"use strict";
(function() {

var $goVersion = "go1.18.6";
Error.stackTraceLimit = Infinity;

var $NaN = NaN;
var $global, $module;
if (typeof window !== "undefined") { /* web page */
  $global = window;
} else if (typeof self !== "undefined") { /* web worker */
  $global = self;
} else if (typeof global !== "undefined") { /* Node.js */
  $global = global;
  $global.require = require;
} else { /* others (e.g. Nashorn) */
  $global = this;
}

if ($global === undefined || $global.Array === undefined) {
  throw new Error("no global object found");
}
if (typeof module !== "undefined") {
  $module = module;
}

if (!$global.fs && $global.require) {
  try {
    var fs = $global.require('fs');
    if (typeof fs === "object" && fs !== null && Object.keys(fs).length !== 0) {
      $global.fs = fs;
    }
  } catch(e) { /* Ignore if the module couldn't be loaded. */ }
}

if (!$global.fs) {
  var outputBuf = "";
  var decoder = new TextDecoder("utf-8");
  $global.fs = {
    constants: { O_WRONLY: -1, O_RDWR: -1, O_CREAT: -1, O_TRUNC: -1, O_APPEND: -1, O_EXCL: -1 }, // unused
    writeSync: function writeSync(fd, buf) {
      outputBuf += decoder.decode(buf);
      var nl = outputBuf.lastIndexOf("\n");
      if (nl != -1) {
        console.log(outputBuf.substr(0, nl));
        outputBuf = outputBuf.substr(nl + 1);
      }
      return buf.length;
    },
    write: function write(fd, buf, offset, length, position, callback) {
      if (offset !== 0 || length !== buf.length || position !== null) {
        callback(enosys());
        return;
      }
      var n = this.writeSync(fd, buf);
      callback(null, n);
    }
  };
}

var $linknames = {} // Collection of functions referenced by a go:linkname directive.
var $packages = {}, $idCounter = 0;
var $keys = function(m) { return m ? Object.keys(m) : []; };
var $flushConsole = function() {};
var $throwRuntimeError; /* set by package "runtime" */
var $throwNilPointerError = function() { $throwRuntimeError("invalid memory address or nil pointer dereference"); };
var $call = function(fn, rcvr, args) { return fn.apply(rcvr, args); };
var $makeFunc = function(fn) { return function() { return $externalize(fn(this, new ($sliceType($jsObjectPtr))($global.Array.prototype.slice.call(arguments, []))), $emptyInterface); }; };
var $unused = function(v) {};
var $print = console.log;
// Under Node we can emulate print() more closely by avoiding a newline.
if (($global.process !== undefined) && $global.require) {
  try {
    var util = $global.require('util');
    $print = function() { $global.process.stderr.write(util.format.apply(this, arguments)); };
  } catch (e) {
    // Failed to require util module, keep using console.log().
  }
}
var $println = console.log

var $initAllLinknames = function() {
  var names = $keys($packages);
  for (var i = 0; i < names.length; i++) {
    var f = $packages[names[i]]["$initLinknames"];
    if (typeof f == 'function') {
      f();
    }
  }
}

var $mapArray = function(array, f) {
  var newArray = new array.constructor(array.length);
  for (var i = 0; i < array.length; i++) {
    newArray[i] = f(array[i]);
  }
  return newArray;
};

// Returns a method bound to the receiver instance, safe to invoke as a 
// standalone function. Bound function is cached for later reuse.
var $methodVal = function(recv, name) {
  var vals = recv.$methodVals || {};
  recv.$methodVals = vals; /* noop for primitives */
  var f = vals[name];
  if (f !== undefined) {
    return f;
  }
  var method = recv[name];
  f = method.bind(recv);
  vals[name] = f;
  return f;
};

var $methodExpr = function(typ, name) {
  var method = typ.prototype[name];
  if (method.$expr === undefined) {
    method.$expr = function() {
      $stackDepthOffset--;
      try {
        if (typ.wrapped) {
          arguments[0] = new typ(arguments[0]);
        }
        return Function.call.apply(method, arguments);
      } finally {
        $stackDepthOffset++;
      }
    };
  }
  return method.$expr;
};

var $ifaceMethodExprs = {};
var $ifaceMethodExpr = function(name) {
  var expr = $ifaceMethodExprs["$" + name];
  if (expr === undefined) {
    expr = $ifaceMethodExprs["$" + name] = function() {
      $stackDepthOffset--;
      try {
        return Function.call.apply(arguments[0][name], arguments);
      } finally {
        $stackDepthOffset++;
      }
    };
  }
  return expr;
};

var $subslice = function(slice, low, high, max) {
  if (high === undefined) {
    high = slice.$length;
  }
  if (max === undefined) {
    max = slice.$capacity;
  }
  if (low < 0 || high < low || max < high || high > slice.$capacity || max > slice.$capacity) {
    $throwRuntimeError("slice bounds out of range");
  }
  if (slice === slice.constructor.nil) {
    return slice;
  }
  var s = new slice.constructor(slice.$array);
  s.$offset = slice.$offset + low;
  s.$length = high - low;
  s.$capacity = max - low;
  return s;
};

var $substring = function(str, low, high) {
  if (low < 0 || high < low || high > str.length) {
    $throwRuntimeError("slice bounds out of range");
  }
  return str.substring(low, high);
};

// Convert Go slice to an equivalent JS array type.
var $sliceToNativeArray = function(slice) {
  if (slice.$array.constructor !== Array) {
    return slice.$array.subarray(slice.$offset, slice.$offset + slice.$length);
  }
  return slice.$array.slice(slice.$offset, slice.$offset + slice.$length);
};

// Convert Go slice to a pointer to an underlying Go array.
// 
// Note that an array pointer can be represented by an "unwrapped" native array
// type, and it will be wrapped back into its Go type when necessary.
var $sliceToGoArray = function(slice, arrayPtrType) {
  var arrayType = arrayPtrType.elem;
  if (arrayType !== undefined && slice.$length < arrayType.len) {
    $throwRuntimeError("cannot convert slice with length " + slice.$length + " to pointer to array with length " + arrayType.len);
  }
  if (slice == slice.constructor.nil) {
    return arrayPtrType.nil; // Nil slice converts to nil array pointer.
  }
  if (slice.$array.constructor !== Array) {
    return slice.$array.subarray(slice.$offset, slice.$offset + arrayType.len);
  }
  if (slice.$offset == 0 && slice.$length == slice.$capacity && slice.$length == arrayType.len) {
    return slice.$array;
  }
  if (arrayType.len == 0) {
    return new arrayType([]);
  }

  // Array.slice (unlike TypedArray.subarray) returns a copy of an array range,
  // which is not sharing memory with the original one, which violates the spec
  // for slice to array conversion. This is incompatible with the Go spec, in
  // particular that the assignments to the array elements would be visible in
  // the slice. Prefer to fail explicitly instead of creating subtle bugs.
  $throwRuntimeError("gopherjs: non-numeric slice to underlying array conversion is not supported for subslices");
};

// Convert between compatible slice types (e.g. native and names).
var $convertSliceType = function(slice, desiredType) {
  if (slice == slice.constructor.nil) {
    return desiredType.nil; // Preserve nil value.
  }

  return $subslice(new desiredType(slice.$array), slice.$offset, slice.$offset + slice.$length);
}

var $decodeRune = function(str, pos) {
  var c0 = str.charCodeAt(pos);

  if (c0 < 0x80) {
    return [c0, 1];
  }

  if (c0 !== c0 || c0 < 0xC0) {
    return [0xFFFD, 1];
  }

  var c1 = str.charCodeAt(pos + 1);
  if (c1 !== c1 || c1 < 0x80 || 0xC0 <= c1) {
    return [0xFFFD, 1];
  }

  if (c0 < 0xE0) {
    var r = (c0 & 0x1F) << 6 | (c1 & 0x3F);
    if (r <= 0x7F) {
      return [0xFFFD, 1];
    }
    return [r, 2];
  }

  var c2 = str.charCodeAt(pos + 2);
  if (c2 !== c2 || c2 < 0x80 || 0xC0 <= c2) {
    return [0xFFFD, 1];
  }

  if (c0 < 0xF0) {
    var r = (c0 & 0x0F) << 12 | (c1 & 0x3F) << 6 | (c2 & 0x3F);
    if (r <= 0x7FF) {
      return [0xFFFD, 1];
    }
    if (0xD800 <= r && r <= 0xDFFF) {
      return [0xFFFD, 1];
    }
    return [r, 3];
  }

  var c3 = str.charCodeAt(pos + 3);
  if (c3 !== c3 || c3 < 0x80 || 0xC0 <= c3) {
    return [0xFFFD, 1];
  }

  if (c0 < 0xF8) {
    var r = (c0 & 0x07) << 18 | (c1 & 0x3F) << 12 | (c2 & 0x3F) << 6 | (c3 & 0x3F);
    if (r <= 0xFFFF || 0x10FFFF < r) {
      return [0xFFFD, 1];
    }
    return [r, 4];
  }

  return [0xFFFD, 1];
};

var $encodeRune = function(r) {
  if (r < 0 || r > 0x10FFFF || (0xD800 <= r && r <= 0xDFFF)) {
    r = 0xFFFD;
  }
  if (r <= 0x7F) {
    return String.fromCharCode(r);
  }
  if (r <= 0x7FF) {
    return String.fromCharCode(0xC0 | r >> 6, 0x80 | (r & 0x3F));
  }
  if (r <= 0xFFFF) {
    return String.fromCharCode(0xE0 | r >> 12, 0x80 | (r >> 6 & 0x3F), 0x80 | (r & 0x3F));
  }
  return String.fromCharCode(0xF0 | r >> 18, 0x80 | (r >> 12 & 0x3F), 0x80 | (r >> 6 & 0x3F), 0x80 | (r & 0x3F));
};

var $stringToBytes = function(str) {
  var array = new Uint8Array(str.length);
  for (var i = 0; i < str.length; i++) {
    array[i] = str.charCodeAt(i);
  }
  return array;
};

var $bytesToString = function(slice) {
  if (slice.$length === 0) {
    return "";
  }
  var str = "";
  for (var i = 0; i < slice.$length; i += 10000) {
    str += String.fromCharCode.apply(undefined, slice.$array.subarray(slice.$offset + i, slice.$offset + Math.min(slice.$length, i + 10000)));
  }
  return str;
};

var $stringToRunes = function(str) {
  var array = new Int32Array(str.length);
  var rune, j = 0;
  for (var i = 0; i < str.length; i += rune[1], j++) {
    rune = $decodeRune(str, i);
    array[j] = rune[0];
  }
  return array.subarray(0, j);
};

var $runesToString = function(slice) {
  if (slice.$length === 0) {
    return "";
  }
  var str = "";
  for (var i = 0; i < slice.$length; i++) {
    str += $encodeRune(slice.$array[slice.$offset + i]);
  }
  return str;
};

var $copyString = function(dst, src) {
  var n = Math.min(src.length, dst.$length);
  for (var i = 0; i < n; i++) {
    dst.$array[dst.$offset + i] = src.charCodeAt(i);
  }
  return n;
};

var $copySlice = function(dst, src) {
  var n = Math.min(src.$length, dst.$length);
  $copyArray(dst.$array, src.$array, dst.$offset, src.$offset, n, dst.constructor.elem);
  return n;
};

var $copyArray = function(dst, src, dstOffset, srcOffset, n, elem) {
  if (n === 0 || (dst === src && dstOffset === srcOffset)) {
    return;
  }

  if (src.subarray) {
    dst.set(src.subarray(srcOffset, srcOffset + n), dstOffset);
    return;
  }

  switch (elem.kind) {
  case $kindArray:
  case $kindStruct:
    if (dst === src && dstOffset > srcOffset) {
      for (var i = n - 1; i >= 0; i--) {
        elem.copy(dst[dstOffset + i], src[srcOffset + i]);
      }
      return;
    }
    for (var i = 0; i < n; i++) {
      elem.copy(dst[dstOffset + i], src[srcOffset + i]);
    }
    return;
  }

  if (dst === src && dstOffset > srcOffset) {
    for (var i = n - 1; i >= 0; i--) {
      dst[dstOffset + i] = src[srcOffset + i];
    }
    return;
  }
  for (var i = 0; i < n; i++) {
    dst[dstOffset + i] = src[srcOffset + i];
  }
};

var $clone = function(src, type) {
  var clone = type.zero();
  type.copy(clone, src);
  return clone;
};

var $pointerOfStructConversion = function(obj, type) {
  if(obj.$proxies === undefined) {
    obj.$proxies = {};
    obj.$proxies[obj.constructor.string] = obj;
  }
  var proxy = obj.$proxies[type.string];
  if (proxy === undefined) {
    var properties = {};
    for (var i = 0; i < type.elem.fields.length; i++) {
      (function(fieldProp) {
        properties[fieldProp] = {
          get: function() { return obj[fieldProp]; },
          set: function(value) { obj[fieldProp] = value; }
        };
      })(type.elem.fields[i].prop);
    }
    proxy = Object.create(type.prototype, properties);
    proxy.$val = proxy;
    obj.$proxies[type.string] = proxy;
    proxy.$proxies = obj.$proxies;
  }
  return proxy;
};

var $append = function(slice) {
  return $internalAppend(slice, arguments, 1, arguments.length - 1);
};

var $appendSlice = function(slice, toAppend) {
  if (toAppend.constructor === String) {
    var bytes = $stringToBytes(toAppend);
    return $internalAppend(slice, bytes, 0, bytes.length);
  }
  return $internalAppend(slice, toAppend.$array, toAppend.$offset, toAppend.$length);
};

var $internalAppend = function(slice, array, offset, length) {
  if (length === 0) {
    return slice;
  }

  var newArray = slice.$array;
  var newOffset = slice.$offset;
  var newLength = slice.$length + length;
  var newCapacity = slice.$capacity;

  if (newLength > newCapacity) {
    newOffset = 0;
    newCapacity = Math.max(newLength, slice.$capacity < 1024 ? slice.$capacity * 2 : Math.floor(slice.$capacity * 5 / 4));

    if (slice.$array.constructor === Array) {
      newArray = slice.$array.slice(slice.$offset, slice.$offset + slice.$length);
      newArray.length = newCapacity;
      var zero = slice.constructor.elem.zero;
      for (var i = slice.$length; i < newCapacity; i++) {
        newArray[i] = zero();
      }
    } else {
      newArray = new slice.$array.constructor(newCapacity);
      newArray.set(slice.$array.subarray(slice.$offset, slice.$offset + slice.$length));
    }
  }

  $copyArray(newArray, array, newOffset + slice.$length, offset, length, slice.constructor.elem);

  var newSlice = new slice.constructor(newArray);
  newSlice.$offset = newOffset;
  newSlice.$length = newLength;
  newSlice.$capacity = newCapacity;
  return newSlice;
};

var $equal = function(a, b, type) {
  if (type === $jsObjectPtr) {
    return a === b;
  }
  switch (type.kind) {
  case $kindComplex64:
  case $kindComplex128:
    return a.$real === b.$real && a.$imag === b.$imag;
  case $kindInt64:
  case $kindUint64:
    return a.$high === b.$high && a.$low === b.$low;
  case $kindArray:
    if (a.length !== b.length) {
      return false;
    }
    for (var i = 0; i < a.length; i++) {
      if (!$equal(a[i], b[i], type.elem)) {
        return false;
      }
    }
    return true;
  case $kindStruct:
    for (var i = 0; i < type.fields.length; i++) {
      var f = type.fields[i];
      if (!$equal(a[f.prop], b[f.prop], f.typ)) {
        return false;
      }
    }
    return true;
  case $kindInterface:
    return $interfaceIsEqual(a, b);
  default:
    return a === b;
  }
};

var $interfaceIsEqual = function(a, b) {
  if (a === $ifaceNil || b === $ifaceNil) {
    return a === b;
  }
  if (a.constructor !== b.constructor) {
    return false;
  }
  if (a.constructor === $jsObjectPtr) {
    return a.object === b.object;
  }
  if (!a.constructor.comparable) {
    $throwRuntimeError("comparing uncomparable type " + a.constructor.string);
  }
  return $equal(a.$val, b.$val, a.constructor);
};

var $min = Math.min;
var $mod = function(x, y) { return x % y; };
var $parseInt = parseInt;
var $parseFloat = function(f) {
  if (f !== undefined && f !== null && f.constructor === Number) {
    return f;
  }
  return parseFloat(f);
};

var $froundBuf = new Float32Array(1);
var $fround = Math.fround || function(f) {
  $froundBuf[0] = f;
  return $froundBuf[0];
};

var $imul = Math.imul || function(a, b) {
  var ah = (a >>> 16) & 0xffff;
  var al = a & 0xffff;
  var bh = (b >>> 16) & 0xffff;
  var bl = b & 0xffff;
  return ((al * bl) + (((ah * bl + al * bh) << 16) >>> 0) >> 0);
};

var $floatKey = function(f) {
  if (f !== f) {
    $idCounter++;
    return "NaN$" + $idCounter;
  }
  return String(f);
};

var $flatten64 = function(x) {
  return x.$high * 4294967296 + x.$low;
};

var $shiftLeft64 = function(x, y) {
  if (y === 0) {
    return x;
  }
  if (y < 32) {
    return new x.constructor(x.$high << y | x.$low >>> (32 - y), (x.$low << y) >>> 0);
  }
  if (y < 64) {
    return new x.constructor(x.$low << (y - 32), 0);
  }
  return new x.constructor(0, 0);
};

var $shiftRightInt64 = function(x, y) {
  if (y === 0) {
    return x;
  }
  if (y < 32) {
    return new x.constructor(x.$high >> y, (x.$low >>> y | x.$high << (32 - y)) >>> 0);
  }
  if (y < 64) {
    return new x.constructor(x.$high >> 31, (x.$high >> (y - 32)) >>> 0);
  }
  if (x.$high < 0) {
    return new x.constructor(-1, 4294967295);
  }
  return new x.constructor(0, 0);
};

var $shiftRightUint64 = function(x, y) {
  if (y === 0) {
    return x;
  }
  if (y < 32) {
    return new x.constructor(x.$high >>> y, (x.$low >>> y | x.$high << (32 - y)) >>> 0);
  }
  if (y < 64) {
    return new x.constructor(0, x.$high >>> (y - 32));
  }
  return new x.constructor(0, 0);
};

var $mul64 = function(x, y) {
  var x48 = x.$high >>> 16;
  var x32 = x.$high & 0xFFFF;
  var x16 = x.$low >>> 16;
  var x00 = x.$low & 0xFFFF;

  var y48 = y.$high >>> 16;
  var y32 = y.$high & 0xFFFF;
  var y16 = y.$low >>> 16;
  var y00 = y.$low & 0xFFFF;

  var z48 = 0, z32 = 0, z16 = 0, z00 = 0;
  z00 += x00 * y00;
  z16 += z00 >>> 16;
  z00 &= 0xFFFF;
  z16 += x16 * y00;
  z32 += z16 >>> 16;
  z16 &= 0xFFFF;
  z16 += x00 * y16;
  z32 += z16 >>> 16;
  z16 &= 0xFFFF;
  z32 += x32 * y00;
  z48 += z32 >>> 16;
  z32 &= 0xFFFF;
  z32 += x16 * y16;
  z48 += z32 >>> 16;
  z32 &= 0xFFFF;
  z32 += x00 * y32;
  z48 += z32 >>> 16;
  z32 &= 0xFFFF;
  z48 += x48 * y00 + x32 * y16 + x16 * y32 + x00 * y48;
  z48 &= 0xFFFF;

  var hi = ((z48 << 16) | z32) >>> 0;
  var lo = ((z16 << 16) | z00) >>> 0;

  var r = new x.constructor(hi, lo);
  return r;
};

var $div64 = function(x, y, returnRemainder) {
  if (y.$high === 0 && y.$low === 0) {
    $throwRuntimeError("integer divide by zero");
  }

  var s = 1;
  var rs = 1;

  var xHigh = x.$high;
  var xLow = x.$low;
  if (xHigh < 0) {
    s = -1;
    rs = -1;
    xHigh = -xHigh;
    if (xLow !== 0) {
      xHigh--;
      xLow = 4294967296 - xLow;
    }
  }

  var yHigh = y.$high;
  var yLow = y.$low;
  if (y.$high < 0) {
    s *= -1;
    yHigh = -yHigh;
    if (yLow !== 0) {
      yHigh--;
      yLow = 4294967296 - yLow;
    }
  }

  var high = 0, low = 0, n = 0;
  while (yHigh < 2147483648 && ((xHigh > yHigh) || (xHigh === yHigh && xLow > yLow))) {
    yHigh = (yHigh << 1 | yLow >>> 31) >>> 0;
    yLow = (yLow << 1) >>> 0;
    n++;
  }
  for (var i = 0; i <= n; i++) {
    high = high << 1 | low >>> 31;
    low = (low << 1) >>> 0;
    if ((xHigh > yHigh) || (xHigh === yHigh && xLow >= yLow)) {
      xHigh = xHigh - yHigh;
      xLow = xLow - yLow;
      if (xLow < 0) {
        xHigh--;
        xLow += 4294967296;
      }
      low++;
      if (low === 4294967296) {
        high++;
        low = 0;
      }
    }
    yLow = (yLow >>> 1 | yHigh << (32 - 1)) >>> 0;
    yHigh = yHigh >>> 1;
  }

  if (returnRemainder) {
    return new x.constructor(xHigh * rs, xLow * rs);
  }
  return new x.constructor(high * s, low * s);
};

var $divComplex = function(n, d) {
  var ninf = n.$real === Infinity || n.$real === -Infinity || n.$imag === Infinity || n.$imag === -Infinity;
  var dinf = d.$real === Infinity || d.$real === -Infinity || d.$imag === Infinity || d.$imag === -Infinity;
  var nnan = !ninf && (n.$real !== n.$real || n.$imag !== n.$imag);
  var dnan = !dinf && (d.$real !== d.$real || d.$imag !== d.$imag);
  if(nnan || dnan) {
    return new n.constructor(NaN, NaN);
  }
  if (ninf && !dinf) {
    return new n.constructor(Infinity, Infinity);
  }
  if (!ninf && dinf) {
    return new n.constructor(0, 0);
  }
  if (d.$real === 0 && d.$imag === 0) {
    if (n.$real === 0 && n.$imag === 0) {
      return new n.constructor(NaN, NaN);
    }
    return new n.constructor(Infinity, Infinity);
  }
  var a = Math.abs(d.$real);
  var b = Math.abs(d.$imag);
  if (a <= b) {
    var ratio = d.$real / d.$imag;
    var denom = d.$real * ratio + d.$imag;
    return new n.constructor((n.$real * ratio + n.$imag) / denom, (n.$imag * ratio - n.$real) / denom);
  }
  var ratio = d.$imag / d.$real;
  var denom = d.$imag * ratio + d.$real;
  return new n.constructor((n.$imag * ratio + n.$real) / denom, (n.$imag - n.$real * ratio) / denom);
};

var $kindBool = 1;
var $kindInt = 2;
var $kindInt8 = 3;
var $kindInt16 = 4;
var $kindInt32 = 5;
var $kindInt64 = 6;
var $kindUint = 7;
var $kindUint8 = 8;
var $kindUint16 = 9;
var $kindUint32 = 10;
var $kindUint64 = 11;
var $kindUintptr = 12;
var $kindFloat32 = 13;
var $kindFloat64 = 14;
var $kindComplex64 = 15;
var $kindComplex128 = 16;
var $kindArray = 17;
var $kindChan = 18;
var $kindFunc = 19;
var $kindInterface = 20;
var $kindMap = 21;
var $kindPtr = 22;
var $kindSlice = 23;
var $kindString = 24;
var $kindStruct = 25;
var $kindUnsafePointer = 26;

var $methodSynthesizers = [];
var $addMethodSynthesizer = function(f) {
  if ($methodSynthesizers === null) {
    f();
    return;
  }
  $methodSynthesizers.push(f);
};
var $synthesizeMethods = function() {
  $methodSynthesizers.forEach(function(f) { f(); });
  $methodSynthesizers = null;
};

var $ifaceKeyFor = function(x) {
  if (x === $ifaceNil) {
    return 'nil';
  }
  var c = x.constructor;
  return c.string + '$' + c.keyFor(x.$val);
};

var $identity = function(x) { return x; };

var $typeIDCounter = 0;

var $idKey = function(x) {
  if (x.$id === undefined) {
    $idCounter++;
    x.$id = $idCounter;
  }
  return String(x.$id);
};

// Creates constructor functions for array pointer types. Returns a new function
// instace each time to make sure each type is independent of the other.
var $arrayPtrCtor = function() {
  return function(array) {
    this.$get = function() { return array; };
    this.$set = function(v) { typ.copy(this, v); };
    this.$val = array;
  }
}

var $newType = function(size, kind, string, named, pkg, exported, constructor) {
  var typ;
  switch(kind) {
  case $kindBool:
  case $kindInt:
  case $kindInt8:
  case $kindInt16:
  case $kindInt32:
  case $kindUint:
  case $kindUint8:
  case $kindUint16:
  case $kindUint32:
  case $kindUintptr:
  case $kindUnsafePointer:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.keyFor = $identity;
    break;

  case $kindString:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.keyFor = function(x) { return "$" + x; };
    break;

  case $kindFloat32:
  case $kindFloat64:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.keyFor = function(x) { return $floatKey(x); };
    break;

  case $kindInt64:
    typ = function(high, low) {
      this.$high = (high + Math.floor(Math.ceil(low) / 4294967296)) >> 0;
      this.$low = low >>> 0;
      this.$val = this;
    };
    typ.keyFor = function(x) { return x.$high + "$" + x.$low; };
    break;

  case $kindUint64:
    typ = function(high, low) {
      this.$high = (high + Math.floor(Math.ceil(low) / 4294967296)) >>> 0;
      this.$low = low >>> 0;
      this.$val = this;
    };
    typ.keyFor = function(x) { return x.$high + "$" + x.$low; };
    break;

  case $kindComplex64:
    typ = function(real, imag) {
      this.$real = $fround(real);
      this.$imag = $fround(imag);
      this.$val = this;
    };
    typ.keyFor = function(x) { return x.$real + "$" + x.$imag; };
    break;

  case $kindComplex128:
    typ = function(real, imag) {
      this.$real = real;
      this.$imag = imag;
      this.$val = this;
    };
    typ.keyFor = function(x) { return x.$real + "$" + x.$imag; };
    break;

  case $kindArray:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.ptr = $newType(4, $kindPtr, "*" + string, false, "", false, $arrayPtrCtor());
    typ.init = function(elem, len) {
      typ.elem = elem;
      typ.len = len;
      typ.comparable = elem.comparable;
      typ.keyFor = function(x) {
        return Array.prototype.join.call($mapArray(x, function(e) {
          return String(elem.keyFor(e)).replace(/\\/g, "\\\\").replace(/\$/g, "\\$");
        }), "$");
      };
      typ.copy = function(dst, src) {
        $copyArray(dst, src, 0, 0, src.length, elem);
      };
      typ.ptr.init(typ);
      Object.defineProperty(typ.ptr.nil, "nilCheck", { get: $throwNilPointerError });
    };
    break;

  case $kindChan:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.keyFor = $idKey;
    typ.init = function(elem, sendOnly, recvOnly) {
      typ.elem = elem;
      typ.sendOnly = sendOnly;
      typ.recvOnly = recvOnly;
    };
    break;

  case $kindFunc:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.init = function(params, results, variadic) {
      typ.params = params;
      typ.results = results;
      typ.variadic = variadic;
      typ.comparable = false;
    };
    break;

  case $kindInterface:
    typ = { implementedBy: {}, missingMethodFor: {} };
    typ.keyFor = $ifaceKeyFor;
    typ.init = function(methods) {
      typ.methods = methods;
      methods.forEach(function(m) {
        $ifaceNil[m.prop] = $throwNilPointerError;
      });
    };
    break;

  case $kindMap:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.init = function(key, elem) {
      typ.key = key;
      typ.elem = elem;
      typ.comparable = false;
    };
    break;

  case $kindPtr:
    typ = constructor || function(getter, setter, target) {
      this.$get = getter;
      this.$set = setter;
      this.$target = target;
      this.$val = this;
    };
    typ.keyFor = $idKey;
    typ.init = function(elem) {
      typ.elem = elem;
      typ.wrapped = (elem.kind === $kindArray);
      typ.nil = new typ($throwNilPointerError, $throwNilPointerError);
    };
    break;

  case $kindSlice:
    typ = function(array) {
      if (array.constructor !== typ.nativeArray) {
        array = new typ.nativeArray(array);
      }
      this.$array = array;
      this.$offset = 0;
      this.$length = array.length;
      this.$capacity = array.length;
      this.$val = this;
    };
    typ.init = function(elem) {
      typ.elem = elem;
      typ.comparable = false;
      typ.nativeArray = $nativeArray(elem.kind);
      typ.nil = new typ([]);
    };
    break;

  case $kindStruct:
    typ = function(v) { this.$val = v; };
    typ.wrapped = true;
    typ.ptr = $newType(4, $kindPtr, "*" + string, false, pkg, exported, constructor);
    typ.ptr.elem = typ;
    typ.ptr.prototype.$get = function() { return this; };
    typ.ptr.prototype.$set = function(v) { typ.copy(this, v); };
    typ.init = function(pkgPath, fields) {
      typ.pkgPath = pkgPath;
      typ.fields = fields;
      fields.forEach(function(f) {
        if (!f.typ.comparable) {
          typ.comparable = false;
        }
      });
      typ.keyFor = function(x) {
        var val = x.$val;
        return $mapArray(fields, function(f) {
          return String(f.typ.keyFor(val[f.prop])).replace(/\\/g, "\\\\").replace(/\$/g, "\\$");
        }).join("$");
      };
      typ.copy = function(dst, src) {
        for (var i = 0; i < fields.length; i++) {
          var f = fields[i];
          switch (f.typ.kind) {
          case $kindArray:
          case $kindStruct:
            f.typ.copy(dst[f.prop], src[f.prop]);
            continue;
          default:
            dst[f.prop] = src[f.prop];
            continue;
          }
        }
      };
      /* nil value */
      var properties = {};
      fields.forEach(function(f) {
        properties[f.prop] = { get: $throwNilPointerError, set: $throwNilPointerError };
      });
      typ.ptr.nil = Object.create(constructor.prototype, properties);
      typ.ptr.nil.$val = typ.ptr.nil;
      /* methods for embedded fields */
      $addMethodSynthesizer(function() {
        var synthesizeMethod = function(target, m, f) {
          if (target.prototype[m.prop] !== undefined) { return; }
          target.prototype[m.prop] = function() {
            var v = this.$val[f.prop];
            if (f.typ === $jsObjectPtr) {
              v = new $jsObjectPtr(v);
            }
            if (v.$val === undefined) {
              v = new f.typ(v);
            }
            return v[m.prop].apply(v, arguments);
          };
        };
        fields.forEach(function(f) {
          if (f.embedded) {
            $methodSet(f.typ).forEach(function(m) {
              synthesizeMethod(typ, m, f);
              synthesizeMethod(typ.ptr, m, f);
            });
            $methodSet($ptrType(f.typ)).forEach(function(m) {
              synthesizeMethod(typ.ptr, m, f);
            });
          }
        });
      });
    };
    break;

  default:
    $panic(new $String("invalid kind: " + kind));
  }

  switch (kind) {
  case $kindBool:
  case $kindMap:
    typ.zero = function() { return false; };
    break;

  case $kindInt:
  case $kindInt8:
  case $kindInt16:
  case $kindInt32:
  case $kindUint:
  case $kindUint8 :
  case $kindUint16:
  case $kindUint32:
  case $kindUintptr:
  case $kindUnsafePointer:
  case $kindFloat32:
  case $kindFloat64:
    typ.zero = function() { return 0; };
    break;

  case $kindString:
    typ.zero = function() { return ""; };
    break;

  case $kindInt64:
  case $kindUint64:
  case $kindComplex64:
  case $kindComplex128:
    var zero = new typ(0, 0);
    typ.zero = function() { return zero; };
    break;

  case $kindPtr:
  case $kindSlice:
    typ.zero = function() { return typ.nil; };
    break;

  case $kindChan:
    typ.zero = function() { return $chanNil; };
    break;

  case $kindFunc:
    typ.zero = function() { return $throwNilPointerError; };
    break;

  case $kindInterface:
    typ.zero = function() { return $ifaceNil; };
    break;

  case $kindArray:
    typ.zero = function() {
      var arrayClass = $nativeArray(typ.elem.kind);
      if (arrayClass !== Array) {
        return new arrayClass(typ.len);
      }
      var array = new Array(typ.len);
      for (var i = 0; i < typ.len; i++) {
        array[i] = typ.elem.zero();
      }
      return array;
    };
    break;

  case $kindStruct:
    typ.zero = function() { return new typ.ptr(); };
    break;

  default:
    $panic(new $String("invalid kind: " + kind));
  }

  typ.id = $typeIDCounter;
  $typeIDCounter++;
  typ.size = size;
  typ.kind = kind;
  typ.string = string;
  typ.named = named;
  typ.pkg = pkg;
  typ.exported = exported;
  typ.methods = [];
  typ.methodSetCache = null;
  typ.comparable = true;
  return typ;
};

var $methodSet = function(typ) {
  if (typ.methodSetCache !== null) {
    return typ.methodSetCache;
  }
  var base = {};

  var isPtr = (typ.kind === $kindPtr);
  if (isPtr && typ.elem.kind === $kindInterface) {
    typ.methodSetCache = [];
    return [];
  }

  var current = [{typ: isPtr ? typ.elem : typ, indirect: isPtr}];

  var seen = {};

  while (current.length > 0) {
    var next = [];
    var mset = [];

    current.forEach(function(e) {
      if (seen[e.typ.string]) {
        return;
      }
      seen[e.typ.string] = true;

      if (e.typ.named) {
        mset = mset.concat(e.typ.methods);
        if (e.indirect) {
          mset = mset.concat($ptrType(e.typ).methods);
        }
      }

      switch (e.typ.kind) {
      case $kindStruct:
        e.typ.fields.forEach(function(f) {
          if (f.embedded) {
            var fTyp = f.typ;
            var fIsPtr = (fTyp.kind === $kindPtr);
            next.push({typ: fIsPtr ? fTyp.elem : fTyp, indirect: e.indirect || fIsPtr});
          }
        });
        break;

      case $kindInterface:
        mset = mset.concat(e.typ.methods);
        break;
      }
    });

    mset.forEach(function(m) {
      if (base[m.name] === undefined) {
        base[m.name] = m;
      }
    });

    current = next;
  }

  typ.methodSetCache = [];
  Object.keys(base).sort().forEach(function(name) {
    typ.methodSetCache.push(base[name]);
  });
  return typ.methodSetCache;
};

var $Bool          = $newType( 1, $kindBool,          "bool",           true, "", false, null);
var $Int           = $newType( 4, $kindInt,           "int",            true, "", false, null);
var $Int8          = $newType( 1, $kindInt8,          "int8",           true, "", false, null);
var $Int16         = $newType( 2, $kindInt16,         "int16",          true, "", false, null);
var $Int32         = $newType( 4, $kindInt32,         "int32",          true, "", false, null);
var $Int64         = $newType( 8, $kindInt64,         "int64",          true, "", false, null);
var $Uint          = $newType( 4, $kindUint,          "uint",           true, "", false, null);
var $Uint8         = $newType( 1, $kindUint8,         "uint8",          true, "", false, null);
var $Uint16        = $newType( 2, $kindUint16,        "uint16",         true, "", false, null);
var $Uint32        = $newType( 4, $kindUint32,        "uint32",         true, "", false, null);
var $Uint64        = $newType( 8, $kindUint64,        "uint64",         true, "", false, null);
var $Uintptr       = $newType( 4, $kindUintptr,       "uintptr",        true, "", false, null);
var $Float32       = $newType( 4, $kindFloat32,       "float32",        true, "", false, null);
var $Float64       = $newType( 8, $kindFloat64,       "float64",        true, "", false, null);
var $Complex64     = $newType( 8, $kindComplex64,     "complex64",      true, "", false, null);
var $Complex128    = $newType(16, $kindComplex128,    "complex128",     true, "", false, null);
var $String        = $newType( 8, $kindString,        "string",         true, "", false, null);
var $UnsafePointer = $newType( 4, $kindUnsafePointer, "unsafe.Pointer", true, "unsafe", false, null);

var $nativeArray = function(elemKind) {
  switch (elemKind) {
  case $kindInt:
    return Int32Array;
  case $kindInt8:
    return Int8Array;
  case $kindInt16:
    return Int16Array;
  case $kindInt32:
    return Int32Array;
  case $kindUint:
    return Uint32Array;
  case $kindUint8:
    return Uint8Array;
  case $kindUint16:
    return Uint16Array;
  case $kindUint32:
    return Uint32Array;
  case $kindUintptr:
    return Uint32Array;
  case $kindFloat32:
    return Float32Array;
  case $kindFloat64:
    return Float64Array;
  default:
    return Array;
  }
};
var $toNativeArray = function(elemKind, array) {
  var nativeArray = $nativeArray(elemKind);
  if (nativeArray === Array) {
    return array;
  }
  return new nativeArray(array);
};
var $arrayTypes = {};
var $arrayType = function(elem, len) {
  var typeKey = elem.id + "$" + len;
  var typ = $arrayTypes[typeKey];
  if (typ === undefined) {
    typ = $newType(12, $kindArray, "[" + len + "]" + elem.string, false, "", false, null);
    $arrayTypes[typeKey] = typ;
    typ.init(elem, len);
  }
  return typ;
};

var $chanType = function(elem, sendOnly, recvOnly) {
  var string = (recvOnly ? "<-" : "") + "chan" + (sendOnly ? "<- " : " ");
  if (!sendOnly && !recvOnly && (elem.string[0] == "<")) {
    string += "(" + elem.string + ")";
  } else {
    string += elem.string;
  }
  var field = sendOnly ? "SendChan" : (recvOnly ? "RecvChan" : "Chan");
  var typ = elem[field];
  if (typ === undefined) {
    typ = $newType(4, $kindChan, string, false, "", false, null);
    elem[field] = typ;
    typ.init(elem, sendOnly, recvOnly);
  }
  return typ;
};
var $Chan = function(elem, capacity) {
  if (capacity < 0 || capacity > 2147483647) {
    $throwRuntimeError("makechan: size out of range");
  }
  this.$elem = elem;
  this.$capacity = capacity;
  this.$buffer = [];
  this.$sendQueue = [];
  this.$recvQueue = [];
  this.$closed = false;
};
var $chanNil = new $Chan(null, 0);
$chanNil.$sendQueue = $chanNil.$recvQueue = { length: 0, push: function() {}, shift: function() { return undefined; }, indexOf: function() { return -1; } };

var $funcTypes = {};
var $funcType = function(params, results, variadic) {
  var typeKey = $mapArray(params, function(p) { return p.id; }).join(",") + "$" + $mapArray(results, function(r) { return r.id; }).join(",") + "$" + variadic;
  var typ = $funcTypes[typeKey];
  if (typ === undefined) {
    var paramTypes = $mapArray(params, function(p) { return p.string; });
    if (variadic) {
      paramTypes[paramTypes.length - 1] = "..." + paramTypes[paramTypes.length - 1].substr(2);
    }
    var string = "func(" + paramTypes.join(", ") + ")";
    if (results.length === 1) {
      string += " " + results[0].string;
    } else if (results.length > 1) {
      string += " (" + $mapArray(results, function(r) { return r.string; }).join(", ") + ")";
    }
    typ = $newType(4, $kindFunc, string, false, "", false, null);
    $funcTypes[typeKey] = typ;
    typ.init(params, results, variadic);
  }
  return typ;
};

var $interfaceTypes = {};
var $interfaceType = function(methods) {
  var typeKey = $mapArray(methods, function(m) { return m.pkg + "," + m.name + "," + m.typ.id; }).join("$");
  var typ = $interfaceTypes[typeKey];
  if (typ === undefined) {
    var string = "interface {}";
    if (methods.length !== 0) {
      string = "interface { " + $mapArray(methods, function(m) {
        return (m.pkg !== "" ? m.pkg + "." : "") + m.name + m.typ.string.substr(4);
      }).join("; ") + " }";
    }
    typ = $newType(8, $kindInterface, string, false, "", false, null);
    $interfaceTypes[typeKey] = typ;
    typ.init(methods);
  }
  return typ;
};
var $emptyInterface = $interfaceType([]);
var $ifaceNil = {};
var $error = $newType(8, $kindInterface, "error", true, "", false, null);
$error.init([{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}]);

var $mapTypes = {};
var $mapType = function(key, elem) {
  var typeKey = key.id + "$" + elem.id;
  var typ = $mapTypes[typeKey];
  if (typ === undefined) {
    typ = $newType(4, $kindMap, "map[" + key.string + "]" + elem.string, false, "", false, null);
    $mapTypes[typeKey] = typ;
    typ.init(key, elem);
  }
  return typ;
};
var $makeMap = function(keyForFunc, entries) {
  var m = {};
  for (var i = 0; i < entries.length; i++) {
    var e = entries[i];
    m[keyForFunc(e.k)] = e;
  }
  return m;
};

var $ptrType = function(elem) {
  var typ = elem.ptr;
  if (typ === undefined) {
    typ = $newType(4, $kindPtr, "*" + elem.string, false, "", elem.exported, null);
    elem.ptr = typ;
    typ.init(elem);
  }
  return typ;
};

var $newDataPointer = function(data, constructor) {
  if (constructor.elem.kind === $kindStruct) {
    return data;
  }
  return new constructor(function() { return data; }, function(v) { data = v; });
};

var $indexPtr = function(array, index, constructor) {
  if (array.buffer) {
    // Pointers to the same underlying ArrayBuffer share cache.
    var cache = array.buffer.$ptr = array.buffer.$ptr || {};
    // Pointers of different primitive types are non-comparable and stored in different caches.
    var typeCache = cache[array.name] = cache[array.name] || {};
    var cacheIdx = array.BYTES_PER_ELEMENT * index + array.byteOffset;
    return typeCache[cacheIdx] || (typeCache[cacheIdx] = new constructor(function() { return array[index]; }, function(v) { array[index] = v; }));
  } else {
    array.$ptr = array.$ptr || {};
    return array.$ptr[index] || (array.$ptr[index] = new constructor(function() { return array[index]; }, function(v) { array[index] = v; }));
  }
};

var $sliceType = function(elem) {
  var typ = elem.slice;
  if (typ === undefined) {
    typ = $newType(12, $kindSlice, "[]" + elem.string, false, "", false, null);
    elem.slice = typ;
    typ.init(elem);
  }
  return typ;
};
var $makeSlice = function(typ, length, capacity) {
  capacity = capacity || length;
  if (length < 0 || length > 2147483647) {
    $throwRuntimeError("makeslice: len out of range");
  }
  if (capacity < 0 || capacity < length || capacity > 2147483647) {
    $throwRuntimeError("makeslice: cap out of range");
  }
  var array = new typ.nativeArray(capacity);
  if (typ.nativeArray === Array) {
    for (var i = 0; i < capacity; i++) {
      array[i] = typ.elem.zero();
    }
  }
  var slice = new typ(array);
  slice.$length = length;
  return slice;
};

var $structTypes = {};
var $structType = function(pkgPath, fields) {
  var typeKey = $mapArray(fields, function(f) { return f.name + "," + f.typ.id + "," + f.tag; }).join("$");
  var typ = $structTypes[typeKey];
  if (typ === undefined) {
    var string = "struct { " + $mapArray(fields, function(f) {
      var str = f.typ.string + (f.tag !== "" ? (" \"" + f.tag.replace(/\\/g, "\\\\").replace(/"/g, "\\\"") + "\"") : "");
      if (f.embedded) {
        return str;
      }
      return f.name + " " + str;
    }).join("; ") + " }";
    if (fields.length === 0) {
      string = "struct {}";
    }
    typ = $newType(0, $kindStruct, string, false, "", false, function() {
      this.$val = this;
      for (var i = 0; i < fields.length; i++) {
        var f = fields[i];
        if (f.name == '_') {
          continue;
        }
        var arg = arguments[i];
        this[f.prop] = arg !== undefined ? arg : f.typ.zero();
      }
    });
    $structTypes[typeKey] = typ;
    typ.init(pkgPath, fields);
  }
  return typ;
};

var $assertType = function(value, type, returnTuple) {
  var isInterface = (type.kind === $kindInterface), ok, missingMethod = "";
  if (value === $ifaceNil) {
    ok = false;
  } else if (!isInterface) {
    ok = value.constructor === type;
  } else {
    var valueTypeString = value.constructor.string;
    ok = type.implementedBy[valueTypeString];
    if (ok === undefined) {
      ok = true;
      var valueMethodSet = $methodSet(value.constructor);
      var interfaceMethods = type.methods;
      for (var i = 0; i < interfaceMethods.length; i++) {
        var tm = interfaceMethods[i];
        var found = false;
        for (var j = 0; j < valueMethodSet.length; j++) {
          var vm = valueMethodSet[j];
          if (vm.name === tm.name && vm.pkg === tm.pkg && vm.typ === tm.typ) {
            found = true;
            break;
          }
        }
        if (!found) {
          ok = false;
          type.missingMethodFor[valueTypeString] = tm.name;
          break;
        }
      }
      type.implementedBy[valueTypeString] = ok;
    }
    if (!ok) {
      missingMethod = type.missingMethodFor[valueTypeString];
    }
  }

  if (!ok) {
    if (returnTuple) {
      return [type.zero(), false];
    }
    $panic(new $packages["runtime"].TypeAssertionError.ptr(
      $packages["runtime"]._type.ptr.nil,
      (value === $ifaceNil ? $packages["runtime"]._type.ptr.nil : new $packages["runtime"]._type.ptr(value.constructor.string)),
      new $packages["runtime"]._type.ptr(type.string),
      missingMethod));
  }

  if (!isInterface) {
    value = value.$val;
  }
  if (type === $jsObjectPtr) {
    value = value.object;
  }
  return returnTuple ? [value, true] : value;
};

var $stackDepthOffset = 0;
var $getStackDepth = function() {
  var err = new Error();
  if (err.stack === undefined) {
    return undefined;
  }
  return $stackDepthOffset + err.stack.split("\n").length;
};

var $panicStackDepth = null, $panicValue;
var $callDeferred = function(deferred, jsErr, fromPanic) {
  if (!fromPanic && deferred !== null && $curGoroutine.deferStack.indexOf(deferred) == -1) {
    throw jsErr;
  }
  if (jsErr !== null) {
    var newErr = null;
    try {
      $panic(new $jsErrorPtr(jsErr));
    } catch (err) {
      newErr = err;
    }
    $callDeferred(deferred, newErr);
    return;
  }
  if ($curGoroutine.asleep) {
    return;
  }

  $stackDepthOffset--;
  var outerPanicStackDepth = $panicStackDepth;
  var outerPanicValue = $panicValue;

  var localPanicValue = $curGoroutine.panicStack.pop();
  if (localPanicValue !== undefined) {
    $panicStackDepth = $getStackDepth();
    $panicValue = localPanicValue;
  }

  try {
    while (true) {
      if (deferred === null) {
        deferred = $curGoroutine.deferStack[$curGoroutine.deferStack.length - 1];
        if (deferred === undefined) {
          /* The panic reached the top of the stack. Clear it and throw it as a JavaScript error. */
          $panicStackDepth = null;
          if (localPanicValue.Object instanceof Error) {
            throw localPanicValue.Object;
          }
          var msg;
          if (localPanicValue.constructor === $String) {
            msg = localPanicValue.$val;
          } else if (localPanicValue.Error !== undefined) {
            msg = localPanicValue.Error();
          } else if (localPanicValue.String !== undefined) {
            msg = localPanicValue.String();
          } else {
            msg = localPanicValue;
          }
          throw new Error(msg);
        }
      }
      var call = deferred.pop();
      if (call === undefined) {
        $curGoroutine.deferStack.pop();
        if (localPanicValue !== undefined) {
          deferred = null;
          continue;
        }
        return;
      }
      var r = call[0].apply(call[2], call[1]);
      if (r && r.$blk !== undefined) {
        deferred.push([r.$blk, [], r]);
        if (fromPanic) {
          throw null;
        }
        return;
      }

      if (localPanicValue !== undefined && $panicStackDepth === null) {
        /* error was recovered */
        if (fromPanic) {
          throw null;
        }
        return;
      }
    }
  } catch(e) {
    // Deferred function threw a JavaScript exception or tries to unwind stack
    // to the point where a panic was handled.
    if (fromPanic) {
      // Re-throw the exception to reach deferral execution call at the end
      // of the function.
      throw e;
    }
    // We are at the end of the function, handle the error or re-throw to
    // continue unwinding if necessary, or simply stop unwinding if we got far
    // enough.
    $callDeferred(deferred, e, fromPanic);
  } finally {
    if (localPanicValue !== undefined) {
      if ($panicStackDepth !== null) {
        $curGoroutine.panicStack.push(localPanicValue);
      }
      $panicStackDepth = outerPanicStackDepth;
      $panicValue = outerPanicValue;
    }
    $stackDepthOffset++;
  }
};

var $panic = function(value) {
  $curGoroutine.panicStack.push(value);
  $callDeferred(null, null, true);
};
var $recover = function() {
  if ($panicStackDepth === null || ($panicStackDepth !== undefined && $panicStackDepth !== $getStackDepth() - 2)) {
    return $ifaceNil;
  }
  $panicStackDepth = null;
  return $panicValue;
};
var $throw = function(err) { throw err; };

var $noGoroutine = { asleep: false, exit: false, deferStack: [], panicStack: [] };
var $curGoroutine = $noGoroutine, $totalGoroutines = 0, $awakeGoroutines = 0, $checkForDeadlock = true, $exportedFunctions = 0;
var $mainFinished = false;
var $go = function(fun, args) {
  $totalGoroutines++;
  $awakeGoroutines++;
  var $goroutine = function() {
    try {
      $curGoroutine = $goroutine;
      var r = fun.apply(undefined, args);
      if (r && r.$blk !== undefined) {
        fun = function() { return r.$blk(); };
        args = [];
        return;
      }
      $goroutine.exit = true;
    } catch (err) {
      if (!$goroutine.exit) {
        throw err;
      }
    } finally {
      $curGoroutine = $noGoroutine;
      if ($goroutine.exit) { /* also set by runtime.Goexit() */
        $totalGoroutines--;
        $goroutine.asleep = true;
      }
      if ($goroutine.asleep) {
        $awakeGoroutines--;
        if (!$mainFinished && $awakeGoroutines === 0 && $checkForDeadlock && $exportedFunctions === 0) {
          console.error("fatal error: all goroutines are asleep - deadlock!");
          if ($global.process !== undefined) {
            $global.process.exit(2);
          }
        }
      }
    }
  };
  $goroutine.asleep = false;
  $goroutine.exit = false;
  $goroutine.deferStack = [];
  $goroutine.panicStack = [];
  $schedule($goroutine);
};

var $scheduled = [];
var $runScheduled = function() {
  // For nested setTimeout calls browsers enforce 4ms minimum delay. We minimize
  // the effect of this penalty by queueing the timer preemptively before we run
  // the goroutines, and later cancelling it if it turns out unneeded. See:
  // https://developer.mozilla.org/en-US/docs/Web/API/setTimeout#nested_timeouts
  var nextRun = setTimeout($runScheduled);
  try {
    var start = Date.now();
    var r;
    while ((r = $scheduled.shift()) !== undefined) {
      r();
      // We need to interrupt this loop in order to allow the event loop to
      // process timers, IO, etc. However, invoking scheduling through
      // setTimeout is ~1000 times more expensive, so we amortize this cost by
      // looping until the 4ms minimal delay has elapsed (assuming there are
      // scheduled goroutines to run), and then yield to the event loop.
      var elapsed = Date.now() - start;
      if (elapsed > 4 || elapsed < 0) { break; }
    }
  } finally {
    if ($scheduled.length == 0) {
      // Cancel scheduling pass if there's nothing to run.
      clearTimeout(nextRun);
    }
  }
};

var $schedule = function(goroutine) {
  if (goroutine.asleep) {
    goroutine.asleep = false;
    $awakeGoroutines++;
  }
  $scheduled.push(goroutine);
  if ($curGoroutine === $noGoroutine) {
    $runScheduled();
  }
};

var $setTimeout = function(f, t) {
  $awakeGoroutines++;
  return setTimeout(function() {
    $awakeGoroutines--;
    f();
  }, t);
};

var $block = function() {
  if ($curGoroutine === $noGoroutine) {
    $throwRuntimeError("cannot block in JavaScript callback, fix by wrapping code in goroutine");
  }
  $curGoroutine.asleep = true;
};

var $restore = function(context, params) {
  if (context !== undefined && context.$blk !== undefined) {
    return context;
  }
  return params;
}

var $send = function(chan, value) {
  if (chan.$closed) {
    $throwRuntimeError("send on closed channel");
  }
  var queuedRecv = chan.$recvQueue.shift();
  if (queuedRecv !== undefined) {
    queuedRecv([value, true]);
    return;
  }
  if (chan.$buffer.length < chan.$capacity) {
    chan.$buffer.push(value);
    return;
  }

  var thisGoroutine = $curGoroutine;
  var closedDuringSend;
  chan.$sendQueue.push(function(closed) {
    closedDuringSend = closed;
    $schedule(thisGoroutine);
    return value;
  });
  $block();
  return {
    $blk: function() {
      if (closedDuringSend) {
        $throwRuntimeError("send on closed channel");
      }
    }
  };
};
var $recv = function(chan) {
  var queuedSend = chan.$sendQueue.shift();
  if (queuedSend !== undefined) {
    chan.$buffer.push(queuedSend(false));
  }
  var bufferedValue = chan.$buffer.shift();
  if (bufferedValue !== undefined) {
    return [bufferedValue, true];
  }
  if (chan.$closed) {
    return [chan.$elem.zero(), false];
  }

  var thisGoroutine = $curGoroutine;
  var f = { $blk: function() { return this.value; } };
  var queueEntry = function(v) {
    f.value = v;
    $schedule(thisGoroutine);
  };
  chan.$recvQueue.push(queueEntry);
  $block();
  return f;
};
var $close = function(chan) {
  if (chan.$closed) {
    $throwRuntimeError("close of closed channel");
  }
  chan.$closed = true;
  while (true) {
    var queuedSend = chan.$sendQueue.shift();
    if (queuedSend === undefined) {
      break;
    }
    queuedSend(true); /* will panic */
  }
  while (true) {
    var queuedRecv = chan.$recvQueue.shift();
    if (queuedRecv === undefined) {
      break;
    }
    queuedRecv([chan.$elem.zero(), false]);
  }
};
var $select = function(comms) {
  var ready = [];
  var selection = -1;
  for (var i = 0; i < comms.length; i++) {
    var comm = comms[i];
    var chan = comm[0];
    switch (comm.length) {
    case 0: /* default */
      selection = i;
      break;
    case 1: /* recv */
      if (chan.$sendQueue.length !== 0 || chan.$buffer.length !== 0 || chan.$closed) {
        ready.push(i);
      }
      break;
    case 2: /* send */
      if (chan.$closed) {
        $throwRuntimeError("send on closed channel");
      }
      if (chan.$recvQueue.length !== 0 || chan.$buffer.length < chan.$capacity) {
        ready.push(i);
      }
      break;
    }
  }

  if (ready.length !== 0) {
    selection = ready[Math.floor(Math.random() * ready.length)];
  }
  if (selection !== -1) {
    var comm = comms[selection];
    switch (comm.length) {
    case 0: /* default */
      return [selection];
    case 1: /* recv */
      return [selection, $recv(comm[0])];
    case 2: /* send */
      $send(comm[0], comm[1]);
      return [selection];
    }
  }

  var entries = [];
  var thisGoroutine = $curGoroutine;
  var f = { $blk: function() { return this.selection; } };
  var removeFromQueues = function() {
    for (var i = 0; i < entries.length; i++) {
      var entry = entries[i];
      var queue = entry[0];
      var index = queue.indexOf(entry[1]);
      if (index !== -1) {
        queue.splice(index, 1);
      }
    }
  };
  for (var i = 0; i < comms.length; i++) {
    (function(i) {
      var comm = comms[i];
      switch (comm.length) {
      case 1: /* recv */
        var queueEntry = function(value) {
          f.selection = [i, value];
          removeFromQueues();
          $schedule(thisGoroutine);
        };
        entries.push([comm[0].$recvQueue, queueEntry]);
        comm[0].$recvQueue.push(queueEntry);
        break;
      case 2: /* send */
        var queueEntry = function() {
          if (comm[0].$closed) {
            $throwRuntimeError("send on closed channel");
          }
          f.selection = [i];
          removeFromQueues();
          $schedule(thisGoroutine);
          return comm[1];
        };
        entries.push([comm[0].$sendQueue, queueEntry]);
        comm[0].$sendQueue.push(queueEntry);
        break;
      }
    })(i);
  }
  $block();
  return f;
};

var $jsObjectPtr, $jsErrorPtr;

var $needsExternalization = function(t) {
  switch (t.kind) {
    case $kindBool:
    case $kindInt:
    case $kindInt8:
    case $kindInt16:
    case $kindInt32:
    case $kindUint:
    case $kindUint8:
    case $kindUint16:
    case $kindUint32:
    case $kindUintptr:
    case $kindFloat32:
    case $kindFloat64:
      return false;
    default:
      return t !== $jsObjectPtr;
  }
};

var $externalize = function(v, t, makeWrapper) {
  if (t === $jsObjectPtr) {
    return v;
  }
  switch (t.kind) {
  case $kindBool:
  case $kindInt:
  case $kindInt8:
  case $kindInt16:
  case $kindInt32:
  case $kindUint:
  case $kindUint8:
  case $kindUint16:
  case $kindUint32:
  case $kindUintptr:
  case $kindFloat32:
  case $kindFloat64:
    return v;
  case $kindInt64:
  case $kindUint64:
    return $flatten64(v);
  case $kindArray:
    if ($needsExternalization(t.elem)) {
      return $mapArray(v, function(e) { return $externalize(e, t.elem, makeWrapper); });
    }
    return v;
  case $kindFunc:
    return $externalizeFunction(v, t, false, makeWrapper);
  case $kindInterface:
    if (v === $ifaceNil) {
      return null;
    }
    if (v.constructor === $jsObjectPtr) {
      return v.$val.object;
    }
    return $externalize(v.$val, v.constructor, makeWrapper);
  case $kindMap:
    var m = {};
    var keys = $keys(v);
    for (var i = 0; i < keys.length; i++) {
      var entry = v[keys[i]];
      m[$externalize(entry.k, t.key, makeWrapper)] = $externalize(entry.v, t.elem, makeWrapper);
    }
    return m;
  case $kindPtr:
    if (v === t.nil) {
      return null;
    }
    return $externalize(v.$get(), t.elem, makeWrapper);
  case $kindSlice:
    if ($needsExternalization(t.elem)) {
      return $mapArray($sliceToNativeArray(v), function(e) { return $externalize(e, t.elem, makeWrapper); });
    }
    return $sliceToNativeArray(v);
  case $kindString:
    if ($isASCII(v)) {
      return v;
    }
    var s = "", r;
    for (var i = 0; i < v.length; i += r[1]) {
      r = $decodeRune(v, i);
      var c = r[0];
      if (c > 0xFFFF) {
        var h = Math.floor((c - 0x10000) / 0x400) + 0xD800;
        var l = (c - 0x10000) % 0x400 + 0xDC00;
        s += String.fromCharCode(h, l);
        continue;
      }
      s += String.fromCharCode(c);
    }
    return s;
  case $kindStruct:
    var timePkg = $packages["time"];
    if (timePkg !== undefined && v.constructor === timePkg.Time.ptr) {
      var milli = $div64(v.UnixNano(), new $Int64(0, 1000000));
      return new Date($flatten64(milli));
    }

    var noJsObject = {};
    var searchJsObject = function(v, t) {
      if (t === $jsObjectPtr) {
        return v;
      }
      switch (t.kind) {
      case $kindPtr:
        if (v === t.nil) {
          return noJsObject;
        }
        return searchJsObject(v.$get(), t.elem);
      case $kindStruct:
        var f = t.fields[0];
        return searchJsObject(v[f.prop], f.typ);
      case $kindInterface:
        return searchJsObject(v.$val, v.constructor);
      default:
        return noJsObject;
      }
    };
    var o = searchJsObject(v, t);
    if (o !== noJsObject) {
      return o;
    }

    if (makeWrapper !== undefined) {
      return makeWrapper(v);
    }

    o = {};
    for (var i = 0; i < t.fields.length; i++) {
      var f = t.fields[i];
      if (!f.exported) {
        continue;
      }
      o[f.name] = $externalize(v[f.prop], f.typ, makeWrapper);
    }
    return o;
  }
  $throwRuntimeError("cannot externalize " + t.string);
};

var $externalizeFunction = function(v, t, passThis, makeWrapper) {
  if (v === $throwNilPointerError) {
    return null;
  }
  if (v.$externalizeWrapper === undefined) {
    $checkForDeadlock = false;
    v.$externalizeWrapper = function() {
      var args = [];
      for (var i = 0; i < t.params.length; i++) {
        if (t.variadic && i === t.params.length - 1) {
          var vt = t.params[i].elem, varargs = [];
          for (var j = i; j < arguments.length; j++) {
            varargs.push($internalize(arguments[j], vt, makeWrapper));
          }
          args.push(new (t.params[i])(varargs));
          break;
        }
        args.push($internalize(arguments[i], t.params[i], makeWrapper));
      }
      var result = v.apply(passThis ? this : undefined, args);
      switch (t.results.length) {
      case 0:
        return;
      case 1:
        return $externalize($copyIfRequired(result, t.results[0]), t.results[0], makeWrapper);
      default:
        for (var i = 0; i < t.results.length; i++) {
          result[i] = $externalize($copyIfRequired(result[i], t.results[i]), t.results[i], makeWrapper);
        }
        return result;
      }
    };
  }
  return v.$externalizeWrapper;
};

var $internalize = function(v, t, recv, seen, makeWrapper) {
  if (t === $jsObjectPtr) {
    return v;
  }
  if (t === $jsObjectPtr.elem) {
    $throwRuntimeError("cannot internalize js.Object, use *js.Object instead");
  }
  if (v && v.__internal_object__ !== undefined) {
    return $assertType(v.__internal_object__, t, false);
  }
  var timePkg = $packages["time"];
  if (timePkg !== undefined && t === timePkg.Time) {
    if (!(v !== null && v !== undefined && v.constructor === Date)) {
      $throwRuntimeError("cannot internalize time.Time from " + typeof v + ", must be Date");
    }
    return timePkg.Unix(new $Int64(0, 0), new $Int64(0, v.getTime() * 1000000));
  }

  // Cache for values we've already internalized in order to deal with circular
  // references.
  if (seen === undefined) { seen = new Map(); }
  if (!seen.has(t)) { seen.set(t, new Map()); }
  if (seen.get(t).has(v)) { return seen.get(t).get(v); }

  switch (t.kind) {
  case $kindBool:
    return !!v;
  case $kindInt:
    return parseInt(v);
  case $kindInt8:
    return parseInt(v) << 24 >> 24;
  case $kindInt16:
    return parseInt(v) << 16 >> 16;
  case $kindInt32:
    return parseInt(v) >> 0;
  case $kindUint:
    return parseInt(v);
  case $kindUint8:
    return parseInt(v) << 24 >>> 24;
  case $kindUint16:
    return parseInt(v) << 16 >>> 16;
  case $kindUint32:
  case $kindUintptr:
    return parseInt(v) >>> 0;
  case $kindInt64:
  case $kindUint64:
    return new t(0, v);
  case $kindFloat32:
  case $kindFloat64:
    return parseFloat(v);
  case $kindArray:
    if (v.length !== t.len) {
      $throwRuntimeError("got array with wrong size from JavaScript native");
    }
    return $mapArray(v, function(e) { return $internalize(e, t.elem, makeWrapper); });
  case $kindFunc:
    return function() {
      var args = [];
      for (var i = 0; i < t.params.length; i++) {
        if (t.variadic && i === t.params.length - 1) {
          var vt = t.params[i].elem, varargs = arguments[i];
          for (var j = 0; j < varargs.$length; j++) {
            args.push($externalize(varargs.$array[varargs.$offset + j], vt, makeWrapper));
          }
          break;
        }
        args.push($externalize(arguments[i], t.params[i], makeWrapper));
      }
      var result = v.apply(recv, args);
      switch (t.results.length) {
      case 0:
        return;
      case 1:
        return $internalize(result, t.results[0], makeWrapper);
      default:
        for (var i = 0; i < t.results.length; i++) {
          result[i] = $internalize(result[i], t.results[i], makeWrapper);
        }
        return result;
      }
    };
  case $kindInterface:
    if (t.methods.length !== 0) {
      $throwRuntimeError("cannot internalize " + t.string);
    }
    if (v === null) {
      return $ifaceNil;
    }
    if (v === undefined) {
      return new $jsObjectPtr(undefined);
    }
    switch (v.constructor) {
    case Int8Array:
      return new ($sliceType($Int8))(v);
    case Int16Array:
      return new ($sliceType($Int16))(v);
    case Int32Array:
      return new ($sliceType($Int))(v);
    case Uint8Array:
      return new ($sliceType($Uint8))(v);
    case Uint16Array:
      return new ($sliceType($Uint16))(v);
    case Uint32Array:
      return new ($sliceType($Uint))(v);
    case Float32Array:
      return new ($sliceType($Float32))(v);
    case Float64Array:
      return new ($sliceType($Float64))(v);
    case Array:
      return $internalize(v, $sliceType($emptyInterface), makeWrapper);
    case Boolean:
      return new $Bool(!!v);
    case Date:
      if (timePkg === undefined) {
        /* time package is not present, internalize as &js.Object{Date} so it can be externalized into original Date. */
        return new $jsObjectPtr(v);
      }
      return new timePkg.Time($internalize(v, timePkg.Time, makeWrapper));
    case (function () { }).constructor: // is usually Function, but in Chrome extensions it is something else
      var funcType = $funcType([$sliceType($emptyInterface)], [$jsObjectPtr], true);
      return new funcType($internalize(v, funcType, makeWrapper));
    case Number:
      return new $Float64(parseFloat(v));
    case String:
      return new $String($internalize(v, $String, makeWrapper));
    default:
      if ($global.Node && v instanceof $global.Node) {
        return new $jsObjectPtr(v);
      }
      var mapType = $mapType($String, $emptyInterface);
      return new mapType($internalize(v, mapType, recv, seen, makeWrapper));
    }
  case $kindMap:
    var m = {};
    seen.get(t).set(v, m);
    var keys = $keys(v);
    for (var i = 0; i < keys.length; i++) {
      var k = $internalize(keys[i], t.key, recv, seen, makeWrapper);
      m[t.key.keyFor(k)] = { k: k, v: $internalize(v[keys[i]], t.elem, recv, seen, makeWrapper) };
    }
    return m;
  case $kindPtr:
    if (t.elem.kind === $kindStruct) {
      return $internalize(v, t.elem, makeWrapper);
    }
  case $kindSlice:
    return new t($mapArray(v, function(e) { return $internalize(e, t.elem, makeWrapper); }));
  case $kindString:
    v = String(v);
    if ($isASCII(v)) {
      return v;
    }
    var s = "";
    var i = 0;
    while (i < v.length) {
      var h = v.charCodeAt(i);
      if (0xD800 <= h && h <= 0xDBFF) {
        var l = v.charCodeAt(i + 1);
        var c = (h - 0xD800) * 0x400 + l - 0xDC00 + 0x10000;
        s += $encodeRune(c);
        i += 2;
        continue;
      }
      s += $encodeRune(h);
      i++;
    }
    return s;
  case $kindStruct:
    var noJsObject = {};
    var searchJsObject = function(t) {
      if (t === $jsObjectPtr) {
        return v;
      }
      if (t === $jsObjectPtr.elem) {
        $throwRuntimeError("cannot internalize js.Object, use *js.Object instead");
      }
      switch (t.kind) {
      case $kindPtr:
        return searchJsObject(t.elem);
      case $kindStruct:
        var f = t.fields[0];
        var o = searchJsObject(f.typ);
        if (o !== noJsObject) {
          var n = new t.ptr();
          n[f.prop] = o;
          return n;
        }
        return noJsObject;
      default:
        return noJsObject;
      }
    };
    var o = searchJsObject(t);
    if (o !== noJsObject) {
      return o;
    }
  }
  $throwRuntimeError("cannot internalize " + t.string);
};

var $copyIfRequired = function(v, typ) {
  // interface values
  if (v && v.constructor && v.constructor.copy) {
    return new v.constructor($clone(v.$val, v.constructor))
  }
  // array and struct values
  if (typ.copy) {
    var clone = typ.zero();
    typ.copy(clone, v);
    return clone;
  }
  return v;
}

/* $isASCII reports whether string s contains only ASCII characters. */
var $isASCII = function(s) {
  for (var i = 0; i < s.length; i++) {
    if (s.charCodeAt(i) >= 128) {
      return false;
    }
  }
  return true;
};

$packages["github.com/gopherjs/gopherjs/js"] = (function() {
	var $pkg = {}, $init, Object, Error, M, sliceType, ptrType, sliceType$2, funcType, funcType$1, funcType$2, ptrType$1, MakeFunc, MakeWrapper, MakeFullWrapper, init;
	Object = $pkg.Object = $newType(0, $kindStruct, "js.Object", true, "github.com/gopherjs/gopherjs/js", true, function(object_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.object = null;
			return;
		}
		this.object = object_;
	});
	Error = $pkg.Error = $newType(0, $kindStruct, "js.Error", true, "github.com/gopherjs/gopherjs/js", true, function(Object_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Object = null;
			return;
		}
		this.Object = Object_;
	});
	M = $pkg.M = $newType(4, $kindMap, "js.M", true, "github.com/gopherjs/gopherjs/js", true, null);
	sliceType = $sliceType($emptyInterface);
	ptrType = $ptrType(Object);
	sliceType$2 = $sliceType(ptrType);
	funcType = $funcType([sliceType$2], [ptrType], true);
	funcType$1 = $funcType([], [ptrType], false);
	funcType$2 = $funcType([ptrType], [], false);
	ptrType$1 = $ptrType(Error);
	Object.ptr.prototype.Get = function(key) {
		var key, o;
		o = this;
		return o.object[$externalize(key, $String)];
	};
	Object.prototype.Get = function(key) { return this.$val.Get(key); };
	Object.ptr.prototype.Set = function(key, value) {
		var key, o, value;
		o = this;
		o.object[$externalize(key, $String)] = $externalize(value, $emptyInterface);
	};
	Object.prototype.Set = function(key, value) { return this.$val.Set(key, value); };
	Object.ptr.prototype.Delete = function(key) {
		var key, o;
		o = this;
		delete o.object[$externalize(key, $String)];
	};
	Object.prototype.Delete = function(key) { return this.$val.Delete(key); };
	Object.ptr.prototype.Length = function() {
		var o;
		o = this;
		return $parseInt(o.object.length);
	};
	Object.prototype.Length = function() { return this.$val.Length(); };
	Object.ptr.prototype.Index = function(i) {
		var i, o;
		o = this;
		return o.object[i];
	};
	Object.prototype.Index = function(i) { return this.$val.Index(i); };
	Object.ptr.prototype.SetIndex = function(i, value) {
		var i, o, value;
		o = this;
		o.object[i] = $externalize(value, $emptyInterface);
	};
	Object.prototype.SetIndex = function(i, value) { return this.$val.SetIndex(i, value); };
	Object.ptr.prototype.Call = function(name, args) {
		var args, name, o, obj;
		o = this;
		return (obj = o.object, obj[$externalize(name, $String)].apply(obj, $externalize(args, sliceType)));
	};
	Object.prototype.Call = function(name, args) { return this.$val.Call(name, args); };
	Object.ptr.prototype.Invoke = function(args) {
		var args, o;
		o = this;
		return o.object.apply(undefined, $externalize(args, sliceType));
	};
	Object.prototype.Invoke = function(args) { return this.$val.Invoke(args); };
	Object.ptr.prototype.New = function(args) {
		var args, o;
		o = this;
		return new ($global.Function.prototype.bind.apply(o.object, [undefined].concat($externalize(args, sliceType))));
	};
	Object.prototype.New = function(args) { return this.$val.New(args); };
	Object.ptr.prototype.Bool = function() {
		var o;
		o = this;
		return !!(o.object);
	};
	Object.prototype.Bool = function() { return this.$val.Bool(); };
	Object.ptr.prototype.String = function() {
		var o;
		o = this;
		return $internalize(o.object, $String);
	};
	Object.prototype.String = function() { return this.$val.String(); };
	Object.ptr.prototype.Int = function() {
		var o;
		o = this;
		return $parseInt(o.object) >> 0;
	};
	Object.prototype.Int = function() { return this.$val.Int(); };
	Object.ptr.prototype.Int64 = function() {
		var o;
		o = this;
		return $internalize(o.object, $Int64);
	};
	Object.prototype.Int64 = function() { return this.$val.Int64(); };
	Object.ptr.prototype.Uint64 = function() {
		var o;
		o = this;
		return $internalize(o.object, $Uint64);
	};
	Object.prototype.Uint64 = function() { return this.$val.Uint64(); };
	Object.ptr.prototype.Float = function() {
		var o;
		o = this;
		return $parseFloat(o.object);
	};
	Object.prototype.Float = function() { return this.$val.Float(); };
	Object.ptr.prototype.Interface = function() {
		var o;
		o = this;
		return $internalize(o.object, $emptyInterface);
	};
	Object.prototype.Interface = function() { return this.$val.Interface(); };
	Object.ptr.prototype.Unsafe = function() {
		var o;
		o = this;
		return o.object;
	};
	Object.prototype.Unsafe = function() { return this.$val.Unsafe(); };
	Error.ptr.prototype.Error = function() {
		var err;
		err = this;
		return "JavaScript error: " + $internalize(err.Object.message, $String);
	};
	Error.prototype.Error = function() { return this.$val.Error(); };
	Error.ptr.prototype.Stack = function() {
		var err;
		err = this;
		return $internalize(err.Object.stack, $String);
	};
	Error.prototype.Stack = function() { return this.$val.Stack(); };
	MakeFunc = function(fn) {
		var fn;
		return $makeFunc(fn);
	};
	$pkg.MakeFunc = MakeFunc;
	MakeWrapper = function(i) {
		var i, i$1, m, methods, o, v;
		v = i;
		o = new ($global.Object)();
		o.__internal_object__ = v;
		methods = v.constructor.methods;
		i$1 = 0;
		while (true) {
			if (!(i$1 < $parseInt(methods.length))) { break; }
			m = [m];
			m[0] = methods[i$1];
			if (!($internalize(m[0].pkg, $String) === "")) {
				i$1 = i$1 + (1) >> 0;
				continue;
			}
			o[$externalize($internalize(m[0].name, $String), $String)] = $externalize((function(m) { return function(args) {
				var args;
				return $externalizeFunction(v[$externalize($internalize(m[0].prop, $String), $String)], m[0].typ, $externalize(true, $Bool)).apply(v, $externalize(args, sliceType$2));
			}; })(m), funcType);
			i$1 = i$1 + (1) >> 0;
		}
		return o;
	};
	$pkg.MakeWrapper = MakeWrapper;
	MakeFullWrapper = function(i) {
		var {constructor, defineProperty, e, f, fields, i, i$1, i$2, i$3, internalObj, m, methods, ms, pkg, pkgTyp, ptr, typ, wrapperObj, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		internalObj = [internalObj];
		wrapperObj = [wrapperObj];
		internalObj[0] = i;
		constructor = internalObj[0].constructor;
		wrapperObj[0] = new ($global.Object)();
		defineProperty = (function(internalObj, wrapperObj) { return function(key, descriptor) {
			var descriptor, key;
			$global.Object.defineProperty(wrapperObj[0], $externalize(key, $String), $externalize(descriptor, M));
		}; })(internalObj, wrapperObj);
		$r = defineProperty("__internal_object__", $makeMap($String.keyFor, [{ k: "value", v: new $jsObjectPtr(internalObj[0]) }])); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		typ = $internalize(constructor.string, $String);
		pkg = $internalize(constructor.pkg, $String);
		ptr = "";
		if (typ.charCodeAt(0) === 42) {
			ptr = "*";
		}
		i$1 = 0;
		while (true) {
			if (!(i$1 < typ.length)) { break; }
			if (typ.charCodeAt(i$1) === 46) {
				typ = $substring(typ, (i$1 + 1 >> 0));
				break;
			}
			i$1 = i$1 + (1) >> 0;
		}
		pkgTyp = pkg + "." + ptr + typ;
		$r = defineProperty("$type", $makeMap($String.keyFor, [{ k: "value", v: new $String(pkgTyp) }])); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		fields = null;
		methods = new ($global.Array)();
		ms = constructor.methods;
		if (!(ms === undefined)) {
			methods = methods.concat(ms);
		}
		e = constructor.elem;
		if (!(e === undefined)) {
			fields = e.fields;
			methods = methods.concat(e.methods);
		} else {
			fields = constructor.fields;
		}
		i$2 = 0;
		/* while (true) { */ case 3:
			/* if (!(i$2 < $parseInt(methods.length))) { break; } */ if(!(i$2 < $parseInt(methods.length))) { $s = 4; continue; }
			m = [m];
			m[0] = methods[i$2];
			if (!($internalize(m[0].pkg, $String) === "")) {
				i$2 = i$2 + (1) >> 0;
				/* continue; */ $s = 3; continue;
			}
			$r = defineProperty($internalize(m[0].prop, $String), $makeMap($String.keyFor, [{ k: "value", v: new funcType((function(internalObj, m, wrapperObj) { return function(args) {
				var args;
				return $externalizeFunction(internalObj[0][$externalize($internalize(m[0].prop, $String), $String)], m[0].typ, $externalize(true, $Bool), MakeFullWrapper).apply(internalObj[0], $externalize(args, sliceType$2));
			}; })(internalObj, m, wrapperObj)) }])); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i$2 = i$2 + (1) >> 0;
		$s = 3; continue;
		case 4:
		/* */ if (!(fields === undefined)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(fields === undefined)) { */ case 6:
			i$3 = 0;
			/* while (true) { */ case 8:
				/* if (!(i$3 < $parseInt(fields.length))) { break; } */ if(!(i$3 < $parseInt(fields.length))) { $s = 9; continue; }
				f = [f];
				f[0] = fields[i$3];
				if (!!!(f[0].exported)) {
					i$3 = i$3 + (1) >> 0;
					/* continue; */ $s = 8; continue;
				}
				$r = defineProperty($internalize(f[0].prop, $String), $makeMap($String.keyFor, [{ k: "get", v: new funcType$1((function(f, internalObj, wrapperObj) { return function() {
					var vc;
					vc = $copyIfRequired(internalObj[0].$val[$externalize($internalize(f[0].prop, $String), $String)], f[0].typ);
					return $externalize(vc, f[0].typ, MakeFullWrapper);
				}; })(f, internalObj, wrapperObj)) }, { k: "set", v: new funcType$2((function(f, internalObj, wrapperObj) { return function(jv) {
					var gv, jv;
					gv = $internalize(jv, f[0].typ, MakeFullWrapper);
					internalObj[0].$val[$externalize($internalize(f[0].prop, $String), $String)] = gv;
				}; })(f, internalObj, wrapperObj)) }])); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				i$3 = i$3 + (1) >> 0;
			$s = 8; continue;
			case 9:
		/* } */ case 7:
		$s = -1; return wrapperObj[0];
		/* */ } return; } var $f = {$blk: MakeFullWrapper, $c: true, $r, constructor, defineProperty, e, f, fields, i, i$1, i$2, i$3, internalObj, m, methods, ms, pkg, pkgTyp, ptr, typ, wrapperObj, $s};return $f;
	};
	$pkg.MakeFullWrapper = MakeFullWrapper;
	init = function() {
		var e;
		e = new Error.ptr(null);
		$unused(e);
	};
	ptrType.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([$String], [ptrType], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String, $emptyInterface], [], false)}, {prop: "Delete", name: "Delete", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Length", name: "Length", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([$Int], [ptrType], false)}, {prop: "SetIndex", name: "SetIndex", pkg: "", typ: $funcType([$Int, $emptyInterface], [], false)}, {prop: "Call", name: "Call", pkg: "", typ: $funcType([$String, sliceType], [ptrType], true)}, {prop: "Invoke", name: "Invoke", pkg: "", typ: $funcType([sliceType], [ptrType], true)}, {prop: "New", name: "New", pkg: "", typ: $funcType([sliceType], [ptrType], true)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Int", name: "Int", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Int64", name: "Int64", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "Float", name: "Float", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Interface", name: "Interface", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "Unsafe", name: "Unsafe", pkg: "", typ: $funcType([], [$Uintptr], false)}];
	ptrType$1.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Stack", name: "Stack", pkg: "", typ: $funcType([], [$String], false)}];
	Object.init("github.com/gopherjs/gopherjs/js", [{prop: "object", name: "object", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	Error.init("", [{prop: "Object", name: "Object", embedded: true, exported: true, typ: ptrType, tag: ""}]);
	M.init($String, $emptyInterface);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["runtime"] = (function() {
	var $pkg = {}, $init, js, _type, TypeAssertionError, basicFrame, Frames, Frame, Func, errorString, ptrType, sliceType, ptrType$1, structType, sliceType$1, sliceType$2, ptrType$2, ptrType$3, knownPositions, positionCounters, hiddenFrames, knownFrames, buildVersion, init, GOROOT, registerPosition, itoa, callstack, parseCallstack, ParseCallFrame, Caller, Callers, CallersFrames, SetFinalizer, FuncForPC, Stack, KeepAlive, throw$1, nanotime, fastrand;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	_type = $pkg._type = $newType(0, $kindStruct, "runtime._type", true, "runtime", false, function(str_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.str = "";
			return;
		}
		this.str = str_;
	});
	TypeAssertionError = $pkg.TypeAssertionError = $newType(0, $kindStruct, "runtime.TypeAssertionError", true, "runtime", true, function(_interface_, concrete_, asserted_, missingMethod_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._interface = ptrType$1.nil;
			this.concrete = ptrType$1.nil;
			this.asserted = ptrType$1.nil;
			this.missingMethod = "";
			return;
		}
		this._interface = _interface_;
		this.concrete = concrete_;
		this.asserted = asserted_;
		this.missingMethod = missingMethod_;
	});
	basicFrame = $pkg.basicFrame = $newType(0, $kindStruct, "runtime.basicFrame", true, "runtime", false, function(FuncName_, File_, Line_, Col_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.FuncName = "";
			this.File = "";
			this.Line = 0;
			this.Col = 0;
			return;
		}
		this.FuncName = FuncName_;
		this.File = File_;
		this.Line = Line_;
		this.Col = Col_;
	});
	Frames = $pkg.Frames = $newType(0, $kindStruct, "runtime.Frames", true, "runtime", true, function(frames_, current_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.frames = sliceType$2.nil;
			this.current = 0;
			return;
		}
		this.frames = frames_;
		this.current = current_;
	});
	Frame = $pkg.Frame = $newType(0, $kindStruct, "runtime.Frame", true, "runtime", true, function(PC_, Func_, Function_, File_, Line_, Entry_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.PC = 0;
			this.Func = ptrType.nil;
			this.Function = "";
			this.File = "";
			this.Line = 0;
			this.Entry = 0;
			return;
		}
		this.PC = PC_;
		this.Func = Func_;
		this.Function = Function_;
		this.File = File_;
		this.Line = Line_;
		this.Entry = Entry_;
	});
	Func = $pkg.Func = $newType(0, $kindStruct, "runtime.Func", true, "runtime", true, function(name_, file_, line_, opaque_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.file = "";
			this.line = 0;
			this.opaque = new structType.ptr();
			return;
		}
		this.name = name_;
		this.file = file_;
		this.line = line_;
		this.opaque = opaque_;
	});
	errorString = $pkg.errorString = $newType(8, $kindString, "runtime.errorString", true, "runtime", false, null);
	ptrType = $ptrType(Func);
	sliceType = $sliceType(ptrType);
	ptrType$1 = $ptrType(_type);
	structType = $structType("", []);
	sliceType$1 = $sliceType(basicFrame);
	sliceType$2 = $sliceType(Frame);
	ptrType$2 = $ptrType(TypeAssertionError);
	ptrType$3 = $ptrType(Frames);
	_type.ptr.prototype.string = function() {
		var t;
		t = this;
		return t.str;
	};
	_type.prototype.string = function() { return this.$val.string(); };
	_type.ptr.prototype.pkgpath = function() {
		var t;
		t = this;
		return "";
	};
	_type.prototype.pkgpath = function() { return this.$val.pkgpath(); };
	TypeAssertionError.ptr.prototype.RuntimeError = function() {
	};
	TypeAssertionError.prototype.RuntimeError = function() { return this.$val.RuntimeError(); };
	TypeAssertionError.ptr.prototype.Error = function() {
		var as, cs, e, inter, msg;
		e = this;
		inter = "interface";
		if (!(e._interface === ptrType$1.nil)) {
			inter = e._interface.string();
		}
		as = e.asserted.string();
		if (e.concrete === ptrType$1.nil) {
			return "interface conversion: " + inter + " is nil, not " + as;
		}
		cs = e.concrete.string();
		if (e.missingMethod === "") {
			msg = "interface conversion: " + inter + " is " + cs + ", not " + as;
			if (cs === as) {
				if (!(e.concrete.pkgpath() === e.asserted.pkgpath())) {
					msg = msg + (" (types from different packages)");
				} else {
					msg = msg + (" (types from different scopes)");
				}
			}
			return msg;
		}
		return "interface conversion: " + cs + " is not " + as + ": missing method " + e.missingMethod;
	};
	TypeAssertionError.prototype.Error = function() { return this.$val.Error(); };
	init = function() {
		var e, jsPkg;
		jsPkg = $packages[$externalize("github.com/gopherjs/gopherjs/js", $String)];
		$jsObjectPtr = jsPkg.Object.ptr;
		$jsErrorPtr = jsPkg.Error.ptr;
		$throwRuntimeError = throw$1;
		buildVersion = $internalize($goVersion, $String);
		e = $ifaceNil;
		e = new TypeAssertionError.ptr(ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, "");
		$unused(e);
	};
	GOROOT = function() {
		var process, v, v$1;
		process = $global.process;
		if (process === undefined) {
			return "/";
		}
		v = process.env.GOPHERJS_GOROOT;
		if (!(v === undefined) && !($internalize(v, $String) === "")) {
			return $internalize(v, $String);
		} else {
			v$1 = process.env.GOROOT;
			if (!(v$1 === undefined) && !($internalize(v$1, $String) === "")) {
				return $internalize(v$1, $String);
			}
		}
		return "/usr/local/go";
	};
	$pkg.GOROOT = GOROOT;
	registerPosition = function(funcName, file, line, col) {
		var _entry, _key, _tuple, col, f, file, found, funcName, key, line, pc, pc$1;
		key = file + ":" + itoa(line) + ":" + itoa(col);
		_tuple = (_entry = knownPositions[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [0, false]);
		pc = _tuple[0];
		found = _tuple[1];
		if (found) {
			return pc;
		}
		f = new Func.ptr(funcName, file, line, new structType.ptr());
		pc$1 = ((positionCounters.$length >>> 0));
		positionCounters = $append(positionCounters, f);
		_key = key; (knownPositions || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: pc$1 };
		return pc$1;
	};
	itoa = function(i) {
		var i;
		return $internalize(new ($global.String)(i), $String);
	};
	callstack = function(skip, limit) {
		var limit, lines, skip;
		skip = (skip + 1 >> 0) + 1 >> 0;
		lines = new ($global.Error)().stack.split($externalize("\n", $String)).slice(skip, skip + limit >> 0);
		return parseCallstack(lines);
	};
	parseCallstack = function(lines) {
		var _entry, _entry$1, _tuple, alias, frame, frames, i, l, lines, ok;
		frames = new sliceType$1([]);
		l = $parseInt(lines.length);
		i = 0;
		while (true) {
			if (!(i < l)) { break; }
			frame = $clone(ParseCallFrame(lines[i]), basicFrame);
			if ((_entry = hiddenFrames[$String.keyFor(frame.FuncName)], _entry !== undefined ? _entry.v : false)) {
				i = i + (1) >> 0;
				continue;
			}
			_tuple = (_entry$1 = knownFrames[$String.keyFor(frame.FuncName)], _entry$1 !== undefined ? [_entry$1.v, true] : ["", false]);
			alias = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				frame.FuncName = alias;
			}
			frames = $append(frames, frame);
			if (frame.FuncName === "runtime.goexit") {
				break;
			}
			i = i + (1) >> 0;
		}
		return frames;
	};
	ParseCallFrame = function(info) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, col, file, fn, funcName, idx, info, line, openIdx, parts, parts$1, parts$2, pos, split;
		if (($parseInt(info.indexOf($externalize("@", $String))) >> 0) >= 0) {
			split = new ($global.RegExp)($externalize("[@:]", $String));
			parts = info.split(split);
			return new basicFrame.ptr($internalize(parts[0], $String), $internalize(parts.slice(1, $parseInt(parts.length) - 2 >> 0).join($externalize(":", $String)), $String), $parseInt(parts[($parseInt(parts.length) - 2 >> 0)]) >> 0, $parseInt(parts[($parseInt(parts.length) - 1 >> 0)]) >> 0);
		}
		openIdx = $parseInt(info.lastIndexOf($externalize("(", $String))) >> 0;
		if (openIdx === -1) {
			parts$1 = info.split($externalize(":", $String));
			return new basicFrame.ptr("<none>", $internalize(parts$1.slice(0, $parseInt(parts$1.length) - 2 >> 0).join($externalize(":", $String)).replace(new ($global.RegExp)($externalize("^\\s*at ", $String)), $externalize("", $String)), $String), $parseInt(parts$1[($parseInt(parts$1.length) - 2 >> 0)]) >> 0, $parseInt(parts$1[($parseInt(parts$1.length) - 1 >> 0)]) >> 0);
		}
		_tmp = "";
		_tmp$1 = "";
		file = _tmp;
		funcName = _tmp$1;
		_tmp$2 = 0;
		_tmp$3 = 0;
		line = _tmp$2;
		col = _tmp$3;
		pos = info.substring(openIdx + 1 >> 0, $parseInt(info.indexOf($externalize(")", $String))) >> 0);
		parts$2 = pos.split($externalize(":", $String));
		if ($internalize(pos, $String) === "<anonymous>") {
			file = "<anonymous>";
		} else {
			file = $internalize(parts$2.slice(0, $parseInt(parts$2.length) - 2 >> 0).join($externalize(":", $String)), $String);
			line = $parseInt(parts$2[($parseInt(parts$2.length) - 2 >> 0)]) >> 0;
			col = $parseInt(parts$2[($parseInt(parts$2.length) - 1 >> 0)]) >> 0;
		}
		fn = info.substring(($parseInt(info.indexOf($externalize("at ", $String))) >> 0) + 3 >> 0, $parseInt(info.indexOf($externalize(" (", $String))) >> 0);
		idx = $parseInt(fn.indexOf($externalize("[as ", $String))) >> 0;
		if (idx > 0) {
			fn = fn.substring(idx + 4 >> 0, fn.indexOf($externalize("]", $String)));
		}
		funcName = $internalize(fn, $String);
		return new basicFrame.ptr(funcName, file, line, col);
	};
	$pkg.ParseCallFrame = ParseCallFrame;
	Caller = function(skip) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, file, frames, line, ok, pc, skip;
		pc = 0;
		file = "";
		line = 0;
		ok = false;
		skip = skip + 1 >> 0;
		frames = callstack(skip, 1);
		if (!((frames.$length === 1))) {
			_tmp = 0;
			_tmp$1 = "";
			_tmp$2 = 0;
			_tmp$3 = false;
			pc = _tmp;
			file = _tmp$1;
			line = _tmp$2;
			ok = _tmp$3;
			return [pc, file, line, ok];
		}
		pc = registerPosition((0 >= frames.$length ? ($throwRuntimeError("index out of range"), undefined) : frames.$array[frames.$offset + 0]).FuncName, (0 >= frames.$length ? ($throwRuntimeError("index out of range"), undefined) : frames.$array[frames.$offset + 0]).File, (0 >= frames.$length ? ($throwRuntimeError("index out of range"), undefined) : frames.$array[frames.$offset + 0]).Line, (0 >= frames.$length ? ($throwRuntimeError("index out of range"), undefined) : frames.$array[frames.$offset + 0]).Col);
		_tmp$4 = pc;
		_tmp$5 = (0 >= frames.$length ? ($throwRuntimeError("index out of range"), undefined) : frames.$array[frames.$offset + 0]).File;
		_tmp$6 = (0 >= frames.$length ? ($throwRuntimeError("index out of range"), undefined) : frames.$array[frames.$offset + 0]).Line;
		_tmp$7 = true;
		pc = _tmp$4;
		file = _tmp$5;
		line = _tmp$6;
		ok = _tmp$7;
		return [pc, file, line, ok];
	};
	$pkg.Caller = Caller;
	Callers = function(skip, pc) {
		var _i, _ref, frame, frames, i, pc, skip;
		frames = callstack(skip, pc.$length);
		_ref = frames;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			frame = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), basicFrame);
			((i < 0 || i >= pc.$length) ? ($throwRuntimeError("index out of range"), undefined) : pc.$array[pc.$offset + i] = registerPosition(frame.FuncName, frame.File, frame.Line, frame.Col));
			_i++;
		}
		return frames.$length;
	};
	$pkg.Callers = Callers;
	CallersFrames = function(callers) {
		var _i, _ref, callers, fun, pc, result;
		result = new Frames.ptr(sliceType$2.nil, 0);
		_ref = callers;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			pc = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			fun = FuncForPC(pc);
			result.frames = $append(result.frames, new Frame.ptr(pc, fun, fun.name, fun.file, fun.line, fun.Entry()));
			_i++;
		}
		return result;
	};
	$pkg.CallersFrames = CallersFrames;
	Frames.ptr.prototype.Next = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, ci, f, frame, more, x, x$1;
		frame = new Frame.ptr(0, ptrType.nil, "", "", 0, 0);
		more = false;
		ci = this;
		if (ci.current >= ci.frames.$length) {
			_tmp = new Frame.ptr(0, ptrType.nil, "", "", 0, 0);
			_tmp$1 = false;
			Frame.copy(frame, _tmp);
			more = _tmp$1;
			return [frame, more];
		}
		f = $clone((x = ci.frames, x$1 = ci.current, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1])), Frame);
		ci.current = ci.current + (1) >> 0;
		_tmp$2 = $clone(f, Frame);
		_tmp$3 = ci.current < ci.frames.$length;
		Frame.copy(frame, _tmp$2);
		more = _tmp$3;
		return [frame, more];
	};
	Frames.prototype.Next = function() { return this.$val.Next(); };
	SetFinalizer = function(x, f) {
		var f, x;
	};
	$pkg.SetFinalizer = SetFinalizer;
	Func.ptr.prototype.Entry = function() {
		return 0;
	};
	Func.prototype.Entry = function() { return this.$val.Entry(); };
	Func.ptr.prototype.FileLine = function(pc) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, f, file, line, pc;
		file = "";
		line = 0;
		f = this;
		if (f === ptrType.nil) {
			_tmp = "";
			_tmp$1 = 0;
			file = _tmp;
			line = _tmp$1;
			return [file, line];
		}
		_tmp$2 = f.file;
		_tmp$3 = f.line;
		file = _tmp$2;
		line = _tmp$3;
		return [file, line];
	};
	Func.prototype.FileLine = function(pc) { return this.$val.FileLine(pc); };
	Func.ptr.prototype.Name = function() {
		var f;
		f = this;
		if (f === ptrType.nil || f.name === "") {
			return "<unknown>";
		}
		return f.name;
	};
	Func.prototype.Name = function() { return this.$val.Name(); };
	FuncForPC = function(pc) {
		var ipc, pc;
		ipc = ((pc >> 0));
		if (ipc >= positionCounters.$length) {
			$panic(new $String("GopherJS: pc=" + itoa(ipc) + " is out of range of known position counters"));
		}
		return ((ipc < 0 || ipc >= positionCounters.$length) ? ($throwRuntimeError("index out of range"), undefined) : positionCounters.$array[positionCounters.$offset + ipc]);
	};
	$pkg.FuncForPC = FuncForPC;
	Stack = function(buf, all) {
		var all, buf, s;
		s = new ($global.Error)().stack;
		if (s === undefined) {
			return 0;
		}
		return $copyString(buf, $internalize(s.substr(($parseInt(s.indexOf($externalize("\n", $String))) >> 0) + 1 >> 0), $String));
	};
	$pkg.Stack = Stack;
	KeepAlive = function(param) {
		var param;
	};
	$pkg.KeepAlive = KeepAlive;
	errorString.prototype.RuntimeError = function() {
		var e;
		e = this.$val;
	};
	$ptrType(errorString).prototype.RuntimeError = function() { return new errorString(this.$get()).RuntimeError(); };
	errorString.prototype.Error = function() {
		var e;
		e = this.$val;
		return "runtime error: " + (e);
	};
	$ptrType(errorString).prototype.Error = function() { return new errorString(this.$get()).Error(); };
	throw$1 = function(s) {
		var s;
		$panic(new errorString((s)));
	};
	nanotime = function() {
		return $mul64($internalize(new ($global.Date)().getTime(), $Int64), new $Int64(0, 1000000));
	};
	$linknames["runtime.nanotime"] = nanotime;
	fastrand = function() {
		return (($parseFloat($global.Math.random()) * 4.294967295e+09 >> 0));
	};
	$linknames["runtime.fastrand"] = fastrand;
	ptrType$1.methods = [{prop: "string", name: "string", pkg: "runtime", typ: $funcType([], [$String], false)}, {prop: "pkgpath", name: "pkgpath", pkg: "runtime", typ: $funcType([], [$String], false)}];
	ptrType$2.methods = [{prop: "RuntimeError", name: "RuntimeError", pkg: "", typ: $funcType([], [], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$3.methods = [{prop: "Next", name: "Next", pkg: "", typ: $funcType([], [Frame, $Bool], false)}];
	ptrType.methods = [{prop: "Entry", name: "Entry", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "FileLine", name: "FileLine", pkg: "", typ: $funcType([$Uintptr], [$String, $Int], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}];
	errorString.methods = [{prop: "RuntimeError", name: "RuntimeError", pkg: "", typ: $funcType([], [], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	_type.init("runtime", [{prop: "str", name: "str", embedded: false, exported: false, typ: $String, tag: ""}]);
	TypeAssertionError.init("runtime", [{prop: "_interface", name: "_interface", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "concrete", name: "concrete", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "asserted", name: "asserted", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "missingMethod", name: "missingMethod", embedded: false, exported: false, typ: $String, tag: ""}]);
	basicFrame.init("", [{prop: "FuncName", name: "FuncName", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "File", name: "File", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Line", name: "Line", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Col", name: "Col", embedded: false, exported: true, typ: $Int, tag: ""}]);
	Frames.init("runtime", [{prop: "frames", name: "frames", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "current", name: "current", embedded: false, exported: false, typ: $Int, tag: ""}]);
	Frame.init("", [{prop: "PC", name: "PC", embedded: false, exported: true, typ: $Uintptr, tag: ""}, {prop: "Func", name: "Func", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "Function", name: "Function", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "File", name: "File", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Line", name: "Line", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Entry", name: "Entry", embedded: false, exported: true, typ: $Uintptr, tag: ""}]);
	Func.init("runtime", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "file", name: "file", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "line", name: "line", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "opaque", name: "opaque", embedded: false, exported: false, typ: structType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		buildVersion = "";
		knownPositions = $makeMap($String.keyFor, []);
		positionCounters = new sliceType([]);
		hiddenFrames = $makeMap($String.keyFor, [{ k: "$callDeferred", v: true }]);
		knownFrames = $makeMap($String.keyFor, [{ k: "$panic", v: "runtime.gopanic" }, { k: "$goroutine", v: "runtime.goexit" }]);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/goarch"] = (function() {
	var $pkg = {}, $init;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/unsafeheader"] = (function() {
	var $pkg = {}, $init, Slice;
	Slice = $pkg.Slice = $newType(0, $kindStruct, "unsafeheader.Slice", true, "internal/unsafeheader", true, function(Data_, Len_, Cap_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Data = 0;
			this.Len = 0;
			this.Cap = 0;
			return;
		}
		this.Data = Data_;
		this.Len = Len_;
		this.Cap = Cap_;
	});
	Slice.init("", [{prop: "Data", name: "Data", embedded: false, exported: true, typ: $UnsafePointer, tag: ""}, {prop: "Len", name: "Len", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Cap", name: "Cap", embedded: false, exported: true, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/reflectlite"] = (function() {
	var $pkg = {}, $init, js, goarch, unsafeheader, runtime, Value, flag, ValueError, Type, Kind, tflag, rtype, method, chanDir, arrayType, chanType, imethod, interfaceType, mapType, ptrType, sliceType, structField, structType, nameOff, typeOff, textOff, errorString, Method, uncommonType, funcType, name, nameData, mapIter, TypeEx, ptrType$1, sliceType$1, sliceType$2, sliceType$3, sliceType$4, ptrType$2, funcType$1, ptrType$4, sliceType$5, ptrType$5, sliceType$6, ptrType$6, ptrType$7, sliceType$7, sliceType$8, sliceType$9, sliceType$10, ptrType$8, structType$2, ptrType$9, arrayType$2, sliceType$13, ptrType$10, funcType$2, ptrType$11, funcType$3, ptrType$12, ptrType$13, kindNames, callHelper, initialized, uint8Type, idJsType, idReflectType, idKindType, idRtype, uncommonTypeMap, nameMap, nameOffList, typeOffList, jsObjectPtr, selectHelper, implements$1, directlyAssignable, haveIdenticalType, haveIdenticalUnderlyingType, toType, ifaceIndir, unquote, Swapper, init, jsType, reflectType, setKindType, newName, newNameOff, newTypeOff, internalStr, isWrapped, copyStruct, makeValue, TypeOf, ValueOf, FuncOf, SliceOf, unsafe_New, typedmemmove, keyFor, mapaccess, mapiterinit, mapiterkey, mapiternext, maplen, methodReceiver, valueInterface, ifaceE2I, methodName, makeMethodValue, wrapJsObject, unwrapJsObject, getJsTag, PtrTo, copyVal;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	goarch = $packages["internal/goarch"];
	unsafeheader = $packages["internal/unsafeheader"];
	runtime = $packages["runtime"];
	Value = $pkg.Value = $newType(0, $kindStruct, "reflectlite.Value", true, "internal/reflectlite", true, function(typ_, ptr_, flag_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.typ = ptrType$1.nil;
			this.ptr = 0;
			this.flag = 0;
			return;
		}
		this.typ = typ_;
		this.ptr = ptr_;
		this.flag = flag_;
	});
	flag = $pkg.flag = $newType(4, $kindUintptr, "reflectlite.flag", true, "internal/reflectlite", false, null);
	ValueError = $pkg.ValueError = $newType(0, $kindStruct, "reflectlite.ValueError", true, "internal/reflectlite", true, function(Method_, Kind_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Method = "";
			this.Kind = 0;
			return;
		}
		this.Method = Method_;
		this.Kind = Kind_;
	});
	Type = $pkg.Type = $newType(8, $kindInterface, "reflectlite.Type", true, "internal/reflectlite", true, null);
	Kind = $pkg.Kind = $newType(4, $kindUint, "reflectlite.Kind", true, "internal/reflectlite", true, null);
	tflag = $pkg.tflag = $newType(1, $kindUint8, "reflectlite.tflag", true, "internal/reflectlite", false, null);
	rtype = $pkg.rtype = $newType(0, $kindStruct, "reflectlite.rtype", true, "internal/reflectlite", false, function(size_, ptrdata_, hash_, tflag_, align_, fieldAlign_, kind_, equal_, gcdata_, str_, ptrToThis_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.size = 0;
			this.ptrdata = 0;
			this.hash = 0;
			this.tflag = 0;
			this.align = 0;
			this.fieldAlign = 0;
			this.kind = 0;
			this.equal = $throwNilPointerError;
			this.gcdata = ptrType$6.nil;
			this.str = 0;
			this.ptrToThis = 0;
			return;
		}
		this.size = size_;
		this.ptrdata = ptrdata_;
		this.hash = hash_;
		this.tflag = tflag_;
		this.align = align_;
		this.fieldAlign = fieldAlign_;
		this.kind = kind_;
		this.equal = equal_;
		this.gcdata = gcdata_;
		this.str = str_;
		this.ptrToThis = ptrToThis_;
	});
	method = $pkg.method = $newType(0, $kindStruct, "reflectlite.method", true, "internal/reflectlite", false, function(name_, mtyp_, ifn_, tfn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = 0;
			this.mtyp = 0;
			this.ifn = 0;
			this.tfn = 0;
			return;
		}
		this.name = name_;
		this.mtyp = mtyp_;
		this.ifn = ifn_;
		this.tfn = tfn_;
	});
	chanDir = $pkg.chanDir = $newType(4, $kindInt, "reflectlite.chanDir", true, "internal/reflectlite", false, null);
	arrayType = $pkg.arrayType = $newType(0, $kindStruct, "reflectlite.arrayType", true, "internal/reflectlite", false, function(rtype_, elem_, slice_, len_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.elem = ptrType$1.nil;
			this.slice = ptrType$1.nil;
			this.len = 0;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
		this.slice = slice_;
		this.len = len_;
	});
	chanType = $pkg.chanType = $newType(0, $kindStruct, "reflectlite.chanType", true, "internal/reflectlite", false, function(rtype_, elem_, dir_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.elem = ptrType$1.nil;
			this.dir = 0;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
		this.dir = dir_;
	});
	imethod = $pkg.imethod = $newType(0, $kindStruct, "reflectlite.imethod", true, "internal/reflectlite", false, function(name_, typ_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = 0;
			this.typ = 0;
			return;
		}
		this.name = name_;
		this.typ = typ_;
	});
	interfaceType = $pkg.interfaceType = $newType(0, $kindStruct, "reflectlite.interfaceType", true, "internal/reflectlite", false, function(rtype_, pkgPath_, methods_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.pkgPath = new name.ptr(ptrType$6.nil);
			this.methods = sliceType$9.nil;
			return;
		}
		this.rtype = rtype_;
		this.pkgPath = pkgPath_;
		this.methods = methods_;
	});
	mapType = $pkg.mapType = $newType(0, $kindStruct, "reflectlite.mapType", true, "internal/reflectlite", false, function(rtype_, key_, elem_, bucket_, hasher_, keysize_, valuesize_, bucketsize_, flags_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.key = ptrType$1.nil;
			this.elem = ptrType$1.nil;
			this.bucket = ptrType$1.nil;
			this.hasher = $throwNilPointerError;
			this.keysize = 0;
			this.valuesize = 0;
			this.bucketsize = 0;
			this.flags = 0;
			return;
		}
		this.rtype = rtype_;
		this.key = key_;
		this.elem = elem_;
		this.bucket = bucket_;
		this.hasher = hasher_;
		this.keysize = keysize_;
		this.valuesize = valuesize_;
		this.bucketsize = bucketsize_;
		this.flags = flags_;
	});
	ptrType = $pkg.ptrType = $newType(0, $kindStruct, "reflectlite.ptrType", true, "internal/reflectlite", false, function(rtype_, elem_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.elem = ptrType$1.nil;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
	});
	sliceType = $pkg.sliceType = $newType(0, $kindStruct, "reflectlite.sliceType", true, "internal/reflectlite", false, function(rtype_, elem_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.elem = ptrType$1.nil;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
	});
	structField = $pkg.structField = $newType(0, $kindStruct, "reflectlite.structField", true, "internal/reflectlite", false, function(name_, typ_, offsetEmbed_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = new name.ptr(ptrType$6.nil);
			this.typ = ptrType$1.nil;
			this.offsetEmbed = 0;
			return;
		}
		this.name = name_;
		this.typ = typ_;
		this.offsetEmbed = offsetEmbed_;
	});
	structType = $pkg.structType = $newType(0, $kindStruct, "reflectlite.structType", true, "internal/reflectlite", false, function(rtype_, pkgPath_, fields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.pkgPath = new name.ptr(ptrType$6.nil);
			this.fields = sliceType$10.nil;
			return;
		}
		this.rtype = rtype_;
		this.pkgPath = pkgPath_;
		this.fields = fields_;
	});
	nameOff = $pkg.nameOff = $newType(4, $kindInt32, "reflectlite.nameOff", true, "internal/reflectlite", false, null);
	typeOff = $pkg.typeOff = $newType(4, $kindInt32, "reflectlite.typeOff", true, "internal/reflectlite", false, null);
	textOff = $pkg.textOff = $newType(4, $kindInt32, "reflectlite.textOff", true, "internal/reflectlite", false, null);
	errorString = $pkg.errorString = $newType(0, $kindStruct, "reflectlite.errorString", true, "internal/reflectlite", false, function(s_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = "";
			return;
		}
		this.s = s_;
	});
	Method = $pkg.Method = $newType(0, $kindStruct, "reflectlite.Method", true, "internal/reflectlite", true, function(Name_, PkgPath_, Type_, Func_, Index_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.PkgPath = "";
			this.Type = $ifaceNil;
			this.Func = new Value.ptr(ptrType$1.nil, 0, 0);
			this.Index = 0;
			return;
		}
		this.Name = Name_;
		this.PkgPath = PkgPath_;
		this.Type = Type_;
		this.Func = Func_;
		this.Index = Index_;
	});
	uncommonType = $pkg.uncommonType = $newType(0, $kindStruct, "reflectlite.uncommonType", true, "internal/reflectlite", false, function(pkgPath_, mcount_, xcount_, moff_, _methods_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pkgPath = 0;
			this.mcount = 0;
			this.xcount = 0;
			this.moff = 0;
			this._methods = sliceType$5.nil;
			return;
		}
		this.pkgPath = pkgPath_;
		this.mcount = mcount_;
		this.xcount = xcount_;
		this.moff = moff_;
		this._methods = _methods_;
	});
	funcType = $pkg.funcType = $newType(0, $kindStruct, "reflectlite.funcType", true, "internal/reflectlite", false, function(rtype_, inCount_, outCount_, _in_, _out_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
			this.inCount = 0;
			this.outCount = 0;
			this._in = sliceType$2.nil;
			this._out = sliceType$2.nil;
			return;
		}
		this.rtype = rtype_;
		this.inCount = inCount_;
		this.outCount = outCount_;
		this._in = _in_;
		this._out = _out_;
	});
	name = $pkg.name = $newType(0, $kindStruct, "reflectlite.name", true, "internal/reflectlite", false, function(bytes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.bytes = ptrType$6.nil;
			return;
		}
		this.bytes = bytes_;
	});
	nameData = $pkg.nameData = $newType(0, $kindStruct, "reflectlite.nameData", true, "internal/reflectlite", false, function(name_, tag_, exported_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.tag = "";
			this.exported = false;
			return;
		}
		this.name = name_;
		this.tag = tag_;
		this.exported = exported_;
	});
	mapIter = $pkg.mapIter = $newType(0, $kindStruct, "reflectlite.mapIter", true, "internal/reflectlite", false, function(t_, m_, keys_, i_, last_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.t = $ifaceNil;
			this.m = null;
			this.keys = null;
			this.i = 0;
			this.last = null;
			return;
		}
		this.t = t_;
		this.m = m_;
		this.keys = keys_;
		this.i = i_;
		this.last = last_;
	});
	TypeEx = $pkg.TypeEx = $newType(8, $kindInterface, "reflectlite.TypeEx", true, "internal/reflectlite", true, null);
	ptrType$1 = $ptrType(rtype);
	sliceType$1 = $sliceType(name);
	sliceType$2 = $sliceType(ptrType$1);
	sliceType$3 = $sliceType($String);
	sliceType$4 = $sliceType($emptyInterface);
	ptrType$2 = $ptrType(js.Object);
	funcType$1 = $funcType([sliceType$4], [ptrType$2], true);
	ptrType$4 = $ptrType(uncommonType);
	sliceType$5 = $sliceType(method);
	ptrType$5 = $ptrType(funcType);
	sliceType$6 = $sliceType(Value);
	ptrType$6 = $ptrType($Uint8);
	ptrType$7 = $ptrType($UnsafePointer);
	sliceType$7 = $sliceType(Type);
	sliceType$8 = $sliceType(ptrType$2);
	sliceType$9 = $sliceType(imethod);
	sliceType$10 = $sliceType(structField);
	ptrType$8 = $ptrType(nameData);
	structType$2 = $structType("internal/reflectlite", [{prop: "str", name: "str", embedded: false, exported: false, typ: $String, tag: ""}]);
	ptrType$9 = $ptrType(mapIter);
	arrayType$2 = $arrayType($Uintptr, 2);
	sliceType$13 = $sliceType($Uint8);
	ptrType$10 = $ptrType(ValueError);
	funcType$2 = $funcType([$UnsafePointer, $UnsafePointer], [$Bool], false);
	ptrType$11 = $ptrType(interfaceType);
	funcType$3 = $funcType([$UnsafePointer, $Uintptr], [$Uintptr], false);
	ptrType$12 = $ptrType(structField);
	ptrType$13 = $ptrType(errorString);
	flag.prototype.kind = function() {
		var f;
		f = this.$val;
		return ((((f & 31) >>> 0) >>> 0));
	};
	$ptrType(flag).prototype.kind = function() { return new flag(this.$get()).kind(); };
	flag.prototype.ro = function() {
		var f;
		f = this.$val;
		if (!((((f & 96) >>> 0) === 0))) {
			return 32;
		}
		return 0;
	};
	$ptrType(flag).prototype.ro = function() { return new flag(this.$get()).ro(); };
	Value.ptr.prototype.pointer = function() {
		var v;
		v = this;
		if (!((v.typ.size === 4)) || !v.typ.pointers()) {
			$panic(new $String("can't call pointer on a non-pointer Value"));
		}
		if (!((((v.flag & 128) >>> 0) === 0))) {
			return (v.ptr).$get();
		}
		return v.ptr;
	};
	Value.prototype.pointer = function() { return this.$val.pointer(); };
	ValueError.ptr.prototype.Error = function() {
		var e;
		e = this;
		if (e.Kind === 0) {
			return "reflect: call of " + e.Method + " on zero Value";
		}
		return "reflect: call of " + e.Method + " on " + new Kind(e.Kind).String() + " Value";
	};
	ValueError.prototype.Error = function() { return this.$val.Error(); };
	flag.prototype.mustBeExported = function() {
		var f;
		f = this.$val;
		if (f === 0) {
			$panic(new ValueError.ptr(methodName(), 0));
		}
		if (!((((f & 96) >>> 0) === 0))) {
			$panic(new $String("reflect: " + methodName() + " using value obtained using unexported field"));
		}
	};
	$ptrType(flag).prototype.mustBeExported = function() { return new flag(this.$get()).mustBeExported(); };
	flag.prototype.mustBeAssignable = function() {
		var f;
		f = this.$val;
		if (f === 0) {
			$panic(new ValueError.ptr(methodName(), 0));
		}
		if (!((((f & 96) >>> 0) === 0))) {
			$panic(new $String("reflect: " + methodName() + " using value obtained using unexported field"));
		}
		if (((f & 256) >>> 0) === 0) {
			$panic(new $String("reflect: " + methodName() + " using unaddressable value"));
		}
	};
	$ptrType(flag).prototype.mustBeAssignable = function() { return new flag(this.$get()).mustBeAssignable(); };
	Value.ptr.prototype.CanSet = function() {
		var v;
		v = this;
		return ((v.flag & 352) >>> 0) === 256;
	};
	Value.prototype.CanSet = function() { return this.$val.CanSet(); };
	Value.ptr.prototype.IsValid = function() {
		var v;
		v = this;
		return !((v.flag === 0));
	};
	Value.prototype.IsValid = function() { return this.$val.IsValid(); };
	Value.ptr.prototype.Kind = function() {
		var v;
		v = this;
		return new flag(v.flag).kind();
	};
	Value.prototype.Kind = function() { return this.$val.Kind(); };
	Value.ptr.prototype.Type = function() {
		var f, v;
		v = this;
		f = v.flag;
		if (f === 0) {
			$panic(new ValueError.ptr("reflectlite.Value.Type", 0));
		}
		return v.typ;
	};
	Value.prototype.Type = function() { return this.$val.Type(); };
	structField.ptr.prototype.embedded = function() {
		var f;
		f = this;
		return !((((f.offsetEmbed & 1) >>> 0) === 0));
	};
	structField.prototype.embedded = function() { return this.$val.embedded(); };
	Kind.prototype.String = function() {
		var k;
		k = this.$val;
		if (((k >> 0)) < kindNames.$length) {
			return ((k < 0 || k >= kindNames.$length) ? ($throwRuntimeError("index out of range"), undefined) : kindNames.$array[kindNames.$offset + k]);
		}
		return (0 >= kindNames.$length ? ($throwRuntimeError("index out of range"), undefined) : kindNames.$array[kindNames.$offset + 0]);
	};
	$ptrType(Kind).prototype.String = function() { return new Kind(this.$get()).String(); };
	rtype.ptr.prototype.String = function() {
		var s, t;
		t = this;
		s = $clone(t.nameOff(t.str), name).name();
		if (!((((t.tflag & 2) >>> 0) === 0))) {
			return $substring(s, 1);
		}
		return s;
	};
	rtype.prototype.String = function() { return this.$val.String(); };
	rtype.ptr.prototype.Size = function() {
		var t;
		t = this;
		return t.size;
	};
	rtype.prototype.Size = function() { return this.$val.Size(); };
	rtype.ptr.prototype.Kind = function() {
		var t;
		t = this;
		return ((((t.kind & 31) >>> 0) >>> 0));
	};
	rtype.prototype.Kind = function() { return this.$val.Kind(); };
	rtype.ptr.prototype.pointers = function() {
		var t;
		t = this;
		return !((t.ptrdata === 0));
	};
	rtype.prototype.pointers = function() { return this.$val.pointers(); };
	rtype.ptr.prototype.common = function() {
		var t;
		t = this;
		return t;
	};
	rtype.prototype.common = function() { return this.$val.common(); };
	rtype.ptr.prototype.exportedMethods = function() {
		var t, ut;
		t = this;
		ut = t.uncommon();
		if (ut === ptrType$4.nil) {
			return sliceType$5.nil;
		}
		return ut.exportedMethods();
	};
	rtype.prototype.exportedMethods = function() { return this.$val.exportedMethods(); };
	rtype.ptr.prototype.NumMethod = function() {
		var t, tt;
		t = this;
		if (t.Kind() === 20) {
			tt = (t.kindType);
			return tt.NumMethod();
		}
		return t.exportedMethods().$length;
	};
	rtype.prototype.NumMethod = function() { return this.$val.NumMethod(); };
	rtype.ptr.prototype.PkgPath = function() {
		var t, ut;
		t = this;
		if (((t.tflag & 4) >>> 0) === 0) {
			return "";
		}
		ut = t.uncommon();
		if (ut === ptrType$4.nil) {
			return "";
		}
		return $clone(t.nameOff(ut.pkgPath), name).name();
	};
	rtype.prototype.PkgPath = function() { return this.$val.PkgPath(); };
	rtype.ptr.prototype.hasName = function() {
		var t;
		t = this;
		return !((((t.tflag & 4) >>> 0) === 0));
	};
	rtype.prototype.hasName = function() { return this.$val.hasName(); };
	rtype.ptr.prototype.Name = function() {
		var i, s, t;
		t = this;
		if (!t.hasName()) {
			return "";
		}
		s = t.String();
		i = s.length - 1 >> 0;
		while (true) {
			if (!(i >= 0 && !((s.charCodeAt(i) === 46)))) { break; }
			i = i - (1) >> 0;
		}
		return $substring(s, (i + 1 >> 0));
	};
	rtype.prototype.Name = function() { return this.$val.Name(); };
	rtype.ptr.prototype.chanDir = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 18))) {
			$panic(new $String("reflect: chanDir of non-chan type"));
		}
		tt = (t.kindType);
		return ((tt.dir >> 0));
	};
	rtype.prototype.chanDir = function() { return this.$val.chanDir(); };
	rtype.ptr.prototype.Elem = function() {
		var _1, t, tt, tt$1, tt$2, tt$3, tt$4;
		t = this;
		_1 = t.Kind();
		if (_1 === (17)) {
			tt = (t.kindType);
			return toType(tt.elem);
		} else if (_1 === (18)) {
			tt$1 = (t.kindType);
			return toType(tt$1.elem);
		} else if (_1 === (21)) {
			tt$2 = (t.kindType);
			return toType(tt$2.elem);
		} else if (_1 === (22)) {
			tt$3 = (t.kindType);
			return toType(tt$3.elem);
		} else if (_1 === (23)) {
			tt$4 = (t.kindType);
			return toType(tt$4.elem);
		}
		$panic(new $String("reflect: Elem of invalid type"));
	};
	rtype.prototype.Elem = function() { return this.$val.Elem(); };
	rtype.ptr.prototype.In = function(i) {
		var i, t, tt, x;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: In of non-func type"));
		}
		tt = (t.kindType);
		return toType((x = tt.in$(), ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])));
	};
	rtype.prototype.In = function(i) { return this.$val.In(i); };
	rtype.ptr.prototype.Len = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 17))) {
			$panic(new $String("reflect: Len of non-array type"));
		}
		tt = (t.kindType);
		return ((tt.len >> 0));
	};
	rtype.prototype.Len = function() { return this.$val.Len(); };
	rtype.ptr.prototype.NumIn = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: NumIn of non-func type"));
		}
		tt = (t.kindType);
		return ((tt.inCount >> 0));
	};
	rtype.prototype.NumIn = function() { return this.$val.NumIn(); };
	rtype.ptr.prototype.NumOut = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: NumOut of non-func type"));
		}
		tt = (t.kindType);
		return tt.out().$length;
	};
	rtype.prototype.NumOut = function() { return this.$val.NumOut(); };
	rtype.ptr.prototype.Out = function(i) {
		var i, t, tt, x;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: Out of non-func type"));
		}
		tt = (t.kindType);
		return toType((x = tt.out(), ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])));
	};
	rtype.prototype.Out = function(i) { return this.$val.Out(i); };
	interfaceType.ptr.prototype.NumMethod = function() {
		var t;
		t = this;
		return t.methods.$length;
	};
	interfaceType.prototype.NumMethod = function() { return this.$val.NumMethod(); };
	rtype.ptr.prototype.Implements = function(u) {
		var {_r, t, u, $s, $r, $c} = $restore(this, {u});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ($interfaceIsEqual(u, $ifaceNil)) {
			$panic(new $String("reflect: nil type passed to Type.Implements"));
		}
		_r = u.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 20))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 20))) { */ case 1:
			$panic(new $String("reflect: non-interface type passed to Type.Implements"));
		/* } */ case 2:
		$s = -1; return implements$1($assertType(u, ptrType$1), t);
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.Implements, $c: true, $r, _r, t, u, $s};return $f;
	};
	rtype.prototype.Implements = function(u) { return this.$val.Implements(u); };
	rtype.ptr.prototype.AssignableTo = function(u) {
		var {$24r, _r, t, u, uu, $s, $r, $c} = $restore(this, {u});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ($interfaceIsEqual(u, $ifaceNil)) {
			$panic(new $String("reflect: nil type passed to Type.AssignableTo"));
		}
		uu = $assertType(u, ptrType$1);
		_r = directlyAssignable(uu, t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r || implements$1(uu, t);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.AssignableTo, $c: true, $r, $24r, _r, t, u, uu, $s};return $f;
	};
	rtype.prototype.AssignableTo = function(u) { return this.$val.AssignableTo(u); };
	implements$1 = function(T, V) {
		var T, V, i, i$1, j, j$1, t, tm, tm$1, tmName, tmName$1, tmPkgPath, tmPkgPath$1, v, v$1, vm, vm$1, vmName, vmName$1, vmPkgPath, vmPkgPath$1, vmethods, x, x$1, x$2;
		if (!((T.Kind() === 20))) {
			return false;
		}
		t = (T.kindType);
		if (t.methods.$length === 0) {
			return true;
		}
		if (V.Kind() === 20) {
			v = (V.kindType);
			i = 0;
			j = 0;
			while (true) {
				if (!(j < v.methods.$length)) { break; }
				tm = (x = t.methods, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
				tmName = $clone(t.rtype.nameOff(tm.name), name);
				vm = (x$1 = v.methods, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j]));
				vmName = $clone(V.nameOff(vm.name), name);
				if ($clone(vmName, name).name() === $clone(tmName, name).name() && V.typeOff(vm.typ) === t.rtype.typeOff(tm.typ)) {
					if (!$clone(tmName, name).isExported()) {
						tmPkgPath = $clone(tmName, name).pkgPath();
						if (tmPkgPath === "") {
							tmPkgPath = $clone(t.pkgPath, name).name();
						}
						vmPkgPath = $clone(vmName, name).pkgPath();
						if (vmPkgPath === "") {
							vmPkgPath = $clone(v.pkgPath, name).name();
						}
						if (!(tmPkgPath === vmPkgPath)) {
							j = j + (1) >> 0;
							continue;
						}
					}
					i = i + (1) >> 0;
					if (i >= t.methods.$length) {
						return true;
					}
				}
				j = j + (1) >> 0;
			}
			return false;
		}
		v$1 = V.uncommon();
		if (v$1 === ptrType$4.nil) {
			return false;
		}
		i$1 = 0;
		vmethods = v$1.methods();
		j$1 = 0;
		while (true) {
			if (!(j$1 < ((v$1.mcount >> 0)))) { break; }
			tm$1 = (x$2 = t.methods, ((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]));
			tmName$1 = $clone(t.rtype.nameOff(tm$1.name), name);
			vm$1 = $clone(((j$1 < 0 || j$1 >= vmethods.$length) ? ($throwRuntimeError("index out of range"), undefined) : vmethods.$array[vmethods.$offset + j$1]), method);
			vmName$1 = $clone(V.nameOff(vm$1.name), name);
			if ($clone(vmName$1, name).name() === $clone(tmName$1, name).name() && V.typeOff(vm$1.mtyp) === t.rtype.typeOff(tm$1.typ)) {
				if (!$clone(tmName$1, name).isExported()) {
					tmPkgPath$1 = $clone(tmName$1, name).pkgPath();
					if (tmPkgPath$1 === "") {
						tmPkgPath$1 = $clone(t.pkgPath, name).name();
					}
					vmPkgPath$1 = $clone(vmName$1, name).pkgPath();
					if (vmPkgPath$1 === "") {
						vmPkgPath$1 = $clone(V.nameOff(v$1.pkgPath), name).name();
					}
					if (!(tmPkgPath$1 === vmPkgPath$1)) {
						j$1 = j$1 + (1) >> 0;
						continue;
					}
				}
				i$1 = i$1 + (1) >> 0;
				if (i$1 >= t.methods.$length) {
					return true;
				}
			}
			j$1 = j$1 + (1) >> 0;
		}
		return false;
	};
	directlyAssignable = function(T, V) {
		var {$24r, T, V, _r, $s, $r, $c} = $restore(this, {T, V});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (T === V) {
			$s = -1; return true;
		}
		if (T.hasName() && V.hasName() || !((T.Kind() === V.Kind()))) {
			$s = -1; return false;
		}
		_r = haveIdenticalUnderlyingType(T, V, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: directlyAssignable, $c: true, $r, $24r, T, V, _r, $s};return $f;
	};
	haveIdenticalType = function(T, V, cmpTags) {
		var {$24r, T, V, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _v, cmpTags, $s, $r, $c} = $restore(this, {T, V, cmpTags});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (cmpTags) {
			$s = -1; return $interfaceIsEqual(T, V);
		}
		_r = T.Name(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = V.Name(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		if (!(_r === _r$1)) { _v = true; $s = 3; continue s; }
		_r$2 = T.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = V.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = !((_r$2 === _r$3)); case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		_r$4 = T.common(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_arg = _r$4;
		_r$5 = V.common(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = haveIdenticalUnderlyingType(_arg, _arg$1, false); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 11; case 11: return $24r;
		/* */ } return; } var $f = {$blk: haveIdenticalType, $c: true, $r, $24r, T, V, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _v, cmpTags, $s};return $f;
	};
	haveIdenticalUnderlyingType = function(T, V, cmpTags) {
		var {$24r, $24r$1, $24r$2, $24r$3, T, V, _1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _ref, _v, _v$1, _v$2, _v$3, cmpTags, i, i$1, i$2, kind, t, t$1, t$2, tf, v, v$1, v$2, vf, x, x$1, $s, $r, $c} = $restore(this, {T, V, cmpTags});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (T === V) {
			$s = -1; return true;
		}
		kind = T.Kind();
		if (!((kind === V.Kind()))) {
			$s = -1; return false;
		}
		if (1 <= kind && kind <= 16 || (kind === 24) || (kind === 26)) {
			$s = -1; return true;
		}
			_1 = kind;
			/* */ if (_1 === (17)) { $s = 2; continue; }
			/* */ if (_1 === (18)) { $s = 3; continue; }
			/* */ if (_1 === (19)) { $s = 4; continue; }
			/* */ if (_1 === (20)) { $s = 5; continue; }
			/* */ if (_1 === (21)) { $s = 6; continue; }
			/* */ if ((_1 === (22)) || (_1 === (23))) { $s = 7; continue; }
			/* */ if (_1 === (25)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_1 === (17)) { */ case 2:
				if (!(T.Len() === V.Len())) { _v = false; $s = 10; continue s; }
				_r = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_v = _r; case 10:
				$24r = _v;
				$s = 12; case 12: return $24r;
			/* } else if (_1 === (18)) { */ case 3:
				if (!(V.chanDir() === 3)) { _v$1 = false; $s = 15; continue s; }
				_r$1 = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 16; case 16: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v$1 = _r$1; case 15:
				/* */ if (_v$1) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (_v$1) { */ case 13:
					$s = -1; return true;
				/* } */ case 14:
				if (!(V.chanDir() === T.chanDir())) { _v$2 = false; $s = 17; continue s; }
				_r$2 = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 18; case 18: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v$2 = _r$2; case 17:
				$24r$1 = _v$2;
				$s = 19; case 19: return $24r$1;
			/* } else if (_1 === (19)) { */ case 4:
				t = (T.kindType);
				v = (V.kindType);
				if (!((t.outCount === v.outCount)) || !((t.inCount === v.inCount))) {
					$s = -1; return false;
				}
				i = 0;
				/* while (true) { */ case 20:
					/* if (!(i < t.rtype.NumIn())) { break; } */ if(!(i < t.rtype.NumIn())) { $s = 21; continue; }
					_r$3 = haveIdenticalType(t.rtype.In(i), v.rtype.In(i), cmpTags); /* */ $s = 24; case 24: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					/* */ if (!_r$3) { $s = 22; continue; }
					/* */ $s = 23; continue;
					/* if (!_r$3) { */ case 22:
						$s = -1; return false;
					/* } */ case 23:
					i = i + (1) >> 0;
				$s = 20; continue;
				case 21:
				i$1 = 0;
				/* while (true) { */ case 25:
					/* if (!(i$1 < t.rtype.NumOut())) { break; } */ if(!(i$1 < t.rtype.NumOut())) { $s = 26; continue; }
					_r$4 = haveIdenticalType(t.rtype.Out(i$1), v.rtype.Out(i$1), cmpTags); /* */ $s = 29; case 29: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					/* */ if (!_r$4) { $s = 27; continue; }
					/* */ $s = 28; continue;
					/* if (!_r$4) { */ case 27:
						$s = -1; return false;
					/* } */ case 28:
					i$1 = i$1 + (1) >> 0;
				$s = 25; continue;
				case 26:
				$s = -1; return true;
			/* } else if (_1 === (20)) { */ case 5:
				t$1 = (T.kindType);
				v$1 = (V.kindType);
				if ((t$1.methods.$length === 0) && (v$1.methods.$length === 0)) {
					$s = -1; return true;
				}
				$s = -1; return false;
			/* } else if (_1 === (21)) { */ case 6:
				_r$5 = haveIdenticalType(T.Key(), V.Key(), cmpTags); /* */ $s = 31; case 31: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				if (!(_r$5)) { _v$3 = false; $s = 30; continue s; }
				_r$6 = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 32; case 32: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_v$3 = _r$6; case 30:
				$24r$2 = _v$3;
				$s = 33; case 33: return $24r$2;
			/* } else if ((_1 === (22)) || (_1 === (23))) { */ case 7:
				_r$7 = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 34; case 34: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r$3 = _r$7;
				$s = 35; case 35: return $24r$3;
			/* } else if (_1 === (25)) { */ case 8:
				t$2 = (T.kindType);
				v$2 = (V.kindType);
				if (!((t$2.fields.$length === v$2.fields.$length))) {
					$s = -1; return false;
				}
				if (!($clone(t$2.pkgPath, name).name() === $clone(v$2.pkgPath, name).name())) {
					$s = -1; return false;
				}
				_ref = t$2.fields;
				_i = 0;
				/* while (true) { */ case 36:
					/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 37; continue; }
					i$2 = _i;
					tf = (x = t$2.fields, ((i$2 < 0 || i$2 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$2]));
					vf = (x$1 = v$2.fields, ((i$2 < 0 || i$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i$2]));
					if (!($clone(tf.name, name).name() === $clone(vf.name, name).name())) {
						$s = -1; return false;
					}
					_r$8 = haveIdenticalType(tf.typ, vf.typ, cmpTags); /* */ $s = 40; case 40: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					/* */ if (!_r$8) { $s = 38; continue; }
					/* */ $s = 39; continue;
					/* if (!_r$8) { */ case 38:
						$s = -1; return false;
					/* } */ case 39:
					if (cmpTags && !($clone(tf.name, name).tag() === $clone(vf.name, name).tag())) {
						$s = -1; return false;
					}
					if (!((tf.offsetEmbed === vf.offsetEmbed))) {
						$s = -1; return false;
					}
					_i++;
				$s = 36; continue;
				case 37:
				$s = -1; return true;
			/* } */ case 9:
		case 1:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: haveIdenticalUnderlyingType, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, T, V, _1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _ref, _v, _v$1, _v$2, _v$3, cmpTags, i, i$1, i$2, kind, t, t$1, t$2, tf, v, v$1, v$2, vf, x, x$1, $s};return $f;
	};
	toType = function(t) {
		var t;
		if (t === ptrType$1.nil) {
			return $ifaceNil;
		}
		return t;
	};
	ifaceIndir = function(t) {
		var t;
		return ((t.kind & 32) >>> 0) === 0;
	};
	Value.ptr.prototype.object = function() {
		var _1, newVal, v, val;
		v = this;
		if ((v.typ.Kind() === 17) || (v.typ.Kind() === 25)) {
			return v.ptr;
		}
		if (!((((v.flag & 128) >>> 0) === 0))) {
			val = v.ptr.$get();
			if (!(val === $ifaceNil) && !(val.constructor === jsType(v.typ))) {
				switch (0) { default:
					_1 = v.typ.Kind();
					if ((_1 === (11)) || (_1 === (6))) {
						val = new (jsType(v.typ))(val.$high, val.$low);
					} else if ((_1 === (15)) || (_1 === (16))) {
						val = new (jsType(v.typ))(val.$real, val.$imag);
					} else if (_1 === (23)) {
						if (val === val.constructor.nil) {
							val = jsType(v.typ).nil;
							break;
						}
						newVal = new (jsType(v.typ))(val.$array);
						newVal.$offset = val.$offset;
						newVal.$length = val.$length;
						newVal.$capacity = val.$capacity;
						val = newVal;
					}
				}
			}
			return val;
		}
		return v.ptr;
	};
	Value.prototype.object = function() { return this.$val.object(); };
	Value.ptr.prototype.assignTo = function(context, dst, target) {
		var {_r, _r$1, _r$2, context, dst, fl, target, v, x, $s, $r, $c} = $restore(this, {context, dst, target});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		/* */ if (!((((v.flag & 512) >>> 0) === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((((v.flag & 512) >>> 0) === 0))) { */ case 1:
			_r = makeMethodValue(context, $clone(v, Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			Value.copy(v, _r);
		/* } */ case 2:
			_r$1 = directlyAssignable(dst, v.typ); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 5; continue; }
			/* */ if (implements$1(dst, v.typ)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_r$1) { */ case 5:
				fl = (((v.flag & 384) >>> 0) | new flag(v.flag).ro()) >>> 0;
				fl = (fl | (((dst.Kind() >>> 0)))) >>> 0;
				$s = -1; return new Value.ptr(dst, v.ptr, fl);
			/* } else if (implements$1(dst, v.typ)) { */ case 6:
				if (target === 0) {
					target = unsafe_New(dst);
				}
				_r$2 = valueInterface($clone(v, Value)); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				x = _r$2;
				if (dst.NumMethod() === 0) {
					(target).$set(x);
				} else {
					ifaceE2I(dst, x, target);
				}
				$s = -1; return new Value.ptr(dst, target, 148);
			/* } */ case 7:
		case 4:
		$panic(new $String(context + ": value of type " + v.typ.String() + " is not assignable to type " + dst.String()));
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.assignTo, $c: true, $r, _r, _r$1, _r$2, context, dst, fl, target, v, x, $s};return $f;
	};
	Value.prototype.assignTo = function(context, dst, target) { return this.$val.assignTo(context, dst, target); };
	Value.ptr.prototype.Cap = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (17)) {
			return v.typ.Len();
		} else if ((_1 === (18)) || (_1 === (23))) {
			return $parseInt($clone(v, Value).object().$capacity) >> 0;
		}
		$panic(new ValueError.ptr("reflect.Value.Cap", k));
	};
	Value.prototype.Cap = function() { return this.$val.Cap(); };
	Value.ptr.prototype.Index = function(i) {
		var {$24r, $24r$1, _1, _r, _r$1, a, a$1, c, fl, fl$1, fl$2, i, k, s, str, tt, tt$1, typ, typ$1, v, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = [a];
		a$1 = [a$1];
		c = [c];
		i = [i];
		typ = [typ];
		typ$1 = [typ$1];
		v = this;
			k = new flag(v.flag).kind();
			_1 = k;
			/* */ if (_1 === (17)) { $s = 2; continue; }
			/* */ if (_1 === (23)) { $s = 3; continue; }
			/* */ if (_1 === (24)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (17)) { */ case 2:
				tt = (v.typ.kindType);
				if (i[0] < 0 || i[0] > ((tt.len >> 0))) {
					$panic(new $String("reflect: array index out of range"));
				}
				typ[0] = tt.elem;
				fl = (((((v.flag & 384) >>> 0) | new flag(v.flag).ro()) >>> 0) | ((typ[0].Kind() >>> 0))) >>> 0;
				a[0] = v.ptr;
				/* */ if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { */ case 7:
					$s = -1; return new Value.ptr(typ[0], (new (jsType(PtrTo(typ[0])))((function(a, a$1, c, i, typ, typ$1) { return function() {
						return wrapJsObject(typ[0], a[0][i[0]]);
					}; })(a, a$1, c, i, typ, typ$1), (function(a, a$1, c, i, typ, typ$1) { return function(x) {
						var x;
						a[0][i[0]] = unwrapJsObject(typ[0], x);
					}; })(a, a$1, c, i, typ, typ$1))), fl);
				/* } */ case 8:
				_r = makeValue(typ[0], wrapJsObject(typ[0], a[0][i[0]]), fl); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 10; case 10: return $24r;
			/* } else if (_1 === (23)) { */ case 3:
				s = $clone(v, Value).object();
				if (i[0] < 0 || i[0] >= ($parseInt(s.$length) >> 0)) {
					$panic(new $String("reflect: slice index out of range"));
				}
				tt$1 = (v.typ.kindType);
				typ$1[0] = tt$1.elem;
				fl$1 = (((384 | new flag(v.flag).ro()) >>> 0) | ((typ$1[0].Kind() >>> 0))) >>> 0;
				i[0] = i[0] + (($parseInt(s.$offset) >> 0)) >> 0;
				a$1[0] = s.$array;
				/* */ if (!((((fl$1 & 128) >>> 0) === 0)) && !((typ$1[0].Kind() === 17)) && !((typ$1[0].Kind() === 25))) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!((((fl$1 & 128) >>> 0) === 0)) && !((typ$1[0].Kind() === 17)) && !((typ$1[0].Kind() === 25))) { */ case 11:
					$s = -1; return new Value.ptr(typ$1[0], (new (jsType(PtrTo(typ$1[0])))((function(a, a$1, c, i, typ, typ$1) { return function() {
						return wrapJsObject(typ$1[0], a$1[0][i[0]]);
					}; })(a, a$1, c, i, typ, typ$1), (function(a, a$1, c, i, typ, typ$1) { return function(x) {
						var x;
						a$1[0][i[0]] = unwrapJsObject(typ$1[0], x);
					}; })(a, a$1, c, i, typ, typ$1))), fl$1);
				/* } */ case 12:
				_r$1 = makeValue(typ$1[0], wrapJsObject(typ$1[0], a$1[0][i[0]]), fl$1); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = _r$1;
				$s = 14; case 14: return $24r$1;
			/* } else if (_1 === (24)) { */ case 4:
				str = (v.ptr).$get();
				if (i[0] < 0 || i[0] >= str.length) {
					$panic(new $String("reflect: string index out of range"));
				}
				fl$2 = (((new flag(v.flag).ro() | 8) >>> 0) | 128) >>> 0;
				c[0] = str.charCodeAt(i[0]);
				$s = -1; return new Value.ptr(uint8Type, ((c.$ptr || (c.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, c)))), fl$2);
			/* } else { */ case 5:
				$panic(new ValueError.ptr("reflect.Value.Index", k));
			/* } */ case 6:
		case 1:
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Index, $c: true, $r, $24r, $24r$1, _1, _r, _r$1, a, a$1, c, fl, fl$1, fl$2, i, k, s, str, tt, tt$1, typ, typ$1, v, $s};return $f;
	};
	Value.prototype.Index = function(i) { return this.$val.Index(i); };
	Value.ptr.prototype.InterfaceData = function() {
		var v;
		v = this;
		$panic(new $String("InterfaceData is not supported by GopherJS"));
	};
	Value.prototype.InterfaceData = function() { return this.$val.InterfaceData(); };
	Value.ptr.prototype.IsNil = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (22)) || (_1 === (23))) {
			return $clone(v, Value).object() === jsType(v.typ).nil;
		} else if (_1 === (18)) {
			return $clone(v, Value).object() === $chanNil;
		} else if (_1 === (19)) {
			return $clone(v, Value).object() === $throwNilPointerError;
		} else if (_1 === (21)) {
			return $clone(v, Value).object() === false;
		} else if (_1 === (20)) {
			return $clone(v, Value).object() === $ifaceNil;
		} else if (_1 === (26)) {
			return $clone(v, Value).object() === 0;
		} else {
			$panic(new ValueError.ptr("reflect.Value.IsNil", k));
		}
	};
	Value.prototype.IsNil = function() { return this.$val.IsNil(); };
	Value.ptr.prototype.Len = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (17)) || (_1 === (24))) {
			return $parseInt($clone(v, Value).object().length);
		} else if (_1 === (23)) {
			return $parseInt($clone(v, Value).object().$length) >> 0;
		} else if (_1 === (18)) {
			return $parseInt($clone(v, Value).object().$buffer.length) >> 0;
		} else if (_1 === (21)) {
			return $parseInt($keys($clone(v, Value).object()).length);
		} else {
			$panic(new ValueError.ptr("reflect.Value.Len", k));
		}
	};
	Value.prototype.Len = function() { return this.$val.Len(); };
	Value.ptr.prototype.Pointer = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (18)) || (_1 === (21)) || (_1 === (22)) || (_1 === (26))) {
			if ($clone(v, Value).IsNil()) {
				return 0;
			}
			return $clone(v, Value).object();
		} else if (_1 === (19)) {
			if ($clone(v, Value).IsNil()) {
				return 0;
			}
			return 1;
		} else if (_1 === (23)) {
			if ($clone(v, Value).IsNil()) {
				return 0;
			}
			return $clone(v, Value).object().$array;
		} else {
			$panic(new ValueError.ptr("reflect.Value.Pointer", k));
		}
	};
	Value.prototype.Pointer = function() { return this.$val.Pointer(); };
	Value.ptr.prototype.Set = function(x) {
		var {_1, _r, _r$1, v, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(x.flag).mustBeExported();
		_r = $clone(x, Value).assignTo("reflect.Set", v.typ, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		Value.copy(x, _r);
		/* */ if (!((((v.flag & 128) >>> 0) === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((((v.flag & 128) >>> 0) === 0))) { */ case 2:
				_1 = v.typ.Kind();
				/* */ if (_1 === (17)) { $s = 5; continue; }
				/* */ if (_1 === (20)) { $s = 6; continue; }
				/* */ if (_1 === (25)) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_1 === (17)) { */ case 5:
					jsType(v.typ).copy(v.ptr, x.ptr);
					$s = 9; continue;
				/* } else if (_1 === (20)) { */ case 6:
					_r$1 = valueInterface($clone(x, Value)); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					v.ptr.$set(_r$1);
					$s = 9; continue;
				/* } else if (_1 === (25)) { */ case 7:
					copyStruct(v.ptr, x.ptr, v.typ);
					$s = 9; continue;
				/* } else { */ case 8:
					v.ptr.$set($clone(x, Value).object());
				/* } */ case 9:
			case 4:
			$s = -1; return;
		/* } */ case 3:
		v.ptr = x.ptr;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Set, $c: true, $r, _1, _r, _r$1, v, x, $s};return $f;
	};
	Value.prototype.Set = function(x) { return this.$val.Set(x); };
	Value.ptr.prototype.SetBytes = function(x) {
		var {_r, _r$1, _v, slice, typedSlice, v, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(23);
		_r = v.typ.Elem().Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 8))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 8))) { */ case 1:
			$panic(new $String("reflect.Value.SetBytes of non-byte slice"));
		/* } */ case 2:
		slice = x;
		if (!(v.typ.Name() === "")) { _v = true; $s = 6; continue s; }
		_r$1 = v.typ.Elem().Name(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !(_r$1 === ""); case 6:
		/* */ if (_v) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_v) { */ case 4:
			typedSlice = new (jsType(v.typ))(slice.$array);
			typedSlice.$offset = slice.$offset;
			typedSlice.$length = slice.$length;
			typedSlice.$capacity = slice.$capacity;
			slice = typedSlice;
		/* } */ case 5:
		v.ptr.$set(slice);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.SetBytes, $c: true, $r, _r, _r$1, _v, slice, typedSlice, v, x, $s};return $f;
	};
	Value.prototype.SetBytes = function(x) { return this.$val.SetBytes(x); };
	Value.ptr.prototype.SetCap = function(n) {
		var n, newSlice, s, v;
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(23);
		s = v.ptr.$get();
		if (n < ($parseInt(s.$length) >> 0) || n > ($parseInt(s.$capacity) >> 0)) {
			$panic(new $String("reflect: slice capacity out of range in SetCap"));
		}
		newSlice = new (jsType(v.typ))(s.$array);
		newSlice.$offset = s.$offset;
		newSlice.$length = s.$length;
		newSlice.$capacity = n;
		v.ptr.$set(newSlice);
	};
	Value.prototype.SetCap = function(n) { return this.$val.SetCap(n); };
	Value.ptr.prototype.SetLen = function(n) {
		var n, newSlice, s, v;
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(23);
		s = v.ptr.$get();
		if (n < 0 || n > ($parseInt(s.$capacity) >> 0)) {
			$panic(new $String("reflect: slice length out of range in SetLen"));
		}
		newSlice = new (jsType(v.typ))(s.$array);
		newSlice.$offset = s.$offset;
		newSlice.$length = n;
		newSlice.$capacity = s.$capacity;
		v.ptr.$set(newSlice);
	};
	Value.prototype.SetLen = function(n) { return this.$val.SetLen(n); };
	Value.ptr.prototype.Slice = function(i, j) {
		var {$24r, $24r$1, _1, _r, _r$1, cap, i, j, kind, s, str, tt, typ, v, $s, $r, $c} = $restore(this, {i, j});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		cap = 0;
		typ = $ifaceNil;
		s = null;
			kind = new flag(v.flag).kind();
			_1 = kind;
			/* */ if (_1 === (17)) { $s = 2; continue; }
			/* */ if (_1 === (23)) { $s = 3; continue; }
			/* */ if (_1 === (24)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (17)) { */ case 2:
				if (((v.flag & 256) >>> 0) === 0) {
					$panic(new $String("reflect.Value.Slice: slice of unaddressable array"));
				}
				tt = (v.typ.kindType);
				cap = ((tt.len >> 0));
				typ = SliceOf(tt.elem);
				s = new (jsType(typ))($clone(v, Value).object());
				$s = 6; continue;
			/* } else if (_1 === (23)) { */ case 3:
				typ = v.typ;
				s = $clone(v, Value).object();
				cap = $parseInt(s.$capacity) >> 0;
				$s = 6; continue;
			/* } else if (_1 === (24)) { */ case 4:
				str = (v.ptr).$get();
				if (i < 0 || j < i || j > str.length) {
					$panic(new $String("reflect.Value.Slice: string slice index out of bounds"));
				}
				_r = ValueOf(new $String($substring(str, i, j))); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 8; case 8: return $24r;
			/* } else { */ case 5:
				$panic(new ValueError.ptr("reflect.Value.Slice", kind));
			/* } */ case 6:
		case 1:
		if (i < 0 || j < i || j > cap) {
			$panic(new $String("reflect.Value.Slice: slice index out of bounds"));
		}
		_r$1 = makeValue(typ, $subslice(s, i, j), new flag(v.flag).ro()); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Slice, $c: true, $r, $24r, $24r$1, _1, _r, _r$1, cap, i, j, kind, s, str, tt, typ, v, $s};return $f;
	};
	Value.prototype.Slice = function(i, j) { return this.$val.Slice(i, j); };
	Value.ptr.prototype.Slice3 = function(i, j, k) {
		var {$24r, _1, _r, cap, i, j, k, kind, s, tt, typ, v, $s, $r, $c} = $restore(this, {i, j, k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		cap = 0;
		typ = $ifaceNil;
		s = null;
		kind = new flag(v.flag).kind();
		_1 = kind;
		if (_1 === (17)) {
			if (((v.flag & 256) >>> 0) === 0) {
				$panic(new $String("reflect.Value.Slice: slice of unaddressable array"));
			}
			tt = (v.typ.kindType);
			cap = ((tt.len >> 0));
			typ = SliceOf(tt.elem);
			s = new (jsType(typ))($clone(v, Value).object());
		} else if (_1 === (23)) {
			typ = v.typ;
			s = $clone(v, Value).object();
			cap = $parseInt(s.$capacity) >> 0;
		} else {
			$panic(new ValueError.ptr("reflect.Value.Slice3", kind));
		}
		if (i < 0 || j < i || k < j || k > cap) {
			$panic(new $String("reflect.Value.Slice3: slice index out of bounds"));
		}
		_r = makeValue(typ, $subslice(s, i, j, k), new flag(v.flag).ro()); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Slice3, $c: true, $r, $24r, _1, _r, cap, i, j, k, kind, s, tt, typ, v, $s};return $f;
	};
	Value.prototype.Slice3 = function(i, j, k) { return this.$val.Slice3(i, j, k); };
	Value.ptr.prototype.Close = function() {
		var v;
		v = this;
		new flag(v.flag).mustBe(18);
		new flag(v.flag).mustBeExported();
		$close($clone(v, Value).object());
	};
	Value.prototype.Close = function() { return this.$val.Close(); };
	Value.ptr.prototype.Elem = function() {
		var {$24r, _1, _r, fl, k, tt, typ, v, val, val$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			k = new flag(v.flag).kind();
			_1 = k;
			/* */ if (_1 === (20)) { $s = 2; continue; }
			/* */ if (_1 === (22)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (20)) { */ case 2:
				val = $clone(v, Value).object();
				if (val === $ifaceNil) {
					$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
				}
				typ = reflectType(val.constructor);
				_r = makeValue(typ, val.$val, new flag(v.flag).ro()); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else if (_1 === (22)) { */ case 3:
				if ($clone(v, Value).IsNil()) {
					$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
				}
				val$1 = $clone(v, Value).object();
				tt = (v.typ.kindType);
				fl = (((((v.flag & 96) >>> 0) | 128) >>> 0) | 256) >>> 0;
				fl = (fl | (((tt.elem.Kind() >>> 0)))) >>> 0;
				$s = -1; return new Value.ptr(tt.elem, (wrapJsObject(tt.elem, val$1)), fl);
			/* } else { */ case 4:
				$panic(new ValueError.ptr("reflect.Value.Elem", k));
			/* } */ case 5:
		case 1:
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Elem, $c: true, $r, $24r, _1, _r, fl, k, tt, typ, v, val, val$1, $s};return $f;
	};
	Value.prototype.Elem = function() { return this.$val.Elem(); };
	Value.ptr.prototype.NumField = function() {
		var tt, v;
		v = this;
		new flag(v.flag).mustBe(25);
		tt = (v.typ.kindType);
		return tt.fields.$length;
	};
	Value.prototype.NumField = function() { return this.$val.NumField(); };
	Value.ptr.prototype.MapKeys = function() {
		var {_r, a, fl, i, it, key, keyType, m, mlen, tt, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(21);
		tt = (v.typ.kindType);
		keyType = tt.key;
		fl = (new flag(v.flag).ro() | ((keyType.Kind() >>> 0))) >>> 0;
		m = $clone(v, Value).pointer();
		mlen = 0;
		if (!(m === 0)) {
			mlen = maplen(m);
		}
		it = mapiterinit(v.typ, m);
		a = $makeSlice(sliceType$6, mlen);
		i = 0;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < a.$length)) { break; } */ if(!(i < a.$length)) { $s = 2; continue; }
			_r = mapiterkey(it); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			key = _r;
			if (key === 0) {
				/* break; */ $s = 2; continue;
			}
			Value.copy(((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i]), copyVal(keyType, fl, key));
			mapiternext(it);
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return $subslice(a, 0, i);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.MapKeys, $c: true, $r, _r, a, fl, i, it, key, keyType, m, mlen, tt, v, $s};return $f;
	};
	Value.prototype.MapKeys = function() { return this.$val.MapKeys(); };
	Value.ptr.prototype.MapIndex = function(key) {
		var {_r, e, fl, k, key, tt, typ, v, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(21);
		tt = (v.typ.kindType);
		_r = $clone(key, Value).assignTo("reflect.Value.MapIndex", tt.key, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		Value.copy(key, _r);
		k = 0;
		if (!((((key.flag & 128) >>> 0) === 0))) {
			k = key.ptr;
		} else {
			k = ((key.$ptr_ptr || (key.$ptr_ptr = new ptrType$7(function() { return this.$target.ptr; }, function($v) { this.$target.ptr = $v; }, key))));
		}
		e = mapaccess(v.typ, $clone(v, Value).pointer(), k);
		if (e === 0) {
			$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		}
		typ = tt.elem;
		fl = new flag((((v.flag | key.flag) >>> 0))).ro();
		fl = (fl | (((typ.Kind() >>> 0)))) >>> 0;
		$s = -1; return copyVal(typ, fl, e);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.MapIndex, $c: true, $r, _r, e, fl, k, key, tt, typ, v, $s};return $f;
	};
	Value.prototype.MapIndex = function(key) { return this.$val.MapIndex(key); };
	Value.ptr.prototype.Field = function(i) {
		var {$24r, _r, _r$1, _r$2, field, fl, i, jsTag, o, prop, s, tag, tt, typ, v, x, x$1, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		jsTag = [jsTag];
		prop = [prop];
		s = [s];
		typ = [typ];
		v = this;
		if (!((new flag(v.flag).kind() === 25))) {
			$panic(new ValueError.ptr("reflect.Value.Field", new flag(v.flag).kind()));
		}
		tt = (v.typ.kindType);
		if (((i >>> 0)) >= ((tt.fields.$length >>> 0))) {
			$panic(new $String("reflect: Field index out of range"));
		}
		prop[0] = $internalize(jsType(v.typ).fields[i].prop, $String);
		field = (x = tt.fields, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		typ[0] = field.typ;
		fl = (((v.flag & 416) >>> 0) | ((typ[0].Kind() >>> 0))) >>> 0;
		if (!$clone(field.name, name).isExported()) {
			if (field.embedded()) {
				fl = (fl | (64)) >>> 0;
			} else {
				fl = (fl | (32)) >>> 0;
			}
		}
		tag = $clone((x$1 = tt.fields, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])).name, name).tag();
		/* */ if (!(tag === "") && !((i === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(tag === "") && !((i === 0))) { */ case 1:
			jsTag[0] = getJsTag(tag);
			/* */ if (!(jsTag[0] === "")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(jsTag[0] === "")) { */ case 3:
				/* while (true) { */ case 5:
					o = [o];
					_r = $clone(v, Value).Field(0); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					Value.copy(v, _r);
					/* */ if (v.typ === jsObjectPtr) { $s = 8; continue; }
					/* */ $s = 9; continue;
					/* if (v.typ === jsObjectPtr) { */ case 8:
						o[0] = $clone(v, Value).object().object;
						$s = -1; return new Value.ptr(typ[0], (new (jsType(PtrTo(typ[0])))((function(jsTag, o, prop, s, typ) { return function() {
							return $internalize(o[0][$externalize(jsTag[0], $String)], jsType(typ[0]));
						}; })(jsTag, o, prop, s, typ), (function(jsTag, o, prop, s, typ) { return function(x$2) {
							var x$2;
							o[0][$externalize(jsTag[0], $String)] = $externalize(x$2, jsType(typ[0]));
						}; })(jsTag, o, prop, s, typ))), fl);
					/* } */ case 9:
					/* */ if (v.typ.Kind() === 22) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (v.typ.Kind() === 22) { */ case 10:
						_r$1 = $clone(v, Value).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						Value.copy(v, _r$1);
					/* } */ case 11:
				$s = 5; continue;
				case 6:
			/* } */ case 4:
		/* } */ case 2:
		s[0] = v.ptr;
		/* */ if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { */ case 13:
			$s = -1; return new Value.ptr(typ[0], (new (jsType(PtrTo(typ[0])))((function(jsTag, prop, s, typ) { return function() {
				return wrapJsObject(typ[0], s[0][$externalize(prop[0], $String)]);
			}; })(jsTag, prop, s, typ), (function(jsTag, prop, s, typ) { return function(x$2) {
				var x$2;
				s[0][$externalize(prop[0], $String)] = unwrapJsObject(typ[0], x$2);
			}; })(jsTag, prop, s, typ))), fl);
		/* } */ case 14:
		_r$2 = makeValue(typ[0], wrapJsObject(typ[0], s[0][$externalize(prop[0], $String)]), fl); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 16; case 16: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Field, $c: true, $r, $24r, _r, _r$1, _r$2, field, fl, i, jsTag, o, prop, s, tag, tt, typ, v, x, x$1, $s};return $f;
	};
	Value.prototype.Field = function(i) { return this.$val.Field(i); };
	errorString.ptr.prototype.Error = function() {
		var e;
		e = this;
		return e.s;
	};
	errorString.prototype.Error = function() { return this.$val.Error(); };
	unquote = function(s) {
		var s;
		if (s.length < 2) {
			return [s, $ifaceNil];
		}
		if ((s.charCodeAt(0) === 39) || (s.charCodeAt(0) === 34)) {
			if (s.charCodeAt((s.length - 1 >> 0)) === s.charCodeAt(0)) {
				return [$substring(s, 1, (s.length - 1 >> 0)), $ifaceNil];
			}
			return ["", $pkg.ErrSyntax];
		}
		return [s, $ifaceNil];
	};
	flag.prototype.mustBe = function(expected) {
		var expected, f;
		f = this.$val;
		if (!((((((f & 31) >>> 0) >>> 0)) === expected))) {
			$panic(new ValueError.ptr(methodName(), new flag(f).kind()));
		}
	};
	$ptrType(flag).prototype.mustBe = function(expected) { return new flag(this.$get()).mustBe(expected); };
	rtype.ptr.prototype.Comparable = function() {
		var {$24r, _1, _r, _r$1, ft, i, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
			_1 = t.Kind();
			/* */ if ((_1 === (19)) || (_1 === (23)) || (_1 === (21))) { $s = 2; continue; }
			/* */ if (_1 === (17)) { $s = 3; continue; }
			/* */ if (_1 === (25)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((_1 === (19)) || (_1 === (23)) || (_1 === (21))) { */ case 2:
				$s = -1; return false;
			/* } else if (_1 === (17)) { */ case 3:
				_r = t.Elem().Comparable(); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else if (_1 === (25)) { */ case 4:
				i = 0;
				/* while (true) { */ case 8:
					/* if (!(i < t.NumField())) { break; } */ if(!(i < t.NumField())) { $s = 9; continue; }
					ft = $clone(t.Field(i), structField);
					_r$1 = ft.typ.Comparable(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					/* */ if (!_r$1) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (!_r$1) { */ case 10:
						$s = -1; return false;
					/* } */ case 11:
					i = i + (1) >> 0;
				$s = 8; continue;
				case 9:
			/* } */ case 5:
		case 1:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.Comparable, $c: true, $r, $24r, _1, _r, _r$1, ft, i, t, $s};return $f;
	};
	rtype.prototype.Comparable = function() { return this.$val.Comparable(); };
	rtype.ptr.prototype.IsVariadic = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: IsVariadic of non-func type"));
		}
		tt = (t.kindType);
		return !((((tt.outCount & 32768) >>> 0) === 0));
	};
	rtype.prototype.IsVariadic = function() { return this.$val.IsVariadic(); };
	rtype.ptr.prototype.Field = function(i) {
		var i, t, tt, x;
		t = this;
		if (!((t.Kind() === 25))) {
			$panic(new $String("reflect: Field of non-struct type"));
		}
		tt = (t.kindType);
		if (i < 0 || i >= tt.fields.$length) {
			$panic(new $String("reflect: Field index out of bounds"));
		}
		return (x = tt.fields, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	rtype.prototype.Field = function(i) { return this.$val.Field(i); };
	rtype.ptr.prototype.Key = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 21))) {
			$panic(new $String("reflect: Key of non-map type"));
		}
		tt = (t.kindType);
		return toType(tt.key);
	};
	rtype.prototype.Key = function() { return this.$val.Key(); };
	rtype.ptr.prototype.NumField = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 25))) {
			$panic(new $String("reflect: NumField of non-struct type"));
		}
		tt = (t.kindType);
		return tt.fields.$length;
	};
	rtype.prototype.NumField = function() { return this.$val.NumField(); };
	rtype.ptr.prototype.Method = function(i) {
		var {$24r, _i, _i$1, _r, _r$1, _ref, _ref$1, arg, fl, fn, ft, i, in$1, m, methods, mt, mtyp, out, p, pname, prop, ret, t, tt, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		prop = [prop];
		m = new Method.ptr("", "", $ifaceNil, new Value.ptr(ptrType$1.nil, 0, 0), 0);
		t = this;
		/* */ if (t.Kind() === 20) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (t.Kind() === 20) { */ case 1:
			tt = (t.kindType);
			_r = tt.rtype.Method(i); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			Method.copy(m, _r);
			$24r = m;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		methods = t.exportedMethods();
		if (i < 0 || i >= methods.$length) {
			$panic(new $String("reflect: Method index out of range"));
		}
		p = $clone(((i < 0 || i >= methods.$length) ? ($throwRuntimeError("index out of range"), undefined) : methods.$array[methods.$offset + i]), method);
		pname = $clone(t.nameOff(p.name), name);
		m.Name = $clone(pname, name).name();
		fl = 19;
		mtyp = t.typeOff(p.mtyp);
		ft = (mtyp.kindType);
		in$1 = $makeSlice(sliceType$7, 0, (1 + ft.in$().$length >> 0));
		in$1 = $append(in$1, t);
		_ref = ft.in$();
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			arg = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			in$1 = $append(in$1, arg);
			_i++;
		}
		out = $makeSlice(sliceType$7, 0, ft.out().$length);
		_ref$1 = ft.out();
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			ret = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			out = $append(out, ret);
			_i$1++;
		}
		_r$1 = FuncOf(in$1, out, ft.rtype.IsVariadic()); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		mt = _r$1;
		m.Type = mt;
		prop[0] = $internalize($methodSet(t[$externalize(idJsType, $String)])[i].prop, $String);
		fn = js.MakeFunc((function(prop) { return function(this$1, arguments$1) {
			var arguments$1, rcvr, this$1;
			rcvr = (0 >= arguments$1.$length ? ($throwRuntimeError("index out of range"), undefined) : arguments$1.$array[arguments$1.$offset + 0]);
			return new $jsObjectPtr(rcvr[$externalize(prop[0], $String)].apply(rcvr, $externalize($subslice(arguments$1, 1), sliceType$8)));
		}; })(prop));
		Value.copy(m.Func, new Value.ptr($assertType(mt, ptrType$1), (fn), fl));
		m.Index = i;
		Method.copy(m, m);
		$s = -1; return m;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.Method, $c: true, $r, $24r, _i, _i$1, _r, _r$1, _ref, _ref$1, arg, fl, fn, ft, i, in$1, m, methods, mt, mtyp, out, p, pname, prop, ret, t, tt, $s};return $f;
	};
	rtype.prototype.Method = function(i) { return this.$val.Method(i); };
	Swapper = function(slice) {
		var {_1, _r, a, off, slice, v, vLen, $s, $r, $c} = $restore(this, {slice});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = [a];
		off = [off];
		vLen = [vLen];
		_r = ValueOf(slice); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		v = $clone(_r, Value);
		if (!(($clone(v, Value).Kind() === 23))) {
			$panic(new ValueError.ptr("Swapper", $clone(v, Value).Kind()));
		}
		vLen[0] = (($clone(v, Value).Len() >>> 0));
		_1 = vLen[0];
		if (_1 === (0)) {
			$s = -1; return (function(a, off, vLen) { return function(i, j) {
				var i, j;
				$panic(new $String("reflect: slice index out of range"));
			}; })(a, off, vLen);
		} else if (_1 === (1)) {
			$s = -1; return (function(a, off, vLen) { return function(i, j) {
				var i, j;
				if (!((i === 0)) || !((j === 0))) {
					$panic(new $String("reflect: slice index out of range"));
				}
			}; })(a, off, vLen);
		}
		a[0] = slice.$array;
		off[0] = $parseInt(slice.$offset) >> 0;
		$s = -1; return (function(a, off, vLen) { return function(i, j) {
			var i, j, tmp;
			if (((i >>> 0)) >= vLen[0] || ((j >>> 0)) >= vLen[0]) {
				$panic(new $String("reflect: slice index out of range"));
			}
			i = i + (off[0]) >> 0;
			j = j + (off[0]) >> 0;
			tmp = a[0][i];
			a[0][i] = a[0][j];
			a[0][j] = tmp;
		}; })(a, off, vLen);
		/* */ } return; } var $f = {$blk: Swapper, $c: true, $r, _1, _r, a, off, slice, v, vLen, $s};return $f;
	};
	$pkg.Swapper = Swapper;
	init = function() {
		var {used, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		used = (function(i) {
			var i;
		});
		$r = used((x = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), new x.constructor.elem(x))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$1 = new uncommonType.ptr(0, 0, 0, 0, sliceType$5.nil), new x$1.constructor.elem(x$1))); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$2 = new method.ptr(0, 0, 0, 0), new x$2.constructor.elem(x$2))); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$3 = new arrayType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), ptrType$1.nil, ptrType$1.nil, 0), new x$3.constructor.elem(x$3))); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$4 = new chanType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), ptrType$1.nil, 0), new x$4.constructor.elem(x$4))); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$5 = new funcType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), 0, 0, sliceType$2.nil, sliceType$2.nil), new x$5.constructor.elem(x$5))); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$6 = new interfaceType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), new name.ptr(ptrType$6.nil), sliceType$9.nil), new x$6.constructor.elem(x$6))); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$7 = new mapType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, $throwNilPointerError, 0, 0, 0, 0), new x$7.constructor.elem(x$7))); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$8 = new ptrType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), ptrType$1.nil), new x$8.constructor.elem(x$8))); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$9 = new sliceType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), ptrType$1.nil), new x$9.constructor.elem(x$9))); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$10 = new structType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), new name.ptr(ptrType$6.nil), sliceType$10.nil), new x$10.constructor.elem(x$10))); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$11 = new imethod.ptr(0, 0), new x$11.constructor.elem(x$11))); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$12 = new structField.ptr(new name.ptr(ptrType$6.nil), ptrType$1.nil, 0), new x$12.constructor.elem(x$12))); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		initialized = true;
		uint8Type = $assertType(TypeOf(new $Uint8(0)), ptrType$1);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, used, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	jsType = function(typ) {
		var typ;
		return typ[$externalize(idJsType, $String)];
	};
	reflectType = function(typ) {
		var _1, _i, _i$1, _i$2, _i$3, _key, _ref, _ref$1, _ref$2, _ref$3, dir, exported, exported$1, f, fields, i, i$1, i$2, i$3, i$4, i$5, imethods, in$1, m, m$1, m$2, methodSet, methods, offsetEmbed, out, outCount, params, reflectFields, reflectMethods, results, rt, typ, ut, xcount;
		if (typ[$externalize(idReflectType, $String)] === undefined) {
			rt = new rtype.ptr(((($parseInt(typ.size) >> 0) >>> 0)), 0, 0, 0, 0, 0, ((($parseInt(typ.kind) >> 0) << 24 >>> 24)), $throwNilPointerError, ptrType$6.nil, newNameOff($clone(newName(internalStr(typ.string), "", !!(typ.exported)), name)), 0);
			rt[$externalize(idJsType, $String)] = typ;
			typ[$externalize(idReflectType, $String)] = rt;
			methodSet = $methodSet(typ);
			if (!(($parseInt(methodSet.length) === 0)) || !!(typ.named)) {
				rt.tflag = (rt.tflag | (1)) >>> 0;
				if (!!(typ.named)) {
					rt.tflag = (rt.tflag | (4)) >>> 0;
				}
				reflectMethods = sliceType$5.nil;
				i = 0;
				while (true) {
					if (!(i < $parseInt(methodSet.length))) { break; }
					m = methodSet[i];
					exported = internalStr(m.pkg) === "";
					if (!exported) {
						i = i + (1) >> 0;
						continue;
					}
					reflectMethods = $append(reflectMethods, new method.ptr(newNameOff($clone(newName(internalStr(m.name), "", exported), name)), newTypeOff(reflectType(m.typ)), 0, 0));
					i = i + (1) >> 0;
				}
				xcount = ((reflectMethods.$length << 16 >>> 16));
				i$1 = 0;
				while (true) {
					if (!(i$1 < $parseInt(methodSet.length))) { break; }
					m$1 = methodSet[i$1];
					exported$1 = internalStr(m$1.pkg) === "";
					if (exported$1) {
						i$1 = i$1 + (1) >> 0;
						continue;
					}
					reflectMethods = $append(reflectMethods, new method.ptr(newNameOff($clone(newName(internalStr(m$1.name), "", exported$1), name)), newTypeOff(reflectType(m$1.typ)), 0, 0));
					i$1 = i$1 + (1) >> 0;
				}
				ut = new uncommonType.ptr(newNameOff($clone(newName(internalStr(typ.pkg), "", false), name)), (($parseInt(methodSet.length) << 16 >>> 16)), xcount, 0, reflectMethods);
				_key = rt; (uncommonTypeMap || $throwRuntimeError("assignment to entry in nil map"))[ptrType$1.keyFor(_key)] = { k: _key, v: ut };
				ut[$externalize(idJsType, $String)] = typ;
			}
			_1 = rt.Kind();
			if (_1 === (17)) {
				setKindType(rt, new arrayType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), reflectType(typ.elem), ptrType$1.nil, ((($parseInt(typ.len) >> 0) >>> 0))));
			} else if (_1 === (18)) {
				dir = 3;
				if (!!(typ.sendOnly)) {
					dir = 2;
				}
				if (!!(typ.recvOnly)) {
					dir = 1;
				}
				setKindType(rt, new chanType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), reflectType(typ.elem), ((dir >>> 0))));
			} else if (_1 === (19)) {
				params = typ.params;
				in$1 = $makeSlice(sliceType$2, $parseInt(params.length));
				_ref = in$1;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i$2 = _i;
					((i$2 < 0 || i$2 >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + i$2] = reflectType(params[i$2]));
					_i++;
				}
				results = typ.results;
				out = $makeSlice(sliceType$2, $parseInt(results.length));
				_ref$1 = out;
				_i$1 = 0;
				while (true) {
					if (!(_i$1 < _ref$1.$length)) { break; }
					i$3 = _i$1;
					((i$3 < 0 || i$3 >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i$3] = reflectType(results[i$3]));
					_i$1++;
				}
				outCount = (($parseInt(results.length) << 16 >>> 16));
				if (!!(typ.variadic)) {
					outCount = (outCount | (32768)) >>> 0;
				}
				setKindType(rt, new funcType.ptr($clone(rt, rtype), (($parseInt(params.length) << 16 >>> 16)), outCount, in$1, out));
			} else if (_1 === (20)) {
				methods = typ.methods;
				imethods = $makeSlice(sliceType$9, $parseInt(methods.length));
				_ref$2 = imethods;
				_i$2 = 0;
				while (true) {
					if (!(_i$2 < _ref$2.$length)) { break; }
					i$4 = _i$2;
					m$2 = methods[i$4];
					imethod.copy(((i$4 < 0 || i$4 >= imethods.$length) ? ($throwRuntimeError("index out of range"), undefined) : imethods.$array[imethods.$offset + i$4]), new imethod.ptr(newNameOff($clone(newName(internalStr(m$2.name), "", internalStr(m$2.pkg) === ""), name)), newTypeOff(reflectType(m$2.typ))));
					_i$2++;
				}
				setKindType(rt, new interfaceType.ptr($clone(rt, rtype), $clone(newName(internalStr(typ.pkg), "", false), name), imethods));
			} else if (_1 === (21)) {
				setKindType(rt, new mapType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), reflectType(typ.key), reflectType(typ.elem), ptrType$1.nil, $throwNilPointerError, 0, 0, 0, 0));
			} else if (_1 === (22)) {
				setKindType(rt, new ptrType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), reflectType(typ.elem)));
			} else if (_1 === (23)) {
				setKindType(rt, new sliceType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0), reflectType(typ.elem)));
			} else if (_1 === (25)) {
				fields = typ.fields;
				reflectFields = $makeSlice(sliceType$10, $parseInt(fields.length));
				_ref$3 = reflectFields;
				_i$3 = 0;
				while (true) {
					if (!(_i$3 < _ref$3.$length)) { break; }
					i$5 = _i$3;
					f = fields[i$5];
					offsetEmbed = ((i$5 >>> 0)) << 1 >>> 0;
					if (!!(f.embedded)) {
						offsetEmbed = (offsetEmbed | (1)) >>> 0;
					}
					structField.copy(((i$5 < 0 || i$5 >= reflectFields.$length) ? ($throwRuntimeError("index out of range"), undefined) : reflectFields.$array[reflectFields.$offset + i$5]), new structField.ptr($clone(newName(internalStr(f.name), internalStr(f.tag), !!(f.exported)), name), reflectType(f.typ), offsetEmbed));
					_i$3++;
				}
				setKindType(rt, new structType.ptr($clone(rt, rtype), $clone(newName(internalStr(typ.pkgPath), "", false), name), reflectFields));
			}
		}
		return ((typ[$externalize(idReflectType, $String)]));
	};
	setKindType = function(rt, kindType) {
		var kindType, rt;
		rt[$externalize(idKindType, $String)] = kindType;
		kindType[$externalize(idRtype, $String)] = rt;
	};
	uncommonType.ptr.prototype.methods = function() {
		var t;
		t = this;
		return t._methods;
	};
	uncommonType.prototype.methods = function() { return this.$val.methods(); };
	uncommonType.ptr.prototype.exportedMethods = function() {
		var t;
		t = this;
		return $subslice(t._methods, 0, t.xcount, t.xcount);
	};
	uncommonType.prototype.exportedMethods = function() { return this.$val.exportedMethods(); };
	rtype.ptr.prototype.uncommon = function() {
		var _entry, t;
		t = this;
		return (_entry = uncommonTypeMap[ptrType$1.keyFor(t)], _entry !== undefined ? _entry.v : ptrType$4.nil);
	};
	rtype.prototype.uncommon = function() { return this.$val.uncommon(); };
	funcType.ptr.prototype.in$ = function() {
		var t;
		t = this;
		return t._in;
	};
	funcType.prototype.in$ = function() { return this.$val.in$(); };
	funcType.ptr.prototype.out = function() {
		var t;
		t = this;
		return t._out;
	};
	funcType.prototype.out = function() { return this.$val.out(); };
	name.ptr.prototype.name = function() {
		var _entry, n, s;
		s = "";
		n = this;
		s = (_entry = nameMap[ptrType$6.keyFor(n.bytes)], _entry !== undefined ? _entry.v : ptrType$8.nil).name;
		return s;
	};
	name.prototype.name = function() { return this.$val.name(); };
	name.ptr.prototype.tag = function() {
		var _entry, n, s;
		s = "";
		n = this;
		s = (_entry = nameMap[ptrType$6.keyFor(n.bytes)], _entry !== undefined ? _entry.v : ptrType$8.nil).tag;
		return s;
	};
	name.prototype.tag = function() { return this.$val.tag(); };
	name.ptr.prototype.pkgPath = function() {
		var n;
		n = this;
		return "";
	};
	name.prototype.pkgPath = function() { return this.$val.pkgPath(); };
	name.ptr.prototype.isExported = function() {
		var _entry, n;
		n = this;
		return (_entry = nameMap[ptrType$6.keyFor(n.bytes)], _entry !== undefined ? _entry.v : ptrType$8.nil).exported;
	};
	name.prototype.isExported = function() { return this.$val.isExported(); };
	newName = function(n, tag, exported) {
		var _key, b, exported, n, tag;
		b = $newDataPointer(0, ptrType$6);
		_key = b; (nameMap || $throwRuntimeError("assignment to entry in nil map"))[ptrType$6.keyFor(_key)] = { k: _key, v: new nameData.ptr(n, tag, exported) };
		return new name.ptr(b);
	};
	rtype.ptr.prototype.nameOff = function(off) {
		var off, t, x;
		t = this;
		return (x = ((off >> 0)), ((x < 0 || x >= nameOffList.$length) ? ($throwRuntimeError("index out of range"), undefined) : nameOffList.$array[nameOffList.$offset + x]));
	};
	rtype.prototype.nameOff = function(off) { return this.$val.nameOff(off); };
	newNameOff = function(n) {
		var i, n;
		i = nameOffList.$length;
		nameOffList = $append(nameOffList, n);
		return ((i >> 0));
	};
	rtype.ptr.prototype.typeOff = function(off) {
		var off, t, x;
		t = this;
		return (x = ((off >> 0)), ((x < 0 || x >= typeOffList.$length) ? ($throwRuntimeError("index out of range"), undefined) : typeOffList.$array[typeOffList.$offset + x]));
	};
	rtype.prototype.typeOff = function(off) { return this.$val.typeOff(off); };
	newTypeOff = function(t) {
		var i, t;
		i = typeOffList.$length;
		typeOffList = $append(typeOffList, t);
		return ((i >> 0));
	};
	internalStr = function(strObj) {
		var c, strObj;
		c = new structType$2.ptr("");
		c.str = strObj;
		return c.str;
	};
	isWrapped = function(typ) {
		var typ;
		return !!(jsType(typ).wrapped);
	};
	copyStruct = function(dst, src, typ) {
		var dst, fields, i, prop, src, typ;
		fields = jsType(typ).fields;
		i = 0;
		while (true) {
			if (!(i < $parseInt(fields.length))) { break; }
			prop = $internalize(fields[i].prop, $String);
			dst[$externalize(prop, $String)] = src[$externalize(prop, $String)];
			i = i + (1) >> 0;
		}
	};
	makeValue = function(t, v, fl) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _v, _v$1, fl, rt, t, v, $s, $r, $c} = $restore(this, {t, v, fl});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = t.common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		rt = _r;
		_r$1 = t.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		if (_r$1 === 17) { _v$1 = true; $s = 5; continue s; }
		_r$2 = t.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v$1 = _r$2 === 25; case 5:
		if (_v$1) { _v = true; $s = 4; continue s; }
		_r$3 = t.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = _r$3 === 22; case 4:
		/* */ if (_v) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_v) { */ case 2:
			_r$4 = t.Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = new Value.ptr(rt, (v), (fl | ((_r$4 >>> 0))) >>> 0);
			$s = 10; case 10: return $24r;
		/* } */ case 3:
		_r$5 = t.Kind(); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r$1 = new Value.ptr(rt, ($newDataPointer(v, jsType(rt.ptrTo()))), (((fl | ((_r$5 >>> 0))) >>> 0) | 128) >>> 0);
		$s = 12; case 12: return $24r$1;
		/* */ } return; } var $f = {$blk: makeValue, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _v, _v$1, fl, rt, t, v, $s};return $f;
	};
	TypeOf = function(i) {
		var i;
		if (!initialized) {
			return new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$6.nil, 0, 0);
		}
		if ($interfaceIsEqual(i, $ifaceNil)) {
			return $ifaceNil;
		}
		return reflectType(i.constructor);
	};
	$pkg.TypeOf = TypeOf;
	ValueOf = function(i) {
		var {$24r, _r, i, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(i, $ifaceNil)) {
			$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		}
		_r = makeValue(reflectType(i.constructor), i.$val, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ValueOf, $c: true, $r, $24r, _r, i, $s};return $f;
	};
	$pkg.ValueOf = ValueOf;
	FuncOf = function(in$1, out, variadic) {
		var {_i, _i$1, _r, _ref, _ref$1, _v, _v$1, i, i$1, in$1, jsIn, jsOut, out, v, v$1, variadic, x, $s, $r, $c} = $restore(this, {in$1, out, variadic});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!(variadic)) { _v = false; $s = 3; continue s; }
		if (in$1.$length === 0) { _v$1 = true; $s = 4; continue s; }
		_r = (x = in$1.$length - 1 >> 0, ((x < 0 || x >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + x])).Kind(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v$1 = !((_r === 23)); case 4:
		_v = _v$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$panic(new $String("reflect.FuncOf: last arg of variadic func must be slice"));
		/* } */ case 2:
		jsIn = $makeSlice(sliceType$8, in$1.$length);
		_ref = in$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			((i < 0 || i >= jsIn.$length) ? ($throwRuntimeError("index out of range"), undefined) : jsIn.$array[jsIn.$offset + i] = jsType(v));
			_i++;
		}
		jsOut = $makeSlice(sliceType$8, out.$length);
		_ref$1 = out;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			((i$1 < 0 || i$1 >= jsOut.$length) ? ($throwRuntimeError("index out of range"), undefined) : jsOut.$array[jsOut.$offset + i$1] = jsType(v$1));
			_i$1++;
		}
		$s = -1; return reflectType($funcType($externalize(jsIn, sliceType$8), $externalize(jsOut, sliceType$8), $externalize(variadic, $Bool)));
		/* */ } return; } var $f = {$blk: FuncOf, $c: true, $r, _i, _i$1, _r, _ref, _ref$1, _v, _v$1, i, i$1, in$1, jsIn, jsOut, out, v, v$1, variadic, x, $s};return $f;
	};
	$pkg.FuncOf = FuncOf;
	rtype.ptr.prototype.ptrTo = function() {
		var t;
		t = this;
		return reflectType($ptrType(jsType(t)));
	};
	rtype.prototype.ptrTo = function() { return this.$val.ptrTo(); };
	SliceOf = function(t) {
		var t;
		return reflectType($sliceType(jsType(t)));
	};
	$pkg.SliceOf = SliceOf;
	unsafe_New = function(typ) {
		var _1, typ;
		_1 = typ.Kind();
		if (_1 === (25)) {
			return (new (jsType(typ).ptr)());
		} else if (_1 === (17)) {
			return (jsType(typ).zero());
		} else {
			return ($newDataPointer(jsType(typ).zero(), jsType(typ.ptrTo())));
		}
	};
	typedmemmove = function(t, dst, src) {
		var dst, src, t;
		dst.$set(src.$get());
	};
	keyFor = function(t, key) {
		var k, key, kv, t;
		kv = key;
		if (!(kv.$get === undefined)) {
			kv = kv.$get();
		}
		k = $internalize(jsType(t.Key()).keyFor(kv), $String);
		return [kv, k];
	};
	mapaccess = function(t, m, key) {
		var _tuple, entry, k, key, m, t;
		_tuple = keyFor(t, key);
		k = _tuple[1];
		entry = m[$externalize(k, $String)];
		if (entry === undefined) {
			return 0;
		}
		return ($newDataPointer(entry.v, jsType(PtrTo(t.Elem()))));
	};
	mapIter.ptr.prototype.skipUntilValidKey = function() {
		var iter, k;
		iter = this;
		while (true) {
			if (!(iter.i < $parseInt(iter.keys.length))) { break; }
			k = iter.keys[iter.i];
			if (!(iter.m[$externalize($internalize(k, $String), $String)] === undefined)) {
				break;
			}
			iter.i = iter.i + (1) >> 0;
		}
	};
	mapIter.prototype.skipUntilValidKey = function() { return this.$val.skipUntilValidKey(); };
	mapiterinit = function(t, m) {
		var m, t;
		return (new mapIter.ptr(t, m, $keys(m), 0, null));
	};
	mapiterkey = function(it) {
		var {$24r, _r, _r$1, _r$2, it, iter, k, kv, $s, $r, $c} = $restore(this, {it});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		iter = ($pointerOfStructConversion(it, ptrType$9));
		kv = null;
		if (!(iter.last === null)) {
			kv = iter.last;
		} else {
			iter.skipUntilValidKey();
			if (iter.i === $parseInt(iter.keys.length)) {
				$s = -1; return 0;
			}
			k = iter.keys[iter.i];
			kv = iter.m[$externalize($internalize(k, $String), $String)];
			iter.last = kv;
		}
		_r = $assertType(iter.t, TypeEx).Key(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = PtrTo(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = jsType(_r$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = ($newDataPointer(kv.k, _r$2));
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: mapiterkey, $c: true, $r, $24r, _r, _r$1, _r$2, it, iter, k, kv, $s};return $f;
	};
	mapiternext = function(it) {
		var it, iter;
		iter = ($pointerOfStructConversion(it, ptrType$9));
		iter.last = null;
		iter.i = iter.i + (1) >> 0;
	};
	maplen = function(m) {
		var m;
		return $parseInt($keys(m).length);
	};
	methodReceiver = function(op, v, i) {
		var _$12, fn, i, m, m$1, ms, op, prop, rcvr, t, tt, v, x;
		_$12 = ptrType$1.nil;
		t = ptrType$5.nil;
		fn = 0;
		prop = "";
		if (v.typ.Kind() === 20) {
			tt = (v.typ.kindType);
			if (i < 0 || i >= tt.methods.$length) {
				$panic(new $String("reflect: internal error: invalid method index"));
			}
			m = (x = tt.methods, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			if (!$clone(tt.rtype.nameOff(m.name), name).isExported()) {
				$panic(new $String("reflect: " + op + " of unexported method"));
			}
			t = (tt.rtype.typeOff(m.typ).kindType);
			prop = $clone(tt.rtype.nameOff(m.name), name).name();
		} else {
			ms = v.typ.exportedMethods();
			if (((i >>> 0)) >= ((ms.$length >>> 0))) {
				$panic(new $String("reflect: internal error: invalid method index"));
			}
			m$1 = $clone(((i < 0 || i >= ms.$length) ? ($throwRuntimeError("index out of range"), undefined) : ms.$array[ms.$offset + i]), method);
			if (!$clone(v.typ.nameOff(m$1.name), name).isExported()) {
				$panic(new $String("reflect: " + op + " of unexported method"));
			}
			t = (v.typ.typeOff(m$1.mtyp).kindType);
			prop = $internalize($methodSet(jsType(v.typ))[i].prop, $String);
		}
		rcvr = $clone(v, Value).object();
		if (isWrapped(v.typ)) {
			rcvr = new (jsType(v.typ))(rcvr);
		}
		fn = (rcvr[$externalize(prop, $String)]);
		return [_$12, t, fn];
	};
	valueInterface = function(v) {
		var {_r, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (v.flag === 0) {
			$panic(new ValueError.ptr("reflect.Value.Interface", 0));
		}
		/* */ if (!((((v.flag & 512) >>> 0) === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((((v.flag & 512) >>> 0) === 0))) { */ case 1:
			_r = makeMethodValue("Interface", $clone(v, Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			Value.copy(v, _r);
		/* } */ case 2:
		if (isWrapped(v.typ)) {
			$s = -1; return ((new (jsType(v.typ))($clone(v, Value).object())));
		}
		$s = -1; return (($clone(v, Value).object()));
		/* */ } return; } var $f = {$blk: valueInterface, $c: true, $r, _r, v, $s};return $f;
	};
	ifaceE2I = function(t, src, dst) {
		var dst, src, t;
		dst.$set(src);
	};
	methodName = function() {
		return "?FIXME?";
	};
	makeMethodValue = function(op, v) {
		var {$24r, _r, _tuple, fn, fv, op, rcvr, v, $s, $r, $c} = $restore(this, {op, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fn = [fn];
		rcvr = [rcvr];
		if (((v.flag & 512) >>> 0) === 0) {
			$panic(new $String("reflect: internal error: invalid use of makePartialFunc"));
		}
		_tuple = methodReceiver(op, $clone(v, Value), ((v.flag >> 0)) >> 10 >> 0);
		fn[0] = _tuple[2];
		rcvr[0] = $clone(v, Value).object();
		if (isWrapped(v.typ)) {
			rcvr[0] = new (jsType(v.typ))(rcvr[0]);
		}
		fv = js.MakeFunc((function(fn, rcvr) { return function(this$1, arguments$1) {
			var arguments$1, this$1;
			return new $jsObjectPtr(fn[0].apply(rcvr[0], $externalize(arguments$1, sliceType$8)));
		}; })(fn, rcvr));
		_r = $clone(v, Value).Type().common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = new Value.ptr(_r, (fv), (new flag(v.flag).ro() | 19) >>> 0);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: makeMethodValue, $c: true, $r, $24r, _r, _tuple, fn, fv, op, rcvr, v, $s};return $f;
	};
	wrapJsObject = function(typ, val) {
		var typ, val;
		if ($interfaceIsEqual(typ, jsObjectPtr)) {
			return new (jsType(jsObjectPtr))(val);
		}
		return val;
	};
	unwrapJsObject = function(typ, val) {
		var typ, val;
		if ($interfaceIsEqual(typ, jsObjectPtr)) {
			return val.object;
		}
		return val;
	};
	getJsTag = function(tag) {
		var _tuple, i, name$1, qvalue, tag, value;
		while (true) {
			if (!(!(tag === ""))) { break; }
			i = 0;
			while (true) {
				if (!(i < tag.length && (tag.charCodeAt(i) === 32))) { break; }
				i = i + (1) >> 0;
			}
			tag = $substring(tag, i);
			if (tag === "") {
				break;
			}
			i = 0;
			while (true) {
				if (!(i < tag.length && !((tag.charCodeAt(i) === 32)) && !((tag.charCodeAt(i) === 58)) && !((tag.charCodeAt(i) === 34)))) { break; }
				i = i + (1) >> 0;
			}
			if ((i + 1 >> 0) >= tag.length || !((tag.charCodeAt(i) === 58)) || !((tag.charCodeAt((i + 1 >> 0)) === 34))) {
				break;
			}
			name$1 = ($substring(tag, 0, i));
			tag = $substring(tag, (i + 1 >> 0));
			i = 1;
			while (true) {
				if (!(i < tag.length && !((tag.charCodeAt(i) === 34)))) { break; }
				if (tag.charCodeAt(i) === 92) {
					i = i + (1) >> 0;
				}
				i = i + (1) >> 0;
			}
			if (i >= tag.length) {
				break;
			}
			qvalue = ($substring(tag, 0, (i + 1 >> 0)));
			tag = $substring(tag, (i + 1 >> 0));
			if (name$1 === "js") {
				_tuple = unquote(qvalue);
				value = _tuple[0];
				return value;
			}
		}
		return "";
	};
	PtrTo = function(t) {
		var t;
		return $assertType(t, ptrType$1).ptrTo();
	};
	$pkg.PtrTo = PtrTo;
	copyVal = function(typ, fl, ptr) {
		var c, fl, ptr, typ;
		if (ifaceIndir(typ)) {
			c = unsafe_New(typ);
			typedmemmove(typ, c, ptr);
			return new Value.ptr(typ, c, (fl | 128) >>> 0);
		}
		return new Value.ptr(typ, (ptr).$get(), fl);
	};
	Value.methods = [{prop: "pointer", name: "pointer", pkg: "internal/reflectlite", typ: $funcType([], [$UnsafePointer], false)}, {prop: "CanSet", name: "CanSet", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "numMethod", name: "numMethod", pkg: "internal/reflectlite", typ: $funcType([], [$Int], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [Type], false)}, {prop: "object", name: "object", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$2], false)}, {prop: "assignTo", name: "assignTo", pkg: "internal/reflectlite", typ: $funcType([$String, ptrType$1, $UnsafePointer], [Value], false)}, {prop: "call", name: "call", pkg: "internal/reflectlite", typ: $funcType([$String, sliceType$6], [sliceType$6], false)}, {prop: "Cap", name: "Cap", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([$Int], [Value], false)}, {prop: "InterfaceData", name: "InterfaceData", pkg: "", typ: $funcType([], [arrayType$2], false)}, {prop: "IsNil", name: "IsNil", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Pointer", name: "Pointer", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([Value], [], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType$13], [], false)}, {prop: "SetCap", name: "SetCap", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "SetLen", name: "SetLen", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Slice", name: "Slice", pkg: "", typ: $funcType([$Int, $Int], [Value], false)}, {prop: "Slice3", name: "Slice3", pkg: "", typ: $funcType([$Int, $Int, $Int], [Value], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [Value], false)}, {prop: "NumField", name: "NumField", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "MapKeys", name: "MapKeys", pkg: "", typ: $funcType([], [sliceType$6], false)}, {prop: "MapIndex", name: "MapIndex", pkg: "", typ: $funcType([Value], [Value], false)}, {prop: "Field", name: "Field", pkg: "", typ: $funcType([$Int], [Value], false)}];
	flag.methods = [{prop: "kind", name: "kind", pkg: "internal/reflectlite", typ: $funcType([], [Kind], false)}, {prop: "ro", name: "ro", pkg: "internal/reflectlite", typ: $funcType([], [flag], false)}, {prop: "mustBeExported", name: "mustBeExported", pkg: "internal/reflectlite", typ: $funcType([], [], false)}, {prop: "mustBeAssignable", name: "mustBeAssignable", pkg: "internal/reflectlite", typ: $funcType([], [], false)}, {prop: "mustBe", name: "mustBe", pkg: "internal/reflectlite", typ: $funcType([Kind], [], false)}];
	ptrType$10.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	Kind.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$1.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "pointers", name: "pointers", pkg: "internal/reflectlite", typ: $funcType([], [$Bool], false)}, {prop: "common", name: "common", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$1], false)}, {prop: "exportedMethods", name: "exportedMethods", pkg: "internal/reflectlite", typ: $funcType([], [sliceType$5], false)}, {prop: "NumMethod", name: "NumMethod", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "PkgPath", name: "PkgPath", pkg: "", typ: $funcType([], [$String], false)}, {prop: "hasName", name: "hasName", pkg: "internal/reflectlite", typ: $funcType([], [$Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "chanDir", name: "chanDir", pkg: "internal/reflectlite", typ: $funcType([], [chanDir], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [Type], false)}, {prop: "In", name: "In", pkg: "", typ: $funcType([$Int], [Type], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumIn", name: "NumIn", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumOut", name: "NumOut", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Out", name: "Out", pkg: "", typ: $funcType([$Int], [Type], false)}, {prop: "Implements", name: "Implements", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "AssignableTo", name: "AssignableTo", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "Comparable", name: "Comparable", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsVariadic", name: "IsVariadic", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "kindType", name: "kindType", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$1], false)}, {prop: "Field", name: "Field", pkg: "", typ: $funcType([$Int], [structField], false)}, {prop: "Key", name: "Key", pkg: "", typ: $funcType([], [Type], false)}, {prop: "NumField", name: "NumField", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Method", name: "Method", pkg: "", typ: $funcType([$Int], [Method], false)}, {prop: "uncommon", name: "uncommon", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$4], false)}, {prop: "nameOff", name: "nameOff", pkg: "internal/reflectlite", typ: $funcType([nameOff], [name], false)}, {prop: "typeOff", name: "typeOff", pkg: "internal/reflectlite", typ: $funcType([typeOff], [ptrType$1], false)}, {prop: "ptrTo", name: "ptrTo", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$1], false)}];
	ptrType$11.methods = [{prop: "NumMethod", name: "NumMethod", pkg: "", typ: $funcType([], [$Int], false)}];
	ptrType$12.methods = [{prop: "offset", name: "offset", pkg: "internal/reflectlite", typ: $funcType([], [$Uintptr], false)}, {prop: "embedded", name: "embedded", pkg: "internal/reflectlite", typ: $funcType([], [$Bool], false)}];
	ptrType$13.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$4.methods = [{prop: "methods", name: "methods", pkg: "internal/reflectlite", typ: $funcType([], [sliceType$5], false)}, {prop: "exportedMethods", name: "exportedMethods", pkg: "internal/reflectlite", typ: $funcType([], [sliceType$5], false)}];
	ptrType$5.methods = [{prop: "in$", name: "in", pkg: "internal/reflectlite", typ: $funcType([], [sliceType$2], false)}, {prop: "out", name: "out", pkg: "internal/reflectlite", typ: $funcType([], [sliceType$2], false)}];
	name.methods = [{prop: "data", name: "data", pkg: "internal/reflectlite", typ: $funcType([$Int, $String], [ptrType$6], false)}, {prop: "hasTag", name: "hasTag", pkg: "internal/reflectlite", typ: $funcType([], [$Bool], false)}, {prop: "readVarint", name: "readVarint", pkg: "internal/reflectlite", typ: $funcType([$Int], [$Int, $Int], false)}, {prop: "name", name: "name", pkg: "internal/reflectlite", typ: $funcType([], [$String], false)}, {prop: "tag", name: "tag", pkg: "internal/reflectlite", typ: $funcType([], [$String], false)}, {prop: "pkgPath", name: "pkgPath", pkg: "internal/reflectlite", typ: $funcType([], [$String], false)}, {prop: "isExported", name: "isExported", pkg: "internal/reflectlite", typ: $funcType([], [$Bool], false)}];
	ptrType$9.methods = [{prop: "skipUntilValidKey", name: "skipUntilValidKey", pkg: "internal/reflectlite", typ: $funcType([], [], false)}];
	Value.init("internal/reflectlite", [{prop: "typ", name: "typ", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "ptr", name: "ptr", embedded: false, exported: false, typ: $UnsafePointer, tag: ""}, {prop: "flag", name: "flag", embedded: true, exported: false, typ: flag, tag: ""}]);
	ValueError.init("", [{prop: "Method", name: "Method", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Kind", name: "Kind", embedded: false, exported: true, typ: Kind, tag: ""}]);
	Type.init([{prop: "AssignableTo", name: "AssignableTo", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "Comparable", name: "Comparable", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [Type], false)}, {prop: "Implements", name: "Implements", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "PkgPath", name: "PkgPath", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "common", name: "common", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$1], false)}, {prop: "uncommon", name: "uncommon", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$4], false)}]);
	rtype.init("internal/reflectlite", [{prop: "size", name: "size", embedded: false, exported: false, typ: $Uintptr, tag: ""}, {prop: "ptrdata", name: "ptrdata", embedded: false, exported: false, typ: $Uintptr, tag: ""}, {prop: "hash", name: "hash", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "tflag", name: "tflag", embedded: false, exported: false, typ: tflag, tag: ""}, {prop: "align", name: "align", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "fieldAlign", name: "fieldAlign", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "kind", name: "kind", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "equal", name: "equal", embedded: false, exported: false, typ: funcType$2, tag: ""}, {prop: "gcdata", name: "gcdata", embedded: false, exported: false, typ: ptrType$6, tag: ""}, {prop: "str", name: "str", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "ptrToThis", name: "ptrToThis", embedded: false, exported: false, typ: typeOff, tag: ""}]);
	method.init("internal/reflectlite", [{prop: "name", name: "name", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "mtyp", name: "mtyp", embedded: false, exported: false, typ: typeOff, tag: ""}, {prop: "ifn", name: "ifn", embedded: false, exported: false, typ: textOff, tag: ""}, {prop: "tfn", name: "tfn", embedded: false, exported: false, typ: textOff, tag: ""}]);
	arrayType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "slice", name: "slice", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Uintptr, tag: ""}]);
	chanType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "dir", name: "dir", embedded: false, exported: false, typ: $Uintptr, tag: ""}]);
	imethod.init("internal/reflectlite", [{prop: "name", name: "name", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "typ", name: "typ", embedded: false, exported: false, typ: typeOff, tag: ""}]);
	interfaceType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "pkgPath", name: "pkgPath", embedded: false, exported: false, typ: name, tag: ""}, {prop: "methods", name: "methods", embedded: false, exported: false, typ: sliceType$9, tag: ""}]);
	mapType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "key", name: "key", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "bucket", name: "bucket", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "hasher", name: "hasher", embedded: false, exported: false, typ: funcType$3, tag: ""}, {prop: "keysize", name: "keysize", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "valuesize", name: "valuesize", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "bucketsize", name: "bucketsize", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "flags", name: "flags", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	ptrType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}]);
	sliceType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}]);
	structField.init("internal/reflectlite", [{prop: "name", name: "name", embedded: false, exported: false, typ: name, tag: ""}, {prop: "typ", name: "typ", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "offsetEmbed", name: "offsetEmbed", embedded: false, exported: false, typ: $Uintptr, tag: ""}]);
	structType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "pkgPath", name: "pkgPath", embedded: false, exported: false, typ: name, tag: ""}, {prop: "fields", name: "fields", embedded: false, exported: false, typ: sliceType$10, tag: ""}]);
	errorString.init("internal/reflectlite", [{prop: "s", name: "s", embedded: false, exported: false, typ: $String, tag: ""}]);
	Method.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "PkgPath", name: "PkgPath", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Type", name: "Type", embedded: false, exported: true, typ: Type, tag: ""}, {prop: "Func", name: "Func", embedded: false, exported: true, typ: Value, tag: ""}, {prop: "Index", name: "Index", embedded: false, exported: true, typ: $Int, tag: ""}]);
	uncommonType.init("internal/reflectlite", [{prop: "pkgPath", name: "pkgPath", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "mcount", name: "mcount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "xcount", name: "xcount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "moff", name: "moff", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "_methods", name: "_methods", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	funcType.init("internal/reflectlite", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: "reflect:\"func\""}, {prop: "inCount", name: "inCount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "outCount", name: "outCount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "_in", name: "_in", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "_out", name: "_out", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	name.init("internal/reflectlite", [{prop: "bytes", name: "bytes", embedded: false, exported: false, typ: ptrType$6, tag: ""}]);
	nameData.init("internal/reflectlite", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "tag", name: "tag", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "exported", name: "exported", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	mapIter.init("internal/reflectlite", [{prop: "t", name: "t", embedded: false, exported: false, typ: Type, tag: ""}, {prop: "m", name: "m", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "keys", name: "keys", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "i", name: "i", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "last", name: "last", embedded: false, exported: false, typ: ptrType$2, tag: ""}]);
	TypeEx.init([{prop: "AssignableTo", name: "AssignableTo", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "Comparable", name: "Comparable", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [Type], false)}, {prop: "Implements", name: "Implements", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "Key", name: "Key", pkg: "", typ: $funcType([], [Type], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "PkgPath", name: "PkgPath", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "common", name: "common", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$1], false)}, {prop: "uncommon", name: "uncommon", pkg: "internal/reflectlite", typ: $funcType([], [ptrType$4], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = goarch.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unsafeheader.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		uint8Type = ptrType$1.nil;
		nameOffList = sliceType$1.nil;
		typeOffList = sliceType$2.nil;
		kindNames = new sliceType$3(["invalid", "bool", "int", "int8", "int16", "int32", "int64", "uint", "uint8", "uint16", "uint32", "uint64", "uintptr", "float32", "float64", "complex64", "complex128", "array", "chan", "func", "interface", "map", "ptr", "slice", "string", "struct", "unsafe.Pointer"]);
		callHelper = $assertType($internalize($call, $emptyInterface), funcType$1);
		$pkg.ErrSyntax = new errorString.ptr("invalid syntax");
		initialized = false;
		idJsType = "_jsType";
		idReflectType = "_reflectType";
		idKindType = "kindType";
		idRtype = "_rtype";
		uncommonTypeMap = {};
		nameMap = {};
		jsObjectPtr = reflectType($jsObjectPtr);
		selectHelper = $assertType($internalize($select, $emptyInterface), funcType$1);
		$r = init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["errors"] = (function() {
	var $pkg = {}, $init, reflectlite, errorString, ptrType, interfaceType, interfaceType$1, ptrType$1, errorType, _r, Unwrap, Is, New;
	reflectlite = $packages["internal/reflectlite"];
	errorString = $pkg.errorString = $newType(0, $kindStruct, "errors.errorString", true, "errors", false, function(s_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = "";
			return;
		}
		this.s = s_;
	});
	ptrType = $ptrType($error);
	interfaceType = $interfaceType([{prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}]);
	interfaceType$1 = $interfaceType([{prop: "Is", name: "Is", pkg: "", typ: $funcType([$error], [$Bool], false)}]);
	ptrType$1 = $ptrType(errorString);
	Unwrap = function(err) {
		var {$24r, _r$1, _tuple, err, ok, u, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(err, interfaceType, true);
		u = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = u.Unwrap(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Unwrap, $c: true, $r, $24r, _r$1, _tuple, err, ok, u, $s};return $f;
	};
	$pkg.Unwrap = Unwrap;
	Is = function(err, target) {
		var {_r$1, _r$2, _r$3, _tuple, _v, err, isComparable, ok, target, x, $s, $r, $c} = $restore(this, {err, target});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(target, $ifaceNil)) {
			$s = -1; return $interfaceIsEqual(err, target);
		}
		_r$1 = reflectlite.TypeOf(target).Comparable(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		isComparable = _r$1;
		/* while (true) { */ case 2:
			if (isComparable && $interfaceIsEqual(err, target)) {
				$s = -1; return true;
			}
			_tuple = $assertType(err, interfaceType$1, true);
			x = _tuple[0];
			ok = _tuple[1];
			if (!(ok)) { _v = false; $s = 6; continue s; }
			_r$2 = x.Is(target); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_v = _r$2; case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				$s = -1; return true;
			/* } */ case 5:
			_r$3 = Unwrap(err); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
			if ($interfaceIsEqual(err, $ifaceNil)) {
				$s = -1; return false;
			}
		$s = 2; continue;
		case 3:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: Is, $c: true, $r, _r$1, _r$2, _r$3, _tuple, _v, err, isComparable, ok, target, x, $s};return $f;
	};
	$pkg.Is = Is;
	New = function(text) {
		var text;
		return new errorString.ptr(text);
	};
	$pkg.New = New;
	errorString.ptr.prototype.Error = function() {
		var e;
		e = this;
		return e.s;
	};
	errorString.prototype.Error = function() { return this.$val.Error(); };
	ptrType$1.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	errorString.init("errors", [{prop: "s", name: "s", embedded: false, exported: false, typ: $String, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = reflectlite.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = reflectlite.TypeOf((ptrType.nil)).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		errorType = _r;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/cpu"] = (function() {
	var $pkg = {}, $init, CacheLinePad, arrayType, structType, structType$2, structType$5;
	CacheLinePad = $pkg.CacheLinePad = $newType(0, $kindStruct, "cpu.CacheLinePad", true, "internal/cpu", true, function(_$0_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			return;
		}
		this._$0 = _$0_;
	});
	arrayType = $arrayType($Uint8, 0);
	structType = $structType("internal/cpu", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: CacheLinePad, tag: ""}, {prop: "HasAES", name: "HasAES", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasADX", name: "HasADX", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasAVX", name: "HasAVX", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasAVX2", name: "HasAVX2", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasBMI1", name: "HasBMI1", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasBMI2", name: "HasBMI2", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasERMS", name: "HasERMS", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasFMA", name: "HasFMA", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasOSXSAVE", name: "HasOSXSAVE", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasPCLMULQDQ", name: "HasPCLMULQDQ", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasPOPCNT", name: "HasPOPCNT", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasRDTSCP", name: "HasRDTSCP", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSSE3", name: "HasSSE3", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSSSE3", name: "HasSSSE3", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSSE41", name: "HasSSE41", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSSE42", name: "HasSSE42", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "_$17", name: "_", embedded: false, exported: false, typ: CacheLinePad, tag: ""}]);
	structType$2 = $structType("internal/cpu", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: CacheLinePad, tag: ""}, {prop: "HasAES", name: "HasAES", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasPMULL", name: "HasPMULL", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSHA1", name: "HasSHA1", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSHA2", name: "HasSHA2", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasCRC32", name: "HasCRC32", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasATOMICS", name: "HasATOMICS", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasCPUID", name: "HasCPUID", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsNeoverseN1", name: "IsNeoverseN1", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsZeus", name: "IsZeus", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "_$10", name: "_", embedded: false, exported: false, typ: CacheLinePad, tag: ""}]);
	structType$5 = $structType("internal/cpu", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: CacheLinePad, tag: ""}, {prop: "HasZARCH", name: "HasZARCH", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSTFLE", name: "HasSTFLE", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasLDISP", name: "HasLDISP", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasEIMM", name: "HasEIMM", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasDFP", name: "HasDFP", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasETF3EH", name: "HasETF3EH", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasMSA", name: "HasMSA", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasAES", name: "HasAES", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasAESCBC", name: "HasAESCBC", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasAESCTR", name: "HasAESCTR", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasAESGCM", name: "HasAESGCM", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasGHASH", name: "HasGHASH", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSHA1", name: "HasSHA1", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSHA256", name: "HasSHA256", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSHA512", name: "HasSHA512", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasSHA3", name: "HasSHA3", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasVX", name: "HasVX", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasVXE", name: "HasVXE", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasKDSA", name: "HasKDSA", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasECDSA", name: "HasECDSA", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasEDDSA", name: "HasEDDSA", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "_$22", name: "_", embedded: false, exported: false, typ: CacheLinePad, tag: ""}]);
	CacheLinePad.init("internal/cpu", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: arrayType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$pkg.X86 = new structType.ptr(new CacheLinePad.ptr(arrayType.zero()), false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, new CacheLinePad.ptr(arrayType.zero()));
		$pkg.ARM64 = new structType$2.ptr(new CacheLinePad.ptr(arrayType.zero()), false, false, false, false, false, false, false, false, false, new CacheLinePad.ptr(arrayType.zero()));
		$pkg.S390X = new structType$5.ptr(new CacheLinePad.ptr(arrayType.zero()), false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, new CacheLinePad.ptr(arrayType.zero()));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/bytealg"] = (function() {
	var $pkg = {}, $init, cpu, Index, IndexString, Cutover, Count, HashStrBytes, IndexRabinKarpBytes, Equal, IndexByteString;
	cpu = $packages["internal/cpu"];
	Index = function(a, b) {
		var a, b;
		$panic(new $String("unimplemented"));
	};
	$pkg.Index = Index;
	IndexString = function(a, b) {
		var a, b;
		$panic(new $String("unimplemented"));
	};
	$pkg.IndexString = IndexString;
	Cutover = function(n) {
		var n;
		$panic(new $String("unimplemented"));
	};
	$pkg.Cutover = Cutover;
	Count = function(b, c) {
		var _i, _ref, b, c, n, x;
		n = 0;
		_ref = b;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			x = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (x === c) {
				n = n + (1) >> 0;
			}
			_i++;
		}
		return n;
	};
	$pkg.Count = Count;
	HashStrBytes = function(sep) {
		var _tmp, _tmp$1, hash, i, i$1, pow, sep, sq;
		hash = 0;
		i = 0;
		while (true) {
			if (!(i < sep.$length)) { break; }
			hash = ($imul(hash, 16777619) >>> 0) + ((((i < 0 || i >= sep.$length) ? ($throwRuntimeError("index out of range"), undefined) : sep.$array[sep.$offset + i]) >>> 0)) >>> 0;
			i = i + (1) >> 0;
		}
		_tmp = 1;
		_tmp$1 = 16777619;
		pow = _tmp;
		sq = _tmp$1;
		i$1 = sep.$length;
		while (true) {
			if (!(i$1 > 0)) { break; }
			if (!(((i$1 & 1) === 0))) {
				pow = $imul(pow, (sq)) >>> 0;
			}
			sq = $imul(sq, (sq)) >>> 0;
			i$1 = (i$1 >> $min((1), 31)) >> 0;
		}
		return [hash, pow];
	};
	$pkg.HashStrBytes = HashStrBytes;
	IndexRabinKarpBytes = function(s, sep) {
		var _tuple, h, hashsep, i, i$1, n, pow, s, sep, x;
		_tuple = HashStrBytes(sep);
		hashsep = _tuple[0];
		pow = _tuple[1];
		n = sep.$length;
		h = 0;
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			h = ($imul(h, 16777619) >>> 0) + ((((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) >>> 0)) >>> 0;
			i = i + (1) >> 0;
		}
		if ((h === hashsep) && Equal($subslice(s, 0, n), sep)) {
			return 0;
		}
		i$1 = n;
		while (true) {
			if (!(i$1 < s.$length)) { break; }
			h = $imul(h, (16777619)) >>> 0;
			h = h + (((((i$1 < 0 || i$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i$1]) >>> 0))) >>> 0;
			h = h - (($imul(pow, (((x = i$1 - n >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) >>> 0))) >>> 0)) >>> 0;
			i$1 = i$1 + (1) >> 0;
			if ((h === hashsep) && Equal($subslice(s, (i$1 - n >> 0), i$1), sep)) {
				return i$1 - n >> 0;
			}
		}
		return -1;
	};
	$pkg.IndexRabinKarpBytes = IndexRabinKarpBytes;
	Equal = function(a, b) {
		var _i, _ref, a, b, c, i;
		if (!((a.$length === b.$length))) {
			return false;
		}
		_ref = a;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((c === ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i])))) {
				return false;
			}
			_i++;
		}
		return true;
	};
	$pkg.Equal = Equal;
	IndexByteString = function(s, c) {
		var c, i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) === c) {
				return i;
			}
			i = i + (1) >> 0;
		}
		return -1;
	};
	$pkg.IndexByteString = IndexByteString;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = cpu.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.MaxLen = 0;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/race"] = (function() {
	var $pkg = {}, $init, Acquire, Release, ReleaseMerge, Disable, Enable;
	Acquire = function(addr) {
		var addr;
	};
	$pkg.Acquire = Acquire;
	Release = function(addr) {
		var addr;
	};
	$pkg.Release = Release;
	ReleaseMerge = function(addr) {
		var addr;
	};
	$pkg.ReleaseMerge = ReleaseMerge;
	Disable = function() {
	};
	$pkg.Disable = Disable;
	Enable = function() {
	};
	$pkg.Enable = Enable;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["sync/atomic"] = (function() {
	var $pkg = {}, $init, js, Value, ptrType, SwapInt32, SwapInt64, SwapUint32, SwapUint64, CompareAndSwapInt32, CompareAndSwapInt64, CompareAndSwapUint32, CompareAndSwapUint64, CompareAndSwapPointer, AddInt32, AddUint32, AddInt64, AddUint64, LoadInt32, LoadInt64, LoadUint32, LoadUint64, LoadPointer, StoreInt32, StoreInt64, StoreUint32, StoreUint64, StorePointer, sameType;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	Value = $pkg.Value = $newType(0, $kindStruct, "atomic.Value", true, "sync/atomic", true, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = $ifaceNil;
			return;
		}
		this.v = v_;
	});
	ptrType = $ptrType(Value);
	SwapInt32 = function(addr, new$1) {
		var addr, new$1, old;
		old = addr.$get();
		addr.$set(new$1);
		return old;
	};
	$pkg.SwapInt32 = SwapInt32;
	SwapInt64 = function(addr, new$1) {
		var addr, new$1, old;
		old = addr.$get();
		addr.$set(new$1);
		return old;
	};
	$pkg.SwapInt64 = SwapInt64;
	SwapUint32 = function(addr, new$1) {
		var addr, new$1, old;
		old = addr.$get();
		addr.$set(new$1);
		return old;
	};
	$pkg.SwapUint32 = SwapUint32;
	SwapUint64 = function(addr, new$1) {
		var addr, new$1, old;
		old = addr.$get();
		addr.$set(new$1);
		return old;
	};
	$pkg.SwapUint64 = SwapUint64;
	CompareAndSwapInt32 = function(addr, old, new$1) {
		var addr, new$1, old;
		if (addr.$get() === old) {
			addr.$set(new$1);
			return true;
		}
		return false;
	};
	$pkg.CompareAndSwapInt32 = CompareAndSwapInt32;
	CompareAndSwapInt64 = function(addr, old, new$1) {
		var addr, new$1, old, x;
		if ((x = addr.$get(), (x.$high === old.$high && x.$low === old.$low))) {
			addr.$set(new$1);
			return true;
		}
		return false;
	};
	$pkg.CompareAndSwapInt64 = CompareAndSwapInt64;
	CompareAndSwapUint32 = function(addr, old, new$1) {
		var addr, new$1, old;
		if (addr.$get() === old) {
			addr.$set(new$1);
			return true;
		}
		return false;
	};
	$pkg.CompareAndSwapUint32 = CompareAndSwapUint32;
	CompareAndSwapUint64 = function(addr, old, new$1) {
		var addr, new$1, old, x;
		if ((x = addr.$get(), (x.$high === old.$high && x.$low === old.$low))) {
			addr.$set(new$1);
			return true;
		}
		return false;
	};
	$pkg.CompareAndSwapUint64 = CompareAndSwapUint64;
	CompareAndSwapPointer = function(addr, old, new$1) {
		var addr, new$1, old;
		if (addr.$get() === old) {
			addr.$set(new$1);
			return true;
		}
		return false;
	};
	$pkg.CompareAndSwapPointer = CompareAndSwapPointer;
	AddInt32 = function(addr, delta) {
		var addr, delta, new$1;
		new$1 = addr.$get() + delta >> 0;
		addr.$set(new$1);
		return new$1;
	};
	$pkg.AddInt32 = AddInt32;
	AddUint32 = function(addr, delta) {
		var addr, delta, new$1;
		new$1 = addr.$get() + delta >>> 0;
		addr.$set(new$1);
		return new$1;
	};
	$pkg.AddUint32 = AddUint32;
	AddInt64 = function(addr, delta) {
		var addr, delta, new$1, x;
		new$1 = (x = addr.$get(), new $Int64(x.$high + delta.$high, x.$low + delta.$low));
		addr.$set(new$1);
		return new$1;
	};
	$pkg.AddInt64 = AddInt64;
	AddUint64 = function(addr, delta) {
		var addr, delta, new$1, x;
		new$1 = (x = addr.$get(), new $Uint64(x.$high + delta.$high, x.$low + delta.$low));
		addr.$set(new$1);
		return new$1;
	};
	$pkg.AddUint64 = AddUint64;
	LoadInt32 = function(addr) {
		var addr;
		return addr.$get();
	};
	$pkg.LoadInt32 = LoadInt32;
	LoadInt64 = function(addr) {
		var addr;
		return addr.$get();
	};
	$pkg.LoadInt64 = LoadInt64;
	LoadUint32 = function(addr) {
		var addr;
		return addr.$get();
	};
	$pkg.LoadUint32 = LoadUint32;
	LoadUint64 = function(addr) {
		var addr;
		return addr.$get();
	};
	$pkg.LoadUint64 = LoadUint64;
	LoadPointer = function(addr) {
		var addr;
		return addr.$get();
	};
	$pkg.LoadPointer = LoadPointer;
	StoreInt32 = function(addr, val) {
		var addr, val;
		addr.$set(val);
	};
	$pkg.StoreInt32 = StoreInt32;
	StoreInt64 = function(addr, val) {
		var addr, val;
		addr.$set(val);
	};
	$pkg.StoreInt64 = StoreInt64;
	StoreUint32 = function(addr, val) {
		var addr, val;
		addr.$set(val);
	};
	$pkg.StoreUint32 = StoreUint32;
	StoreUint64 = function(addr, val) {
		var addr, val;
		addr.$set(val);
	};
	$pkg.StoreUint64 = StoreUint64;
	StorePointer = function(addr, val) {
		var addr, val;
		addr.$set(val);
	};
	$pkg.StorePointer = StorePointer;
	Value.ptr.prototype.Load = function() {
		var v, x;
		x = $ifaceNil;
		v = this;
		x = v.v;
		return x;
	};
	Value.prototype.Load = function() { return this.$val.Load(); };
	Value.ptr.prototype.Store = function(new$1) {
		var new$1, v;
		v = this;
		v.checkNew("store", new$1);
		v.v = new$1;
	};
	Value.prototype.Store = function(new$1) { return this.$val.Store(new$1); };
	Value.ptr.prototype.Swap = function(new$1) {
		var _tmp, _tmp$1, new$1, old, v;
		old = $ifaceNil;
		v = this;
		v.checkNew("swap", new$1);
		_tmp = v.v;
		_tmp$1 = new$1;
		old = _tmp;
		v.v = _tmp$1;
		old = old;
		return old;
	};
	Value.prototype.Swap = function(new$1) { return this.$val.Swap(new$1); };
	Value.ptr.prototype.CompareAndSwap = function(old, new$1) {
		var new$1, old, swapped, v;
		swapped = false;
		v = this;
		v.checkNew("compare and swap", new$1);
		if (!($interfaceIsEqual(v.v, $ifaceNil) && $interfaceIsEqual(old, $ifaceNil)) && !sameType(old, new$1)) {
			$panic(new $String("sync/atomic: compare and swap of inconsistently typed values into Value"));
		}
		if (!($interfaceIsEqual(v.v, old))) {
			swapped = false;
			return swapped;
		}
		v.v = new$1;
		swapped = true;
		return swapped;
	};
	Value.prototype.CompareAndSwap = function(old, new$1) { return this.$val.CompareAndSwap(old, new$1); };
	Value.ptr.prototype.checkNew = function(op, new$1) {
		var new$1, op, v;
		v = this;
		if ($interfaceIsEqual(new$1, $ifaceNil)) {
			$panic(new $String("sync/atomic: " + op + " of nil value into Value"));
		}
		if (!($interfaceIsEqual(v.v, $ifaceNil)) && !sameType(new$1, v.v)) {
			$panic(new $String("sync/atomic: " + op + " of inconsistently typed value into Value"));
		}
	};
	Value.prototype.checkNew = function(op, new$1) { return this.$val.checkNew(op, new$1); };
	sameType = function(x, y) {
		var x, y;
		return x.constructor === y.constructor;
	};
	ptrType.methods = [{prop: "Load", name: "Load", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "Store", name: "Store", pkg: "", typ: $funcType([$emptyInterface], [], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface], false)}, {prop: "CompareAndSwap", name: "CompareAndSwap", pkg: "", typ: $funcType([$emptyInterface, $emptyInterface], [$Bool], false)}, {prop: "checkNew", name: "checkNew", pkg: "sync/atomic", typ: $funcType([$String, $emptyInterface], [], false)}];
	Value.init("sync/atomic", [{prop: "v", name: "v", embedded: false, exported: false, typ: $emptyInterface, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["sync"] = (function() {
	var $pkg = {}, $init, js, race, atomic, RWMutex, rlocker, notifyList, Once, Mutex, Locker, Map, readOnly, entry, copyChecker, noCopy, WaitGroup, Pool, Cond, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$9, ptrType$10, structType, chanType, sliceType$2, funcType, ptrType$14, ptrType$15, funcType$1, ptrType$16, mapType, ptrType$17, ptrType$18, ptrType$19, chanType$1, sliceType$3, ptrType$20, funcType$2, ptrType$21, expunged, semWaiters, semAwoken, init, runtime_doSpin, newEntry, NewCond, runtime_Semacquire, runtime_SemacquireMutex, runtime_Semrelease, runtime_notifyListCheck, runtime_canSpin, runtime_nanotime, throw$1;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	race = $packages["internal/race"];
	atomic = $packages["sync/atomic"];
	RWMutex = $pkg.RWMutex = $newType(0, $kindStruct, "sync.RWMutex", true, "sync", true, function(w_, writerSem_, readerSem_, readerCount_, readerWait_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.w = new Mutex.ptr(0, 0);
			this.writerSem = 0;
			this.readerSem = 0;
			this.readerCount = 0;
			this.readerWait = 0;
			return;
		}
		this.w = w_;
		this.writerSem = writerSem_;
		this.readerSem = readerSem_;
		this.readerCount = readerCount_;
		this.readerWait = readerWait_;
	});
	rlocker = $pkg.rlocker = $newType(0, $kindStruct, "sync.rlocker", true, "sync", false, function(w_, writerSem_, readerSem_, readerCount_, readerWait_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.w = new Mutex.ptr(0, 0);
			this.writerSem = 0;
			this.readerSem = 0;
			this.readerCount = 0;
			this.readerWait = 0;
			return;
		}
		this.w = w_;
		this.writerSem = writerSem_;
		this.readerSem = readerSem_;
		this.readerCount = readerCount_;
		this.readerWait = readerWait_;
	});
	notifyList = $pkg.notifyList = $newType(0, $kindStruct, "sync.notifyList", true, "sync", false, function(wait_, notify_, lock_, head_, tail_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.wait = 0;
			this.notify = 0;
			this.lock = 0;
			this.head = 0;
			this.tail = 0;
			return;
		}
		this.wait = wait_;
		this.notify = notify_;
		this.lock = lock_;
		this.head = head_;
		this.tail = tail_;
	});
	Once = $pkg.Once = $newType(0, $kindStruct, "sync.Once", true, "sync", true, function(done_, m_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.done = 0;
			this.m = new Mutex.ptr(0, 0);
			return;
		}
		this.done = done_;
		this.m = m_;
	});
	Mutex = $pkg.Mutex = $newType(0, $kindStruct, "sync.Mutex", true, "sync", true, function(state_, sema_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = 0;
			this.sema = 0;
			return;
		}
		this.state = state_;
		this.sema = sema_;
	});
	Locker = $pkg.Locker = $newType(8, $kindInterface, "sync.Locker", true, "sync", true, null);
	Map = $pkg.Map = $newType(0, $kindStruct, "sync.Map", true, "sync", true, function(mu_, read_, dirty_, misses_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mu = new Mutex.ptr(0, 0);
			this.read = new atomic.Value.ptr($ifaceNil);
			this.dirty = false;
			this.misses = 0;
			return;
		}
		this.mu = mu_;
		this.read = read_;
		this.dirty = dirty_;
		this.misses = misses_;
	});
	readOnly = $pkg.readOnly = $newType(0, $kindStruct, "sync.readOnly", true, "sync", false, function(m_, amended_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.m = false;
			this.amended = false;
			return;
		}
		this.m = m_;
		this.amended = amended_;
	});
	entry = $pkg.entry = $newType(0, $kindStruct, "sync.entry", true, "sync", false, function(p_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.p = 0;
			return;
		}
		this.p = p_;
	});
	copyChecker = $pkg.copyChecker = $newType(4, $kindUintptr, "sync.copyChecker", true, "sync", false, null);
	noCopy = $pkg.noCopy = $newType(0, $kindStruct, "sync.noCopy", true, "sync", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	WaitGroup = $pkg.WaitGroup = $newType(0, $kindStruct, "sync.WaitGroup", true, "sync", true, function(counter_, ch_, state1_, state2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.counter = 0;
			this.ch = $chanNil;
			this.state1 = new $Uint64(0, 0);
			this.state2 = 0;
			return;
		}
		this.counter = counter_;
		this.ch = ch_;
		this.state1 = state1_;
		this.state2 = state2_;
	});
	Pool = $pkg.Pool = $newType(0, $kindStruct, "sync.Pool", true, "sync", true, function(store_, New_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.store = sliceType$3.nil;
			this.New = $throwNilPointerError;
			return;
		}
		this.store = store_;
		this.New = New_;
	});
	Cond = $pkg.Cond = $newType(0, $kindStruct, "sync.Cond", true, "sync", true, function(noCopy_, L_, notify_, checker_, n_, ch_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.noCopy = new noCopy.ptr();
			this.L = $ifaceNil;
			this.notify = new notifyList.ptr(0, 0, 0, 0, 0);
			this.checker = 0;
			this.n = 0;
			this.ch = $chanNil;
			return;
		}
		this.noCopy = noCopy_;
		this.L = L_;
		this.notify = notify_;
		this.checker = checker_;
		this.n = n_;
		this.ch = ch_;
	});
	ptrType = $ptrType($Uint64);
	ptrType$1 = $ptrType($Uint32);
	ptrType$2 = $ptrType($Int32);
	ptrType$3 = $ptrType(rlocker);
	ptrType$4 = $ptrType(RWMutex);
	ptrType$5 = $ptrType($UnsafePointer);
	ptrType$9 = $ptrType($emptyInterface);
	ptrType$10 = $ptrType(entry);
	structType = $structType("", []);
	chanType = $chanType($Bool, false, false);
	sliceType$2 = $sliceType(chanType);
	funcType = $funcType([], [], false);
	ptrType$14 = $ptrType(Once);
	ptrType$15 = $ptrType(Mutex);
	funcType$1 = $funcType([$emptyInterface, $emptyInterface], [$Bool], false);
	ptrType$16 = $ptrType(Map);
	mapType = $mapType($emptyInterface, ptrType$10);
	ptrType$17 = $ptrType(copyChecker);
	ptrType$18 = $ptrType(noCopy);
	ptrType$19 = $ptrType(WaitGroup);
	chanType$1 = $chanType(structType, false, false);
	sliceType$3 = $sliceType($emptyInterface);
	ptrType$20 = $ptrType(Pool);
	funcType$2 = $funcType([], [$emptyInterface], false);
	ptrType$21 = $ptrType(Cond);
	WaitGroup.ptr.prototype.Done = function() {
		var wg;
		wg = this;
		wg.Add(-1);
	};
	WaitGroup.prototype.Done = function() { return this.$val.Done(); };
	RWMutex.ptr.prototype.RLock = function() {
		var {rw, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rw = this;
		if (false) {
			$unused(rw.w.state);
			race.Disable();
		}
		/* */ if (atomic.AddInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), 1) < 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (atomic.AddInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), 1) < 0) { */ case 1:
			$r = runtime_SemacquireMutex((rw.$ptr_readerSem || (rw.$ptr_readerSem = new ptrType$1(function() { return this.$target.readerSem; }, function($v) { this.$target.readerSem = $v; }, rw))), false, 0); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (false) {
			race.Enable();
			race.Acquire(((rw.$ptr_readerSem || (rw.$ptr_readerSem = new ptrType$1(function() { return this.$target.readerSem; }, function($v) { this.$target.readerSem = $v; }, rw)))));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: RWMutex.ptr.prototype.RLock, $c: true, $r, rw, $s};return $f;
	};
	RWMutex.prototype.RLock = function() { return this.$val.RLock(); };
	RWMutex.ptr.prototype.TryRLock = function() {
		var c, rw;
		rw = this;
		if (false) {
			$unused(rw.w.state);
			race.Disable();
		}
		while (true) {
			c = atomic.LoadInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))));
			if (c < 0) {
				if (false) {
					race.Enable();
				}
				return false;
			}
			if (atomic.CompareAndSwapInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), c, c + 1 >> 0)) {
				if (false) {
					race.Enable();
					race.Acquire(((rw.$ptr_readerSem || (rw.$ptr_readerSem = new ptrType$1(function() { return this.$target.readerSem; }, function($v) { this.$target.readerSem = $v; }, rw)))));
				}
				return true;
			}
		}
	};
	RWMutex.prototype.TryRLock = function() { return this.$val.TryRLock(); };
	RWMutex.ptr.prototype.RUnlock = function() {
		var {r, rw, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rw = this;
		if (false) {
			$unused(rw.w.state);
			race.ReleaseMerge(((rw.$ptr_writerSem || (rw.$ptr_writerSem = new ptrType$1(function() { return this.$target.writerSem; }, function($v) { this.$target.writerSem = $v; }, rw)))));
			race.Disable();
		}
		r = atomic.AddInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), -1);
		/* */ if (r < 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r < 0) { */ case 1:
			$r = rw.rUnlockSlow(r); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (false) {
			race.Enable();
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: RWMutex.ptr.prototype.RUnlock, $c: true, $r, r, rw, $s};return $f;
	};
	RWMutex.prototype.RUnlock = function() { return this.$val.RUnlock(); };
	RWMutex.ptr.prototype.rUnlockSlow = function(r) {
		var {r, rw, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rw = this;
		if (((r + 1 >> 0) === 0) || ((r + 1 >> 0) === -1073741824)) {
			race.Enable();
			throw$1("sync: RUnlock of unlocked RWMutex");
		}
		/* */ if (atomic.AddInt32((rw.$ptr_readerWait || (rw.$ptr_readerWait = new ptrType$2(function() { return this.$target.readerWait; }, function($v) { this.$target.readerWait = $v; }, rw))), -1) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (atomic.AddInt32((rw.$ptr_readerWait || (rw.$ptr_readerWait = new ptrType$2(function() { return this.$target.readerWait; }, function($v) { this.$target.readerWait = $v; }, rw))), -1) === 0) { */ case 1:
			$r = runtime_Semrelease((rw.$ptr_writerSem || (rw.$ptr_writerSem = new ptrType$1(function() { return this.$target.writerSem; }, function($v) { this.$target.writerSem = $v; }, rw))), false, 1); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: RWMutex.ptr.prototype.rUnlockSlow, $c: true, $r, r, rw, $s};return $f;
	};
	RWMutex.prototype.rUnlockSlow = function(r) { return this.$val.rUnlockSlow(r); };
	RWMutex.ptr.prototype.Lock = function() {
		var {r, rw, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rw = this;
		if (false) {
			$unused(rw.w.state);
			race.Disable();
		}
		$r = rw.w.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		r = atomic.AddInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), -1073741824) + 1073741824 >> 0;
		/* */ if (!((r === 0)) && !((atomic.AddInt32((rw.$ptr_readerWait || (rw.$ptr_readerWait = new ptrType$2(function() { return this.$target.readerWait; }, function($v) { this.$target.readerWait = $v; }, rw))), r) === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((r === 0)) && !((atomic.AddInt32((rw.$ptr_readerWait || (rw.$ptr_readerWait = new ptrType$2(function() { return this.$target.readerWait; }, function($v) { this.$target.readerWait = $v; }, rw))), r) === 0))) { */ case 2:
			$r = runtime_SemacquireMutex((rw.$ptr_writerSem || (rw.$ptr_writerSem = new ptrType$1(function() { return this.$target.writerSem; }, function($v) { this.$target.writerSem = $v; }, rw))), false, 0); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		if (false) {
			race.Enable();
			race.Acquire(((rw.$ptr_readerSem || (rw.$ptr_readerSem = new ptrType$1(function() { return this.$target.readerSem; }, function($v) { this.$target.readerSem = $v; }, rw)))));
			race.Acquire(((rw.$ptr_writerSem || (rw.$ptr_writerSem = new ptrType$1(function() { return this.$target.writerSem; }, function($v) { this.$target.writerSem = $v; }, rw)))));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: RWMutex.ptr.prototype.Lock, $c: true, $r, r, rw, $s};return $f;
	};
	RWMutex.prototype.Lock = function() { return this.$val.Lock(); };
	RWMutex.ptr.prototype.TryLock = function() {
		var {rw, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rw = this;
		if (false) {
			$unused(rw.w.state);
			race.Disable();
		}
		if (!rw.w.TryLock()) {
			if (false) {
				race.Enable();
			}
			$s = -1; return false;
		}
		/* */ if (!atomic.CompareAndSwapInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), 0, -1073741824)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!atomic.CompareAndSwapInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), 0, -1073741824)) { */ case 1:
			$r = rw.w.Unlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (false) {
				race.Enable();
			}
			$s = -1; return false;
		/* } */ case 2:
		if (false) {
			race.Enable();
			race.Acquire(((rw.$ptr_readerSem || (rw.$ptr_readerSem = new ptrType$1(function() { return this.$target.readerSem; }, function($v) { this.$target.readerSem = $v; }, rw)))));
			race.Acquire(((rw.$ptr_writerSem || (rw.$ptr_writerSem = new ptrType$1(function() { return this.$target.writerSem; }, function($v) { this.$target.writerSem = $v; }, rw)))));
		}
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: RWMutex.ptr.prototype.TryLock, $c: true, $r, rw, $s};return $f;
	};
	RWMutex.prototype.TryLock = function() { return this.$val.TryLock(); };
	RWMutex.ptr.prototype.Unlock = function() {
		var {i, r, rw, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rw = this;
		if (false) {
			$unused(rw.w.state);
			race.Release(((rw.$ptr_readerSem || (rw.$ptr_readerSem = new ptrType$1(function() { return this.$target.readerSem; }, function($v) { this.$target.readerSem = $v; }, rw)))));
			race.Disable();
		}
		r = atomic.AddInt32((rw.$ptr_readerCount || (rw.$ptr_readerCount = new ptrType$2(function() { return this.$target.readerCount; }, function($v) { this.$target.readerCount = $v; }, rw))), 1073741824);
		if (r >= 1073741824) {
			race.Enable();
			throw$1("sync: Unlock of unlocked RWMutex");
		}
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < ((r >> 0)))) { break; } */ if(!(i < ((r >> 0)))) { $s = 2; continue; }
			$r = runtime_Semrelease((rw.$ptr_readerSem || (rw.$ptr_readerSem = new ptrType$1(function() { return this.$target.readerSem; }, function($v) { this.$target.readerSem = $v; }, rw))), false, 0); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$r = rw.w.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (false) {
			race.Enable();
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: RWMutex.ptr.prototype.Unlock, $c: true, $r, i, r, rw, $s};return $f;
	};
	RWMutex.prototype.Unlock = function() { return this.$val.Unlock(); };
	RWMutex.ptr.prototype.RLocker = function() {
		var rw;
		rw = this;
		return ($pointerOfStructConversion(rw, ptrType$3));
	};
	RWMutex.prototype.RLocker = function() { return this.$val.RLocker(); };
	rlocker.ptr.prototype.Lock = function() {
		var {r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		$r = ($pointerOfStructConversion(r, ptrType$4)).RLock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: rlocker.ptr.prototype.Lock, $c: true, $r, r, $s};return $f;
	};
	rlocker.prototype.Lock = function() { return this.$val.Lock(); };
	rlocker.ptr.prototype.Unlock = function() {
		var {r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		$r = ($pointerOfStructConversion(r, ptrType$4)).RUnlock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: rlocker.ptr.prototype.Unlock, $c: true, $r, r, $s};return $f;
	};
	rlocker.prototype.Unlock = function() { return this.$val.Unlock(); };
	init = function() {
		var n;
		n = new notifyList.ptr(0, 0, 0, 0, 0);
		runtime_notifyListCheck(20);
	};
	runtime_doSpin = function() {
		$throwRuntimeError("native function not implemented: sync.runtime_doSpin");
	};
	Once.ptr.prototype.Do = function(f) {
		var {f, o, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		/* */ if (atomic.LoadUint32((o.$ptr_done || (o.$ptr_done = new ptrType$1(function() { return this.$target.done; }, function($v) { this.$target.done = $v; }, o)))) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (atomic.LoadUint32((o.$ptr_done || (o.$ptr_done = new ptrType$1(function() { return this.$target.done; }, function($v) { this.$target.done = $v; }, o)))) === 0) { */ case 1:
			$r = o.doSlow(f); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Once.ptr.prototype.Do, $c: true, $r, f, o, $s};return $f;
	};
	Once.prototype.Do = function(f) { return this.$val.Do(f); };
	Once.ptr.prototype.doSlow = function(f) {
		var {f, o, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		o = this;
		$r = o.m.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(o.m, "Unlock"), []]);
		/* */ if (o.done === 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (o.done === 0) { */ case 2:
			$deferred.push([atomic.StoreUint32, [(o.$ptr_done || (o.$ptr_done = new ptrType$1(function() { return this.$target.done; }, function($v) { this.$target.done = $v; }, o))), 1]]);
			$r = f(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Once.ptr.prototype.doSlow, $c: true, $r, f, o, $s, $deferred};return $f; } }
	};
	Once.prototype.doSlow = function(f) { return this.$val.doSlow(f); };
	Mutex.ptr.prototype.Lock = function() {
		var {m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		if (atomic.CompareAndSwapInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), 0, 1)) {
			if (false) {
				race.Acquire((m));
			}
			$s = -1; return;
		}
		$r = m.lockSlow(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Mutex.ptr.prototype.Lock, $c: true, $r, m, $s};return $f;
	};
	Mutex.prototype.Lock = function() { return this.$val.Lock(); };
	Mutex.ptr.prototype.TryLock = function() {
		var m, old;
		m = this;
		old = m.state;
		if (!(((old & 5) === 0))) {
			return false;
		}
		if (!atomic.CompareAndSwapInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), old, old | 1)) {
			return false;
		}
		if (false) {
			race.Acquire((m));
		}
		return true;
	};
	Mutex.prototype.TryLock = function() { return this.$val.TryLock(); };
	Mutex.ptr.prototype.lockSlow = function() {
		var {awoke, delta, iter, m, new$1, old, queueLifo, starving, waitStartTime, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		waitStartTime = new $Int64(0, 0);
		starving = false;
		awoke = false;
		iter = 0;
		old = m.state;
		/* while (true) { */ case 1:
			/* */ if (((old & 5) === 1) && runtime_canSpin(iter)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (((old & 5) === 1) && runtime_canSpin(iter)) { */ case 3:
				if (!awoke && ((old & 2) === 0) && !(((old >> 3 >> 0) === 0)) && atomic.CompareAndSwapInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), old, old | 2)) {
					awoke = true;
				}
				$r = runtime_doSpin(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				iter = iter + (1) >> 0;
				old = m.state;
				/* continue; */ $s = 1; continue;
			/* } */ case 4:
			new$1 = old;
			if ((old & 4) === 0) {
				new$1 = new$1 | (1);
			}
			if (!(((old & 5) === 0))) {
				new$1 = new$1 + (8) >> 0;
			}
			if (starving && !(((old & 1) === 0))) {
				new$1 = new$1 | (4);
			}
			if (awoke) {
				if ((new$1 & 2) === 0) {
					throw$1("sync: inconsistent mutex state");
				}
				new$1 = (new$1 & ~(2)) >> 0;
			}
			/* */ if (atomic.CompareAndSwapInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), old, new$1)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (atomic.CompareAndSwapInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), old, new$1)) { */ case 6:
				if ((old & 5) === 0) {
					/* break; */ $s = 2; continue;
				}
				queueLifo = !((waitStartTime.$high === 0 && waitStartTime.$low === 0));
				if ((waitStartTime.$high === 0 && waitStartTime.$low === 0)) {
					waitStartTime = runtime_nanotime();
				}
				$r = runtime_SemacquireMutex((m.$ptr_sema || (m.$ptr_sema = new ptrType$1(function() { return this.$target.sema; }, function($v) { this.$target.sema = $v; }, m))), queueLifo, 1); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				starving = starving || (x = (x$1 = runtime_nanotime(), new $Int64(x$1.$high - waitStartTime.$high, x$1.$low - waitStartTime.$low)), (x.$high > 0 || (x.$high === 0 && x.$low > 1000000)));
				old = m.state;
				if (!(((old & 4) === 0))) {
					if (!(((old & 3) === 0)) || ((old >> 3 >> 0) === 0)) {
						throw$1("sync: inconsistent mutex state");
					}
					delta = -7;
					if (!starving || ((old >> 3 >> 0) === 1)) {
						delta = delta - (4) >> 0;
					}
					atomic.AddInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), delta);
					/* break; */ $s = 2; continue;
				}
				awoke = true;
				iter = 0;
				$s = 8; continue;
			/* } else { */ case 7:
				old = m.state;
			/* } */ case 8:
		$s = 1; continue;
		case 2:
		if (false) {
			race.Acquire((m));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Mutex.ptr.prototype.lockSlow, $c: true, $r, awoke, delta, iter, m, new$1, old, queueLifo, starving, waitStartTime, x, x$1, $s};return $f;
	};
	Mutex.prototype.lockSlow = function() { return this.$val.lockSlow(); };
	Mutex.ptr.prototype.Unlock = function() {
		var {m, new$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		if (false) {
			$unused(m.state);
			race.Release((m));
		}
		new$1 = atomic.AddInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), -1);
		/* */ if (!((new$1 === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((new$1 === 0))) { */ case 1:
			$r = m.unlockSlow(new$1); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Mutex.ptr.prototype.Unlock, $c: true, $r, m, new$1, $s};return $f;
	};
	Mutex.prototype.Unlock = function() { return this.$val.Unlock(); };
	Mutex.ptr.prototype.unlockSlow = function(new$1) {
		var {m, new$1, old, $s, $r, $c} = $restore(this, {new$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		if ((((new$1 + 1 >> 0)) & 1) === 0) {
			throw$1("sync: unlock of unlocked mutex");
		}
		/* */ if ((new$1 & 4) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((new$1 & 4) === 0) { */ case 1:
			old = new$1;
			/* while (true) { */ case 4:
				if (((old >> 3 >> 0) === 0) || !(((old & 7) === 0))) {
					$s = -1; return;
				}
				new$1 = ((old - 8 >> 0)) | 2;
				/* */ if (atomic.CompareAndSwapInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), old, new$1)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (atomic.CompareAndSwapInt32((m.$ptr_state || (m.$ptr_state = new ptrType$2(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, m))), old, new$1)) { */ case 6:
					$r = runtime_Semrelease((m.$ptr_sema || (m.$ptr_sema = new ptrType$1(function() { return this.$target.sema; }, function($v) { this.$target.sema = $v; }, m))), false, 1); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = -1; return;
				/* } */ case 7:
				old = m.state;
			$s = 4; continue;
			case 5:
			$s = 3; continue;
		/* } else { */ case 2:
			$r = runtime_Semrelease((m.$ptr_sema || (m.$ptr_sema = new ptrType$1(function() { return this.$target.sema; }, function($v) { this.$target.sema = $v; }, m))), true, 1); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Mutex.ptr.prototype.unlockSlow, $c: true, $r, m, new$1, old, $s};return $f;
	};
	Mutex.prototype.unlockSlow = function(new$1) { return this.$val.unlockSlow(new$1); };
	newEntry = function(i) {
		var i, i$24ptr;
		return new entry.ptr(((i$24ptr || (i$24ptr = new ptrType$9(function() { return i; }, function($v) { i = $v; })))));
	};
	Map.ptr.prototype.Load = function(key) {
		var {_entry, _entry$1, _entry$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, e, key, m, ok, read, value, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		value = $ifaceNil;
		ok = false;
		m = this;
		_tuple = $assertType(m.read.Load(), readOnly, true);
		read = $clone(_tuple[0], readOnly);
		_tuple$1 = (_entry = read.m[$emptyInterface.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		e = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok && read.amended) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok && read.amended) { */ case 1:
			$r = m.mu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tuple$2 = $assertType(m.read.Load(), readOnly, true);
			readOnly.copy(read, _tuple$2[0]);
			_tuple$3 = (_entry$1 = read.m[$emptyInterface.keyFor(key)], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$10.nil, false]);
			e = _tuple$3[0];
			ok = _tuple$3[1];
			if (!ok && read.amended) {
				_tuple$4 = (_entry$2 = m.dirty[$emptyInterface.keyFor(key)], _entry$2 !== undefined ? [_entry$2.v, true] : [ptrType$10.nil, false]);
				e = _tuple$4[0];
				ok = _tuple$4[1];
				m.missLocked();
			}
			$r = m.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (!ok) {
			_tmp = $ifaceNil;
			_tmp$1 = false;
			value = _tmp;
			ok = _tmp$1;
			$s = -1; return [value, ok];
		}
		_tuple$5 = e.load();
		value = _tuple$5[0];
		ok = _tuple$5[1];
		$s = -1; return [value, ok];
		/* */ } return; } var $f = {$blk: Map.ptr.prototype.Load, $c: true, $r, _entry, _entry$1, _entry$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, e, key, m, ok, read, value, $s};return $f;
	};
	Map.prototype.Load = function(key) { return this.$val.Load(key); };
	entry.ptr.prototype.load = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, ok, p, value;
		value = $ifaceNil;
		ok = false;
		e = this;
		p = atomic.LoadPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))));
		if (p === 0 || p === expunged) {
			_tmp = $ifaceNil;
			_tmp$1 = false;
			value = _tmp;
			ok = _tmp$1;
			return [value, ok];
		}
		_tmp$2 = (p).$get();
		_tmp$3 = true;
		value = _tmp$2;
		ok = _tmp$3;
		return [value, ok];
	};
	entry.prototype.load = function() { return this.$val.load(); };
	Map.ptr.prototype.Store = function(key, value) {
		var {_entry, _entry$1, _entry$2, _key, _key$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, e, e$1, e$2, key, m, ok, ok$1, ok$2, read, value, x, $s, $r, $c} = $restore(this, {key, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		value = [value];
		m = this;
		_tuple = $assertType(m.read.Load(), readOnly, true);
		read = $clone(_tuple[0], readOnly);
		_tuple$1 = (_entry = read.m[$emptyInterface.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		e = _tuple$1[0];
		ok = _tuple$1[1];
		if (ok && e.tryStore((value.$ptr || (value.$ptr = new ptrType$9(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, value))))) {
			$s = -1; return;
		}
		$r = m.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple$2 = $assertType(m.read.Load(), readOnly, true);
		readOnly.copy(read, _tuple$2[0]);
		_tuple$3 = (_entry$1 = read.m[$emptyInterface.keyFor(key)], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$10.nil, false]);
		e$1 = _tuple$3[0];
		ok$1 = _tuple$3[1];
		if (ok$1) {
			if (e$1.unexpungeLocked()) {
				_key = key; (m.dirty || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: e$1 };
			}
			e$1.storeLocked((value.$ptr || (value.$ptr = new ptrType$9(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, value))));
		} else {
			_tuple$4 = (_entry$2 = m.dirty[$emptyInterface.keyFor(key)], _entry$2 !== undefined ? [_entry$2.v, true] : [ptrType$10.nil, false]);
			e$2 = _tuple$4[0];
			ok$2 = _tuple$4[1];
			if (ok$2) {
				e$2.storeLocked((value.$ptr || (value.$ptr = new ptrType$9(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, value))));
			} else {
				if (!read.amended) {
					m.dirtyLocked();
					m.read.Store((x = new readOnly.ptr(read.m, true), new x.constructor.elem(x)));
				}
				_key$1 = key; (m.dirty || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key$1)] = { k: _key$1, v: newEntry(value[0]) };
			}
		}
		$r = m.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Map.ptr.prototype.Store, $c: true, $r, _entry, _entry$1, _entry$2, _key, _key$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, e, e$1, e$2, key, m, ok, ok$1, ok$2, read, value, x, $s};return $f;
	};
	Map.prototype.Store = function(key, value) { return this.$val.Store(key, value); };
	entry.ptr.prototype.tryStore = function(i) {
		var e, i, p;
		e = this;
		while (true) {
			p = atomic.LoadPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))));
			if (p === expunged) {
				return false;
			}
			if (atomic.CompareAndSwapPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))), p, (i))) {
				return true;
			}
		}
	};
	entry.prototype.tryStore = function(i) { return this.$val.tryStore(i); };
	entry.ptr.prototype.unexpungeLocked = function() {
		var e, wasExpunged;
		wasExpunged = false;
		e = this;
		wasExpunged = atomic.CompareAndSwapPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))), expunged, 0);
		return wasExpunged;
	};
	entry.prototype.unexpungeLocked = function() { return this.$val.unexpungeLocked(); };
	entry.ptr.prototype.storeLocked = function(i) {
		var e, i;
		e = this;
		atomic.StorePointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))), (i));
	};
	entry.prototype.storeLocked = function(i) { return this.$val.storeLocked(i); };
	Map.ptr.prototype.LoadOrStore = function(key, value) {
		var {_entry, _entry$1, _entry$2, _key, _key$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, actual, actual$1, e, e$1, e$2, key, loaded, loaded$1, m, ok, ok$1, ok$2, ok$3, read, value, x, $s, $r, $c} = $restore(this, {key, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		actual = $ifaceNil;
		loaded = false;
		m = this;
		_tuple = $assertType(m.read.Load(), readOnly, true);
		read = $clone(_tuple[0], readOnly);
		_tuple$1 = (_entry = read.m[$emptyInterface.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		e = _tuple$1[0];
		ok = _tuple$1[1];
		if (ok) {
			_tuple$2 = e.tryLoadOrStore(value);
			actual$1 = _tuple$2[0];
			loaded$1 = _tuple$2[1];
			ok$1 = _tuple$2[2];
			if (ok$1) {
				_tmp = actual$1;
				_tmp$1 = loaded$1;
				actual = _tmp;
				loaded = _tmp$1;
				$s = -1; return [actual, loaded];
			}
		}
		$r = m.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple$3 = $assertType(m.read.Load(), readOnly, true);
		readOnly.copy(read, _tuple$3[0]);
		_tuple$4 = (_entry$1 = read.m[$emptyInterface.keyFor(key)], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$10.nil, false]);
		e$1 = _tuple$4[0];
		ok$2 = _tuple$4[1];
		if (ok$2) {
			if (e$1.unexpungeLocked()) {
				_key = key; (m.dirty || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: e$1 };
			}
			_tuple$5 = e$1.tryLoadOrStore(value);
			actual = _tuple$5[0];
			loaded = _tuple$5[1];
		} else {
			_tuple$6 = (_entry$2 = m.dirty[$emptyInterface.keyFor(key)], _entry$2 !== undefined ? [_entry$2.v, true] : [ptrType$10.nil, false]);
			e$2 = _tuple$6[0];
			ok$3 = _tuple$6[1];
			if (ok$3) {
				_tuple$7 = e$2.tryLoadOrStore(value);
				actual = _tuple$7[0];
				loaded = _tuple$7[1];
				m.missLocked();
			} else {
				if (!read.amended) {
					m.dirtyLocked();
					m.read.Store((x = new readOnly.ptr(read.m, true), new x.constructor.elem(x)));
				}
				_key$1 = key; (m.dirty || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key$1)] = { k: _key$1, v: newEntry(value) };
				_tmp$2 = value;
				_tmp$3 = false;
				actual = _tmp$2;
				loaded = _tmp$3;
			}
		}
		$r = m.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$4 = actual;
		_tmp$5 = loaded;
		actual = _tmp$4;
		loaded = _tmp$5;
		$s = -1; return [actual, loaded];
		/* */ } return; } var $f = {$blk: Map.ptr.prototype.LoadOrStore, $c: true, $r, _entry, _entry$1, _entry$2, _key, _key$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, actual, actual$1, e, e$1, e$2, key, loaded, loaded$1, m, ok, ok$1, ok$2, ok$3, read, value, x, $s};return $f;
	};
	Map.prototype.LoadOrStore = function(key, value) { return this.$val.LoadOrStore(key, value); };
	entry.ptr.prototype.tryLoadOrStore = function(i) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, actual, e, i, ic, ic$24ptr, loaded, ok, p;
		actual = $ifaceNil;
		loaded = false;
		ok = false;
		e = this;
		p = atomic.LoadPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))));
		if (p === expunged) {
			_tmp = $ifaceNil;
			_tmp$1 = false;
			_tmp$2 = false;
			actual = _tmp;
			loaded = _tmp$1;
			ok = _tmp$2;
			return [actual, loaded, ok];
		}
		if (!(p === 0)) {
			_tmp$3 = (p).$get();
			_tmp$4 = true;
			_tmp$5 = true;
			actual = _tmp$3;
			loaded = _tmp$4;
			ok = _tmp$5;
			return [actual, loaded, ok];
		}
		ic = i;
		while (true) {
			if (atomic.CompareAndSwapPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))), 0, ((ic$24ptr || (ic$24ptr = new ptrType$9(function() { return ic; }, function($v) { ic = $v; })))))) {
				_tmp$6 = i;
				_tmp$7 = false;
				_tmp$8 = true;
				actual = _tmp$6;
				loaded = _tmp$7;
				ok = _tmp$8;
				return [actual, loaded, ok];
			}
			p = atomic.LoadPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))));
			if (p === expunged) {
				_tmp$9 = $ifaceNil;
				_tmp$10 = false;
				_tmp$11 = false;
				actual = _tmp$9;
				loaded = _tmp$10;
				ok = _tmp$11;
				return [actual, loaded, ok];
			}
			if (!(p === 0)) {
				_tmp$12 = (p).$get();
				_tmp$13 = true;
				_tmp$14 = true;
				actual = _tmp$12;
				loaded = _tmp$13;
				ok = _tmp$14;
				return [actual, loaded, ok];
			}
		}
	};
	entry.prototype.tryLoadOrStore = function(i) { return this.$val.tryLoadOrStore(i); };
	Map.ptr.prototype.LoadAndDelete = function(key) {
		var {_entry, _entry$1, _entry$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, e, key, loaded, m, ok, read, value, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		value = $ifaceNil;
		loaded = false;
		m = this;
		_tuple = $assertType(m.read.Load(), readOnly, true);
		read = $clone(_tuple[0], readOnly);
		_tuple$1 = (_entry = read.m[$emptyInterface.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		e = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok && read.amended) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok && read.amended) { */ case 1:
			$r = m.mu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tuple$2 = $assertType(m.read.Load(), readOnly, true);
			readOnly.copy(read, _tuple$2[0]);
			_tuple$3 = (_entry$1 = read.m[$emptyInterface.keyFor(key)], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$10.nil, false]);
			e = _tuple$3[0];
			ok = _tuple$3[1];
			if (!ok && read.amended) {
				_tuple$4 = (_entry$2 = m.dirty[$emptyInterface.keyFor(key)], _entry$2 !== undefined ? [_entry$2.v, true] : [ptrType$10.nil, false]);
				e = _tuple$4[0];
				ok = _tuple$4[1];
				delete m.dirty[$emptyInterface.keyFor(key)];
				m.missLocked();
			}
			$r = m.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (ok) {
			_tuple$5 = e.delete$();
			value = _tuple$5[0];
			loaded = _tuple$5[1];
			$s = -1; return [value, loaded];
		}
		_tmp = $ifaceNil;
		_tmp$1 = false;
		value = _tmp;
		loaded = _tmp$1;
		$s = -1; return [value, loaded];
		/* */ } return; } var $f = {$blk: Map.ptr.prototype.LoadAndDelete, $c: true, $r, _entry, _entry$1, _entry$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, e, key, loaded, m, ok, read, value, $s};return $f;
	};
	Map.prototype.LoadAndDelete = function(key) { return this.$val.LoadAndDelete(key); };
	Map.ptr.prototype.Delete = function(key) {
		var {_r, key, m, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r = m.LoadAndDelete(key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Map.ptr.prototype.Delete, $c: true, $r, _r, key, m, $s};return $f;
	};
	Map.prototype.Delete = function(key) { return this.$val.Delete(key); };
	entry.ptr.prototype.delete$ = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, ok, p, value;
		value = $ifaceNil;
		ok = false;
		e = this;
		while (true) {
			p = atomic.LoadPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))));
			if (p === 0 || p === expunged) {
				_tmp = $ifaceNil;
				_tmp$1 = false;
				value = _tmp;
				ok = _tmp$1;
				return [value, ok];
			}
			if (atomic.CompareAndSwapPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))), p, 0)) {
				_tmp$2 = (p).$get();
				_tmp$3 = true;
				value = _tmp$2;
				ok = _tmp$3;
				return [value, ok];
			}
		}
	};
	entry.prototype.delete$ = function() { return this.$val.delete$(); };
	Map.ptr.prototype.Range = function(f) {
		var {_entry, _i, _keys, _r, _ref, _tuple, _tuple$1, _tuple$2, e, f, k, m, ok, read, v, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_tuple = $assertType(m.read.Load(), readOnly, true);
		read = $clone(_tuple[0], readOnly);
		/* */ if (read.amended) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (read.amended) { */ case 1:
			$r = m.mu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tuple$1 = $assertType(m.read.Load(), readOnly, true);
			readOnly.copy(read, _tuple$1[0]);
			if (read.amended) {
				readOnly.copy(read, new readOnly.ptr(m.dirty, false));
				m.read.Store(new read.constructor.elem(read));
				m.dirty = false;
				m.misses = 0;
			}
			$r = m.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_ref = read.m;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 5:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 6; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 5; continue;
			}
			k = _entry.k;
			e = _entry.v;
			_tuple$2 = e.load();
			v = _tuple$2[0];
			ok = _tuple$2[1];
			if (!ok) {
				_i++;
				/* continue; */ $s = 5; continue;
			}
			_r = f(k, v); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (!_r) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!_r) { */ case 7:
				/* break; */ $s = 6; continue;
			/* } */ case 8:
			_i++;
		$s = 5; continue;
		case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Map.ptr.prototype.Range, $c: true, $r, _entry, _i, _keys, _r, _ref, _tuple, _tuple$1, _tuple$2, e, f, k, m, ok, read, v, $s};return $f;
	};
	Map.prototype.Range = function(f) { return this.$val.Range(f); };
	Map.ptr.prototype.missLocked = function() {
		var m, x;
		m = this;
		m.misses = m.misses + (1) >> 0;
		if (m.misses < $keys(m.dirty).length) {
			return;
		}
		m.read.Store((x = new readOnly.ptr(m.dirty, false), new x.constructor.elem(x)));
		m.dirty = false;
		m.misses = 0;
	};
	Map.prototype.missLocked = function() { return this.$val.missLocked(); };
	Map.ptr.prototype.dirtyLocked = function() {
		var _entry, _i, _key, _keys, _ref, _tuple, e, k, m, read, x;
		m = this;
		if (!(m.dirty === false)) {
			return;
		}
		_tuple = $assertType(m.read.Load(), readOnly, true);
		read = $clone(_tuple[0], readOnly);
		m.dirty = (x = $keys(read.m).length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_ref = read.m;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			e = _entry.v;
			if (!e.tryExpungeLocked()) {
				_key = k; (m.dirty || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: e };
			}
			_i++;
		}
	};
	Map.prototype.dirtyLocked = function() { return this.$val.dirtyLocked(); };
	entry.ptr.prototype.tryExpungeLocked = function() {
		var e, isExpunged, p;
		isExpunged = false;
		e = this;
		p = atomic.LoadPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))));
		while (true) {
			if (!(p === 0)) { break; }
			if (atomic.CompareAndSwapPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))), 0, expunged)) {
				isExpunged = true;
				return isExpunged;
			}
			p = atomic.LoadPointer((e.$ptr_p || (e.$ptr_p = new ptrType$5(function() { return this.$target.p; }, function($v) { this.$target.p = $v; }, e))));
		}
		isExpunged = p === expunged;
		return isExpunged;
	};
	entry.prototype.tryExpungeLocked = function() { return this.$val.tryExpungeLocked(); };
	NewCond = function(l) {
		var l;
		return new Cond.ptr(new noCopy.ptr(), l, new notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil);
	};
	$pkg.NewCond = NewCond;
	noCopy.ptr.prototype.Lock = function() {
	};
	noCopy.prototype.Lock = function() { return this.$val.Lock(); };
	noCopy.ptr.prototype.Unlock = function() {
	};
	noCopy.prototype.Unlock = function() { return this.$val.Unlock(); };
	WaitGroup.ptr.prototype.Add = function(delta) {
		var delta, wg;
		wg = this;
		wg.counter = wg.counter + (delta) >> 0;
		if (wg.counter < 0) {
			$panic(new $String("sync: negative WaitGroup counter"));
		}
		if (wg.counter > 0 && wg.ch === $chanNil) {
			wg.ch = new $Chan(structType, 0);
		}
		if ((wg.counter === 0) && !(wg.ch === $chanNil)) {
			$close(wg.ch);
			wg.ch = $chanNil;
		}
	};
	WaitGroup.prototype.Add = function(delta) { return this.$val.Add(delta); };
	WaitGroup.ptr.prototype.Wait = function() {
		var {_r, wg, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		wg = this;
		/* */ if (wg.counter > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (wg.counter > 0) { */ case 1:
			_r = $recv(wg.ch); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r[0];
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: WaitGroup.ptr.prototype.Wait, $c: true, $r, _r, wg, $s};return $f;
	};
	WaitGroup.prototype.Wait = function() { return this.$val.Wait(); };
	runtime_Semacquire = function(s) {
		var {s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = runtime_SemacquireMutex(s, false, 1); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: runtime_Semacquire, $c: true, $r, s, $s};return $f;
	};
	$linknames["sync.runtime_Semacquire"] = runtime_Semacquire;
	runtime_SemacquireMutex = function(s, lifo, skipframes) {
		var {_entry, _entry$1, _entry$2, _entry$3, _entry$4, _key, _key$1, _key$2, _r, ch, lifo, s, skipframes, $s, $r, $c} = $restore(this, {s, lifo, skipframes});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (((s.$get() - (_entry = semAwoken[ptrType$1.keyFor(s)], _entry !== undefined ? _entry.v : 0) >>> 0)) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (((s.$get() - (_entry = semAwoken[ptrType$1.keyFor(s)], _entry !== undefined ? _entry.v : 0) >>> 0)) === 0) { */ case 1:
			ch = new $Chan($Bool, 0);
			if (lifo) {
				_key = s; (semWaiters || $throwRuntimeError("assignment to entry in nil map"))[ptrType$1.keyFor(_key)] = { k: _key, v: $appendSlice(new sliceType$2([ch]), (_entry$1 = semWaiters[ptrType$1.keyFor(s)], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil)) };
			} else {
				_key$1 = s; (semWaiters || $throwRuntimeError("assignment to entry in nil map"))[ptrType$1.keyFor(_key$1)] = { k: _key$1, v: $append((_entry$2 = semWaiters[ptrType$1.keyFor(s)], _entry$2 !== undefined ? _entry$2.v : sliceType$2.nil), ch) };
			}
			_r = $recv(ch); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r[0];
			_key$2 = s; (semAwoken || $throwRuntimeError("assignment to entry in nil map"))[ptrType$1.keyFor(_key$2)] = { k: _key$2, v: (_entry$3 = semAwoken[ptrType$1.keyFor(s)], _entry$3 !== undefined ? _entry$3.v : 0) - (1) >>> 0 };
			if ((_entry$4 = semAwoken[ptrType$1.keyFor(s)], _entry$4 !== undefined ? _entry$4.v : 0) === 0) {
				delete semAwoken[ptrType$1.keyFor(s)];
			}
		/* } */ case 2:
		s.$set(s.$get() - (1) >>> 0);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: runtime_SemacquireMutex, $c: true, $r, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _key, _key$1, _key$2, _r, ch, lifo, s, skipframes, $s};return $f;
	};
	runtime_Semrelease = function(s, handoff, skipframes) {
		var {_entry, _entry$1, _key, _key$1, ch, handoff, s, skipframes, w, $s, $r, $c} = $restore(this, {s, handoff, skipframes});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s.$set(s.$get() + (1) >>> 0);
		w = (_entry = semWaiters[ptrType$1.keyFor(s)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		if (w.$length === 0) {
			$s = -1; return;
		}
		ch = (0 >= w.$length ? ($throwRuntimeError("index out of range"), undefined) : w.$array[w.$offset + 0]);
		w = $subslice(w, 1);
		_key = s; (semWaiters || $throwRuntimeError("assignment to entry in nil map"))[ptrType$1.keyFor(_key)] = { k: _key, v: w };
		if (w.$length === 0) {
			delete semWaiters[ptrType$1.keyFor(s)];
		}
		_key$1 = s; (semAwoken || $throwRuntimeError("assignment to entry in nil map"))[ptrType$1.keyFor(_key$1)] = { k: _key$1, v: (_entry$1 = semAwoken[ptrType$1.keyFor(s)], _entry$1 !== undefined ? _entry$1.v : 0) + (1) >>> 0 };
		$r = $send(ch, true); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: runtime_Semrelease, $c: true, $r, _entry, _entry$1, _key, _key$1, ch, handoff, s, skipframes, w, $s};return $f;
	};
	$linknames["sync.runtime_Semrelease"] = runtime_Semrelease;
	runtime_notifyListCheck = function(size) {
		var size;
	};
	runtime_canSpin = function(i) {
		var i;
		return false;
	};
	runtime_nanotime = function() {
		return $mul64($internalize(new ($global.Date)().getTime(), $Int64), new $Int64(0, 1000000));
	};
	throw$1 = function(s) {
		var s;
		$throwRuntimeError($externalize(s, $String));
	};
	Pool.ptr.prototype.Get = function() {
		var {$24r, _r, p, x, x$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (p.store.$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.store.$length === 0) { */ case 1:
			/* */ if (!(p.New === $throwNilPointerError)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(p.New === $throwNilPointerError)) { */ case 3:
				_r = p.New(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		x$2 = (x = p.store, x$1 = p.store.$length - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		p.store = $subslice(p.store, 0, (p.store.$length - 1 >> 0));
		$s = -1; return x$2;
		/* */ } return; } var $f = {$blk: Pool.ptr.prototype.Get, $c: true, $r, $24r, _r, p, x, x$1, x$2, $s};return $f;
	};
	Pool.prototype.Get = function() { return this.$val.Get(); };
	Pool.ptr.prototype.Put = function(x) {
		var p, x;
		p = this;
		if ($interfaceIsEqual(x, $ifaceNil)) {
			return;
		}
		p.store = $append(p.store, x);
	};
	Pool.prototype.Put = function(x) { return this.$val.Put(x); };
	Cond.ptr.prototype.Wait = function() {
		var {_r, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		c.n = c.n + (1) >> 0;
		if (c.ch === $chanNil) {
			c.ch = new $Chan($Bool, 0);
		}
		$r = c.L.Unlock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = $recv(c.ch); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r[0];
		$r = c.L.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Cond.ptr.prototype.Wait, $c: true, $r, _r, c, $s};return $f;
	};
	Cond.prototype.Wait = function() { return this.$val.Wait(); };
	Cond.ptr.prototype.Signal = function() {
		var {c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c.n === 0) {
			$s = -1; return;
		}
		c.n = c.n - (1) >> 0;
		$r = $send(c.ch, true); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Cond.ptr.prototype.Signal, $c: true, $r, c, $s};return $f;
	};
	Cond.prototype.Signal = function() { return this.$val.Signal(); };
	Cond.ptr.prototype.Broadcast = function() {
		var {c, i, n, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		n = c.n;
		c.n = 0;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 2; continue; }
			$r = $send(c.ch, true); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Cond.ptr.prototype.Broadcast, $c: true, $r, c, i, n, $s};return $f;
	};
	Cond.prototype.Broadcast = function() { return this.$val.Broadcast(); };
	ptrType$4.methods = [{prop: "RLock", name: "RLock", pkg: "", typ: $funcType([], [], false)}, {prop: "TryRLock", name: "TryRLock", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "RUnlock", name: "RUnlock", pkg: "", typ: $funcType([], [], false)}, {prop: "rUnlockSlow", name: "rUnlockSlow", pkg: "sync", typ: $funcType([$Int32], [], false)}, {prop: "Lock", name: "Lock", pkg: "", typ: $funcType([], [], false)}, {prop: "TryLock", name: "TryLock", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Unlock", name: "Unlock", pkg: "", typ: $funcType([], [], false)}, {prop: "RLocker", name: "RLocker", pkg: "", typ: $funcType([], [Locker], false)}];
	ptrType$3.methods = [{prop: "Lock", name: "Lock", pkg: "", typ: $funcType([], [], false)}, {prop: "Unlock", name: "Unlock", pkg: "", typ: $funcType([], [], false)}];
	ptrType$14.methods = [{prop: "Do", name: "Do", pkg: "", typ: $funcType([funcType], [], false)}, {prop: "doSlow", name: "doSlow", pkg: "sync", typ: $funcType([funcType], [], false)}];
	ptrType$15.methods = [{prop: "Lock", name: "Lock", pkg: "", typ: $funcType([], [], false)}, {prop: "TryLock", name: "TryLock", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "lockSlow", name: "lockSlow", pkg: "sync", typ: $funcType([], [], false)}, {prop: "Unlock", name: "Unlock", pkg: "", typ: $funcType([], [], false)}, {prop: "unlockSlow", name: "unlockSlow", pkg: "sync", typ: $funcType([$Int32], [], false)}];
	ptrType$16.methods = [{prop: "Load", name: "Load", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface, $Bool], false)}, {prop: "Store", name: "Store", pkg: "", typ: $funcType([$emptyInterface, $emptyInterface], [], false)}, {prop: "LoadOrStore", name: "LoadOrStore", pkg: "", typ: $funcType([$emptyInterface, $emptyInterface], [$emptyInterface, $Bool], false)}, {prop: "LoadAndDelete", name: "LoadAndDelete", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface, $Bool], false)}, {prop: "Delete", name: "Delete", pkg: "", typ: $funcType([$emptyInterface], [], false)}, {prop: "Range", name: "Range", pkg: "", typ: $funcType([funcType$1], [], false)}, {prop: "missLocked", name: "missLocked", pkg: "sync", typ: $funcType([], [], false)}, {prop: "dirtyLocked", name: "dirtyLocked", pkg: "sync", typ: $funcType([], [], false)}];
	ptrType$10.methods = [{prop: "load", name: "load", pkg: "sync", typ: $funcType([], [$emptyInterface, $Bool], false)}, {prop: "tryStore", name: "tryStore", pkg: "sync", typ: $funcType([ptrType$9], [$Bool], false)}, {prop: "unexpungeLocked", name: "unexpungeLocked", pkg: "sync", typ: $funcType([], [$Bool], false)}, {prop: "storeLocked", name: "storeLocked", pkg: "sync", typ: $funcType([ptrType$9], [], false)}, {prop: "tryLoadOrStore", name: "tryLoadOrStore", pkg: "sync", typ: $funcType([$emptyInterface], [$emptyInterface, $Bool, $Bool], false)}, {prop: "delete$", name: "delete", pkg: "sync", typ: $funcType([], [$emptyInterface, $Bool], false)}, {prop: "tryExpungeLocked", name: "tryExpungeLocked", pkg: "sync", typ: $funcType([], [$Bool], false)}];
	ptrType$17.methods = [{prop: "check", name: "check", pkg: "sync", typ: $funcType([], [], false)}];
	ptrType$18.methods = [{prop: "Lock", name: "Lock", pkg: "", typ: $funcType([], [], false)}, {prop: "Unlock", name: "Unlock", pkg: "", typ: $funcType([], [], false)}];
	ptrType$19.methods = [{prop: "state", name: "state", pkg: "sync", typ: $funcType([], [ptrType, ptrType$1], false)}, {prop: "Done", name: "Done", pkg: "", typ: $funcType([], [], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Wait", name: "Wait", pkg: "", typ: $funcType([], [], false)}];
	ptrType$20.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "Put", name: "Put", pkg: "", typ: $funcType([$emptyInterface], [], false)}];
	ptrType$21.methods = [{prop: "Wait", name: "Wait", pkg: "", typ: $funcType([], [], false)}, {prop: "Signal", name: "Signal", pkg: "", typ: $funcType([], [], false)}, {prop: "Broadcast", name: "Broadcast", pkg: "", typ: $funcType([], [], false)}];
	RWMutex.init("sync", [{prop: "w", name: "w", embedded: false, exported: false, typ: Mutex, tag: ""}, {prop: "writerSem", name: "writerSem", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "readerSem", name: "readerSem", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "readerCount", name: "readerCount", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "readerWait", name: "readerWait", embedded: false, exported: false, typ: $Int32, tag: ""}]);
	rlocker.init("sync", [{prop: "w", name: "w", embedded: false, exported: false, typ: Mutex, tag: ""}, {prop: "writerSem", name: "writerSem", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "readerSem", name: "readerSem", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "readerCount", name: "readerCount", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "readerWait", name: "readerWait", embedded: false, exported: false, typ: $Int32, tag: ""}]);
	notifyList.init("sync", [{prop: "wait", name: "wait", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "notify", name: "notify", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "lock", name: "lock", embedded: false, exported: false, typ: $Uintptr, tag: ""}, {prop: "head", name: "head", embedded: false, exported: false, typ: $UnsafePointer, tag: ""}, {prop: "tail", name: "tail", embedded: false, exported: false, typ: $UnsafePointer, tag: ""}]);
	Once.init("sync", [{prop: "done", name: "done", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "m", name: "m", embedded: false, exported: false, typ: Mutex, tag: ""}]);
	Mutex.init("sync", [{prop: "state", name: "state", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "sema", name: "sema", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	Locker.init([{prop: "Lock", name: "Lock", pkg: "", typ: $funcType([], [], false)}, {prop: "Unlock", name: "Unlock", pkg: "", typ: $funcType([], [], false)}]);
	Map.init("sync", [{prop: "mu", name: "mu", embedded: false, exported: false, typ: Mutex, tag: ""}, {prop: "read", name: "read", embedded: false, exported: false, typ: atomic.Value, tag: ""}, {prop: "dirty", name: "dirty", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "misses", name: "misses", embedded: false, exported: false, typ: $Int, tag: ""}]);
	readOnly.init("sync", [{prop: "m", name: "m", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "amended", name: "amended", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	entry.init("sync", [{prop: "p", name: "p", embedded: false, exported: false, typ: $UnsafePointer, tag: ""}]);
	noCopy.init("", []);
	WaitGroup.init("sync", [{prop: "counter", name: "counter", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "ch", name: "ch", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "state1", name: "state1", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "state2", name: "state2", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	Pool.init("sync", [{prop: "store", name: "store", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "New", name: "New", embedded: false, exported: true, typ: funcType$2, tag: ""}]);
	Cond.init("sync", [{prop: "noCopy", name: "noCopy", embedded: false, exported: false, typ: noCopy, tag: ""}, {prop: "L", name: "L", embedded: false, exported: true, typ: Locker, tag: ""}, {prop: "notify", name: "notify", embedded: false, exported: false, typ: notifyList, tag: ""}, {prop: "checker", name: "checker", embedded: false, exported: false, typ: copyChecker, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "ch", name: "ch", embedded: false, exported: false, typ: chanType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = race.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		expunged = (new Uint8Array(8));
		semWaiters = {};
		semAwoken = {};
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["io"] = (function() {
	var $pkg = {}, $init, errors, sync, eofReader, multiReader, Reader, Writer, Closer, ReadWriter, ReadCloser, WriteCloser, ReadWriteCloser, ReaderFrom, WriterTo, ReaderAt, ByteReader, ByteScanner, ByteWriter, RuneScanner, StringWriter, LimitedReader, SectionReader, discard, nopCloser, sliceType, sliceType$1, ptrType$1, ptrType$2, sliceType$2, ptrType$3, ptrType$8, errInvalidWrite, errWhence, errOffset, blackHolePool, x, MultiReader, WriteString, ReadAtLeast, ReadFull, CopyN, Copy, CopyBuffer, copyBuffer, LimitReader, NewSectionReader, NopCloser, ReadAll;
	errors = $packages["errors"];
	sync = $packages["sync"];
	eofReader = $pkg.eofReader = $newType(0, $kindStruct, "io.eofReader", true, "io", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	multiReader = $pkg.multiReader = $newType(0, $kindStruct, "io.multiReader", true, "io", false, function(readers_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.readers = sliceType$2.nil;
			return;
		}
		this.readers = readers_;
	});
	Reader = $pkg.Reader = $newType(8, $kindInterface, "io.Reader", true, "io", true, null);
	Writer = $pkg.Writer = $newType(8, $kindInterface, "io.Writer", true, "io", true, null);
	Closer = $pkg.Closer = $newType(8, $kindInterface, "io.Closer", true, "io", true, null);
	ReadWriter = $pkg.ReadWriter = $newType(8, $kindInterface, "io.ReadWriter", true, "io", true, null);
	ReadCloser = $pkg.ReadCloser = $newType(8, $kindInterface, "io.ReadCloser", true, "io", true, null);
	WriteCloser = $pkg.WriteCloser = $newType(8, $kindInterface, "io.WriteCloser", true, "io", true, null);
	ReadWriteCloser = $pkg.ReadWriteCloser = $newType(8, $kindInterface, "io.ReadWriteCloser", true, "io", true, null);
	ReaderFrom = $pkg.ReaderFrom = $newType(8, $kindInterface, "io.ReaderFrom", true, "io", true, null);
	WriterTo = $pkg.WriterTo = $newType(8, $kindInterface, "io.WriterTo", true, "io", true, null);
	ReaderAt = $pkg.ReaderAt = $newType(8, $kindInterface, "io.ReaderAt", true, "io", true, null);
	ByteReader = $pkg.ByteReader = $newType(8, $kindInterface, "io.ByteReader", true, "io", true, null);
	ByteScanner = $pkg.ByteScanner = $newType(8, $kindInterface, "io.ByteScanner", true, "io", true, null);
	ByteWriter = $pkg.ByteWriter = $newType(8, $kindInterface, "io.ByteWriter", true, "io", true, null);
	RuneScanner = $pkg.RuneScanner = $newType(8, $kindInterface, "io.RuneScanner", true, "io", true, null);
	StringWriter = $pkg.StringWriter = $newType(8, $kindInterface, "io.StringWriter", true, "io", true, null);
	LimitedReader = $pkg.LimitedReader = $newType(0, $kindStruct, "io.LimitedReader", true, "io", true, function(R_, N_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.R = $ifaceNil;
			this.N = new $Int64(0, 0);
			return;
		}
		this.R = R_;
		this.N = N_;
	});
	SectionReader = $pkg.SectionReader = $newType(0, $kindStruct, "io.SectionReader", true, "io", true, function(r_, base_, off_, limit_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = $ifaceNil;
			this.base = new $Int64(0, 0);
			this.off = new $Int64(0, 0);
			this.limit = new $Int64(0, 0);
			return;
		}
		this.r = r_;
		this.base = base_;
		this.off = off_;
		this.limit = limit_;
	});
	discard = $pkg.discard = $newType(0, $kindStruct, "io.discard", true, "io", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	nopCloser = $pkg.nopCloser = $newType(0, $kindStruct, "io.nopCloser", true, "io", false, function(Reader_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Reader = $ifaceNil;
			return;
		}
		this.Reader = Reader_;
	});
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($Uint8);
	ptrType$1 = $ptrType(sliceType$1);
	ptrType$2 = $ptrType(multiReader);
	sliceType$2 = $sliceType(Reader);
	ptrType$3 = $ptrType(LimitedReader);
	ptrType$8 = $ptrType(SectionReader);
	eofReader.ptr.prototype.Read = function(param) {
		var param;
		return [0, $pkg.EOF];
	};
	eofReader.prototype.Read = function(param) { return this.$val.Read(param); };
	multiReader.ptr.prototype.Read = function(p) {
		var {_r, _tmp, _tmp$1, _tuple, _tuple$1, err, mr, n, ok, p, r, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		mr = this;
		/* while (true) { */ case 1:
			/* if (!(mr.readers.$length > 0)) { break; } */ if(!(mr.readers.$length > 0)) { $s = 2; continue; }
			if (mr.readers.$length === 1) {
				_tuple = $assertType((x$2 = mr.readers, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])), ptrType$2, true);
				r = _tuple[0];
				ok = _tuple[1];
				if (ok) {
					mr.readers = r.readers;
					/* continue; */ $s = 1; continue;
				}
			}
			_r = (x$3 = mr.readers, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0])).Read(p); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$1 = _r;
			n = _tuple$1[0];
			err = _tuple$1[1];
			if ($interfaceIsEqual(err, $pkg.EOF)) {
				(x$5 = mr.readers, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0] = (x$4 = new eofReader.ptr(), new x$4.constructor.elem(x$4))));
				mr.readers = $subslice(mr.readers, 1);
			}
			if (n > 0 || !($interfaceIsEqual(err, $pkg.EOF))) {
				if ($interfaceIsEqual(err, $pkg.EOF) && mr.readers.$length > 0) {
					err = $ifaceNil;
				}
				$s = -1; return [n, err];
			}
		$s = 1; continue;
		case 2:
		_tmp = 0;
		_tmp$1 = $pkg.EOF;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: multiReader.ptr.prototype.Read, $c: true, $r, _r, _tmp, _tmp$1, _tuple, _tuple$1, err, mr, n, ok, p, r, x$2, x$3, x$4, x$5, $s};return $f;
	};
	multiReader.prototype.Read = function(p) { return this.$val.Read(p); };
	MultiReader = function(readers) {
		var r, readers;
		r = $makeSlice(sliceType$2, readers.$length);
		$copySlice(r, readers);
		return new multiReader.ptr(r);
	};
	$pkg.MultiReader = MultiReader;
	WriteString = function(w, s) {
		var {$24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, err, n, ok, s, sw, w, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		_tuple = $assertType(w, StringWriter, true);
		sw = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = sw.WriteString(s); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$1 = _r;
			n = _tuple$1[0];
			err = _tuple$1[1];
			$24r = [n, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = w.Write((new sliceType$1($stringToBytes(s)))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$2 = _r$1;
		n = _tuple$2[0];
		err = _tuple$2[1];
		$24r$1 = [n, err];
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: WriteString, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, err, n, ok, s, sw, w, $s};return $f;
	};
	$pkg.WriteString = WriteString;
	ReadAtLeast = function(r, buf, min) {
		var {_r, _tmp, _tmp$1, _tuple, buf, err, min, n, nn, r, $s, $r, $c} = $restore(this, {r, buf, min});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		if (buf.$length < min) {
			_tmp = 0;
			_tmp$1 = $pkg.ErrShortBuffer;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		/* while (true) { */ case 1:
			/* if (!(n < min && $interfaceIsEqual(err, $ifaceNil))) { break; } */ if(!(n < min && $interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
			nn = 0;
			_r = r.Read($subslice(buf, n)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			nn = _tuple[0];
			err = _tuple[1];
			n = n + (nn) >> 0;
		$s = 1; continue;
		case 2:
		if (n >= min) {
			err = $ifaceNil;
		} else if (n > 0 && $interfaceIsEqual(err, $pkg.EOF)) {
			err = $pkg.ErrUnexpectedEOF;
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: ReadAtLeast, $c: true, $r, _r, _tmp, _tmp$1, _tuple, buf, err, min, n, nn, r, $s};return $f;
	};
	$pkg.ReadAtLeast = ReadAtLeast;
	ReadFull = function(r, buf) {
		var {$24r, _r, _tuple, buf, err, n, r, $s, $r, $c} = $restore(this, {r, buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		_r = ReadAtLeast(r, buf, buf.$length); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ReadFull, $c: true, $r, $24r, _r, _tuple, buf, err, n, r, $s};return $f;
	};
	$pkg.ReadFull = ReadFull;
	CopyN = function(dst, src, n) {
		var {_r, _tmp, _tmp$1, _tuple, dst, err, n, src, written, $s, $r, $c} = $restore(this, {dst, src, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		written = new $Int64(0, 0);
		err = $ifaceNil;
		_r = Copy(dst, LimitReader(src, n)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		written = _tuple[0];
		err = _tuple[1];
		if ((written.$high === n.$high && written.$low === n.$low)) {
			_tmp = n;
			_tmp$1 = $ifaceNil;
			written = _tmp;
			err = _tmp$1;
			$s = -1; return [written, err];
		}
		if ((written.$high < n.$high || (written.$high === n.$high && written.$low < n.$low)) && $interfaceIsEqual(err, $ifaceNil)) {
			err = $pkg.EOF;
		}
		$s = -1; return [written, err];
		/* */ } return; } var $f = {$blk: CopyN, $c: true, $r, _r, _tmp, _tmp$1, _tuple, dst, err, n, src, written, $s};return $f;
	};
	$pkg.CopyN = CopyN;
	Copy = function(dst, src) {
		var {$24r, _r, _tuple, dst, err, src, written, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		written = new $Int64(0, 0);
		err = $ifaceNil;
		_r = copyBuffer(dst, src, sliceType$1.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		written = _tuple[0];
		err = _tuple[1];
		$24r = [written, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Copy, $c: true, $r, $24r, _r, _tuple, dst, err, src, written, $s};return $f;
	};
	$pkg.Copy = Copy;
	CopyBuffer = function(dst, src, buf) {
		var {$24r, _r, _tuple, buf, dst, err, src, written, $s, $r, $c} = $restore(this, {dst, src, buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		written = new $Int64(0, 0);
		err = $ifaceNil;
		if (!(buf === sliceType$1.nil) && (buf.$length === 0)) {
			$panic(new $String("empty buffer in CopyBuffer"));
		}
		_r = copyBuffer(dst, src, buf); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		written = _tuple[0];
		err = _tuple[1];
		$24r = [written, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: CopyBuffer, $c: true, $r, $24r, _r, _tuple, buf, dst, err, src, written, $s};return $f;
	};
	$pkg.CopyBuffer = CopyBuffer;
	copyBuffer = function(dst, src, buf) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, buf, dst, er, err, ew, l, nr, nw, ok, ok$1, ok$2, rt, size, src, written, wt, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {dst, src, buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		written = new $Int64(0, 0);
		err = $ifaceNil;
		_tuple = $assertType(src, WriterTo, true);
		wt = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = wt.WriteTo(dst); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$1 = _r;
			written = _tuple$1[0];
			err = _tuple$1[1];
			$24r = [written, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_tuple$2 = $assertType(dst, ReaderFrom, true);
		rt = _tuple$2[0];
		ok$1 = _tuple$2[1];
		/* */ if (ok$1) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (ok$1) { */ case 5:
			_r$1 = rt.ReadFrom(src); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$3 = _r$1;
			written = _tuple$3[0];
			err = _tuple$3[1];
			$24r$1 = [written, err];
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		if (buf === sliceType$1.nil) {
			size = 32768;
			_tuple$4 = $assertType(src, ptrType$3, true);
			l = _tuple$4[0];
			ok$2 = _tuple$4[1];
			if (ok$2 && (x$2 = (new $Int64(0, size)), x$3 = l.N, (x$2.$high > x$3.$high || (x$2.$high === x$3.$high && x$2.$low > x$3.$low)))) {
				if ((x$4 = l.N, (x$4.$high < 0 || (x$4.$high === 0 && x$4.$low < 1)))) {
					size = 1;
				} else {
					size = (((x$5 = l.N, x$5.$low + ((x$5.$high >> 31) * 4294967296)) >> 0));
				}
			}
			buf = $makeSlice(sliceType$1, size);
		}
		/* while (true) { */ case 9:
			_r$2 = src.Read(buf); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$5 = _r$2;
			nr = _tuple$5[0];
			er = _tuple$5[1];
			/* */ if (nr > 0) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (nr > 0) { */ case 12:
				_r$3 = dst.Write($subslice(buf, 0, nr)); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$6 = _r$3;
				nw = _tuple$6[0];
				ew = _tuple$6[1];
				if (nw < 0 || nr < nw) {
					nw = 0;
					if ($interfaceIsEqual(ew, $ifaceNil)) {
						ew = errInvalidWrite;
					}
				}
				written = (x$6 = (new $Int64(0, nw)), new $Int64(written.$high + x$6.$high, written.$low + x$6.$low));
				if (!($interfaceIsEqual(ew, $ifaceNil))) {
					err = ew;
					/* break; */ $s = 10; continue;
				}
				if (!((nr === nw))) {
					err = $pkg.ErrShortWrite;
					/* break; */ $s = 10; continue;
				}
			/* } */ case 13:
			if (!($interfaceIsEqual(er, $ifaceNil))) {
				if (!($interfaceIsEqual(er, $pkg.EOF))) {
					err = er;
				}
				/* break; */ $s = 10; continue;
			}
		$s = 9; continue;
		case 10:
		_tmp = written;
		_tmp$1 = err;
		written = _tmp;
		err = _tmp$1;
		$s = -1; return [written, err];
		/* */ } return; } var $f = {$blk: copyBuffer, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, buf, dst, er, err, ew, l, nr, nw, ok, ok$1, ok$2, rt, size, src, written, wt, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	LimitReader = function(r, n) {
		var n, r;
		return new LimitedReader.ptr(r, n);
	};
	$pkg.LimitReader = LimitReader;
	LimitedReader.ptr.prototype.Read = function(p) {
		var {_r, _tmp, _tmp$1, _tuple, err, l, n, p, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		l = this;
		if ((x$2 = l.N, (x$2.$high < 0 || (x$2.$high === 0 && x$2.$low <= 0)))) {
			_tmp = 0;
			_tmp$1 = $pkg.EOF;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		if ((x$3 = (new $Int64(0, p.$length)), x$4 = l.N, (x$3.$high > x$4.$high || (x$3.$high === x$4.$high && x$3.$low > x$4.$low)))) {
			p = $subslice(p, 0, $flatten64(l.N));
		}
		_r = l.R.Read(p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		l.N = (x$5 = l.N, x$6 = (new $Int64(0, n)), new $Int64(x$5.$high - x$6.$high, x$5.$low - x$6.$low));
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: LimitedReader.ptr.prototype.Read, $c: true, $r, _r, _tmp, _tmp$1, _tuple, err, l, n, p, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	LimitedReader.prototype.Read = function(p) { return this.$val.Read(p); };
	NewSectionReader = function(r, off, n) {
		var n, off, r, remaining, x$2;
		remaining = new $Int64(0, 0);
		if ((x$2 = new $Int64(2147483647 - n.$high, 4294967295 - n.$low), (off.$high < x$2.$high || (off.$high === x$2.$high && off.$low <= x$2.$low)))) {
			remaining = new $Int64(n.$high + off.$high, n.$low + off.$low);
		} else {
			remaining = new $Int64(2147483647, 4294967295);
		}
		return new SectionReader.ptr(r, off, off, remaining);
	};
	$pkg.NewSectionReader = NewSectionReader;
	SectionReader.ptr.prototype.Read = function(p) {
		var {_r, _tmp, _tmp$1, _tuple, err, max, n, p, s, x$2, x$3, x$4, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		s = this;
		if ((x$2 = s.off, x$3 = s.limit, (x$2.$high > x$3.$high || (x$2.$high === x$3.$high && x$2.$low >= x$3.$low)))) {
			_tmp = 0;
			_tmp$1 = $pkg.EOF;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		max = (x$4 = s.limit, x$5 = s.off, new $Int64(x$4.$high - x$5.$high, x$4.$low - x$5.$low));
		if ((x$6 = (new $Int64(0, p.$length)), (x$6.$high > max.$high || (x$6.$high === max.$high && x$6.$low > max.$low)))) {
			p = $subslice(p, 0, $flatten64(max));
		}
		_r = s.r.ReadAt(p, s.off); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		s.off = (x$7 = s.off, x$8 = (new $Int64(0, n)), new $Int64(x$7.$high + x$8.$high, x$7.$low + x$8.$low));
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: SectionReader.ptr.prototype.Read, $c: true, $r, _r, _tmp, _tmp$1, _tuple, err, max, n, p, s, x$2, x$3, x$4, x$5, x$6, x$7, x$8, $s};return $f;
	};
	SectionReader.prototype.Read = function(p) { return this.$val.Read(p); };
	SectionReader.ptr.prototype.Seek = function(offset, whence) {
		var _1, offset, s, whence, x$2, x$3, x$4, x$5, x$6;
		s = this;
		_1 = whence;
		if (_1 === (0)) {
			offset = (x$2 = s.base, new $Int64(offset.$high + x$2.$high, offset.$low + x$2.$low));
		} else if (_1 === (1)) {
			offset = (x$3 = s.off, new $Int64(offset.$high + x$3.$high, offset.$low + x$3.$low));
		} else if (_1 === (2)) {
			offset = (x$4 = s.limit, new $Int64(offset.$high + x$4.$high, offset.$low + x$4.$low));
		} else {
			return [new $Int64(0, 0), errWhence];
		}
		if ((x$5 = s.base, (offset.$high < x$5.$high || (offset.$high === x$5.$high && offset.$low < x$5.$low)))) {
			return [new $Int64(0, 0), errOffset];
		}
		s.off = offset;
		return [(x$6 = s.base, new $Int64(offset.$high - x$6.$high, offset.$low - x$6.$low)), $ifaceNil];
	};
	SectionReader.prototype.Seek = function(offset, whence) { return this.$val.Seek(offset, whence); };
	SectionReader.ptr.prototype.ReadAt = function(p, off) {
		var {$24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, err, max, n, off, p, s, x$2, x$3, x$4, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {p, off});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		s = this;
		if ((off.$high < 0 || (off.$high === 0 && off.$low < 0)) || (x$2 = (x$3 = s.limit, x$4 = s.base, new $Int64(x$3.$high - x$4.$high, x$3.$low - x$4.$low)), (off.$high > x$2.$high || (off.$high === x$2.$high && off.$low >= x$2.$low)))) {
			_tmp = 0;
			_tmp$1 = $pkg.EOF;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		off = (x$5 = s.base, new $Int64(off.$high + x$5.$high, off.$low + x$5.$low));
		max = (x$6 = s.limit, new $Int64(x$6.$high - off.$high, x$6.$low - off.$low));
		/* */ if ((x$7 = (new $Int64(0, p.$length)), (x$7.$high > max.$high || (x$7.$high === max.$high && x$7.$low > max.$low)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x$7 = (new $Int64(0, p.$length)), (x$7.$high > max.$high || (x$7.$high === max.$high && x$7.$low > max.$low)))) { */ case 1:
			p = $subslice(p, 0, $flatten64(max));
			_r = s.r.ReadAt(p, off); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err = _tuple[1];
			if ($interfaceIsEqual(err, $ifaceNil)) {
				err = $pkg.EOF;
			}
			_tmp$2 = n;
			_tmp$3 = err;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		/* } */ case 2:
		_r$1 = s.r.ReadAt(p, off); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		n = _tuple$1[0];
		err = _tuple$1[1];
		$24r = [n, err];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: SectionReader.ptr.prototype.ReadAt, $c: true, $r, $24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, err, max, n, off, p, s, x$2, x$3, x$4, x$5, x$6, x$7, $s};return $f;
	};
	SectionReader.prototype.ReadAt = function(p, off) { return this.$val.ReadAt(p, off); };
	SectionReader.ptr.prototype.Size = function() {
		var s, x$2, x$3;
		s = this;
		return (x$2 = s.limit, x$3 = s.base, new $Int64(x$2.$high - x$3.$high, x$2.$low - x$3.$low));
	};
	SectionReader.prototype.Size = function() { return this.$val.Size(); };
	discard.ptr.prototype.Write = function(p) {
		var p;
		return [p.$length, $ifaceNil];
	};
	discard.prototype.Write = function(p) { return this.$val.Write(p); };
	discard.ptr.prototype.WriteString = function(s) {
		var s;
		return [s.length, $ifaceNil];
	};
	discard.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	discard.ptr.prototype.ReadFrom = function(r) {
		var {_r, _r$1, _tmp, _tmp$1, _tuple, bufp, err, n, r, readSize, x$2, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		_r = blackHolePool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		bufp = $assertType(_r, ptrType$1);
		readSize = 0;
		/* while (true) { */ case 2:
			_r$1 = r.Read(bufp.$get()); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			readSize = _tuple[0];
			err = _tuple[1];
			n = (x$2 = (new $Int64(0, readSize)), new $Int64(n.$high + x$2.$high, n.$low + x$2.$low));
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				blackHolePool.Put(bufp);
				if ($interfaceIsEqual(err, $pkg.EOF)) {
					_tmp = n;
					_tmp$1 = $ifaceNil;
					n = _tmp;
					err = _tmp$1;
					$s = -1; return [n, err];
				}
				$s = -1; return [n, err];
			}
		$s = 2; continue;
		case 3:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: discard.ptr.prototype.ReadFrom, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tuple, bufp, err, n, r, readSize, x$2, $s};return $f;
	};
	discard.prototype.ReadFrom = function(r) { return this.$val.ReadFrom(r); };
	NopCloser = function(r) {
		var r, x$2;
		return (x$2 = new nopCloser.ptr(r), new x$2.constructor.elem(x$2));
	};
	$pkg.NopCloser = NopCloser;
	nopCloser.ptr.prototype.Close = function() {
		return $ifaceNil;
	};
	nopCloser.prototype.Close = function() { return this.$val.Close(); };
	ReadAll = function(r) {
		var {_r, _tuple, b, err, n, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = $makeSlice(sliceType$1, 0, 512);
		/* while (true) { */ case 1:
			if (b.$length === b.$capacity) {
				b = $subslice($append(b, 0), 0, b.$length);
			}
			_r = r.Read($subslice(b, b.$length, b.$capacity)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err = _tuple[1];
			b = $subslice(b, 0, (b.$length + n >> 0));
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				if ($interfaceIsEqual(err, $pkg.EOF)) {
					err = $ifaceNil;
				}
				$s = -1; return [b, err];
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [sliceType$1.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: ReadAll, $c: true, $r, _r, _tuple, b, err, n, r, $s};return $f;
	};
	$pkg.ReadAll = ReadAll;
	eofReader.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}];
	ptrType$2.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}];
	ptrType$3.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}];
	ptrType$8.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Seek", name: "Seek", pkg: "", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}, {prop: "ReadAt", name: "ReadAt", pkg: "", typ: $funcType([sliceType$1, $Int64], [$Int, $error], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int64], false)}];
	discard.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([Reader], [$Int64, $error], false)}];
	nopCloser.methods = [{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	eofReader.init("", []);
	multiReader.init("io", [{prop: "readers", name: "readers", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	Reader.init([{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}]);
	Writer.init([{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}]);
	Closer.init([{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}]);
	ReadWriter.init([{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}]);
	ReadCloser.init([{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}]);
	WriteCloser.init([{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}]);
	ReadWriteCloser.init([{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}]);
	ReaderFrom.init([{prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([Reader], [$Int64, $error], false)}]);
	WriterTo.init([{prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([Writer], [$Int64, $error], false)}]);
	ReaderAt.init([{prop: "ReadAt", name: "ReadAt", pkg: "", typ: $funcType([sliceType$1, $Int64], [$Int, $error], false)}]);
	ByteReader.init([{prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}]);
	ByteScanner.init([{prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}, {prop: "UnreadByte", name: "UnreadByte", pkg: "", typ: $funcType([], [$error], false)}]);
	ByteWriter.init([{prop: "WriteByte", name: "WriteByte", pkg: "", typ: $funcType([$Uint8], [$error], false)}]);
	RuneScanner.init([{prop: "ReadRune", name: "ReadRune", pkg: "", typ: $funcType([], [$Int32, $Int, $error], false)}, {prop: "UnreadRune", name: "UnreadRune", pkg: "", typ: $funcType([], [$error], false)}]);
	StringWriter.init([{prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}]);
	LimitedReader.init("", [{prop: "R", name: "R", embedded: false, exported: true, typ: Reader, tag: ""}, {prop: "N", name: "N", embedded: false, exported: true, typ: $Int64, tag: ""}]);
	SectionReader.init("io", [{prop: "r", name: "r", embedded: false, exported: false, typ: ReaderAt, tag: ""}, {prop: "base", name: "base", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "off", name: "off", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "limit", name: "limit", embedded: false, exported: false, typ: $Int64, tag: ""}]);
	discard.init("", []);
	nopCloser.init("", [{prop: "Reader", name: "Reader", embedded: true, exported: true, typ: Reader, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrClosedPipe = errors.New("io: read/write on closed pipe");
		$pkg.ErrShortWrite = errors.New("short write");
		errInvalidWrite = errors.New("invalid write result");
		$pkg.ErrShortBuffer = errors.New("short buffer");
		$pkg.EOF = errors.New("EOF");
		$pkg.ErrUnexpectedEOF = errors.New("unexpected EOF");
		$pkg.ErrNoProgress = errors.New("multiple Read calls return no data or error");
		errWhence = errors.New("Seek: invalid whence");
		errOffset = errors.New("Seek: invalid offset");
		$pkg.Discard = (x = new discard.ptr(), new x.constructor.elem(x));
		blackHolePool = new sync.Pool.ptr(sliceType.nil, (function() {
			var b, b$24ptr;
			b = $makeSlice(sliceType$1, 8192);
			return (b$24ptr || (b$24ptr = new ptrType$1(function() { return b; }, function($v) { b = $convertSliceType($v, sliceType$1); })));
		}));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["unicode"] = (function() {
	var $pkg = {}, $init, RangeTable, Range16, Range32, CaseRange, d, foldPair, sliceType, sliceType$1, sliceType$2, sliceType$3, arrayType, _L, _Nd, _White_Space, _CaseRanges, properties, asciiFold, caseOrbit, is16, is32, Is, isExcludingLatin, To, ToUpper, ToLower, SimpleFold, IsLetter, IsSpace, IsDigit, to;
	RangeTable = $pkg.RangeTable = $newType(0, $kindStruct, "unicode.RangeTable", true, "unicode", true, function(R16_, R32_, LatinOffset_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.R16 = sliceType.nil;
			this.R32 = sliceType$1.nil;
			this.LatinOffset = 0;
			return;
		}
		this.R16 = R16_;
		this.R32 = R32_;
		this.LatinOffset = LatinOffset_;
	});
	Range16 = $pkg.Range16 = $newType(0, $kindStruct, "unicode.Range16", true, "unicode", true, function(Lo_, Hi_, Stride_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Lo = 0;
			this.Hi = 0;
			this.Stride = 0;
			return;
		}
		this.Lo = Lo_;
		this.Hi = Hi_;
		this.Stride = Stride_;
	});
	Range32 = $pkg.Range32 = $newType(0, $kindStruct, "unicode.Range32", true, "unicode", true, function(Lo_, Hi_, Stride_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Lo = 0;
			this.Hi = 0;
			this.Stride = 0;
			return;
		}
		this.Lo = Lo_;
		this.Hi = Hi_;
		this.Stride = Stride_;
	});
	CaseRange = $pkg.CaseRange = $newType(0, $kindStruct, "unicode.CaseRange", true, "unicode", true, function(Lo_, Hi_, Delta_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Lo = 0;
			this.Hi = 0;
			this.Delta = arrayType.zero();
			return;
		}
		this.Lo = Lo_;
		this.Hi = Hi_;
		this.Delta = Delta_;
	});
	d = $pkg.d = $newType(12, $kindArray, "unicode.d", true, "unicode", false, null);
	foldPair = $pkg.foldPair = $newType(0, $kindStruct, "unicode.foldPair", true, "unicode", false, function(From_, To_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.From = 0;
			this.To = 0;
			return;
		}
		this.From = From_;
		this.To = To_;
	});
	sliceType = $sliceType(Range16);
	sliceType$1 = $sliceType(Range32);
	sliceType$2 = $sliceType(foldPair);
	sliceType$3 = $sliceType(CaseRange);
	arrayType = $arrayType($Int32, 3);
	is16 = function(ranges, r) {
		var _i, _q, _r, _r$1, _ref, hi, i, lo, m, r, range_, range_$1, ranges;
		if (ranges.$length <= 18 || r <= 255) {
			_ref = ranges;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				range_ = ((i < 0 || i >= ranges.$length) ? ($throwRuntimeError("index out of range"), undefined) : ranges.$array[ranges.$offset + i]);
				if (r < range_.Lo) {
					return false;
				}
				if (r <= range_.Hi) {
					return (range_.Stride === 1) || ((_r = ((r - range_.Lo << 16 >>> 16)) % range_.Stride, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0);
				}
				_i++;
			}
			return false;
		}
		lo = 0;
		hi = ranges.$length;
		while (true) {
			if (!(lo < hi)) { break; }
			m = lo + (_q = ((hi - lo >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
			range_$1 = ((m < 0 || m >= ranges.$length) ? ($throwRuntimeError("index out of range"), undefined) : ranges.$array[ranges.$offset + m]);
			if (range_$1.Lo <= r && r <= range_$1.Hi) {
				return (range_$1.Stride === 1) || ((_r$1 = ((r - range_$1.Lo << 16 >>> 16)) % range_$1.Stride, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0);
			}
			if (r < range_$1.Lo) {
				hi = m;
			} else {
				lo = m + 1 >> 0;
			}
		}
		return false;
	};
	is32 = function(ranges, r) {
		var _i, _q, _r, _r$1, _ref, hi, i, lo, m, r, range_, range_$1, ranges;
		if (ranges.$length <= 18) {
			_ref = ranges;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				range_ = ((i < 0 || i >= ranges.$length) ? ($throwRuntimeError("index out of range"), undefined) : ranges.$array[ranges.$offset + i]);
				if (r < range_.Lo) {
					return false;
				}
				if (r <= range_.Hi) {
					return (range_.Stride === 1) || ((_r = ((r - range_.Lo >>> 0)) % range_.Stride, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0);
				}
				_i++;
			}
			return false;
		}
		lo = 0;
		hi = ranges.$length;
		while (true) {
			if (!(lo < hi)) { break; }
			m = lo + (_q = ((hi - lo >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
			range_$1 = $clone(((m < 0 || m >= ranges.$length) ? ($throwRuntimeError("index out of range"), undefined) : ranges.$array[ranges.$offset + m]), Range32);
			if (range_$1.Lo <= r && r <= range_$1.Hi) {
				return (range_$1.Stride === 1) || ((_r$1 = ((r - range_$1.Lo >>> 0)) % range_$1.Stride, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0);
			}
			if (r < range_$1.Lo) {
				hi = m;
			} else {
				lo = m + 1 >> 0;
			}
		}
		return false;
	};
	Is = function(rangeTab, r) {
		var r, r16, r32, rangeTab, x;
		r16 = rangeTab.R16;
		if (r16.$length > 0 && ((r >>> 0)) <= (((x = r16.$length - 1 >> 0, ((x < 0 || x >= r16.$length) ? ($throwRuntimeError("index out of range"), undefined) : r16.$array[r16.$offset + x])).Hi >>> 0))) {
			return is16(r16, ((r << 16 >>> 16)));
		}
		r32 = rangeTab.R32;
		if (r32.$length > 0 && r >= (((0 >= r32.$length ? ($throwRuntimeError("index out of range"), undefined) : r32.$array[r32.$offset + 0]).Lo >> 0))) {
			return is32(r32, ((r >>> 0)));
		}
		return false;
	};
	$pkg.Is = Is;
	isExcludingLatin = function(rangeTab, r) {
		var off, r, r16, r32, rangeTab, x;
		r16 = rangeTab.R16;
		off = rangeTab.LatinOffset;
		if (r16.$length > off && ((r >>> 0)) <= (((x = r16.$length - 1 >> 0, ((x < 0 || x >= r16.$length) ? ($throwRuntimeError("index out of range"), undefined) : r16.$array[r16.$offset + x])).Hi >>> 0))) {
			return is16($subslice(r16, off), ((r << 16 >>> 16)));
		}
		r32 = rangeTab.R32;
		if (r32.$length > 0 && r >= (((0 >= r32.$length ? ($throwRuntimeError("index out of range"), undefined) : r32.$array[r32.$offset + 0]).Lo >> 0))) {
			return is32(r32, ((r >>> 0)));
		}
		return false;
	};
	To = function(_case, r) {
		var _case, _tuple, r;
		_tuple = to(_case, r, $pkg.CaseRanges);
		r = _tuple[0];
		return r;
	};
	$pkg.To = To;
	ToUpper = function(r) {
		var r;
		if (r <= 127) {
			if (97 <= r && r <= 122) {
				r = r - (32) >> 0;
			}
			return r;
		}
		return To(0, r);
	};
	$pkg.ToUpper = ToUpper;
	ToLower = function(r) {
		var r;
		if (r <= 127) {
			if (65 <= r && r <= 90) {
				r = r + (32) >> 0;
			}
			return r;
		}
		return To(1, r);
	};
	$pkg.ToLower = ToLower;
	SimpleFold = function(r) {
		var _q, hi, l, lo, m, r;
		if (r < 0 || r > 1114111) {
			return r;
		}
		if (((r >> 0)) < 128) {
			return ((((r < 0 || r >= asciiFold.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiFold[r]) >> 0));
		}
		lo = 0;
		hi = caseOrbit.$length;
		while (true) {
			if (!(lo < hi)) { break; }
			m = lo + (_q = ((hi - lo >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
			if (((((m < 0 || m >= caseOrbit.$length) ? ($throwRuntimeError("index out of range"), undefined) : caseOrbit.$array[caseOrbit.$offset + m]).From >> 0)) < r) {
				lo = m + 1 >> 0;
			} else {
				hi = m;
			}
		}
		if (lo < caseOrbit.$length && (((((lo < 0 || lo >= caseOrbit.$length) ? ($throwRuntimeError("index out of range"), undefined) : caseOrbit.$array[caseOrbit.$offset + lo]).From >> 0)) === r)) {
			return ((((lo < 0 || lo >= caseOrbit.$length) ? ($throwRuntimeError("index out of range"), undefined) : caseOrbit.$array[caseOrbit.$offset + lo]).To >> 0));
		}
		l = ToLower(r);
		if (!((l === r))) {
			return l;
		}
		return ToUpper(r);
	};
	$pkg.SimpleFold = SimpleFold;
	IsLetter = function(r) {
		var r, x;
		if (((r >>> 0)) <= 255) {
			return !(((((x = ((r << 24 >>> 24)), ((x < 0 || x >= properties.length) ? ($throwRuntimeError("index out of range"), undefined) : properties[x])) & 96) >>> 0) === 0));
		}
		return isExcludingLatin($pkg.Letter, r);
	};
	$pkg.IsLetter = IsLetter;
	IsSpace = function(r) {
		var _1, r;
		if (((r >>> 0)) <= 255) {
			_1 = r;
			if ((_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12)) || (_1 === (13)) || (_1 === (32)) || (_1 === (133)) || (_1 === (160))) {
				return true;
			}
			return false;
		}
		return isExcludingLatin($pkg.White_Space, r);
	};
	$pkg.IsSpace = IsSpace;
	IsDigit = function(r) {
		var r;
		if (r <= 255) {
			return 48 <= r && r <= 57;
		}
		return isExcludingLatin($pkg.Digit, r);
	};
	$pkg.IsDigit = IsDigit;
	to = function(_case, r, caseRange) {
		var _case, _q, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, caseRange, cr, delta, foundMapping, hi, lo, m, mappedRune, r, x;
		mappedRune = 0;
		foundMapping = false;
		if (_case < 0 || 3 <= _case) {
			_tmp = 65533;
			_tmp$1 = false;
			mappedRune = _tmp;
			foundMapping = _tmp$1;
			return [mappedRune, foundMapping];
		}
		lo = 0;
		hi = caseRange.$length;
		while (true) {
			if (!(lo < hi)) { break; }
			m = lo + (_q = ((hi - lo >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
			cr = ((m < 0 || m >= caseRange.$length) ? ($throwRuntimeError("index out of range"), undefined) : caseRange.$array[caseRange.$offset + m]);
			if (((cr.Lo >> 0)) <= r && r <= ((cr.Hi >> 0))) {
				delta = ((x = cr.Delta, ((_case < 0 || _case >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[_case])));
				if (delta > 1114111) {
					_tmp$2 = ((cr.Lo >> 0)) + ((((((r - ((cr.Lo >> 0)) >> 0)) & ~1) >> 0) | (((_case & 1) >> 0)))) >> 0;
					_tmp$3 = true;
					mappedRune = _tmp$2;
					foundMapping = _tmp$3;
					return [mappedRune, foundMapping];
				}
				_tmp$4 = r + delta >> 0;
				_tmp$5 = true;
				mappedRune = _tmp$4;
				foundMapping = _tmp$5;
				return [mappedRune, foundMapping];
			}
			if (r < ((cr.Lo >> 0))) {
				hi = m;
			} else {
				lo = m + 1 >> 0;
			}
		}
		_tmp$6 = r;
		_tmp$7 = false;
		mappedRune = _tmp$6;
		foundMapping = _tmp$7;
		return [mappedRune, foundMapping];
	};
	RangeTable.init("", [{prop: "R16", name: "R16", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "R32", name: "R32", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "LatinOffset", name: "LatinOffset", embedded: false, exported: true, typ: $Int, tag: ""}]);
	Range16.init("", [{prop: "Lo", name: "Lo", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "Hi", name: "Hi", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "Stride", name: "Stride", embedded: false, exported: true, typ: $Uint16, tag: ""}]);
	Range32.init("", [{prop: "Lo", name: "Lo", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Hi", name: "Hi", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Stride", name: "Stride", embedded: false, exported: true, typ: $Uint32, tag: ""}]);
	CaseRange.init("", [{prop: "Lo", name: "Lo", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Hi", name: "Hi", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Delta", name: "Delta", embedded: false, exported: true, typ: d, tag: ""}]);
	d.init($Int32, 3);
	foldPair.init("", [{prop: "From", name: "From", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "To", name: "To", embedded: false, exported: true, typ: $Uint16, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		_L = new RangeTable.ptr(new sliceType([new Range16.ptr(65, 90, 1), new Range16.ptr(97, 122, 1), new Range16.ptr(170, 181, 11), new Range16.ptr(186, 192, 6), new Range16.ptr(193, 214, 1), new Range16.ptr(216, 246, 1), new Range16.ptr(248, 705, 1), new Range16.ptr(710, 721, 1), new Range16.ptr(736, 740, 1), new Range16.ptr(748, 750, 2), new Range16.ptr(880, 884, 1), new Range16.ptr(886, 887, 1), new Range16.ptr(890, 893, 1), new Range16.ptr(895, 902, 7), new Range16.ptr(904, 906, 1), new Range16.ptr(908, 910, 2), new Range16.ptr(911, 929, 1), new Range16.ptr(931, 1013, 1), new Range16.ptr(1015, 1153, 1), new Range16.ptr(1162, 1327, 1), new Range16.ptr(1329, 1366, 1), new Range16.ptr(1369, 1376, 7), new Range16.ptr(1377, 1416, 1), new Range16.ptr(1488, 1514, 1), new Range16.ptr(1519, 1522, 1), new Range16.ptr(1568, 1610, 1), new Range16.ptr(1646, 1647, 1), new Range16.ptr(1649, 1747, 1), new Range16.ptr(1749, 1765, 16), new Range16.ptr(1766, 1774, 8), new Range16.ptr(1775, 1786, 11), new Range16.ptr(1787, 1788, 1), new Range16.ptr(1791, 1808, 17), new Range16.ptr(1810, 1839, 1), new Range16.ptr(1869, 1957, 1), new Range16.ptr(1969, 1994, 25), new Range16.ptr(1995, 2026, 1), new Range16.ptr(2036, 2037, 1), new Range16.ptr(2042, 2048, 6), new Range16.ptr(2049, 2069, 1), new Range16.ptr(2074, 2084, 10), new Range16.ptr(2088, 2112, 24), new Range16.ptr(2113, 2136, 1), new Range16.ptr(2144, 2154, 1), new Range16.ptr(2208, 2228, 1), new Range16.ptr(2230, 2247, 1), new Range16.ptr(2308, 2361, 1), new Range16.ptr(2365, 2384, 19), new Range16.ptr(2392, 2401, 1), new Range16.ptr(2417, 2432, 1), new Range16.ptr(2437, 2444, 1), new Range16.ptr(2447, 2448, 1), new Range16.ptr(2451, 2472, 1), new Range16.ptr(2474, 2480, 1), new Range16.ptr(2482, 2486, 4), new Range16.ptr(2487, 2489, 1), new Range16.ptr(2493, 2510, 17), new Range16.ptr(2524, 2525, 1), new Range16.ptr(2527, 2529, 1), new Range16.ptr(2544, 2545, 1), new Range16.ptr(2556, 2565, 9), new Range16.ptr(2566, 2570, 1), new Range16.ptr(2575, 2576, 1), new Range16.ptr(2579, 2600, 1), new Range16.ptr(2602, 2608, 1), new Range16.ptr(2610, 2611, 1), new Range16.ptr(2613, 2614, 1), new Range16.ptr(2616, 2617, 1), new Range16.ptr(2649, 2652, 1), new Range16.ptr(2654, 2674, 20), new Range16.ptr(2675, 2676, 1), new Range16.ptr(2693, 2701, 1), new Range16.ptr(2703, 2705, 1), new Range16.ptr(2707, 2728, 1), new Range16.ptr(2730, 2736, 1), new Range16.ptr(2738, 2739, 1), new Range16.ptr(2741, 2745, 1), new Range16.ptr(2749, 2768, 19), new Range16.ptr(2784, 2785, 1), new Range16.ptr(2809, 2821, 12), new Range16.ptr(2822, 2828, 1), new Range16.ptr(2831, 2832, 1), new Range16.ptr(2835, 2856, 1), new Range16.ptr(2858, 2864, 1), new Range16.ptr(2866, 2867, 1), new Range16.ptr(2869, 2873, 1), new Range16.ptr(2877, 2908, 31), new Range16.ptr(2909, 2911, 2), new Range16.ptr(2912, 2913, 1), new Range16.ptr(2929, 2947, 18), new Range16.ptr(2949, 2954, 1), new Range16.ptr(2958, 2960, 1), new Range16.ptr(2962, 2965, 1), new Range16.ptr(2969, 2970, 1), new Range16.ptr(2972, 2974, 2), new Range16.ptr(2975, 2979, 4), new Range16.ptr(2980, 2984, 4), new Range16.ptr(2985, 2986, 1), new Range16.ptr(2990, 3001, 1), new Range16.ptr(3024, 3077, 53), new Range16.ptr(3078, 3084, 1), new Range16.ptr(3086, 3088, 1), new Range16.ptr(3090, 3112, 1), new Range16.ptr(3114, 3129, 1), new Range16.ptr(3133, 3160, 27), new Range16.ptr(3161, 3162, 1), new Range16.ptr(3168, 3169, 1), new Range16.ptr(3200, 3205, 5), new Range16.ptr(3206, 3212, 1), new Range16.ptr(3214, 3216, 1), new Range16.ptr(3218, 3240, 1), new Range16.ptr(3242, 3251, 1), new Range16.ptr(3253, 3257, 1), new Range16.ptr(3261, 3294, 33), new Range16.ptr(3296, 3297, 1), new Range16.ptr(3313, 3314, 1), new Range16.ptr(3332, 3340, 1), new Range16.ptr(3342, 3344, 1), new Range16.ptr(3346, 3386, 1), new Range16.ptr(3389, 3406, 17), new Range16.ptr(3412, 3414, 1), new Range16.ptr(3423, 3425, 1), new Range16.ptr(3450, 3455, 1), new Range16.ptr(3461, 3478, 1), new Range16.ptr(3482, 3505, 1), new Range16.ptr(3507, 3515, 1), new Range16.ptr(3517, 3520, 3), new Range16.ptr(3521, 3526, 1), new Range16.ptr(3585, 3632, 1), new Range16.ptr(3634, 3635, 1), new Range16.ptr(3648, 3654, 1), new Range16.ptr(3713, 3714, 1), new Range16.ptr(3716, 3718, 2), new Range16.ptr(3719, 3722, 1), new Range16.ptr(3724, 3747, 1), new Range16.ptr(3749, 3751, 2), new Range16.ptr(3752, 3760, 1), new Range16.ptr(3762, 3763, 1), new Range16.ptr(3773, 3776, 3), new Range16.ptr(3777, 3780, 1), new Range16.ptr(3782, 3804, 22), new Range16.ptr(3805, 3807, 1), new Range16.ptr(3840, 3904, 64), new Range16.ptr(3905, 3911, 1), new Range16.ptr(3913, 3948, 1), new Range16.ptr(3976, 3980, 1), new Range16.ptr(4096, 4138, 1), new Range16.ptr(4159, 4176, 17), new Range16.ptr(4177, 4181, 1), new Range16.ptr(4186, 4189, 1), new Range16.ptr(4193, 4197, 4), new Range16.ptr(4198, 4206, 8), new Range16.ptr(4207, 4208, 1), new Range16.ptr(4213, 4225, 1), new Range16.ptr(4238, 4256, 18), new Range16.ptr(4257, 4293, 1), new Range16.ptr(4295, 4301, 6), new Range16.ptr(4304, 4346, 1), new Range16.ptr(4348, 4680, 1), new Range16.ptr(4682, 4685, 1), new Range16.ptr(4688, 4694, 1), new Range16.ptr(4696, 4698, 2), new Range16.ptr(4699, 4701, 1), new Range16.ptr(4704, 4744, 1), new Range16.ptr(4746, 4749, 1), new Range16.ptr(4752, 4784, 1), new Range16.ptr(4786, 4789, 1), new Range16.ptr(4792, 4798, 1), new Range16.ptr(4800, 4802, 2), new Range16.ptr(4803, 4805, 1), new Range16.ptr(4808, 4822, 1), new Range16.ptr(4824, 4880, 1), new Range16.ptr(4882, 4885, 1), new Range16.ptr(4888, 4954, 1), new Range16.ptr(4992, 5007, 1), new Range16.ptr(5024, 5109, 1), new Range16.ptr(5112, 5117, 1), new Range16.ptr(5121, 5740, 1), new Range16.ptr(5743, 5759, 1), new Range16.ptr(5761, 5786, 1), new Range16.ptr(5792, 5866, 1), new Range16.ptr(5873, 5880, 1), new Range16.ptr(5888, 5900, 1), new Range16.ptr(5902, 5905, 1), new Range16.ptr(5920, 5937, 1), new Range16.ptr(5952, 5969, 1), new Range16.ptr(5984, 5996, 1), new Range16.ptr(5998, 6000, 1), new Range16.ptr(6016, 6067, 1), new Range16.ptr(6103, 6108, 5), new Range16.ptr(6176, 6264, 1), new Range16.ptr(6272, 6276, 1), new Range16.ptr(6279, 6312, 1), new Range16.ptr(6314, 6320, 6), new Range16.ptr(6321, 6389, 1), new Range16.ptr(6400, 6430, 1), new Range16.ptr(6480, 6509, 1), new Range16.ptr(6512, 6516, 1), new Range16.ptr(6528, 6571, 1), new Range16.ptr(6576, 6601, 1), new Range16.ptr(6656, 6678, 1), new Range16.ptr(6688, 6740, 1), new Range16.ptr(6823, 6917, 94), new Range16.ptr(6918, 6963, 1), new Range16.ptr(6981, 6987, 1), new Range16.ptr(7043, 7072, 1), new Range16.ptr(7086, 7087, 1), new Range16.ptr(7098, 7141, 1), new Range16.ptr(7168, 7203, 1), new Range16.ptr(7245, 7247, 1), new Range16.ptr(7258, 7293, 1), new Range16.ptr(7296, 7304, 1), new Range16.ptr(7312, 7354, 1), new Range16.ptr(7357, 7359, 1), new Range16.ptr(7401, 7404, 1), new Range16.ptr(7406, 7411, 1), new Range16.ptr(7413, 7414, 1), new Range16.ptr(7418, 7424, 6), new Range16.ptr(7425, 7615, 1), new Range16.ptr(7680, 7957, 1), new Range16.ptr(7960, 7965, 1), new Range16.ptr(7968, 8005, 1), new Range16.ptr(8008, 8013, 1), new Range16.ptr(8016, 8023, 1), new Range16.ptr(8025, 8031, 2), new Range16.ptr(8032, 8061, 1), new Range16.ptr(8064, 8116, 1), new Range16.ptr(8118, 8124, 1), new Range16.ptr(8126, 8130, 4), new Range16.ptr(8131, 8132, 1), new Range16.ptr(8134, 8140, 1), new Range16.ptr(8144, 8147, 1), new Range16.ptr(8150, 8155, 1), new Range16.ptr(8160, 8172, 1), new Range16.ptr(8178, 8180, 1), new Range16.ptr(8182, 8188, 1), new Range16.ptr(8305, 8319, 14), new Range16.ptr(8336, 8348, 1), new Range16.ptr(8450, 8455, 5), new Range16.ptr(8458, 8467, 1), new Range16.ptr(8469, 8473, 4), new Range16.ptr(8474, 8477, 1), new Range16.ptr(8484, 8490, 2), new Range16.ptr(8491, 8493, 1), new Range16.ptr(8495, 8505, 1), new Range16.ptr(8508, 8511, 1), new Range16.ptr(8517, 8521, 1), new Range16.ptr(8526, 8579, 53), new Range16.ptr(8580, 11264, 2684), new Range16.ptr(11265, 11310, 1), new Range16.ptr(11312, 11358, 1), new Range16.ptr(11360, 11492, 1), new Range16.ptr(11499, 11502, 1), new Range16.ptr(11506, 11507, 1), new Range16.ptr(11520, 11557, 1), new Range16.ptr(11559, 11565, 6), new Range16.ptr(11568, 11623, 1), new Range16.ptr(11631, 11648, 17), new Range16.ptr(11649, 11670, 1), new Range16.ptr(11680, 11686, 1), new Range16.ptr(11688, 11694, 1), new Range16.ptr(11696, 11702, 1), new Range16.ptr(11704, 11710, 1), new Range16.ptr(11712, 11718, 1), new Range16.ptr(11720, 11726, 1), new Range16.ptr(11728, 11734, 1), new Range16.ptr(11736, 11742, 1), new Range16.ptr(11823, 12293, 470), new Range16.ptr(12294, 12337, 43), new Range16.ptr(12338, 12341, 1), new Range16.ptr(12347, 12348, 1), new Range16.ptr(12353, 12438, 1), new Range16.ptr(12445, 12447, 1), new Range16.ptr(12449, 12538, 1), new Range16.ptr(12540, 12543, 1), new Range16.ptr(12549, 12591, 1), new Range16.ptr(12593, 12686, 1), new Range16.ptr(12704, 12735, 1), new Range16.ptr(12784, 12799, 1), new Range16.ptr(13312, 19903, 1), new Range16.ptr(19968, 40956, 1), new Range16.ptr(40960, 42124, 1), new Range16.ptr(42192, 42237, 1), new Range16.ptr(42240, 42508, 1), new Range16.ptr(42512, 42527, 1), new Range16.ptr(42538, 42539, 1), new Range16.ptr(42560, 42606, 1), new Range16.ptr(42623, 42653, 1), new Range16.ptr(42656, 42725, 1), new Range16.ptr(42775, 42783, 1), new Range16.ptr(42786, 42888, 1), new Range16.ptr(42891, 42943, 1), new Range16.ptr(42946, 42954, 1), new Range16.ptr(42997, 43009, 1), new Range16.ptr(43011, 43013, 1), new Range16.ptr(43015, 43018, 1), new Range16.ptr(43020, 43042, 1), new Range16.ptr(43072, 43123, 1), new Range16.ptr(43138, 43187, 1), new Range16.ptr(43250, 43255, 1), new Range16.ptr(43259, 43261, 2), new Range16.ptr(43262, 43274, 12), new Range16.ptr(43275, 43301, 1), new Range16.ptr(43312, 43334, 1), new Range16.ptr(43360, 43388, 1), new Range16.ptr(43396, 43442, 1), new Range16.ptr(43471, 43488, 17), new Range16.ptr(43489, 43492, 1), new Range16.ptr(43494, 43503, 1), new Range16.ptr(43514, 43518, 1), new Range16.ptr(43520, 43560, 1), new Range16.ptr(43584, 43586, 1), new Range16.ptr(43588, 43595, 1), new Range16.ptr(43616, 43638, 1), new Range16.ptr(43642, 43646, 4), new Range16.ptr(43647, 43695, 1), new Range16.ptr(43697, 43701, 4), new Range16.ptr(43702, 43705, 3), new Range16.ptr(43706, 43709, 1), new Range16.ptr(43712, 43714, 2), new Range16.ptr(43739, 43741, 1), new Range16.ptr(43744, 43754, 1), new Range16.ptr(43762, 43764, 1), new Range16.ptr(43777, 43782, 1), new Range16.ptr(43785, 43790, 1), new Range16.ptr(43793, 43798, 1), new Range16.ptr(43808, 43814, 1), new Range16.ptr(43816, 43822, 1), new Range16.ptr(43824, 43866, 1), new Range16.ptr(43868, 43881, 1), new Range16.ptr(43888, 44002, 1), new Range16.ptr(44032, 55203, 1), new Range16.ptr(55216, 55238, 1), new Range16.ptr(55243, 55291, 1), new Range16.ptr(63744, 64109, 1), new Range16.ptr(64112, 64217, 1), new Range16.ptr(64256, 64262, 1), new Range16.ptr(64275, 64279, 1), new Range16.ptr(64285, 64287, 2), new Range16.ptr(64288, 64296, 1), new Range16.ptr(64298, 64310, 1), new Range16.ptr(64312, 64316, 1), new Range16.ptr(64318, 64320, 2), new Range16.ptr(64321, 64323, 2), new Range16.ptr(64324, 64326, 2), new Range16.ptr(64327, 64433, 1), new Range16.ptr(64467, 64829, 1), new Range16.ptr(64848, 64911, 1), new Range16.ptr(64914, 64967, 1), new Range16.ptr(65008, 65019, 1), new Range16.ptr(65136, 65140, 1), new Range16.ptr(65142, 65276, 1), new Range16.ptr(65313, 65338, 1), new Range16.ptr(65345, 65370, 1), new Range16.ptr(65382, 65470, 1), new Range16.ptr(65474, 65479, 1), new Range16.ptr(65482, 65487, 1), new Range16.ptr(65490, 65495, 1), new Range16.ptr(65498, 65500, 1)]), new sliceType$1([new Range32.ptr(65536, 65547, 1), new Range32.ptr(65549, 65574, 1), new Range32.ptr(65576, 65594, 1), new Range32.ptr(65596, 65597, 1), new Range32.ptr(65599, 65613, 1), new Range32.ptr(65616, 65629, 1), new Range32.ptr(65664, 65786, 1), new Range32.ptr(66176, 66204, 1), new Range32.ptr(66208, 66256, 1), new Range32.ptr(66304, 66335, 1), new Range32.ptr(66349, 66368, 1), new Range32.ptr(66370, 66377, 1), new Range32.ptr(66384, 66421, 1), new Range32.ptr(66432, 66461, 1), new Range32.ptr(66464, 66499, 1), new Range32.ptr(66504, 66511, 1), new Range32.ptr(66560, 66717, 1), new Range32.ptr(66736, 66771, 1), new Range32.ptr(66776, 66811, 1), new Range32.ptr(66816, 66855, 1), new Range32.ptr(66864, 66915, 1), new Range32.ptr(67072, 67382, 1), new Range32.ptr(67392, 67413, 1), new Range32.ptr(67424, 67431, 1), new Range32.ptr(67584, 67589, 1), new Range32.ptr(67592, 67594, 2), new Range32.ptr(67595, 67637, 1), new Range32.ptr(67639, 67640, 1), new Range32.ptr(67644, 67647, 3), new Range32.ptr(67648, 67669, 1), new Range32.ptr(67680, 67702, 1), new Range32.ptr(67712, 67742, 1), new Range32.ptr(67808, 67826, 1), new Range32.ptr(67828, 67829, 1), new Range32.ptr(67840, 67861, 1), new Range32.ptr(67872, 67897, 1), new Range32.ptr(67968, 68023, 1), new Range32.ptr(68030, 68031, 1), new Range32.ptr(68096, 68112, 16), new Range32.ptr(68113, 68115, 1), new Range32.ptr(68117, 68119, 1), new Range32.ptr(68121, 68149, 1), new Range32.ptr(68192, 68220, 1), new Range32.ptr(68224, 68252, 1), new Range32.ptr(68288, 68295, 1), new Range32.ptr(68297, 68324, 1), new Range32.ptr(68352, 68405, 1), new Range32.ptr(68416, 68437, 1), new Range32.ptr(68448, 68466, 1), new Range32.ptr(68480, 68497, 1), new Range32.ptr(68608, 68680, 1), new Range32.ptr(68736, 68786, 1), new Range32.ptr(68800, 68850, 1), new Range32.ptr(68864, 68899, 1), new Range32.ptr(69248, 69289, 1), new Range32.ptr(69296, 69297, 1), new Range32.ptr(69376, 69404, 1), new Range32.ptr(69415, 69424, 9), new Range32.ptr(69425, 69445, 1), new Range32.ptr(69552, 69572, 1), new Range32.ptr(69600, 69622, 1), new Range32.ptr(69635, 69687, 1), new Range32.ptr(69763, 69807, 1), new Range32.ptr(69840, 69864, 1), new Range32.ptr(69891, 69926, 1), new Range32.ptr(69956, 69959, 3), new Range32.ptr(69968, 70002, 1), new Range32.ptr(70006, 70019, 13), new Range32.ptr(70020, 70066, 1), new Range32.ptr(70081, 70084, 1), new Range32.ptr(70106, 70108, 2), new Range32.ptr(70144, 70161, 1), new Range32.ptr(70163, 70187, 1), new Range32.ptr(70272, 70278, 1), new Range32.ptr(70280, 70282, 2), new Range32.ptr(70283, 70285, 1), new Range32.ptr(70287, 70301, 1), new Range32.ptr(70303, 70312, 1), new Range32.ptr(70320, 70366, 1), new Range32.ptr(70405, 70412, 1), new Range32.ptr(70415, 70416, 1), new Range32.ptr(70419, 70440, 1), new Range32.ptr(70442, 70448, 1), new Range32.ptr(70450, 70451, 1), new Range32.ptr(70453, 70457, 1), new Range32.ptr(70461, 70480, 19), new Range32.ptr(70493, 70497, 1), new Range32.ptr(70656, 70708, 1), new Range32.ptr(70727, 70730, 1), new Range32.ptr(70751, 70753, 1), new Range32.ptr(70784, 70831, 1), new Range32.ptr(70852, 70853, 1), new Range32.ptr(70855, 71040, 185), new Range32.ptr(71041, 71086, 1), new Range32.ptr(71128, 71131, 1), new Range32.ptr(71168, 71215, 1), new Range32.ptr(71236, 71296, 60), new Range32.ptr(71297, 71338, 1), new Range32.ptr(71352, 71424, 72), new Range32.ptr(71425, 71450, 1), new Range32.ptr(71680, 71723, 1), new Range32.ptr(71840, 71903, 1), new Range32.ptr(71935, 71942, 1), new Range32.ptr(71945, 71948, 3), new Range32.ptr(71949, 71955, 1), new Range32.ptr(71957, 71958, 1), new Range32.ptr(71960, 71983, 1), new Range32.ptr(71999, 72001, 2), new Range32.ptr(72096, 72103, 1), new Range32.ptr(72106, 72144, 1), new Range32.ptr(72161, 72163, 2), new Range32.ptr(72192, 72203, 11), new Range32.ptr(72204, 72242, 1), new Range32.ptr(72250, 72272, 22), new Range32.ptr(72284, 72329, 1), new Range32.ptr(72349, 72384, 35), new Range32.ptr(72385, 72440, 1), new Range32.ptr(72704, 72712, 1), new Range32.ptr(72714, 72750, 1), new Range32.ptr(72768, 72818, 50), new Range32.ptr(72819, 72847, 1), new Range32.ptr(72960, 72966, 1), new Range32.ptr(72968, 72969, 1), new Range32.ptr(72971, 73008, 1), new Range32.ptr(73030, 73056, 26), new Range32.ptr(73057, 73061, 1), new Range32.ptr(73063, 73064, 1), new Range32.ptr(73066, 73097, 1), new Range32.ptr(73112, 73440, 328), new Range32.ptr(73441, 73458, 1), new Range32.ptr(73648, 73728, 80), new Range32.ptr(73729, 74649, 1), new Range32.ptr(74880, 75075, 1), new Range32.ptr(77824, 78894, 1), new Range32.ptr(82944, 83526, 1), new Range32.ptr(92160, 92728, 1), new Range32.ptr(92736, 92766, 1), new Range32.ptr(92880, 92909, 1), new Range32.ptr(92928, 92975, 1), new Range32.ptr(92992, 92995, 1), new Range32.ptr(93027, 93047, 1), new Range32.ptr(93053, 93071, 1), new Range32.ptr(93760, 93823, 1), new Range32.ptr(93952, 94026, 1), new Range32.ptr(94032, 94099, 67), new Range32.ptr(94100, 94111, 1), new Range32.ptr(94176, 94177, 1), new Range32.ptr(94179, 94208, 29), new Range32.ptr(94209, 100343, 1), new Range32.ptr(100352, 101589, 1), new Range32.ptr(101632, 101640, 1), new Range32.ptr(110592, 110878, 1), new Range32.ptr(110928, 110930, 1), new Range32.ptr(110948, 110951, 1), new Range32.ptr(110960, 111355, 1), new Range32.ptr(113664, 113770, 1), new Range32.ptr(113776, 113788, 1), new Range32.ptr(113792, 113800, 1), new Range32.ptr(113808, 113817, 1), new Range32.ptr(119808, 119892, 1), new Range32.ptr(119894, 119964, 1), new Range32.ptr(119966, 119967, 1), new Range32.ptr(119970, 119973, 3), new Range32.ptr(119974, 119977, 3), new Range32.ptr(119978, 119980, 1), new Range32.ptr(119982, 119993, 1), new Range32.ptr(119995, 119997, 2), new Range32.ptr(119998, 120003, 1), new Range32.ptr(120005, 120069, 1), new Range32.ptr(120071, 120074, 1), new Range32.ptr(120077, 120084, 1), new Range32.ptr(120086, 120092, 1), new Range32.ptr(120094, 120121, 1), new Range32.ptr(120123, 120126, 1), new Range32.ptr(120128, 120132, 1), new Range32.ptr(120134, 120138, 4), new Range32.ptr(120139, 120144, 1), new Range32.ptr(120146, 120485, 1), new Range32.ptr(120488, 120512, 1), new Range32.ptr(120514, 120538, 1), new Range32.ptr(120540, 120570, 1), new Range32.ptr(120572, 120596, 1), new Range32.ptr(120598, 120628, 1), new Range32.ptr(120630, 120654, 1), new Range32.ptr(120656, 120686, 1), new Range32.ptr(120688, 120712, 1), new Range32.ptr(120714, 120744, 1), new Range32.ptr(120746, 120770, 1), new Range32.ptr(120772, 120779, 1), new Range32.ptr(123136, 123180, 1), new Range32.ptr(123191, 123197, 1), new Range32.ptr(123214, 123584, 370), new Range32.ptr(123585, 123627, 1), new Range32.ptr(124928, 125124, 1), new Range32.ptr(125184, 125251, 1), new Range32.ptr(125259, 126464, 1205), new Range32.ptr(126465, 126467, 1), new Range32.ptr(126469, 126495, 1), new Range32.ptr(126497, 126498, 1), new Range32.ptr(126500, 126503, 3), new Range32.ptr(126505, 126514, 1), new Range32.ptr(126516, 126519, 1), new Range32.ptr(126521, 126523, 2), new Range32.ptr(126530, 126535, 5), new Range32.ptr(126537, 126541, 2), new Range32.ptr(126542, 126543, 1), new Range32.ptr(126545, 126546, 1), new Range32.ptr(126548, 126551, 3), new Range32.ptr(126553, 126561, 2), new Range32.ptr(126562, 126564, 2), new Range32.ptr(126567, 126570, 1), new Range32.ptr(126572, 126578, 1), new Range32.ptr(126580, 126583, 1), new Range32.ptr(126585, 126588, 1), new Range32.ptr(126590, 126592, 2), new Range32.ptr(126593, 126601, 1), new Range32.ptr(126603, 126619, 1), new Range32.ptr(126625, 126627, 1), new Range32.ptr(126629, 126633, 1), new Range32.ptr(126635, 126651, 1), new Range32.ptr(131072, 173789, 1), new Range32.ptr(173824, 177972, 1), new Range32.ptr(177984, 178205, 1), new Range32.ptr(178208, 183969, 1), new Range32.ptr(183984, 191456, 1), new Range32.ptr(194560, 195101, 1), new Range32.ptr(196608, 201546, 1)]), 6);
		_Nd = new RangeTable.ptr(new sliceType([new Range16.ptr(48, 57, 1), new Range16.ptr(1632, 1641, 1), new Range16.ptr(1776, 1785, 1), new Range16.ptr(1984, 1993, 1), new Range16.ptr(2406, 2415, 1), new Range16.ptr(2534, 2543, 1), new Range16.ptr(2662, 2671, 1), new Range16.ptr(2790, 2799, 1), new Range16.ptr(2918, 2927, 1), new Range16.ptr(3046, 3055, 1), new Range16.ptr(3174, 3183, 1), new Range16.ptr(3302, 3311, 1), new Range16.ptr(3430, 3439, 1), new Range16.ptr(3558, 3567, 1), new Range16.ptr(3664, 3673, 1), new Range16.ptr(3792, 3801, 1), new Range16.ptr(3872, 3881, 1), new Range16.ptr(4160, 4169, 1), new Range16.ptr(4240, 4249, 1), new Range16.ptr(6112, 6121, 1), new Range16.ptr(6160, 6169, 1), new Range16.ptr(6470, 6479, 1), new Range16.ptr(6608, 6617, 1), new Range16.ptr(6784, 6793, 1), new Range16.ptr(6800, 6809, 1), new Range16.ptr(6992, 7001, 1), new Range16.ptr(7088, 7097, 1), new Range16.ptr(7232, 7241, 1), new Range16.ptr(7248, 7257, 1), new Range16.ptr(42528, 42537, 1), new Range16.ptr(43216, 43225, 1), new Range16.ptr(43264, 43273, 1), new Range16.ptr(43472, 43481, 1), new Range16.ptr(43504, 43513, 1), new Range16.ptr(43600, 43609, 1), new Range16.ptr(44016, 44025, 1), new Range16.ptr(65296, 65305, 1)]), new sliceType$1([new Range32.ptr(66720, 66729, 1), new Range32.ptr(68912, 68921, 1), new Range32.ptr(69734, 69743, 1), new Range32.ptr(69872, 69881, 1), new Range32.ptr(69942, 69951, 1), new Range32.ptr(70096, 70105, 1), new Range32.ptr(70384, 70393, 1), new Range32.ptr(70736, 70745, 1), new Range32.ptr(70864, 70873, 1), new Range32.ptr(71248, 71257, 1), new Range32.ptr(71360, 71369, 1), new Range32.ptr(71472, 71481, 1), new Range32.ptr(71904, 71913, 1), new Range32.ptr(72016, 72025, 1), new Range32.ptr(72784, 72793, 1), new Range32.ptr(73040, 73049, 1), new Range32.ptr(73120, 73129, 1), new Range32.ptr(92768, 92777, 1), new Range32.ptr(93008, 93017, 1), new Range32.ptr(120782, 120831, 1), new Range32.ptr(123200, 123209, 1), new Range32.ptr(123632, 123641, 1), new Range32.ptr(125264, 125273, 1), new Range32.ptr(130032, 130041, 1)]), 1);
		$pkg.Digit = _Nd;
		$pkg.Letter = _L;
		_White_Space = new RangeTable.ptr(new sliceType([new Range16.ptr(9, 13, 1), new Range16.ptr(32, 133, 101), new Range16.ptr(160, 5760, 5600), new Range16.ptr(8192, 8202, 1), new Range16.ptr(8232, 8233, 1), new Range16.ptr(8239, 8287, 48), new Range16.ptr(12288, 12288, 1)]), sliceType$1.nil, 2);
		$pkg.White_Space = _White_Space;
		caseOrbit = new sliceType$2([new foldPair.ptr(75, 107), new foldPair.ptr(83, 115), new foldPair.ptr(107, 8490), new foldPair.ptr(115, 383), new foldPair.ptr(181, 924), new foldPair.ptr(197, 229), new foldPair.ptr(223, 7838), new foldPair.ptr(229, 8491), new foldPair.ptr(304, 304), new foldPair.ptr(305, 305), new foldPair.ptr(383, 83), new foldPair.ptr(452, 453), new foldPair.ptr(453, 454), new foldPair.ptr(454, 452), new foldPair.ptr(455, 456), new foldPair.ptr(456, 457), new foldPair.ptr(457, 455), new foldPair.ptr(458, 459), new foldPair.ptr(459, 460), new foldPair.ptr(460, 458), new foldPair.ptr(497, 498), new foldPair.ptr(498, 499), new foldPair.ptr(499, 497), new foldPair.ptr(837, 921), new foldPair.ptr(914, 946), new foldPair.ptr(917, 949), new foldPair.ptr(920, 952), new foldPair.ptr(921, 953), new foldPair.ptr(922, 954), new foldPair.ptr(924, 956), new foldPair.ptr(928, 960), new foldPair.ptr(929, 961), new foldPair.ptr(931, 962), new foldPair.ptr(934, 966), new foldPair.ptr(937, 969), new foldPair.ptr(946, 976), new foldPair.ptr(949, 1013), new foldPair.ptr(952, 977), new foldPair.ptr(953, 8126), new foldPair.ptr(954, 1008), new foldPair.ptr(956, 181), new foldPair.ptr(960, 982), new foldPair.ptr(961, 1009), new foldPair.ptr(962, 963), new foldPair.ptr(963, 931), new foldPair.ptr(966, 981), new foldPair.ptr(969, 8486), new foldPair.ptr(976, 914), new foldPair.ptr(977, 1012), new foldPair.ptr(981, 934), new foldPair.ptr(982, 928), new foldPair.ptr(1008, 922), new foldPair.ptr(1009, 929), new foldPair.ptr(1012, 920), new foldPair.ptr(1013, 917), new foldPair.ptr(1042, 1074), new foldPair.ptr(1044, 1076), new foldPair.ptr(1054, 1086), new foldPair.ptr(1057, 1089), new foldPair.ptr(1058, 1090), new foldPair.ptr(1066, 1098), new foldPair.ptr(1074, 7296), new foldPair.ptr(1076, 7297), new foldPair.ptr(1086, 7298), new foldPair.ptr(1089, 7299), new foldPair.ptr(1090, 7300), new foldPair.ptr(1098, 7302), new foldPair.ptr(1122, 1123), new foldPair.ptr(1123, 7303), new foldPair.ptr(7296, 1042), new foldPair.ptr(7297, 1044), new foldPair.ptr(7298, 1054), new foldPair.ptr(7299, 1057), new foldPair.ptr(7300, 7301), new foldPair.ptr(7301, 1058), new foldPair.ptr(7302, 1066), new foldPair.ptr(7303, 1122), new foldPair.ptr(7304, 42570), new foldPair.ptr(7776, 7777), new foldPair.ptr(7777, 7835), new foldPair.ptr(7835, 7776), new foldPair.ptr(7838, 223), new foldPair.ptr(8126, 837), new foldPair.ptr(8486, 937), new foldPair.ptr(8490, 75), new foldPair.ptr(8491, 197), new foldPair.ptr(42570, 42571), new foldPair.ptr(42571, 7304)]);
		asciiFold = $toNativeArray($kindUint16, [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 91, 92, 93, 94, 95, 96, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 8490, 76, 77, 78, 79, 80, 81, 82, 383, 84, 85, 86, 87, 88, 89, 90, 123, 124, 125, 126, 127]);
		_CaseRanges = new sliceType$3([new CaseRange.ptr(65, 90, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(97, 122, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(181, 181, $toNativeArray($kindInt32, [743, 0, 743])), new CaseRange.ptr(192, 214, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(216, 222, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(224, 246, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(248, 254, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(255, 255, $toNativeArray($kindInt32, [121, 0, 121])), new CaseRange.ptr(256, 303, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(304, 304, $toNativeArray($kindInt32, [0, -199, 0])), new CaseRange.ptr(305, 305, $toNativeArray($kindInt32, [-232, 0, -232])), new CaseRange.ptr(306, 311, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(313, 328, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(330, 375, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(376, 376, $toNativeArray($kindInt32, [0, -121, 0])), new CaseRange.ptr(377, 382, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(383, 383, $toNativeArray($kindInt32, [-300, 0, -300])), new CaseRange.ptr(384, 384, $toNativeArray($kindInt32, [195, 0, 195])), new CaseRange.ptr(385, 385, $toNativeArray($kindInt32, [0, 210, 0])), new CaseRange.ptr(386, 389, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(390, 390, $toNativeArray($kindInt32, [0, 206, 0])), new CaseRange.ptr(391, 392, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(393, 394, $toNativeArray($kindInt32, [0, 205, 0])), new CaseRange.ptr(395, 396, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(398, 398, $toNativeArray($kindInt32, [0, 79, 0])), new CaseRange.ptr(399, 399, $toNativeArray($kindInt32, [0, 202, 0])), new CaseRange.ptr(400, 400, $toNativeArray($kindInt32, [0, 203, 0])), new CaseRange.ptr(401, 402, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(403, 403, $toNativeArray($kindInt32, [0, 205, 0])), new CaseRange.ptr(404, 404, $toNativeArray($kindInt32, [0, 207, 0])), new CaseRange.ptr(405, 405, $toNativeArray($kindInt32, [97, 0, 97])), new CaseRange.ptr(406, 406, $toNativeArray($kindInt32, [0, 211, 0])), new CaseRange.ptr(407, 407, $toNativeArray($kindInt32, [0, 209, 0])), new CaseRange.ptr(408, 409, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(410, 410, $toNativeArray($kindInt32, [163, 0, 163])), new CaseRange.ptr(412, 412, $toNativeArray($kindInt32, [0, 211, 0])), new CaseRange.ptr(413, 413, $toNativeArray($kindInt32, [0, 213, 0])), new CaseRange.ptr(414, 414, $toNativeArray($kindInt32, [130, 0, 130])), new CaseRange.ptr(415, 415, $toNativeArray($kindInt32, [0, 214, 0])), new CaseRange.ptr(416, 421, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(422, 422, $toNativeArray($kindInt32, [0, 218, 0])), new CaseRange.ptr(423, 424, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(425, 425, $toNativeArray($kindInt32, [0, 218, 0])), new CaseRange.ptr(428, 429, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(430, 430, $toNativeArray($kindInt32, [0, 218, 0])), new CaseRange.ptr(431, 432, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(433, 434, $toNativeArray($kindInt32, [0, 217, 0])), new CaseRange.ptr(435, 438, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(439, 439, $toNativeArray($kindInt32, [0, 219, 0])), new CaseRange.ptr(440, 441, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(444, 445, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(447, 447, $toNativeArray($kindInt32, [56, 0, 56])), new CaseRange.ptr(452, 452, $toNativeArray($kindInt32, [0, 2, 1])), new CaseRange.ptr(453, 453, $toNativeArray($kindInt32, [-1, 1, 0])), new CaseRange.ptr(454, 454, $toNativeArray($kindInt32, [-2, 0, -1])), new CaseRange.ptr(455, 455, $toNativeArray($kindInt32, [0, 2, 1])), new CaseRange.ptr(456, 456, $toNativeArray($kindInt32, [-1, 1, 0])), new CaseRange.ptr(457, 457, $toNativeArray($kindInt32, [-2, 0, -1])), new CaseRange.ptr(458, 458, $toNativeArray($kindInt32, [0, 2, 1])), new CaseRange.ptr(459, 459, $toNativeArray($kindInt32, [-1, 1, 0])), new CaseRange.ptr(460, 460, $toNativeArray($kindInt32, [-2, 0, -1])), new CaseRange.ptr(461, 476, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(477, 477, $toNativeArray($kindInt32, [-79, 0, -79])), new CaseRange.ptr(478, 495, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(497, 497, $toNativeArray($kindInt32, [0, 2, 1])), new CaseRange.ptr(498, 498, $toNativeArray($kindInt32, [-1, 1, 0])), new CaseRange.ptr(499, 499, $toNativeArray($kindInt32, [-2, 0, -1])), new CaseRange.ptr(500, 501, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(502, 502, $toNativeArray($kindInt32, [0, -97, 0])), new CaseRange.ptr(503, 503, $toNativeArray($kindInt32, [0, -56, 0])), new CaseRange.ptr(504, 543, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(544, 544, $toNativeArray($kindInt32, [0, -130, 0])), new CaseRange.ptr(546, 563, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(570, 570, $toNativeArray($kindInt32, [0, 10795, 0])), new CaseRange.ptr(571, 572, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(573, 573, $toNativeArray($kindInt32, [0, -163, 0])), new CaseRange.ptr(574, 574, $toNativeArray($kindInt32, [0, 10792, 0])), new CaseRange.ptr(575, 576, $toNativeArray($kindInt32, [10815, 0, 10815])), new CaseRange.ptr(577, 578, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(579, 579, $toNativeArray($kindInt32, [0, -195, 0])), new CaseRange.ptr(580, 580, $toNativeArray($kindInt32, [0, 69, 0])), new CaseRange.ptr(581, 581, $toNativeArray($kindInt32, [0, 71, 0])), new CaseRange.ptr(582, 591, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(592, 592, $toNativeArray($kindInt32, [10783, 0, 10783])), new CaseRange.ptr(593, 593, $toNativeArray($kindInt32, [10780, 0, 10780])), new CaseRange.ptr(594, 594, $toNativeArray($kindInt32, [10782, 0, 10782])), new CaseRange.ptr(595, 595, $toNativeArray($kindInt32, [-210, 0, -210])), new CaseRange.ptr(596, 596, $toNativeArray($kindInt32, [-206, 0, -206])), new CaseRange.ptr(598, 599, $toNativeArray($kindInt32, [-205, 0, -205])), new CaseRange.ptr(601, 601, $toNativeArray($kindInt32, [-202, 0, -202])), new CaseRange.ptr(603, 603, $toNativeArray($kindInt32, [-203, 0, -203])), new CaseRange.ptr(604, 604, $toNativeArray($kindInt32, [42319, 0, 42319])), new CaseRange.ptr(608, 608, $toNativeArray($kindInt32, [-205, 0, -205])), new CaseRange.ptr(609, 609, $toNativeArray($kindInt32, [42315, 0, 42315])), new CaseRange.ptr(611, 611, $toNativeArray($kindInt32, [-207, 0, -207])), new CaseRange.ptr(613, 613, $toNativeArray($kindInt32, [42280, 0, 42280])), new CaseRange.ptr(614, 614, $toNativeArray($kindInt32, [42308, 0, 42308])), new CaseRange.ptr(616, 616, $toNativeArray($kindInt32, [-209, 0, -209])), new CaseRange.ptr(617, 617, $toNativeArray($kindInt32, [-211, 0, -211])), new CaseRange.ptr(618, 618, $toNativeArray($kindInt32, [42308, 0, 42308])), new CaseRange.ptr(619, 619, $toNativeArray($kindInt32, [10743, 0, 10743])), new CaseRange.ptr(620, 620, $toNativeArray($kindInt32, [42305, 0, 42305])), new CaseRange.ptr(623, 623, $toNativeArray($kindInt32, [-211, 0, -211])), new CaseRange.ptr(625, 625, $toNativeArray($kindInt32, [10749, 0, 10749])), new CaseRange.ptr(626, 626, $toNativeArray($kindInt32, [-213, 0, -213])), new CaseRange.ptr(629, 629, $toNativeArray($kindInt32, [-214, 0, -214])), new CaseRange.ptr(637, 637, $toNativeArray($kindInt32, [10727, 0, 10727])), new CaseRange.ptr(640, 640, $toNativeArray($kindInt32, [-218, 0, -218])), new CaseRange.ptr(642, 642, $toNativeArray($kindInt32, [42307, 0, 42307])), new CaseRange.ptr(643, 643, $toNativeArray($kindInt32, [-218, 0, -218])), new CaseRange.ptr(647, 647, $toNativeArray($kindInt32, [42282, 0, 42282])), new CaseRange.ptr(648, 648, $toNativeArray($kindInt32, [-218, 0, -218])), new CaseRange.ptr(649, 649, $toNativeArray($kindInt32, [-69, 0, -69])), new CaseRange.ptr(650, 651, $toNativeArray($kindInt32, [-217, 0, -217])), new CaseRange.ptr(652, 652, $toNativeArray($kindInt32, [-71, 0, -71])), new CaseRange.ptr(658, 658, $toNativeArray($kindInt32, [-219, 0, -219])), new CaseRange.ptr(669, 669, $toNativeArray($kindInt32, [42261, 0, 42261])), new CaseRange.ptr(670, 670, $toNativeArray($kindInt32, [42258, 0, 42258])), new CaseRange.ptr(837, 837, $toNativeArray($kindInt32, [84, 0, 84])), new CaseRange.ptr(880, 883, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(886, 887, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(891, 893, $toNativeArray($kindInt32, [130, 0, 130])), new CaseRange.ptr(895, 895, $toNativeArray($kindInt32, [0, 116, 0])), new CaseRange.ptr(902, 902, $toNativeArray($kindInt32, [0, 38, 0])), new CaseRange.ptr(904, 906, $toNativeArray($kindInt32, [0, 37, 0])), new CaseRange.ptr(908, 908, $toNativeArray($kindInt32, [0, 64, 0])), new CaseRange.ptr(910, 911, $toNativeArray($kindInt32, [0, 63, 0])), new CaseRange.ptr(913, 929, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(931, 939, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(940, 940, $toNativeArray($kindInt32, [-38, 0, -38])), new CaseRange.ptr(941, 943, $toNativeArray($kindInt32, [-37, 0, -37])), new CaseRange.ptr(945, 961, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(962, 962, $toNativeArray($kindInt32, [-31, 0, -31])), new CaseRange.ptr(963, 971, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(972, 972, $toNativeArray($kindInt32, [-64, 0, -64])), new CaseRange.ptr(973, 974, $toNativeArray($kindInt32, [-63, 0, -63])), new CaseRange.ptr(975, 975, $toNativeArray($kindInt32, [0, 8, 0])), new CaseRange.ptr(976, 976, $toNativeArray($kindInt32, [-62, 0, -62])), new CaseRange.ptr(977, 977, $toNativeArray($kindInt32, [-57, 0, -57])), new CaseRange.ptr(981, 981, $toNativeArray($kindInt32, [-47, 0, -47])), new CaseRange.ptr(982, 982, $toNativeArray($kindInt32, [-54, 0, -54])), new CaseRange.ptr(983, 983, $toNativeArray($kindInt32, [-8, 0, -8])), new CaseRange.ptr(984, 1007, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(1008, 1008, $toNativeArray($kindInt32, [-86, 0, -86])), new CaseRange.ptr(1009, 1009, $toNativeArray($kindInt32, [-80, 0, -80])), new CaseRange.ptr(1010, 1010, $toNativeArray($kindInt32, [7, 0, 7])), new CaseRange.ptr(1011, 1011, $toNativeArray($kindInt32, [-116, 0, -116])), new CaseRange.ptr(1012, 1012, $toNativeArray($kindInt32, [0, -60, 0])), new CaseRange.ptr(1013, 1013, $toNativeArray($kindInt32, [-96, 0, -96])), new CaseRange.ptr(1015, 1016, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(1017, 1017, $toNativeArray($kindInt32, [0, -7, 0])), new CaseRange.ptr(1018, 1019, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(1021, 1023, $toNativeArray($kindInt32, [0, -130, 0])), new CaseRange.ptr(1024, 1039, $toNativeArray($kindInt32, [0, 80, 0])), new CaseRange.ptr(1040, 1071, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(1072, 1103, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(1104, 1119, $toNativeArray($kindInt32, [-80, 0, -80])), new CaseRange.ptr(1120, 1153, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(1162, 1215, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(1216, 1216, $toNativeArray($kindInt32, [0, 15, 0])), new CaseRange.ptr(1217, 1230, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(1231, 1231, $toNativeArray($kindInt32, [-15, 0, -15])), new CaseRange.ptr(1232, 1327, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(1329, 1366, $toNativeArray($kindInt32, [0, 48, 0])), new CaseRange.ptr(1377, 1414, $toNativeArray($kindInt32, [-48, 0, -48])), new CaseRange.ptr(4256, 4293, $toNativeArray($kindInt32, [0, 7264, 0])), new CaseRange.ptr(4295, 4295, $toNativeArray($kindInt32, [0, 7264, 0])), new CaseRange.ptr(4301, 4301, $toNativeArray($kindInt32, [0, 7264, 0])), new CaseRange.ptr(4304, 4346, $toNativeArray($kindInt32, [3008, 0, 0])), new CaseRange.ptr(4349, 4351, $toNativeArray($kindInt32, [3008, 0, 0])), new CaseRange.ptr(5024, 5103, $toNativeArray($kindInt32, [0, 38864, 0])), new CaseRange.ptr(5104, 5109, $toNativeArray($kindInt32, [0, 8, 0])), new CaseRange.ptr(5112, 5117, $toNativeArray($kindInt32, [-8, 0, -8])), new CaseRange.ptr(7296, 7296, $toNativeArray($kindInt32, [-6254, 0, -6254])), new CaseRange.ptr(7297, 7297, $toNativeArray($kindInt32, [-6253, 0, -6253])), new CaseRange.ptr(7298, 7298, $toNativeArray($kindInt32, [-6244, 0, -6244])), new CaseRange.ptr(7299, 7300, $toNativeArray($kindInt32, [-6242, 0, -6242])), new CaseRange.ptr(7301, 7301, $toNativeArray($kindInt32, [-6243, 0, -6243])), new CaseRange.ptr(7302, 7302, $toNativeArray($kindInt32, [-6236, 0, -6236])), new CaseRange.ptr(7303, 7303, $toNativeArray($kindInt32, [-6181, 0, -6181])), new CaseRange.ptr(7304, 7304, $toNativeArray($kindInt32, [35266, 0, 35266])), new CaseRange.ptr(7312, 7354, $toNativeArray($kindInt32, [0, -3008, 0])), new CaseRange.ptr(7357, 7359, $toNativeArray($kindInt32, [0, -3008, 0])), new CaseRange.ptr(7545, 7545, $toNativeArray($kindInt32, [35332, 0, 35332])), new CaseRange.ptr(7549, 7549, $toNativeArray($kindInt32, [3814, 0, 3814])), new CaseRange.ptr(7566, 7566, $toNativeArray($kindInt32, [35384, 0, 35384])), new CaseRange.ptr(7680, 7829, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(7835, 7835, $toNativeArray($kindInt32, [-59, 0, -59])), new CaseRange.ptr(7838, 7838, $toNativeArray($kindInt32, [0, -7615, 0])), new CaseRange.ptr(7840, 7935, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(7936, 7943, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(7944, 7951, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(7952, 7957, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(7960, 7965, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(7968, 7975, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(7976, 7983, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(7984, 7991, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(7992, 7999, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8000, 8005, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8008, 8013, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8017, 8017, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8019, 8019, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8021, 8021, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8023, 8023, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8025, 8025, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8027, 8027, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8029, 8029, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8031, 8031, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8032, 8039, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8040, 8047, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8048, 8049, $toNativeArray($kindInt32, [74, 0, 74])), new CaseRange.ptr(8050, 8053, $toNativeArray($kindInt32, [86, 0, 86])), new CaseRange.ptr(8054, 8055, $toNativeArray($kindInt32, [100, 0, 100])), new CaseRange.ptr(8056, 8057, $toNativeArray($kindInt32, [128, 0, 128])), new CaseRange.ptr(8058, 8059, $toNativeArray($kindInt32, [112, 0, 112])), new CaseRange.ptr(8060, 8061, $toNativeArray($kindInt32, [126, 0, 126])), new CaseRange.ptr(8064, 8071, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8072, 8079, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8080, 8087, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8088, 8095, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8096, 8103, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8104, 8111, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8112, 8113, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8115, 8115, $toNativeArray($kindInt32, [9, 0, 9])), new CaseRange.ptr(8120, 8121, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8122, 8123, $toNativeArray($kindInt32, [0, -74, 0])), new CaseRange.ptr(8124, 8124, $toNativeArray($kindInt32, [0, -9, 0])), new CaseRange.ptr(8126, 8126, $toNativeArray($kindInt32, [-7205, 0, -7205])), new CaseRange.ptr(8131, 8131, $toNativeArray($kindInt32, [9, 0, 9])), new CaseRange.ptr(8136, 8139, $toNativeArray($kindInt32, [0, -86, 0])), new CaseRange.ptr(8140, 8140, $toNativeArray($kindInt32, [0, -9, 0])), new CaseRange.ptr(8144, 8145, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8152, 8153, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8154, 8155, $toNativeArray($kindInt32, [0, -100, 0])), new CaseRange.ptr(8160, 8161, $toNativeArray($kindInt32, [8, 0, 8])), new CaseRange.ptr(8165, 8165, $toNativeArray($kindInt32, [7, 0, 7])), new CaseRange.ptr(8168, 8169, $toNativeArray($kindInt32, [0, -8, 0])), new CaseRange.ptr(8170, 8171, $toNativeArray($kindInt32, [0, -112, 0])), new CaseRange.ptr(8172, 8172, $toNativeArray($kindInt32, [0, -7, 0])), new CaseRange.ptr(8179, 8179, $toNativeArray($kindInt32, [9, 0, 9])), new CaseRange.ptr(8184, 8185, $toNativeArray($kindInt32, [0, -128, 0])), new CaseRange.ptr(8186, 8187, $toNativeArray($kindInt32, [0, -126, 0])), new CaseRange.ptr(8188, 8188, $toNativeArray($kindInt32, [0, -9, 0])), new CaseRange.ptr(8486, 8486, $toNativeArray($kindInt32, [0, -7517, 0])), new CaseRange.ptr(8490, 8490, $toNativeArray($kindInt32, [0, -8383, 0])), new CaseRange.ptr(8491, 8491, $toNativeArray($kindInt32, [0, -8262, 0])), new CaseRange.ptr(8498, 8498, $toNativeArray($kindInt32, [0, 28, 0])), new CaseRange.ptr(8526, 8526, $toNativeArray($kindInt32, [-28, 0, -28])), new CaseRange.ptr(8544, 8559, $toNativeArray($kindInt32, [0, 16, 0])), new CaseRange.ptr(8560, 8575, $toNativeArray($kindInt32, [-16, 0, -16])), new CaseRange.ptr(8579, 8580, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(9398, 9423, $toNativeArray($kindInt32, [0, 26, 0])), new CaseRange.ptr(9424, 9449, $toNativeArray($kindInt32, [-26, 0, -26])), new CaseRange.ptr(11264, 11310, $toNativeArray($kindInt32, [0, 48, 0])), new CaseRange.ptr(11312, 11358, $toNativeArray($kindInt32, [-48, 0, -48])), new CaseRange.ptr(11360, 11361, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(11362, 11362, $toNativeArray($kindInt32, [0, -10743, 0])), new CaseRange.ptr(11363, 11363, $toNativeArray($kindInt32, [0, -3814, 0])), new CaseRange.ptr(11364, 11364, $toNativeArray($kindInt32, [0, -10727, 0])), new CaseRange.ptr(11365, 11365, $toNativeArray($kindInt32, [-10795, 0, -10795])), new CaseRange.ptr(11366, 11366, $toNativeArray($kindInt32, [-10792, 0, -10792])), new CaseRange.ptr(11367, 11372, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(11373, 11373, $toNativeArray($kindInt32, [0, -10780, 0])), new CaseRange.ptr(11374, 11374, $toNativeArray($kindInt32, [0, -10749, 0])), new CaseRange.ptr(11375, 11375, $toNativeArray($kindInt32, [0, -10783, 0])), new CaseRange.ptr(11376, 11376, $toNativeArray($kindInt32, [0, -10782, 0])), new CaseRange.ptr(11378, 11379, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(11381, 11382, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(11390, 11391, $toNativeArray($kindInt32, [0, -10815, 0])), new CaseRange.ptr(11392, 11491, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(11499, 11502, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(11506, 11507, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(11520, 11557, $toNativeArray($kindInt32, [-7264, 0, -7264])), new CaseRange.ptr(11559, 11559, $toNativeArray($kindInt32, [-7264, 0, -7264])), new CaseRange.ptr(11565, 11565, $toNativeArray($kindInt32, [-7264, 0, -7264])), new CaseRange.ptr(42560, 42605, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42624, 42651, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42786, 42799, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42802, 42863, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42873, 42876, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42877, 42877, $toNativeArray($kindInt32, [0, -35332, 0])), new CaseRange.ptr(42878, 42887, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42891, 42892, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42893, 42893, $toNativeArray($kindInt32, [0, -42280, 0])), new CaseRange.ptr(42896, 42899, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42900, 42900, $toNativeArray($kindInt32, [48, 0, 48])), new CaseRange.ptr(42902, 42921, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42922, 42922, $toNativeArray($kindInt32, [0, -42308, 0])), new CaseRange.ptr(42923, 42923, $toNativeArray($kindInt32, [0, -42319, 0])), new CaseRange.ptr(42924, 42924, $toNativeArray($kindInt32, [0, -42315, 0])), new CaseRange.ptr(42925, 42925, $toNativeArray($kindInt32, [0, -42305, 0])), new CaseRange.ptr(42926, 42926, $toNativeArray($kindInt32, [0, -42308, 0])), new CaseRange.ptr(42928, 42928, $toNativeArray($kindInt32, [0, -42258, 0])), new CaseRange.ptr(42929, 42929, $toNativeArray($kindInt32, [0, -42282, 0])), new CaseRange.ptr(42930, 42930, $toNativeArray($kindInt32, [0, -42261, 0])), new CaseRange.ptr(42931, 42931, $toNativeArray($kindInt32, [0, 928, 0])), new CaseRange.ptr(42932, 42943, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42946, 42947, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42948, 42948, $toNativeArray($kindInt32, [0, -48, 0])), new CaseRange.ptr(42949, 42949, $toNativeArray($kindInt32, [0, -42307, 0])), new CaseRange.ptr(42950, 42950, $toNativeArray($kindInt32, [0, -35384, 0])), new CaseRange.ptr(42951, 42954, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(42997, 42998, $toNativeArray($kindInt32, [1114112, 1114112, 1114112])), new CaseRange.ptr(43859, 43859, $toNativeArray($kindInt32, [-928, 0, -928])), new CaseRange.ptr(43888, 43967, $toNativeArray($kindInt32, [-38864, 0, -38864])), new CaseRange.ptr(65313, 65338, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(65345, 65370, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(66560, 66599, $toNativeArray($kindInt32, [0, 40, 0])), new CaseRange.ptr(66600, 66639, $toNativeArray($kindInt32, [-40, 0, -40])), new CaseRange.ptr(66736, 66771, $toNativeArray($kindInt32, [0, 40, 0])), new CaseRange.ptr(66776, 66811, $toNativeArray($kindInt32, [-40, 0, -40])), new CaseRange.ptr(68736, 68786, $toNativeArray($kindInt32, [0, 64, 0])), new CaseRange.ptr(68800, 68850, $toNativeArray($kindInt32, [-64, 0, -64])), new CaseRange.ptr(71840, 71871, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(71872, 71903, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(93760, 93791, $toNativeArray($kindInt32, [0, 32, 0])), new CaseRange.ptr(93792, 93823, $toNativeArray($kindInt32, [-32, 0, -32])), new CaseRange.ptr(125184, 125217, $toNativeArray($kindInt32, [0, 34, 0])), new CaseRange.ptr(125218, 125251, $toNativeArray($kindInt32, [-34, 0, -34]))]);
		$pkg.CaseRanges = _CaseRanges;
		properties = $toNativeArray($kindUint8, [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 144, 130, 130, 130, 136, 130, 130, 130, 130, 130, 130, 136, 130, 130, 130, 130, 132, 132, 132, 132, 132, 132, 132, 132, 132, 132, 130, 130, 136, 136, 136, 130, 130, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 130, 130, 130, 136, 130, 136, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 130, 136, 130, 136, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 16, 130, 136, 136, 136, 136, 136, 130, 136, 136, 224, 130, 136, 0, 136, 136, 136, 136, 132, 132, 136, 192, 130, 130, 136, 132, 224, 130, 132, 132, 132, 130, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 136, 160, 160, 160, 160, 160, 160, 160, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 136, 192, 192, 192, 192, 192, 192, 192, 192]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["unicode/utf8"] = (function() {
	var $pkg = {}, $init, acceptRange, first, acceptRanges, FullRune, DecodeRune, DecodeRuneInString, DecodeLastRune, DecodeLastRuneInString, RuneLen, EncodeRune, RuneCount, RuneCountInString, RuneStart, Valid, ValidString, ValidRune;
	acceptRange = $pkg.acceptRange = $newType(0, $kindStruct, "utf8.acceptRange", true, "unicode/utf8", false, function(lo_, hi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.lo = 0;
			this.hi = 0;
			return;
		}
		this.lo = lo_;
		this.hi = hi_;
	});
	FullRune = function(p) {
		var accept, n, p, x, x$1, x$2;
		n = p.$length;
		if (n === 0) {
			return false;
		}
		x$1 = (x = (0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]), ((x < 0 || x >= first.length) ? ($throwRuntimeError("index out of range"), undefined) : first[x]));
		if (n >= ((((x$1 & 7) >>> 0) >> 0))) {
			return true;
		}
		accept = $clone((x$2 = x$1 >>> 4 << 24 >>> 24, ((x$2 < 0 || x$2 >= acceptRanges.length) ? ($throwRuntimeError("index out of range"), undefined) : acceptRanges[x$2])), acceptRange);
		if (n > 1 && ((1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]) < accept.lo || accept.hi < (1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]))) {
			return true;
		} else if (n > 2 && ((2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2]) < 128 || 191 < (2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2]))) {
			return true;
		}
		return false;
	};
	$pkg.FullRune = FullRune;
	DecodeRune = function(p) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, accept, b1, b2, b3, mask, n, p, p0, r, size, sz, x, x$1;
		r = 0;
		size = 0;
		n = p.$length;
		if (n < 1) {
			_tmp = 65533;
			_tmp$1 = 0;
			r = _tmp;
			size = _tmp$1;
			return [r, size];
		}
		p0 = (0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]);
		x = ((p0 < 0 || p0 >= first.length) ? ($throwRuntimeError("index out of range"), undefined) : first[p0]);
		if (x >= 240) {
			mask = (((x >> 0)) << 31 >> 0) >> 31 >> 0;
			_tmp$2 = (((((0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]) >> 0)) & ~mask) >> 0) | (65533 & mask);
			_tmp$3 = 1;
			r = _tmp$2;
			size = _tmp$3;
			return [r, size];
		}
		sz = ((((x & 7) >>> 0) >> 0));
		accept = $clone((x$1 = x >>> 4 << 24 >>> 24, ((x$1 < 0 || x$1 >= acceptRanges.length) ? ($throwRuntimeError("index out of range"), undefined) : acceptRanges[x$1])), acceptRange);
		if (n < sz) {
			_tmp$4 = 65533;
			_tmp$5 = 1;
			r = _tmp$4;
			size = _tmp$5;
			return [r, size];
		}
		b1 = (1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]);
		if (b1 < accept.lo || accept.hi < b1) {
			_tmp$6 = 65533;
			_tmp$7 = 1;
			r = _tmp$6;
			size = _tmp$7;
			return [r, size];
		}
		if (sz <= 2) {
			_tmp$8 = (((((p0 & 31) >>> 0) >> 0)) << 6 >> 0) | ((((b1 & 63) >>> 0) >> 0));
			_tmp$9 = 2;
			r = _tmp$8;
			size = _tmp$9;
			return [r, size];
		}
		b2 = (2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2]);
		if (b2 < 128 || 191 < b2) {
			_tmp$10 = 65533;
			_tmp$11 = 1;
			r = _tmp$10;
			size = _tmp$11;
			return [r, size];
		}
		if (sz <= 3) {
			_tmp$12 = ((((((p0 & 15) >>> 0) >> 0)) << 12 >> 0) | (((((b1 & 63) >>> 0) >> 0)) << 6 >> 0)) | ((((b2 & 63) >>> 0) >> 0));
			_tmp$13 = 3;
			r = _tmp$12;
			size = _tmp$13;
			return [r, size];
		}
		b3 = (3 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 3]);
		if (b3 < 128 || 191 < b3) {
			_tmp$14 = 65533;
			_tmp$15 = 1;
			r = _tmp$14;
			size = _tmp$15;
			return [r, size];
		}
		_tmp$16 = (((((((p0 & 7) >>> 0) >> 0)) << 18 >> 0) | (((((b1 & 63) >>> 0) >> 0)) << 12 >> 0)) | (((((b2 & 63) >>> 0) >> 0)) << 6 >> 0)) | ((((b3 & 63) >>> 0) >> 0));
		_tmp$17 = 4;
		r = _tmp$16;
		size = _tmp$17;
		return [r, size];
	};
	$pkg.DecodeRune = DecodeRune;
	DecodeRuneInString = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, accept, mask, n, r, s, s0, s1, s2, s3, size, sz, x, x$1;
		r = 0;
		size = 0;
		n = s.length;
		if (n < 1) {
			_tmp = 65533;
			_tmp$1 = 0;
			r = _tmp;
			size = _tmp$1;
			return [r, size];
		}
		s0 = s.charCodeAt(0);
		x = ((s0 < 0 || s0 >= first.length) ? ($throwRuntimeError("index out of range"), undefined) : first[s0]);
		if (x >= 240) {
			mask = (((x >> 0)) << 31 >> 0) >> 31 >> 0;
			_tmp$2 = ((((s.charCodeAt(0) >> 0)) & ~mask) >> 0) | (65533 & mask);
			_tmp$3 = 1;
			r = _tmp$2;
			size = _tmp$3;
			return [r, size];
		}
		sz = ((((x & 7) >>> 0) >> 0));
		accept = $clone((x$1 = x >>> 4 << 24 >>> 24, ((x$1 < 0 || x$1 >= acceptRanges.length) ? ($throwRuntimeError("index out of range"), undefined) : acceptRanges[x$1])), acceptRange);
		if (n < sz) {
			_tmp$4 = 65533;
			_tmp$5 = 1;
			r = _tmp$4;
			size = _tmp$5;
			return [r, size];
		}
		s1 = s.charCodeAt(1);
		if (s1 < accept.lo || accept.hi < s1) {
			_tmp$6 = 65533;
			_tmp$7 = 1;
			r = _tmp$6;
			size = _tmp$7;
			return [r, size];
		}
		if (sz <= 2) {
			_tmp$8 = (((((s0 & 31) >>> 0) >> 0)) << 6 >> 0) | ((((s1 & 63) >>> 0) >> 0));
			_tmp$9 = 2;
			r = _tmp$8;
			size = _tmp$9;
			return [r, size];
		}
		s2 = s.charCodeAt(2);
		if (s2 < 128 || 191 < s2) {
			_tmp$10 = 65533;
			_tmp$11 = 1;
			r = _tmp$10;
			size = _tmp$11;
			return [r, size];
		}
		if (sz <= 3) {
			_tmp$12 = ((((((s0 & 15) >>> 0) >> 0)) << 12 >> 0) | (((((s1 & 63) >>> 0) >> 0)) << 6 >> 0)) | ((((s2 & 63) >>> 0) >> 0));
			_tmp$13 = 3;
			r = _tmp$12;
			size = _tmp$13;
			return [r, size];
		}
		s3 = s.charCodeAt(3);
		if (s3 < 128 || 191 < s3) {
			_tmp$14 = 65533;
			_tmp$15 = 1;
			r = _tmp$14;
			size = _tmp$15;
			return [r, size];
		}
		_tmp$16 = (((((((s0 & 7) >>> 0) >> 0)) << 18 >> 0) | (((((s1 & 63) >>> 0) >> 0)) << 12 >> 0)) | (((((s2 & 63) >>> 0) >> 0)) << 6 >> 0)) | ((((s3 & 63) >>> 0) >> 0));
		_tmp$17 = 4;
		r = _tmp$16;
		size = _tmp$17;
		return [r, size];
	};
	$pkg.DecodeRuneInString = DecodeRuneInString;
	DecodeLastRune = function(p) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, end, lim, p, r, size, start;
		r = 0;
		size = 0;
		end = p.$length;
		if (end === 0) {
			_tmp = 65533;
			_tmp$1 = 0;
			r = _tmp;
			size = _tmp$1;
			return [r, size];
		}
		start = end - 1 >> 0;
		r = ((((start < 0 || start >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + start]) >> 0));
		if (r < 128) {
			_tmp$2 = r;
			_tmp$3 = 1;
			r = _tmp$2;
			size = _tmp$3;
			return [r, size];
		}
		lim = end - 4 >> 0;
		if (lim < 0) {
			lim = 0;
		}
		start = start - (1) >> 0;
		while (true) {
			if (!(start >= lim)) { break; }
			if (RuneStart(((start < 0 || start >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + start]))) {
				break;
			}
			start = start - (1) >> 0;
		}
		if (start < 0) {
			start = 0;
		}
		_tuple = DecodeRune($subslice(p, start, end));
		r = _tuple[0];
		size = _tuple[1];
		if (!(((start + size >> 0) === end))) {
			_tmp$4 = 65533;
			_tmp$5 = 1;
			r = _tmp$4;
			size = _tmp$5;
			return [r, size];
		}
		_tmp$6 = r;
		_tmp$7 = size;
		r = _tmp$6;
		size = _tmp$7;
		return [r, size];
	};
	$pkg.DecodeLastRune = DecodeLastRune;
	DecodeLastRuneInString = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, end, lim, r, s, size, start;
		r = 0;
		size = 0;
		end = s.length;
		if (end === 0) {
			_tmp = 65533;
			_tmp$1 = 0;
			r = _tmp;
			size = _tmp$1;
			return [r, size];
		}
		start = end - 1 >> 0;
		r = ((s.charCodeAt(start) >> 0));
		if (r < 128) {
			_tmp$2 = r;
			_tmp$3 = 1;
			r = _tmp$2;
			size = _tmp$3;
			return [r, size];
		}
		lim = end - 4 >> 0;
		if (lim < 0) {
			lim = 0;
		}
		start = start - (1) >> 0;
		while (true) {
			if (!(start >= lim)) { break; }
			if (RuneStart(s.charCodeAt(start))) {
				break;
			}
			start = start - (1) >> 0;
		}
		if (start < 0) {
			start = 0;
		}
		_tuple = DecodeRuneInString($substring(s, start, end));
		r = _tuple[0];
		size = _tuple[1];
		if (!(((start + size >> 0) === end))) {
			_tmp$4 = 65533;
			_tmp$5 = 1;
			r = _tmp$4;
			size = _tmp$5;
			return [r, size];
		}
		_tmp$6 = r;
		_tmp$7 = size;
		r = _tmp$6;
		size = _tmp$7;
		return [r, size];
	};
	$pkg.DecodeLastRuneInString = DecodeLastRuneInString;
	RuneLen = function(r) {
		var r;
		if (r < 0) {
			return -1;
		} else if (r <= 127) {
			return 1;
		} else if (r <= 2047) {
			return 2;
		} else if (55296 <= r && r <= 57343) {
			return -1;
		} else if (r <= 65535) {
			return 3;
		} else if (r <= 1114111) {
			return 4;
		}
		return -1;
	};
	$pkg.RuneLen = RuneLen;
	EncodeRune = function(p, r) {
		var i, p, r;
		i = ((r >>> 0));
		if (i <= 127) {
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = ((r << 24 >>> 24)));
			return 1;
		} else if (i <= 2047) {
			$unused((1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]));
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = ((192 | (((r >> 6 >> 0) << 24 >>> 24))) >>> 0));
			(1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1] = ((128 | ((((r << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			return 2;
		} else if ((i > 1114111) || (55296 <= i && i <= 57343)) {
			r = 65533;
			$unused((2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2]));
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = ((224 | (((r >> 12 >> 0) << 24 >>> 24))) >>> 0));
			(1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1] = ((128 | (((((r >> 6 >> 0) << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			(2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2] = ((128 | ((((r << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			return 3;
		} else if (i <= 65535) {
			$unused((2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2]));
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = ((224 | (((r >> 12 >> 0) << 24 >>> 24))) >>> 0));
			(1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1] = ((128 | (((((r >> 6 >> 0) << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			(2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2] = ((128 | ((((r << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			return 3;
		} else {
			$unused((3 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 3]));
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = ((240 | (((r >> 18 >> 0) << 24 >>> 24))) >>> 0));
			(1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1] = ((128 | (((((r >> 12 >> 0) << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			(2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2] = ((128 | (((((r >> 6 >> 0) << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			(3 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 3] = ((128 | ((((r << 24 >>> 24)) & 63) >>> 0)) >>> 0));
			return 4;
		}
	};
	$pkg.EncodeRune = EncodeRune;
	RuneCount = function(p) {
		var accept, c, c$1, c$2, c$3, i, n, np, p, size, x, x$1, x$2, x$3, x$4;
		np = p.$length;
		n = 0;
		i = 0;
		while (true) {
			if (!(i < np)) { break; }
			n = n + (1) >> 0;
			c = ((i < 0 || i >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + i]);
			if (c < 128) {
				i = i + (1) >> 0;
				continue;
			}
			x = ((c < 0 || c >= first.length) ? ($throwRuntimeError("index out of range"), undefined) : first[c]);
			if (x === 241) {
				i = i + (1) >> 0;
				continue;
			}
			size = ((((x & 7) >>> 0) >> 0));
			if ((i + size >> 0) > np) {
				i = i + (1) >> 0;
				continue;
			}
			accept = $clone((x$1 = x >>> 4 << 24 >>> 24, ((x$1 < 0 || x$1 >= acceptRanges.length) ? ($throwRuntimeError("index out of range"), undefined) : acceptRanges[x$1])), acceptRange);
			c$1 = (x$2 = i + 1 >> 0, ((x$2 < 0 || x$2 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$2]));
			if (c$1 < accept.lo || accept.hi < c$1) {
				size = 1;
			} else if (size === 2) {
			} else {
				c$2 = (x$3 = i + 2 >> 0, ((x$3 < 0 || x$3 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$3]));
				if (c$2 < 128 || 191 < c$2) {
					size = 1;
				} else if (size === 3) {
				} else {
					c$3 = (x$4 = i + 3 >> 0, ((x$4 < 0 || x$4 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$4]));
					if (c$3 < 128 || 191 < c$3) {
						size = 1;
					}
				}
			}
			i = i + (size) >> 0;
		}
		return n;
	};
	$pkg.RuneCount = RuneCount;
	RuneCountInString = function(s) {
		var accept, c, c$1, c$2, c$3, i, n, ns, s, size, x, x$1;
		n = 0;
		ns = s.length;
		i = 0;
		while (true) {
			if (!(i < ns)) { break; }
			c = s.charCodeAt(i);
			if (c < 128) {
				i = i + (1) >> 0;
				n = n + (1) >> 0;
				continue;
			}
			x = ((c < 0 || c >= first.length) ? ($throwRuntimeError("index out of range"), undefined) : first[c]);
			if (x === 241) {
				i = i + (1) >> 0;
				n = n + (1) >> 0;
				continue;
			}
			size = ((((x & 7) >>> 0) >> 0));
			if ((i + size >> 0) > ns) {
				i = i + (1) >> 0;
				n = n + (1) >> 0;
				continue;
			}
			accept = $clone((x$1 = x >>> 4 << 24 >>> 24, ((x$1 < 0 || x$1 >= acceptRanges.length) ? ($throwRuntimeError("index out of range"), undefined) : acceptRanges[x$1])), acceptRange);
			c$1 = s.charCodeAt((i + 1 >> 0));
			if (c$1 < accept.lo || accept.hi < c$1) {
				size = 1;
			} else if (size === 2) {
			} else {
				c$2 = s.charCodeAt((i + 2 >> 0));
				if (c$2 < 128 || 191 < c$2) {
					size = 1;
				} else if (size === 3) {
				} else {
					c$3 = s.charCodeAt((i + 3 >> 0));
					if (c$3 < 128 || 191 < c$3) {
						size = 1;
					}
				}
			}
			i = i + (size) >> 0;
			n = n + (1) >> 0;
		}
		n = n;
		return n;
	};
	$pkg.RuneCountInString = RuneCountInString;
	RuneStart = function(b) {
		var b;
		return !((((b & 192) >>> 0) === 128));
	};
	$pkg.RuneStart = RuneStart;
	Valid = function(p) {
		var accept, c, c$1, c$2, first32, i, n, p, pi, second32, size, x, x$1, x$2, x$3, x$4;
		while (true) {
			if (!(p.$length >= 8)) { break; }
			first32 = ((((((((0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]) >>> 0)) | ((((1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((3 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 3]) >>> 0)) << 24 >>> 0)) >>> 0;
			second32 = ((((((((4 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 4]) >>> 0)) | ((((5 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 5]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((6 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 6]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((7 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 7]) >>> 0)) << 24 >>> 0)) >>> 0;
			if (!(((((((first32 | second32) >>> 0)) & 2155905152) >>> 0) === 0))) {
				break;
			}
			p = $subslice(p, 8);
		}
		n = p.$length;
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			pi = ((i < 0 || i >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + i]);
			if (pi < 128) {
				i = i + (1) >> 0;
				continue;
			}
			x = ((pi < 0 || pi >= first.length) ? ($throwRuntimeError("index out of range"), undefined) : first[pi]);
			if (x === 241) {
				return false;
			}
			size = ((((x & 7) >>> 0) >> 0));
			if ((i + size >> 0) > n) {
				return false;
			}
			accept = $clone((x$1 = x >>> 4 << 24 >>> 24, ((x$1 < 0 || x$1 >= acceptRanges.length) ? ($throwRuntimeError("index out of range"), undefined) : acceptRanges[x$1])), acceptRange);
			c = (x$2 = i + 1 >> 0, ((x$2 < 0 || x$2 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$2]));
			if (c < accept.lo || accept.hi < c) {
				return false;
			} else if (size === 2) {
			} else {
				c$1 = (x$3 = i + 2 >> 0, ((x$3 < 0 || x$3 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$3]));
				if (c$1 < 128 || 191 < c$1) {
					return false;
				} else if (size === 3) {
				} else {
					c$2 = (x$4 = i + 3 >> 0, ((x$4 < 0 || x$4 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$4]));
					if (c$2 < 128 || 191 < c$2) {
						return false;
					}
				}
			}
			i = i + (size) >> 0;
		}
		return true;
	};
	$pkg.Valid = Valid;
	ValidString = function(s) {
		var accept, c, c$1, c$2, first32, i, n, s, second32, si, size, x, x$1;
		while (true) {
			if (!(s.length >= 8)) { break; }
			first32 = (((((((s.charCodeAt(0) >>> 0)) | (((s.charCodeAt(1) >>> 0)) << 8 >>> 0)) >>> 0) | (((s.charCodeAt(2) >>> 0)) << 16 >>> 0)) >>> 0) | (((s.charCodeAt(3) >>> 0)) << 24 >>> 0)) >>> 0;
			second32 = (((((((s.charCodeAt(4) >>> 0)) | (((s.charCodeAt(5) >>> 0)) << 8 >>> 0)) >>> 0) | (((s.charCodeAt(6) >>> 0)) << 16 >>> 0)) >>> 0) | (((s.charCodeAt(7) >>> 0)) << 24 >>> 0)) >>> 0;
			if (!(((((((first32 | second32) >>> 0)) & 2155905152) >>> 0) === 0))) {
				break;
			}
			s = $substring(s, 8);
		}
		n = s.length;
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			si = s.charCodeAt(i);
			if (si < 128) {
				i = i + (1) >> 0;
				continue;
			}
			x = ((si < 0 || si >= first.length) ? ($throwRuntimeError("index out of range"), undefined) : first[si]);
			if (x === 241) {
				return false;
			}
			size = ((((x & 7) >>> 0) >> 0));
			if ((i + size >> 0) > n) {
				return false;
			}
			accept = $clone((x$1 = x >>> 4 << 24 >>> 24, ((x$1 < 0 || x$1 >= acceptRanges.length) ? ($throwRuntimeError("index out of range"), undefined) : acceptRanges[x$1])), acceptRange);
			c = s.charCodeAt((i + 1 >> 0));
			if (c < accept.lo || accept.hi < c) {
				return false;
			} else if (size === 2) {
			} else {
				c$1 = s.charCodeAt((i + 2 >> 0));
				if (c$1 < 128 || 191 < c$1) {
					return false;
				} else if (size === 3) {
				} else {
					c$2 = s.charCodeAt((i + 3 >> 0));
					if (c$2 < 128 || 191 < c$2) {
						return false;
					}
				}
			}
			i = i + (size) >> 0;
		}
		return true;
	};
	$pkg.ValidString = ValidString;
	ValidRune = function(r) {
		var r;
		if (0 <= r && r < 55296) {
			return true;
		} else if (57343 < r && r <= 1114111) {
			return true;
		}
		return false;
	};
	$pkg.ValidRune = ValidRune;
	acceptRange.init("unicode/utf8", [{prop: "lo", name: "lo", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "hi", name: "hi", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		first = $toNativeArray($kindUint8, [240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 240, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 19, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 35, 3, 3, 52, 4, 4, 4, 68, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241, 241]);
		acceptRanges = $toNativeArray($kindStruct, [new acceptRange.ptr(128, 191), new acceptRange.ptr(160, 191), new acceptRange.ptr(128, 159), new acceptRange.ptr(144, 191), new acceptRange.ptr(128, 143), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0), new acceptRange.ptr(0, 0)]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["bytes"] = (function() {
	var $pkg = {}, $init, errors, bytealg, io, unicode, utf8, Reader, asciiSet, Buffer, readOp, sliceType, arrayType, ptrType, arrayType$1, ptrType$1, ptrType$2, asciiSpace, errNegativeRead, errUnreadByte, NewReader, Count, Contains, ContainsAny, LastIndexByte, IndexRune, IndexAny, HasPrefix, HasSuffix, Map, ToLower, TrimLeftFunc, TrimRightFunc, TrimFunc, TrimPrefix, indexFunc, lastIndexFunc, makeASCIISet, containsRune, TrimLeft, trimLeftByte, trimLeftASCII, trimLeftUnicode, TrimRight, trimRightByte, trimRightASCII, trimRightUnicode, TrimSpace, EqualFold, Index, Cut, makeSlice, IndexByte, Equal, Compare;
	errors = $packages["errors"];
	bytealg = $packages["internal/bytealg"];
	io = $packages["io"];
	unicode = $packages["unicode"];
	utf8 = $packages["unicode/utf8"];
	Reader = $pkg.Reader = $newType(0, $kindStruct, "bytes.Reader", true, "bytes", true, function(s_, i_, prevRune_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = sliceType.nil;
			this.i = new $Int64(0, 0);
			this.prevRune = 0;
			return;
		}
		this.s = s_;
		this.i = i_;
		this.prevRune = prevRune_;
	});
	asciiSet = $pkg.asciiSet = $newType(32, $kindArray, "bytes.asciiSet", true, "bytes", false, null);
	Buffer = $pkg.Buffer = $newType(0, $kindStruct, "bytes.Buffer", true, "bytes", true, function(buf_, off_, lastRead_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.buf = sliceType.nil;
			this.off = 0;
			this.lastRead = 0;
			return;
		}
		this.buf = buf_;
		this.off = off_;
		this.lastRead = lastRead_;
	});
	readOp = $pkg.readOp = $newType(1, $kindInt8, "bytes.readOp", true, "bytes", false, null);
	sliceType = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 4);
	ptrType = $ptrType(asciiSet);
	arrayType$1 = $arrayType($Uint32, 8);
	ptrType$1 = $ptrType(Buffer);
	ptrType$2 = $ptrType(Reader);
	Reader.ptr.prototype.Len = function() {
		var r, x, x$1, x$2, x$3, x$4;
		r = this;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.$length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			return 0;
		}
		return (((x$2 = (x$3 = (new $Int64(0, r.s.$length)), x$4 = r.i, new $Int64(x$3.$high - x$4.$high, x$3.$low - x$4.$low)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0));
	};
	Reader.prototype.Len = function() { return this.$val.Len(); };
	Reader.ptr.prototype.Size = function() {
		var r;
		r = this;
		return (new $Int64(0, r.s.$length));
	};
	Reader.prototype.Size = function() { return this.$val.Size(); };
	Reader.ptr.prototype.Read = function(b) {
		var _tmp, _tmp$1, b, err, n, r, x, x$1, x$2, x$3;
		n = 0;
		err = $ifaceNil;
		r = this;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.$length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			_tmp = 0;
			_tmp$1 = io.EOF;
			n = _tmp;
			err = _tmp$1;
			return [n, err];
		}
		r.prevRune = -1;
		n = $copySlice(b, $subslice(r.s, $flatten64(r.i)));
		r.i = (x$2 = r.i, x$3 = (new $Int64(0, n)), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		return [n, err];
	};
	Reader.prototype.Read = function(b) { return this.$val.Read(b); };
	Reader.ptr.prototype.ReadAt = function(b, off) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, b, err, n, off, r, x;
		n = 0;
		err = $ifaceNil;
		r = this;
		if ((off.$high < 0 || (off.$high === 0 && off.$low < 0))) {
			_tmp = 0;
			_tmp$1 = errors.New("bytes.Reader.ReadAt: negative offset");
			n = _tmp;
			err = _tmp$1;
			return [n, err];
		}
		if ((x = (new $Int64(0, r.s.$length)), (off.$high > x.$high || (off.$high === x.$high && off.$low >= x.$low)))) {
			_tmp$2 = 0;
			_tmp$3 = io.EOF;
			n = _tmp$2;
			err = _tmp$3;
			return [n, err];
		}
		n = $copySlice(b, $subslice(r.s, $flatten64(off)));
		if (n < b.$length) {
			err = io.EOF;
		}
		return [n, err];
	};
	Reader.prototype.ReadAt = function(b, off) { return this.$val.ReadAt(b, off); };
	Reader.ptr.prototype.ReadByte = function() {
		var b, r, x, x$1, x$2, x$3, x$4, x$5;
		r = this;
		r.prevRune = -1;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.$length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			return [0, io.EOF];
		}
		b = (x$2 = r.s, x$3 = r.i, (($flatten64(x$3) < 0 || $flatten64(x$3) >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + $flatten64(x$3)]));
		r.i = (x$4 = r.i, x$5 = new $Int64(0, 1), new $Int64(x$4.$high + x$5.$high, x$4.$low + x$5.$low));
		return [b, $ifaceNil];
	};
	Reader.prototype.ReadByte = function() { return this.$val.ReadByte(); };
	Reader.ptr.prototype.UnreadByte = function() {
		var r, x, x$1, x$2;
		r = this;
		if ((x = r.i, (x.$high < 0 || (x.$high === 0 && x.$low <= 0)))) {
			return errors.New("bytes.Reader.UnreadByte: at beginning of slice");
		}
		r.prevRune = -1;
		r.i = (x$1 = r.i, x$2 = new $Int64(0, 1), new $Int64(x$1.$high - x$2.$high, x$1.$low - x$2.$low));
		return $ifaceNil;
	};
	Reader.prototype.UnreadByte = function() { return this.$val.UnreadByte(); };
	Reader.ptr.prototype.ReadRune = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, ch, err, r, size, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8;
		ch = 0;
		size = 0;
		err = $ifaceNil;
		r = this;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.$length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			r.prevRune = -1;
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = io.EOF;
			ch = _tmp;
			size = _tmp$1;
			err = _tmp$2;
			return [ch, size, err];
		}
		r.prevRune = (((x$2 = r.i, x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0));
		c = (x$3 = r.s, x$4 = r.i, (($flatten64(x$4) < 0 || $flatten64(x$4) >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + $flatten64(x$4)]));
		if (c < 128) {
			r.i = (x$5 = r.i, x$6 = new $Int64(0, 1), new $Int64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
			_tmp$3 = ((c >> 0));
			_tmp$4 = 1;
			_tmp$5 = $ifaceNil;
			ch = _tmp$3;
			size = _tmp$4;
			err = _tmp$5;
			return [ch, size, err];
		}
		_tuple = utf8.DecodeRune($subslice(r.s, $flatten64(r.i)));
		ch = _tuple[0];
		size = _tuple[1];
		r.i = (x$7 = r.i, x$8 = (new $Int64(0, size)), new $Int64(x$7.$high + x$8.$high, x$7.$low + x$8.$low));
		return [ch, size, err];
	};
	Reader.prototype.ReadRune = function() { return this.$val.ReadRune(); };
	Reader.ptr.prototype.UnreadRune = function() {
		var r, x;
		r = this;
		if ((x = r.i, (x.$high < 0 || (x.$high === 0 && x.$low <= 0)))) {
			return errors.New("bytes.Reader.UnreadRune: at beginning of slice");
		}
		if (r.prevRune < 0) {
			return errors.New("bytes.Reader.UnreadRune: previous operation was not ReadRune");
		}
		r.i = (new $Int64(0, r.prevRune));
		r.prevRune = -1;
		return $ifaceNil;
	};
	Reader.prototype.UnreadRune = function() { return this.$val.UnreadRune(); };
	Reader.ptr.prototype.Seek = function(offset, whence) {
		var _1, abs, offset, r, whence, x, x$1;
		r = this;
		r.prevRune = -1;
		abs = new $Int64(0, 0);
		_1 = whence;
		if (_1 === (0)) {
			abs = offset;
		} else if (_1 === (1)) {
			abs = (x = r.i, new $Int64(x.$high + offset.$high, x.$low + offset.$low));
		} else if (_1 === (2)) {
			abs = (x$1 = (new $Int64(0, r.s.$length)), new $Int64(x$1.$high + offset.$high, x$1.$low + offset.$low));
		} else {
			return [new $Int64(0, 0), errors.New("bytes.Reader.Seek: invalid whence")];
		}
		if ((abs.$high < 0 || (abs.$high === 0 && abs.$low < 0))) {
			return [new $Int64(0, 0), errors.New("bytes.Reader.Seek: negative position")];
		}
		r.i = abs;
		return [abs, $ifaceNil];
	};
	Reader.prototype.Seek = function(offset, whence) { return this.$val.Seek(offset, whence); };
	Reader.ptr.prototype.WriteTo = function(w) {
		var {_r, _tmp, _tmp$1, _tuple, b, err, m, n, r, w, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		r = this;
		r.prevRune = -1;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.$length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			_tmp = new $Int64(0, 0);
			_tmp$1 = $ifaceNil;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		b = $subslice(r.s, $flatten64(r.i));
		_r = w.Write(b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		m = _tuple[0];
		err = _tuple[1];
		if (m > b.$length) {
			$panic(new $String("bytes.Reader.WriteTo: invalid Write count"));
		}
		r.i = (x$2 = r.i, x$3 = (new $Int64(0, m)), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		n = (new $Int64(0, m));
		if (!((m === b.$length)) && $interfaceIsEqual(err, $ifaceNil)) {
			err = io.ErrShortWrite;
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.WriteTo, $c: true, $r, _r, _tmp, _tmp$1, _tuple, b, err, m, n, r, w, x, x$1, x$2, x$3, $s};return $f;
	};
	Reader.prototype.WriteTo = function(w) { return this.$val.WriteTo(w); };
	Reader.ptr.prototype.Reset = function(b) {
		var b, r;
		r = this;
		Reader.copy(r, new Reader.ptr(b, new $Int64(0, 0), -1));
	};
	Reader.prototype.Reset = function(b) { return this.$val.Reset(b); };
	NewReader = function(b) {
		var b;
		return new Reader.ptr(b, new $Int64(0, 0), -1);
	};
	$pkg.NewReader = NewReader;
	Count = function(s, sep) {
		var i, n, s, sep;
		if (sep.$length === 0) {
			return utf8.RuneCount(s) + 1 >> 0;
		}
		if (sep.$length === 1) {
			return bytealg.Count(s, (0 >= sep.$length ? ($throwRuntimeError("index out of range"), undefined) : sep.$array[sep.$offset + 0]));
		}
		n = 0;
		while (true) {
			i = Index(s, sep);
			if (i === -1) {
				return n;
			}
			n = n + (1) >> 0;
			s = $subslice(s, (i + sep.$length >> 0));
		}
	};
	$pkg.Count = Count;
	Contains = function(b, subslice) {
		var b, subslice;
		return !((Index(b, subslice) === -1));
	};
	$pkg.Contains = Contains;
	ContainsAny = function(b, chars) {
		var b, chars;
		return IndexAny(b, chars) >= 0;
	};
	$pkg.ContainsAny = ContainsAny;
	LastIndexByte = function(s, c) {
		var c, i, s;
		i = s.$length - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			if (((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) === c) {
				return i;
			}
			i = i - (1) >> 0;
		}
		return -1;
	};
	$pkg.LastIndexByte = LastIndexByte;
	IndexRune = function(s, r) {
		var _tuple, b, i, n, n$1, r, r1, s;
		if (0 <= r && r < 128) {
			return IndexByte(s, ((r << 24 >>> 24)));
		} else if ((r === 65533)) {
			i = 0;
			while (true) {
				if (!(i < s.$length)) { break; }
				_tuple = utf8.DecodeRune($subslice(s, i));
				r1 = _tuple[0];
				n = _tuple[1];
				if (r1 === 65533) {
					return i;
				}
				i = i + (n) >> 0;
			}
			return -1;
		} else if (!utf8.ValidRune(r)) {
			return -1;
		} else {
			b = arrayType.zero();
			n$1 = utf8.EncodeRune(new sliceType(b), r);
			return Index(s, $subslice(new sliceType(b), 0, n$1));
		}
	};
	$pkg.IndexRune = IndexRune;
	IndexAny = function(s, chars) {
		var _i, _i$1, _i$2, _ref, _ref$1, _ref$2, _rune, _rune$1, _tuple, _tuple$1, as, c, ch, chars, i, i$1, isASCII, r, r$1, r$2, s, width;
		if (chars === "") {
			return -1;
		}
		if (s.$length === 1) {
			r = (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) >> 0));
			if (r >= 128) {
				_ref = chars;
				_i = 0;
				while (true) {
					if (!(_i < _ref.length)) { break; }
					_rune = $decodeRune(_ref, _i);
					r = _rune[0];
					if (r === 65533) {
						return 0;
					}
					_i += _rune[1];
				}
				return -1;
			}
			if (bytealg.IndexByteString(chars, (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0])) >= 0) {
				return 0;
			}
			return -1;
		}
		if (chars.length === 1) {
			r$1 = ((chars.charCodeAt(0) >> 0));
			if (r$1 >= 128) {
				r$1 = 65533;
			}
			return IndexRune(s, r$1);
		}
		if (s.$length > 8) {
			_tuple = makeASCIISet(chars);
			as = $clone(_tuple[0], asciiSet);
			isASCII = _tuple[1];
			if (isASCII) {
				_ref$1 = s;
				_i$1 = 0;
				while (true) {
					if (!(_i$1 < _ref$1.$length)) { break; }
					i = _i$1;
					c = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
					if (new ptrType(as).contains(c)) {
						return i;
					}
					_i$1++;
				}
				return -1;
			}
		}
		width = 0;
		i$1 = 0;
		while (true) {
			if (!(i$1 < s.$length)) { break; }
			r$2 = ((((i$1 < 0 || i$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i$1]) >> 0));
			if (r$2 < 128) {
				if (bytealg.IndexByteString(chars, ((i$1 < 0 || i$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i$1])) >= 0) {
					return i$1;
				}
				width = 1;
				i$1 = i$1 + (width) >> 0;
				continue;
			}
			_tuple$1 = utf8.DecodeRune($subslice(s, i$1));
			r$2 = _tuple$1[0];
			width = _tuple$1[1];
			if (!((r$2 === 65533))) {
				if (chars.length === width) {
					if (chars === ($encodeRune(r$2))) {
						return i$1;
					}
					i$1 = i$1 + (width) >> 0;
					continue;
				}
				if (bytealg.MaxLen >= width) {
					if (bytealg.IndexString(chars, ($encodeRune(r$2))) >= 0) {
						return i$1;
					}
					i$1 = i$1 + (width) >> 0;
					continue;
				}
			}
			_ref$2 = chars;
			_i$2 = 0;
			while (true) {
				if (!(_i$2 < _ref$2.length)) { break; }
				_rune$1 = $decodeRune(_ref$2, _i$2);
				ch = _rune$1[0];
				if (r$2 === ch) {
					return i$1;
				}
				_i$2 += _rune$1[1];
			}
			i$1 = i$1 + (width) >> 0;
		}
		return -1;
	};
	$pkg.IndexAny = IndexAny;
	HasPrefix = function(s, prefix) {
		var prefix, s;
		return s.$length >= prefix.$length && Equal($subslice(s, 0, prefix.$length), prefix);
	};
	$pkg.HasPrefix = HasPrefix;
	HasSuffix = function(s, suffix) {
		var s, suffix;
		return s.$length >= suffix.$length && Equal($subslice(s, (s.$length - suffix.$length >> 0)), suffix);
	};
	$pkg.HasSuffix = HasSuffix;
	Map = function(mapping, s) {
		var {_r, _tuple, b, i, mapping, maxbytes, nb, nbytes, r, rl, s, wid, $s, $r, $c} = $restore(this, {mapping, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		maxbytes = s.$length;
		nbytes = 0;
		b = $makeSlice(sliceType, maxbytes);
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < s.$length)) { break; } */ if(!(i < s.$length)) { $s = 2; continue; }
			wid = 1;
			r = ((((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) >> 0));
			if (r >= 128) {
				_tuple = utf8.DecodeRune($subslice(s, i));
				r = _tuple[0];
				wid = _tuple[1];
			}
			_r = mapping(r); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			r = _r;
			if (r >= 0) {
				rl = utf8.RuneLen(r);
				if (rl < 0) {
					rl = 3;
				}
				if ((nbytes + rl >> 0) > maxbytes) {
					maxbytes = ($imul(maxbytes, 2)) + 4 >> 0;
					nb = $makeSlice(sliceType, maxbytes);
					$copySlice(nb, $subslice(b, 0, nbytes));
					b = nb;
				}
				nbytes = nbytes + (utf8.EncodeRune($subslice(b, nbytes, maxbytes), r)) >> 0;
			}
			i = i + (wid) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return $subslice(b, 0, nbytes);
		/* */ } return; } var $f = {$blk: Map, $c: true, $r, _r, _tuple, b, i, mapping, maxbytes, nb, nbytes, r, rl, s, wid, $s};return $f;
	};
	$pkg.Map = Map;
	ToLower = function(s) {
		var {$24r, _r, _tmp, _tmp$1, b, c, c$1, hasUpper, i, i$1, isASCII, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = true;
		_tmp$1 = false;
		isASCII = _tmp;
		hasUpper = _tmp$1;
		i = 0;
		while (true) {
			if (!(i < s.$length)) { break; }
			c = ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]);
			if (c >= 128) {
				isASCII = false;
				break;
			}
			hasUpper = hasUpper || (65 <= c && c <= 90);
			i = i + (1) >> 0;
		}
		if (isASCII) {
			if (!hasUpper) {
				$s = -1; return $appendSlice((new sliceType($stringToBytes(""))), s);
			}
			b = $makeSlice(sliceType, s.$length);
			i$1 = 0;
			while (true) {
				if (!(i$1 < s.$length)) { break; }
				c$1 = ((i$1 < 0 || i$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i$1]);
				if (65 <= c$1 && c$1 <= 90) {
					c$1 = c$1 + (32) << 24 >>> 24;
				}
				((i$1 < 0 || i$1 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i$1] = c$1);
				i$1 = i$1 + (1) >> 0;
			}
			$s = -1; return b;
		}
		_r = Map(unicode.ToLower, s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ToLower, $c: true, $r, $24r, _r, _tmp, _tmp$1, b, c, c$1, hasUpper, i, i$1, isASCII, s, $s};return $f;
	};
	$pkg.ToLower = ToLower;
	TrimLeftFunc = function(s, f) {
		var {_r, f, i, s, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = indexFunc(s, f, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		i = _r;
		if (i === -1) {
			$s = -1; return sliceType.nil;
		}
		$s = -1; return $subslice(s, i);
		/* */ } return; } var $f = {$blk: TrimLeftFunc, $c: true, $r, _r, f, i, s, $s};return $f;
	};
	$pkg.TrimLeftFunc = TrimLeftFunc;
	TrimRightFunc = function(s, f) {
		var {_r, _tuple, f, i, s, wid, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = lastIndexFunc(s, f, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		i = _r;
		if (i >= 0 && ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) >= 128) {
			_tuple = utf8.DecodeRune($subslice(s, i));
			wid = _tuple[1];
			i = i + (wid) >> 0;
		} else {
			i = i + (1) >> 0;
		}
		$s = -1; return $subslice(s, 0, i);
		/* */ } return; } var $f = {$blk: TrimRightFunc, $c: true, $r, _r, _tuple, f, i, s, wid, $s};return $f;
	};
	$pkg.TrimRightFunc = TrimRightFunc;
	TrimFunc = function(s, f) {
		var {$24r, _r, _r$1, f, s, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = TrimLeftFunc(s, f); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = TrimRightFunc(_r, f); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: TrimFunc, $c: true, $r, $24r, _r, _r$1, f, s, $s};return $f;
	};
	$pkg.TrimFunc = TrimFunc;
	TrimPrefix = function(s, prefix) {
		var prefix, s;
		if (HasPrefix(s, prefix)) {
			return $subslice(s, prefix.$length);
		}
		return s;
	};
	$pkg.TrimPrefix = TrimPrefix;
	indexFunc = function(s, f, truth) {
		var {_r, _tuple, f, r, s, start, truth, wid, $s, $r, $c} = $restore(this, {s, f, truth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = 0;
		/* while (true) { */ case 1:
			/* if (!(start < s.$length)) { break; } */ if(!(start < s.$length)) { $s = 2; continue; }
			wid = 1;
			r = ((((start < 0 || start >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + start]) >> 0));
			if (r >= 128) {
				_tuple = utf8.DecodeRune($subslice(s, start));
				r = _tuple[0];
				wid = _tuple[1];
			}
			_r = f(r); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r === truth) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r === truth) { */ case 3:
				$s = -1; return start;
			/* } */ case 4:
			start = start + (wid) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return -1;
		/* */ } return; } var $f = {$blk: indexFunc, $c: true, $r, _r, _tuple, f, r, s, start, truth, wid, $s};return $f;
	};
	lastIndexFunc = function(s, f, truth) {
		var {_r, _tmp, _tmp$1, _tuple, f, i, r, s, size, truth, x, $s, $r, $c} = $restore(this, {s, f, truth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = s.$length;
		/* while (true) { */ case 1:
			/* if (!(i > 0)) { break; } */ if(!(i > 0)) { $s = 2; continue; }
			_tmp = (((x = i - 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) >> 0));
			_tmp$1 = 1;
			r = _tmp;
			size = _tmp$1;
			if (r >= 128) {
				_tuple = utf8.DecodeLastRune($subslice(s, 0, i));
				r = _tuple[0];
				size = _tuple[1];
			}
			i = i - (size) >> 0;
			_r = f(r); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r === truth) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r === truth) { */ case 3:
				$s = -1; return i;
			/* } */ case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return -1;
		/* */ } return; } var $f = {$blk: lastIndexFunc, $c: true, $r, _r, _tmp, _tmp$1, _tuple, f, i, r, s, size, truth, x, $s};return $f;
	};
	makeASCIISet = function(chars) {
		var _index, _q, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, as, c, chars, i, ok, y;
		as = arrayType$1.zero();
		ok = false;
		i = 0;
		while (true) {
			if (!(i < chars.length)) { break; }
			c = chars.charCodeAt(i);
			if (c >= 128) {
				_tmp = $clone(as, asciiSet);
				_tmp$1 = false;
				asciiSet.copy(as, _tmp);
				ok = _tmp$1;
				return [as, ok];
			}
			_index = (_q = c / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			((_index < 0 || _index >= as.length) ? ($throwRuntimeError("index out of range"), undefined) : as[_index] = ((((_index < 0 || _index >= as.length) ? ($throwRuntimeError("index out of range"), undefined) : as[_index]) | (((y = ((_r = c % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))), y < 32 ? (1 << y) : 0) >>> 0))) >>> 0));
			i = i + (1) >> 0;
		}
		_tmp$2 = $clone(as, asciiSet);
		_tmp$3 = true;
		asciiSet.copy(as, _tmp$2);
		ok = _tmp$3;
		return [as, ok];
	};
	asciiSet.prototype.contains = function(c) {
		var _q, _r, as, c, x, x$1, y;
		as = this.$val;
		return !((((((x = as, x$1 = (_q = c / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])) & (((y = ((_r = c % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))), y < 32 ? (1 << y) : 0) >>> 0))) >>> 0)) === 0));
	};
	$ptrType(asciiSet).prototype.contains = function(c) { return (new asciiSet(this.$get())).contains(c); };
	containsRune = function(s, r) {
		var _i, _ref, _rune, c, r, s;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			c = _rune[0];
			if (c === r) {
				return true;
			}
			_i += _rune[1];
		}
		return false;
	};
	TrimLeft = function(s, cutset) {
		var _tuple, as, cutset, ok, s;
		if (s.$length === 0) {
			return sliceType.nil;
		}
		if (cutset === "") {
			return s;
		}
		if ((cutset.length === 1) && cutset.charCodeAt(0) < 128) {
			return trimLeftByte(s, cutset.charCodeAt(0));
		}
		_tuple = makeASCIISet(cutset);
		as = $clone(_tuple[0], asciiSet);
		ok = _tuple[1];
		if (ok) {
			return trimLeftASCII(s, as);
		}
		return trimLeftUnicode(s, cutset);
	};
	$pkg.TrimLeft = TrimLeft;
	trimLeftByte = function(s, c) {
		var c, s;
		while (true) {
			if (!(s.$length > 0 && ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === c))) { break; }
			s = $subslice(s, 1);
		}
		if (s.$length === 0) {
			return sliceType.nil;
		}
		return s;
	};
	trimLeftASCII = function(s, as) {
		var as, s;
		while (true) {
			if (!(s.$length > 0)) { break; }
			if (!new ptrType(as).contains((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]))) {
				break;
			}
			s = $subslice(s, 1);
		}
		if (s.$length === 0) {
			return sliceType.nil;
		}
		return s;
	};
	trimLeftUnicode = function(s, cutset) {
		var _tmp, _tmp$1, _tuple, cutset, n, r, s;
		while (true) {
			if (!(s.$length > 0)) { break; }
			_tmp = (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) >> 0));
			_tmp$1 = 1;
			r = _tmp;
			n = _tmp$1;
			if (r >= 128) {
				_tuple = utf8.DecodeRune(s);
				r = _tuple[0];
				n = _tuple[1];
			}
			if (!containsRune(cutset, r)) {
				break;
			}
			s = $subslice(s, n);
		}
		if (s.$length === 0) {
			return sliceType.nil;
		}
		return s;
	};
	TrimRight = function(s, cutset) {
		var _tuple, as, cutset, ok, s;
		if ((s.$length === 0) || cutset === "") {
			return s;
		}
		if ((cutset.length === 1) && cutset.charCodeAt(0) < 128) {
			return trimRightByte(s, cutset.charCodeAt(0));
		}
		_tuple = makeASCIISet(cutset);
		as = $clone(_tuple[0], asciiSet);
		ok = _tuple[1];
		if (ok) {
			return trimRightASCII(s, as);
		}
		return trimRightUnicode(s, cutset);
	};
	$pkg.TrimRight = TrimRight;
	trimRightByte = function(s, c) {
		var c, s, x;
		while (true) {
			if (!(s.$length > 0 && ((x = s.$length - 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) === c))) { break; }
			s = $subslice(s, 0, (s.$length - 1 >> 0));
		}
		return s;
	};
	trimRightASCII = function(s, as) {
		var as, s, x;
		while (true) {
			if (!(s.$length > 0)) { break; }
			if (!new ptrType(as).contains((x = s.$length - 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])))) {
				break;
			}
			s = $subslice(s, 0, (s.$length - 1 >> 0));
		}
		return s;
	};
	trimRightUnicode = function(s, cutset) {
		var _tmp, _tmp$1, _tuple, cutset, n, r, s, x;
		while (true) {
			if (!(s.$length > 0)) { break; }
			_tmp = (((x = s.$length - 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) >> 0));
			_tmp$1 = 1;
			r = _tmp;
			n = _tmp$1;
			if (r >= 128) {
				_tuple = utf8.DecodeLastRune(s);
				r = _tuple[0];
				n = _tuple[1];
			}
			if (!containsRune(cutset, r)) {
				break;
			}
			s = $subslice(s, 0, (s.$length - n >> 0));
		}
		return s;
	};
	TrimSpace = function(s) {
		var {$24r, $24r$1, _r, _r$1, c, c$1, s, start, stop, x, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = 0;
		/* while (true) { */ case 1:
			/* if (!(start < s.$length)) { break; } */ if(!(start < s.$length)) { $s = 2; continue; }
			c = ((start < 0 || start >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + start]);
			/* */ if (c >= 128) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (c >= 128) { */ case 3:
				_r = TrimFunc($subslice(s, start), unicode.IsSpace); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			if (((c < 0 || c >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[c]) === 0) {
				/* break; */ $s = 2; continue;
			}
			start = start + (1) >> 0;
		$s = 1; continue;
		case 2:
		stop = s.$length;
		/* while (true) { */ case 7:
			/* if (!(stop > start)) { break; } */ if(!(stop > start)) { $s = 8; continue; }
			c$1 = (x = stop - 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x]));
			/* */ if (c$1 >= 128) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (c$1 >= 128) { */ case 9:
				_r$1 = TrimFunc($subslice(s, start, stop), unicode.IsSpace); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = _r$1;
				$s = 12; case 12: return $24r$1;
			/* } */ case 10:
			if (((c$1 < 0 || c$1 >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[c$1]) === 0) {
				/* break; */ $s = 8; continue;
			}
			stop = stop - (1) >> 0;
		$s = 7; continue;
		case 8:
		if (start === stop) {
			$s = -1; return sliceType.nil;
		}
		$s = -1; return $subslice(s, start, stop);
		/* */ } return; } var $f = {$blk: TrimSpace, $c: true, $r, $24r, $24r$1, _r, _r$1, c, c$1, s, start, stop, x, $s};return $f;
	};
	$pkg.TrimSpace = TrimSpace;
	EqualFold = function(s, t) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, r, r$1, r$2, s, size, size$1, sr, t, tr;
		while (true) {
			if (!(!((s.$length === 0)) && !((t.$length === 0)))) { break; }
			_tmp = 0;
			_tmp$1 = 0;
			sr = _tmp;
			tr = _tmp$1;
			if ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) < 128) {
				_tmp$2 = (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) >> 0));
				_tmp$3 = $subslice(s, 1);
				sr = _tmp$2;
				s = _tmp$3;
			} else {
				_tuple = utf8.DecodeRune(s);
				r = _tuple[0];
				size = _tuple[1];
				_tmp$4 = r;
				_tmp$5 = $subslice(s, size);
				sr = _tmp$4;
				s = _tmp$5;
			}
			if ((0 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 0]) < 128) {
				_tmp$6 = (((0 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 0]) >> 0));
				_tmp$7 = $subslice(t, 1);
				tr = _tmp$6;
				t = _tmp$7;
			} else {
				_tuple$1 = utf8.DecodeRune(t);
				r$1 = _tuple$1[0];
				size$1 = _tuple$1[1];
				_tmp$8 = r$1;
				_tmp$9 = $subslice(t, size$1);
				tr = _tmp$8;
				t = _tmp$9;
			}
			if (tr === sr) {
				continue;
			}
			if (tr < sr) {
				_tmp$10 = sr;
				_tmp$11 = tr;
				tr = _tmp$10;
				sr = _tmp$11;
			}
			if (tr < 128) {
				if (65 <= sr && sr <= 90 && (tr === ((sr + 97 >> 0) - 65 >> 0))) {
					continue;
				}
				return false;
			}
			r$2 = unicode.SimpleFold(sr);
			while (true) {
				if (!(!((r$2 === sr)) && r$2 < tr)) { break; }
				r$2 = unicode.SimpleFold(r$2);
			}
			if (r$2 === tr) {
				continue;
			}
			return false;
		}
		return s.$length === t.$length;
	};
	$pkg.EqualFold = EqualFold;
	Index = function(s, sep) {
		var c0, c0$1, c1, c1$1, fails, fails$1, i, i$1, j, n, o, o$1, r, s, sep, t, t$1, x, x$1;
		n = sep.$length;
		if ((n === 0)) {
			return 0;
		} else if ((n === 1)) {
			return IndexByte(s, (0 >= sep.$length ? ($throwRuntimeError("index out of range"), undefined) : sep.$array[sep.$offset + 0]));
		} else if ((n === s.$length)) {
			if (Equal(sep, s)) {
				return 0;
			}
			return -1;
		} else if (n > s.$length) {
			return -1;
		} else if (n <= bytealg.MaxLen) {
			if (s.$length <= 0) {
				return bytealg.Index(s, sep);
			}
			c0 = (0 >= sep.$length ? ($throwRuntimeError("index out of range"), undefined) : sep.$array[sep.$offset + 0]);
			c1 = (1 >= sep.$length ? ($throwRuntimeError("index out of range"), undefined) : sep.$array[sep.$offset + 1]);
			i = 0;
			t = (s.$length - n >> 0) + 1 >> 0;
			fails = 0;
			while (true) {
				if (!(i < t)) { break; }
				if (!((((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) === c0))) {
					o = IndexByte($subslice(s, (i + 1 >> 0), t), c0);
					if (o < 0) {
						return -1;
					}
					i = i + ((o + 1 >> 0)) >> 0;
				}
				if (((x = i + 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) === c1) && Equal($subslice(s, i, (i + n >> 0)), sep)) {
					return i;
				}
				fails = fails + (1) >> 0;
				i = i + (1) >> 0;
				if (fails > bytealg.Cutover(i)) {
					r = bytealg.Index($subslice(s, i), sep);
					if (r >= 0) {
						return r + i >> 0;
					}
					return -1;
				}
			}
			return -1;
		}
		c0$1 = (0 >= sep.$length ? ($throwRuntimeError("index out of range"), undefined) : sep.$array[sep.$offset + 0]);
		c1$1 = (1 >= sep.$length ? ($throwRuntimeError("index out of range"), undefined) : sep.$array[sep.$offset + 1]);
		i$1 = 0;
		fails$1 = 0;
		t$1 = (s.$length - n >> 0) + 1 >> 0;
		while (true) {
			if (!(i$1 < t$1)) { break; }
			if (!((((i$1 < 0 || i$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i$1]) === c0$1))) {
				o$1 = IndexByte($subslice(s, (i$1 + 1 >> 0), t$1), c0$1);
				if (o$1 < 0) {
					break;
				}
				i$1 = i$1 + ((o$1 + 1 >> 0)) >> 0;
			}
			if (((x$1 = i$1 + 1 >> 0, ((x$1 < 0 || x$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x$1])) === c1$1) && Equal($subslice(s, i$1, (i$1 + n >> 0)), sep)) {
				return i$1;
			}
			i$1 = i$1 + (1) >> 0;
			fails$1 = fails$1 + (1) >> 0;
			if (fails$1 >= (4 + (i$1 >> 4 >> 0) >> 0) && i$1 < t$1) {
				j = bytealg.IndexRabinKarpBytes($subslice(s, i$1), sep);
				if (j < 0) {
					return -1;
				}
				return i$1 + j >> 0;
			}
		}
		return -1;
	};
	$pkg.Index = Index;
	Cut = function(s, sep) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, after, before, found, i, s, sep;
		before = sliceType.nil;
		after = sliceType.nil;
		found = false;
		i = Index(s, sep);
		if (i >= 0) {
			_tmp = $subslice(s, 0, i);
			_tmp$1 = $subslice(s, (i + sep.$length >> 0));
			_tmp$2 = true;
			before = _tmp;
			after = _tmp$1;
			found = _tmp$2;
			return [before, after, found];
		}
		_tmp$3 = s;
		_tmp$4 = sliceType.nil;
		_tmp$5 = false;
		before = _tmp$3;
		after = _tmp$4;
		found = _tmp$5;
		return [before, after, found];
	};
	$pkg.Cut = Cut;
	Buffer.ptr.prototype.Bytes = function() {
		var b;
		b = this;
		return $subslice(b.buf, b.off);
	};
	Buffer.prototype.Bytes = function() { return this.$val.Bytes(); };
	Buffer.ptr.prototype.String = function() {
		var b;
		b = this;
		if (b === ptrType$1.nil) {
			return "<nil>";
		}
		return ($bytesToString($subslice(b.buf, b.off)));
	};
	Buffer.prototype.String = function() { return this.$val.String(); };
	Buffer.ptr.prototype.empty = function() {
		var b;
		b = this;
		return b.buf.$length <= b.off;
	};
	Buffer.prototype.empty = function() { return this.$val.empty(); };
	Buffer.ptr.prototype.Len = function() {
		var b;
		b = this;
		return b.buf.$length - b.off >> 0;
	};
	Buffer.prototype.Len = function() { return this.$val.Len(); };
	Buffer.ptr.prototype.Cap = function() {
		var b;
		b = this;
		return b.buf.$capacity;
	};
	Buffer.prototype.Cap = function() { return this.$val.Cap(); };
	Buffer.ptr.prototype.Truncate = function(n) {
		var b, n;
		b = this;
		if (n === 0) {
			b.Reset();
			return;
		}
		b.lastRead = 0;
		if (n < 0 || n > b.Len()) {
			$panic(new $String("bytes.Buffer: truncation out of range"));
		}
		b.buf = $subslice(b.buf, 0, (b.off + n >> 0));
	};
	Buffer.prototype.Truncate = function(n) { return this.$val.Truncate(n); };
	Buffer.ptr.prototype.Reset = function() {
		var b;
		b = this;
		b.buf = $subslice(b.buf, 0, 0);
		b.off = 0;
		b.lastRead = 0;
	};
	Buffer.prototype.Reset = function() { return this.$val.Reset(); };
	Buffer.ptr.prototype.tryGrowByReslice = function(n) {
		var b, l, n;
		b = this;
		l = b.buf.$length;
		if (n <= (b.buf.$capacity - l >> 0)) {
			b.buf = $subslice(b.buf, 0, (l + n >> 0));
			return [l, true];
		}
		return [0, false];
	};
	Buffer.prototype.tryGrowByReslice = function(n) { return this.$val.tryGrowByReslice(n); };
	Buffer.ptr.prototype.grow = function(n) {
		var {_q, _r, _tuple, b, buf, c, i, m, n, ok, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		m = b.Len();
		if ((m === 0) && !((b.off === 0))) {
			b.Reset();
		}
		_tuple = b.tryGrowByReslice(n);
		i = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return i;
		}
		if (b.buf === sliceType.nil && n <= 64) {
			b.buf = $makeSlice(sliceType, n, 64);
			$s = -1; return 0;
		}
		c = b.buf.$capacity;
		/* */ if (n <= ((_q = c / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) - m >> 0)) { $s = 1; continue; }
		/* */ if (c > ((2147483647 - c >> 0) - n >> 0)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (n <= ((_q = c / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) - m >> 0)) { */ case 1:
			$copySlice(b.buf, $subslice(b.buf, b.off));
			$s = 4; continue;
		/* } else if (c > ((2147483647 - c >> 0) - n >> 0)) { */ case 2:
			$panic($pkg.ErrTooLarge);
			$s = 4; continue;
		/* } else { */ case 3:
			_r = makeSlice(($imul(2, c)) + n >> 0); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			buf = _r;
			$copySlice(buf, $subslice(b.buf, b.off));
			b.buf = buf;
		/* } */ case 4:
		b.off = 0;
		b.buf = $subslice(b.buf, 0, (m + n >> 0));
		$s = -1; return m;
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.grow, $c: true, $r, _q, _r, _tuple, b, buf, c, i, m, n, ok, $s};return $f;
	};
	Buffer.prototype.grow = function(n) { return this.$val.grow(n); };
	Buffer.ptr.prototype.Grow = function(n) {
		var {_r, b, m, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (n < 0) {
			$panic(new $String("bytes.Buffer.Grow: negative count"));
		}
		_r = b.grow(n); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		m = _r;
		b.buf = $subslice(b.buf, 0, m);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.Grow, $c: true, $r, _r, b, m, n, $s};return $f;
	};
	Buffer.prototype.Grow = function(n) { return this.$val.Grow(n); };
	Buffer.ptr.prototype.Write = function(p) {
		var {_r, _tmp, _tmp$1, _tuple, b, err, m, n, ok, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		b = this;
		b.lastRead = 0;
		_tuple = b.tryGrowByReslice(p.$length);
		m = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r = b.grow(p.$length); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			m = _r;
		/* } */ case 2:
		_tmp = $copySlice($subslice(b.buf, m), p);
		_tmp$1 = $ifaceNil;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.Write, $c: true, $r, _r, _tmp, _tmp$1, _tuple, b, err, m, n, ok, p, $s};return $f;
	};
	Buffer.prototype.Write = function(p) { return this.$val.Write(p); };
	Buffer.ptr.prototype.WriteString = function(s) {
		var {_r, _tmp, _tmp$1, _tuple, b, err, m, n, ok, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		b = this;
		b.lastRead = 0;
		_tuple = b.tryGrowByReslice(s.length);
		m = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r = b.grow(s.length); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			m = _r;
		/* } */ case 2:
		_tmp = $copyString($subslice(b.buf, m), s);
		_tmp$1 = $ifaceNil;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.WriteString, $c: true, $r, _r, _tmp, _tmp$1, _tuple, b, err, m, n, ok, s, $s};return $f;
	};
	Buffer.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	Buffer.ptr.prototype.ReadFrom = function(r) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, i, m, n, r, x, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		b = this;
		b.lastRead = 0;
		/* while (true) { */ case 1:
			_r = b.grow(512); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			i = _r;
			b.buf = $subslice(b.buf, 0, i);
			_r$1 = r.Read($subslice(b.buf, i, b.buf.$capacity)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			m = _tuple[0];
			e = _tuple[1];
			if (m < 0) {
				$panic(errNegativeRead);
			}
			b.buf = $subslice(b.buf, 0, (i + m >> 0));
			n = (x = (new $Int64(0, m)), new $Int64(n.$high + x.$high, n.$low + x.$low));
			if ($interfaceIsEqual(e, io.EOF)) {
				_tmp = n;
				_tmp$1 = $ifaceNil;
				n = _tmp;
				err = _tmp$1;
				$s = -1; return [n, err];
			}
			if (!($interfaceIsEqual(e, $ifaceNil))) {
				_tmp$2 = n;
				_tmp$3 = e;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.ReadFrom, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, i, m, n, r, x, $s};return $f;
	};
	Buffer.prototype.ReadFrom = function(r) { return this.$val.ReadFrom(r); };
	makeSlice = function(n) {
		var {$24r, n, $s, $deferred, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$deferred.push([(function() {
			if (!($interfaceIsEqual($recover(), $ifaceNil))) {
				$panic($pkg.ErrTooLarge);
			}
		}), []]);
		$24r = $makeSlice(sliceType, n);
		$s = 1; case 1: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return sliceType.nil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: makeSlice, $c: true, $r, $24r, n, $s, $deferred};return $f; } }
	};
	Buffer.ptr.prototype.WriteTo = function(w) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, e, err, m, n, nBytes, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		b = this;
		b.lastRead = 0;
		nBytes = b.Len();
		/* */ if (nBytes > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (nBytes > 0) { */ case 1:
			_r = w.Write($subslice(b.buf, b.off)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			m = _tuple[0];
			e = _tuple[1];
			if (m > nBytes) {
				$panic(new $String("bytes.Buffer.WriteTo: invalid Write count"));
			}
			b.off = b.off + (m) >> 0;
			n = (new $Int64(0, m));
			if (!($interfaceIsEqual(e, $ifaceNil))) {
				_tmp = n;
				_tmp$1 = e;
				n = _tmp;
				err = _tmp$1;
				$s = -1; return [n, err];
			}
			if (!((m === nBytes))) {
				_tmp$2 = n;
				_tmp$3 = io.ErrShortWrite;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			}
		/* } */ case 2:
		b.Reset();
		_tmp$4 = n;
		_tmp$5 = $ifaceNil;
		n = _tmp$4;
		err = _tmp$5;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.WriteTo, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, e, err, m, n, nBytes, w, $s};return $f;
	};
	Buffer.prototype.WriteTo = function(w) { return this.$val.WriteTo(w); };
	Buffer.ptr.prototype.WriteByte = function(c) {
		var {_r, _tuple, b, c, m, ok, x, $s, $r, $c} = $restore(this, {c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		b.lastRead = 0;
		_tuple = b.tryGrowByReslice(1);
		m = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r = b.grow(1); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			m = _r;
		/* } */ case 2:
		(x = b.buf, ((m < 0 || m >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + m] = c));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.WriteByte, $c: true, $r, _r, _tuple, b, c, m, ok, x, $s};return $f;
	};
	Buffer.prototype.WriteByte = function(c) { return this.$val.WriteByte(c); };
	Buffer.ptr.prototype.WriteRune = function(r) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, err, m, n, ok, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		b = this;
		/* */ if (((r >>> 0)) < 128) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (((r >>> 0)) < 128) { */ case 1:
			_r = b.WriteByte(((r << 24 >>> 24))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			_tmp = 1;
			_tmp$1 = $ifaceNil;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		/* } */ case 2:
		b.lastRead = 0;
		_tuple = b.tryGrowByReslice(4);
		m = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!ok) { */ case 4:
			_r$1 = b.grow(4); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			m = _r$1;
		/* } */ case 5:
		n = utf8.EncodeRune($subslice(b.buf, m, (m + 4 >> 0)), r);
		b.buf = $subslice(b.buf, 0, (m + n >> 0));
		_tmp$2 = n;
		_tmp$3 = $ifaceNil;
		n = _tmp$2;
		err = _tmp$3;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Buffer.ptr.prototype.WriteRune, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, err, m, n, ok, r, $s};return $f;
	};
	Buffer.prototype.WriteRune = function(r) { return this.$val.WriteRune(r); };
	Buffer.ptr.prototype.Read = function(p) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, err, n, p;
		n = 0;
		err = $ifaceNil;
		b = this;
		b.lastRead = 0;
		if (b.empty()) {
			b.Reset();
			if (p.$length === 0) {
				_tmp = 0;
				_tmp$1 = $ifaceNil;
				n = _tmp;
				err = _tmp$1;
				return [n, err];
			}
			_tmp$2 = 0;
			_tmp$3 = io.EOF;
			n = _tmp$2;
			err = _tmp$3;
			return [n, err];
		}
		n = $copySlice(p, $subslice(b.buf, b.off));
		b.off = b.off + (n) >> 0;
		if (n > 0) {
			b.lastRead = -1;
		}
		_tmp$4 = n;
		_tmp$5 = $ifaceNil;
		n = _tmp$4;
		err = _tmp$5;
		return [n, err];
	};
	Buffer.prototype.Read = function(p) { return this.$val.Read(p); };
	Buffer.ptr.prototype.Next = function(n) {
		var b, data, m, n;
		b = this;
		b.lastRead = 0;
		m = b.Len();
		if (n > m) {
			n = m;
		}
		data = $subslice(b.buf, b.off, (b.off + n >> 0));
		b.off = b.off + (n) >> 0;
		if (n > 0) {
			b.lastRead = -1;
		}
		return data;
	};
	Buffer.prototype.Next = function(n) { return this.$val.Next(n); };
	Buffer.ptr.prototype.ReadByte = function() {
		var b, c, x, x$1;
		b = this;
		if (b.empty()) {
			b.Reset();
			return [0, io.EOF];
		}
		c = (x = b.buf, x$1 = b.off, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		b.off = b.off + (1) >> 0;
		b.lastRead = -1;
		return [c, $ifaceNil];
	};
	Buffer.prototype.ReadByte = function() { return this.$val.ReadByte(); };
	Buffer.ptr.prototype.ReadRune = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, c, err, n, r, size, x, x$1;
		r = 0;
		size = 0;
		err = $ifaceNil;
		b = this;
		if (b.empty()) {
			b.Reset();
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = io.EOF;
			r = _tmp;
			size = _tmp$1;
			err = _tmp$2;
			return [r, size, err];
		}
		c = (x = b.buf, x$1 = b.off, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		if (c < 128) {
			b.off = b.off + (1) >> 0;
			b.lastRead = 1;
			_tmp$3 = ((c >> 0));
			_tmp$4 = 1;
			_tmp$5 = $ifaceNil;
			r = _tmp$3;
			size = _tmp$4;
			err = _tmp$5;
			return [r, size, err];
		}
		_tuple = utf8.DecodeRune($subslice(b.buf, b.off));
		r = _tuple[0];
		n = _tuple[1];
		b.off = b.off + (n) >> 0;
		b.lastRead = ((n << 24 >> 24));
		_tmp$6 = r;
		_tmp$7 = n;
		_tmp$8 = $ifaceNil;
		r = _tmp$6;
		size = _tmp$7;
		err = _tmp$8;
		return [r, size, err];
	};
	Buffer.prototype.ReadRune = function() { return this.$val.ReadRune(); };
	Buffer.ptr.prototype.UnreadRune = function() {
		var b;
		b = this;
		if (b.lastRead <= 0) {
			return errors.New("bytes.Buffer: UnreadRune: previous operation was not a successful ReadRune");
		}
		if (b.off >= ((b.lastRead >> 0))) {
			b.off = b.off - (((b.lastRead >> 0))) >> 0;
		}
		b.lastRead = 0;
		return $ifaceNil;
	};
	Buffer.prototype.UnreadRune = function() { return this.$val.UnreadRune(); };
	Buffer.ptr.prototype.UnreadByte = function() {
		var b;
		b = this;
		if (b.lastRead === 0) {
			return errUnreadByte;
		}
		b.lastRead = 0;
		if (b.off > 0) {
			b.off = b.off - (1) >> 0;
		}
		return $ifaceNil;
	};
	Buffer.prototype.UnreadByte = function() { return this.$val.UnreadByte(); };
	Buffer.ptr.prototype.ReadBytes = function(delim) {
		var _tmp, _tmp$1, _tuple, b, delim, err, line, slice;
		line = sliceType.nil;
		err = $ifaceNil;
		b = this;
		_tuple = b.readSlice(delim);
		slice = _tuple[0];
		err = _tuple[1];
		line = $appendSlice(line, slice);
		_tmp = line;
		_tmp$1 = err;
		line = _tmp;
		err = _tmp$1;
		return [line, err];
	};
	Buffer.prototype.ReadBytes = function(delim) { return this.$val.ReadBytes(delim); };
	Buffer.ptr.prototype.readSlice = function(delim) {
		var _tmp, _tmp$1, b, delim, end, err, i, line;
		line = sliceType.nil;
		err = $ifaceNil;
		b = this;
		i = IndexByte($subslice(b.buf, b.off), delim);
		end = (b.off + i >> 0) + 1 >> 0;
		if (i < 0) {
			end = b.buf.$length;
			err = io.EOF;
		}
		line = $subslice(b.buf, b.off, end);
		b.off = end;
		b.lastRead = -1;
		_tmp = line;
		_tmp$1 = err;
		line = _tmp;
		err = _tmp$1;
		return [line, err];
	};
	Buffer.prototype.readSlice = function(delim) { return this.$val.readSlice(delim); };
	Buffer.ptr.prototype.ReadString = function(delim) {
		var _tmp, _tmp$1, _tuple, b, delim, err, line, slice;
		line = "";
		err = $ifaceNil;
		b = this;
		_tuple = b.readSlice(delim);
		slice = _tuple[0];
		err = _tuple[1];
		_tmp = ($bytesToString(slice));
		_tmp$1 = err;
		line = _tmp;
		err = _tmp$1;
		return [line, err];
	};
	Buffer.prototype.ReadString = function(delim) { return this.$val.ReadString(delim); };
	IndexByte = function(s, c) {
		var _i, _ref, b, c, i, s;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (b === c) {
				return i;
			}
			_i++;
		}
		return -1;
	};
	$pkg.IndexByte = IndexByte;
	Equal = function(a, b) {
		var _i, _ref, a, b, c, i;
		if (!((a.$length === b.$length))) {
			return false;
		}
		_ref = a;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((c === ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i])))) {
				return false;
			}
			_i++;
		}
		return true;
	};
	$pkg.Equal = Equal;
	Compare = function(a, b) {
		var _i, _ref, a, b, ca, cb, i;
		_ref = a;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			ca = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (i >= b.$length) {
				return 1;
			}
			cb = ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]);
			if (ca < cb) {
				return -1;
			}
			if (ca > cb) {
				return 1;
			}
			_i++;
		}
		if (a.$length < b.$length) {
			return -1;
		}
		return 0;
	};
	$pkg.Compare = Compare;
	ptrType$2.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "ReadAt", name: "ReadAt", pkg: "", typ: $funcType([sliceType, $Int64], [$Int, $error], false)}, {prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}, {prop: "UnreadByte", name: "UnreadByte", pkg: "", typ: $funcType([], [$error], false)}, {prop: "ReadRune", name: "ReadRune", pkg: "", typ: $funcType([], [$Int32, $Int, $error], false)}, {prop: "UnreadRune", name: "UnreadRune", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Seek", name: "Seek", pkg: "", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([io.Writer], [$Int64, $error], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([sliceType], [], false)}];
	ptrType.methods = [{prop: "contains", name: "contains", pkg: "bytes", typ: $funcType([$Uint8], [$Bool], false)}];
	ptrType$1.methods = [{prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "empty", name: "empty", pkg: "bytes", typ: $funcType([], [$Bool], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Cap", name: "Cap", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Truncate", name: "Truncate", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "tryGrowByReslice", name: "tryGrowByReslice", pkg: "bytes", typ: $funcType([$Int], [$Int, $Bool], false)}, {prop: "grow", name: "grow", pkg: "bytes", typ: $funcType([$Int], [$Int], false)}, {prop: "Grow", name: "Grow", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([io.Reader], [$Int64, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([io.Writer], [$Int64, $error], false)}, {prop: "WriteByte", name: "WriteByte", pkg: "", typ: $funcType([$Uint8], [$error], false)}, {prop: "WriteRune", name: "WriteRune", pkg: "", typ: $funcType([$Int32], [$Int, $error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Next", name: "Next", pkg: "", typ: $funcType([$Int], [sliceType], false)}, {prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}, {prop: "ReadRune", name: "ReadRune", pkg: "", typ: $funcType([], [$Int32, $Int, $error], false)}, {prop: "UnreadRune", name: "UnreadRune", pkg: "", typ: $funcType([], [$error], false)}, {prop: "UnreadByte", name: "UnreadByte", pkg: "", typ: $funcType([], [$error], false)}, {prop: "ReadBytes", name: "ReadBytes", pkg: "", typ: $funcType([$Uint8], [sliceType, $error], false)}, {prop: "readSlice", name: "readSlice", pkg: "bytes", typ: $funcType([$Uint8], [sliceType, $error], false)}, {prop: "ReadString", name: "ReadString", pkg: "", typ: $funcType([$Uint8], [$String, $error], false)}];
	Reader.init("bytes", [{prop: "s", name: "s", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "i", name: "i", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "prevRune", name: "prevRune", embedded: false, exported: false, typ: $Int, tag: ""}]);
	asciiSet.init($Uint32, 8);
	Buffer.init("bytes", [{prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "off", name: "off", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "lastRead", name: "lastRead", embedded: false, exported: false, typ: readOp, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytealg.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		asciiSpace = $toNativeArray($kindUint8, [0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		$pkg.ErrTooLarge = errors.New("bytes.Buffer: too large");
		errNegativeRead = errors.New("bytes.Buffer: reader returned negative count from Read");
		errUnreadByte = errors.New("bytes.Buffer: UnreadByte: previous operation was not a successful read");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["strings"] = (function() {
	var $pkg = {}, $init, errors, js, bytealg, io, sync, unicode, utf8, asciiSet, stringFinder, Replacer, replacer, trieNode, genericReplacer, appendSliceWriter, stringWriter, singleStringReplacer, byteReplacer, byteStringReplacer, Reader, Builder, span, sliceType, ptrType, sliceType$1, ptrType$1, sliceType$2, arrayType, arrayType$1, sliceType$3, arrayType$2, ptrType$2, arrayType$3, ptrType$3, sliceType$4, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, asciiSpace, explode, Contains, ContainsAny, ContainsRune, IndexRune, IndexAny, LastIndexByte, genSplit, SplitN, Split, Fields, FieldsFunc, Join, HasPrefix, HasSuffix, Map, Repeat, ToLower, TrimLeftFunc, TrimRightFunc, TrimFunc, IndexFunc, indexFunc, lastIndexFunc, makeASCIISet, Trim, TrimLeft, trimLeftByte, trimLeftASCII, trimLeftUnicode, TrimRight, trimRightByte, trimRightASCII, trimRightUnicode, TrimSpace, TrimPrefix, TrimSuffix, Replace, ReplaceAll, EqualFold, Cut, makeStringFinder, longestCommonSuffix, max, NewReplacer, makeGenericReplacer, getStringWriter, makeSingleStringReplacer, NewReader, IndexByte, Index, LastIndex, Count;
	errors = $packages["errors"];
	js = $packages["github.com/gopherjs/gopherjs/js"];
	bytealg = $packages["internal/bytealg"];
	io = $packages["io"];
	sync = $packages["sync"];
	unicode = $packages["unicode"];
	utf8 = $packages["unicode/utf8"];
	asciiSet = $pkg.asciiSet = $newType(32, $kindArray, "strings.asciiSet", true, "strings", false, null);
	stringFinder = $pkg.stringFinder = $newType(0, $kindStruct, "strings.stringFinder", true, "strings", false, function(pattern_, badCharSkip_, goodSuffixSkip_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pattern = "";
			this.badCharSkip = arrayType$1.zero();
			this.goodSuffixSkip = sliceType$3.nil;
			return;
		}
		this.pattern = pattern_;
		this.badCharSkip = badCharSkip_;
		this.goodSuffixSkip = goodSuffixSkip_;
	});
	Replacer = $pkg.Replacer = $newType(0, $kindStruct, "strings.Replacer", true, "strings", true, function(once_, r_, oldnew_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.r = $ifaceNil;
			this.oldnew = sliceType.nil;
			return;
		}
		this.once = once_;
		this.r = r_;
		this.oldnew = oldnew_;
	});
	replacer = $pkg.replacer = $newType(8, $kindInterface, "strings.replacer", true, "strings", false, null);
	trieNode = $pkg.trieNode = $newType(0, $kindStruct, "strings.trieNode", true, "strings", false, function(value_, priority_, prefix_, next_, table_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.value = "";
			this.priority = 0;
			this.prefix = "";
			this.next = ptrType$3.nil;
			this.table = sliceType$4.nil;
			return;
		}
		this.value = value_;
		this.priority = priority_;
		this.prefix = prefix_;
		this.next = next_;
		this.table = table_;
	});
	genericReplacer = $pkg.genericReplacer = $newType(0, $kindStruct, "strings.genericReplacer", true, "strings", false, function(root_, tableSize_, mapping_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.root = new trieNode.ptr("", 0, "", ptrType$3.nil, sliceType$4.nil);
			this.tableSize = 0;
			this.mapping = arrayType$2.zero();
			return;
		}
		this.root = root_;
		this.tableSize = tableSize_;
		this.mapping = mapping_;
	});
	appendSliceWriter = $pkg.appendSliceWriter = $newType(12, $kindSlice, "strings.appendSliceWriter", true, "strings", false, null);
	stringWriter = $pkg.stringWriter = $newType(0, $kindStruct, "strings.stringWriter", true, "strings", false, function(w_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.w = $ifaceNil;
			return;
		}
		this.w = w_;
	});
	singleStringReplacer = $pkg.singleStringReplacer = $newType(0, $kindStruct, "strings.singleStringReplacer", true, "strings", false, function(finder_, value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.finder = ptrType$5.nil;
			this.value = "";
			return;
		}
		this.finder = finder_;
		this.value = value_;
	});
	byteReplacer = $pkg.byteReplacer = $newType(256, $kindArray, "strings.byteReplacer", true, "strings", false, null);
	byteStringReplacer = $pkg.byteStringReplacer = $newType(0, $kindStruct, "strings.byteStringReplacer", true, "strings", false, function(replacements_, toReplace_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.replacements = arrayType$3.zero();
			this.toReplace = sliceType.nil;
			return;
		}
		this.replacements = replacements_;
		this.toReplace = toReplace_;
	});
	Reader = $pkg.Reader = $newType(0, $kindStruct, "strings.Reader", true, "strings", true, function(s_, i_, prevRune_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = "";
			this.i = new $Int64(0, 0);
			this.prevRune = 0;
			return;
		}
		this.s = s_;
		this.i = i_;
		this.prevRune = prevRune_;
	});
	Builder = $pkg.Builder = $newType(0, $kindStruct, "strings.Builder", true, "strings", true, function(addr_, buf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.addr = ptrType$1.nil;
			this.buf = sliceType$2.nil;
			return;
		}
		this.addr = addr_;
		this.buf = buf_;
	});
	span = $newType(0, $kindStruct, "strings.span", true, "strings", false, function(start_, end_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.start = 0;
			this.end = 0;
			return;
		}
		this.start = start_;
		this.end = end_;
	});
	sliceType = $sliceType($String);
	ptrType = $ptrType(asciiSet);
	sliceType$1 = $sliceType(span);
	ptrType$1 = $ptrType(Builder);
	sliceType$2 = $sliceType($Uint8);
	arrayType = $arrayType($Uint32, 8);
	arrayType$1 = $arrayType($Int, 256);
	sliceType$3 = $sliceType($Int);
	arrayType$2 = $arrayType($Uint8, 256);
	ptrType$2 = $ptrType(byteReplacer);
	arrayType$3 = $arrayType(sliceType$2, 256);
	ptrType$3 = $ptrType(trieNode);
	sliceType$4 = $sliceType(ptrType$3);
	ptrType$4 = $ptrType(appendSliceWriter);
	ptrType$5 = $ptrType(stringFinder);
	ptrType$6 = $ptrType(Replacer);
	ptrType$7 = $ptrType(genericReplacer);
	ptrType$8 = $ptrType(singleStringReplacer);
	ptrType$9 = $ptrType(byteStringReplacer);
	ptrType$10 = $ptrType(Reader);
	explode = function(s, n) {
		var _tuple, a, ch, i, l, n, s, size, x;
		l = utf8.RuneCountInString(s);
		if (n < 0 || n > l) {
			n = l;
		}
		a = $makeSlice(sliceType, n);
		i = 0;
		while (true) {
			if (!(i < (n - 1 >> 0))) { break; }
			_tuple = utf8.DecodeRuneInString(s);
			ch = _tuple[0];
			size = _tuple[1];
			((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = $substring(s, 0, size));
			s = $substring(s, size);
			if (ch === 65533) {
				((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = "\xEF\xBF\xBD");
			}
			i = i + (1) >> 0;
		}
		if (n > 0) {
			(x = n - 1 >> 0, ((x < 0 || x >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + x] = s));
		}
		return a;
	};
	Contains = function(s, substr) {
		var s, substr;
		return Index(s, substr) >= 0;
	};
	$pkg.Contains = Contains;
	ContainsAny = function(s, chars) {
		var chars, s;
		return IndexAny(s, chars) >= 0;
	};
	$pkg.ContainsAny = ContainsAny;
	ContainsRune = function(s, r) {
		var r, s;
		return IndexRune(s, r) >= 0;
	};
	$pkg.ContainsRune = ContainsRune;
	IndexRune = function(s, r) {
		var _i, _ref, _rune, i, r, r$1, s;
		if (0 <= r && r < 128) {
			return IndexByte(s, ((r << 24 >>> 24)));
		} else if ((r === 65533)) {
			_ref = s;
			_i = 0;
			while (true) {
				if (!(_i < _ref.length)) { break; }
				_rune = $decodeRune(_ref, _i);
				i = _i;
				r$1 = _rune[0];
				if (r$1 === 65533) {
					return i;
				}
				_i += _rune[1];
			}
			return -1;
		} else if (!utf8.ValidRune(r)) {
			return -1;
		} else {
			return Index(s, ($encodeRune(r)));
		}
	};
	$pkg.IndexRune = IndexRune;
	IndexAny = function(s, chars) {
		var _i, _ref, _rune, _tuple, as, c, chars, i, i$1, isASCII, r, s;
		if (chars === "") {
			return -1;
		}
		if (chars.length === 1) {
			r = ((chars.charCodeAt(0) >> 0));
			if (r >= 128) {
				r = 65533;
			}
			return IndexRune(s, r);
		}
		if (s.length > 8) {
			_tuple = makeASCIISet(chars);
			as = $clone(_tuple[0], asciiSet);
			isASCII = _tuple[1];
			if (isASCII) {
				i = 0;
				while (true) {
					if (!(i < s.length)) { break; }
					if (new ptrType(as).contains(s.charCodeAt(i))) {
						return i;
					}
					i = i + (1) >> 0;
				}
				return -1;
			}
		}
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			i$1 = _i;
			c = _rune[0];
			if (IndexRune(chars, c) >= 0) {
				return i$1;
			}
			_i += _rune[1];
		}
		return -1;
	};
	$pkg.IndexAny = IndexAny;
	LastIndexByte = function(s, c) {
		var c, i, s;
		i = s.length - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			if (s.charCodeAt(i) === c) {
				return i;
			}
			i = i - (1) >> 0;
		}
		return -1;
	};
	$pkg.LastIndexByte = LastIndexByte;
	genSplit = function(s, sep, sepSave, n) {
		var a, i, m, n, s, sep, sepSave;
		if (n === 0) {
			return sliceType.nil;
		}
		if (sep === "") {
			return explode(s, n);
		}
		if (n < 0) {
			n = Count(s, sep) + 1 >> 0;
		}
		a = $makeSlice(sliceType, n);
		n = n - (1) >> 0;
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			m = Index(s, sep);
			if (m < 0) {
				break;
			}
			((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = $substring(s, 0, (m + sepSave >> 0)));
			s = $substring(s, (m + sep.length >> 0));
			i = i + (1) >> 0;
		}
		((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = s);
		return $subslice(a, 0, (i + 1 >> 0));
	};
	SplitN = function(s, sep, n) {
		var n, s, sep;
		return genSplit(s, sep, 0, n);
	};
	$pkg.SplitN = SplitN;
	Split = function(s, sep) {
		var s, sep;
		return genSplit(s, sep, 0, -1);
	};
	$pkg.Split = Split;
	Fields = function(s) {
		var {$24r, _r, a, fieldStart, i, i$1, isSpace, n, na, r, s, setBits, wasSpace, x, x$1, x$2, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		wasSpace = 1;
		setBits = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			r = s.charCodeAt(i);
			setBits = (setBits | (r)) >>> 0;
			isSpace = ((((r < 0 || r >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[r]) >> 0));
			n = n + ((wasSpace & (~isSpace >> 0))) >> 0;
			wasSpace = isSpace;
			i = i + (1) >> 0;
		}
		/* */ if (setBits >= 128) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (setBits >= 128) { */ case 1:
			_r = FieldsFunc(s, unicode.IsSpace); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		a = $makeSlice(sliceType, n);
		na = 0;
		fieldStart = 0;
		i$1 = 0;
		while (true) {
			if (!(i$1 < s.length && !(((x = s.charCodeAt(i$1), ((x < 0 || x >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[x])) === 0)))) { break; }
			i$1 = i$1 + (1) >> 0;
		}
		fieldStart = i$1;
		while (true) {
			if (!(i$1 < s.length)) { break; }
			if ((x$1 = s.charCodeAt(i$1), ((x$1 < 0 || x$1 >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[x$1])) === 0) {
				i$1 = i$1 + (1) >> 0;
				continue;
			}
			((na < 0 || na >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + na] = $substring(s, fieldStart, i$1));
			na = na + (1) >> 0;
			i$1 = i$1 + (1) >> 0;
			while (true) {
				if (!(i$1 < s.length && !(((x$2 = s.charCodeAt(i$1), ((x$2 < 0 || x$2 >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[x$2])) === 0)))) { break; }
				i$1 = i$1 + (1) >> 0;
			}
			fieldStart = i$1;
		}
		if (fieldStart < s.length) {
			((na < 0 || na >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + na] = $substring(s, fieldStart));
		}
		$s = -1; return a;
		/* */ } return; } var $f = {$blk: Fields, $c: true, $r, $24r, _r, a, fieldStart, i, i$1, isSpace, n, na, r, s, setBits, wasSpace, x, x$1, x$2, $s};return $f;
	};
	$pkg.Fields = Fields;
	FieldsFunc = function(s, f) {
		var {_i, _i$1, _r, _ref, _ref$1, _rune, a, end, f, i, rune, s, span$1, spans, start, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		spans = $makeSlice(sliceType$1, 0, 32);
		start = -1;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.length)) { break; } */ if(!(_i < _ref.length)) { $s = 2; continue; }
			_rune = $decodeRune(_ref, _i);
			end = _i;
			rune = _rune[0];
			_r = f(rune); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r) { */ case 3:
				if (start >= 0) {
					spans = $append(spans, new span.ptr(start, end));
					start = ~start >> 0;
				}
				$s = 5; continue;
			/* } else { */ case 4:
				if (start < 0) {
					start = end;
				}
			/* } */ case 5:
			_i += _rune[1];
		$s = 1; continue;
		case 2:
		if (start >= 0) {
			spans = $append(spans, new span.ptr(start, s.length));
		}
		a = $makeSlice(sliceType, spans.$length);
		_ref$1 = spans;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i = _i$1;
			span$1 = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), span);
			((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = $substring(s, span$1.start, span$1.end));
			_i$1++;
		}
		$s = -1; return a;
		/* */ } return; } var $f = {$blk: FieldsFunc, $c: true, $r, _i, _i$1, _r, _ref, _ref$1, _rune, a, end, f, i, rune, s, span$1, spans, start, $s};return $f;
	};
	$pkg.FieldsFunc = FieldsFunc;
	Join = function(elems, sep) {
		var _1, _i, _ref, b, elems, i, n, s, sep;
		_1 = elems.$length;
		if (_1 === (0)) {
			return "";
		} else if (_1 === (1)) {
			return (0 >= elems.$length ? ($throwRuntimeError("index out of range"), undefined) : elems.$array[elems.$offset + 0]);
		}
		n = $imul(sep.length, ((elems.$length - 1 >> 0)));
		i = 0;
		while (true) {
			if (!(i < elems.$length)) { break; }
			n = n + (((i < 0 || i >= elems.$length) ? ($throwRuntimeError("index out of range"), undefined) : elems.$array[elems.$offset + i]).length) >> 0;
			i = i + (1) >> 0;
		}
		b = new Builder.ptr(ptrType$1.nil, sliceType$2.nil);
		b.Grow(n);
		b.WriteString((0 >= elems.$length ? ($throwRuntimeError("index out of range"), undefined) : elems.$array[elems.$offset + 0]));
		_ref = $subslice(elems, 1);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b.WriteString(sep);
			b.WriteString(s);
			_i++;
		}
		return b.String();
	};
	$pkg.Join = Join;
	HasPrefix = function(s, prefix) {
		var prefix, s;
		return s.length >= prefix.length && $substring(s, 0, prefix.length) === prefix;
	};
	$pkg.HasPrefix = HasPrefix;
	HasSuffix = function(s, suffix) {
		var s, suffix;
		return s.length >= suffix.length && $substring(s, (s.length - suffix.length >> 0)) === suffix;
	};
	$pkg.HasSuffix = HasSuffix;
	Map = function(mapping, s) {
		var {_i, _i$1, _r, _r$1, _ref, _ref$1, _rune, _rune$1, _tuple, b, c, c$1, i, mapping, r, r$1, s, width, $s, $r, $c} = $restore(this, {mapping, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = new Builder.ptr(ptrType$1.nil, sliceType$2.nil);
		_ref = s;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.length)) { break; } */ if(!(_i < _ref.length)) { $s = 2; continue; }
			_rune = $decodeRune(_ref, _i);
			i = _i;
			c = _rune[0];
			_r = mapping(c); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			r = _r;
			if ((r === c) && !((c === 65533))) {
				_i += _rune[1];
				/* continue; */ $s = 1; continue;
			}
			width = 0;
			if (c === 65533) {
				_tuple = utf8.DecodeRuneInString($substring(s, i));
				c = _tuple[0];
				width = _tuple[1];
				if (!((width === 1)) && (r === c)) {
					_i += _rune[1];
					/* continue; */ $s = 1; continue;
				}
			} else {
				width = utf8.RuneLen(c);
			}
			b.Grow(s.length + 4 >> 0);
			b.WriteString($substring(s, 0, i));
			if (r >= 0) {
				b.WriteRune(r);
			}
			s = $substring(s, (i + width >> 0));
			/* break; */ $s = 2; continue;
		case 2:
		if (b.Cap() === 0) {
			$s = -1; return s;
		}
		_ref$1 = s;
		_i$1 = 0;
		/* while (true) { */ case 4:
			/* if (!(_i$1 < _ref$1.length)) { break; } */ if(!(_i$1 < _ref$1.length)) { $s = 5; continue; }
			_rune$1 = $decodeRune(_ref$1, _i$1);
			c$1 = _rune$1[0];
			_r$1 = mapping(c$1); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			r$1 = _r$1;
			if (r$1 >= 0) {
				if (r$1 < 128) {
					b.WriteByte(((r$1 << 24 >>> 24)));
				} else {
					b.WriteRune(r$1);
				}
			}
			_i$1 += _rune$1[1];
		$s = 4; continue;
		case 5:
		$s = -1; return b.String();
		/* */ } return; } var $f = {$blk: Map, $c: true, $r, _i, _i$1, _r, _r$1, _ref, _ref$1, _rune, _rune$1, _tuple, b, c, c$1, i, mapping, r, r$1, s, width, $s};return $f;
	};
	$pkg.Map = Map;
	Repeat = function(s, count) {
		var _q, _q$1, b, count, n, s;
		if (count === 0) {
			return "";
		}
		if (count < 0) {
			$panic(new $String("strings: negative Repeat count"));
		} else if (!(((_q = ($imul(s.length, count)) / count, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) === s.length))) {
			$panic(new $String("strings: Repeat count causes overflow"));
		}
		n = $imul(s.length, count);
		b = new Builder.ptr(ptrType$1.nil, sliceType$2.nil);
		b.Grow(n);
		b.WriteString(s);
		while (true) {
			if (!(b.Len() < n)) { break; }
			if (b.Len() <= (_q$1 = n / 2, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"))) {
				b.WriteString(b.String());
			} else {
				b.WriteString($substring(b.String(), 0, (n - b.Len() >> 0)));
				break;
			}
		}
		return b.String();
	};
	$pkg.Repeat = Repeat;
	ToLower = function(s) {
		var {$24r, _r, _tmp, _tmp$1, b, c, c$1, hasUpper, i, i$1, isASCII, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = true;
		_tmp$1 = false;
		isASCII = _tmp;
		hasUpper = _tmp$1;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (c >= 128) {
				isASCII = false;
				break;
			}
			hasUpper = hasUpper || (65 <= c && c <= 90);
			i = i + (1) >> 0;
		}
		if (isASCII) {
			if (!hasUpper) {
				$s = -1; return s;
			}
			b = new Builder.ptr(ptrType$1.nil, sliceType$2.nil);
			b.Grow(s.length);
			i$1 = 0;
			while (true) {
				if (!(i$1 < s.length)) { break; }
				c$1 = s.charCodeAt(i$1);
				if (65 <= c$1 && c$1 <= 90) {
					c$1 = c$1 + (32) << 24 >>> 24;
				}
				b.WriteByte(c$1);
				i$1 = i$1 + (1) >> 0;
			}
			$s = -1; return b.String();
		}
		_r = Map(unicode.ToLower, s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ToLower, $c: true, $r, $24r, _r, _tmp, _tmp$1, b, c, c$1, hasUpper, i, i$1, isASCII, s, $s};return $f;
	};
	$pkg.ToLower = ToLower;
	TrimLeftFunc = function(s, f) {
		var {_r, f, i, s, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = indexFunc(s, f, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		i = _r;
		if (i === -1) {
			$s = -1; return "";
		}
		$s = -1; return $substring(s, i);
		/* */ } return; } var $f = {$blk: TrimLeftFunc, $c: true, $r, _r, f, i, s, $s};return $f;
	};
	$pkg.TrimLeftFunc = TrimLeftFunc;
	TrimRightFunc = function(s, f) {
		var {_r, _tuple, f, i, s, wid, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = lastIndexFunc(s, f, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		i = _r;
		if (i >= 0 && s.charCodeAt(i) >= 128) {
			_tuple = utf8.DecodeRuneInString($substring(s, i));
			wid = _tuple[1];
			i = i + (wid) >> 0;
		} else {
			i = i + (1) >> 0;
		}
		$s = -1; return $substring(s, 0, i);
		/* */ } return; } var $f = {$blk: TrimRightFunc, $c: true, $r, _r, _tuple, f, i, s, wid, $s};return $f;
	};
	$pkg.TrimRightFunc = TrimRightFunc;
	TrimFunc = function(s, f) {
		var {$24r, _r, _r$1, f, s, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = TrimLeftFunc(s, f); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = TrimRightFunc(_r, f); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: TrimFunc, $c: true, $r, $24r, _r, _r$1, f, s, $s};return $f;
	};
	$pkg.TrimFunc = TrimFunc;
	IndexFunc = function(s, f) {
		var {$24r, _r, f, s, $s, $r, $c} = $restore(this, {s, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = indexFunc(s, f, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: IndexFunc, $c: true, $r, $24r, _r, f, s, $s};return $f;
	};
	$pkg.IndexFunc = IndexFunc;
	indexFunc = function(s, f, truth) {
		var {_i, _r, _ref, _rune, f, i, r, s, truth, $s, $r, $c} = $restore(this, {s, f, truth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = s;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.length)) { break; } */ if(!(_i < _ref.length)) { $s = 2; continue; }
			_rune = $decodeRune(_ref, _i);
			i = _i;
			r = _rune[0];
			_r = f(r); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r === truth) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r === truth) { */ case 3:
				$s = -1; return i;
			/* } */ case 4:
			_i += _rune[1];
		$s = 1; continue;
		case 2:
		$s = -1; return -1;
		/* */ } return; } var $f = {$blk: indexFunc, $c: true, $r, _i, _r, _ref, _rune, f, i, r, s, truth, $s};return $f;
	};
	lastIndexFunc = function(s, f, truth) {
		var {_r, _tuple, f, i, r, s, size, truth, $s, $r, $c} = $restore(this, {s, f, truth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = s.length;
		/* while (true) { */ case 1:
			/* if (!(i > 0)) { break; } */ if(!(i > 0)) { $s = 2; continue; }
			_tuple = utf8.DecodeLastRuneInString($substring(s, 0, i));
			r = _tuple[0];
			size = _tuple[1];
			i = i - (size) >> 0;
			_r = f(r); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r === truth) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r === truth) { */ case 3:
				$s = -1; return i;
			/* } */ case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return -1;
		/* */ } return; } var $f = {$blk: lastIndexFunc, $c: true, $r, _r, _tuple, f, i, r, s, size, truth, $s};return $f;
	};
	makeASCIISet = function(chars) {
		var _index, _q, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, as, c, chars, i, ok, y;
		as = arrayType.zero();
		ok = false;
		i = 0;
		while (true) {
			if (!(i < chars.length)) { break; }
			c = chars.charCodeAt(i);
			if (c >= 128) {
				_tmp = $clone(as, asciiSet);
				_tmp$1 = false;
				asciiSet.copy(as, _tmp);
				ok = _tmp$1;
				return [as, ok];
			}
			_index = (_q = c / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			((_index < 0 || _index >= as.length) ? ($throwRuntimeError("index out of range"), undefined) : as[_index] = ((((_index < 0 || _index >= as.length) ? ($throwRuntimeError("index out of range"), undefined) : as[_index]) | (((y = ((_r = c % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))), y < 32 ? (1 << y) : 0) >>> 0))) >>> 0));
			i = i + (1) >> 0;
		}
		_tmp$2 = $clone(as, asciiSet);
		_tmp$3 = true;
		asciiSet.copy(as, _tmp$2);
		ok = _tmp$3;
		return [as, ok];
	};
	asciiSet.prototype.contains = function(c) {
		var _q, _r, as, c, x, x$1, y;
		as = this.$val;
		return !((((((x = as, x$1 = (_q = c / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])) & (((y = ((_r = c % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))), y < 32 ? (1 << y) : 0) >>> 0))) >>> 0)) === 0));
	};
	$ptrType(asciiSet).prototype.contains = function(c) { return (new asciiSet(this.$get())).contains(c); };
	Trim = function(s, cutset) {
		var _tuple, as, cutset, ok, s;
		if (s === "" || cutset === "") {
			return s;
		}
		if ((cutset.length === 1) && cutset.charCodeAt(0) < 128) {
			return trimLeftByte(trimRightByte(s, cutset.charCodeAt(0)), cutset.charCodeAt(0));
		}
		_tuple = makeASCIISet(cutset);
		as = $clone(_tuple[0], asciiSet);
		ok = _tuple[1];
		if (ok) {
			return trimLeftASCII(trimRightASCII(s, as), as);
		}
		return trimLeftUnicode(trimRightUnicode(s, cutset), cutset);
	};
	$pkg.Trim = Trim;
	TrimLeft = function(s, cutset) {
		var _tuple, as, cutset, ok, s;
		if (s === "" || cutset === "") {
			return s;
		}
		if ((cutset.length === 1) && cutset.charCodeAt(0) < 128) {
			return trimLeftByte(s, cutset.charCodeAt(0));
		}
		_tuple = makeASCIISet(cutset);
		as = $clone(_tuple[0], asciiSet);
		ok = _tuple[1];
		if (ok) {
			return trimLeftASCII(s, as);
		}
		return trimLeftUnicode(s, cutset);
	};
	$pkg.TrimLeft = TrimLeft;
	trimLeftByte = function(s, c) {
		var c, s;
		while (true) {
			if (!(s.length > 0 && (s.charCodeAt(0) === c))) { break; }
			s = $substring(s, 1);
		}
		return s;
	};
	trimLeftASCII = function(s, as) {
		var as, s;
		while (true) {
			if (!(s.length > 0)) { break; }
			if (!new ptrType(as).contains(s.charCodeAt(0))) {
				break;
			}
			s = $substring(s, 1);
		}
		return s;
	};
	trimLeftUnicode = function(s, cutset) {
		var _tmp, _tmp$1, _tuple, cutset, n, r, s;
		while (true) {
			if (!(s.length > 0)) { break; }
			_tmp = ((s.charCodeAt(0) >> 0));
			_tmp$1 = 1;
			r = _tmp;
			n = _tmp$1;
			if (r >= 128) {
				_tuple = utf8.DecodeRuneInString(s);
				r = _tuple[0];
				n = _tuple[1];
			}
			if (!ContainsRune(cutset, r)) {
				break;
			}
			s = $substring(s, n);
		}
		return s;
	};
	TrimRight = function(s, cutset) {
		var _tuple, as, cutset, ok, s;
		if (s === "" || cutset === "") {
			return s;
		}
		if ((cutset.length === 1) && cutset.charCodeAt(0) < 128) {
			return trimRightByte(s, cutset.charCodeAt(0));
		}
		_tuple = makeASCIISet(cutset);
		as = $clone(_tuple[0], asciiSet);
		ok = _tuple[1];
		if (ok) {
			return trimRightASCII(s, as);
		}
		return trimRightUnicode(s, cutset);
	};
	$pkg.TrimRight = TrimRight;
	trimRightByte = function(s, c) {
		var c, s;
		while (true) {
			if (!(s.length > 0 && (s.charCodeAt((s.length - 1 >> 0)) === c))) { break; }
			s = $substring(s, 0, (s.length - 1 >> 0));
		}
		return s;
	};
	trimRightASCII = function(s, as) {
		var as, s;
		while (true) {
			if (!(s.length > 0)) { break; }
			if (!new ptrType(as).contains(s.charCodeAt((s.length - 1 >> 0)))) {
				break;
			}
			s = $substring(s, 0, (s.length - 1 >> 0));
		}
		return s;
	};
	trimRightUnicode = function(s, cutset) {
		var _tmp, _tmp$1, _tuple, cutset, n, r, s;
		while (true) {
			if (!(s.length > 0)) { break; }
			_tmp = ((s.charCodeAt((s.length - 1 >> 0)) >> 0));
			_tmp$1 = 1;
			r = _tmp;
			n = _tmp$1;
			if (r >= 128) {
				_tuple = utf8.DecodeLastRuneInString(s);
				r = _tuple[0];
				n = _tuple[1];
			}
			if (!ContainsRune(cutset, r)) {
				break;
			}
			s = $substring(s, 0, (s.length - n >> 0));
		}
		return s;
	};
	TrimSpace = function(s) {
		var {$24r, $24r$1, _r, _r$1, c, c$1, s, start, stop, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = 0;
		/* while (true) { */ case 1:
			/* if (!(start < s.length)) { break; } */ if(!(start < s.length)) { $s = 2; continue; }
			c = s.charCodeAt(start);
			/* */ if (c >= 128) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (c >= 128) { */ case 3:
				_r = TrimFunc($substring(s, start), unicode.IsSpace); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			if (((c < 0 || c >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[c]) === 0) {
				/* break; */ $s = 2; continue;
			}
			start = start + (1) >> 0;
		$s = 1; continue;
		case 2:
		stop = s.length;
		/* while (true) { */ case 7:
			/* if (!(stop > start)) { break; } */ if(!(stop > start)) { $s = 8; continue; }
			c$1 = s.charCodeAt((stop - 1 >> 0));
			/* */ if (c$1 >= 128) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (c$1 >= 128) { */ case 9:
				_r$1 = TrimFunc($substring(s, start, stop), unicode.IsSpace); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = _r$1;
				$s = 12; case 12: return $24r$1;
			/* } */ case 10:
			if (((c$1 < 0 || c$1 >= asciiSpace.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiSpace[c$1]) === 0) {
				/* break; */ $s = 8; continue;
			}
			stop = stop - (1) >> 0;
		$s = 7; continue;
		case 8:
		$s = -1; return $substring(s, start, stop);
		/* */ } return; } var $f = {$blk: TrimSpace, $c: true, $r, $24r, $24r$1, _r, _r$1, c, c$1, s, start, stop, $s};return $f;
	};
	$pkg.TrimSpace = TrimSpace;
	TrimPrefix = function(s, prefix) {
		var prefix, s;
		if (HasPrefix(s, prefix)) {
			return $substring(s, prefix.length);
		}
		return s;
	};
	$pkg.TrimPrefix = TrimPrefix;
	TrimSuffix = function(s, suffix) {
		var s, suffix;
		if (HasSuffix(s, suffix)) {
			return $substring(s, 0, (s.length - suffix.length >> 0));
		}
		return s;
	};
	$pkg.TrimSuffix = TrimSuffix;
	Replace = function(s, old, new$1, n) {
		var _tuple, b, i, j, m, n, new$1, old, s, start, wid;
		if (old === new$1 || (n === 0)) {
			return s;
		}
		m = Count(s, old);
		if (m === 0) {
			return s;
		} else if (n < 0 || m < n) {
			n = m;
		}
		b = new Builder.ptr(ptrType$1.nil, sliceType$2.nil);
		b.Grow(s.length + ($imul(n, ((new$1.length - old.length >> 0)))) >> 0);
		start = 0;
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			j = start;
			if (old.length === 0) {
				if (i > 0) {
					_tuple = utf8.DecodeRuneInString($substring(s, start));
					wid = _tuple[1];
					j = j + (wid) >> 0;
				}
			} else {
				j = j + (Index($substring(s, start), old)) >> 0;
			}
			b.WriteString($substring(s, start, j));
			b.WriteString(new$1);
			start = j + old.length >> 0;
			i = i + (1) >> 0;
		}
		b.WriteString($substring(s, start));
		return b.String();
	};
	$pkg.Replace = Replace;
	ReplaceAll = function(s, old, new$1) {
		var new$1, old, s;
		return Replace(s, old, new$1, -1);
	};
	$pkg.ReplaceAll = ReplaceAll;
	EqualFold = function(s, t) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, r, r$1, r$2, s, size, size$1, sr, t, tr;
		while (true) {
			if (!(!(s === "") && !(t === ""))) { break; }
			_tmp = 0;
			_tmp$1 = 0;
			sr = _tmp;
			tr = _tmp$1;
			if (s.charCodeAt(0) < 128) {
				_tmp$2 = ((s.charCodeAt(0) >> 0));
				_tmp$3 = $substring(s, 1);
				sr = _tmp$2;
				s = _tmp$3;
			} else {
				_tuple = utf8.DecodeRuneInString(s);
				r = _tuple[0];
				size = _tuple[1];
				_tmp$4 = r;
				_tmp$5 = $substring(s, size);
				sr = _tmp$4;
				s = _tmp$5;
			}
			if (t.charCodeAt(0) < 128) {
				_tmp$6 = ((t.charCodeAt(0) >> 0));
				_tmp$7 = $substring(t, 1);
				tr = _tmp$6;
				t = _tmp$7;
			} else {
				_tuple$1 = utf8.DecodeRuneInString(t);
				r$1 = _tuple$1[0];
				size$1 = _tuple$1[1];
				_tmp$8 = r$1;
				_tmp$9 = $substring(t, size$1);
				tr = _tmp$8;
				t = _tmp$9;
			}
			if (tr === sr) {
				continue;
			}
			if (tr < sr) {
				_tmp$10 = sr;
				_tmp$11 = tr;
				tr = _tmp$10;
				sr = _tmp$11;
			}
			if (tr < 128) {
				if (65 <= sr && sr <= 90 && (tr === ((sr + 97 >> 0) - 65 >> 0))) {
					continue;
				}
				return false;
			}
			r$2 = unicode.SimpleFold(sr);
			while (true) {
				if (!(!((r$2 === sr)) && r$2 < tr)) { break; }
				r$2 = unicode.SimpleFold(r$2);
			}
			if (r$2 === tr) {
				continue;
			}
			return false;
		}
		return s === t;
	};
	$pkg.EqualFold = EqualFold;
	Cut = function(s, sep) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, after, before, found, i, s, sep;
		before = "";
		after = "";
		found = false;
		i = Index(s, sep);
		if (i >= 0) {
			_tmp = $substring(s, 0, i);
			_tmp$1 = $substring(s, (i + sep.length >> 0));
			_tmp$2 = true;
			before = _tmp;
			after = _tmp$1;
			found = _tmp$2;
			return [before, after, found];
		}
		_tmp$3 = s;
		_tmp$4 = "";
		_tmp$5 = false;
		before = _tmp$3;
		after = _tmp$4;
		found = _tmp$5;
		return [before, after, found];
	};
	$pkg.Cut = Cut;
	makeStringFinder = function(pattern) {
		var _i, _ref, f, i, i$1, i$2, i$3, last, lastPrefix, lenSuffix, pattern, x, x$1, x$2, x$3, x$4, x$5;
		f = new stringFinder.ptr(pattern, arrayType$1.zero(), $makeSlice(sliceType$3, pattern.length));
		last = pattern.length - 1 >> 0;
		_ref = f.badCharSkip;
		_i = 0;
		while (true) {
			if (!(_i < 256)) { break; }
			i = _i;
			(x = f.badCharSkip, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i] = pattern.length));
			_i++;
		}
		i$1 = 0;
		while (true) {
			if (!(i$1 < last)) { break; }
			(x$1 = f.badCharSkip, x$2 = pattern.charCodeAt(i$1), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2] = (last - i$1 >> 0)));
			i$1 = i$1 + (1) >> 0;
		}
		lastPrefix = last;
		i$2 = last;
		while (true) {
			if (!(i$2 >= 0)) { break; }
			if (HasPrefix(pattern, $substring(pattern, (i$2 + 1 >> 0)))) {
				lastPrefix = i$2 + 1 >> 0;
			}
			(x$3 = f.goodSuffixSkip, ((i$2 < 0 || i$2 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i$2] = ((lastPrefix + last >> 0) - i$2 >> 0)));
			i$2 = i$2 - (1) >> 0;
		}
		i$3 = 0;
		while (true) {
			if (!(i$3 < last)) { break; }
			lenSuffix = longestCommonSuffix(pattern, $substring(pattern, 1, (i$3 + 1 >> 0)));
			if (!((pattern.charCodeAt((i$3 - lenSuffix >> 0)) === pattern.charCodeAt((last - lenSuffix >> 0))))) {
				(x$4 = f.goodSuffixSkip, x$5 = last - lenSuffix >> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5] = ((lenSuffix + last >> 0) - i$3 >> 0)));
			}
			i$3 = i$3 + (1) >> 0;
		}
		return f;
	};
	longestCommonSuffix = function(a, b) {
		var a, b, i;
		i = 0;
		while (true) {
			if (!(i < a.length && i < b.length)) { break; }
			if (!((a.charCodeAt(((a.length - 1 >> 0) - i >> 0)) === b.charCodeAt(((b.length - 1 >> 0) - i >> 0))))) {
				break;
			}
			i = i + (1) >> 0;
		}
		return i;
	};
	stringFinder.ptr.prototype.next = function(text) {
		var f, i, j, text, x, x$1, x$2;
		f = this;
		i = f.pattern.length - 1 >> 0;
		while (true) {
			if (!(i < text.length)) { break; }
			j = f.pattern.length - 1 >> 0;
			while (true) {
				if (!(j >= 0 && (text.charCodeAt(i) === f.pattern.charCodeAt(j)))) { break; }
				i = i - (1) >> 0;
				j = j - (1) >> 0;
			}
			if (j < 0) {
				return i + 1 >> 0;
			}
			i = i + (max((x = f.badCharSkip, x$1 = text.charCodeAt(i), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])), (x$2 = f.goodSuffixSkip, ((j < 0 || j >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + j])))) >> 0;
		}
		return -1;
	};
	stringFinder.prototype.next = function(text) { return this.$val.next(text); };
	max = function(a, b) {
		var a, b;
		if (a > b) {
			return a;
		}
		return b;
	};
	NewReplacer = function(oldnew) {
		var _r, oldnew;
		if ((_r = oldnew.$length % 2, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 1) {
			$panic(new $String("strings.NewReplacer: odd argument count"));
		}
		return new Replacer.ptr(new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), $ifaceNil, $appendSlice((sliceType.nil), oldnew));
	};
	$pkg.NewReplacer = NewReplacer;
	Replacer.ptr.prototype.buildOnce = function() {
		var r;
		r = this;
		r.r = r.build();
		r.oldnew = sliceType.nil;
	};
	Replacer.prototype.buildOnce = function() { return this.$val.buildOnce(); };
	Replacer.ptr.prototype.build = function() {
		var _i, _q, _ref, allNewBytes, b, i, i$1, i$2, i$3, n, n$1, o, o$1, oldnew, r, r$1, x, x$1, x$2, x$3, x$4;
		b = this;
		oldnew = b.oldnew;
		if ((oldnew.$length === 2) && (0 >= oldnew.$length ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + 0]).length > 1) {
			return makeSingleStringReplacer((0 >= oldnew.$length ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + 0]), (1 >= oldnew.$length ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + 1]));
		}
		allNewBytes = true;
		i = 0;
		while (true) {
			if (!(i < oldnew.$length)) { break; }
			if (!((((i < 0 || i >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + i]).length === 1))) {
				return makeGenericReplacer(oldnew);
			}
			if (!(((x = i + 1 >> 0, ((x < 0 || x >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + x])).length === 1))) {
				allNewBytes = false;
			}
			i = i + (2) >> 0;
		}
		if (allNewBytes) {
			r = arrayType$2.zero();
			_ref = r;
			_i = 0;
			while (true) {
				if (!(_i < 256)) { break; }
				i$1 = _i;
				((i$1 < 0 || i$1 >= r.length) ? ($throwRuntimeError("index out of range"), undefined) : r[i$1] = ((i$1 << 24 >>> 24)));
				_i++;
			}
			i$2 = oldnew.$length - 2 >> 0;
			while (true) {
				if (!(i$2 >= 0)) { break; }
				o = ((i$2 < 0 || i$2 >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + i$2]).charCodeAt(0);
				n = (x$1 = i$2 + 1 >> 0, ((x$1 < 0 || x$1 >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + x$1])).charCodeAt(0);
				((o < 0 || o >= r.length) ? ($throwRuntimeError("index out of range"), undefined) : r[o] = n);
				i$2 = i$2 - (2) >> 0;
			}
			return new ptrType$2(r);
		}
		r$1 = new byteStringReplacer.ptr(arrayType$3.zero(), $makeSlice(sliceType, 0, (_q = oldnew.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))));
		i$3 = oldnew.$length - 2 >> 0;
		while (true) {
			if (!(i$3 >= 0)) { break; }
			o$1 = ((i$3 < 0 || i$3 >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + i$3]).charCodeAt(0);
			n$1 = (x$2 = i$3 + 1 >> 0, ((x$2 < 0 || x$2 >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + x$2]));
			if ((x$3 = r$1.replacements, ((o$1 < 0 || o$1 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[o$1])) === sliceType$2.nil) {
				r$1.toReplace = $append(r$1.toReplace, ($bytesToString(new sliceType$2([o$1]))));
			}
			(x$4 = r$1.replacements, ((o$1 < 0 || o$1 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[o$1] = (new sliceType$2($stringToBytes(n$1)))));
			i$3 = i$3 - (2) >> 0;
		}
		return r$1;
	};
	Replacer.prototype.build = function() { return this.$val.build(); };
	Replacer.ptr.prototype.Replace = function(s) {
		var {$24r, _r, r, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		$r = r.once.Do($methodVal(r, "buildOnce")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = r.r.Replace(s); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Replacer.ptr.prototype.Replace, $c: true, $r, $24r, _r, r, s, $s};return $f;
	};
	Replacer.prototype.Replace = function(s) { return this.$val.Replace(s); };
	Replacer.ptr.prototype.WriteString = function(w, s) {
		var {$24r, _r, _tuple, err, n, r, s, w, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		$r = r.once.Do($methodVal(r, "buildOnce")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = r.r.WriteString(w, s); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Replacer.ptr.prototype.WriteString, $c: true, $r, $24r, _r, _tuple, err, n, r, s, w, $s};return $f;
	};
	Replacer.prototype.WriteString = function(w, s) { return this.$val.WriteString(w, s); };
	trieNode.ptr.prototype.add = function(key, val, priority, r) {
		var key, keyNode, m, n, next, prefixNode, priority, r, t, val, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		t = this;
		if (key === "") {
			if (t.priority === 0) {
				t.value = val;
				t.priority = priority;
			}
			return;
		}
		if (!(t.prefix === "")) {
			n = 0;
			while (true) {
				if (!(n < t.prefix.length && n < key.length)) { break; }
				if (!((t.prefix.charCodeAt(n) === key.charCodeAt(n)))) {
					break;
				}
				n = n + (1) >> 0;
			}
			if (n === t.prefix.length) {
				t.next.add($substring(key, n), val, priority, r);
			} else if (n === 0) {
				prefixNode = ptrType$3.nil;
				if (t.prefix.length === 1) {
					prefixNode = t.next;
				} else {
					prefixNode = new trieNode.ptr("", 0, $substring(t.prefix, 1), t.next, sliceType$4.nil);
				}
				keyNode = new trieNode.ptr("", 0, "", ptrType$3.nil, sliceType$4.nil);
				t.table = $makeSlice(sliceType$4, r.tableSize);
				(x = t.table, x$1 = (x$2 = r.mapping, x$3 = t.prefix.charCodeAt(0), ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3])), ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = prefixNode));
				(x$4 = t.table, x$5 = (x$6 = r.mapping, x$7 = key.charCodeAt(0), ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7])), ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5] = keyNode));
				t.prefix = "";
				t.next = ptrType$3.nil;
				keyNode.add($substring(key, 1), val, priority, r);
			} else {
				next = new trieNode.ptr("", 0, $substring(t.prefix, n), t.next, sliceType$4.nil);
				t.prefix = $substring(t.prefix, 0, n);
				t.next = next;
				next.add($substring(key, n), val, priority, r);
			}
		} else if (!(t.table === sliceType$4.nil)) {
			m = (x$8 = r.mapping, x$9 = key.charCodeAt(0), ((x$9 < 0 || x$9 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[x$9]));
			if ((x$10 = t.table, ((m < 0 || m >= x$10.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + m])) === ptrType$3.nil) {
				(x$11 = t.table, ((m < 0 || m >= x$11.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$11.$array[x$11.$offset + m] = new trieNode.ptr("", 0, "", ptrType$3.nil, sliceType$4.nil)));
			}
			(x$12 = t.table, ((m < 0 || m >= x$12.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$12.$array[x$12.$offset + m])).add($substring(key, 1), val, priority, r);
		} else {
			t.prefix = key;
			t.next = new trieNode.ptr("", 0, "", ptrType$3.nil, sliceType$4.nil);
			t.next.add("", val, priority, r);
		}
	};
	trieNode.prototype.add = function(key, val, priority, r) { return this.$val.add(key, val, priority, r); };
	genericReplacer.ptr.prototype.lookup = function(s, ignoreRoot) {
		var bestPriority, found, ignoreRoot, index, keylen, n, node, r, s, val, x, x$1, x$2;
		val = "";
		keylen = 0;
		found = false;
		r = this;
		bestPriority = 0;
		node = r.root;
		n = 0;
		while (true) {
			if (!(!(node === ptrType$3.nil))) { break; }
			if (node.priority > bestPriority && !(ignoreRoot && node === r.root)) {
				bestPriority = node.priority;
				val = node.value;
				keylen = n;
				found = true;
			}
			if (s === "") {
				break;
			}
			if (!(node.table === sliceType$4.nil)) {
				index = (x = r.mapping, x$1 = s.charCodeAt(0), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1]));
				if (((index >> 0)) === r.tableSize) {
					break;
				}
				node = (x$2 = node.table, ((index < 0 || index >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + index]));
				s = $substring(s, 1);
				n = n + (1) >> 0;
			} else if (!(node.prefix === "") && HasPrefix(s, node.prefix)) {
				n = n + (node.prefix.length) >> 0;
				s = $substring(s, node.prefix.length);
				node = node.next;
			} else {
				break;
			}
		}
		return [val, keylen, found];
	};
	genericReplacer.prototype.lookup = function(s, ignoreRoot) { return this.$val.lookup(s, ignoreRoot); };
	makeGenericReplacer = function(oldnew) {
		var _i, _i$1, _ref, _ref$1, b, b$1, i, i$1, i$2, index, j, key, oldnew, r, x, x$1, x$2, x$3, x$4;
		r = new genericReplacer.ptr(new trieNode.ptr("", 0, "", ptrType$3.nil, sliceType$4.nil), 0, arrayType$2.zero());
		i = 0;
		while (true) {
			if (!(i < oldnew.$length)) { break; }
			key = ((i < 0 || i >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + i]);
			j = 0;
			while (true) {
				if (!(j < key.length)) { break; }
				(x = r.mapping, x$1 = key.charCodeAt(j), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1] = 1));
				j = j + (1) >> 0;
			}
			i = i + (2) >> 0;
		}
		_ref = r.mapping;
		_i = 0;
		while (true) {
			if (!(_i < 256)) { break; }
			b = ((_i < 0 || _i >= _ref.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref[_i]);
			r.tableSize = r.tableSize + (((b >> 0))) >> 0;
			_i++;
		}
		index = 0;
		_ref$1 = r.mapping;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < 256)) { break; }
			i$1 = _i$1;
			b$1 = ((_i$1 < 0 || _i$1 >= _ref$1.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1[_i$1]);
			if (b$1 === 0) {
				(x$2 = r.mapping, ((i$1 < 0 || i$1 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i$1] = ((r.tableSize << 24 >>> 24))));
			} else {
				(x$3 = r.mapping, ((i$1 < 0 || i$1 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i$1] = index));
				index = index + (1) << 24 >>> 24;
			}
			_i$1++;
		}
		r.root.table = $makeSlice(sliceType$4, r.tableSize);
		i$2 = 0;
		while (true) {
			if (!(i$2 < oldnew.$length)) { break; }
			r.root.add(((i$2 < 0 || i$2 >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + i$2]), (x$4 = i$2 + 1 >> 0, ((x$4 < 0 || x$4 >= oldnew.$length) ? ($throwRuntimeError("index out of range"), undefined) : oldnew.$array[oldnew.$offset + x$4])), oldnew.$length - i$2 >> 0, r);
			i$2 = i$2 + (2) >> 0;
		}
		return r;
	};
	$ptrType(appendSliceWriter).prototype.Write = function(p) {
		var p, w;
		w = this;
		w.$set($appendSlice(w.$get(), p));
		return [p.$length, $ifaceNil];
	};
	$ptrType(appendSliceWriter).prototype.WriteString = function(s) {
		var s, w;
		w = this;
		w.$set($appendSlice(w.$get(), s));
		return [s.length, $ifaceNil];
	};
	stringWriter.ptr.prototype.WriteString = function(s) {
		var {$24r, _r, s, w, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r = w.w.Write((new sliceType$2($stringToBytes(s)))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: stringWriter.ptr.prototype.WriteString, $c: true, $r, $24r, _r, s, w, $s};return $f;
	};
	stringWriter.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	getStringWriter = function(w) {
		var _tuple, ok, sw, w, x;
		_tuple = $assertType(w, io.StringWriter, true);
		sw = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			sw = (x = new stringWriter.ptr(w), new x.constructor.elem(x));
		}
		return sw;
	};
	genericReplacer.ptr.prototype.Replace = function(s) {
		var {_r, buf, r, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		buf = [buf];
		r = this;
		buf[0] = $makeSlice(appendSliceWriter, 0, s.length);
		_r = r.WriteString((buf.$ptr || (buf.$ptr = new ptrType$4(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, buf))), s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return ($bytesToString(buf[0]));
		/* */ } return; } var $f = {$blk: genericReplacer.ptr.prototype.Replace, $c: true, $r, _r, buf, r, s, $s};return $f;
	};
	genericReplacer.prototype.Replace = function(s) { return this.$val.Replace(s); };
	genericReplacer.ptr.prototype.WriteString = function(w, s) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, err, i, index, keylen, last, match, n, prevMatchEmpty, r, s, sw, val, w, wn, x, x$1, x$2, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		sw = getStringWriter(w);
		_tmp = 0;
		_tmp$1 = 0;
		last = _tmp;
		wn = _tmp$1;
		prevMatchEmpty = false;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i <= s.length)) { break; } */ if(!(i <= s.length)) { $s = 2; continue; }
			if (!((i === s.length)) && (r.root.priority === 0)) {
				index = (((x = r.mapping, x$1 = s.charCodeAt(i), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])) >> 0));
				if ((index === r.tableSize) || (x$2 = r.root.table, ((index < 0 || index >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + index])) === ptrType$3.nil) {
					i = i + (1) >> 0;
					/* continue; */ $s = 1; continue;
				}
			}
			_tuple = r.lookup($substring(s, i), prevMatchEmpty);
			val = _tuple[0];
			keylen = _tuple[1];
			match = _tuple[2];
			prevMatchEmpty = match && (keylen === 0);
			/* */ if (match) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (match) { */ case 3:
				_r = sw.WriteString($substring(s, last, i)); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple$1 = _r;
				wn = _tuple$1[0];
				err = _tuple$1[1];
				n = n + (wn) >> 0;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [n, err];
				}
				_r$1 = sw.WriteString(val); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$2 = _r$1;
				wn = _tuple$2[0];
				err = _tuple$2[1];
				n = n + (wn) >> 0;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [n, err];
				}
				i = i + (keylen) >> 0;
				last = i;
				/* continue; */ $s = 1; continue;
			/* } */ case 4:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		/* */ if (!((last === s.length))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((last === s.length))) { */ case 7:
			_r$2 = sw.WriteString($substring(s, last)); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$3 = _r$2;
			wn = _tuple$3[0];
			err = _tuple$3[1];
			n = n + (wn) >> 0;
		/* } */ case 8:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: genericReplacer.ptr.prototype.WriteString, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, err, i, index, keylen, last, match, n, prevMatchEmpty, r, s, sw, val, w, wn, x, x$1, x$2, $s};return $f;
	};
	genericReplacer.prototype.WriteString = function(w, s) { return this.$val.WriteString(w, s); };
	makeSingleStringReplacer = function(pattern, value) {
		var pattern, value;
		return new singleStringReplacer.ptr(makeStringFinder(pattern), value);
	};
	singleStringReplacer.ptr.prototype.Replace = function(s) {
		var _tmp, _tmp$1, buf, i, match, matched, r, s;
		r = this;
		buf = new Builder.ptr(ptrType$1.nil, sliceType$2.nil);
		_tmp = 0;
		_tmp$1 = false;
		i = _tmp;
		matched = _tmp$1;
		while (true) {
			match = r.finder.next($substring(s, i));
			if (match === -1) {
				break;
			}
			matched = true;
			buf.Grow(match + r.value.length >> 0);
			buf.WriteString($substring(s, i, (i + match >> 0)));
			buf.WriteString(r.value);
			i = i + ((match + r.finder.pattern.length >> 0)) >> 0;
		}
		if (!matched) {
			return s;
		}
		buf.WriteString($substring(s, i));
		return buf.String();
	};
	singleStringReplacer.prototype.Replace = function(s) { return this.$val.Replace(s); };
	singleStringReplacer.ptr.prototype.WriteString = function(w, s) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, err, i, match, n, r, s, sw, w, wn, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		sw = getStringWriter(w);
		_tmp = 0;
		_tmp$1 = 0;
		i = _tmp;
		wn = _tmp$1;
		/* while (true) { */ case 1:
			match = r.finder.next($substring(s, i));
			if (match === -1) {
				/* break; */ $s = 2; continue;
			}
			_r = sw.WriteString($substring(s, i, (i + match >> 0))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			wn = _tuple[0];
			err = _tuple[1];
			n = n + (wn) >> 0;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [n, err];
			}
			_r$1 = sw.WriteString(r.value); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			wn = _tuple$1[0];
			err = _tuple$1[1];
			n = n + (wn) >> 0;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [n, err];
			}
			i = i + ((match + r.finder.pattern.length >> 0)) >> 0;
		$s = 1; continue;
		case 2:
		_r$2 = sw.WriteString($substring(s, i)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		wn = _tuple$2[0];
		err = _tuple$2[1];
		n = n + (wn) >> 0;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: singleStringReplacer.ptr.prototype.WriteString, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, err, i, match, n, r, s, sw, w, wn, $s};return $f;
	};
	singleStringReplacer.prototype.WriteString = function(w, s) { return this.$val.WriteString(w, s); };
	byteReplacer.prototype.Replace = function(s) {
		var b, buf, i, r, s, x, x$1;
		r = this.$val;
		buf = sliceType$2.nil;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			b = s.charCodeAt(i);
			if (!(((x = r, ((b < 0 || b >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[b])) === b))) {
				if (buf === sliceType$2.nil) {
					buf = (new sliceType$2($stringToBytes(s)));
				}
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = (x$1 = r, ((b < 0 || b >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[b])));
			}
			i = i + (1) >> 0;
		}
		if (buf === sliceType$2.nil) {
			return s;
		}
		return ($bytesToString(buf));
	};
	$ptrType(byteReplacer).prototype.Replace = function(s) { return (new byteReplacer(this.$get())).Replace(s); };
	byteReplacer.prototype.WriteString = function(w, s) {
		var {_i, _r, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, buf, bufsize, err, err$1, i, n, ncopy, r, s, w, wn, x, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this.$val;
		bufsize = 32768;
		if (s.length < bufsize) {
			bufsize = s.length;
		}
		buf = $makeSlice(sliceType$2, bufsize);
		/* while (true) { */ case 1:
			/* if (!(s.length > 0)) { break; } */ if(!(s.length > 0)) { $s = 2; continue; }
			ncopy = $copyString(buf, s);
			s = $substring(s, ncopy);
			_ref = $subslice(buf, 0, ncopy);
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = (x = r, ((b < 0 || b >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[b])));
				_i++;
			}
			_r = w.Write($subslice(buf, 0, ncopy)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			wn = _tuple[0];
			err$1 = _tuple[1];
			n = n + (wn) >> 0;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				_tmp = n;
				_tmp$1 = err$1;
				n = _tmp;
				err = _tmp$1;
				$s = -1; return [n, err];
			}
		$s = 1; continue;
		case 2:
		_tmp$2 = n;
		_tmp$3 = $ifaceNil;
		n = _tmp$2;
		err = _tmp$3;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: byteReplacer.prototype.WriteString, $c: true, $r, _i, _r, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, buf, bufsize, err, err$1, i, n, ncopy, r, s, w, wn, x, $s};return $f;
	};
	$ptrType(byteReplacer).prototype.WriteString = function(w, s) { return (new byteReplacer(this.$get())).WriteString(w, s); };
	byteStringReplacer.ptr.prototype.Replace = function(s) {
		var _i, _ref, anyChanges, b, b$1, buf, c, i, i$1, j, newSize, r, s, x, x$1, x$2, x$3, x$4, x$5, x$6;
		r = this;
		newSize = s.length;
		anyChanges = false;
		if (($imul(r.toReplace.$length, 8)) <= s.length) {
			_ref = r.toReplace;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				x = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				c = Count(s, x);
				if (!((c === 0))) {
					newSize = newSize + (($imul(c, (((x$1 = r.replacements, x$2 = x.charCodeAt(0), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])).$length - 1 >> 0))))) >> 0;
					anyChanges = true;
				}
				_i++;
			}
		} else {
			i = 0;
			while (true) {
				if (!(i < s.length)) { break; }
				b = s.charCodeAt(i);
				if (!((x$3 = r.replacements, ((b < 0 || b >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[b])) === sliceType$2.nil)) {
					newSize = newSize + (((x$4 = r.replacements, ((b < 0 || b >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[b])).$length - 1 >> 0)) >> 0;
					anyChanges = true;
				}
				i = i + (1) >> 0;
			}
		}
		if (!anyChanges) {
			return s;
		}
		buf = $makeSlice(sliceType$2, newSize);
		j = 0;
		i$1 = 0;
		while (true) {
			if (!(i$1 < s.length)) { break; }
			b$1 = s.charCodeAt(i$1);
			if (!((x$5 = r.replacements, ((b$1 < 0 || b$1 >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[b$1])) === sliceType$2.nil)) {
				j = j + ($copySlice($subslice(buf, j), (x$6 = r.replacements, ((b$1 < 0 || b$1 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[b$1])))) >> 0;
			} else {
				((j < 0 || j >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + j] = b$1);
				j = j + (1) >> 0;
			}
			i$1 = i$1 + (1) >> 0;
		}
		return ($bytesToString(buf));
	};
	byteStringReplacer.prototype.Replace = function(s) { return this.$val.Replace(s); };
	byteStringReplacer.ptr.prototype.WriteString = function(w, s) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, b, err, err$1, err$2, i, last, n, nw, nw$1, nw$2, r, s, sw, w, x, x$1, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		sw = getStringWriter(w);
		last = 0;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < s.length)) { break; } */ if(!(i < s.length)) { $s = 2; continue; }
			b = s.charCodeAt(i);
			if ((x = r.replacements, ((b < 0 || b >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[b])) === sliceType$2.nil) {
				i = i + (1) >> 0;
				/* continue; */ $s = 1; continue;
			}
			/* */ if (!((last === i))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!((last === i))) { */ case 3:
				_r = sw.WriteString($substring(s, last, i)); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				nw = _tuple[0];
				err$1 = _tuple[1];
				n = n + (nw) >> 0;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp = n;
					_tmp$1 = err$1;
					n = _tmp;
					err = _tmp$1;
					$s = -1; return [n, err];
				}
			/* } */ case 4:
			last = i + 1 >> 0;
			_r$1 = w.Write((x$1 = r.replacements, ((b < 0 || b >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[b]))); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			nw$1 = _tuple$1[0];
			err$2 = _tuple$1[1];
			n = n + (nw$1) >> 0;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				_tmp$2 = n;
				_tmp$3 = err$2;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			}
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		/* */ if (!((last === s.length))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((last === s.length))) { */ case 7:
			nw$2 = 0;
			_r$2 = sw.WriteString($substring(s, last)); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$2 = _r$2;
			nw$2 = _tuple$2[0];
			err = _tuple$2[1];
			n = n + (nw$2) >> 0;
		/* } */ case 8:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: byteStringReplacer.ptr.prototype.WriteString, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, b, err, err$1, err$2, i, last, n, nw, nw$1, nw$2, r, s, sw, w, x, x$1, $s};return $f;
	};
	byteStringReplacer.prototype.WriteString = function(w, s) { return this.$val.WriteString(w, s); };
	Reader.ptr.prototype.Len = function() {
		var r, x, x$1, x$2, x$3, x$4;
		r = this;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			return 0;
		}
		return (((x$2 = (x$3 = (new $Int64(0, r.s.length)), x$4 = r.i, new $Int64(x$3.$high - x$4.$high, x$3.$low - x$4.$low)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0));
	};
	Reader.prototype.Len = function() { return this.$val.Len(); };
	Reader.ptr.prototype.Size = function() {
		var r;
		r = this;
		return (new $Int64(0, r.s.length));
	};
	Reader.prototype.Size = function() { return this.$val.Size(); };
	Reader.ptr.prototype.Read = function(b) {
		var _tmp, _tmp$1, b, err, n, r, x, x$1, x$2, x$3;
		n = 0;
		err = $ifaceNil;
		r = this;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			_tmp = 0;
			_tmp$1 = io.EOF;
			n = _tmp;
			err = _tmp$1;
			return [n, err];
		}
		r.prevRune = -1;
		n = $copyString(b, $substring(r.s, $flatten64(r.i)));
		r.i = (x$2 = r.i, x$3 = (new $Int64(0, n)), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		return [n, err];
	};
	Reader.prototype.Read = function(b) { return this.$val.Read(b); };
	Reader.ptr.prototype.ReadAt = function(b, off) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, b, err, n, off, r, x;
		n = 0;
		err = $ifaceNil;
		r = this;
		if ((off.$high < 0 || (off.$high === 0 && off.$low < 0))) {
			_tmp = 0;
			_tmp$1 = errors.New("strings.Reader.ReadAt: negative offset");
			n = _tmp;
			err = _tmp$1;
			return [n, err];
		}
		if ((x = (new $Int64(0, r.s.length)), (off.$high > x.$high || (off.$high === x.$high && off.$low >= x.$low)))) {
			_tmp$2 = 0;
			_tmp$3 = io.EOF;
			n = _tmp$2;
			err = _tmp$3;
			return [n, err];
		}
		n = $copyString(b, $substring(r.s, $flatten64(off)));
		if (n < b.$length) {
			err = io.EOF;
		}
		return [n, err];
	};
	Reader.prototype.ReadAt = function(b, off) { return this.$val.ReadAt(b, off); };
	Reader.ptr.prototype.ReadByte = function() {
		var b, r, x, x$1, x$2, x$3;
		r = this;
		r.prevRune = -1;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			return [0, io.EOF];
		}
		b = r.s.charCodeAt($flatten64(r.i));
		r.i = (x$2 = r.i, x$3 = new $Int64(0, 1), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		return [b, $ifaceNil];
	};
	Reader.prototype.ReadByte = function() { return this.$val.ReadByte(); };
	Reader.ptr.prototype.UnreadByte = function() {
		var r, x, x$1, x$2;
		r = this;
		if ((x = r.i, (x.$high < 0 || (x.$high === 0 && x.$low <= 0)))) {
			return errors.New("strings.Reader.UnreadByte: at beginning of string");
		}
		r.prevRune = -1;
		r.i = (x$1 = r.i, x$2 = new $Int64(0, 1), new $Int64(x$1.$high - x$2.$high, x$1.$low - x$2.$low));
		return $ifaceNil;
	};
	Reader.prototype.UnreadByte = function() { return this.$val.UnreadByte(); };
	Reader.ptr.prototype.ReadRune = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, ch, err, r, size, x, x$1, x$2, x$3, x$4, x$5, x$6;
		ch = 0;
		size = 0;
		err = $ifaceNil;
		r = this;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			r.prevRune = -1;
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = io.EOF;
			ch = _tmp;
			size = _tmp$1;
			err = _tmp$2;
			return [ch, size, err];
		}
		r.prevRune = (((x$2 = r.i, x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0));
		c = r.s.charCodeAt($flatten64(r.i));
		if (c < 128) {
			r.i = (x$3 = r.i, x$4 = new $Int64(0, 1), new $Int64(x$3.$high + x$4.$high, x$3.$low + x$4.$low));
			_tmp$3 = ((c >> 0));
			_tmp$4 = 1;
			_tmp$5 = $ifaceNil;
			ch = _tmp$3;
			size = _tmp$4;
			err = _tmp$5;
			return [ch, size, err];
		}
		_tuple = utf8.DecodeRuneInString($substring(r.s, $flatten64(r.i)));
		ch = _tuple[0];
		size = _tuple[1];
		r.i = (x$5 = r.i, x$6 = (new $Int64(0, size)), new $Int64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		return [ch, size, err];
	};
	Reader.prototype.ReadRune = function() { return this.$val.ReadRune(); };
	Reader.ptr.prototype.UnreadRune = function() {
		var r, x;
		r = this;
		if ((x = r.i, (x.$high < 0 || (x.$high === 0 && x.$low <= 0)))) {
			return errors.New("strings.Reader.UnreadRune: at beginning of string");
		}
		if (r.prevRune < 0) {
			return errors.New("strings.Reader.UnreadRune: previous operation was not ReadRune");
		}
		r.i = (new $Int64(0, r.prevRune));
		r.prevRune = -1;
		return $ifaceNil;
	};
	Reader.prototype.UnreadRune = function() { return this.$val.UnreadRune(); };
	Reader.ptr.prototype.Seek = function(offset, whence) {
		var _1, abs, offset, r, whence, x, x$1;
		r = this;
		r.prevRune = -1;
		abs = new $Int64(0, 0);
		_1 = whence;
		if (_1 === (0)) {
			abs = offset;
		} else if (_1 === (1)) {
			abs = (x = r.i, new $Int64(x.$high + offset.$high, x.$low + offset.$low));
		} else if (_1 === (2)) {
			abs = (x$1 = (new $Int64(0, r.s.length)), new $Int64(x$1.$high + offset.$high, x$1.$low + offset.$low));
		} else {
			return [new $Int64(0, 0), errors.New("strings.Reader.Seek: invalid whence")];
		}
		if ((abs.$high < 0 || (abs.$high === 0 && abs.$low < 0))) {
			return [new $Int64(0, 0), errors.New("strings.Reader.Seek: negative position")];
		}
		r.i = abs;
		return [abs, $ifaceNil];
	};
	Reader.prototype.Seek = function(offset, whence) { return this.$val.Seek(offset, whence); };
	Reader.ptr.prototype.WriteTo = function(w) {
		var {_r, _tmp, _tmp$1, _tuple, err, m, n, r, s, w, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		r = this;
		r.prevRune = -1;
		if ((x = r.i, x$1 = (new $Int64(0, r.s.length)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low >= x$1.$low)))) {
			_tmp = new $Int64(0, 0);
			_tmp$1 = $ifaceNil;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		s = $substring(r.s, $flatten64(r.i));
		_r = io.WriteString(w, s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		m = _tuple[0];
		err = _tuple[1];
		if (m > s.length) {
			$panic(new $String("strings.Reader.WriteTo: invalid WriteString count"));
		}
		r.i = (x$2 = r.i, x$3 = (new $Int64(0, m)), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		n = (new $Int64(0, m));
		if (!((m === s.length)) && $interfaceIsEqual(err, $ifaceNil)) {
			err = io.ErrShortWrite;
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.WriteTo, $c: true, $r, _r, _tmp, _tmp$1, _tuple, err, m, n, r, s, w, x, x$1, x$2, x$3, $s};return $f;
	};
	Reader.prototype.WriteTo = function(w) { return this.$val.WriteTo(w); };
	Reader.ptr.prototype.Reset = function(s) {
		var r, s;
		r = this;
		Reader.copy(r, new Reader.ptr(s, new $Int64(0, 0), -1));
	};
	Reader.prototype.Reset = function(s) { return this.$val.Reset(s); };
	NewReader = function(s) {
		var s;
		return new Reader.ptr(s, new $Int64(0, 0), -1);
	};
	$pkg.NewReader = NewReader;
	Builder.ptr.prototype.Len = function() {
		var b;
		b = this;
		return b.buf.$length;
	};
	Builder.prototype.Len = function() { return this.$val.Len(); };
	Builder.ptr.prototype.Cap = function() {
		var b;
		b = this;
		return b.buf.$capacity;
	};
	Builder.prototype.Cap = function() { return this.$val.Cap(); };
	Builder.ptr.prototype.Reset = function() {
		var b;
		b = this;
		b.addr = ptrType$1.nil;
		b.buf = sliceType$2.nil;
	};
	Builder.prototype.Reset = function() { return this.$val.Reset(); };
	Builder.ptr.prototype.grow = function(n) {
		var b, buf, n;
		b = this;
		buf = $makeSlice(sliceType$2, b.buf.$length, (($imul(2, b.buf.$capacity)) + n >> 0));
		$copySlice(buf, b.buf);
		b.buf = buf;
	};
	Builder.prototype.grow = function(n) { return this.$val.grow(n); };
	Builder.ptr.prototype.Grow = function(n) {
		var b, n;
		b = this;
		b.copyCheck();
		if (n < 0) {
			$panic(new $String("strings.Builder.Grow: negative count"));
		}
		if ((b.buf.$capacity - b.buf.$length >> 0) < n) {
			b.grow(n);
		}
	};
	Builder.prototype.Grow = function(n) { return this.$val.Grow(n); };
	Builder.ptr.prototype.Write = function(p) {
		var b, p;
		b = this;
		b.copyCheck();
		b.buf = $appendSlice(b.buf, p);
		return [p.$length, $ifaceNil];
	};
	Builder.prototype.Write = function(p) { return this.$val.Write(p); };
	Builder.ptr.prototype.WriteByte = function(c) {
		var b, c;
		b = this;
		b.copyCheck();
		b.buf = $append(b.buf, c);
		return $ifaceNil;
	};
	Builder.prototype.WriteByte = function(c) { return this.$val.WriteByte(c); };
	Builder.ptr.prototype.WriteRune = function(r) {
		var b, l, n, r;
		b = this;
		b.copyCheck();
		if (((r >>> 0)) < 128) {
			b.buf = $append(b.buf, ((r << 24 >>> 24)));
			return [1, $ifaceNil];
		}
		l = b.buf.$length;
		if ((b.buf.$capacity - l >> 0) < 4) {
			b.grow(4);
		}
		n = utf8.EncodeRune($subslice(b.buf, l, (l + 4 >> 0)), r);
		b.buf = $subslice(b.buf, 0, (l + n >> 0));
		return [n, $ifaceNil];
	};
	Builder.prototype.WriteRune = function(r) { return this.$val.WriteRune(r); };
	Builder.ptr.prototype.WriteString = function(s) {
		var b, s;
		b = this;
		b.copyCheck();
		b.buf = $appendSlice(b.buf, s);
		return [s.length, $ifaceNil];
	};
	Builder.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	IndexByte = function(s, c) {
		var c, s;
		return $parseInt(s.indexOf($global.String.fromCharCode(c))) >> 0;
	};
	$pkg.IndexByte = IndexByte;
	Index = function(s, sep) {
		var s, sep;
		return $parseInt(s.indexOf(sep)) >> 0;
	};
	$pkg.Index = Index;
	LastIndex = function(s, sep) {
		var s, sep;
		return $parseInt(s.lastIndexOf(sep)) >> 0;
	};
	$pkg.LastIndex = LastIndex;
	Count = function(s, sep) {
		var n, pos, s, sep;
		n = 0;
		if ((sep.length === 0)) {
			return utf8.RuneCountInString(s) + 1 >> 0;
		} else if (sep.length > s.length) {
			return 0;
		} else if ((sep.length === s.length)) {
			if (sep === s) {
				return 1;
			}
			return 0;
		}
		while (true) {
			pos = Index(s, sep);
			if (pos === -1) {
				break;
			}
			n = n + (1) >> 0;
			s = $substring(s, (pos + sep.length >> 0));
		}
		return n;
	};
	$pkg.Count = Count;
	Builder.ptr.prototype.String = function() {
		var b;
		b = this;
		return ($bytesToString(b.buf));
	};
	Builder.prototype.String = function() { return this.$val.String(); };
	Builder.ptr.prototype.copyCheck = function() {
		var b;
		b = this;
		if (b.addr === ptrType$1.nil) {
			b.addr = b;
		} else if (!(b.addr === b)) {
			$panic(new $String("strings: illegal use of non-zero Builder copied by value"));
		}
	};
	Builder.prototype.copyCheck = function() { return this.$val.copyCheck(); };
	ptrType.methods = [{prop: "contains", name: "contains", pkg: "strings", typ: $funcType([$Uint8], [$Bool], false)}];
	ptrType$5.methods = [{prop: "next", name: "next", pkg: "strings", typ: $funcType([$String], [$Int], false)}];
	ptrType$6.methods = [{prop: "buildOnce", name: "buildOnce", pkg: "strings", typ: $funcType([], [], false)}, {prop: "build", name: "build", pkg: "strings", typ: $funcType([], [replacer], false)}, {prop: "Replace", name: "Replace", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([io.Writer, $String], [$Int, $error], false)}];
	ptrType$3.methods = [{prop: "add", name: "add", pkg: "strings", typ: $funcType([$String, $String, $Int, ptrType$7], [], false)}];
	ptrType$7.methods = [{prop: "lookup", name: "lookup", pkg: "strings", typ: $funcType([$String, $Bool], [$String, $Int, $Bool], false)}, {prop: "Replace", name: "Replace", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([io.Writer, $String], [$Int, $error], false)}];
	ptrType$4.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}];
	stringWriter.methods = [{prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}];
	ptrType$8.methods = [{prop: "Replace", name: "Replace", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([io.Writer, $String], [$Int, $error], false)}];
	ptrType$2.methods = [{prop: "Replace", name: "Replace", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([io.Writer, $String], [$Int, $error], false)}];
	ptrType$9.methods = [{prop: "Replace", name: "Replace", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([io.Writer, $String], [$Int, $error], false)}];
	ptrType$10.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "ReadAt", name: "ReadAt", pkg: "", typ: $funcType([sliceType$2, $Int64], [$Int, $error], false)}, {prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}, {prop: "UnreadByte", name: "UnreadByte", pkg: "", typ: $funcType([], [$error], false)}, {prop: "ReadRune", name: "ReadRune", pkg: "", typ: $funcType([], [$Int32, $Int, $error], false)}, {prop: "UnreadRune", name: "UnreadRune", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Seek", name: "Seek", pkg: "", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([io.Writer], [$Int64, $error], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([$String], [], false)}];
	ptrType$1.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Cap", name: "Cap", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "grow", name: "grow", pkg: "strings", typ: $funcType([$Int], [], false)}, {prop: "Grow", name: "Grow", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "WriteByte", name: "WriteByte", pkg: "", typ: $funcType([$Uint8], [$error], false)}, {prop: "WriteRune", name: "WriteRune", pkg: "", typ: $funcType([$Int32], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "copyCheck", name: "copyCheck", pkg: "strings", typ: $funcType([], [], false)}];
	asciiSet.init($Uint32, 8);
	stringFinder.init("strings", [{prop: "pattern", name: "pattern", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "badCharSkip", name: "badCharSkip", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "goodSuffixSkip", name: "goodSuffixSkip", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	Replacer.init("strings", [{prop: "once", name: "once", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: replacer, tag: ""}, {prop: "oldnew", name: "oldnew", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	replacer.init([{prop: "Replace", name: "Replace", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([io.Writer, $String], [$Int, $error], false)}]);
	trieNode.init("strings", [{prop: "value", name: "value", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "priority", name: "priority", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "prefix", name: "prefix", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "next", name: "next", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "table", name: "table", embedded: false, exported: false, typ: sliceType$4, tag: ""}]);
	genericReplacer.init("strings", [{prop: "root", name: "root", embedded: false, exported: false, typ: trieNode, tag: ""}, {prop: "tableSize", name: "tableSize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "mapping", name: "mapping", embedded: false, exported: false, typ: arrayType$2, tag: ""}]);
	appendSliceWriter.init($Uint8);
	stringWriter.init("strings", [{prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}]);
	singleStringReplacer.init("strings", [{prop: "finder", name: "finder", embedded: false, exported: false, typ: ptrType$5, tag: ""}, {prop: "value", name: "value", embedded: false, exported: false, typ: $String, tag: ""}]);
	byteReplacer.init($Uint8, 256);
	byteStringReplacer.init("strings", [{prop: "replacements", name: "replacements", embedded: false, exported: false, typ: arrayType$3, tag: ""}, {prop: "toReplace", name: "toReplace", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	Reader.init("strings", [{prop: "s", name: "s", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "i", name: "i", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "prevRune", name: "prevRune", embedded: false, exported: false, typ: $Int, tag: ""}]);
	Builder.init("strings", [{prop: "addr", name: "addr", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	span.init("strings", [{prop: "start", name: "start", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "end", name: "end", embedded: false, exported: false, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytealg.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		asciiSpace = $toNativeArray($kindUint8, [0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["bufio"] = (function() {
	var $pkg = {}, $init, bytes, errors, io, strings, utf8, Scanner, SplitFunc, Reader, Writer, ReadWriter, sliceType, ptrType, sliceType$1, ptrType$1, ptrType$2, ptrType$3, errNegativeRead, errNegativeWrite, NewScanner, dropCR, ScanLines, NewReaderSize, NewReader, NewWriterSize, NewWriter, NewReadWriter;
	bytes = $packages["bytes"];
	errors = $packages["errors"];
	io = $packages["io"];
	strings = $packages["strings"];
	utf8 = $packages["unicode/utf8"];
	Scanner = $pkg.Scanner = $newType(0, $kindStruct, "bufio.Scanner", true, "bufio", true, function(r_, split_, maxTokenSize_, token_, buf_, start_, end_, err_, empties_, scanCalled_, done_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = $ifaceNil;
			this.split = $throwNilPointerError;
			this.maxTokenSize = 0;
			this.token = sliceType.nil;
			this.buf = sliceType.nil;
			this.start = 0;
			this.end = 0;
			this.err = $ifaceNil;
			this.empties = 0;
			this.scanCalled = false;
			this.done = false;
			return;
		}
		this.r = r_;
		this.split = split_;
		this.maxTokenSize = maxTokenSize_;
		this.token = token_;
		this.buf = buf_;
		this.start = start_;
		this.end = end_;
		this.err = err_;
		this.empties = empties_;
		this.scanCalled = scanCalled_;
		this.done = done_;
	});
	SplitFunc = $pkg.SplitFunc = $newType(4, $kindFunc, "bufio.SplitFunc", true, "bufio", true, null);
	Reader = $pkg.Reader = $newType(0, $kindStruct, "bufio.Reader", true, "bufio", true, function(buf_, rd_, r_, w_, err_, lastByte_, lastRuneSize_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.buf = sliceType.nil;
			this.rd = $ifaceNil;
			this.r = 0;
			this.w = 0;
			this.err = $ifaceNil;
			this.lastByte = 0;
			this.lastRuneSize = 0;
			return;
		}
		this.buf = buf_;
		this.rd = rd_;
		this.r = r_;
		this.w = w_;
		this.err = err_;
		this.lastByte = lastByte_;
		this.lastRuneSize = lastRuneSize_;
	});
	Writer = $pkg.Writer = $newType(0, $kindStruct, "bufio.Writer", true, "bufio", true, function(err_, buf_, n_, wr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			this.buf = sliceType.nil;
			this.n = 0;
			this.wr = $ifaceNil;
			return;
		}
		this.err = err_;
		this.buf = buf_;
		this.n = n_;
		this.wr = wr_;
	});
	ReadWriter = $pkg.ReadWriter = $newType(0, $kindStruct, "bufio.ReadWriter", true, "bufio", true, function(Reader_, Writer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Reader = ptrType.nil;
			this.Writer = ptrType$2.nil;
			return;
		}
		this.Reader = Reader_;
		this.Writer = Writer_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(Reader);
	sliceType$1 = $sliceType(sliceType);
	ptrType$1 = $ptrType(strings.Builder);
	ptrType$2 = $ptrType(Writer);
	ptrType$3 = $ptrType(Scanner);
	NewScanner = function(r) {
		var r;
		return new Scanner.ptr(r, ScanLines, 65536, sliceType.nil, sliceType.nil, 0, 0, $ifaceNil, 0, false, false);
	};
	$pkg.NewScanner = NewScanner;
	Scanner.ptr.prototype.Err = function() {
		var s;
		s = this;
		if ($interfaceIsEqual(s.err, io.EOF)) {
			return $ifaceNil;
		}
		return s.err;
	};
	Scanner.prototype.Err = function() { return this.$val.Err(); };
	Scanner.ptr.prototype.Bytes = function() {
		var s;
		s = this;
		return s.token;
	};
	Scanner.prototype.Bytes = function() { return this.$val.Bytes(); };
	Scanner.ptr.prototype.Text = function() {
		var s;
		s = this;
		return ($bytesToString(s.token));
	};
	Scanner.prototype.Text = function() { return this.$val.Text(); };
	Scanner.ptr.prototype.Scan = function() {
		var {_q, _r, _r$1, _tuple, _tuple$1, advance, err, err$1, loop, n, newBuf, newSize, s, token, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (s.done) {
			$s = -1; return false;
		}
		s.scanCalled = true;
		/* while (true) { */ case 1:
			/* */ if (s.end > s.start || !($interfaceIsEqual(s.err, $ifaceNil))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (s.end > s.start || !($interfaceIsEqual(s.err, $ifaceNil))) { */ case 3:
				_r = s.split($subslice(s.buf, s.start, s.end), !($interfaceIsEqual(s.err, $ifaceNil))); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				advance = _tuple[0];
				token = _tuple[1];
				err = _tuple[2];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					if ($interfaceIsEqual(err, $pkg.ErrFinalToken)) {
						s.token = token;
						s.done = true;
						$s = -1; return true;
					}
					s.setErr(err);
					$s = -1; return false;
				}
				if (!s.advance(advance)) {
					$s = -1; return false;
				}
				s.token = token;
				if (!(token === sliceType.nil)) {
					if ($interfaceIsEqual(s.err, $ifaceNil) || advance > 0) {
						s.empties = 0;
					} else {
						s.empties = s.empties + (1) >> 0;
						if (s.empties > 100) {
							$panic(new $String("bufio.Scan: too many empty tokens without progressing"));
						}
					}
					$s = -1; return true;
				}
			/* } */ case 4:
			if (!($interfaceIsEqual(s.err, $ifaceNil))) {
				s.start = 0;
				s.end = 0;
				$s = -1; return false;
			}
			if (s.start > 0 && ((s.end === s.buf.$length) || s.start > (_q = s.buf.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")))) {
				$copySlice(s.buf, $subslice(s.buf, s.start, s.end));
				s.end = s.end - (s.start) >> 0;
				s.start = 0;
			}
			if (s.end === s.buf.$length) {
				if (s.buf.$length >= s.maxTokenSize || s.buf.$length > 1073741823) {
					s.setErr($pkg.ErrTooLong);
					$s = -1; return false;
				}
				newSize = $imul(s.buf.$length, 2);
				if (newSize === 0) {
					newSize = 4096;
				}
				if (newSize > s.maxTokenSize) {
					newSize = s.maxTokenSize;
				}
				newBuf = $makeSlice(sliceType, newSize);
				$copySlice(newBuf, $subslice(s.buf, s.start, s.end));
				s.buf = newBuf;
				s.end = s.end - (s.start) >> 0;
				s.start = 0;
			}
			loop = 0;
			/* while (true) { */ case 6:
				_r$1 = s.r.Read($subslice(s.buf, s.end, s.buf.$length)); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$1 = _r$1;
				n = _tuple$1[0];
				err$1 = _tuple$1[1];
				if (n < 0 || (s.buf.$length - s.end >> 0) < n) {
					s.setErr($pkg.ErrBadReadCount);
					/* break; */ $s = 7; continue;
				}
				s.end = s.end + (n) >> 0;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					s.setErr(err$1);
					/* break; */ $s = 7; continue;
				}
				if (n > 0) {
					s.empties = 0;
					/* break; */ $s = 7; continue;
				}
				loop = loop + (1) >> 0;
				if (loop > 100) {
					s.setErr(io.ErrNoProgress);
					/* break; */ $s = 7; continue;
				}
			$s = 6; continue;
			case 7:
		$s = 1; continue;
		case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: Scanner.ptr.prototype.Scan, $c: true, $r, _q, _r, _r$1, _tuple, _tuple$1, advance, err, err$1, loop, n, newBuf, newSize, s, token, $s};return $f;
	};
	Scanner.prototype.Scan = function() { return this.$val.Scan(); };
	Scanner.ptr.prototype.advance = function(n) {
		var n, s;
		s = this;
		if (n < 0) {
			s.setErr($pkg.ErrNegativeAdvance);
			return false;
		}
		if (n > (s.end - s.start >> 0)) {
			s.setErr($pkg.ErrAdvanceTooFar);
			return false;
		}
		s.start = s.start + (n) >> 0;
		return true;
	};
	Scanner.prototype.advance = function(n) { return this.$val.advance(n); };
	Scanner.ptr.prototype.setErr = function(err) {
		var err, s;
		s = this;
		if ($interfaceIsEqual(s.err, $ifaceNil) || $interfaceIsEqual(s.err, io.EOF)) {
			s.err = err;
		}
	};
	Scanner.prototype.setErr = function(err) { return this.$val.setErr(err); };
	Scanner.ptr.prototype.Buffer = function(buf, max) {
		var buf, max, s;
		s = this;
		if (s.scanCalled) {
			$panic(new $String("Buffer called after Scan"));
		}
		s.buf = $subslice(buf, 0, buf.$capacity);
		s.maxTokenSize = max;
	};
	Scanner.prototype.Buffer = function(buf, max) { return this.$val.Buffer(buf, max); };
	Scanner.ptr.prototype.Split = function(split) {
		var s, split;
		s = this;
		if (s.scanCalled) {
			$panic(new $String("Split called after Scan"));
		}
		s.split = split;
	};
	Scanner.prototype.Split = function(split) { return this.$val.Split(split); };
	dropCR = function(data) {
		var data, x;
		if (data.$length > 0 && ((x = data.$length - 1 >> 0, ((x < 0 || x >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + x])) === 13)) {
			return $subslice(data, 0, (data.$length - 1 >> 0));
		}
		return data;
	};
	ScanLines = function(data, atEOF) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, advance, atEOF, data, err, i, token;
		advance = 0;
		token = sliceType.nil;
		err = $ifaceNil;
		if (atEOF && (data.$length === 0)) {
			_tmp = 0;
			_tmp$1 = sliceType.nil;
			_tmp$2 = $ifaceNil;
			advance = _tmp;
			token = _tmp$1;
			err = _tmp$2;
			return [advance, token, err];
		}
		i = bytes.IndexByte(data, 10);
		if (i >= 0) {
			_tmp$3 = i + 1 >> 0;
			_tmp$4 = dropCR($subslice(data, 0, i));
			_tmp$5 = $ifaceNil;
			advance = _tmp$3;
			token = _tmp$4;
			err = _tmp$5;
			return [advance, token, err];
		}
		if (atEOF) {
			_tmp$6 = data.$length;
			_tmp$7 = dropCR(data);
			_tmp$8 = $ifaceNil;
			advance = _tmp$6;
			token = _tmp$7;
			err = _tmp$8;
			return [advance, token, err];
		}
		_tmp$9 = 0;
		_tmp$10 = sliceType.nil;
		_tmp$11 = $ifaceNil;
		advance = _tmp$9;
		token = _tmp$10;
		err = _tmp$11;
		return [advance, token, err];
	};
	$pkg.ScanLines = ScanLines;
	NewReaderSize = function(rd, size) {
		var _tuple, b, ok, r, rd, size;
		_tuple = $assertType(rd, ptrType, true);
		b = _tuple[0];
		ok = _tuple[1];
		if (ok && b.buf.$length >= size) {
			return b;
		}
		if (size < 16) {
			size = 16;
		}
		r = new Reader.ptr(sliceType.nil, $ifaceNil, 0, 0, $ifaceNil, 0, 0);
		r.reset($makeSlice(sliceType, size), rd);
		return r;
	};
	$pkg.NewReaderSize = NewReaderSize;
	NewReader = function(rd) {
		var rd;
		return NewReaderSize(rd, 4096);
	};
	$pkg.NewReader = NewReader;
	Reader.ptr.prototype.Size = function() {
		var b;
		b = this;
		return b.buf.$length;
	};
	Reader.prototype.Size = function() { return this.$val.Size(); };
	Reader.ptr.prototype.Reset = function(r) {
		var b, r;
		b = this;
		if (b.buf === sliceType.nil) {
			b.buf = $makeSlice(sliceType, 4096);
		}
		b.reset(b.buf, r);
	};
	Reader.prototype.Reset = function(r) { return this.$val.Reset(r); };
	Reader.ptr.prototype.reset = function(buf, r) {
		var b, buf, r;
		b = this;
		Reader.copy(b, new Reader.ptr(buf, r, 0, 0, $ifaceNil, -1, -1));
	};
	Reader.prototype.reset = function(buf, r) { return this.$val.reset(buf, r); };
	Reader.ptr.prototype.fill = function() {
		var {_r, _tuple, b, err, i, n, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (b.r > 0) {
			$copySlice(b.buf, $subslice(b.buf, b.r, b.w));
			b.w = b.w - (b.r) >> 0;
			b.r = 0;
		}
		if (b.w >= b.buf.$length) {
			$panic(new $String("bufio: tried to fill full buffer"));
		}
		i = 100;
		/* while (true) { */ case 1:
			/* if (!(i > 0)) { break; } */ if(!(i > 0)) { $s = 2; continue; }
			_r = b.rd.Read($subslice(b.buf, b.w)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err = _tuple[1];
			if (n < 0) {
				$panic(errNegativeRead);
			}
			b.w = b.w + (n) >> 0;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				b.err = err;
				$s = -1; return;
			}
			if (n > 0) {
				$s = -1; return;
			}
			i = i - (1) >> 0;
		$s = 1; continue;
		case 2:
		b.err = io.ErrNoProgress;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.fill, $c: true, $r, _r, _tuple, b, err, i, n, $s};return $f;
	};
	Reader.prototype.fill = function() { return this.$val.fill(); };
	Reader.ptr.prototype.readErr = function() {
		var b, err;
		b = this;
		err = b.err;
		b.err = $ifaceNil;
		return err;
	};
	Reader.prototype.readErr = function() { return this.$val.readErr(); };
	Reader.ptr.prototype.Peek = function(n) {
		var {avail, b, err, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (n < 0) {
			$s = -1; return [sliceType.nil, $pkg.ErrNegativeCount];
		}
		b.lastByte = -1;
		b.lastRuneSize = -1;
		/* while (true) { */ case 1:
			/* if (!((b.w - b.r >> 0) < n && (b.w - b.r >> 0) < b.buf.$length && $interfaceIsEqual(b.err, $ifaceNil))) { break; } */ if(!((b.w - b.r >> 0) < n && (b.w - b.r >> 0) < b.buf.$length && $interfaceIsEqual(b.err, $ifaceNil))) { $s = 2; continue; }
			$r = b.fill(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 1; continue;
		case 2:
		if (n > b.buf.$length) {
			$s = -1; return [$subslice(b.buf, b.r, b.w), $pkg.ErrBufferFull];
		}
		err = $ifaceNil;
		avail = b.w - b.r >> 0;
		if (avail < n) {
			n = avail;
			err = b.readErr();
			if ($interfaceIsEqual(err, $ifaceNil)) {
				err = $pkg.ErrBufferFull;
			}
		}
		$s = -1; return [$subslice(b.buf, b.r, (b.r + n >> 0)), err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.Peek, $c: true, $r, avail, b, err, n, $s};return $f;
	};
	Reader.prototype.Peek = function(n) { return this.$val.Peek(n); };
	Reader.ptr.prototype.Discard = function(n) {
		var {_tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, discarded, err, n, remain, skip, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		discarded = 0;
		err = $ifaceNil;
		b = this;
		if (n < 0) {
			_tmp = 0;
			_tmp$1 = $pkg.ErrNegativeCount;
			discarded = _tmp;
			err = _tmp$1;
			$s = -1; return [discarded, err];
		}
		if (n === 0) {
			$s = -1; return [discarded, err];
		}
		b.lastByte = -1;
		b.lastRuneSize = -1;
		remain = n;
		/* while (true) { */ case 1:
			skip = b.Buffered();
			/* */ if (skip === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (skip === 0) { */ case 3:
				$r = b.fill(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				skip = b.Buffered();
			/* } */ case 4:
			if (skip > remain) {
				skip = remain;
			}
			b.r = b.r + (skip) >> 0;
			remain = remain - (skip) >> 0;
			if (remain === 0) {
				_tmp$2 = n;
				_tmp$3 = $ifaceNil;
				discarded = _tmp$2;
				err = _tmp$3;
				$s = -1; return [discarded, err];
			}
			if (!($interfaceIsEqual(b.err, $ifaceNil))) {
				_tmp$4 = n - remain >> 0;
				_tmp$5 = b.readErr();
				discarded = _tmp$4;
				err = _tmp$5;
				$s = -1; return [discarded, err];
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [discarded, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.Discard, $c: true, $r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, discarded, err, n, remain, skip, $s};return $f;
	};
	Reader.prototype.Discard = function(n) { return this.$val.Discard(n); };
	Reader.ptr.prototype.Read = function(p) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, n, p, x, x$1, x$2, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		b = this;
		n = p.$length;
		if (n === 0) {
			if (b.Buffered() > 0) {
				_tmp = 0;
				_tmp$1 = $ifaceNil;
				n = _tmp;
				err = _tmp$1;
				$s = -1; return [n, err];
			}
			_tmp$2 = 0;
			_tmp$3 = b.readErr();
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		/* */ if (b.r === b.w) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (b.r === b.w) { */ case 1:
			if (!($interfaceIsEqual(b.err, $ifaceNil))) {
				_tmp$4 = 0;
				_tmp$5 = b.readErr();
				n = _tmp$4;
				err = _tmp$5;
				$s = -1; return [n, err];
			}
			/* */ if (p.$length >= b.buf.$length) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (p.$length >= b.buf.$length) { */ case 3:
				_r = b.rd.Read(p); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				n = _tuple[0];
				b.err = _tuple[1];
				if (n < 0) {
					$panic(errNegativeRead);
				}
				if (n > 0) {
					b.lastByte = (((x = n - 1 >> 0, ((x < 0 || x >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x])) >> 0));
					b.lastRuneSize = -1;
				}
				_tmp$6 = n;
				_tmp$7 = b.readErr();
				n = _tmp$6;
				err = _tmp$7;
				$s = -1; return [n, err];
			/* } */ case 4:
			b.r = 0;
			b.w = 0;
			_r$1 = b.rd.Read(b.buf); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			n = _tuple$1[0];
			b.err = _tuple$1[1];
			if (n < 0) {
				$panic(errNegativeRead);
			}
			if (n === 0) {
				_tmp$8 = 0;
				_tmp$9 = b.readErr();
				n = _tmp$8;
				err = _tmp$9;
				$s = -1; return [n, err];
			}
			b.w = b.w + (n) >> 0;
		/* } */ case 2:
		n = $copySlice(p, $subslice(b.buf, b.r, b.w));
		b.r = b.r + (n) >> 0;
		b.lastByte = (((x$1 = b.buf, x$2 = b.r - 1 >> 0, ((x$2 < 0 || x$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + x$2])) >> 0));
		b.lastRuneSize = -1;
		_tmp$10 = n;
		_tmp$11 = $ifaceNil;
		n = _tmp$10;
		err = _tmp$11;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.Read, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, n, p, x, x$1, x$2, $s};return $f;
	};
	Reader.prototype.Read = function(p) { return this.$val.Read(p); };
	Reader.ptr.prototype.ReadByte = function() {
		var {b, c, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		b.lastRuneSize = -1;
		/* while (true) { */ case 1:
			/* if (!(b.r === b.w)) { break; } */ if(!(b.r === b.w)) { $s = 2; continue; }
			if (!($interfaceIsEqual(b.err, $ifaceNil))) {
				$s = -1; return [0, b.readErr()];
			}
			$r = b.fill(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 1; continue;
		case 2:
		c = (x = b.buf, x$1 = b.r, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		b.r = b.r + (1) >> 0;
		b.lastByte = ((c >> 0));
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadByte, $c: true, $r, b, c, x, x$1, $s};return $f;
	};
	Reader.prototype.ReadByte = function() { return this.$val.ReadByte(); };
	Reader.ptr.prototype.UnreadByte = function() {
		var b, x, x$1;
		b = this;
		if (b.lastByte < 0 || (b.r === 0) && b.w > 0) {
			return $pkg.ErrInvalidUnreadByte;
		}
		if (b.r > 0) {
			b.r = b.r - (1) >> 0;
		} else {
			b.w = 1;
		}
		(x = b.buf, x$1 = b.r, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = ((b.lastByte << 24 >>> 24))));
		b.lastByte = -1;
		b.lastRuneSize = -1;
		return $ifaceNil;
	};
	Reader.prototype.UnreadByte = function() { return this.$val.UnreadByte(); };
	Reader.ptr.prototype.ReadRune = function() {
		var {_tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, r, size, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = 0;
		size = 0;
		err = $ifaceNil;
		b = this;
		/* while (true) { */ case 1:
			/* if (!((b.r + 4 >> 0) > b.w && !utf8.FullRune($subslice(b.buf, b.r, b.w)) && $interfaceIsEqual(b.err, $ifaceNil) && (b.w - b.r >> 0) < b.buf.$length)) { break; } */ if(!((b.r + 4 >> 0) > b.w && !utf8.FullRune($subslice(b.buf, b.r, b.w)) && $interfaceIsEqual(b.err, $ifaceNil) && (b.w - b.r >> 0) < b.buf.$length)) { $s = 2; continue; }
			$r = b.fill(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 1; continue;
		case 2:
		b.lastRuneSize = -1;
		if (b.r === b.w) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = b.readErr();
			r = _tmp;
			size = _tmp$1;
			err = _tmp$2;
			$s = -1; return [r, size, err];
		}
		_tmp$3 = (((x = b.buf, x$1 = b.r, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1])) >> 0));
		_tmp$4 = 1;
		r = _tmp$3;
		size = _tmp$4;
		if (r >= 128) {
			_tuple = utf8.DecodeRune($subslice(b.buf, b.r, b.w));
			r = _tuple[0];
			size = _tuple[1];
		}
		b.r = b.r + (size) >> 0;
		b.lastByte = (((x$2 = b.buf, x$3 = b.r - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3])) >> 0));
		b.lastRuneSize = size;
		_tmp$5 = r;
		_tmp$6 = size;
		_tmp$7 = $ifaceNil;
		r = _tmp$5;
		size = _tmp$6;
		err = _tmp$7;
		$s = -1; return [r, size, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadRune, $c: true, $r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, r, size, x, x$1, x$2, x$3, $s};return $f;
	};
	Reader.prototype.ReadRune = function() { return this.$val.ReadRune(); };
	Reader.ptr.prototype.UnreadRune = function() {
		var b;
		b = this;
		if (b.lastRuneSize < 0 || b.r < b.lastRuneSize) {
			return $pkg.ErrInvalidUnreadRune;
		}
		b.r = b.r - (b.lastRuneSize) >> 0;
		b.lastByte = -1;
		b.lastRuneSize = -1;
		return $ifaceNil;
	};
	Reader.prototype.UnreadRune = function() { return this.$val.UnreadRune(); };
	Reader.ptr.prototype.Buffered = function() {
		var b;
		b = this;
		return b.w - b.r >> 0;
	};
	Reader.prototype.Buffered = function() { return this.$val.Buffered(); };
	Reader.ptr.prototype.ReadSlice = function(delim) {
		var {b, delim, err, i, i$1, line, s, $s, $r, $c} = $restore(this, {delim});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		line = sliceType.nil;
		err = $ifaceNil;
		b = this;
		s = 0;
		/* while (true) { */ case 1:
			i = bytes.IndexByte($subslice(b.buf, (b.r + s >> 0), b.w), delim);
			if (i >= 0) {
				i = i + (s) >> 0;
				line = $subslice(b.buf, b.r, ((b.r + i >> 0) + 1 >> 0));
				b.r = b.r + ((i + 1 >> 0)) >> 0;
				/* break; */ $s = 2; continue;
			}
			if (!($interfaceIsEqual(b.err, $ifaceNil))) {
				line = $subslice(b.buf, b.r, b.w);
				b.r = b.w;
				err = b.readErr();
				/* break; */ $s = 2; continue;
			}
			if (b.Buffered() >= b.buf.$length) {
				b.r = b.w;
				line = b.buf;
				err = $pkg.ErrBufferFull;
				/* break; */ $s = 2; continue;
			}
			s = b.w - b.r >> 0;
			$r = b.fill(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 1; continue;
		case 2:
		i$1 = line.$length - 1 >> 0;
		if (i$1 >= 0) {
			b.lastByte = ((((i$1 < 0 || i$1 >= line.$length) ? ($throwRuntimeError("index out of range"), undefined) : line.$array[line.$offset + i$1]) >> 0));
			b.lastRuneSize = -1;
		}
		$s = -1; return [line, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadSlice, $c: true, $r, b, delim, err, i, i$1, line, s, $s};return $f;
	};
	Reader.prototype.ReadSlice = function(delim) { return this.$val.ReadSlice(delim); };
	Reader.ptr.prototype.ReadLine = function() {
		var {_r, _tmp, _tmp$1, _tmp$2, _tuple, b, drop, err, isPrefix, line, x, x$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		line = sliceType.nil;
		isPrefix = false;
		err = $ifaceNil;
		b = this;
		_r = b.ReadSlice(10); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		line = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $pkg.ErrBufferFull)) {
			if (line.$length > 0 && ((x = line.$length - 1 >> 0, ((x < 0 || x >= line.$length) ? ($throwRuntimeError("index out of range"), undefined) : line.$array[line.$offset + x])) === 13)) {
				if (b.r === 0) {
					$panic(new $String("bufio: tried to rewind past start of buffer"));
				}
				b.r = b.r - (1) >> 0;
				line = $subslice(line, 0, (line.$length - 1 >> 0));
			}
			_tmp = line;
			_tmp$1 = true;
			_tmp$2 = $ifaceNil;
			line = _tmp;
			isPrefix = _tmp$1;
			err = _tmp$2;
			$s = -1; return [line, isPrefix, err];
		}
		if (line.$length === 0) {
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				line = sliceType.nil;
			}
			$s = -1; return [line, isPrefix, err];
		}
		err = $ifaceNil;
		if ((x$1 = line.$length - 1 >> 0, ((x$1 < 0 || x$1 >= line.$length) ? ($throwRuntimeError("index out of range"), undefined) : line.$array[line.$offset + x$1])) === 10) {
			drop = 1;
			if (line.$length > 1 && ((x$2 = line.$length - 2 >> 0, ((x$2 < 0 || x$2 >= line.$length) ? ($throwRuntimeError("index out of range"), undefined) : line.$array[line.$offset + x$2])) === 13)) {
				drop = 2;
			}
			line = $subslice(line, 0, (line.$length - drop >> 0));
		}
		$s = -1; return [line, isPrefix, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadLine, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tuple, b, drop, err, isPrefix, line, x, x$1, x$2, $s};return $f;
	};
	Reader.prototype.ReadLine = function() { return this.$val.ReadLine(); };
	Reader.ptr.prototype.collectFragments = function(delim) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, buf, delim, e, err, finalFragment, frag, fullBuffers, totalLen, $s, $r, $c} = $restore(this, {delim});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fullBuffers = sliceType$1.nil;
		finalFragment = sliceType.nil;
		totalLen = 0;
		err = $ifaceNil;
		b = this;
		frag = sliceType.nil;
		/* while (true) { */ case 1:
			e = $ifaceNil;
			_r = b.ReadSlice(delim); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			frag = _tuple[0];
			e = _tuple[1];
			if ($interfaceIsEqual(e, $ifaceNil)) {
				/* break; */ $s = 2; continue;
			}
			if (!($interfaceIsEqual(e, $pkg.ErrBufferFull))) {
				err = e;
				/* break; */ $s = 2; continue;
			}
			buf = $makeSlice(sliceType, frag.$length);
			$copySlice(buf, frag);
			fullBuffers = $append(fullBuffers, buf);
			totalLen = totalLen + (buf.$length) >> 0;
		$s = 1; continue;
		case 2:
		totalLen = totalLen + (frag.$length) >> 0;
		_tmp = fullBuffers;
		_tmp$1 = frag;
		_tmp$2 = totalLen;
		_tmp$3 = err;
		fullBuffers = _tmp;
		finalFragment = _tmp$1;
		totalLen = _tmp$2;
		err = _tmp$3;
		$s = -1; return [fullBuffers, finalFragment, totalLen, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.collectFragments, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, buf, delim, e, err, finalFragment, frag, fullBuffers, totalLen, $s};return $f;
	};
	Reader.prototype.collectFragments = function(delim) { return this.$val.collectFragments(delim); };
	Reader.ptr.prototype.ReadBytes = function(delim) {
		var {_i, _r, _ref, _tuple, b, buf, delim, err, frag, full, i, n, $s, $r, $c} = $restore(this, {delim});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		_r = b.collectFragments(delim); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		full = _tuple[0];
		frag = _tuple[1];
		n = _tuple[2];
		err = _tuple[3];
		buf = $makeSlice(sliceType, n);
		n = 0;
		_ref = full;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			n = n + ($copySlice($subslice(buf, n), ((i < 0 || i >= full.$length) ? ($throwRuntimeError("index out of range"), undefined) : full.$array[full.$offset + i]))) >> 0;
			_i++;
		}
		$copySlice($subslice(buf, n), frag);
		$s = -1; return [buf, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadBytes, $c: true, $r, _i, _r, _ref, _tuple, b, buf, delim, err, frag, full, i, n, $s};return $f;
	};
	Reader.prototype.ReadBytes = function(delim) { return this.$val.ReadBytes(delim); };
	Reader.ptr.prototype.ReadString = function(delim) {
		var {_i, _r, _ref, _tuple, b, buf, delim, err, fb, frag, full, n, $s, $r, $c} = $restore(this, {delim});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		_r = b.collectFragments(delim); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		full = _tuple[0];
		frag = _tuple[1];
		n = _tuple[2];
		err = _tuple[3];
		buf = new strings.Builder.ptr(ptrType$1.nil, sliceType.nil);
		buf.Grow(n);
		_ref = full;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			fb = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			buf.Write(fb);
			_i++;
		}
		buf.Write(frag);
		$s = -1; return [buf.String(), err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadString, $c: true, $r, _i, _r, _ref, _tuple, b, buf, delim, err, fb, frag, full, n, $s};return $f;
	};
	Reader.prototype.ReadString = function(delim) { return this.$val.ReadString(delim); };
	Reader.ptr.prototype.WriteTo = function(w) {
		var {_r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, b, err, err$1, err$2, err$3, m, m$1, m$2, n, ok, ok$1, r, w, w$1, x, x$1, x$2, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		b = this;
		b.lastByte = -1;
		b.lastRuneSize = -1;
		_r = b.writeBuf(w); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [n, err];
		}
		_tuple$1 = $assertType(b.rd, io.WriterTo, true);
		r = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = r.WriteTo(w); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$2 = _r$1;
			m = _tuple$2[0];
			err$1 = _tuple$2[1];
			n = (x = m, new $Int64(n.$high + x.$high, n.$low + x.$low));
			_tmp = n;
			_tmp$1 = err$1;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		/* } */ case 3:
		_tuple$3 = $assertType(w, io.ReaderFrom, true);
		w$1 = _tuple$3[0];
		ok$1 = _tuple$3[1];
		/* */ if (ok$1) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (ok$1) { */ case 5:
			_r$2 = w$1.ReadFrom(b.rd); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$4 = _r$2;
			m$1 = _tuple$4[0];
			err$2 = _tuple$4[1];
			n = (x$1 = m$1, new $Int64(n.$high + x$1.$high, n.$low + x$1.$low));
			_tmp$2 = n;
			_tmp$3 = err$2;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		/* } */ case 6:
		/* */ if ((b.w - b.r >> 0) < b.buf.$length) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if ((b.w - b.r >> 0) < b.buf.$length) { */ case 8:
			$r = b.fill(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 9:
		/* while (true) { */ case 11:
			/* if (!(b.r < b.w)) { break; } */ if(!(b.r < b.w)) { $s = 12; continue; }
			_r$3 = b.writeBuf(w); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$5 = _r$3;
			m$2 = _tuple$5[0];
			err$3 = _tuple$5[1];
			n = (x$2 = m$2, new $Int64(n.$high + x$2.$high, n.$low + x$2.$low));
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				_tmp$4 = n;
				_tmp$5 = err$3;
				n = _tmp$4;
				err = _tmp$5;
				$s = -1; return [n, err];
			}
			$r = b.fill(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 11; continue;
		case 12:
		if ($interfaceIsEqual(b.err, io.EOF)) {
			b.err = $ifaceNil;
		}
		_tmp$6 = n;
		_tmp$7 = b.readErr();
		n = _tmp$6;
		err = _tmp$7;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.WriteTo, $c: true, $r, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, b, err, err$1, err$2, err$3, m, m$1, m$2, n, ok, ok$1, r, w, w$1, x, x$1, x$2, $s};return $f;
	};
	Reader.prototype.WriteTo = function(w) { return this.$val.WriteTo(w); };
	Reader.ptr.prototype.writeBuf = function(w) {
		var {_r, _tuple, b, err, n, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		_r = w.Write($subslice(b.buf, b.r, b.w)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (n < 0) {
			$panic(errNegativeWrite);
		}
		b.r = b.r + (n) >> 0;
		$s = -1; return [(new $Int64(0, n)), err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.writeBuf, $c: true, $r, _r, _tuple, b, err, n, w, $s};return $f;
	};
	Reader.prototype.writeBuf = function(w) { return this.$val.writeBuf(w); };
	NewWriterSize = function(w, size) {
		var _tuple, b, ok, size, w;
		_tuple = $assertType(w, ptrType$2, true);
		b = _tuple[0];
		ok = _tuple[1];
		if (ok && b.buf.$length >= size) {
			return b;
		}
		if (size <= 0) {
			size = 4096;
		}
		return new Writer.ptr($ifaceNil, $makeSlice(sliceType, size), 0, w);
	};
	$pkg.NewWriterSize = NewWriterSize;
	NewWriter = function(w) {
		var w;
		return NewWriterSize(w, 4096);
	};
	$pkg.NewWriter = NewWriter;
	Writer.ptr.prototype.Size = function() {
		var b;
		b = this;
		return b.buf.$length;
	};
	Writer.prototype.Size = function() { return this.$val.Size(); };
	Writer.ptr.prototype.Reset = function(w) {
		var b, w;
		b = this;
		if (b.buf === sliceType.nil) {
			b.buf = $makeSlice(sliceType, 4096);
		}
		b.err = $ifaceNil;
		b.n = 0;
		b.wr = w;
	};
	Writer.prototype.Reset = function(w) { return this.$val.Reset(w); };
	Writer.ptr.prototype.Flush = function() {
		var {_r, _tuple, b, err, n, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$s = -1; return b.err;
		}
		if (b.n === 0) {
			$s = -1; return $ifaceNil;
		}
		_r = b.wr.Write($subslice(b.buf, 0, b.n)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (n < b.n && $interfaceIsEqual(err, $ifaceNil)) {
			err = io.ErrShortWrite;
		}
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			if (n > 0 && n < b.n) {
				$copySlice($subslice(b.buf, 0, (b.n - n >> 0)), $subslice(b.buf, n, b.n));
			}
			b.n = b.n - (n) >> 0;
			b.err = err;
			$s = -1; return err;
		}
		b.n = 0;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Writer.ptr.prototype.Flush, $c: true, $r, _r, _tuple, b, err, n, $s};return $f;
	};
	Writer.prototype.Flush = function() { return this.$val.Flush(); };
	Writer.ptr.prototype.Available = function() {
		var b;
		b = this;
		return b.buf.$length - b.n >> 0;
	};
	Writer.prototype.Available = function() { return this.$val.Available(); };
	Writer.ptr.prototype.AvailableBuffer = function() {
		var b;
		b = this;
		return $subslice($subslice(b.buf, b.n), 0, 0);
	};
	Writer.prototype.AvailableBuffer = function() { return this.$val.AvailableBuffer(); };
	Writer.ptr.prototype.Buffered = function() {
		var b;
		b = this;
		return b.n;
	};
	Writer.prototype.Buffered = function() { return this.$val.Buffered(); };
	Writer.ptr.prototype.Write = function(p) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, err, n, n$1, nn, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nn = 0;
		err = $ifaceNil;
		b = this;
		/* while (true) { */ case 1:
			/* if (!(p.$length > b.Available() && $interfaceIsEqual(b.err, $ifaceNil))) { break; } */ if(!(p.$length > b.Available() && $interfaceIsEqual(b.err, $ifaceNil))) { $s = 2; continue; }
			n = 0;
			/* */ if (b.Buffered() === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (b.Buffered() === 0) { */ case 3:
				_r = b.wr.Write(p); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				n = _tuple[0];
				b.err = _tuple[1];
				$s = 5; continue;
			/* } else { */ case 4:
				n = $copySlice($subslice(b.buf, b.n), p);
				b.n = b.n + (n) >> 0;
				_r$1 = b.Flush(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
			/* } */ case 5:
			nn = nn + (n) >> 0;
			p = $subslice(p, n);
		$s = 1; continue;
		case 2:
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			_tmp = nn;
			_tmp$1 = b.err;
			nn = _tmp;
			err = _tmp$1;
			$s = -1; return [nn, err];
		}
		n$1 = $copySlice($subslice(b.buf, b.n), p);
		b.n = b.n + (n$1) >> 0;
		nn = nn + (n$1) >> 0;
		_tmp$2 = nn;
		_tmp$3 = $ifaceNil;
		nn = _tmp$2;
		err = _tmp$3;
		$s = -1; return [nn, err];
		/* */ } return; } var $f = {$blk: Writer.ptr.prototype.Write, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, err, n, n$1, nn, p, $s};return $f;
	};
	Writer.prototype.Write = function(p) { return this.$val.Write(p); };
	Writer.ptr.prototype.WriteByte = function(c) {
		var {_r, _v, b, c, x, x$1, $s, $r, $c} = $restore(this, {c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$s = -1; return b.err;
		}
		if (!(b.Available() <= 0)) { _v = false; $s = 3; continue s; }
		_r = b.Flush(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = !($interfaceIsEqual(_r, $ifaceNil)); case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return b.err;
		/* } */ case 2:
		(x = b.buf, x$1 = b.n, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = c));
		b.n = b.n + (1) >> 0;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Writer.ptr.prototype.WriteByte, $c: true, $r, _r, _v, b, c, x, x$1, $s};return $f;
	};
	Writer.prototype.WriteByte = function(c) { return this.$val.WriteByte(c); };
	Writer.ptr.prototype.WriteRune = function(r) {
		var {$24r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, b, err, n, r, size, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		err = $ifaceNil;
		b = this;
		/* */ if (((r >>> 0)) < 128) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (((r >>> 0)) < 128) { */ case 1:
			_r = b.WriteByte(((r << 24 >>> 24))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			err = _r;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp = 0;
				_tmp$1 = err;
				size = _tmp;
				err = _tmp$1;
				$s = -1; return [size, err];
			}
			_tmp$2 = 1;
			_tmp$3 = $ifaceNil;
			size = _tmp$2;
			err = _tmp$3;
			$s = -1; return [size, err];
		/* } */ case 2:
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			_tmp$4 = 0;
			_tmp$5 = b.err;
			size = _tmp$4;
			err = _tmp$5;
			$s = -1; return [size, err];
		}
		n = b.Available();
		/* */ if (n < 4) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (n < 4) { */ case 4:
			_r$1 = b.Flush(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			if (!($interfaceIsEqual(b.err, $ifaceNil))) {
				_tmp$6 = 0;
				_tmp$7 = b.err;
				size = _tmp$6;
				err = _tmp$7;
				$s = -1; return [size, err];
			}
			n = b.Available();
			/* */ if (n < 4) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (n < 4) { */ case 7:
				_r$2 = b.WriteString(($encodeRune(r))); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple = _r$2;
				size = _tuple[0];
				err = _tuple[1];
				$24r = [size, err];
				$s = 10; case 10: return $24r;
			/* } */ case 8:
		/* } */ case 5:
		size = utf8.EncodeRune($subslice(b.buf, b.n), r);
		b.n = b.n + (size) >> 0;
		_tmp$8 = size;
		_tmp$9 = $ifaceNil;
		size = _tmp$8;
		err = _tmp$9;
		$s = -1; return [size, err];
		/* */ } return; } var $f = {$blk: Writer.ptr.prototype.WriteRune, $c: true, $r, $24r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, b, err, n, r, size, $s};return $f;
	};
	Writer.prototype.WriteRune = function(r) { return this.$val.WriteRune(r); };
	Writer.ptr.prototype.WriteString = function(s) {
		var {_r, b, n, n$1, nn, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		nn = 0;
		/* while (true) { */ case 1:
			/* if (!(s.length > b.Available() && $interfaceIsEqual(b.err, $ifaceNil))) { break; } */ if(!(s.length > b.Available() && $interfaceIsEqual(b.err, $ifaceNil))) { $s = 2; continue; }
			n = $copyString($subslice(b.buf, b.n), s);
			b.n = b.n + (n) >> 0;
			nn = nn + (n) >> 0;
			s = $substring(s, n);
			_r = b.Flush(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
		$s = 1; continue;
		case 2:
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$s = -1; return [nn, b.err];
		}
		n$1 = $copyString($subslice(b.buf, b.n), s);
		b.n = b.n + (n$1) >> 0;
		nn = nn + (n$1) >> 0;
		$s = -1; return [nn, $ifaceNil];
		/* */ } return; } var $f = {$blk: Writer.ptr.prototype.WriteString, $c: true, $r, _r, b, n, n$1, nn, s, $s};return $f;
	};
	Writer.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	Writer.ptr.prototype.ReadFrom = function(r) {
		var {_r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, err, err$1, err1, m, n, nn, nr, r, readerFrom, readerFromOK, x, x$1, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			_tmp = new $Int64(0, 0);
			_tmp$1 = b.err;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_tuple = $assertType(b.wr, io.ReaderFrom, true);
		readerFrom = _tuple[0];
		readerFromOK = _tuple[1];
		m = 0;
		/* while (true) { */ case 1:
			/* */ if (b.Available() === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (b.Available() === 0) { */ case 3:
				_r = b.Flush(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				err1 = _r;
				if (!($interfaceIsEqual(err1, $ifaceNil))) {
					_tmp$2 = n;
					_tmp$3 = err1;
					n = _tmp$2;
					err = _tmp$3;
					$s = -1; return [n, err];
				}
			/* } */ case 4:
			/* */ if (readerFromOK && (b.Buffered() === 0)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (readerFromOK && (b.Buffered() === 0)) { */ case 6:
				_r$1 = readerFrom.ReadFrom(r); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$1 = _r$1;
				nn = _tuple$1[0];
				err$1 = _tuple$1[1];
				b.err = err$1;
				n = (x = nn, new $Int64(n.$high + x.$high, n.$low + x.$low));
				_tmp$4 = n;
				_tmp$5 = err$1;
				n = _tmp$4;
				err = _tmp$5;
				$s = -1; return [n, err];
			/* } */ case 7:
			nr = 0;
			/* while (true) { */ case 9:
				/* if (!(nr < 100)) { break; } */ if(!(nr < 100)) { $s = 10; continue; }
				_r$2 = r.Read($subslice(b.buf, b.n)); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$2 = _r$2;
				m = _tuple$2[0];
				err = _tuple$2[1];
				if (!((m === 0)) || !($interfaceIsEqual(err, $ifaceNil))) {
					/* break; */ $s = 10; continue;
				}
				nr = nr + (1) >> 0;
			$s = 9; continue;
			case 10:
			if (nr === 100) {
				_tmp$6 = n;
				_tmp$7 = io.ErrNoProgress;
				n = _tmp$6;
				err = _tmp$7;
				$s = -1; return [n, err];
			}
			b.n = b.n + (m) >> 0;
			n = (x$1 = (new $Int64(0, m)), new $Int64(n.$high + x$1.$high, n.$low + x$1.$low));
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				/* break; */ $s = 2; continue;
			}
		$s = 1; continue;
		case 2:
		/* */ if ($interfaceIsEqual(err, io.EOF)) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if ($interfaceIsEqual(err, io.EOF)) { */ case 12:
			/* */ if (b.Available() === 0) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (b.Available() === 0) { */ case 14:
				_r$3 = b.Flush(); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				err = _r$3;
				$s = 16; continue;
			/* } else { */ case 15:
				err = $ifaceNil;
			/* } */ case 16:
		/* } */ case 13:
		_tmp$8 = n;
		_tmp$9 = err;
		n = _tmp$8;
		err = _tmp$9;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Writer.ptr.prototype.ReadFrom, $c: true, $r, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, err, err$1, err1, m, n, nn, nr, r, readerFrom, readerFromOK, x, x$1, $s};return $f;
	};
	Writer.prototype.ReadFrom = function(r) { return this.$val.ReadFrom(r); };
	NewReadWriter = function(r, w) {
		var r, w;
		return new ReadWriter.ptr(r, w);
	};
	$pkg.NewReadWriter = NewReadWriter;
	ptrType$3.methods = [{prop: "Err", name: "Err", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "Text", name: "Text", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Scan", name: "Scan", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "advance", name: "advance", pkg: "bufio", typ: $funcType([$Int], [$Bool], false)}, {prop: "setErr", name: "setErr", pkg: "bufio", typ: $funcType([$error], [], false)}, {prop: "Buffer", name: "Buffer", pkg: "", typ: $funcType([sliceType, $Int], [], false)}, {prop: "Split", name: "Split", pkg: "", typ: $funcType([SplitFunc], [], false)}];
	ptrType.methods = [{prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([io.Reader], [], false)}, {prop: "reset", name: "reset", pkg: "bufio", typ: $funcType([sliceType, io.Reader], [], false)}, {prop: "fill", name: "fill", pkg: "bufio", typ: $funcType([], [], false)}, {prop: "readErr", name: "readErr", pkg: "bufio", typ: $funcType([], [$error], false)}, {prop: "Peek", name: "Peek", pkg: "", typ: $funcType([$Int], [sliceType, $error], false)}, {prop: "Discard", name: "Discard", pkg: "", typ: $funcType([$Int], [$Int, $error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}, {prop: "UnreadByte", name: "UnreadByte", pkg: "", typ: $funcType([], [$error], false)}, {prop: "ReadRune", name: "ReadRune", pkg: "", typ: $funcType([], [$Int32, $Int, $error], false)}, {prop: "UnreadRune", name: "UnreadRune", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Buffered", name: "Buffered", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ReadSlice", name: "ReadSlice", pkg: "", typ: $funcType([$Uint8], [sliceType, $error], false)}, {prop: "ReadLine", name: "ReadLine", pkg: "", typ: $funcType([], [sliceType, $Bool, $error], false)}, {prop: "collectFragments", name: "collectFragments", pkg: "bufio", typ: $funcType([$Uint8], [sliceType$1, sliceType, $Int, $error], false)}, {prop: "ReadBytes", name: "ReadBytes", pkg: "", typ: $funcType([$Uint8], [sliceType, $error], false)}, {prop: "ReadString", name: "ReadString", pkg: "", typ: $funcType([$Uint8], [$String, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([io.Writer], [$Int64, $error], false)}, {prop: "writeBuf", name: "writeBuf", pkg: "bufio", typ: $funcType([io.Writer], [$Int64, $error], false)}];
	ptrType$2.methods = [{prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([io.Writer], [], false)}, {prop: "Flush", name: "Flush", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Available", name: "Available", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "AvailableBuffer", name: "AvailableBuffer", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "Buffered", name: "Buffered", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "WriteByte", name: "WriteByte", pkg: "", typ: $funcType([$Uint8], [$error], false)}, {prop: "WriteRune", name: "WriteRune", pkg: "", typ: $funcType([$Int32], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([io.Reader], [$Int64, $error], false)}];
	Scanner.init("bufio", [{prop: "r", name: "r", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "split", name: "split", embedded: false, exported: false, typ: SplitFunc, tag: ""}, {prop: "maxTokenSize", name: "maxTokenSize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "token", name: "token", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "start", name: "start", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "end", name: "end", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "empties", name: "empties", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "scanCalled", name: "scanCalled", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	SplitFunc.init([sliceType, $Bool], [$Int, sliceType, $error], false);
	Reader.init("bufio", [{prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "rd", name: "rd", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "lastByte", name: "lastByte", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "lastRuneSize", name: "lastRuneSize", embedded: false, exported: false, typ: $Int, tag: ""}]);
	Writer.init("bufio", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "wr", name: "wr", embedded: false, exported: false, typ: io.Writer, tag: ""}]);
	ReadWriter.init("", [{prop: "Reader", name: "Reader", embedded: true, exported: true, typ: ptrType, tag: ""}, {prop: "Writer", name: "Writer", embedded: true, exported: true, typ: ptrType$2, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrTooLong = errors.New("bufio.Scanner: token too long");
		$pkg.ErrNegativeAdvance = errors.New("bufio.Scanner: SplitFunc returns negative advance count");
		$pkg.ErrAdvanceTooFar = errors.New("bufio.Scanner: SplitFunc returns advance count beyond input");
		$pkg.ErrBadReadCount = errors.New("bufio.Scanner: Read returned impossible count");
		$pkg.ErrFinalToken = errors.New("final token");
		$pkg.ErrInvalidUnreadByte = errors.New("bufio: invalid use of UnreadByte");
		$pkg.ErrInvalidUnreadRune = errors.New("bufio: invalid use of UnreadRune");
		$pkg.ErrBufferFull = errors.New("bufio: buffer full");
		$pkg.ErrNegativeCount = errors.New("bufio: negative count");
		errNegativeRead = errors.New("bufio: reader returned negative count from Read");
		errNegativeWrite = errors.New("bufio: writer returned negative count from Write");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/abi"] = (function() {
	var $pkg = {}, $init, goarch, FuncPCABI0;
	goarch = $packages["internal/goarch"];
	FuncPCABI0 = function() {
		$throwRuntimeError("native function not implemented: internal/abi.FuncPCABI0");
	};
	$pkg.FuncPCABI0 = FuncPCABI0;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = goarch.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/goexperiment"] = (function() {
	var $pkg = {}, $init;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/itoa"] = (function() {
	var $pkg = {}, $init, arrayType, sliceType, Itoa, Uitoa;
	arrayType = $arrayType($Uint8, 20);
	sliceType = $sliceType($Uint8);
	Itoa = function(val) {
		var val;
		if (val < 0) {
			return "-" + Uitoa(((-val >>> 0)));
		}
		return Uitoa(((val >>> 0)));
	};
	$pkg.Itoa = Itoa;
	Uitoa = function(val) {
		var _q, buf, i, q, val;
		if (val === 0) {
			return "0";
		}
		buf = arrayType.zero();
		i = 19;
		while (true) {
			if (!(val >= 10)) { break; }
			q = (_q = val / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			((i < 0 || i >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[i] = ((((48 + val >>> 0) - (q * 10 >>> 0) >>> 0) << 24 >>> 24)));
			i = i - (1) >> 0;
			val = q;
		}
		((i < 0 || i >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[i] = (((48 + val >>> 0) << 24 >>> 24)));
		return ($bytesToString($subslice(new sliceType(buf), i)));
	};
	$pkg.Uitoa = Uitoa;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["math/bits"] = (function() {
	var $pkg = {}, $init, _err, deBruijn32tab, deBruijn64tab, overflowError, divideError, LeadingZeros, LeadingZeros32, LeadingZeros64, TrailingZeros, TrailingZeros32, TrailingZeros64, OnesCount64, RotateLeft32, RotateLeft64, Reverse8, Reverse16, Len, Len32, Len64, Add, Add64, Sub, Sub32, Sub64, Mul, Mul64, Div, Div64, Mul32, Add32, Div32;
	_err = $pkg._err = $newType(8, $kindString, "bits._err", true, "math/bits", false, null);
	LeadingZeros = function(x) {
		var x;
		return 32 - Len(x) >> 0;
	};
	$pkg.LeadingZeros = LeadingZeros;
	LeadingZeros32 = function(x) {
		var x;
		return 32 - Len32(x) >> 0;
	};
	$pkg.LeadingZeros32 = LeadingZeros32;
	LeadingZeros64 = function(x) {
		var x;
		return 64 - Len64(x) >> 0;
	};
	$pkg.LeadingZeros64 = LeadingZeros64;
	TrailingZeros = function(x) {
		var x;
		if (true) {
			return TrailingZeros32(((x >>> 0)));
		}
		return TrailingZeros64((new $Uint64(0, x)));
	};
	$pkg.TrailingZeros = TrailingZeros;
	TrailingZeros32 = function(x) {
		var x, x$1;
		if (x === 0) {
			return 32;
		}
		return (((x$1 = ($imul((((x & (-x >>> 0)) >>> 0)), 125613361) >>> 0) >>> 27 >>> 0, ((x$1 < 0 || x$1 >= deBruijn32tab.length) ? ($throwRuntimeError("index out of range"), undefined) : deBruijn32tab[x$1])) >> 0));
	};
	$pkg.TrailingZeros32 = TrailingZeros32;
	TrailingZeros64 = function(x) {
		var x, x$1, x$2;
		if ((x.$high === 0 && x.$low === 0)) {
			return 64;
		}
		return (((x$1 = $shiftRightUint64($mul64(((x$2 = new $Uint64(-x.$high, -x.$low), new $Uint64(x.$high & x$2.$high, (x.$low & x$2.$low) >>> 0))), new $Uint64(66559345, 3033172745)), 58), (($flatten64(x$1) < 0 || $flatten64(x$1) >= deBruijn64tab.length) ? ($throwRuntimeError("index out of range"), undefined) : deBruijn64tab[$flatten64(x$1)])) >> 0));
	};
	$pkg.TrailingZeros64 = TrailingZeros64;
	OnesCount64 = function(x) {
		var x, x$1, x$10, x$11, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		x = (x$1 = (x$2 = $shiftRightUint64(x, 1), new $Uint64(x$2.$high & 1431655765, (x$2.$low & 1431655765) >>> 0)), x$3 = new $Uint64(x.$high & 1431655765, (x.$low & 1431655765) >>> 0), new $Uint64(x$1.$high + x$3.$high, x$1.$low + x$3.$low));
		x = (x$4 = (x$5 = $shiftRightUint64(x, 2), new $Uint64(x$5.$high & 858993459, (x$5.$low & 858993459) >>> 0)), x$6 = new $Uint64(x.$high & 858993459, (x.$low & 858993459) >>> 0), new $Uint64(x$4.$high + x$6.$high, x$4.$low + x$6.$low));
		x = (x$7 = (x$8 = $shiftRightUint64(x, 4), new $Uint64(x$8.$high + x.$high, x$8.$low + x.$low)), new $Uint64(x$7.$high & 252645135, (x$7.$low & 252645135) >>> 0));
		x = (x$9 = $shiftRightUint64(x, 8), new $Uint64(x.$high + x$9.$high, x.$low + x$9.$low));
		x = (x$10 = $shiftRightUint64(x, 16), new $Uint64(x.$high + x$10.$high, x.$low + x$10.$low));
		x = (x$11 = $shiftRightUint64(x, 32), new $Uint64(x.$high + x$11.$high, x.$low + x$11.$low));
		return ((x.$low >> 0)) & 127;
	};
	$pkg.OnesCount64 = OnesCount64;
	RotateLeft32 = function(x, k) {
		var k, s, x, y, y$1;
		s = (((k >>> 0)) & 31) >>> 0;
		return (((y = s, y < 32 ? (x << y) : 0) >>> 0) | ((y$1 = ((32 - s >>> 0)), y$1 < 32 ? (x >>> y$1) : 0) >>> 0)) >>> 0;
	};
	$pkg.RotateLeft32 = RotateLeft32;
	RotateLeft64 = function(x, k) {
		var k, s, x, x$1, x$2;
		s = (((k >>> 0)) & 63) >>> 0;
		return (x$1 = $shiftLeft64(x, s), x$2 = $shiftRightUint64(x, ((64 - s >>> 0))), new $Uint64(x$1.$high | x$2.$high, (x$1.$low | x$2.$low) >>> 0));
	};
	$pkg.RotateLeft64 = RotateLeft64;
	Reverse8 = function(x) {
		var x;
		return "\x00\x80@\xC0 \xA0`\xE0\x10\x90P\xD00\xB0p\xF0\b\x88H\xC8(\xA8h\xE8\x18\x98X\xD88\xB8x\xF8\x04\x84D\xC4$\xA4d\xE4\x14\x94T\xD44\xB4t\xF4\f\x8CL\xCC,\xACl\xEC\x1C\x9C\\\xDC<\xBC|\xFC\x02\x82B\xC2\"\xA2b\xE2\x12\x92R\xD22\xB2r\xF2\n\x8AJ\xCA*\xAAj\xEA\x1A\x9AZ\xDA:\xBAz\xFA\x06\x86F\xC6&\xA6f\xE6\x16\x96V\xD66\xB6v\xF6\x0E\x8EN\xCE.\xAEn\xEE\x1E\x9E^\xDE>\xBE~\xFE\x01\x81A\xC1!\xA1a\xE1\x11\x91Q\xD11\xB1q\xF1\t\x89I\xC9)\xA9i\xE9\x19\x99Y\xD99\xB9y\xF9\x05\x85E\xC5%\xA5e\xE5\x15\x95U\xD55\xB5u\xF5\r\x8DM\xCD-\xADm\xED\x1D\x9D]\xDD=\xBD}\xFD\x03\x83C\xC3#\xA3c\xE3\x13\x93S\xD33\xB3s\xF3\v\x8BK\xCB+\xABk\xEB\x1B\x9B[\xDB;\xBB{\xFB\x07\x87G\xC7'\xA7g\xE7\x17\x97W\xD77\xB7w\xF7\x0F\x8FO\xCF/\xAFo\xEF\x1F\x9F_\xDF?\xBF\x7F\xFF".charCodeAt(x);
	};
	$pkg.Reverse8 = Reverse8;
	Reverse16 = function(x) {
		var x;
		return ((("\x00\x80@\xC0 \xA0`\xE0\x10\x90P\xD00\xB0p\xF0\b\x88H\xC8(\xA8h\xE8\x18\x98X\xD88\xB8x\xF8\x04\x84D\xC4$\xA4d\xE4\x14\x94T\xD44\xB4t\xF4\f\x8CL\xCC,\xACl\xEC\x1C\x9C\\\xDC<\xBC|\xFC\x02\x82B\xC2\"\xA2b\xE2\x12\x92R\xD22\xB2r\xF2\n\x8AJ\xCA*\xAAj\xEA\x1A\x9AZ\xDA:\xBAz\xFA\x06\x86F\xC6&\xA6f\xE6\x16\x96V\xD66\xB6v\xF6\x0E\x8EN\xCE.\xAEn\xEE\x1E\x9E^\xDE>\xBE~\xFE\x01\x81A\xC1!\xA1a\xE1\x11\x91Q\xD11\xB1q\xF1\t\x89I\xC9)\xA9i\xE9\x19\x99Y\xD99\xB9y\xF9\x05\x85E\xC5%\xA5e\xE5\x15\x95U\xD55\xB5u\xF5\r\x8DM\xCD-\xADm\xED\x1D\x9D]\xDD=\xBD}\xFD\x03\x83C\xC3#\xA3c\xE3\x13\x93S\xD33\xB3s\xF3\v\x8BK\xCB+\xABk\xEB\x1B\x9B[\xDB;\xBB{\xFB\x07\x87G\xC7'\xA7g\xE7\x17\x97W\xD77\xB7w\xF7\x0F\x8FO\xCF/\xAFo\xEF\x1F\x9F_\xDF?\xBF\x7F\xFF".charCodeAt((x >>> 8 << 16 >>> 16)) << 16 >>> 16)) | ((("\x00\x80@\xC0 \xA0`\xE0\x10\x90P\xD00\xB0p\xF0\b\x88H\xC8(\xA8h\xE8\x18\x98X\xD88\xB8x\xF8\x04\x84D\xC4$\xA4d\xE4\x14\x94T\xD44\xB4t\xF4\f\x8CL\xCC,\xACl\xEC\x1C\x9C\\\xDC<\xBC|\xFC\x02\x82B\xC2\"\xA2b\xE2\x12\x92R\xD22\xB2r\xF2\n\x8AJ\xCA*\xAAj\xEA\x1A\x9AZ\xDA:\xBAz\xFA\x06\x86F\xC6&\xA6f\xE6\x16\x96V\xD66\xB6v\xF6\x0E\x8EN\xCE.\xAEn\xEE\x1E\x9E^\xDE>\xBE~\xFE\x01\x81A\xC1!\xA1a\xE1\x11\x91Q\xD11\xB1q\xF1\t\x89I\xC9)\xA9i\xE9\x19\x99Y\xD99\xB9y\xF9\x05\x85E\xC5%\xA5e\xE5\x15\x95U\xD55\xB5u\xF5\r\x8DM\xCD-\xADm\xED\x1D\x9D]\xDD=\xBD}\xFD\x03\x83C\xC3#\xA3c\xE3\x13\x93S\xD33\xB3s\xF3\v\x8BK\xCB+\xABk\xEB\x1B\x9B[\xDB;\xBB{\xFB\x07\x87G\xC7'\xA7g\xE7\x17\x97W\xD77\xB7w\xF7\x0F\x8FO\xCF/\xAFo\xEF\x1F\x9F_\xDF?\xBF\x7F\xFF".charCodeAt(((x & 255) >>> 0)) << 16 >>> 16)) << 8 << 16 >>> 16)) >>> 0;
	};
	$pkg.Reverse16 = Reverse16;
	Len = function(x) {
		var x;
		if (true) {
			return Len32(((x >>> 0)));
		}
		return Len64((new $Uint64(0, x)));
	};
	$pkg.Len = Len;
	Len32 = function(x) {
		var n, x, y, y$1;
		n = 0;
		if (x >= 65536) {
			x = (y = (16), y < 32 ? (x >>> y) : 0) >>> 0;
			n = 16;
		}
		if (x >= 256) {
			x = (y$1 = (8), y$1 < 32 ? (x >>> y$1) : 0) >>> 0;
			n = n + (8) >> 0;
		}
		n = n + (("\x00\x01\x02\x02\x03\x03\x03\x03\x04\x04\x04\x04\x04\x04\x04\x04\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b".charCodeAt(x) >> 0)) >> 0;
		return n;
	};
	$pkg.Len32 = Len32;
	Len64 = function(x) {
		var n, x;
		n = 0;
		if ((x.$high > 1 || (x.$high === 1 && x.$low >= 0))) {
			x = $shiftRightUint64(x, (32));
			n = 32;
		}
		if ((x.$high > 0 || (x.$high === 0 && x.$low >= 65536))) {
			x = $shiftRightUint64(x, (16));
			n = n + (16) >> 0;
		}
		if ((x.$high > 0 || (x.$high === 0 && x.$low >= 256))) {
			x = $shiftRightUint64(x, (8));
			n = n + (8) >> 0;
		}
		n = n + (("\x00\x01\x02\x02\x03\x03\x03\x03\x04\x04\x04\x04\x04\x04\x04\x04\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x05\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x06\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\x07\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b\b".charCodeAt($flatten64(x)) >> 0)) >> 0;
		return n;
	};
	$pkg.Len64 = Len64;
	Add = function(x, y, carry) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, c32, c64, carry, carryOut, s32, s64, sum, x, y;
		sum = 0;
		carryOut = 0;
		if (true) {
			_tuple = Add32(((x >>> 0)), ((y >>> 0)), ((carry >>> 0)));
			s32 = _tuple[0];
			c32 = _tuple[1];
			_tmp = ((s32 >>> 0));
			_tmp$1 = ((c32 >>> 0));
			sum = _tmp;
			carryOut = _tmp$1;
			return [sum, carryOut];
		}
		_tuple$1 = Add64((new $Uint64(0, x)), (new $Uint64(0, y)), (new $Uint64(0, carry)));
		s64 = _tuple$1[0];
		c64 = _tuple$1[1];
		_tmp$2 = ((s64.$low >>> 0));
		_tmp$3 = ((c64.$low >>> 0));
		sum = _tmp$2;
		carryOut = _tmp$3;
		return [sum, carryOut];
	};
	$pkg.Add = Add;
	Add64 = function(x, y, carry) {
		var carry, carryOut, sum, x, x$1, x$2, x$3, x$4, y;
		sum = new $Uint64(0, 0);
		carryOut = new $Uint64(0, 0);
		sum = (x$1 = new $Uint64(x.$high + y.$high, x.$low + y.$low), new $Uint64(x$1.$high + carry.$high, x$1.$low + carry.$low));
		carryOut = $shiftRightUint64(((x$2 = new $Uint64(x.$high & y.$high, (x.$low & y.$low) >>> 0), x$3 = (x$4 = new $Uint64(x.$high | y.$high, (x.$low | y.$low) >>> 0), new $Uint64(x$4.$high & ~sum.$high, (x$4.$low & ~sum.$low) >>> 0)), new $Uint64(x$2.$high | x$3.$high, (x$2.$low | x$3.$low) >>> 0))), 63);
		return [sum, carryOut];
	};
	$pkg.Add64 = Add64;
	Sub = function(x, y, borrow) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, b32, b64, borrow, borrowOut, d32, d64, diff, x, y;
		diff = 0;
		borrowOut = 0;
		if (true) {
			_tuple = Sub32(((x >>> 0)), ((y >>> 0)), ((borrow >>> 0)));
			d32 = _tuple[0];
			b32 = _tuple[1];
			_tmp = ((d32 >>> 0));
			_tmp$1 = ((b32 >>> 0));
			diff = _tmp;
			borrowOut = _tmp$1;
			return [diff, borrowOut];
		}
		_tuple$1 = Sub64((new $Uint64(0, x)), (new $Uint64(0, y)), (new $Uint64(0, borrow)));
		d64 = _tuple$1[0];
		b64 = _tuple$1[1];
		_tmp$2 = ((d64.$low >>> 0));
		_tmp$3 = ((b64.$low >>> 0));
		diff = _tmp$2;
		borrowOut = _tmp$3;
		return [diff, borrowOut];
	};
	$pkg.Sub = Sub;
	Sub32 = function(x, y, borrow) {
		var borrow, borrowOut, diff, x, y;
		diff = 0;
		borrowOut = 0;
		diff = (x - y >>> 0) - borrow >>> 0;
		borrowOut = (((((((~x >>> 0) & y) >>> 0)) | ((((~(((x ^ y) >>> 0)) >>> 0) & diff) >>> 0))) >>> 0)) >>> 31 >>> 0;
		return [diff, borrowOut];
	};
	$pkg.Sub32 = Sub32;
	Sub64 = function(x, y, borrow) {
		var borrow, borrowOut, diff, x, x$1, x$2, x$3, x$4, x$5, x$6, y;
		diff = new $Uint64(0, 0);
		borrowOut = new $Uint64(0, 0);
		diff = (x$1 = new $Uint64(x.$high - y.$high, x.$low - y.$low), new $Uint64(x$1.$high - borrow.$high, x$1.$low - borrow.$low));
		borrowOut = $shiftRightUint64(((x$2 = (x$3 = new $Uint64(~x.$high, ~x.$low >>> 0), new $Uint64(x$3.$high & y.$high, (x$3.$low & y.$low) >>> 0)), x$4 = (x$5 = (x$6 = new $Uint64(x.$high ^ y.$high, (x.$low ^ y.$low) >>> 0), new $Uint64(~x$6.$high, ~x$6.$low >>> 0)), new $Uint64(x$5.$high & diff.$high, (x$5.$low & diff.$low) >>> 0)), new $Uint64(x$2.$high | x$4.$high, (x$2.$low | x$4.$low) >>> 0))), 63);
		return [diff, borrowOut];
	};
	$pkg.Sub64 = Sub64;
	Mul = function(x, y) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, h, h$1, hi, l, l$1, lo, x, y;
		hi = 0;
		lo = 0;
		if (true) {
			_tuple = Mul32(((x >>> 0)), ((y >>> 0)));
			h = _tuple[0];
			l = _tuple[1];
			_tmp = ((h >>> 0));
			_tmp$1 = ((l >>> 0));
			hi = _tmp;
			lo = _tmp$1;
			return [hi, lo];
		}
		_tuple$1 = Mul64((new $Uint64(0, x)), (new $Uint64(0, y)));
		h$1 = _tuple$1[0];
		l$1 = _tuple$1[1];
		_tmp$2 = ((h$1.$low >>> 0));
		_tmp$3 = ((l$1.$low >>> 0));
		hi = _tmp$2;
		lo = _tmp$3;
		return [hi, lo];
	};
	$pkg.Mul = Mul;
	Mul64 = function(x, y) {
		var hi, lo, t, w0, w1, w2, x, x$1, x$2, x$3, x$4, x$5, x$6, x0, x1, y, y0, y1;
		hi = new $Uint64(0, 0);
		lo = new $Uint64(0, 0);
		x0 = new $Uint64(x.$high & 0, (x.$low & 4294967295) >>> 0);
		x1 = $shiftRightUint64(x, 32);
		y0 = new $Uint64(y.$high & 0, (y.$low & 4294967295) >>> 0);
		y1 = $shiftRightUint64(y, 32);
		w0 = $mul64(x0, y0);
		t = (x$1 = $mul64(x1, y0), x$2 = $shiftRightUint64(w0, 32), new $Uint64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
		w1 = new $Uint64(t.$high & 0, (t.$low & 4294967295) >>> 0);
		w2 = $shiftRightUint64(t, 32);
		w1 = (x$3 = $mul64(x0, y1), new $Uint64(w1.$high + x$3.$high, w1.$low + x$3.$low));
		hi = (x$4 = (x$5 = $mul64(x1, y1), new $Uint64(x$5.$high + w2.$high, x$5.$low + w2.$low)), x$6 = $shiftRightUint64(w1, 32), new $Uint64(x$4.$high + x$6.$high, x$4.$low + x$6.$low));
		lo = $mul64(x, y);
		return [hi, lo];
	};
	$pkg.Mul64 = Mul64;
	Div = function(hi, lo, y) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, hi, lo, q, q$1, quo, r, r$1, rem, y;
		quo = 0;
		rem = 0;
		if (true) {
			_tuple = Div32(((hi >>> 0)), ((lo >>> 0)), ((y >>> 0)));
			q = _tuple[0];
			r = _tuple[1];
			_tmp = ((q >>> 0));
			_tmp$1 = ((r >>> 0));
			quo = _tmp;
			rem = _tmp$1;
			return [quo, rem];
		}
		_tuple$1 = Div64((new $Uint64(0, hi)), (new $Uint64(0, lo)), (new $Uint64(0, y)));
		q$1 = _tuple$1[0];
		r$1 = _tuple$1[1];
		_tmp$2 = ((q$1.$low >>> 0));
		_tmp$3 = ((r$1.$low >>> 0));
		quo = _tmp$2;
		rem = _tmp$3;
		return [quo, rem];
	};
	$pkg.Div = Div;
	Div64 = function(hi, lo, y) {
		var _tmp, _tmp$1, hi, lo, q0, q1, quo, rem, rhat, s, un0, un1, un10, un21, un32, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, yn0, yn1;
		quo = new $Uint64(0, 0);
		rem = new $Uint64(0, 0);
		if ((y.$high === 0 && y.$low === 0)) {
			$panic(divideError);
		}
		if ((y.$high < hi.$high || (y.$high === hi.$high && y.$low <= hi.$low))) {
			$panic(overflowError);
		}
		s = ((LeadingZeros64(y) >>> 0));
		y = $shiftLeft64(y, (s));
		yn1 = $shiftRightUint64(y, 32);
		yn0 = new $Uint64(y.$high & 0, (y.$low & 4294967295) >>> 0);
		un32 = (x = $shiftLeft64(hi, s), x$1 = $shiftRightUint64(lo, ((64 - s >>> 0))), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		un10 = $shiftLeft64(lo, s);
		un1 = $shiftRightUint64(un10, 32);
		un0 = new $Uint64(un10.$high & 0, (un10.$low & 4294967295) >>> 0);
		q1 = $div64(un32, yn1, false);
		rhat = (x$2 = $mul64(q1, yn1), new $Uint64(un32.$high - x$2.$high, un32.$low - x$2.$low));
		while (true) {
			if (!((q1.$high > 1 || (q1.$high === 1 && q1.$low >= 0)) || (x$3 = $mul64(q1, yn0), x$4 = (x$5 = $mul64(new $Uint64(1, 0), rhat), new $Uint64(x$5.$high + un1.$high, x$5.$low + un1.$low)), (x$3.$high > x$4.$high || (x$3.$high === x$4.$high && x$3.$low > x$4.$low))))) { break; }
			q1 = (x$6 = new $Uint64(0, 1), new $Uint64(q1.$high - x$6.$high, q1.$low - x$6.$low));
			rhat = (x$7 = yn1, new $Uint64(rhat.$high + x$7.$high, rhat.$low + x$7.$low));
			if ((rhat.$high > 1 || (rhat.$high === 1 && rhat.$low >= 0))) {
				break;
			}
		}
		un21 = (x$8 = (x$9 = $mul64(un32, new $Uint64(1, 0)), new $Uint64(x$9.$high + un1.$high, x$9.$low + un1.$low)), x$10 = $mul64(q1, y), new $Uint64(x$8.$high - x$10.$high, x$8.$low - x$10.$low));
		q0 = $div64(un21, yn1, false);
		rhat = (x$11 = $mul64(q0, yn1), new $Uint64(un21.$high - x$11.$high, un21.$low - x$11.$low));
		while (true) {
			if (!((q0.$high > 1 || (q0.$high === 1 && q0.$low >= 0)) || (x$12 = $mul64(q0, yn0), x$13 = (x$14 = $mul64(new $Uint64(1, 0), rhat), new $Uint64(x$14.$high + un0.$high, x$14.$low + un0.$low)), (x$12.$high > x$13.$high || (x$12.$high === x$13.$high && x$12.$low > x$13.$low))))) { break; }
			q0 = (x$15 = new $Uint64(0, 1), new $Uint64(q0.$high - x$15.$high, q0.$low - x$15.$low));
			rhat = (x$16 = yn1, new $Uint64(rhat.$high + x$16.$high, rhat.$low + x$16.$low));
			if ((rhat.$high > 1 || (rhat.$high === 1 && rhat.$low >= 0))) {
				break;
			}
		}
		_tmp = (x$17 = $mul64(q1, new $Uint64(1, 0)), new $Uint64(x$17.$high + q0.$high, x$17.$low + q0.$low));
		_tmp$1 = $shiftRightUint64(((x$18 = (x$19 = $mul64(un21, new $Uint64(1, 0)), new $Uint64(x$19.$high + un0.$high, x$19.$low + un0.$low)), x$20 = $mul64(q0, y), new $Uint64(x$18.$high - x$20.$high, x$18.$low - x$20.$low))), s);
		quo = _tmp;
		rem = _tmp$1;
		return [quo, rem];
	};
	$pkg.Div64 = Div64;
	_err.prototype.Error = function() {
		var e;
		e = this.$val;
		return (e);
	};
	$ptrType(_err).prototype.Error = function() { return new _err(this.$get()).Error(); };
	_err.prototype.RuntimeError = function() {
		var e;
		e = this.$val;
	};
	$ptrType(_err).prototype.RuntimeError = function() { return new _err(this.$get()).RuntimeError(); };
	Mul32 = function(x, y) {
		var hi, lo, t, w0, w1, w2, x, x0, x1, y, y0, y1;
		hi = 0;
		lo = 0;
		x0 = (x & 65535) >>> 0;
		x1 = x >>> 16 >>> 0;
		y0 = (y & 65535) >>> 0;
		y1 = y >>> 16 >>> 0;
		w0 = $imul(x0, y0) >>> 0;
		t = ($imul(x1, y0) >>> 0) + (w0 >>> 16 >>> 0) >>> 0;
		w1 = (t & 65535) >>> 0;
		w2 = t >>> 16 >>> 0;
		w1 = w1 + (($imul(x0, y1) >>> 0)) >>> 0;
		hi = (($imul(x1, y1) >>> 0) + w2 >>> 0) + (w1 >>> 16 >>> 0) >>> 0;
		lo = $imul(x, y) >>> 0;
		return [hi, lo];
	};
	$pkg.Mul32 = Mul32;
	Add32 = function(x, y, carry) {
		var carry, carryOut, sum, x, y;
		sum = 0;
		carryOut = 0;
		sum = (x + y >>> 0) + carry >>> 0;
		carryOut = ((((((x & y) >>> 0)) | ((((((x | y) >>> 0)) & ~sum) >>> 0))) >>> 0)) >>> 31 >>> 0;
		return [sum, carryOut];
	};
	$pkg.Add32 = Add32;
	Div32 = function(hi, lo, y) {
		var _q, _q$1, _tmp, _tmp$1, hi, lo, q0, q1, quo, rem, rhat, s, un0, un1, un10, un16, un21, y, y$1, y$2, y$3, y$4, y$5, yn0, yn1;
		quo = 0;
		rem = 0;
		if (y === 0) {
			$panic(divideError);
		}
		if (y <= hi) {
			$panic(overflowError);
		}
		s = ((LeadingZeros32(y) >>> 0));
		y = (y$1 = (s), y$1 < 32 ? (y << y$1) : 0) >>> 0;
		yn1 = y >>> 16 >>> 0;
		yn0 = (y & 65535) >>> 0;
		un16 = (((y$2 = s, y$2 < 32 ? (hi << y$2) : 0) >>> 0) | ((y$3 = ((32 - s >>> 0)), y$3 < 32 ? (lo >>> y$3) : 0) >>> 0)) >>> 0;
		un10 = (y$4 = s, y$4 < 32 ? (lo << y$4) : 0) >>> 0;
		un1 = un10 >>> 16 >>> 0;
		un0 = (un10 & 65535) >>> 0;
		q1 = (_q = un16 / yn1, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
		rhat = un16 - ($imul(q1, yn1) >>> 0) >>> 0;
		while (true) {
			if (!(q1 >= 65536 || ($imul(q1, yn0) >>> 0) > (($imul(65536, rhat) >>> 0) + un1 >>> 0))) { break; }
			q1 = q1 - (1) >>> 0;
			rhat = rhat + (yn1) >>> 0;
			if (rhat >= 65536) {
				break;
			}
		}
		un21 = (($imul(un16, 65536) >>> 0) + un1 >>> 0) - ($imul(q1, y) >>> 0) >>> 0;
		q0 = (_q$1 = un21 / yn1, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >>> 0 : $throwRuntimeError("integer divide by zero"));
		rhat = un21 - ($imul(q0, yn1) >>> 0) >>> 0;
		while (true) {
			if (!(q0 >= 65536 || ($imul(q0, yn0) >>> 0) > (($imul(65536, rhat) >>> 0) + un0 >>> 0))) { break; }
			q0 = q0 - (1) >>> 0;
			rhat = rhat + (yn1) >>> 0;
			if (rhat >= 65536) {
				break;
			}
		}
		_tmp = ($imul(q1, 65536) >>> 0) + q0 >>> 0;
		_tmp$1 = (y$5 = s, y$5 < 32 ? ((((($imul(un21, 65536) >>> 0) + un0 >>> 0) - ($imul(q0, y) >>> 0) >>> 0)) >>> y$5) : 0) >>> 0;
		quo = _tmp;
		rem = _tmp$1;
		return [quo, rem];
	};
	$pkg.Div32 = Div32;
	_err.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "RuntimeError", name: "RuntimeError", pkg: "", typ: $funcType([], [], false)}];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		deBruijn32tab = $toNativeArray($kindUint8, [0, 1, 28, 2, 29, 14, 24, 3, 30, 22, 20, 15, 25, 17, 4, 8, 31, 27, 13, 23, 21, 19, 16, 7, 26, 12, 18, 6, 11, 5, 10, 9]);
		deBruijn64tab = $toNativeArray($kindUint8, [0, 1, 56, 2, 57, 49, 28, 3, 61, 58, 42, 50, 38, 29, 17, 4, 62, 47, 59, 36, 45, 43, 51, 22, 53, 39, 33, 30, 24, 18, 12, 5, 63, 55, 48, 27, 60, 41, 37, 16, 46, 35, 44, 21, 52, 32, 23, 11, 54, 26, 40, 15, 34, 20, 31, 10, 25, 14, 19, 9, 13, 8, 7, 6]);
		overflowError = new _err("runtime error: integer overflow");
		divideError = new _err("runtime error: integer divide by zero");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["math"] = (function() {
	var $pkg = {}, $init, js, bits, arrayType, arrayType$1, arrayType$2, structType, math, _zero, posInf, negInf, nan, buf, log2, frexp, Round, max, min, normalize, Abs, Cos, Exp, Floor, Frexp, Inf, IsInf, IsNaN, Log, Log2, Max, Min, NaN, Pow, Signbit, Sin, Sqrt, init, Float32bits, Float32frombits, Float64bits, Float64frombits;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	bits = $packages["math/bits"];
	arrayType = $arrayType($Uint32, 2);
	arrayType$1 = $arrayType($Float32, 2);
	arrayType$2 = $arrayType($Float64, 1);
	structType = $structType("math", [{prop: "uint32array", name: "uint32array", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "float32array", name: "float32array", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "float64array", name: "float64array", embedded: false, exported: false, typ: arrayType$2, tag: ""}]);
	log2 = function(x) {
		var _tuple, exp$1, frac, x;
		_tuple = Frexp(x);
		frac = _tuple[0];
		exp$1 = _tuple[1];
		if (frac === 0.5) {
			return ((exp$1 - 1 >> 0));
		}
		return Log(frac) * 1.4426950408889634 + (exp$1);
	};
	frexp = function(f) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, exp$1, f, frac, x, x$1, x$2, x$3;
		frac = 0;
		exp$1 = 0;
		if ((f === 0)) {
			_tmp = f;
			_tmp$1 = 0;
			frac = _tmp;
			exp$1 = _tmp$1;
			return [frac, exp$1];
		} else if (IsInf(f, 0) || IsNaN(f)) {
			_tmp$2 = f;
			_tmp$3 = 0;
			frac = _tmp$2;
			exp$1 = _tmp$3;
			return [frac, exp$1];
		}
		_tuple = normalize(f);
		f = _tuple[0];
		exp$1 = _tuple[1];
		x = Float64bits(f);
		exp$1 = exp$1 + ((((((x$1 = $shiftRightUint64(x, 52), new $Uint64(x$1.$high & 0, (x$1.$low & 2047) >>> 0)).$low >> 0)) - 1023 >> 0) + 1 >> 0)) >> 0;
		x = (x$2 = new $Uint64(2146435072, 0), new $Uint64(x.$high & ~x$2.$high, (x.$low & ~x$2.$low) >>> 0));
		x = (x$3 = new $Uint64(1071644672, 0), new $Uint64(x.$high | x$3.$high, (x.$low | x$3.$low) >>> 0));
		frac = Float64frombits(x);
		return [frac, exp$1];
	};
	Round = function(x) {
		var bits$1, e, x, x$1, x$2, x$3, x$4;
		bits$1 = Float64bits(x);
		e = ((($shiftRightUint64(bits$1, 52).$low >>> 0)) & 2047) >>> 0;
		if (e < 1023) {
			bits$1 = (x$1 = new $Uint64(2147483648, 0), new $Uint64(bits$1.$high & x$1.$high, (bits$1.$low & x$1.$low) >>> 0));
			if (e === 1022) {
				bits$1 = (x$2 = new $Uint64(1072693248, 0), new $Uint64(bits$1.$high | x$2.$high, (bits$1.$low | x$2.$low) >>> 0));
			}
		} else if (e < 1075) {
			e = e - (1023) >>> 0;
			bits$1 = (x$3 = $shiftRightUint64(new $Uint64(524288, 0), e), new $Uint64(bits$1.$high + x$3.$high, bits$1.$low + x$3.$low));
			bits$1 = (x$4 = $shiftRightUint64(new $Uint64(1048575, 4294967295), e), new $Uint64(bits$1.$high & ~x$4.$high, (bits$1.$low & ~x$4.$low) >>> 0));
		}
		return Float64frombits(bits$1);
	};
	$pkg.Round = Round;
	max = function(x, y) {
		var x, y;
		if (IsInf(x, 1) || IsInf(y, 1)) {
			return Inf(1);
		} else if (IsNaN(x) || IsNaN(y)) {
			return NaN();
		} else if ((x === 0) && (x === y)) {
			if (Signbit(x)) {
				return y;
			}
			return x;
		}
		if (x > y) {
			return x;
		}
		return y;
	};
	min = function(x, y) {
		var x, y;
		if (IsInf(x, -1) || IsInf(y, -1)) {
			return Inf(-1);
		} else if (IsNaN(x) || IsNaN(y)) {
			return NaN();
		} else if ((x === 0) && (x === y)) {
			if (Signbit(x)) {
				return x;
			}
			return y;
		}
		if (x < y) {
			return x;
		}
		return y;
	};
	normalize = function(x) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, exp$1, x, y;
		y = 0;
		exp$1 = 0;
		if (Abs(x) < 2.2250738585072014e-308) {
			_tmp = x * 4.503599627370496e+15;
			_tmp$1 = -52;
			y = _tmp;
			exp$1 = _tmp$1;
			return [y, exp$1];
		}
		_tmp$2 = x;
		_tmp$3 = 0;
		y = _tmp$2;
		exp$1 = _tmp$3;
		return [y, exp$1];
	};
	Abs = function(x) {
		var x, x$1;
		return Float64frombits((x$1 = Float64bits(x), new $Uint64(x$1.$high & ~2147483648, (x$1.$low & ~0) >>> 0)));
	};
	$pkg.Abs = Abs;
	Cos = function(x) {
		var x;
		return $parseFloat(math.cos(x));
	};
	$pkg.Cos = Cos;
	Exp = function(x) {
		var x;
		return $parseFloat(math.exp(x));
	};
	$pkg.Exp = Exp;
	Floor = function(x) {
		var x;
		return $parseFloat(math.floor(x));
	};
	$pkg.Floor = Floor;
	Frexp = function(f) {
		var _tuple, exp$1, f, frac;
		frac = 0;
		exp$1 = 0;
		_tuple = frexp(f);
		frac = _tuple[0];
		exp$1 = _tuple[1];
		return [frac, exp$1];
	};
	$pkg.Frexp = Frexp;
	Inf = function(sign) {
		var sign;
		if (sign >= 0) {
			return posInf;
		} else {
			return negInf;
		}
	};
	$pkg.Inf = Inf;
	IsInf = function(f, sign) {
		var f, sign;
		if (f === posInf) {
			return sign >= 0;
		}
		if (f === negInf) {
			return sign <= 0;
		}
		return false;
	};
	$pkg.IsInf = IsInf;
	IsNaN = function(f) {
		var f, is;
		is = false;
		is = !((f === f));
		return is;
	};
	$pkg.IsNaN = IsNaN;
	Log = function(x) {
		var x;
		if (!((x === x))) {
			return nan;
		}
		return $parseFloat(math.log(x));
	};
	$pkg.Log = Log;
	Log2 = function(x) {
		var x;
		return log2(x);
	};
	$pkg.Log2 = Log2;
	Max = function(x, y) {
		var x, y;
		return max(x, y);
	};
	$pkg.Max = Max;
	Min = function(x, y) {
		var x, y;
		return min(x, y);
	};
	$pkg.Min = Min;
	NaN = function() {
		return nan;
	};
	$pkg.NaN = NaN;
	Pow = function(x, y) {
		var x, y;
		if ((x === 1) || ((x === -1) && ((y === posInf) || (y === negInf)))) {
			return 1;
		}
		return $parseFloat(math.pow(x, y));
	};
	$pkg.Pow = Pow;
	Signbit = function(x) {
		var x;
		return x < 0 || (1 / x === negInf);
	};
	$pkg.Signbit = Signbit;
	Sin = function(x) {
		var x;
		return $parseFloat(math.sin(x));
	};
	$pkg.Sin = Sin;
	Sqrt = function(x) {
		var x;
		return $parseFloat(math.sqrt(x));
	};
	$pkg.Sqrt = Sqrt;
	init = function() {
		var ab;
		ab = new ($global.ArrayBuffer)(8);
		buf.uint32array = new ($global.Uint32Array)(ab);
		buf.float32array = new ($global.Float32Array)(ab);
		buf.float64array = new ($global.Float64Array)(ab);
	};
	Float32bits = function(f) {
		var f;
		buf.float32array[0] = f;
		return buf.uint32array[0];
	};
	$pkg.Float32bits = Float32bits;
	Float32frombits = function(b) {
		var b;
		buf.uint32array[0] = b;
		return buf.float32array[0];
	};
	$pkg.Float32frombits = Float32frombits;
	Float64bits = function(f) {
		var f, x, x$1;
		buf.float64array[0] = f;
		return (x = $shiftLeft64((new $Uint64(0, buf.uint32array[1])), 32), x$1 = (new $Uint64(0, buf.uint32array[0])), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
	};
	$pkg.Float64bits = Float64bits;
	Float64frombits = function(b) {
		var b;
		buf.uint32array[0] = ((b.$low >>> 0));
		buf.uint32array[1] = (($shiftRightUint64(b, 32).$low >>> 0));
		return buf.float64array[0];
	};
	$pkg.Float64frombits = Float64frombits;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		buf = new structType.ptr(arrayType.zero(), arrayType$1.zero(), arrayType$2.zero());
		math = $global.Math;
		_zero = 0;
		posInf = 1 / _zero;
		negInf = -1 / _zero;
		nan = $parseFloat($NaN);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["strconv"] = (function() {
	var $pkg = {}, $init, errors, js, bytealg, math, bits, utf8, floatInfo, decimalSlice, decimal, leftCheat, NumError, sliceType, sliceType$1, arrayType, sliceType$2, sliceType$3, sliceType$4, sliceType$5, sliceType$6, arrayType$1, arrayType$2, ptrType, arrayType$3, arrayType$4, arrayType$5, ptrType$1, ptrType$2, isPrint16, isNotPrint16, isPrint32, isNotPrint32, isGraphic, uint64pow10, float32info, float32info$24ptr, float64info, float64info$24ptr, detailedPowersOfTen, leftcheats, optimize, powtab, float64pow10, float32pow10, contains, quoteWith, appendQuotedWith, appendQuotedRuneWith, appendEscapedRune, Quote, AppendQuote, AppendQuoteToASCII, AppendQuoteRune, AppendQuoteRuneToASCII, CanBackquote, unhex, UnquoteChar, Unquote, unquote, bsearch16, bsearch32, IsPrint, isInGraphicList, FormatUint, FormatInt, AppendInt, AppendUint, small, formatBits, isPowerOfTwo, ryuFtoaFixed32, ryuFtoaFixed64, formatDecimal, ryuFtoaShortest, mulByLog2Log10, mulByLog10Log2, computeBounds, ryuDigits, ryuDigits32, mult64bitPow10, mult128bitPow10, divisibleByPower5, divmod1e9, FormatFloat, AppendFloat, genericFtoa, bigFtoa, formatDigits, roundShortest, fmtE, fmtF, fmtB, fmtX, min, max, eiselLemire64, eiselLemire32, digitZero, trim, rightShift, prefixIsLessThan, leftShift, shouldRoundUp, index, lower, syntaxError, rangeError, baseError, bitSizeError, ParseUint, ParseInt, underscoreOK, commonPrefixLenIgnoreCase, special, readFloat, atof64exact, atof32exact, atofHex, atof32, atof64, ParseFloat, parseFloatPrefix, ParseBool, FormatBool, AppendBool, Itoa, Atoi;
	errors = $packages["errors"];
	js = $packages["github.com/gopherjs/gopherjs/js"];
	bytealg = $packages["internal/bytealg"];
	math = $packages["math"];
	bits = $packages["math/bits"];
	utf8 = $packages["unicode/utf8"];
	floatInfo = $pkg.floatInfo = $newType(0, $kindStruct, "strconv.floatInfo", true, "strconv", false, function(mantbits_, expbits_, bias_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mantbits = 0;
			this.expbits = 0;
			this.bias = 0;
			return;
		}
		this.mantbits = mantbits_;
		this.expbits = expbits_;
		this.bias = bias_;
	});
	decimalSlice = $pkg.decimalSlice = $newType(0, $kindStruct, "strconv.decimalSlice", true, "strconv", false, function(d_, nd_, dp_, neg_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.d = sliceType$6.nil;
			this.nd = 0;
			this.dp = 0;
			this.neg = false;
			return;
		}
		this.d = d_;
		this.nd = nd_;
		this.dp = dp_;
		this.neg = neg_;
	});
	decimal = $pkg.decimal = $newType(0, $kindStruct, "strconv.decimal", true, "strconv", false, function(d_, nd_, dp_, neg_, trunc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.d = arrayType$5.zero();
			this.nd = 0;
			this.dp = 0;
			this.neg = false;
			this.trunc = false;
			return;
		}
		this.d = d_;
		this.nd = nd_;
		this.dp = dp_;
		this.neg = neg_;
		this.trunc = trunc_;
	});
	leftCheat = $pkg.leftCheat = $newType(0, $kindStruct, "strconv.leftCheat", true, "strconv", false, function(delta_, cutoff_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.delta = 0;
			this.cutoff = "";
			return;
		}
		this.delta = delta_;
		this.cutoff = cutoff_;
	});
	NumError = $pkg.NumError = $newType(0, $kindStruct, "strconv.NumError", true, "strconv", true, function(Func_, Num_, Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Func = "";
			this.Num = "";
			this.Err = $ifaceNil;
			return;
		}
		this.Func = Func_;
		this.Num = Num_;
		this.Err = Err_;
	});
	sliceType = $sliceType($Uint16);
	sliceType$1 = $sliceType($Uint32);
	arrayType = $arrayType($Uint64, 2);
	sliceType$2 = $sliceType(leftCheat);
	sliceType$3 = $sliceType($Int);
	sliceType$4 = $sliceType($Float64);
	sliceType$5 = $sliceType($Float32);
	sliceType$6 = $sliceType($Uint8);
	arrayType$1 = $arrayType($Uint8, 4);
	arrayType$2 = $arrayType($Uint8, 65);
	ptrType = $ptrType(floatInfo);
	arrayType$3 = $arrayType($Uint8, 32);
	arrayType$4 = $arrayType($Uint8, 24);
	arrayType$5 = $arrayType($Uint8, 800);
	ptrType$1 = $ptrType(NumError);
	ptrType$2 = $ptrType(decimal);
	contains = function(s, c) {
		var c, s;
		return !((index(s, c) === -1));
	};
	quoteWith = function(s, quote, ASCIIonly, graphicOnly) {
		var ASCIIonly, _q, graphicOnly, quote, s;
		return ($bytesToString(appendQuotedWith($makeSlice(sliceType$6, 0, (_q = ($imul(3, s.length)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))), s, quote, ASCIIonly, graphicOnly)));
	};
	appendQuotedWith = function(buf, s, quote, ASCIIonly, graphicOnly) {
		var ASCIIonly, _tuple, buf, graphicOnly, nBuf, quote, r, s, width;
		if ((buf.$capacity - buf.$length >> 0) < s.length) {
			nBuf = $makeSlice(sliceType$6, buf.$length, (((buf.$length + 1 >> 0) + s.length >> 0) + 1 >> 0));
			$copySlice(nBuf, buf);
			buf = nBuf;
		}
		buf = $append(buf, quote);
		width = 0;
		while (true) {
			if (!(s.length > 0)) { break; }
			r = ((s.charCodeAt(0) >> 0));
			width = 1;
			if (r >= 128) {
				_tuple = utf8.DecodeRuneInString(s);
				r = _tuple[0];
				width = _tuple[1];
			}
			if ((width === 1) && (r === 65533)) {
				buf = $appendSlice(buf, "\\x");
				buf = $append(buf, "0123456789abcdef".charCodeAt((s.charCodeAt(0) >>> 4 << 24 >>> 24)));
				buf = $append(buf, "0123456789abcdef".charCodeAt(((s.charCodeAt(0) & 15) >>> 0)));
				s = $substring(s, width);
				continue;
			}
			buf = appendEscapedRune(buf, r, quote, ASCIIonly, graphicOnly);
			s = $substring(s, width);
		}
		buf = $append(buf, quote);
		return buf;
	};
	appendQuotedRuneWith = function(buf, r, quote, ASCIIonly, graphicOnly) {
		var ASCIIonly, buf, graphicOnly, quote, r;
		buf = $append(buf, quote);
		if (!utf8.ValidRune(r)) {
			r = 65533;
		}
		buf = appendEscapedRune(buf, r, quote, ASCIIonly, graphicOnly);
		buf = $append(buf, quote);
		return buf;
	};
	appendEscapedRune = function(buf, r, quote, ASCIIonly, graphicOnly) {
		var ASCIIonly, _1, buf, graphicOnly, n, quote, r, runeTmp, s, s$1;
		runeTmp = arrayType$1.zero();
		if ((r === ((quote >> 0))) || (r === 92)) {
			buf = $append(buf, 92);
			buf = $append(buf, ((r << 24 >>> 24)));
			return buf;
		}
		if (ASCIIonly) {
			if (r < 128 && IsPrint(r)) {
				buf = $append(buf, ((r << 24 >>> 24)));
				return buf;
			}
		} else if (IsPrint(r) || graphicOnly && isInGraphicList(r)) {
			n = utf8.EncodeRune(new sliceType$6(runeTmp), r);
			buf = $appendSlice(buf, $subslice(new sliceType$6(runeTmp), 0, n));
			return buf;
		}
		_1 = r;
		if (_1 === (7)) {
			buf = $appendSlice(buf, "\\a");
		} else if (_1 === (8)) {
			buf = $appendSlice(buf, "\\b");
		} else if (_1 === (12)) {
			buf = $appendSlice(buf, "\\f");
		} else if (_1 === (10)) {
			buf = $appendSlice(buf, "\\n");
		} else if (_1 === (13)) {
			buf = $appendSlice(buf, "\\r");
		} else if (_1 === (9)) {
			buf = $appendSlice(buf, "\\t");
		} else if (_1 === (11)) {
			buf = $appendSlice(buf, "\\v");
		} else {
			if (r < 32) {
				buf = $appendSlice(buf, "\\x");
				buf = $append(buf, "0123456789abcdef".charCodeAt((((r << 24 >>> 24)) >>> 4 << 24 >>> 24)));
				buf = $append(buf, "0123456789abcdef".charCodeAt(((((r << 24 >>> 24)) & 15) >>> 0)));
			} else if (!utf8.ValidRune(r)) {
				r = 65533;
				buf = $appendSlice(buf, "\\u");
				s = 12;
				while (true) {
					if (!(s >= 0)) { break; }
					buf = $append(buf, "0123456789abcdef".charCodeAt((((r >> $min(((s >>> 0)), 31)) >> 0) & 15)));
					s = s - (4) >> 0;
				}
			} else if (r < 65536) {
				buf = $appendSlice(buf, "\\u");
				s = 12;
				while (true) {
					if (!(s >= 0)) { break; }
					buf = $append(buf, "0123456789abcdef".charCodeAt((((r >> $min(((s >>> 0)), 31)) >> 0) & 15)));
					s = s - (4) >> 0;
				}
			} else {
				buf = $appendSlice(buf, "\\U");
				s$1 = 28;
				while (true) {
					if (!(s$1 >= 0)) { break; }
					buf = $append(buf, "0123456789abcdef".charCodeAt((((r >> $min(((s$1 >>> 0)), 31)) >> 0) & 15)));
					s$1 = s$1 - (4) >> 0;
				}
			}
		}
		return buf;
	};
	Quote = function(s) {
		var s;
		return quoteWith(s, 34, false, false);
	};
	$pkg.Quote = Quote;
	AppendQuote = function(dst, s) {
		var dst, s;
		return appendQuotedWith(dst, s, 34, false, false);
	};
	$pkg.AppendQuote = AppendQuote;
	AppendQuoteToASCII = function(dst, s) {
		var dst, s;
		return appendQuotedWith(dst, s, 34, true, false);
	};
	$pkg.AppendQuoteToASCII = AppendQuoteToASCII;
	AppendQuoteRune = function(dst, r) {
		var dst, r;
		return appendQuotedRuneWith(dst, r, 39, false, false);
	};
	$pkg.AppendQuoteRune = AppendQuoteRune;
	AppendQuoteRuneToASCII = function(dst, r) {
		var dst, r;
		return appendQuotedRuneWith(dst, r, 39, true, false);
	};
	$pkg.AppendQuoteRuneToASCII = AppendQuoteRuneToASCII;
	CanBackquote = function(s) {
		var _tuple, r, s, wid;
		while (true) {
			if (!(s.length > 0)) { break; }
			_tuple = utf8.DecodeRuneInString(s);
			r = _tuple[0];
			wid = _tuple[1];
			s = $substring(s, wid);
			if (wid > 1) {
				if (r === 65279) {
					return false;
				}
				continue;
			}
			if (r === 65533) {
				return false;
			}
			if ((r < 32 && !((r === 9))) || (r === 96) || (r === 127)) {
				return false;
			}
		}
		return true;
	};
	$pkg.CanBackquote = CanBackquote;
	unhex = function(b) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, c, ok, v;
		v = 0;
		ok = false;
		c = ((b >> 0));
		if (48 <= c && c <= 57) {
			_tmp = c - 48 >> 0;
			_tmp$1 = true;
			v = _tmp;
			ok = _tmp$1;
			return [v, ok];
		} else if (97 <= c && c <= 102) {
			_tmp$2 = (c - 97 >> 0) + 10 >> 0;
			_tmp$3 = true;
			v = _tmp$2;
			ok = _tmp$3;
			return [v, ok];
		} else if (65 <= c && c <= 70) {
			_tmp$4 = (c - 65 >> 0) + 10 >> 0;
			_tmp$5 = true;
			v = _tmp$4;
			ok = _tmp$5;
			return [v, ok];
		}
		return [v, ok];
	};
	UnquoteChar = function(s, quote) {
		var _1, _2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, c, c$1, err, j, j$1, multibyte, n, ok, quote, r, s, size, tail, v, v$1, value, x, x$1;
		value = 0;
		multibyte = false;
		tail = "";
		err = $ifaceNil;
		if (s.length === 0) {
			err = $pkg.ErrSyntax;
			return [value, multibyte, tail, err];
		}
		c = s.charCodeAt(0);
		if ((c === quote) && ((quote === 39) || (quote === 34))) {
			err = $pkg.ErrSyntax;
			return [value, multibyte, tail, err];
		} else if (c >= 128) {
			_tuple = utf8.DecodeRuneInString(s);
			r = _tuple[0];
			size = _tuple[1];
			_tmp = r;
			_tmp$1 = true;
			_tmp$2 = $substring(s, size);
			_tmp$3 = $ifaceNil;
			value = _tmp;
			multibyte = _tmp$1;
			tail = _tmp$2;
			err = _tmp$3;
			return [value, multibyte, tail, err];
		} else if (!((c === 92))) {
			_tmp$4 = ((s.charCodeAt(0) >> 0));
			_tmp$5 = false;
			_tmp$6 = $substring(s, 1);
			_tmp$7 = $ifaceNil;
			value = _tmp$4;
			multibyte = _tmp$5;
			tail = _tmp$6;
			err = _tmp$7;
			return [value, multibyte, tail, err];
		}
		if (s.length <= 1) {
			err = $pkg.ErrSyntax;
			return [value, multibyte, tail, err];
		}
		c$1 = s.charCodeAt(1);
		s = $substring(s, 2);
		switch (0) { default:
			_1 = c$1;
			if (_1 === (97)) {
				value = 7;
			} else if (_1 === (98)) {
				value = 8;
			} else if (_1 === (102)) {
				value = 12;
			} else if (_1 === (110)) {
				value = 10;
			} else if (_1 === (114)) {
				value = 13;
			} else if (_1 === (116)) {
				value = 9;
			} else if (_1 === (118)) {
				value = 11;
			} else if ((_1 === (120)) || (_1 === (117)) || (_1 === (85))) {
				n = 0;
				_2 = c$1;
				if (_2 === (120)) {
					n = 2;
				} else if (_2 === (117)) {
					n = 4;
				} else if (_2 === (85)) {
					n = 8;
				}
				v = 0;
				if (s.length < n) {
					err = $pkg.ErrSyntax;
					return [value, multibyte, tail, err];
				}
				j = 0;
				while (true) {
					if (!(j < n)) { break; }
					_tuple$1 = unhex(s.charCodeAt(j));
					x = _tuple$1[0];
					ok = _tuple$1[1];
					if (!ok) {
						err = $pkg.ErrSyntax;
						return [value, multibyte, tail, err];
					}
					v = (v << 4 >> 0) | x;
					j = j + (1) >> 0;
				}
				s = $substring(s, n);
				if (c$1 === 120) {
					value = v;
					break;
				}
				if (!utf8.ValidRune(v)) {
					err = $pkg.ErrSyntax;
					return [value, multibyte, tail, err];
				}
				value = v;
				multibyte = true;
			} else if ((_1 === (48)) || (_1 === (49)) || (_1 === (50)) || (_1 === (51)) || (_1 === (52)) || (_1 === (53)) || (_1 === (54)) || (_1 === (55))) {
				v$1 = ((c$1 >> 0)) - 48 >> 0;
				if (s.length < 2) {
					err = $pkg.ErrSyntax;
					return [value, multibyte, tail, err];
				}
				j$1 = 0;
				while (true) {
					if (!(j$1 < 2)) { break; }
					x$1 = ((s.charCodeAt(j$1) >> 0)) - 48 >> 0;
					if (x$1 < 0 || x$1 > 7) {
						err = $pkg.ErrSyntax;
						return [value, multibyte, tail, err];
					}
					v$1 = ((v$1 << 3 >> 0)) | x$1;
					j$1 = j$1 + (1) >> 0;
				}
				s = $substring(s, 2);
				if (v$1 > 255) {
					err = $pkg.ErrSyntax;
					return [value, multibyte, tail, err];
				}
				value = v$1;
			} else if (_1 === (92)) {
				value = 92;
			} else if ((_1 === (39)) || (_1 === (34))) {
				if (!((c$1 === quote))) {
					err = $pkg.ErrSyntax;
					return [value, multibyte, tail, err];
				}
				value = ((c$1 >> 0));
			} else {
				err = $pkg.ErrSyntax;
				return [value, multibyte, tail, err];
			}
		}
		tail = s;
		return [value, multibyte, tail, err];
	};
	$pkg.UnquoteChar = UnquoteChar;
	Unquote = function(s) {
		var _tuple, err, out, rem, s;
		_tuple = unquote(s, true);
		out = _tuple[0];
		rem = _tuple[1];
		err = _tuple[2];
		if (rem.length > 0) {
			return ["", $pkg.ErrSyntax];
		}
		return [out, err];
	};
	$pkg.Unquote = Unquote;
	unquote = function(in$1, unescape) {
		var _1, _2, _q, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, arr, buf, buf$1, end, err, err$1, i, in$1, in0, multibyte, n, n$1, out, quote, r, r$1, rem, rem$1, unescape, valid;
		out = "";
		rem = "";
		err = $ifaceNil;
		if (in$1.length < 2) {
			_tmp = "";
			_tmp$1 = in$1;
			_tmp$2 = $pkg.ErrSyntax;
			out = _tmp;
			rem = _tmp$1;
			err = _tmp$2;
			return [out, rem, err];
		}
		quote = in$1.charCodeAt(0);
		end = index($substring(in$1, 1), quote);
		if (end < 0) {
			_tmp$3 = "";
			_tmp$4 = in$1;
			_tmp$5 = $pkg.ErrSyntax;
			out = _tmp$3;
			rem = _tmp$4;
			err = _tmp$5;
			return [out, rem, err];
		}
		end = end + (2) >> 0;
		_1 = quote;
		if (_1 === (96)) {
			if (!unescape) {
				out = $substring(in$1, 0, end);
			} else if (!contains($substring(in$1, 0, end), 13)) {
				out = $substring(in$1, 1, (end - 1 >> 0));
			} else {
				buf = $makeSlice(sliceType$6, 0, (((end - 1 >> 0) - 1 >> 0) - 1 >> 0));
				i = 1;
				while (true) {
					if (!(i < (end - 1 >> 0))) { break; }
					if (!((in$1.charCodeAt(i) === 13))) {
						buf = $append(buf, in$1.charCodeAt(i));
					}
					i = i + (1) >> 0;
				}
				out = ($bytesToString(buf));
			}
			_tmp$6 = out;
			_tmp$7 = $substring(in$1, end);
			_tmp$8 = $ifaceNil;
			out = _tmp$6;
			rem = _tmp$7;
			err = _tmp$8;
			return [out, rem, err];
		} else if ((_1 === (34)) || (_1 === (39))) {
			if (!contains($substring(in$1, 0, end), 92) && !contains($substring(in$1, 0, end), 10)) {
				valid = false;
				_2 = quote;
				if (_2 === (34)) {
					valid = utf8.ValidString($substring(in$1, 1, (end - 1 >> 0)));
				} else if (_2 === (39)) {
					_tuple = utf8.DecodeRuneInString($substring(in$1, 1, (end - 1 >> 0)));
					r = _tuple[0];
					n = _tuple[1];
					valid = (((1 + n >> 0) + 1 >> 0) === end) && (!((r === 65533)) || !((n === 1)));
				}
				if (valid) {
					out = $substring(in$1, 0, end);
					if (unescape) {
						out = $substring(out, 1, (end - 1 >> 0));
					}
					_tmp$9 = out;
					_tmp$10 = $substring(in$1, end);
					_tmp$11 = $ifaceNil;
					out = _tmp$9;
					rem = _tmp$10;
					err = _tmp$11;
					return [out, rem, err];
				}
			}
			buf$1 = sliceType$6.nil;
			in0 = in$1;
			in$1 = $substring(in$1, 1);
			if (unescape) {
				buf$1 = $makeSlice(sliceType$6, 0, (_q = ($imul(3, end)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
			}
			while (true) {
				if (!(in$1.length > 0 && !((in$1.charCodeAt(0) === quote)))) { break; }
				_tuple$1 = UnquoteChar(in$1, quote);
				r$1 = _tuple$1[0];
				multibyte = _tuple$1[1];
				rem$1 = _tuple$1[2];
				err$1 = _tuple$1[3];
				if ((in$1.charCodeAt(0) === 10) || !($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp$12 = "";
					_tmp$13 = in0;
					_tmp$14 = $pkg.ErrSyntax;
					out = _tmp$12;
					rem = _tmp$13;
					err = _tmp$14;
					return [out, rem, err];
				}
				in$1 = rem$1;
				if (unescape) {
					if (r$1 < 128 || !multibyte) {
						buf$1 = $append(buf$1, ((r$1 << 24 >>> 24)));
					} else {
						arr = arrayType$1.zero();
						n$1 = utf8.EncodeRune(new sliceType$6(arr), r$1);
						buf$1 = $appendSlice(buf$1, $subslice(new sliceType$6(arr), 0, n$1));
					}
				}
				if (quote === 39) {
					break;
				}
			}
			if (!(in$1.length > 0 && (in$1.charCodeAt(0) === quote))) {
				_tmp$15 = "";
				_tmp$16 = in0;
				_tmp$17 = $pkg.ErrSyntax;
				out = _tmp$15;
				rem = _tmp$16;
				err = _tmp$17;
				return [out, rem, err];
			}
			in$1 = $substring(in$1, 1);
			if (unescape) {
				_tmp$18 = ($bytesToString(buf$1));
				_tmp$19 = in$1;
				_tmp$20 = $ifaceNil;
				out = _tmp$18;
				rem = _tmp$19;
				err = _tmp$20;
				return [out, rem, err];
			}
			_tmp$21 = $substring(in0, 0, (in0.length - in$1.length >> 0));
			_tmp$22 = in$1;
			_tmp$23 = $ifaceNil;
			out = _tmp$21;
			rem = _tmp$22;
			err = _tmp$23;
			return [out, rem, err];
		} else {
			_tmp$24 = "";
			_tmp$25 = in$1;
			_tmp$26 = $pkg.ErrSyntax;
			out = _tmp$24;
			rem = _tmp$25;
			err = _tmp$26;
			return [out, rem, err];
		}
	};
	bsearch16 = function(a, x) {
		var _tmp, _tmp$1, a, h, i, j, x;
		_tmp = 0;
		_tmp$1 = a.$length;
		i = _tmp;
		j = _tmp$1;
		while (true) {
			if (!(i < j)) { break; }
			h = i + (((j - i >> 0)) >> 1 >> 0) >> 0;
			if (((h < 0 || h >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + h]) < x) {
				i = h + 1 >> 0;
			} else {
				j = h;
			}
		}
		return i;
	};
	bsearch32 = function(a, x) {
		var _tmp, _tmp$1, a, h, i, j, x;
		_tmp = 0;
		_tmp$1 = a.$length;
		i = _tmp;
		j = _tmp$1;
		while (true) {
			if (!(i < j)) { break; }
			h = i + (((j - i >> 0)) >> 1 >> 0) >> 0;
			if (((h < 0 || h >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + h]) < x) {
				i = h + 1 >> 0;
			} else {
				j = h;
			}
		}
		return i;
	};
	IsPrint = function(r) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, i, i$1, isNotPrint, isNotPrint$1, isPrint, isPrint$1, j, j$1, r, rr, rr$1, x, x$1, x$2, x$3;
		if (r <= 255) {
			if (32 <= r && r <= 126) {
				return true;
			}
			if (161 <= r && r <= 255) {
				return !((r === 173));
			}
			return false;
		}
		if (0 <= r && r < 65536) {
			_tmp = ((r << 16 >>> 16));
			_tmp$1 = isPrint16;
			_tmp$2 = isNotPrint16;
			rr = _tmp;
			isPrint = _tmp$1;
			isNotPrint = _tmp$2;
			i = bsearch16(isPrint, rr);
			if (i >= isPrint.$length || rr < (x = (i & ~1) >> 0, ((x < 0 || x >= isPrint.$length) ? ($throwRuntimeError("index out of range"), undefined) : isPrint.$array[isPrint.$offset + x])) || (x$1 = i | 1, ((x$1 < 0 || x$1 >= isPrint.$length) ? ($throwRuntimeError("index out of range"), undefined) : isPrint.$array[isPrint.$offset + x$1])) < rr) {
				return false;
			}
			j = bsearch16(isNotPrint, rr);
			return j >= isNotPrint.$length || !((((j < 0 || j >= isNotPrint.$length) ? ($throwRuntimeError("index out of range"), undefined) : isNotPrint.$array[isNotPrint.$offset + j]) === rr));
		}
		_tmp$3 = ((r >>> 0));
		_tmp$4 = isPrint32;
		_tmp$5 = isNotPrint32;
		rr$1 = _tmp$3;
		isPrint$1 = _tmp$4;
		isNotPrint$1 = _tmp$5;
		i$1 = bsearch32(isPrint$1, rr$1);
		if (i$1 >= isPrint$1.$length || rr$1 < (x$2 = (i$1 & ~1) >> 0, ((x$2 < 0 || x$2 >= isPrint$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : isPrint$1.$array[isPrint$1.$offset + x$2])) || (x$3 = i$1 | 1, ((x$3 < 0 || x$3 >= isPrint$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : isPrint$1.$array[isPrint$1.$offset + x$3])) < rr$1) {
			return false;
		}
		if (r >= 131072) {
			return true;
		}
		r = r - (65536) >> 0;
		j$1 = bsearch16(isNotPrint$1, ((r << 16 >>> 16)));
		return j$1 >= isNotPrint$1.$length || !((((j$1 < 0 || j$1 >= isNotPrint$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : isNotPrint$1.$array[isNotPrint$1.$offset + j$1]) === ((r << 16 >>> 16))));
	};
	$pkg.IsPrint = IsPrint;
	isInGraphicList = function(r) {
		var i, r, rr;
		if (r > 65535) {
			return false;
		}
		rr = ((r << 16 >>> 16));
		i = bsearch16(isGraphic, rr);
		return i < isGraphic.$length && (rr === ((i < 0 || i >= isGraphic.$length) ? ($throwRuntimeError("index out of range"), undefined) : isGraphic.$array[isGraphic.$offset + i]));
	};
	FormatUint = function(i, base) {
		var _tuple, base, i, s;
		if (true && (i.$high < 0 || (i.$high === 0 && i.$low < 100)) && (base === 10)) {
			return small(((i.$low >> 0)));
		}
		_tuple = formatBits(sliceType$6.nil, i, base, false, false);
		s = _tuple[1];
		return s;
	};
	$pkg.FormatUint = FormatUint;
	FormatInt = function(i, base) {
		var _tuple, base, i, s;
		if (true && (0 < i.$high || (0 === i.$high && 0 <= i.$low)) && (i.$high < 0 || (i.$high === 0 && i.$low < 100)) && (base === 10)) {
			return small((((i.$low + ((i.$high >> 31) * 4294967296)) >> 0)));
		}
		_tuple = formatBits(sliceType$6.nil, (new $Uint64(i.$high, i.$low)), base, (i.$high < 0 || (i.$high === 0 && i.$low < 0)), false);
		s = _tuple[1];
		return s;
	};
	$pkg.FormatInt = FormatInt;
	AppendInt = function(dst, i, base) {
		var _tuple, base, dst, i;
		if (true && (0 < i.$high || (0 === i.$high && 0 <= i.$low)) && (i.$high < 0 || (i.$high === 0 && i.$low < 100)) && (base === 10)) {
			return $appendSlice(dst, small((((i.$low + ((i.$high >> 31) * 4294967296)) >> 0))));
		}
		_tuple = formatBits(dst, (new $Uint64(i.$high, i.$low)), base, (i.$high < 0 || (i.$high === 0 && i.$low < 0)), true);
		dst = _tuple[0];
		return dst;
	};
	$pkg.AppendInt = AppendInt;
	AppendUint = function(dst, i, base) {
		var _tuple, base, dst, i;
		if (true && (i.$high < 0 || (i.$high === 0 && i.$low < 100)) && (base === 10)) {
			return $appendSlice(dst, small(((i.$low >> 0))));
		}
		_tuple = formatBits(dst, i, base, false, true);
		dst = _tuple[0];
		return dst;
	};
	$pkg.AppendUint = AppendUint;
	small = function(i) {
		var i;
		if (i < 10) {
			return $substring("0123456789abcdefghijklmnopqrstuvwxyz", i, (i + 1 >> 0));
		}
		return $substring("00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899", ($imul(i, 2)), (($imul(i, 2)) + 2 >> 0));
	};
	formatBits = function(dst, u, base, neg, append_) {
		var _q, _q$1, _r, _r$1, a, append_, b, b$1, base, d, dst, i, is, is$1, is$2, j, m, neg, q, q$1, s, shift, u, us, us$1, x, x$1, x$2, x$3, x$4, x$5;
		d = sliceType$6.nil;
		s = "";
		if (base < 2 || base > 36) {
			$panic(new $String("strconv: illegal AppendInt/FormatInt base"));
		}
		a = arrayType$2.zero();
		i = 65;
		if (neg) {
			u = new $Uint64(-u.$high, -u.$low);
		}
		if (base === 10) {
			if (true) {
				while (true) {
					if (!((u.$high > 0 || (u.$high === 0 && u.$low >= 1000000000)))) { break; }
					q = $div64(u, new $Uint64(0, 1000000000), false);
					us = (((x = $mul64(q, new $Uint64(0, 1000000000)), new $Uint64(u.$high - x.$high, u.$low - x.$low)).$low >>> 0));
					j = 4;
					while (true) {
						if (!(j > 0)) { break; }
						is = (_r = us % 100, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) * 2 >>> 0;
						us = (_q = us / (100), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
						i = i - (2) >> 0;
						(x$1 = i + 1 >> 0, ((x$1 < 0 || x$1 >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[x$1] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt((is + 1 >>> 0))));
						(x$2 = i + 0 >> 0, ((x$2 < 0 || x$2 >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[x$2] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt((is + 0 >>> 0))));
						j = j - (1) >> 0;
					}
					i = i - (1) >> 0;
					((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt(((us * 2 >>> 0) + 1 >>> 0)));
					u = q;
				}
			}
			us$1 = ((u.$low >>> 0));
			while (true) {
				if (!(us$1 >= 100)) { break; }
				is$1 = (_r$1 = us$1 % 100, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) * 2 >>> 0;
				us$1 = (_q$1 = us$1 / (100), (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >>> 0 : $throwRuntimeError("integer divide by zero"));
				i = i - (2) >> 0;
				(x$3 = i + 1 >> 0, ((x$3 < 0 || x$3 >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[x$3] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt((is$1 + 1 >>> 0))));
				(x$4 = i + 0 >> 0, ((x$4 < 0 || x$4 >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[x$4] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt((is$1 + 0 >>> 0))));
			}
			is$2 = us$1 * 2 >>> 0;
			i = i - (1) >> 0;
			((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt((is$2 + 1 >>> 0)));
			if (us$1 >= 10) {
				i = i - (1) >> 0;
				((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt(is$2));
			}
		} else if (isPowerOfTwo(base)) {
			shift = (((bits.TrailingZeros(((base >>> 0))) >>> 0)) & 7) >>> 0;
			b = (new $Uint64(0, base));
			m = ((base >>> 0)) - 1 >>> 0;
			while (true) {
				if (!((u.$high > b.$high || (u.$high === b.$high && u.$low >= b.$low)))) { break; }
				i = i - (1) >> 0;
				((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = "0123456789abcdefghijklmnopqrstuvwxyz".charCodeAt(((((u.$low >>> 0)) & m) >>> 0)));
				u = $shiftRightUint64(u, (shift));
			}
			i = i - (1) >> 0;
			((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = "0123456789abcdefghijklmnopqrstuvwxyz".charCodeAt(((u.$low >>> 0))));
		} else {
			b$1 = (new $Uint64(0, base));
			while (true) {
				if (!((u.$high > b$1.$high || (u.$high === b$1.$high && u.$low >= b$1.$low)))) { break; }
				i = i - (1) >> 0;
				q$1 = $div64(u, b$1, false);
				((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = "0123456789abcdefghijklmnopqrstuvwxyz".charCodeAt((((x$5 = $mul64(q$1, b$1), new $Uint64(u.$high - x$5.$high, u.$low - x$5.$low)).$low >>> 0))));
				u = q$1;
			}
			i = i - (1) >> 0;
			((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = "0123456789abcdefghijklmnopqrstuvwxyz".charCodeAt(((u.$low >>> 0))));
		}
		if (neg) {
			i = i - (1) >> 0;
			((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i] = 45);
		}
		if (append_) {
			d = $appendSlice(dst, $subslice(new sliceType$6(a), i));
			return [d, s];
		}
		s = ($bytesToString($subslice(new sliceType$6(a), i)));
		return [d, s];
	};
	isPowerOfTwo = function(x) {
		var x;
		return (x & ((x - 1 >> 0))) === 0;
	};
	ryuFtoaFixed32 = function(d, mant, exp, prec) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, d, d0, dexp2, dfrac, di, e2, exact, exp, extra, extraMask, mant, prec, q, roundUp, y, y$1, y$2, y$3, y$4, y$5, y$6;
		if (prec < 0) {
			$panic(new $String("ryuFtoaFixed32 called with negative prec"));
		}
		if (prec > 9) {
			$panic(new $String("ryuFtoaFixed32 called with prec > 9"));
		}
		if (mant === 0) {
			_tmp = 0;
			_tmp$1 = 0;
			d.nd = _tmp;
			d.dp = _tmp$1;
			return;
		}
		e2 = exp;
		b = bits.Len32(mant);
		if (b < 25) {
			mant = (y = ((((25 - b >> 0) >>> 0))), y < 32 ? (mant << y) : 0) >>> 0;
			e2 = e2 + (((b) - 25 >> 0)) >> 0;
		}
		q = (-mulByLog2Log10(e2 + 24 >> 0) + prec >> 0) - 1 >> 0;
		exact = q <= 27 && q >= 0;
		_tuple = mult64bitPow10(mant, e2, q);
		di = _tuple[0];
		dexp2 = _tuple[1];
		d0 = _tuple[2];
		if (dexp2 >= 0) {
			$panic(new $String("not enough significant bits after mult64bitPow10"));
		}
		if (q < 0 && q >= -10 && divisibleByPower5((new $Uint64(0, mant)), -q)) {
			exact = true;
			d0 = true;
		}
		extra = ((-dexp2 >>> 0));
		extraMask = ((((y$1 = extra, y$1 < 32 ? (1 << y$1) : 0) >>> 0) - 1 >>> 0));
		_tmp$2 = (y$2 = extra, y$2 < 32 ? (di >>> y$2) : 0) >>> 0;
		_tmp$3 = (di & extraMask) >>> 0;
		di = _tmp$2;
		dfrac = _tmp$3;
		roundUp = false;
		if (exact) {
			roundUp = dfrac > ((y$3 = ((extra - 1 >>> 0)), y$3 < 32 ? (1 << y$3) : 0) >>> 0) || ((dfrac === ((y$4 = ((extra - 1 >>> 0)), y$4 < 32 ? (1 << y$4) : 0) >>> 0)) && !d0) || ((dfrac === ((y$5 = ((extra - 1 >>> 0)), y$5 < 32 ? (1 << y$5) : 0) >>> 0)) && d0 && (((di & 1) >>> 0) === 1));
		} else {
			roundUp = ((y$6 = ((extra - 1 >>> 0)), y$6 < 32 ? (dfrac >>> y$6) : 0) >>> 0) === 1;
		}
		if (!((dfrac === 0))) {
			d0 = false;
		}
		formatDecimal(d, (new $Uint64(0, di)), !d0, roundUp, prec);
		d.dp = d.dp - (q) >> 0;
	};
	ryuFtoaFixed64 = function(d, mant, exp, prec) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, d, d0, dexp2, dfrac, di, e2, exact, exp, extra, extraMask, mant, prec, q, roundUp, x, x$1, x$2, x$3, x$4, x$5;
		if (prec > 18) {
			$panic(new $String("ryuFtoaFixed64 called with prec > 18"));
		}
		if ((mant.$high === 0 && mant.$low === 0)) {
			_tmp = 0;
			_tmp$1 = 0;
			d.nd = _tmp;
			d.dp = _tmp$1;
			return;
		}
		e2 = exp;
		b = bits.Len64(mant);
		if (b < 55) {
			mant = $shiftLeft64(mant, (((55 - b >> 0) >>> 0)));
			e2 = e2 + (((b) - 55 >> 0)) >> 0;
		}
		q = (-mulByLog2Log10(e2 + 54 >> 0) + prec >> 0) - 1 >> 0;
		exact = q <= 55 && q >= 0;
		_tuple = mult128bitPow10(mant, e2, q);
		di = _tuple[0];
		dexp2 = _tuple[1];
		d0 = _tuple[2];
		if (dexp2 >= 0) {
			$panic(new $String("not enough significant bits after mult128bitPow10"));
		}
		if (q < 0 && q >= -22 && divisibleByPower5(mant, -q)) {
			exact = true;
			d0 = true;
		}
		extra = ((-dexp2 >>> 0));
		extraMask = ((x = $shiftLeft64(new $Uint64(0, 1), extra), new $Uint64(x.$high - 0, x.$low - 1)));
		_tmp$2 = $shiftRightUint64(di, extra);
		_tmp$3 = new $Uint64(di.$high & extraMask.$high, (di.$low & extraMask.$low) >>> 0);
		di = _tmp$2;
		dfrac = _tmp$3;
		roundUp = false;
		if (exact) {
			roundUp = (x$1 = $shiftLeft64(new $Uint64(0, 1), ((extra - 1 >>> 0))), (dfrac.$high > x$1.$high || (dfrac.$high === x$1.$high && dfrac.$low > x$1.$low))) || ((x$2 = $shiftLeft64(new $Uint64(0, 1), ((extra - 1 >>> 0))), (dfrac.$high === x$2.$high && dfrac.$low === x$2.$low)) && !d0) || ((x$3 = $shiftLeft64(new $Uint64(0, 1), ((extra - 1 >>> 0))), (dfrac.$high === x$3.$high && dfrac.$low === x$3.$low)) && d0 && (x$4 = new $Uint64(di.$high & 0, (di.$low & 1) >>> 0), (x$4.$high === 0 && x$4.$low === 1)));
		} else {
			roundUp = (x$5 = $shiftRightUint64(dfrac, ((extra - 1 >>> 0))), (x$5.$high === 0 && x$5.$low === 1));
		}
		if (!((dfrac.$high === 0 && dfrac.$low === 0))) {
			d0 = false;
		}
		formatDecimal(d, di, !d0, roundUp, prec);
		d.dp = d.dp - (q) >> 0;
	};
	formatDecimal = function(d, m, trunc, roundUp, prec) {
		var _q, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, a, b, d, m, max$1, n, prec, roundUp, trimmed, trunc, v, v1, v2, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		max$1 = ((prec < 0 || prec >= uint64pow10.length) ? ($throwRuntimeError("index out of range"), undefined) : uint64pow10[prec]);
		trimmed = 0;
		while (true) {
			if (!((m.$high > max$1.$high || (m.$high === max$1.$high && m.$low >= max$1.$low)))) { break; }
			_tmp = $div64(m, new $Uint64(0, 10), false);
			_tmp$1 = $div64(m, new $Uint64(0, 10), true);
			a = _tmp;
			b = _tmp$1;
			m = a;
			trimmed = trimmed + (1) >> 0;
			if ((b.$high > 0 || (b.$high === 0 && b.$low > 5))) {
				roundUp = true;
			} else if ((b.$high < 0 || (b.$high === 0 && b.$low < 5))) {
				roundUp = false;
			} else {
				roundUp = trunc || (x = new $Uint64(m.$high & 0, (m.$low & 1) >>> 0), (x.$high === 0 && x.$low === 1));
			}
			if (!((b.$high === 0 && b.$low === 0))) {
				trunc = true;
			}
		}
		if (roundUp) {
			m = (x$1 = new $Uint64(0, 1), new $Uint64(m.$high + x$1.$high, m.$low + x$1.$low));
		}
		if ((m.$high > max$1.$high || (m.$high === max$1.$high && m.$low >= max$1.$low))) {
			m = $div64(m, (new $Uint64(0, 10)), false);
			trimmed = trimmed + (1) >> 0;
		}
		n = ((prec >>> 0));
		d.nd = (prec);
		v = m;
		while (true) {
			if (!((v.$high > 0 || (v.$high === 0 && v.$low >= 100)))) { break; }
			_tmp$2 = new $Uint64(0, 0);
			_tmp$3 = new $Uint64(0, 0);
			v1 = _tmp$2;
			v2 = _tmp$3;
			if ((x$2 = $shiftRightUint64(v, 32), (x$2.$high === 0 && x$2.$low === 0))) {
				_tmp$4 = (new $Uint64(0, (_q = ((v.$low >>> 0)) / 100, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"))));
				_tmp$5 = (new $Uint64(0, (_r = ((v.$low >>> 0)) % 100, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))));
				v1 = _tmp$4;
				v2 = _tmp$5;
			} else {
				_tmp$6 = $div64(v, new $Uint64(0, 100), false);
				_tmp$7 = $div64(v, new $Uint64(0, 100), true);
				v1 = _tmp$6;
				v2 = _tmp$7;
			}
			n = n - (2) >>> 0;
			(x$4 = d.d, x$5 = n + 1 >>> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt($flatten64((x$3 = $mul64(new $Uint64(0, 2), v2), new $Uint64(x$3.$high + 0, x$3.$low + 1))))));
			(x$7 = d.d, x$8 = n + 0 >>> 0, ((x$8 < 0 || x$8 >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + x$8] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt($flatten64((x$6 = $mul64(new $Uint64(0, 2), v2), new $Uint64(x$6.$high + 0, x$6.$low + 0))))));
			v = v1;
		}
		if ((v.$high > 0 || (v.$high === 0 && v.$low > 0))) {
			n = n - (1) >>> 0;
			(x$10 = d.d, ((n < 0 || n >= x$10.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + n] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt($flatten64((x$9 = $mul64(new $Uint64(0, 2), v), new $Uint64(x$9.$high + 0, x$9.$low + 1))))));
		}
		if ((v.$high > 0 || (v.$high === 0 && v.$low >= 10))) {
			n = n - (1) >>> 0;
			(x$11 = d.d, ((n < 0 || n >= x$11.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$11.$array[x$11.$offset + n] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt($flatten64($mul64(new $Uint64(0, 2), v)))));
		}
		while (true) {
			if (!((x$12 = d.d, x$13 = d.nd - 1 >> 0, ((x$13 < 0 || x$13 >= x$12.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$12.$array[x$12.$offset + x$13])) === 48)) { break; }
			d.nd = d.nd - (1) >> 0;
			trimmed = trimmed + (1) >> 0;
		}
		d.dp = d.nd + trimmed >> 0;
	};
	ryuFtoaShortest = function(d, mant, exp, flt) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, c0, cup, d, dc, dc0, dc32, dl, dl0, dl32, du, du0, du32, e2, exp, extra, extraMask, flt, fracc, fracl, fracu, lok, mant, mc, ml, mu, q, uok, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8;
		if ((mant.$high === 0 && mant.$low === 0)) {
			_tmp = 0;
			_tmp$1 = 0;
			d.nd = _tmp;
			d.dp = _tmp$1;
			return;
		}
		if (exp <= 0 && bits.TrailingZeros64(mant) >= -exp) {
			mant = $shiftRightUint64(mant, (((-exp >>> 0))));
			ryuDigits(d, mant, mant, mant, true, false);
			return;
		}
		_tuple = computeBounds(mant, exp, flt);
		ml = _tuple[0];
		mc = _tuple[1];
		mu = _tuple[2];
		e2 = _tuple[3];
		if (e2 === 0) {
			ryuDigits(d, ml, mc, mu, true, false);
			return;
		}
		q = mulByLog2Log10(-e2) + 1 >> 0;
		_tmp$2 = new $Uint64(0, 0);
		_tmp$3 = new $Uint64(0, 0);
		_tmp$4 = new $Uint64(0, 0);
		dl = _tmp$2;
		dc = _tmp$3;
		du = _tmp$4;
		_tmp$5 = false;
		_tmp$6 = false;
		_tmp$7 = false;
		dl0 = _tmp$5;
		dc0 = _tmp$6;
		du0 = _tmp$7;
		if (flt === float32info) {
			_tmp$8 = 0;
			_tmp$9 = 0;
			_tmp$10 = 0;
			dl32 = _tmp$8;
			dc32 = _tmp$9;
			du32 = _tmp$10;
			_tuple$1 = mult64bitPow10(((ml.$low >>> 0)), e2, q);
			dl32 = _tuple$1[0];
			dl0 = _tuple$1[2];
			_tuple$2 = mult64bitPow10(((mc.$low >>> 0)), e2, q);
			dc32 = _tuple$2[0];
			dc0 = _tuple$2[2];
			_tuple$3 = mult64bitPow10(((mu.$low >>> 0)), e2, q);
			du32 = _tuple$3[0];
			e2 = _tuple$3[1];
			du0 = _tuple$3[2];
			_tmp$11 = (new $Uint64(0, dl32));
			_tmp$12 = (new $Uint64(0, dc32));
			_tmp$13 = (new $Uint64(0, du32));
			dl = _tmp$11;
			dc = _tmp$12;
			du = _tmp$13;
		} else {
			_tuple$4 = mult128bitPow10(ml, e2, q);
			dl = _tuple$4[0];
			dl0 = _tuple$4[2];
			_tuple$5 = mult128bitPow10(mc, e2, q);
			dc = _tuple$5[0];
			dc0 = _tuple$5[2];
			_tuple$6 = mult128bitPow10(mu, e2, q);
			du = _tuple$6[0];
			e2 = _tuple$6[1];
			du0 = _tuple$6[2];
		}
		if (e2 >= 0) {
			$panic(new $String("not enough significant bits after mult128bitPow10"));
		}
		if (q > 55) {
			_tmp$14 = false;
			_tmp$15 = false;
			_tmp$16 = false;
			dl0 = _tmp$14;
			dc0 = _tmp$15;
			du0 = _tmp$16;
		}
		if (q < 0 && q >= -24) {
			if (divisibleByPower5(ml, -q)) {
				dl0 = true;
			}
			if (divisibleByPower5(mc, -q)) {
				dc0 = true;
			}
			if (divisibleByPower5(mu, -q)) {
				du0 = true;
			}
		}
		extra = ((-e2 >>> 0));
		extraMask = ((x = $shiftLeft64(new $Uint64(0, 1), extra), new $Uint64(x.$high - 0, x.$low - 1)));
		_tmp$17 = $shiftRightUint64(dl, extra);
		_tmp$18 = new $Uint64(dl.$high & extraMask.$high, (dl.$low & extraMask.$low) >>> 0);
		dl = _tmp$17;
		fracl = _tmp$18;
		_tmp$19 = $shiftRightUint64(dc, extra);
		_tmp$20 = new $Uint64(dc.$high & extraMask.$high, (dc.$low & extraMask.$low) >>> 0);
		dc = _tmp$19;
		fracc = _tmp$20;
		_tmp$21 = $shiftRightUint64(du, extra);
		_tmp$22 = new $Uint64(du.$high & extraMask.$high, (du.$low & extraMask.$low) >>> 0);
		du = _tmp$21;
		fracu = _tmp$22;
		uok = !du0 || (fracu.$high > 0 || (fracu.$high === 0 && fracu.$low > 0));
		if (du0 && (fracu.$high === 0 && fracu.$low === 0)) {
			uok = (x$1 = new $Uint64(mant.$high & 0, (mant.$low & 1) >>> 0), (x$1.$high === 0 && x$1.$low === 0));
		}
		if (!uok) {
			du = (x$2 = new $Uint64(0, 1), new $Uint64(du.$high - x$2.$high, du.$low - x$2.$low));
		}
		cup = false;
		if (dc0) {
			cup = (x$3 = $shiftLeft64(new $Uint64(0, 1), ((extra - 1 >>> 0))), (fracc.$high > x$3.$high || (fracc.$high === x$3.$high && fracc.$low > x$3.$low))) || ((x$4 = $shiftLeft64(new $Uint64(0, 1), ((extra - 1 >>> 0))), (fracc.$high === x$4.$high && fracc.$low === x$4.$low)) && (x$5 = new $Uint64(dc.$high & 0, (dc.$low & 1) >>> 0), (x$5.$high === 0 && x$5.$low === 1)));
		} else {
			cup = (x$6 = $shiftRightUint64(fracc, ((extra - 1 >>> 0))), (x$6.$high === 0 && x$6.$low === 1));
		}
		lok = dl0 && (fracl.$high === 0 && fracl.$low === 0) && ((x$7 = new $Uint64(mant.$high & 0, (mant.$low & 1) >>> 0), (x$7.$high === 0 && x$7.$low === 0)));
		if (!lok) {
			dl = (x$8 = new $Uint64(0, 1), new $Uint64(dl.$high + x$8.$high, dl.$low + x$8.$low));
		}
		c0 = dc0 && (fracc.$high === 0 && fracc.$low === 0);
		ryuDigits(d, dl, dc, du, c0, cup);
		d.dp = d.dp - (q) >> 0;
	};
	mulByLog2Log10 = function(x) {
		var x;
		return (($imul(x, 78913))) >> 18 >> 0;
	};
	mulByLog10Log2 = function(x) {
		var x;
		return (($imul(x, 108853))) >> 15 >> 0;
	};
	computeBounds = function(mant, exp, flt) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, central, e2, exp, flt, lower$1, mant, upper, x, x$1, x$2, x$3, x$4;
		lower$1 = new $Uint64(0, 0);
		central = new $Uint64(0, 0);
		upper = new $Uint64(0, 0);
		e2 = 0;
		if (!((x = $shiftLeft64(new $Uint64(0, 1), flt.mantbits), (mant.$high === x.$high && mant.$low === x.$low))) || (exp === ((flt.bias + 1 >> 0) - ((flt.mantbits >> 0)) >> 0))) {
			_tmp = (x$1 = $mul64(new $Uint64(0, 2), mant), new $Uint64(x$1.$high - 0, x$1.$low - 1));
			_tmp$1 = $mul64(new $Uint64(0, 2), mant);
			_tmp$2 = (x$2 = $mul64(new $Uint64(0, 2), mant), new $Uint64(x$2.$high + 0, x$2.$low + 1));
			lower$1 = _tmp;
			central = _tmp$1;
			upper = _tmp$2;
			e2 = exp - 1 >> 0;
			return [lower$1, central, upper, e2];
		} else {
			_tmp$3 = (x$3 = $mul64(new $Uint64(0, 4), mant), new $Uint64(x$3.$high - 0, x$3.$low - 1));
			_tmp$4 = $mul64(new $Uint64(0, 4), mant);
			_tmp$5 = (x$4 = $mul64(new $Uint64(0, 4), mant), new $Uint64(x$4.$high + 0, x$4.$low + 2));
			lower$1 = _tmp$3;
			central = _tmp$4;
			upper = _tmp$5;
			e2 = exp - 2 >> 0;
			return [lower$1, central, upper, e2];
		}
	};
	ryuDigits = function(d, lower$1, central, upper, c0, cup) {
		var _q, _r, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, c0, central, chi, clo, cup, d, lhi, llo, lower$1, n, uhi, ulo, upper, v, v1, v2, x, x$1, x$2, x$3;
		_tuple = divmod1e9(lower$1);
		lhi = _tuple[0];
		llo = _tuple[1];
		_tuple$1 = divmod1e9(central);
		chi = _tuple$1[0];
		clo = _tuple$1[1];
		_tuple$2 = divmod1e9(upper);
		uhi = _tuple$2[0];
		ulo = _tuple$2[1];
		if (uhi === 0) {
			ryuDigits32(d, llo, clo, ulo, c0, cup, 8);
		} else if (lhi < uhi) {
			if (!((llo === 0))) {
				lhi = lhi + (1) >>> 0;
			}
			c0 = c0 && (clo === 0);
			cup = (clo > 500000000) || ((clo === 500000000) && cup);
			ryuDigits32(d, lhi, chi, uhi, c0, cup, 8);
			d.dp = d.dp + (9) >> 0;
		} else {
			d.nd = 0;
			n = 9;
			v = chi;
			while (true) {
				if (!(v > 0)) { break; }
				_tmp = (_q = v / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
				_tmp$1 = (_r = v % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
				v1 = _tmp;
				v2 = _tmp$1;
				v = v1;
				n = n - (1) >>> 0;
				(x = d.d, ((n < 0 || n >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + n] = (((v2 + 48 >>> 0) << 24 >>> 24))));
			}
			d.d = $subslice(d.d, n);
			d.nd = (((9 - n >>> 0) >> 0));
			ryuDigits32(d, llo, clo, ulo, c0, cup, d.nd + 8 >> 0);
		}
		while (true) {
			if (!(d.nd > 0 && ((x$1 = d.d, x$2 = d.nd - 1 >> 0, ((x$2 < 0 || x$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + x$2])) === 48))) { break; }
			d.nd = d.nd - (1) >> 0;
		}
		while (true) {
			if (!(d.nd > 0 && ((x$3 = d.d, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0])) === 48))) { break; }
			d.nd = d.nd - (1) >> 0;
			d.dp = d.dp - (1) >> 0;
			d.d = $subslice(d.d, 1);
		}
	};
	ryuDigits32 = function(d, lower$1, central, upper, c0, cup, endindex) {
		var _q, _q$1, _q$2, _q$3, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, c, c0, cNextDigit, cdigit, central, cup, d, endindex, l, lower$1, n, trimmed, u, upper, v, v1, v2, x, x$1, x$2, x$3;
		if (upper === 0) {
			d.dp = endindex + 1 >> 0;
			return;
		}
		trimmed = 0;
		cNextDigit = 0;
		while (true) {
			if (!(upper > 0)) { break; }
			l = (_q = ((lower$1 + 9 >>> 0)) / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			_tmp = (_q$1 = central / 10, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >>> 0 : $throwRuntimeError("integer divide by zero"));
			_tmp$1 = (_r = central % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
			c = _tmp;
			cdigit = _tmp$1;
			u = (_q$2 = upper / 10, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >>> 0 : $throwRuntimeError("integer divide by zero"));
			if (l > u) {
				break;
			}
			if ((l === (c + 1 >>> 0)) && c < u) {
				c = c + (1) >>> 0;
				cdigit = 0;
				cup = false;
			}
			trimmed = trimmed + (1) >> 0;
			c0 = c0 && (cNextDigit === 0);
			cNextDigit = ((cdigit >> 0));
			_tmp$2 = l;
			_tmp$3 = c;
			_tmp$4 = u;
			lower$1 = _tmp$2;
			central = _tmp$3;
			upper = _tmp$4;
		}
		if (trimmed > 0) {
			cup = cNextDigit > 5 || ((cNextDigit === 5) && !c0) || ((cNextDigit === 5) && c0 && (((central & 1) >>> 0) === 1));
		}
		if (central < upper && cup) {
			central = central + (1) >>> 0;
		}
		endindex = endindex - (trimmed) >> 0;
		v = central;
		n = endindex;
		while (true) {
			if (!(n > d.nd)) { break; }
			_tmp$5 = (_q$3 = v / 100, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >>> 0 : $throwRuntimeError("integer divide by zero"));
			_tmp$6 = (_r$1 = v % 100, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero"));
			v1 = _tmp$5;
			v2 = _tmp$6;
			(x = d.d, ((n < 0 || n >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + n] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt((($imul(2, v2) >>> 0) + 1 >>> 0))));
			(x$1 = d.d, x$2 = n - 1 >> 0, ((x$2 < 0 || x$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + x$2] = "00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899".charCodeAt((($imul(2, v2) >>> 0) + 0 >>> 0))));
			n = n - (2) >> 0;
			v = v1;
		}
		if (n === d.nd) {
			(x$3 = d.d, ((n < 0 || n >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + n] = (((v + 48 >>> 0) << 24 >>> 24))));
		}
		d.nd = endindex + 1 >> 0;
		d.dp = d.nd + trimmed >> 0;
	};
	mult64bitPow10 = function(m, e2, q) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, e2, exact, hi, lo, m, pow, q, resE, resM, x, x$1, x$2, x$3, x$4;
		resM = 0;
		resE = 0;
		exact = false;
		if (q === 0) {
			_tmp = m << 6 >>> 0;
			_tmp$1 = e2 - 6 >> 0;
			_tmp$2 = true;
			resM = _tmp;
			resE = _tmp$1;
			exact = _tmp$2;
			return [resM, resE, exact];
		}
		if (q < -348 || 347 < q) {
			$panic(new $String("mult64bitPow10: power of 10 is out of range"));
		}
		pow = (x = q - -348 >> 0, ((x < 0 || x >= detailedPowersOfTen.length) ? ($throwRuntimeError("index out of range"), undefined) : detailedPowersOfTen[x]))[1];
		if (q < 0) {
			pow = (x$1 = new $Uint64(0, 1), new $Uint64(pow.$high + x$1.$high, pow.$low + x$1.$low));
		}
		_tuple = bits.Mul64((new $Uint64(0, m)), pow);
		hi = _tuple[0];
		lo = _tuple[1];
		e2 = e2 + (((mulByLog10Log2(q) - 63 >> 0) + 57 >> 0)) >> 0;
		_tmp$3 = (((x$2 = $shiftLeft64(hi, 7), x$3 = $shiftRightUint64(lo, 57), new $Uint64(x$2.$high | x$3.$high, (x$2.$low | x$3.$low) >>> 0)).$low >>> 0));
		_tmp$4 = e2;
		_tmp$5 = (x$4 = $shiftLeft64(lo, 7), (x$4.$high === 0 && x$4.$low === 0));
		resM = _tmp$3;
		resE = _tmp$4;
		exact = _tmp$5;
		return [resM, resE, exact];
	};
	mult128bitPow10 = function(m, e2, q) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, carry, e2, exact, h0, h1, l0, l1, m, mid, pow, q, resE, resM, x, x$1, x$2, x$3, x$4, x$5, x$6;
		resM = new $Uint64(0, 0);
		resE = 0;
		exact = false;
		if (q === 0) {
			_tmp = $shiftLeft64(m, 8);
			_tmp$1 = e2 - 8 >> 0;
			_tmp$2 = true;
			resM = _tmp;
			resE = _tmp$1;
			exact = _tmp$2;
			return [resM, resE, exact];
		}
		if (q < -348 || 347 < q) {
			$panic(new $String("mult128bitPow10: power of 10 is out of range"));
		}
		pow = $clone((x = q - -348 >> 0, ((x < 0 || x >= detailedPowersOfTen.length) ? ($throwRuntimeError("index out of range"), undefined) : detailedPowersOfTen[x])), arrayType);
		if (q < 0) {
			pow[0] = (x$1 = pow[0], x$2 = new $Uint64(0, 1), new $Uint64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
		}
		e2 = e2 + (((mulByLog10Log2(q) - 127 >> 0) + 119 >> 0)) >> 0;
		_tuple = bits.Mul64(m, pow[0]);
		l1 = _tuple[0];
		l0 = _tuple[1];
		_tuple$1 = bits.Mul64(m, pow[1]);
		h1 = _tuple$1[0];
		h0 = _tuple$1[1];
		_tuple$2 = bits.Add64(l1, h0, new $Uint64(0, 0));
		mid = _tuple$2[0];
		carry = _tuple$2[1];
		h1 = (x$3 = carry, new $Uint64(h1.$high + x$3.$high, h1.$low + x$3.$low));
		_tmp$3 = (x$4 = $shiftLeft64(h1, 9), x$5 = $shiftRightUint64(mid, 55), new $Uint64(x$4.$high | x$5.$high, (x$4.$low | x$5.$low) >>> 0));
		_tmp$4 = e2;
		_tmp$5 = (x$6 = $shiftLeft64(mid, 9), (x$6.$high === 0 && x$6.$low === 0)) && (l0.$high === 0 && l0.$low === 0);
		resM = _tmp$3;
		resE = _tmp$4;
		exact = _tmp$5;
		return [resM, resE, exact];
	};
	divisibleByPower5 = function(m, k) {
		var i, k, m, x;
		if ((m.$high === 0 && m.$low === 0)) {
			return true;
		}
		i = 0;
		while (true) {
			if (!(i < k)) { break; }
			if (!((x = $div64(m, new $Uint64(0, 5), true), (x.$high === 0 && x.$low === 0)))) {
				return false;
			}
			m = $div64(m, (new $Uint64(0, 5)), false);
			i = i + (1) >> 0;
		}
		return true;
	};
	divmod1e9 = function(x) {
		var _tuple, hi, q, x, x$1;
		if (false) {
			return [(($div64(x, new $Uint64(0, 1000000000), false).$low >>> 0)), (($div64(x, new $Uint64(0, 1000000000), true).$low >>> 0))];
		}
		_tuple = bits.Mul64($shiftRightUint64(x, 1), new $Uint64(2305843009, 917808536));
		hi = _tuple[0];
		q = $shiftRightUint64(hi, 28);
		return [((q.$low >>> 0)), (((x$1 = $mul64(q, new $Uint64(0, 1000000000)), new $Uint64(x.$high - x$1.$high, x.$low - x$1.$low)).$low >>> 0))];
	};
	FormatFloat = function(f, fmt, prec, bitSize) {
		var bitSize, f, fmt, prec;
		return ($bytesToString(genericFtoa($makeSlice(sliceType$6, 0, max(prec + 4 >> 0, 24)), f, fmt, prec, bitSize)));
	};
	$pkg.FormatFloat = FormatFloat;
	AppendFloat = function(dst, f, fmt, prec, bitSize) {
		var bitSize, dst, f, fmt, prec;
		return genericFtoa(dst, f, fmt, prec, bitSize);
	};
	$pkg.AppendFloat = AppendFloat;
	genericFtoa = function(dst, val, fmt, prec, bitSize) {
		var _1, _2, _3, _4, bitSize, bits$1, buf, buf$1, digits, digs, dst, exp, flt, fmt, mant, neg, ok, prec, s, shortest, val, x, x$1, x$2, x$3, y, y$1;
		bits$1 = new $Uint64(0, 0);
		flt = ptrType.nil;
		_1 = bitSize;
		if (_1 === (32)) {
			bits$1 = (new $Uint64(0, math.Float32bits(($fround(val)))));
			flt = float32info;
		} else if (_1 === (64)) {
			bits$1 = math.Float64bits(val);
			flt = float64info;
		} else {
			$panic(new $String("strconv: illegal AppendFloat/FormatFloat bitSize"));
		}
		neg = !((x = $shiftRightUint64(bits$1, ((flt.expbits + flt.mantbits >>> 0))), (x.$high === 0 && x.$low === 0)));
		exp = (($shiftRightUint64(bits$1, flt.mantbits).$low >> 0)) & ((((y = flt.expbits, y < 32 ? (1 << y) : 0) >> 0) - 1 >> 0));
		mant = (x$1 = (x$2 = $shiftLeft64(new $Uint64(0, 1), flt.mantbits), new $Uint64(x$2.$high - 0, x$2.$low - 1)), new $Uint64(bits$1.$high & x$1.$high, (bits$1.$low & x$1.$low) >>> 0));
		_2 = exp;
		if (_2 === ((((y$1 = flt.expbits, y$1 < 32 ? (1 << y$1) : 0) >> 0) - 1 >> 0))) {
			s = "";
			if (!((mant.$high === 0 && mant.$low === 0))) {
				s = "NaN";
			} else if (neg) {
				s = "-Inf";
			} else {
				s = "+Inf";
			}
			return $appendSlice(dst, s);
		} else if (_2 === (0)) {
			exp = exp + (1) >> 0;
		} else {
			mant = (x$3 = $shiftLeft64(new $Uint64(0, 1), flt.mantbits), new $Uint64(mant.$high | x$3.$high, (mant.$low | x$3.$low) >>> 0));
		}
		exp = exp + (flt.bias) >> 0;
		if (fmt === 98) {
			return fmtB(dst, neg, mant, exp, flt);
		}
		if ((fmt === 120) || (fmt === 88)) {
			return fmtX(dst, prec, fmt, neg, mant, exp, flt);
		}
		if (!optimize) {
			return bigFtoa(dst, prec, fmt, neg, mant, exp, flt);
		}
		digs = new decimalSlice.ptr(sliceType$6.nil, 0, 0, false);
		ok = false;
		shortest = prec < 0;
		if (shortest) {
			buf = arrayType$3.zero();
			digs.d = new sliceType$6(buf);
			ryuFtoaShortest(digs, mant, exp - ((flt.mantbits >> 0)) >> 0, flt);
			ok = true;
			_3 = fmt;
			if ((_3 === (101)) || (_3 === (69))) {
				prec = max(digs.nd - 1 >> 0, 0);
			} else if (_3 === (102)) {
				prec = max(digs.nd - digs.dp >> 0, 0);
			} else if ((_3 === (103)) || (_3 === (71))) {
				prec = digs.nd;
			}
		} else if (!((fmt === 102))) {
			digits = prec;
			_4 = fmt;
			if ((_4 === (101)) || (_4 === (69))) {
				digits = digits + (1) >> 0;
			} else if ((_4 === (103)) || (_4 === (71))) {
				if (prec === 0) {
					prec = 1;
				}
				digits = prec;
			}
			buf$1 = arrayType$4.zero();
			if ((bitSize === 32) && digits <= 9) {
				digs.d = new sliceType$6(buf$1);
				ryuFtoaFixed32(digs, ((mant.$low >>> 0)), exp - ((flt.mantbits >> 0)) >> 0, digits);
				ok = true;
			} else if (digits <= 18) {
				digs.d = new sliceType$6(buf$1);
				ryuFtoaFixed64(digs, mant, exp - ((flt.mantbits >> 0)) >> 0, digits);
				ok = true;
			}
		}
		if (!ok) {
			return bigFtoa(dst, prec, fmt, neg, mant, exp, flt);
		}
		return formatDigits(dst, shortest, neg, $clone(digs, decimalSlice), prec, fmt);
	};
	bigFtoa = function(dst, prec, fmt, neg, mant, exp, flt) {
		var _1, _2, d, digs, dst, exp, flt, fmt, mant, neg, prec, shortest;
		d = new decimal.ptr(arrayType$5.zero(), 0, 0, false, false);
		d.Assign(mant);
		d.Shift(exp - ((flt.mantbits >> 0)) >> 0);
		digs = new decimalSlice.ptr(sliceType$6.nil, 0, 0, false);
		shortest = prec < 0;
		if (shortest) {
			roundShortest(d, mant, exp, flt);
			decimalSlice.copy(digs, new decimalSlice.ptr(new sliceType$6(d.d), d.nd, d.dp, false));
			_1 = fmt;
			if ((_1 === (101)) || (_1 === (69))) {
				prec = digs.nd - 1 >> 0;
			} else if (_1 === (102)) {
				prec = max(digs.nd - digs.dp >> 0, 0);
			} else if ((_1 === (103)) || (_1 === (71))) {
				prec = digs.nd;
			}
		} else {
			_2 = fmt;
			if ((_2 === (101)) || (_2 === (69))) {
				d.Round(prec + 1 >> 0);
			} else if (_2 === (102)) {
				d.Round(d.dp + prec >> 0);
			} else if ((_2 === (103)) || (_2 === (71))) {
				if (prec === 0) {
					prec = 1;
				}
				d.Round(prec);
			}
			decimalSlice.copy(digs, new decimalSlice.ptr(new sliceType$6(d.d), d.nd, d.dp, false));
		}
		return formatDigits(dst, shortest, neg, $clone(digs, decimalSlice), prec, fmt);
	};
	formatDigits = function(dst, shortest, neg, digs, prec, fmt) {
		var _1, digs, dst, eprec, exp, fmt, neg, prec, shortest;
		_1 = fmt;
		if ((_1 === (101)) || (_1 === (69))) {
			return fmtE(dst, neg, $clone(digs, decimalSlice), prec, fmt);
		} else if (_1 === (102)) {
			return fmtF(dst, neg, $clone(digs, decimalSlice), prec);
		} else if ((_1 === (103)) || (_1 === (71))) {
			eprec = prec;
			if (eprec > digs.nd && digs.nd >= digs.dp) {
				eprec = digs.nd;
			}
			if (shortest) {
				eprec = 6;
			}
			exp = digs.dp - 1 >> 0;
			if (exp < -4 || exp >= eprec) {
				if (prec > digs.nd) {
					prec = digs.nd;
				}
				return fmtE(dst, neg, $clone(digs, decimalSlice), prec - 1 >> 0, (fmt + 101 << 24 >>> 24) - 103 << 24 >>> 24);
			}
			if (prec > digs.dp) {
				prec = digs.nd;
			}
			return fmtF(dst, neg, $clone(digs, decimalSlice), max(prec - digs.dp >> 0, 0));
		}
		return $append(dst, 37, fmt);
	};
	roundShortest = function(d, mant, exp, flt) {
		var d, exp, explo, flt, inclusive, l, li, lower$1, m, mant, mantlo, mi, minexp, okdown, okup, u, ui, upper, upperdelta, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7;
		if ((mant.$high === 0 && mant.$low === 0)) {
			d.nd = 0;
			return;
		}
		minexp = flt.bias + 1 >> 0;
		if (exp > minexp && ($imul(332, ((d.dp - d.nd >> 0)))) >= ($imul(100, ((exp - ((flt.mantbits >> 0)) >> 0))))) {
			return;
		}
		upper = new decimal.ptr(arrayType$5.zero(), 0, 0, false, false);
		upper.Assign((x = $mul64(mant, new $Uint64(0, 2)), new $Uint64(x.$high + 0, x.$low + 1)));
		upper.Shift((exp - ((flt.mantbits >> 0)) >> 0) - 1 >> 0);
		mantlo = new $Uint64(0, 0);
		explo = 0;
		if ((x$1 = $shiftLeft64(new $Uint64(0, 1), flt.mantbits), (mant.$high > x$1.$high || (mant.$high === x$1.$high && mant.$low > x$1.$low))) || (exp === minexp)) {
			mantlo = new $Uint64(mant.$high - 0, mant.$low - 1);
			explo = exp;
		} else {
			mantlo = (x$2 = $mul64(mant, new $Uint64(0, 2)), new $Uint64(x$2.$high - 0, x$2.$low - 1));
			explo = exp - 1 >> 0;
		}
		lower$1 = new decimal.ptr(arrayType$5.zero(), 0, 0, false, false);
		lower$1.Assign((x$3 = $mul64(mantlo, new $Uint64(0, 2)), new $Uint64(x$3.$high + 0, x$3.$low + 1)));
		lower$1.Shift((explo - ((flt.mantbits >> 0)) >> 0) - 1 >> 0);
		inclusive = (x$4 = $div64(mant, new $Uint64(0, 2), true), (x$4.$high === 0 && x$4.$low === 0));
		upperdelta = 0;
		ui = 0;
		while (true) {
			mi = (ui - upper.dp >> 0) + d.dp >> 0;
			if (mi >= d.nd) {
				break;
			}
			li = (ui - upper.dp >> 0) + lower$1.dp >> 0;
			l = 48;
			if (li >= 0 && li < lower$1.nd) {
				l = (x$5 = lower$1.d, ((li < 0 || li >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[li]));
			}
			m = 48;
			if (mi >= 0) {
				m = (x$6 = d.d, ((mi < 0 || mi >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[mi]));
			}
			u = 48;
			if (ui < upper.nd) {
				u = (x$7 = upper.d, ((ui < 0 || ui >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[ui]));
			}
			okdown = !((l === m)) || inclusive && ((li + 1 >> 0) === lower$1.nd);
			if ((upperdelta === 0) && (m + 1 << 24 >>> 24) < u) {
				upperdelta = 2;
			} else if ((upperdelta === 0) && !((m === u))) {
				upperdelta = 1;
			} else if ((upperdelta === 1) && (!((m === 57)) || !((u === 48)))) {
				upperdelta = 2;
			}
			okup = upperdelta > 0 && (inclusive || upperdelta > 1 || (ui + 1 >> 0) < upper.nd);
			if (okdown && okup) {
				d.Round(mi + 1 >> 0);
				return;
			} else if (okdown) {
				d.RoundDown(mi + 1 >> 0);
				return;
			} else if (okup) {
				d.RoundUp(mi + 1 >> 0);
				return;
			}
			ui = ui + (1) >> 0;
		}
	};
	fmtE = function(dst, neg, d, prec, fmt) {
		var _q, _q$1, _q$2, _r, _r$1, _r$2, ch, d, dst, exp, fmt, i, m, neg, prec, x;
		if (neg) {
			dst = $append(dst, 45);
		}
		ch = 48;
		if (!((d.nd === 0))) {
			ch = (x = d.d, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
		}
		dst = $append(dst, ch);
		if (prec > 0) {
			dst = $append(dst, 46);
			i = 1;
			m = min(d.nd, prec + 1 >> 0);
			if (i < m) {
				dst = $appendSlice(dst, $subslice(d.d, i, m));
				i = m;
			}
			while (true) {
				if (!(i <= prec)) { break; }
				dst = $append(dst, 48);
				i = i + (1) >> 0;
			}
		}
		dst = $append(dst, fmt);
		exp = d.dp - 1 >> 0;
		if (d.nd === 0) {
			exp = 0;
		}
		if (exp < 0) {
			ch = 45;
			exp = -exp;
		} else {
			ch = 43;
		}
		dst = $append(dst, ch);
		if (exp < 10) {
			dst = $append(dst, 48, ((exp << 24 >>> 24)) + 48 << 24 >>> 24);
		} else if (exp < 100) {
			dst = $append(dst, (((_q = exp / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24, (((_r = exp % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24);
		} else {
			dst = $append(dst, (((_q$1 = exp / 100, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24, (_r$1 = (((_q$2 = exp / 10, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) % 10, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) + 48 << 24 >>> 24, (((_r$2 = exp % 10, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24);
		}
		return dst;
	};
	fmtF = function(dst, neg, d, prec) {
		var ch, d, dst, i, j, m, neg, prec, x;
		if (neg) {
			dst = $append(dst, 45);
		}
		if (d.dp > 0) {
			m = min(d.nd, d.dp);
			dst = $appendSlice(dst, $subslice(d.d, 0, m));
			while (true) {
				if (!(m < d.dp)) { break; }
				dst = $append(dst, 48);
				m = m + (1) >> 0;
			}
		} else {
			dst = $append(dst, 48);
		}
		if (prec > 0) {
			dst = $append(dst, 46);
			i = 0;
			while (true) {
				if (!(i < prec)) { break; }
				ch = 48;
				j = d.dp + i >> 0;
				if (0 <= j && j < d.nd) {
					ch = (x = d.d, ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]));
				}
				dst = $append(dst, ch);
				i = i + (1) >> 0;
			}
		}
		return dst;
	};
	fmtB = function(dst, neg, mant, exp, flt) {
		var _tuple, _tuple$1, dst, exp, flt, mant, neg;
		if (neg) {
			dst = $append(dst, 45);
		}
		_tuple = formatBits(dst, mant, 10, false, true);
		dst = _tuple[0];
		dst = $append(dst, 112);
		exp = exp - (((flt.mantbits >> 0))) >> 0;
		if (exp >= 0) {
			dst = $append(dst, 43);
		}
		_tuple$1 = formatBits(dst, (new $Uint64(0, exp)), 10, exp < 0, true);
		dst = _tuple$1[0];
		return dst;
	};
	fmtX = function(dst, prec, fmt, neg, mant, exp, flt) {
		var _q, _q$1, _q$2, _q$3, _q$4, _q$5, _r, _r$1, _r$2, _r$3, _r$4, _r$5, ch, dst, exp, extra, flt, fmt, hex, i, mant, neg, prec, shift, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8;
		if ((mant.$high === 0 && mant.$low === 0)) {
			exp = 0;
		}
		mant = $shiftLeft64(mant, ((60 - flt.mantbits >>> 0)));
		while (true) {
			if (!(!((mant.$high === 0 && mant.$low === 0)) && (x = new $Uint64(mant.$high & 268435456, (mant.$low & 0) >>> 0), (x.$high === 0 && x.$low === 0)))) { break; }
			mant = $shiftLeft64(mant, (1));
			exp = exp - (1) >> 0;
		}
		if (prec >= 0 && prec < 15) {
			shift = ((($imul(prec, 4)) >>> 0));
			extra = (x$1 = $shiftLeft64(mant, shift), new $Uint64(x$1.$high & 268435455, (x$1.$low & 4294967295) >>> 0));
			mant = $shiftRightUint64(mant, ((60 - shift >>> 0)));
			if ((x$2 = (x$3 = new $Uint64(mant.$high & 0, (mant.$low & 1) >>> 0), new $Uint64(extra.$high | x$3.$high, (extra.$low | x$3.$low) >>> 0)), (x$2.$high > 134217728 || (x$2.$high === 134217728 && x$2.$low > 0)))) {
				mant = (x$4 = new $Uint64(0, 1), new $Uint64(mant.$high + x$4.$high, mant.$low + x$4.$low));
			}
			mant = $shiftLeft64(mant, ((60 - shift >>> 0)));
			if (!((x$5 = new $Uint64(mant.$high & 536870912, (mant.$low & 0) >>> 0), (x$5.$high === 0 && x$5.$low === 0)))) {
				mant = $shiftRightUint64(mant, (1));
				exp = exp + (1) >> 0;
			}
		}
		hex = "0123456789abcdef";
		if (fmt === 88) {
			hex = "0123456789ABCDEF";
		}
		if (neg) {
			dst = $append(dst, 45);
		}
		dst = $append(dst, 48, fmt, 48 + (((x$6 = $shiftRightUint64(mant, 60), new $Uint64(x$6.$high & 0, (x$6.$low & 1) >>> 0)).$low << 24 >>> 24)) << 24 >>> 24);
		mant = $shiftLeft64(mant, (4));
		if (prec < 0 && !((mant.$high === 0 && mant.$low === 0))) {
			dst = $append(dst, 46);
			while (true) {
				if (!(!((mant.$high === 0 && mant.$low === 0)))) { break; }
				dst = $append(dst, hex.charCodeAt($flatten64((x$7 = $shiftRightUint64(mant, 60), new $Uint64(x$7.$high & 0, (x$7.$low & 15) >>> 0)))));
				mant = $shiftLeft64(mant, (4));
			}
		} else if (prec > 0) {
			dst = $append(dst, 46);
			i = 0;
			while (true) {
				if (!(i < prec)) { break; }
				dst = $append(dst, hex.charCodeAt($flatten64((x$8 = $shiftRightUint64(mant, 60), new $Uint64(x$8.$high & 0, (x$8.$low & 15) >>> 0)))));
				mant = $shiftLeft64(mant, (4));
				i = i + (1) >> 0;
			}
		}
		ch = 80;
		if (fmt === lower(fmt)) {
			ch = 112;
		}
		dst = $append(dst, ch);
		if (exp < 0) {
			ch = 45;
			exp = -exp;
		} else {
			ch = 43;
		}
		dst = $append(dst, ch);
		if (exp < 100) {
			dst = $append(dst, (((_q = exp / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24, (((_r = exp % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24);
		} else if (exp < 1000) {
			dst = $append(dst, (((_q$1 = exp / 100, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24, (((_r$1 = ((_q$2 = exp / 10, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero"))) % 10, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24, (((_r$2 = exp % 10, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24);
		} else {
			dst = $append(dst, (((_q$3 = exp / 1000, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24, (_r$3 = (((_q$4 = exp / 100, (_q$4 === _q$4 && _q$4 !== 1/0 && _q$4 !== -1/0) ? _q$4 >> 0 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) % 10, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero")) + 48 << 24 >>> 24, (((_r$4 = ((_q$5 = exp / 10, (_q$5 === _q$5 && _q$5 !== 1/0 && _q$5 !== -1/0) ? _q$5 >> 0 : $throwRuntimeError("integer divide by zero"))) % 10, _r$4 === _r$4 ? _r$4 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24, (((_r$5 = exp % 10, _r$5 === _r$5 ? _r$5 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) + 48 << 24 >>> 24);
		}
		return dst;
	};
	min = function(a, b) {
		var a, b;
		if (a < b) {
			return a;
		}
		return b;
	};
	max = function(a, b) {
		var a, b;
		if (a > b) {
			return a;
		}
		return b;
	};
	eiselLemire64 = function(man, exp10, neg) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, clz, exp10, f, man, mergedHi, mergedLo, msb, neg, ok, retBits, retExp2, retMantissa, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, xHi, xLo, yHi, yLo;
		f = 0;
		ok = false;
		if ((man.$high === 0 && man.$low === 0)) {
			if (neg) {
				f = math.Float64frombits(new $Uint64(2147483648, 0));
			}
			_tmp = f;
			_tmp$1 = true;
			f = _tmp;
			ok = _tmp$1;
			return [f, ok];
		}
		if (exp10 < -348 || 347 < exp10) {
			_tmp$2 = 0;
			_tmp$3 = false;
			f = _tmp$2;
			ok = _tmp$3;
			return [f, ok];
		}
		clz = bits.LeadingZeros64(man);
		man = $shiftLeft64(man, (((clz >>> 0))));
		retExp2 = (x = (new $Uint64(0, (((($imul(217706, exp10)) >> 16 >> 0) + 64 >> 0) + 1023 >> 0))), x$1 = (new $Uint64(0, clz)), new $Uint64(x.$high - x$1.$high, x.$low - x$1.$low));
		_tuple = bits.Mul64(man, (x$2 = exp10 - -348 >> 0, ((x$2 < 0 || x$2 >= detailedPowersOfTen.length) ? ($throwRuntimeError("index out of range"), undefined) : detailedPowersOfTen[x$2]))[1]);
		xHi = _tuple[0];
		xLo = _tuple[1];
		if ((x$3 = new $Uint64(xHi.$high & 0, (xHi.$low & 511) >>> 0), (x$3.$high === 0 && x$3.$low === 511)) && (x$4 = new $Uint64(xLo.$high + man.$high, xLo.$low + man.$low), (x$4.$high < man.$high || (x$4.$high === man.$high && x$4.$low < man.$low)))) {
			_tuple$1 = bits.Mul64(man, (x$5 = exp10 - -348 >> 0, ((x$5 < 0 || x$5 >= detailedPowersOfTen.length) ? ($throwRuntimeError("index out of range"), undefined) : detailedPowersOfTen[x$5]))[0]);
			yHi = _tuple$1[0];
			yLo = _tuple$1[1];
			_tmp$4 = xHi;
			_tmp$5 = new $Uint64(xLo.$high + yHi.$high, xLo.$low + yHi.$low);
			mergedHi = _tmp$4;
			mergedLo = _tmp$5;
			if ((mergedLo.$high < xLo.$high || (mergedLo.$high === xLo.$high && mergedLo.$low < xLo.$low))) {
				mergedHi = (x$6 = new $Uint64(0, 1), new $Uint64(mergedHi.$high + x$6.$high, mergedHi.$low + x$6.$low));
			}
			if ((x$7 = new $Uint64(mergedHi.$high & 0, (mergedHi.$low & 511) >>> 0), (x$7.$high === 0 && x$7.$low === 511)) && (x$8 = new $Uint64(mergedLo.$high + 0, mergedLo.$low + 1), (x$8.$high === 0 && x$8.$low === 0)) && (x$9 = new $Uint64(yLo.$high + man.$high, yLo.$low + man.$low), (x$9.$high < man.$high || (x$9.$high === man.$high && x$9.$low < man.$low)))) {
				_tmp$6 = 0;
				_tmp$7 = false;
				f = _tmp$6;
				ok = _tmp$7;
				return [f, ok];
			}
			_tmp$8 = mergedHi;
			_tmp$9 = mergedLo;
			xHi = _tmp$8;
			xLo = _tmp$9;
		}
		msb = $shiftRightUint64(xHi, 63);
		retMantissa = $shiftRightUint64(xHi, $flatten64((new $Uint64(msb.$high + 0, msb.$low + 9))));
		retExp2 = (x$10 = new $Uint64(0 ^ msb.$high, (1 ^ msb.$low) >>> 0), new $Uint64(retExp2.$high - x$10.$high, retExp2.$low - x$10.$low));
		if ((xLo.$high === 0 && xLo.$low === 0) && (x$11 = new $Uint64(xHi.$high & 0, (xHi.$low & 511) >>> 0), (x$11.$high === 0 && x$11.$low === 0)) && (x$12 = new $Uint64(retMantissa.$high & 0, (retMantissa.$low & 3) >>> 0), (x$12.$high === 0 && x$12.$low === 1))) {
			_tmp$10 = 0;
			_tmp$11 = false;
			f = _tmp$10;
			ok = _tmp$11;
			return [f, ok];
		}
		retMantissa = (x$13 = new $Uint64(retMantissa.$high & 0, (retMantissa.$low & 1) >>> 0), new $Uint64(retMantissa.$high + x$13.$high, retMantissa.$low + x$13.$low));
		retMantissa = $shiftRightUint64(retMantissa, (1));
		if ((x$14 = $shiftRightUint64(retMantissa, 53), (x$14.$high > 0 || (x$14.$high === 0 && x$14.$low > 0)))) {
			retMantissa = $shiftRightUint64(retMantissa, (1));
			retExp2 = (x$15 = new $Uint64(0, 1), new $Uint64(retExp2.$high + x$15.$high, retExp2.$low + x$15.$low));
		}
		if ((x$16 = new $Uint64(retExp2.$high - 0, retExp2.$low - 1), (x$16.$high > 0 || (x$16.$high === 0 && x$16.$low >= 2046)))) {
			_tmp$12 = 0;
			_tmp$13 = false;
			f = _tmp$12;
			ok = _tmp$13;
			return [f, ok];
		}
		retBits = (x$17 = $shiftLeft64(retExp2, 52), x$18 = new $Uint64(retMantissa.$high & 1048575, (retMantissa.$low & 4294967295) >>> 0), new $Uint64(x$17.$high | x$18.$high, (x$17.$low | x$18.$low) >>> 0));
		if (neg) {
			retBits = (x$19 = new $Uint64(2147483648, 0), new $Uint64(retBits.$high | x$19.$high, (retBits.$low | x$19.$low) >>> 0));
		}
		_tmp$14 = math.Float64frombits(retBits);
		_tmp$15 = true;
		f = _tmp$14;
		ok = _tmp$15;
		return [f, ok];
	};
	eiselLemire32 = function(man, exp10, neg) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, clz, exp10, f, man, mergedHi, mergedLo, msb, neg, ok, retBits, retExp2, retMantissa, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, xHi, xLo, yHi, yLo;
		f = 0;
		ok = false;
		if ((man.$high === 0 && man.$low === 0)) {
			if (neg) {
				f = math.Float32frombits(2147483648);
			}
			_tmp = f;
			_tmp$1 = true;
			f = _tmp;
			ok = _tmp$1;
			return [f, ok];
		}
		if (exp10 < -348 || 347 < exp10) {
			_tmp$2 = 0;
			_tmp$3 = false;
			f = _tmp$2;
			ok = _tmp$3;
			return [f, ok];
		}
		clz = bits.LeadingZeros64(man);
		man = $shiftLeft64(man, (((clz >>> 0))));
		retExp2 = (x = (new $Uint64(0, (((($imul(217706, exp10)) >> 16 >> 0) + 64 >> 0) + 127 >> 0))), x$1 = (new $Uint64(0, clz)), new $Uint64(x.$high - x$1.$high, x.$low - x$1.$low));
		_tuple = bits.Mul64(man, (x$2 = exp10 - -348 >> 0, ((x$2 < 0 || x$2 >= detailedPowersOfTen.length) ? ($throwRuntimeError("index out of range"), undefined) : detailedPowersOfTen[x$2]))[1]);
		xHi = _tuple[0];
		xLo = _tuple[1];
		if ((x$3 = new $Uint64(xHi.$high & 63, (xHi.$low & 4294967295) >>> 0), (x$3.$high === 63 && x$3.$low === 4294967295)) && (x$4 = new $Uint64(xLo.$high + man.$high, xLo.$low + man.$low), (x$4.$high < man.$high || (x$4.$high === man.$high && x$4.$low < man.$low)))) {
			_tuple$1 = bits.Mul64(man, (x$5 = exp10 - -348 >> 0, ((x$5 < 0 || x$5 >= detailedPowersOfTen.length) ? ($throwRuntimeError("index out of range"), undefined) : detailedPowersOfTen[x$5]))[0]);
			yHi = _tuple$1[0];
			yLo = _tuple$1[1];
			_tmp$4 = xHi;
			_tmp$5 = new $Uint64(xLo.$high + yHi.$high, xLo.$low + yHi.$low);
			mergedHi = _tmp$4;
			mergedLo = _tmp$5;
			if ((mergedLo.$high < xLo.$high || (mergedLo.$high === xLo.$high && mergedLo.$low < xLo.$low))) {
				mergedHi = (x$6 = new $Uint64(0, 1), new $Uint64(mergedHi.$high + x$6.$high, mergedHi.$low + x$6.$low));
			}
			if ((x$7 = new $Uint64(mergedHi.$high & 63, (mergedHi.$low & 4294967295) >>> 0), (x$7.$high === 63 && x$7.$low === 4294967295)) && (x$8 = new $Uint64(mergedLo.$high + 0, mergedLo.$low + 1), (x$8.$high === 0 && x$8.$low === 0)) && (x$9 = new $Uint64(yLo.$high + man.$high, yLo.$low + man.$low), (x$9.$high < man.$high || (x$9.$high === man.$high && x$9.$low < man.$low)))) {
				_tmp$6 = 0;
				_tmp$7 = false;
				f = _tmp$6;
				ok = _tmp$7;
				return [f, ok];
			}
			_tmp$8 = mergedHi;
			_tmp$9 = mergedLo;
			xHi = _tmp$8;
			xLo = _tmp$9;
		}
		msb = $shiftRightUint64(xHi, 63);
		retMantissa = $shiftRightUint64(xHi, $flatten64((new $Uint64(msb.$high + 0, msb.$low + 38))));
		retExp2 = (x$10 = new $Uint64(0 ^ msb.$high, (1 ^ msb.$low) >>> 0), new $Uint64(retExp2.$high - x$10.$high, retExp2.$low - x$10.$low));
		if ((xLo.$high === 0 && xLo.$low === 0) && (x$11 = new $Uint64(xHi.$high & 63, (xHi.$low & 4294967295) >>> 0), (x$11.$high === 0 && x$11.$low === 0)) && (x$12 = new $Uint64(retMantissa.$high & 0, (retMantissa.$low & 3) >>> 0), (x$12.$high === 0 && x$12.$low === 1))) {
			_tmp$10 = 0;
			_tmp$11 = false;
			f = _tmp$10;
			ok = _tmp$11;
			return [f, ok];
		}
		retMantissa = (x$13 = new $Uint64(retMantissa.$high & 0, (retMantissa.$low & 1) >>> 0), new $Uint64(retMantissa.$high + x$13.$high, retMantissa.$low + x$13.$low));
		retMantissa = $shiftRightUint64(retMantissa, (1));
		if ((x$14 = $shiftRightUint64(retMantissa, 24), (x$14.$high > 0 || (x$14.$high === 0 && x$14.$low > 0)))) {
			retMantissa = $shiftRightUint64(retMantissa, (1));
			retExp2 = (x$15 = new $Uint64(0, 1), new $Uint64(retExp2.$high + x$15.$high, retExp2.$low + x$15.$low));
		}
		if ((x$16 = new $Uint64(retExp2.$high - 0, retExp2.$low - 1), (x$16.$high > 0 || (x$16.$high === 0 && x$16.$low >= 254)))) {
			_tmp$12 = 0;
			_tmp$13 = false;
			f = _tmp$12;
			ok = _tmp$13;
			return [f, ok];
		}
		retBits = (x$17 = $shiftLeft64(retExp2, 23), x$18 = new $Uint64(retMantissa.$high & 0, (retMantissa.$low & 8388607) >>> 0), new $Uint64(x$17.$high | x$18.$high, (x$17.$low | x$18.$low) >>> 0));
		if (neg) {
			retBits = (x$19 = new $Uint64(0, 2147483648), new $Uint64(retBits.$high | x$19.$high, (retBits.$low | x$19.$low) >>> 0));
		}
		_tmp$14 = math.Float32frombits(((retBits.$low >>> 0)));
		_tmp$15 = true;
		f = _tmp$14;
		ok = _tmp$15;
		return [f, ok];
	};
	decimal.ptr.prototype.String = function() {
		var a, buf, n, w;
		a = this;
		n = 10 + a.nd >> 0;
		if (a.dp > 0) {
			n = n + (a.dp) >> 0;
		}
		if (a.dp < 0) {
			n = n + (-a.dp) >> 0;
		}
		buf = $makeSlice(sliceType$6, n);
		w = 0;
		if ((a.nd === 0)) {
			return "0";
		} else if (a.dp <= 0) {
			((w < 0 || w >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + w] = 48);
			w = w + (1) >> 0;
			((w < 0 || w >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + w] = 46);
			w = w + (1) >> 0;
			w = w + (digitZero($subslice(buf, w, (w + -a.dp >> 0)))) >> 0;
			w = w + ($copySlice($subslice(buf, w), $subslice(new sliceType$6(a.d), 0, a.nd))) >> 0;
		} else if (a.dp < a.nd) {
			w = w + ($copySlice($subslice(buf, w), $subslice(new sliceType$6(a.d), 0, a.dp))) >> 0;
			((w < 0 || w >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + w] = 46);
			w = w + (1) >> 0;
			w = w + ($copySlice($subslice(buf, w), $subslice(new sliceType$6(a.d), a.dp, a.nd))) >> 0;
		} else {
			w = w + ($copySlice($subslice(buf, w), $subslice(new sliceType$6(a.d), 0, a.nd))) >> 0;
			w = w + (digitZero($subslice(buf, w, ((w + a.dp >> 0) - a.nd >> 0)))) >> 0;
		}
		return ($bytesToString($subslice(buf, 0, w)));
	};
	decimal.prototype.String = function() { return this.$val.String(); };
	digitZero = function(dst) {
		var _i, _ref, dst, i;
		_ref = dst;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i] = 48);
			_i++;
		}
		return dst.$length;
	};
	trim = function(a) {
		var a, x, x$1;
		while (true) {
			if (!(a.nd > 0 && ((x = a.d, x$1 = a.nd - 1 >> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])) === 48))) { break; }
			a.nd = a.nd - (1) >> 0;
		}
		if (a.nd === 0) {
			a.dp = 0;
		}
	};
	decimal.ptr.prototype.Assign = function(v) {
		var a, buf, n, v, v1, x, x$1, x$2;
		a = this;
		buf = arrayType$4.zero();
		n = 0;
		while (true) {
			if (!((v.$high > 0 || (v.$high === 0 && v.$low > 0)))) { break; }
			v1 = $div64(v, new $Uint64(0, 10), false);
			v = (x = $mul64(new $Uint64(0, 10), v1), new $Uint64(v.$high - x.$high, v.$low - x.$low));
			((n < 0 || n >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[n] = ((new $Uint64(v.$high + 0, v.$low + 48).$low << 24 >>> 24)));
			n = n + (1) >> 0;
			v = v1;
		}
		a.nd = 0;
		n = n - (1) >> 0;
		while (true) {
			if (!(n >= 0)) { break; }
			(x$1 = a.d, x$2 = a.nd, ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2] = ((n < 0 || n >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[n])));
			a.nd = a.nd + (1) >> 0;
			n = n - (1) >> 0;
		}
		a.dp = a.nd;
		trim(a);
	};
	decimal.prototype.Assign = function(v) { return this.$val.Assign(v); };
	rightShift = function(a, k) {
		var a, c, c$1, dig, dig$1, k, mask, n, r, w, x, x$1, x$2, x$3, y, y$1, y$2, y$3, y$4;
		r = 0;
		w = 0;
		n = 0;
		while (true) {
			if (!(((y = k, y < 32 ? (n >>> y) : 0) >>> 0) === 0)) { break; }
			if (r >= a.nd) {
				if (n === 0) {
					a.nd = 0;
					return;
				}
				while (true) {
					if (!(((y$1 = k, y$1 < 32 ? (n >>> y$1) : 0) >>> 0) === 0)) { break; }
					n = n * 10 >>> 0;
					r = r + (1) >> 0;
				}
				break;
			}
			c = (((x = a.d, ((r < 0 || r >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[r])) >>> 0));
			n = ((n * 10 >>> 0) + c >>> 0) - 48 >>> 0;
			r = r + (1) >> 0;
		}
		a.dp = a.dp - ((r - 1 >> 0)) >> 0;
		mask = (((y$2 = k, y$2 < 32 ? (1 << y$2) : 0) >>> 0)) - 1 >>> 0;
		while (true) {
			if (!(r < a.nd)) { break; }
			c$1 = (((x$1 = a.d, ((r < 0 || r >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[r])) >>> 0));
			dig = (y$3 = k, y$3 < 32 ? (n >>> y$3) : 0) >>> 0;
			n = (n & (mask)) >>> 0;
			(x$2 = a.d, ((w < 0 || w >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[w] = (((dig + 48 >>> 0) << 24 >>> 24))));
			w = w + (1) >> 0;
			n = ((n * 10 >>> 0) + c$1 >>> 0) - 48 >>> 0;
			r = r + (1) >> 0;
		}
		while (true) {
			if (!(n > 0)) { break; }
			dig$1 = (y$4 = k, y$4 < 32 ? (n >>> y$4) : 0) >>> 0;
			n = (n & (mask)) >>> 0;
			if (w < 800) {
				(x$3 = a.d, ((w < 0 || w >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[w] = (((dig$1 + 48 >>> 0) << 24 >>> 24))));
				w = w + (1) >> 0;
			} else if (dig$1 > 0) {
				a.trunc = true;
			}
			n = n * 10 >>> 0;
		}
		a.nd = w;
		trim(a);
	};
	prefixIsLessThan = function(b, s) {
		var b, i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (i >= b.$length) {
				return true;
			}
			if (!((((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]) === s.charCodeAt(i)))) {
				return ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]) < s.charCodeAt(i);
			}
			i = i + (1) >> 0;
		}
		return false;
	};
	leftShift = function(a, k) {
		var _q, _q$1, a, delta, k, n, quo, quo$1, r, rem, rem$1, w, x, x$1, x$2, y;
		delta = ((k < 0 || k >= leftcheats.$length) ? ($throwRuntimeError("index out of range"), undefined) : leftcheats.$array[leftcheats.$offset + k]).delta;
		if (prefixIsLessThan($subslice(new sliceType$6(a.d), 0, a.nd), ((k < 0 || k >= leftcheats.$length) ? ($throwRuntimeError("index out of range"), undefined) : leftcheats.$array[leftcheats.$offset + k]).cutoff)) {
			delta = delta - (1) >> 0;
		}
		r = a.nd;
		w = a.nd + delta >> 0;
		n = 0;
		r = r - (1) >> 0;
		while (true) {
			if (!(r >= 0)) { break; }
			n = n + (((y = k, y < 32 ? ((((((x = a.d, ((r < 0 || r >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[r])) >>> 0)) - 48 >>> 0)) << y) : 0) >>> 0)) >>> 0;
			quo = (_q = n / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			rem = n - (10 * quo >>> 0) >>> 0;
			w = w - (1) >> 0;
			if (w < 800) {
				(x$1 = a.d, ((w < 0 || w >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[w] = (((rem + 48 >>> 0) << 24 >>> 24))));
			} else if (!((rem === 0))) {
				a.trunc = true;
			}
			n = quo;
			r = r - (1) >> 0;
		}
		while (true) {
			if (!(n > 0)) { break; }
			quo$1 = (_q$1 = n / 10, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >>> 0 : $throwRuntimeError("integer divide by zero"));
			rem$1 = n - (10 * quo$1 >>> 0) >>> 0;
			w = w - (1) >> 0;
			if (w < 800) {
				(x$2 = a.d, ((w < 0 || w >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[w] = (((rem$1 + 48 >>> 0) << 24 >>> 24))));
			} else if (!((rem$1 === 0))) {
				a.trunc = true;
			}
			n = quo$1;
		}
		a.nd = a.nd + (delta) >> 0;
		if (a.nd >= 800) {
			a.nd = 800;
		}
		a.dp = a.dp + (delta) >> 0;
		trim(a);
	};
	decimal.ptr.prototype.Shift = function(k) {
		var a, k;
		a = this;
		if ((a.nd === 0)) {
		} else if (k > 0) {
			while (true) {
				if (!(k > 28)) { break; }
				leftShift(a, 28);
				k = k - (28) >> 0;
			}
			leftShift(a, ((k >>> 0)));
		} else if (k < 0) {
			while (true) {
				if (!(k < -28)) { break; }
				rightShift(a, 28);
				k = k + (28) >> 0;
			}
			rightShift(a, ((-k >>> 0)));
		}
	};
	decimal.prototype.Shift = function(k) { return this.$val.Shift(k); };
	shouldRoundUp = function(a, nd) {
		var _r, a, nd, x, x$1, x$2, x$3;
		if (nd < 0 || nd >= a.nd) {
			return false;
		}
		if (((x = a.d, ((nd < 0 || nd >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[nd])) === 53) && ((nd + 1 >> 0) === a.nd)) {
			if (a.trunc) {
				return true;
			}
			return nd > 0 && !(((_r = (((x$1 = a.d, x$2 = nd - 1 >> 0, ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])) - 48 << 24 >>> 24)) % 2, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0));
		}
		return (x$3 = a.d, ((nd < 0 || nd >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[nd])) >= 53;
	};
	decimal.ptr.prototype.Round = function(nd) {
		var a, nd;
		a = this;
		if (nd < 0 || nd >= a.nd) {
			return;
		}
		if (shouldRoundUp(a, nd)) {
			a.RoundUp(nd);
		} else {
			a.RoundDown(nd);
		}
	};
	decimal.prototype.Round = function(nd) { return this.$val.Round(nd); };
	decimal.ptr.prototype.RoundDown = function(nd) {
		var a, nd;
		a = this;
		if (nd < 0 || nd >= a.nd) {
			return;
		}
		a.nd = nd;
		trim(a);
	};
	decimal.prototype.RoundDown = function(nd) { return this.$val.RoundDown(nd); };
	decimal.ptr.prototype.RoundUp = function(nd) {
		var a, c, i, nd, x, x$1, x$2;
		a = this;
		if (nd < 0 || nd >= a.nd) {
			return;
		}
		i = nd - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			c = (x = a.d, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i]));
			if (c < 57) {
				(x$2 = a.d, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i] = ((x$1 = a.d, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])) + (1) << 24 >>> 24)));
				a.nd = i + 1 >> 0;
				return;
			}
			i = i - (1) >> 0;
		}
		a.d[0] = 49;
		a.nd = 1;
		a.dp = a.dp + (1) >> 0;
	};
	decimal.prototype.RoundUp = function(nd) { return this.$val.RoundUp(nd); };
	decimal.ptr.prototype.RoundedInteger = function() {
		var a, i, n, x, x$1, x$2, x$3;
		a = this;
		if (a.dp > 20) {
			return new $Uint64(4294967295, 4294967295);
		}
		i = 0;
		n = new $Uint64(0, 0);
		i = 0;
		while (true) {
			if (!(i < a.dp && i < a.nd)) { break; }
			n = (x = $mul64(n, new $Uint64(0, 10)), x$1 = (new $Uint64(0, ((x$2 = a.d, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) - 48 << 24 >>> 24))), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			i = i + (1) >> 0;
		}
		while (true) {
			if (!(i < a.dp)) { break; }
			n = $mul64(n, (new $Uint64(0, 10)));
			i = i + (1) >> 0;
		}
		if (shouldRoundUp(a, a.dp)) {
			n = (x$3 = new $Uint64(0, 1), new $Uint64(n.$high + x$3.$high, n.$low + x$3.$low));
		}
		return n;
	};
	decimal.prototype.RoundedInteger = function() { return this.$val.RoundedInteger(); };
	index = function(s, c) {
		var c, s;
		return bytealg.IndexByteString(s, c);
	};
	lower = function(c) {
		var c;
		return (c | 32) >>> 0;
	};
	NumError.ptr.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = e.Err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = "strconv." + e.Func + ": " + "parsing " + Quote(e.Num) + ": " + _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NumError.ptr.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	NumError.prototype.Error = function() { return this.$val.Error(); };
	NumError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.Err;
	};
	NumError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	syntaxError = function(fn, str) {
		var fn, str;
		return new NumError.ptr(fn, str, $pkg.ErrSyntax);
	};
	rangeError = function(fn, str) {
		var fn, str;
		return new NumError.ptr(fn, str, $pkg.ErrRange);
	};
	baseError = function(fn, str, base) {
		var base, fn, str;
		return new NumError.ptr(fn, str, errors.New("invalid base " + Itoa(base)));
	};
	bitSizeError = function(fn, str, bitSize) {
		var bitSize, fn, str;
		return new NumError.ptr(fn, str, errors.New("invalid bit size " + Itoa(bitSize)));
	};
	ParseUint = function(s, base, bitSize) {
		var _1, _i, _ref, base, base0, bitSize, c, cutoff, d, maxVal, n, n1, s, s0, underscores, x, x$1, x$2;
		if (s === "") {
			return [new $Uint64(0, 0), syntaxError("ParseUint", s)];
		}
		base0 = base === 0;
		s0 = s;
		if (2 <= base && base <= 36) {
		} else if ((base === 0)) {
			base = 10;
			if (s.charCodeAt(0) === 48) {
				if (s.length >= 3 && (lower(s.charCodeAt(1)) === 98)) {
					base = 2;
					s = $substring(s, 2);
				} else if (s.length >= 3 && (lower(s.charCodeAt(1)) === 111)) {
					base = 8;
					s = $substring(s, 2);
				} else if (s.length >= 3 && (lower(s.charCodeAt(1)) === 120)) {
					base = 16;
					s = $substring(s, 2);
				} else {
					base = 8;
					s = $substring(s, 1);
				}
			}
		} else {
			return [new $Uint64(0, 0), baseError("ParseUint", s0, base)];
		}
		if (bitSize === 0) {
			bitSize = 32;
		} else if (bitSize < 0 || bitSize > 64) {
			return [new $Uint64(0, 0), bitSizeError("ParseUint", s0, bitSize)];
		}
		cutoff = new $Uint64(0, 0);
		_1 = base;
		if (_1 === (10)) {
			cutoff = new $Uint64(429496729, 2576980378);
		} else if (_1 === (16)) {
			cutoff = new $Uint64(268435456, 0);
		} else {
			cutoff = (x = $div64(new $Uint64(4294967295, 4294967295), (new $Uint64(0, base)), false), new $Uint64(x.$high + 0, x.$low + 1));
		}
		maxVal = (x$1 = $shiftLeft64(new $Uint64(0, 1), ((bitSize >>> 0))), new $Uint64(x$1.$high - 0, x$1.$low - 1));
		underscores = false;
		n = new $Uint64(0, 0);
		_ref = (new sliceType$6($stringToBytes(s)));
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			d = 0;
			if ((c === 95) && base0) {
				underscores = true;
				_i++;
				continue;
			} else if (48 <= c && c <= 57) {
				d = c - 48 << 24 >>> 24;
			} else if (97 <= lower(c) && lower(c) <= 122) {
				d = (lower(c) - 97 << 24 >>> 24) + 10 << 24 >>> 24;
			} else {
				return [new $Uint64(0, 0), syntaxError("ParseUint", s0)];
			}
			if (d >= ((base << 24 >>> 24))) {
				return [new $Uint64(0, 0), syntaxError("ParseUint", s0)];
			}
			if ((n.$high > cutoff.$high || (n.$high === cutoff.$high && n.$low >= cutoff.$low))) {
				return [maxVal, rangeError("ParseUint", s0)];
			}
			n = $mul64(n, ((new $Uint64(0, base))));
			n1 = (x$2 = (new $Uint64(0, d)), new $Uint64(n.$high + x$2.$high, n.$low + x$2.$low));
			if ((n1.$high < n.$high || (n1.$high === n.$high && n1.$low < n.$low)) || (n1.$high > maxVal.$high || (n1.$high === maxVal.$high && n1.$low > maxVal.$low))) {
				return [maxVal, rangeError("ParseUint", s0)];
			}
			n = n1;
			_i++;
		}
		if (underscores && !underscoreOK(s0)) {
			return [new $Uint64(0, 0), syntaxError("ParseUint", s0)];
		}
		return [n, $ifaceNil];
	};
	$pkg.ParseUint = ParseUint;
	ParseInt = function(s, base, bitSize) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, base, bitSize, cutoff, err, i, n, neg, s, s0, un, x, x$1;
		i = new $Int64(0, 0);
		err = $ifaceNil;
		if (s === "") {
			_tmp = new $Int64(0, 0);
			_tmp$1 = syntaxError("ParseInt", s);
			i = _tmp;
			err = _tmp$1;
			return [i, err];
		}
		s0 = s;
		neg = false;
		if (s.charCodeAt(0) === 43) {
			s = $substring(s, 1);
		} else if (s.charCodeAt(0) === 45) {
			neg = true;
			s = $substring(s, 1);
		}
		un = new $Uint64(0, 0);
		_tuple = ParseUint(s, base, bitSize);
		un = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual($assertType(err, ptrType$1).Err, $pkg.ErrRange))) {
			$assertType(err, ptrType$1).Func = "ParseInt";
			$assertType(err, ptrType$1).Num = s0;
			_tmp$2 = new $Int64(0, 0);
			_tmp$3 = err;
			i = _tmp$2;
			err = _tmp$3;
			return [i, err];
		}
		if (bitSize === 0) {
			bitSize = 32;
		}
		cutoff = ($shiftLeft64(new $Uint64(0, 1), (((bitSize - 1 >> 0) >>> 0))));
		if (!neg && (un.$high > cutoff.$high || (un.$high === cutoff.$high && un.$low >= cutoff.$low))) {
			_tmp$4 = ((x = new $Uint64(cutoff.$high - 0, cutoff.$low - 1), new $Int64(x.$high, x.$low)));
			_tmp$5 = rangeError("ParseInt", s0);
			i = _tmp$4;
			err = _tmp$5;
			return [i, err];
		}
		if (neg && (un.$high > cutoff.$high || (un.$high === cutoff.$high && un.$low > cutoff.$low))) {
			_tmp$6 = (x$1 = (new $Int64(cutoff.$high, cutoff.$low)), new $Int64(-x$1.$high, -x$1.$low));
			_tmp$7 = rangeError("ParseInt", s0);
			i = _tmp$6;
			err = _tmp$7;
			return [i, err];
		}
		n = (new $Int64(un.$high, un.$low));
		if (neg) {
			n = new $Int64(-n.$high, -n.$low);
		}
		_tmp$8 = n;
		_tmp$9 = $ifaceNil;
		i = _tmp$8;
		err = _tmp$9;
		return [i, err];
	};
	$pkg.ParseInt = ParseInt;
	underscoreOK = function(s) {
		var hex, i, s, saw;
		saw = 94;
		i = 0;
		if (s.length >= 1 && ((s.charCodeAt(0) === 45) || (s.charCodeAt(0) === 43))) {
			s = $substring(s, 1);
		}
		hex = false;
		if (s.length >= 2 && (s.charCodeAt(0) === 48) && ((lower(s.charCodeAt(1)) === 98) || (lower(s.charCodeAt(1)) === 111) || (lower(s.charCodeAt(1)) === 120))) {
			i = 2;
			saw = 48;
			hex = lower(s.charCodeAt(1)) === 120;
		}
		while (true) {
			if (!(i < s.length)) { break; }
			if (48 <= s.charCodeAt(i) && s.charCodeAt(i) <= 57 || hex && 97 <= lower(s.charCodeAt(i)) && lower(s.charCodeAt(i)) <= 102) {
				saw = 48;
				i = i + (1) >> 0;
				continue;
			}
			if (s.charCodeAt(i) === 95) {
				if (!((saw === 48))) {
					return false;
				}
				saw = 95;
				i = i + (1) >> 0;
				continue;
			}
			if (saw === 95) {
				return false;
			}
			saw = 33;
			i = i + (1) >> 0;
		}
		return !((saw === 95));
	};
	commonPrefixLenIgnoreCase = function(s, prefix) {
		var c, i, n, prefix, s;
		n = prefix.length;
		if (n > s.length) {
			n = s.length;
		}
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			c = s.charCodeAt(i);
			if (65 <= c && c <= 90) {
				c = c + (32) << 24 >>> 24;
			}
			if (!((c === prefix.charCodeAt(i)))) {
				return i;
			}
			i = i + (1) >> 0;
		}
		return n;
	};
	special = function(s) {
		var _1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, f, n, n$1, nsign, ok, s, sign;
		f = 0;
		n = 0;
		ok = false;
		if (s.length === 0) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = false;
			f = _tmp;
			n = _tmp$1;
			ok = _tmp$2;
			return [f, n, ok];
		}
		sign = 1;
		nsign = 0;
		_1 = s.charCodeAt(0);
		if ((_1 === (43)) || (_1 === (45))) {
			if (s.charCodeAt(0) === 45) {
				sign = -1;
			}
			nsign = 1;
			s = $substring(s, 1);
			n$1 = commonPrefixLenIgnoreCase(s, "infinity");
			if (3 < n$1 && n$1 < 8) {
				n$1 = 3;
			}
			if ((n$1 === 3) || (n$1 === 8)) {
				_tmp$3 = math.Inf(sign);
				_tmp$4 = nsign + n$1 >> 0;
				_tmp$5 = true;
				f = _tmp$3;
				n = _tmp$4;
				ok = _tmp$5;
				return [f, n, ok];
			}
		} else if ((_1 === (105)) || (_1 === (73))) {
			n$1 = commonPrefixLenIgnoreCase(s, "infinity");
			if (3 < n$1 && n$1 < 8) {
				n$1 = 3;
			}
			if ((n$1 === 3) || (n$1 === 8)) {
				_tmp$6 = math.Inf(sign);
				_tmp$7 = nsign + n$1 >> 0;
				_tmp$8 = true;
				f = _tmp$6;
				n = _tmp$7;
				ok = _tmp$8;
				return [f, n, ok];
			}
		} else if ((_1 === (110)) || (_1 === (78))) {
			if (commonPrefixLenIgnoreCase(s, "nan") === 3) {
				_tmp$9 = math.NaN();
				_tmp$10 = 3;
				_tmp$11 = true;
				f = _tmp$9;
				n = _tmp$10;
				ok = _tmp$11;
				return [f, n, ok];
			}
		}
		_tmp$12 = 0;
		_tmp$13 = 0;
		_tmp$14 = false;
		f = _tmp$12;
		n = _tmp$13;
		ok = _tmp$14;
		return [f, n, ok];
	};
	decimal.ptr.prototype.set = function(s) {
		var b, e, esign, i, ok, s, sawdigits, sawdot, x, x$1;
		ok = false;
		b = this;
		i = 0;
		b.neg = false;
		b.trunc = false;
		if (i >= s.length) {
			return ok;
		}
		if ((s.charCodeAt(i) === 43)) {
			i = i + (1) >> 0;
		} else if ((s.charCodeAt(i) === 45)) {
			b.neg = true;
			i = i + (1) >> 0;
		}
		sawdot = false;
		sawdigits = false;
		while (true) {
			if (!(i < s.length)) { break; }
			if ((s.charCodeAt(i) === 95)) {
				i = i + (1) >> 0;
				continue;
			} else if ((s.charCodeAt(i) === 46)) {
				if (sawdot) {
					return ok;
				}
				sawdot = true;
				b.dp = b.nd;
				i = i + (1) >> 0;
				continue;
			} else if (48 <= s.charCodeAt(i) && s.charCodeAt(i) <= 57) {
				sawdigits = true;
				if ((s.charCodeAt(i) === 48) && (b.nd === 0)) {
					b.dp = b.dp - (1) >> 0;
					i = i + (1) >> 0;
					continue;
				}
				if (b.nd < 800) {
					(x = b.d, x$1 = b.nd, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1] = s.charCodeAt(i)));
					b.nd = b.nd + (1) >> 0;
				} else if (!((s.charCodeAt(i) === 48))) {
					b.trunc = true;
				}
				i = i + (1) >> 0;
				continue;
			}
			break;
		}
		if (!sawdigits) {
			return ok;
		}
		if (!sawdot) {
			b.dp = b.nd;
		}
		if (i < s.length && (lower(s.charCodeAt(i)) === 101)) {
			i = i + (1) >> 0;
			if (i >= s.length) {
				return ok;
			}
			esign = 1;
			if (s.charCodeAt(i) === 43) {
				i = i + (1) >> 0;
			} else if (s.charCodeAt(i) === 45) {
				i = i + (1) >> 0;
				esign = -1;
			}
			if (i >= s.length || s.charCodeAt(i) < 48 || s.charCodeAt(i) > 57) {
				return ok;
			}
			e = 0;
			while (true) {
				if (!(i < s.length && (48 <= s.charCodeAt(i) && s.charCodeAt(i) <= 57 || (s.charCodeAt(i) === 95)))) { break; }
				if (s.charCodeAt(i) === 95) {
					i = i + (1) >> 0;
					continue;
				}
				if (e < 10000) {
					e = (($imul(e, 10)) + ((s.charCodeAt(i) >> 0)) >> 0) - 48 >> 0;
				}
				i = i + (1) >> 0;
			}
			b.dp = b.dp + (($imul(e, esign))) >> 0;
		}
		if (!((i === s.length))) {
			return ok;
		}
		ok = true;
		return ok;
	};
	decimal.prototype.set = function(s) { return this.$val.set(s); };
	readFloat = function(s) {
		var _1, base, c, dp, e, esign, exp, expChar, hex, i, mantissa, maxMantDigits, nd, ndMant, neg, ok, s, sawdigits, sawdot, trunc, underscores, x, x$1;
		mantissa = new $Uint64(0, 0);
		exp = 0;
		neg = false;
		trunc = false;
		hex = false;
		i = 0;
		ok = false;
		underscores = false;
		if (i >= s.length) {
			return [mantissa, exp, neg, trunc, hex, i, ok];
		}
		if ((s.charCodeAt(i) === 43)) {
			i = i + (1) >> 0;
		} else if ((s.charCodeAt(i) === 45)) {
			neg = true;
			i = i + (1) >> 0;
		}
		base = new $Uint64(0, 10);
		maxMantDigits = 19;
		expChar = 101;
		if ((i + 2 >> 0) < s.length && (s.charCodeAt(i) === 48) && (lower(s.charCodeAt((i + 1 >> 0))) === 120)) {
			base = new $Uint64(0, 16);
			maxMantDigits = 16;
			i = i + (2) >> 0;
			expChar = 112;
			hex = true;
		}
		sawdot = false;
		sawdigits = false;
		nd = 0;
		ndMant = 0;
		dp = 0;
		loop:
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			_1 = true;
			if (_1 === ((c === 95))) {
				underscores = true;
				i = i + (1) >> 0;
				continue;
			} else if (_1 === ((c === 46))) {
				if (sawdot) {
					break loop;
				}
				sawdot = true;
				dp = nd;
				i = i + (1) >> 0;
				continue;
			} else if (_1 === (48 <= c && c <= 57)) {
				sawdigits = true;
				if ((c === 48) && (nd === 0)) {
					dp = dp - (1) >> 0;
					i = i + (1) >> 0;
					continue;
				}
				nd = nd + (1) >> 0;
				if (ndMant < maxMantDigits) {
					mantissa = $mul64(mantissa, (base));
					mantissa = (x = (new $Uint64(0, (c - 48 << 24 >>> 24))), new $Uint64(mantissa.$high + x.$high, mantissa.$low + x.$low));
					ndMant = ndMant + (1) >> 0;
				} else if (!((c === 48))) {
					trunc = true;
				}
				i = i + (1) >> 0;
				continue;
			} else if (_1 === ((base.$high === 0 && base.$low === 16) && 97 <= lower(c) && lower(c) <= 102)) {
				sawdigits = true;
				nd = nd + (1) >> 0;
				if (ndMant < maxMantDigits) {
					mantissa = $mul64(mantissa, (new $Uint64(0, 16)));
					mantissa = (x$1 = (new $Uint64(0, ((lower(c) - 97 << 24 >>> 24) + 10 << 24 >>> 24))), new $Uint64(mantissa.$high + x$1.$high, mantissa.$low + x$1.$low));
					ndMant = ndMant + (1) >> 0;
				} else {
					trunc = true;
				}
				i = i + (1) >> 0;
				continue;
			}
			break;
		}
		if (!sawdigits) {
			return [mantissa, exp, neg, trunc, hex, i, ok];
		}
		if (!sawdot) {
			dp = nd;
		}
		if ((base.$high === 0 && base.$low === 16)) {
			dp = $imul(dp, (4));
			ndMant = $imul(ndMant, (4));
		}
		if (i < s.length && (lower(s.charCodeAt(i)) === expChar)) {
			i = i + (1) >> 0;
			if (i >= s.length) {
				return [mantissa, exp, neg, trunc, hex, i, ok];
			}
			esign = 1;
			if (s.charCodeAt(i) === 43) {
				i = i + (1) >> 0;
			} else if (s.charCodeAt(i) === 45) {
				i = i + (1) >> 0;
				esign = -1;
			}
			if (i >= s.length || s.charCodeAt(i) < 48 || s.charCodeAt(i) > 57) {
				return [mantissa, exp, neg, trunc, hex, i, ok];
			}
			e = 0;
			while (true) {
				if (!(i < s.length && (48 <= s.charCodeAt(i) && s.charCodeAt(i) <= 57 || (s.charCodeAt(i) === 95)))) { break; }
				if (s.charCodeAt(i) === 95) {
					underscores = true;
					i = i + (1) >> 0;
					continue;
				}
				if (e < 10000) {
					e = (($imul(e, 10)) + ((s.charCodeAt(i) >> 0)) >> 0) - 48 >> 0;
				}
				i = i + (1) >> 0;
			}
			dp = dp + (($imul(e, esign))) >> 0;
		} else if ((base.$high === 0 && base.$low === 16)) {
			return [mantissa, exp, neg, trunc, hex, i, ok];
		}
		if (!((mantissa.$high === 0 && mantissa.$low === 0))) {
			exp = dp - ndMant >> 0;
		}
		if (underscores && !underscoreOK($substring(s, 0, i))) {
			return [mantissa, exp, neg, trunc, hex, i, ok];
		}
		ok = true;
		return [mantissa, exp, neg, trunc, hex, i, ok];
	};
	decimal.ptr.prototype.floatBits = function(flt) {
		var _tmp, _tmp$1, b, bits$1, d, exp, flt, mant, n, n$1, n$2, overflow, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, y, y$1, y$2, y$3, $s;
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = new $Uint64(0, 0);
		overflow = false;
		d = this;
		exp = 0;
		mant = new $Uint64(0, 0);
		/* */ if (d.nd === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (d.nd === 0) { */ case 1:
			mant = new $Uint64(0, 0);
			exp = flt.bias;
			/* goto out */ $s = 3; continue;
		/* } */ case 2:
		/* */ if (d.dp > 310) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (d.dp > 310) { */ case 4:
			/* goto overflow */ $s = 6; continue;
		/* } */ case 5:
		/* */ if (d.dp < -330) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (d.dp < -330) { */ case 7:
			mant = new $Uint64(0, 0);
			exp = flt.bias;
			/* goto out */ $s = 3; continue;
		/* } */ case 8:
		exp = 0;
		while (true) {
			if (!(d.dp > 0)) { break; }
			n = 0;
			if (d.dp >= powtab.$length) {
				n = 27;
			} else {
				n = (x = d.dp, ((x < 0 || x >= powtab.$length) ? ($throwRuntimeError("index out of range"), undefined) : powtab.$array[powtab.$offset + x]));
			}
			d.Shift(-n);
			exp = exp + (n) >> 0;
		}
		while (true) {
			if (!(d.dp < 0 || (d.dp === 0) && d.d[0] < 53)) { break; }
			n$1 = 0;
			if (-d.dp >= powtab.$length) {
				n$1 = 27;
			} else {
				n$1 = (x$1 = -d.dp, ((x$1 < 0 || x$1 >= powtab.$length) ? ($throwRuntimeError("index out of range"), undefined) : powtab.$array[powtab.$offset + x$1]));
			}
			d.Shift(n$1);
			exp = exp - (n$1) >> 0;
		}
		exp = exp - (1) >> 0;
		if (exp < (flt.bias + 1 >> 0)) {
			n$2 = (flt.bias + 1 >> 0) - exp >> 0;
			d.Shift(-n$2);
			exp = exp + (n$2) >> 0;
		}
		/* */ if ((exp - flt.bias >> 0) >= (((y = flt.expbits, y < 32 ? (1 << y) : 0) >> 0) - 1 >> 0)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if ((exp - flt.bias >> 0) >= (((y = flt.expbits, y < 32 ? (1 << y) : 0) >> 0) - 1 >> 0)) { */ case 9:
			/* goto overflow */ $s = 6; continue;
		/* } */ case 10:
		d.Shift((((1 + flt.mantbits >>> 0) >> 0)));
		mant = d.RoundedInteger();
		/* */ if ((x$2 = $shiftLeft64(new $Uint64(0, 2), flt.mantbits), (mant.$high === x$2.$high && mant.$low === x$2.$low))) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if ((x$2 = $shiftLeft64(new $Uint64(0, 2), flt.mantbits), (mant.$high === x$2.$high && mant.$low === x$2.$low))) { */ case 11:
			mant = $shiftRightUint64(mant, (1));
			exp = exp + (1) >> 0;
			/* */ if ((exp - flt.bias >> 0) >= (((y$1 = flt.expbits, y$1 < 32 ? (1 << y$1) : 0) >> 0) - 1 >> 0)) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if ((exp - flt.bias >> 0) >= (((y$1 = flt.expbits, y$1 < 32 ? (1 << y$1) : 0) >> 0) - 1 >> 0)) { */ case 13:
				/* goto overflow */ $s = 6; continue;
			/* } */ case 14:
		/* } */ case 12:
		if ((x$3 = (x$4 = $shiftLeft64(new $Uint64(0, 1), flt.mantbits), new $Uint64(mant.$high & x$4.$high, (mant.$low & x$4.$low) >>> 0)), (x$3.$high === 0 && x$3.$low === 0))) {
			exp = flt.bias;
		}
		/* goto out */ $s = 3; continue;
		/* overflow: */ case 6:
		mant = new $Uint64(0, 0);
		exp = (((y$2 = flt.expbits, y$2 < 32 ? (1 << y$2) : 0) >> 0) - 1 >> 0) + flt.bias >> 0;
		overflow = true;
		/* out: */ case 3:
		bits$1 = (x$5 = (x$6 = $shiftLeft64(new $Uint64(0, 1), flt.mantbits), new $Uint64(x$6.$high - 0, x$6.$low - 1)), new $Uint64(mant.$high & x$5.$high, (mant.$low & x$5.$low) >>> 0));
		bits$1 = (x$7 = $shiftLeft64((new $Uint64(0, (((exp - flt.bias >> 0)) & ((((y$3 = flt.expbits, y$3 < 32 ? (1 << y$3) : 0) >> 0) - 1 >> 0))))), flt.mantbits), new $Uint64(bits$1.$high | x$7.$high, (bits$1.$low | x$7.$low) >>> 0));
		if (d.neg) {
			bits$1 = (x$8 = $shiftLeft64($shiftLeft64(new $Uint64(0, 1), flt.mantbits), flt.expbits), new $Uint64(bits$1.$high | x$8.$high, (bits$1.$low | x$8.$low) >>> 0));
		}
		_tmp = bits$1;
		_tmp$1 = overflow;
		b = _tmp;
		overflow = _tmp$1;
		$s = -1; return [b, overflow];
		/* */ } return; }
	};
	decimal.prototype.floatBits = function(flt) { return this.$val.floatBits(flt); };
	atof64exact = function(mantissa, exp, neg) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, exp, f, mantissa, neg, ok, x, x$1, x$2;
		f = 0;
		ok = false;
		if (!((x = $shiftRightUint64(mantissa, float64info.mantbits), (x.$high === 0 && x.$low === 0)))) {
			return [f, ok];
		}
		f = ($flatten64(mantissa));
		if (neg) {
			f = -f;
		}
		if ((exp === 0)) {
			_tmp = f;
			_tmp$1 = true;
			f = _tmp;
			ok = _tmp$1;
			return [f, ok];
		} else if (exp > 0 && exp <= 37) {
			if (exp > 22) {
				f = f * ((x$1 = exp - 22 >> 0, ((x$1 < 0 || x$1 >= float64pow10.$length) ? ($throwRuntimeError("index out of range"), undefined) : float64pow10.$array[float64pow10.$offset + x$1])));
				exp = 22;
			}
			if (f > 1e+15 || f < -1e+15) {
				return [f, ok];
			}
			_tmp$2 = f * ((exp < 0 || exp >= float64pow10.$length) ? ($throwRuntimeError("index out of range"), undefined) : float64pow10.$array[float64pow10.$offset + exp]);
			_tmp$3 = true;
			f = _tmp$2;
			ok = _tmp$3;
			return [f, ok];
		} else if (exp < 0 && exp >= -22) {
			_tmp$4 = f / (x$2 = -exp, ((x$2 < 0 || x$2 >= float64pow10.$length) ? ($throwRuntimeError("index out of range"), undefined) : float64pow10.$array[float64pow10.$offset + x$2]));
			_tmp$5 = true;
			f = _tmp$4;
			ok = _tmp$5;
			return [f, ok];
		}
		return [f, ok];
	};
	atof32exact = function(mantissa, exp, neg) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, exp, f, mantissa, neg, ok, x, x$1, x$2;
		f = 0;
		ok = false;
		if (!((x = $shiftRightUint64(mantissa, float32info.mantbits), (x.$high === 0 && x.$low === 0)))) {
			return [f, ok];
		}
		f = ($flatten64(mantissa));
		if (neg) {
			f = -f;
		}
		if ((exp === 0)) {
			_tmp = f;
			_tmp$1 = true;
			f = _tmp;
			ok = _tmp$1;
			return [f, ok];
		} else if (exp > 0 && exp <= 17) {
			if (exp > 10) {
				f = $fround(f * ((x$1 = exp - 10 >> 0, ((x$1 < 0 || x$1 >= float32pow10.$length) ? ($throwRuntimeError("index out of range"), undefined) : float32pow10.$array[float32pow10.$offset + x$1]))));
				exp = 10;
			}
			if (f > 1e+07 || f < -1e+07) {
				return [f, ok];
			}
			_tmp$2 = $fround(f * ((exp < 0 || exp >= float32pow10.$length) ? ($throwRuntimeError("index out of range"), undefined) : float32pow10.$array[float32pow10.$offset + exp]));
			_tmp$3 = true;
			f = _tmp$2;
			ok = _tmp$3;
			return [f, ok];
		} else if (exp < 0 && exp >= -10) {
			_tmp$4 = $fround(f / (x$2 = -exp, ((x$2 < 0 || x$2 >= float32pow10.$length) ? ($throwRuntimeError("index out of range"), undefined) : float32pow10.$array[float32pow10.$offset + x$2])));
			_tmp$5 = true;
			f = _tmp$4;
			ok = _tmp$5;
			return [f, ok];
		}
		return [f, ok];
	};
	atofHex = function(s, flt, mantissa, exp, neg, trunc) {
		var bits$1, err, exp, flt, mantissa, maxExp, minExp, neg, round, s, trunc, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, y$1;
		maxExp = (((y = flt.expbits, y < 32 ? (1 << y) : 0) >> 0) + flt.bias >> 0) - 2 >> 0;
		minExp = flt.bias + 1 >> 0;
		exp = exp + (((flt.mantbits >> 0))) >> 0;
		while (true) {
			if (!(!((mantissa.$high === 0 && mantissa.$low === 0)) && (x = $shiftRightUint64(mantissa, ((flt.mantbits + 2 >>> 0))), (x.$high === 0 && x.$low === 0)))) { break; }
			mantissa = $shiftLeft64(mantissa, (1));
			exp = exp - (1) >> 0;
		}
		if (trunc) {
			mantissa = (x$1 = new $Uint64(0, 1), new $Uint64(mantissa.$high | x$1.$high, (mantissa.$low | x$1.$low) >>> 0));
		}
		while (true) {
			if (!(!((x$2 = $shiftRightUint64(mantissa, (((1 + flt.mantbits >>> 0) + 2 >>> 0))), (x$2.$high === 0 && x$2.$low === 0))))) { break; }
			mantissa = (x$3 = $shiftRightUint64(mantissa, 1), x$4 = new $Uint64(mantissa.$high & 0, (mantissa.$low & 1) >>> 0), new $Uint64(x$3.$high | x$4.$high, (x$3.$low | x$4.$low) >>> 0));
			exp = exp + (1) >> 0;
		}
		while (true) {
			if (!((mantissa.$high > 0 || (mantissa.$high === 0 && mantissa.$low > 1)) && exp < (minExp - 2 >> 0))) { break; }
			mantissa = (x$5 = $shiftRightUint64(mantissa, 1), x$6 = new $Uint64(mantissa.$high & 0, (mantissa.$low & 1) >>> 0), new $Uint64(x$5.$high | x$6.$high, (x$5.$low | x$6.$low) >>> 0));
			exp = exp + (1) >> 0;
		}
		round = new $Uint64(mantissa.$high & 0, (mantissa.$low & 3) >>> 0);
		mantissa = $shiftRightUint64(mantissa, (2));
		round = (x$7 = new $Uint64(mantissa.$high & 0, (mantissa.$low & 1) >>> 0), new $Uint64(round.$high | x$7.$high, (round.$low | x$7.$low) >>> 0));
		exp = exp + (2) >> 0;
		if ((round.$high === 0 && round.$low === 3)) {
			mantissa = (x$8 = new $Uint64(0, 1), new $Uint64(mantissa.$high + x$8.$high, mantissa.$low + x$8.$low));
			if ((x$9 = $shiftLeft64(new $Uint64(0, 1), ((1 + flt.mantbits >>> 0))), (mantissa.$high === x$9.$high && mantissa.$low === x$9.$low))) {
				mantissa = $shiftRightUint64(mantissa, (1));
				exp = exp + (1) >> 0;
			}
		}
		if ((x$10 = $shiftRightUint64(mantissa, flt.mantbits), (x$10.$high === 0 && x$10.$low === 0))) {
			exp = flt.bias;
		}
		err = $ifaceNil;
		if (exp > maxExp) {
			mantissa = $shiftLeft64(new $Uint64(0, 1), flt.mantbits);
			exp = maxExp + 1 >> 0;
			err = rangeError("ParseFloat", s);
		}
		bits$1 = (x$11 = (x$12 = $shiftLeft64(new $Uint64(0, 1), flt.mantbits), new $Uint64(x$12.$high - 0, x$12.$low - 1)), new $Uint64(mantissa.$high & x$11.$high, (mantissa.$low & x$11.$low) >>> 0));
		bits$1 = (x$13 = $shiftLeft64((new $Uint64(0, (((exp - flt.bias >> 0)) & ((((y$1 = flt.expbits, y$1 < 32 ? (1 << y$1) : 0) >> 0) - 1 >> 0))))), flt.mantbits), new $Uint64(bits$1.$high | x$13.$high, (bits$1.$low | x$13.$low) >>> 0));
		if (neg) {
			bits$1 = (x$14 = $shiftLeft64($shiftLeft64(new $Uint64(0, 1), flt.mantbits), flt.expbits), new $Uint64(bits$1.$high | x$14.$high, (bits$1.$low | x$14.$low) >>> 0));
		}
		if (flt === float32info) {
			return [(math.Float32frombits(((bits$1.$low >>> 0)))), err];
		}
		return [math.Float64frombits(bits$1), err];
	};
	atof32 = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, b, d, err, err$1, exp, f, f$1, f$2, f$3, fUp, hex, mantissa, n, n$1, neg, ok, ok$1, ok$2, ok$3, ok$4, ovf, s, trunc, val;
		f = 0;
		n = 0;
		err = $ifaceNil;
		_tuple = special(s);
		val = _tuple[0];
		n$1 = _tuple[1];
		ok = _tuple[2];
		if (ok) {
			_tmp = ($fround(val));
			_tmp$1 = n$1;
			_tmp$2 = $ifaceNil;
			f = _tmp;
			n = _tmp$1;
			err = _tmp$2;
			return [f, n, err];
		}
		_tuple$1 = readFloat(s);
		mantissa = _tuple$1[0];
		exp = _tuple$1[1];
		neg = _tuple$1[2];
		trunc = _tuple$1[3];
		hex = _tuple$1[4];
		n = _tuple$1[5];
		ok$1 = _tuple$1[6];
		if (!ok$1) {
			_tmp$3 = 0;
			_tmp$4 = n;
			_tmp$5 = syntaxError("ParseFloat", s);
			f = _tmp$3;
			n = _tmp$4;
			err = _tmp$5;
			return [f, n, err];
		}
		if (hex) {
			_tuple$2 = atofHex($substring(s, 0, n), float32info, mantissa, exp, neg, trunc);
			f$1 = _tuple$2[0];
			err$1 = _tuple$2[1];
			_tmp$6 = ($fround(f$1));
			_tmp$7 = n;
			_tmp$8 = err$1;
			f = _tmp$6;
			n = _tmp$7;
			err = _tmp$8;
			return [f, n, err];
		}
		if (optimize) {
			if (!trunc) {
				_tuple$3 = atof32exact(mantissa, exp, neg);
				f$2 = _tuple$3[0];
				ok$2 = _tuple$3[1];
				if (ok$2) {
					_tmp$9 = f$2;
					_tmp$10 = n;
					_tmp$11 = $ifaceNil;
					f = _tmp$9;
					n = _tmp$10;
					err = _tmp$11;
					return [f, n, err];
				}
			}
			_tuple$4 = eiselLemire32(mantissa, exp, neg);
			f$3 = _tuple$4[0];
			ok$3 = _tuple$4[1];
			if (ok$3) {
				if (!trunc) {
					_tmp$12 = f$3;
					_tmp$13 = n;
					_tmp$14 = $ifaceNil;
					f = _tmp$12;
					n = _tmp$13;
					err = _tmp$14;
					return [f, n, err];
				}
				_tuple$5 = eiselLemire32(new $Uint64(mantissa.$high + 0, mantissa.$low + 1), exp, neg);
				fUp = _tuple$5[0];
				ok$4 = _tuple$5[1];
				if (ok$4 && (f$3 === fUp)) {
					_tmp$15 = f$3;
					_tmp$16 = n;
					_tmp$17 = $ifaceNil;
					f = _tmp$15;
					n = _tmp$16;
					err = _tmp$17;
					return [f, n, err];
				}
			}
		}
		d = new decimal.ptr(arrayType$5.zero(), 0, 0, false, false);
		if (!d.set($substring(s, 0, n))) {
			_tmp$18 = 0;
			_tmp$19 = n;
			_tmp$20 = syntaxError("ParseFloat", s);
			f = _tmp$18;
			n = _tmp$19;
			err = _tmp$20;
			return [f, n, err];
		}
		_tuple$6 = d.floatBits(float32info);
		b = _tuple$6[0];
		ovf = _tuple$6[1];
		f = math.Float32frombits(((b.$low >>> 0)));
		if (ovf) {
			err = rangeError("ParseFloat", s);
		}
		_tmp$21 = f;
		_tmp$22 = n;
		_tmp$23 = err;
		f = _tmp$21;
		n = _tmp$22;
		err = _tmp$23;
		return [f, n, err];
	};
	atof64 = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, b, d, err, err$1, exp, f, f$1, f$2, f$3, fUp, hex, mantissa, n, n$1, neg, ok, ok$1, ok$2, ok$3, ok$4, ovf, s, trunc, val;
		f = 0;
		n = 0;
		err = $ifaceNil;
		_tuple = special(s);
		val = _tuple[0];
		n$1 = _tuple[1];
		ok = _tuple[2];
		if (ok) {
			_tmp = val;
			_tmp$1 = n$1;
			_tmp$2 = $ifaceNil;
			f = _tmp;
			n = _tmp$1;
			err = _tmp$2;
			return [f, n, err];
		}
		_tuple$1 = readFloat(s);
		mantissa = _tuple$1[0];
		exp = _tuple$1[1];
		neg = _tuple$1[2];
		trunc = _tuple$1[3];
		hex = _tuple$1[4];
		n = _tuple$1[5];
		ok$1 = _tuple$1[6];
		if (!ok$1) {
			_tmp$3 = 0;
			_tmp$4 = n;
			_tmp$5 = syntaxError("ParseFloat", s);
			f = _tmp$3;
			n = _tmp$4;
			err = _tmp$5;
			return [f, n, err];
		}
		if (hex) {
			_tuple$2 = atofHex($substring(s, 0, n), float64info, mantissa, exp, neg, trunc);
			f$1 = _tuple$2[0];
			err$1 = _tuple$2[1];
			_tmp$6 = f$1;
			_tmp$7 = n;
			_tmp$8 = err$1;
			f = _tmp$6;
			n = _tmp$7;
			err = _tmp$8;
			return [f, n, err];
		}
		if (optimize) {
			if (!trunc) {
				_tuple$3 = atof64exact(mantissa, exp, neg);
				f$2 = _tuple$3[0];
				ok$2 = _tuple$3[1];
				if (ok$2) {
					_tmp$9 = f$2;
					_tmp$10 = n;
					_tmp$11 = $ifaceNil;
					f = _tmp$9;
					n = _tmp$10;
					err = _tmp$11;
					return [f, n, err];
				}
			}
			_tuple$4 = eiselLemire64(mantissa, exp, neg);
			f$3 = _tuple$4[0];
			ok$3 = _tuple$4[1];
			if (ok$3) {
				if (!trunc) {
					_tmp$12 = f$3;
					_tmp$13 = n;
					_tmp$14 = $ifaceNil;
					f = _tmp$12;
					n = _tmp$13;
					err = _tmp$14;
					return [f, n, err];
				}
				_tuple$5 = eiselLemire64(new $Uint64(mantissa.$high + 0, mantissa.$low + 1), exp, neg);
				fUp = _tuple$5[0];
				ok$4 = _tuple$5[1];
				if (ok$4 && (f$3 === fUp)) {
					_tmp$15 = f$3;
					_tmp$16 = n;
					_tmp$17 = $ifaceNil;
					f = _tmp$15;
					n = _tmp$16;
					err = _tmp$17;
					return [f, n, err];
				}
			}
		}
		d = new decimal.ptr(arrayType$5.zero(), 0, 0, false, false);
		if (!d.set($substring(s, 0, n))) {
			_tmp$18 = 0;
			_tmp$19 = n;
			_tmp$20 = syntaxError("ParseFloat", s);
			f = _tmp$18;
			n = _tmp$19;
			err = _tmp$20;
			return [f, n, err];
		}
		_tuple$6 = d.floatBits(float64info);
		b = _tuple$6[0];
		ovf = _tuple$6[1];
		f = math.Float64frombits(b);
		if (ovf) {
			err = rangeError("ParseFloat", s);
		}
		_tmp$21 = f;
		_tmp$22 = n;
		_tmp$23 = err;
		f = _tmp$21;
		n = _tmp$22;
		err = _tmp$23;
		return [f, n, err];
	};
	ParseFloat = function(s, bitSize) {
		var _tuple, bitSize, err, f, n, s;
		_tuple = parseFloatPrefix(s, bitSize);
		f = _tuple[0];
		n = _tuple[1];
		err = _tuple[2];
		if (!((n === s.length)) && ($interfaceIsEqual(err, $ifaceNil) || !($interfaceIsEqual($assertType(err, ptrType$1).Err, $pkg.ErrSyntax)))) {
			return [0, syntaxError("ParseFloat", s)];
		}
		return [f, err];
	};
	$pkg.ParseFloat = ParseFloat;
	parseFloatPrefix = function(s, bitSize) {
		var _tuple, bitSize, err, f, n, s;
		if (bitSize === 32) {
			_tuple = atof32(s);
			f = _tuple[0];
			n = _tuple[1];
			err = _tuple[2];
			return [(f), n, err];
		}
		return atof64(s);
	};
	ParseBool = function(str) {
		var _1, str;
		_1 = str;
		if (_1 === ("1") || _1 === ("t") || _1 === ("T") || _1 === ("true") || _1 === ("TRUE") || _1 === ("True")) {
			return [true, $ifaceNil];
		} else if (_1 === ("0") || _1 === ("f") || _1 === ("F") || _1 === ("false") || _1 === ("FALSE") || _1 === ("False")) {
			return [false, $ifaceNil];
		}
		return [false, syntaxError("ParseBool", str)];
	};
	$pkg.ParseBool = ParseBool;
	FormatBool = function(b) {
		var b;
		if (b) {
			return "true";
		}
		return "false";
	};
	$pkg.FormatBool = FormatBool;
	AppendBool = function(dst, b) {
		var b, dst;
		if (b) {
			return $appendSlice(dst, "true");
		}
		return $appendSlice(dst, "false");
	};
	$pkg.AppendBool = AppendBool;
	Itoa = function(i) {
		var i;
		return $internalize(i.toString(), $String);
	};
	$pkg.Itoa = Itoa;
	Atoi = function(s) {
		var floatval, i, jsValue, s, v;
		if (s.length === 0) {
			return [0, syntaxError("Atoi", s)];
		}
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			v = s.charCodeAt(i);
			if (v < 48 || v > 57) {
				if (!((v === 43)) && !((v === 45))) {
					return [0, syntaxError("Atoi", s)];
				}
			}
			i = i + (1) >> 0;
		}
		jsValue = $global.Number($externalize(s, $String), 10);
		if (!!!($global.isFinite(jsValue))) {
			return [0, syntaxError("Atoi", s)];
		}
		floatval = $parseFloat(jsValue);
		if (floatval > 2.147483647e+09) {
			return [2147483647, rangeError("Atoi", s)];
		} else if (floatval < -2.147483648e+09) {
			return [-2147483648, rangeError("Atoi", s)];
		}
		return [$parseInt(jsValue) >> 0, $ifaceNil];
	};
	$pkg.Atoi = Atoi;
	ptrType$2.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Assign", name: "Assign", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "Shift", name: "Shift", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Round", name: "Round", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "RoundDown", name: "RoundDown", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "RoundUp", name: "RoundUp", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "RoundedInteger", name: "RoundedInteger", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "set", name: "set", pkg: "strconv", typ: $funcType([$String], [$Bool], false)}, {prop: "floatBits", name: "floatBits", pkg: "strconv", typ: $funcType([ptrType], [$Uint64, $Bool], false)}];
	ptrType$1.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}];
	floatInfo.init("strconv", [{prop: "mantbits", name: "mantbits", embedded: false, exported: false, typ: $Uint, tag: ""}, {prop: "expbits", name: "expbits", embedded: false, exported: false, typ: $Uint, tag: ""}, {prop: "bias", name: "bias", embedded: false, exported: false, typ: $Int, tag: ""}]);
	decimalSlice.init("strconv", [{prop: "d", name: "d", embedded: false, exported: false, typ: sliceType$6, tag: ""}, {prop: "nd", name: "nd", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "dp", name: "dp", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "neg", name: "neg", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	decimal.init("strconv", [{prop: "d", name: "d", embedded: false, exported: false, typ: arrayType$5, tag: ""}, {prop: "nd", name: "nd", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "dp", name: "dp", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "neg", name: "neg", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "trunc", name: "trunc", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	leftCheat.init("strconv", [{prop: "delta", name: "delta", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "cutoff", name: "cutoff", embedded: false, exported: false, typ: $String, tag: ""}]);
	NumError.init("", [{prop: "Func", name: "Func", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Num", name: "Num", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytealg.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		isPrint16 = new sliceType([32, 126, 161, 887, 890, 895, 900, 1366, 1369, 1418, 1421, 1479, 1488, 1514, 1519, 1524, 1542, 1563, 1566, 1805, 1808, 1866, 1869, 1969, 1984, 2042, 2045, 2093, 2096, 2139, 2142, 2154, 2208, 2247, 2259, 2444, 2447, 2448, 2451, 2482, 2486, 2489, 2492, 2500, 2503, 2504, 2507, 2510, 2519, 2519, 2524, 2531, 2534, 2558, 2561, 2570, 2575, 2576, 2579, 2617, 2620, 2626, 2631, 2632, 2635, 2637, 2641, 2641, 2649, 2654, 2662, 2678, 2689, 2745, 2748, 2765, 2768, 2768, 2784, 2787, 2790, 2801, 2809, 2828, 2831, 2832, 2835, 2873, 2876, 2884, 2887, 2888, 2891, 2893, 2901, 2903, 2908, 2915, 2918, 2935, 2946, 2954, 2958, 2965, 2969, 2975, 2979, 2980, 2984, 2986, 2990, 3001, 3006, 3010, 3014, 3021, 3024, 3024, 3031, 3031, 3046, 3066, 3072, 3129, 3133, 3149, 3157, 3162, 3168, 3171, 3174, 3183, 3191, 3257, 3260, 3277, 3285, 3286, 3294, 3299, 3302, 3314, 3328, 3407, 3412, 3427, 3430, 3478, 3482, 3517, 3520, 3526, 3530, 3530, 3535, 3551, 3558, 3567, 3570, 3572, 3585, 3642, 3647, 3675, 3713, 3773, 3776, 3789, 3792, 3801, 3804, 3807, 3840, 3948, 3953, 4058, 4096, 4295, 4301, 4301, 4304, 4685, 4688, 4701, 4704, 4749, 4752, 4789, 4792, 4805, 4808, 4885, 4888, 4954, 4957, 4988, 4992, 5017, 5024, 5109, 5112, 5117, 5120, 5788, 5792, 5880, 5888, 5908, 5920, 5942, 5952, 5971, 5984, 6003, 6016, 6109, 6112, 6121, 6128, 6137, 6144, 6157, 6160, 6169, 6176, 6264, 6272, 6314, 6320, 6389, 6400, 6443, 6448, 6459, 6464, 6464, 6468, 6509, 6512, 6516, 6528, 6571, 6576, 6601, 6608, 6618, 6622, 6683, 6686, 6780, 6783, 6793, 6800, 6809, 6816, 6829, 6832, 6848, 6912, 6987, 6992, 7036, 7040, 7155, 7164, 7223, 7227, 7241, 7245, 7304, 7312, 7354, 7357, 7367, 7376, 7418, 7424, 7957, 7960, 7965, 7968, 8005, 8008, 8013, 8016, 8061, 8064, 8147, 8150, 8175, 8178, 8190, 8208, 8231, 8240, 8286, 8304, 8305, 8308, 8348, 8352, 8383, 8400, 8432, 8448, 8587, 8592, 9254, 9280, 9290, 9312, 11123, 11126, 11507, 11513, 11559, 11565, 11565, 11568, 11623, 11631, 11632, 11647, 11670, 11680, 11858, 11904, 12019, 12032, 12245, 12272, 12283, 12289, 12438, 12441, 12543, 12549, 12771, 12784, 40956, 40960, 42124, 42128, 42182, 42192, 42539, 42560, 42743, 42752, 42943, 42946, 42954, 42997, 43052, 43056, 43065, 43072, 43127, 43136, 43205, 43214, 43225, 43232, 43347, 43359, 43388, 43392, 43481, 43486, 43574, 43584, 43597, 43600, 43609, 43612, 43714, 43739, 43766, 43777, 43782, 43785, 43790, 43793, 43798, 43808, 43883, 43888, 44013, 44016, 44025, 44032, 55203, 55216, 55238, 55243, 55291, 63744, 64109, 64112, 64217, 64256, 64262, 64275, 64279, 64285, 64449, 64467, 64831, 64848, 64911, 64914, 64967, 65008, 65021, 65024, 65049, 65056, 65131, 65136, 65276, 65281, 65470, 65474, 65479, 65482, 65487, 65490, 65495, 65498, 65500, 65504, 65518, 65532, 65533]);
		isNotPrint16 = new sliceType([173, 907, 909, 930, 1328, 1424, 1757, 2111, 2143, 2229, 2274, 2436, 2473, 2481, 2526, 2564, 2601, 2609, 2612, 2615, 2621, 2653, 2692, 2702, 2706, 2729, 2737, 2740, 2758, 2762, 2816, 2820, 2857, 2865, 2868, 2910, 2948, 2961, 2971, 2973, 3017, 3085, 3089, 3113, 3141, 3145, 3159, 3213, 3217, 3241, 3252, 3269, 3273, 3295, 3312, 3341, 3345, 3397, 3401, 3456, 3460, 3506, 3516, 3541, 3543, 3715, 3717, 3723, 3748, 3750, 3781, 3783, 3912, 3992, 4029, 4045, 4294, 4681, 4695, 4697, 4745, 4785, 4799, 4801, 4823, 4881, 5760, 5901, 5997, 6001, 6431, 6751, 7674, 8024, 8026, 8028, 8030, 8117, 8133, 8156, 8181, 8335, 11158, 11311, 11359, 11558, 11687, 11695, 11703, 11711, 11719, 11727, 11735, 11743, 11930, 12352, 12592, 12687, 12831, 43470, 43519, 43815, 43823, 64311, 64317, 64319, 64322, 64325, 65107, 65127, 65141, 65511]);
		isPrint32 = new sliceType$1([65536, 65613, 65616, 65629, 65664, 65786, 65792, 65794, 65799, 65843, 65847, 65948, 65952, 65952, 66000, 66045, 66176, 66204, 66208, 66256, 66272, 66299, 66304, 66339, 66349, 66378, 66384, 66426, 66432, 66499, 66504, 66517, 66560, 66717, 66720, 66729, 66736, 66771, 66776, 66811, 66816, 66855, 66864, 66915, 66927, 66927, 67072, 67382, 67392, 67413, 67424, 67431, 67584, 67589, 67592, 67640, 67644, 67644, 67647, 67742, 67751, 67759, 67808, 67829, 67835, 67867, 67871, 67897, 67903, 67903, 67968, 68023, 68028, 68047, 68050, 68102, 68108, 68149, 68152, 68154, 68159, 68168, 68176, 68184, 68192, 68255, 68288, 68326, 68331, 68342, 68352, 68405, 68409, 68437, 68440, 68466, 68472, 68497, 68505, 68508, 68521, 68527, 68608, 68680, 68736, 68786, 68800, 68850, 68858, 68903, 68912, 68921, 69216, 69293, 69296, 69297, 69376, 69415, 69424, 69465, 69552, 69579, 69600, 69622, 69632, 69709, 69714, 69743, 69759, 69825, 69840, 69864, 69872, 69881, 69888, 69959, 69968, 70006, 70016, 70132, 70144, 70206, 70272, 70313, 70320, 70378, 70384, 70393, 70400, 70412, 70415, 70416, 70419, 70468, 70471, 70472, 70475, 70477, 70480, 70480, 70487, 70487, 70493, 70499, 70502, 70508, 70512, 70516, 70656, 70753, 70784, 70855, 70864, 70873, 71040, 71093, 71096, 71133, 71168, 71236, 71248, 71257, 71264, 71276, 71296, 71352, 71360, 71369, 71424, 71450, 71453, 71467, 71472, 71487, 71680, 71739, 71840, 71922, 71935, 71942, 71945, 71945, 71948, 71992, 71995, 72006, 72016, 72025, 72096, 72103, 72106, 72151, 72154, 72164, 72192, 72263, 72272, 72354, 72384, 72440, 72704, 72773, 72784, 72812, 72816, 72847, 72850, 72886, 72960, 73014, 73018, 73031, 73040, 73049, 73056, 73112, 73120, 73129, 73440, 73464, 73648, 73648, 73664, 73713, 73727, 74649, 74752, 74868, 74880, 75075, 77824, 78894, 82944, 83526, 92160, 92728, 92736, 92777, 92782, 92783, 92880, 92909, 92912, 92917, 92928, 92997, 93008, 93047, 93053, 93071, 93760, 93850, 93952, 94026, 94031, 94087, 94095, 94111, 94176, 94180, 94192, 94193, 94208, 100343, 100352, 101589, 101632, 101640, 110592, 110878, 110928, 110930, 110948, 110951, 110960, 111355, 113664, 113770, 113776, 113788, 113792, 113800, 113808, 113817, 113820, 113823, 118784, 119029, 119040, 119078, 119081, 119154, 119163, 119272, 119296, 119365, 119520, 119539, 119552, 119638, 119648, 119672, 119808, 119967, 119970, 119970, 119973, 119974, 119977, 120074, 120077, 120134, 120138, 120485, 120488, 120779, 120782, 121483, 121499, 121519, 122880, 122904, 122907, 122922, 123136, 123180, 123184, 123197, 123200, 123209, 123214, 123215, 123584, 123641, 123647, 123647, 124928, 125124, 125127, 125142, 125184, 125259, 125264, 125273, 125278, 125279, 126065, 126132, 126209, 126269, 126464, 126500, 126503, 126523, 126530, 126530, 126535, 126548, 126551, 126564, 126567, 126619, 126625, 126651, 126704, 126705, 126976, 127019, 127024, 127123, 127136, 127150, 127153, 127221, 127232, 127405, 127462, 127490, 127504, 127547, 127552, 127560, 127568, 127569, 127584, 127589, 127744, 128727, 128736, 128748, 128752, 128764, 128768, 128883, 128896, 128984, 128992, 129003, 129024, 129035, 129040, 129095, 129104, 129113, 129120, 129159, 129168, 129197, 129200, 129201, 129280, 129619, 129632, 129645, 129648, 129652, 129656, 129658, 129664, 129670, 129680, 129704, 129712, 129718, 129728, 129730, 129744, 129750, 129792, 129994, 130032, 130041, 131072, 173789, 173824, 177972, 177984, 178205, 178208, 183969, 183984, 191456, 194560, 195101, 196608, 201546, 917760, 917999]);
		isNotPrint32 = new sliceType([12, 39, 59, 62, 399, 926, 2057, 2102, 2134, 2291, 2564, 2580, 2584, 3711, 3754, 4285, 4405, 4576, 4626, 4743, 4745, 4750, 4766, 4868, 4905, 4913, 4916, 4922, 5212, 6420, 6423, 6454, 7177, 7223, 7336, 7431, 7434, 7483, 7486, 7526, 7529, 7567, 7570, 9327, 27231, 27482, 27490, 54357, 54429, 54445, 54458, 54460, 54468, 54534, 54549, 54557, 54586, 54591, 54597, 54609, 55968, 57351, 57378, 57381, 60932, 60960, 60963, 60968, 60979, 60984, 60986, 61000, 61002, 61004, 61008, 61011, 61016, 61018, 61020, 61022, 61024, 61027, 61035, 61043, 61048, 61053, 61055, 61066, 61092, 61098, 61632, 61648, 63865, 63948, 64403]);
		isGraphic = new sliceType([160, 5760, 8192, 8193, 8194, 8195, 8196, 8197, 8198, 8199, 8200, 8201, 8202, 8239, 8287, 12288]);
		uint64pow10 = $toNativeArray($kindUint64, [new $Uint64(0, 1), new $Uint64(0, 10), new $Uint64(0, 100), new $Uint64(0, 1000), new $Uint64(0, 10000), new $Uint64(0, 100000), new $Uint64(0, 1000000), new $Uint64(0, 10000000), new $Uint64(0, 100000000), new $Uint64(0, 1000000000), new $Uint64(2, 1410065408), new $Uint64(23, 1215752192), new $Uint64(232, 3567587328), new $Uint64(2328, 1316134912), new $Uint64(23283, 276447232), new $Uint64(232830, 2764472320), new $Uint64(2328306, 1874919424), new $Uint64(23283064, 1569325056), new $Uint64(232830643, 2808348672), new $Uint64(2328306436, 2313682944)]);
		float32info = new floatInfo.ptr(23, 8, -127);
		float64info = new floatInfo.ptr(52, 11, -1023);
		detailedPowersOfTen = $toNativeArray($kindArray, [$toNativeArray($kindUint64, [new $Uint64(389204073, 3445679187), new $Uint64(4203730336, 136053384)]), $toNativeArray($kindUint64, [new $Uint64(243252546, 542936756), new $Uint64(2627331460, 85033365)]), $toNativeArray($kindUint64, [new $Uint64(1377807506, 2826154593), new $Uint64(3284164325, 106291706)]), $toNativeArray($kindUint64, [new $Uint64(3869743031, 1385209593), new $Uint64(4105205406, 1206606456)]), $toNativeArray($kindUint64, [new $Uint64(2418589394, 2476368732), new $Uint64(2565753378, 3975354507)]), $toNativeArray($kindUint64, [new $Uint64(1949494919, 947977267), new $Uint64(3207191723, 2821709486)]), $toNativeArray($kindUint64, [new $Uint64(289385001, 111229759), new $Uint64(4008989654, 2453395034)]), $toNativeArray($kindUint64, [new $Uint64(1254607449, 2753873159), new $Uint64(2505618534, 459630072)]), $toNativeArray($kindUint64, [new $Uint64(1568259312, 221115977), new $Uint64(3132023167, 2722021238)]), $toNativeArray($kindUint64, [new $Uint64(4107807788, 276394972), new $Uint64(3915028959, 2328784723)]), $toNativeArray($kindUint64, [new $Uint64(2030508955, 2320230505), new $Uint64(2446893099, 3066103188)]), $toNativeArray($kindUint64, [new $Uint64(2538136194, 1826546308), new $Uint64(3058616374, 2758887161)]), $toNativeArray($kindUint64, [new $Uint64(4246412067, 135699237), new $Uint64(3823270468, 1301125303)]), $toNativeArray($kindUint64, [new $Uint64(4264620277, 3842908407), new $Uint64(2389544042, 2960686962)]), $toNativeArray($kindUint64, [new $Uint64(3183291699, 1582410037), new $Uint64(2986930053, 1553375055)]), $toNativeArray($kindUint64, [new $Uint64(2905372800, 904270722), new $Uint64(3733662566, 3015460643)]), $toNativeArray($kindUint64, [new $Uint64(1278987088, 565169201), new $Uint64(2333539104, 810921078)]), $toNativeArray($kindUint64, [new $Uint64(3746217508, 706461501), new $Uint64(2916923880, 1013651347)]), $toNativeArray($kindUint64, [new $Uint64(3609030061, 883076877), new $Uint64(3646154850, 1267064184)]), $toNativeArray($kindUint64, [new $Uint64(2255643788, 1088793960), new $Uint64(2278846781, 1865656939)]), $toNativeArray($kindUint64, [new $Uint64(1745812911, 1360992450), new $Uint64(2848558476, 3405812998)]), $toNativeArray($kindUint64, [new $Uint64(34782491, 627498738), new $Uint64(3560698095, 4257266248)]), $toNativeArray($kindUint64, [new $Uint64(21739056, 4150283095), new $Uint64(2225436309, 4271404141)]), $toNativeArray($kindUint64, [new $Uint64(1100915645, 892886573), new $Uint64(2781795387, 2118029704)]), $toNativeArray($kindUint64, [new $Uint64(1376144556, 2189850041), new $Uint64(3477244234, 1573795306)]), $toNativeArray($kindUint64, [new $Uint64(1933832171, 3516139923), new $Uint64(2173277646, 2057363890)]), $toNativeArray($kindUint64, [new $Uint64(269806566, 3321433080), new $Uint64(2716597058, 424221215)]), $toNativeArray($kindUint64, [new $Uint64(3558483680, 2004307702), new $Uint64(3395746322, 2677760166)]), $toNativeArray($kindUint64, [new $Uint64(2300620952, 2505384628), new $Uint64(4244682903, 1199716560)]), $toNativeArray($kindUint64, [new $Uint64(1437888095, 1565865392), new $Uint64(2652926814, 2360435586)]), $toNativeArray($kindUint64, [new $Uint64(3944843767, 883589917), new $Uint64(3316158518, 803060834)]), $toNativeArray($kindUint64, [new $Uint64(2783571061, 30745572), new $Uint64(4145198147, 3151309691)]), $toNativeArray($kindUint64, [new $Uint64(1202861001, 556086894), new $Uint64(2590748842, 1432697645)]), $toNativeArray($kindUint64, [new $Uint64(2577318075, 1768850442), new $Uint64(3238436052, 3938355704)]), $toNativeArray($kindUint64, [new $Uint64(3221647594, 1137321229), new $Uint64(4048045066, 627977334)]), $toNativeArray($kindUint64, [new $Uint64(939787922, 1784567592), new $Uint64(2530028166, 1466227658)]), $toNativeArray($kindUint64, [new $Uint64(3322218551, 83225842), new $Uint64(3162535207, 3980268220)]), $toNativeArray($kindUint64, [new $Uint64(4152773188, 3325257774), new $Uint64(3953169009, 3901593451)]), $toNativeArray($kindUint64, [new $Uint64(2058612330, 4225769757), new $Uint64(2470730631, 827883171)]), $toNativeArray($kindUint64, [new $Uint64(1499523589, 3134728548), new $Uint64(3088413288, 4256079436)]), $toNativeArray($kindUint64, [new $Uint64(1874404487, 697185213), new $Uint64(3860516611, 1025131999)]), $toNativeArray($kindUint64, [new $Uint64(2782115540, 2046353494), new $Uint64(2412822882, 103836587)]), $toNativeArray($kindUint64, [new $Uint64(2403902601, 2557941868), new $Uint64(3016028602, 2277279382)]), $toNativeArray($kindUint64, [new $Uint64(857394603, 4271169159), new $Uint64(3770035753, 699115580)]), $toNativeArray($kindUint64, [new $Uint64(2683355275, 2132609812), new $Uint64(2356272345, 3121301797)]), $toNativeArray($kindUint64, [new $Uint64(132968622, 1592020441), new $Uint64(2945340432, 680401775)]), $toNativeArray($kindUint64, [new $Uint64(3387436249, 4137509200), new $Uint64(3681675540, 850502218)]), $toNativeArray($kindUint64, [new $Uint64(3190889480, 975330514), new $Uint64(2301047212, 2679047534)]), $toNativeArray($kindUint64, [new $Uint64(1841128202, 1219163142), new $Uint64(2876309015, 3348809418)]), $toNativeArray($kindUint64, [new $Uint64(153926604, 3671437576), new $Uint64(3595386269, 3112269949)]), $toNativeArray($kindUint64, [new $Uint64(633075040, 147164837), new $Uint64(2247116418, 2482039630)]), $toNativeArray($kindUint64, [new $Uint64(2938827448, 183956046), new $Uint64(2808895523, 955065889)]), $toNativeArray($kindUint64, [new $Uint64(452308838, 229945057), new $Uint64(3511119404, 120090538)]), $toNativeArray($kindUint64, [new $Uint64(1356434847, 3364941133), new $Uint64(2194449627, 2222540234)]), $toNativeArray($kindUint64, [new $Uint64(3843027207, 3132434592), new $Uint64(2743062034, 1704433468)]), $toNativeArray($kindUint64, [new $Uint64(508816713, 2841801416), new $Uint64(3428827542, 4278025484)]), $toNativeArray($kindUint64, [new $Uint64(636020892, 331026298), new $Uint64(4286034428, 3200048207)]), $toNativeArray($kindUint64, [new $Uint64(2008125793, 2354375084), new $Uint64(2678771517, 4147513777)]), $toNativeArray($kindUint64, [new $Uint64(3583899065, 4016710679), new $Uint64(3348464397, 1963166749)]), $toNativeArray($kindUint64, [new $Uint64(1258648360, 1799662877), new $Uint64(4185580496, 3527700261)]), $toNativeArray($kindUint64, [new $Uint64(1323526137, 1124789298), new $Uint64(2615987810, 2204812663)]), $toNativeArray($kindUint64, [new $Uint64(580665847, 2479728447), new $Uint64(3269984763, 608532181)]), $toNativeArray($kindUint64, [new $Uint64(1799574133, 2025918735), new $Uint64(4087480953, 3981890698)]), $toNativeArray($kindUint64, [new $Uint64(2198475657, 1803070121), new $Uint64(2554675596, 878068950)]), $toNativeArray($kindUint64, [new $Uint64(600610923, 3327579475), new $Uint64(3193344495, 1097586188)]), $toNativeArray($kindUint64, [new $Uint64(750763654, 3085732520), new $Uint64(3991680619, 298240911)]), $toNativeArray($kindUint64, [new $Uint64(2079840020, 854841001), new $Uint64(2494800386, 3944496953)]), $toNativeArray($kindUint64, [new $Uint64(3673541849, 1068551251), new $Uint64(3118500483, 2783137543)]), $toNativeArray($kindUint64, [new $Uint64(3518185487, 2409430888), new $Uint64(3898125604, 2405180105)]), $toNativeArray($kindUint64, [new $Uint64(588253193, 3116507041), new $Uint64(2436328502, 3650721214)]), $toNativeArray($kindUint64, [new $Uint64(2882800140, 674408330), new $Uint64(3045410628, 2415917869)]), $toNativeArray($kindUint64, [new $Uint64(382274703, 843010412), new $Uint64(3806763285, 3019897337)]), $toNativeArray($kindUint64, [new $Uint64(2923276249, 2137494243), new $Uint64(2379227053, 2424306747)]), $toNativeArray($kindUint64, [new $Uint64(2580353487, 3745609628), new $Uint64(2974033816, 4104125258)]), $toNativeArray($kindUint64, [new $Uint64(1077958211, 3608270211), new $Uint64(3717542271, 835189277)]), $toNativeArray($kindUint64, [new $Uint64(1210594794, 1718297970), new $Uint64(2323463919, 2132606034)]), $toNativeArray($kindUint64, [new $Uint64(3660727141, 388815), new $Uint64(2904329899, 1592015718)]), $toNativeArray($kindUint64, [new $Uint64(2428425278, 1074227842), new $Uint64(3630412374, 916277824)]), $toNativeArray($kindUint64, [new $Uint64(1517765798, 3892617873), new $Uint64(2269007733, 3793899112)]), $toNativeArray($kindUint64, [new $Uint64(1897207248, 2718288694), new $Uint64(2836259667, 1521148418)]), $toNativeArray($kindUint64, [new $Uint64(224025412, 3397860867), new $Uint64(3545324584, 827693699)]), $toNativeArray($kindUint64, [new $Uint64(3898112266, 4271146690), new $Uint64(2215827865, 517308561)]), $toNativeArray($kindUint64, [new $Uint64(1651414861, 3191449714), new $Uint64(2769784831, 1720377526)]), $toNativeArray($kindUint64, [new $Uint64(4211752225, 768086671), new $Uint64(3462231039, 1076730083)]), $toNativeArray($kindUint64, [new $Uint64(2095474228, 3164408729), new $Uint64(2163894399, 2283569038)]), $toNativeArray($kindUint64, [new $Uint64(471859137, 3955510912), new $Uint64(2704867999, 1780719474)]), $toNativeArray($kindUint64, [new $Uint64(2737307570, 1723163168), new $Uint64(3381084999, 1152157518)]), $toNativeArray($kindUint64, [new $Uint64(1274150815, 6470312), new $Uint64(4226356249, 366455074)]), $toNativeArray($kindUint64, [new $Uint64(1870086083, 1614656681), new $Uint64(2641472655, 2913388981)]), $toNativeArray($kindUint64, [new $Uint64(3411349428, 944579027), new $Uint64(3301840819, 2567994402)]), $toNativeArray($kindUint64, [new $Uint64(2116703137, 1180723784), new $Uint64(4127301024, 2136251179)]), $toNativeArray($kindUint64, [new $Uint64(786068548, 3422306925), new $Uint64(2579563140, 1335156987)]), $toNativeArray($kindUint64, [new $Uint64(4203811157, 4277883656), new $Uint64(3224453925, 1668946233)]), $toNativeArray($kindUint64, [new $Uint64(2033538475, 2126129098), new $Uint64(4030567406, 3159924616)]), $toNativeArray($kindUint64, [new $Uint64(1270961547, 791959774), new $Uint64(2519104629, 901211061)]), $toNativeArray($kindUint64, [new $Uint64(2662443757, 4211175190), new $Uint64(3148880786, 2200255650)]), $toNativeArray($kindUint64, [new $Uint64(1180571049, 2042743516), new $Uint64(3936100983, 602835915)]), $toNativeArray($kindUint64, [new $Uint64(200985993, 3961069257), new $Uint64(2460063114, 1987385183)]), $toNativeArray($kindUint64, [new $Uint64(3472457964, 1730111099), new $Uint64(3075078893, 336747830)]), $toNativeArray($kindUint64, [new $Uint64(2193088807, 2162638874), new $Uint64(3843848616, 1494676612)]), $toNativeArray($kindUint64, [new $Uint64(3518164152, 2962262032), new $Uint64(2402405385, 934172882)]), $toNativeArray($kindUint64, [new $Uint64(2250221542, 3702827541), new $Uint64(3003006731, 2241457927)]), $toNativeArray($kindUint64, [new $Uint64(1739035104, 2481050778), new $Uint64(3753758414, 1728080585)]), $toNativeArray($kindUint64, [new $Uint64(3771251500, 1550656736), new $Uint64(2346099009, 6308541)]), $toNativeArray($kindUint64, [new $Uint64(1492838903, 1938320920), new $Uint64(2932623761, 1081627501)]), $toNativeArray($kindUint64, [new $Uint64(2939790453, 1349159326), new $Uint64(3665779701, 2425776200)]), $toNativeArray($kindUint64, [new $Uint64(1837369033, 1380095491), new $Uint64(2291112313, 2052981037)]), $toNativeArray($kindUint64, [new $Uint64(3370453115, 2798861187), new $Uint64(2863890391, 3639968120)]), $toNativeArray($kindUint64, [new $Uint64(4213066394, 2424834660), new $Uint64(3579862989, 3476218326)]), $toNativeArray($kindUint64, [new $Uint64(1559424672, 2589263487), new $Uint64(2237414368, 2709507366)]), $toNativeArray($kindUint64, [new $Uint64(4096764488, 3236579358), new $Uint64(2796767960, 3386884207)]), $toNativeArray($kindUint64, [new $Uint64(4047213786, 4045724198), new $Uint64(3495959950, 4233605259)]), $toNativeArray($kindUint64, [new $Uint64(1992637704, 3602319448), new $Uint64(2184974969, 1572261463)]), $toNativeArray($kindUint64, [new $Uint64(1417055307, 207932014), new $Uint64(2731218711, 3039068653)]), $toNativeArray($kindUint64, [new $Uint64(2845060957, 3481140489), new $Uint64(3414023389, 2725093992)]), $toNativeArray($kindUint64, [new $Uint64(3556326197, 1130200140), new $Uint64(4267529237, 185142018)]), $toNativeArray($kindUint64, [new $Uint64(3296445697, 1243245999), new $Uint64(2667205773, 652584673)]), $toNativeArray($kindUint64, [new $Uint64(899331649, 2627799323), new $Uint64(3334007216, 1889472666)]), $toNativeArray($kindUint64, [new $Uint64(3271648210, 63523682), new $Uint64(4167509020, 2361840832)]), $toNativeArray($kindUint64, [new $Uint64(2044780131, 1113444125), new $Uint64(2604693137, 3623634168)]), $toNativeArray($kindUint64, [new $Uint64(2555975164, 318063332), new $Uint64(3255866422, 1308317238)]), $toNativeArray($kindUint64, [new $Uint64(1047485307, 397579165), new $Uint64(4069833027, 3782880196)]), $toNativeArray($kindUint64, [new $Uint64(2802161964, 4006583362), new $Uint64(2543645642, 1827429210)]), $toNativeArray($kindUint64, [new $Uint64(1355218808, 713261907), new $Uint64(3179557053, 136802865)]), $toNativeArray($kindUint64, [new $Uint64(2767765334, 891577384), new $Uint64(3974446316, 1244745405)]), $toNativeArray($kindUint64, [new $Uint64(2266724245, 3778461337), new $Uint64(2484028947, 2925449526)]), $toNativeArray($kindUint64, [new $Uint64(685921659, 1501851199), new $Uint64(3105036184, 2583070084)]), $toNativeArray($kindUint64, [new $Uint64(857402074, 803572175), new $Uint64(3881295230, 3228837605)]), $toNativeArray($kindUint64, [new $Uint64(1072747208, 1575974433), new $Uint64(2425809519, 944281679)]), $toNativeArray($kindUint64, [new $Uint64(267192186, 1969968041), new $Uint64(3032261899, 106610275)]), $toNativeArray($kindUint64, [new $Uint64(3555215705, 314976404), new $Uint64(3790327373, 3354488315)]), $toNativeArray($kindUint64, [new $Uint64(1685138903, 2881214812), new $Uint64(2368954608, 2633426109)]), $toNativeArray($kindUint64, [new $Uint64(3180165453, 2527776691), new $Uint64(2961193260, 3291782636)]), $toNativeArray($kindUint64, [new $Uint64(3975206816, 4233462688), new $Uint64(3701491575, 4114728295)]), $toNativeArray($kindUint64, [new $Uint64(4095116996, 2645914180), new $Uint64(2313432234, 4182317920)]), $toNativeArray($kindUint64, [new $Uint64(823928949, 3307392725), new $Uint64(2891790293, 3080413753)]), $toNativeArray($kindUint64, [new $Uint64(2103653011, 913015435), new $Uint64(3614737867, 629291719)]), $toNativeArray($kindUint64, [new $Uint64(2925395868, 33763735), new $Uint64(2259211166, 4151403708)]), $toNativeArray($kindUint64, [new $Uint64(3656744835, 42204668), new $Uint64(2824013958, 3041770987)]), $toNativeArray($kindUint64, [new $Uint64(3497189219, 3273981307), new $Uint64(3530017448, 1654730086)]), $toNativeArray($kindUint64, [new $Uint64(1112001438, 1509367405), new $Uint64(2206260905, 1034206304)]), $toNativeArray($kindUint64, [new $Uint64(1390001797, 4034192904), new $Uint64(2757826131, 2366499704)]), $toNativeArray($kindUint64, [new $Uint64(1737502247, 1821515659), new $Uint64(3447282664, 1884382806)]), $toNativeArray($kindUint64, [new $Uint64(12197080, 2749060022), new $Uint64(2154551665, 1177739254)]), $toNativeArray($kindUint64, [new $Uint64(2162729998, 3436325028), new $Uint64(2693189581, 2545915891)]), $toNativeArray($kindUint64, [new $Uint64(1629670674, 2147922637), new $Uint64(3366486976, 4256136688)]), $toNativeArray($kindUint64, [new $Uint64(2037088343, 537419649), new $Uint64(4208108721, 1025203564)]), $toNativeArray($kindUint64, [new $Uint64(3420663862, 1946500016), new $Uint64(2630067950, 3325106787)]), $toNativeArray($kindUint64, [new $Uint64(3202088004, 285641372), new $Uint64(3287584938, 2008899836)]), $toNativeArray($kindUint64, [new $Uint64(4002610005, 357051716), new $Uint64(4109481173, 363641147)]), $toNativeArray($kindUint64, [new $Uint64(1964760341, 760028234), new $Uint64(2568425733, 764146629)]), $toNativeArray($kindUint64, [new $Uint64(3529692250, 2023777117), new $Uint64(3210532166, 2028925110)]), $toNativeArray($kindUint64, [new $Uint64(2264631665, 382237748), new $Uint64(4013165208, 388672740)]), $toNativeArray($kindUint64, [new $Uint64(3562878438, 2923253152), new $Uint64(2508228255, 242920462)]), $toNativeArray($kindUint64, [new $Uint64(2306114400, 1506582793), new $Uint64(3135285318, 3524876050)]), $toNativeArray($kindUint64, [new $Uint64(735159352, 1883228491), new $Uint64(3919106648, 2258611415)]), $toNativeArray($kindUint64, [new $Uint64(2070087331, 1177017807), new $Uint64(2449441655, 1411632134)]), $toNativeArray($kindUint64, [new $Uint64(440125516, 397530434), new $Uint64(3061802069, 690798344)]), $toNativeArray($kindUint64, [new $Uint64(550156895, 496913043), new $Uint64(3827252586, 1937239754)]), $toNativeArray($kindUint64, [new $Uint64(1417589883, 1921183388), new $Uint64(2392032866, 2284516670)]), $toNativeArray($kindUint64, [new $Uint64(3919471002, 1327737411), new $Uint64(2990041083, 708162189)]), $toNativeArray($kindUint64, [new $Uint64(1678113280, 3807155412), new $Uint64(3737551353, 4106428209)]), $toNativeArray($kindUint64, [new $Uint64(3733175360, 2379472132), new $Uint64(2335969596, 955904894)]), $toNativeArray($kindUint64, [new $Uint64(2518985552, 2974340165), new $Uint64(2919961995, 1194881118)]), $toNativeArray($kindUint64, [new $Uint64(1001248292, 3717925207), new $Uint64(3649952494, 419859574)]), $toNativeArray($kindUint64, [new $Uint64(3847005655, 176219606), new $Uint64(2281220308, 3483637705)]), $toNativeArray($kindUint64, [new $Uint64(1587531596, 3441499980), new $Uint64(2851525386, 59579836)]), $toNativeArray($kindUint64, [new $Uint64(1984414496, 6907679), new $Uint64(3564406732, 2221958443)]), $toNativeArray($kindUint64, [new $Uint64(703388148, 4317299), new $Uint64(2227754207, 3536207675)]), $toNativeArray($kindUint64, [new $Uint64(4100460657, 5396624), new $Uint64(2784692759, 3346517769)]), $toNativeArray($kindUint64, [new $Uint64(1904350349, 1080487604), new $Uint64(3480865949, 3109405388)]), $toNativeArray($kindUint64, [new $Uint64(3337702616, 1212175664), new $Uint64(2175541218, 2480249279)]), $toNativeArray($kindUint64, [new $Uint64(3098386446, 1515219580), new $Uint64(2719426523, 952827951)]), $toNativeArray($kindUint64, [new $Uint64(2799241233, 4041508124), new $Uint64(3399283154, 117293115)]), $toNativeArray($kindUint64, [new $Uint64(2425309718, 1830659683), new $Uint64(4249103942, 2294100042)]), $toNativeArray($kindUint64, [new $Uint64(2589560398, 70420478), new $Uint64(2655689964, 360070702)]), $toNativeArray($kindUint64, [new $Uint64(1089466849, 2235509245), new $Uint64(3319612455, 450088378)]), $toNativeArray($kindUint64, [new $Uint64(3509317209, 3868128380), new $Uint64(4149515568, 3783835944)]), $toNativeArray($kindUint64, [new $Uint64(2193323256, 806967502), new $Uint64(2593447230, 2364897465)]), $toNativeArray($kindUint64, [new $Uint64(3815395894, 1008709377), new $Uint64(3241809038, 808638183)]), $toNativeArray($kindUint64, [new $Uint64(3695503043, 3408370369), new $Uint64(4052261297, 3158281377)]), $toNativeArray($kindUint64, [new $Uint64(699076666, 1593360569), new $Uint64(2532663311, 363313125)]), $toNativeArray($kindUint64, [new $Uint64(1947587656, 4139184359), new $Uint64(3165829138, 3675366878)]), $toNativeArray($kindUint64, [new $Uint64(287000923, 879013153), new $Uint64(3957286423, 2446724950)]), $toNativeArray($kindUint64, [new $Uint64(3400601049, 12512308), new $Uint64(2473304014, 3139815829)]), $toNativeArray($kindUint64, [new $Uint64(1029525839, 1089382210), new $Uint64(3091630018, 1777286139)]), $toNativeArray($kindUint64, [new $Uint64(213165475, 287985938), new $Uint64(3864537523, 74124026)]), $toNativeArray($kindUint64, [new $Uint64(1206970245, 3938087595), new $Uint64(2415335951, 3804423900)]), $toNativeArray($kindUint64, [new $Uint64(1508712807, 1701384022), new $Uint64(3019169939, 3681788051)]), $toNativeArray($kindUint64, [new $Uint64(812149185, 1052988204), new $Uint64(3773962424, 3528493240)]), $toNativeArray($kindUint64, [new $Uint64(507593240, 3342472187), new $Uint64(2358726515, 2205308275)]), $toNativeArray($kindUint64, [new $Uint64(3855717022, 4178090234), new $Uint64(2948408144, 1682893519)]), $toNativeArray($kindUint64, [new $Uint64(3745904454, 3075129145), new $Uint64(3685510180, 2103616899)]), $toNativeArray($kindUint64, [new $Uint64(1804319372, 848213891), new $Uint64(2303443862, 3462244210)]), $toNativeArray($kindUint64, [new $Uint64(107915567, 1060267364), new $Uint64(2879304828, 2180321615)]), $toNativeArray($kindUint64, [new $Uint64(3356119931, 251592381), new $Uint64(3599131035, 2725402018)]), $toNativeArray($kindUint64, [new $Uint64(3171316780, 3915341622), new $Uint64(2249456897, 1166505349)]), $toNativeArray($kindUint64, [new $Uint64(742920504, 599209732), new $Uint64(2811821121, 2531873511)]), $toNativeArray($kindUint64, [new $Uint64(4149876102, 749012165), new $Uint64(3514776401, 4238583712)]), $toNativeArray($kindUint64, [new $Uint64(2593672563, 3689358075), new $Uint64(2196735251, 1038502084)]), $toNativeArray($kindUint64, [new $Uint64(3242090704, 3537955770), new $Uint64(2745919064, 224385781)]), $toNativeArray($kindUint64, [new $Uint64(831387909, 127477416), new $Uint64(3432398830, 280482227)]), $toNativeArray($kindUint64, [new $Uint64(4260460358, 1233088594), new $Uint64(4290498537, 2498086431)]), $toNativeArray($kindUint64, [new $Uint64(4273400459, 3991905843), new $Uint64(2681561585, 4245658579)]), $toNativeArray($kindUint64, [new $Uint64(4268008750, 3916140480), new $Uint64(3351951982, 2085847752)]), $toNativeArray($kindUint64, [new $Uint64(1040043642, 2747691952), new $Uint64(4189939978, 459826043)]), $toNativeArray($kindUint64, [new $Uint64(113156364, 2791049294), new $Uint64(2618712486, 1361133101)]), $toNativeArray($kindUint64, [new $Uint64(1215187279, 3488811618), new $Uint64(3273390607, 3848900024)]), $toNativeArray($kindUint64, [new $Uint64(1518984099, 3287272698), new $Uint64(4091738259, 3737383206)]), $toNativeArray($kindUint64, [new $Uint64(4170590534, 1517674524), new $Uint64(2557336412, 1798993591)]), $toNativeArray($kindUint64, [new $Uint64(4139496343, 4044576803), new $Uint64(3196670515, 2248741989)]), $toNativeArray($kindUint64, [new $Uint64(1953144957, 3981979180), new $Uint64(3995838144, 1737185663)]), $toNativeArray($kindUint64, [new $Uint64(2831328334, 3025607900), new $Uint64(2497398840, 1085741039)]), $toNativeArray($kindUint64, [new $Uint64(2465418594, 1634526227), new $Uint64(3121748550, 1357176299)]), $toNativeArray($kindUint64, [new $Uint64(2008031418, 4190641431), new $Uint64(3902185687, 3843954022)]), $toNativeArray($kindUint64, [new $Uint64(181277812, 3692892718), new $Uint64(2438866054, 4013084000)]), $toNativeArray($kindUint64, [new $Uint64(226597266, 321148602), new $Uint64(3048582568, 2868871352)]), $toNativeArray($kindUint64, [new $Uint64(283246582, 2548919401), new $Uint64(3810728210, 3586089190)]), $toNativeArray($kindUint64, [new $Uint64(3398254586, 519332801), new $Uint64(2381705131, 3315047567)]), $toNativeArray($kindUint64, [new $Uint64(3174076408, 2796649650), new $Uint64(2977131414, 3070067635)]), $toNativeArray($kindUint64, [new $Uint64(2893853686, 3495812062), new $Uint64(3721414268, 1690100896)]), $toNativeArray($kindUint64, [new $Uint64(1808658554, 1111140715), new $Uint64(2325883917, 3203796708)]), $toNativeArray($kindUint64, [new $Uint64(2260823192, 3536409542), new $Uint64(2907354897, 783520413)]), $toNativeArray($kindUint64, [new $Uint64(3899770815, 125544631), new $Uint64(3634193621, 2053142340)]), $toNativeArray($kindUint64, [new $Uint64(289873111, 1689078130), new $Uint64(2271371013, 1820084875)]), $toNativeArray($kindUint64, [new $Uint64(3583566861, 1037605839), new $Uint64(2839213766, 3348847917)]), $toNativeArray($kindUint64, [new $Uint64(1258233104, 2370749123), new $Uint64(3549017208, 2038576249)]), $toNativeArray($kindUint64, [new $Uint64(3470750250, 1481718202), new $Uint64(2218135755, 1274110155)]), $toNativeArray($kindUint64, [new $Uint64(3264695988, 3999631400), new $Uint64(2772669694, 518895870)]), $toNativeArray($kindUint64, [new $Uint64(1933386338, 704571954), new $Uint64(3465837117, 2796103486)]), $toNativeArray($kindUint64, [new $Uint64(134624637, 1514099295), new $Uint64(2166148198, 2284435591)]), $toNativeArray($kindUint64, [new $Uint64(3389506268, 2966365943), new $Uint64(2707685248, 708060840)]), $toNativeArray($kindUint64, [new $Uint64(4236882835, 3707957429), new $Uint64(3384606560, 885076050)]), $toNativeArray($kindUint64, [new $Uint64(3148619896, 3561204962), new $Uint64(4230758200, 1106345063)]), $toNativeArray($kindUint64, [new $Uint64(3578500171, 2225753101), new $Uint64(2644223875, 691465664)]), $toNativeArray($kindUint64, [new $Uint64(178157918, 1708449553), new $Uint64(3305279843, 4085557553)]), $toNativeArray($kindUint64, [new $Uint64(1296439221, 4283045589), new $Uint64(4131599804, 4033205117)]), $toNativeArray($kindUint64, [new $Uint64(1347145425, 3213774405), new $Uint64(2582249878, 373269550)]), $toNativeArray($kindUint64, [new $Uint64(3831415430, 795992534), new $Uint64(3227812347, 2614070585)]), $toNativeArray($kindUint64, [new $Uint64(1568043815, 3142474316), new $Uint64(4034765434, 2193846408)]), $toNativeArray($kindUint64, [new $Uint64(980027384, 3574659183), new $Uint64(2521728396, 2444895829)]), $toNativeArray($kindUint64, [new $Uint64(2298776055, 173356683), new $Uint64(3152160495, 3056119786)]), $toNativeArray($kindUint64, [new $Uint64(725986420, 3437921326), new $Uint64(3940200619, 2746407909)]), $toNativeArray($kindUint64, [new $Uint64(990612425, 1217181), new $Uint64(2462625387, 1179634031)]), $toNativeArray($kindUint64, [new $Uint64(164523707, 1075263300), new $Uint64(3078281734, 400800715)]), $toNativeArray($kindUint64, [new $Uint64(3426880106, 270337301), new $Uint64(3847852167, 2648484541)]), $toNativeArray($kindUint64, [new $Uint64(2678670978, 1242702637), new $Uint64(2404907604, 3265915574)]), $toNativeArray($kindUint64, [new $Uint64(1200855074, 3700861945), new $Uint64(3006134505, 4082394468)]), $toNativeArray($kindUint64, [new $Uint64(1501068843, 2478593783), new $Uint64(3757668132, 1881767613)]), $toNativeArray($kindUint64, [new $Uint64(1475038939, 1012250202), new $Uint64(2348542582, 3323588406)]), $toNativeArray($kindUint64, [new $Uint64(3991282322, 191570929), new $Uint64(2935678228, 2007001859)]), $toNativeArray($kindUint64, [new $Uint64(3915361078, 2386947309), new $Uint64(3669597785, 2508752324)]), $toNativeArray($kindUint64, [new $Uint64(299617026, 418100244), new $Uint64(2293498615, 4252324763)]), $toNativeArray($kindUint64, [new $Uint64(3595746754, 2670108953), new $Uint64(2866873269, 4241664129)]), $toNativeArray($kindUint64, [new $Uint64(1273457971, 1190152543), new $Uint64(3583591587, 2080854690)]), $toNativeArray($kindUint64, [new $Uint64(1869653056, 206974427), new $Uint64(2239744742, 763663269)]), $toNativeArray($kindUint64, [new $Uint64(3410808144, 258718034), new $Uint64(2799680927, 3102062734)]), $toNativeArray($kindUint64, [new $Uint64(2116026532, 323397543), new $Uint64(3499601159, 2803836594)]), $toNativeArray($kindUint64, [new $Uint64(2396258406, 2349607112), new $Uint64(2187250724, 3363010607)]), $toNativeArray($kindUint64, [new $Uint64(1921581184, 789525242), new $Uint64(2734063405, 4203763259)]), $toNativeArray($kindUint64, [new $Uint64(1328234656, 986906553), new $Uint64(3417579257, 2033478602)]), $toNativeArray($kindUint64, [new $Uint64(3807776968, 1233633192), new $Uint64(4271974071, 3615590076)]), $toNativeArray($kindUint64, [new $Uint64(232376957, 771020745), new $Uint64(2669983794, 3870356534)]), $toNativeArray($kindUint64, [new $Uint64(2437954844, 2037517755), new $Uint64(3337479743, 2690462019)]), $toNativeArray($kindUint64, [new $Uint64(1973701731, 2546897194), new $Uint64(4171849679, 2289335700)]), $toNativeArray($kindUint64, [new $Uint64(3381047230, 1054939834), new $Uint64(2607406049, 3041447548)]), $toNativeArray($kindUint64, [new $Uint64(4226309037, 3466158440), new $Uint64(3259257562, 580583963)]), $toNativeArray($kindUint64, [new $Uint64(4209144473, 1111472579), new $Uint64(4074071952, 2873213602)]), $toNativeArray($kindUint64, [new $Uint64(3704457119, 3379024922), new $Uint64(2546294970, 1795758501)]), $toNativeArray($kindUint64, [new $Uint64(1409345927, 3150039328), new $Uint64(3182868713, 97214479)]), $toNativeArray($kindUint64, [new $Uint64(687940585, 2863807336), new $Uint64(3978585891, 1195259923)]), $toNativeArray($kindUint64, [new $Uint64(4188059250, 179266849), new $Uint64(2486616182, 210166539)]), $toNativeArray($kindUint64, [new $Uint64(4161332238, 2371567209), new $Uint64(3108270227, 2410191822)]), $toNativeArray($kindUint64, [new $Uint64(3054181650, 816975364), new $Uint64(3885337784, 1938997954)]), $toNativeArray($kindUint64, [new $Uint64(2982605355, 1584351426), new $Uint64(2428336115, 1211873721)]), $toNativeArray($kindUint64, [new $Uint64(507031222, 906697459), new $Uint64(3035420144, 441100328)]), $toNativeArray($kindUint64, [new $Uint64(633789027, 3280855472), new $Uint64(3794275180, 551375410)]), $toNativeArray($kindUint64, [new $Uint64(1469859966, 1513663758), new $Uint64(2371421987, 2492093279)]), $toNativeArray($kindUint64, [new $Uint64(763583133, 4039563345), new $Uint64(2964277484, 2041374775)]), $toNativeArray($kindUint64, [new $Uint64(4175704389, 1828228709), new $Uint64(3705346855, 2551718468)]), $toNativeArray($kindUint64, [new $Uint64(462331595, 1679513855), new $Uint64(2315841784, 3205436779)]), $toNativeArray($kindUint64, [new $Uint64(3799139966, 1025650495), new $Uint64(2894802230, 4006795973)]), $toNativeArray($kindUint64, [new $Uint64(1527699485, 3429546767), new $Uint64(3618502788, 2861011319)]), $toNativeArray($kindUint64, [new $Uint64(2565424914, 2680337641), new $Uint64(2261564242, 3935615722)]), $toNativeArray($kindUint64, [new $Uint64(1059297495, 1202938404), new $Uint64(2826955303, 2772036005)]), $toNativeArray($kindUint64, [new $Uint64(2397863693, 429931181), new $Uint64(3533694129, 2391303182)]), $toNativeArray($kindUint64, [new $Uint64(424922984, 805577900), new $Uint64(2208558830, 4178919049)]), $toNativeArray($kindUint64, [new $Uint64(1604895554, 1006972375), new $Uint64(2760698538, 3076165163)]), $toNativeArray($kindUint64, [new $Uint64(932377618, 3406199117), new $Uint64(3450873173, 1697722806)]), $toNativeArray($kindUint64, [new $Uint64(3803961483, 3202616272), new $Uint64(2156795733, 1597947665)]), $toNativeArray($kindUint64, [new $Uint64(1533726382, 2929528516), new $Uint64(2695994666, 3071176406)]), $toNativeArray($kindUint64, [new $Uint64(4064641626, 1514426997), new $Uint64(3369993333, 1691486859)]), $toNativeArray($kindUint64, [new $Uint64(4007060208, 4040517394), new $Uint64(4212491666, 3188100398)]), $toNativeArray($kindUint64, [new $Uint64(1430670806, 2525323371), new $Uint64(2632807291, 3066304573)]), $toNativeArray($kindUint64, [new $Uint64(2862080332, 1009170566), new $Uint64(3291009114, 2759138892)]), $toNativeArray($kindUint64, [new $Uint64(3577600415, 1261463208), new $Uint64(4113761393, 1301439967)]), $toNativeArray($kindUint64, [new $Uint64(3846612995, 2399027241), new $Uint64(2571100870, 3497754539)]), $toNativeArray($kindUint64, [new $Uint64(3734524420, 1925042227), new $Uint64(3213876088, 2224709526)]), $toNativeArray($kindUint64, [new $Uint64(2520671877, 2406302784), new $Uint64(4017345110, 2780886908)]), $toNativeArray($kindUint64, [new $Uint64(3722903571, 2040810152), new $Uint64(2510840694, 664312493)]), $toNativeArray($kindUint64, [new $Uint64(1432403992, 1477270866), new $Uint64(3138550867, 2977874265)]), $toNativeArray($kindUint64, [new $Uint64(2864246814, 1846588582), new $Uint64(3923188584, 2648601007)]), $toNativeArray($kindUint64, [new $Uint64(3400766995, 80376040), new $Uint64(2451992865, 1655375629)]), $toNativeArray($kindUint64, [new $Uint64(1029733271, 3321695522), new $Uint64(3064991081, 3142961361)]), $toNativeArray($kindUint64, [new $Uint64(2360908413, 3078377578), new $Uint64(3831238852, 707476229)]), $toNativeArray($kindUint64, [new $Uint64(2012438670, 2460856898), new $Uint64(2394524282, 2589656291)]), $toNativeArray($kindUint64, [new $Uint64(1441806514, 928587475), new $Uint64(2993155353, 1089586716)]), $toNativeArray($kindUint64, [new $Uint64(1802258142, 3308217992), new $Uint64(3741444191, 2435725219)]), $toNativeArray($kindUint64, [new $Uint64(589540427, 993894421), new $Uint64(2338402619, 3132940998)]), $toNativeArray($kindUint64, [new $Uint64(2884409182, 168626202), new $Uint64(2923003274, 2842434423)]), $toNativeArray($kindUint64, [new $Uint64(2531769653, 2358266401), new $Uint64(3653754093, 1405559381)]), $toNativeArray($kindUint64, [new $Uint64(2119226945, 2010787412), new $Uint64(2283596308, 1415345525)]), $toNativeArray($kindUint64, [new $Uint64(3722775505, 3587226089), new $Uint64(2854495385, 1769181906)]), $toNativeArray($kindUint64, [new $Uint64(2505985734, 1262807140), new $Uint64(3568119231, 3285219207)]), $toNativeArray($kindUint64, [new $Uint64(3176853819, 4010479934), new $Uint64(2230074519, 3663874740)]), $toNativeArray($kindUint64, [new $Uint64(3971067274, 3939358094), new $Uint64(2787593149, 3506101601)]), $toNativeArray($kindUint64, [new $Uint64(1742608621, 2776713970), new $Uint64(3484491437, 1161401530)]), $toNativeArray($kindUint64, [new $Uint64(2162872212, 2272317143), new $Uint64(2177807148, 1262746868)]), $toNativeArray($kindUint64, [new $Uint64(2703590265, 2840396429), new $Uint64(2722258935, 1578433585)]), $toNativeArray($kindUint64, [new $Uint64(158262360, 329270064), new $Uint64(3402823669, 899300158)]), $toNativeArray($kindUint64, [new $Uint64(2345311598, 411587580), new $Uint64(4253529586, 2197867021)]), $toNativeArray($kindUint64, [new $Uint64(2002690660, 3478467709), new $Uint64(2658455991, 2447408712)]), $toNativeArray($kindUint64, [new $Uint64(2503363326, 53117341), new $Uint64(3323069989, 1985519066)]), $toNativeArray($kindUint64, [new $Uint64(981720509, 2213880324), new $Uint64(4153837486, 3555640657)]), $toNativeArray($kindUint64, [new $Uint64(3297929878, 1920546114), new $Uint64(2596148429, 1148533586)]), $toNativeArray($kindUint64, [new $Uint64(1974928700, 253198995), new $Uint64(3245185536, 2509408807)]), $toNativeArray($kindUint64, [new $Uint64(1394919051, 316498744), new $Uint64(4056481920, 3136761009)]), $toNativeArray($kindUint64, [new $Uint64(3556178966, 3955908099), new $Uint64(2535301200, 1960475630)]), $toNativeArray($kindUint64, [new $Uint64(2297740060, 2797401476), new $Uint64(3169126500, 2450594538)]), $toNativeArray($kindUint64, [new $Uint64(724691427, 3496751845), new $Uint64(3961408125, 3063243173)]), $toNativeArray($kindUint64, [new $Uint64(989803054, 1648598991), new $Uint64(2475880078, 2451397895)]), $toNativeArray($kindUint64, [new $Uint64(163511993, 4208232386), new $Uint64(3094850098, 916763721)]), $toNativeArray($kindUint64, [new $Uint64(1278131816, 2039065011), new $Uint64(3868562622, 3293438299)]), $toNativeArray($kindUint64, [new $Uint64(261961473, 1274415632), new $Uint64(2417851639, 984657113)]), $toNativeArray($kindUint64, [new $Uint64(1401193665, 2666761364), new $Uint64(3022314549, 157079567)]), $toNativeArray($kindUint64, [new $Uint64(677750258, 112226233), new $Uint64(3777893186, 1270091283)]), $toNativeArray($kindUint64, [new $Uint64(4181690295, 1143883219), new $Uint64(2361183241, 1867548875)]), $toNativeArray($kindUint64, [new $Uint64(4153371045, 356112200), new $Uint64(2951479051, 3408177918)]), $toNativeArray($kindUint64, [new $Uint64(3044230158, 1518882075), new $Uint64(3689348814, 3186480574)]), $toNativeArray($kindUint64, [new $Uint64(828902024, 4170526768), new $Uint64(2305843009, 917808535)]), $toNativeArray($kindUint64, [new $Uint64(4257353003, 918191165), new $Uint64(2882303761, 2221002492)]), $toNativeArray($kindUint64, [new $Uint64(1026723958, 73997132), new $Uint64(3602879701, 3849994940)]), $toNativeArray($kindUint64, [new $Uint64(2789186121, 3267473679), new $Uint64(2251799813, 2943117749)]), $toNativeArray($kindUint64, [new $Uint64(265257180, 863116627), new $Uint64(2814749767, 457671715)]), $toNativeArray($kindUint64, [new $Uint64(3552796947, 1078895784), new $Uint64(3518437208, 3793315115)]), $toNativeArray($kindUint64, [new $Uint64(1683627180, 137438953), new $Uint64(2199023255, 2370821947)]), $toNativeArray($kindUint64, [new $Uint64(1030792151, 171798691), new $Uint64(2748779069, 1889785610)]), $toNativeArray($kindUint64, [new $Uint64(3435973836, 3435973836), new $Uint64(3435973836, 3435973836)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2147483648, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2684354560, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3355443200, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(4194304000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2621440000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3276800000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(4096000000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2560000000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3200000000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(4000000000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2500000000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3125000000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3906250000, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2441406250, 0)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3051757812, 2147483648)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3814697265, 2684354560)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2384185791, 67108864)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2980232238, 3305111552)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3725290298, 1983905792)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2328306436, 2313682944)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2910383045, 2892103680)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3637978807, 393904128)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2273736754, 1856802816)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2842170943, 173519872)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3552713678, 3438125312)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2220446049, 1075086496)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(2775557561, 2417599944)]), $toNativeArray($kindUint64, [new $Uint64(0, 0), new $Uint64(3469446951, 4095741754)]), $toNativeArray($kindUint64, [new $Uint64(1073741824, 0), new $Uint64(2168404344, 4170451332)]), $toNativeArray($kindUint64, [new $Uint64(1342177280, 0), new $Uint64(2710505431, 918096869)]), $toNativeArray($kindUint64, [new $Uint64(2751463424, 0), new $Uint64(3388131789, 73879262)]), $toNativeArray($kindUint64, [new $Uint64(1291845632, 0), new $Uint64(4235164736, 1166090902)]), $toNativeArray($kindUint64, [new $Uint64(4028628992, 0), new $Uint64(2646977960, 728806813)]), $toNativeArray($kindUint64, [new $Uint64(1814560768, 0), new $Uint64(3308722450, 911008517)]), $toNativeArray($kindUint64, [new $Uint64(3341942784, 0), new $Uint64(4135903062, 3286244294)]), $toNativeArray($kindUint64, [new $Uint64(1014972416, 0), new $Uint64(2584939414, 980160860)]), $toNativeArray($kindUint64, [new $Uint64(1268715520, 0), new $Uint64(3231174267, 3372684723)]), $toNativeArray($kindUint64, [new $Uint64(512152576, 0), new $Uint64(4038967834, 3142114080)]), $toNativeArray($kindUint64, [new $Uint64(320095360, 0), new $Uint64(2524354896, 3037563124)]), $toNativeArray($kindUint64, [new $Uint64(400119200, 0), new $Uint64(3155443620, 3796953905)]), $toNativeArray($kindUint64, [new $Uint64(1573890824, 0), new $Uint64(3944304526, 451225085)]), $toNativeArray($kindUint64, [new $Uint64(1520552677, 0), new $Uint64(2465190328, 3503241150)]), $toNativeArray($kindUint64, [new $Uint64(4048174494, 1073741824), new $Uint64(3081487911, 84084141)]), $toNativeArray($kindUint64, [new $Uint64(1838992645, 3489660928), new $Uint64(3851859888, 3326330649)]), $toNativeArray($kindUint64, [new $Uint64(3833724963, 2717908992), new $Uint64(2407412430, 2078956655)]), $toNativeArray($kindUint64, [new $Uint64(3718414380, 2323644416), new $Uint64(3009265538, 451212171)]), $toNativeArray($kindUint64, [new $Uint64(3574276151, 2904555520), new $Uint64(3761581922, 2711498862)]), $toNativeArray($kindUint64, [new $Uint64(1160180770, 3425959936), new $Uint64(2350988701, 2768428613)]), $toNativeArray($kindUint64, [new $Uint64(2523967787, 2134966272), new $Uint64(2938735877, 239310294)]), $toNativeArray($kindUint64, [new $Uint64(1007476086, 1594966016), new $Uint64(3673419846, 1372879692)]), $toNativeArray($kindUint64, [new $Uint64(2777156201, 4218079232), new $Uint64(2295887403, 4079275279)]), $toNativeArray($kindUint64, [new $Uint64(2397703428, 2051373568), new $Uint64(2869859254, 4025352275)]), $toNativeArray($kindUint64, [new $Uint64(1923387461, 2564216960), new $Uint64(3587324068, 2884206696)]), $toNativeArray($kindUint64, [new $Uint64(1202117163, 2139506512), new $Uint64(2242077542, 3950112833)]), $toNativeArray($kindUint64, [new $Uint64(2576388278, 1600641316), new $Uint64(2802596928, 2790157393)]), $toNativeArray($kindUint64, [new $Uint64(4294227171, 4148285293), new $Uint64(3503246160, 3487696741)]), $toNativeArray($kindUint64, [new $Uint64(3220762894, 2055807396), new $Uint64(2189528850, 2179810463)]), $toNativeArray($kindUint64, [new $Uint64(2952211794, 422275597), new $Uint64(2736911063, 577279431)]), $toNativeArray($kindUint64, [new $Uint64(2616522918, 2675328144), new $Uint64(3421138828, 3942824761)]), $toNativeArray($kindUint64, [new $Uint64(49428176, 1196676532), new $Uint64(4276423536, 633563656)]), $toNativeArray($kindUint64, [new $Uint64(30892610, 747922832), new $Uint64(2672764710, 395977285)]), $toNativeArray($kindUint64, [new $Uint64(1112357586, 3082387189), new $Uint64(3340955887, 2642455254)]), $toNativeArray($kindUint64, [new $Uint64(3537930631, 1705500338), new $Uint64(4176194859, 2229327243)]), $toNativeArray($kindUint64, [new $Uint64(1674335732, 2676550447), new $Uint64(2610121787, 856458615)]), $toNativeArray($kindUint64, [new $Uint64(1019177841, 3345688059), new $Uint64(3262652233, 4291798741)]), $toNativeArray($kindUint64, [new $Uint64(2347714126, 960884602), new $Uint64(4078315292, 2143522954)]), $toNativeArray($kindUint64, [new $Uint64(2541063152, 3821778348), new $Uint64(2548947057, 3487185494)]), $toNativeArray($kindUint64, [new $Uint64(1028845293, 482255639), new $Uint64(3186183822, 1137756396)]), $toNativeArray($kindUint64, [new $Uint64(1286056616, 1676561373), new $Uint64(3982729777, 3569679143)]), $toNativeArray($kindUint64, [new $Uint64(2414398121, 1047850858), new $Uint64(2489206111, 620436728)]), $toNativeArray($kindUint64, [new $Uint64(3017997651, 2383555396), new $Uint64(3111507638, 3996771382)]), $toNativeArray($kindUint64, [new $Uint64(1625013416, 1905702422), new $Uint64(3889384548, 2848480580)]), $toNativeArray($kindUint64, [new $Uint64(3163117033, 1191064013), new $Uint64(2430865342, 3927784010)]), $toNativeArray($kindUint64, [new $Uint64(1806412643, 2562571841), new $Uint64(3038581678, 2762246365)]), $toNativeArray($kindUint64, [new $Uint64(3331757628, 2129472977), new $Uint64(3798227098, 1305324308)]), $toNativeArray($kindUint64, [new $Uint64(4229832165, 3478404258), new $Uint64(2373891936, 1889569516)]), $toNativeArray($kindUint64, [new $Uint64(992322911, 1126779851), new $Uint64(2967364920, 2361961896)]), $toNativeArray($kindUint64, [new $Uint64(1240403639, 334732990), new $Uint64(3709206150, 2952452370)]), $toNativeArray($kindUint64, [new $Uint64(1848994098, 1819820855), new $Uint64(2318253844, 771540907)]), $toNativeArray($kindUint64, [new $Uint64(1237500799, 127292420), new $Uint64(2897817305, 964426134)]), $toNativeArray($kindUint64, [new $Uint64(3694359646, 3380340998), new $Uint64(3622271631, 2279274491)]), $toNativeArray($kindUint64, [new $Uint64(1772103867, 1038971299), new $Uint64(2263919769, 3035159293)]), $toNativeArray($kindUint64, [new $Uint64(3288871658, 224972300), new $Uint64(2829899712, 572723644)]), $toNativeArray($kindUint64, [new $Uint64(4111089572, 2428699024), new $Uint64(3537374640, 715904555)]), $toNativeArray($kindUint64, [new $Uint64(2032560070, 3665420538), new $Uint64(2210859150, 447440347)]), $toNativeArray($kindUint64, [new $Uint64(1466958264, 2434292024), new $Uint64(2763573937, 2706784082)]), $toNativeArray($kindUint64, [new $Uint64(3981181478, 3042865030), new $Uint64(3454467422, 162254630)]), $toNativeArray($kindUint64, [new $Uint64(1414496600, 828048820), new $Uint64(2159042138, 3322634616)]), $toNativeArray($kindUint64, [new $Uint64(1768120750, 1035061025), new $Uint64(2698802673, 2005809622)]), $toNativeArray($kindUint64, [new $Uint64(62667289, 3441309929), new $Uint64(3373503341, 3581003852)]), $toNativeArray($kindUint64, [new $Uint64(78334112, 1080411939), new $Uint64(4216879177, 1255029343)]), $toNativeArray($kindUint64, [new $Uint64(1659571556, 675257462), new $Uint64(2635549485, 3468747899)]), $toNativeArray($kindUint64, [new $Uint64(1000722621, 844071828), new $Uint64(3294436857, 1114709402)]), $toNativeArray($kindUint64, [new $Uint64(3398386924, 2128831609), new $Uint64(4118046071, 2467128576)]), $toNativeArray($kindUint64, [new $Uint64(2123991827, 3478003403), new $Uint64(2573778794, 3152568096)]), $toNativeArray($kindUint64, [new $Uint64(2654989784, 3273762430), new $Uint64(3217223493, 1793226472)]), $toNativeArray($kindUint64, [new $Uint64(3318737230, 4092203038), new $Uint64(4021529366, 3315274914)]), $toNativeArray($kindUint64, [new $Uint64(3147952593, 1483885074), new $Uint64(2513455854, 998304997)]), $toNativeArray($kindUint64, [new $Uint64(713715269, 2928598167), new $Uint64(3141819817, 3395364895)]), $toNativeArray($kindUint64, [new $Uint64(4113369559, 439522237), new $Uint64(3927274772, 1022980646)]), $toNativeArray($kindUint64, [new $Uint64(1497114150, 1885314134), new $Uint64(2454546732, 2786846552)]), $toNativeArray($kindUint64, [new $Uint64(1871392688, 209159020), new $Uint64(3068183415, 3483558190)]), $toNativeArray($kindUint64, [new $Uint64(191757212, 261448775), new $Uint64(3835229269, 3280705914)]), $toNativeArray($kindUint64, [new $Uint64(1193590081, 2310889132), new $Uint64(2397018293, 2587312108)]), $toNativeArray($kindUint64, [new $Uint64(1491987601, 3962353239), new $Uint64(2996272867, 12914663)]), $toNativeArray($kindUint64, [new $Uint64(791242678, 1731716077), new $Uint64(3745341083, 3237368801)]), $toNativeArray($kindUint64, [new $Uint64(3178881234, 8580724), new $Uint64(2340838177, 1486484588)]), $toNativeArray($kindUint64, [new $Uint64(3973601542, 2158209553), new $Uint64(2926047721, 2931847559)]), $toNativeArray($kindUint64, [new $Uint64(3893260104, 550278293), new $Uint64(3657559652, 443583977)]), $toNativeArray($kindUint64, [new $Uint64(822674829, 343923933), new $Uint64(2285974782, 2424723634)]), $toNativeArray($kindUint64, [new $Uint64(3175827184, 1503646741), new $Uint64(2857468478, 883420894)]), $toNativeArray($kindUint64, [new $Uint64(1822300332, 1879558426), new $Uint64(3571835597, 3251759766)]), $toNativeArray($kindUint64, [new $Uint64(65195883, 3322207664), new $Uint64(2232397248, 2569220766)]), $toNativeArray($kindUint64, [new $Uint64(2228978502, 3079017756), new $Uint64(2790496560, 3211525957)]), $toNativeArray($kindUint64, [new $Uint64(3859964952, 1701288547), new $Uint64(3488120700, 4014407446)]), $toNativeArray($kindUint64, [new $Uint64(1338736271, 1063305342), new $Uint64(2180075438, 361521006)]), $toNativeArray($kindUint64, [new $Uint64(3820903987, 255389853), new $Uint64(2725094297, 2599384905)]), $toNativeArray($kindUint64, [new $Uint64(1554904511, 3540462789), new $Uint64(3406367872, 28005660)]), $toNativeArray($kindUint64, [new $Uint64(1943630639, 3351836662), new $Uint64(4257959840, 35007075)]), $toNativeArray($kindUint64, [new $Uint64(677898237, 3705510650), new $Uint64(2661224900, 21879422)]), $toNativeArray($kindUint64, [new $Uint64(2994856445, 1410662840), new $Uint64(3326531125, 27349277)]), $toNativeArray($kindUint64, [new $Uint64(522345084, 2837070374), new $Uint64(4158163906, 1107928421)]), $toNativeArray($kindUint64, [new $Uint64(863336589, 3920652632), new $Uint64(2598852441, 1766197087)]), $toNativeArray($kindUint64, [new $Uint64(5428913, 1679590318), new $Uint64(3248565551, 3281488183)]), $toNativeArray($kindUint64, [new $Uint64(3228011613, 3173229722), new $Uint64(4060706939, 3028118404)]), $toNativeArray($kindUint64, [new $Uint64(4164990906, 2520139488), new $Uint64(2537941837, 1355703090)]), $toNativeArray($kindUint64, [new $Uint64(3058754985, 1002690712), new $Uint64(3172427296, 2768370687)]), $toNativeArray($kindUint64, [new $Uint64(2749701907, 2327105214), new $Uint64(3965534120, 3460463359)]), $toNativeArray($kindUint64, [new $Uint64(3329176428, 917569847), new $Uint64(2478458825, 2162789599)]), $toNativeArray($kindUint64, [new $Uint64(3087728711, 1146962308), new $Uint64(3098073531, 3777228823)]), $toNativeArray($kindUint64, [new $Uint64(2785919065, 359961061), new $Uint64(3872591914, 3647794205)]), $toNativeArray($kindUint64, [new $Uint64(2278070327, 2909330223), new $Uint64(2420369946, 3353613202)]), $toNativeArray($kindUint64, [new $Uint64(700104261, 2562920955), new $Uint64(3025462433, 2044532855)]), $toNativeArray($kindUint64, [new $Uint64(4096355798, 4277393018), new $Uint64(3781828041, 3629407892)]), $toNativeArray($kindUint64, [new $Uint64(412738726, 1599628812), new $Uint64(2363642526, 657767197)]), $toNativeArray($kindUint64, [new $Uint64(1589665231, 4147019663), new $Uint64(2954553157, 2969692644)]), $toNativeArray($kindUint64, [new $Uint64(1987081539, 4110032755), new $Uint64(3693191447, 490890333)]), $toNativeArray($kindUint64, [new $Uint64(1778796874, 2031899560), new $Uint64(2308244654, 1917419194)]), $toNativeArray($kindUint64, [new $Uint64(76012445, 392390802), new $Uint64(2885305818, 249290345)]), $toNativeArray($kindUint64, [new $Uint64(1168757380, 1564230326), new $Uint64(3606632272, 2459096579)]), $toNativeArray($kindUint64, [new $Uint64(193602450, 3125127602), new $Uint64(2254145170, 1536935362)]), $toNativeArray($kindUint64, [new $Uint64(2389486711, 1758925854), new $Uint64(2817681462, 4068652850)]), $toNativeArray($kindUint64, [new $Uint64(839374741, 1124915494), new $Uint64(3522101828, 2938332415)]), $toNativeArray($kindUint64, [new $Uint64(2135221949, 1239943096), new $Uint64(2201313642, 3983941407)]), $toNativeArray($kindUint64, [new $Uint64(1595285612, 2623670694), new $Uint64(2751642053, 2832443111)]), $toNativeArray($kindUint64, [new $Uint64(920365191, 3279588367), new $Uint64(3439552567, 319328417)]), $toNativeArray($kindUint64, [new $Uint64(3259582804, 3660355465), new $Uint64(2149720354, 1810192996)]), $toNativeArray($kindUint64, [new $Uint64(4074478506, 280477036), new $Uint64(2687150443, 115257597)]), $toNativeArray($kindUint64, [new $Uint64(1871872660, 2498079943), new $Uint64(3358938053, 3365297469)]), $toNativeArray($kindUint64, [new $Uint64(3413582649, 3122599929), new $Uint64(4198672567, 985396364)]), $toNativeArray($kindUint64, [new $Uint64(4280972804, 341012219), new $Uint64(2624170354, 2226485463)]), $toNativeArray($kindUint64, [new $Uint64(4277474181, 426265274), new $Uint64(3280212943, 635623181)]), $toNativeArray($kindUint64, [new $Uint64(2125617254, 1606573417), new $Uint64(4100266178, 4015754449)]), $toNativeArray($kindUint64, [new $Uint64(4012865343, 4225333857), new $Uint64(2562666361, 3583588354)]), $toNativeArray($kindUint64, [new $Uint64(2868598031, 4207925498), new $Uint64(3203332952, 1258259971)]), $toNativeArray($kindUint64, [new $Uint64(2512005715, 4186165048), new $Uint64(4004166190, 1572824964)]), $toNativeArray($kindUint64, [new $Uint64(3717487220, 2079482243), new $Uint64(2502603868, 4204241074)]), $toNativeArray($kindUint64, [new $Uint64(2499375377, 2599352804), new $Uint64(3128254836, 960334047)]), $toNativeArray($kindUint64, [new $Uint64(2050477398, 27965533), new $Uint64(3910318545, 1200417559)]), $toNativeArray($kindUint64, [new $Uint64(2892161109, 3238703930), new $Uint64(2443949090, 3434615534)]), $toNativeArray($kindUint64, [new $Uint64(1467717739, 827154441), new $Uint64(3054936363, 2145785770)]), $toNativeArray($kindUint64, [new $Uint64(3982130821, 4255168523), new $Uint64(3818670454, 1608490388)]), $toNativeArray($kindUint64, [new $Uint64(341348115, 3196351239), new $Uint64(2386669033, 4226531965)]), $toNativeArray($kindUint64, [new $Uint64(1500426968, 2921697224), new $Uint64(2983336292, 2061939484)]), $toNativeArray($kindUint64, [new $Uint64(1875533710, 3652121531), new $Uint64(3729170365, 2577424355)]), $toNativeArray($kindUint64, [new $Uint64(635337657, 1208834132), new $Uint64(2330731478, 2147761134)]), $toNativeArray($kindUint64, [new $Uint64(2941655719, 2584784490), new $Uint64(2913414348, 537217769)]), $toNativeArray($kindUint64, [new $Uint64(455844177, 2157238788), new $Uint64(3641767935, 671522212)]), $toNativeArray($kindUint64, [new $Uint64(2432386258, 4032628802), new $Uint64(2276104959, 2030314118)]), $toNativeArray($kindUint64, [new $Uint64(892999175, 2893302355), new $Uint64(2845131199, 1464150824)]), $toNativeArray($kindUint64, [new $Uint64(1116248969, 2542886120), new $Uint64(3556413999, 756446706)]), $toNativeArray($kindUint64, [new $Uint64(1771397429, 4273658385), new $Uint64(2222758749, 2083391927)]), $toNativeArray($kindUint64, [new $Uint64(1140504963, 2120847509), new $Uint64(2778448436, 3677981733)]), $toNativeArray($kindUint64, [new $Uint64(2499373028, 1577317563), new $Uint64(3473060546, 302509870)]), $toNativeArray($kindUint64, [new $Uint64(488366318, 3133307125), new $Uint64(2170662841, 1262810493)]), $toNativeArray($kindUint64, [new $Uint64(1684199722, 1769150258), new $Uint64(2713328551, 2652254940)]), $toNativeArray($kindUint64, [new $Uint64(2105249653, 63954174), new $Uint64(3391660689, 2241576851)]), $toNativeArray($kindUint64, [new $Uint64(1557820242, 1153684542), new $Uint64(4239575861, 3875712888)]), $toNativeArray($kindUint64, [new $Uint64(973637651, 1794794663), new $Uint64(2649734913, 2959191467)]), $toNativeArray($kindUint64, [new $Uint64(143305240, 1169751504), new $Uint64(3312168642, 477763862)]), $toNativeArray($kindUint64, [new $Uint64(2326615198, 1462189381), new $Uint64(4140210802, 2744688475)]), $toNativeArray($kindUint64, [new $Uint64(917263586, 4135093835), new $Uint64(2587631751, 2789172121)]), $toNativeArray($kindUint64, [new $Uint64(2220321307, 3021383645), new $Uint64(3234539689, 2412723327)]), $toNativeArray($kindUint64, [new $Uint64(1701659810, 2702987733), new $Uint64(4043174611, 4089645983)]), $toNativeArray($kindUint64, [new $Uint64(2674150117, 2763109157), new $Uint64(2526984132, 2019157827)]), $toNativeArray($kindUint64, [new $Uint64(2268945823, 232660974), new $Uint64(3158730165, 2523947284)]), $toNativeArray($kindUint64, [new $Uint64(2836182278, 3512051690), new $Uint64(3948412706, 4228675929)]), $toNativeArray($kindUint64, [new $Uint64(162001188, 1121290482), new $Uint64(2467757941, 3716664280)]), $toNativeArray($kindUint64, [new $Uint64(202501485, 1401613103), new $Uint64(3084697427, 1424604878)]), $toNativeArray($kindUint64, [new $Uint64(2400610504, 2825758202), new $Uint64(3855871784, 707014273)]), $toNativeArray($kindUint64, [new $Uint64(4184736125, 1766098876), new $Uint64(2409919865, 441883920)]), $toNativeArray($kindUint64, [new $Uint64(935952860, 3281365420), new $Uint64(3012399831, 1626096725)]), $toNativeArray($kindUint64, [new $Uint64(2243682899, 4101706775), new $Uint64(3765499789, 958879082)]), $toNativeArray($kindUint64, [new $Uint64(2476043636, 2026695822), new $Uint64(2353437368, 1136170338)]), $toNativeArray($kindUint64, [new $Uint64(947570897, 2533369778), new $Uint64(2941796710, 1420212923)]), $toNativeArray($kindUint64, [new $Uint64(110721797, 4240454046), new $Uint64(3677245887, 3922749802)]), $toNativeArray($kindUint64, [new $Uint64(1142942947, 3187154691), new $Uint64(2298278679, 4062331362)]), $toNativeArray($kindUint64, [new $Uint64(3576162332, 2910201539), new $Uint64(2872848349, 4004172378)]), $toNativeArray($kindUint64, [new $Uint64(2322719267, 3637751924), new $Uint64(3591060437, 1783990001)]), $toNativeArray($kindUint64, [new $Uint64(4136054102, 1736724041), new $Uint64(2244412773, 1651864662)]), $toNativeArray($kindUint64, [new $Uint64(3022583980, 23421403), new $Uint64(2805515966, 3138572652)]), $toNativeArray($kindUint64, [new $Uint64(3778229975, 29276754), new $Uint64(3506894958, 1775732167)]), $toNativeArray($kindUint64, [new $Uint64(3972006470, 1628910707), new $Uint64(2191809349, 36090780)]), $toNativeArray($kindUint64, [new $Uint64(670040791, 4183622032), new $Uint64(2739761686, 1118855300)]), $toNativeArray($kindUint64, [new $Uint64(837550989, 4155785716), new $Uint64(3424702107, 3546052773)]), $toNativeArray($kindUint64, [new $Uint64(2120680561, 1973506673), new $Uint64(4280877634, 3358824142)]), $toNativeArray($kindUint64, [new $Uint64(251683526, 3917796230), new $Uint64(2675548521, 3173006913)]), $toNativeArray($kindUint64, [new $Uint64(1388346232, 2749761640), new $Uint64(3344435652, 745033169)]), $toNativeArray($kindUint64, [new $Uint64(2809174614, 3437202050), new $Uint64(4180544565, 931291461)]), $toNativeArray($kindUint64, [new $Uint64(2292605046, 1074509457), new $Uint64(2612840353, 1118928075)]), $toNativeArray($kindUint64, [new $Uint64(1792014483, 3490620469), new $Uint64(3266050441, 2472401918)]), $toNativeArray($kindUint64, [new $Uint64(92534456, 3289533763), new $Uint64(4082563051, 4164244222)]), $toNativeArray($kindUint64, [new $Uint64(3279059507, 2055958602), new $Uint64(2551601907, 2065781726)]), $toNativeArray($kindUint64, [new $Uint64(1951340736, 1496206428), new $Uint64(3189502384, 1508485334)]), $toNativeArray($kindUint64, [new $Uint64(291692272, 1870258035), new $Uint64(3986877980, 1885606668)]), $toNativeArray($kindUint64, [new $Uint64(2329791318, 1168911272), new $Uint64(2491798737, 3325987815)]), $toNativeArray($kindUint64, [new $Uint64(1838497323, 3608622738), new $Uint64(3114748422, 936259297)]), $toNativeArray($kindUint64, [new $Uint64(3371863478, 3437036599), new $Uint64(3893435527, 3317807769)]), $toNativeArray($kindUint64, [new $Uint64(496801938, 1074406050), new $Uint64(2433397204, 3684242592)]), $toNativeArray($kindUint64, [new $Uint64(621002422, 3490491211), new $Uint64(3041746506, 310335944)]), $toNativeArray($kindUint64, [new $Uint64(776253028, 2215630365), new $Uint64(3802183132, 2535403578)]), $toNativeArray($kindUint64, [new $Uint64(1558899966, 3532252626), new $Uint64(2376364457, 3732110884)]), $toNativeArray($kindUint64, [new $Uint64(1948624958, 2267832135), new $Uint64(2970455572, 1443913133)]), $toNativeArray($kindUint64, [new $Uint64(3509523022, 687306521), new $Uint64(3713069465, 1804891416)]), $toNativeArray($kindUint64, [new $Uint64(2193451888, 3650792047), new $Uint64(2320668415, 3812411695)]), $toNativeArray($kindUint64, [new $Uint64(1668073037, 268522763), new $Uint64(2900835519, 3691772795)]), $toNativeArray($kindUint64, [new $Uint64(1011349472, 1409395278), new $Uint64(3626044399, 3540974170)]), $toNativeArray($kindUint64, [new $Uint64(1705835244, 880872049), new $Uint64(2266277749, 3823721592)]), $toNativeArray($kindUint64, [new $Uint64(2132294055, 1101090061), new $Uint64(2832847187, 1558426518)]), $toNativeArray($kindUint64, [new $Uint64(517883921, 302620752), new $Uint64(3541058984, 874291324)]), $toNativeArray($kindUint64, [new $Uint64(2471161098, 2873492530), new $Uint64(2213161865, 546432077)]), $toNativeArray($kindUint64, [new $Uint64(4162693197, 1444382015), new $Uint64(2766452331, 1756781920)]), $toNativeArray($kindUint64, [new $Uint64(908399200, 2879219342), new $Uint64(3458065414, 1122235577)]), $toNativeArray($kindUint64, [new $Uint64(3252104060, 1799512089), new $Uint64(2161290883, 3922622707)]), $toNativeArray($kindUint64, [new $Uint64(2991388251, 2249390111), new $Uint64(2701613604, 3829536560)]), $toNativeArray($kindUint64, [new $Uint64(3739235314, 1737995815), new $Uint64(3377017006, 491953404)]), $toNativeArray($kindUint64, [new $Uint64(379076847, 25011121), new $Uint64(4221271257, 2762425404)]), $toNativeArray($kindUint64, [new $Uint64(2384406677, 1626244686), new $Uint64(2638294536, 115903141)]), $toNativeArray($kindUint64, [new $Uint64(4054250170, 3106547682), new $Uint64(3297868170, 144878926)]), $toNativeArray($kindUint64, [new $Uint64(2920329065, 1735700955), new $Uint64(4122335212, 2328582306)]), $toNativeArray($kindUint64, [new $Uint64(2898947489, 3769167657), new $Uint64(2576459507, 3602847589)]), $toNativeArray($kindUint64, [new $Uint64(402458890, 1490234099), new $Uint64(3220574384, 3429817663)]), $toNativeArray($kindUint64, [new $Uint64(3724299084, 4010276272), new $Uint64(4025717980, 4287272078)]), $toNativeArray($kindUint64, [new $Uint64(1253945104, 358939022), new $Uint64(2516073738, 532061401)]), $toNativeArray($kindUint64, [new $Uint64(2641173204, 448673777), new $Uint64(3145092172, 2812560399)]), $toNativeArray($kindUint64, [new $Uint64(2227724681, 560842221), new $Uint64(3931365215, 3515700499)]), $toNativeArray($kindUint64, [new $Uint64(855457013, 3034880948), new $Uint64(2457103259, 3807925548)]), $toNativeArray($kindUint64, [new $Uint64(1069321267, 572375713), new $Uint64(3071379074, 3686165111)]), $toNativeArray($kindUint64, [new $Uint64(262909759, 3936695114), new $Uint64(3839223843, 2460222741)]), $toNativeArray($kindUint64, [new $Uint64(701189511, 4071047182), new $Uint64(2399514902, 1000768301)]), $toNativeArray($kindUint64, [new $Uint64(1950228713, 4015067154), new $Uint64(2999393627, 3398444024)]), $toNativeArray($kindUint64, [new $Uint64(2437785892, 1797608470), new $Uint64(3749242034, 3174313206)]), $toNativeArray($kindUint64, [new $Uint64(449874358, 3270988942), new $Uint64(2343276271, 3057687578)]), $toNativeArray($kindUint64, [new $Uint64(2709826596, 1941252529), new $Uint64(2929095339, 2748367648)]), $toNativeArray($kindUint64, [new $Uint64(3387283245, 2426565662), new $Uint64(3661369174, 2361717736)]), $toNativeArray($kindUint64, [new $Uint64(2117052028, 2053474450), new $Uint64(2288355734, 402331761)]), $toNativeArray($kindUint64, [new $Uint64(3720056859, 2566843063), new $Uint64(2860444667, 2650398349)]), $toNativeArray($kindUint64, [new $Uint64(1428845602, 2134812005), new $Uint64(3575555834, 2239256113)]), $toNativeArray($kindUint64, [new $Uint64(3577383061, 2407999327), new $Uint64(2234722396, 2473276894)]), $toNativeArray($kindUint64, [new $Uint64(2324245178, 4083740983), new $Uint64(2793402995, 3091596118)]), $toNativeArray($kindUint64, [new $Uint64(757822825, 2957192581), new $Uint64(3491753744, 2790753324)]), $toNativeArray($kindUint64, [new $Uint64(2621122914, 237632627), new $Uint64(2182346090, 1744220827)]), $toNativeArray($kindUint64, [new $Uint64(2202661818, 2444524431), new $Uint64(2727932613, 32792386)]), $toNativeArray($kindUint64, [new $Uint64(605843625, 908171891), new $Uint64(3409915766, 1114732307)]), $toNativeArray($kindUint64, [new $Uint64(3978530003, 2208956688), new $Uint64(4262394707, 3540899031)]), $toNativeArray($kindUint64, [new $Uint64(4097193988, 843727018), new $Uint64(2663996692, 1676190982)]), $toNativeArray($kindUint64, [new $Uint64(2974008837, 1054658773), new $Uint64(3329995865, 2095238728)]), $toNativeArray($kindUint64, [new $Uint64(3717511046, 2392065290), new $Uint64(4162494831, 3692790234)]), $toNativeArray($kindUint64, [new $Uint64(3397186228, 421298982), new $Uint64(2601559269, 3918606632)]), $toNativeArray($kindUint64, [new $Uint64(4246482785, 526623728), new $Uint64(3251949087, 1677032818)]), $toNativeArray($kindUint64, [new $Uint64(3160619833, 1732021484), new $Uint64(4064936359, 1022549199)]), $toNativeArray($kindUint64, [new $Uint64(3586000131, 3766867987), new $Uint64(2540585224, 2249705985)]), $toNativeArray($kindUint64, [new $Uint64(1261274692, 3634843160), new $Uint64(3175731530, 2812132482)]), $toNativeArray($kindUint64, [new $Uint64(3724077014, 248586654), new $Uint64(3969664413, 1367681954)]), $toNativeArray($kindUint64, [new $Uint64(3401289957, 3376592131), new $Uint64(2481040258, 1391672133)]), $toNativeArray($kindUint64, [new $Uint64(1030386975, 999514691), new $Uint64(3101300322, 3887073815)]), $toNativeArray($kindUint64, [new $Uint64(214241895, 175651540), new $Uint64(3876625403, 2711358621)]), $toNativeArray($kindUint64, [new $Uint64(670772096, 1720394949), new $Uint64(2422890877, 1157728226)]), $toNativeArray($kindUint64, [new $Uint64(2985948768, 2150493686), new $Uint64(3028613596, 2520902106)]), $toNativeArray($kindUint64, [new $Uint64(1584952312, 2688117107), new $Uint64(3785766995, 3151127633)]), $toNativeArray($kindUint64, [new $Uint64(3674949755, 1680073192), new $Uint64(2366104372, 1432583858)]), $toNativeArray($kindUint64, [new $Uint64(2446203546, 1026349666), new $Uint64(2957630465, 1790729823)]), $toNativeArray($kindUint64, [new $Uint64(1984012608, 3430420731), new $Uint64(3697038081, 3312154103)]), $toNativeArray($kindUint64, [new $Uint64(2850620616, 2144012957), new $Uint64(2310648801, 459483578)]), $toNativeArray($kindUint64, [new $Uint64(1415792122, 2680016196), new $Uint64(2888311001, 1648096297)]), $toNativeArray($kindUint64, [new $Uint64(2843481977, 1202536597), new $Uint64(3610388751, 3133862195)]), $toNativeArray($kindUint64, [new $Uint64(1240305323, 3435939933), new $Uint64(2256492969, 3569276608)]), $toNativeArray($kindUint64, [new $Uint64(1550381654, 3221183092), new $Uint64(2820616212, 1240370288)]), $toNativeArray($kindUint64, [new $Uint64(1937977068, 1878995217), new $Uint64(3525770265, 1550462860)]), $toNativeArray($kindUint64, [new $Uint64(3358719315, 3321855659), new $Uint64(2203606415, 3653393847)]), $toNativeArray($kindUint64, [new $Uint64(3124657320, 3078577749), new $Uint64(2754508019, 3493000485)]), $toNativeArray($kindUint64, [new $Uint64(684596178, 3848222187), new $Uint64(3443135024, 3292508783)]), $toNativeArray($kindUint64, [new $Uint64(2038485347, 3478880691), new $Uint64(2151959390, 2057817989)]), $toNativeArray($kindUint64, [new $Uint64(3621848508, 3274859039), new $Uint64(2689949238, 424788838)]), $toNativeArray($kindUint64, [new $Uint64(2379826987, 4093573799), new $Uint64(3362436547, 2678469696)]), $toNativeArray($kindUint64, [new $Uint64(2974783734, 4043225425), new $Uint64(4203045684, 2274345296)]), $toNativeArray($kindUint64, [new $Uint64(1859239834, 1453274067), new $Uint64(2626903552, 3568949458)]), $toNativeArray($kindUint64, [new $Uint64(176566144, 3964076232), new $Uint64(3283629441, 166219527)]), $toNativeArray($kindUint64, [new $Uint64(3441933153, 660127994), new $Uint64(4104536801, 1281516232)]), $toNativeArray($kindUint64, [new $Uint64(2151208220, 3096934556), new $Uint64(2565335500, 3485302205)]), $toNativeArray($kindUint64, [new $Uint64(3762752099, 3871168195), new $Uint64(3206669376, 61660460)]), $toNativeArray($kindUint64, [new $Uint64(408472828, 3765218420), new $Uint64(4008336720, 77075576)]), $toNativeArray($kindUint64, [new $Uint64(255295518, 205777864), new $Uint64(2505210450, 48172235)]), $toNativeArray($kindUint64, [new $Uint64(3540344869, 2404705978), new $Uint64(3131513062, 2207698941)]), $toNativeArray($kindUint64, [new $Uint64(1204205614, 4079624297), new $Uint64(3914391328, 612140029)]), $toNativeArray($kindUint64, [new $Uint64(1289499421, 1476023361), new $Uint64(2446494580, 382587518)]), $toNativeArray($kindUint64, [new $Uint64(3759357924, 2918771026), new $Uint64(3058118225, 478234397)]), $toNativeArray($kindUint64, [new $Uint64(1477971933, 3648463782), new $Uint64(3822647781, 1671534821)]), $toNativeArray($kindUint64, [new $Uint64(1460603370, 2817160776), new $Uint64(2389154863, 1581580175)]), $toNativeArray($kindUint64, [new $Uint64(752012389, 1373967322), new $Uint64(2986443579, 903233395)]), $toNativeArray($kindUint64, [new $Uint64(4161240958, 2791200977), new $Uint64(3733054474, 55299919)]), $toNativeArray($kindUint64, [new $Uint64(4211388335, 670758786), new $Uint64(2333159046, 1108304273)]), $toNativeArray($kindUint64, [new $Uint64(2043009946, 4059673955), new $Uint64(2916448807, 3532863990)]), $toNativeArray($kindUint64, [new $Uint64(406278785, 2927108796), new $Uint64(3645561009, 3342338164)]), $toNativeArray($kindUint64, [new $Uint64(2401407889, 218830261), new $Uint64(2278475631, 478348616)]), $toNativeArray($kindUint64, [new $Uint64(3001759861, 1347279650), new $Uint64(2848094538, 3819161242)]), $toNativeArray($kindUint64, [new $Uint64(1604716178, 2757841387), new $Uint64(3560118173, 2626467905)]), $toNativeArray($kindUint64, [new $Uint64(3687302171, 2797392691), new $Uint64(2225073858, 2178413352)]), $toNativeArray($kindUint64, [new $Uint64(314160418, 2422999040), new $Uint64(2781342323, 575533043)]), $toNativeArray($kindUint64, [new $Uint64(3613925995, 881265152), new $Uint64(3476677903, 3940641775)]), $toNativeArray($kindUint64, [new $Uint64(3869316483, 13919808), new $Uint64(2172923689, 4073513845)]), $toNativeArray($kindUint64, [new $Uint64(1615420131, 3238625232), new $Uint64(2716154612, 1870666835)]), $toNativeArray($kindUint64, [new $Uint64(945533340, 2974539716), new $Uint64(3395193265, 2338333544)]), $toNativeArray($kindUint64, [new $Uint64(1181916675, 3718174645), new $Uint64(4243991581, 3996658754)]), $toNativeArray($kindUint64, [new $Uint64(1812439746, 1786988241), new $Uint64(2652494738, 3034782633)]), $toNativeArray($kindUint64, [new $Uint64(3339291507, 86251653), new $Uint64(3315618423, 1645994643)]), $toNativeArray($kindUint64, [new $Uint64(3100372559, 3329040039), new $Uint64(4144523029, 983751480)]), $toNativeArray($kindUint64, [new $Uint64(1937732849, 3691262760), new $Uint64(2590326893, 1151715587)]), $toNativeArray($kindUint64, [new $Uint64(1348424238, 1392852978), new $Uint64(3237908616, 2513386308)]), $toNativeArray($kindUint64, [new $Uint64(1685530297, 3888549871), new $Uint64(4047385770, 3141732885)]), $toNativeArray($kindUint64, [new $Uint64(1590327348, 819730933), new $Uint64(2529616106, 3037324877)]), $toNativeArray($kindUint64, [new $Uint64(3061651009, 1024663666), new $Uint64(3162020133, 1649172448)]), $toNativeArray($kindUint64, [new $Uint64(3827063761, 2354571407), new $Uint64(3952525166, 3135207384)]), $toNativeArray($kindUint64, [new $Uint64(2391914850, 4155961689), new $Uint64(2470328229, 885762791)]), $toNativeArray($kindUint64, [new $Uint64(1916151739, 3047468464), new $Uint64(3087910286, 2180945313)]), $toNativeArray($kindUint64, [new $Uint64(3468931498, 2735593756), new $Uint64(3859887858, 578697993)]), $toNativeArray($kindUint64, [new $Uint64(557469450, 2783487921), new $Uint64(2412429911, 1435428070)]), $toNativeArray($kindUint64, [new $Uint64(2844320461, 1331876253), new $Uint64(3015537389, 720543263)]), $toNativeArray($kindUint64, [new $Uint64(2481658752, 2738587141), new $Uint64(3769421736, 1974420903)]), $toNativeArray($kindUint64, [new $Uint64(3161649456, 1711616963), new $Uint64(2355888585, 1234013064)]), $toNativeArray($kindUint64, [new $Uint64(3952061820, 2139521204), new $Uint64(2944860731, 2616258154)]), $toNativeArray($kindUint64, [new $Uint64(2792593627, 2674401505), new $Uint64(3681075914, 2196580869)]), $toNativeArray($kindUint64, [new $Uint64(2282241929, 1134630028), new $Uint64(2300672446, 2446604867)]), $toNativeArray($kindUint64, [new $Uint64(1779060587, 2492029360), new $Uint64(2875840558, 910772436)]), $toNativeArray($kindUint64, [new $Uint64(2223825734, 2041294876), new $Uint64(3594800697, 3285949193)]), $toNativeArray($kindUint64, [new $Uint64(4074245644, 202067473), new $Uint64(2246750436, 443105509)]), $toNativeArray($kindUint64, [new $Uint64(1871581583, 252584341), new $Uint64(2808438045, 553881887)]), $toNativeArray($kindUint64, [new $Uint64(1265735154, 3536955899), new $Uint64(3510547556, 1766094183)])]);
		leftcheats = new sliceType$2([new leftCheat.ptr(0, ""), new leftCheat.ptr(1, "5"), new leftCheat.ptr(1, "25"), new leftCheat.ptr(1, "125"), new leftCheat.ptr(2, "625"), new leftCheat.ptr(2, "3125"), new leftCheat.ptr(2, "15625"), new leftCheat.ptr(3, "78125"), new leftCheat.ptr(3, "390625"), new leftCheat.ptr(3, "1953125"), new leftCheat.ptr(4, "9765625"), new leftCheat.ptr(4, "48828125"), new leftCheat.ptr(4, "244140625"), new leftCheat.ptr(4, "1220703125"), new leftCheat.ptr(5, "6103515625"), new leftCheat.ptr(5, "30517578125"), new leftCheat.ptr(5, "152587890625"), new leftCheat.ptr(6, "762939453125"), new leftCheat.ptr(6, "3814697265625"), new leftCheat.ptr(6, "19073486328125"), new leftCheat.ptr(7, "95367431640625"), new leftCheat.ptr(7, "476837158203125"), new leftCheat.ptr(7, "2384185791015625"), new leftCheat.ptr(7, "11920928955078125"), new leftCheat.ptr(8, "59604644775390625"), new leftCheat.ptr(8, "298023223876953125"), new leftCheat.ptr(8, "1490116119384765625"), new leftCheat.ptr(9, "7450580596923828125"), new leftCheat.ptr(9, "37252902984619140625"), new leftCheat.ptr(9, "186264514923095703125"), new leftCheat.ptr(10, "931322574615478515625"), new leftCheat.ptr(10, "4656612873077392578125"), new leftCheat.ptr(10, "23283064365386962890625"), new leftCheat.ptr(10, "116415321826934814453125"), new leftCheat.ptr(11, "582076609134674072265625"), new leftCheat.ptr(11, "2910383045673370361328125"), new leftCheat.ptr(11, "14551915228366851806640625"), new leftCheat.ptr(12, "72759576141834259033203125"), new leftCheat.ptr(12, "363797880709171295166015625"), new leftCheat.ptr(12, "1818989403545856475830078125"), new leftCheat.ptr(13, "9094947017729282379150390625"), new leftCheat.ptr(13, "45474735088646411895751953125"), new leftCheat.ptr(13, "227373675443232059478759765625"), new leftCheat.ptr(13, "1136868377216160297393798828125"), new leftCheat.ptr(14, "5684341886080801486968994140625"), new leftCheat.ptr(14, "28421709430404007434844970703125"), new leftCheat.ptr(14, "142108547152020037174224853515625"), new leftCheat.ptr(15, "710542735760100185871124267578125"), new leftCheat.ptr(15, "3552713678800500929355621337890625"), new leftCheat.ptr(15, "17763568394002504646778106689453125"), new leftCheat.ptr(16, "88817841970012523233890533447265625"), new leftCheat.ptr(16, "444089209850062616169452667236328125"), new leftCheat.ptr(16, "2220446049250313080847263336181640625"), new leftCheat.ptr(16, "11102230246251565404236316680908203125"), new leftCheat.ptr(17, "55511151231257827021181583404541015625"), new leftCheat.ptr(17, "277555756156289135105907917022705078125"), new leftCheat.ptr(17, "1387778780781445675529539585113525390625"), new leftCheat.ptr(18, "6938893903907228377647697925567626953125"), new leftCheat.ptr(18, "34694469519536141888238489627838134765625"), new leftCheat.ptr(18, "173472347597680709441192448139190673828125"), new leftCheat.ptr(19, "867361737988403547205962240695953369140625")]);
		$pkg.ErrRange = errors.New("value out of range");
		$pkg.ErrSyntax = errors.New("invalid syntax");
		optimize = true;
		powtab = new sliceType$3([1, 3, 6, 9, 13, 16, 19, 23, 26]);
		float64pow10 = new sliceType$4([1, 10, 100, 1000, 10000, 100000, 1e+06, 1e+07, 1e+08, 1e+09, 1e+10, 1e+11, 1e+12, 1e+13, 1e+14, 1e+15, 1e+16, 1e+17, 1e+18, 1e+19, 1e+20, 1e+21, 1e+22]);
		float32pow10 = new sliceType$5([1, 10, 100, 1000, 10000, 100000, 1e+06, 1e+07, 1e+08, 1e+09, 1e+10]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["reflect"] = (function() {
	var $pkg = {}, $init, errors, js, abi, bytealg, goarch, goexperiment, itoa, unsafeheader, math, runtime, strconv, sync, unicode, utf8, Value, flag, ValueError, MapIter, Type, Kind, tflag, rtype, method, ChanDir, arrayType, chanType, imethod, interfaceType, mapType, ptrType, sliceType, structField, structType, Method, nameOff, typeOff, textOff, StructField, StructTag, fieldScan, uncommonType, funcType, name, nameData, hiter, sliceType$1, ptrType$1, sliceType$2, sliceType$3, sliceType$4, ptrType$2, funcType$1, sliceType$6, ptrType$4, sliceType$7, ptrType$7, ptrType$8, sliceType$9, sliceType$10, ptrType$9, sliceType$11, ptrType$10, ptrType$11, sliceType$12, ptrType$12, ptrType$13, funcType$2, sliceType$14, sliceType$15, ptrType$18, structType$3, sliceType$16, ptrType$19, ptrType$20, sliceType$17, sliceType$18, arrayType$6, sliceType$19, funcType$3, ptrType$22, arrayType$7, ptrType$23, funcType$4, funcType$5, ptrType$25, ptrType$28, uint8Type, stringType, kindNames, initialized, uncommonTypeMap, nameMap, nameOffList, typeOffList, callHelper, jsObjectPtr, selectHelper, methodName, copyVal, overflowFloat32, typesMustMatch, grow, Append, AppendSlice, MakeMap, MakeMapWithSize, convertOp, makeFloat, makeFloat32, makeComplex, makeString, makeBytes, makeRunes, cvtInt, cvtUint, cvtFloatInt, cvtFloatUint, cvtIntFloat, cvtUintFloat, cvtFloat, cvtComplex, cvtIntString, cvtUintString, cvtBytesString, cvtStringBytes, cvtRunesString, cvtStringRunes, cvtT2I, cvtI2I, PtrTo, PointerTo, implements$1, specialChannelAssignability, directlyAssignable, haveIdenticalType, haveIdenticalUnderlyingType, toType, ifaceIndir, methodValueCallCodePtr, methodValueCall, init, New, jsType, reflectType, setKindType, newName, newMethodName, newNameOff, newTypeOff, internalStr, isWrapped, copyStruct, makeValue, MakeSlice, TypeOf, ValueOf, FuncOf, SliceOf, Zero, unsafe_New, makeInt, typedmemmove, makemap, keyFor, mapaccess, mapassign, mapdelete, mapaccess_faststr, mapassign_faststr, mapdelete_faststr, mapiterinit, mapiterkey, mapiterelem, mapiternext, maplen, cvtDirect, cvtSliceArrayPtr, Copy, methodReceiver, valueInterface, ifaceE2I, makeMethodValue, wrapJsObject, unwrapJsObject, getJsTag, chanrecv, chansend, DeepEqual, deepValueEqualJs, methodNameSkip, verifyNotInHeapPtr;
	errors = $packages["errors"];
	js = $packages["github.com/gopherjs/gopherjs/js"];
	abi = $packages["internal/abi"];
	bytealg = $packages["internal/bytealg"];
	goarch = $packages["internal/goarch"];
	goexperiment = $packages["internal/goexperiment"];
	itoa = $packages["internal/itoa"];
	unsafeheader = $packages["internal/unsafeheader"];
	math = $packages["math"];
	runtime = $packages["runtime"];
	strconv = $packages["strconv"];
	sync = $packages["sync"];
	unicode = $packages["unicode"];
	utf8 = $packages["unicode/utf8"];
	Value = $pkg.Value = $newType(0, $kindStruct, "reflect.Value", true, "reflect", true, function(typ_, ptr_, flag_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.typ = ptrType$1.nil;
			this.ptr = 0;
			this.flag = 0;
			return;
		}
		this.typ = typ_;
		this.ptr = ptr_;
		this.flag = flag_;
	});
	flag = $pkg.flag = $newType(4, $kindUintptr, "reflect.flag", true, "reflect", false, null);
	ValueError = $pkg.ValueError = $newType(0, $kindStruct, "reflect.ValueError", true, "reflect", true, function(Method_, Kind_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Method = "";
			this.Kind = 0;
			return;
		}
		this.Method = Method_;
		this.Kind = Kind_;
	});
	MapIter = $pkg.MapIter = $newType(0, $kindStruct, "reflect.MapIter", true, "reflect", true, function(m_, hiter_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.m = new Value.ptr(ptrType$1.nil, 0, 0);
			this.hiter = new hiter.ptr($ifaceNil, null, null, 0, null);
			return;
		}
		this.m = m_;
		this.hiter = hiter_;
	});
	Type = $pkg.Type = $newType(8, $kindInterface, "reflect.Type", true, "reflect", true, null);
	Kind = $pkg.Kind = $newType(4, $kindUint, "reflect.Kind", true, "reflect", true, null);
	tflag = $pkg.tflag = $newType(1, $kindUint8, "reflect.tflag", true, "reflect", false, null);
	rtype = $pkg.rtype = $newType(0, $kindStruct, "reflect.rtype", true, "reflect", false, function(size_, ptrdata_, hash_, tflag_, align_, fieldAlign_, kind_, equal_, gcdata_, str_, ptrToThis_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.size = 0;
			this.ptrdata = 0;
			this.hash = 0;
			this.tflag = 0;
			this.align = 0;
			this.fieldAlign = 0;
			this.kind = 0;
			this.equal = $throwNilPointerError;
			this.gcdata = ptrType$13.nil;
			this.str = 0;
			this.ptrToThis = 0;
			return;
		}
		this.size = size_;
		this.ptrdata = ptrdata_;
		this.hash = hash_;
		this.tflag = tflag_;
		this.align = align_;
		this.fieldAlign = fieldAlign_;
		this.kind = kind_;
		this.equal = equal_;
		this.gcdata = gcdata_;
		this.str = str_;
		this.ptrToThis = ptrToThis_;
	});
	method = $pkg.method = $newType(0, $kindStruct, "reflect.method", true, "reflect", false, function(name_, mtyp_, ifn_, tfn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = 0;
			this.mtyp = 0;
			this.ifn = 0;
			this.tfn = 0;
			return;
		}
		this.name = name_;
		this.mtyp = mtyp_;
		this.ifn = ifn_;
		this.tfn = tfn_;
	});
	ChanDir = $pkg.ChanDir = $newType(4, $kindInt, "reflect.ChanDir", true, "reflect", true, null);
	arrayType = $pkg.arrayType = $newType(0, $kindStruct, "reflect.arrayType", true, "reflect", false, function(rtype_, elem_, slice_, len_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.elem = ptrType$1.nil;
			this.slice = ptrType$1.nil;
			this.len = 0;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
		this.slice = slice_;
		this.len = len_;
	});
	chanType = $pkg.chanType = $newType(0, $kindStruct, "reflect.chanType", true, "reflect", false, function(rtype_, elem_, dir_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.elem = ptrType$1.nil;
			this.dir = 0;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
		this.dir = dir_;
	});
	imethod = $pkg.imethod = $newType(0, $kindStruct, "reflect.imethod", true, "reflect", false, function(name_, typ_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = 0;
			this.typ = 0;
			return;
		}
		this.name = name_;
		this.typ = typ_;
	});
	interfaceType = $pkg.interfaceType = $newType(0, $kindStruct, "reflect.interfaceType", true, "reflect", false, function(rtype_, pkgPath_, methods_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.pkgPath = new name.ptr(ptrType$13.nil);
			this.methods = sliceType$14.nil;
			return;
		}
		this.rtype = rtype_;
		this.pkgPath = pkgPath_;
		this.methods = methods_;
	});
	mapType = $pkg.mapType = $newType(0, $kindStruct, "reflect.mapType", true, "reflect", false, function(rtype_, key_, elem_, bucket_, hasher_, keysize_, valuesize_, bucketsize_, flags_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.key = ptrType$1.nil;
			this.elem = ptrType$1.nil;
			this.bucket = ptrType$1.nil;
			this.hasher = $throwNilPointerError;
			this.keysize = 0;
			this.valuesize = 0;
			this.bucketsize = 0;
			this.flags = 0;
			return;
		}
		this.rtype = rtype_;
		this.key = key_;
		this.elem = elem_;
		this.bucket = bucket_;
		this.hasher = hasher_;
		this.keysize = keysize_;
		this.valuesize = valuesize_;
		this.bucketsize = bucketsize_;
		this.flags = flags_;
	});
	ptrType = $pkg.ptrType = $newType(0, $kindStruct, "reflect.ptrType", true, "reflect", false, function(rtype_, elem_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.elem = ptrType$1.nil;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
	});
	sliceType = $pkg.sliceType = $newType(0, $kindStruct, "reflect.sliceType", true, "reflect", false, function(rtype_, elem_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.elem = ptrType$1.nil;
			return;
		}
		this.rtype = rtype_;
		this.elem = elem_;
	});
	structField = $pkg.structField = $newType(0, $kindStruct, "reflect.structField", true, "reflect", false, function(name_, typ_, offsetEmbed_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = new name.ptr(ptrType$13.nil);
			this.typ = ptrType$1.nil;
			this.offsetEmbed = 0;
			return;
		}
		this.name = name_;
		this.typ = typ_;
		this.offsetEmbed = offsetEmbed_;
	});
	structType = $pkg.structType = $newType(0, $kindStruct, "reflect.structType", true, "reflect", false, function(rtype_, pkgPath_, fields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.pkgPath = new name.ptr(ptrType$13.nil);
			this.fields = sliceType$15.nil;
			return;
		}
		this.rtype = rtype_;
		this.pkgPath = pkgPath_;
		this.fields = fields_;
	});
	Method = $pkg.Method = $newType(0, $kindStruct, "reflect.Method", true, "reflect", true, function(Name_, PkgPath_, Type_, Func_, Index_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.PkgPath = "";
			this.Type = $ifaceNil;
			this.Func = new Value.ptr(ptrType$1.nil, 0, 0);
			this.Index = 0;
			return;
		}
		this.Name = Name_;
		this.PkgPath = PkgPath_;
		this.Type = Type_;
		this.Func = Func_;
		this.Index = Index_;
	});
	nameOff = $pkg.nameOff = $newType(4, $kindInt32, "reflect.nameOff", true, "reflect", false, null);
	typeOff = $pkg.typeOff = $newType(4, $kindInt32, "reflect.typeOff", true, "reflect", false, null);
	textOff = $pkg.textOff = $newType(4, $kindInt32, "reflect.textOff", true, "reflect", false, null);
	StructField = $pkg.StructField = $newType(0, $kindStruct, "reflect.StructField", true, "reflect", true, function(Name_, PkgPath_, Type_, Tag_, Offset_, Index_, Anonymous_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.PkgPath = "";
			this.Type = $ifaceNil;
			this.Tag = "";
			this.Offset = 0;
			this.Index = sliceType$6.nil;
			this.Anonymous = false;
			return;
		}
		this.Name = Name_;
		this.PkgPath = PkgPath_;
		this.Type = Type_;
		this.Tag = Tag_;
		this.Offset = Offset_;
		this.Index = Index_;
		this.Anonymous = Anonymous_;
	});
	StructTag = $pkg.StructTag = $newType(8, $kindString, "reflect.StructTag", true, "reflect", true, null);
	fieldScan = $pkg.fieldScan = $newType(0, $kindStruct, "reflect.fieldScan", true, "reflect", false, function(typ_, index_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.typ = ptrType$12.nil;
			this.index = sliceType$6.nil;
			return;
		}
		this.typ = typ_;
		this.index = index_;
	});
	uncommonType = $pkg.uncommonType = $newType(0, $kindStruct, "reflect.uncommonType", true, "reflect", false, function(pkgPath_, mcount_, xcount_, moff_, _methods_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pkgPath = 0;
			this.mcount = 0;
			this.xcount = 0;
			this.moff = 0;
			this._methods = sliceType$11.nil;
			return;
		}
		this.pkgPath = pkgPath_;
		this.mcount = mcount_;
		this.xcount = xcount_;
		this.moff = moff_;
		this._methods = _methods_;
	});
	funcType = $pkg.funcType = $newType(0, $kindStruct, "reflect.funcType", true, "reflect", false, function(rtype_, inCount_, outCount_, _in_, _out_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rtype = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
			this.inCount = 0;
			this.outCount = 0;
			this._in = sliceType$2.nil;
			this._out = sliceType$2.nil;
			return;
		}
		this.rtype = rtype_;
		this.inCount = inCount_;
		this.outCount = outCount_;
		this._in = _in_;
		this._out = _out_;
	});
	name = $pkg.name = $newType(0, $kindStruct, "reflect.name", true, "reflect", false, function(bytes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.bytes = ptrType$13.nil;
			return;
		}
		this.bytes = bytes_;
	});
	nameData = $pkg.nameData = $newType(0, $kindStruct, "reflect.nameData", true, "reflect", false, function(name_, tag_, exported_, pkgPath_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.tag = "";
			this.exported = false;
			this.pkgPath = "";
			return;
		}
		this.name = name_;
		this.tag = tag_;
		this.exported = exported_;
		this.pkgPath = pkgPath_;
	});
	hiter = $pkg.hiter = $newType(0, $kindStruct, "reflect.hiter", true, "reflect", false, function(t_, m_, keys_, i_, last_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.t = $ifaceNil;
			this.m = null;
			this.keys = null;
			this.i = 0;
			this.last = null;
			return;
		}
		this.t = t_;
		this.m = m_;
		this.keys = keys_;
		this.i = i_;
		this.last = last_;
	});
	sliceType$1 = $sliceType(name);
	ptrType$1 = $ptrType(rtype);
	sliceType$2 = $sliceType(ptrType$1);
	sliceType$3 = $sliceType($String);
	sliceType$4 = $sliceType($emptyInterface);
	ptrType$2 = $ptrType(js.Object);
	funcType$1 = $funcType([sliceType$4], [ptrType$2], true);
	sliceType$6 = $sliceType($Int);
	ptrType$4 = $ptrType(runtime.Func);
	sliceType$7 = $sliceType(Value);
	ptrType$7 = $ptrType($UnsafePointer);
	ptrType$8 = $ptrType(unsafeheader.Slice);
	sliceType$9 = $sliceType($Uint8);
	sliceType$10 = $sliceType($Int32);
	ptrType$9 = $ptrType(uncommonType);
	sliceType$11 = $sliceType(method);
	ptrType$10 = $ptrType(interfaceType);
	ptrType$11 = $ptrType(imethod);
	sliceType$12 = $sliceType(fieldScan);
	ptrType$12 = $ptrType(structType);
	ptrType$13 = $ptrType($Uint8);
	funcType$2 = $funcType([], [], false);
	sliceType$14 = $sliceType(imethod);
	sliceType$15 = $sliceType(structField);
	ptrType$18 = $ptrType(nameData);
	structType$3 = $structType("reflect", [{prop: "str", name: "str", embedded: false, exported: false, typ: $String, tag: ""}]);
	sliceType$16 = $sliceType(ptrType$2);
	ptrType$19 = $ptrType($String);
	ptrType$20 = $ptrType(funcType);
	sliceType$17 = $sliceType(Type);
	sliceType$18 = $sliceType(sliceType$16);
	arrayType$6 = $arrayType($UnsafePointer, 2);
	sliceType$19 = $sliceType(arrayType$6);
	funcType$3 = $funcType([$String], [$Bool], false);
	ptrType$22 = $ptrType(MapIter);
	arrayType$7 = $arrayType($Uintptr, 2);
	ptrType$23 = $ptrType(ValueError);
	funcType$4 = $funcType([$UnsafePointer, $UnsafePointer], [$Bool], false);
	funcType$5 = $funcType([$UnsafePointer, $Uintptr], [$Uintptr], false);
	ptrType$25 = $ptrType(structField);
	ptrType$28 = $ptrType(hiter);
	flag.prototype.kind = function() {
		var f;
		f = this.$val;
		return ((((f & 31) >>> 0) >>> 0));
	};
	$ptrType(flag).prototype.kind = function() { return new flag(this.$get()).kind(); };
	flag.prototype.ro = function() {
		var f;
		f = this.$val;
		if (!((((f & 96) >>> 0) === 0))) {
			return 32;
		}
		return 0;
	};
	$ptrType(flag).prototype.ro = function() { return new flag(this.$get()).ro(); };
	Value.ptr.prototype.pointer = function() {
		var v;
		v = this;
		if (!((v.typ.size === 4)) || !v.typ.pointers()) {
			$panic(new $String("can't call pointer on a non-pointer Value"));
		}
		if (!((((v.flag & 128) >>> 0) === 0))) {
			return (v.ptr).$get();
		}
		return v.ptr;
	};
	Value.prototype.pointer = function() { return this.$val.pointer(); };
	ValueError.ptr.prototype.Error = function() {
		var e;
		e = this;
		if (e.Kind === 0) {
			return "reflect: call of " + e.Method + " on zero Value";
		}
		return "reflect: call of " + e.Method + " on " + new Kind(e.Kind).String() + " Value";
	};
	ValueError.prototype.Error = function() { return this.$val.Error(); };
	methodName = function() {
		var _tuple, f, pc;
		_tuple = runtime.Caller(2);
		pc = _tuple[0];
		f = runtime.FuncForPC(pc);
		if (f === ptrType$4.nil) {
			return "unknown method";
		}
		return f.Name();
	};
	flag.prototype.mustBe = function(expected) {
		var expected, f;
		f = this.$val;
		if (!((((((f & 31) >>> 0) >>> 0)) === expected))) {
			$panic(new ValueError.ptr(methodName(), new flag(f).kind()));
		}
	};
	$ptrType(flag).prototype.mustBe = function(expected) { return new flag(this.$get()).mustBe(expected); };
	flag.prototype.mustBeExported = function() {
		var f;
		f = this.$val;
		if ((f === 0) || !((((f & 96) >>> 0) === 0))) {
			new flag(f).mustBeExportedSlow();
		}
	};
	$ptrType(flag).prototype.mustBeExported = function() { return new flag(this.$get()).mustBeExported(); };
	flag.prototype.mustBeExportedSlow = function() {
		var f;
		f = this.$val;
		if (f === 0) {
			$panic(new ValueError.ptr(methodNameSkip(), 0));
		}
		if (!((((f & 96) >>> 0) === 0))) {
			$panic(new $String("reflect: " + methodNameSkip() + " using value obtained using unexported field"));
		}
	};
	$ptrType(flag).prototype.mustBeExportedSlow = function() { return new flag(this.$get()).mustBeExportedSlow(); };
	flag.prototype.mustBeAssignable = function() {
		var f;
		f = this.$val;
		if (!((((f & 96) >>> 0) === 0)) || (((f & 256) >>> 0) === 0)) {
			new flag(f).mustBeAssignableSlow();
		}
	};
	$ptrType(flag).prototype.mustBeAssignable = function() { return new flag(this.$get()).mustBeAssignable(); };
	flag.prototype.mustBeAssignableSlow = function() {
		var f;
		f = this.$val;
		if (f === 0) {
			$panic(new ValueError.ptr(methodNameSkip(), 0));
		}
		if (!((((f & 96) >>> 0) === 0))) {
			$panic(new $String("reflect: " + methodNameSkip() + " using value obtained using unexported field"));
		}
		if (((f & 256) >>> 0) === 0) {
			$panic(new $String("reflect: " + methodNameSkip() + " using unaddressable value"));
		}
	};
	$ptrType(flag).prototype.mustBeAssignableSlow = function() { return new flag(this.$get()).mustBeAssignableSlow(); };
	Value.ptr.prototype.Addr = function() {
		var fl, v;
		v = this;
		if (((v.flag & 256) >>> 0) === 0) {
			$panic(new $String("reflect.Value.Addr of unaddressable value"));
		}
		fl = (v.flag & 96) >>> 0;
		return new Value.ptr(v.typ.ptrTo(), v.ptr, (fl | 22) >>> 0);
	};
	Value.prototype.Addr = function() { return this.$val.Addr(); };
	Value.ptr.prototype.Bool = function() {
		var v;
		v = this;
		new flag(v.flag).mustBe(1);
		return (v.ptr).$get();
	};
	Value.prototype.Bool = function() { return this.$val.Bool(); };
	Value.ptr.prototype.Bytes = function() {
		var {_r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(23);
		_r = v.typ.Elem().Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 8))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 8))) { */ case 1:
			$panic(new $String("reflect.Value.Bytes of non-byte slice"));
		/* } */ case 2:
		$s = -1; return (v.ptr).$get();
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Bytes, $c: true, $r, _r, v, $s};return $f;
	};
	Value.prototype.Bytes = function() { return this.$val.Bytes(); };
	Value.ptr.prototype.runes = function() {
		var {_r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(23);
		_r = v.typ.Elem().Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 5))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 5))) { */ case 1:
			$panic(new $String("reflect.Value.Bytes of non-rune slice"));
		/* } */ case 2:
		$s = -1; return (v.ptr).$get();
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.runes, $c: true, $r, _r, v, $s};return $f;
	};
	Value.prototype.runes = function() { return this.$val.runes(); };
	Value.ptr.prototype.CanAddr = function() {
		var v;
		v = this;
		return !((((v.flag & 256) >>> 0) === 0));
	};
	Value.prototype.CanAddr = function() { return this.$val.CanAddr(); };
	Value.ptr.prototype.CanSet = function() {
		var v;
		v = this;
		return ((v.flag & 352) >>> 0) === 256;
	};
	Value.prototype.CanSet = function() { return this.$val.CanSet(); };
	Value.ptr.prototype.Call = function(in$1) {
		var {$24r, _r, in$1, v, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(19);
		new flag(v.flag).mustBeExported();
		_r = $clone(v, Value).call("Call", in$1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Call, $c: true, $r, $24r, _r, in$1, v, $s};return $f;
	};
	Value.prototype.Call = function(in$1) { return this.$val.Call(in$1); };
	Value.ptr.prototype.CallSlice = function(in$1) {
		var {$24r, _r, in$1, v, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(19);
		new flag(v.flag).mustBeExported();
		_r = $clone(v, Value).call("CallSlice", in$1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.CallSlice, $c: true, $r, $24r, _r, in$1, v, $s};return $f;
	};
	Value.prototype.CallSlice = function(in$1) { return this.$val.CallSlice(in$1); };
	Value.ptr.prototype.CanComplex = function() {
		var _1, v;
		v = this;
		_1 = new flag(v.flag).kind();
		if ((_1 === (15)) || (_1 === (16))) {
			return true;
		} else {
			return false;
		}
	};
	Value.prototype.CanComplex = function() { return this.$val.CanComplex(); };
	Value.ptr.prototype.Complex = function() {
		var _1, k, v, x;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (15)) {
			return ((x = (v.ptr).$get(), new $Complex128(x.$real, x.$imag)));
		} else if (_1 === (16)) {
			return (v.ptr).$get();
		}
		$panic(new ValueError.ptr("reflect.Value.Complex", new flag(v.flag).kind()));
	};
	Value.prototype.Complex = function() { return this.$val.Complex(); };
	Value.ptr.prototype.FieldByIndex = function(index) {
		var {$24r, _i, _r, _r$1, _r$2, _r$3, _ref, _v, i, index, v, x, $s, $r, $c} = $restore(this, {index});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		/* */ if (index.$length === 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (index.$length === 1) { */ case 1:
			_r = $clone(v, Value).Field((0 >= index.$length ? ($throwRuntimeError("index out of range"), undefined) : index.$array[index.$offset + 0])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		new flag(v.flag).mustBe(25);
		_ref = index;
		_i = 0;
		/* while (true) { */ case 5:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 6; continue; }
			i = _i;
			x = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (i > 0) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (i > 0) { */ case 7:
				if (!($clone(v, Value).Kind() === 22)) { _v = false; $s = 11; continue s; }
				_r$1 = v.typ.Elem().Kind(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v = _r$1 === 25; case 11:
				/* */ if (_v) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_v) { */ case 9:
					if ($clone(v, Value).IsNil()) {
						$panic(new $String("reflect: indirection through nil pointer to embedded struct"));
					}
					_r$2 = $clone(v, Value).Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					v = _r$2;
				/* } */ case 10:
			/* } */ case 8:
			_r$3 = $clone(v, Value).Field(x); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			v = _r$3;
			_i++;
		$s = 5; continue;
		case 6:
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.FieldByIndex, $c: true, $r, $24r, _i, _r, _r$1, _r$2, _r$3, _ref, _v, i, index, v, x, $s};return $f;
	};
	Value.prototype.FieldByIndex = function(index) { return this.$val.FieldByIndex(index); };
	Value.ptr.prototype.FieldByIndexErr = function(index) {
		var {$24r, $24r$1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _v, i, index, v, x, $s, $r, $c} = $restore(this, {index});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		/* */ if (index.$length === 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (index.$length === 1) { */ case 1:
			_r = $clone(v, Value).Field((0 >= index.$length ? ($throwRuntimeError("index out of range"), undefined) : index.$array[index.$offset + 0])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [_r, $ifaceNil];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		new flag(v.flag).mustBe(25);
		_ref = index;
		_i = 0;
		/* while (true) { */ case 5:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 6; continue; }
			i = _i;
			x = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (i > 0) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (i > 0) { */ case 7:
				if (!($clone(v, Value).Kind() === 22)) { _v = false; $s = 11; continue s; }
				_r$1 = v.typ.Elem().Kind(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v = _r$1 === 25; case 11:
				/* */ if (_v) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_v) { */ case 9:
					/* */ if ($clone(v, Value).IsNil()) { $s = 13; continue; }
					/* */ $s = 14; continue;
					/* if ($clone(v, Value).IsNil()) { */ case 13:
						_r$2 = v.typ.Elem().Name(); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						_r$3 = errors.New("reflect: indirection through nil pointer to embedded struct field " + _r$2); /* */ $s = 16; case 16: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						$24r$1 = [new Value.ptr(ptrType$1.nil, 0, 0), _r$3];
						$s = 17; case 17: return $24r$1;
					/* } */ case 14:
					_r$4 = $clone(v, Value).Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					v = _r$4;
				/* } */ case 10:
			/* } */ case 8:
			_r$5 = $clone(v, Value).Field(x); /* */ $s = 19; case 19: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			v = _r$5;
			_i++;
		$s = 5; continue;
		case 6:
		$s = -1; return [v, $ifaceNil];
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.FieldByIndexErr, $c: true, $r, $24r, $24r$1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _v, i, index, v, x, $s};return $f;
	};
	Value.prototype.FieldByIndexErr = function(index) { return this.$val.FieldByIndexErr(index); };
	Value.ptr.prototype.FieldByName = function(name$1) {
		var {$24r, _r, _r$1, _tuple, f, name$1, ok, v, $s, $r, $c} = $restore(this, {name$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(25);
		_r = v.typ.FieldByName(name$1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		f = $clone(_tuple[0], StructField);
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = $clone(v, Value).FieldByIndex(f.Index); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.FieldByName, $c: true, $r, $24r, _r, _r$1, _tuple, f, name$1, ok, v, $s};return $f;
	};
	Value.prototype.FieldByName = function(name$1) { return this.$val.FieldByName(name$1); };
	Value.ptr.prototype.FieldByNameFunc = function(match) {
		var {$24r, _r, _r$1, _tuple, f, match, ok, v, $s, $r, $c} = $restore(this, {match});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		_r = v.typ.FieldByNameFunc(match); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		f = $clone(_tuple[0], StructField);
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = $clone(v, Value).FieldByIndex(f.Index); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.FieldByNameFunc, $c: true, $r, $24r, _r, _r$1, _tuple, f, match, ok, v, $s};return $f;
	};
	Value.prototype.FieldByNameFunc = function(match) { return this.$val.FieldByNameFunc(match); };
	Value.ptr.prototype.CanFloat = function() {
		var _1, v;
		v = this;
		_1 = new flag(v.flag).kind();
		if ((_1 === (13)) || (_1 === (14))) {
			return true;
		} else {
			return false;
		}
	};
	Value.prototype.CanFloat = function() { return this.$val.CanFloat(); };
	Value.ptr.prototype.Float = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (13)) {
			return ((v.ptr).$get());
		} else if (_1 === (14)) {
			return (v.ptr).$get();
		}
		$panic(new ValueError.ptr("reflect.Value.Float", new flag(v.flag).kind()));
	};
	Value.prototype.Float = function() { return this.$val.Float(); };
	Value.ptr.prototype.CanInt = function() {
		var _1, v;
		v = this;
		_1 = new flag(v.flag).kind();
		if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) {
			return true;
		} else {
			return false;
		}
	};
	Value.prototype.CanInt = function() { return this.$val.CanInt(); };
	Value.ptr.prototype.Int = function() {
		var _1, k, p, v;
		v = this;
		k = new flag(v.flag).kind();
		p = v.ptr;
		_1 = k;
		if (_1 === (2)) {
			return (new $Int64(0, (p).$get()));
		} else if (_1 === (3)) {
			return (new $Int64(0, (p).$get()));
		} else if (_1 === (4)) {
			return (new $Int64(0, (p).$get()));
		} else if (_1 === (5)) {
			return (new $Int64(0, (p).$get()));
		} else if (_1 === (6)) {
			return (p).$get();
		}
		$panic(new ValueError.ptr("reflect.Value.Int", new flag(v.flag).kind()));
	};
	Value.prototype.Int = function() { return this.$val.Int(); };
	Value.ptr.prototype.CanInterface = function() {
		var v;
		v = this;
		if (v.flag === 0) {
			$panic(new ValueError.ptr("reflect.Value.CanInterface", 0));
		}
		return ((v.flag & 96) >>> 0) === 0;
	};
	Value.prototype.CanInterface = function() { return this.$val.CanInterface(); };
	Value.ptr.prototype.Interface = function() {
		var {$24r, _r, i, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = $ifaceNil;
		v = this;
		_r = valueInterface($clone(v, Value), true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		i = _r;
		$24r = i;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Interface, $c: true, $r, $24r, _r, i, v, $s};return $f;
	};
	Value.prototype.Interface = function() { return this.$val.Interface(); };
	Value.ptr.prototype.IsValid = function() {
		var v;
		v = this;
		return !((v.flag === 0));
	};
	Value.prototype.IsValid = function() { return this.$val.IsValid(); };
	Value.ptr.prototype.IsZero = function() {
		var {_1, _r, _r$1, _r$2, _r$3, c, i, i$1, v, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = new flag(v.flag).kind();
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 3; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 4; continue; }
			/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 5; continue; }
			/* */ if ((_1 === (15)) || (_1 === (16))) { $s = 6; continue; }
			/* */ if (_1 === (17)) { $s = 7; continue; }
			/* */ if ((_1 === (18)) || (_1 === (19)) || (_1 === (20)) || (_1 === (21)) || (_1 === (22)) || (_1 === (23)) || (_1 === (26))) { $s = 8; continue; }
			/* */ if (_1 === (24)) { $s = 9; continue; }
			/* */ if (_1 === (25)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return !$clone(v, Value).Bool();
			/* } else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 3:
				$s = -1; return (x = $clone(v, Value).Int(), (x.$high === 0 && x.$low === 0));
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 4:
				$s = -1; return (x$1 = $clone(v, Value).Uint(), (x$1.$high === 0 && x$1.$low === 0));
			/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 5:
				$s = -1; return (x$2 = math.Float64bits($clone(v, Value).Float()), (x$2.$high === 0 && x$2.$low === 0));
			/* } else if ((_1 === (15)) || (_1 === (16))) { */ case 6:
				c = $clone(v, Value).Complex();
				$s = -1; return (x$3 = math.Float64bits(c.$real), (x$3.$high === 0 && x$3.$low === 0)) && (x$4 = math.Float64bits(c.$imag), (x$4.$high === 0 && x$4.$low === 0));
			/* } else if (_1 === (17)) { */ case 7:
				i = 0;
				/* while (true) { */ case 13:
					/* if (!(i < $clone(v, Value).Len())) { break; } */ if(!(i < $clone(v, Value).Len())) { $s = 14; continue; }
					_r = $clone(v, Value).Index(i); /* */ $s = 17; case 17: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_r$1 = $clone(_r, Value).IsZero(); /* */ $s = 18; case 18: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					/* */ if (!_r$1) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if (!_r$1) { */ case 15:
						$s = -1; return false;
					/* } */ case 16:
					i = i + (1) >> 0;
				$s = 13; continue;
				case 14:
				$s = -1; return true;
			/* } else if ((_1 === (18)) || (_1 === (19)) || (_1 === (20)) || (_1 === (21)) || (_1 === (22)) || (_1 === (23)) || (_1 === (26))) { */ case 8:
				$s = -1; return $clone(v, Value).IsNil();
			/* } else if (_1 === (24)) { */ case 9:
				$s = -1; return $clone(v, Value).Len() === 0;
			/* } else if (_1 === (25)) { */ case 10:
				i$1 = 0;
				/* while (true) { */ case 19:
					/* if (!(i$1 < $clone(v, Value).NumField())) { break; } */ if(!(i$1 < $clone(v, Value).NumField())) { $s = 20; continue; }
					_r$2 = $clone(v, Value).Field(i$1); /* */ $s = 23; case 23: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$3 = $clone(_r$2, Value).IsZero(); /* */ $s = 24; case 24: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					/* */ if (!_r$3) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (!_r$3) { */ case 21:
						$s = -1; return false;
					/* } */ case 22:
					i$1 = i$1 + (1) >> 0;
				$s = 19; continue;
				case 20:
				$s = -1; return true;
			/* } else { */ case 11:
				$panic(new ValueError.ptr("reflect.Value.IsZero", $clone(v, Value).Kind()));
			/* } */ case 12:
		case 1:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.IsZero, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, c, i, i$1, v, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	Value.prototype.IsZero = function() { return this.$val.IsZero(); };
	Value.ptr.prototype.Kind = function() {
		var v;
		v = this;
		return new flag(v.flag).kind();
	};
	Value.prototype.Kind = function() { return this.$val.Kind(); };
	Value.ptr.prototype.MapIndex = function(key) {
		var {_r, e, fl, k, k$1, key, tt, typ, v, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(21);
		tt = (v.typ.kindType);
		e = 0;
		/* */ if ((tt.key === stringType || (new flag(key.flag).kind() === 24)) && tt.key === key.typ && tt.elem.size <= 128) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((tt.key === stringType || (new flag(key.flag).kind() === 24)) && tt.key === key.typ && tt.elem.size <= 128) { */ case 1:
			k = (key.ptr).$get();
			e = mapaccess_faststr(v.typ, $clone(v, Value).pointer(), k);
			$s = 3; continue;
		/* } else { */ case 2:
			_r = $clone(key, Value).assignTo("reflect.Value.MapIndex", tt.key, 0); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			key = _r;
			k$1 = 0;
			if (!((((key.flag & 128) >>> 0) === 0))) {
				k$1 = key.ptr;
			} else {
				k$1 = ((key.$ptr_ptr || (key.$ptr_ptr = new ptrType$7(function() { return this.$target.ptr; }, function($v) { this.$target.ptr = $v; }, key))));
			}
			e = mapaccess(v.typ, $clone(v, Value).pointer(), k$1);
		/* } */ case 3:
		if (e === 0) {
			$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		}
		typ = tt.elem;
		fl = new flag((((v.flag | key.flag) >>> 0))).ro();
		fl = (fl | (((typ.Kind() >>> 0)))) >>> 0;
		$s = -1; return copyVal(typ, fl, e);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.MapIndex, $c: true, $r, _r, e, fl, k, k$1, key, tt, typ, v, $s};return $f;
	};
	Value.prototype.MapIndex = function(key) { return this.$val.MapIndex(key); };
	Value.ptr.prototype.MapKeys = function() {
		var {_r, a, fl, i, it, key, keyType, m, mlen, tt, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		it = [it];
		v = this;
		new flag(v.flag).mustBe(21);
		tt = (v.typ.kindType);
		keyType = tt.key;
		fl = (new flag(v.flag).ro() | ((keyType.Kind() >>> 0))) >>> 0;
		m = $clone(v, Value).pointer();
		mlen = 0;
		if (!(m === 0)) {
			mlen = maplen(m);
		}
		it[0] = new hiter.ptr($ifaceNil, null, null, 0, null);
		mapiterinit(v.typ, m, it[0]);
		a = $makeSlice(sliceType$7, mlen);
		i = 0;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < a.$length)) { break; } */ if(!(i < a.$length)) { $s = 2; continue; }
			_r = mapiterkey(it[0]); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			key = _r;
			if (key === 0) {
				/* break; */ $s = 2; continue;
			}
			((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = copyVal(keyType, fl, key));
			mapiternext(it[0]);
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return $subslice(a, 0, i);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.MapKeys, $c: true, $r, _r, a, fl, i, it, key, keyType, m, mlen, tt, v, $s};return $f;
	};
	Value.prototype.MapKeys = function() { return this.$val.MapKeys(); };
	hiter.ptr.prototype.initialized = function() {
		var h;
		h = this;
		return !($interfaceIsEqual(h.t, $ifaceNil));
	};
	hiter.prototype.initialized = function() { return this.$val.initialized(); };
	MapIter.ptr.prototype.Key = function() {
		var {_r, iter, iterkey, ktype, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		iter = this;
		if (!iter.hiter.initialized()) {
			$panic(new $String("MapIter.Key called before Next"));
		}
		_r = mapiterkey(iter.hiter); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		iterkey = _r;
		if (iterkey === 0) {
			$panic(new $String("MapIter.Key called on exhausted iterator"));
		}
		t = (iter.m.typ.kindType);
		ktype = t.key;
		$s = -1; return copyVal(ktype, (new flag(iter.m.flag).ro() | ((ktype.Kind() >>> 0))) >>> 0, iterkey);
		/* */ } return; } var $f = {$blk: MapIter.ptr.prototype.Key, $c: true, $r, _r, iter, iterkey, ktype, t, $s};return $f;
	};
	MapIter.prototype.Key = function() { return this.$val.Key(); };
	Value.ptr.prototype.SetIterKey = function(iter) {
		var {_r, _r$1, iter, iterkey, key, ktype, t, target, v, $s, $r, $c} = $restore(this, {iter});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		if (!iter.hiter.initialized()) {
			$panic(new $String("reflect: Value.SetIterKey called before Next"));
		}
		_r = mapiterkey(iter.hiter); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		iterkey = _r;
		if (iterkey === 0) {
			$panic(new $String("reflect: Value.SetIterKey called on exhausted iterator"));
		}
		new flag(v.flag).mustBeAssignable();
		target = 0;
		if (new flag(v.flag).kind() === 20) {
			target = v.ptr;
		}
		t = (iter.m.typ.kindType);
		ktype = t.key;
		key = new Value.ptr(ktype, iterkey, (((iter.m.flag | ((ktype.Kind() >>> 0))) >>> 0) | 128) >>> 0);
		_r$1 = $clone(key, Value).assignTo("reflect.MapIter.SetKey", v.typ, target); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		key = _r$1;
		typedmemmove(v.typ, v.ptr, key.ptr);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.SetIterKey, $c: true, $r, _r, _r$1, iter, iterkey, key, ktype, t, target, v, $s};return $f;
	};
	Value.prototype.SetIterKey = function(iter) { return this.$val.SetIterKey(iter); };
	MapIter.ptr.prototype.Value = function() {
		var {_r, iter, iterelem, t, vtype, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		iter = this;
		if (!iter.hiter.initialized()) {
			$panic(new $String("MapIter.Value called before Next"));
		}
		_r = mapiterelem(iter.hiter); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		iterelem = _r;
		if (iterelem === 0) {
			$panic(new $String("MapIter.Value called on exhausted iterator"));
		}
		t = (iter.m.typ.kindType);
		vtype = t.elem;
		$s = -1; return copyVal(vtype, (new flag(iter.m.flag).ro() | ((vtype.Kind() >>> 0))) >>> 0, iterelem);
		/* */ } return; } var $f = {$blk: MapIter.ptr.prototype.Value, $c: true, $r, _r, iter, iterelem, t, vtype, $s};return $f;
	};
	MapIter.prototype.Value = function() { return this.$val.Value(); };
	Value.ptr.prototype.SetIterValue = function(iter) {
		var {_r, _r$1, elem, iter, iterelem, t, target, v, vtype, $s, $r, $c} = $restore(this, {iter});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		if (!iter.hiter.initialized()) {
			$panic(new $String("reflect: Value.SetIterValue called before Next"));
		}
		_r = mapiterelem(iter.hiter); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		iterelem = _r;
		if (iterelem === 0) {
			$panic(new $String("reflect: Value.SetIterValue called on exhausted iterator"));
		}
		new flag(v.flag).mustBeAssignable();
		target = 0;
		if (new flag(v.flag).kind() === 20) {
			target = v.ptr;
		}
		t = (iter.m.typ.kindType);
		vtype = t.elem;
		elem = new Value.ptr(vtype, iterelem, (((iter.m.flag | ((vtype.Kind() >>> 0))) >>> 0) | 128) >>> 0);
		_r$1 = $clone(elem, Value).assignTo("reflect.MapIter.SetValue", v.typ, target); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		elem = _r$1;
		typedmemmove(v.typ, v.ptr, elem.ptr);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.SetIterValue, $c: true, $r, _r, _r$1, elem, iter, iterelem, t, target, v, vtype, $s};return $f;
	};
	Value.prototype.SetIterValue = function(iter) { return this.$val.SetIterValue(iter); };
	MapIter.ptr.prototype.Next = function() {
		var {$24r, _r, _r$1, iter, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		iter = this;
		if (!$clone(iter.m, Value).IsValid()) {
			$panic(new $String("MapIter.Next called on an iterator that does not have an associated map Value"));
		}
		/* */ if (!iter.hiter.initialized()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!iter.hiter.initialized()) { */ case 1:
			mapiterinit(iter.m.typ, $clone(iter.m, Value).pointer(), iter.hiter);
			$s = 3; continue;
		/* } else { */ case 2:
			_r = mapiterkey(iter.hiter); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r === 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r === 0) { */ case 4:
				$panic(new $String("MapIter.Next called on exhausted iterator"));
			/* } */ case 5:
			mapiternext(iter.hiter);
		/* } */ case 3:
		_r$1 = mapiterkey(iter.hiter); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = !(_r$1 === 0);
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: MapIter.ptr.prototype.Next, $c: true, $r, $24r, _r, _r$1, iter, $s};return $f;
	};
	MapIter.prototype.Next = function() { return this.$val.Next(); };
	MapIter.ptr.prototype.Reset = function(v) {
		var iter, v;
		iter = this;
		if ($clone(v, Value).IsValid()) {
			new flag(v.flag).mustBe(21);
		}
		iter.m = v;
		hiter.copy(iter.hiter, new hiter.ptr($ifaceNil, null, null, 0, null));
	};
	MapIter.prototype.Reset = function(v) { return this.$val.Reset(v); };
	Value.ptr.prototype.MapRange = function() {
		var v;
		v = this;
		new flag(v.flag).mustBe(21);
		return new MapIter.ptr($clone(v, Value), new hiter.ptr($ifaceNil, null, null, 0, null));
	};
	Value.prototype.MapRange = function() { return this.$val.MapRange(); };
	copyVal = function(typ, fl, ptr) {
		var c, fl, ptr, typ;
		if (ifaceIndir(typ)) {
			c = unsafe_New(typ);
			typedmemmove(typ, c, ptr);
			return new Value.ptr(typ, c, (fl | 128) >>> 0);
		}
		return new Value.ptr(typ, (ptr).$get(), fl);
	};
	Value.ptr.prototype.Method = function(i) {
		var fl, i, v;
		v = this;
		if (v.typ === ptrType$1.nil) {
			$panic(new ValueError.ptr("reflect.Value.Method", 0));
		}
		if (!((((v.flag & 512) >>> 0) === 0)) || ((i >>> 0)) >= ((v.typ.NumMethod() >>> 0))) {
			$panic(new $String("reflect: Method index out of range"));
		}
		if ((v.typ.Kind() === 20) && $clone(v, Value).IsNil()) {
			$panic(new $String("reflect: Method on nil interface value"));
		}
		fl = (new flag(v.flag).ro() | (((v.flag & 128) >>> 0))) >>> 0;
		fl = (fl | (19)) >>> 0;
		fl = (fl | ((((((i >>> 0)) << 10 >>> 0) | 512) >>> 0))) >>> 0;
		return new Value.ptr(v.typ, v.ptr, fl);
	};
	Value.prototype.Method = function(i) { return this.$val.Method(i); };
	Value.ptr.prototype.NumMethod = function() {
		var v;
		v = this;
		if (v.typ === ptrType$1.nil) {
			$panic(new ValueError.ptr("reflect.Value.NumMethod", 0));
		}
		if (!((((v.flag & 512) >>> 0) === 0))) {
			return 0;
		}
		return v.typ.NumMethod();
	};
	Value.prototype.NumMethod = function() { return this.$val.NumMethod(); };
	Value.ptr.prototype.MethodByName = function(name$1) {
		var {_r, _tuple, m, name$1, ok, v, $s, $r, $c} = $restore(this, {name$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		if (v.typ === ptrType$1.nil) {
			$panic(new ValueError.ptr("reflect.Value.MethodByName", 0));
		}
		if (!((((v.flag & 512) >>> 0) === 0))) {
			$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		}
		_r = v.typ.MethodByName(name$1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		m = $clone(_tuple[0], Method);
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		}
		$s = -1; return $clone(v, Value).Method(m.Index);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.MethodByName, $c: true, $r, _r, _tuple, m, name$1, ok, v, $s};return $f;
	};
	Value.prototype.MethodByName = function(name$1) { return this.$val.MethodByName(name$1); };
	Value.ptr.prototype.NumField = function() {
		var tt, v;
		v = this;
		new flag(v.flag).mustBe(25);
		tt = (v.typ.kindType);
		return tt.fields.$length;
	};
	Value.prototype.NumField = function() { return this.$val.NumField(); };
	Value.ptr.prototype.OverflowComplex = function(x) {
		var _1, k, v, x;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (15)) {
			return overflowFloat32(x.$real) || overflowFloat32(x.$imag);
		} else if (_1 === (16)) {
			return false;
		}
		$panic(new ValueError.ptr("reflect.Value.OverflowComplex", new flag(v.flag).kind()));
	};
	Value.prototype.OverflowComplex = function(x) { return this.$val.OverflowComplex(x); };
	Value.ptr.prototype.OverflowFloat = function(x) {
		var _1, k, v, x;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (13)) {
			return overflowFloat32(x);
		} else if (_1 === (14)) {
			return false;
		}
		$panic(new ValueError.ptr("reflect.Value.OverflowFloat", new flag(v.flag).kind()));
	};
	Value.prototype.OverflowFloat = function(x) { return this.$val.OverflowFloat(x); };
	overflowFloat32 = function(x) {
		var x;
		if (x < 0) {
			x = -x;
		}
		return 3.4028234663852886e+38 < x && x <= 1.7976931348623157e+308;
	};
	Value.ptr.prototype.OverflowInt = function(x) {
		var _1, bitSize, k, trunc, v, x;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) {
			bitSize = $imul(v.typ.size, 8) >>> 0;
			trunc = $shiftRightInt64(($shiftLeft64(x, ((64 - bitSize >>> 0)))), ((64 - bitSize >>> 0)));
			return !((x.$high === trunc.$high && x.$low === trunc.$low));
		}
		$panic(new ValueError.ptr("reflect.Value.OverflowInt", new flag(v.flag).kind()));
	};
	Value.prototype.OverflowInt = function(x) { return this.$val.OverflowInt(x); };
	Value.ptr.prototype.OverflowUint = function(x) {
		var _1, bitSize, k, trunc, v, x;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (7)) || (_1 === (12)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11))) {
			bitSize = $imul(v.typ.size, 8) >>> 0;
			trunc = $shiftRightUint64(($shiftLeft64(x, ((64 - bitSize >>> 0)))), ((64 - bitSize >>> 0)));
			return !((x.$high === trunc.$high && x.$low === trunc.$low));
		}
		$panic(new ValueError.ptr("reflect.Value.OverflowUint", new flag(v.flag).kind()));
	};
	Value.prototype.OverflowUint = function(x) { return this.$val.OverflowUint(x); };
	Value.ptr.prototype.Recv = function() {
		var {$24r, _r, _tuple, ok, v, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = new Value.ptr(ptrType$1.nil, 0, 0);
		ok = false;
		v = this;
		new flag(v.flag).mustBe(18);
		new flag(v.flag).mustBeExported();
		_r = $clone(v, Value).recv(false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		x = _tuple[0];
		ok = _tuple[1];
		$24r = [x, ok];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Recv, $c: true, $r, $24r, _r, _tuple, ok, v, x, $s};return $f;
	};
	Value.prototype.Recv = function() { return this.$val.Recv(); };
	Value.ptr.prototype.recv = function(nb) {
		var {_r, _tuple, nb, ok, p, selected, t, tt, v, val, $s, $r, $c} = $restore(this, {nb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		val = new Value.ptr(ptrType$1.nil, 0, 0);
		ok = false;
		v = this;
		tt = (v.typ.kindType);
		if ((((tt.dir >> 0)) & 1) === 0) {
			$panic(new $String("reflect: recv on send-only channel"));
		}
		t = tt.elem;
		val = new Value.ptr(t, 0, ((t.Kind() >>> 0)));
		p = 0;
		if (ifaceIndir(t)) {
			p = unsafe_New(t);
			val.ptr = p;
			val.flag = (val.flag | (128)) >>> 0;
		} else {
			p = ((val.$ptr_ptr || (val.$ptr_ptr = new ptrType$7(function() { return this.$target.ptr; }, function($v) { this.$target.ptr = $v; }, val))));
		}
		_r = chanrecv($clone(v, Value).pointer(), nb, p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		selected = _tuple[0];
		ok = _tuple[1];
		if (!selected) {
			val = new Value.ptr(ptrType$1.nil, 0, 0);
		}
		$s = -1; return [val, ok];
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.recv, $c: true, $r, _r, _tuple, nb, ok, p, selected, t, tt, v, val, $s};return $f;
	};
	Value.prototype.recv = function(nb) { return this.$val.recv(nb); };
	Value.ptr.prototype.Send = function(x) {
		var {_r, v, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(18);
		new flag(v.flag).mustBeExported();
		_r = $clone(v, Value).send($clone(x, Value), false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Send, $c: true, $r, _r, v, x, $s};return $f;
	};
	Value.prototype.Send = function(x) { return this.$val.Send(x); };
	Value.ptr.prototype.send = function(x, nb) {
		var {$24r, _r, _r$1, nb, p, selected, tt, v, x, $s, $r, $c} = $restore(this, {x, nb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		selected = false;
		v = this;
		tt = (v.typ.kindType);
		if ((((tt.dir >> 0)) & 2) === 0) {
			$panic(new $String("reflect: send on recv-only channel"));
		}
		new flag(x.flag).mustBeExported();
		_r = $clone(x, Value).assignTo("reflect.Value.Send", tt.elem, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		x = _r;
		p = 0;
		if (!((((x.flag & 128) >>> 0) === 0))) {
			p = x.ptr;
		} else {
			p = ((x.$ptr_ptr || (x.$ptr_ptr = new ptrType$7(function() { return this.$target.ptr; }, function($v) { this.$target.ptr = $v; }, x))));
		}
		_r$1 = chansend($clone(v, Value).pointer(), p, nb); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		selected = _r$1;
		$24r = selected;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.send, $c: true, $r, $24r, _r, _r$1, nb, p, selected, tt, v, x, $s};return $f;
	};
	Value.prototype.send = function(x, nb) { return this.$val.send(x, nb); };
	Value.ptr.prototype.SetBool = function(x) {
		var v, x;
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(1);
		(v.ptr).$set(x);
	};
	Value.prototype.SetBool = function(x) { return this.$val.SetBool(x); };
	Value.ptr.prototype.setRunes = function(x) {
		var {_r, v, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(23);
		_r = v.typ.Elem().Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 5))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 5))) { */ case 1:
			$panic(new $String("reflect.Value.setRunes of non-rune slice"));
		/* } */ case 2:
		(v.ptr).$set(x);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.setRunes, $c: true, $r, _r, v, x, $s};return $f;
	};
	Value.prototype.setRunes = function(x) { return this.$val.setRunes(x); };
	Value.ptr.prototype.SetComplex = function(x) {
		var _1, k, v, x;
		v = this;
		new flag(v.flag).mustBeAssignable();
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (15)) {
			(v.ptr).$set((new $Complex64(x.$real, x.$imag)));
		} else if (_1 === (16)) {
			(v.ptr).$set(x);
		} else {
			$panic(new ValueError.ptr("reflect.Value.SetComplex", new flag(v.flag).kind()));
		}
	};
	Value.prototype.SetComplex = function(x) { return this.$val.SetComplex(x); };
	Value.ptr.prototype.SetFloat = function(x) {
		var _1, k, v, x;
		v = this;
		new flag(v.flag).mustBeAssignable();
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (13)) {
			(v.ptr).$set(($fround(x)));
		} else if (_1 === (14)) {
			(v.ptr).$set(x);
		} else {
			$panic(new ValueError.ptr("reflect.Value.SetFloat", new flag(v.flag).kind()));
		}
	};
	Value.prototype.SetFloat = function(x) { return this.$val.SetFloat(x); };
	Value.ptr.prototype.SetInt = function(x) {
		var _1, k, v, x;
		v = this;
		new flag(v.flag).mustBeAssignable();
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (2)) {
			(v.ptr).$set((((x.$low + ((x.$high >> 31) * 4294967296)) >> 0)));
		} else if (_1 === (3)) {
			(v.ptr).$set((((x.$low + ((x.$high >> 31) * 4294967296)) << 24 >> 24)));
		} else if (_1 === (4)) {
			(v.ptr).$set((((x.$low + ((x.$high >> 31) * 4294967296)) << 16 >> 16)));
		} else if (_1 === (5)) {
			(v.ptr).$set((((x.$low + ((x.$high >> 31) * 4294967296)) >> 0)));
		} else if (_1 === (6)) {
			(v.ptr).$set(x);
		} else {
			$panic(new ValueError.ptr("reflect.Value.SetInt", new flag(v.flag).kind()));
		}
	};
	Value.prototype.SetInt = function(x) { return this.$val.SetInt(x); };
	Value.ptr.prototype.SetMapIndex = function(key, elem) {
		var {_r, _r$1, _r$2, e, e$1, elem, k, k$1, key, tt, v, $s, $r, $c} = $restore(this, {key, elem});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(21);
		new flag(v.flag).mustBeExported();
		new flag(key.flag).mustBeExported();
		tt = (v.typ.kindType);
		/* */ if ((tt.key === stringType || (new flag(key.flag).kind() === 24)) && tt.key === key.typ && tt.elem.size <= 128) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((tt.key === stringType || (new flag(key.flag).kind() === 24)) && tt.key === key.typ && tt.elem.size <= 128) { */ case 1:
			k = (key.ptr).$get();
			if (elem.typ === ptrType$1.nil) {
				mapdelete_faststr(v.typ, $clone(v, Value).pointer(), k);
				$s = -1; return;
			}
			new flag(elem.flag).mustBeExported();
			_r = $clone(elem, Value).assignTo("reflect.Value.SetMapIndex", tt.elem, 0); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			elem = _r;
			e = 0;
			if (!((((elem.flag & 128) >>> 0) === 0))) {
				e = elem.ptr;
			} else {
				e = ((elem.$ptr_ptr || (elem.$ptr_ptr = new ptrType$7(function() { return this.$target.ptr; }, function($v) { this.$target.ptr = $v; }, elem))));
			}
			$r = mapassign_faststr(v.typ, $clone(v, Value).pointer(), k, e); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		_r$1 = $clone(key, Value).assignTo("reflect.Value.SetMapIndex", tt.key, 0); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		key = _r$1;
		k$1 = 0;
		if (!((((key.flag & 128) >>> 0) === 0))) {
			k$1 = key.ptr;
		} else {
			k$1 = ((key.$ptr_ptr || (key.$ptr_ptr = new ptrType$7(function() { return this.$target.ptr; }, function($v) { this.$target.ptr = $v; }, key))));
		}
		if (elem.typ === ptrType$1.nil) {
			mapdelete(v.typ, $clone(v, Value).pointer(), k$1);
			$s = -1; return;
		}
		new flag(elem.flag).mustBeExported();
		_r$2 = $clone(elem, Value).assignTo("reflect.Value.SetMapIndex", tt.elem, 0); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		elem = _r$2;
		e$1 = 0;
		if (!((((elem.flag & 128) >>> 0) === 0))) {
			e$1 = elem.ptr;
		} else {
			e$1 = ((elem.$ptr_ptr || (elem.$ptr_ptr = new ptrType$7(function() { return this.$target.ptr; }, function($v) { this.$target.ptr = $v; }, elem))));
		}
		$r = mapassign(v.typ, $clone(v, Value).pointer(), k$1, e$1); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.SetMapIndex, $c: true, $r, _r, _r$1, _r$2, e, e$1, elem, k, k$1, key, tt, v, $s};return $f;
	};
	Value.prototype.SetMapIndex = function(key, elem) { return this.$val.SetMapIndex(key, elem); };
	Value.ptr.prototype.SetUint = function(x) {
		var _1, k, v, x;
		v = this;
		new flag(v.flag).mustBeAssignable();
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (7)) {
			(v.ptr).$set(((x.$low >>> 0)));
		} else if (_1 === (8)) {
			(v.ptr).$set(((x.$low << 24 >>> 24)));
		} else if (_1 === (9)) {
			(v.ptr).$set(((x.$low << 16 >>> 16)));
		} else if (_1 === (10)) {
			(v.ptr).$set(((x.$low >>> 0)));
		} else if (_1 === (11)) {
			(v.ptr).$set(x);
		} else if (_1 === (12)) {
			(v.ptr).$set(((x.$low >>> 0)));
		} else {
			$panic(new ValueError.ptr("reflect.Value.SetUint", new flag(v.flag).kind()));
		}
	};
	Value.prototype.SetUint = function(x) { return this.$val.SetUint(x); };
	Value.ptr.prototype.SetPointer = function(x) {
		var v, x;
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(26);
		(v.ptr).$set(x);
	};
	Value.prototype.SetPointer = function(x) { return this.$val.SetPointer(x); };
	Value.ptr.prototype.SetString = function(x) {
		var v, x;
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(24);
		(v.ptr).$set(x);
	};
	Value.prototype.SetString = function(x) { return this.$val.SetString(x); };
	Value.ptr.prototype.String = function() {
		var {$24r, _1, _r, k, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (0)) {
			$s = -1; return "<invalid Value>";
		} else if (_1 === (24)) {
			$s = -1; return (v.ptr).$get();
		}
		_r = $clone(v, Value).Type().String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = "<" + _r + " Value>";
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.String, $c: true, $r, $24r, _1, _r, k, v, $s};return $f;
	};
	Value.prototype.String = function() { return this.$val.String(); };
	Value.ptr.prototype.TryRecv = function() {
		var {$24r, _r, _tuple, ok, v, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = new Value.ptr(ptrType$1.nil, 0, 0);
		ok = false;
		v = this;
		new flag(v.flag).mustBe(18);
		new flag(v.flag).mustBeExported();
		_r = $clone(v, Value).recv(true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		x = _tuple[0];
		ok = _tuple[1];
		$24r = [x, ok];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.TryRecv, $c: true, $r, $24r, _r, _tuple, ok, v, x, $s};return $f;
	};
	Value.prototype.TryRecv = function() { return this.$val.TryRecv(); };
	Value.ptr.prototype.TrySend = function(x) {
		var {$24r, _r, v, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBe(18);
		new flag(v.flag).mustBeExported();
		_r = $clone(v, Value).send($clone(x, Value), true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.TrySend, $c: true, $r, $24r, _r, v, x, $s};return $f;
	};
	Value.prototype.TrySend = function(x) { return this.$val.TrySend(x); };
	Value.ptr.prototype.Type = function() {
		var f, i, m, m$1, ms, tt, v, x;
		v = this;
		f = v.flag;
		if (f === 0) {
			$panic(new ValueError.ptr("reflect.Value.Type", 0));
		}
		if (((f & 512) >>> 0) === 0) {
			return v.typ;
		}
		i = ((v.flag >> 0)) >> 10 >> 0;
		if (v.typ.Kind() === 20) {
			tt = (v.typ.kindType);
			if (((i >>> 0)) >= ((tt.methods.$length >>> 0))) {
				$panic(new $String("reflect: internal error: invalid method index"));
			}
			m = (x = tt.methods, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			return v.typ.typeOff(m.typ);
		}
		ms = v.typ.exportedMethods();
		if (((i >>> 0)) >= ((ms.$length >>> 0))) {
			$panic(new $String("reflect: internal error: invalid method index"));
		}
		m$1 = $clone(((i < 0 || i >= ms.$length) ? ($throwRuntimeError("index out of range"), undefined) : ms.$array[ms.$offset + i]), method);
		return v.typ.typeOff(m$1.mtyp);
	};
	Value.prototype.Type = function() { return this.$val.Type(); };
	Value.ptr.prototype.CanUint = function() {
		var _1, v;
		v = this;
		_1 = new flag(v.flag).kind();
		if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) {
			return true;
		} else {
			return false;
		}
	};
	Value.prototype.CanUint = function() { return this.$val.CanUint(); };
	Value.ptr.prototype.Uint = function() {
		var _1, k, p, v, x;
		v = this;
		k = new flag(v.flag).kind();
		p = v.ptr;
		_1 = k;
		if (_1 === (7)) {
			return (new $Uint64(0, (p).$get()));
		} else if (_1 === (8)) {
			return (new $Uint64(0, (p).$get()));
		} else if (_1 === (9)) {
			return (new $Uint64(0, (p).$get()));
		} else if (_1 === (10)) {
			return (new $Uint64(0, (p).$get()));
		} else if (_1 === (11)) {
			return (p).$get();
		} else if (_1 === (12)) {
			return ((x = (p).$get(), new $Uint64(0, x.constructor === Number ? x : 1)));
		}
		$panic(new ValueError.ptr("reflect.Value.Uint", new flag(v.flag).kind()));
	};
	Value.prototype.Uint = function() { return this.$val.Uint(); };
	Value.ptr.prototype.UnsafeAddr = function() {
		var v;
		v = this;
		if (v.typ === ptrType$1.nil) {
			$panic(new ValueError.ptr("reflect.Value.UnsafeAddr", 0));
		}
		if (((v.flag & 256) >>> 0) === 0) {
			$panic(new $String("reflect.Value.UnsafeAddr of unaddressable value"));
		}
		return (v.ptr);
	};
	Value.prototype.UnsafeAddr = function() { return this.$val.UnsafeAddr(); };
	Value.ptr.prototype.UnsafePointer = function() {
		var {_1, _r, code, k, p, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		code = [code];
		v = this;
		k = new flag(v.flag).kind();
			_1 = k;
			/* */ if (_1 === (22)) { $s = 2; continue; }
			/* */ if ((_1 === (18)) || (_1 === (21)) || (_1 === (26))) { $s = 3; continue; }
			/* */ if (_1 === (19)) { $s = 4; continue; }
			/* */ if (_1 === (23)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_1 === (22)) { */ case 2:
				if (v.typ.ptrdata === 0) {
					if (!verifyNotInHeapPtr((v.ptr).$get())) {
						$panic(new $String("reflect: reflect.Value.UnsafePointer on an invalid notinheap pointer"));
					}
					$s = -1; return (v.ptr).$get();
				}
				$s = -1; return $clone(v, Value).pointer();
			/* } else if ((_1 === (18)) || (_1 === (21)) || (_1 === (26))) { */ case 3:
				$s = -1; return $clone(v, Value).pointer();
			/* } else if (_1 === (19)) { */ case 4:
				/* */ if (!((((v.flag & 512) >>> 0) === 0))) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (!((((v.flag & 512) >>> 0) === 0))) { */ case 7:
					_r = methodValueCallCodePtr(); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					code[0] = _r;
					$s = -1; return code[0];
				/* } */ case 8:
				p = $clone(v, Value).pointer();
				if (!(p === 0)) {
					p = (p).$get();
				}
				$s = -1; return p;
			/* } else if (_1 === (23)) { */ case 5:
				$s = -1; return ($pointerOfStructConversion(v.ptr, ptrType$8)).Data;
			/* } */ case 6:
		case 1:
		$panic(new ValueError.ptr("reflect.Value.UnsafePointer", new flag(v.flag).kind()));
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.UnsafePointer, $c: true, $r, _1, _r, code, k, p, v, $s};return $f;
	};
	Value.prototype.UnsafePointer = function() { return this.$val.UnsafePointer(); };
	typesMustMatch = function(what, t1, t2) {
		var {_r, _r$1, t1, t2, what, $s, $r, $c} = $restore(this, {what, t1, t2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!($interfaceIsEqual(t1, t2))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(t1, t2))) { */ case 1:
			_r = t1.String(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = t2.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(what + ": " + _r + " != " + _r$1));
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: typesMustMatch, $c: true, $r, _r, _r$1, t1, t2, what, $s};return $f;
	};
	grow = function(s, extra) {
		var {$24r, _q, _r, _r$1, _r$2, extra, i0, i1, m, s, t, $s, $r, $c} = $restore(this, {s, extra});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i0 = $clone(s, Value).Len();
		i1 = i0 + extra >> 0;
		if (i1 < i0) {
			$panic(new $String("reflect.Append: slice overflow"));
		}
		m = $clone(s, Value).Cap();
		/* */ if (i1 <= m) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (i1 <= m) { */ case 1:
			_r = $clone(s, Value).Slice(0, i1); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [_r, i0, i1];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		if (m === 0) {
			m = extra;
		} else {
			while (true) {
				if (!(m < i1)) { break; }
				if (i0 < 256) {
					m = m + (m) >> 0;
				} else {
					m = m + ((_q = ((m + 768 >> 0)) / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0;
				}
			}
		}
		_r$1 = MakeSlice($clone(s, Value).Type(), i1, m); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		t = _r$1;
		_r$2 = Copy($clone(t, Value), $clone(s, Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		$s = -1; return [t, i0, i1];
		/* */ } return; } var $f = {$blk: grow, $c: true, $r, $24r, _q, _r, _r$1, _r$2, extra, i0, i1, m, s, t, $s};return $f;
	};
	Append = function(s, x) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, i, i0, i1, j, s, x, $s, $r, $c} = $restore(this, {s, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		new flag(s.flag).mustBe(23);
		_r = grow($clone(s, Value), x.$length); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		s = _tuple[0];
		i0 = _tuple[1];
		i1 = _tuple[2];
		_tmp = i0;
		_tmp$1 = 0;
		i = _tmp;
		j = _tmp$1;
		/* while (true) { */ case 2:
			/* if (!(i < i1)) { break; } */ if(!(i < i1)) { $s = 3; continue; }
			_r$1 = $clone(s, Value).Index(i); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$r = $clone(_r$1, Value).Set($clone(((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]), Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp$2 = i + 1 >> 0;
			_tmp$3 = j + 1 >> 0;
			i = _tmp$2;
			j = _tmp$3;
		$s = 2; continue;
		case 3:
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: Append, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, i, i0, i1, j, s, x, $s};return $f;
	};
	$pkg.Append = Append;
	AppendSlice = function(s, t) {
		var {_arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _tuple, i0, i1, s, t, $s, $r, $c} = $restore(this, {s, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		new flag(s.flag).mustBe(23);
		new flag(t.flag).mustBe(23);
		_r = $clone(s, Value).Type().Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = $clone(t, Value).Type().Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$1 = _r$1;
		$r = typesMustMatch("reflect.AppendSlice", _arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = grow($clone(s, Value), $clone(t, Value).Len()); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		s = _tuple[0];
		i0 = _tuple[1];
		i1 = _tuple[2];
		_r$3 = $clone(s, Value).Slice(i0, i1); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = Copy($clone(_r$3, Value), $clone(t, Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: AppendSlice, $c: true, $r, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _tuple, i0, i1, s, t, $s};return $f;
	};
	$pkg.AppendSlice = AppendSlice;
	MakeMap = function(typ) {
		var {$24r, _r, typ, $s, $r, $c} = $restore(this, {typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = MakeMapWithSize(typ, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MakeMap, $c: true, $r, $24r, _r, typ, $s};return $f;
	};
	$pkg.MakeMap = MakeMap;
	MakeMapWithSize = function(typ, n) {
		var {_r, m, n, t, typ, $s, $r, $c} = $restore(this, {typ, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = typ.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 21))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 21))) { */ case 1:
			$panic(new $String("reflect.MakeMapWithSize of non-map type"));
		/* } */ case 2:
		t = $assertType(typ, ptrType$1);
		m = makemap(t, n);
		$s = -1; return new Value.ptr(t, m, 21);
		/* */ } return; } var $f = {$blk: MakeMapWithSize, $c: true, $r, _r, m, n, t, typ, $s};return $f;
	};
	$pkg.MakeMapWithSize = MakeMapWithSize;
	Value.ptr.prototype.Convert = function(t) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, op, t, v, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		/* */ if (!((((v.flag & 512) >>> 0) === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((((v.flag & 512) >>> 0) === 0))) { */ case 1:
			_r = makeMethodValue("Convert", $clone(v, Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			v = _r;
		/* } */ case 2:
		_r$1 = t.common(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = convertOp(_r$1, v.typ); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		op = _r$2;
		/* */ if (op === $throwNilPointerError) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (op === $throwNilPointerError) { */ case 6:
			_r$3 = t.String(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$panic(new $String("reflect.Value.Convert: value of type " + v.typ.String() + " cannot be converted to type " + _r$3));
		/* } */ case 7:
		_r$4 = op($clone(v, Value), t); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 10; case 10: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Convert, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, op, t, v, $s};return $f;
	};
	Value.prototype.Convert = function(t) { return this.$val.Convert(t); };
	Value.ptr.prototype.CanConvert = function(t) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _v, _v$1, n, t, v, vt, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		vt = $clone(v, Value).Type();
		_r = vt.ConvertibleTo(t); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		_r$1 = vt.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		if (!(_r$1 === 23)) { _v$1 = false; $s = 7; continue s; }
		_r$2 = t.Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v$1 = _r$2 === 22; case 7:
		if (!(_v$1)) { _v = false; $s = 6; continue s; }
		_r$3 = t.Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = _r$3.Kind(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v = _r$4 === 17; case 6:
		/* */ if (_v) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_v) { */ case 4:
			_r$5 = t.Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.Len(); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			n = _r$6;
			if (n > $clone(v, Value).Len()) {
				$s = -1; return false;
			}
		/* } */ case 5:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.CanConvert, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _v, _v$1, n, t, v, vt, $s};return $f;
	};
	Value.prototype.CanConvert = function(t) { return this.$val.CanConvert(t); };
	convertOp = function(dst, src) {
		var {_1, _2, _3, _4, _5, _6, _7, _arg, _arg$1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, _v$4, _v$5, dst, src, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_1 = src.Kind();
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 2; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 3; continue; }
			/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 4; continue; }
			/* */ if ((_1 === (15)) || (_1 === (16))) { $s = 5; continue; }
			/* */ if (_1 === (24)) { $s = 6; continue; }
			/* */ if (_1 === (23)) { $s = 7; continue; }
			/* */ if (_1 === (18)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 2:
				_2 = dst.Kind();
				if ((_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6)) || (_2 === (7)) || (_2 === (8)) || (_2 === (9)) || (_2 === (10)) || (_2 === (11)) || (_2 === (12))) {
					$s = -1; return cvtInt;
				} else if ((_2 === (13)) || (_2 === (14))) {
					$s = -1; return cvtIntFloat;
				} else if (_2 === (24)) {
					$s = -1; return cvtIntString;
				}
				$s = 9; continue;
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 3:
				_3 = dst.Kind();
				if ((_3 === (2)) || (_3 === (3)) || (_3 === (4)) || (_3 === (5)) || (_3 === (6)) || (_3 === (7)) || (_3 === (8)) || (_3 === (9)) || (_3 === (10)) || (_3 === (11)) || (_3 === (12))) {
					$s = -1; return cvtUint;
				} else if ((_3 === (13)) || (_3 === (14))) {
					$s = -1; return cvtUintFloat;
				} else if (_3 === (24)) {
					$s = -1; return cvtUintString;
				}
				$s = 9; continue;
			/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 4:
				_4 = dst.Kind();
				if ((_4 === (2)) || (_4 === (3)) || (_4 === (4)) || (_4 === (5)) || (_4 === (6))) {
					$s = -1; return cvtFloatInt;
				} else if ((_4 === (7)) || (_4 === (8)) || (_4 === (9)) || (_4 === (10)) || (_4 === (11)) || (_4 === (12))) {
					$s = -1; return cvtFloatUint;
				} else if ((_4 === (13)) || (_4 === (14))) {
					$s = -1; return cvtFloat;
				}
				$s = 9; continue;
			/* } else if ((_1 === (15)) || (_1 === (16))) { */ case 5:
				_5 = dst.Kind();
				if ((_5 === (15)) || (_5 === (16))) {
					$s = -1; return cvtComplex;
				}
				$s = 9; continue;
			/* } else if (_1 === (24)) { */ case 6:
				if (!(dst.Kind() === 23)) { _v = false; $s = 12; continue s; }
				_r = dst.Elem().PkgPath(); /* */ $s = 13; case 13: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_v = _r === ""; case 12:
				/* */ if (_v) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (_v) { */ case 10:
						_r$1 = dst.Elem().Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						_6 = _r$1;
						if (_6 === (8)) {
							$s = -1; return cvtStringBytes;
						} else if (_6 === (5)) {
							$s = -1; return cvtStringRunes;
						}
					case 14:
				/* } */ case 11:
				$s = 9; continue;
			/* } else if (_1 === (23)) { */ case 7:
				if (!(dst.Kind() === 24)) { _v$1 = false; $s = 18; continue s; }
				_r$2 = src.Elem().PkgPath(); /* */ $s = 19; case 19: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v$1 = _r$2 === ""; case 18:
				/* */ if (_v$1) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (_v$1) { */ case 16:
						_r$3 = src.Elem().Kind(); /* */ $s = 21; case 21: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_7 = _r$3;
						if (_7 === (8)) {
							$s = -1; return cvtBytesString;
						} else if (_7 === (5)) {
							$s = -1; return cvtRunesString;
						}
					case 20:
				/* } */ case 17:
				if (!(dst.Kind() === 22)) { _v$3 = false; $s = 25; continue s; }
				_r$4 = dst.Elem().Kind(); /* */ $s = 26; case 26: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_v$3 = _r$4 === 17; case 25:
				if (!(_v$3)) { _v$2 = false; $s = 24; continue s; }
				_r$5 = dst.Elem().Elem(); /* */ $s = 27; case 27: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_v$2 = $interfaceIsEqual(src.Elem(), _r$5); case 24:
				/* */ if (_v$2) { $s = 22; continue; }
				/* */ $s = 23; continue;
				/* if (_v$2) { */ case 22:
					$s = -1; return cvtSliceArrayPtr;
				/* } */ case 23:
				$s = 9; continue;
			/* } else if (_1 === (18)) { */ case 8:
				if (!(dst.Kind() === 18)) { _v$4 = false; $s = 30; continue s; }
				_r$6 = specialChannelAssignability(dst, src); /* */ $s = 31; case 31: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_v$4 = _r$6; case 30:
				/* */ if (_v$4) { $s = 28; continue; }
				/* */ $s = 29; continue;
				/* if (_v$4) { */ case 28:
					$s = -1; return cvtDirect;
				/* } */ case 29:
			/* } */ case 9:
		case 1:
		_r$7 = haveIdenticalUnderlyingType(dst, src, false); /* */ $s = 34; case 34: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		/* */ if (_r$7) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (_r$7) { */ case 32:
			$s = -1; return cvtDirect;
		/* } */ case 33:
		if (!((dst.Kind() === 22) && dst.Name() === "" && (src.Kind() === 22) && src.Name() === "")) { _v$5 = false; $s = 37; continue s; }
		_r$8 = dst.Elem().common(); /* */ $s = 38; case 38: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg = _r$8;
		_r$9 = src.Elem().common(); /* */ $s = 39; case 39: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_arg$1 = _r$9;
		_r$10 = haveIdenticalUnderlyingType(_arg, _arg$1, false); /* */ $s = 40; case 40: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_v$5 = _r$10; case 37:
		/* */ if (_v$5) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (_v$5) { */ case 35:
			$s = -1; return cvtDirect;
		/* } */ case 36:
		if (implements$1(dst, src)) {
			if (src.Kind() === 20) {
				$s = -1; return cvtI2I;
			}
			$s = -1; return cvtT2I;
		}
		$s = -1; return $throwNilPointerError;
		/* */ } return; } var $f = {$blk: convertOp, $c: true, $r, _1, _2, _3, _4, _5, _6, _7, _arg, _arg$1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, _v$4, _v$5, dst, src, $s};return $f;
	};
	makeFloat = function(f, v, t) {
		var {_1, _r, f, ptr, t, typ, v, $s, $r, $c} = $restore(this, {f, v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = t.common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		typ = _r;
		ptr = unsafe_New(typ);
		_1 = typ.size;
		if (_1 === (4)) {
			(ptr).$set(($fround(v)));
		} else if (_1 === (8)) {
			(ptr).$set(v);
		}
		$s = -1; return new Value.ptr(typ, ptr, (((f | 128) >>> 0) | ((typ.Kind() >>> 0))) >>> 0);
		/* */ } return; } var $f = {$blk: makeFloat, $c: true, $r, _1, _r, f, ptr, t, typ, v, $s};return $f;
	};
	makeFloat32 = function(f, v, t) {
		var {_r, f, ptr, t, typ, v, $s, $r, $c} = $restore(this, {f, v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = t.common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		typ = _r;
		ptr = unsafe_New(typ);
		(ptr).$set(v);
		$s = -1; return new Value.ptr(typ, ptr, (((f | 128) >>> 0) | ((typ.Kind() >>> 0))) >>> 0);
		/* */ } return; } var $f = {$blk: makeFloat32, $c: true, $r, _r, f, ptr, t, typ, v, $s};return $f;
	};
	makeComplex = function(f, v, t) {
		var {_1, _r, f, ptr, t, typ, v, $s, $r, $c} = $restore(this, {f, v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = t.common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		typ = _r;
		ptr = unsafe_New(typ);
		_1 = typ.size;
		if (_1 === (8)) {
			(ptr).$set((new $Complex64(v.$real, v.$imag)));
		} else if (_1 === (16)) {
			(ptr).$set(v);
		}
		$s = -1; return new Value.ptr(typ, ptr, (((f | 128) >>> 0) | ((typ.Kind() >>> 0))) >>> 0);
		/* */ } return; } var $f = {$blk: makeComplex, $c: true, $r, _1, _r, f, ptr, t, typ, v, $s};return $f;
	};
	makeString = function(f, v, t) {
		var {_r, f, ret, t, v, $s, $r, $c} = $restore(this, {f, v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(New(t), Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ret = _r;
		$clone(ret, Value).SetString(v);
		ret.flag = (((ret.flag & ~256) >>> 0) | f) >>> 0;
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: makeString, $c: true, $r, _r, f, ret, t, v, $s};return $f;
	};
	makeBytes = function(f, v, t) {
		var {_r, f, ret, t, v, $s, $r, $c} = $restore(this, {f, v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(New(t), Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ret = _r;
		$r = $clone(ret, Value).SetBytes(v); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		ret.flag = (((ret.flag & ~256) >>> 0) | f) >>> 0;
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: makeBytes, $c: true, $r, _r, f, ret, t, v, $s};return $f;
	};
	makeRunes = function(f, v, t) {
		var {_r, f, ret, t, v, $s, $r, $c} = $restore(this, {f, v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(New(t), Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ret = _r;
		$r = $clone(ret, Value).setRunes(v); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		ret.flag = (((ret.flag & ~256) >>> 0) | f) >>> 0;
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: makeRunes, $c: true, $r, _r, f, ret, t, v, $s};return $f;
	};
	cvtInt = function(v, t) {
		var {$24r, _r, t, v, x, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeInt(new flag(v.flag).ro(), ((x = $clone(v, Value).Int(), new $Uint64(x.$high, x.$low))), t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtInt, $c: true, $r, $24r, _r, t, v, x, $s};return $f;
	};
	cvtUint = function(v, t) {
		var {$24r, _r, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeInt(new flag(v.flag).ro(), $clone(v, Value).Uint(), t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtUint, $c: true, $r, $24r, _r, t, v, $s};return $f;
	};
	cvtFloatInt = function(v, t) {
		var {$24r, _r, t, v, x, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeInt(new flag(v.flag).ro(), ((x = (new $Int64(0, $clone(v, Value).Float())), new $Uint64(x.$high, x.$low))), t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtFloatInt, $c: true, $r, $24r, _r, t, v, x, $s};return $f;
	};
	cvtFloatUint = function(v, t) {
		var {$24r, _r, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeInt(new flag(v.flag).ro(), (new $Uint64(0, $clone(v, Value).Float())), t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtFloatUint, $c: true, $r, $24r, _r, t, v, $s};return $f;
	};
	cvtIntFloat = function(v, t) {
		var {$24r, _r, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeFloat(new flag(v.flag).ro(), ($flatten64($clone(v, Value).Int())), t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtIntFloat, $c: true, $r, $24r, _r, t, v, $s};return $f;
	};
	cvtUintFloat = function(v, t) {
		var {$24r, _r, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeFloat(new flag(v.flag).ro(), ($flatten64($clone(v, Value).Uint())), t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtUintFloat, $c: true, $r, $24r, _r, t, v, $s};return $f;
	};
	cvtFloat = function(v, t) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _v, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(v, Value).Type().Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		if (!(_r === 13)) { _v = false; $s = 3; continue s; }
		_r$1 = t.Kind(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1 === 13; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_r$2 = makeFloat32(new flag(v.flag).ro(), (v.ptr).$get(), t); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 7; case 7: return $24r;
		/* } */ case 2:
		_r$3 = makeFloat(new flag(v.flag).ro(), $clone(v, Value).Float(), t); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } var $f = {$blk: cvtFloat, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _v, t, v, $s};return $f;
	};
	cvtComplex = function(v, t) {
		var {$24r, _r, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeComplex(new flag(v.flag).ro(), $clone(v, Value).Complex(), t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtComplex, $c: true, $r, $24r, _r, t, v, $s};return $f;
	};
	cvtIntString = function(v, t) {
		var {$24r, _r, s, t, v, x, x$1, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = "\xEF\xBF\xBD";
		x = $clone(v, Value).Int();
		if ((x$1 = (new $Int64(0, (((x.$low + ((x.$high >> 31) * 4294967296)) >> 0)))), (x$1.$high === x.$high && x$1.$low === x.$low))) {
			s = ($encodeRune((((x.$low + ((x.$high >> 31) * 4294967296)) >> 0))));
		}
		_r = makeString(new flag(v.flag).ro(), s, t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtIntString, $c: true, $r, $24r, _r, s, t, v, x, x$1, $s};return $f;
	};
	cvtUintString = function(v, t) {
		var {$24r, _r, s, t, v, x, x$1, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = "\xEF\xBF\xBD";
		x = $clone(v, Value).Uint();
		if ((x$1 = (new $Uint64(0, ((x.$low >> 0)))), (x$1.$high === x.$high && x$1.$low === x.$low))) {
			s = ($encodeRune(((x.$low >> 0))));
		}
		_r = makeString(new flag(v.flag).ro(), s, t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cvtUintString, $c: true, $r, $24r, _r, s, t, v, x, x$1, $s};return $f;
	};
	cvtBytesString = function(v, t) {
		var {$24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = new flag(v.flag).ro();
		_r = $clone(v, Value).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = ($bytesToString(_r));
		_arg$2 = t;
		_r$1 = makeString(_arg, _arg$1, _arg$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: cvtBytesString, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s};return $f;
	};
	cvtStringBytes = function(v, t) {
		var {$24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = new flag(v.flag).ro();
		_r = $clone(v, Value).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = (new sliceType$9($stringToBytes(_r)));
		_arg$2 = t;
		_r$1 = makeBytes(_arg, _arg$1, _arg$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: cvtStringBytes, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s};return $f;
	};
	cvtRunesString = function(v, t) {
		var {$24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = new flag(v.flag).ro();
		_r = $clone(v, Value).runes(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = ($runesToString(_r));
		_arg$2 = t;
		_r$1 = makeString(_arg, _arg$1, _arg$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: cvtRunesString, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s};return $f;
	};
	cvtStringRunes = function(v, t) {
		var {$24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = new flag(v.flag).ro();
		_r = $clone(v, Value).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = (new sliceType$10($stringToRunes(_r)));
		_arg$2 = t;
		_r$1 = makeRunes(_arg, _arg$1, _arg$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: cvtStringRunes, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _r, _r$1, t, v, $s};return $f;
	};
	cvtT2I = function(v, typ) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, target, typ, v, x, $s, $r, $c} = $restore(this, {v, typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = typ.common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = unsafe_New(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		target = _r$1;
		_r$2 = valueInterface($clone(v, Value), false); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		x = _r$2;
		_r$3 = typ.NumMethod(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3 === 0) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_r$3 === 0) { */ case 4:
			(target).$set(x);
			$s = 6; continue;
		/* } else { */ case 5:
			ifaceE2I($assertType(typ, ptrType$1), x, target);
		/* } */ case 6:
		_r$4 = typ.common(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = new Value.ptr(_r$4, target, (((new flag(v.flag).ro() | 128) >>> 0) | 20) >>> 0);
		$s = 9; case 9: return $24r;
		/* */ } return; } var $f = {$blk: cvtT2I, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, target, typ, v, x, $s};return $f;
	};
	cvtI2I = function(v, typ) {
		var {$24r, _r, _r$1, _r$2, ret, typ, v, $s, $r, $c} = $restore(this, {v, typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if ($clone(v, Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(v, Value).IsNil()) { */ case 1:
			_r = Zero(typ); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			ret = _r;
			ret.flag = (ret.flag | (new flag(v.flag).ro())) >>> 0;
			$s = -1; return ret;
		/* } */ case 2:
		_r$1 = $clone(v, Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = cvtT2I($clone(_r$1, Value), typ); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: cvtI2I, $c: true, $r, $24r, _r, _r$1, _r$2, ret, typ, v, $s};return $f;
	};
	structField.ptr.prototype.offset = function() {
		var f;
		f = this;
		return f.offsetEmbed >>> 1 >>> 0;
	};
	structField.prototype.offset = function() { return this.$val.offset(); };
	structField.ptr.prototype.embedded = function() {
		var f;
		f = this;
		return !((((f.offsetEmbed & 1) >>> 0) === 0));
	};
	structField.prototype.embedded = function() { return this.$val.embedded(); };
	Method.ptr.prototype.IsExported = function() {
		var m;
		m = this;
		return m.PkgPath === "";
	};
	Method.prototype.IsExported = function() { return this.$val.IsExported(); };
	Kind.prototype.String = function() {
		var k;
		k = this.$val;
		if (((k >> 0)) < kindNames.$length) {
			return ((k < 0 || k >= kindNames.$length) ? ($throwRuntimeError("index out of range"), undefined) : kindNames.$array[kindNames.$offset + k]);
		}
		return "kind" + strconv.Itoa(((k >> 0)));
	};
	$ptrType(Kind).prototype.String = function() { return new Kind(this.$get()).String(); };
	rtype.ptr.prototype.String = function() {
		var s, t;
		t = this;
		s = $clone(t.nameOff(t.str), name).name();
		if (!((((t.tflag & 2) >>> 0) === 0))) {
			return $substring(s, 1);
		}
		return s;
	};
	rtype.prototype.String = function() { return this.$val.String(); };
	rtype.ptr.prototype.Size = function() {
		var t;
		t = this;
		return t.size;
	};
	rtype.prototype.Size = function() { return this.$val.Size(); };
	rtype.ptr.prototype.Bits = function() {
		var k, t;
		t = this;
		if (t === ptrType$1.nil) {
			$panic(new $String("reflect: Bits of nil Type"));
		}
		k = t.Kind();
		if (k < 2 || k > 16) {
			$panic(new $String("reflect: Bits of non-arithmetic Type " + t.String()));
		}
		return $imul(((t.size >> 0)), 8);
	};
	rtype.prototype.Bits = function() { return this.$val.Bits(); };
	rtype.ptr.prototype.Align = function() {
		var t;
		t = this;
		return ((t.align >> 0));
	};
	rtype.prototype.Align = function() { return this.$val.Align(); };
	rtype.ptr.prototype.FieldAlign = function() {
		var t;
		t = this;
		return ((t.fieldAlign >> 0));
	};
	rtype.prototype.FieldAlign = function() { return this.$val.FieldAlign(); };
	rtype.ptr.prototype.Kind = function() {
		var t;
		t = this;
		return ((((t.kind & 31) >>> 0) >>> 0));
	};
	rtype.prototype.Kind = function() { return this.$val.Kind(); };
	rtype.ptr.prototype.common = function() {
		var t;
		t = this;
		return t;
	};
	rtype.prototype.common = function() { return this.$val.common(); };
	rtype.ptr.prototype.exportedMethods = function() {
		var t, ut;
		t = this;
		ut = t.uncommon();
		if (ut === ptrType$9.nil) {
			return sliceType$11.nil;
		}
		return ut.exportedMethods();
	};
	rtype.prototype.exportedMethods = function() { return this.$val.exportedMethods(); };
	rtype.ptr.prototype.NumMethod = function() {
		var t, tt;
		t = this;
		if (t.Kind() === 20) {
			tt = (t.kindType);
			return tt.NumMethod();
		}
		return t.exportedMethods().$length;
	};
	rtype.prototype.NumMethod = function() { return this.$val.NumMethod(); };
	rtype.ptr.prototype.MethodByName = function(name$1) {
		var {$24r, _i, _r, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, i, m, name$1, ok, p, t, tt, ut, $s, $r, $c} = $restore(this, {name$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = new Method.ptr("", "", $ifaceNil, new Value.ptr(ptrType$1.nil, 0, 0), 0);
		ok = false;
		t = this;
		if (t.Kind() === 20) {
			tt = (t.kindType);
			_tuple = tt.MethodByName(name$1);
			Method.copy(m, _tuple[0]);
			ok = _tuple[1];
			$s = -1; return [m, ok];
		}
		ut = t.uncommon();
		if (ut === ptrType$9.nil) {
			_tmp = new Method.ptr("", "", $ifaceNil, new Value.ptr(ptrType$1.nil, 0, 0), 0);
			_tmp$1 = false;
			Method.copy(m, _tmp);
			ok = _tmp$1;
			$s = -1; return [m, ok];
		}
		_ref = ut.exportedMethods();
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			p = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), method);
			/* */ if ($clone(t.nameOff(p.name), name).name() === name$1) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ($clone(t.nameOff(p.name), name).name() === name$1) { */ case 3:
				_r = t.Method(i); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tmp$2 = $clone(_r, Method);
				_tmp$3 = true;
				Method.copy(m, _tmp$2);
				ok = _tmp$3;
				$24r = [m, ok];
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			_i++;
		$s = 1; continue;
		case 2:
		_tmp$4 = new Method.ptr("", "", $ifaceNil, new Value.ptr(ptrType$1.nil, 0, 0), 0);
		_tmp$5 = false;
		Method.copy(m, _tmp$4);
		ok = _tmp$5;
		$s = -1; return [m, ok];
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.MethodByName, $c: true, $r, $24r, _i, _r, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, i, m, name$1, ok, p, t, tt, ut, $s};return $f;
	};
	rtype.prototype.MethodByName = function(name$1) { return this.$val.MethodByName(name$1); };
	rtype.ptr.prototype.PkgPath = function() {
		var t, ut;
		t = this;
		if (((t.tflag & 4) >>> 0) === 0) {
			return "";
		}
		ut = t.uncommon();
		if (ut === ptrType$9.nil) {
			return "";
		}
		return $clone(t.nameOff(ut.pkgPath), name).name();
	};
	rtype.prototype.PkgPath = function() { return this.$val.PkgPath(); };
	rtype.ptr.prototype.hasName = function() {
		var t;
		t = this;
		return !((((t.tflag & 4) >>> 0) === 0));
	};
	rtype.prototype.hasName = function() { return this.$val.hasName(); };
	rtype.ptr.prototype.Name = function() {
		var _1, i, s, sqBrackets, t;
		t = this;
		if (!t.hasName()) {
			return "";
		}
		s = t.String();
		i = s.length - 1 >> 0;
		sqBrackets = 0;
		while (true) {
			if (!(i >= 0 && (!((s.charCodeAt(i) === 46)) || !((sqBrackets === 0))))) { break; }
			_1 = s.charCodeAt(i);
			if (_1 === (93)) {
				sqBrackets = sqBrackets + (1) >> 0;
			} else if (_1 === (91)) {
				sqBrackets = sqBrackets - (1) >> 0;
			}
			i = i - (1) >> 0;
		}
		return $substring(s, (i + 1 >> 0));
	};
	rtype.prototype.Name = function() { return this.$val.Name(); };
	rtype.ptr.prototype.ChanDir = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 18))) {
			$panic(new $String("reflect: ChanDir of non-chan type " + t.String()));
		}
		tt = (t.kindType);
		return ((tt.dir >> 0));
	};
	rtype.prototype.ChanDir = function() { return this.$val.ChanDir(); };
	rtype.ptr.prototype.IsVariadic = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: IsVariadic of non-func type " + t.String()));
		}
		tt = (t.kindType);
		return !((((tt.outCount & 32768) >>> 0) === 0));
	};
	rtype.prototype.IsVariadic = function() { return this.$val.IsVariadic(); };
	rtype.ptr.prototype.Elem = function() {
		var _1, t, tt, tt$1, tt$2, tt$3, tt$4;
		t = this;
		_1 = t.Kind();
		if (_1 === (17)) {
			tt = (t.kindType);
			return toType(tt.elem);
		} else if (_1 === (18)) {
			tt$1 = (t.kindType);
			return toType(tt$1.elem);
		} else if (_1 === (21)) {
			tt$2 = (t.kindType);
			return toType(tt$2.elem);
		} else if (_1 === (22)) {
			tt$3 = (t.kindType);
			return toType(tt$3.elem);
		} else if (_1 === (23)) {
			tt$4 = (t.kindType);
			return toType(tt$4.elem);
		}
		$panic(new $String("reflect: Elem of invalid type " + t.String()));
	};
	rtype.prototype.Elem = function() { return this.$val.Elem(); };
	rtype.ptr.prototype.Field = function(i) {
		var i, t, tt;
		t = this;
		if (!((t.Kind() === 25))) {
			$panic(new $String("reflect: Field of non-struct type " + t.String()));
		}
		tt = (t.kindType);
		return tt.Field(i);
	};
	rtype.prototype.Field = function(i) { return this.$val.Field(i); };
	rtype.ptr.prototype.FieldByIndex = function(index) {
		var {$24r, _r, index, t, tt, $s, $r, $c} = $restore(this, {index});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (!((t.Kind() === 25))) {
			$panic(new $String("reflect: FieldByIndex of non-struct type " + t.String()));
		}
		tt = (t.kindType);
		_r = tt.FieldByIndex(index); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.FieldByIndex, $c: true, $r, $24r, _r, index, t, tt, $s};return $f;
	};
	rtype.prototype.FieldByIndex = function(index) { return this.$val.FieldByIndex(index); };
	rtype.ptr.prototype.FieldByName = function(name$1) {
		var {$24r, _r, name$1, t, tt, $s, $r, $c} = $restore(this, {name$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (!((t.Kind() === 25))) {
			$panic(new $String("reflect: FieldByName of non-struct type " + t.String()));
		}
		tt = (t.kindType);
		_r = tt.FieldByName(name$1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.FieldByName, $c: true, $r, $24r, _r, name$1, t, tt, $s};return $f;
	};
	rtype.prototype.FieldByName = function(name$1) { return this.$val.FieldByName(name$1); };
	rtype.ptr.prototype.FieldByNameFunc = function(match) {
		var {$24r, _r, match, t, tt, $s, $r, $c} = $restore(this, {match});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (!((t.Kind() === 25))) {
			$panic(new $String("reflect: FieldByNameFunc of non-struct type " + t.String()));
		}
		tt = (t.kindType);
		_r = tt.FieldByNameFunc(match); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.FieldByNameFunc, $c: true, $r, $24r, _r, match, t, tt, $s};return $f;
	};
	rtype.prototype.FieldByNameFunc = function(match) { return this.$val.FieldByNameFunc(match); };
	rtype.ptr.prototype.In = function(i) {
		var i, t, tt, x;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: In of non-func type " + t.String()));
		}
		tt = (t.kindType);
		return toType((x = tt.in$(), ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])));
	};
	rtype.prototype.In = function(i) { return this.$val.In(i); };
	rtype.ptr.prototype.Key = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 21))) {
			$panic(new $String("reflect: Key of non-map type " + t.String()));
		}
		tt = (t.kindType);
		return toType(tt.key);
	};
	rtype.prototype.Key = function() { return this.$val.Key(); };
	rtype.ptr.prototype.Len = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 17))) {
			$panic(new $String("reflect: Len of non-array type " + t.String()));
		}
		tt = (t.kindType);
		return ((tt.len >> 0));
	};
	rtype.prototype.Len = function() { return this.$val.Len(); };
	rtype.ptr.prototype.NumField = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 25))) {
			$panic(new $String("reflect: NumField of non-struct type " + t.String()));
		}
		tt = (t.kindType);
		return tt.fields.$length;
	};
	rtype.prototype.NumField = function() { return this.$val.NumField(); };
	rtype.ptr.prototype.NumIn = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: NumIn of non-func type " + t.String()));
		}
		tt = (t.kindType);
		return ((tt.inCount >> 0));
	};
	rtype.prototype.NumIn = function() { return this.$val.NumIn(); };
	rtype.ptr.prototype.NumOut = function() {
		var t, tt;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: NumOut of non-func type " + t.String()));
		}
		tt = (t.kindType);
		return tt.out().$length;
	};
	rtype.prototype.NumOut = function() { return this.$val.NumOut(); };
	rtype.ptr.prototype.Out = function(i) {
		var i, t, tt, x;
		t = this;
		if (!((t.Kind() === 19))) {
			$panic(new $String("reflect: Out of non-func type " + t.String()));
		}
		tt = (t.kindType);
		return toType((x = tt.out(), ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])));
	};
	rtype.prototype.Out = function(i) { return this.$val.Out(i); };
	ChanDir.prototype.String = function() {
		var _1, d;
		d = this.$val;
		_1 = d;
		if (_1 === (2)) {
			return "chan<-";
		} else if (_1 === (1)) {
			return "<-chan";
		} else if (_1 === (3)) {
			return "chan";
		}
		return "ChanDir" + strconv.Itoa(((d >> 0)));
	};
	$ptrType(ChanDir).prototype.String = function() { return new ChanDir(this.$get()).String(); };
	interfaceType.ptr.prototype.Method = function(i) {
		var i, m, p, pname, t, x;
		m = new Method.ptr("", "", $ifaceNil, new Value.ptr(ptrType$1.nil, 0, 0), 0);
		t = this;
		if (i < 0 || i >= t.methods.$length) {
			return m;
		}
		p = (x = t.methods, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		pname = $clone(t.rtype.nameOff(p.name), name);
		m.Name = $clone(pname, name).name();
		if (!$clone(pname, name).isExported()) {
			m.PkgPath = $clone(pname, name).pkgPath();
			if (m.PkgPath === "") {
				m.PkgPath = $clone(t.pkgPath, name).name();
			}
		}
		m.Type = toType(t.rtype.typeOff(p.typ));
		m.Index = i;
		return m;
	};
	interfaceType.prototype.Method = function(i) { return this.$val.Method(i); };
	interfaceType.ptr.prototype.NumMethod = function() {
		var t;
		t = this;
		return t.methods.$length;
	};
	interfaceType.prototype.NumMethod = function() { return this.$val.NumMethod(); };
	interfaceType.ptr.prototype.MethodByName = function(name$1) {
		var _i, _ref, _tmp, _tmp$1, i, m, name$1, ok, p, t, x;
		m = new Method.ptr("", "", $ifaceNil, new Value.ptr(ptrType$1.nil, 0, 0), 0);
		ok = false;
		t = this;
		if (t === ptrType$10.nil) {
			return [m, ok];
		}
		p = ptrType$11.nil;
		_ref = t.methods;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			p = (x = t.methods, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			if ($clone(t.rtype.nameOff(p.name), name).name() === name$1) {
				_tmp = $clone(t.Method(i), Method);
				_tmp$1 = true;
				Method.copy(m, _tmp);
				ok = _tmp$1;
				return [m, ok];
			}
			_i++;
		}
		return [m, ok];
	};
	interfaceType.prototype.MethodByName = function(name$1) { return this.$val.MethodByName(name$1); };
	StructField.ptr.prototype.IsExported = function() {
		var f;
		f = this;
		return f.PkgPath === "";
	};
	StructField.prototype.IsExported = function() { return this.$val.IsExported(); };
	StructTag.prototype.Get = function(key) {
		var _tuple, key, tag, v;
		tag = this.$val;
		_tuple = new StructTag(tag).Lookup(key);
		v = _tuple[0];
		return v;
	};
	$ptrType(StructTag).prototype.Get = function(key) { return new StructTag(this.$get()).Get(key); };
	StructTag.prototype.Lookup = function(key) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, err, i, key, name$1, ok, qvalue, tag, value, value$1;
		value = "";
		ok = false;
		tag = this.$val;
		while (true) {
			if (!(!(tag === ""))) { break; }
			i = 0;
			while (true) {
				if (!(i < tag.length && (tag.charCodeAt(i) === 32))) { break; }
				i = i + (1) >> 0;
			}
			tag = $substring(tag, i);
			if (tag === "") {
				break;
			}
			i = 0;
			while (true) {
				if (!(i < tag.length && tag.charCodeAt(i) > 32 && !((tag.charCodeAt(i) === 58)) && !((tag.charCodeAt(i) === 34)) && !((tag.charCodeAt(i) === 127)))) { break; }
				i = i + (1) >> 0;
			}
			if ((i === 0) || (i + 1 >> 0) >= tag.length || !((tag.charCodeAt(i) === 58)) || !((tag.charCodeAt((i + 1 >> 0)) === 34))) {
				break;
			}
			name$1 = ($substring(tag, 0, i));
			tag = $substring(tag, (i + 1 >> 0));
			i = 1;
			while (true) {
				if (!(i < tag.length && !((tag.charCodeAt(i) === 34)))) { break; }
				if (tag.charCodeAt(i) === 92) {
					i = i + (1) >> 0;
				}
				i = i + (1) >> 0;
			}
			if (i >= tag.length) {
				break;
			}
			qvalue = ($substring(tag, 0, (i + 1 >> 0)));
			tag = $substring(tag, (i + 1 >> 0));
			if (key === name$1) {
				_tuple = strconv.Unquote(qvalue);
				value$1 = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					break;
				}
				_tmp = value$1;
				_tmp$1 = true;
				value = _tmp;
				ok = _tmp$1;
				return [value, ok];
			}
		}
		_tmp$2 = "";
		_tmp$3 = false;
		value = _tmp$2;
		ok = _tmp$3;
		return [value, ok];
	};
	$ptrType(StructTag).prototype.Lookup = function(key) { return new StructTag(this.$get()).Lookup(key); };
	structType.ptr.prototype.Field = function(i) {
		var f, i, p, t, tag, x;
		f = new StructField.ptr("", "", $ifaceNil, "", 0, sliceType$6.nil, false);
		t = this;
		if (i < 0 || i >= t.fields.$length) {
			$panic(new $String("reflect: Field index out of bounds"));
		}
		p = (x = t.fields, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		f.Type = toType(p.typ);
		f.Name = $clone(p.name, name).name();
		f.Anonymous = p.embedded();
		if (!$clone(p.name, name).isExported()) {
			f.PkgPath = $clone(t.pkgPath, name).name();
		}
		tag = $clone(p.name, name).tag();
		if (!(tag === "")) {
			f.Tag = (tag);
		}
		f.Offset = p.offset();
		f.Index = new sliceType$6([i]);
		return f;
	};
	structType.prototype.Field = function(i) { return this.$val.Field(i); };
	structType.ptr.prototype.FieldByIndex = function(index) {
		var {_i, _r, _r$1, _r$2, _r$3, _r$4, _ref, _v, f, ft, i, index, t, x, $s, $r, $c} = $restore(this, {index});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = new StructField.ptr("", "", $ifaceNil, "", 0, sliceType$6.nil, false);
		t = this;
		f.Type = toType(t.rtype);
		_ref = index;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			x = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (i > 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (i > 0) { */ case 3:
				ft = f.Type;
				_r = ft.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				if (!(_r === 22)) { _v = false; $s = 7; continue s; }
				_r$1 = ft.Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = _r$1.Kind(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v = _r$2 === 25; case 7:
				/* */ if (_v) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_v) { */ case 5:
					_r$3 = ft.Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					ft = _r$3;
				/* } */ case 6:
				f.Type = ft;
			/* } */ case 4:
			_r$4 = f.Type.Field(x); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			StructField.copy(f, _r$4);
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return f;
		/* */ } return; } var $f = {$blk: structType.ptr.prototype.FieldByIndex, $c: true, $r, _i, _r, _r$1, _r$2, _r$3, _r$4, _ref, _v, f, ft, i, index, t, x, $s};return $f;
	};
	structType.prototype.FieldByIndex = function(index) { return this.$val.FieldByIndex(index); };
	structType.ptr.prototype.FieldByNameFunc = function(match) {
		var {_entry, _entry$1, _entry$2, _entry$3, _i, _i$1, _key, _key$1, _key$2, _key$3, _r, _r$1, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, count, current, f, fname, i, index, match, next, nextCount, ntyp, ok, result, scan, styp, t, t$1, visited, x, $s, $r, $c} = $restore(this, {match});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		result = new StructField.ptr("", "", $ifaceNil, "", 0, sliceType$6.nil, false);
		ok = false;
		t = this;
		current = new sliceType$12([]);
		next = new sliceType$12([new fieldScan.ptr(t, sliceType$6.nil)]);
		nextCount = false;
		visited = $makeMap(ptrType$12.keyFor, []);
		/* while (true) { */ case 1:
			/* if (!(next.$length > 0)) { break; } */ if(!(next.$length > 0)) { $s = 2; continue; }
			_tmp = next;
			_tmp$1 = $subslice(current, 0, 0);
			current = _tmp;
			next = _tmp$1;
			count = nextCount;
			nextCount = false;
			_ref = current;
			_i = 0;
			/* while (true) { */ case 3:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
				scan = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), fieldScan);
				t$1 = scan.typ;
				if ((_entry = visited[ptrType$12.keyFor(t$1)], _entry !== undefined ? _entry.v : false)) {
					_i++;
					/* continue; */ $s = 3; continue;
				}
				_key = t$1; (visited || $throwRuntimeError("assignment to entry in nil map"))[ptrType$12.keyFor(_key)] = { k: _key, v: true };
				_ref$1 = t$1.fields;
				_i$1 = 0;
				/* while (true) { */ case 5:
					/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 6; continue; }
					i = _i$1;
					f = (x = t$1.fields, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
					fname = $clone(f.name, name).name();
					ntyp = ptrType$1.nil;
					/* */ if (f.embedded()) { $s = 7; continue; }
					/* */ $s = 8; continue;
					/* if (f.embedded()) { */ case 7:
						ntyp = f.typ;
						/* */ if (ntyp.Kind() === 22) { $s = 9; continue; }
						/* */ $s = 10; continue;
						/* if (ntyp.Kind() === 22) { */ case 9:
							_r = ntyp.Elem().common(); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							ntyp = _r;
						/* } */ case 10:
					/* } */ case 8:
					_r$1 = match(fname); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					/* */ if (_r$1) { $s = 12; continue; }
					/* */ $s = 13; continue;
					/* if (_r$1) { */ case 12:
						if ((_entry$1 = count[ptrType$12.keyFor(t$1)], _entry$1 !== undefined ? _entry$1.v : 0) > 1 || ok) {
							_tmp$2 = new StructField.ptr("", "", $ifaceNil, "", 0, sliceType$6.nil, false);
							_tmp$3 = false;
							StructField.copy(result, _tmp$2);
							ok = _tmp$3;
							$s = -1; return [result, ok];
						}
						StructField.copy(result, t$1.Field(i));
						result.Index = sliceType$6.nil;
						result.Index = $appendSlice(result.Index, scan.index);
						result.Index = $append(result.Index, i);
						ok = true;
						_i$1++;
						/* continue; */ $s = 5; continue;
					/* } */ case 13:
					if (ok || ntyp === ptrType$1.nil || !((ntyp.Kind() === 25))) {
						_i$1++;
						/* continue; */ $s = 5; continue;
					}
					styp = (ntyp.kindType);
					if ((_entry$2 = nextCount[ptrType$12.keyFor(styp)], _entry$2 !== undefined ? _entry$2.v : 0) > 0) {
						_key$1 = styp; (nextCount || $throwRuntimeError("assignment to entry in nil map"))[ptrType$12.keyFor(_key$1)] = { k: _key$1, v: 2 };
						_i$1++;
						/* continue; */ $s = 5; continue;
					}
					if (nextCount === false) {
						nextCount = $makeMap(ptrType$12.keyFor, []);
					}
					_key$2 = styp; (nextCount || $throwRuntimeError("assignment to entry in nil map"))[ptrType$12.keyFor(_key$2)] = { k: _key$2, v: 1 };
					if ((_entry$3 = count[ptrType$12.keyFor(t$1)], _entry$3 !== undefined ? _entry$3.v : 0) > 1) {
						_key$3 = styp; (nextCount || $throwRuntimeError("assignment to entry in nil map"))[ptrType$12.keyFor(_key$3)] = { k: _key$3, v: 2 };
					}
					index = sliceType$6.nil;
					index = $appendSlice(index, scan.index);
					index = $append(index, i);
					next = $append(next, new fieldScan.ptr(styp, index));
					_i$1++;
				$s = 5; continue;
				case 6:
				_i++;
			$s = 3; continue;
			case 4:
			if (ok) {
				/* break; */ $s = 2; continue;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [result, ok];
		/* */ } return; } var $f = {$blk: structType.ptr.prototype.FieldByNameFunc, $c: true, $r, _entry, _entry$1, _entry$2, _entry$3, _i, _i$1, _key, _key$1, _key$2, _key$3, _r, _r$1, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, count, current, f, fname, i, index, match, next, nextCount, ntyp, ok, result, scan, styp, t, t$1, visited, x, $s};return $f;
	};
	structType.prototype.FieldByNameFunc = function(match) { return this.$val.FieldByNameFunc(match); };
	structType.ptr.prototype.FieldByName = function(name$1) {
		var {$24r, _i, _r, _ref, _tmp, _tmp$1, _tuple, f, hasEmbeds, i, name$1, present, t, tf, x, $s, $r, $c} = $restore(this, {name$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name$1 = [name$1];
		f = new StructField.ptr("", "", $ifaceNil, "", 0, sliceType$6.nil, false);
		present = false;
		t = this;
		hasEmbeds = false;
		if (!(name$1[0] === "")) {
			_ref = t.fields;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				tf = (x = t.fields, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
				if ($clone(tf.name, name).name() === name$1[0]) {
					_tmp = $clone(t.Field(i), StructField);
					_tmp$1 = true;
					StructField.copy(f, _tmp);
					present = _tmp$1;
					$s = -1; return [f, present];
				}
				if (tf.embedded()) {
					hasEmbeds = true;
				}
				_i++;
			}
		}
		if (!hasEmbeds) {
			$s = -1; return [f, present];
		}
		_r = t.FieldByNameFunc((function(name$1) { return function(s) {
			var s;
			return s === name$1[0];
		}; })(name$1)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		StructField.copy(f, _tuple[0]);
		present = _tuple[1];
		$24r = [f, present];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: structType.ptr.prototype.FieldByName, $c: true, $r, $24r, _i, _r, _ref, _tmp, _tmp$1, _tuple, f, hasEmbeds, i, name$1, present, t, tf, x, $s};return $f;
	};
	structType.prototype.FieldByName = function(name$1) { return this.$val.FieldByName(name$1); };
	PtrTo = function(t) {
		var t;
		return PointerTo(t);
	};
	$pkg.PtrTo = PtrTo;
	PointerTo = function(t) {
		var t;
		return $assertType(t, ptrType$1).ptrTo();
	};
	$pkg.PointerTo = PointerTo;
	rtype.ptr.prototype.Implements = function(u) {
		var {_r, t, u, $s, $r, $c} = $restore(this, {u});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ($interfaceIsEqual(u, $ifaceNil)) {
			$panic(new $String("reflect: nil type passed to Type.Implements"));
		}
		_r = u.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 20))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 20))) { */ case 1:
			$panic(new $String("reflect: non-interface type passed to Type.Implements"));
		/* } */ case 2:
		$s = -1; return implements$1($assertType(u, ptrType$1), t);
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.Implements, $c: true, $r, _r, t, u, $s};return $f;
	};
	rtype.prototype.Implements = function(u) { return this.$val.Implements(u); };
	rtype.ptr.prototype.AssignableTo = function(u) {
		var {$24r, _r, t, u, uu, $s, $r, $c} = $restore(this, {u});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ($interfaceIsEqual(u, $ifaceNil)) {
			$panic(new $String("reflect: nil type passed to Type.AssignableTo"));
		}
		uu = $assertType(u, ptrType$1);
		_r = directlyAssignable(uu, t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r || implements$1(uu, t);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.AssignableTo, $c: true, $r, $24r, _r, t, u, uu, $s};return $f;
	};
	rtype.prototype.AssignableTo = function(u) { return this.$val.AssignableTo(u); };
	rtype.ptr.prototype.ConvertibleTo = function(u) {
		var {$24r, _r, t, u, uu, $s, $r, $c} = $restore(this, {u});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ($interfaceIsEqual(u, $ifaceNil)) {
			$panic(new $String("reflect: nil type passed to Type.ConvertibleTo"));
		}
		uu = $assertType(u, ptrType$1);
		_r = convertOp(uu, t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = !(_r === $throwNilPointerError);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.ConvertibleTo, $c: true, $r, $24r, _r, t, u, uu, $s};return $f;
	};
	rtype.prototype.ConvertibleTo = function(u) { return this.$val.ConvertibleTo(u); };
	implements$1 = function(T, V) {
		var T, V, i, i$1, j, j$1, t, tm, tm$1, tmName, tmName$1, tmPkgPath, tmPkgPath$1, v, v$1, vm, vm$1, vmName, vmName$1, vmPkgPath, vmPkgPath$1, vmethods, x, x$1, x$2;
		if (!((T.Kind() === 20))) {
			return false;
		}
		t = (T.kindType);
		if (t.methods.$length === 0) {
			return true;
		}
		if (V.Kind() === 20) {
			v = (V.kindType);
			i = 0;
			j = 0;
			while (true) {
				if (!(j < v.methods.$length)) { break; }
				tm = (x = t.methods, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
				tmName = $clone(t.rtype.nameOff(tm.name), name);
				vm = (x$1 = v.methods, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j]));
				vmName = $clone(V.nameOff(vm.name), name);
				if ($clone(vmName, name).name() === $clone(tmName, name).name() && V.typeOff(vm.typ) === t.rtype.typeOff(tm.typ)) {
					if (!$clone(tmName, name).isExported()) {
						tmPkgPath = $clone(tmName, name).pkgPath();
						if (tmPkgPath === "") {
							tmPkgPath = $clone(t.pkgPath, name).name();
						}
						vmPkgPath = $clone(vmName, name).pkgPath();
						if (vmPkgPath === "") {
							vmPkgPath = $clone(v.pkgPath, name).name();
						}
						if (!(tmPkgPath === vmPkgPath)) {
							j = j + (1) >> 0;
							continue;
						}
					}
					i = i + (1) >> 0;
					if (i >= t.methods.$length) {
						return true;
					}
				}
				j = j + (1) >> 0;
			}
			return false;
		}
		v$1 = V.uncommon();
		if (v$1 === ptrType$9.nil) {
			return false;
		}
		i$1 = 0;
		vmethods = v$1.methods();
		j$1 = 0;
		while (true) {
			if (!(j$1 < ((v$1.mcount >> 0)))) { break; }
			tm$1 = (x$2 = t.methods, ((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]));
			tmName$1 = $clone(t.rtype.nameOff(tm$1.name), name);
			vm$1 = $clone(((j$1 < 0 || j$1 >= vmethods.$length) ? ($throwRuntimeError("index out of range"), undefined) : vmethods.$array[vmethods.$offset + j$1]), method);
			vmName$1 = $clone(V.nameOff(vm$1.name), name);
			if ($clone(vmName$1, name).name() === $clone(tmName$1, name).name() && V.typeOff(vm$1.mtyp) === t.rtype.typeOff(tm$1.typ)) {
				if (!$clone(tmName$1, name).isExported()) {
					tmPkgPath$1 = $clone(tmName$1, name).pkgPath();
					if (tmPkgPath$1 === "") {
						tmPkgPath$1 = $clone(t.pkgPath, name).name();
					}
					vmPkgPath$1 = $clone(vmName$1, name).pkgPath();
					if (vmPkgPath$1 === "") {
						vmPkgPath$1 = $clone(V.nameOff(v$1.pkgPath), name).name();
					}
					if (!(tmPkgPath$1 === vmPkgPath$1)) {
						j$1 = j$1 + (1) >> 0;
						continue;
					}
				}
				i$1 = i$1 + (1) >> 0;
				if (i$1 >= t.methods.$length) {
					return true;
				}
			}
			j$1 = j$1 + (1) >> 0;
		}
		return false;
	};
	specialChannelAssignability = function(T, V) {
		var {$24r, T, V, _r, _v, $s, $r, $c} = $restore(this, {T, V});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!((V.ChanDir() === 3) && (T.Name() === "" || V.Name() === ""))) { _v = false; $s = 1; continue s; }
		_r = haveIdenticalType(T.Elem(), V.Elem(), true); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: specialChannelAssignability, $c: true, $r, $24r, T, V, _r, _v, $s};return $f;
	};
	directlyAssignable = function(T, V) {
		var {$24r, T, V, _r, _r$1, _v, $s, $r, $c} = $restore(this, {T, V});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (T === V) {
			$s = -1; return true;
		}
		if (T.hasName() && V.hasName() || !((T.Kind() === V.Kind()))) {
			$s = -1; return false;
		}
		if (!(T.Kind() === 18)) { _v = false; $s = 3; continue s; }
		_r = specialChannelAssignability(T, V); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return true;
		/* } */ case 2:
		_r$1 = haveIdenticalUnderlyingType(T, V, true); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: directlyAssignable, $c: true, $r, $24r, T, V, _r, _r$1, _v, $s};return $f;
	};
	haveIdenticalType = function(T, V, cmpTags) {
		var {$24r, T, V, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _v, _v$1, cmpTags, $s, $r, $c} = $restore(this, {T, V, cmpTags});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (cmpTags) {
			$s = -1; return $interfaceIsEqual(T, V);
		}
		_r = T.Name(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = V.Name(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		if (!(_r === _r$1)) { _v$1 = true; $s = 4; continue s; }
		_r$2 = T.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = V.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v$1 = !((_r$2 === _r$3)); case 4:
		if (_v$1) { _v = true; $s = 3; continue s; }
		_r$4 = T.PkgPath(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = V.PkgPath(); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_v = !(_r$4 === _r$5); case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		_r$6 = T.common(); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg = _r$6;
		_r$7 = V.common(); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_arg$1 = _r$7;
		_r$8 = haveIdenticalUnderlyingType(_arg, _arg$1, false); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 14; case 14: return $24r;
		/* */ } return; } var $f = {$blk: haveIdenticalType, $c: true, $r, $24r, T, V, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _v, _v$1, cmpTags, $s};return $f;
	};
	haveIdenticalUnderlyingType = function(T, V, cmpTags) {
		var {$24r, $24r$1, $24r$2, $24r$3, T, V, _1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _v, _v$1, _v$2, cmpTags, i, i$1, i$2, kind, t, t$1, t$2, tf, v, v$1, v$2, vf, x, x$1, $s, $r, $c} = $restore(this, {T, V, cmpTags});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (T === V) {
			$s = -1; return true;
		}
		kind = T.Kind();
		if (!((kind === V.Kind()))) {
			$s = -1; return false;
		}
		if (1 <= kind && kind <= 16 || (kind === 24) || (kind === 26)) {
			$s = -1; return true;
		}
			_1 = kind;
			/* */ if (_1 === (17)) { $s = 2; continue; }
			/* */ if (_1 === (18)) { $s = 3; continue; }
			/* */ if (_1 === (19)) { $s = 4; continue; }
			/* */ if (_1 === (20)) { $s = 5; continue; }
			/* */ if (_1 === (21)) { $s = 6; continue; }
			/* */ if ((_1 === (22)) || (_1 === (23))) { $s = 7; continue; }
			/* */ if (_1 === (25)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_1 === (17)) { */ case 2:
				if (!(T.Len() === V.Len())) { _v = false; $s = 10; continue s; }
				_r = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_v = _r; case 10:
				$24r = _v;
				$s = 12; case 12: return $24r;
			/* } else if (_1 === (18)) { */ case 3:
				if (!(V.ChanDir() === T.ChanDir())) { _v$1 = false; $s = 13; continue s; }
				_r$1 = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v$1 = _r$1; case 13:
				$24r$1 = _v$1;
				$s = 15; case 15: return $24r$1;
			/* } else if (_1 === (19)) { */ case 4:
				t = (T.kindType);
				v = (V.kindType);
				if (!((t.outCount === v.outCount)) || !((t.inCount === v.inCount))) {
					$s = -1; return false;
				}
				i = 0;
				/* while (true) { */ case 16:
					/* if (!(i < t.rtype.NumIn())) { break; } */ if(!(i < t.rtype.NumIn())) { $s = 17; continue; }
					_r$2 = haveIdenticalType(t.rtype.In(i), v.rtype.In(i), cmpTags); /* */ $s = 20; case 20: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					/* */ if (!_r$2) { $s = 18; continue; }
					/* */ $s = 19; continue;
					/* if (!_r$2) { */ case 18:
						$s = -1; return false;
					/* } */ case 19:
					i = i + (1) >> 0;
				$s = 16; continue;
				case 17:
				i$1 = 0;
				/* while (true) { */ case 21:
					/* if (!(i$1 < t.rtype.NumOut())) { break; } */ if(!(i$1 < t.rtype.NumOut())) { $s = 22; continue; }
					_r$3 = haveIdenticalType(t.rtype.Out(i$1), v.rtype.Out(i$1), cmpTags); /* */ $s = 25; case 25: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					/* */ if (!_r$3) { $s = 23; continue; }
					/* */ $s = 24; continue;
					/* if (!_r$3) { */ case 23:
						$s = -1; return false;
					/* } */ case 24:
					i$1 = i$1 + (1) >> 0;
				$s = 21; continue;
				case 22:
				$s = -1; return true;
			/* } else if (_1 === (20)) { */ case 5:
				t$1 = (T.kindType);
				v$1 = (V.kindType);
				if ((t$1.methods.$length === 0) && (v$1.methods.$length === 0)) {
					$s = -1; return true;
				}
				$s = -1; return false;
			/* } else if (_1 === (21)) { */ case 6:
				_r$4 = haveIdenticalType(T.Key(), V.Key(), cmpTags); /* */ $s = 27; case 27: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				if (!(_r$4)) { _v$2 = false; $s = 26; continue s; }
				_r$5 = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 28; case 28: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_v$2 = _r$5; case 26:
				$24r$2 = _v$2;
				$s = 29; case 29: return $24r$2;
			/* } else if ((_1 === (22)) || (_1 === (23))) { */ case 7:
				_r$6 = haveIdenticalType(T.Elem(), V.Elem(), cmpTags); /* */ $s = 30; case 30: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$3 = _r$6;
				$s = 31; case 31: return $24r$3;
			/* } else if (_1 === (25)) { */ case 8:
				t$2 = (T.kindType);
				v$2 = (V.kindType);
				if (!((t$2.fields.$length === v$2.fields.$length))) {
					$s = -1; return false;
				}
				if (!($clone(t$2.pkgPath, name).name() === $clone(v$2.pkgPath, name).name())) {
					$s = -1; return false;
				}
				_ref = t$2.fields;
				_i = 0;
				/* while (true) { */ case 32:
					/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 33; continue; }
					i$2 = _i;
					tf = (x = t$2.fields, ((i$2 < 0 || i$2 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$2]));
					vf = (x$1 = v$2.fields, ((i$2 < 0 || i$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i$2]));
					if (!($clone(tf.name, name).name() === $clone(vf.name, name).name())) {
						$s = -1; return false;
					}
					_r$7 = haveIdenticalType(tf.typ, vf.typ, cmpTags); /* */ $s = 36; case 36: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					/* */ if (!_r$7) { $s = 34; continue; }
					/* */ $s = 35; continue;
					/* if (!_r$7) { */ case 34:
						$s = -1; return false;
					/* } */ case 35:
					if (cmpTags && !($clone(tf.name, name).tag() === $clone(vf.name, name).tag())) {
						$s = -1; return false;
					}
					if (!((tf.offsetEmbed === vf.offsetEmbed))) {
						$s = -1; return false;
					}
					_i++;
				$s = 32; continue;
				case 33:
				$s = -1; return true;
			/* } */ case 9:
		case 1:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: haveIdenticalUnderlyingType, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, T, V, _1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _v, _v$1, _v$2, cmpTags, i, i$1, i$2, kind, t, t$1, t$2, tf, v, v$1, v$2, vf, x, x$1, $s};return $f;
	};
	toType = function(t) {
		var t;
		if (t === ptrType$1.nil) {
			return $ifaceNil;
		}
		return t;
	};
	ifaceIndir = function(t) {
		var t;
		return ((t.kind & 32) >>> 0) === 0;
	};
	methodValueCallCodePtr = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = abi.FuncPCABI0(new funcType$2(methodValueCall)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: methodValueCallCodePtr, $c: true, $r, $24r, _r, $s};return $f;
	};
	methodValueCall = function() {
		$throwRuntimeError("native function not implemented: reflect.methodValueCall");
	};
	init = function() {
		var {used, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		used = (function(i) {
			var i;
		});
		$r = used((x = new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), new x.constructor.elem(x))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$1 = new uncommonType.ptr(0, 0, 0, 0, sliceType$11.nil), new x$1.constructor.elem(x$1))); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$2 = new method.ptr(0, 0, 0, 0), new x$2.constructor.elem(x$2))); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$3 = new arrayType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), ptrType$1.nil, ptrType$1.nil, 0), new x$3.constructor.elem(x$3))); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$4 = new chanType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), ptrType$1.nil, 0), new x$4.constructor.elem(x$4))); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$5 = new funcType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), 0, 0, sliceType$2.nil, sliceType$2.nil), new x$5.constructor.elem(x$5))); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$6 = new interfaceType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), new name.ptr(ptrType$13.nil), sliceType$14.nil), new x$6.constructor.elem(x$6))); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$7 = new mapType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, $throwNilPointerError, 0, 0, 0, 0), new x$7.constructor.elem(x$7))); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$8 = new ptrType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), ptrType$1.nil), new x$8.constructor.elem(x$8))); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$9 = new sliceType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), ptrType$1.nil), new x$9.constructor.elem(x$9))); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$10 = new structType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), new name.ptr(ptrType$13.nil), sliceType$15.nil), new x$10.constructor.elem(x$10))); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$11 = new imethod.ptr(0, 0), new x$11.constructor.elem(x$11))); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = used((x$12 = new structField.ptr(new name.ptr(ptrType$13.nil), ptrType$1.nil, 0), new x$12.constructor.elem(x$12))); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		initialized = true;
		uint8Type = $assertType(TypeOf(new $Uint8(0)), ptrType$1);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, used, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	New = function(typ) {
		var fl, pt, ptr, t, typ;
		if ($interfaceIsEqual(typ, $ifaceNil)) {
			$panic(new $String("reflect: New(nil)"));
		}
		t = $assertType(typ, ptrType$1);
		pt = t.ptrTo();
		ptr = unsafe_New(t);
		fl = 22;
		return new Value.ptr(pt, ptr, fl);
	};
	$pkg.New = New;
	jsType = function(typ) {
		var typ;
		return typ.jsType;
	};
	reflectType = function(typ) {
		var _1, _i, _i$1, _i$2, _i$3, _key, _ref, _ref$1, _ref$2, _ref$3, dir, exported, exported$1, f, fields, i, i$1, i$2, i$3, i$4, i$5, imethods, in$1, m, m$1, m$2, methodSet, methods, offsetEmbed, out, outCount, params, reflectFields, reflectMethods, results, rt, typ, ut, xcount;
		if (typ.reflectType === undefined) {
			rt = new rtype.ptr(((($parseInt(typ.size) >> 0) >>> 0)), 0, 0, 0, 0, 0, ((($parseInt(typ.kind) >> 0) << 24 >>> 24)), $throwNilPointerError, ptrType$13.nil, newNameOff($clone(newName(internalStr(typ.string), "", !!(typ.exported)), name)), 0);
			rt.jsType = typ;
			typ.reflectType = rt;
			methodSet = $methodSet(typ);
			if (!(($parseInt(methodSet.length) === 0)) || !!(typ.named)) {
				rt.tflag = (rt.tflag | (1)) >>> 0;
				if (!!(typ.named)) {
					rt.tflag = (rt.tflag | (4)) >>> 0;
				}
				reflectMethods = sliceType$11.nil;
				i = 0;
				while (true) {
					if (!(i < $parseInt(methodSet.length))) { break; }
					m = methodSet[i];
					exported = internalStr(m.pkg) === "";
					if (!exported) {
						i = i + (1) >> 0;
						continue;
					}
					reflectMethods = $append(reflectMethods, new method.ptr(newNameOff($clone(newMethodName(m), name)), newTypeOff(reflectType(m.typ)), 0, 0));
					i = i + (1) >> 0;
				}
				xcount = ((reflectMethods.$length << 16 >>> 16));
				i$1 = 0;
				while (true) {
					if (!(i$1 < $parseInt(methodSet.length))) { break; }
					m$1 = methodSet[i$1];
					exported$1 = internalStr(m$1.pkg) === "";
					if (exported$1) {
						i$1 = i$1 + (1) >> 0;
						continue;
					}
					reflectMethods = $append(reflectMethods, new method.ptr(newNameOff($clone(newMethodName(m$1), name)), newTypeOff(reflectType(m$1.typ)), 0, 0));
					i$1 = i$1 + (1) >> 0;
				}
				ut = new uncommonType.ptr(newNameOff($clone(newName(internalStr(typ.pkg), "", false), name)), (($parseInt(methodSet.length) << 16 >>> 16)), xcount, 0, reflectMethods);
				_key = rt; (uncommonTypeMap || $throwRuntimeError("assignment to entry in nil map"))[ptrType$1.keyFor(_key)] = { k: _key, v: ut };
				ut.jsType = typ;
			}
			_1 = rt.Kind();
			if (_1 === (17)) {
				setKindType(rt, new arrayType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), reflectType(typ.elem), ptrType$1.nil, ((($parseInt(typ.len) >> 0) >>> 0))));
			} else if (_1 === (18)) {
				dir = 3;
				if (!!(typ.sendOnly)) {
					dir = 2;
				}
				if (!!(typ.recvOnly)) {
					dir = 1;
				}
				setKindType(rt, new chanType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), reflectType(typ.elem), ((dir >>> 0))));
			} else if (_1 === (19)) {
				params = typ.params;
				in$1 = $makeSlice(sliceType$2, $parseInt(params.length));
				_ref = in$1;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i$2 = _i;
					((i$2 < 0 || i$2 >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + i$2] = reflectType(params[i$2]));
					_i++;
				}
				results = typ.results;
				out = $makeSlice(sliceType$2, $parseInt(results.length));
				_ref$1 = out;
				_i$1 = 0;
				while (true) {
					if (!(_i$1 < _ref$1.$length)) { break; }
					i$3 = _i$1;
					((i$3 < 0 || i$3 >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i$3] = reflectType(results[i$3]));
					_i$1++;
				}
				outCount = (($parseInt(results.length) << 16 >>> 16));
				if (!!(typ.variadic)) {
					outCount = (outCount | (32768)) >>> 0;
				}
				setKindType(rt, new funcType.ptr($clone(rt, rtype), (($parseInt(params.length) << 16 >>> 16)), outCount, in$1, out));
			} else if (_1 === (20)) {
				methods = typ.methods;
				imethods = $makeSlice(sliceType$14, $parseInt(methods.length));
				_ref$2 = imethods;
				_i$2 = 0;
				while (true) {
					if (!(_i$2 < _ref$2.$length)) { break; }
					i$4 = _i$2;
					m$2 = methods[i$4];
					imethod.copy(((i$4 < 0 || i$4 >= imethods.$length) ? ($throwRuntimeError("index out of range"), undefined) : imethods.$array[imethods.$offset + i$4]), new imethod.ptr(newNameOff($clone(newMethodName(m$2), name)), newTypeOff(reflectType(m$2.typ))));
					_i$2++;
				}
				setKindType(rt, new interfaceType.ptr($clone(rt, rtype), $clone(newName(internalStr(typ.pkg), "", false), name), imethods));
			} else if (_1 === (21)) {
				setKindType(rt, new mapType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), reflectType(typ.key), reflectType(typ.elem), ptrType$1.nil, $throwNilPointerError, 0, 0, 0, 0));
			} else if (_1 === (22)) {
				setKindType(rt, new ptrType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), reflectType(typ.elem)));
			} else if (_1 === (23)) {
				setKindType(rt, new sliceType.ptr(new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0), reflectType(typ.elem)));
			} else if (_1 === (25)) {
				fields = typ.fields;
				reflectFields = $makeSlice(sliceType$15, $parseInt(fields.length));
				_ref$3 = reflectFields;
				_i$3 = 0;
				while (true) {
					if (!(_i$3 < _ref$3.$length)) { break; }
					i$5 = _i$3;
					f = fields[i$5];
					offsetEmbed = ((i$5 >>> 0)) << 1 >>> 0;
					if (!!(f.embedded)) {
						offsetEmbed = (offsetEmbed | (1)) >>> 0;
					}
					structField.copy(((i$5 < 0 || i$5 >= reflectFields.$length) ? ($throwRuntimeError("index out of range"), undefined) : reflectFields.$array[reflectFields.$offset + i$5]), new structField.ptr($clone(newName(internalStr(f.name), internalStr(f.tag), !!(f.exported)), name), reflectType(f.typ), offsetEmbed));
					_i$3++;
				}
				setKindType(rt, new structType.ptr($clone(rt, rtype), $clone(newName(internalStr(typ.pkgPath), "", false), name), reflectFields));
			}
		}
		return ((typ.reflectType));
	};
	setKindType = function(rt, kindType) {
		var kindType, rt;
		rt.kindType = kindType;
		kindType.rtype = rt;
	};
	uncommonType.ptr.prototype.methods = function() {
		var t;
		t = this;
		return t._methods;
	};
	uncommonType.prototype.methods = function() { return this.$val.methods(); };
	uncommonType.ptr.prototype.exportedMethods = function() {
		var t;
		t = this;
		return $subslice(t._methods, 0, t.xcount, t.xcount);
	};
	uncommonType.prototype.exportedMethods = function() { return this.$val.exportedMethods(); };
	rtype.ptr.prototype.uncommon = function() {
		var _entry, t;
		t = this;
		return (_entry = uncommonTypeMap[ptrType$1.keyFor(t)], _entry !== undefined ? _entry.v : ptrType$9.nil);
	};
	rtype.prototype.uncommon = function() { return this.$val.uncommon(); };
	funcType.ptr.prototype.in$ = function() {
		var t;
		t = this;
		return t._in;
	};
	funcType.prototype.in$ = function() { return this.$val.in$(); };
	funcType.ptr.prototype.out = function() {
		var t;
		t = this;
		return t._out;
	};
	funcType.prototype.out = function() { return this.$val.out(); };
	name.ptr.prototype.name = function() {
		var _entry, n, s;
		s = "";
		n = this;
		s = (_entry = nameMap[ptrType$13.keyFor(n.bytes)], _entry !== undefined ? _entry.v : ptrType$18.nil).name;
		return s;
	};
	name.prototype.name = function() { return this.$val.name(); };
	name.ptr.prototype.tag = function() {
		var _entry, n, s;
		s = "";
		n = this;
		s = (_entry = nameMap[ptrType$13.keyFor(n.bytes)], _entry !== undefined ? _entry.v : ptrType$18.nil).tag;
		return s;
	};
	name.prototype.tag = function() { return this.$val.tag(); };
	name.ptr.prototype.pkgPath = function() {
		var _entry, n;
		n = this;
		return (_entry = nameMap[ptrType$13.keyFor(n.bytes)], _entry !== undefined ? _entry.v : ptrType$18.nil).pkgPath;
	};
	name.prototype.pkgPath = function() { return this.$val.pkgPath(); };
	name.ptr.prototype.isExported = function() {
		var _entry, n;
		n = this;
		return (_entry = nameMap[ptrType$13.keyFor(n.bytes)], _entry !== undefined ? _entry.v : ptrType$18.nil).exported;
	};
	name.prototype.isExported = function() { return this.$val.isExported(); };
	newName = function(n, tag, exported) {
		var _key, b, exported, n, tag;
		b = $newDataPointer(0, ptrType$13);
		_key = b; (nameMap || $throwRuntimeError("assignment to entry in nil map"))[ptrType$13.keyFor(_key)] = { k: _key, v: new nameData.ptr(n, tag, exported, "") };
		return new name.ptr(b);
	};
	newMethodName = function(m) {
		var _key, b, m;
		b = $newDataPointer(0, ptrType$13);
		_key = b; (nameMap || $throwRuntimeError("assignment to entry in nil map"))[ptrType$13.keyFor(_key)] = { k: _key, v: new nameData.ptr(internalStr(m.name), "", internalStr(m.pkg) === "", internalStr(m.pkg)) };
		return new name.ptr(b);
	};
	rtype.ptr.prototype.nameOff = function(off) {
		var off, t, x;
		t = this;
		return (x = ((off >> 0)), ((x < 0 || x >= nameOffList.$length) ? ($throwRuntimeError("index out of range"), undefined) : nameOffList.$array[nameOffList.$offset + x]));
	};
	rtype.prototype.nameOff = function(off) { return this.$val.nameOff(off); };
	newNameOff = function(n) {
		var i, n;
		i = nameOffList.$length;
		nameOffList = $append(nameOffList, n);
		return ((i >> 0));
	};
	rtype.ptr.prototype.typeOff = function(off) {
		var off, t, x;
		t = this;
		return (x = ((off >> 0)), ((x < 0 || x >= typeOffList.$length) ? ($throwRuntimeError("index out of range"), undefined) : typeOffList.$array[typeOffList.$offset + x]));
	};
	rtype.prototype.typeOff = function(off) { return this.$val.typeOff(off); };
	newTypeOff = function(t) {
		var i, t;
		i = typeOffList.$length;
		typeOffList = $append(typeOffList, t);
		return ((i >> 0));
	};
	internalStr = function(strObj) {
		var c, strObj;
		c = new structType$3.ptr("");
		c.str = strObj;
		return c.str;
	};
	isWrapped = function(typ) {
		var typ;
		return !!(jsType(typ).wrapped);
	};
	copyStruct = function(dst, src, typ) {
		var dst, fields, i, prop, src, typ;
		fields = jsType(typ).fields;
		i = 0;
		while (true) {
			if (!(i < $parseInt(fields.length))) { break; }
			prop = $internalize(fields[i].prop, $String);
			dst[$externalize(prop, $String)] = src[$externalize(prop, $String)];
			i = i + (1) >> 0;
		}
	};
	makeValue = function(t, v, fl) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _v, _v$1, fl, rt, t, v, $s, $r, $c} = $restore(this, {t, v, fl});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = t.common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		rt = _r;
		_r$1 = t.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		if (_r$1 === 17) { _v$1 = true; $s = 5; continue s; }
		_r$2 = t.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v$1 = _r$2 === 25; case 5:
		if (_v$1) { _v = true; $s = 4; continue s; }
		_r$3 = t.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = _r$3 === 22; case 4:
		/* */ if (_v) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_v) { */ case 2:
			_r$4 = t.Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = new Value.ptr(rt, (v), (fl | ((_r$4 >>> 0))) >>> 0);
			$s = 10; case 10: return $24r;
		/* } */ case 3:
		_r$5 = t.Kind(); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r$1 = new Value.ptr(rt, ($newDataPointer(v, jsType(rt.ptrTo()))), (((fl | ((_r$5 >>> 0))) >>> 0) | 128) >>> 0);
		$s = 12; case 12: return $24r$1;
		/* */ } return; } var $f = {$blk: makeValue, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _v, _v$1, fl, rt, t, v, $s};return $f;
	};
	MakeSlice = function(typ, len, cap) {
		var {$24r, _r, _r$1, cap, len, typ, $s, $r, $c} = $restore(this, {typ, len, cap});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		typ = [typ];
		_r = typ[0].Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 23))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 23))) { */ case 1:
			$panic(new $String("reflect.MakeSlice of non-slice type"));
		/* } */ case 2:
		if (len < 0) {
			$panic(new $String("reflect.MakeSlice: negative len"));
		}
		if (cap < 0) {
			$panic(new $String("reflect.MakeSlice: negative cap"));
		}
		if (len > cap) {
			$panic(new $String("reflect.MakeSlice: len > cap"));
		}
		_r$1 = makeValue(typ[0], $makeSlice(jsType(typ[0]), len, cap, (function(typ) { return function $b() {
			var {$24r, _r$1, _r$2, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = typ[0].Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = jsType(_r$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2.zero();
			$s = 3; case 3: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$1, _r$2, $s};return $f;
		}; })(typ)), 0); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: MakeSlice, $c: true, $r, $24r, _r, _r$1, cap, len, typ, $s};return $f;
	};
	$pkg.MakeSlice = MakeSlice;
	TypeOf = function(i) {
		var i;
		if (!initialized) {
			return new rtype.ptr(0, 0, 0, 0, 0, 0, 0, $throwNilPointerError, ptrType$13.nil, 0, 0);
		}
		if ($interfaceIsEqual(i, $ifaceNil)) {
			return $ifaceNil;
		}
		return reflectType(i.constructor);
	};
	$pkg.TypeOf = TypeOf;
	ValueOf = function(i) {
		var {$24r, _r, i, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(i, $ifaceNil)) {
			$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		}
		_r = makeValue(reflectType(i.constructor), i.$val, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ValueOf, $c: true, $r, $24r, _r, i, $s};return $f;
	};
	$pkg.ValueOf = ValueOf;
	FuncOf = function(in$1, out, variadic) {
		var {_i, _i$1, _r, _ref, _ref$1, _v, _v$1, i, i$1, in$1, jsIn, jsOut, out, v, v$1, variadic, x, $s, $r, $c} = $restore(this, {in$1, out, variadic});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!(variadic)) { _v = false; $s = 3; continue s; }
		if (in$1.$length === 0) { _v$1 = true; $s = 4; continue s; }
		_r = (x = in$1.$length - 1 >> 0, ((x < 0 || x >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + x])).Kind(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v$1 = !((_r === 23)); case 4:
		_v = _v$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$panic(new $String("reflect.FuncOf: last arg of variadic func must be slice"));
		/* } */ case 2:
		jsIn = $makeSlice(sliceType$16, in$1.$length);
		_ref = in$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			((i < 0 || i >= jsIn.$length) ? ($throwRuntimeError("index out of range"), undefined) : jsIn.$array[jsIn.$offset + i] = jsType(v));
			_i++;
		}
		jsOut = $makeSlice(sliceType$16, out.$length);
		_ref$1 = out;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			((i$1 < 0 || i$1 >= jsOut.$length) ? ($throwRuntimeError("index out of range"), undefined) : jsOut.$array[jsOut.$offset + i$1] = jsType(v$1));
			_i$1++;
		}
		$s = -1; return reflectType($funcType($externalize(jsIn, sliceType$16), $externalize(jsOut, sliceType$16), $externalize(variadic, $Bool)));
		/* */ } return; } var $f = {$blk: FuncOf, $c: true, $r, _i, _i$1, _r, _ref, _ref$1, _v, _v$1, i, i$1, in$1, jsIn, jsOut, out, v, v$1, variadic, x, $s};return $f;
	};
	$pkg.FuncOf = FuncOf;
	rtype.ptr.prototype.ptrTo = function() {
		var t;
		t = this;
		return reflectType($ptrType(jsType(t)));
	};
	rtype.prototype.ptrTo = function() { return this.$val.ptrTo(); };
	SliceOf = function(t) {
		var t;
		return reflectType($sliceType(jsType(t)));
	};
	$pkg.SliceOf = SliceOf;
	Zero = function(typ) {
		var {$24r, _r, typ, $s, $r, $c} = $restore(this, {typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = makeValue(typ, jsType(typ).zero(), 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Zero, $c: true, $r, $24r, _r, typ, $s};return $f;
	};
	$pkg.Zero = Zero;
	unsafe_New = function(typ) {
		var _1, typ;
		_1 = typ.Kind();
		if (_1 === (25)) {
			return (new (jsType(typ).ptr)());
		} else if (_1 === (17)) {
			return (jsType(typ).zero());
		} else {
			return ($newDataPointer(jsType(typ).zero(), jsType(typ.ptrTo())));
		}
	};
	makeInt = function(f, bits, t) {
		var {_1, _r, bits, f, ptr, t, typ, $s, $r, $c} = $restore(this, {f, bits, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = t.common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		typ = _r;
		ptr = unsafe_New(typ);
		_1 = typ.Kind();
		if (_1 === (3)) {
			(ptr).$set(((bits.$low << 24 >> 24)));
		} else if (_1 === (4)) {
			(ptr).$set(((bits.$low << 16 >> 16)));
		} else if ((_1 === (2)) || (_1 === (5))) {
			(ptr).$set(((bits.$low >> 0)));
		} else if (_1 === (6)) {
			(ptr).$set((new $Int64(bits.$high, bits.$low)));
		} else if (_1 === (8)) {
			(ptr).$set(((bits.$low << 24 >>> 24)));
		} else if (_1 === (9)) {
			(ptr).$set(((bits.$low << 16 >>> 16)));
		} else if ((_1 === (7)) || (_1 === (10)) || (_1 === (12))) {
			(ptr).$set(((bits.$low >>> 0)));
		} else if (_1 === (11)) {
			(ptr).$set((bits));
		}
		$s = -1; return new Value.ptr(typ, ptr, (((f | 128) >>> 0) | ((typ.Kind() >>> 0))) >>> 0);
		/* */ } return; } var $f = {$blk: makeInt, $c: true, $r, _1, _r, bits, f, ptr, t, typ, $s};return $f;
	};
	typedmemmove = function(t, dst, src) {
		var dst, src, t;
		dst.$set(src.$get());
	};
	makemap = function(t, cap) {
		var cap, m, t;
		m = 0;
		m = (new ($global.Object)());
		return m;
	};
	keyFor = function(t, key) {
		var k, key, kv, t;
		kv = key;
		if (!(kv.$get === undefined)) {
			kv = kv.$get();
		}
		k = $internalize(jsType(t.Key()).keyFor(kv), $String);
		return [kv, k];
	};
	mapaccess = function(t, m, key) {
		var _tuple, entry, k, key, m, t;
		_tuple = keyFor(t, key);
		k = _tuple[1];
		entry = m[$externalize(k, $String)];
		if (entry === undefined) {
			return 0;
		}
		return ($newDataPointer(entry.v, jsType(PtrTo(t.Elem()))));
	};
	mapassign = function(t, m, key, val) {
		var {_r, _tuple, entry, et, jsVal, k, key, kv, m, newVal, t, val, $s, $r, $c} = $restore(this, {t, m, key, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = keyFor(t, key);
		kv = _tuple[0];
		k = _tuple[1];
		jsVal = val.$get();
		et = t.Elem();
		_r = et.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (_r === 25) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r === 25) { */ case 1:
			newVal = jsType(et).zero();
			copyStruct(newVal, jsVal, et);
			jsVal = newVal;
		/* } */ case 2:
		entry = new ($global.Object)();
		entry.k = kv;
		entry.v = jsVal;
		m[$externalize(k, $String)] = entry;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mapassign, $c: true, $r, _r, _tuple, entry, et, jsVal, k, key, kv, m, newVal, t, val, $s};return $f;
	};
	mapdelete = function(t, m, key) {
		var _tuple, k, key, m, t;
		_tuple = keyFor(t, key);
		k = _tuple[1];
		delete m[$externalize(k, $String)];
	};
	mapaccess_faststr = function(t, m, key) {
		var key, key$24ptr, m, t, val;
		val = 0;
		val = mapaccess(t, m, ((key$24ptr || (key$24ptr = new ptrType$19(function() { return key; }, function($v) { key = $v; })))));
		return val;
	};
	mapassign_faststr = function(t, m, key, val) {
		var {key, m, t, val, $s, $r, $c} = $restore(this, {t, m, key, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		key = [key];
		$r = mapassign(t, m, ((key.$ptr || (key.$ptr = new ptrType$19(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, key)))), val); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mapassign_faststr, $c: true, $r, key, m, t, val, $s};return $f;
	};
	mapdelete_faststr = function(t, m, key) {
		var key, key$24ptr, m, t;
		mapdelete(t, m, ((key$24ptr || (key$24ptr = new ptrType$19(function() { return key; }, function($v) { key = $v; })))));
	};
	hiter.ptr.prototype.skipUntilValidKey = function() {
		var iter, k;
		iter = this;
		while (true) {
			if (!(iter.i < $parseInt(iter.keys.length))) { break; }
			k = iter.keys[iter.i];
			if (!(iter.m[$externalize($internalize(k, $String), $String)] === undefined)) {
				break;
			}
			iter.i = iter.i + (1) >> 0;
		}
	};
	hiter.prototype.skipUntilValidKey = function() { return this.$val.skipUntilValidKey(); };
	mapiterinit = function(t, m, it) {
		var it, m, t;
		hiter.copy(it, new hiter.ptr(t, m, $keys(m), 0, null));
	};
	mapiterkey = function(it) {
		var {$24r, _r, _r$1, _r$2, it, k, kv, $s, $r, $c} = $restore(this, {it});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		kv = null;
		if (!(it.last === null)) {
			kv = it.last;
		} else {
			it.skipUntilValidKey();
			if (it.i === $parseInt(it.keys.length)) {
				$s = -1; return 0;
			}
			k = it.keys[it.i];
			kv = it.m[$externalize($internalize(k, $String), $String)];
			it.last = kv;
		}
		_r = it.t.Key(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = PtrTo(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = jsType(_r$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = ($newDataPointer(kv.k, _r$2));
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: mapiterkey, $c: true, $r, $24r, _r, _r$1, _r$2, it, k, kv, $s};return $f;
	};
	mapiterelem = function(it) {
		var {$24r, _r, _r$1, _r$2, it, k, kv, $s, $r, $c} = $restore(this, {it});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		kv = null;
		if (!(it.last === null)) {
			kv = it.last;
		} else {
			it.skipUntilValidKey();
			if (it.i === $parseInt(it.keys.length)) {
				$s = -1; return 0;
			}
			k = it.keys[it.i];
			kv = it.m[$externalize($internalize(k, $String), $String)];
			it.last = kv;
		}
		_r = it.t.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = PtrTo(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = jsType(_r$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = ($newDataPointer(kv.v, _r$2));
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: mapiterelem, $c: true, $r, $24r, _r, _r$1, _r$2, it, k, kv, $s};return $f;
	};
	mapiternext = function(it) {
		var it;
		it.last = null;
		it.i = it.i + (1) >> 0;
	};
	maplen = function(m) {
		var m;
		return $parseInt($keys(m).length);
	};
	cvtDirect = function(v, typ) {
		var {$24r, $24r$1, _1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, k, slice, srcVal, typ, v, val, $s, $r, $c} = $restore(this, {v, typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srcVal = $clone(v, Value).object();
		/* */ if (srcVal === jsType(v.typ).nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (srcVal === jsType(v.typ).nil) { */ case 1:
			_r = makeValue(typ, jsType(typ).nil, v.flag); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		val = null;
			_r$1 = typ.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			k = _r$1;
			_1 = k;
			/* */ if (_1 === (23)) { $s = 7; continue; }
			/* */ if (_1 === (22)) { $s = 8; continue; }
			/* */ if (_1 === (25)) { $s = 9; continue; }
			/* */ if ((_1 === (17)) || (_1 === (1)) || (_1 === (18)) || (_1 === (19)) || (_1 === (20)) || (_1 === (21)) || (_1 === (24)) || (_1 === (26))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_1 === (23)) { */ case 7:
				slice = new (jsType(typ))(srcVal.$array);
				slice.$offset = srcVal.$offset;
				slice.$length = srcVal.$length;
				slice.$capacity = srcVal.$capacity;
				val = $newDataPointer(slice, jsType(PtrTo(typ)));
				$s = 12; continue;
			/* } else if (_1 === (22)) { */ case 8:
					_r$2 = typ.Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$3 = _r$2.Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_2 = _r$3;
					/* */ if (_2 === (25)) { $s = 16; continue; }
					/* */ if (_2 === (17)) { $s = 17; continue; }
					/* */ $s = 18; continue;
					/* if (_2 === (25)) { */ case 16:
						_r$4 = typ.Elem(); /* */ $s = 22; case 22: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
						/* */ if ($interfaceIsEqual(_r$4, v.typ.Elem())) { $s = 20; continue; }
						/* */ $s = 21; continue;
						/* if ($interfaceIsEqual(_r$4, v.typ.Elem())) { */ case 20:
							val = srcVal;
							/* break; */ $s = 13; continue;
						/* } */ case 21:
						val = new (jsType(typ))();
						_arg = val;
						_arg$1 = srcVal;
						_r$5 = typ.Elem(); /* */ $s = 23; case 23: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
						_arg$2 = _r$5;
						$r = copyStruct(_arg, _arg$1, _arg$2); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = 19; continue;
					/* } else if (_2 === (17)) { */ case 17:
						val = srcVal;
						$s = 19; continue;
					/* } else { */ case 18:
						val = new (jsType(typ))(srcVal.$get, srcVal.$set);
					/* } */ case 19:
				case 13:
				$s = 12; continue;
			/* } else if (_1 === (25)) { */ case 9:
				val = new (jsType(typ).ptr)();
				copyStruct(val, srcVal, typ);
				$s = 12; continue;
			/* } else if ((_1 === (17)) || (_1 === (1)) || (_1 === (18)) || (_1 === (19)) || (_1 === (20)) || (_1 === (21)) || (_1 === (24)) || (_1 === (26))) { */ case 10:
				val = v.ptr;
				$s = 12; continue;
			/* } else { */ case 11:
				$panic(new ValueError.ptr("reflect.Convert", k));
			/* } */ case 12:
		case 5:
		_r$6 = typ.common(); /* */ $s = 25; case 25: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = typ.Kind(); /* */ $s = 26; case 26: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r$1 = new Value.ptr(_r$6, (val), (((new flag(v.flag).ro() | ((v.flag & 128) >>> 0)) >>> 0) | ((_r$7 >>> 0))) >>> 0);
		$s = 27; case 27: return $24r$1;
		/* */ } return; } var $f = {$blk: cvtDirect, $c: true, $r, $24r, $24r$1, _1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, k, slice, srcVal, typ, v, val, $s};return $f;
	};
	cvtSliceArrayPtr = function(v, t) {
		var {$24r, _r, _r$1, _r$2, alen, array, slen, slice, t, v, $s, $r, $c} = $restore(this, {v, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		slice = $clone(v, Value).object();
		slen = $parseInt(slice.$length) >> 0;
		_r = t.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = _r.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		alen = _r$1;
		if (alen > slen) {
			$panic(new $String("reflect: cannot convert slice with length " + itoa.Itoa(slen) + " to pointer to array with length " + itoa.Itoa(alen)));
		}
		array = $sliceToGoArray(slice, jsType(t));
		_r$2 = t.common(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = new Value.ptr(_r$2, (array), (((v.flag & ~415) >>> 0) | 22) >>> 0);
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: cvtSliceArrayPtr, $c: true, $r, $24r, _r, _r$1, _r$2, alen, array, slen, slice, t, v, $s};return $f;
	};
	Copy = function(dst, src) {
		var {_r, _v, dk, dst, dstVal, sk, src, srcVal, stringCopy, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dk = new flag(dst.flag).kind();
		if (!((dk === 17)) && !((dk === 23))) {
			$panic(new ValueError.ptr("reflect.Copy", dk));
		}
		if (dk === 17) {
			new flag(dst.flag).mustBeAssignable();
		}
		new flag(dst.flag).mustBeExported();
		sk = new flag(src.flag).kind();
		stringCopy = false;
		/* */ if (!((sk === 17)) && !((sk === 23))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((sk === 17)) && !((sk === 23))) { */ case 1:
			if (!(sk === 24)) { _v = false; $s = 3; continue s; }
			_r = dst.typ.Elem().Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r === 8; case 3:
			stringCopy = _v;
			if (!stringCopy) {
				$panic(new ValueError.ptr("reflect.Copy", sk));
			}
		/* } */ case 2:
		new flag(src.flag).mustBeExported();
		/* */ if (!stringCopy) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!stringCopy) { */ case 5:
			$r = typesMustMatch("reflect.Copy", dst.typ.Elem(), src.typ.Elem()); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		dstVal = $clone(dst, Value).object();
		if (dk === 17) {
			dstVal = new (jsType(SliceOf(dst.typ.Elem())))(dstVal);
		}
		srcVal = $clone(src, Value).object();
		if (sk === 17) {
			srcVal = new (jsType(SliceOf(src.typ.Elem())))(srcVal);
		}
		if (stringCopy) {
			$s = -1; return $parseInt($copyString(dstVal, srcVal)) >> 0;
		}
		$s = -1; return $parseInt($copySlice(dstVal, srcVal)) >> 0;
		/* */ } return; } var $f = {$blk: Copy, $c: true, $r, _r, _v, dk, dst, dstVal, sk, src, srcVal, stringCopy, $s};return $f;
	};
	$pkg.Copy = Copy;
	methodReceiver = function(op, v, i) {
		var _$48, fn, i, m, m$1, ms, op, prop, rcvr, t, tt, v, x;
		_$48 = ptrType$1.nil;
		t = ptrType$20.nil;
		fn = 0;
		prop = "";
		if (v.typ.Kind() === 20) {
			tt = (v.typ.kindType);
			if (i < 0 || i >= tt.methods.$length) {
				$panic(new $String("reflect: internal error: invalid method index"));
			}
			m = (x = tt.methods, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			if (!$clone(tt.rtype.nameOff(m.name), name).isExported()) {
				$panic(new $String("reflect: " + op + " of unexported method"));
			}
			t = (tt.rtype.typeOff(m.typ).kindType);
			prop = $clone(tt.rtype.nameOff(m.name), name).name();
		} else {
			ms = v.typ.exportedMethods();
			if (((i >>> 0)) >= ((ms.$length >>> 0))) {
				$panic(new $String("reflect: internal error: invalid method index"));
			}
			m$1 = $clone(((i < 0 || i >= ms.$length) ? ($throwRuntimeError("index out of range"), undefined) : ms.$array[ms.$offset + i]), method);
			if (!$clone(v.typ.nameOff(m$1.name), name).isExported()) {
				$panic(new $String("reflect: " + op + " of unexported method"));
			}
			t = (v.typ.typeOff(m$1.mtyp).kindType);
			prop = $internalize($methodSet(jsType(v.typ))[i].prop, $String);
		}
		rcvr = $clone(v, Value).object();
		if (isWrapped(v.typ)) {
			rcvr = new (jsType(v.typ))(rcvr);
		}
		fn = (rcvr[$externalize(prop, $String)]);
		return [_$48, t, fn];
	};
	valueInterface = function(v, safe) {
		var {_r, safe, v, $s, $r, $c} = $restore(this, {v, safe});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (v.flag === 0) {
			$panic(new ValueError.ptr("reflect.Value.Interface", 0));
		}
		if (safe && !((((v.flag & 96) >>> 0) === 0))) {
			$panic(new $String("reflect.Value.Interface: cannot return value obtained from unexported field or method"));
		}
		/* */ if (!((((v.flag & 512) >>> 0) === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((((v.flag & 512) >>> 0) === 0))) { */ case 1:
			_r = makeMethodValue("Interface", $clone(v, Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			v = _r;
		/* } */ case 2:
		if (isWrapped(v.typ)) {
			$s = -1; return ((new (jsType(v.typ))($clone(v, Value).object())));
		}
		$s = -1; return (($clone(v, Value).object()));
		/* */ } return; } var $f = {$blk: valueInterface, $c: true, $r, _r, safe, v, $s};return $f;
	};
	ifaceE2I = function(t, src, dst) {
		var dst, src, t;
		dst.$set(src);
	};
	makeMethodValue = function(op, v) {
		var {$24r, _r, _tuple, fn, fv, op, rcvr, v, $s, $r, $c} = $restore(this, {op, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fn = [fn];
		rcvr = [rcvr];
		if (((v.flag & 512) >>> 0) === 0) {
			$panic(new $String("reflect: internal error: invalid use of makePartialFunc"));
		}
		_tuple = methodReceiver(op, $clone(v, Value), ((v.flag >> 0)) >> 10 >> 0);
		fn[0] = _tuple[2];
		rcvr[0] = $clone(v, Value).object();
		if (isWrapped(v.typ)) {
			rcvr[0] = new (jsType(v.typ))(rcvr[0]);
		}
		fv = js.MakeFunc((function(fn, rcvr) { return function(this$1, arguments$1) {
			var arguments$1, this$1;
			return new $jsObjectPtr(fn[0].apply(rcvr[0], $externalize(arguments$1, sliceType$16)));
		}; })(fn, rcvr));
		_r = $clone(v, Value).Type().common(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = new Value.ptr(_r, (fv), (new flag(v.flag).ro() | 19) >>> 0);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: makeMethodValue, $c: true, $r, $24r, _r, _tuple, fn, fv, op, rcvr, v, $s};return $f;
	};
	rtype.ptr.prototype.pointers = function() {
		var _1, t;
		t = this;
		_1 = t.Kind();
		if ((_1 === (22)) || (_1 === (21)) || (_1 === (18)) || (_1 === (19)) || (_1 === (25)) || (_1 === (17))) {
			return true;
		} else {
			return false;
		}
	};
	rtype.prototype.pointers = function() { return this.$val.pointers(); };
	rtype.ptr.prototype.Comparable = function() {
		var {$24r, _1, _r, _r$1, i, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
			_1 = t.Kind();
			/* */ if ((_1 === (19)) || (_1 === (23)) || (_1 === (21))) { $s = 2; continue; }
			/* */ if (_1 === (17)) { $s = 3; continue; }
			/* */ if (_1 === (25)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((_1 === (19)) || (_1 === (23)) || (_1 === (21))) { */ case 2:
				$s = -1; return false;
			/* } else if (_1 === (17)) { */ case 3:
				_r = t.Elem().Comparable(); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else if (_1 === (25)) { */ case 4:
				i = 0;
				/* while (true) { */ case 8:
					/* if (!(i < t.NumField())) { break; } */ if(!(i < t.NumField())) { $s = 9; continue; }
					_r$1 = t.Field(i).Type.Comparable(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					/* */ if (!_r$1) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (!_r$1) { */ case 10:
						$s = -1; return false;
					/* } */ case 11:
					i = i + (1) >> 0;
				$s = 8; continue;
				case 9:
			/* } */ case 5:
		case 1:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.Comparable, $c: true, $r, $24r, _1, _r, _r$1, i, t, $s};return $f;
	};
	rtype.prototype.Comparable = function() { return this.$val.Comparable(); };
	rtype.ptr.prototype.Method = function(i) {
		var {_i, _i$1, _r, _ref, _ref$1, arg, fl, fn, ft, i, in$1, m, methods, mt, mtyp, out, p, pname, prop, ret, t, tt, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		prop = [prop];
		m = new Method.ptr("", "", $ifaceNil, new Value.ptr(ptrType$1.nil, 0, 0), 0);
		t = this;
		if (t.Kind() === 20) {
			tt = (t.kindType);
			Method.copy(m, tt.Method(i));
			$s = -1; return m;
		}
		methods = t.exportedMethods();
		if (i < 0 || i >= methods.$length) {
			$panic(new $String("reflect: Method index out of range"));
		}
		p = $clone(((i < 0 || i >= methods.$length) ? ($throwRuntimeError("index out of range"), undefined) : methods.$array[methods.$offset + i]), method);
		pname = $clone(t.nameOff(p.name), name);
		m.Name = $clone(pname, name).name();
		fl = 19;
		mtyp = t.typeOff(p.mtyp);
		ft = (mtyp.kindType);
		in$1 = $makeSlice(sliceType$17, 0, (1 + ft.in$().$length >> 0));
		in$1 = $append(in$1, t);
		_ref = ft.in$();
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			arg = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			in$1 = $append(in$1, arg);
			_i++;
		}
		out = $makeSlice(sliceType$17, 0, ft.out().$length);
		_ref$1 = ft.out();
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			ret = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			out = $append(out, ret);
			_i$1++;
		}
		_r = FuncOf(in$1, out, ft.rtype.IsVariadic()); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		mt = _r;
		m.Type = mt;
		prop[0] = $internalize($methodSet(t.jsType)[i].prop, $String);
		fn = js.MakeFunc((function(prop) { return function(this$1, arguments$1) {
			var arguments$1, rcvr, this$1;
			rcvr = (0 >= arguments$1.$length ? ($throwRuntimeError("index out of range"), undefined) : arguments$1.$array[arguments$1.$offset + 0]);
			return new $jsObjectPtr(rcvr[$externalize(prop[0], $String)].apply(rcvr, $externalize($subslice(arguments$1, 1), sliceType$16)));
		}; })(prop));
		m.Func = new Value.ptr($assertType(mt, ptrType$1), (fn), fl);
		m.Index = i;
		Method.copy(m, m);
		$s = -1; return m;
		/* */ } return; } var $f = {$blk: rtype.ptr.prototype.Method, $c: true, $r, _i, _i$1, _r, _ref, _ref$1, arg, fl, fn, ft, i, in$1, m, methods, mt, mtyp, out, p, pname, prop, ret, t, tt, $s};return $f;
	};
	rtype.prototype.Method = function(i) { return this.$val.Method(i); };
	Value.ptr.prototype.object = function() {
		var _1, newVal, v, val;
		v = this;
		if ((v.typ.Kind() === 17) || (v.typ.Kind() === 25)) {
			return v.ptr;
		}
		if (!((((v.flag & 128) >>> 0) === 0))) {
			val = v.ptr.$get();
			if (!(val === $ifaceNil) && !(val.constructor === jsType(v.typ))) {
				switch (0) { default:
					_1 = v.typ.Kind();
					if ((_1 === (11)) || (_1 === (6))) {
						val = new (jsType(v.typ))(val.$high, val.$low);
					} else if ((_1 === (15)) || (_1 === (16))) {
						val = new (jsType(v.typ))(val.$real, val.$imag);
					} else if (_1 === (23)) {
						if (val === val.constructor.nil) {
							val = jsType(v.typ).nil;
							break;
						}
						newVal = new (jsType(v.typ))(val.$array);
						newVal.$offset = val.$offset;
						newVal.$length = val.$length;
						newVal.$capacity = val.$capacity;
						val = newVal;
					}
				}
			}
			return val;
		}
		return v.ptr;
	};
	Value.prototype.object = function() { return this.$val.object(); };
	Value.ptr.prototype.assignTo = function(context, dst, target) {
		var {_r, _r$1, _r$2, context, dst, fl, target, v, x, $s, $r, $c} = $restore(this, {context, dst, target});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		/* */ if (!((((v.flag & 512) >>> 0) === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((((v.flag & 512) >>> 0) === 0))) { */ case 1:
			_r = makeMethodValue(context, $clone(v, Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			v = _r;
		/* } */ case 2:
			_r$1 = directlyAssignable(dst, v.typ); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 5; continue; }
			/* */ if (implements$1(dst, v.typ)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_r$1) { */ case 5:
				fl = (((v.flag & 384) >>> 0) | new flag(v.flag).ro()) >>> 0;
				fl = (fl | (((dst.Kind() >>> 0)))) >>> 0;
				$s = -1; return new Value.ptr(dst, v.ptr, fl);
			/* } else if (implements$1(dst, v.typ)) { */ case 6:
				if (target === 0) {
					target = unsafe_New(dst);
				}
				_r$2 = valueInterface($clone(v, Value), false); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				x = _r$2;
				if (dst.NumMethod() === 0) {
					(target).$set(x);
				} else {
					ifaceE2I(dst, x, target);
				}
				$s = -1; return new Value.ptr(dst, target, 148);
			/* } */ case 7:
		case 4:
		$panic(new $String(context + ": value of type " + v.typ.String() + " is not assignable to type " + dst.String()));
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.assignTo, $c: true, $r, _r, _r$1, _r$2, context, dst, fl, target, v, x, $s};return $f;
	};
	Value.prototype.assignTo = function(context, dst, target) { return this.$val.assignTo(context, dst, target); };
	Value.ptr.prototype.call = function(op, in$1) {
		var {$24r, _1, _arg, _arg$1, _arg$2, _arg$3, _i, _i$1, _i$2, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tuple, arg, argsArray, elem, fn, i, i$1, i$2, i$3, in$1, isSlice, m, n, nin, nout, op, origIn, rcvr, results, ret, slice, t, targ, v, x, x$1, x$2, xt, xt$1, $s, $r, $c} = $restore(this, {op, in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		t = ptrType$20.nil;
		fn = 0;
		rcvr = null;
		if (!((((v.flag & 512) >>> 0) === 0))) {
			_tuple = methodReceiver(op, $clone(v, Value), ((v.flag >> 0)) >> 10 >> 0);
			t = _tuple[1];
			fn = _tuple[2];
			rcvr = $clone(v, Value).object();
			if (isWrapped(v.typ)) {
				rcvr = new (jsType(v.typ))(rcvr);
			}
		} else {
			t = (v.typ.kindType);
			fn = ($clone(v, Value).object());
			rcvr = undefined;
		}
		if (fn === 0) {
			$panic(new $String("reflect.Value.Call: call of nil function"));
		}
		isSlice = op === "CallSlice";
		n = t.rtype.NumIn();
		if (isSlice) {
			if (!t.rtype.IsVariadic()) {
				$panic(new $String("reflect: CallSlice of non-variadic function"));
			}
			if (in$1.$length < n) {
				$panic(new $String("reflect: CallSlice with too few input arguments"));
			}
			if (in$1.$length > n) {
				$panic(new $String("reflect: CallSlice with too many input arguments"));
			}
		} else {
			if (t.rtype.IsVariadic()) {
				n = n - (1) >> 0;
			}
			if (in$1.$length < n) {
				$panic(new $String("reflect: Call with too few input arguments"));
			}
			if (!t.rtype.IsVariadic() && in$1.$length > n) {
				$panic(new $String("reflect: Call with too many input arguments"));
			}
		}
		_ref = in$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			x = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ($clone(x, Value).Kind() === 0) {
				$panic(new $String("reflect: " + op + " using zero Value argument"));
			}
			_i++;
		}
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 2; continue; }
			_tmp = $clone(((i < 0 || i >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + i]), Value).Type();
			_tmp$1 = t.rtype.In(i);
			xt = _tmp;
			targ = _tmp$1;
			_r = xt.AssignableTo(targ); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (!_r) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!_r) { */ case 3:
				_r$1 = xt.String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = targ.String(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$panic(new $String("reflect: " + op + " using " + _r$1 + " as type " + _r$2));
			/* } */ case 4:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		/* */ if (!isSlice && t.rtype.IsVariadic()) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!isSlice && t.rtype.IsVariadic()) { */ case 8:
			m = in$1.$length - n >> 0;
			_r$3 = MakeSlice(t.rtype.In(n), m, m); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			slice = _r$3;
			_r$4 = t.rtype.In(n).Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			elem = _r$4;
			i$1 = 0;
			/* while (true) { */ case 12:
				/* if (!(i$1 < m)) { break; } */ if(!(i$1 < m)) { $s = 13; continue; }
				x$2 = (x$1 = n + i$1 >> 0, ((x$1 < 0 || x$1 >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + x$1]));
				xt$1 = $clone(x$2, Value).Type();
				_r$5 = xt$1.AssignableTo(elem); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if (!_r$5) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (!_r$5) { */ case 14:
					_r$6 = xt$1.String(); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$7 = elem.String(); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$panic(new $String("reflect: cannot use " + _r$6 + " as type " + _r$7 + " in " + op));
				/* } */ case 15:
				_r$8 = $clone(slice, Value).Index(i$1); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$r = $clone(_r$8, Value).Set($clone(x$2, Value)); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				i$1 = i$1 + (1) >> 0;
			$s = 12; continue;
			case 13:
			origIn = in$1;
			in$1 = $makeSlice(sliceType$7, (n + 1 >> 0));
			$copySlice($subslice(in$1, 0, n), origIn);
			((n < 0 || n >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + n] = slice);
		/* } */ case 9:
		nin = in$1.$length;
		if (!((nin === t.rtype.NumIn()))) {
			$panic(new $String("reflect.Value.Call: wrong argument count"));
		}
		nout = t.rtype.NumOut();
		argsArray = new ($global.Array)(t.rtype.NumIn());
		_ref$1 = in$1;
		_i$1 = 0;
		/* while (true) { */ case 21:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 22; continue; }
			i$2 = _i$1;
			arg = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_arg = t.rtype.In(i$2);
			_r$9 = t.rtype.In(i$2).common(); /* */ $s = 23; case 23: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_arg$2 = 0;
			_r$10 = $clone(arg, Value).assignTo("reflect.Value.Call", _arg$1, _arg$2); /* */ $s = 24; case 24: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, Value).object(); /* */ $s = 25; case 25: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$3 = _r$11;
			_r$12 = unwrapJsObject(_arg, _arg$3); /* */ $s = 26; case 26: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			argsArray[i$2] = _r$12;
			_i$1++;
		$s = 21; continue;
		case 22:
		_r$13 = callHelper(new sliceType$4([new $jsObjectPtr(fn), new $jsObjectPtr(rcvr), new $jsObjectPtr(argsArray)])); /* */ $s = 27; case 27: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		results = _r$13;
			_1 = nout;
			/* */ if (_1 === (0)) { $s = 29; continue; }
			/* */ if (_1 === (1)) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (_1 === (0)) { */ case 29:
				$s = -1; return sliceType$7.nil;
			/* } else if (_1 === (1)) { */ case 30:
				_r$14 = makeValue(t.rtype.Out(0), wrapJsObject(t.rtype.Out(0), results), 0); /* */ $s = 33; case 33: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r = new sliceType$7([$clone(_r$14, Value)]);
				$s = 34; case 34: return $24r;
			/* } else { */ case 31:
				ret = $makeSlice(sliceType$7, nout);
				_ref$2 = ret;
				_i$2 = 0;
				/* while (true) { */ case 35:
					/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 36; continue; }
					i$3 = _i$2;
					_r$15 = makeValue(t.rtype.Out(i$3), wrapJsObject(t.rtype.Out(i$3), results[i$3]), 0); /* */ $s = 37; case 37: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					((i$3 < 0 || i$3 >= ret.$length) ? ($throwRuntimeError("index out of range"), undefined) : ret.$array[ret.$offset + i$3] = _r$15);
					_i$2++;
				$s = 35; continue;
				case 36:
				$s = -1; return ret;
			/* } */ case 32:
		case 28:
		$s = -1; return sliceType$7.nil;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.call, $c: true, $r, $24r, _1, _arg, _arg$1, _arg$2, _arg$3, _i, _i$1, _i$2, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tuple, arg, argsArray, elem, fn, i, i$1, i$2, i$3, in$1, isSlice, m, n, nin, nout, op, origIn, rcvr, results, ret, slice, t, targ, v, x, x$1, x$2, xt, xt$1, $s};return $f;
	};
	Value.prototype.call = function(op, in$1) { return this.$val.call(op, in$1); };
	Value.ptr.prototype.Cap = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if (_1 === (17)) {
			return v.typ.Len();
		} else if ((_1 === (18)) || (_1 === (23))) {
			return $parseInt($clone(v, Value).object().$capacity) >> 0;
		}
		$panic(new ValueError.ptr("reflect.Value.Cap", k));
	};
	Value.prototype.Cap = function() { return this.$val.Cap(); };
	wrapJsObject = function(typ, val) {
		var typ, val;
		if ($interfaceIsEqual(typ, jsObjectPtr)) {
			return new (jsType(jsObjectPtr))(val);
		}
		return val;
	};
	unwrapJsObject = function(typ, val) {
		var typ, val;
		if ($interfaceIsEqual(typ, jsObjectPtr)) {
			return val.object;
		}
		return val;
	};
	Value.ptr.prototype.Elem = function() {
		var {$24r, _1, _r, fl, k, tt, typ, v, val, val$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			k = new flag(v.flag).kind();
			_1 = k;
			/* */ if (_1 === (20)) { $s = 2; continue; }
			/* */ if (_1 === (22)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (20)) { */ case 2:
				val = $clone(v, Value).object();
				if (val === $ifaceNil) {
					$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
				}
				typ = reflectType(val.constructor);
				_r = makeValue(typ, val.$val, new flag(v.flag).ro()); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else if (_1 === (22)) { */ case 3:
				if ($clone(v, Value).IsNil()) {
					$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
				}
				val$1 = $clone(v, Value).object();
				tt = (v.typ.kindType);
				fl = (((((v.flag & 96) >>> 0) | 128) >>> 0) | 256) >>> 0;
				fl = (fl | (((tt.elem.Kind() >>> 0)))) >>> 0;
				$s = -1; return new Value.ptr(tt.elem, (wrapJsObject(tt.elem, val$1)), fl);
			/* } else { */ case 4:
				$panic(new ValueError.ptr("reflect.Value.Elem", k));
			/* } */ case 5:
		case 1:
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Elem, $c: true, $r, $24r, _1, _r, fl, k, tt, typ, v, val, val$1, $s};return $f;
	};
	Value.prototype.Elem = function() { return this.$val.Elem(); };
	Value.ptr.prototype.Field = function(i) {
		var {$24r, _r, _r$1, _r$2, field, fl, i, jsTag, o, prop, s, tag, tt, typ, v, x, x$1, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		jsTag = [jsTag];
		prop = [prop];
		s = [s];
		typ = [typ];
		v = this;
		if (!((new flag(v.flag).kind() === 25))) {
			$panic(new ValueError.ptr("reflect.Value.Field", new flag(v.flag).kind()));
		}
		tt = (v.typ.kindType);
		if (((i >>> 0)) >= ((tt.fields.$length >>> 0))) {
			$panic(new $String("reflect: Field index out of range"));
		}
		prop[0] = $internalize(jsType(v.typ).fields[i].prop, $String);
		field = (x = tt.fields, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		typ[0] = field.typ;
		fl = (((v.flag & 416) >>> 0) | ((typ[0].Kind() >>> 0))) >>> 0;
		if (!$clone(field.name, name).isExported()) {
			if (field.embedded()) {
				fl = (fl | (64)) >>> 0;
			} else {
				fl = (fl | (32)) >>> 0;
			}
		}
		tag = $clone((x$1 = tt.fields, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])).name, name).tag();
		/* */ if (!(tag === "") && !((i === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(tag === "") && !((i === 0))) { */ case 1:
			jsTag[0] = getJsTag(tag);
			/* */ if (!(jsTag[0] === "")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(jsTag[0] === "")) { */ case 3:
				/* while (true) { */ case 5:
					o = [o];
					_r = $clone(v, Value).Field(0); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					v = _r;
					/* */ if (v.typ === jsObjectPtr) { $s = 8; continue; }
					/* */ $s = 9; continue;
					/* if (v.typ === jsObjectPtr) { */ case 8:
						o[0] = $clone(v, Value).object().object;
						$s = -1; return new Value.ptr(typ[0], (new (jsType(PtrTo(typ[0])))((function(jsTag, o, prop, s, typ) { return function() {
							return $internalize(o[0][$externalize(jsTag[0], $String)], jsType(typ[0]));
						}; })(jsTag, o, prop, s, typ), (function(jsTag, o, prop, s, typ) { return function(x$2) {
							var x$2;
							o[0][$externalize(jsTag[0], $String)] = $externalize(x$2, jsType(typ[0]));
						}; })(jsTag, o, prop, s, typ))), fl);
					/* } */ case 9:
					/* */ if (v.typ.Kind() === 22) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (v.typ.Kind() === 22) { */ case 10:
						_r$1 = $clone(v, Value).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						v = _r$1;
					/* } */ case 11:
				$s = 5; continue;
				case 6:
			/* } */ case 4:
		/* } */ case 2:
		s[0] = v.ptr;
		/* */ if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { */ case 13:
			$s = -1; return new Value.ptr(typ[0], (new (jsType(PtrTo(typ[0])))((function(jsTag, prop, s, typ) { return function() {
				return wrapJsObject(typ[0], s[0][$externalize(prop[0], $String)]);
			}; })(jsTag, prop, s, typ), (function(jsTag, prop, s, typ) { return function(x$2) {
				var x$2;
				s[0][$externalize(prop[0], $String)] = unwrapJsObject(typ[0], x$2);
			}; })(jsTag, prop, s, typ))), fl);
		/* } */ case 14:
		_r$2 = makeValue(typ[0], wrapJsObject(typ[0], s[0][$externalize(prop[0], $String)]), fl); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 16; case 16: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Field, $c: true, $r, $24r, _r, _r$1, _r$2, field, fl, i, jsTag, o, prop, s, tag, tt, typ, v, x, x$1, $s};return $f;
	};
	Value.prototype.Field = function(i) { return this.$val.Field(i); };
	getJsTag = function(tag) {
		var _tuple, i, name$1, qvalue, tag, value;
		while (true) {
			if (!(!(tag === ""))) { break; }
			i = 0;
			while (true) {
				if (!(i < tag.length && (tag.charCodeAt(i) === 32))) { break; }
				i = i + (1) >> 0;
			}
			tag = $substring(tag, i);
			if (tag === "") {
				break;
			}
			i = 0;
			while (true) {
				if (!(i < tag.length && !((tag.charCodeAt(i) === 32)) && !((tag.charCodeAt(i) === 58)) && !((tag.charCodeAt(i) === 34)))) { break; }
				i = i + (1) >> 0;
			}
			if ((i + 1 >> 0) >= tag.length || !((tag.charCodeAt(i) === 58)) || !((tag.charCodeAt((i + 1 >> 0)) === 34))) {
				break;
			}
			name$1 = ($substring(tag, 0, i));
			tag = $substring(tag, (i + 1 >> 0));
			i = 1;
			while (true) {
				if (!(i < tag.length && !((tag.charCodeAt(i) === 34)))) { break; }
				if (tag.charCodeAt(i) === 92) {
					i = i + (1) >> 0;
				}
				i = i + (1) >> 0;
			}
			if (i >= tag.length) {
				break;
			}
			qvalue = ($substring(tag, 0, (i + 1 >> 0)));
			tag = $substring(tag, (i + 1 >> 0));
			if (name$1 === "js") {
				_tuple = strconv.Unquote(qvalue);
				value = _tuple[0];
				return value;
			}
		}
		return "";
	};
	Value.ptr.prototype.Index = function(i) {
		var {$24r, $24r$1, _1, _r, _r$1, a, a$1, c, fl, fl$1, fl$2, i, k, s, str, tt, tt$1, typ, typ$1, v, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = [a];
		a$1 = [a$1];
		c = [c];
		i = [i];
		typ = [typ];
		typ$1 = [typ$1];
		v = this;
			k = new flag(v.flag).kind();
			_1 = k;
			/* */ if (_1 === (17)) { $s = 2; continue; }
			/* */ if (_1 === (23)) { $s = 3; continue; }
			/* */ if (_1 === (24)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (17)) { */ case 2:
				tt = (v.typ.kindType);
				if (i[0] < 0 || i[0] > ((tt.len >> 0))) {
					$panic(new $String("reflect: array index out of range"));
				}
				typ[0] = tt.elem;
				fl = (((((v.flag & 384) >>> 0) | new flag(v.flag).ro()) >>> 0) | ((typ[0].Kind() >>> 0))) >>> 0;
				a[0] = v.ptr;
				/* */ if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (!((((fl & 128) >>> 0) === 0)) && !((typ[0].Kind() === 17)) && !((typ[0].Kind() === 25))) { */ case 7:
					$s = -1; return new Value.ptr(typ[0], (new (jsType(PtrTo(typ[0])))((function(a, a$1, c, i, typ, typ$1) { return function() {
						return wrapJsObject(typ[0], a[0][i[0]]);
					}; })(a, a$1, c, i, typ, typ$1), (function(a, a$1, c, i, typ, typ$1) { return function(x) {
						var x;
						a[0][i[0]] = unwrapJsObject(typ[0], x);
					}; })(a, a$1, c, i, typ, typ$1))), fl);
				/* } */ case 8:
				_r = makeValue(typ[0], wrapJsObject(typ[0], a[0][i[0]]), fl); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 10; case 10: return $24r;
			/* } else if (_1 === (23)) { */ case 3:
				s = $clone(v, Value).object();
				if (i[0] < 0 || i[0] >= ($parseInt(s.$length) >> 0)) {
					$panic(new $String("reflect: slice index out of range"));
				}
				tt$1 = (v.typ.kindType);
				typ$1[0] = tt$1.elem;
				fl$1 = (((384 | new flag(v.flag).ro()) >>> 0) | ((typ$1[0].Kind() >>> 0))) >>> 0;
				i[0] = i[0] + (($parseInt(s.$offset) >> 0)) >> 0;
				a$1[0] = s.$array;
				/* */ if (!((((fl$1 & 128) >>> 0) === 0)) && !((typ$1[0].Kind() === 17)) && !((typ$1[0].Kind() === 25))) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!((((fl$1 & 128) >>> 0) === 0)) && !((typ$1[0].Kind() === 17)) && !((typ$1[0].Kind() === 25))) { */ case 11:
					$s = -1; return new Value.ptr(typ$1[0], (new (jsType(PtrTo(typ$1[0])))((function(a, a$1, c, i, typ, typ$1) { return function() {
						return wrapJsObject(typ$1[0], a$1[0][i[0]]);
					}; })(a, a$1, c, i, typ, typ$1), (function(a, a$1, c, i, typ, typ$1) { return function(x) {
						var x;
						a$1[0][i[0]] = unwrapJsObject(typ$1[0], x);
					}; })(a, a$1, c, i, typ, typ$1))), fl$1);
				/* } */ case 12:
				_r$1 = makeValue(typ$1[0], wrapJsObject(typ$1[0], a$1[0][i[0]]), fl$1); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = _r$1;
				$s = 14; case 14: return $24r$1;
			/* } else if (_1 === (24)) { */ case 4:
				str = (v.ptr).$get();
				if (i[0] < 0 || i[0] >= str.length) {
					$panic(new $String("reflect: string index out of range"));
				}
				fl$2 = (((new flag(v.flag).ro() | 8) >>> 0) | 128) >>> 0;
				c[0] = str.charCodeAt(i[0]);
				$s = -1; return new Value.ptr(uint8Type, ((c.$ptr || (c.$ptr = new ptrType$13(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, c)))), fl$2);
			/* } else { */ case 5:
				$panic(new ValueError.ptr("reflect.Value.Index", k));
			/* } */ case 6:
		case 1:
		$s = -1; return new Value.ptr(ptrType$1.nil, 0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Index, $c: true, $r, $24r, $24r$1, _1, _r, _r$1, a, a$1, c, fl, fl$1, fl$2, i, k, s, str, tt, tt$1, typ, typ$1, v, $s};return $f;
	};
	Value.prototype.Index = function(i) { return this.$val.Index(i); };
	Value.ptr.prototype.InterfaceData = function() {
		var v;
		v = this;
		$panic(errors.New("InterfaceData is not supported by GopherJS"));
	};
	Value.prototype.InterfaceData = function() { return this.$val.InterfaceData(); };
	Value.ptr.prototype.IsNil = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (22)) || (_1 === (23))) {
			return $clone(v, Value).object() === jsType(v.typ).nil;
		} else if (_1 === (18)) {
			return $clone(v, Value).object() === $chanNil;
		} else if (_1 === (19)) {
			return $clone(v, Value).object() === $throwNilPointerError;
		} else if (_1 === (21)) {
			return $clone(v, Value).object() === false;
		} else if (_1 === (20)) {
			return $clone(v, Value).object() === $ifaceNil;
		} else if (_1 === (26)) {
			return $clone(v, Value).object() === 0;
		} else {
			$panic(new ValueError.ptr("reflect.Value.IsNil", k));
		}
	};
	Value.prototype.IsNil = function() { return this.$val.IsNil(); };
	Value.ptr.prototype.Len = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (17)) || (_1 === (24))) {
			return $parseInt($clone(v, Value).object().length);
		} else if (_1 === (23)) {
			return $parseInt($clone(v, Value).object().$length) >> 0;
		} else if (_1 === (18)) {
			return $parseInt($clone(v, Value).object().$buffer.length) >> 0;
		} else if (_1 === (21)) {
			return $parseInt($keys($clone(v, Value).object()).length);
		} else {
			$panic(new ValueError.ptr("reflect.Value.Len", k));
		}
	};
	Value.prototype.Len = function() { return this.$val.Len(); };
	Value.ptr.prototype.Pointer = function() {
		var _1, k, v;
		v = this;
		k = new flag(v.flag).kind();
		_1 = k;
		if ((_1 === (18)) || (_1 === (21)) || (_1 === (22)) || (_1 === (26))) {
			if ($clone(v, Value).IsNil()) {
				return 0;
			}
			return $clone(v, Value).object();
		} else if (_1 === (19)) {
			if ($clone(v, Value).IsNil()) {
				return 0;
			}
			return 1;
		} else if (_1 === (23)) {
			if ($clone(v, Value).IsNil()) {
				return 0;
			}
			return $clone(v, Value).object().$array;
		} else {
			$panic(new ValueError.ptr("reflect.Value.Pointer", k));
		}
	};
	Value.prototype.Pointer = function() { return this.$val.Pointer(); };
	Value.ptr.prototype.Set = function(x) {
		var {_1, _r, _r$1, v, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(x.flag).mustBeExported();
		_r = $clone(x, Value).assignTo("reflect.Set", v.typ, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		x = _r;
		/* */ if (!((((v.flag & 128) >>> 0) === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((((v.flag & 128) >>> 0) === 0))) { */ case 2:
				_1 = v.typ.Kind();
				/* */ if (_1 === (17)) { $s = 5; continue; }
				/* */ if (_1 === (20)) { $s = 6; continue; }
				/* */ if (_1 === (25)) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_1 === (17)) { */ case 5:
					jsType(v.typ).copy(v.ptr, x.ptr);
					$s = 9; continue;
				/* } else if (_1 === (20)) { */ case 6:
					_r$1 = valueInterface($clone(x, Value), false); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					v.ptr.$set(_r$1);
					$s = 9; continue;
				/* } else if (_1 === (25)) { */ case 7:
					copyStruct(v.ptr, x.ptr, v.typ);
					$s = 9; continue;
				/* } else { */ case 8:
					v.ptr.$set($clone(x, Value).object());
				/* } */ case 9:
			case 4:
			$s = -1; return;
		/* } */ case 3:
		v.ptr = x.ptr;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Set, $c: true, $r, _1, _r, _r$1, v, x, $s};return $f;
	};
	Value.prototype.Set = function(x) { return this.$val.Set(x); };
	Value.ptr.prototype.SetBytes = function(x) {
		var {_r, _r$1, _v, slice, typedSlice, v, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(23);
		_r = v.typ.Elem().Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 8))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 8))) { */ case 1:
			$panic(new $String("reflect.Value.SetBytes of non-byte slice"));
		/* } */ case 2:
		slice = x;
		if (!(v.typ.Name() === "")) { _v = true; $s = 6; continue s; }
		_r$1 = v.typ.Elem().Name(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !(_r$1 === ""); case 6:
		/* */ if (_v) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_v) { */ case 4:
			typedSlice = new (jsType(v.typ))(slice.$array);
			typedSlice.$offset = slice.$offset;
			typedSlice.$length = slice.$length;
			typedSlice.$capacity = slice.$capacity;
			slice = typedSlice;
		/* } */ case 5:
		v.ptr.$set(slice);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.SetBytes, $c: true, $r, _r, _r$1, _v, slice, typedSlice, v, x, $s};return $f;
	};
	Value.prototype.SetBytes = function(x) { return this.$val.SetBytes(x); };
	Value.ptr.prototype.SetCap = function(n) {
		var n, newSlice, s, v;
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(23);
		s = v.ptr.$get();
		if (n < ($parseInt(s.$length) >> 0) || n > ($parseInt(s.$capacity) >> 0)) {
			$panic(new $String("reflect: slice capacity out of range in SetCap"));
		}
		newSlice = new (jsType(v.typ))(s.$array);
		newSlice.$offset = s.$offset;
		newSlice.$length = s.$length;
		newSlice.$capacity = n;
		v.ptr.$set(newSlice);
	};
	Value.prototype.SetCap = function(n) { return this.$val.SetCap(n); };
	Value.ptr.prototype.SetLen = function(n) {
		var n, newSlice, s, v;
		v = this;
		new flag(v.flag).mustBeAssignable();
		new flag(v.flag).mustBe(23);
		s = v.ptr.$get();
		if (n < 0 || n > ($parseInt(s.$capacity) >> 0)) {
			$panic(new $String("reflect: slice length out of range in SetLen"));
		}
		newSlice = new (jsType(v.typ))(s.$array);
		newSlice.$offset = s.$offset;
		newSlice.$length = n;
		newSlice.$capacity = s.$capacity;
		v.ptr.$set(newSlice);
	};
	Value.prototype.SetLen = function(n) { return this.$val.SetLen(n); };
	Value.ptr.prototype.Slice = function(i, j) {
		var {$24r, $24r$1, _1, _r, _r$1, cap, i, j, kind, s, str, tt, typ, v, $s, $r, $c} = $restore(this, {i, j});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		cap = 0;
		typ = $ifaceNil;
		s = null;
			kind = new flag(v.flag).kind();
			_1 = kind;
			/* */ if (_1 === (17)) { $s = 2; continue; }
			/* */ if (_1 === (23)) { $s = 3; continue; }
			/* */ if (_1 === (24)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (17)) { */ case 2:
				if (((v.flag & 256) >>> 0) === 0) {
					$panic(new $String("reflect.Value.Slice: slice of unaddressable array"));
				}
				tt = (v.typ.kindType);
				cap = ((tt.len >> 0));
				typ = SliceOf(tt.elem);
				s = new (jsType(typ))($clone(v, Value).object());
				$s = 6; continue;
			/* } else if (_1 === (23)) { */ case 3:
				typ = v.typ;
				s = $clone(v, Value).object();
				cap = $parseInt(s.$capacity) >> 0;
				$s = 6; continue;
			/* } else if (_1 === (24)) { */ case 4:
				str = (v.ptr).$get();
				if (i < 0 || j < i || j > str.length) {
					$panic(new $String("reflect.Value.Slice: string slice index out of bounds"));
				}
				_r = ValueOf(new $String($substring(str, i, j))); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 8; case 8: return $24r;
			/* } else { */ case 5:
				$panic(new ValueError.ptr("reflect.Value.Slice", kind));
			/* } */ case 6:
		case 1:
		if (i < 0 || j < i || j > cap) {
			$panic(new $String("reflect.Value.Slice: slice index out of bounds"));
		}
		_r$1 = makeValue(typ, $subslice(s, i, j), new flag(v.flag).ro()); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Slice, $c: true, $r, $24r, $24r$1, _1, _r, _r$1, cap, i, j, kind, s, str, tt, typ, v, $s};return $f;
	};
	Value.prototype.Slice = function(i, j) { return this.$val.Slice(i, j); };
	Value.ptr.prototype.Slice3 = function(i, j, k) {
		var {$24r, _1, _r, cap, i, j, k, kind, s, tt, typ, v, $s, $r, $c} = $restore(this, {i, j, k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		cap = 0;
		typ = $ifaceNil;
		s = null;
		kind = new flag(v.flag).kind();
		_1 = kind;
		if (_1 === (17)) {
			if (((v.flag & 256) >>> 0) === 0) {
				$panic(new $String("reflect.Value.Slice: slice of unaddressable array"));
			}
			tt = (v.typ.kindType);
			cap = ((tt.len >> 0));
			typ = SliceOf(tt.elem);
			s = new (jsType(typ))($clone(v, Value).object());
		} else if (_1 === (23)) {
			typ = v.typ;
			s = $clone(v, Value).object();
			cap = $parseInt(s.$capacity) >> 0;
		} else {
			$panic(new ValueError.ptr("reflect.Value.Slice3", kind));
		}
		if (i < 0 || j < i || k < j || k > cap) {
			$panic(new $String("reflect.Value.Slice3: slice index out of bounds"));
		}
		_r = makeValue(typ, $subslice(s, i, j, k), new flag(v.flag).ro()); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Slice3, $c: true, $r, $24r, _1, _r, cap, i, j, k, kind, s, tt, typ, v, $s};return $f;
	};
	Value.prototype.Slice3 = function(i, j, k) { return this.$val.Slice3(i, j, k); };
	Value.ptr.prototype.Close = function() {
		var v;
		v = this;
		new flag(v.flag).mustBe(18);
		new flag(v.flag).mustBeExported();
		$close($clone(v, Value).object());
	};
	Value.prototype.Close = function() { return this.$val.Close(); };
	chanrecv = function(ch, nb, val) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, ch, comms, nb, received, recvRes, selectRes, selected, val, $s, $r, $c} = $restore(this, {ch, nb, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		selected = false;
		received = false;
		comms = new sliceType$18([new sliceType$16([ch])]);
		if (nb) {
			comms = $append(comms, new sliceType$16([]));
		}
		_r = selectHelper(new sliceType$4([comms])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		selectRes = _r;
		if (nb && (($parseInt(selectRes[0]) >> 0) === 1)) {
			_tmp = false;
			_tmp$1 = false;
			selected = _tmp;
			received = _tmp$1;
			$s = -1; return [selected, received];
		}
		recvRes = selectRes[1];
		val.$set(recvRes[0]);
		_tmp$2 = true;
		_tmp$3 = !!(recvRes[1]);
		selected = _tmp$2;
		received = _tmp$3;
		$s = -1; return [selected, received];
		/* */ } return; } var $f = {$blk: chanrecv, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, ch, comms, nb, received, recvRes, selectRes, selected, val, $s};return $f;
	};
	chansend = function(ch, val, nb) {
		var {_r, ch, comms, nb, selectRes, val, $s, $r, $c} = $restore(this, {ch, val, nb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		comms = new sliceType$18([new sliceType$16([ch, val.$get()])]);
		if (nb) {
			comms = $append(comms, new sliceType$16([]));
		}
		_r = selectHelper(new sliceType$4([comms])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		selectRes = _r;
		if (nb && (($parseInt(selectRes[0]) >> 0) === 1)) {
			$s = -1; return false;
		}
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: chansend, $c: true, $r, _r, ch, comms, nb, selectRes, val, $s};return $f;
	};
	DeepEqual = function(a1, a2) {
		var {$24r, _arg, _arg$1, _arg$2, _r, _r$1, _r$2, a1, a2, i1, i2, $s, $r, $c} = $restore(this, {a1, a2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i1 = a1;
		i2 = a2;
		if (i1 === i2) {
			$s = -1; return true;
		}
		if (i1 === null || i2 === null || !(i1.constructor === i2.constructor)) {
			$s = -1; return false;
		}
		_r = ValueOf(a1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = $clone(_r, Value);
		_r$1 = ValueOf(a2); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$1, Value);
		_arg$2 = sliceType$19.nil;
		_r$2 = deepValueEqualJs(_arg, _arg$1, _arg$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: DeepEqual, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _r, _r$1, _r$2, a1, a2, i1, i2, $s};return $f;
	};
	$pkg.DeepEqual = DeepEqual;
	deepValueEqualJs = function(v1, v2, visited) {
		var {$24r, $24r$1, $24r$2, _1, _2, _arg, _arg$1, _arg$10, _arg$11, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _i, _i$1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, entry, i, i$1, k, keys, n, n$1, v1, v2, val1, val2, visited, $s, $r, $c} = $restore(this, {v1, v2, visited});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!$clone(v1, Value).IsValid() || !$clone(v2, Value).IsValid()) {
			$s = -1; return !$clone(v1, Value).IsValid() && !$clone(v2, Value).IsValid();
		}
		if (!($interfaceIsEqual($clone(v1, Value).Type(), $clone(v2, Value).Type()))) {
			$s = -1; return false;
		}
		if ($interfaceIsEqual($clone(v1, Value).Type(), jsObjectPtr)) {
			$s = -1; return unwrapJsObject(jsObjectPtr, $clone(v1, Value).object()) === unwrapJsObject(jsObjectPtr, $clone(v2, Value).object());
		}
		_1 = $clone(v1, Value).Kind();
		if ((_1 === (17)) || (_1 === (21)) || (_1 === (23)) || (_1 === (25))) {
			_ref = visited;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				entry = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), arrayType$6);
				if (v1.ptr === entry[0] && v2.ptr === entry[1]) {
					$s = -1; return true;
				}
				_i++;
			}
			visited = $append(visited, $toNativeArray($kindUnsafePointer, [v1.ptr, v2.ptr]));
		}
			_2 = $clone(v1, Value).Kind();
			/* */ if ((_2 === (17)) || (_2 === (23))) { $s = 2; continue; }
			/* */ if (_2 === (20)) { $s = 3; continue; }
			/* */ if (_2 === (22)) { $s = 4; continue; }
			/* */ if (_2 === (25)) { $s = 5; continue; }
			/* */ if (_2 === (21)) { $s = 6; continue; }
			/* */ if (_2 === (19)) { $s = 7; continue; }
			/* */ if (_2 === (26)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ((_2 === (17)) || (_2 === (23))) { */ case 2:
				if ($clone(v1, Value).Kind() === 23) {
					if (!($clone(v1, Value).IsNil() === $clone(v2, Value).IsNil())) {
						$s = -1; return false;
					}
					if ($clone(v1, Value).object() === $clone(v2, Value).object()) {
						$s = -1; return true;
					}
				}
				n = $clone(v1, Value).Len();
				if (!((n === $clone(v2, Value).Len()))) {
					$s = -1; return false;
				}
				i = 0;
				/* while (true) { */ case 10:
					/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 11; continue; }
					_r = $clone(v1, Value).Index(i); /* */ $s = 14; case 14: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_arg = $clone(_r, Value);
					_r$1 = $clone(v2, Value).Index(i); /* */ $s = 15; case 15: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_arg$1 = $clone(_r$1, Value);
					_arg$2 = visited;
					_r$2 = deepValueEqualJs(_arg, _arg$1, _arg$2); /* */ $s = 16; case 16: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					/* */ if (!_r$2) { $s = 12; continue; }
					/* */ $s = 13; continue;
					/* if (!_r$2) { */ case 12:
						$s = -1; return false;
					/* } */ case 13:
					i = i + (1) >> 0;
				$s = 10; continue;
				case 11:
				$s = -1; return true;
			/* } else if (_2 === (20)) { */ case 3:
				if ($clone(v1, Value).IsNil() || $clone(v2, Value).IsNil()) {
					$s = -1; return $clone(v1, Value).IsNil() && $clone(v2, Value).IsNil();
				}
				_r$3 = $clone(v1, Value).Elem(); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_arg$3 = $clone(_r$3, Value);
				_r$4 = $clone(v2, Value).Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_arg$4 = $clone(_r$4, Value);
				_arg$5 = visited;
				_r$5 = deepValueEqualJs(_arg$3, _arg$4, _arg$5); /* */ $s = 19; case 19: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r = _r$5;
				$s = 20; case 20: return $24r;
			/* } else if (_2 === (22)) { */ case 4:
				_r$6 = $clone(v1, Value).Elem(); /* */ $s = 21; case 21: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_arg$6 = $clone(_r$6, Value);
				_r$7 = $clone(v2, Value).Elem(); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_arg$7 = $clone(_r$7, Value);
				_arg$8 = visited;
				_r$8 = deepValueEqualJs(_arg$6, _arg$7, _arg$8); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$1 = _r$8;
				$s = 24; case 24: return $24r$1;
			/* } else if (_2 === (25)) { */ case 5:
				n$1 = $clone(v1, Value).NumField();
				i$1 = 0;
				/* while (true) { */ case 25:
					/* if (!(i$1 < n$1)) { break; } */ if(!(i$1 < n$1)) { $s = 26; continue; }
					_r$9 = $clone(v1, Value).Field(i$1); /* */ $s = 29; case 29: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_arg$9 = $clone(_r$9, Value);
					_r$10 = $clone(v2, Value).Field(i$1); /* */ $s = 30; case 30: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_arg$10 = $clone(_r$10, Value);
					_arg$11 = visited;
					_r$11 = deepValueEqualJs(_arg$9, _arg$10, _arg$11); /* */ $s = 31; case 31: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					/* */ if (!_r$11) { $s = 27; continue; }
					/* */ $s = 28; continue;
					/* if (!_r$11) { */ case 27:
						$s = -1; return false;
					/* } */ case 28:
					i$1 = i$1 + (1) >> 0;
				$s = 25; continue;
				case 26:
				$s = -1; return true;
			/* } else if (_2 === (21)) { */ case 6:
				if (!($clone(v1, Value).IsNil() === $clone(v2, Value).IsNil())) {
					$s = -1; return false;
				}
				if ($clone(v1, Value).object() === $clone(v2, Value).object()) {
					$s = -1; return true;
				}
				_r$12 = $clone(v1, Value).MapKeys(); /* */ $s = 32; case 32: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				keys = _r$12;
				if (!((keys.$length === $clone(v2, Value).Len()))) {
					$s = -1; return false;
				}
				_ref$1 = keys;
				_i$1 = 0;
				/* while (true) { */ case 33:
					/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 34; continue; }
					k = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
					_r$13 = $clone(v1, Value).MapIndex($clone(k, Value)); /* */ $s = 35; case 35: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					val1 = _r$13;
					_r$14 = $clone(v2, Value).MapIndex($clone(k, Value)); /* */ $s = 36; case 36: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					val2 = _r$14;
					if (!$clone(val1, Value).IsValid() || !$clone(val2, Value).IsValid()) { _v = true; $s = 39; continue s; }
					_r$15 = deepValueEqualJs($clone(val1, Value), $clone(val2, Value), visited); /* */ $s = 40; case 40: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_v = !_r$15; case 39:
					/* */ if (_v) { $s = 37; continue; }
					/* */ $s = 38; continue;
					/* if (_v) { */ case 37:
						$s = -1; return false;
					/* } */ case 38:
					_i$1++;
				$s = 33; continue;
				case 34:
				$s = -1; return true;
			/* } else if (_2 === (19)) { */ case 7:
				$s = -1; return $clone(v1, Value).IsNil() && $clone(v2, Value).IsNil();
			/* } else if (_2 === (26)) { */ case 8:
				$s = -1; return $clone(v1, Value).object() === $clone(v2, Value).object();
			/* } */ case 9:
		case 1:
		_r$16 = valueInterface($clone(v1, Value), false); /* */ $s = 41; case 41: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		_r$17 = valueInterface($clone(v2, Value), false); /* */ $s = 42; case 42: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		$24r$2 = !!($interfaceIsEqual(_r$16, _r$17));
		$s = 43; case 43: return $24r$2;
		/* */ } return; } var $f = {$blk: deepValueEqualJs, $c: true, $r, $24r, $24r$1, $24r$2, _1, _2, _arg, _arg$1, _arg$10, _arg$11, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _i, _i$1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, entry, i, i$1, k, keys, n, n$1, v1, v2, val1, val2, visited, $s};return $f;
	};
	methodNameSkip = function() {
		var _tuple, f, idx, name$1, pc;
		_tuple = runtime.Caller(3);
		pc = _tuple[0];
		f = runtime.FuncForPC(pc);
		if (f === ptrType$4.nil) {
			return "unknown method";
		}
		name$1 = f.Name();
		idx = name$1.length - 1 >> 0;
		while (true) {
			if (!(idx > 0)) { break; }
			if (name$1.charCodeAt(idx) === 46) {
				break;
			}
			idx = idx - (1) >> 0;
		}
		if (idx < 0) {
			return name$1;
		}
		return "Value" + $substring(name$1, idx);
	};
	verifyNotInHeapPtr = function(p) {
		var p;
		return true;
	};
	Value.methods = [{prop: "pointer", name: "pointer", pkg: "reflect", typ: $funcType([], [$UnsafePointer], false)}, {prop: "Addr", name: "Addr", pkg: "", typ: $funcType([], [Value], false)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType$9], false)}, {prop: "runes", name: "runes", pkg: "reflect", typ: $funcType([], [sliceType$10], false)}, {prop: "CanAddr", name: "CanAddr", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "CanSet", name: "CanSet", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Call", name: "Call", pkg: "", typ: $funcType([sliceType$7], [sliceType$7], false)}, {prop: "CallSlice", name: "CallSlice", pkg: "", typ: $funcType([sliceType$7], [sliceType$7], false)}, {prop: "CanComplex", name: "CanComplex", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Complex", name: "Complex", pkg: "", typ: $funcType([], [$Complex128], false)}, {prop: "FieldByIndex", name: "FieldByIndex", pkg: "", typ: $funcType([sliceType$6], [Value], false)}, {prop: "FieldByIndexErr", name: "FieldByIndexErr", pkg: "", typ: $funcType([sliceType$6], [Value, $error], false)}, {prop: "FieldByName", name: "FieldByName", pkg: "", typ: $funcType([$String], [Value], false)}, {prop: "FieldByNameFunc", name: "FieldByNameFunc", pkg: "", typ: $funcType([funcType$3], [Value], false)}, {prop: "CanFloat", name: "CanFloat", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Float", name: "Float", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "CanInt", name: "CanInt", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Int", name: "Int", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "CanInterface", name: "CanInterface", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Interface", name: "Interface", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsZero", name: "IsZero", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "MapIndex", name: "MapIndex", pkg: "", typ: $funcType([Value], [Value], false)}, {prop: "MapKeys", name: "MapKeys", pkg: "", typ: $funcType([], [sliceType$7], false)}, {prop: "SetIterKey", name: "SetIterKey", pkg: "", typ: $funcType([ptrType$22], [], false)}, {prop: "SetIterValue", name: "SetIterValue", pkg: "", typ: $funcType([ptrType$22], [], false)}, {prop: "MapRange", name: "MapRange", pkg: "", typ: $funcType([], [ptrType$22], false)}, {prop: "Method", name: "Method", pkg: "", typ: $funcType([$Int], [Value], false)}, {prop: "NumMethod", name: "NumMethod", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "MethodByName", name: "MethodByName", pkg: "", typ: $funcType([$String], [Value], false)}, {prop: "NumField", name: "NumField", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "OverflowComplex", name: "OverflowComplex", pkg: "", typ: $funcType([$Complex128], [$Bool], false)}, {prop: "OverflowFloat", name: "OverflowFloat", pkg: "", typ: $funcType([$Float64], [$Bool], false)}, {prop: "OverflowInt", name: "OverflowInt", pkg: "", typ: $funcType([$Int64], [$Bool], false)}, {prop: "OverflowUint", name: "OverflowUint", pkg: "", typ: $funcType([$Uint64], [$Bool], false)}, {prop: "Recv", name: "Recv", pkg: "", typ: $funcType([], [Value, $Bool], false)}, {prop: "recv", name: "recv", pkg: "reflect", typ: $funcType([$Bool], [Value, $Bool], false)}, {prop: "Send", name: "Send", pkg: "", typ: $funcType([Value], [], false)}, {prop: "send", name: "send", pkg: "reflect", typ: $funcType([Value, $Bool], [$Bool], false)}, {prop: "SetBool", name: "SetBool", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "setRunes", name: "setRunes", pkg: "reflect", typ: $funcType([sliceType$10], [], false)}, {prop: "SetComplex", name: "SetComplex", pkg: "", typ: $funcType([$Complex128], [], false)}, {prop: "SetFloat", name: "SetFloat", pkg: "", typ: $funcType([$Float64], [], false)}, {prop: "SetInt", name: "SetInt", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "SetMapIndex", name: "SetMapIndex", pkg: "", typ: $funcType([Value, Value], [], false)}, {prop: "SetUint", name: "SetUint", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "SetPointer", name: "SetPointer", pkg: "", typ: $funcType([$UnsafePointer], [], false)}, {prop: "SetString", name: "SetString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "TryRecv", name: "TryRecv", pkg: "", typ: $funcType([], [Value, $Bool], false)}, {prop: "TrySend", name: "TrySend", pkg: "", typ: $funcType([Value], [$Bool], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [Type], false)}, {prop: "CanUint", name: "CanUint", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Uint", name: "Uint", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "UnsafeAddr", name: "UnsafeAddr", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "UnsafePointer", name: "UnsafePointer", pkg: "", typ: $funcType([], [$UnsafePointer], false)}, {prop: "Convert", name: "Convert", pkg: "", typ: $funcType([Type], [Value], false)}, {prop: "CanConvert", name: "CanConvert", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "object", name: "object", pkg: "reflect", typ: $funcType([], [ptrType$2], false)}, {prop: "assignTo", name: "assignTo", pkg: "reflect", typ: $funcType([$String, ptrType$1, $UnsafePointer], [Value], false)}, {prop: "call", name: "call", pkg: "reflect", typ: $funcType([$String, sliceType$7], [sliceType$7], false)}, {prop: "Cap", name: "Cap", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [Value], false)}, {prop: "Field", name: "Field", pkg: "", typ: $funcType([$Int], [Value], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([$Int], [Value], false)}, {prop: "InterfaceData", name: "InterfaceData", pkg: "", typ: $funcType([], [arrayType$7], false)}, {prop: "IsNil", name: "IsNil", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Pointer", name: "Pointer", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([Value], [], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType$9], [], false)}, {prop: "SetCap", name: "SetCap", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "SetLen", name: "SetLen", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Slice", name: "Slice", pkg: "", typ: $funcType([$Int, $Int], [Value], false)}, {prop: "Slice3", name: "Slice3", pkg: "", typ: $funcType([$Int, $Int, $Int], [Value], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [], false)}];
	flag.methods = [{prop: "kind", name: "kind", pkg: "reflect", typ: $funcType([], [Kind], false)}, {prop: "ro", name: "ro", pkg: "reflect", typ: $funcType([], [flag], false)}, {prop: "mustBe", name: "mustBe", pkg: "reflect", typ: $funcType([Kind], [], false)}, {prop: "mustBeExported", name: "mustBeExported", pkg: "reflect", typ: $funcType([], [], false)}, {prop: "mustBeExportedSlow", name: "mustBeExportedSlow", pkg: "reflect", typ: $funcType([], [], false)}, {prop: "mustBeAssignable", name: "mustBeAssignable", pkg: "reflect", typ: $funcType([], [], false)}, {prop: "mustBeAssignableSlow", name: "mustBeAssignableSlow", pkg: "reflect", typ: $funcType([], [], false)}];
	ptrType$23.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$22.methods = [{prop: "Key", name: "Key", pkg: "", typ: $funcType([], [Value], false)}, {prop: "Value", name: "Value", pkg: "", typ: $funcType([], [Value], false)}, {prop: "Next", name: "Next", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([Value], [], false)}];
	Kind.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$1.methods = [{prop: "textOff", name: "textOff", pkg: "reflect", typ: $funcType([textOff], [$UnsafePointer], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "Bits", name: "Bits", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Align", name: "Align", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "FieldAlign", name: "FieldAlign", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "common", name: "common", pkg: "reflect", typ: $funcType([], [ptrType$1], false)}, {prop: "exportedMethods", name: "exportedMethods", pkg: "reflect", typ: $funcType([], [sliceType$11], false)}, {prop: "NumMethod", name: "NumMethod", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "MethodByName", name: "MethodByName", pkg: "", typ: $funcType([$String], [Method, $Bool], false)}, {prop: "PkgPath", name: "PkgPath", pkg: "", typ: $funcType([], [$String], false)}, {prop: "hasName", name: "hasName", pkg: "reflect", typ: $funcType([], [$Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ChanDir", name: "ChanDir", pkg: "", typ: $funcType([], [ChanDir], false)}, {prop: "IsVariadic", name: "IsVariadic", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [Type], false)}, {prop: "Field", name: "Field", pkg: "", typ: $funcType([$Int], [StructField], false)}, {prop: "FieldByIndex", name: "FieldByIndex", pkg: "", typ: $funcType([sliceType$6], [StructField], false)}, {prop: "FieldByName", name: "FieldByName", pkg: "", typ: $funcType([$String], [StructField, $Bool], false)}, {prop: "FieldByNameFunc", name: "FieldByNameFunc", pkg: "", typ: $funcType([funcType$3], [StructField, $Bool], false)}, {prop: "In", name: "In", pkg: "", typ: $funcType([$Int], [Type], false)}, {prop: "Key", name: "Key", pkg: "", typ: $funcType([], [Type], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumField", name: "NumField", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumIn", name: "NumIn", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumOut", name: "NumOut", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Out", name: "Out", pkg: "", typ: $funcType([$Int], [Type], false)}, {prop: "Implements", name: "Implements", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "AssignableTo", name: "AssignableTo", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "ConvertibleTo", name: "ConvertibleTo", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "gcSlice", name: "gcSlice", pkg: "reflect", typ: $funcType([$Uintptr, $Uintptr], [sliceType$9], false)}, {prop: "uncommon", name: "uncommon", pkg: "reflect", typ: $funcType([], [ptrType$9], false)}, {prop: "nameOff", name: "nameOff", pkg: "reflect", typ: $funcType([nameOff], [name], false)}, {prop: "typeOff", name: "typeOff", pkg: "reflect", typ: $funcType([typeOff], [ptrType$1], false)}, {prop: "ptrTo", name: "ptrTo", pkg: "reflect", typ: $funcType([], [ptrType$1], false)}, {prop: "pointers", name: "pointers", pkg: "reflect", typ: $funcType([], [$Bool], false)}, {prop: "Comparable", name: "Comparable", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Method", name: "Method", pkg: "", typ: $funcType([$Int], [Method], false)}];
	ChanDir.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$10.methods = [{prop: "Method", name: "Method", pkg: "", typ: $funcType([$Int], [Method], false)}, {prop: "NumMethod", name: "NumMethod", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "MethodByName", name: "MethodByName", pkg: "", typ: $funcType([$String], [Method, $Bool], false)}];
	ptrType$25.methods = [{prop: "offset", name: "offset", pkg: "reflect", typ: $funcType([], [$Uintptr], false)}, {prop: "embedded", name: "embedded", pkg: "reflect", typ: $funcType([], [$Bool], false)}];
	ptrType$12.methods = [{prop: "Field", name: "Field", pkg: "", typ: $funcType([$Int], [StructField], false)}, {prop: "FieldByIndex", name: "FieldByIndex", pkg: "", typ: $funcType([sliceType$6], [StructField], false)}, {prop: "FieldByNameFunc", name: "FieldByNameFunc", pkg: "", typ: $funcType([funcType$3], [StructField, $Bool], false)}, {prop: "FieldByName", name: "FieldByName", pkg: "", typ: $funcType([$String], [StructField, $Bool], false)}];
	Method.methods = [{prop: "IsExported", name: "IsExported", pkg: "", typ: $funcType([], [$Bool], false)}];
	StructField.methods = [{prop: "IsExported", name: "IsExported", pkg: "", typ: $funcType([], [$Bool], false)}];
	StructTag.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "Lookup", name: "Lookup", pkg: "", typ: $funcType([$String], [$String, $Bool], false)}];
	ptrType$9.methods = [{prop: "methods", name: "methods", pkg: "reflect", typ: $funcType([], [sliceType$11], false)}, {prop: "exportedMethods", name: "exportedMethods", pkg: "reflect", typ: $funcType([], [sliceType$11], false)}];
	ptrType$20.methods = [{prop: "in$", name: "in", pkg: "reflect", typ: $funcType([], [sliceType$2], false)}, {prop: "out", name: "out", pkg: "reflect", typ: $funcType([], [sliceType$2], false)}];
	name.methods = [{prop: "data", name: "data", pkg: "reflect", typ: $funcType([$Int, $String], [ptrType$13], false)}, {prop: "hasTag", name: "hasTag", pkg: "reflect", typ: $funcType([], [$Bool], false)}, {prop: "readVarint", name: "readVarint", pkg: "reflect", typ: $funcType([$Int], [$Int, $Int], false)}, {prop: "name", name: "name", pkg: "reflect", typ: $funcType([], [$String], false)}, {prop: "tag", name: "tag", pkg: "reflect", typ: $funcType([], [$String], false)}, {prop: "pkgPath", name: "pkgPath", pkg: "reflect", typ: $funcType([], [$String], false)}, {prop: "isExported", name: "isExported", pkg: "reflect", typ: $funcType([], [$Bool], false)}];
	ptrType$28.methods = [{prop: "initialized", name: "initialized", pkg: "reflect", typ: $funcType([], [$Bool], false)}, {prop: "skipUntilValidKey", name: "skipUntilValidKey", pkg: "reflect", typ: $funcType([], [], false)}];
	Value.init("reflect", [{prop: "typ", name: "typ", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "ptr", name: "ptr", embedded: false, exported: false, typ: $UnsafePointer, tag: ""}, {prop: "flag", name: "flag", embedded: true, exported: false, typ: flag, tag: ""}]);
	ValueError.init("", [{prop: "Method", name: "Method", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Kind", name: "Kind", embedded: false, exported: true, typ: Kind, tag: ""}]);
	MapIter.init("reflect", [{prop: "m", name: "m", embedded: false, exported: false, typ: Value, tag: ""}, {prop: "hiter", name: "hiter", embedded: false, exported: false, typ: hiter, tag: ""}]);
	Type.init([{prop: "Align", name: "Align", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "AssignableTo", name: "AssignableTo", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "Bits", name: "Bits", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ChanDir", name: "ChanDir", pkg: "", typ: $funcType([], [ChanDir], false)}, {prop: "Comparable", name: "Comparable", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "ConvertibleTo", name: "ConvertibleTo", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [Type], false)}, {prop: "Field", name: "Field", pkg: "", typ: $funcType([$Int], [StructField], false)}, {prop: "FieldAlign", name: "FieldAlign", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "FieldByIndex", name: "FieldByIndex", pkg: "", typ: $funcType([sliceType$6], [StructField], false)}, {prop: "FieldByName", name: "FieldByName", pkg: "", typ: $funcType([$String], [StructField, $Bool], false)}, {prop: "FieldByNameFunc", name: "FieldByNameFunc", pkg: "", typ: $funcType([funcType$3], [StructField, $Bool], false)}, {prop: "Implements", name: "Implements", pkg: "", typ: $funcType([Type], [$Bool], false)}, {prop: "In", name: "In", pkg: "", typ: $funcType([$Int], [Type], false)}, {prop: "IsVariadic", name: "IsVariadic", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Key", name: "Key", pkg: "", typ: $funcType([], [Type], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Method", name: "Method", pkg: "", typ: $funcType([$Int], [Method], false)}, {prop: "MethodByName", name: "MethodByName", pkg: "", typ: $funcType([$String], [Method, $Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "NumField", name: "NumField", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumIn", name: "NumIn", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumMethod", name: "NumMethod", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NumOut", name: "NumOut", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Out", name: "Out", pkg: "", typ: $funcType([$Int], [Type], false)}, {prop: "PkgPath", name: "PkgPath", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "common", name: "common", pkg: "reflect", typ: $funcType([], [ptrType$1], false)}, {prop: "uncommon", name: "uncommon", pkg: "reflect", typ: $funcType([], [ptrType$9], false)}]);
	rtype.init("reflect", [{prop: "size", name: "size", embedded: false, exported: false, typ: $Uintptr, tag: ""}, {prop: "ptrdata", name: "ptrdata", embedded: false, exported: false, typ: $Uintptr, tag: ""}, {prop: "hash", name: "hash", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "tflag", name: "tflag", embedded: false, exported: false, typ: tflag, tag: ""}, {prop: "align", name: "align", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "fieldAlign", name: "fieldAlign", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "kind", name: "kind", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "equal", name: "equal", embedded: false, exported: false, typ: funcType$4, tag: ""}, {prop: "gcdata", name: "gcdata", embedded: false, exported: false, typ: ptrType$13, tag: ""}, {prop: "str", name: "str", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "ptrToThis", name: "ptrToThis", embedded: false, exported: false, typ: typeOff, tag: ""}]);
	method.init("reflect", [{prop: "name", name: "name", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "mtyp", name: "mtyp", embedded: false, exported: false, typ: typeOff, tag: ""}, {prop: "ifn", name: "ifn", embedded: false, exported: false, typ: textOff, tag: ""}, {prop: "tfn", name: "tfn", embedded: false, exported: false, typ: textOff, tag: ""}]);
	arrayType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "slice", name: "slice", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Uintptr, tag: ""}]);
	chanType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "dir", name: "dir", embedded: false, exported: false, typ: $Uintptr, tag: ""}]);
	imethod.init("reflect", [{prop: "name", name: "name", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "typ", name: "typ", embedded: false, exported: false, typ: typeOff, tag: ""}]);
	interfaceType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "pkgPath", name: "pkgPath", embedded: false, exported: false, typ: name, tag: ""}, {prop: "methods", name: "methods", embedded: false, exported: false, typ: sliceType$14, tag: ""}]);
	mapType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "key", name: "key", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "bucket", name: "bucket", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "hasher", name: "hasher", embedded: false, exported: false, typ: funcType$5, tag: ""}, {prop: "keysize", name: "keysize", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "valuesize", name: "valuesize", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "bucketsize", name: "bucketsize", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "flags", name: "flags", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	ptrType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}]);
	sliceType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "elem", name: "elem", embedded: false, exported: false, typ: ptrType$1, tag: ""}]);
	structField.init("reflect", [{prop: "name", name: "name", embedded: false, exported: false, typ: name, tag: ""}, {prop: "typ", name: "typ", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "offsetEmbed", name: "offsetEmbed", embedded: false, exported: false, typ: $Uintptr, tag: ""}]);
	structType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: ""}, {prop: "pkgPath", name: "pkgPath", embedded: false, exported: false, typ: name, tag: ""}, {prop: "fields", name: "fields", embedded: false, exported: false, typ: sliceType$15, tag: ""}]);
	Method.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "PkgPath", name: "PkgPath", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Type", name: "Type", embedded: false, exported: true, typ: Type, tag: ""}, {prop: "Func", name: "Func", embedded: false, exported: true, typ: Value, tag: ""}, {prop: "Index", name: "Index", embedded: false, exported: true, typ: $Int, tag: ""}]);
	StructField.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "PkgPath", name: "PkgPath", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Type", name: "Type", embedded: false, exported: true, typ: Type, tag: ""}, {prop: "Tag", name: "Tag", embedded: false, exported: true, typ: StructTag, tag: ""}, {prop: "Offset", name: "Offset", embedded: false, exported: true, typ: $Uintptr, tag: ""}, {prop: "Index", name: "Index", embedded: false, exported: true, typ: sliceType$6, tag: ""}, {prop: "Anonymous", name: "Anonymous", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	fieldScan.init("reflect", [{prop: "typ", name: "typ", embedded: false, exported: false, typ: ptrType$12, tag: ""}, {prop: "index", name: "index", embedded: false, exported: false, typ: sliceType$6, tag: ""}]);
	uncommonType.init("reflect", [{prop: "pkgPath", name: "pkgPath", embedded: false, exported: false, typ: nameOff, tag: ""}, {prop: "mcount", name: "mcount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "xcount", name: "xcount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "moff", name: "moff", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "_methods", name: "_methods", embedded: false, exported: false, typ: sliceType$11, tag: ""}]);
	funcType.init("reflect", [{prop: "rtype", name: "rtype", embedded: true, exported: false, typ: rtype, tag: "reflect:\"func\""}, {prop: "inCount", name: "inCount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "outCount", name: "outCount", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "_in", name: "_in", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "_out", name: "_out", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	name.init("reflect", [{prop: "bytes", name: "bytes", embedded: false, exported: false, typ: ptrType$13, tag: ""}]);
	nameData.init("reflect", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "tag", name: "tag", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "exported", name: "exported", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "pkgPath", name: "pkgPath", embedded: false, exported: false, typ: $String, tag: ""}]);
	hiter.init("reflect", [{prop: "t", name: "t", embedded: false, exported: false, typ: Type, tag: ""}, {prop: "m", name: "m", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "keys", name: "keys", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "i", name: "i", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "last", name: "last", embedded: false, exported: false, typ: ptrType$2, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = abi.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytealg.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = goarch.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = goexperiment.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = itoa.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unsafeheader.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		nameOffList = sliceType$1.nil;
		typeOffList = sliceType$2.nil;
		kindNames = new sliceType$3(["invalid", "bool", "int", "int8", "int16", "int32", "int64", "uint", "uint8", "uint16", "uint32", "uint64", "uintptr", "float32", "float64", "complex64", "complex128", "array", "chan", "func", "interface", "map", "ptr", "slice", "string", "struct", "unsafe.Pointer"]);
		initialized = false;
		uncommonTypeMap = {};
		nameMap = {};
		uint8Type = $assertType(TypeOf(new $Uint8(0)), ptrType$1);
		stringType = $assertType(TypeOf(new $String("")), ptrType$1);
		callHelper = $assertType($internalize($call, $emptyInterface), funcType$1);
		jsObjectPtr = reflectType($jsObjectPtr);
		selectHelper = $assertType($internalize($select, $emptyInterface), funcType$1);
		$r = init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["sort"] = (function() {
	var $pkg = {}, $init, reflectlite, lessSwap, IntSlice, StringSlice, sliceType, sliceType$2, funcType, funcType$1, reflectValueOf, reflectSwapper, insertionSort_func, siftDown_func, heapSort_func, medianOfThree_func, doPivot_func, quickSort_func, insertionSort, siftDown, heapSort, medianOfThree, swapRange, doPivot, quickSort, Sort, maxDepth, Ints, Strings, Stable, stable, symMerge, rotate, Slice, Search, SearchInts, SearchStrings;
	reflectlite = $packages["internal/reflectlite"];
	lessSwap = $pkg.lessSwap = $newType(0, $kindStruct, "sort.lessSwap", true, "sort", false, function(Less_, Swap_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Less = $throwNilPointerError;
			this.Swap = $throwNilPointerError;
			return;
		}
		this.Less = Less_;
		this.Swap = Swap_;
	});
	IntSlice = $pkg.IntSlice = $newType(12, $kindSlice, "sort.IntSlice", true, "sort", true, null);
	StringSlice = $pkg.StringSlice = $newType(12, $kindSlice, "sort.StringSlice", true, "sort", true, null);
	sliceType = $sliceType($Int);
	sliceType$2 = $sliceType($String);
	funcType = $funcType([$Int, $Int], [$Bool], false);
	funcType$1 = $funcType([$Int, $Int], [], false);
	insertionSort_func = function(data, a, b) {
		var {_r, _v, a, b, data, i, j, $s, $r, $c} = $restore(this, {data, a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = a + 1 >> 0;
		/* while (true) { */ case 1:
			/* if (!(i < b)) { break; } */ if(!(i < b)) { $s = 2; continue; }
			j = i;
			/* while (true) { */ case 3:
				if (!(j > a)) { _v = false; $s = 5; continue s; }
				_r = data.Less(j, j - 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_v = _r; case 5:
				/* if (!(_v)) { break; } */ if(!(_v)) { $s = 4; continue; }
				$r = data.Swap(j, j - 1 >> 0); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				j = j - (1) >> 0;
			$s = 3; continue;
			case 4:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: insertionSort_func, $c: true, $r, _r, _v, a, b, data, i, j, $s};return $f;
	};
	siftDown_func = function(data, lo, hi, first) {
		var {_r, _r$1, _v, child, data, first, hi, lo, root, $s, $r, $c} = $restore(this, {data, lo, hi, first});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		root = lo;
		/* while (true) { */ case 1:
			child = ($imul(2, root)) + 1 >> 0;
			if (child >= hi) {
				/* break; */ $s = 2; continue;
			}
			if (!((child + 1 >> 0) < hi)) { _v = false; $s = 5; continue s; }
			_r = data.Less(first + child >> 0, (first + child >> 0) + 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r; case 5:
			/* */ if (_v) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_v) { */ case 3:
				child = child + (1) >> 0;
			/* } */ case 4:
			_r$1 = data.Less(first + root >> 0, first + child >> 0); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!_r$1) { */ case 7:
				$s = -1; return;
			/* } */ case 8:
			$r = data.Swap(first + root >> 0, first + child >> 0); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			root = child;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: siftDown_func, $c: true, $r, _r, _r$1, _v, child, data, first, hi, lo, root, $s};return $f;
	};
	heapSort_func = function(data, a, b) {
		var {_q, a, b, data, first, hi, i, i$1, lo, $s, $r, $c} = $restore(this, {data, a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		first = a;
		lo = 0;
		hi = b - a >> 0;
		i = (_q = ((hi - 1 >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		/* while (true) { */ case 1:
			/* if (!(i >= 0)) { break; } */ if(!(i >= 0)) { $s = 2; continue; }
			$r = siftDown_func($clone(data, lessSwap), i, hi, first); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i - (1) >> 0;
		$s = 1; continue;
		case 2:
		i$1 = hi - 1 >> 0;
		/* while (true) { */ case 4:
			/* if (!(i$1 >= 0)) { break; } */ if(!(i$1 >= 0)) { $s = 5; continue; }
			$r = data.Swap(first, first + i$1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = siftDown_func($clone(data, lessSwap), lo, i$1, first); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i$1 = i$1 - (1) >> 0;
		$s = 4; continue;
		case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: heapSort_func, $c: true, $r, _q, a, b, data, first, hi, i, i$1, lo, $s};return $f;
	};
	medianOfThree_func = function(data, m1, m0, m2) {
		var {_r, _r$1, _r$2, data, m0, m1, m2, $s, $r, $c} = $restore(this, {data, m1, m0, m2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = data.Less(m1, m0); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r) { */ case 1:
			$r = data.Swap(m1, m0); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = data.Less(m2, m1); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (_r$1) { */ case 5:
			$r = data.Swap(m2, m1); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$2 = data.Less(m1, m0); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (_r$2) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_r$2) { */ case 9:
				$r = data.Swap(m1, m0); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 10:
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: medianOfThree_func, $c: true, $r, _r, _r$1, _r$2, data, m0, m1, m2, $s};return $f;
	};
	doPivot_func = function(data, lo, hi) {
		var {_q, _q$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, _v$1, _v$2, _v$3, _v$4, a, b, c, data, dups, hi, lo, m, midhi, midlo, pivot, protect, s, $s, $r, $c} = $restore(this, {data, lo, hi});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		midlo = 0;
		midhi = 0;
		m = ((((((lo + hi >> 0) >>> 0)) >>> 1 >>> 0) >> 0));
		/* */ if ((hi - lo >> 0) > 40) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((hi - lo >> 0) > 40) { */ case 1:
			s = (_q = ((hi - lo >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			$r = medianOfThree_func($clone(data, lessSwap), lo, lo + s >> 0, lo + ($imul(2, s)) >> 0); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = medianOfThree_func($clone(data, lessSwap), m, m - s >> 0, m + s >> 0); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = medianOfThree_func($clone(data, lessSwap), hi - 1 >> 0, (hi - 1 >> 0) - s >> 0, (hi - 1 >> 0) - ($imul(2, s)) >> 0); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$r = medianOfThree_func($clone(data, lessSwap), lo, m, hi - 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		pivot = lo;
		_tmp = lo + 1 >> 0;
		_tmp$1 = hi - 1 >> 0;
		a = _tmp;
		c = _tmp$1;
		/* while (true) { */ case 7:
			if (!(a < c)) { _v = false; $s = 9; continue s; }
			_r = data.Less(a, pivot); /* */ $s = 10; case 10: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r; case 9:
			/* if (!(_v)) { break; } */ if(!(_v)) { $s = 8; continue; }
			a = a + (1) >> 0;
		$s = 7; continue;
		case 8:
		b = a;
		/* while (true) { */ case 11:
			/* while (true) { */ case 13:
				if (!(b < c)) { _v$1 = false; $s = 15; continue s; }
				_r$1 = data.Less(pivot, b); /* */ $s = 16; case 16: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v$1 = !_r$1; case 15:
				/* if (!(_v$1)) { break; } */ if(!(_v$1)) { $s = 14; continue; }
				b = b + (1) >> 0;
			$s = 13; continue;
			case 14:
			/* while (true) { */ case 17:
				if (!(b < c)) { _v$2 = false; $s = 19; continue s; }
				_r$2 = data.Less(pivot, c - 1 >> 0); /* */ $s = 20; case 20: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v$2 = _r$2; case 19:
				/* if (!(_v$2)) { break; } */ if(!(_v$2)) { $s = 18; continue; }
				c = c - (1) >> 0;
			$s = 17; continue;
			case 18:
			if (b >= c) {
				/* break; */ $s = 12; continue;
			}
			$r = data.Swap(b, c - 1 >> 0); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			b = b + (1) >> 0;
			c = c - (1) >> 0;
		$s = 11; continue;
		case 12:
		protect = (hi - c >> 0) < 5;
		/* */ if (!protect && (hi - c >> 0) < (_q$1 = ((hi - lo >> 0)) / 4, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"))) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (!protect && (hi - c >> 0) < (_q$1 = ((hi - lo >> 0)) / 4, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"))) { */ case 22:
			dups = 0;
			_r$3 = data.Less(pivot, hi - 1 >> 0); /* */ $s = 26; case 26: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (!_r$3) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (!_r$3) { */ case 24:
				$r = data.Swap(c, hi - 1 >> 0); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				c = c + (1) >> 0;
				dups = dups + (1) >> 0;
			/* } */ case 25:
			_r$4 = data.Less(b - 1 >> 0, pivot); /* */ $s = 30; case 30: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (!_r$4) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (!_r$4) { */ case 28:
				b = b - (1) >> 0;
				dups = dups + (1) >> 0;
			/* } */ case 29:
			_r$5 = data.Less(m, pivot); /* */ $s = 33; case 33: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (!_r$5) { $s = 31; continue; }
			/* */ $s = 32; continue;
			/* if (!_r$5) { */ case 31:
				$r = data.Swap(m, b - 1 >> 0); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b = b - (1) >> 0;
				dups = dups + (1) >> 0;
			/* } */ case 32:
			protect = dups > 1;
		/* } */ case 23:
		/* */ if (protect) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (protect) { */ case 35:
			/* while (true) { */ case 37:
				/* while (true) { */ case 39:
					if (!(a < b)) { _v$3 = false; $s = 41; continue s; }
					_r$6 = data.Less(b - 1 >> 0, pivot); /* */ $s = 42; case 42: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_v$3 = !_r$6; case 41:
					/* if (!(_v$3)) { break; } */ if(!(_v$3)) { $s = 40; continue; }
					b = b - (1) >> 0;
				$s = 39; continue;
				case 40:
				/* while (true) { */ case 43:
					if (!(a < b)) { _v$4 = false; $s = 45; continue s; }
					_r$7 = data.Less(a, pivot); /* */ $s = 46; case 46: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_v$4 = _r$7; case 45:
					/* if (!(_v$4)) { break; } */ if(!(_v$4)) { $s = 44; continue; }
					a = a + (1) >> 0;
				$s = 43; continue;
				case 44:
				if (a >= b) {
					/* break; */ $s = 38; continue;
				}
				$r = data.Swap(a, b - 1 >> 0); /* */ $s = 47; case 47: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				a = a + (1) >> 0;
				b = b - (1) >> 0;
			$s = 37; continue;
			case 38:
		/* } */ case 36:
		$r = data.Swap(pivot, b - 1 >> 0); /* */ $s = 48; case 48: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$2 = b - 1 >> 0;
		_tmp$3 = c;
		midlo = _tmp$2;
		midhi = _tmp$3;
		$s = -1; return [midlo, midhi];
		/* */ } return; } var $f = {$blk: doPivot_func, $c: true, $r, _q, _q$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, _v$1, _v$2, _v$3, _v$4, a, b, c, data, dups, hi, lo, m, midhi, midlo, pivot, protect, s, $s};return $f;
	};
	quickSort_func = function(data, a, b, maxDepth$1) {
		var {_r, _r$1, _tuple, a, b, data, i, maxDepth$1, mhi, mlo, $s, $r, $c} = $restore(this, {data, a, b, maxDepth$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			/* if (!((b - a >> 0) > 12)) { break; } */ if(!((b - a >> 0) > 12)) { $s = 2; continue; }
			/* */ if (maxDepth$1 === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (maxDepth$1 === 0) { */ case 3:
				$r = heapSort_func($clone(data, lessSwap), a, b); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } */ case 4:
			maxDepth$1 = maxDepth$1 - (1) >> 0;
			_r = doPivot_func($clone(data, lessSwap), a, b); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			mlo = _tuple[0];
			mhi = _tuple[1];
			/* */ if ((mlo - a >> 0) < (b - mhi >> 0)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ((mlo - a >> 0) < (b - mhi >> 0)) { */ case 7:
				$r = quickSort_func($clone(data, lessSwap), a, mlo, maxDepth$1); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				a = mhi;
				$s = 9; continue;
			/* } else { */ case 8:
				$r = quickSort_func($clone(data, lessSwap), mhi, b, maxDepth$1); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b = mlo;
			/* } */ case 9:
		$s = 1; continue;
		case 2:
		/* */ if ((b - a >> 0) > 1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if ((b - a >> 0) > 1) { */ case 12:
			i = a + 6 >> 0;
			/* while (true) { */ case 14:
				/* if (!(i < b)) { break; } */ if(!(i < b)) { $s = 15; continue; }
				_r$1 = data.Less(i, i - 6 >> 0); /* */ $s = 18; case 18: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (_r$1) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (_r$1) { */ case 16:
					$r = data.Swap(i, i - 6 >> 0); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 17:
				i = i + (1) >> 0;
			$s = 14; continue;
			case 15:
			$r = insertionSort_func($clone(data, lessSwap), a, b); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 13:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: quickSort_func, $c: true, $r, _r, _r$1, _tuple, a, b, data, i, maxDepth$1, mhi, mlo, $s};return $f;
	};
	insertionSort = function(data, a, b) {
		var {_r, _v, a, b, data, i, j, $s, $r, $c} = $restore(this, {data, a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = a + 1 >> 0;
		/* while (true) { */ case 1:
			/* if (!(i < b)) { break; } */ if(!(i < b)) { $s = 2; continue; }
			j = i;
			/* while (true) { */ case 3:
				if (!(j > a)) { _v = false; $s = 5; continue s; }
				_r = data.Less(j, j - 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_v = _r; case 5:
				/* if (!(_v)) { break; } */ if(!(_v)) { $s = 4; continue; }
				$r = data.Swap(j, j - 1 >> 0); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				j = j - (1) >> 0;
			$s = 3; continue;
			case 4:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: insertionSort, $c: true, $r, _r, _v, a, b, data, i, j, $s};return $f;
	};
	siftDown = function(data, lo, hi, first) {
		var {_r, _r$1, _v, child, data, first, hi, lo, root, $s, $r, $c} = $restore(this, {data, lo, hi, first});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		root = lo;
		/* while (true) { */ case 1:
			child = ($imul(2, root)) + 1 >> 0;
			if (child >= hi) {
				/* break; */ $s = 2; continue;
			}
			if (!((child + 1 >> 0) < hi)) { _v = false; $s = 5; continue s; }
			_r = data.Less(first + child >> 0, (first + child >> 0) + 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r; case 5:
			/* */ if (_v) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_v) { */ case 3:
				child = child + (1) >> 0;
			/* } */ case 4:
			_r$1 = data.Less(first + root >> 0, first + child >> 0); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!_r$1) { */ case 7:
				$s = -1; return;
			/* } */ case 8:
			$r = data.Swap(first + root >> 0, first + child >> 0); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			root = child;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: siftDown, $c: true, $r, _r, _r$1, _v, child, data, first, hi, lo, root, $s};return $f;
	};
	heapSort = function(data, a, b) {
		var {_q, a, b, data, first, hi, i, i$1, lo, $s, $r, $c} = $restore(this, {data, a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		first = a;
		lo = 0;
		hi = b - a >> 0;
		i = (_q = ((hi - 1 >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		/* while (true) { */ case 1:
			/* if (!(i >= 0)) { break; } */ if(!(i >= 0)) { $s = 2; continue; }
			$r = siftDown(data, i, hi, first); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i - (1) >> 0;
		$s = 1; continue;
		case 2:
		i$1 = hi - 1 >> 0;
		/* while (true) { */ case 4:
			/* if (!(i$1 >= 0)) { break; } */ if(!(i$1 >= 0)) { $s = 5; continue; }
			$r = data.Swap(first, first + i$1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = siftDown(data, lo, i$1, first); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i$1 = i$1 - (1) >> 0;
		$s = 4; continue;
		case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: heapSort, $c: true, $r, _q, a, b, data, first, hi, i, i$1, lo, $s};return $f;
	};
	medianOfThree = function(data, m1, m0, m2) {
		var {_r, _r$1, _r$2, data, m0, m1, m2, $s, $r, $c} = $restore(this, {data, m1, m0, m2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = data.Less(m1, m0); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r) { */ case 1:
			$r = data.Swap(m1, m0); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = data.Less(m2, m1); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (_r$1) { */ case 5:
			$r = data.Swap(m2, m1); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$2 = data.Less(m1, m0); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (_r$2) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_r$2) { */ case 9:
				$r = data.Swap(m1, m0); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 10:
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: medianOfThree, $c: true, $r, _r, _r$1, _r$2, data, m0, m1, m2, $s};return $f;
	};
	swapRange = function(data, a, b, n) {
		var {a, b, data, i, n, $s, $r, $c} = $restore(this, {data, a, b, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 2; continue; }
			$r = data.Swap(a + i >> 0, b + i >> 0); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: swapRange, $c: true, $r, a, b, data, i, n, $s};return $f;
	};
	doPivot = function(data, lo, hi) {
		var {_q, _q$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, _v$1, _v$2, _v$3, _v$4, a, b, c, data, dups, hi, lo, m, midhi, midlo, pivot, protect, s, $s, $r, $c} = $restore(this, {data, lo, hi});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		midlo = 0;
		midhi = 0;
		m = ((((((lo + hi >> 0) >>> 0)) >>> 1 >>> 0) >> 0));
		/* */ if ((hi - lo >> 0) > 40) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((hi - lo >> 0) > 40) { */ case 1:
			s = (_q = ((hi - lo >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			$r = medianOfThree(data, lo, lo + s >> 0, lo + ($imul(2, s)) >> 0); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = medianOfThree(data, m, m - s >> 0, m + s >> 0); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = medianOfThree(data, hi - 1 >> 0, (hi - 1 >> 0) - s >> 0, (hi - 1 >> 0) - ($imul(2, s)) >> 0); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$r = medianOfThree(data, lo, m, hi - 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		pivot = lo;
		_tmp = lo + 1 >> 0;
		_tmp$1 = hi - 1 >> 0;
		a = _tmp;
		c = _tmp$1;
		/* while (true) { */ case 7:
			if (!(a < c)) { _v = false; $s = 9; continue s; }
			_r = data.Less(a, pivot); /* */ $s = 10; case 10: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r; case 9:
			/* if (!(_v)) { break; } */ if(!(_v)) { $s = 8; continue; }
			a = a + (1) >> 0;
		$s = 7; continue;
		case 8:
		b = a;
		/* while (true) { */ case 11:
			/* while (true) { */ case 13:
				if (!(b < c)) { _v$1 = false; $s = 15; continue s; }
				_r$1 = data.Less(pivot, b); /* */ $s = 16; case 16: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v$1 = !_r$1; case 15:
				/* if (!(_v$1)) { break; } */ if(!(_v$1)) { $s = 14; continue; }
				b = b + (1) >> 0;
			$s = 13; continue;
			case 14:
			/* while (true) { */ case 17:
				if (!(b < c)) { _v$2 = false; $s = 19; continue s; }
				_r$2 = data.Less(pivot, c - 1 >> 0); /* */ $s = 20; case 20: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v$2 = _r$2; case 19:
				/* if (!(_v$2)) { break; } */ if(!(_v$2)) { $s = 18; continue; }
				c = c - (1) >> 0;
			$s = 17; continue;
			case 18:
			if (b >= c) {
				/* break; */ $s = 12; continue;
			}
			$r = data.Swap(b, c - 1 >> 0); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			b = b + (1) >> 0;
			c = c - (1) >> 0;
		$s = 11; continue;
		case 12:
		protect = (hi - c >> 0) < 5;
		/* */ if (!protect && (hi - c >> 0) < (_q$1 = ((hi - lo >> 0)) / 4, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"))) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (!protect && (hi - c >> 0) < (_q$1 = ((hi - lo >> 0)) / 4, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"))) { */ case 22:
			dups = 0;
			_r$3 = data.Less(pivot, hi - 1 >> 0); /* */ $s = 26; case 26: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (!_r$3) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (!_r$3) { */ case 24:
				$r = data.Swap(c, hi - 1 >> 0); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				c = c + (1) >> 0;
				dups = dups + (1) >> 0;
			/* } */ case 25:
			_r$4 = data.Less(b - 1 >> 0, pivot); /* */ $s = 30; case 30: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (!_r$4) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (!_r$4) { */ case 28:
				b = b - (1) >> 0;
				dups = dups + (1) >> 0;
			/* } */ case 29:
			_r$5 = data.Less(m, pivot); /* */ $s = 33; case 33: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (!_r$5) { $s = 31; continue; }
			/* */ $s = 32; continue;
			/* if (!_r$5) { */ case 31:
				$r = data.Swap(m, b - 1 >> 0); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b = b - (1) >> 0;
				dups = dups + (1) >> 0;
			/* } */ case 32:
			protect = dups > 1;
		/* } */ case 23:
		/* */ if (protect) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (protect) { */ case 35:
			/* while (true) { */ case 37:
				/* while (true) { */ case 39:
					if (!(a < b)) { _v$3 = false; $s = 41; continue s; }
					_r$6 = data.Less(b - 1 >> 0, pivot); /* */ $s = 42; case 42: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_v$3 = !_r$6; case 41:
					/* if (!(_v$3)) { break; } */ if(!(_v$3)) { $s = 40; continue; }
					b = b - (1) >> 0;
				$s = 39; continue;
				case 40:
				/* while (true) { */ case 43:
					if (!(a < b)) { _v$4 = false; $s = 45; continue s; }
					_r$7 = data.Less(a, pivot); /* */ $s = 46; case 46: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_v$4 = _r$7; case 45:
					/* if (!(_v$4)) { break; } */ if(!(_v$4)) { $s = 44; continue; }
					a = a + (1) >> 0;
				$s = 43; continue;
				case 44:
				if (a >= b) {
					/* break; */ $s = 38; continue;
				}
				$r = data.Swap(a, b - 1 >> 0); /* */ $s = 47; case 47: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				a = a + (1) >> 0;
				b = b - (1) >> 0;
			$s = 37; continue;
			case 38:
		/* } */ case 36:
		$r = data.Swap(pivot, b - 1 >> 0); /* */ $s = 48; case 48: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$2 = b - 1 >> 0;
		_tmp$3 = c;
		midlo = _tmp$2;
		midhi = _tmp$3;
		$s = -1; return [midlo, midhi];
		/* */ } return; } var $f = {$blk: doPivot, $c: true, $r, _q, _q$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, _v$1, _v$2, _v$3, _v$4, a, b, c, data, dups, hi, lo, m, midhi, midlo, pivot, protect, s, $s};return $f;
	};
	quickSort = function(data, a, b, maxDepth$1) {
		var {_r, _r$1, _tuple, a, b, data, i, maxDepth$1, mhi, mlo, $s, $r, $c} = $restore(this, {data, a, b, maxDepth$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			/* if (!((b - a >> 0) > 12)) { break; } */ if(!((b - a >> 0) > 12)) { $s = 2; continue; }
			/* */ if (maxDepth$1 === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (maxDepth$1 === 0) { */ case 3:
				$r = heapSort(data, a, b); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } */ case 4:
			maxDepth$1 = maxDepth$1 - (1) >> 0;
			_r = doPivot(data, a, b); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			mlo = _tuple[0];
			mhi = _tuple[1];
			/* */ if ((mlo - a >> 0) < (b - mhi >> 0)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ((mlo - a >> 0) < (b - mhi >> 0)) { */ case 7:
				$r = quickSort(data, a, mlo, maxDepth$1); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				a = mhi;
				$s = 9; continue;
			/* } else { */ case 8:
				$r = quickSort(data, mhi, b, maxDepth$1); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b = mlo;
			/* } */ case 9:
		$s = 1; continue;
		case 2:
		/* */ if ((b - a >> 0) > 1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if ((b - a >> 0) > 1) { */ case 12:
			i = a + 6 >> 0;
			/* while (true) { */ case 14:
				/* if (!(i < b)) { break; } */ if(!(i < b)) { $s = 15; continue; }
				_r$1 = data.Less(i, i - 6 >> 0); /* */ $s = 18; case 18: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (_r$1) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (_r$1) { */ case 16:
					$r = data.Swap(i, i - 6 >> 0); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 17:
				i = i + (1) >> 0;
			$s = 14; continue;
			case 15:
			$r = insertionSort(data, a, b); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 13:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: quickSort, $c: true, $r, _r, _r$1, _tuple, a, b, data, i, maxDepth$1, mhi, mlo, $s};return $f;
	};
	Sort = function(data) {
		var {_r, data, n, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = data.Len(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		n = _r;
		$r = quickSort(data, 0, n, maxDepth(n)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Sort, $c: true, $r, _r, data, n, $s};return $f;
	};
	$pkg.Sort = Sort;
	maxDepth = function(n) {
		var depth, i, n;
		depth = 0;
		i = n;
		while (true) {
			if (!(i > 0)) { break; }
			depth = depth + (1) >> 0;
			i = (i >> $min((1), 31)) >> 0;
		}
		return $imul(depth, 2);
	};
	IntSlice.prototype.Len = function() {
		var x;
		x = this;
		return x.$length;
	};
	$ptrType(IntSlice).prototype.Len = function() { return this.$get().Len(); };
	IntSlice.prototype.Less = function(i, j) {
		var i, j, x;
		x = this;
		return ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) < ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]);
	};
	$ptrType(IntSlice).prototype.Less = function(i, j) { return this.$get().Less(i, j); };
	IntSlice.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, i, j, x;
		x = this;
		_tmp = ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]);
		_tmp$1 = ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]);
		((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = _tmp);
		((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j] = _tmp$1);
	};
	$ptrType(IntSlice).prototype.Swap = function(i, j) { return this.$get().Swap(i, j); };
	IntSlice.prototype.Sort = function() {
		var {x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		$r = Sort(x); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: IntSlice.prototype.Sort, $c: true, $r, x, $s};return $f;
	};
	$ptrType(IntSlice).prototype.Sort = function() { return this.$get().Sort(); };
	StringSlice.prototype.Len = function() {
		var x;
		x = this;
		return x.$length;
	};
	$ptrType(StringSlice).prototype.Len = function() { return this.$get().Len(); };
	StringSlice.prototype.Less = function(i, j) {
		var i, j, x;
		x = this;
		return ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) < ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]);
	};
	$ptrType(StringSlice).prototype.Less = function(i, j) { return this.$get().Less(i, j); };
	StringSlice.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, i, j, x;
		x = this;
		_tmp = ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]);
		_tmp$1 = ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]);
		((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = _tmp);
		((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j] = _tmp$1);
	};
	$ptrType(StringSlice).prototype.Swap = function(i, j) { return this.$get().Swap(i, j); };
	StringSlice.prototype.Sort = function() {
		var {x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		$r = Sort(x); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: StringSlice.prototype.Sort, $c: true, $r, x, $s};return $f;
	};
	$ptrType(StringSlice).prototype.Sort = function() { return this.$get().Sort(); };
	Ints = function(x) {
		var {x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = Sort(($convertSliceType(x, IntSlice))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Ints, $c: true, $r, x, $s};return $f;
	};
	$pkg.Ints = Ints;
	Strings = function(x) {
		var {x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = Sort(($convertSliceType(x, StringSlice))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Strings, $c: true, $r, x, $s};return $f;
	};
	$pkg.Strings = Strings;
	Stable = function(data) {
		var {_arg, _arg$1, _r, data, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = data;
		_r = data.Len(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = _r;
		$r = stable(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Stable, $c: true, $r, _arg, _arg$1, _r, data, $s};return $f;
	};
	$pkg.Stable = Stable;
	stable = function(data, n) {
		var {_tmp, _tmp$1, _tmp$2, _tmp$3, a, b, blockSize, data, m, n, $s, $r, $c} = $restore(this, {data, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		blockSize = 20;
		_tmp = 0;
		_tmp$1 = blockSize;
		a = _tmp;
		b = _tmp$1;
		/* while (true) { */ case 1:
			/* if (!(b <= n)) { break; } */ if(!(b <= n)) { $s = 2; continue; }
			$r = insertionSort(data, a, b); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			a = b;
			b = b + (blockSize) >> 0;
		$s = 1; continue;
		case 2:
		$r = insertionSort(data, a, n); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* while (true) { */ case 5:
			/* if (!(blockSize < n)) { break; } */ if(!(blockSize < n)) { $s = 6; continue; }
			_tmp$2 = 0;
			_tmp$3 = $imul(2, blockSize);
			a = _tmp$2;
			b = _tmp$3;
			/* while (true) { */ case 7:
				/* if (!(b <= n)) { break; } */ if(!(b <= n)) { $s = 8; continue; }
				$r = symMerge(data, a, a + blockSize >> 0, b); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				a = b;
				b = b + (($imul(2, blockSize))) >> 0;
			$s = 7; continue;
			case 8:
			m = a + blockSize >> 0;
			/* */ if (m < n) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (m < n) { */ case 10:
				$r = symMerge(data, a, m, n); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 11:
			blockSize = $imul(blockSize, (2));
		$s = 5; continue;
		case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: stable, $c: true, $r, _tmp, _tmp$1, _tmp$2, _tmp$3, a, b, blockSize, data, m, n, $s};return $f;
	};
	symMerge = function(data, a, m, b) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, a, b, c, data, end, h, h$1, i, i$1, j, j$1, k, k$1, m, mid, n, p, r, start, $s, $r, $c} = $restore(this, {data, a, m, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if ((m - a >> 0) === 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((m - a >> 0) === 1) { */ case 1:
			i = m;
			j = b;
			/* while (true) { */ case 3:
				/* if (!(i < j)) { break; } */ if(!(i < j)) { $s = 4; continue; }
				h = ((((((i + j >> 0) >>> 0)) >>> 1 >>> 0) >> 0));
				_r = data.Less(h, a); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				/* */ if (_r) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_r) { */ case 5:
					i = h + 1 >> 0;
					$s = 7; continue;
				/* } else { */ case 6:
					j = h;
				/* } */ case 7:
			$s = 3; continue;
			case 4:
			k = a;
			/* while (true) { */ case 9:
				/* if (!(k < (i - 1 >> 0))) { break; } */ if(!(k < (i - 1 >> 0))) { $s = 10; continue; }
				$r = data.Swap(k, k + 1 >> 0); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				k = k + (1) >> 0;
			$s = 9; continue;
			case 10:
			$s = -1; return;
		/* } */ case 2:
		/* */ if ((b - m >> 0) === 1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if ((b - m >> 0) === 1) { */ case 12:
			i$1 = a;
			j$1 = m;
			/* while (true) { */ case 14:
				/* if (!(i$1 < j$1)) { break; } */ if(!(i$1 < j$1)) { $s = 15; continue; }
				h$1 = ((((((i$1 + j$1 >> 0) >>> 0)) >>> 1 >>> 0) >> 0));
				_r$1 = data.Less(m, h$1); /* */ $s = 19; case 19: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (!_r$1) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (!_r$1) { */ case 16:
					i$1 = h$1 + 1 >> 0;
					$s = 18; continue;
				/* } else { */ case 17:
					j$1 = h$1;
				/* } */ case 18:
			$s = 14; continue;
			case 15:
			k$1 = m;
			/* while (true) { */ case 20:
				/* if (!(k$1 > i$1)) { break; } */ if(!(k$1 > i$1)) { $s = 21; continue; }
				$r = data.Swap(k$1, k$1 - 1 >> 0); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				k$1 = k$1 - (1) >> 0;
			$s = 20; continue;
			case 21:
			$s = -1; return;
		/* } */ case 13:
		mid = ((((((a + b >> 0) >>> 0)) >>> 1 >>> 0) >> 0));
		n = mid + m >> 0;
		_tmp = 0;
		_tmp$1 = 0;
		start = _tmp;
		r = _tmp$1;
		if (m > mid) {
			start = n - b >> 0;
			r = mid;
		} else {
			start = a;
			r = m;
		}
		p = n - 1 >> 0;
		/* while (true) { */ case 23:
			/* if (!(start < r)) { break; } */ if(!(start < r)) { $s = 24; continue; }
			c = ((((((start + r >> 0) >>> 0)) >>> 1 >>> 0) >> 0));
			_r$2 = data.Less(p - c >> 0, c); /* */ $s = 28; case 28: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (!_r$2) { $s = 25; continue; }
			/* */ $s = 26; continue;
			/* if (!_r$2) { */ case 25:
				start = c + 1 >> 0;
				$s = 27; continue;
			/* } else { */ case 26:
				r = c;
			/* } */ case 27:
		$s = 23; continue;
		case 24:
		end = n - start >> 0;
		/* */ if (start < m && m < end) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (start < m && m < end) { */ case 29:
			$r = rotate(data, start, m, end); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 30:
		/* */ if (a < start && start < mid) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (a < start && start < mid) { */ case 32:
			$r = symMerge(data, a, start, mid); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 33:
		/* */ if (mid < end && end < b) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (mid < end && end < b) { */ case 35:
			$r = symMerge(data, mid, end, b); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 36:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: symMerge, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, a, b, c, data, end, h, h$1, i, i$1, j, j$1, k, k$1, m, mid, n, p, r, start, $s};return $f;
	};
	rotate = function(data, a, m, b) {
		var {a, b, data, i, j, m, $s, $r, $c} = $restore(this, {data, a, m, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = m - a >> 0;
		j = b - m >> 0;
		/* while (true) { */ case 1:
			/* if (!(!((i === j)))) { break; } */ if(!(!((i === j)))) { $s = 2; continue; }
			/* */ if (i > j) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (i > j) { */ case 3:
				$r = swapRange(data, m - i >> 0, m, j); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				i = i - (j) >> 0;
				$s = 5; continue;
			/* } else { */ case 4:
				$r = swapRange(data, m - i >> 0, (m + j >> 0) - i >> 0, i); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				j = j - (i) >> 0;
			/* } */ case 5:
		$s = 1; continue;
		case 2:
		$r = swapRange(data, m - i >> 0, m, i); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: rotate, $c: true, $r, a, b, data, i, j, m, $s};return $f;
	};
	Slice = function(x, less) {
		var {_r, _r$1, length, less, rv, swap, x, $s, $r, $c} = $restore(this, {x, less});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = reflectValueOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		rv = $clone(_r, reflectlite.Value);
		_r$1 = reflectSwapper(x); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		swap = _r$1;
		length = $clone(rv, reflectlite.Value).Len();
		$r = quickSort_func(new lessSwap.ptr(less, swap), 0, length, maxDepth(length)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Slice, $c: true, $r, _r, _r$1, length, less, rv, swap, x, $s};return $f;
	};
	$pkg.Slice = Slice;
	Search = function(n, f) {
		var {_r, _tmp, _tmp$1, f, h, i, j, n, $s, $r, $c} = $restore(this, {n, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = 0;
		_tmp$1 = n;
		i = _tmp;
		j = _tmp$1;
		/* while (true) { */ case 1:
			/* if (!(i < j)) { break; } */ if(!(i < j)) { $s = 2; continue; }
			h = ((((((i + j >> 0) >>> 0)) >>> 1 >>> 0) >> 0));
			_r = f(h); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (!_r) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!_r) { */ case 3:
				i = h + 1 >> 0;
				$s = 5; continue;
			/* } else { */ case 4:
				j = h;
			/* } */ case 5:
		$s = 1; continue;
		case 2:
		$s = -1; return i;
		/* */ } return; } var $f = {$blk: Search, $c: true, $r, _r, _tmp, _tmp$1, f, h, i, j, n, $s};return $f;
	};
	$pkg.Search = Search;
	SearchInts = function(a, x) {
		var {$24r, _r, a, x, $s, $r, $c} = $restore(this, {a, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = [a];
		x = [x];
		_r = Search(a[0].$length, (function(a, x) { return function(i) {
			var i;
			return ((i < 0 || i >= a[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : a[0].$array[a[0].$offset + i]) >= x[0];
		}; })(a, x)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: SearchInts, $c: true, $r, $24r, _r, a, x, $s};return $f;
	};
	$pkg.SearchInts = SearchInts;
	SearchStrings = function(a, x) {
		var {$24r, _r, a, x, $s, $r, $c} = $restore(this, {a, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = [a];
		x = [x];
		_r = Search(a[0].$length, (function(a, x) { return function(i) {
			var i;
			return ((i < 0 || i >= a[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : a[0].$array[a[0].$offset + i]) >= x[0];
		}; })(a, x)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: SearchStrings, $c: true, $r, $24r, _r, a, x, $s};return $f;
	};
	$pkg.SearchStrings = SearchStrings;
	IntSlice.prototype.Search = function(x) {
		var {$24r, _r, p, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = SearchInts($convertSliceType(p, sliceType), x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: IntSlice.prototype.Search, $c: true, $r, $24r, _r, p, x, $s};return $f;
	};
	$ptrType(IntSlice).prototype.Search = function(x) { return this.$get().Search(x); };
	StringSlice.prototype.Search = function(x) {
		var {$24r, _r, p, x, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = SearchStrings($convertSliceType(p, sliceType$2), x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: StringSlice.prototype.Search, $c: true, $r, $24r, _r, p, x, $s};return $f;
	};
	$ptrType(StringSlice).prototype.Search = function(x) { return this.$get().Search(x); };
	IntSlice.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}, {prop: "Sort", name: "Sort", pkg: "", typ: $funcType([], [], false)}, {prop: "Search", name: "Search", pkg: "", typ: $funcType([$Int], [$Int], false)}];
	StringSlice.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}, {prop: "Sort", name: "Sort", pkg: "", typ: $funcType([], [], false)}, {prop: "Search", name: "Search", pkg: "", typ: $funcType([$String], [$Int], false)}];
	lessSwap.init("", [{prop: "Less", name: "Less", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Swap", name: "Swap", embedded: false, exported: true, typ: funcType$1, tag: ""}]);
	IntSlice.init($Int);
	StringSlice.init($String);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = reflectlite.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		reflectValueOf = reflectlite.ValueOf;
		reflectSwapper = reflectlite.Swapper;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/fmtsort"] = (function() {
	var $pkg = {}, $init, reflect, sort, SortedMap, ptrType, sliceType, Sort, compare, nilCompare, floatCompare, isNaN;
	reflect = $packages["reflect"];
	sort = $packages["sort"];
	SortedMap = $pkg.SortedMap = $newType(0, $kindStruct, "fmtsort.SortedMap", true, "internal/fmtsort", true, function(Key_, Value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Key = sliceType.nil;
			this.Value = sliceType.nil;
			return;
		}
		this.Key = Key_;
		this.Value = Value_;
	});
	ptrType = $ptrType(SortedMap);
	sliceType = $sliceType(reflect.Value);
	SortedMap.ptr.prototype.Len = function() {
		var o;
		o = this;
		return o.Key.$length;
	};
	SortedMap.prototype.Len = function() { return this.$val.Len(); };
	SortedMap.ptr.prototype.Less = function(i, j) {
		var {$24r, _r, i, j, o, x, x$1, $s, $r, $c} = $restore(this, {i, j});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r = compare($clone((x = o.Key, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])), reflect.Value), $clone((x$1 = o.Key, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j])), reflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r < 0;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: SortedMap.ptr.prototype.Less, $c: true, $r, $24r, _r, i, j, o, x, x$1, $s};return $f;
	};
	SortedMap.prototype.Less = function(i, j) { return this.$val.Less(i, j); };
	SortedMap.ptr.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, i, j, o, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7;
		o = this;
		_tmp = (x = o.Key, ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]));
		_tmp$1 = (x$1 = o.Key, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
		(x$2 = o.Key, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i] = _tmp));
		(x$3 = o.Key, ((j < 0 || j >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + j] = _tmp$1));
		_tmp$2 = (x$4 = o.Value, ((j < 0 || j >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + j]));
		_tmp$3 = (x$5 = o.Value, ((i < 0 || i >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i]));
		(x$6 = o.Value, ((i < 0 || i >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i] = _tmp$2));
		(x$7 = o.Value, ((j < 0 || j >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + j] = _tmp$3));
	};
	SortedMap.prototype.Swap = function(i, j) { return this.$val.Swap(i, j); };
	Sort = function(mapValue) {
		var {_r, _r$1, _r$2, _r$3, iter, key, mapValue, n, sorted, value, $s, $r, $c} = $restore(this, {mapValue});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(mapValue, reflect.Value).Type().Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 21))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 21))) { */ case 1:
			$s = -1; return ptrType.nil;
		/* } */ case 2:
		n = $clone(mapValue, reflect.Value).Len();
		key = $makeSlice(sliceType, 0, n);
		value = $makeSlice(sliceType, 0, n);
		iter = $clone(mapValue, reflect.Value).MapRange();
		/* while (true) { */ case 4:
			_r$1 = iter.Next(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* if (!(_r$1)) { break; } */ if(!(_r$1)) { $s = 5; continue; }
			_r$2 = iter.Key(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			key = $append(key, _r$2);
			_r$3 = iter.Value(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			value = $append(value, _r$3);
		$s = 4; continue;
		case 5:
		sorted = new SortedMap.ptr(key, value);
		$r = sort.Stable(sorted); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return sorted;
		/* */ } return; } var $f = {$blk: Sort, $c: true, $r, _r, _r$1, _r$2, _r$3, iter, key, mapValue, n, sorted, value, $s};return $f;
	};
	$pkg.Sort = Sort;
	compare = function(aVal, bVal) {
		var {$24r, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, a, a$1, a$2, a$3, a$4, a$5, aType, aVal, ap, b, b$1, b$2, b$3, b$4, b$5, bType, bVal, bp, c, c$1, c$2, c$3, c$4, c$5, i, i$1, ok, ok$1, $s, $r, $c} = $restore(this, {aVal, bVal});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = $clone(aVal, reflect.Value).Type();
		_tmp$1 = $clone(bVal, reflect.Value).Type();
		aType = _tmp;
		bType = _tmp$1;
		if (!($interfaceIsEqual(aType, bType))) {
			$s = -1; return -1;
		}
			_1 = $clone(aVal, reflect.Value).Kind();
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 2; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 3; continue; }
			/* */ if (_1 === (24)) { $s = 4; continue; }
			/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 5; continue; }
			/* */ if ((_1 === (15)) || (_1 === (16))) { $s = 6; continue; }
			/* */ if (_1 === (1)) { $s = 7; continue; }
			/* */ if ((_1 === (22)) || (_1 === (26))) { $s = 8; continue; }
			/* */ if (_1 === (18)) { $s = 9; continue; }
			/* */ if (_1 === (25)) { $s = 10; continue; }
			/* */ if (_1 === (17)) { $s = 11; continue; }
			/* */ if (_1 === (20)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 2:
				_tmp$2 = $clone(aVal, reflect.Value).Int();
				_tmp$3 = $clone(bVal, reflect.Value).Int();
				a = _tmp$2;
				b = _tmp$3;
				if ((a.$high < b.$high || (a.$high === b.$high && a.$low < b.$low))) {
					$s = -1; return -1;
				} else if ((a.$high > b.$high || (a.$high === b.$high && a.$low > b.$low))) {
					$s = -1; return 1;
				} else {
					$s = -1; return 0;
				}
				$s = 14; continue;
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 3:
				_tmp$4 = $clone(aVal, reflect.Value).Uint();
				_tmp$5 = $clone(bVal, reflect.Value).Uint();
				a$1 = _tmp$4;
				b$1 = _tmp$5;
				if ((a$1.$high < b$1.$high || (a$1.$high === b$1.$high && a$1.$low < b$1.$low))) {
					$s = -1; return -1;
				} else if ((a$1.$high > b$1.$high || (a$1.$high === b$1.$high && a$1.$low > b$1.$low))) {
					$s = -1; return 1;
				} else {
					$s = -1; return 0;
				}
				$s = 14; continue;
			/* } else if (_1 === (24)) { */ case 4:
				_r = $clone(aVal, reflect.Value).String(); /* */ $s = 15; case 15: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tmp$6 = _r;
				_r$1 = $clone(bVal, reflect.Value).String(); /* */ $s = 16; case 16: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tmp$7 = _r$1;
				a$2 = _tmp$6;
				b$2 = _tmp$7;
				if (a$2 < b$2) {
					$s = -1; return -1;
				} else if (a$2 > b$2) {
					$s = -1; return 1;
				} else {
					$s = -1; return 0;
				}
				$s = 14; continue;
			/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 5:
				$s = -1; return floatCompare($clone(aVal, reflect.Value).Float(), $clone(bVal, reflect.Value).Float());
			/* } else if ((_1 === (15)) || (_1 === (16))) { */ case 6:
				_tmp$8 = $clone(aVal, reflect.Value).Complex();
				_tmp$9 = $clone(bVal, reflect.Value).Complex();
				a$3 = _tmp$8;
				b$3 = _tmp$9;
				c = floatCompare(a$3.$real, b$3.$real);
				if (!((c === 0))) {
					$s = -1; return c;
				}
				$s = -1; return floatCompare(a$3.$imag, b$3.$imag);
			/* } else if (_1 === (1)) { */ case 7:
				_tmp$10 = $clone(aVal, reflect.Value).Bool();
				_tmp$11 = $clone(bVal, reflect.Value).Bool();
				a$4 = _tmp$10;
				b$4 = _tmp$11;
				if (a$4 === b$4) {
					$s = -1; return 0;
				} else if (a$4) {
					$s = -1; return 1;
				} else {
					$s = -1; return -1;
				}
				$s = 14; continue;
			/* } else if ((_1 === (22)) || (_1 === (26))) { */ case 8:
				_tmp$12 = $clone(aVal, reflect.Value).Pointer();
				_tmp$13 = $clone(bVal, reflect.Value).Pointer();
				a$5 = _tmp$12;
				b$5 = _tmp$13;
				if (a$5 < b$5) {
					$s = -1; return -1;
				} else if (a$5 > b$5) {
					$s = -1; return 1;
				} else {
					$s = -1; return 0;
				}
				$s = 14; continue;
			/* } else if (_1 === (18)) { */ case 9:
				_tuple = nilCompare($clone(aVal, reflect.Value), $clone(bVal, reflect.Value));
				c$1 = _tuple[0];
				ok = _tuple[1];
				if (ok) {
					$s = -1; return c$1;
				}
				_tmp$14 = $clone(aVal, reflect.Value).Pointer();
				_tmp$15 = $clone(bVal, reflect.Value).Pointer();
				ap = _tmp$14;
				bp = _tmp$15;
				if (ap < bp) {
					$s = -1; return -1;
				} else if (ap > bp) {
					$s = -1; return 1;
				} else {
					$s = -1; return 0;
				}
				$s = 14; continue;
			/* } else if (_1 === (25)) { */ case 10:
				i = 0;
				/* while (true) { */ case 17:
					/* if (!(i < $clone(aVal, reflect.Value).NumField())) { break; } */ if(!(i < $clone(aVal, reflect.Value).NumField())) { $s = 18; continue; }
					_r$2 = $clone(aVal, reflect.Value).Field(i); /* */ $s = 19; case 19: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_arg = $clone(_r$2, reflect.Value);
					_r$3 = $clone(bVal, reflect.Value).Field(i); /* */ $s = 20; case 20: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_arg$1 = $clone(_r$3, reflect.Value);
					_r$4 = compare(_arg, _arg$1); /* */ $s = 21; case 21: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					c$2 = _r$4;
					if (!((c$2 === 0))) {
						$s = -1; return c$2;
					}
					i = i + (1) >> 0;
				$s = 17; continue;
				case 18:
				$s = -1; return 0;
			/* } else if (_1 === (17)) { */ case 11:
				i$1 = 0;
				/* while (true) { */ case 22:
					/* if (!(i$1 < $clone(aVal, reflect.Value).Len())) { break; } */ if(!(i$1 < $clone(aVal, reflect.Value).Len())) { $s = 23; continue; }
					_r$5 = $clone(aVal, reflect.Value).Index(i$1); /* */ $s = 24; case 24: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_arg$2 = $clone(_r$5, reflect.Value);
					_r$6 = $clone(bVal, reflect.Value).Index(i$1); /* */ $s = 25; case 25: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_arg$3 = $clone(_r$6, reflect.Value);
					_r$7 = compare(_arg$2, _arg$3); /* */ $s = 26; case 26: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					c$3 = _r$7;
					if (!((c$3 === 0))) {
						$s = -1; return c$3;
					}
					i$1 = i$1 + (1) >> 0;
				$s = 22; continue;
				case 23:
				$s = -1; return 0;
			/* } else if (_1 === (20)) { */ case 12:
				_tuple$1 = nilCompare($clone(aVal, reflect.Value), $clone(bVal, reflect.Value));
				c$4 = _tuple$1[0];
				ok$1 = _tuple$1[1];
				if (ok$1) {
					$s = -1; return c$4;
				}
				_r$8 = $clone(aVal, reflect.Value).Elem(); /* */ $s = 27; case 27: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, reflect.Value).Type(); /* */ $s = 28; case 28: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = reflect.ValueOf(_r$9); /* */ $s = 29; case 29: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_arg$4 = $clone(_r$10, reflect.Value);
				_r$11 = $clone(bVal, reflect.Value).Elem(); /* */ $s = 30; case 30: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = $clone(_r$11, reflect.Value).Type(); /* */ $s = 31; case 31: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = reflect.ValueOf(_r$12); /* */ $s = 32; case 32: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$5 = $clone(_r$13, reflect.Value);
				_r$14 = compare(_arg$4, _arg$5); /* */ $s = 33; case 33: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				c$5 = _r$14;
				if (!((c$5 === 0))) {
					$s = -1; return c$5;
				}
				_r$15 = $clone(aVal, reflect.Value).Elem(); /* */ $s = 34; case 34: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_arg$6 = $clone(_r$15, reflect.Value);
				_r$16 = $clone(bVal, reflect.Value).Elem(); /* */ $s = 35; case 35: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_arg$7 = $clone(_r$16, reflect.Value);
				_r$17 = compare(_arg$6, _arg$7); /* */ $s = 36; case 36: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r = _r$17;
				$s = 37; case 37: return $24r;
			/* } else { */ case 13:
				_r$18 = aType.String(); /* */ $s = 38; case 38: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				$panic(new $String("bad type in compare: " + _r$18));
			/* } */ case 14:
		case 1:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: compare, $c: true, $r, $24r, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, a, a$1, a$2, a$3, a$4, a$5, aType, aVal, ap, b, b$1, b$2, b$3, b$4, b$5, bType, bVal, bp, c, c$1, c$2, c$3, c$4, c$5, i, i$1, ok, ok$1, $s};return $f;
	};
	nilCompare = function(aVal, bVal) {
		var aVal, bVal;
		if ($clone(aVal, reflect.Value).IsNil()) {
			if ($clone(bVal, reflect.Value).IsNil()) {
				return [0, true];
			}
			return [-1, true];
		}
		if ($clone(bVal, reflect.Value).IsNil()) {
			return [1, true];
		}
		return [0, false];
	};
	floatCompare = function(a, b) {
		var a, b;
		if (isNaN(a)) {
			return -1;
		} else if (isNaN(b)) {
			return 1;
		} else if (a < b) {
			return -1;
		} else if (a > b) {
			return 1;
		}
		return 0;
	};
	isNaN = function(a) {
		var a;
		return !((a === a));
	};
	ptrType.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}];
	SortedMap.init("", [{prop: "Key", name: "Key", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: sliceType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = reflect.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/oserror"] = (function() {
	var $pkg = {}, $init, errors;
	errors = $packages["errors"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrInvalid = errors.New("invalid argument");
		$pkg.ErrPermission = errors.New("permission denied");
		$pkg.ErrExist = errors.New("file already exists");
		$pkg.ErrNotExist = errors.New("file does not exist");
		$pkg.ErrClosed = errors.New("file already closed");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["syscall/js"] = (function() {
	var $pkg = {}, $init, js, Type, Func, Error, Value, ValueError, funcType, arrayType, sliceType, mapType, sliceType$1, ptrType, sliceType$2, ptrType$1, ptrType$2, id, instanceOf, getValueType, Global, Null, Undefined, FuncOf, objectToValue, init, ValueOf, convertArgs, convertJSError, CopyBytesToGo, CopyBytesToJS;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	Type = $pkg.Type = $newType(4, $kindInt, "js.Type", true, "syscall/js", true, null);
	Func = $pkg.Func = $newType(0, $kindStruct, "js.Func", true, "syscall/js", true, function(Value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Value = new Value.ptr(null, false, arrayType.zero());
			return;
		}
		this.Value = Value_;
	});
	Error = $pkg.Error = $newType(0, $kindStruct, "js.Error", true, "syscall/js", true, function(Value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Value = new Value.ptr(null, false, arrayType.zero());
			return;
		}
		this.Value = Value_;
	});
	Value = $pkg.Value = $newType(0, $kindStruct, "js.Value", true, "syscall/js", true, function(v_, inited_, _$2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = null;
			this.inited = false;
			this._$2 = arrayType.zero();
			return;
		}
		this.v = v_;
		this.inited = inited_;
		this._$2 = _$2_;
	});
	ValueError = $pkg.ValueError = $newType(0, $kindStruct, "js.ValueError", true, "syscall/js", true, function(Method_, Type_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Method = "";
			this.Type = 0;
			return;
		}
		this.Method = Method_;
		this.Type = Type_;
	});
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	sliceType = $sliceType(Value);
	mapType = $mapType($String, $emptyInterface);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType = $ptrType(js.Error);
	sliceType$2 = $sliceType($Uint8);
	ptrType$1 = $ptrType(js.Object);
	ptrType$2 = $ptrType(ValueError);
	Type.prototype.String = function() {
		var _1, t;
		t = this.$val;
		_1 = t;
		if (_1 === (0)) {
			return "undefined";
		} else if (_1 === (1)) {
			return "null";
		} else if (_1 === (2)) {
			return "boolean";
		} else if (_1 === (3)) {
			return "number";
		} else if (_1 === (4)) {
			return "string";
		} else if (_1 === (5)) {
			return "symbol";
		} else if (_1 === (6)) {
			return "object";
		} else if (_1 === (7)) {
			return "function";
		} else {
			$panic(new $String("bad type"));
		}
	};
	$ptrType(Type).prototype.String = function() { return new Type(this.$get()).String(); };
	Type.prototype.isObject = function() {
		var t;
		t = this.$val;
		return (t === 6) || (t === 7);
	};
	$ptrType(Type).prototype.isObject = function() { return new Type(this.$get()).isObject(); };
	Global = function() {
		return objectToValue($global);
	};
	$pkg.Global = Global;
	Null = function() {
		return objectToValue(null);
	};
	$pkg.Null = Null;
	Undefined = function() {
		return objectToValue(undefined);
	};
	$pkg.Undefined = Undefined;
	Func.ptr.prototype.Release = function() {
		var f;
		f = this;
		$exportedFunctions = ($parseInt($exportedFunctions) >> 0) - 1 >> 0;
		Value.copy(f.Value, Null());
	};
	Func.prototype.Release = function() { return this.$val.Release(); };
	FuncOf = function(fn) {
		var fn;
		$exportedFunctions = ($parseInt($exportedFunctions) >> 0) + 1 >> 0;
		return new Func.ptr($clone(objectToValue(js.MakeFunc((function $b(this$1, args) {
			var {$24r, _i, _r, _ref, a, args, i, this$1, vargs, $s, $r, $c} = $restore(this, {this$1, args});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			vargs = $makeSlice(sliceType, args.$length);
			_ref = args;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				a = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				Value.copy(((i < 0 || i >= vargs.$length) ? ($throwRuntimeError("index out of range"), undefined) : vargs.$array[vargs.$offset + i]), objectToValue(a));
				_i++;
			}
			_r = fn($clone(objectToValue(this$1), Value), vargs); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _i, _r, _ref, a, args, i, this$1, vargs, $s};return $f;
		}))), Value));
	};
	$pkg.FuncOf = FuncOf;
	Error.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "JavaScript error: " + $clone($clone(e.Value, Value).Get("message"), Value).String();
	};
	Error.prototype.Error = function() { return this.$val.Error(); };
	objectToValue = function(obj) {
		var obj;
		if (obj === undefined) {
			return new Value.ptr(null, false, arrayType.zero());
		}
		return new Value.ptr(obj, true, arrayType.zero());
	};
	init = function() {
		if (!($global === null)) {
			id = $global.eval($externalize("(function(x) { return x; })", $String));
			instanceOf = $global.eval($externalize("(function(x, y) { return x instanceof y; })", $String));
			getValueType = $global.eval($externalize("(function(x) {\n  if (typeof(x) === \"undefined\") {\n    return 0; // TypeUndefined\n  }\n  if (x === null) {\n    return 1; // TypeNull\n  }\n  if (typeof(x) === \"boolean\") {\n    return 2; // TypeBoolean\n  }\n  if (typeof(x) === \"number\") {\n    return 3; // TypeNumber\n  }\n  if (typeof(x) === \"string\") {\n    return 4; // TypeString\n  }\n  if (typeof(x) === \"symbol\") {\n    return 5; // TypeSymbol\n  }\n  if (typeof(x) === \"function\") {\n    return 7; // TypeFunction\n  }\n  return 6; // TypeObject\n})", $String));
		}
	};
	ValueOf = function(x) {
		var _ref, x, x$1, x$2, x$3, x$4, x$5;
		_ref = x;
		if ($assertType(_ref, Value, true)[1]) {
			x$1 = $clone(_ref.$val, Value);
			return x$1;
		} else if ($assertType(_ref, Func, true)[1]) {
			x$2 = $clone(_ref.$val, Func);
			return x$2.Value;
		} else if (_ref === $ifaceNil) {
			x$3 = _ref;
			return Null();
		} else if ($assertType(_ref, $Bool, true)[1] || $assertType(_ref, $Int, true)[1] || $assertType(_ref, $Int8, true)[1] || $assertType(_ref, $Int16, true)[1] || $assertType(_ref, $Int32, true)[1] || $assertType(_ref, $Int64, true)[1] || $assertType(_ref, $Uint, true)[1] || $assertType(_ref, $Uint8, true)[1] || $assertType(_ref, $Uint16, true)[1] || $assertType(_ref, $Uint32, true)[1] || $assertType(_ref, $Uint64, true)[1] || $assertType(_ref, $Float32, true)[1] || $assertType(_ref, $Float64, true)[1] || $assertType(_ref, $UnsafePointer, true)[1] || $assertType(_ref, $String, true)[1] || $assertType(_ref, mapType, true)[1] || $assertType(_ref, sliceType$1, true)[1]) {
			x$4 = _ref;
			return objectToValue(id($externalize(x$4, $emptyInterface)));
		} else {
			x$5 = _ref;
			$panic(new $String("ValueOf: invalid value"));
		}
	};
	$pkg.ValueOf = ValueOf;
	Value.ptr.prototype.internal = function() {
		var v;
		v = this;
		if (!v.inited) {
			return undefined;
		}
		return v.v;
	};
	Value.prototype.internal = function() { return this.$val.internal(); };
	Value.ptr.prototype.Bool = function() {
		var v, vType;
		v = this;
		vType = $clone(v, Value).Type();
		if (!((vType === 2))) {
			$panic(new ValueError.ptr("Value.Bool", vType));
		}
		return !!($clone(v, Value).internal());
	};
	Value.prototype.Bool = function() { return this.$val.Bool(); };
	convertArgs = function(args) {
		var _i, _ref, arg, args, newArgs, v;
		newArgs = new sliceType$1([]);
		_ref = args;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			arg = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			v = $clone(ValueOf(arg), Value);
			newArgs = $append(newArgs, new $jsObjectPtr($clone(v, Value).internal()));
			_i++;
		}
		return newArgs;
	};
	convertJSError = function() {
		var _tuple, err, jsErr, ok, x;
		err = $recover();
		if ($interfaceIsEqual(err, $ifaceNil)) {
			return;
		}
		_tuple = $assertType(err, ptrType, true);
		jsErr = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$panic((x = new Error.ptr($clone(objectToValue(jsErr.Object), Value)), new x.constructor.elem(x)));
		}
		$panic(err);
	};
	Value.ptr.prototype.Call = function(m, args) {
		var {$24r, args, m, obj, propType, v, vType, $s, $deferred, $r, $c} = $restore(this, {m, args});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		v = this;
		vType = $clone(v, Value).Type();
		if (!((vType === 6)) && !((vType === 7))) {
			$panic(new ValueError.ptr("Value.Call", vType));
		}
		propType = $clone($clone(v, Value).Get(m), Value).Type();
		if (!((propType === 7))) {
			$panic(new $String("js: Value.Call: property " + m + " is not a function, got " + new Type(propType).String()));
		}
		$deferred.push([convertJSError, []]);
		$24r = objectToValue((obj = $clone(v, Value).internal(), obj[$externalize(m, $String)].apply(obj, $externalize(convertArgs(args), sliceType$1))));
		$s = 1; case 1: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return new Value.ptr(null, false, arrayType.zero()); } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Value.ptr.prototype.Call, $c: true, $r, $24r, args, m, obj, propType, v, vType, $s, $deferred};return $f; } }
	};
	Value.prototype.Call = function(m, args) { return this.$val.Call(m, args); };
	Value.ptr.prototype.Float = function() {
		var v, vType;
		v = this;
		vType = $clone(v, Value).Type();
		if (!((vType === 3))) {
			$panic(new ValueError.ptr("Value.Float", vType));
		}
		return $parseFloat($clone(v, Value).internal());
	};
	Value.prototype.Float = function() { return this.$val.Float(); };
	Value.ptr.prototype.Get = function(p) {
		var p, v, vType;
		v = this;
		vType = $clone(v, Value).Type();
		if (!new Type(vType).isObject()) {
			$panic(new ValueError.ptr("Value.Get", vType));
		}
		return objectToValue($clone(v, Value).internal()[$externalize(p, $String)]);
	};
	Value.prototype.Get = function(p) { return this.$val.Get(p); };
	Value.ptr.prototype.Index = function(i) {
		var i, v, vType;
		v = this;
		vType = $clone(v, Value).Type();
		if (!new Type(vType).isObject()) {
			$panic(new ValueError.ptr("Value.Index", vType));
		}
		return objectToValue($clone(v, Value).internal()[i]);
	};
	Value.prototype.Index = function(i) { return this.$val.Index(i); };
	Value.ptr.prototype.Int = function() {
		var v, vType;
		v = this;
		vType = $clone(v, Value).Type();
		if (!((vType === 3))) {
			$panic(new ValueError.ptr("Value.Int", vType));
		}
		return $parseInt($clone(v, Value).internal()) >> 0;
	};
	Value.prototype.Int = function() { return this.$val.Int(); };
	Value.ptr.prototype.InstanceOf = function(t) {
		var t, v;
		v = this;
		return !!(instanceOf($clone(v, Value).internal(), $clone(t, Value).internal()));
	};
	Value.prototype.InstanceOf = function(t) { return this.$val.InstanceOf(t); };
	Value.ptr.prototype.Invoke = function(args) {
		var args, v, vType;
		v = this;
		vType = $clone(v, Value).Type();
		if (!((vType === 7))) {
			$panic(new ValueError.ptr("Value.Invoke", vType));
		}
		return objectToValue($clone(v, Value).internal().apply(undefined, $externalize(convertArgs(args), sliceType$1)));
	};
	Value.prototype.Invoke = function(args) { return this.$val.Invoke(args); };
	Value.ptr.prototype.JSValue = function() {
		var v;
		v = this;
		return v;
	};
	Value.prototype.JSValue = function() { return this.$val.JSValue(); };
	Value.ptr.prototype.Length = function() {
		var v;
		v = this;
		return $parseInt($clone(v, Value).internal().length);
	};
	Value.prototype.Length = function() { return this.$val.Length(); };
	Value.ptr.prototype.New = function(args) {
		var {$24r, args, v, $s, $deferred, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		v = [v];
		v[0] = this;
		$deferred.push([(function(v) { return function() {
			var _tuple, err, jsErr, ok, vType, x;
			err = $recover();
			if ($interfaceIsEqual(err, $ifaceNil)) {
				return;
			}
			vType = $clone(v[0], Value).Type();
			if (!((vType === 7))) {
				$panic(new ValueError.ptr("Value.New", vType));
			}
			_tuple = $assertType(err, ptrType, true);
			jsErr = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				$panic((x = new Error.ptr($clone(objectToValue(jsErr.Object), Value)), new x.constructor.elem(x)));
			}
			$panic(err);
		}; })(v), []]);
		$24r = objectToValue(new ($global.Function.prototype.bind.apply($clone(v[0], Value).internal(), [undefined].concat($externalize(convertArgs(args), sliceType$1)))));
		$s = 1; case 1: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return new Value.ptr(null, false, arrayType.zero()); } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Value.ptr.prototype.New, $c: true, $r, $24r, args, v, $s, $deferred};return $f; } }
	};
	Value.prototype.New = function(args) { return this.$val.New(args); };
	Value.ptr.prototype.Set = function(p, x) {
		var p, v, vType, x, x$1;
		v = this;
		vType = $clone(v, Value).Type();
		if (!new Type(vType).isObject()) {
			$panic(new ValueError.ptr("Value.Set", vType));
		}
		$clone(v, Value).internal()[$externalize(p, $String)] = $externalize((x$1 = convertArgs(new sliceType$1([x])), (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])), $emptyInterface);
	};
	Value.prototype.Set = function(p, x) { return this.$val.Set(p, x); };
	Value.ptr.prototype.SetIndex = function(i, x) {
		var i, v, vType, x, x$1;
		v = this;
		vType = $clone(v, Value).Type();
		if (!new Type(vType).isObject()) {
			$panic(new ValueError.ptr("Value.SetIndex", vType));
		}
		$clone(v, Value).internal()[i] = $externalize((x$1 = convertArgs(new sliceType$1([x])), (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])), $emptyInterface);
	};
	Value.prototype.SetIndex = function(i, x) { return this.$val.SetIndex(i, x); };
	Value.ptr.prototype.String = function() {
		var _1, v;
		v = this;
		_1 = $clone(v, Value).Type();
		if (_1 === (4)) {
			return $internalize($clone(v, Value).internal(), $String);
		} else if (_1 === (0)) {
			return "<undefined>";
		} else if (_1 === (1)) {
			return "<null>";
		} else if (_1 === (2)) {
			return "<boolean: " + $internalize($clone(v, Value).internal(), $String) + ">";
		} else if (_1 === (3)) {
			return "<number: " + $internalize($clone(v, Value).internal(), $String) + ">";
		} else if (_1 === (5)) {
			return "<symbol>";
		} else if (_1 === (6)) {
			return "<object>";
		} else if (_1 === (7)) {
			return "<function>";
		} else {
			$panic(new $String("bad type"));
		}
	};
	Value.prototype.String = function() { return this.$val.String(); };
	Value.ptr.prototype.Truthy = function() {
		var v;
		v = this;
		return !!($clone(v, Value).internal());
	};
	Value.prototype.Truthy = function() { return this.$val.Truthy(); };
	Value.ptr.prototype.Type = function() {
		var v;
		v = this;
		return ((($parseInt(getValueType($clone(v, Value).internal())) >> 0) >> 0));
	};
	Value.prototype.Type = function() { return this.$val.Type(); };
	Value.ptr.prototype.IsNull = function() {
		var v;
		v = this;
		return $clone(v, Value).Type() === 1;
	};
	Value.prototype.IsNull = function() { return this.$val.IsNull(); };
	Value.ptr.prototype.IsUndefined = function() {
		var v;
		v = this;
		return !v.inited;
	};
	Value.prototype.IsUndefined = function() { return this.$val.IsUndefined(); };
	Value.ptr.prototype.IsNaN = function() {
		var v;
		v = this;
		return !!($global.isNaN($clone(v, Value).internal()));
	};
	Value.prototype.IsNaN = function() { return this.$val.IsNaN(); };
	Value.ptr.prototype.Delete = function(p) {
		var p, v, vType;
		v = this;
		vType = $clone(v, Value).Type();
		if (!new Type(vType).isObject()) {
			$panic(new ValueError.ptr("Value.Delete", vType));
		}
		delete $clone(v, Value).internal()[$externalize(p, $String)];
	};
	Value.prototype.Delete = function(p) { return this.$val.Delete(p); };
	Value.ptr.prototype.Equal = function(w) {
		var v, w;
		v = this;
		return $clone(v, Value).internal() === $clone(w, Value).internal();
	};
	Value.prototype.Equal = function(w) { return this.$val.Equal(w); };
	ValueError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "syscall/js: call of " + e.Method + " on " + new Type(e.Type).String();
	};
	ValueError.prototype.Error = function() { return this.$val.Error(); };
	CopyBytesToGo = function(dst, src) {
		var dlen, dst, src, vlen;
		vlen = $parseInt(src.v.length);
		dlen = dst.$length;
		if (dlen < vlen) {
			vlen = dlen;
		}
		$copySlice(dst, $assertType($internalize(src.v, $emptyInterface), sliceType$2));
		return vlen;
	};
	$pkg.CopyBytesToGo = CopyBytesToGo;
	CopyBytesToJS = function(dst, src) {
		var _tuple, dst, dt, ok, src;
		_tuple = $assertType($internalize(dst.v, $emptyInterface), sliceType$2, true);
		dt = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$panic(new $String("syscall/js: CopyBytesToJS: expected dst to be an Uint8Array"));
		}
		return $copySlice(dt, src);
	};
	$pkg.CopyBytesToJS = CopyBytesToJS;
	Type.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "isObject", name: "isObject", pkg: "syscall/js", typ: $funcType([], [$Bool], false)}];
	Func.methods = [{prop: "Release", name: "Release", pkg: "", typ: $funcType([], [], false)}];
	Error.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	Value.methods = [{prop: "internal", name: "internal", pkg: "syscall/js", typ: $funcType([], [ptrType$1], false)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Call", name: "Call", pkg: "", typ: $funcType([$String, sliceType$1], [Value], true)}, {prop: "Float", name: "Float", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$String], [Value], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([$Int], [Value], false)}, {prop: "Int", name: "Int", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "InstanceOf", name: "InstanceOf", pkg: "", typ: $funcType([Value], [$Bool], false)}, {prop: "Invoke", name: "Invoke", pkg: "", typ: $funcType([sliceType$1], [Value], true)}, {prop: "JSValue", name: "JSValue", pkg: "", typ: $funcType([], [Value], false)}, {prop: "Length", name: "Length", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "New", name: "New", pkg: "", typ: $funcType([sliceType$1], [Value], true)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String, $emptyInterface], [], false)}, {prop: "SetIndex", name: "SetIndex", pkg: "", typ: $funcType([$Int, $emptyInterface], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Truthy", name: "Truthy", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [Type], false)}, {prop: "IsNull", name: "IsNull", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsUndefined", name: "IsUndefined", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsNaN", name: "IsNaN", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Delete", name: "Delete", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([Value], [$Bool], false)}];
	ptrType$2.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	Func.init("", [{prop: "Value", name: "Value", embedded: true, exported: true, typ: Value, tag: ""}]);
	Error.init("", [{prop: "Value", name: "Value", embedded: true, exported: true, typ: Value, tag: ""}]);
	Value.init("syscall/js", [{prop: "v", name: "v", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "inited", name: "inited", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "_$2", name: "_", embedded: false, exported: false, typ: arrayType, tag: ""}]);
	ValueError.init("", [{prop: "Method", name: "Method", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Type", name: "Type", embedded: false, exported: true, typ: Type, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		id = null;
		instanceOf = null;
		getValueType = null;
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["syscall"] = (function() {
	var $pkg = {}, $init, errors, itoa, oserror, runtime, sync, js, Errno, Stat_t, Iovec, Sockaddr, SockaddrInet4, SockaddrInet6, SockaddrUnix, RawConn, jsFile, callResult, sliceType, sliceType$2, ptrType, ptrType$2, funcType, arrayType$2, arrayType$3, arrayType$4, funcType$1, funcType$2, errorstr, errEAGAIN, errEINVAL, errENOENT, errnoByCode, jsProcess, jsFS, constants, uint8Array, nodeWRONLY, nodeRDWR, nodeCREATE, nodeTRUNC, nodeAPPEND, nodeEXCL, filesMu, files, envOnce, envLock, env, envs, _r, faketimeWrite, errnoErr, Bind, StopIO, Accept, Recvfrom, Sendto, Recvmsg, SendmsgN, SetsockoptInt, SetReadDeadline, SetWriteDeadline, Shutdown, SetNonblock, fdToFile, Open, Close, CloseOnExec, ReadDirent, Stat, Lstat, Fstat, Unlink, Rmdir, Chmod, Fchmod, Fchown, Ftruncate, Chdir, Fchdir, Readlink, Fsync, Read, Write, Pread, Pwrite, Seek, Dup, checkPath, recoverErr, mapJSError, copyenv, Getenv, runtime_envs, setStat, Exit, fsCall;
	errors = $packages["errors"];
	itoa = $packages["internal/itoa"];
	oserror = $packages["internal/oserror"];
	runtime = $packages["runtime"];
	sync = $packages["sync"];
	js = $packages["syscall/js"];
	Errno = $pkg.Errno = $newType(4, $kindUintptr, "syscall.Errno", true, "syscall", true, null);
	Stat_t = $pkg.Stat_t = $newType(0, $kindStruct, "syscall.Stat_t", true, "syscall", true, function(Dev_, Ino_, Mode_, Nlink_, Uid_, Gid_, Rdev_, Size_, Blksize_, Blocks_, Atime_, AtimeNsec_, Mtime_, MtimeNsec_, Ctime_, CtimeNsec_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Dev = new $Int64(0, 0);
			this.Ino = new $Uint64(0, 0);
			this.Mode = 0;
			this.Nlink = 0;
			this.Uid = 0;
			this.Gid = 0;
			this.Rdev = new $Int64(0, 0);
			this.Size = new $Int64(0, 0);
			this.Blksize = 0;
			this.Blocks = 0;
			this.Atime = new $Int64(0, 0);
			this.AtimeNsec = new $Int64(0, 0);
			this.Mtime = new $Int64(0, 0);
			this.MtimeNsec = new $Int64(0, 0);
			this.Ctime = new $Int64(0, 0);
			this.CtimeNsec = new $Int64(0, 0);
			return;
		}
		this.Dev = Dev_;
		this.Ino = Ino_;
		this.Mode = Mode_;
		this.Nlink = Nlink_;
		this.Uid = Uid_;
		this.Gid = Gid_;
		this.Rdev = Rdev_;
		this.Size = Size_;
		this.Blksize = Blksize_;
		this.Blocks = Blocks_;
		this.Atime = Atime_;
		this.AtimeNsec = AtimeNsec_;
		this.Mtime = Mtime_;
		this.MtimeNsec = MtimeNsec_;
		this.Ctime = Ctime_;
		this.CtimeNsec = CtimeNsec_;
	});
	Iovec = $pkg.Iovec = $newType(0, $kindStruct, "syscall.Iovec", true, "syscall", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	Sockaddr = $pkg.Sockaddr = $newType(8, $kindInterface, "syscall.Sockaddr", true, "syscall", true, null);
	SockaddrInet4 = $pkg.SockaddrInet4 = $newType(0, $kindStruct, "syscall.SockaddrInet4", true, "syscall", true, function(Port_, Addr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Port = 0;
			this.Addr = arrayType$3.zero();
			return;
		}
		this.Port = Port_;
		this.Addr = Addr_;
	});
	SockaddrInet6 = $pkg.SockaddrInet6 = $newType(0, $kindStruct, "syscall.SockaddrInet6", true, "syscall", true, function(Port_, ZoneId_, Addr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Port = 0;
			this.ZoneId = 0;
			this.Addr = arrayType$4.zero();
			return;
		}
		this.Port = Port_;
		this.ZoneId = ZoneId_;
		this.Addr = Addr_;
	});
	SockaddrUnix = $pkg.SockaddrUnix = $newType(0, $kindStruct, "syscall.SockaddrUnix", true, "syscall", true, function(Name_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			return;
		}
		this.Name = Name_;
	});
	RawConn = $pkg.RawConn = $newType(8, $kindInterface, "syscall.RawConn", true, "syscall", true, null);
	jsFile = $pkg.jsFile = $newType(0, $kindStruct, "syscall.jsFile", true, "syscall", false, function(path_, entries_, dirIdx_, pos_, seeked_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.path = "";
			this.entries = sliceType.nil;
			this.dirIdx = 0;
			this.pos = new $Int64(0, 0);
			this.seeked = false;
			return;
		}
		this.path = path_;
		this.entries = entries_;
		this.dirIdx = dirIdx_;
		this.pos = pos_;
		this.seeked = seeked_;
	});
	callResult = $newType(0, $kindStruct, "syscall.callResult", true, "syscall", false, function(val_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.val = new js.Value.ptr(null, false, arrayType$2.zero());
			this.err = $ifaceNil;
			return;
		}
		this.val = val_;
		this.err = err_;
	});
	sliceType = $sliceType($String);
	sliceType$2 = $sliceType($emptyInterface);
	ptrType = $ptrType($error);
	ptrType$2 = $ptrType(jsFile);
	funcType = $funcType([], [], false);
	arrayType$2 = $arrayType(funcType, 0);
	arrayType$3 = $arrayType($Uint8, 4);
	arrayType$4 = $arrayType($Uint8, 16);
	funcType$1 = $funcType([$Uintptr], [], false);
	funcType$2 = $funcType([$Uintptr], [$Bool], false);
	faketimeWrite = function(fd, p) {
		var fd, p;
		$panic(new $String("not implemented"));
	};
	errnoErr = function(e) {
		var _1, e;
		_1 = e;
		if (_1 === (0)) {
			return $ifaceNil;
		} else if (_1 === (11)) {
			return errEAGAIN;
		} else if (_1 === (22)) {
			return errEINVAL;
		} else if (_1 === (2)) {
			return errENOENT;
		}
		return new Errno(e);
	};
	Errno.prototype.Error = function() {
		var e, s;
		e = this.$val;
		if (0 <= ((e >> 0)) && ((e >> 0)) < 2054) {
			s = ((e < 0 || e >= errorstr.length) ? ($throwRuntimeError("index out of range"), undefined) : errorstr[e]);
			if (!(s === "")) {
				return s;
			}
		}
		return "errno " + itoa.Itoa(((e >> 0)));
	};
	$ptrType(Errno).prototype.Error = function() { return new Errno(this.$get()).Error(); };
	Errno.prototype.Is = function(target) {
		var _1, e, target;
		e = this.$val;
		_1 = target;
		if ($interfaceIsEqual(_1, (oserror.ErrPermission))) {
			return (e === 13) || (e === 1);
		} else if ($interfaceIsEqual(_1, (oserror.ErrExist))) {
			return (e === 17) || (e === 39);
		} else if ($interfaceIsEqual(_1, (oserror.ErrNotExist))) {
			return e === 2;
		}
		return false;
	};
	$ptrType(Errno).prototype.Is = function(target) { return new Errno(this.$get()).Is(target); };
	Errno.prototype.Temporary = function() {
		var e;
		e = this.$val;
		return (e === 4) || (e === 24) || new Errno(e).Timeout();
	};
	$ptrType(Errno).prototype.Temporary = function() { return new Errno(this.$get()).Temporary(); };
	Errno.prototype.Timeout = function() {
		var e;
		e = this.$val;
		return (e === 11) || (e === 11) || (e === 110);
	};
	$ptrType(Errno).prototype.Timeout = function() { return new Errno(this.$get()).Timeout(); };
	Bind = function(fd, sa) {
		var fd, sa;
		return new Errno(38);
	};
	$pkg.Bind = Bind;
	StopIO = function(fd) {
		var fd;
		return new Errno(38);
	};
	$pkg.StopIO = StopIO;
	Accept = function(fd) {
		var _tmp, _tmp$1, _tmp$2, err, fd, newfd, sa;
		newfd = 0;
		sa = $ifaceNil;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = $ifaceNil;
		_tmp$2 = new Errno(38);
		newfd = _tmp;
		sa = _tmp$1;
		err = _tmp$2;
		return [newfd, sa, err];
	};
	$pkg.Accept = Accept;
	Recvfrom = function(fd, p, flags) {
		var _tmp, _tmp$1, _tmp$2, err, fd, flags, from, n, p;
		n = 0;
		from = $ifaceNil;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = $ifaceNil;
		_tmp$2 = new Errno(38);
		n = _tmp;
		from = _tmp$1;
		err = _tmp$2;
		return [n, from, err];
	};
	$pkg.Recvfrom = Recvfrom;
	Sendto = function(fd, p, flags, to) {
		var fd, flags, p, to;
		return new Errno(38);
	};
	$pkg.Sendto = Sendto;
	Recvmsg = function(fd, p, oob, flags) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, err, fd, flags, from, n, oob, oobn, p, recvflags;
		n = 0;
		oobn = 0;
		recvflags = 0;
		from = $ifaceNil;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = $ifaceNil;
		_tmp$4 = new Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		recvflags = _tmp$2;
		from = _tmp$3;
		err = _tmp$4;
		return [n, oobn, recvflags, from, err];
	};
	$pkg.Recvmsg = Recvmsg;
	SendmsgN = function(fd, p, oob, to, flags) {
		var _tmp, _tmp$1, err, fd, flags, n, oob, p, to;
		n = 0;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = new Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	$pkg.SendmsgN = SendmsgN;
	SetsockoptInt = function(fd, level, opt, value) {
		var fd, level, opt, value;
		return $ifaceNil;
	};
	$pkg.SetsockoptInt = SetsockoptInt;
	SetReadDeadline = function(fd, t) {
		var fd, t;
		return new Errno(38);
	};
	$pkg.SetReadDeadline = SetReadDeadline;
	SetWriteDeadline = function(fd, t) {
		var fd, t;
		return new Errno(38);
	};
	$pkg.SetWriteDeadline = SetWriteDeadline;
	Shutdown = function(fd, how) {
		var fd, how;
		return new Errno(38);
	};
	$pkg.Shutdown = Shutdown;
	SetNonblock = function(fd, nonblocking) {
		var fd, nonblocking;
		return $ifaceNil;
	};
	$pkg.SetNonblock = SetNonblock;
	fdToFile = function(fd) {
		var {_entry, _tuple, f, fd, ok, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = filesMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = files[$Int.keyFor(fd)], _entry !== undefined ? [_entry.v, true] : [ptrType$2.nil, false]);
		f = _tuple[0];
		ok = _tuple[1];
		$r = filesMu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!ok) {
			$s = -1; return [ptrType$2.nil, new Errno(9)];
		}
		$s = -1; return [f, $ifaceNil];
		/* */ } return; } var $f = {$blk: fdToFile, $c: true, $r, _entry, _tuple, f, fd, ok, $s};return $f;
	};
	Open = function(path, openmode, perm) {
		var {_i, _key, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tuple, _tuple$1, _tuple$2, _v, cwd, dir, entries, err, err$1, err$2, err$3, f, fd, flags, i, jsFD, openmode, path, perm, stat, $s, $r, $c} = $restore(this, {path, openmode, perm});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPath(path);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		flags = 0;
		if (!(((openmode & 1) === 0))) {
			flags = flags | (nodeWRONLY);
		}
		if (!(((openmode & 2) === 0))) {
			flags = flags | (nodeRDWR);
		}
		if (!(((openmode & 64) === 0))) {
			flags = flags | (nodeCREATE);
		}
		if (!(((openmode & 512) === 0))) {
			flags = flags | (nodeTRUNC);
		}
		if (!(((openmode & 1024) === 0))) {
			flags = flags | (nodeAPPEND);
		}
		if (!(((openmode & 128) === 0))) {
			flags = flags | (nodeEXCL);
		}
		if (!(((openmode & 4096) === 0))) {
			$s = -1; return [0, errors.New("syscall.Open: O_SYNC is not supported by js/wasm")];
		}
		_r$1 = fsCall("open", new sliceType$2([new $String(path), new $Int(flags), new $Uint32(perm)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		jsFD = $clone(_tuple[0], js.Value);
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return [0, err$1];
		}
		fd = $clone(jsFD, js.Value).Int();
		entries = sliceType.nil;
		_r$2 = fsCall("fstat", new sliceType$2([new $Int(fd)])); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		stat = $clone(_tuple$1[0], js.Value);
		err$2 = _tuple$1[1];
		if (!($interfaceIsEqual(err$2, $ifaceNil))) { _v = false; $s = 5; continue s; }
		_r$3 = $clone(stat, js.Value).Call("isDirectory", new sliceType$2([])); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = $clone(_r$3, js.Value).Bool(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v = _r$4; case 5:
		/* */ if (_v) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (_v) { */ case 3:
			_r$5 = fsCall("readdir", new sliceType$2([new $String(path)])); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$2 = _r$5;
			dir = $clone(_tuple$2[0], js.Value);
			err$3 = _tuple$2[1];
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return [0, err$3];
			}
			entries = $makeSlice(sliceType, $clone(dir, js.Value).Length());
			_ref = entries;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				((i < 0 || i >= entries.$length) ? ($throwRuntimeError("index out of range"), undefined) : entries.$array[entries.$offset + i] = $clone($clone(dir, js.Value).Index(i), js.Value).String());
				_i++;
			}
		/* } */ case 4:
		/* */ if (!((path.charCodeAt(0) === 47))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!((path.charCodeAt(0) === 47))) { */ case 9:
			_r$6 = $clone(jsProcess, js.Value).Call("cwd", new sliceType$2([])); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, js.Value).String(); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			cwd = _r$7;
			path = cwd + "/" + path;
		/* } */ case 10:
		f = new jsFile.ptr(path, entries, 0, new $Int64(0, 0), false);
		$r = filesMu.Lock(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_key = fd; (files || $throwRuntimeError("assignment to entry in nil map"))[$Int.keyFor(_key)] = { k: _key, v: f };
		$r = filesMu.Unlock(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [fd, $ifaceNil];
		/* */ } return; } var $f = {$blk: Open, $c: true, $r, _i, _key, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tuple, _tuple$1, _tuple$2, _v, cwd, dir, entries, err, err$1, err$2, err$3, f, fd, flags, i, jsFD, openmode, path, perm, stat, $s};return $f;
	};
	$pkg.Open = Open;
	Close = function(fd) {
		var {_r$1, _tuple, err, fd, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = filesMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		delete files[$Int.keyFor(fd)];
		$r = filesMu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = fsCall("close", new sliceType$2([new $Int(fd)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Close, $c: true, $r, _r$1, _tuple, err, fd, $s};return $f;
	};
	$pkg.Close = Close;
	CloseOnExec = function(fd) {
		var fd;
	};
	$pkg.CloseOnExec = CloseOnExec;
	ReadDirent = function(fd, buf) {
		var {_r$1, _tuple, buf, entry, err, f, fd, l, n, x, x$1, $s, $r, $c} = $restore(this, {fd, buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fdToFile(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		if (f.entries === sliceType.nil) {
			$s = -1; return [0, new Errno(22)];
		}
		n = 0;
		while (true) {
			if (!(f.dirIdx < f.entries.$length)) { break; }
			entry = (x = f.entries, x$1 = f.dirIdx, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
			l = 2 + entry.length >> 0;
			if (l > buf.$length) {
				break;
			}
			(0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0] = ((l << 24 >>> 24)));
			(1 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 1] = (((l >> 8 >> 0) << 24 >>> 24)));
			$copyString($subslice(buf, 2), entry);
			buf = $subslice(buf, l);
			n = n + (l) >> 0;
			f.dirIdx = f.dirIdx + (1) >> 0;
		}
		$s = -1; return [n, $ifaceNil];
		/* */ } return; } var $f = {$blk: ReadDirent, $c: true, $r, _r$1, _tuple, buf, entry, err, f, fd, l, n, x, x$1, $s};return $f;
	};
	$pkg.ReadDirent = ReadDirent;
	Stat = function(path, st) {
		var {_r$1, _tuple, err, err$1, jsSt, path, st, $s, $r, $c} = $restore(this, {path, st});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPath(path);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$1 = fsCall("stat", new sliceType$2([new $String(path)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		jsSt = $clone(_tuple[0], js.Value);
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		setStat(st, $clone(jsSt, js.Value));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Stat, $c: true, $r, _r$1, _tuple, err, err$1, jsSt, path, st, $s};return $f;
	};
	$pkg.Stat = Stat;
	Lstat = function(path, st) {
		var {_r$1, _tuple, err, err$1, jsSt, path, st, $s, $r, $c} = $restore(this, {path, st});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPath(path);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$1 = fsCall("lstat", new sliceType$2([new $String(path)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		jsSt = $clone(_tuple[0], js.Value);
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		setStat(st, $clone(jsSt, js.Value));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Lstat, $c: true, $r, _r$1, _tuple, err, err$1, jsSt, path, st, $s};return $f;
	};
	$pkg.Lstat = Lstat;
	Fstat = function(fd, st) {
		var {_r$1, _tuple, err, fd, jsSt, st, $s, $r, $c} = $restore(this, {fd, st});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fsCall("fstat", new sliceType$2([new $Int(fd)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		jsSt = $clone(_tuple[0], js.Value);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		setStat(st, $clone(jsSt, js.Value));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Fstat, $c: true, $r, _r$1, _tuple, err, fd, jsSt, st, $s};return $f;
	};
	$pkg.Fstat = Fstat;
	Unlink = function(path) {
		var {_r$1, _tuple, err, err$1, path, $s, $r, $c} = $restore(this, {path});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPath(path);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$1 = fsCall("unlink", new sliceType$2([new $String(path)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err$1 = _tuple[1];
		$s = -1; return err$1;
		/* */ } return; } var $f = {$blk: Unlink, $c: true, $r, _r$1, _tuple, err, err$1, path, $s};return $f;
	};
	$pkg.Unlink = Unlink;
	Rmdir = function(path) {
		var {_r$1, _tuple, err, err$1, path, $s, $r, $c} = $restore(this, {path});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPath(path);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$1 = fsCall("rmdir", new sliceType$2([new $String(path)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err$1 = _tuple[1];
		$s = -1; return err$1;
		/* */ } return; } var $f = {$blk: Rmdir, $c: true, $r, _r$1, _tuple, err, err$1, path, $s};return $f;
	};
	$pkg.Rmdir = Rmdir;
	Chmod = function(path, mode) {
		var {_r$1, _tuple, err, err$1, mode, path, $s, $r, $c} = $restore(this, {path, mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPath(path);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$1 = fsCall("chmod", new sliceType$2([new $String(path), new $Uint32(mode)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err$1 = _tuple[1];
		$s = -1; return err$1;
		/* */ } return; } var $f = {$blk: Chmod, $c: true, $r, _r$1, _tuple, err, err$1, mode, path, $s};return $f;
	};
	$pkg.Chmod = Chmod;
	Fchmod = function(fd, mode) {
		var {_r$1, _tuple, err, fd, mode, $s, $r, $c} = $restore(this, {fd, mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fsCall("fchmod", new sliceType$2([new $Int(fd), new $Uint32(mode)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Fchmod, $c: true, $r, _r$1, _tuple, err, fd, mode, $s};return $f;
	};
	$pkg.Fchmod = Fchmod;
	Fchown = function(fd, uid, gid) {
		var {_r$1, _tuple, err, fd, gid, uid, $s, $r, $c} = $restore(this, {fd, uid, gid});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fsCall("fchown", new sliceType$2([new $Int(fd), new $Uint32(((uid >>> 0))), new $Uint32(((gid >>> 0)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Fchown, $c: true, $r, _r$1, _tuple, err, fd, gid, uid, $s};return $f;
	};
	$pkg.Fchown = Fchown;
	Ftruncate = function(fd, length) {
		var {_r$1, _tuple, err, fd, length, $s, $r, $c} = $restore(this, {fd, length});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fsCall("ftruncate", new sliceType$2([new $Int(fd), length])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Ftruncate, $c: true, $r, _r$1, _tuple, err, fd, length, $s};return $f;
	};
	$pkg.Ftruncate = Ftruncate;
	Chdir = function(path) {
		var {$24r, $24r$1, _r$1, err, err$1, path, $s, $deferred, $r, $c} = $restore(this, {path});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		err[0] = $ifaceNil;
		err$1 = checkPath(path);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 1:
			err[0] = err$1;
			$24r = err[0];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([recoverErr, [(err.$ptr || (err.$ptr = new ptrType(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, err)))]]);
		_r$1 = $clone(jsProcess, js.Value).Call("chdir", new sliceType$2([new $String(path)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$24r$1 = err[0];
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err[0]; } if($curGoroutine.asleep) { var $f = {$blk: Chdir, $c: true, $r, $24r, $24r$1, _r$1, err, err$1, path, $s, $deferred};return $f; } }
	};
	$pkg.Chdir = Chdir;
	Fchdir = function(fd) {
		var {$24r, _r$1, _r$2, _tuple, err, f, fd, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fdToFile(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$2 = Chdir(f.path); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Fchdir, $c: true, $r, $24r, _r$1, _r$2, _tuple, err, f, fd, $s};return $f;
	};
	$pkg.Fchdir = Fchdir;
	Readlink = function(path, buf) {
		var {_r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, buf, dst, err, err$1, n, path, $s, $r, $c} = $restore(this, {path, buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		err$1 = checkPath(path);
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = err$1;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_r$1 = fsCall("readlink", new sliceType$2([new $String(path)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		dst = $clone(_tuple[0], js.Value);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$2 = 0;
			_tmp$3 = err;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		n = $copyString(buf, $clone(dst, js.Value).String());
		_tmp$4 = n;
		_tmp$5 = $ifaceNil;
		n = _tmp$4;
		err = _tmp$5;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Readlink, $c: true, $r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, buf, dst, err, err$1, n, path, $s};return $f;
	};
	$pkg.Readlink = Readlink;
	Fsync = function(fd) {
		var {_r$1, _tuple, err, fd, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fsCall("fsync", new sliceType$2([new $Int(fd)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Fsync, $c: true, $r, _r$1, _tuple, err, fd, $s};return $f;
	};
	$pkg.Fsync = Fsync;
	Read = function(fd, b) {
		var {_r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, b, buf, err, err$1, f, fd, n, n$1, n2, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {fd, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fdToFile(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		/* */ if (f.seeked) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (f.seeked) { */ case 2:
			_r$2 = Pread(fd, b, f.pos); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			n = _tuple$1[0];
			err$1 = _tuple$1[1];
			f.pos = (x = f.pos, x$1 = (new $Int64(0, n)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
			$s = -1; return [n, err$1];
		/* } */ case 3:
		_r$3 = $clone(uint8Array, js.Value).New(new sliceType$2([new $Int(b.$length)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		buf = $clone(_r$3, js.Value);
		_r$4 = fsCall("read", new sliceType$2([new $Int(fd), new buf.constructor.elem(buf), new $Int(0), new $Int(b.$length), $ifaceNil])); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$2 = _r$4;
		n$1 = $clone(_tuple$2[0], js.Value);
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		js.CopyBytesToGo(b, $clone(buf, js.Value));
		n2 = $clone(n$1, js.Value).Int();
		f.pos = (x$2 = f.pos, x$3 = (new $Int64(0, n2)), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		$s = -1; return [n2, err];
		/* */ } return; } var $f = {$blk: Read, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, b, buf, err, err$1, f, fd, n, n$1, n2, x, x$1, x$2, x$3, $s};return $f;
	};
	$pkg.Read = Read;
	Write = function(fd, b) {
		var {_r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, b, buf, err, err$1, f, fd, n, n$1, n$2, n2, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {fd, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fdToFile(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		/* */ if (f.seeked) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (f.seeked) { */ case 2:
			_r$2 = Pwrite(fd, b, f.pos); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			n = _tuple$1[0];
			err$1 = _tuple$1[1];
			f.pos = (x = f.pos, x$1 = (new $Int64(0, n)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
			$s = -1; return [n, err$1];
		/* } */ case 3:
		if (false && ((fd === 1) || (fd === 2))) {
			n$1 = faketimeWrite(fd, b);
			if (n$1 < 0) {
				$s = -1; return [0, errnoErr(((-n$1 >>> 0)))];
			}
			$s = -1; return [n$1, $ifaceNil];
		}
		_r$3 = $clone(uint8Array, js.Value).New(new sliceType$2([new $Int(b.$length)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		buf = $clone(_r$3, js.Value);
		js.CopyBytesToJS($clone(buf, js.Value), b);
		_r$4 = fsCall("write", new sliceType$2([new $Int(fd), new buf.constructor.elem(buf), new $Int(0), new $Int(b.$length), $ifaceNil])); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$2 = _r$4;
		n$2 = $clone(_tuple$2[0], js.Value);
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		n2 = $clone(n$2, js.Value).Int();
		f.pos = (x$2 = f.pos, x$3 = (new $Int64(0, n2)), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		$s = -1; return [n2, err];
		/* */ } return; } var $f = {$blk: Write, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, b, buf, err, err$1, f, fd, n, n$1, n$2, n2, x, x$1, x$2, x$3, $s};return $f;
	};
	$pkg.Write = Write;
	Pread = function(fd, b, offset) {
		var {_r$1, _r$2, _tuple, b, buf, err, fd, n, offset, $s, $r, $c} = $restore(this, {fd, b, offset});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = $clone(uint8Array, js.Value).New(new sliceType$2([new $Int(b.$length)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		buf = $clone(_r$1, js.Value);
		_r$2 = fsCall("read", new sliceType$2([new $Int(fd), new buf.constructor.elem(buf), new $Int(0), new $Int(b.$length), offset])); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		n = $clone(_tuple[0], js.Value);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		js.CopyBytesToGo(b, $clone(buf, js.Value));
		$s = -1; return [$clone(n, js.Value).Int(), $ifaceNil];
		/* */ } return; } var $f = {$blk: Pread, $c: true, $r, _r$1, _r$2, _tuple, b, buf, err, fd, n, offset, $s};return $f;
	};
	$pkg.Pread = Pread;
	Pwrite = function(fd, b, offset) {
		var {_r$1, _r$2, _tuple, b, buf, err, fd, n, offset, $s, $r, $c} = $restore(this, {fd, b, offset});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = $clone(uint8Array, js.Value).New(new sliceType$2([new $Int(b.$length)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		buf = $clone(_r$1, js.Value);
		js.CopyBytesToJS($clone(buf, js.Value), b);
		_r$2 = fsCall("write", new sliceType$2([new $Int(fd), new buf.constructor.elem(buf), new $Int(0), new $Int(b.$length), offset])); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		n = $clone(_tuple[0], js.Value);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		$s = -1; return [$clone(n, js.Value).Int(), $ifaceNil];
		/* */ } return; } var $f = {$blk: Pwrite, $c: true, $r, _r$1, _r$2, _tuple, b, buf, err, fd, n, offset, $s};return $f;
	};
	$pkg.Pwrite = Pwrite;
	Seek = function(fd, offset, whence) {
		var {_1, _r$1, _r$2, _tuple, err, err$1, f, fd, newPos, offset, st, whence, x, x$1, $s, $r, $c} = $restore(this, {fd, offset, whence});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		st = [st];
		_r$1 = fdToFile(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new $Int64(0, 0), err];
		}
		newPos = new $Int64(0, 0);
			_1 = whence;
			/* */ if (_1 === (0)) { $s = 3; continue; }
			/* */ if (_1 === (1)) { $s = 4; continue; }
			/* */ if (_1 === (2)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_1 === (0)) { */ case 3:
				newPos = offset;
				$s = 7; continue;
			/* } else if (_1 === (1)) { */ case 4:
				newPos = (x = f.pos, new $Int64(x.$high + offset.$high, x.$low + offset.$low));
				$s = 7; continue;
			/* } else if (_1 === (2)) { */ case 5:
				st[0] = new Stat_t.ptr(new $Int64(0, 0), new $Uint64(0, 0), 0, 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), 0, 0, new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0));
				_r$2 = Fstat(fd, st[0]); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				err$1 = _r$2;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [new $Int64(0, 0), err$1];
				}
				newPos = (x$1 = st[0].Size, new $Int64(x$1.$high + offset.$high, x$1.$low + offset.$low));
				$s = 7; continue;
			/* } else { */ case 6:
				$s = -1; return [new $Int64(0, 0), errnoErr(22)];
			/* } */ case 7:
		case 2:
		if ((newPos.$high < 0 || (newPos.$high === 0 && newPos.$low < 0))) {
			$s = -1; return [new $Int64(0, 0), errnoErr(22)];
		}
		f.seeked = true;
		f.dirIdx = 0;
		f.pos = newPos;
		$s = -1; return [newPos, $ifaceNil];
		/* */ } return; } var $f = {$blk: Seek, $c: true, $r, _1, _r$1, _r$2, _tuple, err, err$1, f, fd, newPos, offset, st, whence, x, x$1, $s};return $f;
	};
	$pkg.Seek = Seek;
	Dup = function(fd) {
		var fd;
		return [0, new Errno(38)];
	};
	$pkg.Dup = Dup;
	checkPath = function(path) {
		var i, path;
		if (path === "") {
			return new Errno(22);
		}
		i = 0;
		while (true) {
			if (!(i < path.length)) { break; }
			if (path.charCodeAt(i) === 0) {
				return new Errno(22);
			}
			i = i + (1) >> 0;
		}
		return $ifaceNil;
	};
	recoverErr = function(errPtr) {
		var _tuple, err, errPtr, jsErr, ok;
		err = $recover();
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tuple = $assertType(err, js.Error, true);
			jsErr = $clone(_tuple[0], js.Error);
			ok = _tuple[1];
			if (!ok) {
				$panic(err);
			}
			errPtr.$set(mapJSError($clone(jsErr.Value, js.Value)));
		}
	};
	mapJSError = function(jsErr) {
		var _entry, _tuple, errno, jsErr, ok;
		_tuple = (_entry = errnoByCode[$String.keyFor($clone($clone(jsErr, js.Value).Get("code"), js.Value).String())], _entry !== undefined ? [_entry.v, true] : [0, false]);
		errno = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$panic(new jsErr.constructor.elem(jsErr));
		}
		return errnoErr((errno));
	};
	copyenv = function() {
		var _entry, _i, _key, _ref, _tuple, i, j, key, ok, s;
		env = {};
		_ref = envs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			j = 0;
			while (true) {
				if (!(j < s.length)) { break; }
				if (s.charCodeAt(j) === 61) {
					key = $substring(s, 0, j);
					_tuple = (_entry = env[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [0, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = key; (env || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: i };
					} else {
						((i < 0 || i >= envs.$length) ? ($throwRuntimeError("index out of range"), undefined) : envs.$array[envs.$offset + i] = "");
					}
					break;
				}
				j = j + (1) >> 0;
			}
			_i++;
		}
	};
	Getenv = function(key) {
		var {$24r, $24r$1, $24r$2, $24r$3, _entry, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, found, i, i$1, key, ok, s, value, $s, $deferred, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		value = "";
		found = false;
		$r = envOnce.Do(copyenv); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (key.length === 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (key.length === 0) { */ case 2:
			_tmp = "";
			_tmp$1 = false;
			value = _tmp;
			found = _tmp$1;
			$24r = [value, found];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$r = envLock.RLock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(envLock, "RUnlock"), []]);
		_tuple = (_entry = env[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [0, false]);
		i = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!ok) { */ case 6:
			_tmp$2 = "";
			_tmp$3 = false;
			value = _tmp$2;
			found = _tmp$3;
			$24r$1 = [value, found];
			$s = 8; case 8: return $24r$1;
		/* } */ case 7:
		s = ((i < 0 || i >= envs.$length) ? ($throwRuntimeError("index out of range"), undefined) : envs.$array[envs.$offset + i]);
		i$1 = 0;
		/* while (true) { */ case 9:
			/* if (!(i$1 < s.length)) { break; } */ if(!(i$1 < s.length)) { $s = 10; continue; }
			/* */ if (s.charCodeAt(i$1) === 61) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (s.charCodeAt(i$1) === 61) { */ case 11:
				_tmp$4 = $substring(s, (i$1 + 1 >> 0));
				_tmp$5 = true;
				value = _tmp$4;
				found = _tmp$5;
				$24r$2 = [value, found];
				$s = 13; case 13: return $24r$2;
			/* } */ case 12:
			i$1 = i$1 + (1) >> 0;
		$s = 9; continue;
		case 10:
		_tmp$6 = "";
		_tmp$7 = false;
		value = _tmp$6;
		found = _tmp$7;
		$24r$3 = [value, found];
		$s = 14; case 14: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [value, found]; } if($curGoroutine.asleep) { var $f = {$blk: Getenv, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _entry, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, found, i, i$1, key, ok, s, value, $s, $deferred};return $f; } }
	};
	$pkg.Getenv = Getenv;
	runtime_envs = function() {
		var {_r$1, envkeys, envs$1, i, jsEnv, key, process, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		process = $clone($clone(js.Global(), js.Value).Get("process"), js.Value);
		if ($clone(process, js.Value).IsUndefined()) {
			$s = -1; return sliceType.nil;
		}
		jsEnv = $clone($clone(process, js.Value).Get("env"), js.Value);
		_r$1 = $clone($clone(js.Global(), js.Value).Get("Object"), js.Value).Call("keys", new sliceType$2([new jsEnv.constructor.elem(jsEnv)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		envkeys = $clone(_r$1, js.Value);
		envs$1 = $makeSlice(sliceType, $clone(envkeys, js.Value).Length());
		i = 0;
		while (true) {
			if (!(i < $clone(envkeys, js.Value).Length())) { break; }
			key = $clone($clone(envkeys, js.Value).Index(i), js.Value).String();
			((i < 0 || i >= envs$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : envs$1.$array[envs$1.$offset + i] = key + "=" + $clone($clone(jsEnv, js.Value).Get(key), js.Value).String());
			i = i + (1) >> 0;
		}
		$s = -1; return envs$1;
		/* */ } return; } var $f = {$blk: runtime_envs, $c: true, $r, _r$1, envkeys, envs$1, i, jsEnv, key, process, $s};return $f;
	};
	setStat = function(st, jsSt) {
		var atime, ctime, jsSt, mtime, st;
		st.Dev = (new $Int64(0, $clone($clone(jsSt, js.Value).Get("dev"), js.Value).Int()));
		st.Ino = (new $Uint64(0, $clone($clone(jsSt, js.Value).Get("ino"), js.Value).Int()));
		st.Mode = (($clone($clone(jsSt, js.Value).Get("mode"), js.Value).Int() >>> 0));
		st.Nlink = (($clone($clone(jsSt, js.Value).Get("nlink"), js.Value).Int() >>> 0));
		st.Uid = (($clone($clone(jsSt, js.Value).Get("uid"), js.Value).Int() >>> 0));
		st.Gid = (($clone($clone(jsSt, js.Value).Get("gid"), js.Value).Int() >>> 0));
		st.Rdev = (new $Int64(0, $clone($clone(jsSt, js.Value).Get("rdev"), js.Value).Int()));
		st.Size = (new $Int64(0, $clone($clone(jsSt, js.Value).Get("size"), js.Value).Int()));
		st.Blksize = (($clone($clone(jsSt, js.Value).Get("blksize"), js.Value).Int() >> 0));
		st.Blocks = (($clone($clone(jsSt, js.Value).Get("blocks"), js.Value).Int() >> 0));
		atime = (new $Int64(0, $clone($clone(jsSt, js.Value).Get("atimeMs"), js.Value).Float()));
		st.Atime = $div64(atime, new $Int64(0, 1000), false);
		st.AtimeNsec = $mul64(($div64(atime, new $Int64(0, 1000), true)), new $Int64(0, 1000000));
		mtime = (new $Int64(0, $clone($clone(jsSt, js.Value).Get("mtimeMs"), js.Value).Float()));
		st.Mtime = $div64(mtime, new $Int64(0, 1000), false);
		st.MtimeNsec = $mul64(($div64(mtime, new $Int64(0, 1000), true)), new $Int64(0, 1000000));
		ctime = (new $Int64(0, $clone($clone(jsSt, js.Value).Get("ctimeMs"), js.Value).Float()));
		st.Ctime = $div64(ctime, new $Int64(0, 1000), false);
		st.CtimeNsec = $mul64(($div64(ctime, new $Int64(0, 1000), true)), new $Int64(0, 1000000));
	};
	Exit = function(code) {
		var {_r$1, _r$2, code, process, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		process = $clone($clone(js.Global(), js.Value).Get("process"), js.Value);
		/* */ if (!$clone(process, js.Value).IsUndefined()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!$clone(process, js.Value).IsUndefined()) { */ case 1:
			_r$1 = $clone(process, js.Value).Call("exit", new sliceType$2([new $Int(code)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return;
		/* } */ case 2:
		/* */ if (!((code === 0))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!((code === 0))) { */ case 4:
			_r$2 = $clone($clone(js.Global(), js.Value).Get("console"), js.Value).Call("warn", new sliceType$2([new $String("Go program exited with non-zero code:"), new $Int(code)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Exit, $c: true, $r, _r$1, _r$2, code, process, $s};return $f;
	};
	$pkg.Exit = Exit;
	fsCall = function(name, args) {
		var {$24r, $24r$1, _r$1, _r$2, args, c, f, name, res, $s, $deferred, $r, $c} = $restore(this, {name, args});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = [c];
		c[0] = new $Chan(callResult, 1);
		f = $clone(js.FuncOf((function(c) { return function $b(this$1, args$1) {
			var {args$1, jsErr, res, this$1, $s, $r, $c} = $restore(this, {this$1, args$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			res = new callResult.ptr(new js.Value.ptr(null, false, arrayType$2.zero()), $ifaceNil);
			if (args$1.$length >= 1) {
				jsErr = $clone((0 >= args$1.$length ? ($throwRuntimeError("index out of range"), undefined) : args$1.$array[args$1.$offset + 0]), js.Value);
				if (!$clone(jsErr, js.Value).IsUndefined() && !$clone(jsErr, js.Value).IsNull()) {
					res.err = mapJSError($clone(jsErr, js.Value));
				}
			}
			js.Value.copy(res.val, js.Undefined());
			if (args$1.$length >= 2) {
				js.Value.copy(res.val, (1 >= args$1.$length ? ($throwRuntimeError("index out of range"), undefined) : args$1.$array[args$1.$offset + 1]));
			}
			$r = $send(c[0], $clone($clone(res, callResult), callResult)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, args$1, jsErr, res, this$1, $s};return $f;
		}; })(c)), js.Func);
		$deferred.push([$methodVal($clone(f, js.Func), "Release"), []]);
		/* */ if ($clone($clone(jsFS, js.Value).Get(name), js.Value).IsUndefined()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone($clone(jsFS, js.Value).Get(name), js.Value).IsUndefined()) { */ case 1:
			$24r = [js.Undefined(), new Errno(38)];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		_r$1 = $clone(jsFS, js.Value).Call(name, $append(args, new f.constructor.elem(f))); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = $recv(c[0]); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		res = $clone(_r$2[0], callResult);
		$24r$1 = [res.val, res.err];
		$s = 6; case 6: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [new js.Value.ptr(null, false, arrayType$2.zero()), $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: fsCall, $c: true, $r, $24r, $24r$1, _r$1, _r$2, args, c, f, name, res, $s, $deferred};return $f; } }
	};
	Errno.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Is", name: "Is", pkg: "", typ: $funcType([$error], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}];
	Stat_t.init("", [{prop: "Dev", name: "Dev", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Ino", name: "Ino", embedded: false, exported: true, typ: $Uint64, tag: ""}, {prop: "Mode", name: "Mode", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Nlink", name: "Nlink", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Uid", name: "Uid", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Gid", name: "Gid", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Rdev", name: "Rdev", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Blksize", name: "Blksize", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "Blocks", name: "Blocks", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "Atime", name: "Atime", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "AtimeNsec", name: "AtimeNsec", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Mtime", name: "Mtime", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "MtimeNsec", name: "MtimeNsec", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Ctime", name: "Ctime", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "CtimeNsec", name: "CtimeNsec", embedded: false, exported: true, typ: $Int64, tag: ""}]);
	Iovec.init("", []);
	Sockaddr.init([]);
	SockaddrInet4.init("", [{prop: "Port", name: "Port", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Addr", name: "Addr", embedded: false, exported: true, typ: arrayType$3, tag: ""}]);
	SockaddrInet6.init("", [{prop: "Port", name: "Port", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "ZoneId", name: "ZoneId", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Addr", name: "Addr", embedded: false, exported: true, typ: arrayType$4, tag: ""}]);
	SockaddrUnix.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}]);
	RawConn.init([{prop: "Control", name: "Control", pkg: "", typ: $funcType([funcType$1], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([funcType$2], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([funcType$2], [$error], false)}]);
	jsFile.init("syscall", [{prop: "path", name: "path", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "entries", name: "entries", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "dirIdx", name: "dirIdx", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "pos", name: "pos", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "seeked", name: "seeked", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	callResult.init("syscall", [{prop: "val", name: "val", embedded: false, exported: false, typ: js.Value, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = itoa.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = oserror.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ForkLock = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
		filesMu = new sync.Mutex.ptr(0, 0);
		envOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		envLock = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
		env = false;
		errorstr = $toNativeArray($kindString, ["", "Operation not permitted", "No such file or directory", "No such process", "Interrupted system call", "I/O error", "No such device or address", "Argument list too long", "Exec format error", "Bad file number", "No child processes", "Try again", "Out of memory", "Permission denied", "Bad address", "", "Device or resource busy", "File exists", "Cross-device link", "No such device", "Not a directory", "Is a directory", "Invalid argument", "File table overflow", "Too many open files", "Not a typewriter", "", "File too large", "No space left on device", "Illegal seek", "Read-only file system", "Too many links", "Broken pipe", "Math arg out of domain of func", "Math result not representable", "Deadlock condition", "File name too long", "No record locks available", "not implemented on js", "Directory not empty", "Too many symbolic links", "", "No message of desired type", "Identifier removed", "Channel number out of range", "Level 2 not synchronized", "Level 3 halted", "Level 3 reset", "Link number out of range", "Protocol driver not attached", "No CSI structure available", "Level 2 halted", "Invalid exchange", "Invalid request descriptor", "Exchange full", "No anode", "Invalid request code", "Invalid slot", "", "Bad font file fmt", "Device not a stream", "No data (for no delay io)", "Timer expired", "Out of streams resources", "Machine is not on the network", "Package not installed", "The object is remote", "The link has been severed", "Advertise error", "Srmount error", "Communication error on send", "Protocol error", "Multihop attempted", "Cross mount point (not really error)", "Trying to read unreadable message", "Value too large for defined data type", "Given log. name not unique", "f.d. invalid for this operation", "Remote address changed", "Can't access a needed shared lib", "Accessing a corrupted shared lib", ".lib section in a.out corrupted", "Attempting to link in too many libs", "Attempting to exec a shared library", "", "", "", "", "Socket operation on non-socket", "Destination address required", "Message too long", "Protocol wrong type for socket", "Protocol not available", "Unknown protocol", "Socket type not supported", "Operation not supported on transport endpoint", "Protocol family not supported", "Address family not supported by protocol family", "Address already in use", "Address not available", "Network interface is not configured", "Network is unreachable", "", "Connection aborted", "Connection reset by peer", "No buffer space available", "Socket is already connected", "Socket is not connected", "Can't send after socket shutdown", "", "Connection timed out", "Connection refused", "Host is down", "Host is unreachable", "Socket already connected", "Connection already in progress", "", "", "", "", "", "", "Quota exceeded", "No medium (in tape drive)", "", "Operation canceled.", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "Inode is remote (not really error)", "Inappropriate file type or format", "No more files", "", "No such host or network path", "Filename exists with different case"]);
		errEAGAIN = new Errno(11);
		errEINVAL = new Errno(22);
		errENOENT = new Errno(2);
		errnoByCode = $makeMap($String.keyFor, [{ k: "EPERM", v: 1 }, { k: "ENOENT", v: 2 }, { k: "ESRCH", v: 3 }, { k: "EINTR", v: 4 }, { k: "EIO", v: 5 }, { k: "ENXIO", v: 6 }, { k: "E2BIG", v: 7 }, { k: "ENOEXEC", v: 8 }, { k: "EBADF", v: 9 }, { k: "ECHILD", v: 10 }, { k: "EAGAIN", v: 11 }, { k: "ENOMEM", v: 12 }, { k: "EACCES", v: 13 }, { k: "EFAULT", v: 14 }, { k: "EBUSY", v: 16 }, { k: "EEXIST", v: 17 }, { k: "EXDEV", v: 18 }, { k: "ENODEV", v: 19 }, { k: "ENOTDIR", v: 20 }, { k: "EISDIR", v: 21 }, { k: "EINVAL", v: 22 }, { k: "ENFILE", v: 23 }, { k: "EMFILE", v: 24 }, { k: "ENOTTY", v: 25 }, { k: "EFBIG", v: 27 }, { k: "ENOSPC", v: 28 }, { k: "ESPIPE", v: 29 }, { k: "EROFS", v: 30 }, { k: "EMLINK", v: 31 }, { k: "EPIPE", v: 32 }, { k: "ENAMETOOLONG", v: 36 }, { k: "ENOSYS", v: 38 }, { k: "EDQUOT", v: 122 }, { k: "EDOM", v: 33 }, { k: "ERANGE", v: 34 }, { k: "EDEADLK", v: 35 }, { k: "ENOLCK", v: 37 }, { k: "ENOTEMPTY", v: 39 }, { k: "ELOOP", v: 40 }, { k: "ENOMSG", v: 42 }, { k: "EIDRM", v: 43 }, { k: "ECHRNG", v: 44 }, { k: "EL2NSYNC", v: 45 }, { k: "EL3HLT", v: 46 }, { k: "EL3RST", v: 47 }, { k: "ELNRNG", v: 48 }, { k: "EUNATCH", v: 49 }, { k: "ENOCSI", v: 50 }, { k: "EL2HLT", v: 51 }, { k: "EBADE", v: 52 }, { k: "EBADR", v: 53 }, { k: "EXFULL", v: 54 }, { k: "ENOANO", v: 55 }, { k: "EBADRQC", v: 56 }, { k: "EBADSLT", v: 57 }, { k: "EDEADLOCK", v: 35 }, { k: "EBFONT", v: 59 }, { k: "ENOSTR", v: 60 }, { k: "ENODATA", v: 61 }, { k: "ETIME", v: 62 }, { k: "ENOSR", v: 63 }, { k: "ENONET", v: 64 }, { k: "ENOPKG", v: 65 }, { k: "EREMOTE", v: 66 }, { k: "ENOLINK", v: 67 }, { k: "EADV", v: 68 }, { k: "ESRMNT", v: 69 }, { k: "ECOMM", v: 70 }, { k: "EPROTO", v: 71 }, { k: "EMULTIHOP", v: 72 }, { k: "EDOTDOT", v: 73 }, { k: "EBADMSG", v: 74 }, { k: "EOVERFLOW", v: 75 }, { k: "ENOTUNIQ", v: 76 }, { k: "EBADFD", v: 77 }, { k: "EREMCHG", v: 78 }, { k: "ELIBACC", v: 79 }, { k: "ELIBBAD", v: 80 }, { k: "ELIBSCN", v: 81 }, { k: "ELIBMAX", v: 82 }, { k: "ELIBEXEC", v: 83 }, { k: "EILSEQ", v: 84 }, { k: "EUSERS", v: 87 }, { k: "ENOTSOCK", v: 88 }, { k: "EDESTADDRREQ", v: 89 }, { k: "EMSGSIZE", v: 90 }, { k: "EPROTOTYPE", v: 91 }, { k: "ENOPROTOOPT", v: 92 }, { k: "EPROTONOSUPPORT", v: 93 }, { k: "ESOCKTNOSUPPORT", v: 94 }, { k: "EOPNOTSUPP", v: 95 }, { k: "EPFNOSUPPORT", v: 96 }, { k: "EAFNOSUPPORT", v: 97 }, { k: "EADDRINUSE", v: 98 }, { k: "EADDRNOTAVAIL", v: 99 }, { k: "ENETDOWN", v: 100 }, { k: "ENETUNREACH", v: 101 }, { k: "ENETRESET", v: 102 }, { k: "ECONNABORTED", v: 103 }, { k: "ECONNRESET", v: 104 }, { k: "ENOBUFS", v: 105 }, { k: "EISCONN", v: 106 }, { k: "ENOTCONN", v: 107 }, { k: "ESHUTDOWN", v: 108 }, { k: "ETOOMANYREFS", v: 109 }, { k: "ETIMEDOUT", v: 110 }, { k: "ECONNREFUSED", v: 111 }, { k: "EHOSTDOWN", v: 112 }, { k: "EHOSTUNREACH", v: 113 }, { k: "EALREADY", v: 114 }, { k: "EINPROGRESS", v: 115 }, { k: "ESTALE", v: 116 }, { k: "ENOTSUP", v: 95 }, { k: "ENOMEDIUM", v: 123 }, { k: "ECANCELED", v: 125 }, { k: "ELBIN", v: 2048 }, { k: "EFTYPE", v: 2049 }, { k: "ENMFILE", v: 2050 }, { k: "EPROCLIM", v: 2051 }, { k: "ENOSHARE", v: 2052 }, { k: "ECASECLASH", v: 2053 }, { k: "EWOULDBLOCK", v: 11 }]);
		jsProcess = $clone($clone(js.Global(), js.Value).Get("process"), js.Value);
		jsFS = $clone($clone(js.Global(), js.Value).Get("fs"), js.Value);
		constants = $clone($clone(jsFS, js.Value).Get("constants"), js.Value);
		uint8Array = $clone($clone(js.Global(), js.Value).Get("Uint8Array"), js.Value);
		nodeWRONLY = $clone($clone(constants, js.Value).Get("O_WRONLY"), js.Value).Int();
		nodeRDWR = $clone($clone(constants, js.Value).Get("O_RDWR"), js.Value).Int();
		nodeCREATE = $clone($clone(constants, js.Value).Get("O_CREAT"), js.Value).Int();
		nodeTRUNC = $clone($clone(constants, js.Value).Get("O_TRUNC"), js.Value).Int();
		nodeAPPEND = $clone($clone(constants, js.Value).Get("O_APPEND"), js.Value).Int();
		nodeEXCL = $clone($clone(constants, js.Value).Get("O_EXCL"), js.Value).Int();
		files = $makeMap($Int.keyFor, [{ k: 0, v: new jsFile.ptr("", sliceType.nil, 0, new $Int64(0, 0), false) }, { k: 1, v: new jsFile.ptr("", sliceType.nil, 0, new $Int64(0, 0), false) }, { k: 2, v: new jsFile.ptr("", sliceType.nil, 0, new $Int64(0, 0), false) }]);
		_r = runtime_envs(); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		envs = _r;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/syscall/unix"] = (function() {
	var $pkg = {}, $init, syscall, IsNonblock, RecvfromInet4, RecvfromInet6, SendtoInet4, SendtoInet6, SendmsgNInet4, SendmsgNInet6, RecvmsgInet4, RecvmsgInet6;
	syscall = $packages["syscall"];
	IsNonblock = function(fd) {
		var _tmp, _tmp$1, err, fd, nonblocking;
		nonblocking = false;
		err = $ifaceNil;
		_tmp = false;
		_tmp$1 = $ifaceNil;
		nonblocking = _tmp;
		err = _tmp$1;
		return [nonblocking, err];
	};
	$pkg.IsNonblock = IsNonblock;
	RecvfromInet4 = function(fd, p, flags, from) {
		var fd, flags, from, p;
		return [0, new syscall.Errno(38)];
	};
	$pkg.RecvfromInet4 = RecvfromInet4;
	RecvfromInet6 = function(fd, p, flags, from) {
		var _tmp, _tmp$1, err, fd, flags, from, n, p;
		n = 0;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	$pkg.RecvfromInet6 = RecvfromInet6;
	SendtoInet4 = function(fd, p, flags, to) {
		var err, fd, flags, p, to;
		err = $ifaceNil;
		err = new syscall.Errno(38);
		return err;
	};
	$pkg.SendtoInet4 = SendtoInet4;
	SendtoInet6 = function(fd, p, flags, to) {
		var err, fd, flags, p, to;
		err = $ifaceNil;
		err = new syscall.Errno(38);
		return err;
	};
	$pkg.SendtoInet6 = SendtoInet6;
	SendmsgNInet4 = function(fd, p, oob, to, flags) {
		var _tmp, _tmp$1, err, fd, flags, n, oob, p, to;
		n = 0;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	$pkg.SendmsgNInet4 = SendmsgNInet4;
	SendmsgNInet6 = function(fd, p, oob, to, flags) {
		var _tmp, _tmp$1, err, fd, flags, n, oob, p, to;
		n = 0;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	$pkg.SendmsgNInet6 = SendmsgNInet6;
	RecvmsgInet4 = function(fd, p, oob, flags, from) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, err, fd, flags, from, n, oob, oobn, p, recvflags;
		n = 0;
		oobn = 0;
		recvflags = 0;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		recvflags = _tmp$2;
		err = _tmp$3;
		return [n, oobn, recvflags, err];
	};
	$pkg.RecvmsgInet4 = RecvmsgInet4;
	RecvmsgInet6 = function(fd, p, oob, flags, from) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, err, fd, flags, from, n, oob, oobn, p, recvflags;
		n = 0;
		oobn = 0;
		recvflags = 0;
		err = $ifaceNil;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		recvflags = _tmp$2;
		err = _tmp$3;
		return [n, oobn, recvflags, err];
	};
	$pkg.RecvmsgInet6 = RecvmsgInet6;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = syscall.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["github.com/gopherjs/gopherjs/nosync"] = (function() {
	var $pkg = {}, $init, Pool, Once, Mutex, WaitGroup, Map, sliceType, ptrType, funcType, funcType$1, ptrType$1, ptrType$2, ptrType$4, funcType$2, ptrType$5, mapType;
	Pool = $pkg.Pool = $newType(0, $kindStruct, "nosync.Pool", true, "github.com/gopherjs/gopherjs/nosync", true, function(store_, New_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.store = sliceType.nil;
			this.New = $throwNilPointerError;
			return;
		}
		this.store = store_;
		this.New = New_;
	});
	Once = $pkg.Once = $newType(0, $kindStruct, "nosync.Once", true, "github.com/gopherjs/gopherjs/nosync", true, function(doing_, done_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.doing = false;
			this.done = false;
			return;
		}
		this.doing = doing_;
		this.done = done_;
	});
	Mutex = $pkg.Mutex = $newType(0, $kindStruct, "nosync.Mutex", true, "github.com/gopherjs/gopherjs/nosync", true, function(locked_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.locked = false;
			return;
		}
		this.locked = locked_;
	});
	WaitGroup = $pkg.WaitGroup = $newType(0, $kindStruct, "nosync.WaitGroup", true, "github.com/gopherjs/gopherjs/nosync", true, function(counter_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.counter = 0;
			return;
		}
		this.counter = counter_;
	});
	Map = $pkg.Map = $newType(0, $kindStruct, "nosync.Map", true, "github.com/gopherjs/gopherjs/nosync", true, function(m_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.m = false;
			return;
		}
		this.m = m_;
	});
	sliceType = $sliceType($emptyInterface);
	ptrType = $ptrType(Pool);
	funcType = $funcType([], [$emptyInterface], false);
	funcType$1 = $funcType([], [], false);
	ptrType$1 = $ptrType(Once);
	ptrType$2 = $ptrType(Mutex);
	ptrType$4 = $ptrType(WaitGroup);
	funcType$2 = $funcType([$emptyInterface, $emptyInterface], [$Bool], false);
	ptrType$5 = $ptrType(Map);
	mapType = $mapType($emptyInterface, $emptyInterface);
	Pool.ptr.prototype.Get = function() {
		var {$24r, _r, p, x, x$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (p.store.$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.store.$length === 0) { */ case 1:
			/* */ if (!(p.New === $throwNilPointerError)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(p.New === $throwNilPointerError)) { */ case 3:
				_r = p.New(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		x$2 = (x = p.store, x$1 = p.store.$length - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		p.store = $subslice(p.store, 0, (p.store.$length - 1 >> 0));
		$s = -1; return x$2;
		/* */ } return; } var $f = {$blk: Pool.ptr.prototype.Get, $c: true, $r, $24r, _r, p, x, x$1, x$2, $s};return $f;
	};
	Pool.prototype.Get = function() { return this.$val.Get(); };
	Pool.ptr.prototype.Put = function(x) {
		var p, x;
		p = this;
		if ($interfaceIsEqual(x, $ifaceNil)) {
			return;
		}
		p.store = $append(p.store, x);
	};
	Pool.prototype.Put = function(x) { return this.$val.Put(x); };
	Once.ptr.prototype.Do = function(f) {
		var {f, o, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		o = [o];
		o[0] = this;
		/* */ if (o[0].done) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (o[0].done) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		if (o[0].doing) {
			$panic(new $String("nosync: Do called within f"));
		}
		o[0].doing = true;
		$deferred.push([(function(o) { return function() {
			o[0].doing = false;
			o[0].done = true;
		}; })(o), []]);
		$r = f(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Once.ptr.prototype.Do, $c: true, $r, f, o, $s, $deferred};return $f; } }
	};
	Once.prototype.Do = function(f) { return this.$val.Do(f); };
	Mutex.ptr.prototype.Lock = function() {
		var m;
		m = this;
		if (m.locked) {
			$panic(new $String("nosync: mutex is already locked"));
		}
		m.locked = true;
	};
	Mutex.prototype.Lock = function() { return this.$val.Lock(); };
	Mutex.ptr.prototype.Unlock = function() {
		var m;
		m = this;
		if (!m.locked) {
			$panic(new $String("nosync: unlock of unlocked mutex"));
		}
		m.locked = false;
	};
	Mutex.prototype.Unlock = function() { return this.$val.Unlock(); };
	WaitGroup.ptr.prototype.Add = function(delta) {
		var delta, wg;
		wg = this;
		wg.counter = wg.counter + (delta) >> 0;
		if (wg.counter < 0) {
			$panic(new $String("sync: negative WaitGroup counter"));
		}
	};
	WaitGroup.prototype.Add = function(delta) { return this.$val.Add(delta); };
	WaitGroup.ptr.prototype.Done = function() {
		var wg;
		wg = this;
		wg.Add(-1);
	};
	WaitGroup.prototype.Done = function() { return this.$val.Done(); };
	WaitGroup.ptr.prototype.Wait = function() {
		var wg;
		wg = this;
		if (!((wg.counter === 0))) {
			$panic(new $String("sync: WaitGroup counter not zero"));
		}
	};
	WaitGroup.prototype.Wait = function() { return this.$val.Wait(); };
	Map.ptr.prototype.Load = function(key) {
		var _entry, _tmp, _tmp$1, _tuple, key, m, ok, value;
		value = $ifaceNil;
		ok = false;
		m = this;
		_tuple = (_entry = m.m[$emptyInterface.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		value = _tuple[0];
		ok = _tuple[1];
		_tmp = value;
		_tmp$1 = ok;
		value = _tmp;
		ok = _tmp$1;
		return [value, ok];
	};
	Map.prototype.Load = function(key) { return this.$val.Load(key); };
	Map.ptr.prototype.Store = function(key, value) {
		var _key, key, m, value;
		m = this;
		if (m.m === false) {
			m.m = {};
		}
		_key = key; (m.m || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: value };
	};
	Map.prototype.Store = function(key, value) { return this.$val.Store(key, value); };
	Map.ptr.prototype.LoadOrStore = function(key, value) {
		var _entry, _key, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, actual, key, loaded, m, ok, value, value$1;
		actual = $ifaceNil;
		loaded = false;
		m = this;
		_tuple = (_entry = m.m[$emptyInterface.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		value$1 = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			_tmp = value$1;
			_tmp$1 = true;
			actual = _tmp;
			loaded = _tmp$1;
			return [actual, loaded];
		}
		if (m.m === false) {
			m.m = {};
		}
		_key = key; (m.m || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: value };
		_tmp$2 = value;
		_tmp$3 = false;
		actual = _tmp$2;
		loaded = _tmp$3;
		return [actual, loaded];
	};
	Map.prototype.LoadOrStore = function(key, value) { return this.$val.LoadOrStore(key, value); };
	Map.ptr.prototype.Delete = function(key) {
		var key, m;
		m = this;
		if (m.m === false) {
			return;
		}
		delete m.m[$emptyInterface.keyFor(key)];
	};
	Map.prototype.Delete = function(key) { return this.$val.Delete(key); };
	Map.ptr.prototype.Range = function(f) {
		var {_entry, _i, _keys, _r, _ref, f, k, m, v, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_ref = m.m;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			k = _entry.k;
			v = _entry.v;
			_r = f(k, v); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (!_r) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!_r) { */ case 3:
				/* break; */ $s = 2; continue;
			/* } */ case 4:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Map.ptr.prototype.Range, $c: true, $r, _entry, _i, _keys, _r, _ref, f, k, m, v, $s};return $f;
	};
	Map.prototype.Range = function(f) { return this.$val.Range(f); };
	ptrType.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "Put", name: "Put", pkg: "", typ: $funcType([$emptyInterface], [], false)}];
	ptrType$1.methods = [{prop: "Do", name: "Do", pkg: "", typ: $funcType([funcType$1], [], false)}];
	ptrType$2.methods = [{prop: "Lock", name: "Lock", pkg: "", typ: $funcType([], [], false)}, {prop: "Unlock", name: "Unlock", pkg: "", typ: $funcType([], [], false)}];
	ptrType$4.methods = [{prop: "Add", name: "Add", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Done", name: "Done", pkg: "", typ: $funcType([], [], false)}, {prop: "Wait", name: "Wait", pkg: "", typ: $funcType([], [], false)}];
	ptrType$5.methods = [{prop: "Load", name: "Load", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface, $Bool], false)}, {prop: "Store", name: "Store", pkg: "", typ: $funcType([$emptyInterface, $emptyInterface], [], false)}, {prop: "LoadOrStore", name: "LoadOrStore", pkg: "", typ: $funcType([$emptyInterface, $emptyInterface], [$emptyInterface, $Bool], false)}, {prop: "Delete", name: "Delete", pkg: "", typ: $funcType([$emptyInterface], [], false)}, {prop: "Range", name: "Range", pkg: "", typ: $funcType([funcType$2], [], false)}];
	Pool.init("github.com/gopherjs/gopherjs/nosync", [{prop: "store", name: "store", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "New", name: "New", embedded: false, exported: true, typ: funcType, tag: ""}]);
	Once.init("github.com/gopherjs/gopherjs/nosync", [{prop: "doing", name: "doing", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	Mutex.init("github.com/gopherjs/gopherjs/nosync", [{prop: "locked", name: "locked", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	WaitGroup.init("github.com/gopherjs/gopherjs/nosync", [{prop: "counter", name: "counter", embedded: false, exported: false, typ: $Int, tag: ""}]);
	Map.init("github.com/gopherjs/gopherjs/nosync", [{prop: "m", name: "m", embedded: false, exported: false, typ: mapType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["time"] = (function() {
	var $pkg = {}, $init, errors, js$1, nosync, runtime, syscall, js, Location, zone, zoneTrans, ruleKind, rule, Time, Month, Weekday, Duration, Timer, ParseError, runtimeTimer, sliceType, sliceType$1, ptrType, sliceType$2, sliceType$3, ptrType$2, arrayType$2, chanType, funcType, arrayType$3, arrayType$4, arrayType$5, structType, ptrType$4, chanType$1, ptrType$6, ptrType$7, funcType$1, ptrType$8, badData, utcLoc, utcLoc$24ptr, localLoc, localLoc$24ptr, localOnce, errLocation, daysBefore, startNano, std0x, longDayNames, shortDayNames, shortMonthNames, longMonthNames, atoiError, errBad, errLeadingInt, unitMap, zoneSources, x, _r, FixedZone, tzset, tzsetName, tzsetOffset, tzsetRule, tzsetNum, tzruleTime, absWeekday, absClock, fmtFrac, fmtInt, lessThanHalf, Since, Until, absDate, daysIn, daysSinceEpoch, runtimeNano, Now, unixTime, Unix, isLeap, norm, Date, div, when, NewTimer, sendTime, After, AfterFunc, goFunc, startsWithLowerCase, nextStdChunk, match, lookup, appendInt, atoi, stdFracSecond, digitsLen, separator, formatNano, quote, isDigit, getnum, getnum3, cutspace, skip, Parse, parse, parseTimeZone, parseGMT, parseSignedOffset, commaOrPeriod, parseNanoseconds, leadingInt, leadingFraction, ParseDuration, initLocal, itoa, init, now, Sleep, startTimer, stopTimer, modTimer, resetTimer;
	errors = $packages["errors"];
	js$1 = $packages["github.com/gopherjs/gopherjs/js"];
	nosync = $packages["github.com/gopherjs/gopherjs/nosync"];
	runtime = $packages["runtime"];
	syscall = $packages["syscall"];
	js = $packages["syscall/js"];
	Location = $pkg.Location = $newType(0, $kindStruct, "time.Location", true, "time", true, function(name_, zone_, tx_, extend_, cacheStart_, cacheEnd_, cacheZone_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.zone = sliceType.nil;
			this.tx = sliceType$1.nil;
			this.extend = "";
			this.cacheStart = new $Int64(0, 0);
			this.cacheEnd = new $Int64(0, 0);
			this.cacheZone = ptrType.nil;
			return;
		}
		this.name = name_;
		this.zone = zone_;
		this.tx = tx_;
		this.extend = extend_;
		this.cacheStart = cacheStart_;
		this.cacheEnd = cacheEnd_;
		this.cacheZone = cacheZone_;
	});
	zone = $pkg.zone = $newType(0, $kindStruct, "time.zone", true, "time", false, function(name_, offset_, isDST_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.offset = 0;
			this.isDST = false;
			return;
		}
		this.name = name_;
		this.offset = offset_;
		this.isDST = isDST_;
	});
	zoneTrans = $pkg.zoneTrans = $newType(0, $kindStruct, "time.zoneTrans", true, "time", false, function(when_, index_, isstd_, isutc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.when = new $Int64(0, 0);
			this.index = 0;
			this.isstd = false;
			this.isutc = false;
			return;
		}
		this.when = when_;
		this.index = index_;
		this.isstd = isstd_;
		this.isutc = isutc_;
	});
	ruleKind = $pkg.ruleKind = $newType(4, $kindInt, "time.ruleKind", true, "time", false, null);
	rule = $pkg.rule = $newType(0, $kindStruct, "time.rule", true, "time", false, function(kind_, day_, week_, mon_, time_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.kind = 0;
			this.day = 0;
			this.week = 0;
			this.mon = 0;
			this.time = 0;
			return;
		}
		this.kind = kind_;
		this.day = day_;
		this.week = week_;
		this.mon = mon_;
		this.time = time_;
	});
	Time = $pkg.Time = $newType(0, $kindStruct, "time.Time", true, "time", true, function(wall_, ext_, loc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.wall = new $Uint64(0, 0);
			this.ext = new $Int64(0, 0);
			this.loc = ptrType$2.nil;
			return;
		}
		this.wall = wall_;
		this.ext = ext_;
		this.loc = loc_;
	});
	Month = $pkg.Month = $newType(4, $kindInt, "time.Month", true, "time", true, null);
	Weekday = $pkg.Weekday = $newType(4, $kindInt, "time.Weekday", true, "time", true, null);
	Duration = $pkg.Duration = $newType(8, $kindInt64, "time.Duration", true, "time", true, null);
	Timer = $pkg.Timer = $newType(0, $kindStruct, "time.Timer", true, "time", true, function(C_, r_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.C = $chanNil;
			this.r = new runtimeTimer.ptr(0, new $Int64(0, 0), new $Int64(0, 0), $throwNilPointerError, $ifaceNil, 0, null, false);
			return;
		}
		this.C = C_;
		this.r = r_;
	});
	ParseError = $pkg.ParseError = $newType(0, $kindStruct, "time.ParseError", true, "time", true, function(Layout_, Value_, LayoutElem_, ValueElem_, Message_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Layout = "";
			this.Value = "";
			this.LayoutElem = "";
			this.ValueElem = "";
			this.Message = "";
			return;
		}
		this.Layout = Layout_;
		this.Value = Value_;
		this.LayoutElem = LayoutElem_;
		this.ValueElem = ValueElem_;
		this.Message = Message_;
	});
	runtimeTimer = $pkg.runtimeTimer = $newType(0, $kindStruct, "time.runtimeTimer", true, "time", false, function(i_, when_, period_, f_, arg_, seq_, timeout_, active_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.i = 0;
			this.when = new $Int64(0, 0);
			this.period = new $Int64(0, 0);
			this.f = $throwNilPointerError;
			this.arg = $ifaceNil;
			this.seq = 0;
			this.timeout = null;
			this.active = false;
			return;
		}
		this.i = i_;
		this.when = when_;
		this.period = period_;
		this.f = f_;
		this.arg = arg_;
		this.seq = seq_;
		this.timeout = timeout_;
		this.active = active_;
	});
	sliceType = $sliceType(zone);
	sliceType$1 = $sliceType(zoneTrans);
	ptrType = $ptrType(zone);
	sliceType$2 = $sliceType($String);
	sliceType$3 = $sliceType($Uint8);
	ptrType$2 = $ptrType(Location);
	arrayType$2 = $arrayType($Uint8, 32);
	chanType = $chanType(Time, false, false);
	funcType = $funcType([], [], false);
	arrayType$3 = $arrayType($Uint8, 20);
	arrayType$4 = $arrayType($Uint8, 9);
	arrayType$5 = $arrayType($Uint8, 64);
	structType = $structType("", []);
	ptrType$4 = $ptrType(Time);
	chanType$1 = $chanType(Time, false, true);
	ptrType$6 = $ptrType(Timer);
	ptrType$7 = $ptrType(ParseError);
	funcType$1 = $funcType([$emptyInterface, $Uintptr], [], false);
	ptrType$8 = $ptrType(js$1.Object);
	Location.ptr.prototype.get = function() {
		var {l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (l === ptrType$2.nil) {
			$s = -1; return utcLoc;
		}
		/* */ if (l === localLoc) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (l === localLoc) { */ case 1:
			$r = localOnce.Do(initLocal); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return l;
		/* */ } return; } var $f = {$blk: Location.ptr.prototype.get, $c: true, $r, l, $s};return $f;
	};
	Location.prototype.get = function() { return this.$val.get(); };
	Location.ptr.prototype.String = function() {
		var {$24r, _r$1, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r$1 = l.get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1.name;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Location.ptr.prototype.String, $c: true, $r, $24r, _r$1, l, $s};return $f;
	};
	Location.prototype.String = function() { return this.$val.String(); };
	FixedZone = function(name, offset) {
		var l, name, offset, x$1;
		l = new Location.ptr(name, new sliceType([new zone.ptr(name, offset, false)]), new sliceType$1([new zoneTrans.ptr(new $Int64(-2147483648, 0), 0, false, false)]), "", new $Int64(-2147483648, 0), new $Int64(2147483647, 4294967295), ptrType.nil);
		l.cacheZone = (x$1 = l.zone, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
		return l;
	};
	$pkg.FixedZone = FixedZone;
	Location.ptr.prototype.lookup = function(sec) {
		var {_q, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, eend, eisDST, ename, end, eoffset, estart, hi, isDST, l, lim, lo, m, name, offset, ok, sec, start, tx, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, zone$1, zone$2, zone$3, $s, $r, $c} = $restore(this, {sec});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = "";
		offset = 0;
		start = new $Int64(0, 0);
		end = new $Int64(0, 0);
		isDST = false;
		l = this;
		_r$1 = l.get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		l = _r$1;
		if (l.zone.$length === 0) {
			name = "UTC";
			offset = 0;
			start = new $Int64(-2147483648, 0);
			end = new $Int64(2147483647, 4294967295);
			isDST = false;
			$s = -1; return [name, offset, start, end, isDST];
		}
		zone$1 = l.cacheZone;
		if (!(zone$1 === ptrType.nil) && (x$1 = l.cacheStart, (x$1.$high < sec.$high || (x$1.$high === sec.$high && x$1.$low <= sec.$low))) && (x$2 = l.cacheEnd, (sec.$high < x$2.$high || (sec.$high === x$2.$high && sec.$low < x$2.$low)))) {
			name = zone$1.name;
			offset = zone$1.offset;
			start = l.cacheStart;
			end = l.cacheEnd;
			isDST = zone$1.isDST;
			$s = -1; return [name, offset, start, end, isDST];
		}
		if ((l.tx.$length === 0) || (x$3 = (x$4 = l.tx, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0])).when, (sec.$high < x$3.$high || (sec.$high === x$3.$high && sec.$low < x$3.$low)))) {
			zone$2 = (x$5 = l.zone, x$6 = l.lookupFirstZone(), ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6]));
			name = zone$2.name;
			offset = zone$2.offset;
			start = new $Int64(-2147483648, 0);
			if (l.tx.$length > 0) {
				end = (x$7 = l.tx, (0 >= x$7.$length ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + 0])).when;
			} else {
				end = new $Int64(2147483647, 4294967295);
			}
			isDST = zone$2.isDST;
			$s = -1; return [name, offset, start, end, isDST];
		}
		tx = l.tx;
		end = new $Int64(2147483647, 4294967295);
		lo = 0;
		hi = tx.$length;
		while (true) {
			if (!((hi - lo >> 0) > 1)) { break; }
			m = lo + (_q = ((hi - lo >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
			lim = ((m < 0 || m >= tx.$length) ? ($throwRuntimeError("index out of range"), undefined) : tx.$array[tx.$offset + m]).when;
			if ((sec.$high < lim.$high || (sec.$high === lim.$high && sec.$low < lim.$low))) {
				end = lim;
				hi = m;
			} else {
				lo = m;
			}
		}
		zone$3 = (x$8 = l.zone, x$9 = ((lo < 0 || lo >= tx.$length) ? ($throwRuntimeError("index out of range"), undefined) : tx.$array[tx.$offset + lo]).index, ((x$9 < 0 || x$9 >= x$8.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + x$9]));
		name = zone$3.name;
		offset = zone$3.offset;
		start = ((lo < 0 || lo >= tx.$length) ? ($throwRuntimeError("index out of range"), undefined) : tx.$array[tx.$offset + lo]).when;
		isDST = zone$3.isDST;
		if ((lo === (tx.$length - 1 >> 0)) && !(l.extend === "")) {
			_tuple = tzset(l.extend, end, sec);
			ename = _tuple[0];
			eoffset = _tuple[1];
			estart = _tuple[2];
			eend = _tuple[3];
			eisDST = _tuple[4];
			ok = _tuple[5];
			if (ok) {
				_tmp = ename;
				_tmp$1 = eoffset;
				_tmp$2 = estart;
				_tmp$3 = eend;
				_tmp$4 = eisDST;
				name = _tmp;
				offset = _tmp$1;
				start = _tmp$2;
				end = _tmp$3;
				isDST = _tmp$4;
				$s = -1; return [name, offset, start, end, isDST];
			}
		}
		$s = -1; return [name, offset, start, end, isDST];
		/* */ } return; } var $f = {$blk: Location.ptr.prototype.lookup, $c: true, $r, _q, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, eend, eisDST, ename, end, eoffset, estart, hi, isDST, l, lim, lo, m, name, offset, ok, sec, start, tx, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, zone$1, zone$2, zone$3, $s};return $f;
	};
	Location.prototype.lookup = function(sec) { return this.$val.lookup(sec); };
	Location.ptr.prototype.lookupFirstZone = function() {
		var _i, _ref, l, x$1, x$2, x$3, x$4, x$5, x$6, zi, zi$1;
		l = this;
		if (!l.firstZoneUsed()) {
			return 0;
		}
		if (l.tx.$length > 0 && (x$1 = l.zone, x$2 = (x$3 = l.tx, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0])).index, ((x$2 < 0 || x$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + x$2])).isDST) {
			zi = (((x$4 = l.tx, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0])).index >> 0)) - 1 >> 0;
			while (true) {
				if (!(zi >= 0)) { break; }
				if (!(x$5 = l.zone, ((zi < 0 || zi >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + zi])).isDST) {
					return zi;
				}
				zi = zi - (1) >> 0;
			}
		}
		_ref = l.zone;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			zi$1 = _i;
			if (!(x$6 = l.zone, ((zi$1 < 0 || zi$1 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + zi$1])).isDST) {
				return zi$1;
			}
			_i++;
		}
		return 0;
	};
	Location.prototype.lookupFirstZone = function() { return this.$val.lookupFirstZone(); };
	Location.ptr.prototype.firstZoneUsed = function() {
		var _i, _ref, l, tx;
		l = this;
		_ref = l.tx;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			tx = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), zoneTrans);
			if (tx.index === 0) {
				return true;
			}
			_i++;
		}
		return false;
	};
	Location.prototype.firstZoneUsed = function() { return this.$val.firstZoneUsed(); };
	tzset = function(s, initEnd, sec) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$6, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, abs, d, dstIsDST, dstName, dstOffset, end, endRule, endSec, initEnd, isDST, name, offset, ok, s, sec, start, startRule, startSec, stdIsDST, stdName, stdOffset, x$1, x$2, x$3, x$4, x$5, x$6, yday, year, ysec;
		name = "";
		offset = 0;
		start = new $Int64(0, 0);
		end = new $Int64(0, 0);
		isDST = false;
		ok = false;
		_tmp = "";
		_tmp$1 = "";
		stdName = _tmp;
		dstName = _tmp$1;
		_tmp$2 = 0;
		_tmp$3 = 0;
		stdOffset = _tmp$2;
		dstOffset = _tmp$3;
		_tuple = tzsetName(s);
		stdName = _tuple[0];
		s = _tuple[1];
		ok = _tuple[2];
		if (ok) {
			_tuple$1 = tzsetOffset(s);
			stdOffset = _tuple$1[0];
			s = _tuple$1[1];
			ok = _tuple$1[2];
		}
		if (!ok) {
			_tmp$4 = "";
			_tmp$5 = 0;
			_tmp$6 = new $Int64(0, 0);
			_tmp$7 = new $Int64(0, 0);
			_tmp$8 = false;
			_tmp$9 = false;
			name = _tmp$4;
			offset = _tmp$5;
			start = _tmp$6;
			end = _tmp$7;
			isDST = _tmp$8;
			ok = _tmp$9;
			return [name, offset, start, end, isDST, ok];
		}
		stdOffset = -stdOffset;
		if ((s.length === 0) || (s.charCodeAt(0) === 44)) {
			_tmp$10 = stdName;
			_tmp$11 = stdOffset;
			_tmp$12 = initEnd;
			_tmp$13 = new $Int64(2147483647, 4294967295);
			_tmp$14 = false;
			_tmp$15 = true;
			name = _tmp$10;
			offset = _tmp$11;
			start = _tmp$12;
			end = _tmp$13;
			isDST = _tmp$14;
			ok = _tmp$15;
			return [name, offset, start, end, isDST, ok];
		}
		_tuple$2 = tzsetName(s);
		dstName = _tuple$2[0];
		s = _tuple$2[1];
		ok = _tuple$2[2];
		if (ok) {
			if ((s.length === 0) || (s.charCodeAt(0) === 44)) {
				dstOffset = stdOffset + 3600 >> 0;
			} else {
				_tuple$3 = tzsetOffset(s);
				dstOffset = _tuple$3[0];
				s = _tuple$3[1];
				ok = _tuple$3[2];
				dstOffset = -dstOffset;
			}
		}
		if (!ok) {
			_tmp$16 = "";
			_tmp$17 = 0;
			_tmp$18 = new $Int64(0, 0);
			_tmp$19 = new $Int64(0, 0);
			_tmp$20 = false;
			_tmp$21 = false;
			name = _tmp$16;
			offset = _tmp$17;
			start = _tmp$18;
			end = _tmp$19;
			isDST = _tmp$20;
			ok = _tmp$21;
			return [name, offset, start, end, isDST, ok];
		}
		if (s.length === 0) {
			s = ",M3.2.0,M11.1.0";
		}
		if (!((s.charCodeAt(0) === 44)) && !((s.charCodeAt(0) === 59))) {
			_tmp$22 = "";
			_tmp$23 = 0;
			_tmp$24 = new $Int64(0, 0);
			_tmp$25 = new $Int64(0, 0);
			_tmp$26 = false;
			_tmp$27 = false;
			name = _tmp$22;
			offset = _tmp$23;
			start = _tmp$24;
			end = _tmp$25;
			isDST = _tmp$26;
			ok = _tmp$27;
			return [name, offset, start, end, isDST, ok];
		}
		s = $substring(s, 1);
		_tmp$28 = new rule.ptr(0, 0, 0, 0, 0);
		_tmp$29 = new rule.ptr(0, 0, 0, 0, 0);
		startRule = $clone(_tmp$28, rule);
		endRule = $clone(_tmp$29, rule);
		_tuple$4 = tzsetRule(s);
		rule.copy(startRule, _tuple$4[0]);
		s = _tuple$4[1];
		ok = _tuple$4[2];
		if (!ok || (s.length === 0) || !((s.charCodeAt(0) === 44))) {
			_tmp$30 = "";
			_tmp$31 = 0;
			_tmp$32 = new $Int64(0, 0);
			_tmp$33 = new $Int64(0, 0);
			_tmp$34 = false;
			_tmp$35 = false;
			name = _tmp$30;
			offset = _tmp$31;
			start = _tmp$32;
			end = _tmp$33;
			isDST = _tmp$34;
			ok = _tmp$35;
			return [name, offset, start, end, isDST, ok];
		}
		s = $substring(s, 1);
		_tuple$5 = tzsetRule(s);
		rule.copy(endRule, _tuple$5[0]);
		s = _tuple$5[1];
		ok = _tuple$5[2];
		if (!ok || s.length > 0) {
			_tmp$36 = "";
			_tmp$37 = 0;
			_tmp$38 = new $Int64(0, 0);
			_tmp$39 = new $Int64(0, 0);
			_tmp$40 = false;
			_tmp$41 = false;
			name = _tmp$36;
			offset = _tmp$37;
			start = _tmp$38;
			end = _tmp$39;
			isDST = _tmp$40;
			ok = _tmp$41;
			return [name, offset, start, end, isDST, ok];
		}
		_tuple$6 = absDate(((x$1 = (x$2 = new $Int64(sec.$high + 14, sec.$low + 2006054656), new $Int64(x$2.$high + 2147483631, x$2.$low + 2739393024)), new $Uint64(x$1.$high, x$1.$low))), false);
		year = _tuple$6[0];
		yday = _tuple$6[3];
		ysec = (x$3 = (new $Int64(0, ($imul(yday, 86400)))), x$4 = $div64(sec, new $Int64(0, 86400), true), new $Int64(x$3.$high + x$4.$high, x$3.$low + x$4.$low));
		d = daysSinceEpoch(year);
		abs = ((x$5 = $mul64(d, new $Uint64(0, 86400)), new $Int64(x$5.$high, x$5.$low)));
		abs = (x$6 = new $Int64(-2147483647, 3844486912), new $Int64(abs.$high + x$6.$high, abs.$low + x$6.$low));
		startSec = (new $Int64(0, tzruleTime(year, $clone(startRule, rule), stdOffset)));
		endSec = (new $Int64(0, tzruleTime(year, $clone(endRule, rule), dstOffset)));
		_tmp$42 = true;
		_tmp$43 = false;
		dstIsDST = _tmp$42;
		stdIsDST = _tmp$43;
		if ((endSec.$high < startSec.$high || (endSec.$high === startSec.$high && endSec.$low < startSec.$low))) {
			_tmp$44 = endSec;
			_tmp$45 = startSec;
			startSec = _tmp$44;
			endSec = _tmp$45;
			_tmp$46 = dstName;
			_tmp$47 = stdName;
			stdName = _tmp$46;
			dstName = _tmp$47;
			_tmp$48 = dstOffset;
			_tmp$49 = stdOffset;
			stdOffset = _tmp$48;
			dstOffset = _tmp$49;
			_tmp$50 = dstIsDST;
			_tmp$51 = stdIsDST;
			stdIsDST = _tmp$50;
			dstIsDST = _tmp$51;
		}
		if ((ysec.$high < startSec.$high || (ysec.$high === startSec.$high && ysec.$low < startSec.$low))) {
			_tmp$52 = stdName;
			_tmp$53 = stdOffset;
			_tmp$54 = abs;
			_tmp$55 = new $Int64(startSec.$high + abs.$high, startSec.$low + abs.$low);
			_tmp$56 = stdIsDST;
			_tmp$57 = true;
			name = _tmp$52;
			offset = _tmp$53;
			start = _tmp$54;
			end = _tmp$55;
			isDST = _tmp$56;
			ok = _tmp$57;
			return [name, offset, start, end, isDST, ok];
		} else if ((ysec.$high > endSec.$high || (ysec.$high === endSec.$high && ysec.$low >= endSec.$low))) {
			_tmp$58 = stdName;
			_tmp$59 = stdOffset;
			_tmp$60 = new $Int64(endSec.$high + abs.$high, endSec.$low + abs.$low);
			_tmp$61 = new $Int64(abs.$high + 0, abs.$low + 31536000);
			_tmp$62 = stdIsDST;
			_tmp$63 = true;
			name = _tmp$58;
			offset = _tmp$59;
			start = _tmp$60;
			end = _tmp$61;
			isDST = _tmp$62;
			ok = _tmp$63;
			return [name, offset, start, end, isDST, ok];
		} else {
			_tmp$64 = dstName;
			_tmp$65 = dstOffset;
			_tmp$66 = new $Int64(startSec.$high + abs.$high, startSec.$low + abs.$low);
			_tmp$67 = new $Int64(endSec.$high + abs.$high, endSec.$low + abs.$low);
			_tmp$68 = dstIsDST;
			_tmp$69 = true;
			name = _tmp$64;
			offset = _tmp$65;
			start = _tmp$66;
			end = _tmp$67;
			isDST = _tmp$68;
			ok = _tmp$69;
			return [name, offset, start, end, isDST, ok];
		}
	};
	tzsetName = function(s) {
		var _1, _i, _i$1, _ref, _ref$1, _rune, _rune$1, i, i$1, r, r$1, s;
		if (s.length === 0) {
			return ["", "", false];
		}
		if (!((s.charCodeAt(0) === 60))) {
			_ref = s;
			_i = 0;
			while (true) {
				if (!(_i < _ref.length)) { break; }
				_rune = $decodeRune(_ref, _i);
				i = _i;
				r = _rune[0];
				_1 = r;
				if ((_1 === (48)) || (_1 === (49)) || (_1 === (50)) || (_1 === (51)) || (_1 === (52)) || (_1 === (53)) || (_1 === (54)) || (_1 === (55)) || (_1 === (56)) || (_1 === (57)) || (_1 === (44)) || (_1 === (45)) || (_1 === (43))) {
					if (i < 3) {
						return ["", "", false];
					}
					return [$substring(s, 0, i), $substring(s, i), true];
				}
				_i += _rune[1];
			}
			if (s.length < 3) {
				return ["", "", false];
			}
			return [s, "", true];
		} else {
			_ref$1 = s;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.length)) { break; }
				_rune$1 = $decodeRune(_ref$1, _i$1);
				i$1 = _i$1;
				r$1 = _rune$1[0];
				if (r$1 === 62) {
					return [$substring(s, 1, i$1), $substring(s, (i$1 + 1 >> 0)), true];
				}
				_i$1 += _rune$1[1];
			}
			return ["", "", false];
		}
	};
	tzsetOffset = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, hours, mins, neg, off, offset, ok, rest, s, secs;
		offset = 0;
		rest = "";
		ok = false;
		if (s.length === 0) {
			_tmp = 0;
			_tmp$1 = "";
			_tmp$2 = false;
			offset = _tmp;
			rest = _tmp$1;
			ok = _tmp$2;
			return [offset, rest, ok];
		}
		neg = false;
		if (s.charCodeAt(0) === 43) {
			s = $substring(s, 1);
		} else if (s.charCodeAt(0) === 45) {
			s = $substring(s, 1);
			neg = true;
		}
		hours = 0;
		_tuple = tzsetNum(s, 0, 168);
		hours = _tuple[0];
		s = _tuple[1];
		ok = _tuple[2];
		if (!ok) {
			_tmp$3 = 0;
			_tmp$4 = "";
			_tmp$5 = false;
			offset = _tmp$3;
			rest = _tmp$4;
			ok = _tmp$5;
			return [offset, rest, ok];
		}
		off = $imul(hours, 3600);
		if ((s.length === 0) || !((s.charCodeAt(0) === 58))) {
			if (neg) {
				off = -off;
			}
			_tmp$6 = off;
			_tmp$7 = s;
			_tmp$8 = true;
			offset = _tmp$6;
			rest = _tmp$7;
			ok = _tmp$8;
			return [offset, rest, ok];
		}
		mins = 0;
		_tuple$1 = tzsetNum($substring(s, 1), 0, 59);
		mins = _tuple$1[0];
		s = _tuple$1[1];
		ok = _tuple$1[2];
		if (!ok) {
			_tmp$9 = 0;
			_tmp$10 = "";
			_tmp$11 = false;
			offset = _tmp$9;
			rest = _tmp$10;
			ok = _tmp$11;
			return [offset, rest, ok];
		}
		off = off + (($imul(mins, 60))) >> 0;
		if ((s.length === 0) || !((s.charCodeAt(0) === 58))) {
			if (neg) {
				off = -off;
			}
			_tmp$12 = off;
			_tmp$13 = s;
			_tmp$14 = true;
			offset = _tmp$12;
			rest = _tmp$13;
			ok = _tmp$14;
			return [offset, rest, ok];
		}
		secs = 0;
		_tuple$2 = tzsetNum($substring(s, 1), 0, 59);
		secs = _tuple$2[0];
		s = _tuple$2[1];
		ok = _tuple$2[2];
		if (!ok) {
			_tmp$15 = 0;
			_tmp$16 = "";
			_tmp$17 = false;
			offset = _tmp$15;
			rest = _tmp$16;
			ok = _tmp$17;
			return [offset, rest, ok];
		}
		off = off + (secs) >> 0;
		if (neg) {
			off = -off;
		}
		_tmp$18 = off;
		_tmp$19 = s;
		_tmp$20 = true;
		offset = _tmp$18;
		rest = _tmp$19;
		ok = _tmp$20;
		return [offset, rest, ok];
	};
	tzsetRule = function(s) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, day, day$1, jday, mon, offset, ok, r, s, week;
		r = new rule.ptr(0, 0, 0, 0, 0);
		if (s.length === 0) {
			return [new rule.ptr(0, 0, 0, 0, 0), "", false];
		}
		ok = false;
		if (s.charCodeAt(0) === 74) {
			jday = 0;
			_tuple = tzsetNum($substring(s, 1), 1, 365);
			jday = _tuple[0];
			s = _tuple[1];
			ok = _tuple[2];
			if (!ok) {
				return [new rule.ptr(0, 0, 0, 0, 0), "", false];
			}
			r.kind = 0;
			r.day = jday;
		} else if (s.charCodeAt(0) === 77) {
			mon = 0;
			_tuple$1 = tzsetNum($substring(s, 1), 1, 12);
			mon = _tuple$1[0];
			s = _tuple$1[1];
			ok = _tuple$1[2];
			if (!ok || (s.length === 0) || !((s.charCodeAt(0) === 46))) {
				return [new rule.ptr(0, 0, 0, 0, 0), "", false];
			}
			week = 0;
			_tuple$2 = tzsetNum($substring(s, 1), 1, 5);
			week = _tuple$2[0];
			s = _tuple$2[1];
			ok = _tuple$2[2];
			if (!ok || (s.length === 0) || !((s.charCodeAt(0) === 46))) {
				return [new rule.ptr(0, 0, 0, 0, 0), "", false];
			}
			day = 0;
			_tuple$3 = tzsetNum($substring(s, 1), 0, 6);
			day = _tuple$3[0];
			s = _tuple$3[1];
			ok = _tuple$3[2];
			if (!ok) {
				return [new rule.ptr(0, 0, 0, 0, 0), "", false];
			}
			r.kind = 2;
			r.day = day;
			r.week = week;
			r.mon = mon;
		} else {
			day$1 = 0;
			_tuple$4 = tzsetNum(s, 0, 365);
			day$1 = _tuple$4[0];
			s = _tuple$4[1];
			ok = _tuple$4[2];
			if (!ok) {
				return [new rule.ptr(0, 0, 0, 0, 0), "", false];
			}
			r.kind = 1;
			r.day = day$1;
		}
		if ((s.length === 0) || !((s.charCodeAt(0) === 47))) {
			r.time = 7200;
			return [r, s, true];
		}
		_tuple$5 = tzsetOffset($substring(s, 1));
		offset = _tuple$5[0];
		s = _tuple$5[1];
		ok = _tuple$5[2];
		if (!ok) {
			return [new rule.ptr(0, 0, 0, 0, 0), "", false];
		}
		r.time = offset;
		return [r, s, true];
	};
	tzsetNum = function(s, min, max) {
		var _i, _ref, _rune, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, i, max, min, num, ok, r, rest, s;
		num = 0;
		rest = "";
		ok = false;
		if (s.length === 0) {
			_tmp = 0;
			_tmp$1 = "";
			_tmp$2 = false;
			num = _tmp;
			rest = _tmp$1;
			ok = _tmp$2;
			return [num, rest, ok];
		}
		num = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			i = _i;
			r = _rune[0];
			if (r < 48 || r > 57) {
				if ((i === 0) || num < min) {
					_tmp$3 = 0;
					_tmp$4 = "";
					_tmp$5 = false;
					num = _tmp$3;
					rest = _tmp$4;
					ok = _tmp$5;
					return [num, rest, ok];
				}
				_tmp$6 = num;
				_tmp$7 = $substring(s, i);
				_tmp$8 = true;
				num = _tmp$6;
				rest = _tmp$7;
				ok = _tmp$8;
				return [num, rest, ok];
			}
			num = $imul(num, (10));
			num = num + ((((r >> 0)) - 48 >> 0)) >> 0;
			if (num > max) {
				_tmp$9 = 0;
				_tmp$10 = "";
				_tmp$11 = false;
				num = _tmp$9;
				rest = _tmp$10;
				ok = _tmp$11;
				return [num, rest, ok];
			}
			_i += _rune[1];
		}
		if (num < min) {
			_tmp$12 = 0;
			_tmp$13 = "";
			_tmp$14 = false;
			num = _tmp$12;
			rest = _tmp$13;
			ok = _tmp$14;
			return [num, rest, ok];
		}
		_tmp$15 = num;
		_tmp$16 = "";
		_tmp$17 = true;
		num = _tmp$15;
		rest = _tmp$16;
		ok = _tmp$17;
		return [num, rest, ok];
	};
	tzruleTime = function(year, r, off) {
		var _1, _q, _q$1, _q$2, _q$3, _r$1, _r$2, _r$3, d, dow, i, m1, off, r, s, x$1, year, yy0, yy1, yy2;
		s = 0;
		_1 = r.kind;
		if (_1 === (0)) {
			s = $imul(((r.day - 1 >> 0)), 86400);
			if (isLeap(year) && r.day >= 60) {
				s = s + (86400) >> 0;
			}
		} else if (_1 === (1)) {
			s = $imul(r.day, 86400);
		} else if (_1 === (2)) {
			m1 = (_r$1 = ((r.mon + 9 >> 0)) % 12, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) + 1 >> 0;
			yy0 = year;
			if (r.mon <= 2) {
				yy0 = yy0 - (1) >> 0;
			}
			yy1 = (_q = yy0 / 100, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			yy2 = (_r$2 = yy0 % 100, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero"));
			dow = (_r$3 = (((((((_q$1 = ((($imul(26, m1)) - 2 >> 0)) / 10, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) + 1 >> 0) + yy2 >> 0) + (_q$2 = yy2 / 4, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0) + (_q$3 = yy1 / 4, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0) - ($imul(2, yy1)) >> 0)) % 7, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero"));
			if (dow < 0) {
				dow = dow + (7) >> 0;
			}
			d = r.day - dow >> 0;
			if (d < 0) {
				d = d + (7) >> 0;
			}
			i = 1;
			while (true) {
				if (!(i < r.week)) { break; }
				if ((d + 7 >> 0) >= daysIn(((r.mon >> 0)), year)) {
					break;
				}
				d = d + (7) >> 0;
				i = i + (1) >> 0;
			}
			d = d + ((((x$1 = r.mon - 1 >> 0, ((x$1 < 0 || x$1 >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[x$1])) >> 0))) >> 0;
			if (isLeap(year) && r.mon > 2) {
				d = d + (1) >> 0;
			}
			s = $imul(d, 86400);
		}
		return (s + r.time >> 0) - off >> 0;
	};
	Location.ptr.prototype.lookupName = function(name, unix) {
		var {_i, _i$1, _r$1, _r$2, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, i, i$1, l, nam, name, offset, offset$1, ok, unix, x$1, x$2, x$3, zone$1, zone$2, $s, $r, $c} = $restore(this, {name, unix});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		offset = 0;
		ok = false;
		l = this;
		_r$1 = l.get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		l = _r$1;
		_ref = l.zone;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			i = _i;
			zone$1 = (x$1 = l.zone, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
			/* */ if (zone$1.name === name) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (zone$1.name === name) { */ case 4:
				_r$2 = l.lookup((x$2 = (new $Int64(0, zone$1.offset)), new $Int64(unix.$high - x$2.$high, unix.$low - x$2.$low))); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple = _r$2;
				nam = _tuple[0];
				offset$1 = _tuple[1];
				if (nam === zone$1.name) {
					_tmp = offset$1;
					_tmp$1 = true;
					offset = _tmp;
					ok = _tmp$1;
					$s = -1; return [offset, ok];
				}
			/* } */ case 5:
			_i++;
		$s = 2; continue;
		case 3:
		_ref$1 = l.zone;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			zone$2 = (x$3 = l.zone, ((i$1 < 0 || i$1 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i$1]));
			if (zone$2.name === name) {
				_tmp$2 = zone$2.offset;
				_tmp$3 = true;
				offset = _tmp$2;
				ok = _tmp$3;
				$s = -1; return [offset, ok];
			}
			_i$1++;
		}
		$s = -1; return [offset, ok];
		/* */ } return; } var $f = {$blk: Location.ptr.prototype.lookupName, $c: true, $r, _i, _i$1, _r$1, _r$2, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, i, i$1, l, nam, name, offset, offset$1, ok, unix, x$1, x$2, x$3, zone$1, zone$2, $s};return $f;
	};
	Location.prototype.lookupName = function(name, unix) { return this.$val.lookupName(name, unix); };
	Time.ptr.prototype.nsec = function() {
		var t, x$1;
		t = this;
		return (((x$1 = t.wall, new $Uint64(x$1.$high & 0, (x$1.$low & 1073741823) >>> 0)).$low >> 0));
	};
	Time.prototype.nsec = function() { return this.$val.nsec(); };
	Time.ptr.prototype.sec = function() {
		var t, x$1, x$2, x$3, x$4;
		t = this;
		if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			return (x$3 = ((x$4 = $shiftRightUint64($shiftLeft64(t.wall, 1), 31), new $Int64(x$4.$high, x$4.$low))), new $Int64(13 + x$3.$high, 3618733952 + x$3.$low));
		}
		return t.ext;
	};
	Time.prototype.sec = function() { return this.$val.sec(); };
	Time.ptr.prototype.unixSec = function() {
		var t, x$1;
		t = this;
		return (x$1 = t.sec(), new $Int64(x$1.$high + -15, x$1.$low + 2288912640));
	};
	Time.prototype.unixSec = function() { return this.$val.unixSec(); };
	Time.ptr.prototype.addSec = function(d) {
		var d, dsec, sec, sum, t, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		t = this;
		if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			sec = ((x$3 = $shiftRightUint64($shiftLeft64(t.wall, 1), 31), new $Int64(x$3.$high, x$3.$low)));
			dsec = new $Int64(sec.$high + d.$high, sec.$low + d.$low);
			if ((0 < dsec.$high || (0 === dsec.$high && 0 <= dsec.$low)) && (dsec.$high < 1 || (dsec.$high === 1 && dsec.$low <= 4294967295))) {
				t.wall = (x$4 = (x$5 = (x$6 = t.wall, new $Uint64(x$6.$high & 0, (x$6.$low & 1073741823) >>> 0)), x$7 = $shiftLeft64((new $Uint64(dsec.$high, dsec.$low)), 30), new $Uint64(x$5.$high | x$7.$high, (x$5.$low | x$7.$low) >>> 0)), new $Uint64(x$4.$high | 2147483648, (x$4.$low | 0) >>> 0));
				return;
			}
			t.stripMono();
		}
		sum = (x$8 = t.ext, new $Int64(x$8.$high + d.$high, x$8.$low + d.$low));
		if (((x$9 = t.ext, (sum.$high > x$9.$high || (sum.$high === x$9.$high && sum.$low > x$9.$low)))) === ((d.$high > 0 || (d.$high === 0 && d.$low > 0)))) {
			t.ext = sum;
		} else if ((d.$high > 0 || (d.$high === 0 && d.$low > 0))) {
			t.ext = new $Int64(2147483647, 4294967295);
		} else {
			t.ext = new $Int64(-2147483648, 1);
		}
	};
	Time.prototype.addSec = function(d) { return this.$val.addSec(d); };
	Time.ptr.prototype.setLoc = function(loc) {
		var loc, t;
		t = this;
		if (loc === utcLoc) {
			loc = ptrType$2.nil;
		}
		t.stripMono();
		t.loc = loc;
	};
	Time.prototype.setLoc = function(loc) { return this.$val.setLoc(loc); };
	Time.ptr.prototype.stripMono = function() {
		var t, x$1, x$2, x$3, x$4;
		t = this;
		if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			t.ext = t.sec();
			t.wall = (x$3 = t.wall, x$4 = new $Uint64(0, 1073741823), new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0));
		}
	};
	Time.prototype.stripMono = function() { return this.$val.stripMono(); };
	Time.ptr.prototype.After = function(u) {
		var t, ts, u, us, x$1, x$2, x$3, x$4, x$5, x$6;
		t = this;
		if (!((x$1 = (x$2 = (x$3 = t.wall, x$4 = u.wall, new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0)), new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			return (x$5 = t.ext, x$6 = u.ext, (x$5.$high > x$6.$high || (x$5.$high === x$6.$high && x$5.$low > x$6.$low)));
		}
		ts = t.sec();
		us = u.sec();
		return (ts.$high > us.$high || (ts.$high === us.$high && ts.$low > us.$low)) || (ts.$high === us.$high && ts.$low === us.$low) && t.nsec() > u.nsec();
	};
	Time.prototype.After = function(u) { return this.$val.After(u); };
	Time.ptr.prototype.Before = function(u) {
		var t, ts, u, us, x$1, x$2, x$3, x$4, x$5, x$6;
		t = this;
		if (!((x$1 = (x$2 = (x$3 = t.wall, x$4 = u.wall, new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0)), new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			return (x$5 = t.ext, x$6 = u.ext, (x$5.$high < x$6.$high || (x$5.$high === x$6.$high && x$5.$low < x$6.$low)));
		}
		ts = t.sec();
		us = u.sec();
		return (ts.$high < us.$high || (ts.$high === us.$high && ts.$low < us.$low)) || (ts.$high === us.$high && ts.$low === us.$low) && t.nsec() < u.nsec();
	};
	Time.prototype.Before = function(u) { return this.$val.Before(u); };
	Time.ptr.prototype.Equal = function(u) {
		var t, u, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8;
		t = this;
		if (!((x$1 = (x$2 = (x$3 = t.wall, x$4 = u.wall, new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0)), new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			return (x$5 = t.ext, x$6 = u.ext, (x$5.$high === x$6.$high && x$5.$low === x$6.$low));
		}
		return (x$7 = t.sec(), x$8 = u.sec(), (x$7.$high === x$8.$high && x$7.$low === x$8.$low)) && (t.nsec() === u.nsec());
	};
	Time.prototype.Equal = function(u) { return this.$val.Equal(u); };
	Month.prototype.String = function() {
		var buf, m, n, x$1;
		m = this.$val;
		if (1 <= m && m <= 12) {
			return (x$1 = m - 1 >> 0, ((x$1 < 0 || x$1 >= longMonthNames.$length) ? ($throwRuntimeError("index out of range"), undefined) : longMonthNames.$array[longMonthNames.$offset + x$1]));
		}
		buf = $makeSlice(sliceType$3, 20);
		n = fmtInt(buf, (new $Uint64(0, m)));
		return "%!Month(" + ($bytesToString($subslice(buf, n))) + ")";
	};
	$ptrType(Month).prototype.String = function() { return new Month(this.$get()).String(); };
	Weekday.prototype.String = function() {
		var buf, d, n;
		d = this.$val;
		if (0 <= d && d <= 6) {
			return ((d < 0 || d >= longDayNames.$length) ? ($throwRuntimeError("index out of range"), undefined) : longDayNames.$array[longDayNames.$offset + d]);
		}
		buf = $makeSlice(sliceType$3, 20);
		n = fmtInt(buf, (new $Uint64(0, d)));
		return "%!Weekday(" + ($bytesToString($subslice(buf, n))) + ")";
	};
	$ptrType(Weekday).prototype.String = function() { return new Weekday(this.$get()).String(); };
	Time.ptr.prototype.IsZero = function() {
		var t, x$1;
		t = this;
		return (x$1 = t.sec(), (x$1.$high === 0 && x$1.$low === 0)) && (t.nsec() === 0);
	};
	Time.prototype.IsZero = function() { return this.$val.IsZero(); };
	Time.ptr.prototype.abs = function() {
		var {_r$1, _r$2, _tuple, l, offset, sec, t, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		l = t.loc;
		/* */ if (l === ptrType$2.nil || l === localLoc) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (l === ptrType$2.nil || l === localLoc) { */ case 1:
			_r$1 = l.get(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			l = _r$1;
		/* } */ case 2:
		sec = t.unixSec();
		/* */ if (!(l === utcLoc)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(l === utcLoc)) { */ case 4:
			/* */ if (!(l.cacheZone === ptrType.nil) && (x$1 = l.cacheStart, (x$1.$high < sec.$high || (x$1.$high === sec.$high && x$1.$low <= sec.$low))) && (x$2 = l.cacheEnd, (sec.$high < x$2.$high || (sec.$high === x$2.$high && sec.$low < x$2.$low)))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!(l.cacheZone === ptrType.nil) && (x$1 = l.cacheStart, (x$1.$high < sec.$high || (x$1.$high === sec.$high && x$1.$low <= sec.$low))) && (x$2 = l.cacheEnd, (sec.$high < x$2.$high || (sec.$high === x$2.$high && sec.$low < x$2.$low)))) { */ case 6:
				sec = (x$3 = (new $Int64(0, l.cacheZone.offset)), new $Int64(sec.$high + x$3.$high, sec.$low + x$3.$low));
				$s = 8; continue;
			/* } else { */ case 7:
				_r$2 = l.lookup(sec); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple = _r$2;
				offset = _tuple[1];
				sec = (x$4 = (new $Int64(0, offset)), new $Int64(sec.$high + x$4.$high, sec.$low + x$4.$low));
			/* } */ case 8:
		/* } */ case 5:
		$s = -1; return ((x$5 = new $Int64(sec.$high + 2147483646, sec.$low + 450480384), new $Uint64(x$5.$high, x$5.$low)));
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.abs, $c: true, $r, _r$1, _r$2, _tuple, l, offset, sec, t, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	Time.prototype.abs = function() { return this.$val.abs(); };
	Time.ptr.prototype.locabs = function() {
		var {_r$1, _r$2, _tuple, abs, l, name, offset, sec, t, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = "";
		offset = 0;
		abs = new $Uint64(0, 0);
		t = this;
		l = t.loc;
		/* */ if (l === ptrType$2.nil || l === localLoc) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (l === ptrType$2.nil || l === localLoc) { */ case 1:
			_r$1 = l.get(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			l = _r$1;
		/* } */ case 2:
		sec = t.unixSec();
		/* */ if (!(l === utcLoc)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(l === utcLoc)) { */ case 4:
			/* */ if (!(l.cacheZone === ptrType.nil) && (x$1 = l.cacheStart, (x$1.$high < sec.$high || (x$1.$high === sec.$high && x$1.$low <= sec.$low))) && (x$2 = l.cacheEnd, (sec.$high < x$2.$high || (sec.$high === x$2.$high && sec.$low < x$2.$low)))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!(l.cacheZone === ptrType.nil) && (x$1 = l.cacheStart, (x$1.$high < sec.$high || (x$1.$high === sec.$high && x$1.$low <= sec.$low))) && (x$2 = l.cacheEnd, (sec.$high < x$2.$high || (sec.$high === x$2.$high && sec.$low < x$2.$low)))) { */ case 7:
				name = l.cacheZone.name;
				offset = l.cacheZone.offset;
				$s = 9; continue;
			/* } else { */ case 8:
				_r$2 = l.lookup(sec); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple = _r$2;
				name = _tuple[0];
				offset = _tuple[1];
			/* } */ case 9:
			sec = (x$3 = (new $Int64(0, offset)), new $Int64(sec.$high + x$3.$high, sec.$low + x$3.$low));
			$s = 6; continue;
		/* } else { */ case 5:
			name = "UTC";
		/* } */ case 6:
		abs = ((x$4 = new $Int64(sec.$high + 2147483646, sec.$low + 450480384), new $Uint64(x$4.$high, x$4.$low)));
		$s = -1; return [name, offset, abs];
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.locabs, $c: true, $r, _r$1, _r$2, _tuple, abs, l, name, offset, sec, t, x$1, x$2, x$3, x$4, $s};return $f;
	};
	Time.prototype.locabs = function() { return this.$val.locabs(); };
	Time.ptr.prototype.Date = function() {
		var {_r$1, _tuple, day, month, t, year, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		year = 0;
		month = 0;
		day = 0;
		t = this;
		_r$1 = $clone(t, Time).date(true); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		year = _tuple[0];
		month = _tuple[1];
		day = _tuple[2];
		$s = -1; return [year, month, day];
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Date, $c: true, $r, _r$1, _tuple, day, month, t, year, $s};return $f;
	};
	Time.prototype.Date = function() { return this.$val.Date(); };
	Time.ptr.prototype.Year = function() {
		var {_r$1, _tuple, t, year, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).date(false); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		year = _tuple[0];
		$s = -1; return year;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Year, $c: true, $r, _r$1, _tuple, t, year, $s};return $f;
	};
	Time.prototype.Year = function() { return this.$val.Year(); };
	Time.ptr.prototype.Month = function() {
		var {_r$1, _tuple, month, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).date(true); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		month = _tuple[1];
		$s = -1; return month;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Month, $c: true, $r, _r$1, _tuple, month, t, $s};return $f;
	};
	Time.prototype.Month = function() { return this.$val.Month(); };
	Time.ptr.prototype.Day = function() {
		var {_r$1, _tuple, day, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).date(true); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		day = _tuple[2];
		$s = -1; return day;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Day, $c: true, $r, _r$1, _tuple, day, t, $s};return $f;
	};
	Time.prototype.Day = function() { return this.$val.Day(); };
	Time.ptr.prototype.Weekday = function() {
		var {$24r, _r$1, _r$2, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).abs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = absWeekday(_r$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Weekday, $c: true, $r, $24r, _r$1, _r$2, t, $s};return $f;
	};
	Time.prototype.Weekday = function() { return this.$val.Weekday(); };
	absWeekday = function(abs) {
		var _q, abs, sec;
		sec = $div64((new $Uint64(abs.$high + 0, abs.$low + 86400)), new $Uint64(0, 604800), true);
		return (((_q = ((sec.$low >> 0)) / 86400, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0));
	};
	Time.ptr.prototype.ISOWeek = function() {
		var {_q, _r$1, _tmp, _tmp$1, _tuple, abs, d, t, week, x$1, yday, year, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		year = 0;
		week = 0;
		t = this;
		_r$1 = $clone(t, Time).abs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		abs = _r$1;
		d = 4 - absWeekday(abs) >> 0;
		if (d === 4) {
			d = -3;
		}
		abs = (x$1 = $mul64((new $Uint64(0, d)), new $Uint64(0, 86400)), new $Uint64(abs.$high + x$1.$high, abs.$low + x$1.$low));
		_tuple = absDate(abs, false);
		year = _tuple[0];
		yday = _tuple[3];
		_tmp = year;
		_tmp$1 = (_q = yday / 7, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) + 1 >> 0;
		year = _tmp;
		week = _tmp$1;
		$s = -1; return [year, week];
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.ISOWeek, $c: true, $r, _q, _r$1, _tmp, _tmp$1, _tuple, abs, d, t, week, x$1, yday, year, $s};return $f;
	};
	Time.prototype.ISOWeek = function() { return this.$val.ISOWeek(); };
	Time.ptr.prototype.Clock = function() {
		var {$24r, _r$1, _r$2, _tuple, hour, min, sec, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hour = 0;
		min = 0;
		sec = 0;
		t = this;
		_r$1 = $clone(t, Time).abs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = absClock(_r$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		hour = _tuple[0];
		min = _tuple[1];
		sec = _tuple[2];
		$24r = [hour, min, sec];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Clock, $c: true, $r, $24r, _r$1, _r$2, _tuple, hour, min, sec, t, $s};return $f;
	};
	Time.prototype.Clock = function() { return this.$val.Clock(); };
	absClock = function(abs) {
		var _q, _q$1, abs, hour, min, sec;
		hour = 0;
		min = 0;
		sec = 0;
		sec = (($div64(abs, new $Uint64(0, 86400), true).$low >> 0));
		hour = (_q = sec / 3600, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		sec = sec - (($imul(hour, 3600))) >> 0;
		min = (_q$1 = sec / 60, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"));
		sec = sec - (($imul(min, 60))) >> 0;
		return [hour, min, sec];
	};
	Time.ptr.prototype.Hour = function() {
		var {$24r, _q, _r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).abs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = (_q = (($div64(_r$1, new $Uint64(0, 86400), true).$low >> 0)) / 3600, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Hour, $c: true, $r, $24r, _q, _r$1, t, $s};return $f;
	};
	Time.prototype.Hour = function() { return this.$val.Hour(); };
	Time.ptr.prototype.Minute = function() {
		var {$24r, _q, _r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).abs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = (_q = (($div64(_r$1, new $Uint64(0, 3600), true).$low >> 0)) / 60, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Minute, $c: true, $r, $24r, _q, _r$1, t, $s};return $f;
	};
	Time.prototype.Minute = function() { return this.$val.Minute(); };
	Time.ptr.prototype.Second = function() {
		var {$24r, _r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).abs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = (($div64(_r$1, new $Uint64(0, 60), true).$low >> 0));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Second, $c: true, $r, $24r, _r$1, t, $s};return $f;
	};
	Time.prototype.Second = function() { return this.$val.Second(); };
	Time.ptr.prototype.Nanosecond = function() {
		var t;
		t = this;
		return ((t.nsec() >> 0));
	};
	Time.prototype.Nanosecond = function() { return this.$val.Nanosecond(); };
	Time.ptr.prototype.YearDay = function() {
		var {_r$1, _tuple, t, yday, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).date(false); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		yday = _tuple[3];
		$s = -1; return yday + 1 >> 0;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.YearDay, $c: true, $r, _r$1, _tuple, t, yday, $s};return $f;
	};
	Time.prototype.YearDay = function() { return this.$val.YearDay(); };
	Duration.prototype.String = function() {
		var _tuple, _tuple$1, buf, d, neg, prec, u, w;
		d = this;
		buf = arrayType$2.zero();
		w = 32;
		u = (new $Uint64(d.$high, d.$low));
		neg = (d.$high < 0 || (d.$high === 0 && d.$low < 0));
		if (neg) {
			u = new $Uint64(-u.$high, -u.$low);
		}
		if ((u.$high < 0 || (u.$high === 0 && u.$low < 1000000000))) {
			prec = 0;
			w = w - (1) >> 0;
			((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 115);
			w = w - (1) >> 0;
			if ((u.$high === 0 && u.$low === 0)) {
				return "0s";
			} else if ((u.$high < 0 || (u.$high === 0 && u.$low < 1000))) {
				prec = 0;
				((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 110);
			} else if ((u.$high < 0 || (u.$high === 0 && u.$low < 1000000))) {
				prec = 3;
				w = w - (1) >> 0;
				$copyString($subslice(new sliceType$3(buf), w), "\xC2\xB5");
			} else {
				prec = 6;
				((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 109);
			}
			_tuple = fmtFrac($subslice(new sliceType$3(buf), 0, w), u, prec);
			w = _tuple[0];
			u = _tuple[1];
			w = fmtInt($subslice(new sliceType$3(buf), 0, w), u);
		} else {
			w = w - (1) >> 0;
			((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 115);
			_tuple$1 = fmtFrac($subslice(new sliceType$3(buf), 0, w), u, 9);
			w = _tuple$1[0];
			u = _tuple$1[1];
			w = fmtInt($subslice(new sliceType$3(buf), 0, w), $div64(u, new $Uint64(0, 60), true));
			u = $div64(u, (new $Uint64(0, 60)), false);
			if ((u.$high > 0 || (u.$high === 0 && u.$low > 0))) {
				w = w - (1) >> 0;
				((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 109);
				w = fmtInt($subslice(new sliceType$3(buf), 0, w), $div64(u, new $Uint64(0, 60), true));
				u = $div64(u, (new $Uint64(0, 60)), false);
				if ((u.$high > 0 || (u.$high === 0 && u.$low > 0))) {
					w = w - (1) >> 0;
					((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 104);
					w = fmtInt($subslice(new sliceType$3(buf), 0, w), u);
				}
			}
		}
		if (neg) {
			w = w - (1) >> 0;
			((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 45);
		}
		return ($bytesToString($subslice(new sliceType$3(buf), w)));
	};
	$ptrType(Duration).prototype.String = function() { return this.$get().String(); };
	fmtFrac = function(buf, v, prec) {
		var _tmp, _tmp$1, buf, digit, i, nv, nw, prec, print, v, w;
		nw = 0;
		nv = new $Uint64(0, 0);
		w = buf.$length;
		print = false;
		i = 0;
		while (true) {
			if (!(i < prec)) { break; }
			digit = $div64(v, new $Uint64(0, 10), true);
			print = print || !((digit.$high === 0 && digit.$low === 0));
			if (print) {
				w = w - (1) >> 0;
				((w < 0 || w >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + w] = (((digit.$low << 24 >>> 24)) + 48 << 24 >>> 24));
			}
			v = $div64(v, (new $Uint64(0, 10)), false);
			i = i + (1) >> 0;
		}
		if (print) {
			w = w - (1) >> 0;
			((w < 0 || w >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + w] = 46);
		}
		_tmp = w;
		_tmp$1 = v;
		nw = _tmp;
		nv = _tmp$1;
		return [nw, nv];
	};
	fmtInt = function(buf, v) {
		var buf, v, w;
		w = buf.$length;
		if ((v.$high === 0 && v.$low === 0)) {
			w = w - (1) >> 0;
			((w < 0 || w >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + w] = 48);
		} else {
			while (true) {
				if (!((v.$high > 0 || (v.$high === 0 && v.$low > 0)))) { break; }
				w = w - (1) >> 0;
				((w < 0 || w >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + w] = ((($div64(v, new $Uint64(0, 10), true).$low << 24 >>> 24)) + 48 << 24 >>> 24));
				v = $div64(v, (new $Uint64(0, 10)), false);
			}
		}
		return w;
	};
	Duration.prototype.Nanoseconds = function() {
		var d;
		d = this;
		return (new $Int64(d.$high, d.$low));
	};
	$ptrType(Duration).prototype.Nanoseconds = function() { return this.$get().Nanoseconds(); };
	Duration.prototype.Microseconds = function() {
		var d;
		d = this;
		return $div64((new $Int64(d.$high, d.$low)), new $Int64(0, 1000), false);
	};
	$ptrType(Duration).prototype.Microseconds = function() { return this.$get().Microseconds(); };
	Duration.prototype.Milliseconds = function() {
		var d;
		d = this;
		return $div64((new $Int64(d.$high, d.$low)), new $Int64(0, 1000000), false);
	};
	$ptrType(Duration).prototype.Milliseconds = function() { return this.$get().Milliseconds(); };
	Duration.prototype.Seconds = function() {
		var d, nsec, sec;
		d = this;
		sec = $div64(d, new Duration(0, 1000000000), false);
		nsec = $div64(d, new Duration(0, 1000000000), true);
		return ($flatten64(sec)) + ($flatten64(nsec)) / 1e+09;
	};
	$ptrType(Duration).prototype.Seconds = function() { return this.$get().Seconds(); };
	Duration.prototype.Minutes = function() {
		var d, min, nsec;
		d = this;
		min = $div64(d, new Duration(13, 4165425152), false);
		nsec = $div64(d, new Duration(13, 4165425152), true);
		return ($flatten64(min)) + ($flatten64(nsec)) / 6e+10;
	};
	$ptrType(Duration).prototype.Minutes = function() { return this.$get().Minutes(); };
	Duration.prototype.Hours = function() {
		var d, hour, nsec;
		d = this;
		hour = $div64(d, new Duration(838, 817405952), false);
		nsec = $div64(d, new Duration(838, 817405952), true);
		return ($flatten64(hour)) + ($flatten64(nsec)) / 3.6e+12;
	};
	$ptrType(Duration).prototype.Hours = function() { return this.$get().Hours(); };
	Duration.prototype.Truncate = function(m) {
		var d, m, x$1;
		d = this;
		if ((m.$high < 0 || (m.$high === 0 && m.$low <= 0))) {
			return d;
		}
		return (x$1 = $div64(d, m, true), new Duration(d.$high - x$1.$high, d.$low - x$1.$low));
	};
	$ptrType(Duration).prototype.Truncate = function(m) { return this.$get().Truncate(m); };
	lessThanHalf = function(x$1, y) {
		var x$1, x$2, x$3, x$4, x$5, y;
		return (x$2 = (x$3 = (new $Uint64(x$1.$high, x$1.$low)), x$4 = (new $Uint64(x$1.$high, x$1.$low)), new $Uint64(x$3.$high + x$4.$high, x$3.$low + x$4.$low)), x$5 = (new $Uint64(y.$high, y.$low)), (x$2.$high < x$5.$high || (x$2.$high === x$5.$high && x$2.$low < x$5.$low)));
	};
	Duration.prototype.Round = function(m) {
		var d, d1, d1$1, m, r, x$1, x$2;
		d = this;
		if ((m.$high < 0 || (m.$high === 0 && m.$low <= 0))) {
			return d;
		}
		r = $div64(d, m, true);
		if ((d.$high < 0 || (d.$high === 0 && d.$low < 0))) {
			r = new Duration(-r.$high, -r.$low);
			if (lessThanHalf(r, m)) {
				return new Duration(d.$high + r.$high, d.$low + r.$low);
			}
			d1 = (x$1 = new Duration(d.$high - m.$high, d.$low - m.$low), new Duration(x$1.$high + r.$high, x$1.$low + r.$low));
			if ((d1.$high < d.$high || (d1.$high === d.$high && d1.$low < d.$low))) {
				return d1;
			}
			return new Duration(-2147483648, 0);
		}
		if (lessThanHalf(r, m)) {
			return new Duration(d.$high - r.$high, d.$low - r.$low);
		}
		d1$1 = (x$2 = new Duration(d.$high + m.$high, d.$low + m.$low), new Duration(x$2.$high - r.$high, x$2.$low - r.$low));
		if ((d1$1.$high > d.$high || (d1$1.$high === d.$high && d1$1.$low > d.$low))) {
			return d1$1;
		}
		return new Duration(2147483647, 4294967295);
	};
	$ptrType(Duration).prototype.Round = function(m) { return this.$get().Round(m); };
	Time.ptr.prototype.Add = function(d) {
		var d, dsec, nsec, t, te, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		t = this;
		dsec = ((x$1 = $div64(d, new Duration(0, 1000000000), false), new $Int64(x$1.$high, x$1.$low)));
		nsec = t.nsec() + (((x$2 = $div64(d, new Duration(0, 1000000000), true), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0)) >> 0;
		if (nsec >= 1000000000) {
			dsec = (x$3 = new $Int64(0, 1), new $Int64(dsec.$high + x$3.$high, dsec.$low + x$3.$low));
			nsec = nsec - (1000000000) >> 0;
		} else if (nsec < 0) {
			dsec = (x$4 = new $Int64(0, 1), new $Int64(dsec.$high - x$4.$high, dsec.$low - x$4.$low));
			nsec = nsec + (1000000000) >> 0;
		}
		t.wall = (x$5 = (x$6 = t.wall, new $Uint64(x$6.$high & ~0, (x$6.$low & ~1073741823) >>> 0)), x$7 = (new $Uint64(0, nsec)), new $Uint64(x$5.$high | x$7.$high, (x$5.$low | x$7.$low) >>> 0));
		t.addSec(dsec);
		if (!((x$8 = (x$9 = t.wall, new $Uint64(x$9.$high & 2147483648, (x$9.$low & 0) >>> 0)), (x$8.$high === 0 && x$8.$low === 0)))) {
			te = (x$10 = t.ext, x$11 = (new $Int64(d.$high, d.$low)), new $Int64(x$10.$high + x$11.$high, x$10.$low + x$11.$low));
			if ((d.$high < 0 || (d.$high === 0 && d.$low < 0)) && (x$12 = t.ext, (te.$high > x$12.$high || (te.$high === x$12.$high && te.$low > x$12.$low))) || (d.$high > 0 || (d.$high === 0 && d.$low > 0)) && (x$13 = t.ext, (te.$high < x$13.$high || (te.$high === x$13.$high && te.$low < x$13.$low)))) {
				t.stripMono();
			} else {
				t.ext = te;
			}
		}
		return t;
	};
	Time.prototype.Add = function(d) { return this.$val.Add(d); };
	Time.ptr.prototype.Sub = function(u) {
		var d, d$1, t, te, u, ue, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		t = this;
		if (!((x$1 = (x$2 = (x$3 = t.wall, x$4 = u.wall, new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0)), new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			te = t.ext;
			ue = u.ext;
			d = ((x$5 = new $Int64(te.$high - ue.$high, te.$low - ue.$low), new Duration(x$5.$high, x$5.$low)));
			if ((d.$high < 0 || (d.$high === 0 && d.$low < 0)) && (te.$high > ue.$high || (te.$high === ue.$high && te.$low > ue.$low))) {
				return new Duration(2147483647, 4294967295);
			}
			if ((d.$high > 0 || (d.$high === 0 && d.$low > 0)) && (te.$high < ue.$high || (te.$high === ue.$high && te.$low < ue.$low))) {
				return new Duration(-2147483648, 0);
			}
			return d;
		}
		d$1 = (x$6 = $mul64(((x$7 = (x$8 = t.sec(), x$9 = u.sec(), new $Int64(x$8.$high - x$9.$high, x$8.$low - x$9.$low)), new Duration(x$7.$high, x$7.$low))), new Duration(0, 1000000000)), x$10 = (new Duration(0, (t.nsec() - u.nsec() >> 0))), new Duration(x$6.$high + x$10.$high, x$6.$low + x$10.$low));
		if ($clone($clone(u, Time).Add(d$1), Time).Equal($clone(t, Time))) {
			return d$1;
		} else if ($clone(t, Time).Before($clone(u, Time))) {
			return new Duration(-2147483648, 0);
		} else {
			return new Duration(2147483647, 4294967295);
		}
	};
	Time.prototype.Sub = function(u) { return this.$val.Sub(u); };
	Since = function(t) {
		var {_r$1, _r$2, now$1, t, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		now$1 = new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil);
		/* */ if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) { */ case 1:
			_r$1 = runtimeNano(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			Time.copy(now$1, new Time.ptr(new $Uint64(2147483648, 0), (x$3 = _r$1, new $Int64(x$3.$high - startNano.$high, x$3.$low - startNano.$low)), ptrType$2.nil));
			$s = 3; continue;
		/* } else { */ case 2:
			_r$2 = Now(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			Time.copy(now$1, _r$2);
		/* } */ case 3:
		$s = -1; return $clone(now$1, Time).Sub($clone(t, Time));
		/* */ } return; } var $f = {$blk: Since, $c: true, $r, _r$1, _r$2, now$1, t, x$1, x$2, x$3, $s};return $f;
	};
	$pkg.Since = Since;
	Until = function(t) {
		var {_r$1, _r$2, now$1, t, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		now$1 = new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil);
		/* */ if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) { */ case 1:
			_r$1 = runtimeNano(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			Time.copy(now$1, new Time.ptr(new $Uint64(2147483648, 0), (x$3 = _r$1, new $Int64(x$3.$high - startNano.$high, x$3.$low - startNano.$low)), ptrType$2.nil));
			$s = 3; continue;
		/* } else { */ case 2:
			_r$2 = Now(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			Time.copy(now$1, _r$2);
		/* } */ case 3:
		$s = -1; return $clone(t, Time).Sub($clone(now$1, Time));
		/* */ } return; } var $f = {$blk: Until, $c: true, $r, _r$1, _r$2, now$1, t, x$1, x$2, x$3, $s};return $f;
	};
	$pkg.Until = Until;
	Time.ptr.prototype.AddDate = function(years, months, days) {
		var {$24r, _r$1, _r$2, _r$3, _tuple, _tuple$1, day, days, hour, min, month, months, sec, t, year, years, $s, $r, $c} = $restore(this, {years, months, days});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).Date(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		year = _tuple[0];
		month = _tuple[1];
		day = _tuple[2];
		_r$2 = $clone(t, Time).Clock(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		hour = _tuple$1[0];
		min = _tuple$1[1];
		sec = _tuple$1[2];
		_r$3 = Date(year + years >> 0, month + ((months >> 0)) >> 0, day + days >> 0, hour, min, sec, ((t.nsec() >> 0)), $clone(t, Time).Location()); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.AddDate, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, _tuple$1, day, days, hour, min, month, months, sec, t, year, years, $s};return $f;
	};
	Time.prototype.AddDate = function(years, months, days) { return this.$val.AddDate(years, months, days); };
	Time.ptr.prototype.date = function(full) {
		var {$24r, _r$1, _r$2, _tuple, day, full, month, t, yday, year, $s, $r, $c} = $restore(this, {full});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		year = 0;
		month = 0;
		day = 0;
		yday = 0;
		t = this;
		_r$1 = $clone(t, Time).abs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = absDate(_r$1, full); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		year = _tuple[0];
		month = _tuple[1];
		day = _tuple[2];
		yday = _tuple[3];
		$24r = [year, month, day, yday];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.date, $c: true, $r, $24r, _r$1, _r$2, _tuple, day, full, month, t, yday, year, $s};return $f;
	};
	Time.prototype.date = function(full) { return this.$val.date(full); };
	absDate = function(abs, full) {
		var _q, abs, begin, d, day, end, full, month, n, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, yday, year;
		year = 0;
		month = 0;
		day = 0;
		yday = 0;
		d = $div64(abs, new $Uint64(0, 86400), false);
		n = $div64(d, new $Uint64(0, 146097), false);
		y = $mul64(new $Uint64(0, 400), n);
		d = (x$1 = $mul64(new $Uint64(0, 146097), n), new $Uint64(d.$high - x$1.$high, d.$low - x$1.$low));
		n = $div64(d, new $Uint64(0, 36524), false);
		n = (x$2 = $shiftRightUint64(n, 2), new $Uint64(n.$high - x$2.$high, n.$low - x$2.$low));
		y = (x$3 = $mul64(new $Uint64(0, 100), n), new $Uint64(y.$high + x$3.$high, y.$low + x$3.$low));
		d = (x$4 = $mul64(new $Uint64(0, 36524), n), new $Uint64(d.$high - x$4.$high, d.$low - x$4.$low));
		n = $div64(d, new $Uint64(0, 1461), false);
		y = (x$5 = $mul64(new $Uint64(0, 4), n), new $Uint64(y.$high + x$5.$high, y.$low + x$5.$low));
		d = (x$6 = $mul64(new $Uint64(0, 1461), n), new $Uint64(d.$high - x$6.$high, d.$low - x$6.$low));
		n = $div64(d, new $Uint64(0, 365), false);
		n = (x$7 = $shiftRightUint64(n, 2), new $Uint64(n.$high - x$7.$high, n.$low - x$7.$low));
		y = (x$8 = n, new $Uint64(y.$high + x$8.$high, y.$low + x$8.$low));
		d = (x$9 = $mul64(new $Uint64(0, 365), n), new $Uint64(d.$high - x$9.$high, d.$low - x$9.$low));
		year = (((x$10 = (x$11 = (new $Int64(y.$high, y.$low)), new $Int64(x$11.$high + -69, x$11.$low + 4075721025)), x$10.$low + ((x$10.$high >> 31) * 4294967296)) >> 0));
		yday = ((d.$low >> 0));
		if (!full) {
			return [year, month, day, yday];
		}
		day = yday;
		if (isLeap(year)) {
			if (day > 59) {
				day = day - (1) >> 0;
			} else if ((day === 59)) {
				month = 2;
				day = 29;
				return [year, month, day, yday];
			}
		}
		month = (((_q = day / 31, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0));
		end = (((x$12 = month + 1 >> 0, ((x$12 < 0 || x$12 >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[x$12])) >> 0));
		begin = 0;
		if (day >= end) {
			month = month + (1) >> 0;
			begin = end;
		} else {
			begin = ((((month < 0 || month >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[month]) >> 0));
		}
		month = month + (1) >> 0;
		day = (day - begin >> 0) + 1 >> 0;
		return [year, month, day, yday];
	};
	daysIn = function(m, year) {
		var m, x$1, year;
		if ((m === 2) && isLeap(year)) {
			return 29;
		}
		return (((((m < 0 || m >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[m]) - (x$1 = m - 1 >> 0, ((x$1 < 0 || x$1 >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[x$1])) >> 0) >> 0));
	};
	daysSinceEpoch = function(year) {
		var d, n, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, y, year;
		y = ((x$1 = (x$2 = (new $Int64(0, year)), new $Int64(x$2.$high - -69, x$2.$low - 4075721025)), new $Uint64(x$1.$high, x$1.$low)));
		n = $div64(y, new $Uint64(0, 400), false);
		y = (x$3 = $mul64(new $Uint64(0, 400), n), new $Uint64(y.$high - x$3.$high, y.$low - x$3.$low));
		d = $mul64(new $Uint64(0, 146097), n);
		n = $div64(y, new $Uint64(0, 100), false);
		y = (x$4 = $mul64(new $Uint64(0, 100), n), new $Uint64(y.$high - x$4.$high, y.$low - x$4.$low));
		d = (x$5 = $mul64(new $Uint64(0, 36524), n), new $Uint64(d.$high + x$5.$high, d.$low + x$5.$low));
		n = $div64(y, new $Uint64(0, 4), false);
		y = (x$6 = $mul64(new $Uint64(0, 4), n), new $Uint64(y.$high - x$6.$high, y.$low - x$6.$low));
		d = (x$7 = $mul64(new $Uint64(0, 1461), n), new $Uint64(d.$high + x$7.$high, d.$low + x$7.$low));
		n = y;
		d = (x$8 = $mul64(new $Uint64(0, 365), n), new $Uint64(d.$high + x$8.$high, d.$low + x$8.$low));
		return d;
	};
	runtimeNano = function() {
		$throwRuntimeError("native function not implemented: time.runtimeNano");
	};
	Now = function() {
		var {_r$1, _tuple, mono, nsec, sec, x$1, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = now(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		sec = _tuple[0];
		nsec = _tuple[1];
		mono = _tuple[2];
		mono = (x$1 = startNano, new $Int64(mono.$high - x$1.$high, mono.$low - x$1.$low));
		sec = (x$2 = new $Int64(0, 2682288000), new $Int64(sec.$high + x$2.$high, sec.$low + x$2.$low));
		if (!((x$3 = $shiftRightUint64((new $Uint64(sec.$high, sec.$low)), 33), (x$3.$high === 0 && x$3.$low === 0)))) {
			$s = -1; return new Time.ptr((new $Uint64(0, nsec)), new $Int64(sec.$high + 13, sec.$low + 3618733952), $pkg.Local);
		}
		$s = -1; return new Time.ptr((x$4 = (x$5 = $shiftLeft64((new $Uint64(sec.$high, sec.$low)), 30), new $Uint64(2147483648 | x$5.$high, (0 | x$5.$low) >>> 0)), x$6 = (new $Uint64(0, nsec)), new $Uint64(x$4.$high | x$6.$high, (x$4.$low | x$6.$low) >>> 0)), mono, $pkg.Local);
		/* */ } return; } var $f = {$blk: Now, $c: true, $r, _r$1, _tuple, mono, nsec, sec, x$1, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	$pkg.Now = Now;
	unixTime = function(sec, nsec) {
		var nsec, sec;
		return new Time.ptr((new $Uint64(0, nsec)), new $Int64(sec.$high + 14, sec.$low + 2006054656), $pkg.Local);
	};
	Time.ptr.prototype.UTC = function() {
		var t;
		t = this;
		t.setLoc(utcLoc);
		return t;
	};
	Time.prototype.UTC = function() { return this.$val.UTC(); };
	Time.ptr.prototype.Local = function() {
		var t;
		t = this;
		t.setLoc($pkg.Local);
		return t;
	};
	Time.prototype.Local = function() { return this.$val.Local(); };
	Time.ptr.prototype.In = function(loc) {
		var loc, t;
		t = this;
		if (loc === ptrType$2.nil) {
			$panic(new $String("time: missing Location in call to Time.In"));
		}
		t.setLoc(loc);
		return t;
	};
	Time.prototype.In = function(loc) { return this.$val.In(loc); };
	Time.ptr.prototype.Location = function() {
		var l, t;
		t = this;
		l = t.loc;
		if (l === ptrType$2.nil) {
			l = $pkg.UTC;
		}
		return l;
	};
	Time.prototype.Location = function() { return this.$val.Location(); };
	Time.ptr.prototype.Zone = function() {
		var {_r$1, _tuple, name, offset, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = "";
		offset = 0;
		t = this;
		_r$1 = t.loc.lookup(t.unixSec()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		name = _tuple[0];
		offset = _tuple[1];
		$s = -1; return [name, offset];
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Zone, $c: true, $r, _r$1, _tuple, name, offset, t, $s};return $f;
	};
	Time.prototype.Zone = function() { return this.$val.Zone(); };
	Time.ptr.prototype.Unix = function() {
		var t;
		t = this;
		return t.unixSec();
	};
	Time.prototype.Unix = function() { return this.$val.Unix(); };
	Time.ptr.prototype.UnixMilli = function() {
		var t, x$1, x$2;
		t = this;
		return (x$1 = $mul64(t.unixSec(), new $Int64(0, 1000)), x$2 = $div64((new $Int64(0, t.nsec())), new $Int64(0, 1000000), false), new $Int64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
	};
	Time.prototype.UnixMilli = function() { return this.$val.UnixMilli(); };
	Time.ptr.prototype.UnixMicro = function() {
		var t, x$1, x$2;
		t = this;
		return (x$1 = $mul64(t.unixSec(), new $Int64(0, 1000000)), x$2 = $div64((new $Int64(0, t.nsec())), new $Int64(0, 1000), false), new $Int64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
	};
	Time.prototype.UnixMicro = function() { return this.$val.UnixMicro(); };
	Time.ptr.prototype.UnixNano = function() {
		var t, x$1, x$2;
		t = this;
		return (x$1 = $mul64((t.unixSec()), new $Int64(0, 1000000000)), x$2 = (new $Int64(0, t.nsec())), new $Int64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
	};
	Time.prototype.UnixNano = function() { return this.$val.UnixNano(); };
	Time.ptr.prototype.MarshalBinary = function() {
		var {_q, _r$1, _r$2, _r$3, _tuple, enc, nsec, offset, offsetMin, offsetSec, sec, t, version, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		offsetMin = 0;
		offsetSec = 0;
		version = 1;
		/* */ if ($clone(t, Time).Location() === $pkg.UTC) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(t, Time).Location() === $pkg.UTC) { */ case 1:
			offsetMin = -1;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$1 = $clone(t, Time).Zone(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			offset = _tuple[1];
			if (!(((_r$2 = offset % 60, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) === 0))) {
				version = 2;
				offsetSec = (((_r$3 = offset % 60, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero")) << 24 >> 24));
			}
			offset = (_q = offset / (60), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			if (offset < -32768 || (offset === -1) || offset > 32767) {
				$s = -1; return [sliceType$3.nil, errors.New("Time.MarshalBinary: unexpected zone offset")];
			}
			offsetMin = ((offset << 16 >> 16));
		/* } */ case 3:
		sec = t.sec();
		nsec = t.nsec();
		enc = new sliceType$3([version, (($shiftRightInt64(sec, 56).$low << 24 >>> 24)), (($shiftRightInt64(sec, 48).$low << 24 >>> 24)), (($shiftRightInt64(sec, 40).$low << 24 >>> 24)), (($shiftRightInt64(sec, 32).$low << 24 >>> 24)), (($shiftRightInt64(sec, 24).$low << 24 >>> 24)), (($shiftRightInt64(sec, 16).$low << 24 >>> 24)), (($shiftRightInt64(sec, 8).$low << 24 >>> 24)), ((sec.$low << 24 >>> 24)), (((nsec >> 24 >> 0) << 24 >>> 24)), (((nsec >> 16 >> 0) << 24 >>> 24)), (((nsec >> 8 >> 0) << 24 >>> 24)), ((nsec << 24 >>> 24)), (((offsetMin >> 8 << 16 >> 16) << 24 >>> 24)), ((offsetMin << 24 >>> 24))]);
		if (version === 2) {
			enc = $append(enc, ((offsetSec << 24 >>> 24)));
		}
		$s = -1; return [enc, $ifaceNil];
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.MarshalBinary, $c: true, $r, _q, _r$1, _r$2, _r$3, _tuple, enc, nsec, offset, offsetMin, offsetSec, sec, t, version, $s};return $f;
	};
	Time.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	Time.ptr.prototype.UnmarshalBinary = function(data) {
		var {_r$1, _tuple, buf, data, localoff, nsec, offset, sec, t, version, wantLen, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		buf = data;
		if (buf.$length === 0) {
			$s = -1; return errors.New("Time.UnmarshalBinary: no data");
		}
		version = (0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]);
		if (!((version === 1)) && !((version === 2))) {
			$s = -1; return errors.New("Time.UnmarshalBinary: unsupported version");
		}
		wantLen = 15;
		if (version === 2) {
			wantLen = wantLen + (1) >> 0;
		}
		if (!((buf.$length === wantLen))) {
			$s = -1; return errors.New("Time.UnmarshalBinary: invalid length");
		}
		buf = $subslice(buf, 1);
		sec = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (x$7 = (new $Int64(0, (7 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 7]))), x$8 = $shiftLeft64((new $Int64(0, (6 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 6]))), 8), new $Int64(x$7.$high | x$8.$high, (x$7.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Int64(0, (5 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 5]))), 16), new $Int64(x$6.$high | x$9.$high, (x$6.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Int64(0, (4 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 4]))), 24), new $Int64(x$5.$high | x$10.$high, (x$5.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Int64(0, (3 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 3]))), 32), new $Int64(x$4.$high | x$11.$high, (x$4.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Int64(0, (2 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 2]))), 40), new $Int64(x$3.$high | x$12.$high, (x$3.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Int64(0, (1 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 1]))), 48), new $Int64(x$2.$high | x$13.$high, (x$2.$low | x$13.$low) >>> 0)), x$14 = $shiftLeft64((new $Int64(0, (0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]))), 56), new $Int64(x$1.$high | x$14.$high, (x$1.$low | x$14.$low) >>> 0));
		buf = $subslice(buf, 8);
		nsec = (((((3 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 3]) >> 0)) | ((((2 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 2]) >> 0)) << 8 >> 0)) | ((((1 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 1]) >> 0)) << 16 >> 0)) | ((((0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]) >> 0)) << 24 >> 0);
		buf = $subslice(buf, 4);
		offset = $imul(((((((1 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 1]) << 16 >> 16)) | ((((0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]) << 16 >> 16)) << 8 << 16 >> 16)) >> 0)), 60);
		if (version === 2) {
			offset = offset + ((((2 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 2]) >> 0))) >> 0;
		}
		Time.copy(t, new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil));
		t.wall = (new $Uint64(0, nsec));
		t.ext = sec;
		/* */ if (offset === -60) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (offset === -60) { */ case 1:
			t.setLoc(utcLoc);
			$s = 3; continue;
		/* } else { */ case 2:
			_r$1 = $pkg.Local.lookup(t.unixSec()); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			localoff = _tuple[1];
			if (offset === localoff) {
				t.setLoc($pkg.Local);
			} else {
				t.setLoc(FixedZone("", offset));
			}
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.UnmarshalBinary, $c: true, $r, _r$1, _tuple, buf, data, localoff, nsec, offset, sec, t, version, wantLen, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	Time.prototype.UnmarshalBinary = function(data) { return this.$val.UnmarshalBinary(data); };
	Time.ptr.prototype.GobEncode = function() {
		var {$24r, _r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).MarshalBinary(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.GobEncode, $c: true, $r, $24r, _r$1, t, $s};return $f;
	};
	Time.prototype.GobEncode = function() { return this.$val.GobEncode(); };
	Time.ptr.prototype.GobDecode = function(data) {
		var {$24r, _r$1, data, t, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.UnmarshalBinary(data); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.GobDecode, $c: true, $r, $24r, _r$1, data, t, $s};return $f;
	};
	Time.prototype.GobDecode = function(data) { return this.$val.GobDecode(data); };
	Time.ptr.prototype.MarshalJSON = function() {
		var {_r$1, _r$2, b, t, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).Year(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		y = _r$1;
		if (y < 0 || y >= 10000) {
			$s = -1; return [sliceType$3.nil, errors.New("Time.MarshalJSON: year outside of range [0,9999]")];
		}
		b = $makeSlice(sliceType$3, 0, 37);
		b = $append(b, 34);
		_r$2 = $clone(t, Time).AppendFormat(b, "2006-01-02T15:04:05.999999999Z07:00"); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		b = _r$2;
		b = $append(b, 34);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.MarshalJSON, $c: true, $r, _r$1, _r$2, b, t, y, $s};return $f;
	};
	Time.prototype.MarshalJSON = function() { return this.$val.MarshalJSON(); };
	Time.ptr.prototype.UnmarshalJSON = function(data) {
		var {_r$1, _tuple, data, err, t, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (($bytesToString(data)) === "null") {
			$s = -1; return $ifaceNil;
		}
		err = $ifaceNil;
		_r$1 = Parse("\"2006-01-02T15:04:05Z07:00\"", ($bytesToString(data))); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		Time.copy(t, _tuple[0]);
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.UnmarshalJSON, $c: true, $r, _r$1, _tuple, data, err, t, $s};return $f;
	};
	Time.prototype.UnmarshalJSON = function(data) { return this.$val.UnmarshalJSON(data); };
	Time.ptr.prototype.MarshalText = function() {
		var {$24r, _r$1, _r$2, b, t, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).Year(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		y = _r$1;
		if (y < 0 || y >= 10000) {
			$s = -1; return [sliceType$3.nil, errors.New("Time.MarshalText: year outside of range [0,9999]")];
		}
		b = $makeSlice(sliceType$3, 0, 35);
		_r$2 = $clone(t, Time).AppendFormat(b, "2006-01-02T15:04:05.999999999Z07:00"); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = [_r$2, $ifaceNil];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.MarshalText, $c: true, $r, $24r, _r$1, _r$2, b, t, y, $s};return $f;
	};
	Time.prototype.MarshalText = function() { return this.$val.MarshalText(); };
	Time.ptr.prototype.UnmarshalText = function(data) {
		var {_r$1, _tuple, data, err, t, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		err = $ifaceNil;
		_r$1 = Parse("2006-01-02T15:04:05Z07:00", ($bytesToString(data))); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		Time.copy(t, _tuple[0]);
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.UnmarshalText, $c: true, $r, _r$1, _tuple, data, err, t, $s};return $f;
	};
	Time.prototype.UnmarshalText = function(data) { return this.$val.UnmarshalText(data); };
	Unix = function(sec, nsec) {
		var n, nsec, sec, x$1, x$2, x$3, x$4;
		if ((nsec.$high < 0 || (nsec.$high === 0 && nsec.$low < 0)) || (nsec.$high > 0 || (nsec.$high === 0 && nsec.$low >= 1000000000))) {
			n = $div64(nsec, new $Int64(0, 1000000000), false);
			sec = (x$1 = n, new $Int64(sec.$high + x$1.$high, sec.$low + x$1.$low));
			nsec = (x$2 = $mul64(n, new $Int64(0, 1000000000)), new $Int64(nsec.$high - x$2.$high, nsec.$low - x$2.$low));
			if ((nsec.$high < 0 || (nsec.$high === 0 && nsec.$low < 0))) {
				nsec = (x$3 = new $Int64(0, 1000000000), new $Int64(nsec.$high + x$3.$high, nsec.$low + x$3.$low));
				sec = (x$4 = new $Int64(0, 1), new $Int64(sec.$high - x$4.$high, sec.$low - x$4.$low));
			}
		}
		return unixTime(sec, (((nsec.$low + ((nsec.$high >> 31) * 4294967296)) >> 0)));
	};
	$pkg.Unix = Unix;
	Time.ptr.prototype.IsDST = function() {
		var {_r$1, _tuple, isDST, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.loc.lookup($clone(t, Time).Unix()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		isDST = _tuple[4];
		$s = -1; return isDST;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.IsDST, $c: true, $r, _r$1, _tuple, isDST, t, $s};return $f;
	};
	Time.prototype.IsDST = function() { return this.$val.IsDST(); };
	isLeap = function(year) {
		var _r$1, _r$2, _r$3, year;
		return ((_r$1 = year % 4, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0) && (!(((_r$2 = year % 100, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) === 0)) || ((_r$3 = year % 400, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero")) === 0));
	};
	norm = function(hi, lo, base) {
		var _q, _q$1, _tmp, _tmp$1, base, hi, lo, n, n$1, nhi, nlo;
		nhi = 0;
		nlo = 0;
		if (lo < 0) {
			n = (_q = ((-lo - 1 >> 0)) / base, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) + 1 >> 0;
			hi = hi - (n) >> 0;
			lo = lo + (($imul(n, base))) >> 0;
		}
		if (lo >= base) {
			n$1 = (_q$1 = lo / base, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"));
			hi = hi + (n$1) >> 0;
			lo = lo - (($imul(n$1, base))) >> 0;
		}
		_tmp = hi;
		_tmp$1 = lo;
		nhi = _tmp;
		nlo = _tmp$1;
		return [nhi, nlo];
	};
	Date = function(year, month, day, hour, min, sec, nsec, loc) {
		var {_r$1, _r$2, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, abs, d, day, end, hour, loc, m, min, month, nsec, offset, sec, start, t, unix, utc, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, year, $s, $r, $c} = $restore(this, {year, month, day, hour, min, sec, nsec, loc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (loc === ptrType$2.nil) {
			$panic(new $String("time: missing Location in call to Date"));
		}
		m = ((month >> 0)) - 1 >> 0;
		_tuple = norm(year, m, 12);
		year = _tuple[0];
		m = _tuple[1];
		month = ((m >> 0)) + 1 >> 0;
		_tuple$1 = norm(sec, nsec, 1000000000);
		sec = _tuple$1[0];
		nsec = _tuple$1[1];
		_tuple$2 = norm(min, sec, 60);
		min = _tuple$2[0];
		sec = _tuple$2[1];
		_tuple$3 = norm(hour, min, 60);
		hour = _tuple$3[0];
		min = _tuple$3[1];
		_tuple$4 = norm(day, hour, 24);
		day = _tuple$4[0];
		hour = _tuple$4[1];
		d = daysSinceEpoch(year);
		d = (x$1 = (new $Uint64(0, (x$2 = month - 1 >> 0, ((x$2 < 0 || x$2 >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[x$2])))), new $Uint64(d.$high + x$1.$high, d.$low + x$1.$low));
		if (isLeap(year) && month >= 3) {
			d = (x$3 = new $Uint64(0, 1), new $Uint64(d.$high + x$3.$high, d.$low + x$3.$low));
		}
		d = (x$4 = (new $Uint64(0, (day - 1 >> 0))), new $Uint64(d.$high + x$4.$high, d.$low + x$4.$low));
		abs = $mul64(d, new $Uint64(0, 86400));
		abs = (x$5 = (new $Uint64(0, ((($imul(hour, 3600)) + ($imul(min, 60)) >> 0) + sec >> 0))), new $Uint64(abs.$high + x$5.$high, abs.$low + x$5.$low));
		unix = (x$6 = (new $Int64(abs.$high, abs.$low)), new $Int64(x$6.$high + -2147483647, x$6.$low + 3844486912));
		_r$1 = loc.lookup(unix); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$5 = _r$1;
		offset = _tuple$5[1];
		start = _tuple$5[2];
		end = _tuple$5[3];
		/* */ if (!((offset === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((offset === 0))) { */ case 2:
			utc = (x$7 = (new $Int64(0, offset)), new $Int64(unix.$high - x$7.$high, unix.$low - x$7.$low));
			/* */ if ((utc.$high < start.$high || (utc.$high === start.$high && utc.$low < start.$low)) || (utc.$high > end.$high || (utc.$high === end.$high && utc.$low >= end.$low))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((utc.$high < start.$high || (utc.$high === start.$high && utc.$low < start.$low)) || (utc.$high > end.$high || (utc.$high === end.$high && utc.$low >= end.$low))) { */ case 4:
				_r$2 = loc.lookup(utc); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$6 = _r$2;
				offset = _tuple$6[1];
			/* } */ case 5:
			unix = (x$8 = (new $Int64(0, offset)), new $Int64(unix.$high - x$8.$high, unix.$low - x$8.$low));
		/* } */ case 3:
		t = $clone(unixTime(unix, ((nsec >> 0))), Time);
		t.setLoc(loc);
		$s = -1; return t;
		/* */ } return; } var $f = {$blk: Date, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, abs, d, day, end, hour, loc, m, min, month, nsec, offset, sec, start, t, unix, utc, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, year, $s};return $f;
	};
	$pkg.Date = Date;
	Time.ptr.prototype.Truncate = function(d) {
		var _tuple, d, r, t;
		t = this;
		t.stripMono();
		if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) {
			return t;
		}
		_tuple = div($clone(t, Time), d);
		r = _tuple[1];
		return $clone(t, Time).Add(new Duration(-r.$high, -r.$low));
	};
	Time.prototype.Truncate = function(d) { return this.$val.Truncate(d); };
	Time.ptr.prototype.Round = function(d) {
		var _tuple, d, r, t;
		t = this;
		t.stripMono();
		if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) {
			return t;
		}
		_tuple = div($clone(t, Time), d);
		r = _tuple[1];
		if (lessThanHalf(r, d)) {
			return $clone(t, Time).Add(new Duration(-r.$high, -r.$low));
		}
		return $clone(t, Time).Add(new Duration(d.$high - r.$high, d.$low - r.$low));
	};
	Time.prototype.Round = function(d) { return this.$val.Round(d); };
	div = function(t, d) {
		var _q, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, d, d0, d1, d1$1, neg, nsec, qmod2, r, sec, sec$1, t, tmp, u0, u0x, u1, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		qmod2 = 0;
		r = new Duration(0, 0);
		neg = false;
		nsec = t.nsec();
		sec = t.sec();
		if ((sec.$high < 0 || (sec.$high === 0 && sec.$low < 0))) {
			neg = true;
			sec = new $Int64(-sec.$high, -sec.$low);
			nsec = -nsec;
			if (nsec < 0) {
				nsec = nsec + (1000000000) >> 0;
				sec = (x$1 = new $Int64(0, 1), new $Int64(sec.$high - x$1.$high, sec.$low - x$1.$low));
			}
		}
		if ((d.$high < 0 || (d.$high === 0 && d.$low < 1000000000)) && (x$2 = $div64(new Duration(0, 1000000000), (new Duration(d.$high + d.$high, d.$low + d.$low)), true), (x$2.$high === 0 && x$2.$low === 0))) {
			qmod2 = (((_q = nsec / (((d.$low + ((d.$high >> 31) * 4294967296)) >> 0)), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0)) & 1;
			r = (new Duration(0, (_r$1 = nsec % (((d.$low + ((d.$high >> 31) * 4294967296)) >> 0)), _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero"))));
		} else if ((x$3 = $div64(d, new Duration(0, 1000000000), true), (x$3.$high === 0 && x$3.$low === 0))) {
			d1 = ((x$4 = $div64(d, new Duration(0, 1000000000), false), new $Int64(x$4.$high, x$4.$low)));
			qmod2 = (((x$5 = $div64(sec, d1, false), x$5.$low + ((x$5.$high >> 31) * 4294967296)) >> 0)) & 1;
			r = (x$6 = $mul64(((x$7 = $div64(sec, d1, true), new Duration(x$7.$high, x$7.$low))), new Duration(0, 1000000000)), x$8 = (new Duration(0, nsec)), new Duration(x$6.$high + x$8.$high, x$6.$low + x$8.$low));
		} else {
			sec$1 = (new $Uint64(sec.$high, sec.$low));
			tmp = $mul64(($shiftRightUint64(sec$1, 32)), new $Uint64(0, 1000000000));
			u1 = $shiftRightUint64(tmp, 32);
			u0 = $shiftLeft64(tmp, 32);
			tmp = $mul64((new $Uint64(sec$1.$high & 0, (sec$1.$low & 4294967295) >>> 0)), new $Uint64(0, 1000000000));
			_tmp = u0;
			_tmp$1 = new $Uint64(u0.$high + tmp.$high, u0.$low + tmp.$low);
			u0x = _tmp;
			u0 = _tmp$1;
			if ((u0.$high < u0x.$high || (u0.$high === u0x.$high && u0.$low < u0x.$low))) {
				u1 = (x$9 = new $Uint64(0, 1), new $Uint64(u1.$high + x$9.$high, u1.$low + x$9.$low));
			}
			_tmp$2 = u0;
			_tmp$3 = (x$10 = (new $Uint64(0, nsec)), new $Uint64(u0.$high + x$10.$high, u0.$low + x$10.$low));
			u0x = _tmp$2;
			u0 = _tmp$3;
			if ((u0.$high < u0x.$high || (u0.$high === u0x.$high && u0.$low < u0x.$low))) {
				u1 = (x$11 = new $Uint64(0, 1), new $Uint64(u1.$high + x$11.$high, u1.$low + x$11.$low));
			}
			d1$1 = (new $Uint64(d.$high, d.$low));
			while (true) {
				if (!(!((x$12 = $shiftRightUint64(d1$1, 63), (x$12.$high === 0 && x$12.$low === 1))))) { break; }
				d1$1 = $shiftLeft64(d1$1, (1));
			}
			d0 = new $Uint64(0, 0);
			while (true) {
				qmod2 = 0;
				if ((u1.$high > d1$1.$high || (u1.$high === d1$1.$high && u1.$low > d1$1.$low)) || (u1.$high === d1$1.$high && u1.$low === d1$1.$low) && (u0.$high > d0.$high || (u0.$high === d0.$high && u0.$low >= d0.$low))) {
					qmod2 = 1;
					_tmp$4 = u0;
					_tmp$5 = new $Uint64(u0.$high - d0.$high, u0.$low - d0.$low);
					u0x = _tmp$4;
					u0 = _tmp$5;
					if ((u0.$high > u0x.$high || (u0.$high === u0x.$high && u0.$low > u0x.$low))) {
						u1 = (x$13 = new $Uint64(0, 1), new $Uint64(u1.$high - x$13.$high, u1.$low - x$13.$low));
					}
					u1 = (x$14 = d1$1, new $Uint64(u1.$high - x$14.$high, u1.$low - x$14.$low));
				}
				if ((d1$1.$high === 0 && d1$1.$low === 0) && (x$15 = (new $Uint64(d.$high, d.$low)), (d0.$high === x$15.$high && d0.$low === x$15.$low))) {
					break;
				}
				d0 = $shiftRightUint64(d0, (1));
				d0 = (x$16 = $shiftLeft64((new $Uint64(d1$1.$high & 0, (d1$1.$low & 1) >>> 0)), 63), new $Uint64(d0.$high | x$16.$high, (d0.$low | x$16.$low) >>> 0));
				d1$1 = $shiftRightUint64(d1$1, (1));
			}
			r = (new Duration(u0.$high, u0.$low));
		}
		if (neg && !((r.$high === 0 && r.$low === 0))) {
			qmod2 = (qmod2 ^ (1)) >> 0;
			r = new Duration(d.$high - r.$high, d.$low - r.$low);
		}
		return [qmod2, r];
	};
	when = function(d) {
		var {$24r, _r$1, _r$2, d, t, x$1, x$2, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) { */ case 1:
			_r$1 = runtimeNano(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$2 = runtimeNano(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		t = (x$1 = _r$2, x$2 = (new $Int64(d.$high, d.$low)), new $Int64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
		if ((t.$high < 0 || (t.$high === 0 && t.$low < 0))) {
			t = new $Int64(2147483647, 4294967295);
		}
		$s = -1; return t;
		/* */ } return; } var $f = {$blk: when, $c: true, $r, $24r, _r$1, _r$2, d, t, x$1, x$2, $s};return $f;
	};
	Timer.ptr.prototype.Stop = function() {
		var t;
		t = this;
		if (t.r.f === $throwNilPointerError) {
			$panic(new $String("time: Stop called on uninitialized Timer"));
		}
		return stopTimer(t.r);
	};
	Timer.prototype.Stop = function() { return this.$val.Stop(); };
	NewTimer = function(d) {
		var {_r$1, c, d, t, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = new $Chan(Time, 1);
		_r$1 = when(d); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		t = new Timer.ptr(c, new runtimeTimer.ptr(0, _r$1, new $Int64(0, 0), sendTime, new chanType(c), 0, null, false));
		$r = startTimer(t.r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return t;
		/* */ } return; } var $f = {$blk: NewTimer, $c: true, $r, _r$1, c, d, t, $s};return $f;
	};
	$pkg.NewTimer = NewTimer;
	Timer.ptr.prototype.Reset = function(d) {
		var {$24r, _r$1, _r$2, d, t, w, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (t.r.f === $throwNilPointerError) {
			$panic(new $String("time: Reset called on uninitialized Timer"));
		}
		_r$1 = when(d); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		w = _r$1;
		_r$2 = resetTimer(t.r, w); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Timer.ptr.prototype.Reset, $c: true, $r, $24r, _r$1, _r$2, d, t, w, $s};return $f;
	};
	Timer.prototype.Reset = function(d) { return this.$val.Reset(d); };
	sendTime = function(c, seq) {
		var {_r$1, _selection, c, seq, $s, $r, $c} = $restore(this, {c, seq});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = Now(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_selection = $select([[$assertType(c, chanType), $clone(_r$1, Time)], []]);
		/* */ if (_selection[0] === 0) { $s = 2; continue; }
		/* */ if (_selection[0] === 1) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (_selection[0] === 0) { */ case 2:
			$s = 4; continue;
		/* } else if (_selection[0] === 1) { */ case 3:
		/* } */ case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: sendTime, $c: true, $r, _r$1, _selection, c, seq, $s};return $f;
	};
	After = function(d) {
		var {$24r, _r$1, d, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = NewTimer(d); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1.C;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: After, $c: true, $r, $24r, _r$1, d, $s};return $f;
	};
	$pkg.After = After;
	AfterFunc = function(d, f) {
		var {_r$1, d, f, t, $s, $r, $c} = $restore(this, {d, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = when(d); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		t = new Timer.ptr($chanNil, new runtimeTimer.ptr(0, _r$1, new $Int64(0, 0), goFunc, new funcType(f), 0, null, false));
		$r = startTimer(t.r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return t;
		/* */ } return; } var $f = {$blk: AfterFunc, $c: true, $r, _r$1, d, f, t, $s};return $f;
	};
	$pkg.AfterFunc = AfterFunc;
	goFunc = function(arg, seq) {
		var arg, seq;
		$go($assertType(arg, funcType), []);
	};
	startsWithLowerCase = function(str) {
		var c, str;
		if (str.length === 0) {
			return false;
		}
		c = str.charCodeAt(0);
		return 97 <= c && c <= 122;
	};
	nextStdChunk = function(layout) {
		var _1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$6, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$7, _tmp$70, _tmp$71, _tmp$72, _tmp$73, _tmp$74, _tmp$75, _tmp$76, _tmp$77, _tmp$78, _tmp$79, _tmp$8, _tmp$80, _tmp$81, _tmp$82, _tmp$83, _tmp$84, _tmp$85, _tmp$86, _tmp$87, _tmp$88, _tmp$89, _tmp$9, _tmp$90, _tmp$91, _tmp$92, c, ch, code, i, j, layout, prefix, std, std$1, suffix, x$1;
		prefix = "";
		std = 0;
		suffix = "";
		i = 0;
		while (true) {
			if (!(i < layout.length)) { break; }
			c = ((layout.charCodeAt(i) >> 0));
			_1 = c;
			if (_1 === (74)) {
				if (layout.length >= (i + 3 >> 0) && $substring(layout, i, (i + 3 >> 0)) === "Jan") {
					if (layout.length >= (i + 7 >> 0) && $substring(layout, i, (i + 7 >> 0)) === "January") {
						_tmp = $substring(layout, 0, i);
						_tmp$1 = 257;
						_tmp$2 = $substring(layout, (i + 7 >> 0));
						prefix = _tmp;
						std = _tmp$1;
						suffix = _tmp$2;
						return [prefix, std, suffix];
					}
					if (!startsWithLowerCase($substring(layout, (i + 3 >> 0)))) {
						_tmp$3 = $substring(layout, 0, i);
						_tmp$4 = 258;
						_tmp$5 = $substring(layout, (i + 3 >> 0));
						prefix = _tmp$3;
						std = _tmp$4;
						suffix = _tmp$5;
						return [prefix, std, suffix];
					}
				}
			} else if (_1 === (77)) {
				if (layout.length >= (i + 3 >> 0)) {
					if ($substring(layout, i, (i + 3 >> 0)) === "Mon") {
						if (layout.length >= (i + 6 >> 0) && $substring(layout, i, (i + 6 >> 0)) === "Monday") {
							_tmp$6 = $substring(layout, 0, i);
							_tmp$7 = 261;
							_tmp$8 = $substring(layout, (i + 6 >> 0));
							prefix = _tmp$6;
							std = _tmp$7;
							suffix = _tmp$8;
							return [prefix, std, suffix];
						}
						if (!startsWithLowerCase($substring(layout, (i + 3 >> 0)))) {
							_tmp$9 = $substring(layout, 0, i);
							_tmp$10 = 262;
							_tmp$11 = $substring(layout, (i + 3 >> 0));
							prefix = _tmp$9;
							std = _tmp$10;
							suffix = _tmp$11;
							return [prefix, std, suffix];
						}
					}
					if ($substring(layout, i, (i + 3 >> 0)) === "MST") {
						_tmp$12 = $substring(layout, 0, i);
						_tmp$13 = 23;
						_tmp$14 = $substring(layout, (i + 3 >> 0));
						prefix = _tmp$12;
						std = _tmp$13;
						suffix = _tmp$14;
						return [prefix, std, suffix];
					}
				}
			} else if (_1 === (48)) {
				if (layout.length >= (i + 2 >> 0) && 49 <= layout.charCodeAt((i + 1 >> 0)) && layout.charCodeAt((i + 1 >> 0)) <= 54) {
					_tmp$15 = $substring(layout, 0, i);
					_tmp$16 = (x$1 = layout.charCodeAt((i + 1 >> 0)) - 49 << 24 >>> 24, ((x$1 < 0 || x$1 >= std0x.length) ? ($throwRuntimeError("index out of range"), undefined) : std0x[x$1]));
					_tmp$17 = $substring(layout, (i + 2 >> 0));
					prefix = _tmp$15;
					std = _tmp$16;
					suffix = _tmp$17;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 3 >> 0) && (layout.charCodeAt((i + 1 >> 0)) === 48) && (layout.charCodeAt((i + 2 >> 0)) === 50)) {
					_tmp$18 = $substring(layout, 0, i);
					_tmp$19 = 267;
					_tmp$20 = $substring(layout, (i + 3 >> 0));
					prefix = _tmp$18;
					std = _tmp$19;
					suffix = _tmp$20;
					return [prefix, std, suffix];
				}
			} else if (_1 === (49)) {
				if (layout.length >= (i + 2 >> 0) && (layout.charCodeAt((i + 1 >> 0)) === 53)) {
					_tmp$21 = $substring(layout, 0, i);
					_tmp$22 = 524;
					_tmp$23 = $substring(layout, (i + 2 >> 0));
					prefix = _tmp$21;
					std = _tmp$22;
					suffix = _tmp$23;
					return [prefix, std, suffix];
				}
				_tmp$24 = $substring(layout, 0, i);
				_tmp$25 = 259;
				_tmp$26 = $substring(layout, (i + 1 >> 0));
				prefix = _tmp$24;
				std = _tmp$25;
				suffix = _tmp$26;
				return [prefix, std, suffix];
			} else if (_1 === (50)) {
				if (layout.length >= (i + 4 >> 0) && $substring(layout, i, (i + 4 >> 0)) === "2006") {
					_tmp$27 = $substring(layout, 0, i);
					_tmp$28 = 275;
					_tmp$29 = $substring(layout, (i + 4 >> 0));
					prefix = _tmp$27;
					std = _tmp$28;
					suffix = _tmp$29;
					return [prefix, std, suffix];
				}
				_tmp$30 = $substring(layout, 0, i);
				_tmp$31 = 263;
				_tmp$32 = $substring(layout, (i + 1 >> 0));
				prefix = _tmp$30;
				std = _tmp$31;
				suffix = _tmp$32;
				return [prefix, std, suffix];
			} else if (_1 === (95)) {
				if (layout.length >= (i + 2 >> 0) && (layout.charCodeAt((i + 1 >> 0)) === 50)) {
					if (layout.length >= (i + 5 >> 0) && $substring(layout, (i + 1 >> 0), (i + 5 >> 0)) === "2006") {
						_tmp$33 = $substring(layout, 0, (i + 1 >> 0));
						_tmp$34 = 275;
						_tmp$35 = $substring(layout, (i + 5 >> 0));
						prefix = _tmp$33;
						std = _tmp$34;
						suffix = _tmp$35;
						return [prefix, std, suffix];
					}
					_tmp$36 = $substring(layout, 0, i);
					_tmp$37 = 264;
					_tmp$38 = $substring(layout, (i + 2 >> 0));
					prefix = _tmp$36;
					std = _tmp$37;
					suffix = _tmp$38;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 3 >> 0) && (layout.charCodeAt((i + 1 >> 0)) === 95) && (layout.charCodeAt((i + 2 >> 0)) === 50)) {
					_tmp$39 = $substring(layout, 0, i);
					_tmp$40 = 266;
					_tmp$41 = $substring(layout, (i + 3 >> 0));
					prefix = _tmp$39;
					std = _tmp$40;
					suffix = _tmp$41;
					return [prefix, std, suffix];
				}
			} else if (_1 === (51)) {
				_tmp$42 = $substring(layout, 0, i);
				_tmp$43 = 525;
				_tmp$44 = $substring(layout, (i + 1 >> 0));
				prefix = _tmp$42;
				std = _tmp$43;
				suffix = _tmp$44;
				return [prefix, std, suffix];
			} else if (_1 === (52)) {
				_tmp$45 = $substring(layout, 0, i);
				_tmp$46 = 527;
				_tmp$47 = $substring(layout, (i + 1 >> 0));
				prefix = _tmp$45;
				std = _tmp$46;
				suffix = _tmp$47;
				return [prefix, std, suffix];
			} else if (_1 === (53)) {
				_tmp$48 = $substring(layout, 0, i);
				_tmp$49 = 529;
				_tmp$50 = $substring(layout, (i + 1 >> 0));
				prefix = _tmp$48;
				std = _tmp$49;
				suffix = _tmp$50;
				return [prefix, std, suffix];
			} else if (_1 === (80)) {
				if (layout.length >= (i + 2 >> 0) && (layout.charCodeAt((i + 1 >> 0)) === 77)) {
					_tmp$51 = $substring(layout, 0, i);
					_tmp$52 = 533;
					_tmp$53 = $substring(layout, (i + 2 >> 0));
					prefix = _tmp$51;
					std = _tmp$52;
					suffix = _tmp$53;
					return [prefix, std, suffix];
				}
			} else if (_1 === (112)) {
				if (layout.length >= (i + 2 >> 0) && (layout.charCodeAt((i + 1 >> 0)) === 109)) {
					_tmp$54 = $substring(layout, 0, i);
					_tmp$55 = 534;
					_tmp$56 = $substring(layout, (i + 2 >> 0));
					prefix = _tmp$54;
					std = _tmp$55;
					suffix = _tmp$56;
					return [prefix, std, suffix];
				}
			} else if (_1 === (45)) {
				if (layout.length >= (i + 7 >> 0) && $substring(layout, i, (i + 7 >> 0)) === "-070000") {
					_tmp$57 = $substring(layout, 0, i);
					_tmp$58 = 30;
					_tmp$59 = $substring(layout, (i + 7 >> 0));
					prefix = _tmp$57;
					std = _tmp$58;
					suffix = _tmp$59;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 9 >> 0) && $substring(layout, i, (i + 9 >> 0)) === "-07:00:00") {
					_tmp$60 = $substring(layout, 0, i);
					_tmp$61 = 33;
					_tmp$62 = $substring(layout, (i + 9 >> 0));
					prefix = _tmp$60;
					std = _tmp$61;
					suffix = _tmp$62;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 5 >> 0) && $substring(layout, i, (i + 5 >> 0)) === "-0700") {
					_tmp$63 = $substring(layout, 0, i);
					_tmp$64 = 29;
					_tmp$65 = $substring(layout, (i + 5 >> 0));
					prefix = _tmp$63;
					std = _tmp$64;
					suffix = _tmp$65;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 6 >> 0) && $substring(layout, i, (i + 6 >> 0)) === "-07:00") {
					_tmp$66 = $substring(layout, 0, i);
					_tmp$67 = 32;
					_tmp$68 = $substring(layout, (i + 6 >> 0));
					prefix = _tmp$66;
					std = _tmp$67;
					suffix = _tmp$68;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 3 >> 0) && $substring(layout, i, (i + 3 >> 0)) === "-07") {
					_tmp$69 = $substring(layout, 0, i);
					_tmp$70 = 31;
					_tmp$71 = $substring(layout, (i + 3 >> 0));
					prefix = _tmp$69;
					std = _tmp$70;
					suffix = _tmp$71;
					return [prefix, std, suffix];
				}
			} else if (_1 === (90)) {
				if (layout.length >= (i + 7 >> 0) && $substring(layout, i, (i + 7 >> 0)) === "Z070000") {
					_tmp$72 = $substring(layout, 0, i);
					_tmp$73 = 25;
					_tmp$74 = $substring(layout, (i + 7 >> 0));
					prefix = _tmp$72;
					std = _tmp$73;
					suffix = _tmp$74;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 9 >> 0) && $substring(layout, i, (i + 9 >> 0)) === "Z07:00:00") {
					_tmp$75 = $substring(layout, 0, i);
					_tmp$76 = 28;
					_tmp$77 = $substring(layout, (i + 9 >> 0));
					prefix = _tmp$75;
					std = _tmp$76;
					suffix = _tmp$77;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 5 >> 0) && $substring(layout, i, (i + 5 >> 0)) === "Z0700") {
					_tmp$78 = $substring(layout, 0, i);
					_tmp$79 = 24;
					_tmp$80 = $substring(layout, (i + 5 >> 0));
					prefix = _tmp$78;
					std = _tmp$79;
					suffix = _tmp$80;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 6 >> 0) && $substring(layout, i, (i + 6 >> 0)) === "Z07:00") {
					_tmp$81 = $substring(layout, 0, i);
					_tmp$82 = 27;
					_tmp$83 = $substring(layout, (i + 6 >> 0));
					prefix = _tmp$81;
					std = _tmp$82;
					suffix = _tmp$83;
					return [prefix, std, suffix];
				}
				if (layout.length >= (i + 3 >> 0) && $substring(layout, i, (i + 3 >> 0)) === "Z07") {
					_tmp$84 = $substring(layout, 0, i);
					_tmp$85 = 26;
					_tmp$86 = $substring(layout, (i + 3 >> 0));
					prefix = _tmp$84;
					std = _tmp$85;
					suffix = _tmp$86;
					return [prefix, std, suffix];
				}
			} else if ((_1 === (46)) || (_1 === (44))) {
				if ((i + 1 >> 0) < layout.length && ((layout.charCodeAt((i + 1 >> 0)) === 48) || (layout.charCodeAt((i + 1 >> 0)) === 57))) {
					ch = layout.charCodeAt((i + 1 >> 0));
					j = i + 1 >> 0;
					while (true) {
						if (!(j < layout.length && (layout.charCodeAt(j) === ch))) { break; }
						j = j + (1) >> 0;
					}
					if (!isDigit(layout, j)) {
						code = 34;
						if (layout.charCodeAt((i + 1 >> 0)) === 57) {
							code = 35;
						}
						std$1 = stdFracSecond(code, j - ((i + 1 >> 0)) >> 0, c);
						_tmp$87 = $substring(layout, 0, i);
						_tmp$88 = std$1;
						_tmp$89 = $substring(layout, j);
						prefix = _tmp$87;
						std = _tmp$88;
						suffix = _tmp$89;
						return [prefix, std, suffix];
					}
				}
			}
			i = i + (1) >> 0;
		}
		_tmp$90 = layout;
		_tmp$91 = 0;
		_tmp$92 = "";
		prefix = _tmp$90;
		std = _tmp$91;
		suffix = _tmp$92;
		return [prefix, std, suffix];
	};
	match = function(s1, s2) {
		var c1, c2, i, s1, s2;
		i = 0;
		while (true) {
			if (!(i < s1.length)) { break; }
			c1 = s1.charCodeAt(i);
			c2 = s2.charCodeAt(i);
			if (!((c1 === c2))) {
				c1 = (c1 | (32)) >>> 0;
				c2 = (c2 | (32)) >>> 0;
				if (!((c1 === c2)) || c1 < 97 || c1 > 122) {
					return false;
				}
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	lookup = function(tab, val) {
		var _i, _ref, i, tab, v, val;
		_ref = tab;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (val.length >= v.length && match($substring(val, 0, v.length), v)) {
				return [i, $substring(val, v.length), $ifaceNil];
			}
			_i++;
		}
		return [-1, val, errBad];
	};
	appendInt = function(b, x$1, width) {
		var _q, b, buf, i, q, u, w, width, x$1;
		u = ((x$1 >>> 0));
		if (x$1 < 0) {
			b = $append(b, 45);
			u = ((-x$1 >>> 0));
		}
		buf = arrayType$3.zero();
		i = 20;
		while (true) {
			if (!(u >= 10)) { break; }
			i = i - (1) >> 0;
			q = (_q = u / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			((i < 0 || i >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[i] = ((((48 + u >>> 0) - (q * 10 >>> 0) >>> 0) << 24 >>> 24)));
			u = q;
		}
		i = i - (1) >> 0;
		((i < 0 || i >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[i] = (((48 + u >>> 0) << 24 >>> 24)));
		w = 20 - i >> 0;
		while (true) {
			if (!(w < width)) { break; }
			b = $append(b, 48);
			w = w + (1) >> 0;
		}
		return $appendSlice(b, $subslice(new sliceType$3(buf), i));
	};
	atoi = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, err, neg, q, rem, s, x$1;
		x$1 = 0;
		err = $ifaceNil;
		neg = false;
		if (!(s === "") && ((s.charCodeAt(0) === 45) || (s.charCodeAt(0) === 43))) {
			neg = s.charCodeAt(0) === 45;
			s = $substring(s, 1);
		}
		_tuple = leadingInt(s);
		q = _tuple[0];
		rem = _tuple[1];
		err = _tuple[2];
		x$1 = ((q.$low >> 0));
		if (!($interfaceIsEqual(err, $ifaceNil)) || !(rem === "")) {
			_tmp = 0;
			_tmp$1 = atoiError;
			x$1 = _tmp;
			err = _tmp$1;
			return [x$1, err];
		}
		if (neg) {
			x$1 = -x$1;
		}
		_tmp$2 = x$1;
		_tmp$3 = $ifaceNil;
		x$1 = _tmp$2;
		err = _tmp$3;
		return [x$1, err];
	};
	stdFracSecond = function(code, n, c) {
		var c, code, n;
		if (c === 46) {
			return code | ((((n & 4095)) << 16 >> 0));
		}
		return (code | ((((n & 4095)) << 16 >> 0))) | 268435456;
	};
	digitsLen = function(std) {
		var std;
		return ((std >> 16 >> 0)) & 4095;
	};
	separator = function(std) {
		var std;
		if (((std >> 28 >> 0)) === 0) {
			return 46;
		}
		return 44;
	};
	formatNano = function(b, nanosec, std) {
		var _q, _r$1, b, buf, n, nanosec, separator$1, start, std, trim, u, x$1;
		n = digitsLen(std);
		separator$1 = separator(std);
		trim = (std & 65535) === 35;
		u = nanosec;
		buf = arrayType$4.zero();
		start = 9;
		while (true) {
			if (!(start > 0)) { break; }
			start = start - (1) >> 0;
			((start < 0 || start >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[start] = ((((_r$1 = u % 10, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) + 48 >>> 0) << 24 >>> 24)));
			u = (_q = u / (10), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
		}
		if (n > 9) {
			n = 9;
		}
		if (trim) {
			while (true) {
				if (!(n > 0 && ((x$1 = n - 1 >> 0, ((x$1 < 0 || x$1 >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[x$1])) === 48))) { break; }
				n = n - (1) >> 0;
			}
			if (n === 0) {
				return b;
			}
		}
		b = $append(b, separator$1);
		return $appendSlice(b, $subslice(new sliceType$3(buf), 0, n));
	};
	Time.ptr.prototype.String = function() {
		var {_r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, buf, m0, m1, m2, s, sign, t, wid, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).Format("2006-01-02 15:04:05.999999999 -0700 MST"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		s = _r$1;
		if (!((x$1 = (x$2 = t.wall, new $Uint64(x$2.$high & 2147483648, (x$2.$low & 0) >>> 0)), (x$1.$high === 0 && x$1.$low === 0)))) {
			m2 = ((x$3 = t.ext, new $Uint64(x$3.$high, x$3.$low)));
			sign = 43;
			if ((x$4 = t.ext, (x$4.$high < 0 || (x$4.$high === 0 && x$4.$low < 0)))) {
				sign = 45;
				m2 = new $Uint64(-m2.$high, -m2.$low);
			}
			_tmp = $div64(m2, new $Uint64(0, 1000000000), false);
			_tmp$1 = $div64(m2, new $Uint64(0, 1000000000), true);
			m1 = _tmp;
			m2 = _tmp$1;
			_tmp$2 = $div64(m1, new $Uint64(0, 1000000000), false);
			_tmp$3 = $div64(m1, new $Uint64(0, 1000000000), true);
			m0 = _tmp$2;
			m1 = _tmp$3;
			buf = $makeSlice(sliceType$3, 0, 24);
			buf = $appendSlice(buf, " m=");
			buf = $append(buf, sign);
			wid = 0;
			if (!((m0.$high === 0 && m0.$low === 0))) {
				buf = appendInt(buf, ((m0.$low >> 0)), 0);
				wid = 9;
			}
			buf = appendInt(buf, ((m1.$low >> 0)), wid);
			buf = $append(buf, 46);
			buf = appendInt(buf, ((m2.$low >> 0)), 9);
			s = s + (($bytesToString(buf)));
		}
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.String, $c: true, $r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, buf, m0, m1, m2, s, sign, t, wid, x$1, x$2, x$3, x$4, $s};return $f;
	};
	Time.prototype.String = function() { return this.$val.String(); };
	Time.ptr.prototype.GoString = function() {
		var {_1, _arg, _arg$1, _arg$10, _arg$11, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, buf, loc, month, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		buf = $makeSlice(sliceType$3, 0, 70);
		buf = $appendSlice(buf, "time.Date(");
		_arg = buf;
		_r$1 = $clone(t, Time).Year(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$1 = _r$1;
		_r$2 = appendInt(_arg, _arg$1, 0); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		buf = _r$2;
		_r$3 = $clone(t, Time).Month(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		month = _r$3;
		/* */ if (1 <= month && month <= 12) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (1 <= month && month <= 12) { */ case 4:
			buf = $appendSlice(buf, ", time.");
			_arg$2 = buf;
			_r$4 = $clone(t, Time).Month(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = new Month(_r$4).String(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg$3 = _r$5;
			buf = $appendSlice(_arg$2, _arg$3);
			$s = 6; continue;
		/* } else { */ case 5:
			buf = appendInt(buf, ((month >> 0)), 0);
		/* } */ case 6:
		buf = $appendSlice(buf, ", ");
		_arg$4 = buf;
		_r$6 = $clone(t, Time).Day(); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$5 = _r$6;
		_r$7 = appendInt(_arg$4, _arg$5, 0); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		buf = _r$7;
		buf = $appendSlice(buf, ", ");
		_arg$6 = buf;
		_r$8 = $clone(t, Time).Hour(); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg$7 = _r$8;
		_r$9 = appendInt(_arg$6, _arg$7, 0); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		buf = _r$9;
		buf = $appendSlice(buf, ", ");
		_arg$8 = buf;
		_r$10 = $clone(t, Time).Minute(); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_arg$9 = _r$10;
		_r$11 = appendInt(_arg$8, _arg$9, 0); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		buf = _r$11;
		buf = $appendSlice(buf, ", ");
		_arg$10 = buf;
		_r$12 = $clone(t, Time).Second(); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_arg$11 = _r$12;
		_r$13 = appendInt(_arg$10, _arg$11, 0); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		buf = _r$13;
		buf = $appendSlice(buf, ", ");
		buf = appendInt(buf, $clone(t, Time).Nanosecond(), 0);
		buf = $appendSlice(buf, ", ");
		loc = $clone(t, Time).Location();
		_1 = loc;
		if (_1 === ($pkg.UTC) || _1 === ptrType$2.nil) {
			buf = $appendSlice(buf, "time.UTC");
		} else if (_1 === ($pkg.Local)) {
			buf = $appendSlice(buf, "time.Local");
		} else {
			buf = $appendSlice(buf, "time.Location(");
			buf = $appendSlice(buf, (new sliceType$3($stringToBytes(quote(loc.name)))));
			buf = $appendSlice(buf, ")");
		}
		buf = $append(buf, 41);
		$s = -1; return ($bytesToString(buf));
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.GoString, $c: true, $r, _1, _arg, _arg$1, _arg$10, _arg$11, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, buf, loc, month, t, $s};return $f;
	};
	Time.prototype.GoString = function() { return this.$val.GoString(); };
	Time.ptr.prototype.Format = function(layout) {
		var {_r$1, b, buf, layout, max, t, $s, $r, $c} = $restore(this, {layout});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		b = sliceType$3.nil;
		max = layout.length + 10 >> 0;
		if (max < 64) {
			buf = arrayType$5.zero();
			b = $subslice(new sliceType$3(buf), 0, 0);
		} else {
			b = $makeSlice(sliceType$3, 0, max);
		}
		_r$1 = $clone(t, Time).AppendFormat(b, layout); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		b = _r$1;
		$s = -1; return ($bytesToString(b));
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.Format, $c: true, $r, _r$1, b, buf, layout, max, t, $s};return $f;
	};
	Time.prototype.Format = function(layout) { return this.$val.Format(layout); };
	Time.ptr.prototype.AppendFormat = function(b, layout) {
		var {_1, _q, _q$1, _q$2, _q$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, _tuple$3, abs, absoffset, b, day, hour, hr, hr$1, layout, m, min, month, name, offset, prefix, s, sec, std, suffix, t, y, yday, year, zone$1, zone$2, $s, $r, $c} = $restore(this, {b, layout});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = $clone(t, Time).locabs(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		name = _tuple[0];
		offset = _tuple[1];
		abs = _tuple[2];
		year = -1;
		month = 0;
		day = 0;
		yday = 0;
		hour = -1;
		min = 0;
		sec = 0;
		while (true) {
			if (!(!(layout === ""))) { break; }
			_tuple$1 = nextStdChunk(layout);
			prefix = _tuple$1[0];
			std = _tuple$1[1];
			suffix = _tuple$1[2];
			if (!(prefix === "")) {
				b = $appendSlice(b, prefix);
			}
			if (std === 0) {
				break;
			}
			layout = suffix;
			if (year < 0 && !(((std & 256) === 0))) {
				_tuple$2 = absDate(abs, true);
				year = _tuple$2[0];
				month = _tuple$2[1];
				day = _tuple$2[2];
				yday = _tuple$2[3];
				yday = yday + (1) >> 0;
			}
			if (hour < 0 && !(((std & 512) === 0))) {
				_tuple$3 = absClock(abs);
				hour = _tuple$3[0];
				min = _tuple$3[1];
				sec = _tuple$3[2];
			}
			switch (0) { default:
				_1 = std & 65535;
				if (_1 === (276)) {
					y = year;
					if (y < 0) {
						y = -y;
					}
					b = appendInt(b, (_r$2 = y % 100, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")), 2);
				} else if (_1 === (275)) {
					b = appendInt(b, year, 4);
				} else if (_1 === (258)) {
					b = $appendSlice(b, $substring(new Month(month).String(), 0, 3));
				} else if (_1 === (257)) {
					m = new Month(month).String();
					b = $appendSlice(b, m);
				} else if (_1 === (259)) {
					b = appendInt(b, ((month >> 0)), 0);
				} else if (_1 === (260)) {
					b = appendInt(b, ((month >> 0)), 2);
				} else if (_1 === (262)) {
					b = $appendSlice(b, $substring(new Weekday(absWeekday(abs)).String(), 0, 3));
				} else if (_1 === (261)) {
					s = new Weekday(absWeekday(abs)).String();
					b = $appendSlice(b, s);
				} else if (_1 === (263)) {
					b = appendInt(b, day, 0);
				} else if (_1 === (264)) {
					if (day < 10) {
						b = $append(b, 32);
					}
					b = appendInt(b, day, 0);
				} else if (_1 === (265)) {
					b = appendInt(b, day, 2);
				} else if (_1 === (266)) {
					if (yday < 100) {
						b = $append(b, 32);
						if (yday < 10) {
							b = $append(b, 32);
						}
					}
					b = appendInt(b, yday, 0);
				} else if (_1 === (267)) {
					b = appendInt(b, yday, 3);
				} else if (_1 === (524)) {
					b = appendInt(b, hour, 2);
				} else if (_1 === (525)) {
					hr = (_r$3 = hour % 12, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero"));
					if (hr === 0) {
						hr = 12;
					}
					b = appendInt(b, hr, 0);
				} else if (_1 === (526)) {
					hr$1 = (_r$4 = hour % 12, _r$4 === _r$4 ? _r$4 : $throwRuntimeError("integer divide by zero"));
					if (hr$1 === 0) {
						hr$1 = 12;
					}
					b = appendInt(b, hr$1, 2);
				} else if (_1 === (527)) {
					b = appendInt(b, min, 0);
				} else if (_1 === (528)) {
					b = appendInt(b, min, 2);
				} else if (_1 === (529)) {
					b = appendInt(b, sec, 0);
				} else if (_1 === (530)) {
					b = appendInt(b, sec, 2);
				} else if (_1 === (533)) {
					if (hour >= 12) {
						b = $appendSlice(b, "PM");
					} else {
						b = $appendSlice(b, "AM");
					}
				} else if (_1 === (534)) {
					if (hour >= 12) {
						b = $appendSlice(b, "pm");
					} else {
						b = $appendSlice(b, "am");
					}
				} else if ((_1 === (24)) || (_1 === (27)) || (_1 === (25)) || (_1 === (26)) || (_1 === (28)) || (_1 === (29)) || (_1 === (32)) || (_1 === (30)) || (_1 === (31)) || (_1 === (33))) {
					if ((offset === 0) && ((std === 24) || (std === 27) || (std === 25) || (std === 26) || (std === 28))) {
						b = $append(b, 90);
						break;
					}
					zone$1 = (_q = offset / 60, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
					absoffset = offset;
					if (zone$1 < 0) {
						b = $append(b, 45);
						zone$1 = -zone$1;
						absoffset = -absoffset;
					} else {
						b = $append(b, 43);
					}
					b = appendInt(b, (_q$1 = zone$1 / 60, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")), 2);
					if ((std === 27) || (std === 32) || (std === 28) || (std === 33)) {
						b = $append(b, 58);
					}
					if (!((std === 31)) && !((std === 26))) {
						b = appendInt(b, (_r$5 = zone$1 % 60, _r$5 === _r$5 ? _r$5 : $throwRuntimeError("integer divide by zero")), 2);
					}
					if ((std === 25) || (std === 30) || (std === 33) || (std === 28)) {
						if ((std === 33) || (std === 28)) {
							b = $append(b, 58);
						}
						b = appendInt(b, (_r$6 = absoffset % 60, _r$6 === _r$6 ? _r$6 : $throwRuntimeError("integer divide by zero")), 2);
					}
				} else if (_1 === (23)) {
					if (!(name === "")) {
						b = $appendSlice(b, name);
						break;
					}
					zone$2 = (_q$2 = offset / 60, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero"));
					if (zone$2 < 0) {
						b = $append(b, 45);
						zone$2 = -zone$2;
					} else {
						b = $append(b, 43);
					}
					b = appendInt(b, (_q$3 = zone$2 / 60, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero")), 2);
					b = appendInt(b, (_r$7 = zone$2 % 60, _r$7 === _r$7 ? _r$7 : $throwRuntimeError("integer divide by zero")), 2);
				} else if ((_1 === (34)) || (_1 === (35))) {
					b = formatNano(b, (($clone(t, Time).Nanosecond() >>> 0)), std);
				}
			}
		}
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: Time.ptr.prototype.AppendFormat, $c: true, $r, _1, _q, _q$1, _q$2, _q$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, _tuple$3, abs, absoffset, b, day, hour, hr, hr$1, layout, m, min, month, name, offset, prefix, s, sec, std, suffix, t, y, yday, year, zone$1, zone$2, $s};return $f;
	};
	Time.prototype.AppendFormat = function(b, layout) { return this.$val.AppendFormat(b, layout); };
	quote = function(s) {
		var _i, _ref, _rune, buf, c, i, j, s, width;
		buf = $makeSlice(sliceType$3, 1, (s.length + 2 >> 0));
		(0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0] = 34);
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			i = _i;
			c = _rune[0];
			if (c >= 128 || c < 32) {
				width = 0;
				if (c === 65533) {
					width = 1;
					if ((i + 2 >> 0) < s.length && $substring(s, i, (i + 3 >> 0)) === "\xEF\xBF\xBD") {
						width = 3;
					}
				} else {
					width = ($encodeRune(c)).length;
				}
				j = 0;
				while (true) {
					if (!(j < width)) { break; }
					buf = $appendSlice(buf, "\\x");
					buf = $append(buf, "0123456789abcdef".charCodeAt((s.charCodeAt((i + j >> 0)) >>> 4 << 24 >>> 24)));
					buf = $append(buf, "0123456789abcdef".charCodeAt(((s.charCodeAt((i + j >> 0)) & 15) >>> 0)));
					j = j + (1) >> 0;
				}
			} else {
				if ((c === 34) || (c === 92)) {
					buf = $append(buf, 92);
				}
				buf = $appendSlice(buf, ($encodeRune(c)));
			}
			_i += _rune[1];
		}
		buf = $append(buf, 34);
		return ($bytesToString(buf));
	};
	ParseError.ptr.prototype.Error = function() {
		var e;
		e = this;
		if (e.Message === "") {
			return "parsing time " + quote(e.Value) + " as " + quote(e.Layout) + ": cannot parse " + quote(e.ValueElem) + " as " + quote(e.LayoutElem);
		}
		return "parsing time " + quote(e.Value) + e.Message;
	};
	ParseError.prototype.Error = function() { return this.$val.Error(); };
	isDigit = function(s, i) {
		var c, i, s;
		if (s.length <= i) {
			return false;
		}
		c = s.charCodeAt(i);
		return 48 <= c && c <= 57;
	};
	getnum = function(s, fixed) {
		var fixed, s;
		if (!isDigit(s, 0)) {
			return [0, s, errBad];
		}
		if (!isDigit(s, 1)) {
			if (fixed) {
				return [0, s, errBad];
			}
			return [(((s.charCodeAt(0) - 48 << 24 >>> 24) >> 0)), $substring(s, 1), $ifaceNil];
		}
		return [($imul((((s.charCodeAt(0) - 48 << 24 >>> 24) >> 0)), 10)) + (((s.charCodeAt(1) - 48 << 24 >>> 24) >> 0)) >> 0, $substring(s, 2), $ifaceNil];
	};
	getnum3 = function(s, fixed) {
		var _tmp, _tmp$1, fixed, i, n, s;
		_tmp = 0;
		_tmp$1 = 0;
		n = _tmp;
		i = _tmp$1;
		i = 0;
		while (true) {
			if (!(i < 3 && isDigit(s, i))) { break; }
			n = ($imul(n, 10)) + (((s.charCodeAt(i) - 48 << 24 >>> 24) >> 0)) >> 0;
			i = i + (1) >> 0;
		}
		if ((i === 0) || fixed && !((i === 3))) {
			return [0, s, errBad];
		}
		return [n, $substring(s, i), $ifaceNil];
	};
	cutspace = function(s) {
		var s;
		while (true) {
			if (!(s.length > 0 && (s.charCodeAt(0) === 32))) { break; }
			s = $substring(s, 1);
		}
		return s;
	};
	skip = function(value, prefix) {
		var prefix, value;
		while (true) {
			if (!(prefix.length > 0)) { break; }
			if (prefix.charCodeAt(0) === 32) {
				if (value.length > 0 && !((value.charCodeAt(0) === 32))) {
					return [value, errBad];
				}
				prefix = cutspace(prefix);
				value = cutspace(value);
				continue;
			}
			if ((value.length === 0) || !((value.charCodeAt(0) === prefix.charCodeAt(0)))) {
				return [value, errBad];
			}
			prefix = $substring(prefix, 1);
			value = $substring(value, 1);
		}
		return [value, $ifaceNil];
	};
	Parse = function(layout, value) {
		var {$24r, _r$1, layout, value, $s, $r, $c} = $restore(this, {layout, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = parse(layout, value, $pkg.UTC, $pkg.Local); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Parse, $c: true, $r, $24r, _r$1, layout, value, $s};return $f;
	};
	$pkg.Parse = Parse;
	parse = function(layout, value, defaultLocation, local) {
		var {$24r, $24r$1, _1, _2, _3, _4, _q, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, alayout, amSet, avalue, d, day, defaultLocation, err, hold, hour, hour$1, hr, i, i$1, layout, local, m, min, min$1, mm, month, n, n$1, name, ndigit, nsec, offset, offset$1, ok, ok$1, p, pmSet, prefix, rangeErrString, sec, seconds, sign, ss, std, stdstr, suffix, t, t$1, value, x$1, x$2, x$3, yday, year, z, zoneName, zoneOffset, $s, $r, $c} = $restore(this, {layout, value, defaultLocation, local});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = layout;
		_tmp$1 = value;
		alayout = _tmp;
		avalue = _tmp$1;
		rangeErrString = "";
		amSet = false;
		pmSet = false;
		year = 0;
		month = -1;
		day = -1;
		yday = -1;
		hour = 0;
		min = 0;
		sec = 0;
		nsec = 0;
		z = ptrType$2.nil;
		zoneOffset = -1;
		zoneName = "";
		while (true) {
			err = $ifaceNil;
			_tuple = nextStdChunk(layout);
			prefix = _tuple[0];
			std = _tuple[1];
			suffix = _tuple[2];
			stdstr = $substring(layout, prefix.length, (layout.length - suffix.length >> 0));
			_tuple$1 = skip(value, prefix);
			value = _tuple$1[0];
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, prefix, value, "")];
			}
			if (std === 0) {
				if (!((value.length === 0))) {
					$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, "", value, ": extra text: " + quote(value))];
				}
				break;
			}
			layout = suffix;
			p = "";
			switch (0) { default:
				_1 = std & 65535;
				if (_1 === (276)) {
					if (value.length < 2) {
						err = errBad;
						break;
					}
					hold = value;
					_tmp$2 = $substring(value, 0, 2);
					_tmp$3 = $substring(value, 2);
					p = _tmp$2;
					value = _tmp$3;
					_tuple$2 = atoi(p);
					year = _tuple$2[0];
					err = _tuple$2[1];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						value = hold;
					} else if (year >= 69) {
						year = year + (1900) >> 0;
					} else {
						year = year + (2000) >> 0;
					}
				} else if (_1 === (275)) {
					if (value.length < 4 || !isDigit(value, 0)) {
						err = errBad;
						break;
					}
					_tmp$4 = $substring(value, 0, 4);
					_tmp$5 = $substring(value, 4);
					p = _tmp$4;
					value = _tmp$5;
					_tuple$3 = atoi(p);
					year = _tuple$3[0];
					err = _tuple$3[1];
				} else if (_1 === (258)) {
					_tuple$4 = lookup(shortMonthNames, value);
					month = _tuple$4[0];
					value = _tuple$4[1];
					err = _tuple$4[2];
					month = month + (1) >> 0;
				} else if (_1 === (257)) {
					_tuple$5 = lookup(longMonthNames, value);
					month = _tuple$5[0];
					value = _tuple$5[1];
					err = _tuple$5[2];
					month = month + (1) >> 0;
				} else if ((_1 === (259)) || (_1 === (260))) {
					_tuple$6 = getnum(value, std === 260);
					month = _tuple$6[0];
					value = _tuple$6[1];
					err = _tuple$6[2];
					if ($interfaceIsEqual(err, $ifaceNil) && (month <= 0 || 12 < month)) {
						rangeErrString = "month";
					}
				} else if (_1 === (262)) {
					_tuple$7 = lookup(shortDayNames, value);
					value = _tuple$7[1];
					err = _tuple$7[2];
				} else if (_1 === (261)) {
					_tuple$8 = lookup(longDayNames, value);
					value = _tuple$8[1];
					err = _tuple$8[2];
				} else if ((_1 === (263)) || (_1 === (264)) || (_1 === (265))) {
					if ((std === 264) && value.length > 0 && (value.charCodeAt(0) === 32)) {
						value = $substring(value, 1);
					}
					_tuple$9 = getnum(value, std === 265);
					day = _tuple$9[0];
					value = _tuple$9[1];
					err = _tuple$9[2];
				} else if ((_1 === (266)) || (_1 === (267))) {
					i = 0;
					while (true) {
						if (!(i < 2)) { break; }
						if ((std === 266) && value.length > 0 && (value.charCodeAt(0) === 32)) {
							value = $substring(value, 1);
						}
						i = i + (1) >> 0;
					}
					_tuple$10 = getnum3(value, std === 267);
					yday = _tuple$10[0];
					value = _tuple$10[1];
					err = _tuple$10[2];
				} else if (_1 === (524)) {
					_tuple$11 = getnum(value, false);
					hour = _tuple$11[0];
					value = _tuple$11[1];
					err = _tuple$11[2];
					if (hour < 0 || 24 <= hour) {
						rangeErrString = "hour";
					}
				} else if ((_1 === (525)) || (_1 === (526))) {
					_tuple$12 = getnum(value, std === 526);
					hour = _tuple$12[0];
					value = _tuple$12[1];
					err = _tuple$12[2];
					if (hour < 0 || 12 < hour) {
						rangeErrString = "hour";
					}
				} else if ((_1 === (527)) || (_1 === (528))) {
					_tuple$13 = getnum(value, std === 528);
					min = _tuple$13[0];
					value = _tuple$13[1];
					err = _tuple$13[2];
					if (min < 0 || 60 <= min) {
						rangeErrString = "minute";
					}
				} else if ((_1 === (529)) || (_1 === (530))) {
					_tuple$14 = getnum(value, std === 530);
					sec = _tuple$14[0];
					value = _tuple$14[1];
					err = _tuple$14[2];
					if (sec < 0 || 60 <= sec) {
						rangeErrString = "second";
						break;
					}
					if (value.length >= 2 && commaOrPeriod(value.charCodeAt(0)) && isDigit(value, 1)) {
						_tuple$15 = nextStdChunk(layout);
						std = _tuple$15[1];
						std = std & (65535);
						if ((std === 34) || (std === 35)) {
							break;
						}
						n = 2;
						while (true) {
							if (!(n < value.length && isDigit(value, n))) { break; }
							n = n + (1) >> 0;
						}
						_tuple$16 = parseNanoseconds(value, n);
						nsec = _tuple$16[0];
						rangeErrString = _tuple$16[1];
						err = _tuple$16[2];
						value = $substring(value, n);
					}
				} else if (_1 === (533)) {
					if (value.length < 2) {
						err = errBad;
						break;
					}
					_tmp$6 = $substring(value, 0, 2);
					_tmp$7 = $substring(value, 2);
					p = _tmp$6;
					value = _tmp$7;
					_2 = p;
					if (_2 === ("PM")) {
						pmSet = true;
					} else if (_2 === ("AM")) {
						amSet = true;
					} else {
						err = errBad;
					}
				} else if (_1 === (534)) {
					if (value.length < 2) {
						err = errBad;
						break;
					}
					_tmp$8 = $substring(value, 0, 2);
					_tmp$9 = $substring(value, 2);
					p = _tmp$8;
					value = _tmp$9;
					_3 = p;
					if (_3 === ("pm")) {
						pmSet = true;
					} else if (_3 === ("am")) {
						amSet = true;
					} else {
						err = errBad;
					}
				} else if ((_1 === (24)) || (_1 === (27)) || (_1 === (25)) || (_1 === (26)) || (_1 === (28)) || (_1 === (29)) || (_1 === (31)) || (_1 === (32)) || (_1 === (30)) || (_1 === (33))) {
					if (((std === 24) || (std === 26) || (std === 27)) && value.length >= 1 && (value.charCodeAt(0) === 90)) {
						value = $substring(value, 1);
						z = $pkg.UTC;
						break;
					}
					_tmp$10 = "";
					_tmp$11 = "";
					_tmp$12 = "";
					_tmp$13 = "";
					sign = _tmp$10;
					hour$1 = _tmp$11;
					min$1 = _tmp$12;
					seconds = _tmp$13;
					if ((std === 27) || (std === 32)) {
						if (value.length < 6) {
							err = errBad;
							break;
						}
						if (!((value.charCodeAt(3) === 58))) {
							err = errBad;
							break;
						}
						_tmp$14 = $substring(value, 0, 1);
						_tmp$15 = $substring(value, 1, 3);
						_tmp$16 = $substring(value, 4, 6);
						_tmp$17 = "00";
						_tmp$18 = $substring(value, 6);
						sign = _tmp$14;
						hour$1 = _tmp$15;
						min$1 = _tmp$16;
						seconds = _tmp$17;
						value = _tmp$18;
					} else if ((std === 31) || (std === 26)) {
						if (value.length < 3) {
							err = errBad;
							break;
						}
						_tmp$19 = $substring(value, 0, 1);
						_tmp$20 = $substring(value, 1, 3);
						_tmp$21 = "00";
						_tmp$22 = "00";
						_tmp$23 = $substring(value, 3);
						sign = _tmp$19;
						hour$1 = _tmp$20;
						min$1 = _tmp$21;
						seconds = _tmp$22;
						value = _tmp$23;
					} else if ((std === 28) || (std === 33)) {
						if (value.length < 9) {
							err = errBad;
							break;
						}
						if (!((value.charCodeAt(3) === 58)) || !((value.charCodeAt(6) === 58))) {
							err = errBad;
							break;
						}
						_tmp$24 = $substring(value, 0, 1);
						_tmp$25 = $substring(value, 1, 3);
						_tmp$26 = $substring(value, 4, 6);
						_tmp$27 = $substring(value, 7, 9);
						_tmp$28 = $substring(value, 9);
						sign = _tmp$24;
						hour$1 = _tmp$25;
						min$1 = _tmp$26;
						seconds = _tmp$27;
						value = _tmp$28;
					} else if ((std === 25) || (std === 30)) {
						if (value.length < 7) {
							err = errBad;
							break;
						}
						_tmp$29 = $substring(value, 0, 1);
						_tmp$30 = $substring(value, 1, 3);
						_tmp$31 = $substring(value, 3, 5);
						_tmp$32 = $substring(value, 5, 7);
						_tmp$33 = $substring(value, 7);
						sign = _tmp$29;
						hour$1 = _tmp$30;
						min$1 = _tmp$31;
						seconds = _tmp$32;
						value = _tmp$33;
					} else {
						if (value.length < 5) {
							err = errBad;
							break;
						}
						_tmp$34 = $substring(value, 0, 1);
						_tmp$35 = $substring(value, 1, 3);
						_tmp$36 = $substring(value, 3, 5);
						_tmp$37 = "00";
						_tmp$38 = $substring(value, 5);
						sign = _tmp$34;
						hour$1 = _tmp$35;
						min$1 = _tmp$36;
						seconds = _tmp$37;
						value = _tmp$38;
					}
					_tmp$39 = 0;
					_tmp$40 = 0;
					_tmp$41 = 0;
					hr = _tmp$39;
					mm = _tmp$40;
					ss = _tmp$41;
					_tuple$17 = atoi(hour$1);
					hr = _tuple$17[0];
					err = _tuple$17[1];
					if ($interfaceIsEqual(err, $ifaceNil)) {
						_tuple$18 = atoi(min$1);
						mm = _tuple$18[0];
						err = _tuple$18[1];
					}
					if ($interfaceIsEqual(err, $ifaceNil)) {
						_tuple$19 = atoi(seconds);
						ss = _tuple$19[0];
						err = _tuple$19[1];
					}
					zoneOffset = ($imul(((($imul(hr, 60)) + mm >> 0)), 60)) + ss >> 0;
					_4 = sign.charCodeAt(0);
					if (_4 === (43)) {
					} else if (_4 === (45)) {
						zoneOffset = -zoneOffset;
					} else {
						err = errBad;
					}
				} else if (_1 === (23)) {
					if (value.length >= 3 && $substring(value, 0, 3) === "UTC") {
						z = $pkg.UTC;
						value = $substring(value, 3);
						break;
					}
					_tuple$20 = parseTimeZone(value);
					n$1 = _tuple$20[0];
					ok = _tuple$20[1];
					if (!ok) {
						err = errBad;
						break;
					}
					_tmp$42 = $substring(value, 0, n$1);
					_tmp$43 = $substring(value, n$1);
					zoneName = _tmp$42;
					value = _tmp$43;
				} else if (_1 === (34)) {
					ndigit = 1 + digitsLen(std) >> 0;
					if (value.length < ndigit) {
						err = errBad;
						break;
					}
					_tuple$21 = parseNanoseconds(value, ndigit);
					nsec = _tuple$21[0];
					rangeErrString = _tuple$21[1];
					err = _tuple$21[2];
					value = $substring(value, ndigit);
				} else if (_1 === (35)) {
					if (value.length < 2 || !commaOrPeriod(value.charCodeAt(0)) || value.charCodeAt(1) < 48 || 57 < value.charCodeAt(1)) {
						break;
					}
					i$1 = 0;
					while (true) {
						if (!(i$1 < 9 && (i$1 + 1 >> 0) < value.length && 48 <= value.charCodeAt((i$1 + 1 >> 0)) && value.charCodeAt((i$1 + 1 >> 0)) <= 57)) { break; }
						i$1 = i$1 + (1) >> 0;
					}
					_tuple$22 = parseNanoseconds(value, 1 + i$1 >> 0);
					nsec = _tuple$22[0];
					rangeErrString = _tuple$22[1];
					err = _tuple$22[2];
					value = $substring(value, (1 + i$1 >> 0));
				}
			}
			if (!(rangeErrString === "")) {
				$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, stdstr, value, ": " + rangeErrString + " out of range")];
			}
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, stdstr, value, "")];
			}
		}
		if (pmSet && hour < 12) {
			hour = hour + (12) >> 0;
		} else if (amSet && (hour === 12)) {
			hour = 0;
		}
		if (yday >= 0) {
			d = 0;
			m = 0;
			if (isLeap(year)) {
				if (yday === 60) {
					m = 2;
					d = 29;
				} else if (yday > 60) {
					yday = yday - (1) >> 0;
				}
			}
			if (yday < 1 || yday > 365) {
				$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, "", value, ": day-of-year out of range")];
			}
			if (m === 0) {
				m = (_q = ((yday - 1 >> 0)) / 31, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) + 1 >> 0;
				if (((((m < 0 || m >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[m]) >> 0)) < yday) {
					m = m + (1) >> 0;
				}
				d = yday - (((x$1 = m - 1 >> 0, ((x$1 < 0 || x$1 >= daysBefore.length) ? ($throwRuntimeError("index out of range"), undefined) : daysBefore[x$1])) >> 0)) >> 0;
			}
			if (month >= 0 && !((month === m))) {
				$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, "", value, ": day-of-year does not match month")];
			}
			month = m;
			if (day >= 0 && !((day === d))) {
				$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, "", value, ": day-of-year does not match day")];
			}
			day = d;
		} else {
			if (month < 0) {
				month = 1;
			}
			if (day < 0) {
				day = 1;
			}
		}
		if (day < 1 || day > daysIn(((month >> 0)), year)) {
			$s = -1; return [new Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new ParseError.ptr(alayout, avalue, "", value, ": day out of range")];
		}
		/* */ if (!(z === ptrType$2.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(z === ptrType$2.nil)) { */ case 1:
			_r$1 = Date(year, ((month >> 0)), day, hour, min, sec, nsec, z); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = [_r$1, $ifaceNil];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		/* */ if (!((zoneOffset === -1))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!((zoneOffset === -1))) { */ case 5:
			_r$2 = Date(year, ((month >> 0)), day, hour, min, sec, nsec, $pkg.UTC); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			t = $clone(_r$2, Time);
			t.addSec((x$2 = (new $Int64(0, zoneOffset)), new $Int64(-x$2.$high, -x$2.$low)));
			_r$3 = local.lookup(t.unixSec()); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$23 = _r$3;
			name = _tuple$23[0];
			offset = _tuple$23[1];
			if ((offset === zoneOffset) && (zoneName === "" || name === zoneName)) {
				t.setLoc(local);
				$s = -1; return [t, $ifaceNil];
			}
			t.setLoc(FixedZone(zoneName, zoneOffset));
			$s = -1; return [t, $ifaceNil];
		/* } */ case 6:
		/* */ if (!(zoneName === "")) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(zoneName === "")) { */ case 9:
			_r$4 = Date(year, ((month >> 0)), day, hour, min, sec, nsec, $pkg.UTC); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			t$1 = $clone(_r$4, Time);
			_r$5 = local.lookupName(zoneName, t$1.unixSec()); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$24 = _r$5;
			offset$1 = _tuple$24[0];
			ok$1 = _tuple$24[1];
			if (ok$1) {
				t$1.addSec((x$3 = (new $Int64(0, offset$1)), new $Int64(-x$3.$high, -x$3.$low)));
				t$1.setLoc(local);
				$s = -1; return [t$1, $ifaceNil];
			}
			if (zoneName.length > 3 && $substring(zoneName, 0, 3) === "GMT") {
				_tuple$25 = atoi($substring(zoneName, 3));
				offset$1 = _tuple$25[0];
				offset$1 = $imul(offset$1, (3600));
			}
			t$1.setLoc(FixedZone(zoneName, offset$1));
			$s = -1; return [t$1, $ifaceNil];
		/* } */ case 10:
		_r$6 = Date(year, ((month >> 0)), day, hour, min, sec, nsec, defaultLocation); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r$1 = [_r$6, $ifaceNil];
		$s = 14; case 14: return $24r$1;
		/* */ } return; } var $f = {$blk: parse, $c: true, $r, $24r, $24r$1, _1, _2, _3, _4, _q, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, alayout, amSet, avalue, d, day, defaultLocation, err, hold, hour, hour$1, hr, i, i$1, layout, local, m, min, min$1, mm, month, n, n$1, name, ndigit, nsec, offset, offset$1, ok, ok$1, p, pmSet, prefix, rangeErrString, sec, seconds, sign, ss, std, stdstr, suffix, t, t$1, value, x$1, x$2, x$3, yday, year, z, zoneName, zoneOffset, $s};return $f;
	};
	parseTimeZone = function(value) {
		var _1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c, length, nUpper, ok, ok$1, value;
		length = 0;
		ok = false;
		if (value.length < 3) {
			_tmp = 0;
			_tmp$1 = false;
			length = _tmp;
			ok = _tmp$1;
			return [length, ok];
		}
		if (value.length >= 4 && ($substring(value, 0, 4) === "ChST" || $substring(value, 0, 4) === "MeST")) {
			_tmp$2 = 4;
			_tmp$3 = true;
			length = _tmp$2;
			ok = _tmp$3;
			return [length, ok];
		}
		if ($substring(value, 0, 3) === "GMT") {
			length = parseGMT(value);
			_tmp$4 = length;
			_tmp$5 = true;
			length = _tmp$4;
			ok = _tmp$5;
			return [length, ok];
		}
		if ((value.charCodeAt(0) === 43) || (value.charCodeAt(0) === 45)) {
			length = parseSignedOffset(value);
			ok$1 = length > 0;
			_tmp$6 = length;
			_tmp$7 = ok$1;
			length = _tmp$6;
			ok = _tmp$7;
			return [length, ok];
		}
		nUpper = 0;
		nUpper = 0;
		while (true) {
			if (!(nUpper < 6)) { break; }
			if (nUpper >= value.length) {
				break;
			}
			c = value.charCodeAt(nUpper);
			if (c < 65 || 90 < c) {
				break;
			}
			nUpper = nUpper + (1) >> 0;
		}
		_1 = nUpper;
		if ((_1 === (0)) || (_1 === (1)) || (_1 === (2)) || (_1 === (6))) {
			_tmp$8 = 0;
			_tmp$9 = false;
			length = _tmp$8;
			ok = _tmp$9;
			return [length, ok];
		} else if (_1 === (5)) {
			if (value.charCodeAt(4) === 84) {
				_tmp$10 = 5;
				_tmp$11 = true;
				length = _tmp$10;
				ok = _tmp$11;
				return [length, ok];
			}
		} else if (_1 === (4)) {
			if ((value.charCodeAt(3) === 84) || $substring(value, 0, 4) === "WITA") {
				_tmp$12 = 4;
				_tmp$13 = true;
				length = _tmp$12;
				ok = _tmp$13;
				return [length, ok];
			}
		} else if (_1 === (3)) {
			_tmp$14 = 3;
			_tmp$15 = true;
			length = _tmp$14;
			ok = _tmp$15;
			return [length, ok];
		}
		_tmp$16 = 0;
		_tmp$17 = false;
		length = _tmp$16;
		ok = _tmp$17;
		return [length, ok];
	};
	parseGMT = function(value) {
		var value;
		value = $substring(value, 3);
		if (value.length === 0) {
			return 3;
		}
		return 3 + parseSignedOffset(value) >> 0;
	};
	parseSignedOffset = function(value) {
		var _tuple, err, rem, sign, value, x$1;
		sign = value.charCodeAt(0);
		if (!((sign === 45)) && !((sign === 43))) {
			return 0;
		}
		_tuple = leadingInt($substring(value, 1));
		x$1 = _tuple[0];
		rem = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil)) || $substring(value, 1) === rem) {
			return 0;
		}
		if ((x$1.$high > 0 || (x$1.$high === 0 && x$1.$low > 23))) {
			return 0;
		}
		return value.length - rem.length >> 0;
	};
	commaOrPeriod = function(b) {
		var b;
		return (b === 46) || (b === 44);
	};
	parseNanoseconds = function(value, nbytes) {
		var _tuple, err, i, nbytes, ns, rangeErrString, scaleDigits, value;
		ns = 0;
		rangeErrString = "";
		err = $ifaceNil;
		if (!commaOrPeriod(value.charCodeAt(0))) {
			err = errBad;
			return [ns, rangeErrString, err];
		}
		if (nbytes > 10) {
			value = $substring(value, 0, 10);
			nbytes = 10;
		}
		_tuple = atoi($substring(value, 1, nbytes));
		ns = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [ns, rangeErrString, err];
		}
		if (ns < 0) {
			rangeErrString = "fractional second";
			return [ns, rangeErrString, err];
		}
		scaleDigits = 10 - nbytes >> 0;
		i = 0;
		while (true) {
			if (!(i < scaleDigits)) { break; }
			ns = $imul(ns, (10));
			i = i + (1) >> 0;
		}
		return [ns, rangeErrString, err];
	};
	leadingInt = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, c, err, i, rem, s, x$1, x$2, x$3, x$4;
		x$1 = new $Uint64(0, 0);
		rem = "";
		err = $ifaceNil;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (c < 48 || c > 57) {
				break;
			}
			if ((x$1.$high > 214748364 || (x$1.$high === 214748364 && x$1.$low > 3435973836))) {
				_tmp = new $Uint64(0, 0);
				_tmp$1 = "";
				_tmp$2 = errLeadingInt;
				x$1 = _tmp;
				rem = _tmp$1;
				err = _tmp$2;
				return [x$1, rem, err];
			}
			x$1 = (x$2 = (x$3 = $mul64(x$1, new $Uint64(0, 10)), x$4 = (new $Uint64(0, c)), new $Uint64(x$3.$high + x$4.$high, x$3.$low + x$4.$low)), new $Uint64(x$2.$high - 0, x$2.$low - 48));
			if ((x$1.$high > 2147483648 || (x$1.$high === 2147483648 && x$1.$low > 0))) {
				_tmp$3 = new $Uint64(0, 0);
				_tmp$4 = "";
				_tmp$5 = errLeadingInt;
				x$1 = _tmp$3;
				rem = _tmp$4;
				err = _tmp$5;
				return [x$1, rem, err];
			}
			i = i + (1) >> 0;
		}
		_tmp$6 = x$1;
		_tmp$7 = $substring(s, i);
		_tmp$8 = $ifaceNil;
		x$1 = _tmp$6;
		rem = _tmp$7;
		err = _tmp$8;
		return [x$1, rem, err];
	};
	leadingFraction = function(s) {
		var _tmp, _tmp$1, _tmp$2, c, i, overflow, rem, s, scale, x$1, x$2, x$3, x$4, y;
		x$1 = new $Uint64(0, 0);
		scale = 0;
		rem = "";
		i = 0;
		scale = 1;
		overflow = false;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (c < 48 || c > 57) {
				break;
			}
			if (overflow) {
				i = i + (1) >> 0;
				continue;
			}
			if ((x$1.$high > 214748364 || (x$1.$high === 214748364 && x$1.$low > 3435973836))) {
				overflow = true;
				i = i + (1) >> 0;
				continue;
			}
			y = (x$2 = (x$3 = $mul64(x$1, new $Uint64(0, 10)), x$4 = (new $Uint64(0, c)), new $Uint64(x$3.$high + x$4.$high, x$3.$low + x$4.$low)), new $Uint64(x$2.$high - 0, x$2.$low - 48));
			if ((y.$high > 2147483648 || (y.$high === 2147483648 && y.$low > 0))) {
				overflow = true;
				i = i + (1) >> 0;
				continue;
			}
			x$1 = y;
			scale = scale * (10);
			i = i + (1) >> 0;
		}
		_tmp = x$1;
		_tmp$1 = scale;
		_tmp$2 = $substring(s, i);
		x$1 = _tmp;
		scale = _tmp$1;
		rem = _tmp$2;
		return [x$1, scale, rem];
	};
	ParseDuration = function(s) {
		var _entry, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, c, c$1, d, err, f, i, neg, ok, orig, pl, pl$1, post, pre, s, scale, u, unit, v, x$1, x$2, x$3, x$4;
		orig = s;
		d = new $Uint64(0, 0);
		neg = false;
		if (!(s === "")) {
			c = s.charCodeAt(0);
			if ((c === 45) || (c === 43)) {
				neg = c === 45;
				s = $substring(s, 1);
			}
		}
		if (s === "0") {
			return [new Duration(0, 0), $ifaceNil];
		}
		if (s === "") {
			return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
		}
		while (true) {
			if (!(!(s === ""))) { break; }
			_tmp = new $Uint64(0, 0);
			_tmp$1 = new $Uint64(0, 0);
			v = _tmp;
			f = _tmp$1;
			scale = 1;
			err = $ifaceNil;
			if (!((s.charCodeAt(0) === 46) || 48 <= s.charCodeAt(0) && s.charCodeAt(0) <= 57)) {
				return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
			}
			pl = s.length;
			_tuple = leadingInt(s);
			v = _tuple[0];
			s = _tuple[1];
			err = _tuple[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
			}
			pre = !((pl === s.length));
			post = false;
			if (!(s === "") && (s.charCodeAt(0) === 46)) {
				s = $substring(s, 1);
				pl$1 = s.length;
				_tuple$1 = leadingFraction(s);
				f = _tuple$1[0];
				scale = _tuple$1[1];
				s = _tuple$1[2];
				post = !((pl$1 === s.length));
			}
			if (!pre && !post) {
				return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
			}
			i = 0;
			while (true) {
				if (!(i < s.length)) { break; }
				c$1 = s.charCodeAt(i);
				if ((c$1 === 46) || 48 <= c$1 && c$1 <= 57) {
					break;
				}
				i = i + (1) >> 0;
			}
			if (i === 0) {
				return [new Duration(0, 0), errors.New("time: missing unit in duration " + quote(orig))];
			}
			u = $substring(s, 0, i);
			s = $substring(s, i);
			_tuple$2 = (_entry = unitMap[$String.keyFor(u)], _entry !== undefined ? [_entry.v, true] : [new $Uint64(0, 0), false]);
			unit = _tuple$2[0];
			ok = _tuple$2[1];
			if (!ok) {
				return [new Duration(0, 0), errors.New("time: unknown unit " + quote(u) + " in duration " + quote(orig))];
			}
			if ((x$1 = $div64(new $Uint64(2147483648, 0), unit, false), (v.$high > x$1.$high || (v.$high === x$1.$high && v.$low > x$1.$low)))) {
				return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
			}
			v = $mul64(v, (unit));
			if ((f.$high > 0 || (f.$high === 0 && f.$low > 0))) {
				v = (x$2 = (new $Uint64(0, ($flatten64(f)) * (($flatten64(unit)) / scale))), new $Uint64(v.$high + x$2.$high, v.$low + x$2.$low));
				if ((v.$high > 2147483648 || (v.$high === 2147483648 && v.$low > 0))) {
					return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
				}
			}
			d = (x$3 = v, new $Uint64(d.$high + x$3.$high, d.$low + x$3.$low));
			if ((d.$high > 2147483648 || (d.$high === 2147483648 && d.$low > 0))) {
				return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
			}
		}
		if (neg) {
			return [(x$4 = (new Duration(d.$high, d.$low)), new Duration(-x$4.$high, -x$4.$low)), $ifaceNil];
		}
		if ((d.$high > 2147483647 || (d.$high === 2147483647 && d.$low > 4294967295))) {
			return [new Duration(0, 0), errors.New("time: invalid duration " + quote(orig))];
		}
		return [(new Duration(d.$high, d.$low)), $ifaceNil];
	};
	$pkg.ParseDuration = ParseDuration;
	initLocal = function() {
		var _q, _r$1, d, min, offset, z;
		localLoc.name = "Local";
		z = new zone.ptr("", 0, false);
		d = new ($global.Date)();
		offset = $imul(($parseInt(d.getTimezoneOffset()) >> 0), -1);
		z.offset = $imul(offset, 60);
		z.name = "UTC";
		if (offset < 0) {
			z.name = z.name + ("-");
			offset = $imul(offset, (-1));
		} else {
			z.name = z.name + ("+");
		}
		z.name = z.name + (itoa((_q = offset / 60, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))));
		min = (_r$1 = offset % 60, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero"));
		if (!((min === 0))) {
			z.name = z.name + (":" + itoa(min));
		}
		localLoc.zone = new sliceType([$clone(z, zone)]);
	};
	itoa = function(i) {
		var i;
		if (i < 10) {
			return $substring("0123456789", i, (i + 1 >> 0));
		}
		return $substring("00010203040506070809101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899", ($imul(i, 2)), (($imul(i, 2)) + 2 >> 0));
	};
	init = function() {
		$unused(Unix(new $Int64(0, 0), new $Int64(0, 0)));
	};
	now = function() {
		var {_r$1, _tmp, _tmp$1, _tmp$2, mono, n, nsec, sec, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sec = new $Int64(0, 0);
		nsec = 0;
		mono = new $Int64(0, 0);
		_r$1 = runtimeNano(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		n = _r$1;
		_tmp = $div64(n, new $Int64(0, 1000000000), false);
		_tmp$1 = (((x$1 = $div64(n, new $Int64(0, 1000000000), true), x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0));
		_tmp$2 = n;
		sec = _tmp;
		nsec = _tmp$1;
		mono = _tmp$2;
		$s = -1; return [sec, nsec, mono];
		/* */ } return; } var $f = {$blk: now, $c: true, $r, _r$1, _tmp, _tmp$1, _tmp$2, mono, n, nsec, sec, x$1, $s};return $f;
	};
	Sleep = function(d) {
		var {_r$1, c, d, x$1, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = [c];
		c[0] = new $Chan(structType, 0);
		$setTimeout((function(c) { return function() {
			$close(c[0]);
		}; })(c), (((x$1 = $div64(d, new Duration(0, 1000000), false), x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0)));
		_r$1 = $recv(c[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1[0];
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Sleep, $c: true, $r, _r$1, c, d, x$1, $s};return $f;
	};
	$pkg.Sleep = Sleep;
	startTimer = function(t) {
		var {_r$1, diff, t, x$1, x$2, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = [t];
		t[0].active = true;
		_r$1 = runtimeNano(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		diff = $div64(((x$1 = t[0].when, x$2 = _r$1, new $Int64(x$1.$high - x$2.$high, x$1.$low - x$2.$low))), new $Int64(0, 1000000), false);
		if ((diff.$high > 0 || (diff.$high === 0 && diff.$low > 2147483647))) {
			$s = -1; return;
		}
		if ((diff.$high < 0 || (diff.$high === 0 && diff.$low < 0))) {
			diff = new $Int64(0, 0);
		}
		t[0].timeout = $setTimeout((function(t) { return function $b() {
			var {x$3, x$4, x$5, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			t[0].active = false;
			/* */ if (!((x$3 = t[0].period, (x$3.$high === 0 && x$3.$low === 0)))) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!((x$3 = t[0].period, (x$3.$high === 0 && x$3.$low === 0)))) { */ case 1:
				t[0].when = (x$4 = t[0].when, x$5 = t[0].period, new $Int64(x$4.$high + x$5.$high, x$4.$low + x$5.$low));
				$r = startTimer(t[0]); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			$go(t[0].f, [t[0].arg, 0]);
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, x$3, x$4, x$5, $s};return $f;
		}; })(t), $externalize(new $Int64(diff.$high + 0, diff.$low + 1), $Int64));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: startTimer, $c: true, $r, _r$1, diff, t, x$1, x$2, $s};return $f;
	};
	stopTimer = function(t) {
		var t, wasActive;
		$global.clearTimeout(t.timeout);
		wasActive = t.active;
		t.active = false;
		return wasActive;
	};
	modTimer = function(t, when$1, period, f, arg, seq) {
		var {arg, f, period, seq, t, when$1, $s, $r, $c} = $restore(this, {t, when$1, period, f, arg, seq});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		stopTimer(t);
		t.when = when$1;
		t.period = period;
		t.f = f;
		t.arg = arg;
		t.seq = seq;
		$r = startTimer(t); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: modTimer, $c: true, $r, arg, f, period, seq, t, when$1, $s};return $f;
	};
	resetTimer = function(t, when$1) {
		var {t, wasActive, when$1, $s, $r, $c} = $restore(this, {t, when$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		wasActive = t.active;
		$r = modTimer(t, when$1, t.period, t.f, t.arg, t.seq); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return wasActive;
		/* */ } return; } var $f = {$blk: resetTimer, $c: true, $r, t, wasActive, when$1, $s};return $f;
	};
	ptrType$2.methods = [{prop: "get", name: "get", pkg: "time", typ: $funcType([], [ptrType$2], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "lookup", name: "lookup", pkg: "time", typ: $funcType([$Int64], [$String, $Int, $Int64, $Int64, $Bool], false)}, {prop: "lookupFirstZone", name: "lookupFirstZone", pkg: "time", typ: $funcType([], [$Int], false)}, {prop: "firstZoneUsed", name: "firstZoneUsed", pkg: "time", typ: $funcType([], [$Bool], false)}, {prop: "lookupName", name: "lookupName", pkg: "time", typ: $funcType([$String, $Int64], [$Int, $Bool], false)}];
	Time.methods = [{prop: "After", name: "After", pkg: "", typ: $funcType([Time], [$Bool], false)}, {prop: "Before", name: "Before", pkg: "", typ: $funcType([Time], [$Bool], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([Time], [$Bool], false)}, {prop: "IsZero", name: "IsZero", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "abs", name: "abs", pkg: "time", typ: $funcType([], [$Uint64], false)}, {prop: "locabs", name: "locabs", pkg: "time", typ: $funcType([], [$String, $Int, $Uint64], false)}, {prop: "Date", name: "Date", pkg: "", typ: $funcType([], [$Int, Month, $Int], false)}, {prop: "Year", name: "Year", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Month", name: "Month", pkg: "", typ: $funcType([], [Month], false)}, {prop: "Day", name: "Day", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Weekday", name: "Weekday", pkg: "", typ: $funcType([], [Weekday], false)}, {prop: "ISOWeek", name: "ISOWeek", pkg: "", typ: $funcType([], [$Int, $Int], false)}, {prop: "Clock", name: "Clock", pkg: "", typ: $funcType([], [$Int, $Int, $Int], false)}, {prop: "Hour", name: "Hour", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Minute", name: "Minute", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Second", name: "Second", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Nanosecond", name: "Nanosecond", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "YearDay", name: "YearDay", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([Duration], [Time], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([Time], [Duration], false)}, {prop: "AddDate", name: "AddDate", pkg: "", typ: $funcType([$Int, $Int, $Int], [Time], false)}, {prop: "date", name: "date", pkg: "time", typ: $funcType([$Bool], [$Int, Month, $Int, $Int], false)}, {prop: "UTC", name: "UTC", pkg: "", typ: $funcType([], [Time], false)}, {prop: "Local", name: "Local", pkg: "", typ: $funcType([], [Time], false)}, {prop: "In", name: "In", pkg: "", typ: $funcType([ptrType$2], [Time], false)}, {prop: "Location", name: "Location", pkg: "", typ: $funcType([], [ptrType$2], false)}, {prop: "Zone", name: "Zone", pkg: "", typ: $funcType([], [$String, $Int], false)}, {prop: "Unix", name: "Unix", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "UnixMilli", name: "UnixMilli", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "UnixMicro", name: "UnixMicro", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "UnixNano", name: "UnixNano", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType$3, $error], false)}, {prop: "GobEncode", name: "GobEncode", pkg: "", typ: $funcType([], [sliceType$3, $error], false)}, {prop: "MarshalJSON", name: "MarshalJSON", pkg: "", typ: $funcType([], [sliceType$3, $error], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType$3, $error], false)}, {prop: "IsDST", name: "IsDST", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Truncate", name: "Truncate", pkg: "", typ: $funcType([Duration], [Time], false)}, {prop: "Round", name: "Round", pkg: "", typ: $funcType([Duration], [Time], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "GoString", name: "GoString", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Format", name: "Format", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "AppendFormat", name: "AppendFormat", pkg: "", typ: $funcType([sliceType$3, $String], [sliceType$3], false)}];
	ptrType$4.methods = [{prop: "nsec", name: "nsec", pkg: "time", typ: $funcType([], [$Int32], false)}, {prop: "sec", name: "sec", pkg: "time", typ: $funcType([], [$Int64], false)}, {prop: "unixSec", name: "unixSec", pkg: "time", typ: $funcType([], [$Int64], false)}, {prop: "addSec", name: "addSec", pkg: "time", typ: $funcType([$Int64], [], false)}, {prop: "setLoc", name: "setLoc", pkg: "time", typ: $funcType([ptrType$2], [], false)}, {prop: "stripMono", name: "stripMono", pkg: "time", typ: $funcType([], [], false)}, {prop: "setMono", name: "setMono", pkg: "time", typ: $funcType([$Int64], [], false)}, {prop: "mono", name: "mono", pkg: "time", typ: $funcType([], [$Int64], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType$3], [$error], false)}, {prop: "GobDecode", name: "GobDecode", pkg: "", typ: $funcType([sliceType$3], [$error], false)}, {prop: "UnmarshalJSON", name: "UnmarshalJSON", pkg: "", typ: $funcType([sliceType$3], [$error], false)}, {prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$3], [$error], false)}];
	Month.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	Weekday.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	Duration.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Nanoseconds", name: "Nanoseconds", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Microseconds", name: "Microseconds", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Milliseconds", name: "Milliseconds", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Seconds", name: "Seconds", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Minutes", name: "Minutes", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Hours", name: "Hours", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Truncate", name: "Truncate", pkg: "", typ: $funcType([Duration], [Duration], false)}, {prop: "Round", name: "Round", pkg: "", typ: $funcType([Duration], [Duration], false)}];
	ptrType$6.methods = [{prop: "Stop", name: "Stop", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([Duration], [$Bool], false)}];
	ptrType$7.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	Location.init("time", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "zone", name: "zone", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "tx", name: "tx", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "extend", name: "extend", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "cacheStart", name: "cacheStart", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "cacheEnd", name: "cacheEnd", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "cacheZone", name: "cacheZone", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	zone.init("time", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "offset", name: "offset", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "isDST", name: "isDST", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	zoneTrans.init("time", [{prop: "when", name: "when", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "index", name: "index", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "isstd", name: "isstd", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "isutc", name: "isutc", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	rule.init("time", [{prop: "kind", name: "kind", embedded: false, exported: false, typ: ruleKind, tag: ""}, {prop: "day", name: "day", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "week", name: "week", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "mon", name: "mon", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "time", name: "time", embedded: false, exported: false, typ: $Int, tag: ""}]);
	Time.init("time", [{prop: "wall", name: "wall", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "ext", name: "ext", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "loc", name: "loc", embedded: false, exported: false, typ: ptrType$2, tag: ""}]);
	Timer.init("time", [{prop: "C", name: "C", embedded: false, exported: true, typ: chanType$1, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: runtimeTimer, tag: ""}]);
	ParseError.init("", [{prop: "Layout", name: "Layout", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "LayoutElem", name: "LayoutElem", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "ValueElem", name: "ValueElem", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: $String, tag: ""}]);
	runtimeTimer.init("time", [{prop: "i", name: "i", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "when", name: "when", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "period", name: "period", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "f", name: "f", embedded: false, exported: false, typ: funcType$1, tag: ""}, {prop: "arg", name: "arg", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "seq", name: "seq", embedded: false, exported: false, typ: $Uintptr, tag: ""}, {prop: "timeout", name: "timeout", embedded: false, exported: false, typ: ptrType$8, tag: ""}, {prop: "active", name: "active", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$pkg.$initLinknames = function() {
		runtimeNano = $linknames["runtime.nanotime"];
};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js$1.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = nosync.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = syscall.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		localLoc = new Location.ptr("", sliceType.nil, sliceType$1.nil, "", new $Int64(0, 0), new $Int64(0, 0), ptrType.nil);
		localOnce = new nosync.Once.ptr(false, false);
		badData = errors.New("malformed time zone information");
		$unused(new sliceType$2(["/usr/share/zoneinfo/", "/usr/share/lib/zoneinfo/", "/usr/lib/locale/TZ/", runtime.GOROOT() + "/lib/time/zoneinfo.zip"]));
		utcLoc = new Location.ptr("UTC", sliceType.nil, sliceType$1.nil, "", new $Int64(0, 0), new $Int64(0, 0), ptrType.nil);
		$pkg.UTC = utcLoc;
		$pkg.Local = localLoc;
		errLocation = errors.New("time: invalid location name");
		daysBefore = $toNativeArray($kindInt32, [0, 31, 59, 90, 120, 151, 181, 212, 243, 273, 304, 334, 365]);
		_r = runtimeNano(); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		startNano = (x = _r, new $Int64(x.$high - 0, x.$low - 1));
		std0x = $toNativeArray($kindInt, [260, 265, 526, 528, 530, 276]);
		longDayNames = new sliceType$2(["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"]);
		shortDayNames = new sliceType$2(["Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"]);
		shortMonthNames = new sliceType$2(["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]);
		longMonthNames = new sliceType$2(["January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"]);
		atoiError = errors.New("time: invalid number");
		errBad = errors.New("bad value for field");
		errLeadingInt = errors.New("time: bad [0-9]*");
		unitMap = $makeMap($String.keyFor, [{ k: "ns", v: new $Uint64(0, 1) }, { k: "us", v: new $Uint64(0, 1000) }, { k: "\xC2\xB5s", v: new $Uint64(0, 1000) }, { k: "\xCE\xBCs", v: new $Uint64(0, 1000) }, { k: "ms", v: new $Uint64(0, 1000000) }, { k: "s", v: new $Uint64(0, 1000000000) }, { k: "m", v: new $Uint64(13, 4165425152) }, { k: "h", v: new $Uint64(838, 817405952) }]);
		zoneSources = new sliceType$2([runtime.GOROOT() + "/lib/time/zoneinfo.zip"]);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/poll"] = (function() {
	var $pkg = {}, $init, errors, unix, io, atomic, syscall, time, FD, pollDesc, fdMutex, errNetClosing, DeadlineExceededError, ptrType, ptrType$1, ptrType$2, ptrType$3, sliceType, ptrType$4, sliceType$1, ptrType$5, ptrType$6, ptrType$7, funcType, funcType$1, ptrType$8, ptrType$9, ptrType$10, tryDupCloexec, tryDupCloexec$24ptr, accept, DupCloseOnExec, dupCloseOnExecOld, ignoringEINTRIO, ignoringEINTR, setDeadlineImpl, errClosing, fcntl, runtime_Semacquire, runtime_Semrelease;
	errors = $packages["errors"];
	unix = $packages["internal/syscall/unix"];
	io = $packages["io"];
	atomic = $packages["sync/atomic"];
	syscall = $packages["syscall"];
	time = $packages["time"];
	FD = $pkg.FD = $newType(0, $kindStruct, "poll.FD", true, "internal/poll", true, function(fdmu_, Sysfd_, pd_, iovecs_, csema_, isBlocking_, IsStream_, ZeroReadIsEOF_, isFile_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fdmu = new fdMutex.ptr(new $Uint64(0, 0), 0, 0);
			this.Sysfd = 0;
			this.pd = new pollDesc.ptr(ptrType$2.nil, false);
			this.iovecs = ptrType$4.nil;
			this.csema = 0;
			this.isBlocking = 0;
			this.IsStream = false;
			this.ZeroReadIsEOF = false;
			this.isFile = false;
			return;
		}
		this.fdmu = fdmu_;
		this.Sysfd = Sysfd_;
		this.pd = pd_;
		this.iovecs = iovecs_;
		this.csema = csema_;
		this.isBlocking = isBlocking_;
		this.IsStream = IsStream_;
		this.ZeroReadIsEOF = ZeroReadIsEOF_;
		this.isFile = isFile_;
	});
	pollDesc = $pkg.pollDesc = $newType(0, $kindStruct, "poll.pollDesc", true, "internal/poll", false, function(fd_, closing_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fd = ptrType$2.nil;
			this.closing = false;
			return;
		}
		this.fd = fd_;
		this.closing = closing_;
	});
	fdMutex = $pkg.fdMutex = $newType(0, $kindStruct, "poll.fdMutex", true, "internal/poll", false, function(state_, rsema_, wsema_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $Uint64(0, 0);
			this.rsema = 0;
			this.wsema = 0;
			return;
		}
		this.state = state_;
		this.rsema = rsema_;
		this.wsema = wsema_;
	});
	errNetClosing = $pkg.errNetClosing = $newType(0, $kindStruct, "poll.errNetClosing", true, "internal/poll", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	DeadlineExceededError = $pkg.DeadlineExceededError = $newType(0, $kindStruct, "poll.DeadlineExceededError", true, "internal/poll", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	ptrType = $ptrType($Uint32);
	ptrType$1 = $ptrType($Int32);
	ptrType$2 = $ptrType(FD);
	ptrType$3 = $ptrType($Uint64);
	sliceType = $sliceType(syscall.Iovec);
	ptrType$4 = $ptrType(sliceType);
	sliceType$1 = $sliceType($Uint8);
	ptrType$5 = $ptrType(syscall.SockaddrInet4);
	ptrType$6 = $ptrType(syscall.SockaddrInet6);
	ptrType$7 = $ptrType(syscall.Stat_t);
	funcType = $funcType([$Uintptr], [$Bool], false);
	funcType$1 = $funcType([$Uintptr], [], false);
	ptrType$8 = $ptrType(pollDesc);
	ptrType$9 = $ptrType(fdMutex);
	ptrType$10 = $ptrType(DeadlineExceededError);
	accept = function(s) {
		var {_r, _r$1, _tuple, err, ns, s, sa, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $pkg.AcceptFunc(s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ns = _tuple[0];
		sa = _tuple[1];
		err = _tuple[2];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			syscall.CloseOnExec(ns);
		}
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [-1, $ifaceNil, "accept", err];
		}
		err = syscall.SetNonblock(ns, true);
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			_r$1 = $pkg.CloseFunc(ns); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return [-1, $ifaceNil, "setnonblock", err];
		/* } */ case 3:
		$s = -1; return [ns, sa, "", $ifaceNil];
		/* */ } return; } var $f = {$blk: accept, $c: true, $r, _r, _r$1, _tuple, err, ns, s, sa, $s};return $f;
	};
	FD.ptr.prototype.Init = function(net, pollable) {
		var err, fd, net, pollable;
		fd = this;
		if (net === "file") {
			fd.isFile = true;
		}
		if (!pollable) {
			fd.isBlocking = 1;
			return $ifaceNil;
		}
		err = fd.pd.init(fd);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			fd.isBlocking = 1;
		}
		return err;
	};
	FD.prototype.Init = function(net, pollable) { return this.$val.Init(net, pollable); };
	FD.ptr.prototype.destroy = function() {
		var {_r, err, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		fd.pd.close();
		_r = $pkg.CloseFunc(fd.Sysfd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		fd.Sysfd = -1;
		$r = runtime_Semrelease((fd.$ptr_csema || (fd.$ptr_csema = new ptrType(function() { return this.$target.csema; }, function($v) { this.$target.csema = $v; }, fd)))); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.destroy, $c: true, $r, _r, err, fd, $s};return $f;
	};
	FD.prototype.destroy = function() { return this.$val.destroy(); };
	FD.ptr.prototype.Close = function() {
		var {_r, _r$1, err, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.fdmu.increfAndClose(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return errClosing(fd.isFile);
		/* } */ case 2:
		fd.pd.evict();
		_r$1 = fd.decref(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (fd.isBlocking === 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (fd.isBlocking === 0) { */ case 5:
			$r = runtime_Semacquire((fd.$ptr_csema || (fd.$ptr_csema = new ptrType(function() { return this.$target.csema; }, function($v) { this.$target.csema = $v; }, fd)))); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.Close, $c: true, $r, _r, _r$1, err, fd, $s};return $f;
	};
	FD.prototype.Close = function() { return this.$val.Close(); };
	FD.ptr.prototype.SetBlocking = function() {
		var {$24r, $24r$1, err, fd, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		atomic.StoreUint32((fd.$ptr_isBlocking || (fd.$ptr_isBlocking = new ptrType(function() { return this.$target.isBlocking; }, function($v) { this.$target.isBlocking = $v; }, fd))), 1);
		$24r$1 = syscall.SetNonblock(fd.Sysfd, false);
		$s = 4; case 4: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.SetBlocking, $c: true, $r, $24r, $24r$1, err, fd, $s, $deferred};return $f; } }
	};
	FD.prototype.SetBlocking = function() { return this.$val.SetBlocking(); };
	FD.ptr.prototype.Read = function(p) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _tuple, err, err$1, err$2, fd, n, p, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		/* */ if (p.$length === 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (p.$length === 0) { */ case 5:
			$24r$1 = [0, $ifaceNil];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 8:
			$24r$2 = [0, err$1];
			$s = 10; case 10: return $24r$2;
		/* } */ case 9:
		if (fd.IsStream && p.$length > 1073741824) {
			p = $subslice(p, 0, 1073741824);
		}
		/* while (true) { */ case 11:
			_r$1 = ignoringEINTRIO(syscall.Read, fd.Sysfd, p); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			n = _tuple[0];
			err$2 = _tuple[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				n = 0;
				if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 11; continue;
					}
				}
			}
			err$2 = fd.eofError(n, err$2);
			$24r$3 = [n, err$2];
			$s = 14; case 14: return $24r$3;
		case 12:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _tuple, err, err$1, err$2, fd, n, p, $s, $deferred};return $f; } }
	};
	FD.prototype.Read = function(p) { return this.$val.Read(p); };
	FD.ptr.prototype.Pread = function(p, off) {
		var {_r, _r$1, _tuple, err, err$1, fd, n, off, p, $s, $r, $c} = $restore(this, {p, off});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		err = fd.incref();
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		if (fd.IsStream && p.$length > 1073741824) {
			p = $subslice(p, 0, 1073741824);
		}
		n = 0;
		err$1 = $ifaceNil;
		/* while (true) { */ case 1:
			_r = syscall.Pread(fd.Sysfd, p, off); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err$1 = _tuple[1];
			if (!($interfaceIsEqual(err$1, new syscall.Errno(4)))) {
				/* break; */ $s = 2; continue;
			}
		$s = 1; continue;
		case 2:
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			n = 0;
		}
		_r$1 = fd.decref(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		err$1 = fd.eofError(n, err$1);
		$s = -1; return [n, err$1];
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.Pread, $c: true, $r, _r, _r$1, _tuple, err, err$1, fd, n, off, p, $s};return $f;
	};
	FD.prototype.Pread = function(p, off) { return this.$val.Pread(p, off); };
	FD.ptr.prototype.ReadFrom = function(p) {
		var {$24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, n, p, sa, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, $ifaceNil, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, $ifaceNil, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = syscall.Recvfrom(fd.Sysfd, p, 0);
			n = _tuple[0];
			sa = _tuple[1];
			err$2 = _tuple[2];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
					/* continue; */ $s = 8; continue;
				}
				n = 0;
				if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 8; continue;
					}
				}
			}
			err$2 = fd.eofError(n, err$2);
			$24r$2 = [n, sa, err$2];
			$s = 10; case 10: return $24r$2;
		case 9:
		$s = -1; return [0, $ifaceNil, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.ReadFrom, $c: true, $r, $24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, n, p, sa, $s, $deferred};return $f; } }
	};
	FD.prototype.ReadFrom = function(p) { return this.$val.ReadFrom(p); };
	FD.ptr.prototype.ReadFromInet4 = function(p, from) {
		var {$24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, from, n, p, $s, $deferred, $r, $c} = $restore(this, {p, from});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = unix.RecvfromInet4(fd.Sysfd, p, 0, from);
			n = _tuple[0];
			err$2 = _tuple[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
					/* continue; */ $s = 8; continue;
				}
				n = 0;
				if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 8; continue;
					}
				}
			}
			err$2 = fd.eofError(n, err$2);
			$24r$2 = [n, err$2];
			$s = 10; case 10: return $24r$2;
		case 9:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.ReadFromInet4, $c: true, $r, $24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, from, n, p, $s, $deferred};return $f; } }
	};
	FD.prototype.ReadFromInet4 = function(p, from) { return this.$val.ReadFromInet4(p, from); };
	FD.ptr.prototype.ReadFromInet6 = function(p, from) {
		var {$24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, from, n, p, $s, $deferred, $r, $c} = $restore(this, {p, from});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = unix.RecvfromInet6(fd.Sysfd, p, 0, from);
			n = _tuple[0];
			err$2 = _tuple[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
					/* continue; */ $s = 8; continue;
				}
				n = 0;
				if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 8; continue;
					}
				}
			}
			err$2 = fd.eofError(n, err$2);
			$24r$2 = [n, err$2];
			$s = 10; case 10: return $24r$2;
		case 9:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.ReadFromInet6, $c: true, $r, $24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, from, n, p, $s, $deferred};return $f; } }
	};
	FD.prototype.ReadFromInet6 = function(p, from) { return this.$val.ReadFromInet6(p, from); };
	FD.ptr.prototype.ReadMsg = function(p, oob, flags) {
		var {$24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, flags, n, oob, oobn, p, sa, sysflags, $s, $deferred, $r, $c} = $restore(this, {p, oob, flags});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, 0, 0, $ifaceNil, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, 0, 0, $ifaceNil, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = syscall.Recvmsg(fd.Sysfd, p, oob, flags);
			n = _tuple[0];
			oobn = _tuple[1];
			sysflags = _tuple[2];
			sa = _tuple[3];
			err$2 = _tuple[4];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
					/* continue; */ $s = 8; continue;
				}
				if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 8; continue;
					}
				}
			}
			err$2 = fd.eofError(n, err$2);
			$24r$2 = [n, oobn, sysflags, sa, err$2];
			$s = 10; case 10: return $24r$2;
		case 9:
		$s = -1; return [0, 0, 0, $ifaceNil, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, 0, 0, $ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.ReadMsg, $c: true, $r, $24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, flags, n, oob, oobn, p, sa, sysflags, $s, $deferred};return $f; } }
	};
	FD.prototype.ReadMsg = function(p, oob, flags) { return this.$val.ReadMsg(p, oob, flags); };
	FD.ptr.prototype.ReadMsgInet4 = function(p, oob, flags, sa4) {
		var {$24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, flags, n, oob, oobn, p, sa4, sysflags, $s, $deferred, $r, $c} = $restore(this, {p, oob, flags, sa4});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, 0, 0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, 0, 0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = unix.RecvmsgInet4(fd.Sysfd, p, oob, flags, sa4);
			n = _tuple[0];
			oobn = _tuple[1];
			sysflags = _tuple[2];
			err$2 = _tuple[3];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
					/* continue; */ $s = 8; continue;
				}
				if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 8; continue;
					}
				}
			}
			err$2 = fd.eofError(n, err$2);
			$24r$2 = [n, oobn, sysflags, err$2];
			$s = 10; case 10: return $24r$2;
		case 9:
		$s = -1; return [0, 0, 0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, 0, 0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.ReadMsgInet4, $c: true, $r, $24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, flags, n, oob, oobn, p, sa4, sysflags, $s, $deferred};return $f; } }
	};
	FD.prototype.ReadMsgInet4 = function(p, oob, flags, sa4) { return this.$val.ReadMsgInet4(p, oob, flags, sa4); };
	FD.ptr.prototype.ReadMsgInet6 = function(p, oob, flags, sa6) {
		var {$24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, flags, n, oob, oobn, p, sa6, sysflags, $s, $deferred, $r, $c} = $restore(this, {p, oob, flags, sa6});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, 0, 0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, 0, 0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = unix.RecvmsgInet6(fd.Sysfd, p, oob, flags, sa6);
			n = _tuple[0];
			oobn = _tuple[1];
			sysflags = _tuple[2];
			err$2 = _tuple[3];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
					/* continue; */ $s = 8; continue;
				}
				if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 8; continue;
					}
				}
			}
			err$2 = fd.eofError(n, err$2);
			$24r$2 = [n, oobn, sysflags, err$2];
			$s = 10; case 10: return $24r$2;
		case 9:
		$s = -1; return [0, 0, 0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, 0, 0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.ReadMsgInet6, $c: true, $r, $24r, $24r$1, $24r$2, _r, _tuple, err, err$1, err$2, fd, flags, n, oob, oobn, p, sa6, sysflags, $s, $deferred};return $f; } }
	};
	FD.prototype.ReadMsgInet6 = function(p, oob, flags, sa6) { return this.$val.ReadMsgInet6(p, oob, flags, sa6); };
	FD.ptr.prototype.Write = function(p) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _r, _r$1, _tuple, err, err$1, err$2, fd, max, n, nn, p, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		nn = 0;
		/* while (true) { */ case 8:
			max = p.$length;
			if (fd.IsStream && (max - nn >> 0) > 1073741824) {
				max = nn + 1073741824 >> 0;
			}
			_r$1 = ignoringEINTRIO(syscall.Write, fd.Sysfd, $subslice(p, nn, max)); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			n = _tuple[0];
			err$2 = _tuple[1];
			if (n > 0) {
				nn = nn + (n) >> 0;
			}
			/* */ if (nn === p.$length) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (nn === p.$length) { */ case 11:
				$24r$2 = [nn, err$2];
				$s = 13; case 13: return $24r$2;
			/* } */ case 12:
			if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
				err$2 = fd.pd.waitWrite(fd.isFile);
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					/* continue; */ $s = 8; continue;
				}
			}
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 14:
				$24r$3 = [nn, err$2];
				$s = 16; case 16: return $24r$3;
			/* } */ case 15:
			/* */ if (n === 0) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (n === 0) { */ case 17:
				$24r$4 = [nn, io.ErrUnexpectedEOF];
				$s = 19; case 19: return $24r$4;
			/* } */ case 18:
		$s = 8; continue;
		case 9:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Write, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _r, _r$1, _tuple, err, err$1, err$2, fd, max, n, nn, p, $s, $deferred};return $f; } }
	};
	FD.prototype.Write = function(p) { return this.$val.Write(p); };
	FD.ptr.prototype.Pwrite = function(p, off) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, fd, max, n, nn, off, p, x, $s, $deferred, $r, $c} = $restore(this, {p, off});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = [0, err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		nn = 0;
		/* while (true) { */ case 4:
			max = p.$length;
			if (fd.IsStream && (max - nn >> 0) > 1073741824) {
				max = nn + 1073741824 >> 0;
			}
			_r = syscall.Pwrite(fd.Sysfd, $subslice(p, nn, max), (x = (new $Int64(0, nn)), new $Int64(off.$high + x.$high, off.$low + x.$low))); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err$1 = _tuple[1];
			if ($interfaceIsEqual(err$1, new syscall.Errno(4))) {
				/* continue; */ $s = 4; continue;
			}
			if (n > 0) {
				nn = nn + (n) >> 0;
			}
			/* */ if (nn === p.$length) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (nn === p.$length) { */ case 7:
				$24r$1 = [nn, err$1];
				$s = 9; case 9: return $24r$1;
			/* } */ case 8:
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 10:
				$24r$2 = [nn, err$1];
				$s = 12; case 12: return $24r$2;
			/* } */ case 11:
			/* */ if (n === 0) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (n === 0) { */ case 13:
				$24r$3 = [nn, io.ErrUnexpectedEOF];
				$s = 15; case 15: return $24r$3;
			/* } */ case 14:
		$s = 4; continue;
		case 5:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Pwrite, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, fd, max, n, nn, off, p, x, $s, $deferred};return $f; } }
	};
	FD.prototype.Pwrite = function(p, off) { return this.$val.Pwrite(p, off); };
	FD.ptr.prototype.WriteToInet4 = function(p, sa) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, err, err$1, err$2, fd, p, sa, $s, $deferred, $r, $c} = $restore(this, {p, sa});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			err$2 = unix.SendtoInet4(fd.Sysfd, p, 0, sa);
			if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
				/* continue; */ $s = 8; continue;
			}
			if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
				err$2 = fd.pd.waitWrite(fd.isFile);
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					/* continue; */ $s = 8; continue;
				}
			}
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 10:
				$24r$2 = [0, err$2];
				$s = 12; case 12: return $24r$2;
			/* } */ case 11:
			$24r$3 = [p.$length, $ifaceNil];
			$s = 13; case 13: return $24r$3;
		case 9:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.WriteToInet4, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, err, err$1, err$2, fd, p, sa, $s, $deferred};return $f; } }
	};
	FD.prototype.WriteToInet4 = function(p, sa) { return this.$val.WriteToInet4(p, sa); };
	FD.ptr.prototype.WriteToInet6 = function(p, sa) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, err, err$1, err$2, fd, p, sa, $s, $deferred, $r, $c} = $restore(this, {p, sa});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			err$2 = unix.SendtoInet6(fd.Sysfd, p, 0, sa);
			if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
				/* continue; */ $s = 8; continue;
			}
			if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
				err$2 = fd.pd.waitWrite(fd.isFile);
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					/* continue; */ $s = 8; continue;
				}
			}
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 10:
				$24r$2 = [0, err$2];
				$s = 12; case 12: return $24r$2;
			/* } */ case 11:
			$24r$3 = [p.$length, $ifaceNil];
			$s = 13; case 13: return $24r$3;
		case 9:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.WriteToInet6, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, err, err$1, err$2, fd, p, sa, $s, $deferred};return $f; } }
	};
	FD.prototype.WriteToInet6 = function(p, sa) { return this.$val.WriteToInet6(p, sa); };
	FD.ptr.prototype.WriteTo = function(p, sa) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, err, err$1, err$2, fd, p, sa, $s, $deferred, $r, $c} = $restore(this, {p, sa});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			err$2 = syscall.Sendto(fd.Sysfd, p, 0, sa);
			if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
				/* continue; */ $s = 8; continue;
			}
			if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
				err$2 = fd.pd.waitWrite(fd.isFile);
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					/* continue; */ $s = 8; continue;
				}
			}
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 10:
				$24r$2 = [0, err$2];
				$s = 12; case 12: return $24r$2;
			/* } */ case 11:
			$24r$3 = [p.$length, $ifaceNil];
			$s = 13; case 13: return $24r$3;
		case 9:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.WriteTo, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, err, err$1, err$2, fd, p, sa, $s, $deferred};return $f; } }
	};
	FD.prototype.WriteTo = function(p, sa) { return this.$val.WriteTo(p, sa); };
	FD.ptr.prototype.WriteMsg = function(p, oob, sa) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, err$2, fd, n, oob, p, sa, $s, $deferred, $r, $c} = $restore(this, {p, oob, sa});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, 0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, 0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = syscall.SendmsgN(fd.Sysfd, p, oob, sa, 0);
			n = _tuple[0];
			err$2 = _tuple[1];
			if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
				/* continue; */ $s = 8; continue;
			}
			if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
				err$2 = fd.pd.waitWrite(fd.isFile);
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					/* continue; */ $s = 8; continue;
				}
			}
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 10:
				$24r$2 = [n, 0, err$2];
				$s = 12; case 12: return $24r$2;
			/* } */ case 11:
			$24r$3 = [n, oob.$length, err$2];
			$s = 13; case 13: return $24r$3;
		case 9:
		$s = -1; return [0, 0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, 0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.WriteMsg, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, err$2, fd, n, oob, p, sa, $s, $deferred};return $f; } }
	};
	FD.prototype.WriteMsg = function(p, oob, sa) { return this.$val.WriteMsg(p, oob, sa); };
	FD.ptr.prototype.WriteMsgInet4 = function(p, oob, sa) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, err$2, fd, n, oob, p, sa, $s, $deferred, $r, $c} = $restore(this, {p, oob, sa});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, 0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, 0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = unix.SendmsgNInet4(fd.Sysfd, p, oob, sa, 0);
			n = _tuple[0];
			err$2 = _tuple[1];
			if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
				/* continue; */ $s = 8; continue;
			}
			if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
				err$2 = fd.pd.waitWrite(fd.isFile);
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					/* continue; */ $s = 8; continue;
				}
			}
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 10:
				$24r$2 = [n, 0, err$2];
				$s = 12; case 12: return $24r$2;
			/* } */ case 11:
			$24r$3 = [n, oob.$length, err$2];
			$s = 13; case 13: return $24r$3;
		case 9:
		$s = -1; return [0, 0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, 0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.WriteMsgInet4, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, err$2, fd, n, oob, p, sa, $s, $deferred};return $f; } }
	};
	FD.prototype.WriteMsgInet4 = function(p, oob, sa) { return this.$val.WriteMsgInet4(p, oob, sa); };
	FD.ptr.prototype.WriteMsgInet6 = function(p, oob, sa) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, err$2, fd, n, oob, p, sa, $s, $deferred, $r, $c} = $restore(this, {p, oob, sa});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, 0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [0, 0, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_tuple = unix.SendmsgNInet6(fd.Sysfd, p, oob, sa, 0);
			n = _tuple[0];
			err$2 = _tuple[1];
			if ($interfaceIsEqual(err$2, new syscall.Errno(4))) {
				/* continue; */ $s = 8; continue;
			}
			if ($interfaceIsEqual(err$2, new syscall.Errno(11)) && fd.pd.pollable()) {
				err$2 = fd.pd.waitWrite(fd.isFile);
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					/* continue; */ $s = 8; continue;
				}
			}
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 10:
				$24r$2 = [n, 0, err$2];
				$s = 12; case 12: return $24r$2;
			/* } */ case 11:
			$24r$3 = [n, oob.$length, err$2];
			$s = 13; case 13: return $24r$3;
		case 9:
		$s = -1; return [0, 0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, 0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.WriteMsgInet6, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _tuple, err, err$1, err$2, fd, n, oob, p, sa, $s, $deferred};return $f; } }
	};
	FD.prototype.WriteMsgInet6 = function(p, oob, sa) { return this.$val.WriteMsgInet6(p, oob, sa); };
	FD.ptr.prototype.Accept = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, _1, _r, _r$1, _tuple, err, err$1, err$2, errcall, fd, rsa, s, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [-1, $ifaceNil, "", err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [-1, $ifaceNil, "", err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_r$1 = accept(fd.Sysfd); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			s = _tuple[0];
			rsa = _tuple[1];
			errcall = _tuple[2];
			err$2 = _tuple[3];
			/* */ if ($interfaceIsEqual(err$2, $ifaceNil)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if ($interfaceIsEqual(err$2, $ifaceNil)) { */ case 11:
				$24r$2 = [s, rsa, "", err$2];
				$s = 13; case 13: return $24r$2;
			/* } */ case 12:
			_1 = err$2;
			if ($interfaceIsEqual(_1, new syscall.Errno((4)))) {
				/* continue; */ $s = 8; continue;
			} else if ($interfaceIsEqual(_1, new syscall.Errno((11)))) {
				if (fd.pd.pollable()) {
					err$2 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$2, $ifaceNil)) {
						/* continue; */ $s = 8; continue;
					}
				}
			} else if ($interfaceIsEqual(_1, new syscall.Errno((103)))) {
				/* continue; */ $s = 8; continue;
			}
			$24r$3 = [-1, $ifaceNil, errcall, err$2];
			$s = 14; case 14: return $24r$3;
		case 9:
		$s = -1; return [0, $ifaceNil, "", $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil, "", $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Accept, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _1, _r, _r$1, _tuple, err, err$1, err$2, errcall, fd, rsa, s, $s, $deferred};return $f; } }
	};
	FD.prototype.Accept = function() { return this.$val.Accept(); };
	FD.ptr.prototype.Seek = function(offset, whence) {
		var {$24r, $24r$1, _r, err, fd, offset, whence, $s, $deferred, $r, $c} = $restore(this, {offset, whence});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = [new $Int64(0, 0), err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		_r = syscall.Seek(fd.Sysfd, offset, whence); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [new $Int64(0, 0), $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Seek, $c: true, $r, $24r, $24r$1, _r, err, fd, offset, whence, $s, $deferred};return $f; } }
	};
	FD.prototype.Seek = function(offset, whence) { return this.$val.Seek(offset, whence); };
	FD.ptr.prototype.ReadDirent = function(buf) {
		var {$24r, $24r$1, _r, _tuple, buf, err, err$1, fd, n, $s, $deferred, $r, $c} = $restore(this, {buf});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = [0, err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		/* while (true) { */ case 4:
			_r = ignoringEINTRIO(syscall.ReadDirent, fd.Sysfd, buf); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err$1 = _tuple[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				n = 0;
				if ($interfaceIsEqual(err$1, new syscall.Errno(11)) && fd.pd.pollable()) {
					err$1 = fd.pd.waitRead(fd.isFile);
					if ($interfaceIsEqual(err$1, $ifaceNil)) {
						/* continue; */ $s = 4; continue;
					}
				}
			}
			$24r$1 = [n, err$1];
			$s = 7; case 7: return $24r$1;
		case 5:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.ReadDirent, $c: true, $r, $24r, $24r$1, _r, _tuple, buf, err, err$1, fd, n, $s, $deferred};return $f; } }
	};
	FD.prototype.ReadDirent = function(buf) { return this.$val.ReadDirent(buf); };
	FD.ptr.prototype.Fchmod = function(mode) {
		var {$24r, $24r$1, _r, err, fd, mode, $s, $deferred, $r, $c} = $restore(this, {mode});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = [fd];
		mode = [mode];
		fd[0] = this;
		err = fd[0].incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd[0], "decref"), []]);
		_r = ignoringEINTR((function(fd, mode) { return function $b() {
			var {$24r$1, _r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = syscall.Fchmod(fd[0].Sysfd, mode[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r$1 = _r;
			$s = 2; case 2: return $24r$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$1, _r, $s};return $f;
		}; })(fd, mode)); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Fchmod, $c: true, $r, $24r, $24r$1, _r, err, fd, mode, $s, $deferred};return $f; } }
	};
	FD.prototype.Fchmod = function(mode) { return this.$val.Fchmod(mode); };
	FD.ptr.prototype.Fchdir = function() {
		var {$24r, $24r$1, _r, err, fd, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		_r = syscall.Fchdir(fd.Sysfd); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Fchdir, $c: true, $r, $24r, $24r$1, _r, err, fd, $s, $deferred};return $f; } }
	};
	FD.prototype.Fchdir = function() { return this.$val.Fchdir(); };
	FD.ptr.prototype.Fstat = function(s) {
		var {$24r, $24r$1, _r, err, fd, s, $s, $deferred, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = [fd];
		s = [s];
		fd[0] = this;
		err = fd[0].incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd[0], "decref"), []]);
		_r = ignoringEINTR((function(fd, s) { return function $b() {
			var {$24r$1, _r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = syscall.Fstat(fd[0].Sysfd, s[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r$1 = _r;
			$s = 2; case 2: return $24r$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$1, _r, $s};return $f;
		}; })(fd, s)); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Fstat, $c: true, $r, $24r, $24r$1, _r, err, fd, s, $s, $deferred};return $f; } }
	};
	FD.prototype.Fstat = function(s) { return this.$val.Fstat(s); };
	DupCloseOnExec = function(fd) {
		var {$24r, _1, _r, _tuple, e1, fd, r0, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (true && (atomic.LoadInt32((tryDupCloexec$24ptr || (tryDupCloexec$24ptr = new ptrType$1(function() { return tryDupCloexec; }, function($v) { tryDupCloexec = $v; })))) === 1)) {
			_tuple = fcntl(fd, 1, 0);
			r0 = _tuple[0];
			e1 = _tuple[1];
			if ($interfaceIsEqual(e1, $ifaceNil)) {
				$s = -1; return [r0, "", $ifaceNil];
			}
			_1 = $assertType(e1, syscall.Errno);
			if ((_1 === (22)) || (_1 === (38))) {
				atomic.StoreInt32((tryDupCloexec$24ptr || (tryDupCloexec$24ptr = new ptrType$1(function() { return tryDupCloexec; }, function($v) { tryDupCloexec = $v; }))), 0);
			} else {
				$s = -1; return [-1, "fcntl", e1];
			}
		}
		_r = dupCloseOnExecOld(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: DupCloseOnExec, $c: true, $r, $24r, _1, _r, _tuple, e1, fd, r0, $s};return $f;
	};
	$pkg.DupCloseOnExec = DupCloseOnExec;
	dupCloseOnExecOld = function(fd) {
		var {$24r, $24r$1, _tuple, err, fd, newfd, $s, $deferred, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$r = syscall.ForkLock.RLock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(syscall.ForkLock, "RUnlock"), []]);
		_tuple = syscall.Dup(fd);
		newfd = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [-1, "dup", err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		syscall.CloseOnExec(newfd);
		$24r$1 = [newfd, "", $ifaceNil];
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, "", $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: dupCloseOnExecOld, $c: true, $r, $24r, $24r$1, _tuple, err, fd, newfd, $s, $deferred};return $f; } }
	};
	FD.ptr.prototype.Dup = function() {
		var {$24r, $24r$1, _r, err, fd, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = [-1, "", err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		_r = DupCloseOnExec(fd.Sysfd); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, "", $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Dup, $c: true, $r, $24r, $24r$1, _r, err, fd, $s, $deferred};return $f; } }
	};
	FD.prototype.Dup = function() { return this.$val.Dup(); };
	FD.ptr.prototype.WaitWrite = function() {
		var fd;
		fd = this;
		return fd.pd.waitWrite(fd.isFile);
	};
	FD.prototype.WaitWrite = function() { return this.$val.WaitWrite(); };
	FD.ptr.prototype.WriteOnce = function(p) {
		var {$24r, $24r$1, _r, _r$1, err, fd, p, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		_r$1 = ignoringEINTRIO(syscall.Write, fd.Sysfd, p); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.WriteOnce, $c: true, $r, $24r, $24r$1, _r, _r$1, err, fd, p, $s, $deferred};return $f; } }
	};
	FD.prototype.WriteOnce = function(p) { return this.$val.WriteOnce(p); };
	FD.ptr.prototype.RawRead = function(f) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _r$1, err, err$1, err$2, f, fd, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.readLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = err;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "readUnlock"), []]);
		err$1 = fd.pd.prepareRead(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = err$1;
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_r$1 = f(((fd.Sysfd >>> 0))); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_r$1) { */ case 10:
				$24r$2 = $ifaceNil;
				$s = 13; case 13: return $24r$2;
			/* } */ case 11:
			err$2 = fd.pd.waitRead(fd.isFile);
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 14:
				$24r$3 = err$2;
				$s = 16; case 16: return $24r$3;
			/* } */ case 15:
		$s = 8; continue;
		case 9:
		$s = -1; return $ifaceNil;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.RawRead, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _r$1, err, err$1, err$2, f, fd, $s, $deferred};return $f; } }
	};
	FD.prototype.RawRead = function(f) { return this.$val.RawRead(f); };
	FD.ptr.prototype.RawWrite = function(f) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _r$1, err, err$1, err$2, f, fd, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = fd.writeLock(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = err;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(fd, "writeUnlock"), []]);
		err$1 = fd.pd.prepareWrite(fd.isFile);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = err$1;
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* while (true) { */ case 8:
			_r$1 = f(((fd.Sysfd >>> 0))); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_r$1) { */ case 10:
				$24r$2 = $ifaceNil;
				$s = 13; case 13: return $24r$2;
			/* } */ case 11:
			err$2 = fd.pd.waitWrite(fd.isFile);
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 14:
				$24r$3 = err$2;
				$s = 16; case 16: return $24r$3;
			/* } */ case 15:
		$s = 8; continue;
		case 9:
		$s = -1; return $ifaceNil;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.RawWrite, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _r$1, err, err$1, err$2, f, fd, $s, $deferred};return $f; } }
	};
	FD.prototype.RawWrite = function(f) { return this.$val.RawWrite(f); };
	ignoringEINTRIO = function(fn, fd, p) {
		var {_r, _tuple, err, fd, fn, n, p, $s, $r, $c} = $restore(this, {fn, fd, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			_r = fn(fd, p); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, new syscall.Errno(4)))) {
				$s = -1; return [n, err];
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: ignoringEINTRIO, $c: true, $r, _r, _tuple, err, fd, fn, n, p, $s};return $f;
	};
	FD.ptr.prototype.eofError = function(n, err) {
		var err, fd, n;
		fd = this;
		if ((n === 0) && $interfaceIsEqual(err, $ifaceNil) && fd.ZeroReadIsEOF) {
			return io.EOF;
		}
		return err;
	};
	FD.prototype.eofError = function(n, err) { return this.$val.eofError(n, err); };
	FD.ptr.prototype.Shutdown = function(how) {
		var {$24r, $24r$1, err, fd, how, $s, $deferred, $r, $c} = $restore(this, {how});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		$24r$1 = syscall.Shutdown(fd.Sysfd, how);
		$s = 4; case 4: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Shutdown, $c: true, $r, $24r, $24r$1, err, fd, how, $s, $deferred};return $f; } }
	};
	FD.prototype.Shutdown = function(how) { return this.$val.Shutdown(how); };
	FD.ptr.prototype.Fchown = function(uid, gid) {
		var {$24r, $24r$1, _r, err, fd, gid, uid, $s, $deferred, $r, $c} = $restore(this, {uid, gid});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = [fd];
		gid = [gid];
		uid = [uid];
		fd[0] = this;
		err = fd[0].incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd[0], "decref"), []]);
		_r = ignoringEINTR((function(fd, gid, uid) { return function $b() {
			var {$24r$1, _r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = syscall.Fchown(fd[0].Sysfd, uid[0], gid[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r$1 = _r;
			$s = 2; case 2: return $24r$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$1, _r, $s};return $f;
		}; })(fd, gid, uid)); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Fchown, $c: true, $r, $24r, $24r$1, _r, err, fd, gid, uid, $s, $deferred};return $f; } }
	};
	FD.prototype.Fchown = function(uid, gid) { return this.$val.Fchown(uid, gid); };
	FD.ptr.prototype.Ftruncate = function(size) {
		var {$24r, $24r$1, _r, err, fd, size, $s, $deferred, $r, $c} = $restore(this, {size});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = [fd];
		size = [size];
		fd[0] = this;
		err = fd[0].incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd[0], "decref"), []]);
		_r = ignoringEINTR((function(fd, size) { return function $b() {
			var {$24r$1, _r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = syscall.Ftruncate(fd[0].Sysfd, size[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r$1 = _r;
			$s = 2; case 2: return $24r$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$1, _r, $s};return $f;
		}; })(fd, size)); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Ftruncate, $c: true, $r, $24r, $24r$1, _r, err, fd, size, $s, $deferred};return $f; } }
	};
	FD.prototype.Ftruncate = function(size) { return this.$val.Ftruncate(size); };
	FD.ptr.prototype.RawControl = function(f) {
		var {$24r, $24r$1, err, f, fd, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		err = fd.incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd, "decref"), []]);
		$r = f(((fd.Sysfd >>> 0))); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$24r$1 = $ifaceNil;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.RawControl, $c: true, $r, $24r, $24r$1, err, f, fd, $s, $deferred};return $f; } }
	};
	FD.prototype.RawControl = function(f) { return this.$val.RawControl(f); };
	ignoringEINTR = function(fn) {
		var {_r, err, fn, $s, $r, $c} = $restore(this, {fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			_r = fn(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			err = _r;
			if (!($interfaceIsEqual(err, new syscall.Errno(4)))) {
				$s = -1; return err;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: ignoringEINTR, $c: true, $r, _r, err, fn, $s};return $f;
	};
	pollDesc.ptr.prototype.init = function(fd) {
		var fd, pd;
		pd = this;
		pd.fd = fd;
		return $ifaceNil;
	};
	pollDesc.prototype.init = function(fd) { return this.$val.init(fd); };
	pollDesc.ptr.prototype.close = function() {
		var pd;
		pd = this;
	};
	pollDesc.prototype.close = function() { return this.$val.close(); };
	pollDesc.ptr.prototype.evict = function() {
		var pd;
		pd = this;
		pd.closing = true;
		if (!(pd.fd === ptrType$2.nil)) {
			syscall.StopIO(pd.fd.Sysfd);
		}
	};
	pollDesc.prototype.evict = function() { return this.$val.evict(); };
	pollDesc.ptr.prototype.prepare = function(mode, isFile) {
		var isFile, mode, pd;
		pd = this;
		if (pd.closing) {
			return errClosing(isFile);
		}
		return $ifaceNil;
	};
	pollDesc.prototype.prepare = function(mode, isFile) { return this.$val.prepare(mode, isFile); };
	pollDesc.ptr.prototype.prepareRead = function(isFile) {
		var isFile, pd;
		pd = this;
		return pd.prepare(114, isFile);
	};
	pollDesc.prototype.prepareRead = function(isFile) { return this.$val.prepareRead(isFile); };
	pollDesc.ptr.prototype.prepareWrite = function(isFile) {
		var isFile, pd;
		pd = this;
		return pd.prepare(119, isFile);
	};
	pollDesc.prototype.prepareWrite = function(isFile) { return this.$val.prepareWrite(isFile); };
	pollDesc.ptr.prototype.wait = function(mode, isFile) {
		var isFile, mode, pd;
		pd = this;
		if (pd.closing) {
			return errClosing(isFile);
		}
		if (isFile) {
			return $ifaceNil;
		}
		return $pkg.ErrDeadlineExceeded;
	};
	pollDesc.prototype.wait = function(mode, isFile) { return this.$val.wait(mode, isFile); };
	pollDesc.ptr.prototype.waitRead = function(isFile) {
		var isFile, pd;
		pd = this;
		return pd.wait(114, isFile);
	};
	pollDesc.prototype.waitRead = function(isFile) { return this.$val.waitRead(isFile); };
	pollDesc.ptr.prototype.waitWrite = function(isFile) {
		var isFile, pd;
		pd = this;
		return pd.wait(119, isFile);
	};
	pollDesc.prototype.waitWrite = function(isFile) { return this.$val.waitWrite(isFile); };
	pollDesc.ptr.prototype.pollable = function() {
		var pd;
		pd = this;
		return true;
	};
	pollDesc.prototype.pollable = function() { return this.$val.pollable(); };
	FD.ptr.prototype.SetDeadline = function(t) {
		var {$24r, _r, fd, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = setDeadlineImpl(fd, $clone(t, time.Time), 233); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.SetDeadline, $c: true, $r, $24r, _r, fd, t, $s};return $f;
	};
	FD.prototype.SetDeadline = function(t) { return this.$val.SetDeadline(t); };
	FD.ptr.prototype.SetReadDeadline = function(t) {
		var {$24r, _r, fd, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = setDeadlineImpl(fd, $clone(t, time.Time), 114); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.SetReadDeadline, $c: true, $r, $24r, _r, fd, t, $s};return $f;
	};
	FD.prototype.SetReadDeadline = function(t) { return this.$val.SetReadDeadline(t); };
	FD.ptr.prototype.SetWriteDeadline = function(t) {
		var {$24r, _r, fd, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = setDeadlineImpl(fd, $clone(t, time.Time), 119); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.SetWriteDeadline, $c: true, $r, $24r, _r, fd, t, $s};return $f;
	};
	FD.prototype.SetWriteDeadline = function(t) { return this.$val.SetWriteDeadline(t); };
	setDeadlineImpl = function(fd, t, mode) {
		var {_1, _r, d, err, fd, mode, t, $s, $r, $c} = $restore(this, {fd, t, mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = $clone(t, time.Time).UnixNano();
		if ($clone(t, time.Time).IsZero()) {
			d = new $Int64(0, 0);
		}
		err = fd.incref();
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_1 = mode;
		if (_1 === (114)) {
			syscall.SetReadDeadline(fd.Sysfd, d);
		} else if (_1 === (119)) {
			syscall.SetWriteDeadline(fd.Sysfd, d);
		} else if (_1 === (233)) {
			syscall.SetReadDeadline(fd.Sysfd, d);
			syscall.SetWriteDeadline(fd.Sysfd, d);
		}
		_r = fd.decref(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: setDeadlineImpl, $c: true, $r, _1, _r, d, err, fd, mode, t, $s};return $f;
	};
	fdMutex.ptr.prototype.incref = function() {
		var mu, new$1, old, x, x$1;
		mu = this;
		while (true) {
			old = atomic.LoadUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))));
			if (!((x = new $Uint64(old.$high & 0, (old.$low & 1) >>> 0), (x.$high === 0 && x.$low === 0)))) {
				return false;
			}
			new$1 = new $Uint64(old.$high + 0, old.$low + 8);
			if ((x$1 = new $Uint64(new$1.$high & 0, (new$1.$low & 8388600) >>> 0), (x$1.$high === 0 && x$1.$low === 0))) {
				$panic(new $String("too many concurrent operations on a single file or socket (max 1048575)"));
			}
			if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) {
				return true;
			}
		}
	};
	fdMutex.prototype.incref = function() { return this.$val.incref(); };
	fdMutex.ptr.prototype.increfAndClose = function() {
		var {mu, new$1, old, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mu = this;
		/* while (true) { */ case 1:
			old = atomic.LoadUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))));
			if (!((x = new $Uint64(old.$high & 0, (old.$low & 1) >>> 0), (x.$high === 0 && x.$low === 0)))) {
				$s = -1; return false;
			}
			new$1 = (x$1 = new $Uint64(old.$high | 0, (old.$low | 1) >>> 0), new $Uint64(x$1.$high + 0, x$1.$low + 8));
			if ((x$2 = new $Uint64(new$1.$high & 0, (new$1.$low & 8388600) >>> 0), (x$2.$high === 0 && x$2.$low === 0))) {
				$panic(new $String("too many concurrent operations on a single file or socket (max 1048575)"));
			}
			new$1 = (x$3 = new $Uint64(2147483647, 4286578688), new $Uint64(new$1.$high & ~x$3.$high, (new$1.$low & ~x$3.$low) >>> 0));
			/* */ if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) { */ case 3:
				/* while (true) { */ case 5:
					/* if (!(!((x$4 = new $Uint64(old.$high & 2047, (old.$low & 4286578688) >>> 0), (x$4.$high === 0 && x$4.$low === 0))))) { break; } */ if(!(!((x$4 = new $Uint64(old.$high & 2047, (old.$low & 4286578688) >>> 0), (x$4.$high === 0 && x$4.$low === 0))))) { $s = 6; continue; }
					old = (x$5 = new $Uint64(0, 8388608), new $Uint64(old.$high - x$5.$high, old.$low - x$5.$low));
					$r = runtime_Semrelease((mu.$ptr_rsema || (mu.$ptr_rsema = new ptrType(function() { return this.$target.rsema; }, function($v) { this.$target.rsema = $v; }, mu)))); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 5; continue;
				case 6:
				/* while (true) { */ case 8:
					/* if (!(!((x$6 = new $Uint64(old.$high & 2147481600, (old.$low & 0) >>> 0), (x$6.$high === 0 && x$6.$low === 0))))) { break; } */ if(!(!((x$6 = new $Uint64(old.$high & 2147481600, (old.$low & 0) >>> 0), (x$6.$high === 0 && x$6.$low === 0))))) { $s = 9; continue; }
					old = (x$7 = new $Uint64(2048, 0), new $Uint64(old.$high - x$7.$high, old.$low - x$7.$low));
					$r = runtime_Semrelease((mu.$ptr_wsema || (mu.$ptr_wsema = new ptrType(function() { return this.$target.wsema; }, function($v) { this.$target.wsema = $v; }, mu)))); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 8; continue;
				case 9:
				$s = -1; return true;
			/* } */ case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: fdMutex.ptr.prototype.increfAndClose, $c: true, $r, mu, new$1, old, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, $s};return $f;
	};
	fdMutex.prototype.increfAndClose = function() { return this.$val.increfAndClose(); };
	fdMutex.ptr.prototype.decref = function() {
		var mu, new$1, old, x, x$1;
		mu = this;
		while (true) {
			old = atomic.LoadUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))));
			if ((x = new $Uint64(old.$high & 0, (old.$low & 8388600) >>> 0), (x.$high === 0 && x.$low === 0))) {
				$panic(new $String("inconsistent poll.fdMutex"));
			}
			new$1 = new $Uint64(old.$high - 0, old.$low - 8);
			if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) {
				return (x$1 = new $Uint64(new$1.$high & 0, (new$1.$low & 8388601) >>> 0), (x$1.$high === 0 && x$1.$low === 1));
			}
		}
	};
	fdMutex.prototype.decref = function() { return this.$val.decref(); };
	fdMutex.ptr.prototype.rwlock = function(read) {
		var {_tmp, _tmp$1, _tmp$2, mu, mutexBit, mutexMask, mutexSema, mutexWait, new$1, old, read, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {read});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mu = this;
		_tmp = new $Uint64(0, 0);
		_tmp$1 = new $Uint64(0, 0);
		_tmp$2 = new $Uint64(0, 0);
		mutexBit = _tmp;
		mutexWait = _tmp$1;
		mutexMask = _tmp$2;
		mutexSema = ptrType.nil;
		if (read) {
			mutexBit = new $Uint64(0, 2);
			mutexWait = new $Uint64(0, 8388608);
			mutexMask = new $Uint64(2047, 4286578688);
			mutexSema = (mu.$ptr_rsema || (mu.$ptr_rsema = new ptrType(function() { return this.$target.rsema; }, function($v) { this.$target.rsema = $v; }, mu)));
		} else {
			mutexBit = new $Uint64(0, 4);
			mutexWait = new $Uint64(2048, 0);
			mutexMask = new $Uint64(2147481600, 0);
			mutexSema = (mu.$ptr_wsema || (mu.$ptr_wsema = new ptrType(function() { return this.$target.wsema; }, function($v) { this.$target.wsema = $v; }, mu)));
		}
		/* while (true) { */ case 1:
			old = atomic.LoadUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))));
			if (!((x = new $Uint64(old.$high & 0, (old.$low & 1) >>> 0), (x.$high === 0 && x.$low === 0)))) {
				$s = -1; return false;
			}
			new$1 = new $Uint64(0, 0);
			if ((x$1 = new $Uint64(old.$high & mutexBit.$high, (old.$low & mutexBit.$low) >>> 0), (x$1.$high === 0 && x$1.$low === 0))) {
				new$1 = (x$2 = new $Uint64(old.$high | mutexBit.$high, (old.$low | mutexBit.$low) >>> 0), new $Uint64(x$2.$high + 0, x$2.$low + 8));
				if ((x$3 = new $Uint64(new$1.$high & 0, (new$1.$low & 8388600) >>> 0), (x$3.$high === 0 && x$3.$low === 0))) {
					$panic(new $String("too many concurrent operations on a single file or socket (max 1048575)"));
				}
			} else {
				new$1 = new $Uint64(old.$high + mutexWait.$high, old.$low + mutexWait.$low);
				if ((x$4 = new $Uint64(new$1.$high & mutexMask.$high, (new$1.$low & mutexMask.$low) >>> 0), (x$4.$high === 0 && x$4.$low === 0))) {
					$panic(new $String("too many concurrent operations on a single file or socket (max 1048575)"));
				}
			}
			/* */ if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) { */ case 3:
				if ((x$5 = new $Uint64(old.$high & mutexBit.$high, (old.$low & mutexBit.$low) >>> 0), (x$5.$high === 0 && x$5.$low === 0))) {
					$s = -1; return true;
				}
				$r = runtime_Semacquire(mutexSema); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: fdMutex.ptr.prototype.rwlock, $c: true, $r, _tmp, _tmp$1, _tmp$2, mu, mutexBit, mutexMask, mutexSema, mutexWait, new$1, old, read, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	fdMutex.prototype.rwlock = function(read) { return this.$val.rwlock(read); };
	fdMutex.ptr.prototype.rwunlock = function(read) {
		var {_tmp, _tmp$1, _tmp$2, mu, mutexBit, mutexMask, mutexSema, mutexWait, new$1, old, read, x, x$1, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {read});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mu = this;
		_tmp = new $Uint64(0, 0);
		_tmp$1 = new $Uint64(0, 0);
		_tmp$2 = new $Uint64(0, 0);
		mutexBit = _tmp;
		mutexWait = _tmp$1;
		mutexMask = _tmp$2;
		mutexSema = ptrType.nil;
		if (read) {
			mutexBit = new $Uint64(0, 2);
			mutexWait = new $Uint64(0, 8388608);
			mutexMask = new $Uint64(2047, 4286578688);
			mutexSema = (mu.$ptr_rsema || (mu.$ptr_rsema = new ptrType(function() { return this.$target.rsema; }, function($v) { this.$target.rsema = $v; }, mu)));
		} else {
			mutexBit = new $Uint64(0, 4);
			mutexWait = new $Uint64(2048, 0);
			mutexMask = new $Uint64(2147481600, 0);
			mutexSema = (mu.$ptr_wsema || (mu.$ptr_wsema = new ptrType(function() { return this.$target.wsema; }, function($v) { this.$target.wsema = $v; }, mu)));
		}
		/* while (true) { */ case 1:
			old = atomic.LoadUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))));
			if ((x = new $Uint64(old.$high & mutexBit.$high, (old.$low & mutexBit.$low) >>> 0), (x.$high === 0 && x.$low === 0)) || (x$1 = new $Uint64(old.$high & 0, (old.$low & 8388600) >>> 0), (x$1.$high === 0 && x$1.$low === 0))) {
				$panic(new $String("inconsistent poll.fdMutex"));
			}
			new$1 = (x$2 = new $Uint64(old.$high & ~mutexBit.$high, (old.$low & ~mutexBit.$low) >>> 0), new $Uint64(x$2.$high - 0, x$2.$low - 8));
			if (!((x$3 = new $Uint64(old.$high & mutexMask.$high, (old.$low & mutexMask.$low) >>> 0), (x$3.$high === 0 && x$3.$low === 0)))) {
				new$1 = (x$4 = mutexWait, new $Uint64(new$1.$high - x$4.$high, new$1.$low - x$4.$low));
			}
			/* */ if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (atomic.CompareAndSwapUint64((mu.$ptr_state || (mu.$ptr_state = new ptrType$3(function() { return this.$target.state; }, function($v) { this.$target.state = $v; }, mu))), old, new$1)) { */ case 3:
				/* */ if (!((x$5 = new $Uint64(old.$high & mutexMask.$high, (old.$low & mutexMask.$low) >>> 0), (x$5.$high === 0 && x$5.$low === 0)))) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!((x$5 = new $Uint64(old.$high & mutexMask.$high, (old.$low & mutexMask.$low) >>> 0), (x$5.$high === 0 && x$5.$low === 0)))) { */ case 5:
					$r = runtime_Semrelease(mutexSema); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 6:
				$s = -1; return (x$6 = new $Uint64(new$1.$high & 0, (new$1.$low & 8388601) >>> 0), (x$6.$high === 0 && x$6.$low === 1));
			/* } */ case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: fdMutex.ptr.prototype.rwunlock, $c: true, $r, _tmp, _tmp$1, _tmp$2, mu, mutexBit, mutexMask, mutexSema, mutexWait, new$1, old, read, x, x$1, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	fdMutex.prototype.rwunlock = function(read) { return this.$val.rwunlock(read); };
	FD.ptr.prototype.incref = function() {
		var fd;
		fd = this;
		if (!fd.fdmu.incref()) {
			return errClosing(fd.isFile);
		}
		return $ifaceNil;
	};
	FD.prototype.incref = function() { return this.$val.incref(); };
	FD.ptr.prototype.decref = function() {
		var {$24r, _r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		/* */ if (fd.fdmu.decref()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fd.fdmu.decref()) { */ case 1:
			_r = fd.destroy(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.decref, $c: true, $r, $24r, _r, fd, $s};return $f;
	};
	FD.prototype.decref = function() { return this.$val.decref(); };
	FD.ptr.prototype.readLock = function() {
		var {_r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.fdmu.rwlock(true); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return errClosing(fd.isFile);
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.readLock, $c: true, $r, _r, fd, $s};return $f;
	};
	FD.prototype.readLock = function() { return this.$val.readLock(); };
	FD.ptr.prototype.readUnlock = function() {
		var {_r, _r$1, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.fdmu.rwunlock(true); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r) { */ case 1:
			_r$1 = fd.destroy(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.readUnlock, $c: true, $r, _r, _r$1, fd, $s};return $f;
	};
	FD.prototype.readUnlock = function() { return this.$val.readUnlock(); };
	FD.ptr.prototype.writeLock = function() {
		var {_r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.fdmu.rwlock(false); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return errClosing(fd.isFile);
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.writeLock, $c: true, $r, _r, fd, $s};return $f;
	};
	FD.prototype.writeLock = function() { return this.$val.writeLock(); };
	FD.ptr.prototype.writeUnlock = function() {
		var {_r, _r$1, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.fdmu.rwunlock(false); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r) { */ case 1:
			_r$1 = fd.destroy(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FD.ptr.prototype.writeUnlock, $c: true, $r, _r, _r$1, fd, $s};return $f;
	};
	FD.prototype.writeUnlock = function() { return this.$val.writeUnlock(); };
	FD.ptr.prototype.Fsync = function() {
		var {$24r, $24r$1, _r, err, fd, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = [fd];
		fd[0] = this;
		err = fd[0].incref();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = err;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$deferred.push([$methodVal(fd[0], "decref"), []]);
		_r = ignoringEINTR((function(fd) { return function $b() {
			var {$24r$1, _r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = syscall.Fsync(fd[0].Sysfd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r$1 = _r;
			$s = 2; case 2: return $24r$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$1, _r, $s};return $f;
		}; })(fd)); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r$1 = _r;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: FD.ptr.prototype.Fsync, $c: true, $r, $24r, $24r$1, _r, err, fd, $s, $deferred};return $f; } }
	};
	FD.prototype.Fsync = function() { return this.$val.Fsync(); };
	errNetClosing.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "use of closed network connection";
	};
	errNetClosing.prototype.Error = function() { return this.$val.Error(); };
	errNetClosing.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return false;
	};
	errNetClosing.prototype.Timeout = function() { return this.$val.Timeout(); };
	errNetClosing.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return false;
	};
	errNetClosing.prototype.Temporary = function() { return this.$val.Temporary(); };
	errClosing = function(isFile) {
		var isFile;
		if (isFile) {
			return $pkg.ErrFileClosing;
		}
		return new $pkg.ErrNetClosing.constructor.elem($pkg.ErrNetClosing);
	};
	DeadlineExceededError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "i/o timeout";
	};
	DeadlineExceededError.prototype.Error = function() { return this.$val.Error(); };
	DeadlineExceededError.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return true;
	};
	DeadlineExceededError.prototype.Timeout = function() { return this.$val.Timeout(); };
	DeadlineExceededError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return true;
	};
	DeadlineExceededError.prototype.Temporary = function() { return this.$val.Temporary(); };
	fcntl = function(fd, cmd, arg) {
		var arg, cmd, fd;
		return [0, new syscall.Errno(38)];
	};
	runtime_Semacquire = function() {
		$throwRuntimeError("native function not implemented: internal/poll.runtime_Semacquire");
	};
	runtime_Semrelease = function() {
		$throwRuntimeError("native function not implemented: internal/poll.runtime_Semrelease");
	};
	ptrType$2.methods = [{prop: "Init", name: "Init", pkg: "", typ: $funcType([$String, $Bool], [$error], false)}, {prop: "destroy", name: "destroy", pkg: "internal/poll", typ: $funcType([], [$error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "SetBlocking", name: "SetBlocking", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Pread", name: "Pread", pkg: "", typ: $funcType([sliceType$1, $Int64], [$Int, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([sliceType$1], [$Int, syscall.Sockaddr, $error], false)}, {prop: "ReadFromInet4", name: "ReadFromInet4", pkg: "", typ: $funcType([sliceType$1, ptrType$5], [$Int, $error], false)}, {prop: "ReadFromInet6", name: "ReadFromInet6", pkg: "", typ: $funcType([sliceType$1, ptrType$6], [$Int, $error], false)}, {prop: "ReadMsg", name: "ReadMsg", pkg: "", typ: $funcType([sliceType$1, sliceType$1, $Int], [$Int, $Int, $Int, syscall.Sockaddr, $error], false)}, {prop: "ReadMsgInet4", name: "ReadMsgInet4", pkg: "", typ: $funcType([sliceType$1, sliceType$1, $Int, ptrType$5], [$Int, $Int, $Int, $error], false)}, {prop: "ReadMsgInet6", name: "ReadMsgInet6", pkg: "", typ: $funcType([sliceType$1, sliceType$1, $Int, ptrType$6], [$Int, $Int, $Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Pwrite", name: "Pwrite", pkg: "", typ: $funcType([sliceType$1, $Int64], [$Int, $error], false)}, {prop: "WriteToInet4", name: "WriteToInet4", pkg: "", typ: $funcType([sliceType$1, ptrType$5], [$Int, $error], false)}, {prop: "WriteToInet6", name: "WriteToInet6", pkg: "", typ: $funcType([sliceType$1, ptrType$6], [$Int, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([sliceType$1, syscall.Sockaddr], [$Int, $error], false)}, {prop: "WriteMsg", name: "WriteMsg", pkg: "", typ: $funcType([sliceType$1, sliceType$1, syscall.Sockaddr], [$Int, $Int, $error], false)}, {prop: "WriteMsgInet4", name: "WriteMsgInet4", pkg: "", typ: $funcType([sliceType$1, sliceType$1, ptrType$5], [$Int, $Int, $error], false)}, {prop: "WriteMsgInet6", name: "WriteMsgInet6", pkg: "", typ: $funcType([sliceType$1, sliceType$1, ptrType$6], [$Int, $Int, $error], false)}, {prop: "Accept", name: "Accept", pkg: "", typ: $funcType([], [$Int, syscall.Sockaddr, $String, $error], false)}, {prop: "Seek", name: "Seek", pkg: "", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}, {prop: "ReadDirent", name: "ReadDirent", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Fchmod", name: "Fchmod", pkg: "", typ: $funcType([$Uint32], [$error], false)}, {prop: "Fchdir", name: "Fchdir", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Fstat", name: "Fstat", pkg: "", typ: $funcType([ptrType$7], [$error], false)}, {prop: "Dup", name: "Dup", pkg: "", typ: $funcType([], [$Int, $String, $error], false)}, {prop: "WaitWrite", name: "WaitWrite", pkg: "", typ: $funcType([], [$error], false)}, {prop: "WriteOnce", name: "WriteOnce", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "RawRead", name: "RawRead", pkg: "", typ: $funcType([funcType], [$error], false)}, {prop: "RawWrite", name: "RawWrite", pkg: "", typ: $funcType([funcType], [$error], false)}, {prop: "eofError", name: "eofError", pkg: "internal/poll", typ: $funcType([$Int, $error], [$error], false)}, {prop: "Shutdown", name: "Shutdown", pkg: "", typ: $funcType([$Int], [$error], false)}, {prop: "Fchown", name: "Fchown", pkg: "", typ: $funcType([$Int, $Int], [$error], false)}, {prop: "Ftruncate", name: "Ftruncate", pkg: "", typ: $funcType([$Int64], [$error], false)}, {prop: "RawControl", name: "RawControl", pkg: "", typ: $funcType([funcType$1], [$error], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "incref", name: "incref", pkg: "internal/poll", typ: $funcType([], [$error], false)}, {prop: "decref", name: "decref", pkg: "internal/poll", typ: $funcType([], [$error], false)}, {prop: "readLock", name: "readLock", pkg: "internal/poll", typ: $funcType([], [$error], false)}, {prop: "readUnlock", name: "readUnlock", pkg: "internal/poll", typ: $funcType([], [], false)}, {prop: "writeLock", name: "writeLock", pkg: "internal/poll", typ: $funcType([], [$error], false)}, {prop: "writeUnlock", name: "writeUnlock", pkg: "internal/poll", typ: $funcType([], [], false)}, {prop: "Fsync", name: "Fsync", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$8.methods = [{prop: "init", name: "init", pkg: "internal/poll", typ: $funcType([ptrType$2], [$error], false)}, {prop: "close", name: "close", pkg: "internal/poll", typ: $funcType([], [], false)}, {prop: "evict", name: "evict", pkg: "internal/poll", typ: $funcType([], [], false)}, {prop: "prepare", name: "prepare", pkg: "internal/poll", typ: $funcType([$Int, $Bool], [$error], false)}, {prop: "prepareRead", name: "prepareRead", pkg: "internal/poll", typ: $funcType([$Bool], [$error], false)}, {prop: "prepareWrite", name: "prepareWrite", pkg: "internal/poll", typ: $funcType([$Bool], [$error], false)}, {prop: "wait", name: "wait", pkg: "internal/poll", typ: $funcType([$Int, $Bool], [$error], false)}, {prop: "waitRead", name: "waitRead", pkg: "internal/poll", typ: $funcType([$Bool], [$error], false)}, {prop: "waitWrite", name: "waitWrite", pkg: "internal/poll", typ: $funcType([$Bool], [$error], false)}, {prop: "waitCanceled", name: "waitCanceled", pkg: "internal/poll", typ: $funcType([$Int], [], false)}, {prop: "pollable", name: "pollable", pkg: "internal/poll", typ: $funcType([], [$Bool], false)}];
	ptrType$9.methods = [{prop: "incref", name: "incref", pkg: "internal/poll", typ: $funcType([], [$Bool], false)}, {prop: "increfAndClose", name: "increfAndClose", pkg: "internal/poll", typ: $funcType([], [$Bool], false)}, {prop: "decref", name: "decref", pkg: "internal/poll", typ: $funcType([], [$Bool], false)}, {prop: "rwlock", name: "rwlock", pkg: "internal/poll", typ: $funcType([$Bool], [$Bool], false)}, {prop: "rwunlock", name: "rwunlock", pkg: "internal/poll", typ: $funcType([$Bool], [$Bool], false)}];
	errNetClosing.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$10.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	FD.init("internal/poll", [{prop: "fdmu", name: "fdmu", embedded: false, exported: false, typ: fdMutex, tag: ""}, {prop: "Sysfd", name: "Sysfd", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "pd", name: "pd", embedded: false, exported: false, typ: pollDesc, tag: ""}, {prop: "iovecs", name: "iovecs", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "csema", name: "csema", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "isBlocking", name: "isBlocking", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "IsStream", name: "IsStream", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "ZeroReadIsEOF", name: "ZeroReadIsEOF", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "isFile", name: "isFile", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	pollDesc.init("internal/poll", [{prop: "fd", name: "fd", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "closing", name: "closing", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	fdMutex.init("internal/poll", [{prop: "state", name: "state", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "rsema", name: "rsema", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "wsema", name: "wsema", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	errNetClosing.init("", []);
	DeadlineExceededError.init("", []);
	$pkg.$initLinknames = function() {
		runtime_Semacquire = $linknames["sync.runtime_Semacquire"];
		runtime_Semrelease = $linknames["sync.runtime_Semrelease"];
};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unix.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = syscall.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.CloseFunc = syscall.Close;
		$pkg.AcceptFunc = syscall.Accept;
		tryDupCloexec = 1;
		$pkg.ErrNetClosing = new errNetClosing.ptr();
		$pkg.ErrFileClosing = errors.New("use of closed file");
		$pkg.ErrNoDeadline = errors.New("file type does not support deadline");
		$pkg.ErrDeadlineExceeded = new DeadlineExceededError.ptr();
		$pkg.ErrNotPollable = errors.New("not pollable");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/syscall/execenv"] = (function() {
	var $pkg = {}, $init, syscall;
	syscall = $packages["syscall"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = syscall.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/testlog"] = (function() {
	var $pkg = {}, $init, sync, atomic, Interface, structType, ptrType, logger, panicOnExit0, Logger, Getenv, Open, Stat, PanicOnExit0;
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	Interface = $pkg.Interface = $newType(8, $kindInterface, "testlog.Interface", true, "internal/testlog", true, null);
	structType = $structType("internal/testlog", [{prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "val", name: "val", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	ptrType = $ptrType(Interface);
	Logger = function() {
		var impl;
		impl = logger.Load();
		if ($interfaceIsEqual(impl, $ifaceNil)) {
			return $ifaceNil;
		}
		return $assertType(impl, ptrType).$get();
	};
	$pkg.Logger = Logger;
	Getenv = function(name) {
		var {log, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log = Logger();
		/* */ if (!($interfaceIsEqual(log, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(log, $ifaceNil))) { */ case 1:
			$r = log.Getenv(name); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Getenv, $c: true, $r, log, name, $s};return $f;
	};
	$pkg.Getenv = Getenv;
	Open = function(name) {
		var {log, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log = Logger();
		/* */ if (!($interfaceIsEqual(log, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(log, $ifaceNil))) { */ case 1:
			$r = log.Open(name); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Open, $c: true, $r, log, name, $s};return $f;
	};
	$pkg.Open = Open;
	Stat = function(name) {
		var {log, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log = Logger();
		/* */ if (!($interfaceIsEqual(log, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(log, $ifaceNil))) { */ case 1:
			$r = log.Stat(name); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Stat, $c: true, $r, log, name, $s};return $f;
	};
	$pkg.Stat = Stat;
	PanicOnExit0 = function() {
		var {$24r, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$r = panicOnExit0.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(panicOnExit0.mu, "Unlock"), []]);
		$24r = panicOnExit0.val;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: PanicOnExit0, $c: true, $r, $24r, $s, $deferred};return $f; } }
	};
	$pkg.PanicOnExit0 = PanicOnExit0;
	Interface.init([{prop: "Chdir", name: "Chdir", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Getenv", name: "Getenv", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Open", name: "Open", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Stat", name: "Stat", pkg: "", typ: $funcType([$String], [], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = sync.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		logger = new atomic.Value.ptr($ifaceNil);
		panicOnExit0 = new structType.ptr(new sync.Mutex.ptr(0, 0), false);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["path"] = (function() {
	var $pkg = {}, $init, errors, bytealg, utf8, lazybuf, sliceType, ptrType, Clean, lastSlash, Split, Base;
	errors = $packages["errors"];
	bytealg = $packages["internal/bytealg"];
	utf8 = $packages["unicode/utf8"];
	lazybuf = $pkg.lazybuf = $newType(0, $kindStruct, "path.lazybuf", true, "path", false, function(s_, buf_, w_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = "";
			this.buf = sliceType.nil;
			this.w = 0;
			return;
		}
		this.s = s_;
		this.buf = buf_;
		this.w = w_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(lazybuf);
	lazybuf.ptr.prototype.index = function(i) {
		var b, i, x;
		b = this;
		if (!(b.buf === sliceType.nil)) {
			return (x = b.buf, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		}
		return b.s.charCodeAt(i);
	};
	lazybuf.prototype.index = function(i) { return this.$val.index(i); };
	lazybuf.ptr.prototype.append = function(c) {
		var b, c, x, x$1;
		b = this;
		if (b.buf === sliceType.nil) {
			if (b.w < b.s.length && (b.s.charCodeAt(b.w) === c)) {
				b.w = b.w + (1) >> 0;
				return;
			}
			b.buf = $makeSlice(sliceType, b.s.length);
			$copyString(b.buf, $substring(b.s, 0, b.w));
		}
		(x = b.buf, x$1 = b.w, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = c));
		b.w = b.w + (1) >> 0;
	};
	lazybuf.prototype.append = function(c) { return this.$val.append(c); };
	lazybuf.ptr.prototype.string = function() {
		var b;
		b = this;
		if (b.buf === sliceType.nil) {
			return $substring(b.s, 0, b.w);
		}
		return ($bytesToString($subslice(b.buf, 0, b.w)));
	};
	lazybuf.prototype.string = function() { return this.$val.string(); };
	Clean = function(path) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, dotdot, n, out, path, r, rooted;
		if (path === "") {
			return ".";
		}
		rooted = path.charCodeAt(0) === 47;
		n = path.length;
		out = new lazybuf.ptr(path, sliceType.nil, 0);
		_tmp = 0;
		_tmp$1 = 0;
		r = _tmp;
		dotdot = _tmp$1;
		if (rooted) {
			out.append(47);
			_tmp$2 = 1;
			_tmp$3 = 1;
			r = _tmp$2;
			dotdot = _tmp$3;
		}
		while (true) {
			if (!(r < n)) { break; }
			if ((path.charCodeAt(r) === 47)) {
				r = r + (1) >> 0;
			} else if ((path.charCodeAt(r) === 46) && (((r + 1 >> 0) === n) || (path.charCodeAt((r + 1 >> 0)) === 47))) {
				r = r + (1) >> 0;
			} else if ((path.charCodeAt(r) === 46) && (path.charCodeAt((r + 1 >> 0)) === 46) && (((r + 2 >> 0) === n) || (path.charCodeAt((r + 2 >> 0)) === 47))) {
				r = r + (2) >> 0;
				if (out.w > dotdot) {
					out.w = out.w - (1) >> 0;
					while (true) {
						if (!(out.w > dotdot && !((out.index(out.w) === 47)))) { break; }
						out.w = out.w - (1) >> 0;
					}
				} else if (!rooted) {
					if (out.w > 0) {
						out.append(47);
					}
					out.append(46);
					out.append(46);
					dotdot = out.w;
				}
			} else {
				if (rooted && !((out.w === 1)) || !rooted && !((out.w === 0))) {
					out.append(47);
				}
				while (true) {
					if (!(r < n && !((path.charCodeAt(r) === 47)))) { break; }
					out.append(path.charCodeAt(r));
					r = r + (1) >> 0;
				}
			}
		}
		if (out.w === 0) {
			return ".";
		}
		return out.string();
	};
	$pkg.Clean = Clean;
	lastSlash = function(s) {
		var i, s;
		i = s.length - 1 >> 0;
		while (true) {
			if (!(i >= 0 && !((s.charCodeAt(i) === 47)))) { break; }
			i = i - (1) >> 0;
		}
		return i;
	};
	Split = function(path) {
		var _tmp, _tmp$1, dir, file, i, path;
		dir = "";
		file = "";
		i = lastSlash(path);
		_tmp = $substring(path, 0, (i + 1 >> 0));
		_tmp$1 = $substring(path, (i + 1 >> 0));
		dir = _tmp;
		file = _tmp$1;
		return [dir, file];
	};
	$pkg.Split = Split;
	Base = function(path) {
		var i, path;
		if (path === "") {
			return ".";
		}
		while (true) {
			if (!(path.length > 0 && (path.charCodeAt((path.length - 1 >> 0)) === 47))) { break; }
			path = $substring(path, 0, (path.length - 1 >> 0));
		}
		i = lastSlash(path);
		if (i >= 0) {
			path = $substring(path, (i + 1 >> 0));
		}
		if (path === "") {
			return "/";
		}
		return path;
	};
	$pkg.Base = Base;
	ptrType.methods = [{prop: "index", name: "index", pkg: "path", typ: $funcType([$Int], [$Uint8], false)}, {prop: "append", name: "append", pkg: "path", typ: $funcType([$Uint8], [], false)}, {prop: "string", name: "string", pkg: "path", typ: $funcType([], [$String], false)}];
	lazybuf.init("path", [{prop: "s", name: "s", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytealg.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrBadPattern = errors.New("syntax error in pattern");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["io/fs"] = (function() {
	var $pkg = {}, $init, errors, oserror, io, path, sort, time, utf8, DirEntry, FileInfo, FileMode, PathError, ptrType, sliceType$2, arrayType, interfaceType, errInvalid, errPermission, errExist, errNotExist, errClosed;
	errors = $packages["errors"];
	oserror = $packages["internal/oserror"];
	io = $packages["io"];
	path = $packages["path"];
	sort = $packages["sort"];
	time = $packages["time"];
	utf8 = $packages["unicode/utf8"];
	DirEntry = $pkg.DirEntry = $newType(8, $kindInterface, "fs.DirEntry", true, "io/fs", true, null);
	FileInfo = $pkg.FileInfo = $newType(8, $kindInterface, "fs.FileInfo", true, "io/fs", true, null);
	FileMode = $pkg.FileMode = $newType(4, $kindUint32, "fs.FileMode", true, "io/fs", true, null);
	PathError = $pkg.PathError = $newType(0, $kindStruct, "fs.PathError", true, "io/fs", true, function(Op_, Path_, Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Op = "";
			this.Path = "";
			this.Err = $ifaceNil;
			return;
		}
		this.Op = Op_;
		this.Path = Path_;
		this.Err = Err_;
	});
	ptrType = $ptrType(PathError);
	sliceType$2 = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 32);
	interfaceType = $interfaceType([{prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}]);
	errInvalid = function() {
		return oserror.ErrInvalid;
	};
	errPermission = function() {
		return oserror.ErrPermission;
	};
	errExist = function() {
		return oserror.ErrExist;
	};
	errNotExist = function() {
		return oserror.ErrNotExist;
	};
	errClosed = function() {
		return oserror.ErrClosed;
	};
	FileMode.prototype.String = function() {
		var _i, _i$1, _ref, _ref$1, _rune, _rune$1, buf, c, c$1, i, i$1, m, w, y, y$1;
		m = this.$val;
		buf = arrayType.zero();
		w = 0;
		_ref = "dalTLDpSugct?";
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			i = _i;
			c = _rune[0];
			if (!((((m & (((y = (((31 - i >> 0) >>> 0)), y < 32 ? (1 << y) : 0) >>> 0))) >>> 0) === 0))) {
				((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = ((c << 24 >>> 24)));
				w = w + (1) >> 0;
			}
			_i += _rune[1];
		}
		if (w === 0) {
			((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 45);
			w = w + (1) >> 0;
		}
		_ref$1 = "rwxrwxrwx";
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.length)) { break; }
			_rune$1 = $decodeRune(_ref$1, _i$1);
			i$1 = _i$1;
			c$1 = _rune$1[0];
			if (!((((m & (((y$1 = (((8 - i$1 >> 0) >>> 0)), y$1 < 32 ? (1 << y$1) : 0) >>> 0))) >>> 0) === 0))) {
				((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = ((c$1 << 24 >>> 24)));
			} else {
				((w < 0 || w >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[w] = 45);
			}
			w = w + (1) >> 0;
			_i$1 += _rune$1[1];
		}
		return ($bytesToString($subslice(new sliceType$2(buf), 0, w)));
	};
	$ptrType(FileMode).prototype.String = function() { return new FileMode(this.$get()).String(); };
	FileMode.prototype.IsDir = function() {
		var m;
		m = this.$val;
		return !((((m & 2147483648) >>> 0) === 0));
	};
	$ptrType(FileMode).prototype.IsDir = function() { return new FileMode(this.$get()).IsDir(); };
	FileMode.prototype.IsRegular = function() {
		var m;
		m = this.$val;
		return ((m & 2401763328) >>> 0) === 0;
	};
	$ptrType(FileMode).prototype.IsRegular = function() { return new FileMode(this.$get()).IsRegular(); };
	FileMode.prototype.Perm = function() {
		var m;
		m = this.$val;
		return (m & 511) >>> 0;
	};
	$ptrType(FileMode).prototype.Perm = function() { return new FileMode(this.$get()).Perm(); };
	FileMode.prototype.Type = function() {
		var m;
		m = this.$val;
		return (m & 2401763328) >>> 0;
	};
	$ptrType(FileMode).prototype.Type = function() { return new FileMode(this.$get()).Type(); };
	PathError.ptr.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = e.Err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = e.Op + " " + e.Path + ": " + _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: PathError.ptr.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	PathError.prototype.Error = function() { return this.$val.Error(); };
	PathError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.Err;
	};
	PathError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	PathError.ptr.prototype.Timeout = function() {
		var {$24r, _r, _tuple, _v, e, ok, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_tuple = $assertType(e.Err, interfaceType, true);
		t = _tuple[0];
		ok = _tuple[1];
		if (!(ok)) { _v = false; $s = 1; continue s; }
		_r = t.Timeout(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: PathError.ptr.prototype.Timeout, $c: true, $r, $24r, _r, _tuple, _v, e, ok, t, $s};return $f;
	};
	PathError.prototype.Timeout = function() { return this.$val.Timeout(); };
	FileMode.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "IsDir", name: "IsDir", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsRegular", name: "IsRegular", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Perm", name: "Perm", pkg: "", typ: $funcType([], [FileMode], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [FileMode], false)}];
	ptrType.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}];
	DirEntry.init([{prop: "Info", name: "Info", pkg: "", typ: $funcType([], [FileInfo, $error], false)}, {prop: "IsDir", name: "IsDir", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [FileMode], false)}]);
	FileInfo.init([{prop: "IsDir", name: "IsDir", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "ModTime", name: "ModTime", pkg: "", typ: $funcType([], [time.Time], false)}, {prop: "Mode", name: "Mode", pkg: "", typ: $funcType([], [FileMode], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Sys", name: "Sys", pkg: "", typ: $funcType([], [$emptyInterface], false)}]);
	PathError.init("", [{prop: "Op", name: "Op", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Path", name: "Path", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = oserror.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = path.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.SkipDir = errors.New("skip this directory");
		$pkg.ErrInvalid = errInvalid();
		$pkg.ErrPermission = errPermission();
		$pkg.ErrExist = errExist();
		$pkg.ErrNotExist = errNotExist();
		$pkg.ErrClosed = errClosed();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["os"] = (function() {
	var $pkg = {}, $init, errors, js, itoa, oserror, poll, execenv, unix, testlog, unsafeheader, io, fs, runtime, sort, sync, atomic, syscall, time, fileStat, File, rawConn, file, unixDirent, LinkError, onlyWriter, timeout, SyscallError, dirInfo, readdirMode, sliceType, sliceType$1, sliceType$2, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$5, ptrType$6, sliceType$4, ptrType$7, ptrType$8, ptrType$9, funcType, ptrType$17, ptrType$18, sliceType$7, sliceType$8, funcType$2, funcType$3, ptrType$19, ptrType$20, errPatternHasSeparator, errWriteAtInAppendMode, lstat, dirBufPool, testingForceReadDirLstat, _r, _r$1, _r$2, nextRandom, CreateTemp, prefixAndSuffix, joinPath, lastIndex, statNolog, lstatNolog, fillFileStatFromSys, timespecToTime, Stat, Lstat, newRawConn, init, Exit, IsPathSeparator, basename, fixLongPath, NewFile, newFile, epipecheck, openFileNolog, Remove, tempDir, Readlink, newUnixDirent, sigpipe, syscallMode, chmod, ignoringEINTR, genericReadFrom, setStickyBit, Open, OpenFile, fixCount, TempDir, Chmod, ReadFile, Executable, errNoDeadline, errDeadlineExceeded, IsExist, IsNotExist, underlyingErrorIs, underlyingError, Getenv, direntIno, direntReclen, direntNamlen, direntType, readInt, readIntBE, readIntLE, ReadDir, runtime_args, init$1, runtime_beforeExit, executable, fastrand;
	errors = $packages["errors"];
	js = $packages["github.com/gopherjs/gopherjs/js"];
	itoa = $packages["internal/itoa"];
	oserror = $packages["internal/oserror"];
	poll = $packages["internal/poll"];
	execenv = $packages["internal/syscall/execenv"];
	unix = $packages["internal/syscall/unix"];
	testlog = $packages["internal/testlog"];
	unsafeheader = $packages["internal/unsafeheader"];
	io = $packages["io"];
	fs = $packages["io/fs"];
	runtime = $packages["runtime"];
	sort = $packages["sort"];
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	syscall = $packages["syscall"];
	time = $packages["time"];
	fileStat = $pkg.fileStat = $newType(0, $kindStruct, "os.fileStat", true, "os", false, function(name_, size_, mode_, modTime_, sys_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.size = new $Int64(0, 0);
			this.mode = 0;
			this.modTime = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil);
			this.sys = new syscall.Stat_t.ptr(new $Int64(0, 0), new $Uint64(0, 0), 0, 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), 0, 0, new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0));
			return;
		}
		this.name = name_;
		this.size = size_;
		this.mode = mode_;
		this.modTime = modTime_;
		this.sys = sys_;
	});
	File = $pkg.File = $newType(0, $kindStruct, "os.File", true, "os", true, function(file_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.file = ptrType$9.nil;
			return;
		}
		this.file = file_;
	});
	rawConn = $pkg.rawConn = $newType(0, $kindStruct, "os.rawConn", true, "os", false, function(file_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.file = ptrType$2.nil;
			return;
		}
		this.file = file_;
	});
	file = $pkg.file = $newType(0, $kindStruct, "os.file", true, "os", false, function(pfd_, name_, dirinfo_, nonblock_, stdoutOrErr_, appendMode_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pfd = new poll.FD.ptr(new poll.fdMutex.ptr(new $Uint64(0, 0), 0, 0), 0, new poll.pollDesc.ptr(ptrType$6.nil, false), ptrType$7.nil, 0, 0, false, false, false);
			this.name = "";
			this.dirinfo = ptrType$8.nil;
			this.nonblock = false;
			this.stdoutOrErr = false;
			this.appendMode = false;
			return;
		}
		this.pfd = pfd_;
		this.name = name_;
		this.dirinfo = dirinfo_;
		this.nonblock = nonblock_;
		this.stdoutOrErr = stdoutOrErr_;
		this.appendMode = appendMode_;
	});
	unixDirent = $pkg.unixDirent = $newType(0, $kindStruct, "os.unixDirent", true, "os", false, function(parent_, name_, typ_, info_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.parent = "";
			this.name = "";
			this.typ = 0;
			this.info = $ifaceNil;
			return;
		}
		this.parent = parent_;
		this.name = name_;
		this.typ = typ_;
		this.info = info_;
	});
	LinkError = $pkg.LinkError = $newType(0, $kindStruct, "os.LinkError", true, "os", true, function(Op_, Old_, New_, Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Op = "";
			this.Old = "";
			this.New = "";
			this.Err = $ifaceNil;
			return;
		}
		this.Op = Op_;
		this.Old = Old_;
		this.New = New_;
		this.Err = Err_;
	});
	onlyWriter = $pkg.onlyWriter = $newType(0, $kindStruct, "os.onlyWriter", true, "os", false, function(Writer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Writer = $ifaceNil;
			return;
		}
		this.Writer = Writer_;
	});
	timeout = $pkg.timeout = $newType(8, $kindInterface, "os.timeout", true, "os", false, null);
	SyscallError = $pkg.SyscallError = $newType(0, $kindStruct, "os.SyscallError", true, "os", true, function(Syscall_, Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Syscall = "";
			this.Err = $ifaceNil;
			return;
		}
		this.Syscall = Syscall_;
		this.Err = Err_;
	});
	dirInfo = $pkg.dirInfo = $newType(0, $kindStruct, "os.dirInfo", true, "os", false, function(buf_, nbuf_, bufp_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.buf = ptrType.nil;
			this.nbuf = 0;
			this.bufp = 0;
			return;
		}
		this.buf = buf_;
		this.nbuf = nbuf_;
		this.bufp = bufp_;
	});
	readdirMode = $pkg.readdirMode = $newType(4, $kindInt, "os.readdirMode", true, "os", false, null);
	sliceType = $sliceType($String);
	sliceType$1 = $sliceType($emptyInterface);
	sliceType$2 = $sliceType($Uint8);
	ptrType = $ptrType(sliceType$2);
	ptrType$1 = $ptrType(fileStat);
	ptrType$2 = $ptrType(File);
	ptrType$3 = $ptrType(time.Location);
	ptrType$5 = $ptrType(fs.PathError);
	ptrType$6 = $ptrType(poll.FD);
	sliceType$4 = $sliceType(syscall.Iovec);
	ptrType$7 = $ptrType(sliceType$4);
	ptrType$8 = $ptrType(dirInfo);
	ptrType$9 = $ptrType(file);
	funcType = $funcType([ptrType$9], [$error], false);
	ptrType$17 = $ptrType(LinkError);
	ptrType$18 = $ptrType(SyscallError);
	sliceType$7 = $sliceType(fs.DirEntry);
	sliceType$8 = $sliceType(fs.FileInfo);
	funcType$2 = $funcType([$Uintptr], [], false);
	funcType$3 = $funcType([$Uintptr], [$Bool], false);
	ptrType$19 = $ptrType(rawConn);
	ptrType$20 = $ptrType(unixDirent);
	fileStat.ptr.prototype.Size = function() {
		var fs$1;
		fs$1 = this;
		return fs$1.size;
	};
	fileStat.prototype.Size = function() { return this.$val.Size(); };
	fileStat.ptr.prototype.Mode = function() {
		var fs$1;
		fs$1 = this;
		return fs$1.mode;
	};
	fileStat.prototype.Mode = function() { return this.$val.Mode(); };
	fileStat.ptr.prototype.ModTime = function() {
		var fs$1;
		fs$1 = this;
		return fs$1.modTime;
	};
	fileStat.prototype.ModTime = function() { return this.$val.ModTime(); };
	fileStat.ptr.prototype.Sys = function() {
		var fs$1;
		fs$1 = this;
		return fs$1.sys;
	};
	fileStat.prototype.Sys = function() { return this.$val.Sys(); };
	fileStat.ptr.prototype.Name = function() {
		var fs$1;
		fs$1 = this;
		return fs$1.name;
	};
	fileStat.prototype.Name = function() { return this.$val.Name(); };
	fileStat.ptr.prototype.IsDir = function() {
		var fs$1;
		fs$1 = this;
		return new fs.FileMode(fs$1.Mode()).IsDir();
	};
	fileStat.prototype.IsDir = function() { return this.$val.IsDir(); };
	nextRandom = function() {
		var {$24r, _r$3, _r$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = fastrand(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = itoa.Uitoa(((_r$3 >>> 0))); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: nextRandom, $c: true, $r, $24r, _r$3, _r$4, $s};return $f;
	};
	CreateTemp = function(dir, pattern) {
		var {_r$3, _r$4, _r$5, _tuple, _tuple$1, dir, err, err$1, f, name, pattern, prefix, suffix, try$1, $s, $r, $c} = $restore(this, {dir, pattern});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (dir === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (dir === "") { */ case 1:
			_r$3 = TempDir(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			dir = _r$3;
		/* } */ case 2:
		_tuple = prefixAndSuffix(pattern);
		prefix = _tuple[0];
		suffix = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, new fs.PathError.ptr("createtemp", pattern, err)];
		}
		prefix = joinPath(dir, prefix);
		try$1 = 0;
		/* while (true) { */ case 4:
			_r$4 = nextRandom(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			name = prefix + _r$4 + suffix;
			_r$5 = OpenFile(name, 194, 384); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$1 = _r$5;
			f = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (IsExist(err$1)) {
				try$1 = try$1 + (1) >> 0;
				if (try$1 < 10000) {
					/* continue; */ $s = 4; continue;
				}
				$s = -1; return [ptrType$2.nil, new fs.PathError.ptr("createtemp", prefix + "*" + suffix, $pkg.ErrExist)];
			}
			$s = -1; return [f, err$1];
		case 5:
		$s = -1; return [ptrType$2.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: CreateTemp, $c: true, $r, _r$3, _r$4, _r$5, _tuple, _tuple$1, dir, err, err$1, f, name, pattern, prefix, suffix, try$1, $s};return $f;
	};
	$pkg.CreateTemp = CreateTemp;
	prefixAndSuffix = function(pattern) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, err, i, pattern, pos, prefix, suffix;
		prefix = "";
		suffix = "";
		err = $ifaceNil;
		i = 0;
		while (true) {
			if (!(i < pattern.length)) { break; }
			if (IsPathSeparator(pattern.charCodeAt(i))) {
				_tmp = "";
				_tmp$1 = "";
				_tmp$2 = errPatternHasSeparator;
				prefix = _tmp;
				suffix = _tmp$1;
				err = _tmp$2;
				return [prefix, suffix, err];
			}
			i = i + (1) >> 0;
		}
		pos = lastIndex(pattern, 42);
		if (!((pos === -1))) {
			_tmp$3 = $substring(pattern, 0, pos);
			_tmp$4 = $substring(pattern, (pos + 1 >> 0));
			prefix = _tmp$3;
			suffix = _tmp$4;
		} else {
			prefix = pattern;
		}
		_tmp$5 = prefix;
		_tmp$6 = suffix;
		_tmp$7 = $ifaceNil;
		prefix = _tmp$5;
		suffix = _tmp$6;
		err = _tmp$7;
		return [prefix, suffix, err];
	};
	joinPath = function(dir, name) {
		var dir, name;
		if (dir.length > 0 && IsPathSeparator(dir.charCodeAt((dir.length - 1 >> 0)))) {
			return dir + name;
		}
		return dir + "/" + name;
	};
	lastIndex = function(s, sep) {
		var i, s, sep;
		i = s.length - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			if (s.charCodeAt(i) === sep) {
				return i;
			}
			i = i - (1) >> 0;
		}
		return -1;
	};
	File.ptr.prototype.Stat = function() {
		var {_r$3, err, f, fs$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fs$1 = [fs$1];
		f = this;
		if (f === ptrType$2.nil) {
			$s = -1; return [$ifaceNil, $pkg.ErrInvalid];
		}
		fs$1[0] = new fileStat.ptr("", new $Int64(0, 0), 0, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil), new syscall.Stat_t.ptr(new $Int64(0, 0), new $Uint64(0, 0), 0, 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), 0, 0, new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0)));
		_r$3 = f.file.pfd.Fstat(fs$1[0].sys); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new fs.PathError.ptr("stat", f.file.name, err)];
		}
		fillFileStatFromSys(fs$1[0], f.file.name);
		$s = -1; return [fs$1[0], $ifaceNil];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Stat, $c: true, $r, _r$3, err, f, fs$1, $s};return $f;
	};
	File.prototype.Stat = function() { return this.$val.Stat(); };
	statNolog = function(name) {
		var {_r$3, err, fs$1, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fs$1 = [fs$1];
		name = [name];
		fs$1[0] = new fileStat.ptr("", new $Int64(0, 0), 0, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil), new syscall.Stat_t.ptr(new $Int64(0, 0), new $Uint64(0, 0), 0, 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), 0, 0, new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0)));
		_r$3 = ignoringEINTR((function(fs$1, name) { return function $b() {
			var {$24r, _r$3, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$3 = syscall.Stat(name[0], fs$1[0].sys); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$3, $s};return $f;
		}; })(fs$1, name)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new fs.PathError.ptr("stat", name[0], err)];
		}
		fillFileStatFromSys(fs$1[0], name[0]);
		$s = -1; return [fs$1[0], $ifaceNil];
		/* */ } return; } var $f = {$blk: statNolog, $c: true, $r, _r$3, err, fs$1, name, $s};return $f;
	};
	lstatNolog = function(name) {
		var {_r$3, err, fs$1, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fs$1 = [fs$1];
		name = [name];
		fs$1[0] = new fileStat.ptr("", new $Int64(0, 0), 0, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil), new syscall.Stat_t.ptr(new $Int64(0, 0), new $Uint64(0, 0), 0, 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), 0, 0, new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0)));
		_r$3 = ignoringEINTR((function(fs$1, name) { return function $b() {
			var {$24r, _r$3, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$3 = syscall.Lstat(name[0], fs$1[0].sys); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$3, $s};return $f;
		}; })(fs$1, name)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new fs.PathError.ptr("lstat", name[0], err)];
		}
		fillFileStatFromSys(fs$1[0], name[0]);
		$s = -1; return [fs$1[0], $ifaceNil];
		/* */ } return; } var $f = {$blk: lstatNolog, $c: true, $r, _r$3, err, fs$1, name, $s};return $f;
	};
	fillFileStatFromSys = function(fs$1, name) {
		var _1, fs$1, name;
		fs$1.name = basename(name);
		fs$1.size = fs$1.sys.Size;
		time.Time.copy(fs$1.modTime, timespecToTime(fs$1.sys.Mtime, fs$1.sys.MtimeNsec));
		fs$1.mode = ((((fs$1.sys.Mode & 511) >>> 0) >>> 0));
		_1 = (fs$1.sys.Mode & 126976) >>> 0;
		if (_1 === (24576)) {
			fs$1.mode = (fs$1.mode | (67108864)) >>> 0;
		} else if (_1 === (8192)) {
			fs$1.mode = (fs$1.mode | (69206016)) >>> 0;
		} else if (_1 === (16384)) {
			fs$1.mode = (fs$1.mode | (2147483648)) >>> 0;
		} else if (_1 === (4096)) {
			fs$1.mode = (fs$1.mode | (33554432)) >>> 0;
		} else if (_1 === (40960)) {
			fs$1.mode = (fs$1.mode | (134217728)) >>> 0;
		} else if (_1 === (32768)) {
		} else if (_1 === (49152)) {
			fs$1.mode = (fs$1.mode | (16777216)) >>> 0;
		}
		if (!((((fs$1.sys.Mode & 1024) >>> 0) === 0))) {
			fs$1.mode = (fs$1.mode | (4194304)) >>> 0;
		}
		if (!((((fs$1.sys.Mode & 2048) >>> 0) === 0))) {
			fs$1.mode = (fs$1.mode | (8388608)) >>> 0;
		}
		if (!((((fs$1.sys.Mode & 512) >>> 0) === 0))) {
			fs$1.mode = (fs$1.mode | (1048576)) >>> 0;
		}
	};
	timespecToTime = function(sec, nsec) {
		var nsec, sec;
		return time.Unix(sec, nsec);
	};
	Stat = function(name) {
		var {$24r, _r$3, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = testlog.Stat(name); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$3 = statNolog(name); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Stat, $c: true, $r, $24r, _r$3, name, $s};return $f;
	};
	$pkg.Stat = Stat;
	Lstat = function(name) {
		var {$24r, _r$3, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = testlog.Stat(name); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$3 = lstatNolog(name); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Lstat, $c: true, $r, $24r, _r$3, name, $s};return $f;
	};
	$pkg.Lstat = Lstat;
	File.ptr.prototype.readFrom = function(r) {
		var _tmp, _tmp$1, _tmp$2, err, f, handled, n, r;
		n = new $Int64(0, 0);
		handled = false;
		err = $ifaceNil;
		f = this;
		_tmp = new $Int64(0, 0);
		_tmp$1 = false;
		_tmp$2 = $ifaceNil;
		n = _tmp;
		handled = _tmp$1;
		err = _tmp$2;
		return [n, handled, err];
	};
	File.prototype.readFrom = function(r) { return this.$val.readFrom(r); };
	rawConn.ptr.prototype.Control = function(f) {
		var {_r$3, c, err, err$1, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		err = c.file.checkValid("SyscallConn.Control");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = c.file.file.pfd.RawControl(f); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err$1 = _r$3;
		runtime.KeepAlive(c.file);
		$s = -1; return err$1;
		/* */ } return; } var $f = {$blk: rawConn.ptr.prototype.Control, $c: true, $r, _r$3, c, err, err$1, f, $s};return $f;
	};
	rawConn.prototype.Control = function(f) { return this.$val.Control(f); };
	rawConn.ptr.prototype.Read = function(f) {
		var {_r$3, c, err, err$1, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		err = c.file.checkValid("SyscallConn.Read");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = c.file.file.pfd.RawRead(f); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err$1 = _r$3;
		runtime.KeepAlive(c.file);
		$s = -1; return err$1;
		/* */ } return; } var $f = {$blk: rawConn.ptr.prototype.Read, $c: true, $r, _r$3, c, err, err$1, f, $s};return $f;
	};
	rawConn.prototype.Read = function(f) { return this.$val.Read(f); };
	rawConn.ptr.prototype.Write = function(f) {
		var {_r$3, c, err, err$1, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		err = c.file.checkValid("SyscallConn.Write");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = c.file.file.pfd.RawWrite(f); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err$1 = _r$3;
		runtime.KeepAlive(c.file);
		$s = -1; return err$1;
		/* */ } return; } var $f = {$blk: rawConn.ptr.prototype.Write, $c: true, $r, _r$3, c, err, err$1, f, $s};return $f;
	};
	rawConn.prototype.Write = function(f) { return this.$val.Write(f); };
	newRawConn = function(file$1) {
		var file$1;
		return [new rawConn.ptr(file$1), $ifaceNil];
	};
	init = function() {
		if (false) {
			return;
		}
		$pkg.Args = runtime_args();
	};
	Exit = function(code) {
		var {_r$3, code, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (code === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (code === 0) { */ case 1:
			_r$3 = testlog.PanicOnExit0(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r$3) { */ case 3:
				$panic(new $String("unexpected call to os.Exit(0) during test"));
			/* } */ case 4:
			runtime_beforeExit();
		/* } */ case 2:
		$r = syscall.Exit(code); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Exit, $c: true, $r, _r$3, code, $s};return $f;
	};
	$pkg.Exit = Exit;
	IsPathSeparator = function(c) {
		var c;
		return 47 === c;
	};
	$pkg.IsPathSeparator = IsPathSeparator;
	basename = function(name) {
		var i, name;
		i = name.length - 1 >> 0;
		while (true) {
			if (!(i > 0 && (name.charCodeAt(i) === 47))) { break; }
			name = $substring(name, 0, i);
			i = i - (1) >> 0;
		}
		i = i - (1) >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			if (name.charCodeAt(i) === 47) {
				name = $substring(name, (i + 1 >> 0));
				break;
			}
			i = i - (1) >> 0;
		}
		return name;
	};
	fixLongPath = function(path) {
		var path;
		return path;
	};
	File.ptr.prototype.Fd = function() {
		var {_r$3, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (f === ptrType$2.nil) {
			$s = -1; return 4294967295;
		}
		/* */ if (f.file.nonblock) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.file.nonblock) { */ case 1:
			_r$3 = f.file.pfd.SetBlocking(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		/* } */ case 2:
		$s = -1; return ((f.file.pfd.Sysfd >>> 0));
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Fd, $c: true, $r, _r$3, f, $s};return $f;
	};
	File.prototype.Fd = function() { return this.$val.Fd(); };
	NewFile = function(fd, name) {
		var {$24r, _r$3, _tuple, err, fd, kind, name, nb, $s, $r, $c} = $restore(this, {fd, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		kind = 0;
		_tuple = unix.IsNonblock(((fd >> 0)));
		nb = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil) && nb) {
			kind = 3;
		}
		_r$3 = newFile(fd, name, kind); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewFile, $c: true, $r, $24r, _r$3, _tuple, err, fd, kind, name, nb, $s};return $f;
	};
	$pkg.NewFile = NewFile;
	newFile = function(fd, name, kind) {
		var {_1, _r$3, err, err$1, err$2, f, fd, fdi, kind, name, pollable, st, typ, $s, $r, $c} = $restore(this, {fd, name, kind});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fdi = [fdi];
		st = [st];
		fdi[0] = ((fd >> 0));
		if (fdi[0] < 0) {
			$s = -1; return ptrType$2.nil;
		}
		f = new File.ptr(new file.ptr(new poll.FD.ptr(new poll.fdMutex.ptr(new $Uint64(0, 0), 0, 0), fdi[0], new poll.pollDesc.ptr(ptrType$6.nil, false), ptrType$7.nil, 0, 0, true, true, false), name, ptrType$8.nil, false, (fdi[0] === 1) || (fdi[0] === 2), false));
		pollable = (kind === 1) || (kind === 2) || (kind === 3);
		/* */ if (kind === 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (kind === 1) { */ case 1:
				_1 = "js";
				/* */ if (_1 === ("darwin") || _1 === ("ios") || _1 === ("dragonfly") || _1 === ("freebsd") || _1 === ("netbsd") || _1 === ("openbsd")) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_1 === ("darwin") || _1 === ("ios") || _1 === ("dragonfly") || _1 === ("freebsd") || _1 === ("netbsd") || _1 === ("openbsd")) { */ case 4:
					st[0] = new syscall.Stat_t.ptr(new $Int64(0, 0), new $Uint64(0, 0), 0, 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), 0, 0, new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0), new $Int64(0, 0));
					_r$3 = ignoringEINTR((function(fdi, st) { return function $b() {
						var {$24r, _r$3, $s, $r, $c} = $restore(this, {});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						_r$3 = syscall.Fstat(fdi[0], st[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						$24r = _r$3;
						$s = 2; case 2: return $24r;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$3, $s};return $f;
					}; })(fdi, st)); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					err = _r$3;
					typ = (st[0].Mode & 126976) >>> 0;
					if ($interfaceIsEqual(err, $ifaceNil) && ((typ === 32768) || (typ === 16384))) {
						pollable = false;
					}
					if (false && (typ === 4096)) {
						pollable = false;
					}
				/* } */ case 5:
			case 3:
		/* } */ case 2:
		err$1 = f.file.pfd.Init("file", pollable);
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
		} else if (pollable) {
			err$2 = syscall.SetNonblock(fdi[0], true);
			if ($interfaceIsEqual(err$2, $ifaceNil)) {
				f.file.nonblock = true;
			}
		}
		runtime.SetFinalizer(f.file, new funcType($methodExpr(ptrType$9, "close")));
		$s = -1; return f;
		/* */ } return; } var $f = {$blk: newFile, $c: true, $r, _1, _r$3, err, err$1, err$2, f, fd, fdi, kind, name, pollable, st, typ, $s};return $f;
	};
	epipecheck = function(file$1, e) {
		var {e, file$1, $s, $r, $c} = $restore(this, {file$1, e});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if ($interfaceIsEqual(e, new syscall.Errno(32)) && file$1.file.stdoutOrErr) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(e, new syscall.Errno(32)) && file$1.file.stdoutOrErr) { */ case 1:
			$r = sigpipe(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: epipecheck, $c: true, $r, e, file$1, $s};return $f;
	};
	openFileNolog = function(name, flag, perm) {
		var {$24r, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, e, err, flag, name, perm, r, setSticky, $s, $r, $c} = $restore(this, {name, flag, perm});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		setSticky = false;
		/* */ if (true && !(((flag & 64) === 0)) && !((((perm & 1048576) >>> 0) === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (true && !(((flag & 64) === 0)) && !((((perm & 1048576) >>> 0) === 0))) { */ case 1:
			_r$3 = Stat(name); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			err = _tuple[1];
			if (IsNotExist(err)) {
				setSticky = true;
			}
		/* } */ case 2:
		r = 0;
		/* while (true) { */ case 4:
			e = $ifaceNil;
			_r$4 = syscall.Open(name, flag | 0, syscallMode(perm)); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$1 = _r$4;
			r = _tuple$1[0];
			e = _tuple$1[1];
			if ($interfaceIsEqual(e, $ifaceNil)) {
				/* break; */ $s = 5; continue;
			}
			if ($interfaceIsEqual(e, new syscall.Errno(4))) {
				/* continue; */ $s = 4; continue;
			}
			$s = -1; return [ptrType$2.nil, new fs.PathError.ptr("open", name, e)];
		case 5:
		/* */ if (setSticky) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (setSticky) { */ case 7:
			_r$5 = setStickyBit(name); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 8:
		if (true) {
			syscall.CloseOnExec(r);
		}
		_r$6 = newFile(((r >>> 0)), name, 1); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = [_r$6, $ifaceNil];
		$s = 11; case 11: return $24r;
		/* */ } return; } var $f = {$blk: openFileNolog, $c: true, $r, $24r, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, e, err, flag, name, perm, r, setSticky, $s};return $f;
	};
	file.ptr.prototype.close = function() {
		var {_r$3, e, err, file$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		file$1 = this;
		if (file$1 === ptrType$9.nil) {
			$s = -1; return new syscall.Errno(22);
		}
		if (!(file$1.dirinfo === ptrType$8.nil)) {
			file$1.dirinfo.close();
			file$1.dirinfo = ptrType$8.nil;
		}
		err = $ifaceNil;
		_r$3 = file$1.pfd.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			if ($interfaceIsEqual(e, poll.ErrFileClosing)) {
				e = $pkg.ErrClosed;
			}
			err = new fs.PathError.ptr("close", file$1.name, e);
		}
		runtime.SetFinalizer(file$1, $ifaceNil);
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: file.ptr.prototype.close, $c: true, $r, _r$3, e, err, file$1, $s};return $f;
	};
	file.prototype.close = function() { return this.$val.close(); };
	File.ptr.prototype.seek = function(offset, whence) {
		var {_r$3, _tmp, _tmp$1, _tuple, err, f, offset, ret, whence, $s, $r, $c} = $restore(this, {offset, whence});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = new $Int64(0, 0);
		err = $ifaceNil;
		f = this;
		if (!(f.file.dirinfo === ptrType$8.nil)) {
			f.file.dirinfo.close();
			f.file.dirinfo = ptrType$8.nil;
		}
		_r$3 = f.file.pfd.Seek(offset, whence); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		ret = _tuple[0];
		err = _tuple[1];
		runtime.KeepAlive(f);
		_tmp = ret;
		_tmp$1 = err;
		ret = _tmp;
		err = _tmp$1;
		$s = -1; return [ret, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.seek, $c: true, $r, _r$3, _tmp, _tmp$1, _tuple, err, f, offset, ret, whence, $s};return $f;
	};
	File.prototype.seek = function(offset, whence) { return this.$val.seek(offset, whence); };
	Remove = function(name) {
		var {_r$3, _r$4, e, e1, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = [name];
		_r$3 = ignoringEINTR((function(name) { return function $b() {
			var {$24r, _r$3, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$3 = syscall.Unlink(name[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$3, $s};return $f;
		}; })(name)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if ($interfaceIsEqual(e, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$4 = ignoringEINTR((function(name) { return function $b() {
			var {$24r, _r$4, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$4 = syscall.Rmdir(name[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$4, $s};return $f;
		}; })(name)); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		e1 = _r$4;
		if ($interfaceIsEqual(e1, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		if (!($interfaceIsEqual(e1, new syscall.Errno(20)))) {
			e = e1;
		}
		$s = -1; return new fs.PathError.ptr("remove", name[0], e);
		/* */ } return; } var $f = {$blk: Remove, $c: true, $r, _r$3, _r$4, e, e1, name, $s};return $f;
	};
	$pkg.Remove = Remove;
	tempDir = function() {
		var {_r$3, dir, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = Getenv("TMPDIR"); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		dir = _r$3;
		if (dir === "") {
			if (false) {
				dir = "/data/local/tmp";
			} else {
				dir = "/tmp";
			}
		}
		$s = -1; return dir;
		/* */ } return; } var $f = {$blk: tempDir, $c: true, $r, _r$3, dir, $s};return $f;
	};
	Readlink = function(name) {
		var {_r$3, _r$4, _tuple, _tuple$1, b, e, len, n, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		len = 128;
		/* while (true) { */ case 1:
			b = $makeSlice(sliceType$2, len);
			n = 0;
			e = $ifaceNil;
			/* while (true) { */ case 3:
				_r$3 = syscall.Readlink(name, b); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$1 = _r$3;
				_r$4 = fixCount(_tuple$1[0], _tuple$1[1]); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple = _r$4;
				n = _tuple[0];
				e = _tuple[1];
				if (!($interfaceIsEqual(e, new syscall.Errno(4)))) {
					/* break; */ $s = 4; continue;
				}
			$s = 3; continue;
			case 4:
			if (false && $interfaceIsEqual(e, new syscall.Errno(34))) {
				len = $imul(len, (2));
				/* continue; */ $s = 1; continue;
			}
			if (!($interfaceIsEqual(e, $ifaceNil))) {
				$s = -1; return ["", new fs.PathError.ptr("readlink", name, e)];
			}
			if (n < len) {
				$s = -1; return [($bytesToString($subslice(b, 0, n))), $ifaceNil];
			}
			len = $imul(len, (2));
		$s = 1; continue;
		case 2:
		$s = -1; return ["", $ifaceNil];
		/* */ } return; } var $f = {$blk: Readlink, $c: true, $r, _r$3, _r$4, _tuple, _tuple$1, b, e, len, n, name, $s};return $f;
	};
	$pkg.Readlink = Readlink;
	unixDirent.ptr.prototype.Name = function() {
		var d;
		d = this;
		return d.name;
	};
	unixDirent.prototype.Name = function() { return this.$val.Name(); };
	unixDirent.ptr.prototype.IsDir = function() {
		var d;
		d = this;
		return new fs.FileMode(d.typ).IsDir();
	};
	unixDirent.prototype.IsDir = function() { return this.$val.IsDir(); };
	unixDirent.ptr.prototype.Type = function() {
		var d;
		d = this;
		return d.typ;
	};
	unixDirent.prototype.Type = function() { return this.$val.Type(); };
	unixDirent.ptr.prototype.Info = function() {
		var {$24r, _r$3, d, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		if (!($interfaceIsEqual(d.info, $ifaceNil))) {
			$s = -1; return [d.info, $ifaceNil];
		}
		_r$3 = lstat(d.parent + "/" + d.name); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: unixDirent.ptr.prototype.Info, $c: true, $r, $24r, _r$3, d, $s};return $f;
	};
	unixDirent.prototype.Info = function() { return this.$val.Info(); };
	newUnixDirent = function(parent, name, typ) {
		var {_r$3, _r$4, _r$5, _tuple, err, info, name, parent, typ, ude, $s, $r, $c} = $restore(this, {parent, name, typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ude = new unixDirent.ptr(parent, name, typ, $ifaceNil);
		if (!((typ === 4294967295)) && !testingForceReadDirLstat) {
			$s = -1; return [ude, $ifaceNil];
		}
		_r$3 = lstat(parent + "/" + name); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		info = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, err];
		}
		_r$4 = info.Mode(); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = new fs.FileMode(_r$4).Type(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ude.typ = _r$5;
		ude.info = info;
		$s = -1; return [ude, $ifaceNil];
		/* */ } return; } var $f = {$blk: newUnixDirent, $c: true, $r, _r$3, _r$4, _r$5, _tuple, err, info, name, parent, typ, ude, $s};return $f;
	};
	sigpipe = function() {
		$throwRuntimeError("native function not implemented: os.sigpipe");
	};
	File.ptr.prototype.Close = function() {
		var {$24r, _r$3, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (f === ptrType$2.nil) {
			$s = -1; return $pkg.ErrInvalid;
		}
		_r$3 = f.file.close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Close, $c: true, $r, $24r, _r$3, f, $s};return $f;
	};
	File.prototype.Close = function() { return this.$val.Close(); };
	File.ptr.prototype.read = function(b) {
		var {_r$3, _tmp, _tmp$1, _tuple, b, err, f, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		_r$3 = f.file.pfd.Read(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n = _tuple[0];
		err = _tuple[1];
		runtime.KeepAlive(f);
		_tmp = n;
		_tmp$1 = err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.read, $c: true, $r, _r$3, _tmp, _tmp$1, _tuple, b, err, f, n, $s};return $f;
	};
	File.prototype.read = function(b) { return this.$val.read(b); };
	File.ptr.prototype.pread = function(b, off) {
		var {_r$3, _tmp, _tmp$1, _tuple, b, err, f, n, off, $s, $r, $c} = $restore(this, {b, off});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		_r$3 = f.file.pfd.Pread(b, off); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n = _tuple[0];
		err = _tuple[1];
		runtime.KeepAlive(f);
		_tmp = n;
		_tmp$1 = err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.pread, $c: true, $r, _r$3, _tmp, _tmp$1, _tuple, b, err, f, n, off, $s};return $f;
	};
	File.prototype.pread = function(b, off) { return this.$val.pread(b, off); };
	File.ptr.prototype.write = function(b) {
		var {_r$3, _tmp, _tmp$1, _tuple, b, err, f, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		_r$3 = f.file.pfd.Write(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n = _tuple[0];
		err = _tuple[1];
		runtime.KeepAlive(f);
		_tmp = n;
		_tmp$1 = err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.write, $c: true, $r, _r$3, _tmp, _tmp$1, _tuple, b, err, f, n, $s};return $f;
	};
	File.prototype.write = function(b) { return this.$val.write(b); };
	File.ptr.prototype.pwrite = function(b, off) {
		var {_r$3, _tmp, _tmp$1, _tuple, b, err, f, n, off, $s, $r, $c} = $restore(this, {b, off});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		_r$3 = f.file.pfd.Pwrite(b, off); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n = _tuple[0];
		err = _tuple[1];
		runtime.KeepAlive(f);
		_tmp = n;
		_tmp$1 = err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.pwrite, $c: true, $r, _r$3, _tmp, _tmp$1, _tuple, b, err, f, n, off, $s};return $f;
	};
	File.prototype.pwrite = function(b, off) { return this.$val.pwrite(b, off); };
	syscallMode = function(i) {
		var i, o;
		o = 0;
		o = (o | (((new fs.FileMode(i).Perm() >>> 0)))) >>> 0;
		if (!((((i & 8388608) >>> 0) === 0))) {
			o = (o | (2048)) >>> 0;
		}
		if (!((((i & 4194304) >>> 0) === 0))) {
			o = (o | (1024)) >>> 0;
		}
		if (!((((i & 1048576) >>> 0) === 0))) {
			o = (o | (512)) >>> 0;
		}
		return o;
	};
	chmod = function(name, mode) {
		var {_r$3, e, longName, mode, name, $s, $r, $c} = $restore(this, {name, mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		longName = [longName];
		mode = [mode];
		longName[0] = fixLongPath(name);
		_r$3 = ignoringEINTR((function(longName, mode) { return function $b() {
			var {$24r, _r$3, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$3 = syscall.Chmod(longName[0], syscallMode(mode[0])); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$3, $s};return $f;
		}; })(longName, mode)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			$s = -1; return new fs.PathError.ptr("chmod", name, e);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: chmod, $c: true, $r, _r$3, e, longName, mode, name, $s};return $f;
	};
	File.ptr.prototype.chmod = function(mode) {
		var {_r$3, e, err, f, mode, $s, $r, $c} = $restore(this, {mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("chmod");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.Fchmod(syscallMode(mode)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			$s = -1; return f.wrapErr("chmod", e);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.chmod, $c: true, $r, _r$3, e, err, f, mode, $s};return $f;
	};
	File.prototype.chmod = function(mode) { return this.$val.chmod(mode); };
	File.ptr.prototype.Chown = function(uid, gid) {
		var {_r$3, e, err, f, gid, uid, $s, $r, $c} = $restore(this, {uid, gid});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("chown");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.Fchown(uid, gid); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			$s = -1; return f.wrapErr("chown", e);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Chown, $c: true, $r, _r$3, e, err, f, gid, uid, $s};return $f;
	};
	File.prototype.Chown = function(uid, gid) { return this.$val.Chown(uid, gid); };
	File.ptr.prototype.Truncate = function(size) {
		var {_r$3, e, err, f, size, $s, $r, $c} = $restore(this, {size});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("truncate");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.Ftruncate(size); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			$s = -1; return f.wrapErr("truncate", e);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Truncate, $c: true, $r, _r$3, e, err, f, size, $s};return $f;
	};
	File.prototype.Truncate = function(size) { return this.$val.Truncate(size); };
	File.ptr.prototype.Sync = function() {
		var {_r$3, e, err, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("sync");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.Fsync(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			$s = -1; return f.wrapErr("sync", e);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Sync, $c: true, $r, _r$3, e, err, f, $s};return $f;
	};
	File.prototype.Sync = function() { return this.$val.Sync(); };
	File.ptr.prototype.Chdir = function() {
		var {_r$3, e, err, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("chdir");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.Fchdir(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			$s = -1; return f.wrapErr("chdir", e);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Chdir, $c: true, $r, _r$3, e, err, f, $s};return $f;
	};
	File.prototype.Chdir = function() { return this.$val.Chdir(); };
	File.ptr.prototype.setDeadline = function(t) {
		var {$24r, _r$3, err, f, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("SetDeadline");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.SetDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.setDeadline, $c: true, $r, $24r, _r$3, err, f, t, $s};return $f;
	};
	File.prototype.setDeadline = function(t) { return this.$val.setDeadline(t); };
	File.ptr.prototype.setReadDeadline = function(t) {
		var {$24r, _r$3, err, f, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("SetReadDeadline");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.SetReadDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.setReadDeadline, $c: true, $r, $24r, _r$3, err, f, t, $s};return $f;
	};
	File.prototype.setReadDeadline = function(t) { return this.$val.setReadDeadline(t); };
	File.ptr.prototype.setWriteDeadline = function(t) {
		var {$24r, _r$3, err, f, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = f.checkValid("SetWriteDeadline");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = f.file.pfd.SetWriteDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.setWriteDeadline, $c: true, $r, $24r, _r$3, err, f, t, $s};return $f;
	};
	File.prototype.setWriteDeadline = function(t) { return this.$val.setWriteDeadline(t); };
	File.ptr.prototype.checkValid = function(op) {
		var f, op;
		f = this;
		if (f === ptrType$2.nil) {
			return $pkg.ErrInvalid;
		}
		return $ifaceNil;
	};
	File.prototype.checkValid = function(op) { return this.$val.checkValid(op); };
	ignoringEINTR = function(fn) {
		var {_r$3, err, fn, $s, $r, $c} = $restore(this, {fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			_r$3 = fn(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
			if (!($interfaceIsEqual(err, new syscall.Errno(4)))) {
				$s = -1; return err;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: ignoringEINTR, $c: true, $r, _r$3, err, fn, $s};return $f;
	};
	File.ptr.prototype.Name = function() {
		var f;
		f = this;
		return f.file.name;
	};
	File.prototype.Name = function() { return this.$val.Name(); };
	LinkError.ptr.prototype.Error = function() {
		var {$24r, _r$3, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$3 = e.Err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = e.Op + " " + e.Old + " " + e.New + ": " + _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: LinkError.ptr.prototype.Error, $c: true, $r, $24r, _r$3, e, $s};return $f;
	};
	LinkError.prototype.Error = function() { return this.$val.Error(); };
	LinkError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.Err;
	};
	LinkError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	File.ptr.prototype.Read = function(b) {
		var {_r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, err$1, f, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		err$1 = f.checkValid("read");
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = err$1;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_r$3 = f.read(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n = _tuple[0];
		e = _tuple[1];
		_tmp$2 = n;
		_tmp$3 = f.wrapErr("read", e);
		n = _tmp$2;
		err = _tmp$3;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Read, $c: true, $r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, err$1, f, n, $s};return $f;
	};
	File.prototype.Read = function(b) { return this.$val.Read(b); };
	File.ptr.prototype.ReadAt = function(b, off) {
		var {_r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, err$1, f, m, n, off, x, $s, $r, $c} = $restore(this, {b, off});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		err$1 = f.checkValid("read");
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = err$1;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		if ((off.$high < 0 || (off.$high === 0 && off.$low < 0))) {
			_tmp$2 = 0;
			_tmp$3 = new fs.PathError.ptr("readat", f.file.name, errors.New("negative offset"));
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_r$3 = f.pread(b, off); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			m = _tuple[0];
			e = _tuple[1];
			if (!($interfaceIsEqual(e, $ifaceNil))) {
				err = f.wrapErr("read", e);
				/* break; */ $s = 2; continue;
			}
			n = n + (m) >> 0;
			b = $subslice(b, m);
			off = (x = (new $Int64(0, m)), new $Int64(off.$high + x.$high, off.$low + x.$low));
		$s = 1; continue;
		case 2:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.ReadAt, $c: true, $r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, err$1, f, m, n, off, x, $s};return $f;
	};
	File.prototype.ReadAt = function(b, off) { return this.$val.ReadAt(b, off); };
	File.ptr.prototype.ReadFrom = function(r) {
		var {$24r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, e, err, err$1, f, handled, n, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		f = this;
		err$1 = f.checkValid("write");
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			_tmp = new $Int64(0, 0);
			_tmp$1 = err$1;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_tuple = f.readFrom(r);
		n = _tuple[0];
		handled = _tuple[1];
		e = _tuple[2];
		/* */ if (!handled) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!handled) { */ case 1:
			_r$3 = genericReadFrom(f, r); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			n = _tuple$1[0];
			err = _tuple$1[1];
			$24r = [n, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_tmp$2 = n;
		_tmp$3 = f.wrapErr("write", e);
		n = _tmp$2;
		err = _tmp$3;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.ReadFrom, $c: true, $r, $24r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, e, err, err$1, f, handled, n, r, $s};return $f;
	};
	File.prototype.ReadFrom = function(r) { return this.$val.ReadFrom(r); };
	genericReadFrom = function(f, r) {
		var {$24r, _r$3, f, r, x, $s, $r, $c} = $restore(this, {f, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = io.Copy((x = new onlyWriter.ptr(f), new x.constructor.elem(x)), r); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: genericReadFrom, $c: true, $r, $24r, _r$3, f, r, x, $s};return $f;
	};
	File.ptr.prototype.Write = function(b) {
		var {_r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, err$1, f, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		err$1 = f.checkValid("write");
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = err$1;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_r$3 = f.write(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n = _tuple[0];
		e = _tuple[1];
		if (n < 0) {
			n = 0;
		}
		if (!((n === b.$length))) {
			err = io.ErrShortWrite;
		}
		$r = epipecheck(f, e); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			err = f.wrapErr("write", e);
		}
		_tmp$2 = n;
		_tmp$3 = err;
		n = _tmp$2;
		err = _tmp$3;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Write, $c: true, $r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, b, e, err, err$1, f, n, $s};return $f;
	};
	File.prototype.Write = function(b) { return this.$val.Write(b); };
	File.ptr.prototype.WriteAt = function(b, off) {
		var {_r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, e, err, err$1, f, m, n, off, x, $s, $r, $c} = $restore(this, {b, off});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		err$1 = f.checkValid("write");
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = err$1;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		if (f.file.appendMode) {
			_tmp$2 = 0;
			_tmp$3 = errWriteAtInAppendMode;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		if ((off.$high < 0 || (off.$high === 0 && off.$low < 0))) {
			_tmp$4 = 0;
			_tmp$5 = new fs.PathError.ptr("writeat", f.file.name, errors.New("negative offset"));
			n = _tmp$4;
			err = _tmp$5;
			$s = -1; return [n, err];
		}
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_r$3 = f.pwrite(b, off); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			m = _tuple[0];
			e = _tuple[1];
			if (!($interfaceIsEqual(e, $ifaceNil))) {
				err = f.wrapErr("write", e);
				/* break; */ $s = 2; continue;
			}
			n = n + (m) >> 0;
			b = $subslice(b, m);
			off = (x = (new $Int64(0, m)), new $Int64(off.$high + x.$high, off.$low + x.$low));
		$s = 1; continue;
		case 2:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.WriteAt, $c: true, $r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, e, err, err$1, f, m, n, off, x, $s};return $f;
	};
	File.prototype.WriteAt = function(b, off) { return this.$val.WriteAt(b, off); };
	File.ptr.prototype.Seek = function(offset, whence) {
		var {_r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, e, err, err$1, f, offset, r, ret, whence, $s, $r, $c} = $restore(this, {offset, whence});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = new $Int64(0, 0);
		err = $ifaceNil;
		f = this;
		err$1 = f.checkValid("seek");
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			_tmp = new $Int64(0, 0);
			_tmp$1 = err$1;
			ret = _tmp;
			err = _tmp$1;
			$s = -1; return [ret, err];
		}
		_r$3 = f.seek(offset, whence); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		r = _tuple[0];
		e = _tuple[1];
		if ($interfaceIsEqual(e, $ifaceNil) && !(f.file.dirinfo === ptrType$8.nil) && !((r.$high === 0 && r.$low === 0))) {
			e = new syscall.Errno(21);
		}
		if (!($interfaceIsEqual(e, $ifaceNil))) {
			_tmp$2 = new $Int64(0, 0);
			_tmp$3 = f.wrapErr("seek", e);
			ret = _tmp$2;
			err = _tmp$3;
			$s = -1; return [ret, err];
		}
		_tmp$4 = r;
		_tmp$5 = $ifaceNil;
		ret = _tmp$4;
		err = _tmp$5;
		$s = -1; return [ret, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Seek, $c: true, $r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, e, err, err$1, f, offset, r, ret, whence, $s};return $f;
	};
	File.prototype.Seek = function(offset, whence) { return this.$val.Seek(offset, whence); };
	setStickyBit = function(name) {
		var {$24r, _arg, _arg$1, _r$3, _r$4, _r$5, _tuple, err, fi, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = Stat(name); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		fi = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_arg = name;
		_r$4 = fi.Mode(); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_arg$1 = (_r$4 | 1048576) >>> 0;
		_r$5 = Chmod(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: setStickyBit, $c: true, $r, $24r, _arg, _arg$1, _r$3, _r$4, _r$5, _tuple, err, fi, name, $s};return $f;
	};
	Open = function(name) {
		var {$24r, _r$3, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = OpenFile(name, 0, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Open, $c: true, $r, $24r, _r$3, name, $s};return $f;
	};
	$pkg.Open = Open;
	OpenFile = function(name, flag, perm) {
		var {_r$3, _tuple, err, f, flag, name, perm, $s, $r, $c} = $restore(this, {name, flag, perm});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = testlog.Open(name); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$3 = openFileNolog(name, flag, perm); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, err];
		}
		f.file.appendMode = !(((flag & 1024) === 0));
		$s = -1; return [f, $ifaceNil];
		/* */ } return; } var $f = {$blk: OpenFile, $c: true, $r, _r$3, _tuple, err, f, flag, name, perm, $s};return $f;
	};
	$pkg.OpenFile = OpenFile;
	fixCount = function(n, err) {
		var err, n;
		if (n < 0) {
			n = 0;
		}
		return [n, err];
	};
	File.ptr.prototype.wrapErr = function(op, err) {
		var err, f, op;
		f = this;
		if ($interfaceIsEqual(err, $ifaceNil) || $interfaceIsEqual(err, io.EOF)) {
			return err;
		}
		if ($interfaceIsEqual(err, poll.ErrFileClosing)) {
			err = $pkg.ErrClosed;
		}
		return new fs.PathError.ptr(op, f.file.name, err);
	};
	File.prototype.wrapErr = function(op, err) { return this.$val.wrapErr(op, err); };
	TempDir = function() {
		var {$24r, _r$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = tempDir(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: TempDir, $c: true, $r, $24r, _r$3, $s};return $f;
	};
	$pkg.TempDir = TempDir;
	Chmod = function(name, mode) {
		var {$24r, _r$3, mode, name, $s, $r, $c} = $restore(this, {name, mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = chmod(name, mode); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Chmod, $c: true, $r, $24r, _r$3, mode, name, $s};return $f;
	};
	$pkg.Chmod = Chmod;
	File.ptr.prototype.Chmod = function(mode) {
		var {$24r, _r$3, f, mode, $s, $r, $c} = $restore(this, {mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r$3 = f.chmod(mode); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Chmod, $c: true, $r, $24r, _r$3, f, mode, $s};return $f;
	};
	File.prototype.Chmod = function(mode) { return this.$val.Chmod(mode); };
	File.ptr.prototype.SetDeadline = function(t) {
		var {$24r, _r$3, f, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r$3 = f.setDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.SetDeadline, $c: true, $r, $24r, _r$3, f, t, $s};return $f;
	};
	File.prototype.SetDeadline = function(t) { return this.$val.SetDeadline(t); };
	File.ptr.prototype.SetReadDeadline = function(t) {
		var {$24r, _r$3, f, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r$3 = f.setReadDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.SetReadDeadline, $c: true, $r, $24r, _r$3, f, t, $s};return $f;
	};
	File.prototype.SetReadDeadline = function(t) { return this.$val.SetReadDeadline(t); };
	File.ptr.prototype.SetWriteDeadline = function(t) {
		var {$24r, _r$3, f, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r$3 = f.setWriteDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.SetWriteDeadline, $c: true, $r, $24r, _r$3, f, t, $s};return $f;
	};
	File.prototype.SetWriteDeadline = function(t) { return this.$val.SetWriteDeadline(t); };
	File.ptr.prototype.SyscallConn = function() {
		var _returncast, err, f;
		f = this;
		err = f.checkValid("SyscallConn");
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [$ifaceNil, err];
		}
		_returncast = newRawConn(f);
		return [_returncast[0], _returncast[1]];
	};
	File.prototype.SyscallConn = function() { return this.$val.SyscallConn(); };
	ReadFile = function(name) {
		var {$24r, $24r$1, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, _tuple$2, d, data, err, err$1, err$2, f, info, n, name, size, size64, x, $s, $deferred, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r$3 = Open(name); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		f = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [sliceType$2.nil, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(f, "Close"), []]);
		size = 0;
		_r$4 = f.Stat(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$1 = _r$4;
		info = _tuple$1[0];
		err$1 = _tuple$1[1];
		/* */ if ($interfaceIsEqual(err$1, $ifaceNil)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if ($interfaceIsEqual(err$1, $ifaceNil)) { */ case 6:
			_r$5 = info.Size(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			size64 = _r$5;
			if ((x = (new $Int64(0, (((size64.$low + ((size64.$high >> 31) * 4294967296)) >> 0)))), (x.$high === size64.$high && x.$low === size64.$low))) {
				size = (((size64.$low + ((size64.$high >> 31) * 4294967296)) >> 0));
			}
		/* } */ case 7:
		size = size + (1) >> 0;
		if (size < 512) {
			size = 512;
		}
		data = $makeSlice(sliceType$2, 0, size);
		/* while (true) { */ case 9:
			if (data.$length >= data.$capacity) {
				d = $append($subslice(data, 0, data.$capacity), 0);
				data = $subslice(d, 0, data.$length);
			}
			_r$6 = f.Read($subslice(data, data.$length, data.$capacity)); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$2 = _r$6;
			n = _tuple$2[0];
			err$2 = _tuple$2[1];
			data = $subslice(data, 0, (data.$length + n >> 0));
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 12:
				if ($interfaceIsEqual(err$2, io.EOF)) {
					err$2 = $ifaceNil;
				}
				$24r$1 = [data, err$2];
				$s = 14; case 14: return $24r$1;
			/* } */ case 13:
		$s = 9; continue;
		case 10:
		$s = -1; return [sliceType$2.nil, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [sliceType$2.nil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: ReadFile, $c: true, $r, $24r, $24r$1, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, _tuple$2, d, data, err, err$1, err$2, f, info, n, name, size, size64, x, $s, $deferred};return $f; } }
	};
	$pkg.ReadFile = ReadFile;
	Executable = function() {
		return executable();
	};
	$pkg.Executable = Executable;
	errNoDeadline = function() {
		return poll.ErrNoDeadline;
	};
	errDeadlineExceeded = function() {
		return poll.ErrDeadlineExceeded;
	};
	SyscallError.ptr.prototype.Error = function() {
		var {$24r, _r$3, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$3 = e.Err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = e.Syscall + ": " + _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: SyscallError.ptr.prototype.Error, $c: true, $r, $24r, _r$3, e, $s};return $f;
	};
	SyscallError.prototype.Error = function() { return this.$val.Error(); };
	SyscallError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.Err;
	};
	SyscallError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	SyscallError.ptr.prototype.Timeout = function() {
		var {$24r, _r$3, _tuple, _v, e, ok, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_tuple = $assertType(e.Err, timeout, true);
		t = _tuple[0];
		ok = _tuple[1];
		if (!(ok)) { _v = false; $s = 1; continue s; }
		_r$3 = t.Timeout(); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = _r$3; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: SyscallError.ptr.prototype.Timeout, $c: true, $r, $24r, _r$3, _tuple, _v, e, ok, t, $s};return $f;
	};
	SyscallError.prototype.Timeout = function() { return this.$val.Timeout(); };
	IsExist = function(err) {
		var err;
		return underlyingErrorIs(err, $pkg.ErrExist);
	};
	$pkg.IsExist = IsExist;
	IsNotExist = function(err) {
		var err;
		return underlyingErrorIs(err, $pkg.ErrNotExist);
	};
	$pkg.IsNotExist = IsNotExist;
	underlyingErrorIs = function(err, target) {
		var _tuple, e, err, ok, target;
		err = underlyingError(err);
		if ($interfaceIsEqual(err, target)) {
			return true;
		}
		_tuple = $assertType(err, syscall.Errno, true);
		e = _tuple[0];
		ok = _tuple[1];
		return ok && new syscall.Errno(e).Is(target);
	};
	underlyingError = function(err) {
		var _ref, err, err$1, err$2, err$3;
		_ref = err;
		if ($assertType(_ref, ptrType$5, true)[1]) {
			err$1 = _ref.$val;
			return err$1.Err;
		} else if ($assertType(_ref, ptrType$17, true)[1]) {
			err$2 = _ref.$val;
			return err$2.Err;
		} else if ($assertType(_ref, ptrType$18, true)[1]) {
			err$3 = _ref.$val;
			return err$3.Err;
		}
		return err;
	};
	Getenv = function(key) {
		var {_r$3, _tuple, key, v, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = testlog.Getenv(key); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$3 = syscall.Getenv(key); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		v = _tuple[0];
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: Getenv, $c: true, $r, _r$3, _tuple, key, v, $s};return $f;
	};
	$pkg.Getenv = Getenv;
	direntIno = function(buf) {
		var buf;
		return [new $Uint64(0, 1), true];
	};
	direntReclen = function(buf) {
		var buf;
		return readInt(buf, 0, 2);
	};
	direntNamlen = function(buf) {
		var _tuple, buf, ok, reclen;
		_tuple = direntReclen(buf);
		reclen = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return [new $Uint64(0, 0), false];
		}
		return [new $Uint64(reclen.$high - 0, reclen.$low - 2), true];
	};
	direntType = function(buf) {
		var buf;
		return 4294967295;
	};
	dirInfo.ptr.prototype.close = function() {
		var d;
		d = this;
		if (!(d.buf === ptrType.nil)) {
			dirBufPool.Put(d.buf);
			d.buf = ptrType.nil;
		}
	};
	dirInfo.prototype.close = function() { return this.$val.close(); };
	File.ptr.prototype.readdir = function(n, mode) {
		var {_i, _r$3, _r$4, _r$5, _r$6, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, buf, c, d, de, dirents, err, err$1, err$2, errno, f, i, info, infos, ino, mode, n, name, names, namlen, ok, rec, reclen, x, x$1, x$2, $s, $r, $c} = $restore(this, {n, mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		names = sliceType.nil;
		dirents = sliceType$7.nil;
		infos = sliceType$8.nil;
		err = $ifaceNil;
		f = this;
		/* */ if (f.file.dirinfo === ptrType$8.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.file.dirinfo === ptrType$8.nil) { */ case 1:
			f.file.dirinfo = new dirInfo.ptr(ptrType.nil, 0, 0);
			_r$3 = dirBufPool.Get(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			f.file.dirinfo.buf = $assertType(_r$3, ptrType);
		/* } */ case 2:
		d = f.file.dirinfo;
		if (n === 0) {
			n = -1;
		}
		/* while (true) { */ case 4:
			/* if (!(!((n === 0)))) { break; } */ if(!(!((n === 0)))) { $s = 5; continue; }
			/* */ if (d.bufp >= d.nbuf) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (d.bufp >= d.nbuf) { */ case 6:
				d.bufp = 0;
				errno = $ifaceNil;
				_r$4 = f.file.pfd.ReadDirent(d.buf.$get()); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple = _r$4;
				d.nbuf = _tuple[0];
				errno = _tuple[1];
				runtime.KeepAlive(f);
				if (!($interfaceIsEqual(errno, $ifaceNil))) {
					_tmp = names;
					_tmp$1 = dirents;
					_tmp$2 = infos;
					_tmp$3 = new fs.PathError.ptr("readdirent", f.file.name, errno);
					names = _tmp;
					dirents = _tmp$1;
					infos = _tmp$2;
					err = _tmp$3;
					$s = -1; return [names, dirents, infos, err];
				}
				if (d.nbuf <= 0) {
					/* break; */ $s = 5; continue;
				}
			/* } */ case 7:
			buf = $subslice((d.buf.$get()), d.bufp, d.nbuf);
			_tuple$1 = direntReclen(buf);
			reclen = _tuple$1[0];
			ok = _tuple$1[1];
			if (!ok || (x = (new $Uint64(0, buf.$length)), (reclen.$high > x.$high || (reclen.$high === x.$high && reclen.$low > x.$low)))) {
				/* break; */ $s = 5; continue;
			}
			rec = $subslice(buf, 0, $flatten64(reclen));
			d.bufp = d.bufp + (((reclen.$low >> 0))) >> 0;
			_tuple$2 = direntIno(rec);
			ino = _tuple$2[0];
			ok = _tuple$2[1];
			if (!ok) {
				/* break; */ $s = 5; continue;
			}
			if ((ino.$high === 0 && ino.$low === 0)) {
				/* continue; */ $s = 4; continue;
			}
			_tuple$3 = direntNamlen(rec);
			namlen = _tuple$3[0];
			ok = _tuple$3[1];
			if (!ok || (x$1 = new $Uint64(0 + namlen.$high, 2 + namlen.$low), x$2 = (new $Uint64(0, rec.$length)), (x$1.$high > x$2.$high || (x$1.$high === x$2.$high && x$1.$low > x$2.$low)))) {
				/* break; */ $s = 5; continue;
			}
			name = $subslice(rec, 2, $flatten64(new $Uint64(0 + namlen.$high, 2 + namlen.$low)));
			_ref = name;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (c === 0) {
					name = $subslice(name, 0, i);
					break;
				}
				_i++;
			}
			if (($bytesToString(name)) === "." || ($bytesToString(name)) === "..") {
				/* continue; */ $s = 4; continue;
			}
			if (n > 0) {
				n = n - (1) >> 0;
			}
			/* */ if (mode === 0) { $s = 9; continue; }
			/* */ if (mode === 1) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (mode === 0) { */ case 9:
				names = $append(names, ($bytesToString(name)));
				$s = 12; continue;
			/* } else if (mode === 1) { */ case 10:
				_r$5 = newUnixDirent(f.file.name, ($bytesToString(name)), direntType(rec)); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$4 = _r$5;
				de = _tuple$4[0];
				err$1 = _tuple$4[1];
				if (IsNotExist(err$1)) {
					/* continue; */ $s = 4; continue;
				}
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp$4 = sliceType.nil;
					_tmp$5 = dirents;
					_tmp$6 = sliceType$8.nil;
					_tmp$7 = err$1;
					names = _tmp$4;
					dirents = _tmp$5;
					infos = _tmp$6;
					err = _tmp$7;
					$s = -1; return [names, dirents, infos, err];
				}
				dirents = $append(dirents, de);
				$s = 12; continue;
			/* } else { */ case 11:
				_r$6 = lstat(f.file.name + "/" + ($bytesToString(name))); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$5 = _r$6;
				info = _tuple$5[0];
				err$2 = _tuple$5[1];
				if (IsNotExist(err$2)) {
					/* continue; */ $s = 4; continue;
				}
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					_tmp$8 = sliceType.nil;
					_tmp$9 = sliceType$7.nil;
					_tmp$10 = infos;
					_tmp$11 = err$2;
					names = _tmp$8;
					dirents = _tmp$9;
					infos = _tmp$10;
					err = _tmp$11;
					$s = -1; return [names, dirents, infos, err];
				}
				infos = $append(infos, info);
			/* } */ case 12:
		$s = 4; continue;
		case 5:
		if (n > 0 && (((names.$length + dirents.$length >> 0) + infos.$length >> 0) === 0)) {
			_tmp$12 = sliceType.nil;
			_tmp$13 = sliceType$7.nil;
			_tmp$14 = sliceType$8.nil;
			_tmp$15 = io.EOF;
			names = _tmp$12;
			dirents = _tmp$13;
			infos = _tmp$14;
			err = _tmp$15;
			$s = -1; return [names, dirents, infos, err];
		}
		_tmp$16 = names;
		_tmp$17 = dirents;
		_tmp$18 = infos;
		_tmp$19 = $ifaceNil;
		names = _tmp$16;
		dirents = _tmp$17;
		infos = _tmp$18;
		err = _tmp$19;
		$s = -1; return [names, dirents, infos, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.readdir, $c: true, $r, _i, _r$3, _r$4, _r$5, _r$6, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, buf, c, d, de, dirents, err, err$1, err$2, errno, f, i, info, infos, ino, mode, n, name, names, namlen, ok, rec, reclen, x, x$1, x$2, $s};return $f;
	};
	File.prototype.readdir = function(n, mode) { return this.$val.readdir(n, mode); };
	readInt = function(b, off, size) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, off, ok, size, u;
		u = new $Uint64(0, 0);
		ok = false;
		if (b.$length < (((off + size >>> 0) >> 0))) {
			_tmp = new $Uint64(0, 0);
			_tmp$1 = false;
			u = _tmp;
			ok = _tmp$1;
			return [u, ok];
		}
		if (false) {
			_tmp$2 = readIntBE($subslice(b, off), size);
			_tmp$3 = true;
			u = _tmp$2;
			ok = _tmp$3;
			return [u, ok];
		}
		_tmp$4 = readIntLE($subslice(b, off), size);
		_tmp$5 = true;
		u = _tmp$4;
		ok = _tmp$5;
		return [u, ok];
	};
	readIntBE = function(b, size) {
		var _1, b, size, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		_1 = size;
		if (_1 === (1)) {
			return (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
		} else if (_1 === (2)) {
			$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
			return (x = (new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), x$1 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 8), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		} else if (_1 === (4)) {
			$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
			return (x$2 = (x$3 = (x$4 = (new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), x$5 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 8), new $Uint64(x$4.$high | x$5.$high, (x$4.$low | x$5.$low) >>> 0)), x$6 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 16), new $Uint64(x$3.$high | x$6.$high, (x$3.$low | x$6.$low) >>> 0)), x$7 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 24), new $Uint64(x$2.$high | x$7.$high, (x$2.$low | x$7.$low) >>> 0));
		} else if (_1 === (8)) {
			$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
			return (x$8 = (x$9 = (x$10 = (x$11 = (x$12 = (x$13 = (x$14 = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), x$15 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 8), new $Uint64(x$14.$high | x$15.$high, (x$14.$low | x$15.$low) >>> 0)), x$16 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 16), new $Uint64(x$13.$high | x$16.$high, (x$13.$low | x$16.$low) >>> 0)), x$17 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 24), new $Uint64(x$12.$high | x$17.$high, (x$12.$low | x$17.$low) >>> 0)), x$18 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 32), new $Uint64(x$11.$high | x$18.$high, (x$11.$low | x$18.$low) >>> 0)), x$19 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 40), new $Uint64(x$10.$high | x$19.$high, (x$10.$low | x$19.$low) >>> 0)), x$20 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 48), new $Uint64(x$9.$high | x$20.$high, (x$9.$low | x$20.$low) >>> 0)), x$21 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 56), new $Uint64(x$8.$high | x$21.$high, (x$8.$low | x$21.$low) >>> 0));
		} else {
			$panic(new $String("syscall: readInt with unsupported size"));
		}
	};
	readIntLE = function(b, size) {
		var _1, b, size, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		_1 = size;
		if (_1 === (1)) {
			return (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
		} else if (_1 === (2)) {
			$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
			return (x = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 8), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		} else if (_1 === (4)) {
			$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
			return (x$2 = (x$3 = (x$4 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), x$5 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 8), new $Uint64(x$4.$high | x$5.$high, (x$4.$low | x$5.$low) >>> 0)), x$6 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 16), new $Uint64(x$3.$high | x$6.$high, (x$3.$low | x$6.$low) >>> 0)), x$7 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 24), new $Uint64(x$2.$high | x$7.$high, (x$2.$low | x$7.$low) >>> 0));
		} else if (_1 === (8)) {
			$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
			return (x$8 = (x$9 = (x$10 = (x$11 = (x$12 = (x$13 = (x$14 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), x$15 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 8), new $Uint64(x$14.$high | x$15.$high, (x$14.$low | x$15.$low) >>> 0)), x$16 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 16), new $Uint64(x$13.$high | x$16.$high, (x$13.$low | x$16.$low) >>> 0)), x$17 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 24), new $Uint64(x$12.$high | x$17.$high, (x$12.$low | x$17.$low) >>> 0)), x$18 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 32), new $Uint64(x$11.$high | x$18.$high, (x$11.$low | x$18.$low) >>> 0)), x$19 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 40), new $Uint64(x$10.$high | x$19.$high, (x$10.$low | x$19.$low) >>> 0)), x$20 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 48), new $Uint64(x$9.$high | x$20.$high, (x$9.$low | x$20.$low) >>> 0)), x$21 = $shiftLeft64((new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), 56), new $Uint64(x$8.$high | x$21.$high, (x$8.$low | x$21.$low) >>> 0));
		} else {
			$panic(new $String("syscall: readInt with unsupported size"));
		}
	};
	File.ptr.prototype.Readdir = function(n) {
		var {_r$3, _tuple, err, f, infos, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (f === ptrType$2.nil) {
			$s = -1; return [sliceType$8.nil, $pkg.ErrInvalid];
		}
		_r$3 = f.readdir(n, 2); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		infos = _tuple[2];
		err = _tuple[3];
		if (infos === sliceType$8.nil) {
			infos = new sliceType$8([]);
		}
		$s = -1; return [infos, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Readdir, $c: true, $r, _r$3, _tuple, err, f, infos, n, $s};return $f;
	};
	File.prototype.Readdir = function(n) { return this.$val.Readdir(n); };
	File.ptr.prototype.Readdirnames = function(n) {
		var {_r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, err, f, n, names, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		names = sliceType.nil;
		err = $ifaceNil;
		f = this;
		if (f === ptrType$2.nil) {
			_tmp = sliceType.nil;
			_tmp$1 = $pkg.ErrInvalid;
			names = _tmp;
			err = _tmp$1;
			$s = -1; return [names, err];
		}
		_r$3 = f.readdir(n, 0); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		names = _tuple[0];
		err = _tuple[3];
		if (names === sliceType.nil) {
			names = new sliceType([]);
		}
		_tmp$2 = names;
		_tmp$3 = err;
		names = _tmp$2;
		err = _tmp$3;
		$s = -1; return [names, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Readdirnames, $c: true, $r, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, err, f, n, names, $s};return $f;
	};
	File.prototype.Readdirnames = function(n) { return this.$val.Readdirnames(n); };
	File.ptr.prototype.ReadDir = function(n) {
		var {_r$3, _tuple, dirents, err, f, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (f === ptrType$2.nil) {
			$s = -1; return [sliceType$7.nil, $pkg.ErrInvalid];
		}
		_r$3 = f.readdir(n, 1); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		dirents = _tuple[1];
		err = _tuple[3];
		if (dirents === sliceType$7.nil) {
			dirents = new sliceType$7([]);
		}
		$s = -1; return [dirents, err];
		/* */ } return; } var $f = {$blk: File.ptr.prototype.ReadDir, $c: true, $r, _r$3, _tuple, dirents, err, f, n, $s};return $f;
	};
	File.prototype.ReadDir = function(n) { return this.$val.ReadDir(n); };
	ReadDir = function(name) {
		var {$24r, $24r$1, _r$3, _r$4, _tuple, _tuple$1, dirs, err, f, name, $s, $deferred, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		dirs = [dirs];
		_r$3 = Open(name); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		f = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [sliceType$7.nil, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(f, "Close"), []]);
		_r$4 = f.ReadDir(-1); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$1 = _r$4;
		dirs[0] = _tuple$1[0];
		err = _tuple$1[1];
		$r = sort.Slice(dirs[0], (function(dirs) { return function $b(i, j) {
			var {$24r$1, _r$5, _r$6, i, j, $s, $r, $c} = $restore(this, {i, j});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = ((i < 0 || i >= dirs[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : dirs[0].$array[dirs[0].$offset + i]).Name(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = ((j < 0 || j >= dirs[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : dirs[0].$array[dirs[0].$offset + j]).Name(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$1 = _r$5 < _r$6;
			$s = 3; case 3: return $24r$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$1, _r$5, _r$6, i, j, $s};return $f;
		}; })(dirs)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$24r$1 = [dirs[0], err];
		$s = 7; case 7: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [sliceType$7.nil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: ReadDir, $c: true, $r, $24r, $24r$1, _r$3, _r$4, _tuple, _tuple$1, dirs, err, f, name, $s, $deferred};return $f; } }
	};
	$pkg.ReadDir = ReadDir;
	runtime_args = function() {
		return $pkg.Args;
	};
	init$1 = function() {
		var argv, i, process;
		process = $global.process;
		if (!(process === undefined)) {
			argv = process.argv;
			if (!(argv === undefined) && $parseInt(argv.length) >= 1) {
				$pkg.Args = $makeSlice(sliceType, ($parseInt(argv.length) - 1 >> 0));
				i = 0;
				while (true) {
					if (!(i < ($parseInt(argv.length) - 1 >> 0))) { break; }
					((i < 0 || i >= $pkg.Args.$length) ? ($throwRuntimeError("index out of range"), undefined) : $pkg.Args.$array[$pkg.Args.$offset + i] = $internalize(argv[(i + 1 >> 0)], $String));
					i = i + (1) >> 0;
				}
			}
		}
		if ($pkg.Args.$length === 0) {
			$pkg.Args = new sliceType(["?"]);
		}
	};
	runtime_beforeExit = function() {
	};
	executable = function() {
		return ["", errors.New("Executable not implemented for GOARCH=js")];
	};
	fastrand = function() {
		$throwRuntimeError("native function not implemented: os.fastrand");
	};
	File.ptr.prototype.WriteString = function(s) {
		var {$24r, _r$3, _tuple, err, f, n, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this;
		_r$3 = f.Write((new sliceType$2($stringToBytes(s)))); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.WriteString, $c: true, $r, $24r, _r$3, _tuple, err, f, n, s, $s};return $f;
	};
	File.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	ptrType$1.methods = [{prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Mode", name: "Mode", pkg: "", typ: $funcType([], [fs.FileMode], false)}, {prop: "ModTime", name: "ModTime", pkg: "", typ: $funcType([], [time.Time], false)}, {prop: "Sys", name: "Sys", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "IsDir", name: "IsDir", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$2.methods = [{prop: "Stat", name: "Stat", pkg: "", typ: $funcType([], [fs.FileInfo, $error], false)}, {prop: "readFrom", name: "readFrom", pkg: "os", typ: $funcType([io.Reader], [$Int64, $Bool, $error], false)}, {prop: "Fd", name: "Fd", pkg: "", typ: $funcType([], [$Uintptr], false)}, {prop: "seek", name: "seek", pkg: "os", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "read", name: "read", pkg: "os", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "pread", name: "pread", pkg: "os", typ: $funcType([sliceType$2, $Int64], [$Int, $error], false)}, {prop: "write", name: "write", pkg: "os", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "pwrite", name: "pwrite", pkg: "os", typ: $funcType([sliceType$2, $Int64], [$Int, $error], false)}, {prop: "chmod", name: "chmod", pkg: "os", typ: $funcType([fs.FileMode], [$error], false)}, {prop: "Chown", name: "Chown", pkg: "", typ: $funcType([$Int, $Int], [$error], false)}, {prop: "Truncate", name: "Truncate", pkg: "", typ: $funcType([$Int64], [$error], false)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Chdir", name: "Chdir", pkg: "", typ: $funcType([], [$error], false)}, {prop: "setDeadline", name: "setDeadline", pkg: "os", typ: $funcType([time.Time], [$error], false)}, {prop: "setReadDeadline", name: "setReadDeadline", pkg: "os", typ: $funcType([time.Time], [$error], false)}, {prop: "setWriteDeadline", name: "setWriteDeadline", pkg: "os", typ: $funcType([time.Time], [$error], false)}, {prop: "checkValid", name: "checkValid", pkg: "os", typ: $funcType([$String], [$error], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "ReadAt", name: "ReadAt", pkg: "", typ: $funcType([sliceType$2, $Int64], [$Int, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([io.Reader], [$Int64, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "WriteAt", name: "WriteAt", pkg: "", typ: $funcType([sliceType$2, $Int64], [$Int, $error], false)}, {prop: "Seek", name: "Seek", pkg: "", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}, {prop: "wrapErr", name: "wrapErr", pkg: "os", typ: $funcType([$String, $error], [$error], false)}, {prop: "Chmod", name: "Chmod", pkg: "", typ: $funcType([fs.FileMode], [$error], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SyscallConn", name: "SyscallConn", pkg: "", typ: $funcType([], [syscall.RawConn, $error], false)}, {prop: "readdir", name: "readdir", pkg: "os", typ: $funcType([$Int, readdirMode], [sliceType, sliceType$7, sliceType$8, $error], false)}, {prop: "Readdir", name: "Readdir", pkg: "", typ: $funcType([$Int], [sliceType$8, $error], false)}, {prop: "Readdirnames", name: "Readdirnames", pkg: "", typ: $funcType([$Int], [sliceType, $error], false)}, {prop: "ReadDir", name: "ReadDir", pkg: "", typ: $funcType([$Int], [sliceType$7, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}];
	ptrType$19.methods = [{prop: "Control", name: "Control", pkg: "", typ: $funcType([funcType$2], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([funcType$3], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([funcType$3], [$error], false)}];
	ptrType$9.methods = [{prop: "close", name: "close", pkg: "os", typ: $funcType([], [$error], false)}];
	ptrType$20.methods = [{prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "IsDir", name: "IsDir", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [fs.FileMode], false)}, {prop: "Info", name: "Info", pkg: "", typ: $funcType([], [fs.FileInfo, $error], false)}];
	ptrType$17.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$18.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$8.methods = [{prop: "close", name: "close", pkg: "os", typ: $funcType([], [], false)}];
	fileStat.init("os", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "mode", name: "mode", embedded: false, exported: false, typ: fs.FileMode, tag: ""}, {prop: "modTime", name: "modTime", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "sys", name: "sys", embedded: false, exported: false, typ: syscall.Stat_t, tag: ""}]);
	File.init("os", [{prop: "file", name: "file", embedded: true, exported: false, typ: ptrType$9, tag: ""}]);
	rawConn.init("os", [{prop: "file", name: "file", embedded: false, exported: false, typ: ptrType$2, tag: ""}]);
	file.init("os", [{prop: "pfd", name: "pfd", embedded: false, exported: false, typ: poll.FD, tag: ""}, {prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "dirinfo", name: "dirinfo", embedded: false, exported: false, typ: ptrType$8, tag: ""}, {prop: "nonblock", name: "nonblock", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "stdoutOrErr", name: "stdoutOrErr", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "appendMode", name: "appendMode", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	unixDirent.init("os", [{prop: "parent", name: "parent", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "typ", name: "typ", embedded: false, exported: false, typ: fs.FileMode, tag: ""}, {prop: "info", name: "info", embedded: false, exported: false, typ: fs.FileInfo, tag: ""}]);
	LinkError.init("", [{prop: "Op", name: "Op", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Old", name: "Old", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "New", name: "New", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	onlyWriter.init("", [{prop: "Writer", name: "Writer", embedded: true, exported: true, typ: io.Writer, tag: ""}]);
	timeout.init([{prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}]);
	SyscallError.init("", [{prop: "Syscall", name: "Syscall", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	dirInfo.init("os", [{prop: "buf", name: "buf", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "nbuf", name: "nbuf", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "bufp", name: "bufp", embedded: false, exported: false, typ: $Int, tag: ""}]);
	$pkg.$initLinknames = function() {
		fastrand = $linknames["runtime.fastrand"];
};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = itoa.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = oserror.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = poll.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = execenv.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unix.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = testlog.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unsafeheader.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fs.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = syscall.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.Args = sliceType.nil;
		testingForceReadDirLstat = false;
		errPatternHasSeparator = errors.New("pattern contains path separator");
		errWriteAtInAppendMode = errors.New("os: invalid use of WriteAt on file opened with O_APPEND");
		lstat = Lstat;
		$pkg.ErrProcessDone = errors.New("os: process already finished");
		$pkg.ErrInvalid = fs.ErrInvalid;
		$pkg.ErrExist = fs.ErrExist;
		$pkg.ErrNotExist = fs.ErrNotExist;
		$pkg.ErrClosed = fs.ErrClosed;
		$pkg.ErrNoDeadline = errNoDeadline();
		$pkg.ErrDeadlineExceeded = errDeadlineExceeded();
		dirBufPool = new sync.Pool.ptr(sliceType$1.nil, (function() {
			var buf, buf$24ptr;
			buf = $makeSlice(sliceType$2, 8192);
			return (buf$24ptr || (buf$24ptr = new ptrType(function() { return buf; }, function($v) { buf = $convertSliceType($v, sliceType$2); })));
		}));
		_r = NewFile(0, "/dev/stdin"); /* */ $s = 18; case 18: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$pkg.Stdin = _r;
		_r$1 = NewFile(1, "/dev/stdout"); /* */ $s = 19; case 19: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$pkg.Stdout = _r$1;
		_r$2 = NewFile(2, "/dev/stderr"); /* */ $s = 20; case 20: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$pkg.Stderr = _r$2;
		init();
		init$1();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["fmt"] = (function() {
	var $pkg = {}, $init, errors, fmtsort, io, math, os, reflect, strconv, sync, utf8, ScanState, scanError, ss, ssave, State, Formatter, Stringer, GoStringer, buffer, pp, fmtFlags, fmt, wrapError, arrayType, sliceType, sliceType$1, ptrType, ptrType$1, arrayType$1, sliceType$2, ptrType$4, ptrType$24, arrayType$3, funcType, ptrType$26, ptrType$27, space, ssFree, complexError, boolError, ppFree, isSpace, notSpace, indexRune, newPrinter, Fprintf, Sprintf, Fprint, Sprint, Fprintln, Sprintln, getField, tooLarge, parsenum, intFromArg, parseArgNumber, Errorf;
	errors = $packages["errors"];
	fmtsort = $packages["internal/fmtsort"];
	io = $packages["io"];
	math = $packages["math"];
	os = $packages["os"];
	reflect = $packages["reflect"];
	strconv = $packages["strconv"];
	sync = $packages["sync"];
	utf8 = $packages["unicode/utf8"];
	ScanState = $pkg.ScanState = $newType(8, $kindInterface, "fmt.ScanState", true, "fmt", true, null);
	scanError = $pkg.scanError = $newType(0, $kindStruct, "fmt.scanError", true, "fmt", false, function(err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			return;
		}
		this.err = err_;
	});
	ss = $pkg.ss = $newType(0, $kindStruct, "fmt.ss", true, "fmt", false, function(rs_, buf_, count_, atEOF_, ssave_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rs = $ifaceNil;
			this.buf = buffer.nil;
			this.count = 0;
			this.atEOF = false;
			this.ssave = new ssave.ptr(false, false, false, 0, 0, 0);
			return;
		}
		this.rs = rs_;
		this.buf = buf_;
		this.count = count_;
		this.atEOF = atEOF_;
		this.ssave = ssave_;
	});
	ssave = $pkg.ssave = $newType(0, $kindStruct, "fmt.ssave", true, "fmt", false, function(validSave_, nlIsEnd_, nlIsSpace_, argLimit_, limit_, maxWid_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.validSave = false;
			this.nlIsEnd = false;
			this.nlIsSpace = false;
			this.argLimit = 0;
			this.limit = 0;
			this.maxWid = 0;
			return;
		}
		this.validSave = validSave_;
		this.nlIsEnd = nlIsEnd_;
		this.nlIsSpace = nlIsSpace_;
		this.argLimit = argLimit_;
		this.limit = limit_;
		this.maxWid = maxWid_;
	});
	State = $pkg.State = $newType(8, $kindInterface, "fmt.State", true, "fmt", true, null);
	Formatter = $pkg.Formatter = $newType(8, $kindInterface, "fmt.Formatter", true, "fmt", true, null);
	Stringer = $pkg.Stringer = $newType(8, $kindInterface, "fmt.Stringer", true, "fmt", true, null);
	GoStringer = $pkg.GoStringer = $newType(8, $kindInterface, "fmt.GoStringer", true, "fmt", true, null);
	buffer = $pkg.buffer = $newType(12, $kindSlice, "fmt.buffer", true, "fmt", false, null);
	pp = $pkg.pp = $newType(0, $kindStruct, "fmt.pp", true, "fmt", false, function(buf_, arg_, value_, fmt_, reordered_, goodArgNum_, panicking_, erroring_, wrapErrs_, wrappedErr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.buf = buffer.nil;
			this.arg = $ifaceNil;
			this.value = new reflect.Value.ptr(ptrType.nil, 0, 0);
			this.fmt = new fmt.ptr(ptrType$1.nil, new fmtFlags.ptr(false, false, false, false, false, false, false, false, false), 0, 0, arrayType$1.zero());
			this.reordered = false;
			this.goodArgNum = false;
			this.panicking = false;
			this.erroring = false;
			this.wrapErrs = false;
			this.wrappedErr = $ifaceNil;
			return;
		}
		this.buf = buf_;
		this.arg = arg_;
		this.value = value_;
		this.fmt = fmt_;
		this.reordered = reordered_;
		this.goodArgNum = goodArgNum_;
		this.panicking = panicking_;
		this.erroring = erroring_;
		this.wrapErrs = wrapErrs_;
		this.wrappedErr = wrappedErr_;
	});
	fmtFlags = $pkg.fmtFlags = $newType(0, $kindStruct, "fmt.fmtFlags", true, "fmt", false, function(widPresent_, precPresent_, minus_, plus_, sharp_, space_, zero_, plusV_, sharpV_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.widPresent = false;
			this.precPresent = false;
			this.minus = false;
			this.plus = false;
			this.sharp = false;
			this.space = false;
			this.zero = false;
			this.plusV = false;
			this.sharpV = false;
			return;
		}
		this.widPresent = widPresent_;
		this.precPresent = precPresent_;
		this.minus = minus_;
		this.plus = plus_;
		this.sharp = sharp_;
		this.space = space_;
		this.zero = zero_;
		this.plusV = plusV_;
		this.sharpV = sharpV_;
	});
	fmt = $pkg.fmt = $newType(0, $kindStruct, "fmt.fmt", true, "fmt", false, function(buf_, fmtFlags_, wid_, prec_, intbuf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.buf = ptrType$1.nil;
			this.fmtFlags = new fmtFlags.ptr(false, false, false, false, false, false, false, false, false);
			this.wid = 0;
			this.prec = 0;
			this.intbuf = arrayType$1.zero();
			return;
		}
		this.buf = buf_;
		this.fmtFlags = fmtFlags_;
		this.wid = wid_;
		this.prec = prec_;
		this.intbuf = intbuf_;
	});
	wrapError = $pkg.wrapError = $newType(0, $kindStruct, "fmt.wrapError", true, "fmt", false, function(msg_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.msg = "";
			this.err = $ifaceNil;
			return;
		}
		this.msg = msg_;
		this.err = err_;
	});
	arrayType = $arrayType($Uint16, 2);
	sliceType = $sliceType(arrayType);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType = $ptrType(reflect.rtype);
	ptrType$1 = $ptrType(buffer);
	arrayType$1 = $arrayType($Uint8, 68);
	sliceType$2 = $sliceType($Uint8);
	ptrType$4 = $ptrType(ss);
	ptrType$24 = $ptrType(pp);
	arrayType$3 = $arrayType($Uint8, 6);
	funcType = $funcType([$Int32], [$Bool], false);
	ptrType$26 = $ptrType(fmt);
	ptrType$27 = $ptrType(wrapError);
	ss.ptr.prototype.Read = function(buf) {
		var _tmp, _tmp$1, buf, err, n, s;
		n = 0;
		err = $ifaceNil;
		s = this;
		_tmp = 0;
		_tmp$1 = errors.New("ScanState's Read should not be called. Use ReadRune");
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	ss.prototype.Read = function(buf) { return this.$val.Read(buf); };
	ss.ptr.prototype.ReadRune = function() {
		var {_r, _tuple, err, r, s, size, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = 0;
		size = 0;
		err = $ifaceNil;
		s = this;
		if (s.atEOF || s.count >= s.ssave.argLimit) {
			err = io.EOF;
			$s = -1; return [r, size, err];
		}
		_r = s.rs.ReadRune(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		r = _tuple[0];
		size = _tuple[1];
		err = _tuple[2];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			s.count = s.count + (1) >> 0;
			if (s.ssave.nlIsEnd && (r === 10)) {
				s.atEOF = true;
			}
		} else if ($interfaceIsEqual(err, io.EOF)) {
			s.atEOF = true;
		}
		$s = -1; return [r, size, err];
		/* */ } return; } var $f = {$blk: ss.ptr.prototype.ReadRune, $c: true, $r, _r, _tuple, err, r, s, size, $s};return $f;
	};
	ss.prototype.ReadRune = function() { return this.$val.ReadRune(); };
	ss.ptr.prototype.Width = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, ok, s, wid;
		wid = 0;
		ok = false;
		s = this;
		if (s.ssave.maxWid === 1073741824) {
			_tmp = 0;
			_tmp$1 = false;
			wid = _tmp;
			ok = _tmp$1;
			return [wid, ok];
		}
		_tmp$2 = s.ssave.maxWid;
		_tmp$3 = true;
		wid = _tmp$2;
		ok = _tmp$3;
		return [wid, ok];
	};
	ss.prototype.Width = function() { return this.$val.Width(); };
	ss.ptr.prototype.getRune = function() {
		var {_r, _tuple, err, r, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = 0;
		s = this;
		_r = s.ReadRune(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		r = _tuple[0];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			if ($interfaceIsEqual(err, io.EOF)) {
				r = -1;
				$s = -1; return r;
			}
			s.error(err);
		}
		$s = -1; return r;
		/* */ } return; } var $f = {$blk: ss.ptr.prototype.getRune, $c: true, $r, _r, _tuple, err, r, s, $s};return $f;
	};
	ss.prototype.getRune = function() { return this.$val.getRune(); };
	ss.ptr.prototype.UnreadRune = function() {
		var {_r, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.rs.UnreadRune(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		s.atEOF = false;
		s.count = s.count - (1) >> 0;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: ss.ptr.prototype.UnreadRune, $c: true, $r, _r, s, $s};return $f;
	};
	ss.prototype.UnreadRune = function() { return this.$val.UnreadRune(); };
	ss.ptr.prototype.error = function(err) {
		var err, s, x;
		s = this;
		$panic((x = new scanError.ptr(err), new x.constructor.elem(x)));
	};
	ss.prototype.error = function(err) { return this.$val.error(err); };
	ss.ptr.prototype.errorString = function(err) {
		var err, s, x;
		s = this;
		$panic((x = new scanError.ptr(errors.New(err)), new x.constructor.elem(x)));
	};
	ss.prototype.errorString = function(err) { return this.$val.errorString(err); };
	ss.ptr.prototype.Token = function(skipSpace, f) {
		var {$24r, _r, err, f, s, skipSpace, tok, $s, $deferred, $r, $c} = $restore(this, {skipSpace, f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		tok = sliceType$2.nil;
		err[0] = $ifaceNil;
		s = this;
		$deferred.push([(function(err) { return function() {
			var _tuple, e, ok, se;
			e = $recover();
			if (!($interfaceIsEqual(e, $ifaceNil))) {
				_tuple = $assertType(e, scanError, true);
				se = $clone(_tuple[0], scanError);
				ok = _tuple[1];
				if (ok) {
					err[0] = se.err;
				} else {
					$panic(e);
				}
			}
		}; })(err), []]);
		if (f === $throwNilPointerError) {
			f = notSpace;
		}
		s.buf = $subslice(s.buf, 0, 0);
		_r = s.token(skipSpace, f); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		tok = _r;
		$24r = [tok, err[0]];
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [tok, err[0]]; } if($curGoroutine.asleep) { var $f = {$blk: ss.ptr.prototype.Token, $c: true, $r, $24r, _r, err, f, s, skipSpace, tok, $s, $deferred};return $f; } }
	};
	ss.prototype.Token = function(skipSpace, f) { return this.$val.Token(skipSpace, f); };
	isSpace = function(r) {
		var _i, _ref, r, rng, rx;
		if (r >= 65536) {
			return false;
		}
		rx = ((r << 16 >>> 16));
		_ref = space;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			rng = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), arrayType);
			if (rx < rng[0]) {
				return false;
			}
			if (rx <= rng[1]) {
				return true;
			}
			_i++;
		}
		return false;
	};
	notSpace = function(r) {
		var r;
		return !isSpace(r);
	};
	ss.ptr.prototype.free = function(old) {
		var old, s;
		s = this;
		if (old.validSave) {
			ssave.copy(s.ssave, old);
			return;
		}
		if (s.buf.$capacity > 1024) {
			return;
		}
		s.buf = $subslice(s.buf, 0, 0);
		s.rs = $ifaceNil;
		ssFree.Put(s);
	};
	ss.prototype.free = function(old) { return this.$val.free(old); };
	ss.ptr.prototype.SkipSpace = function() {
		var {_r, _r$1, _r$2, _v, r, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		/* while (true) { */ case 1:
			_r = s.getRune(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			r = _r;
			if (r === -1) {
				$s = -1; return;
			}
			if (!(r === 13)) { _v = false; $s = 6; continue s; }
			_r$1 = s.peek("\n"); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_v = _r$1; case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				/* continue; */ $s = 1; continue;
			/* } */ case 5:
			if (r === 10) {
				if (s.ssave.nlIsSpace) {
					/* continue; */ $s = 1; continue;
				}
				s.errorString("unexpected newline");
				$s = -1; return;
			}
			/* */ if (!isSpace(r)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!isSpace(r)) { */ case 8:
				_r$2 = s.UnreadRune(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				/* break; */ $s = 2; continue;
			/* } */ case 9:
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ss.ptr.prototype.SkipSpace, $c: true, $r, _r, _r$1, _r$2, _v, r, s, $s};return $f;
	};
	ss.prototype.SkipSpace = function() { return this.$val.SkipSpace(); };
	ss.ptr.prototype.token = function(skipSpace, f) {
		var {_r, _r$1, _r$2, f, r, s, skipSpace, $s, $r, $c} = $restore(this, {skipSpace, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		/* */ if (skipSpace) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (skipSpace) { */ case 1:
			$r = s.SkipSpace(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		/* while (true) { */ case 4:
			_r = s.getRune(); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			r = _r;
			if (r === -1) {
				/* break; */ $s = 5; continue;
			}
			_r$1 = f(r); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!_r$1) { */ case 7:
				_r$2 = s.UnreadRune(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				/* break; */ $s = 5; continue;
			/* } */ case 8:
			(s.$ptr_buf || (s.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, s))).writeRune(r);
		$s = 4; continue;
		case 5:
		$s = -1; return $convertSliceType(s.buf, sliceType$2);
		/* */ } return; } var $f = {$blk: ss.ptr.prototype.token, $c: true, $r, _r, _r$1, _r$2, f, r, s, skipSpace, $s};return $f;
	};
	ss.prototype.token = function(skipSpace, f) { return this.$val.token(skipSpace, f); };
	indexRune = function(s, r) {
		var _i, _ref, _rune, c, i, r, s;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			i = _i;
			c = _rune[0];
			if (c === r) {
				return i;
			}
			_i += _rune[1];
		}
		return -1;
	};
	ss.ptr.prototype.peek = function(ok) {
		var {_r, _r$1, ok, r, s, $s, $r, $c} = $restore(this, {ok});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.getRune(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		r = _r;
		/* */ if (!((r === -1))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((r === -1))) { */ case 2:
			_r$1 = s.UnreadRune(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 3:
		$s = -1; return indexRune(ok, r) >= 0;
		/* */ } return; } var $f = {$blk: ss.ptr.prototype.peek, $c: true, $r, _r, _r$1, ok, r, s, $s};return $f;
	};
	ss.prototype.peek = function(ok) { return this.$val.peek(ok); };
	$ptrType(buffer).prototype.write = function(p) {
		var b, p;
		b = this;
		b.$set($appendSlice(b.$get(), p));
	};
	$ptrType(buffer).prototype.writeString = function(s) {
		var b, s;
		b = this;
		b.$set($appendSlice(b.$get(), s));
	};
	$ptrType(buffer).prototype.writeByte = function(c) {
		var b, c;
		b = this;
		b.$set($append(b.$get(), c));
	};
	$ptrType(buffer).prototype.writeRune = function(r) {
		var b, bp, n, r, w;
		bp = this;
		if (r < 128) {
			bp.$set($append(bp.$get(), ((r << 24 >>> 24))));
			return;
		}
		b = bp.$get();
		n = b.$length;
		while (true) {
			if (!((n + 4 >> 0) > b.$capacity)) { break; }
			b = $append(b, 0);
		}
		w = utf8.EncodeRune($convertSliceType($subslice(b, n, (n + 4 >> 0)), sliceType$2), r);
		bp.$set($subslice(b, 0, (n + w >> 0)));
	};
	newPrinter = function() {
		var {_r, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = ppFree.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = $assertType(_r, ptrType$24);
		p.panicking = false;
		p.erroring = false;
		p.wrapErrs = false;
		p.fmt.init((p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))));
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: newPrinter, $c: true, $r, _r, p, $s};return $f;
	};
	pp.ptr.prototype.free = function() {
		var p;
		p = this;
		if (p.buf.$capacity > 65536) {
			return;
		}
		p.buf = $subslice(p.buf, 0, 0);
		p.arg = $ifaceNil;
		p.value = new reflect.Value.ptr(ptrType.nil, 0, 0);
		p.wrappedErr = $ifaceNil;
		ppFree.Put(p);
	};
	pp.prototype.free = function() { return this.$val.free(); };
	pp.ptr.prototype.Width = function() {
		var _tmp, _tmp$1, ok, p, wid;
		wid = 0;
		ok = false;
		p = this;
		_tmp = p.fmt.wid;
		_tmp$1 = p.fmt.fmtFlags.widPresent;
		wid = _tmp;
		ok = _tmp$1;
		return [wid, ok];
	};
	pp.prototype.Width = function() { return this.$val.Width(); };
	pp.ptr.prototype.Precision = function() {
		var _tmp, _tmp$1, ok, p, prec;
		prec = 0;
		ok = false;
		p = this;
		_tmp = p.fmt.prec;
		_tmp$1 = p.fmt.fmtFlags.precPresent;
		prec = _tmp;
		ok = _tmp$1;
		return [prec, ok];
	};
	pp.prototype.Precision = function() { return this.$val.Precision(); };
	pp.ptr.prototype.Flag = function(b) {
		var _1, b, p;
		p = this;
		_1 = b;
		if (_1 === (45)) {
			return p.fmt.fmtFlags.minus;
		} else if (_1 === (43)) {
			return p.fmt.fmtFlags.plus || p.fmt.fmtFlags.plusV;
		} else if (_1 === (35)) {
			return p.fmt.fmtFlags.sharp || p.fmt.fmtFlags.sharpV;
		} else if (_1 === (32)) {
			return p.fmt.fmtFlags.space;
		} else if (_1 === (48)) {
			return p.fmt.fmtFlags.zero;
		}
		return false;
	};
	pp.prototype.Flag = function(b) { return this.$val.Flag(b); };
	pp.ptr.prototype.Write = function(b) {
		var _tmp, _tmp$1, b, err, p, ret;
		ret = 0;
		err = $ifaceNil;
		p = this;
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).write(b);
		_tmp = b.$length;
		_tmp$1 = $ifaceNil;
		ret = _tmp;
		err = _tmp$1;
		return [ret, err];
	};
	pp.prototype.Write = function(b) { return this.$val.Write(b); };
	pp.ptr.prototype.WriteString = function(s) {
		var _tmp, _tmp$1, err, p, ret, s;
		ret = 0;
		err = $ifaceNil;
		p = this;
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(s);
		_tmp = s.length;
		_tmp$1 = $ifaceNil;
		ret = _tmp;
		err = _tmp$1;
		return [ret, err];
	};
	pp.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	Fprintf = function(w, format, a) {
		var {_r, _r$1, _tuple, a, err, format, n, p, w, $s, $r, $c} = $restore(this, {w, format, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		_r = newPrinter(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = _r;
		$r = p.doPrintf(format, a); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = w.Write($convertSliceType(p.buf, sliceType$2)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		p.free();
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Fprintf, $c: true, $r, _r, _r$1, _tuple, a, err, format, n, p, w, $s};return $f;
	};
	$pkg.Fprintf = Fprintf;
	Sprintf = function(format, a) {
		var {_r, a, format, p, s, $s, $r, $c} = $restore(this, {format, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = newPrinter(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = _r;
		$r = p.doPrintf(format, a); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		s = ($bytesToString(p.buf));
		p.free();
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: Sprintf, $c: true, $r, _r, a, format, p, s, $s};return $f;
	};
	$pkg.Sprintf = Sprintf;
	Fprint = function(w, a) {
		var {_r, _r$1, _tuple, a, err, n, p, w, $s, $r, $c} = $restore(this, {w, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		_r = newPrinter(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = _r;
		$r = p.doPrint(a); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = w.Write($convertSliceType(p.buf, sliceType$2)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		p.free();
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Fprint, $c: true, $r, _r, _r$1, _tuple, a, err, n, p, w, $s};return $f;
	};
	$pkg.Fprint = Fprint;
	Sprint = function(a) {
		var {_r, a, p, s, $s, $r, $c} = $restore(this, {a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = newPrinter(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = _r;
		$r = p.doPrint(a); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		s = ($bytesToString(p.buf));
		p.free();
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: Sprint, $c: true, $r, _r, a, p, s, $s};return $f;
	};
	$pkg.Sprint = Sprint;
	Fprintln = function(w, a) {
		var {_r, _r$1, _tuple, a, err, n, p, w, $s, $r, $c} = $restore(this, {w, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		_r = newPrinter(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = _r;
		$r = p.doPrintln(a); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = w.Write($convertSliceType(p.buf, sliceType$2)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		p.free();
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Fprintln, $c: true, $r, _r, _r$1, _tuple, a, err, n, p, w, $s};return $f;
	};
	$pkg.Fprintln = Fprintln;
	Sprintln = function(a) {
		var {_r, a, p, s, $s, $r, $c} = $restore(this, {a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = newPrinter(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = _r;
		$r = p.doPrintln(a); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		s = ($bytesToString(p.buf));
		p.free();
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: Sprintln, $c: true, $r, _r, a, p, s, $s};return $f;
	};
	$pkg.Sprintln = Sprintln;
	getField = function(v, i) {
		var {_r, _r$1, i, v, val, $s, $r, $c} = $restore(this, {v, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(v, reflect.Value).Field(i); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		val = _r;
		/* */ if (($clone(val, reflect.Value).Kind() === 20) && !$clone(val, reflect.Value).IsNil()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (($clone(val, reflect.Value).Kind() === 20) && !$clone(val, reflect.Value).IsNil()) { */ case 2:
			_r$1 = $clone(val, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			val = _r$1;
		/* } */ case 3:
		$s = -1; return val;
		/* */ } return; } var $f = {$blk: getField, $c: true, $r, _r, _r$1, i, v, val, $s};return $f;
	};
	tooLarge = function(x) {
		var x;
		return x > 1000000 || x < -1000000;
	};
	parsenum = function(s, start, end) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, end, isnum, newi, num, s, start;
		num = 0;
		isnum = false;
		newi = 0;
		if (start >= end) {
			_tmp = 0;
			_tmp$1 = false;
			_tmp$2 = end;
			num = _tmp;
			isnum = _tmp$1;
			newi = _tmp$2;
			return [num, isnum, newi];
		}
		newi = start;
		while (true) {
			if (!(newi < end && 48 <= s.charCodeAt(newi) && s.charCodeAt(newi) <= 57)) { break; }
			if (tooLarge(num)) {
				_tmp$3 = 0;
				_tmp$4 = false;
				_tmp$5 = end;
				num = _tmp$3;
				isnum = _tmp$4;
				newi = _tmp$5;
				return [num, isnum, newi];
			}
			num = ($imul(num, 10)) + (((s.charCodeAt(newi) - 48 << 24 >>> 24) >> 0)) >> 0;
			isnum = true;
			newi = newi + (1) >> 0;
		}
		return [num, isnum, newi];
	};
	pp.ptr.prototype.unknownType = function(v) {
		var {_r, p, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (!$clone(v, reflect.Value).IsValid()) {
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("<nil>");
			$s = -1; return;
		}
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(63);
		_r = $clone(v, reflect.Value).Type().String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(63);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.unknownType, $c: true, $r, _r, p, v, $s};return $f;
	};
	pp.prototype.unknownType = function(v) { return this.$val.unknownType(v); };
	pp.ptr.prototype.badVerb = function(verb) {
		var {_r, _r$1, p, verb, $s, $r, $c} = $restore(this, {verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		p.erroring = true;
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!");
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeRune(verb);
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(40);
			/* */ if (!($interfaceIsEqual(p.arg, $ifaceNil))) { $s = 2; continue; }
			/* */ if ($clone(p.value, reflect.Value).IsValid()) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!($interfaceIsEqual(p.arg, $ifaceNil))) { */ case 2:
				_r = reflect.TypeOf(p.arg).String(); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(61);
				$r = p.printArg(p.arg, 118); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 5; continue;
			/* } else if ($clone(p.value, reflect.Value).IsValid()) { */ case 3:
				_r$1 = $clone(p.value, reflect.Value).Type().String(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r$1); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(61);
				$r = p.printValue($clone(p.value, reflect.Value), 118, 0); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 5; continue;
			/* } else { */ case 4:
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("<nil>");
			/* } */ case 5:
		case 1:
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(41);
		p.erroring = false;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.badVerb, $c: true, $r, _r, _r$1, p, verb, $s};return $f;
	};
	pp.prototype.badVerb = function(verb) { return this.$val.badVerb(verb); };
	pp.ptr.prototype.fmtBool = function(v, verb) {
		var {_1, p, v, verb, $s, $r, $c} = $restore(this, {v, verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
			_1 = verb;
			/* */ if ((_1 === (116)) || (_1 === (118))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((_1 === (116)) || (_1 === (118))) { */ case 2:
				p.fmt.fmtBoolean(v);
				$s = 4; continue;
			/* } else { */ case 3:
				$r = p.badVerb(verb); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
		case 1:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.fmtBool, $c: true, $r, _1, p, v, verb, $s};return $f;
	};
	pp.prototype.fmtBool = function(v, verb) { return this.$val.fmtBool(v, verb); };
	pp.ptr.prototype.fmt0x64 = function(v, leading0x) {
		var leading0x, p, sharp, v;
		p = this;
		sharp = p.fmt.fmtFlags.sharp;
		p.fmt.fmtFlags.sharp = leading0x;
		p.fmt.fmtInteger(v, 16, false, 118, "0123456789abcdefx");
		p.fmt.fmtFlags.sharp = sharp;
	};
	pp.prototype.fmt0x64 = function(v, leading0x) { return this.$val.fmt0x64(v, leading0x); };
	pp.ptr.prototype.fmtInteger = function(v, isSigned, verb) {
		var {_1, isSigned, p, v, verb, $s, $r, $c} = $restore(this, {v, isSigned, verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
			_1 = verb;
			/* */ if (_1 === (118)) { $s = 2; continue; }
			/* */ if (_1 === (100)) { $s = 3; continue; }
			/* */ if (_1 === (98)) { $s = 4; continue; }
			/* */ if ((_1 === (111)) || (_1 === (79))) { $s = 5; continue; }
			/* */ if (_1 === (120)) { $s = 6; continue; }
			/* */ if (_1 === (88)) { $s = 7; continue; }
			/* */ if (_1 === (99)) { $s = 8; continue; }
			/* */ if (_1 === (113)) { $s = 9; continue; }
			/* */ if (_1 === (85)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_1 === (118)) { */ case 2:
				if (p.fmt.fmtFlags.sharpV && !isSigned) {
					p.fmt0x64(v, true);
				} else {
					p.fmt.fmtInteger(v, 10, isSigned, verb, "0123456789abcdefx");
				}
				$s = 12; continue;
			/* } else if (_1 === (100)) { */ case 3:
				p.fmt.fmtInteger(v, 10, isSigned, verb, "0123456789abcdefx");
				$s = 12; continue;
			/* } else if (_1 === (98)) { */ case 4:
				p.fmt.fmtInteger(v, 2, isSigned, verb, "0123456789abcdefx");
				$s = 12; continue;
			/* } else if ((_1 === (111)) || (_1 === (79))) { */ case 5:
				p.fmt.fmtInteger(v, 8, isSigned, verb, "0123456789abcdefx");
				$s = 12; continue;
			/* } else if (_1 === (120)) { */ case 6:
				p.fmt.fmtInteger(v, 16, isSigned, verb, "0123456789abcdefx");
				$s = 12; continue;
			/* } else if (_1 === (88)) { */ case 7:
				p.fmt.fmtInteger(v, 16, isSigned, verb, "0123456789ABCDEFX");
				$s = 12; continue;
			/* } else if (_1 === (99)) { */ case 8:
				p.fmt.fmtC(v);
				$s = 12; continue;
			/* } else if (_1 === (113)) { */ case 9:
				p.fmt.fmtQc(v);
				$s = 12; continue;
			/* } else if (_1 === (85)) { */ case 10:
				p.fmt.fmtUnicode(v);
				$s = 12; continue;
			/* } else { */ case 11:
				$r = p.badVerb(verb); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 12:
		case 1:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.fmtInteger, $c: true, $r, _1, isSigned, p, v, verb, $s};return $f;
	};
	pp.prototype.fmtInteger = function(v, isSigned, verb) { return this.$val.fmtInteger(v, isSigned, verb); };
	pp.ptr.prototype.fmtFloat = function(v, size, verb) {
		var {_1, p, size, v, verb, $s, $r, $c} = $restore(this, {v, size, verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
			_1 = verb;
			/* */ if (_1 === (118)) { $s = 2; continue; }
			/* */ if ((_1 === (98)) || (_1 === (103)) || (_1 === (71)) || (_1 === (120)) || (_1 === (88))) { $s = 3; continue; }
			/* */ if ((_1 === (102)) || (_1 === (101)) || (_1 === (69))) { $s = 4; continue; }
			/* */ if (_1 === (70)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_1 === (118)) { */ case 2:
				p.fmt.fmtFloat(v, size, 103, -1);
				$s = 7; continue;
			/* } else if ((_1 === (98)) || (_1 === (103)) || (_1 === (71)) || (_1 === (120)) || (_1 === (88))) { */ case 3:
				p.fmt.fmtFloat(v, size, verb, -1);
				$s = 7; continue;
			/* } else if ((_1 === (102)) || (_1 === (101)) || (_1 === (69))) { */ case 4:
				p.fmt.fmtFloat(v, size, verb, 6);
				$s = 7; continue;
			/* } else if (_1 === (70)) { */ case 5:
				p.fmt.fmtFloat(v, size, 102, 6);
				$s = 7; continue;
			/* } else { */ case 6:
				$r = p.badVerb(verb); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 7:
		case 1:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.fmtFloat, $c: true, $r, _1, p, size, v, verb, $s};return $f;
	};
	pp.prototype.fmtFloat = function(v, size, verb) { return this.$val.fmtFloat(v, size, verb); };
	pp.ptr.prototype.fmtComplex = function(v, size, verb) {
		var {_1, _q, _q$1, oldPlus, p, size, v, verb, $s, $r, $c} = $restore(this, {v, size, verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
			_1 = verb;
			/* */ if ((_1 === (118)) || (_1 === (98)) || (_1 === (103)) || (_1 === (71)) || (_1 === (120)) || (_1 === (88)) || (_1 === (102)) || (_1 === (70)) || (_1 === (101)) || (_1 === (69))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((_1 === (118)) || (_1 === (98)) || (_1 === (103)) || (_1 === (71)) || (_1 === (120)) || (_1 === (88)) || (_1 === (102)) || (_1 === (70)) || (_1 === (101)) || (_1 === (69))) { */ case 2:
				oldPlus = p.fmt.fmtFlags.plus;
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(40);
				$r = p.fmtFloat(v.$real, (_q = size / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), verb); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				p.fmt.fmtFlags.plus = true;
				$r = p.fmtFloat(v.$imag, (_q$1 = size / 2, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")), verb); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("i)");
				p.fmt.fmtFlags.plus = oldPlus;
				$s = 4; continue;
			/* } else { */ case 3:
				$r = p.badVerb(verb); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
		case 1:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.fmtComplex, $c: true, $r, _1, _q, _q$1, oldPlus, p, size, v, verb, $s};return $f;
	};
	pp.prototype.fmtComplex = function(v, size, verb) { return this.$val.fmtComplex(v, size, verb); };
	pp.ptr.prototype.fmtString = function(v, verb) {
		var {_1, p, v, verb, $s, $r, $c} = $restore(this, {v, verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
			_1 = verb;
			/* */ if (_1 === (118)) { $s = 2; continue; }
			/* */ if (_1 === (115)) { $s = 3; continue; }
			/* */ if (_1 === (120)) { $s = 4; continue; }
			/* */ if (_1 === (88)) { $s = 5; continue; }
			/* */ if (_1 === (113)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_1 === (118)) { */ case 2:
				if (p.fmt.fmtFlags.sharpV) {
					p.fmt.fmtQ(v);
				} else {
					p.fmt.fmtS(v);
				}
				$s = 8; continue;
			/* } else if (_1 === (115)) { */ case 3:
				p.fmt.fmtS(v);
				$s = 8; continue;
			/* } else if (_1 === (120)) { */ case 4:
				p.fmt.fmtSx(v, "0123456789abcdefx");
				$s = 8; continue;
			/* } else if (_1 === (88)) { */ case 5:
				p.fmt.fmtSx(v, "0123456789ABCDEFX");
				$s = 8; continue;
			/* } else if (_1 === (113)) { */ case 6:
				p.fmt.fmtQ(v);
				$s = 8; continue;
			/* } else { */ case 7:
				$r = p.badVerb(verb); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
		case 1:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.fmtString, $c: true, $r, _1, p, v, verb, $s};return $f;
	};
	pp.prototype.fmtString = function(v, verb) { return this.$val.fmtString(v, verb); };
	pp.ptr.prototype.fmtBytes = function(v, verb, typeString) {
		var {_1, _i, _i$1, _r, _ref, _ref$1, c, c$1, i, i$1, p, typeString, v, verb, $s, $r, $c} = $restore(this, {v, verb, typeString});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
			_1 = verb;
			/* */ if ((_1 === (118)) || (_1 === (100))) { $s = 2; continue; }
			/* */ if (_1 === (115)) { $s = 3; continue; }
			/* */ if (_1 === (120)) { $s = 4; continue; }
			/* */ if (_1 === (88)) { $s = 5; continue; }
			/* */ if (_1 === (113)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ((_1 === (118)) || (_1 === (100))) { */ case 2:
				if (p.fmt.fmtFlags.sharpV) {
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(typeString);
					if (v === sliceType$2.nil) {
						(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("(nil)");
						$s = -1; return;
					}
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(123);
					_ref = v;
					_i = 0;
					while (true) {
						if (!(_i < _ref.$length)) { break; }
						i = _i;
						c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
						if (i > 0) {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(", ");
						}
						p.fmt0x64((new $Uint64(0, c)), true);
						_i++;
					}
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(125);
				} else {
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(91);
					_ref$1 = v;
					_i$1 = 0;
					while (true) {
						if (!(_i$1 < _ref$1.$length)) { break; }
						i$1 = _i$1;
						c$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
						if (i$1 > 0) {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(32);
						}
						p.fmt.fmtInteger((new $Uint64(0, c$1)), 10, false, verb, "0123456789abcdefx");
						_i$1++;
					}
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(93);
				}
				$s = 8; continue;
			/* } else if (_1 === (115)) { */ case 3:
				p.fmt.fmtBs(v);
				$s = 8; continue;
			/* } else if (_1 === (120)) { */ case 4:
				p.fmt.fmtBx(v, "0123456789abcdefx");
				$s = 8; continue;
			/* } else if (_1 === (88)) { */ case 5:
				p.fmt.fmtBx(v, "0123456789ABCDEFX");
				$s = 8; continue;
			/* } else if (_1 === (113)) { */ case 6:
				p.fmt.fmtQ(($bytesToString(v)));
				$s = 8; continue;
			/* } else { */ case 7:
				_r = reflect.ValueOf(v); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$r = p.printValue($clone(_r, reflect.Value), verb, 0); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
		case 1:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.fmtBytes, $c: true, $r, _1, _i, _i$1, _r, _ref, _ref$1, c, c$1, i, i$1, p, typeString, v, verb, $s};return $f;
	};
	pp.prototype.fmtBytes = function(v, verb, typeString) { return this.$val.fmtBytes(v, verb, typeString); };
	pp.ptr.prototype.fmtPointer = function(value, verb) {
		var {_1, _2, _r, p, u, value, verb, $s, $r, $c} = $restore(this, {value, verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		u = 0;
			_1 = $clone(value, reflect.Value).Kind();
			/* */ if ((_1 === (18)) || (_1 === (19)) || (_1 === (21)) || (_1 === (22)) || (_1 === (23)) || (_1 === (26))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((_1 === (18)) || (_1 === (19)) || (_1 === (21)) || (_1 === (22)) || (_1 === (23)) || (_1 === (26))) { */ case 2:
				u = $clone(value, reflect.Value).Pointer();
				$s = 4; continue;
			/* } else { */ case 3:
				$r = p.badVerb(verb); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } */ case 4:
		case 1:
			_2 = verb;
			/* */ if (_2 === (118)) { $s = 7; continue; }
			/* */ if (_2 === (112)) { $s = 8; continue; }
			/* */ if ((_2 === (98)) || (_2 === (111)) || (_2 === (100)) || (_2 === (120)) || (_2 === (88))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_2 === (118)) { */ case 7:
				/* */ if (p.fmt.fmtFlags.sharpV) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (p.fmt.fmtFlags.sharpV) { */ case 12:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(40);
					_r = $clone(value, reflect.Value).Type().String(); /* */ $s = 15; case 15: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(")(");
					if (u === 0) {
						(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("nil");
					} else {
						p.fmt0x64((new $Uint64(0, u.constructor === Number ? u : 1)), true);
					}
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(41);
					$s = 14; continue;
				/* } else { */ case 13:
					if (u === 0) {
						p.fmt.padString("<nil>");
					} else {
						p.fmt0x64((new $Uint64(0, u.constructor === Number ? u : 1)), !p.fmt.fmtFlags.sharp);
					}
				/* } */ case 14:
				$s = 11; continue;
			/* } else if (_2 === (112)) { */ case 8:
				p.fmt0x64((new $Uint64(0, u.constructor === Number ? u : 1)), !p.fmt.fmtFlags.sharp);
				$s = 11; continue;
			/* } else if ((_2 === (98)) || (_2 === (111)) || (_2 === (100)) || (_2 === (120)) || (_2 === (88))) { */ case 9:
				$r = p.fmtInteger((new $Uint64(0, u.constructor === Number ? u : 1)), false, verb); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 11; continue;
			/* } else { */ case 10:
				$r = p.badVerb(verb); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 11:
		case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.fmtPointer, $c: true, $r, _1, _2, _r, p, u, value, verb, $s};return $f;
	};
	pp.prototype.fmtPointer = function(value, verb) { return this.$val.fmtPointer(value, verb); };
	pp.ptr.prototype.catchPanic = function(arg, verb, method) {
		var {_r, arg, err, method, oldFlags, p, v, verb, $s, $r, $c} = $restore(this, {arg, verb, method});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		err = $recover();
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			_r = reflect.ValueOf(arg); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			v = _r;
			if (($clone(v, reflect.Value).Kind() === 22) && $clone(v, reflect.Value).IsNil()) {
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("<nil>");
				$s = -1; return;
			}
			if (p.panicking) {
				$panic(err);
			}
			oldFlags = $clone(p.fmt.fmtFlags, fmtFlags);
			p.fmt.clearflags();
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!");
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeRune(verb);
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("(PANIC=");
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(method);
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(" method: ");
			p.panicking = true;
			$r = p.printArg(err, 118); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			p.panicking = false;
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(41);
			fmtFlags.copy(p.fmt.fmtFlags, oldFlags);
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.catchPanic, $c: true, $r, _r, arg, err, method, oldFlags, p, v, verb, $s};return $f;
	};
	pp.prototype.catchPanic = function(arg, verb, method) { return this.$val.catchPanic(arg, verb, method); };
	pp.ptr.prototype.handleMethods = function(verb) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _r, _r$1, _r$2, _ref, _tuple, _tuple$1, _tuple$2, err, formatter, handled, ok, ok$1, ok$2, p, stringer, v, v$1, verb, $s, $deferred, $r, $c} = $restore(this, {verb});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		handled = false;
		p = this;
		/* */ if (p.erroring) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.erroring) { */ case 1:
			$24r = handled;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (verb === 119) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (verb === 119) { */ case 4:
			_tuple = $assertType(p.arg, $error, true);
			err = _tuple[0];
			ok = _tuple[1];
			/* */ if (!ok || !p.wrapErrs || !($interfaceIsEqual(p.wrappedErr, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!ok || !p.wrapErrs || !($interfaceIsEqual(p.wrappedErr, $ifaceNil))) { */ case 6:
				p.wrappedErr = $ifaceNil;
				p.wrapErrs = false;
				$r = p.badVerb(verb); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				handled = true;
				$24r$1 = handled;
				$s = 9; case 9: return $24r$1;
			/* } */ case 7:
			p.wrappedErr = err;
			verb = 118;
		/* } */ case 5:
		_tuple$1 = $assertType(p.arg, Formatter, true);
		formatter = _tuple$1[0];
		ok$1 = _tuple$1[1];
		/* */ if (ok$1) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (ok$1) { */ case 10:
			handled = true;
			$deferred.push([$methodVal(p, "catchPanic"), [p.arg, verb, "Format"]]);
			$r = formatter.Format(p, verb); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$24r$2 = handled;
			$s = 13; case 13: return $24r$2;
		/* } */ case 11:
		/* */ if (p.fmt.fmtFlags.sharpV) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (p.fmt.fmtFlags.sharpV) { */ case 14:
			_tuple$2 = $assertType(p.arg, GoStringer, true);
			stringer = _tuple$2[0];
			ok$2 = _tuple$2[1];
			/* */ if (ok$2) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (ok$2) { */ case 17:
				handled = true;
				$deferred.push([$methodVal(p, "catchPanic"), [p.arg, verb, "GoString"]]);
				_r = stringer.GoString(); /* */ $s = 19; case 19: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$r = p.fmt.fmtS(_r); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$24r$3 = handled;
				$s = 21; case 21: return $24r$3;
			/* } */ case 18:
			$s = 16; continue;
		/* } else { */ case 15:
				_1 = verb;
				/* */ if ((_1 === (118)) || (_1 === (115)) || (_1 === (120)) || (_1 === (88)) || (_1 === (113))) { $s = 23; continue; }
				/* */ $s = 24; continue;
				/* if ((_1 === (118)) || (_1 === (115)) || (_1 === (120)) || (_1 === (88)) || (_1 === (113))) { */ case 23:
					_ref = p.arg;
					/* */ if ($assertType(_ref, $error, true)[1]) { $s = 25; continue; }
					/* */ if ($assertType(_ref, Stringer, true)[1]) { $s = 26; continue; }
					/* */ $s = 27; continue;
					/* if ($assertType(_ref, $error, true)[1]) { */ case 25:
						v = _ref;
						handled = true;
						$deferred.push([$methodVal(p, "catchPanic"), [p.arg, verb, "Error"]]);
						_r$1 = v.Error(); /* */ $s = 28; case 28: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						$r = p.fmtString(_r$1, verb); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$24r$4 = handled;
						$s = 30; case 30: return $24r$4;
					/* } else if ($assertType(_ref, Stringer, true)[1]) { */ case 26:
						v$1 = _ref;
						handled = true;
						$deferred.push([$methodVal(p, "catchPanic"), [p.arg, verb, "String"]]);
						_r$2 = v$1.String(); /* */ $s = 31; case 31: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						$r = p.fmtString(_r$2, verb); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$24r$5 = handled;
						$s = 33; case 33: return $24r$5;
					/* } */ case 27:
				/* } */ case 24:
			case 22:
		/* } */ case 16:
		handled = false;
		$24r$6 = handled;
		$s = 34; case 34: return $24r$6;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  handled; } if($curGoroutine.asleep) { var $f = {$blk: pp.ptr.prototype.handleMethods, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _r, _r$1, _r$2, _ref, _tuple, _tuple$1, _tuple$2, err, formatter, handled, ok, ok$1, ok$2, p, stringer, v, v$1, verb, $s, $deferred};return $f; } }
	};
	pp.prototype.handleMethods = function(verb) { return this.$val.handleMethods(verb); };
	pp.ptr.prototype.printArg = function(arg, verb) {
		var {_1, _2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, arg, f, f$1, f$10, f$11, f$12, f$13, f$14, f$15, f$16, f$17, f$18, f$19, f$2, f$3, f$4, f$5, f$6, f$7, f$8, f$9, p, verb, $s, $r, $c} = $restore(this, {arg, verb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		p.arg = arg;
		p.value = new reflect.Value.ptr(ptrType.nil, 0, 0);
		/* */ if ($interfaceIsEqual(arg, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(arg, $ifaceNil)) { */ case 1:
				_1 = verb;
				/* */ if ((_1 === (84)) || (_1 === (118))) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if ((_1 === (84)) || (_1 === (118))) { */ case 4:
					p.fmt.padString("<nil>");
					$s = 6; continue;
				/* } else { */ case 5:
					$r = p.badVerb(verb); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 6:
			case 3:
			$s = -1; return;
		/* } */ case 2:
			_2 = verb;
			/* */ if (_2 === (84)) { $s = 9; continue; }
			/* */ if (_2 === (112)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_2 === (84)) { */ case 9:
				_r = reflect.TypeOf(arg).String(); /* */ $s = 12; case 12: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$r = p.fmt.fmtS(_r); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } else if (_2 === (112)) { */ case 10:
				_r$1 = reflect.ValueOf(arg); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$r = p.fmtPointer($clone(_r$1, reflect.Value), 112); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } */ case 11:
		case 8:
		_ref = arg;
		/* */ if ($assertType(_ref, $Bool, true)[1]) { $s = 16; continue; }
		/* */ if ($assertType(_ref, $Float32, true)[1]) { $s = 17; continue; }
		/* */ if ($assertType(_ref, $Float64, true)[1]) { $s = 18; continue; }
		/* */ if ($assertType(_ref, $Complex64, true)[1]) { $s = 19; continue; }
		/* */ if ($assertType(_ref, $Complex128, true)[1]) { $s = 20; continue; }
		/* */ if ($assertType(_ref, $Int, true)[1]) { $s = 21; continue; }
		/* */ if ($assertType(_ref, $Int8, true)[1]) { $s = 22; continue; }
		/* */ if ($assertType(_ref, $Int16, true)[1]) { $s = 23; continue; }
		/* */ if ($assertType(_ref, $Int32, true)[1]) { $s = 24; continue; }
		/* */ if ($assertType(_ref, $Int64, true)[1]) { $s = 25; continue; }
		/* */ if ($assertType(_ref, $Uint, true)[1]) { $s = 26; continue; }
		/* */ if ($assertType(_ref, $Uint8, true)[1]) { $s = 27; continue; }
		/* */ if ($assertType(_ref, $Uint16, true)[1]) { $s = 28; continue; }
		/* */ if ($assertType(_ref, $Uint32, true)[1]) { $s = 29; continue; }
		/* */ if ($assertType(_ref, $Uint64, true)[1]) { $s = 30; continue; }
		/* */ if ($assertType(_ref, $Uintptr, true)[1]) { $s = 31; continue; }
		/* */ if ($assertType(_ref, $String, true)[1]) { $s = 32; continue; }
		/* */ if ($assertType(_ref, sliceType$2, true)[1]) { $s = 33; continue; }
		/* */ if ($assertType(_ref, reflect.Value, true)[1]) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if ($assertType(_ref, $Bool, true)[1]) { */ case 16:
			f = _ref.$val;
			$r = p.fmtBool(f, verb); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Float32, true)[1]) { */ case 17:
			f$1 = _ref.$val;
			$r = p.fmtFloat((f$1), 32, verb); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Float64, true)[1]) { */ case 18:
			f$2 = _ref.$val;
			$r = p.fmtFloat(f$2, 64, verb); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Complex64, true)[1]) { */ case 19:
			f$3 = _ref.$val;
			$r = p.fmtComplex((new $Complex128(f$3.$real, f$3.$imag)), 64, verb); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Complex128, true)[1]) { */ case 20:
			f$4 = _ref.$val;
			$r = p.fmtComplex(f$4, 128, verb); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Int, true)[1]) { */ case 21:
			f$5 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$5)), true, verb); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Int8, true)[1]) { */ case 22:
			f$6 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$6)), true, verb); /* */ $s = 43; case 43: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Int16, true)[1]) { */ case 23:
			f$7 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$7)), true, verb); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Int32, true)[1]) { */ case 24:
			f$8 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$8)), true, verb); /* */ $s = 45; case 45: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Int64, true)[1]) { */ case 25:
			f$9 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(f$9.$high, f$9.$low)), true, verb); /* */ $s = 46; case 46: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Uint, true)[1]) { */ case 26:
			f$10 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$10)), false, verb); /* */ $s = 47; case 47: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Uint8, true)[1]) { */ case 27:
			f$11 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$11)), false, verb); /* */ $s = 48; case 48: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Uint16, true)[1]) { */ case 28:
			f$12 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$12)), false, verb); /* */ $s = 49; case 49: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Uint32, true)[1]) { */ case 29:
			f$13 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$13)), false, verb); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Uint64, true)[1]) { */ case 30:
			f$14 = _ref.$val;
			$r = p.fmtInteger(f$14, false, verb); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $Uintptr, true)[1]) { */ case 31:
			f$15 = _ref.$val;
			$r = p.fmtInteger((new $Uint64(0, f$15.constructor === Number ? f$15 : 1)), false, verb); /* */ $s = 52; case 52: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, $String, true)[1]) { */ case 32:
			f$16 = _ref.$val;
			$r = p.fmtString(f$16, verb); /* */ $s = 53; case 53: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, sliceType$2, true)[1]) { */ case 33:
			f$17 = _ref.$val;
			$r = p.fmtBytes(f$17, verb, "[]byte"); /* */ $s = 54; case 54: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else if ($assertType(_ref, reflect.Value, true)[1]) { */ case 34:
			f$18 = _ref.$val;
			/* */ if ($clone(f$18, reflect.Value).IsValid() && $clone(f$18, reflect.Value).CanInterface()) { $s = 55; continue; }
			/* */ $s = 56; continue;
			/* if ($clone(f$18, reflect.Value).IsValid() && $clone(f$18, reflect.Value).CanInterface()) { */ case 55:
				_r$2 = $clone(f$18, reflect.Value).Interface(); /* */ $s = 57; case 57: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				p.arg = _r$2;
				_r$3 = p.handleMethods(verb); /* */ $s = 60; case 60: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if (_r$3) { $s = 58; continue; }
				/* */ $s = 59; continue;
				/* if (_r$3) { */ case 58:
					$s = -1; return;
				/* } */ case 59:
			/* } */ case 56:
			$r = p.printValue($clone(f$18, reflect.Value), verb, 0); /* */ $s = 61; case 61: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 36; continue;
		/* } else { */ case 35:
			f$19 = _ref;
			_r$4 = p.handleMethods(verb); /* */ $s = 64; case 64: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (!_r$4) { $s = 62; continue; }
			/* */ $s = 63; continue;
			/* if (!_r$4) { */ case 62:
				_r$5 = reflect.ValueOf(f$19); /* */ $s = 65; case 65: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$r = p.printValue($clone(_r$5, reflect.Value), verb, 0); /* */ $s = 66; case 66: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 63:
		/* } */ case 36:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.printArg, $c: true, $r, _1, _2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, arg, f, f$1, f$10, f$11, f$12, f$13, f$14, f$15, f$16, f$17, f$18, f$19, f$2, f$3, f$4, f$5, f$6, f$7, f$8, f$9, p, verb, $s};return $f;
	};
	pp.prototype.printArg = function(arg, verb) { return this.$val.printArg(arg, verb); };
	pp.ptr.prototype.printValue = function(value, verb, depth) {
		var {_1, _2, _3, _4, _arg, _arg$1, _arg$2, _i, _i$1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, a, bytes, depth, f, i, i$1, i$2, i$3, i$4, key, name, p, sorted, t, value, value$1, verb, x, x$1, $s, $r, $c} = $restore(this, {value, verb, depth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (depth > 0 && $clone(value, reflect.Value).IsValid() && $clone(value, reflect.Value).CanInterface()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (depth > 0 && $clone(value, reflect.Value).IsValid() && $clone(value, reflect.Value).CanInterface()) { */ case 1:
			_r = $clone(value, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			p.arg = _r;
			_r$1 = p.handleMethods(verb); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r$1) { */ case 4:
				$s = -1; return;
			/* } */ case 5:
		/* } */ case 2:
		p.arg = $ifaceNil;
		p.value = value;
			f = value;
			_1 = $clone(value, reflect.Value).Kind();
			/* */ if (_1 === (0)) { $s = 8; continue; }
			/* */ if (_1 === (1)) { $s = 9; continue; }
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 10; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 11; continue; }
			/* */ if (_1 === (13)) { $s = 12; continue; }
			/* */ if (_1 === (14)) { $s = 13; continue; }
			/* */ if (_1 === (15)) { $s = 14; continue; }
			/* */ if (_1 === (16)) { $s = 15; continue; }
			/* */ if (_1 === (24)) { $s = 16; continue; }
			/* */ if (_1 === (21)) { $s = 17; continue; }
			/* */ if (_1 === (25)) { $s = 18; continue; }
			/* */ if (_1 === (20)) { $s = 19; continue; }
			/* */ if ((_1 === (17)) || (_1 === (23))) { $s = 20; continue; }
			/* */ if (_1 === (22)) { $s = 21; continue; }
			/* */ if ((_1 === (18)) || (_1 === (19)) || (_1 === (26))) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (_1 === (0)) { */ case 8:
				/* */ if (depth === 0) { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (depth === 0) { */ case 25:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("<invalid reflect.Value>");
					$s = 27; continue;
				/* } else { */ case 26:
						_2 = verb;
						/* */ if (_2 === (118)) { $s = 29; continue; }
						/* */ $s = 30; continue;
						/* if (_2 === (118)) { */ case 29:
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("<nil>");
							$s = 31; continue;
						/* } else { */ case 30:
							$r = p.badVerb(verb); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						/* } */ case 31:
					case 28:
				/* } */ case 27:
				$s = 24; continue;
			/* } else if (_1 === (1)) { */ case 9:
				$r = p.fmtBool($clone(f, reflect.Value).Bool(), verb); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 10:
				$r = p.fmtInteger(((x = $clone(f, reflect.Value).Int(), new $Uint64(x.$high, x.$low))), true, verb); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 11:
				$r = p.fmtInteger($clone(f, reflect.Value).Uint(), false, verb); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if (_1 === (13)) { */ case 12:
				$r = p.fmtFloat($clone(f, reflect.Value).Float(), 32, verb); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if (_1 === (14)) { */ case 13:
				$r = p.fmtFloat($clone(f, reflect.Value).Float(), 64, verb); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if (_1 === (15)) { */ case 14:
				$r = p.fmtComplex($clone(f, reflect.Value).Complex(), 64, verb); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if (_1 === (16)) { */ case 15:
				$r = p.fmtComplex($clone(f, reflect.Value).Complex(), 128, verb); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if (_1 === (24)) { */ case 16:
				_r$2 = $clone(f, reflect.Value).String(); /* */ $s = 40; case 40: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$r = p.fmtString(_r$2, verb); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if (_1 === (21)) { */ case 17:
				/* */ if (p.fmt.fmtFlags.sharpV) { $s = 42; continue; }
				/* */ $s = 43; continue;
				/* if (p.fmt.fmtFlags.sharpV) { */ case 42:
					_r$3 = $clone(f, reflect.Value).Type().String(); /* */ $s = 45; case 45: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r$3); /* */ $s = 46; case 46: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					if ($clone(f, reflect.Value).IsNil()) {
						(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("(nil)");
						$s = -1; return;
					}
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(123);
					$s = 44; continue;
				/* } else { */ case 43:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("map[");
				/* } */ case 44:
				_r$4 = fmtsort.Sort($clone(f, reflect.Value)); /* */ $s = 47; case 47: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				sorted = _r$4;
				_ref = sorted.Key;
				_i = 0;
				/* while (true) { */ case 48:
					/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 49; continue; }
					i = _i;
					key = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					if (i > 0) {
						if (p.fmt.fmtFlags.sharpV) {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(", ");
						} else {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(32);
						}
					}
					$r = p.printValue($clone(key, reflect.Value), verb, depth + 1 >> 0); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(58);
					$r = p.printValue($clone((x$1 = sorted.Value, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])), reflect.Value), verb, depth + 1 >> 0); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_i++;
				$s = 48; continue;
				case 49:
				if (p.fmt.fmtFlags.sharpV) {
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(125);
				} else {
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(93);
				}
				$s = 24; continue;
			/* } else if (_1 === (25)) { */ case 18:
				/* */ if (p.fmt.fmtFlags.sharpV) { $s = 52; continue; }
				/* */ $s = 53; continue;
				/* if (p.fmt.fmtFlags.sharpV) { */ case 52:
					_r$5 = $clone(f, reflect.Value).Type().String(); /* */ $s = 54; case 54: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r$5); /* */ $s = 55; case 55: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 53:
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(123);
				i$1 = 0;
				/* while (true) { */ case 56:
					/* if (!(i$1 < $clone(f, reflect.Value).NumField())) { break; } */ if(!(i$1 < $clone(f, reflect.Value).NumField())) { $s = 57; continue; }
					if (i$1 > 0) {
						if (p.fmt.fmtFlags.sharpV) {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(", ");
						} else {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(32);
						}
					}
					/* */ if (p.fmt.fmtFlags.plusV || p.fmt.fmtFlags.sharpV) { $s = 58; continue; }
					/* */ $s = 59; continue;
					/* if (p.fmt.fmtFlags.plusV || p.fmt.fmtFlags.sharpV) { */ case 58:
						_r$6 = $clone(f, reflect.Value).Type().Field(i$1); /* */ $s = 60; case 60: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						name = _r$6.Name;
						if (!(name === "")) {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(name);
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(58);
						}
					/* } */ case 59:
					_r$7 = getField($clone(f, reflect.Value), i$1); /* */ $s = 61; case 61: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$r = p.printValue($clone(_r$7, reflect.Value), verb, depth + 1 >> 0); /* */ $s = 62; case 62: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					i$1 = i$1 + (1) >> 0;
				$s = 56; continue;
				case 57:
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(125);
				$s = 24; continue;
			/* } else if (_1 === (20)) { */ case 19:
				_r$8 = $clone(f, reflect.Value).Elem(); /* */ $s = 63; case 63: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				value$1 = _r$8;
				/* */ if (!$clone(value$1, reflect.Value).IsValid()) { $s = 64; continue; }
				/* */ $s = 65; continue;
				/* if (!$clone(value$1, reflect.Value).IsValid()) { */ case 64:
					/* */ if (p.fmt.fmtFlags.sharpV) { $s = 67; continue; }
					/* */ $s = 68; continue;
					/* if (p.fmt.fmtFlags.sharpV) { */ case 67:
						_r$9 = $clone(f, reflect.Value).Type().String(); /* */ $s = 70; case 70: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r$9); /* */ $s = 71; case 71: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("(nil)");
						$s = 69; continue;
					/* } else { */ case 68:
						(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("<nil>");
					/* } */ case 69:
					$s = 66; continue;
				/* } else { */ case 65:
					$r = p.printValue($clone(value$1, reflect.Value), verb, depth + 1 >> 0); /* */ $s = 72; case 72: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 66:
				$s = 24; continue;
			/* } else if ((_1 === (17)) || (_1 === (23))) { */ case 20:
					_3 = verb;
					/* */ if ((_3 === (115)) || (_3 === (113)) || (_3 === (120)) || (_3 === (88))) { $s = 74; continue; }
					/* */ $s = 75; continue;
					/* if ((_3 === (115)) || (_3 === (113)) || (_3 === (120)) || (_3 === (88))) { */ case 74:
						t = $clone(f, reflect.Value).Type();
						_r$10 = t.Elem(); /* */ $s = 78; case 78: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						_r$11 = _r$10.Kind(); /* */ $s = 79; case 79: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						/* */ if (_r$11 === 8) { $s = 76; continue; }
						/* */ $s = 77; continue;
						/* if (_r$11 === 8) { */ case 76:
							bytes = sliceType$2.nil;
							/* */ if ($clone(f, reflect.Value).Kind() === 23) { $s = 80; continue; }
							/* */ if ($clone(f, reflect.Value).CanAddr()) { $s = 81; continue; }
							/* */ $s = 82; continue;
							/* if ($clone(f, reflect.Value).Kind() === 23) { */ case 80:
								_r$12 = $clone(f, reflect.Value).Bytes(); /* */ $s = 84; case 84: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
								bytes = _r$12;
								$s = 83; continue;
							/* } else if ($clone(f, reflect.Value).CanAddr()) { */ case 81:
								_r$13 = $clone(f, reflect.Value).Slice(0, $clone(f, reflect.Value).Len()); /* */ $s = 85; case 85: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
								_r$14 = $clone(_r$13, reflect.Value).Bytes(); /* */ $s = 86; case 86: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
								bytes = _r$14;
								$s = 83; continue;
							/* } else { */ case 82:
								bytes = $makeSlice(sliceType$2, $clone(f, reflect.Value).Len());
								_ref$1 = bytes;
								_i$1 = 0;
								/* while (true) { */ case 87:
									/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 88; continue; }
									i$2 = _i$1;
									_r$15 = $clone(f, reflect.Value).Index(i$2); /* */ $s = 89; case 89: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
									_r$16 = $clone(_r$15, reflect.Value).Uint(); /* */ $s = 90; case 90: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
									((i$2 < 0 || i$2 >= bytes.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + i$2] = ((_r$16.$low << 24 >>> 24)));
									_i$1++;
								$s = 87; continue;
								case 88:
							/* } */ case 83:
							_arg = bytes;
							_arg$1 = verb;
							_r$17 = t.String(); /* */ $s = 91; case 91: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
							_arg$2 = _r$17;
							$r = p.fmtBytes(_arg, _arg$1, _arg$2); /* */ $s = 92; case 92: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = -1; return;
						/* } */ case 77:
					/* } */ case 75:
				case 73:
				/* */ if (p.fmt.fmtFlags.sharpV) { $s = 93; continue; }
				/* */ $s = 94; continue;
				/* if (p.fmt.fmtFlags.sharpV) { */ case 93:
					_r$18 = $clone(f, reflect.Value).Type().String(); /* */ $s = 96; case 96: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r$18); /* */ $s = 97; case 97: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					if (($clone(f, reflect.Value).Kind() === 23) && $clone(f, reflect.Value).IsNil()) {
						(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("(nil)");
						$s = -1; return;
					}
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(123);
					i$3 = 0;
					/* while (true) { */ case 98:
						/* if (!(i$3 < $clone(f, reflect.Value).Len())) { break; } */ if(!(i$3 < $clone(f, reflect.Value).Len())) { $s = 99; continue; }
						if (i$3 > 0) {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(", ");
						}
						_r$19 = $clone(f, reflect.Value).Index(i$3); /* */ $s = 100; case 100: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
						$r = p.printValue($clone(_r$19, reflect.Value), verb, depth + 1 >> 0); /* */ $s = 101; case 101: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						i$3 = i$3 + (1) >> 0;
					$s = 98; continue;
					case 99:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(125);
					$s = 95; continue;
				/* } else { */ case 94:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(91);
					i$4 = 0;
					/* while (true) { */ case 102:
						/* if (!(i$4 < $clone(f, reflect.Value).Len())) { break; } */ if(!(i$4 < $clone(f, reflect.Value).Len())) { $s = 103; continue; }
						if (i$4 > 0) {
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(32);
						}
						_r$20 = $clone(f, reflect.Value).Index(i$4); /* */ $s = 104; case 104: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
						$r = p.printValue($clone(_r$20, reflect.Value), verb, depth + 1 >> 0); /* */ $s = 105; case 105: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						i$4 = i$4 + (1) >> 0;
					$s = 102; continue;
					case 103:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(93);
				/* } */ case 95:
				$s = 24; continue;
			/* } else if (_1 === (22)) { */ case 21:
				/* */ if ((depth === 0) && !(($clone(f, reflect.Value).Pointer() === 0))) { $s = 106; continue; }
				/* */ $s = 107; continue;
				/* if ((depth === 0) && !(($clone(f, reflect.Value).Pointer() === 0))) { */ case 106:
						_r$21 = $clone(f, reflect.Value).Elem(); /* */ $s = 109; case 109: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						a = _r$21;
						_4 = $clone(a, reflect.Value).Kind();
						/* */ if ((_4 === (17)) || (_4 === (23)) || (_4 === (25)) || (_4 === (21))) { $s = 110; continue; }
						/* */ $s = 111; continue;
						/* if ((_4 === (17)) || (_4 === (23)) || (_4 === (25)) || (_4 === (21))) { */ case 110:
							(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(38);
							$r = p.printValue($clone(a, reflect.Value), verb, depth + 1 >> 0); /* */ $s = 112; case 112: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = -1; return;
						/* } */ case 111:
					case 108:
				/* } */ case 107:
				$r = p.fmtPointer($clone(f, reflect.Value), verb); /* */ $s = 113; case 113: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else if ((_1 === (18)) || (_1 === (19)) || (_1 === (26))) { */ case 22:
				$r = p.fmtPointer($clone(f, reflect.Value), verb); /* */ $s = 114; case 114: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 24; continue;
			/* } else { */ case 23:
				$r = p.unknownType($clone(f, reflect.Value)); /* */ $s = 115; case 115: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 24:
		case 7:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.printValue, $c: true, $r, _1, _2, _3, _4, _arg, _arg$1, _arg$2, _i, _i$1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, a, bytes, depth, f, i, i$1, i$2, i$3, i$4, key, name, p, sorted, t, value, value$1, verb, x, x$1, $s};return $f;
	};
	pp.prototype.printValue = function(value, verb, depth) { return this.$val.printValue(value, verb, depth); };
	intFromArg = function(a, argNum) {
		var {_1, _r, _tuple, a, argNum, isInt, n, n$1, newArgNum, num, v, x, x$1, x$2, $s, $r, $c} = $restore(this, {a, argNum});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		num = 0;
		isInt = false;
		newArgNum = 0;
		newArgNum = argNum;
		/* */ if (argNum < a.$length) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (argNum < a.$length) { */ case 1:
			_tuple = $assertType(((argNum < 0 || argNum >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + argNum]), $Int, true);
			num = _tuple[0];
			isInt = _tuple[1];
			/* */ if (!isInt) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!isInt) { */ case 3:
					_r = reflect.ValueOf(((argNum < 0 || argNum >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + argNum])); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					v = _r;
					_1 = $clone(v, reflect.Value).Kind();
					if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) {
						n = $clone(v, reflect.Value).Int();
						if ((x = (new $Int64(0, (((n.$low + ((n.$high >> 31) * 4294967296)) >> 0)))), (x.$high === n.$high && x.$low === n.$low))) {
							num = (((n.$low + ((n.$high >> 31) * 4294967296)) >> 0));
							isInt = true;
						}
					} else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) {
						n$1 = $clone(v, reflect.Value).Uint();
						if ((x$1 = (new $Int64(n$1.$high, n$1.$low)), (x$1.$high > 0 || (x$1.$high === 0 && x$1.$low >= 0))) && (x$2 = (new $Uint64(0, ((n$1.$low >> 0)))), (x$2.$high === n$1.$high && x$2.$low === n$1.$low))) {
							num = ((n$1.$low >> 0));
							isInt = true;
						}
					}
				case 5:
			/* } */ case 4:
			newArgNum = argNum + 1 >> 0;
			if (tooLarge(num)) {
				num = 0;
				isInt = false;
			}
		/* } */ case 2:
		$s = -1; return [num, isInt, newArgNum];
		/* */ } return; } var $f = {$blk: intFromArg, $c: true, $r, _1, _r, _tuple, a, argNum, isInt, n, n$1, newArgNum, num, v, x, x$1, x$2, $s};return $f;
	};
	parseArgNumber = function(format) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, format, i, index, newi, ok, ok$1, wid, width;
		index = 0;
		wid = 0;
		ok = false;
		if (format.length < 3) {
			_tmp = 0;
			_tmp$1 = 1;
			_tmp$2 = false;
			index = _tmp;
			wid = _tmp$1;
			ok = _tmp$2;
			return [index, wid, ok];
		}
		i = 1;
		while (true) {
			if (!(i < format.length)) { break; }
			if (format.charCodeAt(i) === 93) {
				_tuple = parsenum(format, 1, i);
				width = _tuple[0];
				ok$1 = _tuple[1];
				newi = _tuple[2];
				if (!ok$1 || !((newi === i))) {
					_tmp$3 = 0;
					_tmp$4 = i + 1 >> 0;
					_tmp$5 = false;
					index = _tmp$3;
					wid = _tmp$4;
					ok = _tmp$5;
					return [index, wid, ok];
				}
				_tmp$6 = width - 1 >> 0;
				_tmp$7 = i + 1 >> 0;
				_tmp$8 = true;
				index = _tmp$6;
				wid = _tmp$7;
				ok = _tmp$8;
				return [index, wid, ok];
			}
			i = i + (1) >> 0;
		}
		_tmp$9 = 0;
		_tmp$10 = 1;
		_tmp$11 = false;
		index = _tmp$9;
		wid = _tmp$10;
		ok = _tmp$11;
		return [index, wid, ok];
	};
	pp.ptr.prototype.argNumber = function(argNum, format, i, numArgs) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, argNum, format, found, i, index, newArgNum, newi, numArgs, ok, p, wid;
		newArgNum = 0;
		newi = 0;
		found = false;
		p = this;
		if (format.length <= i || !((format.charCodeAt(i) === 91))) {
			_tmp = argNum;
			_tmp$1 = i;
			_tmp$2 = false;
			newArgNum = _tmp;
			newi = _tmp$1;
			found = _tmp$2;
			return [newArgNum, newi, found];
		}
		p.reordered = true;
		_tuple = parseArgNumber($substring(format, i));
		index = _tuple[0];
		wid = _tuple[1];
		ok = _tuple[2];
		if (ok && 0 <= index && index < numArgs) {
			_tmp$3 = index;
			_tmp$4 = i + wid >> 0;
			_tmp$5 = true;
			newArgNum = _tmp$3;
			newi = _tmp$4;
			found = _tmp$5;
			return [newArgNum, newi, found];
		}
		p.goodArgNum = false;
		_tmp$6 = argNum;
		_tmp$7 = i + wid >> 0;
		_tmp$8 = ok;
		newArgNum = _tmp$6;
		newi = _tmp$7;
		found = _tmp$8;
		return [newArgNum, newi, found];
	};
	pp.prototype.argNumber = function(argNum, format, i, numArgs) { return this.$val.argNumber(argNum, format, i, numArgs); };
	pp.ptr.prototype.badArgNum = function(verb) {
		var p, verb;
		p = this;
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!");
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeRune(verb);
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("(BADINDEX)");
	};
	pp.prototype.badArgNum = function(verb) { return this.$val.badArgNum(verb); };
	pp.ptr.prototype.missingArg = function(verb) {
		var p, verb;
		p = this;
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!");
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeRune(verb);
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("(MISSING)");
	};
	pp.prototype.missingArg = function(verb) { return this.$val.missingArg(verb); };
	pp.ptr.prototype.doPrintf = function(format, a) {
		var {_1, _i, _r, _r$1, _r$2, _ref, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, a, afterIndex, arg, argNum, c, end, format, i, i$1, lasti, p, size, verb, $s, $r, $c} = $restore(this, {format, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		end = format.length;
		argNum = 0;
		afterIndex = false;
		p.reordered = false;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < end)) { break; } */ if(!(i < end)) { $s = 2; continue; }
			p.goodArgNum = true;
			lasti = i;
			while (true) {
				if (!(i < end && !((format.charCodeAt(i) === 37)))) { break; }
				i = i + (1) >> 0;
			}
			if (i > lasti) {
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString($substring(format, lasti, i));
			}
			if (i >= end) {
				/* break; */ $s = 2; continue;
			}
			i = i + (1) >> 0;
			p.fmt.clearflags();
			/* while (true) { */ case 3:
				/* if (!(i < end)) { break; } */ if(!(i < end)) { $s = 4; continue; }
				c = format.charCodeAt(i);
					_1 = c;
					/* */ if (_1 === (35)) { $s = 6; continue; }
					/* */ if (_1 === (48)) { $s = 7; continue; }
					/* */ if (_1 === (43)) { $s = 8; continue; }
					/* */ if (_1 === (45)) { $s = 9; continue; }
					/* */ if (_1 === (32)) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (_1 === (35)) { */ case 6:
						p.fmt.fmtFlags.sharp = true;
						$s = 12; continue;
					/* } else if (_1 === (48)) { */ case 7:
						p.fmt.fmtFlags.zero = !p.fmt.fmtFlags.minus;
						$s = 12; continue;
					/* } else if (_1 === (43)) { */ case 8:
						p.fmt.fmtFlags.plus = true;
						$s = 12; continue;
					/* } else if (_1 === (45)) { */ case 9:
						p.fmt.fmtFlags.minus = true;
						p.fmt.fmtFlags.zero = false;
						$s = 12; continue;
					/* } else if (_1 === (32)) { */ case 10:
						p.fmt.fmtFlags.space = true;
						$s = 12; continue;
					/* } else { */ case 11:
						/* */ if (97 <= c && c <= 122 && argNum < a.$length) { $s = 13; continue; }
						/* */ $s = 14; continue;
						/* if (97 <= c && c <= 122 && argNum < a.$length) { */ case 13:
							if (c === 118) {
								p.fmt.fmtFlags.sharpV = p.fmt.fmtFlags.sharp;
								p.fmt.fmtFlags.sharp = false;
								p.fmt.fmtFlags.plusV = p.fmt.fmtFlags.plus;
								p.fmt.fmtFlags.plus = false;
							}
							$r = p.printArg(((argNum < 0 || argNum >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + argNum]), ((c >> 0))); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							argNum = argNum + (1) >> 0;
							i = i + (1) >> 0;
							/* continue formatLoop; */ $s = 1; continue s;
						/* } */ case 14:
						/* break simpleFormat; */ $s = 4; continue s;
					/* } */ case 12:
				case 5:
				i = i + (1) >> 0;
			$s = 3; continue;
			case 4:
			_tuple = p.argNumber(argNum, format, i, a.$length);
			argNum = _tuple[0];
			i = _tuple[1];
			afterIndex = _tuple[2];
			/* */ if (i < end && (format.charCodeAt(i) === 42)) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (i < end && (format.charCodeAt(i) === 42)) { */ case 16:
				i = i + (1) >> 0;
				_r = intFromArg(a, argNum); /* */ $s = 19; case 19: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple$1 = _r;
				p.fmt.wid = _tuple$1[0];
				p.fmt.fmtFlags.widPresent = _tuple$1[1];
				argNum = _tuple$1[2];
				if (!p.fmt.fmtFlags.widPresent) {
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!(BADWIDTH)");
				}
				if (p.fmt.wid < 0) {
					p.fmt.wid = -p.fmt.wid;
					p.fmt.fmtFlags.minus = true;
					p.fmt.fmtFlags.zero = false;
				}
				afterIndex = false;
				$s = 18; continue;
			/* } else { */ case 17:
				_tuple$2 = parsenum(format, i, end);
				p.fmt.wid = _tuple$2[0];
				p.fmt.fmtFlags.widPresent = _tuple$2[1];
				i = _tuple$2[2];
				if (afterIndex && p.fmt.fmtFlags.widPresent) {
					p.goodArgNum = false;
				}
			/* } */ case 18:
			/* */ if ((i + 1 >> 0) < end && (format.charCodeAt(i) === 46)) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if ((i + 1 >> 0) < end && (format.charCodeAt(i) === 46)) { */ case 20:
				i = i + (1) >> 0;
				if (afterIndex) {
					p.goodArgNum = false;
				}
				_tuple$3 = p.argNumber(argNum, format, i, a.$length);
				argNum = _tuple$3[0];
				i = _tuple$3[1];
				afterIndex = _tuple$3[2];
				/* */ if (i < end && (format.charCodeAt(i) === 42)) { $s = 22; continue; }
				/* */ $s = 23; continue;
				/* if (i < end && (format.charCodeAt(i) === 42)) { */ case 22:
					i = i + (1) >> 0;
					_r$1 = intFromArg(a, argNum); /* */ $s = 25; case 25: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_tuple$4 = _r$1;
					p.fmt.prec = _tuple$4[0];
					p.fmt.fmtFlags.precPresent = _tuple$4[1];
					argNum = _tuple$4[2];
					if (p.fmt.prec < 0) {
						p.fmt.prec = 0;
						p.fmt.fmtFlags.precPresent = false;
					}
					if (!p.fmt.fmtFlags.precPresent) {
						(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!(BADPREC)");
					}
					afterIndex = false;
					$s = 24; continue;
				/* } else { */ case 23:
					_tuple$5 = parsenum(format, i, end);
					p.fmt.prec = _tuple$5[0];
					p.fmt.fmtFlags.precPresent = _tuple$5[1];
					i = _tuple$5[2];
					if (!p.fmt.fmtFlags.precPresent) {
						p.fmt.prec = 0;
						p.fmt.fmtFlags.precPresent = true;
					}
				/* } */ case 24:
			/* } */ case 21:
			if (!afterIndex) {
				_tuple$6 = p.argNumber(argNum, format, i, a.$length);
				argNum = _tuple$6[0];
				i = _tuple$6[1];
				afterIndex = _tuple$6[2];
			}
			if (i >= end) {
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!(NOVERB)");
				/* break; */ $s = 2; continue;
			}
			_tmp = ((format.charCodeAt(i) >> 0));
			_tmp$1 = 1;
			verb = _tmp;
			size = _tmp$1;
			if (verb >= 128) {
				_tuple$7 = utf8.DecodeRuneInString($substring(format, i));
				verb = _tuple$7[0];
				size = _tuple$7[1];
			}
			i = i + (size) >> 0;
				/* */ if ((verb === 37)) { $s = 27; continue; }
				/* */ if (!p.goodArgNum) { $s = 28; continue; }
				/* */ if (argNum >= a.$length) { $s = 29; continue; }
				/* */ if ((verb === 118)) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if ((verb === 37)) { */ case 27:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(37);
					$s = 32; continue;
				/* } else if (!p.goodArgNum) { */ case 28:
					p.badArgNum(verb);
					$s = 32; continue;
				/* } else if (argNum >= a.$length) { */ case 29:
					p.missingArg(verb);
					$s = 32; continue;
				/* } else if ((verb === 118)) { */ case 30:
					p.fmt.fmtFlags.sharpV = p.fmt.fmtFlags.sharp;
					p.fmt.fmtFlags.sharp = false;
					p.fmt.fmtFlags.plusV = p.fmt.fmtFlags.plus;
					p.fmt.fmtFlags.plus = false;
					$r = p.printArg(((argNum < 0 || argNum >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + argNum]), verb); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					argNum = argNum + (1) >> 0;
					$s = 32; continue;
				/* } else { */ case 31:
					$r = p.printArg(((argNum < 0 || argNum >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + argNum]), verb); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					argNum = argNum + (1) >> 0;
				/* } */ case 32:
			case 26:
		$s = 1; continue;
		case 2:
		/* */ if (!p.reordered && argNum < a.$length) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (!p.reordered && argNum < a.$length) { */ case 35:
			p.fmt.clearflags();
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("%!(EXTRA ");
			_ref = $subslice(a, argNum);
			_i = 0;
			/* while (true) { */ case 37:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 38; continue; }
				i$1 = _i;
				arg = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (i$1 > 0) {
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(", ");
				}
				/* */ if ($interfaceIsEqual(arg, $ifaceNil)) { $s = 39; continue; }
				/* */ $s = 40; continue;
				/* if ($interfaceIsEqual(arg, $ifaceNil)) { */ case 39:
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString("<nil>");
					$s = 41; continue;
				/* } else { */ case 40:
					_r$2 = reflect.TypeOf(arg).String(); /* */ $s = 42; case 42: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$r = (p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeString(_r$2); /* */ $s = 43; case 43: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(61);
					$r = p.printArg(arg, 118); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 41:
				_i++;
			$s = 37; continue;
			case 38:
			(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(41);
		/* } */ case 36:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.doPrintf, $c: true, $r, _1, _i, _r, _r$1, _r$2, _ref, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, a, afterIndex, arg, argNum, c, end, format, i, i$1, lasti, p, size, verb, $s};return $f;
	};
	pp.prototype.doPrintf = function(format, a) { return this.$val.doPrintf(format, a); };
	pp.ptr.prototype.doPrint = function(a) {
		var {_i, _r, _ref, _v, a, arg, argNum, isString, p, prevString, $s, $r, $c} = $restore(this, {a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		prevString = false;
		_ref = a;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			argNum = _i;
			arg = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!(!($interfaceIsEqual(arg, $ifaceNil)))) { _v = false; $s = 3; continue s; }
			_r = reflect.TypeOf(arg).Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r === 24; case 3:
			isString = _v;
			if (argNum > 0 && !isString && !prevString) {
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(32);
			}
			$r = p.printArg(arg, 118); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			prevString = isString;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.doPrint, $c: true, $r, _i, _r, _ref, _v, a, arg, argNum, isString, p, prevString, $s};return $f;
	};
	pp.prototype.doPrint = function(a) { return this.$val.doPrint(a); };
	pp.ptr.prototype.doPrintln = function(a) {
		var {_i, _ref, a, arg, argNum, p, $s, $r, $c} = $restore(this, {a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_ref = a;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			argNum = _i;
			arg = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (argNum > 0) {
				(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(32);
			}
			$r = p.printArg(arg, 118); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		(p.$ptr_buf || (p.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, p))).writeByte(10);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pp.ptr.prototype.doPrintln, $c: true, $r, _i, _ref, a, arg, argNum, p, $s};return $f;
	};
	pp.prototype.doPrintln = function(a) { return this.$val.doPrintln(a); };
	fmt.ptr.prototype.clearflags = function() {
		var f;
		f = this;
		fmtFlags.copy(f.fmtFlags, new fmtFlags.ptr(false, false, false, false, false, false, false, false, false));
	};
	fmt.prototype.clearflags = function() { return this.$val.clearflags(); };
	fmt.ptr.prototype.init = function(buf) {
		var buf, f;
		f = this;
		f.buf = buf;
		f.clearflags();
	};
	fmt.prototype.init = function(buf) { return this.$val.init(buf); };
	fmt.ptr.prototype.writePadding = function(n) {
		var _i, _ref, buf, f, i, n, newLen, oldLen, padByte, padding;
		f = this;
		if (n <= 0) {
			return;
		}
		buf = f.buf.$get();
		oldLen = buf.$length;
		newLen = oldLen + n >> 0;
		if (newLen > buf.$capacity) {
			buf = $makeSlice(buffer, (($imul(buf.$capacity, 2)) + n >> 0));
			$copySlice(buf, f.buf.$get());
		}
		padByte = 32;
		if (f.fmtFlags.zero) {
			padByte = 48;
		}
		padding = $subslice(buf, oldLen, newLen);
		_ref = padding;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			((i < 0 || i >= padding.$length) ? ($throwRuntimeError("index out of range"), undefined) : padding.$array[padding.$offset + i] = padByte);
			_i++;
		}
		f.buf.$set($subslice(buf, 0, newLen));
	};
	fmt.prototype.writePadding = function(n) { return this.$val.writePadding(n); };
	fmt.ptr.prototype.pad = function(b) {
		var b, f, width;
		f = this;
		if (!f.fmtFlags.widPresent || (f.wid === 0)) {
			f.buf.write(b);
			return;
		}
		width = f.wid - utf8.RuneCount(b) >> 0;
		if (!f.fmtFlags.minus) {
			f.writePadding(width);
			f.buf.write(b);
		} else {
			f.buf.write(b);
			f.writePadding(width);
		}
	};
	fmt.prototype.pad = function(b) { return this.$val.pad(b); };
	fmt.ptr.prototype.padString = function(s) {
		var f, s, width;
		f = this;
		if (!f.fmtFlags.widPresent || (f.wid === 0)) {
			f.buf.writeString(s);
			return;
		}
		width = f.wid - utf8.RuneCountInString(s) >> 0;
		if (!f.fmtFlags.minus) {
			f.writePadding(width);
			f.buf.writeString(s);
		} else {
			f.buf.writeString(s);
			f.writePadding(width);
		}
	};
	fmt.prototype.padString = function(s) { return this.$val.padString(s); };
	fmt.ptr.prototype.fmtBoolean = function(v) {
		var f, v;
		f = this;
		if (v) {
			f.padString("true");
		} else {
			f.padString("false");
		}
	};
	fmt.prototype.fmtBoolean = function(v) { return this.$val.fmtBoolean(v); };
	fmt.ptr.prototype.fmtUnicode = function(u) {
		var buf, f, i, oldZero, prec, u, width;
		f = this;
		buf = $subslice(new sliceType$2(f.intbuf), 0);
		prec = 4;
		if (f.fmtFlags.precPresent && f.prec > 4) {
			prec = f.prec;
			width = (((2 + prec >> 0) + 2 >> 0) + 4 >> 0) + 1 >> 0;
			if (width > buf.$length) {
				buf = $makeSlice(sliceType$2, width);
			}
		}
		i = buf.$length;
		if (f.fmtFlags.sharp && (u.$high < 0 || (u.$high === 0 && u.$low <= 1114111)) && strconv.IsPrint(((u.$low >> 0)))) {
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 39);
			i = i - (utf8.RuneLen(((u.$low >> 0)))) >> 0;
			utf8.EncodeRune($subslice(buf, i), ((u.$low >> 0)));
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 39);
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 32);
		}
		while (true) {
			if (!((u.$high > 0 || (u.$high === 0 && u.$low >= 16)))) { break; }
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = "0123456789ABCDEFX".charCodeAt($flatten64(new $Uint64(u.$high & 0, (u.$low & 15) >>> 0))));
			prec = prec - (1) >> 0;
			u = $shiftRightUint64(u, (4));
		}
		i = i - (1) >> 0;
		((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = "0123456789ABCDEFX".charCodeAt($flatten64(u)));
		prec = prec - (1) >> 0;
		while (true) {
			if (!(prec > 0)) { break; }
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 48);
			prec = prec - (1) >> 0;
		}
		i = i - (1) >> 0;
		((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 43);
		i = i - (1) >> 0;
		((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 85);
		oldZero = f.fmtFlags.zero;
		f.fmtFlags.zero = false;
		f.pad($subslice(buf, i));
		f.fmtFlags.zero = oldZero;
	};
	fmt.prototype.fmtUnicode = function(u) { return this.$val.fmtUnicode(u); };
	fmt.ptr.prototype.fmtInteger = function(u, base, isSigned, verb, digits) {
		var _1, _2, base, buf, digits, f, i, isSigned, negative, next, oldZero, oldZero$1, prec, u, verb, width, x, x$1, x$2, x$3, x$4;
		f = this;
		negative = isSigned && (x = (new $Int64(u.$high, u.$low)), (x.$high < 0 || (x.$high === 0 && x.$low < 0)));
		if (negative) {
			u = new $Uint64(-u.$high, -u.$low);
		}
		buf = $subslice(new sliceType$2(f.intbuf), 0);
		if (f.fmtFlags.widPresent || f.fmtFlags.precPresent) {
			width = (3 + f.wid >> 0) + f.prec >> 0;
			if (width > buf.$length) {
				buf = $makeSlice(sliceType$2, width);
			}
		}
		prec = 0;
		if (f.fmtFlags.precPresent) {
			prec = f.prec;
			if ((prec === 0) && (u.$high === 0 && u.$low === 0)) {
				oldZero = f.fmtFlags.zero;
				f.fmtFlags.zero = false;
				f.writePadding(f.wid);
				f.fmtFlags.zero = oldZero;
				return;
			}
		} else if (f.fmtFlags.zero && f.fmtFlags.widPresent) {
			prec = f.wid;
			if (negative || f.fmtFlags.plus || f.fmtFlags.space) {
				prec = prec - (1) >> 0;
			}
		}
		i = buf.$length;
		_1 = base;
		if (_1 === (10)) {
			while (true) {
				if (!((u.$high > 0 || (u.$high === 0 && u.$low >= 10)))) { break; }
				i = i - (1) >> 0;
				next = $div64(u, new $Uint64(0, 10), false);
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = (((x$1 = new $Uint64(0 + u.$high, 48 + u.$low), x$2 = $mul64(next, new $Uint64(0, 10)), new $Uint64(x$1.$high - x$2.$high, x$1.$low - x$2.$low)).$low << 24 >>> 24)));
				u = next;
			}
		} else if (_1 === (16)) {
			while (true) {
				if (!((u.$high > 0 || (u.$high === 0 && u.$low >= 16)))) { break; }
				i = i - (1) >> 0;
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = digits.charCodeAt($flatten64(new $Uint64(u.$high & 0, (u.$low & 15) >>> 0))));
				u = $shiftRightUint64(u, (4));
			}
		} else if (_1 === (8)) {
			while (true) {
				if (!((u.$high > 0 || (u.$high === 0 && u.$low >= 8)))) { break; }
				i = i - (1) >> 0;
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = (((x$3 = new $Uint64(u.$high & 0, (u.$low & 7) >>> 0), new $Uint64(0 + x$3.$high, 48 + x$3.$low)).$low << 24 >>> 24)));
				u = $shiftRightUint64(u, (3));
			}
		} else if (_1 === (2)) {
			while (true) {
				if (!((u.$high > 0 || (u.$high === 0 && u.$low >= 2)))) { break; }
				i = i - (1) >> 0;
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = (((x$4 = new $Uint64(u.$high & 0, (u.$low & 1) >>> 0), new $Uint64(0 + x$4.$high, 48 + x$4.$low)).$low << 24 >>> 24)));
				u = $shiftRightUint64(u, (1));
			}
		} else {
			$panic(new $String("fmt: unknown base; can't happen"));
		}
		i = i - (1) >> 0;
		((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = digits.charCodeAt($flatten64(u)));
		while (true) {
			if (!(i > 0 && prec > (buf.$length - i >> 0))) { break; }
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 48);
		}
		if (f.fmtFlags.sharp) {
			_2 = base;
			if (_2 === (2)) {
				i = i - (1) >> 0;
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 98);
				i = i - (1) >> 0;
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 48);
			} else if (_2 === (8)) {
				if (!((((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i]) === 48))) {
					i = i - (1) >> 0;
					((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 48);
				}
			} else if (_2 === (16)) {
				i = i - (1) >> 0;
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = digits.charCodeAt(16));
				i = i - (1) >> 0;
				((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 48);
			}
		}
		if (verb === 79) {
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 111);
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 48);
		}
		if (negative) {
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 45);
		} else if (f.fmtFlags.plus) {
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 43);
		} else if (f.fmtFlags.space) {
			i = i - (1) >> 0;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 32);
		}
		oldZero$1 = f.fmtFlags.zero;
		f.fmtFlags.zero = false;
		f.pad($subslice(buf, i));
		f.fmtFlags.zero = oldZero$1;
	};
	fmt.prototype.fmtInteger = function(u, base, isSigned, verb, digits) { return this.$val.fmtInteger(u, base, isSigned, verb, digits); };
	fmt.ptr.prototype.truncateString = function(s) {
		var _i, _ref, _rune, f, i, n, s;
		f = this;
		if (f.fmtFlags.precPresent) {
			n = f.prec;
			_ref = s;
			_i = 0;
			while (true) {
				if (!(_i < _ref.length)) { break; }
				_rune = $decodeRune(_ref, _i);
				i = _i;
				n = n - (1) >> 0;
				if (n < 0) {
					return $substring(s, 0, i);
				}
				_i += _rune[1];
			}
		}
		return s;
	};
	fmt.prototype.truncateString = function(s) { return this.$val.truncateString(s); };
	fmt.ptr.prototype.truncate = function(b) {
		var _tuple, b, f, i, n, wid;
		f = this;
		if (f.fmtFlags.precPresent) {
			n = f.prec;
			i = 0;
			while (true) {
				if (!(i < b.$length)) { break; }
				n = n - (1) >> 0;
				if (n < 0) {
					return $subslice(b, 0, i);
				}
				wid = 1;
				if (((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]) >= 128) {
					_tuple = utf8.DecodeRune($subslice(b, i));
					wid = _tuple[1];
				}
				i = i + (wid) >> 0;
			}
		}
		return b;
	};
	fmt.prototype.truncate = function(b) { return this.$val.truncate(b); };
	fmt.ptr.prototype.fmtS = function(s) {
		var f, s;
		f = this;
		s = f.truncateString(s);
		f.padString(s);
	};
	fmt.prototype.fmtS = function(s) { return this.$val.fmtS(s); };
	fmt.ptr.prototype.fmtBs = function(b) {
		var b, f;
		f = this;
		b = f.truncate(b);
		f.pad(b);
	};
	fmt.prototype.fmtBs = function(b) { return this.$val.fmtBs(b); };
	fmt.ptr.prototype.fmtSbx = function(s, b, digits) {
		var b, buf, c, digits, f, i, length, s, width;
		f = this;
		length = b.$length;
		if (b === sliceType$2.nil) {
			length = s.length;
		}
		if (f.fmtFlags.precPresent && f.prec < length) {
			length = f.prec;
		}
		width = $imul(2, length);
		if (width > 0) {
			if (f.fmtFlags.space) {
				if (f.fmtFlags.sharp) {
					width = $imul(width, (2));
				}
				width = width + ((length - 1 >> 0)) >> 0;
			} else if (f.fmtFlags.sharp) {
				width = width + (2) >> 0;
			}
		} else {
			if (f.fmtFlags.widPresent) {
				f.writePadding(f.wid);
			}
			return;
		}
		if (f.fmtFlags.widPresent && f.wid > width && !f.fmtFlags.minus) {
			f.writePadding(f.wid - width >> 0);
		}
		buf = f.buf.$get();
		if (f.fmtFlags.sharp) {
			buf = $append(buf, 48, digits.charCodeAt(16));
		}
		c = 0;
		i = 0;
		while (true) {
			if (!(i < length)) { break; }
			if (f.fmtFlags.space && i > 0) {
				buf = $append(buf, 32);
				if (f.fmtFlags.sharp) {
					buf = $append(buf, 48, digits.charCodeAt(16));
				}
			}
			if (!(b === sliceType$2.nil)) {
				c = ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]);
			} else {
				c = s.charCodeAt(i);
			}
			buf = $append(buf, digits.charCodeAt((c >>> 4 << 24 >>> 24)), digits.charCodeAt(((c & 15) >>> 0)));
			i = i + (1) >> 0;
		}
		f.buf.$set(buf);
		if (f.fmtFlags.widPresent && f.wid > width && f.fmtFlags.minus) {
			f.writePadding(f.wid - width >> 0);
		}
	};
	fmt.prototype.fmtSbx = function(s, b, digits) { return this.$val.fmtSbx(s, b, digits); };
	fmt.ptr.prototype.fmtSx = function(s, digits) {
		var digits, f, s;
		f = this;
		f.fmtSbx(s, sliceType$2.nil, digits);
	};
	fmt.prototype.fmtSx = function(s, digits) { return this.$val.fmtSx(s, digits); };
	fmt.ptr.prototype.fmtBx = function(b, digits) {
		var b, digits, f;
		f = this;
		f.fmtSbx("", b, digits);
	};
	fmt.prototype.fmtBx = function(b, digits) { return this.$val.fmtBx(b, digits); };
	fmt.ptr.prototype.fmtQ = function(s) {
		var buf, f, s;
		f = this;
		s = f.truncateString(s);
		if (f.fmtFlags.sharp && strconv.CanBackquote(s)) {
			f.padString("`" + s + "`");
			return;
		}
		buf = $subslice(new sliceType$2(f.intbuf), 0, 0);
		if (f.fmtFlags.plus) {
			f.pad(strconv.AppendQuoteToASCII(buf, s));
		} else {
			f.pad(strconv.AppendQuote(buf, s));
		}
	};
	fmt.prototype.fmtQ = function(s) { return this.$val.fmtQ(s); };
	fmt.ptr.prototype.fmtC = function(c) {
		var buf, c, f, r, w;
		f = this;
		r = ((c.$low >> 0));
		if ((c.$high > 0 || (c.$high === 0 && c.$low > 1114111))) {
			r = 65533;
		}
		buf = $subslice(new sliceType$2(f.intbuf), 0, 0);
		w = utf8.EncodeRune($subslice(buf, 0, 4), r);
		f.pad($subslice(buf, 0, w));
	};
	fmt.prototype.fmtC = function(c) { return this.$val.fmtC(c); };
	fmt.ptr.prototype.fmtQc = function(c) {
		var buf, c, f, r;
		f = this;
		r = ((c.$low >> 0));
		if ((c.$high > 0 || (c.$high === 0 && c.$low > 1114111))) {
			r = 65533;
		}
		buf = $subslice(new sliceType$2(f.intbuf), 0, 0);
		if (f.fmtFlags.plus) {
			f.pad(strconv.AppendQuoteRuneToASCII(buf, r));
		} else {
			f.pad(strconv.AppendQuoteRune(buf, r));
		}
	};
	fmt.prototype.fmtQc = function(c) { return this.$val.fmtQc(c); };
	fmt.ptr.prototype.fmtFloat = function(v, size, verb, prec) {
		var _1, _2, digits, f, hasDecimalPoint, i, num, oldZero, prec, sawNonzeroDigit, size, tail, tailBuf, v, verb;
		f = this;
		if (f.fmtFlags.precPresent) {
			prec = f.prec;
		}
		num = strconv.AppendFloat($subslice(new sliceType$2(f.intbuf), 0, 1), v, ((verb << 24 >>> 24)), prec, size);
		if (((1 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 1]) === 45) || ((1 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 1]) === 43)) {
			num = $subslice(num, 1);
		} else {
			(0 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 0] = 43);
		}
		if (f.fmtFlags.space && ((0 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 0]) === 43) && !f.fmtFlags.plus) {
			(0 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 0] = 32);
		}
		if (((1 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 1]) === 73) || ((1 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 1]) === 78)) {
			oldZero = f.fmtFlags.zero;
			f.fmtFlags.zero = false;
			if (((1 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 1]) === 78) && !f.fmtFlags.space && !f.fmtFlags.plus) {
				num = $subslice(num, 1);
			}
			f.pad(num);
			f.fmtFlags.zero = oldZero;
			return;
		}
		if (f.fmtFlags.sharp && !((verb === 98))) {
			digits = 0;
			_1 = verb;
			if ((_1 === (118)) || (_1 === (103)) || (_1 === (71)) || (_1 === (120))) {
				digits = prec;
				if (digits === -1) {
					digits = 6;
				}
			}
			tailBuf = arrayType$3.zero();
			tail = $subslice(new sliceType$2(tailBuf), 0, 0);
			hasDecimalPoint = false;
			sawNonzeroDigit = false;
			i = 1;
			while (true) {
				if (!(i < num.$length)) { break; }
				switch (0) { default:
					_2 = ((i < 0 || i >= num.$length) ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + i]);
					if (_2 === (46)) {
						hasDecimalPoint = true;
					} else if ((_2 === (112)) || (_2 === (80))) {
						tail = $appendSlice(tail, $subslice(num, i));
						num = $subslice(num, 0, i);
					} else if ((_2 === (101)) || (_2 === (69))) {
						if (!((verb === 120)) && !((verb === 88))) {
							tail = $appendSlice(tail, $subslice(num, i));
							num = $subslice(num, 0, i);
							break;
						}
						if (!((((i < 0 || i >= num.$length) ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + i]) === 48))) {
							sawNonzeroDigit = true;
						}
						if (sawNonzeroDigit) {
							digits = digits - (1) >> 0;
						}
					} else {
						if (!((((i < 0 || i >= num.$length) ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + i]) === 48))) {
							sawNonzeroDigit = true;
						}
						if (sawNonzeroDigit) {
							digits = digits - (1) >> 0;
						}
					}
				}
				i = i + (1) >> 0;
			}
			if (!hasDecimalPoint) {
				if ((num.$length === 2) && ((1 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 1]) === 48)) {
					digits = digits - (1) >> 0;
				}
				num = $append(num, 46);
			}
			while (true) {
				if (!(digits > 0)) { break; }
				num = $append(num, 48);
				digits = digits - (1) >> 0;
			}
			num = $appendSlice(num, tail);
		}
		if (f.fmtFlags.plus || !(((0 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 0]) === 43))) {
			if (f.fmtFlags.zero && f.fmtFlags.widPresent && f.wid > num.$length) {
				f.buf.writeByte((0 >= num.$length ? ($throwRuntimeError("index out of range"), undefined) : num.$array[num.$offset + 0]));
				f.writePadding(f.wid - num.$length >> 0);
				f.buf.write($subslice(num, 1));
				return;
			}
			f.pad(num);
			return;
		}
		f.pad($subslice(num, 1));
	};
	fmt.prototype.fmtFloat = function(v, size, verb, prec) { return this.$val.fmtFloat(v, size, verb, prec); };
	Errorf = function(format, a) {
		var {_r, a, err, format, p, s, $s, $r, $c} = $restore(this, {format, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = newPrinter(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p = _r;
		p.wrapErrs = true;
		$r = p.doPrintf(format, a); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		s = ($bytesToString(p.buf));
		err = $ifaceNil;
		if ($interfaceIsEqual(p.wrappedErr, $ifaceNil)) {
			err = errors.New(s);
		} else {
			err = new wrapError.ptr(s, p.wrappedErr);
		}
		p.free();
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Errorf, $c: true, $r, _r, a, err, format, p, s, $s};return $f;
	};
	$pkg.Errorf = Errorf;
	wrapError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return e.msg;
	};
	wrapError.prototype.Error = function() { return this.$val.Error(); };
	wrapError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.err;
	};
	wrapError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	ptrType$4.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "ReadRune", name: "ReadRune", pkg: "", typ: $funcType([], [$Int32, $Int, $error], false)}, {prop: "Width", name: "Width", pkg: "", typ: $funcType([], [$Int, $Bool], false)}, {prop: "getRune", name: "getRune", pkg: "fmt", typ: $funcType([], [$Int32], false)}, {prop: "mustReadRune", name: "mustReadRune", pkg: "fmt", typ: $funcType([], [$Int32], false)}, {prop: "UnreadRune", name: "UnreadRune", pkg: "", typ: $funcType([], [$error], false)}, {prop: "error", name: "error", pkg: "fmt", typ: $funcType([$error], [], false)}, {prop: "errorString", name: "errorString", pkg: "fmt", typ: $funcType([$String], [], false)}, {prop: "Token", name: "Token", pkg: "", typ: $funcType([$Bool, funcType], [sliceType$2, $error], false)}, {prop: "free", name: "free", pkg: "fmt", typ: $funcType([ssave], [], false)}, {prop: "SkipSpace", name: "SkipSpace", pkg: "", typ: $funcType([], [], false)}, {prop: "token", name: "token", pkg: "fmt", typ: $funcType([$Bool, funcType], [sliceType$2], false)}, {prop: "consume", name: "consume", pkg: "fmt", typ: $funcType([$String, $Bool], [$Bool], false)}, {prop: "peek", name: "peek", pkg: "fmt", typ: $funcType([$String], [$Bool], false)}, {prop: "notEOF", name: "notEOF", pkg: "fmt", typ: $funcType([], [], false)}, {prop: "accept", name: "accept", pkg: "fmt", typ: $funcType([$String], [$Bool], false)}, {prop: "okVerb", name: "okVerb", pkg: "fmt", typ: $funcType([$Int32, $String, $String], [$Bool], false)}, {prop: "scanBool", name: "scanBool", pkg: "fmt", typ: $funcType([$Int32], [$Bool], false)}, {prop: "getBase", name: "getBase", pkg: "fmt", typ: $funcType([$Int32], [$Int, $String], false)}, {prop: "scanNumber", name: "scanNumber", pkg: "fmt", typ: $funcType([$String, $Bool], [$String], false)}, {prop: "scanRune", name: "scanRune", pkg: "fmt", typ: $funcType([$Int], [$Int64], false)}, {prop: "scanBasePrefix", name: "scanBasePrefix", pkg: "fmt", typ: $funcType([], [$Int, $String, $Bool], false)}, {prop: "scanInt", name: "scanInt", pkg: "fmt", typ: $funcType([$Int32, $Int], [$Int64], false)}, {prop: "scanUint", name: "scanUint", pkg: "fmt", typ: $funcType([$Int32, $Int], [$Uint64], false)}, {prop: "floatToken", name: "floatToken", pkg: "fmt", typ: $funcType([], [$String], false)}, {prop: "complexTokens", name: "complexTokens", pkg: "fmt", typ: $funcType([], [$String, $String], false)}, {prop: "convertFloat", name: "convertFloat", pkg: "fmt", typ: $funcType([$String, $Int], [$Float64], false)}, {prop: "scanComplex", name: "scanComplex", pkg: "fmt", typ: $funcType([$Int32, $Int], [$Complex128], false)}, {prop: "convertString", name: "convertString", pkg: "fmt", typ: $funcType([$Int32], [$String], false)}, {prop: "quotedString", name: "quotedString", pkg: "fmt", typ: $funcType([], [$String], false)}, {prop: "hexByte", name: "hexByte", pkg: "fmt", typ: $funcType([], [$Uint8, $Bool], false)}, {prop: "hexString", name: "hexString", pkg: "fmt", typ: $funcType([], [$String], false)}, {prop: "scanPercent", name: "scanPercent", pkg: "fmt", typ: $funcType([], [], false)}, {prop: "scanOne", name: "scanOne", pkg: "fmt", typ: $funcType([$Int32, $emptyInterface], [], false)}, {prop: "doScan", name: "doScan", pkg: "fmt", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "advance", name: "advance", pkg: "fmt", typ: $funcType([$String], [$Int], false)}, {prop: "doScanf", name: "doScanf", pkg: "fmt", typ: $funcType([$String, sliceType$1], [$Int, $error], false)}];
	ptrType$1.methods = [{prop: "write", name: "write", pkg: "fmt", typ: $funcType([sliceType$2], [], false)}, {prop: "writeString", name: "writeString", pkg: "fmt", typ: $funcType([$String], [], false)}, {prop: "writeByte", name: "writeByte", pkg: "fmt", typ: $funcType([$Uint8], [], false)}, {prop: "writeRune", name: "writeRune", pkg: "fmt", typ: $funcType([$Int32], [], false)}];
	ptrType$24.methods = [{prop: "free", name: "free", pkg: "fmt", typ: $funcType([], [], false)}, {prop: "Width", name: "Width", pkg: "", typ: $funcType([], [$Int, $Bool], false)}, {prop: "Precision", name: "Precision", pkg: "", typ: $funcType([], [$Int, $Bool], false)}, {prop: "Flag", name: "Flag", pkg: "", typ: $funcType([$Int], [$Bool], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}, {prop: "unknownType", name: "unknownType", pkg: "fmt", typ: $funcType([reflect.Value], [], false)}, {prop: "badVerb", name: "badVerb", pkg: "fmt", typ: $funcType([$Int32], [], false)}, {prop: "fmtBool", name: "fmtBool", pkg: "fmt", typ: $funcType([$Bool, $Int32], [], false)}, {prop: "fmt0x64", name: "fmt0x64", pkg: "fmt", typ: $funcType([$Uint64, $Bool], [], false)}, {prop: "fmtInteger", name: "fmtInteger", pkg: "fmt", typ: $funcType([$Uint64, $Bool, $Int32], [], false)}, {prop: "fmtFloat", name: "fmtFloat", pkg: "fmt", typ: $funcType([$Float64, $Int, $Int32], [], false)}, {prop: "fmtComplex", name: "fmtComplex", pkg: "fmt", typ: $funcType([$Complex128, $Int, $Int32], [], false)}, {prop: "fmtString", name: "fmtString", pkg: "fmt", typ: $funcType([$String, $Int32], [], false)}, {prop: "fmtBytes", name: "fmtBytes", pkg: "fmt", typ: $funcType([sliceType$2, $Int32, $String], [], false)}, {prop: "fmtPointer", name: "fmtPointer", pkg: "fmt", typ: $funcType([reflect.Value, $Int32], [], false)}, {prop: "catchPanic", name: "catchPanic", pkg: "fmt", typ: $funcType([$emptyInterface, $Int32, $String], [], false)}, {prop: "handleMethods", name: "handleMethods", pkg: "fmt", typ: $funcType([$Int32], [$Bool], false)}, {prop: "printArg", name: "printArg", pkg: "fmt", typ: $funcType([$emptyInterface, $Int32], [], false)}, {prop: "printValue", name: "printValue", pkg: "fmt", typ: $funcType([reflect.Value, $Int32, $Int], [], false)}, {prop: "argNumber", name: "argNumber", pkg: "fmt", typ: $funcType([$Int, $String, $Int, $Int], [$Int, $Int, $Bool], false)}, {prop: "badArgNum", name: "badArgNum", pkg: "fmt", typ: $funcType([$Int32], [], false)}, {prop: "missingArg", name: "missingArg", pkg: "fmt", typ: $funcType([$Int32], [], false)}, {prop: "doPrintf", name: "doPrintf", pkg: "fmt", typ: $funcType([$String, sliceType$1], [], false)}, {prop: "doPrint", name: "doPrint", pkg: "fmt", typ: $funcType([sliceType$1], [], false)}, {prop: "doPrintln", name: "doPrintln", pkg: "fmt", typ: $funcType([sliceType$1], [], false)}];
	ptrType$26.methods = [{prop: "clearflags", name: "clearflags", pkg: "fmt", typ: $funcType([], [], false)}, {prop: "init", name: "init", pkg: "fmt", typ: $funcType([ptrType$1], [], false)}, {prop: "writePadding", name: "writePadding", pkg: "fmt", typ: $funcType([$Int], [], false)}, {prop: "pad", name: "pad", pkg: "fmt", typ: $funcType([sliceType$2], [], false)}, {prop: "padString", name: "padString", pkg: "fmt", typ: $funcType([$String], [], false)}, {prop: "fmtBoolean", name: "fmtBoolean", pkg: "fmt", typ: $funcType([$Bool], [], false)}, {prop: "fmtUnicode", name: "fmtUnicode", pkg: "fmt", typ: $funcType([$Uint64], [], false)}, {prop: "fmtInteger", name: "fmtInteger", pkg: "fmt", typ: $funcType([$Uint64, $Int, $Bool, $Int32, $String], [], false)}, {prop: "truncateString", name: "truncateString", pkg: "fmt", typ: $funcType([$String], [$String], false)}, {prop: "truncate", name: "truncate", pkg: "fmt", typ: $funcType([sliceType$2], [sliceType$2], false)}, {prop: "fmtS", name: "fmtS", pkg: "fmt", typ: $funcType([$String], [], false)}, {prop: "fmtBs", name: "fmtBs", pkg: "fmt", typ: $funcType([sliceType$2], [], false)}, {prop: "fmtSbx", name: "fmtSbx", pkg: "fmt", typ: $funcType([$String, sliceType$2, $String], [], false)}, {prop: "fmtSx", name: "fmtSx", pkg: "fmt", typ: $funcType([$String, $String], [], false)}, {prop: "fmtBx", name: "fmtBx", pkg: "fmt", typ: $funcType([sliceType$2, $String], [], false)}, {prop: "fmtQ", name: "fmtQ", pkg: "fmt", typ: $funcType([$String], [], false)}, {prop: "fmtC", name: "fmtC", pkg: "fmt", typ: $funcType([$Uint64], [], false)}, {prop: "fmtQc", name: "fmtQc", pkg: "fmt", typ: $funcType([$Uint64], [], false)}, {prop: "fmtFloat", name: "fmtFloat", pkg: "fmt", typ: $funcType([$Float64, $Int, $Int32, $Int], [], false)}];
	ptrType$27.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}];
	ScanState.init([{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}, {prop: "ReadRune", name: "ReadRune", pkg: "", typ: $funcType([], [$Int32, $Int, $error], false)}, {prop: "SkipSpace", name: "SkipSpace", pkg: "", typ: $funcType([], [], false)}, {prop: "Token", name: "Token", pkg: "", typ: $funcType([$Bool, funcType], [sliceType$2, $error], false)}, {prop: "UnreadRune", name: "UnreadRune", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Width", name: "Width", pkg: "", typ: $funcType([], [$Int, $Bool], false)}]);
	scanError.init("fmt", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	ss.init("fmt", [{prop: "rs", name: "rs", embedded: false, exported: false, typ: io.RuneScanner, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: buffer, tag: ""}, {prop: "count", name: "count", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "atEOF", name: "atEOF", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ssave", name: "ssave", embedded: true, exported: false, typ: ssave, tag: ""}]);
	ssave.init("fmt", [{prop: "validSave", name: "validSave", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "nlIsEnd", name: "nlIsEnd", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "nlIsSpace", name: "nlIsSpace", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "argLimit", name: "argLimit", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "limit", name: "limit", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "maxWid", name: "maxWid", embedded: false, exported: false, typ: $Int, tag: ""}]);
	State.init([{prop: "Flag", name: "Flag", pkg: "", typ: $funcType([$Int], [$Bool], false)}, {prop: "Precision", name: "Precision", pkg: "", typ: $funcType([], [$Int, $Bool], false)}, {prop: "Width", name: "Width", pkg: "", typ: $funcType([], [$Int, $Bool], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$2], [$Int, $error], false)}]);
	Formatter.init([{prop: "Format", name: "Format", pkg: "", typ: $funcType([State, $Int32], [], false)}]);
	Stringer.init([{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}]);
	GoStringer.init([{prop: "GoString", name: "GoString", pkg: "", typ: $funcType([], [$String], false)}]);
	buffer.init($Uint8);
	pp.init("fmt", [{prop: "buf", name: "buf", embedded: false, exported: false, typ: buffer, tag: ""}, {prop: "arg", name: "arg", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "value", name: "value", embedded: false, exported: false, typ: reflect.Value, tag: ""}, {prop: "fmt", name: "fmt", embedded: false, exported: false, typ: fmt, tag: ""}, {prop: "reordered", name: "reordered", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "goodArgNum", name: "goodArgNum", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "panicking", name: "panicking", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "erroring", name: "erroring", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "wrapErrs", name: "wrapErrs", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "wrappedErr", name: "wrappedErr", embedded: false, exported: false, typ: $error, tag: ""}]);
	fmtFlags.init("fmt", [{prop: "widPresent", name: "widPresent", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "precPresent", name: "precPresent", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "minus", name: "minus", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "plus", name: "plus", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sharp", name: "sharp", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "space", name: "space", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "zero", name: "zero", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "plusV", name: "plusV", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sharpV", name: "sharpV", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	fmt.init("fmt", [{prop: "buf", name: "buf", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "fmtFlags", name: "fmtFlags", embedded: true, exported: false, typ: fmtFlags, tag: ""}, {prop: "wid", name: "wid", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "prec", name: "prec", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "intbuf", name: "intbuf", embedded: false, exported: false, typ: arrayType$1, tag: ""}]);
	wrapError.init("fmt", [{prop: "msg", name: "msg", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmtsort.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		space = new sliceType([$toNativeArray($kindUint16, [9, 13]), $toNativeArray($kindUint16, [32, 32]), $toNativeArray($kindUint16, [133, 133]), $toNativeArray($kindUint16, [160, 160]), $toNativeArray($kindUint16, [5760, 5760]), $toNativeArray($kindUint16, [8192, 8202]), $toNativeArray($kindUint16, [8232, 8233]), $toNativeArray($kindUint16, [8239, 8239]), $toNativeArray($kindUint16, [8287, 8287]), $toNativeArray($kindUint16, [12288, 12288])]);
		ssFree = new sync.Pool.ptr(sliceType$1.nil, (function() {
			return new ss.ptr($ifaceNil, buffer.nil, 0, false, new ssave.ptr(false, false, false, 0, 0, 0));
		}));
		complexError = errors.New("syntax error scanning complex number");
		boolError = errors.New("syntax error scanning boolean");
		ppFree = new sync.Pool.ptr(sliceType$1.nil, (function() {
			return new pp.ptr(buffer.nil, $ifaceNil, new reflect.Value.ptr(ptrType.nil, 0, 0), new fmt.ptr(ptrType$1.nil, new fmtFlags.ptr(false, false, false, false, false, false, false, false, false), 0, 0, arrayType$1.zero()), false, false, false, false, false, $ifaceNil);
		}));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["compress/flate"] = (function() {
	var $pkg = {}, $init, bufio, fmt, io, math, bits, sort, strconv, sync, CorruptInputError, InternalError, Resetter, huffmanDecoder, Reader, decompressor, hcode, huffmanEncoder, literalNode, levelInfo, byLiteral, byFreq, dictDecoder, arrayType, sliceType, sliceType$1, ptrType, arrayType$1, ptrType$1, sliceType$4, ptrType$2, sliceType$5, arrayType$2, arrayType$3, ptrType$3, arrayType$4, ptrType$4, arrayType$5, sliceType$6, sliceType$7, arrayType$6, arrayType$7, arrayType$8, arrayType$9, sliceType$8, ptrType$5, ptrType$6, funcType, ptrType$15, ptrType$16, fixedOnce, fixedHuffmanDecoder, fixedHuffmanDecoder$24ptr, codeOrder, fixedLiteralEncoding, fixedOffsetEncoding, huffOffset, noEOF, makeReader, fixedHuffmanDecoderInit, NewReader, maxNode, newHuffmanEncoder, generateFixedLiteralEncoding, generateFixedOffsetEncoding, reverseBits, init;
	bufio = $packages["bufio"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	math = $packages["math"];
	bits = $packages["math/bits"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	sync = $packages["sync"];
	CorruptInputError = $pkg.CorruptInputError = $newType(8, $kindInt64, "flate.CorruptInputError", true, "compress/flate", true, null);
	InternalError = $pkg.InternalError = $newType(8, $kindString, "flate.InternalError", true, "compress/flate", true, null);
	Resetter = $pkg.Resetter = $newType(8, $kindInterface, "flate.Resetter", true, "compress/flate", true, null);
	huffmanDecoder = $pkg.huffmanDecoder = $newType(0, $kindStruct, "flate.huffmanDecoder", true, "compress/flate", false, function(min_, chunks_, links_, linkMask_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.min = 0;
			this.chunks = arrayType.zero();
			this.links = sliceType$1.nil;
			this.linkMask = 0;
			return;
		}
		this.min = min_;
		this.chunks = chunks_;
		this.links = links_;
		this.linkMask = linkMask_;
	});
	Reader = $pkg.Reader = $newType(8, $kindInterface, "flate.Reader", true, "compress/flate", true, null);
	decompressor = $pkg.decompressor = $newType(0, $kindStruct, "flate.decompressor", true, "compress/flate", false, function(r_, roffset_, b_, nb_, h1_, h2_, bits_, codebits_, dict_, buf_, step_, stepState_, final$12_, err_, toRead_, hl_, hd_, copyLen_, copyDist_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = $ifaceNil;
			this.roffset = new $Int64(0, 0);
			this.b = 0;
			this.nb = 0;
			this.h1 = new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0);
			this.h2 = new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0);
			this.bits = ptrType$3.nil;
			this.codebits = ptrType$4.nil;
			this.dict = new dictDecoder.ptr(sliceType$5.nil, 0, 0, false);
			this.buf = arrayType$5.zero();
			this.step = $throwNilPointerError;
			this.stepState = 0;
			this.final$12 = false;
			this.err = $ifaceNil;
			this.toRead = sliceType$5.nil;
			this.hl = ptrType$1.nil;
			this.hd = ptrType$1.nil;
			this.copyLen = 0;
			this.copyDist = 0;
			return;
		}
		this.r = r_;
		this.roffset = roffset_;
		this.b = b_;
		this.nb = nb_;
		this.h1 = h1_;
		this.h2 = h2_;
		this.bits = bits_;
		this.codebits = codebits_;
		this.dict = dict_;
		this.buf = buf_;
		this.step = step_;
		this.stepState = stepState_;
		this.final$12 = final$12_;
		this.err = err_;
		this.toRead = toRead_;
		this.hl = hl_;
		this.hd = hd_;
		this.copyLen = copyLen_;
		this.copyDist = copyDist_;
	});
	hcode = $pkg.hcode = $newType(0, $kindStruct, "flate.hcode", true, "compress/flate", false, function(code_, len_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.code = 0;
			this.len = 0;
			return;
		}
		this.code = code_;
		this.len = len_;
	});
	huffmanEncoder = $pkg.huffmanEncoder = $newType(0, $kindStruct, "flate.huffmanEncoder", true, "compress/flate", false, function(codes_, freqcache_, bitCount_, lns_, lfs_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.codes = sliceType$6.nil;
			this.freqcache = sliceType$7.nil;
			this.bitCount = arrayType$6.zero();
			this.lns = byLiteral.nil;
			this.lfs = byFreq.nil;
			return;
		}
		this.codes = codes_;
		this.freqcache = freqcache_;
		this.bitCount = bitCount_;
		this.lns = lns_;
		this.lfs = lfs_;
	});
	literalNode = $pkg.literalNode = $newType(0, $kindStruct, "flate.literalNode", true, "compress/flate", false, function(literal_, freq_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.literal = 0;
			this.freq = 0;
			return;
		}
		this.literal = literal_;
		this.freq = freq_;
	});
	levelInfo = $pkg.levelInfo = $newType(0, $kindStruct, "flate.levelInfo", true, "compress/flate", false, function(level_, lastFreq_, nextCharFreq_, nextPairFreq_, needed_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.level = 0;
			this.lastFreq = 0;
			this.nextCharFreq = 0;
			this.nextPairFreq = 0;
			this.needed = 0;
			return;
		}
		this.level = level_;
		this.lastFreq = lastFreq_;
		this.nextCharFreq = nextCharFreq_;
		this.nextPairFreq = nextPairFreq_;
		this.needed = needed_;
	});
	byLiteral = $pkg.byLiteral = $newType(12, $kindSlice, "flate.byLiteral", true, "compress/flate", false, null);
	byFreq = $pkg.byFreq = $newType(12, $kindSlice, "flate.byFreq", true, "compress/flate", false, null);
	dictDecoder = $pkg.dictDecoder = $newType(0, $kindStruct, "flate.dictDecoder", true, "compress/flate", false, function(hist_, wrPos_, rdPos_, full_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.hist = sliceType$5.nil;
			this.wrPos = 0;
			this.rdPos = 0;
			this.full = false;
			return;
		}
		this.hist = hist_;
		this.wrPos = wrPos_;
		this.rdPos = rdPos_;
		this.full = full_;
	});
	arrayType = $arrayType($Uint32, 512);
	sliceType = $sliceType($Uint32);
	sliceType$1 = $sliceType(sliceType);
	ptrType = $ptrType(huffmanEncoder);
	arrayType$1 = $arrayType($Int, 16);
	ptrType$1 = $ptrType(huffmanDecoder);
	sliceType$4 = $sliceType($Int);
	ptrType$2 = $ptrType(decompressor);
	sliceType$5 = $sliceType($Uint8);
	arrayType$2 = $arrayType($Int, 288);
	arrayType$3 = $arrayType($Int, 316);
	ptrType$3 = $ptrType(arrayType$3);
	arrayType$4 = $arrayType($Int, 19);
	ptrType$4 = $ptrType(arrayType$4);
	arrayType$5 = $arrayType($Uint8, 4);
	sliceType$6 = $sliceType(hcode);
	sliceType$7 = $sliceType(literalNode);
	arrayType$6 = $arrayType($Int32, 17);
	arrayType$7 = $arrayType(levelInfo, 16);
	arrayType$8 = $arrayType($Int32, 16);
	arrayType$9 = $arrayType(arrayType$8, 16);
	sliceType$8 = $sliceType($Int32);
	ptrType$5 = $ptrType(byLiteral);
	ptrType$6 = $ptrType(byFreq);
	funcType = $funcType([ptrType$2], [], false);
	ptrType$15 = $ptrType(hcode);
	ptrType$16 = $ptrType(dictDecoder);
	CorruptInputError.prototype.Error = function() {
		var e;
		e = this;
		return "flate: corrupt input before offset " + strconv.FormatInt((new $Int64(e.$high, e.$low)), 10);
	};
	$ptrType(CorruptInputError).prototype.Error = function() { return this.$get().Error(); };
	InternalError.prototype.Error = function() {
		var e;
		e = this.$val;
		return "flate: internal error: " + (e);
	};
	$ptrType(InternalError).prototype.Error = function() { return new InternalError(this.$get()).Error(); };
	huffmanDecoder.ptr.prototype.init = function(lengths) {
		var _i, _i$1, _i$2, _i$3, _i$4, _r, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _tmp, _tmp$1, chunk, chunk$1, chunk$2, code, code$1, count, h, i, i$1, i$2, j, j$1, lengths, link, linktab, linktab$1, max, min, n, n$1, nextcode, numLinks, off, off$1, off$2, reverse, reverse$1, value, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, y, y$1, y$2, y$3, y$4;
		h = this;
		if (!((h.min === 0))) {
			huffmanDecoder.copy(h, new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0));
		}
		count = arrayType$1.zero();
		_tmp = 0;
		_tmp$1 = 0;
		min = _tmp;
		max = _tmp$1;
		_ref = lengths;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			n = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (n === 0) {
				_i++;
				continue;
			}
			if ((min === 0) || n < min) {
				min = n;
			}
			if (n > max) {
				max = n;
			}
			((n < 0 || n >= count.length) ? ($throwRuntimeError("index out of range"), undefined) : count[n] = (((n < 0 || n >= count.length) ? ($throwRuntimeError("index out of range"), undefined) : count[n]) + (1) >> 0));
			_i++;
		}
		if (max === 0) {
			return true;
		}
		code = 0;
		nextcode = arrayType$1.zero();
		i = min;
		while (true) {
			if (!(i <= max)) { break; }
			code = (y = (1), y < 32 ? (code << y) : 0) >> 0;
			((i < 0 || i >= nextcode.length) ? ($throwRuntimeError("index out of range"), undefined) : nextcode[i] = code);
			code = code + (((i < 0 || i >= count.length) ? ($throwRuntimeError("index out of range"), undefined) : count[i])) >> 0;
			i = i + (1) >> 0;
		}
		if (!((code === ((y$1 = ((max >>> 0)), y$1 < 32 ? (1 << y$1) : 0) >> 0))) && !((code === 1) && (max === 1))) {
			return false;
		}
		h.min = min;
		if (max > 9) {
			numLinks = (y$2 = ((((max >>> 0)) - 9 >>> 0)), y$2 < 32 ? (1 << y$2) : 0) >> 0;
			h.linkMask = (((numLinks - 1 >> 0) >>> 0));
			link = nextcode[10] >> 1 >> 0;
			h.links = $makeSlice(sliceType$1, (512 - link >> 0));
			j = ((link >>> 0));
			while (true) {
				if (!(j < 512)) { break; }
				reverse = ((bits.Reverse16(((j << 16 >>> 16))) >> 0));
				reverse = (reverse >> $min((7), 31)) >> 0;
				off = j - ((link >>> 0)) >>> 0;
				if (false && !(((x = h.chunks, ((reverse < 0 || reverse >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[reverse])) === 0))) {
					$panic(new $String("impossible: overwriting existing chunk"));
				}
				(x$1 = h.chunks, ((reverse < 0 || reverse >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[reverse] = (((((off << 4 >>> 0) | 10) >>> 0) >>> 0))));
				(x$2 = h.links, ((off < 0 || off >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + off] = $makeSlice(sliceType, numLinks)));
				j = j + (1) >>> 0;
			}
		}
		_ref$1 = lengths;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			n$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (n$1 === 0) {
				_i$1++;
				continue;
			}
			code$1 = ((n$1 < 0 || n$1 >= nextcode.length) ? ($throwRuntimeError("index out of range"), undefined) : nextcode[n$1]);
			((n$1 < 0 || n$1 >= nextcode.length) ? ($throwRuntimeError("index out of range"), undefined) : nextcode[n$1] = (((n$1 < 0 || n$1 >= nextcode.length) ? ($throwRuntimeError("index out of range"), undefined) : nextcode[n$1]) + (1) >> 0));
			chunk = ((((i$1 << 4 >> 0) | n$1) >>> 0));
			reverse$1 = ((bits.Reverse16(((code$1 << 16 >>> 16))) >> 0));
			reverse$1 = (reverse$1 >> $min(((((16 - n$1 >> 0) >>> 0))), 31)) >> 0;
			if (n$1 <= 9) {
				off$1 = reverse$1;
				while (true) {
					if (!(off$1 < 512)) { break; }
					if (false && !(((x$3 = h.chunks, ((off$1 < 0 || off$1 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[off$1])) === 0))) {
						$panic(new $String("impossible: overwriting existing chunk"));
					}
					(x$4 = h.chunks, ((off$1 < 0 || off$1 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[off$1] = chunk));
					off$1 = off$1 + (((y$3 = ((n$1 >>> 0)), y$3 < 32 ? (1 << y$3) : 0) >> 0)) >> 0;
				}
			} else {
				j$1 = reverse$1 & 511;
				if (false && !(((((x$5 = h.chunks, ((j$1 < 0 || j$1 >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[j$1])) & 15) >>> 0) === 10))) {
					$panic(new $String("impossible: not an indirect chunk"));
				}
				value = (x$6 = h.chunks, ((j$1 < 0 || j$1 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[j$1])) >>> 4 >>> 0;
				linktab = (x$7 = h.links, ((value < 0 || value >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + value]));
				reverse$1 = (reverse$1 >> $min((9), 31)) >> 0;
				off$2 = reverse$1;
				while (true) {
					if (!(off$2 < linktab.$length)) { break; }
					if (false && !((((off$2 < 0 || off$2 >= linktab.$length) ? ($throwRuntimeError("index out of range"), undefined) : linktab.$array[linktab.$offset + off$2]) === 0))) {
						$panic(new $String("impossible: overwriting existing chunk"));
					}
					((off$2 < 0 || off$2 >= linktab.$length) ? ($throwRuntimeError("index out of range"), undefined) : linktab.$array[linktab.$offset + off$2] = chunk);
					off$2 = off$2 + (((y$4 = (((n$1 - 9 >> 0) >>> 0)), y$4 < 32 ? (1 << y$4) : 0) >> 0)) >> 0;
				}
			}
			_i$1++;
		}
		if (false) {
			_ref$2 = h.chunks;
			_i$2 = 0;
			while (true) {
				if (!(_i$2 < 512)) { break; }
				i$2 = _i$2;
				chunk$1 = ((_i$2 < 0 || _i$2 >= _ref$2.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2[_i$2]);
				if (chunk$1 === 0) {
					if ((code === 1) && ((_r = i$2 % 2, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 1)) {
						_i$2++;
						continue;
					}
					$panic(new $String("impossible: missing chunk"));
				}
				_i$2++;
			}
			_ref$3 = h.links;
			_i$3 = 0;
			while (true) {
				if (!(_i$3 < _ref$3.$length)) { break; }
				linktab$1 = ((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]);
				_ref$4 = linktab$1;
				_i$4 = 0;
				while (true) {
					if (!(_i$4 < _ref$4.$length)) { break; }
					chunk$2 = ((_i$4 < 0 || _i$4 >= _ref$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$4.$array[_ref$4.$offset + _i$4]);
					if (chunk$2 === 0) {
						$panic(new $String("impossible: missing chunk"));
					}
					_i$4++;
				}
				_i$3++;
			}
		}
		return true;
	};
	huffmanDecoder.prototype.init = function(lengths) { return this.$val.init(lengths); };
	decompressor.ptr.prototype.nextBlock = function() {
		var {_1, _r, _r$1, f, typ, x, y, y$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		/* while (true) { */ case 1:
			/* if (!(f.nb < 3)) { break; } */ if(!(f.nb < 3)) { $s = 2; continue; }
			_r = f.moreBits(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			f.err = _r;
			if (!($interfaceIsEqual(f.err, $ifaceNil))) {
				$s = -1; return;
			}
		$s = 1; continue;
		case 2:
		f.final$12 = ((f.b & 1) >>> 0) === 1;
		f.b = (y = (1), y < 32 ? (f.b >>> y) : 0) >>> 0;
		typ = (f.b & 3) >>> 0;
		f.b = (y$1 = (2), y$1 < 32 ? (f.b >>> y$1) : 0) >>> 0;
		f.nb = f.nb - (3) >>> 0;
			_1 = typ;
			/* */ if (_1 === (0)) { $s = 5; continue; }
			/* */ if (_1 === (1)) { $s = 6; continue; }
			/* */ if (_1 === (2)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_1 === (0)) { */ case 5:
				$r = f.dataBlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 9; continue;
			/* } else if (_1 === (1)) { */ case 6:
				f.hl = fixedHuffmanDecoder;
				f.hd = ptrType$1.nil;
				$r = f.huffmanBlock(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 9; continue;
			/* } else if (_1 === (2)) { */ case 7:
				_r$1 = f.readHuffman(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				f.err = _r$1;
				if (!($interfaceIsEqual(f.err, $ifaceNil))) {
					/* break; */ $s = 4; continue;
				}
				f.hl = f.h1;
				f.hd = f.h2;
				$r = f.huffmanBlock(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 9; continue;
			/* } else { */ case 8:
				f.err = ((x = f.roffset, new CorruptInputError(x.$high, x.$low)));
			/* } */ case 9:
		case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.nextBlock, $c: true, $r, _1, _r, _r$1, f, typ, x, y, y$1, $s};return $f;
	};
	decompressor.prototype.nextBlock = function() { return this.$val.nextBlock(); };
	decompressor.ptr.prototype.Read = function(b) {
		var {b, f, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		/* while (true) { */ case 1:
			if (f.toRead.$length > 0) {
				n = $copySlice(b, f.toRead);
				f.toRead = $subslice(f.toRead, n);
				if (f.toRead.$length === 0) {
					$s = -1; return [n, f.err];
				}
				$s = -1; return [n, $ifaceNil];
			}
			if (!($interfaceIsEqual(f.err, $ifaceNil))) {
				$s = -1; return [0, f.err];
			}
			$r = f.step(f); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (!($interfaceIsEqual(f.err, $ifaceNil)) && (f.toRead.$length === 0)) {
				f.toRead = f.dict.readFlush();
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.Read, $c: true, $r, b, f, n, $s};return $f;
	};
	decompressor.prototype.Read = function(b) { return this.$val.Read(b); };
	decompressor.ptr.prototype.Close = function() {
		var f;
		f = this;
		if ($interfaceIsEqual(f.err, io.EOF)) {
			return $ifaceNil;
		}
		return f.err;
	};
	decompressor.prototype.Close = function() { return this.$val.Close(); };
	decompressor.ptr.prototype.readHuffman = function() {
		var {_1, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, b, err, err$1, err$2, err$3, f, i, i$1, i$2, j, n, nb, nclen, ndist, nlit, rep, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, y$1, y$2, y$3, y$4, y$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		/* while (true) { */ case 1:
			/* if (!(f.nb < 14)) { break; } */ if(!(f.nb < 14)) { $s = 2; continue; }
			_r = f.moreBits(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			err = _r;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		$s = 1; continue;
		case 2:
		nlit = ((((f.b & 31) >>> 0) >> 0)) + 257 >> 0;
		if (nlit > 286) {
			$s = -1; return ((x = f.roffset, new CorruptInputError(x.$high, x.$low)));
		}
		f.b = (y = (5), y < 32 ? (f.b >>> y) : 0) >>> 0;
		ndist = ((((f.b & 31) >>> 0) >> 0)) + 1 >> 0;
		if (ndist > 30) {
			$s = -1; return ((x$1 = f.roffset, new CorruptInputError(x$1.$high, x$1.$low)));
		}
		f.b = (y$1 = (5), y$1 < 32 ? (f.b >>> y$1) : 0) >>> 0;
		nclen = ((((f.b & 15) >>> 0) >> 0)) + 4 >> 0;
		f.b = (y$2 = (4), y$2 < 32 ? (f.b >>> y$2) : 0) >>> 0;
		f.nb = f.nb - (14) >>> 0;
		i = 0;
		/* while (true) { */ case 4:
			/* if (!(i < nclen)) { break; } */ if(!(i < nclen)) { $s = 5; continue; }
			/* while (true) { */ case 6:
				/* if (!(f.nb < 3)) { break; } */ if(!(f.nb < 3)) { $s = 7; continue; }
				_r$1 = f.moreBits(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				err$1 = _r$1;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
			$s = 6; continue;
			case 7:
			(x$2 = f.codebits, x$3 = ((i < 0 || i >= codeOrder.length) ? ($throwRuntimeError("index out of range"), undefined) : codeOrder[i]), x$2.nilCheck, ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3] = ((((f.b & 7) >>> 0) >> 0))));
			f.b = (y$3 = (3), y$3 < 32 ? (f.b >>> y$3) : 0) >>> 0;
			f.nb = f.nb - (3) >>> 0;
			i = i + (1) >> 0;
		$s = 4; continue;
		case 5:
		i$1 = nclen;
		while (true) {
			if (!(i$1 < 19)) { break; }
			(x$4 = f.codebits, x$5 = ((i$1 < 0 || i$1 >= codeOrder.length) ? ($throwRuntimeError("index out of range"), undefined) : codeOrder[i$1]), x$4.nilCheck, ((x$5 < 0 || x$5 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[x$5] = 0));
			i$1 = i$1 + (1) >> 0;
		}
		if (!f.h1.init($subslice(new sliceType$4(f.codebits), 0))) {
			$s = -1; return ((x$6 = f.roffset, new CorruptInputError(x$6.$high, x$6.$low)));
		}
		_tmp = 0;
		_tmp$1 = nlit + ndist >> 0;
		i$2 = _tmp;
		n = _tmp$1;
		/* while (true) { */ case 9:
			/* if (!(i$2 < n)) { break; } */ if(!(i$2 < n)) { $s = 10; continue; }
			_r$2 = f.huffSym(f.h1); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			x$7 = _tuple[0];
			err$2 = _tuple[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
			if (x$7 < 16) {
				(x$8 = f.bits, x$8.nilCheck, ((i$2 < 0 || i$2 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[i$2] = x$7));
				i$2 = i$2 + (1) >> 0;
				/* continue; */ $s = 9; continue;
			}
			rep = 0;
			nb = 0;
			b = 0;
			_1 = x$7;
			if (_1 === (16)) {
				rep = 3;
				nb = 2;
				if (i$2 === 0) {
					$s = -1; return ((x$9 = f.roffset, new CorruptInputError(x$9.$high, x$9.$low)));
				}
				b = (x$10 = f.bits, x$11 = i$2 - 1 >> 0, ((x$11 < 0 || x$11 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[x$11]));
			} else if (_1 === (17)) {
				rep = 3;
				nb = 3;
				b = 0;
			} else if (_1 === (18)) {
				rep = 11;
				nb = 7;
				b = 0;
			} else {
				$s = -1; return new InternalError("unexpected length code");
			}
			/* while (true) { */ case 12:
				/* if (!(f.nb < nb)) { break; } */ if(!(f.nb < nb)) { $s = 13; continue; }
				_r$3 = f.moreBits(); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				err$3 = _r$3;
				if (!($interfaceIsEqual(err$3, $ifaceNil))) {
					$s = -1; return err$3;
				}
			$s = 12; continue;
			case 13:
			rep = rep + (((((f.b & ((((y$4 = nb, y$4 < 32 ? (1 << y$4) : 0) >>> 0) - 1 >>> 0))) >>> 0) >> 0))) >> 0;
			f.b = (y$5 = (nb), y$5 < 32 ? (f.b >>> y$5) : 0) >>> 0;
			f.nb = f.nb - (nb) >>> 0;
			if ((i$2 + rep >> 0) > n) {
				$s = -1; return ((x$12 = f.roffset, new CorruptInputError(x$12.$high, x$12.$low)));
			}
			j = 0;
			while (true) {
				if (!(j < rep)) { break; }
				(x$13 = f.bits, x$13.nilCheck, ((i$2 < 0 || i$2 >= x$13.length) ? ($throwRuntimeError("index out of range"), undefined) : x$13[i$2] = b));
				i$2 = i$2 + (1) >> 0;
				j = j + (1) >> 0;
			}
		$s = 9; continue;
		case 10:
		if (!f.h1.init($subslice(new sliceType$4(f.bits), 0, nlit)) || !f.h2.init($subslice(new sliceType$4(f.bits), nlit, (nlit + ndist >> 0)))) {
			$s = -1; return ((x$14 = f.roffset, new CorruptInputError(x$14.$high, x$14.$low)));
		}
		if (f.h1.min < f.bits[256]) {
			f.h1.min = f.bits[256];
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.readHuffman, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, b, err, err$1, err$2, err$3, f, i, i$1, i$2, j, n, nb, nclen, ndist, nlit, rep, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, y$1, y$2, y$3, y$4, y$5, $s};return $f;
	};
	decompressor.prototype.readHuffman = function() { return this.$val.readHuffman(); };
	decompressor.ptr.prototype.huffmanBlock = function() {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _tuple$1, cnt, dist, err, extra, f, length, n, nb, v, x, x$1, x$2, y, y$1, y$2, y$3, y$4, y$5, y$6, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
			_1 = f.stepState;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (0)) { */ case 2:
				/* goto readLiteral */ $s = 5; continue;
				$s = 4; continue;
			/* } else if (_1 === (1)) { */ case 3:
				/* goto copyHistory */ $s = 6; continue;
			/* } */ case 4:
		case 1:
		/* readLiteral: */ case 5:
		_r = f.huffSym(f.hl); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			f.err = err;
			$s = -1; return;
		}
		n = 0;
		length = 0;
			/* */ if (v < 256) { $s = 9; continue; }
			/* */ if ((v === 256)) { $s = 10; continue; }
			/* */ if (v < 265) { $s = 11; continue; }
			/* */ if (v < 269) { $s = 12; continue; }
			/* */ if (v < 273) { $s = 13; continue; }
			/* */ if (v < 277) { $s = 14; continue; }
			/* */ if (v < 281) { $s = 15; continue; }
			/* */ if (v < 285) { $s = 16; continue; }
			/* */ if (v < 286) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (v < 256) { */ case 9:
				f.dict.writeByte(((v << 24 >>> 24)));
				if (f.dict.availWrite() === 0) {
					f.toRead = f.dict.readFlush();
					f.step = $methodExpr(ptrType$2, "huffmanBlock");
					f.stepState = 0;
					$s = -1; return;
				}
				/* goto readLiteral */ $s = 5; continue;
				$s = 19; continue;
			/* } else if ((v === 256)) { */ case 10:
				f.finishBlock();
				$s = -1; return;
			/* } else if (v < 265) { */ case 11:
				length = v - 254 >> 0;
				n = 0;
				$s = 19; continue;
			/* } else if (v < 269) { */ case 12:
				length = ($imul(v, 2)) - 519 >> 0;
				n = 1;
				$s = 19; continue;
			/* } else if (v < 273) { */ case 13:
				length = ($imul(v, 4)) - 1057 >> 0;
				n = 2;
				$s = 19; continue;
			/* } else if (v < 277) { */ case 14:
				length = ($imul(v, 8)) - 2149 >> 0;
				n = 3;
				$s = 19; continue;
			/* } else if (v < 281) { */ case 15:
				length = ($imul(v, 16)) - 4365 >> 0;
				n = 4;
				$s = 19; continue;
			/* } else if (v < 285) { */ case 16:
				length = ($imul(v, 32)) - 8861 >> 0;
				n = 5;
				$s = 19; continue;
			/* } else if (v < 286) { */ case 17:
				length = 258;
				n = 0;
				$s = 19; continue;
			/* } else { */ case 18:
				f.err = ((x = f.roffset, new CorruptInputError(x.$high, x.$low)));
				$s = -1; return;
			/* } */ case 19:
		case 8:
		/* */ if (n > 0) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (n > 0) { */ case 20:
			/* while (true) { */ case 22:
				/* if (!(f.nb < n)) { break; } */ if(!(f.nb < n)) { $s = 23; continue; }
				_r$1 = f.moreBits(); /* */ $s = 24; case 24: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				err = _r$1;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					f.err = err;
					$s = -1; return;
				}
			$s = 22; continue;
			case 23:
			length = length + (((((f.b & ((((y = n, y < 32 ? (1 << y) : 0) >>> 0) - 1 >>> 0))) >>> 0) >> 0))) >> 0;
			f.b = (y$1 = (n), y$1 < 32 ? (f.b >>> y$1) : 0) >>> 0;
			f.nb = f.nb - (n) >>> 0;
		/* } */ case 21:
		dist = 0;
		/* */ if (f.hd === ptrType$1.nil) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (f.hd === ptrType$1.nil) { */ case 25:
			/* while (true) { */ case 28:
				/* if (!(f.nb < 5)) { break; } */ if(!(f.nb < 5)) { $s = 29; continue; }
				_r$2 = f.moreBits(); /* */ $s = 30; case 30: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				err = _r$2;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					f.err = err;
					$s = -1; return;
				}
			$s = 28; continue;
			case 29:
			dist = ((bits.Reverse8((((((f.b & 31) >>> 0) << 3 >>> 0) << 24 >>> 24))) >> 0));
			f.b = (y$2 = (5), y$2 < 32 ? (f.b >>> y$2) : 0) >>> 0;
			f.nb = f.nb - (5) >>> 0;
			$s = 27; continue;
		/* } else { */ case 26:
			_r$3 = f.huffSym(f.hd); /* */ $s = 31; case 31: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			dist = _tuple$1[0];
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				f.err = err;
				$s = -1; return;
			}
		/* } */ case 27:
			/* */ if (dist < 4) { $s = 33; continue; }
			/* */ if (dist < 30) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (dist < 4) { */ case 33:
				dist = dist + (1) >> 0;
				$s = 36; continue;
			/* } else if (dist < 30) { */ case 34:
				nb = (((dist - 2 >> 0) >>> 0)) >>> 1 >>> 0;
				extra = (y$3 = nb, y$3 < 32 ? (((dist & 1)) << y$3) : 0) >> 0;
				/* while (true) { */ case 37:
					/* if (!(f.nb < nb)) { break; } */ if(!(f.nb < nb)) { $s = 38; continue; }
					_r$4 = f.moreBits(); /* */ $s = 39; case 39: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					err = _r$4;
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						f.err = err;
						$s = -1; return;
					}
				$s = 37; continue;
				case 38:
				extra = extra | (((((f.b & ((((y$4 = nb, y$4 < 32 ? (1 << y$4) : 0) >>> 0) - 1 >>> 0))) >>> 0) >> 0)));
				f.b = (y$5 = (nb), y$5 < 32 ? (f.b >>> y$5) : 0) >>> 0;
				f.nb = f.nb - (nb) >>> 0;
				dist = (((y$6 = ((nb + 1 >>> 0)), y$6 < 32 ? (1 << y$6) : 0) >> 0) + 1 >> 0) + extra >> 0;
				$s = 36; continue;
			/* } else { */ case 35:
				f.err = ((x$1 = f.roffset, new CorruptInputError(x$1.$high, x$1.$low)));
				$s = -1; return;
			/* } */ case 36:
		case 32:
		if (dist > f.dict.histSize()) {
			f.err = ((x$2 = f.roffset, new CorruptInputError(x$2.$high, x$2.$low)));
			$s = -1; return;
		}
		_tmp = length;
		_tmp$1 = dist;
		f.copyLen = _tmp;
		f.copyDist = _tmp$1;
		/* goto copyHistory */ $s = 6; continue;
		/* copyHistory: */ case 6:
		cnt = f.dict.tryWriteCopy(f.copyDist, f.copyLen);
		if (cnt === 0) {
			cnt = f.dict.writeCopy(f.copyDist, f.copyLen);
		}
		f.copyLen = f.copyLen - (cnt) >> 0;
		if ((f.dict.availWrite() === 0) || f.copyLen > 0) {
			f.toRead = f.dict.readFlush();
			f.step = $methodExpr(ptrType$2, "huffmanBlock");
			f.stepState = 1;
			$s = -1; return;
		}
		/* goto readLiteral */ $s = 5; continue;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.huffmanBlock, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _tuple$1, cnt, dist, err, extra, f, length, n, nb, v, x, x$1, x$2, y, y$1, y$2, y$3, y$4, y$5, y$6, $s};return $f;
	};
	decompressor.prototype.huffmanBlock = function() { return this.$val.huffmanBlock(); };
	decompressor.ptr.prototype.dataBlock = function() {
		var {_r, _tuple, err, f, n, nn, nr, x, x$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		f.nb = 0;
		f.b = 0;
		_r = io.ReadFull(f.r, $subslice(new sliceType$5(f.buf), 0, 4)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		nr = _tuple[0];
		err = _tuple[1];
		f.roffset = (x = f.roffset, x$1 = (new $Int64(0, nr)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			f.err = noEOF(err);
			$s = -1; return;
		}
		n = ((f.buf[0] >> 0)) | (((f.buf[1] >> 0)) << 8 >> 0);
		nn = ((f.buf[2] >> 0)) | (((f.buf[3] >> 0)) << 8 >> 0);
		if (!((((nn << 16 >>> 16)) === (((~n >> 0) << 16 >>> 16))))) {
			f.err = ((x$2 = f.roffset, new CorruptInputError(x$2.$high, x$2.$low)));
			$s = -1; return;
		}
		if (n === 0) {
			f.toRead = f.dict.readFlush();
			f.finishBlock();
			$s = -1; return;
		}
		f.copyLen = n;
		$r = f.copyData(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.dataBlock, $c: true, $r, _r, _tuple, err, f, n, nn, nr, x, x$1, x$2, $s};return $f;
	};
	decompressor.prototype.dataBlock = function() { return this.$val.dataBlock(); };
	decompressor.ptr.prototype.copyData = function() {
		var {_r, _tuple, buf, cnt, err, f, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		buf = f.dict.writeSlice();
		if (buf.$length > f.copyLen) {
			buf = $subslice(buf, 0, f.copyLen);
		}
		_r = io.ReadFull(f.r, buf); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		cnt = _tuple[0];
		err = _tuple[1];
		f.roffset = (x = f.roffset, x$1 = (new $Int64(0, cnt)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
		f.copyLen = f.copyLen - (cnt) >> 0;
		f.dict.writeMark(cnt);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			f.err = noEOF(err);
			$s = -1; return;
		}
		if ((f.dict.availWrite() === 0) || f.copyLen > 0) {
			f.toRead = f.dict.readFlush();
			f.step = $methodExpr(ptrType$2, "copyData");
			$s = -1; return;
		}
		f.finishBlock();
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.copyData, $c: true, $r, _r, _tuple, buf, cnt, err, f, x, x$1, $s};return $f;
	};
	decompressor.prototype.copyData = function() { return this.$val.copyData(); };
	decompressor.ptr.prototype.finishBlock = function() {
		var f;
		f = this;
		if (f.final$12) {
			if (f.dict.availRead() > 0) {
				f.toRead = f.dict.readFlush();
			}
			f.err = io.EOF;
		}
		f.step = $methodExpr(ptrType$2, "nextBlock");
	};
	decompressor.prototype.finishBlock = function() { return this.$val.finishBlock(); };
	noEOF = function(e) {
		var e;
		if ($interfaceIsEqual(e, io.EOF)) {
			return io.ErrUnexpectedEOF;
		}
		return e;
	};
	decompressor.ptr.prototype.moreBits = function() {
		var {_r, _tuple, c, err, f, x, x$1, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r = f.r.ReadByte(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return noEOF(err);
		}
		f.roffset = (x = f.roffset, x$1 = new $Int64(0, 1), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
		f.b = (f.b | (((y = f.nb, y < 32 ? (((c >>> 0)) << y) : 0) >>> 0))) >>> 0;
		f.nb = f.nb + (8) >>> 0;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.moreBits, $c: true, $r, _r, _tuple, c, err, f, x, x$1, y, $s};return $f;
	};
	decompressor.prototype.moreBits = function() { return this.$val.moreBits(); };
	decompressor.ptr.prototype.huffSym = function(h) {
		var {_r, _tmp, _tmp$1, _tuple, b, c, chunk, err, f, h, n, nb, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, y, y$1, $s, $r, $c} = $restore(this, {h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		n = ((h.min >>> 0));
		_tmp = f.nb;
		_tmp$1 = f.b;
		nb = _tmp;
		b = _tmp$1;
		/* while (true) { */ case 1:
			/* while (true) { */ case 3:
				/* if (!(nb < n)) { break; } */ if(!(nb < n)) { $s = 4; continue; }
				_r = f.r.ReadByte(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				c = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					f.b = b;
					f.nb = nb;
					$s = -1; return [0, noEOF(err)];
				}
				f.roffset = (x = f.roffset, x$1 = new $Int64(0, 1), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
				b = (b | (((y = (((nb & 31) >>> 0)), y < 32 ? (((c >>> 0)) << y) : 0) >>> 0))) >>> 0;
				nb = nb + (8) >>> 0;
			$s = 3; continue;
			case 4:
			chunk = (x$2 = h.chunks, x$3 = (b & 511) >>> 0, ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3]));
			n = ((((chunk & 15) >>> 0) >>> 0));
			if (n > 9) {
				chunk = (x$4 = (x$5 = h.links, x$6 = chunk >>> 4 >>> 0, ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6])), x$7 = (((b >>> 9 >>> 0)) & h.linkMask) >>> 0, ((x$7 < 0 || x$7 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$7]));
				n = ((((chunk & 15) >>> 0) >>> 0));
			}
			if (n <= nb) {
				if (n === 0) {
					f.b = b;
					f.nb = nb;
					f.err = ((x$8 = f.roffset, new CorruptInputError(x$8.$high, x$8.$low)));
					$s = -1; return [0, f.err];
				}
				f.b = (y$1 = (((n & 31) >>> 0)), y$1 < 32 ? (b >>> y$1) : 0) >>> 0;
				f.nb = nb - n >>> 0;
				$s = -1; return [(((chunk >>> 4 >>> 0) >> 0)), $ifaceNil];
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: decompressor.ptr.prototype.huffSym, $c: true, $r, _r, _tmp, _tmp$1, _tuple, b, c, chunk, err, f, h, n, nb, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, y, y$1, $s};return $f;
	};
	decompressor.prototype.huffSym = function(h) { return this.$val.huffSym(h); };
	makeReader = function(r) {
		var _tuple, ok, r, rr;
		_tuple = $assertType(r, Reader, true);
		rr = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			return rr;
		}
		return bufio.NewReader(r);
	};
	fixedHuffmanDecoderInit = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = fixedOnce.Do((function() {
			var bits$1, i, i$1, i$2, i$3;
			bits$1 = arrayType$2.zero();
			i = 0;
			while (true) {
				if (!(i < 144)) { break; }
				((i < 0 || i >= bits$1.length) ? ($throwRuntimeError("index out of range"), undefined) : bits$1[i] = 8);
				i = i + (1) >> 0;
			}
			i$1 = 144;
			while (true) {
				if (!(i$1 < 256)) { break; }
				((i$1 < 0 || i$1 >= bits$1.length) ? ($throwRuntimeError("index out of range"), undefined) : bits$1[i$1] = 9);
				i$1 = i$1 + (1) >> 0;
			}
			i$2 = 256;
			while (true) {
				if (!(i$2 < 280)) { break; }
				((i$2 < 0 || i$2 >= bits$1.length) ? ($throwRuntimeError("index out of range"), undefined) : bits$1[i$2] = 7);
				i$2 = i$2 + (1) >> 0;
			}
			i$3 = 280;
			while (true) {
				if (!(i$3 < 288)) { break; }
				((i$3 < 0 || i$3 >= bits$1.length) ? ($throwRuntimeError("index out of range"), undefined) : bits$1[i$3] = 8);
				i$3 = i$3 + (1) >> 0;
			}
			fixedHuffmanDecoder.init(new sliceType$4(bits$1));
		})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: fixedHuffmanDecoderInit, $c: true, $r, $s};return $f;
	};
	decompressor.ptr.prototype.Reset = function(r, dict) {
		var dict, f, r;
		f = this;
		decompressor.copy(f, new decompressor.ptr(makeReader(r), new $Int64(0, 0), 0, 0, new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0), new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0), f.bits, f.codebits, $clone(f.dict, dictDecoder), arrayType$5.zero(), $methodExpr(ptrType$2, "nextBlock"), 0, false, $ifaceNil, sliceType$5.nil, ptrType$1.nil, ptrType$1.nil, 0, 0));
		f.dict.init(32768, dict);
		return $ifaceNil;
	};
	decompressor.prototype.Reset = function(r, dict) { return this.$val.Reset(r, dict); };
	NewReader = function(r) {
		var {f, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = [f];
		$r = fixedHuffmanDecoderInit(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		f[0] = new decompressor.ptr($ifaceNil, new $Int64(0, 0), 0, 0, new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0), new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0), ptrType$3.nil, ptrType$4.nil, new dictDecoder.ptr(sliceType$5.nil, 0, 0, false), arrayType$5.zero(), $throwNilPointerError, 0, false, $ifaceNil, sliceType$5.nil, ptrType$1.nil, ptrType$1.nil, 0, 0);
		f[0].r = makeReader(r);
		f[0].bits = arrayType$3.zero();
		f[0].codebits = arrayType$4.zero();
		f[0].step = $methodExpr(ptrType$2, "nextBlock");
		f[0].dict.init(32768, sliceType$5.nil);
		$s = -1; return f[0];
		/* */ } return; } var $f = {$blk: NewReader, $c: true, $r, f, r, $s};return $f;
	};
	$pkg.NewReader = NewReader;
	hcode.ptr.prototype.set = function(code, length) {
		var code, h, length;
		h = this;
		h.len = length;
		h.code = code;
	};
	hcode.prototype.set = function(code, length) { return this.$val.set(code, length); };
	maxNode = function() {
		return new literalNode.ptr(65535, 2147483647);
	};
	newHuffmanEncoder = function(size) {
		var size;
		return new huffmanEncoder.ptr($makeSlice(sliceType$6, size), sliceType$7.nil, arrayType$6.zero(), byLiteral.nil, byFreq.nil);
	};
	generateFixedLiteralEncoding = function() {
		var bits$1, ch, codes, h, size;
		h = newHuffmanEncoder(286);
		codes = h.codes;
		ch = 0;
		ch = 0;
		while (true) {
			if (!(ch < 286)) { break; }
			bits$1 = 0;
			size = 0;
			switch (0) { default:
				if (ch < 144) {
					bits$1 = ch + 48 << 16 >>> 16;
					size = 8;
					break;
				} else if (ch < 256) {
					bits$1 = (ch + 400 << 16 >>> 16) - 144 << 16 >>> 16;
					size = 9;
					break;
				} else if (ch < 280) {
					bits$1 = ch - 256 << 16 >>> 16;
					size = 7;
					break;
				} else {
					bits$1 = (ch + 192 << 16 >>> 16) - 280 << 16 >>> 16;
					size = 8;
				}
			}
			hcode.copy(((ch < 0 || ch >= codes.$length) ? ($throwRuntimeError("index out of range"), undefined) : codes.$array[codes.$offset + ch]), new hcode.ptr(reverseBits(bits$1, ((size << 24 >>> 24))), size));
			ch = ch + (1) << 16 >>> 16;
		}
		return h;
	};
	generateFixedOffsetEncoding = function() {
		var _i, _ref, ch, codes, h;
		h = newHuffmanEncoder(30);
		codes = h.codes;
		_ref = codes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			ch = _i;
			hcode.copy(((ch < 0 || ch >= codes.$length) ? ($throwRuntimeError("index out of range"), undefined) : codes.$array[codes.$offset + ch]), new hcode.ptr(reverseBits(((ch << 16 >>> 16)), 5), 5));
			_i++;
		}
		return h;
	};
	huffmanEncoder.ptr.prototype.bitCounts = function(list, maxBits) {
		var bitCount, bits$1, counts, h, l, leafCounts, level, level$1, level$2, levels$1, list, maxBits, n, n$1, prevFreq, x, x$1, x$10, x$11, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		h = this;
		if (maxBits >= 16) {
			$panic(new $String("flate: maxBits too large"));
		}
		n = ((list.$length >> 0));
		list = $subslice(list, 0, (n + 1 >> 0));
		literalNode.copy(((n < 0 || n >= list.$length) ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + n]), maxNode());
		if (maxBits > (n - 1 >> 0)) {
			maxBits = n - 1 >> 0;
		}
		levels$1 = arrayType$7.zero();
		leafCounts = arrayType$9.zero();
		level = 1;
		while (true) {
			if (!(level <= maxBits)) { break; }
			levelInfo.copy(((level < 0 || level >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[level]), new levelInfo.ptr(level, (1 >= list.$length ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + 1]).freq, (2 >= list.$length ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + 2]).freq, (0 >= list.$length ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + 0]).freq + (1 >= list.$length ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + 1]).freq >> 0, 0));
			(x = ((level < 0 || level >= leafCounts.length) ? ($throwRuntimeError("index out of range"), undefined) : leafCounts[level]), ((level < 0 || level >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[level] = 2));
			if (level === 1) {
				((level < 0 || level >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[level]).nextPairFreq = 2147483647;
			}
			level = level + (1) >> 0;
		}
		((maxBits < 0 || maxBits >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[maxBits]).needed = ($imul(2, n)) - 4 >> 0;
		level$1 = maxBits;
		while (true) {
			l = ((level$1 < 0 || level$1 >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[level$1]);
			if ((l.nextPairFreq === 2147483647) && (l.nextCharFreq === 2147483647)) {
				l.needed = 0;
				(x$1 = level$1 + 1 >> 0, ((x$1 < 0 || x$1 >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[x$1])).nextPairFreq = 2147483647;
				level$1 = level$1 + (1) >> 0;
				continue;
			}
			prevFreq = l.lastFreq;
			if (l.nextCharFreq < l.nextPairFreq) {
				n$1 = (x$2 = ((level$1 < 0 || level$1 >= leafCounts.length) ? ($throwRuntimeError("index out of range"), undefined) : leafCounts[level$1]), ((level$1 < 0 || level$1 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[level$1])) + 1 >> 0;
				l.lastFreq = l.nextCharFreq;
				(x$3 = ((level$1 < 0 || level$1 >= leafCounts.length) ? ($throwRuntimeError("index out of range"), undefined) : leafCounts[level$1]), ((level$1 < 0 || level$1 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[level$1] = n$1));
				l.nextCharFreq = ((n$1 < 0 || n$1 >= list.$length) ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + n$1]).freq;
			} else {
				l.lastFreq = l.nextPairFreq;
				$copySlice($subslice(new sliceType$8(((level$1 < 0 || level$1 >= leafCounts.length) ? ($throwRuntimeError("index out of range"), undefined) : leafCounts[level$1])), 0, level$1), $subslice(new sliceType$8((x$4 = level$1 - 1 >> 0, ((x$4 < 0 || x$4 >= leafCounts.length) ? ($throwRuntimeError("index out of range"), undefined) : leafCounts[x$4]))), 0, level$1));
				(x$5 = l.level - 1 >> 0, ((x$5 < 0 || x$5 >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[x$5])).needed = 2;
			}
			l.needed = l.needed - (1) >> 0;
			if (l.needed === 0) {
				if (l.level === maxBits) {
					break;
				}
				(x$6 = l.level + 1 >> 0, ((x$6 < 0 || x$6 >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[x$6])).nextPairFreq = prevFreq + l.lastFreq >> 0;
				level$1 = level$1 + (1) >> 0;
			} else {
				while (true) {
					if (!((x$7 = level$1 - 1 >> 0, ((x$7 < 0 || x$7 >= levels$1.length) ? ($throwRuntimeError("index out of range"), undefined) : levels$1[x$7])).needed > 0)) { break; }
					level$1 = level$1 - (1) >> 0;
				}
			}
		}
		if (!(((x$8 = ((maxBits < 0 || maxBits >= leafCounts.length) ? ($throwRuntimeError("index out of range"), undefined) : leafCounts[maxBits]), ((maxBits < 0 || maxBits >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[maxBits])) === n))) {
			$panic(new $String("leafCounts[maxBits][maxBits] != n"));
		}
		bitCount = $subslice(new sliceType$8(h.bitCount), 0, (maxBits + 1 >> 0));
		bits$1 = 1;
		counts = ((maxBits < 0 || maxBits >= leafCounts.length) ? ($throwRuntimeError("index out of range"), undefined) : leafCounts[maxBits]);
		level$2 = maxBits;
		while (true) {
			if (!(level$2 > 0)) { break; }
			((bits$1 < 0 || bits$1 >= bitCount.$length) ? ($throwRuntimeError("index out of range"), undefined) : bitCount.$array[bitCount.$offset + bits$1] = ((x$9 = counts, ((level$2 < 0 || level$2 >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[level$2])) - (x$10 = counts, x$11 = level$2 - 1 >> 0, ((x$11 < 0 || x$11 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[x$11])) >> 0));
			bits$1 = bits$1 + (1) >> 0;
			level$2 = level$2 - (1) >> 0;
		}
		return bitCount;
	};
	huffmanEncoder.prototype.bitCounts = function(list, maxBits) { return this.$val.bitCounts(list, maxBits); };
	huffmanEncoder.ptr.prototype.assignEncodingAndSize = function(bitCount, list) {
		var {_i, _i$1, _ref, _ref$1, bitCount, bits$1, chunk, code, h, list, n, node, x, x$1, y, $s, $r, $c} = $restore(this, {bitCount, list});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		code = 0;
		_ref = bitCount;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			n = _i;
			bits$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			code = (y = (1), y < 32 ? (code << y) : 0) << 16 >>> 16;
			if ((n === 0) || (bits$1 === 0)) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			chunk = $subslice(list, (list.$length - ((bits$1 >> 0)) >> 0));
			$r = (h.$ptr_lns || (h.$ptr_lns = new ptrType$5(function() { return this.$target.lns; }, function($v) { this.$target.lns = $v; }, h))).sort(chunk); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_ref$1 = chunk;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				node = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), literalNode);
				hcode.copy((x = h.codes, x$1 = node.literal, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1])), new hcode.ptr(reverseBits(code, ((n << 24 >>> 24))), ((n << 16 >>> 16))));
				code = code + (1) << 16 >>> 16;
				_i$1++;
			}
			list = $subslice(list, 0, (list.$length - ((bits$1 >> 0)) >> 0));
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: huffmanEncoder.ptr.prototype.assignEncodingAndSize, $c: true, $r, _i, _i$1, _ref, _ref$1, bitCount, bits$1, chunk, code, h, list, n, node, x, x$1, y, $s};return $f;
	};
	huffmanEncoder.prototype.assignEncodingAndSize = function(bitCount, list) { return this.$val.assignEncodingAndSize(bitCount, list); };
	huffmanEncoder.ptr.prototype.generate = function(freq, maxBits) {
		var {_i, _i$1, _ref, _ref$1, bitCount, count, f, freq, h, i, i$1, list, maxBits, node, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {freq, maxBits});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		if (h.freqcache === sliceType$7.nil) {
			h.freqcache = $makeSlice(sliceType$7, 287);
		}
		list = $subslice(h.freqcache, 0, (freq.$length + 1 >> 0));
		count = 0;
		_ref = freq;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((f === 0))) {
				literalNode.copy(((count < 0 || count >= list.$length) ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + count]), new literalNode.ptr(((i << 16 >>> 16)), f));
				count = count + (1) >> 0;
			} else {
				literalNode.copy(((count < 0 || count >= list.$length) ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + count]), new literalNode.ptr(0, 0));
				(x = h.codes, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])).len = 0;
			}
			_i++;
		}
		literalNode.copy((x$1 = freq.$length, ((x$1 < 0 || x$1 >= list.$length) ? ($throwRuntimeError("index out of range"), undefined) : list.$array[list.$offset + x$1])), new literalNode.ptr(0, 0));
		list = $subslice(list, 0, count);
		if (count <= 2) {
			_ref$1 = list;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				i$1 = _i$1;
				node = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), literalNode);
				(x$2 = h.codes, x$3 = node.literal, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3])).set(((i$1 << 16 >>> 16)), 1);
				_i$1++;
			}
			$s = -1; return;
		}
		$r = (h.$ptr_lfs || (h.$ptr_lfs = new ptrType$6(function() { return this.$target.lfs; }, function($v) { this.$target.lfs = $v; }, h))).sort(list); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		bitCount = h.bitCounts(list, maxBits);
		$r = h.assignEncodingAndSize(bitCount, list); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: huffmanEncoder.ptr.prototype.generate, $c: true, $r, _i, _i$1, _ref, _ref$1, bitCount, count, f, freq, h, i, i$1, list, maxBits, node, x, x$1, x$2, x$3, $s};return $f;
	};
	huffmanEncoder.prototype.generate = function(freq, maxBits) { return this.$val.generate(freq, maxBits); };
	$ptrType(byLiteral).prototype.sort = function(a) {
		var {a, s, $s, $r, $c} = $restore(this, {a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		s.$set(($convertSliceType(a, byLiteral)));
		$r = sort.Sort(s); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: $ptrType(byLiteral).prototype.sort, $c: true, $r, a, s, $s};return $f;
	};
	byLiteral.prototype.Len = function() {
		var s;
		s = this;
		return s.$length;
	};
	$ptrType(byLiteral).prototype.Len = function() { return this.$get().Len(); };
	byLiteral.prototype.Less = function(i, j) {
		var i, j, s;
		s = this;
		return ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]).literal < ((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]).literal;
	};
	$ptrType(byLiteral).prototype.Less = function(i, j) { return this.$get().Less(i, j); };
	byLiteral.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, i, j, s;
		s = this;
		_tmp = $clone(((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]), literalNode);
		_tmp$1 = $clone(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]), literalNode);
		literalNode.copy(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]), _tmp);
		literalNode.copy(((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]), _tmp$1);
	};
	$ptrType(byLiteral).prototype.Swap = function(i, j) { return this.$get().Swap(i, j); };
	$ptrType(byFreq).prototype.sort = function(a) {
		var {a, s, $s, $r, $c} = $restore(this, {a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		s.$set(($convertSliceType(a, byFreq)));
		$r = sort.Sort(s); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: $ptrType(byFreq).prototype.sort, $c: true, $r, a, s, $s};return $f;
	};
	byFreq.prototype.Len = function() {
		var s;
		s = this;
		return s.$length;
	};
	$ptrType(byFreq).prototype.Len = function() { return this.$get().Len(); };
	byFreq.prototype.Less = function(i, j) {
		var i, j, s;
		s = this;
		if (((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]).freq === ((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]).freq) {
			return ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]).literal < ((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]).literal;
		}
		return ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]).freq < ((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]).freq;
	};
	$ptrType(byFreq).prototype.Less = function(i, j) { return this.$get().Less(i, j); };
	byFreq.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, i, j, s;
		s = this;
		_tmp = $clone(((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]), literalNode);
		_tmp$1 = $clone(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]), literalNode);
		literalNode.copy(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]), _tmp);
		literalNode.copy(((j < 0 || j >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + j]), _tmp$1);
	};
	$ptrType(byFreq).prototype.Swap = function(i, j) { return this.$get().Swap(i, j); };
	reverseBits = function(number, bitLength) {
		var bitLength, number, y;
		return bits.Reverse16((y = ((16 - bitLength << 24 >>> 24)), y < 32 ? (number << y) : 0) << 16 >>> 16);
	};
	init = function() {
		var {offsetFreq, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		offsetFreq = $makeSlice(sliceType$8, 30);
		(0 >= offsetFreq.$length ? ($throwRuntimeError("index out of range"), undefined) : offsetFreq.$array[offsetFreq.$offset + 0] = 1);
		huffOffset = newHuffmanEncoder(30);
		$r = huffOffset.generate(offsetFreq, 15); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, offsetFreq, $s};return $f;
	};
	dictDecoder.ptr.prototype.init = function(size, dict) {
		var dd, dict, size;
		dd = this;
		dictDecoder.copy(dd, new dictDecoder.ptr(dd.hist, 0, 0, false));
		if (dd.hist.$capacity < size) {
			dd.hist = $makeSlice(sliceType$5, size);
		}
		dd.hist = $subslice(dd.hist, 0, size);
		if (dict.$length > dd.hist.$length) {
			dict = $subslice(dict, (dict.$length - dd.hist.$length >> 0));
		}
		dd.wrPos = $copySlice(dd.hist, dict);
		if (dd.wrPos === dd.hist.$length) {
			dd.wrPos = 0;
			dd.full = true;
		}
		dd.rdPos = dd.wrPos;
	};
	dictDecoder.prototype.init = function(size, dict) { return this.$val.init(size, dict); };
	dictDecoder.ptr.prototype.histSize = function() {
		var dd;
		dd = this;
		if (dd.full) {
			return dd.hist.$length;
		}
		return dd.wrPos;
	};
	dictDecoder.prototype.histSize = function() { return this.$val.histSize(); };
	dictDecoder.ptr.prototype.availRead = function() {
		var dd;
		dd = this;
		return dd.wrPos - dd.rdPos >> 0;
	};
	dictDecoder.prototype.availRead = function() { return this.$val.availRead(); };
	dictDecoder.ptr.prototype.availWrite = function() {
		var dd;
		dd = this;
		return dd.hist.$length - dd.wrPos >> 0;
	};
	dictDecoder.prototype.availWrite = function() { return this.$val.availWrite(); };
	dictDecoder.ptr.prototype.writeSlice = function() {
		var dd;
		dd = this;
		return $subslice(dd.hist, dd.wrPos);
	};
	dictDecoder.prototype.writeSlice = function() { return this.$val.writeSlice(); };
	dictDecoder.ptr.prototype.writeMark = function(cnt) {
		var cnt, dd;
		dd = this;
		dd.wrPos = dd.wrPos + (cnt) >> 0;
	};
	dictDecoder.prototype.writeMark = function(cnt) { return this.$val.writeMark(cnt); };
	dictDecoder.ptr.prototype.writeByte = function(c) {
		var c, dd, x, x$1;
		dd = this;
		(x = dd.hist, x$1 = dd.wrPos, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = c));
		dd.wrPos = dd.wrPos + (1) >> 0;
	};
	dictDecoder.prototype.writeByte = function(c) { return this.$val.writeByte(c); };
	dictDecoder.ptr.prototype.writeCopy = function(dist, length) {
		var dd, dist, dstBase, dstPos, endPos, length, srcPos;
		dd = this;
		dstBase = dd.wrPos;
		dstPos = dstBase;
		srcPos = dstPos - dist >> 0;
		endPos = dstPos + length >> 0;
		if (endPos > dd.hist.$length) {
			endPos = dd.hist.$length;
		}
		if (srcPos < 0) {
			srcPos = srcPos + (dd.hist.$length) >> 0;
			dstPos = dstPos + ($copySlice($subslice(dd.hist, dstPos, endPos), $subslice(dd.hist, srcPos))) >> 0;
			srcPos = 0;
		}
		while (true) {
			if (!(dstPos < endPos)) { break; }
			dstPos = dstPos + ($copySlice($subslice(dd.hist, dstPos, endPos), $subslice(dd.hist, srcPos, dstPos))) >> 0;
		}
		dd.wrPos = dstPos;
		return dstPos - dstBase >> 0;
	};
	dictDecoder.prototype.writeCopy = function(dist, length) { return this.$val.writeCopy(dist, length); };
	dictDecoder.ptr.prototype.tryWriteCopy = function(dist, length) {
		var dd, dist, dstBase, dstPos, endPos, length, srcPos;
		dd = this;
		dstPos = dd.wrPos;
		endPos = dstPos + length >> 0;
		if (dstPos < dist || endPos > dd.hist.$length) {
			return 0;
		}
		dstBase = dstPos;
		srcPos = dstPos - dist >> 0;
		while (true) {
			if (!(dstPos < endPos)) { break; }
			dstPos = dstPos + ($copySlice($subslice(dd.hist, dstPos, endPos), $subslice(dd.hist, srcPos, dstPos))) >> 0;
		}
		dd.wrPos = dstPos;
		return dstPos - dstBase >> 0;
	};
	dictDecoder.prototype.tryWriteCopy = function(dist, length) { return this.$val.tryWriteCopy(dist, length); };
	dictDecoder.ptr.prototype.readFlush = function() {
		var _tmp, _tmp$1, dd, toRead;
		dd = this;
		toRead = $subslice(dd.hist, dd.rdPos, dd.wrPos);
		dd.rdPos = dd.wrPos;
		if (dd.wrPos === dd.hist.$length) {
			_tmp = 0;
			_tmp$1 = 0;
			dd.wrPos = _tmp;
			dd.rdPos = _tmp$1;
			dd.full = true;
		}
		return toRead;
	};
	dictDecoder.prototype.readFlush = function() { return this.$val.readFlush(); };
	CorruptInputError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	InternalError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$1.methods = [{prop: "init", name: "init", pkg: "compress/flate", typ: $funcType([sliceType$4], [$Bool], false)}];
	ptrType$2.methods = [{prop: "nextBlock", name: "nextBlock", pkg: "compress/flate", typ: $funcType([], [], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "readHuffman", name: "readHuffman", pkg: "compress/flate", typ: $funcType([], [$error], false)}, {prop: "huffmanBlock", name: "huffmanBlock", pkg: "compress/flate", typ: $funcType([], [], false)}, {prop: "dataBlock", name: "dataBlock", pkg: "compress/flate", typ: $funcType([], [], false)}, {prop: "copyData", name: "copyData", pkg: "compress/flate", typ: $funcType([], [], false)}, {prop: "finishBlock", name: "finishBlock", pkg: "compress/flate", typ: $funcType([], [], false)}, {prop: "moreBits", name: "moreBits", pkg: "compress/flate", typ: $funcType([], [$error], false)}, {prop: "huffSym", name: "huffSym", pkg: "compress/flate", typ: $funcType([ptrType$1], [$Int, $error], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([io.Reader, sliceType$5], [$error], false)}];
	ptrType$15.methods = [{prop: "set", name: "set", pkg: "compress/flate", typ: $funcType([$Uint16, $Uint16], [], false)}];
	ptrType.methods = [{prop: "bitLength", name: "bitLength", pkg: "compress/flate", typ: $funcType([sliceType$8], [$Int], false)}, {prop: "bitCounts", name: "bitCounts", pkg: "compress/flate", typ: $funcType([sliceType$7, $Int32], [sliceType$8], false)}, {prop: "assignEncodingAndSize", name: "assignEncodingAndSize", pkg: "compress/flate", typ: $funcType([sliceType$8, sliceType$7], [], false)}, {prop: "generate", name: "generate", pkg: "compress/flate", typ: $funcType([sliceType$8, $Int32], [], false)}];
	byLiteral.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}];
	ptrType$5.methods = [{prop: "sort", name: "sort", pkg: "compress/flate", typ: $funcType([sliceType$7], [], false)}];
	byFreq.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}];
	ptrType$6.methods = [{prop: "sort", name: "sort", pkg: "compress/flate", typ: $funcType([sliceType$7], [], false)}];
	ptrType$16.methods = [{prop: "init", name: "init", pkg: "compress/flate", typ: $funcType([$Int, sliceType$5], [], false)}, {prop: "histSize", name: "histSize", pkg: "compress/flate", typ: $funcType([], [$Int], false)}, {prop: "availRead", name: "availRead", pkg: "compress/flate", typ: $funcType([], [$Int], false)}, {prop: "availWrite", name: "availWrite", pkg: "compress/flate", typ: $funcType([], [$Int], false)}, {prop: "writeSlice", name: "writeSlice", pkg: "compress/flate", typ: $funcType([], [sliceType$5], false)}, {prop: "writeMark", name: "writeMark", pkg: "compress/flate", typ: $funcType([$Int], [], false)}, {prop: "writeByte", name: "writeByte", pkg: "compress/flate", typ: $funcType([$Uint8], [], false)}, {prop: "writeCopy", name: "writeCopy", pkg: "compress/flate", typ: $funcType([$Int, $Int], [$Int], false)}, {prop: "tryWriteCopy", name: "tryWriteCopy", pkg: "compress/flate", typ: $funcType([$Int, $Int], [$Int], false)}, {prop: "readFlush", name: "readFlush", pkg: "compress/flate", typ: $funcType([], [sliceType$5], false)}];
	Resetter.init([{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([io.Reader, sliceType$5], [$error], false)}]);
	huffmanDecoder.init("compress/flate", [{prop: "min", name: "min", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "chunks", name: "chunks", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "links", name: "links", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "linkMask", name: "linkMask", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	Reader.init([{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}, {prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}]);
	decompressor.init("compress/flate", [{prop: "r", name: "r", embedded: false, exported: false, typ: Reader, tag: ""}, {prop: "roffset", name: "roffset", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "b", name: "b", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "nb", name: "nb", embedded: false, exported: false, typ: $Uint, tag: ""}, {prop: "h1", name: "h1", embedded: false, exported: false, typ: huffmanDecoder, tag: ""}, {prop: "h2", name: "h2", embedded: false, exported: false, typ: huffmanDecoder, tag: ""}, {prop: "bits", name: "bits", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "codebits", name: "codebits", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "dict", name: "dict", embedded: false, exported: false, typ: dictDecoder, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: arrayType$5, tag: ""}, {prop: "step", name: "step", embedded: false, exported: false, typ: funcType, tag: ""}, {prop: "stepState", name: "stepState", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "final$12", name: "final", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "toRead", name: "toRead", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "hl", name: "hl", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "hd", name: "hd", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "copyLen", name: "copyLen", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "copyDist", name: "copyDist", embedded: false, exported: false, typ: $Int, tag: ""}]);
	hcode.init("compress/flate", [{prop: "code", name: "code", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Uint16, tag: ""}]);
	huffmanEncoder.init("compress/flate", [{prop: "codes", name: "codes", embedded: false, exported: false, typ: sliceType$6, tag: ""}, {prop: "freqcache", name: "freqcache", embedded: false, exported: false, typ: sliceType$7, tag: ""}, {prop: "bitCount", name: "bitCount", embedded: false, exported: false, typ: arrayType$6, tag: ""}, {prop: "lns", name: "lns", embedded: false, exported: false, typ: byLiteral, tag: ""}, {prop: "lfs", name: "lfs", embedded: false, exported: false, typ: byFreq, tag: ""}]);
	literalNode.init("compress/flate", [{prop: "literal", name: "literal", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "freq", name: "freq", embedded: false, exported: false, typ: $Int32, tag: ""}]);
	levelInfo.init("compress/flate", [{prop: "level", name: "level", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "lastFreq", name: "lastFreq", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "nextCharFreq", name: "nextCharFreq", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "nextPairFreq", name: "nextPairFreq", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "needed", name: "needed", embedded: false, exported: false, typ: $Int32, tag: ""}]);
	byLiteral.init(literalNode);
	byFreq.init(literalNode);
	dictDecoder.init("compress/flate", [{prop: "hist", name: "hist", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "wrPos", name: "wrPos", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "rdPos", name: "rdPos", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "full", name: "full", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		fixedOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		fixedHuffmanDecoder = new huffmanDecoder.ptr(0, arrayType.zero(), sliceType$1.nil, 0);
		huffOffset = ptrType.nil;
		codeOrder = $toNativeArray($kindInt, [16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15]);
		fixedLiteralEncoding = generateFixedLiteralEncoding();
		fixedOffsetEncoding = generateFixedOffsetEncoding();
		$r = init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding/binary"] = (function() {
	var $pkg = {}, $init, errors, io, math, reflect, sync, littleEndian, bigEndian, sliceType, overflow;
	errors = $packages["errors"];
	io = $packages["io"];
	math = $packages["math"];
	reflect = $packages["reflect"];
	sync = $packages["sync"];
	littleEndian = $pkg.littleEndian = $newType(0, $kindStruct, "binary.littleEndian", true, "encoding/binary", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	bigEndian = $pkg.bigEndian = $newType(0, $kindStruct, "binary.bigEndian", true, "encoding/binary", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	sliceType = $sliceType($Uint8);
	littleEndian.ptr.prototype.Uint16 = function(b) {
		var b;
		$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
		return ((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) << 16 >>> 16)) | ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) << 16 >>> 16)) << 8 << 16 >>> 16)) >>> 0;
	};
	littleEndian.prototype.Uint16 = function(b) { return this.$val.Uint16(b); };
	littleEndian.ptr.prototype.PutUint16 = function(b, v) {
		var b, v;
		$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = ((v << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (((v >>> 8 << 16 >>> 16) << 24 >>> 24)));
	};
	littleEndian.prototype.PutUint16 = function(b, v) { return this.$val.PutUint16(b, v); };
	littleEndian.ptr.prototype.Uint32 = function(b) {
		var b;
		$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
		return ((((((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >>> 0)) | ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) >>> 0)) << 24 >>> 0)) >>> 0;
	};
	littleEndian.prototype.Uint32 = function(b) { return this.$val.Uint32(b); };
	littleEndian.ptr.prototype.PutUint32 = function(b, v) {
		var b, v;
		$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = ((v << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (((v >>> 8 >>> 0) << 24 >>> 24)));
		(2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2] = (((v >>> 16 >>> 0) << 24 >>> 24)));
		(3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3] = (((v >>> 24 >>> 0) << 24 >>> 24)));
	};
	littleEndian.prototype.PutUint32 = function(b, v) { return this.$val.PutUint32(b, v); };
	littleEndian.ptr.prototype.Uint64 = function(b) {
		var b, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		return (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), x$7 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
	};
	littleEndian.prototype.Uint64 = function(b) { return this.$val.Uint64(b); };
	littleEndian.ptr.prototype.PutUint64 = function(b, v) {
		var b, v;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = ((v.$low << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (($shiftRightUint64(v, 8).$low << 24 >>> 24)));
		(2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2] = (($shiftRightUint64(v, 16).$low << 24 >>> 24)));
		(3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3] = (($shiftRightUint64(v, 24).$low << 24 >>> 24)));
		(4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4] = (($shiftRightUint64(v, 32).$low << 24 >>> 24)));
		(5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5] = (($shiftRightUint64(v, 40).$low << 24 >>> 24)));
		(6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6] = (($shiftRightUint64(v, 48).$low << 24 >>> 24)));
		(7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7] = (($shiftRightUint64(v, 56).$low << 24 >>> 24)));
	};
	littleEndian.prototype.PutUint64 = function(b, v) { return this.$val.PutUint64(b, v); };
	littleEndian.ptr.prototype.String = function() {
		return "LittleEndian";
	};
	littleEndian.prototype.String = function() { return this.$val.String(); };
	littleEndian.ptr.prototype.GoString = function() {
		return "binary.LittleEndian";
	};
	littleEndian.prototype.GoString = function() { return this.$val.GoString(); };
	bigEndian.ptr.prototype.Uint16 = function(b) {
		var b;
		$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
		return ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) << 16 >>> 16)) | ((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16)) >>> 0;
	};
	bigEndian.prototype.Uint16 = function(b) { return this.$val.Uint16(b); };
	bigEndian.ptr.prototype.PutUint16 = function(b, v) {
		var b, v;
		$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = (((v >>> 8 << 16 >>> 16) << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = ((v << 24 >>> 24)));
	};
	bigEndian.prototype.PutUint16 = function(b, v) { return this.$val.PutUint16(b, v); };
	bigEndian.ptr.prototype.Uint32 = function(b) {
		var b;
		$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
		return ((((((((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) >>> 0)) | ((((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >>> 0)) << 24 >>> 0)) >>> 0;
	};
	bigEndian.prototype.Uint32 = function(b) { return this.$val.Uint32(b); };
	bigEndian.ptr.prototype.PutUint32 = function(b, v) {
		var b, v;
		$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = (((v >>> 24 >>> 0) << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (((v >>> 16 >>> 0) << 24 >>> 24)));
		(2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2] = (((v >>> 8 >>> 0) << 24 >>> 24)));
		(3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3] = ((v << 24 >>> 24)));
	};
	bigEndian.prototype.PutUint32 = function(b, v) { return this.$val.PutUint32(b, v); };
	bigEndian.ptr.prototype.Uint64 = function(b) {
		var b, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		return (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), x$7 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
	};
	bigEndian.prototype.Uint64 = function(b) { return this.$val.Uint64(b); };
	bigEndian.ptr.prototype.PutUint64 = function(b, v) {
		var b, v;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = (($shiftRightUint64(v, 56).$low << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (($shiftRightUint64(v, 48).$low << 24 >>> 24)));
		(2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2] = (($shiftRightUint64(v, 40).$low << 24 >>> 24)));
		(3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3] = (($shiftRightUint64(v, 32).$low << 24 >>> 24)));
		(4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4] = (($shiftRightUint64(v, 24).$low << 24 >>> 24)));
		(5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5] = (($shiftRightUint64(v, 16).$low << 24 >>> 24)));
		(6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6] = (($shiftRightUint64(v, 8).$low << 24 >>> 24)));
		(7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7] = ((v.$low << 24 >>> 24)));
	};
	bigEndian.prototype.PutUint64 = function(b, v) { return this.$val.PutUint64(b, v); };
	bigEndian.ptr.prototype.String = function() {
		return "BigEndian";
	};
	bigEndian.prototype.String = function() { return this.$val.String(); };
	bigEndian.ptr.prototype.GoString = function() {
		return "binary.BigEndian";
	};
	bigEndian.prototype.GoString = function() { return this.$val.GoString(); };
	littleEndian.methods = [{prop: "Uint16", name: "Uint16", pkg: "", typ: $funcType([sliceType], [$Uint16], false)}, {prop: "PutUint16", name: "PutUint16", pkg: "", typ: $funcType([sliceType, $Uint16], [], false)}, {prop: "Uint32", name: "Uint32", pkg: "", typ: $funcType([sliceType], [$Uint32], false)}, {prop: "PutUint32", name: "PutUint32", pkg: "", typ: $funcType([sliceType, $Uint32], [], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([sliceType], [$Uint64], false)}, {prop: "PutUint64", name: "PutUint64", pkg: "", typ: $funcType([sliceType, $Uint64], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "GoString", name: "GoString", pkg: "", typ: $funcType([], [$String], false)}];
	bigEndian.methods = [{prop: "Uint16", name: "Uint16", pkg: "", typ: $funcType([sliceType], [$Uint16], false)}, {prop: "PutUint16", name: "PutUint16", pkg: "", typ: $funcType([sliceType, $Uint16], [], false)}, {prop: "Uint32", name: "Uint32", pkg: "", typ: $funcType([sliceType], [$Uint32], false)}, {prop: "PutUint32", name: "PutUint32", pkg: "", typ: $funcType([sliceType, $Uint32], [], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([sliceType], [$Uint64], false)}, {prop: "PutUint64", name: "PutUint64", pkg: "", typ: $funcType([sliceType, $Uint64], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "GoString", name: "GoString", pkg: "", typ: $funcType([], [$String], false)}];
	littleEndian.init("", []);
	bigEndian.init("", []);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.LittleEndian = new littleEndian.ptr();
		$pkg.BigEndian = new bigEndian.ptr();
		overflow = errors.New("binary: varint overflows a 64-bit integer");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["hash"] = (function() {
	var $pkg = {}, $init, io, Hash, sliceType;
	io = $packages["io"];
	Hash = $pkg.Hash = $newType(8, $kindInterface, "hash.Hash", true, "hash", true, null);
	sliceType = $sliceType($Uint8);
	Hash.init([{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = io.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["hash/adler32"] = (function() {
	var $pkg = {}, $init, errors, hash;
	errors = $packages["errors"];
	hash = $packages["hash"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["compress/zlib"] = (function() {
	var $pkg = {}, $init, bufio, flate, binary, errors, fmt, hash, adler32, io;
	bufio = $packages["bufio"];
	flate = $packages["compress/flate"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	hash = $packages["hash"];
	adler32 = $packages["hash/adler32"];
	io = $packages["io"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flate.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = adler32.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrChecksum = errors.New("zlib: invalid checksum");
		$pkg.ErrDictionary = errors.New("zlib: invalid dictionary");
		$pkg.ErrHeader = errors.New("zlib: invalid header");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["hash/fnv"] = (function() {
	var $pkg = {}, $init, errors, hash, bits, sum64, ptrType$2, sliceType, New64, appendUint64, readUint64;
	errors = $packages["errors"];
	hash = $packages["hash"];
	bits = $packages["math/bits"];
	sum64 = $pkg.sum64 = $newType(8, $kindUint64, "fnv.sum64", true, "hash/fnv", false, null);
	ptrType$2 = $ptrType(sum64);
	sliceType = $sliceType($Uint8);
	New64 = function() {
		var s, s$24ptr;
		s = new sum64(3421674724, 2216829733);
		return (s$24ptr || (s$24ptr = new ptrType$2(function() { return s; }, function($v) { s = $v; })));
	};
	$pkg.New64 = New64;
	$ptrType(sum64).prototype.Reset = function() {
		var s;
		s = this;
		s.$set(new sum64(3421674724, 2216829733));
	};
	$ptrType(sum64).prototype.Sum64 = function() {
		var s, x;
		s = this;
		return ((x = s.$get(), new $Uint64(x.$high, x.$low)));
	};
	$ptrType(sum64).prototype.Write = function(data) {
		var _i, _ref, c, data, hash$1, s, x;
		s = this;
		hash$1 = s.$get();
		_ref = data;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			hash$1 = $mul64(hash$1, (new sum64(256, 435)));
			hash$1 = (x = (new sum64(0, c)), new sum64(hash$1.$high ^ x.$high, (hash$1.$low ^ x.$low) >>> 0));
			_i++;
		}
		s.$set(hash$1);
		return [data.$length, $ifaceNil];
	};
	$ptrType(sum64).prototype.Size = function() {
		var s;
		s = this;
		return 8;
	};
	$ptrType(sum64).prototype.BlockSize = function() {
		var s;
		s = this;
		return 1;
	};
	$ptrType(sum64).prototype.Sum = function(in$1) {
		var in$1, s, v, x;
		s = this;
		v = ((x = s.$get(), new $Uint64(x.$high, x.$low)));
		return $append(in$1, (($shiftRightUint64(v, 56).$low << 24 >>> 24)), (($shiftRightUint64(v, 48).$low << 24 >>> 24)), (($shiftRightUint64(v, 40).$low << 24 >>> 24)), (($shiftRightUint64(v, 32).$low << 24 >>> 24)), (($shiftRightUint64(v, 24).$low << 24 >>> 24)), (($shiftRightUint64(v, 16).$low << 24 >>> 24)), (($shiftRightUint64(v, 8).$low << 24 >>> 24)), ((v.$low << 24 >>> 24)));
	};
	$ptrType(sum64).prototype.MarshalBinary = function() {
		var b, s, x;
		s = this;
		b = $makeSlice(sliceType, 0, 12);
		b = $appendSlice(b, "fnv\x03");
		b = appendUint64(b, ((x = s.$get(), new $Uint64(x.$high, x.$low))));
		return [b, $ifaceNil];
	};
	$ptrType(sum64).prototype.UnmarshalBinary = function(b) {
		var b, s, x;
		s = this;
		if (b.$length < 4 || !(($bytesToString($subslice(b, 0, 4))) === "fnv\x03")) {
			return errors.New("hash/fnv: invalid hash state identifier");
		}
		if (!((b.$length === 12))) {
			return errors.New("hash/fnv: invalid hash state size");
		}
		s.$set(((x = readUint64($subslice(b, 4)), new sum64(x.$high, x.$low))));
		return $ifaceNil;
	};
	appendUint64 = function(b, x) {
		var a, b, x;
		a = $toNativeArray($kindUint8, [(($shiftRightUint64(x, 56).$low << 24 >>> 24)), (($shiftRightUint64(x, 48).$low << 24 >>> 24)), (($shiftRightUint64(x, 40).$low << 24 >>> 24)), (($shiftRightUint64(x, 32).$low << 24 >>> 24)), (($shiftRightUint64(x, 24).$low << 24 >>> 24)), (($shiftRightUint64(x, 16).$low << 24 >>> 24)), (($shiftRightUint64(x, 8).$low << 24 >>> 24)), ((x.$low << 24 >>> 24))]);
		return $appendSlice(b, new sliceType(a));
	};
	readUint64 = function(b) {
		var b, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		return (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), x$7 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
	};
	ptrType$2.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Sum64", name: "Sum64", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType], [$error], false)}];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/detrand"] = (function() {
	var $pkg = {}, $init, binary, fnv, os, arrayType, sliceType, randSeed, _r, Bool, Intn, binaryHash;
	binary = $packages["encoding/binary"];
	fnv = $packages["hash/fnv"];
	os = $packages["os"];
	arrayType = $arrayType($Uint8, 64);
	sliceType = $sliceType($Uint8);
	Bool = function() {
		var x;
		return (x = $div64(randSeed, new $Uint64(0, 2), true), (x.$high === 0 && x.$low === 1));
	};
	$pkg.Bool = Bool;
	Intn = function(n) {
		var n;
		if (n <= 0) {
			$panic(new $String("must be positive"));
		}
		return (($div64(randSeed, (new $Uint64(0, n)), true).$low >> 0));
	};
	$pkg.Intn = Intn;
	binaryHash = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, buf, err, err$1, f, fi, h, i, s, x, x$1, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_tuple = os.Executable();
		s = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			$24r = new $Uint64(0, 0);
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		_r$1 = os.Open(s); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		f = _tuple$1[0];
		err = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			$24r$1 = new $Uint64(0, 0);
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		$deferred.push([$methodVal(f, "Close"), []]);
		buf = arrayType.zero();
		h = fnv.New64();
		_r$2 = f.Stat(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		fi = _tuple$2[0];
		err = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 9:
			$24r$2 = new $Uint64(0, 0);
			$s = 11; case 11: return $24r$2;
		/* } */ case 10:
		_arg = $subslice(new sliceType(buf), 0, 8);
		_r$3 = fi.Size(); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_arg$1 = ((x = _r$3, new $Uint64(x.$high, x.$low)));
		$r = $clone(binary.LittleEndian, binary.littleEndian).PutUint64(_arg, _arg$1); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$4 = h.Write($subslice(new sliceType(buf), 0, 8)); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		i = new $Int64(0, 0);
		/* while (true) { */ case 15:
			/* if (!((i.$high < 0 || (i.$high === 0 && i.$low < 8)))) { break; } */ if(!((i.$high < 0 || (i.$high === 0 && i.$low < 8)))) { $s = 16; continue; }
			_arg$2 = new sliceType(buf);
			_r$5 = fi.Size(); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg$3 = $div64($mul64(i, _r$5), new $Int64(0, 8), false);
			_r$6 = f.ReadAt(_arg$2, _arg$3); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$3 = _r$6;
			err$1 = _tuple$3[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 19:
				$24r$3 = new $Uint64(0, 0);
				$s = 21; case 21: return $24r$3;
			/* } */ case 20:
			_r$7 = h.Write(new sliceType(buf)); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			i = (x$1 = new $Int64(0, 1), new $Int64(i.$high + x$1.$high, i.$low + x$1.$low));
		$s = 15; continue;
		case 16:
		_r$8 = h.Sum64(); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$4 = _r$8;
		$s = 24; case 24: return $24r$4;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return new $Uint64(0, 0); } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: binaryHash, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, buf, err, err$1, f, fi, h, i, s, x, x$1, $s, $deferred};return $f; } }
	};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = binary.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fnv.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = binaryHash(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		randSeed = _r;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/errors"] = (function() {
	var $pkg = {}, $init, errors, fmt, detrand, prefixError, wrapError, sliceType, ptrType, ptrType$1, prefix, New, format, InvalidUTF8, RequiredNotSet;
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	detrand = $packages["google.golang.org/protobuf/internal/detrand"];
	prefixError = $pkg.prefixError = $newType(0, $kindStruct, "errors.prefixError", true, "google.golang.org/protobuf/internal/errors", false, function(s_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = "";
			return;
		}
		this.s = s_;
	});
	wrapError = $pkg.wrapError = $newType(0, $kindStruct, "errors.wrapError", true, "google.golang.org/protobuf/internal/errors", false, function(s_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = "";
			this.err = $ifaceNil;
			return;
		}
		this.s = s_;
		this.err = err_;
	});
	sliceType = $sliceType($emptyInterface);
	ptrType = $ptrType(prefixError);
	ptrType$1 = $ptrType(wrapError);
	New = function(f, x) {
		var {$24r, _r, f, x, $s, $r, $c} = $restore(this, {f, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = format(f, x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = new prefixError.ptr(_r);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: New, $c: true, $r, $24r, _r, f, x, $s};return $f;
	};
	$pkg.New = New;
	prefixError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return prefix + e.s;
	};
	prefixError.prototype.Error = function() { return this.$val.Error(); };
	prefixError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return $pkg.Error;
	};
	prefixError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	wrapError.ptr.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = format("%v%v: %v", new sliceType([new $String(prefix), new $String(e.s), e.err])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: wrapError.ptr.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	wrapError.prototype.Error = function() { return this.$val.Error(); };
	wrapError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.err;
	};
	wrapError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	wrapError.ptr.prototype.Is = function(target) {
		var e, target;
		e = this;
		return $interfaceIsEqual(target, $pkg.Error);
	};
	wrapError.prototype.Is = function(target) { return this.$val.Is(target); };
	format = function(f, x) {
		var {$24r, _r, _r$1, _ref, e, e$1, f, i, x, $s, $r, $c} = $restore(this, {f, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < x.$length)) { break; } */ if(!(i < x.$length)) { $s = 2; continue; }
			_ref = ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]);
			/* */ if ($assertType(_ref, ptrType, true)[1]) { $s = 3; continue; }
			/* */ if ($assertType(_ref, ptrType$1, true)[1]) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($assertType(_ref, ptrType, true)[1]) { */ case 3:
				e = _ref.$val;
				((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = new $String(e.s));
				$s = 5; continue;
			/* } else if ($assertType(_ref, ptrType$1, true)[1]) { */ case 4:
				e$1 = _ref.$val;
				_r = format("%v: %v", new sliceType([new $String(e$1.s), e$1.err])); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = new $String(_r));
			/* } */ case 5:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		_r$1 = fmt.Sprintf(f, x); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: format, $c: true, $r, $24r, _r, _r$1, _ref, e, e$1, f, i, x, $s};return $f;
	};
	InvalidUTF8 = function(name) {
		var {$24r, _r, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = New("field %v contains invalid UTF-8", new sliceType([new $String(name)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InvalidUTF8, $c: true, $r, $24r, _r, name, $s};return $f;
	};
	$pkg.InvalidUTF8 = InvalidUTF8;
	RequiredNotSet = function(name) {
		var {$24r, _r, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = New("required field %v not set", new sliceType([new $String(name)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: RequiredNotSet, $c: true, $r, $24r, _r, name, $s};return $f;
	};
	$pkg.RequiredNotSet = RequiredNotSet;
	ptrType.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$1.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Is", name: "Is", pkg: "", typ: $funcType([$error], [$Bool], false)}];
	prefixError.init("google.golang.org/protobuf/internal/errors", [{prop: "s", name: "s", embedded: false, exported: false, typ: $String, tag: ""}]);
	wrapError.init("google.golang.org/protobuf/internal/errors", [{prop: "s", name: "s", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = detrand.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.Error = errors.New("protobuf error");
		prefix = (function() {
			if (detrand.Bool()) {
				return "proto:\xC2\xA0";
			} else {
				return "proto: ";
			}
		})();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/encoding/protowire"] = (function() {
	var $pkg = {}, $init, errors, io, math, bits, Number, Type, sliceType, sliceType$1, errFieldNumber, errOverflow, errReserved, errEndGroup, errParse, _r, _r$1, _r$2, _r$3, _r$4, ParseError, ConsumeField, ConsumeFieldValue, consumeFieldValueD, AppendTag, ConsumeTag, SizeTag, AppendVarint, ConsumeVarint, SizeVarint, AppendFixed32, ConsumeFixed32, SizeFixed32, AppendFixed64, ConsumeFixed64, SizeFixed64, AppendBytes, ConsumeBytes, SizeBytes, AppendString, ConsumeGroup, SizeGroup, DecodeTag, EncodeTag, DecodeZigZag, EncodeZigZag, DecodeBool, EncodeBool;
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	io = $packages["io"];
	math = $packages["math"];
	bits = $packages["math/bits"];
	Number = $pkg.Number = $newType(4, $kindInt32, "protowire.Number", true, "google.golang.org/protobuf/encoding/protowire", true, null);
	Type = $pkg.Type = $newType(1, $kindInt8, "protowire.Type", true, "google.golang.org/protobuf/encoding/protowire", true, null);
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($Uint8);
	Number.prototype.IsValid = function() {
		var n;
		n = this.$val;
		return 1 <= n && n < 19000 || 19999 < n && n <= 536870911;
	};
	$ptrType(Number).prototype.IsValid = function() { return new Number(this.$get()).IsValid(); };
	ParseError = function(n) {
		var _1, n;
		if (n >= 0) {
			return $ifaceNil;
		}
		_1 = n;
		if (_1 === (-1)) {
			return io.ErrUnexpectedEOF;
		} else if (_1 === (-2)) {
			return errFieldNumber;
		} else if (_1 === (-3)) {
			return errOverflow;
		} else if (_1 === (-4)) {
			return errReserved;
		} else if (_1 === (-5)) {
			return errEndGroup;
		} else {
			return errParse;
		}
	};
	$pkg.ParseError = ParseError;
	ConsumeField = function(b) {
		var _tuple, b, m, n, num, typ;
		_tuple = ConsumeTag(b);
		num = _tuple[0];
		typ = _tuple[1];
		n = _tuple[2];
		if (n < 0) {
			return [0, 0, n];
		}
		m = ConsumeFieldValue(num, typ, $subslice(b, n));
		if (m < 0) {
			return [0, 0, m];
		}
		return [num, typ, n + m >> 0];
	};
	$pkg.ConsumeField = ConsumeField;
	ConsumeFieldValue = function(num, typ, b) {
		var b, n, num, typ;
		n = 0;
		n = consumeFieldValueD(num, typ, b, 10000);
		return n;
	};
	$pkg.ConsumeFieldValue = ConsumeFieldValue;
	consumeFieldValueD = function(num, typ, b, depth) {
		var _1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, depth, n, n$1, n0, num, num2, typ, typ2;
		n = 0;
		_1 = typ;
		if (_1 === (0)) {
			_tuple = ConsumeVarint(b);
			n = _tuple[1];
			n = n;
			return n;
		} else if (_1 === (5)) {
			_tuple$1 = ConsumeFixed32(b);
			n = _tuple$1[1];
			n = n;
			return n;
		} else if (_1 === (1)) {
			_tuple$2 = ConsumeFixed64(b);
			n = _tuple$2[1];
			n = n;
			return n;
		} else if (_1 === (2)) {
			_tuple$3 = ConsumeBytes(b);
			n = _tuple$3[1];
			n = n;
			return n;
		} else if (_1 === (3)) {
			if (depth < 0) {
				n = -6;
				return n;
			}
			n0 = b.$length;
			while (true) {
				_tuple$4 = ConsumeTag(b);
				num2 = _tuple$4[0];
				typ2 = _tuple$4[1];
				n$1 = _tuple$4[2];
				if (n$1 < 0) {
					n = n$1;
					return n;
				}
				b = $subslice(b, n$1);
				if (typ2 === 4) {
					if (!((num === num2))) {
						n = -5;
						return n;
					}
					n = n0 - b.$length >> 0;
					return n;
				}
				n$1 = consumeFieldValueD(num2, typ2, b, depth - 1 >> 0);
				if (n$1 < 0) {
					n = n$1;
					return n;
				}
				b = $subslice(b, n$1);
			}
		} else if (_1 === (4)) {
			n = -5;
			return n;
		} else {
			n = -4;
			return n;
		}
	};
	AppendTag = function(b, num, typ) {
		var b, num, typ;
		return AppendVarint(b, EncodeTag(num, typ));
	};
	$pkg.AppendTag = AppendTag;
	ConsumeTag = function(b) {
		var _tuple, _tuple$1, b, n, num, typ, v;
		_tuple = ConsumeVarint(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			return [0, 0, n];
		}
		_tuple$1 = DecodeTag(v);
		num = _tuple$1[0];
		typ = _tuple$1[1];
		if (num < 1) {
			return [0, 0, -2];
		}
		return [num, typ, n];
	};
	$pkg.ConsumeTag = ConsumeTag;
	SizeTag = function(num) {
		var num;
		return SizeVarint(EncodeTag(num, 0));
	};
	$pkg.SizeTag = SizeTag;
	AppendVarint = function(b, v) {
		var b, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9;
		if ((v.$high < 0 || (v.$high === 0 && v.$low < 128))) {
			b = $append(b, ((v.$low << 24 >>> 24)));
		} else if ((v.$high < 0 || (v.$high === 0 && v.$low < 16384))) {
			b = $append(b, (((x = (x$1 = $shiftRightUint64(v, 0), new $Uint64(x$1.$high & 0, (x$1.$low & 127) >>> 0)), new $Uint64(x.$high | 0, (x.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 7).$low << 24 >>> 24)));
		} else if ((v.$high < 0 || (v.$high === 0 && v.$low < 2097152))) {
			b = $append(b, (((x$2 = (x$3 = $shiftRightUint64(v, 0), new $Uint64(x$3.$high & 0, (x$3.$low & 127) >>> 0)), new $Uint64(x$2.$high | 0, (x$2.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$4 = (x$5 = $shiftRightUint64(v, 7), new $Uint64(x$5.$high & 0, (x$5.$low & 127) >>> 0)), new $Uint64(x$4.$high | 0, (x$4.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 14).$low << 24 >>> 24)));
		} else if ((v.$high < 0 || (v.$high === 0 && v.$low < 268435456))) {
			b = $append(b, (((x$6 = (x$7 = $shiftRightUint64(v, 0), new $Uint64(x$7.$high & 0, (x$7.$low & 127) >>> 0)), new $Uint64(x$6.$high | 0, (x$6.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$8 = (x$9 = $shiftRightUint64(v, 7), new $Uint64(x$9.$high & 0, (x$9.$low & 127) >>> 0)), new $Uint64(x$8.$high | 0, (x$8.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$10 = (x$11 = $shiftRightUint64(v, 14), new $Uint64(x$11.$high & 0, (x$11.$low & 127) >>> 0)), new $Uint64(x$10.$high | 0, (x$10.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 21).$low << 24 >>> 24)));
		} else if ((v.$high < 8 || (v.$high === 8 && v.$low < 0))) {
			b = $append(b, (((x$12 = (x$13 = $shiftRightUint64(v, 0), new $Uint64(x$13.$high & 0, (x$13.$low & 127) >>> 0)), new $Uint64(x$12.$high | 0, (x$12.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$14 = (x$15 = $shiftRightUint64(v, 7), new $Uint64(x$15.$high & 0, (x$15.$low & 127) >>> 0)), new $Uint64(x$14.$high | 0, (x$14.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$16 = (x$17 = $shiftRightUint64(v, 14), new $Uint64(x$17.$high & 0, (x$17.$low & 127) >>> 0)), new $Uint64(x$16.$high | 0, (x$16.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$18 = (x$19 = $shiftRightUint64(v, 21), new $Uint64(x$19.$high & 0, (x$19.$low & 127) >>> 0)), new $Uint64(x$18.$high | 0, (x$18.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 28).$low << 24 >>> 24)));
		} else if ((v.$high < 1024 || (v.$high === 1024 && v.$low < 0))) {
			b = $append(b, (((x$20 = (x$21 = $shiftRightUint64(v, 0), new $Uint64(x$21.$high & 0, (x$21.$low & 127) >>> 0)), new $Uint64(x$20.$high | 0, (x$20.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$22 = (x$23 = $shiftRightUint64(v, 7), new $Uint64(x$23.$high & 0, (x$23.$low & 127) >>> 0)), new $Uint64(x$22.$high | 0, (x$22.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$24 = (x$25 = $shiftRightUint64(v, 14), new $Uint64(x$25.$high & 0, (x$25.$low & 127) >>> 0)), new $Uint64(x$24.$high | 0, (x$24.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$26 = (x$27 = $shiftRightUint64(v, 21), new $Uint64(x$27.$high & 0, (x$27.$low & 127) >>> 0)), new $Uint64(x$26.$high | 0, (x$26.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$28 = (x$29 = $shiftRightUint64(v, 28), new $Uint64(x$29.$high & 0, (x$29.$low & 127) >>> 0)), new $Uint64(x$28.$high | 0, (x$28.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 35).$low << 24 >>> 24)));
		} else if ((v.$high < 131072 || (v.$high === 131072 && v.$low < 0))) {
			b = $append(b, (((x$30 = (x$31 = $shiftRightUint64(v, 0), new $Uint64(x$31.$high & 0, (x$31.$low & 127) >>> 0)), new $Uint64(x$30.$high | 0, (x$30.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$32 = (x$33 = $shiftRightUint64(v, 7), new $Uint64(x$33.$high & 0, (x$33.$low & 127) >>> 0)), new $Uint64(x$32.$high | 0, (x$32.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$34 = (x$35 = $shiftRightUint64(v, 14), new $Uint64(x$35.$high & 0, (x$35.$low & 127) >>> 0)), new $Uint64(x$34.$high | 0, (x$34.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$36 = (x$37 = $shiftRightUint64(v, 21), new $Uint64(x$37.$high & 0, (x$37.$low & 127) >>> 0)), new $Uint64(x$36.$high | 0, (x$36.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$38 = (x$39 = $shiftRightUint64(v, 28), new $Uint64(x$39.$high & 0, (x$39.$low & 127) >>> 0)), new $Uint64(x$38.$high | 0, (x$38.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$40 = (x$41 = $shiftRightUint64(v, 35), new $Uint64(x$41.$high & 0, (x$41.$low & 127) >>> 0)), new $Uint64(x$40.$high | 0, (x$40.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 42).$low << 24 >>> 24)));
		} else if ((v.$high < 16777216 || (v.$high === 16777216 && v.$low < 0))) {
			b = $append(b, (((x$42 = (x$43 = $shiftRightUint64(v, 0), new $Uint64(x$43.$high & 0, (x$43.$low & 127) >>> 0)), new $Uint64(x$42.$high | 0, (x$42.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$44 = (x$45 = $shiftRightUint64(v, 7), new $Uint64(x$45.$high & 0, (x$45.$low & 127) >>> 0)), new $Uint64(x$44.$high | 0, (x$44.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$46 = (x$47 = $shiftRightUint64(v, 14), new $Uint64(x$47.$high & 0, (x$47.$low & 127) >>> 0)), new $Uint64(x$46.$high | 0, (x$46.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$48 = (x$49 = $shiftRightUint64(v, 21), new $Uint64(x$49.$high & 0, (x$49.$low & 127) >>> 0)), new $Uint64(x$48.$high | 0, (x$48.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$50 = (x$51 = $shiftRightUint64(v, 28), new $Uint64(x$51.$high & 0, (x$51.$low & 127) >>> 0)), new $Uint64(x$50.$high | 0, (x$50.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$52 = (x$53 = $shiftRightUint64(v, 35), new $Uint64(x$53.$high & 0, (x$53.$low & 127) >>> 0)), new $Uint64(x$52.$high | 0, (x$52.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$54 = (x$55 = $shiftRightUint64(v, 42), new $Uint64(x$55.$high & 0, (x$55.$low & 127) >>> 0)), new $Uint64(x$54.$high | 0, (x$54.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 49).$low << 24 >>> 24)));
		} else if ((v.$high < 2147483648 || (v.$high === 2147483648 && v.$low < 0))) {
			b = $append(b, (((x$56 = (x$57 = $shiftRightUint64(v, 0), new $Uint64(x$57.$high & 0, (x$57.$low & 127) >>> 0)), new $Uint64(x$56.$high | 0, (x$56.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$58 = (x$59 = $shiftRightUint64(v, 7), new $Uint64(x$59.$high & 0, (x$59.$low & 127) >>> 0)), new $Uint64(x$58.$high | 0, (x$58.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$60 = (x$61 = $shiftRightUint64(v, 14), new $Uint64(x$61.$high & 0, (x$61.$low & 127) >>> 0)), new $Uint64(x$60.$high | 0, (x$60.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$62 = (x$63 = $shiftRightUint64(v, 21), new $Uint64(x$63.$high & 0, (x$63.$low & 127) >>> 0)), new $Uint64(x$62.$high | 0, (x$62.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$64 = (x$65 = $shiftRightUint64(v, 28), new $Uint64(x$65.$high & 0, (x$65.$low & 127) >>> 0)), new $Uint64(x$64.$high | 0, (x$64.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$66 = (x$67 = $shiftRightUint64(v, 35), new $Uint64(x$67.$high & 0, (x$67.$low & 127) >>> 0)), new $Uint64(x$66.$high | 0, (x$66.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$68 = (x$69 = $shiftRightUint64(v, 42), new $Uint64(x$69.$high & 0, (x$69.$low & 127) >>> 0)), new $Uint64(x$68.$high | 0, (x$68.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$70 = (x$71 = $shiftRightUint64(v, 49), new $Uint64(x$71.$high & 0, (x$71.$low & 127) >>> 0)), new $Uint64(x$70.$high | 0, (x$70.$low | 128) >>> 0)).$low << 24 >>> 24)), (($shiftRightUint64(v, 56).$low << 24 >>> 24)));
		} else {
			b = $append(b, (((x$72 = (x$73 = $shiftRightUint64(v, 0), new $Uint64(x$73.$high & 0, (x$73.$low & 127) >>> 0)), new $Uint64(x$72.$high | 0, (x$72.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$74 = (x$75 = $shiftRightUint64(v, 7), new $Uint64(x$75.$high & 0, (x$75.$low & 127) >>> 0)), new $Uint64(x$74.$high | 0, (x$74.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$76 = (x$77 = $shiftRightUint64(v, 14), new $Uint64(x$77.$high & 0, (x$77.$low & 127) >>> 0)), new $Uint64(x$76.$high | 0, (x$76.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$78 = (x$79 = $shiftRightUint64(v, 21), new $Uint64(x$79.$high & 0, (x$79.$low & 127) >>> 0)), new $Uint64(x$78.$high | 0, (x$78.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$80 = (x$81 = $shiftRightUint64(v, 28), new $Uint64(x$81.$high & 0, (x$81.$low & 127) >>> 0)), new $Uint64(x$80.$high | 0, (x$80.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$82 = (x$83 = $shiftRightUint64(v, 35), new $Uint64(x$83.$high & 0, (x$83.$low & 127) >>> 0)), new $Uint64(x$82.$high | 0, (x$82.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$84 = (x$85 = $shiftRightUint64(v, 42), new $Uint64(x$85.$high & 0, (x$85.$low & 127) >>> 0)), new $Uint64(x$84.$high | 0, (x$84.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$86 = (x$87 = $shiftRightUint64(v, 49), new $Uint64(x$87.$high & 0, (x$87.$low & 127) >>> 0)), new $Uint64(x$86.$high | 0, (x$86.$low | 128) >>> 0)).$low << 24 >>> 24)), (((x$88 = (x$89 = $shiftRightUint64(v, 56), new $Uint64(x$89.$high & 0, (x$89.$low & 127) >>> 0)), new $Uint64(x$88.$high | 0, (x$88.$low | 128) >>> 0)).$low << 24 >>> 24)), 1);
		}
		return b;
	};
	$pkg.AppendVarint = AppendVarint;
	ConsumeVarint = function(b) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, b, n, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y;
		v = new $Uint64(0, 0);
		n = 0;
		y = new $Uint64(0, 0);
		if (b.$length <= 0) {
			_tmp = new $Uint64(0, 0);
			_tmp$1 = -1;
			v = _tmp;
			n = _tmp$1;
			return [v, n];
		}
		v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
		if ((v.$high < 0 || (v.$high === 0 && v.$low < 128))) {
			_tmp$2 = v;
			_tmp$3 = 1;
			v = _tmp$2;
			n = _tmp$3;
			return [v, n];
		}
		v = (x = new $Uint64(0, 128), new $Uint64(v.$high - x.$high, v.$low - x.$low));
		if (b.$length <= 1) {
			_tmp$4 = new $Uint64(0, 0);
			_tmp$5 = -1;
			v = _tmp$4;
			n = _tmp$5;
			return [v, n];
		}
		y = (new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1])));
		v = (x$1 = $shiftLeft64(y, 7), new $Uint64(v.$high + x$1.$high, v.$low + x$1.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$6 = v;
			_tmp$7 = 2;
			v = _tmp$6;
			n = _tmp$7;
			return [v, n];
		}
		v = (x$2 = new $Uint64(0, 16384), new $Uint64(v.$high - x$2.$high, v.$low - x$2.$low));
		if (b.$length <= 2) {
			_tmp$8 = new $Uint64(0, 0);
			_tmp$9 = -1;
			v = _tmp$8;
			n = _tmp$9;
			return [v, n];
		}
		y = (new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2])));
		v = (x$3 = $shiftLeft64(y, 14), new $Uint64(v.$high + x$3.$high, v.$low + x$3.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$10 = v;
			_tmp$11 = 3;
			v = _tmp$10;
			n = _tmp$11;
			return [v, n];
		}
		v = (x$4 = new $Uint64(0, 2097152), new $Uint64(v.$high - x$4.$high, v.$low - x$4.$low));
		if (b.$length <= 3) {
			_tmp$12 = new $Uint64(0, 0);
			_tmp$13 = -1;
			v = _tmp$12;
			n = _tmp$13;
			return [v, n];
		}
		y = (new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3])));
		v = (x$5 = $shiftLeft64(y, 21), new $Uint64(v.$high + x$5.$high, v.$low + x$5.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$14 = v;
			_tmp$15 = 4;
			v = _tmp$14;
			n = _tmp$15;
			return [v, n];
		}
		v = (x$6 = new $Uint64(0, 268435456), new $Uint64(v.$high - x$6.$high, v.$low - x$6.$low));
		if (b.$length <= 4) {
			_tmp$16 = new $Uint64(0, 0);
			_tmp$17 = -1;
			v = _tmp$16;
			n = _tmp$17;
			return [v, n];
		}
		y = (new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4])));
		v = (x$7 = $shiftLeft64(y, 28), new $Uint64(v.$high + x$7.$high, v.$low + x$7.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$18 = v;
			_tmp$19 = 5;
			v = _tmp$18;
			n = _tmp$19;
			return [v, n];
		}
		v = (x$8 = new $Uint64(8, 0), new $Uint64(v.$high - x$8.$high, v.$low - x$8.$low));
		if (b.$length <= 5) {
			_tmp$20 = new $Uint64(0, 0);
			_tmp$21 = -1;
			v = _tmp$20;
			n = _tmp$21;
			return [v, n];
		}
		y = (new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5])));
		v = (x$9 = $shiftLeft64(y, 35), new $Uint64(v.$high + x$9.$high, v.$low + x$9.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$22 = v;
			_tmp$23 = 6;
			v = _tmp$22;
			n = _tmp$23;
			return [v, n];
		}
		v = (x$10 = new $Uint64(1024, 0), new $Uint64(v.$high - x$10.$high, v.$low - x$10.$low));
		if (b.$length <= 6) {
			_tmp$24 = new $Uint64(0, 0);
			_tmp$25 = -1;
			v = _tmp$24;
			n = _tmp$25;
			return [v, n];
		}
		y = (new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6])));
		v = (x$11 = $shiftLeft64(y, 42), new $Uint64(v.$high + x$11.$high, v.$low + x$11.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$26 = v;
			_tmp$27 = 7;
			v = _tmp$26;
			n = _tmp$27;
			return [v, n];
		}
		v = (x$12 = new $Uint64(131072, 0), new $Uint64(v.$high - x$12.$high, v.$low - x$12.$low));
		if (b.$length <= 7) {
			_tmp$28 = new $Uint64(0, 0);
			_tmp$29 = -1;
			v = _tmp$28;
			n = _tmp$29;
			return [v, n];
		}
		y = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7])));
		v = (x$13 = $shiftLeft64(y, 49), new $Uint64(v.$high + x$13.$high, v.$low + x$13.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$30 = v;
			_tmp$31 = 8;
			v = _tmp$30;
			n = _tmp$31;
			return [v, n];
		}
		v = (x$14 = new $Uint64(16777216, 0), new $Uint64(v.$high - x$14.$high, v.$low - x$14.$low));
		if (b.$length <= 8) {
			_tmp$32 = new $Uint64(0, 0);
			_tmp$33 = -1;
			v = _tmp$32;
			n = _tmp$33;
			return [v, n];
		}
		y = (new $Uint64(0, (8 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 8])));
		v = (x$15 = $shiftLeft64(y, 56), new $Uint64(v.$high + x$15.$high, v.$low + x$15.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 128))) {
			_tmp$34 = v;
			_tmp$35 = 9;
			v = _tmp$34;
			n = _tmp$35;
			return [v, n];
		}
		v = (x$16 = new $Uint64(2147483648, 0), new $Uint64(v.$high - x$16.$high, v.$low - x$16.$low));
		if (b.$length <= 9) {
			_tmp$36 = new $Uint64(0, 0);
			_tmp$37 = -1;
			v = _tmp$36;
			n = _tmp$37;
			return [v, n];
		}
		y = (new $Uint64(0, (9 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 9])));
		v = (x$17 = $shiftLeft64(y, 63), new $Uint64(v.$high + x$17.$high, v.$low + x$17.$low));
		if ((y.$high < 0 || (y.$high === 0 && y.$low < 2))) {
			_tmp$38 = v;
			_tmp$39 = 10;
			v = _tmp$38;
			n = _tmp$39;
			return [v, n];
		}
		_tmp$40 = new $Uint64(0, 0);
		_tmp$41 = -3;
		v = _tmp$40;
		n = _tmp$41;
		return [v, n];
	};
	$pkg.ConsumeVarint = ConsumeVarint;
	SizeVarint = function(v) {
		var _q, v;
		return (_q = (((($imul(9, ((bits.Len64(v) >>> 0))) >>> 0) + 64 >>> 0) >> 0)) / 64, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
	};
	$pkg.SizeVarint = SizeVarint;
	AppendFixed32 = function(b, v) {
		var b, v;
		return $append(b, (((v >>> 0 >>> 0) << 24 >>> 24)), (((v >>> 8 >>> 0) << 24 >>> 24)), (((v >>> 16 >>> 0) << 24 >>> 24)), (((v >>> 24 >>> 0) << 24 >>> 24)));
	};
	$pkg.AppendFixed32 = AppendFixed32;
	ConsumeFixed32 = function(b) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, b, n, v;
		v = 0;
		n = 0;
		if (b.$length < 4) {
			_tmp = 0;
			_tmp$1 = -1;
			v = _tmp;
			n = _tmp$1;
			return [v, n];
		}
		v = (((((((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >>> 0)) << 0 >>> 0) | ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) >>> 0)) << 24 >>> 0)) >>> 0;
		_tmp$2 = v;
		_tmp$3 = 4;
		v = _tmp$2;
		n = _tmp$3;
		return [v, n];
	};
	$pkg.ConsumeFixed32 = ConsumeFixed32;
	SizeFixed32 = function() {
		return 4;
	};
	$pkg.SizeFixed32 = SizeFixed32;
	AppendFixed64 = function(b, v) {
		var b, v;
		return $append(b, (($shiftRightUint64(v, 0).$low << 24 >>> 24)), (($shiftRightUint64(v, 8).$low << 24 >>> 24)), (($shiftRightUint64(v, 16).$low << 24 >>> 24)), (($shiftRightUint64(v, 24).$low << 24 >>> 24)), (($shiftRightUint64(v, 32).$low << 24 >>> 24)), (($shiftRightUint64(v, 40).$low << 24 >>> 24)), (($shiftRightUint64(v, 48).$low << 24 >>> 24)), (($shiftRightUint64(v, 56).$low << 24 >>> 24)));
	};
	$pkg.AppendFixed64 = AppendFixed64;
	ConsumeFixed64 = function(b) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, b, n, v, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length < 8) {
			_tmp = new $Uint64(0, 0);
			_tmp$1 = -1;
			v = _tmp;
			n = _tmp$1;
			return [v, n];
		}
		v = (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 0), x$7 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
		_tmp$2 = v;
		_tmp$3 = 8;
		v = _tmp$2;
		n = _tmp$3;
		return [v, n];
	};
	$pkg.ConsumeFixed64 = ConsumeFixed64;
	SizeFixed64 = function() {
		return 8;
	};
	$pkg.SizeFixed64 = SizeFixed64;
	AppendBytes = function(b, v) {
		var b, v;
		return $appendSlice(AppendVarint(b, (new $Uint64(0, v.$length))), v);
	};
	$pkg.AppendBytes = AppendBytes;
	ConsumeBytes = function(b) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, m, n, v, x;
		v = sliceType$1.nil;
		n = 0;
		_tuple = ConsumeVarint(b);
		m = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp = sliceType$1.nil;
			_tmp$1 = n;
			v = _tmp;
			n = _tmp$1;
			return [v, n];
		}
		if ((x = (new $Uint64(0, $subslice(b, n).$length)), (m.$high > x.$high || (m.$high === x.$high && m.$low > x.$low)))) {
			_tmp$2 = sliceType$1.nil;
			_tmp$3 = -1;
			v = _tmp$2;
			n = _tmp$3;
			return [v, n];
		}
		_tmp$4 = $subslice($subslice(b, n), 0, $flatten64(m));
		_tmp$5 = n + ((m.$low >> 0)) >> 0;
		v = _tmp$4;
		n = _tmp$5;
		return [v, n];
	};
	$pkg.ConsumeBytes = ConsumeBytes;
	SizeBytes = function(n) {
		var n;
		return SizeVarint((new $Uint64(0, n))) + n >> 0;
	};
	$pkg.SizeBytes = SizeBytes;
	AppendString = function(b, v) {
		var b, v;
		return $appendSlice(AppendVarint(b, (new $Uint64(0, v.length))), v);
	};
	$pkg.AppendString = AppendString;
	ConsumeGroup = function(num, b) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, b, n, num, v, x;
		v = sliceType$1.nil;
		n = 0;
		n = ConsumeFieldValue(num, 3, b);
		if (n < 0) {
			_tmp = sliceType$1.nil;
			_tmp$1 = n;
			v = _tmp;
			n = _tmp$1;
			return [v, n];
		}
		b = $subslice(b, 0, n);
		while (true) {
			if (!(b.$length > 0 && ((((x = b.$length - 1 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x])) & 127) >>> 0) === 0))) { break; }
			b = $subslice(b, 0, (b.$length - 1 >> 0));
		}
		b = $subslice(b, 0, (b.$length - SizeTag(num) >> 0));
		_tmp$2 = b;
		_tmp$3 = n;
		v = _tmp$2;
		n = _tmp$3;
		return [v, n];
	};
	$pkg.ConsumeGroup = ConsumeGroup;
	SizeGroup = function(num, n) {
		var n, num;
		return n + SizeTag(num) >> 0;
	};
	$pkg.SizeGroup = SizeGroup;
	DecodeTag = function(x) {
		var x, x$1;
		if ((x$1 = $shiftRightUint64(x, 3), (x$1.$high > 0 || (x$1.$high === 0 && x$1.$low > 2147483647)))) {
			return [-1, 0];
		}
		return [(($shiftRightUint64(x, 3).$low >> 0)), ((new $Uint64(x.$high & 0, (x.$low & 7) >>> 0).$low << 24 >> 24))];
	};
	$pkg.DecodeTag = DecodeTag;
	EncodeTag = function(num, typ) {
		var num, typ, x, x$1;
		return (x = $shiftLeft64((new $Uint64(0, num)), 3), x$1 = (new $Uint64(0, (typ & 7))), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
	};
	$pkg.EncodeTag = EncodeTag;
	DecodeZigZag = function(x) {
		var x, x$1, x$2, x$3;
		return (x$1 = ((x$2 = $shiftRightUint64(x, 1), new $Int64(x$2.$high, x$2.$low))), x$3 = $shiftRightInt64($shiftLeft64((new $Int64(x.$high, x.$low)), 63), 63), new $Int64(x$1.$high ^ x$3.$high, (x$1.$low ^ x$3.$low) >>> 0));
	};
	$pkg.DecodeZigZag = DecodeZigZag;
	EncodeZigZag = function(x) {
		var x, x$1, x$2, x$3, x$4;
		return (x$1 = ((x$2 = $shiftLeft64(x, 1), new $Uint64(x$2.$high, x$2.$low))), x$3 = ((x$4 = $shiftRightInt64(x, 63), new $Uint64(x$4.$high, x$4.$low))), new $Uint64(x$1.$high ^ x$3.$high, (x$1.$low ^ x$3.$low) >>> 0));
	};
	$pkg.EncodeZigZag = EncodeZigZag;
	DecodeBool = function(x) {
		var x;
		return !((x.$high === 0 && x.$low === 0));
	};
	$pkg.DecodeBool = DecodeBool;
	EncodeBool = function(x) {
		var x;
		if (x) {
			return new $Uint64(0, 1);
		}
		return new $Uint64(0, 0);
	};
	$pkg.EncodeBool = EncodeBool;
	Number.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = errors.New("invalid field number", new sliceType([])); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		errFieldNumber = _r;
		_r$1 = errors.New("variable length integer overflow", new sliceType([])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		errOverflow = _r$1;
		_r$2 = errors.New("cannot parse reserved wire type", new sliceType([])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		errReserved = _r$2;
		_r$3 = errors.New("mismatching end group marker", new sliceType([])); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		errEndGroup = _r$3;
		_r$4 = errors.New("parse error", new sliceType([])); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		errParse = _r$4;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/pragma"] = (function() {
	var $pkg = {}, $init, sync, NoUnkeyedLiterals, DoNotImplement, DoNotCompare, DoNotCopy, funcType;
	sync = $packages["sync"];
	NoUnkeyedLiterals = $pkg.NoUnkeyedLiterals = $newType(0, $kindStruct, "pragma.NoUnkeyedLiterals", true, "google.golang.org/protobuf/internal/pragma", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	DoNotImplement = $pkg.DoNotImplement = $newType(8, $kindInterface, "pragma.DoNotImplement", true, "google.golang.org/protobuf/internal/pragma", true, null);
	DoNotCompare = $pkg.DoNotCompare = $newType(0, $kindArray, "pragma.DoNotCompare", true, "google.golang.org/protobuf/internal/pragma", true, null);
	DoNotCopy = $pkg.DoNotCopy = $newType(0, $kindArray, "pragma.DoNotCopy", true, "google.golang.org/protobuf/internal/pragma", true, null);
	funcType = $funcType([], [], false);
	NoUnkeyedLiterals.init("", []);
	DoNotImplement.init([{prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([DoNotImplement], [], false)}]);
	DoNotCompare.init(funcType, 0);
	DoNotCopy.init(sync.Mutex, 0);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = sync.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/reflect/protoreflect"] = (function() {
	var $pkg = {}, $init, fmt, protowire, pragma, math, strconv, strings, Value, MapKey, valueType, Enum, Message, RawFields, List, Map, Descriptor, FileDescriptor, FileImports, FileImport, MessageDescriptor, MessageType, MessageDescriptors, FieldDescriptor, FieldDescriptors, OneofDescriptor, OneofDescriptors, ExtensionTypeDescriptor, ExtensionDescriptors, ExtensionType, EnumDescriptor, EnumType, EnumDescriptors, EnumValueDescriptor, EnumValueDescriptors, ServiceDescriptor, ServiceDescriptors, MethodDescriptor, MethodDescriptors, SourceLocations, SourceLocation, SourcePath, appendFunc, ProtoMessage, Syntax, Cardinality, Kind, FieldNumbers, FieldRanges, EnumNumber, EnumRanges, Name, Names, FullName, sliceType, funcType, arrayType, sliceType$1, ptrType, structType, structType$1, funcType$1, structType$2, structType$3, funcType$2, interfaceType, structType$4, structType$5, funcType$3, structType$6, funcType$4, structType$7, structType$8, funcType$5, structType$9, ptrType$1, funcType$6, funcType$7, sliceType$2, arrayType$1, arrayType$2, ValueOfBool, ValueOfInt32, ValueOfInt64, ValueOfUint32, ValueOfUint64, ValueOfFloat32, ValueOfFloat64, ValueOfString, ValueOfBytes, ValueOfEnum, ValueOfMessage, ValueOfList, ValueOfMap, valueOfString, valueOfBytes, valueOfIface, consumeIdent, isLetter, isLetterDigit;
	fmt = $packages["fmt"];
	protowire = $packages["google.golang.org/protobuf/encoding/protowire"];
	pragma = $packages["google.golang.org/protobuf/internal/pragma"];
	math = $packages["math"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	Value = $pkg.Value = $newType(0, $kindStruct, "protoreflect.Value", true, "google.golang.org/protobuf/reflect/protoreflect", true, function(DoNotCompare_, typ_, num_, str_, bin_, iface_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.DoNotCompare = arrayType.zero();
			this.typ = 0;
			this.num = new $Uint64(0, 0);
			this.str = "";
			this.bin = sliceType.nil;
			this.iface = $ifaceNil;
			return;
		}
		this.DoNotCompare = DoNotCompare_;
		this.typ = typ_;
		this.num = num_;
		this.str = str_;
		this.bin = bin_;
		this.iface = iface_;
	});
	MapKey = $pkg.MapKey = $newType(0, $kindStruct, "protoreflect.MapKey", true, "google.golang.org/protobuf/reflect/protoreflect", true, function(DoNotCompare_, typ_, num_, str_, bin_, iface_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.DoNotCompare = arrayType.zero();
			this.typ = 0;
			this.num = new $Uint64(0, 0);
			this.str = "";
			this.bin = sliceType.nil;
			this.iface = $ifaceNil;
			return;
		}
		this.DoNotCompare = DoNotCompare_;
		this.typ = typ_;
		this.num = num_;
		this.str = str_;
		this.bin = bin_;
		this.iface = iface_;
	});
	valueType = $pkg.valueType = $newType(4, $kindInt, "protoreflect.valueType", true, "google.golang.org/protobuf/reflect/protoreflect", false, null);
	Enum = $pkg.Enum = $newType(8, $kindInterface, "protoreflect.Enum", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Message = $pkg.Message = $newType(8, $kindInterface, "protoreflect.Message", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	RawFields = $pkg.RawFields = $newType(12, $kindSlice, "protoreflect.RawFields", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	List = $pkg.List = $newType(8, $kindInterface, "protoreflect.List", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Map = $pkg.Map = $newType(8, $kindInterface, "protoreflect.Map", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Descriptor = $pkg.Descriptor = $newType(8, $kindInterface, "protoreflect.Descriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FileDescriptor = $pkg.FileDescriptor = $newType(8, $kindInterface, "protoreflect.FileDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FileImports = $pkg.FileImports = $newType(8, $kindInterface, "protoreflect.FileImports", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FileImport = $pkg.FileImport = $newType(0, $kindStruct, "protoreflect.FileImport", true, "google.golang.org/protobuf/reflect/protoreflect", true, function(FileDescriptor_, IsPublic_, IsWeak_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.FileDescriptor = $ifaceNil;
			this.IsPublic = false;
			this.IsWeak = false;
			return;
		}
		this.FileDescriptor = FileDescriptor_;
		this.IsPublic = IsPublic_;
		this.IsWeak = IsWeak_;
	});
	MessageDescriptor = $pkg.MessageDescriptor = $newType(8, $kindInterface, "protoreflect.MessageDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	MessageType = $pkg.MessageType = $newType(8, $kindInterface, "protoreflect.MessageType", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	MessageDescriptors = $pkg.MessageDescriptors = $newType(8, $kindInterface, "protoreflect.MessageDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FieldDescriptor = $pkg.FieldDescriptor = $newType(8, $kindInterface, "protoreflect.FieldDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FieldDescriptors = $pkg.FieldDescriptors = $newType(8, $kindInterface, "protoreflect.FieldDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	OneofDescriptor = $pkg.OneofDescriptor = $newType(8, $kindInterface, "protoreflect.OneofDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	OneofDescriptors = $pkg.OneofDescriptors = $newType(8, $kindInterface, "protoreflect.OneofDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	ExtensionTypeDescriptor = $pkg.ExtensionTypeDescriptor = $newType(8, $kindInterface, "protoreflect.ExtensionTypeDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	ExtensionDescriptors = $pkg.ExtensionDescriptors = $newType(8, $kindInterface, "protoreflect.ExtensionDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	ExtensionType = $pkg.ExtensionType = $newType(8, $kindInterface, "protoreflect.ExtensionType", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	EnumDescriptor = $pkg.EnumDescriptor = $newType(8, $kindInterface, "protoreflect.EnumDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	EnumType = $pkg.EnumType = $newType(8, $kindInterface, "protoreflect.EnumType", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	EnumDescriptors = $pkg.EnumDescriptors = $newType(8, $kindInterface, "protoreflect.EnumDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	EnumValueDescriptor = $pkg.EnumValueDescriptor = $newType(8, $kindInterface, "protoreflect.EnumValueDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	EnumValueDescriptors = $pkg.EnumValueDescriptors = $newType(8, $kindInterface, "protoreflect.EnumValueDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	ServiceDescriptor = $pkg.ServiceDescriptor = $newType(8, $kindInterface, "protoreflect.ServiceDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	ServiceDescriptors = $pkg.ServiceDescriptors = $newType(8, $kindInterface, "protoreflect.ServiceDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	MethodDescriptor = $pkg.MethodDescriptor = $newType(8, $kindInterface, "protoreflect.MethodDescriptor", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	MethodDescriptors = $pkg.MethodDescriptors = $newType(8, $kindInterface, "protoreflect.MethodDescriptors", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	SourceLocations = $pkg.SourceLocations = $newType(8, $kindInterface, "protoreflect.SourceLocations", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	SourceLocation = $pkg.SourceLocation = $newType(0, $kindStruct, "protoreflect.SourceLocation", true, "google.golang.org/protobuf/reflect/protoreflect", true, function(Path_, StartLine_, StartColumn_, EndLine_, EndColumn_, LeadingDetachedComments_, LeadingComments_, TrailingComments_, Next_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Path = SourcePath.nil;
			this.StartLine = 0;
			this.StartColumn = 0;
			this.EndLine = 0;
			this.EndColumn = 0;
			this.LeadingDetachedComments = sliceType$2.nil;
			this.LeadingComments = "";
			this.TrailingComments = "";
			this.Next = 0;
			return;
		}
		this.Path = Path_;
		this.StartLine = StartLine_;
		this.StartColumn = StartColumn_;
		this.EndLine = EndLine_;
		this.EndColumn = EndColumn_;
		this.LeadingDetachedComments = LeadingDetachedComments_;
		this.LeadingComments = LeadingComments_;
		this.TrailingComments = TrailingComments_;
		this.Next = Next_;
	});
	SourcePath = $pkg.SourcePath = $newType(12, $kindSlice, "protoreflect.SourcePath", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	appendFunc = $pkg.appendFunc = $newType(4, $kindFunc, "protoreflect.appendFunc", true, "google.golang.org/protobuf/reflect/protoreflect", false, null);
	ProtoMessage = $pkg.ProtoMessage = $newType(8, $kindInterface, "protoreflect.ProtoMessage", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Syntax = $pkg.Syntax = $newType(1, $kindInt8, "protoreflect.Syntax", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Cardinality = $pkg.Cardinality = $newType(1, $kindInt8, "protoreflect.Cardinality", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Kind = $pkg.Kind = $newType(1, $kindInt8, "protoreflect.Kind", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FieldNumbers = $pkg.FieldNumbers = $newType(8, $kindInterface, "protoreflect.FieldNumbers", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FieldRanges = $pkg.FieldRanges = $newType(8, $kindInterface, "protoreflect.FieldRanges", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	EnumNumber = $pkg.EnumNumber = $newType(4, $kindInt32, "protoreflect.EnumNumber", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	EnumRanges = $pkg.EnumRanges = $newType(8, $kindInterface, "protoreflect.EnumRanges", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Name = $pkg.Name = $newType(8, $kindString, "protoreflect.Name", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	Names = $pkg.Names = $newType(8, $kindInterface, "protoreflect.Names", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	FullName = $pkg.FullName = $newType(8, $kindString, "protoreflect.FullName", true, "google.golang.org/protobuf/reflect/protoreflect", true, null);
	sliceType = $sliceType($Uint8);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType = $ptrType(SourcePath);
	structType = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: Message, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	structType$1 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: $Int, tag: ""}]);
	funcType$1 = $funcType([structType], [structType$1], false);
	structType$2 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: Message, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	structType$3 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType, tag: ""}]);
	funcType$2 = $funcType([structType$2], [structType$3, $error], false);
	interfaceType = $interfaceType([{prop: "FindExtensionByName", name: "FindExtensionByName", pkg: "", typ: $funcType([FullName], [ExtensionType, $error], false)}, {prop: "FindExtensionByNumber", name: "FindExtensionByNumber", pkg: "", typ: $funcType([FullName, protowire.Number], [ExtensionType, $error], false)}]);
	structType$4 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: Message, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}, {prop: "Resolver", name: "Resolver", embedded: false, exported: true, typ: interfaceType, tag: ""}, {prop: "Depth", name: "Depth", embedded: false, exported: true, typ: $Int, tag: ""}]);
	structType$5 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	funcType$3 = $funcType([structType$4], [structType$5, $error], false);
	structType$6 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Source", name: "Source", embedded: false, exported: true, typ: Message, tag: ""}, {prop: "Destination", name: "Destination", embedded: false, exported: true, typ: Message, tag: ""}]);
	funcType$4 = $funcType([structType$6], [structType$5], false);
	structType$7 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: Message, tag: ""}]);
	structType$8 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}]);
	funcType$5 = $funcType([structType$7], [structType$8, $error], false);
	structType$9 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint64, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: funcType$1, tag: ""}, {prop: "Marshal", name: "Marshal", embedded: false, exported: true, typ: funcType$2, tag: ""}, {prop: "Unmarshal", name: "Unmarshal", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "Merge", name: "Merge", embedded: false, exported: true, typ: funcType$4, tag: ""}, {prop: "CheckInitialized", name: "CheckInitialized", embedded: false, exported: true, typ: funcType$5, tag: ""}]);
	ptrType$1 = $ptrType(structType$9);
	funcType$6 = $funcType([FieldDescriptor, Value], [$Bool], false);
	funcType$7 = $funcType([MapKey, Value], [$Bool], false);
	sliceType$2 = $sliceType($String);
	arrayType$1 = $arrayType(protowire.Number, 2);
	arrayType$2 = $arrayType(EnumNumber, 2);
	ValueOfBool = function(v) {
		var v;
		if (v) {
			return new Value.ptr(arrayType.zero(), 1, new $Uint64(0, 1), "", sliceType.nil, $ifaceNil);
		} else {
			return new Value.ptr(arrayType.zero(), 1, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		}
	};
	$pkg.ValueOfBool = ValueOfBool;
	ValueOfInt32 = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 2, (new $Uint64(0, v)), "", sliceType.nil, $ifaceNil);
	};
	$pkg.ValueOfInt32 = ValueOfInt32;
	ValueOfInt64 = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 3, (new $Uint64(v.$high, v.$low)), "", sliceType.nil, $ifaceNil);
	};
	$pkg.ValueOfInt64 = ValueOfInt64;
	ValueOfUint32 = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 4, (new $Uint64(0, v)), "", sliceType.nil, $ifaceNil);
	};
	$pkg.ValueOfUint32 = ValueOfUint32;
	ValueOfUint64 = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 5, v, "", sliceType.nil, $ifaceNil);
	};
	$pkg.ValueOfUint64 = ValueOfUint64;
	ValueOfFloat32 = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 6, (math.Float64bits((v))), "", sliceType.nil, $ifaceNil);
	};
	$pkg.ValueOfFloat32 = ValueOfFloat32;
	ValueOfFloat64 = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 7, (math.Float64bits((v))), "", sliceType.nil, $ifaceNil);
	};
	$pkg.ValueOfFloat64 = ValueOfFloat64;
	ValueOfString = function(v) {
		var v;
		return valueOfString(v);
	};
	$pkg.ValueOfString = ValueOfString;
	ValueOfBytes = function(v) {
		var v;
		return valueOfBytes($subslice(v, 0, v.$length, v.$length));
	};
	$pkg.ValueOfBytes = ValueOfBytes;
	ValueOfEnum = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 10, (new $Uint64(0, v)), "", sliceType.nil, $ifaceNil);
	};
	$pkg.ValueOfEnum = ValueOfEnum;
	ValueOfMessage = function(v) {
		var v;
		return valueOfIface(v);
	};
	$pkg.ValueOfMessage = ValueOfMessage;
	ValueOfList = function(v) {
		var v;
		return valueOfIface(v);
	};
	$pkg.ValueOfList = ValueOfList;
	ValueOfMap = function(v) {
		var v;
		return valueOfIface(v);
	};
	$pkg.ValueOfMap = ValueOfMap;
	Value.ptr.prototype.IsValid = function() {
		var v;
		v = this;
		return !((v.typ === 0));
	};
	Value.prototype.IsValid = function() { return this.$val.IsValid(); };
	Value.ptr.prototype.Interface = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, v, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ if (_1 === (2)) { $s = 4; continue; }
			/* */ if (_1 === (3)) { $s = 5; continue; }
			/* */ if (_1 === (4)) { $s = 6; continue; }
			/* */ if (_1 === (5)) { $s = 7; continue; }
			/* */ if (_1 === (6)) { $s = 8; continue; }
			/* */ if (_1 === (7)) { $s = 9; continue; }
			/* */ if (_1 === (8)) { $s = 10; continue; }
			/* */ if (_1 === (9)) { $s = 11; continue; }
			/* */ if (_1 === (10)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (_1 === (0)) { */ case 2:
				$s = -1; return $ifaceNil;
			/* } else if (_1 === (1)) { */ case 3:
				_r = $clone(v, Value).Bool(); /* */ $s = 15; case 15: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = new $Bool(_r);
				$s = 16; case 16: return $24r;
			/* } else if (_1 === (2)) { */ case 4:
				_r$1 = $clone(v, Value).Int(); /* */ $s = 17; case 17: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = new $Int32((((x = _r$1, x.$low + ((x.$high >> 31) * 4294967296)) >> 0)));
				$s = 18; case 18: return $24r$1;
			/* } else if (_1 === (3)) { */ case 5:
				_r$2 = $clone(v, Value).Int(); /* */ $s = 19; case 19: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$2 = (_r$2);
				$s = 20; case 20: return $24r$2;
			/* } else if (_1 === (4)) { */ case 6:
				_r$3 = $clone(v, Value).Uint(); /* */ $s = 21; case 21: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$3 = new $Uint32(((_r$3.$low >>> 0)));
				$s = 22; case 22: return $24r$3;
			/* } else if (_1 === (5)) { */ case 7:
				_r$4 = $clone(v, Value).Uint(); /* */ $s = 23; case 23: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r$4 = (_r$4);
				$s = 24; case 24: return $24r$4;
			/* } else if (_1 === (6)) { */ case 8:
				_r$5 = $clone(v, Value).Float(); /* */ $s = 25; case 25: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$5 = new $Float32(($fround(_r$5)));
				$s = 26; case 26: return $24r$5;
			/* } else if (_1 === (7)) { */ case 9:
				_r$6 = $clone(v, Value).Float(); /* */ $s = 27; case 27: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$6 = new $Float64((_r$6));
				$s = 28; case 28: return $24r$6;
			/* } else if (_1 === (8)) { */ case 10:
				_r$7 = $clone(v, Value).String(); /* */ $s = 29; case 29: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r$7 = new $String(_r$7);
				$s = 30; case 30: return $24r$7;
			/* } else if (_1 === (9)) { */ case 11:
				_r$8 = $clone(v, Value).Bytes(); /* */ $s = 31; case 31: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$8 = _r$8;
				$s = 32; case 32: return $24r$8;
			/* } else if (_1 === (10)) { */ case 12:
				_r$9 = $clone(v, Value).Enum(); /* */ $s = 33; case 33: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$24r$9 = new EnumNumber(_r$9);
				$s = 34; case 34: return $24r$9;
			/* } else { */ case 13:
				$s = -1; return $clone(v, Value).getIface();
			/* } */ case 14:
		case 1:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Interface, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, v, x, $s};return $f;
	};
	Value.prototype.Interface = function() { return this.$val.Interface(); };
	Value.ptr.prototype.typeName = function() {
		var {$24r, _1, _r, _ref, v, v$1, v$2, v$3, v$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ if (_1 === (2)) { $s = 4; continue; }
			/* */ if (_1 === (3)) { $s = 5; continue; }
			/* */ if (_1 === (4)) { $s = 6; continue; }
			/* */ if (_1 === (5)) { $s = 7; continue; }
			/* */ if (_1 === (6)) { $s = 8; continue; }
			/* */ if (_1 === (7)) { $s = 9; continue; }
			/* */ if (_1 === (8)) { $s = 10; continue; }
			/* */ if (_1 === (9)) { $s = 11; continue; }
			/* */ if (_1 === (10)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (_1 === (0)) { */ case 2:
				$s = -1; return "nil";
			/* } else if (_1 === (1)) { */ case 3:
				$s = -1; return "bool";
			/* } else if (_1 === (2)) { */ case 4:
				$s = -1; return "int32";
			/* } else if (_1 === (3)) { */ case 5:
				$s = -1; return "int64";
			/* } else if (_1 === (4)) { */ case 6:
				$s = -1; return "uint32";
			/* } else if (_1 === (5)) { */ case 7:
				$s = -1; return "uint64";
			/* } else if (_1 === (6)) { */ case 8:
				$s = -1; return "float32";
			/* } else if (_1 === (7)) { */ case 9:
				$s = -1; return "float64";
			/* } else if (_1 === (8)) { */ case 10:
				$s = -1; return "string";
			/* } else if (_1 === (9)) { */ case 11:
				$s = -1; return "bytes";
			/* } else if (_1 === (10)) { */ case 12:
				$s = -1; return "enum";
			/* } else { */ case 13:
				_ref = $clone(v, Value).getIface();
				/* */ if ($assertType(_ref, Message, true)[1]) { $s = 15; continue; }
				/* */ if ($assertType(_ref, List, true)[1]) { $s = 16; continue; }
				/* */ if ($assertType(_ref, Map, true)[1]) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if ($assertType(_ref, Message, true)[1]) { */ case 15:
					v$1 = _ref;
					$s = -1; return "message";
				/* } else if ($assertType(_ref, List, true)[1]) { */ case 16:
					v$2 = _ref;
					$s = -1; return "list";
				/* } else if ($assertType(_ref, Map, true)[1]) { */ case 17:
					v$3 = _ref;
					$s = -1; return "map";
				/* } else { */ case 18:
					v$4 = _ref;
					_r = fmt.Sprintf("<unknown: %T>", new sliceType$1([v$4])); /* */ $s = 20; case 20: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					$24r = _r;
					$s = 21; case 21: return $24r;
				/* } */ case 19:
			/* } */ case 14:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.typeName, $c: true, $r, $24r, _1, _r, _ref, v, v$1, v$2, v$3, v$4, $s};return $f;
	};
	Value.prototype.typeName = function() { return this.$val.typeName(); };
	Value.ptr.prototype.panicMessage = function(what) {
		var {$24r, _arg, _arg$1, _r, _r$1, v, what, $s, $r, $c} = $restore(this, {what});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		_r = $clone(v, Value).typeName(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = new $String(_r);
		_arg$1 = new $String(what);
		_r$1 = fmt.Sprintf("type mismatch: cannot convert %v to %s", new sliceType$1([_arg, _arg$1])); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.panicMessage, $c: true, $r, $24r, _arg, _arg$1, _r, _r$1, v, what, $s};return $f;
	};
	Value.prototype.panicMessage = function(what) { return this.$val.panicMessage(what); };
	Value.ptr.prototype.Bool = function() {
		var {_1, _r, v, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return (x = v.num, (x.$high > 0 || (x.$high === 0 && x.$low > 0)));
			/* } else { */ case 3:
				_r = $clone(v, Value).panicMessage("bool"); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String(_r));
			/* } */ case 4:
		case 1:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Bool, $c: true, $r, _1, _r, v, x, $s};return $f;
	};
	Value.prototype.Bool = function() { return this.$val.Bool(); };
	Value.ptr.prototype.Int = function() {
		var {_1, _r, v, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if ((_1 === (2)) || (_1 === (3))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((_1 === (2)) || (_1 === (3))) { */ case 2:
				$s = -1; return ((x = v.num, new $Int64(x.$high, x.$low)));
			/* } else { */ case 3:
				_r = $clone(v, Value).panicMessage("int"); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String(_r));
			/* } */ case 4:
		case 1:
		$s = -1; return new $Int64(0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Int, $c: true, $r, _1, _r, v, x, $s};return $f;
	};
	Value.prototype.Int = function() { return this.$val.Int(); };
	Value.ptr.prototype.Uint = function() {
		var {_1, _r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if ((_1 === (4)) || (_1 === (5))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((_1 === (4)) || (_1 === (5))) { */ case 2:
				$s = -1; return (v.num);
			/* } else { */ case 3:
				_r = $clone(v, Value).panicMessage("uint"); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String(_r));
			/* } */ case 4:
		case 1:
		$s = -1; return new $Uint64(0, 0);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Uint, $c: true, $r, _1, _r, v, $s};return $f;
	};
	Value.prototype.Uint = function() { return this.$val.Uint(); };
	Value.ptr.prototype.Float = function() {
		var {_1, _r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if ((_1 === (6)) || (_1 === (7))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((_1 === (6)) || (_1 === (7))) { */ case 2:
				$s = -1; return math.Float64frombits((v.num));
			/* } else { */ case 3:
				_r = $clone(v, Value).panicMessage("float"); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String(_r));
			/* } */ case 4:
		case 1:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Float, $c: true, $r, _1, _r, v, $s};return $f;
	};
	Value.prototype.Float = function() { return this.$val.Float(); };
	Value.ptr.prototype.String = function() {
		var {$24r, _1, _r, _r$1, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if (_1 === (8)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === (8)) { */ case 2:
				$s = -1; return $clone(v, Value).getString();
			/* } else { */ case 3:
				_r = $clone(v, Value).Interface(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r$1 = fmt.Sprint(new sliceType$1([_r])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 7; case 7: return $24r;
			/* } */ case 4:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.String, $c: true, $r, $24r, _1, _r, _r$1, v, $s};return $f;
	};
	Value.prototype.String = function() { return this.$val.String(); };
	Value.ptr.prototype.Bytes = function() {
		var {_1, _r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if (_1 === (9)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === (9)) { */ case 2:
				$s = -1; return $clone(v, Value).getBytes();
			/* } else { */ case 3:
				_r = $clone(v, Value).panicMessage("bytes"); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String(_r));
			/* } */ case 4:
		case 1:
		$s = -1; return sliceType.nil;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Bytes, $c: true, $r, _1, _r, v, $s};return $f;
	};
	Value.prototype.Bytes = function() { return this.$val.Bytes(); };
	Value.ptr.prototype.Enum = function() {
		var {_1, _r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if (_1 === (10)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === (10)) { */ case 2:
				$s = -1; return ((v.num.$low >> 0));
			/* } else { */ case 3:
				_r = $clone(v, Value).panicMessage("enum"); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String(_r));
			/* } */ case 4:
		case 1:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Enum, $c: true, $r, _1, _r, v, $s};return $f;
	};
	Value.prototype.Enum = function() { return this.$val.Enum(); };
	Value.ptr.prototype.Message = function() {
		var {_r, _ref, v, vi, vi$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		_ref = $clone(v, Value).getIface();
		/* */ if ($assertType(_ref, Message, true)[1]) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($assertType(_ref, Message, true)[1]) { */ case 1:
			vi = _ref;
			$s = -1; return vi;
		/* } else { */ case 2:
			vi$1 = _ref;
			_r = $clone(v, Value).panicMessage("message"); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Message, $c: true, $r, _r, _ref, v, vi, vi$1, $s};return $f;
	};
	Value.prototype.Message = function() { return this.$val.Message(); };
	Value.ptr.prototype.List = function() {
		var {_r, _ref, v, vi, vi$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		_ref = $clone(v, Value).getIface();
		/* */ if ($assertType(_ref, List, true)[1]) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($assertType(_ref, List, true)[1]) { */ case 1:
			vi = _ref;
			$s = -1; return vi;
		/* } else { */ case 2:
			vi$1 = _ref;
			_r = $clone(v, Value).panicMessage("list"); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.List, $c: true, $r, _r, _ref, v, vi, vi$1, $s};return $f;
	};
	Value.prototype.List = function() { return this.$val.List(); };
	Value.ptr.prototype.Map = function() {
		var {_r, _ref, v, vi, vi$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		_ref = $clone(v, Value).getIface();
		/* */ if ($assertType(_ref, Map, true)[1]) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($assertType(_ref, Map, true)[1]) { */ case 1:
			vi = _ref;
			$s = -1; return vi;
		/* } else { */ case 2:
			vi$1 = _ref;
			_r = $clone(v, Value).panicMessage("map"); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.Map, $c: true, $r, _r, _ref, v, vi, vi$1, $s};return $f;
	};
	Value.prototype.Map = function() { return this.$val.Map(); };
	Value.ptr.prototype.MapKey = function() {
		var {_1, _r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
			_1 = v.typ;
			/* */ if ((_1 === (1)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (8))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((_1 === (1)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (8))) { */ case 2:
				$s = -1; return ($clone(v, MapKey));
			/* } else { */ case 3:
				_r = $clone(v, Value).panicMessage("map key"); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String(_r));
			/* } */ case 4:
		case 1:
		$s = -1; return new MapKey.ptr(arrayType.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: Value.ptr.prototype.MapKey, $c: true, $r, _1, _r, v, $s};return $f;
	};
	Value.prototype.MapKey = function() { return this.$val.MapKey(); };
	MapKey.ptr.prototype.IsValid = function() {
		var k;
		k = this;
		return $clone(($clone(k, Value)), Value).IsValid();
	};
	MapKey.prototype.IsValid = function() { return this.$val.IsValid(); };
	MapKey.ptr.prototype.Interface = function() {
		var {$24r, _r, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this;
		_r = $clone(($clone(k, Value)), Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MapKey.ptr.prototype.Interface, $c: true, $r, $24r, _r, k, $s};return $f;
	};
	MapKey.prototype.Interface = function() { return this.$val.Interface(); };
	MapKey.ptr.prototype.Bool = function() {
		var {$24r, _r, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this;
		_r = $clone(($clone(k, Value)), Value).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MapKey.ptr.prototype.Bool, $c: true, $r, $24r, _r, k, $s};return $f;
	};
	MapKey.prototype.Bool = function() { return this.$val.Bool(); };
	MapKey.ptr.prototype.Int = function() {
		var {$24r, _r, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this;
		_r = $clone(($clone(k, Value)), Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MapKey.ptr.prototype.Int, $c: true, $r, $24r, _r, k, $s};return $f;
	};
	MapKey.prototype.Int = function() { return this.$val.Int(); };
	MapKey.ptr.prototype.Uint = function() {
		var {$24r, _r, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this;
		_r = $clone(($clone(k, Value)), Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MapKey.ptr.prototype.Uint, $c: true, $r, $24r, _r, k, $s};return $f;
	};
	MapKey.prototype.Uint = function() { return this.$val.Uint(); };
	MapKey.ptr.prototype.String = function() {
		var {$24r, _r, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this;
		_r = $clone(($clone(k, Value)), Value).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MapKey.ptr.prototype.String, $c: true, $r, $24r, _r, k, $s};return $f;
	};
	MapKey.prototype.String = function() { return this.$val.String(); };
	MapKey.ptr.prototype.Value = function() {
		var k;
		k = this;
		return ($clone(k, Value));
	};
	MapKey.prototype.Value = function() { return this.$val.Value(); };
	valueOfString = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 8, new $Uint64(0, 0), v, sliceType.nil, $ifaceNil);
	};
	valueOfBytes = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 9, new $Uint64(0, 0), "", v, $ifaceNil);
	};
	valueOfIface = function(v) {
		var v;
		return new Value.ptr(arrayType.zero(), 11, new $Uint64(0, 0), "", sliceType.nil, v);
	};
	Value.ptr.prototype.getString = function() {
		var v;
		v = this;
		return v.str;
	};
	Value.prototype.getString = function() { return this.$val.getString(); };
	Value.ptr.prototype.getBytes = function() {
		var v;
		v = this;
		return v.bin;
	};
	Value.prototype.getBytes = function() { return this.$val.getBytes(); };
	Value.ptr.prototype.getIface = function() {
		var v;
		v = this;
		return v.iface;
	};
	Value.prototype.getIface = function() { return this.$val.getIface(); };
	RawFields.prototype.IsValid = function() {
		var _tuple, b, n;
		b = this;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeField($convertSliceType(b, sliceType));
			n = _tuple[2];
			if (n < 0) {
				return false;
			}
			b = $subslice(b, n);
		}
		return true;
	};
	$ptrType(RawFields).prototype.IsValid = function() { return this.$get().IsValid(); };
	$ptrType(SourcePath).prototype.appendFileDescriptorProto = function(b) {
		var {_1, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ if (_1 === (10)) { $s = 5; continue; }
			/* */ if (_1 === (11)) { $s = 6; continue; }
			/* */ if (_1 === (4)) { $s = 7; continue; }
			/* */ if (_1 === (5)) { $s = 8; continue; }
			/* */ if (_1 === (6)) { $s = 9; continue; }
			/* */ if (_1 === (7)) { $s = 10; continue; }
			/* */ if (_1 === (8)) { $s = 11; continue; }
			/* */ if (_1 === (9)) { $s = 12; continue; }
			/* */ if (_1 === (12)) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 15; case 15: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 14; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "package", $throwNilPointerError); /* */ $s = 16; case 16: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 14; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendRepeatedField(b, "dependency", $throwNilPointerError); /* */ $s = 17; case 17: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 14; continue;
			/* } else if (_1 === (10)) { */ case 5:
				_r$3 = p.appendRepeatedField(b, "public_dependency", $throwNilPointerError); /* */ $s = 18; case 18: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 14; continue;
			/* } else if (_1 === (11)) { */ case 6:
				_r$4 = p.appendRepeatedField(b, "weak_dependency", $throwNilPointerError); /* */ $s = 19; case 19: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
				$s = 14; continue;
			/* } else if (_1 === (4)) { */ case 7:
				_r$5 = p.appendRepeatedField(b, "message_type", $methodExpr(ptrType, "appendDescriptorProto")); /* */ $s = 20; case 20: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
				$s = 14; continue;
			/* } else if (_1 === (5)) { */ case 8:
				_r$6 = p.appendRepeatedField(b, "enum_type", $methodExpr(ptrType, "appendEnumDescriptorProto")); /* */ $s = 21; case 21: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				b = _r$6;
				$s = 14; continue;
			/* } else if (_1 === (6)) { */ case 9:
				_r$7 = p.appendRepeatedField(b, "service", $methodExpr(ptrType, "appendServiceDescriptorProto")); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				b = _r$7;
				$s = 14; continue;
			/* } else if (_1 === (7)) { */ case 10:
				_r$8 = p.appendRepeatedField(b, "extension", $methodExpr(ptrType, "appendFieldDescriptorProto")); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				b = _r$8;
				$s = 14; continue;
			/* } else if (_1 === (8)) { */ case 11:
				_r$9 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendFileOptions")); /* */ $s = 24; case 24: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				b = _r$9;
				$s = 14; continue;
			/* } else if (_1 === (9)) { */ case 12:
				_r$10 = p.appendSingularField(b, "source_code_info", $methodExpr(ptrType, "appendSourceCodeInfo")); /* */ $s = 25; case 25: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				b = _r$10;
				$s = 14; continue;
			/* } else if (_1 === (12)) { */ case 13:
				_r$11 = p.appendSingularField(b, "syntax", $throwNilPointerError); /* */ $s = 26; case 26: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				b = _r$11;
			/* } */ case 14:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendFileDescriptorProto, $c: true, $r, _1, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendDescriptorProto = function(b) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (6)) { $s = 4; continue; }
			/* */ if (_1 === (3)) { $s = 5; continue; }
			/* */ if (_1 === (4)) { $s = 6; continue; }
			/* */ if (_1 === (5)) { $s = 7; continue; }
			/* */ if (_1 === (8)) { $s = 8; continue; }
			/* */ if (_1 === (7)) { $s = 9; continue; }
			/* */ if (_1 === (9)) { $s = 10; continue; }
			/* */ if (_1 === (10)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 13; case 13: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 12; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendRepeatedField(b, "field", $methodExpr(ptrType, "appendFieldDescriptorProto")); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 12; continue;
			/* } else if (_1 === (6)) { */ case 4:
				_r$2 = p.appendRepeatedField(b, "extension", $methodExpr(ptrType, "appendFieldDescriptorProto")); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 12; continue;
			/* } else if (_1 === (3)) { */ case 5:
				_r$3 = p.appendRepeatedField(b, "nested_type", $methodExpr(ptrType, "appendDescriptorProto")); /* */ $s = 16; case 16: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 12; continue;
			/* } else if (_1 === (4)) { */ case 6:
				_r$4 = p.appendRepeatedField(b, "enum_type", $methodExpr(ptrType, "appendEnumDescriptorProto")); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
				$s = 12; continue;
			/* } else if (_1 === (5)) { */ case 7:
				_r$5 = p.appendRepeatedField(b, "extension_range", $methodExpr(ptrType, "appendDescriptorProto_ExtensionRange")); /* */ $s = 18; case 18: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
				$s = 12; continue;
			/* } else if (_1 === (8)) { */ case 8:
				_r$6 = p.appendRepeatedField(b, "oneof_decl", $methodExpr(ptrType, "appendOneofDescriptorProto")); /* */ $s = 19; case 19: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				b = _r$6;
				$s = 12; continue;
			/* } else if (_1 === (7)) { */ case 9:
				_r$7 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendMessageOptions")); /* */ $s = 20; case 20: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				b = _r$7;
				$s = 12; continue;
			/* } else if (_1 === (9)) { */ case 10:
				_r$8 = p.appendRepeatedField(b, "reserved_range", $methodExpr(ptrType, "appendDescriptorProto_ReservedRange")); /* */ $s = 21; case 21: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				b = _r$8;
				$s = 12; continue;
			/* } else if (_1 === (10)) { */ case 11:
				_r$9 = p.appendRepeatedField(b, "reserved_name", $throwNilPointerError); /* */ $s = 22; case 22: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				b = _r$9;
			/* } */ case 12:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendDescriptorProto, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendEnumDescriptorProto = function(b) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ if (_1 === (4)) { $s = 5; continue; }
			/* */ if (_1 === (5)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 7; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendRepeatedField(b, "value", $methodExpr(ptrType, "appendEnumValueDescriptorProto")); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 7; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendEnumOptions")); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 7; continue;
			/* } else if (_1 === (4)) { */ case 5:
				_r$3 = p.appendRepeatedField(b, "reserved_range", $methodExpr(ptrType, "appendEnumDescriptorProto_EnumReservedRange")); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 7; continue;
			/* } else if (_1 === (5)) { */ case 6:
				_r$4 = p.appendRepeatedField(b, "reserved_name", $throwNilPointerError); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
			/* } */ case 7:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendEnumDescriptorProto, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendServiceDescriptorProto = function(b) {
		var {_1, _r, _r$1, _r$2, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 5; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendRepeatedField(b, "method", $methodExpr(ptrType, "appendMethodDescriptorProto")); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 5; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendServiceOptions")); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
			/* } */ case 5:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendServiceDescriptorProto, $c: true, $r, _1, _r, _r$1, _r$2, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendFieldDescriptorProto = function(b) {
		var {_1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ if (_1 === (4)) { $s = 4; continue; }
			/* */ if (_1 === (5)) { $s = 5; continue; }
			/* */ if (_1 === (6)) { $s = 6; continue; }
			/* */ if (_1 === (2)) { $s = 7; continue; }
			/* */ if (_1 === (7)) { $s = 8; continue; }
			/* */ if (_1 === (9)) { $s = 9; continue; }
			/* */ if (_1 === (10)) { $s = 10; continue; }
			/* */ if (_1 === (8)) { $s = 11; continue; }
			/* */ if (_1 === (17)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 14; case 14: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 13; continue;
			/* } else if (_1 === (3)) { */ case 3:
				_r$1 = p.appendSingularField(b, "number", $throwNilPointerError); /* */ $s = 15; case 15: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 13; continue;
			/* } else if (_1 === (4)) { */ case 4:
				_r$2 = p.appendSingularField(b, "label", $throwNilPointerError); /* */ $s = 16; case 16: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 13; continue;
			/* } else if (_1 === (5)) { */ case 5:
				_r$3 = p.appendSingularField(b, "type", $throwNilPointerError); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 13; continue;
			/* } else if (_1 === (6)) { */ case 6:
				_r$4 = p.appendSingularField(b, "type_name", $throwNilPointerError); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
				$s = 13; continue;
			/* } else if (_1 === (2)) { */ case 7:
				_r$5 = p.appendSingularField(b, "extendee", $throwNilPointerError); /* */ $s = 19; case 19: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
				$s = 13; continue;
			/* } else if (_1 === (7)) { */ case 8:
				_r$6 = p.appendSingularField(b, "default_value", $throwNilPointerError); /* */ $s = 20; case 20: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				b = _r$6;
				$s = 13; continue;
			/* } else if (_1 === (9)) { */ case 9:
				_r$7 = p.appendSingularField(b, "oneof_index", $throwNilPointerError); /* */ $s = 21; case 21: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				b = _r$7;
				$s = 13; continue;
			/* } else if (_1 === (10)) { */ case 10:
				_r$8 = p.appendSingularField(b, "json_name", $throwNilPointerError); /* */ $s = 22; case 22: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				b = _r$8;
				$s = 13; continue;
			/* } else if (_1 === (8)) { */ case 11:
				_r$9 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendFieldOptions")); /* */ $s = 23; case 23: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				b = _r$9;
				$s = 13; continue;
			/* } else if (_1 === (17)) { */ case 12:
				_r$10 = p.appendSingularField(b, "proto3_optional", $throwNilPointerError); /* */ $s = 24; case 24: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				b = _r$10;
			/* } */ case 13:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendFieldDescriptorProto, $c: true, $r, _1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendFileOptions = function(b) {
		var {_1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (8)) { $s = 3; continue; }
			/* */ if (_1 === (10)) { $s = 4; continue; }
			/* */ if (_1 === (20)) { $s = 5; continue; }
			/* */ if (_1 === (27)) { $s = 6; continue; }
			/* */ if (_1 === (9)) { $s = 7; continue; }
			/* */ if (_1 === (11)) { $s = 8; continue; }
			/* */ if (_1 === (16)) { $s = 9; continue; }
			/* */ if (_1 === (17)) { $s = 10; continue; }
			/* */ if (_1 === (18)) { $s = 11; continue; }
			/* */ if (_1 === (42)) { $s = 12; continue; }
			/* */ if (_1 === (23)) { $s = 13; continue; }
			/* */ if (_1 === (31)) { $s = 14; continue; }
			/* */ if (_1 === (36)) { $s = 15; continue; }
			/* */ if (_1 === (37)) { $s = 16; continue; }
			/* */ if (_1 === (39)) { $s = 17; continue; }
			/* */ if (_1 === (40)) { $s = 18; continue; }
			/* */ if (_1 === (41)) { $s = 19; continue; }
			/* */ if (_1 === (44)) { $s = 20; continue; }
			/* */ if (_1 === (45)) { $s = 21; continue; }
			/* */ if (_1 === (999)) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "java_package", $throwNilPointerError); /* */ $s = 24; case 24: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 23; continue;
			/* } else if (_1 === (8)) { */ case 3:
				_r$1 = p.appendSingularField(b, "java_outer_classname", $throwNilPointerError); /* */ $s = 25; case 25: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 23; continue;
			/* } else if (_1 === (10)) { */ case 4:
				_r$2 = p.appendSingularField(b, "java_multiple_files", $throwNilPointerError); /* */ $s = 26; case 26: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 23; continue;
			/* } else if (_1 === (20)) { */ case 5:
				_r$3 = p.appendSingularField(b, "java_generate_equals_and_hash", $throwNilPointerError); /* */ $s = 27; case 27: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 23; continue;
			/* } else if (_1 === (27)) { */ case 6:
				_r$4 = p.appendSingularField(b, "java_string_check_utf8", $throwNilPointerError); /* */ $s = 28; case 28: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
				$s = 23; continue;
			/* } else if (_1 === (9)) { */ case 7:
				_r$5 = p.appendSingularField(b, "optimize_for", $throwNilPointerError); /* */ $s = 29; case 29: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
				$s = 23; continue;
			/* } else if (_1 === (11)) { */ case 8:
				_r$6 = p.appendSingularField(b, "go_package", $throwNilPointerError); /* */ $s = 30; case 30: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				b = _r$6;
				$s = 23; continue;
			/* } else if (_1 === (16)) { */ case 9:
				_r$7 = p.appendSingularField(b, "cc_generic_services", $throwNilPointerError); /* */ $s = 31; case 31: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				b = _r$7;
				$s = 23; continue;
			/* } else if (_1 === (17)) { */ case 10:
				_r$8 = p.appendSingularField(b, "java_generic_services", $throwNilPointerError); /* */ $s = 32; case 32: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				b = _r$8;
				$s = 23; continue;
			/* } else if (_1 === (18)) { */ case 11:
				_r$9 = p.appendSingularField(b, "py_generic_services", $throwNilPointerError); /* */ $s = 33; case 33: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				b = _r$9;
				$s = 23; continue;
			/* } else if (_1 === (42)) { */ case 12:
				_r$10 = p.appendSingularField(b, "php_generic_services", $throwNilPointerError); /* */ $s = 34; case 34: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				b = _r$10;
				$s = 23; continue;
			/* } else if (_1 === (23)) { */ case 13:
				_r$11 = p.appendSingularField(b, "deprecated", $throwNilPointerError); /* */ $s = 35; case 35: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				b = _r$11;
				$s = 23; continue;
			/* } else if (_1 === (31)) { */ case 14:
				_r$12 = p.appendSingularField(b, "cc_enable_arenas", $throwNilPointerError); /* */ $s = 36; case 36: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				b = _r$12;
				$s = 23; continue;
			/* } else if (_1 === (36)) { */ case 15:
				_r$13 = p.appendSingularField(b, "objc_class_prefix", $throwNilPointerError); /* */ $s = 37; case 37: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				b = _r$13;
				$s = 23; continue;
			/* } else if (_1 === (37)) { */ case 16:
				_r$14 = p.appendSingularField(b, "csharp_namespace", $throwNilPointerError); /* */ $s = 38; case 38: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				b = _r$14;
				$s = 23; continue;
			/* } else if (_1 === (39)) { */ case 17:
				_r$15 = p.appendSingularField(b, "swift_prefix", $throwNilPointerError); /* */ $s = 39; case 39: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				b = _r$15;
				$s = 23; continue;
			/* } else if (_1 === (40)) { */ case 18:
				_r$16 = p.appendSingularField(b, "php_class_prefix", $throwNilPointerError); /* */ $s = 40; case 40: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				b = _r$16;
				$s = 23; continue;
			/* } else if (_1 === (41)) { */ case 19:
				_r$17 = p.appendSingularField(b, "php_namespace", $throwNilPointerError); /* */ $s = 41; case 41: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				b = _r$17;
				$s = 23; continue;
			/* } else if (_1 === (44)) { */ case 20:
				_r$18 = p.appendSingularField(b, "php_metadata_namespace", $throwNilPointerError); /* */ $s = 42; case 42: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				b = _r$18;
				$s = 23; continue;
			/* } else if (_1 === (45)) { */ case 21:
				_r$19 = p.appendSingularField(b, "ruby_package", $throwNilPointerError); /* */ $s = 43; case 43: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				b = _r$19;
				$s = 23; continue;
			/* } else if (_1 === (999)) { */ case 22:
				_r$20 = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 44; case 44: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				b = _r$20;
			/* } */ case 23:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendFileOptions, $c: true, $r, _1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendSourceCodeInfo = function(b) {
		var {_1, _r, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendRepeatedField(b, "location", $methodExpr(ptrType, "appendSourceCodeInfo_Location")); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
			/* } */ case 3:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendSourceCodeInfo, $c: true, $r, _1, _r, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendDescriptorProto_ExtensionRange = function(b) {
		var {_1, _r, _r$1, _r$2, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "start", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 5; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "end", $throwNilPointerError); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 5; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendExtensionRangeOptions")); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
			/* } */ case 5:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendDescriptorProto_ExtensionRange, $c: true, $r, _1, _r, _r$1, _r$2, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendOneofDescriptorProto = function(b) {
		var {_1, _r, _r$1, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 4; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendOneofOptions")); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
			/* } */ case 4:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendOneofDescriptorProto, $c: true, $r, _1, _r, _r$1, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendMessageOptions = function(b) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ if (_1 === (7)) { $s = 5; continue; }
			/* */ if (_1 === (999)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "message_set_wire_format", $throwNilPointerError); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 7; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "no_standard_descriptor_accessor", $throwNilPointerError); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 7; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendSingularField(b, "deprecated", $throwNilPointerError); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 7; continue;
			/* } else if (_1 === (7)) { */ case 5:
				_r$3 = p.appendSingularField(b, "map_entry", $throwNilPointerError); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 7; continue;
			/* } else if (_1 === (999)) { */ case 6:
				_r$4 = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
			/* } */ case 7:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendMessageOptions, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendDescriptorProto_ReservedRange = function(b) {
		var {_1, _r, _r$1, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "start", $throwNilPointerError); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 4; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "end", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
			/* } */ case 4:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendDescriptorProto_ReservedRange, $c: true, $r, _1, _r, _r$1, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendEnumValueDescriptorProto = function(b) {
		var {_1, _r, _r$1, _r$2, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 5; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "number", $throwNilPointerError); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 5; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendEnumValueOptions")); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
			/* } */ case 5:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendEnumValueDescriptorProto, $c: true, $r, _1, _r, _r$1, _r$2, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendEnumOptions = function(b) {
		var {_1, _r, _r$1, _r$2, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ if (_1 === (999)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (2)) { */ case 2:
				_r = p.appendSingularField(b, "allow_alias", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 5; continue;
			/* } else if (_1 === (3)) { */ case 3:
				_r$1 = p.appendSingularField(b, "deprecated", $throwNilPointerError); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 5; continue;
			/* } else if (_1 === (999)) { */ case 4:
				_r$2 = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
			/* } */ case 5:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendEnumOptions, $c: true, $r, _1, _r, _r$1, _r$2, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendEnumDescriptorProto_EnumReservedRange = function(b) {
		var {_1, _r, _r$1, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "start", $throwNilPointerError); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 4; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "end", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
			/* } */ case 4:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendEnumDescriptorProto_EnumReservedRange, $c: true, $r, _1, _r, _r$1, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendMethodDescriptorProto = function(b) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ if (_1 === (4)) { $s = 5; continue; }
			/* */ if (_1 === (5)) { $s = 6; continue; }
			/* */ if (_1 === (6)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name", $throwNilPointerError); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 8; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "input_type", $throwNilPointerError); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 8; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendSingularField(b, "output_type", $throwNilPointerError); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 8; continue;
			/* } else if (_1 === (4)) { */ case 5:
				_r$3 = p.appendSingularField(b, "options", $methodExpr(ptrType, "appendMethodOptions")); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 8; continue;
			/* } else if (_1 === (5)) { */ case 6:
				_r$4 = p.appendSingularField(b, "client_streaming", $throwNilPointerError); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
				$s = 8; continue;
			/* } else if (_1 === (6)) { */ case 7:
				_r$5 = p.appendSingularField(b, "server_streaming", $throwNilPointerError); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
			/* } */ case 8:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendMethodDescriptorProto, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendServiceOptions = function(b) {
		var {_1, _r, _r$1, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (33)) { $s = 2; continue; }
			/* */ if (_1 === (999)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (33)) { */ case 2:
				_r = p.appendSingularField(b, "deprecated", $throwNilPointerError); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 4; continue;
			/* } else if (_1 === (999)) { */ case 3:
				_r$1 = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
			/* } */ case 4:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendServiceOptions, $c: true, $r, _1, _r, _r$1, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendFieldOptions = function(b) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (6)) { $s = 4; continue; }
			/* */ if (_1 === (5)) { $s = 5; continue; }
			/* */ if (_1 === (3)) { $s = 6; continue; }
			/* */ if (_1 === (10)) { $s = 7; continue; }
			/* */ if (_1 === (999)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "ctype", $throwNilPointerError); /* */ $s = 10; case 10: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 9; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "packed", $throwNilPointerError); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 9; continue;
			/* } else if (_1 === (6)) { */ case 4:
				_r$2 = p.appendSingularField(b, "jstype", $throwNilPointerError); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 9; continue;
			/* } else if (_1 === (5)) { */ case 5:
				_r$3 = p.appendSingularField(b, "lazy", $throwNilPointerError); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 9; continue;
			/* } else if (_1 === (3)) { */ case 6:
				_r$4 = p.appendSingularField(b, "deprecated", $throwNilPointerError); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
				$s = 9; continue;
			/* } else if (_1 === (10)) { */ case 7:
				_r$5 = p.appendSingularField(b, "weak", $throwNilPointerError); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
				$s = 9; continue;
			/* } else if (_1 === (999)) { */ case 8:
				_r$6 = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				b = _r$6;
			/* } */ case 9:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendFieldOptions, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendUninterpretedOption = function(b) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ if (_1 === (4)) { $s = 4; continue; }
			/* */ if (_1 === (5)) { $s = 5; continue; }
			/* */ if (_1 === (6)) { $s = 6; continue; }
			/* */ if (_1 === (7)) { $s = 7; continue; }
			/* */ if (_1 === (8)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_1 === (2)) { */ case 2:
				_r = p.appendRepeatedField(b, "name", $methodExpr(ptrType, "appendUninterpretedOption_NamePart")); /* */ $s = 10; case 10: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 9; continue;
			/* } else if (_1 === (3)) { */ case 3:
				_r$1 = p.appendSingularField(b, "identifier_value", $throwNilPointerError); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 9; continue;
			/* } else if (_1 === (4)) { */ case 4:
				_r$2 = p.appendSingularField(b, "positive_int_value", $throwNilPointerError); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 9; continue;
			/* } else if (_1 === (5)) { */ case 5:
				_r$3 = p.appendSingularField(b, "negative_int_value", $throwNilPointerError); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 9; continue;
			/* } else if (_1 === (6)) { */ case 6:
				_r$4 = p.appendSingularField(b, "double_value", $throwNilPointerError); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
				$s = 9; continue;
			/* } else if (_1 === (7)) { */ case 7:
				_r$5 = p.appendSingularField(b, "string_value", $throwNilPointerError); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
				$s = 9; continue;
			/* } else if (_1 === (8)) { */ case 8:
				_r$6 = p.appendSingularField(b, "aggregate_value", $throwNilPointerError); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				b = _r$6;
			/* } */ case 9:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendUninterpretedOption, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendSourceCodeInfo_Location = function(b) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ if (_1 === (4)) { $s = 5; continue; }
			/* */ if (_1 === (6)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendRepeatedField(b, "path", $throwNilPointerError); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 7; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendRepeatedField(b, "span", $throwNilPointerError); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 7; continue;
			/* } else if (_1 === (3)) { */ case 4:
				_r$2 = p.appendSingularField(b, "leading_comments", $throwNilPointerError); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
				$s = 7; continue;
			/* } else if (_1 === (4)) { */ case 5:
				_r$3 = p.appendSingularField(b, "trailing_comments", $throwNilPointerError); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b = _r$3;
				$s = 7; continue;
			/* } else if (_1 === (6)) { */ case 6:
				_r$4 = p.appendRepeatedField(b, "leading_detached_comments", $throwNilPointerError); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				b = _r$4;
			/* } */ case 7:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendSourceCodeInfo_Location, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendExtensionRangeOptions = function(b) {
		var {_1, _r, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (999)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === (999)) { */ case 2:
				_r = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
			/* } */ case 3:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendExtensionRangeOptions, $c: true, $r, _1, _r, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendOneofOptions = function(b) {
		var {_1, _r, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (999)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === (999)) { */ case 2:
				_r = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
			/* } */ case 3:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendOneofOptions, $c: true, $r, _1, _r, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendEnumValueOptions = function(b) {
		var {_1, _r, _r$1, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (999)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "deprecated", $throwNilPointerError); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 4; continue;
			/* } else if (_1 === (999)) { */ case 3:
				_r$1 = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
			/* } */ case 4:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendEnumValueOptions, $c: true, $r, _1, _r, _r$1, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendMethodOptions = function(b) {
		var {_1, _r, _r$1, _r$2, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (33)) { $s = 2; continue; }
			/* */ if (_1 === (34)) { $s = 3; continue; }
			/* */ if (_1 === (999)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (33)) { */ case 2:
				_r = p.appendSingularField(b, "deprecated", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 5; continue;
			/* } else if (_1 === (34)) { */ case 3:
				_r$1 = p.appendSingularField(b, "idempotency_level", $throwNilPointerError); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
				$s = 5; continue;
			/* } else if (_1 === (999)) { */ case 4:
				_r$2 = p.appendRepeatedField(b, "uninterpreted_option", $methodExpr(ptrType, "appendUninterpretedOption")); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
			/* } */ case 5:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendMethodOptions, $c: true, $r, _1, _r, _r$1, _r$2, b, p, x, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendUninterpretedOption_NamePart = function(b) {
		var {_1, _r, _r$1, b, p, x, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
			_1 = (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = p.appendSingularField(b, "name_part", $throwNilPointerError); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				b = _r;
				$s = 4; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = p.appendSingularField(b, "is_extension", $throwNilPointerError); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b = _r$1;
			/* } */ case 4:
		case 1:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendUninterpretedOption_NamePart, $c: true, $r, _1, _r, _r$1, b, p, x, $s};return $f;
	};
	SourcePath.prototype.Equal = function(p2) {
		var _i, _ref, i, p1, p2;
		p1 = this;
		if (!((p1.$length === p2.$length))) {
			return false;
		}
		_ref = p1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (!((((i < 0 || i >= p1.$length) ? ($throwRuntimeError("index out of range"), undefined) : p1.$array[p1.$offset + i]) === ((i < 0 || i >= p2.$length) ? ($throwRuntimeError("index out of range"), undefined) : p2.$array[p2.$offset + i])))) {
				return false;
			}
			_i++;
		}
		return true;
	};
	$ptrType(SourcePath).prototype.Equal = function(p2) { return this.$get().Equal(p2); };
	SourcePath.prototype.String = function() {
		var {_i, _r, _ref, b, i, p, p$24ptr, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = (p$24ptr || (p$24ptr = new ptrType(function() { return p; }, function($v) { p = $convertSliceType($v, SourcePath); }))).appendFileDescriptorProto(sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		b = _r;
		_ref = p;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = $append(b, 46);
			b = strconv.AppendInt(b, (new $Int64(0, i)), 10);
			_i++;
		}
		$s = -1; return ($bytesToString(b));
		/* */ } return; } var $f = {$blk: SourcePath.prototype.String, $c: true, $r, _i, _r, _ref, b, i, p, p$24ptr, $s};return $f;
	};
	$ptrType(SourcePath).prototype.String = function() { return this.$get().String(); };
	$ptrType(SourcePath).prototype.appendSingularField = function(b, name, f) {
		var {_r, b, f, name, p, $s, $r, $c} = $restore(this, {b, name, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (p.$get().$length === 0) {
			$s = -1; return b;
		}
		b = $append(b, 46);
		b = $appendSlice(b, name);
		p.$set($subslice((p.$get()), 1));
		/* */ if (!(f === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 1:
			_r = f(p, b); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			b = _r;
		/* } */ case 2:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendSingularField, $c: true, $r, _r, b, f, name, p, $s};return $f;
	};
	$ptrType(SourcePath).prototype.appendRepeatedField = function(b, name, f) {
		var {_r, _r$1, b, f, name, p, x, x$1, $s, $r, $c} = $restore(this, {b, name, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.appendSingularField(b, name, $throwNilPointerError); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		b = _r;
		if ((p.$get().$length === 0) || (x = p.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) < 0) {
			$s = -1; return b;
		}
		b = $append(b, 91);
		b = strconv.AppendUint(b, (new $Uint64(0, (x$1 = p.$get(), (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])))), 10);
		b = $append(b, 93);
		p.$set($subslice((p.$get()), 1));
		/* */ if (!(f === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 2:
			_r$1 = f(p, b); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			b = _r$1;
		/* } */ case 3:
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: $ptrType(SourcePath).prototype.appendRepeatedField, $c: true, $r, _r, _r$1, b, f, name, p, x, x$1, $s};return $f;
	};
	Syntax.prototype.IsValid = function() {
		var _1, s;
		s = this.$val;
		_1 = s;
		if ((_1 === (2)) || (_1 === (3))) {
			return true;
		} else {
			return false;
		}
	};
	$ptrType(Syntax).prototype.IsValid = function() { return new Syntax(this.$get()).IsValid(); };
	Syntax.prototype.String = function() {
		var {$24r, _1, _r, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this.$val;
			_1 = s;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				$s = -1; return "proto2";
			/* } else if (_1 === (3)) { */ case 3:
				$s = -1; return "proto3";
			/* } else { */ case 4:
				_r = fmt.Sprintf("<unknown:%d>", new sliceType$1([new Syntax(s)])); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } */ case 5:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Syntax.prototype.String, $c: true, $r, $24r, _1, _r, s, $s};return $f;
	};
	$ptrType(Syntax).prototype.String = function() { return new Syntax(this.$get()).String(); };
	Syntax.prototype.GoString = function() {
		var {$24r, _1, _r, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this.$val;
			_1 = s;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				$s = -1; return "Proto2";
			/* } else if (_1 === (3)) { */ case 3:
				$s = -1; return "Proto3";
			/* } else { */ case 4:
				_r = fmt.Sprintf("Syntax(%d)", new sliceType$1([new Syntax(s)])); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } */ case 5:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Syntax.prototype.GoString, $c: true, $r, $24r, _1, _r, s, $s};return $f;
	};
	$ptrType(Syntax).prototype.GoString = function() { return new Syntax(this.$get()).GoString(); };
	Cardinality.prototype.IsValid = function() {
		var _1, c;
		c = this.$val;
		_1 = c;
		if ((_1 === (1)) || (_1 === (2)) || (_1 === (3))) {
			return true;
		} else {
			return false;
		}
	};
	$ptrType(Cardinality).prototype.IsValid = function() { return new Cardinality(this.$get()).IsValid(); };
	Cardinality.prototype.String = function() {
		var {$24r, _1, _r, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this.$val;
			_1 = c;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return "optional";
			/* } else if (_1 === (2)) { */ case 3:
				$s = -1; return "required";
			/* } else if (_1 === (3)) { */ case 4:
				$s = -1; return "repeated";
			/* } else { */ case 5:
				_r = fmt.Sprintf("<unknown:%d>", new sliceType$1([new Cardinality(c)])); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Cardinality.prototype.String, $c: true, $r, $24r, _1, _r, c, $s};return $f;
	};
	$ptrType(Cardinality).prototype.String = function() { return new Cardinality(this.$get()).String(); };
	Cardinality.prototype.GoString = function() {
		var {$24r, _1, _r, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this.$val;
			_1 = c;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return "Optional";
			/* } else if (_1 === (2)) { */ case 3:
				$s = -1; return "Required";
			/* } else if (_1 === (3)) { */ case 4:
				$s = -1; return "Repeated";
			/* } else { */ case 5:
				_r = fmt.Sprintf("Cardinality(%d)", new sliceType$1([new Cardinality(c)])); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Cardinality.prototype.GoString, $c: true, $r, $24r, _1, _r, c, $s};return $f;
	};
	$ptrType(Cardinality).prototype.GoString = function() { return new Cardinality(this.$get()).GoString(); };
	Kind.prototype.IsValid = function() {
		var _1, k;
		k = this.$val;
		_1 = k;
		if ((_1 === (8)) || (_1 === (14)) || (_1 === (5)) || (_1 === (17)) || (_1 === (13)) || (_1 === (3)) || (_1 === (18)) || (_1 === (4)) || (_1 === (15)) || (_1 === (7)) || (_1 === (2)) || (_1 === (16)) || (_1 === (6)) || (_1 === (1)) || (_1 === (9)) || (_1 === (12)) || (_1 === (11)) || (_1 === (10))) {
			return true;
		} else {
			return false;
		}
	};
	$ptrType(Kind).prototype.IsValid = function() { return new Kind(this.$get()).IsValid(); };
	Kind.prototype.String = function() {
		var {$24r, _1, _r, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this.$val;
			_1 = k;
			/* */ if (_1 === (8)) { $s = 2; continue; }
			/* */ if (_1 === (14)) { $s = 3; continue; }
			/* */ if (_1 === (5)) { $s = 4; continue; }
			/* */ if (_1 === (17)) { $s = 5; continue; }
			/* */ if (_1 === (13)) { $s = 6; continue; }
			/* */ if (_1 === (3)) { $s = 7; continue; }
			/* */ if (_1 === (18)) { $s = 8; continue; }
			/* */ if (_1 === (4)) { $s = 9; continue; }
			/* */ if (_1 === (15)) { $s = 10; continue; }
			/* */ if (_1 === (7)) { $s = 11; continue; }
			/* */ if (_1 === (2)) { $s = 12; continue; }
			/* */ if (_1 === (16)) { $s = 13; continue; }
			/* */ if (_1 === (6)) { $s = 14; continue; }
			/* */ if (_1 === (1)) { $s = 15; continue; }
			/* */ if (_1 === (9)) { $s = 16; continue; }
			/* */ if (_1 === (12)) { $s = 17; continue; }
			/* */ if (_1 === (11)) { $s = 18; continue; }
			/* */ if (_1 === (10)) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (_1 === (8)) { */ case 2:
				$s = -1; return "bool";
			/* } else if (_1 === (14)) { */ case 3:
				$s = -1; return "enum";
			/* } else if (_1 === (5)) { */ case 4:
				$s = -1; return "int32";
			/* } else if (_1 === (17)) { */ case 5:
				$s = -1; return "sint32";
			/* } else if (_1 === (13)) { */ case 6:
				$s = -1; return "uint32";
			/* } else if (_1 === (3)) { */ case 7:
				$s = -1; return "int64";
			/* } else if (_1 === (18)) { */ case 8:
				$s = -1; return "sint64";
			/* } else if (_1 === (4)) { */ case 9:
				$s = -1; return "uint64";
			/* } else if (_1 === (15)) { */ case 10:
				$s = -1; return "sfixed32";
			/* } else if (_1 === (7)) { */ case 11:
				$s = -1; return "fixed32";
			/* } else if (_1 === (2)) { */ case 12:
				$s = -1; return "float";
			/* } else if (_1 === (16)) { */ case 13:
				$s = -1; return "sfixed64";
			/* } else if (_1 === (6)) { */ case 14:
				$s = -1; return "fixed64";
			/* } else if (_1 === (1)) { */ case 15:
				$s = -1; return "double";
			/* } else if (_1 === (9)) { */ case 16:
				$s = -1; return "string";
			/* } else if (_1 === (12)) { */ case 17:
				$s = -1; return "bytes";
			/* } else if (_1 === (11)) { */ case 18:
				$s = -1; return "message";
			/* } else if (_1 === (10)) { */ case 19:
				$s = -1; return "group";
			/* } else { */ case 20:
				_r = fmt.Sprintf("<unknown:%d>", new sliceType$1([new Kind(k)])); /* */ $s = 22; case 22: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 23; case 23: return $24r;
			/* } */ case 21:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Kind.prototype.String, $c: true, $r, $24r, _1, _r, k, $s};return $f;
	};
	$ptrType(Kind).prototype.String = function() { return new Kind(this.$get()).String(); };
	Kind.prototype.GoString = function() {
		var {$24r, _1, _r, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this.$val;
			_1 = k;
			/* */ if (_1 === (8)) { $s = 2; continue; }
			/* */ if (_1 === (14)) { $s = 3; continue; }
			/* */ if (_1 === (5)) { $s = 4; continue; }
			/* */ if (_1 === (17)) { $s = 5; continue; }
			/* */ if (_1 === (13)) { $s = 6; continue; }
			/* */ if (_1 === (3)) { $s = 7; continue; }
			/* */ if (_1 === (18)) { $s = 8; continue; }
			/* */ if (_1 === (4)) { $s = 9; continue; }
			/* */ if (_1 === (15)) { $s = 10; continue; }
			/* */ if (_1 === (7)) { $s = 11; continue; }
			/* */ if (_1 === (2)) { $s = 12; continue; }
			/* */ if (_1 === (16)) { $s = 13; continue; }
			/* */ if (_1 === (6)) { $s = 14; continue; }
			/* */ if (_1 === (1)) { $s = 15; continue; }
			/* */ if (_1 === (9)) { $s = 16; continue; }
			/* */ if (_1 === (12)) { $s = 17; continue; }
			/* */ if (_1 === (11)) { $s = 18; continue; }
			/* */ if (_1 === (10)) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (_1 === (8)) { */ case 2:
				$s = -1; return "BoolKind";
			/* } else if (_1 === (14)) { */ case 3:
				$s = -1; return "EnumKind";
			/* } else if (_1 === (5)) { */ case 4:
				$s = -1; return "Int32Kind";
			/* } else if (_1 === (17)) { */ case 5:
				$s = -1; return "Sint32Kind";
			/* } else if (_1 === (13)) { */ case 6:
				$s = -1; return "Uint32Kind";
			/* } else if (_1 === (3)) { */ case 7:
				$s = -1; return "Int64Kind";
			/* } else if (_1 === (18)) { */ case 8:
				$s = -1; return "Sint64Kind";
			/* } else if (_1 === (4)) { */ case 9:
				$s = -1; return "Uint64Kind";
			/* } else if (_1 === (15)) { */ case 10:
				$s = -1; return "Sfixed32Kind";
			/* } else if (_1 === (7)) { */ case 11:
				$s = -1; return "Fixed32Kind";
			/* } else if (_1 === (2)) { */ case 12:
				$s = -1; return "FloatKind";
			/* } else if (_1 === (16)) { */ case 13:
				$s = -1; return "Sfixed64Kind";
			/* } else if (_1 === (6)) { */ case 14:
				$s = -1; return "Fixed64Kind";
			/* } else if (_1 === (1)) { */ case 15:
				$s = -1; return "DoubleKind";
			/* } else if (_1 === (9)) { */ case 16:
				$s = -1; return "StringKind";
			/* } else if (_1 === (12)) { */ case 17:
				$s = -1; return "BytesKind";
			/* } else if (_1 === (11)) { */ case 18:
				$s = -1; return "MessageKind";
			/* } else if (_1 === (10)) { */ case 19:
				$s = -1; return "GroupKind";
			/* } else { */ case 20:
				_r = fmt.Sprintf("Kind(%d)", new sliceType$1([new Kind(k)])); /* */ $s = 22; case 22: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 23; case 23: return $24r;
			/* } */ case 21:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Kind.prototype.GoString, $c: true, $r, $24r, _1, _r, k, $s};return $f;
	};
	$ptrType(Kind).prototype.GoString = function() { return new Kind(this.$get()).GoString(); };
	Name.prototype.IsValid = function() {
		var s;
		s = this.$val;
		return consumeIdent((s)) === s.length;
	};
	$ptrType(Name).prototype.IsValid = function() { return new Name(this.$get()).IsValid(); };
	FullName.prototype.IsValid = function() {
		var i, n, s;
		s = this.$val;
		i = consumeIdent((s));
		if (i < 0) {
			return false;
		}
		while (true) {
			if (!(s.length > i)) { break; }
			if (!((s.charCodeAt(i) === 46))) {
				return false;
			}
			i = i + (1) >> 0;
			n = consumeIdent(($substring(s, i)));
			if (n < 0) {
				return false;
			}
			i = i + (n) >> 0;
		}
		return true;
	};
	$ptrType(FullName).prototype.IsValid = function() { return new FullName(this.$get()).IsValid(); };
	consumeIdent = function(s) {
		var i, s;
		i = 0;
		if ((s.length === 0) || !isLetter(s.charCodeAt(i))) {
			i = -1;
			return i;
		}
		i = i + (1) >> 0;
		while (true) {
			if (!(s.length > i && isLetterDigit(s.charCodeAt(i)))) { break; }
			i = i + (1) >> 0;
		}
		i = i;
		return i;
	};
	isLetter = function(c) {
		var c;
		return (c === 95) || (97 <= c && c <= 122) || (65 <= c && c <= 90);
	};
	isLetterDigit = function(c) {
		var c;
		return isLetter(c) || (48 <= c && c <= 57);
	};
	FullName.prototype.Name = function() {
		var i, n;
		n = this.$val;
		i = strings.LastIndexByte((n), 46);
		if (i >= 0) {
			return ($substring(n, (i + 1 >> 0)));
		}
		return (n);
	};
	$ptrType(FullName).prototype.Name = function() { return new FullName(this.$get()).Name(); };
	FullName.prototype.Parent = function() {
		var i, n;
		n = this.$val;
		i = strings.LastIndexByte((n), 46);
		if (i >= 0) {
			return $substring(n, 0, i);
		}
		return "";
	};
	$ptrType(FullName).prototype.Parent = function() { return new FullName(this.$get()).Parent(); };
	FullName.prototype.Append = function(s) {
		var n, s;
		n = this.$val;
		if (n === "") {
			return (s);
		}
		return n + "." + (s);
	};
	$ptrType(FullName).prototype.Append = function(s) { return new FullName(this.$get()).Append(s); };
	Value.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Interface", name: "Interface", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "typeName", name: "typeName", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([], [$String], false)}, {prop: "panicMessage", name: "panicMessage", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([$String], [$String], false)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Int", name: "Int", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Uint", name: "Uint", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "Float", name: "Float", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "Enum", name: "Enum", pkg: "", typ: $funcType([], [EnumNumber], false)}, {prop: "Message", name: "Message", pkg: "", typ: $funcType([], [Message], false)}, {prop: "List", name: "List", pkg: "", typ: $funcType([], [List], false)}, {prop: "Map", name: "Map", pkg: "", typ: $funcType([], [Map], false)}, {prop: "MapKey", name: "MapKey", pkg: "", typ: $funcType([], [MapKey], false)}, {prop: "getString", name: "getString", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([], [$String], false)}, {prop: "getBytes", name: "getBytes", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([], [sliceType], false)}, {prop: "getIface", name: "getIface", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([], [$emptyInterface], false)}];
	MapKey.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Interface", name: "Interface", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Int", name: "Int", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Uint", name: "Uint", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Value", name: "Value", pkg: "", typ: $funcType([], [Value], false)}];
	RawFields.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}];
	SourcePath.methods = [{prop: "Equal", name: "Equal", pkg: "", typ: $funcType([SourcePath], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType.methods = [{prop: "appendFileDescriptorProto", name: "appendFileDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendDescriptorProto", name: "appendDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendEnumDescriptorProto", name: "appendEnumDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendServiceDescriptorProto", name: "appendServiceDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendFieldDescriptorProto", name: "appendFieldDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendFileOptions", name: "appendFileOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendSourceCodeInfo", name: "appendSourceCodeInfo", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendDescriptorProto_ExtensionRange", name: "appendDescriptorProto_ExtensionRange", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendOneofDescriptorProto", name: "appendOneofDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendMessageOptions", name: "appendMessageOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendDescriptorProto_ReservedRange", name: "appendDescriptorProto_ReservedRange", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendEnumValueDescriptorProto", name: "appendEnumValueDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendEnumOptions", name: "appendEnumOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendEnumDescriptorProto_EnumReservedRange", name: "appendEnumDescriptorProto_EnumReservedRange", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendMethodDescriptorProto", name: "appendMethodDescriptorProto", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendServiceOptions", name: "appendServiceOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendFieldOptions", name: "appendFieldOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendUninterpretedOption", name: "appendUninterpretedOption", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendSourceCodeInfo_Location", name: "appendSourceCodeInfo_Location", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendExtensionRangeOptions", name: "appendExtensionRangeOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendOneofOptions", name: "appendOneofOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendEnumValueOptions", name: "appendEnumValueOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendMethodOptions", name: "appendMethodOptions", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendUninterpretedOption_NamePart", name: "appendUninterpretedOption_NamePart", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType], [sliceType], false)}, {prop: "appendSingularField", name: "appendSingularField", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType, $String, appendFunc], [sliceType], false)}, {prop: "appendRepeatedField", name: "appendRepeatedField", pkg: "google.golang.org/protobuf/reflect/protoreflect", typ: $funcType([sliceType, $String, appendFunc], [sliceType], false)}];
	Syntax.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "GoString", name: "GoString", pkg: "", typ: $funcType([], [$String], false)}];
	Cardinality.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "GoString", name: "GoString", pkg: "", typ: $funcType([], [$String], false)}];
	Kind.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "GoString", name: "GoString", pkg: "", typ: $funcType([], [$String], false)}];
	Name.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}];
	FullName.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [Name], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "Append", name: "Append", pkg: "", typ: $funcType([Name], [FullName], false)}];
	Value.init("google.golang.org/protobuf/reflect/protoreflect", [{prop: "DoNotCompare", name: "DoNotCompare", embedded: true, exported: true, typ: pragma.DoNotCompare, tag: ""}, {prop: "typ", name: "typ", embedded: false, exported: false, typ: valueType, tag: ""}, {prop: "num", name: "num", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "str", name: "str", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "bin", name: "bin", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "iface", name: "iface", embedded: false, exported: false, typ: $emptyInterface, tag: ""}]);
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	FileDescriptor.init([{prop: "Enums", name: "Enums", pkg: "", typ: $funcType([], [EnumDescriptors], false)}, {prop: "Extensions", name: "Extensions", pkg: "", typ: $funcType([], [ExtensionDescriptors], false)}, {prop: "FullName", name: "FullName", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "Imports", name: "Imports", pkg: "", typ: $funcType([], [FileImports], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "IsPlaceholder", name: "IsPlaceholder", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Messages", name: "Messages", pkg: "", typ: $funcType([], [MessageDescriptors], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [Name], false)}, {prop: "Options", name: "Options", pkg: "", typ: $funcType([], [ProtoMessage], false)}, {prop: "Package", name: "Package", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [Descriptor], false)}, {prop: "ParentFile", name: "ParentFile", pkg: "", typ: $funcType([], [FileDescriptor], false)}, {prop: "Path", name: "Path", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}, {prop: "ProtoType", name: "ProtoType", pkg: "", typ: $funcType([FileDescriptor], [], false)}, {prop: "Services", name: "Services", pkg: "", typ: $funcType([], [ServiceDescriptors], false)}, {prop: "SourceLocations", name: "SourceLocations", pkg: "", typ: $funcType([], [SourceLocations], false)}, {prop: "Syntax", name: "Syntax", pkg: "", typ: $funcType([], [Syntax], false)}]);
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	FieldDescriptors.init([{prop: "ByJSONName", name: "ByJSONName", pkg: "", typ: $funcType([$String], [FieldDescriptor], false)}, {prop: "ByName", name: "ByName", pkg: "", typ: $funcType([Name], [FieldDescriptor], false)}, {prop: "ByNumber", name: "ByNumber", pkg: "", typ: $funcType([protowire.Number], [FieldDescriptor], false)}, {prop: "ByTextName", name: "ByTextName", pkg: "", typ: $funcType([$String], [FieldDescriptor], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [FieldDescriptor], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
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	OneofDescriptors.init([{prop: "ByName", name: "ByName", pkg: "", typ: $funcType([Name], [OneofDescriptor], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [OneofDescriptor], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	ExtensionTypeDescriptor.init([{prop: "Cardinality", name: "Cardinality", pkg: "", typ: $funcType([], [Cardinality], false)}, {prop: "ContainingMessage", name: "ContainingMessage", pkg: "", typ: $funcType([], [MessageDescriptor], false)}, {prop: "ContainingOneof", name: "ContainingOneof", pkg: "", typ: $funcType([], [OneofDescriptor], false)}, {prop: "Default", name: "Default", pkg: "", typ: $funcType([], [Value], false)}, {prop: "DefaultEnumValue", name: "DefaultEnumValue", pkg: "", typ: $funcType([], [EnumValueDescriptor], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [FieldDescriptor], false)}, {prop: "Enum", name: "Enum", pkg: "", typ: $funcType([], [EnumDescriptor], false)}, {prop: "FullName", name: "FullName", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "HasDefault", name: "HasDefault", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "HasJSONName", name: "HasJSONName", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "HasOptionalKeyword", name: "HasOptionalKeyword", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "HasPresence", name: "HasPresence", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "IsExtension", name: "IsExtension", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsList", name: "IsList", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsMap", name: "IsMap", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsPacked", name: "IsPacked", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsPlaceholder", name: "IsPlaceholder", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsWeak", name: "IsWeak", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "JSONName", name: "JSONName", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "MapKey", name: "MapKey", pkg: "", typ: $funcType([], [FieldDescriptor], false)}, {prop: "MapValue", name: "MapValue", pkg: "", typ: $funcType([], [FieldDescriptor], false)}, {prop: "Message", name: "Message", pkg: "", typ: $funcType([], [MessageDescriptor], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [Name], false)}, {prop: "Number", name: "Number", pkg: "", typ: $funcType([], [protowire.Number], false)}, {prop: "Options", name: "Options", pkg: "", typ: $funcType([], [ProtoMessage], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [Descriptor], false)}, {prop: "ParentFile", name: "ParentFile", pkg: "", typ: $funcType([], [FileDescriptor], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}, {prop: "ProtoType", name: "ProtoType", pkg: "", typ: $funcType([FieldDescriptor], [], false)}, {prop: "Syntax", name: "Syntax", pkg: "", typ: $funcType([], [Syntax], false)}, {prop: "TextName", name: "TextName", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [ExtensionType], false)}]);
	ExtensionDescriptors.init([{prop: "ByName", name: "ByName", pkg: "", typ: $funcType([Name], [FieldDescriptor], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [FieldDescriptor], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	ExtensionType.init([{prop: "InterfaceOf", name: "InterfaceOf", pkg: "", typ: $funcType([Value], [$emptyInterface], false)}, {prop: "IsValidInterface", name: "IsValidInterface", pkg: "", typ: $funcType([$emptyInterface], [$Bool], false)}, {prop: "IsValidValue", name: "IsValidValue", pkg: "", typ: $funcType([Value], [$Bool], false)}, {prop: "New", name: "New", pkg: "", typ: $funcType([], [Value], false)}, {prop: "TypeDescriptor", name: "TypeDescriptor", pkg: "", typ: $funcType([], [ExtensionTypeDescriptor], false)}, {prop: "ValueOf", name: "ValueOf", pkg: "", typ: $funcType([$emptyInterface], [Value], false)}, {prop: "Zero", name: "Zero", pkg: "", typ: $funcType([], [Value], false)}]);
	EnumDescriptor.init([{prop: "FullName", name: "FullName", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "IsPlaceholder", name: "IsPlaceholder", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [Name], false)}, {prop: "Options", name: "Options", pkg: "", typ: $funcType([], [ProtoMessage], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [Descriptor], false)}, {prop: "ParentFile", name: "ParentFile", pkg: "", typ: $funcType([], [FileDescriptor], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}, {prop: "ProtoType", name: "ProtoType", pkg: "", typ: $funcType([EnumDescriptor], [], false)}, {prop: "ReservedNames", name: "ReservedNames", pkg: "", typ: $funcType([], [Names], false)}, {prop: "ReservedRanges", name: "ReservedRanges", pkg: "", typ: $funcType([], [EnumRanges], false)}, {prop: "Syntax", name: "Syntax", pkg: "", typ: $funcType([], [Syntax], false)}, {prop: "Values", name: "Values", pkg: "", typ: $funcType([], [EnumValueDescriptors], false)}]);
	EnumType.init([{prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [EnumDescriptor], false)}, {prop: "New", name: "New", pkg: "", typ: $funcType([EnumNumber], [Enum], false)}]);
	EnumDescriptors.init([{prop: "ByName", name: "ByName", pkg: "", typ: $funcType([Name], [EnumDescriptor], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [EnumDescriptor], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	EnumValueDescriptor.init([{prop: "FullName", name: "FullName", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "IsPlaceholder", name: "IsPlaceholder", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [Name], false)}, {prop: "Number", name: "Number", pkg: "", typ: $funcType([], [EnumNumber], false)}, {prop: "Options", name: "Options", pkg: "", typ: $funcType([], [ProtoMessage], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [Descriptor], false)}, {prop: "ParentFile", name: "ParentFile", pkg: "", typ: $funcType([], [FileDescriptor], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}, {prop: "ProtoType", name: "ProtoType", pkg: "", typ: $funcType([EnumValueDescriptor], [], false)}, {prop: "Syntax", name: "Syntax", pkg: "", typ: $funcType([], [Syntax], false)}]);
	EnumValueDescriptors.init([{prop: "ByName", name: "ByName", pkg: "", typ: $funcType([Name], [EnumValueDescriptor], false)}, {prop: "ByNumber", name: "ByNumber", pkg: "", typ: $funcType([EnumNumber], [EnumValueDescriptor], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [EnumValueDescriptor], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	ServiceDescriptor.init([{prop: "FullName", name: "FullName", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "IsPlaceholder", name: "IsPlaceholder", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Methods", name: "Methods", pkg: "", typ: $funcType([], [MethodDescriptors], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [Name], false)}, {prop: "Options", name: "Options", pkg: "", typ: $funcType([], [ProtoMessage], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [Descriptor], false)}, {prop: "ParentFile", name: "ParentFile", pkg: "", typ: $funcType([], [FileDescriptor], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}, {prop: "ProtoType", name: "ProtoType", pkg: "", typ: $funcType([ServiceDescriptor], [], false)}, {prop: "Syntax", name: "Syntax", pkg: "", typ: $funcType([], [Syntax], false)}]);
	ServiceDescriptors.init([{prop: "ByName", name: "ByName", pkg: "", typ: $funcType([Name], [ServiceDescriptor], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [ServiceDescriptor], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	MethodDescriptor.init([{prop: "FullName", name: "FullName", pkg: "", typ: $funcType([], [FullName], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Input", name: "Input", pkg: "", typ: $funcType([], [MessageDescriptor], false)}, {prop: "IsPlaceholder", name: "IsPlaceholder", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsStreamingClient", name: "IsStreamingClient", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsStreamingServer", name: "IsStreamingServer", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [Name], false)}, {prop: "Options", name: "Options", pkg: "", typ: $funcType([], [ProtoMessage], false)}, {prop: "Output", name: "Output", pkg: "", typ: $funcType([], [MessageDescriptor], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [Descriptor], false)}, {prop: "ParentFile", name: "ParentFile", pkg: "", typ: $funcType([], [FileDescriptor], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}, {prop: "ProtoType", name: "ProtoType", pkg: "", typ: $funcType([MethodDescriptor], [], false)}, {prop: "Syntax", name: "Syntax", pkg: "", typ: $funcType([], [Syntax], false)}]);
	MethodDescriptors.init([{prop: "ByName", name: "ByName", pkg: "", typ: $funcType([Name], [MethodDescriptor], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [MethodDescriptor], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	SourceLocations.init([{prop: "ByDescriptor", name: "ByDescriptor", pkg: "", typ: $funcType([Descriptor], [SourceLocation], false)}, {prop: "ByPath", name: "ByPath", pkg: "", typ: $funcType([SourcePath], [SourceLocation], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [SourceLocation], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	SourceLocation.init("", [{prop: "Path", name: "Path", embedded: false, exported: true, typ: SourcePath, tag: ""}, {prop: "StartLine", name: "StartLine", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "StartColumn", name: "StartColumn", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "EndLine", name: "EndLine", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "EndColumn", name: "EndColumn", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "LeadingDetachedComments", name: "LeadingDetachedComments", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "LeadingComments", name: "LeadingComments", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "TrailingComments", name: "TrailingComments", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Next", name: "Next", embedded: false, exported: true, typ: $Int, tag: ""}]);
	SourcePath.init($Int32);
	appendFunc.init([ptrType, sliceType], [sliceType], false);
	ProtoMessage.init([{prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [Message], false)}]);
	FieldNumbers.init([{prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [protowire.Number], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([protowire.Number], [$Bool], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	FieldRanges.init([{prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [arrayType$1], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([protowire.Number], [$Bool], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	EnumRanges.init([{prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [arrayType$2], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([EnumNumber], [$Bool], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	Names.init([{prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int], [Name], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([Name], [$Bool], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protowire.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pragma.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/descfmt"] = (function() {
	var $pkg = {}, $init, fmt, detrand, pragma, protoreflect, io, reflect, strconv, strings, list, records, ptrType, sliceType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, sliceType$1, arrayType, arrayType$1, arrayType$2, sliceType$2, sliceType$3, ptrType$8, sliceType$4, ptrType$9, descriptorAccessors, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, FormatList, formatListOpt, FormatDesc, formatDescOpt, formatColon, joinStrings;
	fmt = $packages["fmt"];
	detrand = $packages["google.golang.org/protobuf/internal/detrand"];
	pragma = $packages["google.golang.org/protobuf/internal/pragma"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	io = $packages["io"];
	reflect = $packages["reflect"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	list = $pkg.list = $newType(8, $kindInterface, "descfmt.list", true, "google.golang.org/protobuf/internal/descfmt", false, null);
	records = $pkg.records = $newType(0, $kindStruct, "descfmt.records", true, "google.golang.org/protobuf/internal/descfmt", false, function(recs_, allowMulti_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.recs = sliceType$2.nil;
			this.allowMulti = false;
			return;
		}
		this.recs = recs_;
		this.allowMulti = allowMulti_;
	});
	ptrType = $ptrType(protoreflect.FileDescriptor);
	sliceType = $sliceType($String);
	ptrType$1 = $ptrType(protoreflect.MessageDescriptor);
	ptrType$2 = $ptrType(protoreflect.FieldDescriptor);
	ptrType$3 = $ptrType(protoreflect.OneofDescriptor);
	ptrType$4 = $ptrType(protoreflect.EnumDescriptor);
	ptrType$5 = $ptrType(protoreflect.EnumValueDescriptor);
	ptrType$6 = $ptrType(protoreflect.ServiceDescriptor);
	ptrType$7 = $ptrType(protoreflect.MethodDescriptor);
	sliceType$1 = $sliceType($emptyInterface);
	arrayType = $arrayType($packages["google.golang.org/protobuf/encoding/protowire"].Number, 2);
	arrayType$1 = $arrayType(protoreflect.EnumNumber, 2);
	arrayType$2 = $arrayType($String, 2);
	sliceType$2 = $sliceType(arrayType$2);
	sliceType$3 = $sliceType(reflect.Value);
	ptrType$8 = $ptrType(reflect.rtype);
	sliceType$4 = $sliceType($Uint8);
	ptrType$9 = $ptrType(records);
	FormatList = function(s, r, vs) {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$8, _r$9, _v, _v$1, r, s, vs, $s, $r, $c} = $restore(this, {s, r, vs});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = s;
		_arg$1 = vs;
		if (!(r === 118)) { _v = false; $s = 1; continue s; }
		_r$8 = s.Flag(43); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		if (_r$8) { _v$1 = true; $s = 2; continue s; }
		_r$9 = s.Flag(35); /* */ $s = 4; case 4: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_v$1 = _r$9; case 2:
		_v = _v$1; case 1:
		_arg$2 = _v;
		_r$10 = formatListOpt(_arg$1, true, _arg$2); /* */ $s = 5; case 5: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_arg$3 = _r$10;
		_r$11 = io.WriteString(_arg, _arg$3); /* */ $s = 6; case 6: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$11;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FormatList, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$8, _r$9, _v, _v$1, r, s, vs, $s};return $f;
	};
	$pkg.FormatList = FormatList;
	formatListOpt = function(vs, isRoot, allowMulti) {
		var {_r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, allowMulti, end, i, i$1, i$2, i$3, i$4, i$5, isEnumValue, isRoot, m, name, r, r$1, rs, ss, start, v, vs, vs$1, vs$2, vs$3, vs$4, vs$5, vs$6, x, x$1, x$2, $s, $r, $c} = $restore(this, {vs, isRoot, allowMulti});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = "[";
		_tmp$1 = "]";
		start = _tmp;
		end = _tmp$1;
		/* */ if (isRoot) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (isRoot) { */ case 1:
			name = "";
			_ref = vs;
			/* */ if ($assertType(_ref, protoreflect.Names, true)[1]) { $s = 3; continue; }
			/* */ if ($assertType(_ref, protoreflect.FieldNumbers, true)[1]) { $s = 4; continue; }
			/* */ if ($assertType(_ref, protoreflect.FieldRanges, true)[1]) { $s = 5; continue; }
			/* */ if ($assertType(_ref, protoreflect.EnumRanges, true)[1]) { $s = 6; continue; }
			/* */ if ($assertType(_ref, protoreflect.FileImports, true)[1]) { $s = 7; continue; }
			/* */ if ($assertType(_ref, protoreflect.Descriptor, true)[1]) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ($assertType(_ref, protoreflect.Names, true)[1]) { */ case 3:
				name = "Names";
				$s = 10; continue;
			/* } else if ($assertType(_ref, protoreflect.FieldNumbers, true)[1]) { */ case 4:
				name = "FieldNumbers";
				$s = 10; continue;
			/* } else if ($assertType(_ref, protoreflect.FieldRanges, true)[1]) { */ case 5:
				name = "FieldRanges";
				$s = 10; continue;
			/* } else if ($assertType(_ref, protoreflect.EnumRanges, true)[1]) { */ case 6:
				name = "EnumRanges";
				$s = 10; continue;
			/* } else if ($assertType(_ref, protoreflect.FileImports, true)[1]) { */ case 7:
				name = "FileImports";
				$s = 10; continue;
			/* } else if ($assertType(_ref, protoreflect.Descriptor, true)[1]) { */ case 8:
				_r$8 = reflect.ValueOf(vs); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, reflect.Value).MethodByName("Get"); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = $clone(_r$9, reflect.Value).Type(); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = _r$10.Out(0); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = _r$11.Name(); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				name = _r$12 + "s";
				$s = 10; continue;
			/* } else { */ case 9:
				_r$13 = reflect.ValueOf(vs); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = $clone(_r$13, reflect.Value).Elem(); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$15 = $clone(_r$14, reflect.Value).Type(); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = _r$15.Name(); /* */ $s = 19; case 19: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				name = _r$16;
			/* } */ case 10:
			_tmp$2 = name + "{";
			_tmp$3 = "}";
			start = _tmp$2;
			end = _tmp$3;
		/* } */ case 2:
		ss = sliceType.nil;
		_ref$1 = vs;
		/* */ if ($assertType(_ref$1, protoreflect.Names, true)[1]) { $s = 20; continue; }
		/* */ if ($assertType(_ref$1, protoreflect.FieldNumbers, true)[1]) { $s = 21; continue; }
		/* */ if ($assertType(_ref$1, protoreflect.FieldRanges, true)[1]) { $s = 22; continue; }
		/* */ if ($assertType(_ref$1, protoreflect.EnumRanges, true)[1]) { $s = 23; continue; }
		/* */ if ($assertType(_ref$1, protoreflect.FileImports, true)[1]) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if ($assertType(_ref$1, protoreflect.Names, true)[1]) { */ case 20:
			vs$1 = _ref$1;
			i = 0;
			/* while (true) { */ case 27:
				_r$17 = vs$1.Len(); /* */ $s = 29; case 29: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				/* if (!(i < _r$17)) { break; } */ if(!(i < _r$17)) { $s = 28; continue; }
				_r$18 = vs$1.Get(i); /* */ $s = 30; case 30: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_r$19 = fmt.Sprint(new sliceType$1([new protoreflect.Name(_r$18)])); /* */ $s = 31; case 31: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				ss = $append(ss, _r$19);
				i = i + (1) >> 0;
			$s = 27; continue;
			case 28:
			$s = -1; return start + joinStrings(ss, false) + end;
		/* } else if ($assertType(_ref$1, protoreflect.FieldNumbers, true)[1]) { */ case 21:
			vs$2 = _ref$1;
			i$1 = 0;
			/* while (true) { */ case 32:
				_r$20 = vs$2.Len(); /* */ $s = 34; case 34: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				/* if (!(i$1 < _r$20)) { break; } */ if(!(i$1 < _r$20)) { $s = 33; continue; }
				_r$21 = vs$2.Get(i$1); /* */ $s = 35; case 35: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$22 = fmt.Sprint(new sliceType$1([new $packages["google.golang.org/protobuf/encoding/protowire"].Number(_r$21)])); /* */ $s = 36; case 36: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				ss = $append(ss, _r$22);
				i$1 = i$1 + (1) >> 0;
			$s = 32; continue;
			case 33:
			$s = -1; return start + joinStrings(ss, false) + end;
		/* } else if ($assertType(_ref$1, protoreflect.FieldRanges, true)[1]) { */ case 22:
			vs$3 = _ref$1;
			i$2 = 0;
			/* while (true) { */ case 37:
				_r$23 = vs$3.Len(); /* */ $s = 39; case 39: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				/* if (!(i$2 < _r$23)) { break; } */ if(!(i$2 < _r$23)) { $s = 38; continue; }
				_r$24 = vs$3.Get(i$2); /* */ $s = 40; case 40: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				r = $clone(_r$24, arrayType);
				/* */ if ((r[0] + 1 >> 0) === r[1]) { $s = 41; continue; }
				/* */ $s = 42; continue;
				/* if ((r[0] + 1 >> 0) === r[1]) { */ case 41:
					_r$25 = fmt.Sprintf("%d", new sliceType$1([new $packages["google.golang.org/protobuf/encoding/protowire"].Number(r[0])])); /* */ $s = 44; case 44: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
					ss = $append(ss, _r$25);
					$s = 43; continue;
				/* } else { */ case 42:
					_r$26 = fmt.Sprintf("%d:%d", new sliceType$1([new $packages["google.golang.org/protobuf/encoding/protowire"].Number(r[0]), new $packages["google.golang.org/protobuf/encoding/protowire"].Number(r[1])])); /* */ $s = 45; case 45: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
					ss = $append(ss, _r$26);
				/* } */ case 43:
				i$2 = i$2 + (1) >> 0;
			$s = 37; continue;
			case 38:
			$s = -1; return start + joinStrings(ss, false) + end;
		/* } else if ($assertType(_ref$1, protoreflect.EnumRanges, true)[1]) { */ case 23:
			vs$4 = _ref$1;
			i$3 = 0;
			/* while (true) { */ case 46:
				_r$27 = vs$4.Len(); /* */ $s = 48; case 48: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				/* if (!(i$3 < _r$27)) { break; } */ if(!(i$3 < _r$27)) { $s = 47; continue; }
				_r$28 = vs$4.Get(i$3); /* */ $s = 49; case 49: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
				r$1 = $clone(_r$28, arrayType$1);
				/* */ if (r$1[0] === r$1[1]) { $s = 50; continue; }
				/* */ $s = 51; continue;
				/* if (r$1[0] === r$1[1]) { */ case 50:
					_r$29 = fmt.Sprintf("%d", new sliceType$1([new protoreflect.EnumNumber(r$1[0])])); /* */ $s = 53; case 53: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
					ss = $append(ss, _r$29);
					$s = 52; continue;
				/* } else { */ case 51:
					_r$30 = fmt.Sprintf("%d:%d", new sliceType$1([new protoreflect.EnumNumber(r$1[0]), (x = (new $Int64(0, r$1[1])), new $Int64(x.$high + 0, x.$low + 1))])); /* */ $s = 54; case 54: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
					ss = $append(ss, _r$30);
				/* } */ case 52:
				i$3 = i$3 + (1) >> 0;
			$s = 46; continue;
			case 47:
			$s = -1; return start + joinStrings(ss, false) + end;
		/* } else if ($assertType(_ref$1, protoreflect.FileImports, true)[1]) { */ case 24:
			vs$5 = _ref$1;
			i$4 = 0;
			/* while (true) { */ case 55:
				_r$31 = vs$5.Len(); /* */ $s = 57; case 57: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				/* if (!(i$4 < _r$31)) { break; } */ if(!(i$4 < _r$31)) { $s = 56; continue; }
				rs = new records.ptr(sliceType$2.nil, false);
				_r$32 = vs$5.Get(i$4); /* */ $s = 58; case 58: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
				_r$33 = reflect.ValueOf((x$1 = _r$32, new x$1.constructor.elem(x$1))); /* */ $s = 59; case 59: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
				$r = rs.Append($clone(_r$33, reflect.Value), new sliceType(["Path", "Package", "IsPublic", "IsWeak"])); /* */ $s = 60; case 60: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$34 = rs.Join(); /* */ $s = 61; case 61: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
				ss = $append(ss, "{" + _r$34 + "}");
				i$4 = i$4 + (1) >> 0;
			$s = 55; continue;
			case 56:
			$s = -1; return start + joinStrings(ss, allowMulti) + end;
		/* } else { */ case 25:
			vs$6 = _ref$1;
			_tuple = $assertType(vs$6, protoreflect.EnumValueDescriptors, true);
			isEnumValue = _tuple[1];
			i$5 = 0;
			/* while (true) { */ case 62:
				_r$35 = vs$6.Len(); /* */ $s = 64; case 64: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
				/* if (!(i$5 < _r$35)) { break; } */ if(!(i$5 < _r$35)) { $s = 63; continue; }
				_r$36 = reflect.ValueOf(vs$6); /* */ $s = 65; case 65: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
				_r$37 = $clone(_r$36, reflect.Value).MethodByName("Get"); /* */ $s = 66; case 66: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
				m = _r$37;
				_r$38 = reflect.ValueOf(new $Int(i$5)); /* */ $s = 67; case 67: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
				_r$39 = $clone(m, reflect.Value).Call(new sliceType$3([$clone(_r$38, reflect.Value)])); /* */ $s = 68; case 68: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
				_r$40 = $clone((x$2 = _r$39, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])), reflect.Value).Interface(); /* */ $s = 69; case 69: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
				v = _r$40;
				_r$41 = formatDescOpt($assertType(v, protoreflect.Descriptor), false, allowMulti && !isEnumValue); /* */ $s = 70; case 70: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
				ss = $append(ss, _r$41);
				i$5 = i$5 + (1) >> 0;
			$s = 62; continue;
			case 63:
			$s = -1; return start + joinStrings(ss, allowMulti && isEnumValue) + end;
		/* } */ case 26:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: formatListOpt, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, allowMulti, end, i, i$1, i$2, i$3, i$4, i$5, isEnumValue, isRoot, m, name, r, r$1, rs, ss, start, v, vs, vs$1, vs$2, vs$3, vs$4, vs$5, vs$6, x, x$1, x$2, $s};return $f;
	};
	FormatDesc = function(s, r, t) {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$8, _r$9, _v, _v$1, r, s, t, $s, $r, $c} = $restore(this, {s, r, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = s;
		_arg$1 = t;
		if (!(r === 118)) { _v = false; $s = 1; continue s; }
		_r$8 = s.Flag(43); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		if (_r$8) { _v$1 = true; $s = 2; continue s; }
		_r$9 = s.Flag(35); /* */ $s = 4; case 4: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_v$1 = _r$9; case 2:
		_v = _v$1; case 1:
		_arg$2 = _v;
		_r$10 = formatDescOpt(_arg$1, true, _arg$2); /* */ $s = 5; case 5: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_arg$3 = _r$10;
		_r$11 = io.WriteString(_arg, _arg$3); /* */ $s = 6; case 6: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$11;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FormatDesc, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$8, _r$9, _v, _v$1, r, s, t, $s};return $f;
	};
	$pkg.FormatDesc = FormatDesc;
	formatDescOpt = function(t, isRoot, allowMulti) {
		var {$24r, _1, _2, _entry, _entry$1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tuple, allowMulti, end, fs, i, isFile, isRoot, k, od, rs, rt, rv, s, ss, start, t, t$1, t$2, t$3, v, $s, $r, $c} = $restore(this, {t, isRoot, allowMulti});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$8 = reflect.ValueOf(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		rv = _r$8;
		_r$9 = $clone(rv, reflect.Value).MethodByName("ProtoType"); /* */ $s = 2; case 2: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = $clone(_r$9, reflect.Value).Type(); /* */ $s = 3; case 3: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$11 = _r$10.In(0); /* */ $s = 4; case 4: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		rt = _r$11;
		_tmp = "{";
		_tmp$1 = "}";
		start = _tmp;
		end = _tmp$1;
		/* */ if (isRoot) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (isRoot) { */ case 5:
			_r$12 = rt.Name(); /* */ $s = 7; case 7: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			start = _r$12 + "{";
		/* } */ case 6:
		_tuple = $assertType(t, protoreflect.FileDescriptor, true);
		isFile = _tuple[1];
		rs = new records.ptr(sliceType$2.nil, allowMulti);
		_r$13 = t.IsPlaceholder(); /* */ $s = 11; case 11: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		/* */ if (_r$13) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (_r$13) { */ case 8:
			/* */ if (isFile) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (isFile) { */ case 12:
				$r = rs.Append($clone(rv, reflect.Value), new sliceType(["Path", "Package", "IsPlaceholder"])); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 14; continue;
			/* } else { */ case 13:
				$r = rs.Append($clone(rv, reflect.Value), new sliceType(["FullName", "IsPlaceholder"])); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 14:
			$s = 10; continue;
		/* } else { */ case 9:
				/* */ if (isFile) { $s = 18; continue; }
				/* */ if (isRoot) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (isFile) { */ case 18:
					$r = rs.Append($clone(rv, reflect.Value), new sliceType(["Syntax"])); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 21; continue;
				/* } else if (isRoot) { */ case 19:
					$r = rs.Append($clone(rv, reflect.Value), new sliceType(["Syntax", "FullName"])); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 21; continue;
				/* } else { */ case 20:
					$r = rs.Append($clone(rv, reflect.Value), new sliceType(["Name"])); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 21:
			case 17:
			_ref = t;
			/* */ if ($assertType(_ref, protoreflect.FieldDescriptor, true)[1]) { $s = 25; continue; }
			/* */ if ($assertType(_ref, protoreflect.OneofDescriptor, true)[1]) { $s = 26; continue; }
			/* */ $s = 27; continue;
			/* if ($assertType(_ref, protoreflect.FieldDescriptor, true)[1]) { */ case 25:
				t$1 = _ref;
				_ref$1 = (_entry = descriptorAccessors[reflect.Type.keyFor(rt)], _entry !== undefined ? _entry.v : sliceType.nil);
				_i = 0;
				/* while (true) { */ case 29:
					/* if (!(_i < _ref$1.$length)) { break; } */ if(!(_i < _ref$1.$length)) { $s = 30; continue; }
					s = ((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]);
						_1 = s;
						/* */ if (_1 === ("MapKey")) { $s = 32; continue; }
						/* */ if (_1 === ("MapValue")) { $s = 33; continue; }
						/* */ if (_1 === ("ContainingOneof")) { $s = 34; continue; }
						/* */ if (_1 === ("ContainingMessage")) { $s = 35; continue; }
						/* */ if (_1 === ("Message")) { $s = 36; continue; }
						/* */ $s = 37; continue;
						/* if (_1 === ("MapKey")) { */ case 32:
							_r$14 = t$1.MapKey(); /* */ $s = 39; case 39: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
							k = _r$14;
							/* */ if (!($interfaceIsEqual(k, $ifaceNil))) { $s = 40; continue; }
							/* */ $s = 41; continue;
							/* if (!($interfaceIsEqual(k, $ifaceNil))) { */ case 40:
								_r$15 = k.Kind(); /* */ $s = 42; case 42: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
								_r$16 = new protoreflect.Kind(_r$15).String(); /* */ $s = 43; case 43: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
								rs.recs = $append(rs.recs, $toNativeArray($kindString, ["MapKey", _r$16]));
							/* } */ case 41:
							$s = 38; continue;
						/* } else if (_1 === ("MapValue")) { */ case 33:
							_r$17 = t$1.MapValue(); /* */ $s = 44; case 44: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
							v = _r$17;
							/* */ if (!($interfaceIsEqual(v, $ifaceNil))) { $s = 45; continue; }
							/* */ $s = 46; continue;
							/* if (!($interfaceIsEqual(v, $ifaceNil))) { */ case 45:
									_r$18 = v.Kind(); /* */ $s = 48; case 48: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
									_2 = _r$18;
									/* */ if (_2 === (14)) { $s = 49; continue; }
									/* */ if ((_2 === (11)) || (_2 === (10))) { $s = 50; continue; }
									/* */ $s = 51; continue;
									/* if (_2 === (14)) { */ case 49:
										_r$19 = v.Enum(); /* */ $s = 53; case 53: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
										_r$20 = _r$19.FullName(); /* */ $s = 54; case 54: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
										rs.recs = $append(rs.recs, $toNativeArray($kindString, ["MapValue", (_r$20)]));
										$s = 52; continue;
									/* } else if ((_2 === (11)) || (_2 === (10))) { */ case 50:
										_r$21 = v.Message(); /* */ $s = 55; case 55: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
										_r$22 = _r$21.FullName(); /* */ $s = 56; case 56: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
										rs.recs = $append(rs.recs, $toNativeArray($kindString, ["MapValue", (_r$22)]));
										$s = 52; continue;
									/* } else { */ case 51:
										_r$23 = v.Kind(); /* */ $s = 57; case 57: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
										_r$24 = new protoreflect.Kind(_r$23).String(); /* */ $s = 58; case 58: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
										rs.recs = $append(rs.recs, $toNativeArray($kindString, ["MapValue", _r$24]));
									/* } */ case 52:
								case 47:
							/* } */ case 46:
							$s = 38; continue;
						/* } else if (_1 === ("ContainingOneof")) { */ case 34:
							_r$25 = t$1.ContainingOneof(); /* */ $s = 59; case 59: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
							od = _r$25;
							/* */ if (!($interfaceIsEqual(od, $ifaceNil))) { $s = 60; continue; }
							/* */ $s = 61; continue;
							/* if (!($interfaceIsEqual(od, $ifaceNil))) { */ case 60:
								_r$26 = od.Name(); /* */ $s = 62; case 62: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
								rs.recs = $append(rs.recs, $toNativeArray($kindString, ["Oneof", (_r$26)]));
							/* } */ case 61:
							$s = 38; continue;
						/* } else if (_1 === ("ContainingMessage")) { */ case 35:
							_r$27 = t$1.IsExtension(); /* */ $s = 65; case 65: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
							/* */ if (_r$27) { $s = 63; continue; }
							/* */ $s = 64; continue;
							/* if (_r$27) { */ case 63:
								_r$28 = t$1.ContainingMessage(); /* */ $s = 66; case 66: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
								_r$29 = _r$28.FullName(); /* */ $s = 67; case 67: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
								rs.recs = $append(rs.recs, $toNativeArray($kindString, ["Extendee", (_r$29)]));
							/* } */ case 64:
							$s = 38; continue;
						/* } else if (_1 === ("Message")) { */ case 36:
							_r$30 = t$1.IsMap(); /* */ $s = 70; case 70: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
							/* */ if (!_r$30) { $s = 68; continue; }
							/* */ $s = 69; continue;
							/* if (!_r$30) { */ case 68:
								$r = rs.Append($clone(rv, reflect.Value), new sliceType([s])); /* */ $s = 71; case 71: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* } */ case 69:
							$s = 38; continue;
						/* } else { */ case 37:
							$r = rs.Append($clone(rv, reflect.Value), new sliceType([s])); /* */ $s = 72; case 72: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						/* } */ case 38:
					case 31:
					_i++;
				$s = 29; continue;
				case 30:
				$s = 28; continue;
			/* } else if ($assertType(_ref, protoreflect.OneofDescriptor, true)[1]) { */ case 26:
				t$2 = _ref;
				ss = sliceType.nil;
				_r$31 = t$2.Fields(); /* */ $s = 73; case 73: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				fs = _r$31;
				i = 0;
				/* while (true) { */ case 74:
					_r$32 = fs.Len(); /* */ $s = 76; case 76: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
					/* if (!(i < _r$32)) { break; } */ if(!(i < _r$32)) { $s = 75; continue; }
					_r$33 = fs.Get(i); /* */ $s = 77; case 77: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
					_r$34 = _r$33.Name(); /* */ $s = 78; case 78: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
					ss = $append(ss, (_r$34));
					i = i + (1) >> 0;
				$s = 74; continue;
				case 75:
				if (ss.$length > 0) {
					rs.recs = $append(rs.recs, $toNativeArray($kindString, ["Fields", "[" + joinStrings(ss, false) + "]"]));
				}
				$s = 28; continue;
			/* } else { */ case 27:
				t$3 = _ref;
				$r = rs.Append($clone(rv, reflect.Value), (_entry$1 = descriptorAccessors[reflect.Type.keyFor(rt)], _entry$1 !== undefined ? _entry$1.v : sliceType.nil)); /* */ $s = 79; case 79: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 28:
			_r$35 = $clone(rv, reflect.Value).MethodByName("GoType"); /* */ $s = 82; case 82: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
			_r$36 = $clone(_r$35, reflect.Value).IsValid(); /* */ $s = 83; case 83: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
			/* */ if (_r$36) { $s = 80; continue; }
			/* */ $s = 81; continue;
			/* if (_r$36) { */ case 80:
				$r = rs.Append($clone(rv, reflect.Value), new sliceType(["GoType"])); /* */ $s = 84; case 84: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 81:
		/* } */ case 10:
		_r$37 = rs.Join(); /* */ $s = 85; case 85: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
		$24r = start + _r$37 + end;
		$s = 86; case 86: return $24r;
		/* */ } return; } var $f = {$blk: formatDescOpt, $c: true, $r, $24r, _1, _2, _entry, _entry$1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tuple, allowMulti, end, fs, i, isFile, isRoot, k, od, rs, rt, rv, s, ss, start, t, t$1, t$2, t$3, v, $s};return $f;
	};
	records.ptr.prototype.Append = function(v, accessors) {
		var {_1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, a, accessors, isZero, m, n, ok, ok$1, rs, rv, s, v, v$1, v$2, v$3, v$4, v$5, v$6, v$7, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {v, accessors});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rs = this;
		_ref = accessors;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			a = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			rv = new reflect.Value.ptr(ptrType$8.nil, 0, 0);
			_r$8 = $clone(v, reflect.Value).MethodByName(a); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			m = _r$8;
			/* */ if ($clone(m, reflect.Value).IsValid()) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($clone(m, reflect.Value).IsValid()) { */ case 4:
				_r$9 = $clone(m, reflect.Value).Call(sliceType$3.nil); /* */ $s = 6; case 6: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				rv = (x = _r$9, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* } */ case 5:
			/* */ if (($clone(v, reflect.Value).Kind() === 25) && !$clone(rv, reflect.Value).IsValid()) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (($clone(v, reflect.Value).Kind() === 25) && !$clone(rv, reflect.Value).IsValid()) { */ case 7:
				_r$10 = $clone(v, reflect.Value).FieldByName(a); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				rv = _r$10;
			/* } */ case 8:
			/* */ if (!$clone(rv, reflect.Value).IsValid()) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!$clone(rv, reflect.Value).IsValid()) { */ case 10:
				_r$11 = fmt.Sprintf("unknown accessor: %v.%s", new sliceType$1([$clone(v, reflect.Value).Type(), new $String(a)])); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$panic(new $String(_r$11));
			/* } */ case 11:
			_r$12 = $clone(rv, reflect.Value).Interface(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_tuple = $assertType(_r$12, protoreflect.Value, true);
			ok = _tuple[1];
			/* */ if (ok) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (ok) { */ case 14:
				_r$13 = $clone(rv, reflect.Value).MethodByName("Interface"); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = $clone(_r$13, reflect.Value).Call(sliceType$3.nil); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				rv = (x$1 = _r$14, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
				/* */ if (!$clone(rv, reflect.Value).IsNil()) { $s = 18; continue; }
				/* */ $s = 19; continue;
				/* if (!$clone(rv, reflect.Value).IsNil()) { */ case 18:
					_r$15 = $clone(rv, reflect.Value).Elem(); /* */ $s = 20; case 20: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					rv = _r$15;
				/* } */ case 19:
			/* } */ case 15:
			isZero = false;
				_1 = $clone(rv, reflect.Value).Kind();
				/* */ if ((_1 === (20)) || (_1 === (23))) { $s = 22; continue; }
				/* */ if (_1 === (1)) { $s = 23; continue; }
				/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 24; continue; }
				/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11))) { $s = 25; continue; }
				/* */ if (_1 === (24)) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if ((_1 === (20)) || (_1 === (23))) { */ case 22:
					isZero = $clone(rv, reflect.Value).IsNil();
					$s = 27; continue;
				/* } else if (_1 === (1)) { */ case 23:
					isZero = $clone(rv, reflect.Value).Bool() === false;
					$s = 27; continue;
				/* } else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 24:
					isZero = (x$2 = $clone(rv, reflect.Value).Int(), (x$2.$high === 0 && x$2.$low === 0));
					$s = 27; continue;
				/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11))) { */ case 25:
					isZero = (x$3 = $clone(rv, reflect.Value).Uint(), (x$3.$high === 0 && x$3.$low === 0));
					$s = 27; continue;
				/* } else if (_1 === (24)) { */ case 26:
					_r$16 = $clone(rv, reflect.Value).String(); /* */ $s = 28; case 28: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					isZero = _r$16 === "";
				/* } */ case 27:
			case 21:
			_r$17 = $clone(rv, reflect.Value).Interface(); /* */ $s = 29; case 29: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_tuple$1 = $assertType(_r$17, list, true);
			n = _tuple$1[0];
			ok$1 = _tuple$1[1];
			/* */ if (ok$1) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (ok$1) { */ case 30:
				_r$18 = n.Len(); /* */ $s = 32; case 32: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				isZero = _r$18 === 0;
			/* } */ case 31:
			if (isZero) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			s = "";
			_r$19 = $clone(rv, reflect.Value).Interface(); /* */ $s = 33; case 33: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			v$1 = _r$19;
			_ref$1 = v$1;
			/* */ if ($assertType(_ref$1, list, true)[1]) { $s = 34; continue; }
			/* */ if ($assertType(_ref$1, protoreflect.FieldDescriptor, true)[1] || $assertType(_ref$1, protoreflect.OneofDescriptor, true)[1] || $assertType(_ref$1, protoreflect.EnumValueDescriptor, true)[1] || $assertType(_ref$1, protoreflect.MethodDescriptor, true)[1]) { $s = 35; continue; }
			/* */ if ($assertType(_ref$1, protoreflect.Descriptor, true)[1]) { $s = 36; continue; }
			/* */ if ($assertType(_ref$1, $String, true)[1]) { $s = 37; continue; }
			/* */ if ($assertType(_ref$1, sliceType$4, true)[1]) { $s = 38; continue; }
			/* */ $s = 39; continue;
			/* if ($assertType(_ref$1, list, true)[1]) { */ case 34:
				v$2 = _ref$1;
				_r$20 = formatListOpt(v$2, false, rs.allowMulti); /* */ $s = 41; case 41: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				s = _r$20;
				$s = 40; continue;
			/* } else if ($assertType(_ref$1, protoreflect.FieldDescriptor, true)[1] || $assertType(_ref$1, protoreflect.OneofDescriptor, true)[1] || $assertType(_ref$1, protoreflect.EnumValueDescriptor, true)[1] || $assertType(_ref$1, protoreflect.MethodDescriptor, true)[1]) { */ case 35:
				v$3 = _ref$1;
				_r$21 = $assertType(v$3, protoreflect.Descriptor).Name(); /* */ $s = 42; case 42: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				s = (_r$21);
				$s = 40; continue;
			/* } else if ($assertType(_ref$1, protoreflect.Descriptor, true)[1]) { */ case 36:
				v$4 = _ref$1;
				_r$22 = v$4.FullName(); /* */ $s = 43; case 43: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				s = (_r$22);
				$s = 40; continue;
			/* } else if ($assertType(_ref$1, $String, true)[1]) { */ case 37:
				v$5 = _ref$1.$val;
				s = strconv.Quote(v$5);
				$s = 40; continue;
			/* } else if ($assertType(_ref$1, sliceType$4, true)[1]) { */ case 38:
				v$6 = _ref$1.$val;
				_r$23 = fmt.Sprintf("%q", new sliceType$1([v$6])); /* */ $s = 44; case 44: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				s = _r$23;
				$s = 40; continue;
			/* } else { */ case 39:
				v$7 = _ref$1;
				_r$24 = fmt.Sprint(new sliceType$1([v$7])); /* */ $s = 45; case 45: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				s = _r$24;
			/* } */ case 40:
			rs.recs = $append(rs.recs, $toNativeArray($kindString, [a, s]));
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: records.ptr.prototype.Append, $c: true, $r, _1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, a, accessors, isZero, m, n, ok, ok$1, rs, rv, s, v, v$1, v$2, v$3, v$4, v$5, v$6, v$7, x, x$1, x$2, x$3, $s};return $f;
	};
	records.prototype.Append = function(v, accessors) { return this.$val.Append(v, accessors); };
	records.ptr.prototype.Join = function() {
		var {_i, _i$1, _ref, _ref$1, flush, i, isMulti, maxLen, r, r$1, rs, ss, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		maxLen = [maxLen];
		rs = [rs];
		ss = [ss];
		rs[0] = this;
		ss[0] = sliceType.nil;
		if (!rs[0].allowMulti) {
			_ref = rs[0].recs;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				r = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), arrayType$2);
				ss[0] = $append(ss[0], r[0] + formatColon(0) + r[1]);
				_i++;
			}
			$s = -1; return joinStrings(ss[0], false);
		}
		maxLen[0] = 0;
		flush = (function(maxLen, rs, ss) { return function(i) {
			var _i$1, _ref$1, i, r$1;
			_ref$1 = $subslice(rs[0].recs, ss[0].$length, i);
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				r$1 = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), arrayType$2);
				ss[0] = $append(ss[0], r$1[0] + formatColon(maxLen[0] - r$1[0].length >> 0) + r$1[1]);
				_i$1++;
			}
			maxLen[0] = 0;
		}; })(maxLen, rs, ss);
		_ref$1 = rs[0].recs;
		_i$1 = 0;
		/* while (true) { */ case 1:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 2; continue; }
			i = _i$1;
			r$1 = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), arrayType$2);
			isMulti = strings.Contains(r$1[1], "\n");
			/* */ if (isMulti) { $s = 3; continue; }
			/* */ if (maxLen[0] < r$1[0].length) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (isMulti) { */ case 3:
				$r = flush(i); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				ss[0] = $append(ss[0], r$1[0] + formatColon(0) + strings.Join(strings.Split(r$1[1], "\n"), "\n\t"));
				$s = 5; continue;
			/* } else if (maxLen[0] < r$1[0].length) { */ case 4:
				maxLen[0] = r$1[0].length;
			/* } */ case 5:
			_i$1++;
		$s = 1; continue;
		case 2:
		$r = flush(rs[0].recs.$length); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return joinStrings(ss[0], true);
		/* */ } return; } var $f = {$blk: records.ptr.prototype.Join, $c: true, $r, _i, _i$1, _ref, _ref$1, flush, i, isMulti, maxLen, r, r$1, rs, ss, $s};return $f;
	};
	records.prototype.Join = function() { return this.$val.Join(); };
	formatColon = function(padding) {
		var padding;
		if (detrand.Bool()) {
			return ":" + strings.Repeat("\xC2\xA0", 1 + padding >> 0);
		} else {
			return ":" + strings.Repeat(" ", 1 + padding >> 0);
		}
	};
	joinStrings = function(ss, isMulti) {
		var isMulti, ss;
		if (ss.$length === 0) {
			return "";
		}
		if (isMulti) {
			return "\n\t" + strings.Join(ss, "\n\t") + "\n";
		}
		return strings.Join(ss, ", ");
	};
	ptrType$9.methods = [{prop: "Append", name: "Append", pkg: "", typ: $funcType([reflect.Value, sliceType], [], true)}, {prop: "Join", name: "Join", pkg: "", typ: $funcType([], [$String], false)}];
	list.init([{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}]);
	records.init("google.golang.org/protobuf/internal/descfmt", [{prop: "recs", name: "recs", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "allowMulti", name: "allowMulti", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = detrand.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pragma.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = reflect.TypeOf((ptrType.nil)).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = reflect.TypeOf((ptrType$1.nil)).Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = reflect.TypeOf((ptrType$2.nil)).Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = reflect.TypeOf((ptrType$3.nil)).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = reflect.TypeOf((ptrType$4.nil)).Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = reflect.TypeOf((ptrType$5.nil)).Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.TypeOf((ptrType$6.nil)).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = reflect.TypeOf((ptrType$7.nil)).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		descriptorAccessors = $makeMap(reflect.Type.keyFor, [{ k: _r, v: new sliceType(["Path", "Package", "Imports", "Messages", "Enums", "Extensions", "Services"]) }, { k: _r$1, v: new sliceType(["IsMapEntry", "Fields", "Oneofs", "ReservedNames", "ReservedRanges", "RequiredNumbers", "ExtensionRanges", "Messages", "Enums", "Extensions"]) }, { k: _r$2, v: new sliceType(["Number", "Cardinality", "Kind", "HasJSONName", "JSONName", "HasPresence", "IsExtension", "IsPacked", "IsWeak", "IsList", "IsMap", "MapKey", "MapValue", "HasDefault", "Default", "ContainingOneof", "ContainingMessage", "Message", "Enum"]) }, { k: _r$3, v: new sliceType(["Fields"]) }, { k: _r$4, v: new sliceType(["Values", "ReservedNames", "ReservedRanges"]) }, { k: _r$5, v: new sliceType(["Number"]) }, { k: _r$6, v: new sliceType(["Methods"]) }, { k: _r$7, v: new sliceType(["Input", "Output", "IsStreamingClient", "IsStreamingServer"]) }]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/descopts"] = (function() {
	var $pkg = {}, $init, protoreflect;
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = protoreflect.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.File = $ifaceNil;
		$pkg.Enum = $ifaceNil;
		$pkg.EnumValue = $ifaceNil;
		$pkg.Message = $ifaceNil;
		$pkg.Field = $ifaceNil;
		$pkg.Oneof = $ifaceNil;
		$pkg.ExtensionRange = $ifaceNil;
		$pkg.Service = $ifaceNil;
		$pkg.Method = $ifaceNil;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/flags"] = (function() {
	var $pkg = {}, $init;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go/token"] = (function() {
	var $pkg = {}, $init, fmt, nosync, sort, strconv, unicode, utf8, tokens, keywords, init;
	fmt = $packages["fmt"];
	nosync = $packages["github.com/gopherjs/gopherjs/nosync"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	unicode = $packages["unicode"];
	utf8 = $packages["unicode/utf8"];
	init = function() {
		var _key, i;
		keywords = {};
		i = 61;
		while (true) {
			if (!(i < 86)) { break; }
			_key = ((i < 0 || i >= tokens.length) ? ($throwRuntimeError("index out of range"), undefined) : tokens[i]); (keywords || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: i };
			i = i + (1) >> 0;
		}
	};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = nosync.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		keywords = false;
		tokens = $toNativeArray($kindString, ["ILLEGAL", "EOF", "COMMENT", "", "IDENT", "INT", "FLOAT", "IMAG", "CHAR", "STRING", "", "", "+", "-", "*", "/", "%", "&", "|", "^", "<<", ">>", "&^", "+=", "-=", "*=", "/=", "%=", "&=", "|=", "^=", "<<=", ">>=", "&^=", "&&", "||", "<-", "++", "--", "==", "<", ">", "=", "!", "!=", "<=", ">=", ":=", "...", "(", "[", "{", ",", ".", ")", "]", "}", ";", ":", "", "", "break", "case", "chan", "const", "continue", "default", "defer", "else", "fallthrough", "for", "func", "go", "goto", "if", "import", "interface", "map", "package", "range", "return", "select", "struct", "switch", "type", "var", "", "", "~"]);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/strs"] = (function() {
	var $pkg = {}, $init, token, flags, protoreflect, strings, unicode, utf8, Builder, sliceType, interfaceType, ptrType, UnsafeString, EnforceUTF8, GoCamelCase, JSONCamelCase, MapEntryName, isASCIILower, isASCIIDigit;
	token = $packages["go/token"];
	flags = $packages["google.golang.org/protobuf/internal/flags"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	strings = $packages["strings"];
	unicode = $packages["unicode"];
	utf8 = $packages["unicode/utf8"];
	Builder = $pkg.Builder = $newType(0, $kindStruct, "strs.Builder", true, "google.golang.org/protobuf/internal/strs", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	sliceType = $sliceType($Uint8);
	interfaceType = $interfaceType([{prop: "EnforceUTF8", name: "EnforceUTF8", pkg: "", typ: $funcType([], [$Bool], false)}]);
	ptrType = $ptrType(Builder);
	UnsafeString = function(b) {
		var b;
		return ($bytesToString(b));
	};
	$pkg.UnsafeString = UnsafeString;
	Builder.ptr.prototype.AppendFullName = function(prefix, name) {
		var name, prefix;
		return new protoreflect.FullName(prefix).Append(name);
	};
	Builder.prototype.AppendFullName = function(prefix, name) { return this.$val.AppendFullName(prefix, name); };
	Builder.ptr.prototype.MakeString = function(b) {
		var b;
		return ($bytesToString(b));
	};
	Builder.prototype.MakeString = function(b) { return this.$val.MakeString(b); };
	EnforceUTF8 = function(fd) {
		var {$24r, $24r$1, _r, _r$1, _tuple, fd, fd$1, ok, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (false) { */ case 1:
			_tuple = $assertType(fd, interfaceType, true);
			fd$1 = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (ok) { */ case 3:
				_r = fd$1.EnforceUTF8(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
		/* } */ case 2:
		_r$1 = fd.Syntax(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1 === 3;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: EnforceUTF8, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, fd, fd$1, ok, $s};return $f;
	};
	$pkg.EnforceUTF8 = EnforceUTF8;
	GoCamelCase = function(s) {
		var b, c, i, s;
		b = sliceType.nil;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if ((c === 46) && (i + 1 >> 0) < s.length && isASCIILower(s.charCodeAt((i + 1 >> 0)))) {
			} else if ((c === 46)) {
				b = $append(b, 95);
			} else if ((c === 95) && ((i === 0) || (s.charCodeAt((i - 1 >> 0)) === 46))) {
				b = $append(b, 88);
			} else if ((c === 95) && (i + 1 >> 0) < s.length && isASCIILower(s.charCodeAt((i + 1 >> 0)))) {
			} else if (isASCIIDigit(c)) {
				b = $append(b, c);
			} else {
				if (isASCIILower(c)) {
					c = c - (32) << 24 >>> 24;
				}
				b = $append(b, c);
				while (true) {
					if (!((i + 1 >> 0) < s.length && isASCIILower(s.charCodeAt((i + 1 >> 0))))) { break; }
					b = $append(b, s.charCodeAt((i + 1 >> 0)));
					i = i + (1) >> 0;
				}
			}
			i = i + (1) >> 0;
		}
		return ($bytesToString(b));
	};
	$pkg.GoCamelCase = GoCamelCase;
	JSONCamelCase = function(s) {
		var b, c, i, s, wasUnderscore;
		b = sliceType.nil;
		wasUnderscore = false;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (!((c === 95))) {
				if (wasUnderscore && isASCIILower(c)) {
					c = c - (32) << 24 >>> 24;
				}
				b = $append(b, c);
			}
			wasUnderscore = c === 95;
			i = i + (1) >> 0;
		}
		return ($bytesToString(b));
	};
	$pkg.JSONCamelCase = JSONCamelCase;
	MapEntryName = function(s) {
		var _i, _ref, _rune, b, c, s, upperNext;
		b = sliceType.nil;
		upperNext = true;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			c = _rune[0];
			if ((c === 95)) {
				upperNext = true;
			} else if (upperNext) {
				b = $append(b, ((unicode.ToUpper(c) << 24 >>> 24)));
				upperNext = false;
			} else {
				b = $append(b, ((c << 24 >>> 24)));
			}
			_i += _rune[1];
		}
		b = $appendSlice(b, "Entry");
		return ($bytesToString(b));
	};
	$pkg.MapEntryName = MapEntryName;
	isASCIILower = function(c) {
		var c;
		return 97 <= c && c <= 122;
	};
	isASCIIDigit = function(c) {
		var c;
		return 48 <= c && c <= 57;
	};
	ptrType.methods = [{prop: "AppendFullName", name: "AppendFullName", pkg: "", typ: $funcType([protoreflect.FullName, protoreflect.Name], [protoreflect.FullName], false)}, {prop: "MakeString", name: "MakeString", pkg: "", typ: $funcType([sliceType], [$String], false)}];
	Builder.init("", []);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = token.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flags.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["unicode/utf16"] = (function() {
	var $pkg = {}, $init, sliceType$1, IsSurrogate, DecodeRune, Decode;
	sliceType$1 = $sliceType($Int32);
	IsSurrogate = function(r) {
		var r;
		return 55296 <= r && r < 57344;
	};
	$pkg.IsSurrogate = IsSurrogate;
	DecodeRune = function(r1, r2) {
		var r1, r2;
		if (55296 <= r1 && r1 < 56320 && 56320 <= r2 && r2 < 57344) {
			return ((((r1 - 55296 >> 0)) << 10 >> 0) | ((r2 - 56320 >> 0))) + 65536 >> 0;
		}
		return 65533;
	};
	$pkg.DecodeRune = DecodeRune;
	Decode = function(s) {
		var a, i, n, r, s, x, x$1, x$2;
		a = $makeSlice(sliceType$1, s.$length);
		n = 0;
		i = 0;
		while (true) {
			if (!(i < s.$length)) { break; }
			r = ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]);
			if ((r < 55296) || (57344 <= r)) {
				((n < 0 || n >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + n] = ((r >> 0)));
			} else if (55296 <= r && r < 56320 && (i + 1 >> 0) < s.$length && 56320 <= (x = i + 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) && (x$1 = i + 1 >> 0, ((x$1 < 0 || x$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x$1])) < 57344) {
				((n < 0 || n >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + n] = DecodeRune(((r >> 0)), (((x$2 = i + 1 >> 0, ((x$2 < 0 || x$2 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x$2])) >> 0))));
				i = i + (1) >> 0;
			} else {
				((n < 0 || n >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + n] = 65533);
			}
			n = n + (1) >> 0;
			i = i + (1) >> 0;
		}
		return $subslice(a, 0, n);
	};
	$pkg.Decode = Decode;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/encoding/text"] = (function() {
	var $pkg = {}, $init, bytes, fmt, detrand, errors, flags, strs, io, math, bits, strconv, strings, unicode, utf16, utf8, encType, Encoder, encoderState, Kind, NameKind, Token, number, Decoder, call, sliceType, sliceType$1, arrayType, ptrType, ptrType$1, sliceType$2, ptrType$2, boolLits, floatLits, otherCloseChar, _r, NewEncoder, appendString, indexNeedEscapeInString, appendFloat, indexNeedEscapeInBytes, UnmarshalString, parseNumber, NewDecoder, isTypeNameChar, parseIdent, consume, errId, isDelim;
	bytes = $packages["bytes"];
	fmt = $packages["fmt"];
	detrand = $packages["google.golang.org/protobuf/internal/detrand"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	flags = $packages["google.golang.org/protobuf/internal/flags"];
	strs = $packages["google.golang.org/protobuf/internal/strs"];
	io = $packages["io"];
	math = $packages["math"];
	bits = $packages["math/bits"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	unicode = $packages["unicode"];
	utf16 = $packages["unicode/utf16"];
	utf8 = $packages["unicode/utf8"];
	encType = $pkg.encType = $newType(1, $kindUint8, "text.encType", true, "google.golang.org/protobuf/internal/encoding/text", false, null);
	Encoder = $pkg.Encoder = $newType(0, $kindStruct, "text.Encoder", true, "google.golang.org/protobuf/internal/encoding/text", true, function(encoderState_, indent_, delims_, outputASCII_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.encoderState = new encoderState.ptr(0, sliceType$1.nil, sliceType$1.nil);
			this.indent = "";
			this.delims = arrayType.zero();
			this.outputASCII = false;
			return;
		}
		this.encoderState = encoderState_;
		this.indent = indent_;
		this.delims = delims_;
		this.outputASCII = outputASCII_;
	});
	encoderState = $pkg.encoderState = $newType(0, $kindStruct, "text.encoderState", true, "google.golang.org/protobuf/internal/encoding/text", false, function(lastType_, indents_, out_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.lastType = 0;
			this.indents = sliceType$1.nil;
			this.out = sliceType$1.nil;
			return;
		}
		this.lastType = lastType_;
		this.indents = indents_;
		this.out = out_;
	});
	Kind = $pkg.Kind = $newType(1, $kindUint8, "text.Kind", true, "google.golang.org/protobuf/internal/encoding/text", true, null);
	NameKind = $pkg.NameKind = $newType(1, $kindUint8, "text.NameKind", true, "google.golang.org/protobuf/internal/encoding/text", true, null);
	Token = $pkg.Token = $newType(0, $kindStruct, "text.Token", true, "google.golang.org/protobuf/internal/encoding/text", true, function(kind_, attrs_, numAttrs_, pos_, raw_, str_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.kind = 0;
			this.attrs = 0;
			this.numAttrs = 0;
			this.pos = 0;
			this.raw = sliceType$1.nil;
			this.str = "";
			return;
		}
		this.kind = kind_;
		this.attrs = attrs_;
		this.numAttrs = numAttrs_;
		this.pos = pos_;
		this.raw = raw_;
		this.str = str_;
	});
	number = $pkg.number = $newType(0, $kindStruct, "text.number", true, "google.golang.org/protobuf/internal/encoding/text", false, function(kind_, neg_, size_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.kind = 0;
			this.neg = false;
			this.size = 0;
			return;
		}
		this.kind = kind_;
		this.neg = neg_;
		this.size = size_;
	});
	Decoder = $pkg.Decoder = $newType(0, $kindStruct, "text.Decoder", true, "google.golang.org/protobuf/internal/encoding/text", true, function(lastCall_, lastToken_, lastErr_, openStack_, orig_, in$5_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.lastCall = 0;
			this.lastToken = new Token.ptr(0, 0, 0, 0, sliceType$1.nil, "");
			this.lastErr = $ifaceNil;
			this.openStack = sliceType$1.nil;
			this.orig = sliceType$1.nil;
			this.in$5 = sliceType$1.nil;
			return;
		}
		this.lastCall = lastCall_;
		this.lastToken = lastToken_;
		this.lastErr = lastErr_;
		this.openStack = openStack_;
		this.orig = orig_;
		this.in$5 = in$5_;
	});
	call = $pkg.call = $newType(1, $kindUint8, "text.call", true, "google.golang.org/protobuf/internal/encoding/text", false, null);
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 2);
	ptrType = $ptrType(Encoder);
	ptrType$1 = $ptrType(strconv.NumError);
	sliceType$2 = $sliceType($String);
	ptrType$2 = $ptrType(Decoder);
	NewEncoder = function(indent, delims, outputASCII) {
		var {$24r, $24r$1, _1, _r$1, _r$2, delims, e, indent, outputASCII, $s, $r, $c} = $restore(this, {indent, delims, outputASCII});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = new Encoder.ptr(new encoderState.ptr(0, sliceType$1.nil, sliceType$1.nil), "", arrayType.zero(), false);
		/* */ if (indent.length > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (indent.length > 0) { */ case 1:
			/* */ if (!(strings.Trim(indent, " \t") === "")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(strings.Trim(indent, " \t") === "")) { */ case 3:
				_r$1 = errors.New("indent may only be composed of space and tab characters", new sliceType([])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = [ptrType.nil, _r$1];
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			e.indent = indent;
		/* } */ case 2:
			_1 = $clone(delims, arrayType);
			/* */ if ($equal(_1, ($toNativeArray($kindUint8, [0, 0])), arrayType)) { $s = 8; continue; }
			/* */ if ($equal(_1, ($toNativeArray($kindUint8, [123, 125])), arrayType) || $equal(_1, ($toNativeArray($kindUint8, [60, 62])), arrayType)) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if ($equal(_1, ($toNativeArray($kindUint8, [0, 0])), arrayType)) { */ case 8:
				arrayType.copy(e.delims, $toNativeArray($kindUint8, [123, 125]));
				$s = 11; continue;
			/* } else if ($equal(_1, ($toNativeArray($kindUint8, [123, 125])), arrayType) || $equal(_1, ($toNativeArray($kindUint8, [60, 62])), arrayType)) { */ case 9:
				arrayType.copy(e.delims, delims);
				$s = 11; continue;
			/* } else { */ case 10:
				_r$2 = errors.New("delimiters may only be \"{}\" or \"<>\"", new sliceType([])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$1 = [ptrType.nil, _r$2];
				$s = 13; case 13: return $24r$1;
			/* } */ case 11:
		case 7:
		e.outputASCII = outputASCII;
		$s = -1; return [e, $ifaceNil];
		/* */ } return; } var $f = {$blk: NewEncoder, $c: true, $r, $24r, $24r$1, _1, _r$1, _r$2, delims, e, indent, outputASCII, $s};return $f;
	};
	$pkg.NewEncoder = NewEncoder;
	Encoder.ptr.prototype.Bytes = function() {
		var e;
		e = this;
		return e.encoderState.out;
	};
	Encoder.prototype.Bytes = function() { return this.$val.Bytes(); };
	Encoder.ptr.prototype.StartMessage = function() {
		var {e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(4); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = $append(e.encoderState.out, e.delims[0]);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.StartMessage, $c: true, $r, e, $s};return $f;
	};
	Encoder.prototype.StartMessage = function() { return this.$val.StartMessage(); };
	Encoder.ptr.prototype.EndMessage = function() {
		var {e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(8); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = $append(e.encoderState.out, e.delims[1]);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.EndMessage, $c: true, $r, e, $s};return $f;
	};
	Encoder.prototype.EndMessage = function() { return this.$val.EndMessage(); };
	Encoder.ptr.prototype.WriteName = function(s) {
		var {e, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(1); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = $appendSlice(e.encoderState.out, s);
		e.encoderState.out = $append(e.encoderState.out, 58);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteName, $c: true, $r, e, s, $s};return $f;
	};
	Encoder.prototype.WriteName = function(s) { return this.$val.WriteName(s); };
	Encoder.ptr.prototype.WriteBool = function(b) {
		var {b, e, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		/* */ if (b) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (b) { */ case 1:
			$r = e.WriteLiteral("true"); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			$r = e.WriteLiteral("false"); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteBool, $c: true, $r, b, e, $s};return $f;
	};
	Encoder.prototype.WriteBool = function(b) { return this.$val.WriteBool(b); };
	Encoder.ptr.prototype.WriteString = function(s) {
		var {e, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(2); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = appendString(e.encoderState.out, s, e.outputASCII);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteString, $c: true, $r, e, s, $s};return $f;
	};
	Encoder.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	appendString = function(out, in$1, outputASCII) {
		var _1, _2, _q, _q$1, _q$2, _q$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, i, i$1, in$1, n, out, outputASCII, r;
		out = $append(out, 34);
		i = indexNeedEscapeInString(in$1);
		_tmp = $substring(in$1, i);
		_tmp$1 = $appendSlice(out, $substring(in$1, 0, i));
		in$1 = _tmp;
		out = _tmp$1;
		while (true) {
			if (!(in$1.length > 0)) { break; }
			_tuple = utf8.DecodeRuneInString(in$1);
			r = _tuple[0];
			n = _tuple[1];
			if ((r === 65533) && (n === 1)) {
				r = ((in$1.charCodeAt(0) >> 0));
				out = $append(out, 92);
				_1 = r;
				if ((_1 === (34)) || (_1 === (92))) {
					out = $append(out, ((r << 24 >>> 24)));
				} else if (_1 === (10)) {
					out = $append(out, 110);
				} else if (_1 === (13)) {
					out = $append(out, 114);
				} else if (_1 === (9)) {
					out = $append(out, 116);
				} else {
					out = $append(out, 120);
					out = $appendSlice(out, $substring("00", (1 + (_q = ((bits.Len32(((r >>> 0))) - 1 >> 0)) / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0)));
					out = strconv.AppendUint(out, (new $Uint64(0, r)), 16);
				}
				in$1 = $substring(in$1, n);
			} else if (r < 32 || (r === 34) || (r === 92) || (r === 127)) {
				out = $append(out, 92);
				_2 = r;
				if ((_2 === (34)) || (_2 === (92))) {
					out = $append(out, ((r << 24 >>> 24)));
				} else if (_2 === (10)) {
					out = $append(out, 110);
				} else if (_2 === (13)) {
					out = $append(out, 114);
				} else if (_2 === (9)) {
					out = $append(out, 116);
				} else {
					out = $append(out, 120);
					out = $appendSlice(out, $substring("00", (1 + (_q$1 = ((bits.Len32(((r >>> 0))) - 1 >> 0)) / 4, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0)));
					out = strconv.AppendUint(out, (new $Uint64(0, r)), 16);
				}
				in$1 = $substring(in$1, n);
			} else if (r >= 128 && (outputASCII || r <= 159)) {
				out = $append(out, 92);
				if (r <= 65535) {
					out = $append(out, 117);
					out = $appendSlice(out, $substring("0000", (1 + (_q$2 = ((bits.Len32(((r >>> 0))) - 1 >> 0)) / 4, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0)));
					out = strconv.AppendUint(out, (new $Uint64(0, r)), 16);
				} else {
					out = $append(out, 85);
					out = $appendSlice(out, $substring("00000000", (1 + (_q$3 = ((bits.Len32(((r >>> 0))) - 1 >> 0)) / 4, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0)));
					out = strconv.AppendUint(out, (new $Uint64(0, r)), 16);
				}
				in$1 = $substring(in$1, n);
			} else {
				i$1 = indexNeedEscapeInString($substring(in$1, n));
				_tmp$2 = $substring(in$1, (n + i$1 >> 0));
				_tmp$3 = $appendSlice(out, $substring(in$1, 0, (n + i$1 >> 0)));
				in$1 = _tmp$2;
				out = _tmp$3;
			}
		}
		out = $append(out, 34);
		return out;
	};
	indexNeedEscapeInString = function(s) {
		var c, i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (c < 32 || (c === 34) || (c === 39) || (c === 92) || c >= 127) {
				return i;
			}
			i = i + (1) >> 0;
		}
		return s.length;
	};
	Encoder.ptr.prototype.WriteFloat = function(n, bitSize) {
		var {bitSize, e, n, $s, $r, $c} = $restore(this, {n, bitSize});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(2); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = appendFloat(e.encoderState.out, n, bitSize);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteFloat, $c: true, $r, bitSize, e, n, $s};return $f;
	};
	Encoder.prototype.WriteFloat = function(n, bitSize) { return this.$val.WriteFloat(n, bitSize); };
	appendFloat = function(out, n, bitSize) {
		var bitSize, n, out;
		if (math.IsNaN(n)) {
			return $appendSlice(out, "nan");
		} else if (math.IsInf(n, 1)) {
			return $appendSlice(out, "inf");
		} else if (math.IsInf(n, -1)) {
			return $appendSlice(out, "-inf");
		} else {
			return strconv.AppendFloat(out, n, 103, -1, bitSize);
		}
	};
	Encoder.ptr.prototype.WriteInt = function(n) {
		var {e, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(2); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = $appendSlice(e.encoderState.out, strconv.FormatInt(n, 10));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteInt, $c: true, $r, e, n, $s};return $f;
	};
	Encoder.prototype.WriteInt = function(n) { return this.$val.WriteInt(n); };
	Encoder.ptr.prototype.WriteUint = function(n) {
		var {e, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(2); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = $appendSlice(e.encoderState.out, strconv.FormatUint(n, 10));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteUint, $c: true, $r, e, n, $s};return $f;
	};
	Encoder.prototype.WriteUint = function(n) { return this.$val.WriteUint(n); };
	Encoder.ptr.prototype.WriteLiteral = function(s) {
		var {e, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = e.prepareNext(2); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.encoderState.out = $appendSlice(e.encoderState.out, s);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteLiteral, $c: true, $r, e, s, $s};return $f;
	};
	Encoder.prototype.WriteLiteral = function(s) { return this.$val.WriteLiteral(s); };
	Encoder.ptr.prototype.prepareNext = function(next) {
		var {e, next, $s, $deferred, $r, $c} = $restore(this, {next});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		e = [e];
		next = [next];
		e[0] = this;
		$deferred.push([(function(e, next) { return function() {
			e[0].encoderState.lastType = next[0];
		}; })(e, next), []]);
		/* */ if (e[0].indent.length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (e[0].indent.length === 0) { */ case 1:
			if (!((((e[0].encoderState.lastType & 10) >>> 0) === 0)) && (next[0] === 1)) {
				e[0].encoderState.out = $append(e[0].encoderState.out, 32);
				if (detrand.Bool()) {
					e[0].encoderState.out = $append(e[0].encoderState.out, 32);
				}
			}
			$s = 3; case 3: return;
		/* } */ case 2:
		if ((e[0].encoderState.lastType === 1)) {
			e[0].encoderState.out = $append(e[0].encoderState.out, 32);
			if (detrand.Bool()) {
				e[0].encoderState.out = $append(e[0].encoderState.out, 32);
			}
		} else if ((e[0].encoderState.lastType === 4) && !((next[0] === 8))) {
			e[0].encoderState.indents = $appendSlice(e[0].encoderState.indents, e[0].indent);
			e[0].encoderState.out = $append(e[0].encoderState.out, 10);
			e[0].encoderState.out = $appendSlice(e[0].encoderState.out, e[0].encoderState.indents);
		} else if (!((((e[0].encoderState.lastType & 10) >>> 0) === 0))) {
			if (next[0] === 8) {
				e[0].encoderState.indents = $subslice(e[0].encoderState.indents, 0, (e[0].encoderState.indents.$length - e[0].indent.length >> 0));
			}
			e[0].encoderState.out = $append(e[0].encoderState.out, 10);
			e[0].encoderState.out = $appendSlice(e[0].encoderState.out, e[0].encoderState.indents);
		}
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Encoder.ptr.prototype.prepareNext, $c: true, $r, e, next, $s, $deferred};return $f; } }
	};
	Encoder.prototype.prepareNext = function(next) { return this.$val.prepareNext(next); };
	Encoder.ptr.prototype.Snapshot = function() {
		var e;
		e = this;
		return e.encoderState;
	};
	Encoder.prototype.Snapshot = function() { return this.$val.Snapshot(); };
	Encoder.ptr.prototype.Reset = function(es) {
		var e, es;
		e = this;
		encoderState.copy(e.encoderState, es);
	};
	Encoder.prototype.Reset = function(es) { return this.$val.Reset(es); };
	Kind.prototype.String = function() {
		var {$24r, _1, _r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this.$val;
			_1 = t;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ if (_1 === (2)) { $s = 5; continue; }
			/* */ if (_1 === (4)) { $s = 6; continue; }
			/* */ if (_1 === (5)) { $s = 7; continue; }
			/* */ if (_1 === (6)) { $s = 8; continue; }
			/* */ if (_1 === (7)) { $s = 9; continue; }
			/* */ if (_1 === (8)) { $s = 10; continue; }
			/* */ if (_1 === (9)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (_1 === (0)) { */ case 2:
				$s = -1; return "<invalid>";
			/* } else if (_1 === (1)) { */ case 3:
				$s = -1; return "eof";
			/* } else if (_1 === (3)) { */ case 4:
				$s = -1; return "scalar";
			/* } else if (_1 === (2)) { */ case 5:
				$s = -1; return "name";
			/* } else if (_1 === (4)) { */ case 6:
				$s = -1; return "{";
			/* } else if (_1 === (5)) { */ case 7:
				$s = -1; return "}";
			/* } else if (_1 === (6)) { */ case 8:
				$s = -1; return "[";
			/* } else if (_1 === (7)) { */ case 9:
				$s = -1; return "]";
			/* } else if (_1 === (8)) { */ case 10:
				$s = -1; return ",";
			/* } else if (_1 === (9)) { */ case 11:
				$s = -1; return ";";
			/* } else { */ case 12:
				_r$1 = fmt.Sprintf("<invalid:%v>", new sliceType([new $Uint8(((t << 24 >>> 24)))])); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 15; case 15: return $24r;
			/* } */ case 13:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Kind.prototype.String, $c: true, $r, $24r, _1, _r$1, t, $s};return $f;
	};
	$ptrType(Kind).prototype.String = function() { return new Kind(this.$get()).String(); };
	NameKind.prototype.String = function() {
		var {$24r, _1, _r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this.$val;
			_1 = t;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return "IdentName";
			/* } else if (_1 === (2)) { */ case 3:
				$s = -1; return "TypeName";
			/* } else if (_1 === (3)) { */ case 4:
				$s = -1; return "FieldNumber";
			/* } else { */ case 5:
				_r$1 = fmt.Sprintf("<invalid:%v>", new sliceType([new $Uint8(((t << 24 >>> 24)))])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: NameKind.prototype.String, $c: true, $r, $24r, _1, _r$1, t, $s};return $f;
	};
	$ptrType(NameKind).prototype.String = function() { return new NameKind(this.$get()).String(); };
	Token.ptr.prototype.Kind = function() {
		var t;
		t = this;
		return t.kind;
	};
	Token.prototype.Kind = function() { return this.$val.Kind(); };
	Token.ptr.prototype.RawString = function() {
		var t;
		t = this;
		return ($bytesToString(t.raw));
	};
	Token.prototype.RawString = function() { return this.$val.RawString(); };
	Token.ptr.prototype.Pos = function() {
		var t;
		t = this;
		return t.pos;
	};
	Token.prototype.Pos = function() { return this.$val.Pos(); };
	Token.ptr.prototype.NameKind = function() {
		var {_r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (t.kind === 2) {
			$s = -1; return ((((t.attrs & ~128) << 24 >>> 24) << 24 >>> 24));
		}
		_r$1 = fmt.Sprintf("Token is not a Name type: %s", new sliceType([new Kind(t.kind)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$panic(new $String(_r$1));
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Token.ptr.prototype.NameKind, $c: true, $r, _r$1, t, $s};return $f;
	};
	Token.prototype.NameKind = function() { return this.$val.NameKind(); };
	Token.ptr.prototype.HasSeparator = function() {
		var {_r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (t.kind === 2) {
			$s = -1; return !((((t.attrs & 128) >>> 0) === 0));
		}
		_r$1 = fmt.Sprintf("Token is not a Name type: %s", new sliceType([new Kind(t.kind)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$panic(new $String(_r$1));
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: Token.ptr.prototype.HasSeparator, $c: true, $r, _r$1, t, $s};return $f;
	};
	Token.prototype.HasSeparator = function() { return this.$val.HasSeparator(); };
	Token.ptr.prototype.IdentName = function() {
		var {_r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ((t.kind === 2) && !((((t.attrs & 1) >>> 0) === 0))) {
			$s = -1; return ($bytesToString(t.raw));
		}
		_r$1 = fmt.Sprintf("Token is not an IdentName: %s:%s", new sliceType([new Kind(t.kind), new NameKind(((((t.attrs & ~128) << 24 >>> 24) << 24 >>> 24)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$panic(new $String(_r$1));
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Token.ptr.prototype.IdentName, $c: true, $r, _r$1, t, $s};return $f;
	};
	Token.prototype.IdentName = function() { return this.$val.IdentName(); };
	Token.ptr.prototype.TypeName = function() {
		var {_r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ((t.kind === 2) && !((((t.attrs & 2) >>> 0) === 0))) {
			$s = -1; return t.str;
		}
		_r$1 = fmt.Sprintf("Token is not a TypeName: %s:%s", new sliceType([new Kind(t.kind), new NameKind(((((t.attrs & ~128) << 24 >>> 24) << 24 >>> 24)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$panic(new $String(_r$1));
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Token.ptr.prototype.TypeName, $c: true, $r, _r$1, t, $s};return $f;
	};
	Token.prototype.TypeName = function() { return this.$val.TypeName(); };
	Token.ptr.prototype.FieldNumber = function() {
		var {_r$1, _tuple, num, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		/* */ if (!((t.kind === 2)) || (((t.attrs & 3) >>> 0) === 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((t.kind === 2)) || (((t.attrs & 3) >>> 0) === 0)) { */ case 1:
			_r$1 = fmt.Sprintf("Token is not a FieldNumber: %s:%s", new sliceType([new Kind(t.kind), new NameKind(((((t.attrs & ~128) << 24 >>> 24) << 24 >>> 24)))])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(_r$1));
		/* } */ case 2:
		_tuple = strconv.ParseInt(($bytesToString(t.raw)), 10, 32);
		num = _tuple[0];
		$s = -1; return (((num.$low + ((num.$high >> 31) * 4294967296)) >> 0));
		/* */ } return; } var $f = {$blk: Token.ptr.prototype.FieldNumber, $c: true, $r, _r$1, _tuple, num, t, $s};return $f;
	};
	Token.prototype.FieldNumber = function() { return this.$val.FieldNumber(); };
	Token.ptr.prototype.String = function() {
		var t;
		t = this;
		if (!((t.kind === 3)) || !((t.attrs === 2))) {
			return ["", false];
		}
		return [t.str, true];
	};
	Token.prototype.String = function() { return this.$val.String(); };
	Token.ptr.prototype.Enum = function() {
		var t, x;
		t = this;
		if (!((t.kind === 3)) || !((t.attrs === 3)) || (t.raw.$length > 0 && ((x = t.raw, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 45))) {
			return ["", false];
		}
		return [($bytesToString(t.raw)), true];
	};
	Token.prototype.Enum = function() { return this.$val.Enum(); };
	Token.ptr.prototype.Bool = function() {
		var _1, _2, _entry, _tuple, _tuple$1, b, err, n, ok, t, x, x$1;
		t = this;
		if (!((t.kind === 3))) {
			return [false, false];
		}
		_1 = t.attrs;
		if (_1 === (3)) {
			_tuple = (_entry = boolLits[$String.keyFor(($bytesToString(t.raw)))], _entry !== undefined ? [_entry.v, true] : [false, false]);
			b = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				return [b, true];
			}
		} else if (_1 === (1)) {
			_tuple$1 = strconv.ParseUint(t.str, 0, 64);
			n = _tuple$1[0];
			err = _tuple$1[1];
			if ($interfaceIsEqual(err, $ifaceNil)) {
				_2 = n;
				if ((x = new $Uint64(0, 0), (_2.$high === x.$high && _2.$low === x.$low))) {
					return [false, true];
				} else if ((x$1 = new $Uint64(0, 1), (_2.$high === x$1.$high && _2.$low === x$1.$low))) {
					return [true, true];
				}
			}
		}
		return [false, false];
	};
	Token.prototype.Bool = function() { return this.$val.Bool(); };
	Token.ptr.prototype.Uint64 = function() {
		var _tuple, err, n, t;
		t = this;
		if (!((t.kind === 3)) || !((t.attrs === 1)) || ((t.numAttrs & 128) >>> 0) > 0 || ((t.numAttrs & 4) >>> 0) > 0) {
			return [new $Uint64(0, 0), false];
		}
		_tuple = strconv.ParseUint(t.str, 0, 64);
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [new $Uint64(0, 0), false];
		}
		return [n, true];
	};
	Token.prototype.Uint64 = function() { return this.$val.Uint64(); };
	Token.ptr.prototype.Uint32 = function() {
		var _tuple, err, n, t;
		t = this;
		if (!((t.kind === 3)) || !((t.attrs === 1)) || ((t.numAttrs & 128) >>> 0) > 0 || ((t.numAttrs & 4) >>> 0) > 0) {
			return [0, false];
		}
		_tuple = strconv.ParseUint(t.str, 0, 32);
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [0, false];
		}
		return [((n.$low >>> 0)), true];
	};
	Token.prototype.Uint32 = function() { return this.$val.Uint32(); };
	Token.ptr.prototype.Int64 = function() {
		var _tuple, _tuple$1, err, err$1, n, n$1, t;
		t = this;
		if (!((t.kind === 3)) || !((t.attrs === 1)) || ((t.numAttrs & 4) >>> 0) > 0) {
			return [new $Int64(0, 0), false];
		}
		_tuple = strconv.ParseInt(t.str, 0, 64);
		n = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			return [n, true];
		}
		if (false && ((t.numAttrs === 1))) {
			_tuple$1 = strconv.ParseUint(t.str, 0, 64);
			n$1 = _tuple$1[0];
			err$1 = _tuple$1[1];
			if ($interfaceIsEqual(err$1, $ifaceNil)) {
				return [(new $Int64(n$1.$high, n$1.$low)), true];
			}
		}
		return [new $Int64(0, 0), false];
	};
	Token.prototype.Int64 = function() { return this.$val.Int64(); };
	Token.ptr.prototype.Int32 = function() {
		var _tuple, _tuple$1, err, err$1, n, n$1, t;
		t = this;
		if (!((t.kind === 3)) || !((t.attrs === 1)) || ((t.numAttrs & 4) >>> 0) > 0) {
			return [0, false];
		}
		_tuple = strconv.ParseInt(t.str, 0, 32);
		n = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			return [(((n.$low + ((n.$high >> 31) * 4294967296)) >> 0)), true];
		}
		if (false && ((t.numAttrs === 1))) {
			_tuple$1 = strconv.ParseUint(t.str, 0, 32);
			n$1 = _tuple$1[0];
			err$1 = _tuple$1[1];
			if ($interfaceIsEqual(err$1, $ifaceNil)) {
				return [((n$1.$low >> 0)), true];
			}
		}
		return [0, false];
	};
	Token.prototype.Int32 = function() { return this.$val.Int32(); };
	Token.ptr.prototype.Float64 = function() {
		var {_1, _entry, _r$1, _tuple, _tuple$1, err, f, n, nerr, ok, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (!((t.kind === 3))) {
			$s = -1; return [0, false];
		}
			_1 = t.attrs;
			/* */ if (_1 === (3)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (3)) { */ case 2:
				_r$1 = strings.ToLower(($bytesToString(t.raw))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = (_entry = floatLits[$String.keyFor(_r$1)], _entry !== undefined ? [_entry.v, true] : [0, false]);
				f = _tuple[0];
				ok = _tuple[1];
				if (ok) {
					$s = -1; return [f, true];
				}
				$s = 4; continue;
			/* } else if (_1 === (1)) { */ case 3:
				_tuple$1 = strconv.ParseFloat(t.str, 64);
				n = _tuple$1[0];
				err = _tuple$1[1];
				if ($interfaceIsEqual(err, $ifaceNil)) {
					$s = -1; return [n, true];
				}
				nerr = $assertType(err, ptrType$1);
				if ($interfaceIsEqual(nerr.Err, strconv.ErrRange)) {
					$s = -1; return [n, true];
				}
			/* } */ case 4:
		case 1:
		$s = -1; return [0, false];
		/* */ } return; } var $f = {$blk: Token.ptr.prototype.Float64, $c: true, $r, _1, _entry, _r$1, _tuple, _tuple$1, err, f, n, nerr, ok, t, $s};return $f;
	};
	Token.prototype.Float64 = function() { return this.$val.Float64(); };
	Token.ptr.prototype.Float32 = function() {
		var {_1, _entry, _r$1, _tuple, _tuple$1, err, f, n, nerr, ok, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (!((t.kind === 3))) {
			$s = -1; return [0, false];
		}
			_1 = t.attrs;
			/* */ if (_1 === (3)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (3)) { */ case 2:
				_r$1 = strings.ToLower(($bytesToString(t.raw))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = (_entry = floatLits[$String.keyFor(_r$1)], _entry !== undefined ? [_entry.v, true] : [0, false]);
				f = _tuple[0];
				ok = _tuple[1];
				if (ok) {
					$s = -1; return [($fround(f)), true];
				}
				$s = 4; continue;
			/* } else if (_1 === (1)) { */ case 3:
				_tuple$1 = strconv.ParseFloat(t.str, 64);
				n = _tuple$1[0];
				err = _tuple$1[1];
				if ($interfaceIsEqual(err, $ifaceNil)) {
					$s = -1; return [($fround(n)), true];
				}
				nerr = $assertType(err, ptrType$1);
				if ($interfaceIsEqual(nerr.Err, strconv.ErrRange)) {
					$s = -1; return [($fround(n)), true];
				}
			/* } */ case 4:
		case 1:
		$s = -1; return [0, false];
		/* */ } return; } var $f = {$blk: Token.ptr.prototype.Float32, $c: true, $r, _1, _entry, _r$1, _tuple, _tuple$1, err, f, n, nerr, ok, t, $s};return $f;
	};
	Token.prototype.Float32 = function() { return this.$val.Float32(); };
	Decoder.ptr.prototype.parseStringValue = function() {
		var {_r$1, _tuple, d, err, in0, s, ss, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		in0 = d.in$5;
		ss = sliceType$2.nil;
		/* while (true) { */ case 1:
			/* if (!(d.in$5.$length > 0 && (((x = d.in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 34) || ((x$1 = d.in$5, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) === 39)))) { break; } */ if(!(d.in$5.$length > 0 && (((x = d.in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 34) || ((x$1 = d.in$5, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) === 39)))) { $s = 2; continue; }
			_r$1 = d.parseString(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			s = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), err];
			}
			ss = $append(ss, s);
		$s = 1; continue;
		case 2:
		$s = -1; return [new Token.ptr(3, 2, 0, d.orig.$length - in0.$length >> 0, $subslice(in0, 0, (in0.$length - d.in$5.$length >> 0)), strings.Join(ss, "")), $ifaceNil];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseStringValue, $c: true, $r, _r$1, _tuple, d, err, in0, s, ss, x, x$1, $s};return $f;
	};
	Decoder.prototype.parseStringValue = function() { return this.$val.parseStringValue(); };
	Decoder.ptr.prototype.parseString = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, d, err, err$1, err$2, err$3, i, i$1, in$1, n, n$1, n$2, n$3, out, quote, r, r$1, r$2, v, v$1, v$2, v$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		in$1 = d.in$5;
		if (in$1.$length === 0) {
			$s = -1; return ["", $pkg.ErrUnexpectedEOF];
		}
		quote = (0 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 0]);
		in$1 = $subslice(in$1, 1);
		i = indexNeedEscapeInBytes(in$1);
		_tmp = $subslice(in$1, i);
		_tmp$1 = $subslice(in$1, 0, i, i);
		in$1 = _tmp;
		out = _tmp$1;
		/* while (true) { */ case 1:
			/* if (!(in$1.$length > 0)) { break; } */ if(!(in$1.$length > 0)) { $s = 2; continue; }
				_tuple = utf8.DecodeRune(in$1);
				r = _tuple[0];
				n = _tuple[1];
				/* */ if ((r === 65533) && (n === 1)) { $s = 4; continue; }
				/* */ if ((r === 0) || (r === 10)) { $s = 5; continue; }
				/* */ if ((r === ((quote >> 0)))) { $s = 6; continue; }
				/* */ if ((r === 92)) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if ((r === 65533) && (n === 1)) { */ case 4:
					_r$1 = d.newSyntaxError("invalid UTF-8 detected", new sliceType([])); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = ["", _r$1];
					$s = 11; case 11: return $24r;
				/* } else if ((r === 0) || (r === 10)) { */ case 5:
					_r$2 = d.newSyntaxError("invalid character %q in string", new sliceType([new $Int32(r)])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r$1 = ["", _r$2];
					$s = 13; case 13: return $24r$1;
				/* } else if ((r === ((quote >> 0)))) { */ case 6:
					in$1 = $subslice(in$1, 1);
					d.consume(d.in$5.$length - in$1.$length >> 0);
					$s = -1; return [($bytesToString(out)), $ifaceNil];
				/* } else if ((r === 92)) { */ case 7:
					if (in$1.$length < 2) {
						$s = -1; return ["", $pkg.ErrUnexpectedEOF];
					}
						r$1 = (1 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 1]);
						_1 = r$1;
						/* */ if ((_1 === (34)) || (_1 === (39)) || (_1 === (92)) || (_1 === (63))) { $s = 15; continue; }
						/* */ if (_1 === (97)) { $s = 16; continue; }
						/* */ if (_1 === (98)) { $s = 17; continue; }
						/* */ if (_1 === (110)) { $s = 18; continue; }
						/* */ if (_1 === (114)) { $s = 19; continue; }
						/* */ if (_1 === (116)) { $s = 20; continue; }
						/* */ if (_1 === (118)) { $s = 21; continue; }
						/* */ if (_1 === (102)) { $s = 22; continue; }
						/* */ if ((_1 === (48)) || (_1 === (49)) || (_1 === (50)) || (_1 === (51)) || (_1 === (52)) || (_1 === (53)) || (_1 === (54)) || (_1 === (55))) { $s = 23; continue; }
						/* */ if (_1 === (120)) { $s = 24; continue; }
						/* */ if ((_1 === (117)) || (_1 === (85))) { $s = 25; continue; }
						/* */ $s = 26; continue;
						/* if ((_1 === (34)) || (_1 === (39)) || (_1 === (92)) || (_1 === (63))) { */ case 15:
							_tmp$2 = $subslice(in$1, 2);
							_tmp$3 = $append(out, r$1);
							in$1 = _tmp$2;
							out = _tmp$3;
							$s = 27; continue;
						/* } else if (_1 === (97)) { */ case 16:
							_tmp$4 = $subslice(in$1, 2);
							_tmp$5 = $append(out, 7);
							in$1 = _tmp$4;
							out = _tmp$5;
							$s = 27; continue;
						/* } else if (_1 === (98)) { */ case 17:
							_tmp$6 = $subslice(in$1, 2);
							_tmp$7 = $append(out, 8);
							in$1 = _tmp$6;
							out = _tmp$7;
							$s = 27; continue;
						/* } else if (_1 === (110)) { */ case 18:
							_tmp$8 = $subslice(in$1, 2);
							_tmp$9 = $append(out, 10);
							in$1 = _tmp$8;
							out = _tmp$9;
							$s = 27; continue;
						/* } else if (_1 === (114)) { */ case 19:
							_tmp$10 = $subslice(in$1, 2);
							_tmp$11 = $append(out, 13);
							in$1 = _tmp$10;
							out = _tmp$11;
							$s = 27; continue;
						/* } else if (_1 === (116)) { */ case 20:
							_tmp$12 = $subslice(in$1, 2);
							_tmp$13 = $append(out, 9);
							in$1 = _tmp$12;
							out = _tmp$13;
							$s = 27; continue;
						/* } else if (_1 === (118)) { */ case 21:
							_tmp$14 = $subslice(in$1, 2);
							_tmp$15 = $append(out, 11);
							in$1 = _tmp$14;
							out = _tmp$15;
							$s = 27; continue;
						/* } else if (_1 === (102)) { */ case 22:
							_tmp$16 = $subslice(in$1, 2);
							_tmp$17 = $append(out, 12);
							in$1 = _tmp$16;
							out = _tmp$17;
							$s = 27; continue;
						/* } else if ((_1 === (48)) || (_1 === (49)) || (_1 === (50)) || (_1 === (51)) || (_1 === (52)) || (_1 === (53)) || (_1 === (54)) || (_1 === (55))) { */ case 23:
							n$1 = $subslice(in$1, 1).$length - bytes.TrimLeft($subslice(in$1, 1), "01234567").$length >> 0;
							if (n$1 > 3) {
								n$1 = 3;
							}
							_tuple$1 = strconv.ParseUint(($bytesToString($subslice(in$1, 1, (1 + n$1 >> 0)))), 8, 8);
							v = _tuple$1[0];
							err = _tuple$1[1];
							/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 28; continue; }
							/* */ $s = 29; continue;
							/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 28:
								_r$3 = d.newSyntaxError("invalid octal escape code %q in string", new sliceType([$subslice(in$1, 0, (1 + n$1 >> 0))])); /* */ $s = 30; case 30: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
								$24r$2 = ["", _r$3];
								$s = 31; case 31: return $24r$2;
							/* } */ case 29:
							_tmp$18 = $subslice(in$1, (1 + n$1 >> 0));
							_tmp$19 = $append(out, ((v.$low << 24 >>> 24)));
							in$1 = _tmp$18;
							out = _tmp$19;
							$s = 27; continue;
						/* } else if (_1 === (120)) { */ case 24:
							n$2 = $subslice(in$1, 2).$length - bytes.TrimLeft($subslice(in$1, 2), "0123456789abcdefABCDEF").$length >> 0;
							if (n$2 > 2) {
								n$2 = 2;
							}
							_tuple$2 = strconv.ParseUint(($bytesToString($subslice(in$1, 2, (2 + n$2 >> 0)))), 16, 8);
							v$1 = _tuple$2[0];
							err$1 = _tuple$2[1];
							/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 32; continue; }
							/* */ $s = 33; continue;
							/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 32:
								_r$4 = d.newSyntaxError("invalid hex escape code %q in string", new sliceType([$subslice(in$1, 0, (2 + n$2 >> 0))])); /* */ $s = 34; case 34: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
								$24r$3 = ["", _r$4];
								$s = 35; case 35: return $24r$3;
							/* } */ case 33:
							_tmp$20 = $subslice(in$1, (2 + n$2 >> 0));
							_tmp$21 = $append(out, ((v$1.$low << 24 >>> 24)));
							in$1 = _tmp$20;
							out = _tmp$21;
							$s = 27; continue;
						/* } else if ((_1 === (117)) || (_1 === (85))) { */ case 25:
							n$3 = 6;
							if (r$1 === 85) {
								n$3 = 10;
							}
							if (in$1.$length < n$3) {
								$s = -1; return ["", $pkg.ErrUnexpectedEOF];
							}
							_tuple$3 = strconv.ParseUint(($bytesToString($subslice(in$1, 2, n$3))), 16, 32);
							v$2 = _tuple$3[0];
							err$2 = _tuple$3[1];
							/* */ if ((0 < v$2.$high || (0 === v$2.$high && 1114111 < v$2.$low)) || !($interfaceIsEqual(err$2, $ifaceNil))) { $s = 36; continue; }
							/* */ $s = 37; continue;
							/* if ((0 < v$2.$high || (0 === v$2.$high && 1114111 < v$2.$low)) || !($interfaceIsEqual(err$2, $ifaceNil))) { */ case 36:
								_r$5 = d.newSyntaxError("invalid Unicode escape code %q in string", new sliceType([$subslice(in$1, 0, n$3)])); /* */ $s = 38; case 38: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
								$24r$4 = ["", _r$5];
								$s = 39; case 39: return $24r$4;
							/* } */ case 37:
							in$1 = $subslice(in$1, n$3);
							r$2 = ((v$2.$low >> 0));
							/* */ if (utf16.IsSurrogate(r$2)) { $s = 40; continue; }
							/* */ $s = 41; continue;
							/* if (utf16.IsSurrogate(r$2)) { */ case 40:
								if (in$1.$length < 6) {
									$s = -1; return ["", $pkg.ErrUnexpectedEOF];
								}
								_tuple$4 = strconv.ParseUint(($bytesToString($subslice(in$1, 2, 6))), 16, 16);
								v$3 = _tuple$4[0];
								err$3 = _tuple$4[1];
								r$2 = utf16.DecodeRune(r$2, ((v$3.$low >> 0)));
								/* */ if (!(((0 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 0]) === 92)) || !(((1 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 1]) === 117)) || (r$2 === 65533) || !($interfaceIsEqual(err$3, $ifaceNil))) { $s = 42; continue; }
								/* */ $s = 43; continue;
								/* if (!(((0 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 0]) === 92)) || !(((1 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 1]) === 117)) || (r$2 === 65533) || !($interfaceIsEqual(err$3, $ifaceNil))) { */ case 42:
									_r$6 = d.newSyntaxError("invalid Unicode escape code %q in string", new sliceType([$subslice(in$1, 0, 6)])); /* */ $s = 44; case 44: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
									$24r$5 = ["", _r$6];
									$s = 45; case 45: return $24r$5;
								/* } */ case 43:
								in$1 = $subslice(in$1, 6);
							/* } */ case 41:
							out = $appendSlice(out, ($encodeRune(r$2)));
							$s = 27; continue;
						/* } else { */ case 26:
							_r$7 = d.newSyntaxError("invalid escape code %q in string", new sliceType([$subslice(in$1, 0, 2)])); /* */ $s = 46; case 46: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
							$24r$6 = ["", _r$7];
							$s = 47; case 47: return $24r$6;
						/* } */ case 27:
					case 14:
					$s = 9; continue;
				/* } else { */ case 8:
					i$1 = indexNeedEscapeInBytes($subslice(in$1, n));
					_tmp$22 = $subslice(in$1, (n + i$1 >> 0));
					_tmp$23 = $appendSlice(out, $subslice(in$1, 0, (n + i$1 >> 0)));
					in$1 = _tmp$22;
					out = _tmp$23;
				/* } */ case 9:
			case 3:
		$s = 1; continue;
		case 2:
		$s = -1; return ["", $pkg.ErrUnexpectedEOF];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseString, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, d, err, err$1, err$2, err$3, i, i$1, in$1, n, n$1, n$2, n$3, out, quote, r, r$1, r$2, v, v$1, v$2, v$3, $s};return $f;
	};
	Decoder.prototype.parseString = function() { return this.$val.parseString(); };
	indexNeedEscapeInBytes = function(b) {
		var b;
		return indexNeedEscapeInString(strs.UnsafeString(b));
	};
	UnmarshalString = function(s) {
		var {$24r, _r$1, d, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = NewDecoder((new sliceType$1($stringToBytes(s))));
		_r$1 = d.parseString(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: UnmarshalString, $c: true, $r, $24r, _r$1, d, s, $s};return $f;
	};
	$pkg.UnmarshalString = UnmarshalString;
	Decoder.ptr.prototype.parseNumberValue = function() {
		var d, in$1, last, num, numAttrs, strSize, tok, x, x$1;
		d = this;
		in$1 = d.in$5;
		num = $clone(parseNumber(in$1), number);
		if (num.size === 0) {
			return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), false];
		}
		numAttrs = num.kind;
		if (num.neg) {
			numAttrs = (numAttrs | (128)) >>> 0;
		}
		strSize = num.size;
		last = num.size - 1 >> 0;
		if ((num.kind === 4) && (((x = d.in$5, ((last < 0 || last >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + last])) === 102) || ((x$1 = d.in$5, ((last < 0 || last >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + last])) === 70))) {
			strSize = last;
		}
		tok = new Token.ptr(3, 1, numAttrs, d.orig.$length - d.in$5.$length >> 0, $subslice(d.in$5, 0, num.size), ($bytesToString($subslice(d.in$5, 0, strSize))));
		d.consume(num.size);
		return [tok, true];
	};
	Decoder.prototype.parseNumberValue = function() { return this.$val.parseNumberValue(); };
	parseNumber = function(input) {
		var input, kind, n, n$1, n$2, n$3, n$4, neg, s, size;
		kind = 0;
		size = 0;
		neg = false;
		s = input;
		if (s.$length === 0) {
			return new number.ptr(0, false, 0);
		}
		if ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 45) {
			neg = true;
			s = $subslice(s, 1);
			size = size + (1) >> 0;
			if (s.$length === 0) {
				return new number.ptr(0, false, 0);
			}
		}
		if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 48)) {
			if (s.$length > 1) {
				if (((1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) === 120) || ((1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) === 88)) {
					kind = 1;
					n = 2;
					s = $subslice(s, 2);
					while (true) {
						if (!(s.$length > 0 && ((48 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 57) || (97 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 102) || (65 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 70)))) { break; }
						s = $subslice(s, 1);
						n = n + (1) >> 0;
					}
					if (n === 2) {
						return new number.ptr(0, false, 0);
					}
					size = size + (n) >> 0;
				} else if (48 <= (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) && (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) <= 55) {
					kind = 2;
					n$1 = 2;
					s = $subslice(s, 2);
					while (true) {
						if (!(s.$length > 0 && 48 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 55)) { break; }
						s = $subslice(s, 1);
						n$1 = n$1 + (1) >> 0;
					}
					size = size + (n$1) >> 0;
				}
				if (((kind & 3) >>> 0) > 0) {
					if (s.$length > 0 && !isDelim((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]))) {
						return new number.ptr(0, false, 0);
					}
					return new number.ptr(kind, neg, size);
				}
			}
			s = $subslice(s, 1);
			size = size + (1) >> 0;
		} else if (49 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 57) {
			n$2 = 1;
			s = $subslice(s, 1);
			while (true) {
				if (!(s.$length > 0 && 48 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 57)) { break; }
				s = $subslice(s, 1);
				n$2 = n$2 + (1) >> 0;
			}
			size = size + (n$2) >> 0;
		} else if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 46)) {
			kind = 4;
		} else {
			return new number.ptr(0, false, 0);
		}
		if (s.$length > 0 && ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 46)) {
			n$3 = 1;
			s = $subslice(s, 1);
			if ((s.$length === 0) && (kind === 4)) {
				return new number.ptr(0, false, 0);
			}
			while (true) {
				if (!(s.$length > 0 && 48 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 57)) { break; }
				s = $subslice(s, 1);
				n$3 = n$3 + (1) >> 0;
			}
			size = size + (n$3) >> 0;
			kind = 4;
		}
		if (s.$length >= 2 && (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 101) || ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 69))) {
			kind = 4;
			s = $subslice(s, 1);
			n$4 = 1;
			if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 43) || ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 45)) {
				s = $subslice(s, 1);
				n$4 = n$4 + (1) >> 0;
				if (s.$length === 0) {
					return new number.ptr(0, false, 0);
				}
			}
			while (true) {
				if (!(s.$length > 0 && 48 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 57)) { break; }
				s = $subslice(s, 1);
				n$4 = n$4 + (1) >> 0;
			}
			size = size + (n$4) >> 0;
		}
		if (s.$length > 0 && (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 102) || ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 70))) {
			kind = 4;
			s = $subslice(s, 1);
			size = size + (1) >> 0;
		}
		if (s.$length > 0 && !isDelim((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]))) {
			return new number.ptr(0, false, 0);
		}
		return new number.ptr(kind, neg, size);
	};
	NewDecoder = function(b) {
		var b;
		return new Decoder.ptr(0, new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $ifaceNil, sliceType$1.nil, b, b);
	};
	$pkg.NewDecoder = NewDecoder;
	Decoder.ptr.prototype.Peek = function() {
		var {$24r, _r$1, _tuple, d, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		d = [d];
		d[0] = this;
		$deferred.push([(function(d) { return function() {
			d[0].lastCall = 1;
		}; })(d), []]);
		/* */ if (d[0].lastCall === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (d[0].lastCall === 0) { */ case 1:
			_r$1 = d[0].Read(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			Token.copy(d[0].lastToken, _tuple[0]);
			d[0].lastErr = _tuple[1];
		/* } */ case 2:
		$24r = [d[0].lastToken, d[0].lastErr];
		$s = 4; case 4: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Decoder.ptr.prototype.Peek, $c: true, $r, $24r, _r$1, _tuple, d, $s, $deferred};return $f; } }
	};
	Decoder.prototype.Peek = function() { return this.$val.Peek(); };
	Decoder.ptr.prototype.Read = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, _1, _r$1, _r$2, _tuple, _tuple$1, d, err, tok, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		d = [d];
		d[0] = this;
		$deferred.push([(function(d) { return function() {
			d[0].lastCall = 0;
		}; })(d), []]);
		/* */ if (d[0].lastCall === 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (d[0].lastCall === 1) { */ case 1:
			$24r = [d[0].lastToken, d[0].lastErr];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		_r$1 = d[0].parseNext(d[0].lastToken.kind); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		tok = $clone(_tuple[0], Token);
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			$24r$1 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), err];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
			_1 = tok.kind;
			/* */ if ((_1 === (8)) || (_1 === (9))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if ((_1 === (8)) || (_1 === (9))) { */ case 9:
				_r$2 = d[0].parseNext(tok.kind); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				Token.copy(tok, _tuple$1[0]);
				err = _tuple$1[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 12:
					$24r$2 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), err];
					$s = 14; case 14: return $24r$2;
				/* } */ case 13:
			/* } */ case 10:
		case 8:
		Token.copy(d[0].lastToken, tok);
		$24r$3 = [tok, $ifaceNil];
		$s = 15; case 15: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Decoder.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _1, _r$1, _r$2, _tuple, _tuple$1, d, err, tok, $s, $deferred};return $f; } }
	};
	Decoder.prototype.Read = function() { return this.$val.Read(); };
	Decoder.ptr.prototype.parseNext = function(lastKind) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$16, $24r$17, $24r$18, $24r$19, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _10, _11, _12, _13, _14, _15, _16, _17, _18, _2, _3, _4, _5, _6, _7, _8, _9, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, ch, ch$1, ch$10, ch$11, ch$2, ch$3, ch$4, ch$5, ch$6, ch$7, ch$8, ch$9, closeCh, closeCh$1, closeCh$2, closeCh$3, closeCh$4, column, d, isEOF, lastKind, line, openKind, openKind$1, openKind$2, openKind$3, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {lastKind});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		d.consume(0);
		isEOF = false;
		if (d.in$5.$length === 0) {
			isEOF = true;
		}
			_1 = lastKind;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (0)) { $s = 3; continue; }
			/* */ if (_1 === (2)) { $s = 4; continue; }
			/* */ if (_1 === (3)) { $s = 5; continue; }
			/* */ if (_1 === (4)) { $s = 6; continue; }
			/* */ if (_1 === (5)) { $s = 7; continue; }
			/* */ if (_1 === (6)) { $s = 8; continue; }
			/* */ if (_1 === (7)) { $s = 9; continue; }
			/* */ if ((_1 === (8)) || (_1 === (9))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return [d.consumeToken(1, 0, 0), $ifaceNil];
			/* } else if (_1 === (0)) { */ case 3:
				if (isEOF) {
					$s = -1; return [d.consumeToken(1, 0, 0), $ifaceNil];
				}
				_r$1 = d.parseFieldName(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 13; case 13: return $24r;
			/* } else if (_1 === (2)) { */ case 4:
				if (isEOF) {
					$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
				}
					ch = (x = d.in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
					_2 = ch;
					/* */ if ((_2 === (123)) || (_2 === (60))) { $s = 15; continue; }
					/* */ if (_2 === (91)) { $s = 16; continue; }
					/* */ $s = 17; continue;
					/* if ((_2 === (123)) || (_2 === (60))) { */ case 15:
						d.pushOpenStack(ch);
						$s = -1; return [d.consumeToken(4, 1, 0), $ifaceNil];
					/* } else if (_2 === (91)) { */ case 16:
						d.pushOpenStack(ch);
						$s = -1; return [d.consumeToken(6, 1, 0), $ifaceNil];
					/* } else { */ case 17:
						_r$2 = d.parseScalar(); /* */ $s = 19; case 19: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						$24r$1 = _r$2;
						$s = 20; case 20: return $24r$1;
					/* } */ case 18:
				case 14:
				$s = 11; continue;
			/* } else if (_1 === (3)) { */ case 5:
				_r$3 = d.currentOpenKind(); /* */ $s = 21; case 21: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple = _r$3;
				openKind = _tuple[0];
				closeCh = _tuple[1];
					_3 = openKind;
					/* */ if (_3 === (0)) { $s = 23; continue; }
					/* */ if (_3 === (4)) { $s = 24; continue; }
					/* */ if (_3 === (6)) { $s = 25; continue; }
					/* */ $s = 26; continue;
					/* if (_3 === (0)) { */ case 23:
						if (isEOF) {
							$s = -1; return [d.consumeToken(1, 0, 0), $ifaceNil];
						}
							_4 = (x$1 = d.in$5, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
							/* */ if (_4 === (44)) { $s = 28; continue; }
							/* */ if (_4 === (59)) { $s = 29; continue; }
							/* */ $s = 30; continue;
							/* if (_4 === (44)) { */ case 28:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else if (_4 === (59)) { */ case 29:
								$s = -1; return [d.consumeToken(9, 1, 0), $ifaceNil];
							/* } else { */ case 30:
								_r$4 = d.parseFieldName(); /* */ $s = 32; case 32: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
								$24r$2 = _r$4;
								$s = 33; case 33: return $24r$2;
							/* } */ case 31:
						case 27:
						$s = 26; continue;
					/* } else if (_3 === (4)) { */ case 24:
						if (isEOF) {
							$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
						}
							ch$1 = (x$2 = d.in$5, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0]));
							_5 = ch$1;
							/* */ if (_5 === (closeCh)) { $s = 35; continue; }
							/* */ if (_5 === ((_entry = otherCloseChar[$Uint8.keyFor(closeCh)], _entry !== undefined ? _entry.v : 0))) { $s = 36; continue; }
							/* */ if (_5 === (44)) { $s = 37; continue; }
							/* */ if (_5 === (59)) { $s = 38; continue; }
							/* */ $s = 39; continue;
							/* if (_5 === (closeCh)) { */ case 35:
								d.popOpenStack();
								$s = -1; return [d.consumeToken(5, 1, 0), $ifaceNil];
							/* } else if (_5 === ((_entry = otherCloseChar[$Uint8.keyFor(closeCh)], _entry !== undefined ? _entry.v : 0))) { */ case 36:
								_r$5 = d.newSyntaxError("mismatched close character %q", new sliceType([new $Uint8(ch$1)])); /* */ $s = 41; case 41: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
								$24r$3 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$5];
								$s = 42; case 42: return $24r$3;
							/* } else if (_5 === (44)) { */ case 37:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else if (_5 === (59)) { */ case 38:
								$s = -1; return [d.consumeToken(9, 1, 0), $ifaceNil];
							/* } else { */ case 39:
								_r$6 = d.parseFieldName(); /* */ $s = 43; case 43: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
								$24r$4 = _r$6;
								$s = 44; case 44: return $24r$4;
							/* } */ case 40:
						case 34:
						$s = 26; continue;
					/* } else if (_3 === (6)) { */ case 25:
						if (isEOF) {
							$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
						}
							ch$2 = (x$3 = d.in$5, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0]));
							_6 = ch$2;
							/* */ if (_6 === (93)) { $s = 46; continue; }
							/* */ if (_6 === (44)) { $s = 47; continue; }
							/* */ $s = 48; continue;
							/* if (_6 === (93)) { */ case 46:
								d.popOpenStack();
								$s = -1; return [d.consumeToken(7, 1, 0), $ifaceNil];
							/* } else if (_6 === (44)) { */ case 47:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else { */ case 48:
								_r$7 = d.newSyntaxError("unexpected character %q", new sliceType([new $Uint8(ch$2)])); /* */ $s = 50; case 50: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
								$24r$5 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$7];
								$s = 51; case 51: return $24r$5;
							/* } */ case 49:
						case 45:
					/* } */ case 26:
				case 22:
				$s = 11; continue;
			/* } else if (_1 === (4)) { */ case 6:
				if (isEOF) {
					$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
				}
				_r$8 = d.currentOpenKind(); /* */ $s = 52; case 52: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_tuple$1 = _r$8;
				closeCh$1 = _tuple$1[1];
					ch$3 = (x$4 = d.in$5, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0]));
					_7 = ch$3;
					/* */ if (_7 === (closeCh$1)) { $s = 54; continue; }
					/* */ if (_7 === ((_entry$1 = otherCloseChar[$Uint8.keyFor(closeCh$1)], _entry$1 !== undefined ? _entry$1.v : 0))) { $s = 55; continue; }
					/* */ $s = 56; continue;
					/* if (_7 === (closeCh$1)) { */ case 54:
						d.popOpenStack();
						$s = -1; return [d.consumeToken(5, 1, 0), $ifaceNil];
					/* } else if (_7 === ((_entry$1 = otherCloseChar[$Uint8.keyFor(closeCh$1)], _entry$1 !== undefined ? _entry$1.v : 0))) { */ case 55:
						_r$9 = d.newSyntaxError("mismatched close character %q", new sliceType([new $Uint8(ch$3)])); /* */ $s = 58; case 58: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						$24r$6 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$9];
						$s = 59; case 59: return $24r$6;
					/* } else { */ case 56:
						_r$10 = d.parseFieldName(); /* */ $s = 60; case 60: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						$24r$7 = _r$10;
						$s = 61; case 61: return $24r$7;
					/* } */ case 57:
				case 53:
				$s = 11; continue;
			/* } else if (_1 === (5)) { */ case 7:
				_r$11 = d.currentOpenKind(); /* */ $s = 62; case 62: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_tuple$2 = _r$11;
				openKind$1 = _tuple$2[0];
				closeCh$2 = _tuple$2[1];
					_8 = openKind$1;
					/* */ if (_8 === (0)) { $s = 64; continue; }
					/* */ if (_8 === (4)) { $s = 65; continue; }
					/* */ if (_8 === (6)) { $s = 66; continue; }
					/* */ $s = 67; continue;
					/* if (_8 === (0)) { */ case 64:
						if (isEOF) {
							$s = -1; return [d.consumeToken(1, 0, 0), $ifaceNil];
						}
							ch$4 = (x$5 = d.in$5, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0]));
							_9 = ch$4;
							/* */ if (_9 === (44)) { $s = 69; continue; }
							/* */ if (_9 === (59)) { $s = 70; continue; }
							/* */ $s = 71; continue;
							/* if (_9 === (44)) { */ case 69:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else if (_9 === (59)) { */ case 70:
								$s = -1; return [d.consumeToken(9, 1, 0), $ifaceNil];
							/* } else { */ case 71:
								_r$12 = d.parseFieldName(); /* */ $s = 73; case 73: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
								$24r$8 = _r$12;
								$s = 74; case 74: return $24r$8;
							/* } */ case 72:
						case 68:
						$s = 67; continue;
					/* } else if (_8 === (4)) { */ case 65:
						if (isEOF) {
							$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
						}
							ch$5 = (x$6 = d.in$5, (0 >= x$6.$length ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + 0]));
							_10 = ch$5;
							/* */ if (_10 === (closeCh$2)) { $s = 76; continue; }
							/* */ if (_10 === ((_entry$2 = otherCloseChar[$Uint8.keyFor(closeCh$2)], _entry$2 !== undefined ? _entry$2.v : 0))) { $s = 77; continue; }
							/* */ if (_10 === (44)) { $s = 78; continue; }
							/* */ if (_10 === (59)) { $s = 79; continue; }
							/* */ $s = 80; continue;
							/* if (_10 === (closeCh$2)) { */ case 76:
								d.popOpenStack();
								$s = -1; return [d.consumeToken(5, 1, 0), $ifaceNil];
							/* } else if (_10 === ((_entry$2 = otherCloseChar[$Uint8.keyFor(closeCh$2)], _entry$2 !== undefined ? _entry$2.v : 0))) { */ case 77:
								_r$13 = d.newSyntaxError("mismatched close character %q", new sliceType([new $Uint8(ch$5)])); /* */ $s = 82; case 82: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
								$24r$9 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$13];
								$s = 83; case 83: return $24r$9;
							/* } else if (_10 === (44)) { */ case 78:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else if (_10 === (59)) { */ case 79:
								$s = -1; return [d.consumeToken(9, 1, 0), $ifaceNil];
							/* } else { */ case 80:
								_r$14 = d.parseFieldName(); /* */ $s = 84; case 84: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
								$24r$10 = _r$14;
								$s = 85; case 85: return $24r$10;
							/* } */ case 81:
						case 75:
						$s = 67; continue;
					/* } else if (_8 === (6)) { */ case 66:
						if (isEOF) {
							$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
						}
							ch$6 = (x$7 = d.in$5, (0 >= x$7.$length ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + 0]));
							_11 = ch$6;
							/* */ if (_11 === (closeCh$2)) { $s = 87; continue; }
							/* */ if (_11 === (44)) { $s = 88; continue; }
							/* */ $s = 89; continue;
							/* if (_11 === (closeCh$2)) { */ case 87:
								d.popOpenStack();
								$s = -1; return [d.consumeToken(7, 1, 0), $ifaceNil];
							/* } else if (_11 === (44)) { */ case 88:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else { */ case 89:
								_r$15 = d.newSyntaxError("unexpected character %q", new sliceType([new $Uint8(ch$6)])); /* */ $s = 91; case 91: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
								$24r$11 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$15];
								$s = 92; case 92: return $24r$11;
							/* } */ case 90:
						case 86:
					/* } */ case 67:
				case 63:
				$s = 11; continue;
			/* } else if (_1 === (6)) { */ case 8:
				if (isEOF) {
					$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
				}
					ch$7 = (x$8 = d.in$5, (0 >= x$8.$length ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + 0]));
					_12 = ch$7;
					/* */ if (_12 === (93)) { $s = 94; continue; }
					/* */ if ((_12 === (123)) || (_12 === (60))) { $s = 95; continue; }
					/* */ $s = 96; continue;
					/* if (_12 === (93)) { */ case 94:
						d.popOpenStack();
						$s = -1; return [d.consumeToken(7, 1, 0), $ifaceNil];
					/* } else if ((_12 === (123)) || (_12 === (60))) { */ case 95:
						d.pushOpenStack(ch$7);
						$s = -1; return [d.consumeToken(4, 1, 0), $ifaceNil];
					/* } else { */ case 96:
						_r$16 = d.parseScalar(); /* */ $s = 98; case 98: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
						$24r$12 = _r$16;
						$s = 99; case 99: return $24r$12;
					/* } */ case 97:
				case 93:
				$s = 11; continue;
			/* } else if (_1 === (7)) { */ case 9:
				_r$17 = d.currentOpenKind(); /* */ $s = 100; case 100: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_tuple$3 = _r$17;
				openKind$2 = _tuple$3[0];
				closeCh$3 = _tuple$3[1];
					_13 = openKind$2;
					/* */ if (_13 === (0)) { $s = 102; continue; }
					/* */ if (_13 === (4)) { $s = 103; continue; }
					/* */ $s = 104; continue;
					/* if (_13 === (0)) { */ case 102:
						if (isEOF) {
							$s = -1; return [d.consumeToken(1, 0, 0), $ifaceNil];
						}
							ch$8 = (x$9 = d.in$5, (0 >= x$9.$length ? ($throwRuntimeError("index out of range"), undefined) : x$9.$array[x$9.$offset + 0]));
							_14 = ch$8;
							/* */ if (_14 === (44)) { $s = 106; continue; }
							/* */ if (_14 === (59)) { $s = 107; continue; }
							/* */ $s = 108; continue;
							/* if (_14 === (44)) { */ case 106:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else if (_14 === (59)) { */ case 107:
								$s = -1; return [d.consumeToken(9, 1, 0), $ifaceNil];
							/* } else { */ case 108:
								_r$18 = d.parseFieldName(); /* */ $s = 110; case 110: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
								$24r$13 = _r$18;
								$s = 111; case 111: return $24r$13;
							/* } */ case 109:
						case 105:
						$s = 104; continue;
					/* } else if (_13 === (4)) { */ case 103:
						if (isEOF) {
							$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
						}
							ch$9 = (x$10 = d.in$5, (0 >= x$10.$length ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + 0]));
							_15 = ch$9;
							/* */ if (_15 === (closeCh$3)) { $s = 113; continue; }
							/* */ if (_15 === ((_entry$3 = otherCloseChar[$Uint8.keyFor(closeCh$3)], _entry$3 !== undefined ? _entry$3.v : 0))) { $s = 114; continue; }
							/* */ if (_15 === (44)) { $s = 115; continue; }
							/* */ if (_15 === (59)) { $s = 116; continue; }
							/* */ $s = 117; continue;
							/* if (_15 === (closeCh$3)) { */ case 113:
								d.popOpenStack();
								$s = -1; return [d.consumeToken(5, 1, 0), $ifaceNil];
							/* } else if (_15 === ((_entry$3 = otherCloseChar[$Uint8.keyFor(closeCh$3)], _entry$3 !== undefined ? _entry$3.v : 0))) { */ case 114:
								_r$19 = d.newSyntaxError("mismatched close character %q", new sliceType([new $Uint8(ch$9)])); /* */ $s = 119; case 119: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
								$24r$14 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$19];
								$s = 120; case 120: return $24r$14;
							/* } else if (_15 === (44)) { */ case 115:
								$s = -1; return [d.consumeToken(8, 1, 0), $ifaceNil];
							/* } else if (_15 === (59)) { */ case 116:
								$s = -1; return [d.consumeToken(9, 1, 0), $ifaceNil];
							/* } else { */ case 117:
								_r$20 = d.parseFieldName(); /* */ $s = 121; case 121: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
								$24r$15 = _r$20;
								$s = 122; case 122: return $24r$15;
							/* } */ case 118:
						case 112:
					/* } */ case 104:
				case 101:
				$s = 11; continue;
			/* } else if ((_1 === (8)) || (_1 === (9))) { */ case 10:
				_r$21 = d.currentOpenKind(); /* */ $s = 123; case 123: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_tuple$4 = _r$21;
				openKind$3 = _tuple$4[0];
				closeCh$4 = _tuple$4[1];
					_16 = openKind$3;
					/* */ if (_16 === (0)) { $s = 125; continue; }
					/* */ if (_16 === (4)) { $s = 126; continue; }
					/* */ if (_16 === (6)) { $s = 127; continue; }
					/* */ $s = 128; continue;
					/* if (_16 === (0)) { */ case 125:
						if (isEOF) {
							$s = -1; return [d.consumeToken(1, 0, 0), $ifaceNil];
						}
						_r$22 = d.parseFieldName(); /* */ $s = 129; case 129: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
						$24r$16 = _r$22;
						$s = 130; case 130: return $24r$16;
					/* } else if (_16 === (4)) { */ case 126:
						if (isEOF) {
							$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
						}
							ch$10 = (x$11 = d.in$5, (0 >= x$11.$length ? ($throwRuntimeError("index out of range"), undefined) : x$11.$array[x$11.$offset + 0]));
							_17 = ch$10;
							/* */ if (_17 === (closeCh$4)) { $s = 132; continue; }
							/* */ if (_17 === ((_entry$4 = otherCloseChar[$Uint8.keyFor(closeCh$4)], _entry$4 !== undefined ? _entry$4.v : 0))) { $s = 133; continue; }
							/* */ $s = 134; continue;
							/* if (_17 === (closeCh$4)) { */ case 132:
								d.popOpenStack();
								$s = -1; return [d.consumeToken(5, 1, 0), $ifaceNil];
							/* } else if (_17 === ((_entry$4 = otherCloseChar[$Uint8.keyFor(closeCh$4)], _entry$4 !== undefined ? _entry$4.v : 0))) { */ case 133:
								_r$23 = d.newSyntaxError("mismatched close character %q", new sliceType([new $Uint8(ch$10)])); /* */ $s = 136; case 136: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
								$24r$17 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$23];
								$s = 137; case 137: return $24r$17;
							/* } else { */ case 134:
								_r$24 = d.parseFieldName(); /* */ $s = 138; case 138: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
								$24r$18 = _r$24;
								$s = 139; case 139: return $24r$18;
							/* } */ case 135:
						case 131:
						$s = 128; continue;
					/* } else if (_16 === (6)) { */ case 127:
						if (lastKind === 9) {
							/* break; */ $s = 124; continue;
						}
						if (isEOF) {
							$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
						}
							ch$11 = (x$12 = d.in$5, (0 >= x$12.$length ? ($throwRuntimeError("index out of range"), undefined) : x$12.$array[x$12.$offset + 0]));
							_18 = ch$11;
							/* */ if ((_18 === (123)) || (_18 === (60))) { $s = 141; continue; }
							/* */ $s = 142; continue;
							/* if ((_18 === (123)) || (_18 === (60))) { */ case 141:
								d.pushOpenStack(ch$11);
								$s = -1; return [d.consumeToken(4, 1, 0), $ifaceNil];
							/* } else { */ case 142:
								_r$25 = d.parseScalar(); /* */ $s = 144; case 144: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
								$24r$19 = _r$25;
								$s = 145; case 145: return $24r$19;
							/* } */ case 143:
						case 140:
					/* } */ case 128:
				case 124:
			/* } */ case 11:
		case 1:
		_tuple$5 = d.Position(d.orig.$length - d.in$5.$length >> 0);
		line = _tuple$5[0];
		column = _tuple$5[1];
		_r$26 = fmt.Sprintf("Decoder.parseNext: bug at handling line %d:%d with lastKind=%v", new sliceType([new $Int(line), new $Int(column), new Kind(lastKind)])); /* */ $s = 146; case 146: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
		$panic(new $String(_r$26));
		$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $ifaceNil];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseNext, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$16, $24r$17, $24r$18, $24r$19, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _10, _11, _12, _13, _14, _15, _16, _17, _18, _2, _3, _4, _5, _6, _7, _8, _9, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, ch, ch$1, ch$10, ch$11, ch$2, ch$3, ch$4, ch$5, ch$6, ch$7, ch$8, ch$9, closeCh, closeCh$1, closeCh$2, closeCh$3, closeCh$4, column, d, isEOF, lastKind, line, openKind, openKind$1, openKind$2, openKind$3, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	Decoder.prototype.parseNext = function(lastKind) { return this.$val.parseNext(lastKind); };
	Decoder.ptr.prototype.currentOpenKind = function() {
		var {_1, _r$1, d, openCh, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		if (d.openStack.$length === 0) {
			$s = -1; return [0, 0];
		}
		openCh = (x = d.openStack, x$1 = d.openStack.$length - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		_1 = openCh;
		if (_1 === (123)) {
			$s = -1; return [4, 125];
		} else if (_1 === (60)) {
			$s = -1; return [4, 62];
		} else if (_1 === (91)) {
			$s = -1; return [6, 93];
		}
		_r$1 = fmt.Sprintf("Decoder: openStack contains invalid byte %c", new sliceType([new $Uint8(openCh)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$panic(new $String(_r$1));
		$s = -1; return [0, 0];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.currentOpenKind, $c: true, $r, _1, _r$1, d, openCh, x, x$1, $s};return $f;
	};
	Decoder.prototype.currentOpenKind = function() { return this.$val.currentOpenKind(); };
	Decoder.ptr.prototype.pushOpenStack = function(ch) {
		var ch, d;
		d = this;
		d.openStack = $append(d.openStack, ch);
	};
	Decoder.prototype.pushOpenStack = function(ch) { return this.$val.pushOpenStack(ch); };
	Decoder.ptr.prototype.popOpenStack = function() {
		var d;
		d = this;
		d.openStack = $subslice(d.openStack, 0, (d.openStack.$length - 1 >> 0));
	};
	Decoder.prototype.popOpenStack = function() { return this.$val.popOpenStack(); };
	Decoder.ptr.prototype.parseFieldName = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, d, err, err$1, num, size, tok, x, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		d = [d];
		err = [err];
		tok = [tok];
		tok[0] = new Token.ptr(0, 0, 0, 0, sliceType$1.nil, "");
		err[0] = $ifaceNil;
		d[0] = this;
		$deferred.push([(function(d, err, tok) { return function() {
			if ($interfaceIsEqual(err[0], $ifaceNil) && d[0].tryConsumeChar(58)) {
				tok[0].attrs = (tok[0].attrs | (128)) >>> 0;
			}
		}; })(d, err, tok), []]);
		/* */ if ((x = d[0].in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 91) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = d[0].in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 91) { */ case 1:
			_r$1 = d[0].parseTypeName(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			Token.copy(tok[0], _tuple[0]);
			err[0] = _tuple[1];
			$24r = [tok[0], err[0]];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		size = parseIdent(d[0].in$5, false);
		/* */ if (size > 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (size > 0) { */ case 5:
			_tmp = $clone(d[0].consumeToken(2, size, 1), Token);
			_tmp$1 = $ifaceNil;
			Token.copy(tok[0], _tmp);
			err[0] = _tmp$1;
			$24r$1 = [tok[0], err[0]];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		num = $clone(parseNumber(d[0].in$5), number);
		/* */ if (num.size > 0) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (num.size > 0) { */ case 8:
			/* */ if (!num.neg && (num.kind === 0)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!num.neg && (num.kind === 0)) { */ case 10:
				_tuple$1 = strconv.ParseInt(($bytesToString($subslice(d[0].in$5, 0, num.size))), 10, 32);
				err$1 = _tuple$1[1];
				/* */ if ($interfaceIsEqual(err$1, $ifaceNil)) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if ($interfaceIsEqual(err$1, $ifaceNil)) { */ case 12:
					_tmp$2 = $clone(d[0].consumeToken(2, num.size, 3), Token);
					_tmp$3 = $ifaceNil;
					Token.copy(tok[0], _tmp$2);
					err[0] = _tmp$3;
					$24r$2 = [tok[0], err[0]];
					$s = 14; case 14: return $24r$2;
				/* } */ case 13:
			/* } */ case 11:
			_tmp$4 = new Token.ptr(0, 0, 0, 0, sliceType$1.nil, "");
			_r$2 = d[0].newSyntaxError("invalid field number: %s", new sliceType([$subslice(d[0].in$5, 0, num.size)])); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tmp$5 = _r$2;
			Token.copy(tok[0], _tmp$4);
			err[0] = _tmp$5;
			$24r$3 = [tok[0], err[0]];
			$s = 16; case 16: return $24r$3;
		/* } */ case 9:
		_tmp$6 = new Token.ptr(0, 0, 0, 0, sliceType$1.nil, "");
		_r$3 = d[0].newSyntaxError("invalid field name: %s", new sliceType([errId(d[0].in$5)])); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tmp$7 = _r$3;
		Token.copy(tok[0], _tmp$6);
		err[0] = _tmp$7;
		$24r$4 = [tok[0], err[0]];
		$s = 18; case 18: return $24r$4;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [tok[0], err[0]]; } if($curGoroutine.asleep) { var $f = {$blk: Decoder.ptr.prototype.parseFieldName, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, d, err, err$1, num, size, tok, x, $s, $deferred};return $f; } }
	};
	Decoder.prototype.parseFieldName = function() { return this.$val.parseFieldName(); };
	Decoder.ptr.prototype.parseTypeName = function() {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, closed, d, endPos, name, s, size, startPos, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		startPos = d.orig.$length - d.in$5.$length >> 0;
		s = consume($subslice(d.in$5, 1), 0);
		if (s.$length === 0) {
			$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
		}
		name = sliceType$1.nil;
		while (true) {
			if (!(s.$length > 0 && isTypeNameChar((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0])))) { break; }
			name = $append(name, (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]));
			s = $subslice(s, 1);
		}
		s = consume(s, 0);
		closed = false;
		/* while (true) { */ case 1:
			/* if (!(s.$length > 0 && !closed)) { break; } */ if(!(s.$length > 0 && !closed)) { $s = 2; continue; }
				/* */ if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 93)) { $s = 4; continue; }
				/* */ if ((((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 47)) || (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 46))) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 93)) { */ case 4:
					s = $subslice(s, 1);
					closed = true;
					$s = 7; continue;
				/* } else if ((((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 47)) || (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 46))) { */ case 5:
					/* */ if (name.$length > 0 && (((x = name.$length - 1 >> 0, ((x < 0 || x >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x])) === 47) || ((x$1 = name.$length - 1 >> 0, ((x$1 < 0 || x$1 >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x$1])) === 46))) { $s = 8; continue; }
					/* */ $s = 9; continue;
					/* if (name.$length > 0 && (((x = name.$length - 1 >> 0, ((x < 0 || x >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x])) === 47) || ((x$1 = name.$length - 1 >> 0, ((x$1 < 0 || x$1 >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x$1])) === 46))) { */ case 8:
						_r$1 = d.newSyntaxError("invalid type URL/extension field name: %s", new sliceType([$subslice(d.orig, startPos, ((d.orig.$length - s.$length >> 0) + 1 >> 0))])); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						$24r = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$1];
						$s = 11; case 11: return $24r;
					/* } */ case 9:
					name = $append(name, (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]));
					s = $subslice(s, 1);
					s = consume(s, 0);
					while (true) {
						if (!(s.$length > 0 && isTypeNameChar((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0])))) { break; }
						name = $append(name, (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]));
						s = $subslice(s, 1);
					}
					s = consume(s, 0);
					$s = 7; continue;
				/* } else { */ case 6:
					_r$2 = d.newSyntaxError("invalid type URL/extension field name: %s", new sliceType([$subslice(d.orig, startPos, ((d.orig.$length - s.$length >> 0) + 1 >> 0))])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r$1 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$2];
					$s = 13; case 13: return $24r$1;
				/* } */ case 7:
			case 3:
		$s = 1; continue;
		case 2:
		if (!closed) {
			$s = -1; return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), $pkg.ErrUnexpectedEOF];
		}
		size = name.$length;
		/* */ if ((size === 0) || ((0 >= name.$length ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + 0]) === 46) || ((x$2 = size - 1 >> 0, ((x$2 < 0 || x$2 >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x$2])) === 46) || ((x$3 = size - 1 >> 0, ((x$3 < 0 || x$3 >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x$3])) === 47)) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if ((size === 0) || ((0 >= name.$length ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + 0]) === 46) || ((x$2 = size - 1 >> 0, ((x$2 < 0 || x$2 >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x$2])) === 46) || ((x$3 = size - 1 >> 0, ((x$3 < 0 || x$3 >= name.$length) ? ($throwRuntimeError("index out of range"), undefined) : name.$array[name.$offset + x$3])) === 47)) { */ case 14:
			_r$3 = d.newSyntaxError("invalid type URL/extension field name: %s", new sliceType([$subslice(d.orig, startPos, (d.orig.$length - s.$length >> 0))])); /* */ $s = 16; case 16: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$2 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$3];
			$s = 17; case 17: return $24r$2;
		/* } */ case 15:
		d.in$5 = s;
		endPos = d.orig.$length - d.in$5.$length >> 0;
		d.consume(0);
		$s = -1; return [new Token.ptr(2, 2, 0, startPos, $subslice(d.orig, startPos, endPos), ($bytesToString(name))), $ifaceNil];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseTypeName, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, closed, d, endPos, name, s, size, startPos, x, x$1, x$2, x$3, $s};return $f;
	};
	Decoder.prototype.parseTypeName = function() { return this.$val.parseTypeName(); };
	isTypeNameChar = function(b) {
		var b;
		return (b === 45) || (b === 95) || (48 <= b && b <= 57) || (97 <= b && b <= 122) || (65 <= b && b <= 90);
	};
	parseIdent = function(input, allowNeg) {
		var allowNeg, input, s, size;
		size = 0;
		s = input;
		if (s.$length === 0) {
			return 0;
		}
		if (allowNeg && ((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 45)) {
			s = $subslice(s, 1);
			size = size + (1) >> 0;
			if (s.$length === 0) {
				return 0;
			}
		}
		if ((((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 95)) || (97 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 122) || (65 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 90)) {
			s = $subslice(s, 1);
			size = size + (1) >> 0;
		} else {
			return 0;
		}
		while (true) {
			if (!(s.$length > 0 && (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 95) || 97 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 122 || 65 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 90 || 48 <= (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) && (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) <= 57))) { break; }
			s = $subslice(s, 1);
			size = size + (1) >> 0;
		}
		if (s.$length > 0 && !isDelim((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]))) {
			return 0;
		}
		return size;
	};
	Decoder.ptr.prototype.parseScalar = function() {
		var {$24r, $24r$1, _r$1, _r$2, _tuple, _tuple$1, d, ok, ok$1, tok, tok$1, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* */ if (((x = d.in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 34) || ((x$1 = d.in$5, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) === 39)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (((x = d.in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 34) || ((x$1 = d.in$5, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) === 39)) { */ case 1:
			_r$1 = d.parseStringValue(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_tuple = d.parseLiteralValue();
		tok = $clone(_tuple[0], Token);
		ok = _tuple[1];
		if (ok) {
			$s = -1; return [tok, $ifaceNil];
		}
		_tuple$1 = d.parseNumberValue();
		tok$1 = $clone(_tuple$1[0], Token);
		ok$1 = _tuple$1[1];
		if (ok$1) {
			$s = -1; return [tok$1, $ifaceNil];
		}
		_r$2 = d.newSyntaxError("invalid scalar value: %s", new sliceType([errId(d.in$5)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), _r$2];
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseScalar, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _tuple, _tuple$1, d, ok, ok$1, tok, tok$1, x, x$1, $s};return $f;
	};
	Decoder.prototype.parseScalar = function() { return this.$val.parseScalar(); };
	Decoder.ptr.prototype.parseLiteralValue = function() {
		var d, size;
		d = this;
		size = parseIdent(d.in$5, true);
		if (size === 0) {
			return [new Token.ptr(0, 0, 0, 0, sliceType$1.nil, ""), false];
		}
		return [d.consumeToken(3, size, 3), true];
	};
	Decoder.prototype.parseLiteralValue = function() { return this.$val.parseLiteralValue(); };
	Decoder.ptr.prototype.consumeToken = function(kind, size, attrs) {
		var attrs, d, kind, size, tok;
		d = this;
		tok = new Token.ptr(kind, attrs, 0, d.orig.$length - d.in$5.$length >> 0, $subslice(d.in$5, 0, size), "");
		d.consume(size);
		return tok;
	};
	Decoder.prototype.consumeToken = function(kind, size, attrs) { return this.$val.consumeToken(kind, size, attrs); };
	Decoder.ptr.prototype.newSyntaxError = function(f, x) {
		var {$24r, _r$1, _r$2, _tuple, column, d, e, f, line, x, $s, $r, $c} = $restore(this, {f, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$1 = errors.New(f, x); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		e = _r$1;
		_tuple = d.Position(d.orig.$length - d.in$5.$length >> 0);
		line = _tuple[0];
		column = _tuple[1];
		_r$2 = errors.New("syntax error (line %d:%d): %v", new sliceType([new $Int(line), new $Int(column), e])); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.newSyntaxError, $c: true, $r, $24r, _r$1, _r$2, _tuple, column, d, e, f, line, x, $s};return $f;
	};
	Decoder.prototype.newSyntaxError = function(f, x) { return this.$val.newSyntaxError(f, x); };
	Decoder.ptr.prototype.Position = function(idx) {
		var _tmp, _tmp$1, b, column, d, i, idx, line;
		line = 0;
		column = 0;
		d = this;
		b = $subslice(d.orig, 0, idx);
		line = bytes.Count(b, (new sliceType$1($stringToBytes("\n")))) + 1 >> 0;
		i = bytes.LastIndexByte(b, 10);
		if (i >= 0) {
			b = $subslice(b, (i + 1 >> 0));
		}
		column = utf8.RuneCount(b) + 1 >> 0;
		_tmp = line;
		_tmp$1 = column;
		line = _tmp;
		column = _tmp$1;
		return [line, column];
	};
	Decoder.prototype.Position = function(idx) { return this.$val.Position(idx); };
	Decoder.ptr.prototype.tryConsumeChar = function(c) {
		var c, d, x;
		d = this;
		if (d.in$5.$length > 0 && ((x = d.in$5, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === c)) {
			d.consume(1);
			return true;
		}
		return false;
	};
	Decoder.prototype.tryConsumeChar = function(c) { return this.$val.tryConsumeChar(c); };
	Decoder.ptr.prototype.consume = function(n) {
		var d, n;
		d = this;
		d.in$5 = consume(d.in$5, n);
		return;
	};
	Decoder.prototype.consume = function(n) { return this.$val.consume(n); };
	consume = function(b, n) {
		var _1, b, i, n;
		b = $subslice(b, n);
		while (true) {
			if (!(b.$length > 0)) { break; }
			_1 = (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]);
			if ((_1 === (32)) || (_1 === (10)) || (_1 === (13)) || (_1 === (9))) {
				b = $subslice(b, 1);
			} else if (_1 === (35)) {
				i = bytes.IndexByte(b, 10);
				if (i >= 0) {
					b = $subslice(b, (i + 1 >> 0));
				} else {
					b = sliceType$1.nil;
				}
			} else {
				return b;
			}
		}
		return b;
	};
	errId = function(seq) {
		var _tuple, i, r, seq, size;
		i = 0;
		while (true) {
			if (!(i < seq.$length)) { break; }
			if (i > 32) {
				return $appendSlice($subslice(seq, 0, i, i), "\xE2\x80\xA6");
			}
			_tuple = utf8.DecodeRune($subslice(seq, i));
			r = _tuple[0];
			size = _tuple[1];
			if (r > 128 || (!((r === 47)) && isDelim(((r << 24 >>> 24))))) {
				if (i === 0) {
					i = size;
				}
				return $subslice(seq, 0, i, i);
			}
			i = i + (size) >> 0;
		}
		return seq;
	};
	isDelim = function(c) {
		var c;
		return !((c === 45) || (c === 43) || (c === 46) || (c === 95) || (97 <= c && c <= 122) || (65 <= c && c <= 90) || (48 <= c && c <= 57));
	};
	ptrType.methods = [{prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType$1], false)}, {prop: "StartMessage", name: "StartMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "EndMessage", name: "EndMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "WriteName", name: "WriteName", pkg: "", typ: $funcType([$String], [], false)}, {prop: "WriteBool", name: "WriteBool", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "WriteFloat", name: "WriteFloat", pkg: "", typ: $funcType([$Float64, $Int], [], false)}, {prop: "WriteInt", name: "WriteInt", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "WriteUint", name: "WriteUint", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "WriteLiteral", name: "WriteLiteral", pkg: "", typ: $funcType([$String], [], false)}, {prop: "prepareNext", name: "prepareNext", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([encType], [], false)}, {prop: "Snapshot", name: "Snapshot", pkg: "", typ: $funcType([], [encoderState], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([encoderState], [], false)}];
	Kind.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	NameKind.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	Token.methods = [{prop: "Kind", name: "Kind", pkg: "", typ: $funcType([], [Kind], false)}, {prop: "RawString", name: "RawString", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Pos", name: "Pos", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "NameKind", name: "NameKind", pkg: "", typ: $funcType([], [NameKind], false)}, {prop: "HasSeparator", name: "HasSeparator", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IdentName", name: "IdentName", pkg: "", typ: $funcType([], [$String], false)}, {prop: "TypeName", name: "TypeName", pkg: "", typ: $funcType([], [$String], false)}, {prop: "FieldNumber", name: "FieldNumber", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String, $Bool], false)}, {prop: "Enum", name: "Enum", pkg: "", typ: $funcType([], [$String, $Bool], false)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([], [$Bool, $Bool], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [$Uint64, $Bool], false)}, {prop: "Uint32", name: "Uint32", pkg: "", typ: $funcType([], [$Uint32, $Bool], false)}, {prop: "Int64", name: "Int64", pkg: "", typ: $funcType([], [$Int64, $Bool], false)}, {prop: "Int32", name: "Int32", pkg: "", typ: $funcType([], [$Int32, $Bool], false)}, {prop: "Float64", name: "Float64", pkg: "", typ: $funcType([], [$Float64, $Bool], false)}, {prop: "Float32", name: "Float32", pkg: "", typ: $funcType([], [$Float32, $Bool], false)}];
	ptrType$2.methods = [{prop: "parseStringValue", name: "parseStringValue", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [Token, $error], false)}, {prop: "parseString", name: "parseString", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [$String, $error], false)}, {prop: "parseNumberValue", name: "parseNumberValue", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [Token, $Bool], false)}, {prop: "Peek", name: "Peek", pkg: "", typ: $funcType([], [Token, $error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([], [Token, $error], false)}, {prop: "parseNext", name: "parseNext", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([Kind], [Token, $error], false)}, {prop: "currentOpenKind", name: "currentOpenKind", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [Kind, $Uint8], false)}, {prop: "pushOpenStack", name: "pushOpenStack", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([$Uint8], [], false)}, {prop: "popOpenStack", name: "popOpenStack", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [], false)}, {prop: "parseFieldName", name: "parseFieldName", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [Token, $error], false)}, {prop: "parseTypeName", name: "parseTypeName", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [Token, $error], false)}, {prop: "parseScalar", name: "parseScalar", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [Token, $error], false)}, {prop: "parseLiteralValue", name: "parseLiteralValue", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([], [Token, $Bool], false)}, {prop: "consumeToken", name: "consumeToken", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([Kind, $Int, $Uint8], [Token], false)}, {prop: "newSyntaxError", name: "newSyntaxError", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([$String, sliceType], [$error], true)}, {prop: "Position", name: "Position", pkg: "", typ: $funcType([$Int], [$Int, $Int], false)}, {prop: "tryConsumeChar", name: "tryConsumeChar", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([$Uint8], [$Bool], false)}, {prop: "consume", name: "consume", pkg: "google.golang.org/protobuf/internal/encoding/text", typ: $funcType([$Int], [], false)}];
	Encoder.init("google.golang.org/protobuf/internal/encoding/text", [{prop: "encoderState", name: "encoderState", embedded: true, exported: false, typ: encoderState, tag: ""}, {prop: "indent", name: "indent", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "delims", name: "delims", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "outputASCII", name: "outputASCII", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	encoderState.init("google.golang.org/protobuf/internal/encoding/text", [{prop: "lastType", name: "lastType", embedded: false, exported: false, typ: encType, tag: ""}, {prop: "indents", name: "indents", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "out", name: "out", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	Token.init("google.golang.org/protobuf/internal/encoding/text", [{prop: "kind", name: "kind", embedded: false, exported: false, typ: Kind, tag: ""}, {prop: "attrs", name: "attrs", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "numAttrs", name: "numAttrs", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "pos", name: "pos", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "str", name: "str", embedded: false, exported: false, typ: $String, tag: ""}]);
	number.init("google.golang.org/protobuf/internal/encoding/text", [{prop: "kind", name: "kind", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "neg", name: "neg", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: $Int, tag: ""}]);
	Decoder.init("google.golang.org/protobuf/internal/encoding/text", [{prop: "lastCall", name: "lastCall", embedded: false, exported: false, typ: call, tag: ""}, {prop: "lastToken", name: "lastToken", embedded: false, exported: false, typ: Token, tag: ""}, {prop: "lastErr", name: "lastErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "openStack", name: "openStack", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "orig", name: "orig", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "in$5", name: "in", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = detrand.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flags.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strs.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf16.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		boolLits = $makeMap($String.keyFor, [{ k: "t", v: true }, { k: "true", v: true }, { k: "True", v: true }, { k: "f", v: false }, { k: "false", v: false }, { k: "False", v: false }]);
		floatLits = $makeMap($String.keyFor, [{ k: "nan", v: math.NaN() }, { k: "inf", v: math.Inf(1) }, { k: "infinity", v: math.Inf(1) }, { k: "-inf", v: math.Inf(-1) }, { k: "-infinity", v: math.Inf(-1) }]);
		_r = errors.New("%v", new sliceType([io.ErrUnexpectedEOF])); /* */ $s = 15; case 15: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$pkg.ErrUnexpectedEOF = _r;
		otherCloseChar = $makeMap($Uint8.keyFor, [{ k: 125, v: 62 }, { k: 62, v: 125 }]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/encoding/defval"] = (function() {
	var $pkg = {}, $init, fmt, text, errors, protoreflect, math, strconv, funcType, arrayType, sliceType, sliceType$1, Unmarshal, Marshal, unmarshalBytes, marshalBytes;
	fmt = $packages["fmt"];
	text = $packages["google.golang.org/protobuf/internal/encoding/text"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	math = $packages["math"];
	strconv = $packages["strconv"];
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($emptyInterface);
	Unmarshal = function(s, k, evs, f) {
		var {$24r, $24r$1, $24r$2, _1, _2, _3, _4, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, b, err, err$1, err$2, err$3, err$4, err$5, ev, ev$1, evs, f, k, n, ok, s, v, v$1, v$2, v$3, v$4, $s, $r, $c} = $restore(this, {s, k, evs, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_1 = k;
			/* */ if (_1 === (8)) { $s = 2; continue; }
			/* */ if (_1 === (14)) { $s = 3; continue; }
			/* */ if ((_1 === (5)) || (_1 === (17)) || (_1 === (15))) { $s = 4; continue; }
			/* */ if ((_1 === (3)) || (_1 === (18)) || (_1 === (16))) { $s = 5; continue; }
			/* */ if ((_1 === (13)) || (_1 === (7))) { $s = 6; continue; }
			/* */ if ((_1 === (4)) || (_1 === (6))) { $s = 7; continue; }
			/* */ if ((_1 === (2)) || (_1 === (1))) { $s = 8; continue; }
			/* */ if (_1 === (9)) { $s = 9; continue; }
			/* */ if (_1 === (12)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_1 === (8)) { */ case 2:
				if (f === 2) {
					_2 = s;
					if (_2 === ("1")) {
						$s = -1; return [protoreflect.ValueOfBool(true), $ifaceNil, $ifaceNil];
					} else if (_2 === ("0")) {
						$s = -1; return [protoreflect.ValueOfBool(false), $ifaceNil, $ifaceNil];
					}
				} else {
					_3 = s;
					if (_3 === ("true")) {
						$s = -1; return [protoreflect.ValueOfBool(true), $ifaceNil, $ifaceNil];
					} else if (_3 === ("false")) {
						$s = -1; return [protoreflect.ValueOfBool(false), $ifaceNil, $ifaceNil];
					}
				}
				$s = 11; continue;
			/* } else if (_1 === (14)) { */ case 3:
				/* */ if (f === 2) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (f === 2) { */ case 12:
					_tuple = strconv.ParseInt(s, 10, 32);
					n = _tuple[0];
					err = _tuple[1];
					/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 15:
						_r = evs.ByNumber((((n.$low + ((n.$high >> 31) * 4294967296)) >> 0))); /* */ $s = 17; case 17: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
						ev = _r;
						/* */ if (!($interfaceIsEqual(ev, $ifaceNil))) { $s = 18; continue; }
						/* */ $s = 19; continue;
						/* if (!($interfaceIsEqual(ev, $ifaceNil))) { */ case 18:
							_r$1 = ev.Number(); /* */ $s = 20; case 20: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							_r$2 = protoreflect.ValueOfEnum(_r$1); /* */ $s = 21; case 21: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
							$24r = [_r$2, ev, $ifaceNil];
							$s = 22; case 22: return $24r;
						/* } */ case 19:
					/* } */ case 16:
					$s = 14; continue;
				/* } else { */ case 13:
					_r$3 = evs.ByName((s)); /* */ $s = 23; case 23: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					ev$1 = _r$3;
					/* */ if (!($interfaceIsEqual(ev$1, $ifaceNil))) { $s = 24; continue; }
					/* */ $s = 25; continue;
					/* if (!($interfaceIsEqual(ev$1, $ifaceNil))) { */ case 24:
						_r$4 = ev$1.Number(); /* */ $s = 26; case 26: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
						_r$5 = protoreflect.ValueOfEnum(_r$4); /* */ $s = 27; case 27: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
						$24r$1 = [_r$5, ev$1, $ifaceNil];
						$s = 28; case 28: return $24r$1;
					/* } */ case 25:
				/* } */ case 14:
				$s = 11; continue;
			/* } else if ((_1 === (5)) || (_1 === (17)) || (_1 === (15))) { */ case 4:
				_tuple$1 = strconv.ParseInt(s, 10, 32);
				v = _tuple$1[0];
				err$1 = _tuple$1[1];
				if ($interfaceIsEqual(err$1, $ifaceNil)) {
					$s = -1; return [protoreflect.ValueOfInt32((((v.$low + ((v.$high >> 31) * 4294967296)) >> 0))), $ifaceNil, $ifaceNil];
				}
				$s = 11; continue;
			/* } else if ((_1 === (3)) || (_1 === (18)) || (_1 === (16))) { */ case 5:
				_tuple$2 = strconv.ParseInt(s, 10, 64);
				v$1 = _tuple$2[0];
				err$2 = _tuple$2[1];
				if ($interfaceIsEqual(err$2, $ifaceNil)) {
					$s = -1; return [protoreflect.ValueOfInt64((v$1)), $ifaceNil, $ifaceNil];
				}
				$s = 11; continue;
			/* } else if ((_1 === (13)) || (_1 === (7))) { */ case 6:
				_tuple$3 = strconv.ParseUint(s, 10, 32);
				v$2 = _tuple$3[0];
				err$3 = _tuple$3[1];
				if ($interfaceIsEqual(err$3, $ifaceNil)) {
					$s = -1; return [protoreflect.ValueOfUint32(((v$2.$low >>> 0))), $ifaceNil, $ifaceNil];
				}
				$s = 11; continue;
			/* } else if ((_1 === (4)) || (_1 === (6))) { */ case 7:
				_tuple$4 = strconv.ParseUint(s, 10, 64);
				v$3 = _tuple$4[0];
				err$4 = _tuple$4[1];
				if ($interfaceIsEqual(err$4, $ifaceNil)) {
					$s = -1; return [protoreflect.ValueOfUint64((v$3)), $ifaceNil, $ifaceNil];
				}
				$s = 11; continue;
			/* } else if ((_1 === (2)) || (_1 === (1))) { */ case 8:
				v$4 = 0;
				err$5 = $ifaceNil;
				_4 = s;
				if (_4 === ("-inf")) {
					v$4 = math.Inf(-1);
				} else if (_4 === ("inf")) {
					v$4 = math.Inf(1);
				} else if (_4 === ("nan")) {
					v$4 = math.NaN();
				} else {
					_tuple$5 = strconv.ParseFloat(s, 64);
					v$4 = _tuple$5[0];
					err$5 = _tuple$5[1];
				}
				if ($interfaceIsEqual(err$5, $ifaceNil)) {
					if (k === 2) {
						$s = -1; return [protoreflect.ValueOfFloat32(($fround(v$4))), $ifaceNil, $ifaceNil];
					} else {
						$s = -1; return [protoreflect.ValueOfFloat64((v$4)), $ifaceNil, $ifaceNil];
					}
				}
				$s = 11; continue;
			/* } else if (_1 === (9)) { */ case 9:
				$s = -1; return [protoreflect.ValueOfString(s), $ifaceNil, $ifaceNil];
			/* } else if (_1 === (12)) { */ case 10:
				_r$6 = unmarshalBytes(s); /* */ $s = 29; case 29: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$6 = _r$6;
				b = _tuple$6[0];
				ok = _tuple$6[1];
				if (ok) {
					$s = -1; return [protoreflect.ValueOfBytes(b), $ifaceNil, $ifaceNil];
				}
			/* } */ case 11:
		case 1:
		_r$7 = errors.New("could not parse value for %v: %q", new sliceType$1([new protoreflect.Kind(k), new $String(s)])); /* */ $s = 30; case 30: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r$2 = [new protoreflect.Value.ptr(arrayType.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), $ifaceNil, _r$7];
		$s = 31; case 31: return $24r$2;
		/* */ } return; } var $f = {$blk: Unmarshal, $c: true, $r, $24r, $24r$1, $24r$2, _1, _2, _3, _4, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, b, err, err$1, err$2, err$3, err$4, err$5, ev, ev$1, evs, f, k, n, ok, s, v, v$1, v$2, v$3, v$4, $s};return $f;
	};
	$pkg.Unmarshal = Unmarshal;
	Marshal = function(v, ev, k, f) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, ev, f, f$1, k, ok, s, v, $s, $r, $c} = $restore(this, {v, ev, k, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_1 = k;
			/* */ if (_1 === (8)) { $s = 2; continue; }
			/* */ if (_1 === (14)) { $s = 3; continue; }
			/* */ if ((_1 === (5)) || (_1 === (17)) || (_1 === (15)) || (_1 === (3)) || (_1 === (18)) || (_1 === (16))) { $s = 4; continue; }
			/* */ if ((_1 === (13)) || (_1 === (7)) || (_1 === (4)) || (_1 === (6))) { $s = 5; continue; }
			/* */ if ((_1 === (2)) || (_1 === (1))) { $s = 6; continue; }
			/* */ if (_1 === (9)) { $s = 7; continue; }
			/* */ if (_1 === (12)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_1 === (8)) { */ case 2:
				/* */ if (f === 2) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (f === 2) { */ case 10:
					_r = $clone(v, protoreflect.Value).Bool(); /* */ $s = 16; case 16: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					/* */ if (_r) { $s = 13; continue; }
					/* */ $s = 14; continue;
					/* if (_r) { */ case 13:
						$s = -1; return ["1", $ifaceNil];
					/* } else { */ case 14:
						$s = -1; return ["0", $ifaceNil];
					/* } */ case 15:
					$s = 12; continue;
				/* } else { */ case 11:
					_r$1 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 20; case 20: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					/* */ if (_r$1) { $s = 17; continue; }
					/* */ $s = 18; continue;
					/* if (_r$1) { */ case 17:
						$s = -1; return ["true", $ifaceNil];
					/* } else { */ case 18:
						$s = -1; return ["false", $ifaceNil];
					/* } */ case 19:
				/* } */ case 12:
				$s = 9; continue;
			/* } else if (_1 === (14)) { */ case 3:
				/* */ if (f === 2) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (f === 2) { */ case 21:
					_r$2 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 24; case 24: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$3 = strconv.FormatInt((new $Int64(0, _r$2)), 10); /* */ $s = 25; case 25: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					$24r = [_r$3, $ifaceNil];
					$s = 26; case 26: return $24r;
				/* } else { */ case 22:
					_r$4 = ev.Name(); /* */ $s = 27; case 27: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					$24r$1 = [(_r$4), $ifaceNil];
					$s = 28; case 28: return $24r$1;
				/* } */ case 23:
				$s = 9; continue;
			/* } else if ((_1 === (5)) || (_1 === (17)) || (_1 === (15)) || (_1 === (3)) || (_1 === (18)) || (_1 === (16))) { */ case 4:
				_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 29; case 29: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = strconv.FormatInt(_r$5, 10); /* */ $s = 30; case 30: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$2 = [_r$6, $ifaceNil];
				$s = 31; case 31: return $24r$2;
			/* } else if ((_1 === (13)) || (_1 === (7)) || (_1 === (4)) || (_1 === (6))) { */ case 5:
				_r$7 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 32; case 32: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = strconv.FormatUint(_r$7, 10); /* */ $s = 33; case 33: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$3 = [_r$8, $ifaceNil];
				$s = 34; case 34: return $24r$3;
			/* } else if ((_1 === (2)) || (_1 === (1))) { */ case 6:
				_r$9 = $clone(v, protoreflect.Value).Float(); /* */ $s = 35; case 35: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				f$1 = _r$9;
				if (math.IsInf(f$1, -1)) {
					$s = -1; return ["-inf", $ifaceNil];
				} else if (math.IsInf(f$1, 1)) {
					$s = -1; return ["inf", $ifaceNil];
				} else if (math.IsNaN(f$1)) {
					$s = -1; return ["nan", $ifaceNil];
				} else if (k === 2) {
					$s = -1; return [strconv.FormatFloat(f$1, 103, -1, 32), $ifaceNil];
				} else {
					$s = -1; return [strconv.FormatFloat(f$1, 103, -1, 64), $ifaceNil];
				}
				$s = 9; continue;
			/* } else if (_1 === (9)) { */ case 7:
				_r$10 = $clone(v, protoreflect.Value).String(); /* */ $s = 36; case 36: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r$4 = [_r$10, $ifaceNil];
				$s = 37; case 37: return $24r$4;
			/* } else if (_1 === (12)) { */ case 8:
				_r$11 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 38; case 38: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = marshalBytes(_r$11); /* */ $s = 39; case 39: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_tuple = _r$12;
				s = _tuple[0];
				ok = _tuple[1];
				if (ok) {
					$s = -1; return [s, $ifaceNil];
				}
			/* } */ case 9:
		case 1:
		_r$13 = errors.New("could not format value for %v: %v", new sliceType$1([new protoreflect.Kind(k), new v.constructor.elem(v)])); /* */ $s = 40; case 40: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		$24r$5 = ["", _r$13];
		$s = 41; case 41: return $24r$5;
		/* */ } return; } var $f = {$blk: Marshal, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, ev, f, f$1, k, ok, s, v, $s};return $f;
	};
	$pkg.Marshal = Marshal;
	unmarshalBytes = function(s) {
		var {_r, _tuple, err, s, v, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = text.UnmarshalString("\"" + s + "\""); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, false];
		}
		$s = -1; return [(new sliceType($stringToBytes(v))), true];
		/* */ } return; } var $f = {$blk: unmarshalBytes, $c: true, $r, _r, _tuple, err, s, v, $s};return $f;
	};
	marshalBytes = function(b) {
		var {_1, _arg, _arg$1, _i, _r, _ref, b, c, printableASCII, s, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = sliceType.nil;
		_ref = b;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				_1 = c;
				/* */ if (_1 === (10)) { $s = 4; continue; }
				/* */ if (_1 === (13)) { $s = 5; continue; }
				/* */ if (_1 === (9)) { $s = 6; continue; }
				/* */ if (_1 === (34)) { $s = 7; continue; }
				/* */ if (_1 === (39)) { $s = 8; continue; }
				/* */ if (_1 === (92)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_1 === (10)) { */ case 4:
					s = $appendSlice(s, "\\n");
					$s = 11; continue;
				/* } else if (_1 === (13)) { */ case 5:
					s = $appendSlice(s, "\\r");
					$s = 11; continue;
				/* } else if (_1 === (9)) { */ case 6:
					s = $appendSlice(s, "\\t");
					$s = 11; continue;
				/* } else if (_1 === (34)) { */ case 7:
					s = $appendSlice(s, "\\\"");
					$s = 11; continue;
				/* } else if (_1 === (39)) { */ case 8:
					s = $appendSlice(s, "\\'");
					$s = 11; continue;
				/* } else if (_1 === (92)) { */ case 9:
					s = $appendSlice(s, "\\\\");
					$s = 11; continue;
				/* } else { */ case 10:
					printableASCII = c >= 32 && c <= 126;
					/* */ if (printableASCII) { $s = 12; continue; }
					/* */ $s = 13; continue;
					/* if (printableASCII) { */ case 12:
						s = $append(s, c);
						$s = 14; continue;
					/* } else { */ case 13:
						_arg = s;
						_r = fmt.Sprintf("\\%03o", new sliceType$1([new $Uint8(c)])); /* */ $s = 15; case 15: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
						_arg$1 = _r;
						s = $appendSlice(_arg, _arg$1);
					/* } */ case 14:
				/* } */ case 11:
			case 3:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return [($bytesToString(s)), true];
		/* */ } return; } var $f = {$blk: marshalBytes, $c: true, $r, _1, _arg, _arg$1, _i, _r, _ref, b, c, printableASCII, s, $s};return $f;
	};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = text.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/encoding/messageset"] = (function() {
	var $pkg = {}, $init, protowire, errors, protoreflect, math, interfaceType, sliceType, sliceType$1, IsMessageSet, IsMessageSetExtension, SizeField, Unmarshal, ConsumeFieldValue, AppendFieldStart, AppendFieldEnd, SizeUnknown, AppendUnknown;
	protowire = $packages["google.golang.org/protobuf/encoding/protowire"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	math = $packages["math"];
	interfaceType = $interfaceType([{prop: "IsMessageSet", name: "IsMessageSet", pkg: "", typ: $funcType([], [$Bool], false)}]);
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($emptyInterface);
	IsMessageSet = function(md) {
		var {$24r, _r, _tuple, _v, md, ok, xmd, $s, $r, $c} = $restore(this, {md});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(md, interfaceType, true);
		xmd = _tuple[0];
		ok = _tuple[1];
		if (!(ok)) { _v = false; $s = 1; continue s; }
		_r = xmd.IsMessageSet(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: IsMessageSet, $c: true, $r, $24r, _r, _tuple, _v, md, ok, xmd, $s};return $f;
	};
	$pkg.IsMessageSet = IsMessageSet;
	IsMessageSetExtension = function(fd) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, fd, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = fd.Name(); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (!(_r === "message_set_extension")) { $s = 2; continue; }
			_r$1 = fd.ContainingMessage(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = IsMessageSet(_r$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (!_r$2) { $s = 3; continue; }
			_r$3 = fd.FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = new protoreflect.FullName(_r$3).Parent(); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = fd.Message(); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.FullName(); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (!(_r$4 === _r$6)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!(_r === "message_set_extension")) { */ case 2:
				$s = -1; return false;
			/* } else if (!_r$2) { */ case 3:
				$s = -1; return false;
			/* } else if (!(_r$4 === _r$6)) { */ case 4:
				$s = -1; return false;
			/* } */ case 5:
		case 1:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: IsMessageSetExtension, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, fd, $s};return $f;
	};
	$pkg.IsMessageSetExtension = IsMessageSetExtension;
	SizeField = function(num) {
		var num;
		return (($imul(2, protowire.SizeTag(1))) + protowire.SizeTag(2) >> 0) + protowire.SizeVarint((new $Uint64(0, num))) >> 0;
	};
	$pkg.SizeField = SizeField;
	Unmarshal = function(b, wantLen, fn) {
		var {_r, _r$1, _tuple, _tuple$1, b, err, err$1, fn, n, n$1, num, typeID, value, wantLen, wtyp, $s, $r, $c} = $restore(this, {b, wantLen, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			wtyp = _tuple[1];
			n = _tuple[2];
			if (n < 0) {
				$s = -1; return protowire.ParseError(n);
			}
			b = $subslice(b, n);
			if (!((num === 1)) || !((wtyp === 3))) {
				n$1 = protowire.ConsumeFieldValue(num, wtyp, b);
				if (n$1 < 0) {
					$s = -1; return protowire.ParseError(n$1);
				}
				b = $subslice(b, n$1);
				/* continue; */ $s = 1; continue;
			}
			_r = ConsumeFieldValue(b, wantLen); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$1 = _r;
			typeID = _tuple$1[0];
			value = _tuple$1[1];
			n = _tuple$1[2];
			err = _tuple$1[3];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			b = $subslice(b, n);
			if (typeID === 0) {
				/* continue; */ $s = 1; continue;
			}
			_r$1 = fn(typeID, value); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err$1 = _r$1;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Unmarshal, $c: true, $r, _r, _r$1, _tuple, _tuple$1, b, err, err$1, fn, n, n$1, num, typeID, value, wantLen, wtyp, $s};return $f;
	};
	$pkg.Unmarshal = Unmarshal;
	ConsumeFieldValue = function(b, wantLen) {
		var {$24r, _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, ilen, m, m0, message, n, n$1, n$2, n$3, n$4, nn, num, typeid, v, wantLen, wtyp, $s, $r, $c} = $restore(this, {b, wantLen});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		typeid = 0;
		message = sliceType.nil;
		n = 0;
		err = $ifaceNil;
		ilen = b.$length;
		/* while (true) { */ case 1:
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			wtyp = _tuple[1];
			n$1 = _tuple[2];
			if (n$1 < 0) {
				_tmp = 0;
				_tmp$1 = sliceType.nil;
				_tmp$2 = 0;
				_tmp$3 = protowire.ParseError(n$1);
				typeid = _tmp;
				message = _tmp$1;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [typeid, message, n, err];
			}
			b = $subslice(b, n$1);
				/* */ if ((num === 1) && (wtyp === 4)) { $s = 4; continue; }
				/* */ if ((num === 2) && (wtyp === 0)) { $s = 5; continue; }
				/* */ if ((num === 3) && (wtyp === 2)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if ((num === 1) && (wtyp === 4)) { */ case 4:
					if (wantLen && (message.$length === 0)) {
						message = protowire.AppendVarint(message, new $Uint64(0, 0));
					}
					_tmp$4 = typeid;
					_tmp$5 = message;
					_tmp$6 = ilen - b.$length >> 0;
					_tmp$7 = $ifaceNil;
					typeid = _tmp$4;
					message = _tmp$5;
					n = _tmp$6;
					err = _tmp$7;
					$s = -1; return [typeid, message, n, err];
				/* } else if ((num === 2) && (wtyp === 0)) { */ case 5:
					_tuple$1 = protowire.ConsumeVarint(b);
					v = _tuple$1[0];
					n$2 = _tuple$1[1];
					if (n$2 < 0) {
						_tmp$8 = 0;
						_tmp$9 = sliceType.nil;
						_tmp$10 = 0;
						_tmp$11 = protowire.ParseError(n$2);
						typeid = _tmp$8;
						message = _tmp$9;
						n = _tmp$10;
						err = _tmp$11;
						$s = -1; return [typeid, message, n, err];
					}
					b = $subslice(b, n$2);
					/* */ if ((v.$high < 0 || (v.$high === 0 && v.$low < 1)) || (v.$high > 0 || (v.$high === 0 && v.$low > 2147483647))) { $s = 9; continue; }
					/* */ $s = 10; continue;
					/* if ((v.$high < 0 || (v.$high === 0 && v.$low < 1)) || (v.$high > 0 || (v.$high === 0 && v.$low > 2147483647))) { */ case 9:
						_tmp$12 = 0;
						_tmp$13 = sliceType.nil;
						_tmp$14 = 0;
						_r = errors.New("invalid type_id in message set", new sliceType$1([])); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
						_tmp$15 = _r;
						typeid = _tmp$12;
						message = _tmp$13;
						n = _tmp$14;
						err = _tmp$15;
						$24r = [typeid, message, n, err];
						$s = 12; case 12: return $24r;
					/* } */ case 10:
					typeid = ((v.$low >> 0));
					$s = 8; continue;
				/* } else if ((num === 3) && (wtyp === 2)) { */ case 6:
					_tuple$2 = protowire.ConsumeBytes(b);
					m = _tuple$2[0];
					n$3 = _tuple$2[1];
					if (n$3 < 0) {
						_tmp$16 = 0;
						_tmp$17 = sliceType.nil;
						_tmp$18 = 0;
						_tmp$19 = protowire.ParseError(n$3);
						typeid = _tmp$16;
						message = _tmp$17;
						n = _tmp$18;
						err = _tmp$19;
						$s = -1; return [typeid, message, n, err];
					}
					if (message === sliceType.nil) {
						if (wantLen) {
							message = $subslice(b, 0, n$3, n$3);
						} else {
							message = $subslice(m, 0, m.$length, m.$length);
						}
					} else {
						if (wantLen) {
							_tuple$3 = protowire.ConsumeVarint(message);
							nn = _tuple$3[1];
							m0 = $subslice(message, nn);
							message = sliceType.nil;
							message = protowire.AppendVarint(message, (new $Uint64(0, (m0.$length + m.$length >> 0))));
							message = $appendSlice(message, m0);
							message = $appendSlice(message, m);
						} else {
							message = $appendSlice(message, m);
						}
					}
					b = $subslice(b, n$3);
					$s = 8; continue;
				/* } else { */ case 7:
					n$4 = protowire.ConsumeFieldValue(num, wtyp, b);
					if (n$4 < 0) {
						_tmp$20 = 0;
						_tmp$21 = sliceType.nil;
						_tmp$22 = 0;
						_tmp$23 = protowire.ParseError(n$4);
						typeid = _tmp$20;
						message = _tmp$21;
						n = _tmp$22;
						err = _tmp$23;
						$s = -1; return [typeid, message, n, err];
					}
					b = $subslice(b, n$4);
				/* } */ case 8:
			case 3:
		$s = 1; continue;
		case 2:
		$s = -1; return [typeid, message, n, err];
		/* */ } return; } var $f = {$blk: ConsumeFieldValue, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, ilen, m, m0, message, n, n$1, n$2, n$3, n$4, nn, num, typeid, v, wantLen, wtyp, $s};return $f;
	};
	$pkg.ConsumeFieldValue = ConsumeFieldValue;
	AppendFieldStart = function(b, num) {
		var b, num;
		b = protowire.AppendTag(b, 1, 3);
		b = protowire.AppendTag(b, 2, 0);
		b = protowire.AppendVarint(b, (new $Uint64(0, num)));
		return b;
	};
	$pkg.AppendFieldStart = AppendFieldStart;
	AppendFieldEnd = function(b) {
		var b;
		return protowire.AppendTag(b, 1, 4);
	};
	$pkg.AppendFieldEnd = AppendFieldEnd;
	SizeUnknown = function(unknown) {
		var _tuple, _tuple$1, n, num, size, typ, unknown;
		size = 0;
		while (true) {
			if (!(unknown.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(unknown);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			if (n < 0 || !((typ === 2))) {
				size = 0;
				return size;
			}
			unknown = $subslice(unknown, n);
			_tuple$1 = protowire.ConsumeBytes(unknown);
			n = _tuple$1[1];
			if (n < 0) {
				size = 0;
				return size;
			}
			unknown = $subslice(unknown, n);
			size = size + (((SizeField(num) + protowire.SizeTag(3) >> 0) + n >> 0)) >> 0;
		}
		size = size;
		return size;
	};
	$pkg.SizeUnknown = SizeUnknown;
	AppendUnknown = function(b, unknown) {
		var {$24r, $24r$1, _r, _r$1, _tuple, _tuple$1, b, n, num, typ, unknown, $s, $r, $c} = $restore(this, {b, unknown});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			/* if (!(unknown.$length > 0)) { break; } */ if(!(unknown.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(unknown);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			/* */ if (n < 0 || !((typ === 2))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (n < 0 || !((typ === 2))) { */ case 3:
				_r = errors.New("invalid data in message set unknown fields", new sliceType$1([])); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = [sliceType.nil, _r];
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			unknown = $subslice(unknown, n);
			_tuple$1 = protowire.ConsumeBytes(unknown);
			n = _tuple$1[1];
			/* */ if (n < 0) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (n < 0) { */ case 7:
				_r$1 = errors.New("invalid data in message set unknown fields", new sliceType$1([])); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = [sliceType.nil, _r$1];
				$s = 10; case 10: return $24r$1;
			/* } */ case 8:
			b = AppendFieldStart(b, num);
			b = protowire.AppendTag(b, 3, 2);
			b = $appendSlice(b, $subslice(unknown, 0, n));
			b = AppendFieldEnd(b);
			unknown = $subslice(unknown, n);
		$s = 1; continue;
		case 2:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: AppendUnknown, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, _tuple$1, b, n, num, typ, unknown, $s};return $f;
	};
	$pkg.AppendUnknown = AppendUnknown;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = protowire.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/genid"] = (function() {
	var $pkg = {}, $init, protoreflect;
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = protoreflect.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/order"] = (function() {
	var $pkg = {}, $init, protoreflect, sort, sync, messageField, mapEntry, sliceType, sliceType$1, ptrType, sliceType$2, ptrType$1, funcType, arrayType, sliceType$3, messageFieldPool, mapEntryPool, RangeFields, RangeEntries;
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	sort = $packages["sort"];
	sync = $packages["sync"];
	messageField = $pkg.messageField = $newType(0, $kindStruct, "order.messageField", true, "google.golang.org/protobuf/internal/order", false, function(fd_, v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fd = $ifaceNil;
			this.v = new protoreflect.Value.ptr(arrayType.zero(), 0, new $Uint64(0, 0), "", sliceType$3.nil, $ifaceNil);
			return;
		}
		this.fd = fd_;
		this.v = v_;
	});
	mapEntry = $pkg.mapEntry = $newType(0, $kindStruct, "order.mapEntry", true, "google.golang.org/protobuf/internal/order", false, function(k_, v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.k = new protoreflect.MapKey.ptr(arrayType.zero(), 0, new $Uint64(0, 0), "", sliceType$3.nil, $ifaceNil);
			this.v = new protoreflect.Value.ptr(arrayType.zero(), 0, new $Uint64(0, 0), "", sliceType$3.nil, $ifaceNil);
			return;
		}
		this.k = k_;
		this.v = v_;
	});
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType(messageField);
	ptrType = $ptrType(sliceType$1);
	sliceType$2 = $sliceType(mapEntry);
	ptrType$1 = $ptrType(sliceType$2);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	sliceType$3 = $sliceType($Uint8);
	RangeFields = function(fs, less, fn) {
		var {_i, _r, _r$1, _ref, f, fields, fn, fs, less, p, $s, $deferred, $r, $c} = $restore(this, {fs, less, fn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fields = [fields];
		less = [less];
		p = [p];
		/* */ if (less[0] === $throwNilPointerError) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (less[0] === $throwNilPointerError) { */ case 1:
			$r = fs.Range(fn); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 4; case 4: return;
		/* } */ case 2:
		_r = messageFieldPool.Get(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p[0] = $assertType(_r, ptrType);
		fields[0] = $subslice((p[0].$get()), 0, 0);
		$deferred.push([(function(fields, less, p) { return function() {
			if (fields[0].$capacity < 1024) {
				p[0].$set(fields[0]);
				messageFieldPool.Put(p[0]);
			}
		}; })(fields, less, p), []]);
		$r = fs.Range((function(fields, less, p) { return function(fd, v) {
			var fd, v;
			fields[0] = $append(fields[0], new messageField.ptr(fd, $clone(v, protoreflect.Value)));
			return true;
		}; })(fields, less, p)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.Slice(fields[0], (function(fields, less, p) { return function $b(i, j) {
			var {$24r, _r$1, i, j, $s, $r, $c} = $restore(this, {i, j});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = less[0](((i < 0 || i >= fields[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : fields[0].$array[fields[0].$offset + i]).fd, ((j < 0 || j >= fields[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : fields[0].$array[fields[0].$offset + j]).fd); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$1, i, j, $s};return $f;
		}; })(fields, less, p)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = fields[0];
		_i = 0;
		/* while (true) { */ case 8:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 9; continue; }
			f = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), messageField);
			_r$1 = fn(f.fd, $clone(f.v, protoreflect.Value)); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!_r$1) { */ case 10:
				$s = 13; case 13: return;
			/* } */ case 11:
			_i++;
		$s = 8; continue;
		case 9:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: RangeFields, $c: true, $r, _i, _r, _r$1, _ref, f, fields, fn, fs, less, p, $s, $deferred};return $f; } }
	};
	$pkg.RangeFields = RangeFields;
	RangeEntries = function(es, less, fn) {
		var {_i, _r, _r$1, _ref, e, entries, es, fn, less, p, $s, $deferred, $r, $c} = $restore(this, {es, less, fn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		entries = [entries];
		less = [less];
		p = [p];
		/* */ if (less[0] === $throwNilPointerError) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (less[0] === $throwNilPointerError) { */ case 1:
			$r = es.Range(fn); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 4; case 4: return;
		/* } */ case 2:
		_r = mapEntryPool.Get(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		p[0] = $assertType(_r, ptrType$1);
		entries[0] = $subslice((p[0].$get()), 0, 0);
		$deferred.push([(function(entries, less, p) { return function() {
			if (entries[0].$capacity < 1024) {
				p[0].$set(entries[0]);
				mapEntryPool.Put(p[0]);
			}
		}; })(entries, less, p), []]);
		$r = es.Range((function(entries, less, p) { return function(k, v) {
			var k, v;
			entries[0] = $append(entries[0], new mapEntry.ptr($clone(k, protoreflect.MapKey), $clone(v, protoreflect.Value)));
			return true;
		}; })(entries, less, p)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.Slice(entries[0], (function(entries, less, p) { return function $b(i, j) {
			var {$24r, _r$1, i, j, $s, $r, $c} = $restore(this, {i, j});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = less[0]($clone(((i < 0 || i >= entries[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : entries[0].$array[entries[0].$offset + i]).k, protoreflect.MapKey), $clone(((j < 0 || j >= entries[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : entries[0].$array[entries[0].$offset + j]).k, protoreflect.MapKey)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$1, i, j, $s};return $f;
		}; })(entries, less, p)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = entries[0];
		_i = 0;
		/* while (true) { */ case 8:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 9; continue; }
			e = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), mapEntry);
			_r$1 = fn($clone(e.k, protoreflect.MapKey), $clone(e.v, protoreflect.Value)); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!_r$1) { */ case 10:
				$s = 13; case 13: return;
			/* } */ case 11:
			_i++;
		$s = 8; continue;
		case 9:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: RangeEntries, $c: true, $r, _i, _r, _r$1, _ref, e, entries, es, fn, less, p, $s, $deferred};return $f; } }
	};
	$pkg.RangeEntries = RangeEntries;
	messageField.init("google.golang.org/protobuf/internal/order", [{prop: "fd", name: "fd", embedded: false, exported: false, typ: protoreflect.FieldDescriptor, tag: ""}, {prop: "v", name: "v", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	mapEntry.init("google.golang.org/protobuf/internal/order", [{prop: "k", name: "k", embedded: false, exported: false, typ: protoreflect.MapKey, tag: ""}, {prop: "v", name: "v", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = protoreflect.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		messageFieldPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return $newDataPointer(sliceType$1.nil, ptrType);
		}));
		mapEntryPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return $newDataPointer(sliceType$2.nil, ptrType$1);
		}));
		$pkg.AnyFieldOrder = $throwNilPointerError;
		$pkg.LegacyFieldOrder = (function $b(x, y) {
			var {$24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _v, _v$1, inOneof, ox, oy, x, y, $s, $r, $c} = $restore(this, {x, y});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = x.ContainingOneof(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tmp = _r;
			_r$1 = y.ContainingOneof(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tmp$1 = _r$1;
			ox = _tmp;
			oy = _tmp$1;
			inOneof = (function $b(od) {
				var {$24r, _r$2, _v, od, $s, $r, $c} = $restore(this, {od});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if (!(!($interfaceIsEqual(od, $ifaceNil)))) { _v = false; $s = 1; continue s; }
				_r$2 = od.IsSynthetic(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v = !_r$2; case 1:
				$24r = _v;
				$s = 3; case 3: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$2, _v, od, $s};return $f;
			});
			_r$2 = x.IsExtension(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = y.IsExtension(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (!(_r$2 === _r$3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(_r$2 === _r$3)) { */ case 3:
				_r$4 = x.IsExtension(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				if (!(_r$4)) { _v = false; $s = 7; continue s; }
				_r$5 = y.IsExtension(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_v = !_r$5; case 7:
				$24r = _v;
				$s = 10; case 10: return $24r;
			/* } */ case 4:
			_r$6 = inOneof(ox); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = inOneof(oy); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (!(_r$6 === _r$7)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!(_r$6 === _r$7)) { */ case 11:
				_r$8 = inOneof(ox); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				if (!(!_r$8)) { _v$1 = false; $s = 15; continue s; }
				_r$9 = inOneof(oy); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_v$1 = _r$9; case 15:
				$24r$1 = _v$1;
				$s = 18; case 18: return $24r$1;
			/* } */ case 12:
			/* */ if (!($interfaceIsEqual(ox, $ifaceNil)) && !($interfaceIsEqual(oy, $ifaceNil)) && !($interfaceIsEqual(ox, oy))) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!($interfaceIsEqual(ox, $ifaceNil)) && !($interfaceIsEqual(oy, $ifaceNil)) && !($interfaceIsEqual(ox, oy))) { */ case 19:
				_r$10 = ox.Index(); /* */ $s = 21; case 21: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = oy.Index(); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r$2 = _r$10 < _r$11;
				$s = 23; case 23: return $24r$2;
			/* } */ case 20:
			_r$12 = x.Number(); /* */ $s = 24; case 24: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = y.Number(); /* */ $s = 25; case 25: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$24r$3 = _r$12 < _r$13;
			$s = 26; case 26: return $24r$3;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _v, _v$1, inOneof, ox, oy, x, y, $s};return $f;
		});
		$pkg.NumberFieldOrder = (function $b(x, y) {
			var {$24r, _r, _r$1, x, y, $s, $r, $c} = $restore(this, {x, y});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = x.Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = y.Number(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r < _r$1;
			$s = 3; case 3: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r, _r$1, x, y, $s};return $f;
		});
		$pkg.IndexNameFieldOrder = (function $b(x, y) {
			var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, x, y, $s, $r, $c} = $restore(this, {x, y});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = x.IsExtension(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = y.IsExtension(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!(_r === _r$1)) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!(_r === _r$1)) { */ case 1:
				_r$2 = x.IsExtension(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				if (!(!_r$2)) { _v = false; $s = 5; continue s; }
				_r$3 = y.IsExtension(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_v = _r$3; case 5:
				$24r = _v;
				$s = 8; case 8: return $24r;
			/* } */ case 2:
			_r$4 = x.IsExtension(); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			if (!(_r$4)) { _v$1 = false; $s = 11; continue s; }
			_r$5 = y.IsExtension(); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_v$1 = _r$5; case 11:
			/* */ if (_v$1) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_v$1) { */ case 9:
				_r$6 = x.FullName(); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = y.FullName(); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r$1 = _r$6 < _r$7;
				$s = 16; case 16: return $24r$1;
			/* } */ case 10:
			_r$8 = x.Index(); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = y.Index(); /* */ $s = 18; case 18: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r$2 = _r$8 < _r$9;
			$s = 19; case 19: return $24r$2;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, x, y, $s};return $f;
		});
		$pkg.AnyKeyOrder = $throwNilPointerError;
		$pkg.GenericKeyOrder = (function $b(x, y) {
			var {$24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _ref, _v, x, x$1, x$2, x$3, x$4, y, $s, $r, $c} = $restore(this, {x, y});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = $clone(x, protoreflect.MapKey).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_ref = _r;
			/* */ if ($assertType(_ref, $Bool, true)[1]) { $s = 2; continue; }
			/* */ if ($assertType(_ref, $Int32, true)[1] || $assertType(_ref, $Int64, true)[1]) { $s = 3; continue; }
			/* */ if ($assertType(_ref, $Uint32, true)[1] || $assertType(_ref, $Uint64, true)[1]) { $s = 4; continue; }
			/* */ if ($assertType(_ref, $String, true)[1]) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ($assertType(_ref, $Bool, true)[1]) { */ case 2:
				_r$1 = $clone(x, protoreflect.MapKey).Bool(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				if (!(!_r$1)) { _v = false; $s = 8; continue s; }
				_r$2 = $clone(y, protoreflect.MapKey).Bool(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v = _r$2; case 8:
				$24r = _v;
				$s = 11; case 11: return $24r;
			/* } else if ($assertType(_ref, $Int32, true)[1] || $assertType(_ref, $Int64, true)[1]) { */ case 3:
				_r$3 = $clone(x, protoreflect.MapKey).Int(); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = $clone(y, protoreflect.MapKey).Int(); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r$1 = (x$1 = _r$3, x$2 = _r$4, (x$1.$high < x$2.$high || (x$1.$high === x$2.$high && x$1.$low < x$2.$low)));
				$s = 14; case 14: return $24r$1;
			/* } else if ($assertType(_ref, $Uint32, true)[1] || $assertType(_ref, $Uint64, true)[1]) { */ case 4:
				_r$5 = $clone(x, protoreflect.MapKey).Uint(); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(y, protoreflect.MapKey).Uint(); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$2 = (x$3 = _r$5, x$4 = _r$6, (x$3.$high < x$4.$high || (x$3.$high === x$4.$high && x$3.$low < x$4.$low)));
				$s = 17; case 17: return $24r$2;
			/* } else if ($assertType(_ref, $String, true)[1]) { */ case 5:
				_r$7 = $clone(x, protoreflect.MapKey).String(); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = $clone(y, protoreflect.MapKey).String(); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$3 = _r$7 < _r$8;
				$s = 20; case 20: return $24r$3;
			/* } else { */ case 6:
				$panic(new $String("invalid map key type"));
			/* } */ case 7:
			$s = -1; return false;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _ref, _v, x, x$1, x$2, x$3, x$4, y, $s};return $f;
		});
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/reflect/protoregistry"] = (function() {
	var $pkg = {}, $init, fmt, messageset, errors, flags, protoreflect, os, strings, sync, Files, packageDescriptor, nameSuffix, Types, typesByName, extensionsByMessage, extensionsByNumber, sliceType, ptrType, sliceType$1, ptrType$1, ptrType$2, ptrType$3, interfaceType, funcType, mapType, mapType$1, funcType$1, funcType$2, funcType$3, conflictPolicy, ignoreConflict, globalMutex, _r, findDescriptorInMessage, rangeTopLevelDescriptors, typeName, amendErrorWithCaller, goPackage;
	fmt = $packages["fmt"];
	messageset = $packages["google.golang.org/protobuf/internal/encoding/messageset"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	flags = $packages["google.golang.org/protobuf/internal/flags"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	os = $packages["os"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	Files = $pkg.Files = $newType(0, $kindStruct, "protoregistry.Files", true, "google.golang.org/protobuf/reflect/protoregistry", true, function(descsByName_, filesByPath_, numFiles_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.descsByName = false;
			this.filesByPath = false;
			this.numFiles = 0;
			return;
		}
		this.descsByName = descsByName_;
		this.filesByPath = filesByPath_;
		this.numFiles = numFiles_;
	});
	packageDescriptor = $pkg.packageDescriptor = $newType(0, $kindStruct, "protoregistry.packageDescriptor", true, "google.golang.org/protobuf/reflect/protoregistry", false, function(files_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.files = sliceType$1.nil;
			return;
		}
		this.files = files_;
	});
	nameSuffix = $pkg.nameSuffix = $newType(8, $kindString, "protoregistry.nameSuffix", true, "google.golang.org/protobuf/reflect/protoregistry", false, null);
	Types = $pkg.Types = $newType(0, $kindStruct, "protoregistry.Types", true, "google.golang.org/protobuf/reflect/protoregistry", true, function(typesByName_, extensionsByMessage_, numEnums_, numMessages_, numExtensions_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.typesByName = false;
			this.extensionsByMessage = false;
			this.numEnums = 0;
			this.numMessages = 0;
			this.numExtensions = 0;
			return;
		}
		this.typesByName = typesByName_;
		this.extensionsByMessage = extensionsByMessage_;
		this.numEnums = numEnums_;
		this.numMessages = numMessages_;
		this.numExtensions = numExtensions_;
	});
	typesByName = $pkg.typesByName = $newType(4, $kindMap, "protoregistry.typesByName", true, "google.golang.org/protobuf/reflect/protoregistry", false, null);
	extensionsByMessage = $pkg.extensionsByMessage = $newType(4, $kindMap, "protoregistry.extensionsByMessage", true, "google.golang.org/protobuf/reflect/protoregistry", false, null);
	extensionsByNumber = $pkg.extensionsByNumber = $newType(4, $kindMap, "protoregistry.extensionsByNumber", true, "google.golang.org/protobuf/reflect/protoregistry", false, null);
	sliceType = $sliceType($emptyInterface);
	ptrType = $ptrType(Types);
	sliceType$1 = $sliceType(protoreflect.FileDescriptor);
	ptrType$1 = $ptrType(packageDescriptor);
	ptrType$2 = $ptrType(Files);
	ptrType$3 = $ptrType(nameSuffix);
	interfaceType = $interfaceType([{prop: "GoPackagePath", name: "GoPackagePath", pkg: "", typ: $funcType([], [$String], false)}]);
	funcType = $funcType([protoreflect.FileDescriptor], [$Bool], false);
	mapType = $mapType(protoreflect.FullName, $emptyInterface);
	mapType$1 = $mapType($String, sliceType$1);
	funcType$1 = $funcType([protoreflect.EnumType], [$Bool], false);
	funcType$2 = $funcType([protoreflect.MessageType], [$Bool], false);
	funcType$3 = $funcType([protoreflect.ExtensionType], [$Bool], false);
	Files.ptr.prototype.RegisterFile = function(file) {
		var {$24r, $24r$1, $24r$2, $24r$3, _arg, _arg$1, _arg$2, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _key, _key$1, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, _v$1, err, err$1, err$2, file, hasConflict, name, name$1, p, path, prev, prev$1, r, $s, $deferred, $r, $c} = $restore(this, {file});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		file = [file];
		hasConflict = [hasConflict];
		r = [r];
		r[0] = this;
		/* */ if (r[0] === $pkg.GlobalFiles) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r[0] === $pkg.GlobalFiles) { */ case 1:
			$r = globalMutex.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "Unlock"), []]);
		/* } */ case 2:
		if (r[0].descsByName === false) {
			r[0].descsByName = $makeMap(protoreflect.FullName.keyFor, [{ k: "", v: new packageDescriptor.ptr(sliceType$1.nil) }]);
			r[0].filesByPath = {};
		}
		_r$1 = file[0].Path(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		path = _r$1;
		prev = (_entry = r[0].filesByPath[$String.keyFor(path)], _entry !== undefined ? _entry.v : sliceType$1.nil);
		/* */ if (prev.$length > 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (prev.$length > 0) { */ case 5:
			$r = r[0].checkGenProtoConflict(path); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$2 = file[0].Path(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_arg = new $String(_r$2);
			_r$3 = errors.New("file %q is already registered", new sliceType([_arg])); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err$1 = _r$3;
			_r$4 = amendErrorWithCaller(err$1, (0 >= prev.$length ? ($throwRuntimeError("index out of range"), undefined) : prev.$array[prev.$offset + 0]), file[0]); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			err$1 = _r$4;
			if (!(r[0] === $pkg.GlobalFiles)) { _v = false; $s = 13; continue s; }
			_r$5 = ignoreConflict(file[0], err$1); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_v = _r$5; case 13:
			/* */ if (!(_v)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!(_v)) { */ case 11:
				$24r = err$1;
				$s = 15; case 15: return $24r;
			/* } */ case 12:
		/* } */ case 6:
		_r$6 = file[0].Package(); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		name = _r$6;
		/* while (true) { */ case 17:
			/* if (!(!(name === ""))) { break; } */ if(!(!(name === ""))) { $s = 18; continue; }
			prev$1 = (_entry$1 = r[0].descsByName[protoreflect.FullName.keyFor(name)], _entry$1 !== undefined ? _entry$1.v : $ifaceNil);
			_ref = prev$1;
			/* */ if (_ref === $ifaceNil || $assertType(_ref, ptrType$1, true)[1]) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (_ref === $ifaceNil || $assertType(_ref, ptrType$1, true)[1]) { */ case 19:
				$s = 21; continue;
			/* } else { */ case 20:
				_r$7 = file[0].Path(); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_arg$1 = new $String(_r$7);
				_arg$2 = new protoreflect.FullName(name);
				_r$8 = errors.New("file %q has a package name conflict over %v", new sliceType([_arg$1, _arg$2])); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				err$2 = _r$8;
				_r$9 = amendErrorWithCaller(err$2, prev$1, file[0]); /* */ $s = 24; case 24: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				err$2 = _r$9;
				if (!(r[0] === $pkg.GlobalFiles)) { _v$1 = false; $s = 27; continue s; }
				_r$10 = ignoreConflict(file[0], err$2); /* */ $s = 28; case 28: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_v$1 = _r$10; case 27:
				/* */ if (_v$1) { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (_v$1) { */ case 25:
					err$2 = $ifaceNil;
				/* } */ case 26:
				$24r$1 = err$2;
				$s = 29; case 29: return $24r$1;
			/* } */ case 21:
			name = new protoreflect.FullName(name).Parent();
		$s = 17; continue;
		case 18:
		err[0] = $ifaceNil;
		hasConflict[0] = false;
		$r = rangeTopLevelDescriptors(file[0], (function(err, file, hasConflict, r) { return function $b(d) {
			var {_arg$3, _arg$4, _entry$2, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _v$2, d, prev$2, $s, $r, $c} = $restore(this, {d});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$11 = d.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			prev$2 = (_entry$2 = r[0].descsByName[protoreflect.FullName.keyFor(_r$11)], _entry$2 !== undefined ? _entry$2.v : $ifaceNil);
			/* */ if (!($interfaceIsEqual(prev$2, $ifaceNil))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (!($interfaceIsEqual(prev$2, $ifaceNil))) { */ case 2:
				hasConflict[0] = true;
				_r$12 = file[0].Path(); /* */ $s = 4; case 4: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_arg$3 = new $String(_r$12);
				_r$13 = d.FullName(); /* */ $s = 5; case 5: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$4 = new protoreflect.FullName(_r$13);
				_r$14 = errors.New("file %q has a name conflict over %v", new sliceType([_arg$3, _arg$4])); /* */ $s = 6; case 6: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				err[0] = _r$14;
				_r$15 = amendErrorWithCaller(err[0], prev$2, file[0]); /* */ $s = 7; case 7: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				err[0] = _r$15;
				if (!(r[0] === $pkg.GlobalFiles)) { _v$2 = false; $s = 10; continue s; }
				_r$16 = ignoreConflict(d, err[0]); /* */ $s = 11; case 11: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_v$2 = _r$16; case 10:
				/* */ if (_v$2) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (_v$2) { */ case 8:
					err[0] = $ifaceNil;
				/* } */ case 9:
			/* } */ case 3:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg$3, _arg$4, _entry$2, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _v$2, d, prev$2, $s};return $f;
		}; })(err, file, hasConflict, r)); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (hasConflict[0]) { $s = 31; continue; }
		/* */ $s = 32; continue;
		/* if (hasConflict[0]) { */ case 31:
			$24r$2 = err[0];
			$s = 33; case 33: return $24r$2;
		/* } */ case 32:
		_r$11 = file[0].Package(); /* */ $s = 34; case 34: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		name$1 = _r$11;
		/* while (true) { */ case 35:
			/* if (!(!(name$1 === ""))) { break; } */ if(!(!(name$1 === ""))) { $s = 36; continue; }
			if ($interfaceIsEqual((_entry$2 = r[0].descsByName[protoreflect.FullName.keyFor(name$1)], _entry$2 !== undefined ? _entry$2.v : $ifaceNil), $ifaceNil)) {
				_key = name$1; (r[0].descsByName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.FullName.keyFor(_key)] = { k: _key, v: new packageDescriptor.ptr(sliceType$1.nil) };
			}
			name$1 = new protoreflect.FullName(name$1).Parent();
		$s = 35; continue;
		case 36:
		_r$12 = file[0].Package(); /* */ $s = 37; case 37: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		p = $assertType((_entry$3 = r[0].descsByName[protoreflect.FullName.keyFor(_r$12)], _entry$3 !== undefined ? _entry$3.v : $ifaceNil), ptrType$1);
		p.files = $append(p.files, file[0]);
		$r = rangeTopLevelDescriptors(file[0], (function(err, file, hasConflict, r) { return function $b(d) {
			var {_key$1, _r$13, d, $s, $r, $c} = $restore(this, {d});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$13 = d.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_key$1 = _r$13; (r[0].descsByName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.FullName.keyFor(_key$1)] = { k: _key$1, v: d };
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _key$1, _r$13, d, $s};return $f;
		}; })(err, file, hasConflict, r)); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_key$1 = path; (r[0].filesByPath || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: $append((_entry$4 = r[0].filesByPath[$String.keyFor(path)], _entry$4 !== undefined ? _entry$4.v : sliceType$1.nil), file[0]) };
		r[0].numFiles = r[0].numFiles + (1) >> 0;
		$24r$3 = $ifaceNil;
		$s = 39; case 39: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Files.ptr.prototype.RegisterFile, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _arg, _arg$1, _arg$2, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _key, _key$1, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, _v$1, err, err$1, err$2, file, hasConflict, name, name$1, p, path, prev, prev$1, r, $s, $deferred};return $f; } }
	};
	Files.prototype.RegisterFile = function(file) { return this.$val.RegisterFile(file); };
	Files.ptr.prototype.checkGenProtoConflict = function(path) {
		var {_1, _r$1, currPath, path, pkgName, prevPath, r, $s, $r, $c} = $restore(this, {path});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (!(r === $pkg.GlobalFiles)) {
			$s = -1; return;
		}
		prevPath = "";
		_1 = path;
		if (_1 === ("google/protobuf/field_mask.proto")) {
			prevPath = "google.golang.org/genproto/protobuf/field_mask";
		} else if (_1 === ("google/protobuf/api.proto")) {
			prevPath = "google.golang.org/genproto/protobuf/api";
		} else if (_1 === ("google/protobuf/type.proto")) {
			prevPath = "google.golang.org/genproto/protobuf/ptype";
		} else if (_1 === ("google/protobuf/source_context.proto")) {
			prevPath = "google.golang.org/genproto/protobuf/source_context";
		} else {
			$s = -1; return;
		}
		pkgName = strings.TrimSuffix(strings.TrimPrefix(path, "google/protobuf/"), ".proto");
		pkgName = strings.Replace(pkgName, "_", "", -1) + "pb";
		currPath = "google.golang.org/protobuf/types/known/" + pkgName;
		_r$1 = fmt.Sprintf("duplicate registration of %q\n\nThe generated definition for this file has moved:\n\tfrom: %q\n\tto:   %q\nA dependency on the %q module must\nbe at version %v or higher.\n\nUpgrade the dependency by running:\n\tgo get -u %v\n", new sliceType([new $String(path), new $String(prevPath), new $String(currPath), new $String("google.golang.org/genproto"), new $String("cb27e3aa (May 26th, 2020)"), new $String(prevPath)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$panic(new $String(_r$1));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Files.ptr.prototype.checkGenProtoConflict, $c: true, $r, _1, _r$1, currPath, path, pkgName, prevPath, r, $s};return $f;
	};
	Files.prototype.checkGenProtoConflict = function(path) { return this.$val.checkGenProtoConflict(path); };
	Files.ptr.prototype.FindDescriptorByName = function(name) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _entry, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _v, _v$1, d, d$1, d$2, d$3, d$4, d$5, d$6, d$7, name, ok, prefix, r, suffix, suffix$24ptr, $s, $deferred, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType$2.nil) { */ case 1:
			$24r = [$ifaceNil, $pkg.NotFound];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalFiles) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalFiles) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		prefix = name;
		suffix = "";
		/* while (true) { */ case 7:
			/* if (!(!(prefix === ""))) { break; } */ if(!(!(prefix === ""))) { $s = 8; continue; }
			_tuple = (_entry = r.descsByName[protoreflect.FullName.keyFor(prefix)], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
			d = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (ok) { */ case 9:
				_ref = d;
				/* */ if ($assertType(_ref, protoreflect.EnumDescriptor, true)[1]) { $s = 11; continue; }
				/* */ if ($assertType(_ref, protoreflect.EnumValueDescriptor, true)[1]) { $s = 12; continue; }
				/* */ if ($assertType(_ref, protoreflect.MessageDescriptor, true)[1]) { $s = 13; continue; }
				/* */ if ($assertType(_ref, protoreflect.FieldDescriptor, true)[1]) { $s = 14; continue; }
				/* */ if ($assertType(_ref, protoreflect.ServiceDescriptor, true)[1]) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if ($assertType(_ref, protoreflect.EnumDescriptor, true)[1]) { */ case 11:
					d$1 = _ref;
					_r$1 = d$1.FullName(); /* */ $s = 19; case 19: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					/* */ if (_r$1 === name) { $s = 17; continue; }
					/* */ $s = 18; continue;
					/* if (_r$1 === name) { */ case 17:
						$24r$1 = [d$1, $ifaceNil];
						$s = 20; case 20: return $24r$1;
					/* } */ case 18:
					$s = 16; continue;
				/* } else if ($assertType(_ref, protoreflect.EnumValueDescriptor, true)[1]) { */ case 12:
					d$2 = _ref;
					_r$2 = d$2.FullName(); /* */ $s = 23; case 23: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					/* */ if (_r$2 === name) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (_r$2 === name) { */ case 21:
						$24r$2 = [d$2, $ifaceNil];
						$s = 24; case 24: return $24r$2;
					/* } */ case 22:
					$s = 16; continue;
				/* } else if ($assertType(_ref, protoreflect.MessageDescriptor, true)[1]) { */ case 13:
					d$3 = _ref;
					_r$3 = d$3.FullName(); /* */ $s = 27; case 27: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					/* */ if (_r$3 === name) { $s = 25; continue; }
					/* */ $s = 26; continue;
					/* if (_r$3 === name) { */ case 25:
						$24r$3 = [d$3, $ifaceNil];
						$s = 28; case 28: return $24r$3;
					/* } */ case 26:
					_r$4 = findDescriptorInMessage(d$3, suffix); /* */ $s = 29; case 29: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					d$6 = _r$4;
					if (!(!($interfaceIsEqual(d$6, $ifaceNil)))) { _v = false; $s = 32; continue s; }
					_r$5 = d$6.FullName(); /* */ $s = 33; case 33: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_v = _r$5 === name; case 32:
					/* */ if (_v) { $s = 30; continue; }
					/* */ $s = 31; continue;
					/* if (_v) { */ case 30:
						$24r$4 = [d$6, $ifaceNil];
						$s = 34; case 34: return $24r$4;
					/* } */ case 31:
					$s = 16; continue;
				/* } else if ($assertType(_ref, protoreflect.FieldDescriptor, true)[1]) { */ case 14:
					d$4 = _ref;
					_r$6 = d$4.FullName(); /* */ $s = 37; case 37: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					/* */ if (_r$6 === name) { $s = 35; continue; }
					/* */ $s = 36; continue;
					/* if (_r$6 === name) { */ case 35:
						$24r$5 = [d$4, $ifaceNil];
						$s = 38; case 38: return $24r$5;
					/* } */ case 36:
					$s = 16; continue;
				/* } else if ($assertType(_ref, protoreflect.ServiceDescriptor, true)[1]) { */ case 15:
					d$5 = _ref;
					_r$7 = d$5.FullName(); /* */ $s = 41; case 41: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					/* */ if (_r$7 === name) { $s = 39; continue; }
					/* */ $s = 40; continue;
					/* if (_r$7 === name) { */ case 39:
						$24r$6 = [d$5, $ifaceNil];
						$s = 42; case 42: return $24r$6;
					/* } */ case 40:
					_r$8 = d$5.Methods(); /* */ $s = 43; case 43: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$9 = _r$8.ByName((suffix$24ptr || (suffix$24ptr = new ptrType$3(function() { return suffix; }, function($v) { suffix = $v; }))).Pop()); /* */ $s = 44; case 44: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					d$7 = _r$9;
					if (!(!($interfaceIsEqual(d$7, $ifaceNil)))) { _v$1 = false; $s = 47; continue s; }
					_r$10 = d$7.FullName(); /* */ $s = 48; case 48: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_v$1 = _r$10 === name; case 47:
					/* */ if (_v$1) { $s = 45; continue; }
					/* */ $s = 46; continue;
					/* if (_v$1) { */ case 45:
						$24r$7 = [d$7, $ifaceNil];
						$s = 49; case 49: return $24r$7;
					/* } */ case 46:
				/* } */ case 16:
				$24r$8 = [$ifaceNil, $pkg.NotFound];
				$s = 50; case 50: return $24r$8;
			/* } */ case 10:
			prefix = new protoreflect.FullName(prefix).Parent();
			suffix = ($substring(name, (prefix.length + 1 >> 0)));
		$s = 7; continue;
		case 8:
		$24r$9 = [$ifaceNil, $pkg.NotFound];
		$s = 51; case 51: return $24r$9;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Files.ptr.prototype.FindDescriptorByName, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _entry, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _v, _v$1, d, d$1, d$2, d$3, d$4, d$5, d$6, d$7, name, ok, prefix, r, suffix, suffix$24ptr, $s, $deferred};return $f; } }
	};
	Files.prototype.FindDescriptorByName = function(name) { return this.$val.FindDescriptorByName(name); };
	findDescriptorInMessage = function(md, suffix) {
		var {$24r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, ed, fd, i, md, md$1, name, od, suffix, suffix$24ptr, vd, xd, $s, $r, $c} = $restore(this, {md, suffix});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = (suffix$24ptr || (suffix$24ptr = new ptrType$3(function() { return suffix; }, function($v) { suffix = $v; }))).Pop();
		/* */ if (suffix === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (suffix === "") { */ case 1:
			_r$1 = md.Enums(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = _r$1.ByName(name); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			ed = _r$2;
			if (!($interfaceIsEqual(ed, $ifaceNil))) {
				$s = -1; return ed;
			}
			_r$3 = md.Enums(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = _r$3.Len(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			i = _r$4 - 1 >> 0;
			/* while (true) { */ case 7:
				/* if (!(i >= 0)) { break; } */ if(!(i >= 0)) { $s = 8; continue; }
				_r$5 = md.Enums(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = _r$5.Get(i); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = _r$6.Values(); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = _r$7.ByName(name); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				vd = _r$8;
				if (!($interfaceIsEqual(vd, $ifaceNil))) {
					$s = -1; return vd;
				}
				i = i - (1) >> 0;
			$s = 7; continue;
			case 8:
			_r$9 = md.Extensions(); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = _r$9.ByName(name); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			xd = _r$10;
			if (!($interfaceIsEqual(xd, $ifaceNil))) {
				$s = -1; return xd;
			}
			_r$11 = md.Fields(); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = _r$11.ByName(name); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			fd = _r$12;
			if (!($interfaceIsEqual(fd, $ifaceNil))) {
				$s = -1; return fd;
			}
			_r$13 = md.Oneofs(); /* */ $s = 17; case 17: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = _r$13.ByName(name); /* */ $s = 18; case 18: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			od = _r$14;
			if (!($interfaceIsEqual(od, $ifaceNil))) {
				$s = -1; return od;
			}
		/* } */ case 2:
		_r$15 = md.Messages(); /* */ $s = 19; case 19: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_r$16 = _r$15.ByName(name); /* */ $s = 20; case 20: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		md$1 = _r$16;
		/* */ if (!($interfaceIsEqual(md$1, $ifaceNil))) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!($interfaceIsEqual(md$1, $ifaceNil))) { */ case 21:
			if (suffix === "") {
				$s = -1; return md$1;
			}
			_r$17 = findDescriptorInMessage(md$1, suffix); /* */ $s = 23; case 23: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$24r = _r$17;
			$s = 24; case 24: return $24r;
		/* } */ case 22:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: findDescriptorInMessage, $c: true, $r, $24r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, ed, fd, i, md, md$1, name, od, suffix, suffix$24ptr, vd, xd, $s};return $f;
	};
	$ptrType(nameSuffix).prototype.Pop = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, i, name, s;
		name = "";
		s = this;
		i = strings.IndexByte((s.$get()), 46);
		if (i >= 0) {
			_tmp = ($substring((s.$get()), 0, i));
			_tmp$1 = $substring((s.$get()), (i + 1 >> 0));
			name = _tmp;
			s.$set(_tmp$1);
		} else {
			_tmp$2 = ((s.$get()));
			_tmp$3 = "";
			name = _tmp$2;
			s.$set(_tmp$3);
		}
		name = name;
		return name;
	};
	Files.ptr.prototype.FindFileByPath = function(path) {
		var {$24r, $24r$1, $24r$2, $24r$3, _1, _entry, _r$1, fds, path, r, $s, $deferred, $r, $c} = $restore(this, {path});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType$2.nil) { */ case 1:
			$24r = [$ifaceNil, $pkg.NotFound];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalFiles) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalFiles) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		fds = (_entry = r.filesByPath[$String.keyFor(path)], _entry !== undefined ? _entry.v : sliceType$1.nil);
			_1 = fds.$length;
			/* */ if (_1 === (0)) { $s = 8; continue; }
			/* */ if (_1 === (1)) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_1 === (0)) { */ case 8:
				$24r$1 = [$ifaceNil, $pkg.NotFound];
				$s = 12; case 12: return $24r$1;
			/* } else if (_1 === (1)) { */ case 9:
				$24r$2 = [(0 >= fds.$length ? ($throwRuntimeError("index out of range"), undefined) : fds.$array[fds.$offset + 0]), $ifaceNil];
				$s = 13; case 13: return $24r$2;
			/* } else { */ case 10:
				_r$1 = errors.New("multiple files named %q", new sliceType([new $String(path)])); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$3 = [$ifaceNil, _r$1];
				$s = 15; case 15: return $24r$3;
			/* } */ case 11:
		case 7:
		$s = -1; return [$ifaceNil, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Files.ptr.prototype.FindFileByPath, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _1, _entry, _r$1, fds, path, r, $s, $deferred};return $f; } }
	};
	Files.prototype.FindFileByPath = function(path) { return this.$val.FindFileByPath(path); };
	Files.ptr.prototype.NumFiles = function() {
		var {$24r, $24r$1, r, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType$2.nil) { */ case 1:
			$24r = 0;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalFiles) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalFiles) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		$24r$1 = r.numFiles;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Files.ptr.prototype.NumFiles, $c: true, $r, $24r, $24r$1, r, $s, $deferred};return $f; } }
	};
	Files.prototype.NumFiles = function() { return this.$val.NumFiles(); };
	Files.ptr.prototype.RangeFiles = function(f) {
		var {_entry, _i, _i$1, _keys, _r$1, _ref, _ref$1, f, file, files, r, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType$2.nil) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalFiles) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalFiles) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_ref = r.filesByPath;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 7:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 8; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 7; continue;
			}
			files = _entry.v;
			_ref$1 = files;
			_i$1 = 0;
			/* while (true) { */ case 9:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 10; continue; }
				file = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				_r$1 = f(file); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (!_r$1) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!_r$1) { */ case 11:
					$s = 14; case 14: return;
				/* } */ case 12:
				_i$1++;
			$s = 9; continue;
			case 10:
			_i++;
		$s = 7; continue;
		case 8:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Files.ptr.prototype.RangeFiles, $c: true, $r, _entry, _i, _i$1, _keys, _r$1, _ref, _ref$1, f, file, files, r, $s, $deferred};return $f; } }
	};
	Files.prototype.RangeFiles = function(f) { return this.$val.RangeFiles(f); };
	Files.ptr.prototype.NumFilesByPackage = function(name) {
		var {$24r, $24r$1, $24r$2, _entry, _tuple, name, ok, p, r, $s, $deferred, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType$2.nil) { */ case 1:
			$24r = 0;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalFiles) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalFiles) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_tuple = $assertType((_entry = r.descsByName[protoreflect.FullName.keyFor(name)], _entry !== undefined ? _entry.v : $ifaceNil), ptrType$1, true);
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!ok) { */ case 7:
			$24r$1 = 0;
			$s = 9; case 9: return $24r$1;
		/* } */ case 8:
		$24r$2 = p.files.$length;
		$s = 10; case 10: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Files.ptr.prototype.NumFilesByPackage, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _tuple, name, ok, p, r, $s, $deferred};return $f; } }
	};
	Files.prototype.NumFilesByPackage = function(name) { return this.$val.NumFilesByPackage(name); };
	Files.ptr.prototype.RangeFilesByPackage = function(name, f) {
		var {_entry, _i, _r$1, _ref, _tuple, f, file, name, ok, p, r, $s, $deferred, $r, $c} = $restore(this, {name, f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType$2.nil) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalFiles) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalFiles) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_tuple = $assertType((_entry = r.descsByName[protoreflect.FullName.keyFor(name)], _entry !== undefined ? _entry.v : $ifaceNil), ptrType$1, true);
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!ok) { */ case 7:
			$s = 9; case 9: return;
		/* } */ case 8:
		_ref = p.files;
		_i = 0;
		/* while (true) { */ case 10:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 11; continue; }
			file = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = f(file); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!_r$1) { */ case 12:
				$s = 15; case 15: return;
			/* } */ case 13:
			_i++;
		$s = 10; continue;
		case 11:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Files.ptr.prototype.RangeFilesByPackage, $c: true, $r, _entry, _i, _r$1, _ref, _tuple, f, file, name, ok, p, r, $s, $deferred};return $f; } }
	};
	Files.prototype.RangeFilesByPackage = function(name, f) { return this.$val.RangeFilesByPackage(name, f); };
	rangeTopLevelDescriptors = function(fd, f) {
		var {_r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, eds, f, fd, i, i$1, i$2, i$3, i$4, mds, sds, vds, xds, $s, $r, $c} = $restore(this, {fd, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fd.Enums(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		eds = _r$1;
		_r$2 = eds.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		i = _r$2 - 1 >> 0;
		/* while (true) { */ case 3:
			/* if (!(i >= 0)) { break; } */ if(!(i >= 0)) { $s = 4; continue; }
			_r$3 = eds.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$r = f(_r$3); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$4 = eds.Get(i); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = _r$4.Values(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			vds = _r$5;
			_r$6 = vds.Len(); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			i$1 = _r$6 - 1 >> 0;
			/* while (true) { */ case 10:
				/* if (!(i$1 >= 0)) { break; } */ if(!(i$1 >= 0)) { $s = 11; continue; }
				_r$7 = vds.Get(i$1); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$r = f(_r$7); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				i$1 = i$1 - (1) >> 0;
			$s = 10; continue;
			case 11:
			i = i - (1) >> 0;
		$s = 3; continue;
		case 4:
		_r$8 = fd.Messages(); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		mds = _r$8;
		_r$9 = mds.Len(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		i$2 = _r$9 - 1 >> 0;
		/* while (true) { */ case 16:
			/* if (!(i$2 >= 0)) { break; } */ if(!(i$2 >= 0)) { $s = 17; continue; }
			_r$10 = mds.Get(i$2); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$r = f(_r$10); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i$2 = i$2 - (1) >> 0;
		$s = 16; continue;
		case 17:
		_r$11 = fd.Extensions(); /* */ $s = 20; case 20: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		xds = _r$11;
		_r$12 = xds.Len(); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		i$3 = _r$12 - 1 >> 0;
		/* while (true) { */ case 22:
			/* if (!(i$3 >= 0)) { break; } */ if(!(i$3 >= 0)) { $s = 23; continue; }
			_r$13 = xds.Get(i$3); /* */ $s = 24; case 24: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$r = f(_r$13); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i$3 = i$3 - (1) >> 0;
		$s = 22; continue;
		case 23:
		_r$14 = fd.Services(); /* */ $s = 26; case 26: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		sds = _r$14;
		_r$15 = sds.Len(); /* */ $s = 27; case 27: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		i$4 = _r$15 - 1 >> 0;
		/* while (true) { */ case 28:
			/* if (!(i$4 >= 0)) { break; } */ if(!(i$4 >= 0)) { $s = 29; continue; }
			_r$16 = sds.Get(i$4); /* */ $s = 30; case 30: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			$r = f(_r$16); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i$4 = i$4 - (1) >> 0;
		$s = 28; continue;
		case 29:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: rangeTopLevelDescriptors, $c: true, $r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, eds, f, fd, i, i$1, i$2, i$3, i$4, mds, sds, vds, xds, $s};return $f;
	};
	Types.ptr.prototype.RegisterMessage = function(mt) {
		var {$24r, $24r$1, _r$1, _r$2, err, md, mt, r, $s, $deferred, $r, $c} = $restore(this, {mt});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		_r$1 = mt.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		md = _r$1;
		/* */ if (r === $pkg.GlobalTypes) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 2:
			$r = globalMutex.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "Unlock"), []]);
		/* } */ case 3:
		_r$2 = r.register("message", md, mt); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
			$24r = err;
			$s = 8; case 8: return $24r;
		/* } */ case 7:
		r.numMessages = r.numMessages + (1) >> 0;
		$24r$1 = $ifaceNil;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.RegisterMessage, $c: true, $r, $24r, $24r$1, _r$1, _r$2, err, md, mt, r, $s, $deferred};return $f; } }
	};
	Types.prototype.RegisterMessage = function(mt) { return this.$val.RegisterMessage(mt); };
	Types.ptr.prototype.RegisterEnum = function(et) {
		var {$24r, $24r$1, _r$1, _r$2, ed, err, et, r, $s, $deferred, $r, $c} = $restore(this, {et});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		_r$1 = et.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		ed = _r$1;
		/* */ if (r === $pkg.GlobalTypes) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 2:
			$r = globalMutex.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "Unlock"), []]);
		/* } */ case 3:
		_r$2 = r.register("enum", ed, et); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
			$24r = err;
			$s = 8; case 8: return $24r;
		/* } */ case 7:
		r.numEnums = r.numEnums + (1) >> 0;
		$24r$1 = $ifaceNil;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.RegisterEnum, $c: true, $r, $24r, $24r$1, _r$1, _r$2, ed, err, et, r, $s, $deferred};return $f; } }
	};
	Types.prototype.RegisterEnum = function(et) { return this.$val.RegisterEnum(et); };
	Types.ptr.prototype.RegisterExtension = function(xt) {
		var {$24r, $24r$1, $24r$2, _entry, _entry$1, _entry$2, _entry$3, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _v, err, err$1, field, message, prev, r, xd, xt, $s, $deferred, $r, $c} = $restore(this, {xt});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		_r$1 = xt.TypeDescriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		xd = _r$1;
		/* */ if (r === $pkg.GlobalTypes) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 2:
			$r = globalMutex.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "Unlock"), []]);
		/* } */ case 3:
		_r$2 = xd.Number(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		field = _r$2;
		_r$3 = xd.ContainingMessage(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = _r$3.FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		message = _r$4;
		prev = (_entry = (_entry$1 = r.extensionsByMessage[protoreflect.FullName.keyFor(message)], _entry$1 !== undefined ? _entry$1.v : false)[$packages["google.golang.org/protobuf/encoding/protowire"].Number.keyFor(field)], _entry !== undefined ? _entry.v : $ifaceNil);
		/* */ if (!($interfaceIsEqual(prev, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(prev, $ifaceNil))) { */ case 8:
			_r$5 = errors.New("extension number %d is already registered on message %v", new sliceType([new $packages["google.golang.org/protobuf/encoding/protowire"].Number(field), new protoreflect.FullName(message)])); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			err = _r$5;
			_r$6 = amendErrorWithCaller(err, prev, xt); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
			if (!(r === $pkg.GlobalTypes)) { _v = false; $s = 14; continue s; }
			_r$7 = ignoreConflict(xd, err); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_v = _r$7; case 14:
			/* */ if (!(_v)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!(_v)) { */ case 12:
				$24r = err;
				$s = 16; case 16: return $24r;
			/* } */ case 13:
		/* } */ case 9:
		_r$8 = r.register("extension", xd, xt); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$1 = _r$8;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 18:
			$24r$1 = err$1;
			$s = 20; case 20: return $24r$1;
		/* } */ case 19:
		if (r.extensionsByMessage === false) {
			r.extensionsByMessage = {};
		}
		if ((_entry$2 = r.extensionsByMessage[protoreflect.FullName.keyFor(message)], _entry$2 !== undefined ? _entry$2.v : false) === false) {
			_key = message; (r.extensionsByMessage || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.FullName.keyFor(_key)] = { k: _key, v: {} };
		}
		_key$1 = field; ((_entry$3 = r.extensionsByMessage[protoreflect.FullName.keyFor(message)], _entry$3 !== undefined ? _entry$3.v : false) || $throwRuntimeError("assignment to entry in nil map"))[$packages["google.golang.org/protobuf/encoding/protowire"].Number.keyFor(_key$1)] = { k: _key$1, v: xt };
		r.numExtensions = r.numExtensions + (1) >> 0;
		$24r$2 = $ifaceNil;
		$s = 21; case 21: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.RegisterExtension, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _entry$1, _entry$2, _entry$3, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _v, err, err$1, field, message, prev, r, xd, xt, $s, $deferred};return $f; } }
	};
	Types.prototype.RegisterExtension = function(xt) { return this.$val.RegisterExtension(xt); };
	Types.ptr.prototype.register = function(kind, desc, typ) {
		var {_entry, _key, _r$1, _r$2, _r$3, _r$4, _v, desc, err, kind, name, prev, r, typ, $s, $r, $c} = $restore(this, {kind, desc, typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = desc.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		name = _r$1;
		prev = (_entry = r.typesByName[protoreflect.FullName.keyFor(name)], _entry !== undefined ? _entry.v : $ifaceNil);
		/* */ if (!($interfaceIsEqual(prev, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(prev, $ifaceNil))) { */ case 2:
			_r$2 = errors.New("%v %v is already registered", new sliceType([new $String(kind), new protoreflect.FullName(name)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err = _r$2;
			_r$3 = amendErrorWithCaller(err, prev, typ); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
			if (!(r === $pkg.GlobalTypes)) { _v = false; $s = 8; continue s; }
			_r$4 = ignoreConflict(desc, err); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_v = _r$4; case 8:
			/* */ if (!(_v)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!(_v)) { */ case 6:
				$s = -1; return err;
			/* } */ case 7:
		/* } */ case 3:
		if (r.typesByName === false) {
			r.typesByName = {};
		}
		_key = name; (r.typesByName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.FullName.keyFor(_key)] = { k: _key, v: typ };
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Types.ptr.prototype.register, $c: true, $r, _entry, _key, _r$1, _r$2, _r$3, _r$4, _v, desc, err, kind, name, prev, r, typ, $s};return $f;
	};
	Types.prototype.register = function(kind, desc, typ) { return this.$val.register(kind, desc, typ); };
	Types.ptr.prototype.FindEnumByName = function(enum$1) {
		var {$24r, $24r$1, $24r$2, $24r$3, _arg, _entry, _r$1, _r$2, _tuple, enum$1, et, r, v, $s, $deferred, $r, $c} = $restore(this, {enum$1});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = [$ifaceNil, $pkg.NotFound];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		v = (_entry = r.typesByName[protoreflect.FullName.keyFor(enum$1)], _entry !== undefined ? _entry.v : $ifaceNil);
		/* */ if (!($interfaceIsEqual(v, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(v, $ifaceNil))) { */ case 7:
			_tuple = $assertType(v, protoreflect.EnumType, true);
			et = _tuple[0];
			/* */ if (!($interfaceIsEqual(et, $ifaceNil))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!($interfaceIsEqual(et, $ifaceNil))) { */ case 9:
				$24r$1 = [et, $ifaceNil];
				$s = 11; case 11: return $24r$1;
			/* } */ case 10:
			_r$1 = typeName(v); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg = new $String(_r$1);
			_r$2 = errors.New("found wrong type: got %v, want enum", new sliceType([_arg])); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$2 = [$ifaceNil, _r$2];
			$s = 14; case 14: return $24r$2;
		/* } */ case 8:
		$24r$3 = [$ifaceNil, $pkg.NotFound];
		$s = 15; case 15: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.FindEnumByName, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _arg, _entry, _r$1, _r$2, _tuple, enum$1, et, r, v, $s, $deferred};return $f; } }
	};
	Types.prototype.FindEnumByName = function(enum$1) { return this.$val.FindEnumByName(enum$1); };
	Types.ptr.prototype.FindMessageByName = function(message) {
		var {$24r, $24r$1, $24r$2, $24r$3, _arg, _entry, _r$1, _r$2, _tuple, message, mt, r, v, $s, $deferred, $r, $c} = $restore(this, {message});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = [$ifaceNil, $pkg.NotFound];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		v = (_entry = r.typesByName[protoreflect.FullName.keyFor(message)], _entry !== undefined ? _entry.v : $ifaceNil);
		/* */ if (!($interfaceIsEqual(v, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(v, $ifaceNil))) { */ case 7:
			_tuple = $assertType(v, protoreflect.MessageType, true);
			mt = _tuple[0];
			/* */ if (!($interfaceIsEqual(mt, $ifaceNil))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!($interfaceIsEqual(mt, $ifaceNil))) { */ case 9:
				$24r$1 = [mt, $ifaceNil];
				$s = 11; case 11: return $24r$1;
			/* } */ case 10:
			_r$1 = typeName(v); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg = new $String(_r$1);
			_r$2 = errors.New("found wrong type: got %v, want message", new sliceType([_arg])); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$2 = [$ifaceNil, _r$2];
			$s = 14; case 14: return $24r$2;
		/* } */ case 8:
		$24r$3 = [$ifaceNil, $pkg.NotFound];
		$s = 15; case 15: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.FindMessageByName, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _arg, _entry, _r$1, _r$2, _tuple, message, mt, r, v, $s, $deferred};return $f; } }
	};
	Types.prototype.FindMessageByName = function(message) { return this.$val.FindMessageByName(message); };
	Types.ptr.prototype.FindMessageByURL = function(url) {
		var {$24r, $24r$1, $24r$2, $24r$3, _arg, _entry, _r$1, _r$2, _tuple, i, message, mt, r, url, v, $s, $deferred, $r, $c} = $restore(this, {url});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = [$ifaceNil, $pkg.NotFound];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		message = (url);
		i = strings.LastIndexByte(url, 47);
		if (i >= 0) {
			message = $substring(message, (i + 1 >> 0));
		}
		v = (_entry = r.typesByName[protoreflect.FullName.keyFor(message)], _entry !== undefined ? _entry.v : $ifaceNil);
		/* */ if (!($interfaceIsEqual(v, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(v, $ifaceNil))) { */ case 7:
			_tuple = $assertType(v, protoreflect.MessageType, true);
			mt = _tuple[0];
			/* */ if (!($interfaceIsEqual(mt, $ifaceNil))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!($interfaceIsEqual(mt, $ifaceNil))) { */ case 9:
				$24r$1 = [mt, $ifaceNil];
				$s = 11; case 11: return $24r$1;
			/* } */ case 10:
			_r$1 = typeName(v); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg = new $String(_r$1);
			_r$2 = errors.New("found wrong type: got %v, want message", new sliceType([_arg])); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$2 = [$ifaceNil, _r$2];
			$s = 14; case 14: return $24r$2;
		/* } */ case 8:
		$24r$3 = [$ifaceNil, $pkg.NotFound];
		$s = 15; case 15: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.FindMessageByURL, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _arg, _entry, _r$1, _r$2, _tuple, i, message, mt, r, url, v, $s, $deferred};return $f; } }
	};
	Types.prototype.FindMessageByURL = function(url) { return this.$val.FindMessageByURL(url); };
	Types.ptr.prototype.FindExtensionByName = function(field) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _entry, _entry$1, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, field, field$1, ok, r, v, v$1, xt, xt$1, $s, $deferred, $r, $c} = $restore(this, {field});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = [$ifaceNil, $pkg.NotFound];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		v = (_entry = r.typesByName[protoreflect.FullName.keyFor(field)], _entry !== undefined ? _entry.v : $ifaceNil);
		/* */ if (!($interfaceIsEqual(v, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(v, $ifaceNil))) { */ case 7:
			_tuple = $assertType(v, protoreflect.ExtensionType, true);
			xt = _tuple[0];
			/* */ if (!($interfaceIsEqual(xt, $ifaceNil))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!($interfaceIsEqual(xt, $ifaceNil))) { */ case 9:
				$24r$1 = [xt, $ifaceNil];
				$s = 11; case 11: return $24r$1;
			/* } */ case 10:
			/* */ if (false) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (false) { */ case 12:
				_tuple$1 = $assertType(v, protoreflect.MessageType, true);
				ok = _tuple$1[1];
				/* */ if (ok) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (ok) { */ case 14:
					field$1 = new protoreflect.FullName(field).Append("message_set_extension");
					v$1 = (_entry$1 = r.typesByName[protoreflect.FullName.keyFor(field$1)], _entry$1 !== undefined ? _entry$1.v : $ifaceNil);
					/* */ if (!($interfaceIsEqual(v$1, $ifaceNil))) { $s = 16; continue; }
					/* */ $s = 17; continue;
					/* if (!($interfaceIsEqual(v$1, $ifaceNil))) { */ case 16:
						_tuple$2 = $assertType(v$1, protoreflect.ExtensionType, true);
						xt$1 = _tuple$2[0];
						/* */ if (!($interfaceIsEqual(xt$1, $ifaceNil))) { $s = 18; continue; }
						/* */ $s = 19; continue;
						/* if (!($interfaceIsEqual(xt$1, $ifaceNil))) { */ case 18:
							_r$1 = xt$1.TypeDescriptor(); /* */ $s = 22; case 22: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							_r$2 = messageset.IsMessageSetExtension(_r$1); /* */ $s = 23; case 23: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
							/* */ if (_r$2) { $s = 20; continue; }
							/* */ $s = 21; continue;
							/* if (_r$2) { */ case 20:
								$24r$2 = [xt$1, $ifaceNil];
								$s = 24; case 24: return $24r$2;
							/* } */ case 21:
						/* } */ case 19:
					/* } */ case 17:
				/* } */ case 15:
			/* } */ case 13:
			_r$3 = typeName(v); /* */ $s = 25; case 25: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_arg = new $String(_r$3);
			_r$4 = errors.New("found wrong type: got %v, want extension", new sliceType([_arg])); /* */ $s = 26; case 26: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$3 = [$ifaceNil, _r$4];
			$s = 27; case 27: return $24r$3;
		/* } */ case 8:
		$24r$4 = [$ifaceNil, $pkg.NotFound];
		$s = 28; case 28: return $24r$4;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.FindExtensionByName, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _entry, _entry$1, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, field, field$1, ok, r, v, v$1, xt, xt$1, $s, $deferred};return $f; } }
	};
	Types.prototype.FindExtensionByName = function(field) { return this.$val.FindExtensionByName(field); };
	Types.ptr.prototype.FindExtensionByNumber = function(message, field) {
		var {$24r, $24r$1, $24r$2, _entry, _entry$1, _tuple, field, message, ok, r, xt, $s, $deferred, $r, $c} = $restore(this, {message, field});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = [$ifaceNil, $pkg.NotFound];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_tuple = (_entry = (_entry$1 = r.extensionsByMessage[protoreflect.FullName.keyFor(message)], _entry$1 !== undefined ? _entry$1.v : false)[$packages["google.golang.org/protobuf/encoding/protowire"].Number.keyFor(field)], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		xt = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (ok) { */ case 7:
			$24r$1 = [xt, $ifaceNil];
			$s = 9; case 9: return $24r$1;
		/* } */ case 8:
		$24r$2 = [$ifaceNil, $pkg.NotFound];
		$s = 10; case 10: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.FindExtensionByNumber, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _entry$1, _tuple, field, message, ok, r, xt, $s, $deferred};return $f; } }
	};
	Types.prototype.FindExtensionByNumber = function(message, field) { return this.$val.FindExtensionByNumber(message, field); };
	Types.ptr.prototype.NumEnums = function() {
		var {$24r, $24r$1, r, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = 0;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		$24r$1 = r.numEnums;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.NumEnums, $c: true, $r, $24r, $24r$1, r, $s, $deferred};return $f; } }
	};
	Types.prototype.NumEnums = function() { return this.$val.NumEnums(); };
	Types.ptr.prototype.RangeEnums = function(f) {
		var {_entry, _i, _keys, _r$1, _ref, _tuple, et, f, ok, r, typ, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_ref = r.typesByName;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 7:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 8; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 7; continue;
			}
			typ = _entry.v;
			_tuple = $assertType(typ, protoreflect.EnumType, true);
			et = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (ok) { */ case 9:
				_r$1 = f(et); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (!_r$1) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!_r$1) { */ case 11:
					$s = 14; case 14: return;
				/* } */ case 12:
			/* } */ case 10:
			_i++;
		$s = 7; continue;
		case 8:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.RangeEnums, $c: true, $r, _entry, _i, _keys, _r$1, _ref, _tuple, et, f, ok, r, typ, $s, $deferred};return $f; } }
	};
	Types.prototype.RangeEnums = function(f) { return this.$val.RangeEnums(f); };
	Types.ptr.prototype.NumMessages = function() {
		var {$24r, $24r$1, r, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = 0;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		$24r$1 = r.numMessages;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.NumMessages, $c: true, $r, $24r, $24r$1, r, $s, $deferred};return $f; } }
	};
	Types.prototype.NumMessages = function() { return this.$val.NumMessages(); };
	Types.ptr.prototype.RangeMessages = function(f) {
		var {_entry, _i, _keys, _r$1, _ref, _tuple, f, mt, ok, r, typ, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_ref = r.typesByName;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 7:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 8; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 7; continue;
			}
			typ = _entry.v;
			_tuple = $assertType(typ, protoreflect.MessageType, true);
			mt = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (ok) { */ case 9:
				_r$1 = f(mt); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (!_r$1) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!_r$1) { */ case 11:
					$s = 14; case 14: return;
				/* } */ case 12:
			/* } */ case 10:
			_i++;
		$s = 7; continue;
		case 8:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.RangeMessages, $c: true, $r, _entry, _i, _keys, _r$1, _ref, _tuple, f, mt, ok, r, typ, $s, $deferred};return $f; } }
	};
	Types.prototype.RangeMessages = function(f) { return this.$val.RangeMessages(f); };
	Types.ptr.prototype.NumExtensions = function() {
		var {$24r, $24r$1, r, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = 0;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		$24r$1 = r.numExtensions;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.NumExtensions, $c: true, $r, $24r, $24r$1, r, $s, $deferred};return $f; } }
	};
	Types.prototype.NumExtensions = function() { return this.$val.NumExtensions(); };
	Types.ptr.prototype.RangeExtensions = function(f) {
		var {_entry, _i, _keys, _r$1, _ref, _tuple, f, ok, r, typ, xt, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_ref = r.typesByName;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 7:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 8; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 7; continue;
			}
			typ = _entry.v;
			_tuple = $assertType(typ, protoreflect.ExtensionType, true);
			xt = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (ok) { */ case 9:
				_r$1 = f(xt); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (!_r$1) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!_r$1) { */ case 11:
					$s = 14; case 14: return;
				/* } */ case 12:
			/* } */ case 10:
			_i++;
		$s = 7; continue;
		case 8:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.RangeExtensions, $c: true, $r, _entry, _i, _keys, _r$1, _ref, _tuple, f, ok, r, typ, xt, $s, $deferred};return $f; } }
	};
	Types.prototype.RangeExtensions = function(f) { return this.$val.RangeExtensions(f); };
	Types.ptr.prototype.NumExtensionsByMessage = function(message) {
		var {$24r, $24r$1, _entry, message, r, $s, $deferred, $r, $c} = $restore(this, {message});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$24r = 0;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		$24r$1 = $keys((_entry = r.extensionsByMessage[protoreflect.FullName.keyFor(message)], _entry !== undefined ? _entry.v : false)).length;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.NumExtensionsByMessage, $c: true, $r, $24r, $24r$1, _entry, message, r, $s, $deferred};return $f; } }
	};
	Types.prototype.NumExtensionsByMessage = function(message) { return this.$val.NumExtensionsByMessage(message); };
	Types.ptr.prototype.RangeExtensionsByMessage = function(message, f) {
		var {_entry, _entry$1, _i, _keys, _r$1, _ref, f, message, r, xt, $s, $deferred, $r, $c} = $restore(this, {message, f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		r = this;
		/* */ if (r === ptrType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r === ptrType.nil) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		/* */ if (r === $pkg.GlobalTypes) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r === $pkg.GlobalTypes) { */ case 4:
			$r = globalMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(globalMutex, "RUnlock"), []]);
		/* } */ case 5:
		_ref = (_entry = r.extensionsByMessage[protoreflect.FullName.keyFor(message)], _entry !== undefined ? _entry.v : false);
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 7:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 8; continue; }
			_entry$1 = _ref[_keys[_i]];
			if (_entry$1 === undefined) {
				_i++;
				/* continue; */ $s = 7; continue;
			}
			xt = _entry$1.v;
			_r$1 = f(xt); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!_r$1) { */ case 9:
				$s = 12; case 12: return;
			/* } */ case 10:
			_i++;
		$s = 7; continue;
		case 8:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Types.ptr.prototype.RangeExtensionsByMessage, $c: true, $r, _entry, _entry$1, _i, _keys, _r$1, _ref, f, message, r, xt, $s, $deferred};return $f; } }
	};
	Types.prototype.RangeExtensionsByMessage = function(message, f) { return this.$val.RangeExtensionsByMessage(message, f); };
	typeName = function(t) {
		var {$24r, _r$1, _ref, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = t;
		/* */ if ($assertType(_ref, protoreflect.EnumType, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, protoreflect.MessageType, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, protoreflect.ExtensionType, true)[1]) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($assertType(_ref, protoreflect.EnumType, true)[1]) { */ case 1:
			$s = -1; return "enum";
		/* } else if ($assertType(_ref, protoreflect.MessageType, true)[1]) { */ case 2:
			$s = -1; return "message";
		/* } else if ($assertType(_ref, protoreflect.ExtensionType, true)[1]) { */ case 3:
			$s = -1; return "extension";
		/* } else { */ case 4:
			_r$1 = fmt.Sprintf("%T", new sliceType([t])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: typeName, $c: true, $r, $24r, _r$1, _ref, t, $s};return $f;
	};
	amendErrorWithCaller = function(err, prev, curr) {
		var {$24r, _r$1, _r$2, _r$3, curr, currPkg, err, prev, prevPkg, $s, $r, $c} = $restore(this, {err, prev, curr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = goPackage(prev); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		prevPkg = _r$1;
		_r$2 = goPackage(curr); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		currPkg = _r$2;
		if (prevPkg === "" || currPkg === "" || prevPkg === currPkg) {
			$s = -1; return err;
		}
		_r$3 = errors.New("%s\n\tpreviously from: %q\n\tcurrently from:  %q", new sliceType([err, new $String(prevPkg), new $String(currPkg)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: amendErrorWithCaller, $c: true, $r, $24r, _r$1, _r$2, _r$3, curr, currPkg, err, prev, prevPkg, $s};return $f;
	};
	goPackage = function(v) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, d, d$1, d$2, d$3, d$4, ok, ok$1, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = v;
		/* */ if ($assertType(_ref, protoreflect.EnumType, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, protoreflect.MessageType, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, protoreflect.ExtensionType, true)[1]) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($assertType(_ref, protoreflect.EnumType, true)[1]) { */ case 1:
			d = _ref;
			_r$1 = d.Descriptor(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			v = _r$1;
			$s = 4; continue;
		/* } else if ($assertType(_ref, protoreflect.MessageType, true)[1]) { */ case 2:
			d$1 = _ref;
			_r$2 = d$1.Descriptor(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			v = _r$2;
			$s = 4; continue;
		/* } else if ($assertType(_ref, protoreflect.ExtensionType, true)[1]) { */ case 3:
			d$2 = _ref;
			_r$3 = d$2.TypeDescriptor(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			v = _r$3;
		/* } */ case 4:
		_tuple = $assertType(v, protoreflect.Descriptor, true);
		d$3 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (ok) { */ case 8:
			_r$4 = d$3.ParentFile(); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			v = _r$4;
		/* } */ case 9:
		_tuple$1 = $assertType(v, interfaceType, true);
		d$4 = _tuple$1[0];
		ok$1 = _tuple$1[1];
		/* */ if (ok$1) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (ok$1) { */ case 11:
			_r$5 = d$4.GoPackagePath(); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 14; case 14: return $24r;
		/* } */ case 12:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: goPackage, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, d, d$1, d$2, d$3, d$4, ok, ok$1, v, $s};return $f;
	};
	ptrType$2.methods = [{prop: "RegisterFile", name: "RegisterFile", pkg: "", typ: $funcType([protoreflect.FileDescriptor], [$error], false)}, {prop: "checkGenProtoConflict", name: "checkGenProtoConflict", pkg: "google.golang.org/protobuf/reflect/protoregistry", typ: $funcType([$String], [], false)}, {prop: "FindDescriptorByName", name: "FindDescriptorByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.Descriptor, $error], false)}, {prop: "FindFileByPath", name: "FindFileByPath", pkg: "", typ: $funcType([$String], [protoreflect.FileDescriptor, $error], false)}, {prop: "NumFiles", name: "NumFiles", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "RangeFiles", name: "RangeFiles", pkg: "", typ: $funcType([funcType], [], false)}, {prop: "NumFilesByPackage", name: "NumFilesByPackage", pkg: "", typ: $funcType([protoreflect.FullName], [$Int], false)}, {prop: "RangeFilesByPackage", name: "RangeFilesByPackage", pkg: "", typ: $funcType([protoreflect.FullName, funcType], [], false)}];
	ptrType$3.methods = [{prop: "Pop", name: "Pop", pkg: "", typ: $funcType([], [protoreflect.Name], false)}];
	ptrType.methods = [{prop: "RegisterMessage", name: "RegisterMessage", pkg: "", typ: $funcType([protoreflect.MessageType], [$error], false)}, {prop: "RegisterEnum", name: "RegisterEnum", pkg: "", typ: $funcType([protoreflect.EnumType], [$error], false)}, {prop: "RegisterExtension", name: "RegisterExtension", pkg: "", typ: $funcType([protoreflect.ExtensionType], [$error], false)}, {prop: "register", name: "register", pkg: "google.golang.org/protobuf/reflect/protoregistry", typ: $funcType([$String, protoreflect.Descriptor, $emptyInterface], [$error], false)}, {prop: "FindEnumByName", name: "FindEnumByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.EnumType, $error], false)}, {prop: "FindMessageByName", name: "FindMessageByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.MessageType, $error], false)}, {prop: "FindMessageByURL", name: "FindMessageByURL", pkg: "", typ: $funcType([$String], [protoreflect.MessageType, $error], false)}, {prop: "FindExtensionByName", name: "FindExtensionByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.ExtensionType, $error], false)}, {prop: "FindExtensionByNumber", name: "FindExtensionByNumber", pkg: "", typ: $funcType([protoreflect.FullName, $packages["google.golang.org/protobuf/encoding/protowire"].Number], [protoreflect.ExtensionType, $error], false)}, {prop: "NumEnums", name: "NumEnums", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "RangeEnums", name: "RangeEnums", pkg: "", typ: $funcType([funcType$1], [], false)}, {prop: "NumMessages", name: "NumMessages", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "RangeMessages", name: "RangeMessages", pkg: "", typ: $funcType([funcType$2], [], false)}, {prop: "NumExtensions", name: "NumExtensions", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "RangeExtensions", name: "RangeExtensions", pkg: "", typ: $funcType([funcType$3], [], false)}, {prop: "NumExtensionsByMessage", name: "NumExtensionsByMessage", pkg: "", typ: $funcType([protoreflect.FullName], [$Int], false)}, {prop: "RangeExtensionsByMessage", name: "RangeExtensionsByMessage", pkg: "", typ: $funcType([protoreflect.FullName, funcType$3], [], false)}];
	Files.init("google.golang.org/protobuf/reflect/protoregistry", [{prop: "descsByName", name: "descsByName", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "filesByPath", name: "filesByPath", embedded: false, exported: false, typ: mapType$1, tag: ""}, {prop: "numFiles", name: "numFiles", embedded: false, exported: false, typ: $Int, tag: ""}]);
	packageDescriptor.init("google.golang.org/protobuf/reflect/protoregistry", [{prop: "files", name: "files", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	Types.init("google.golang.org/protobuf/reflect/protoregistry", [{prop: "typesByName", name: "typesByName", embedded: false, exported: false, typ: typesByName, tag: ""}, {prop: "extensionsByMessage", name: "extensionsByMessage", embedded: false, exported: false, typ: extensionsByMessage, tag: ""}, {prop: "numEnums", name: "numEnums", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "numMessages", name: "numMessages", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "numExtensions", name: "numExtensions", embedded: false, exported: false, typ: $Int, tag: ""}]);
	typesByName.init(protoreflect.FullName, $emptyInterface);
	extensionsByMessage.init(protoreflect.FullName, extensionsByNumber);
	extensionsByNumber.init($packages["google.golang.org/protobuf/encoding/protowire"].Number, protoreflect.ExtensionType);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = messageset.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flags.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		globalMutex = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
		conflictPolicy = "panic";
		ignoreConflict = (function $b(d, err) {
			var {_1, _r, _r$1, _r$2, _r$3, d, err, policy, v, $s, $r, $c} = $restore(this, {d, err});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			policy = conflictPolicy;
			_r = os.Getenv("GOLANG_PROTOBUF_REGISTRATION_CONFLICT"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			v = _r;
			if (!(v === "")) {
				policy = v;
			}
				_1 = policy;
				/* */ if (_1 === ("panic")) { $s = 3; continue; }
				/* */ if (_1 === ("warn")) { $s = 4; continue; }
				/* */ if (_1 === ("ignore")) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === ("panic")) { */ case 3:
					_r$1 = fmt.Sprintf("%v\nSee %v\n", new sliceType([err, new $String("https://developers.google.com/protocol-buffers/docs/reference/go/faq#namespace-conflict")])); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$panic(new $String(_r$1));
					$s = 7; continue;
				/* } else if (_1 === ("warn")) { */ case 4:
					_r$2 = fmt.Fprintf(os.Stderr, "WARNING: %v\nSee %v\n\n", new sliceType([err, new $String("https://developers.google.com/protocol-buffers/docs/reference/go/faq#namespace-conflict")])); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
					$s = -1; return true;
				/* } else if (_1 === ("ignore")) { */ case 5:
					$s = -1; return true;
				/* } else { */ case 6:
					_r$3 = os.Getenv("GOLANG_PROTOBUF_REGISTRATION_CONFLICT"); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					$panic(new $String("invalid GOLANG_PROTOBUF_REGISTRATION_CONFLICT value: " + _r$3));
				/* } */ case 7:
			case 2:
			$s = -1; return false;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, d, err, policy, v, $s};return $f;
		});
		$pkg.GlobalFiles = new Files.ptr(false, false, 0);
		$pkg.GlobalTypes = new Types.ptr(false, false, 0, 0, 0);
		_r = errors.New("not found", new sliceType([])); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$pkg.NotFound = _r;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/runtime/protoiface"] = (function() {
	var $pkg = {}, $init, pragma, protoreflect, MessageV1;
	pragma = $packages["google.golang.org/protobuf/internal/pragma"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	MessageV1 = $pkg.MessageV1 = $newType(8, $kindInterface, "protoiface.MessageV1", true, "google.golang.org/protobuf/runtime/protoiface", true, null);
	MessageV1.init([{prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = pragma.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/proto"] = (function() {
	var $pkg = {}, $init, bytes, fmt, protowire, messageset, errors, flags, genid, order, pragma, strs, protoreflect, protoregistry, protoiface, math, reflect, utf8, mergeOptions, MarshalOptions, UnmarshalOptions, arrayType, sliceType, structType, structType$1, funcType, sliceType$1, structType$2, structType$3, funcType$1, interfaceType, structType$4, structType$5, funcType$2, structType$6, funcType$3, structType$7, structType$8, funcType$4, structType$9, ptrType$8, interfaceType$1, funcType$5, arrayType$1, wireTypes, emptyBuf, errUnknown, errDecode, _r, _r$1, Size, Reset, resetMessage, protoMethods, init, Merge, Clone, emptyBytesForMessage, growcap, appendSpeculativeLength, finishSpeculativeLength, CheckInitialized, checkInitialized, checkInitializedSlow;
	bytes = $packages["bytes"];
	fmt = $packages["fmt"];
	protowire = $packages["google.golang.org/protobuf/encoding/protowire"];
	messageset = $packages["google.golang.org/protobuf/internal/encoding/messageset"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	flags = $packages["google.golang.org/protobuf/internal/flags"];
	genid = $packages["google.golang.org/protobuf/internal/genid"];
	order = $packages["google.golang.org/protobuf/internal/order"];
	pragma = $packages["google.golang.org/protobuf/internal/pragma"];
	strs = $packages["google.golang.org/protobuf/internal/strs"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	protoregistry = $packages["google.golang.org/protobuf/reflect/protoregistry"];
	protoiface = $packages["google.golang.org/protobuf/runtime/protoiface"];
	math = $packages["math"];
	reflect = $packages["reflect"];
	utf8 = $packages["unicode/utf8"];
	mergeOptions = $pkg.mergeOptions = $newType(0, $kindStruct, "proto.mergeOptions", true, "google.golang.org/protobuf/proto", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	MarshalOptions = $pkg.MarshalOptions = $newType(0, $kindStruct, "proto.MarshalOptions", true, "google.golang.org/protobuf/proto", true, function(NoUnkeyedLiterals_, AllowPartial_, Deterministic_, UseCachedSize_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.NoUnkeyedLiterals = new pragma.NoUnkeyedLiterals.ptr();
			this.AllowPartial = false;
			this.Deterministic = false;
			this.UseCachedSize = false;
			return;
		}
		this.NoUnkeyedLiterals = NoUnkeyedLiterals_;
		this.AllowPartial = AllowPartial_;
		this.Deterministic = Deterministic_;
		this.UseCachedSize = UseCachedSize_;
	});
	UnmarshalOptions = $pkg.UnmarshalOptions = $newType(0, $kindStruct, "proto.UnmarshalOptions", true, "google.golang.org/protobuf/proto", true, function(NoUnkeyedLiterals_, Merge_, AllowPartial_, DiscardUnknown_, Resolver_, RecursionLimit_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.NoUnkeyedLiterals = new pragma.NoUnkeyedLiterals.ptr();
			this.Merge = false;
			this.AllowPartial = false;
			this.DiscardUnknown = false;
			this.Resolver = $ifaceNil;
			this.RecursionLimit = 0;
			return;
		}
		this.NoUnkeyedLiterals = NoUnkeyedLiterals_;
		this.Merge = Merge_;
		this.AllowPartial = AllowPartial_;
		this.DiscardUnknown = DiscardUnknown_;
		this.Resolver = Resolver_;
		this.RecursionLimit = RecursionLimit_;
	});
	arrayType = $arrayType($Uint8, 0);
	sliceType = $sliceType($emptyInterface);
	structType = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	structType$1 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: $Int, tag: ""}]);
	funcType = $funcType([structType], [structType$1], false);
	sliceType$1 = $sliceType($Uint8);
	structType$2 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	structType$3 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType$1, tag: ""}]);
	funcType$1 = $funcType([structType$2], [structType$3, $error], false);
	interfaceType = $interfaceType([{prop: "FindExtensionByName", name: "FindExtensionByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.ExtensionType, $error], false)}, {prop: "FindExtensionByNumber", name: "FindExtensionByNumber", pkg: "", typ: $funcType([protoreflect.FullName, protowire.Number], [protoreflect.ExtensionType, $error], false)}]);
	structType$4 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}, {prop: "Resolver", name: "Resolver", embedded: false, exported: true, typ: interfaceType, tag: ""}, {prop: "Depth", name: "Depth", embedded: false, exported: true, typ: $Int, tag: ""}]);
	structType$5 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	funcType$2 = $funcType([structType$4], [structType$5, $error], false);
	structType$6 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Source", name: "Source", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Destination", name: "Destination", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}]);
	funcType$3 = $funcType([structType$6], [structType$5], false);
	structType$7 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}]);
	structType$8 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}]);
	funcType$4 = $funcType([structType$7], [structType$8, $error], false);
	structType$9 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint64, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Marshal", name: "Marshal", embedded: false, exported: true, typ: funcType$1, tag: ""}, {prop: "Unmarshal", name: "Unmarshal", embedded: false, exported: true, typ: funcType$2, tag: ""}, {prop: "Merge", name: "Merge", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "CheckInitialized", name: "CheckInitialized", embedded: false, exported: true, typ: funcType$4, tag: ""}]);
	ptrType$8 = $ptrType(structType$9);
	interfaceType$1 = $interfaceType([{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}]);
	funcType$5 = $funcType([], [], false);
	arrayType$1 = $arrayType(funcType$5, 0);
	MarshalOptions.ptr.prototype.sizeSingular = function(num, kind, v) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, kind, num, o, v, x, x$1, x$2, $s, $r, $c} = $restore(this, {num, kind, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
			_1 = kind;
			/* */ if (_1 === (8)) { $s = 2; continue; }
			/* */ if (_1 === (14)) { $s = 3; continue; }
			/* */ if (_1 === (5)) { $s = 4; continue; }
			/* */ if (_1 === (17)) { $s = 5; continue; }
			/* */ if (_1 === (13)) { $s = 6; continue; }
			/* */ if (_1 === (3)) { $s = 7; continue; }
			/* */ if (_1 === (18)) { $s = 8; continue; }
			/* */ if (_1 === (4)) { $s = 9; continue; }
			/* */ if (_1 === (15)) { $s = 10; continue; }
			/* */ if (_1 === (7)) { $s = 11; continue; }
			/* */ if (_1 === (2)) { $s = 12; continue; }
			/* */ if (_1 === (16)) { $s = 13; continue; }
			/* */ if (_1 === (6)) { $s = 14; continue; }
			/* */ if (_1 === (1)) { $s = 15; continue; }
			/* */ if (_1 === (9)) { $s = 16; continue; }
			/* */ if (_1 === (12)) { $s = 17; continue; }
			/* */ if (_1 === (11)) { $s = 18; continue; }
			/* */ if (_1 === (10)) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (_1 === (8)) { */ case 2:
				_r$2 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 22; case 22: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$3 = protowire.EncodeBool(_r$2); /* */ $s = 23; case 23: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = protowire.SizeVarint(_r$3); /* */ $s = 24; case 24: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 25; case 25: return $24r;
			/* } else if (_1 === (14)) { */ case 3:
				_r$5 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 26; case 26: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = protowire.SizeVarint((new $Uint64(0, _r$5))); /* */ $s = 27; case 27: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$1 = _r$6;
				$s = 28; case 28: return $24r$1;
			/* } else if (_1 === (5)) { */ case 4:
				_r$7 = $clone(v, protoreflect.Value).Int(); /* */ $s = 29; case 29: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = protowire.SizeVarint((new $Uint64(0, (((x = _r$7, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 30; case 30: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$2 = _r$8;
				$s = 31; case 31: return $24r$2;
			/* } else if (_1 === (17)) { */ case 5:
				_r$9 = $clone(v, protoreflect.Value).Int(); /* */ $s = 32; case 32: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = protowire.EncodeZigZag((new $Int64(0, (((x$1 = _r$9, x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 33; case 33: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = protowire.SizeVarint(_r$10); /* */ $s = 34; case 34: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r$3 = _r$11;
				$s = 35; case 35: return $24r$3;
			/* } else if (_1 === (13)) { */ case 6:
				_r$12 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 36; case 36: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = protowire.SizeVarint((new $Uint64(0, ((_r$12.$low >>> 0))))); /* */ $s = 37; case 37: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$24r$4 = _r$13;
				$s = 38; case 38: return $24r$4;
			/* } else if (_1 === (3)) { */ case 7:
				_r$14 = $clone(v, protoreflect.Value).Int(); /* */ $s = 39; case 39: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$15 = protowire.SizeVarint(((x$2 = _r$14, new $Uint64(x$2.$high, x$2.$low)))); /* */ $s = 40; case 40: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r$5 = _r$15;
				$s = 41; case 41: return $24r$5;
			/* } else if (_1 === (18)) { */ case 8:
				_r$16 = $clone(v, protoreflect.Value).Int(); /* */ $s = 42; case 42: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = protowire.EncodeZigZag(_r$16); /* */ $s = 43; case 43: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$18 = protowire.SizeVarint(_r$17); /* */ $s = 44; case 44: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				$24r$6 = _r$18;
				$s = 45; case 45: return $24r$6;
			/* } else if (_1 === (4)) { */ case 9:
				_r$19 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 46; case 46: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_r$20 = protowire.SizeVarint(_r$19); /* */ $s = 47; case 47: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				$24r$7 = _r$20;
				$s = 48; case 48: return $24r$7;
			/* } else if (_1 === (15)) { */ case 10:
				$s = -1; return protowire.SizeFixed32();
			/* } else if (_1 === (7)) { */ case 11:
				$s = -1; return protowire.SizeFixed32();
			/* } else if (_1 === (2)) { */ case 12:
				$s = -1; return protowire.SizeFixed32();
			/* } else if (_1 === (16)) { */ case 13:
				$s = -1; return protowire.SizeFixed64();
			/* } else if (_1 === (6)) { */ case 14:
				$s = -1; return protowire.SizeFixed64();
			/* } else if (_1 === (1)) { */ case 15:
				$s = -1; return protowire.SizeFixed64();
			/* } else if (_1 === (9)) { */ case 16:
				_r$21 = $clone(v, protoreflect.Value).String(); /* */ $s = 49; case 49: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$22 = protowire.SizeBytes(_r$21.length); /* */ $s = 50; case 50: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				$24r$8 = _r$22;
				$s = 51; case 51: return $24r$8;
			/* } else if (_1 === (12)) { */ case 17:
				_r$23 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 52; case 52: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				_r$24 = protowire.SizeBytes(_r$23.$length); /* */ $s = 53; case 53: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				$24r$9 = _r$24;
				$s = 54; case 54: return $24r$9;
			/* } else if (_1 === (11)) { */ case 18:
				_r$25 = $clone(v, protoreflect.Value).Message(); /* */ $s = 55; case 55: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_r$26 = $clone(o, MarshalOptions).size(_r$25); /* */ $s = 56; case 56: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_r$27 = protowire.SizeBytes(_r$26); /* */ $s = 57; case 57: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				$24r$10 = _r$27;
				$s = 58; case 58: return $24r$10;
			/* } else if (_1 === (10)) { */ case 19:
				_arg = num;
				_r$28 = $clone(v, protoreflect.Value).Message(); /* */ $s = 59; case 59: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
				_r$29 = $clone(o, MarshalOptions).size(_r$28); /* */ $s = 60; case 60: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
				_arg$1 = _r$29;
				_r$30 = protowire.SizeGroup(_arg, _arg$1); /* */ $s = 61; case 61: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				$24r$11 = _r$30;
				$s = 62; case 62: return $24r$11;
			/* } else { */ case 20:
				$s = -1; return 0;
			/* } */ case 21:
		case 1:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.sizeSingular, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, kind, num, o, v, x, x$1, x$2, $s};return $f;
	};
	MarshalOptions.prototype.sizeSingular = function(num, kind, v) { return this.$val.sizeSingular(num, kind, v); };
	Size = function(m) {
		var {$24r, _r$2, m, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$2 = new MarshalOptions.ptr(new pragma.NoUnkeyedLiterals.ptr(), false, false, false).Size(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Size, $c: true, $r, $24r, _r$2, m, $s};return $f;
	};
	$pkg.Size = Size;
	MarshalOptions.ptr.prototype.Size = function(m) {
		var {$24r, _r$2, _r$3, m, o, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return 0;
		}
		_r$2 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = $clone(o, MarshalOptions).size(_r$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.Size, $c: true, $r, $24r, _r$2, _r$3, m, o, $s};return $f;
	};
	MarshalOptions.prototype.Size = function(m) { return this.$val.Size(m); };
	MarshalOptions.ptr.prototype.size = function(m) {
		var {$24r, _r$2, _r$3, _r$4, _r$5, _tuple, m, methods, o, out, out$1, size, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		o = this;
		_r$2 = protoMethods(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		methods = _r$2;
		/* */ if (!(methods === ptrType$8.nil) && !(methods.Size === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(methods === ptrType$8.nil) && !(methods.Size === $throwNilPointerError)) { */ case 2:
			_r$3 = methods.Size(new structType.ptr(new pragma.NoUnkeyedLiterals.ptr(), m, 0)); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			out = $clone(_r$3, structType$1);
			size = out.Size;
			$s = -1; return size;
		/* } */ case 3:
		/* */ if (!(methods === ptrType$8.nil) && !(methods.Marshal === $throwNilPointerError)) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(methods === ptrType$8.nil) && !(methods.Marshal === $throwNilPointerError)) { */ case 5:
			_r$4 = methods.Marshal(new structType$2.ptr(new pragma.NoUnkeyedLiterals.ptr(), m, sliceType$1.nil, 0)); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple = _r$4;
			out$1 = $clone(_tuple[0], structType$3);
			size = out$1.Buf.$length;
			$s = -1; return size;
		/* } */ case 6:
		_r$5 = $clone(o, MarshalOptions).sizeMessageSlow(m); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		size = _r$5;
		$24r = size;
		$s = 9; case 9: return $24r;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.size, $c: true, $r, $24r, _r$2, _r$3, _r$4, _r$5, _tuple, m, methods, o, out, out$1, size, $s};return $f;
	};
	MarshalOptions.prototype.size = function(m) { return this.$val.size(m); };
	MarshalOptions.ptr.prototype.sizeMessageSlow = function(m) {
		var {$24r, _r$2, _r$3, _r$4, _r$5, m, o, size, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = [o];
		size = [size];
		size[0] = 0;
		o[0] = this;
		_r$2 = m.Descriptor(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = messageset.IsMessageSet(_r$2); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$3) { */ case 1:
			_r$4 = $clone(o[0], MarshalOptions).sizeMessageSet(m); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			size[0] = _r$4;
			$24r = size[0];
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		$r = m.Range((function(o, size) { return function $b(fd, v) {
			var {_r$5, fd, v, $s, $r, $c} = $restore(this, {fd, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = $clone(o[0], MarshalOptions).sizeField(fd, $clone(v, protoreflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			size[0] = size[0] + (_r$5) >> 0;
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, fd, v, $s};return $f;
		}; })(o, size)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.GetUnknown(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		size[0] = size[0] + (_r$5.$length) >> 0;
		size[0] = size[0];
		$s = -1; return size[0];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.sizeMessageSlow, $c: true, $r, $24r, _r$2, _r$3, _r$4, _r$5, m, o, size, $s};return $f;
	};
	MarshalOptions.prototype.sizeMessageSlow = function(m) { return this.$val.sizeMessageSlow(m); };
	MarshalOptions.ptr.prototype.sizeField = function(fd, value) {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, fd, num, o, size, value, $s, $r, $c} = $restore(this, {fd, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		o = this;
		_r$2 = fd.Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		num = _r$2;
			_r$3 = fd.IsList(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3) { $s = 3; continue; }
			_r$4 = fd.IsMap(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (_r$4) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r$3) { */ case 3:
				_arg = num;
				_arg$1 = fd;
				_r$5 = $clone(value, protoreflect.Value).List(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_arg$2 = _r$5;
				_r$6 = $clone(o, MarshalOptions).sizeList(_arg, _arg$1, _arg$2); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				size = _r$6;
				$24r = size;
				$s = 11; case 11: return $24r;
			/* } else if (_r$4) { */ case 4:
				_arg$3 = num;
				_arg$4 = fd;
				_r$7 = $clone(value, protoreflect.Value).Map(); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_arg$5 = _r$7;
				_r$8 = $clone(o, MarshalOptions).sizeMap(_arg$3, _arg$4, _arg$5); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				size = _r$8;
				$24r$1 = size;
				$s = 14; case 14: return $24r$1;
			/* } else { */ case 5:
				_arg$6 = num;
				_r$9 = fd.Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_arg$7 = _r$9;
				_arg$8 = $clone(value, protoreflect.Value);
				_r$10 = $clone(o, MarshalOptions).sizeSingular(_arg$6, _arg$7, _arg$8); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				size = protowire.SizeTag(num) + _r$10 >> 0;
				$24r$2 = size;
				$s = 17; case 17: return $24r$2;
			/* } */ case 6:
		case 2:
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.sizeField, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, fd, num, o, size, value, $s};return $f;
	};
	MarshalOptions.prototype.sizeField = function(fd, value) { return this.$val.sizeField(fd, value); };
	MarshalOptions.ptr.prototype.sizeList = function(num, fd, list) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, content, fd, i, i$1, list, llen, llen$1, num, o, size, $s, $r, $c} = $restore(this, {num, fd, list});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		o = this;
		_r$2 = fd.IsPacked(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		if (!(_r$2)) { _v = false; $s = 3; continue s; }
		_r$3 = list.Len(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = _r$3 > 0; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			content = 0;
			_tmp = 0;
			_r$4 = list.Len(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tmp$1 = _r$4;
			i = _tmp;
			llen = _tmp$1;
			/* while (true) { */ case 7:
				/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 8; continue; }
				_arg = num;
				_r$5 = fd.Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_arg$1 = _r$5;
				_r$6 = list.Get(i); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_arg$2 = $clone(_r$6, protoreflect.Value);
				_r$7 = $clone(o, MarshalOptions).sizeSingular(_arg, _arg$1, _arg$2); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				content = content + (_r$7) >> 0;
				i = i + (1) >> 0;
			$s = 7; continue;
			case 8:
			size = protowire.SizeTag(num) + protowire.SizeBytes(content) >> 0;
			$s = -1; return size;
		/* } */ case 2:
		_tmp$2 = 0;
		_r$8 = list.Len(); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tmp$3 = _r$8;
		i$1 = _tmp$2;
		llen$1 = _tmp$3;
		/* while (true) { */ case 13:
			/* if (!(i$1 < llen$1)) { break; } */ if(!(i$1 < llen$1)) { $s = 14; continue; }
			_arg$3 = num;
			_r$9 = fd.Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$4 = _r$9;
			_r$10 = list.Get(i$1); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$5 = $clone(_r$10, protoreflect.Value);
			_r$11 = $clone(o, MarshalOptions).sizeSingular(_arg$3, _arg$4, _arg$5); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			size = size + ((protowire.SizeTag(num) + _r$11 >> 0)) >> 0;
			i$1 = i$1 + (1) >> 0;
		$s = 13; continue;
		case 14:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.sizeList, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, content, fd, i, i$1, list, llen, llen$1, num, o, size, $s};return $f;
	};
	MarshalOptions.prototype.sizeList = function(num, fd, list) { return this.$val.sizeList(num, fd, list); };
	MarshalOptions.ptr.prototype.sizeMap = function(num, fd, mapv) {
		var {fd, mapv, num, o, size, $s, $r, $c} = $restore(this, {num, fd, mapv});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = [fd];
		num = [num];
		o = [o];
		size = [size];
		size[0] = 0;
		o[0] = this;
		$r = mapv.Range((function(fd, num, o, size) { return function $b(key, value) {
			var {_r$2, _r$3, _r$4, _r$5, _r$6, key, value, $s, $r, $c} = $restore(this, {key, value});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			size[0] = size[0] + (protowire.SizeTag(num[0])) >> 0;
			_r$2 = fd[0].MapKey(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $clone(o[0], MarshalOptions).sizeField(_r$2, $clone($clone(key, protoreflect.MapKey).Value(), protoreflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = fd[0].MapValue(); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = $clone(o[0], MarshalOptions).sizeField(_r$4, $clone(value, protoreflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = protowire.SizeBytes(_r$3 + _r$5 >> 0); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			size[0] = size[0] + (_r$6) >> 0;
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, _r$3, _r$4, _r$5, _r$6, key, value, $s};return $f;
		}; })(fd, num, o, size)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		size[0] = size[0];
		$s = -1; return size[0];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.sizeMap, $c: true, $r, fd, mapv, num, o, size, $s};return $f;
	};
	MarshalOptions.prototype.sizeMap = function(num, fd, mapv) { return this.$val.sizeMap(num, fd, mapv); };
	Reset = function(m) {
		var {_r$2, _tuple, m, mr, ok, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(m, interfaceType$1, true);
		mr = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok && true) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok && true) { */ case 1:
			$r = mr.Reset(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		_r$2 = m.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$r = resetMessage(_r$2); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Reset, $c: true, $r, _r$2, _tuple, m, mr, ok, $s};return $f;
	};
	$pkg.Reset = Reset;
	resetMessage = function(m) {
		var {_arg, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, fds, i, m, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		_r$2 = m[0].IsValid(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!_r$2) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$2) { */ case 1:
			_r$3 = m[0].Descriptor(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = _r$3.FullName(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$4);
			_r$5 = fmt.Sprintf("cannot reset invalid %v message", new sliceType([_arg])); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		_r$6 = m[0].Descriptor(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Fields(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		fds = _r$7;
		i = 0;
		/* while (true) { */ case 9:
			_r$8 = fds.Len(); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* if (!(i < _r$8)) { break; } */ if(!(i < _r$8)) { $s = 10; continue; }
			_r$9 = fds.Get(i); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = m[0].Clear(_r$9); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 9; continue;
		case 10:
		$r = m[0].Range((function(m) { return function $b(fd, param) {
			var {fd, param, $s, $r, $c} = $restore(this, {fd, param});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = m[0].Clear(fd); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, fd, param, $s};return $f;
		}; })(m)); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = m[0].SetUnknown(protoreflect.RawFields.nil); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: resetMessage, $c: true, $r, _arg, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, fds, i, m, $s};return $f;
	};
	protoMethods = function(m) {
		var {$24r, _r$2, m, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$2 = m.ProtoMethods(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: protoMethods, $c: true, $r, $24r, _r$2, m, $s};return $f;
	};
	init = function() {
		$pkg.Error = errors.Error;
	};
	MarshalOptions.ptr.prototype.sizeMessageSet = function(m) {
		var {_r$2, _r$3, m, o, size, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = [o];
		size = [size];
		size[0] = 0;
		o[0] = this;
		$r = m.Range((function(o, size) { return function $b(fd, v) {
			var {_r$2, _r$3, _r$4, _r$5, _r$6, fd, v, $s, $r, $c} = $restore(this, {fd, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$2 = fd.Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = messageset.SizeField(_r$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			size[0] = size[0] + (_r$3) >> 0;
			size[0] = size[0] + (protowire.SizeTag(3)) >> 0;
			_r$4 = $clone(v, protoreflect.Value).Message(); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = $clone(o[0], MarshalOptions).size(_r$4); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = protowire.SizeBytes(_r$5); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			size[0] = size[0] + (_r$6) >> 0;
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, _r$3, _r$4, _r$5, _r$6, fd, v, $s};return $f;
		}; })(o, size)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = m.GetUnknown(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = messageset.SizeUnknown($convertSliceType(_r$2, sliceType$1)); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		size[0] = size[0] + (_r$3) >> 0;
		size[0] = size[0];
		$s = -1; return size[0];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.sizeMessageSet, $c: true, $r, _r$2, _r$3, m, o, size, $s};return $f;
	};
	MarshalOptions.prototype.sizeMessageSet = function(m) { return this.$val.sizeMessageSet(m); };
	MarshalOptions.ptr.prototype.marshalMessageSet = function(b, m) {
		var {$24r, $24r$1, _arg, _arg$1, _r$2, _r$3, _r$4, b, err, fieldOrder, m, o, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = [b];
		err = [err];
		o = [o];
		o[0] = this;
		/* */ if (true) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (true) { */ case 1:
			_r$2 = errors.New("no support for message_set_wire_format", new sliceType([])); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = [b[0], _r$2];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		fieldOrder = order.AnyFieldOrder;
		if (o[0].Deterministic) {
			fieldOrder = order.NumberFieldOrder;
		}
		err[0] = $ifaceNil;
		$r = order.RangeFields(m, fieldOrder, (function(b, err, o) { return function $b(fd, v) {
			var {_r$3, _tuple, fd, v, $s, $r, $c} = $restore(this, {fd, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$3 = $clone(o[0], MarshalOptions).marshalMessageSetField(b[0], fd, $clone(v, protoreflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			b[0] = _tuple[0];
			err[0] = _tuple[1];
			$s = -1; return $interfaceIsEqual(err[0], $ifaceNil);
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$3, _tuple, fd, v, $s};return $f;
		}; })(b, err, o)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!($interfaceIsEqual(err[0], $ifaceNil))) {
			$s = -1; return [b[0], err[0]];
		}
		_arg = b[0];
		_r$3 = m.GetUnknown(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_arg$1 = $convertSliceType(_r$3, sliceType$1);
		_r$4 = messageset.AppendUnknown(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$1 = _r$4;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalMessageSet, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _r$2, _r$3, _r$4, b, err, fieldOrder, m, o, $s};return $f;
	};
	MarshalOptions.prototype.marshalMessageSet = function(b, m) { return this.$val.marshalMessageSet(b, m); };
	MarshalOptions.ptr.prototype.marshalMessageSetField = function(b, fd, value) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, err, fd, o, value, $s, $r, $c} = $restore(this, {b, fd, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_arg = b;
		_r$2 = fd.Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = messageset.AppendFieldStart(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		b = _r$3;
		b = protowire.AppendTag(b, 3, 2);
		_arg$2 = b;
		_r$4 = $clone(value, protoreflect.Value).Message(); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = _r$4.Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(o, MarshalOptions).Size(_r$5); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$3 = (new $Uint64(0, _r$6));
		_r$7 = protowire.AppendVarint(_arg$2, _arg$3); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		b = _r$7;
		_arg$4 = b;
		_r$8 = $clone(value, protoreflect.Value).Message(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg$5 = _r$8;
		_r$9 = $clone(o, MarshalOptions).marshalMessage(_arg$4, _arg$5); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple = _r$9;
		b = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [b, err];
		}
		b = messageset.AppendFieldEnd(b);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalMessageSetField, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, err, fd, o, value, $s};return $f;
	};
	MarshalOptions.prototype.marshalMessageSetField = function(b, fd, value) { return this.$val.marshalMessageSetField(b, fd, value); };
	UnmarshalOptions.ptr.prototype.unmarshalMessageSet = function(b, m) {
		var {$24r, $24r$1, _r$2, _r$3, b, m, o, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		o = [o];
		o[0] = this;
		/* */ if (true) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (true) { */ case 1:
			_r$2 = errors.New("no support for message_set_wire_format", new sliceType([])); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$3 = messageset.Unmarshal(b, false, (function(m, o) { return function $b(num, v) {
			var {_r$3, _r$4, err, num, unknown, v, $s, $r, $c} = $restore(this, {num, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$3 = $clone(o[0], UnmarshalOptions).unmarshalMessageSetField(m[0], num, v); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
			/* */ if ($interfaceIsEqual(err, errUnknown)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ($interfaceIsEqual(err, errUnknown)) { */ case 2:
				_r$4 = m[0].GetUnknown(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				unknown = _r$4;
				unknown = $convertSliceType(protowire.AppendTag($convertSliceType(unknown, sliceType$1), num, 2), protoreflect.RawFields);
				unknown = $convertSliceType(protowire.AppendBytes($convertSliceType(unknown, sliceType$1), v), protoreflect.RawFields);
				$r = m[0].SetUnknown(unknown); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
			/* } */ case 3:
			$s = -1; return err;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$3, _r$4, err, num, unknown, v, $s};return $f;
		}; })(m, o)); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalMessageSet, $c: true, $r, $24r, $24r$1, _r$2, _r$3, b, m, o, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalMessageSet = function(b, m) { return this.$val.unmarshalMessageSet(b, m); };
	UnmarshalOptions.ptr.prototype.unmarshalMessageSetField = function(m, num, v) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, err, err$1, m, md, num, o, v, xd, xt, $s, $r, $c} = $restore(this, {m, num, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r$2 = m.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		md = _r$2;
		_r$3 = md.ExtensionRanges(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = _r$3.Has(num); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (!_r$4) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!_r$4) { */ case 2:
			$s = -1; return errUnknown;
		/* } */ case 3:
		_r$5 = md.FullName(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = o.Resolver.FindExtensionByNumber(_r$5, num); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		xt = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, protoregistry.NotFound)) {
			$s = -1; return errUnknown;
		}
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 8:
			_r$7 = md.FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$7);
			_arg$1 = new protowire.Number(num);
			_arg$2 = err;
			_r$8 = errors.New("%v: unable to resolve extension %v: %v", new sliceType([_arg, _arg$1, _arg$2])); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 12; case 12: return $24r;
		/* } */ case 9:
		_r$9 = xt.TypeDescriptor(); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		xd = _r$9;
		_arg$3 = v;
		_r$10 = m.Mutable(xd); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$11 = $clone(_r$10, protoreflect.Value).Message(); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_arg$4 = _r$11;
		_r$12 = $clone(o, UnmarshalOptions).unmarshalMessage(_arg$3, _arg$4); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		err$1 = _r$12;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalMessageSetField, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, err, err$1, m, md, num, o, v, xd, xt, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalMessageSetField = function(m, num, v) { return this.$val.unmarshalMessageSetField(m, num, v); };
	Merge = function(dst, src) {
		var {_r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, dst, dstMsg, got, src, srcMsg, want, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$2 = dst.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tmp = _r$2;
		_r$3 = src.ProtoReflect(); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tmp$1 = _r$3;
		dstMsg = _tmp;
		srcMsg = _tmp$1;
		_r$4 = dstMsg.Descriptor(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = srcMsg.Descriptor(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!($interfaceIsEqual(_r$4, _r$5))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(_r$4, _r$5))) { */ case 3:
			_r$6 = dstMsg.Descriptor(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.FullName(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tmp$2 = _r$7;
			_r$8 = srcMsg.Descriptor(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tmp$3 = _r$9;
			got = _tmp$2;
			want = _tmp$3;
			/* */ if (!(got === want)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!(got === want)) { */ case 11:
				_r$10 = fmt.Sprintf("descriptor mismatch: %v != %v", new sliceType([new protoreflect.FullName(got), new protoreflect.FullName(want)])); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$panic(new $String(_r$10));
			/* } */ case 12:
			$panic(new $String("descriptor mismatch"));
		/* } */ case 4:
		$r = new mergeOptions.ptr().mergeMessage(dstMsg, srcMsg); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Merge, $c: true, $r, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, dst, dstMsg, got, src, srcMsg, want, $s};return $f;
	};
	$pkg.Merge = Merge;
	Clone = function(m) {
		var {$24r, $24r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, dst, m, src, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$2 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		src = _r$2;
		_r$3 = src.IsValid(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (!_r$3) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!_r$3) { */ case 2:
			_r$4 = src.Type(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = _r$4.Zero(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 8; case 8: return $24r;
		/* } */ case 3:
		_r$7 = src.New(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		dst = _r$7;
		$r = new mergeOptions.ptr().mergeMessage(dst, src); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$8 = dst.Interface(); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = _r$8;
		$s = 12; case 12: return $24r$1;
		/* */ } return; } var $f = {$blk: Clone, $c: true, $r, $24r, $24r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, dst, m, src, $s};return $f;
	};
	$pkg.Clone = Clone;
	mergeOptions.ptr.prototype.mergeMessage = function(dst, src) {
		var {_arg, _arg$1, _arg$2, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, dst, in$1, methods, o, out, src, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dst = [dst];
		o = [o];
		o[0] = this;
		_r$2 = protoMethods(dst[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		methods = _r$2;
		/* */ if (!(methods === ptrType$8.nil) && !(methods.Merge === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(methods === ptrType$8.nil) && !(methods.Merge === $throwNilPointerError)) { */ case 2:
			in$1 = new structType$6.ptr(new pragma.NoUnkeyedLiterals.ptr(), src, dst[0]);
			_r$3 = methods.Merge($clone(in$1, structType$6)); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			out = $clone(_r$3, structType$5);
			if (!((((out.Flags & 1) >>> 0) === 0))) {
				$s = -1; return;
			}
		/* } */ case 3:
		_r$4 = dst[0].IsValid(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (!_r$4) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!_r$4) { */ case 5:
			_r$5 = dst[0].Descriptor(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$6);
			_r$7 = fmt.Sprintf("cannot merge into invalid %v message", new sliceType([_arg])); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$panic(new $String(_r$7));
		/* } */ case 6:
		$r = src.Range((function(dst, o) { return function $b(fd, v) {
			var {_arg$1, _arg$10, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$8, _r$9, fd, v, $s, $r, $c} = $restore(this, {fd, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$8 = fd.IsList(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				/* */ if (_r$8) { $s = 2; continue; }
				_r$9 = fd.IsMap(); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				/* */ if (_r$9) { $s = 3; continue; }
				_r$10 = fd.Message(); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(_r$10, $ifaceNil))) { $s = 4; continue; }
				_r$11 = fd.Kind(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				/* */ if ((_r$11 === 12)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_r$8) { */ case 2:
					_r$12 = dst[0].Mutable(fd); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					_r$13 = $clone(_r$12, protoreflect.Value).List(); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_arg$1 = _r$13;
					_r$14 = $clone(v, protoreflect.Value).List(); /* */ $s = 14; case 14: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					_arg$2 = _r$14;
					_arg$3 = fd;
					$r = $clone(o[0], mergeOptions).mergeList(_arg$1, _arg$2, _arg$3); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 7; continue;
				/* } else if (_r$9) { */ case 3:
					_r$15 = dst[0].Mutable(fd); /* */ $s = 16; case 16: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_r$16 = $clone(_r$15, protoreflect.Value).Map(); /* */ $s = 17; case 17: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					_arg$4 = _r$16;
					_r$17 = $clone(v, protoreflect.Value).Map(); /* */ $s = 18; case 18: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					_arg$5 = _r$17;
					_r$18 = fd.MapValue(); /* */ $s = 19; case 19: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					_arg$6 = _r$18;
					$r = $clone(o[0], mergeOptions).mergeMap(_arg$4, _arg$5, _arg$6); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 7; continue;
				/* } else if (!($interfaceIsEqual(_r$10, $ifaceNil))) { */ case 4:
					_r$19 = dst[0].Mutable(fd); /* */ $s = 21; case 21: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$20 = $clone(_r$19, protoreflect.Value).Message(); /* */ $s = 22; case 22: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					_arg$7 = _r$20;
					_r$21 = $clone(v, protoreflect.Value).Message(); /* */ $s = 23; case 23: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
					_arg$8 = _r$21;
					$r = $clone(o[0], mergeOptions).mergeMessage(_arg$7, _arg$8); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 7; continue;
				/* } else if ((_r$11 === 12)) { */ case 5:
					_arg$9 = fd;
					_r$22 = $clone(o[0], mergeOptions).cloneBytes($clone(v, protoreflect.Value)); /* */ $s = 25; case 25: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
					_arg$10 = $clone(_r$22, protoreflect.Value);
					$r = dst[0].Set(_arg$9, _arg$10); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 7; continue;
				/* } else { */ case 6:
					$r = dst[0].Set(fd, $clone(v, protoreflect.Value)); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 7:
			case 1:
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg$1, _arg$10, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$8, _r$9, fd, v, $s};return $f;
		}; })(dst, o)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$8 = src.GetUnknown(); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		/* */ if (_r$8.$length > 0) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (_r$8.$length > 0) { */ case 12:
			_r$9 = dst[0].GetUnknown(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = src.GetUnknown(); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$2 = $convertSliceType(_r$10, sliceType$1);
			$r = dst[0].SetUnknown($appendSlice(_arg$1, _arg$2)); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 13:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeOptions.ptr.prototype.mergeMessage, $c: true, $r, _arg, _arg$1, _arg$2, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, dst, in$1, methods, o, out, src, $s};return $f;
	};
	mergeOptions.prototype.mergeMessage = function(dst, src) { return this.$val.mergeMessage(dst, src); };
	mergeOptions.ptr.prototype.mergeList = function(dst, src, fd) {
		var {_arg, _arg$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, dst, dstv, fd, i, n, o, src, v, $s, $r, $c} = $restore(this, {dst, src, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_tmp = 0;
		_r$2 = src.Len(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tmp$1 = _r$2;
		i = _tmp;
		n = _tmp$1;
		/* while (true) { */ case 2:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 3; continue; }
				_r$3 = src.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				v = $clone(_r$3, protoreflect.Value);
				_r$4 = fd.Message(); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(_r$4, $ifaceNil))) { $s = 6; continue; }
				_r$5 = fd.Kind(); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if ((_r$5 === 12)) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (!($interfaceIsEqual(_r$4, $ifaceNil))) { */ case 6:
					_r$6 = dst.NewElement(); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					dstv = $clone(_r$6, protoreflect.Value);
					_r$7 = $clone(dstv, protoreflect.Value).Message(); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_arg = _r$7;
					_r$8 = $clone(v, protoreflect.Value).Message(); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_arg$1 = _r$8;
					$r = $clone(o, mergeOptions).mergeMessage(_arg, _arg$1); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$r = dst.Append($clone(dstv, protoreflect.Value)); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 9; continue;
				/* } else if ((_r$5 === 12)) { */ case 7:
					_r$9 = $clone(o, mergeOptions).cloneBytes($clone(v, protoreflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					$r = dst.Append($clone(_r$9, protoreflect.Value)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 9; continue;
				/* } else { */ case 8:
					$r = dst.Append($clone(v, protoreflect.Value)); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 9:
			case 4:
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeOptions.ptr.prototype.mergeList, $c: true, $r, _arg, _arg$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, dst, dstv, fd, i, n, o, src, v, $s};return $f;
	};
	mergeOptions.prototype.mergeList = function(dst, src, fd) { return this.$val.mergeList(dst, src, fd); };
	mergeOptions.ptr.prototype.mergeMap = function(dst, src, fd) {
		var {dst, fd, o, src, $s, $r, $c} = $restore(this, {dst, src, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dst = [dst];
		fd = [fd];
		o = [o];
		o[0] = this;
		$r = src.Range((function(dst, fd, o) { return function $b(k, v) {
			var {_arg, _arg$1, _arg$2, _arg$3, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, dstv, k, v, $s, $r, $c} = $restore(this, {k, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$2 = fd[0].Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(_r$2, $ifaceNil))) { $s = 2; continue; }
				_r$3 = fd[0].Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if ((_r$3 === 12)) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if (!($interfaceIsEqual(_r$2, $ifaceNil))) { */ case 2:
					_r$4 = dst[0].NewValue(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					dstv = $clone(_r$4, protoreflect.Value);
					_r$5 = $clone(dstv, protoreflect.Value).Message(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_arg = _r$5;
					_r$6 = $clone(v, protoreflect.Value).Message(); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_arg$1 = _r$6;
					$r = $clone(o[0], mergeOptions).mergeMessage(_arg, _arg$1); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$r = dst[0].Set($clone(k, protoreflect.MapKey), $clone(dstv, protoreflect.Value)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 5; continue;
				/* } else if ((_r$3 === 12)) { */ case 3:
					_arg$2 = $clone(k, protoreflect.MapKey);
					_r$7 = $clone(o[0], mergeOptions).cloneBytes($clone(v, protoreflect.Value)); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_arg$3 = $clone(_r$7, protoreflect.Value);
					$r = dst[0].Set(_arg$2, _arg$3); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 5; continue;
				/* } else { */ case 4:
					$r = dst[0].Set($clone(k, protoreflect.MapKey), $clone(v, protoreflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 5:
			case 1:
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, dstv, k, v, $s};return $f;
		}; })(dst, fd, o)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeOptions.ptr.prototype.mergeMap, $c: true, $r, dst, fd, o, src, $s};return $f;
	};
	mergeOptions.prototype.mergeMap = function(dst, src, fd) { return this.$val.mergeMap(dst, src, fd); };
	mergeOptions.ptr.prototype.cloneBytes = function(v) {
		var {$24r, _arg, _arg$1, _r$2, _r$3, o, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_arg = new sliceType$1([]);
		_r$2 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = protoreflect.ValueOfBytes($appendSlice(_arg, _arg$1)); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: mergeOptions.ptr.prototype.cloneBytes, $c: true, $r, $24r, _arg, _arg$1, _r$2, _r$3, o, v, $s};return $f;
	};
	mergeOptions.prototype.cloneBytes = function(v) { return this.$val.cloneBytes(v); };
	MarshalOptions.ptr.prototype.marshalSingular = function(b, fd, v) {
		var {$24r, $24r$1, _1, _arg, _arg$1, _arg$10, _arg$11, _arg$12, _arg$13, _arg$14, _arg$15, _arg$16, _arg$17, _arg$18, _arg$19, _arg$2, _arg$20, _arg$21, _arg$22, _arg$23, _arg$24, _arg$25, _arg$26, _arg$27, _arg$28, _arg$29, _arg$3, _arg$30, _arg$31, _arg$32, _arg$33, _arg$34, _arg$35, _arg$36, _arg$37, _arg$38, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$52, _r$53, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _v, b, err, err$1, fd, o, pos, v, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, fd, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
			_r$2 = fd.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_1 = _r$2;
			/* */ if (_1 === (8)) { $s = 3; continue; }
			/* */ if (_1 === (14)) { $s = 4; continue; }
			/* */ if (_1 === (5)) { $s = 5; continue; }
			/* */ if (_1 === (17)) { $s = 6; continue; }
			/* */ if (_1 === (13)) { $s = 7; continue; }
			/* */ if (_1 === (3)) { $s = 8; continue; }
			/* */ if (_1 === (18)) { $s = 9; continue; }
			/* */ if (_1 === (4)) { $s = 10; continue; }
			/* */ if (_1 === (15)) { $s = 11; continue; }
			/* */ if (_1 === (7)) { $s = 12; continue; }
			/* */ if (_1 === (2)) { $s = 13; continue; }
			/* */ if (_1 === (16)) { $s = 14; continue; }
			/* */ if (_1 === (6)) { $s = 15; continue; }
			/* */ if (_1 === (1)) { $s = 16; continue; }
			/* */ if (_1 === (9)) { $s = 17; continue; }
			/* */ if (_1 === (12)) { $s = 18; continue; }
			/* */ if (_1 === (11)) { $s = 19; continue; }
			/* */ if (_1 === (10)) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (_1 === (8)) { */ case 3:
				_arg = b;
				_r$3 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 23; case 23: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = protowire.EncodeBool(_r$3); /* */ $s = 24; case 24: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_arg$1 = _r$4;
				_r$5 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 25; case 25: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				b = _r$5;
				$s = 22; continue;
			/* } else if (_1 === (14)) { */ case 4:
				_arg$2 = b;
				_r$6 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 26; case 26: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_arg$3 = (new $Uint64(0, _r$6));
				_r$7 = protowire.AppendVarint(_arg$2, _arg$3); /* */ $s = 27; case 27: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				b = _r$7;
				$s = 22; continue;
			/* } else if (_1 === (5)) { */ case 5:
				_arg$4 = b;
				_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 28; case 28: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_arg$5 = (new $Uint64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))));
				_r$9 = protowire.AppendVarint(_arg$4, _arg$5); /* */ $s = 29; case 29: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				b = _r$9;
				$s = 22; continue;
			/* } else if (_1 === (17)) { */ case 6:
				_arg$6 = b;
				_r$10 = $clone(v, protoreflect.Value).Int(); /* */ $s = 30; case 30: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = protowire.EncodeZigZag((new $Int64(0, (((x$1 = _r$10, x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 31; case 31: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_arg$7 = _r$11;
				_r$12 = protowire.AppendVarint(_arg$6, _arg$7); /* */ $s = 32; case 32: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				b = _r$12;
				$s = 22; continue;
			/* } else if (_1 === (13)) { */ case 7:
				_arg$8 = b;
				_r$13 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 33; case 33: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$9 = (new $Uint64(0, ((_r$13.$low >>> 0))));
				_r$14 = protowire.AppendVarint(_arg$8, _arg$9); /* */ $s = 34; case 34: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				b = _r$14;
				$s = 22; continue;
			/* } else if (_1 === (3)) { */ case 8:
				_arg$10 = b;
				_r$15 = $clone(v, protoreflect.Value).Int(); /* */ $s = 35; case 35: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_arg$11 = ((x$2 = _r$15, new $Uint64(x$2.$high, x$2.$low)));
				_r$16 = protowire.AppendVarint(_arg$10, _arg$11); /* */ $s = 36; case 36: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				b = _r$16;
				$s = 22; continue;
			/* } else if (_1 === (18)) { */ case 9:
				_arg$12 = b;
				_r$17 = $clone(v, protoreflect.Value).Int(); /* */ $s = 37; case 37: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$18 = protowire.EncodeZigZag(_r$17); /* */ $s = 38; case 38: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_arg$13 = _r$18;
				_r$19 = protowire.AppendVarint(_arg$12, _arg$13); /* */ $s = 39; case 39: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				b = _r$19;
				$s = 22; continue;
			/* } else if (_1 === (4)) { */ case 10:
				_arg$14 = b;
				_r$20 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 40; case 40: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_arg$15 = _r$20;
				_r$21 = protowire.AppendVarint(_arg$14, _arg$15); /* */ $s = 41; case 41: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				b = _r$21;
				$s = 22; continue;
			/* } else if (_1 === (15)) { */ case 11:
				_arg$16 = b;
				_r$22 = $clone(v, protoreflect.Value).Int(); /* */ $s = 42; case 42: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_arg$17 = ((_r$22.$low >>> 0));
				_r$23 = protowire.AppendFixed32(_arg$16, _arg$17); /* */ $s = 43; case 43: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				b = _r$23;
				$s = 22; continue;
			/* } else if (_1 === (7)) { */ case 12:
				_arg$18 = b;
				_r$24 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 44; case 44: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_arg$19 = ((_r$24.$low >>> 0));
				_r$25 = protowire.AppendFixed32(_arg$18, _arg$19); /* */ $s = 45; case 45: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				b = _r$25;
				$s = 22; continue;
			/* } else if (_1 === (2)) { */ case 13:
				_arg$20 = b;
				_r$26 = $clone(v, protoreflect.Value).Float(); /* */ $s = 46; case 46: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_r$27 = math.Float32bits(($fround(_r$26))); /* */ $s = 47; case 47: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				_arg$21 = _r$27;
				_r$28 = protowire.AppendFixed32(_arg$20, _arg$21); /* */ $s = 48; case 48: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
				b = _r$28;
				$s = 22; continue;
			/* } else if (_1 === (16)) { */ case 14:
				_arg$22 = b;
				_r$29 = $clone(v, protoreflect.Value).Int(); /* */ $s = 49; case 49: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
				_arg$23 = ((x$3 = _r$29, new $Uint64(x$3.$high, x$3.$low)));
				_r$30 = protowire.AppendFixed64(_arg$22, _arg$23); /* */ $s = 50; case 50: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				b = _r$30;
				$s = 22; continue;
			/* } else if (_1 === (6)) { */ case 15:
				_arg$24 = b;
				_r$31 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 51; case 51: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				_arg$25 = _r$31;
				_r$32 = protowire.AppendFixed64(_arg$24, _arg$25); /* */ $s = 52; case 52: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
				b = _r$32;
				$s = 22; continue;
			/* } else if (_1 === (1)) { */ case 16:
				_arg$26 = b;
				_r$33 = $clone(v, protoreflect.Value).Float(); /* */ $s = 53; case 53: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
				_r$34 = math.Float64bits(_r$33); /* */ $s = 54; case 54: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
				_arg$27 = _r$34;
				_r$35 = protowire.AppendFixed64(_arg$26, _arg$27); /* */ $s = 55; case 55: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
				b = _r$35;
				$s = 22; continue;
			/* } else if (_1 === (9)) { */ case 17:
				_r$36 = strs.EnforceUTF8(fd); /* */ $s = 59; case 59: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
				if (!(_r$36)) { _v = false; $s = 58; continue s; }
				_r$37 = $clone(v, protoreflect.Value).String(); /* */ $s = 60; case 60: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
				_r$38 = utf8.ValidString(_r$37); /* */ $s = 61; case 61: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
				_v = !_r$38; case 58:
				/* */ if (_v) { $s = 56; continue; }
				/* */ $s = 57; continue;
				/* if (_v) { */ case 56:
					_r$39 = fd.FullName(); /* */ $s = 62; case 62: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
					_r$40 = errors.InvalidUTF8((_r$39)); /* */ $s = 63; case 63: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
					$24r = [b, _r$40];
					$s = 64; case 64: return $24r;
				/* } */ case 57:
				_arg$28 = b;
				_r$41 = $clone(v, protoreflect.Value).String(); /* */ $s = 65; case 65: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
				_arg$29 = _r$41;
				_r$42 = protowire.AppendString(_arg$28, _arg$29); /* */ $s = 66; case 66: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
				b = _r$42;
				$s = 22; continue;
			/* } else if (_1 === (12)) { */ case 18:
				_arg$30 = b;
				_r$43 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 67; case 67: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
				_arg$31 = _r$43;
				_r$44 = protowire.AppendBytes(_arg$30, _arg$31); /* */ $s = 68; case 68: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
				b = _r$44;
				$s = 22; continue;
			/* } else if (_1 === (11)) { */ case 19:
				pos = 0;
				err = $ifaceNil;
				_tuple = appendSpeculativeLength(b);
				b = _tuple[0];
				pos = _tuple[1];
				_arg$32 = b;
				_r$45 = $clone(v, protoreflect.Value).Message(); /* */ $s = 69; case 69: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
				_arg$33 = _r$45;
				_r$46 = $clone(o, MarshalOptions).marshalMessage(_arg$32, _arg$33); /* */ $s = 70; case 70: if($c) { $c = false; _r$46 = _r$46.$blk(); } if (_r$46 && _r$46.$blk !== undefined) { break s; }
				_tuple$1 = _r$46;
				b = _tuple$1[0];
				err = _tuple$1[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [b, err];
				}
				b = finishSpeculativeLength(b, pos);
				$s = 22; continue;
			/* } else if (_1 === (10)) { */ case 20:
				err$1 = $ifaceNil;
				_arg$34 = b;
				_r$47 = $clone(v, protoreflect.Value).Message(); /* */ $s = 71; case 71: if($c) { $c = false; _r$47 = _r$47.$blk(); } if (_r$47 && _r$47.$blk !== undefined) { break s; }
				_arg$35 = _r$47;
				_r$48 = $clone(o, MarshalOptions).marshalMessage(_arg$34, _arg$35); /* */ $s = 72; case 72: if($c) { $c = false; _r$48 = _r$48.$blk(); } if (_r$48 && _r$48.$blk !== undefined) { break s; }
				_tuple$2 = _r$48;
				b = _tuple$2[0];
				err$1 = _tuple$2[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [b, err$1];
				}
				_arg$36 = b;
				_r$49 = fd.Number(); /* */ $s = 73; case 73: if($c) { $c = false; _r$49 = _r$49.$blk(); } if (_r$49 && _r$49.$blk !== undefined) { break s; }
				_r$50 = protowire.EncodeTag(_r$49, 4); /* */ $s = 74; case 74: if($c) { $c = false; _r$50 = _r$50.$blk(); } if (_r$50 && _r$50.$blk !== undefined) { break s; }
				_arg$37 = _r$50;
				_r$51 = protowire.AppendVarint(_arg$36, _arg$37); /* */ $s = 75; case 75: if($c) { $c = false; _r$51 = _r$51.$blk(); } if (_r$51 && _r$51.$blk !== undefined) { break s; }
				b = _r$51;
				$s = 22; continue;
			/* } else { */ case 21:
				_r$52 = fd.Kind(); /* */ $s = 76; case 76: if($c) { $c = false; _r$52 = _r$52.$blk(); } if (_r$52 && _r$52.$blk !== undefined) { break s; }
				_arg$38 = new protoreflect.Kind(_r$52);
				_r$53 = errors.New("invalid kind %v", new sliceType([_arg$38])); /* */ $s = 77; case 77: if($c) { $c = false; _r$53 = _r$53.$blk(); } if (_r$53 && _r$53.$blk !== undefined) { break s; }
				$24r$1 = [b, _r$53];
				$s = 78; case 78: return $24r$1;
			/* } */ case 22:
		case 1:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalSingular, $c: true, $r, $24r, $24r$1, _1, _arg, _arg$1, _arg$10, _arg$11, _arg$12, _arg$13, _arg$14, _arg$15, _arg$16, _arg$17, _arg$18, _arg$19, _arg$2, _arg$20, _arg$21, _arg$22, _arg$23, _arg$24, _arg$25, _arg$26, _arg$27, _arg$28, _arg$29, _arg$3, _arg$30, _arg$31, _arg$32, _arg$33, _arg$34, _arg$35, _arg$36, _arg$37, _arg$38, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$52, _r$53, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _v, b, err, err$1, fd, o, pos, v, x, x$1, x$2, x$3, $s};return $f;
	};
	MarshalOptions.prototype.marshalSingular = function(b, fd, v) { return this.$val.marshalSingular(b, fd, v); };
	MarshalOptions.ptr.prototype.Marshal = function(m) {
		var {_arg, _arg$1, _r$2, _r$3, _r$4, _tuple, err, m, o, out, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return [sliceType$1.nil, $ifaceNil];
		}
		_arg = sliceType$1.nil;
		_r$2 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = $clone(o, MarshalOptions).marshal(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		out = $clone(_tuple[0], structType$3);
		err = _tuple[1];
		/* */ if ((out.Buf.$length === 0) && $interfaceIsEqual(err, $ifaceNil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ((out.Buf.$length === 0) && $interfaceIsEqual(err, $ifaceNil)) { */ case 3:
			_r$4 = emptyBytesForMessage(m); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			out.Buf = _r$4;
		/* } */ case 4:
		$s = -1; return [out.Buf, err];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.Marshal, $c: true, $r, _arg, _arg$1, _r$2, _r$3, _r$4, _tuple, err, m, o, out, $s};return $f;
	};
	MarshalOptions.prototype.Marshal = function(m) { return this.$val.Marshal(m); };
	emptyBytesForMessage = function(m) {
		var {_r$2, _r$3, _v, m, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(m, $ifaceNil)) { _v = true; $s = 3; continue s; }
		_r$2 = m.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = _r$2.IsValid(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = !_r$3; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return sliceType$1.nil;
		/* } */ case 2:
		$s = -1; return new sliceType$1(emptyBuf);
		/* */ } return; } var $f = {$blk: emptyBytesForMessage, $c: true, $r, _r$2, _r$3, _v, m, $s};return $f;
	};
	MarshalOptions.ptr.prototype.MarshalAppend = function(b, m) {
		var {_arg, _arg$1, _r$2, _r$3, _tuple, b, err, m, o, out, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return [b, $ifaceNil];
		}
		_arg = b;
		_r$2 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = $clone(o, MarshalOptions).marshal(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		out = $clone(_tuple[0], structType$3);
		err = _tuple[1];
		$s = -1; return [out.Buf, err];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.MarshalAppend, $c: true, $r, _arg, _arg$1, _r$2, _r$3, _tuple, b, err, m, o, out, $s};return $f;
	};
	MarshalOptions.prototype.MarshalAppend = function(b, m) { return this.$val.MarshalAppend(b, m); };
	MarshalOptions.ptr.prototype.MarshalState = function(in$1) {
		var {$24r, _r$2, in$1, o, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r$2 = $clone(o, MarshalOptions).marshal(in$1.Buf, in$1.Message); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.MarshalState, $c: true, $r, $24r, _r$2, in$1, o, $s};return $f;
	};
	MarshalOptions.prototype.MarshalState = function(in$1) { return this.$val.MarshalState(in$1); };
	MarshalOptions.ptr.prototype.marshal = function(b, m) {
		var {$24r, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, allowPartial, b, err, in$1, m, methods, o, out, sout, x, x$1, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new structType$3.ptr(new pragma.NoUnkeyedLiterals.ptr(), sliceType$1.nil);
		err = $ifaceNil;
		o = this;
		allowPartial = o.AllowPartial;
		o.AllowPartial = true;
		_r$2 = protoMethods(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		methods = _r$2;
		/* */ if (!(methods === ptrType$8.nil) && !(methods.Marshal === $throwNilPointerError) && !(o.Deterministic && (x = (x$1 = methods.Flags, new $Uint64(x$1.$high & 0, (x$1.$low & 1) >>> 0)), (x.$high === 0 && x.$low === 0)))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(methods === ptrType$8.nil) && !(methods.Marshal === $throwNilPointerError) && !(o.Deterministic && (x = (x$1 = methods.Flags, new $Uint64(x$1.$high & 0, (x$1.$low & 1) >>> 0)), (x.$high === 0 && x.$low === 0)))) { */ case 2:
			in$1 = new structType$2.ptr(new pragma.NoUnkeyedLiterals.ptr(), m, b, 0);
			if (o.Deterministic) {
				in$1.Flags = (in$1.Flags | (1)) >>> 0;
			}
			if (o.UseCachedSize) {
				in$1.Flags = (in$1.Flags | (2)) >>> 0;
			}
			/* */ if (!(methods.Size === $throwNilPointerError)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!(methods.Size === $throwNilPointerError)) { */ case 5:
				_r$3 = methods.Size(new structType.ptr(new pragma.NoUnkeyedLiterals.ptr(), m, in$1.Flags)); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				sout = $clone(_r$3, structType$1);
				if (b.$capacity < (b.$length + sout.Size >> 0)) {
					in$1.Buf = $makeSlice(sliceType$1, b.$length, growcap(b.$capacity, b.$length + sout.Size >> 0));
					$copySlice(in$1.Buf, b);
				}
				in$1.Flags = (in$1.Flags | (2)) >>> 0;
			/* } */ case 6:
			_r$4 = methods.Marshal($clone(in$1, structType$2)); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple = _r$4;
			structType$3.copy(out, _tuple[0]);
			err = _tuple[1];
			$s = 4; continue;
		/* } else { */ case 3:
			_r$5 = $clone(o, MarshalOptions).marshalMessageSlow(b, m); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$1 = _r$5;
			out.Buf = _tuple$1[0];
			err = _tuple$1[1];
		/* } */ case 4:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = $clone(out, structType$3);
			_tmp$1 = err;
			structType$3.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		if (allowPartial) {
			_tmp$2 = $clone(out, structType$3);
			_tmp$3 = $ifaceNil;
			structType$3.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_tmp$4 = $clone(out, structType$3);
		_r$6 = checkInitialized(m); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$5 = _r$6;
		structType$3.copy(out, _tmp$4);
		err = _tmp$5;
		$24r = [out, err];
		$s = 11; case 11: return $24r;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshal, $c: true, $r, $24r, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, allowPartial, b, err, in$1, m, methods, o, out, sout, x, x$1, $s};return $f;
	};
	MarshalOptions.prototype.marshal = function(b, m) { return this.$val.marshal(b, m); };
	MarshalOptions.ptr.prototype.marshalMessage = function(b, m) {
		var {_r$2, _tuple, b, err, m, o, out, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r$2 = $clone(o, MarshalOptions).marshal(b, m); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		out = $clone(_tuple[0], structType$3);
		err = _tuple[1];
		$s = -1; return [out.Buf, err];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalMessage, $c: true, $r, _r$2, _tuple, b, err, m, o, out, $s};return $f;
	};
	MarshalOptions.prototype.marshalMessage = function(b, m) { return this.$val.marshalMessage(b, m); };
	growcap = function(oldcap, wantcap) {
		var _q, newcap, oldcap, wantcap;
		newcap = 0;
		if (wantcap > ($imul(oldcap, 2))) {
			newcap = wantcap;
		} else if (oldcap < 1024) {
			newcap = $imul(oldcap, 2);
		} else {
			newcap = oldcap;
			while (true) {
				if (!(0 < newcap && newcap < wantcap)) { break; }
				newcap = newcap + ((_q = newcap / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0;
			}
			if (newcap <= 0) {
				newcap = wantcap;
			}
		}
		newcap = newcap;
		return newcap;
	};
	MarshalOptions.ptr.prototype.marshalMessageSlow = function(b, m) {
		var {$24r, _arg, _arg$1, _r$2, _r$3, _r$4, _r$5, b, err, fieldOrder, m, o, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = [b];
		err = [err];
		o = [o];
		o[0] = this;
		_r$2 = m.Descriptor(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = messageset.IsMessageSet(_r$2); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$3) { */ case 1:
			_r$4 = $clone(o[0], MarshalOptions).marshalMessageSet(b[0], m); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		fieldOrder = order.AnyFieldOrder;
		if (o[0].Deterministic) {
			fieldOrder = order.LegacyFieldOrder;
		}
		err[0] = $ifaceNil;
		$r = order.RangeFields(m, fieldOrder, (function(b, err, o) { return function $b(fd, v) {
			var {_r$5, _tuple, fd, v, $s, $r, $c} = $restore(this, {fd, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = $clone(o[0], MarshalOptions).marshalField(b[0], fd, $clone(v, protoreflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple = _r$5;
			b[0] = _tuple[0];
			err[0] = _tuple[1];
			$s = -1; return $interfaceIsEqual(err[0], $ifaceNil);
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _tuple, fd, v, $s};return $f;
		}; })(b, err, o)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!($interfaceIsEqual(err[0], $ifaceNil))) {
			$s = -1; return [b[0], err[0]];
		}
		_arg = b[0];
		_r$5 = m.GetUnknown(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = $convertSliceType(_r$5, sliceType$1);
		b[0] = $appendSlice(_arg, _arg$1);
		$s = -1; return [b[0], $ifaceNil];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalMessageSlow, $c: true, $r, $24r, _arg, _arg$1, _r$2, _r$3, _r$4, _r$5, b, err, fieldOrder, m, o, $s};return $f;
	};
	MarshalOptions.prototype.marshalMessageSlow = function(b, m) { return this.$val.marshalMessageSlow(b, m); };
	MarshalOptions.ptr.prototype.marshalField = function(b, fd, value) {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _entry, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, fd, o, value, $s, $r, $c} = $restore(this, {b, fd, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
			_r$2 = fd.IsList(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (_r$2) { $s = 2; continue; }
			_r$3 = fd.IsMap(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r$2) { */ case 2:
				_arg = b;
				_arg$1 = fd;
				_r$4 = $clone(value, protoreflect.Value).List(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_arg$2 = _r$4;
				_r$5 = $clone(o, MarshalOptions).marshalList(_arg, _arg$1, _arg$2); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r = _r$5;
				$s = 10; case 10: return $24r;
			/* } else if (_r$3) { */ case 3:
				_arg$3 = b;
				_arg$4 = fd;
				_r$6 = $clone(value, protoreflect.Value).Map(); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_arg$5 = _r$6;
				_r$7 = $clone(o, MarshalOptions).marshalMap(_arg$3, _arg$4, _arg$5); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r$1 = _r$7;
				$s = 13; case 13: return $24r$1;
			/* } else { */ case 4:
				_arg$6 = b;
				_r$8 = fd.Number(); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_arg$7 = _r$8;
				_r$9 = fd.Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_arg$8 = (_entry = wireTypes[protoreflect.Kind.keyFor(_r$9)], _entry !== undefined ? _entry.v : 0);
				_r$10 = protowire.AppendTag(_arg$6, _arg$7, _arg$8); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				b = _r$10;
				_r$11 = $clone(o, MarshalOptions).marshalSingular(b, fd, $clone(value, protoreflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r$2 = _r$11;
				$s = 18; case 18: return $24r$2;
			/* } */ case 5:
		case 1:
		$s = -1; return [sliceType$1.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalField, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _entry, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, fd, o, value, $s};return $f;
	};
	MarshalOptions.prototype.marshalField = function(b, fd, value) { return this.$val.marshalField(b, fd, value); };
	MarshalOptions.ptr.prototype.marshalList = function(b, fd, list) {
		var {_arg, _arg$1, _arg$10, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _v, b, b$1, err, err$1, fd, i, i$1, kind, list, llen, llen$1, o, pos, $s, $r, $c} = $restore(this, {b, fd, list});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r$2 = fd.IsPacked(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		if (!(_r$2)) { _v = false; $s = 3; continue s; }
		_r$3 = list.Len(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = _r$3 > 0; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_arg = b;
			_r$4 = fd.Number(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_arg$1 = _r$4;
			_r$5 = protowire.AppendTag(_arg, _arg$1, 2); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			b = _r$5;
			_tuple = appendSpeculativeLength(b);
			b$1 = _tuple[0];
			pos = _tuple[1];
			_tmp = 0;
			_r$6 = list.Len(); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tmp$1 = _r$6;
			i = _tmp;
			llen = _tmp$1;
			/* while (true) { */ case 9:
				/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 10; continue; }
				err = $ifaceNil;
				_arg$2 = b$1;
				_arg$3 = fd;
				_r$7 = list.Get(i); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_arg$4 = $clone(_r$7, protoreflect.Value);
				_r$8 = $clone(o, MarshalOptions).marshalSingular(_arg$2, _arg$3, _arg$4); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_tuple$1 = _r$8;
				b$1 = _tuple$1[0];
				err = _tuple$1[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [b$1, err];
				}
				i = i + (1) >> 0;
			$s = 9; continue;
			case 10:
			b$1 = finishSpeculativeLength(b$1, pos);
			$s = -1; return [b$1, $ifaceNil];
		/* } */ case 2:
		_r$9 = fd.Kind(); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		kind = _r$9;
		_tmp$2 = 0;
		_r$10 = list.Len(); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tmp$3 = _r$10;
		i$1 = _tmp$2;
		llen$1 = _tmp$3;
		/* while (true) { */ case 15:
			/* if (!(i$1 < llen$1)) { break; } */ if(!(i$1 < llen$1)) { $s = 16; continue; }
			err$1 = $ifaceNil;
			_arg$5 = b;
			_r$11 = fd.Number(); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$6 = _r$11;
			_arg$7 = (_entry = wireTypes[protoreflect.Kind.keyFor(kind)], _entry !== undefined ? _entry.v : 0);
			_r$12 = protowire.AppendTag(_arg$5, _arg$6, _arg$7); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			b = _r$12;
			_arg$8 = b;
			_arg$9 = fd;
			_r$13 = list.Get(i$1); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_arg$10 = $clone(_r$13, protoreflect.Value);
			_r$14 = $clone(o, MarshalOptions).marshalSingular(_arg$8, _arg$9, _arg$10); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_tuple$2 = _r$14;
			b = _tuple$2[0];
			err$1 = _tuple$2[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [b, err$1];
			}
			i$1 = i$1 + (1) >> 0;
		$s = 15; continue;
		case 16:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalList, $c: true, $r, _arg, _arg$1, _arg$10, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _v, b, b$1, err, err$1, fd, i, i$1, kind, list, llen, llen$1, o, pos, $s};return $f;
	};
	MarshalOptions.prototype.marshalList = function(b, fd, list) { return this.$val.marshalList(b, fd, list); };
	MarshalOptions.ptr.prototype.marshalMap = function(b, fd, mapv) {
		var {_r$2, _r$3, b, err, fd, keyOrder, keyf, mapv, o, valf, $s, $r, $c} = $restore(this, {b, fd, mapv});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = [b];
		err = [err];
		fd = [fd];
		keyf = [keyf];
		o = [o];
		valf = [valf];
		o[0] = this;
		_r$2 = fd[0].MapKey(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		keyf[0] = _r$2;
		_r$3 = fd[0].MapValue(); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		valf[0] = _r$3;
		keyOrder = order.AnyKeyOrder;
		if (o[0].Deterministic) {
			keyOrder = order.GenericKeyOrder;
		}
		err[0] = $ifaceNil;
		$r = order.RangeEntries(mapv, keyOrder, (function(b, err, fd, keyf, o, valf) { return function $b(key, value) {
			var {_arg, _arg$1, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, key, pos, value, $s, $r, $c} = $restore(this, {key, value});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_arg = b[0];
			_r$4 = fd[0].Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_arg$1 = _r$4;
			_r$5 = protowire.AppendTag(_arg, _arg$1, 2); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			b[0] = _r$5;
			pos = 0;
			_tuple = appendSpeculativeLength(b[0]);
			b[0] = _tuple[0];
			pos = _tuple[1];
			_r$6 = $clone(o[0], MarshalOptions).marshalField(b[0], keyf[0], $clone($clone(key, protoreflect.MapKey).Value(), protoreflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$1 = _r$6;
			b[0] = _tuple$1[0];
			err[0] = _tuple$1[1];
			if (!($interfaceIsEqual(err[0], $ifaceNil))) {
				$s = -1; return false;
			}
			_r$7 = $clone(o[0], MarshalOptions).marshalField(b[0], valf[0], $clone(value, protoreflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$2 = _r$7;
			b[0] = _tuple$2[0];
			err[0] = _tuple$2[1];
			if (!($interfaceIsEqual(err[0], $ifaceNil))) {
				$s = -1; return false;
			}
			b[0] = finishSpeculativeLength(b[0], pos);
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _arg$1, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, key, pos, value, $s};return $f;
		}; })(b, err, fd, keyf, o, valf)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [b[0], err[0]];
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshalMap, $c: true, $r, _r$2, _r$3, b, err, fd, keyOrder, keyf, mapv, o, valf, $s};return $f;
	};
	MarshalOptions.prototype.marshalMap = function(b, fd, mapv) { return this.$val.marshalMap(b, fd, mapv); };
	appendSpeculativeLength = function(b) {
		var b, pos;
		pos = b.$length;
		b = $appendSlice(b, $substring("\x00\x00\x00\x00", 0, 1));
		return [b, pos];
	};
	finishSpeculativeLength = function(b, pos) {
		var b, i, mlen, msiz, pos;
		mlen = (b.$length - pos >> 0) - 1 >> 0;
		msiz = protowire.SizeVarint((new $Uint64(0, mlen)));
		if (!((msiz === 1))) {
			i = 0;
			while (true) {
				if (!(i < (msiz - 1 >> 0))) { break; }
				b = $append(b, 0);
				i = i + (1) >> 0;
			}
			$copySlice($subslice(b, (pos + msiz >> 0)), $subslice(b, (pos + 1 >> 0)));
			b = $subslice(b, 0, ((pos + msiz >> 0) + mlen >> 0));
		}
		protowire.AppendVarint($subslice(b, 0, pos), (new $Uint64(0, mlen)));
		return b;
	};
	UnmarshalOptions.ptr.prototype.unmarshalScalar = function(b, wtyp, fd) {
		var {$24r, _1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$10, _tmp$100, _tmp$101, _tmp$102, _tmp$103, _tmp$104, _tmp$105, _tmp$106, _tmp$107, _tmp$108, _tmp$109, _tmp$11, _tmp$110, _tmp$111, _tmp$112, _tmp$113, _tmp$114, _tmp$115, _tmp$116, _tmp$117, _tmp$118, _tmp$119, _tmp$12, _tmp$120, _tmp$121, _tmp$122, _tmp$123, _tmp$124, _tmp$125, _tmp$126, _tmp$127, _tmp$128, _tmp$129, _tmp$13, _tmp$130, _tmp$131, _tmp$132, _tmp$133, _tmp$134, _tmp$135, _tmp$136, _tmp$137, _tmp$138, _tmp$139, _tmp$14, _tmp$140, _tmp$141, _tmp$142, _tmp$143, _tmp$144, _tmp$145, _tmp$146, _tmp$147, _tmp$148, _tmp$149, _tmp$15, _tmp$150, _tmp$151, _tmp$152, _tmp$153, _tmp$154, _tmp$155, _tmp$156, _tmp$157, _tmp$158, _tmp$159, _tmp$16, _tmp$160, _tmp$161, _tmp$162, _tmp$163, _tmp$164, _tmp$165, _tmp$166, _tmp$167, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$6, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$7, _tmp$70, _tmp$71, _tmp$72, _tmp$73, _tmp$74, _tmp$75, _tmp$76, _tmp$77, _tmp$78, _tmp$79, _tmp$8, _tmp$80, _tmp$81, _tmp$82, _tmp$83, _tmp$84, _tmp$85, _tmp$86, _tmp$87, _tmp$88, _tmp$89, _tmp$9, _tmp$90, _tmp$91, _tmp$92, _tmp$93, _tmp$94, _tmp$95, _tmp$96, _tmp$97, _tmp$98, _tmp$99, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, err, fd, n, n$1, n$10, n$11, n$12, n$13, n$14, n$15, n$16, n$17, n$18, n$2, n$3, n$4, n$5, n$6, n$7, n$8, n$9, o, v, v$1, v$10, v$11, v$12, v$13, v$14, v$15, v$16, v$17, v$2, v$3, v$4, v$5, v$6, v$7, v$8, v$9, val, wtyp, x, $s, $r, $c} = $restore(this, {b, wtyp, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		val = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType$1.nil, $ifaceNil);
		n = 0;
		err = $ifaceNil;
		o = this;
			_r$2 = fd.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_1 = _r$2;
			/* */ if (_1 === (8)) { $s = 3; continue; }
			/* */ if (_1 === (14)) { $s = 4; continue; }
			/* */ if (_1 === (5)) { $s = 5; continue; }
			/* */ if (_1 === (17)) { $s = 6; continue; }
			/* */ if (_1 === (13)) { $s = 7; continue; }
			/* */ if (_1 === (3)) { $s = 8; continue; }
			/* */ if (_1 === (18)) { $s = 9; continue; }
			/* */ if (_1 === (4)) { $s = 10; continue; }
			/* */ if (_1 === (15)) { $s = 11; continue; }
			/* */ if (_1 === (7)) { $s = 12; continue; }
			/* */ if (_1 === (2)) { $s = 13; continue; }
			/* */ if (_1 === (16)) { $s = 14; continue; }
			/* */ if (_1 === (6)) { $s = 15; continue; }
			/* */ if (_1 === (1)) { $s = 16; continue; }
			/* */ if (_1 === (9)) { $s = 17; continue; }
			/* */ if (_1 === (12)) { $s = 18; continue; }
			/* */ if (_1 === (11)) { $s = 19; continue; }
			/* */ if (_1 === (10)) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (_1 === (8)) { */ case 3:
				if (!((wtyp === 0))) {
					_tmp = $clone(val, protoreflect.Value);
					_tmp$1 = 0;
					_tmp$2 = errUnknown;
					protoreflect.Value.copy(val, _tmp);
					n = _tmp$1;
					err = _tmp$2;
					$s = -1; return [val, n, err];
				}
				_tuple = protowire.ConsumeVarint(b);
				v = _tuple[0];
				n$1 = _tuple[1];
				if (n$1 < 0) {
					_tmp$3 = $clone(val, protoreflect.Value);
					_tmp$4 = 0;
					_tmp$5 = errDecode;
					protoreflect.Value.copy(val, _tmp$3);
					n = _tmp$4;
					err = _tmp$5;
					$s = -1; return [val, n, err];
				}
				_tmp$6 = $clone(protoreflect.ValueOfBool(protowire.DecodeBool(v)), protoreflect.Value);
				_tmp$7 = n$1;
				_tmp$8 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$6);
				n = _tmp$7;
				err = _tmp$8;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (14)) { */ case 4:
				if (!((wtyp === 0))) {
					_tmp$9 = $clone(val, protoreflect.Value);
					_tmp$10 = 0;
					_tmp$11 = errUnknown;
					protoreflect.Value.copy(val, _tmp$9);
					n = _tmp$10;
					err = _tmp$11;
					$s = -1; return [val, n, err];
				}
				_tuple$1 = protowire.ConsumeVarint(b);
				v$1 = _tuple$1[0];
				n$2 = _tuple$1[1];
				if (n$2 < 0) {
					_tmp$12 = $clone(val, protoreflect.Value);
					_tmp$13 = 0;
					_tmp$14 = errDecode;
					protoreflect.Value.copy(val, _tmp$12);
					n = _tmp$13;
					err = _tmp$14;
					$s = -1; return [val, n, err];
				}
				_tmp$15 = $clone(protoreflect.ValueOfEnum(((v$1.$low >> 0))), protoreflect.Value);
				_tmp$16 = n$2;
				_tmp$17 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$15);
				n = _tmp$16;
				err = _tmp$17;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (5)) { */ case 5:
				if (!((wtyp === 0))) {
					_tmp$18 = $clone(val, protoreflect.Value);
					_tmp$19 = 0;
					_tmp$20 = errUnknown;
					protoreflect.Value.copy(val, _tmp$18);
					n = _tmp$19;
					err = _tmp$20;
					$s = -1; return [val, n, err];
				}
				_tuple$2 = protowire.ConsumeVarint(b);
				v$2 = _tuple$2[0];
				n$3 = _tuple$2[1];
				if (n$3 < 0) {
					_tmp$21 = $clone(val, protoreflect.Value);
					_tmp$22 = 0;
					_tmp$23 = errDecode;
					protoreflect.Value.copy(val, _tmp$21);
					n = _tmp$22;
					err = _tmp$23;
					$s = -1; return [val, n, err];
				}
				_tmp$24 = $clone(protoreflect.ValueOfInt32(((v$2.$low >> 0))), protoreflect.Value);
				_tmp$25 = n$3;
				_tmp$26 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$24);
				n = _tmp$25;
				err = _tmp$26;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (17)) { */ case 6:
				if (!((wtyp === 0))) {
					_tmp$27 = $clone(val, protoreflect.Value);
					_tmp$28 = 0;
					_tmp$29 = errUnknown;
					protoreflect.Value.copy(val, _tmp$27);
					n = _tmp$28;
					err = _tmp$29;
					$s = -1; return [val, n, err];
				}
				_tuple$3 = protowire.ConsumeVarint(b);
				v$3 = _tuple$3[0];
				n$4 = _tuple$3[1];
				if (n$4 < 0) {
					_tmp$30 = $clone(val, protoreflect.Value);
					_tmp$31 = 0;
					_tmp$32 = errDecode;
					protoreflect.Value.copy(val, _tmp$30);
					n = _tmp$31;
					err = _tmp$32;
					$s = -1; return [val, n, err];
				}
				_tmp$33 = $clone(protoreflect.ValueOfInt32((((x = protowire.DecodeZigZag(new $Uint64(v$3.$high & 0, (v$3.$low & 4294967295) >>> 0)), x.$low + ((x.$high >> 31) * 4294967296)) >> 0))), protoreflect.Value);
				_tmp$34 = n$4;
				_tmp$35 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$33);
				n = _tmp$34;
				err = _tmp$35;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (13)) { */ case 7:
				if (!((wtyp === 0))) {
					_tmp$36 = $clone(val, protoreflect.Value);
					_tmp$37 = 0;
					_tmp$38 = errUnknown;
					protoreflect.Value.copy(val, _tmp$36);
					n = _tmp$37;
					err = _tmp$38;
					$s = -1; return [val, n, err];
				}
				_tuple$4 = protowire.ConsumeVarint(b);
				v$4 = _tuple$4[0];
				n$5 = _tuple$4[1];
				if (n$5 < 0) {
					_tmp$39 = $clone(val, protoreflect.Value);
					_tmp$40 = 0;
					_tmp$41 = errDecode;
					protoreflect.Value.copy(val, _tmp$39);
					n = _tmp$40;
					err = _tmp$41;
					$s = -1; return [val, n, err];
				}
				_tmp$42 = $clone(protoreflect.ValueOfUint32(((v$4.$low >>> 0))), protoreflect.Value);
				_tmp$43 = n$5;
				_tmp$44 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$42);
				n = _tmp$43;
				err = _tmp$44;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (3)) { */ case 8:
				if (!((wtyp === 0))) {
					_tmp$45 = $clone(val, protoreflect.Value);
					_tmp$46 = 0;
					_tmp$47 = errUnknown;
					protoreflect.Value.copy(val, _tmp$45);
					n = _tmp$46;
					err = _tmp$47;
					$s = -1; return [val, n, err];
				}
				_tuple$5 = protowire.ConsumeVarint(b);
				v$5 = _tuple$5[0];
				n$6 = _tuple$5[1];
				if (n$6 < 0) {
					_tmp$48 = $clone(val, protoreflect.Value);
					_tmp$49 = 0;
					_tmp$50 = errDecode;
					protoreflect.Value.copy(val, _tmp$48);
					n = _tmp$49;
					err = _tmp$50;
					$s = -1; return [val, n, err];
				}
				_tmp$51 = $clone(protoreflect.ValueOfInt64((new $Int64(v$5.$high, v$5.$low))), protoreflect.Value);
				_tmp$52 = n$6;
				_tmp$53 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$51);
				n = _tmp$52;
				err = _tmp$53;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (18)) { */ case 9:
				if (!((wtyp === 0))) {
					_tmp$54 = $clone(val, protoreflect.Value);
					_tmp$55 = 0;
					_tmp$56 = errUnknown;
					protoreflect.Value.copy(val, _tmp$54);
					n = _tmp$55;
					err = _tmp$56;
					$s = -1; return [val, n, err];
				}
				_tuple$6 = protowire.ConsumeVarint(b);
				v$6 = _tuple$6[0];
				n$7 = _tuple$6[1];
				if (n$7 < 0) {
					_tmp$57 = $clone(val, protoreflect.Value);
					_tmp$58 = 0;
					_tmp$59 = errDecode;
					protoreflect.Value.copy(val, _tmp$57);
					n = _tmp$58;
					err = _tmp$59;
					$s = -1; return [val, n, err];
				}
				_tmp$60 = $clone(protoreflect.ValueOfInt64(protowire.DecodeZigZag(v$6)), protoreflect.Value);
				_tmp$61 = n$7;
				_tmp$62 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$60);
				n = _tmp$61;
				err = _tmp$62;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (4)) { */ case 10:
				if (!((wtyp === 0))) {
					_tmp$63 = $clone(val, protoreflect.Value);
					_tmp$64 = 0;
					_tmp$65 = errUnknown;
					protoreflect.Value.copy(val, _tmp$63);
					n = _tmp$64;
					err = _tmp$65;
					$s = -1; return [val, n, err];
				}
				_tuple$7 = protowire.ConsumeVarint(b);
				v$7 = _tuple$7[0];
				n$8 = _tuple$7[1];
				if (n$8 < 0) {
					_tmp$66 = $clone(val, protoreflect.Value);
					_tmp$67 = 0;
					_tmp$68 = errDecode;
					protoreflect.Value.copy(val, _tmp$66);
					n = _tmp$67;
					err = _tmp$68;
					$s = -1; return [val, n, err];
				}
				_tmp$69 = $clone(protoreflect.ValueOfUint64(v$7), protoreflect.Value);
				_tmp$70 = n$8;
				_tmp$71 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$69);
				n = _tmp$70;
				err = _tmp$71;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (15)) { */ case 11:
				if (!((wtyp === 5))) {
					_tmp$72 = $clone(val, protoreflect.Value);
					_tmp$73 = 0;
					_tmp$74 = errUnknown;
					protoreflect.Value.copy(val, _tmp$72);
					n = _tmp$73;
					err = _tmp$74;
					$s = -1; return [val, n, err];
				}
				_tuple$8 = protowire.ConsumeFixed32(b);
				v$8 = _tuple$8[0];
				n$9 = _tuple$8[1];
				if (n$9 < 0) {
					_tmp$75 = $clone(val, protoreflect.Value);
					_tmp$76 = 0;
					_tmp$77 = errDecode;
					protoreflect.Value.copy(val, _tmp$75);
					n = _tmp$76;
					err = _tmp$77;
					$s = -1; return [val, n, err];
				}
				_tmp$78 = $clone(protoreflect.ValueOfInt32(((v$8 >> 0))), protoreflect.Value);
				_tmp$79 = n$9;
				_tmp$80 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$78);
				n = _tmp$79;
				err = _tmp$80;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (7)) { */ case 12:
				if (!((wtyp === 5))) {
					_tmp$81 = $clone(val, protoreflect.Value);
					_tmp$82 = 0;
					_tmp$83 = errUnknown;
					protoreflect.Value.copy(val, _tmp$81);
					n = _tmp$82;
					err = _tmp$83;
					$s = -1; return [val, n, err];
				}
				_tuple$9 = protowire.ConsumeFixed32(b);
				v$9 = _tuple$9[0];
				n$10 = _tuple$9[1];
				if (n$10 < 0) {
					_tmp$84 = $clone(val, protoreflect.Value);
					_tmp$85 = 0;
					_tmp$86 = errDecode;
					protoreflect.Value.copy(val, _tmp$84);
					n = _tmp$85;
					err = _tmp$86;
					$s = -1; return [val, n, err];
				}
				_tmp$87 = $clone(protoreflect.ValueOfUint32((v$9)), protoreflect.Value);
				_tmp$88 = n$10;
				_tmp$89 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$87);
				n = _tmp$88;
				err = _tmp$89;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (2)) { */ case 13:
				if (!((wtyp === 5))) {
					_tmp$90 = $clone(val, protoreflect.Value);
					_tmp$91 = 0;
					_tmp$92 = errUnknown;
					protoreflect.Value.copy(val, _tmp$90);
					n = _tmp$91;
					err = _tmp$92;
					$s = -1; return [val, n, err];
				}
				_tuple$10 = protowire.ConsumeFixed32(b);
				v$10 = _tuple$10[0];
				n$11 = _tuple$10[1];
				if (n$11 < 0) {
					_tmp$93 = $clone(val, protoreflect.Value);
					_tmp$94 = 0;
					_tmp$95 = errDecode;
					protoreflect.Value.copy(val, _tmp$93);
					n = _tmp$94;
					err = _tmp$95;
					$s = -1; return [val, n, err];
				}
				_tmp$96 = $clone(protoreflect.ValueOfFloat32(math.Float32frombits((v$10))), protoreflect.Value);
				_tmp$97 = n$11;
				_tmp$98 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$96);
				n = _tmp$97;
				err = _tmp$98;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (16)) { */ case 14:
				if (!((wtyp === 1))) {
					_tmp$99 = $clone(val, protoreflect.Value);
					_tmp$100 = 0;
					_tmp$101 = errUnknown;
					protoreflect.Value.copy(val, _tmp$99);
					n = _tmp$100;
					err = _tmp$101;
					$s = -1; return [val, n, err];
				}
				_tuple$11 = protowire.ConsumeFixed64(b);
				v$11 = _tuple$11[0];
				n$12 = _tuple$11[1];
				if (n$12 < 0) {
					_tmp$102 = $clone(val, protoreflect.Value);
					_tmp$103 = 0;
					_tmp$104 = errDecode;
					protoreflect.Value.copy(val, _tmp$102);
					n = _tmp$103;
					err = _tmp$104;
					$s = -1; return [val, n, err];
				}
				_tmp$105 = $clone(protoreflect.ValueOfInt64((new $Int64(v$11.$high, v$11.$low))), protoreflect.Value);
				_tmp$106 = n$12;
				_tmp$107 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$105);
				n = _tmp$106;
				err = _tmp$107;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (6)) { */ case 15:
				if (!((wtyp === 1))) {
					_tmp$108 = $clone(val, protoreflect.Value);
					_tmp$109 = 0;
					_tmp$110 = errUnknown;
					protoreflect.Value.copy(val, _tmp$108);
					n = _tmp$109;
					err = _tmp$110;
					$s = -1; return [val, n, err];
				}
				_tuple$12 = protowire.ConsumeFixed64(b);
				v$12 = _tuple$12[0];
				n$13 = _tuple$12[1];
				if (n$13 < 0) {
					_tmp$111 = $clone(val, protoreflect.Value);
					_tmp$112 = 0;
					_tmp$113 = errDecode;
					protoreflect.Value.copy(val, _tmp$111);
					n = _tmp$112;
					err = _tmp$113;
					$s = -1; return [val, n, err];
				}
				_tmp$114 = $clone(protoreflect.ValueOfUint64(v$12), protoreflect.Value);
				_tmp$115 = n$13;
				_tmp$116 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$114);
				n = _tmp$115;
				err = _tmp$116;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (1)) { */ case 16:
				if (!((wtyp === 1))) {
					_tmp$117 = $clone(val, protoreflect.Value);
					_tmp$118 = 0;
					_tmp$119 = errUnknown;
					protoreflect.Value.copy(val, _tmp$117);
					n = _tmp$118;
					err = _tmp$119;
					$s = -1; return [val, n, err];
				}
				_tuple$13 = protowire.ConsumeFixed64(b);
				v$13 = _tuple$13[0];
				n$14 = _tuple$13[1];
				if (n$14 < 0) {
					_tmp$120 = $clone(val, protoreflect.Value);
					_tmp$121 = 0;
					_tmp$122 = errDecode;
					protoreflect.Value.copy(val, _tmp$120);
					n = _tmp$121;
					err = _tmp$122;
					$s = -1; return [val, n, err];
				}
				_tmp$123 = $clone(protoreflect.ValueOfFloat64(math.Float64frombits(v$13)), protoreflect.Value);
				_tmp$124 = n$14;
				_tmp$125 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$123);
				n = _tmp$124;
				err = _tmp$125;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (9)) { */ case 17:
				if (!((wtyp === 2))) {
					_tmp$126 = $clone(val, protoreflect.Value);
					_tmp$127 = 0;
					_tmp$128 = errUnknown;
					protoreflect.Value.copy(val, _tmp$126);
					n = _tmp$127;
					err = _tmp$128;
					$s = -1; return [val, n, err];
				}
				_tuple$14 = protowire.ConsumeBytes(b);
				v$14 = _tuple$14[0];
				n$15 = _tuple$14[1];
				if (n$15 < 0) {
					_tmp$129 = $clone(val, protoreflect.Value);
					_tmp$130 = 0;
					_tmp$131 = errDecode;
					protoreflect.Value.copy(val, _tmp$129);
					n = _tmp$130;
					err = _tmp$131;
					$s = -1; return [val, n, err];
				}
				_r$3 = strs.EnforceUTF8(fd); /* */ $s = 25; case 25: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if (_r$3 && !utf8.Valid(v$14)) { $s = 23; continue; }
				/* */ $s = 24; continue;
				/* if (_r$3 && !utf8.Valid(v$14)) { */ case 23:
					_tmp$132 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType$1.nil, $ifaceNil);
					_tmp$133 = 0;
					_r$4 = fd.FullName(); /* */ $s = 26; case 26: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$5 = errors.InvalidUTF8((_r$4)); /* */ $s = 27; case 27: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_tmp$134 = _r$5;
					protoreflect.Value.copy(val, _tmp$132);
					n = _tmp$133;
					err = _tmp$134;
					$24r = [val, n, err];
					$s = 28; case 28: return $24r;
				/* } */ case 24:
				_tmp$135 = $clone(protoreflect.ValueOfString(($bytesToString(v$14))), protoreflect.Value);
				_tmp$136 = n$15;
				_tmp$137 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$135);
				n = _tmp$136;
				err = _tmp$137;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (12)) { */ case 18:
				if (!((wtyp === 2))) {
					_tmp$138 = $clone(val, protoreflect.Value);
					_tmp$139 = 0;
					_tmp$140 = errUnknown;
					protoreflect.Value.copy(val, _tmp$138);
					n = _tmp$139;
					err = _tmp$140;
					$s = -1; return [val, n, err];
				}
				_tuple$15 = protowire.ConsumeBytes(b);
				v$15 = _tuple$15[0];
				n$16 = _tuple$15[1];
				if (n$16 < 0) {
					_tmp$141 = $clone(val, protoreflect.Value);
					_tmp$142 = 0;
					_tmp$143 = errDecode;
					protoreflect.Value.copy(val, _tmp$141);
					n = _tmp$142;
					err = _tmp$143;
					$s = -1; return [val, n, err];
				}
				_tmp$144 = $clone(protoreflect.ValueOfBytes($appendSlice(new sliceType$1(emptyBuf), v$15)), protoreflect.Value);
				_tmp$145 = n$16;
				_tmp$146 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$144);
				n = _tmp$145;
				err = _tmp$146;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (11)) { */ case 19:
				if (!((wtyp === 2))) {
					_tmp$147 = $clone(val, protoreflect.Value);
					_tmp$148 = 0;
					_tmp$149 = errUnknown;
					protoreflect.Value.copy(val, _tmp$147);
					n = _tmp$148;
					err = _tmp$149;
					$s = -1; return [val, n, err];
				}
				_tuple$16 = protowire.ConsumeBytes(b);
				v$16 = _tuple$16[0];
				n$17 = _tuple$16[1];
				if (n$17 < 0) {
					_tmp$150 = $clone(val, protoreflect.Value);
					_tmp$151 = 0;
					_tmp$152 = errDecode;
					protoreflect.Value.copy(val, _tmp$150);
					n = _tmp$151;
					err = _tmp$152;
					$s = -1; return [val, n, err];
				}
				_tmp$153 = $clone(protoreflect.ValueOfBytes(v$16), protoreflect.Value);
				_tmp$154 = n$17;
				_tmp$155 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$153);
				n = _tmp$154;
				err = _tmp$155;
				$s = -1; return [val, n, err];
			/* } else if (_1 === (10)) { */ case 20:
				if (!((wtyp === 3))) {
					_tmp$156 = $clone(val, protoreflect.Value);
					_tmp$157 = 0;
					_tmp$158 = errUnknown;
					protoreflect.Value.copy(val, _tmp$156);
					n = _tmp$157;
					err = _tmp$158;
					$s = -1; return [val, n, err];
				}
				_r$6 = fd.Number(); /* */ $s = 29; case 29: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = protowire.ConsumeGroup(_r$6, b); /* */ $s = 30; case 30: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tuple$17 = _r$7;
				v$17 = _tuple$17[0];
				n$18 = _tuple$17[1];
				if (n$18 < 0) {
					_tmp$159 = $clone(val, protoreflect.Value);
					_tmp$160 = 0;
					_tmp$161 = errDecode;
					protoreflect.Value.copy(val, _tmp$159);
					n = _tmp$160;
					err = _tmp$161;
					$s = -1; return [val, n, err];
				}
				_tmp$162 = $clone(protoreflect.ValueOfBytes(v$17), protoreflect.Value);
				_tmp$163 = n$18;
				_tmp$164 = $ifaceNil;
				protoreflect.Value.copy(val, _tmp$162);
				n = _tmp$163;
				err = _tmp$164;
				$s = -1; return [val, n, err];
			/* } else { */ case 21:
				_tmp$165 = $clone(val, protoreflect.Value);
				_tmp$166 = 0;
				_tmp$167 = errUnknown;
				protoreflect.Value.copy(val, _tmp$165);
				n = _tmp$166;
				err = _tmp$167;
				$s = -1; return [val, n, err];
			/* } */ case 22:
		case 1:
		$s = -1; return [val, n, err];
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalScalar, $c: true, $r, $24r, _1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$10, _tmp$100, _tmp$101, _tmp$102, _tmp$103, _tmp$104, _tmp$105, _tmp$106, _tmp$107, _tmp$108, _tmp$109, _tmp$11, _tmp$110, _tmp$111, _tmp$112, _tmp$113, _tmp$114, _tmp$115, _tmp$116, _tmp$117, _tmp$118, _tmp$119, _tmp$12, _tmp$120, _tmp$121, _tmp$122, _tmp$123, _tmp$124, _tmp$125, _tmp$126, _tmp$127, _tmp$128, _tmp$129, _tmp$13, _tmp$130, _tmp$131, _tmp$132, _tmp$133, _tmp$134, _tmp$135, _tmp$136, _tmp$137, _tmp$138, _tmp$139, _tmp$14, _tmp$140, _tmp$141, _tmp$142, _tmp$143, _tmp$144, _tmp$145, _tmp$146, _tmp$147, _tmp$148, _tmp$149, _tmp$15, _tmp$150, _tmp$151, _tmp$152, _tmp$153, _tmp$154, _tmp$155, _tmp$156, _tmp$157, _tmp$158, _tmp$159, _tmp$16, _tmp$160, _tmp$161, _tmp$162, _tmp$163, _tmp$164, _tmp$165, _tmp$166, _tmp$167, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$6, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$7, _tmp$70, _tmp$71, _tmp$72, _tmp$73, _tmp$74, _tmp$75, _tmp$76, _tmp$77, _tmp$78, _tmp$79, _tmp$8, _tmp$80, _tmp$81, _tmp$82, _tmp$83, _tmp$84, _tmp$85, _tmp$86, _tmp$87, _tmp$88, _tmp$89, _tmp$9, _tmp$90, _tmp$91, _tmp$92, _tmp$93, _tmp$94, _tmp$95, _tmp$96, _tmp$97, _tmp$98, _tmp$99, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, err, fd, n, n$1, n$10, n$11, n$12, n$13, n$14, n$15, n$16, n$17, n$18, n$2, n$3, n$4, n$5, n$6, n$7, n$8, n$9, o, v, v$1, v$10, v$11, v$12, v$13, v$14, v$15, v$16, v$17, v$2, v$3, v$4, v$5, v$6, v$7, v$8, v$9, val, wtyp, x, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalScalar = function(b, wtyp, fd) { return this.$val.unmarshalScalar(b, wtyp, fd); };
	UnmarshalOptions.ptr.prototype.unmarshalList = function(b, wtyp, list, fd) {
		var {$24r, _1, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$100, _tmp$101, _tmp$102, _tmp$103, _tmp$104, _tmp$105, _tmp$106, _tmp$107, _tmp$108, _tmp$109, _tmp$11, _tmp$110, _tmp$111, _tmp$112, _tmp$113, _tmp$114, _tmp$115, _tmp$116, _tmp$117, _tmp$118, _tmp$119, _tmp$12, _tmp$120, _tmp$121, _tmp$122, _tmp$123, _tmp$124, _tmp$125, _tmp$126, _tmp$127, _tmp$128, _tmp$129, _tmp$13, _tmp$130, _tmp$131, _tmp$132, _tmp$133, _tmp$134, _tmp$135, _tmp$136, _tmp$137, _tmp$138, _tmp$139, _tmp$14, _tmp$140, _tmp$141, _tmp$142, _tmp$143, _tmp$144, _tmp$145, _tmp$146, _tmp$147, _tmp$148, _tmp$149, _tmp$15, _tmp$150, _tmp$151, _tmp$152, _tmp$153, _tmp$154, _tmp$155, _tmp$156, _tmp$157, _tmp$158, _tmp$159, _tmp$16, _tmp$160, _tmp$161, _tmp$162, _tmp$163, _tmp$164, _tmp$165, _tmp$166, _tmp$167, _tmp$168, _tmp$169, _tmp$17, _tmp$170, _tmp$171, _tmp$172, _tmp$173, _tmp$174, _tmp$175, _tmp$176, _tmp$177, _tmp$178, _tmp$179, _tmp$18, _tmp$180, _tmp$181, _tmp$182, _tmp$183, _tmp$184, _tmp$185, _tmp$186, _tmp$187, _tmp$188, _tmp$189, _tmp$19, _tmp$190, _tmp$191, _tmp$192, _tmp$193, _tmp$194, _tmp$195, _tmp$196, _tmp$197, _tmp$198, _tmp$199, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$6, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$7, _tmp$70, _tmp$71, _tmp$72, _tmp$73, _tmp$74, _tmp$75, _tmp$76, _tmp$77, _tmp$78, _tmp$79, _tmp$8, _tmp$80, _tmp$81, _tmp$82, _tmp$83, _tmp$84, _tmp$85, _tmp$86, _tmp$87, _tmp$88, _tmp$89, _tmp$9, _tmp$90, _tmp$91, _tmp$92, _tmp$93, _tmp$94, _tmp$95, _tmp$96, _tmp$97, _tmp$98, _tmp$99, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, buf, buf$1, buf$10, buf$11, buf$12, buf$13, buf$2, buf$3, buf$4, buf$5, buf$6, buf$7, buf$8, buf$9, err, err$1, err$2, fd, list, m, m$1, n, n$1, n$10, n$11, n$12, n$13, n$14, n$15, n$16, n$17, n$18, n$19, n$2, n$20, n$21, n$22, n$23, n$24, n$25, n$26, n$27, n$28, n$29, n$3, n$30, n$31, n$32, n$33, n$34, n$35, n$36, n$37, n$38, n$39, n$4, n$40, n$41, n$42, n$43, n$44, n$45, n$46, n$5, n$6, n$7, n$8, n$9, o, v, v$1, v$10, v$11, v$12, v$13, v$14, v$15, v$16, v$17, v$18, v$19, v$2, v$20, v$21, v$22, v$23, v$24, v$25, v$26, v$27, v$28, v$29, v$3, v$30, v$31, v$4, v$5, v$6, v$7, v$8, v$9, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, wtyp, list, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		o = this;
			_r$2 = fd.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_1 = _r$2;
			/* */ if (_1 === (8)) { $s = 3; continue; }
			/* */ if (_1 === (14)) { $s = 4; continue; }
			/* */ if (_1 === (5)) { $s = 5; continue; }
			/* */ if (_1 === (17)) { $s = 6; continue; }
			/* */ if (_1 === (13)) { $s = 7; continue; }
			/* */ if (_1 === (3)) { $s = 8; continue; }
			/* */ if (_1 === (18)) { $s = 9; continue; }
			/* */ if (_1 === (4)) { $s = 10; continue; }
			/* */ if (_1 === (15)) { $s = 11; continue; }
			/* */ if (_1 === (7)) { $s = 12; continue; }
			/* */ if (_1 === (2)) { $s = 13; continue; }
			/* */ if (_1 === (16)) { $s = 14; continue; }
			/* */ if (_1 === (6)) { $s = 15; continue; }
			/* */ if (_1 === (1)) { $s = 16; continue; }
			/* */ if (_1 === (9)) { $s = 17; continue; }
			/* */ if (_1 === (12)) { $s = 18; continue; }
			/* */ if (_1 === (11)) { $s = 19; continue; }
			/* */ if (_1 === (10)) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (_1 === (8)) { */ case 3:
				/* */ if (wtyp === 2) { $s = 23; continue; }
				/* */ $s = 24; continue;
				/* if (wtyp === 2) { */ case 23:
					_tuple = protowire.ConsumeBytes(b);
					buf = _tuple[0];
					n$1 = _tuple[1];
					if (n$1 < 0) {
						_tmp = 0;
						_tmp$1 = errDecode;
						n = _tmp;
						err = _tmp$1;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 25:
						/* if (!(buf.$length > 0)) { break; } */ if(!(buf.$length > 0)) { $s = 26; continue; }
						_tuple$1 = protowire.ConsumeVarint(buf);
						v = _tuple$1[0];
						n$2 = _tuple$1[1];
						if (n$2 < 0) {
							_tmp$2 = 0;
							_tmp$3 = errDecode;
							n = _tmp$2;
							err = _tmp$3;
							$s = -1; return [n, err];
						}
						buf = $subslice(buf, n$2);
						$r = list.Append($clone(protoreflect.ValueOfBool(protowire.DecodeBool(v)), protoreflect.Value)); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 25; continue;
					case 26:
					_tmp$4 = n$1;
					_tmp$5 = $ifaceNil;
					n = _tmp$4;
					err = _tmp$5;
					$s = -1; return [n, err];
				/* } */ case 24:
				if (!((wtyp === 0))) {
					_tmp$6 = 0;
					_tmp$7 = errUnknown;
					n = _tmp$6;
					err = _tmp$7;
					$s = -1; return [n, err];
				}
				_tuple$2 = protowire.ConsumeVarint(b);
				v$1 = _tuple$2[0];
				n$3 = _tuple$2[1];
				if (n$3 < 0) {
					_tmp$8 = 0;
					_tmp$9 = errDecode;
					n = _tmp$8;
					err = _tmp$9;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfBool(protowire.DecodeBool(v$1)), protoreflect.Value)); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$10 = n$3;
				_tmp$11 = $ifaceNil;
				n = _tmp$10;
				err = _tmp$11;
				$s = -1; return [n, err];
			/* } else if (_1 === (14)) { */ case 4:
				/* */ if (wtyp === 2) { $s = 29; continue; }
				/* */ $s = 30; continue;
				/* if (wtyp === 2) { */ case 29:
					_tuple$3 = protowire.ConsumeBytes(b);
					buf$1 = _tuple$3[0];
					n$4 = _tuple$3[1];
					if (n$4 < 0) {
						_tmp$12 = 0;
						_tmp$13 = errDecode;
						n = _tmp$12;
						err = _tmp$13;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 31:
						/* if (!(buf$1.$length > 0)) { break; } */ if(!(buf$1.$length > 0)) { $s = 32; continue; }
						_tuple$4 = protowire.ConsumeVarint(buf$1);
						v$2 = _tuple$4[0];
						n$5 = _tuple$4[1];
						if (n$5 < 0) {
							_tmp$14 = 0;
							_tmp$15 = errDecode;
							n = _tmp$14;
							err = _tmp$15;
							$s = -1; return [n, err];
						}
						buf$1 = $subslice(buf$1, n$5);
						$r = list.Append($clone(protoreflect.ValueOfEnum(((v$2.$low >> 0))), protoreflect.Value)); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 31; continue;
					case 32:
					_tmp$16 = n$4;
					_tmp$17 = $ifaceNil;
					n = _tmp$16;
					err = _tmp$17;
					$s = -1; return [n, err];
				/* } */ case 30:
				if (!((wtyp === 0))) {
					_tmp$18 = 0;
					_tmp$19 = errUnknown;
					n = _tmp$18;
					err = _tmp$19;
					$s = -1; return [n, err];
				}
				_tuple$5 = protowire.ConsumeVarint(b);
				v$3 = _tuple$5[0];
				n$6 = _tuple$5[1];
				if (n$6 < 0) {
					_tmp$20 = 0;
					_tmp$21 = errDecode;
					n = _tmp$20;
					err = _tmp$21;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfEnum(((v$3.$low >> 0))), protoreflect.Value)); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$22 = n$6;
				_tmp$23 = $ifaceNil;
				n = _tmp$22;
				err = _tmp$23;
				$s = -1; return [n, err];
			/* } else if (_1 === (5)) { */ case 5:
				/* */ if (wtyp === 2) { $s = 35; continue; }
				/* */ $s = 36; continue;
				/* if (wtyp === 2) { */ case 35:
					_tuple$6 = protowire.ConsumeBytes(b);
					buf$2 = _tuple$6[0];
					n$7 = _tuple$6[1];
					if (n$7 < 0) {
						_tmp$24 = 0;
						_tmp$25 = errDecode;
						n = _tmp$24;
						err = _tmp$25;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 37:
						/* if (!(buf$2.$length > 0)) { break; } */ if(!(buf$2.$length > 0)) { $s = 38; continue; }
						_tuple$7 = protowire.ConsumeVarint(buf$2);
						v$4 = _tuple$7[0];
						n$8 = _tuple$7[1];
						if (n$8 < 0) {
							_tmp$26 = 0;
							_tmp$27 = errDecode;
							n = _tmp$26;
							err = _tmp$27;
							$s = -1; return [n, err];
						}
						buf$2 = $subslice(buf$2, n$8);
						$r = list.Append($clone(protoreflect.ValueOfInt32(((v$4.$low >> 0))), protoreflect.Value)); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 37; continue;
					case 38:
					_tmp$28 = n$7;
					_tmp$29 = $ifaceNil;
					n = _tmp$28;
					err = _tmp$29;
					$s = -1; return [n, err];
				/* } */ case 36:
				if (!((wtyp === 0))) {
					_tmp$30 = 0;
					_tmp$31 = errUnknown;
					n = _tmp$30;
					err = _tmp$31;
					$s = -1; return [n, err];
				}
				_tuple$8 = protowire.ConsumeVarint(b);
				v$5 = _tuple$8[0];
				n$9 = _tuple$8[1];
				if (n$9 < 0) {
					_tmp$32 = 0;
					_tmp$33 = errDecode;
					n = _tmp$32;
					err = _tmp$33;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt32(((v$5.$low >> 0))), protoreflect.Value)); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$34 = n$9;
				_tmp$35 = $ifaceNil;
				n = _tmp$34;
				err = _tmp$35;
				$s = -1; return [n, err];
			/* } else if (_1 === (17)) { */ case 6:
				/* */ if (wtyp === 2) { $s = 41; continue; }
				/* */ $s = 42; continue;
				/* if (wtyp === 2) { */ case 41:
					_tuple$9 = protowire.ConsumeBytes(b);
					buf$3 = _tuple$9[0];
					n$10 = _tuple$9[1];
					if (n$10 < 0) {
						_tmp$36 = 0;
						_tmp$37 = errDecode;
						n = _tmp$36;
						err = _tmp$37;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 43:
						/* if (!(buf$3.$length > 0)) { break; } */ if(!(buf$3.$length > 0)) { $s = 44; continue; }
						_tuple$10 = protowire.ConsumeVarint(buf$3);
						v$6 = _tuple$10[0];
						n$11 = _tuple$10[1];
						if (n$11 < 0) {
							_tmp$38 = 0;
							_tmp$39 = errDecode;
							n = _tmp$38;
							err = _tmp$39;
							$s = -1; return [n, err];
						}
						buf$3 = $subslice(buf$3, n$11);
						$r = list.Append($clone(protoreflect.ValueOfInt32((((x = protowire.DecodeZigZag(new $Uint64(v$6.$high & 0, (v$6.$low & 4294967295) >>> 0)), x.$low + ((x.$high >> 31) * 4294967296)) >> 0))), protoreflect.Value)); /* */ $s = 45; case 45: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 43; continue;
					case 44:
					_tmp$40 = n$10;
					_tmp$41 = $ifaceNil;
					n = _tmp$40;
					err = _tmp$41;
					$s = -1; return [n, err];
				/* } */ case 42:
				if (!((wtyp === 0))) {
					_tmp$42 = 0;
					_tmp$43 = errUnknown;
					n = _tmp$42;
					err = _tmp$43;
					$s = -1; return [n, err];
				}
				_tuple$11 = protowire.ConsumeVarint(b);
				v$7 = _tuple$11[0];
				n$12 = _tuple$11[1];
				if (n$12 < 0) {
					_tmp$44 = 0;
					_tmp$45 = errDecode;
					n = _tmp$44;
					err = _tmp$45;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt32((((x$1 = protowire.DecodeZigZag(new $Uint64(v$7.$high & 0, (v$7.$low & 4294967295) >>> 0)), x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0))), protoreflect.Value)); /* */ $s = 46; case 46: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$46 = n$12;
				_tmp$47 = $ifaceNil;
				n = _tmp$46;
				err = _tmp$47;
				$s = -1; return [n, err];
			/* } else if (_1 === (13)) { */ case 7:
				/* */ if (wtyp === 2) { $s = 47; continue; }
				/* */ $s = 48; continue;
				/* if (wtyp === 2) { */ case 47:
					_tuple$12 = protowire.ConsumeBytes(b);
					buf$4 = _tuple$12[0];
					n$13 = _tuple$12[1];
					if (n$13 < 0) {
						_tmp$48 = 0;
						_tmp$49 = errDecode;
						n = _tmp$48;
						err = _tmp$49;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 49:
						/* if (!(buf$4.$length > 0)) { break; } */ if(!(buf$4.$length > 0)) { $s = 50; continue; }
						_tuple$13 = protowire.ConsumeVarint(buf$4);
						v$8 = _tuple$13[0];
						n$14 = _tuple$13[1];
						if (n$14 < 0) {
							_tmp$50 = 0;
							_tmp$51 = errDecode;
							n = _tmp$50;
							err = _tmp$51;
							$s = -1; return [n, err];
						}
						buf$4 = $subslice(buf$4, n$14);
						$r = list.Append($clone(protoreflect.ValueOfUint32(((v$8.$low >>> 0))), protoreflect.Value)); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 49; continue;
					case 50:
					_tmp$52 = n$13;
					_tmp$53 = $ifaceNil;
					n = _tmp$52;
					err = _tmp$53;
					$s = -1; return [n, err];
				/* } */ case 48:
				if (!((wtyp === 0))) {
					_tmp$54 = 0;
					_tmp$55 = errUnknown;
					n = _tmp$54;
					err = _tmp$55;
					$s = -1; return [n, err];
				}
				_tuple$14 = protowire.ConsumeVarint(b);
				v$9 = _tuple$14[0];
				n$15 = _tuple$14[1];
				if (n$15 < 0) {
					_tmp$56 = 0;
					_tmp$57 = errDecode;
					n = _tmp$56;
					err = _tmp$57;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint32(((v$9.$low >>> 0))), protoreflect.Value)); /* */ $s = 52; case 52: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$58 = n$15;
				_tmp$59 = $ifaceNil;
				n = _tmp$58;
				err = _tmp$59;
				$s = -1; return [n, err];
			/* } else if (_1 === (3)) { */ case 8:
				/* */ if (wtyp === 2) { $s = 53; continue; }
				/* */ $s = 54; continue;
				/* if (wtyp === 2) { */ case 53:
					_tuple$15 = protowire.ConsumeBytes(b);
					buf$5 = _tuple$15[0];
					n$16 = _tuple$15[1];
					if (n$16 < 0) {
						_tmp$60 = 0;
						_tmp$61 = errDecode;
						n = _tmp$60;
						err = _tmp$61;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 55:
						/* if (!(buf$5.$length > 0)) { break; } */ if(!(buf$5.$length > 0)) { $s = 56; continue; }
						_tuple$16 = protowire.ConsumeVarint(buf$5);
						v$10 = _tuple$16[0];
						n$17 = _tuple$16[1];
						if (n$17 < 0) {
							_tmp$62 = 0;
							_tmp$63 = errDecode;
							n = _tmp$62;
							err = _tmp$63;
							$s = -1; return [n, err];
						}
						buf$5 = $subslice(buf$5, n$17);
						$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v$10.$high, v$10.$low))), protoreflect.Value)); /* */ $s = 57; case 57: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 55; continue;
					case 56:
					_tmp$64 = n$16;
					_tmp$65 = $ifaceNil;
					n = _tmp$64;
					err = _tmp$65;
					$s = -1; return [n, err];
				/* } */ case 54:
				if (!((wtyp === 0))) {
					_tmp$66 = 0;
					_tmp$67 = errUnknown;
					n = _tmp$66;
					err = _tmp$67;
					$s = -1; return [n, err];
				}
				_tuple$17 = protowire.ConsumeVarint(b);
				v$11 = _tuple$17[0];
				n$18 = _tuple$17[1];
				if (n$18 < 0) {
					_tmp$68 = 0;
					_tmp$69 = errDecode;
					n = _tmp$68;
					err = _tmp$69;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v$11.$high, v$11.$low))), protoreflect.Value)); /* */ $s = 58; case 58: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$70 = n$18;
				_tmp$71 = $ifaceNil;
				n = _tmp$70;
				err = _tmp$71;
				$s = -1; return [n, err];
			/* } else if (_1 === (18)) { */ case 9:
				/* */ if (wtyp === 2) { $s = 59; continue; }
				/* */ $s = 60; continue;
				/* if (wtyp === 2) { */ case 59:
					_tuple$18 = protowire.ConsumeBytes(b);
					buf$6 = _tuple$18[0];
					n$19 = _tuple$18[1];
					if (n$19 < 0) {
						_tmp$72 = 0;
						_tmp$73 = errDecode;
						n = _tmp$72;
						err = _tmp$73;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 61:
						/* if (!(buf$6.$length > 0)) { break; } */ if(!(buf$6.$length > 0)) { $s = 62; continue; }
						_tuple$19 = protowire.ConsumeVarint(buf$6);
						v$12 = _tuple$19[0];
						n$20 = _tuple$19[1];
						if (n$20 < 0) {
							_tmp$74 = 0;
							_tmp$75 = errDecode;
							n = _tmp$74;
							err = _tmp$75;
							$s = -1; return [n, err];
						}
						buf$6 = $subslice(buf$6, n$20);
						$r = list.Append($clone(protoreflect.ValueOfInt64(protowire.DecodeZigZag(v$12)), protoreflect.Value)); /* */ $s = 63; case 63: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 61; continue;
					case 62:
					_tmp$76 = n$19;
					_tmp$77 = $ifaceNil;
					n = _tmp$76;
					err = _tmp$77;
					$s = -1; return [n, err];
				/* } */ case 60:
				if (!((wtyp === 0))) {
					_tmp$78 = 0;
					_tmp$79 = errUnknown;
					n = _tmp$78;
					err = _tmp$79;
					$s = -1; return [n, err];
				}
				_tuple$20 = protowire.ConsumeVarint(b);
				v$13 = _tuple$20[0];
				n$21 = _tuple$20[1];
				if (n$21 < 0) {
					_tmp$80 = 0;
					_tmp$81 = errDecode;
					n = _tmp$80;
					err = _tmp$81;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt64(protowire.DecodeZigZag(v$13)), protoreflect.Value)); /* */ $s = 64; case 64: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$82 = n$21;
				_tmp$83 = $ifaceNil;
				n = _tmp$82;
				err = _tmp$83;
				$s = -1; return [n, err];
			/* } else if (_1 === (4)) { */ case 10:
				/* */ if (wtyp === 2) { $s = 65; continue; }
				/* */ $s = 66; continue;
				/* if (wtyp === 2) { */ case 65:
					_tuple$21 = protowire.ConsumeBytes(b);
					buf$7 = _tuple$21[0];
					n$22 = _tuple$21[1];
					if (n$22 < 0) {
						_tmp$84 = 0;
						_tmp$85 = errDecode;
						n = _tmp$84;
						err = _tmp$85;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 67:
						/* if (!(buf$7.$length > 0)) { break; } */ if(!(buf$7.$length > 0)) { $s = 68; continue; }
						_tuple$22 = protowire.ConsumeVarint(buf$7);
						v$14 = _tuple$22[0];
						n$23 = _tuple$22[1];
						if (n$23 < 0) {
							_tmp$86 = 0;
							_tmp$87 = errDecode;
							n = _tmp$86;
							err = _tmp$87;
							$s = -1; return [n, err];
						}
						buf$7 = $subslice(buf$7, n$23);
						$r = list.Append($clone(protoreflect.ValueOfUint64(v$14), protoreflect.Value)); /* */ $s = 69; case 69: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 67; continue;
					case 68:
					_tmp$88 = n$22;
					_tmp$89 = $ifaceNil;
					n = _tmp$88;
					err = _tmp$89;
					$s = -1; return [n, err];
				/* } */ case 66:
				if (!((wtyp === 0))) {
					_tmp$90 = 0;
					_tmp$91 = errUnknown;
					n = _tmp$90;
					err = _tmp$91;
					$s = -1; return [n, err];
				}
				_tuple$23 = protowire.ConsumeVarint(b);
				v$15 = _tuple$23[0];
				n$24 = _tuple$23[1];
				if (n$24 < 0) {
					_tmp$92 = 0;
					_tmp$93 = errDecode;
					n = _tmp$92;
					err = _tmp$93;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint64(v$15), protoreflect.Value)); /* */ $s = 70; case 70: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$94 = n$24;
				_tmp$95 = $ifaceNil;
				n = _tmp$94;
				err = _tmp$95;
				$s = -1; return [n, err];
			/* } else if (_1 === (15)) { */ case 11:
				/* */ if (wtyp === 2) { $s = 71; continue; }
				/* */ $s = 72; continue;
				/* if (wtyp === 2) { */ case 71:
					_tuple$24 = protowire.ConsumeBytes(b);
					buf$8 = _tuple$24[0];
					n$25 = _tuple$24[1];
					if (n$25 < 0) {
						_tmp$96 = 0;
						_tmp$97 = errDecode;
						n = _tmp$96;
						err = _tmp$97;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 73:
						/* if (!(buf$8.$length > 0)) { break; } */ if(!(buf$8.$length > 0)) { $s = 74; continue; }
						_tuple$25 = protowire.ConsumeFixed32(buf$8);
						v$16 = _tuple$25[0];
						n$26 = _tuple$25[1];
						if (n$26 < 0) {
							_tmp$98 = 0;
							_tmp$99 = errDecode;
							n = _tmp$98;
							err = _tmp$99;
							$s = -1; return [n, err];
						}
						buf$8 = $subslice(buf$8, n$26);
						$r = list.Append($clone(protoreflect.ValueOfInt32(((v$16 >> 0))), protoreflect.Value)); /* */ $s = 75; case 75: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 73; continue;
					case 74:
					_tmp$100 = n$25;
					_tmp$101 = $ifaceNil;
					n = _tmp$100;
					err = _tmp$101;
					$s = -1; return [n, err];
				/* } */ case 72:
				if (!((wtyp === 5))) {
					_tmp$102 = 0;
					_tmp$103 = errUnknown;
					n = _tmp$102;
					err = _tmp$103;
					$s = -1; return [n, err];
				}
				_tuple$26 = protowire.ConsumeFixed32(b);
				v$17 = _tuple$26[0];
				n$27 = _tuple$26[1];
				if (n$27 < 0) {
					_tmp$104 = 0;
					_tmp$105 = errDecode;
					n = _tmp$104;
					err = _tmp$105;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt32(((v$17 >> 0))), protoreflect.Value)); /* */ $s = 76; case 76: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$106 = n$27;
				_tmp$107 = $ifaceNil;
				n = _tmp$106;
				err = _tmp$107;
				$s = -1; return [n, err];
			/* } else if (_1 === (7)) { */ case 12:
				/* */ if (wtyp === 2) { $s = 77; continue; }
				/* */ $s = 78; continue;
				/* if (wtyp === 2) { */ case 77:
					_tuple$27 = protowire.ConsumeBytes(b);
					buf$9 = _tuple$27[0];
					n$28 = _tuple$27[1];
					if (n$28 < 0) {
						_tmp$108 = 0;
						_tmp$109 = errDecode;
						n = _tmp$108;
						err = _tmp$109;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 79:
						/* if (!(buf$9.$length > 0)) { break; } */ if(!(buf$9.$length > 0)) { $s = 80; continue; }
						_tuple$28 = protowire.ConsumeFixed32(buf$9);
						v$18 = _tuple$28[0];
						n$29 = _tuple$28[1];
						if (n$29 < 0) {
							_tmp$110 = 0;
							_tmp$111 = errDecode;
							n = _tmp$110;
							err = _tmp$111;
							$s = -1; return [n, err];
						}
						buf$9 = $subslice(buf$9, n$29);
						$r = list.Append($clone(protoreflect.ValueOfUint32((v$18)), protoreflect.Value)); /* */ $s = 81; case 81: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 79; continue;
					case 80:
					_tmp$112 = n$28;
					_tmp$113 = $ifaceNil;
					n = _tmp$112;
					err = _tmp$113;
					$s = -1; return [n, err];
				/* } */ case 78:
				if (!((wtyp === 5))) {
					_tmp$114 = 0;
					_tmp$115 = errUnknown;
					n = _tmp$114;
					err = _tmp$115;
					$s = -1; return [n, err];
				}
				_tuple$29 = protowire.ConsumeFixed32(b);
				v$19 = _tuple$29[0];
				n$30 = _tuple$29[1];
				if (n$30 < 0) {
					_tmp$116 = 0;
					_tmp$117 = errDecode;
					n = _tmp$116;
					err = _tmp$117;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint32((v$19)), protoreflect.Value)); /* */ $s = 82; case 82: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$118 = n$30;
				_tmp$119 = $ifaceNil;
				n = _tmp$118;
				err = _tmp$119;
				$s = -1; return [n, err];
			/* } else if (_1 === (2)) { */ case 13:
				/* */ if (wtyp === 2) { $s = 83; continue; }
				/* */ $s = 84; continue;
				/* if (wtyp === 2) { */ case 83:
					_tuple$30 = protowire.ConsumeBytes(b);
					buf$10 = _tuple$30[0];
					n$31 = _tuple$30[1];
					if (n$31 < 0) {
						_tmp$120 = 0;
						_tmp$121 = errDecode;
						n = _tmp$120;
						err = _tmp$121;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 85:
						/* if (!(buf$10.$length > 0)) { break; } */ if(!(buf$10.$length > 0)) { $s = 86; continue; }
						_tuple$31 = protowire.ConsumeFixed32(buf$10);
						v$20 = _tuple$31[0];
						n$32 = _tuple$31[1];
						if (n$32 < 0) {
							_tmp$122 = 0;
							_tmp$123 = errDecode;
							n = _tmp$122;
							err = _tmp$123;
							$s = -1; return [n, err];
						}
						buf$10 = $subslice(buf$10, n$32);
						$r = list.Append($clone(protoreflect.ValueOfFloat32(math.Float32frombits((v$20))), protoreflect.Value)); /* */ $s = 87; case 87: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 85; continue;
					case 86:
					_tmp$124 = n$31;
					_tmp$125 = $ifaceNil;
					n = _tmp$124;
					err = _tmp$125;
					$s = -1; return [n, err];
				/* } */ case 84:
				if (!((wtyp === 5))) {
					_tmp$126 = 0;
					_tmp$127 = errUnknown;
					n = _tmp$126;
					err = _tmp$127;
					$s = -1; return [n, err];
				}
				_tuple$32 = protowire.ConsumeFixed32(b);
				v$21 = _tuple$32[0];
				n$33 = _tuple$32[1];
				if (n$33 < 0) {
					_tmp$128 = 0;
					_tmp$129 = errDecode;
					n = _tmp$128;
					err = _tmp$129;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfFloat32(math.Float32frombits((v$21))), protoreflect.Value)); /* */ $s = 88; case 88: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$130 = n$33;
				_tmp$131 = $ifaceNil;
				n = _tmp$130;
				err = _tmp$131;
				$s = -1; return [n, err];
			/* } else if (_1 === (16)) { */ case 14:
				/* */ if (wtyp === 2) { $s = 89; continue; }
				/* */ $s = 90; continue;
				/* if (wtyp === 2) { */ case 89:
					_tuple$33 = protowire.ConsumeBytes(b);
					buf$11 = _tuple$33[0];
					n$34 = _tuple$33[1];
					if (n$34 < 0) {
						_tmp$132 = 0;
						_tmp$133 = errDecode;
						n = _tmp$132;
						err = _tmp$133;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 91:
						/* if (!(buf$11.$length > 0)) { break; } */ if(!(buf$11.$length > 0)) { $s = 92; continue; }
						_tuple$34 = protowire.ConsumeFixed64(buf$11);
						v$22 = _tuple$34[0];
						n$35 = _tuple$34[1];
						if (n$35 < 0) {
							_tmp$134 = 0;
							_tmp$135 = errDecode;
							n = _tmp$134;
							err = _tmp$135;
							$s = -1; return [n, err];
						}
						buf$11 = $subslice(buf$11, n$35);
						$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v$22.$high, v$22.$low))), protoreflect.Value)); /* */ $s = 93; case 93: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 91; continue;
					case 92:
					_tmp$136 = n$34;
					_tmp$137 = $ifaceNil;
					n = _tmp$136;
					err = _tmp$137;
					$s = -1; return [n, err];
				/* } */ case 90:
				if (!((wtyp === 1))) {
					_tmp$138 = 0;
					_tmp$139 = errUnknown;
					n = _tmp$138;
					err = _tmp$139;
					$s = -1; return [n, err];
				}
				_tuple$35 = protowire.ConsumeFixed64(b);
				v$23 = _tuple$35[0];
				n$36 = _tuple$35[1];
				if (n$36 < 0) {
					_tmp$140 = 0;
					_tmp$141 = errDecode;
					n = _tmp$140;
					err = _tmp$141;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v$23.$high, v$23.$low))), protoreflect.Value)); /* */ $s = 94; case 94: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$142 = n$36;
				_tmp$143 = $ifaceNil;
				n = _tmp$142;
				err = _tmp$143;
				$s = -1; return [n, err];
			/* } else if (_1 === (6)) { */ case 15:
				/* */ if (wtyp === 2) { $s = 95; continue; }
				/* */ $s = 96; continue;
				/* if (wtyp === 2) { */ case 95:
					_tuple$36 = protowire.ConsumeBytes(b);
					buf$12 = _tuple$36[0];
					n$37 = _tuple$36[1];
					if (n$37 < 0) {
						_tmp$144 = 0;
						_tmp$145 = errDecode;
						n = _tmp$144;
						err = _tmp$145;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 97:
						/* if (!(buf$12.$length > 0)) { break; } */ if(!(buf$12.$length > 0)) { $s = 98; continue; }
						_tuple$37 = protowire.ConsumeFixed64(buf$12);
						v$24 = _tuple$37[0];
						n$38 = _tuple$37[1];
						if (n$38 < 0) {
							_tmp$146 = 0;
							_tmp$147 = errDecode;
							n = _tmp$146;
							err = _tmp$147;
							$s = -1; return [n, err];
						}
						buf$12 = $subslice(buf$12, n$38);
						$r = list.Append($clone(protoreflect.ValueOfUint64(v$24), protoreflect.Value)); /* */ $s = 99; case 99: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 97; continue;
					case 98:
					_tmp$148 = n$37;
					_tmp$149 = $ifaceNil;
					n = _tmp$148;
					err = _tmp$149;
					$s = -1; return [n, err];
				/* } */ case 96:
				if (!((wtyp === 1))) {
					_tmp$150 = 0;
					_tmp$151 = errUnknown;
					n = _tmp$150;
					err = _tmp$151;
					$s = -1; return [n, err];
				}
				_tuple$38 = protowire.ConsumeFixed64(b);
				v$25 = _tuple$38[0];
				n$39 = _tuple$38[1];
				if (n$39 < 0) {
					_tmp$152 = 0;
					_tmp$153 = errDecode;
					n = _tmp$152;
					err = _tmp$153;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint64(v$25), protoreflect.Value)); /* */ $s = 100; case 100: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$154 = n$39;
				_tmp$155 = $ifaceNil;
				n = _tmp$154;
				err = _tmp$155;
				$s = -1; return [n, err];
			/* } else if (_1 === (1)) { */ case 16:
				/* */ if (wtyp === 2) { $s = 101; continue; }
				/* */ $s = 102; continue;
				/* if (wtyp === 2) { */ case 101:
					_tuple$39 = protowire.ConsumeBytes(b);
					buf$13 = _tuple$39[0];
					n$40 = _tuple$39[1];
					if (n$40 < 0) {
						_tmp$156 = 0;
						_tmp$157 = errDecode;
						n = _tmp$156;
						err = _tmp$157;
						$s = -1; return [n, err];
					}
					/* while (true) { */ case 103:
						/* if (!(buf$13.$length > 0)) { break; } */ if(!(buf$13.$length > 0)) { $s = 104; continue; }
						_tuple$40 = protowire.ConsumeFixed64(buf$13);
						v$26 = _tuple$40[0];
						n$41 = _tuple$40[1];
						if (n$41 < 0) {
							_tmp$158 = 0;
							_tmp$159 = errDecode;
							n = _tmp$158;
							err = _tmp$159;
							$s = -1; return [n, err];
						}
						buf$13 = $subslice(buf$13, n$41);
						$r = list.Append($clone(protoreflect.ValueOfFloat64(math.Float64frombits(v$26)), protoreflect.Value)); /* */ $s = 105; case 105: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 103; continue;
					case 104:
					_tmp$160 = n$40;
					_tmp$161 = $ifaceNil;
					n = _tmp$160;
					err = _tmp$161;
					$s = -1; return [n, err];
				/* } */ case 102:
				if (!((wtyp === 1))) {
					_tmp$162 = 0;
					_tmp$163 = errUnknown;
					n = _tmp$162;
					err = _tmp$163;
					$s = -1; return [n, err];
				}
				_tuple$41 = protowire.ConsumeFixed64(b);
				v$27 = _tuple$41[0];
				n$42 = _tuple$41[1];
				if (n$42 < 0) {
					_tmp$164 = 0;
					_tmp$165 = errDecode;
					n = _tmp$164;
					err = _tmp$165;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfFloat64(math.Float64frombits(v$27)), protoreflect.Value)); /* */ $s = 106; case 106: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$166 = n$42;
				_tmp$167 = $ifaceNil;
				n = _tmp$166;
				err = _tmp$167;
				$s = -1; return [n, err];
			/* } else if (_1 === (9)) { */ case 17:
				if (!((wtyp === 2))) {
					_tmp$168 = 0;
					_tmp$169 = errUnknown;
					n = _tmp$168;
					err = _tmp$169;
					$s = -1; return [n, err];
				}
				_tuple$42 = protowire.ConsumeBytes(b);
				v$28 = _tuple$42[0];
				n$43 = _tuple$42[1];
				if (n$43 < 0) {
					_tmp$170 = 0;
					_tmp$171 = errDecode;
					n = _tmp$170;
					err = _tmp$171;
					$s = -1; return [n, err];
				}
				_r$3 = strs.EnforceUTF8(fd); /* */ $s = 109; case 109: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if (_r$3 && !utf8.Valid(v$28)) { $s = 107; continue; }
				/* */ $s = 108; continue;
				/* if (_r$3 && !utf8.Valid(v$28)) { */ case 107:
					_tmp$172 = 0;
					_r$4 = fd.FullName(); /* */ $s = 110; case 110: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$5 = errors.InvalidUTF8((_r$4)); /* */ $s = 111; case 111: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_tmp$173 = _r$5;
					n = _tmp$172;
					err = _tmp$173;
					$24r = [n, err];
					$s = 112; case 112: return $24r;
				/* } */ case 108:
				$r = list.Append($clone(protoreflect.ValueOfString(($bytesToString(v$28))), protoreflect.Value)); /* */ $s = 113; case 113: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$174 = n$43;
				_tmp$175 = $ifaceNil;
				n = _tmp$174;
				err = _tmp$175;
				$s = -1; return [n, err];
			/* } else if (_1 === (12)) { */ case 18:
				if (!((wtyp === 2))) {
					_tmp$176 = 0;
					_tmp$177 = errUnknown;
					n = _tmp$176;
					err = _tmp$177;
					$s = -1; return [n, err];
				}
				_tuple$43 = protowire.ConsumeBytes(b);
				v$29 = _tuple$43[0];
				n$44 = _tuple$43[1];
				if (n$44 < 0) {
					_tmp$178 = 0;
					_tmp$179 = errDecode;
					n = _tmp$178;
					err = _tmp$179;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfBytes($appendSlice(new sliceType$1(emptyBuf), v$29)), protoreflect.Value)); /* */ $s = 114; case 114: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$180 = n$44;
				_tmp$181 = $ifaceNil;
				n = _tmp$180;
				err = _tmp$181;
				$s = -1; return [n, err];
			/* } else if (_1 === (11)) { */ case 19:
				if (!((wtyp === 2))) {
					_tmp$182 = 0;
					_tmp$183 = errUnknown;
					n = _tmp$182;
					err = _tmp$183;
					$s = -1; return [n, err];
				}
				_tuple$44 = protowire.ConsumeBytes(b);
				v$30 = _tuple$44[0];
				n$45 = _tuple$44[1];
				if (n$45 < 0) {
					_tmp$184 = 0;
					_tmp$185 = errDecode;
					n = _tmp$184;
					err = _tmp$185;
					$s = -1; return [n, err];
				}
				_r$6 = list.NewElement(); /* */ $s = 115; case 115: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				m = $clone(_r$6, protoreflect.Value);
				_arg = v$30;
				_r$7 = $clone(m, protoreflect.Value).Message(); /* */ $s = 116; case 116: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_arg$1 = _r$7;
				_r$8 = $clone(o, UnmarshalOptions).unmarshalMessage(_arg, _arg$1); /* */ $s = 117; case 117: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				err$1 = _r$8;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp$186 = 0;
					_tmp$187 = err$1;
					n = _tmp$186;
					err = _tmp$187;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(m, protoreflect.Value)); /* */ $s = 118; case 118: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$188 = n$45;
				_tmp$189 = $ifaceNil;
				n = _tmp$188;
				err = _tmp$189;
				$s = -1; return [n, err];
			/* } else if (_1 === (10)) { */ case 20:
				if (!((wtyp === 3))) {
					_tmp$190 = 0;
					_tmp$191 = errUnknown;
					n = _tmp$190;
					err = _tmp$191;
					$s = -1; return [n, err];
				}
				_r$9 = fd.Number(); /* */ $s = 119; case 119: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = protowire.ConsumeGroup(_r$9, b); /* */ $s = 120; case 120: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_tuple$45 = _r$10;
				v$31 = _tuple$45[0];
				n$46 = _tuple$45[1];
				if (n$46 < 0) {
					_tmp$192 = 0;
					_tmp$193 = errDecode;
					n = _tmp$192;
					err = _tmp$193;
					$s = -1; return [n, err];
				}
				_r$11 = list.NewElement(); /* */ $s = 121; case 121: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				m$1 = $clone(_r$11, protoreflect.Value);
				_arg$2 = v$31;
				_r$12 = $clone(m$1, protoreflect.Value).Message(); /* */ $s = 122; case 122: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_arg$3 = _r$12;
				_r$13 = $clone(o, UnmarshalOptions).unmarshalMessage(_arg$2, _arg$3); /* */ $s = 123; case 123: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				err$2 = _r$13;
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					_tmp$194 = 0;
					_tmp$195 = err$2;
					n = _tmp$194;
					err = _tmp$195;
					$s = -1; return [n, err];
				}
				$r = list.Append($clone(m$1, protoreflect.Value)); /* */ $s = 124; case 124: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$196 = n$46;
				_tmp$197 = $ifaceNil;
				n = _tmp$196;
				err = _tmp$197;
				$s = -1; return [n, err];
			/* } else { */ case 21:
				_tmp$198 = 0;
				_tmp$199 = errUnknown;
				n = _tmp$198;
				err = _tmp$199;
				$s = -1; return [n, err];
			/* } */ case 22:
		case 1:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalList, $c: true, $r, $24r, _1, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$100, _tmp$101, _tmp$102, _tmp$103, _tmp$104, _tmp$105, _tmp$106, _tmp$107, _tmp$108, _tmp$109, _tmp$11, _tmp$110, _tmp$111, _tmp$112, _tmp$113, _tmp$114, _tmp$115, _tmp$116, _tmp$117, _tmp$118, _tmp$119, _tmp$12, _tmp$120, _tmp$121, _tmp$122, _tmp$123, _tmp$124, _tmp$125, _tmp$126, _tmp$127, _tmp$128, _tmp$129, _tmp$13, _tmp$130, _tmp$131, _tmp$132, _tmp$133, _tmp$134, _tmp$135, _tmp$136, _tmp$137, _tmp$138, _tmp$139, _tmp$14, _tmp$140, _tmp$141, _tmp$142, _tmp$143, _tmp$144, _tmp$145, _tmp$146, _tmp$147, _tmp$148, _tmp$149, _tmp$15, _tmp$150, _tmp$151, _tmp$152, _tmp$153, _tmp$154, _tmp$155, _tmp$156, _tmp$157, _tmp$158, _tmp$159, _tmp$16, _tmp$160, _tmp$161, _tmp$162, _tmp$163, _tmp$164, _tmp$165, _tmp$166, _tmp$167, _tmp$168, _tmp$169, _tmp$17, _tmp$170, _tmp$171, _tmp$172, _tmp$173, _tmp$174, _tmp$175, _tmp$176, _tmp$177, _tmp$178, _tmp$179, _tmp$18, _tmp$180, _tmp$181, _tmp$182, _tmp$183, _tmp$184, _tmp$185, _tmp$186, _tmp$187, _tmp$188, _tmp$189, _tmp$19, _tmp$190, _tmp$191, _tmp$192, _tmp$193, _tmp$194, _tmp$195, _tmp$196, _tmp$197, _tmp$198, _tmp$199, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$6, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$7, _tmp$70, _tmp$71, _tmp$72, _tmp$73, _tmp$74, _tmp$75, _tmp$76, _tmp$77, _tmp$78, _tmp$79, _tmp$8, _tmp$80, _tmp$81, _tmp$82, _tmp$83, _tmp$84, _tmp$85, _tmp$86, _tmp$87, _tmp$88, _tmp$89, _tmp$9, _tmp$90, _tmp$91, _tmp$92, _tmp$93, _tmp$94, _tmp$95, _tmp$96, _tmp$97, _tmp$98, _tmp$99, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, buf, buf$1, buf$10, buf$11, buf$12, buf$13, buf$2, buf$3, buf$4, buf$5, buf$6, buf$7, buf$8, buf$9, err, err$1, err$2, fd, list, m, m$1, n, n$1, n$10, n$11, n$12, n$13, n$14, n$15, n$16, n$17, n$18, n$19, n$2, n$20, n$21, n$22, n$23, n$24, n$25, n$26, n$27, n$28, n$29, n$3, n$30, n$31, n$32, n$33, n$34, n$35, n$36, n$37, n$38, n$39, n$4, n$40, n$41, n$42, n$43, n$44, n$45, n$46, n$5, n$6, n$7, n$8, n$9, o, v, v$1, v$10, v$11, v$12, v$13, v$14, v$15, v$16, v$17, v$18, v$19, v$2, v$20, v$21, v$22, v$23, v$24, v$25, v$26, v$27, v$28, v$29, v$3, v$30, v$31, v$4, v$5, v$6, v$7, v$8, v$9, wtyp, x, x$1, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalList = function(b, wtyp, list, fd) { return this.$val.unmarshalList(b, wtyp, list, fd); };
	UnmarshalOptions.ptr.prototype.Unmarshal = function(b, m) {
		var {_arg, _arg$1, _r$2, _r$3, _tuple, b, err, m, o, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		if (o.RecursionLimit === 0) {
			o.RecursionLimit = 10000;
		}
		_arg = b;
		_r$2 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = $clone(o, UnmarshalOptions).unmarshal(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.Unmarshal, $c: true, $r, _arg, _arg$1, _r$2, _r$3, _tuple, b, err, m, o, $s};return $f;
	};
	UnmarshalOptions.prototype.Unmarshal = function(b, m) { return this.$val.Unmarshal(b, m); };
	UnmarshalOptions.ptr.prototype.UnmarshalState = function(in$1) {
		var {$24r, _r$2, in$1, o, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		if (o.RecursionLimit === 0) {
			o.RecursionLimit = 10000;
		}
		_r$2 = $clone(o, UnmarshalOptions).unmarshal(in$1.Buf, in$1.Message); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.UnmarshalState, $c: true, $r, $24r, _r$2, in$1, o, $s};return $f;
	};
	UnmarshalOptions.prototype.UnmarshalState = function(in$1) { return this.$val.UnmarshalState(in$1); };
	UnmarshalOptions.ptr.prototype.unmarshal = function(b, m) {
		var {$24r, $24r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, allowPartial, b, err, in$1, m, methods, o, out, x, x$1, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0);
		err = $ifaceNil;
		o = this;
		if ($interfaceIsEqual(o.Resolver, $ifaceNil)) {
			o.Resolver = protoregistry.GlobalTypes;
		}
		/* */ if (!o.Merge) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!o.Merge) { */ case 1:
			_r$2 = m.Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$r = Reset(_r$2); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		allowPartial = o.AllowPartial;
		o.Merge = true;
		o.AllowPartial = true;
		_r$3 = protoMethods(m); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		methods = _r$3;
		/* */ if (!(methods === ptrType$8.nil) && !(methods.Unmarshal === $throwNilPointerError) && !(o.DiscardUnknown && (x = (x$1 = methods.Flags, new $Uint64(x$1.$high & 0, (x$1.$low & 2) >>> 0)), (x.$high === 0 && x.$low === 0)))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(methods === ptrType$8.nil) && !(methods.Unmarshal === $throwNilPointerError) && !(o.DiscardUnknown && (x = (x$1 = methods.Flags, new $Uint64(x$1.$high & 0, (x$1.$low & 2) >>> 0)), (x.$high === 0 && x.$low === 0)))) { */ case 6:
			in$1 = new structType$4.ptr(new pragma.NoUnkeyedLiterals.ptr(), m, b, 0, o.Resolver, o.RecursionLimit);
			if (o.DiscardUnknown) {
				in$1.Flags = (in$1.Flags | (1)) >>> 0;
			}
			_r$4 = methods.Unmarshal($clone(in$1, structType$4)); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple = _r$4;
			structType$5.copy(out, _tuple[0]);
			err = _tuple[1];
			$s = 8; continue;
		/* } else { */ case 7:
			o.RecursionLimit = o.RecursionLimit - (1) >> 0;
			/* */ if (o.RecursionLimit < 0) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (o.RecursionLimit < 0) { */ case 10:
				_tmp = $clone(out, structType$5);
				_r$5 = errors.New("exceeded max recursion depth", new sliceType([])); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tmp$1 = _r$5;
				structType$5.copy(out, _tmp);
				err = _tmp$1;
				$24r = [out, err];
				$s = 13; case 13: return $24r;
			/* } */ case 11:
			_r$6 = $clone(o, UnmarshalOptions).unmarshalMessageSlow(b, m); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
		/* } */ case 8:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$2 = $clone(out, structType$5);
			_tmp$3 = err;
			structType$5.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		if (allowPartial || (!((((out.Flags & 1) >>> 0) === 0)))) {
			_tmp$4 = $clone(out, structType$5);
			_tmp$5 = $ifaceNil;
			structType$5.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		_tmp$6 = $clone(out, structType$5);
		_r$7 = checkInitialized(m); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tmp$7 = _r$7;
		structType$5.copy(out, _tmp$6);
		err = _tmp$7;
		$24r$1 = [out, err];
		$s = 16; case 16: return $24r$1;
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshal, $c: true, $r, $24r, $24r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, allowPartial, b, err, in$1, m, methods, o, out, x, x$1, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshal = function(b, m) { return this.$val.unmarshal(b, m); };
	UnmarshalOptions.ptr.prototype.unmarshalMessage = function(b, m) {
		var {_r$2, _tuple, b, err, m, o, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r$2 = $clone(o, UnmarshalOptions).unmarshal(b, m); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalMessage, $c: true, $r, _r$2, _tuple, b, err, m, o, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalMessage = function(b, m) { return this.$val.unmarshalMessage(b, m); };
	UnmarshalOptions.ptr.prototype.unmarshalMessageSlow = function(b, m) {
		var {$24r, $24r$1, _arg, _arg$1, _arg$10, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, _v$1, b, err, err$1, extType, fd, fields, m, md, num, o, tagLen, valLen, wtyp, $s, $r, $c} = $restore(this, {b, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r$2 = m.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		md = _r$2;
		_r$3 = messageset.IsMessageSet(md); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_r$3) { */ case 2:
			_r$4 = $clone(o, UnmarshalOptions).unmarshalMessageSet(b, m); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$5 = md.Fields(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		fields = _r$5;
		/* while (true) { */ case 8:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 9; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			wtyp = _tuple[1];
			tagLen = _tuple[2];
			if (tagLen < 0) {
				$s = -1; return errDecode;
			}
			if (num > 536870911) {
				$s = -1; return errDecode;
			}
			_r$6 = fields.ByNumber(num); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			fd = _r$6;
			if (!($interfaceIsEqual(fd, $ifaceNil))) { _v = false; $s = 13; continue s; }
			_r$7 = md.ExtensionRanges(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Has(num); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_v = _r$8; case 13:
			/* */ if (_v) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (_v) { */ case 11:
				_r$9 = md.FullName(); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = o.Resolver.FindExtensionByNumber(_r$9, num); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_tuple$1 = _r$10;
				extType = _tuple$1[0];
				err = _tuple$1[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual(err, protoregistry.NotFound))) { $s = 18; continue; }
				/* */ $s = 19; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual(err, protoregistry.NotFound))) { */ case 18:
					_r$11 = md.FullName(); /* */ $s = 20; case 20: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_arg = new protoreflect.FullName(_r$11);
					_arg$1 = new protowire.Number(num);
					_arg$2 = err;
					_r$12 = errors.New("%v: unable to resolve extension %v: %v", new sliceType([_arg, _arg$1, _arg$2])); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					$24r$1 = _r$12;
					$s = 22; case 22: return $24r$1;
				/* } */ case 19:
				/* */ if (!($interfaceIsEqual(extType, $ifaceNil))) { $s = 23; continue; }
				/* */ $s = 24; continue;
				/* if (!($interfaceIsEqual(extType, $ifaceNil))) { */ case 23:
					_r$13 = extType.TypeDescriptor(); /* */ $s = 25; case 25: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					fd = _r$13;
				/* } */ case 24:
			/* } */ case 12:
			err$1 = $ifaceNil;
			/* */ if ($interfaceIsEqual(fd, $ifaceNil)) { $s = 26; continue; }
			/* */ if (false) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if ($interfaceIsEqual(fd, $ifaceNil)) { */ case 26:
				err$1 = errUnknown;
				$s = 28; continue;
			/* } else if (false) { */ case 27:
				_r$14 = fd.IsWeak(); /* */ $s = 32; case 32: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				if (!(_r$14)) { _v$1 = false; $s = 31; continue s; }
				_r$15 = fd.Message(); /* */ $s = 33; case 33: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = _r$15.IsPlaceholder(); /* */ $s = 34; case 34: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_v$1 = _r$16; case 31:
				/* */ if (_v$1) { $s = 29; continue; }
				/* */ $s = 30; continue;
				/* if (_v$1) { */ case 29:
					err$1 = errUnknown;
				/* } */ case 30:
			/* } */ case 28:
			valLen = 0;
				/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 36; continue; }
				_r$17 = fd.IsList(); /* */ $s = 41; case 41: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				/* */ if (_r$17) { $s = 37; continue; }
				_r$18 = fd.IsMap(); /* */ $s = 42; case 42: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				/* */ if (_r$18) { $s = 38; continue; }
				/* */ $s = 39; continue;
				/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 36:
					$s = 40; continue;
				/* } else if (_r$17) { */ case 37:
					_arg$3 = $subslice(b, tagLen);
					_arg$4 = wtyp;
					_r$19 = m.Mutable(fd); /* */ $s = 43; case 43: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$20 = $clone(_r$19, protoreflect.Value).List(); /* */ $s = 44; case 44: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					_arg$5 = _r$20;
					_arg$6 = fd;
					_r$21 = $clone(o, UnmarshalOptions).unmarshalList(_arg$3, _arg$4, _arg$5, _arg$6); /* */ $s = 45; case 45: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
					_tuple$2 = _r$21;
					valLen = _tuple$2[0];
					err$1 = _tuple$2[1];
					$s = 40; continue;
				/* } else if (_r$18) { */ case 38:
					_arg$7 = $subslice(b, tagLen);
					_arg$8 = wtyp;
					_r$22 = m.Mutable(fd); /* */ $s = 46; case 46: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
					_r$23 = $clone(_r$22, protoreflect.Value).Map(); /* */ $s = 47; case 47: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					_arg$9 = _r$23;
					_arg$10 = fd;
					_r$24 = $clone(o, UnmarshalOptions).unmarshalMap(_arg$7, _arg$8, _arg$9, _arg$10); /* */ $s = 48; case 48: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					_tuple$3 = _r$24;
					valLen = _tuple$3[0];
					err$1 = _tuple$3[1];
					$s = 40; continue;
				/* } else { */ case 39:
					_r$25 = $clone(o, UnmarshalOptions).unmarshalSingular($subslice(b, tagLen), wtyp, m, fd); /* */ $s = 49; case 49: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
					_tuple$4 = _r$25;
					valLen = _tuple$4[0];
					err$1 = _tuple$4[1];
				/* } */ case 40:
			case 35:
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 50; continue; }
			/* */ $s = 51; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 50:
				if (!($interfaceIsEqual(err$1, errUnknown))) {
					$s = -1; return err$1;
				}
				valLen = protowire.ConsumeFieldValue(num, wtyp, $subslice(b, tagLen));
				if (valLen < 0) {
					$s = -1; return errDecode;
				}
				/* */ if (!o.DiscardUnknown) { $s = 52; continue; }
				/* */ $s = 53; continue;
				/* if (!o.DiscardUnknown) { */ case 52:
					_r$26 = m.GetUnknown(); /* */ $s = 54; case 54: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
					$r = m.SetUnknown($appendSlice(_r$26, $subslice(b, 0, (tagLen + valLen >> 0)))); /* */ $s = 55; case 55: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 53:
			/* } */ case 51:
			b = $subslice(b, (tagLen + valLen >> 0));
		$s = 8; continue;
		case 9:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalMessageSlow, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _arg$10, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, _v$1, b, err, err$1, extType, fd, fields, m, md, num, o, tagLen, valLen, wtyp, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalMessageSlow = function(b, m) { return this.$val.unmarshalMessageSlow(b, m); };
	UnmarshalOptions.ptr.prototype.unmarshalSingular = function(b, wtyp, m, fd) {
		var {_1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, err$1, fd, m, m2, n, o, v, wtyp, $s, $r, $c} = $restore(this, {b, wtyp, m, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		o = this;
		_r$2 = $clone(o, UnmarshalOptions).unmarshalScalar(b, wtyp, fd); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		v = $clone(_tuple[0], protoreflect.Value);
		n = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = err;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
			_r$3 = fd.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_1 = _r$3;
			/* */ if ((_1 === (10)) || (_1 === (11))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((_1 === (10)) || (_1 === (11))) { */ case 4:
				_r$4 = m.Mutable(fd); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$5 = $clone(_r$4, protoreflect.Value).Message(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				m2 = _r$5;
				_r$6 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = $clone(o, UnmarshalOptions).unmarshalMessage(_r$6, m2); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				err$1 = _r$7;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp$2 = n;
					_tmp$3 = err$1;
					n = _tmp$2;
					err = _tmp$3;
					$s = -1; return [n, err];
				}
				$s = 6; continue;
			/* } else { */ case 5:
				$r = m.Set(fd, $clone(v, protoreflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
		case 2:
		_tmp$4 = n;
		_tmp$5 = $ifaceNil;
		n = _tmp$4;
		err = _tmp$5;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalSingular, $c: true, $r, _1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, err$1, fd, m, m2, n, o, v, wtyp, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalSingular = function(b, wtyp, m, fd) { return this.$val.unmarshalSingular(b, wtyp, m, fd); };
	UnmarshalOptions.ptr.prototype.unmarshalMap = function(b, wtyp, mapv, fd) {
		var {_1, _2, _3, _4, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, err$1, fd, haveKey, haveVal, key, keyField, mapv, n, n$1, num, o, v, val, valField, wtyp, wtyp$1, $s, $r, $c} = $restore(this, {b, wtyp, mapv, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		o = this;
		if (!((wtyp === 2))) {
			_tmp = 0;
			_tmp$1 = errUnknown;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		b = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = 0;
			_tmp$3 = errDecode;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		_r$2 = fd.MapKey(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		keyField = _r$2;
		_r$3 = fd.MapValue(); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		valField = _r$3;
		key = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType$1.nil, $ifaceNil);
		val = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType$1.nil, $ifaceNil);
		haveKey = false;
		haveVal = false;
			_r$4 = valField.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_1 = _r$4;
			/* */ if ((_1 === (10)) || (_1 === (11))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ((_1 === (10)) || (_1 === (11))) { */ case 5:
				_r$5 = mapv.NewValue(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				protoreflect.Value.copy(val, _r$5);
			/* } */ case 6:
		case 3:
		/* while (true) { */ case 8:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 9; continue; }
			_tuple$1 = protowire.ConsumeTag(b);
			num = _tuple$1[0];
			wtyp$1 = _tuple$1[1];
			n$1 = _tuple$1[2];
			if (n$1 < 0) {
				_tmp$4 = 0;
				_tmp$5 = errDecode;
				n = _tmp$4;
				err = _tmp$5;
				$s = -1; return [n, err];
			}
			if (num > 536870911) {
				_tmp$6 = 0;
				_tmp$7 = errDecode;
				n = _tmp$6;
				err = _tmp$7;
				$s = -1; return [n, err];
			}
			b = $subslice(b, n$1);
			err = errUnknown;
				_2 = num;
				/* */ if (_2 === (1)) { $s = 11; continue; }
				/* */ if (_2 === (2)) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (_2 === (1)) { */ case 11:
					_r$6 = $clone(o, UnmarshalOptions).unmarshalScalar(b, wtyp$1, keyField); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_tuple$2 = _r$6;
					protoreflect.Value.copy(key, _tuple$2[0]);
					n$1 = _tuple$2[1];
					err = _tuple$2[2];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						/* break; */ $s = 10; continue;
					}
					haveKey = true;
					$s = 13; continue;
				/* } else if (_2 === (2)) { */ case 12:
					v = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType$1.nil, $ifaceNil);
					_r$7 = $clone(o, UnmarshalOptions).unmarshalScalar(b, wtyp$1, valField); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_tuple$3 = _r$7;
					protoreflect.Value.copy(v, _tuple$3[0]);
					n$1 = _tuple$3[1];
					err = _tuple$3[2];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						/* break; */ $s = 10; continue;
					}
						_r$8 = valField.Kind(); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
						_3 = _r$8;
						/* */ if ((_3 === (10)) || (_3 === (11))) { $s = 18; continue; }
						/* */ $s = 19; continue;
						/* if ((_3 === (10)) || (_3 === (11))) { */ case 18:
							_r$9 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 21; case 21: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
							_arg = _r$9;
							_r$10 = $clone(val, protoreflect.Value).Message(); /* */ $s = 22; case 22: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
							_arg$1 = _r$10;
							_r$11 = $clone(o, UnmarshalOptions).unmarshalMessage(_arg, _arg$1); /* */ $s = 23; case 23: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
							err$1 = _r$11;
							if (!($interfaceIsEqual(err$1, $ifaceNil))) {
								_tmp$8 = 0;
								_tmp$9 = err$1;
								n = _tmp$8;
								err = _tmp$9;
								$s = -1; return [n, err];
							}
							$s = 20; continue;
						/* } else { */ case 19:
							protoreflect.Value.copy(val, v);
						/* } */ case 20:
					case 16:
					haveVal = true;
				/* } */ case 13:
			case 10:
			if ($interfaceIsEqual(err, errUnknown)) {
				n$1 = protowire.ConsumeFieldValue(num, wtyp$1, b);
				if (n$1 < 0) {
					_tmp$10 = 0;
					_tmp$11 = errDecode;
					n = _tmp$10;
					err = _tmp$11;
					$s = -1; return [n, err];
				}
			} else if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$12 = 0;
				_tmp$13 = err;
				n = _tmp$12;
				err = _tmp$13;
				$s = -1; return [n, err];
			}
			b = $subslice(b, n$1);
		$s = 8; continue;
		case 9:
		/* */ if (!haveKey) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (!haveKey) { */ case 24:
			_r$12 = keyField.Default(); /* */ $s = 26; case 26: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			protoreflect.Value.copy(key, _r$12);
		/* } */ case 25:
		/* */ if (!haveVal) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (!haveVal) { */ case 27:
				_r$13 = valField.Kind(); /* */ $s = 30; case 30: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_4 = _r$13;
				/* */ if ((_4 === (10)) || (_4 === (11))) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if ((_4 === (10)) || (_4 === (11))) { */ case 31:
					$s = 33; continue;
				/* } else { */ case 32:
					_r$14 = valField.Default(); /* */ $s = 34; case 34: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					protoreflect.Value.copy(val, _r$14);
				/* } */ case 33:
			case 29:
		/* } */ case 28:
		_r$15 = $clone(key, protoreflect.Value).MapKey(); /* */ $s = 35; case 35: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		$r = mapv.Set($clone(_r$15, protoreflect.MapKey), $clone(val, protoreflect.Value)); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$14 = n;
		_tmp$15 = $ifaceNil;
		n = _tmp$14;
		err = _tmp$15;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: UnmarshalOptions.ptr.prototype.unmarshalMap, $c: true, $r, _1, _2, _3, _4, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, err$1, fd, haveKey, haveVal, key, keyField, mapv, n, n$1, num, o, v, val, valField, wtyp, wtyp$1, $s};return $f;
	};
	UnmarshalOptions.prototype.unmarshalMap = function(b, wtyp, mapv, fd) { return this.$val.unmarshalMap(b, wtyp, mapv, fd); };
	CheckInitialized = function(m) {
		var {$24r, _r$2, _r$3, m, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$2 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = checkInitialized(_r$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: CheckInitialized, $c: true, $r, $24r, _r$2, _r$3, m, $s};return $f;
	};
	$pkg.CheckInitialized = CheckInitialized;
	checkInitialized = function(m) {
		var {$24r, _r$2, _r$3, _r$4, _tuple, err, m, methods, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$2 = protoMethods(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		methods = _r$2;
		/* */ if (!(methods === ptrType$8.nil) && !(methods.CheckInitialized === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(methods === ptrType$8.nil) && !(methods.CheckInitialized === $throwNilPointerError)) { */ case 2:
			_r$3 = methods.CheckInitialized(new structType$7.ptr(new pragma.NoUnkeyedLiterals.ptr(), m)); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			err = _tuple[1];
			$s = -1; return err;
		/* } */ case 3:
		_r$4 = checkInitializedSlow(m); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: checkInitialized, $c: true, $r, $24r, _r$2, _r$3, _r$4, _tuple, err, m, methods, $s};return $f;
	};
	checkInitializedSlow = function(m) {
		var {$24r, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, err, fd, fds, i, m, md, nums, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = [err];
		_r$2 = m.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		md = _r$2;
		_r$3 = md.Fields(); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		fds = _r$3;
		_tmp = 0;
		_r$4 = md.RequiredNumbers(); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tmp$1 = _r$4;
		i = _tmp;
		nums = _tmp$1;
		/* while (true) { */ case 4:
			_r$5 = nums.Len(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* if (!(i < _r$5)) { break; } */ if(!(i < _r$5)) { $s = 5; continue; }
			_r$6 = nums.Get(i); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = fds.ByNumber(_r$6); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			fd = _r$7;
			_r$8 = m.Has(fd); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* */ if (!_r$8) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!_r$8) { */ case 9:
				_r$9 = fd.FullName(); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = errors.RequiredNotSet((_r$9)); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r = _r$10;
				$s = 14; case 14: return $24r;
			/* } */ case 10:
			i = i + (1) >> 0;
		$s = 4; continue;
		case 5:
		err[0] = $ifaceNil;
		$r = m.Range((function(err) { return function $b(fd$1, v) {
			var {_r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _tmp$2, _tmp$3, fd$1, i$1, list, v, $s, $r, $c} = $restore(this, {fd$1, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$11 = fd$1.IsList(); /* */ $s = 6; case 6: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				/* */ if (_r$11) { $s = 2; continue; }
				_r$12 = fd$1.IsMap(); /* */ $s = 7; case 7: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				/* */ if (_r$12) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if (_r$11) { */ case 2:
					_r$13 = fd$1.Message(); /* */ $s = 10; case 10: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					/* */ if ($interfaceIsEqual(_r$13, $ifaceNil)) { $s = 8; continue; }
					/* */ $s = 9; continue;
					/* if ($interfaceIsEqual(_r$13, $ifaceNil)) { */ case 8:
						$s = -1; return true;
					/* } */ case 9:
					_tmp$2 = 0;
					_r$14 = $clone(v, protoreflect.Value).List(); /* */ $s = 11; case 11: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					_tmp$3 = _r$14;
					i$1 = _tmp$2;
					list = _tmp$3;
					/* while (true) { */ case 12:
						_r$15 = list.Len(); /* */ $s = 14; case 14: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
						/* if (!(i$1 < _r$15 && $interfaceIsEqual(err[0], $ifaceNil))) { break; } */ if(!(i$1 < _r$15 && $interfaceIsEqual(err[0], $ifaceNil))) { $s = 13; continue; }
						_r$16 = list.Get(i$1); /* */ $s = 15; case 15: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
						_r$17 = $clone(_r$16, protoreflect.Value).Message(); /* */ $s = 16; case 16: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
						_r$18 = checkInitialized(_r$17); /* */ $s = 17; case 17: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
						err[0] = _r$18;
						i$1 = i$1 + (1) >> 0;
					$s = 12; continue;
					case 13:
					$s = 5; continue;
				/* } else if (_r$12) { */ case 3:
					_r$19 = fd$1.MapValue(); /* */ $s = 20; case 20: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$20 = _r$19.Message(); /* */ $s = 21; case 21: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					/* */ if ($interfaceIsEqual(_r$20, $ifaceNil)) { $s = 18; continue; }
					/* */ $s = 19; continue;
					/* if ($interfaceIsEqual(_r$20, $ifaceNil)) { */ case 18:
						$s = -1; return true;
					/* } */ case 19:
					_r$21 = $clone(v, protoreflect.Value).Map(); /* */ $s = 22; case 22: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
					$r = _r$21.Range((function(err) { return function $b(key, v$1) {
						var {_r$22, _r$23, key, v$1, $s, $r, $c} = $restore(this, {key, v$1});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						_r$22 = $clone(v$1, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
						_r$23 = checkInitialized(_r$22); /* */ $s = 2; case 2: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
						err[0] = _r$23;
						$s = -1; return $interfaceIsEqual(err[0], $ifaceNil);
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$22, _r$23, key, v$1, $s};return $f;
					}; })(err)); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 5; continue;
				/* } else { */ case 4:
					_r$22 = fd$1.Message(); /* */ $s = 26; case 26: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
					/* */ if ($interfaceIsEqual(_r$22, $ifaceNil)) { $s = 24; continue; }
					/* */ $s = 25; continue;
					/* if ($interfaceIsEqual(_r$22, $ifaceNil)) { */ case 24:
						$s = -1; return true;
					/* } */ case 25:
					_r$23 = $clone(v, protoreflect.Value).Message(); /* */ $s = 27; case 27: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					_r$24 = checkInitialized(_r$23); /* */ $s = 28; case 28: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					err[0] = _r$24;
				/* } */ case 5:
			case 1:
			$s = -1; return $interfaceIsEqual(err[0], $ifaceNil);
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _tmp$2, _tmp$3, fd$1, i$1, list, v, $s};return $f;
		}; })(err)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err[0];
		/* */ } return; } var $f = {$blk: checkInitializedSlow, $c: true, $r, $24r, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, err, fd, fds, i, m, md, nums, $s};return $f;
	};
	mergeOptions.methods = [{prop: "mergeMessage", name: "mergeMessage", pkg: "google.golang.org/protobuf/proto", typ: $funcType([protoreflect.Message, protoreflect.Message], [], false)}, {prop: "mergeList", name: "mergeList", pkg: "google.golang.org/protobuf/proto", typ: $funcType([protoreflect.List, protoreflect.List, protoreflect.FieldDescriptor], [], false)}, {prop: "mergeMap", name: "mergeMap", pkg: "google.golang.org/protobuf/proto", typ: $funcType([protoreflect.Map, protoreflect.Map, protoreflect.FieldDescriptor], [], false)}, {prop: "cloneBytes", name: "cloneBytes", pkg: "google.golang.org/protobuf/proto", typ: $funcType([protoreflect.Value], [protoreflect.Value], false)}];
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	UnmarshalOptions.methods = [{prop: "unmarshalMessageSet", name: "unmarshalMessageSet", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protoreflect.Message], [$error], false)}, {prop: "unmarshalMessageSetField", name: "unmarshalMessageSetField", pkg: "google.golang.org/protobuf/proto", typ: $funcType([protoreflect.Message, protowire.Number, sliceType$1], [$error], false)}, {prop: "unmarshalScalar", name: "unmarshalScalar", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protowire.Type, protoreflect.FieldDescriptor], [protoreflect.Value, $Int, $error], false)}, {prop: "unmarshalList", name: "unmarshalList", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protowire.Type, protoreflect.List, protoreflect.FieldDescriptor], [$Int, $error], false)}, {prop: "Unmarshal", name: "Unmarshal", pkg: "", typ: $funcType([sliceType$1, protoreflect.ProtoMessage], [$error], false)}, {prop: "UnmarshalState", name: "UnmarshalState", pkg: "", typ: $funcType([structType$4], [structType$5, $error], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protoreflect.Message], [structType$5, $error], false)}, {prop: "unmarshalMessage", name: "unmarshalMessage", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protoreflect.Message], [$error], false)}, {prop: "unmarshalMessageSlow", name: "unmarshalMessageSlow", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protoreflect.Message], [$error], false)}, {prop: "unmarshalSingular", name: "unmarshalSingular", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protowire.Type, protoreflect.Message, protoreflect.FieldDescriptor], [$Int, $error], false)}, {prop: "unmarshalMap", name: "unmarshalMap", pkg: "google.golang.org/protobuf/proto", typ: $funcType([sliceType$1, protowire.Type, protoreflect.Map, protoreflect.FieldDescriptor], [$Int, $error], false)}];
	mergeOptions.init("", []);
	MarshalOptions.init("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "AllowPartial", name: "AllowPartial", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Deterministic", name: "Deterministic", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "UseCachedSize", name: "UseCachedSize", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	UnmarshalOptions.init("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Merge", name: "Merge", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "AllowPartial", name: "AllowPartial", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "DiscardUnknown", name: "DiscardUnknown", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Resolver", name: "Resolver", embedded: false, exported: true, typ: interfaceType, tag: ""}, {prop: "RecursionLimit", name: "RecursionLimit", embedded: false, exported: true, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protowire.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = messageset.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flags.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = genid.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = order.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pragma.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strs.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoregistry.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoiface.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.Error = $ifaceNil;
		emptyBuf = arrayType.zero();
		wireTypes = $makeMap(protoreflect.Kind.keyFor, [{ k: 8, v: 0 }, { k: 14, v: 0 }, { k: 5, v: 0 }, { k: 17, v: 0 }, { k: 13, v: 0 }, { k: 3, v: 0 }, { k: 18, v: 0 }, { k: 4, v: 0 }, { k: 15, v: 5 }, { k: 7, v: 5 }, { k: 2, v: 5 }, { k: 16, v: 1 }, { k: 6, v: 1 }, { k: 1, v: 1 }, { k: 9, v: 2 }, { k: 12, v: 2 }, { k: 11, v: 2 }, { k: 10, v: 3 }]);
		_r = errors.New("BUG: internal error (unknown)", new sliceType([])); /* */ $s = 17; case 17: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		errUnknown = _r;
		_r$1 = errors.New("cannot parse invalid wire-format data", new sliceType([])); /* */ $s = 18; case 18: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		errDecode = _r$1;
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/filedesc"] = (function() {
	var $pkg = {}, $init, bytes, fmt, protowire, descfmt, descopts, defval, messageset, errors, genid, pragma, strs, proto, protoreflect, protoregistry, math, reflect, sort, sync, atomic, PlaceholderFile, PlaceholderEnum, PlaceholderEnumValue, PlaceholderMessage, Enums, EnumValues, Messages, Fields, Oneofs, Extensions, Services, Methods, FileImports, Names, EnumRanges, enumRange, FieldRanges, fieldRange, FieldNumbers, OneofFields, SourceLocations, pathKey, fileRaw, File, FileL1, FileL2, Enum, EnumL1, EnumL2, EnumValue, EnumValueL1, Message, MessageL1, MessageL2, Field, FieldL1, Oneof, OneofL1, Extension, ExtensionL1, ExtensionL2, Service, ServiceL1, ServiceL2, Method, MethodL1, Base, BaseL0, stringName, defaultValue, Builder, resolverByIndex, Out, sliceType, arrayType, sliceType$1, arrayType$1, sliceType$2, sliceType$3, sliceType$4, ptrType, sliceType$5, sliceType$6, sliceType$7, sliceType$8, sliceType$9, sliceType$10, sliceType$11, sliceType$12, sliceType$13, ptrType$1, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, structType, sliceType$14, arrayType$2, sliceType$15, sliceType$16, arrayType$3, ptrType$10, sliceType$17, funcType, sliceType$18, funcType$1, arrayType$4, sliceType$19, ptrType$11, ptrType$12, ptrType$13, mapType, ptrType$14, mapType$1, mapType$2, ptrType$15, mapType$3, ptrType$16, mapType$4, mapType$5, mapType$6, ptrType$17, mapType$7, ptrType$18, mapType$8, ptrType$19, mapType$9, ptrType$20, mapType$10, ptrType$21, mapType$11, ptrType$22, ptrType$23, ptrType$24, mapType$12, sliceType$20, ptrType$25, mapType$13, mapType$14, mapType$15, ptrType$26, mapType$16, ptrType$27, ptrType$28, ptrType$29, ptrType$30, ptrType$31, ptrType$32, ptrType$33, ptrType$34, ptrType$35, interfaceType, interfaceType$1, emptyNames, emptyEnumRanges, emptyFieldRanges, emptyFieldNumbers, emptySourceLocations, emptyFiles, emptyMessages, emptyFields, emptyOneofs, emptyEnums, emptyEnumValues, emptyExtensions, emptyServices, nameBuilderPool, isValidFieldNumber, newPathKey, unmarshalEnumReservedRange, unmarshalMessageReservedRange, unmarshalMessageExtensionRange, appendOptions, newRawFile, getBuilder, putBuilder, makeFullName, appendFullName, DefaultValue, unmarshalDefault;
	bytes = $packages["bytes"];
	fmt = $packages["fmt"];
	protowire = $packages["google.golang.org/protobuf/encoding/protowire"];
	descfmt = $packages["google.golang.org/protobuf/internal/descfmt"];
	descopts = $packages["google.golang.org/protobuf/internal/descopts"];
	defval = $packages["google.golang.org/protobuf/internal/encoding/defval"];
	messageset = $packages["google.golang.org/protobuf/internal/encoding/messageset"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	genid = $packages["google.golang.org/protobuf/internal/genid"];
	pragma = $packages["google.golang.org/protobuf/internal/pragma"];
	strs = $packages["google.golang.org/protobuf/internal/strs"];
	proto = $packages["google.golang.org/protobuf/proto"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	protoregistry = $packages["google.golang.org/protobuf/reflect/protoregistry"];
	math = $packages["math"];
	reflect = $packages["reflect"];
	sort = $packages["sort"];
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	PlaceholderFile = $pkg.PlaceholderFile = $newType(8, $kindString, "filedesc.PlaceholderFile", true, "google.golang.org/protobuf/internal/filedesc", true, null);
	PlaceholderEnum = $pkg.PlaceholderEnum = $newType(8, $kindString, "filedesc.PlaceholderEnum", true, "google.golang.org/protobuf/internal/filedesc", true, null);
	PlaceholderEnumValue = $pkg.PlaceholderEnumValue = $newType(8, $kindString, "filedesc.PlaceholderEnumValue", true, "google.golang.org/protobuf/internal/filedesc", true, null);
	PlaceholderMessage = $pkg.PlaceholderMessage = $newType(8, $kindString, "filedesc.PlaceholderMessage", true, "google.golang.org/protobuf/internal/filedesc", true, null);
	Enums = $pkg.Enums = $newType(0, $kindStruct, "filedesc.Enums", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$8.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
	});
	EnumValues = $pkg.EnumValues = $newType(0, $kindStruct, "filedesc.EnumValues", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_, byNum_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$9.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			this.byNum = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
		this.byNum = byNum_;
	});
	Messages = $pkg.Messages = $newType(0, $kindStruct, "filedesc.Messages", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$5.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
	});
	Fields = $pkg.Fields = $newType(0, $kindStruct, "filedesc.Fields", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_, byJSON_, byText_, byNum_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$6.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			this.byJSON = false;
			this.byText = false;
			this.byNum = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
		this.byJSON = byJSON_;
		this.byText = byText_;
		this.byNum = byNum_;
	});
	Oneofs = $pkg.Oneofs = $newType(0, $kindStruct, "filedesc.Oneofs", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$7.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
	});
	Extensions = $pkg.Extensions = $newType(0, $kindStruct, "filedesc.Extensions", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$10.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
	});
	Services = $pkg.Services = $newType(0, $kindStruct, "filedesc.Services", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$11.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
	});
	Methods = $pkg.Methods = $newType(0, $kindStruct, "filedesc.Methods", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$19.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
	});
	FileImports = $pkg.FileImports = $newType(12, $kindSlice, "filedesc.FileImports", true, "google.golang.org/protobuf/internal/filedesc", true, null);
	Names = $pkg.Names = $newType(0, $kindStruct, "filedesc.Names", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, has_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.has = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.has = has_;
	});
	EnumRanges = $pkg.EnumRanges = $newType(0, $kindStruct, "filedesc.EnumRanges", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, sorted_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$1.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.sorted = sliceType$1.nil;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.sorted = sorted_;
	});
	enumRange = $pkg.enumRange = $newType(8, $kindArray, "filedesc.enumRange", true, "google.golang.org/protobuf/internal/filedesc", false, null);
	FieldRanges = $pkg.FieldRanges = $newType(0, $kindStruct, "filedesc.FieldRanges", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, sorted_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$2.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.sorted = sliceType$2.nil;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.sorted = sorted_;
	});
	fieldRange = $pkg.fieldRange = $newType(8, $kindArray, "filedesc.fieldRange", true, "google.golang.org/protobuf/internal/filedesc", false, null);
	FieldNumbers = $pkg.FieldNumbers = $newType(0, $kindStruct, "filedesc.FieldNumbers", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, has_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$3.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.has = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.has = has_;
	});
	OneofFields = $pkg.OneofFields = $newType(0, $kindStruct, "filedesc.OneofFields", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, once_, byName_, byJSON_, byText_, byNum_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$20.nil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byName = false;
			this.byJSON = false;
			this.byText = false;
			this.byNum = false;
			return;
		}
		this.List = List_;
		this.once = once_;
		this.byName = byName_;
		this.byJSON = byJSON_;
		this.byText = byText_;
		this.byNum = byNum_;
	});
	SourceLocations = $pkg.SourceLocations = $newType(0, $kindStruct, "filedesc.SourceLocations", true, "google.golang.org/protobuf/internal/filedesc", true, function(List_, File_, once_, byPath_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.List = sliceType$4.nil;
			this.File = $ifaceNil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.byPath = false;
			return;
		}
		this.List = List_;
		this.File = File_;
		this.once = once_;
		this.byPath = byPath_;
	});
	pathKey = $pkg.pathKey = $newType(0, $kindStruct, "filedesc.pathKey", true, "google.golang.org/protobuf/internal/filedesc", false, function(arr_, str_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.arr = arrayType$3.zero();
			this.str = "";
			return;
		}
		this.arr = arr_;
		this.str = str_;
	});
	fileRaw = $pkg.fileRaw = $newType(0, $kindStruct, "filedesc.fileRaw", true, "google.golang.org/protobuf/internal/filedesc", false, function(builder_, allEnums_, allMessages_, allExtensions_, allServices_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.builder = new Builder.ptr("", sliceType$13.nil, 0, 0, 0, 0, $ifaceNil, $ifaceNil);
			this.allEnums = sliceType$8.nil;
			this.allMessages = sliceType$5.nil;
			this.allExtensions = sliceType$10.nil;
			this.allServices = sliceType$11.nil;
			return;
		}
		this.builder = builder_;
		this.allEnums = allEnums_;
		this.allMessages = allMessages_;
		this.allExtensions = allExtensions_;
		this.allServices = allServices_;
	});
	File = $pkg.File = $newType(0, $kindStruct, "filedesc.File", true, "google.golang.org/protobuf/internal/filedesc", true, function(fileRaw_, L1_, once_, mu_, L2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fileRaw = new fileRaw.ptr(new Builder.ptr("", sliceType$13.nil, 0, 0, 0, 0, $ifaceNil, $ifaceNil), sliceType$8.nil, sliceType$5.nil, sliceType$10.nil, sliceType$11.nil);
			this.L1 = new FileL1.ptr(0, "", "", new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Services.ptr(sliceType$11.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false));
			this.once = 0;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.L2 = ptrType$1.nil;
			return;
		}
		this.fileRaw = fileRaw_;
		this.L1 = L1_;
		this.once = once_;
		this.mu = mu_;
		this.L2 = L2_;
	});
	FileL1 = $pkg.FileL1 = $newType(0, $kindStruct, "filedesc.FileL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(Syntax_, Path_, Package_, Enums_, Messages_, Extensions_, Services_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Syntax = 0;
			this.Path = "";
			this.Package = "";
			this.Enums = new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.Messages = new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.Extensions = new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.Services = new Services.ptr(sliceType$11.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			return;
		}
		this.Syntax = Syntax_;
		this.Path = Path_;
		this.Package = Package_;
		this.Enums = Enums_;
		this.Messages = Messages_;
		this.Extensions = Extensions_;
		this.Services = Services_;
	});
	FileL2 = $pkg.FileL2 = $newType(0, $kindStruct, "filedesc.FileL2", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Imports_, Locations_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Imports = FileImports.nil;
			this.Locations = new SourceLocations.ptr(sliceType$4.nil, $ifaceNil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			return;
		}
		this.Options = Options_;
		this.Imports = Imports_;
		this.Locations = Locations_;
	});
	Enum = $pkg.Enum = $newType(0, $kindStruct, "filedesc.Enum", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_, L2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new EnumL1.ptr(false);
			this.L2 = ptrType$28.nil;
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
		this.L2 = L2_;
	});
	EnumL1 = $pkg.EnumL1 = $newType(0, $kindStruct, "filedesc.EnumL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(eagerValues_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.eagerValues = false;
			return;
		}
		this.eagerValues = eagerValues_;
	});
	EnumL2 = $pkg.EnumL2 = $newType(0, $kindStruct, "filedesc.EnumL2", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Values_, ReservedNames_, ReservedRanges_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Values = new EnumValues.ptr(sliceType$9.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false);
			this.ReservedNames = new Names.ptr(sliceType.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.ReservedRanges = new EnumRanges.ptr(sliceType$1.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$1.nil);
			return;
		}
		this.Options = Options_;
		this.Values = Values_;
		this.ReservedNames = ReservedNames_;
		this.ReservedRanges = ReservedRanges_;
	});
	EnumValue = $pkg.EnumValue = $newType(0, $kindStruct, "filedesc.EnumValue", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new EnumValueL1.ptr($throwNilPointerError, 0);
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
	});
	EnumValueL1 = $pkg.EnumValueL1 = $newType(0, $kindStruct, "filedesc.EnumValueL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Number_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Number = 0;
			return;
		}
		this.Options = Options_;
		this.Number = Number_;
	});
	Message = $pkg.Message = $newType(0, $kindStruct, "filedesc.Message", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_, L2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new MessageL1.ptr(new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), false, false);
			this.L2 = ptrType$29.nil;
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
		this.L2 = L2_;
	});
	MessageL1 = $pkg.MessageL1 = $newType(0, $kindStruct, "filedesc.MessageL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(Enums_, Messages_, Extensions_, IsMapEntry_, IsMessageSet_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Enums = new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.Messages = new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.Extensions = new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.IsMapEntry = false;
			this.IsMessageSet = false;
			return;
		}
		this.Enums = Enums_;
		this.Messages = Messages_;
		this.Extensions = Extensions_;
		this.IsMapEntry = IsMapEntry_;
		this.IsMessageSet = IsMessageSet_;
	});
	MessageL2 = $pkg.MessageL2 = $newType(0, $kindStruct, "filedesc.MessageL2", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Fields_, Oneofs_, ReservedNames_, ReservedRanges_, RequiredNumbers_, ExtensionRanges_, ExtensionRangeOptions_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Fields = new Fields.ptr(sliceType$6.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false);
			this.Oneofs = new Oneofs.ptr(sliceType$7.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.ReservedNames = new Names.ptr(sliceType.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.ReservedRanges = new FieldRanges.ptr(sliceType$2.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$2.nil);
			this.RequiredNumbers = new FieldNumbers.ptr(sliceType$3.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			this.ExtensionRanges = new FieldRanges.ptr(sliceType$2.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$2.nil);
			this.ExtensionRangeOptions = sliceType$18.nil;
			return;
		}
		this.Options = Options_;
		this.Fields = Fields_;
		this.Oneofs = Oneofs_;
		this.ReservedNames = ReservedNames_;
		this.ReservedRanges = ReservedRanges_;
		this.RequiredNumbers = RequiredNumbers_;
		this.ExtensionRanges = ExtensionRanges_;
		this.ExtensionRangeOptions = ExtensionRangeOptions_;
	});
	Field = $pkg.Field = $newType(0, $kindStruct, "filedesc.Field", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new FieldL1.ptr($throwNilPointerError, 0, 0, 0, new stringName.ptr(false, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), "", ""), false, false, false, false, false, false, new defaultValue.ptr(false, new protoreflect.Value.ptr(arrayType$4.zero(), 0, new $Uint64(0, 0), "", sliceType$13.nil, $ifaceNil), $ifaceNil, sliceType$13.nil), $ifaceNil, $ifaceNil, $ifaceNil);
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
	});
	FieldL1 = $pkg.FieldL1 = $newType(0, $kindStruct, "filedesc.FieldL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Number_, Cardinality_, Kind_, StringName_, IsProto3Optional_, IsWeak_, HasPacked_, IsPacked_, HasEnforceUTF8_, EnforceUTF8_, Default_, ContainingOneof_, Enum_, Message_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Number = 0;
			this.Cardinality = 0;
			this.Kind = 0;
			this.StringName = new stringName.ptr(false, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), "", "");
			this.IsProto3Optional = false;
			this.IsWeak = false;
			this.HasPacked = false;
			this.IsPacked = false;
			this.HasEnforceUTF8 = false;
			this.EnforceUTF8 = false;
			this.Default = new defaultValue.ptr(false, new protoreflect.Value.ptr(arrayType$4.zero(), 0, new $Uint64(0, 0), "", sliceType$13.nil, $ifaceNil), $ifaceNil, sliceType$13.nil);
			this.ContainingOneof = $ifaceNil;
			this.Enum = $ifaceNil;
			this.Message = $ifaceNil;
			return;
		}
		this.Options = Options_;
		this.Number = Number_;
		this.Cardinality = Cardinality_;
		this.Kind = Kind_;
		this.StringName = StringName_;
		this.IsProto3Optional = IsProto3Optional_;
		this.IsWeak = IsWeak_;
		this.HasPacked = HasPacked_;
		this.IsPacked = IsPacked_;
		this.HasEnforceUTF8 = HasEnforceUTF8_;
		this.EnforceUTF8 = EnforceUTF8_;
		this.Default = Default_;
		this.ContainingOneof = ContainingOneof_;
		this.Enum = Enum_;
		this.Message = Message_;
	});
	Oneof = $pkg.Oneof = $newType(0, $kindStruct, "filedesc.Oneof", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new OneofL1.ptr($throwNilPointerError, new OneofFields.ptr(sliceType$20.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false));
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
	});
	OneofL1 = $pkg.OneofL1 = $newType(0, $kindStruct, "filedesc.OneofL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Fields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Fields = new OneofFields.ptr(sliceType$20.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false);
			return;
		}
		this.Options = Options_;
		this.Fields = Fields_;
	});
	Extension = $pkg.Extension = $newType(0, $kindStruct, "filedesc.Extension", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_, L2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new ExtensionL1.ptr(0, $ifaceNil, 0, 0);
			this.L2 = ptrType$30.nil;
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
		this.L2 = L2_;
	});
	ExtensionL1 = $pkg.ExtensionL1 = $newType(0, $kindStruct, "filedesc.ExtensionL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(Number_, Extendee_, Cardinality_, Kind_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Number = 0;
			this.Extendee = $ifaceNil;
			this.Cardinality = 0;
			this.Kind = 0;
			return;
		}
		this.Number = Number_;
		this.Extendee = Extendee_;
		this.Cardinality = Cardinality_;
		this.Kind = Kind_;
	});
	ExtensionL2 = $pkg.ExtensionL2 = $newType(0, $kindStruct, "filedesc.ExtensionL2", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, StringName_, IsProto3Optional_, IsPacked_, Default_, Enum_, Message_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.StringName = new stringName.ptr(false, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), "", "");
			this.IsProto3Optional = false;
			this.IsPacked = false;
			this.Default = new defaultValue.ptr(false, new protoreflect.Value.ptr(arrayType$4.zero(), 0, new $Uint64(0, 0), "", sliceType$13.nil, $ifaceNil), $ifaceNil, sliceType$13.nil);
			this.Enum = $ifaceNil;
			this.Message = $ifaceNil;
			return;
		}
		this.Options = Options_;
		this.StringName = StringName_;
		this.IsProto3Optional = IsProto3Optional_;
		this.IsPacked = IsPacked_;
		this.Default = Default_;
		this.Enum = Enum_;
		this.Message = Message_;
	});
	Service = $pkg.Service = $newType(0, $kindStruct, "filedesc.Service", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_, L2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new ServiceL1.ptr();
			this.L2 = ptrType$31.nil;
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
		this.L2 = L2_;
	});
	ServiceL1 = $pkg.ServiceL1 = $newType(0, $kindStruct, "filedesc.ServiceL1", true, "google.golang.org/protobuf/internal/filedesc", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	ServiceL2 = $pkg.ServiceL2 = $newType(0, $kindStruct, "filedesc.ServiceL2", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Methods_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Methods = new Methods.ptr(sliceType$19.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
			return;
		}
		this.Options = Options_;
		this.Methods = Methods_;
	});
	Method = $pkg.Method = $newType(0, $kindStruct, "filedesc.Method", true, "google.golang.org/protobuf/internal/filedesc", true, function(Base_, L1_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Base = new Base.ptr(new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0));
			this.L1 = new MethodL1.ptr($throwNilPointerError, $ifaceNil, $ifaceNil, false, false);
			return;
		}
		this.Base = Base_;
		this.L1 = L1_;
	});
	MethodL1 = $pkg.MethodL1 = $newType(0, $kindStruct, "filedesc.MethodL1", true, "google.golang.org/protobuf/internal/filedesc", true, function(Options_, Input_, Output_, IsStreamingClient_, IsStreamingServer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Options = $throwNilPointerError;
			this.Input = $ifaceNil;
			this.Output = $ifaceNil;
			this.IsStreamingClient = false;
			this.IsStreamingServer = false;
			return;
		}
		this.Options = Options_;
		this.Input = Input_;
		this.Output = Output_;
		this.IsStreamingClient = IsStreamingClient_;
		this.IsStreamingServer = IsStreamingServer_;
	});
	Base = $pkg.Base = $newType(0, $kindStruct, "filedesc.Base", true, "google.golang.org/protobuf/internal/filedesc", true, function(L0_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.L0 = new BaseL0.ptr("", ptrType$27.nil, $ifaceNil, 0);
			return;
		}
		this.L0 = L0_;
	});
	BaseL0 = $pkg.BaseL0 = $newType(0, $kindStruct, "filedesc.BaseL0", true, "google.golang.org/protobuf/internal/filedesc", true, function(FullName_, ParentFile_, Parent_, Index_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.FullName = "";
			this.ParentFile = ptrType$27.nil;
			this.Parent = $ifaceNil;
			this.Index = 0;
			return;
		}
		this.FullName = FullName_;
		this.ParentFile = ParentFile_;
		this.Parent = Parent_;
		this.Index = Index_;
	});
	stringName = $pkg.stringName = $newType(0, $kindStruct, "filedesc.stringName", true, "google.golang.org/protobuf/internal/filedesc", false, function(hasJSON_, once_, nameJSON_, nameText_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.hasJSON = false;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.nameJSON = "";
			this.nameText = "";
			return;
		}
		this.hasJSON = hasJSON_;
		this.once = once_;
		this.nameJSON = nameJSON_;
		this.nameText = nameText_;
	});
	defaultValue = $pkg.defaultValue = $newType(0, $kindStruct, "filedesc.defaultValue", true, "google.golang.org/protobuf/internal/filedesc", false, function(has_, val_, enum$2_, bytes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.has = false;
			this.val = new protoreflect.Value.ptr(arrayType$4.zero(), 0, new $Uint64(0, 0), "", sliceType$13.nil, $ifaceNil);
			this.enum$2 = $ifaceNil;
			this.bytes = sliceType$13.nil;
			return;
		}
		this.has = has_;
		this.val = val_;
		this.enum$2 = enum$2_;
		this.bytes = bytes_;
	});
	Builder = $pkg.Builder = $newType(0, $kindStruct, "filedesc.Builder", true, "google.golang.org/protobuf/internal/filedesc", true, function(GoPackagePath_, RawDescriptor_, NumEnums_, NumMessages_, NumExtensions_, NumServices_, TypeResolver_, FileRegistry_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.GoPackagePath = "";
			this.RawDescriptor = sliceType$13.nil;
			this.NumEnums = 0;
			this.NumMessages = 0;
			this.NumExtensions = 0;
			this.NumServices = 0;
			this.TypeResolver = $ifaceNil;
			this.FileRegistry = $ifaceNil;
			return;
		}
		this.GoPackagePath = GoPackagePath_;
		this.RawDescriptor = RawDescriptor_;
		this.NumEnums = NumEnums_;
		this.NumMessages = NumMessages_;
		this.NumExtensions = NumExtensions_;
		this.NumServices = NumServices_;
		this.TypeResolver = TypeResolver_;
		this.FileRegistry = FileRegistry_;
	});
	resolverByIndex = $pkg.resolverByIndex = $newType(8, $kindInterface, "filedesc.resolverByIndex", true, "google.golang.org/protobuf/internal/filedesc", false, null);
	Out = $pkg.Out = $newType(0, $kindStruct, "filedesc.Out", true, "google.golang.org/protobuf/internal/filedesc", true, function(File_, Enums_, Messages_, Extensions_, Services_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.File = $ifaceNil;
			this.Enums = sliceType$8.nil;
			this.Messages = sliceType$5.nil;
			this.Extensions = sliceType$10.nil;
			this.Services = sliceType$11.nil;
			return;
		}
		this.File = File_;
		this.Enums = Enums_;
		this.Messages = Messages_;
		this.Extensions = Extensions_;
		this.Services = Services_;
	});
	sliceType = $sliceType(protoreflect.Name);
	arrayType = $arrayType(protoreflect.EnumNumber, 2);
	sliceType$1 = $sliceType(arrayType);
	arrayType$1 = $arrayType(protowire.Number, 2);
	sliceType$2 = $sliceType(arrayType$1);
	sliceType$3 = $sliceType(protowire.Number);
	sliceType$4 = $sliceType(protoreflect.SourceLocation);
	ptrType = $ptrType(FileImports);
	sliceType$5 = $sliceType(Message);
	sliceType$6 = $sliceType(Field);
	sliceType$7 = $sliceType(Oneof);
	sliceType$8 = $sliceType(Enum);
	sliceType$9 = $sliceType(EnumValue);
	sliceType$10 = $sliceType(Extension);
	sliceType$11 = $sliceType(Service);
	sliceType$12 = $sliceType($emptyInterface);
	sliceType$13 = $sliceType($Uint8);
	ptrType$1 = $ptrType(FileL2);
	ptrType$2 = $ptrType(Enum);
	ptrType$3 = $ptrType(EnumValue);
	ptrType$4 = $ptrType(Message);
	ptrType$5 = $ptrType(Field);
	ptrType$6 = $ptrType(Oneof);
	ptrType$7 = $ptrType(Extension);
	ptrType$8 = $ptrType(Service);
	ptrType$9 = $ptrType(Method);
	structType = $structType("", []);
	sliceType$14 = $sliceType($String);
	arrayType$2 = $arrayType($Int32, 16);
	sliceType$15 = $sliceType($Int32);
	sliceType$16 = $sliceType($Int);
	arrayType$3 = $arrayType($Uint8, 16);
	ptrType$10 = $ptrType(protoreflect.ProtoMessage);
	sliceType$17 = $sliceType(sliceType$13);
	funcType = $funcType([], [protoreflect.ProtoMessage], false);
	sliceType$18 = $sliceType(funcType);
	funcType$1 = $funcType([], [], false);
	arrayType$4 = $arrayType(funcType$1, 0);
	sliceType$19 = $sliceType(Method);
	ptrType$11 = $ptrType(strs.Builder);
	ptrType$12 = $ptrType($Uint32);
	ptrType$13 = $ptrType(Enums);
	mapType = $mapType(protoreflect.Name, ptrType$2);
	ptrType$14 = $ptrType(EnumValues);
	mapType$1 = $mapType(protoreflect.Name, ptrType$3);
	mapType$2 = $mapType(protoreflect.EnumNumber, ptrType$3);
	ptrType$15 = $ptrType(Messages);
	mapType$3 = $mapType(protoreflect.Name, ptrType$4);
	ptrType$16 = $ptrType(Fields);
	mapType$4 = $mapType(protoreflect.Name, ptrType$5);
	mapType$5 = $mapType($String, ptrType$5);
	mapType$6 = $mapType(protowire.Number, ptrType$5);
	ptrType$17 = $ptrType(Oneofs);
	mapType$7 = $mapType(protoreflect.Name, ptrType$6);
	ptrType$18 = $ptrType(Extensions);
	mapType$8 = $mapType(protoreflect.Name, ptrType$7);
	ptrType$19 = $ptrType(Services);
	mapType$9 = $mapType(protoreflect.Name, ptrType$8);
	ptrType$20 = $ptrType(Methods);
	mapType$10 = $mapType(protoreflect.Name, ptrType$9);
	ptrType$21 = $ptrType(Names);
	mapType$11 = $mapType(protoreflect.Name, $Int);
	ptrType$22 = $ptrType(EnumRanges);
	ptrType$23 = $ptrType(FieldRanges);
	ptrType$24 = $ptrType(FieldNumbers);
	mapType$12 = $mapType(protowire.Number, structType);
	sliceType$20 = $sliceType(protoreflect.FieldDescriptor);
	ptrType$25 = $ptrType(OneofFields);
	mapType$13 = $mapType(protoreflect.Name, protoreflect.FieldDescriptor);
	mapType$14 = $mapType($String, protoreflect.FieldDescriptor);
	mapType$15 = $mapType(protowire.Number, protoreflect.FieldDescriptor);
	ptrType$26 = $ptrType(SourceLocations);
	mapType$16 = $mapType(pathKey, $Int);
	ptrType$27 = $ptrType(File);
	ptrType$28 = $ptrType(EnumL2);
	ptrType$29 = $ptrType(MessageL2);
	ptrType$30 = $ptrType(ExtensionL2);
	ptrType$31 = $ptrType(ServiceL2);
	ptrType$32 = $ptrType(Base);
	ptrType$33 = $ptrType(stringName);
	ptrType$34 = $ptrType(defaultValue);
	ptrType$35 = $ptrType(Builder);
	interfaceType = $interfaceType([{prop: "FindExtensionByName", name: "FindExtensionByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.ExtensionType, $error], false)}, {prop: "FindExtensionByNumber", name: "FindExtensionByNumber", pkg: "", typ: $funcType([protoreflect.FullName, protowire.Number], [protoreflect.ExtensionType, $error], false)}]);
	interfaceType$1 = $interfaceType([{prop: "FindDescriptorByName", name: "FindDescriptorByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.Descriptor, $error], false)}, {prop: "FindFileByPath", name: "FindFileByPath", pkg: "", typ: $funcType([$String], [protoreflect.FileDescriptor, $error], false)}, {prop: "RegisterFile", name: "RegisterFile", pkg: "", typ: $funcType([protoreflect.FileDescriptor], [$error], false)}]);
	PlaceholderFile.prototype.ParentFile = function() {
		var f;
		f = this.$val;
		return new PlaceholderFile(f);
	};
	$ptrType(PlaceholderFile).prototype.ParentFile = function() { return new PlaceholderFile(this.$get()).ParentFile(); };
	PlaceholderFile.prototype.Parent = function() {
		var f;
		f = this.$val;
		return $ifaceNil;
	};
	$ptrType(PlaceholderFile).prototype.Parent = function() { return new PlaceholderFile(this.$get()).Parent(); };
	PlaceholderFile.prototype.Index = function() {
		var f;
		f = this.$val;
		return 0;
	};
	$ptrType(PlaceholderFile).prototype.Index = function() { return new PlaceholderFile(this.$get()).Index(); };
	PlaceholderFile.prototype.Syntax = function() {
		var f;
		f = this.$val;
		return 0;
	};
	$ptrType(PlaceholderFile).prototype.Syntax = function() { return new PlaceholderFile(this.$get()).Syntax(); };
	PlaceholderFile.prototype.Name = function() {
		var f;
		f = this.$val;
		return "";
	};
	$ptrType(PlaceholderFile).prototype.Name = function() { return new PlaceholderFile(this.$get()).Name(); };
	PlaceholderFile.prototype.FullName = function() {
		var f;
		f = this.$val;
		return "";
	};
	$ptrType(PlaceholderFile).prototype.FullName = function() { return new PlaceholderFile(this.$get()).FullName(); };
	PlaceholderFile.prototype.IsPlaceholder = function() {
		var f;
		f = this.$val;
		return true;
	};
	$ptrType(PlaceholderFile).prototype.IsPlaceholder = function() { return new PlaceholderFile(this.$get()).IsPlaceholder(); };
	PlaceholderFile.prototype.Options = function() {
		var f;
		f = this.$val;
		return descopts.File;
	};
	$ptrType(PlaceholderFile).prototype.Options = function() { return new PlaceholderFile(this.$get()).Options(); };
	PlaceholderFile.prototype.Path = function() {
		var f;
		f = this.$val;
		return (f);
	};
	$ptrType(PlaceholderFile).prototype.Path = function() { return new PlaceholderFile(this.$get()).Path(); };
	PlaceholderFile.prototype.Package = function() {
		var f;
		f = this.$val;
		return "";
	};
	$ptrType(PlaceholderFile).prototype.Package = function() { return new PlaceholderFile(this.$get()).Package(); };
	PlaceholderFile.prototype.Imports = function() {
		var f;
		f = this.$val;
		return emptyFiles;
	};
	$ptrType(PlaceholderFile).prototype.Imports = function() { return new PlaceholderFile(this.$get()).Imports(); };
	PlaceholderFile.prototype.Messages = function() {
		var f;
		f = this.$val;
		return emptyMessages;
	};
	$ptrType(PlaceholderFile).prototype.Messages = function() { return new PlaceholderFile(this.$get()).Messages(); };
	PlaceholderFile.prototype.Enums = function() {
		var f;
		f = this.$val;
		return emptyEnums;
	};
	$ptrType(PlaceholderFile).prototype.Enums = function() { return new PlaceholderFile(this.$get()).Enums(); };
	PlaceholderFile.prototype.Extensions = function() {
		var f;
		f = this.$val;
		return emptyExtensions;
	};
	$ptrType(PlaceholderFile).prototype.Extensions = function() { return new PlaceholderFile(this.$get()).Extensions(); };
	PlaceholderFile.prototype.Services = function() {
		var f;
		f = this.$val;
		return emptyServices;
	};
	$ptrType(PlaceholderFile).prototype.Services = function() { return new PlaceholderFile(this.$get()).Services(); };
	PlaceholderFile.prototype.SourceLocations = function() {
		var f;
		f = this.$val;
		return emptySourceLocations;
	};
	$ptrType(PlaceholderFile).prototype.SourceLocations = function() { return new PlaceholderFile(this.$get()).SourceLocations(); };
	PlaceholderFile.prototype.ProtoType = function(param) {
		var f, param;
		f = this.$val;
		return;
	};
	$ptrType(PlaceholderFile).prototype.ProtoType = function(param) { return new PlaceholderFile(this.$get()).ProtoType(param); };
	PlaceholderFile.prototype.ProtoInternal = function(param) {
		var f, param;
		f = this.$val;
		return;
	};
	$ptrType(PlaceholderFile).prototype.ProtoInternal = function(param) { return new PlaceholderFile(this.$get()).ProtoInternal(param); };
	PlaceholderEnum.prototype.ParentFile = function() {
		var e;
		e = this.$val;
		return $ifaceNil;
	};
	$ptrType(PlaceholderEnum).prototype.ParentFile = function() { return new PlaceholderEnum(this.$get()).ParentFile(); };
	PlaceholderEnum.prototype.Parent = function() {
		var e;
		e = this.$val;
		return $ifaceNil;
	};
	$ptrType(PlaceholderEnum).prototype.Parent = function() { return new PlaceholderEnum(this.$get()).Parent(); };
	PlaceholderEnum.prototype.Index = function() {
		var e;
		e = this.$val;
		return 0;
	};
	$ptrType(PlaceholderEnum).prototype.Index = function() { return new PlaceholderEnum(this.$get()).Index(); };
	PlaceholderEnum.prototype.Syntax = function() {
		var e;
		e = this.$val;
		return 0;
	};
	$ptrType(PlaceholderEnum).prototype.Syntax = function() { return new PlaceholderEnum(this.$get()).Syntax(); };
	PlaceholderEnum.prototype.Name = function() {
		var e;
		e = this.$val;
		return new protoreflect.FullName((e)).Name();
	};
	$ptrType(PlaceholderEnum).prototype.Name = function() { return new PlaceholderEnum(this.$get()).Name(); };
	PlaceholderEnum.prototype.FullName = function() {
		var e;
		e = this.$val;
		return (e);
	};
	$ptrType(PlaceholderEnum).prototype.FullName = function() { return new PlaceholderEnum(this.$get()).FullName(); };
	PlaceholderEnum.prototype.IsPlaceholder = function() {
		var e;
		e = this.$val;
		return true;
	};
	$ptrType(PlaceholderEnum).prototype.IsPlaceholder = function() { return new PlaceholderEnum(this.$get()).IsPlaceholder(); };
	PlaceholderEnum.prototype.Options = function() {
		var e;
		e = this.$val;
		return descopts.Enum;
	};
	$ptrType(PlaceholderEnum).prototype.Options = function() { return new PlaceholderEnum(this.$get()).Options(); };
	PlaceholderEnum.prototype.Values = function() {
		var e;
		e = this.$val;
		return emptyEnumValues;
	};
	$ptrType(PlaceholderEnum).prototype.Values = function() { return new PlaceholderEnum(this.$get()).Values(); };
	PlaceholderEnum.prototype.ReservedNames = function() {
		var e;
		e = this.$val;
		return emptyNames;
	};
	$ptrType(PlaceholderEnum).prototype.ReservedNames = function() { return new PlaceholderEnum(this.$get()).ReservedNames(); };
	PlaceholderEnum.prototype.ReservedRanges = function() {
		var e;
		e = this.$val;
		return emptyEnumRanges;
	};
	$ptrType(PlaceholderEnum).prototype.ReservedRanges = function() { return new PlaceholderEnum(this.$get()).ReservedRanges(); };
	PlaceholderEnum.prototype.ProtoType = function(param) {
		var e, param;
		e = this.$val;
		return;
	};
	$ptrType(PlaceholderEnum).prototype.ProtoType = function(param) { return new PlaceholderEnum(this.$get()).ProtoType(param); };
	PlaceholderEnum.prototype.ProtoInternal = function(param) {
		var e, param;
		e = this.$val;
		return;
	};
	$ptrType(PlaceholderEnum).prototype.ProtoInternal = function(param) { return new PlaceholderEnum(this.$get()).ProtoInternal(param); };
	PlaceholderEnumValue.prototype.ParentFile = function() {
		var e;
		e = this.$val;
		return $ifaceNil;
	};
	$ptrType(PlaceholderEnumValue).prototype.ParentFile = function() { return new PlaceholderEnumValue(this.$get()).ParentFile(); };
	PlaceholderEnumValue.prototype.Parent = function() {
		var e;
		e = this.$val;
		return $ifaceNil;
	};
	$ptrType(PlaceholderEnumValue).prototype.Parent = function() { return new PlaceholderEnumValue(this.$get()).Parent(); };
	PlaceholderEnumValue.prototype.Index = function() {
		var e;
		e = this.$val;
		return 0;
	};
	$ptrType(PlaceholderEnumValue).prototype.Index = function() { return new PlaceholderEnumValue(this.$get()).Index(); };
	PlaceholderEnumValue.prototype.Syntax = function() {
		var e;
		e = this.$val;
		return 0;
	};
	$ptrType(PlaceholderEnumValue).prototype.Syntax = function() { return new PlaceholderEnumValue(this.$get()).Syntax(); };
	PlaceholderEnumValue.prototype.Name = function() {
		var e;
		e = this.$val;
		return new protoreflect.FullName((e)).Name();
	};
	$ptrType(PlaceholderEnumValue).prototype.Name = function() { return new PlaceholderEnumValue(this.$get()).Name(); };
	PlaceholderEnumValue.prototype.FullName = function() {
		var e;
		e = this.$val;
		return (e);
	};
	$ptrType(PlaceholderEnumValue).prototype.FullName = function() { return new PlaceholderEnumValue(this.$get()).FullName(); };
	PlaceholderEnumValue.prototype.IsPlaceholder = function() {
		var e;
		e = this.$val;
		return true;
	};
	$ptrType(PlaceholderEnumValue).prototype.IsPlaceholder = function() { return new PlaceholderEnumValue(this.$get()).IsPlaceholder(); };
	PlaceholderEnumValue.prototype.Options = function() {
		var e;
		e = this.$val;
		return descopts.EnumValue;
	};
	$ptrType(PlaceholderEnumValue).prototype.Options = function() { return new PlaceholderEnumValue(this.$get()).Options(); };
	PlaceholderEnumValue.prototype.Number = function() {
		var e;
		e = this.$val;
		return 0;
	};
	$ptrType(PlaceholderEnumValue).prototype.Number = function() { return new PlaceholderEnumValue(this.$get()).Number(); };
	PlaceholderEnumValue.prototype.ProtoType = function(param) {
		var e, param;
		e = this.$val;
		return;
	};
	$ptrType(PlaceholderEnumValue).prototype.ProtoType = function(param) { return new PlaceholderEnumValue(this.$get()).ProtoType(param); };
	PlaceholderEnumValue.prototype.ProtoInternal = function(param) {
		var e, param;
		e = this.$val;
		return;
	};
	$ptrType(PlaceholderEnumValue).prototype.ProtoInternal = function(param) { return new PlaceholderEnumValue(this.$get()).ProtoInternal(param); };
	PlaceholderMessage.prototype.ParentFile = function() {
		var m;
		m = this.$val;
		return $ifaceNil;
	};
	$ptrType(PlaceholderMessage).prototype.ParentFile = function() { return new PlaceholderMessage(this.$get()).ParentFile(); };
	PlaceholderMessage.prototype.Parent = function() {
		var m;
		m = this.$val;
		return $ifaceNil;
	};
	$ptrType(PlaceholderMessage).prototype.Parent = function() { return new PlaceholderMessage(this.$get()).Parent(); };
	PlaceholderMessage.prototype.Index = function() {
		var m;
		m = this.$val;
		return 0;
	};
	$ptrType(PlaceholderMessage).prototype.Index = function() { return new PlaceholderMessage(this.$get()).Index(); };
	PlaceholderMessage.prototype.Syntax = function() {
		var m;
		m = this.$val;
		return 0;
	};
	$ptrType(PlaceholderMessage).prototype.Syntax = function() { return new PlaceholderMessage(this.$get()).Syntax(); };
	PlaceholderMessage.prototype.Name = function() {
		var m;
		m = this.$val;
		return new protoreflect.FullName((m)).Name();
	};
	$ptrType(PlaceholderMessage).prototype.Name = function() { return new PlaceholderMessage(this.$get()).Name(); };
	PlaceholderMessage.prototype.FullName = function() {
		var m;
		m = this.$val;
		return (m);
	};
	$ptrType(PlaceholderMessage).prototype.FullName = function() { return new PlaceholderMessage(this.$get()).FullName(); };
	PlaceholderMessage.prototype.IsPlaceholder = function() {
		var m;
		m = this.$val;
		return true;
	};
	$ptrType(PlaceholderMessage).prototype.IsPlaceholder = function() { return new PlaceholderMessage(this.$get()).IsPlaceholder(); };
	PlaceholderMessage.prototype.Options = function() {
		var m;
		m = this.$val;
		return descopts.Message;
	};
	$ptrType(PlaceholderMessage).prototype.Options = function() { return new PlaceholderMessage(this.$get()).Options(); };
	PlaceholderMessage.prototype.IsMapEntry = function() {
		var m;
		m = this.$val;
		return false;
	};
	$ptrType(PlaceholderMessage).prototype.IsMapEntry = function() { return new PlaceholderMessage(this.$get()).IsMapEntry(); };
	PlaceholderMessage.prototype.Fields = function() {
		var m;
		m = this.$val;
		return emptyFields;
	};
	$ptrType(PlaceholderMessage).prototype.Fields = function() { return new PlaceholderMessage(this.$get()).Fields(); };
	PlaceholderMessage.prototype.Oneofs = function() {
		var m;
		m = this.$val;
		return emptyOneofs;
	};
	$ptrType(PlaceholderMessage).prototype.Oneofs = function() { return new PlaceholderMessage(this.$get()).Oneofs(); };
	PlaceholderMessage.prototype.ReservedNames = function() {
		var m;
		m = this.$val;
		return emptyNames;
	};
	$ptrType(PlaceholderMessage).prototype.ReservedNames = function() { return new PlaceholderMessage(this.$get()).ReservedNames(); };
	PlaceholderMessage.prototype.ReservedRanges = function() {
		var m;
		m = this.$val;
		return emptyFieldRanges;
	};
	$ptrType(PlaceholderMessage).prototype.ReservedRanges = function() { return new PlaceholderMessage(this.$get()).ReservedRanges(); };
	PlaceholderMessage.prototype.RequiredNumbers = function() {
		var m;
		m = this.$val;
		return emptyFieldNumbers;
	};
	$ptrType(PlaceholderMessage).prototype.RequiredNumbers = function() { return new PlaceholderMessage(this.$get()).RequiredNumbers(); };
	PlaceholderMessage.prototype.ExtensionRanges = function() {
		var m;
		m = this.$val;
		return emptyFieldRanges;
	};
	$ptrType(PlaceholderMessage).prototype.ExtensionRanges = function() { return new PlaceholderMessage(this.$get()).ExtensionRanges(); };
	PlaceholderMessage.prototype.ExtensionRangeOptions = function(param) {
		var m, param;
		m = this.$val;
		$panic(new $String("index out of range"));
	};
	$ptrType(PlaceholderMessage).prototype.ExtensionRangeOptions = function(param) { return new PlaceholderMessage(this.$get()).ExtensionRangeOptions(param); };
	PlaceholderMessage.prototype.Messages = function() {
		var m;
		m = this.$val;
		return emptyMessages;
	};
	$ptrType(PlaceholderMessage).prototype.Messages = function() { return new PlaceholderMessage(this.$get()).Messages(); };
	PlaceholderMessage.prototype.Enums = function() {
		var m;
		m = this.$val;
		return emptyEnums;
	};
	$ptrType(PlaceholderMessage).prototype.Enums = function() { return new PlaceholderMessage(this.$get()).Enums(); };
	PlaceholderMessage.prototype.Extensions = function() {
		var m;
		m = this.$val;
		return emptyExtensions;
	};
	$ptrType(PlaceholderMessage).prototype.Extensions = function() { return new PlaceholderMessage(this.$get()).Extensions(); };
	PlaceholderMessage.prototype.ProtoType = function(param) {
		var m, param;
		m = this.$val;
		return;
	};
	$ptrType(PlaceholderMessage).prototype.ProtoType = function(param) { return new PlaceholderMessage(this.$get()).ProtoType(param); };
	PlaceholderMessage.prototype.ProtoInternal = function(param) {
		var m, param;
		m = this.$val;
		return;
	};
	$ptrType(PlaceholderMessage).prototype.ProtoInternal = function(param) { return new PlaceholderMessage(this.$get()).ProtoInternal(param); };
	Enums.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Enums.prototype.Len = function() { return this.$val.Len(); };
	Enums.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Enums.prototype.Get = function(i) { return this.$val.Get(i); };
	Enums.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$2.nil);
		if (!(d === ptrType$2.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Enums.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Enums.prototype.ByName = function(s) { return this.$val.ByName(s); };
	Enums.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Enums.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Enums.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Enums.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Enums.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Enums.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _i, _key, _ref, _tuple, d, i, ok, x, x$1;
			if (p[0].List.$length > 0) {
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					d = (x$1 = p[0].List, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$2.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Enums.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Enums.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	EnumValues.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	EnumValues.prototype.Len = function() { return this.$val.Len(); };
	EnumValues.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	EnumValues.prototype.Get = function(i) { return this.$val.Get(i); };
	EnumValues.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$3.nil);
		if (!(d === ptrType$3.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: EnumValues.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	EnumValues.prototype.ByName = function(s) { return this.$val.ByName(s); };
	EnumValues.ptr.prototype.ByNumber = function(n) {
		var {_entry, _r, d, n, p, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byNum[protoreflect.EnumNumber.keyFor(n)], _entry !== undefined ? _entry.v : ptrType$3.nil);
		if (!(d === ptrType$3.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: EnumValues.ptr.prototype.ByNumber, $c: true, $r, _entry, _r, d, n, p, $s};return $f;
	};
	EnumValues.prototype.ByNumber = function(n) { return this.$val.ByNumber(n); };
	EnumValues.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: EnumValues.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	EnumValues.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	EnumValues.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	EnumValues.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	EnumValues.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _entry$1, _i, _key, _key$1, _ref, _tuple, _tuple$1, d, i, ok, ok$1, x, x$1, x$2;
			if (p[0].List.$length > 0) {
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				p[0].byNum = (x$1 = p[0].List.$length, ((x$1 < 0 || x$1 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					d = (x$2 = p[0].List, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$3.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_tuple$1 = (_entry$1 = p[0].byNum[protoreflect.EnumNumber.keyFor(d.Number())], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$3.nil, false]);
					ok$1 = _tuple$1[1];
					if (!ok$1) {
						_key$1 = d.Number(); (p[0].byNum || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.EnumNumber.keyFor(_key$1)] = { k: _key$1, v: d };
					}
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: EnumValues.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	EnumValues.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Messages.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Messages.prototype.Len = function() { return this.$val.Len(); };
	Messages.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Messages.prototype.Get = function(i) { return this.$val.Get(i); };
	Messages.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$4.nil);
		if (!(d === ptrType$4.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Messages.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Messages.prototype.ByName = function(s) { return this.$val.ByName(s); };
	Messages.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Messages.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Messages.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Messages.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Messages.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Messages.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _i, _key, _ref, _tuple, d, i, ok, x, x$1;
			if (p[0].List.$length > 0) {
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					d = (x$1 = p[0].List, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$4.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Messages.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Messages.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Fields.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Fields.prototype.Len = function() { return this.$val.Len(); };
	Fields.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Fields.prototype.Get = function(i) { return this.$val.Get(i); };
	Fields.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$5.nil);
		if (!(d === ptrType$5.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Fields.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Fields.prototype.ByName = function(s) { return this.$val.ByName(s); };
	Fields.ptr.prototype.ByJSONName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byJSON[$String.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$5.nil);
		if (!(d === ptrType$5.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Fields.ptr.prototype.ByJSONName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Fields.prototype.ByJSONName = function(s) { return this.$val.ByJSONName(s); };
	Fields.ptr.prototype.ByTextName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byText[$String.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$5.nil);
		if (!(d === ptrType$5.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Fields.ptr.prototype.ByTextName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Fields.prototype.ByTextName = function(s) { return this.$val.ByTextName(s); };
	Fields.ptr.prototype.ByNumber = function(n) {
		var {_entry, _r, d, n, p, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byNum[protowire.Number.keyFor(n)], _entry !== undefined ? _entry.v : ptrType$5.nil);
		if (!(d === ptrType$5.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Fields.ptr.prototype.ByNumber, $c: true, $r, _entry, _r, d, n, p, $s};return $f;
	};
	Fields.prototype.ByNumber = function(n) { return this.$val.ByNumber(n); };
	Fields.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Fields.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Fields.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Fields.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Fields.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Fields.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function $b() {
			var {_entry, _entry$1, _entry$2, _entry$3, _i, _key, _key$1, _key$2, _key$3, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, d, i, ok, ok$1, ok$2, ok$3, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (p[0].List.$length > 0) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (p[0].List.$length > 0) { */ case 1:
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				p[0].byJSON = (x$1 = p[0].List.$length, ((x$1 < 0 || x$1 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				p[0].byText = (x$2 = p[0].List.$length, ((x$2 < 0 || x$2 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				p[0].byNum = (x$3 = p[0].List.$length, ((x$3 < 0 || x$3 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				/* while (true) { */ case 3:
					/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
					i = _i;
					d = (x$4 = p[0].List, ((i < 0 || i >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$5.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_r = d.JSONName(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_tuple$1 = (_entry$1 = p[0].byJSON[$String.keyFor(_r)], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$5.nil, false]);
					ok$1 = _tuple$1[1];
					/* */ if (!ok$1) { $s = 6; continue; }
					/* */ $s = 7; continue;
					/* if (!ok$1) { */ case 6:
						_r$1 = d.JSONName(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						_key$1 = _r$1; (p[0].byJSON || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: d };
					/* } */ case 7:
					_r$2 = d.TextName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_tuple$2 = (_entry$2 = p[0].byText[$String.keyFor(_r$2)], _entry$2 !== undefined ? [_entry$2.v, true] : [ptrType$5.nil, false]);
					ok$2 = _tuple$2[1];
					/* */ if (!ok$2) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (!ok$2) { */ case 10:
						_r$3 = d.TextName(); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_key$2 = _r$3; (p[0].byText || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$2)] = { k: _key$2, v: d };
					/* } */ case 11:
					_tuple$3 = (_entry$3 = p[0].byNum[protowire.Number.keyFor(d.Number())], _entry$3 !== undefined ? [_entry$3.v, true] : [ptrType$5.nil, false]);
					ok$3 = _tuple$3[1];
					if (!ok$3) {
						_key$3 = d.Number(); (p[0].byNum || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key$3)] = { k: _key$3, v: d };
					}
					_i++;
				$s = 3; continue;
				case 4:
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _entry, _entry$1, _entry$2, _entry$3, _i, _key, _key$1, _key$2, _key$3, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, d, i, ok, ok$1, ok$2, ok$3, x, x$1, x$2, x$3, x$4, $s};return $f;
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Fields.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Fields.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Oneofs.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Oneofs.prototype.Len = function() { return this.$val.Len(); };
	Oneofs.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Oneofs.prototype.Get = function(i) { return this.$val.Get(i); };
	Oneofs.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$6.nil);
		if (!(d === ptrType$6.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Oneofs.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Oneofs.prototype.ByName = function(s) { return this.$val.ByName(s); };
	Oneofs.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Oneofs.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Oneofs.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Oneofs.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Oneofs.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Oneofs.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _i, _key, _ref, _tuple, d, i, ok, x, x$1;
			if (p[0].List.$length > 0) {
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					d = (x$1 = p[0].List, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$6.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Oneofs.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Oneofs.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Extensions.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Extensions.prototype.Len = function() { return this.$val.Len(); };
	Extensions.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Extensions.prototype.Get = function(i) { return this.$val.Get(i); };
	Extensions.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$7.nil);
		if (!(d === ptrType$7.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Extensions.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Extensions.prototype.ByName = function(s) { return this.$val.ByName(s); };
	Extensions.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Extensions.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Extensions.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Extensions.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Extensions.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Extensions.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _i, _key, _ref, _tuple, d, i, ok, x, x$1;
			if (p[0].List.$length > 0) {
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					d = (x$1 = p[0].List, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$7.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Extensions.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Extensions.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Services.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Services.prototype.Len = function() { return this.$val.Len(); };
	Services.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Services.prototype.Get = function(i) { return this.$val.Get(i); };
	Services.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$8.nil);
		if (!(d === ptrType$8.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Services.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Services.prototype.ByName = function(s) { return this.$val.ByName(s); };
	Services.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Services.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Services.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Services.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Services.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Services.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _i, _key, _ref, _tuple, d, i, ok, x, x$1;
			if (p[0].List.$length > 0) {
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					d = (x$1 = p[0].List, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$8.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Services.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Services.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Methods.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Methods.prototype.Len = function() { return this.$val.Len(); };
	Methods.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Methods.prototype.Get = function(i) { return this.$val.Get(i); };
	Methods.ptr.prototype.ByName = function(s) {
		var {_entry, _r, d, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		d = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : ptrType$9.nil);
		if (!(d === ptrType$9.nil)) {
			$s = -1; return d;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Methods.ptr.prototype.ByName, $c: true, $r, _entry, _r, d, p, s, $s};return $f;
	};
	Methods.prototype.ByName = function(s) { return this.$val.ByName(s); };
	Methods.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Methods.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Methods.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Methods.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Methods.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Methods.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _i, _key, _ref, _tuple, d, i, ok, x, x$1;
			if (p[0].List.$length > 0) {
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					d = (x$1 = p[0].List, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
					_tuple = (_entry = p[0].byName[protoreflect.Name.keyFor(d.Base.Name())], _entry !== undefined ? [_entry.v, true] : [ptrType$9.nil, false]);
					ok = _tuple[1];
					if (!ok) {
						_key = d.Base.Name(); (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: d };
					}
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Methods.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Methods.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	$ptrType(FileImports).prototype.Len = function() {
		var p;
		p = this;
		return p.$get().$length;
	};
	$ptrType(FileImports).prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.$get(), ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	$ptrType(FileImports).prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: $ptrType(FileImports).prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	$ptrType(FileImports).prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Names.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	Names.prototype.Len = function() { return this.$val.Len(); };
	Names.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	Names.prototype.Get = function(i) { return this.$val.Get(i); };
	Names.ptr.prototype.Has = function(s) {
		var {$24r, _entry, _r, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (_entry = _r.has[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : 0) > 0;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Names.ptr.prototype.Has, $c: true, $r, $24r, _entry, _r, p, s, $s};return $f;
	};
	Names.prototype.Has = function(s) { return this.$val.Has(s); };
	Names.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Names.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	Names.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Names.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	Names.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Names.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _entry, _i, _key, _ref, s, x;
			if (p[0].List.$length > 0) {
				p[0].has = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					_key = s; (p[0].has || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: (_entry = p[0].has[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : 0) + 1 >> 0 };
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: Names.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	Names.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Names.ptr.prototype.CheckValid = function() {
		var {$24r, $24r$1, _entry, _i, _keys, _r, _r$1, _r$2, _ref, n, p, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_ref = _r.has;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			s = _entry.k;
			n = _entry.v;
				/* */ if (n > 1) { $s = 5; continue; }
				/* */ if (false && !new protoreflect.Name(s).IsValid()) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (n > 1) { */ case 5:
					_r$1 = errors.New("duplicate name: %q", new sliceType$12([new protoreflect.Name(s)])); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = _r$1;
					$s = 9; case 9: return $24r;
				/* } else if (false && !new protoreflect.Name(s).IsValid()) { */ case 6:
					_r$2 = errors.New("invalid name: %q", new sliceType$12([new protoreflect.Name(s)])); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r$1 = _r$2;
					$s = 11; case 11: return $24r$1;
				/* } */ case 7:
			case 4:
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Names.ptr.prototype.CheckValid, $c: true, $r, $24r, $24r$1, _entry, _i, _keys, _r, _r$1, _r$2, _ref, n, p, s, $s};return $f;
	};
	Names.prototype.CheckValid = function() { return this.$val.CheckValid(); };
	EnumRanges.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	EnumRanges.prototype.Len = function() { return this.$val.Len(); };
	EnumRanges.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	EnumRanges.prototype.Get = function(i) { return this.$val.Get(i); };
	EnumRanges.ptr.prototype.Has = function(n) {
		var {_q, _r, i, ls, n, p, r, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ls = _r.sorted;
		/* while (true) { */ case 2:
			/* if (!(ls.$length > 0)) { break; } */ if(!(ls.$length > 0)) { $s = 3; continue; }
			i = (_q = ls.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			r = $clone(($clone(((i < 0 || i >= ls.$length) ? ($throwRuntimeError("index out of range"), undefined) : ls.$array[ls.$offset + i]), enumRange)), enumRange);
			if (n < new enumRange($clone(r, enumRange)).Start()) {
				ls = $subslice(ls, 0, i);
			} else if (n > new enumRange($clone(r, enumRange)).End()) {
				ls = $subslice(ls, (i + 1 >> 0));
			} else {
				$s = -1; return true;
			}
		$s = 2; continue;
		case 3:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: EnumRanges.ptr.prototype.Has, $c: true, $r, _q, _r, i, ls, n, p, r, $s};return $f;
	};
	EnumRanges.prototype.Has = function(n) { return this.$val.Has(n); };
	EnumRanges.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: EnumRanges.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	EnumRanges.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	EnumRanges.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	EnumRanges.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	EnumRanges.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			p[0].sorted = $appendSlice(p[0].sorted, p[0].List);
			$r = sort.Slice(p[0].sorted, (function(p) { return function(i, j) {
				var i, j, x, x$1;
				return (x = p[0].sorted, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]))[0] < (x$1 = p[0].sorted, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j]))[0];
			}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: EnumRanges.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	EnumRanges.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	EnumRanges.ptr.prototype.CheckValid = function() {
		var {$24r, $24r$1, _i, _r, _r$1, _r$2, _ref, i, p, r, r$1, rp, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		rp = arrayType.zero();
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_ref = _r.sorted;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			i = _i;
			r = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), arrayType);
			r$1 = $clone(($clone(r, enumRange)), enumRange);
				/* */ if (!(new enumRange($clone(r$1, enumRange)).Start() <= new enumRange($clone(r$1, enumRange)).End())) { $s = 5; continue; }
				/* */ if (!(new enumRange($clone(rp, enumRange)).End() < new enumRange($clone(r$1, enumRange)).Start()) && i > 0) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!(new enumRange($clone(r$1, enumRange)).Start() <= new enumRange($clone(r$1, enumRange)).End())) { */ case 5:
					_r$1 = errors.New("invalid range: %v", new sliceType$12([new enumRange(r$1)])); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = _r$1;
					$s = 9; case 9: return $24r;
				/* } else if (!(new enumRange($clone(rp, enumRange)).End() < new enumRange($clone(r$1, enumRange)).Start()) && i > 0) { */ case 6:
					_r$2 = errors.New("overlapping ranges: %v with %v", new sliceType$12([new enumRange(rp), new enumRange(r$1)])); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r$1 = _r$2;
					$s = 11; case 11: return $24r$1;
				/* } */ case 7:
			case 4:
			enumRange.copy(rp, r$1);
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: EnumRanges.ptr.prototype.CheckValid, $c: true, $r, $24r, $24r$1, _i, _r, _r$1, _r$2, _ref, i, p, r, r$1, rp, $s};return $f;
	};
	EnumRanges.prototype.CheckValid = function() { return this.$val.CheckValid(); };
	enumRange.prototype.Start = function() {
		var r;
		r = this.$val;
		return r[0];
	};
	$ptrType(enumRange).prototype.Start = function() { return new enumRange(this.$get()).Start(); };
	enumRange.prototype.End = function() {
		var r;
		r = this.$val;
		return r[1];
	};
	$ptrType(enumRange).prototype.End = function() { return new enumRange(this.$get()).End(); };
	enumRange.prototype.String = function() {
		var {$24r, $24r$1, _r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this.$val;
		/* */ if (new enumRange($clone(r, enumRange)).Start() === new enumRange($clone(r, enumRange)).End()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (new enumRange($clone(r, enumRange)).Start() === new enumRange($clone(r, enumRange)).End()) { */ case 1:
			_r = fmt.Sprintf("%d", new sliceType$12([new protoreflect.EnumNumber(new enumRange($clone(r, enumRange)).Start())])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = fmt.Sprintf("%d to %d", new sliceType$12([new protoreflect.EnumNumber(new enumRange($clone(r, enumRange)).Start()), new protoreflect.EnumNumber(new enumRange($clone(r, enumRange)).End())])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: enumRange.prototype.String, $c: true, $r, $24r, $24r$1, _r, _r$1, r, $s};return $f;
	};
	$ptrType(enumRange).prototype.String = function() { return new enumRange(this.$get()).String(); };
	FieldRanges.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	FieldRanges.prototype.Len = function() { return this.$val.Len(); };
	FieldRanges.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	FieldRanges.prototype.Get = function(i) { return this.$val.Get(i); };
	FieldRanges.ptr.prototype.Has = function(n) {
		var {_q, _r, i, ls, n, p, r, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ls = _r.sorted;
		/* while (true) { */ case 2:
			/* if (!(ls.$length > 0)) { break; } */ if(!(ls.$length > 0)) { $s = 3; continue; }
			i = (_q = ls.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			r = $clone(($clone(((i < 0 || i >= ls.$length) ? ($throwRuntimeError("index out of range"), undefined) : ls.$array[ls.$offset + i]), fieldRange)), fieldRange);
			if (n < new fieldRange($clone(r, fieldRange)).Start()) {
				ls = $subslice(ls, 0, i);
			} else if (n > new fieldRange($clone(r, fieldRange)).End()) {
				ls = $subslice(ls, (i + 1 >> 0));
			} else {
				$s = -1; return true;
			}
		$s = 2; continue;
		case 3:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: FieldRanges.ptr.prototype.Has, $c: true, $r, _q, _r, i, ls, n, p, r, $s};return $f;
	};
	FieldRanges.prototype.Has = function(n) { return this.$val.Has(n); };
	FieldRanges.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FieldRanges.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	FieldRanges.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	FieldRanges.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	FieldRanges.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	FieldRanges.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			p[0].sorted = $appendSlice(p[0].sorted, p[0].List);
			$r = sort.Slice(p[0].sorted, (function(p) { return function(i, j) {
				var i, j, x, x$1;
				return (x = p[0].sorted, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]))[0] < (x$1 = p[0].sorted, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j]))[0];
			}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: FieldRanges.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	FieldRanges.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	FieldRanges.ptr.prototype.CheckValid = function(isMessageSet) {
		var {$24r, $24r$1, $24r$2, $24r$3, _i, _r, _r$1, _r$2, _r$3, _r$4, _ref, i, isMessageSet, p, r, r$1, rp, $s, $r, $c} = $restore(this, {isMessageSet});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		rp = arrayType$1.zero();
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_ref = _r.sorted;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			i = _i;
			r = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), arrayType$1);
			r$1 = $clone(($clone(r, fieldRange)), fieldRange);
				/* */ if (!isValidFieldNumber(new fieldRange($clone(r$1, fieldRange)).Start(), isMessageSet)) { $s = 5; continue; }
				/* */ if (!isValidFieldNumber(new fieldRange($clone(r$1, fieldRange)).End(), isMessageSet)) { $s = 6; continue; }
				/* */ if (!(new fieldRange($clone(r$1, fieldRange)).Start() <= new fieldRange($clone(r$1, fieldRange)).End())) { $s = 7; continue; }
				/* */ if (!(new fieldRange($clone(rp, fieldRange)).End() < new fieldRange($clone(r$1, fieldRange)).Start()) && i > 0) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (!isValidFieldNumber(new fieldRange($clone(r$1, fieldRange)).Start(), isMessageSet)) { */ case 5:
					_r$1 = errors.New("invalid field number: %d", new sliceType$12([new protowire.Number(new fieldRange($clone(r$1, fieldRange)).Start())])); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = _r$1;
					$s = 11; case 11: return $24r;
				/* } else if (!isValidFieldNumber(new fieldRange($clone(r$1, fieldRange)).End(), isMessageSet)) { */ case 6:
					_r$2 = errors.New("invalid field number: %d", new sliceType$12([new protowire.Number(new fieldRange($clone(r$1, fieldRange)).End())])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r$1 = _r$2;
					$s = 13; case 13: return $24r$1;
				/* } else if (!(new fieldRange($clone(r$1, fieldRange)).Start() <= new fieldRange($clone(r$1, fieldRange)).End())) { */ case 7:
					_r$3 = errors.New("invalid range: %v", new sliceType$12([new fieldRange(r$1)])); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					$24r$2 = _r$3;
					$s = 15; case 15: return $24r$2;
				/* } else if (!(new fieldRange($clone(rp, fieldRange)).End() < new fieldRange($clone(r$1, fieldRange)).Start()) && i > 0) { */ case 8:
					_r$4 = errors.New("overlapping ranges: %v with %v", new sliceType$12([new fieldRange(rp), new fieldRange(r$1)])); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					$24r$3 = _r$4;
					$s = 17; case 17: return $24r$3;
				/* } */ case 9:
			case 4:
			fieldRange.copy(rp, r$1);
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: FieldRanges.ptr.prototype.CheckValid, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _i, _r, _r$1, _r$2, _r$3, _r$4, _ref, i, isMessageSet, p, r, r$1, rp, $s};return $f;
	};
	FieldRanges.prototype.CheckValid = function(isMessageSet) { return this.$val.CheckValid(isMessageSet); };
	isValidFieldNumber = function(n, isMessageSet) {
		var isMessageSet, n;
		return 1 <= n && (n <= 536870911 || isMessageSet);
	};
	FieldRanges.ptr.prototype.CheckOverlap = function(q) {
		var {$24r, _r, _r$1, _r$2, _tmp, _tmp$1, p, pi, q, qi, rp, rps, rq, rqs, $s, $r, $c} = $restore(this, {q});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		rps = _r.sorted;
		_r$1 = q.lazyInit(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		rqs = _r$1.sorted;
		_tmp = 0;
		_tmp$1 = 0;
		pi = _tmp;
		qi = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(pi < rps.$length && qi < rqs.$length)) { break; } */ if(!(pi < rps.$length && qi < rqs.$length)) { $s = 4; continue; }
			rp = $clone(($clone(((pi < 0 || pi >= rps.$length) ? ($throwRuntimeError("index out of range"), undefined) : rps.$array[rps.$offset + pi]), fieldRange)), fieldRange);
			rq = $clone(($clone(((qi < 0 || qi >= rqs.$length) ? ($throwRuntimeError("index out of range"), undefined) : rqs.$array[rqs.$offset + qi]), fieldRange)), fieldRange);
			/* */ if (!(new fieldRange($clone(rp, fieldRange)).End() < new fieldRange($clone(rq, fieldRange)).Start() || new fieldRange($clone(rq, fieldRange)).End() < new fieldRange($clone(rp, fieldRange)).Start())) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!(new fieldRange($clone(rp, fieldRange)).End() < new fieldRange($clone(rq, fieldRange)).Start() || new fieldRange($clone(rq, fieldRange)).End() < new fieldRange($clone(rp, fieldRange)).Start())) { */ case 5:
				_r$2 = errors.New("overlapping ranges: %v with %v", new sliceType$12([new fieldRange(rp), new fieldRange(rq)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r = _r$2;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
			if (new fieldRange($clone(rp, fieldRange)).Start() < new fieldRange($clone(rq, fieldRange)).Start()) {
				pi = pi + (1) >> 0;
			} else {
				qi = qi + (1) >> 0;
			}
		$s = 3; continue;
		case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: FieldRanges.ptr.prototype.CheckOverlap, $c: true, $r, $24r, _r, _r$1, _r$2, _tmp, _tmp$1, p, pi, q, qi, rp, rps, rq, rqs, $s};return $f;
	};
	FieldRanges.prototype.CheckOverlap = function(q) { return this.$val.CheckOverlap(q); };
	fieldRange.prototype.Start = function() {
		var r;
		r = this.$val;
		return r[0];
	};
	$ptrType(fieldRange).prototype.Start = function() { return new fieldRange(this.$get()).Start(); };
	fieldRange.prototype.End = function() {
		var r;
		r = this.$val;
		return r[1] - 1 >> 0;
	};
	$ptrType(fieldRange).prototype.End = function() { return new fieldRange(this.$get()).End(); };
	fieldRange.prototype.String = function() {
		var {$24r, $24r$1, _r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this.$val;
		/* */ if (new fieldRange($clone(r, fieldRange)).Start() === new fieldRange($clone(r, fieldRange)).End()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (new fieldRange($clone(r, fieldRange)).Start() === new fieldRange($clone(r, fieldRange)).End()) { */ case 1:
			_r = fmt.Sprintf("%d", new sliceType$12([new protowire.Number(new fieldRange($clone(r, fieldRange)).Start())])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = fmt.Sprintf("%d to %d", new sliceType$12([new protowire.Number(new fieldRange($clone(r, fieldRange)).Start()), new protowire.Number(new fieldRange($clone(r, fieldRange)).End())])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: fieldRange.prototype.String, $c: true, $r, $24r, $24r$1, _r, _r$1, r, $s};return $f;
	};
	$ptrType(fieldRange).prototype.String = function() { return new fieldRange(this.$get()).String(); };
	FieldNumbers.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	FieldNumbers.prototype.Len = function() { return this.$val.Len(); };
	FieldNumbers.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	FieldNumbers.prototype.Get = function(i) { return this.$val.Get(i); };
	FieldNumbers.ptr.prototype.Has = function(n) {
		var {_entry, _tuple, n, ok, p, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function() {
			var _i, _key, _ref, n$1, x;
			if (p[0].List.$length > 0) {
				p[0].has = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					n$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					_key = n$1; (p[0].has || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key)] = { k: _key, v: new structType.ptr() };
					_i++;
				}
			}
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = p[0].has[protowire.Number.keyFor(n)], _entry !== undefined ? [_entry.v, true] : [new structType.ptr(), false]);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: FieldNumbers.ptr.prototype.Has, $c: true, $r, _entry, _tuple, n, ok, p, $s};return $f;
	};
	FieldNumbers.prototype.Has = function(n) { return this.$val.Has(n); };
	FieldNumbers.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FieldNumbers.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	FieldNumbers.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	FieldNumbers.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	FieldNumbers.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	OneofFields.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	OneofFields.prototype.Len = function() { return this.$val.Len(); };
	OneofFields.ptr.prototype.Get = function(i) {
		var i, p, x;
		p = this;
		return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
	};
	OneofFields.prototype.Get = function(i) { return this.$val.Get(i); };
	OneofFields.ptr.prototype.ByName = function(s) {
		var {$24r, _entry, _r, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (_entry = _r.byName[protoreflect.Name.keyFor(s)], _entry !== undefined ? _entry.v : $ifaceNil);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: OneofFields.ptr.prototype.ByName, $c: true, $r, $24r, _entry, _r, p, s, $s};return $f;
	};
	OneofFields.prototype.ByName = function(s) { return this.$val.ByName(s); };
	OneofFields.ptr.prototype.ByJSONName = function(s) {
		var {$24r, _entry, _r, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (_entry = _r.byJSON[$String.keyFor(s)], _entry !== undefined ? _entry.v : $ifaceNil);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: OneofFields.ptr.prototype.ByJSONName, $c: true, $r, $24r, _entry, _r, p, s, $s};return $f;
	};
	OneofFields.prototype.ByJSONName = function(s) { return this.$val.ByJSONName(s); };
	OneofFields.ptr.prototype.ByTextName = function(s) {
		var {$24r, _entry, _r, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (_entry = _r.byText[$String.keyFor(s)], _entry !== undefined ? _entry.v : $ifaceNil);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: OneofFields.ptr.prototype.ByTextName, $c: true, $r, $24r, _entry, _r, p, s, $s};return $f;
	};
	OneofFields.prototype.ByTextName = function(s) { return this.$val.ByTextName(s); };
	OneofFields.ptr.prototype.ByNumber = function(n) {
		var {$24r, _entry, _r, n, p, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (_entry = _r.byNum[protowire.Number.keyFor(n)], _entry !== undefined ? _entry.v : $ifaceNil);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: OneofFields.ptr.prototype.ByNumber, $c: true, $r, $24r, _entry, _r, n, p, $s};return $f;
	};
	OneofFields.prototype.ByNumber = function(n) { return this.$val.ByNumber(n); };
	OneofFields.ptr.prototype.Format = function(s, r) {
		var {p, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = descfmt.FormatList(s, r, p); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: OneofFields.ptr.prototype.Format, $c: true, $r, p, r, s, $s};return $f;
	};
	OneofFields.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	OneofFields.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	OneofFields.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	OneofFields.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function $b() {
			var {_i, _key, _key$1, _key$2, _key$3, _r, _r$1, _r$2, _r$3, _ref, f, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (p[0].List.$length > 0) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (p[0].List.$length > 0) { */ case 1:
				p[0].byName = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				p[0].byJSON = (x$1 = p[0].List.$length, ((x$1 < 0 || x$1 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				p[0].byText = (x$2 = p[0].List.$length, ((x$2 < 0 || x$2 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				p[0].byNum = (x$3 = p[0].List.$length, ((x$3 < 0 || x$3 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				/* while (true) { */ case 3:
					/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
					f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					_r = f.Name(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_key = _r; (p[0].byName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key)] = { k: _key, v: f };
					_r$1 = f.JSONName(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_key$1 = _r$1; (p[0].byJSON || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: f };
					_r$2 = f.TextName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_key$2 = _r$2; (p[0].byText || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$2)] = { k: _key$2, v: f };
					_r$3 = f.Number(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_key$3 = _r$3; (p[0].byNum || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key$3)] = { k: _key$3, v: f };
					_i++;
				$s = 3; continue;
				case 4:
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _key, _key$1, _key$2, _key$3, _r, _r$1, _r$2, _r$3, _ref, f, x, x$1, x$2, x$3, $s};return $f;
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: OneofFields.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	OneofFields.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	SourceLocations.ptr.prototype.Len = function() {
		var p;
		p = this;
		return p.List.$length;
	};
	SourceLocations.prototype.Len = function() { return this.$val.Len(); };
	SourceLocations.ptr.prototype.Get = function(i) {
		var {$24r, _r, i, p, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (x = _r.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: SourceLocations.ptr.prototype.Get, $c: true, $r, $24r, _r, i, p, x, $s};return $f;
	};
	SourceLocations.prototype.Get = function(i) { return this.$val.Get(i); };
	SourceLocations.ptr.prototype.byKey = function(k) {
		var {_entry, _r, _tuple, i, k, ok, p, x, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = (_entry = _r.byPath[pathKey.keyFor(k)], _entry !== undefined ? [_entry.v, true] : [0, false]);
		i = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return (x = p.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		}
		$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
		/* */ } return; } var $f = {$blk: SourceLocations.ptr.prototype.byKey, $c: true, $r, _entry, _r, _tuple, i, k, ok, p, x, $s};return $f;
	};
	SourceLocations.prototype.byKey = function(k) { return this.$val.byKey(k); };
	SourceLocations.ptr.prototype.ByPath = function(path) {
		var {$24r, _r, _r$1, p, path, $s, $r, $c} = $restore(this, {path});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = newPathKey(path); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = p.byKey($clone(_r, pathKey)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: SourceLocations.ptr.prototype.ByPath, $c: true, $r, $24r, _r, _r$1, p, path, $s};return $f;
	};
	SourceLocations.prototype.ByPath = function(path) { return this.$val.ByPath(path); };
	SourceLocations.ptr.prototype.ByDescriptor = function(desc) {
		var {$24r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _ref$5, _ref$6, _ref$7, _ref$8, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _v, desc, i, isExtension, j, p, path, pathArr, $s, $r, $c} = $restore(this, {desc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (!(!($interfaceIsEqual(p.File, $ifaceNil)) && !($interfaceIsEqual(desc, $ifaceNil)))) { _v = false; $s = 3; continue s; }
		_r = desc.ParentFile(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = !($interfaceIsEqual(p.File, _r)); case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
		/* } */ case 2:
		pathArr = arrayType$2.zero();
		path = $subslice(new sliceType$15(pathArr), 0, 0);
		/* while (true) { */ case 5:
			_ref = desc;
			/* */ if ($assertType(_ref, protoreflect.FileDescriptor, true)[1]) { $s = 7; continue; }
			/* */ if ($assertType(_ref, protoreflect.MessageDescriptor, true)[1]) { $s = 8; continue; }
			/* */ if ($assertType(_ref, protoreflect.FieldDescriptor, true)[1]) { $s = 9; continue; }
			/* */ if ($assertType(_ref, protoreflect.OneofDescriptor, true)[1]) { $s = 10; continue; }
			/* */ if ($assertType(_ref, protoreflect.EnumDescriptor, true)[1]) { $s = 11; continue; }
			/* */ if ($assertType(_ref, protoreflect.EnumValueDescriptor, true)[1]) { $s = 12; continue; }
			/* */ if ($assertType(_ref, protoreflect.ServiceDescriptor, true)[1]) { $s = 13; continue; }
			/* */ if ($assertType(_ref, protoreflect.MethodDescriptor, true)[1]) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if ($assertType(_ref, protoreflect.FileDescriptor, true)[1]) { */ case 7:
				_tmp = 0;
				_tmp$1 = path.$length - 1 >> 0;
				i = _tmp;
				j = _tmp$1;
				while (true) {
					if (!(i < j)) { break; }
					_tmp$2 = ((j < 0 || j >= path.$length) ? ($throwRuntimeError("index out of range"), undefined) : path.$array[path.$offset + j]);
					_tmp$3 = ((i < 0 || i >= path.$length) ? ($throwRuntimeError("index out of range"), undefined) : path.$array[path.$offset + i]);
					((i < 0 || i >= path.$length) ? ($throwRuntimeError("index out of range"), undefined) : path.$array[path.$offset + i] = _tmp$2);
					((j < 0 || j >= path.$length) ? ($throwRuntimeError("index out of range"), undefined) : path.$array[path.$offset + j] = _tmp$3);
					_tmp$4 = i + 1 >> 0;
					_tmp$5 = j - 1 >> 0;
					i = _tmp$4;
					j = _tmp$5;
				}
				_r$1 = newPathKey($convertSliceType(path, protoreflect.SourcePath)); /* */ $s = 17; case 17: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = p.byKey($clone(_r$1, pathKey)); /* */ $s = 18; case 18: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r = _r$2;
				$s = 19; case 19: return $24r;
			/* } else if ($assertType(_ref, protoreflect.MessageDescriptor, true)[1]) { */ case 8:
				_r$3 = desc.Index(); /* */ $s = 20; case 20: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				path = $append(path, ((_r$3 >> 0)));
				_r$4 = desc.Parent(); /* */ $s = 21; case 21: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				desc = _r$4;
				_ref$1 = desc;
				if ($assertType(_ref$1, protoreflect.FileDescriptor, true)[1]) {
					path = $append(path, 4);
				} else if ($assertType(_ref$1, protoreflect.MessageDescriptor, true)[1]) {
					path = $append(path, 3);
				} else {
					$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
				}
				$s = 16; continue;
			/* } else if ($assertType(_ref, protoreflect.FieldDescriptor, true)[1]) { */ case 9:
				_r$5 = $assertType(desc, protoreflect.FieldDescriptor).IsExtension(); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				isExtension = _r$5;
				_r$6 = desc.Index(); /* */ $s = 23; case 23: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				path = $append(path, ((_r$6 >> 0)));
				_r$7 = desc.Parent(); /* */ $s = 24; case 24: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				desc = _r$7;
				if (isExtension) {
					_ref$2 = desc;
					if ($assertType(_ref$2, protoreflect.FileDescriptor, true)[1]) {
						path = $append(path, 7);
					} else if ($assertType(_ref$2, protoreflect.MessageDescriptor, true)[1]) {
						path = $append(path, 6);
					} else {
						$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
					}
				} else {
					_ref$3 = desc;
					if ($assertType(_ref$3, protoreflect.MessageDescriptor, true)[1]) {
						path = $append(path, 2);
					} else {
						$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
					}
				}
				$s = 16; continue;
			/* } else if ($assertType(_ref, protoreflect.OneofDescriptor, true)[1]) { */ case 10:
				_r$8 = desc.Index(); /* */ $s = 25; case 25: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				path = $append(path, ((_r$8 >> 0)));
				_r$9 = desc.Parent(); /* */ $s = 26; case 26: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				desc = _r$9;
				_ref$4 = desc;
				if ($assertType(_ref$4, protoreflect.MessageDescriptor, true)[1]) {
					path = $append(path, 8);
				} else {
					$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
				}
				$s = 16; continue;
			/* } else if ($assertType(_ref, protoreflect.EnumDescriptor, true)[1]) { */ case 11:
				_r$10 = desc.Index(); /* */ $s = 27; case 27: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				path = $append(path, ((_r$10 >> 0)));
				_r$11 = desc.Parent(); /* */ $s = 28; case 28: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				desc = _r$11;
				_ref$5 = desc;
				if ($assertType(_ref$5, protoreflect.FileDescriptor, true)[1]) {
					path = $append(path, 5);
				} else if ($assertType(_ref$5, protoreflect.MessageDescriptor, true)[1]) {
					path = $append(path, 4);
				} else {
					$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
				}
				$s = 16; continue;
			/* } else if ($assertType(_ref, protoreflect.EnumValueDescriptor, true)[1]) { */ case 12:
				_r$12 = desc.Index(); /* */ $s = 29; case 29: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				path = $append(path, ((_r$12 >> 0)));
				_r$13 = desc.Parent(); /* */ $s = 30; case 30: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				desc = _r$13;
				_ref$6 = desc;
				if ($assertType(_ref$6, protoreflect.EnumDescriptor, true)[1]) {
					path = $append(path, 2);
				} else {
					$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
				}
				$s = 16; continue;
			/* } else if ($assertType(_ref, protoreflect.ServiceDescriptor, true)[1]) { */ case 13:
				_r$14 = desc.Index(); /* */ $s = 31; case 31: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				path = $append(path, ((_r$14 >> 0)));
				_r$15 = desc.Parent(); /* */ $s = 32; case 32: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				desc = _r$15;
				_ref$7 = desc;
				if ($assertType(_ref$7, protoreflect.FileDescriptor, true)[1]) {
					path = $append(path, 6);
				} else {
					$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
				}
				$s = 16; continue;
			/* } else if ($assertType(_ref, protoreflect.MethodDescriptor, true)[1]) { */ case 14:
				_r$16 = desc.Index(); /* */ $s = 33; case 33: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				path = $append(path, ((_r$16 >> 0)));
				_r$17 = desc.Parent(); /* */ $s = 34; case 34: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				desc = _r$17;
				_ref$8 = desc;
				if ($assertType(_ref$8, protoreflect.ServiceDescriptor, true)[1]) {
					path = $append(path, 2);
				} else {
					$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
				}
				$s = 16; continue;
			/* } else { */ case 15:
				$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
			/* } */ case 16:
		$s = 5; continue;
		case 6:
		$s = -1; return new protoreflect.SourceLocation.ptr(protoreflect.SourcePath.nil, 0, 0, 0, 0, sliceType$14.nil, "", "", 0);
		/* */ } return; } var $f = {$blk: SourceLocations.ptr.prototype.ByDescriptor, $c: true, $r, $24r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _ref$5, _ref$6, _ref$7, _ref$8, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _v, desc, i, isExtension, j, p, path, pathArr, $s};return $f;
	};
	SourceLocations.prototype.ByDescriptor = function(desc) { return this.$val.ByDescriptor(desc); };
	SourceLocations.ptr.prototype.lazyInit = function() {
		var {p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = [p];
		p[0] = this;
		$r = p[0].once.Do((function(p) { return function $b() {
			var {_entry, _entry$1, _i, _i$1, _key, _key$1, _keys, _r, _ref, _ref$1, i, i$1, idxs, k, k$1, l, pathIdxs, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (p[0].List.$length > 0) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (p[0].List.$length > 0) { */ case 1:
				pathIdxs = (x = p[0].List.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref = p[0].List;
				_i = 0;
				/* while (true) { */ case 3:
					/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
					i = _i;
					l = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), protoreflect.SourceLocation);
					_r = newPathKey(l.Path); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					k = $clone(_r, pathKey);
					_key = $clone(k, pathKey); (pathIdxs || $throwRuntimeError("assignment to entry in nil map"))[pathKey.keyFor(_key)] = { k: _key, v: $append((_entry = pathIdxs[pathKey.keyFor(k)], _entry !== undefined ? _entry.v : sliceType$16.nil), i) };
					_i++;
				$s = 3; continue;
				case 4:
				p[0].byPath = (x$1 = p[0].List.$length, ((x$1 < 0 || x$1 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
				_ref$1 = pathIdxs;
				_i$1 = 0;
				_keys = $keys(_ref$1);
				while (true) {
					if (!(_i$1 < _keys.length)) { break; }
					_entry$1 = _ref$1[_keys[_i$1]];
					if (_entry$1 === undefined) {
						_i$1++;
						continue;
					}
					k$1 = $clone(_entry$1.k, pathKey);
					idxs = _entry$1.v;
					i$1 = 0;
					while (true) {
						if (!(i$1 < (idxs.$length - 1 >> 0))) { break; }
						(x$3 = p[0].List, x$4 = ((i$1 < 0 || i$1 >= idxs.$length) ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + i$1]), ((x$4 < 0 || x$4 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + x$4])).Next = (x$2 = i$1 + 1 >> 0, ((x$2 < 0 || x$2 >= idxs.$length) ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + x$2]));
						i$1 = i$1 + (1) >> 0;
					}
					(x$5 = p[0].List, x$6 = (x$7 = idxs.$length - 1 >> 0, ((x$7 < 0 || x$7 >= idxs.$length) ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + x$7])), ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6])).Next = 0;
					_key$1 = $clone(k$1, pathKey); (p[0].byPath || $throwRuntimeError("assignment to entry in nil map"))[pathKey.keyFor(_key$1)] = { k: _key$1, v: (0 >= idxs.$length ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + 0]) };
					_i$1++;
				}
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _entry, _entry$1, _i, _i$1, _key, _key$1, _keys, _r, _ref, _ref$1, i, i$1, idxs, k, k$1, l, pathIdxs, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, $s};return $f;
		}; })(p)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p[0];
		/* */ } return; } var $f = {$blk: SourceLocations.ptr.prototype.lazyInit, $c: true, $r, p, $s};return $f;
	};
	SourceLocations.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	SourceLocations.ptr.prototype.ProtoInternal = function(param) {
		var p, param;
		p = this;
	};
	SourceLocations.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	newPathKey = function(p) {
		var {$24r, $24r$1, _i, _r, _r$1, _ref, i, k, p, ps, x, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = new pathKey.ptr(arrayType$3.zero(), "");
		/* */ if (p.$length < 16) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.$length < 16) { */ case 1:
			_ref = p;
			_i = 0;
			/* while (true) { */ case 3:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
				i = _i;
				ps = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				/* */ if (ps < 0 || 255 <= ps) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (ps < 0 || 255 <= ps) { */ case 5:
					_r = p.String(); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					pathKey.copy(k, new pathKey.ptr(arrayType$3.zero(), _r));
					$24r = k;
					$s = 8; case 8: return $24r;
				/* } */ case 6:
				(x = k.arr, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i] = ((ps << 24 >>> 24))));
				_i++;
			$s = 3; continue;
			case 4:
			k.arr[15] = ((p.$length << 24 >>> 24));
			pathKey.copy(k, k);
			$s = -1; return k;
		/* } */ case 2:
		_r$1 = p.String(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		pathKey.copy(k, new pathKey.ptr(arrayType$3.zero(), _r$1));
		$24r$1 = k;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } var $f = {$blk: newPathKey, $c: true, $r, $24r, $24r$1, _i, _r, _r$1, _ref, i, k, p, ps, x, $s};return $f;
	};
	File.ptr.prototype.lazyRawInit = function() {
		var {fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.unmarshalFull(fd.fileRaw.builder.RawDescriptor); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fd.resolveMessages(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fd.resolveExtensions(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fd.resolveServices(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.lazyRawInit, $c: true, $r, fd, $s};return $f;
	};
	File.prototype.lazyRawInit = function() { return this.$val.lazyRawInit(); };
	File.ptr.prototype.resolveMessages = function() {
		var {_1, _i, _i$1, _r, _r$1, _r$2, _r$3, _ref, _ref$1, depIdx, fd, file, i, j, md, v, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		file = this;
		depIdx = 0;
		_ref = file.fileRaw.allMessages;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			md = (x = file.fileRaw.allMessages, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			_ref$1 = md.L2.Fields.List;
			_i$1 = 0;
			/* while (true) { */ case 3:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 4; continue; }
				j = _i$1;
				fd = (x$1 = md.L2.Fields.List, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j]));
				if (fd.L1.IsWeak) {
					_i$1++;
					/* continue; */ $s = 3; continue;
				}
					_1 = fd.L1.Kind;
					/* */ if (_1 === (14)) { $s = 6; continue; }
					/* */ if ((_1 === (11)) || (_1 === (10))) { $s = 7; continue; }
					/* */ $s = 8; continue;
					/* if (_1 === (14)) { */ case 6:
						_r = file.resolveEnumDependency(fd.L1.Enum, 0, depIdx); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
						fd.L1.Enum = _r;
						depIdx = depIdx + (1) >> 0;
						$s = 8; continue;
					/* } else if ((_1 === (11)) || (_1 === (10))) { */ case 7:
						_r$1 = file.resolveMessageDependency(fd.L1.Message, 0, depIdx); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						fd.L1.Message = _r$1;
						depIdx = depIdx + (1) >> 0;
					/* } */ case 8:
				case 5:
				v = $clone(fd.L1.Default.val, protoreflect.Value);
				/* */ if ($clone(v, protoreflect.Value).IsValid()) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if ($clone(v, protoreflect.Value).IsValid()) { */ case 11:
					_r$2 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$3 = unmarshalDefault(_r$2, fd.L1.Kind, file, fd.L1.Enum); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					defaultValue.copy(fd.L1.Default, _r$3);
				/* } */ case 12:
				_i$1++;
			$s = 3; continue;
			case 4:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.resolveMessages, $c: true, $r, _1, _i, _i$1, _r, _r$1, _r$2, _r$3, _ref, _ref$1, depIdx, fd, file, i, j, md, v, x, x$1, $s};return $f;
	};
	File.prototype.resolveMessages = function() { return this.$val.resolveMessages(); };
	File.ptr.prototype.resolveExtensions = function() {
		var {_1, _i, _r, _r$1, _r$2, _r$3, _ref, depIdx, file, i, v, x, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		file = this;
		depIdx = 0;
		_ref = file.fileRaw.allExtensions;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			xd = (x = file.fileRaw.allExtensions, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
				_1 = xd.L1.Kind;
				/* */ if (_1 === (14)) { $s = 4; continue; }
				/* */ if ((_1 === (11)) || (_1 === (10))) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (14)) { */ case 4:
					_r = file.resolveEnumDependency(xd.L2.Enum, 2, depIdx); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					xd.L2.Enum = _r;
					depIdx = depIdx + (1) >> 0;
					$s = 6; continue;
				/* } else if ((_1 === (11)) || (_1 === (10))) { */ case 5:
					_r$1 = file.resolveMessageDependency(xd.L2.Message, 2, depIdx); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					xd.L2.Message = _r$1;
					depIdx = depIdx + (1) >> 0;
				/* } */ case 6:
			case 3:
			v = $clone(xd.L2.Default.val, protoreflect.Value);
			/* */ if ($clone(v, protoreflect.Value).IsValid()) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if ($clone(v, protoreflect.Value).IsValid()) { */ case 9:
				_r$2 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$3 = unmarshalDefault(_r$2, xd.L1.Kind, file, xd.L2.Enum); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				defaultValue.copy(xd.L2.Default, _r$3);
			/* } */ case 10:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.resolveExtensions, $c: true, $r, _1, _i, _r, _r$1, _r$2, _r$3, _ref, depIdx, file, i, v, x, xd, $s};return $f;
	};
	File.prototype.resolveExtensions = function() { return this.$val.resolveExtensions(); };
	File.ptr.prototype.resolveServices = function() {
		var {_i, _i$1, _r, _r$1, _ref, _ref$1, depIdx, file, i, j, md, sd, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		file = this;
		depIdx = 0;
		_ref = file.fileRaw.allServices;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			sd = (x = file.fileRaw.allServices, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			_ref$1 = sd.L2.Methods.List;
			_i$1 = 0;
			/* while (true) { */ case 3:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 4; continue; }
				j = _i$1;
				md = (x$1 = sd.L2.Methods.List, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j]));
				_r = file.resolveMessageDependency(md.L1.Input, 3, depIdx); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				md.L1.Input = _r;
				_r$1 = file.resolveMessageDependency(md.L1.Output, 4, depIdx); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				md.L1.Output = _r$1;
				depIdx = depIdx + (1) >> 0;
				_i$1++;
			$s = 3; continue;
			case 4:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.resolveServices, $c: true, $r, _i, _i$1, _r, _r$1, _ref, _ref$1, depIdx, file, i, j, md, sd, x, x$1, $s};return $f;
	};
	File.prototype.resolveServices = function() { return this.$val.resolveServices(); };
	File.ptr.prototype.resolveEnumDependency = function(ed, i, j) {
		var {_i, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, d, ed, ed2, ed2$1, file, i, i$1, j, ok, r, r$1, x, $s, $r, $c} = $restore(this, {ed, i, j});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		file = this;
		r = file.fileRaw.builder.FileRegistry;
		_tuple = $assertType(r, resolverByIndex, true);
		r$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = r$1.FindEnumByIndex(i, j, file.fileRaw.allEnums, file.fileRaw.allMessages); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			ed2 = _r;
			if (!($interfaceIsEqual(ed2, $ifaceNil))) {
				$s = -1; return ed2;
			}
		/* } */ case 2:
		_ref = file.fileRaw.allEnums;
		_i = 0;
		/* while (true) { */ case 4:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
			i$1 = _i;
			ed2$1 = (x = file.fileRaw.allEnums, ((i$1 < 0 || i$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$1]));
			_r$1 = ed.FullName(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (ed2$1.Base.L0.FullName === _r$1) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (ed2$1.Base.L0.FullName === _r$1) { */ case 6:
				$s = -1; return ed2$1;
			/* } */ case 7:
			_i++;
		$s = 4; continue;
		case 5:
		_r$2 = ed.FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = r.FindDescriptorByName(_r$2); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		d = _tuple$1[0];
		if (!($interfaceIsEqual(d, $ifaceNil))) {
			$s = -1; return $assertType(d, protoreflect.EnumDescriptor);
		}
		$s = -1; return ed;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.resolveEnumDependency, $c: true, $r, _i, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, d, ed, ed2, ed2$1, file, i, i$1, j, ok, r, r$1, x, $s};return $f;
	};
	File.prototype.resolveEnumDependency = function(ed, i, j) { return this.$val.resolveEnumDependency(ed, i, j); };
	File.ptr.prototype.resolveMessageDependency = function(md, i, j) {
		var {_i, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, d, file, i, i$1, j, md, md2, md2$1, ok, r, r$1, x, $s, $r, $c} = $restore(this, {md, i, j});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		file = this;
		r = file.fileRaw.builder.FileRegistry;
		_tuple = $assertType(r, resolverByIndex, true);
		r$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = r$1.FindMessageByIndex(i, j, file.fileRaw.allEnums, file.fileRaw.allMessages); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			md2 = _r;
			if (!($interfaceIsEqual(md2, $ifaceNil))) {
				$s = -1; return md2;
			}
		/* } */ case 2:
		_ref = file.fileRaw.allMessages;
		_i = 0;
		/* while (true) { */ case 4:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
			i$1 = _i;
			md2$1 = (x = file.fileRaw.allMessages, ((i$1 < 0 || i$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$1]));
			_r$1 = md.FullName(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (md2$1.Base.L0.FullName === _r$1) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (md2$1.Base.L0.FullName === _r$1) { */ case 6:
				$s = -1; return md2$1;
			/* } */ case 7:
			_i++;
		$s = 4; continue;
		case 5:
		_r$2 = md.FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = r.FindDescriptorByName(_r$2); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		d = _tuple$1[0];
		if (!($interfaceIsEqual(d, $ifaceNil))) {
			$s = -1; return $assertType(d, protoreflect.MessageDescriptor);
		}
		$s = -1; return md;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.resolveMessageDependency, $c: true, $r, _i, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, d, file, i, i$1, j, md, md2, md2$1, ok, r, r$1, x, $s};return $f;
	};
	File.prototype.resolveMessageDependency = function(md, i, j) { return this.$val.resolveMessageDependency(md, i, j); };
	File.ptr.prototype.unmarshalFull = function(b) {
		var {_1, _2, _3, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, b, enumIdx, extensionIdx, fd, imp, m, m$1, m$2, messageIdx, n, num, path, rawOptions, sb, serviceIdx, typ, v, v$1, x, x$1, x$2, x$3, x$4, x$5, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = getBuilder(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		sb = _r;
		$deferred.push([putBuilder, [sb]]);
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = 0;
		enumIdx = _tmp;
		messageIdx = _tmp$1;
		extensionIdx = _tmp$2;
		serviceIdx = _tmp$3;
		rawOptions = sliceType$13.nil;
		fd.L2 = new FileL2.ptr($throwNilPointerError, FileImports.nil, new SourceLocations.ptr(sliceType$4.nil, $ifaceNil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false));
		/* while (true) { */ case 2:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 3; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (0)) { $s = 5; continue; }
				/* */ if (_1 === (2)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (_1 === (0)) { */ case 5:
					_tuple$1 = protowire.ConsumeVarint(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
					_2 = num;
					if (_2 === (10)) {
						(x = fd.L2.Imports, (($flatten64(v) < 0 || $flatten64(v) >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + $flatten64(v)])).IsPublic = true;
					} else if (_2 === (11)) {
						(x$1 = fd.L2.Imports, (($flatten64(v) < 0 || $flatten64(v) >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + $flatten64(v)])).IsWeak = true;
					}
					$s = 8; continue;
				/* } else if (_1 === (2)) { */ case 6:
					_tuple$2 = protowire.ConsumeBytes(b);
					v$1 = _tuple$2[0];
					m$1 = _tuple$2[1];
					b = $subslice(b, m$1);
						_3 = num;
						/* */ if (_3 === (3)) { $s = 10; continue; }
						/* */ if (_3 === (5)) { $s = 11; continue; }
						/* */ if (_3 === (4)) { $s = 12; continue; }
						/* */ if (_3 === (7)) { $s = 13; continue; }
						/* */ if (_3 === (6)) { $s = 14; continue; }
						/* */ if (_3 === (8)) { $s = 15; continue; }
						/* */ $s = 16; continue;
						/* if (_3 === (3)) { */ case 10:
							path = sb.MakeString(v$1);
							_r$1 = fd.fileRaw.builder.FileRegistry.FindFileByPath(path); /* */ $s = 17; case 17: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							_tuple$3 = _r$1;
							imp = _tuple$3[0];
							if ($interfaceIsEqual(imp, $ifaceNil)) {
								imp = new PlaceholderFile((path));
							}
							fd.L2.Imports = $append(fd.L2.Imports, new protoreflect.FileImport.ptr(imp, false, false));
							$s = 16; continue;
						/* } else if (_3 === (5)) { */ case 11:
							$r = (x$2 = fd.L1.Enums.List, ((enumIdx < 0 || enumIdx >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + enumIdx])).unmarshalFull(v$1, sb); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							enumIdx = enumIdx + (1) >> 0;
							$s = 16; continue;
						/* } else if (_3 === (4)) { */ case 12:
							$r = (x$3 = fd.L1.Messages.List, ((messageIdx < 0 || messageIdx >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + messageIdx])).unmarshalFull(v$1, sb); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							messageIdx = messageIdx + (1) >> 0;
							$s = 16; continue;
						/* } else if (_3 === (7)) { */ case 13:
							(x$4 = fd.L1.Extensions.List, ((extensionIdx < 0 || extensionIdx >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + extensionIdx])).unmarshalFull(v$1, sb);
							extensionIdx = extensionIdx + (1) >> 0;
							$s = 16; continue;
						/* } else if (_3 === (6)) { */ case 14:
							$r = (x$5 = fd.L1.Services.List, ((serviceIdx < 0 || serviceIdx >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + serviceIdx])).unmarshalFull(v$1, sb); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							serviceIdx = serviceIdx + (1) >> 0;
							$s = 16; continue;
						/* } else if (_3 === (8)) { */ case 15:
							rawOptions = appendOptions(rawOptions, v$1);
						/* } */ case 16:
					case 9:
					$s = 8; continue;
				/* } else { */ case 7:
					m$2 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$2);
				/* } */ case 8:
			case 4:
		$s = 2; continue;
		case 3:
		fd.L2.Options = fd.fileRaw.builder.optionsUnmarshaler((descopts.File$ptr || (descopts.File$ptr = new ptrType$10(function() { return descopts.File; }, function($v) { descopts.File = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: File.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _3, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, b, enumIdx, extensionIdx, fd, imp, m, m$1, m$2, messageIdx, n, num, path, rawOptions, sb, serviceIdx, typ, v, v$1, x, x$1, x$2, x$3, x$4, x$5, $s, $deferred};return $f; } }
	};
	File.prototype.unmarshalFull = function(b) { return this.$val.unmarshalFull(b); };
	Enum.ptr.prototype.unmarshalFull = function(b, sb) {
		var {_1, _2, _i, _ref, _tuple, _tuple$1, b, b$1, ed, i, m, m$1, n, num, rawOptions, rawValues, sb, typ, v, x, $s, $r, $c} = $restore(this, {b, sb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		rawValues = sliceType$17.nil;
		rawOptions = sliceType$13.nil;
		if (!ed.L1.eagerValues) {
			ed.L2 = new EnumL2.ptr($throwNilPointerError, new EnumValues.ptr(sliceType$9.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false), new Names.ptr(sliceType.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new EnumRanges.ptr(sliceType$1.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$1.nil));
		}
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (2)) {
				_tuple$1 = protowire.ConsumeBytes(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (2)) {
					rawValues = $append(rawValues, v);
				} else if (_2 === (5)) {
					ed.L2.ReservedNames.List = $append(ed.L2.ReservedNames.List, (sb.MakeString(v)));
				} else if (_2 === (4)) {
					ed.L2.ReservedRanges.List = $append(ed.L2.ReservedRanges.List, unmarshalEnumReservedRange(v));
				} else if (_2 === (3)) {
					rawOptions = appendOptions(rawOptions, v);
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
		/* */ if (!ed.L1.eagerValues && rawValues.$length > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ed.L1.eagerValues && rawValues.$length > 0) { */ case 1:
			ed.L2.Values.List = $makeSlice(sliceType$9, rawValues.$length);
			_ref = rawValues;
			_i = 0;
			/* while (true) { */ case 3:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
				i = _i;
				b$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				$r = (x = ed.L2.Values.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])).unmarshalFull(b$1, sb, ed.Base.L0.ParentFile, ed, i); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i++;
			$s = 3; continue;
			case 4:
		/* } */ case 2:
		ed.L2.Options = ed.Base.L0.ParentFile.fileRaw.builder.optionsUnmarshaler((descopts.Enum$ptr || (descopts.Enum$ptr = new ptrType$10(function() { return descopts.Enum; }, function($v) { descopts.Enum = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _i, _ref, _tuple, _tuple$1, b, b$1, ed, i, m, m$1, n, num, rawOptions, rawValues, sb, typ, v, x, $s};return $f;
	};
	Enum.prototype.unmarshalFull = function(b, sb) { return this.$val.unmarshalFull(b, sb); };
	unmarshalEnumReservedRange = function(b) {
		var _1, _2, _tuple, _tuple$1, b, m, m$1, n, num, r, typ, v;
		r = arrayType.zero();
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (1)) {
					r[0] = ((v.$low >> 0));
				} else if (_2 === (2)) {
					r[1] = ((v.$low >> 0));
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
		arrayType.copy(r, r);
		return r;
	};
	EnumValue.ptr.prototype.unmarshalFull = function(b, sb, pf, pd, i) {
		var {_1, _2, _3, _arg, _arg$1, _arg$2, _r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, b, i, m, m$1, m$2, n, num, pd, pf, rawOptions, sb, typ, v, v$1, vd, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		vd = this;
		vd.Base.L0.ParentFile = pf;
		vd.Base.L0.Parent = pd;
		vd.Base.L0.Index = i;
		rawOptions = sliceType$13.nil;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (0)) { $s = 4; continue; }
				/* */ if (_1 === (2)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (0)) { */ case 4:
					_tuple$1 = protowire.ConsumeVarint(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
					_2 = num;
					if (_2 === (2)) {
						vd.L1.Number = ((v.$low >> 0));
					}
					$s = 7; continue;
				/* } else if (_1 === (2)) { */ case 5:
					_tuple$2 = protowire.ConsumeBytes(b);
					v$1 = _tuple$2[0];
					m$1 = _tuple$2[1];
					b = $subslice(b, m$1);
						_3 = num;
						/* */ if (_3 === (1)) { $s = 9; continue; }
						/* */ if (_3 === (3)) { $s = 10; continue; }
						/* */ $s = 11; continue;
						/* if (_3 === (1)) { */ case 9:
							_arg = sb;
							_r = pd.Parent(); /* */ $s = 12; case 12: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_r$1 = _r.FullName(); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							_arg$1 = _r$1;
							_arg$2 = v$1;
							_r$2 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
							vd.Base.L0.FullName = _r$2;
							$s = 11; continue;
						/* } else if (_3 === (3)) { */ case 10:
							rawOptions = appendOptions(rawOptions, v$1);
						/* } */ case 11:
					case 8:
					$s = 7; continue;
				/* } else { */ case 6:
					m$2 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$2);
				/* } */ case 7:
			case 3:
		$s = 1; continue;
		case 2:
		vd.L1.Options = pf.fileRaw.builder.optionsUnmarshaler((descopts.EnumValue$ptr || (descopts.EnumValue$ptr = new ptrType$10(function() { return descopts.EnumValue; }, function($v) { descopts.EnumValue = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: EnumValue.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _3, _arg, _arg$1, _arg$2, _r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, b, i, m, m$1, m$2, n, num, pd, pf, rawOptions, sb, typ, v, v$1, vd, $s};return $f;
	};
	EnumValue.prototype.unmarshalFull = function(b, sb, pf, pd, i) { return this.$val.unmarshalFull(b, sb, pf, pd, i); };
	Message.ptr.prototype.unmarshalFull = function(b, sb) {
		var {_1, _2, _i, _i$1, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, _tuple$1, _tuple$2, b, b$1, b$2, enumIdx, extensionIdx, fd, i, i$1, m, m$1, md, messageIdx, n, num, od, opts, r, rawFields, rawOneofs, rawOptions, rawOptions$1, sb, typ, v, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {b, sb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_tmp = sliceType$17.nil;
		_tmp$1 = sliceType$17.nil;
		rawFields = _tmp;
		rawOneofs = _tmp$1;
		_tmp$2 = 0;
		_tmp$3 = 0;
		_tmp$4 = 0;
		enumIdx = _tmp$2;
		messageIdx = _tmp$3;
		extensionIdx = _tmp$4;
		rawOptions = sliceType$13.nil;
		md.L2 = new MessageL2.ptr($throwNilPointerError, new Fields.ptr(sliceType$6.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false), new Oneofs.ptr(sliceType$7.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Names.ptr(sliceType.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new FieldRanges.ptr(sliceType$2.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$2.nil), new FieldNumbers.ptr(sliceType$3.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new FieldRanges.ptr(sliceType$2.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$2.nil), sliceType$18.nil);
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (2)) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_1 === (2)) { */ case 4:
					_tuple$1 = protowire.ConsumeBytes(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
						_2 = num;
						/* */ if (_2 === (2)) { $s = 8; continue; }
						/* */ if (_2 === (8)) { $s = 9; continue; }
						/* */ if (_2 === (10)) { $s = 10; continue; }
						/* */ if (_2 === (9)) { $s = 11; continue; }
						/* */ if (_2 === (5)) { $s = 12; continue; }
						/* */ if (_2 === (4)) { $s = 13; continue; }
						/* */ if (_2 === (3)) { $s = 14; continue; }
						/* */ if (_2 === (6)) { $s = 15; continue; }
						/* */ if (_2 === (7)) { $s = 16; continue; }
						/* */ $s = 17; continue;
						/* if (_2 === (2)) { */ case 8:
							rawFields = $append(rawFields, v);
							$s = 17; continue;
						/* } else if (_2 === (8)) { */ case 9:
							rawOneofs = $append(rawOneofs, v);
							$s = 17; continue;
						/* } else if (_2 === (10)) { */ case 10:
							md.L2.ReservedNames.List = $append(md.L2.ReservedNames.List, (sb.MakeString(v)));
							$s = 17; continue;
						/* } else if (_2 === (9)) { */ case 11:
							md.L2.ReservedRanges.List = $append(md.L2.ReservedRanges.List, unmarshalMessageReservedRange(v));
							$s = 17; continue;
						/* } else if (_2 === (5)) { */ case 12:
							_tuple$2 = unmarshalMessageExtensionRange(v);
							r = $clone(_tuple$2[0], arrayType$1);
							rawOptions$1 = _tuple$2[1];
							opts = md.Base.L0.ParentFile.fileRaw.builder.optionsUnmarshaler((descopts.ExtensionRange$ptr || (descopts.ExtensionRange$ptr = new ptrType$10(function() { return descopts.ExtensionRange; }, function($v) { descopts.ExtensionRange = $v; }))), rawOptions$1);
							md.L2.ExtensionRanges.List = $append(md.L2.ExtensionRanges.List, r);
							md.L2.ExtensionRangeOptions = $append(md.L2.ExtensionRangeOptions, opts);
							$s = 17; continue;
						/* } else if (_2 === (4)) { */ case 13:
							$r = (x = md.L1.Enums.List, ((enumIdx < 0 || enumIdx >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + enumIdx])).unmarshalFull(v, sb); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							enumIdx = enumIdx + (1) >> 0;
							$s = 17; continue;
						/* } else if (_2 === (3)) { */ case 14:
							$r = (x$1 = md.L1.Messages.List, ((messageIdx < 0 || messageIdx >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + messageIdx])).unmarshalFull(v, sb); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							messageIdx = messageIdx + (1) >> 0;
							$s = 17; continue;
						/* } else if (_2 === (6)) { */ case 15:
							(x$2 = md.L1.Extensions.List, ((extensionIdx < 0 || extensionIdx >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + extensionIdx])).unmarshalFull(v, sb);
							extensionIdx = extensionIdx + (1) >> 0;
							$s = 17; continue;
						/* } else if (_2 === (7)) { */ case 16:
							md.unmarshalOptions(v);
							rawOptions = appendOptions(rawOptions, v);
						/* } */ case 17:
					case 7:
					$s = 6; continue;
				/* } else { */ case 5:
					m$1 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$1);
				/* } */ case 6:
			case 3:
		$s = 1; continue;
		case 2:
		/* */ if (rawFields.$length > 0 || rawOneofs.$length > 0) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (rawFields.$length > 0 || rawOneofs.$length > 0) { */ case 20:
			md.L2.Fields.List = $makeSlice(sliceType$6, rawFields.$length);
			md.L2.Oneofs.List = $makeSlice(sliceType$7, rawOneofs.$length);
			_ref = rawFields;
			_i = 0;
			/* while (true) { */ case 22:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 23; continue; }
				i = _i;
				b$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				fd = (x$3 = md.L2.Fields.List, ((i < 0 || i >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i]));
				$r = fd.unmarshalFull(b$1, sb, md.Base.L0.ParentFile, md, i); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				if (fd.L1.Cardinality === 2) {
					md.L2.RequiredNumbers.List = $append(md.L2.RequiredNumbers.List, fd.L1.Number);
				}
				_i++;
			$s = 22; continue;
			case 23:
			_ref$1 = rawOneofs;
			_i$1 = 0;
			/* while (true) { */ case 25:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 26; continue; }
				i$1 = _i$1;
				b$2 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				od = (x$4 = md.L2.Oneofs.List, ((i$1 < 0 || i$1 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + i$1]));
				$r = od.unmarshalFull(b$2, sb, md.Base.L0.ParentFile, md, i$1); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i$1++;
			$s = 25; continue;
			case 26:
		/* } */ case 21:
		md.L2.Options = md.Base.L0.ParentFile.fileRaw.builder.optionsUnmarshaler((descopts.Message$ptr || (descopts.Message$ptr = new ptrType$10(function() { return descopts.Message; }, function($v) { descopts.Message = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _i, _i$1, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, _tuple$1, _tuple$2, b, b$1, b$2, enumIdx, extensionIdx, fd, i, i$1, m, m$1, md, messageIdx, n, num, od, opts, r, rawFields, rawOneofs, rawOptions, rawOptions$1, sb, typ, v, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	Message.prototype.unmarshalFull = function(b, sb) { return this.$val.unmarshalFull(b, sb); };
	Message.ptr.prototype.unmarshalOptions = function(b) {
		var _1, _2, _tuple, _tuple$1, b, m, m$1, md, n, num, typ, v;
		md = this;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (7)) {
					md.L1.IsMapEntry = protowire.DecodeBool(v);
				} else if (_2 === (1)) {
					md.L1.IsMessageSet = protowire.DecodeBool(v);
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
	};
	Message.prototype.unmarshalOptions = function(b) { return this.$val.unmarshalOptions(b); };
	unmarshalMessageReservedRange = function(b) {
		var _1, _2, _tuple, _tuple$1, b, m, m$1, n, num, r, typ, v;
		r = arrayType$1.zero();
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (1)) {
					r[0] = ((v.$low >> 0));
				} else if (_2 === (2)) {
					r[1] = ((v.$low >> 0));
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
		arrayType$1.copy(r, r);
		return r;
	};
	unmarshalMessageExtensionRange = function(b) {
		var _1, _2, _3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, b, m, m$1, m$2, n, num, r, rawOptions, typ, v, v$1;
		r = arrayType$1.zero();
		rawOptions = sliceType$13.nil;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (1)) {
					r[0] = ((v.$low >> 0));
				} else if (_2 === (2)) {
					r[1] = ((v.$low >> 0));
				}
			} else if (_1 === (2)) {
				_tuple$2 = protowire.ConsumeBytes(b);
				v$1 = _tuple$2[0];
				m$1 = _tuple$2[1];
				b = $subslice(b, m$1);
				_3 = num;
				if (_3 === (3)) {
					rawOptions = appendOptions(rawOptions, v$1);
				}
			} else {
				m$2 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$2);
			}
		}
		_tmp = $clone(r, arrayType$1);
		_tmp$1 = rawOptions;
		arrayType$1.copy(r, _tmp);
		rawOptions = _tmp$1;
		return [r, rawOptions];
	};
	Field.ptr.prototype.unmarshalFull = function(b, sb, pf, pd, i) {
		var {_1, _2, _3, _4, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, fd, i, m, m$1, m$2, n, name, num, od, pd, pf, rawOptions, rawTypeName, sb, typ, v, v$1, x, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		fd.Base.L0.ParentFile = pf;
		fd.Base.L0.Parent = pd;
		fd.Base.L0.Index = i;
		rawTypeName = sliceType$13.nil;
		rawOptions = sliceType$13.nil;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (0)) { $s = 4; continue; }
				/* */ if (_1 === (2)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (0)) { */ case 4:
					_tuple$1 = protowire.ConsumeVarint(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
					_2 = num;
					if (_2 === (3)) {
						fd.L1.Number = ((v.$low >> 0));
					} else if (_2 === (4)) {
						fd.L1.Cardinality = ((v.$low << 24 >> 24));
					} else if (_2 === (5)) {
						fd.L1.Kind = ((v.$low << 24 >> 24));
					} else if (_2 === (9)) {
						od = (x = $assertType(pd, ptrType$4).L2.Oneofs.List, (($flatten64(v) < 0 || $flatten64(v) >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + $flatten64(v)]));
						od.L1.Fields.List = $append(od.L1.Fields.List, fd);
						if (!($interfaceIsEqual(fd.L1.ContainingOneof, $ifaceNil))) {
							$panic(new $String("oneof type already set"));
						}
						fd.L1.ContainingOneof = od;
					} else if (_2 === (17)) {
						fd.L1.IsProto3Optional = protowire.DecodeBool(v);
					}
					$s = 7; continue;
				/* } else if (_1 === (2)) { */ case 5:
					_tuple$2 = protowire.ConsumeBytes(b);
					v$1 = _tuple$2[0];
					m$1 = _tuple$2[1];
					b = $subslice(b, m$1);
						_3 = num;
						/* */ if (_3 === (1)) { $s = 9; continue; }
						/* */ if (_3 === (10)) { $s = 10; continue; }
						/* */ if (_3 === (7)) { $s = 11; continue; }
						/* */ if (_3 === (6)) { $s = 12; continue; }
						/* */ if (_3 === (8)) { $s = 13; continue; }
						/* */ $s = 14; continue;
						/* if (_3 === (1)) { */ case 9:
							_arg = sb;
							_r = pd.FullName(); /* */ $s = 15; case 15: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_arg$1 = _r;
							_arg$2 = v$1;
							_r$1 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 16; case 16: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							fd.Base.L0.FullName = _r$1;
							$s = 14; continue;
						/* } else if (_3 === (10)) { */ case 10:
							fd.L1.StringName.InitJSON(sb.MakeString(v$1));
							$s = 14; continue;
						/* } else if (_3 === (7)) { */ case 11:
							protoreflect.Value.copy(fd.L1.Default.val, protoreflect.ValueOfBytes(v$1));
							$s = 14; continue;
						/* } else if (_3 === (6)) { */ case 12:
							rawTypeName = v$1;
							$s = 14; continue;
						/* } else if (_3 === (8)) { */ case 13:
							fd.unmarshalOptions(v$1);
							rawOptions = appendOptions(rawOptions, v$1);
						/* } */ case 14:
					case 8:
					$s = 7; continue;
				/* } else { */ case 6:
					m$2 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$2);
				/* } */ case 7:
			case 3:
		$s = 1; continue;
		case 2:
		if (!(rawTypeName === sliceType$13.nil)) {
			name = makeFullName(sb, rawTypeName);
			_4 = fd.L1.Kind;
			if (_4 === (14)) {
				fd.L1.Enum = new PlaceholderEnum((name));
			} else if ((_4 === (11)) || (_4 === (10))) {
				fd.L1.Message = new PlaceholderMessage((name));
			}
		}
		fd.L1.Options = pf.fileRaw.builder.optionsUnmarshaler((descopts.Field$ptr || (descopts.Field$ptr = new ptrType$10(function() { return descopts.Field; }, function($v) { descopts.Field = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _3, _4, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, fd, i, m, m$1, m$2, n, name, num, od, pd, pf, rawOptions, rawTypeName, sb, typ, v, v$1, x, $s};return $f;
	};
	Field.prototype.unmarshalFull = function(b, sb, pf, pd, i) { return this.$val.unmarshalFull(b, sb, pf, pd, i); };
	Field.ptr.prototype.unmarshalOptions = function(b) {
		var _1, _2, _tuple, _tuple$1, b, fd, m, m$1, n, num, typ, v;
		fd = this;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (2)) {
					fd.L1.HasPacked = true;
					fd.L1.IsPacked = protowire.DecodeBool(v);
				} else if (_2 === (10)) {
					fd.L1.IsWeak = protowire.DecodeBool(v);
				} else if (_2 === (13)) {
					fd.L1.HasEnforceUTF8 = true;
					fd.L1.EnforceUTF8 = protowire.DecodeBool(v);
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
	};
	Field.prototype.unmarshalOptions = function(b) { return this.$val.unmarshalOptions(b); };
	Oneof.ptr.prototype.unmarshalFull = function(b, sb, pf, pd, i) {
		var {_1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, b, i, m, m$1, n, num, od, pd, pf, rawOptions, sb, typ, v, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		od = this;
		od.Base.L0.ParentFile = pf;
		od.Base.L0.Parent = pd;
		od.Base.L0.Index = i;
		rawOptions = sliceType$13.nil;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (2)) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_1 === (2)) { */ case 4:
					_tuple$1 = protowire.ConsumeBytes(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
						_2 = num;
						/* */ if (_2 === (1)) { $s = 8; continue; }
						/* */ if (_2 === (2)) { $s = 9; continue; }
						/* */ $s = 10; continue;
						/* if (_2 === (1)) { */ case 8:
							_arg = sb;
							_r = pd.FullName(); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_arg$1 = _r;
							_arg$2 = v;
							_r$1 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							od.Base.L0.FullName = _r$1;
							$s = 10; continue;
						/* } else if (_2 === (2)) { */ case 9:
							rawOptions = appendOptions(rawOptions, v);
						/* } */ case 10:
					case 7:
					$s = 6; continue;
				/* } else { */ case 5:
					m$1 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$1);
				/* } */ case 6:
			case 3:
		$s = 1; continue;
		case 2:
		od.L1.Options = pf.fileRaw.builder.optionsUnmarshaler((descopts.Oneof$ptr || (descopts.Oneof$ptr = new ptrType$10(function() { return descopts.Oneof; }, function($v) { descopts.Oneof = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Oneof.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, b, i, m, m$1, n, num, od, pd, pf, rawOptions, sb, typ, v, $s};return $f;
	};
	Oneof.prototype.unmarshalFull = function(b, sb, pf, pd, i) { return this.$val.unmarshalFull(b, sb, pf, pd, i); };
	Extension.ptr.prototype.unmarshalFull = function(b, sb) {
		var _1, _2, _3, _4, _tuple, _tuple$1, _tuple$2, b, m, m$1, m$2, n, name, num, rawOptions, rawTypeName, sb, typ, v, v$1, xd;
		xd = this;
		rawTypeName = sliceType$13.nil;
		rawOptions = sliceType$13.nil;
		xd.L2 = new ExtensionL2.ptr($throwNilPointerError, new stringName.ptr(false, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), "", ""), false, false, new defaultValue.ptr(false, new protoreflect.Value.ptr(arrayType$4.zero(), 0, new $Uint64(0, 0), "", sliceType$13.nil, $ifaceNil), $ifaceNil, sliceType$13.nil), $ifaceNil, $ifaceNil);
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (17)) {
					xd.L2.IsProto3Optional = protowire.DecodeBool(v);
				}
			} else if (_1 === (2)) {
				_tuple$2 = protowire.ConsumeBytes(b);
				v$1 = _tuple$2[0];
				m$1 = _tuple$2[1];
				b = $subslice(b, m$1);
				_3 = num;
				if (_3 === (10)) {
					xd.L2.StringName.InitJSON(sb.MakeString(v$1));
				} else if (_3 === (7)) {
					protoreflect.Value.copy(xd.L2.Default.val, protoreflect.ValueOfBytes(v$1));
				} else if (_3 === (6)) {
					rawTypeName = v$1;
				} else if (_3 === (8)) {
					xd.unmarshalOptions(v$1);
					rawOptions = appendOptions(rawOptions, v$1);
				}
			} else {
				m$2 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$2);
			}
		}
		if (!(rawTypeName === sliceType$13.nil)) {
			name = makeFullName(sb, rawTypeName);
			_4 = xd.L1.Kind;
			if (_4 === (14)) {
				xd.L2.Enum = new PlaceholderEnum((name));
			} else if ((_4 === (11)) || (_4 === (10))) {
				xd.L2.Message = new PlaceholderMessage((name));
			}
		}
		xd.L2.Options = xd.Base.L0.ParentFile.fileRaw.builder.optionsUnmarshaler((descopts.Field$ptr || (descopts.Field$ptr = new ptrType$10(function() { return descopts.Field; }, function($v) { descopts.Field = $v; }))), rawOptions);
	};
	Extension.prototype.unmarshalFull = function(b, sb) { return this.$val.unmarshalFull(b, sb); };
	Extension.ptr.prototype.unmarshalOptions = function(b) {
		var _1, _2, _tuple, _tuple$1, b, m, m$1, n, num, typ, v, xd;
		xd = this;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (2)) {
					xd.L2.IsPacked = protowire.DecodeBool(v);
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
	};
	Extension.prototype.unmarshalOptions = function(b) { return this.$val.unmarshalOptions(b); };
	Service.ptr.prototype.unmarshalFull = function(b, sb) {
		var {_1, _2, _i, _ref, _tuple, _tuple$1, b, b$1, i, m, m$1, n, num, rawMethods, rawOptions, sb, sd, typ, v, x, $s, $r, $c} = $restore(this, {b, sb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		rawMethods = sliceType$17.nil;
		rawOptions = sliceType$13.nil;
		sd.L2 = new ServiceL2.ptr($throwNilPointerError, new Methods.ptr(sliceType$19.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false));
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (2)) {
				_tuple$1 = protowire.ConsumeBytes(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (2)) {
					rawMethods = $append(rawMethods, v);
				} else if (_2 === (3)) {
					rawOptions = appendOptions(rawOptions, v);
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
		/* */ if (rawMethods.$length > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (rawMethods.$length > 0) { */ case 1:
			sd.L2.Methods.List = $makeSlice(sliceType$19, rawMethods.$length);
			_ref = rawMethods;
			_i = 0;
			/* while (true) { */ case 3:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
				i = _i;
				b$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				$r = (x = sd.L2.Methods.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])).unmarshalFull(b$1, sb, sd.Base.L0.ParentFile, sd, i); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i++;
			$s = 3; continue;
			case 4:
		/* } */ case 2:
		sd.L2.Options = sd.Base.L0.ParentFile.fileRaw.builder.optionsUnmarshaler((descopts.Service$ptr || (descopts.Service$ptr = new ptrType$10(function() { return descopts.Service; }, function($v) { descopts.Service = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Service.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _i, _ref, _tuple, _tuple$1, b, b$1, i, m, m$1, n, num, rawMethods, rawOptions, sb, sd, typ, v, x, $s};return $f;
	};
	Service.prototype.unmarshalFull = function(b, sb) { return this.$val.unmarshalFull(b, sb); };
	Method.ptr.prototype.unmarshalFull = function(b, sb, pf, pd, i) {
		var {_1, _2, _3, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, i, m, m$1, m$2, md, n, num, pd, pf, rawOptions, sb, typ, v, v$1, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		md.Base.L0.ParentFile = pf;
		md.Base.L0.Parent = pd;
		md.Base.L0.Index = i;
		rawOptions = sliceType$13.nil;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (0)) { $s = 4; continue; }
				/* */ if (_1 === (2)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (0)) { */ case 4:
					_tuple$1 = protowire.ConsumeVarint(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
					_2 = num;
					if (_2 === (5)) {
						md.L1.IsStreamingClient = protowire.DecodeBool(v);
					} else if (_2 === (6)) {
						md.L1.IsStreamingServer = protowire.DecodeBool(v);
					}
					$s = 7; continue;
				/* } else if (_1 === (2)) { */ case 5:
					_tuple$2 = protowire.ConsumeBytes(b);
					v$1 = _tuple$2[0];
					m$1 = _tuple$2[1];
					b = $subslice(b, m$1);
						_3 = num;
						/* */ if (_3 === (1)) { $s = 9; continue; }
						/* */ if (_3 === (2)) { $s = 10; continue; }
						/* */ if (_3 === (3)) { $s = 11; continue; }
						/* */ if (_3 === (4)) { $s = 12; continue; }
						/* */ $s = 13; continue;
						/* if (_3 === (1)) { */ case 9:
							_arg = sb;
							_r = pd.FullName(); /* */ $s = 14; case 14: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_arg$1 = _r;
							_arg$2 = v$1;
							_r$1 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 15; case 15: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							md.Base.L0.FullName = _r$1;
							$s = 13; continue;
						/* } else if (_3 === (2)) { */ case 10:
							md.L1.Input = new PlaceholderMessage((makeFullName(sb, v$1)));
							$s = 13; continue;
						/* } else if (_3 === (3)) { */ case 11:
							md.L1.Output = new PlaceholderMessage((makeFullName(sb, v$1)));
							$s = 13; continue;
						/* } else if (_3 === (4)) { */ case 12:
							rawOptions = appendOptions(rawOptions, v$1);
						/* } */ case 13:
					case 8:
					$s = 7; continue;
				/* } else { */ case 6:
					m$2 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$2);
				/* } */ case 7:
			case 3:
		$s = 1; continue;
		case 2:
		md.L1.Options = pf.fileRaw.builder.optionsUnmarshaler((descopts.Method$ptr || (descopts.Method$ptr = new ptrType$10(function() { return descopts.Method; }, function($v) { descopts.Method = $v; }))), rawOptions);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Method.ptr.prototype.unmarshalFull, $c: true, $r, _1, _2, _3, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, i, m, m$1, m$2, md, n, num, pd, pf, rawOptions, sb, typ, v, v$1, $s};return $f;
	};
	Method.prototype.unmarshalFull = function(b, sb, pf, pd, i) { return this.$val.unmarshalFull(b, sb, pf, pd, i); };
	appendOptions = function(dst, src) {
		var dst, src;
		if (dst === sliceType$13.nil) {
			dst = new sliceType$13([]);
		}
		return $appendSlice(dst, src);
	};
	Builder.ptr.prototype.optionsUnmarshaler = function(p, b) {
		var b, db, once, opts, p;
		db = this;
		if (b === sliceType$13.nil) {
			return $throwNilPointerError;
		}
		opts = $ifaceNil;
		once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		return (function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = once.Do((function $b() {
				var {_r, _r$1, _r$2, _r$3, err, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($interfaceIsEqual(p.$get(), $ifaceNil)) {
					$panic(new $String("Descriptor.Options called without importing the descriptor package"));
				}
				_r = reflect.TypeOf(p.$get()).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r$1 = reflect.New(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = $clone(_r$1, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				opts = $assertType(_r$2, protoreflect.ProtoMessage);
				_r$3 = $clone((new proto.UnmarshalOptions.ptr(new pragma.NoUnkeyedLiterals.ptr(), false, true, false, db.TypeResolver, 0)), proto.UnmarshalOptions).Unmarshal(b, opts); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				err = _r$3;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$panic(err);
				}
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, _r$1, _r$2, _r$3, err, $s};return $f;
			})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return opts;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		});
	};
	Builder.prototype.optionsUnmarshaler = function(p, b) { return this.$val.optionsUnmarshaler(p, b); };
	newRawFile = function(db) {
		var {_i, _r, _ref, db, fd, i, x, xd, $s, $r, $c} = $restore(this, {db});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = new File.ptr(new fileRaw.ptr($clone(db, Builder), sliceType$8.nil, sliceType$5.nil, sliceType$10.nil, sliceType$11.nil), new FileL1.ptr(0, "", "", new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Services.ptr(sliceType$11.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false)), 0, new sync.Mutex.ptr(0, 0), ptrType$1.nil);
		fd.initDecls(db.NumEnums, db.NumMessages, db.NumExtensions, db.NumServices);
		$r = fd.unmarshalSeed(db.RawDescriptor); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = fd.fileRaw.allExtensions;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			i = _i;
			xd = (x = fd.fileRaw.allExtensions, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			_r = fd.resolveMessageDependency(xd.L1.Extendee, 1, ((i >> 0))); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			xd.L1.Extendee = _r;
			_i++;
		$s = 2; continue;
		case 3:
		fd.checkDecls();
		$s = -1; return fd;
		/* */ } return; } var $f = {$blk: newRawFile, $c: true, $r, _i, _r, _ref, db, fd, i, x, xd, $s};return $f;
	};
	File.ptr.prototype.initDecls = function(numEnums, numMessages, numExtensions, numServices) {
		var fd, numEnums, numExtensions, numMessages, numServices;
		fd = this;
		fd.fileRaw.allEnums = $makeSlice(sliceType$8, 0, numEnums);
		fd.fileRaw.allMessages = $makeSlice(sliceType$5, 0, numMessages);
		fd.fileRaw.allExtensions = $makeSlice(sliceType$10, 0, numExtensions);
		fd.fileRaw.allServices = $makeSlice(sliceType$11, 0, numServices);
	};
	File.prototype.initDecls = function(numEnums, numMessages, numExtensions, numServices) { return this.$val.initDecls(numEnums, numMessages, numExtensions, numServices); };
	File.ptr.prototype.allocEnums = function(n) {
		var es, fd, n, total;
		fd = this;
		total = fd.fileRaw.allEnums.$length;
		es = $subslice(fd.fileRaw.allEnums, total, (total + n >> 0));
		fd.fileRaw.allEnums = $subslice(fd.fileRaw.allEnums, 0, (total + n >> 0));
		return es;
	};
	File.prototype.allocEnums = function(n) { return this.$val.allocEnums(n); };
	File.ptr.prototype.allocMessages = function(n) {
		var fd, ms, n, total;
		fd = this;
		total = fd.fileRaw.allMessages.$length;
		ms = $subslice(fd.fileRaw.allMessages, total, (total + n >> 0));
		fd.fileRaw.allMessages = $subslice(fd.fileRaw.allMessages, 0, (total + n >> 0));
		return ms;
	};
	File.prototype.allocMessages = function(n) { return this.$val.allocMessages(n); };
	File.ptr.prototype.allocExtensions = function(n) {
		var fd, n, total, xs;
		fd = this;
		total = fd.fileRaw.allExtensions.$length;
		xs = $subslice(fd.fileRaw.allExtensions, total, (total + n >> 0));
		fd.fileRaw.allExtensions = $subslice(fd.fileRaw.allExtensions, 0, (total + n >> 0));
		return xs;
	};
	File.prototype.allocExtensions = function(n) { return this.$val.allocExtensions(n); };
	File.ptr.prototype.allocServices = function(n) {
		var fd, n, total, xs;
		fd = this;
		total = fd.fileRaw.allServices.$length;
		xs = $subslice(fd.fileRaw.allServices, total, (total + n >> 0));
		fd.fileRaw.allServices = $subslice(fd.fileRaw.allServices, 0, (total + n >> 0));
		return xs;
	};
	File.prototype.allocServices = function(n) { return this.$val.allocServices(n); };
	File.ptr.prototype.checkDecls = function() {
		var fd;
		fd = this;
		if (!((fd.fileRaw.allEnums.$length === fd.fileRaw.allEnums.$capacity))) {
		} else if (!((fd.fileRaw.allMessages.$length === fd.fileRaw.allMessages.$capacity))) {
		} else if (!((fd.fileRaw.allExtensions.$length === fd.fileRaw.allExtensions.$capacity))) {
		} else if (!((fd.fileRaw.allServices.$length === fd.fileRaw.allServices.$capacity))) {
		} else {
			return;
		}
		$panic(new $String("mismatching cardinality"));
	};
	File.prototype.checkDecls = function() { return this.$val.checkDecls(); };
	File.ptr.prototype.unmarshalSeed = function(b) {
		var {_1, _2, _3, _i, _i$1, _i$2, _i$3, _r, _ref, _ref$1, _ref$2, _ref$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, b$1, b$2, b$3, b$4, b0, fd, i, i$1, i$2, i$3, m, m$1, m$2, m$3, m$4, m$5, n, n$1, n$2, n$3, n$4, num, numEnums, numExtensions, numMessages, numServices, posEnums, posExtensions, posMessages, posServices, prevField, sb, typ, v, v$1, v$2, v$3, v$4, x, x$1, x$2, x$3, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fd = this;
		_r = getBuilder(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		sb = _r;
		$deferred.push([putBuilder, [sb]]);
		prevField = 0;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = 0;
		numEnums = _tmp;
		numMessages = _tmp$1;
		numExtensions = _tmp$2;
		numServices = _tmp$3;
		_tmp$4 = 0;
		_tmp$5 = 0;
		_tmp$6 = 0;
		_tmp$7 = 0;
		posEnums = _tmp$4;
		posMessages = _tmp$5;
		posExtensions = _tmp$6;
		posServices = _tmp$7;
		b0 = b;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (2)) {
				_tuple$1 = protowire.ConsumeBytes(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (12)) {
					_3 = ($bytesToString(v));
					if (_3 === ("proto2")) {
						fd.L1.Syntax = 2;
					} else if (_3 === ("proto3")) {
						fd.L1.Syntax = 3;
					} else {
						$panic(new $String("invalid syntax"));
					}
				} else if (_2 === (1)) {
					fd.L1.Path = sb.MakeString(v);
				} else if (_2 === (2)) {
					fd.L1.Package = (sb.MakeString(v));
				} else if (_2 === (5)) {
					if (!((prevField === 5))) {
						if (numEnums > 0) {
							$panic(new $String("non-contiguous repeated field"));
						}
						posEnums = ((b0.$length - b.$length >> 0) - n >> 0) - m >> 0;
					}
					numEnums = numEnums + (1) >> 0;
				} else if (_2 === (4)) {
					if (!((prevField === 4))) {
						if (numMessages > 0) {
							$panic(new $String("non-contiguous repeated field"));
						}
						posMessages = ((b0.$length - b.$length >> 0) - n >> 0) - m >> 0;
					}
					numMessages = numMessages + (1) >> 0;
				} else if (_2 === (7)) {
					if (!((prevField === 7))) {
						if (numExtensions > 0) {
							$panic(new $String("non-contiguous repeated field"));
						}
						posExtensions = ((b0.$length - b.$length >> 0) - n >> 0) - m >> 0;
					}
					numExtensions = numExtensions + (1) >> 0;
				} else if (_2 === (6)) {
					if (!((prevField === 6))) {
						if (numServices > 0) {
							$panic(new $String("non-contiguous repeated field"));
						}
						posServices = ((b0.$length - b.$length >> 0) - n >> 0) - m >> 0;
					}
					numServices = numServices + (1) >> 0;
				}
				prevField = num;
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
				prevField = -1;
			}
		}
		if (fd.L1.Syntax === 0) {
			fd.L1.Syntax = 2;
		}
		if (numEnums > 0) {
			fd.L1.Enums.List = fd.allocEnums(numEnums);
		}
		if (numMessages > 0) {
			fd.L1.Messages.List = fd.allocMessages(numMessages);
		}
		if (numExtensions > 0) {
			fd.L1.Extensions.List = fd.allocExtensions(numExtensions);
		}
		if (numServices > 0) {
			fd.L1.Services.List = fd.allocServices(numServices);
		}
		/* */ if (numEnums > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (numEnums > 0) { */ case 2:
			b$1 = $subslice(b0, posEnums);
			_ref = fd.L1.Enums.List;
			_i = 0;
			/* while (true) { */ case 4:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
				i = _i;
				_tuple$2 = protowire.ConsumeVarint(b$1);
				n$1 = _tuple$2[1];
				_tuple$3 = protowire.ConsumeBytes($subslice(b$1, n$1));
				v$1 = _tuple$3[0];
				m$2 = _tuple$3[1];
				$r = (x = fd.L1.Enums.List, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])).unmarshalSeed(v$1, sb, fd, fd, i); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, (n$1 + m$2 >> 0));
				_i++;
			$s = 4; continue;
			case 5:
		/* } */ case 3:
		/* */ if (numMessages > 0) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (numMessages > 0) { */ case 7:
			b$2 = $subslice(b0, posMessages);
			_ref$1 = fd.L1.Messages.List;
			_i$1 = 0;
			/* while (true) { */ case 9:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 10; continue; }
				i$1 = _i$1;
				_tuple$4 = protowire.ConsumeVarint(b$2);
				n$2 = _tuple$4[1];
				_tuple$5 = protowire.ConsumeBytes($subslice(b$2, n$2));
				v$2 = _tuple$5[0];
				m$3 = _tuple$5[1];
				$r = (x$1 = fd.L1.Messages.List, ((i$1 < 0 || i$1 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i$1])).unmarshalSeed(v$2, sb, fd, fd, i$1); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$2 = $subslice(b$2, (n$2 + m$3 >> 0));
				_i$1++;
			$s = 9; continue;
			case 10:
		/* } */ case 8:
		/* */ if (numExtensions > 0) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (numExtensions > 0) { */ case 12:
			b$3 = $subslice(b0, posExtensions);
			_ref$2 = fd.L1.Extensions.List;
			_i$2 = 0;
			/* while (true) { */ case 14:
				/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 15; continue; }
				i$2 = _i$2;
				_tuple$6 = protowire.ConsumeVarint(b$3);
				n$3 = _tuple$6[1];
				_tuple$7 = protowire.ConsumeBytes($subslice(b$3, n$3));
				v$3 = _tuple$7[0];
				m$4 = _tuple$7[1];
				$r = (x$2 = fd.L1.Extensions.List, ((i$2 < 0 || i$2 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$2])).unmarshalSeed(v$3, sb, fd, fd, i$2); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$3 = $subslice(b$3, (n$3 + m$4 >> 0));
				_i$2++;
			$s = 14; continue;
			case 15:
		/* } */ case 13:
		/* */ if (numServices > 0) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (numServices > 0) { */ case 17:
			b$4 = $subslice(b0, posServices);
			_ref$3 = fd.L1.Services.List;
			_i$3 = 0;
			/* while (true) { */ case 19:
				/* if (!(_i$3 < _ref$3.$length)) { break; } */ if(!(_i$3 < _ref$3.$length)) { $s = 20; continue; }
				i$3 = _i$3;
				_tuple$8 = protowire.ConsumeVarint(b$4);
				n$4 = _tuple$8[1];
				_tuple$9 = protowire.ConsumeBytes($subslice(b$4, n$4));
				v$4 = _tuple$9[0];
				m$5 = _tuple$9[1];
				$r = (x$3 = fd.L1.Services.List, ((i$3 < 0 || i$3 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i$3])).unmarshalSeed(v$4, sb, fd, fd, i$3); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$4 = $subslice(b$4, (n$4 + m$5 >> 0));
				_i$3++;
			$s = 19; continue;
			case 20:
		/* } */ case 18:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: File.ptr.prototype.unmarshalSeed, $c: true, $r, _1, _2, _3, _i, _i$1, _i$2, _i$3, _r, _ref, _ref$1, _ref$2, _ref$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, b$1, b$2, b$3, b$4, b0, fd, i, i$1, i$2, i$3, m, m$1, m$2, m$3, m$4, m$5, n, n$1, n$2, n$3, n$4, num, numEnums, numExtensions, numMessages, numServices, posEnums, posExtensions, posMessages, posServices, prevField, sb, typ, v, v$1, v$2, v$3, v$4, x, x$1, x$2, x$3, $s, $deferred};return $f; } }
	};
	File.prototype.unmarshalSeed = function(b) { return this.$val.unmarshalSeed(b); };
	Enum.ptr.prototype.unmarshalSeed = function(b, sb, pf, pd, i) {
		var {_1, _2, _3, _4, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, _tuple$3, b, b$1, ed, i, i$1, m, m$1, m$2, m$3, n, n$1, num, num$1, numValues, pd, pf, sb, typ, typ$1, v, v$1, x, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		ed.Base.L0.ParentFile = pf;
		ed.Base.L0.Parent = pd;
		ed.Base.L0.Index = i;
		numValues = 0;
		b$1 = b;
		/* while (true) { */ case 1:
			/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b$1);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b$1 = $subslice(b$1, n);
				_1 = typ;
				/* */ if (_1 === (2)) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_1 === (2)) { */ case 4:
					_tuple$1 = protowire.ConsumeBytes(b$1);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b$1 = $subslice(b$1, m);
						_2 = num;
						/* */ if (_2 === (1)) { $s = 8; continue; }
						/* */ if (_2 === (2)) { $s = 9; continue; }
						/* */ $s = 10; continue;
						/* if (_2 === (1)) { */ case 8:
							_arg = sb;
							_r = pd.FullName(); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_arg$1 = _r;
							_arg$2 = v;
							_r$1 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							ed.Base.L0.FullName = _r$1;
							$s = 10; continue;
						/* } else if (_2 === (2)) { */ case 9:
							numValues = numValues + (1) >> 0;
						/* } */ case 10:
					case 7:
					$s = 6; continue;
				/* } else { */ case 5:
					m$1 = protowire.ConsumeFieldValue(num, typ, b$1);
					b$1 = $subslice(b$1, m$1);
				/* } */ case 6:
			case 3:
		$s = 1; continue;
		case 2:
		if (!($interfaceIsEqual(pd, pf))) {
			$s = -1; return;
		}
		ed.L1.eagerValues = true;
		ed.L2 = new EnumL2.ptr($throwNilPointerError, new EnumValues.ptr(sliceType$9.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false), new Names.ptr(sliceType.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new EnumRanges.ptr(sliceType$1.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$1.nil));
		ed.L2.Values.List = $makeSlice(sliceType$9, numValues);
		i$1 = 0;
		/* while (true) { */ case 13:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 14; continue; }
			_tuple$2 = protowire.ConsumeTag(b);
			num$1 = _tuple$2[0];
			typ$1 = _tuple$2[1];
			n$1 = _tuple$2[2];
			b = $subslice(b, n$1);
				_3 = typ$1;
				/* */ if (_3 === (2)) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (_3 === (2)) { */ case 16:
					_tuple$3 = protowire.ConsumeBytes(b);
					v$1 = _tuple$3[0];
					m$2 = _tuple$3[1];
					b = $subslice(b, m$2);
						_4 = num$1;
						/* */ if (_4 === (2)) { $s = 20; continue; }
						/* */ $s = 21; continue;
						/* if (_4 === (2)) { */ case 20:
							$r = (x = ed.L2.Values.List, ((i$1 < 0 || i$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$1])).unmarshalFull(v$1, sb, pf, ed, i$1); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							i$1 = i$1 + (1) >> 0;
						/* } */ case 21:
					case 19:
					$s = 18; continue;
				/* } else { */ case 17:
					m$3 = protowire.ConsumeFieldValue(num$1, typ$1, b);
					b = $subslice(b, m$3);
				/* } */ case 18:
			case 15:
		$s = 13; continue;
		case 14:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.unmarshalSeed, $c: true, $r, _1, _2, _3, _4, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, _tuple$3, b, b$1, ed, i, i$1, m, m$1, m$2, m$3, n, n$1, num, num$1, numValues, pd, pf, sb, typ, typ$1, v, v$1, x, $s};return $f;
	};
	Enum.prototype.unmarshalSeed = function(b, sb, pf, pd, i) { return this.$val.unmarshalSeed(b, sb, pf, pd, i); };
	Message.ptr.prototype.unmarshalSeed = function(b, sb, pf, pd, i) {
		var {_1, _2, _arg, _arg$1, _arg$2, _i, _i$1, _i$2, _r, _r$1, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, b, b$1, b$2, b$3, b0, i, i$1, i$2, i$3, m, m$1, m$2, m$3, m$4, md, n, n$1, n$2, n$3, num, numEnums, numExtensions, numMessages, pd, pf, posEnums, posExtensions, posMessages, prevField, sb, typ, v, v$1, v$2, v$3, x, x$1, x$2, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		md.Base.L0.ParentFile = pf;
		md.Base.L0.Parent = pd;
		md.Base.L0.Index = i;
		prevField = 0;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		numEnums = _tmp;
		numMessages = _tmp$1;
		numExtensions = _tmp$2;
		_tmp$3 = 0;
		_tmp$4 = 0;
		_tmp$5 = 0;
		posEnums = _tmp$3;
		posMessages = _tmp$4;
		posExtensions = _tmp$5;
		b0 = b;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (2)) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_1 === (2)) { */ case 4:
					_tuple$1 = protowire.ConsumeBytes(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
						_2 = num;
						/* */ if (_2 === (1)) { $s = 8; continue; }
						/* */ if (_2 === (4)) { $s = 9; continue; }
						/* */ if (_2 === (3)) { $s = 10; continue; }
						/* */ if (_2 === (6)) { $s = 11; continue; }
						/* */ if (_2 === (7)) { $s = 12; continue; }
						/* */ $s = 13; continue;
						/* if (_2 === (1)) { */ case 8:
							_arg = sb;
							_r = pd.FullName(); /* */ $s = 14; case 14: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_arg$1 = _r;
							_arg$2 = v;
							_r$1 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 15; case 15: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							md.Base.L0.FullName = _r$1;
							$s = 13; continue;
						/* } else if (_2 === (4)) { */ case 9:
							if (!((prevField === 4))) {
								if (numEnums > 0) {
									$panic(new $String("non-contiguous repeated field"));
								}
								posEnums = ((b0.$length - b.$length >> 0) - n >> 0) - m >> 0;
							}
							numEnums = numEnums + (1) >> 0;
							$s = 13; continue;
						/* } else if (_2 === (3)) { */ case 10:
							if (!((prevField === 3))) {
								if (numMessages > 0) {
									$panic(new $String("non-contiguous repeated field"));
								}
								posMessages = ((b0.$length - b.$length >> 0) - n >> 0) - m >> 0;
							}
							numMessages = numMessages + (1) >> 0;
							$s = 13; continue;
						/* } else if (_2 === (6)) { */ case 11:
							if (!((prevField === 6))) {
								if (numExtensions > 0) {
									$panic(new $String("non-contiguous repeated field"));
								}
								posExtensions = ((b0.$length - b.$length >> 0) - n >> 0) - m >> 0;
							}
							numExtensions = numExtensions + (1) >> 0;
							$s = 13; continue;
						/* } else if (_2 === (7)) { */ case 12:
							md.unmarshalSeedOptions(v);
						/* } */ case 13:
					case 7:
					prevField = num;
					$s = 6; continue;
				/* } else { */ case 5:
					m$1 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$1);
					prevField = -1;
				/* } */ case 6:
			case 3:
		$s = 1; continue;
		case 2:
		if (numEnums > 0) {
			md.L1.Enums.List = pf.allocEnums(numEnums);
		}
		if (numMessages > 0) {
			md.L1.Messages.List = pf.allocMessages(numMessages);
		}
		if (numExtensions > 0) {
			md.L1.Extensions.List = pf.allocExtensions(numExtensions);
		}
		/* */ if (numEnums > 0) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (numEnums > 0) { */ case 16:
			b$1 = $subslice(b0, posEnums);
			_ref = md.L1.Enums.List;
			_i = 0;
			/* while (true) { */ case 18:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 19; continue; }
				i$1 = _i;
				_tuple$2 = protowire.ConsumeVarint(b$1);
				n$1 = _tuple$2[1];
				_tuple$3 = protowire.ConsumeBytes($subslice(b$1, n$1));
				v$1 = _tuple$3[0];
				m$2 = _tuple$3[1];
				$r = (x = md.L1.Enums.List, ((i$1 < 0 || i$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$1])).unmarshalSeed(v$1, sb, pf, md, i$1); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, (n$1 + m$2 >> 0));
				_i++;
			$s = 18; continue;
			case 19:
		/* } */ case 17:
		/* */ if (numMessages > 0) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (numMessages > 0) { */ case 21:
			b$2 = $subslice(b0, posMessages);
			_ref$1 = md.L1.Messages.List;
			_i$1 = 0;
			/* while (true) { */ case 23:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 24; continue; }
				i$2 = _i$1;
				_tuple$4 = protowire.ConsumeVarint(b$2);
				n$2 = _tuple$4[1];
				_tuple$5 = protowire.ConsumeBytes($subslice(b$2, n$2));
				v$2 = _tuple$5[0];
				m$3 = _tuple$5[1];
				$r = (x$1 = md.L1.Messages.List, ((i$2 < 0 || i$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i$2])).unmarshalSeed(v$2, sb, pf, md, i$2); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$2 = $subslice(b$2, (n$2 + m$3 >> 0));
				_i$1++;
			$s = 23; continue;
			case 24:
		/* } */ case 22:
		/* */ if (numExtensions > 0) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (numExtensions > 0) { */ case 26:
			b$3 = $subslice(b0, posExtensions);
			_ref$2 = md.L1.Extensions.List;
			_i$2 = 0;
			/* while (true) { */ case 28:
				/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 29; continue; }
				i$3 = _i$2;
				_tuple$6 = protowire.ConsumeVarint(b$3);
				n$3 = _tuple$6[1];
				_tuple$7 = protowire.ConsumeBytes($subslice(b$3, n$3));
				v$3 = _tuple$7[0];
				m$4 = _tuple$7[1];
				$r = (x$2 = md.L1.Extensions.List, ((i$3 < 0 || i$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$3])).unmarshalSeed(v$3, sb, pf, md, i$3); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$3 = $subslice(b$3, (n$3 + m$4 >> 0));
				_i$2++;
			$s = 28; continue;
			case 29:
		/* } */ case 27:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.unmarshalSeed, $c: true, $r, _1, _2, _arg, _arg$1, _arg$2, _i, _i$1, _i$2, _r, _r$1, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, b, b$1, b$2, b$3, b0, i, i$1, i$2, i$3, m, m$1, m$2, m$3, m$4, md, n, n$1, n$2, n$3, num, numEnums, numExtensions, numMessages, pd, pf, posEnums, posExtensions, posMessages, prevField, sb, typ, v, v$1, v$2, v$3, x, x$1, x$2, $s};return $f;
	};
	Message.prototype.unmarshalSeed = function(b, sb, pf, pd, i) { return this.$val.unmarshalSeed(b, sb, pf, pd, i); };
	Message.ptr.prototype.unmarshalSeedOptions = function(b) {
		var _1, _2, _tuple, _tuple$1, b, m, m$1, md, n, num, typ, v;
		md = this;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (0)) {
				_tuple$1 = protowire.ConsumeVarint(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				_2 = num;
				if (_2 === (7)) {
					md.L1.IsMapEntry = protowire.DecodeBool(v);
				} else if (_2 === (1)) {
					md.L1.IsMessageSet = protowire.DecodeBool(v);
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
	};
	Message.prototype.unmarshalSeedOptions = function(b) { return this.$val.unmarshalSeedOptions(b); };
	Extension.ptr.prototype.unmarshalSeed = function(b, sb, pf, pd, i) {
		var {_1, _2, _3, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, i, m, m$1, m$2, n, num, pd, pf, sb, typ, v, v$1, xd, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		xd.Base.L0.ParentFile = pf;
		xd.Base.L0.Parent = pd;
		xd.Base.L0.Index = i;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (0)) { $s = 4; continue; }
				/* */ if (_1 === (2)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (0)) { */ case 4:
					_tuple$1 = protowire.ConsumeVarint(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
					_2 = num;
					if (_2 === (3)) {
						xd.L1.Number = ((v.$low >> 0));
					} else if (_2 === (4)) {
						xd.L1.Cardinality = ((v.$low << 24 >> 24));
					} else if (_2 === (5)) {
						xd.L1.Kind = ((v.$low << 24 >> 24));
					}
					$s = 7; continue;
				/* } else if (_1 === (2)) { */ case 5:
					_tuple$2 = protowire.ConsumeBytes(b);
					v$1 = _tuple$2[0];
					m$1 = _tuple$2[1];
					b = $subslice(b, m$1);
						_3 = num;
						/* */ if (_3 === (1)) { $s = 9; continue; }
						/* */ if (_3 === (2)) { $s = 10; continue; }
						/* */ $s = 11; continue;
						/* if (_3 === (1)) { */ case 9:
							_arg = sb;
							_r = pd.FullName(); /* */ $s = 12; case 12: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_arg$1 = _r;
							_arg$2 = v$1;
							_r$1 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							xd.Base.L0.FullName = _r$1;
							$s = 11; continue;
						/* } else if (_3 === (2)) { */ case 10:
							xd.L1.Extendee = new PlaceholderMessage((makeFullName(sb, v$1)));
						/* } */ case 11:
					case 8:
					$s = 7; continue;
				/* } else { */ case 6:
					m$2 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$2);
				/* } */ case 7:
			case 3:
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.unmarshalSeed, $c: true, $r, _1, _2, _3, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, i, m, m$1, m$2, n, num, pd, pf, sb, typ, v, v$1, xd, $s};return $f;
	};
	Extension.prototype.unmarshalSeed = function(b, sb, pf, pd, i) { return this.$val.unmarshalSeed(b, sb, pf, pd, i); };
	Service.ptr.prototype.unmarshalSeed = function(b, sb, pf, pd, i) {
		var {_1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, b, i, m, m$1, n, num, pd, pf, sb, sd, typ, v, $s, $r, $c} = $restore(this, {b, sb, pf, pd, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		sd.Base.L0.ParentFile = pf;
		sd.Base.L0.Parent = pd;
		sd.Base.L0.Index = i;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
				_1 = typ;
				/* */ if (_1 === (2)) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_1 === (2)) { */ case 4:
					_tuple$1 = protowire.ConsumeBytes(b);
					v = _tuple$1[0];
					m = _tuple$1[1];
					b = $subslice(b, m);
						_2 = num;
						/* */ if (_2 === (1)) { $s = 8; continue; }
						/* */ $s = 9; continue;
						/* if (_2 === (1)) { */ case 8:
							_arg = sb;
							_r = pd.FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							_arg$1 = _r;
							_arg$2 = v;
							_r$1 = appendFullName(_arg, _arg$1, _arg$2); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
							sd.Base.L0.FullName = _r$1;
						/* } */ case 9:
					case 7:
					$s = 6; continue;
				/* } else { */ case 5:
					m$1 = protowire.ConsumeFieldValue(num, typ, b);
					b = $subslice(b, m$1);
				/* } */ case 6:
			case 3:
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Service.ptr.prototype.unmarshalSeed, $c: true, $r, _1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _tuple, _tuple$1, b, i, m, m$1, n, num, pd, pf, sb, sd, typ, v, $s};return $f;
	};
	Service.prototype.unmarshalSeed = function(b, sb, pf, pd, i) { return this.$val.unmarshalSeed(b, sb, pf, pd, i); };
	getBuilder = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = nameBuilderPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = $assertType(_r, ptrType$11);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: getBuilder, $c: true, $r, $24r, _r, $s};return $f;
	};
	putBuilder = function(b) {
		var b;
		nameBuilderPool.Put(b);
	};
	makeFullName = function(sb, b) {
		var b, sb;
		if ((b.$length === 0) || !(((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 46))) {
			$panic(new $String("name reference must be fully qualified"));
		}
		return (sb.MakeString($subslice(b, 1)));
	};
	appendFullName = function(sb, prefix, suffix) {
		var prefix, sb, suffix;
		return sb.AppendFullName(prefix, (strs.UnsafeString(suffix)));
	};
	File.ptr.prototype.ParentFile = function() {
		var fd;
		fd = this;
		return fd;
	};
	File.prototype.ParentFile = function() { return this.$val.ParentFile(); };
	File.ptr.prototype.Parent = function() {
		var fd;
		fd = this;
		return $ifaceNil;
	};
	File.prototype.Parent = function() { return this.$val.Parent(); };
	File.ptr.prototype.Index = function() {
		var fd;
		fd = this;
		return 0;
	};
	File.prototype.Index = function() { return this.$val.Index(); };
	File.ptr.prototype.Syntax = function() {
		var fd;
		fd = this;
		return fd.L1.Syntax;
	};
	File.prototype.Syntax = function() { return this.$val.Syntax(); };
	File.ptr.prototype.Name = function() {
		var fd;
		fd = this;
		return new protoreflect.FullName(fd.L1.Package).Name();
	};
	File.prototype.Name = function() { return this.$val.Name(); };
	File.ptr.prototype.FullName = function() {
		var fd;
		fd = this;
		return fd.L1.Package;
	};
	File.prototype.FullName = function() { return this.$val.FullName(); };
	File.ptr.prototype.IsPlaceholder = function() {
		var fd;
		fd = this;
		return false;
	};
	File.prototype.IsPlaceholder = function() { return this.$val.IsPlaceholder(); };
	File.ptr.prototype.Options = function() {
		var {$24r, _r, _r$1, f, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = _r.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 2:
			_r$1 = f(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return descopts.File;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Options, $c: true, $r, $24r, _r, _r$1, f, fd, $s};return $f;
	};
	File.prototype.Options = function() { return this.$val.Options(); };
	File.ptr.prototype.Path = function() {
		var fd;
		fd = this;
		return fd.L1.Path;
	};
	File.prototype.Path = function() { return this.$val.Path(); };
	File.ptr.prototype.Package = function() {
		var fd;
		fd = this;
		return fd.L1.Package;
	};
	File.prototype.Package = function() { return this.$val.Package(); };
	File.ptr.prototype.Imports = function() {
		var {$24r, _r, fd, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (x = _r, (x.$ptr_Imports || (x.$ptr_Imports = new ptrType(function() { return this.$target.Imports; }, function($v) { this.$target.Imports = $v; }, x))));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Imports, $c: true, $r, $24r, _r, fd, x, $s};return $f;
	};
	File.prototype.Imports = function() { return this.$val.Imports(); };
	File.ptr.prototype.Enums = function() {
		var fd;
		fd = this;
		return fd.L1.Enums;
	};
	File.prototype.Enums = function() { return this.$val.Enums(); };
	File.ptr.prototype.Messages = function() {
		var fd;
		fd = this;
		return fd.L1.Messages;
	};
	File.prototype.Messages = function() { return this.$val.Messages(); };
	File.ptr.prototype.Extensions = function() {
		var fd;
		fd = this;
		return fd.L1.Extensions;
	};
	File.prototype.Extensions = function() { return this.$val.Extensions(); };
	File.ptr.prototype.Services = function() {
		var fd;
		fd = this;
		return fd.L1.Services;
	};
	File.prototype.Services = function() { return this.$val.Services(); };
	File.ptr.prototype.SourceLocations = function() {
		var {$24r, _r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Locations;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.SourceLocations, $c: true, $r, $24r, _r, fd, $s};return $f;
	};
	File.prototype.SourceLocations = function() { return this.$val.SourceLocations(); };
	File.ptr.prototype.Format = function(s, r) {
		var {fd, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = descfmt.FormatDesc(s, r, fd); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.Format, $c: true, $r, fd, r, s, $s};return $f;
	};
	File.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	File.ptr.prototype.ProtoType = function(param) {
		var fd, param;
		fd = this;
	};
	File.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	File.ptr.prototype.ProtoInternal = function(param) {
		var fd, param;
		fd = this;
	};
	File.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	File.ptr.prototype.lazyInit = function() {
		var {fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		/* */ if (atomic.LoadUint32((fd.$ptr_once || (fd.$ptr_once = new ptrType$12(function() { return this.$target.once; }, function($v) { this.$target.once = $v; }, fd)))) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (atomic.LoadUint32((fd.$ptr_once || (fd.$ptr_once = new ptrType$12(function() { return this.$target.once; }, function($v) { this.$target.once = $v; }, fd)))) === 0) { */ case 1:
			$r = fd.lazyInitOnce(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return fd.L2;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.lazyInit, $c: true, $r, fd, $s};return $f;
	};
	File.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	File.ptr.prototype.lazyInitOnce = function() {
		var {fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (fd.L2 === ptrType$1.nil) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (fd.L2 === ptrType$1.nil) { */ case 2:
			$r = fd.lazyRawInit(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		atomic.StoreUint32((fd.$ptr_once || (fd.$ptr_once = new ptrType$12(function() { return this.$target.once; }, function($v) { this.$target.once = $v; }, fd))), 1);
		$r = fd.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: File.ptr.prototype.lazyInitOnce, $c: true, $r, fd, $s};return $f;
	};
	File.prototype.lazyInitOnce = function() { return this.$val.lazyInitOnce(); };
	File.ptr.prototype.GoPackagePath = function() {
		var fd;
		fd = this;
		return fd.fileRaw.builder.GoPackagePath;
	};
	File.prototype.GoPackagePath = function() { return this.$val.GoPackagePath(); };
	Enum.ptr.prototype.Options = function() {
		var {$24r, _r, _r$1, ed, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		_r = ed.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = _r.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 2:
			_r$1 = f(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return descopts.Enum;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.Options, $c: true, $r, $24r, _r, _r$1, ed, f, $s};return $f;
	};
	Enum.prototype.Options = function() { return this.$val.Options(); };
	Enum.ptr.prototype.Values = function() {
		var {$24r, _r, ed, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		if (ed.L1.eagerValues) {
			$s = -1; return ed.L2.Values;
		}
		_r = ed.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Values;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.Values, $c: true, $r, $24r, _r, ed, $s};return $f;
	};
	Enum.prototype.Values = function() { return this.$val.Values(); };
	Enum.ptr.prototype.ReservedNames = function() {
		var {$24r, _r, ed, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		_r = ed.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.ReservedNames;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.ReservedNames, $c: true, $r, $24r, _r, ed, $s};return $f;
	};
	Enum.prototype.ReservedNames = function() { return this.$val.ReservedNames(); };
	Enum.ptr.prototype.ReservedRanges = function() {
		var {$24r, _r, ed, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		_r = ed.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.ReservedRanges;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.ReservedRanges, $c: true, $r, $24r, _r, ed, $s};return $f;
	};
	Enum.prototype.ReservedRanges = function() { return this.$val.ReservedRanges(); };
	Enum.ptr.prototype.Format = function(s, r) {
		var {ed, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		$r = descfmt.FormatDesc(s, r, ed); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.Format, $c: true, $r, ed, r, s, $s};return $f;
	};
	Enum.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Enum.ptr.prototype.ProtoType = function(param) {
		var ed, param;
		ed = this;
	};
	Enum.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Enum.ptr.prototype.lazyInit = function() {
		var {_r, ed, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		_r = ed.Base.L0.ParentFile.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return ed.L2;
		/* */ } return; } var $f = {$blk: Enum.ptr.prototype.lazyInit, $c: true, $r, _r, ed, $s};return $f;
	};
	Enum.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	EnumValue.ptr.prototype.Options = function() {
		var {$24r, _r, ed, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		f = ed.L1.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 1:
			_r = f(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return descopts.EnumValue;
		/* */ } return; } var $f = {$blk: EnumValue.ptr.prototype.Options, $c: true, $r, $24r, _r, ed, f, $s};return $f;
	};
	EnumValue.prototype.Options = function() { return this.$val.Options(); };
	EnumValue.ptr.prototype.Number = function() {
		var ed;
		ed = this;
		return ed.L1.Number;
	};
	EnumValue.prototype.Number = function() { return this.$val.Number(); };
	EnumValue.ptr.prototype.Format = function(s, r) {
		var {ed, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ed = this;
		$r = descfmt.FormatDesc(s, r, ed); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: EnumValue.ptr.prototype.Format, $c: true, $r, ed, r, s, $s};return $f;
	};
	EnumValue.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	EnumValue.ptr.prototype.ProtoType = function(param) {
		var ed, param;
		ed = this;
	};
	EnumValue.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Message.ptr.prototype.Options = function() {
		var {$24r, _r, _r$1, f, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = _r.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 2:
			_r$1 = f(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return descopts.Message;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.Options, $c: true, $r, $24r, _r, _r$1, f, md, $s};return $f;
	};
	Message.prototype.Options = function() { return this.$val.Options(); };
	Message.ptr.prototype.IsMapEntry = function() {
		var md;
		md = this;
		return md.L1.IsMapEntry;
	};
	Message.prototype.IsMapEntry = function() { return this.$val.IsMapEntry(); };
	Message.ptr.prototype.Fields = function() {
		var {$24r, _r, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Fields;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.Fields, $c: true, $r, $24r, _r, md, $s};return $f;
	};
	Message.prototype.Fields = function() { return this.$val.Fields(); };
	Message.ptr.prototype.Oneofs = function() {
		var {$24r, _r, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Oneofs;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.Oneofs, $c: true, $r, $24r, _r, md, $s};return $f;
	};
	Message.prototype.Oneofs = function() { return this.$val.Oneofs(); };
	Message.ptr.prototype.ReservedNames = function() {
		var {$24r, _r, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.ReservedNames;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.ReservedNames, $c: true, $r, $24r, _r, md, $s};return $f;
	};
	Message.prototype.ReservedNames = function() { return this.$val.ReservedNames(); };
	Message.ptr.prototype.ReservedRanges = function() {
		var {$24r, _r, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.ReservedRanges;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.ReservedRanges, $c: true, $r, $24r, _r, md, $s};return $f;
	};
	Message.prototype.ReservedRanges = function() { return this.$val.ReservedRanges(); };
	Message.ptr.prototype.RequiredNumbers = function() {
		var {$24r, _r, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.RequiredNumbers;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.RequiredNumbers, $c: true, $r, $24r, _r, md, $s};return $f;
	};
	Message.prototype.RequiredNumbers = function() { return this.$val.RequiredNumbers(); };
	Message.ptr.prototype.ExtensionRanges = function() {
		var {$24r, _r, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.ExtensionRanges;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.ExtensionRanges, $c: true, $r, $24r, _r, md, $s};return $f;
	};
	Message.prototype.ExtensionRanges = function() { return this.$val.ExtensionRanges(); };
	Message.ptr.prototype.ExtensionRangeOptions = function(i) {
		var {$24r, _r, _r$1, f, i, md, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = (x = _r.ExtensionRangeOptions, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		/* */ if (!(f === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 2:
			_r$1 = f(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return descopts.ExtensionRange;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.ExtensionRangeOptions, $c: true, $r, $24r, _r, _r$1, f, i, md, x, $s};return $f;
	};
	Message.prototype.ExtensionRangeOptions = function(i) { return this.$val.ExtensionRangeOptions(i); };
	Message.ptr.prototype.Enums = function() {
		var md;
		md = this;
		return md.L1.Enums;
	};
	Message.prototype.Enums = function() { return this.$val.Enums(); };
	Message.ptr.prototype.Messages = function() {
		var md;
		md = this;
		return md.L1.Messages;
	};
	Message.prototype.Messages = function() { return this.$val.Messages(); };
	Message.ptr.prototype.Extensions = function() {
		var md;
		md = this;
		return md.L1.Extensions;
	};
	Message.prototype.Extensions = function() { return this.$val.Extensions(); };
	Message.ptr.prototype.ProtoType = function(param) {
		var md, param;
		md = this;
	};
	Message.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Message.ptr.prototype.Format = function(s, r) {
		var {md, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		$r = descfmt.FormatDesc(s, r, md); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.Format, $c: true, $r, md, r, s, $s};return $f;
	};
	Message.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Message.ptr.prototype.lazyInit = function() {
		var {_r, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		_r = md.Base.L0.ParentFile.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return md.L2;
		/* */ } return; } var $f = {$blk: Message.ptr.prototype.lazyInit, $c: true, $r, _r, md, $s};return $f;
	};
	Message.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Message.ptr.prototype.IsMessageSet = function() {
		var md;
		md = this;
		return md.L1.IsMessageSet;
	};
	Message.prototype.IsMessageSet = function() { return this.$val.IsMessageSet(); };
	Field.ptr.prototype.Options = function() {
		var {$24r, _r, f, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		f = fd.L1.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 1:
			_r = f(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return descopts.Field;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.Options, $c: true, $r, $24r, _r, f, fd, $s};return $f;
	};
	Field.prototype.Options = function() { return this.$val.Options(); };
	Field.ptr.prototype.Number = function() {
		var fd;
		fd = this;
		return fd.L1.Number;
	};
	Field.prototype.Number = function() { return this.$val.Number(); };
	Field.ptr.prototype.Cardinality = function() {
		var fd;
		fd = this;
		return fd.L1.Cardinality;
	};
	Field.prototype.Cardinality = function() { return this.$val.Cardinality(); };
	Field.ptr.prototype.Kind = function() {
		var fd;
		fd = this;
		return fd.L1.Kind;
	};
	Field.prototype.Kind = function() { return this.$val.Kind(); };
	Field.ptr.prototype.HasJSONName = function() {
		var fd;
		fd = this;
		return fd.L1.StringName.hasJSON;
	};
	Field.prototype.HasJSONName = function() { return this.$val.HasJSONName(); };
	Field.ptr.prototype.JSONName = function() {
		var {$24r, _r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.L1.StringName.getJSON(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.JSONName, $c: true, $r, $24r, _r, fd, $s};return $f;
	};
	Field.prototype.JSONName = function() { return this.$val.JSONName(); };
	Field.ptr.prototype.TextName = function() {
		var {$24r, _r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.L1.StringName.getText(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.TextName, $c: true, $r, $24r, _r, fd, $s};return $f;
	};
	Field.prototype.TextName = function() { return this.$val.TextName(); };
	Field.ptr.prototype.HasPresence = function() {
		var fd;
		fd = this;
		return !((fd.L1.Cardinality === 3)) && ((fd.Base.L0.ParentFile.L1.Syntax === 2) || !($interfaceIsEqual(fd.L1.Message, $ifaceNil)) || !($interfaceIsEqual(fd.L1.ContainingOneof, $ifaceNil)));
	};
	Field.prototype.HasPresence = function() { return this.$val.HasPresence(); };
	Field.ptr.prototype.HasOptionalKeyword = function() {
		var fd;
		fd = this;
		return ((fd.Base.L0.ParentFile.L1.Syntax === 2) && (fd.L1.Cardinality === 1) && $interfaceIsEqual(fd.L1.ContainingOneof, $ifaceNil)) || fd.L1.IsProto3Optional;
	};
	Field.prototype.HasOptionalKeyword = function() { return this.$val.HasOptionalKeyword(); };
	Field.ptr.prototype.IsPacked = function() {
		var _1, fd;
		fd = this;
		if (!fd.L1.HasPacked && !((fd.Base.L0.ParentFile.L1.Syntax === 2)) && (fd.L1.Cardinality === 3)) {
			_1 = fd.L1.Kind;
			if ((_1 === (9)) || (_1 === (12)) || (_1 === (11)) || (_1 === (10))) {
			} else {
				return true;
			}
		}
		return fd.L1.IsPacked;
	};
	Field.prototype.IsPacked = function() { return this.$val.IsPacked(); };
	Field.ptr.prototype.IsExtension = function() {
		var fd;
		fd = this;
		return false;
	};
	Field.prototype.IsExtension = function() { return this.$val.IsExtension(); };
	Field.ptr.prototype.IsWeak = function() {
		var fd;
		fd = this;
		return fd.L1.IsWeak;
	};
	Field.prototype.IsWeak = function() { return this.$val.IsWeak(); };
	Field.ptr.prototype.IsList = function() {
		var {$24r, _r, _v, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		if (!(fd.Cardinality() === 3)) { _v = false; $s = 1; continue s; }
		_r = fd.IsMap(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = !_r; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.IsList, $c: true, $r, $24r, _r, _v, fd, $s};return $f;
	};
	Field.prototype.IsList = function() { return this.$val.IsList(); };
	Field.ptr.prototype.IsMap = function() {
		var {$24r, _r, _r$1, _r$2, _v, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.Message(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		if (!(!($interfaceIsEqual(_r, $ifaceNil)))) { _v = false; $s = 1; continue s; }
		_r$1 = fd.Message(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.IsMapEntry(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v = _r$2; case 1:
		$24r = _v;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.IsMap, $c: true, $r, $24r, _r, _r$1, _r$2, _v, fd, $s};return $f;
	};
	Field.prototype.IsMap = function() { return this.$val.IsMap(); };
	Field.ptr.prototype.MapKey = function() {
		var {$24r, _r, _r$1, _r$2, _r$3, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.IsMap(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		_r$1 = fd.Message(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.Fields(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = _r$2.ByNumber(1); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.MapKey, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, fd, $s};return $f;
	};
	Field.prototype.MapKey = function() { return this.$val.MapKey(); };
	Field.ptr.prototype.MapValue = function() {
		var {$24r, _r, _r$1, _r$2, _r$3, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.IsMap(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		_r$1 = fd.Message(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.Fields(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = _r$2.ByNumber(2); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.MapValue, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, fd, $s};return $f;
	};
	Field.prototype.MapValue = function() { return this.$val.MapValue(); };
	Field.ptr.prototype.HasDefault = function() {
		var fd;
		fd = this;
		return fd.L1.Default.has;
	};
	Field.prototype.HasDefault = function() { return this.$val.HasDefault(); };
	Field.ptr.prototype.Default = function() {
		var {$24r, _r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = fd.L1.Default.get(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.Default, $c: true, $r, $24r, _r, fd, $s};return $f;
	};
	Field.prototype.Default = function() { return this.$val.Default(); };
	Field.ptr.prototype.DefaultEnumValue = function() {
		var fd;
		fd = this;
		return fd.L1.Default.enum$2;
	};
	Field.prototype.DefaultEnumValue = function() { return this.$val.DefaultEnumValue(); };
	Field.ptr.prototype.ContainingOneof = function() {
		var fd;
		fd = this;
		return fd.L1.ContainingOneof;
	};
	Field.prototype.ContainingOneof = function() { return this.$val.ContainingOneof(); };
	Field.ptr.prototype.ContainingMessage = function() {
		var fd;
		fd = this;
		return $assertType(fd.Base.L0.Parent, protoreflect.MessageDescriptor);
	};
	Field.prototype.ContainingMessage = function() { return this.$val.ContainingMessage(); };
	Field.ptr.prototype.Enum = function() {
		var fd;
		fd = this;
		return fd.L1.Enum;
	};
	Field.prototype.Enum = function() { return this.$val.Enum(); };
	Field.ptr.prototype.Message = function() {
		var {_r, _r$1, _tuple, d, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		/* */ if (fd.L1.IsWeak) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fd.L1.IsWeak) { */ case 1:
			_r = fd.L1.Message.FullName(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = protoregistry.GlobalFiles.FindDescriptorByName(_r); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			d = _tuple[0];
			if (!($interfaceIsEqual(d, $ifaceNil))) {
				$s = -1; return $assertType(d, protoreflect.MessageDescriptor);
			}
		/* } */ case 2:
		$s = -1; return fd.L1.Message;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.Message, $c: true, $r, _r, _r$1, _tuple, d, fd, $s};return $f;
	};
	Field.prototype.Message = function() { return this.$val.Message(); };
	Field.ptr.prototype.Format = function(s, r) {
		var {fd, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = descfmt.FormatDesc(s, r, fd); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.Format, $c: true, $r, fd, r, s, $s};return $f;
	};
	Field.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Field.ptr.prototype.ProtoType = function(param) {
		var fd, param;
		fd = this;
	};
	Field.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Field.ptr.prototype.EnforceUTF8 = function() {
		var fd;
		fd = this;
		if (fd.L1.HasEnforceUTF8) {
			return fd.L1.EnforceUTF8;
		}
		return fd.Base.L0.ParentFile.L1.Syntax === 3;
	};
	Field.prototype.EnforceUTF8 = function() { return this.$val.EnforceUTF8(); };
	Oneof.ptr.prototype.IsSynthetic = function() {
		var {$24r, _r, _v, od, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		od = this;
		if (!((od.Base.L0.ParentFile.L1.Syntax === 3) && (od.L1.Fields.List.$length === 1))) { _v = false; $s = 1; continue s; }
		_r = (x = od.L1.Fields.List, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).HasOptionalKeyword(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Oneof.ptr.prototype.IsSynthetic, $c: true, $r, $24r, _r, _v, od, x, $s};return $f;
	};
	Oneof.prototype.IsSynthetic = function() { return this.$val.IsSynthetic(); };
	Oneof.ptr.prototype.Options = function() {
		var {$24r, _r, f, od, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		od = this;
		f = od.L1.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 1:
			_r = f(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return descopts.Oneof;
		/* */ } return; } var $f = {$blk: Oneof.ptr.prototype.Options, $c: true, $r, $24r, _r, f, od, $s};return $f;
	};
	Oneof.prototype.Options = function() { return this.$val.Options(); };
	Oneof.ptr.prototype.Fields = function() {
		var od;
		od = this;
		return od.L1.Fields;
	};
	Oneof.prototype.Fields = function() { return this.$val.Fields(); };
	Oneof.ptr.prototype.Format = function(s, r) {
		var {od, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		od = this;
		$r = descfmt.FormatDesc(s, r, od); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Oneof.ptr.prototype.Format, $c: true, $r, od, r, s, $s};return $f;
	};
	Oneof.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Oneof.ptr.prototype.ProtoType = function(param) {
		var od, param;
		od = this;
	};
	Oneof.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Extension.ptr.prototype.Options = function() {
		var {$24r, _r, _r$1, f, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = _r.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 2:
			_r$1 = f(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return descopts.Field;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.Options, $c: true, $r, $24r, _r, _r$1, f, xd, $s};return $f;
	};
	Extension.prototype.Options = function() { return this.$val.Options(); };
	Extension.ptr.prototype.Number = function() {
		var xd;
		xd = this;
		return xd.L1.Number;
	};
	Extension.prototype.Number = function() { return this.$val.Number(); };
	Extension.ptr.prototype.Cardinality = function() {
		var xd;
		xd = this;
		return xd.L1.Cardinality;
	};
	Extension.prototype.Cardinality = function() { return this.$val.Cardinality(); };
	Extension.ptr.prototype.Kind = function() {
		var xd;
		xd = this;
		return xd.L1.Kind;
	};
	Extension.prototype.Kind = function() { return this.$val.Kind(); };
	Extension.ptr.prototype.HasJSONName = function() {
		var {$24r, _r, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.StringName.hasJSON;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.HasJSONName, $c: true, $r, $24r, _r, xd, $s};return $f;
	};
	Extension.prototype.HasJSONName = function() { return this.$val.HasJSONName(); };
	Extension.ptr.prototype.JSONName = function() {
		var {$24r, _r, _r$1, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = _r.StringName.getJSON(xd); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.JSONName, $c: true, $r, $24r, _r, _r$1, xd, $s};return $f;
	};
	Extension.prototype.JSONName = function() { return this.$val.JSONName(); };
	Extension.ptr.prototype.TextName = function() {
		var {$24r, _r, _r$1, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = _r.StringName.getText(xd); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.TextName, $c: true, $r, $24r, _r, _r$1, xd, $s};return $f;
	};
	Extension.prototype.TextName = function() { return this.$val.TextName(); };
	Extension.ptr.prototype.HasPresence = function() {
		var xd;
		xd = this;
		return !((xd.L1.Cardinality === 3));
	};
	Extension.prototype.HasPresence = function() { return this.$val.HasPresence(); };
	Extension.ptr.prototype.HasOptionalKeyword = function() {
		var {$24r, _r, _v, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		if ((xd.Base.L0.ParentFile.L1.Syntax === 2) && (xd.L1.Cardinality === 1)) { _v = true; $s = 1; continue s; }
		_r = xd.lazyInit(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r.IsProto3Optional; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.HasOptionalKeyword, $c: true, $r, $24r, _r, _v, xd, $s};return $f;
	};
	Extension.prototype.HasOptionalKeyword = function() { return this.$val.HasOptionalKeyword(); };
	Extension.ptr.prototype.IsPacked = function() {
		var {$24r, _r, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.IsPacked;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.IsPacked, $c: true, $r, $24r, _r, xd, $s};return $f;
	};
	Extension.prototype.IsPacked = function() { return this.$val.IsPacked(); };
	Extension.ptr.prototype.IsExtension = function() {
		var xd;
		xd = this;
		return true;
	};
	Extension.prototype.IsExtension = function() { return this.$val.IsExtension(); };
	Extension.ptr.prototype.IsWeak = function() {
		var xd;
		xd = this;
		return false;
	};
	Extension.prototype.IsWeak = function() { return this.$val.IsWeak(); };
	Extension.ptr.prototype.IsList = function() {
		var xd;
		xd = this;
		return xd.Cardinality() === 3;
	};
	Extension.prototype.IsList = function() { return this.$val.IsList(); };
	Extension.ptr.prototype.IsMap = function() {
		var xd;
		xd = this;
		return false;
	};
	Extension.prototype.IsMap = function() { return this.$val.IsMap(); };
	Extension.ptr.prototype.MapKey = function() {
		var xd;
		xd = this;
		return $ifaceNil;
	};
	Extension.prototype.MapKey = function() { return this.$val.MapKey(); };
	Extension.ptr.prototype.MapValue = function() {
		var xd;
		xd = this;
		return $ifaceNil;
	};
	Extension.prototype.MapValue = function() { return this.$val.MapValue(); };
	Extension.ptr.prototype.HasDefault = function() {
		var {$24r, _r, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Default.has;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.HasDefault, $c: true, $r, $24r, _r, xd, $s};return $f;
	};
	Extension.prototype.HasDefault = function() { return this.$val.HasDefault(); };
	Extension.ptr.prototype.Default = function() {
		var {$24r, _r, _r$1, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = _r.Default.get(xd); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.Default, $c: true, $r, $24r, _r, _r$1, xd, $s};return $f;
	};
	Extension.prototype.Default = function() { return this.$val.Default(); };
	Extension.ptr.prototype.DefaultEnumValue = function() {
		var {$24r, _r, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Default.enum$2;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.DefaultEnumValue, $c: true, $r, $24r, _r, xd, $s};return $f;
	};
	Extension.prototype.DefaultEnumValue = function() { return this.$val.DefaultEnumValue(); };
	Extension.ptr.prototype.ContainingOneof = function() {
		var xd;
		xd = this;
		return $ifaceNil;
	};
	Extension.prototype.ContainingOneof = function() { return this.$val.ContainingOneof(); };
	Extension.ptr.prototype.ContainingMessage = function() {
		var xd;
		xd = this;
		return xd.L1.Extendee;
	};
	Extension.prototype.ContainingMessage = function() { return this.$val.ContainingMessage(); };
	Extension.ptr.prototype.Enum = function() {
		var {$24r, _r, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Enum;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.Enum, $c: true, $r, $24r, _r, xd, $s};return $f;
	};
	Extension.prototype.Enum = function() { return this.$val.Enum(); };
	Extension.ptr.prototype.Message = function() {
		var {$24r, _r, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Message;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.Message, $c: true, $r, $24r, _r, xd, $s};return $f;
	};
	Extension.prototype.Message = function() { return this.$val.Message(); };
	Extension.ptr.prototype.Format = function(s, r) {
		var {r, s, xd, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		$r = descfmt.FormatDesc(s, r, xd); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.Format, $c: true, $r, r, s, xd, $s};return $f;
	};
	Extension.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Extension.ptr.prototype.ProtoType = function(param) {
		var param, xd;
		xd = this;
	};
	Extension.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Extension.ptr.prototype.ProtoInternal = function(param) {
		var param, xd;
		xd = this;
	};
	Extension.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Extension.ptr.prototype.lazyInit = function() {
		var {_r, xd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xd = this;
		_r = xd.Base.L0.ParentFile.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return xd.L2;
		/* */ } return; } var $f = {$blk: Extension.ptr.prototype.lazyInit, $c: true, $r, _r, xd, $s};return $f;
	};
	Extension.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Service.ptr.prototype.Options = function() {
		var {$24r, _r, _r$1, f, sd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		_r = sd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = _r.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 2:
			_r$1 = f(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return descopts.Service;
		/* */ } return; } var $f = {$blk: Service.ptr.prototype.Options, $c: true, $r, $24r, _r, _r$1, f, sd, $s};return $f;
	};
	Service.prototype.Options = function() { return this.$val.Options(); };
	Service.ptr.prototype.Methods = function() {
		var {$24r, _r, sd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		_r = sd.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.Methods;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Service.ptr.prototype.Methods, $c: true, $r, $24r, _r, sd, $s};return $f;
	};
	Service.prototype.Methods = function() { return this.$val.Methods(); };
	Service.ptr.prototype.Format = function(s, r) {
		var {r, s, sd, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		$r = descfmt.FormatDesc(s, r, sd); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Service.ptr.prototype.Format, $c: true, $r, r, s, sd, $s};return $f;
	};
	Service.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Service.ptr.prototype.ProtoType = function(param) {
		var param, sd;
		sd = this;
	};
	Service.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Service.ptr.prototype.ProtoInternal = function(param) {
		var param, sd;
		sd = this;
	};
	Service.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Service.ptr.prototype.lazyInit = function() {
		var {_r, sd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		_r = sd.Base.L0.ParentFile.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return sd.L2;
		/* */ } return; } var $f = {$blk: Service.ptr.prototype.lazyInit, $c: true, $r, _r, sd, $s};return $f;
	};
	Service.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	Method.ptr.prototype.Options = function() {
		var {$24r, _r, f, md, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		f = md.L1.Options;
		/* */ if (!(f === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 1:
			_r = f(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return descopts.Method;
		/* */ } return; } var $f = {$blk: Method.ptr.prototype.Options, $c: true, $r, $24r, _r, f, md, $s};return $f;
	};
	Method.prototype.Options = function() { return this.$val.Options(); };
	Method.ptr.prototype.Input = function() {
		var md;
		md = this;
		return md.L1.Input;
	};
	Method.prototype.Input = function() { return this.$val.Input(); };
	Method.ptr.prototype.Output = function() {
		var md;
		md = this;
		return md.L1.Output;
	};
	Method.prototype.Output = function() { return this.$val.Output(); };
	Method.ptr.prototype.IsStreamingClient = function() {
		var md;
		md = this;
		return md.L1.IsStreamingClient;
	};
	Method.prototype.IsStreamingClient = function() { return this.$val.IsStreamingClient(); };
	Method.ptr.prototype.IsStreamingServer = function() {
		var md;
		md = this;
		return md.L1.IsStreamingServer;
	};
	Method.prototype.IsStreamingServer = function() { return this.$val.IsStreamingServer(); };
	Method.ptr.prototype.Format = function(s, r) {
		var {md, r, s, $s, $r, $c} = $restore(this, {s, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md = this;
		$r = descfmt.FormatDesc(s, r, md); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Method.ptr.prototype.Format, $c: true, $r, md, r, s, $s};return $f;
	};
	Method.prototype.Format = function(s, r) { return this.$val.Format(s, r); };
	Method.ptr.prototype.ProtoType = function(param) {
		var md, param;
		md = this;
	};
	Method.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	Method.ptr.prototype.ProtoInternal = function(param) {
		var md, param;
		md = this;
	};
	Method.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Base.ptr.prototype.Name = function() {
		var d;
		d = this;
		return new protoreflect.FullName(d.L0.FullName).Name();
	};
	Base.prototype.Name = function() { return this.$val.Name(); };
	Base.ptr.prototype.FullName = function() {
		var d;
		d = this;
		return d.L0.FullName;
	};
	Base.prototype.FullName = function() { return this.$val.FullName(); };
	Base.ptr.prototype.ParentFile = function() {
		var d;
		d = this;
		if (d.L0.ParentFile === $pkg.SurrogateProto2 || d.L0.ParentFile === $pkg.SurrogateProto3) {
			return $ifaceNil;
		}
		return d.L0.ParentFile;
	};
	Base.prototype.ParentFile = function() { return this.$val.ParentFile(); };
	Base.ptr.prototype.Parent = function() {
		var d;
		d = this;
		return d.L0.Parent;
	};
	Base.prototype.Parent = function() { return this.$val.Parent(); };
	Base.ptr.prototype.Index = function() {
		var d;
		d = this;
		return d.L0.Index;
	};
	Base.prototype.Index = function() { return this.$val.Index(); };
	Base.ptr.prototype.Syntax = function() {
		var d;
		d = this;
		return d.L0.ParentFile.Syntax();
	};
	Base.prototype.Syntax = function() { return this.$val.Syntax(); };
	Base.ptr.prototype.IsPlaceholder = function() {
		var d;
		d = this;
		return false;
	};
	Base.prototype.IsPlaceholder = function() { return this.$val.IsPlaceholder(); };
	Base.ptr.prototype.ProtoInternal = function(param) {
		var d, param;
		d = this;
	};
	Base.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	stringName.ptr.prototype.InitJSON = function(name) {
		var name, s;
		s = this;
		s.hasJSON = true;
		s.nameJSON = name;
	};
	stringName.prototype.InitJSON = function(name) { return this.$val.InitJSON(name); };
	stringName.ptr.prototype.lazyInit = function(fd) {
		var {fd, s, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = [fd];
		s = [s];
		s[0] = this;
		$r = s[0].once.Do((function(fd, s) { return function $b() {
			var {_r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, name, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = fd[0].IsExtension(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (_r) { */ case 1:
				name = "";
				_r$1 = messageset.IsMessageSetExtension(fd[0]); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (_r$1) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_r$1) { */ case 5:
					_r$2 = fd[0].FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$3 = new protoreflect.FullName(_r$2).Parent(); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					name = ("[" + _r$3 + "]");
					$s = 7; continue;
				/* } else { */ case 6:
					_r$4 = fd[0].FullName(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					name = ("[" + _r$4 + "]");
				/* } */ case 7:
				s[0].nameJSON = name;
				s[0].nameText = name;
				$s = 3; continue;
			/* } else { */ case 2:
				/* */ if (!s[0].hasJSON) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (!s[0].hasJSON) { */ case 12:
					_r$5 = fd[0].Name(); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_r$6 = strs.JSONCamelCase((_r$5)); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					s[0].nameJSON = _r$6;
				/* } */ case 13:
				_r$7 = fd[0].Name(); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				s[0].nameText = (_r$7);
				_r$8 = fd[0].Kind(); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				/* */ if (_r$8 === 10) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (_r$8 === 10) { */ case 17:
					_r$9 = fd[0].Message(); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_r$10 = _r$9.Name(); /* */ $s = 21; case 21: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					s[0].nameText = (_r$10);
				/* } */ case 18:
			/* } */ case 3:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, name, $s};return $f;
		}; })(fd, s)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return s[0];
		/* */ } return; } var $f = {$blk: stringName.ptr.prototype.lazyInit, $c: true, $r, fd, s, $s};return $f;
	};
	stringName.prototype.lazyInit = function(fd) { return this.$val.lazyInit(fd); };
	stringName.ptr.prototype.getJSON = function(fd) {
		var {$24r, _r, fd, s, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.lazyInit(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.nameJSON;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: stringName.ptr.prototype.getJSON, $c: true, $r, $24r, _r, fd, s, $s};return $f;
	};
	stringName.prototype.getJSON = function(fd) { return this.$val.getJSON(fd); };
	stringName.ptr.prototype.getText = function(fd) {
		var {$24r, _r, fd, s, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.lazyInit(fd); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r.nameText;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: stringName.ptr.prototype.getText, $c: true, $r, $24r, _r, fd, s, $s};return $f;
	};
	stringName.prototype.getText = function(fd) { return this.$val.getText(fd); };
	DefaultValue = function(v, ev) {
		var {_r, _tuple, b, dv, ev, ok, v, $s, $r, $c} = $restore(this, {v, ev});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dv = new defaultValue.ptr($clone(v, protoreflect.Value).IsValid(), $clone(v, protoreflect.Value), ev, sliceType$13.nil);
		_r = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = $assertType(_r, sliceType$13, true);
		b = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			dv.bytes = $appendSlice((sliceType$13.nil), b);
		}
		$s = -1; return dv;
		/* */ } return; } var $f = {$blk: DefaultValue, $c: true, $r, _r, _tuple, b, dv, ev, ok, v, $s};return $f;
	};
	$pkg.DefaultValue = DefaultValue;
	unmarshalDefault = function(b, k, pf, ed) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, b, e, ed, err, ev, ev$1, evs, k, ok, pf, v, v$1, $s, $r, $c} = $restore(this, {b, k, pf, ed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		evs = $ifaceNil;
		/* */ if (k === 14) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (k === 14) { */ case 1:
			_tuple = $assertType(ed, ptrType$2, true);
			e = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok && e.Base.L0.ParentFile === pf) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (ok && e.Base.L0.ParentFile === pf) { */ case 3:
				evs = e.L2.Values;
				$s = 5; continue;
			/* } else { */ case 4:
				_r = ed.Values(); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				evs = _r;
			/* } */ case 5:
			_r$1 = ed.IsPlaceholder(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1 && new protoreflect.Name(($bytesToString(b))).IsValid()) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_r$1 && new protoreflect.Name(($bytesToString(b))).IsValid()) { */ case 7:
				v = $clone(protoreflect.ValueOfEnum(0), protoreflect.Value);
				_r$2 = ed.FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$3 = new protoreflect.FullName(_r$2).Parent(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = new protoreflect.FullName(_r$3).Append(($bytesToString(b))); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				ev = (_r$4);
				_r$5 = DefaultValue($clone(v, protoreflect.Value), new PlaceholderEnumValue(ev)); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r = _r$5;
				$s = 14; case 14: return $24r;
			/* } */ case 8:
		/* } */ case 2:
		_r$6 = defval.Unmarshal(($bytesToString(b)), k, evs, 1); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		v$1 = $clone(_tuple$1[0], protoreflect.Value);
		ev$1 = _tuple$1[1];
		err = _tuple$1[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		_r$7 = DefaultValue($clone(v$1, protoreflect.Value), ev$1); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r$1 = _r$7;
		$s = 17; case 17: return $24r$1;
		/* */ } return; } var $f = {$blk: unmarshalDefault, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, b, e, ed, err, ev, ev$1, evs, k, ok, pf, v, v$1, $s};return $f;
	};
	defaultValue.ptr.prototype.get = function(fd) {
		var {$24r, _1, _arg, _arg$1, _arg$2, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, dv, evs, fd, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dv = this;
		/* */ if (!dv.has) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!dv.has) { */ case 1:
			_r = fd.Cardinality(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r === 3) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r === 3) { */ case 3:
				$s = -1; return new protoreflect.Value.ptr(arrayType$4.zero(), 0, new $Uint64(0, 0), "", sliceType$13.nil, $ifaceNil);
			/* } */ case 4:
				_r$1 = fd.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_1 = _r$1;
				/* */ if (_1 === (8)) { $s = 8; continue; }
				/* */ if ((_1 === (5)) || (_1 === (17)) || (_1 === (15))) { $s = 9; continue; }
				/* */ if ((_1 === (3)) || (_1 === (18)) || (_1 === (16))) { $s = 10; continue; }
				/* */ if ((_1 === (13)) || (_1 === (7))) { $s = 11; continue; }
				/* */ if ((_1 === (4)) || (_1 === (6))) { $s = 12; continue; }
				/* */ if (_1 === (2)) { $s = 13; continue; }
				/* */ if (_1 === (1)) { $s = 14; continue; }
				/* */ if (_1 === (9)) { $s = 15; continue; }
				/* */ if (_1 === (12)) { $s = 16; continue; }
				/* */ if (_1 === (14)) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (_1 === (8)) { */ case 8:
					$s = -1; return protoreflect.ValueOfBool(false);
				/* } else if ((_1 === (5)) || (_1 === (17)) || (_1 === (15))) { */ case 9:
					$s = -1; return protoreflect.ValueOfInt32(0);
				/* } else if ((_1 === (3)) || (_1 === (18)) || (_1 === (16))) { */ case 10:
					$s = -1; return protoreflect.ValueOfInt64(new $Int64(0, 0));
				/* } else if ((_1 === (13)) || (_1 === (7))) { */ case 11:
					$s = -1; return protoreflect.ValueOfUint32(0);
				/* } else if ((_1 === (4)) || (_1 === (6))) { */ case 12:
					$s = -1; return protoreflect.ValueOfUint64(new $Uint64(0, 0));
				/* } else if (_1 === (2)) { */ case 13:
					$s = -1; return protoreflect.ValueOfFloat32(0);
				/* } else if (_1 === (1)) { */ case 14:
					$s = -1; return protoreflect.ValueOfFloat64(0);
				/* } else if (_1 === (9)) { */ case 15:
					$s = -1; return protoreflect.ValueOfString("");
				/* } else if (_1 === (12)) { */ case 16:
					$s = -1; return protoreflect.ValueOfBytes(sliceType$13.nil);
				/* } else if (_1 === (14)) { */ case 17:
					_r$2 = fd.Enum(); /* */ $s = 19; case 19: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$3 = _r$2.Values(); /* */ $s = 20; case 20: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					evs = _r$3;
					_r$4 = evs.Len(); /* */ $s = 23; case 23: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					/* */ if (_r$4 > 0) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (_r$4 > 0) { */ case 21:
						_r$5 = evs.Get(0); /* */ $s = 24; case 24: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
						_r$6 = _r$5.Number(); /* */ $s = 25; case 25: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						_r$7 = protoreflect.ValueOfEnum(_r$6); /* */ $s = 26; case 26: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
						$24r = _r$7;
						$s = 27; case 27: return $24r;
					/* } */ case 22:
					$s = -1; return protoreflect.ValueOfEnum(0);
				/* } */ case 18:
			case 6:
		/* } */ case 2:
		if (!(dv.bytes.$length > 0)) { _v = false; $s = 30; continue s; }
		_arg = dv.bytes;
		_r$8 = $clone(dv.val, protoreflect.Value).Bytes(); /* */ $s = 31; case 31: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg$1 = _r$8;
		_r$9 = bytes.Equal(_arg, _arg$1); /* */ $s = 32; case 32: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_v = !_r$9; case 30:
		/* */ if (_v) { $s = 28; continue; }
		/* */ $s = 29; continue;
		/* if (_v) { */ case 28:
			_r$10 = fd.FullName(); /* */ $s = 33; case 33: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$2 = new protoreflect.FullName(_r$10);
			_r$11 = fmt.Sprintf("detected mutation on the default bytes for %v", new sliceType$12([_arg$2])); /* */ $s = 34; case 34: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$panic(new $String(_r$11));
		/* } */ case 29:
		$s = -1; return dv.val;
		/* */ } return; } var $f = {$blk: defaultValue.ptr.prototype.get, $c: true, $r, $24r, _1, _arg, _arg$1, _arg$2, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, dv, evs, fd, $s};return $f;
	};
	defaultValue.prototype.get = function(fd) { return this.$val.get(fd); };
	Builder.ptr.prototype.Build = function() {
		var {_r, _r$1, db, err, fd, out, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new Out.ptr($ifaceNil, sliceType$8.nil, sliceType$5.nil, sliceType$10.nil, sliceType$11.nil);
		db = this;
		if ((((db.NumEnums + db.NumMessages >> 0) + db.NumExtensions >> 0) + db.NumServices >> 0) === 0) {
			db.unmarshalCounts(db.RawDescriptor, true);
		}
		if ($interfaceIsEqual(db.TypeResolver, $ifaceNil)) {
			db.TypeResolver = protoregistry.GlobalTypes;
		}
		if ($interfaceIsEqual(db.FileRegistry, $ifaceNil)) {
			db.FileRegistry = protoregistry.GlobalFiles;
		}
		_r = newRawFile($clone(db, Builder)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		fd = _r;
		out.File = fd;
		out.Enums = fd.fileRaw.allEnums;
		out.Messages = fd.fileRaw.allMessages;
		out.Extensions = fd.fileRaw.allExtensions;
		out.Services = fd.fileRaw.allServices;
		_r$1 = db.FileRegistry.RegisterFile(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		Out.copy(out, out);
		$s = -1; return out;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.Build, $c: true, $r, _r, _r$1, db, err, fd, out, $s};return $f;
	};
	Builder.prototype.Build = function() { return this.$val.Build(); };
	Builder.ptr.prototype.unmarshalCounts = function(b, isFile) {
		var _1, _2, _3, _tuple, _tuple$1, b, db, isFile, m, m$1, n, num, typ, v;
		db = this;
		while (true) {
			if (!(b.$length > 0)) { break; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			typ = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			_1 = typ;
			if (_1 === (2)) {
				_tuple$1 = protowire.ConsumeBytes(b);
				v = _tuple$1[0];
				m = _tuple$1[1];
				b = $subslice(b, m);
				if (isFile) {
					_2 = num;
					if (_2 === (5)) {
						db.NumEnums = db.NumEnums + (1) >> 0;
					} else if (_2 === (4)) {
						db.unmarshalCounts(v, false);
						db.NumMessages = db.NumMessages + (1) >> 0;
					} else if (_2 === (7)) {
						db.NumExtensions = db.NumExtensions + (1) >> 0;
					} else if (_2 === (6)) {
						db.NumServices = db.NumServices + (1) >> 0;
					}
				} else {
					_3 = num;
					if (_3 === (4)) {
						db.NumEnums = db.NumEnums + (1) >> 0;
					} else if (_3 === (3)) {
						db.unmarshalCounts(v, false);
						db.NumMessages = db.NumMessages + (1) >> 0;
					} else if (_3 === (6)) {
						db.NumExtensions = db.NumExtensions + (1) >> 0;
					}
				}
			} else {
				m$1 = protowire.ConsumeFieldValue(num, typ, b);
				b = $subslice(b, m$1);
			}
		}
	};
	Builder.prototype.unmarshalCounts = function(b, isFile) { return this.$val.unmarshalCounts(b, isFile); };
	PlaceholderFile.methods = [{prop: "ParentFile", name: "ParentFile", pkg: "", typ: $funcType([], [protoreflect.FileDescriptor], false)}, {prop: "Parent", name: "Parent", pkg: "", typ: $funcType([], [protoreflect.Descriptor], false)}, {prop: "Index", name: "Index", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Syntax", name: "Syntax", pkg: "", typ: $funcType([], [protoreflect.Syntax], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [protoreflect.Name], false)}, {prop: "FullName", name: "FullName", pkg: "", typ: $funcType([], [protoreflect.FullName], false)}, {prop: "IsPlaceholder", name: "IsPlaceholder", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Options", name: "Options", pkg: "", typ: $funcType([], [protoreflect.ProtoMessage], false)}, {prop: "Path", name: "Path", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Package", name: "Package", pkg: "", typ: $funcType([], [protoreflect.FullName], false)}, {prop: "Imports", name: "Imports", pkg: "", typ: $funcType([], [protoreflect.FileImports], false)}, {prop: "Messages", name: "Messages", pkg: "", typ: $funcType([], [protoreflect.MessageDescriptors], false)}, {prop: "Enums", name: "Enums", pkg: "", typ: $funcType([], [protoreflect.EnumDescriptors], false)}, {prop: "Extensions", name: "Extensions", pkg: "", typ: $funcType([], [protoreflect.ExtensionDescriptors], false)}, {prop: "Services", name: "Services", pkg: "", typ: $funcType([], [protoreflect.ServiceDescriptors], false)}, {prop: "SourceLocations", name: "SourceLocations", pkg: "", typ: $funcType([], [protoreflect.SourceLocations], false)}, {prop: "ProtoType", name: "ProtoType", pkg: "", typ: $funcType([protoreflect.FileDescriptor], [], false)}, {prop: "ProtoInternal", name: "ProtoInternal", pkg: "", typ: $funcType([pragma.DoNotImplement], [], false)}];
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	EnumL2.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Values", name: "Values", embedded: false, exported: true, typ: EnumValues, tag: ""}, {prop: "ReservedNames", name: "ReservedNames", embedded: false, exported: true, typ: Names, tag: ""}, {prop: "ReservedRanges", name: "ReservedRanges", embedded: false, exported: true, typ: EnumRanges, tag: ""}]);
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	EnumValueL1.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Number", name: "Number", embedded: false, exported: true, typ: protoreflect.EnumNumber, tag: ""}]);
	Message.init("", [{prop: "Base", name: "Base", embedded: true, exported: true, typ: Base, tag: ""}, {prop: "L1", name: "L1", embedded: false, exported: true, typ: MessageL1, tag: ""}, {prop: "L2", name: "L2", embedded: false, exported: true, typ: ptrType$29, tag: ""}]);
	MessageL1.init("", [{prop: "Enums", name: "Enums", embedded: false, exported: true, typ: Enums, tag: ""}, {prop: "Messages", name: "Messages", embedded: false, exported: true, typ: Messages, tag: ""}, {prop: "Extensions", name: "Extensions", embedded: false, exported: true, typ: Extensions, tag: ""}, {prop: "IsMapEntry", name: "IsMapEntry", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsMessageSet", name: "IsMessageSet", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	MessageL2.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Fields", name: "Fields", embedded: false, exported: true, typ: Fields, tag: ""}, {prop: "Oneofs", name: "Oneofs", embedded: false, exported: true, typ: Oneofs, tag: ""}, {prop: "ReservedNames", name: "ReservedNames", embedded: false, exported: true, typ: Names, tag: ""}, {prop: "ReservedRanges", name: "ReservedRanges", embedded: false, exported: true, typ: FieldRanges, tag: ""}, {prop: "RequiredNumbers", name: "RequiredNumbers", embedded: false, exported: true, typ: FieldNumbers, tag: ""}, {prop: "ExtensionRanges", name: "ExtensionRanges", embedded: false, exported: true, typ: FieldRanges, tag: ""}, {prop: "ExtensionRangeOptions", name: "ExtensionRangeOptions", embedded: false, exported: true, typ: sliceType$18, tag: ""}]);
	Field.init("", [{prop: "Base", name: "Base", embedded: true, exported: true, typ: Base, tag: ""}, {prop: "L1", name: "L1", embedded: false, exported: true, typ: FieldL1, tag: ""}]);
	FieldL1.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Number", name: "Number", embedded: false, exported: true, typ: protowire.Number, tag: ""}, {prop: "Cardinality", name: "Cardinality", embedded: false, exported: true, typ: protoreflect.Cardinality, tag: ""}, {prop: "Kind", name: "Kind", embedded: false, exported: true, typ: protoreflect.Kind, tag: ""}, {prop: "StringName", name: "StringName", embedded: false, exported: true, typ: stringName, tag: ""}, {prop: "IsProto3Optional", name: "IsProto3Optional", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsWeak", name: "IsWeak", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasPacked", name: "HasPacked", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsPacked", name: "IsPacked", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HasEnforceUTF8", name: "HasEnforceUTF8", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "EnforceUTF8", name: "EnforceUTF8", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Default", name: "Default", embedded: false, exported: true, typ: defaultValue, tag: ""}, {prop: "ContainingOneof", name: "ContainingOneof", embedded: false, exported: true, typ: protoreflect.OneofDescriptor, tag: ""}, {prop: "Enum", name: "Enum", embedded: false, exported: true, typ: protoreflect.EnumDescriptor, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.MessageDescriptor, tag: ""}]);
	Oneof.init("", [{prop: "Base", name: "Base", embedded: true, exported: true, typ: Base, tag: ""}, {prop: "L1", name: "L1", embedded: false, exported: true, typ: OneofL1, tag: ""}]);
	OneofL1.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Fields", name: "Fields", embedded: false, exported: true, typ: OneofFields, tag: ""}]);
	Extension.init("", [{prop: "Base", name: "Base", embedded: true, exported: true, typ: Base, tag: ""}, {prop: "L1", name: "L1", embedded: false, exported: true, typ: ExtensionL1, tag: ""}, {prop: "L2", name: "L2", embedded: false, exported: true, typ: ptrType$30, tag: ""}]);
	ExtensionL1.init("", [{prop: "Number", name: "Number", embedded: false, exported: true, typ: protowire.Number, tag: ""}, {prop: "Extendee", name: "Extendee", embedded: false, exported: true, typ: protoreflect.MessageDescriptor, tag: ""}, {prop: "Cardinality", name: "Cardinality", embedded: false, exported: true, typ: protoreflect.Cardinality, tag: ""}, {prop: "Kind", name: "Kind", embedded: false, exported: true, typ: protoreflect.Kind, tag: ""}]);
	ExtensionL2.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "StringName", name: "StringName", embedded: false, exported: true, typ: stringName, tag: ""}, {prop: "IsProto3Optional", name: "IsProto3Optional", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsPacked", name: "IsPacked", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Default", name: "Default", embedded: false, exported: true, typ: defaultValue, tag: ""}, {prop: "Enum", name: "Enum", embedded: false, exported: true, typ: protoreflect.EnumDescriptor, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.MessageDescriptor, tag: ""}]);
	Service.init("", [{prop: "Base", name: "Base", embedded: true, exported: true, typ: Base, tag: ""}, {prop: "L1", name: "L1", embedded: false, exported: true, typ: ServiceL1, tag: ""}, {prop: "L2", name: "L2", embedded: false, exported: true, typ: ptrType$31, tag: ""}]);
	ServiceL1.init("", []);
	ServiceL2.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Methods", name: "Methods", embedded: false, exported: true, typ: Methods, tag: ""}]);
	Method.init("", [{prop: "Base", name: "Base", embedded: true, exported: true, typ: Base, tag: ""}, {prop: "L1", name: "L1", embedded: false, exported: true, typ: MethodL1, tag: ""}]);
	MethodL1.init("", [{prop: "Options", name: "Options", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Input", name: "Input", embedded: false, exported: true, typ: protoreflect.MessageDescriptor, tag: ""}, {prop: "Output", name: "Output", embedded: false, exported: true, typ: protoreflect.MessageDescriptor, tag: ""}, {prop: "IsStreamingClient", name: "IsStreamingClient", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsStreamingServer", name: "IsStreamingServer", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	Base.init("", [{prop: "L0", name: "L0", embedded: false, exported: true, typ: BaseL0, tag: ""}]);
	BaseL0.init("", [{prop: "FullName", name: "FullName", embedded: false, exported: true, typ: protoreflect.FullName, tag: ""}, {prop: "ParentFile", name: "ParentFile", embedded: false, exported: true, typ: ptrType$27, tag: ""}, {prop: "Parent", name: "Parent", embedded: false, exported: true, typ: protoreflect.Descriptor, tag: ""}, {prop: "Index", name: "Index", embedded: false, exported: true, typ: $Int, tag: ""}]);
	stringName.init("google.golang.org/protobuf/internal/filedesc", [{prop: "hasJSON", name: "hasJSON", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "once", name: "once", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "nameJSON", name: "nameJSON", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "nameText", name: "nameText", embedded: false, exported: false, typ: $String, tag: ""}]);
	defaultValue.init("google.golang.org/protobuf/internal/filedesc", [{prop: "has", name: "has", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "val", name: "val", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}, {prop: "enum$2", name: "enum", embedded: false, exported: false, typ: protoreflect.EnumValueDescriptor, tag: ""}, {prop: "bytes", name: "bytes", embedded: false, exported: false, typ: sliceType$13, tag: ""}]);
	Builder.init("", [{prop: "GoPackagePath", name: "GoPackagePath", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "RawDescriptor", name: "RawDescriptor", embedded: false, exported: true, typ: sliceType$13, tag: ""}, {prop: "NumEnums", name: "NumEnums", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "NumMessages", name: "NumMessages", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "NumExtensions", name: "NumExtensions", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "NumServices", name: "NumServices", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "TypeResolver", name: "TypeResolver", embedded: false, exported: true, typ: interfaceType, tag: ""}, {prop: "FileRegistry", name: "FileRegistry", embedded: false, exported: true, typ: interfaceType$1, tag: ""}]);
	resolverByIndex.init([{prop: "FindEnumByIndex", name: "FindEnumByIndex", pkg: "", typ: $funcType([$Int32, $Int32, sliceType$8, sliceType$5], [protoreflect.EnumDescriptor], false)}, {prop: "FindMessageByIndex", name: "FindMessageByIndex", pkg: "", typ: $funcType([$Int32, $Int32, sliceType$8, sliceType$5], [protoreflect.MessageDescriptor], false)}]);
	Out.init("", [{prop: "File", name: "File", embedded: false, exported: true, typ: protoreflect.FileDescriptor, tag: ""}, {prop: "Enums", name: "Enums", embedded: false, exported: true, typ: sliceType$8, tag: ""}, {prop: "Messages", name: "Messages", embedded: false, exported: true, typ: sliceType$5, tag: ""}, {prop: "Extensions", name: "Extensions", embedded: false, exported: true, typ: sliceType$10, tag: ""}, {prop: "Services", name: "Services", embedded: false, exported: true, typ: sliceType$11, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protowire.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = descfmt.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = descopts.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = defval.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = messageset.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = genid.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pragma.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strs.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = proto.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoregistry.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		emptyNames = new Names.ptr(sliceType.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		emptyEnumRanges = new EnumRanges.ptr(sliceType$1.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$1.nil);
		emptyFieldRanges = new FieldRanges.ptr(sliceType$2.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$2.nil);
		emptyFieldNumbers = new FieldNumbers.ptr(sliceType$3.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		emptySourceLocations = new SourceLocations.ptr(sliceType$4.nil, $ifaceNil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		emptyFiles = $newDataPointer(FileImports.nil, ptrType);
		emptyMessages = new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		emptyFields = new Fields.ptr(sliceType$6.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false);
		emptyOneofs = new Oneofs.ptr(sliceType$7.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		emptyEnums = new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		emptyEnumValues = new EnumValues.ptr(sliceType$9.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false);
		emptyExtensions = new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		emptyServices = new Services.ptr(sliceType$11.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false);
		nameBuilderPool = new sync.Pool.ptr(sliceType$12.nil, (function() {
			return new strs.Builder.ptr();
		}));
		$pkg.SurrogateProto2 = new File.ptr(new fileRaw.ptr(new Builder.ptr("", sliceType$13.nil, 0, 0, 0, 0, $ifaceNil, $ifaceNil), sliceType$8.nil, sliceType$5.nil, sliceType$10.nil, sliceType$11.nil), new FileL1.ptr(2, "", "", new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Services.ptr(sliceType$11.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false)), 0, new sync.Mutex.ptr(0, 0), new FileL2.ptr($throwNilPointerError, FileImports.nil, new SourceLocations.ptr(sliceType$4.nil, $ifaceNil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false)));
		$pkg.SurrogateProto3 = new File.ptr(new fileRaw.ptr(new Builder.ptr("", sliceType$13.nil, 0, 0, 0, 0, $ifaceNil, $ifaceNil), sliceType$8.nil, sliceType$5.nil, sliceType$10.nil, sliceType$11.nil), new FileL1.ptr(3, "", "", new Enums.ptr(sliceType$8.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Messages.ptr(sliceType$5.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Extensions.ptr(sliceType$10.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new Services.ptr(sliceType$11.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false)), 0, new sync.Mutex.ptr(0, 0), new FileL2.ptr($throwNilPointerError, FileImports.nil, new SourceLocations.ptr(sliceType$4.nil, $ifaceNil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false)));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["hash/crc32"] = (function() {
	var $pkg = {}, $init, errors, hash, sync, atomic, slicing8Table, Table, ptrType, ptrType$1, arrayType, arrayType$1, ptrType$2, castagnoliTable, updateCastagnoli, haveCastagnoli, haveCastagnoli$24ptr, ieeeTable8, ieeeArchImpl, updateIEEE, ieeeOnce, archAvailableIEEE, archInitIEEE, archUpdateIEEE, simpleMakeTable, simplePopulateTable, simpleUpdate, slicingMakeTable, slicingUpdate, ieeeInit, Update, ChecksumIEEE;
	errors = $packages["errors"];
	hash = $packages["hash"];
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	slicing8Table = $pkg.slicing8Table = $newType(8192, $kindArray, "crc32.slicing8Table", true, "hash/crc32", false, null);
	Table = $pkg.Table = $newType(1024, $kindArray, "crc32.Table", true, "hash/crc32", true, null);
	ptrType = $ptrType(Table);
	ptrType$1 = $ptrType(slicing8Table);
	arrayType = $arrayType($Uint32, 256);
	arrayType$1 = $arrayType(Table, 8);
	ptrType$2 = $ptrType($Uint32);
	archAvailableIEEE = function() {
		return false;
	};
	archInitIEEE = function() {
		$panic(new $String("not available"));
	};
	archUpdateIEEE = function(crc, p) {
		var crc, p;
		$panic(new $String("not available"));
	};
	simpleMakeTable = function(poly) {
		var poly, t;
		t = arrayType.zero();
		simplePopulateTable(poly, t);
		return t;
	};
	simplePopulateTable = function(poly, t) {
		var crc, i, j, poly, t, y;
		i = 0;
		while (true) {
			if (!(i < 256)) { break; }
			crc = ((i >>> 0));
			j = 0;
			while (true) {
				if (!(j < 8)) { break; }
				if (((crc & 1) >>> 0) === 1) {
					crc = (((crc >>> 1 >>> 0)) ^ poly) >>> 0;
				} else {
					crc = (y = (1), y < 32 ? (crc >>> y) : 0) >>> 0;
				}
				j = j + (1) >> 0;
			}
			t.nilCheck, ((i < 0 || i >= t.length) ? ($throwRuntimeError("index out of range"), undefined) : t[i] = crc);
			i = i + (1) >> 0;
		}
	};
	simpleUpdate = function(crc, tab, p) {
		var _i, _ref, crc, p, tab, v, x, x$1;
		crc = ~crc >>> 0;
		_ref = p;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			crc = ((x = tab, x$1 = (((crc << 24 >>> 24)) ^ v) << 24 >>> 24, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])) ^ ((crc >>> 8 >>> 0))) >>> 0;
			_i++;
		}
		return ~crc >>> 0;
	};
	slicingMakeTable = function(poly) {
		var crc, i, j, poly, t, x, x$1, x$2, x$3, x$4;
		t = arrayType$1.zero();
		simplePopulateTable(poly, t[0]);
		i = 0;
		while (true) {
			if (!(i < 256)) { break; }
			crc = (x = t[0], ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i]));
			j = 1;
			while (true) {
				if (!(j < 8)) { break; }
				crc = ((x$1 = t[0], x$2 = (crc & 255) >>> 0, ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])) ^ ((crc >>> 8 >>> 0))) >>> 0;
				(x$3 = (x$4 = t, ((j < 0 || j >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[j])), ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i] = crc));
				j = j + (1) >> 0;
			}
			i = i + (1) >> 0;
		}
		return t;
	};
	slicingUpdate = function(crc, tab, p) {
		var crc, p, tab, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		if (p.$length >= 16) {
			crc = ~crc >>> 0;
			while (true) {
				if (!(p.$length > 8)) { break; }
				crc = (crc ^ ((((((((((0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]) >>> 0)) | ((((1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((3 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 3]) >>> 0)) << 24 >>> 0)) >>> 0))) >>> 0;
				crc = ((((((((((((((x = tab[0], x$1 = (7 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 7]), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])) ^ (x$2 = tab[1], x$3 = (6 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 6]), ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3]))) >>> 0) ^ (x$4 = tab[2], x$5 = (5 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 5]), ((x$5 < 0 || x$5 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[x$5]))) >>> 0) ^ (x$6 = tab[3], x$7 = (4 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 4]), ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7]))) >>> 0) ^ (x$8 = tab[4], x$9 = crc >>> 24 >>> 0, ((x$9 < 0 || x$9 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[x$9]))) >>> 0) ^ (x$10 = tab[5], x$11 = (((crc >>> 16 >>> 0)) & 255) >>> 0, ((x$11 < 0 || x$11 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[x$11]))) >>> 0) ^ (x$12 = tab[6], x$13 = (((crc >>> 8 >>> 0)) & 255) >>> 0, ((x$13 < 0 || x$13 >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[x$13]))) >>> 0) ^ (x$14 = tab[7], x$15 = (crc & 255) >>> 0, ((x$15 < 0 || x$15 >= x$14.length) ? ($throwRuntimeError("index out of range"), undefined) : x$14[x$15]))) >>> 0;
				p = $subslice(p, 8);
			}
			crc = ~crc >>> 0;
		}
		if (p.$length === 0) {
			return crc;
		}
		return simpleUpdate(crc, tab[0], p);
	};
	ieeeInit = function() {
		ieeeArchImpl = archAvailableIEEE();
		if (ieeeArchImpl) {
			archInitIEEE();
			updateIEEE = archUpdateIEEE;
		} else {
			ieeeTable8 = slicingMakeTable(3988292384);
			updateIEEE = (function(crc, p) {
				var crc, p;
				return slicingUpdate(crc, ieeeTable8, p);
			});
		}
	};
	Update = function(crc, tab, p) {
		var {$24r, $24r$1, _r, _r$1, crc, p, tab, $s, $r, $c} = $restore(this, {crc, tab, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!((atomic.LoadUint32((haveCastagnoli$24ptr || (haveCastagnoli$24ptr = new ptrType$2(function() { return haveCastagnoli; }, function($v) { haveCastagnoli = $v; })))) === 0)) && tab === castagnoliTable) { $s = 2; continue; }
			/* */ if (tab === $pkg.IEEETable) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!((atomic.LoadUint32((haveCastagnoli$24ptr || (haveCastagnoli$24ptr = new ptrType$2(function() { return haveCastagnoli; }, function($v) { haveCastagnoli = $v; })))) === 0)) && tab === castagnoliTable) { */ case 2:
				_r = updateCastagnoli(crc, p); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else if (tab === $pkg.IEEETable) { */ case 3:
				$r = ieeeOnce.Do(ieeeInit); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$1 = updateIEEE(crc, p); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = _r$1;
				$s = 10; case 10: return $24r$1;
			/* } else { */ case 4:
				$s = -1; return simpleUpdate(crc, tab, p);
			/* } */ case 5:
		case 1:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Update, $c: true, $r, $24r, $24r$1, _r, _r$1, crc, p, tab, $s};return $f;
	};
	$pkg.Update = Update;
	ChecksumIEEE = function(data) {
		var {$24r, _r, data, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = ieeeOnce.Do(ieeeInit); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = updateIEEE(0, data); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: ChecksumIEEE, $c: true, $r, $24r, _r, data, $s};return $f;
	};
	$pkg.ChecksumIEEE = ChecksumIEEE;
	slicing8Table.init(Table, 8);
	Table.init($Uint32, 256);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		castagnoliTable = ptrType.nil;
		updateCastagnoli = $throwNilPointerError;
		haveCastagnoli = 0;
		ieeeTable8 = ptrType$1.nil;
		ieeeArchImpl = false;
		updateIEEE = $throwNilPointerError;
		ieeeOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		$pkg.IEEETable = simpleMakeTable(3988292384);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["compress/gzip"] = (function() {
	var $pkg = {}, $init, bufio, flate, binary, errors, fmt, crc32, io, time, Header, Reader, sliceType$1, ptrType$1, arrayType$1, ptrType$3, sliceType$2, le, noEOF, NewReader;
	bufio = $packages["bufio"];
	flate = $packages["compress/flate"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	crc32 = $packages["hash/crc32"];
	io = $packages["io"];
	time = $packages["time"];
	Header = $pkg.Header = $newType(0, $kindStruct, "gzip.Header", true, "compress/gzip", true, function(Comment_, Extra_, ModTime_, Name_, OS_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Comment = "";
			this.Extra = sliceType$1.nil;
			this.ModTime = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil);
			this.Name = "";
			this.OS = 0;
			return;
		}
		this.Comment = Comment_;
		this.Extra = Extra_;
		this.ModTime = ModTime_;
		this.Name = Name_;
		this.OS = OS_;
	});
	Reader = $pkg.Reader = $newType(0, $kindStruct, "gzip.Reader", true, "compress/gzip", true, function(Header_, r_, decompressor_, digest_, size_, buf_, err_, multistream_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Header = new Header.ptr("", sliceType$1.nil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil), "", 0);
			this.r = $ifaceNil;
			this.decompressor = $ifaceNil;
			this.digest = 0;
			this.size = 0;
			this.buf = arrayType$1.zero();
			this.err = $ifaceNil;
			this.multistream = false;
			return;
		}
		this.Header = Header_;
		this.r = r_;
		this.decompressor = decompressor_;
		this.digest = digest_;
		this.size = size_;
		this.buf = buf_;
		this.err = err_;
		this.multistream = multistream_;
	});
	sliceType$1 = $sliceType($Uint8);
	ptrType$1 = $ptrType(time.Location);
	arrayType$1 = $arrayType($Uint8, 512);
	ptrType$3 = $ptrType(Reader);
	sliceType$2 = $sliceType($Int32);
	noEOF = function(err) {
		var err;
		if ($interfaceIsEqual(err, io.EOF)) {
			return io.ErrUnexpectedEOF;
		}
		return err;
	};
	NewReader = function(r) {
		var {_r, err, r, z, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = new Reader.ptr(new Header.ptr("", sliceType$1.nil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil), "", 0), $ifaceNil, $ifaceNil, 0, 0, arrayType$1.zero(), $ifaceNil, false);
		_r = z.Reset(r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$3.nil, err];
		}
		$s = -1; return [z, $ifaceNil];
		/* */ } return; } var $f = {$blk: NewReader, $c: true, $r, _r, err, r, z, $s};return $f;
	};
	$pkg.NewReader = NewReader;
	Reader.ptr.prototype.Reset = function(r) {
		var {_r, _tuple, _tuple$1, ok, r, rr, z, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		Reader.copy(z, new Reader.ptr(new Header.ptr("", sliceType$1.nil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil), "", 0), $ifaceNil, z.decompressor, 0, 0, arrayType$1.zero(), $ifaceNil, true));
		_tuple = $assertType(r, flate.Reader, true);
		rr = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			z.r = rr;
		} else {
			z.r = bufio.NewReader(r);
		}
		_r = z.readHeader(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		Header.copy(z.Header, _tuple$1[0]);
		z.err = _tuple$1[1];
		$s = -1; return z.err;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.Reset, $c: true, $r, _r, _tuple, _tuple$1, ok, r, rr, z, $s};return $f;
	};
	Reader.prototype.Reset = function(r) { return this.$val.Reset(r); };
	Reader.ptr.prototype.Multistream = function(ok) {
		var ok, z;
		z = this;
		z.multistream = ok;
	};
	Reader.prototype.Multistream = function(ok) { return this.$val.Multistream(ok); };
	Reader.ptr.prototype.readString = function() {
		var {_i, _r, _r$1, _ref, _tuple, err, i, needConv, s, v, x, x$1, x$2, z, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		err = $ifaceNil;
		needConv = false;
		i = 0;
		/* while (true) { */ case 1:
			if (i >= 512) {
				$s = -1; return ["", $pkg.ErrHeader];
			}
			_r = z.r.ReadByte(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			(x = z.buf, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i] = _tuple[0]));
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return ["", err];
			}
			if ((x$1 = z.buf, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])) > 127) {
				needConv = true;
			}
			/* */ if ((x$2 = z.buf, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) === 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((x$2 = z.buf, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) === 0) { */ case 4:
				_r$1 = crc32.Update(z.digest, crc32.IEEETable, $subslice(new sliceType$1(z.buf), 0, (i + 1 >> 0))); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				z.digest = _r$1;
				if (needConv) {
					s = $makeSlice(sliceType$2, 0, i);
					_ref = $subslice(new sliceType$1(z.buf), 0, i);
					_i = 0;
					while (true) {
						if (!(_i < _ref.$length)) { break; }
						v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
						s = $append(s, ((v >> 0)));
						_i++;
					}
					$s = -1; return [($runesToString(s)), $ifaceNil];
				}
				$s = -1; return [($bytesToString($subslice(new sliceType$1(z.buf), 0, i))), $ifaceNil];
			/* } */ case 5:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return ["", $ifaceNil];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.readString, $c: true, $r, _i, _r, _r$1, _ref, _tuple, err, i, needConv, s, v, x, x$1, x$2, z, $s};return $f;
	};
	Reader.prototype.readString = function() { return this.$val.readString(); };
	Reader.ptr.prototype.readHeader = function() {
		var {_r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, data, digest, err, flg, hdr, s, t, z, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hdr = new Header.ptr("", sliceType$1.nil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil), "", 0);
		err = $ifaceNil;
		z = this;
		_r = io.ReadFull(z.r, $subslice(new sliceType$1(z.buf), 0, 10)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = $clone(hdr, Header);
			_tmp$1 = err;
			Header.copy(hdr, _tmp);
			err = _tmp$1;
			$s = -1; return [hdr, err];
		}
		if (!((z.buf[0] === 31)) || !((z.buf[1] === 139)) || !((z.buf[2] === 8))) {
			_tmp$2 = $clone(hdr, Header);
			_tmp$3 = $pkg.ErrHeader;
			Header.copy(hdr, _tmp$2);
			err = _tmp$3;
			$s = -1; return [hdr, err];
		}
		flg = z.buf[3];
		t = (new $Int64(0, $clone(le, binary.littleEndian).Uint32($subslice(new sliceType$1(z.buf), 4, 8))));
		if ((t.$high > 0 || (t.$high === 0 && t.$low > 0))) {
			time.Time.copy(hdr.ModTime, time.Unix(t, new $Int64(0, 0)));
		}
		hdr.OS = z.buf[9];
		_r$1 = crc32.ChecksumIEEE($subslice(new sliceType$1(z.buf), 0, 10)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		z.digest = _r$1;
		/* */ if (!((((flg & 4) >>> 0) === 0))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!((((flg & 4) >>> 0) === 0))) { */ case 3:
			_r$2 = io.ReadFull(z.r, $subslice(new sliceType$1(z.buf), 0, 2)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$4 = $clone(hdr, Header);
				_tmp$5 = noEOF(err);
				Header.copy(hdr, _tmp$4);
				err = _tmp$5;
				$s = -1; return [hdr, err];
			}
			_r$3 = crc32.Update(z.digest, crc32.IEEETable, $subslice(new sliceType$1(z.buf), 0, 2)); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			z.digest = _r$3;
			data = $makeSlice(sliceType$1, $clone(le, binary.littleEndian).Uint16($subslice(new sliceType$1(z.buf), 0, 2)));
			_r$4 = io.ReadFull(z.r, data); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$2 = _r$4;
			err = _tuple$2[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$6 = $clone(hdr, Header);
				_tmp$7 = noEOF(err);
				Header.copy(hdr, _tmp$6);
				err = _tmp$7;
				$s = -1; return [hdr, err];
			}
			_r$5 = crc32.Update(z.digest, crc32.IEEETable, data); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			z.digest = _r$5;
			hdr.Extra = data;
		/* } */ case 4:
		s = "";
		/* */ if (!((((flg & 8) >>> 0) === 0))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!((((flg & 8) >>> 0) === 0))) { */ case 9:
			_r$6 = z.readString(); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$3 = _r$6;
			s = _tuple$3[0];
			err = _tuple$3[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$8 = $clone(hdr, Header);
				_tmp$9 = err;
				Header.copy(hdr, _tmp$8);
				err = _tmp$9;
				$s = -1; return [hdr, err];
			}
			hdr.Name = s;
		/* } */ case 10:
		/* */ if (!((((flg & 16) >>> 0) === 0))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!((((flg & 16) >>> 0) === 0))) { */ case 12:
			_r$7 = z.readString(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$4 = _r$7;
			s = _tuple$4[0];
			err = _tuple$4[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$10 = $clone(hdr, Header);
				_tmp$11 = err;
				Header.copy(hdr, _tmp$10);
				err = _tmp$11;
				$s = -1; return [hdr, err];
			}
			hdr.Comment = s;
		/* } */ case 13:
		/* */ if (!((((flg & 2) >>> 0) === 0))) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!((((flg & 2) >>> 0) === 0))) { */ case 15:
			_r$8 = io.ReadFull(z.r, $subslice(new sliceType$1(z.buf), 0, 2)); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$5 = _r$8;
			err = _tuple$5[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$12 = $clone(hdr, Header);
				_tmp$13 = noEOF(err);
				Header.copy(hdr, _tmp$12);
				err = _tmp$13;
				$s = -1; return [hdr, err];
			}
			digest = $clone(le, binary.littleEndian).Uint16($subslice(new sliceType$1(z.buf), 0, 2));
			if (!((digest === ((z.digest << 16 >>> 16))))) {
				_tmp$14 = $clone(hdr, Header);
				_tmp$15 = $pkg.ErrHeader;
				Header.copy(hdr, _tmp$14);
				err = _tmp$15;
				$s = -1; return [hdr, err];
			}
		/* } */ case 16:
		z.digest = 0;
		/* */ if ($interfaceIsEqual(z.decompressor, $ifaceNil)) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if ($interfaceIsEqual(z.decompressor, $ifaceNil)) { */ case 18:
			_r$9 = flate.NewReader(z.r); /* */ $s = 21; case 21: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			z.decompressor = _r$9;
			$s = 20; continue;
		/* } else { */ case 19:
			_r$10 = $assertType(z.decompressor, flate.Resetter).Reset(z.r, sliceType$1.nil); /* */ $s = 22; case 22: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
		/* } */ case 20:
		_tmp$16 = $clone(hdr, Header);
		_tmp$17 = $ifaceNil;
		Header.copy(hdr, _tmp$16);
		err = _tmp$17;
		$s = -1; return [hdr, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.readHeader, $c: true, $r, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, data, digest, err, flg, hdr, s, t, z, $s};return $f;
	};
	Reader.prototype.readHeader = function() { return this.$val.readHeader(); };
	Reader.ptr.prototype.Read = function(p) {
		var {_r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, digest, err, err$1, n, p, size, z, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		z = this;
		if (!($interfaceIsEqual(z.err, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = z.err;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		/* while (true) { */ case 1:
			/* if (!(n === 0)) { break; } */ if(!(n === 0)) { $s = 2; continue; }
			_r = z.decompressor.Read(p); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			z.err = _tuple[1];
			_r$1 = crc32.Update(z.digest, crc32.IEEETable, $subslice(p, 0, n)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			z.digest = _r$1;
			z.size = z.size + (((n >>> 0))) >>> 0;
			if (!($interfaceIsEqual(z.err, io.EOF))) {
				_tmp$2 = n;
				_tmp$3 = z.err;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			}
			_r$2 = io.ReadFull(z.r, $subslice(new sliceType$1(z.buf), 0, 8)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				z.err = noEOF(err$1);
				_tmp$4 = n;
				_tmp$5 = z.err;
				n = _tmp$4;
				err = _tmp$5;
				$s = -1; return [n, err];
			}
			digest = $clone(le, binary.littleEndian).Uint32($subslice(new sliceType$1(z.buf), 0, 4));
			size = $clone(le, binary.littleEndian).Uint32($subslice(new sliceType$1(z.buf), 4, 8));
			if (!((digest === z.digest)) || !((size === z.size))) {
				z.err = $pkg.ErrChecksum;
				_tmp$6 = n;
				_tmp$7 = z.err;
				n = _tmp$6;
				err = _tmp$7;
				$s = -1; return [n, err];
			}
			_tmp$8 = 0;
			_tmp$9 = 0;
			z.digest = _tmp$8;
			z.size = _tmp$9;
			if (!z.multistream) {
				_tmp$10 = n;
				_tmp$11 = io.EOF;
				n = _tmp$10;
				err = _tmp$11;
				$s = -1; return [n, err];
			}
			z.err = $ifaceNil;
			_r$3 = z.readHeader(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			z.err = _tuple$2[1];
			if (!($interfaceIsEqual(z.err, $ifaceNil))) {
				_tmp$12 = n;
				_tmp$13 = z.err;
				n = _tmp$12;
				err = _tmp$13;
				$s = -1; return [n, err];
			}
		$s = 1; continue;
		case 2:
		_tmp$14 = n;
		_tmp$15 = $ifaceNil;
		n = _tmp$14;
		err = _tmp$15;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.Read, $c: true, $r, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, digest, err, err$1, n, p, size, z, $s};return $f;
	};
	Reader.prototype.Read = function(p) { return this.$val.Read(p); };
	Reader.ptr.prototype.Close = function() {
		var {$24r, _r, z, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = z.decompressor.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.Close, $c: true, $r, $24r, _r, z, $s};return $f;
	};
	Reader.prototype.Close = function() { return this.$val.Close(); };
	ptrType$3.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([io.Reader], [$error], false)}, {prop: "Multistream", name: "Multistream", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "readString", name: "readString", pkg: "compress/gzip", typ: $funcType([], [$String, $error], false)}, {prop: "readHeader", name: "readHeader", pkg: "compress/gzip", typ: $funcType([], [Header, $error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	Header.init("", [{prop: "Comment", name: "Comment", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Extra", name: "Extra", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "ModTime", name: "ModTime", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "OS", name: "OS", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	Reader.init("compress/gzip", [{prop: "Header", name: "Header", embedded: true, exported: true, typ: Header, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: flate.Reader, tag: ""}, {prop: "decompressor", name: "decompressor", embedded: false, exported: false, typ: io.ReadCloser, tag: ""}, {prop: "digest", name: "digest", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "multistream", name: "multistream", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flate.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = crc32.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrChecksum = errors.New("gzip: invalid checksum");
		$pkg.ErrHeader = errors.New("gzip: invalid header");
		le = $clone(binary.LittleEndian, binary.littleEndian);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding"] = (function() {
	var $pkg = {}, $init, TextMarshaler, TextUnmarshaler, sliceType;
	TextMarshaler = $pkg.TextMarshaler = $newType(8, $kindInterface, "encoding.TextMarshaler", true, "encoding", true, null);
	TextUnmarshaler = $pkg.TextUnmarshaler = $newType(8, $kindInterface, "encoding.TextUnmarshaler", true, "encoding", true, null);
	sliceType = $sliceType($Uint8);
	TextMarshaler.init([{prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType, $error], false)}]);
	TextUnmarshaler.init([{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType], [$error], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding/base64"] = (function() {
	var $pkg = {}, $init, binary, io, strconv, Encoding, encoder, CorruptInputError, arrayType, arrayType$1, sliceType, ptrType, arrayType$2, arrayType$3, arrayType$4, ptrType$1, NewEncoding, NewEncoder, assemble32, assemble64;
	binary = $packages["encoding/binary"];
	io = $packages["io"];
	strconv = $packages["strconv"];
	Encoding = $pkg.Encoding = $newType(0, $kindStruct, "base64.Encoding", true, "encoding/base64", true, function(encode_, decodeMap_, padChar_, strict_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.encode = arrayType.zero();
			this.decodeMap = arrayType$1.zero();
			this.padChar = 0;
			this.strict = false;
			return;
		}
		this.encode = encode_;
		this.decodeMap = decodeMap_;
		this.padChar = padChar_;
		this.strict = strict_;
	});
	encoder = $pkg.encoder = $newType(0, $kindStruct, "base64.encoder", true, "encoding/base64", false, function(err_, enc_, w_, buf_, nbuf_, out_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			this.enc = ptrType.nil;
			this.w = $ifaceNil;
			this.buf = arrayType$2.zero();
			this.nbuf = 0;
			this.out = arrayType$3.zero();
			return;
		}
		this.err = err_;
		this.enc = enc_;
		this.w = w_;
		this.buf = buf_;
		this.nbuf = nbuf_;
		this.out = out_;
	});
	CorruptInputError = $pkg.CorruptInputError = $newType(8, $kindInt64, "base64.CorruptInputError", true, "encoding/base64", true, null);
	arrayType = $arrayType($Uint8, 64);
	arrayType$1 = $arrayType($Uint8, 256);
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(Encoding);
	arrayType$2 = $arrayType($Uint8, 3);
	arrayType$3 = $arrayType($Uint8, 1024);
	arrayType$4 = $arrayType($Uint8, 4);
	ptrType$1 = $ptrType(encoder);
	NewEncoding = function(encoder$1) {
		var e, encoder$1, i, i$1, i$2, x, x$1, x$2;
		if (!((encoder$1.length === 64))) {
			$panic(new $String("encoding alphabet is not 64-bytes long"));
		}
		i = 0;
		while (true) {
			if (!(i < encoder$1.length)) { break; }
			if ((encoder$1.charCodeAt(i) === 10) || (encoder$1.charCodeAt(i) === 13)) {
				$panic(new $String("encoding alphabet contains newline character"));
			}
			i = i + (1) >> 0;
		}
		e = new Encoding.ptr(arrayType.zero(), arrayType$1.zero(), 0, false);
		e.padChar = 61;
		$copyString(new sliceType(e.encode), encoder$1);
		i$1 = 0;
		while (true) {
			if (!(i$1 < 256)) { break; }
			(x = e.decodeMap, ((i$1 < 0 || i$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i$1] = 255));
			i$1 = i$1 + (1) >> 0;
		}
		i$2 = 0;
		while (true) {
			if (!(i$2 < encoder$1.length)) { break; }
			(x$1 = e.decodeMap, x$2 = encoder$1.charCodeAt(i$2), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2] = ((i$2 << 24 >>> 24))));
			i$2 = i$2 + (1) >> 0;
		}
		return e;
	};
	$pkg.NewEncoding = NewEncoding;
	Encoding.ptr.prototype.WithPadding = function(padding) {
		var enc, i, padding, x;
		enc = this;
		if ((padding === 13) || (padding === 10) || padding > 255) {
			$panic(new $String("invalid padding"));
		}
		i = 0;
		while (true) {
			if (!(i < 64)) { break; }
			if ((((x = enc.encode, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) >> 0)) === padding) {
				$panic(new $String("padding contained in alphabet"));
			}
			i = i + (1) >> 0;
		}
		enc.padChar = padding;
		return enc;
	};
	Encoding.prototype.WithPadding = function(padding) { return this.$val.WithPadding(padding); };
	Encoding.ptr.prototype.Strict = function() {
		var enc;
		enc = this;
		enc.strict = true;
		return enc;
	};
	Encoding.prototype.Strict = function() { return this.$val.Strict(); };
	Encoding.ptr.prototype.Encode = function(dst, src) {
		var _1, _q, _tmp, _tmp$1, di, dst, enc, n, remain, si, src, val, val$1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		enc = this;
		if (src.$length === 0) {
			return;
		}
		$unused(enc.encode);
		_tmp = 0;
		_tmp$1 = 0;
		di = _tmp;
		si = _tmp$1;
		n = $imul(((_q = src.$length / 3, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))), 3);
		while (true) {
			if (!(si < n)) { break; }
			val = (((((((x = si + 0 >> 0, ((x < 0 || x >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x])) >>> 0)) << 16 >>> 0) | ((((x$1 = si + 1 >> 0, ((x$1 < 0 || x$1 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$1])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$2 = si + 2 >> 0, ((x$2 < 0 || x$2 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$2])) >>> 0))) >>> 0;
			(x$5 = di + 0 >> 0, ((x$5 < 0 || x$5 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$5] = (x$3 = enc.encode, x$4 = ((val >>> 18 >>> 0) & 63) >>> 0, ((x$4 < 0 || x$4 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[x$4]))));
			(x$8 = di + 1 >> 0, ((x$8 < 0 || x$8 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$8] = (x$6 = enc.encode, x$7 = ((val >>> 12 >>> 0) & 63) >>> 0, ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7]))));
			(x$11 = di + 2 >> 0, ((x$11 < 0 || x$11 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$11] = (x$9 = enc.encode, x$10 = ((val >>> 6 >>> 0) & 63) >>> 0, ((x$10 < 0 || x$10 >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[x$10]))));
			(x$14 = di + 3 >> 0, ((x$14 < 0 || x$14 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$14] = (x$12 = enc.encode, x$13 = (val & 63) >>> 0, ((x$13 < 0 || x$13 >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[x$13]))));
			si = si + (3) >> 0;
			di = di + (4) >> 0;
		}
		remain = src.$length - si >> 0;
		if (remain === 0) {
			return;
		}
		val$1 = (((x$15 = si + 0 >> 0, ((x$15 < 0 || x$15 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$15])) >>> 0)) << 16 >>> 0;
		if (remain === 2) {
			val$1 = (val$1 | (((((x$16 = si + 1 >> 0, ((x$16 < 0 || x$16 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$16])) >>> 0)) << 8 >>> 0))) >>> 0;
		}
		(x$19 = di + 0 >> 0, ((x$19 < 0 || x$19 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$19] = (x$17 = enc.encode, x$18 = ((val$1 >>> 18 >>> 0) & 63) >>> 0, ((x$18 < 0 || x$18 >= x$17.length) ? ($throwRuntimeError("index out of range"), undefined) : x$17[x$18]))));
		(x$22 = di + 1 >> 0, ((x$22 < 0 || x$22 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$22] = (x$20 = enc.encode, x$21 = ((val$1 >>> 12 >>> 0) & 63) >>> 0, ((x$21 < 0 || x$21 >= x$20.length) ? ($throwRuntimeError("index out of range"), undefined) : x$20[x$21]))));
		_1 = remain;
		if (_1 === (2)) {
			(x$25 = di + 2 >> 0, ((x$25 < 0 || x$25 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$25] = (x$23 = enc.encode, x$24 = ((val$1 >>> 6 >>> 0) & 63) >>> 0, ((x$24 < 0 || x$24 >= x$23.length) ? ($throwRuntimeError("index out of range"), undefined) : x$23[x$24]))));
			if (!((enc.padChar === -1))) {
				(x$26 = di + 3 >> 0, ((x$26 < 0 || x$26 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$26] = ((enc.padChar << 24 >>> 24))));
			}
		} else if (_1 === (1)) {
			if (!((enc.padChar === -1))) {
				(x$27 = di + 2 >> 0, ((x$27 < 0 || x$27 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$27] = ((enc.padChar << 24 >>> 24))));
				(x$28 = di + 3 >> 0, ((x$28 < 0 || x$28 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$28] = ((enc.padChar << 24 >>> 24))));
			}
		}
	};
	Encoding.prototype.Encode = function(dst, src) { return this.$val.Encode(dst, src); };
	Encoding.ptr.prototype.EncodeToString = function(src) {
		var buf, enc, src;
		enc = this;
		buf = $makeSlice(sliceType, enc.EncodedLen(src.$length));
		enc.Encode(buf, src);
		return ($bytesToString(buf));
	};
	Encoding.prototype.EncodeToString = function(src) { return this.$val.EncodeToString(src); };
	encoder.ptr.prototype.Write = function(p) {
		var {_q, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, e, err, i, n, nn, p, x, x$1, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		e = this;
		if (!($interfaceIsEqual(e.err, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = e.err;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		/* */ if (e.nbuf > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (e.nbuf > 0) { */ case 1:
			i = 0;
			i = 0;
			while (true) {
				if (!(i < p.$length && e.nbuf < 3)) { break; }
				(x = e.buf, x$1 = e.nbuf, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1] = ((i < 0 || i >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + i])));
				e.nbuf = e.nbuf + (1) >> 0;
				i = i + (1) >> 0;
			}
			n = n + (i) >> 0;
			p = $subslice(p, i);
			if (e.nbuf < 3) {
				$s = -1; return [n, err];
			}
			e.enc.Encode(new sliceType(e.out), new sliceType(e.buf));
			_r = e.w.Write($subslice(new sliceType(e.out), 0, 4)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			e.err = _tuple[1];
			if (!($interfaceIsEqual(e.err, $ifaceNil))) {
				_tmp$2 = n;
				_tmp$3 = e.err;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			}
			e.nbuf = 0;
		/* } */ case 2:
		/* while (true) { */ case 4:
			/* if (!(p.$length >= 3)) { break; } */ if(!(p.$length >= 3)) { $s = 5; continue; }
			nn = 768;
			if (nn > p.$length) {
				nn = p.$length;
				nn = nn - ((_r$1 = nn % 3, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero"))) >> 0;
			}
			e.enc.Encode(new sliceType(e.out), $subslice(p, 0, nn));
			_r$2 = e.w.Write($subslice(new sliceType(e.out), 0, ($imul((_q = nn / 3, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), 4)))); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			e.err = _tuple$1[1];
			if (!($interfaceIsEqual(e.err, $ifaceNil))) {
				_tmp$4 = n;
				_tmp$5 = e.err;
				n = _tmp$4;
				err = _tmp$5;
				$s = -1; return [n, err];
			}
			n = n + (nn) >> 0;
			p = $subslice(p, nn);
		$s = 4; continue;
		case 5:
		$copySlice(new sliceType(e.buf), p);
		e.nbuf = p.$length;
		n = n + (p.$length) >> 0;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.Write, $c: true, $r, _q, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, e, err, i, n, nn, p, x, x$1, $s};return $f;
	};
	encoder.prototype.Write = function(p) { return this.$val.Write(p); };
	encoder.ptr.prototype.Close = function() {
		var {_r, _tuple, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		/* */ if ($interfaceIsEqual(e.err, $ifaceNil) && e.nbuf > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(e.err, $ifaceNil) && e.nbuf > 0) { */ case 1:
			e.enc.Encode(new sliceType(e.out), $subslice(new sliceType(e.buf), 0, e.nbuf));
			_r = e.w.Write($subslice(new sliceType(e.out), 0, e.enc.EncodedLen(e.nbuf))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			e.err = _tuple[1];
			e.nbuf = 0;
		/* } */ case 2:
		$s = -1; return e.err;
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.Close, $c: true, $r, _r, _tuple, e, $s};return $f;
	};
	encoder.prototype.Close = function() { return this.$val.Close(); };
	NewEncoder = function(enc, w) {
		var enc, w;
		return new encoder.ptr($ifaceNil, enc, w, arrayType$2.zero(), 0, arrayType$3.zero());
	};
	$pkg.NewEncoder = NewEncoder;
	Encoding.ptr.prototype.EncodedLen = function(n) {
		var _q, _q$1, enc, n;
		enc = this;
		if (enc.padChar === -1) {
			return (_q = ((($imul(n, 8)) + 5 >> 0)) / 6, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		}
		return $imul((_q$1 = ((n + 2 >> 0)) / 3, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")), 4);
	};
	Encoding.prototype.EncodedLen = function(n) { return this.$val.EncodedLen(n); };
	CorruptInputError.prototype.Error = function() {
		var e;
		e = this;
		return "illegal base64 data at input byte " + strconv.FormatInt((new $Int64(e.$high, e.$low)), 10);
	};
	$ptrType(CorruptInputError).prototype.Error = function() { return this.$get().Error(); };
	Encoding.ptr.prototype.decodeQuantum = function(dst, src, si) {
		var _1, _2, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, dbuf, dlen, dst, enc, err, in$1, j, n, nsi, out, si, src, val, x;
		nsi = 0;
		n = 0;
		err = $ifaceNil;
		enc = this;
		dbuf = arrayType$4.zero();
		dlen = 4;
		$unused(enc.decodeMap);
		j = 0;
		while (true) {
			if (!(j < 4)) { break; }
			if (src.$length === si) {
				if ((j === 0)) {
					_tmp = si;
					_tmp$1 = 0;
					_tmp$2 = $ifaceNil;
					nsi = _tmp;
					n = _tmp$1;
					err = _tmp$2;
					return [nsi, n, err];
				} else if (((j === 1)) || (!((enc.padChar === -1)))) {
					_tmp$3 = si;
					_tmp$4 = 0;
					_tmp$5 = (new CorruptInputError(0, (si - j >> 0)));
					nsi = _tmp$3;
					n = _tmp$4;
					err = _tmp$5;
					return [nsi, n, err];
				}
				dlen = j;
				break;
			}
			in$1 = ((si < 0 || si >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + si]);
			si = si + (1) >> 0;
			out = (x = enc.decodeMap, ((in$1 < 0 || in$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[in$1]));
			if (!((out === 255))) {
				((j < 0 || j >= dbuf.length) ? ($throwRuntimeError("index out of range"), undefined) : dbuf[j] = out);
				j = j + (1) >> 0;
				continue;
			}
			if ((in$1 === 10) || (in$1 === 13)) {
				j = j - (1) >> 0;
				j = j + (1) >> 0;
				continue;
			}
			if (!((((in$1 >> 0)) === enc.padChar))) {
				_tmp$6 = si;
				_tmp$7 = 0;
				_tmp$8 = (new CorruptInputError(0, (si - 1 >> 0)));
				nsi = _tmp$6;
				n = _tmp$7;
				err = _tmp$8;
				return [nsi, n, err];
			}
			_1 = j;
			if ((_1 === (0)) || (_1 === (1))) {
				_tmp$9 = si;
				_tmp$10 = 0;
				_tmp$11 = (new CorruptInputError(0, (si - 1 >> 0)));
				nsi = _tmp$9;
				n = _tmp$10;
				err = _tmp$11;
				return [nsi, n, err];
			} else if (_1 === (2)) {
				while (true) {
					if (!(si < src.$length && ((((si < 0 || si >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + si]) === 10) || (((si < 0 || si >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + si]) === 13)))) { break; }
					si = si + (1) >> 0;
				}
				if (si === src.$length) {
					_tmp$12 = si;
					_tmp$13 = 0;
					_tmp$14 = (new CorruptInputError(0, src.$length));
					nsi = _tmp$12;
					n = _tmp$13;
					err = _tmp$14;
					return [nsi, n, err];
				}
				if (!((((((si < 0 || si >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + si]) >> 0)) === enc.padChar))) {
					_tmp$15 = si;
					_tmp$16 = 0;
					_tmp$17 = (new CorruptInputError(0, (si - 1 >> 0)));
					nsi = _tmp$15;
					n = _tmp$16;
					err = _tmp$17;
					return [nsi, n, err];
				}
				si = si + (1) >> 0;
			}
			while (true) {
				if (!(si < src.$length && ((((si < 0 || si >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + si]) === 10) || (((si < 0 || si >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + si]) === 13)))) { break; }
				si = si + (1) >> 0;
			}
			if (si < src.$length) {
				err = (new CorruptInputError(0, si));
			}
			dlen = j;
			break;
		}
		val = ((((((((dbuf[0] >>> 0)) << 18 >>> 0) | (((dbuf[1] >>> 0)) << 12 >>> 0)) >>> 0) | (((dbuf[2] >>> 0)) << 6 >>> 0)) >>> 0) | ((dbuf[3] >>> 0))) >>> 0;
		_tmp$18 = (((val >>> 0 >>> 0) << 24 >>> 24));
		_tmp$19 = (((val >>> 8 >>> 0) << 24 >>> 24));
		_tmp$20 = (((val >>> 16 >>> 0) << 24 >>> 24));
		dbuf[2] = _tmp$18;
		dbuf[1] = _tmp$19;
		dbuf[0] = _tmp$20;
		_2 = dlen;
		if (_2 === (4)) {
			(2 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 2] = dbuf[2]);
			dbuf[2] = 0;
			(1 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 1] = dbuf[1]);
			if (enc.strict && !((dbuf[2] === 0))) {
				_tmp$21 = si;
				_tmp$22 = 0;
				_tmp$23 = (new CorruptInputError(0, (si - 1 >> 0)));
				nsi = _tmp$21;
				n = _tmp$22;
				err = _tmp$23;
				return [nsi, n, err];
			}
			dbuf[1] = 0;
			(0 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 0] = dbuf[0]);
			if (enc.strict && (!((dbuf[1] === 0)) || !((dbuf[2] === 0)))) {
				_tmp$24 = si;
				_tmp$25 = 0;
				_tmp$26 = (new CorruptInputError(0, (si - 2 >> 0)));
				nsi = _tmp$24;
				n = _tmp$25;
				err = _tmp$26;
				return [nsi, n, err];
			}
		} else if (_2 === (3)) {
			(1 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 1] = dbuf[1]);
			if (enc.strict && !((dbuf[2] === 0))) {
				_tmp$27 = si;
				_tmp$28 = 0;
				_tmp$29 = (new CorruptInputError(0, (si - 1 >> 0)));
				nsi = _tmp$27;
				n = _tmp$28;
				err = _tmp$29;
				return [nsi, n, err];
			}
			dbuf[1] = 0;
			(0 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 0] = dbuf[0]);
			if (enc.strict && (!((dbuf[1] === 0)) || !((dbuf[2] === 0)))) {
				_tmp$30 = si;
				_tmp$31 = 0;
				_tmp$32 = (new CorruptInputError(0, (si - 2 >> 0)));
				nsi = _tmp$30;
				n = _tmp$31;
				err = _tmp$32;
				return [nsi, n, err];
			}
		} else if (_2 === (2)) {
			(0 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 0] = dbuf[0]);
			if (enc.strict && (!((dbuf[1] === 0)) || !((dbuf[2] === 0)))) {
				_tmp$33 = si;
				_tmp$34 = 0;
				_tmp$35 = (new CorruptInputError(0, (si - 2 >> 0)));
				nsi = _tmp$33;
				n = _tmp$34;
				err = _tmp$35;
				return [nsi, n, err];
			}
		}
		_tmp$36 = si;
		_tmp$37 = dlen - 1 >> 0;
		_tmp$38 = err;
		nsi = _tmp$36;
		n = _tmp$37;
		err = _tmp$38;
		return [nsi, n, err];
	};
	Encoding.prototype.decodeQuantum = function(dst, src, si) { return this.$val.decodeQuantum(dst, src, si); };
	Encoding.ptr.prototype.DecodeString = function(s) {
		var _tuple, dbuf, enc, err, n, s;
		enc = this;
		dbuf = $makeSlice(sliceType, enc.DecodedLen(s.length));
		_tuple = enc.Decode(dbuf, (new sliceType($stringToBytes(s))));
		n = _tuple[0];
		err = _tuple[1];
		return [$subslice(dbuf, 0, n), err];
	};
	Encoding.prototype.DecodeString = function(s) { return this.$val.DecodeString(s); };
	Encoding.ptr.prototype.Decode = function(dst, src) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, dn, dn$1, dst, enc, err, n, ninc, ninc$1, ninc$2, ok, ok$1, si, src, src2, src2$1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		n = 0;
		err = $ifaceNil;
		enc = this;
		if (src.$length === 0) {
			_tmp = 0;
			_tmp$1 = $ifaceNil;
			n = _tmp;
			err = _tmp$1;
			return [n, err];
		}
		$unused(enc.decodeMap);
		si = 0;
		while (true) {
			if (!(false && (src.$length - si >> 0) >= 8 && (dst.$length - n >> 0) >= 8)) { break; }
			src2 = $subslice(src, si, (si + 8 >> 0));
			_tuple = assemble64((x = enc.decodeMap, x$1 = (0 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 0]), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])), (x$2 = enc.decodeMap, x$3 = (1 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 1]), ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3])), (x$4 = enc.decodeMap, x$5 = (2 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 2]), ((x$5 < 0 || x$5 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[x$5])), (x$6 = enc.decodeMap, x$7 = (3 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 3]), ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7])), (x$8 = enc.decodeMap, x$9 = (4 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 4]), ((x$9 < 0 || x$9 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[x$9])), (x$10 = enc.decodeMap, x$11 = (5 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 5]), ((x$11 < 0 || x$11 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[x$11])), (x$12 = enc.decodeMap, x$13 = (6 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 6]), ((x$13 < 0 || x$13 >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[x$13])), (x$14 = enc.decodeMap, x$15 = (7 >= src2.$length ? ($throwRuntimeError("index out of range"), undefined) : src2.$array[src2.$offset + 7]), ((x$15 < 0 || x$15 >= x$14.length) ? ($throwRuntimeError("index out of range"), undefined) : x$14[x$15])));
			dn = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(dst, n), dn);
				n = n + (6) >> 0;
				si = si + (8) >> 0;
			} else {
				ninc = 0;
				_tuple$1 = enc.decodeQuantum($subslice(dst, n), src, si);
				si = _tuple$1[0];
				ninc = _tuple$1[1];
				err = _tuple$1[2];
				n = n + (ninc) >> 0;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					_tmp$2 = n;
					_tmp$3 = err;
					n = _tmp$2;
					err = _tmp$3;
					return [n, err];
				}
			}
		}
		while (true) {
			if (!((src.$length - si >> 0) >= 4 && (dst.$length - n >> 0) >= 4)) { break; }
			src2$1 = $subslice(src, si, (si + 4 >> 0));
			_tuple$2 = assemble32((x$16 = enc.decodeMap, x$17 = (0 >= src2$1.$length ? ($throwRuntimeError("index out of range"), undefined) : src2$1.$array[src2$1.$offset + 0]), ((x$17 < 0 || x$17 >= x$16.length) ? ($throwRuntimeError("index out of range"), undefined) : x$16[x$17])), (x$18 = enc.decodeMap, x$19 = (1 >= src2$1.$length ? ($throwRuntimeError("index out of range"), undefined) : src2$1.$array[src2$1.$offset + 1]), ((x$19 < 0 || x$19 >= x$18.length) ? ($throwRuntimeError("index out of range"), undefined) : x$18[x$19])), (x$20 = enc.decodeMap, x$21 = (2 >= src2$1.$length ? ($throwRuntimeError("index out of range"), undefined) : src2$1.$array[src2$1.$offset + 2]), ((x$21 < 0 || x$21 >= x$20.length) ? ($throwRuntimeError("index out of range"), undefined) : x$20[x$21])), (x$22 = enc.decodeMap, x$23 = (3 >= src2$1.$length ? ($throwRuntimeError("index out of range"), undefined) : src2$1.$array[src2$1.$offset + 3]), ((x$23 < 0 || x$23 >= x$22.length) ? ($throwRuntimeError("index out of range"), undefined) : x$22[x$23])));
			dn$1 = _tuple$2[0];
			ok$1 = _tuple$2[1];
			if (ok$1) {
				$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, n), dn$1);
				n = n + (3) >> 0;
				si = si + (4) >> 0;
			} else {
				ninc$1 = 0;
				_tuple$3 = enc.decodeQuantum($subslice(dst, n), src, si);
				si = _tuple$3[0];
				ninc$1 = _tuple$3[1];
				err = _tuple$3[2];
				n = n + (ninc$1) >> 0;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					_tmp$4 = n;
					_tmp$5 = err;
					n = _tmp$4;
					err = _tmp$5;
					return [n, err];
				}
			}
		}
		while (true) {
			if (!(si < src.$length)) { break; }
			ninc$2 = 0;
			_tuple$4 = enc.decodeQuantum($subslice(dst, n), src, si);
			si = _tuple$4[0];
			ninc$2 = _tuple$4[1];
			err = _tuple$4[2];
			n = n + (ninc$2) >> 0;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$6 = n;
				_tmp$7 = err;
				n = _tmp$6;
				err = _tmp$7;
				return [n, err];
			}
		}
		_tmp$8 = n;
		_tmp$9 = err;
		n = _tmp$8;
		err = _tmp$9;
		return [n, err];
	};
	Encoding.prototype.Decode = function(dst, src) { return this.$val.Decode(dst, src); };
	assemble32 = function(n1, n2, n3, n4) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, dn, n1, n2, n3, n4, ok;
		dn = 0;
		ok = false;
		if (((((((n1 | n2) >>> 0) | n3) >>> 0) | n4) >>> 0) === 255) {
			_tmp = 0;
			_tmp$1 = false;
			dn = _tmp;
			ok = _tmp$1;
			return [dn, ok];
		}
		_tmp$2 = ((((((((n1 >>> 0)) << 26 >>> 0) | (((n2 >>> 0)) << 20 >>> 0)) >>> 0) | (((n3 >>> 0)) << 14 >>> 0)) >>> 0) | (((n4 >>> 0)) << 8 >>> 0)) >>> 0;
		_tmp$3 = true;
		dn = _tmp$2;
		ok = _tmp$3;
		return [dn, ok];
	};
	assemble64 = function(n1, n2, n3, n4, n5, n6, n7, n8) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, dn, n1, n2, n3, n4, n5, n6, n7, n8, ok, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		dn = new $Uint64(0, 0);
		ok = false;
		if (((((((((((((((n1 | n2) >>> 0) | n3) >>> 0) | n4) >>> 0) | n5) >>> 0) | n6) >>> 0) | n7) >>> 0) | n8) >>> 0) === 255) {
			_tmp = new $Uint64(0, 0);
			_tmp$1 = false;
			dn = _tmp;
			ok = _tmp$1;
			return [dn, ok];
		}
		_tmp$2 = (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = $shiftLeft64((new $Uint64(0, n1)), 58), x$7 = $shiftLeft64((new $Uint64(0, n2)), 52), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, n3)), 46), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, n4)), 40), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, n5)), 34), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, n6)), 28), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, n7)), 22), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, n8)), 16), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
		_tmp$3 = true;
		dn = _tmp$2;
		ok = _tmp$3;
		return [dn, ok];
	};
	Encoding.ptr.prototype.DecodedLen = function(n) {
		var _q, _q$1, enc, n;
		enc = this;
		if (enc.padChar === -1) {
			return (_q = ($imul(n, 6)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		}
		return $imul((_q$1 = n / 4, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")), 3);
	};
	Encoding.prototype.DecodedLen = function(n) { return this.$val.DecodedLen(n); };
	Encoding.methods = [{prop: "WithPadding", name: "WithPadding", pkg: "", typ: $funcType([$Int32], [ptrType], false)}, {prop: "Strict", name: "Strict", pkg: "", typ: $funcType([], [ptrType], false)}];
	ptrType.methods = [{prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType, sliceType], [], false)}, {prop: "EncodeToString", name: "EncodeToString", pkg: "", typ: $funcType([sliceType], [$String], false)}, {prop: "EncodedLen", name: "EncodedLen", pkg: "", typ: $funcType([$Int], [$Int], false)}, {prop: "decodeQuantum", name: "decodeQuantum", pkg: "encoding/base64", typ: $funcType([sliceType, sliceType, $Int], [$Int, $Int, $error], false)}, {prop: "DecodeString", name: "DecodeString", pkg: "", typ: $funcType([$String], [sliceType, $error], false)}, {prop: "Decode", name: "Decode", pkg: "", typ: $funcType([sliceType, sliceType], [$Int, $error], false)}, {prop: "DecodedLen", name: "DecodedLen", pkg: "", typ: $funcType([$Int], [$Int], false)}];
	ptrType$1.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	CorruptInputError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	Encoding.init("encoding/base64", [{prop: "encode", name: "encode", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "decodeMap", name: "decodeMap", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "padChar", name: "padChar", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "strict", name: "strict", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	encoder.init("encoding/base64", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "enc", name: "enc", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: arrayType$2, tag: ""}, {prop: "nbuf", name: "nbuf", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "out", name: "out", embedded: false, exported: false, typ: arrayType$3, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = binary.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.StdEncoding = NewEncoding("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/");
		$pkg.URLEncoding = NewEncoding("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_");
		$pkg.RawStdEncoding = $clone($pkg.StdEncoding, Encoding).WithPadding(-1);
		$pkg.RawURLEncoding = $clone($pkg.URLEncoding, Encoding).WithPadding(-1);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding/json"] = (function() {
	var $pkg = {}, $init, bytes, encoding, base64, errors, fmt, nosync, io, math, reflect, sort, strconv, strings, unicode, utf16, utf8, tagOptions, Decoder, Encoder, Token, Delim, SyntaxError, scanner, Marshaler, UnsupportedTypeError, UnsupportedValueError, MarshalerError, encodeState, jsonError, encOpts, encoderFunc, floatEncoder, structEncoder, structFields, mapEncoder, sliceEncoder, arrayEncoder, ptrEncoder, condAddrEncoder, reflectWithString, field, byIndex, Unmarshaler, UnmarshalTypeError, InvalidUnmarshalError, Number, errorContext, decodeState, unquotedValue, sliceType, sliceType$1, ptrType$1, ptrType$2, sliceType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, arrayType, sliceType$3, structType, sliceType$4, structType$1, ptrType$10, ptrType$11, mapType, sliceType$5, ptrType$12, ptrType$13, ptrType$14, ptrType$15, funcType, ptrType$16, ptrType$17, ptrType$19, mapType$1, mapType$2, ptrType$20, funcType$1, ptrType$22, ptrType$23, safeSet, htmlSafeSet, scannerPool, hex, encodeStatePool, encoderCache, marshalerType, textMarshalerType, float32Encoder, float64Encoder, fieldCache, nullLiteral, textUnmarshalerType, numberType, _r, _r$1, _r$2, parseTag, NewDecoder, nonSpace, NewEncoder, checkValid, newScanner, freeScanner, isSpace, stateBeginValueOrEmpty, stateBeginValue, stateBeginStringOrEmpty, stateBeginString, stateEndValue, stateEndTop, stateInString, stateInStringEsc, stateInStringEscU, stateInStringEscU1, stateInStringEscU12, stateInStringEscU123, stateNeg, state1, state0, stateDot, stateDot0, stateE, stateESign, stateE0, stateT, stateTr, stateTru, stateF, stateFa, stateFal, stateFals, stateN, stateNu, stateNul, stateError, quoteChar, compact, newline, Indent, foldFunc, equalFoldRight, asciiEqualFold, simpleLetterEqualFold, HTMLEscape, newEncodeState, isEmptyValue, valueEncoder, typeEncoder, newTypeEncoder, invalidValueEncoder, marshalerEncoder, addrMarshalerEncoder, textMarshalerEncoder, addrTextMarshalerEncoder, boolEncoder, intEncoder, uintEncoder, stringEncoder, isValidNumber, interfaceEncoder, unsupportedTypeEncoder, newStructEncoder, newMapEncoder, encodeByteSlice, newSliceEncoder, newArrayEncoder, newPtrEncoder, newCondAddrEncoder, isValidTag, typeByIndex, typeFields, dominantField, cachedTypeFields, Unmarshal, indirect, getu4, unquote, unquoteBytes;
	bytes = $packages["bytes"];
	encoding = $packages["encoding"];
	base64 = $packages["encoding/base64"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	nosync = $packages["github.com/gopherjs/gopherjs/nosync"];
	io = $packages["io"];
	math = $packages["math"];
	reflect = $packages["reflect"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	unicode = $packages["unicode"];
	utf16 = $packages["unicode/utf16"];
	utf8 = $packages["unicode/utf8"];
	tagOptions = $pkg.tagOptions = $newType(8, $kindString, "json.tagOptions", true, "encoding/json", false, null);
	Decoder = $pkg.Decoder = $newType(0, $kindStruct, "json.Decoder", true, "encoding/json", true, function(r_, buf_, d_, scanp_, scanned_, scan_, err_, tokenState_, tokenStack_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = $ifaceNil;
			this.buf = sliceType$2.nil;
			this.d = new decodeState.ptr(sliceType$2.nil, 0, 0, new scanner.ptr($throwNilPointerError, false, sliceType$1.nil, $ifaceNil, new $Int64(0, 0)), ptrType$4.nil, $ifaceNil, false, false);
			this.scanp = 0;
			this.scanned = new $Int64(0, 0);
			this.scan = new scanner.ptr($throwNilPointerError, false, sliceType$1.nil, $ifaceNil, new $Int64(0, 0));
			this.err = $ifaceNil;
			this.tokenState = 0;
			this.tokenStack = sliceType$1.nil;
			return;
		}
		this.r = r_;
		this.buf = buf_;
		this.d = d_;
		this.scanp = scanp_;
		this.scanned = scanned_;
		this.scan = scan_;
		this.err = err_;
		this.tokenState = tokenState_;
		this.tokenStack = tokenStack_;
	});
	Encoder = $pkg.Encoder = $newType(0, $kindStruct, "json.Encoder", true, "encoding/json", true, function(w_, err_, escapeHTML_, indentBuf_, indentPrefix_, indentValue_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.w = $ifaceNil;
			this.err = $ifaceNil;
			this.escapeHTML = false;
			this.indentBuf = ptrType$5.nil;
			this.indentPrefix = "";
			this.indentValue = "";
			return;
		}
		this.w = w_;
		this.err = err_;
		this.escapeHTML = escapeHTML_;
		this.indentBuf = indentBuf_;
		this.indentPrefix = indentPrefix_;
		this.indentValue = indentValue_;
	});
	Token = $pkg.Token = $newType(8, $kindInterface, "json.Token", true, "encoding/json", true, null);
	Delim = $pkg.Delim = $newType(4, $kindInt32, "json.Delim", true, "encoding/json", true, null);
	SyntaxError = $pkg.SyntaxError = $newType(0, $kindStruct, "json.SyntaxError", true, "encoding/json", true, function(msg_, Offset_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.msg = "";
			this.Offset = new $Int64(0, 0);
			return;
		}
		this.msg = msg_;
		this.Offset = Offset_;
	});
	scanner = $pkg.scanner = $newType(0, $kindStruct, "json.scanner", true, "encoding/json", false, function(step_, endTop_, parseState_, err_, bytes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.step = $throwNilPointerError;
			this.endTop = false;
			this.parseState = sliceType$1.nil;
			this.err = $ifaceNil;
			this.bytes = new $Int64(0, 0);
			return;
		}
		this.step = step_;
		this.endTop = endTop_;
		this.parseState = parseState_;
		this.err = err_;
		this.bytes = bytes_;
	});
	Marshaler = $pkg.Marshaler = $newType(8, $kindInterface, "json.Marshaler", true, "encoding/json", true, null);
	UnsupportedTypeError = $pkg.UnsupportedTypeError = $newType(0, $kindStruct, "json.UnsupportedTypeError", true, "encoding/json", true, function(Type_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = $ifaceNil;
			return;
		}
		this.Type = Type_;
	});
	UnsupportedValueError = $pkg.UnsupportedValueError = $newType(0, $kindStruct, "json.UnsupportedValueError", true, "encoding/json", true, function(Value_, Str_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Value = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
			this.Str = "";
			return;
		}
		this.Value = Value_;
		this.Str = Str_;
	});
	MarshalerError = $pkg.MarshalerError = $newType(0, $kindStruct, "json.MarshalerError", true, "encoding/json", true, function(Type_, Err_, sourceFunc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = $ifaceNil;
			this.Err = $ifaceNil;
			this.sourceFunc = "";
			return;
		}
		this.Type = Type_;
		this.Err = Err_;
		this.sourceFunc = sourceFunc_;
	});
	encodeState = $pkg.encodeState = $newType(0, $kindStruct, "json.encodeState", true, "encoding/json", false, function(Buffer_, scratch_, ptrLevel_, ptrSeen_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Buffer = new bytes.Buffer.ptr(sliceType$2.nil, 0, 0);
			this.scratch = arrayType.zero();
			this.ptrLevel = 0;
			this.ptrSeen = false;
			return;
		}
		this.Buffer = Buffer_;
		this.scratch = scratch_;
		this.ptrLevel = ptrLevel_;
		this.ptrSeen = ptrSeen_;
	});
	jsonError = $pkg.jsonError = $newType(0, $kindStruct, "json.jsonError", true, "encoding/json", false, function(error_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.error = $ifaceNil;
			return;
		}
		this.error = error_;
	});
	encOpts = $pkg.encOpts = $newType(0, $kindStruct, "json.encOpts", true, "encoding/json", false, function(quoted_, escapeHTML_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.quoted = false;
			this.escapeHTML = false;
			return;
		}
		this.quoted = quoted_;
		this.escapeHTML = escapeHTML_;
	});
	encoderFunc = $pkg.encoderFunc = $newType(4, $kindFunc, "json.encoderFunc", true, "encoding/json", false, null);
	floatEncoder = $pkg.floatEncoder = $newType(4, $kindInt, "json.floatEncoder", true, "encoding/json", false, null);
	structEncoder = $pkg.structEncoder = $newType(0, $kindStruct, "json.structEncoder", true, "encoding/json", false, function(fields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fields = new structFields.ptr(sliceType$3.nil, false);
			return;
		}
		this.fields = fields_;
	});
	structFields = $pkg.structFields = $newType(0, $kindStruct, "json.structFields", true, "encoding/json", false, function(list_, nameIndex_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.list = sliceType$3.nil;
			this.nameIndex = false;
			return;
		}
		this.list = list_;
		this.nameIndex = nameIndex_;
	});
	mapEncoder = $pkg.mapEncoder = $newType(0, $kindStruct, "json.mapEncoder", true, "encoding/json", false, function(elemEnc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.elemEnc = $throwNilPointerError;
			return;
		}
		this.elemEnc = elemEnc_;
	});
	sliceEncoder = $pkg.sliceEncoder = $newType(0, $kindStruct, "json.sliceEncoder", true, "encoding/json", false, function(arrayEnc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.arrayEnc = $throwNilPointerError;
			return;
		}
		this.arrayEnc = arrayEnc_;
	});
	arrayEncoder = $pkg.arrayEncoder = $newType(0, $kindStruct, "json.arrayEncoder", true, "encoding/json", false, function(elemEnc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.elemEnc = $throwNilPointerError;
			return;
		}
		this.elemEnc = elemEnc_;
	});
	ptrEncoder = $pkg.ptrEncoder = $newType(0, $kindStruct, "json.ptrEncoder", true, "encoding/json", false, function(elemEnc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.elemEnc = $throwNilPointerError;
			return;
		}
		this.elemEnc = elemEnc_;
	});
	condAddrEncoder = $pkg.condAddrEncoder = $newType(0, $kindStruct, "json.condAddrEncoder", true, "encoding/json", false, function(canAddrEnc_, elseEnc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.canAddrEnc = $throwNilPointerError;
			this.elseEnc = $throwNilPointerError;
			return;
		}
		this.canAddrEnc = canAddrEnc_;
		this.elseEnc = elseEnc_;
	});
	reflectWithString = $pkg.reflectWithString = $newType(0, $kindStruct, "json.reflectWithString", true, "encoding/json", false, function(k_, v_, ks_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.k = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
			this.v = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
			this.ks = "";
			return;
		}
		this.k = k_;
		this.v = v_;
		this.ks = ks_;
	});
	field = $pkg.field = $newType(0, $kindStruct, "json.field", true, "encoding/json", false, function(name_, nameBytes_, equalFold_, nameNonEsc_, nameEscHTML_, tag_, index_, typ_, omitEmpty_, quoted_, encoder_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.nameBytes = sliceType$2.nil;
			this.equalFold = $throwNilPointerError;
			this.nameNonEsc = "";
			this.nameEscHTML = "";
			this.tag = false;
			this.index = sliceType$1.nil;
			this.typ = $ifaceNil;
			this.omitEmpty = false;
			this.quoted = false;
			this.encoder = $throwNilPointerError;
			return;
		}
		this.name = name_;
		this.nameBytes = nameBytes_;
		this.equalFold = equalFold_;
		this.nameNonEsc = nameNonEsc_;
		this.nameEscHTML = nameEscHTML_;
		this.tag = tag_;
		this.index = index_;
		this.typ = typ_;
		this.omitEmpty = omitEmpty_;
		this.quoted = quoted_;
		this.encoder = encoder_;
	});
	byIndex = $pkg.byIndex = $newType(12, $kindSlice, "json.byIndex", true, "encoding/json", false, null);
	Unmarshaler = $pkg.Unmarshaler = $newType(8, $kindInterface, "json.Unmarshaler", true, "encoding/json", true, null);
	UnmarshalTypeError = $pkg.UnmarshalTypeError = $newType(0, $kindStruct, "json.UnmarshalTypeError", true, "encoding/json", true, function(Value_, Type_, Offset_, Struct_, Field_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Value = "";
			this.Type = $ifaceNil;
			this.Offset = new $Int64(0, 0);
			this.Struct = "";
			this.Field = "";
			return;
		}
		this.Value = Value_;
		this.Type = Type_;
		this.Offset = Offset_;
		this.Struct = Struct_;
		this.Field = Field_;
	});
	InvalidUnmarshalError = $pkg.InvalidUnmarshalError = $newType(0, $kindStruct, "json.InvalidUnmarshalError", true, "encoding/json", true, function(Type_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = $ifaceNil;
			return;
		}
		this.Type = Type_;
	});
	Number = $pkg.Number = $newType(8, $kindString, "json.Number", true, "encoding/json", true, null);
	errorContext = $pkg.errorContext = $newType(0, $kindStruct, "json.errorContext", true, "encoding/json", false, function(Struct_, FieldStack_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Struct = $ifaceNil;
			this.FieldStack = sliceType$5.nil;
			return;
		}
		this.Struct = Struct_;
		this.FieldStack = FieldStack_;
	});
	decodeState = $pkg.decodeState = $newType(0, $kindStruct, "json.decodeState", true, "encoding/json", false, function(data_, off_, opcode_, scan_, errorContext_, savedError_, useNumber_, disallowUnknownFields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.data = sliceType$2.nil;
			this.off = 0;
			this.opcode = 0;
			this.scan = new scanner.ptr($throwNilPointerError, false, sliceType$1.nil, $ifaceNil, new $Int64(0, 0));
			this.errorContext = ptrType$4.nil;
			this.savedError = $ifaceNil;
			this.useNumber = false;
			this.disallowUnknownFields = false;
			return;
		}
		this.data = data_;
		this.off = off_;
		this.opcode = opcode_;
		this.scan = scan_;
		this.errorContext = errorContext_;
		this.savedError = savedError_;
		this.useNumber = useNumber_;
		this.disallowUnknownFields = disallowUnknownFields_;
	});
	unquotedValue = $pkg.unquotedValue = $newType(0, $kindStruct, "json.unquotedValue", true, "encoding/json", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($Int);
	ptrType$1 = $ptrType(Marshaler);
	ptrType$2 = $ptrType(encoding.TextMarshaler);
	sliceType$2 = $sliceType($Uint8);
	ptrType$3 = $ptrType(encoding.TextUnmarshaler);
	ptrType$4 = $ptrType(errorContext);
	ptrType$5 = $ptrType(bytes.Buffer);
	ptrType$6 = $ptrType($String);
	ptrType$7 = $ptrType($emptyInterface);
	ptrType$8 = $ptrType(scanner);
	ptrType$9 = $ptrType(encodeState);
	arrayType = $arrayType($Uint8, 64);
	sliceType$3 = $sliceType(field);
	structType = $structType("", []);
	sliceType$4 = $sliceType(reflectWithString);
	structType$1 = $structType("encoding/json", [{prop: "ptr", name: "ptr", embedded: false, exported: false, typ: $Uintptr, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Int, tag: ""}]);
	ptrType$10 = $ptrType(UnmarshalTypeError);
	ptrType$11 = $ptrType(reflect.rtype);
	mapType = $mapType($String, $emptyInterface);
	sliceType$5 = $sliceType($String);
	ptrType$12 = $ptrType(field);
	ptrType$13 = $ptrType(Decoder);
	ptrType$14 = $ptrType(Encoder);
	ptrType$15 = $ptrType(SyntaxError);
	funcType = $funcType([ptrType$8, $Uint8], [$Int], false);
	ptrType$16 = $ptrType(UnsupportedTypeError);
	ptrType$17 = $ptrType(UnsupportedValueError);
	ptrType$19 = $ptrType(MarshalerError);
	mapType$1 = $mapType($emptyInterface, structType);
	mapType$2 = $mapType($String, $Int);
	ptrType$20 = $ptrType(reflectWithString);
	funcType$1 = $funcType([sliceType$2, sliceType$2], [$Bool], false);
	ptrType$22 = $ptrType(InvalidUnmarshalError);
	ptrType$23 = $ptrType(decodeState);
	parseTag = function(tag) {
		var _tuple, opt, tag;
		_tuple = strings.Cut(tag, ",");
		tag = _tuple[0];
		opt = _tuple[1];
		return [tag, (opt)];
	};
	tagOptions.prototype.Contains = function(optionName) {
		var _tuple, name, o, optionName, s;
		o = this.$val;
		if (o.length === 0) {
			return false;
		}
		s = (o);
		while (true) {
			if (!(!(s === ""))) { break; }
			name = "";
			_tuple = strings.Cut(s, ",");
			name = _tuple[0];
			s = _tuple[1];
			if (name === optionName) {
				return true;
			}
		}
		return false;
	};
	$ptrType(tagOptions).prototype.Contains = function(optionName) { return new tagOptions(this.$get()).Contains(optionName); };
	NewDecoder = function(r) {
		var r;
		return new Decoder.ptr(r, sliceType$2.nil, new decodeState.ptr(sliceType$2.nil, 0, 0, new scanner.ptr($throwNilPointerError, false, sliceType$1.nil, $ifaceNil, new $Int64(0, 0)), ptrType$4.nil, $ifaceNil, false, false), 0, new $Int64(0, 0), new scanner.ptr($throwNilPointerError, false, sliceType$1.nil, $ifaceNil, new $Int64(0, 0)), $ifaceNil, 0, sliceType$1.nil);
	};
	$pkg.NewDecoder = NewDecoder;
	Decoder.ptr.prototype.UseNumber = function() {
		var dec;
		dec = this;
		dec.d.useNumber = true;
	};
	Decoder.prototype.UseNumber = function() { return this.$val.UseNumber(); };
	Decoder.ptr.prototype.DisallowUnknownFields = function() {
		var dec;
		dec = this;
		dec.d.disallowUnknownFields = true;
	};
	Decoder.prototype.DisallowUnknownFields = function() { return this.$val.DisallowUnknownFields(); };
	Decoder.ptr.prototype.Decode = function(v) {
		var {_r$3, _r$4, _r$5, _tuple, dec, err, err$1, n, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dec = this;
		if (!($interfaceIsEqual(dec.err, $ifaceNil))) {
			$s = -1; return dec.err;
		}
		_r$3 = dec.tokenPrepareForDecode(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		if (!dec.tokenValueAllowed()) {
			$s = -1; return new SyntaxError.ptr("not at beginning of value", dec.InputOffset());
		}
		_r$4 = dec.readValue(); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = _r$4;
		n = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		dec.d.init($subslice(dec.buf, dec.scanp, (dec.scanp + n >> 0)));
		dec.scanp = dec.scanp + (n) >> 0;
		_r$5 = dec.d.unmarshal(v); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		err$1 = _r$5;
		dec.tokenValueEnd();
		$s = -1; return err$1;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.Decode, $c: true, $r, _r$3, _r$4, _r$5, _tuple, dec, err, err$1, n, v, $s};return $f;
	};
	Decoder.prototype.Decode = function(v) { return this.$val.Decode(v); };
	Decoder.ptr.prototype.Buffered = function() {
		var dec;
		dec = this;
		return bytes.NewReader($subslice(dec.buf, dec.scanp));
	};
	Decoder.prototype.Buffered = function() { return this.$val.Buffered(); };
	Decoder.ptr.prototype.readValue = function() {
		var {_1, _r$3, _r$4, _r$5, c, dec, err, n, scanp, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dec = this;
		dec.scan.reset();
		scanp = dec.scanp;
		err = $ifaceNil;
		/* while (true) { */ case 1:
			/* if (!(scanp >= 0)) { break; } */ if(!(scanp >= 0)) { $s = 2; continue; }
			/* while (true) { */ case 3:
				/* if (!(scanp < dec.buf.$length)) { break; } */ if(!(scanp < dec.buf.$length)) { $s = 4; continue; }
				c = (x = dec.buf, ((scanp < 0 || scanp >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + scanp]));
				dec.scan.bytes = (x$1 = dec.scan.bytes, x$2 = new $Int64(0, 1), new $Int64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
					_r$3 = dec.scan.step(dec.scan, c); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_1 = _r$3;
					if (_1 === (10)) {
						dec.scan.bytes = (x$3 = dec.scan.bytes, x$4 = new $Int64(0, 1), new $Int64(x$3.$high - x$4.$high, x$3.$low - x$4.$low));
						/* break Input; */ $s = 2; continue s;
					} else if ((_1 === (5)) || (_1 === (8))) {
						if (stateEndValue(dec.scan, 32) === 10) {
							scanp = scanp + (1) >> 0;
							/* break Input; */ $s = 2; continue s;
						}
					} else if (_1 === (11)) {
						dec.err = dec.scan.err;
						$s = -1; return [0, dec.scan.err];
					}
				case 5:
				scanp = scanp + (1) >> 0;
			$s = 3; continue;
			case 4:
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
				/* */ if ($interfaceIsEqual(err, io.EOF)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if ($interfaceIsEqual(err, io.EOF)) { */ case 9:
					_r$4 = dec.scan.step(dec.scan, 32); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					/* */ if (_r$4 === 10) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (_r$4 === 10) { */ case 11:
						/* break Input; */ $s = 2; continue s;
					/* } */ case 12:
					if (nonSpace(dec.buf)) {
						err = io.ErrUnexpectedEOF;
					}
				/* } */ case 10:
				dec.err = err;
				$s = -1; return [0, err];
			/* } */ case 8:
			n = scanp - dec.scanp >> 0;
			_r$5 = dec.refill(); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			err = _r$5;
			scanp = dec.scanp + n >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return [scanp - dec.scanp >> 0, $ifaceNil];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.readValue, $c: true, $r, _1, _r$3, _r$4, _r$5, c, dec, err, n, scanp, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	Decoder.prototype.readValue = function() { return this.$val.readValue(); };
	Decoder.ptr.prototype.refill = function() {
		var {_r$3, _tuple, dec, err, n, n$1, newBuf, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dec = this;
		if (dec.scanp > 0) {
			dec.scanned = (x = dec.scanned, x$1 = (new $Int64(0, dec.scanp)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = $copySlice(dec.buf, $subslice(dec.buf, dec.scanp));
			dec.buf = $subslice(dec.buf, 0, n);
			dec.scanp = 0;
		}
		if ((dec.buf.$capacity - dec.buf.$length >> 0) < 512) {
			newBuf = $makeSlice(sliceType$2, dec.buf.$length, (($imul(2, dec.buf.$capacity)) + 512 >> 0));
			$copySlice(newBuf, dec.buf);
			dec.buf = newBuf;
		}
		_r$3 = dec.r.Read($subslice(dec.buf, dec.buf.$length, dec.buf.$capacity)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		n$1 = _tuple[0];
		err = _tuple[1];
		dec.buf = $subslice(dec.buf, 0, (dec.buf.$length + n$1 >> 0));
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.refill, $c: true, $r, _r$3, _tuple, dec, err, n, n$1, newBuf, x, x$1, $s};return $f;
	};
	Decoder.prototype.refill = function() { return this.$val.refill(); };
	nonSpace = function(b) {
		var _i, _ref, b, c;
		_ref = b;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!isSpace(c)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	NewEncoder = function(w) {
		var w;
		return new Encoder.ptr(w, $ifaceNil, true, ptrType$5.nil, "", "");
	};
	$pkg.NewEncoder = NewEncoder;
	Encoder.ptr.prototype.Encode = function(v) {
		var {_r$3, _r$4, _r$5, _r$6, _r$7, _tuple, b, e, enc, err, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		if (!($interfaceIsEqual(enc.err, $ifaceNil))) {
			$s = -1; return enc.err;
		}
		_r$3 = newEncodeState(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		e = _r$3;
		_r$4 = e.marshal(v, new encOpts.ptr(false, enc.escapeHTML)); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		err = _r$4;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$5 = e.Buffer.WriteByte(10); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		b = e.Buffer.Bytes();
		/* */ if (!(enc.indentPrefix === "") || !(enc.indentValue === "")) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(enc.indentPrefix === "") || !(enc.indentValue === "")) { */ case 4:
			if (enc.indentBuf === ptrType$5.nil) {
				enc.indentBuf = new bytes.Buffer.ptr(sliceType$2.nil, 0, 0);
			}
			enc.indentBuf.Reset();
			_r$6 = Indent(enc.indentBuf, b, enc.indentPrefix, enc.indentValue); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			b = enc.indentBuf.Bytes();
		/* } */ case 5:
		_r$7 = enc.w.Write(b); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			enc.err = err;
		}
		encodeStatePool.Put(e);
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.Encode, $c: true, $r, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, b, e, enc, err, v, $s};return $f;
	};
	Encoder.prototype.Encode = function(v) { return this.$val.Encode(v); };
	Encoder.ptr.prototype.SetIndent = function(prefix, indent) {
		var enc, indent, prefix;
		enc = this;
		enc.indentPrefix = prefix;
		enc.indentValue = indent;
	};
	Encoder.prototype.SetIndent = function(prefix, indent) { return this.$val.SetIndent(prefix, indent); };
	Encoder.ptr.prototype.SetEscapeHTML = function(on) {
		var enc, on;
		enc = this;
		enc.escapeHTML = on;
	};
	Encoder.prototype.SetEscapeHTML = function(on) { return this.$val.SetEscapeHTML(on); };
	Decoder.ptr.prototype.tokenPrepareForDecode = function() {
		var {_1, _r$3, _r$4, _tuple, _tuple$1, c, c$1, dec, err, err$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dec = this;
			_1 = dec.tokenState;
			/* */ if (_1 === (3)) { $s = 2; continue; }
			/* */ if (_1 === (6)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (3)) { */ case 2:
				_r$3 = dec.peek(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple = _r$3;
				c = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
				if (!((c === 44))) {
					$s = -1; return new SyntaxError.ptr("expected comma after array element", dec.InputOffset());
				}
				dec.scanp = dec.scanp + (1) >> 0;
				dec.tokenState = 2;
				$s = 4; continue;
			/* } else if (_1 === (6)) { */ case 3:
				_r$4 = dec.peek(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$1 = _r$4;
				c$1 = _tuple$1[0];
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
				if (!((c$1 === 58))) {
					$s = -1; return new SyntaxError.ptr("expected colon after object key", dec.InputOffset());
				}
				dec.scanp = dec.scanp + (1) >> 0;
				dec.tokenState = 7;
			/* } */ case 4:
		case 1:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.tokenPrepareForDecode, $c: true, $r, _1, _r$3, _r$4, _tuple, _tuple$1, c, c$1, dec, err, err$1, $s};return $f;
	};
	Decoder.prototype.tokenPrepareForDecode = function() { return this.$val.tokenPrepareForDecode(); };
	Decoder.ptr.prototype.tokenValueAllowed = function() {
		var _1, dec;
		dec = this;
		_1 = dec.tokenState;
		if ((_1 === (0)) || (_1 === (1)) || (_1 === (2)) || (_1 === (7))) {
			return true;
		}
		return false;
	};
	Decoder.prototype.tokenValueAllowed = function() { return this.$val.tokenValueAllowed(); };
	Decoder.ptr.prototype.tokenValueEnd = function() {
		var _1, dec;
		dec = this;
		_1 = dec.tokenState;
		if ((_1 === (1)) || (_1 === (2))) {
			dec.tokenState = 3;
		} else if (_1 === (7)) {
			dec.tokenState = 8;
		}
	};
	Decoder.prototype.tokenValueEnd = function() { return this.$val.tokenValueEnd(); };
	Delim.prototype.String = function() {
		var d;
		d = this.$val;
		return ($encodeRune(d));
	};
	$ptrType(Delim).prototype.String = function() { return new Delim(this.$get()).String(); };
	Decoder.ptr.prototype.Token = function() {
		var {_1, _r$3, _r$4, _r$5, _r$6, _tuple, c, dec, err, err$1, err$2, old, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dec = this;
		/* while (true) { */ case 1:
			x = [x];
			x$1 = [x$1];
			_r$3 = dec.peek(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			c = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [$ifaceNil, err];
			}
				_1 = c;
				/* */ if (_1 === (91)) { $s = 5; continue; }
				/* */ if (_1 === (93)) { $s = 6; continue; }
				/* */ if (_1 === (123)) { $s = 7; continue; }
				/* */ if (_1 === (125)) { $s = 8; continue; }
				/* */ if (_1 === (58)) { $s = 9; continue; }
				/* */ if (_1 === (44)) { $s = 10; continue; }
				/* */ if (_1 === (34)) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (_1 === (91)) { */ case 5:
					if (!dec.tokenValueAllowed()) {
						$s = -1; return dec.tokenError(c);
					}
					dec.scanp = dec.scanp + (1) >> 0;
					dec.tokenStack = $append(dec.tokenStack, dec.tokenState);
					dec.tokenState = 1;
					$s = -1; return [new Delim(91), $ifaceNil];
				/* } else if (_1 === (93)) { */ case 6:
					if (!((dec.tokenState === 1)) && !((dec.tokenState === 3))) {
						$s = -1; return dec.tokenError(c);
					}
					dec.scanp = dec.scanp + (1) >> 0;
					dec.tokenState = (x$2 = dec.tokenStack, x$3 = dec.tokenStack.$length - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3]));
					dec.tokenStack = $subslice(dec.tokenStack, 0, (dec.tokenStack.$length - 1 >> 0));
					dec.tokenValueEnd();
					$s = -1; return [new Delim(93), $ifaceNil];
				/* } else if (_1 === (123)) { */ case 7:
					if (!dec.tokenValueAllowed()) {
						$s = -1; return dec.tokenError(c);
					}
					dec.scanp = dec.scanp + (1) >> 0;
					dec.tokenStack = $append(dec.tokenStack, dec.tokenState);
					dec.tokenState = 4;
					$s = -1; return [new Delim(123), $ifaceNil];
				/* } else if (_1 === (125)) { */ case 8:
					if (!((dec.tokenState === 4)) && !((dec.tokenState === 8))) {
						$s = -1; return dec.tokenError(c);
					}
					dec.scanp = dec.scanp + (1) >> 0;
					dec.tokenState = (x$4 = dec.tokenStack, x$5 = dec.tokenStack.$length - 1 >> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5]));
					dec.tokenStack = $subslice(dec.tokenStack, 0, (dec.tokenStack.$length - 1 >> 0));
					dec.tokenValueEnd();
					$s = -1; return [new Delim(125), $ifaceNil];
				/* } else if (_1 === (58)) { */ case 9:
					if (!((dec.tokenState === 6))) {
						$s = -1; return dec.tokenError(c);
					}
					dec.scanp = dec.scanp + (1) >> 0;
					dec.tokenState = 7;
					/* continue; */ $s = 1; continue;
					$s = 13; continue;
				/* } else if (_1 === (44)) { */ case 10:
					if (dec.tokenState === 3) {
						dec.scanp = dec.scanp + (1) >> 0;
						dec.tokenState = 2;
						/* continue; */ $s = 1; continue;
					}
					if (dec.tokenState === 8) {
						dec.scanp = dec.scanp + (1) >> 0;
						dec.tokenState = 5;
						/* continue; */ $s = 1; continue;
					}
					$s = -1; return dec.tokenError(c);
				/* } else if (_1 === (34)) { */ case 11:
					/* */ if ((dec.tokenState === 4) || (dec.tokenState === 5)) { $s = 14; continue; }
					/* */ $s = 15; continue;
					/* if ((dec.tokenState === 4) || (dec.tokenState === 5)) { */ case 14:
						x[0] = "";
						old = dec.tokenState;
						dec.tokenState = 0;
						_r$4 = dec.Decode((x.$ptr || (x.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, x)))); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
						err$1 = _r$4;
						dec.tokenState = old;
						if (!($interfaceIsEqual(err$1, $ifaceNil))) {
							$s = -1; return [$ifaceNil, err$1];
						}
						dec.tokenState = 6;
						$s = -1; return [new $String(x[0]), $ifaceNil];
					/* } */ case 15:
					if (!dec.tokenValueAllowed()) {
						$s = -1; return dec.tokenError(c);
					}
					x$1[0] = $ifaceNil;
					_r$5 = dec.Decode((x$1.$ptr || (x$1.$ptr = new ptrType$7(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, x$1)))); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					err$2 = _r$5;
					if (!($interfaceIsEqual(err$2, $ifaceNil))) {
						$s = -1; return [$ifaceNil, err$2];
					}
					$s = -1; return [x$1[0], $ifaceNil];
				/* } else { */ case 12:
					if (!dec.tokenValueAllowed()) {
						$s = -1; return dec.tokenError(c);
					}
					x$1[0] = $ifaceNil;
					_r$6 = dec.Decode((x$1.$ptr || (x$1.$ptr = new ptrType$7(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, x$1)))); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					err$2 = _r$6;
					if (!($interfaceIsEqual(err$2, $ifaceNil))) {
						$s = -1; return [$ifaceNil, err$2];
					}
					$s = -1; return [x$1[0], $ifaceNil];
				/* } */ case 13:
			case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return [$ifaceNil, $ifaceNil];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.Token, $c: true, $r, _1, _r$3, _r$4, _r$5, _r$6, _tuple, c, dec, err, err$1, err$2, old, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	Decoder.prototype.Token = function() { return this.$val.Token(); };
	Decoder.ptr.prototype.tokenError = function(c) {
		var _1, c, context, dec;
		dec = this;
		context = "";
		_1 = dec.tokenState;
		if (_1 === (0)) {
			context = " looking for beginning of value";
		} else if ((_1 === (1)) || (_1 === (2)) || (_1 === (7))) {
			context = " looking for beginning of value";
		} else if (_1 === (3)) {
			context = " after array element";
		} else if (_1 === (5)) {
			context = " looking for beginning of object key string";
		} else if (_1 === (6)) {
			context = " after object key";
		} else if (_1 === (8)) {
			context = " after object key:value pair";
		}
		return [$ifaceNil, new SyntaxError.ptr("invalid character " + quoteChar(c) + context, dec.InputOffset())];
	};
	Decoder.prototype.tokenError = function(c) { return this.$val.tokenError(c); };
	Decoder.ptr.prototype.More = function() {
		var {_r$3, _tuple, c, dec, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dec = this;
		_r$3 = dec.peek(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		c = _tuple[0];
		err = _tuple[1];
		$s = -1; return $interfaceIsEqual(err, $ifaceNil) && !((c === 93)) && !((c === 125));
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.More, $c: true, $r, _r$3, _tuple, c, dec, err, $s};return $f;
	};
	Decoder.prototype.More = function() { return this.$val.More(); };
	Decoder.ptr.prototype.peek = function() {
		var {_r$3, c, dec, err, i, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dec = this;
		err = $ifaceNil;
		/* while (true) { */ case 1:
			i = dec.scanp;
			while (true) {
				if (!(i < dec.buf.$length)) { break; }
				c = (x = dec.buf, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
				if (isSpace(c)) {
					i = i + (1) >> 0;
					continue;
				}
				dec.scanp = i;
				$s = -1; return [c, $ifaceNil];
			}
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [0, err];
			}
			_r$3 = dec.refill(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
		$s = 1; continue;
		case 2:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.peek, $c: true, $r, _r$3, c, dec, err, i, x, $s};return $f;
	};
	Decoder.prototype.peek = function() { return this.$val.peek(); };
	Decoder.ptr.prototype.InputOffset = function() {
		var dec, x, x$1;
		dec = this;
		return (x = dec.scanned, x$1 = (new $Int64(0, dec.scanp)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
	};
	Decoder.prototype.InputOffset = function() { return this.$val.InputOffset(); };
	checkValid = function(data, scan) {
		var {_i, _r$3, _r$4, _ref, c, data, scan, x, x$1, $s, $r, $c} = $restore(this, {data, scan});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		scan.reset();
		_ref = data;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			scan.bytes = (x = scan.bytes, x$1 = new $Int64(0, 1), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
			_r$3 = scan.step(scan, c); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3 === 11) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r$3 === 11) { */ case 3:
				$s = -1; return scan.err;
			/* } */ case 4:
			_i++;
		$s = 1; continue;
		case 2:
		_r$4 = scan.eof(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4 === 11) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (_r$4 === 11) { */ case 6:
			$s = -1; return scan.err;
		/* } */ case 7:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: checkValid, $c: true, $r, _i, _r$3, _r$4, _ref, c, data, scan, x, x$1, $s};return $f;
	};
	SyntaxError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return e.msg;
	};
	SyntaxError.prototype.Error = function() { return this.$val.Error(); };
	newScanner = function() {
		var {_r$3, scan, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = scannerPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		scan = $assertType(_r$3, ptrType$8);
		scan.bytes = new $Int64(0, 0);
		scan.reset();
		$s = -1; return scan;
		/* */ } return; } var $f = {$blk: newScanner, $c: true, $r, _r$3, scan, $s};return $f;
	};
	freeScanner = function(scan) {
		var scan;
		if (scan.parseState.$length > 1024) {
			scan.parseState = sliceType$1.nil;
		}
		scannerPool.Put(scan);
	};
	scanner.ptr.prototype.reset = function() {
		var s;
		s = this;
		s.step = stateBeginValue;
		s.parseState = $subslice(s.parseState, 0, 0);
		s.err = $ifaceNil;
		s.endTop = false;
	};
	scanner.prototype.reset = function() { return this.$val.reset(); };
	scanner.ptr.prototype.eof = function() {
		var {_r$3, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (!($interfaceIsEqual(s.err, $ifaceNil))) {
			$s = -1; return 11;
		}
		if (s.endTop) {
			$s = -1; return 10;
		}
		_r$3 = s.step(s, 32); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		if (s.endTop) {
			$s = -1; return 10;
		}
		if ($interfaceIsEqual(s.err, $ifaceNil)) {
			s.err = new SyntaxError.ptr("unexpected end of JSON input", s.bytes);
		}
		$s = -1; return 11;
		/* */ } return; } var $f = {$blk: scanner.ptr.prototype.eof, $c: true, $r, _r$3, s, $s};return $f;
	};
	scanner.prototype.eof = function() { return this.$val.eof(); };
	scanner.ptr.prototype.pushParseState = function(c, newParseState, successState) {
		var c, newParseState, s, successState;
		s = this;
		s.parseState = $append(s.parseState, newParseState);
		if (s.parseState.$length <= 10000) {
			return successState;
		}
		return s.error(c, "exceeded max depth");
	};
	scanner.prototype.pushParseState = function(c, newParseState, successState) { return this.$val.pushParseState(c, newParseState, successState); };
	scanner.ptr.prototype.popParseState = function() {
		var n, s;
		s = this;
		n = s.parseState.$length - 1 >> 0;
		s.parseState = $subslice(s.parseState, 0, n);
		if (n === 0) {
			s.step = stateEndTop;
			s.endTop = true;
		} else {
			s.step = stateEndValue;
		}
	};
	scanner.prototype.popParseState = function() { return this.$val.popParseState(); };
	isSpace = function(c) {
		var c;
		return c <= 32 && ((c === 32) || (c === 9) || (c === 13) || (c === 10));
	};
	stateBeginValueOrEmpty = function(s, c) {
		var c, s;
		if (isSpace(c)) {
			return 9;
		}
		if (c === 93) {
			return stateEndValue(s, c);
		}
		return stateBeginValue(s, c);
	};
	stateBeginValue = function(s, c) {
		var _1, c, s;
		if (isSpace(c)) {
			return 9;
		}
		_1 = c;
		if (_1 === (123)) {
			s.step = stateBeginStringOrEmpty;
			return s.pushParseState(c, 0, 2);
		} else if (_1 === (91)) {
			s.step = stateBeginValueOrEmpty;
			return s.pushParseState(c, 2, 6);
		} else if (_1 === (34)) {
			s.step = stateInString;
			return 1;
		} else if (_1 === (45)) {
			s.step = stateNeg;
			return 1;
		} else if (_1 === (48)) {
			s.step = state0;
			return 1;
		} else if (_1 === (116)) {
			s.step = stateT;
			return 1;
		} else if (_1 === (102)) {
			s.step = stateF;
			return 1;
		} else if (_1 === (110)) {
			s.step = stateN;
			return 1;
		}
		if (49 <= c && c <= 57) {
			s.step = state1;
			return 1;
		}
		return s.error(c, "looking for beginning of value");
	};
	stateBeginStringOrEmpty = function(s, c) {
		var c, n, s, x, x$1;
		if (isSpace(c)) {
			return 9;
		}
		if (c === 125) {
			n = s.parseState.$length;
			(x = s.parseState, x$1 = n - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = 1));
			return stateEndValue(s, c);
		}
		return stateBeginString(s, c);
	};
	stateBeginString = function(s, c) {
		var c, s;
		if (isSpace(c)) {
			return 9;
		}
		if (c === 34) {
			s.step = stateInString;
			return 1;
		}
		return s.error(c, "looking for beginning of object key string");
	};
	stateEndValue = function(s, c) {
		var _1, c, n, ps, s, x, x$1, x$2, x$3, x$4, x$5;
		n = s.parseState.$length;
		if (n === 0) {
			s.step = stateEndTop;
			s.endTop = true;
			return stateEndTop(s, c);
		}
		if (isSpace(c)) {
			s.step = stateEndValue;
			return 9;
		}
		ps = (x = s.parseState, x$1 = n - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		_1 = ps;
		if (_1 === (0)) {
			if (c === 58) {
				(x$2 = s.parseState, x$3 = n - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3] = 1));
				s.step = stateBeginValue;
				return 3;
			}
			return s.error(c, "after object key");
		} else if (_1 === (1)) {
			if (c === 44) {
				(x$4 = s.parseState, x$5 = n - 1 >> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5] = 0));
				s.step = stateBeginString;
				return 4;
			}
			if (c === 125) {
				s.popParseState();
				return 5;
			}
			return s.error(c, "after object key:value pair");
		} else if (_1 === (2)) {
			if (c === 44) {
				s.step = stateBeginValue;
				return 7;
			}
			if (c === 93) {
				s.popParseState();
				return 8;
			}
			return s.error(c, "after array element");
		}
		return s.error(c, "");
	};
	stateEndTop = function(s, c) {
		var c, s;
		if (!isSpace(c)) {
			s.error(c, "after top-level value");
		}
		return 10;
	};
	stateInString = function(s, c) {
		var c, s;
		if (c === 34) {
			s.step = stateEndValue;
			return 0;
		}
		if (c === 92) {
			s.step = stateInStringEsc;
			return 0;
		}
		if (c < 32) {
			return s.error(c, "in string literal");
		}
		return 0;
	};
	stateInStringEsc = function(s, c) {
		var _1, c, s;
		_1 = c;
		if ((_1 === (98)) || (_1 === (102)) || (_1 === (110)) || (_1 === (114)) || (_1 === (116)) || (_1 === (92)) || (_1 === (47)) || (_1 === (34))) {
			s.step = stateInString;
			return 0;
		} else if (_1 === (117)) {
			s.step = stateInStringEscU;
			return 0;
		}
		return s.error(c, "in string escape code");
	};
	stateInStringEscU = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57 || 97 <= c && c <= 102 || 65 <= c && c <= 70) {
			s.step = stateInStringEscU1;
			return 0;
		}
		return s.error(c, "in \\u hexadecimal character escape");
	};
	stateInStringEscU1 = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57 || 97 <= c && c <= 102 || 65 <= c && c <= 70) {
			s.step = stateInStringEscU12;
			return 0;
		}
		return s.error(c, "in \\u hexadecimal character escape");
	};
	stateInStringEscU12 = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57 || 97 <= c && c <= 102 || 65 <= c && c <= 70) {
			s.step = stateInStringEscU123;
			return 0;
		}
		return s.error(c, "in \\u hexadecimal character escape");
	};
	stateInStringEscU123 = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57 || 97 <= c && c <= 102 || 65 <= c && c <= 70) {
			s.step = stateInString;
			return 0;
		}
		return s.error(c, "in \\u hexadecimal character escape");
	};
	stateNeg = function(s, c) {
		var c, s;
		if (c === 48) {
			s.step = state0;
			return 0;
		}
		if (49 <= c && c <= 57) {
			s.step = state1;
			return 0;
		}
		return s.error(c, "in numeric literal");
	};
	state1 = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57) {
			s.step = state1;
			return 0;
		}
		return state0(s, c);
	};
	state0 = function(s, c) {
		var c, s;
		if (c === 46) {
			s.step = stateDot;
			return 0;
		}
		if ((c === 101) || (c === 69)) {
			s.step = stateE;
			return 0;
		}
		return stateEndValue(s, c);
	};
	stateDot = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57) {
			s.step = stateDot0;
			return 0;
		}
		return s.error(c, "after decimal point in numeric literal");
	};
	stateDot0 = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57) {
			return 0;
		}
		if ((c === 101) || (c === 69)) {
			s.step = stateE;
			return 0;
		}
		return stateEndValue(s, c);
	};
	stateE = function(s, c) {
		var c, s;
		if ((c === 43) || (c === 45)) {
			s.step = stateESign;
			return 0;
		}
		return stateESign(s, c);
	};
	stateESign = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57) {
			s.step = stateE0;
			return 0;
		}
		return s.error(c, "in exponent of numeric literal");
	};
	stateE0 = function(s, c) {
		var c, s;
		if (48 <= c && c <= 57) {
			return 0;
		}
		return stateEndValue(s, c);
	};
	stateT = function(s, c) {
		var c, s;
		if (c === 114) {
			s.step = stateTr;
			return 0;
		}
		return s.error(c, "in literal true (expecting 'r')");
	};
	stateTr = function(s, c) {
		var c, s;
		if (c === 117) {
			s.step = stateTru;
			return 0;
		}
		return s.error(c, "in literal true (expecting 'u')");
	};
	stateTru = function(s, c) {
		var c, s;
		if (c === 101) {
			s.step = stateEndValue;
			return 0;
		}
		return s.error(c, "in literal true (expecting 'e')");
	};
	stateF = function(s, c) {
		var c, s;
		if (c === 97) {
			s.step = stateFa;
			return 0;
		}
		return s.error(c, "in literal false (expecting 'a')");
	};
	stateFa = function(s, c) {
		var c, s;
		if (c === 108) {
			s.step = stateFal;
			return 0;
		}
		return s.error(c, "in literal false (expecting 'l')");
	};
	stateFal = function(s, c) {
		var c, s;
		if (c === 115) {
			s.step = stateFals;
			return 0;
		}
		return s.error(c, "in literal false (expecting 's')");
	};
	stateFals = function(s, c) {
		var c, s;
		if (c === 101) {
			s.step = stateEndValue;
			return 0;
		}
		return s.error(c, "in literal false (expecting 'e')");
	};
	stateN = function(s, c) {
		var c, s;
		if (c === 117) {
			s.step = stateNu;
			return 0;
		}
		return s.error(c, "in literal null (expecting 'u')");
	};
	stateNu = function(s, c) {
		var c, s;
		if (c === 108) {
			s.step = stateNul;
			return 0;
		}
		return s.error(c, "in literal null (expecting 'l')");
	};
	stateNul = function(s, c) {
		var c, s;
		if (c === 108) {
			s.step = stateEndValue;
			return 0;
		}
		return s.error(c, "in literal null (expecting 'l')");
	};
	stateError = function(s, c) {
		var c, s;
		return 11;
	};
	scanner.ptr.prototype.error = function(c, context) {
		var c, context, s;
		s = this;
		s.step = stateError;
		s.err = new SyntaxError.ptr("invalid character " + quoteChar(c) + " " + context, s.bytes);
		return 11;
	};
	scanner.prototype.error = function(c, context) { return this.$val.error(c, context); };
	quoteChar = function(c) {
		var c, s;
		if (c === 39) {
			return "'\\''";
		}
		if (c === 34) {
			return "'\"'";
		}
		s = strconv.Quote(($encodeRune(c)));
		return "'" + $substring(s, 1, (s.length - 1 >> 0)) + "'";
	};
	compact = function(dst, src, escape) {
		var {$24r, $24r$1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, c, dst, escape, i, origLen, scan, src, start, v, x, x$1, x$2, $s, $deferred, $r, $c} = $restore(this, {dst, src, escape});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		origLen = dst.Len();
		_r$3 = newScanner(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		scan = _r$3;
		$deferred.push([freeScanner, [scan]]);
		start = 0;
		_ref = src;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			i = _i;
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (escape && ((c === 60) || (c === 62) || (c === 38))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (escape && ((c === 60) || (c === 62) || (c === 38))) { */ case 4:
				/* */ if (start < i) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (start < i) { */ case 6:
					_r$4 = dst.Write($subslice(src, start, i)); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$4;
				/* } */ case 7:
				_r$5 = dst.WriteString("\\u00"); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
				_r$6 = dst.WriteByte(hex.charCodeAt((c >>> 4 << 24 >>> 24))); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
				_r$7 = dst.WriteByte(hex.charCodeAt(((c & 15) >>> 0))); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				start = i + 1 >> 0;
			/* } */ case 5:
			/* */ if (escape && (c === 226) && (i + 2 >> 0) < src.$length && ((x = i + 1 >> 0, ((x < 0 || x >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x])) === 128) && ((((x$1 = i + 2 >> 0, ((x$1 < 0 || x$1 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$1])) & ~1) << 24 >>> 24) === 168)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (escape && (c === 226) && (i + 2 >> 0) < src.$length && ((x = i + 1 >> 0, ((x < 0 || x >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x])) === 128) && ((((x$1 = i + 2 >> 0, ((x$1 < 0 || x$1 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$1])) & ~1) << 24 >>> 24) === 168)) { */ case 12:
				/* */ if (start < i) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (start < i) { */ case 14:
					_r$8 = dst.Write($subslice(src, start, i)); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$8;
				/* } */ case 15:
				_r$9 = dst.WriteString("\\u202"); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$9;
				_r$10 = dst.WriteByte(hex.charCodeAt((((x$2 = i + 2 >> 0, ((x$2 < 0 || x$2 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$2])) & 15) >>> 0))); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
				start = i + 3 >> 0;
			/* } */ case 13:
			_r$11 = scan.step(scan, c); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			v = _r$11;
			/* */ if (v >= 9) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (v >= 9) { */ case 20:
				if (v === 11) {
					/* break; */ $s = 3; continue;
				}
				/* */ if (start < i) { $s = 22; continue; }
				/* */ $s = 23; continue;
				/* if (start < i) { */ case 22:
					_r$12 = dst.Write($subslice(src, start, i)); /* */ $s = 24; case 24: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					_r$12;
				/* } */ case 23:
				start = i + 1 >> 0;
			/* } */ case 21:
			_i++;
		$s = 2; continue;
		case 3:
		_r$13 = scan.eof(); /* */ $s = 27; case 27: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		/* */ if (_r$13 === 11) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (_r$13 === 11) { */ case 25:
			dst.Truncate(origLen);
			$24r = scan.err;
			$s = 28; case 28: return $24r;
		/* } */ case 26:
		/* */ if (start < src.$length) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (start < src.$length) { */ case 29:
			_r$14 = dst.Write($subslice(src, start)); /* */ $s = 31; case 31: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$14;
		/* } */ case 30:
		$24r$1 = $ifaceNil;
		$s = 32; case 32: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: compact, $c: true, $r, $24r, $24r$1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, c, dst, escape, i, origLen, scan, src, start, v, x, x$1, x$2, $s, $deferred};return $f; } }
	};
	newline = function(dst, prefix, indent, depth) {
		var {_r$3, _r$4, _r$5, depth, dst, i, indent, prefix, $s, $r, $c} = $restore(this, {dst, prefix, indent, depth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = dst.WriteByte(10); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = dst.WriteString(prefix); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < depth)) { break; } */ if(!(i < depth)) { $s = 4; continue; }
			_r$5 = dst.WriteString(indent); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: newline, $c: true, $r, _r$3, _r$4, _r$5, depth, dst, i, indent, prefix, $s};return $f;
	};
	Indent = function(dst, src, prefix, indent) {
		var {$24r, $24r$1, _1, _i, _r$10, _r$11, _r$12, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, c, depth, dst, indent, needIndent, origLen, prefix, scan, src, v, x, x$1, $s, $deferred, $r, $c} = $restore(this, {dst, src, prefix, indent});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		origLen = dst.Len();
		_r$3 = newScanner(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		scan = _r$3;
		$deferred.push([freeScanner, [scan]]);
		needIndent = false;
		depth = 0;
		_ref = src;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			scan.bytes = (x = scan.bytes, x$1 = new $Int64(0, 1), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
			_r$4 = scan.step(scan, c); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			v = _r$4;
			if (v === 9) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			if (v === 11) {
				/* break; */ $s = 3; continue;
			}
			/* */ if (needIndent && !((v === 5)) && !((v === 8))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (needIndent && !((v === 5)) && !((v === 8))) { */ case 5:
				needIndent = false;
				depth = depth + (1) >> 0;
				$r = newline(dst, prefix, indent, depth); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
			/* */ if (v === 0) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (v === 0) { */ case 8:
				_r$5 = dst.WriteByte(c); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
				_i++;
				/* continue; */ $s = 2; continue;
			/* } */ case 9:
				_1 = c;
				/* */ if ((_1 === (123)) || (_1 === (91))) { $s = 12; continue; }
				/* */ if (_1 === (44)) { $s = 13; continue; }
				/* */ if (_1 === (58)) { $s = 14; continue; }
				/* */ if ((_1 === (125)) || (_1 === (93))) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if ((_1 === (123)) || (_1 === (91))) { */ case 12:
					needIndent = true;
					_r$6 = dst.WriteByte(c); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$6;
					$s = 17; continue;
				/* } else if (_1 === (44)) { */ case 13:
					_r$7 = dst.WriteByte(c); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_r$7;
					$r = newline(dst, prefix, indent, depth); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 17; continue;
				/* } else if (_1 === (58)) { */ case 14:
					_r$8 = dst.WriteByte(c); /* */ $s = 21; case 21: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$8;
					_r$9 = dst.WriteByte(32); /* */ $s = 22; case 22: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_r$9;
					$s = 17; continue;
				/* } else if ((_1 === (125)) || (_1 === (93))) { */ case 15:
					/* */ if (needIndent) { $s = 23; continue; }
					/* */ $s = 24; continue;
					/* if (needIndent) { */ case 23:
						needIndent = false;
						$s = 25; continue;
					/* } else { */ case 24:
						depth = depth - (1) >> 0;
						$r = newline(dst, prefix, indent, depth); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 25:
					_r$10 = dst.WriteByte(c); /* */ $s = 27; case 27: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_r$10;
					$s = 17; continue;
				/* } else { */ case 16:
					_r$11 = dst.WriteByte(c); /* */ $s = 28; case 28: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_r$11;
				/* } */ case 17:
			case 11:
			_i++;
		$s = 2; continue;
		case 3:
		_r$12 = scan.eof(); /* */ $s = 31; case 31: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		/* */ if (_r$12 === 11) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (_r$12 === 11) { */ case 29:
			dst.Truncate(origLen);
			$24r = scan.err;
			$s = 32; case 32: return $24r;
		/* } */ case 30:
		$24r$1 = $ifaceNil;
		$s = 33; case 33: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Indent, $c: true, $r, $24r, $24r$1, _1, _i, _r$10, _r$11, _r$12, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, c, depth, dst, indent, needIndent, origLen, prefix, scan, src, v, x, x$1, $s, $deferred};return $f; } }
	};
	$pkg.Indent = Indent;
	foldFunc = function(s) {
		var _i, _ref, b, nonLetter, s, special, upper;
		nonLetter = false;
		special = false;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (b >= 128) {
				return bytes.EqualFold;
			}
			upper = (b & 223) >>> 0;
			if (upper < 65 || upper > 90) {
				nonLetter = true;
			} else if ((upper === 75) || (upper === 83)) {
				special = true;
			}
			_i++;
		}
		if (special) {
			return equalFoldRight;
		}
		if (nonLetter) {
			return asciiEqualFold;
		}
		return simpleLetterEqualFold;
	};
	equalFoldRight = function(s, t) {
		var _1, _i, _ref, _tuple, s, sb, sbUpper, size, t, tb, tr;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			sb = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (t.$length === 0) {
				return false;
			}
			tb = (0 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 0]);
			if (tb < 128) {
				if (!((sb === tb))) {
					sbUpper = (sb & 223) >>> 0;
					if (65 <= sbUpper && sbUpper <= 90) {
						if (!((sbUpper === ((tb & 223) >>> 0)))) {
							return false;
						}
					} else {
						return false;
					}
				}
				t = $subslice(t, 1);
				_i++;
				continue;
			}
			_tuple = utf8.DecodeRune(t);
			tr = _tuple[0];
			size = _tuple[1];
			_1 = sb;
			if ((_1 === (115)) || (_1 === (83))) {
				if (!((tr === 383))) {
					return false;
				}
			} else if ((_1 === (107)) || (_1 === (75))) {
				if (!((tr === 8490))) {
					return false;
				}
			} else {
				return false;
			}
			t = $subslice(t, size);
			_i++;
		}
		if (t.$length > 0) {
			return false;
		}
		return true;
	};
	asciiEqualFold = function(s, t) {
		var _i, _ref, i, s, sb, t, tb;
		if (!((s.$length === t.$length))) {
			return false;
		}
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			sb = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			tb = ((i < 0 || i >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + i]);
			if (sb === tb) {
				_i++;
				continue;
			}
			if ((97 <= sb && sb <= 122) || (65 <= sb && sb <= 90)) {
				if (!((((sb & 223) >>> 0) === ((tb & 223) >>> 0)))) {
					return false;
				}
			} else {
				return false;
			}
			_i++;
		}
		return true;
	};
	simpleLetterEqualFold = function(s, t) {
		var _i, _ref, b, i, s, t;
		if (!((s.$length === t.$length))) {
			return false;
		}
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((((b & 223) >>> 0) === ((((i < 0 || i >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + i]) & 223) >>> 0)))) {
				return false;
			}
			_i++;
		}
		return true;
	};
	HTMLEscape = function(dst, src) {
		var {_i, _r$10, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, c, dst, i, src, start, x, x$1, x$2, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = 0;
		_ref = src;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if ((c === 60) || (c === 62) || (c === 38)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ((c === 60) || (c === 62) || (c === 38)) { */ case 3:
				/* */ if (start < i) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (start < i) { */ case 5:
					_r$3 = dst.Write($subslice(src, start, i)); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$3;
				/* } */ case 6:
				_r$4 = dst.WriteString("\\u00"); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
				_r$5 = dst.WriteByte(hex.charCodeAt((c >>> 4 << 24 >>> 24))); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
				_r$6 = dst.WriteByte(hex.charCodeAt(((c & 15) >>> 0))); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
				start = i + 1 >> 0;
			/* } */ case 4:
			/* */ if ((c === 226) && (i + 2 >> 0) < src.$length && ((x = i + 1 >> 0, ((x < 0 || x >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x])) === 128) && ((((x$1 = i + 2 >> 0, ((x$1 < 0 || x$1 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$1])) & ~1) << 24 >>> 24) === 168)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if ((c === 226) && (i + 2 >> 0) < src.$length && ((x = i + 1 >> 0, ((x < 0 || x >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x])) === 128) && ((((x$1 = i + 2 >> 0, ((x$1 < 0 || x$1 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$1])) & ~1) << 24 >>> 24) === 168)) { */ case 11:
				/* */ if (start < i) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (start < i) { */ case 13:
					_r$7 = dst.Write($subslice(src, start, i)); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_r$7;
				/* } */ case 14:
				_r$8 = dst.WriteString("\\u202"); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
				_r$9 = dst.WriteByte(hex.charCodeAt((((x$2 = i + 2 >> 0, ((x$2 < 0 || x$2 >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x$2])) & 15) >>> 0))); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$9;
				start = i + 3 >> 0;
			/* } */ case 12:
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (start < src.$length) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (start < src.$length) { */ case 18:
			_r$10 = dst.Write($subslice(src, start)); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
		/* } */ case 19:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: HTMLEscape, $c: true, $r, _i, _r$10, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, c, dst, i, src, start, x, x$1, x$2, $s};return $f;
	};
	$pkg.HTMLEscape = HTMLEscape;
	UnsupportedTypeError.ptr.prototype.Error = function() {
		var {$24r, _r$3, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$3 = e.Type.String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = "json: unsupported type: " + _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: UnsupportedTypeError.ptr.prototype.Error, $c: true, $r, $24r, _r$3, e, $s};return $f;
	};
	UnsupportedTypeError.prototype.Error = function() { return this.$val.Error(); };
	UnsupportedValueError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "json: unsupported value: " + e.Str;
	};
	UnsupportedValueError.prototype.Error = function() { return this.$val.Error(); };
	MarshalerError.ptr.prototype.Error = function() {
		var {$24r, _r$3, _r$4, e, srcFunc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		srcFunc = e.sourceFunc;
		if (srcFunc === "") {
			srcFunc = "MarshalJSON";
		}
		_r$3 = e.Type.String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = e.Err.Error(); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = "json: error calling " + srcFunc + " for type " + _r$3 + ": " + _r$4;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: MarshalerError.ptr.prototype.Error, $c: true, $r, $24r, _r$3, _r$4, e, srcFunc, $s};return $f;
	};
	MarshalerError.prototype.Error = function() { return this.$val.Error(); };
	MarshalerError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.Err;
	};
	MarshalerError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	newEncodeState = function() {
		var {_r$3, e, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = encodeStatePool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		v = _r$3;
		if (!($interfaceIsEqual(v, $ifaceNil))) {
			e = $assertType(v, ptrType$9);
			e.Buffer.Reset();
			if ($keys(e.ptrSeen).length > 0) {
				$panic(new $String("ptrEncoder.encode should have emptied ptrSeen via defers"));
			}
			e.ptrLevel = 0;
			$s = -1; return e;
		}
		$s = -1; return new encodeState.ptr(new bytes.Buffer.ptr(sliceType$2.nil, 0, 0), arrayType.zero(), 0, {});
		/* */ } return; } var $f = {$blk: newEncodeState, $c: true, $r, _r$3, e, v, $s};return $f;
	};
	encodeState.ptr.prototype.marshal = function(v, opts) {
		var {$24r, _r$3, e, err, opts, v, $s, $deferred, $r, $c} = $restore(this, {v, opts});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		err[0] = $ifaceNil;
		e = this;
		$deferred.push([(function(err) { return function() {
			var _tuple, je, ok, r;
			r = $recover();
			if (!($interfaceIsEqual(r, $ifaceNil))) {
				_tuple = $assertType(r, jsonError, true);
				je = $clone(_tuple[0], jsonError);
				ok = _tuple[1];
				if (ok) {
					err[0] = je.error;
				} else {
					$panic(r);
				}
			}
		}; })(err), []]);
		_r$3 = reflect.ValueOf(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$r = e.reflectValue($clone(_r$3, reflect.Value), $clone(opts, encOpts)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		err[0] = $ifaceNil;
		$24r = err[0];
		$s = 3; case 3: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err[0]; } if($curGoroutine.asleep) { var $f = {$blk: encodeState.ptr.prototype.marshal, $c: true, $r, $24r, _r$3, e, err, opts, v, $s, $deferred};return $f; } }
	};
	encodeState.prototype.marshal = function(v, opts) { return this.$val.marshal(v, opts); };
	encodeState.ptr.prototype.error = function(err) {
		var e, err, x;
		e = this;
		$panic((x = new jsonError.ptr(err), new x.constructor.elem(x)));
	};
	encodeState.prototype.error = function(err) { return this.$val.error(err); };
	isEmptyValue = function(v) {
		var _1, v, x, x$1;
		_1 = $clone(v, reflect.Value).Kind();
		if ((_1 === (17)) || (_1 === (21)) || (_1 === (23)) || (_1 === (24))) {
			return $clone(v, reflect.Value).Len() === 0;
		} else if (_1 === (1)) {
			return !$clone(v, reflect.Value).Bool();
		} else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) {
			return (x = $clone(v, reflect.Value).Int(), (x.$high === 0 && x.$low === 0));
		} else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) {
			return (x$1 = $clone(v, reflect.Value).Uint(), (x$1.$high === 0 && x$1.$low === 0));
		} else if ((_1 === (13)) || (_1 === (14))) {
			return $clone(v, reflect.Value).Float() === 0;
		} else if ((_1 === (20)) || (_1 === (22))) {
			return $clone(v, reflect.Value).IsNil();
		}
		return false;
	};
	encodeState.ptr.prototype.reflectValue = function(v, opts) {
		var {_r$3, e, opts, v, $s, $r, $c} = $restore(this, {v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$3 = valueEncoder($clone(v, reflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$r = _r$3(e, $clone(v, reflect.Value), $clone(opts, encOpts)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: encodeState.ptr.prototype.reflectValue, $c: true, $r, _r$3, e, opts, v, $s};return $f;
	};
	encodeState.prototype.reflectValue = function(v, opts) { return this.$val.reflectValue(v, opts); };
	valueEncoder = function(v) {
		var {$24r, _r$3, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!$clone(v, reflect.Value).IsValid()) {
			$s = -1; return invalidValueEncoder;
		}
		_r$3 = typeEncoder($clone(v, reflect.Value).Type()); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: valueEncoder, $c: true, $r, $24r, _r$3, v, $s};return $f;
	};
	typeEncoder = function(t) {
		var {_r$3, _tuple, _tuple$1, f, fi, fi$1, loaded, ok, t, wg, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = [f];
		wg = [wg];
		_tuple = encoderCache.Load(t);
		fi = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(fi, encoderFunc);
		}
		wg[0] = new nosync.WaitGroup.ptr(0);
		f[0] = $throwNilPointerError;
		wg[0].Add(1);
		_tuple$1 = encoderCache.LoadOrStore(t, new encoderFunc(((function(f, wg) { return function $b(e, v, opts) {
			var {e, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			wg[0].Wait();
			$r = f[0](e, $clone(v, reflect.Value), $clone(opts, encOpts)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, e, opts, v, $s};return $f;
		}; })(f, wg))));
		fi$1 = _tuple$1[0];
		loaded = _tuple$1[1];
		if (loaded) {
			$s = -1; return $assertType(fi$1, encoderFunc);
		}
		_r$3 = newTypeEncoder(t, true); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		f[0] = _r$3;
		wg[0].Done();
		encoderCache.Store(t, new encoderFunc(f[0]));
		$s = -1; return f[0];
		/* */ } return; } var $f = {$blk: typeEncoder, $c: true, $r, _r$3, _tuple, _tuple$1, f, fi, fi$1, loaded, ok, t, wg, $s};return $f;
	};
	newTypeEncoder = function(t, allowAddr) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, allowAddr, t, $s, $r, $c} = $restore(this, {t, allowAddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = t.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		if (!(!((_r$3 === 22)) && allowAddr)) { _v = false; $s = 3; continue s; }
		_r$4 = reflect.PointerTo(t).Implements(marshalerType); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v = _r$4; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_arg = addrMarshalerEncoder;
			_r$5 = newTypeEncoder(t, false); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg$1 = _r$5;
			_r$6 = newCondAddrEncoder(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 8; case 8: return $24r;
		/* } */ case 2:
		_r$7 = t.Implements(marshalerType); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		/* */ if (_r$7) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (_r$7) { */ case 9:
			$s = -1; return marshalerEncoder;
		/* } */ case 10:
		_r$8 = t.Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		if (!(!((_r$8 === 22)) && allowAddr)) { _v$1 = false; $s = 14; continue s; }
		_r$9 = reflect.PointerTo(t).Implements(textMarshalerType); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_v$1 = _r$9; case 14:
		/* */ if (_v$1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (_v$1) { */ case 12:
			_arg$2 = addrTextMarshalerEncoder;
			_r$10 = newTypeEncoder(t, false); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$3 = _r$10;
			_r$11 = newCondAddrEncoder(_arg$2, _arg$3); /* */ $s = 18; case 18: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r$1 = _r$11;
			$s = 19; case 19: return $24r$1;
		/* } */ case 13:
		_r$12 = t.Implements(textMarshalerType); /* */ $s = 22; case 22: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		/* */ if (_r$12) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (_r$12) { */ case 20:
			$s = -1; return textMarshalerEncoder;
		/* } */ case 21:
			_r$13 = t.Kind(); /* */ $s = 24; case 24: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_1 = _r$13;
			/* */ if (_1 === (1)) { $s = 25; continue; }
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 26; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 27; continue; }
			/* */ if (_1 === (13)) { $s = 28; continue; }
			/* */ if (_1 === (14)) { $s = 29; continue; }
			/* */ if (_1 === (24)) { $s = 30; continue; }
			/* */ if (_1 === (20)) { $s = 31; continue; }
			/* */ if (_1 === (25)) { $s = 32; continue; }
			/* */ if (_1 === (21)) { $s = 33; continue; }
			/* */ if (_1 === (23)) { $s = 34; continue; }
			/* */ if (_1 === (17)) { $s = 35; continue; }
			/* */ if (_1 === (22)) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (_1 === (1)) { */ case 25:
				$s = -1; return boolEncoder;
			/* } else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 26:
				$s = -1; return intEncoder;
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 27:
				$s = -1; return uintEncoder;
			/* } else if (_1 === (13)) { */ case 28:
				$s = -1; return float32Encoder;
			/* } else if (_1 === (14)) { */ case 29:
				$s = -1; return float64Encoder;
			/* } else if (_1 === (24)) { */ case 30:
				$s = -1; return stringEncoder;
			/* } else if (_1 === (20)) { */ case 31:
				$s = -1; return interfaceEncoder;
			/* } else if (_1 === (25)) { */ case 32:
				_r$14 = newStructEncoder(t); /* */ $s = 39; case 39: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r$2 = _r$14;
				$s = 40; case 40: return $24r$2;
			/* } else if (_1 === (21)) { */ case 33:
				_r$15 = newMapEncoder(t); /* */ $s = 41; case 41: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r$3 = _r$15;
				$s = 42; case 42: return $24r$3;
			/* } else if (_1 === (23)) { */ case 34:
				_r$16 = newSliceEncoder(t); /* */ $s = 43; case 43: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				$24r$4 = _r$16;
				$s = 44; case 44: return $24r$4;
			/* } else if (_1 === (17)) { */ case 35:
				_r$17 = newArrayEncoder(t); /* */ $s = 45; case 45: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r$5 = _r$17;
				$s = 46; case 46: return $24r$5;
			/* } else if (_1 === (22)) { */ case 36:
				_r$18 = newPtrEncoder(t); /* */ $s = 47; case 47: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				$24r$6 = _r$18;
				$s = 48; case 48: return $24r$6;
			/* } else { */ case 37:
				$s = -1; return unsupportedTypeEncoder;
			/* } */ case 38:
		case 23:
		$s = -1; return $throwNilPointerError;
		/* */ } return; } var $f = {$blk: newTypeEncoder, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, allowAddr, t, $s};return $f;
	};
	invalidValueEncoder = function(e, v, param) {
		var {_r$3, e, param, v, $s, $r, $c} = $restore(this, {e, v, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = e.Buffer.WriteString("null"); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: invalidValueEncoder, $c: true, $r, _r$3, e, param, v, $s};return $f;
	};
	marshalerEncoder = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, b, e, err, m, ok, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (($clone(v, reflect.Value).Kind() === 22) && $clone(v, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (($clone(v, reflect.Value).Kind() === 22) && $clone(v, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return;
		/* } */ case 2:
		_r$4 = $clone(v, reflect.Value).Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$4, Marshaler, true);
		m = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!ok) { */ case 5:
			_r$5 = e.Buffer.WriteString("null"); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return;
		/* } */ case 6:
		_r$6 = m.MarshalJSON(); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		b = _tuple$1[0];
		err = _tuple$1[1];
		/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 9:
			_r$7 = compact(e.Buffer, b, opts.escapeHTML); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			err = _r$7;
		/* } */ case 10:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			e.error(new MarshalerError.ptr($clone(v, reflect.Value).Type(), err, "MarshalJSON"));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: marshalerEncoder, $c: true, $r, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, b, e, err, m, ok, opts, v, $s};return $f;
	};
	addrMarshalerEncoder = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, _r$6, _tuple, b, e, err, m, opts, v, va, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		va = $clone(v, reflect.Value).Addr();
		/* */ if ($clone(va, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(va, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return;
		/* } */ case 2:
		_r$4 = $clone(va, reflect.Value).Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		m = $assertType(_r$4, Marshaler);
		_r$5 = m.MarshalJSON(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		b = _tuple[0];
		err = _tuple[1];
		/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 6:
			_r$6 = compact(e.Buffer, b, opts.escapeHTML); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
		/* } */ case 7:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			e.error(new MarshalerError.ptr($clone(v, reflect.Value).Type(), err, "MarshalJSON"));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: addrMarshalerEncoder, $c: true, $r, _r$3, _r$4, _r$5, _r$6, _tuple, b, e, err, m, opts, v, va, $s};return $f;
	};
	textMarshalerEncoder = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, b, e, err, m, ok, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (($clone(v, reflect.Value).Kind() === 22) && $clone(v, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (($clone(v, reflect.Value).Kind() === 22) && $clone(v, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return;
		/* } */ case 2:
		_r$4 = $clone(v, reflect.Value).Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$4, encoding.TextMarshaler, true);
		m = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!ok) { */ case 5:
			_r$5 = e.Buffer.WriteString("null"); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return;
		/* } */ case 6:
		_r$6 = m.MarshalText(); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		b = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			e.error(new MarshalerError.ptr($clone(v, reflect.Value).Type(), err, "MarshalText"));
		}
		$r = e.stringBytes(b, opts.escapeHTML); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: textMarshalerEncoder, $c: true, $r, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, b, e, err, m, ok, opts, v, $s};return $f;
	};
	addrTextMarshalerEncoder = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, _tuple, b, e, err, m, opts, v, va, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		va = $clone(v, reflect.Value).Addr();
		/* */ if ($clone(va, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(va, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return;
		/* } */ case 2:
		_r$4 = $clone(va, reflect.Value).Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		m = $assertType(_r$4, encoding.TextMarshaler);
		_r$5 = m.MarshalText(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		b = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			e.error(new MarshalerError.ptr($clone(v, reflect.Value).Type(), err, "MarshalText"));
		}
		$r = e.stringBytes(b, opts.escapeHTML); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: addrTextMarshalerEncoder, $c: true, $r, _r$3, _r$4, _r$5, _tuple, b, e, err, m, opts, v, va, $s};return $f;
	};
	boolEncoder = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, _r$6, e, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (opts.quoted) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (opts.quoted) { */ case 1:
			_r$3 = e.Buffer.WriteByte(34); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		/* } */ case 2:
		/* */ if ($clone(v, reflect.Value).Bool()) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ($clone(v, reflect.Value).Bool()) { */ case 4:
			_r$4 = e.Buffer.WriteString("true"); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			$s = 6; continue;
		/* } else { */ case 5:
			_r$5 = e.Buffer.WriteString("false"); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 6:
		/* */ if (opts.quoted) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (opts.quoted) { */ case 9:
			_r$6 = e.Buffer.WriteByte(34); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
		/* } */ case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: boolEncoder, $c: true, $r, _r$3, _r$4, _r$5, _r$6, e, opts, v, $s};return $f;
	};
	intEncoder = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, b, e, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = strconv.AppendInt($subslice(new sliceType$2(e.scratch), 0, 0), $clone(v, reflect.Value).Int(), 10);
		/* */ if (opts.quoted) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (opts.quoted) { */ case 1:
			_r$3 = e.Buffer.WriteByte(34); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		/* } */ case 2:
		_r$4 = e.Buffer.Write(b); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		/* */ if (opts.quoted) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (opts.quoted) { */ case 5:
			_r$5 = e.Buffer.WriteByte(34); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: intEncoder, $c: true, $r, _r$3, _r$4, _r$5, b, e, opts, v, $s};return $f;
	};
	uintEncoder = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, b, e, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = strconv.AppendUint($subslice(new sliceType$2(e.scratch), 0, 0), $clone(v, reflect.Value).Uint(), 10);
		/* */ if (opts.quoted) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (opts.quoted) { */ case 1:
			_r$3 = e.Buffer.WriteByte(34); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		/* } */ case 2:
		_r$4 = e.Buffer.Write(b); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		/* */ if (opts.quoted) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (opts.quoted) { */ case 5:
			_r$5 = e.Buffer.WriteByte(34); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: uintEncoder, $c: true, $r, _r$3, _r$4, _r$5, b, e, opts, v, $s};return $f;
	};
	floatEncoder.prototype.encode = function(e, v, opts) {
		var {_r$3, _r$4, _r$5, abs, b, bits, e, f, fmt$1, n, opts, v, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bits = this.$val;
		f = $clone(v, reflect.Value).Float();
		if (math.IsInf(f, 0) || math.IsNaN(f)) {
			e.error(new UnsupportedValueError.ptr($clone(v, reflect.Value), strconv.FormatFloat(f, 103, -1, ((bits >> 0)))));
		}
		b = $subslice(new sliceType$2(e.scratch), 0, 0);
		abs = math.Abs(f);
		fmt$1 = 102;
		if (!((abs === 0))) {
			if ((bits === 64) && (abs < 1e-06 || abs >= 1e+21) || (bits === 32) && (($fround(abs)) < 9.999999974752427e-07 || ($fround(abs)) >= 1.0000000200408773e+21)) {
				fmt$1 = 101;
			}
		}
		b = strconv.AppendFloat(b, f, fmt$1, -1, ((bits >> 0)));
		if (fmt$1 === 101) {
			n = b.$length;
			if (n >= 4 && ((x = n - 4 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x])) === 101) && ((x$1 = n - 3 >> 0, ((x$1 < 0 || x$1 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$1])) === 45) && ((x$2 = n - 2 >> 0, ((x$2 < 0 || x$2 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$2])) === 48)) {
				(x$4 = n - 2 >> 0, ((x$4 < 0 || x$4 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$4] = (x$3 = n - 1 >> 0, ((x$3 < 0 || x$3 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$3]))));
				b = $subslice(b, 0, (n - 1 >> 0));
			}
		}
		/* */ if (opts.quoted) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (opts.quoted) { */ case 1:
			_r$3 = e.Buffer.WriteByte(34); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		/* } */ case 2:
		_r$4 = e.Buffer.Write(b); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		/* */ if (opts.quoted) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (opts.quoted) { */ case 5:
			_r$5 = e.Buffer.WriteByte(34); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: floatEncoder.prototype.encode, $c: true, $r, _r$3, _r$4, _r$5, abs, b, bits, e, f, fmt$1, n, opts, v, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	$ptrType(floatEncoder).prototype.encode = function(e, v, opts) { return new floatEncoder(this.$get()).encode(e, v, opts); };
	stringEncoder = function(e, v, opts) {
		var {_r$10, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, e, e2, numStr, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if ($interfaceIsEqual($clone(v, reflect.Value).Type(), numberType)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual($clone(v, reflect.Value).Type(), numberType)) { */ case 1:
			_r$3 = $clone(v, reflect.Value).String(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			numStr = _r$3;
			if (numStr === "") {
				numStr = "0";
			}
			/* */ if (!isValidNumber(numStr)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!isValidNumber(numStr)) { */ case 4:
				_r$4 = fmt.Errorf("json: invalid number literal %q", new sliceType([new $String(numStr)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$r = e.error(_r$4); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			/* */ if (opts.quoted) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (opts.quoted) { */ case 8:
				_r$5 = e.Buffer.WriteByte(34); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
			/* } */ case 9:
			_r$6 = e.Buffer.WriteString(numStr); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			/* */ if (opts.quoted) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (opts.quoted) { */ case 12:
				_r$7 = e.Buffer.WriteByte(34); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
			/* } */ case 13:
			$s = -1; return;
		/* } */ case 2:
		/* */ if (opts.quoted) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (opts.quoted) { */ case 15:
			_r$8 = newEncodeState(); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			e2 = _r$8;
			_r$9 = $clone(v, reflect.Value).String(); /* */ $s = 19; case 19: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = e2.string(_r$9, opts.escapeHTML); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = e.stringBytes(e2.Buffer.Bytes(), false); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			encodeStatePool.Put(e2);
			$s = 17; continue;
		/* } else { */ case 16:
			_r$10 = $clone(v, reflect.Value).String(); /* */ $s = 22; case 22: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$r = e.string(_r$10, opts.escapeHTML); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 17:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: stringEncoder, $c: true, $r, _r$10, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, e, e2, numStr, opts, v, $s};return $f;
	};
	isValidNumber = function(s) {
		var s;
		if (s === "") {
			return false;
		}
		if (s.charCodeAt(0) === 45) {
			s = $substring(s, 1);
			if (s === "") {
				return false;
			}
		}
		if ((s.charCodeAt(0) === 48)) {
			s = $substring(s, 1);
		} else if (49 <= s.charCodeAt(0) && s.charCodeAt(0) <= 57) {
			s = $substring(s, 1);
			while (true) {
				if (!(s.length > 0 && 48 <= s.charCodeAt(0) && s.charCodeAt(0) <= 57)) { break; }
				s = $substring(s, 1);
			}
		} else {
			return false;
		}
		if (s.length >= 2 && (s.charCodeAt(0) === 46) && 48 <= s.charCodeAt(1) && s.charCodeAt(1) <= 57) {
			s = $substring(s, 2);
			while (true) {
				if (!(s.length > 0 && 48 <= s.charCodeAt(0) && s.charCodeAt(0) <= 57)) { break; }
				s = $substring(s, 1);
			}
		}
		if (s.length >= 2 && ((s.charCodeAt(0) === 101) || (s.charCodeAt(0) === 69))) {
			s = $substring(s, 1);
			if ((s.charCodeAt(0) === 43) || (s.charCodeAt(0) === 45)) {
				s = $substring(s, 1);
				if (s === "") {
					return false;
				}
			}
			while (true) {
				if (!(s.length > 0 && 48 <= s.charCodeAt(0) && s.charCodeAt(0) <= 57)) { break; }
				s = $substring(s, 1);
			}
		}
		return s === "";
	};
	interfaceEncoder = function(e, v, opts) {
		var {_r$3, _r$4, e, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(v, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return;
		/* } */ case 2:
		_r$4 = $clone(v, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$r = e.reflectValue($clone(_r$4, reflect.Value), $clone(opts, encOpts)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: interfaceEncoder, $c: true, $r, _r$3, _r$4, e, opts, v, $s};return $f;
	};
	unsupportedTypeEncoder = function(e, v, param) {
		var e, param, v;
		e.error(new UnsupportedTypeError.ptr($clone(v, reflect.Value).Type()));
	};
	structEncoder.ptr.prototype.encode = function(e, v, opts) {
		var {_i, _i$1, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, e, f, fv, i, i$1, next, opts, se, v, x, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		se = this;
		next = 123;
		_ref = se.fields.list;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			f = (x = se.fields.list, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			fv = v;
			_ref$1 = f.index;
			_i$1 = 0;
			/* while (true) { */ case 3:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 4; continue; }
				i$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				/* */ if ($clone(fv, reflect.Value).Kind() === 22) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if ($clone(fv, reflect.Value).Kind() === 22) { */ case 5:
					if ($clone(fv, reflect.Value).IsNil()) {
						_i++;
						/* continue FieldLoop; */ $s = 1; continue s;
					}
					_r$3 = $clone(fv, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					fv = _r$3;
				/* } */ case 6:
				_r$4 = $clone(fv, reflect.Value).Field(i$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				fv = _r$4;
				_i$1++;
			$s = 3; continue;
			case 4:
			if (f.omitEmpty && isEmptyValue($clone(fv, reflect.Value))) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r$5 = e.Buffer.WriteByte(next); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			next = 44;
			/* */ if (opts.escapeHTML) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (opts.escapeHTML) { */ case 10:
				_r$6 = e.Buffer.WriteString(f.nameEscHTML); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
				$s = 12; continue;
			/* } else { */ case 11:
				_r$7 = e.Buffer.WriteString(f.nameNonEsc); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
			/* } */ case 12:
			opts.quoted = f.quoted;
			$r = f.encoder(e, $clone(fv, reflect.Value), $clone(opts, encOpts)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (next === 123) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (next === 123) { */ case 16:
			_r$8 = e.Buffer.WriteString("{}"); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			$s = 18; continue;
		/* } else { */ case 17:
			_r$9 = e.Buffer.WriteByte(125); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
		/* } */ case 18:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: structEncoder.ptr.prototype.encode, $c: true, $r, _i, _i$1, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, e, f, fv, i, i$1, next, opts, se, v, x, $s};return $f;
	};
	structEncoder.prototype.encode = function(e, v, opts) { return this.$val.encode(e, v, opts); };
	newStructEncoder = function(t) {
		var {_r$3, se, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = cachedTypeFields(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		se = new structEncoder.ptr($clone(_r$3, structFields));
		$s = -1; return $methodVal($clone(se, structEncoder), "encode");
		/* */ } return; } var $f = {$blk: newStructEncoder, $c: true, $r, _r$3, se, t, $s};return $f;
	};
	mapEncoder.ptr.prototype.encode = function(e, v, opts) {
		var {_arg, _arg$1, _arg$2, _arg$3, _entry, _i, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, e, err, i, i$1, kv, me, mi, ok, opts, ptr, sv, v, $s, $deferred, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		sv = [sv];
		me = this;
		/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(v, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = 4; case 4: return;
		/* } */ case 2:
		e.ptrLevel = e.ptrLevel + (1) >>> 0;
		/* */ if (e.ptrLevel > 1000) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (e.ptrLevel > 1000) { */ case 5:
			ptr = $clone(v, reflect.Value).Pointer();
			_tuple = (_entry = e.ptrSeen[$emptyInterface.keyFor(new $Uintptr(ptr))], _entry !== undefined ? [_entry.v, true] : [new structType.ptr(), false]);
			ok = _tuple[1];
			/* */ if (ok) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (ok) { */ case 7:
				_r$4 = fmt.Sprintf("encountered a cycle via %s", new sliceType([$clone(v, reflect.Value).Type()])); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$r = e.error(new UnsupportedValueError.ptr($clone(v, reflect.Value), _r$4)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
			_key = new $Uintptr(ptr); (e.ptrSeen || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: new structType.ptr() };
			$deferred.push([function(_arg, _arg$1) { delete _arg[$emptyInterface.keyFor(_arg$1)]; }, [e.ptrSeen, new $Uintptr(ptr)]]);
		/* } */ case 6:
		_r$5 = e.Buffer.WriteByte(123); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		sv[0] = $makeSlice(sliceType$4, $clone(v, reflect.Value).Len());
		mi = $clone(v, reflect.Value).MapRange();
		i = 0;
		/* while (true) { */ case 12:
			_r$6 = mi.Next(); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* if (!(_r$6)) { break; } */ if(!(_r$6)) { $s = 13; continue; }
			_r$7 = mi.Key(); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			((i < 0 || i >= sv[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : sv[0].$array[sv[0].$offset + i]).k = _r$7;
			_r$8 = mi.Value(); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			((i < 0 || i >= sv[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : sv[0].$array[sv[0].$offset + i]).v = _r$8;
			_r$9 = ((i < 0 || i >= sv[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : sv[0].$array[sv[0].$offset + i]).resolve(); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err = _r$9;
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 18:
				_r$10 = $clone(v, reflect.Value).Type().String(); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_arg$2 = new $String(_r$10);
				_r$11 = err.Error(); /* */ $s = 21; case 21: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_arg$3 = new $String(_r$11);
				_r$12 = fmt.Errorf("json: encoding error for type %q: %q", new sliceType([_arg$2, _arg$3])); /* */ $s = 22; case 22: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				$r = e.error(_r$12); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 19:
			i = i + (1) >> 0;
		$s = 12; continue;
		case 13:
		$r = sort.Slice(sv[0], (function(sv) { return function(i$1, j) {
			var i$1, j;
			return ((i$1 < 0 || i$1 >= sv[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : sv[0].$array[sv[0].$offset + i$1]).ks < ((j < 0 || j >= sv[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : sv[0].$array[sv[0].$offset + j]).ks;
		}; })(sv)); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = sv[0];
		_i = 0;
		/* while (true) { */ case 25:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 26; continue; }
			i$1 = _i;
			kv = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), reflectWithString);
			/* */ if (i$1 > 0) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (i$1 > 0) { */ case 27:
				_r$13 = e.Buffer.WriteByte(44); /* */ $s = 29; case 29: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$13;
			/* } */ case 28:
			$r = e.string(kv.ks, opts.escapeHTML); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$14 = e.Buffer.WriteByte(58); /* */ $s = 31; case 31: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$14;
			$r = me.elemEnc(e, $clone(kv.v, reflect.Value), $clone(opts, encOpts)); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 25; continue;
		case 26:
		_r$15 = e.Buffer.WriteByte(125); /* */ $s = 33; case 33: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_r$15;
		e.ptrLevel = e.ptrLevel - (1) >>> 0;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: mapEncoder.ptr.prototype.encode, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _entry, _i, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, e, err, i, i$1, kv, me, mi, ok, opts, ptr, sv, v, $s, $deferred};return $f; } }
	};
	mapEncoder.prototype.encode = function(e, v, opts) { return this.$val.encode(e, v, opts); };
	newMapEncoder = function(t) {
		var {_1, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, me, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$3 = t.Key(); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = _r$3.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_1 = _r$4;
			/* */ if ((_1 === (24)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 4; continue; }
			_r$5 = t.Key(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.Implements(textMarshalerType); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (!_r$6) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ((_1 === (24)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 4:
				$s = 6; continue;
			/* } else if (!_r$6) { */ case 5:
				$s = -1; return unsupportedTypeEncoder;
			/* } */ case 6:
		case 1:
		_r$7 = t.Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = typeEncoder(_r$7); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		me = new mapEncoder.ptr(_r$8);
		$s = -1; return $methodVal($clone(me, mapEncoder), "encode");
		/* */ } return; } var $f = {$blk: newMapEncoder, $c: true, $r, _1, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, me, t, $s};return $f;
	};
	encodeByteSlice = function(e, v, param) {
		var {_r$10, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dst$1, e, enc, encodedLen, param, s, v, $s, $r, $c} = $restore(this, {e, v, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(v, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return;
		/* } */ case 2:
		_r$4 = $clone(v, reflect.Value).Bytes(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		s = _r$4;
		_r$5 = e.Buffer.WriteByte(34); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		encodedLen = base64.StdEncoding.EncodedLen(s.$length);
		/* */ if (encodedLen <= 64) { $s = 6; continue; }
		/* */ if (encodedLen <= 1024) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (encodedLen <= 64) { */ case 6:
			dst = $subslice(new sliceType$2(e.scratch), 0, encodedLen);
			base64.StdEncoding.Encode(dst, s);
			_r$6 = e.Buffer.Write(dst); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = 9; continue;
		/* } else if (encodedLen <= 1024) { */ case 7:
			dst$1 = $makeSlice(sliceType$2, encodedLen);
			base64.StdEncoding.Encode(dst$1, s);
			_r$7 = e.Buffer.Write(dst$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = 9; continue;
		/* } else { */ case 8:
			enc = base64.NewEncoder(base64.StdEncoding, e);
			_r$8 = enc.Write(s); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			_r$9 = enc.Close(); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
		/* } */ case 9:
		_r$10 = e.Buffer.WriteByte(34); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$10;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: encodeByteSlice, $c: true, $r, _r$10, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dst$1, e, enc, encodedLen, param, s, v, $s};return $f;
	};
	sliceEncoder.ptr.prototype.encode = function(e, v, opts) {
		var {_arg, _arg$1, _entry, _key, _r$3, _r$4, _tuple, e, ok, opts, ptr, se, v, $s, $deferred, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		se = this;
		/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(v, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = 4; case 4: return;
		/* } */ case 2:
		e.ptrLevel = e.ptrLevel + (1) >>> 0;
		/* */ if (e.ptrLevel > 1000) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (e.ptrLevel > 1000) { */ case 5:
			ptr = new structType$1.ptr($clone(v, reflect.Value).Pointer(), $clone(v, reflect.Value).Len());
			_tuple = (_entry = e.ptrSeen[$emptyInterface.keyFor(new ptr.constructor.elem(ptr))], _entry !== undefined ? [_entry.v, true] : [new structType.ptr(), false]);
			ok = _tuple[1];
			/* */ if (ok) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (ok) { */ case 7:
				_r$4 = fmt.Sprintf("encountered a cycle via %s", new sliceType([$clone(v, reflect.Value).Type()])); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$r = e.error(new UnsupportedValueError.ptr($clone(v, reflect.Value), _r$4)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
			_key = new ptr.constructor.elem(ptr); (e.ptrSeen || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: new structType.ptr() };
			$deferred.push([function(_arg, _arg$1) { delete _arg[$emptyInterface.keyFor(_arg$1)]; }, [e.ptrSeen, new ptr.constructor.elem(ptr)]]);
		/* } */ case 6:
		$r = se.arrayEnc(e, $clone(v, reflect.Value), $clone(opts, encOpts)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.ptrLevel = e.ptrLevel - (1) >>> 0;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: sliceEncoder.ptr.prototype.encode, $c: true, $r, _arg, _arg$1, _entry, _key, _r$3, _r$4, _tuple, e, ok, opts, ptr, se, v, $s, $deferred};return $f; } }
	};
	sliceEncoder.prototype.encode = function(e, v, opts) { return this.$val.encode(e, v, opts); };
	newSliceEncoder = function(t) {
		var {_r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, enc, p, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = t.Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = _r$3.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4 === 8) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$4 === 8) { */ case 1:
			_r$5 = t.Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = reflect.PointerTo(_r$5); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			p = _r$6;
			_r$7 = p.Implements(marshalerType); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			if (!(!_r$7)) { _v = false; $s = 9; continue s; }
			_r$8 = p.Implements(textMarshalerType); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_v = !_r$8; case 9:
			/* */ if (_v) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_v) { */ case 7:
				$s = -1; return encodeByteSlice;
			/* } */ case 8:
		/* } */ case 2:
		_r$9 = newArrayEncoder(t); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		enc = new sliceEncoder.ptr(_r$9);
		$s = -1; return $methodVal($clone(enc, sliceEncoder), "encode");
		/* */ } return; } var $f = {$blk: newSliceEncoder, $c: true, $r, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, enc, p, t, $s};return $f;
	};
	arrayEncoder.ptr.prototype.encode = function(e, v, opts) {
		var {_arg, _arg$1, _arg$2, _r$3, _r$4, _r$5, _r$6, ae, e, i, n, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ae = this;
		_r$3 = e.Buffer.WriteByte(91); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		n = $clone(v, reflect.Value).Len();
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 3; continue; }
			/* */ if (i > 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (i > 0) { */ case 4:
				_r$4 = e.Buffer.WriteByte(44); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
			/* } */ case 5:
			_arg = e;
			_r$5 = $clone(v, reflect.Value).Index(i); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg$1 = $clone(_r$5, reflect.Value);
			_arg$2 = $clone(opts, encOpts);
			$r = ae.elemEnc(_arg, _arg$1, _arg$2); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		_r$6 = e.Buffer.WriteByte(93); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: arrayEncoder.ptr.prototype.encode, $c: true, $r, _arg, _arg$1, _arg$2, _r$3, _r$4, _r$5, _r$6, ae, e, i, n, opts, v, $s};return $f;
	};
	arrayEncoder.prototype.encode = function(e, v, opts) { return this.$val.encode(e, v, opts); };
	newArrayEncoder = function(t) {
		var {_r$3, _r$4, enc, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = t.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = typeEncoder(_r$3); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		enc = new arrayEncoder.ptr(_r$4);
		$s = -1; return $methodVal($clone(enc, arrayEncoder), "encode");
		/* */ } return; } var $f = {$blk: newArrayEncoder, $c: true, $r, _r$3, _r$4, enc, t, $s};return $f;
	};
	ptrEncoder.ptr.prototype.encode = function(e, v, opts) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _key, _r$3, _r$4, _r$5, _r$6, _tuple, e, ok, opts, pe, ptr, v, $s, $deferred, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pe = this;
		/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(v, reflect.Value).IsNil()) { */ case 1:
			_r$3 = e.Buffer.WriteString("null"); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = 4; case 4: return;
		/* } */ case 2:
		e.ptrLevel = e.ptrLevel + (1) >>> 0;
		/* */ if (e.ptrLevel > 1000) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (e.ptrLevel > 1000) { */ case 5:
			_r$4 = $clone(v, reflect.Value).Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			ptr = _r$4;
			_tuple = (_entry = e.ptrSeen[$emptyInterface.keyFor(ptr)], _entry !== undefined ? [_entry.v, true] : [new structType.ptr(), false]);
			ok = _tuple[1];
			/* */ if (ok) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (ok) { */ case 8:
				_r$5 = fmt.Sprintf("encountered a cycle via %s", new sliceType([$clone(v, reflect.Value).Type()])); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$r = e.error(new UnsupportedValueError.ptr($clone(v, reflect.Value), _r$5)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 9:
			_key = ptr; (e.ptrSeen || $throwRuntimeError("assignment to entry in nil map"))[$emptyInterface.keyFor(_key)] = { k: _key, v: new structType.ptr() };
			$deferred.push([function(_arg, _arg$1) { delete _arg[$emptyInterface.keyFor(_arg$1)]; }, [e.ptrSeen, ptr]]);
		/* } */ case 6:
		_arg$2 = e;
		_r$6 = $clone(v, reflect.Value).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$3 = $clone(_r$6, reflect.Value);
		_arg$4 = $clone(opts, encOpts);
		$r = pe.elemEnc(_arg$2, _arg$3, _arg$4); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		e.ptrLevel = e.ptrLevel - (1) >>> 0;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: ptrEncoder.ptr.prototype.encode, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _key, _r$3, _r$4, _r$5, _r$6, _tuple, e, ok, opts, pe, ptr, v, $s, $deferred};return $f; } }
	};
	ptrEncoder.prototype.encode = function(e, v, opts) { return this.$val.encode(e, v, opts); };
	newPtrEncoder = function(t) {
		var {_r$3, _r$4, enc, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$3 = t.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = typeEncoder(_r$3); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		enc = new ptrEncoder.ptr(_r$4);
		$s = -1; return $methodVal($clone(enc, ptrEncoder), "encode");
		/* */ } return; } var $f = {$blk: newPtrEncoder, $c: true, $r, _r$3, _r$4, enc, t, $s};return $f;
	};
	condAddrEncoder.ptr.prototype.encode = function(e, v, opts) {
		var {ce, e, opts, v, $s, $r, $c} = $restore(this, {e, v, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ce = this;
		/* */ if ($clone(v, reflect.Value).CanAddr()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(v, reflect.Value).CanAddr()) { */ case 1:
			$r = ce.canAddrEnc(e, $clone(v, reflect.Value), $clone(opts, encOpts)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			$r = ce.elseEnc(e, $clone(v, reflect.Value), $clone(opts, encOpts)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: condAddrEncoder.ptr.prototype.encode, $c: true, $r, ce, e, opts, v, $s};return $f;
	};
	condAddrEncoder.prototype.encode = function(e, v, opts) { return this.$val.encode(e, v, opts); };
	newCondAddrEncoder = function(canAddrEnc, elseEnc) {
		var canAddrEnc, elseEnc, enc;
		enc = new condAddrEncoder.ptr(canAddrEnc, elseEnc);
		return $methodVal($clone(enc, condAddrEncoder), "encode");
	};
	isValidTag = function(s) {
		var _i, _ref, _rune, c, s;
		if (s === "") {
			return false;
		}
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			c = _rune[0];
			if (strings.ContainsRune("!#$%&()*+-./:;<=>?@[]^_{|}~ ", c)) {
			} else if (!unicode.IsLetter(c) && !unicode.IsDigit(c)) {
				return false;
			}
			_i += _rune[1];
		}
		return true;
	};
	typeByIndex = function(t, index) {
		var {_i, _r$3, _r$4, _r$5, _ref, i, index, t, $s, $r, $c} = $restore(this, {t, index});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = index;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$3 = t.Kind(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3 === 22) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r$3 === 22) { */ case 3:
				_r$4 = t.Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				t = _r$4;
			/* } */ case 4:
			_r$5 = t.Field(i); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			t = _r$5.Type;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return t;
		/* */ } return; } var $f = {$blk: typeByIndex, $c: true, $r, _i, _r$3, _r$4, _r$5, _ref, i, index, t, $s};return $f;
	};
	reflectWithString.ptr.prototype.resolve = function() {
		var {_1, _r$3, _r$4, _r$5, _tuple, _tuple$1, buf, err, ok, tm, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		/* */ if ($clone(w.k, reflect.Value).Kind() === 24) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(w.k, reflect.Value).Kind() === 24) { */ case 1:
			_r$3 = $clone(w.k, reflect.Value).String(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			w.ks = _r$3;
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		_r$4 = $clone(w.k, reflect.Value).Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$4, encoding.TextMarshaler, true);
		tm = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (ok) { */ case 5:
			if (($clone(w.k, reflect.Value).Kind() === 22) && $clone(w.k, reflect.Value).IsNil()) {
				$s = -1; return $ifaceNil;
			}
			_r$5 = tm.MarshalText(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$1 = _r$5;
			buf = _tuple$1[0];
			err = _tuple$1[1];
			w.ks = ($bytesToString(buf));
			$s = -1; return err;
		/* } */ case 6:
		_1 = $clone(w.k, reflect.Value).Kind();
		if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) {
			w.ks = strconv.FormatInt($clone(w.k, reflect.Value).Int(), 10);
			$s = -1; return $ifaceNil;
		} else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) {
			w.ks = strconv.FormatUint($clone(w.k, reflect.Value).Uint(), 10);
			$s = -1; return $ifaceNil;
		}
		$panic(new $String("unexpected map key type"));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: reflectWithString.ptr.prototype.resolve, $c: true, $r, _1, _r$3, _r$4, _r$5, _tuple, _tuple$1, buf, err, ok, tm, w, $s};return $f;
	};
	reflectWithString.prototype.resolve = function() { return this.$val.resolve(); };
	encodeState.ptr.prototype.string = function(s, escapeHTML) {
		var {_1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, c, e, escapeHTML, i, s, size, start, $s, $r, $c} = $restore(this, {s, escapeHTML});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$3 = e.Buffer.WriteByte(34); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		start = 0;
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < s.length)) { break; } */ if(!(i < s.length)) { $s = 3; continue; }
			b = s.charCodeAt(i);
			/* */ if (b < 128) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (b < 128) { */ case 4:
				if (((b < 0 || b >= htmlSafeSet.length) ? ($throwRuntimeError("index out of range"), undefined) : htmlSafeSet[b]) || (!escapeHTML && ((b < 0 || b >= safeSet.length) ? ($throwRuntimeError("index out of range"), undefined) : safeSet[b]))) {
					i = i + (1) >> 0;
					/* continue; */ $s = 2; continue;
				}
				/* */ if (start < i) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (start < i) { */ case 6:
					_r$4 = e.Buffer.WriteString($substring(s, start, i)); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$4;
				/* } */ case 7:
				_r$5 = e.Buffer.WriteByte(92); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
					_1 = b;
					/* */ if ((_1 === (92)) || (_1 === (34))) { $s = 11; continue; }
					/* */ if (_1 === (10)) { $s = 12; continue; }
					/* */ if (_1 === (13)) { $s = 13; continue; }
					/* */ if (_1 === (9)) { $s = 14; continue; }
					/* */ $s = 15; continue;
					/* if ((_1 === (92)) || (_1 === (34))) { */ case 11:
						_r$6 = e.Buffer.WriteByte(b); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						_r$6;
						$s = 16; continue;
					/* } else if (_1 === (10)) { */ case 12:
						_r$7 = e.Buffer.WriteByte(110); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
						_r$7;
						$s = 16; continue;
					/* } else if (_1 === (13)) { */ case 13:
						_r$8 = e.Buffer.WriteByte(114); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
						_r$8;
						$s = 16; continue;
					/* } else if (_1 === (9)) { */ case 14:
						_r$9 = e.Buffer.WriteByte(116); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						_r$9;
						$s = 16; continue;
					/* } else { */ case 15:
						_r$10 = e.Buffer.WriteString("u00"); /* */ $s = 21; case 21: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						_r$10;
						_r$11 = e.Buffer.WriteByte(hex.charCodeAt((b >>> 4 << 24 >>> 24))); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						_r$11;
						_r$12 = e.Buffer.WriteByte(hex.charCodeAt(((b & 15) >>> 0))); /* */ $s = 23; case 23: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						_r$12;
					/* } */ case 16:
				case 10:
				i = i + (1) >> 0;
				start = i;
				/* continue; */ $s = 2; continue;
			/* } */ case 5:
			_tuple = utf8.DecodeRuneInString($substring(s, i));
			c = _tuple[0];
			size = _tuple[1];
			/* */ if ((c === 65533) && (size === 1)) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if ((c === 65533) && (size === 1)) { */ case 24:
				/* */ if (start < i) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (start < i) { */ case 26:
					_r$13 = e.Buffer.WriteString($substring(s, start, i)); /* */ $s = 28; case 28: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_r$13;
				/* } */ case 27:
				_r$14 = e.Buffer.WriteString("\\ufffd"); /* */ $s = 29; case 29: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
				i = i + (size) >> 0;
				start = i;
				/* continue; */ $s = 2; continue;
			/* } */ case 25:
			/* */ if ((c === 8232) || (c === 8233)) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if ((c === 8232) || (c === 8233)) { */ case 30:
				/* */ if (start < i) { $s = 32; continue; }
				/* */ $s = 33; continue;
				/* if (start < i) { */ case 32:
					_r$15 = e.Buffer.WriteString($substring(s, start, i)); /* */ $s = 34; case 34: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_r$15;
				/* } */ case 33:
				_r$16 = e.Buffer.WriteString("\\u202"); /* */ $s = 35; case 35: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$16;
				_r$17 = e.Buffer.WriteByte(hex.charCodeAt((c & 15))); /* */ $s = 36; case 36: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$17;
				i = i + (size) >> 0;
				start = i;
				/* continue; */ $s = 2; continue;
			/* } */ case 31:
			i = i + (size) >> 0;
		$s = 2; continue;
		case 3:
		/* */ if (start < s.length) { $s = 37; continue; }
		/* */ $s = 38; continue;
		/* if (start < s.length) { */ case 37:
			_r$18 = e.Buffer.WriteString($substring(s, start)); /* */ $s = 39; case 39: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$18;
		/* } */ case 38:
		_r$19 = e.Buffer.WriteByte(34); /* */ $s = 40; case 40: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_r$19;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: encodeState.ptr.prototype.string, $c: true, $r, _1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, c, e, escapeHTML, i, s, size, start, $s};return $f;
	};
	encodeState.prototype.string = function(s, escapeHTML) { return this.$val.string(s, escapeHTML); };
	encodeState.ptr.prototype.stringBytes = function(s, escapeHTML) {
		var {_1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, c, e, escapeHTML, i, s, size, start, $s, $r, $c} = $restore(this, {s, escapeHTML});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$3 = e.Buffer.WriteByte(34); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		start = 0;
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < s.$length)) { break; } */ if(!(i < s.$length)) { $s = 3; continue; }
			b = ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]);
			/* */ if (b < 128) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (b < 128) { */ case 4:
				if (((b < 0 || b >= htmlSafeSet.length) ? ($throwRuntimeError("index out of range"), undefined) : htmlSafeSet[b]) || (!escapeHTML && ((b < 0 || b >= safeSet.length) ? ($throwRuntimeError("index out of range"), undefined) : safeSet[b]))) {
					i = i + (1) >> 0;
					/* continue; */ $s = 2; continue;
				}
				/* */ if (start < i) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (start < i) { */ case 6:
					_r$4 = e.Buffer.Write($subslice(s, start, i)); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$4;
				/* } */ case 7:
				_r$5 = e.Buffer.WriteByte(92); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
					_1 = b;
					/* */ if ((_1 === (92)) || (_1 === (34))) { $s = 11; continue; }
					/* */ if (_1 === (10)) { $s = 12; continue; }
					/* */ if (_1 === (13)) { $s = 13; continue; }
					/* */ if (_1 === (9)) { $s = 14; continue; }
					/* */ $s = 15; continue;
					/* if ((_1 === (92)) || (_1 === (34))) { */ case 11:
						_r$6 = e.Buffer.WriteByte(b); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						_r$6;
						$s = 16; continue;
					/* } else if (_1 === (10)) { */ case 12:
						_r$7 = e.Buffer.WriteByte(110); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
						_r$7;
						$s = 16; continue;
					/* } else if (_1 === (13)) { */ case 13:
						_r$8 = e.Buffer.WriteByte(114); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
						_r$8;
						$s = 16; continue;
					/* } else if (_1 === (9)) { */ case 14:
						_r$9 = e.Buffer.WriteByte(116); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						_r$9;
						$s = 16; continue;
					/* } else { */ case 15:
						_r$10 = e.Buffer.WriteString("u00"); /* */ $s = 21; case 21: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						_r$10;
						_r$11 = e.Buffer.WriteByte(hex.charCodeAt((b >>> 4 << 24 >>> 24))); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						_r$11;
						_r$12 = e.Buffer.WriteByte(hex.charCodeAt(((b & 15) >>> 0))); /* */ $s = 23; case 23: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						_r$12;
					/* } */ case 16:
				case 10:
				i = i + (1) >> 0;
				start = i;
				/* continue; */ $s = 2; continue;
			/* } */ case 5:
			_tuple = utf8.DecodeRune($subslice(s, i));
			c = _tuple[0];
			size = _tuple[1];
			/* */ if ((c === 65533) && (size === 1)) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if ((c === 65533) && (size === 1)) { */ case 24:
				/* */ if (start < i) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (start < i) { */ case 26:
					_r$13 = e.Buffer.Write($subslice(s, start, i)); /* */ $s = 28; case 28: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_r$13;
				/* } */ case 27:
				_r$14 = e.Buffer.WriteString("\\ufffd"); /* */ $s = 29; case 29: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
				i = i + (size) >> 0;
				start = i;
				/* continue; */ $s = 2; continue;
			/* } */ case 25:
			/* */ if ((c === 8232) || (c === 8233)) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if ((c === 8232) || (c === 8233)) { */ case 30:
				/* */ if (start < i) { $s = 32; continue; }
				/* */ $s = 33; continue;
				/* if (start < i) { */ case 32:
					_r$15 = e.Buffer.Write($subslice(s, start, i)); /* */ $s = 34; case 34: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_r$15;
				/* } */ case 33:
				_r$16 = e.Buffer.WriteString("\\u202"); /* */ $s = 35; case 35: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$16;
				_r$17 = e.Buffer.WriteByte(hex.charCodeAt((c & 15))); /* */ $s = 36; case 36: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$17;
				i = i + (size) >> 0;
				start = i;
				/* continue; */ $s = 2; continue;
			/* } */ case 31:
			i = i + (size) >> 0;
		$s = 2; continue;
		case 3:
		/* */ if (start < s.$length) { $s = 37; continue; }
		/* */ $s = 38; continue;
		/* if (start < s.$length) { */ case 37:
			_r$18 = e.Buffer.Write($subslice(s, start)); /* */ $s = 39; case 39: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$18;
		/* } */ case 38:
		_r$19 = e.Buffer.WriteByte(34); /* */ $s = 40; case 40: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_r$19;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: encodeState.ptr.prototype.stringBytes, $c: true, $r, _1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, c, e, escapeHTML, i, s, size, start, $s};return $f;
	};
	encodeState.prototype.stringBytes = function(s, escapeHTML) { return this.$val.stringBytes(s, escapeHTML); };
	byIndex.prototype.Len = function() {
		var x;
		x = this;
		return x.$length;
	};
	$ptrType(byIndex).prototype.Len = function() { return this.$get().Len(); };
	byIndex.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, i, j, x;
		x = this;
		_tmp = $clone(((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]), field);
		_tmp$1 = $clone(((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]), field);
		field.copy(((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]), _tmp);
		field.copy(((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]), _tmp$1);
	};
	$ptrType(byIndex).prototype.Swap = function(i, j) { return this.$get().Swap(i, j); };
	byIndex.prototype.Less = function(i, j) {
		var _i, _ref, i, j, k, x, x$1, x$2, xik;
		x = this;
		_ref = ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]).index;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			k = _i;
			xik = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (k >= ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]).index.$length) {
				return false;
			}
			if (!((xik === (x$1 = ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]).index, ((k < 0 || k >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + k]))))) {
				return xik < (x$2 = ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]).index, ((k < 0 || k >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + k]));
			}
			_i++;
		}
		return ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]).index.$length < ((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]).index.$length;
	};
	$ptrType(byIndex).prototype.Less = function(i, j) { return this.$get().Less(i, j); };
	typeFields = function(t) {
		var {_1, _entry, _entry$1, _entry$2, _entry$3, _i, _i$1, _i$2, _key, _key$1, _key$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _v, _v$1, _v$2, advance, count, current, dominant, f, f$1, fi, field$1, field$2, fields, fj, ft, i, i$1, i$2, i$3, index, name, name$1, nameEscBuf, nameIndex, next, nextCount, ok, opts, out, quoted, sf, t, t$1, tag, tagged, visited, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fields = [fields];
		nameEscBuf = [nameEscBuf];
		current = new sliceType$3([]);
		next = new sliceType$3([new field.ptr("", sliceType$2.nil, $throwNilPointerError, "", "", false, sliceType$1.nil, t, false, false, $throwNilPointerError)]);
		_tmp = false;
		_tmp$1 = false;
		count = _tmp;
		nextCount = _tmp$1;
		visited = $makeMap(reflect.Type.keyFor, []);
		fields[0] = sliceType$3.nil;
		nameEscBuf[0] = new bytes.Buffer.ptr(sliceType$2.nil, 0, 0);
		/* while (true) { */ case 1:
			/* if (!(next.$length > 0)) { break; } */ if(!(next.$length > 0)) { $s = 2; continue; }
			_tmp$2 = next;
			_tmp$3 = $subslice(current, 0, 0);
			current = _tmp$2;
			next = _tmp$3;
			_tmp$4 = nextCount;
			_tmp$5 = $makeMap(reflect.Type.keyFor, []);
			count = _tmp$4;
			nextCount = _tmp$5;
			_ref = current;
			_i = 0;
			/* while (true) { */ case 3:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
				f = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), field);
				if ((_entry = visited[reflect.Type.keyFor(f.typ)], _entry !== undefined ? _entry.v : false)) {
					_i++;
					/* continue; */ $s = 3; continue;
				}
				_key = f.typ; (visited || $throwRuntimeError("assignment to entry in nil map"))[reflect.Type.keyFor(_key)] = { k: _key, v: true };
				i = 0;
				/* while (true) { */ case 5:
					_r$3 = f.typ.NumField(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					/* if (!(i < _r$3)) { break; } */ if(!(i < _r$3)) { $s = 6; continue; }
					_r$4 = f.typ.Field(i); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					sf = $clone(_r$4, reflect.StructField);
					/* */ if (sf.Anonymous) { $s = 9; continue; }
					/* */ if (!$clone(sf, reflect.StructField).IsExported()) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (sf.Anonymous) { */ case 9:
						t$1 = sf.Type;
						_r$5 = t$1.Kind(); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
						/* */ if (_r$5 === 22) { $s = 12; continue; }
						/* */ $s = 13; continue;
						/* if (_r$5 === 22) { */ case 12:
							_r$6 = t$1.Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
							t$1 = _r$6;
						/* } */ case 13:
						if (!(!$clone(sf, reflect.StructField).IsExported())) { _v = false; $s = 18; continue s; }
						_r$7 = t$1.Kind(); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
						_v = !((_r$7 === 25)); case 18:
						/* */ if (_v) { $s = 16; continue; }
						/* */ $s = 17; continue;
						/* if (_v) { */ case 16:
							i = i + (1) >> 0;
							/* continue; */ $s = 5; continue;
						/* } */ case 17:
						$s = 11; continue;
					/* } else if (!$clone(sf, reflect.StructField).IsExported()) { */ case 10:
						i = i + (1) >> 0;
						/* continue; */ $s = 5; continue;
					/* } */ case 11:
					tag = new reflect.StructTag(sf.Tag).Get("json");
					if (tag === "-") {
						i = i + (1) >> 0;
						/* continue; */ $s = 5; continue;
					}
					_tuple = parseTag(tag);
					name = _tuple[0];
					opts = _tuple[1];
					if (!isValidTag(name)) {
						name = "";
					}
					index = $makeSlice(sliceType$1, (f.index.$length + 1 >> 0));
					$copySlice(index, f.index);
					(x = f.index.$length, ((x < 0 || x >= index.$length) ? ($throwRuntimeError("index out of range"), undefined) : index.$array[index.$offset + x] = i));
					ft = sf.Type;
					_r$8 = ft.Name(); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					if (!(_r$8 === "")) { _v$1 = false; $s = 22; continue s; }
					_r$9 = ft.Kind(); /* */ $s = 24; case 24: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_v$1 = _r$9 === 22; case 22:
					/* */ if (_v$1) { $s = 20; continue; }
					/* */ $s = 21; continue;
					/* if (_v$1) { */ case 20:
						_r$10 = ft.Elem(); /* */ $s = 25; case 25: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						ft = _r$10;
					/* } */ case 21:
					quoted = false;
					/* */ if (new tagOptions(opts).Contains("string")) { $s = 26; continue; }
					/* */ $s = 27; continue;
					/* if (new tagOptions(opts).Contains("string")) { */ case 26:
							_r$11 = ft.Kind(); /* */ $s = 29; case 29: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
							_1 = _r$11;
							if ((_1 === (1)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12)) || (_1 === (13)) || (_1 === (14)) || (_1 === (24))) {
								quoted = true;
							}
						case 28:
					/* } */ case 27:
					if (!(name === "") || !sf.Anonymous) { _v$2 = true; $s = 32; continue s; }
					_r$12 = ft.Kind(); /* */ $s = 33; case 33: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					_v$2 = !((_r$12 === 25)); case 32:
					/* */ if (_v$2) { $s = 30; continue; }
					/* */ $s = 31; continue;
					/* if (_v$2) { */ case 30:
						tagged = !(name === "");
						if (name === "") {
							name = sf.Name;
						}
						field$1 = new field.ptr(name, sliceType$2.nil, $throwNilPointerError, "", "", tagged, index, ft, new tagOptions(opts).Contains("omitempty"), quoted, $throwNilPointerError);
						field$1.nameBytes = (new sliceType$2($stringToBytes(field$1.name)));
						field$1.equalFold = foldFunc(field$1.nameBytes);
						nameEscBuf[0].Reset();
						_r$13 = nameEscBuf[0].WriteString("\""); /* */ $s = 34; case 34: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
						_r$13;
						$r = HTMLEscape(nameEscBuf[0], field$1.nameBytes); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						_r$14 = nameEscBuf[0].WriteString("\":"); /* */ $s = 36; case 36: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
						_r$14;
						field$1.nameEscHTML = nameEscBuf[0].String();
						field$1.nameNonEsc = "\"" + field$1.name + "\":";
						fields[0] = $append(fields[0], field$1);
						if ((_entry$1 = count[reflect.Type.keyFor(f.typ)], _entry$1 !== undefined ? _entry$1.v : 0) > 1) {
							fields[0] = $append(fields[0], (x$1 = fields[0].$length - 1 >> 0, ((x$1 < 0 || x$1 >= fields[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : fields[0].$array[fields[0].$offset + x$1])));
						}
						i = i + (1) >> 0;
						/* continue; */ $s = 5; continue;
					/* } */ case 31:
					_key$1 = ft; (nextCount || $throwRuntimeError("assignment to entry in nil map"))[reflect.Type.keyFor(_key$1)] = { k: _key$1, v: (_entry$2 = nextCount[reflect.Type.keyFor(ft)], _entry$2 !== undefined ? _entry$2.v : 0) + (1) >> 0 };
					/* */ if ((_entry$3 = nextCount[reflect.Type.keyFor(ft)], _entry$3 !== undefined ? _entry$3.v : 0) === 1) { $s = 37; continue; }
					/* */ $s = 38; continue;
					/* if ((_entry$3 = nextCount[reflect.Type.keyFor(ft)], _entry$3 !== undefined ? _entry$3.v : 0) === 1) { */ case 37:
						_r$15 = ft.Name(); /* */ $s = 39; case 39: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
						next = $append(next, new field.ptr(_r$15, sliceType$2.nil, $throwNilPointerError, "", "", false, index, ft, false, false, $throwNilPointerError));
					/* } */ case 38:
					i = i + (1) >> 0;
				$s = 5; continue;
				case 6:
				_i++;
			$s = 3; continue;
			case 4:
		$s = 1; continue;
		case 2:
		$r = sort.Slice(fields[0], (function(fields, nameEscBuf) { return function(i$1, j) {
			var i$1, j, x$2;
			x$2 = fields[0];
			if (!(((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]).name === ((j < 0 || j >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + j]).name)) {
				return ((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]).name < ((j < 0 || j >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + j]).name;
			}
			if (!((((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]).index.$length === ((j < 0 || j >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + j]).index.$length))) {
				return ((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]).index.$length < ((j < 0 || j >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + j]).index.$length;
			}
			if (!(((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]).tag === ((j < 0 || j >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + j]).tag)) {
				return ((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1]).tag;
			}
			return ($convertSliceType(x$2, byIndex)).Less(i$1, j);
		}; })(fields, nameEscBuf)); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out = $subslice(fields[0], 0, 0);
		_tmp$6 = 0;
		_tmp$7 = 0;
		advance = _tmp$6;
		i$1 = _tmp$7;
		while (true) {
			if (!(i$1 < fields[0].$length)) { break; }
			fi = $clone(((i$1 < 0 || i$1 >= fields[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : fields[0].$array[fields[0].$offset + i$1]), field);
			name$1 = fi.name;
			advance = 1;
			while (true) {
				if (!((i$1 + advance >> 0) < fields[0].$length)) { break; }
				fj = $clone((x$2 = i$1 + advance >> 0, ((x$2 < 0 || x$2 >= fields[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : fields[0].$array[fields[0].$offset + x$2])), field);
				if (!(fj.name === name$1)) {
					break;
				}
				advance = advance + (1) >> 0;
			}
			if (advance === 1) {
				out = $append(out, fi);
				i$1 = i$1 + (advance) >> 0;
				continue;
			}
			_tuple$1 = dominantField($subslice(fields[0], i$1, (i$1 + advance >> 0)));
			dominant = $clone(_tuple$1[0], field);
			ok = _tuple$1[1];
			if (ok) {
				out = $append(out, dominant);
			}
			i$1 = i$1 + (advance) >> 0;
		}
		fields[0] = out;
		$r = sort.Sort(($convertSliceType(fields[0], byIndex))); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref$1 = fields[0];
		_i$1 = 0;
		/* while (true) { */ case 42:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 43; continue; }
			i$2 = _i$1;
			f$1 = ((i$2 < 0 || i$2 >= fields[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : fields[0].$array[fields[0].$offset + i$2]);
			_r$16 = typeByIndex(t, f$1.index); /* */ $s = 44; case 44: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = typeEncoder(_r$16); /* */ $s = 45; case 45: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			f$1.encoder = _r$17;
			_i$1++;
		$s = 42; continue;
		case 43:
		nameIndex = (x$3 = fields[0].$length, ((x$3 < 0 || x$3 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_ref$2 = fields[0];
		_i$2 = 0;
		while (true) {
			if (!(_i$2 < _ref$2.$length)) { break; }
			i$3 = _i$2;
			field$2 = $clone(((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]), field);
			_key$2 = field$2.name; (nameIndex || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$2)] = { k: _key$2, v: i$3 };
			_i$2++;
		}
		$s = -1; return new structFields.ptr(fields[0], nameIndex);
		/* */ } return; } var $f = {$blk: typeFields, $c: true, $r, _1, _entry, _entry$1, _entry$2, _entry$3, _i, _i$1, _i$2, _key, _key$1, _key$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _v, _v$1, _v$2, advance, count, current, dominant, f, f$1, fi, field$1, field$2, fields, fj, ft, i, i$1, i$2, i$3, index, name, name$1, nameEscBuf, nameIndex, next, nextCount, ok, opts, out, quoted, sf, t, t$1, tag, tagged, visited, x, x$1, x$2, x$3, $s};return $f;
	};
	dominantField = function(fields) {
		var fields;
		if (fields.$length > 1 && ((0 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 0]).index.$length === (1 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 1]).index.$length) && (0 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 0]).tag === (1 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 1]).tag) {
			return [new field.ptr("", sliceType$2.nil, $throwNilPointerError, "", "", false, sliceType$1.nil, $ifaceNil, false, false, $throwNilPointerError), false];
		}
		return [(0 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 0]), true];
	};
	cachedTypeFields = function(t) {
		var {_arg, _arg$1, _r$3, _r$4, _tuple, _tuple$1, f, f$1, ok, t, x, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = fieldCache.Load(t);
		f = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(f, structFields);
		}
		_arg = t;
		_r$3 = typeFields(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_arg$1 = (x = _r$3, new x.constructor.elem(x));
		_r$4 = fieldCache.LoadOrStore(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$1 = _r$4;
		f$1 = _tuple$1[0];
		$s = -1; return $assertType(f$1, structFields);
		/* */ } return; } var $f = {$blk: cachedTypeFields, $c: true, $r, _arg, _arg$1, _r$3, _r$4, _tuple, _tuple$1, f, f$1, ok, t, x, $s};return $f;
	};
	Unmarshal = function(data, v) {
		var {$24r, _r$3, _r$4, d, data, err, v, $s, $r, $c} = $restore(this, {data, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = new decodeState.ptr(sliceType$2.nil, 0, 0, new scanner.ptr($throwNilPointerError, false, sliceType$1.nil, $ifaceNil, new $Int64(0, 0)), ptrType$4.nil, $ifaceNil, false, false);
		_r$3 = checkValid(data, d.scan); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		d.init(data);
		_r$4 = d.unmarshal(v); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Unmarshal, $c: true, $r, $24r, _r$3, _r$4, d, data, err, v, $s};return $f;
	};
	$pkg.Unmarshal = Unmarshal;
	UnmarshalTypeError.ptr.prototype.Error = function() {
		var {$24r, $24r$1, _r$3, _r$4, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		/* */ if (!(e.Struct === "") || !(e.Field === "")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(e.Struct === "") || !(e.Field === "")) { */ case 1:
			_r$3 = e.Type.String(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = "json: cannot unmarshal " + e.Value + " into Go struct field " + e.Struct + "." + e.Field + " of type " + _r$3;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$4 = e.Type.String(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$1 = "json: cannot unmarshal " + e.Value + " into Go value of type " + _r$4;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: UnmarshalTypeError.ptr.prototype.Error, $c: true, $r, $24r, $24r$1, _r$3, _r$4, e, $s};return $f;
	};
	UnmarshalTypeError.prototype.Error = function() { return this.$val.Error(); };
	InvalidUnmarshalError.ptr.prototype.Error = function() {
		var {$24r, $24r$1, _r$3, _r$4, _r$5, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		if ($interfaceIsEqual(e.Type, $ifaceNil)) {
			$s = -1; return "json: Unmarshal(nil)";
		}
		_r$3 = e.Type.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (!((_r$3 === 22))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r$3 === 22))) { */ case 1:
			_r$4 = e.Type.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = "json: Unmarshal(non-pointer " + _r$4 + ")";
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_r$5 = e.Type.String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r$1 = "json: Unmarshal(nil " + _r$5 + ")";
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: InvalidUnmarshalError.ptr.prototype.Error, $c: true, $r, $24r, $24r$1, _r$3, _r$4, _r$5, e, $s};return $f;
	};
	InvalidUnmarshalError.prototype.Error = function() { return this.$val.Error(); };
	decodeState.ptr.prototype.unmarshal = function(v) {
		var {$24r, _r$3, _r$4, _r$5, d, err, rv, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$3 = reflect.ValueOf(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		rv = _r$3;
		if (!(($clone(rv, reflect.Value).Kind() === 22)) || $clone(rv, reflect.Value).IsNil()) {
			$s = -1; return new InvalidUnmarshalError.ptr(reflect.TypeOf(v));
		}
		d.scan.reset();
		$r = d.scanWhile(9); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$4 = d.value($clone(rv, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		err = _r$4;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 4:
			_r$5 = d.addErrorContext(err); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		$s = -1; return d.savedError;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.unmarshal, $c: true, $r, $24r, _r$3, _r$4, _r$5, d, err, rv, v, $s};return $f;
	};
	decodeState.prototype.unmarshal = function(v) { return this.$val.unmarshal(v); };
	Number.prototype.String = function() {
		var n;
		n = this.$val;
		return (n);
	};
	$ptrType(Number).prototype.String = function() { return new Number(this.$get()).String(); };
	Number.prototype.Float64 = function() {
		var n;
		n = this.$val;
		return strconv.ParseFloat((n), 64);
	};
	$ptrType(Number).prototype.Float64 = function() { return new Number(this.$get()).Float64(); };
	Number.prototype.Int64 = function() {
		var n;
		n = this.$val;
		return strconv.ParseInt((n), 10, 64);
	};
	$ptrType(Number).prototype.Int64 = function() { return new Number(this.$get()).Int64(); };
	decodeState.ptr.prototype.readIndex = function() {
		var d;
		d = this;
		return d.off - 1 >> 0;
	};
	decodeState.prototype.readIndex = function() { return this.$val.readIndex(); };
	decodeState.ptr.prototype.init = function(data) {
		var d, data;
		d = this;
		d.data = data;
		d.off = 0;
		d.savedError = $ifaceNil;
		if (!(d.errorContext === ptrType$4.nil)) {
			d.errorContext.Struct = $ifaceNil;
			d.errorContext.FieldStack = $subslice(d.errorContext.FieldStack, 0, 0);
		}
		return d;
	};
	decodeState.prototype.init = function(data) { return this.$val.init(data); };
	decodeState.ptr.prototype.saveError = function(err) {
		var {_r$3, d, err, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* */ if ($interfaceIsEqual(d.savedError, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(d.savedError, $ifaceNil)) { */ case 1:
			_r$3 = d.addErrorContext(err); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			d.savedError = _r$3;
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.saveError, $c: true, $r, _r$3, d, err, $s};return $f;
	};
	decodeState.prototype.saveError = function(err) { return this.$val.saveError(err); };
	decodeState.ptr.prototype.addErrorContext = function(err) {
		var {_r$3, _ref, d, err, err$1, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* */ if (!(d.errorContext === ptrType$4.nil) && (!($interfaceIsEqual(d.errorContext.Struct, $ifaceNil)) || d.errorContext.FieldStack.$length > 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(d.errorContext === ptrType$4.nil) && (!($interfaceIsEqual(d.errorContext.Struct, $ifaceNil)) || d.errorContext.FieldStack.$length > 0)) { */ case 1:
			_ref = err;
			/* */ if ($assertType(_ref, ptrType$10, true)[1]) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ($assertType(_ref, ptrType$10, true)[1]) { */ case 3:
				err$1 = _ref.$val;
				_r$3 = d.errorContext.Struct.Name(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				err$1.Struct = _r$3;
				err$1.Field = strings.Join(d.errorContext.FieldStack, ".");
			/* } */ case 4:
		/* } */ case 2:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.addErrorContext, $c: true, $r, _r$3, _ref, d, err, err$1, $s};return $f;
	};
	decodeState.prototype.addErrorContext = function(err) { return this.$val.addErrorContext(err); };
	decodeState.ptr.prototype.skip = function() {
		var {_r$3, _tmp, _tmp$1, _tmp$2, d, data, depth, i, op, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_tmp = d.scan;
		_tmp$1 = d.data;
		_tmp$2 = d.off;
		s = _tmp;
		data = _tmp$1;
		i = _tmp$2;
		depth = s.parseState.$length;
		/* while (true) { */ case 1:
			_r$3 = s.step(s, ((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			op = _r$3;
			i = i + (1) >> 0;
			if (s.parseState.$length < depth) {
				d.off = i;
				d.opcode = op;
				$s = -1; return;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.skip, $c: true, $r, _r$3, _tmp, _tmp$1, _tmp$2, d, data, depth, i, op, s, $s};return $f;
	};
	decodeState.prototype.skip = function() { return this.$val.skip(); };
	decodeState.ptr.prototype.scanNext = function() {
		var {_r$3, _r$4, d, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* */ if (d.off < d.data.$length) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (d.off < d.data.$length) { */ case 1:
			_r$3 = d.scan.step(d.scan, (x = d.data, x$1 = d.off, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]))); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			d.opcode = _r$3;
			d.off = d.off + (1) >> 0;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$4 = d.scan.eof(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			d.opcode = _r$4;
			d.off = d.data.$length + 1 >> 0;
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.scanNext, $c: true, $r, _r$3, _r$4, d, x, x$1, $s};return $f;
	};
	decodeState.prototype.scanNext = function() { return this.$val.scanNext(); };
	decodeState.ptr.prototype.scanWhile = function(op) {
		var {_r$3, _r$4, _tmp, _tmp$1, _tmp$2, d, data, i, newOp, op, s, $s, $r, $c} = $restore(this, {op});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_tmp = d.scan;
		_tmp$1 = d.data;
		_tmp$2 = d.off;
		s = _tmp;
		data = _tmp$1;
		i = _tmp$2;
		/* while (true) { */ case 1:
			/* if (!(i < data.$length)) { break; } */ if(!(i < data.$length)) { $s = 2; continue; }
			_r$3 = s.step(s, ((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			newOp = _r$3;
			i = i + (1) >> 0;
			if (!((newOp === op))) {
				d.opcode = newOp;
				d.off = i;
				$s = -1; return;
			}
		$s = 1; continue;
		case 2:
		d.off = data.$length + 1 >> 0;
		_r$4 = d.scan.eof(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		d.opcode = _r$4;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.scanWhile, $c: true, $r, _r$3, _r$4, _tmp, _tmp$1, _tmp$2, d, data, i, newOp, op, s, $s};return $f;
	};
	decodeState.prototype.scanWhile = function(op) { return this.$val.scanWhile(op); };
	decodeState.ptr.prototype.rescanLiteral = function() {
		var _1, _2, _3, _tmp, _tmp$1, d, data, i, x;
		d = this;
		_tmp = d.data;
		_tmp$1 = d.off;
		data = _tmp;
		i = _tmp$1;
		Switch:
		switch (0) { default:
			_1 = (x = i - 1 >> 0, ((x < 0 || x >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + x]));
			if (_1 === (34)) {
				while (true) {
					if (!(i < data.$length)) { break; }
					_2 = ((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i]);
					if (_2 === (92)) {
						i = i + (1) >> 0;
					} else if (_2 === (34)) {
						i = i + (1) >> 0;
						break Switch;
					}
					i = i + (1) >> 0;
				}
			} else if ((_1 === (48)) || (_1 === (49)) || (_1 === (50)) || (_1 === (51)) || (_1 === (52)) || (_1 === (53)) || (_1 === (54)) || (_1 === (55)) || (_1 === (56)) || (_1 === (57)) || (_1 === (45))) {
				while (true) {
					if (!(i < data.$length)) { break; }
					_3 = ((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i]);
					if ((_3 === (48)) || (_3 === (49)) || (_3 === (50)) || (_3 === (51)) || (_3 === (52)) || (_3 === (53)) || (_3 === (54)) || (_3 === (55)) || (_3 === (56)) || (_3 === (57)) || (_3 === (46)) || (_3 === (101)) || (_3 === (69)) || (_3 === (43)) || (_3 === (45))) {
					} else {
						break Switch;
					}
					i = i + (1) >> 0;
				}
			} else if (_1 === (116)) {
				i = i + (3) >> 0;
			} else if (_1 === (102)) {
				i = i + (4) >> 0;
			} else if (_1 === (110)) {
				i = i + (3) >> 0;
			}
		}
		if (i < data.$length) {
			d.opcode = stateEndValue(d.scan, ((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i]));
		} else {
			d.opcode = 10;
		}
		d.off = i + 1 >> 0;
	};
	decodeState.prototype.rescanLiteral = function() { return this.$val.rescanLiteral(); };
	decodeState.ptr.prototype.value = function(v) {
		var {_1, _r$3, _r$4, _r$5, d, err, err$1, err$2, start, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
			_1 = d.opcode;
			/* */ if (_1 === (6)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (1)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (6)) { */ case 2:
				/* */ if ($clone(v, reflect.Value).IsValid()) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if ($clone(v, reflect.Value).IsValid()) { */ case 7:
					_r$3 = d.array($clone(v, reflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					err = _r$3;
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return err;
					}
					$s = 9; continue;
				/* } else { */ case 8:
					$r = d.skip(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 9:
				$r = d.scanNext(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 6; continue;
			/* } else if (_1 === (2)) { */ case 3:
				/* */ if ($clone(v, reflect.Value).IsValid()) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if ($clone(v, reflect.Value).IsValid()) { */ case 13:
					_r$4 = d.object($clone(v, reflect.Value)); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					err$1 = _r$4;
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						$s = -1; return err$1;
					}
					$s = 15; continue;
				/* } else { */ case 14:
					$r = d.skip(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 15:
				$r = d.scanNext(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 6; continue;
			/* } else if (_1 === (1)) { */ case 4:
				start = d.readIndex();
				d.rescanLiteral();
				/* */ if ($clone(v, reflect.Value).IsValid()) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if ($clone(v, reflect.Value).IsValid()) { */ case 19:
					_r$5 = d.literalStore($subslice(d.data, start, d.readIndex()), $clone(v, reflect.Value), false); /* */ $s = 21; case 21: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					err$2 = _r$5;
					if (!($interfaceIsEqual(err$2, $ifaceNil))) {
						$s = -1; return err$2;
					}
				/* } */ case 20:
				$s = 6; continue;
			/* } else { */ case 5:
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			/* } */ case 6:
		case 1:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.value, $c: true, $r, _1, _r$3, _r$4, _r$5, d, err, err$1, err$2, start, v, $s};return $f;
	};
	decodeState.prototype.value = function(v) { return this.$val.value(v); };
	decodeState.ptr.prototype.valueQuoted = function() {
		var {_1, _r$3, _ref, d, v, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
			_1 = d.opcode;
			/* */ if ((_1 === (6)) || (_1 === (2))) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ((_1 === (6)) || (_1 === (2))) { */ case 2:
				$r = d.skip(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = d.scanNext(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 5; continue;
			/* } else if (_1 === (1)) { */ case 3:
				_r$3 = d.literalInterface(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				v = _r$3;
				_ref = v;
				if (_ref === $ifaceNil || $assertType(_ref, $String, true)[1]) {
					$s = -1; return v;
				}
				$s = 5; continue;
			/* } else { */ case 4:
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			/* } */ case 5:
		case 1:
		$s = -1; return (x = new unquotedValue.ptr(), new x.constructor.elem(x));
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.valueQuoted, $c: true, $r, _1, _r$3, _ref, d, v, x, $s};return $f;
	};
	decodeState.prototype.valueQuoted = function() { return this.$val.valueQuoted(); };
	indirect = function(v, decodingNull) {
		var {_r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _v, _v$1, _v$2, _v$3, decodingNull, e, haveAddr, ok, ok$1, u, u$1, v, v0, $s, $r, $c} = $restore(this, {v, decodingNull});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v0 = v;
		haveAddr = false;
		if (!(!(($clone(v, reflect.Value).Kind() === 22)))) { _v = false; $s = 3; continue s; }
		_r$3 = $clone(v, reflect.Value).Type().Name(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = !(_r$3 === ""); case 3:
		/* */ if (_v && $clone(v, reflect.Value).CanAddr()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v && $clone(v, reflect.Value).CanAddr()) { */ case 1:
			haveAddr = true;
			v = $clone(v, reflect.Value).Addr();
		/* } */ case 2:
		/* while (true) { */ case 5:
			/* */ if (($clone(v, reflect.Value).Kind() === 20) && !$clone(v, reflect.Value).IsNil()) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (($clone(v, reflect.Value).Kind() === 20) && !$clone(v, reflect.Value).IsNil()) { */ case 7:
				_r$4 = $clone(v, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				e = _r$4;
				if (!(($clone(e, reflect.Value).Kind() === 22) && !$clone(e, reflect.Value).IsNil())) { _v$1 = false; $s = 12; continue s; }
				if (!decodingNull) { _v$2 = true; $s = 13; continue s; }
				_r$5 = $clone(e, reflect.Value).Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, reflect.Value).Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_v$2 = _r$6 === 22; case 13:
				_v$1 = _v$2; case 12:
				/* */ if (_v$1) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (_v$1) { */ case 10:
					haveAddr = false;
					v = e;
					/* continue; */ $s = 5; continue;
				/* } */ case 11:
			/* } */ case 8:
			if (!(($clone(v, reflect.Value).Kind() === 22))) {
				/* break; */ $s = 6; continue;
			}
			if (decodingNull && $clone(v, reflect.Value).CanSet()) {
				/* break; */ $s = 6; continue;
			}
			_r$7 = $clone(v, reflect.Value).Elem(); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, reflect.Value).Kind(); /* */ $s = 20; case 20: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			if (!(_r$8 === 20)) { _v$3 = false; $s = 18; continue s; }
			_r$9 = $clone(v, reflect.Value).Elem(); /* */ $s = 21; case 21: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, reflect.Value).Elem(); /* */ $s = 22; case 22: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_v$3 = $equal(_r$10, v, reflect.Value); case 18:
			/* */ if (_v$3) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (_v$3) { */ case 16:
				_r$11 = $clone(v, reflect.Value).Elem(); /* */ $s = 23; case 23: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				v = _r$11;
				/* break; */ $s = 6; continue;
			/* } */ case 17:
			/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if ($clone(v, reflect.Value).IsNil()) { */ case 24:
				_r$12 = $clone(v, reflect.Value).Type().Elem(); /* */ $s = 26; case 26: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = reflect.New(_r$12); /* */ $s = 27; case 27: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$r = $clone(v, reflect.Value).Set($clone(_r$13, reflect.Value)); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 25:
			_r$14 = $clone(v, reflect.Value).Type().NumMethod(); /* */ $s = 31; case 31: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			/* */ if (_r$14 > 0 && $clone(v, reflect.Value).CanInterface()) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* if (_r$14 > 0 && $clone(v, reflect.Value).CanInterface()) { */ case 29:
				_r$15 = $clone(v, reflect.Value).Interface(); /* */ $s = 32; case 32: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_tuple = $assertType(_r$15, Unmarshaler, true);
				u = _tuple[0];
				ok = _tuple[1];
				if (ok) {
					$s = -1; return [u, $ifaceNil, new reflect.Value.ptr(ptrType$11.nil, 0, 0)];
				}
				/* */ if (!decodingNull) { $s = 33; continue; }
				/* */ $s = 34; continue;
				/* if (!decodingNull) { */ case 33:
					_r$16 = $clone(v, reflect.Value).Interface(); /* */ $s = 35; case 35: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					_tuple$1 = $assertType(_r$16, encoding.TextUnmarshaler, true);
					u$1 = _tuple$1[0];
					ok$1 = _tuple$1[1];
					if (ok$1) {
						$s = -1; return [$ifaceNil, u$1, new reflect.Value.ptr(ptrType$11.nil, 0, 0)];
					}
				/* } */ case 34:
			/* } */ case 30:
			/* */ if (haveAddr) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (haveAddr) { */ case 36:
				v = v0;
				haveAddr = false;
				$s = 38; continue;
			/* } else { */ case 37:
				_r$17 = $clone(v, reflect.Value).Elem(); /* */ $s = 39; case 39: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				v = _r$17;
			/* } */ case 38:
		$s = 5; continue;
		case 6:
		$s = -1; return [$ifaceNil, $ifaceNil, v];
		/* */ } return; } var $f = {$blk: indirect, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _v, _v$1, _v$2, _v$3, decodingNull, e, haveAddr, ok, ok$1, u, u$1, v, v0, $s};return $f;
	};
	decodeState.ptr.prototype.array = function(v) {
		var {$24r, _1, _q, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, ai, d, err, err$1, i, newcap, newv, pv, start, u, ut, v, z, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$3 = indirect($clone(v, reflect.Value), false); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		u = _tuple[0];
		ut = _tuple[1];
		pv = _tuple[2];
		/* */ if (!($interfaceIsEqual(u, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(u, $ifaceNil))) { */ case 2:
			start = d.readIndex();
			$r = d.skip(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$4 = u.UnmarshalJSON($subslice(d.data, start, d.off)); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		/* */ if (!($interfaceIsEqual(ut, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(ut, $ifaceNil))) { */ case 7:
			$r = d.saveError(new UnmarshalTypeError.ptr("array", $clone(v, reflect.Value).Type(), (new $Int64(0, d.off)), "", "")); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = d.skip(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 8:
		v = pv;
			_1 = $clone(v, reflect.Value).Kind();
			/* */ if (_1 === (20)) { $s = 12; continue; }
			/* */ if ((_1 === (17)) || (_1 === (23))) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (_1 === (20)) { */ case 12:
				/* */ if ($clone(v, reflect.Value).NumMethod() === 0) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if ($clone(v, reflect.Value).NumMethod() === 0) { */ case 16:
					_r$5 = d.arrayInterface(); /* */ $s = 18; case 18: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					ai = _r$5;
					_r$6 = reflect.ValueOf(ai); /* */ $s = 19; case 19: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					$r = $clone(v, reflect.Value).Set($clone(_r$6, reflect.Value)); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = -1; return $ifaceNil;
				/* } */ case 17:
				$r = d.saveError(new UnmarshalTypeError.ptr("array", $clone(v, reflect.Value).Type(), (new $Int64(0, d.off)), "", "")); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = d.skip(); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
			/* } else if ((_1 === (17)) || (_1 === (23))) { */ case 13:
				/* break; */ $s = 11; continue;
				$s = 15; continue;
			/* } else { */ case 14:
				$r = d.saveError(new UnmarshalTypeError.ptr("array", $clone(v, reflect.Value).Type(), (new $Int64(0, d.off)), "", "")); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = d.skip(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
			/* } */ case 15:
		case 11:
		i = 0;
		/* while (true) { */ case 25:
			$r = d.scanWhile(9); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (d.opcode === 8) {
				/* break; */ $s = 26; continue;
			}
			/* */ if ($clone(v, reflect.Value).Kind() === 23) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if ($clone(v, reflect.Value).Kind() === 23) { */ case 28:
				/* */ if (i >= $clone(v, reflect.Value).Cap()) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if (i >= $clone(v, reflect.Value).Cap()) { */ case 30:
					newcap = $clone(v, reflect.Value).Cap() + (_q = $clone(v, reflect.Value).Cap() / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
					if (newcap < 4) {
						newcap = 4;
					}
					_r$7 = reflect.MakeSlice($clone(v, reflect.Value).Type(), $clone(v, reflect.Value).Len(), newcap); /* */ $s = 32; case 32: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					newv = _r$7;
					_r$8 = reflect.Copy($clone(newv, reflect.Value), $clone(v, reflect.Value)); /* */ $s = 33; case 33: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$8;
					$r = $clone(v, reflect.Value).Set($clone(newv, reflect.Value)); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 31:
				if (i >= $clone(v, reflect.Value).Len()) {
					$clone(v, reflect.Value).SetLen(i + 1 >> 0);
				}
			/* } */ case 29:
			/* */ if (i < $clone(v, reflect.Value).Len()) { $s = 35; continue; }
			/* */ $s = 36; continue;
			/* if (i < $clone(v, reflect.Value).Len()) { */ case 35:
				_r$9 = $clone(v, reflect.Value).Index(i); /* */ $s = 38; case 38: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = d.value($clone(_r$9, reflect.Value)); /* */ $s = 39; case 39: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				err = _r$10;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
				$s = 37; continue;
			/* } else { */ case 36:
				_r$11 = d.value(new reflect.Value.ptr(ptrType$11.nil, 0, 0)); /* */ $s = 40; case 40: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				err$1 = _r$11;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
			/* } */ case 37:
			i = i + (1) >> 0;
			/* */ if (d.opcode === 9) { $s = 41; continue; }
			/* */ $s = 42; continue;
			/* if (d.opcode === 9) { */ case 41:
				$r = d.scanWhile(9); /* */ $s = 43; case 43: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 42:
			if (d.opcode === 8) {
				/* break; */ $s = 26; continue;
			}
			if (!((d.opcode === 7))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
		$s = 25; continue;
		case 26:
		/* */ if (i < $clone(v, reflect.Value).Len()) { $s = 44; continue; }
		/* */ $s = 45; continue;
		/* if (i < $clone(v, reflect.Value).Len()) { */ case 44:
			/* */ if ($clone(v, reflect.Value).Kind() === 17) { $s = 46; continue; }
			/* */ $s = 47; continue;
			/* if ($clone(v, reflect.Value).Kind() === 17) { */ case 46:
				_r$12 = $clone(v, reflect.Value).Type().Elem(); /* */ $s = 49; case 49: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = reflect.Zero(_r$12); /* */ $s = 50; case 50: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				z = _r$13;
				/* while (true) { */ case 51:
					/* if (!(i < $clone(v, reflect.Value).Len())) { break; } */ if(!(i < $clone(v, reflect.Value).Len())) { $s = 52; continue; }
					_r$14 = $clone(v, reflect.Value).Index(i); /* */ $s = 53; case 53: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					$r = $clone(_r$14, reflect.Value).Set($clone(z, reflect.Value)); /* */ $s = 54; case 54: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					i = i + (1) >> 0;
				$s = 51; continue;
				case 52:
				$s = 48; continue;
			/* } else { */ case 47:
				$clone(v, reflect.Value).SetLen(i);
			/* } */ case 48:
		/* } */ case 45:
		/* */ if ((i === 0) && ($clone(v, reflect.Value).Kind() === 23)) { $s = 55; continue; }
		/* */ $s = 56; continue;
		/* if ((i === 0) && ($clone(v, reflect.Value).Kind() === 23)) { */ case 55:
			_r$15 = reflect.MakeSlice($clone(v, reflect.Value).Type(), 0, 0); /* */ $s = 57; case 57: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			$r = $clone(v, reflect.Value).Set($clone(_r$15, reflect.Value)); /* */ $s = 58; case 58: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 56:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.array, $c: true, $r, $24r, _1, _q, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, ai, d, err, err$1, i, newcap, newv, pv, start, u, ut, v, z, $s};return $f;
	};
	decodeState.prototype.array = function(v) { return this.$val.array(v); };
	decodeState.ptr.prototype.object = function(v) {
		var {$24r, _1, _2, _3, _arg, _entry, _i, _i$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, _v$1, d, destring, elemType, err, err$1, err$2, err$3, err$4, err$5, f, ff, fields, i, i$1, i$2, item, key, kt, kv, mapElem, n, n$1, oi, ok, ok$1, origErrorContext, pv, qv, qv$1, qv$2, s, s$1, start, start$1, subv, t, u, ut, v, x, x$1, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$3 = indirect($clone(v, reflect.Value), false); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		u = _tuple[0];
		ut = _tuple[1];
		pv = _tuple[2];
		/* */ if (!($interfaceIsEqual(u, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(u, $ifaceNil))) { */ case 2:
			start = d.readIndex();
			$r = d.skip(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$4 = u.UnmarshalJSON($subslice(d.data, start, d.off)); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		/* */ if (!($interfaceIsEqual(ut, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(ut, $ifaceNil))) { */ case 7:
			$r = d.saveError(new UnmarshalTypeError.ptr("object", $clone(v, reflect.Value).Type(), (new $Int64(0, d.off)), "", "")); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = d.skip(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 8:
		v = pv;
		t = $clone(v, reflect.Value).Type();
		/* */ if (($clone(v, reflect.Value).Kind() === 20) && ($clone(v, reflect.Value).NumMethod() === 0)) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (($clone(v, reflect.Value).Kind() === 20) && ($clone(v, reflect.Value).NumMethod() === 0)) { */ case 11:
			_r$5 = d.objectInterface(); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			oi = _r$5;
			_r$6 = reflect.ValueOf(new mapType(oi)); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$r = $clone(v, reflect.Value).Set($clone(_r$6, reflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 12:
		fields = new structFields.ptr(sliceType$3.nil, false);
			_1 = $clone(v, reflect.Value).Kind();
			/* */ if (_1 === (21)) { $s = 17; continue; }
			/* */ if (_1 === (25)) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (_1 === (21)) { */ case 17:
					_r$7 = t.Key(); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_r$8 = _r$7.Kind(); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_2 = _r$8;
					/* */ if ((_2 === (24)) || (_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6)) || (_2 === (7)) || (_2 === (8)) || (_2 === (9)) || (_2 === (10)) || (_2 === (11)) || (_2 === (12))) { $s = 24; continue; }
					_r$9 = t.Key(); /* */ $s = 27; case 27: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_r$10 = reflect.PointerTo(_r$9); /* */ $s = 28; case 28: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_r$11 = _r$10.Implements(textUnmarshalerType); /* */ $s = 29; case 29: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					/* */ if (!_r$11) { $s = 25; continue; }
					/* */ $s = 26; continue;
					/* if ((_2 === (24)) || (_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6)) || (_2 === (7)) || (_2 === (8)) || (_2 === (9)) || (_2 === (10)) || (_2 === (11)) || (_2 === (12))) { */ case 24:
						$s = 26; continue;
					/* } else if (!_r$11) { */ case 25:
						$r = d.saveError(new UnmarshalTypeError.ptr("object", t, (new $Int64(0, d.off)), "", "")); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$r = d.skip(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return $ifaceNil;
					/* } */ case 26:
				case 21:
				/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 32; continue; }
				/* */ $s = 33; continue;
				/* if ($clone(v, reflect.Value).IsNil()) { */ case 32:
					_r$12 = reflect.MakeMap(t); /* */ $s = 34; case 34: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					$r = $clone(v, reflect.Value).Set($clone(_r$12, reflect.Value)); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 33:
				$s = 20; continue;
			/* } else if (_1 === (25)) { */ case 18:
				_r$13 = cachedTypeFields(t); /* */ $s = 36; case 36: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				structFields.copy(fields, _r$13);
				$s = 20; continue;
			/* } else { */ case 19:
				$r = d.saveError(new UnmarshalTypeError.ptr("object", t, (new $Int64(0, d.off)), "", "")); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = d.skip(); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
			/* } */ case 20:
		case 16:
		mapElem = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		origErrorContext = new errorContext.ptr($ifaceNil, sliceType$5.nil);
		if (!(d.errorContext === ptrType$4.nil)) {
			errorContext.copy(origErrorContext, d.errorContext);
		}
		/* while (true) { */ case 39:
			$r = d.scanWhile(9); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (d.opcode === 5) {
				/* break; */ $s = 40; continue;
			}
			if (!((d.opcode === 1))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
			start$1 = d.readIndex();
			d.rescanLiteral();
			item = $subslice(d.data, start$1, d.readIndex());
			_tuple$1 = unquoteBytes(item);
			key = _tuple$1[0];
			ok = _tuple$1[1];
			if (!ok) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
			subv = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
			destring = false;
			/* */ if ($clone(v, reflect.Value).Kind() === 21) { $s = 42; continue; }
			/* */ $s = 43; continue;
			/* if ($clone(v, reflect.Value).Kind() === 21) { */ case 42:
				_r$14 = t.Elem(); /* */ $s = 45; case 45: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				elemType = _r$14;
				/* */ if (!$clone(mapElem, reflect.Value).IsValid()) { $s = 46; continue; }
				/* */ $s = 47; continue;
				/* if (!$clone(mapElem, reflect.Value).IsValid()) { */ case 46:
					_r$15 = $clone(reflect.New(elemType), reflect.Value).Elem(); /* */ $s = 49; case 49: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					mapElem = _r$15;
					$s = 48; continue;
				/* } else { */ case 47:
					_r$16 = reflect.Zero(elemType); /* */ $s = 50; case 50: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					$r = $clone(mapElem, reflect.Value).Set($clone(_r$16, reflect.Value)); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 48:
				subv = mapElem;
				$s = 44; continue;
			/* } else { */ case 43:
				f = ptrType$12.nil;
				_tuple$2 = (_entry = fields.nameIndex[$String.keyFor(($bytesToString(key)))], _entry !== undefined ? [_entry.v, true] : [0, false]);
				i = _tuple$2[0];
				ok$1 = _tuple$2[1];
				/* */ if (ok$1) { $s = 52; continue; }
				/* */ $s = 53; continue;
				/* if (ok$1) { */ case 52:
					f = (x = fields.list, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
					$s = 54; continue;
				/* } else { */ case 53:
					_ref = fields.list;
					_i = 0;
					/* while (true) { */ case 55:
						/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 56; continue; }
						i$1 = _i;
						ff = (x$1 = fields.list, ((i$1 < 0 || i$1 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i$1]));
						_r$17 = ff.equalFold(ff.nameBytes, key); /* */ $s = 59; case 59: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
						/* */ if (_r$17) { $s = 57; continue; }
						/* */ $s = 58; continue;
						/* if (_r$17) { */ case 57:
							f = ff;
							/* break; */ $s = 56; continue;
						/* } */ case 58:
						_i++;
					$s = 55; continue;
					case 56:
				/* } */ case 54:
				/* */ if (!(f === ptrType$12.nil)) { $s = 60; continue; }
				/* */ if (d.disallowUnknownFields) { $s = 61; continue; }
				/* */ $s = 62; continue;
				/* if (!(f === ptrType$12.nil)) { */ case 60:
					subv = v;
					destring = f.quoted;
					_ref$1 = f.index;
					_i$1 = 0;
					/* while (true) { */ case 63:
						/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 64; continue; }
						i$2 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
						/* */ if ($clone(subv, reflect.Value).Kind() === 22) { $s = 65; continue; }
						/* */ $s = 66; continue;
						/* if ($clone(subv, reflect.Value).Kind() === 22) { */ case 65:
							/* */ if ($clone(subv, reflect.Value).IsNil()) { $s = 67; continue; }
							/* */ $s = 68; continue;
							/* if ($clone(subv, reflect.Value).IsNil()) { */ case 67:
								/* */ if (!$clone(subv, reflect.Value).CanSet()) { $s = 69; continue; }
								/* */ $s = 70; continue;
								/* if (!$clone(subv, reflect.Value).CanSet()) { */ case 69:
									_r$18 = $clone(subv, reflect.Value).Type().Elem(); /* */ $s = 71; case 71: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
									_arg = _r$18;
									_r$19 = fmt.Errorf("json: cannot set embedded pointer to unexported struct: %v", new sliceType([_arg])); /* */ $s = 72; case 72: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
									$r = d.saveError(_r$19); /* */ $s = 73; case 73: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
									subv = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
									destring = false;
									/* break; */ $s = 64; continue;
								/* } */ case 70:
								_r$20 = $clone(subv, reflect.Value).Type().Elem(); /* */ $s = 74; case 74: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
								_r$21 = reflect.New(_r$20); /* */ $s = 75; case 75: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
								$r = $clone(subv, reflect.Value).Set($clone(_r$21, reflect.Value)); /* */ $s = 76; case 76: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* } */ case 68:
							_r$22 = $clone(subv, reflect.Value).Elem(); /* */ $s = 77; case 77: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
							subv = _r$22;
						/* } */ case 66:
						_r$23 = $clone(subv, reflect.Value).Field(i$2); /* */ $s = 78; case 78: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
						subv = _r$23;
						_i$1++;
					$s = 63; continue;
					case 64:
					if (d.errorContext === ptrType$4.nil) {
						d.errorContext = new errorContext.ptr($ifaceNil, sliceType$5.nil);
					}
					d.errorContext.FieldStack = $append(d.errorContext.FieldStack, f.name);
					d.errorContext.Struct = t;
					$s = 62; continue;
				/* } else if (d.disallowUnknownFields) { */ case 61:
					_r$24 = fmt.Errorf("json: unknown field %q", new sliceType([key])); /* */ $s = 79; case 79: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					$r = d.saveError(_r$24); /* */ $s = 80; case 80: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 62:
			/* } */ case 44:
			/* */ if (d.opcode === 9) { $s = 81; continue; }
			/* */ $s = 82; continue;
			/* if (d.opcode === 9) { */ case 81:
				$r = d.scanWhile(9); /* */ $s = 83; case 83: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 82:
			if (!((d.opcode === 3))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
			$r = d.scanWhile(9); /* */ $s = 84; case 84: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (destring) { $s = 85; continue; }
			/* */ $s = 86; continue;
			/* if (destring) { */ case 85:
				_r$25 = d.valueQuoted(); /* */ $s = 88; case 88: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_ref$2 = _r$25;
				/* */ if (_ref$2 === $ifaceNil) { $s = 89; continue; }
				/* */ if ($assertType(_ref$2, $String, true)[1]) { $s = 90; continue; }
				/* */ $s = 91; continue;
				/* if (_ref$2 === $ifaceNil) { */ case 89:
					qv = _ref$2;
					_r$26 = d.literalStore(nullLiteral, $clone(subv, reflect.Value), false); /* */ $s = 93; case 93: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
					err = _r$26;
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return err;
					}
					$s = 92; continue;
				/* } else if ($assertType(_ref$2, $String, true)[1]) { */ case 90:
					qv$1 = _ref$2.$val;
					_r$27 = d.literalStore((new sliceType$2($stringToBytes(qv$1))), $clone(subv, reflect.Value), true); /* */ $s = 94; case 94: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					err$1 = _r$27;
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						$s = -1; return err$1;
					}
					$s = 92; continue;
				/* } else { */ case 91:
					qv$2 = _ref$2;
					_r$28 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal unquoted value into %v", new sliceType([$clone(subv, reflect.Value).Type()])); /* */ $s = 95; case 95: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
					$r = d.saveError(_r$28); /* */ $s = 96; case 96: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 92:
				$s = 87; continue;
			/* } else { */ case 86:
				_r$29 = d.value($clone(subv, reflect.Value)); /* */ $s = 97; case 97: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
				err$2 = _r$29;
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					$s = -1; return err$2;
				}
			/* } */ case 87:
			/* */ if ($clone(v, reflect.Value).Kind() === 21) { $s = 98; continue; }
			/* */ $s = 99; continue;
			/* if ($clone(v, reflect.Value).Kind() === 21) { */ case 98:
				_r$30 = t.Key(); /* */ $s = 100; case 100: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				kt = _r$30;
				kv = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
					_r$31 = reflect.PointerTo(kt).Implements(textUnmarshalerType); /* */ $s = 106; case 106: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
					/* */ if (_r$31) { $s = 102; continue; }
					_r$32 = kt.Kind(); /* */ $s = 107; case 107: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
					/* */ if ((_r$32 === 24)) { $s = 103; continue; }
					/* */ $s = 104; continue;
					/* if (_r$31) { */ case 102:
						kv = reflect.New(kt);
						_r$33 = d.literalStore(item, $clone(kv, reflect.Value), true); /* */ $s = 108; case 108: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
						err$3 = _r$33;
						if (!($interfaceIsEqual(err$3, $ifaceNil))) {
							$s = -1; return err$3;
						}
						_r$34 = $clone(kv, reflect.Value).Elem(); /* */ $s = 109; case 109: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
						kv = _r$34;
						$s = 105; continue;
					/* } else if ((_r$32 === 24)) { */ case 103:
						_r$35 = reflect.ValueOf(key); /* */ $s = 110; case 110: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
						_r$36 = $clone(_r$35, reflect.Value).Convert(kt); /* */ $s = 111; case 111: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
						kv = _r$36;
						$s = 105; continue;
					/* } else { */ case 104:
							_r$37 = kt.Kind(); /* */ $s = 113; case 113: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
							_3 = _r$37;
							/* */ if ((_3 === (2)) || (_3 === (3)) || (_3 === (4)) || (_3 === (5)) || (_3 === (6))) { $s = 114; continue; }
							/* */ if ((_3 === (7)) || (_3 === (8)) || (_3 === (9)) || (_3 === (10)) || (_3 === (11)) || (_3 === (12))) { $s = 115; continue; }
							/* */ $s = 116; continue;
							/* if ((_3 === (2)) || (_3 === (3)) || (_3 === (4)) || (_3 === (5)) || (_3 === (6))) { */ case 114:
								s = ($bytesToString(key));
								_tuple$3 = strconv.ParseInt(s, 10, 64);
								n = _tuple$3[0];
								err$4 = _tuple$3[1];
								if (!($interfaceIsEqual(err$4, $ifaceNil))) { _v = true; $s = 120; continue s; }
								_r$38 = reflect.Zero(kt); /* */ $s = 121; case 121: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
								_r$39 = $clone(_r$38, reflect.Value).OverflowInt(n); /* */ $s = 122; case 122: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
								_v = _r$39; case 120:
								/* */ if (_v) { $s = 118; continue; }
								/* */ $s = 119; continue;
								/* if (_v) { */ case 118:
									$r = d.saveError(new UnmarshalTypeError.ptr("number " + s, kt, (new $Int64(0, (start$1 + 1 >> 0))), "", "")); /* */ $s = 123; case 123: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
									/* break; */ $s = 112; continue;
								/* } */ case 119:
								_r$40 = reflect.ValueOf(n); /* */ $s = 124; case 124: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
								_r$41 = $clone(_r$40, reflect.Value).Convert(kt); /* */ $s = 125; case 125: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
								kv = _r$41;
								$s = 117; continue;
							/* } else if ((_3 === (7)) || (_3 === (8)) || (_3 === (9)) || (_3 === (10)) || (_3 === (11)) || (_3 === (12))) { */ case 115:
								s$1 = ($bytesToString(key));
								_tuple$4 = strconv.ParseUint(s$1, 10, 64);
								n$1 = _tuple$4[0];
								err$5 = _tuple$4[1];
								if (!($interfaceIsEqual(err$5, $ifaceNil))) { _v$1 = true; $s = 128; continue s; }
								_r$42 = reflect.Zero(kt); /* */ $s = 129; case 129: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
								_r$43 = $clone(_r$42, reflect.Value).OverflowUint(n$1); /* */ $s = 130; case 130: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
								_v$1 = _r$43; case 128:
								/* */ if (_v$1) { $s = 126; continue; }
								/* */ $s = 127; continue;
								/* if (_v$1) { */ case 126:
									$r = d.saveError(new UnmarshalTypeError.ptr("number " + s$1, kt, (new $Int64(0, (start$1 + 1 >> 0))), "", "")); /* */ $s = 131; case 131: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
									/* break; */ $s = 112; continue;
								/* } */ case 127:
								_r$44 = reflect.ValueOf(n$1); /* */ $s = 132; case 132: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
								_r$45 = $clone(_r$44, reflect.Value).Convert(kt); /* */ $s = 133; case 133: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
								kv = _r$45;
								$s = 117; continue;
							/* } else { */ case 116:
								$panic(new $String("json: Unexpected key type"));
							/* } */ case 117:
						case 112:
					/* } */ case 105:
				case 101:
				/* */ if ($clone(kv, reflect.Value).IsValid()) { $s = 134; continue; }
				/* */ $s = 135; continue;
				/* if ($clone(kv, reflect.Value).IsValid()) { */ case 134:
					$r = $clone(v, reflect.Value).SetMapIndex($clone(kv, reflect.Value), $clone(subv, reflect.Value)); /* */ $s = 136; case 136: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 135:
			/* } */ case 99:
			/* */ if (d.opcode === 9) { $s = 137; continue; }
			/* */ $s = 138; continue;
			/* if (d.opcode === 9) { */ case 137:
				$r = d.scanWhile(9); /* */ $s = 139; case 139: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 138:
			if (!(d.errorContext === ptrType$4.nil)) {
				d.errorContext.FieldStack = $subslice(d.errorContext.FieldStack, 0, origErrorContext.FieldStack.$length);
				d.errorContext.Struct = origErrorContext.Struct;
			}
			if (d.opcode === 5) {
				/* break; */ $s = 40; continue;
			}
			if (!((d.opcode === 4))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
		$s = 39; continue;
		case 40:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.object, $c: true, $r, $24r, _1, _2, _3, _arg, _entry, _i, _i$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, _v$1, d, destring, elemType, err, err$1, err$2, err$3, err$4, err$5, f, ff, fields, i, i$1, i$2, item, key, kt, kv, mapElem, n, n$1, oi, ok, ok$1, origErrorContext, pv, qv, qv$1, qv$2, s, s$1, start, start$1, subv, t, u, ut, v, x, x$1, $s};return $f;
	};
	decodeState.prototype.object = function(v) { return this.$val.object(v); };
	decodeState.ptr.prototype.convertNumber = function(s) {
		var _tuple, d, err, f, s;
		d = this;
		if (d.useNumber) {
			return [new Number((s)), $ifaceNil];
		}
		_tuple = strconv.ParseFloat(s, 64);
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [$ifaceNil, new UnmarshalTypeError.ptr("number " + s, reflect.TypeOf(new $Float64(0)), (new $Int64(0, d.off)), "", "")];
		}
		return [new $Float64(f), $ifaceNil];
	};
	decodeState.prototype.convertNumber = function(s) { return this.$val.convertNumber(s); };
	decodeState.ptr.prototype.literalStore = function(item, v, fromQuoted) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _2, _3, _4, _5, _6, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, b, c, d, err, err$1, err$2, err$3, err$4, fromQuoted, isNull, item, n, n$1, n$2, n$3, n$4, ok, ok$1, pv, s, s$1, s$2, u, ut, v, val, value, $s, $r, $c} = $restore(this, {item, v, fromQuoted});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* */ if (item.$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (item.$length === 0) { */ case 1:
			_r$3 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$r = d.saveError(_r$3); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		isNull = (0 >= item.$length ? ($throwRuntimeError("index out of range"), undefined) : item.$array[item.$offset + 0]) === 110;
		_r$4 = indirect($clone(v, reflect.Value), isNull); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = _r$4;
		u = _tuple[0];
		ut = _tuple[1];
		pv = _tuple[2];
		/* */ if (!($interfaceIsEqual(u, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!($interfaceIsEqual(u, $ifaceNil))) { */ case 6:
			_r$5 = u.UnmarshalJSON(item); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 9; case 9: return $24r;
		/* } */ case 7:
		/* */ if (!($interfaceIsEqual(ut, $ifaceNil))) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!($interfaceIsEqual(ut, $ifaceNil))) { */ case 10:
			/* */ if (!(((0 >= item.$length ? ($throwRuntimeError("index out of range"), undefined) : item.$array[item.$offset + 0]) === 34))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!(((0 >= item.$length ? ($throwRuntimeError("index out of range"), undefined) : item.$array[item.$offset + 0]) === 34))) { */ case 12:
				/* */ if (fromQuoted) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (fromQuoted) { */ case 14:
					_r$6 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					$r = d.saveError(_r$6); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = -1; return $ifaceNil;
				/* } */ case 15:
				val = "number";
				_1 = (0 >= item.$length ? ($throwRuntimeError("index out of range"), undefined) : item.$array[item.$offset + 0]);
				if (_1 === (110)) {
					val = "null";
				} else if ((_1 === (116)) || (_1 === (102))) {
					val = "bool";
				}
				$r = d.saveError(new UnmarshalTypeError.ptr(val, $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
			/* } */ case 13:
			_tuple$1 = unquoteBytes(item);
			s = _tuple$1[0];
			ok = _tuple$1[1];
			/* */ if (!ok) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!ok) { */ case 19:
				/* */ if (fromQuoted) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (fromQuoted) { */ case 21:
					_r$7 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 23; case 23: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$24r$1 = _r$7;
					$s = 24; case 24: return $24r$1;
				/* } */ case 22:
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			/* } */ case 20:
			_r$8 = ut.UnmarshalText(s); /* */ $s = 25; case 25: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$2 = _r$8;
			$s = 26; case 26: return $24r$2;
		/* } */ case 11:
		v = pv;
			c = (0 >= item.$length ? ($throwRuntimeError("index out of range"), undefined) : item.$array[item.$offset + 0]);
			_2 = c;
			/* */ if (_2 === (110)) { $s = 28; continue; }
			/* */ if ((_2 === (116)) || (_2 === (102))) { $s = 29; continue; }
			/* */ if (_2 === (34)) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (_2 === (110)) { */ case 28:
				/* */ if (fromQuoted && !(($bytesToString(item)) === "null")) { $s = 33; continue; }
				/* */ $s = 34; continue;
				/* if (fromQuoted && !(($bytesToString(item)) === "null")) { */ case 33:
					_r$9 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 35; case 35: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					$r = d.saveError(_r$9); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* break; */ $s = 27; continue;
				/* } */ case 34:
					_3 = $clone(v, reflect.Value).Kind();
					/* */ if ((_3 === (20)) || (_3 === (22)) || (_3 === (21)) || (_3 === (23))) { $s = 38; continue; }
					/* */ $s = 39; continue;
					/* if ((_3 === (20)) || (_3 === (22)) || (_3 === (21)) || (_3 === (23))) { */ case 38:
						_r$10 = reflect.Zero($clone(v, reflect.Value).Type()); /* */ $s = 40; case 40: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						$r = $clone(v, reflect.Value).Set($clone(_r$10, reflect.Value)); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 39:
				case 37:
				$s = 32; continue;
			/* } else if ((_2 === (116)) || (_2 === (102))) { */ case 29:
				value = (0 >= item.$length ? ($throwRuntimeError("index out of range"), undefined) : item.$array[item.$offset + 0]) === 116;
				/* */ if (fromQuoted && !(($bytesToString(item)) === "true") && !(($bytesToString(item)) === "false")) { $s = 42; continue; }
				/* */ $s = 43; continue;
				/* if (fromQuoted && !(($bytesToString(item)) === "true") && !(($bytesToString(item)) === "false")) { */ case 42:
					_r$11 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 44; case 44: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					$r = d.saveError(_r$11); /* */ $s = 45; case 45: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* break; */ $s = 27; continue;
				/* } */ case 43:
					_4 = $clone(v, reflect.Value).Kind();
					/* */ if (_4 === (1)) { $s = 47; continue; }
					/* */ if (_4 === (20)) { $s = 48; continue; }
					/* */ if (fromQuoted) { $s = 49; continue; }
					/* */ $s = 50; continue;
					/* if (_4 === (1)) { */ case 47:
						$clone(v, reflect.Value).SetBool(value);
						$s = 51; continue;
					/* } else if (_4 === (20)) { */ case 48:
						/* */ if ($clone(v, reflect.Value).NumMethod() === 0) { $s = 52; continue; }
						/* */ $s = 53; continue;
						/* if ($clone(v, reflect.Value).NumMethod() === 0) { */ case 52:
							_r$12 = reflect.ValueOf(new $Bool(value)); /* */ $s = 55; case 55: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
							$r = $clone(v, reflect.Value).Set($clone(_r$12, reflect.Value)); /* */ $s = 56; case 56: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = 54; continue;
						/* } else { */ case 53:
							$r = d.saveError(new UnmarshalTypeError.ptr("bool", $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 57; case 57: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						/* } */ case 54:
						$s = 51; continue;
					/* } else if (fromQuoted) { */ case 49:
						_r$13 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 58; case 58: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
						$r = d.saveError(_r$13); /* */ $s = 59; case 59: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = 51; continue;
					/* } else { */ case 50:
						$r = d.saveError(new UnmarshalTypeError.ptr("bool", $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 60; case 60: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 51:
				case 46:
				$s = 32; continue;
			/* } else if (_2 === (34)) { */ case 30:
				_tuple$2 = unquoteBytes(item);
				s$1 = _tuple$2[0];
				ok$1 = _tuple$2[1];
				/* */ if (!ok$1) { $s = 61; continue; }
				/* */ $s = 62; continue;
				/* if (!ok$1) { */ case 61:
					/* */ if (fromQuoted) { $s = 63; continue; }
					/* */ $s = 64; continue;
					/* if (fromQuoted) { */ case 63:
						_r$14 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 65; case 65: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
						$24r$3 = _r$14;
						$s = 66; case 66: return $24r$3;
					/* } */ case 64:
					$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
				/* } */ case 62:
					_5 = $clone(v, reflect.Value).Kind();
					/* */ if (_5 === (23)) { $s = 68; continue; }
					/* */ if (_5 === (24)) { $s = 69; continue; }
					/* */ if (_5 === (20)) { $s = 70; continue; }
					/* */ $s = 71; continue;
					/* if (_5 === (23)) { */ case 68:
						_r$15 = $clone(v, reflect.Value).Type().Elem(); /* */ $s = 75; case 75: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
						_r$16 = _r$15.Kind(); /* */ $s = 76; case 76: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
						/* */ if (!((_r$16 === 8))) { $s = 73; continue; }
						/* */ $s = 74; continue;
						/* if (!((_r$16 === 8))) { */ case 73:
							$r = d.saveError(new UnmarshalTypeError.ptr("string", $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 77; case 77: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* break; */ $s = 67; continue;
						/* } */ case 74:
						b = $makeSlice(sliceType$2, base64.StdEncoding.DecodedLen(s$1.$length));
						_tuple$3 = base64.StdEncoding.Decode(b, s$1);
						n = _tuple$3[0];
						err = _tuple$3[1];
						/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 78; continue; }
						/* */ $s = 79; continue;
						/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 78:
							$r = d.saveError(err); /* */ $s = 80; case 80: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* break; */ $s = 67; continue;
						/* } */ case 79:
						$r = $clone(v, reflect.Value).SetBytes($subslice(b, 0, n)); /* */ $s = 81; case 81: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = 72; continue;
					/* } else if (_5 === (24)) { */ case 69:
						/* */ if ($interfaceIsEqual($clone(v, reflect.Value).Type(), numberType) && !isValidNumber(($bytesToString(s$1)))) { $s = 82; continue; }
						/* */ $s = 83; continue;
						/* if ($interfaceIsEqual($clone(v, reflect.Value).Type(), numberType) && !isValidNumber(($bytesToString(s$1)))) { */ case 82:
							_r$17 = fmt.Errorf("json: invalid number literal, trying to unmarshal %q into Number", new sliceType([item])); /* */ $s = 84; case 84: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
							$24r$4 = _r$17;
							$s = 85; case 85: return $24r$4;
						/* } */ case 83:
						$clone(v, reflect.Value).SetString(($bytesToString(s$1)));
						$s = 72; continue;
					/* } else if (_5 === (20)) { */ case 70:
						/* */ if ($clone(v, reflect.Value).NumMethod() === 0) { $s = 86; continue; }
						/* */ $s = 87; continue;
						/* if ($clone(v, reflect.Value).NumMethod() === 0) { */ case 86:
							_r$18 = reflect.ValueOf(new $String(($bytesToString(s$1)))); /* */ $s = 89; case 89: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
							$r = $clone(v, reflect.Value).Set($clone(_r$18, reflect.Value)); /* */ $s = 90; case 90: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = 88; continue;
						/* } else { */ case 87:
							$r = d.saveError(new UnmarshalTypeError.ptr("string", $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 91; case 91: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						/* } */ case 88:
						$s = 72; continue;
					/* } else { */ case 71:
						$r = d.saveError(new UnmarshalTypeError.ptr("string", $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 92; case 92: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 72:
				case 67:
				$s = 32; continue;
			/* } else { */ case 31:
				/* */ if (!((c === 45)) && (c < 48 || c > 57)) { $s = 93; continue; }
				/* */ $s = 94; continue;
				/* if (!((c === 45)) && (c < 48 || c > 57)) { */ case 93:
					/* */ if (fromQuoted) { $s = 95; continue; }
					/* */ $s = 96; continue;
					/* if (fromQuoted) { */ case 95:
						_r$19 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 97; case 97: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
						$24r$5 = _r$19;
						$s = 98; case 98: return $24r$5;
					/* } */ case 96:
					$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
				/* } */ case 94:
				s$2 = ($bytesToString(item));
					_6 = $clone(v, reflect.Value).Kind();
					/* */ if (_6 === (20)) { $s = 100; continue; }
					/* */ if ((_6 === (2)) || (_6 === (3)) || (_6 === (4)) || (_6 === (5)) || (_6 === (6))) { $s = 101; continue; }
					/* */ if ((_6 === (7)) || (_6 === (8)) || (_6 === (9)) || (_6 === (10)) || (_6 === (11)) || (_6 === (12))) { $s = 102; continue; }
					/* */ if ((_6 === (13)) || (_6 === (14))) { $s = 103; continue; }
					/* */ $s = 104; continue;
					/* if (_6 === (20)) { */ case 100:
						_tuple$4 = d.convertNumber(s$2);
						n$1 = _tuple$4[0];
						err$1 = _tuple$4[1];
						/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 106; continue; }
						/* */ $s = 107; continue;
						/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 106:
							$r = d.saveError(err$1); /* */ $s = 108; case 108: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* break; */ $s = 99; continue;
						/* } */ case 107:
						/* */ if (!(($clone(v, reflect.Value).NumMethod() === 0))) { $s = 109; continue; }
						/* */ $s = 110; continue;
						/* if (!(($clone(v, reflect.Value).NumMethod() === 0))) { */ case 109:
							$r = d.saveError(new UnmarshalTypeError.ptr("number", $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 111; case 111: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* break; */ $s = 99; continue;
						/* } */ case 110:
						_r$20 = reflect.ValueOf(n$1); /* */ $s = 112; case 112: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
						$r = $clone(v, reflect.Value).Set($clone(_r$20, reflect.Value)); /* */ $s = 113; case 113: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = 105; continue;
					/* } else if ((_6 === (2)) || (_6 === (3)) || (_6 === (4)) || (_6 === (5)) || (_6 === (6))) { */ case 101:
						_tuple$5 = strconv.ParseInt(s$2, 10, 64);
						n$2 = _tuple$5[0];
						err$2 = _tuple$5[1];
						/* */ if (!($interfaceIsEqual(err$2, $ifaceNil)) || $clone(v, reflect.Value).OverflowInt(n$2)) { $s = 114; continue; }
						/* */ $s = 115; continue;
						/* if (!($interfaceIsEqual(err$2, $ifaceNil)) || $clone(v, reflect.Value).OverflowInt(n$2)) { */ case 114:
							$r = d.saveError(new UnmarshalTypeError.ptr("number " + s$2, $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 116; case 116: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* break; */ $s = 99; continue;
						/* } */ case 115:
						$clone(v, reflect.Value).SetInt(n$2);
						$s = 105; continue;
					/* } else if ((_6 === (7)) || (_6 === (8)) || (_6 === (9)) || (_6 === (10)) || (_6 === (11)) || (_6 === (12))) { */ case 102:
						_tuple$6 = strconv.ParseUint(s$2, 10, 64);
						n$3 = _tuple$6[0];
						err$3 = _tuple$6[1];
						/* */ if (!($interfaceIsEqual(err$3, $ifaceNil)) || $clone(v, reflect.Value).OverflowUint(n$3)) { $s = 117; continue; }
						/* */ $s = 118; continue;
						/* if (!($interfaceIsEqual(err$3, $ifaceNil)) || $clone(v, reflect.Value).OverflowUint(n$3)) { */ case 117:
							$r = d.saveError(new UnmarshalTypeError.ptr("number " + s$2, $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 119; case 119: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* break; */ $s = 99; continue;
						/* } */ case 118:
						$clone(v, reflect.Value).SetUint(n$3);
						$s = 105; continue;
					/* } else if ((_6 === (13)) || (_6 === (14))) { */ case 103:
						_arg = s$2;
						_r$21 = $clone(v, reflect.Value).Type().Bits(); /* */ $s = 120; case 120: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						_arg$1 = _r$21;
						_r$22 = strconv.ParseFloat(_arg, _arg$1); /* */ $s = 121; case 121: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
						_tuple$7 = _r$22;
						n$4 = _tuple$7[0];
						err$4 = _tuple$7[1];
						/* */ if (!($interfaceIsEqual(err$4, $ifaceNil)) || $clone(v, reflect.Value).OverflowFloat(n$4)) { $s = 122; continue; }
						/* */ $s = 123; continue;
						/* if (!($interfaceIsEqual(err$4, $ifaceNil)) || $clone(v, reflect.Value).OverflowFloat(n$4)) { */ case 122:
							$r = d.saveError(new UnmarshalTypeError.ptr("number " + s$2, $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 124; case 124: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							/* break; */ $s = 99; continue;
						/* } */ case 123:
						$clone(v, reflect.Value).SetFloat(n$4);
						$s = 105; continue;
					/* } else { */ case 104:
						if (($clone(v, reflect.Value).Kind() === 24) && $interfaceIsEqual($clone(v, reflect.Value).Type(), numberType)) {
							$clone(v, reflect.Value).SetString(s$2);
							/* break; */ $s = 99; continue;
						}
						/* */ if (fromQuoted) { $s = 125; continue; }
						/* */ $s = 126; continue;
						/* if (fromQuoted) { */ case 125:
							_r$23 = fmt.Errorf("json: invalid use of ,string struct tag, trying to unmarshal %q into %v", new sliceType([item, $clone(v, reflect.Value).Type()])); /* */ $s = 127; case 127: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
							$24r$6 = _r$23;
							$s = 128; case 128: return $24r$6;
						/* } */ case 126:
						$r = d.saveError(new UnmarshalTypeError.ptr("number", $clone(v, reflect.Value).Type(), (new $Int64(0, d.readIndex())), "", "")); /* */ $s = 129; case 129: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 105:
				case 99:
			/* } */ case 32:
		case 27:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.literalStore, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _1, _2, _3, _4, _5, _6, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, b, c, d, err, err$1, err$2, err$3, err$4, fromQuoted, isNull, item, n, n$1, n$2, n$3, n$4, ok, ok$1, pv, s, s$1, s$2, u, ut, v, val, value, $s};return $f;
	};
	decodeState.prototype.literalStore = function(item, v, fromQuoted) { return this.$val.literalStore(item, v, fromQuoted); };
	decodeState.ptr.prototype.valueInterface = function() {
		var {_1, _r$3, _r$4, _r$5, d, val, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		val = $ifaceNil;
		d = this;
			_1 = d.opcode;
			/* */ if (_1 === (6)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (1)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (6)) { */ case 2:
				_r$3 = d.arrayInterface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				val = _r$3;
				$r = d.scanNext(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 6; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$4 = d.objectInterface(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				val = new mapType(_r$4);
				$r = d.scanNext(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 6; continue;
			/* } else if (_1 === (1)) { */ case 4:
				_r$5 = d.literalInterface(); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				val = _r$5;
				$s = 6; continue;
			/* } else { */ case 5:
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			/* } */ case 6:
		case 1:
		$s = -1; return val;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.valueInterface, $c: true, $r, _1, _r$3, _r$4, _r$5, d, val, $s};return $f;
	};
	decodeState.prototype.valueInterface = function() { return this.$val.valueInterface(); };
	decodeState.ptr.prototype.arrayInterface = function() {
		var {_r$3, d, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		v = $makeSlice(sliceType, 0);
		/* while (true) { */ case 1:
			$r = d.scanWhile(9); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (d.opcode === 8) {
				/* break; */ $s = 2; continue;
			}
			_r$3 = d.valueInterface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			v = $append(v, _r$3);
			/* */ if (d.opcode === 9) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (d.opcode === 9) { */ case 5:
				$r = d.scanWhile(9); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
			if (d.opcode === 8) {
				/* break; */ $s = 2; continue;
			}
			if (!((d.opcode === 7))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
		$s = 1; continue;
		case 2:
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.arrayInterface, $c: true, $r, _r$3, d, v, $s};return $f;
	};
	decodeState.prototype.arrayInterface = function() { return this.$val.arrayInterface(); };
	decodeState.ptr.prototype.objectInterface = function() {
		var {_key, _r$3, _tuple, d, item, key, m, ok, start, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		m = {};
		/* while (true) { */ case 1:
			$r = d.scanWhile(9); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (d.opcode === 5) {
				/* break; */ $s = 2; continue;
			}
			if (!((d.opcode === 1))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
			start = d.readIndex();
			d.rescanLiteral();
			item = $subslice(d.data, start, d.readIndex());
			_tuple = unquote(item);
			key = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
			/* */ if (d.opcode === 9) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (d.opcode === 9) { */ case 4:
				$r = d.scanWhile(9); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			if (!((d.opcode === 3))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
			$r = d.scanWhile(9); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$3 = d.valueInterface(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_key = key; (m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: _r$3 };
			/* */ if (d.opcode === 9) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (d.opcode === 9) { */ case 9:
				$r = d.scanWhile(9); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 10:
			if (d.opcode === 5) {
				/* break; */ $s = 2; continue;
			}
			if (!((d.opcode === 4))) {
				$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
			}
		$s = 1; continue;
		case 2:
		$s = -1; return m;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.objectInterface, $c: true, $r, _key, _r$3, _tuple, d, item, key, m, ok, start, $s};return $f;
	};
	decodeState.prototype.objectInterface = function() { return this.$val.objectInterface(); };
	decodeState.ptr.prototype.literalInterface = function() {
		var {_1, _tuple, _tuple$1, c, d, err, item, n, ok, s, start, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		start = d.readIndex();
		d.rescanLiteral();
		item = $subslice(d.data, start, d.readIndex());
			c = (0 >= item.$length ? ($throwRuntimeError("index out of range"), undefined) : item.$array[item.$offset + 0]);
			_1 = c;
			/* */ if (_1 === (110)) { $s = 2; continue; }
			/* */ if ((_1 === (116)) || (_1 === (102))) { $s = 3; continue; }
			/* */ if (_1 === (34)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (110)) { */ case 2:
				$s = -1; return $ifaceNil;
			/* } else if ((_1 === (116)) || (_1 === (102))) { */ case 3:
				$s = -1; return new $Bool((c === 116));
			/* } else if (_1 === (34)) { */ case 4:
				_tuple = unquote(item);
				s = _tuple[0];
				ok = _tuple[1];
				if (!ok) {
					$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
				}
				$s = -1; return new $String(s);
			/* } else { */ case 5:
				if (!((c === 45)) && (c < 48 || c > 57)) {
					$panic(new $String("JSON decoder out of sync - data changing underfoot?"));
				}
				_tuple$1 = d.convertNumber(($bytesToString(item)));
				n = _tuple$1[0];
				err = _tuple$1[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
					$r = d.saveError(err); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 8:
				$s = -1; return n;
			/* } */ case 6:
		case 1:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: decodeState.ptr.prototype.literalInterface, $c: true, $r, _1, _tuple, _tuple$1, c, d, err, item, n, ok, s, start, $s};return $f;
	};
	decodeState.prototype.literalInterface = function() { return this.$val.literalInterface(); };
	getu4 = function(s) {
		var _i, _ref, c, r, s;
		if (s.$length < 6 || !(((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 92)) || !(((1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) === 117))) {
			return -1;
		}
		r = 0;
		_ref = $subslice(s, 2, 6);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (48 <= c && c <= 57) {
				c = c - 48 << 24 >>> 24;
			} else if (97 <= c && c <= 102) {
				c = (c - 97 << 24 >>> 24) + 10 << 24 >>> 24;
			} else if (65 <= c && c <= 70) {
				c = (c - 65 << 24 >>> 24) + 10 << 24 >>> 24;
			} else {
				return -1;
			}
			r = ($imul(r, 16)) + ((c >> 0)) >> 0;
			_i++;
		}
		return r;
	};
	unquote = function(s) {
		var _tuple, ok, s, t;
		t = "";
		ok = false;
		_tuple = unquoteBytes(s);
		s = _tuple[0];
		ok = _tuple[1];
		t = ($bytesToString(s));
		return [t, ok];
	};
	unquoteBytes = function(s) {
		var _1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, b, c, c$1, dec, nb, ok, r, rr, rr$1, rr$2, rr1, s, size, size$1, t, w, x;
		t = sliceType$2.nil;
		ok = false;
		if (s.$length < 2 || !(((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 34)) || !(((x = s.$length - 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) === 34))) {
			return [t, ok];
		}
		s = $subslice(s, 1, (s.$length - 1 >> 0));
		r = 0;
		while (true) {
			if (!(r < s.$length)) { break; }
			c = ((r < 0 || r >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + r]);
			if ((c === 92) || (c === 34) || c < 32) {
				break;
			}
			if (c < 128) {
				r = r + (1) >> 0;
				continue;
			}
			_tuple = utf8.DecodeRune($subslice(s, r));
			rr = _tuple[0];
			size = _tuple[1];
			if ((rr === 65533) && (size === 1)) {
				break;
			}
			r = r + (size) >> 0;
		}
		if (r === s.$length) {
			_tmp = s;
			_tmp$1 = true;
			t = _tmp;
			ok = _tmp$1;
			return [t, ok];
		}
		b = $makeSlice(sliceType$2, (s.$length + 8 >> 0));
		w = $copySlice(b, $subslice(s, 0, r));
		while (true) {
			if (!(r < s.$length)) { break; }
			if (w >= (b.$length - 8 >> 0)) {
				nb = $makeSlice(sliceType$2, ($imul(((b.$length + 4 >> 0)), 2)));
				$copySlice(nb, $subslice(b, 0, w));
				b = nb;
			}
			c$1 = ((r < 0 || r >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + r]);
			if ((c$1 === 92)) {
				r = r + (1) >> 0;
				if (r >= s.$length) {
					return [t, ok];
				}
				switch (0) { default:
					_1 = ((r < 0 || r >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + r]);
					if ((_1 === (34)) || (_1 === (92)) || (_1 === (47)) || (_1 === (39))) {
						((w < 0 || w >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + w] = ((r < 0 || r >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + r]));
						r = r + (1) >> 0;
						w = w + (1) >> 0;
					} else if (_1 === (98)) {
						((w < 0 || w >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + w] = 8);
						r = r + (1) >> 0;
						w = w + (1) >> 0;
					} else if (_1 === (102)) {
						((w < 0 || w >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + w] = 12);
						r = r + (1) >> 0;
						w = w + (1) >> 0;
					} else if (_1 === (110)) {
						((w < 0 || w >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + w] = 10);
						r = r + (1) >> 0;
						w = w + (1) >> 0;
					} else if (_1 === (114)) {
						((w < 0 || w >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + w] = 13);
						r = r + (1) >> 0;
						w = w + (1) >> 0;
					} else if (_1 === (116)) {
						((w < 0 || w >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + w] = 9);
						r = r + (1) >> 0;
						w = w + (1) >> 0;
					} else if (_1 === (117)) {
						r = r - (1) >> 0;
						rr$1 = getu4($subslice(s, r));
						if (rr$1 < 0) {
							return [t, ok];
						}
						r = r + (6) >> 0;
						if (utf16.IsSurrogate(rr$1)) {
							rr1 = getu4($subslice(s, r));
							dec = utf16.DecodeRune(rr$1, rr1);
							if (!((dec === 65533))) {
								r = r + (6) >> 0;
								w = w + (utf8.EncodeRune($subslice(b, w), dec)) >> 0;
								break;
							}
							rr$1 = 65533;
						}
						w = w + (utf8.EncodeRune($subslice(b, w), rr$1)) >> 0;
					} else {
						return [t, ok];
					}
				}
			} else if (((c$1 === 34)) || (c$1 < 32)) {
				return [t, ok];
			} else if (c$1 < 128) {
				((w < 0 || w >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + w] = c$1);
				r = r + (1) >> 0;
				w = w + (1) >> 0;
			} else {
				_tuple$1 = utf8.DecodeRune($subslice(s, r));
				rr$2 = _tuple$1[0];
				size$1 = _tuple$1[1];
				r = r + (size$1) >> 0;
				w = w + (utf8.EncodeRune($subslice(b, w), rr$2)) >> 0;
			}
		}
		_tmp$2 = $subslice(b, 0, w);
		_tmp$3 = true;
		t = _tmp$2;
		ok = _tmp$3;
		return [t, ok];
	};
	tagOptions.methods = [{prop: "Contains", name: "Contains", pkg: "", typ: $funcType([$String], [$Bool], false)}];
	ptrType$13.methods = [{prop: "UseNumber", name: "UseNumber", pkg: "", typ: $funcType([], [], false)}, {prop: "DisallowUnknownFields", name: "DisallowUnknownFields", pkg: "", typ: $funcType([], [], false)}, {prop: "Decode", name: "Decode", pkg: "", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "Buffered", name: "Buffered", pkg: "", typ: $funcType([], [io.Reader], false)}, {prop: "readValue", name: "readValue", pkg: "encoding/json", typ: $funcType([], [$Int, $error], false)}, {prop: "refill", name: "refill", pkg: "encoding/json", typ: $funcType([], [$error], false)}, {prop: "tokenPrepareForDecode", name: "tokenPrepareForDecode", pkg: "encoding/json", typ: $funcType([], [$error], false)}, {prop: "tokenValueAllowed", name: "tokenValueAllowed", pkg: "encoding/json", typ: $funcType([], [$Bool], false)}, {prop: "tokenValueEnd", name: "tokenValueEnd", pkg: "encoding/json", typ: $funcType([], [], false)}, {prop: "Token", name: "Token", pkg: "", typ: $funcType([], [Token, $error], false)}, {prop: "tokenError", name: "tokenError", pkg: "encoding/json", typ: $funcType([$Uint8], [Token, $error], false)}, {prop: "More", name: "More", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "peek", name: "peek", pkg: "encoding/json", typ: $funcType([], [$Uint8, $error], false)}, {prop: "InputOffset", name: "InputOffset", pkg: "", typ: $funcType([], [$Int64], false)}];
	ptrType$14.methods = [{prop: "Encode", name: "Encode", pkg: "", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "SetIndent", name: "SetIndent", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "SetEscapeHTML", name: "SetEscapeHTML", pkg: "", typ: $funcType([$Bool], [], false)}];
	Delim.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$15.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$8.methods = [{prop: "reset", name: "reset", pkg: "encoding/json", typ: $funcType([], [], false)}, {prop: "eof", name: "eof", pkg: "encoding/json", typ: $funcType([], [$Int], false)}, {prop: "pushParseState", name: "pushParseState", pkg: "encoding/json", typ: $funcType([$Uint8, $Int, $Int], [$Int], false)}, {prop: "popParseState", name: "popParseState", pkg: "encoding/json", typ: $funcType([], [], false)}, {prop: "error", name: "error", pkg: "encoding/json", typ: $funcType([$Uint8, $String], [$Int], false)}];
	ptrType$16.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$17.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$19.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$9.methods = [{prop: "marshal", name: "marshal", pkg: "encoding/json", typ: $funcType([$emptyInterface, encOpts], [$error], false)}, {prop: "error", name: "error", pkg: "encoding/json", typ: $funcType([$error], [], false)}, {prop: "reflectValue", name: "reflectValue", pkg: "encoding/json", typ: $funcType([reflect.Value, encOpts], [], false)}, {prop: "string", name: "string", pkg: "encoding/json", typ: $funcType([$String, $Bool], [], false)}, {prop: "stringBytes", name: "stringBytes", pkg: "encoding/json", typ: $funcType([sliceType$2, $Bool], [], false)}];
	floatEncoder.methods = [{prop: "encode", name: "encode", pkg: "encoding/json", typ: $funcType([ptrType$9, reflect.Value, encOpts], [], false)}];
	structEncoder.methods = [{prop: "encode", name: "encode", pkg: "encoding/json", typ: $funcType([ptrType$9, reflect.Value, encOpts], [], false)}];
	mapEncoder.methods = [{prop: "encode", name: "encode", pkg: "encoding/json", typ: $funcType([ptrType$9, reflect.Value, encOpts], [], false)}];
	sliceEncoder.methods = [{prop: "encode", name: "encode", pkg: "encoding/json", typ: $funcType([ptrType$9, reflect.Value, encOpts], [], false)}];
	arrayEncoder.methods = [{prop: "encode", name: "encode", pkg: "encoding/json", typ: $funcType([ptrType$9, reflect.Value, encOpts], [], false)}];
	ptrEncoder.methods = [{prop: "encode", name: "encode", pkg: "encoding/json", typ: $funcType([ptrType$9, reflect.Value, encOpts], [], false)}];
	condAddrEncoder.methods = [{prop: "encode", name: "encode", pkg: "encoding/json", typ: $funcType([ptrType$9, reflect.Value, encOpts], [], false)}];
	ptrType$20.methods = [{prop: "resolve", name: "resolve", pkg: "encoding/json", typ: $funcType([], [$error], false)}];
	byIndex.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}];
	ptrType$10.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$22.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	Number.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Float64", name: "Float64", pkg: "", typ: $funcType([], [$Float64, $error], false)}, {prop: "Int64", name: "Int64", pkg: "", typ: $funcType([], [$Int64, $error], false)}];
	ptrType$23.methods = [{prop: "unmarshal", name: "unmarshal", pkg: "encoding/json", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "readIndex", name: "readIndex", pkg: "encoding/json", typ: $funcType([], [$Int], false)}, {prop: "init", name: "init", pkg: "encoding/json", typ: $funcType([sliceType$2], [ptrType$23], false)}, {prop: "saveError", name: "saveError", pkg: "encoding/json", typ: $funcType([$error], [], false)}, {prop: "addErrorContext", name: "addErrorContext", pkg: "encoding/json", typ: $funcType([$error], [$error], false)}, {prop: "skip", name: "skip", pkg: "encoding/json", typ: $funcType([], [], false)}, {prop: "scanNext", name: "scanNext", pkg: "encoding/json", typ: $funcType([], [], false)}, {prop: "scanWhile", name: "scanWhile", pkg: "encoding/json", typ: $funcType([$Int], [], false)}, {prop: "rescanLiteral", name: "rescanLiteral", pkg: "encoding/json", typ: $funcType([], [], false)}, {prop: "value", name: "value", pkg: "encoding/json", typ: $funcType([reflect.Value], [$error], false)}, {prop: "valueQuoted", name: "valueQuoted", pkg: "encoding/json", typ: $funcType([], [$emptyInterface], false)}, {prop: "array", name: "array", pkg: "encoding/json", typ: $funcType([reflect.Value], [$error], false)}, {prop: "object", name: "object", pkg: "encoding/json", typ: $funcType([reflect.Value], [$error], false)}, {prop: "convertNumber", name: "convertNumber", pkg: "encoding/json", typ: $funcType([$String], [$emptyInterface, $error], false)}, {prop: "literalStore", name: "literalStore", pkg: "encoding/json", typ: $funcType([sliceType$2, reflect.Value, $Bool], [$error], false)}, {prop: "valueInterface", name: "valueInterface", pkg: "encoding/json", typ: $funcType([], [$emptyInterface], false)}, {prop: "arrayInterface", name: "arrayInterface", pkg: "encoding/json", typ: $funcType([], [sliceType], false)}, {prop: "objectInterface", name: "objectInterface", pkg: "encoding/json", typ: $funcType([], [mapType], false)}, {prop: "literalInterface", name: "literalInterface", pkg: "encoding/json", typ: $funcType([], [$emptyInterface], false)}];
	Decoder.init("encoding/json", [{prop: "r", name: "r", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "d", name: "d", embedded: false, exported: false, typ: decodeState, tag: ""}, {prop: "scanp", name: "scanp", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "scanned", name: "scanned", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "scan", name: "scan", embedded: false, exported: false, typ: scanner, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "tokenState", name: "tokenState", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "tokenStack", name: "tokenStack", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	Encoder.init("encoding/json", [{prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "escapeHTML", name: "escapeHTML", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "indentBuf", name: "indentBuf", embedded: false, exported: false, typ: ptrType$5, tag: ""}, {prop: "indentPrefix", name: "indentPrefix", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "indentValue", name: "indentValue", embedded: false, exported: false, typ: $String, tag: ""}]);
	Token.init([]);
	SyntaxError.init("encoding/json", [{prop: "msg", name: "msg", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "Offset", name: "Offset", embedded: false, exported: true, typ: $Int64, tag: ""}]);
	scanner.init("encoding/json", [{prop: "step", name: "step", embedded: false, exported: false, typ: funcType, tag: ""}, {prop: "endTop", name: "endTop", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "parseState", name: "parseState", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "bytes", name: "bytes", embedded: false, exported: false, typ: $Int64, tag: ""}]);
	Marshaler.init([{prop: "MarshalJSON", name: "MarshalJSON", pkg: "", typ: $funcType([], [sliceType$2, $error], false)}]);
	UnsupportedTypeError.init("", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: reflect.Type, tag: ""}]);
	UnsupportedValueError.init("", [{prop: "Value", name: "Value", embedded: false, exported: true, typ: reflect.Value, tag: ""}, {prop: "Str", name: "Str", embedded: false, exported: true, typ: $String, tag: ""}]);
	MarshalerError.init("encoding/json", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: reflect.Type, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}, {prop: "sourceFunc", name: "sourceFunc", embedded: false, exported: false, typ: $String, tag: ""}]);
	encodeState.init("encoding/json", [{prop: "Buffer", name: "Buffer", embedded: true, exported: true, typ: bytes.Buffer, tag: ""}, {prop: "scratch", name: "scratch", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "ptrLevel", name: "ptrLevel", embedded: false, exported: false, typ: $Uint, tag: ""}, {prop: "ptrSeen", name: "ptrSeen", embedded: false, exported: false, typ: mapType$1, tag: ""}]);
	jsonError.init("encoding/json", [{prop: "error", name: "error", embedded: true, exported: false, typ: $error, tag: ""}]);
	encOpts.init("encoding/json", [{prop: "quoted", name: "quoted", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "escapeHTML", name: "escapeHTML", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	encoderFunc.init([ptrType$9, reflect.Value, encOpts], [], false);
	structEncoder.init("encoding/json", [{prop: "fields", name: "fields", embedded: false, exported: false, typ: structFields, tag: ""}]);
	structFields.init("encoding/json", [{prop: "list", name: "list", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "nameIndex", name: "nameIndex", embedded: false, exported: false, typ: mapType$2, tag: ""}]);
	mapEncoder.init("encoding/json", [{prop: "elemEnc", name: "elemEnc", embedded: false, exported: false, typ: encoderFunc, tag: ""}]);
	sliceEncoder.init("encoding/json", [{prop: "arrayEnc", name: "arrayEnc", embedded: false, exported: false, typ: encoderFunc, tag: ""}]);
	arrayEncoder.init("encoding/json", [{prop: "elemEnc", name: "elemEnc", embedded: false, exported: false, typ: encoderFunc, tag: ""}]);
	ptrEncoder.init("encoding/json", [{prop: "elemEnc", name: "elemEnc", embedded: false, exported: false, typ: encoderFunc, tag: ""}]);
	condAddrEncoder.init("encoding/json", [{prop: "canAddrEnc", name: "canAddrEnc", embedded: false, exported: false, typ: encoderFunc, tag: ""}, {prop: "elseEnc", name: "elseEnc", embedded: false, exported: false, typ: encoderFunc, tag: ""}]);
	reflectWithString.init("encoding/json", [{prop: "k", name: "k", embedded: false, exported: false, typ: reflect.Value, tag: ""}, {prop: "v", name: "v", embedded: false, exported: false, typ: reflect.Value, tag: ""}, {prop: "ks", name: "ks", embedded: false, exported: false, typ: $String, tag: ""}]);
	field.init("encoding/json", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "nameBytes", name: "nameBytes", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "equalFold", name: "equalFold", embedded: false, exported: false, typ: funcType$1, tag: ""}, {prop: "nameNonEsc", name: "nameNonEsc", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "nameEscHTML", name: "nameEscHTML", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "tag", name: "tag", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "index", name: "index", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "typ", name: "typ", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "omitEmpty", name: "omitEmpty", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "quoted", name: "quoted", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "encoder", name: "encoder", embedded: false, exported: false, typ: encoderFunc, tag: ""}]);
	byIndex.init(field);
	Unmarshaler.init([{prop: "UnmarshalJSON", name: "UnmarshalJSON", pkg: "", typ: $funcType([sliceType$2], [$error], false)}]);
	UnmarshalTypeError.init("", [{prop: "Value", name: "Value", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Type", name: "Type", embedded: false, exported: true, typ: reflect.Type, tag: ""}, {prop: "Offset", name: "Offset", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Struct", name: "Struct", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Field", name: "Field", embedded: false, exported: true, typ: $String, tag: ""}]);
	InvalidUnmarshalError.init("", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: reflect.Type, tag: ""}]);
	errorContext.init("", [{prop: "Struct", name: "Struct", embedded: false, exported: true, typ: reflect.Type, tag: ""}, {prop: "FieldStack", name: "FieldStack", embedded: false, exported: true, typ: sliceType$5, tag: ""}]);
	decodeState.init("encoding/json", [{prop: "data", name: "data", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "off", name: "off", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "opcode", name: "opcode", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "scan", name: "scan", embedded: false, exported: false, typ: scanner, tag: ""}, {prop: "errorContext", name: "errorContext", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "savedError", name: "savedError", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "useNumber", name: "useNumber", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "disallowUnknownFields", name: "disallowUnknownFields", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	unquotedValue.init("", []);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = encoding.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = base64.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = nosync.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf16.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		encodeStatePool = new nosync.Pool.ptr(sliceType.nil, $throwNilPointerError);
		encoderCache = new nosync.Map.ptr(false);
		fieldCache = new nosync.Map.ptr(false);
		safeSet = $toNativeArray($kindBool, [false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, true, true, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true]);
		htmlSafeSet = $toNativeArray($kindBool, [false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, true, true, false, true, true, true, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, true, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true]);
		scannerPool = new nosync.Pool.ptr(sliceType.nil, (function() {
			return new scanner.ptr($throwNilPointerError, false, sliceType$1.nil, $ifaceNil, new $Int64(0, 0));
		}));
		hex = "0123456789abcdef";
		_r = reflect.TypeOf((ptrType$1.nil)).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		marshalerType = _r;
		_r$1 = reflect.TypeOf((ptrType$2.nil)).Elem(); /* */ $s = 17; case 17: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		textMarshalerType = _r$1;
		float32Encoder = $methodVal(new floatEncoder(32), "encode");
		float64Encoder = $methodVal(new floatEncoder(64), "encode");
		nullLiteral = (new sliceType$2($stringToBytes("null")));
		_r$2 = reflect.TypeOf((ptrType$3.nil)).Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		textUnmarshalerType = _r$2;
		numberType = reflect.TypeOf(new Number(""));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/set"] = (function() {
	var $pkg = {}, $init, bits;
	bits = $packages["math/bits"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bits.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/encoding/prototext"] = (function() {
	var $pkg = {}, $init, fmt, protowire, messageset, text, errors, flags, genid, order, pragma, set, strs, proto, protoreflect, protoregistry, strconv, utf8, MarshalOptions, encoder, arrayType, sliceType, sliceType$1, interfaceType, ptrType;
	fmt = $packages["fmt"];
	protowire = $packages["google.golang.org/protobuf/encoding/protowire"];
	messageset = $packages["google.golang.org/protobuf/internal/encoding/messageset"];
	text = $packages["google.golang.org/protobuf/internal/encoding/text"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	flags = $packages["google.golang.org/protobuf/internal/flags"];
	genid = $packages["google.golang.org/protobuf/internal/genid"];
	order = $packages["google.golang.org/protobuf/internal/order"];
	pragma = $packages["google.golang.org/protobuf/internal/pragma"];
	set = $packages["google.golang.org/protobuf/internal/set"];
	strs = $packages["google.golang.org/protobuf/internal/strs"];
	proto = $packages["google.golang.org/protobuf/proto"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	protoregistry = $packages["google.golang.org/protobuf/reflect/protoregistry"];
	strconv = $packages["strconv"];
	utf8 = $packages["unicode/utf8"];
	MarshalOptions = $pkg.MarshalOptions = $newType(0, $kindStruct, "prototext.MarshalOptions", true, "google.golang.org/protobuf/encoding/prototext", true, function(NoUnkeyedLiterals_, Multiline_, Indent_, EmitASCII_, allowInvalidUTF8_, AllowPartial_, EmitUnknown_, Resolver_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.NoUnkeyedLiterals = new pragma.NoUnkeyedLiterals.ptr();
			this.Multiline = false;
			this.Indent = "";
			this.EmitASCII = false;
			this.allowInvalidUTF8 = false;
			this.AllowPartial = false;
			this.EmitUnknown = false;
			this.Resolver = $ifaceNil;
			return;
		}
		this.NoUnkeyedLiterals = NoUnkeyedLiterals_;
		this.Multiline = Multiline_;
		this.Indent = Indent_;
		this.EmitASCII = EmitASCII_;
		this.allowInvalidUTF8 = allowInvalidUTF8_;
		this.AllowPartial = AllowPartial_;
		this.EmitUnknown = EmitUnknown_;
		this.Resolver = Resolver_;
	});
	encoder = $pkg.encoder = $newType(0, $kindStruct, "prototext.encoder", true, "google.golang.org/protobuf/encoding/prototext", false, function(Encoder_, opts_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Encoder = ptrType.nil;
			this.opts = new MarshalOptions.ptr(new pragma.NoUnkeyedLiterals.ptr(), false, "", false, false, false, false, $ifaceNil);
			return;
		}
		this.Encoder = Encoder_;
		this.opts = opts_;
	});
	arrayType = $arrayType($Uint8, 2);
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($emptyInterface);
	interfaceType = $interfaceType([{prop: "FindExtensionByName", name: "FindExtensionByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.ExtensionType, $error], false)}, {prop: "FindExtensionByNumber", name: "FindExtensionByNumber", pkg: "", typ: $funcType([protoreflect.FullName, protowire.Number], [protoreflect.ExtensionType, $error], false)}, {prop: "FindMessageByName", name: "FindMessageByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.MessageType, $error], false)}, {prop: "FindMessageByURL", name: "FindMessageByURL", pkg: "", typ: $funcType([$String], [protoreflect.MessageType, $error], false)}]);
	ptrType = $ptrType(text.Encoder);
	MarshalOptions.ptr.prototype.Format = function(m) {
		var {_r, _r$1, _r$2, _tuple, _v, b, m, o, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		if ($interfaceIsEqual(m, $ifaceNil)) { _v = true; $s = 3; continue s; }
		_r = m.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = _r.IsValid(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !_r$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return "<nil>";
		/* } */ case 2:
		o.allowInvalidUTF8 = true;
		o.AllowPartial = true;
		o.EmitUnknown = true;
		_r$2 = $clone(o, MarshalOptions).Marshal(m); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		b = _tuple[0];
		$s = -1; return ($bytesToString(b));
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.Format, $c: true, $r, _r, _r$1, _r$2, _tuple, _v, b, m, o, $s};return $f;
	};
	MarshalOptions.prototype.Format = function(m) { return this.$val.Format(m); };
	MarshalOptions.ptr.prototype.Marshal = function(m) {
		var {$24r, _r, m, o, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		_r = $clone(o, MarshalOptions).marshal(m); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.Marshal, $c: true, $r, $24r, _r, m, o, $s};return $f;
	};
	MarshalOptions.prototype.Marshal = function(m) { return this.$val.Marshal(m); };
	MarshalOptions.ptr.prototype.marshal = function(m) {
		var {$24r, _r, _r$1, _r$2, _r$3, _tuple, delims, enc, err, internalEnc, m, o, out, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		delims = $toNativeArray($kindUint8, [123, 125]);
		if (o.Multiline && o.Indent === "") {
			o.Indent = "  ";
		}
		if ($interfaceIsEqual(o.Resolver, $ifaceNil)) {
			o.Resolver = protoregistry.GlobalTypes;
		}
		_r = text.NewEncoder(o.Indent, $clone(delims, arrayType), o.EmitASCII); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		internalEnc = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return [new sliceType([]), $ifaceNil];
		}
		enc = new encoder.ptr(internalEnc, $clone(o, MarshalOptions));
		_r$1 = m.ProtoReflect(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = $clone(enc, encoder).marshalMessage(_r$1, false); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		out = enc.Encoder.Bytes();
		if (o.Indent.length > 0 && out.$length > 0) {
			out = $append(out, 10);
		}
		if (o.AllowPartial) {
			$s = -1; return [out, $ifaceNil];
		}
		_r$3 = proto.CheckInitialized(m); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = [out, _r$3];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: MarshalOptions.ptr.prototype.marshal, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _tuple, delims, enc, err, internalEnc, m, o, out, $s};return $f;
	};
	MarshalOptions.prototype.marshal = function(m) { return this.$val.marshal(m); };
	encoder.ptr.prototype.marshalMessage = function(m, inclDelims) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _v, e, err, inclDelims, m, messageDesc, $s, $deferred, $r, $c} = $restore(this, {m, inclDelims});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		e = [e];
		err = [err];
		e[0] = this;
		_r = m.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		messageDesc = _r;
		if (!(true)) { _v = false; $s = 4; continue s; }
		_r$1 = messageset.IsMessageSet(messageDesc); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1; case 4:
		/* */ if (_v) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_v) { */ case 2:
			_r$2 = errors.New("no support for proto1 MessageSets", new sliceType$1([])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 7; case 7: return $24r;
		/* } */ case 3:
		/* */ if (inclDelims) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (inclDelims) { */ case 8:
			$r = e[0].Encoder.StartMessage(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(e[0].Encoder, "EndMessage"), []]);
		/* } */ case 9:
		_r$3 = messageDesc.FullName(); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3 === "google.protobuf.Any") { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (_r$3 === "google.protobuf.Any") { */ case 11:
			_r$4 = $clone(e[0], encoder).marshalAny(m); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (_r$4) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (_r$4) { */ case 14:
				$24r$1 = $ifaceNil;
				$s = 17; case 17: return $24r$1;
			/* } */ case 15:
		/* } */ case 12:
		err[0] = $ifaceNil;
		$r = order.RangeFields(m, order.IndexNameFieldOrder, (function(e, err) { return function $b(fd, v) {
			var {_r$5, _r$6, fd, v, $s, $r, $c} = $restore(this, {fd, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.TextName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(e[0], encoder).marshalField(_r$5, $clone(v, protoreflect.Value), fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err[0] = _r$6;
			if (!($interfaceIsEqual(err[0], $ifaceNil))) {
				$s = -1; return false;
			}
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, fd, v, $s};return $f;
		}; })(e, err)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 19:
			$24r$2 = err[0];
			$s = 21; case 21: return $24r$2;
		/* } */ case 20:
		/* */ if (e[0].opts.EmitUnknown) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (e[0].opts.EmitUnknown) { */ case 22:
			_r$5 = m.GetUnknown(); /* */ $s = 24; case 24: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$r = $clone(e[0], encoder).marshalUnknown($convertSliceType(_r$5, sliceType)); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 23:
		$24r$3 = $ifaceNil;
		$s = 26; case 26: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: encoder.ptr.prototype.marshalMessage, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _v, e, err, inclDelims, m, messageDesc, $s, $deferred};return $f; } }
	};
	encoder.prototype.marshalMessage = function(m, inclDelims) { return this.$val.marshalMessage(m, inclDelims); };
	encoder.ptr.prototype.marshalField = function(name, val, fd) {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, e, fd, name, val, $s, $r, $c} = $restore(this, {name, val, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
			_r = fd.IsList(); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r) { $s = 2; continue; }
			_r$1 = fd.IsMap(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r) { */ case 2:
				_arg = name;
				_r$2 = $clone(val, protoreflect.Value).List(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_arg$1 = _r$2;
				_arg$2 = fd;
				_r$3 = $clone(e, encoder).marshalList(_arg, _arg$1, _arg$2); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r = _r$3;
				$s = 10; case 10: return $24r;
			/* } else if (_r$1) { */ case 3:
				_arg$3 = name;
				_r$4 = $clone(val, protoreflect.Value).Map(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_arg$4 = _r$4;
				_arg$5 = fd;
				_r$5 = $clone(e, encoder).marshalMap(_arg$3, _arg$4, _arg$5); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$1 = _r$5;
				$s = 13; case 13: return $24r$1;
			/* } else { */ case 4:
				$r = e.Encoder.WriteName(name); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$6 = $clone(e, encoder).marshalSingular($clone(val, protoreflect.Value), fd); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$2 = _r$6;
				$s = 16; case 16: return $24r$2;
			/* } */ case 5:
		case 1:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.marshalField, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, e, fd, name, val, $s};return $f;
	};
	encoder.prototype.marshalField = function(name, val, fd) { return this.$val.marshalField(name, val, fd); };
	encoder.ptr.prototype.marshalSingular = function(val, fd) {
		var {$24r, $24r$1, _1, _arg, _arg$1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, desc, e, fd, kind, num, s, val, $s, $r, $c} = $restore(this, {val, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = fd.Kind(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		kind = _r;
			_1 = kind;
			/* */ if (_1 === (8)) { $s = 3; continue; }
			/* */ if (_1 === (9)) { $s = 4; continue; }
			/* */ if ((_1 === (5)) || (_1 === (3)) || (_1 === (17)) || (_1 === (18)) || (_1 === (15)) || (_1 === (16))) { $s = 5; continue; }
			/* */ if ((_1 === (13)) || (_1 === (4)) || (_1 === (7)) || (_1 === (6))) { $s = 6; continue; }
			/* */ if (_1 === (2)) { $s = 7; continue; }
			/* */ if (_1 === (1)) { $s = 8; continue; }
			/* */ if (_1 === (12)) { $s = 9; continue; }
			/* */ if (_1 === (14)) { $s = 10; continue; }
			/* */ if ((_1 === (11)) || (_1 === (10))) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (_1 === (8)) { */ case 3:
				_r$1 = $clone(val, protoreflect.Value).Bool(); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$r = e.Encoder.WriteBool(_r$1); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if (_1 === (9)) { */ case 4:
				_r$2 = $clone(val, protoreflect.Value).String(); /* */ $s = 16; case 16: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				s = _r$2;
				if (!(!e.opts.allowInvalidUTF8)) { _v = false; $s = 19; continue s; }
				_r$3 = strs.EnforceUTF8(fd); /* */ $s = 20; case 20: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_v = _r$3; case 19:
				/* */ if (_v && !utf8.ValidString(s)) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (_v && !utf8.ValidString(s)) { */ case 17:
					_r$4 = fd.FullName(); /* */ $s = 21; case 21: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$5 = errors.InvalidUTF8((_r$4)); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					$24r = _r$5;
					$s = 23; case 23: return $24r;
				/* } */ case 18:
				$r = e.Encoder.WriteString(s); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if ((_1 === (5)) || (_1 === (3)) || (_1 === (17)) || (_1 === (18)) || (_1 === (15)) || (_1 === (16))) { */ case 5:
				_r$6 = $clone(val, protoreflect.Value).Int(); /* */ $s = 25; case 25: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$r = e.Encoder.WriteInt(_r$6); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if ((_1 === (13)) || (_1 === (4)) || (_1 === (7)) || (_1 === (6))) { */ case 6:
				_r$7 = $clone(val, protoreflect.Value).Uint(); /* */ $s = 27; case 27: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$r = e.Encoder.WriteUint(_r$7); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if (_1 === (2)) { */ case 7:
				_r$8 = $clone(val, protoreflect.Value).Float(); /* */ $s = 29; case 29: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$r = e.Encoder.WriteFloat(_r$8, 32); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if (_1 === (1)) { */ case 8:
				_r$9 = $clone(val, protoreflect.Value).Float(); /* */ $s = 31; case 31: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$r = e.Encoder.WriteFloat(_r$9, 64); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if (_1 === (12)) { */ case 9:
				_r$10 = $clone(val, protoreflect.Value).Bytes(); /* */ $s = 33; case 33: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$r = e.Encoder.WriteString(($bytesToString(_r$10))); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if (_1 === (14)) { */ case 10:
				_r$11 = $clone(val, protoreflect.Value).Enum(); /* */ $s = 35; case 35: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				num = _r$11;
				_r$12 = fd.Enum(); /* */ $s = 36; case 36: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = _r$12.Values(); /* */ $s = 37; case 37: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = _r$13.ByNumber(num); /* */ $s = 38; case 38: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				desc = _r$14;
				/* */ if (!($interfaceIsEqual(desc, $ifaceNil))) { $s = 39; continue; }
				/* */ $s = 40; continue;
				/* if (!($interfaceIsEqual(desc, $ifaceNil))) { */ case 39:
					_r$15 = desc.Name(); /* */ $s = 42; case 42: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					$r = e.Encoder.WriteLiteral((_r$15)); /* */ $s = 43; case 43: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 41; continue;
				/* } else { */ case 40:
					$r = e.Encoder.WriteInt((new $Int64(0, num))); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 41:
				$s = 13; continue;
			/* } else if ((_1 === (11)) || (_1 === (10))) { */ case 11:
				_r$16 = $clone(val, protoreflect.Value).Message(); /* */ $s = 45; case 45: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = $clone(e, encoder).marshalMessage(_r$16, true); /* */ $s = 46; case 46: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r$1 = _r$17;
				$s = 47; case 47: return $24r$1;
			/* } else { */ case 12:
				_r$18 = fd.FullName(); /* */ $s = 48; case 48: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_arg = new protoreflect.FullName(_r$18);
				_arg$1 = new protoreflect.Kind(kind);
				_r$19 = fmt.Sprintf("%v has unknown kind: %v", new sliceType$1([_arg, _arg$1])); /* */ $s = 49; case 49: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				$panic(new $String(_r$19));
			/* } */ case 13:
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.marshalSingular, $c: true, $r, $24r, $24r$1, _1, _arg, _arg$1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, desc, e, fd, kind, num, s, val, $s};return $f;
	};
	encoder.prototype.marshalSingular = function(val, fd) { return this.$val.marshalSingular(val, fd); };
	encoder.ptr.prototype.marshalList = function(name, list, fd) {
		var {_r, _r$1, _r$2, e, err, fd, i, list, name, size, $s, $r, $c} = $restore(this, {name, list, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = list.Len(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		size = _r;
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < size)) { break; } */ if(!(i < size)) { $s = 3; continue; }
			$r = e.Encoder.WriteName(name); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$1 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = $clone(e, encoder).marshalSingular($clone(_r$1, protoreflect.Value), fd); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err = _r$2;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.marshalList, $c: true, $r, _r, _r$1, _r$2, e, err, fd, i, list, name, size, $s};return $f;
	};
	encoder.prototype.marshalList = function(name, list, fd) { return this.$val.marshalList(name, list, fd); };
	encoder.ptr.prototype.marshalMap = function(name, mmap, fd) {
		var {e, err, fd, mmap, name, $s, $r, $c} = $restore(this, {name, mmap, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = [e];
		err = [err];
		fd = [fd];
		name = [name];
		e[0] = this;
		err[0] = $ifaceNil;
		$r = order.RangeEntries(mmap, order.GenericKeyOrder, (function(e, err, fd, name) { return function $b(key, val) {
			var {$24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _r$3, key, val, $s, $deferred, $r, $c} = $restore(this, {key, val});
			/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
			$r = e[0].Encoder.WriteName(name[0]); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = e[0].Encoder.StartMessage(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(e[0].Encoder, "EndMessage"), []]);
			$r = e[0].Encoder.WriteName("key"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_arg = $clone($clone(key, protoreflect.MapKey).Value(), protoreflect.Value);
			_r = fd[0].MapKey(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_arg$1 = _r;
			_r$1 = $clone(e[0], encoder).marshalSingular(_arg, _arg$1); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err[0] = _r$1;
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 6:
				$24r = false;
				$s = 8; case 8: return $24r;
			/* } */ case 7:
			$r = e[0].Encoder.WriteName("value"); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_arg$2 = $clone(val, protoreflect.Value);
			_r$2 = fd[0].MapValue(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_arg$3 = _r$2;
			_r$3 = $clone(e[0], encoder).marshalSingular(_arg$2, _arg$3); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err[0] = _r$3;
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 12:
				$24r$1 = false;
				$s = 14; case 14: return $24r$1;
			/* } */ case 13:
			$24r$2 = true;
			$s = 15; case 15: return $24r$2;
			/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _r$3, key, val, $s, $deferred};return $f; } }
		}; })(e, err, fd, name)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err[0];
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.marshalMap, $c: true, $r, e, err, fd, mmap, name, $s};return $f;
	};
	encoder.prototype.marshalMap = function(name, mmap, fd) { return this.$val.marshalMap(name, mmap, fd); };
	encoder.ptr.prototype.marshalUnknown = function(b) {
		var {_1, _r, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, b, e, n, num, v, v$1, v$2, v$3, v$4, wtype, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		/* while (true) { */ case 1:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 2; continue; }
			_tuple = protowire.ConsumeTag(b);
			num = _tuple[0];
			wtype = _tuple[1];
			n = _tuple[2];
			b = $subslice(b, n);
			$r = e.Encoder.WriteName(strconv.FormatInt((new $Int64(0, num)), 10)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_1 = wtype;
				/* */ if (_1 === (0)) { $s = 5; continue; }
				/* */ if (_1 === (5)) { $s = 6; continue; }
				/* */ if (_1 === (1)) { $s = 7; continue; }
				/* */ if (_1 === (2)) { $s = 8; continue; }
				/* */ if (_1 === (3)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_1 === (0)) { */ case 5:
					v = new $Uint64(0, 0);
					_tuple$1 = protowire.ConsumeVarint(b);
					v = _tuple$1[0];
					n = _tuple$1[1];
					$r = e.Encoder.WriteUint(v); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 11; continue;
				/* } else if (_1 === (5)) { */ case 6:
					v$1 = 0;
					_tuple$2 = protowire.ConsumeFixed32(b);
					v$1 = _tuple$2[0];
					n = _tuple$2[1];
					$r = e.Encoder.WriteLiteral("0x" + strconv.FormatUint((new $Uint64(0, v$1)), 16)); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 11; continue;
				/* } else if (_1 === (1)) { */ case 7:
					v$2 = new $Uint64(0, 0);
					_tuple$3 = protowire.ConsumeFixed64(b);
					v$2 = _tuple$3[0];
					n = _tuple$3[1];
					$r = e.Encoder.WriteLiteral("0x" + strconv.FormatUint(v$2, 16)); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 11; continue;
				/* } else if (_1 === (2)) { */ case 8:
					v$3 = sliceType.nil;
					_tuple$4 = protowire.ConsumeBytes(b);
					v$3 = _tuple$4[0];
					n = _tuple$4[1];
					$r = e.Encoder.WriteString(($bytesToString(v$3))); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 11; continue;
				/* } else if (_1 === (3)) { */ case 9:
					$r = e.Encoder.StartMessage(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					v$4 = sliceType.nil;
					_tuple$5 = protowire.ConsumeGroup(num, b);
					v$4 = _tuple$5[0];
					n = _tuple$5[1];
					$r = $clone(e, encoder).marshalUnknown(v$4); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$r = e.Encoder.EndMessage(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 11; continue;
				/* } else { */ case 10:
					_r = fmt.Sprintf("prototext: error parsing unknown field wire type: %v", new sliceType$1([new protowire.Type(wtype)])); /* */ $s = 19; case 19: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					$panic(new $String(_r));
				/* } */ case 11:
			case 4:
			b = $subslice(b, n);
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.marshalUnknown, $c: true, $r, _1, _r, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, b, e, n, num, v, v$1, v$2, v$3, v$4, wtype, $s};return $f;
	};
	encoder.prototype.marshalUnknown = function(b) { return this.$val.marshalUnknown(b); };
	encoder.ptr.prototype.marshalAny = function(any) {
		var {_r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, any, e, err, fdType, fdValue, fds, m, mt, pos, typeURL, value, $s, $r, $c} = $restore(this, {any});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = any.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = _r.Fields(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		fds = _r$1;
		_r$2 = fds.ByNumber(1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		fdType = _r$2;
		_r$3 = any.Get(fdType); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = $clone(_r$3, protoreflect.Value).String(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		typeURL = _r$4;
		_r$5 = e.opts.Resolver.FindMessageByURL(typeURL); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		mt = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return false;
		}
		_r$6 = mt.New(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Interface(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		m = _r$7;
		_r$8 = fds.ByNumber(2); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		fdValue = _r$8;
		_r$9 = any.Get(fdValue); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		value = $clone(_r$9, protoreflect.Value);
		_r$10 = $clone(value, protoreflect.Value).Bytes(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$11 = new proto.UnmarshalOptions.ptr(new pragma.NoUnkeyedLiterals.ptr(), false, true, false, e.opts.Resolver, 0).Unmarshal(_r$10, m); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		err = _r$11;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return false;
		}
		pos = $clone(e.Encoder.Snapshot(), text.encoderState);
		$r = e.Encoder.WriteName("[" + typeURL + "]"); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$12 = m.ProtoReflect(); /* */ $s = 14; case 14: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_r$13 = $clone(e, encoder).marshalMessage(_r$12, true); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		err = _r$13;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			e.Encoder.Reset($clone(pos, text.encoderState));
			$s = -1; return false;
		}
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: encoder.ptr.prototype.marshalAny, $c: true, $r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, any, e, err, fdType, fdValue, fds, m, mt, pos, typeURL, value, $s};return $f;
	};
	encoder.prototype.marshalAny = function(any) { return this.$val.marshalAny(any); };
	MarshalOptions.methods = [{prop: "Format", name: "Format", pkg: "", typ: $funcType([protoreflect.ProtoMessage], [$String], false)}, {prop: "Marshal", name: "Marshal", pkg: "", typ: $funcType([protoreflect.ProtoMessage], [sliceType, $error], false)}, {prop: "marshal", name: "marshal", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([protoreflect.ProtoMessage], [sliceType, $error], false)}];
	encoder.methods = [{prop: "marshalMessage", name: "marshalMessage", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([protoreflect.Message, $Bool], [$error], false)}, {prop: "marshalField", name: "marshalField", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([$String, protoreflect.Value, protoreflect.FieldDescriptor], [$error], false)}, {prop: "marshalSingular", name: "marshalSingular", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([protoreflect.Value, protoreflect.FieldDescriptor], [$error], false)}, {prop: "marshalList", name: "marshalList", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([$String, protoreflect.List, protoreflect.FieldDescriptor], [$error], false)}, {prop: "marshalMap", name: "marshalMap", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([$String, protoreflect.Map, protoreflect.FieldDescriptor], [$error], false)}, {prop: "marshalUnknown", name: "marshalUnknown", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([sliceType], [], false)}, {prop: "marshalAny", name: "marshalAny", pkg: "google.golang.org/protobuf/encoding/prototext", typ: $funcType([protoreflect.Message], [$Bool], false)}];
	MarshalOptions.init("google.golang.org/protobuf/encoding/prototext", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Multiline", name: "Multiline", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Indent", name: "Indent", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "EmitASCII", name: "EmitASCII", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "allowInvalidUTF8", name: "allowInvalidUTF8", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "AllowPartial", name: "AllowPartial", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "EmitUnknown", name: "EmitUnknown", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Resolver", name: "Resolver", embedded: false, exported: true, typ: interfaceType, tag: ""}]);
	encoder.init("google.golang.org/protobuf/encoding/prototext", [{prop: "Encoder", name: "Encoder", embedded: true, exported: true, typ: ptrType, tag: ""}, {prop: "opts", name: "opts", embedded: false, exported: false, typ: MarshalOptions, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protowire.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = messageset.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = text.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flags.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = genid.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = order.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pragma.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = set.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strs.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = proto.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoregistry.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/encoding/tag"] = (function() {
	var $pkg = {}, $init, defval, filedesc, strs, protoreflect, reflect, strconv, strings, ptrType, funcType, arrayType, sliceType, sliceType$1, byteType, Unmarshal, Marshal;
	defval = $packages["google.golang.org/protobuf/internal/encoding/defval"];
	filedesc = $packages["google.golang.org/protobuf/internal/filedesc"];
	strs = $packages["google.golang.org/protobuf/internal/strs"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	reflect = $packages["reflect"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	ptrType = $ptrType(filedesc.File);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($String);
	Unmarshal = function(tag, goType, evs) {
		var {_1, _2, _3, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _v, ev, evs, f, goType, i, jsonName, n, s, tag, v, $s, $r, $c} = $restore(this, {tag, goType, evs});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = new filedesc.Field.ptr(new filedesc.Base.ptr(new filedesc.BaseL0.ptr("", ptrType.nil, $ifaceNil, 0)), new filedesc.FieldL1.ptr($throwNilPointerError, 0, 0, 0, new filedesc.stringName.ptr(false, new $packages["sync"].Once.ptr(0, new $packages["sync"].Mutex.ptr(0, 0)), "", ""), false, false, false, false, false, false, new filedesc.defaultValue.ptr(false, new protoreflect.Value.ptr(arrayType.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), $ifaceNil, sliceType.nil), $ifaceNil, $ifaceNil, $ifaceNil));
		f.Base.L0.ParentFile = filedesc.SurrogateProto2;
		/* while (true) { */ case 1:
			/* if (!(tag.length > 0)) { break; } */ if(!(tag.length > 0)) { $s = 2; continue; }
			i = strings.IndexByte(tag, 44);
			if (i < 0) {
				i = tag.length;
			}
				s = $substring(tag, 0, i);
				/* */ if (strings.HasPrefix(s, "name=")) { $s = 4; continue; }
				/* */ if (strings.Trim(s, "0123456789") === "") { $s = 5; continue; }
				/* */ if (s === "opt") { $s = 6; continue; }
				/* */ if (s === "req") { $s = 7; continue; }
				/* */ if (s === "rep") { $s = 8; continue; }
				/* */ if (s === "varint") { $s = 9; continue; }
				/* */ if (s === "zigzag32") { $s = 10; continue; }
				/* */ if (s === "zigzag64") { $s = 11; continue; }
				/* */ if (s === "fixed32") { $s = 12; continue; }
				/* */ if (s === "fixed64") { $s = 13; continue; }
				/* */ if (s === "bytes") { $s = 14; continue; }
				/* */ if (s === "group") { $s = 15; continue; }
				/* */ if (strings.HasPrefix(s, "enum=")) { $s = 16; continue; }
				/* */ if (strings.HasPrefix(s, "json=")) { $s = 17; continue; }
				/* */ if (s === "packed") { $s = 18; continue; }
				/* */ if (strings.HasPrefix(s, "weak=")) { $s = 19; continue; }
				/* */ if (strings.HasPrefix(s, "def=")) { $s = 20; continue; }
				/* */ if (s === "proto3") { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (strings.HasPrefix(s, "name=")) { */ case 4:
					f.Base.L0.FullName = ($substring(s, 5));
					$s = 22; continue;
				/* } else if (strings.Trim(s, "0123456789") === "") { */ case 5:
					_tuple = strconv.ParseUint(s, 10, 32);
					n = _tuple[0];
					f.L1.Number = ((n.$low >> 0));
					$s = 22; continue;
				/* } else if (s === "opt") { */ case 6:
					f.L1.Cardinality = 1;
					$s = 22; continue;
				/* } else if (s === "req") { */ case 7:
					f.L1.Cardinality = 2;
					$s = 22; continue;
				/* } else if (s === "rep") { */ case 8:
					f.L1.Cardinality = 3;
					$s = 22; continue;
				/* } else if (s === "varint") { */ case 9:
						_r = goType.Kind(); /* */ $s = 24; case 24: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
						_1 = _r;
						if (_1 === (1)) {
							f.L1.Kind = 8;
						} else if (_1 === (5)) {
							f.L1.Kind = 5;
						} else if (_1 === (6)) {
							f.L1.Kind = 3;
						} else if (_1 === (10)) {
							f.L1.Kind = 13;
						} else if (_1 === (11)) {
							f.L1.Kind = 4;
						}
					case 23:
					$s = 22; continue;
				/* } else if (s === "zigzag32") { */ case 10:
					_r$1 = goType.Kind(); /* */ $s = 27; case 27: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					/* */ if (_r$1 === 5) { $s = 25; continue; }
					/* */ $s = 26; continue;
					/* if (_r$1 === 5) { */ case 25:
						f.L1.Kind = 17;
					/* } */ case 26:
					$s = 22; continue;
				/* } else if (s === "zigzag64") { */ case 11:
					_r$2 = goType.Kind(); /* */ $s = 30; case 30: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					/* */ if (_r$2 === 6) { $s = 28; continue; }
					/* */ $s = 29; continue;
					/* if (_r$2 === 6) { */ case 28:
						f.L1.Kind = 18;
					/* } */ case 29:
					$s = 22; continue;
				/* } else if (s === "fixed32") { */ case 12:
						_r$3 = goType.Kind(); /* */ $s = 32; case 32: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_2 = _r$3;
						if (_2 === (5)) {
							f.L1.Kind = 15;
						} else if (_2 === (10)) {
							f.L1.Kind = 7;
						} else if (_2 === (13)) {
							f.L1.Kind = 2;
						}
					case 31:
					$s = 22; continue;
				/* } else if (s === "fixed64") { */ case 13:
						_r$4 = goType.Kind(); /* */ $s = 34; case 34: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
						_3 = _r$4;
						if (_3 === (6)) {
							f.L1.Kind = 16;
						} else if (_3 === (11)) {
							f.L1.Kind = 6;
						} else if (_3 === (14)) {
							f.L1.Kind = 1;
						}
					case 33:
					$s = 22; continue;
				/* } else if (s === "bytes") { */ case 14:
						_r$5 = goType.Kind(); /* */ $s = 40; case 40: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
						/* */ if ((_r$5 === 24)) { $s = 36; continue; }
						_r$6 = goType.Kind(); /* */ $s = 42; case 42: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						if (!(_r$6 === 23)) { _v = false; $s = 41; continue s; }
						_r$7 = goType.Elem(); /* */ $s = 43; case 43: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
						_v = $interfaceIsEqual(_r$7, byteType); case 41:
						/* */ if (_v) { $s = 37; continue; }
						/* */ $s = 38; continue;
						/* if ((_r$5 === 24)) { */ case 36:
							f.L1.Kind = 9;
							$s = 39; continue;
						/* } else if (_v) { */ case 37:
							f.L1.Kind = 12;
							$s = 39; continue;
						/* } else { */ case 38:
							f.L1.Kind = 11;
						/* } */ case 39:
					case 35:
					$s = 22; continue;
				/* } else if (s === "group") { */ case 15:
					f.L1.Kind = 10;
					$s = 22; continue;
				/* } else if (strings.HasPrefix(s, "enum=")) { */ case 16:
					f.L1.Kind = 14;
					$s = 22; continue;
				/* } else if (strings.HasPrefix(s, "json=")) { */ case 17:
					jsonName = $substring(s, 5);
					if (!(jsonName === strs.JSONCamelCase((new protoreflect.FullName(f.Base.L0.FullName).Name())))) {
						f.L1.StringName.InitJSON(jsonName);
					}
					$s = 22; continue;
				/* } else if (s === "packed") { */ case 18:
					f.L1.HasPacked = true;
					f.L1.IsPacked = true;
					$s = 22; continue;
				/* } else if (strings.HasPrefix(s, "weak=")) { */ case 19:
					f.L1.IsWeak = true;
					f.L1.Message = new filedesc.PlaceholderMessage((($substring(s, 5))));
					$s = 22; continue;
				/* } else if (strings.HasPrefix(s, "def=")) { */ case 20:
					_tmp = $substring(tag, 4);
					_tmp$1 = tag.length;
					s = _tmp;
					i = _tmp$1;
					_r$8 = defval.Unmarshal(s, f.L1.Kind, evs, 2); /* */ $s = 44; case 44: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_tuple$1 = _r$8;
					v = $clone(_tuple$1[0], protoreflect.Value);
					ev = _tuple$1[1];
					_r$9 = filedesc.DefaultValue($clone(v, protoreflect.Value), ev); /* */ $s = 45; case 45: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					filedesc.defaultValue.copy(f.L1.Default, _r$9);
					$s = 22; continue;
				/* } else if (s === "proto3") { */ case 21:
					f.Base.L0.ParentFile = filedesc.SurrogateProto3;
				/* } */ case 22:
			case 3:
			tag = strings.TrimPrefix($substring(tag, i), ",");
		$s = 1; continue;
		case 2:
		/* */ if (f.L1.Kind === 10) { $s = 46; continue; }
		/* */ $s = 47; continue;
		/* if (f.L1.Kind === 10) { */ case 46:
			_r$10 = strings.ToLower((f.Base.L0.FullName)); /* */ $s = 48; case 48: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			f.Base.L0.FullName = (_r$10);
		/* } */ case 47:
		$s = -1; return f;
		/* */ } return; } var $f = {$blk: Unmarshal, $c: true, $r, _1, _2, _3, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _v, ev, evs, f, goType, i, jsonName, n, s, tag, v, $s};return $f;
	};
	$pkg.Unmarshal = Unmarshal;
	Marshal = function(fd, enumName) {
		var {_1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _v, _v$1, def, enumName, fd, jsonName, name, tag, $s, $r, $c} = $restore(this, {fd, enumName});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		tag = sliceType$1.nil;
			_r = fd.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_1 = _r;
			if ((_1 === (8)) || (_1 === (14)) || (_1 === (5)) || (_1 === (13)) || (_1 === (3)) || (_1 === (4))) {
				tag = $append(tag, "varint");
			} else if (_1 === (17)) {
				tag = $append(tag, "zigzag32");
			} else if (_1 === (18)) {
				tag = $append(tag, "zigzag64");
			} else if ((_1 === (15)) || (_1 === (7)) || (_1 === (2))) {
				tag = $append(tag, "fixed32");
			} else if ((_1 === (16)) || (_1 === (6)) || (_1 === (1))) {
				tag = $append(tag, "fixed64");
			} else if ((_1 === (9)) || (_1 === (12)) || (_1 === (11))) {
				tag = $append(tag, "bytes");
			} else if (_1 === (10)) {
				tag = $append(tag, "group");
			}
		case 1:
		_r$1 = fd.Number(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = strconv.Itoa(((_r$1 >> 0))); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		tag = $append(tag, _r$2);
			_r$3 = fd.Cardinality(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_2 = _r$3;
			if (_2 === (1)) {
				tag = $append(tag, "opt");
			} else if (_2 === (2)) {
				tag = $append(tag, "req");
			} else if (_2 === (3)) {
				tag = $append(tag, "rep");
			}
		case 5:
		_r$4 = fd.IsPacked(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (_r$4) { */ case 7:
			tag = $append(tag, "packed");
		/* } */ case 8:
		_r$5 = fd.Name(); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		name = (_r$5);
		_r$6 = fd.Kind(); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (_r$6 === 10) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (_r$6 === 10) { */ case 11:
			_r$7 = fd.Message(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Name(); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			name = (_r$8);
		/* } */ case 12:
		tag = $append(tag, "name=" + name);
		_r$9 = fd.JSONName(); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		jsonName = _r$9;
		if (!(!(jsonName === "") && !(jsonName === name))) { _v = false; $s = 19; continue s; }
		_r$10 = fd.IsExtension(); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_v = !_r$10; case 19:
		/* */ if (_v) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (_v) { */ case 17:
			tag = $append(tag, "json=" + jsonName);
		/* } */ case 18:
		_r$11 = fd.IsWeak(); /* */ $s = 23; case 23: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		/* */ if (_r$11) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (_r$11) { */ case 21:
			_r$12 = fd.Message(); /* */ $s = 24; case 24: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = _r$12.FullName(); /* */ $s = 25; case 25: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			tag = $append(tag, "weak=" + (_r$13));
		/* } */ case 22:
		_r$14 = fd.Syntax(); /* */ $s = 29; case 29: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		if (!(_r$14 === 3)) { _v$1 = false; $s = 28; continue s; }
		_r$15 = fd.IsExtension(); /* */ $s = 30; case 30: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_v$1 = !_r$15; case 28:
		/* */ if (_v$1) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (_v$1) { */ case 26:
			tag = $append(tag, "proto3");
		/* } */ case 27:
		_r$16 = fd.Kind(); /* */ $s = 33; case 33: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		/* */ if ((_r$16 === 14) && !(enumName === "")) { $s = 31; continue; }
		/* */ $s = 32; continue;
		/* if ((_r$16 === 14) && !(enumName === "")) { */ case 31:
			tag = $append(tag, "enum=" + enumName);
		/* } */ case 32:
		_r$17 = fd.ContainingOneof(); /* */ $s = 36; case 36: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		/* */ if (!($interfaceIsEqual(_r$17, $ifaceNil))) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if (!($interfaceIsEqual(_r$17, $ifaceNil))) { */ case 34:
			tag = $append(tag, "oneof");
		/* } */ case 35:
		_r$18 = fd.HasDefault(); /* */ $s = 39; case 39: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		/* */ if (_r$18) { $s = 37; continue; }
		/* */ $s = 38; continue;
		/* if (_r$18) { */ case 37:
			_r$19 = fd.Default(); /* */ $s = 40; case 40: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_arg = $clone(_r$19, protoreflect.Value);
			_r$20 = fd.DefaultEnumValue(); /* */ $s = 41; case 41: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_arg$1 = _r$20;
			_r$21 = fd.Kind(); /* */ $s = 42; case 42: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_arg$2 = _r$21;
			_r$22 = defval.Marshal(_arg, _arg$1, _arg$2, 2); /* */ $s = 43; case 43: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_tuple = _r$22;
			def = _tuple[0];
			tag = $append(tag, "def=" + def);
		/* } */ case 38:
		$s = -1; return strings.Join(tag, ",");
		/* */ } return; } var $f = {$blk: Marshal, $c: true, $r, _1, _2, _arg, _arg$1, _arg$2, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _v, _v$1, def, enumName, fd, jsonName, name, tag, $s};return $f;
	};
	$pkg.Marshal = Marshal;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = defval.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = filedesc.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strs.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		byteType = reflect.TypeOf(new $Uint8(0));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["io/ioutil"] = (function() {
	var $pkg = {}, $init, io, fs, os, sort, ReadAll, NopCloser;
	io = $packages["io"];
	fs = $packages["io/fs"];
	os = $packages["os"];
	sort = $packages["sort"];
	ReadAll = function(r) {
		var {$24r, _r, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = io.ReadAll(r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ReadAll, $c: true, $r, $24r, _r, r, $s};return $f;
	};
	$pkg.ReadAll = ReadAll;
	NopCloser = function(r) {
		var r;
		return io.NopCloser(r);
	};
	$pkg.NopCloser = NopCloser;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = io.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fs.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.Discard = io.Discard;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/impl"] = (function() {
	var $pkg = {}, $init, bytes, gzip, binary, json, fmt, prototext, protowire, descopts, detrand, messageset, tag, errors, filedesc, flags, genid, order, pragma, strs, proto, protoreflect, protoregistry, protoiface, crc32, ioutil, math, bits, reflect, sort, strconv, strings, sync, atomic, utf8, weakFields, ValidationStatus, validationInfo, validationType, Pointer, offset, pointer, atomicNilMessage, fieldInfo, oneofInfo, reflectMessageInfo, extensionMap, MessageState, messageState, messageReflectWrapper, messageIfaceWrapper, MessageInfo, exporter, structInfo, mapEntryType, mergeOptions, placeholderEnumValues, legacyMarshaler, legacyUnmarshaler, legacyMerger, aberrantMessageType, aberrantMessage, enumV1, messageV1, resolverOnly, placeholderExtension, legacyEnumType, legacyEnumWrapper, ExtensionInfo, extensionTypeDescriptor, EnumInfo, marshalOptions, unmarshalOptions, unmarshalOutput, mapConverter, mapReflect, listConverter, listPtrConverter, listReflect, unwrapper, Converter, 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ptrType$24, sliceType$8, ptrType$25, ptrType$26, ptrType$27, sliceType$9, ptrType$28, ptrType$29, ptrType$30, sliceType$10, ptrType$31, ptrType$32, sliceType$11, ptrType$33, ptrType$34, ptrType$35, ptrType$36, sliceType$12, sliceType$13, ptrType$37, ptrType$38, funcType$5, arrayType$1, sliceType$14, sliceType$15, ptrType$39, ptrType$40, interfaceType$1, interfaceType$2, sliceType$16, ptrType$41, sliceType$17, sliceType$18, sliceType$19, ptrType$42, sliceType$20, sliceType$21, sliceType$22, arrayType$2, sliceType$23, sliceType$24, funcType$6, sliceType$25, sliceType$26, sliceType$27, interfaceType$3, ptrType$43, ptrType$44, ptrType$45, ptrType$46, ptrType$47, arrayType$3, arrayType$4, ptrType$48, sliceType$28, arrayType$5, sliceType$29, ptrType$49, ptrType$50, ptrType$51, sliceType$30, ptrType$52, ptrType$53, ptrType$54, structType$10, ptrType$55, funcType$7, funcType$8, funcType$9, funcType$10, funcType$11, funcType$12, funcType$13, mapType$2, mapType$3, mapType$4, funcType$14, funcType$15, funcType$16, funcType$17, arrayType$6, ptrType$56, mapType$5, mapType$6, mapType$7, mapType$8, ptrType$57, ptrType$58, ptrType$59, ptrType$60, funcType$18, ptrType$61, ptrType$62, ptrType$63, ptrType$64, ptrType$65, ptrType$66, ptrType$67, ptrType$68, ptrType$69, ptrType$70, ptrType$71, ptrType$72, funcType$19, funcType$20, funcType$21, funcType$22, funcType$23, funcType$24, funcType$25, funcType$26, funcType$27, funcType$28, mapType$9, ptrType$73, invalidOffset, zeroOffset, nilBytes, emptyBytes, sizecacheType, weakFieldsType, unknownFieldsAType, unknownFieldsBType, extensionFieldsType, legacyMessageTypeCache, legacyMessageDescCache, aberrantMessageDescLock, aberrantMessageDescCache, aberrantProtoMethods, legacyFileDescCache, legacyEnumTypeCache, legacyEnumDescCache, aberrantEnumDescCache, errDecode, errRecursionDepth, lazyUnmarshalOptions, errUnknown, boolType, int32Type, int64Type, uint32Type, uint64Type, float32Type, float64Type, stringType, bytesType, byteType, 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newFieldValidationInfo, newValidationInfo, offsetOf, pointerOfValue, pointerOfIface, fieldInfoForMissing, fieldInfoForOneof, fieldInfoForMap, fieldInfoForList, fieldInfoForScalar, fieldInfoForWeakMessage, fieldInfoForMessage, makeOneofInfo, isZero, getMessageInfo, mergeBool, mergeBoolNoZero, mergeBoolPtr, mergeBoolSlice, mergeInt32, mergeInt32NoZero, mergeInt32Ptr, mergeInt32Slice, mergeUint32, mergeUint32NoZero, mergeUint32Ptr, mergeUint32Slice, mergeInt64, mergeInt64NoZero, mergeInt64Ptr, mergeInt64Slice, mergeUint64, mergeUint64NoZero, mergeUint64Ptr, mergeUint64Slice, mergeFloat32, mergeFloat32NoZero, mergeFloat32Ptr, mergeFloat32Slice, mergeFloat64, mergeFloat64NoZero, mergeFloat64Ptr, mergeFloat64Slice, mergeString, mergeStringNoZero, mergeStringPtr, mergeStringSlice, mergeScalarValue, mergeBytesValue, mergeListValue, mergeBytesListValue, mergeMessageListValue, mergeMessageValue, mergeMessage, mergeMessageSlice, mergeBytes, mergeBytesNoZero, mergeBytesSlice, legacyWrapMessage, legacyLoadMessageType, legacyLoadMessageInfo, LegacyLoadMessageDesc, legacyLoadMessageDesc, aberrantLoadMessageDesc, aberrantLoadMessageDescReentrant, aberrantDeriveMessageName, aberrantAppendField, legacyMarshal, legacyUnmarshal, legacyMerge, legacyLoadFileDesc, legacyEnumName, legacyWrapEnum, legacyLoadEnumType, LegacyLoadEnumDesc, aberrantLoadEnumDesc, AberrantDeriveFullName, InitExtensionInfo, skipExtension, newMapConverter, newListConverter, NewConverter, newSingularConverter, newEnumConverter, newMessageConverter, fieldCoder, encoderFuncsForValue, sizeEnum, appendEnum, consumeEnum, mergeEnum, sizeEnumNoZero, appendEnumNoZero, mergeEnumNoZero, sizeEnumPtr, appendEnumPtr, consumeEnumPtr, mergeEnumPtr, sizeEnumSlice, appendEnumSlice, consumeEnumSlice, mergeEnumSlice, sizeEnumPackedSlice, appendEnumPackedSlice, sizeMessageSet, marshalMessageSet, marshalMessageSetField, unmarshalMessageSet, mapRange, encoderFuncsForMap, sizeMap, consumeMap, consumeMapOfMessage, appendMapItem, 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	bytes = $packages["bytes"];
	gzip = $packages["compress/gzip"];
	binary = $packages["encoding/binary"];
	json = $packages["encoding/json"];
	fmt = $packages["fmt"];
	prototext = $packages["google.golang.org/protobuf/encoding/prototext"];
	protowire = $packages["google.golang.org/protobuf/encoding/protowire"];
	descopts = $packages["google.golang.org/protobuf/internal/descopts"];
	detrand = $packages["google.golang.org/protobuf/internal/detrand"];
	messageset = $packages["google.golang.org/protobuf/internal/encoding/messageset"];
	tag = $packages["google.golang.org/protobuf/internal/encoding/tag"];
	errors = $packages["google.golang.org/protobuf/internal/errors"];
	filedesc = $packages["google.golang.org/protobuf/internal/filedesc"];
	flags = $packages["google.golang.org/protobuf/internal/flags"];
	genid = $packages["google.golang.org/protobuf/internal/genid"];
	order = $packages["google.golang.org/protobuf/internal/order"];
	pragma = $packages["google.golang.org/protobuf/internal/pragma"];
	strs = $packages["google.golang.org/protobuf/internal/strs"];
	proto = $packages["google.golang.org/protobuf/proto"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	protoregistry = $packages["google.golang.org/protobuf/reflect/protoregistry"];
	protoiface = $packages["google.golang.org/protobuf/runtime/protoiface"];
	crc32 = $packages["hash/crc32"];
	ioutil = $packages["io/ioutil"];
	math = $packages["math"];
	bits = $packages["math/bits"];
	reflect = $packages["reflect"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	utf8 = $packages["unicode/utf8"];
	weakFields = $pkg.weakFields = $newType(4, $kindMap, "impl.weakFields", true, "google.golang.org/protobuf/internal/impl", false, null);
	ValidationStatus = $pkg.ValidationStatus = $newType(4, $kindInt, "impl.ValidationStatus", true, "google.golang.org/protobuf/internal/impl", true, null);
	validationInfo = $pkg.validationInfo = $newType(0, $kindStruct, "impl.validationInfo", true, "google.golang.org/protobuf/internal/impl", false, function(mi_, typ_, keyType_, valType_, requiredBit_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mi = ptrType$5.nil;
			this.typ = 0;
			this.keyType = 0;
			this.valType = 0;
			this.requiredBit = new $Uint64(0, 0);
			return;
		}
		this.mi = mi_;
		this.typ = typ_;
		this.keyType = keyType_;
		this.valType = valType_;
		this.requiredBit = requiredBit_;
	});
	validationType = $pkg.validationType = $newType(1, $kindUint8, "impl.validationType", true, "google.golang.org/protobuf/internal/impl", false, null);
	Pointer = $pkg.Pointer = $newType(8, $kindInterface, "impl.Pointer", true, "google.golang.org/protobuf/internal/impl", true, null);
	offset = $pkg.offset = $newType(0, $kindStruct, "impl.offset", true, "google.golang.org/protobuf/internal/impl", false, function(index_, export$1_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.index = 0;
			this.export$1 = $throwNilPointerError;
			return;
		}
		this.index = index_;
		this.export$1 = export$1_;
	});
	pointer = $pkg.pointer = $newType(0, $kindStruct, "impl.pointer", true, "google.golang.org/protobuf/internal/impl", false, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = new reflect.Value.ptr(ptrType$7.nil, 0, 0);
			return;
		}
		this.v = v_;
	});
	atomicNilMessage = $pkg.atomicNilMessage = $newType(0, $kindStruct, "impl.atomicNilMessage", true, "google.golang.org/protobuf/internal/impl", false, function(once_, m_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.m = new messageReflectWrapper.ptr(new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0)), ptrType$5.nil);
			return;
		}
		this.once = once_;
		this.m = m_;
	});
	fieldInfo = $pkg.fieldInfo = $newType(0, $kindStruct, "impl.fieldInfo", true, "google.golang.org/protobuf/internal/impl", false, function(fieldDesc_, has_, clear_, get_, set_, mutable_, newMessage_, newField_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fieldDesc = $ifaceNil;
			this.has = $throwNilPointerError;
			this.clear = $throwNilPointerError;
			this.get = $throwNilPointerError;
			this.set = $throwNilPointerError;
			this.mutable = $throwNilPointerError;
			this.newMessage = $throwNilPointerError;
			this.newField = $throwNilPointerError;
			return;
		}
		this.fieldDesc = fieldDesc_;
		this.has = has_;
		this.clear = clear_;
		this.get = get_;
		this.set = set_;
		this.mutable = mutable_;
		this.newMessage = newMessage_;
		this.newField = newField_;
	});
	oneofInfo = $pkg.oneofInfo = $newType(0, $kindStruct, "impl.oneofInfo", true, "google.golang.org/protobuf/internal/impl", false, function(oneofDesc_, which_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.oneofDesc = $ifaceNil;
			this.which = $throwNilPointerError;
			return;
		}
		this.oneofDesc = oneofDesc_;
		this.which = which_;
	});
	reflectMessageInfo = $pkg.reflectMessageInfo = $newType(0, $kindStruct, "impl.reflectMessageInfo", true, "google.golang.org/protobuf/internal/impl", false, function(fields_, oneofs_, fieldTypes_, denseFields_, rangeInfos_, getUnknown_, setUnknown_, extensionMap_, nilMessage_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fields = false;
			this.oneofs = false;
			this.fieldTypes = false;
			this.denseFields = sliceType$15.nil;
			this.rangeInfos = sliceType$1.nil;
			this.getUnknown = $throwNilPointerError;
			this.setUnknown = $throwNilPointerError;
			this.extensionMap = $throwNilPointerError;
			this.nilMessage = new atomicNilMessage.ptr(new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), new messageReflectWrapper.ptr(new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0)), ptrType$5.nil));
			return;
		}
		this.fields = fields_;
		this.oneofs = oneofs_;
		this.fieldTypes = fieldTypes_;
		this.denseFields = denseFields_;
		this.rangeInfos = rangeInfos_;
		this.getUnknown = getUnknown_;
		this.setUnknown = setUnknown_;
		this.extensionMap = extensionMap_;
		this.nilMessage = nilMessage_;
	});
	extensionMap = $pkg.extensionMap = $newType(4, $kindMap, "impl.extensionMap", true, "google.golang.org/protobuf/internal/impl", false, null);
	MessageState = $pkg.MessageState = $newType(0, $kindStruct, "impl.MessageState", true, "google.golang.org/protobuf/internal/impl", true, function(NoUnkeyedLiterals_, DoNotCompare_, DoNotCopy_, atomicMessageInfo_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.NoUnkeyedLiterals = new pragma.NoUnkeyedLiterals.ptr();
			this.DoNotCompare = arrayType$1.zero();
			this.DoNotCopy = arrayType$6.zero();
			this.atomicMessageInfo = ptrType$5.nil;
			return;
		}
		this.NoUnkeyedLiterals = NoUnkeyedLiterals_;
		this.DoNotCompare = DoNotCompare_;
		this.DoNotCopy = DoNotCopy_;
		this.atomicMessageInfo = atomicMessageInfo_;
	});
	messageState = $pkg.messageState = $newType(0, $kindStruct, "impl.messageState", true, "google.golang.org/protobuf/internal/impl", false, function(NoUnkeyedLiterals_, DoNotCompare_, DoNotCopy_, atomicMessageInfo_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.NoUnkeyedLiterals = new pragma.NoUnkeyedLiterals.ptr();
			this.DoNotCompare = arrayType$1.zero();
			this.DoNotCopy = arrayType$6.zero();
			this.atomicMessageInfo = ptrType$5.nil;
			return;
		}
		this.NoUnkeyedLiterals = NoUnkeyedLiterals_;
		this.DoNotCompare = DoNotCompare_;
		this.DoNotCopy = DoNotCopy_;
		this.atomicMessageInfo = atomicMessageInfo_;
	});
	messageReflectWrapper = $pkg.messageReflectWrapper = $newType(0, $kindStruct, "impl.messageReflectWrapper", true, "google.golang.org/protobuf/internal/impl", false, function(p_, mi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.p = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
			this.mi = ptrType$5.nil;
			return;
		}
		this.p = p_;
		this.mi = mi_;
	});
	messageIfaceWrapper = $pkg.messageIfaceWrapper = $newType(0, $kindStruct, "impl.messageIfaceWrapper", true, "google.golang.org/protobuf/internal/impl", false, function(p_, mi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.p = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
			this.mi = ptrType$5.nil;
			return;
		}
		this.p = p_;
		this.mi = mi_;
	});
	MessageInfo = $pkg.MessageInfo = $newType(0, $kindStruct, "impl.MessageInfo", true, "google.golang.org/protobuf/internal/impl", true, function(GoReflectType_, Desc_, Exporter_, OneofWrappers_, initMu_, initDone_, reflectMessageInfo_, coderMessageInfo_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.GoReflectType = $ifaceNil;
			this.Desc = $ifaceNil;
			this.Exporter = $throwNilPointerError;
			this.OneofWrappers = sliceType$1.nil;
			this.initMu = new sync.Mutex.ptr(0, 0);
			this.initDone = 0;
			this.reflectMessageInfo = new reflectMessageInfo.ptr(false, false, false, sliceType$15.nil, sliceType$1.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, new atomicNilMessage.ptr(new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), new messageReflectWrapper.ptr(new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0)), ptrType$5.nil)));
			this.coderMessageInfo = new coderMessageInfo.ptr(new structType$9.ptr(new pragma.NoUnkeyedLiterals.ptr(), new $Uint64(0, 0), $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError), sliceType$16.nil, sliceType$16.nil, false, new offset.ptr(0, $throwNilPointerError), new offset.ptr(0, $throwNilPointerError), false, new offset.ptr(0, $throwNilPointerError), false, false, 0);
			return;
		}
		this.GoReflectType = GoReflectType_;
		this.Desc = Desc_;
		this.Exporter = Exporter_;
		this.OneofWrappers = OneofWrappers_;
		this.initMu = initMu_;
		this.initDone = initDone_;
		this.reflectMessageInfo = reflectMessageInfo_;
		this.coderMessageInfo = coderMessageInfo_;
	});
	exporter = $pkg.exporter = $newType(4, $kindFunc, "impl.exporter", true, "google.golang.org/protobuf/internal/impl", false, null);
	structInfo = $pkg.structInfo = $newType(0, $kindStruct, "impl.structInfo", true, "google.golang.org/protobuf/internal/impl", false, function(sizecacheOffset_, sizecacheType_, weakOffset_, weakType_, unknownOffset_, unknownType_, extensionOffset_, extensionType_, fieldsByNumber_, oneofsByName_, oneofWrappersByType_, oneofWrappersByNumber_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.sizecacheOffset = new offset.ptr(0, $throwNilPointerError);
			this.sizecacheType = $ifaceNil;
			this.weakOffset = new offset.ptr(0, $throwNilPointerError);
			this.weakType = $ifaceNil;
			this.unknownOffset = new offset.ptr(0, $throwNilPointerError);
			this.unknownType = $ifaceNil;
			this.extensionOffset = new offset.ptr(0, $throwNilPointerError);
			this.extensionType = $ifaceNil;
			this.fieldsByNumber = false;
			this.oneofsByName = false;
			this.oneofWrappersByType = false;
			this.oneofWrappersByNumber = false;
			return;
		}
		this.sizecacheOffset = sizecacheOffset_;
		this.sizecacheType = sizecacheType_;
		this.weakOffset = weakOffset_;
		this.weakType = weakType_;
		this.unknownOffset = unknownOffset_;
		this.unknownType = unknownType_;
		this.extensionOffset = extensionOffset_;
		this.extensionType = extensionType_;
		this.fieldsByNumber = fieldsByNumber_;
		this.oneofsByName = oneofsByName_;
		this.oneofWrappersByType = oneofWrappersByType_;
		this.oneofWrappersByNumber = oneofWrappersByNumber_;
	});
	mapEntryType = $pkg.mapEntryType = $newType(0, $kindStruct, "impl.mapEntryType", true, "google.golang.org/protobuf/internal/impl", false, function(desc_, valType_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.desc = $ifaceNil;
			this.valType = $ifaceNil;
			return;
		}
		this.desc = desc_;
		this.valType = valType_;
	});
	mergeOptions = $pkg.mergeOptions = $newType(0, $kindStruct, "impl.mergeOptions", true, "google.golang.org/protobuf/internal/impl", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	placeholderEnumValues = $pkg.placeholderEnumValues = $newType(0, $kindStruct, "impl.placeholderEnumValues", true, "google.golang.org/protobuf/internal/impl", false, function(EnumValueDescriptors_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.EnumValueDescriptors = $ifaceNil;
			return;
		}
		this.EnumValueDescriptors = EnumValueDescriptors_;
	});
	legacyMarshaler = $pkg.legacyMarshaler = $newType(8, $kindInterface, "impl.legacyMarshaler", true, "google.golang.org/protobuf/internal/impl", false, null);
	legacyUnmarshaler = $pkg.legacyUnmarshaler = $newType(8, $kindInterface, "impl.legacyUnmarshaler", true, "google.golang.org/protobuf/internal/impl", false, null);
	legacyMerger = $pkg.legacyMerger = $newType(8, $kindInterface, "impl.legacyMerger", true, "google.golang.org/protobuf/internal/impl", false, null);
	aberrantMessageType = $pkg.aberrantMessageType = $newType(0, $kindStruct, "impl.aberrantMessageType", true, "google.golang.org/protobuf/internal/impl", false, function(t_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.t = $ifaceNil;
			return;
		}
		this.t = t_;
	});
	aberrantMessage = $pkg.aberrantMessage = $newType(0, $kindStruct, "impl.aberrantMessage", true, "google.golang.org/protobuf/internal/impl", false, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = new reflect.Value.ptr(ptrType$7.nil, 0, 0);
			return;
		}
		this.v = v_;
	});
	enumV1 = $pkg.enumV1 = $newType(8, $kindInterface, "impl.enumV1", true, "google.golang.org/protobuf/internal/impl", false, null);
	messageV1 = $pkg.messageV1 = $newType(8, $kindInterface, "impl.messageV1", true, "google.golang.org/protobuf/internal/impl", false, null);
	resolverOnly = $pkg.resolverOnly = $newType(0, $kindStruct, "impl.resolverOnly", true, "google.golang.org/protobuf/internal/impl", false, function(reg_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.reg = ptrType$57.nil;
			return;
		}
		this.reg = reg_;
	});
	placeholderExtension = $pkg.placeholderExtension = $newType(0, $kindStruct, "impl.placeholderExtension", true, "google.golang.org/protobuf/internal/impl", false, function(name_, number_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.number = 0;
			return;
		}
		this.name = name_;
		this.number = number_;
	});
	legacyEnumType = $pkg.legacyEnumType = $newType(0, $kindStruct, "impl.legacyEnumType", true, "google.golang.org/protobuf/internal/impl", false, function(desc_, goType_, m_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.desc = $ifaceNil;
			this.goType = $ifaceNil;
			this.m = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
			return;
		}
		this.desc = desc_;
		this.goType = goType_;
		this.m = m_;
	});
	legacyEnumWrapper = $pkg.legacyEnumWrapper = $newType(0, $kindStruct, "impl.legacyEnumWrapper", true, "google.golang.org/protobuf/internal/impl", false, function(num_, pbTyp_, goTyp_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.num = 0;
			this.pbTyp = $ifaceNil;
			this.goTyp = $ifaceNil;
			return;
		}
		this.num = num_;
		this.pbTyp = pbTyp_;
		this.goTyp = goTyp_;
	});
	ExtensionInfo = $pkg.ExtensionInfo = $newType(0, $kindStruct, "impl.ExtensionInfo", true, "google.golang.org/protobuf/internal/impl", true, function(init_, mu_, goType_, desc_, conv_, info_, ExtendedType_, ExtensionType_, Field_, Name_, Tag_, Filename_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.init = 0;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.goType = $ifaceNil;
			this.desc = new extensionTypeDescriptor.ptr($ifaceNil, ptrType$53.nil);
			this.conv = $ifaceNil;
			this.info = ptrType$54.nil;
			this.ExtendedType = $ifaceNil;
			this.ExtensionType = $ifaceNil;
			this.Field = 0;
			this.Name = "";
			this.Tag = "";
			this.Filename = "";
			return;
		}
		this.init = init_;
		this.mu = mu_;
		this.goType = goType_;
		this.desc = desc_;
		this.conv = conv_;
		this.info = info_;
		this.ExtendedType = ExtendedType_;
		this.ExtensionType = ExtensionType_;
		this.Field = Field_;
		this.Name = Name_;
		this.Tag = Tag_;
		this.Filename = Filename_;
	});
	extensionTypeDescriptor = $pkg.extensionTypeDescriptor = $newType(0, $kindStruct, "impl.extensionTypeDescriptor", true, "google.golang.org/protobuf/internal/impl", false, function(ExtensionDescriptor_, xi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ExtensionDescriptor = $ifaceNil;
			this.xi = ptrType$53.nil;
			return;
		}
		this.ExtensionDescriptor = ExtensionDescriptor_;
		this.xi = xi_;
	});
	EnumInfo = $pkg.EnumInfo = $newType(0, $kindStruct, "impl.EnumInfo", true, "google.golang.org/protobuf/internal/impl", true, function(GoReflectType_, Desc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.GoReflectType = $ifaceNil;
			this.Desc = $ifaceNil;
			return;
		}
		this.GoReflectType = GoReflectType_;
		this.Desc = Desc_;
	});
	marshalOptions = $pkg.marshalOptions = $newType(0, $kindStruct, "impl.marshalOptions", true, "google.golang.org/protobuf/internal/impl", false, function(flags_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.flags = 0;
			return;
		}
		this.flags = flags_;
	});
	unmarshalOptions = $pkg.unmarshalOptions = $newType(0, $kindStruct, "impl.unmarshalOptions", true, "google.golang.org/protobuf/internal/impl", false, function(flags_, resolver_, depth_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.flags = 0;
			this.resolver = $ifaceNil;
			this.depth = 0;
			return;
		}
		this.flags = flags_;
		this.resolver = resolver_;
		this.depth = depth_;
	});
	unmarshalOutput = $pkg.unmarshalOutput = $newType(0, $kindStruct, "impl.unmarshalOutput", true, "google.golang.org/protobuf/internal/impl", false, function(n_, initialized_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.n = 0;
			this.initialized = false;
			return;
		}
		this.n = n_;
		this.initialized = initialized_;
	});
	mapConverter = $pkg.mapConverter = $newType(0, $kindStruct, "impl.mapConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, keyConv_, valConv_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.keyConv = $ifaceNil;
			this.valConv = $ifaceNil;
			return;
		}
		this.goType = goType_;
		this.keyConv = keyConv_;
		this.valConv = valConv_;
	});
	mapReflect = $pkg.mapReflect = $newType(0, $kindStruct, "impl.mapReflect", true, "google.golang.org/protobuf/internal/impl", false, function(v_, keyConv_, valConv_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = new reflect.Value.ptr(ptrType$7.nil, 0, 0);
			this.keyConv = $ifaceNil;
			this.valConv = $ifaceNil;
			return;
		}
		this.v = v_;
		this.keyConv = keyConv_;
		this.valConv = valConv_;
	});
	listConverter = $pkg.listConverter = $newType(0, $kindStruct, "impl.listConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, c_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.c = $ifaceNil;
			return;
		}
		this.goType = goType_;
		this.c = c_;
	});
	listPtrConverter = $pkg.listPtrConverter = $newType(0, $kindStruct, "impl.listPtrConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, c_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.c = $ifaceNil;
			return;
		}
		this.goType = goType_;
		this.c = c_;
	});
	listReflect = $pkg.listReflect = $newType(0, $kindStruct, "impl.listReflect", true, "google.golang.org/protobuf/internal/impl", false, function(v_, conv_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = new reflect.Value.ptr(ptrType$7.nil, 0, 0);
			this.conv = $ifaceNil;
			return;
		}
		this.v = v_;
		this.conv = conv_;
	});
	unwrapper = $pkg.unwrapper = $newType(8, $kindInterface, "impl.unwrapper", true, "google.golang.org/protobuf/internal/impl", false, null);
	Converter = $pkg.Converter = $newType(8, $kindInterface, "impl.Converter", true, "google.golang.org/protobuf/internal/impl", true, null);
	boolConverter = $pkg.boolConverter = $newType(0, $kindStruct, "impl.boolConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	int32Converter = $pkg.int32Converter = $newType(0, $kindStruct, "impl.int32Converter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	int64Converter = $pkg.int64Converter = $newType(0, $kindStruct, "impl.int64Converter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	uint32Converter = $pkg.uint32Converter = $newType(0, $kindStruct, "impl.uint32Converter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	uint64Converter = $pkg.uint64Converter = $newType(0, $kindStruct, "impl.uint64Converter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	float32Converter = $pkg.float32Converter = $newType(0, $kindStruct, "impl.float32Converter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	float64Converter = $pkg.float64Converter = $newType(0, $kindStruct, "impl.float64Converter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	stringConverter = $pkg.stringConverter = $newType(0, $kindStruct, "impl.stringConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	bytesConverter = $pkg.bytesConverter = $newType(0, $kindStruct, "impl.bytesConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	enumConverter = $pkg.enumConverter = $newType(0, $kindStruct, "impl.enumConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, def_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			return;
		}
		this.goType = goType_;
		this.def = def_;
	});
	messageConverter = $pkg.messageConverter = $newType(0, $kindStruct, "impl.messageConverter", true, "google.golang.org/protobuf/internal/impl", false, function(goType_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			return;
		}
		this.goType = goType_;
	});
	pointerCoderFuncs = $pkg.pointerCoderFuncs = $newType(0, $kindStruct, "impl.pointerCoderFuncs", true, "google.golang.org/protobuf/internal/impl", false, function(mi_, size_, marshal_, unmarshal_, isInit_, merge_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mi = ptrType$5.nil;
			this.size = $throwNilPointerError;
			this.marshal = $throwNilPointerError;
			this.unmarshal = $throwNilPointerError;
			this.isInit = $throwNilPointerError;
			this.merge = $throwNilPointerError;
			return;
		}
		this.mi = mi_;
		this.size = size_;
		this.marshal = marshal_;
		this.unmarshal = unmarshal_;
		this.isInit = isInit_;
		this.merge = merge_;
	});
	valueCoderFuncs = $pkg.valueCoderFuncs = $newType(0, $kindStruct, "impl.valueCoderFuncs", true, "google.golang.org/protobuf/internal/impl", false, function(size_, marshal_, unmarshal_, isInit_, merge_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.size = $throwNilPointerError;
			this.marshal = $throwNilPointerError;
			this.unmarshal = $throwNilPointerError;
			this.isInit = $throwNilPointerError;
			this.merge = $throwNilPointerError;
			return;
		}
		this.size = size_;
		this.marshal = marshal_;
		this.unmarshal = unmarshal_;
		this.isInit = isInit_;
		this.merge = merge_;
	});
	coderMessageInfo = $pkg.coderMessageInfo = $newType(0, $kindStruct, "impl.coderMessageInfo", true, "google.golang.org/protobuf/internal/impl", false, function(methods_, orderedCoderFields_, denseCoderFields_, coderFields_, sizecacheOffset_, unknownOffset_, unknownPtrKind_, extensionOffset_, needsInitCheck_, isMessageSet_, numRequiredFields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.methods = new structType$9.ptr(new pragma.NoUnkeyedLiterals.ptr(), new $Uint64(0, 0), $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			this.orderedCoderFields = sliceType$16.nil;
			this.denseCoderFields = sliceType$16.nil;
			this.coderFields = false;
			this.sizecacheOffset = new offset.ptr(0, $throwNilPointerError);
			this.unknownOffset = new offset.ptr(0, $throwNilPointerError);
			this.unknownPtrKind = false;
			this.extensionOffset = new offset.ptr(0, $throwNilPointerError);
			this.needsInitCheck = false;
			this.isMessageSet = false;
			this.numRequiredFields = 0;
			return;
		}
		this.methods = methods_;
		this.orderedCoderFields = orderedCoderFields_;
		this.denseCoderFields = denseCoderFields_;
		this.coderFields = coderFields_;
		this.sizecacheOffset = sizecacheOffset_;
		this.unknownOffset = unknownOffset_;
		this.unknownPtrKind = unknownPtrKind_;
		this.extensionOffset = extensionOffset_;
		this.needsInitCheck = needsInitCheck_;
		this.isMessageSet = isMessageSet_;
		this.numRequiredFields = numRequiredFields_;
	});
	coderFieldInfo = $pkg.coderFieldInfo = $newType(0, $kindStruct, "impl.coderFieldInfo", true, "google.golang.org/protobuf/internal/impl", false, function(funcs_, mi_, ft_, validation_, num_, offset_, wiretag_, tagsize_, isPointer_, isRequired_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.funcs = new pointerCoderFuncs.ptr(ptrType$5.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			this.mi = ptrType$5.nil;
			this.ft = $ifaceNil;
			this.validation = new validationInfo.ptr(ptrType$5.nil, 0, 0, 0, new $Uint64(0, 0));
			this.num = 0;
			this.offset = new offset.ptr(0, $throwNilPointerError);
			this.wiretag = new $Uint64(0, 0);
			this.tagsize = 0;
			this.isPointer = false;
			this.isRequired = false;
			return;
		}
		this.funcs = funcs_;
		this.mi = mi_;
		this.ft = ft_;
		this.validation = validation_;
		this.num = num_;
		this.offset = offset_;
		this.wiretag = wiretag_;
		this.tagsize = tagsize_;
		this.isPointer = isPointer_;
		this.isRequired = isRequired_;
	});
	mapInfo = $pkg.mapInfo = $newType(0, $kindStruct, "impl.mapInfo", true, "google.golang.org/protobuf/internal/impl", false, function(goType_, keyWiretag_, valWiretag_, keyFuncs_, valFuncs_, keyZero_, keyKind_, conv_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goType = $ifaceNil;
			this.keyWiretag = new $Uint64(0, 0);
			this.valWiretag = new $Uint64(0, 0);
			this.keyFuncs = new valueCoderFuncs.ptr($throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			this.valFuncs = new valueCoderFuncs.ptr($throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			this.keyZero = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			this.keyKind = 0;
			this.conv = ptrType$52.nil;
			return;
		}
		this.goType = goType_;
		this.keyWiretag = keyWiretag_;
		this.valWiretag = valWiretag_;
		this.keyFuncs = keyFuncs_;
		this.valFuncs = valFuncs_;
		this.keyZero = keyZero_;
		this.keyKind = keyKind_;
		this.conv = conv_;
	});
	errInvalidUTF8 = $pkg.errInvalidUTF8 = $newType(0, $kindStruct, "impl.errInvalidUTF8", true, "google.golang.org/protobuf/internal/impl", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	extensionFieldInfo = $pkg.extensionFieldInfo = $newType(0, $kindStruct, "impl.extensionFieldInfo", true, "google.golang.org/protobuf/internal/impl", false, function(wiretag_, tagsize_, unmarshalNeedsValue_, funcs_, validation_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.wiretag = new $Uint64(0, 0);
			this.tagsize = 0;
			this.unmarshalNeedsValue = false;
			this.funcs = new valueCoderFuncs.ptr($throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			this.validation = new validationInfo.ptr(ptrType$5.nil, 0, 0, 0, new $Uint64(0, 0));
			return;
		}
		this.wiretag = wiretag_;
		this.tagsize = tagsize_;
		this.unmarshalNeedsValue = unmarshalNeedsValue_;
		this.funcs = funcs_;
		this.validation = validation_;
	});
	lazyExtensionValue = $pkg.lazyExtensionValue = $newType(0, $kindStruct, "impl.lazyExtensionValue", true, "google.golang.org/protobuf/internal/impl", false, function(atomicOnce_, mu_, xi_, value_, b_, fn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.atomicOnce = 0;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.xi = ptrType$54.nil;
			this.value = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			this.b = sliceType.nil;
			this.fn = $throwNilPointerError;
			return;
		}
		this.atomicOnce = atomicOnce_;
		this.mu = mu_;
		this.xi = xi_;
		this.value = value_;
		this.b = b_;
		this.fn = fn_;
	});
	ExtensionField = $pkg.ExtensionField = $newType(0, $kindStruct, "impl.ExtensionField", true, "google.golang.org/protobuf/internal/impl", true, function(typ_, value_, lazy_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.typ = $ifaceNil;
			this.value = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			this.lazy = ptrType$40.nil;
			return;
		}
		this.typ = typ_;
		this.value = value_;
		this.lazy = lazy_;
	});
	Export = $pkg.Export = $newType(0, $kindStruct, "impl.Export", true, "google.golang.org/protobuf/internal/impl", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	legacyMessageWrapper = $pkg.legacyMessageWrapper = $newType(0, $kindStruct, "impl.legacyMessageWrapper", true, "google.golang.org/protobuf/internal/impl", false, function(m_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.m = $ifaceNil;
			return;
		}
		this.m = m_;
	});
	validationState = $newType(0, $kindStruct, "impl.validationState", true, "google.golang.org/protobuf/internal/impl", false, function(typ_, keyType_, valType_, endGroup_, mi_, tail_, requiredMask_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.typ = 0;
			this.keyType = 0;
			this.valType = 0;
			this.endGroup = 0;
			this.mi = ptrType$5.nil;
			this.tail = sliceType.nil;
			this.requiredMask = new $Uint64(0, 0);
			return;
		}
		this.typ = typ_;
		this.keyType = keyType_;
		this.valType = valType_;
		this.endGroup = endGroup_;
		this.mi = mi_;
		this.tail = tail_;
		this.requiredMask = requiredMask_;
	});
	arrayType = $arrayType($Uint8, 0);
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(messageState);
	ptrType$1 = $ptrType(messageReflectWrapper);
	ptrType$2 = $ptrType(messageIfaceWrapper);
	mapType = $mapType($Int32, protoreflect.ProtoMessage);
	ptrType$3 = $ptrType(sliceType);
	mapType$1 = $mapType($Int32, ExtensionField);
	structType = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	structType$1 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: $Int, tag: ""}]);
	funcType = $funcType([structType], [structType$1], false);
	structType$2 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	structType$3 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType, tag: ""}]);
	funcType$1 = $funcType([structType$2], [structType$3, $error], false);
	interfaceType = $interfaceType([{prop: "FindExtensionByName", name: "FindExtensionByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.ExtensionType, $error], false)}, {prop: "FindExtensionByNumber", name: "FindExtensionByNumber", pkg: "", typ: $funcType([protoreflect.FullName, protowire.Number], [protoreflect.ExtensionType, $error], false)}]);
	structType$4 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Buf", name: "Buf", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}, {prop: "Resolver", name: "Resolver", embedded: false, exported: true, typ: interfaceType, tag: ""}, {prop: "Depth", name: "Depth", embedded: false, exported: true, typ: $Int, tag: ""}]);
	structType$5 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	funcType$2 = $funcType([structType$4], [structType$5, $error], false);
	structType$6 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Source", name: "Source", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}, {prop: "Destination", name: "Destination", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}]);
	funcType$3 = $funcType([structType$6], [structType$5], false);
	structType$7 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: protoreflect.Message, tag: ""}]);
	structType$8 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}]);
	funcType$4 = $funcType([structType$7], [structType$8, $error], false);
	structType$9 = $structType("", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: $Uint64, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "Marshal", name: "Marshal", embedded: false, exported: true, typ: funcType$1, tag: ""}, {prop: "Unmarshal", name: "Unmarshal", embedded: false, exported: true, typ: funcType$2, tag: ""}, {prop: "Merge", name: "Merge", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "CheckInitialized", name: "CheckInitialized", embedded: false, exported: true, typ: funcType$4, tag: ""}]);
	ptrType$4 = $ptrType(legacyEnumWrapper);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType$5 = $ptrType(MessageInfo);
	sliceType$2 = $sliceType(validationState);
	ptrType$6 = $ptrType(coderFieldInfo);
	ptrType$7 = $ptrType(reflect.rtype);
	ptrType$8 = $ptrType($Bool);
	ptrType$9 = $ptrType(ptrType$8);
	sliceType$3 = $sliceType($Bool);
	ptrType$10 = $ptrType(sliceType$3);
	ptrType$11 = $ptrType($Int32);
	ptrType$12 = $ptrType(ptrType$11);
	sliceType$4 = $sliceType($Int32);
	ptrType$13 = $ptrType(sliceType$4);
	ptrType$14 = $ptrType($Int64);
	ptrType$15 = $ptrType(ptrType$14);
	sliceType$5 = $sliceType($Int64);
	ptrType$16 = $ptrType(sliceType$5);
	ptrType$17 = $ptrType($Uint32);
	ptrType$18 = $ptrType(ptrType$17);
	sliceType$6 = $sliceType($Uint32);
	ptrType$19 = $ptrType(sliceType$6);
	ptrType$20 = $ptrType($Uint64);
	ptrType$21 = $ptrType(ptrType$20);
	sliceType$7 = $sliceType($Uint64);
	ptrType$22 = $ptrType(sliceType$7);
	ptrType$23 = $ptrType($Float32);
	ptrType$24 = $ptrType(ptrType$23);
	sliceType$8 = $sliceType($Float32);
	ptrType$25 = $ptrType(sliceType$8);
	ptrType$26 = $ptrType($Float64);
	ptrType$27 = $ptrType(ptrType$26);
	sliceType$9 = $sliceType($Float64);
	ptrType$28 = $ptrType(sliceType$9);
	ptrType$29 = $ptrType($String);
	ptrType$30 = $ptrType(ptrType$29);
	sliceType$10 = $sliceType($String);
	ptrType$31 = $ptrType(sliceType$10);
	ptrType$32 = $ptrType(ptrType$3);
	sliceType$11 = $sliceType(sliceType);
	ptrType$33 = $ptrType(sliceType$11);
	ptrType$34 = $ptrType(weakFields);
	ptrType$35 = $ptrType(mapType);
	ptrType$36 = $ptrType(mapType$1);
	sliceType$12 = $sliceType(pointer);
	sliceType$13 = $sliceType(reflect.Value);
	ptrType$37 = $ptrType(fieldInfo);
	ptrType$38 = $ptrType(oneofInfo);
	funcType$5 = $funcType([], [], false);
	arrayType$1 = $arrayType(funcType$5, 0);
	sliceType$14 = $sliceType($Int);
	sliceType$15 = $sliceType(ptrType$37);
	ptrType$39 = $ptrType(extensionMap);
	ptrType$40 = $ptrType(lazyExtensionValue);
	interfaceType$1 = $interfaceType([{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}]);
	interfaceType$2 = $interfaceType([{prop: "ProtoMessageInfo", name: "ProtoMessageInfo", pkg: "", typ: $funcType([], [ptrType$5], false)}]);
	sliceType$16 = $sliceType(ptrType$6);
	ptrType$41 = $ptrType(filedesc.File);
	sliceType$17 = $sliceType(filedesc.Enum);
	sliceType$18 = $sliceType(filedesc.Message);
	sliceType$19 = $sliceType(filedesc.Extension);
	ptrType$42 = $ptrType(filedesc.MessageL2);
	sliceType$20 = $sliceType(filedesc.Field);
	sliceType$21 = $sliceType(filedesc.Oneof);
	sliceType$22 = $sliceType(protoreflect.Name);
	arrayType$2 = $arrayType(protowire.Number, 2);
	sliceType$23 = $sliceType(arrayType$2);
	sliceType$24 = $sliceType(protowire.Number);
	funcType$6 = $funcType([], [protoreflect.ProtoMessage], false);
	sliceType$25 = $sliceType(funcType$6);
	sliceType$26 = $sliceType(reflect.Type);
	sliceType$27 = $sliceType(protoreflect.FieldDescriptor);
	interfaceType$3 = $interfaceType([{prop: "XXX_MessageName", name: "XXX_MessageName", pkg: "", typ: $funcType([], [$String], false)}]);
	ptrType$43 = $ptrType(filedesc.Field);
	ptrType$44 = $ptrType($Uint8);
	ptrType$45 = $ptrType(filedesc.ExtensionL2);
	ptrType$46 = $ptrType(protoreflect.Name);
	ptrType$47 = $ptrType(protoreflect.EnumNumber);
	arrayType$3 = $arrayType($Uint8, 5);
	arrayType$4 = $arrayType($Uint8, 8);
	ptrType$48 = $ptrType(filedesc.EnumL2);
	sliceType$28 = $sliceType(filedesc.EnumValue);
	arrayType$5 = $arrayType(protoreflect.EnumNumber, 2);
	sliceType$29 = $sliceType(arrayType$5);
	ptrType$49 = $ptrType(mapReflect);
	ptrType$50 = $ptrType(messageConverter);
	ptrType$51 = $ptrType(listReflect);
	sliceType$30 = $sliceType(coderFieldInfo);
	ptrType$52 = $ptrType(mapConverter);
	ptrType$53 = $ptrType(ExtensionInfo);
	ptrType$54 = $ptrType(extensionFieldInfo);
	structType$10 = $structType("", []);
	ptrType$55 = $ptrType(atomicNilMessage);
	funcType$7 = $funcType([pointer], [$Bool], false);
	funcType$8 = $funcType([pointer], [], false);
	funcType$9 = $funcType([pointer], [protoreflect.Value], false);
	funcType$10 = $funcType([pointer, protoreflect.Value], [], false);
	funcType$11 = $funcType([], [protoreflect.Message], false);
	funcType$12 = $funcType([], [protoreflect.Value], false);
	funcType$13 = $funcType([pointer], [protowire.Number], false);
	mapType$2 = $mapType(protowire.Number, ptrType$37);
	mapType$3 = $mapType(protoreflect.Name, ptrType$38);
	mapType$4 = $mapType(protowire.Number, $emptyInterface);
	funcType$14 = $funcType([pointer], [protoreflect.RawFields], false);
	funcType$15 = $funcType([pointer, protoreflect.RawFields], [], false);
	funcType$16 = $funcType([pointer], [ptrType$39], false);
	funcType$17 = $funcType([protoreflect.FieldDescriptor, protoreflect.Value], [$Bool], false);
	arrayType$6 = $arrayType(sync.Mutex, 0);
	ptrType$56 = $ptrType(structType$9);
	mapType$5 = $mapType(protowire.Number, reflect.StructField);
	mapType$6 = $mapType(protoreflect.Name, reflect.StructField);
	mapType$7 = $mapType(reflect.Type, protowire.Number);
	mapType$8 = $mapType(protowire.Number, reflect.Type);
	ptrType$57 = $ptrType(protoregistry.Files);
	ptrType$58 = $ptrType(legacyEnumType);
	ptrType$59 = $ptrType(extensionTypeDescriptor);
	ptrType$60 = $ptrType(EnumInfo);
	funcType$18 = $funcType([protoreflect.MapKey, protoreflect.Value], [$Bool], false);
	ptrType$61 = $ptrType(listConverter);
	ptrType$62 = $ptrType(listPtrConverter);
	ptrType$63 = $ptrType(boolConverter);
	ptrType$64 = $ptrType(int32Converter);
	ptrType$65 = $ptrType(int64Converter);
	ptrType$66 = $ptrType(uint32Converter);
	ptrType$67 = $ptrType(uint64Converter);
	ptrType$68 = $ptrType(float32Converter);
	ptrType$69 = $ptrType(float64Converter);
	ptrType$70 = $ptrType(stringConverter);
	ptrType$71 = $ptrType(bytesConverter);
	ptrType$72 = $ptrType(enumConverter);
	funcType$19 = $funcType([pointer, ptrType$6, marshalOptions], [$Int], false);
	funcType$20 = $funcType([sliceType, pointer, ptrType$6, marshalOptions], [sliceType, $error], false);
	funcType$21 = $funcType([sliceType, pointer, protowire.Type, ptrType$6, unmarshalOptions], [unmarshalOutput, $error], false);
	funcType$22 = $funcType([pointer, ptrType$6], [$error], false);
	funcType$23 = $funcType([pointer, pointer, ptrType$6, mergeOptions], [], false);
	funcType$24 = $funcType([protoreflect.Value, $Int, marshalOptions], [$Int], false);
	funcType$25 = $funcType([sliceType, protoreflect.Value, $Uint64, marshalOptions], [sliceType, $error], false);
	funcType$26 = $funcType([sliceType, protoreflect.Value, protowire.Number, protowire.Type, unmarshalOptions], [protoreflect.Value, unmarshalOutput, $error], false);
	funcType$27 = $funcType([protoreflect.Value], [$error], false);
	funcType$28 = $funcType([protoreflect.Value, protoreflect.Value, mergeOptions], [protoreflect.Value], false);
	mapType$9 = $mapType(protowire.Number, ptrType$6);
	ptrType$73 = $ptrType(ExtensionField);
	weakFields.prototype.get = function(num) {
		var _entry, _tuple, m, num, ok, w;
		w = this.$val;
		_tuple = (_entry = w[$Int32.keyFor(((num >> 0)))], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		m = _tuple[0];
		ok = _tuple[1];
		return [m, ok];
	};
	$ptrType(weakFields).prototype.get = function(num) { return new weakFields(this.$get()).get(num); };
	$ptrType(weakFields).prototype.set = function(num, m) {
		var _key, m, num, w;
		w = this;
		if (w.$get() === false) {
			w.$set({});
		}
		_key = ((num >> 0)); (w.$get() || $throwRuntimeError("assignment to entry in nil map"))[$Int32.keyFor(_key)] = { k: _key, v: m };
	};
	$ptrType(weakFields).prototype.clear = function(num) {
		var num, w;
		w = this;
		delete w.$get()[$Int32.keyFor(((num >> 0)))];
	};
	Export.ptr.prototype.HasWeak = function(w, num) {
		var _entry, _tuple, num, ok, w;
		_tuple = (_entry = w[$Int32.keyFor(((num >> 0)))], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		ok = _tuple[1];
		return ok;
	};
	Export.prototype.HasWeak = function(w, num) { return this.$val.HasWeak(w, num); };
	Export.ptr.prototype.ClearWeak = function(w, num) {
		var num, w;
		delete w.$get()[$Int32.keyFor(((num >> 0)))];
	};
	Export.prototype.ClearWeak = function(w, num) { return this.$val.ClearWeak(w, num); };
	Export.ptr.prototype.GetWeak = function(w, num, name) {
		var {$24r, _entry, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, m, mt, name, num, ok, w, $s, $r, $c} = $restore(this, {w, num, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = (_entry = w[$Int32.keyFor(((num >> 0)))], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		m = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return m;
		}
		_r$5 = protoregistry.GlobalTypes.FindMessageByName(name); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$1 = _r$5;
		mt = _tuple$1[0];
		/* */ if ($interfaceIsEqual(mt, $ifaceNil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($interfaceIsEqual(mt, $ifaceNil)) { */ case 2:
			_r$6 = fmt.Sprintf("message %v for weak field is not linked in", new sliceType$1([new protoreflect.FullName(name)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$panic(new $String(_r$6));
		/* } */ case 3:
		_r$7 = mt.Zero(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = _r$7.Interface(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.GetWeak, $c: true, $r, $24r, _entry, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, m, mt, name, num, ok, w, $s};return $f;
	};
	Export.prototype.GetWeak = function(w, num, name) { return this.$val.GetWeak(w, num, name); };
	Export.ptr.prototype.SetWeak = function(w, num, name, m) {
		var {_arg, _arg$1, _key, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _v, m, mt, name, num, w, $s, $r, $c} = $restore(this, {w, num, name, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!($interfaceIsEqual(m, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(m, $ifaceNil))) { */ case 1:
			_r$5 = protoregistry.GlobalTypes.FindMessageByName(name); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple = _r$5;
			mt = _tuple[0];
			/* */ if ($interfaceIsEqual(mt, $ifaceNil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($interfaceIsEqual(mt, $ifaceNil)) { */ case 4:
				_r$6 = fmt.Sprintf("message %v for weak field is not linked in", new sliceType$1([new protoreflect.FullName(name)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$panic(new $String(_r$6));
			/* } */ case 5:
			_r$7 = m.ProtoReflect(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Type(); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* */ if (!($interfaceIsEqual(mt, _r$8))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!($interfaceIsEqual(mt, _r$8))) { */ case 7:
				_arg = m;
				_r$9 = mt.Zero(); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = _r$9.Interface(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_arg$1 = _r$10;
				_r$11 = fmt.Sprintf("invalid message type for weak field: got %T, want %T", new sliceType$1([_arg, _arg$1])); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$panic(new $String(_r$11));
			/* } */ case 8:
		/* } */ case 2:
		if ($interfaceIsEqual(m, $ifaceNil)) { _v = true; $s = 16; continue s; }
		_r$12 = m.ProtoReflect(); /* */ $s = 17; case 17: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_r$13 = _r$12.IsValid(); /* */ $s = 18; case 18: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_v = !_r$13; case 16:
		/* */ if (_v) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (_v) { */ case 14:
			delete w.$get()[$Int32.keyFor(((num >> 0)))];
			$s = -1; return;
		/* } */ case 15:
		if (w.$get() === false) {
			w.$set({});
		}
		_key = ((num >> 0)); (w.$get() || $throwRuntimeError("assignment to entry in nil map"))[$Int32.keyFor(_key)] = { k: _key, v: m };
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.SetWeak, $c: true, $r, _arg, _arg$1, _key, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _v, m, mt, name, num, w, $s};return $f;
	};
	Export.prototype.SetWeak = function(w, num, name, m) { return this.$val.SetWeak(w, num, name, m); };
	ValidationStatus.prototype.String = function() {
		var {$24r, _1, _r$5, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this.$val;
			_1 = v;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return "ValidationUnknown";
			/* } else if (_1 === (2)) { */ case 3:
				$s = -1; return "ValidationInvalid";
			/* } else if (_1 === (3)) { */ case 4:
				$s = -1; return "ValidationValid";
			/* } else { */ case 5:
				_r$5 = fmt.Sprintf("ValidationStatus(%d)", new sliceType$1([new $Int(((v >> 0)))])); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r = _r$5;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: ValidationStatus.prototype.String, $c: true, $r, $24r, _1, _r$5, v, $s};return $f;
	};
	$ptrType(ValidationStatus).prototype.String = function() { return new ValidationStatus(this.$get()).String(); };
	newFieldValidationInfo = function(mi, si, fd, ft) {
		var {_1, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _v, fd, ft, mi, ok, ok$1, ot, ot$1, si, vi, $s, $r, $c} = $restore(this, {mi, si, fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		vi = new validationInfo.ptr(ptrType$5.nil, 0, 0, 0, new $Uint64(0, 0));
			_r$5 = fd.ContainingOneof(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			if (!(!($interfaceIsEqual(_r$5, $ifaceNil)))) { _v = false; $s = 5; continue s; }
			_r$6 = fd.ContainingOneof(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.IsSynthetic(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_v = !_r$7; case 5:
			/* */ if (_v) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_v) { */ case 2:
					_r$8 = fd.Kind(); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_1 = _r$8;
					/* */ if (_1 === (11)) { $s = 11; continue; }
					/* */ if (_1 === (10)) { $s = 12; continue; }
					/* */ if (_1 === (9)) { $s = 13; continue; }
					/* */ $s = 14; continue;
					/* if (_1 === (11)) { */ case 11:
						vi.typ = 1;
						_r$9 = fd.Number(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						_tuple = (_entry = si.oneofWrappersByNumber[protowire.Number.keyFor(_r$9)], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
						ot = _tuple[0];
						ok = _tuple[1];
						/* */ if (ok) { $s = 16; continue; }
						/* */ $s = 17; continue;
						/* if (ok) { */ case 16:
							_r$10 = ot.Field(0); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
							_r$11 = getMessageInfo(_r$10.Type); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
							vi.mi = _r$11;
						/* } */ case 17:
						$s = 14; continue;
					/* } else if (_1 === (10)) { */ case 12:
						vi.typ = 2;
						_r$12 = fd.Number(); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						_tuple$1 = (_entry$1 = si.oneofWrappersByNumber[protowire.Number.keyFor(_r$12)], _entry$1 !== undefined ? [_entry$1.v, true] : [$ifaceNil, false]);
						ot$1 = _tuple$1[0];
						ok$1 = _tuple$1[1];
						/* */ if (ok$1) { $s = 21; continue; }
						/* */ $s = 22; continue;
						/* if (ok$1) { */ case 21:
							_r$13 = ot$1.Field(0); /* */ $s = 23; case 23: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
							_r$14 = getMessageInfo(_r$13.Type); /* */ $s = 24; case 24: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
							vi.mi = _r$14;
						/* } */ case 22:
						$s = 14; continue;
					/* } else if (_1 === (9)) { */ case 13:
						_r$15 = strs.EnforceUTF8(fd); /* */ $s = 27; case 27: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
						/* */ if (_r$15) { $s = 25; continue; }
						/* */ $s = 26; continue;
						/* if (_r$15) { */ case 25:
							vi.typ = 11;
						/* } */ case 26:
					/* } */ case 14:
				case 9:
				$s = 4; continue;
			/* } else { */ case 3:
				_r$16 = newValidationInfo(fd, ft); /* */ $s = 28; case 28: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				validationInfo.copy(vi, _r$16);
			/* } */ case 4:
		case 1:
		_r$17 = fd.Cardinality(); /* */ $s = 31; case 31: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		/* */ if (_r$17 === 2) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (_r$17 === 2) { */ case 29:
			if (mi.coderMessageInfo.numRequiredFields < 255) {
				mi.coderMessageInfo.numRequiredFields = mi.coderMessageInfo.numRequiredFields + (1) << 24 >>> 24;
				vi.requiredBit = $shiftLeft64(new $Uint64(0, 1), ((mi.coderMessageInfo.numRequiredFields - 1 << 24 >>> 24)));
			}
		/* } */ case 30:
		$s = -1; return vi;
		/* */ } return; } var $f = {$blk: newFieldValidationInfo, $c: true, $r, _1, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _v, fd, ft, mi, ok, ok$1, ot, ot$1, si, vi, $s};return $f;
	};
	newValidationInfo = function(fd, ft) {
		var {_1, _2, _3, _4, _5, _6, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$5, _r$6, _r$7, _r$8, _r$9, fd, ft, vi, $s, $r, $c} = $restore(this, {fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		vi = new validationInfo.ptr(ptrType$5.nil, 0, 0, 0, new $Uint64(0, 0));
			_r$5 = fd.IsList(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (_r$5) { $s = 2; continue; }
			_r$6 = fd.IsMap(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (_r$6) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r$5) { */ case 2:
					_r$7 = fd.Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_1 = _r$7;
					/* */ if (_1 === (11)) { $s = 10; continue; }
					/* */ if (_1 === (10)) { $s = 11; continue; }
					/* */ if (_1 === (9)) { $s = 12; continue; }
					/* */ $s = 13; continue;
					/* if (_1 === (11)) { */ case 10:
						vi.typ = 1;
						_r$8 = ft.Kind(); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
						/* */ if (_r$8 === 23) { $s = 15; continue; }
						/* */ $s = 16; continue;
						/* if (_r$8 === 23) { */ case 15:
							_r$9 = ft.Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
							_r$10 = getMessageInfo(_r$9); /* */ $s = 19; case 19: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
							vi.mi = _r$10;
						/* } */ case 16:
						$s = 14; continue;
					/* } else if (_1 === (10)) { */ case 11:
						vi.typ = 2;
						_r$11 = ft.Kind(); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						/* */ if (_r$11 === 23) { $s = 20; continue; }
						/* */ $s = 21; continue;
						/* if (_r$11 === 23) { */ case 20:
							_r$12 = ft.Elem(); /* */ $s = 23; case 23: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
							_r$13 = getMessageInfo(_r$12); /* */ $s = 24; case 24: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
							vi.mi = _r$13;
						/* } */ case 21:
						$s = 14; continue;
					/* } else if (_1 === (9)) { */ case 12:
						vi.typ = 10;
						_r$14 = strs.EnforceUTF8(fd); /* */ $s = 27; case 27: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
						/* */ if (_r$14) { $s = 25; continue; }
						/* */ $s = 26; continue;
						/* if (_r$14) { */ case 25:
							vi.typ = 11;
						/* } */ case 26:
						$s = 14; continue;
					/* } else { */ case 13:
							_r$15 = fd.Kind(); /* */ $s = 29; case 29: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
							_2 = (_entry = wireTypes[protoreflect.Kind.keyFor(_r$15)], _entry !== undefined ? _entry.v : 0);
							if (_2 === (0)) {
								vi.typ = 4;
							} else if (_2 === (5)) {
								vi.typ = 5;
							} else if (_2 === (1)) {
								vi.typ = 6;
							}
						case 28:
					/* } */ case 14:
				case 8:
				$s = 5; continue;
			/* } else if (_r$6) { */ case 3:
				vi.typ = 3;
					_r$16 = fd.MapKey(); /* */ $s = 31; case 31: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					_r$17 = _r$16.Kind(); /* */ $s = 32; case 32: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					_3 = _r$17;
					/* */ if (_3 === (9)) { $s = 33; continue; }
					/* */ $s = 34; continue;
					/* if (_3 === (9)) { */ case 33:
						_r$18 = strs.EnforceUTF8(fd); /* */ $s = 37; case 37: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
						/* */ if (_r$18) { $s = 35; continue; }
						/* */ $s = 36; continue;
						/* if (_r$18) { */ case 35:
							vi.keyType = 11;
						/* } */ case 36:
					/* } */ case 34:
				case 30:
					_r$19 = fd.MapValue(); /* */ $s = 39; case 39: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$20 = _r$19.Kind(); /* */ $s = 40; case 40: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					_4 = _r$20;
					/* */ if (_4 === (11)) { $s = 41; continue; }
					/* */ if (_4 === (9)) { $s = 42; continue; }
					/* */ $s = 43; continue;
					/* if (_4 === (11)) { */ case 41:
						vi.valType = 1;
						_r$21 = ft.Kind(); /* */ $s = 46; case 46: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						/* */ if (_r$21 === 21) { $s = 44; continue; }
						/* */ $s = 45; continue;
						/* if (_r$21 === 21) { */ case 44:
							_r$22 = ft.Elem(); /* */ $s = 47; case 47: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
							_r$23 = getMessageInfo(_r$22); /* */ $s = 48; case 48: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
							vi.mi = _r$23;
						/* } */ case 45:
						$s = 43; continue;
					/* } else if (_4 === (9)) { */ case 42:
						_r$24 = strs.EnforceUTF8(fd); /* */ $s = 51; case 51: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
						/* */ if (_r$24) { $s = 49; continue; }
						/* */ $s = 50; continue;
						/* if (_r$24) { */ case 49:
							vi.valType = 11;
						/* } */ case 50:
					/* } */ case 43:
				case 38:
				$s = 5; continue;
			/* } else { */ case 4:
					_r$25 = fd.Kind(); /* */ $s = 53; case 53: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
					_5 = _r$25;
					/* */ if (_5 === (11)) { $s = 54; continue; }
					/* */ if (_5 === (10)) { $s = 55; continue; }
					/* */ if (_5 === (9)) { $s = 56; continue; }
					/* */ $s = 57; continue;
					/* if (_5 === (11)) { */ case 54:
						vi.typ = 1;
						_r$26 = fd.IsWeak(); /* */ $s = 61; case 61: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
						/* */ if (!_r$26) { $s = 59; continue; }
						/* */ $s = 60; continue;
						/* if (!_r$26) { */ case 59:
							_r$27 = getMessageInfo(ft); /* */ $s = 62; case 62: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
							vi.mi = _r$27;
						/* } */ case 60:
						$s = 58; continue;
					/* } else if (_5 === (10)) { */ case 55:
						vi.typ = 2;
						_r$28 = getMessageInfo(ft); /* */ $s = 63; case 63: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
						vi.mi = _r$28;
						$s = 58; continue;
					/* } else if (_5 === (9)) { */ case 56:
						vi.typ = 10;
						_r$29 = strs.EnforceUTF8(fd); /* */ $s = 66; case 66: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
						/* */ if (_r$29) { $s = 64; continue; }
						/* */ $s = 65; continue;
						/* if (_r$29) { */ case 64:
							vi.typ = 11;
						/* } */ case 65:
						$s = 58; continue;
					/* } else { */ case 57:
							_r$30 = fd.Kind(); /* */ $s = 68; case 68: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
							_6 = (_entry$1 = wireTypes[protoreflect.Kind.keyFor(_r$30)], _entry$1 !== undefined ? _entry$1.v : 0);
							if (_6 === (0)) {
								vi.typ = 7;
							} else if (_6 === (5)) {
								vi.typ = 8;
							} else if (_6 === (1)) {
								vi.typ = 9;
							} else if (_6 === (2)) {
								vi.typ = 10;
							}
						case 67:
					/* } */ case 58:
				case 52:
			/* } */ case 5:
		case 1:
		$s = -1; return vi;
		/* */ } return; } var $f = {$blk: newValidationInfo, $c: true, $r, _1, _2, _3, _4, _5, _6, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$5, _r$6, _r$7, _r$8, _r$9, fd, ft, vi, $s};return $f;
	};
	MessageInfo.ptr.prototype.validate = function(b, groupTag, opts) {
		var {_1, _2, _3, _4, _5, _6, _7, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _v, b, err, err$1, err$2, f, fd, groupTag, initialized, messageName, messageType, mi, n, n$1, n$2, n$3, n$4, n$5, num, numRequiredFields, ok, opts, out, result, size, st, start, states, tag$1, typeid, v, v$1, vi, wtyp, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, xt, xt$1, xvi, $s, $r, $c} = $restore(this, {b, groupTag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		result = 0;
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		states = $makeSlice(sliceType$2, 0, 16);
		states = $append(states, new validationState.ptr(1, 0, 0, 0, mi, sliceType.nil, new $Uint64(0, 0)));
		if (groupTag > 0) {
			(0 >= states.$length ? ($throwRuntimeError("index out of range"), undefined) : states.$array[states.$offset + 0]).typ = 2;
			(0 >= states.$length ? ($throwRuntimeError("index out of range"), undefined) : states.$array[states.$offset + 0]).endGroup = groupTag;
		}
		initialized = true;
		start = b.$length;
		/* while (true) { */ case 2:
			/* if (!(states.$length > 0)) { break; } */ if(!(states.$length > 0)) { $s = 3; continue; }
			st = (x = states.$length - 1 >> 0, ((x < 0 || x >= states.$length) ? ($throwRuntimeError("index out of range"), undefined) : states.$array[states.$offset + x]));
			/* while (true) { */ case 4:
				/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 5; continue; }
				tag$1 = new $Uint64(0, 0);
				if ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
					tag$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
					b = $subslice(b, 1);
				} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
					tag$1 = (x$1 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$2 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
					b = $subslice(b, 2);
				} else {
					n = 0;
					_tuple = protowire.ConsumeVarint(b);
					tag$1 = _tuple[0];
					n = _tuple[1];
					if (n < 0) {
						_tmp = $clone(out, unmarshalOutput);
						_tmp$1 = 2;
						unmarshalOutput.copy(out, _tmp);
						result = _tmp$1;
						$s = -1; return [out, result];
					}
					b = $subslice(b, n);
				}
				num = 0;
				n$1 = $shiftRightUint64(tag$1, 3);
				if ((n$1.$high < 0 || (n$1.$high === 0 && n$1.$low < 1)) || (n$1.$high > 0 || (n$1.$high === 0 && n$1.$low > 536870911))) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = 2;
					unmarshalOutput.copy(out, _tmp$2);
					result = _tmp$3;
					$s = -1; return [out, result];
				} else {
					num = ((n$1.$low >> 0));
				}
				wtyp = ((new $Uint64(tag$1.$high & 0, (tag$1.$low & 7) >>> 0).$low << 24 >> 24));
				/* */ if (wtyp === 4) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (wtyp === 4) { */ case 6:
					/* */ if (st.endGroup === num) { $s = 8; continue; }
					/* */ $s = 9; continue;
					/* if (st.endGroup === num) { */ case 8:
						/* goto PopState */ $s = 10; continue;
					/* } */ case 9:
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = 2;
					unmarshalOutput.copy(out, _tmp$4);
					result = _tmp$5;
					$s = -1; return [out, result];
				/* } */ case 7:
				vi = new validationInfo.ptr(ptrType$5.nil, 0, 0, 0, new $Uint64(0, 0));
					/* */ if ((st.typ === 3)) { $s = 12; continue; }
					/* */ if (false && st.mi.coderMessageInfo.isMessageSet) { $s = 13; continue; }
					/* */ $s = 14; continue;
					/* if ((st.typ === 3)) { */ case 12:
						_1 = num;
						if (_1 === (1)) {
							vi.typ = st.keyType;
						} else if (_1 === (2)) {
							vi.typ = st.valType;
							vi.mi = st.mi;
							vi.requiredBit = new $Uint64(0, 1);
						}
						$s = 15; continue;
					/* } else if (false && st.mi.coderMessageInfo.isMessageSet) { */ case 13:
						_2 = num;
						if (_2 === (1)) {
							vi.typ = 12;
						}
						$s = 15; continue;
					/* } else { */ case 14:
						f = ptrType$6.nil;
						if (((num >> 0)) < st.mi.coderMessageInfo.denseCoderFields.$length) {
							f = (x$3 = st.mi.coderMessageInfo.denseCoderFields, ((num < 0 || num >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + num]));
						} else {
							f = (_entry = st.mi.coderMessageInfo.coderFields[protowire.Number.keyFor(num)], _entry !== undefined ? _entry.v : ptrType$6.nil);
						}
						/* */ if (!(f === ptrType$6.nil)) { $s = 16; continue; }
						/* */ $s = 17; continue;
						/* if (!(f === ptrType$6.nil)) { */ case 16:
							validationInfo.copy(vi, f.validation);
							/* */ if ((vi.typ === 1) && vi.mi === ptrType$5.nil) { $s = 18; continue; }
							/* */ $s = 19; continue;
							/* if ((vi.typ === 1) && vi.mi === ptrType$5.nil) { */ case 18:
								_r$5 = st.mi.Desc.Fields(); /* */ $s = 20; case 20: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
								_r$6 = _r$5.ByNumber(num); /* */ $s = 21; case 21: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
								fd = _r$6;
								if ($interfaceIsEqual(fd, $ifaceNil)) { _v = true; $s = 24; continue s; }
								_r$7 = fd.IsWeak(); /* */ $s = 25; case 25: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
								_v = !_r$7; case 24:
								/* */ if (_v) { $s = 22; continue; }
								/* */ $s = 23; continue;
								/* if (_v) { */ case 22:
									/* break; */ $s = 11; continue;
								/* } */ case 23:
								_r$8 = fd.Message(); /* */ $s = 26; case 26: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
								_r$9 = _r$8.FullName(); /* */ $s = 27; case 27: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
								messageName = _r$9;
								_r$10 = protoregistry.GlobalTypes.FindMessageByName(messageName); /* */ $s = 28; case 28: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
								_tuple$1 = _r$10;
								messageType = _tuple$1[0];
								err = _tuple$1[1];
								_3 = err;
								if ($interfaceIsEqual(_3, $ifaceNil)) {
									_tuple$2 = $assertType(messageType, ptrType$5, true);
									vi.mi = _tuple$2[0];
								} else if ($interfaceIsEqual(_3, (protoregistry.NotFound))) {
									vi.typ = 10;
								} else {
									_tmp$6 = $clone(out, unmarshalOutput);
									_tmp$7 = 1;
									unmarshalOutput.copy(out, _tmp$6);
									result = _tmp$7;
									$s = -1; return [out, result];
								}
							/* } */ case 19:
							/* break; */ $s = 11; continue;
						/* } */ case 17:
						_r$11 = st.mi.Desc.FullName(); /* */ $s = 29; case 29: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						_r$12 = opts.resolver.FindExtensionByNumber(_r$11, num); /* */ $s = 30; case 30: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						_tuple$3 = _r$12;
						xt = _tuple$3[0];
						err$1 = _tuple$3[1];
						if (!($interfaceIsEqual(err$1, $ifaceNil)) && !($interfaceIsEqual(err$1, protoregistry.NotFound))) {
							_tmp$8 = $clone(out, unmarshalOutput);
							_tmp$9 = 1;
							unmarshalOutput.copy(out, _tmp$8);
							result = _tmp$9;
							$s = -1; return [out, result];
						}
						/* */ if ($interfaceIsEqual(err$1, $ifaceNil)) { $s = 31; continue; }
						/* */ $s = 32; continue;
						/* if ($interfaceIsEqual(err$1, $ifaceNil)) { */ case 31:
							_r$13 = getExtensionFieldInfo(xt); /* */ $s = 33; case 33: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
							validationInfo.copy(vi, _r$13.validation);
						/* } */ case 32:
					/* } */ case 15:
				case 11:
				if (!((x$4 = vi.requiredBit, (x$4.$high === 0 && x$4.$low === 0)))) {
					ok = false;
					_4 = vi.typ;
					if (_4 === (7)) {
						ok = wtyp === 0;
					} else if (_4 === (8)) {
						ok = wtyp === 5;
					} else if (_4 === (9)) {
						ok = wtyp === 1;
					} else if ((_4 === (10)) || (_4 === (11)) || (_4 === (1))) {
						ok = wtyp === 2;
					} else if (_4 === (2)) {
						ok = wtyp === 3;
					}
					if (ok) {
						st.requiredMask = (x$5 = st.requiredMask, x$6 = vi.requiredBit, new $Uint64(x$5.$high | x$6.$high, (x$5.$low | x$6.$low) >>> 0));
					}
				}
					_5 = wtyp;
					/* */ if (_5 === (0)) { $s = 35; continue; }
					/* */ if (_5 === (2)) { $s = 36; continue; }
					/* */ if (_5 === (5)) { $s = 37; continue; }
					/* */ if (_5 === (1)) { $s = 38; continue; }
					/* */ if (_5 === (3)) { $s = 39; continue; }
					/* */ $s = 40; continue;
					/* if (_5 === (0)) { */ case 35:
						if (b.$length >= 10) {
							if ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
								b = $subslice(b, 1);
							} else if ((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
								b = $subslice(b, 2);
							} else if ((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) < 128) {
								b = $subslice(b, 3);
							} else if ((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) < 128) {
								b = $subslice(b, 4);
							} else if ((4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]) < 128) {
								b = $subslice(b, 5);
							} else if ((5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]) < 128) {
								b = $subslice(b, 6);
							} else if ((6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]) < 128) {
								b = $subslice(b, 7);
							} else if ((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]) < 128) {
								b = $subslice(b, 8);
							} else if ((8 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 8]) < 128) {
								b = $subslice(b, 9);
							} else if ((9 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 9]) < 128 && (9 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 9]) < 2) {
								b = $subslice(b, 10);
							} else {
								_tmp$10 = $clone(out, unmarshalOutput);
								_tmp$11 = 2;
								unmarshalOutput.copy(out, _tmp$10);
								result = _tmp$11;
								$s = -1; return [out, result];
							}
						} else {
							if (b.$length > 0 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
								b = $subslice(b, 1);
							} else if (b.$length > 1 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
								b = $subslice(b, 2);
							} else if (b.$length > 2 && (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) < 128) {
								b = $subslice(b, 3);
							} else if (b.$length > 3 && (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) < 128) {
								b = $subslice(b, 4);
							} else if (b.$length > 4 && (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]) < 128) {
								b = $subslice(b, 5);
							} else if (b.$length > 5 && (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]) < 128) {
								b = $subslice(b, 6);
							} else if (b.$length > 6 && (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]) < 128) {
								b = $subslice(b, 7);
							} else if (b.$length > 7 && (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]) < 128) {
								b = $subslice(b, 8);
							} else if (b.$length > 8 && (8 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 8]) < 128) {
								b = $subslice(b, 9);
							} else if (b.$length > 9 && (9 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 9]) < 2) {
								b = $subslice(b, 10);
							} else {
								_tmp$12 = $clone(out, unmarshalOutput);
								_tmp$13 = 2;
								unmarshalOutput.copy(out, _tmp$12);
								result = _tmp$13;
								$s = -1; return [out, result];
							}
						}
						/* continue State; */ $s = 2; continue s;
						$s = 41; continue;
					/* } else if (_5 === (2)) { */ case 36:
						size = new $Uint64(0, 0);
						if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
							size = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
							b = $subslice(b, 1);
						} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
							size = (x$7 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$8 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$7.$high + x$8.$high, x$7.$low + x$8.$low));
							b = $subslice(b, 2);
						} else {
							n$2 = 0;
							_tuple$4 = protowire.ConsumeVarint(b);
							size = _tuple$4[0];
							n$2 = _tuple$4[1];
							if (n$2 < 0) {
								_tmp$14 = $clone(out, unmarshalOutput);
								_tmp$15 = 2;
								unmarshalOutput.copy(out, _tmp$14);
								result = _tmp$15;
								$s = -1; return [out, result];
							}
							b = $subslice(b, n$2);
						}
						if ((x$9 = (new $Uint64(0, b.$length)), (size.$high > x$9.$high || (size.$high === x$9.$high && size.$low > x$9.$low)))) {
							_tmp$16 = $clone(out, unmarshalOutput);
							_tmp$17 = 2;
							unmarshalOutput.copy(out, _tmp$16);
							result = _tmp$17;
							$s = -1; return [out, result];
						}
						v = $subslice(b, 0, $flatten64(size));
						b = $subslice(b, $flatten64(size));
							_6 = vi.typ;
							/* */ if (_6 === (1)) { $s = 43; continue; }
							/* */ if (_6 === (3)) { $s = 44; continue; }
							/* */ if (_6 === (4)) { $s = 45; continue; }
							/* */ if (_6 === (5)) { $s = 46; continue; }
							/* */ if (_6 === (6)) { $s = 47; continue; }
							/* */ if (_6 === (11)) { $s = 48; continue; }
							/* */ $s = 49; continue;
							/* if (_6 === (1)) { */ case 43:
								if (vi.mi === ptrType$5.nil) {
									_tmp$18 = $clone(out, unmarshalOutput);
									_tmp$19 = 1;
									unmarshalOutput.copy(out, _tmp$18);
									result = _tmp$19;
									$s = -1; return [out, result];
								}
								$r = vi.mi.init(); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								/* */ if (!(vi.mi === ptrType$5.nil)) { $s = 51; continue; }
								/* */ $s = 52; continue;
								/* if (!(vi.mi === ptrType$5.nil)) { */ case 51:
									$r = vi.mi.init(); /* */ $s = 53; case 53: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								/* } */ case 52:
								states = $append(states, new validationState.ptr(vi.typ, vi.keyType, vi.valType, 0, vi.mi, b, new $Uint64(0, 0)));
								b = v;
								/* continue State; */ $s = 2; continue s;
								$s = 49; continue;
							/* } else if (_6 === (3)) { */ case 44:
								/* */ if (!(vi.mi === ptrType$5.nil)) { $s = 54; continue; }
								/* */ $s = 55; continue;
								/* if (!(vi.mi === ptrType$5.nil)) { */ case 54:
									$r = vi.mi.init(); /* */ $s = 56; case 56: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								/* } */ case 55:
								states = $append(states, new validationState.ptr(vi.typ, vi.keyType, vi.valType, 0, vi.mi, b, new $Uint64(0, 0)));
								b = v;
								/* continue State; */ $s = 2; continue s;
								$s = 49; continue;
							/* } else if (_6 === (4)) { */ case 45:
								while (true) {
									if (!(v.$length > 0)) { break; }
									_tuple$5 = protowire.ConsumeVarint(v);
									n$3 = _tuple$5[1];
									if (n$3 < 0) {
										_tmp$20 = $clone(out, unmarshalOutput);
										_tmp$21 = 2;
										unmarshalOutput.copy(out, _tmp$20);
										result = _tmp$21;
										$s = -1; return [out, result];
									}
									v = $subslice(v, n$3);
								}
								$s = 49; continue;
							/* } else if (_6 === (5)) { */ case 46:
								if (!(((_r$14 = v.$length % 4, _r$14 === _r$14 ? _r$14 : $throwRuntimeError("integer divide by zero")) === 0))) {
									_tmp$22 = $clone(out, unmarshalOutput);
									_tmp$23 = 2;
									unmarshalOutput.copy(out, _tmp$22);
									result = _tmp$23;
									$s = -1; return [out, result];
								}
								$s = 49; continue;
							/* } else if (_6 === (6)) { */ case 47:
								if (!(((_r$15 = v.$length % 8, _r$15 === _r$15 ? _r$15 : $throwRuntimeError("integer divide by zero")) === 0))) {
									_tmp$24 = $clone(out, unmarshalOutput);
									_tmp$25 = 2;
									unmarshalOutput.copy(out, _tmp$24);
									result = _tmp$25;
									$s = -1; return [out, result];
								}
								$s = 49; continue;
							/* } else if (_6 === (11)) { */ case 48:
								if (!utf8.Valid(v)) {
									_tmp$26 = $clone(out, unmarshalOutput);
									_tmp$27 = 2;
									unmarshalOutput.copy(out, _tmp$26);
									result = _tmp$27;
									$s = -1; return [out, result];
								}
							/* } */ case 49:
						case 42:
						$s = 41; continue;
					/* } else if (_5 === (5)) { */ case 37:
						if (b.$length < 4) {
							_tmp$28 = $clone(out, unmarshalOutput);
							_tmp$29 = 2;
							unmarshalOutput.copy(out, _tmp$28);
							result = _tmp$29;
							$s = -1; return [out, result];
						}
						b = $subslice(b, 4);
						$s = 41; continue;
					/* } else if (_5 === (1)) { */ case 38:
						if (b.$length < 8) {
							_tmp$30 = $clone(out, unmarshalOutput);
							_tmp$31 = 2;
							unmarshalOutput.copy(out, _tmp$30);
							result = _tmp$31;
							$s = -1; return [out, result];
						}
						b = $subslice(b, 8);
						$s = 41; continue;
					/* } else if (_5 === (3)) { */ case 39:
							/* */ if ((vi.typ === 2)) { $s = 58; continue; }
							/* */ if (false && (vi.typ === 12)) { $s = 59; continue; }
							/* */ $s = 60; continue;
							/* if ((vi.typ === 2)) { */ case 58:
								if (vi.mi === ptrType$5.nil) {
									_tmp$32 = $clone(out, unmarshalOutput);
									_tmp$33 = 1;
									unmarshalOutput.copy(out, _tmp$32);
									result = _tmp$33;
									$s = -1; return [out, result];
								}
								$r = vi.mi.init(); /* */ $s = 62; case 62: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								states = $append(states, new validationState.ptr(2, 0, 0, num, vi.mi, sliceType.nil, new $Uint64(0, 0)));
								/* continue State; */ $s = 2; continue s;
								$s = 61; continue;
							/* } else if (false && (vi.typ === 12)) { */ case 59:
								_r$16 = messageset.ConsumeFieldValue(b, false); /* */ $s = 63; case 63: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
								_tuple$6 = _r$16;
								typeid = _tuple$6[0];
								v$1 = _tuple$6[1];
								n$4 = _tuple$6[2];
								err$2 = _tuple$6[3];
								if (!($interfaceIsEqual(err$2, $ifaceNil))) {
									_tmp$34 = $clone(out, unmarshalOutput);
									_tmp$35 = 2;
									unmarshalOutput.copy(out, _tmp$34);
									result = _tmp$35;
									$s = -1; return [out, result];
								}
								_r$17 = st.mi.Desc.FullName(); /* */ $s = 64; case 64: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
								_r$18 = opts.resolver.FindExtensionByNumber(_r$17, typeid); /* */ $s = 65; case 65: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
								_tuple$7 = _r$18;
								xt$1 = _tuple$7[0];
								err$2 = _tuple$7[1];
									/* */ if ($interfaceIsEqual(err$2, protoregistry.NotFound)) { $s = 67; continue; }
									/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 68; continue; }
									/* */ $s = 69; continue;
									/* if ($interfaceIsEqual(err$2, protoregistry.NotFound)) { */ case 67:
										b = $subslice(b, n$4);
										$s = 70; continue;
									/* } else if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 68:
										_tmp$36 = $clone(out, unmarshalOutput);
										_tmp$37 = 1;
										unmarshalOutput.copy(out, _tmp$36);
										result = _tmp$37;
										$s = -1; return [out, result];
									/* } else { */ case 69:
										_r$19 = getExtensionFieldInfo(xt$1); /* */ $s = 71; case 71: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
										xvi = $clone(_r$19.validation, validationInfo);
										/* */ if (!(xvi.mi === ptrType$5.nil)) { $s = 72; continue; }
										/* */ $s = 73; continue;
										/* if (!(xvi.mi === ptrType$5.nil)) { */ case 72:
											$r = xvi.mi.init(); /* */ $s = 74; case 74: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
										/* } */ case 73:
										states = $append(states, new validationState.ptr(xvi.typ, 0, 0, 0, xvi.mi, $subslice(b, n$4), new $Uint64(0, 0)));
										b = v$1;
										/* continue State; */ $s = 2; continue s;
									/* } */ case 70:
								case 66:
								$s = 61; continue;
							/* } else { */ case 60:
								n$5 = protowire.ConsumeFieldValue(num, wtyp, b);
								if (n$5 < 0) {
									_tmp$38 = $clone(out, unmarshalOutput);
									_tmp$39 = 2;
									unmarshalOutput.copy(out, _tmp$38);
									result = _tmp$39;
									$s = -1; return [out, result];
								}
								b = $subslice(b, n$5);
							/* } */ case 61:
						case 57:
						$s = 41; continue;
					/* } else { */ case 40:
						_tmp$40 = $clone(out, unmarshalOutput);
						_tmp$41 = 2;
						unmarshalOutput.copy(out, _tmp$40);
						result = _tmp$41;
						$s = -1; return [out, result];
					/* } */ case 41:
				case 34:
			$s = 4; continue;
			case 5:
			if (!((st.endGroup === 0))) {
				_tmp$42 = $clone(out, unmarshalOutput);
				_tmp$43 = 2;
				unmarshalOutput.copy(out, _tmp$42);
				result = _tmp$43;
				$s = -1; return [out, result];
			}
			if (!((b.$length === 0))) {
				_tmp$44 = $clone(out, unmarshalOutput);
				_tmp$45 = 2;
				unmarshalOutput.copy(out, _tmp$44);
				result = _tmp$45;
				$s = -1; return [out, result];
			}
			b = st.tail;
			/* PopState: */ case 10:
			numRequiredFields = 0;
			_7 = st.typ;
			if ((_7 === (1)) || (_7 === (2))) {
				numRequiredFields = ((st.mi.coderMessageInfo.numRequiredFields >> 0));
			} else if (_7 === (3)) {
				if (!(st.mi === ptrType$5.nil) && st.mi.coderMessageInfo.numRequiredFields > 0) {
					numRequiredFields = 1;
				}
			}
			if (numRequiredFields > 0 && !((bits.OnesCount64(st.requiredMask) === numRequiredFields))) {
				initialized = false;
			}
			states = $subslice(states, 0, (states.$length - 1 >> 0));
		$s = 2; continue;
		case 3:
		out.n = start - b.$length >> 0;
		if (initialized) {
			out.initialized = true;
		}
		_tmp$46 = $clone(out, unmarshalOutput);
		_tmp$47 = 3;
		unmarshalOutput.copy(out, _tmp$46);
		result = _tmp$47;
		$s = -1; return [out, result];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.validate, $c: true, $r, _1, _2, _3, _4, _5, _6, _7, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _v, b, err, err$1, err$2, f, fd, groupTag, initialized, messageName, messageType, mi, n, n$1, n$2, n$3, n$4, n$5, num, numRequiredFields, ok, opts, out, result, size, st, start, states, tag$1, typeid, v, v$1, vi, wtyp, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, xt, xt$1, xvi, $s};return $f;
	};
	MessageInfo.prototype.validate = function(b, groupTag, opts) { return this.$val.validate(b, groupTag, opts); };
	offsetOf = function(f, x) {
		var f, x, x$1, x$2;
		if (!((f.Index.$length === 1))) {
			$panic(new $String("embedded structs are not supported"));
		}
		if (f.PkgPath === "") {
			return new offset.ptr((x$1 = f.Index, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])), $throwNilPointerError);
		}
		if (x === $throwNilPointerError) {
			$panic(new $String("exporter must be provided for unexported field"));
		}
		return new offset.ptr((x$2 = f.Index, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])), x);
	};
	offset.ptr.prototype.IsValid = function() {
		var f;
		f = this;
		return f.index >= 0;
	};
	offset.prototype.IsValid = function() { return this.$val.IsValid(); };
	pointerOfValue = function(v) {
		var v;
		return new pointer.ptr($clone(v, reflect.Value));
	};
	pointerOfIface = function(v) {
		var {$24r, _r$5, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = reflect.ValueOf(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = new pointer.ptr($clone(_r$5, reflect.Value));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointerOfIface, $c: true, $r, $24r, _r$5, v, $s};return $f;
	};
	pointer.ptr.prototype.IsNil = function() {
		var p;
		p = this;
		return $clone(p.v, reflect.Value).IsNil();
	};
	pointer.prototype.IsNil = function() { return this.$val.IsNil(); };
	pointer.ptr.prototype.Apply = function(f) {
		var {$24r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, f, p, v, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (!(f.export$1 === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f.export$1 === $throwNilPointerError)) { */ case 1:
			_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = f.export$1(_r$5, f.index); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = reflect.ValueOf(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = _r$7;
			if ($clone(v, reflect.Value).IsValid()) {
				$s = -1; return new pointer.ptr($clone(v, reflect.Value));
			}
		/* } */ case 2:
		_r$8 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = $clone(_r$8, reflect.Value).Field(f.index); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = $clone(_r$9, reflect.Value).Addr(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		$24r = new pointer.ptr($clone(_r$10, reflect.Value));
		$s = 9; case 9: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Apply, $c: true, $r, $24r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, f, p, v, $s};return $f;
	};
	pointer.prototype.Apply = function(f) { return this.$val.Apply(f); };
	pointer.ptr.prototype.AsValueOf = function(t) {
		var {_r$5, _r$6, got, p, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Type().Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		got = _r$5;
		/* */ if (!($interfaceIsEqual(got, t))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(got, t))) { */ case 2:
			_r$6 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([got, t])); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$panic(new $String(_r$6));
		/* } */ case 3:
		$s = -1; return p.v;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.AsValueOf, $c: true, $r, _r$5, _r$6, got, p, t, $s};return $f;
	};
	pointer.prototype.AsValueOf = function(t) { return this.$val.AsValueOf(t); };
	pointer.ptr.prototype.AsIfaceOf = function(t) {
		var {$24r, _r$5, _r$6, p, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p, pointer).AsValueOf(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.AsIfaceOf, $c: true, $r, $24r, _r$5, _r$6, p, t, $s};return $f;
	};
	pointer.prototype.AsIfaceOf = function(t) { return this.$val.AsIfaceOf(t); };
	pointer.ptr.prototype.Bool = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$8);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Bool, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Bool = function() { return this.$val.Bool(); };
	pointer.ptr.prototype.BoolPtr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$9);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.BoolPtr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.BoolPtr = function() { return this.$val.BoolPtr(); };
	pointer.ptr.prototype.BoolSlice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$10);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.BoolSlice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.BoolSlice = function() { return this.$val.BoolSlice(); };
	pointer.ptr.prototype.Int32 = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$11);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Int32, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Int32 = function() { return this.$val.Int32(); };
	pointer.ptr.prototype.Int32Ptr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$12);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Int32Ptr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Int32Ptr = function() { return this.$val.Int32Ptr(); };
	pointer.ptr.prototype.Int32Slice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$13);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Int32Slice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Int32Slice = function() { return this.$val.Int32Slice(); };
	pointer.ptr.prototype.Int64 = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$14);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Int64, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Int64 = function() { return this.$val.Int64(); };
	pointer.ptr.prototype.Int64Ptr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$15);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Int64Ptr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Int64Ptr = function() { return this.$val.Int64Ptr(); };
	pointer.ptr.prototype.Int64Slice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$16);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Int64Slice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Int64Slice = function() { return this.$val.Int64Slice(); };
	pointer.ptr.prototype.Uint32 = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$17);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Uint32, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Uint32 = function() { return this.$val.Uint32(); };
	pointer.ptr.prototype.Uint32Ptr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$18);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Uint32Ptr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Uint32Ptr = function() { return this.$val.Uint32Ptr(); };
	pointer.ptr.prototype.Uint32Slice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$19);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Uint32Slice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Uint32Slice = function() { return this.$val.Uint32Slice(); };
	pointer.ptr.prototype.Uint64 = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$20);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Uint64, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Uint64 = function() { return this.$val.Uint64(); };
	pointer.ptr.prototype.Uint64Ptr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$21);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Uint64Ptr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Uint64Ptr = function() { return this.$val.Uint64Ptr(); };
	pointer.ptr.prototype.Uint64Slice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$22);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Uint64Slice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Uint64Slice = function() { return this.$val.Uint64Slice(); };
	pointer.ptr.prototype.Float32 = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$23);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Float32, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Float32 = function() { return this.$val.Float32(); };
	pointer.ptr.prototype.Float32Ptr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$24);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Float32Ptr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Float32Ptr = function() { return this.$val.Float32Ptr(); };
	pointer.ptr.prototype.Float32Slice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$25);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Float32Slice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Float32Slice = function() { return this.$val.Float32Slice(); };
	pointer.ptr.prototype.Float64 = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$26);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Float64, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Float64 = function() { return this.$val.Float64(); };
	pointer.ptr.prototype.Float64Ptr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$27);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Float64Ptr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Float64Ptr = function() { return this.$val.Float64Ptr(); };
	pointer.ptr.prototype.Float64Slice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$28);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Float64Slice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Float64Slice = function() { return this.$val.Float64Slice(); };
	pointer.ptr.prototype.String = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$29);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.String, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.String = function() { return this.$val.String(); };
	pointer.ptr.prototype.StringPtr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$30);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.StringPtr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.StringPtr = function() { return this.$val.StringPtr(); };
	pointer.ptr.prototype.StringSlice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$31);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.StringSlice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.StringSlice = function() { return this.$val.StringSlice(); };
	pointer.ptr.prototype.Bytes = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$3);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Bytes, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Bytes = function() { return this.$val.Bytes(); };
	pointer.ptr.prototype.BytesPtr = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$32);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.BytesPtr, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.BytesPtr = function() { return this.$val.BytesPtr(); };
	pointer.ptr.prototype.BytesSlice = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$33);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.BytesSlice, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.BytesSlice = function() { return this.$val.BytesSlice(); };
	pointer.ptr.prototype.WeakFields = function() {
		var {$24r, _ptr, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = ((_ptr = $assertType(_r$5, ptrType$35), new ptrType$34(function() { return _ptr.$get(); }, function($v) { _ptr.$set($v); }, _ptr.$target)));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.WeakFields, $c: true, $r, $24r, _ptr, _r$5, p, $s};return $f;
	};
	pointer.prototype.WeakFields = function() { return this.$val.WeakFields(); };
	pointer.ptr.prototype.Extensions = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$36);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Extensions, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Extensions = function() { return this.$val.Extensions(); };
	pointer.ptr.prototype.Elem = function() {
		var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = new pointer.ptr($clone(_r$5, reflect.Value));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.Elem, $c: true, $r, $24r, _r$5, p, $s};return $f;
	};
	pointer.prototype.Elem = function() { return this.$val.Elem(); };
	pointer.ptr.prototype.PointerSlice = function() {
		var {_r$5, _r$6, _r$7, _r$8, i, n, p, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if ($clone(p.v, reflect.Value).IsNil()) {
			$s = -1; return sliceType$12.nil;
		}
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		n = _r$6;
		s = $makeSlice(sliceType$12, n);
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 4; continue; }
			_r$7 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, reflect.Value).Index(i); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			pointer.copy(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]), new pointer.ptr($clone(_r$8, reflect.Value)));
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.PointerSlice, $c: true, $r, _r$5, _r$6, _r$7, _r$8, i, n, p, s, $s};return $f;
	};
	pointer.prototype.PointerSlice = function() { return this.$val.PointerSlice(); };
	pointer.ptr.prototype.AppendPointerSlice = function(v) {
		var {_r$5, _r$6, p, sp, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		_r$6 = reflect.Append($clone(sp, reflect.Value), new sliceType$13([$clone(v.v, reflect.Value)])); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$r = $clone(sp, reflect.Value).Set($clone(_r$6, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.AppendPointerSlice, $c: true, $r, _r$5, _r$6, p, sp, v, $s};return $f;
	};
	pointer.prototype.AppendPointerSlice = function(v) { return this.$val.AppendPointerSlice(v); };
	pointer.ptr.prototype.SetPointer = function(v) {
		var {_r$5, p, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$r = $clone(_r$5, reflect.Value).Set($clone(v.v, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pointer.ptr.prototype.SetPointer, $c: true, $r, _r$5, p, v, $s};return $f;
	};
	pointer.prototype.SetPointer = function(v) { return this.$val.SetPointer(v); };
	Export.ptr.prototype.MessageStateOf = function(p) {
		var p;
		$panic(new $String("not supported"));
	};
	Export.prototype.MessageStateOf = function(p) { return this.$val.MessageStateOf(p); };
	messageState.ptr.prototype.pointer = function() {
		var ms;
		ms = this;
		$panic(new $String("not supported"));
	};
	messageState.prototype.pointer = function() { return this.$val.pointer(); };
	messageState.ptr.prototype.messageInfo = function() {
		var ms;
		ms = this;
		$panic(new $String("not supported"));
	};
	messageState.prototype.messageInfo = function() { return this.$val.messageInfo(); };
	messageState.ptr.prototype.LoadMessageInfo = function() {
		var ms;
		ms = this;
		$panic(new $String("not supported"));
	};
	messageState.prototype.LoadMessageInfo = function() { return this.$val.LoadMessageInfo(); };
	messageState.ptr.prototype.StoreMessageInfo = function(mi) {
		var mi, ms;
		ms = this;
		$panic(new $String("not supported"));
	};
	messageState.prototype.StoreMessageInfo = function(mi) { return this.$val.StoreMessageInfo(mi); };
	atomicNilMessage.ptr.prototype.Init = function(mi) {
		var {m, mi, $s, $r, $c} = $restore(this, {mi});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		mi = [mi];
		m[0] = this;
		$r = m[0].once.Do((function(m, mi) { return function $b() {
			var {_r$5, _r$6, _r$7, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = reflect.Zero(mi[0].GoReflectType); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(_r$5, reflect.Value).Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = pointerOfIface(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			pointer.copy(m[0].m.p, _r$7);
			m[0].m.mi = mi[0];
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, _r$7, $s};return $f;
		}; })(m, mi)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return m[0].m;
		/* */ } return; } var $f = {$blk: atomicNilMessage.ptr.prototype.Init, $c: true, $r, m, mi, $s};return $f;
	};
	atomicNilMessage.prototype.Init = function(mi) { return this.$val.Init(mi); };
	messageState.ptr.prototype.Descriptor = function() {
		var m;
		m = this;
		return m.messageInfo().Desc;
	};
	messageState.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	messageState.ptr.prototype.Type = function() {
		var m;
		m = this;
		return m.messageInfo();
	};
	messageState.prototype.Type = function() { return this.$val.Type(); };
	messageState.ptr.prototype.New = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.messageInfo().New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.New, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	messageState.prototype.New = function() { return this.$val.New(); };
	messageState.ptr.prototype.Interface = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.protoUnwrap(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, protoreflect.ProtoMessage);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.Interface, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	messageState.prototype.Interface = function() { return this.$val.Interface(); };
	messageState.ptr.prototype.protoUnwrap = function() {
		var {$24r, _r$5, _r$6, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.messageInfo().GoReflectType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(m.pointer(), pointer).AsIfaceOf(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.protoUnwrap, $c: true, $r, $24r, _r$5, _r$6, m, $s};return $f;
	};
	messageState.prototype.protoUnwrap = function() { return this.$val.protoUnwrap(); };
	messageState.ptr.prototype.ProtoMethods = function() {
		var {m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return m.messageInfo().coderMessageInfo.methods;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.ProtoMethods, $c: true, $r, m, $s};return $f;
	};
	messageState.prototype.ProtoMethods = function() { return this.$val.ProtoMethods(); };
	messageState.ptr.prototype.ProtoMessageInfo = function() {
		var m;
		m = this;
		return m.messageInfo();
	};
	messageState.prototype.ProtoMessageInfo = function() { return this.$val.ProtoMessageInfo(); };
	messageState.ptr.prototype.Range = function(f) {
		var {_arg, _arg$1, _arg$2, _arg$3, _entry, _i, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, f, fi, m, n, ri, ri$1, ri$2, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = m.messageInfo().reflectMessageInfo.rangeInfos;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			ri = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = ri;
			/* */ if ($assertType(_ref$1, ptrType$37, true)[1]) { $s = 4; continue; }
			/* */ if ($assertType(_ref$1, ptrType$38, true)[1]) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ($assertType(_ref$1, ptrType$37, true)[1]) { */ case 4:
				ri$1 = _ref$1.$val;
				_r$5 = ri$1.has($clone(m.pointer(), pointer)); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if (_r$5) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_r$5) { */ case 7:
					_arg = ri$1.fieldDesc;
					_r$6 = ri$1.get($clone(m.pointer(), pointer)); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_arg$1 = $clone(_r$6, protoreflect.Value);
					_r$7 = f(_arg, _arg$1); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					/* */ if (!_r$7) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (!_r$7) { */ case 10:
						$s = -1; return;
					/* } */ case 11:
				/* } */ case 8:
				$s = 6; continue;
			/* } else if ($assertType(_ref$1, ptrType$38, true)[1]) { */ case 5:
				ri$2 = _ref$1.$val;
				_r$8 = ri$2.which($clone(m.pointer(), pointer)); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				n = _r$8;
				/* */ if (n > 0) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (n > 0) { */ case 15:
					fi = (_entry = m.messageInfo().reflectMessageInfo.fields[protowire.Number.keyFor(n)], _entry !== undefined ? _entry.v : ptrType$37.nil);
					_arg$2 = fi.fieldDesc;
					_r$9 = fi.get($clone(m.pointer(), pointer)); /* */ $s = 19; case 19: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_arg$3 = $clone(_r$9, protoreflect.Value);
					_r$10 = f(_arg$2, _arg$3); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					/* */ if (!_r$10) { $s = 17; continue; }
					/* */ $s = 18; continue;
					/* if (!_r$10) { */ case 17:
						$s = -1; return;
					/* } */ case 18:
				/* } */ case 16:
			/* } */ case 6:
			_i++;
		$s = 2; continue;
		case 3:
		_r$11 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 21; case 21: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		$r = _r$11.Range(f); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.Range, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _entry, _i, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, f, fi, m, n, ri, ri$1, ri$2, $s};return $f;
	};
	messageState.prototype.Range = function(f) { return this.$val.Range(f); };
	messageState.ptr.prototype.Has = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.has($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Has(xt); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = _r$8;
			$s = 10; case 10: return $24r$1;
		/* } */ case 5:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.Has, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageState.prototype.Has = function(fd) { return this.$val.Has(fd); };
	messageState.ptr.prototype.Clear = function(fd) {
		var {_r$5, _r$6, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			$r = fi.clear($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 5; continue;
		/* } else { */ case 4:
			_r$6 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$r = _r$6.Clear(xt); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.Clear, $c: true, $r, _r$5, _r$6, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageState.prototype.Clear = function(fd) { return this.$val.Clear(fd); };
	messageState.ptr.prototype.Get = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.get($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Get(xt); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = _r$8;
			$s = 10; case 10: return $24r$1;
		/* } */ case 5:
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.Get, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageState.prototype.Get = function(fd) { return this.$val.Get(fd); };
	messageState.ptr.prototype.Set = function(fd, v) {
		var {_r$5, _r$6, _tuple, fd, fi, m, v, xt, $s, $r, $c} = $restore(this, {fd, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			$r = fi.set($clone(m.pointer(), pointer), $clone(v, protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 5; continue;
		/* } else { */ case 4:
			_r$6 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$r = _r$6.Set(xt, $clone(v, protoreflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.Set, $c: true, $r, _r$5, _r$6, _tuple, fd, fi, m, v, xt, $s};return $f;
	};
	messageState.prototype.Set = function(fd, v) { return this.$val.Set(fd, v); };
	messageState.ptr.prototype.Mutable = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.mutable($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Mutable(xt); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = _r$8;
			$s = 10; case 10: return $24r$1;
		/* } */ case 5:
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.Mutable, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageState.prototype.Mutable = function(fd) { return this.$val.Mutable(fd); };
	messageState.ptr.prototype.NewField = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.newField(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = xt.New(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$1 = _r$7;
			$s = 9; case 9: return $24r$1;
		/* } */ case 5:
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.NewField, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageState.prototype.NewField = function(fd) { return this.$val.NewField(fd); };
	messageState.ptr.prototype.WhichOneof = function(od) {
		var {$24r, _entry, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, m, od, oi, $s, $r, $c} = $restore(this, {od});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = od.Name(); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		oi = (_entry = m.messageInfo().reflectMessageInfo.oneofs[protoreflect.Name.keyFor(_r$5)], _entry !== undefined ? _entry.v : ptrType$38.nil);
		/* */ if (!(oi === ptrType$38.nil) && $interfaceIsEqual(oi.oneofDesc, od)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(oi === ptrType$38.nil) && $interfaceIsEqual(oi.oneofDesc, od)) { */ case 3:
			_r$6 = od.Fields(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = oi.which($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$6.ByNumber(_r$7); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 8; case 8: return $24r;
		/* } */ case 4:
		_r$9 = od.FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = m.Descriptor().FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		$panic(new $String("invalid oneof descriptor " + (_r$9) + " for message " + (_r$10)));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.WhichOneof, $c: true, $r, $24r, _entry, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, m, od, oi, $s};return $f;
	};
	messageState.prototype.WhichOneof = function(od) { return this.$val.WhichOneof(od); };
	messageState.ptr.prototype.GetUnknown = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().reflectMessageInfo.getUnknown($clone(m.pointer(), pointer)); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.GetUnknown, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	messageState.prototype.GetUnknown = function() { return this.$val.GetUnknown(); };
	messageState.ptr.prototype.SetUnknown = function(b) {
		var {b, m, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = m.messageInfo().reflectMessageInfo.setUnknown($clone(m.pointer(), pointer), b); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageState.ptr.prototype.SetUnknown, $c: true, $r, b, m, $s};return $f;
	};
	messageState.prototype.SetUnknown = function(b) { return this.$val.SetUnknown(b); };
	messageState.ptr.prototype.IsValid = function() {
		var m;
		m = this;
		return !$clone(m.pointer(), pointer).IsNil();
	};
	messageState.prototype.IsValid = function() { return this.$val.IsValid(); };
	messageReflectWrapper.ptr.prototype.Descriptor = function() {
		var m;
		m = this;
		return m.messageInfo().Desc;
	};
	messageReflectWrapper.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	messageReflectWrapper.ptr.prototype.Type = function() {
		var m;
		m = this;
		return m.messageInfo();
	};
	messageReflectWrapper.prototype.Type = function() { return this.$val.Type(); };
	messageReflectWrapper.ptr.prototype.New = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.messageInfo().New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.New, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	messageReflectWrapper.prototype.New = function() { return this.$val.New(); };
	messageReflectWrapper.ptr.prototype.Interface = function() {
		var {_r$5, _tuple, m, m$1, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.protoUnwrap(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, protoreflect.ProtoMessage, true);
		m$1 = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return m$1;
		}
		$s = -1; return ($pointerOfStructConversion(m, ptrType$2));
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.Interface, $c: true, $r, _r$5, _tuple, m, m$1, ok, $s};return $f;
	};
	messageReflectWrapper.prototype.Interface = function() { return this.$val.Interface(); };
	messageReflectWrapper.ptr.prototype.protoUnwrap = function() {
		var {$24r, _r$5, _r$6, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.messageInfo().GoReflectType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(m.pointer(), pointer).AsIfaceOf(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.protoUnwrap, $c: true, $r, $24r, _r$5, _r$6, m, $s};return $f;
	};
	messageReflectWrapper.prototype.protoUnwrap = function() { return this.$val.protoUnwrap(); };
	messageReflectWrapper.ptr.prototype.ProtoMethods = function() {
		var {m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return m.messageInfo().coderMessageInfo.methods;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.ProtoMethods, $c: true, $r, m, $s};return $f;
	};
	messageReflectWrapper.prototype.ProtoMethods = function() { return this.$val.ProtoMethods(); };
	messageReflectWrapper.ptr.prototype.ProtoMessageInfo = function() {
		var m;
		m = this;
		return m.messageInfo();
	};
	messageReflectWrapper.prototype.ProtoMessageInfo = function() { return this.$val.ProtoMessageInfo(); };
	messageReflectWrapper.ptr.prototype.Range = function(f) {
		var {_arg, _arg$1, _arg$2, _arg$3, _entry, _i, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, f, fi, m, n, ri, ri$1, ri$2, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = m.messageInfo().reflectMessageInfo.rangeInfos;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			ri = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = ri;
			/* */ if ($assertType(_ref$1, ptrType$37, true)[1]) { $s = 4; continue; }
			/* */ if ($assertType(_ref$1, ptrType$38, true)[1]) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ($assertType(_ref$1, ptrType$37, true)[1]) { */ case 4:
				ri$1 = _ref$1.$val;
				_r$5 = ri$1.has($clone(m.pointer(), pointer)); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if (_r$5) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_r$5) { */ case 7:
					_arg = ri$1.fieldDesc;
					_r$6 = ri$1.get($clone(m.pointer(), pointer)); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_arg$1 = $clone(_r$6, protoreflect.Value);
					_r$7 = f(_arg, _arg$1); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					/* */ if (!_r$7) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (!_r$7) { */ case 10:
						$s = -1; return;
					/* } */ case 11:
				/* } */ case 8:
				$s = 6; continue;
			/* } else if ($assertType(_ref$1, ptrType$38, true)[1]) { */ case 5:
				ri$2 = _ref$1.$val;
				_r$8 = ri$2.which($clone(m.pointer(), pointer)); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				n = _r$8;
				/* */ if (n > 0) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (n > 0) { */ case 15:
					fi = (_entry = m.messageInfo().reflectMessageInfo.fields[protowire.Number.keyFor(n)], _entry !== undefined ? _entry.v : ptrType$37.nil);
					_arg$2 = fi.fieldDesc;
					_r$9 = fi.get($clone(m.pointer(), pointer)); /* */ $s = 19; case 19: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_arg$3 = $clone(_r$9, protoreflect.Value);
					_r$10 = f(_arg$2, _arg$3); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					/* */ if (!_r$10) { $s = 17; continue; }
					/* */ $s = 18; continue;
					/* if (!_r$10) { */ case 17:
						$s = -1; return;
					/* } */ case 18:
				/* } */ case 16:
			/* } */ case 6:
			_i++;
		$s = 2; continue;
		case 3:
		_r$11 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 21; case 21: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		$r = _r$11.Range(f); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.Range, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _entry, _i, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, f, fi, m, n, ri, ri$1, ri$2, $s};return $f;
	};
	messageReflectWrapper.prototype.Range = function(f) { return this.$val.Range(f); };
	messageReflectWrapper.ptr.prototype.Has = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.has($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Has(xt); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = _r$8;
			$s = 10; case 10: return $24r$1;
		/* } */ case 5:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.Has, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageReflectWrapper.prototype.Has = function(fd) { return this.$val.Has(fd); };
	messageReflectWrapper.ptr.prototype.Clear = function(fd) {
		var {_r$5, _r$6, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			$r = fi.clear($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 5; continue;
		/* } else { */ case 4:
			_r$6 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$r = _r$6.Clear(xt); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.Clear, $c: true, $r, _r$5, _r$6, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageReflectWrapper.prototype.Clear = function(fd) { return this.$val.Clear(fd); };
	messageReflectWrapper.ptr.prototype.Get = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.get($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Get(xt); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = _r$8;
			$s = 10; case 10: return $24r$1;
		/* } */ case 5:
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.Get, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageReflectWrapper.prototype.Get = function(fd) { return this.$val.Get(fd); };
	messageReflectWrapper.ptr.prototype.Set = function(fd, v) {
		var {_r$5, _r$6, _tuple, fd, fi, m, v, xt, $s, $r, $c} = $restore(this, {fd, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			$r = fi.set($clone(m.pointer(), pointer), $clone(v, protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 5; continue;
		/* } else { */ case 4:
			_r$6 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$r = _r$6.Set(xt, $clone(v, protoreflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.Set, $c: true, $r, _r$5, _r$6, _tuple, fd, fi, m, v, xt, $s};return $f;
	};
	messageReflectWrapper.prototype.Set = function(fd, v) { return this.$val.Set(fd, v); };
	messageReflectWrapper.ptr.prototype.Mutable = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.mutable($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = m.messageInfo().reflectMessageInfo.extensionMap($clone(m.pointer(), pointer)); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Mutable(xt); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = _r$8;
			$s = 10; case 10: return $24r$1;
		/* } */ case 5:
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.Mutable, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageReflectWrapper.prototype.Mutable = function(fd) { return this.$val.Mutable(fd); };
	messageReflectWrapper.ptr.prototype.NewField = function(fd) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _tuple, fd, fi, m, xt, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().checkField(fd); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fi = _tuple[0];
		xt = _tuple[1];
		/* */ if (!(fi === ptrType$37.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 3:
			_r$6 = fi.newField(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_r$7 = xt.New(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$1 = _r$7;
			$s = 9; case 9: return $24r$1;
		/* } */ case 5:
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.NewField, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _tuple, fd, fi, m, xt, $s};return $f;
	};
	messageReflectWrapper.prototype.NewField = function(fd) { return this.$val.NewField(fd); };
	messageReflectWrapper.ptr.prototype.WhichOneof = function(od) {
		var {$24r, _entry, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, m, od, oi, $s, $r, $c} = $restore(this, {od});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = od.Name(); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		oi = (_entry = m.messageInfo().reflectMessageInfo.oneofs[protoreflect.Name.keyFor(_r$5)], _entry !== undefined ? _entry.v : ptrType$38.nil);
		/* */ if (!(oi === ptrType$38.nil) && $interfaceIsEqual(oi.oneofDesc, od)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(oi === ptrType$38.nil) && $interfaceIsEqual(oi.oneofDesc, od)) { */ case 3:
			_r$6 = od.Fields(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = oi.which($clone(m.pointer(), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$6.ByNumber(_r$7); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 8; case 8: return $24r;
		/* } */ case 4:
		_r$9 = od.FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = m.Descriptor().FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		$panic(new $String("invalid oneof descriptor " + (_r$9) + " for message " + (_r$10)));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.WhichOneof, $c: true, $r, $24r, _entry, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, m, od, oi, $s};return $f;
	};
	messageReflectWrapper.prototype.WhichOneof = function(od) { return this.$val.WhichOneof(od); };
	messageReflectWrapper.ptr.prototype.GetUnknown = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = m.messageInfo().reflectMessageInfo.getUnknown($clone(m.pointer(), pointer)); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.GetUnknown, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	messageReflectWrapper.prototype.GetUnknown = function() { return this.$val.GetUnknown(); };
	messageReflectWrapper.ptr.prototype.SetUnknown = function(b) {
		var {b, m, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = m.messageInfo().init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = m.messageInfo().reflectMessageInfo.setUnknown($clone(m.pointer(), pointer), b); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageReflectWrapper.ptr.prototype.SetUnknown, $c: true, $r, b, m, $s};return $f;
	};
	messageReflectWrapper.prototype.SetUnknown = function(b) { return this.$val.SetUnknown(b); };
	messageReflectWrapper.ptr.prototype.IsValid = function() {
		var m;
		m = this;
		return !$clone(m.pointer(), pointer).IsNil();
	};
	messageReflectWrapper.prototype.IsValid = function() { return this.$val.IsValid(); };
	fieldInfoForMissing = function(fd) {
		var fd;
		return new fieldInfo.ptr(fd, (function(p) {
			var p;
			return false;
		}), (function $b(p) {
			var {_r$5, p, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String("missing Go struct field for " + (_r$5)));
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, p, $s};return $f;
		}), (function $b(p) {
			var {$24r, _r$5, p, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.Default(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$5, p, $s};return $f;
		}), (function $b(p, v) {
			var {_r$5, p, v, $s, $r, $c} = $restore(this, {p, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String("missing Go struct field for " + (_r$5)));
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, p, v, $s};return $f;
		}), (function $b(p) {
			var {_r$5, p, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String("missing Go struct field for " + (_r$5)));
			$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, p, $s};return $f;
		}), (function $b() {
			var {_r$5, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String("missing Go struct field for " + (_r$5)));
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, $s};return $f;
		}), (function $b() {
			var {_r$5, _r$6, v, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.Default(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			v = $clone(_r$5, protoreflect.Value);
			if ($clone(v, protoreflect.Value).IsValid()) {
				$s = -1; return v;
			}
			_r$6 = fd.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$panic(new $String("missing Go struct field for " + (_r$6)));
			$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, v, $s};return $f;
		}));
	};
	fieldInfoForOneof = function(fd, fs, x, ot) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$5, _r$6, _r$7, _r$8, _r$9, conv, fd, fieldOffset, fs, ft, isMessage, ot, x, $s, $r, $c} = $restore(this, {fd, fs, x, ot});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conv = [conv];
		fd = [fd];
		fieldOffset = [fieldOffset];
		fs = [fs];
		isMessage = [isMessage];
		ot = [ot];
		ft = fs[0].Type;
		_r$5 = ft.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!((_r$5 === 20))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r$5 === 20))) { */ case 1:
			_r$6 = fd[0].FullName(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$6);
			_arg$1 = ft;
			_r$7 = fmt.Sprintf("field %v has invalid type: got %v, want interface kind", new sliceType$1([_arg, _arg$1])); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$panic(new $String(_r$7));
		/* } */ case 2:
		_r$8 = ot[0].Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		/* */ if (!((_r$8 === 25))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!((_r$8 === 25))) { */ case 6:
			_r$9 = fd[0].FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$2 = new protoreflect.FullName(_r$9);
			_arg$3 = ot[0];
			_r$10 = fmt.Sprintf("field %v has invalid type: got %v, want struct kind", new sliceType$1([_arg$2, _arg$3])); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$panic(new $String(_r$10));
		/* } */ case 7:
		_r$11 = reflect.PtrTo(ot[0]).Implements(ft); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		/* */ if (!_r$11) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!_r$11) { */ case 11:
			_r$12 = fd[0].FullName(); /* */ $s = 14; case 14: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_arg$4 = new protoreflect.FullName(_r$12);
			_arg$5 = ot[0];
			_arg$6 = ft;
			_r$13 = fmt.Sprintf("field %v has invalid type: %v does not implement %v", new sliceType$1([_arg$4, _arg$5, _arg$6])); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$panic(new $String(_r$13));
		/* } */ case 12:
		_r$14 = ot[0].Field(0); /* */ $s = 16; case 16: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_r$15 = NewConverter(_r$14.Type, fd[0]); /* */ $s = 17; case 17: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		conv[0] = _r$15;
		_r$16 = fd[0].Message(); /* */ $s = 18; case 18: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		isMessage[0] = !($interfaceIsEqual(_r$16, $ifaceNil));
		fieldOffset[0] = $clone(offsetOf($clone(fs[0], reflect.StructField), x), offset);
		$s = -1; return new fieldInfo.ptr(fd[0], (function(conv, fd, fieldOffset, fs, isMessage, ot) { return function $b(p) {
			var {_r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _v, _v$1, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if ($clone(p, pointer).IsNil()) {
				$s = -1; return false;
			}
			_r$17 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = $clone(_r$17, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$19 = $clone(_r$18, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			rv = _r$19;
			if ($clone(rv, reflect.Value).IsNil()) { _v$1 = true; $s = 7; continue s; }
			_r$20 = $clone(rv, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$21 = $clone(_r$20, reflect.Value).Type(); /* */ $s = 9; case 9: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_r$22 = _r$21.Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_v$1 = !($interfaceIsEqual(_r$22, ot[0])); case 7:
			if (_v$1) { _v = true; $s = 6; continue s; }
			_r$23 = $clone(rv, reflect.Value).Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_r$24 = $clone(_r$23, reflect.Value).IsNil(); /* */ $s = 12; case 12: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_v = _r$24; case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				$s = -1; return false;
			/* } */ case 5:
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _v, _v$1, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, isMessage, ot), (function(conv, fd, fieldOffset, fs, isMessage, ot) { return function $b(p) {
			var {_r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _v, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$17 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = $clone(_r$17, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$19 = $clone(_r$18, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			rv = _r$19;
			if ($clone(rv, reflect.Value).IsNil()) { _v = true; $s = 6; continue s; }
			_r$20 = $clone(rv, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$21 = $clone(_r$20, reflect.Value).Type(); /* */ $s = 8; case 8: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_r$22 = _r$21.Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_v = !($interfaceIsEqual(_r$22, ot[0])); case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				$s = -1; return;
			/* } */ case 5:
			_r$23 = reflect.Zero($clone(rv, reflect.Value).Type()); /* */ $s = 10; case 10: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$23, reflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _v, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, isMessage, ot), (function(conv, fd, fieldOffset, fs, isMessage, ot) { return function $b(p) {
			var {$24r, $24r$1, $24r$2, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _v, _v$1, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if ($clone(p, pointer).IsNil()) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if ($clone(p, pointer).IsNil()) { */ case 1:
				_r$17 = conv[0].Zero(); /* */ $s = 3; case 3: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r = _r$17;
				$s = 4; case 4: return $24r;
			/* } */ case 2:
			_r$18 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$19 = $clone(_r$18, pointer).AsValueOf(fs[0].Type); /* */ $s = 6; case 6: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$20 = $clone(_r$19, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			rv = _r$20;
			if ($clone(rv, reflect.Value).IsNil()) { _v$1 = true; $s = 11; continue s; }
			_r$21 = $clone(rv, reflect.Value).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_r$22 = $clone(_r$21, reflect.Value).Type(); /* */ $s = 13; case 13: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_r$23 = _r$22.Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_v$1 = !($interfaceIsEqual(_r$23, ot[0])); case 11:
			if (_v$1) { _v = true; $s = 10; continue s; }
			_r$24 = $clone(rv, reflect.Value).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_r$25 = $clone(_r$24, reflect.Value).IsNil(); /* */ $s = 16; case 16: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_v = _r$25; case 10:
			/* */ if (_v) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_v) { */ case 8:
				_r$26 = conv[0].Zero(); /* */ $s = 17; case 17: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				$24r$1 = _r$26;
				$s = 18; case 18: return $24r$1;
			/* } */ case 9:
			_r$27 = $clone(rv, reflect.Value).Elem(); /* */ $s = 19; case 19: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			_r$28 = $clone(_r$27, reflect.Value).Elem(); /* */ $s = 20; case 20: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			_r$29 = $clone(_r$28, reflect.Value).Field(0); /* */ $s = 21; case 21: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
			rv = _r$29;
			_r$30 = conv[0].PBValueOf($clone(rv, reflect.Value)); /* */ $s = 22; case 22: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
			$24r$2 = _r$30;
			$s = 23; case 23: return $24r$2;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _v, _v$1, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, isMessage, ot), (function(conv, fd, fieldOffset, fs, isMessage, ot) { return function $b(p, v) {
			var {_r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _v, _v$1, p, rv, v, $s, $r, $c} = $restore(this, {p, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$17 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = $clone(_r$17, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$19 = $clone(_r$18, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			rv = _r$19;
			if ($clone(rv, reflect.Value).IsNil()) { _v$1 = true; $s = 7; continue s; }
			_r$20 = $clone(rv, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$21 = $clone(_r$20, reflect.Value).Type(); /* */ $s = 9; case 9: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_r$22 = _r$21.Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_v$1 = !($interfaceIsEqual(_r$22, ot[0])); case 7:
			if (_v$1) { _v = true; $s = 6; continue s; }
			_r$23 = $clone(rv, reflect.Value).Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_r$24 = $clone(_r$23, reflect.Value).IsNil(); /* */ $s = 12; case 12: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_v = _r$24; case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				$r = $clone(rv, reflect.Value).Set($clone(reflect.New(ot[0]), reflect.Value)); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			_r$25 = $clone(rv, reflect.Value).Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_r$26 = $clone(_r$25, reflect.Value).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			_r$27 = $clone(_r$26, reflect.Value).Field(0); /* */ $s = 16; case 16: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			rv = _r$27;
			_r$28 = conv[0].GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$28, reflect.Value)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _v, _v$1, p, rv, v, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, isMessage, ot), (function(conv, fd, fieldOffset, fs, isMessage, ot) { return function $b(p) {
			var {$24r, _arg$7, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _v, _v$1, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!isMessage[0]) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!isMessage[0]) { */ case 1:
				_r$17 = fd[0].FullName(); /* */ $s = 3; case 3: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_arg$7 = new protoreflect.FullName(_r$17);
				_r$18 = fmt.Sprintf("field %v with invalid Mutable call on field with non-composite type", new sliceType$1([_arg$7])); /* */ $s = 4; case 4: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				$panic(new $String(_r$18));
			/* } */ case 2:
			_r$19 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$20 = $clone(_r$19, pointer).AsValueOf(fs[0].Type); /* */ $s = 6; case 6: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$21 = $clone(_r$20, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			rv = _r$21;
			if ($clone(rv, reflect.Value).IsNil()) { _v$1 = true; $s = 11; continue s; }
			_r$22 = $clone(rv, reflect.Value).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_r$23 = $clone(_r$22, reflect.Value).Type(); /* */ $s = 13; case 13: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_r$24 = _r$23.Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_v$1 = !($interfaceIsEqual(_r$24, ot[0])); case 11:
			if (_v$1) { _v = true; $s = 10; continue s; }
			_r$25 = $clone(rv, reflect.Value).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_r$26 = $clone(_r$25, reflect.Value).IsNil(); /* */ $s = 16; case 16: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			_v = _r$26; case 10:
			/* */ if (_v) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_v) { */ case 8:
				$r = $clone(rv, reflect.Value).Set($clone(reflect.New(ot[0]), reflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 9:
			_r$27 = $clone(rv, reflect.Value).Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			_r$28 = $clone(_r$27, reflect.Value).Elem(); /* */ $s = 19; case 19: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			_r$29 = $clone(_r$28, reflect.Value).Field(0); /* */ $s = 20; case 20: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
			rv = _r$29;
			/* */ if (($clone(rv, reflect.Value).Kind() === 22) && $clone(rv, reflect.Value).IsNil()) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (($clone(rv, reflect.Value).Kind() === 22) && $clone(rv, reflect.Value).IsNil()) { */ case 21:
				_r$30 = conv[0].New(); /* */ $s = 23; case 23: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				_r$31 = $clone(_r$30, protoreflect.Value).Message(); /* */ $s = 24; case 24: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				_r$32 = protoreflect.ValueOfMessage(_r$31); /* */ $s = 25; case 25: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
				_r$33 = conv[0].GoValueOf($clone(_r$32, protoreflect.Value)); /* */ $s = 26; case 26: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
				$r = $clone(rv, reflect.Value).Set($clone(_r$33, reflect.Value)); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 22:
			_r$34 = conv[0].PBValueOf($clone(rv, reflect.Value)); /* */ $s = 28; case 28: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
			$24r = _r$34;
			$s = 29; case 29: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _arg$7, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _v, _v$1, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, isMessage, ot), (function(conv, fd, fieldOffset, fs, isMessage, ot) { return function $b() {
			var {$24r, _r$17, _r$18, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$17 = conv[0].New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = $clone(_r$17, protoreflect.Value).Message(); /* */ $s = 2; case 2: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$24r = _r$18;
			$s = 3; case 3: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$17, _r$18, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, isMessage, ot), (function(conv, fd, fieldOffset, fs, isMessage, ot) { return function $b() {
			var {$24r, _r$17, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$17 = conv[0].New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$24r = _r$17;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$17, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, isMessage, ot));
		/* */ } return; } var $f = {$blk: fieldInfoForOneof, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$5, _r$6, _r$7, _r$8, _r$9, conv, fd, fieldOffset, fs, ft, isMessage, ot, x, $s};return $f;
	};
	fieldInfoForMap = function(fd, fs, x) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, conv, fd, fieldOffset, fs, ft, x, $s, $r, $c} = $restore(this, {fd, fs, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conv = [conv];
		fd = [fd];
		fieldOffset = [fieldOffset];
		fs = [fs];
		ft = fs[0].Type;
		_r$5 = ft.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!((_r$5 === 21))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r$5 === 21))) { */ case 1:
			_r$6 = fd[0].FullName(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$6);
			_arg$1 = ft;
			_r$7 = fmt.Sprintf("field %v has invalid type: got %v, want map kind", new sliceType$1([_arg, _arg$1])); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$panic(new $String(_r$7));
		/* } */ case 2:
		_r$8 = NewConverter(ft, fd[0]); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		conv[0] = _r$8;
		fieldOffset[0] = $clone(offsetOf($clone(fs[0], reflect.StructField), x), offset);
		$s = -1; return new fieldInfo.ptr(fd[0], (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {_r$10, _r$11, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if ($clone(p, pointer).IsNil()) {
				$s = -1; return false;
			}
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			rv = _r$11;
			$s = -1; return $clone(rv, reflect.Value).Len() > 0;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$10, _r$11, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {_r$10, _r$11, _r$12, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			rv = _r$11;
			_r$12 = reflect.Zero($clone(rv, reflect.Value).Type()); /* */ $s = 4; case 4: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$12, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$10, _r$11, _r$12, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {$24r, $24r$1, $24r$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if ($clone(p, pointer).IsNil()) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if ($clone(p, pointer).IsNil()) { */ case 1:
				_r$9 = conv[0].Zero(); /* */ $s = 3; case 3: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$24r = _r$9;
				$s = 4; case 4: return $24r;
			/* } */ case 2:
			_r$10 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, pointer).AsValueOf(fs[0].Type); /* */ $s = 6; case 6: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = $clone(_r$11, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			rv = _r$12;
			/* */ if ($clone(rv, reflect.Value).Len() === 0) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ($clone(rv, reflect.Value).Len() === 0) { */ case 8:
				_r$13 = conv[0].Zero(); /* */ $s = 10; case 10: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$24r$1 = _r$13;
				$s = 11; case 11: return $24r$1;
			/* } */ case 9:
			_r$14 = conv[0].PBValueOf($clone(rv, reflect.Value)); /* */ $s = 12; case 12: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			$24r$2 = _r$14;
			$s = 13; case 13: return $24r$2;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p, v) {
			var {_arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$9, p, pv, rv, v, $s, $r, $c} = $restore(this, {p, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			rv = _r$11;
			_r$12 = conv[0].GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			pv = _r$12;
			/* */ if ($clone(pv, reflect.Value).IsNil()) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ($clone(pv, reflect.Value).IsNil()) { */ case 5:
				_r$13 = fd[0].FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$2 = new protoreflect.FullName(_r$13);
				_r$14 = fmt.Sprintf("map field %v cannot be set with read-only value", new sliceType$1([_arg$2])); /* */ $s = 8; case 8: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$panic(new $String(_r$14));
			/* } */ case 6:
			$r = $clone(rv, reflect.Value).Set($clone(pv, reflect.Value)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$9, p, pv, rv, v, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {$24r, _r$10, _r$11, _r$12, _r$13, _r$9, p, v, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			v = _r$11;
			/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($clone(v, reflect.Value).IsNil()) { */ case 4:
				_r$12 = reflect.MakeMap(fs[0].Type); /* */ $s = 6; case 6: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				$r = $clone(v, reflect.Value).Set($clone(_r$12, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			_r$13 = conv[0].PBValueOf($clone(v, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$24r = _r$13;
			$s = 9; case 9: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$12, _r$13, _r$9, p, v, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), $throwNilPointerError, (function(conv, fd, fieldOffset, fs) { return function $b() {
			var {$24r, _r$9, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = conv[0].New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r = _r$9;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$9, $s};return $f;
		}; })(conv, fd, fieldOffset, fs));
		/* */ } return; } var $f = {$blk: fieldInfoForMap, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, conv, fd, fieldOffset, fs, ft, x, $s};return $f;
	};
	fieldInfoForList = function(fd, fs, x) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, conv, fd, fieldOffset, fs, ft, x, $s, $r, $c} = $restore(this, {fd, fs, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conv = [conv];
		fd = [fd];
		fieldOffset = [fieldOffset];
		fs = [fs];
		ft = fs[0].Type;
		_r$5 = ft.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!((_r$5 === 23))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r$5 === 23))) { */ case 1:
			_r$6 = fd[0].FullName(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$6);
			_arg$1 = ft;
			_r$7 = fmt.Sprintf("field %v has invalid type: got %v, want slice kind", new sliceType$1([_arg, _arg$1])); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$panic(new $String(_r$7));
		/* } */ case 2:
		_r$8 = NewConverter(reflect.PtrTo(ft), fd[0]); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		conv[0] = _r$8;
		fieldOffset[0] = $clone(offsetOf($clone(fs[0], reflect.StructField), x), offset);
		$s = -1; return new fieldInfo.ptr(fd[0], (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {_r$10, _r$11, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if ($clone(p, pointer).IsNil()) {
				$s = -1; return false;
			}
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			rv = _r$11;
			$s = -1; return $clone(rv, reflect.Value).Len() > 0;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$10, _r$11, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {_r$10, _r$11, _r$12, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			rv = _r$11;
			_r$12 = reflect.Zero($clone(rv, reflect.Value).Type()); /* */ $s = 4; case 4: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$12, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$10, _r$11, _r$12, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {$24r, $24r$1, $24r$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if ($clone(p, pointer).IsNil()) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if ($clone(p, pointer).IsNil()) { */ case 1:
				_r$9 = conv[0].Zero(); /* */ $s = 3; case 3: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$24r = _r$9;
				$s = 4; case 4: return $24r;
			/* } */ case 2:
			_r$10 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, pointer).AsValueOf(fs[0].Type); /* */ $s = 6; case 6: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			rv = _r$11;
			_r$12 = $clone(rv, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = $clone(_r$12, reflect.Value).Len(); /* */ $s = 10; case 10: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			/* */ if (_r$13 === 0) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_r$13 === 0) { */ case 7:
				_r$14 = conv[0].Zero(); /* */ $s = 11; case 11: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r$1 = _r$14;
				$s = 12; case 12: return $24r$1;
			/* } */ case 8:
			_r$15 = conv[0].PBValueOf($clone(rv, reflect.Value)); /* */ $s = 13; case 13: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			$24r$2 = _r$15;
			$s = 14; case 14: return $24r$2;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p, v) {
			var {_arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$9, p, pv, rv, v, $s, $r, $c} = $restore(this, {p, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			rv = _r$11;
			_r$12 = conv[0].GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			pv = _r$12;
			/* */ if ($clone(pv, reflect.Value).IsNil()) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ($clone(pv, reflect.Value).IsNil()) { */ case 5:
				_r$13 = fd[0].FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$2 = new protoreflect.FullName(_r$13);
				_r$14 = fmt.Sprintf("list field %v cannot be set with read-only value", new sliceType$1([_arg$2])); /* */ $s = 8; case 8: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$panic(new $String(_r$14));
			/* } */ case 6:
			_r$15 = $clone(pv, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$15, reflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$9, p, pv, rv, v, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {$24r, _r$10, _r$11, _r$9, p, v, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			v = _r$10;
			_r$11 = conv[0].PBValueOf($clone(v, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r = _r$11;
			$s = 4; case 4: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$9, p, v, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), $throwNilPointerError, (function(conv, fd, fieldOffset, fs) { return function $b() {
			var {$24r, _r$9, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$9 = conv[0].New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r = _r$9;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$9, $s};return $f;
		}; })(conv, fd, fieldOffset, fs));
		/* */ } return; } var $f = {$blk: fieldInfoForList, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, conv, fd, fieldOffset, fs, ft, x, $s};return $f;
	};
	fieldInfoForScalar = function(fd, fs, x) {
		var {_r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, conv, fd, fieldOffset, fs, ft, isBytes, nullable, x, $s, $r, $c} = $restore(this, {fd, fs, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conv = [conv];
		fd = [fd];
		fieldOffset = [fieldOffset];
		fs = [fs];
		ft = [ft];
		isBytes = [isBytes];
		nullable = [nullable];
		ft[0] = fs[0].Type;
		_r$5 = fd[0].HasPresence(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		nullable[0] = _r$5;
		_r$6 = ft[0].Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		if (!(_r$6 === 23)) { _v = false; $s = 2; continue s; }
		_r$7 = ft[0].Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = _r$7.Kind(); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_v = _r$8 === 8; case 2:
		isBytes[0] = _v;
		/* */ if (nullable[0]) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (nullable[0]) { */ case 6:
			_r$9 = ft[0].Kind(); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			if (!(!((_r$9 === 22)))) { _v$1 = false; $s = 10; continue s; }
			_r$10 = ft[0].Kind(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_v$1 = !((_r$10 === 23)); case 10:
			/* */ if (_v$1) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_v$1) { */ case 8:
				nullable[0] = false;
			/* } */ case 9:
			_r$11 = ft[0].Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			/* */ if (_r$11 === 22) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (_r$11 === 22) { */ case 13:
				_r$12 = ft[0].Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				ft[0] = _r$12;
			/* } */ case 14:
		/* } */ case 7:
		_r$13 = NewConverter(ft[0], fd[0]); /* */ $s = 17; case 17: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		conv[0] = _r$13;
		fieldOffset[0] = $clone(offsetOf($clone(fs[0], reflect.StructField), x), offset);
		$s = -1; return new fieldInfo.ptr(fd[0], (function(conv, fd, fieldOffset, fs, ft, isBytes, nullable) { return function $b(p) {
			var {_1, _arg, _arg$1, _r$14, _r$15, _r$16, _r$17, _r$18, p, rv, x$1, x$2, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if ($clone(p, pointer).IsNil()) {
				$s = -1; return false;
			}
			_r$14 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$15 = $clone(_r$14, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = $clone(_r$15, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			rv = _r$16;
			if (nullable[0]) {
				$s = -1; return !$clone(rv, reflect.Value).IsNil();
			}
				_1 = $clone(rv, reflect.Value).Kind();
				/* */ if (_1 === (1)) { $s = 5; continue; }
				/* */ if ((_1 === (5)) || (_1 === (6))) { $s = 6; continue; }
				/* */ if ((_1 === (10)) || (_1 === (11))) { $s = 7; continue; }
				/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 8; continue; }
				/* */ if ((_1 === (24)) || (_1 === (23))) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_1 === (1)) { */ case 5:
					$s = -1; return $clone(rv, reflect.Value).Bool();
				/* } else if ((_1 === (5)) || (_1 === (6))) { */ case 6:
					$s = -1; return !((x$1 = $clone(rv, reflect.Value).Int(), (x$1.$high === 0 && x$1.$low === 0)));
				/* } else if ((_1 === (10)) || (_1 === (11))) { */ case 7:
					$s = -1; return !((x$2 = $clone(rv, reflect.Value).Uint(), (x$2.$high === 0 && x$2.$low === 0)));
				/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 8:
					$s = -1; return !(($clone(rv, reflect.Value).Float() === 0)) || math.Signbit($clone(rv, reflect.Value).Float());
				/* } else if ((_1 === (24)) || (_1 === (23))) { */ case 9:
					$s = -1; return $clone(rv, reflect.Value).Len() > 0;
				/* } else { */ case 10:
					_r$17 = fd[0].FullName(); /* */ $s = 12; case 12: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					_arg = new protoreflect.FullName(_r$17);
					_arg$1 = $clone(rv, reflect.Value).Type();
					_r$18 = fmt.Sprintf("field %v has invalid type: %v", new sliceType$1([_arg, _arg$1])); /* */ $s = 13; case 13: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					$panic(new $String(_r$18));
				/* } */ case 11:
			case 4:
			$s = -1; return false;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _1, _arg, _arg$1, _r$14, _r$15, _r$16, _r$17, _r$18, p, rv, x$1, x$2, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, ft, isBytes, nullable), (function(conv, fd, fieldOffset, fs, ft, isBytes, nullable) { return function $b(p) {
			var {_r$14, _r$15, _r$16, _r$17, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$14 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$15 = $clone(_r$14, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = $clone(_r$15, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			rv = _r$16;
			_r$17 = reflect.Zero($clone(rv, reflect.Value).Type()); /* */ $s = 4; case 4: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$17, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$14, _r$15, _r$16, _r$17, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, ft, isBytes, nullable), (function(conv, fd, fieldOffset, fs, ft, isBytes, nullable) { return function $b(p) {
			var {$24r, $24r$1, $24r$2, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if ($clone(p, pointer).IsNil()) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if ($clone(p, pointer).IsNil()) { */ case 1:
				_r$14 = conv[0].Zero(); /* */ $s = 3; case 3: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r = _r$14;
				$s = 4; case 4: return $24r;
			/* } */ case 2:
			_r$15 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = $clone(_r$15, pointer).AsValueOf(fs[0].Type); /* */ $s = 6; case 6: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = $clone(_r$16, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			rv = _r$17;
			/* */ if (nullable[0]) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (nullable[0]) { */ case 8:
				/* */ if ($clone(rv, reflect.Value).IsNil()) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if ($clone(rv, reflect.Value).IsNil()) { */ case 10:
					_r$18 = conv[0].Zero(); /* */ $s = 12; case 12: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					$24r$1 = _r$18;
					$s = 13; case 13: return $24r$1;
				/* } */ case 11:
				/* */ if ($clone(rv, reflect.Value).Kind() === 22) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if ($clone(rv, reflect.Value).Kind() === 22) { */ case 14:
					_r$19 = $clone(rv, reflect.Value).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					rv = _r$19;
				/* } */ case 15:
			/* } */ case 9:
			_r$20 = conv[0].PBValueOf($clone(rv, reflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			$24r$2 = _r$20;
			$s = 18; case 18: return $24r$2;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, ft, isBytes, nullable), (function(conv, fd, fieldOffset, fs, ft, isBytes, nullable) { return function $b(p, v) {
			var {_r$14, _r$15, _r$16, _r$17, _r$18, p, rv, v, $s, $r, $c} = $restore(this, {p, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$14 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$15 = $clone(_r$14, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = $clone(_r$15, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			rv = _r$16;
			/* */ if (nullable[0] && ($clone(rv, reflect.Value).Kind() === 22)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (nullable[0] && ($clone(rv, reflect.Value).Kind() === 22)) { */ case 4:
				/* */ if ($clone(rv, reflect.Value).IsNil()) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if ($clone(rv, reflect.Value).IsNil()) { */ case 6:
					$r = $clone(rv, reflect.Value).Set($clone(reflect.New(ft[0]), reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 7:
				_r$17 = $clone(rv, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				rv = _r$17;
			/* } */ case 5:
			_r$18 = conv[0].GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$18, reflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (isBytes[0] && ($clone(rv, reflect.Value).Len() === 0)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (isBytes[0] && ($clone(rv, reflect.Value).Len() === 0)) { */ case 12:
				/* */ if (nullable[0]) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (nullable[0]) { */ case 14:
					$r = $clone(rv, reflect.Value).Set($clone(emptyBytes, reflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 16; continue;
				/* } else { */ case 15:
					$r = $clone(rv, reflect.Value).Set($clone(nilBytes, reflect.Value)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 16:
			/* } */ case 13:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$14, _r$15, _r$16, _r$17, _r$18, p, rv, v, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, ft, isBytes, nullable), $throwNilPointerError, $throwNilPointerError, (function(conv, fd, fieldOffset, fs, ft, isBytes, nullable) { return function $b() {
			var {$24r, _r$14, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$14 = conv[0].New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			$24r = _r$14;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$14, $s};return $f;
		}; })(conv, fd, fieldOffset, fs, ft, isBytes, nullable));
		/* */ } return; } var $f = {$blk: fieldInfoForScalar, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, conv, fd, fieldOffset, fs, ft, isBytes, nullable, x, $s};return $f;
	};
	fieldInfoForWeakMessage = function(fd, weakOffset) {
		var {_r$5, fd, lazyInit, messageType, num, once, weakOffset, $s, $r, $c} = $restore(this, {fd, weakOffset});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = [fd];
		lazyInit = [lazyInit];
		messageType = [messageType];
		num = [num];
		once = [once];
		weakOffset = [weakOffset];
		if (true) {
			$panic(new $String("no support for proto1 weak fields"));
		}
		once[0] = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		messageType[0] = $ifaceNil;
		lazyInit[0] = (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = once[0].Do((function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b() {
				var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, messageName, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$5 = fd[0].Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				messageName = _r$6;
				_r$7 = protoregistry.GlobalTypes.FindMessageByName(messageName); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tuple = _r$7;
				messageType[0] = _tuple[0];
				/* */ if ($interfaceIsEqual(messageType[0], $ifaceNil)) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if ($interfaceIsEqual(messageType[0], $ifaceNil)) { */ case 4:
					_arg = new protoreflect.FullName(messageName);
					_r$8 = fd[0].FullName(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_arg$1 = new protoreflect.FullName(_r$8);
					_r$9 = fmt.Sprintf("weak message %v for field %v is not linked in", new sliceType$1([_arg, _arg$1])); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					$panic(new $String(_r$9));
				/* } */ case 5:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, messageName, $s};return $f;
			}; })(fd, lazyInit, messageType, num, once, weakOffset)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset);
		_r$5 = fd[0].Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		num[0] = _r$5;
		$s = -1; return new fieldInfo.ptr(fd[0], (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b(p) {
			var {_r$6, _r$7, _r$8, _tuple, ok, p, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if ($clone(p, pointer).IsNil()) {
				$s = -1; return false;
			}
			_r$6 = $clone(p, pointer).Apply($clone(weakOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).WeakFields(); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.get(num[0]); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple = _r$8;
			ok = _tuple[1];
			$s = -1; return ok;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$6, _r$7, _r$8, _tuple, ok, p, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset), (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b(p) {
			var {_r$6, _r$7, p, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$6 = $clone(p, pointer).Apply($clone(weakOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).WeakFields(); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$r = _r$7.clear(num[0]); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$6, _r$7, p, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset), (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b(p) {
			var {$24r, $24r$1, $24r$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$6, _r$7, _r$8, _r$9, _tuple, m, ok, p, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = lazyInit[0](); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if ($clone(p, pointer).IsNil()) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ($clone(p, pointer).IsNil()) { */ case 2:
				_r$6 = messageType[0].Zero(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = protoreflect.ValueOfMessage(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r = _r$7;
				$s = 6; case 6: return $24r;
			/* } */ case 3:
			_r$8 = $clone(p, pointer).Apply($clone(weakOffset[0], offset)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(_r$8, pointer).WeakFields(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = _r$9.get(num[0]); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple = _r$10;
			m = _tuple[0];
			ok = _tuple[1];
			/* */ if (!ok) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!ok) { */ case 10:
				_r$11 = messageType[0].Zero(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = protoreflect.ValueOfMessage(_r$11); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				$24r$1 = _r$12;
				$s = 14; case 14: return $24r$1;
			/* } */ case 11:
			_r$13 = m.ProtoReflect(); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = protoreflect.ValueOfMessage(_r$13); /* */ $s = 16; case 16: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			$24r$2 = _r$14;
			$s = 17; case 17: return $24r$2;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$6, _r$7, _r$8, _r$9, _tuple, m, ok, p, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset), (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b(p, v) {
			var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, got, m, p, v, want, $s, $r, $c} = $restore(this, {p, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = lazyInit[0](); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$6 = $clone(v, protoreflect.Value).Message(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			m = _r$6;
			_r$7 = m.Descriptor(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = messageType[0].Descriptor(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* */ if (!($interfaceIsEqual(_r$7, _r$8))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!($interfaceIsEqual(_r$7, _r$8))) { */ case 3:
				_r$9 = m.Descriptor(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = _r$9.FullName(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_tmp = _r$10;
				_r$11 = messageType[0].Descriptor(); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = _r$11.FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_tmp$1 = _r$12;
				got = _tmp;
				want = _tmp$1;
				/* */ if (!(got === want)) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!(got === want)) { */ case 11:
					_r$13 = fd[0].FullName(); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_arg = new protoreflect.FullName(_r$13);
					_arg$1 = new protoreflect.FullName(got);
					_arg$2 = new protoreflect.FullName(want);
					_r$14 = fmt.Sprintf("field %v has mismatching message descriptor: got %v, want %v", new sliceType$1([_arg, _arg$1, _arg$2])); /* */ $s = 14; case 14: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					$panic(new $String(_r$14));
				/* } */ case 12:
				_r$15 = fd[0].FullName(); /* */ $s = 15; case 15: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_arg$3 = new protoreflect.FullName(_r$15);
				_r$16 = m.Descriptor(); /* */ $s = 16; case 16: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = _r$16.FullName(); /* */ $s = 17; case 17: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_arg$4 = new protoreflect.FullName(_r$17);
				_r$18 = fmt.Sprintf("field %v has mismatching message descriptor: %v", new sliceType$1([_arg$3, _arg$4])); /* */ $s = 18; case 18: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				$panic(new $String(_r$18));
			/* } */ case 4:
			_r$19 = $clone(p, pointer).Apply($clone(weakOffset[0], offset)); /* */ $s = 19; case 19: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$20 = $clone(_r$19, pointer).WeakFields(); /* */ $s = 20; case 20: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_arg$5 = num[0];
			_r$21 = m.Interface(); /* */ $s = 21; case 21: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_arg$6 = _r$21;
			$r = _r$20.set(_arg$5, _arg$6); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, got, m, p, v, want, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset), (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b(p) {
			var {$24r, _r$10, _r$11, _r$6, _r$7, _r$8, _r$9, _tuple, fs, m, ok, p, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = lazyInit[0](); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$6 = $clone(p, pointer).Apply($clone(weakOffset[0], offset)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).WeakFields(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			fs = _r$7;
			_tuple = fs.get(num[0]);
			m = _tuple[0];
			ok = _tuple[1];
			/* */ if (!ok) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!ok) { */ case 4:
				_r$8 = messageType[0].New(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = _r$8.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				m = _r$9;
				fs.set(num[0], m);
			/* } */ case 5:
			_r$10 = m.ProtoReflect(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = protoreflect.ValueOfMessage(_r$10); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r = _r$11;
			$s = 10; case 10: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$6, _r$7, _r$8, _r$9, _tuple, fs, m, ok, p, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset), (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b() {
			var {$24r, _r$6, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = lazyInit[0](); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$6 = messageType[0].New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 3; case 3: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$6, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset), (function(fd, lazyInit, messageType, num, once, weakOffset) { return function $b() {
			var {$24r, _r$6, _r$7, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = lazyInit[0](); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$6 = messageType[0].New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = protoreflect.ValueOfMessage(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 4; case 4: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$6, _r$7, $s};return $f;
		}; })(fd, lazyInit, messageType, num, once, weakOffset));
		/* */ } return; } var $f = {$blk: fieldInfoForWeakMessage, $c: true, $r, _r$5, fd, lazyInit, messageType, num, once, weakOffset, $s};return $f;
	};
	fieldInfoForMessage = function(fd, fs, x) {
		var {_r$5, conv, fd, fieldOffset, fs, ft, x, $s, $r, $c} = $restore(this, {fd, fs, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conv = [conv];
		fd = [fd];
		fieldOffset = [fieldOffset];
		fs = [fs];
		ft = fs[0].Type;
		_r$5 = NewConverter(ft, fd[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		conv[0] = _r$5;
		fieldOffset[0] = $clone(offsetOf($clone(fs[0], reflect.StructField), x), offset);
		$s = -1; return new fieldInfo.ptr(fd[0], (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {$24r, _r$10, _r$6, _r$7, _r$8, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if ($clone(p, pointer).IsNil()) {
				$s = -1; return false;
			}
			_r$6 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			rv = _r$8;
			_r$9 = fs[0].Type.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			/* */ if (!((_r$9 === 22))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!((_r$9 === 22))) { */ case 4:
				_r$10 = isZero($clone(rv, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r = !_r$10;
				$s = 8; case 8: return $24r;
			/* } */ case 5:
			$s = -1; return !$clone(rv, reflect.Value).IsNil();
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$6, _r$7, _r$8, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {_r$6, _r$7, _r$8, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$6 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			rv = _r$8;
			_r$9 = reflect.Zero($clone(rv, reflect.Value).Type()); /* */ $s = 4; case 4: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$9, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$6, _r$7, _r$8, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {$24r, $24r$1, _r$10, _r$6, _r$7, _r$8, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if ($clone(p, pointer).IsNil()) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if ($clone(p, pointer).IsNil()) { */ case 1:
				_r$6 = conv[0].Zero(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r = _r$6;
				$s = 4; case 4: return $24r;
			/* } */ case 2:
			_r$7 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, pointer).AsValueOf(fs[0].Type); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(_r$8, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			rv = _r$9;
			_r$10 = conv[0].PBValueOf($clone(rv, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r$1 = _r$10;
			$s = 9; case 9: return $24r$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, _r$10, _r$6, _r$7, _r$8, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p, v) {
			var {_arg, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, p, rv, v, $s, $r, $c} = $restore(this, {p, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$6 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			rv = _r$8;
			_r$9 = conv[0].GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = $clone(rv, reflect.Value).Set($clone(_r$9, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$10 = fs[0].Type.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			/* */ if ((_r$10 === 22) && $clone(rv, reflect.Value).IsNil()) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ((_r$10 === 22) && $clone(rv, reflect.Value).IsNil()) { */ case 6:
				_r$11 = fd[0].FullName(); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_arg = new protoreflect.FullName(_r$11);
				_r$12 = fmt.Sprintf("field %v has invalid nil pointer", new sliceType$1([_arg])); /* */ $s = 10; case 10: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				$panic(new $String(_r$12));
			/* } */ case 7:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, p, rv, v, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b(p) {
			var {$24r, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$6 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			rv = _r$8;
			_r$9 = fs[0].Type.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			/* */ if ((_r$9 === 22) && $clone(rv, reflect.Value).IsNil()) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((_r$9 === 22) && $clone(rv, reflect.Value).IsNil()) { */ case 4:
				_r$10 = conv[0].New(); /* */ $s = 7; case 7: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = conv[0].GoValueOf($clone(_r$10, protoreflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$r = $clone(rv, reflect.Value).Set($clone(_r$11, reflect.Value)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			_r$12 = conv[0].PBValueOf($clone(rv, reflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r = _r$12;
			$s = 11; case 11: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, p, rv, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b() {
			var {$24r, _r$6, _r$7, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$6 = conv[0].New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, protoreflect.Value).Message(); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 3; case 3: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$6, _r$7, $s};return $f;
		}; })(conv, fd, fieldOffset, fs), (function(conv, fd, fieldOffset, fs) { return function $b() {
			var {$24r, _r$6, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$6 = conv[0].New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$6, $s};return $f;
		}; })(conv, fd, fieldOffset, fs));
		/* */ } return; } var $f = {$blk: fieldInfoForMessage, $c: true, $r, _r$5, conv, fd, fieldOffset, fs, ft, x, $s};return $f;
	};
	makeOneofInfo = function(od, si, x) {
		var {_entry, _entry$1, _r$5, _r$6, _r$7, _r$8, _r$9, fieldOffset, fieldOffset$1, fs, fs$1, od, oi, si, x, $s, $r, $c} = $restore(this, {od, si, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fieldOffset = [fieldOffset];
		fieldOffset$1 = [fieldOffset$1];
		fs = [fs];
		fs$1 = [fs$1];
		od = [od];
		si = [si];
		oi = new oneofInfo.ptr(od[0], $throwNilPointerError);
		_r$5 = od[0].IsSynthetic(); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$5) { */ case 1:
			_r$6 = od[0].Fields(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.Get(0); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Number(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			fs[0] = $clone((_entry = si[0].fieldsByNumber[protowire.Number.keyFor(_r$8)], _entry !== undefined ? _entry.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)), reflect.StructField);
			fieldOffset[0] = $clone(offsetOf($clone(fs[0], reflect.StructField), x), offset);
			oi.which = (function(fieldOffset, fieldOffset$1, fs, fs$1, od, si) { return function $b(p) {
				var {$24r, _r$10, _r$11, _r$12, _r$13, _r$14, _r$9, p, rv, $s, $r, $c} = $restore(this, {p});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($clone(p, pointer).IsNil()) {
					$s = -1; return 0;
				}
				_r$9 = $clone(p, pointer).Apply($clone(fieldOffset[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = $clone(_r$9, pointer).AsValueOf(fs[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				rv = _r$11;
				if ($clone(rv, reflect.Value).IsNil()) {
					$s = -1; return 0;
				}
				_r$12 = od[0].Fields(); /* */ $s = 4; case 4: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = _r$12.Get(0); /* */ $s = 5; case 5: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = _r$13.Number(); /* */ $s = 6; case 6: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r = _r$14;
				$s = 7; case 7: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$12, _r$13, _r$14, _r$9, p, rv, $s};return $f;
			}; })(fieldOffset, fieldOffset$1, fs, fs$1, od, si);
			$s = 3; continue;
		/* } else { */ case 2:
			_r$9 = od[0].Name(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			fs$1[0] = $clone((_entry$1 = si[0].oneofsByName[protoreflect.Name.keyFor(_r$9)], _entry$1 !== undefined ? _entry$1.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)), reflect.StructField);
			fieldOffset$1[0] = $clone(offsetOf($clone(fs$1[0], reflect.StructField), x), offset);
			oi.which = (function(fieldOffset, fieldOffset$1, fs, fs$1, od, si) { return function $b(p) {
				var {$24r, _entry$2, _r$10, _r$11, _r$12, _r$13, _r$14, p, rv, $s, $r, $c} = $restore(this, {p});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($clone(p, pointer).IsNil()) {
					$s = -1; return 0;
				}
				_r$10 = $clone(p, pointer).Apply($clone(fieldOffset$1[0], offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = $clone(_r$10, pointer).AsValueOf(fs$1[0].Type); /* */ $s = 2; case 2: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = $clone(_r$11, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				rv = _r$12;
				if ($clone(rv, reflect.Value).IsNil()) {
					$s = -1; return 0;
				}
				_r$13 = $clone(rv, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				rv = _r$13;
				if ($clone(rv, reflect.Value).IsNil()) {
					$s = -1; return 0;
				}
				_r$14 = $clone(rv, reflect.Value).Type().Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r = (_entry$2 = si[0].oneofWrappersByType[reflect.Type.keyFor(_r$14)], _entry$2 !== undefined ? _entry$2.v : 0);
				$s = 6; case 6: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _entry$2, _r$10, _r$11, _r$12, _r$13, _r$14, p, rv, $s};return $f;
			}; })(fieldOffset, fieldOffset$1, fs, fs$1, od, si);
		/* } */ case 3:
		$s = -1; return oi;
		/* */ } return; } var $f = {$blk: makeOneofInfo, $c: true, $r, _entry, _entry$1, _r$5, _r$6, _r$7, _r$8, _r$9, fieldOffset, fieldOffset$1, fs, fs$1, od, oi, si, x, $s};return $f;
	};
	isZero = function(v) {
		var {_1, _r$5, _r$6, _r$7, _r$8, c, i, i$1, v, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_1 = $clone(v, reflect.Value).Kind();
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 3; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 4; continue; }
			/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 5; continue; }
			/* */ if ((_1 === (15)) || (_1 === (16))) { $s = 6; continue; }
			/* */ if (_1 === (17)) { $s = 7; continue; }
			/* */ if ((_1 === (18)) || (_1 === (19)) || (_1 === (20)) || (_1 === (21)) || (_1 === (22)) || (_1 === (23)) || (_1 === (26))) { $s = 8; continue; }
			/* */ if (_1 === (24)) { $s = 9; continue; }
			/* */ if (_1 === (25)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_1 === (1)) { */ case 2:
				$s = -1; return !$clone(v, reflect.Value).Bool();
			/* } else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 3:
				$s = -1; return (x = $clone(v, reflect.Value).Int(), (x.$high === 0 && x.$low === 0));
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 4:
				$s = -1; return (x$1 = $clone(v, reflect.Value).Uint(), (x$1.$high === 0 && x$1.$low === 0));
			/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 5:
				$s = -1; return (x$2 = math.Float64bits($clone(v, reflect.Value).Float()), (x$2.$high === 0 && x$2.$low === 0));
			/* } else if ((_1 === (15)) || (_1 === (16))) { */ case 6:
				c = $clone(v, reflect.Value).Complex();
				$s = -1; return (x$3 = math.Float64bits(c.$real), (x$3.$high === 0 && x$3.$low === 0)) && (x$4 = math.Float64bits(c.$imag), (x$4.$high === 0 && x$4.$low === 0));
			/* } else if (_1 === (17)) { */ case 7:
				i = 0;
				/* while (true) { */ case 13:
					/* if (!(i < $clone(v, reflect.Value).Len())) { break; } */ if(!(i < $clone(v, reflect.Value).Len())) { $s = 14; continue; }
					_r$5 = $clone(v, reflect.Value).Index(i); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_r$6 = isZero($clone(_r$5, reflect.Value)); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					/* */ if (!_r$6) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if (!_r$6) { */ case 15:
						$s = -1; return false;
					/* } */ case 16:
					i = i + (1) >> 0;
				$s = 13; continue;
				case 14:
				$s = -1; return true;
			/* } else if ((_1 === (18)) || (_1 === (19)) || (_1 === (20)) || (_1 === (21)) || (_1 === (22)) || (_1 === (23)) || (_1 === (26))) { */ case 8:
				$s = -1; return $clone(v, reflect.Value).IsNil();
			/* } else if (_1 === (24)) { */ case 9:
				$s = -1; return $clone(v, reflect.Value).Len() === 0;
			/* } else if (_1 === (25)) { */ case 10:
				i$1 = 0;
				/* while (true) { */ case 19:
					/* if (!(i$1 < $clone(v, reflect.Value).NumField())) { break; } */ if(!(i$1 < $clone(v, reflect.Value).NumField())) { $s = 20; continue; }
					_r$7 = $clone(v, reflect.Value).Field(i$1); /* */ $s = 23; case 23: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_r$8 = isZero($clone(_r$7, reflect.Value)); /* */ $s = 24; case 24: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					/* */ if (!_r$8) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (!_r$8) { */ case 21:
						$s = -1; return false;
					/* } */ case 22:
					i$1 = i$1 + (1) >> 0;
				$s = 19; continue;
				case 20:
				$s = -1; return true;
			/* } else { */ case 11:
				$panic(new reflect.ValueError.ptr("reflect.Value.IsZero", $clone(v, reflect.Value).Kind()));
			/* } */ case 12:
		case 1:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: isZero, $c: true, $r, _1, _r$5, _r$6, _r$7, _r$8, c, i, i$1, v, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	MessageInfo.ptr.prototype.makeReflectFuncs = function(t, si) {
		var {mi, si, t, $s, $r, $c} = $restore(this, {t, si});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		$r = mi.makeKnownFieldsFunc($clone(si, structInfo)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		mi.makeUnknownFieldsFunc(t, $clone(si, structInfo));
		mi.makeExtensionFieldsFunc(t, $clone(si, structInfo));
		$r = mi.makeFieldTypes($clone(si, structInfo)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.makeReflectFuncs, $c: true, $r, mi, si, t, $s};return $f;
	};
	MessageInfo.prototype.makeReflectFuncs = function(t, si) { return this.$val.makeReflectFuncs(t, si); };
	MessageInfo.ptr.prototype.makeKnownFieldsFunc = function(si) {
		var {_arg, _arg$1, _arg$2, _arg$3, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _entry$5, _key, _key$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _v, _v$1, fd, fd$1, fd$2, fds, fi, fs, i, i$1, i$2, i$3, i$4, isOneof, md, mi, od, od$1, si, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {si});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		mi.reflectMessageInfo.fields = $makeMap(protowire.Number.keyFor, []);
		md = mi.Desc;
		_r$5 = md.Fields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		fds = _r$5;
		i = 0;
		/* while (true) { */ case 2:
			_r$6 = fds.Len(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* if (!(i < _r$6)) { break; } */ if(!(i < _r$6)) { $s = 3; continue; }
			fi = [fi];
			_r$7 = fds.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			fd = _r$7;
			_r$8 = fd.Number(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			fs = $clone((_entry = si.fieldsByNumber[protowire.Number.keyFor(_r$8)], _entry !== undefined ? _entry.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)), reflect.StructField);
			_r$9 = fd.ContainingOneof(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			if (!(!($interfaceIsEqual(_r$9, $ifaceNil)))) { _v = false; $s = 7; continue s; }
			_r$10 = fd.ContainingOneof(); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = _r$10.IsSynthetic(); /* */ $s = 10; case 10: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_v = !_r$11; case 7:
			isOneof = _v;
			/* */ if (isOneof) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (isOneof) { */ case 11:
				_r$12 = fd.ContainingOneof(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = _r$12.Name(); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				reflect.StructField.copy(fs, (_entry$1 = si.oneofsByName[protoreflect.Name.keyFor(_r$13)], _entry$1 !== undefined ? _entry$1.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)));
			/* } */ case 12:
			fi[0] = new fieldInfo.ptr($ifaceNil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
				/* */ if ($interfaceIsEqual(fs.Type, $ifaceNil)) { $s = 16; continue; }
				/* */ if (isOneof) { $s = 17; continue; }
				_r$14 = fd.IsMap(); /* */ $s = 24; case 24: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				/* */ if (_r$14) { $s = 18; continue; }
				_r$15 = fd.IsList(); /* */ $s = 25; case 25: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				/* */ if (_r$15) { $s = 19; continue; }
				_r$16 = fd.IsWeak(); /* */ $s = 26; case 26: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				/* */ if (_r$16) { $s = 20; continue; }
				_r$17 = fd.Message(); /* */ $s = 27; case 27: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(_r$17, $ifaceNil))) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if ($interfaceIsEqual(fs.Type, $ifaceNil)) { */ case 16:
					fieldInfo.copy(fi[0], fieldInfoForMissing(fd));
					$s = 23; continue;
				/* } else if (isOneof) { */ case 17:
					_arg = fd;
					_arg$1 = $clone(fs, reflect.StructField);
					_arg$2 = mi.Exporter;
					_r$18 = fd.Number(); /* */ $s = 28; case 28: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					_arg$3 = (_entry$2 = si.oneofWrappersByNumber[protowire.Number.keyFor(_r$18)], _entry$2 !== undefined ? _entry$2.v : $ifaceNil);
					_r$19 = fieldInfoForOneof(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 29; case 29: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					fieldInfo.copy(fi[0], _r$19);
					$s = 23; continue;
				/* } else if (_r$14) { */ case 18:
					_r$20 = fieldInfoForMap(fd, $clone(fs, reflect.StructField), mi.Exporter); /* */ $s = 30; case 30: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					fieldInfo.copy(fi[0], _r$20);
					$s = 23; continue;
				/* } else if (_r$15) { */ case 19:
					_r$21 = fieldInfoForList(fd, $clone(fs, reflect.StructField), mi.Exporter); /* */ $s = 31; case 31: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
					fieldInfo.copy(fi[0], _r$21);
					$s = 23; continue;
				/* } else if (_r$16) { */ case 20:
					_r$22 = fieldInfoForWeakMessage(fd, $clone(si.weakOffset, offset)); /* */ $s = 32; case 32: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
					fieldInfo.copy(fi[0], _r$22);
					$s = 23; continue;
				/* } else if (!($interfaceIsEqual(_r$17, $ifaceNil))) { */ case 21:
					_r$23 = fieldInfoForMessage(fd, $clone(fs, reflect.StructField), mi.Exporter); /* */ $s = 33; case 33: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					fieldInfo.copy(fi[0], _r$23);
					$s = 23; continue;
				/* } else { */ case 22:
					_r$24 = fieldInfoForScalar(fd, $clone(fs, reflect.StructField), mi.Exporter); /* */ $s = 34; case 34: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					fieldInfo.copy(fi[0], _r$24);
				/* } */ case 23:
			case 15:
			_r$25 = fd.Number(); /* */ $s = 35; case 35: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_key = _r$25; (mi.reflectMessageInfo.fields || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key)] = { k: _key, v: fi[0] };
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		mi.reflectMessageInfo.oneofs = $makeMap(protoreflect.Name.keyFor, []);
		i$1 = 0;
		/* while (true) { */ case 36:
			_r$26 = md.Oneofs(); /* */ $s = 38; case 38: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			_r$27 = _r$26.Len(); /* */ $s = 39; case 39: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			/* if (!(i$1 < _r$27)) { break; } */ if(!(i$1 < _r$27)) { $s = 37; continue; }
			_r$28 = md.Oneofs(); /* */ $s = 40; case 40: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			_r$29 = _r$28.Get(i$1); /* */ $s = 41; case 41: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
			od = _r$29;
			_r$30 = od.Name(); /* */ $s = 42; case 42: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
			_r$31 = makeOneofInfo(od, $clone(si, structInfo), mi.Exporter); /* */ $s = 43; case 43: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
			_key$1 = _r$30; (mi.reflectMessageInfo.oneofs || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key$1)] = { k: _key$1, v: _r$31 };
			i$1 = i$1 + (1) >> 0;
		$s = 36; continue;
		case 37:
		_r$32 = fds.Len(); /* */ $s = 44; case 44: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
		mi.reflectMessageInfo.denseFields = $makeSlice(sliceType$15, ($imul(_r$32, 2)));
		i$2 = 0;
		/* while (true) { */ case 45:
			_r$33 = fds.Len(); /* */ $s = 47; case 47: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
			/* if (!(i$2 < _r$33)) { break; } */ if(!(i$2 < _r$33)) { $s = 46; continue; }
			_r$34 = fds.Get(i$2); /* */ $s = 48; case 48: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
			fd$1 = _r$34;
			_r$35 = fd$1.Number(); /* */ $s = 51; case 51: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
			/* */ if (((_r$35 >> 0)) < mi.reflectMessageInfo.denseFields.$length) { $s = 49; continue; }
			/* */ $s = 50; continue;
			/* if (((_r$35 >> 0)) < mi.reflectMessageInfo.denseFields.$length) { */ case 49:
				_r$36 = fd$1.Number(); /* */ $s = 52; case 52: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
				_r$37 = fd$1.Number(); /* */ $s = 53; case 53: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
				(x = mi.reflectMessageInfo.denseFields, x$1 = _r$37, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = (_entry$3 = mi.reflectMessageInfo.fields[protowire.Number.keyFor(_r$36)], _entry$3 !== undefined ? _entry$3.v : ptrType$37.nil)));
			/* } */ case 50:
			i$2 = i$2 + (1) >> 0;
		$s = 45; continue;
		case 46:
		i$3 = 0;
		/* while (true) { */ case 54:
			_r$38 = fds.Len(); /* */ $s = 56; case 56: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
			/* if (!(i$3 < _r$38)) { break; } */ if(!(i$3 < _r$38)) { $s = 55; continue; }
			_r$39 = fds.Get(i$3); /* */ $s = 57; case 57: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
			fd$2 = _r$39;
			_r$40 = fd$2.ContainingOneof(); /* */ $s = 58; case 58: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
			od$1 = _r$40;
			if (!(!($interfaceIsEqual(od$1, $ifaceNil)))) { _v$1 = false; $s = 62; continue s; }
			_r$41 = od$1.IsSynthetic(); /* */ $s = 63; case 63: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
			_v$1 = !_r$41; case 62:
			/* */ if (_v$1) { $s = 59; continue; }
			/* */ $s = 60; continue;
			/* if (_v$1) { */ case 59:
				_r$42 = od$1.Name(); /* */ $s = 64; case 64: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
				mi.reflectMessageInfo.rangeInfos = $append(mi.reflectMessageInfo.rangeInfos, (_entry$4 = mi.reflectMessageInfo.oneofs[protoreflect.Name.keyFor(_r$42)], _entry$4 !== undefined ? _entry$4.v : ptrType$38.nil));
				_r$43 = od$1.Fields(); /* */ $s = 65; case 65: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
				_r$44 = _r$43.Len(); /* */ $s = 66; case 66: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
				i$3 = i$3 + (_r$44) >> 0;
				$s = 61; continue;
			/* } else { */ case 60:
				_r$45 = fd$2.Number(); /* */ $s = 67; case 67: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
				mi.reflectMessageInfo.rangeInfos = $append(mi.reflectMessageInfo.rangeInfos, (_entry$5 = mi.reflectMessageInfo.fields[protowire.Number.keyFor(_r$45)], _entry$5 !== undefined ? _entry$5.v : ptrType$37.nil));
				i$3 = i$3 + (1) >> 0;
			/* } */ case 61:
		$s = 54; continue;
		case 55:
		if (mi.reflectMessageInfo.rangeInfos.$length > 1 && detrand.Bool()) {
			i$4 = detrand.Intn(mi.reflectMessageInfo.rangeInfos.$length - 1 >> 0);
			_tmp = (x$2 = mi.reflectMessageInfo.rangeInfos, x$3 = i$4 + 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3]));
			_tmp$1 = (x$4 = mi.reflectMessageInfo.rangeInfos, ((i$4 < 0 || i$4 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + i$4]));
			(x$5 = mi.reflectMessageInfo.rangeInfos, ((i$4 < 0 || i$4 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i$4] = _tmp));
			(x$6 = mi.reflectMessageInfo.rangeInfos, x$7 = i$4 + 1 >> 0, ((x$7 < 0 || x$7 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + x$7] = _tmp$1));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.makeKnownFieldsFunc, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _entry$5, _key, _key$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _v, _v$1, fd, fd$1, fd$2, fds, fi, fs, i, i$1, i$2, i$3, i$4, isOneof, md, mi, od, od$1, si, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, $s};return $f;
	};
	MessageInfo.prototype.makeKnownFieldsFunc = function(si) { return this.$val.makeKnownFieldsFunc(si); };
	MessageInfo.ptr.prototype.makeUnknownFieldsFunc = function(t, si) {
		var mi, si, t;
		mi = this;
		if ($clone(si.unknownOffset, offset).IsValid() && $interfaceIsEqual(si.unknownType, unknownFieldsAType)) {
			mi.reflectMessageInfo.getUnknown = (function $b(p) {
				var {$24r, _r$5, _r$6, p, $s, $r, $c} = $restore(this, {p});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($clone(p, pointer).IsNil()) {
					$s = -1; return protoreflect.RawFields.nil;
				}
				_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, pointer).Bytes(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r = $convertSliceType(_r$6.$get(), protoreflect.RawFields);
				$s = 3; case 3: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$5, _r$6, p, $s};return $f;
			});
			mi.reflectMessageInfo.setUnknown = (function $b(p, b) {
				var {_r$5, _r$6, b, p, $s, $r, $c} = $restore(this, {p, b});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($clone(p, pointer).IsNil()) {
					$panic(new $String("invalid SetUnknown on nil Message"));
				}
				_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, pointer).Bytes(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6.$set($convertSliceType(b, sliceType));
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, b, p, $s};return $f;
			});
		} else if ($clone(si.unknownOffset, offset).IsValid() && $interfaceIsEqual(si.unknownType, unknownFieldsBType)) {
			mi.reflectMessageInfo.getUnknown = (function $b(p) {
				var {_r$5, _r$6, bp, p, $s, $r, $c} = $restore(this, {p});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($clone(p, pointer).IsNil()) {
					$s = -1; return protoreflect.RawFields.nil;
				}
				_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, pointer).BytesPtr(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				bp = _r$6;
				if (bp.$get() === ptrType$3.nil) {
					$s = -1; return protoreflect.RawFields.nil;
				}
				$s = -1; return $convertSliceType(bp.$get().$get(), protoreflect.RawFields);
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, bp, p, $s};return $f;
			});
			mi.reflectMessageInfo.setUnknown = (function $b(p, b) {
				var {_r$5, _r$6, b, bp, p, $s, $r, $c} = $restore(this, {p, b});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($clone(p, pointer).IsNil()) {
					$panic(new $String("invalid SetUnknown on nil Message"));
				}
				_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, pointer).BytesPtr(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				bp = _r$6;
				if (bp.$get() === ptrType$3.nil) {
					bp.$set($newDataPointer(sliceType.nil, ptrType$3));
				}
				bp.$get().$set($convertSliceType(b, sliceType));
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, b, bp, p, $s};return $f;
			});
		} else {
			mi.reflectMessageInfo.getUnknown = (function(param) {
				var param;
				return protoreflect.RawFields.nil;
			});
			mi.reflectMessageInfo.setUnknown = (function(p, param) {
				var p, param;
				if ($clone(p, pointer).IsNil()) {
					$panic(new $String("invalid SetUnknown on nil Message"));
				}
			});
		}
	};
	MessageInfo.prototype.makeUnknownFieldsFunc = function(t, si) { return this.$val.makeUnknownFieldsFunc(t, si); };
	MessageInfo.ptr.prototype.makeExtensionFieldsFunc = function(t, si) {
		var mi, si, t;
		mi = this;
		if ($clone(si.extensionOffset, offset).IsValid()) {
			mi.reflectMessageInfo.extensionMap = (function $b(p) {
				var {$24r, _ptr, _r$5, _r$6, _r$7, p, v, $s, $r, $c} = $restore(this, {p});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if ($clone(p, pointer).IsNil()) {
					$s = -1; return (ptrType$39.nil);
				}
				_r$5 = $clone(p, pointer).Apply($clone(si.extensionOffset, offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, pointer).AsValueOf(extensionFieldsType); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				v = _r$6;
				_r$7 = $clone(v, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r = ((_ptr = $assertType(_r$7, ptrType$36), new ptrType$39(function() { return _ptr.$get(); }, function($v) { _ptr.$set($v); }, _ptr.$target)));
				$s = 4; case 4: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _ptr, _r$5, _r$6, _r$7, p, v, $s};return $f;
			});
		} else {
			mi.reflectMessageInfo.extensionMap = (function(param) {
				var param;
				return (ptrType$39.nil);
			});
		}
	};
	MessageInfo.prototype.makeExtensionFieldsFunc = function(t, si) { return this.$val.makeExtensionFieldsFunc(t, si); };
	MessageInfo.ptr.prototype.makeFieldTypes = function(si) {
		var {_entry, _entry$1, _entry$2, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, _v$4, _v$5, fd, fds, fs, ft, i, isMessage, isOneof, md, mi, si, $s, $r, $c} = $restore(this, {si});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		md = mi.Desc;
		_r$5 = md.Fields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		fds = _r$5;
		i = 0;
		/* while (true) { */ case 2:
			_r$6 = fds.Len(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* if (!(i < _r$6)) { break; } */ if(!(i < _r$6)) { $s = 3; continue; }
			ft = $ifaceNil;
			_r$7 = fds.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			fd = _r$7;
			_r$8 = fd.Number(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			fs = $clone((_entry = si.fieldsByNumber[protowire.Number.keyFor(_r$8)], _entry !== undefined ? _entry.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)), reflect.StructField);
			_r$9 = fd.ContainingOneof(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			if (!(!($interfaceIsEqual(_r$9, $ifaceNil)))) { _v = false; $s = 7; continue s; }
			_r$10 = fd.ContainingOneof(); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = _r$10.IsSynthetic(); /* */ $s = 10; case 10: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_v = !_r$11; case 7:
			isOneof = _v;
			/* */ if (isOneof) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (isOneof) { */ case 11:
				_r$12 = fd.ContainingOneof(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = _r$12.Name(); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				reflect.StructField.copy(fs, (_entry$1 = si.oneofsByName[protoreflect.Name.keyFor(_r$13)], _entry$1 !== undefined ? _entry$1.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)));
			/* } */ case 12:
			isMessage = false;
				/* */ if ($interfaceIsEqual(fs.Type, $ifaceNil)) { $s = 16; continue; }
				/* */ if (isOneof) { $s = 17; continue; }
				_r$14 = fd.IsMap(); /* */ $s = 23; case 23: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				/* */ if (_r$14) { $s = 18; continue; }
				_r$15 = fd.IsList(); /* */ $s = 24; case 24: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				/* */ if (_r$15) { $s = 19; continue; }
				_r$16 = fd.Enum(); /* */ $s = 25; case 25: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(_r$16, $ifaceNil))) { $s = 20; continue; }
				_r$17 = fd.Message(); /* */ $s = 26; case 26: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(_r$17, $ifaceNil))) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if ($interfaceIsEqual(fs.Type, $ifaceNil)) { */ case 16:
					i = i + (1) >> 0;
					/* continue; */ $s = 2; continue;
					$s = 22; continue;
				/* } else if (isOneof) { */ case 17:
					_r$18 = fd.Enum(); /* */ $s = 30; case 30: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					if (!($interfaceIsEqual(_r$18, $ifaceNil))) { _v$1 = true; $s = 29; continue s; }
					_r$19 = fd.Message(); /* */ $s = 31; case 31: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_v$1 = !($interfaceIsEqual(_r$19, $ifaceNil)); case 29:
					/* */ if (_v$1) { $s = 27; continue; }
					/* */ $s = 28; continue;
					/* if (_v$1) { */ case 27:
						_r$20 = fd.Number(); /* */ $s = 32; case 32: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
						_r$21 = (_entry$2 = si.oneofWrappersByNumber[protowire.Number.keyFor(_r$20)], _entry$2 !== undefined ? _entry$2.v : $ifaceNil).Field(0); /* */ $s = 33; case 33: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						ft = _r$21.Type;
					/* } */ case 28:
					$s = 22; continue;
				/* } else if (_r$14) { */ case 18:
					_r$22 = fd.MapValue(); /* */ $s = 37; case 37: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
					_r$23 = _r$22.Enum(); /* */ $s = 38; case 38: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					if (!($interfaceIsEqual(_r$23, $ifaceNil))) { _v$2 = true; $s = 36; continue s; }
					_r$24 = fd.MapValue(); /* */ $s = 39; case 39: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					_r$25 = _r$24.Message(); /* */ $s = 40; case 40: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
					_v$2 = !($interfaceIsEqual(_r$25, $ifaceNil)); case 36:
					/* */ if (_v$2) { $s = 34; continue; }
					/* */ $s = 35; continue;
					/* if (_v$2) { */ case 34:
						_r$26 = fs.Type.Elem(); /* */ $s = 41; case 41: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
						ft = _r$26;
					/* } */ case 35:
					_r$27 = fd.MapValue(); /* */ $s = 42; case 42: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					_r$28 = _r$27.Message(); /* */ $s = 43; case 43: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
					isMessage = !($interfaceIsEqual(_r$28, $ifaceNil));
					$s = 22; continue;
				/* } else if (_r$15) { */ case 19:
					_r$29 = fd.Enum(); /* */ $s = 47; case 47: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
					if (!($interfaceIsEqual(_r$29, $ifaceNil))) { _v$3 = true; $s = 46; continue s; }
					_r$30 = fd.Message(); /* */ $s = 48; case 48: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
					_v$3 = !($interfaceIsEqual(_r$30, $ifaceNil)); case 46:
					/* */ if (_v$3) { $s = 44; continue; }
					/* */ $s = 45; continue;
					/* if (_v$3) { */ case 44:
						_r$31 = fs.Type.Elem(); /* */ $s = 49; case 49: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
						ft = _r$31;
					/* } */ case 45:
					_r$32 = fd.Message(); /* */ $s = 50; case 50: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
					isMessage = !($interfaceIsEqual(_r$32, $ifaceNil));
					$s = 22; continue;
				/* } else if (!($interfaceIsEqual(_r$16, $ifaceNil))) { */ case 20:
					ft = fs.Type;
					_r$33 = fd.HasPresence(); /* */ $s = 54; case 54: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
					if (!(_r$33)) { _v$4 = false; $s = 53; continue s; }
					_r$34 = ft.Kind(); /* */ $s = 55; case 55: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
					_v$4 = _r$34 === 22; case 53:
					/* */ if (_v$4) { $s = 51; continue; }
					/* */ $s = 52; continue;
					/* if (_v$4) { */ case 51:
						_r$35 = ft.Elem(); /* */ $s = 56; case 56: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
						ft = _r$35;
					/* } */ case 52:
					$s = 22; continue;
				/* } else if (!($interfaceIsEqual(_r$17, $ifaceNil))) { */ case 21:
					ft = fs.Type;
					_r$36 = fd.IsWeak(); /* */ $s = 59; case 59: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
					/* */ if (_r$36) { $s = 57; continue; }
					/* */ $s = 58; continue;
					/* if (_r$36) { */ case 57:
						ft = $ifaceNil;
					/* } */ case 58:
					isMessage = true;
				/* } */ case 22:
			case 15:
			if (!(isMessage && !($interfaceIsEqual(ft, $ifaceNil)))) { _v$5 = false; $s = 62; continue s; }
			_r$37 = ft.Kind(); /* */ $s = 63; case 63: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
			_v$5 = !((_r$37 === 22)); case 62:
			/* */ if (_v$5) { $s = 60; continue; }
			/* */ $s = 61; continue;
			/* if (_v$5) { */ case 60:
				ft = reflect.PtrTo(ft);
			/* } */ case 61:
			/* */ if (!($interfaceIsEqual(ft, $ifaceNil))) { $s = 64; continue; }
			/* */ $s = 65; continue;
			/* if (!($interfaceIsEqual(ft, $ifaceNil))) { */ case 64:
				if (mi.reflectMessageInfo.fieldTypes === false) {
					mi.reflectMessageInfo.fieldTypes = {};
				}
				_r$38 = fd.Number(); /* */ $s = 66; case 66: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
				_r$39 = reflect.Zero(ft); /* */ $s = 67; case 67: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
				_r$40 = $clone(_r$39, reflect.Value).Interface(); /* */ $s = 68; case 68: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
				_key = _r$38; (mi.reflectMessageInfo.fieldTypes || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key)] = { k: _key, v: _r$40 };
			/* } */ case 65:
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.makeFieldTypes, $c: true, $r, _entry, _entry$1, _entry$2, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, _v$4, _v$5, fd, fds, fs, ft, i, isMessage, isOneof, md, mi, si, $s};return $f;
	};
	MessageInfo.prototype.makeFieldTypes = function(si) { return this.$val.makeFieldTypes(si); };
	$ptrType(extensionMap).prototype.Range = function(f) {
		var {_entry, _i, _keys, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, f, m, v, x, xd, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		/* */ if (!(m === ptrType$39.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(m === ptrType$39.nil)) { */ case 1:
			_ref = m.$get();
			_i = 0;
			_keys = $keys(_ref);
			/* while (true) { */ case 3:
				/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 4; continue; }
				_entry = _ref[_keys[_i]];
				if (_entry === undefined) {
					_i++;
					/* continue; */ $s = 3; continue;
				}
				x = $clone(_entry.v, ExtensionField);
				_r$5 = $clone(x, ExtensionField).Type().TypeDescriptor(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				xd = _r$5;
				_r$6 = x.Value(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				v = $clone(_r$6, protoreflect.Value);
				_r$7 = xd.IsList(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				if (!(_r$7)) { _v = false; $s = 9; continue s; }
				_r$8 = $clone(v, protoreflect.Value).List(); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = _r$8.Len(); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_v = _r$9 === 0; case 9:
				/* */ if (_v) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_v) { */ case 7:
					_i++;
					/* continue; */ $s = 3; continue;
				/* } */ case 8:
				_r$10 = f(xd, $clone(v, protoreflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				/* */ if (!_r$10) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (!_r$10) { */ case 13:
					$s = -1; return;
				/* } */ case 14:
				_i++;
			$s = 3; continue;
			case 4:
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: $ptrType(extensionMap).prototype.Range, $c: true, $r, _entry, _i, _keys, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, f, m, v, x, xd, $s};return $f;
	};
	$ptrType(extensionMap).prototype.Has = function(xt) {
		var {$24r, $24r$1, $24r$2, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, m, ok, x, xd, xt, $s, $r, $c} = $restore(this, {xt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ok = false;
		m = this;
		if (m === ptrType$39.nil) {
			ok = false;
			$s = -1; return ok;
		}
		_r$5 = xt.TypeDescriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		xd = _r$5;
		_r$6 = xd.Number(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = (_entry = (m.$get())[$Int32.keyFor(((_r$6 >> 0)))], _entry !== undefined ? [_entry.v, true] : [new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil), false]);
		x = $clone(_tuple[0], ExtensionField);
		ok = _tuple[1];
		if (!ok) {
			ok = false;
			$s = -1; return ok;
		}
			_r$7 = xd.IsList(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7) { $s = 4; continue; }
			_r$8 = xd.IsMap(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* */ if (_r$8) { $s = 5; continue; }
			_r$9 = xd.Message(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			/* */ if (!($interfaceIsEqual(_r$9, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_r$7) { */ case 4:
				_r$10 = x.Value(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = $clone(_r$10, protoreflect.Value).List(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = _r$11.Len(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				ok = _r$12 > 0;
				$24r = ok;
				$s = 14; case 14: return $24r;
			/* } else if (_r$8) { */ case 5:
				_r$13 = x.Value(); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = $clone(_r$13, protoreflect.Value).Map(); /* */ $s = 16; case 16: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$15 = _r$14.Len(); /* */ $s = 17; case 17: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				ok = _r$15 > 0;
				$24r$1 = ok;
				$s = 18; case 18: return $24r$1;
			/* } else if (!($interfaceIsEqual(_r$9, $ifaceNil))) { */ case 6:
				_r$16 = x.Value(); /* */ $s = 19; case 19: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = $clone(_r$16, protoreflect.Value).Message(); /* */ $s = 20; case 20: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$18 = _r$17.IsValid(); /* */ $s = 21; case 21: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				ok = _r$18;
				$24r$2 = ok;
				$s = 22; case 22: return $24r$2;
			/* } */ case 7:
		case 3:
		ok = true;
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: $ptrType(extensionMap).prototype.Has, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, m, ok, x, xd, xt, $s};return $f;
	};
	$ptrType(extensionMap).prototype.Clear = function(xt) {
		var {_r$5, _r$6, m, xt, $s, $r, $c} = $restore(this, {xt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = xt.TypeDescriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Number(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		delete m.$get()[$Int32.keyFor(((_r$6 >> 0)))];
		$s = -1; return;
		/* */ } return; } var $f = {$blk: $ptrType(extensionMap).prototype.Clear, $c: true, $r, _r$5, _r$6, m, xt, $s};return $f;
	};
	$ptrType(extensionMap).prototype.Get = function(xt) {
		var {$24r, $24r$1, _entry, _r$5, _r$6, _r$7, _r$8, _tuple, m, ok, x, xd, xt, $s, $r, $c} = $restore(this, {xt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = xt.TypeDescriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		xd = _r$5;
		/* */ if (!(m === ptrType$39.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(m === ptrType$39.nil)) { */ case 2:
			_r$6 = xd.Number(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = (_entry = (m.$get())[$Int32.keyFor(((_r$6 >> 0)))], _entry !== undefined ? [_entry.v, true] : [new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil), false]);
			x = $clone(_tuple[0], ExtensionField);
			ok = _tuple[1];
			/* */ if (ok) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (ok) { */ case 5:
				_r$7 = x.Value(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r = _r$7;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		/* } */ case 3:
		_r$8 = xt.Zero(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = _r$8;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } var $f = {$blk: $ptrType(extensionMap).prototype.Get, $c: true, $r, $24r, $24r$1, _entry, _r$5, _r$6, _r$7, _r$8, _tuple, m, ok, x, xd, xt, $s};return $f;
	};
	$ptrType(extensionMap).prototype.Set = function(xt, v) {
		var {_arg, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, isValid, m, v, x, xd, xt, $s, $r, $c} = $restore(this, {xt, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = xt.TypeDescriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		xd = _r$5;
		isValid = true;
			_r$6 = xt.IsValidValue($clone(v, protoreflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (!_r$6) { $s = 3; continue; }
			_r$7 = xd.IsList(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7) { $s = 4; continue; }
			_r$8 = xd.IsMap(); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* */ if (_r$8) { $s = 5; continue; }
			_r$9 = xd.Message(); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			/* */ if (!($interfaceIsEqual(_r$9, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!_r$6) { */ case 3:
				isValid = false;
				$s = 7; continue;
			/* } else if (_r$7) { */ case 4:
				_r$10 = $clone(v, protoreflect.Value).List(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = _r$10.IsValid(); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				isValid = _r$11;
				$s = 7; continue;
			/* } else if (_r$8) { */ case 5:
				_r$12 = $clone(v, protoreflect.Value).Map(); /* */ $s = 14; case 14: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = _r$12.IsValid(); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				isValid = _r$13;
				$s = 7; continue;
			/* } else if (!($interfaceIsEqual(_r$9, $ifaceNil))) { */ case 6:
				_r$14 = $clone(v, protoreflect.Value).Message(); /* */ $s = 16; case 16: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$15 = _r$14.IsValid(); /* */ $s = 17; case 17: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				isValid = _r$15;
			/* } */ case 7:
		case 2:
		/* */ if (!isValid) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!isValid) { */ case 18:
			_r$16 = xt.TypeDescriptor(); /* */ $s = 20; case 20: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = _r$16.FullName(); /* */ $s = 21; case 21: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$17);
			_r$18 = fmt.Sprintf("%v: assigning invalid value", new sliceType$1([_arg])); /* */ $s = 22; case 22: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$panic(new $String(_r$18));
		/* } */ case 19:
		if (m.$get() === false) {
			m.$set({});
		}
		x = new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil);
		x.Set(xt, $clone(v, protoreflect.Value));
		_r$19 = xd.Number(); /* */ $s = 23; case 23: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_key = ((_r$19 >> 0)); (m.$get() || $throwRuntimeError("assignment to entry in nil map"))[$Int32.keyFor(_key)] = { k: _key, v: $clone(x, ExtensionField) };
		$s = -1; return;
		/* */ } return; } var $f = {$blk: $ptrType(extensionMap).prototype.Set, $c: true, $r, _arg, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, isValid, m, v, x, xd, xt, $s};return $f;
	};
	$ptrType(extensionMap).prototype.Mutable = function(xt) {
		var {$24r, _entry, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _v, _v$1, _v$2, m, ok, v, x, xd, xt, $s, $r, $c} = $restore(this, {xt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = xt.TypeDescriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		xd = _r$5;
		_r$6 = xd.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		if (!(!((_r$6 === 11)))) { _v$2 = false; $s = 6; continue s; }
		_r$7 = xd.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v$2 = !((_r$7 === 10)); case 6:
		if (!(_v$2)) { _v$1 = false; $s = 5; continue s; }
		_r$8 = xd.IsList(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_v$1 = !_r$8; case 5:
		if (!(_v$1)) { _v = false; $s = 4; continue s; }
		_r$9 = xd.IsMap(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_v = !_r$9; case 4:
		/* */ if (_v) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_v) { */ case 2:
			$panic(new $String("invalid Mutable on field with non-composite type"));
		/* } */ case 3:
		_r$10 = xd.Number(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple = (_entry = (m.$get())[$Int32.keyFor(((_r$10 >> 0)))], _entry !== undefined ? [_entry.v, true] : [new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil), false]);
		x = $clone(_tuple[0], ExtensionField);
		ok = _tuple[1];
		/* */ if (ok) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (ok) { */ case 12:
			_r$11 = x.Value(); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r = _r$11;
			$s = 15; case 15: return $24r;
		/* } */ case 13:
		_r$12 = xt.New(); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		v = $clone(_r$12, protoreflect.Value);
		$r = m.Set(xt, $clone(v, protoreflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: $ptrType(extensionMap).prototype.Mutable, $c: true, $r, $24r, _entry, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _v, _v$1, _v$2, m, ok, v, x, xd, xt, $s};return $f;
	};
	MessageInfo.ptr.prototype.MessageOf = function(m) {
		var {$24r, _r$5, _r$6, _r$7, m, mi, p, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		/* */ if (!($interfaceIsEqual(reflect.TypeOf(m), mi.GoReflectType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(reflect.TypeOf(m), mi.GoReflectType))) { */ case 1:
			_r$5 = fmt.Sprintf("type mismatch: got %T, want %v", new sliceType$1([m, mi.GoReflectType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		_r$6 = pointerOfIface(m); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		p = $clone(_r$6, pointer);
		/* */ if ($clone(p, pointer).IsNil()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($clone(p, pointer).IsNil()) { */ case 5:
			_r$7 = mi.reflectMessageInfo.nilMessage.Init(mi); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 8; case 8: return $24r;
		/* } */ case 6:
		$s = -1; return new messageReflectWrapper.ptr($clone(p, pointer), mi);
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.MessageOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, m, mi, p, $s};return $f;
	};
	MessageInfo.prototype.MessageOf = function(m) { return this.$val.MessageOf(m); };
	messageReflectWrapper.ptr.prototype.pointer = function() {
		var m;
		m = this;
		return m.p;
	};
	messageReflectWrapper.prototype.pointer = function() { return this.$val.pointer(); };
	messageReflectWrapper.ptr.prototype.messageInfo = function() {
		var m;
		m = this;
		return m.mi;
	};
	messageReflectWrapper.prototype.messageInfo = function() { return this.$val.messageInfo(); };
	messageIfaceWrapper.ptr.prototype.Reset = function() {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, m, mr, ok, rv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.protoUnwrap(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, interfaceType$1, true);
		mr = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			$r = mr.Reset(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 3:
		_r$6 = m.protoUnwrap(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = reflect.ValueOf(_r$6); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		rv = _r$7;
		/* */ if (($clone(rv, reflect.Value).Kind() === 22) && !$clone(rv, reflect.Value).IsNil()) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (($clone(rv, reflect.Value).Kind() === 22) && !$clone(rv, reflect.Value).IsNil()) { */ case 7:
			_r$8 = $clone(rv, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(rv, reflect.Value).Type().Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = reflect.Zero(_r$9); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$r = $clone(_r$8, reflect.Value).Set($clone(_r$10, reflect.Value)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 8:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: messageIfaceWrapper.ptr.prototype.Reset, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, m, mr, ok, rv, $s};return $f;
	};
	messageIfaceWrapper.prototype.Reset = function() { return this.$val.Reset(); };
	messageIfaceWrapper.ptr.prototype.ProtoReflect = function() {
		var m;
		m = this;
		return ($pointerOfStructConversion(m, ptrType$1));
	};
	messageIfaceWrapper.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	messageIfaceWrapper.ptr.prototype.protoUnwrap = function() {
		var {$24r, _r$5, _r$6, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = m.mi.GoReflectType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(m.p, pointer).AsIfaceOf(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: messageIfaceWrapper.ptr.prototype.protoUnwrap, $c: true, $r, $24r, _r$5, _r$6, m, $s};return $f;
	};
	messageIfaceWrapper.prototype.protoUnwrap = function() { return this.$val.protoUnwrap(); };
	MessageInfo.ptr.prototype.checkField = function(fd) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, fd, fi, got, got$1, mi, n, ok, want, want$1, x, xtd, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		fi = ptrType$37.nil;
		_r$5 = fd.Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		n = _r$5;
		if (0 < n && ((n >> 0)) < mi.reflectMessageInfo.denseFields.$length) {
			fi = (x = mi.reflectMessageInfo.denseFields, ((n < 0 || n >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + n]));
		} else {
			fi = (_entry = mi.reflectMessageInfo.fields[protowire.Number.keyFor(n)], _entry !== undefined ? _entry.v : ptrType$37.nil);
		}
		/* */ if (!(fi === ptrType$37.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(fi === ptrType$37.nil)) { */ case 2:
			/* */ if (!($interfaceIsEqual(fi.fieldDesc, fd))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(fi.fieldDesc, fd))) { */ case 4:
				_r$6 = fd.FullName(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tmp = _r$6;
				_r$7 = fi.fieldDesc.FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tmp$1 = _r$7;
				got = _tmp;
				want = _tmp$1;
				/* */ if (!(got === want)) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (!(got === want)) { */ case 8:
					_r$8 = fmt.Sprintf("mismatching field: got %v, want %v", new sliceType$1([new protoreflect.FullName(got), new protoreflect.FullName(want)])); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					$panic(new $String(_r$8));
				/* } */ case 9:
				_r$9 = fd.FullName(); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_arg = new protoreflect.FullName(_r$9);
				_r$10 = fmt.Sprintf("mismatching field: %v", new sliceType$1([_arg])); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$panic(new $String(_r$10));
			/* } */ case 5:
			$s = -1; return [fi, $ifaceNil];
		/* } */ case 3:
		_r$11 = fd.IsExtension(); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		/* */ if (_r$11) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (_r$11) { */ case 13:
			_r$12 = fd.ContainingMessage(); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = _r$12.FullName(); /* */ $s = 17; case 17: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_tmp$2 = _r$13;
			_r$14 = mi.Desc.FullName(); /* */ $s = 18; case 18: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_tmp$3 = _r$14;
			got$1 = _tmp$2;
			want$1 = _tmp$3;
			/* */ if (!(got$1 === want$1)) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!(got$1 === want$1)) { */ case 19:
				_r$15 = fd.FullName(); /* */ $s = 21; case 21: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_arg$1 = new protoreflect.FullName(_r$15);
				_arg$2 = new protoreflect.FullName(got$1);
				_arg$3 = new protoreflect.FullName(want$1);
				_r$16 = fmt.Sprintf("extension %v has mismatching containing message: got %v, want %v", new sliceType$1([_arg$1, _arg$2, _arg$3])); /* */ $s = 22; case 22: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				$panic(new $String(_r$16));
			/* } */ case 20:
			_r$17 = mi.Desc.ExtensionRanges(); /* */ $s = 25; case 25: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = fd.Number(); /* */ $s = 26; case 26: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$19 = _r$17.Has(_r$18); /* */ $s = 27; case 27: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			/* */ if (!_r$19) { $s = 23; continue; }
			/* */ $s = 24; continue;
			/* if (!_r$19) { */ case 23:
				_r$20 = fd.FullName(); /* */ $s = 28; case 28: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_arg$4 = new protoreflect.FullName(_r$20);
				_r$21 = mi.Desc.FullName(); /* */ $s = 29; case 29: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_arg$5 = new protoreflect.FullName(_r$21);
				_r$22 = fmt.Sprintf("extension %v extends %v outside the extension range", new sliceType$1([_arg$4, _arg$5])); /* */ $s = 30; case 30: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				$panic(new $String(_r$22));
			/* } */ case 24:
			_tuple = $assertType(fd, protoreflect.ExtensionTypeDescriptor, true);
			xtd = _tuple[0];
			ok = _tuple[1];
			/* */ if (!ok) { $s = 31; continue; }
			/* */ $s = 32; continue;
			/* if (!ok) { */ case 31:
				_r$23 = fd.FullName(); /* */ $s = 33; case 33: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				_arg$6 = new protoreflect.FullName(_r$23);
				_r$24 = fmt.Sprintf("extension %v does not implement protoreflect.ExtensionTypeDescriptor", new sliceType$1([_arg$6])); /* */ $s = 34; case 34: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				$panic(new $String(_r$24));
			/* } */ case 32:
			_r$25 = xtd.Type(); /* */ $s = 35; case 35: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			$24r = [ptrType$37.nil, _r$25];
			$s = 36; case 36: return $24r;
		/* } */ case 14:
		_r$26 = fd.FullName(); /* */ $s = 37; case 37: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
		_arg$7 = new protoreflect.FullName(_r$26);
		_r$27 = fmt.Sprintf("field %v is invalid", new sliceType$1([_arg$7])); /* */ $s = 38; case 38: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
		$panic(new $String(_r$27));
		$s = -1; return [ptrType$37.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.checkField, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _entry, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, fd, fi, got, got$1, mi, n, ok, want, want$1, x, xtd, $s};return $f;
	};
	MessageInfo.prototype.checkField = function(fd) { return this.$val.checkField(fd); };
	getMessageInfo = function(mt) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, m, mr, mt, ok, $s, $r, $c} = $restore(this, {mt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = reflect.Zero(mt); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$6, protoreflect.ProtoMessage, true);
		m = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return ptrType$5.nil;
		}
		_r$7 = m.ProtoReflect(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$1 = $assertType(_r$7, interfaceType$2, true);
		mr = _tuple$1[0];
		ok = _tuple$1[1];
		if (!ok) {
			$s = -1; return ptrType$5.nil;
		}
		_r$8 = mr.ProtoMessageInfo(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: getMessageInfo, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, m, mr, mt, ok, $s};return $f;
	};
	MessageInfo.ptr.prototype.init = function() {
		var {mi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		/* */ if (atomic.LoadUint32((mi.$ptr_initDone || (mi.$ptr_initDone = new ptrType$17(function() { return this.$target.initDone; }, function($v) { this.$target.initDone = $v; }, mi)))) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (atomic.LoadUint32((mi.$ptr_initDone || (mi.$ptr_initDone = new ptrType$17(function() { return this.$target.initDone; }, function($v) { this.$target.initDone = $v; }, mi)))) === 0) { */ case 1:
			$r = mi.initOnce(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.init, $c: true, $r, mi, $s};return $f;
	};
	MessageInfo.prototype.init = function() { return this.$val.init(); };
	MessageInfo.ptr.prototype.initOnce = function() {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _v, mi, si, t, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		mi = this;
		$r = mi.initMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(mi.initMu, "Unlock"), []]);
		/* */ if (mi.initDone === 1) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (mi.initDone === 1) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		t = mi.GoReflectType;
		_r$5 = t.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		if (!(!((_r$5 === 22)))) { _v = false; $s = 7; continue s; }
		_r$6 = t.Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Kind(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v = !((_r$7 === 25)); case 7:
		/* */ if (_v) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (_v) { */ case 5:
			_r$8 = fmt.Sprintf("got %v, want *struct kind", new sliceType$1([t])); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$panic(new $String(_r$8));
		/* } */ case 6:
		_r$9 = t.Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		t = _r$9;
		_r$10 = mi.makeStructInfo(t); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		si = $clone(_r$10, structInfo);
		$r = mi.makeReflectFuncs(t, $clone(si, structInfo)); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = mi.makeCoderMethods(t, $clone(si, structInfo)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		atomic.StoreUint32((mi.$ptr_initDone || (mi.$ptr_initDone = new ptrType$17(function() { return this.$target.initDone; }, function($v) { this.$target.initDone = $v; }, mi))), 1);
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: MessageInfo.ptr.prototype.initOnce, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _v, mi, si, t, $s, $deferred};return $f; } }
	};
	MessageInfo.prototype.initOnce = function() { return this.$val.initOnce(); };
	MessageInfo.ptr.prototype.getPointer = function(m) {
		var _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, m, m$1, m$2, mi, ok, p;
		p = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
		ok = false;
		mi = this;
		_ref = m;
		if ($assertType(_ref, ptrType, true)[1]) {
			m$1 = _ref.$val;
			_tmp = $clone(m$1.pointer(), pointer);
			_tmp$1 = m$1.messageInfo() === mi;
			pointer.copy(p, _tmp);
			ok = _tmp$1;
			return [p, ok];
		} else if ($assertType(_ref, ptrType$1, true)[1]) {
			m$2 = _ref.$val;
			_tmp$2 = $clone(m$2.pointer(), pointer);
			_tmp$3 = m$2.messageInfo() === mi;
			pointer.copy(p, _tmp$2);
			ok = _tmp$3;
			return [p, ok];
		}
		_tmp$4 = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
		_tmp$5 = false;
		pointer.copy(p, _tmp$4);
		ok = _tmp$5;
		return [p, ok];
	};
	MessageInfo.prototype.getPointer = function(m) { return this.$val.getPointer(m); };
	MessageInfo.ptr.prototype.makeStructInfo = function(t) {
		var {_1, _i, _i$1, _i$2, _i$3, _i$4, _key, _key$1, _key$2, _key$3, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _tuple, _tuple$1, _tuple$2, _tuple$3, f, f$1, fn, i, method, mi, n, n$1, ok, ok$1, oneofWrappers, s, s$1, s$2, si, t, tf, v, v$1, vs, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		si = new structInfo.ptr($clone(invalidOffset, offset), $ifaceNil, $clone(invalidOffset, offset), $ifaceNil, $clone(invalidOffset, offset), $ifaceNil, $clone(invalidOffset, offset), $ifaceNil, $makeMap(protowire.Number.keyFor, []), $makeMap(protoreflect.Name.keyFor, []), $makeMap(reflect.Type.keyFor, []), $makeMap(protowire.Number.keyFor, []));
		i = 0;
		/* while (true) { */ case 1:
			_r$5 = t.NumField(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* if (!(i < _r$5)) { break; } */ if(!(i < _r$5)) { $s = 2; continue; }
				_r$6 = t.Field(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				f = $clone(_r$6, reflect.StructField);
				_1 = f.Name;
				if (_1 === ("sizeCache") || _1 === ("XXX_sizecache")) {
					if ($interfaceIsEqual(f.Type, sizecacheType)) {
						offset.copy(si.sizecacheOffset, offsetOf($clone(f, reflect.StructField), mi.Exporter));
						si.sizecacheType = f.Type;
					}
				} else if (_1 === ("weakFields") || _1 === ("XXX_weak")) {
					if ($interfaceIsEqual(f.Type, weakFieldsType)) {
						offset.copy(si.weakOffset, offsetOf($clone(f, reflect.StructField), mi.Exporter));
						si.weakType = f.Type;
					}
				} else if (_1 === ("unknownFields") || _1 === ("XXX_unrecognized")) {
					if ($interfaceIsEqual(f.Type, unknownFieldsAType) || $interfaceIsEqual(f.Type, unknownFieldsBType)) {
						offset.copy(si.unknownOffset, offsetOf($clone(f, reflect.StructField), mi.Exporter));
						si.unknownType = f.Type;
					}
				} else if (_1 === ("extensionFields") || _1 === ("XXX_InternalExtensions") || _1 === ("XXX_extensions")) {
					if ($interfaceIsEqual(f.Type, extensionFieldsType)) {
						offset.copy(si.extensionOffset, offsetOf($clone(f, reflect.StructField), mi.Exporter));
						si.extensionType = f.Type;
					}
				} else {
					_ref = strings.Split(new reflect.StructTag(f.Tag).Get("protobuf"), ",");
					_i = 0;
					while (true) {
						if (!(_i < _ref.$length)) { break; }
						s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
						if (s.length > 0 && strings.Trim(s, "0123456789") === "") {
							_tuple = strconv.ParseUint(s, 10, 64);
							n = _tuple[0];
							_key = ((n.$low >> 0)); (si.fieldsByNumber || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key)] = { k: _key, v: $clone(f, reflect.StructField) };
							i = i + (1) >> 0;
							/* continue fieldLoop; */ $s = 1; continue s;
						}
						_i++;
					}
					s$1 = new reflect.StructTag(f.Tag).Get("protobuf_oneof");
					if (s$1.length > 0) {
						_key$1 = (s$1); (si.oneofsByName || $throwRuntimeError("assignment to entry in nil map"))[protoreflect.Name.keyFor(_key$1)] = { k: _key$1, v: $clone(f, reflect.StructField) };
						i = i + (1) >> 0;
						/* continue fieldLoop; */ $s = 1; continue s;
					}
				}
			case 4:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		oneofWrappers = mi.OneofWrappers;
		_ref$1 = new sliceType$10(["XXX_OneofFuncs", "XXX_OneofWrappers"]);
		_i$1 = 0;
		/* while (true) { */ case 6:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 7; continue; }
			method = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_r$7 = reflect.PtrTo(t).MethodByName(method); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$1 = _r$7;
			fn = $clone(_tuple$1[0], reflect.Method);
			ok = _tuple$1[1];
			/* */ if (ok) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (ok) { */ case 9:
				_r$8 = fn.Type.In(0); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = reflect.Zero(_r$8); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = $clone(fn.Func, reflect.Value).Call(new sliceType$13([$clone(_r$9, reflect.Value)])); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_ref$2 = _r$10;
				_i$2 = 0;
				/* while (true) { */ case 14:
					/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 15; continue; }
					v = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
					_r$11 = $clone(v, reflect.Value).Interface(); /* */ $s = 16; case 16: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_tuple$2 = $assertType(_r$11, sliceType$1, true);
					vs = _tuple$2[0];
					ok$1 = _tuple$2[1];
					if (ok$1) {
						oneofWrappers = vs;
					}
					_i$2++;
				$s = 14; continue;
				case 15:
			/* } */ case 10:
			_i$1++;
		$s = 6; continue;
		case 7:
		_ref$3 = oneofWrappers;
		_i$3 = 0;
		/* while (true) { */ case 17:
			/* if (!(_i$3 < _ref$3.$length)) { break; } */ if(!(_i$3 < _ref$3.$length)) { $s = 18; continue; }
			v$1 = ((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]);
			_r$12 = reflect.TypeOf(v$1).Elem(); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			tf = _r$12;
			_r$13 = tf.Field(0); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			f$1 = $clone(_r$13, reflect.StructField);
			_ref$4 = strings.Split(new reflect.StructTag(f$1.Tag).Get("protobuf"), ",");
			_i$4 = 0;
			while (true) {
				if (!(_i$4 < _ref$4.$length)) { break; }
				s$2 = ((_i$4 < 0 || _i$4 >= _ref$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$4.$array[_ref$4.$offset + _i$4]);
				if (s$2.length > 0 && strings.Trim(s$2, "0123456789") === "") {
					_tuple$3 = strconv.ParseUint(s$2, 10, 64);
					n$1 = _tuple$3[0];
					_key$2 = tf; (si.oneofWrappersByType || $throwRuntimeError("assignment to entry in nil map"))[reflect.Type.keyFor(_key$2)] = { k: _key$2, v: ((n$1.$low >> 0)) };
					_key$3 = ((n$1.$low >> 0)); (si.oneofWrappersByNumber || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key$3)] = { k: _key$3, v: tf };
					break;
				}
				_i$4++;
			}
			_i$3++;
		$s = 17; continue;
		case 18:
		$s = -1; return si;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.makeStructInfo, $c: true, $r, _1, _i, _i$1, _i$2, _i$3, _i$4, _key, _key$1, _key$2, _key$3, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _tuple, _tuple$1, _tuple$2, _tuple$3, f, f$1, fn, i, method, mi, n, n$1, ok, ok$1, oneofWrappers, s, s$1, s$2, si, t, tf, v, v$1, vs, $s};return $f;
	};
	MessageInfo.prototype.makeStructInfo = function(t) { return this.$val.makeStructInfo(t); };
	MessageInfo.ptr.prototype.New = function() {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, m, mi, ok, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		_r$5 = mi.GoReflectType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.New(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		m = _r$7;
		_tuple = $assertType(m, protoreflect.ProtoMessage, true);
		r = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (ok) { */ case 4:
			_r$8 = r.ProtoReflect(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		_r$9 = mi.MessageOf(m); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		$24r$1 = _r$9;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.New, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, m, mi, ok, r, $s};return $f;
	};
	MessageInfo.prototype.New = function() { return this.$val.New(); };
	MessageInfo.ptr.prototype.Zero = function() {
		var {$24r, _r$5, _r$6, _r$7, mi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		_r$5 = reflect.Zero(mi.GoReflectType); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = mi.MessageOf(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.Zero, $c: true, $r, $24r, _r$5, _r$6, _r$7, mi, $s};return $f;
	};
	MessageInfo.prototype.Zero = function() { return this.$val.Zero(); };
	MessageInfo.ptr.prototype.Descriptor = function() {
		var mi;
		mi = this;
		return mi.Desc;
	};
	MessageInfo.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	MessageInfo.ptr.prototype.Enum = function(i) {
		var {$24r, _entry, _r$5, _r$6, _r$7, _r$8, fd, i, mi, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = mi.Desc.Fields(); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Get(i); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		fd = _r$6;
		_r$7 = fd.Number(); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = new Export.ptr().EnumTypeOf((_entry = mi.reflectMessageInfo.fieldTypes[protowire.Number.keyFor(_r$7)], _entry !== undefined ? _entry.v : $ifaceNil)); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.Enum, $c: true, $r, $24r, _entry, _r$5, _r$6, _r$7, _r$8, fd, i, mi, $s};return $f;
	};
	MessageInfo.prototype.Enum = function(i) { return this.$val.Enum(i); };
	MessageInfo.ptr.prototype.Message = function(i) {
		var {$24r, $24r$1, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, fd, i, mi, mt, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = mi.Desc.Fields(); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Get(i); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		fd = _r$6;
			_r$7 = fd.IsWeak(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7) { $s = 5; continue; }
			_r$8 = fd.IsMap(); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* */ if (_r$8) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_r$7) { */ case 5:
				_r$9 = fd.Message(); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = _r$9.FullName(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = protoregistry.GlobalTypes.FindMessageByName(_r$10); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_tuple = _r$11;
				mt = _tuple[0];
				$s = -1; return mt;
			/* } else if (_r$8) { */ case 6:
				_r$12 = fd.Message(); /* */ $s = 14; case 14: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = fd.Number(); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$24r = (x = new mapEntryType.ptr(_r$12, (_entry = mi.reflectMessageInfo.fieldTypes[protowire.Number.keyFor(_r$13)], _entry !== undefined ? _entry.v : $ifaceNil)), new x.constructor.elem(x));
				$s = 16; case 16: return $24r;
			/* } else { */ case 7:
				_r$14 = fd.Number(); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$15 = new Export.ptr().MessageTypeOf((_entry$1 = mi.reflectMessageInfo.fieldTypes[protowire.Number.keyFor(_r$14)], _entry$1 !== undefined ? _entry$1.v : $ifaceNil)); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r$1 = _r$15;
				$s = 19; case 19: return $24r$1;
			/* } */ case 8:
		case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.Message, $c: true, $r, $24r, $24r$1, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, fd, i, mi, mt, x, $s};return $f;
	};
	MessageInfo.prototype.Message = function(i) { return this.$val.Message(i); };
	mapEntryType.ptr.prototype.New = function() {
		var mt;
		mt = this;
		return $ifaceNil;
	};
	mapEntryType.prototype.New = function() { return this.$val.New(); };
	mapEntryType.ptr.prototype.Zero = function() {
		var mt;
		mt = this;
		return $ifaceNil;
	};
	mapEntryType.prototype.Zero = function() { return this.$val.Zero(); };
	mapEntryType.ptr.prototype.Descriptor = function() {
		var mt;
		mt = this;
		return mt.desc;
	};
	mapEntryType.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	mapEntryType.ptr.prototype.Enum = function(i) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, fd, i, mt, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mt = this;
		_r$5 = mt.desc.Fields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Get(i); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		fd = _r$6;
		_r$7 = fd.Enum(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		/* */ if ($interfaceIsEqual(_r$7, $ifaceNil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($interfaceIsEqual(_r$7, $ifaceNil)) { */ case 3:
			$s = -1; return $ifaceNil;
		/* } */ case 4:
		_r$8 = new Export.ptr().EnumTypeOf(mt.valType); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: mapEntryType.ptr.prototype.Enum, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, fd, i, mt, $s};return $f;
	};
	mapEntryType.prototype.Enum = function(i) { return this.$val.Enum(i); };
	mapEntryType.ptr.prototype.Message = function(i) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, fd, i, mt, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mt = this;
		_r$5 = mt.desc.Fields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Get(i); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		fd = _r$6;
		_r$7 = fd.Message(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		/* */ if ($interfaceIsEqual(_r$7, $ifaceNil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($interfaceIsEqual(_r$7, $ifaceNil)) { */ case 3:
			$s = -1; return $ifaceNil;
		/* } */ case 4:
		_r$8 = new Export.ptr().MessageTypeOf(mt.valType); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: mapEntryType.ptr.prototype.Message, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, fd, i, mt, $s};return $f;
	};
	mapEntryType.prototype.Message = function(i) { return this.$val.Message(i); };
	mergeBool = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).Bool(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeBool, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeBoolNoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!(v === false)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(v === false)) { */ case 2:
			_r$6 = $clone(dst, pointer).Bool(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeBoolNoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeBoolPtr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).BoolPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$8.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$8.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).BoolPtr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$8(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeBoolPtr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeBoolSlice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).BoolSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).BoolSlice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeBoolSlice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeInt32 = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).Int32(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt32, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeInt32NoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!((v === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((v === 0))) { */ case 2:
			_r$6 = $clone(dst, pointer).Int32(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt32NoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeInt32Ptr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$11.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$11.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).Int32Ptr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$11(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt32Ptr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeInt32Slice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).Int32Slice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt32Slice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeUint32 = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).Uint32(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint32, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeUint32NoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!((v === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((v === 0))) { */ case 2:
			_r$6 = $clone(dst, pointer).Uint32(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint32NoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeUint32Ptr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).Uint32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$17.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$17.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).Uint32Ptr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint32Ptr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeUint32Slice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).Uint32Slice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint32Slice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeInt64 = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).Int64(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt64, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeInt64NoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!((v.$high === 0 && v.$low === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((v.$high === 0 && v.$low === 0))) { */ case 2:
			_r$6 = $clone(dst, pointer).Int64(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt64NoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeInt64Ptr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$14.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$14.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).Int64Ptr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$14(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt64Ptr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeInt64Slice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).Int64Slice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeInt64Slice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeUint64 = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).Uint64(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint64, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeUint64NoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!((v.$high === 0 && v.$low === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((v.$high === 0 && v.$low === 0))) { */ case 2:
			_r$6 = $clone(dst, pointer).Uint64(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint64NoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeUint64Ptr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).Uint64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$20.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$20.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).Uint64Ptr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$20(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint64Ptr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeUint64Slice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).Uint64Slice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeUint64Slice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeFloat32 = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Float32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).Float32(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat32, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeFloat32NoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Float32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!((v === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((v === 0))) { */ case 2:
			_r$6 = $clone(dst, pointer).Float32(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat32NoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeFloat32Ptr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).Float32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$23.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$23.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).Float32Ptr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat32Ptr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeFloat32Slice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).Float32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).Float32Slice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat32Slice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeFloat64 = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Float64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).Float64(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat64, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeFloat64NoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Float64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!((v === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((v === 0))) { */ case 2:
			_r$6 = $clone(dst, pointer).Float64(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat64NoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeFloat64Ptr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).Float64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$26.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$26.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).Float64Ptr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$26(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat64Ptr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeFloat64Slice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).Float64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).Float64Slice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeFloat64Slice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeString = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst, pointer).String(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set(_r$5.$get());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeString, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeStringNoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (!(v === "")) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(v === "")) { */ case 2:
			_r$6 = $clone(dst, pointer).String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set(v);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeStringNoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeStringPtr = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, p, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		_r$5 = $clone(src, pointer).StringPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5.$get();
		/* */ if (!(p === ptrType$29.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(p === ptrType$29.nil)) { */ case 2:
			v[0] = p.$get();
			_r$6 = $clone(dst, pointer).StringPtr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set((v.$ptr || (v.$ptr = new ptrType$29(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, v))));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeStringPtr, $c: true, $r, _r$5, _r$6, dst, p, param, param$1, src, v, $s};return $f;
	};
	mergeStringSlice = function(dst, src, param, param$1) {
		var {_r$5, _r$6, ds, dst, param, param$1, src, ss, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).StringSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).StringSlice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ss = _r$6;
		ds.$set($appendSlice(ds.$get(), ss.$get()));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeStringSlice, $c: true, $r, _r$5, _r$6, ds, dst, param, param$1, src, ss, $s};return $f;
	};
	mergeOptions.ptr.prototype.Merge = function(dst, src) {
		var {dst, o, src, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		o = this;
		$r = proto.Merge(dst, src); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeOptions.ptr.prototype.Merge, $c: true, $r, dst, o, src, $s};return $f;
	};
	mergeOptions.prototype.Merge = function(dst, src) { return this.$val.Merge(dst, src); };
	MessageInfo.ptr.prototype.merge = function(in$1) {
		var {_tuple, _tuple$1, dp, in$1, mi, ok, sp, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		_tuple = mi.getPointer(in$1.Destination);
		dp = $clone(_tuple[0], pointer);
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0);
		}
		_tuple$1 = mi.getPointer(in$1.Source);
		sp = $clone(_tuple$1[0], pointer);
		ok = _tuple$1[1];
		if (!ok) {
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0);
		}
		$r = mi.mergePointer($clone(dp, pointer), $clone(sp, pointer), new mergeOptions.ptr()); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 1);
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.merge, $c: true, $r, _tuple, _tuple$1, dp, in$1, mi, ok, sp, $s};return $f;
	};
	MessageInfo.prototype.merge = function(in$1) { return this.$val.merge(in$1); };
	MessageInfo.ptr.prototype.mergePointer = function(dst, src, opts) {
		var {_arg, _arg$1, _arg$2, _entry, _entry$1, _i, _i$1, _key, _keys, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, dext, dst, du, dv, dx, f, mi, num, opts, sext, sfptr, src, su, sx, xi, xt, $s, $r, $c} = $restore(this, {dst, src, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if ($clone(dst, pointer).IsNil()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($clone(dst, pointer).IsNil()) { */ case 2:
			_r$5 = fmt.Sprintf("invalid value: merging into nil message", new sliceType$1([])); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 3:
		if ($clone(src, pointer).IsNil()) {
			$s = -1; return;
		}
		_ref = mi.coderMessageInfo.orderedCoderFields;
		_i = 0;
		/* while (true) { */ case 5:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 6; continue; }
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (f.funcs.merge === $throwNilPointerError) {
				_i++;
				/* continue; */ $s = 5; continue;
			}
			_r$6 = $clone(src, pointer).Apply($clone(f.offset, offset)); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			sfptr = $clone(_r$6, pointer);
			if (!(f.isPointer)) { _v = false; $s = 10; continue s; }
			_r$7 = $clone(sfptr, pointer).Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, pointer).IsNil(); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_v = _r$8; case 10:
			/* */ if (_v) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_v) { */ case 8:
				_i++;
				/* continue; */ $s = 5; continue;
			/* } */ case 9:
			_r$9 = $clone(dst, pointer).Apply($clone(f.offset, offset)); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = f.funcs.merge($clone(_r$9, pointer), $clone(sfptr, pointer), f, $clone(opts, mergeOptions)); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 5; continue;
		case 6:
		/* */ if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { */ case 15:
			_r$10 = $clone(src, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, pointer).Extensions(); /* */ $s = 18; case 18: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			sext = _r$11;
			_r$12 = $clone(dst, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = $clone(_r$12, pointer).Extensions(); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			dext = _r$13;
			if (dext.$get() === false) {
				dext.$set({});
			}
			_ref$1 = sext.$get();
			_i$1 = 0;
			_keys = $keys(_ref$1);
			/* while (true) { */ case 21:
				/* if (!(_i$1 < _keys.length)) { break; } */ if(!(_i$1 < _keys.length)) { $s = 22; continue; }
				_entry = _ref$1[_keys[_i$1]];
				if (_entry === undefined) {
					_i$1++;
					/* continue; */ $s = 21; continue;
				}
				num = _entry.k;
				sx = $clone(_entry.v, ExtensionField);
				xt = $clone(sx, ExtensionField).Type();
				_r$14 = getExtensionFieldInfo(xt); /* */ $s = 23; case 23: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				xi = _r$14;
				if (xi.funcs.merge === $throwNilPointerError) {
					_i$1++;
					/* continue; */ $s = 21; continue;
				}
				dx = $clone((_entry$1 = (dext.$get())[$Int32.keyFor(num)], _entry$1 !== undefined ? _entry$1.v : new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil)), ExtensionField);
				dv = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				/* */ if ($interfaceIsEqual($clone(dx, ExtensionField).Type(), $clone(sx, ExtensionField).Type())) { $s = 24; continue; }
				/* */ $s = 25; continue;
				/* if ($interfaceIsEqual($clone(dx, ExtensionField).Type(), $clone(sx, ExtensionField).Type())) { */ case 24:
					_r$15 = dx.Value(); /* */ $s = 26; case 26: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					protoreflect.Value.copy(dv, _r$15);
				/* } */ case 25:
				/* */ if (!$clone(dv, protoreflect.Value).IsValid() && xi.unmarshalNeedsValue) { $s = 27; continue; }
				/* */ $s = 28; continue;
				/* if (!$clone(dv, protoreflect.Value).IsValid() && xi.unmarshalNeedsValue) { */ case 27:
					_r$16 = xt.New(); /* */ $s = 29; case 29: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					protoreflect.Value.copy(dv, _r$16);
				/* } */ case 28:
				_arg = $clone(dv, protoreflect.Value);
				_r$17 = sx.Value(); /* */ $s = 30; case 30: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_arg$1 = $clone(_r$17, protoreflect.Value);
				_arg$2 = $clone(opts, mergeOptions);
				_r$18 = xi.funcs.merge(_arg, _arg$1, _arg$2); /* */ $s = 31; case 31: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				protoreflect.Value.copy(dv, _r$18);
				dx.Set($clone(sx, ExtensionField).Type(), $clone(dv, protoreflect.Value));
				_key = num; (dext.$get() || $throwRuntimeError("assignment to entry in nil map"))[$Int32.keyFor(_key)] = { k: _key, v: $clone(dx, ExtensionField) };
				_i$1++;
			$s = 21; continue;
			case 22:
		/* } */ case 16:
		/* */ if ($clone(mi.coderMessageInfo.unknownOffset, offset).IsValid()) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if ($clone(mi.coderMessageInfo.unknownOffset, offset).IsValid()) { */ case 32:
			_r$19 = mi.getUnknownBytes($clone(src, pointer)); /* */ $s = 34; case 34: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			su = _r$19;
			/* */ if (!(su === ptrType$3.nil) && su.$get().$length > 0) { $s = 35; continue; }
			/* */ $s = 36; continue;
			/* if (!(su === ptrType$3.nil) && su.$get().$length > 0) { */ case 35:
				_r$20 = mi.mutableUnknownBytes($clone(dst, pointer)); /* */ $s = 37; case 37: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				du = _r$20;
				du.$set($appendSlice(du.$get(), su.$get()));
			/* } */ case 36:
		/* } */ case 33:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.mergePointer, $c: true, $r, _arg, _arg$1, _arg$2, _entry, _entry$1, _i, _i$1, _key, _keys, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, dext, dst, du, dv, dx, f, mi, num, opts, sext, sfptr, src, su, sx, xi, xt, $s};return $f;
	};
	MessageInfo.prototype.mergePointer = function(dst, src, opts) { return this.$val.mergePointer(dst, src, opts); };
	mergeScalarValue = function(dst, src, opts) {
		var dst, opts, src;
		return src;
	};
	mergeBytesValue = function(dst, src, opts) {
		var {$24r, _arg, _arg$1, _r$5, _r$6, dst, opts, src, $s, $r, $c} = $restore(this, {dst, src, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = new sliceType(emptyBuf);
		_r$5 = $clone(src, protoreflect.Value).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = protoreflect.ValueOfBytes($appendSlice(_arg, _arg$1)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: mergeBytesValue, $c: true, $r, $24r, _arg, _arg$1, _r$5, _r$6, dst, opts, src, $s};return $f;
	};
	mergeListValue = function(dst, src, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, dst, dstl, i, llen, opts, src, srcl, $s, $r, $c} = $restore(this, {dst, src, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		dstl = _r$5;
		_r$6 = $clone(src, protoreflect.Value).List(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		srcl = _r$6;
		_tmp = 0;
		_r$7 = srcl.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tmp$1 = _r$7;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 4:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 5; continue; }
			_r$8 = srcl.Get(i); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$r = dstl.Append($clone(_r$8, protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 4; continue;
		case 5:
		$s = -1; return dst;
		/* */ } return; } var $f = {$blk: mergeListValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, dst, dstl, i, llen, opts, src, srcl, $s};return $f;
	};
	mergeBytesListValue = function(dst, src, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, db, dst, dstl, i, llen, opts, sb, src, srcl, $s, $r, $c} = $restore(this, {dst, src, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		dstl = _r$5;
		_r$6 = $clone(src, protoreflect.Value).List(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		srcl = _r$6;
		_tmp = 0;
		_r$7 = srcl.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tmp$1 = _r$7;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 4:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 5; continue; }
			_r$8 = srcl.Get(i); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(_r$8, protoreflect.Value).Bytes(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			sb = _r$9;
			db = $appendSlice(new sliceType(emptyBuf), sb);
			$r = dstl.Append($clone(protoreflect.ValueOfBytes(db), protoreflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 4; continue;
		case 5:
		$s = -1; return dst;
		/* */ } return; } var $f = {$blk: mergeBytesListValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, db, dst, dstl, i, llen, opts, sb, src, srcl, $s};return $f;
	};
	mergeMessageListValue = function(dst, src, opts) {
		var {_r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, dm, dst, dstl, i, llen, opts, sm, src, srcl, $s, $r, $c} = $restore(this, {dst, src, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		dstl = _r$5;
		_r$6 = $clone(src, protoreflect.Value).List(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		srcl = _r$6;
		_tmp = 0;
		_r$7 = srcl.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tmp$1 = _r$7;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 4:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 5; continue; }
			_r$8 = srcl.Get(i); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(_r$8, protoreflect.Value).Message(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			sm = _r$9;
			_r$10 = sm.Interface(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = proto.Clone(_r$10); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = _r$11.ProtoReflect(); /* */ $s = 10; case 10: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			dm = _r$12;
			$r = dstl.Append($clone(protoreflect.ValueOfMessage(dm), protoreflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i + (1) >> 0;
		$s = 4; continue;
		case 5:
		$s = -1; return dst;
		/* */ } return; } var $f = {$blk: mergeMessageListValue, $c: true, $r, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, dm, dst, dstl, i, llen, opts, sm, src, srcl, $s};return $f;
	};
	mergeMessageValue = function(dst, src, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, dst, opts, src, $s, $r, $c} = $restore(this, {dst, src, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg = _r$6;
		_r$7 = $clone(src, protoreflect.Value).Message(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = _r$7.Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg$1 = _r$8;
		$r = $clone(opts, mergeOptions).Merge(_arg, _arg$1); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return dst;
		/* */ } return; } var $f = {$blk: mergeMessageValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, dst, opts, src, $s};return $f;
	};
	mergeMessage = function(dst, src, f, opts) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, dm, dst, f, opts, sm, src, $s, $r, $c} = $restore(this, {dst, src, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(f.mi === ptrType$5.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f.mi === ptrType$5.nil)) { */ case 1:
			_r$5 = $clone(dst, pointer).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(_r$5, pointer).IsNil(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (_r$6) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r$6) { */ case 4:
				_r$7 = f.mi.GoReflectType.Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = reflect.New(_r$7); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = pointerOfValue($clone(_r$8, reflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$r = $clone(dst, pointer).SetPointer($clone(_r$9, pointer)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			_r$10 = $clone(dst, pointer).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg = $clone(_r$10, pointer);
			_r$11 = $clone(src, pointer).Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$1 = $clone(_r$11, pointer);
			_arg$2 = $clone(opts, mergeOptions);
			$r = f.mi.mergePointer(_arg, _arg$1, _arg$2); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			_r$12 = $clone(dst, pointer).AsValueOf(f.ft); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = $clone(_r$12, reflect.Value).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			dm = _r$13;
			_r$14 = $clone(src, pointer).AsValueOf(f.ft); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$15 = $clone(_r$14, reflect.Value).Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			sm = _r$15;
			/* */ if ($clone(dm, reflect.Value).IsNil()) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if ($clone(dm, reflect.Value).IsNil()) { */ case 19:
				_r$16 = f.ft.Elem(); /* */ $s = 21; case 21: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = reflect.New(_r$16); /* */ $s = 22; case 22: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$r = $clone(dm, reflect.Value).Set($clone(_r$17, reflect.Value)); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 20:
			_r$18 = asMessage($clone(dm, reflect.Value)); /* */ $s = 24; case 24: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_arg$3 = _r$18;
			_r$19 = asMessage($clone(sm, reflect.Value)); /* */ $s = 25; case 25: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_arg$4 = _r$19;
			$r = $clone(opts, mergeOptions).Merge(_arg$3, _arg$4); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeMessage, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, dm, dst, f, opts, sm, src, $s};return $f;
	};
	mergeMessageSlice = function(dst, src, f, opts) {
		var {_arg, _arg$1, _i, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, dm, dst, f, opts, sp, src, $s, $r, $c} = $restore(this, {dst, src, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_ref = _r$5;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			sp = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = f.ft.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = reflect.New(_r$7); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			dm = _r$8;
			/* */ if (!(f.mi === ptrType$5.nil)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!(f.mi === ptrType$5.nil)) { */ case 7:
				$r = f.mi.mergePointer($clone(pointerOfValue($clone(dm, reflect.Value)), pointer), $clone(sp, pointer), $clone(opts, mergeOptions)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 9; continue;
			/* } else { */ case 8:
				_r$9 = asMessage($clone(dm, reflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_arg = _r$9;
				_r$10 = f.ft.Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = _r$10.Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = $clone(sp, pointer).AsValueOf(_r$11); /* */ $s = 14; case 14: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = asMessage($clone(_r$12, reflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$1 = _r$13;
				$r = $clone(opts, mergeOptions).Merge(_arg, _arg$1); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 9:
			$r = $clone(dst, pointer).AppendPointerSlice($clone(pointerOfValue($clone(dm, reflect.Value)), pointer)); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeMessageSlice, $c: true, $r, _arg, _arg$1, _i, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, dm, dst, f, opts, sp, src, $s};return $f;
	};
	mergeBytes = function(dst, src, param, param$1) {
		var {_arg, _arg$1, _r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = new sliceType(emptyBuf);
		_r$5 = $clone(src, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5.$get();
		_r$6 = $clone(dst, pointer).Bytes(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6.$set($appendSlice(_arg, _arg$1));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeBytes, $c: true, $r, _arg, _arg$1, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	mergeBytesNoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		/* */ if (v.$length > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (v.$length > 0) { */ case 2:
			_r$6 = $clone(dst, pointer).Bytes(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6.$set($appendSlice(new sliceType(emptyBuf), v));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeBytesNoZero, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, v, $s};return $f;
	};
	mergeBytesSlice = function(dst, src, param, param$1) {
		var {_i, _r$5, _r$6, _ref, ds, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).BytesSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ds = _r$5;
		_r$6 = $clone(src, pointer).BytesSlice(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_ref = _r$6.$get();
		_i = 0;
		/* while (true) { */ case 3:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			ds.$set($append(ds.$get(), $appendSlice(new sliceType(emptyBuf), v)));
			_i++;
		$s = 3; continue;
		case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeBytesSlice, $c: true, $r, _i, _r$5, _r$6, _ref, ds, dst, param, param$1, src, v, $s};return $f;
	};
	legacyWrapMessage = function(v) {
		var {$24r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _v, mt, t, v, x, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = $clone(v, reflect.Value).Type();
		_r$5 = t.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		if (!((_r$5 === 22))) { _v = true; $s = 3; continue s; }
		_r$6 = t.Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v = !((_r$7 === 25)); case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return (x = new aberrantMessage.ptr($clone(v, reflect.Value)), new x.constructor.elem(x));
		/* } */ case 2:
		_r$8 = legacyLoadMessageInfo(t, ""); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		mt = _r$8;
		_r$9 = $clone(v, reflect.Value).Interface(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = mt.MessageOf(_r$9); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		$24r = _r$10;
		$s = 10; case 10: return $24r;
		/* */ } return; } var $f = {$blk: legacyWrapMessage, $c: true, $r, $24r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _v, mt, t, v, x, $s};return $f;
	};
	legacyLoadMessageType = function(t, name) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, _v, name, t, x, $s, $r, $c} = $restore(this, {t, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = t.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		if (!((_r$5 === 22))) { _v = true; $s = 3; continue s; }
		_r$6 = t.Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v = !((_r$7 === 25)); case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return (x = new aberrantMessageType.ptr(t), new x.constructor.elem(x));
		/* } */ case 2:
		_r$8 = legacyLoadMessageInfo(t, name); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: legacyLoadMessageType, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, _v, name, t, x, $s};return $f;
	};
	legacyLoadMessageInfo = function(t, name) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, hasMarshal, hasMerge, hasUnmarshal, mi, mi$1, mt, name, ok, ok$1, t, v, x, x$1, $s, $r, $c} = $restore(this, {t, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyMessageTypeCache.Load(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		mt = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(mt, ptrType$5);
		}
		_r$6 = legacyLoadMessageDesc(t, name); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		mi = new MessageInfo.ptr(t, _r$6, $throwNilPointerError, sliceType$1.nil, new sync.Mutex.ptr(0, 0), 0, new reflectMessageInfo.ptr(false, false, false, sliceType$15.nil, sliceType$1.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, new atomicNilMessage.ptr(new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), new messageReflectWrapper.ptr(new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0)), ptrType$5.nil))), new coderMessageInfo.ptr(new structType$9.ptr(new pragma.NoUnkeyedLiterals.ptr(), new $Uint64(0, 0), $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError), sliceType$16.nil, sliceType$16.nil, false, new offset.ptr(0, $throwNilPointerError), new offset.ptr(0, $throwNilPointerError), false, new offset.ptr(0, $throwNilPointerError), false, false, 0));
		_tmp = false;
		_tmp$1 = false;
		hasMarshal = _tmp;
		hasUnmarshal = _tmp$1;
		_r$7 = reflect.Zero(t); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = $clone(_r$7, reflect.Value).Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		v = _r$8;
		_tuple$1 = $assertType(v, legacyMarshaler, true);
		hasMarshal = _tuple$1[1];
		if (hasMarshal) {
			mi.coderMessageInfo.methods.Marshal = legacyMarshal;
			mi.coderMessageInfo.methods.Flags = (x = mi.coderMessageInfo.methods.Flags, x$1 = new $Uint64(0, 1), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		}
		_tuple$2 = $assertType(v, legacyUnmarshaler, true);
		hasUnmarshal = _tuple$2[1];
		if (hasUnmarshal) {
			mi.coderMessageInfo.methods.Unmarshal = legacyUnmarshal;
		}
		_tuple$3 = $assertType(v, legacyMerger, true);
		hasMerge = _tuple$3[1];
		if (hasMerge || (hasMarshal && hasUnmarshal)) {
			mi.coderMessageInfo.methods.Merge = legacyMerge;
		}
		_r$9 = legacyMessageTypeCache.LoadOrStore(t, mi); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$4 = _r$9;
		mi$1 = _tuple$4[0];
		ok$1 = _tuple$4[1];
		if (ok$1) {
			$s = -1; return $assertType(mi$1, ptrType$5);
		}
		$s = -1; return mi;
		/* */ } return; } var $f = {$blk: legacyLoadMessageInfo, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, hasMarshal, hasMerge, hasUnmarshal, mi, mi$1, mt, name, ok, ok$1, t, v, x, x$1, $s};return $f;
	};
	LegacyLoadMessageDesc = function(t) {
		var {$24r, _r$5, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyLoadMessageDesc(t, ""); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: LegacyLoadMessageDesc, $c: true, $r, $24r, _r$5, t, $s};return $f;
	};
	$pkg.LegacyLoadMessageDesc = LegacyLoadMessageDesc;
	legacyLoadMessageDesc = function(t, name) {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, b, f, hasProtoField, i, i$1, idxs, md, md$1, mdV1, mi, mv, name, nfield, ok, ok$1, ok$2, ok$3, t, $s, $r, $c} = $restore(this, {t, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mdV1 = [mdV1];
		_r$5 = legacyMessageDescCache.Load(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		mi = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(mi, protoreflect.MessageDescriptor);
		}
		_r$6 = reflect.Zero(t); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		mv = _r$7;
		_tuple$1 = $assertType(mv, protoreflect.ProtoMessage, true);
		ok$1 = _tuple$1[1];
		/* */ if (ok$1) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (ok$1) { */ case 4:
			_r$8 = fmt.Sprintf("%v already implements proto.Message", new sliceType$1([t])); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$panic(new $String(_r$8));
		/* } */ case 5:
		_tuple$2 = $assertType(mv, messageV1, true);
		mdV1[0] = _tuple$2[0];
		ok$2 = _tuple$2[1];
		/* */ if (!ok$2) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!ok$2) { */ case 7:
			_r$9 = aberrantLoadMessageDesc(t, name); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r = _r$9;
			$s = 10; case 10: return $24r;
		/* } */ case 8:
		_r$10 = (function(mdV1) { return function $b() {
			var {$24r$1, _r$10, $s, $deferred, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
			$deferred.push([(function(mdV1) { return function() {
				$recover();
			}; })(mdV1), []]);
			_r$10 = mdV1[0].Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r$1 = _r$10;
			$s = 2; case 2: return $24r$1;
			/* */ } return; } } catch(err) { $err = err; $s = -1; return [sliceType.nil, sliceType$14.nil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, $24r$1, _r$10, $s, $deferred};return $f; } }
		}; })(mdV1)(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$3 = _r$10;
		b = _tuple$3[0];
		idxs = _tuple$3[1];
		/* */ if (b === sliceType.nil) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (b === sliceType.nil) { */ case 12:
			_r$11 = aberrantLoadMessageDesc(t, name); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r$1 = _r$11;
			$s = 15; case 15: return $24r$1;
		/* } */ case 13:
		_r$12 = t.Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_r$13 = _r$12.Kind(); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		/* */ if (_r$13 === 25) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (_r$13 === 25) { */ case 16:
			_r$14 = t.Elem(); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$15 = _r$14.NumField(); /* */ $s = 21; case 21: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			nfield = _r$15;
			/* */ if (nfield > 0) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (nfield > 0) { */ case 22:
				hasProtoField = false;
				i = 0;
				/* while (true) { */ case 24:
					/* if (!(i < nfield)) { break; } */ if(!(i < nfield)) { $s = 25; continue; }
					_r$16 = t.Elem(); /* */ $s = 26; case 26: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					_r$17 = _r$16.Field(i); /* */ $s = 27; case 27: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					f = $clone(_r$17, reflect.StructField);
					if (!(new reflect.StructTag(f.Tag).Get("protobuf") === "") || !(new reflect.StructTag(f.Tag).Get("protobuf_oneof") === "") || strings.HasPrefix(f.Name, "XXX_")) {
						hasProtoField = true;
						/* break; */ $s = 25; continue;
					}
					i = i + (1) >> 0;
				$s = 24; continue;
				case 25:
				/* */ if (!hasProtoField) { $s = 28; continue; }
				/* */ $s = 29; continue;
				/* if (!hasProtoField) { */ case 28:
					_r$18 = aberrantLoadMessageDesc(t, name); /* */ $s = 30; case 30: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					$24r$2 = _r$18;
					$s = 31; case 31: return $24r$2;
				/* } */ case 29:
			/* } */ case 23:
		/* } */ case 17:
		_r$19 = legacyLoadFileDesc(b); /* */ $s = 32; case 32: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_r$20 = _r$19.Messages(); /* */ $s = 33; case 33: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		_r$21 = _r$20.Get((0 >= idxs.$length ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + 0])); /* */ $s = 34; case 34: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		md = _r$21;
		_ref = $subslice(idxs, 1);
		_i = 0;
		/* while (true) { */ case 35:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 36; continue; }
			i$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$22 = md.Messages(); /* */ $s = 37; case 37: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_r$23 = _r$22.Get(i$1); /* */ $s = 38; case 38: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			md = _r$23;
			_i++;
		$s = 35; continue;
		case 36:
		if (!(!(name === ""))) { _v = false; $s = 41; continue s; }
		_r$24 = md.FullName(); /* */ $s = 42; case 42: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		_v = !(_r$24 === name); case 41:
		/* */ if (_v) { $s = 39; continue; }
		/* */ $s = 40; continue;
		/* if (_v) { */ case 39:
			_r$25 = md.FullName(); /* */ $s = 43; case 43: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_arg = new protoreflect.FullName(_r$25);
			_arg$1 = new protoreflect.FullName(name);
			_r$26 = fmt.Sprintf("mismatching message name: got %v, want %v", new sliceType$1([_arg, _arg$1])); /* */ $s = 44; case 44: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			$panic(new $String(_r$26));
		/* } */ case 40:
		_r$27 = legacyMessageDescCache.LoadOrStore(t, md); /* */ $s = 45; case 45: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
		_tuple$4 = _r$27;
		md$1 = _tuple$4[0];
		ok$3 = _tuple$4[1];
		if (ok$3) {
			$s = -1; return $assertType(md$1, protoreflect.MessageDescriptor);
		}
		$s = -1; return md;
		/* */ } return; } var $f = {$blk: legacyLoadMessageDesc, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, b, f, hasProtoField, i, i$1, idxs, md, md$1, mdV1, mi, mv, name, nfield, ok, ok$1, ok$2, ok$3, t, $s};return $f;
	};
	aberrantLoadMessageDesc = function(t, name) {
		var {$24r, _r$5, name, t, $s, $deferred, $r, $c} = $restore(this, {t, name});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$r = aberrantMessageDescLock.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(aberrantMessageDescLock, "Unlock"), []]);
		if (aberrantMessageDescCache === false) {
			aberrantMessageDescCache = {};
		}
		_r$5 = aberrantLoadMessageDescReentrant(t, name); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 3; case 3: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: aberrantLoadMessageDesc, $c: true, $r, $24r, _r$5, name, t, $s, $deferred};return $f; } }
	};
	aberrantLoadMessageDescReentrant = function(t, name) {
		var {_1, _entry, _i, _i$1, _i$2, _i$3, _i$4, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _tuple, _tuple$1, _tuple$2, _tuple$3, _v, f, f$1, f$2, fd, fn, fn$1, i, i$1, i$2, md, md$1, method, n, name, od, ok, ok$1, ok$2, ok$3, oneofWrappers, s, t, t$1, tag$1, tag$2, tag$3, tag$4, tagKey, tagVal, v, v$1, v$2, vs, vs$1, x, x$1, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {t, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = (_entry = aberrantMessageDescCache[reflect.Type.keyFor(t)], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		md = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return md;
		}
		md$1 = new filedesc.Message.ptr(new filedesc.Base.ptr(new filedesc.BaseL0.ptr("", ptrType$41.nil, $ifaceNil, 0)), new filedesc.MessageL1.ptr(new filedesc.Enums.ptr(sliceType$17.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.Messages.ptr(sliceType$18.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.Extensions.ptr(sliceType$19.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), false, false), new filedesc.MessageL2.ptr($throwNilPointerError, new filedesc.Fields.ptr(sliceType$20.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false), new filedesc.Oneofs.ptr(sliceType$21.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.Names.ptr(sliceType$22.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.FieldRanges.ptr(sliceType$23.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$23.nil), new filedesc.FieldNumbers.ptr(sliceType$24.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.FieldRanges.ptr(sliceType$23.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$23.nil), sliceType$25.nil));
		_r$5 = aberrantDeriveMessageName(t, name); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		md$1.Base.L0.FullName = _r$5;
		md$1.Base.L0.ParentFile = filedesc.SurrogateProto2;
		_key = t; (aberrantMessageDescCache || $throwRuntimeError("assignment to entry in nil map"))[reflect.Type.keyFor(_key)] = { k: _key, v: md$1 };
		_r$6 = t.Kind(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		if (!((_r$6 === 22))) { _v = true; $s = 4; continue s; }
		_r$7 = t.Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = _r$7.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_v = !((_r$8 === 25)); case 4:
		/* */ if (_v) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_v) { */ case 2:
			$s = -1; return md$1;
		/* } */ case 3:
		i = 0;
		/* while (true) { */ case 8:
			_r$9 = t.Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = _r$9.NumField(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			/* if (!(i < _r$10)) { break; } */ if(!(i < _r$10)) { $s = 9; continue; }
			_r$11 = t.Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = _r$11.Field(i); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			f = $clone(_r$12, reflect.StructField);
			tag$1 = new reflect.StructTag(f.Tag).Get("protobuf");
			/* */ if (!(tag$1 === "")) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!(tag$1 === "")) { */ case 14:
					_r$13 = f.Type.Kind(); /* */ $s = 17; case 17: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_1 = _r$13;
					if ((_1 === (1)) || (_1 === (5)) || (_1 === (6)) || (_1 === (10)) || (_1 === (11)) || (_1 === (13)) || (_1 === (14)) || (_1 === (24))) {
						md$1.Base.L0.ParentFile = filedesc.SurrogateProto3;
					}
				case 16:
				_ref = strings.Split(tag$1, ",");
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					if (s === "proto3") {
						md$1.Base.L0.ParentFile = filedesc.SurrogateProto3;
					}
					_i++;
				}
			/* } */ case 15:
			i = i + (1) >> 0;
		$s = 8; continue;
		case 9:
		oneofWrappers = sliceType$26.nil;
		_ref$1 = new sliceType$10(["XXX_OneofFuncs", "XXX_OneofWrappers"]);
		_i$1 = 0;
		/* while (true) { */ case 18:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 19; continue; }
			method = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_r$14 = t.MethodByName(method); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_tuple$1 = _r$14;
			fn = $clone(_tuple$1[0], reflect.Method);
			ok$1 = _tuple$1[1];
			/* */ if (ok$1) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (ok$1) { */ case 21:
				_r$15 = fn.Type.In(0); /* */ $s = 23; case 23: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = reflect.Zero(_r$15); /* */ $s = 24; case 24: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = $clone(fn.Func, reflect.Value).Call(new sliceType$13([$clone(_r$16, reflect.Value)])); /* */ $s = 25; case 25: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_ref$2 = _r$17;
				_i$2 = 0;
				/* while (true) { */ case 26:
					/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 27; continue; }
					v = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
					_r$18 = $clone(v, reflect.Value).Interface(); /* */ $s = 28; case 28: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					_tuple$2 = $assertType(_r$18, sliceType$1, true);
					vs = _tuple$2[0];
					ok$2 = _tuple$2[1];
					if (ok$2) {
						_ref$3 = vs;
						_i$3 = 0;
						while (true) {
							if (!(_i$3 < _ref$3.$length)) { break; }
							v$1 = ((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]);
							oneofWrappers = $append(oneofWrappers, reflect.TypeOf(v$1));
							_i$3++;
						}
					}
					_i$2++;
				$s = 26; continue;
				case 27:
			/* } */ case 22:
			_i$1++;
		$s = 18; continue;
		case 19:
		_r$19 = t.MethodByName("ExtensionRangeArray"); /* */ $s = 29; case 29: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_tuple$3 = _r$19;
		fn$1 = $clone(_tuple$3[0], reflect.Method);
		ok$3 = _tuple$3[1];
		/* */ if (ok$3) { $s = 30; continue; }
		/* */ $s = 31; continue;
		/* if (ok$3) { */ case 30:
			_r$20 = fn$1.Type.In(0); /* */ $s = 32; case 32: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$21 = reflect.Zero(_r$20); /* */ $s = 33; case 33: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_r$22 = $clone(fn$1.Func, reflect.Value).Call(new sliceType$13([$clone(_r$21, reflect.Value)])); /* */ $s = 34; case 34: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			vs$1 = (x = _r$22, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			i$1 = 0;
			/* while (true) { */ case 35:
				/* if (!(i$1 < $clone(vs$1, reflect.Value).Len())) { break; } */ if(!(i$1 < $clone(vs$1, reflect.Value).Len())) { $s = 36; continue; }
				_r$23 = $clone(vs$1, reflect.Value).Index(i$1); /* */ $s = 37; case 37: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				v$2 = _r$23;
				_r$24 = $clone(v$2, reflect.Value).FieldByName("Start"); /* */ $s = 38; case 38: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_r$25 = $clone(_r$24, reflect.Value).Int(); /* */ $s = 39; case 39: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_r$26 = $clone(v$2, reflect.Value).FieldByName("End"); /* */ $s = 40; case 40: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_r$27 = $clone(_r$26, reflect.Value).Int(); /* */ $s = 41; case 41: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				md$1.L2.ExtensionRanges.List = $append(md$1.L2.ExtensionRanges.List, $toNativeArray($kindInt32, [(((x$1 = _r$25, x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0)), (((x$2 = (x$3 = _r$27, new $Int64(x$3.$high + 0, x$3.$low + 1)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0))]));
				md$1.L2.ExtensionRangeOptions = $append(md$1.L2.ExtensionRangeOptions, $throwNilPointerError);
				i$1 = i$1 + (1) >> 0;
			$s = 35; continue;
			case 36:
		/* } */ case 31:
		i$2 = 0;
		/* while (true) { */ case 42:
			_r$28 = t.Elem(); /* */ $s = 44; case 44: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			_r$29 = _r$28.NumField(); /* */ $s = 45; case 45: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
			/* if (!(i$2 < _r$29)) { break; } */ if(!(i$2 < _r$29)) { $s = 43; continue; }
			_r$30 = t.Elem(); /* */ $s = 46; case 46: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
			_r$31 = _r$30.Field(i$2); /* */ $s = 47; case 47: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
			f$1 = $clone(_r$31, reflect.StructField);
			tag$2 = new reflect.StructTag(f$1.Tag).Get("protobuf");
			/* */ if (!(tag$2 === "")) { $s = 48; continue; }
			/* */ $s = 49; continue;
			/* if (!(tag$2 === "")) { */ case 48:
				tagKey = new reflect.StructTag(f$1.Tag).Get("protobuf_key");
				tagVal = new reflect.StructTag(f$1.Tag).Get("protobuf_val");
				$r = aberrantAppendField(md$1, f$1.Type, tag$2, tagKey, tagVal); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 49:
			tag$3 = new reflect.StructTag(f$1.Tag).Get("protobuf_oneof");
			/* */ if (!(tag$3 === "")) { $s = 51; continue; }
			/* */ $s = 52; continue;
			/* if (!(tag$3 === "")) { */ case 51:
				n = md$1.L2.Oneofs.List.$length;
				md$1.L2.Oneofs.List = $append(md$1.L2.Oneofs.List, new filedesc.Oneof.ptr(new filedesc.Base.ptr(new filedesc.BaseL0.ptr("", ptrType$41.nil, $ifaceNil, 0)), new filedesc.OneofL1.ptr($throwNilPointerError, new filedesc.OneofFields.ptr(sliceType$27.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false))));
				od = (x$4 = md$1.L2.Oneofs.List, ((n < 0 || n >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + n]));
				od.Base.L0.FullName = new protoreflect.FullName(md$1.Base.FullName()).Append((tag$3));
				od.Base.L0.ParentFile = md$1.Base.L0.ParentFile;
				od.Base.L0.Parent = md$1;
				od.Base.L0.Index = n;
				_ref$4 = oneofWrappers;
				_i$4 = 0;
				/* while (true) { */ case 53:
					/* if (!(_i$4 < _ref$4.$length)) { break; } */ if(!(_i$4 < _ref$4.$length)) { $s = 54; continue; }
					t$1 = ((_i$4 < 0 || _i$4 >= _ref$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$4.$array[_ref$4.$offset + _i$4]);
					_r$32 = t$1.Implements(f$1.Type); /* */ $s = 57; case 57: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
					/* */ if (_r$32) { $s = 55; continue; }
					/* */ $s = 56; continue;
					/* if (_r$32) { */ case 55:
						_r$33 = t$1.Elem(); /* */ $s = 58; case 58: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
						_r$34 = _r$33.Field(0); /* */ $s = 59; case 59: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
						f$2 = $clone(_r$34, reflect.StructField);
						tag$4 = new reflect.StructTag(f$2.Tag).Get("protobuf");
						/* */ if (!(tag$4 === "")) { $s = 60; continue; }
						/* */ $s = 61; continue;
						/* if (!(tag$4 === "")) { */ case 60:
							$r = aberrantAppendField(md$1, f$2.Type, tag$4, "", ""); /* */ $s = 62; case 62: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							fd = (x$5 = md$1.L2.Fields.List, x$6 = md$1.L2.Fields.List.$length - 1 >> 0, ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6]));
							fd.L1.ContainingOneof = od;
							od.L1.Fields.List = $append(od.L1.Fields.List, fd);
						/* } */ case 61:
					/* } */ case 56:
					_i$4++;
				$s = 53; continue;
				case 54:
			/* } */ case 52:
			i$2 = i$2 + (1) >> 0;
		$s = 42; continue;
		case 43:
		$s = -1; return md$1;
		/* */ } return; } var $f = {$blk: aberrantLoadMessageDescReentrant, $c: true, $r, _1, _entry, _i, _i$1, _i$2, _i$3, _i$4, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _tuple, _tuple$1, _tuple$2, _tuple$3, _v, f, f$1, f$2, fd, fn, fn$1, i, i$1, i$2, md, md$1, method, n, name, od, ok, ok$1, ok$2, ok$3, oneofWrappers, s, t, t$1, tag$1, tag$2, tag$3, tag$4, tagKey, tagVal, v, v$1, v$2, vs, vs$1, x, x$1, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	aberrantDeriveMessageName = function(t, name) {
		var {$24r, _r$5, _r$6, _r$7, name, t, $s, $r, $c} = $restore(this, {t, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = [name];
		t = [t];
		if (new protoreflect.FullName(name[0]).IsValid()) {
			$s = -1; return name[0];
		}
		$r = (function(name, t) { return function $b() {
			var {_r$5, _r$6, _r$7, _tuple, m, ok, $s, $deferred, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
			$deferred.push([(function(name, t) { return function() {
				$recover();
			}; })(name, t), []]);
			_r$5 = reflect.Zero(t[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(_r$5, reflect.Value).Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = $assertType(_r$6, interfaceType$3, true);
			m = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (ok) { */ case 3:
				_r$7 = m.XXX_MessageName(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				name[0] = (_r$7);
			/* } */ case 4:
			$s = -1; return;
			/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, _r$7, _tuple, m, ok, $s, $deferred};return $f; } }
		}; })(name, t)(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (new protoreflect.FullName(name[0]).IsValid()) {
			$s = -1; return name[0];
		}
		_r$5 = t[0].Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5 === 22) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_r$5 === 22) { */ case 2:
			_r$6 = t[0].Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			t[0] = _r$6;
		/* } */ case 3:
		_r$7 = AberrantDeriveFullName(t[0]); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: aberrantDeriveMessageName, $c: true, $r, $24r, _r$5, _r$6, _r$7, name, t, $s};return $f;
	};
	aberrantAppendField = function(md, goType, tag$1, tagKey, tagVal) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, _v$1, fd, goType, isOptional, isRepeated, md, md2, n, n$1, t, tag$1, tagKey, tagVal, v, v$1, v$2, v$3, v$4, x, x$1, x$2, $s, $r, $c} = $restore(this, {md, goType, tag$1, tagKey, tagVal});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = [fd];
		t = goType;
		_r$5 = t.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		if (!(_r$5 === 22)) { _v = false; $s = 1; continue s; }
		_r$6 = t.Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v = !((_r$7 === 25)); case 1:
		isOptional = _v;
		_r$8 = t.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		if (!(_r$8 === 23)) { _v$1 = false; $s = 5; continue s; }
		_r$9 = t.Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = _r$9.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_v$1 = !((_r$10 === 8)); case 5:
		isRepeated = _v$1;
		/* */ if (isOptional || isRepeated) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (isOptional || isRepeated) { */ case 9:
			_r$11 = t.Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			t = _r$11;
		/* } */ case 10:
		_r$12 = tag.Unmarshal(tag$1, t, (x = new placeholderEnumValues.ptr($ifaceNil), new x.constructor.elem(x))); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		fd[0] = $assertType(_r$12, ptrType$43);
		n = md.L2.Fields.List.$length;
		md.L2.Fields.List = $append(md.L2.Fields.List, fd[0]);
		fd[0] = (x$1 = md.L2.Fields.List, ((n < 0 || n >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + n]));
		fd[0].Base.L0.FullName = new protoreflect.FullName(md.Base.FullName()).Append(fd[0].Base.Name());
		fd[0].Base.L0.ParentFile = md.Base.L0.ParentFile;
		fd[0].Base.L0.Parent = md;
		fd[0].Base.L0.Index = n;
		/* */ if (fd[0].L1.IsWeak || fd[0].L1.HasPacked) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (fd[0].L1.IsWeak || fd[0].L1.HasPacked) { */ case 13:
			fd[0].L1.Options = (function(fd) { return function $b() {
				var {$24r, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, opts, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$13 = descopts.Field.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = _r$13.New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				opts = _r$14;
				/* */ if (fd[0].L1.IsWeak) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if (fd[0].L1.IsWeak) { */ case 3:
					_r$15 = opts.Descriptor(); /* */ $s = 5; case 5: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_r$16 = _r$15.Fields(); /* */ $s = 6; case 6: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					_r$17 = _r$16.ByName("weak"); /* */ $s = 7; case 7: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					$r = opts.Set(_r$17, $clone(protoreflect.ValueOfBool(true), protoreflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 4:
				/* */ if (fd[0].L1.HasPacked) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (fd[0].L1.HasPacked) { */ case 9:
					_r$18 = opts.Descriptor(); /* */ $s = 11; case 11: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					_r$19 = _r$18.Fields(); /* */ $s = 12; case 12: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$20 = _r$19.ByName("packed"); /* */ $s = 13; case 13: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					$r = opts.Set(_r$20, $clone(protoreflect.ValueOfBool(fd[0].L1.IsPacked), protoreflect.Value)); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 10:
				_r$21 = opts.Interface(); /* */ $s = 15; case 15: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				$24r = _r$21;
				$s = 16; case 16: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, opts, $s};return $f;
			}; })(fd);
		/* } */ case 14:
		/* */ if ($interfaceIsEqual(fd[0].Enum(), $ifaceNil) && (fd[0].Kind() === 14)) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if ($interfaceIsEqual(fd[0].Enum(), $ifaceNil) && (fd[0].Kind() === 14)) { */ case 15:
			_r$13 = reflect.Zero(t); /* */ $s = 17; case 17: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = $clone(_r$13, reflect.Value).Interface(); /* */ $s = 18; case 18: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_ref = _r$14;
			/* */ if ($assertType(_ref, protoreflect.Enum, true)[1]) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if ($assertType(_ref, protoreflect.Enum, true)[1]) { */ case 19:
				v = _ref;
				_r$15 = v.Descriptor(); /* */ $s = 22; case 22: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				fd[0].L1.Enum = _r$15;
				$s = 21; continue;
			/* } else { */ case 20:
				v$1 = _ref;
				_r$16 = LegacyLoadEnumDesc(t); /* */ $s = 23; case 23: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				fd[0].L1.Enum = _r$16;
			/* } */ case 21:
		/* } */ case 16:
		_r$17 = fd[0].Message(); /* */ $s = 26; case 26: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		/* */ if ($interfaceIsEqual(_r$17, $ifaceNil) && ((fd[0].Kind() === 11) || (fd[0].Kind() === 10))) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if ($interfaceIsEqual(_r$17, $ifaceNil) && ((fd[0].Kind() === 11) || (fd[0].Kind() === 10))) { */ case 24:
			_r$18 = reflect.Zero(t); /* */ $s = 27; case 27: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$19 = $clone(_r$18, reflect.Value).Interface(); /* */ $s = 28; case 28: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_ref$1 = _r$19;
			/* */ if ($assertType(_ref$1, protoreflect.ProtoMessage, true)[1]) { $s = 29; continue; }
			/* */ if ($assertType(_ref$1, messageV1, true)[1]) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* switch (0) { default: if ($assertType(_ref$1, protoreflect.ProtoMessage, true)[1]) { */ case 29:
				v$2 = _ref$1;
				_r$20 = v$2.ProtoReflect(); /* */ $s = 33; case 33: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$21 = _r$20.Descriptor(); /* */ $s = 34; case 34: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				fd[0].L1.Message = _r$21;
				$s = 32; continue;
			/* } else if ($assertType(_ref$1, messageV1, true)[1]) { */ case 30:
				v$3 = _ref$1;
				_r$22 = LegacyLoadMessageDesc(t); /* */ $s = 35; case 35: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				fd[0].L1.Message = _r$22;
				$s = 32; continue;
			/* } else { */ case 31:
				v$4 = _ref$1;
				_r$23 = t.Kind(); /* */ $s = 38; case 38: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				/* */ if (_r$23 === 21) { $s = 36; continue; }
				/* */ $s = 37; continue;
				/* if (_r$23 === 21) { */ case 36:
					n$1 = md.L1.Messages.List.$length;
					md.L1.Messages.List = $append(md.L1.Messages.List, new filedesc.Message.ptr(new filedesc.Base.ptr(new filedesc.BaseL0.ptr("", ptrType$41.nil, $ifaceNil, 0)), new filedesc.MessageL1.ptr(new filedesc.Enums.ptr(sliceType$17.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.Messages.ptr(sliceType$18.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.Extensions.ptr(sliceType$19.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), false, false), new filedesc.MessageL2.ptr($throwNilPointerError, new filedesc.Fields.ptr(sliceType$20.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false, false), new filedesc.Oneofs.ptr(sliceType$21.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.Names.ptr(sliceType$22.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.FieldRanges.ptr(sliceType$23.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$23.nil), new filedesc.FieldNumbers.ptr(sliceType$24.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.FieldRanges.ptr(sliceType$23.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$23.nil), sliceType$25.nil)));
					md2 = (x$2 = md.L1.Messages.List, ((n$1 < 0 || n$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + n$1]));
					md2.Base.L0.FullName = new protoreflect.FullName(md.Base.FullName()).Append((strs.MapEntryName((fd[0].Base.Name()))));
					md2.Base.L0.ParentFile = md.Base.L0.ParentFile;
					md2.Base.L0.Parent = md;
					md2.Base.L0.Index = n$1;
					md2.L1.IsMapEntry = true;
					md2.L2.Options = (function(fd) { return function $b() {
						var {$24r, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, opts, $s, $r, $c} = $restore(this, {});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						_r$24 = descopts.Message.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
						_r$25 = _r$24.New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
						opts = _r$25;
						_r$26 = opts.Descriptor(); /* */ $s = 3; case 3: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
						_r$27 = _r$26.Fields(); /* */ $s = 4; case 4: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
						_r$28 = _r$27.ByName("map_entry"); /* */ $s = 5; case 5: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
						$r = opts.Set(_r$28, $clone(protoreflect.ValueOfBool(true), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						_r$29 = opts.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
						$24r = _r$29;
						$s = 8; case 8: return $24r;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, opts, $s};return $f;
					}; })(fd);
					_arg = md2;
					_r$24 = t.Key(); /* */ $s = 39; case 39: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					_arg$1 = _r$24;
					_arg$2 = tagKey;
					$r = aberrantAppendField(_arg, _arg$1, _arg$2, "", ""); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_arg$3 = md2;
					_r$25 = t.Elem(); /* */ $s = 41; case 41: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
					_arg$4 = _r$25;
					_arg$5 = tagVal;
					$r = aberrantAppendField(_arg$3, _arg$4, _arg$5, "", ""); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					fd[0].L1.Message = md2;
					/* break; */ $s = 32; continue;
				/* } */ case 37:
				_r$26 = aberrantLoadMessageDescReentrant(t, ""); /* */ $s = 43; case 43: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				fd[0].L1.Message = _r$26;
			/* } } */ case 32:
		/* } */ case 25:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: aberrantAppendField, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, _v$1, fd, goType, isOptional, isRepeated, md, md2, n, n$1, t, tag$1, tagKey, tagVal, v, v$1, v$2, v$3, v$4, x, x$1, x$2, $s};return $f;
	};
	placeholderEnumValues.ptr.prototype.ByNumber = function(n) {
		var {$24r, _r$5, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = fmt.Sprintf("UNKNOWN_%d", new sliceType$1([new protoreflect.EnumNumber(n)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = new filedesc.PlaceholderEnumValue(((_r$5)));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: placeholderEnumValues.ptr.prototype.ByNumber, $c: true, $r, $24r, _r$5, n, $s};return $f;
	};
	placeholderEnumValues.prototype.ByNumber = function(n) { return this.$val.ByNumber(n); };
	legacyMarshal = function(in$1) {
		var {$24r, _r$5, _r$6, _r$7, _tuple, _tuple$1, err, in$1, marshaler, ok, out, v, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $assertType(in$1.Message, unwrapper).protoUnwrap(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5;
		_tuple = $assertType(v, legacyMarshaler, true);
		marshaler = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$6 = errors.New("%T does not implement Marshal", new sliceType$1([v])); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = [new structType$3.ptr(new pragma.NoUnkeyedLiterals.ptr(), sliceType.nil), _r$6];
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$7 = marshaler.Marshal(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$1 = _r$7;
		out = _tuple$1[0];
		err = _tuple$1[1];
		if (!(in$1.Buf === sliceType.nil)) {
			out = $appendSlice(in$1.Buf, out);
		}
		$s = -1; return [new structType$3.ptr(new pragma.NoUnkeyedLiterals.ptr(), out), err];
		/* */ } return; } var $f = {$blk: legacyMarshal, $c: true, $r, $24r, _r$5, _r$6, _r$7, _tuple, _tuple$1, err, in$1, marshaler, ok, out, v, $s};return $f;
	};
	legacyUnmarshal = function(in$1) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _tuple, in$1, ok, unmarshaler, v, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $assertType(in$1.Message, unwrapper).protoUnwrap(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5;
		_tuple = $assertType(v, legacyUnmarshaler, true);
		unmarshaler = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$6 = errors.New("%T does not implement Unmarshal", new sliceType$1([v])); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = [new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0), _r$6];
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$7 = unmarshaler.Unmarshal(in$1.Buf); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r$1 = [new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0), _r$7];
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: legacyUnmarshal, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _tuple, in$1, ok, unmarshaler, v, $s};return $f;
	};
	legacyMerge = function(in$1) {
		var {_r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, dstv, err, in$1, marshaler, merger, ok, srcv, unmarshaler, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $assertType(in$1.Destination, unwrapper).protoUnwrap(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		dstv = _r$5;
		_tuple = $assertType(dstv, legacyMerger, true);
		merger = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$6 = new Export.ptr().ProtoMessageV1Of(in$1.Source); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$r = merger.Merge(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 1);
		/* } */ case 3:
		_r$7 = $assertType(in$1.Source, unwrapper).protoUnwrap(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		srcv = _r$7;
		_tuple$1 = $assertType(srcv, legacyMarshaler, true);
		marshaler = _tuple$1[0];
		ok = _tuple$1[1];
		if (!ok) {
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0);
		}
		_r$8 = $assertType(in$1.Destination, unwrapper).protoUnwrap(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		dstv = _r$8;
		_tuple$2 = $assertType(dstv, legacyUnmarshaler, true);
		unmarshaler = _tuple$2[0];
		ok = _tuple$2[1];
		if (!ok) {
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0);
		}
		_r$9 = in$1.Source.IsValid(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		/* */ if (!_r$9) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!_r$9) { */ case 8:
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 1);
		/* } */ case 9:
		_r$10 = marshaler.Marshal(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$3 = _r$10;
		b = _tuple$3[0];
		err = _tuple$3[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0);
		}
		_r$11 = unmarshaler.Unmarshal(b); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		err = _r$11;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 0);
		}
		$s = -1; return new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), 1);
		/* */ } return; } var $f = {$blk: legacyMerge, $c: true, $r, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, dstv, err, in$1, marshaler, merger, ok, srcv, unmarshaler, $s};return $f;
	};
	aberrantMessageType.ptr.prototype.New = function() {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, mt, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mt = this;
		_r$5 = mt.t.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5 === 22) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$5 === 22) { */ case 1:
			_r$6 = mt.t.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = reflect.New(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = (x = new aberrantMessage.ptr($clone(_r$7, reflect.Value)), new x.constructor.elem(x));
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		_r$8 = reflect.Zero(mt.t); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = (x$1 = new aberrantMessage.ptr($clone(_r$8, reflect.Value)), new x$1.constructor.elem(x$1));
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: aberrantMessageType.ptr.prototype.New, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, mt, x, x$1, $s};return $f;
	};
	aberrantMessageType.prototype.New = function() { return this.$val.New(); };
	aberrantMessageType.ptr.prototype.Zero = function() {
		var {$24r, _r$5, mt, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mt = this;
		_r$5 = reflect.Zero(mt.t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = (x = new aberrantMessage.ptr($clone(_r$5, reflect.Value)), new x.constructor.elem(x));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: aberrantMessageType.ptr.prototype.Zero, $c: true, $r, $24r, _r$5, mt, x, $s};return $f;
	};
	aberrantMessageType.prototype.Zero = function() { return this.$val.Zero(); };
	aberrantMessageType.ptr.prototype.GoType = function() {
		var mt;
		mt = this;
		return mt.t;
	};
	aberrantMessageType.prototype.GoType = function() { return this.$val.GoType(); };
	aberrantMessageType.ptr.prototype.Descriptor = function() {
		var {$24r, _r$5, mt, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mt = this;
		_r$5 = LegacyLoadMessageDesc(mt.t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: aberrantMessageType.ptr.prototype.Descriptor, $c: true, $r, $24r, _r$5, mt, $s};return $f;
	};
	aberrantMessageType.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	aberrantMessage.ptr.prototype.Reset = function() {
		var {_r$5, _r$6, _r$7, _r$8, _tuple, m, mr, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, interfaceType$1, true);
		mr = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			$r = mr.Reset(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 3:
		/* */ if (($clone(m.v, reflect.Value).Kind() === 22) && !$clone(m.v, reflect.Value).IsNil()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (($clone(m.v, reflect.Value).Kind() === 22) && !$clone(m.v, reflect.Value).IsNil()) { */ case 5:
			_r$6 = $clone(m.v, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(m.v, reflect.Value).Type().Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = reflect.Zero(_r$7); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$r = $clone(_r$6, reflect.Value).Set($clone(_r$8, reflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.Reset, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _tuple, m, mr, ok, $s};return $f;
	};
	aberrantMessage.prototype.Reset = function() { return this.$val.Reset(); };
	aberrantMessage.ptr.prototype.ProtoReflect = function() {
		var m;
		m = this;
		return new m.constructor.elem(m);
	};
	aberrantMessage.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	aberrantMessage.ptr.prototype.Descriptor = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = LegacyLoadMessageDesc($clone(m.v, reflect.Value).Type()); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.Descriptor, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	aberrantMessage.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	aberrantMessage.ptr.prototype.Type = function() {
		var m, x;
		m = this;
		return (x = new aberrantMessageType.ptr($clone(m.v, reflect.Value).Type()), new x.constructor.elem(x));
	};
	aberrantMessage.prototype.Type = function() { return this.$val.Type(); };
	aberrantMessage.ptr.prototype.New = function() {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m.v, reflect.Value).Type().Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5 === 22) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$5 === 22) { */ case 1:
			_r$6 = $clone(m.v, reflect.Value).Type().Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = reflect.New(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = (x = new aberrantMessage.ptr($clone(_r$7, reflect.Value)), new x.constructor.elem(x));
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		_r$8 = reflect.Zero($clone(m.v, reflect.Value).Type()); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = (x$1 = new aberrantMessage.ptr($clone(_r$8, reflect.Value)), new x$1.constructor.elem(x$1));
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.New, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, x, x$1, $s};return $f;
	};
	aberrantMessage.prototype.New = function() { return this.$val.New(); };
	aberrantMessage.ptr.prototype.Interface = function() {
		var m;
		m = this;
		return new m.constructor.elem(m);
	};
	aberrantMessage.prototype.Interface = function() { return this.$val.Interface(); };
	aberrantMessage.ptr.prototype.Range = function(f) {
		var f, m;
		m = this;
		return;
	};
	aberrantMessage.prototype.Range = function(f) { return this.$val.Range(f); };
	aberrantMessage.ptr.prototype.Has = function(param) {
		var m, param;
		m = this;
		return false;
	};
	aberrantMessage.prototype.Has = function(param) { return this.$val.Has(param); };
	aberrantMessage.ptr.prototype.Clear = function(param) {
		var {_r$5, _r$6, m, param, $s, $r, $c} = $restore(this, {param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m, aberrantMessage).Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$panic(new $String("invalid Message.Clear on " + (_r$6)));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.Clear, $c: true, $r, _r$5, _r$6, m, param, $s};return $f;
	};
	aberrantMessage.prototype.Clear = function(param) { return this.$val.Clear(param); };
	aberrantMessage.ptr.prototype.Get = function(fd) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, _r$9, fd, m, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = fd.Default(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, protoreflect.Value).IsValid(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (_r$6) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$6) { */ case 1:
			_r$7 = fd.Default(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		_r$8 = $clone(m, aberrantMessage).Descriptor(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = _r$8.FullName(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		$panic(new $String("invalid Message.Get on " + (_r$9)));
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.Get, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, _r$9, fd, m, $s};return $f;
	};
	aberrantMessage.prototype.Get = function(fd) { return this.$val.Get(fd); };
	aberrantMessage.ptr.prototype.Set = function(param, param$1) {
		var {_r$5, _r$6, m, param, param$1, $s, $r, $c} = $restore(this, {param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m, aberrantMessage).Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$panic(new $String("invalid Message.Set on " + (_r$6)));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.Set, $c: true, $r, _r$5, _r$6, m, param, param$1, $s};return $f;
	};
	aberrantMessage.prototype.Set = function(param, param$1) { return this.$val.Set(param, param$1); };
	aberrantMessage.ptr.prototype.Mutable = function(param) {
		var {_r$5, _r$6, m, param, $s, $r, $c} = $restore(this, {param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m, aberrantMessage).Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$panic(new $String("invalid Message.Mutable on " + (_r$6)));
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.Mutable, $c: true, $r, _r$5, _r$6, m, param, $s};return $f;
	};
	aberrantMessage.prototype.Mutable = function(param) { return this.$val.Mutable(param); };
	aberrantMessage.ptr.prototype.NewField = function(param) {
		var {_r$5, _r$6, m, param, $s, $r, $c} = $restore(this, {param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m, aberrantMessage).Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$panic(new $String("invalid Message.NewField on " + (_r$6)));
		$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.NewField, $c: true, $r, _r$5, _r$6, m, param, $s};return $f;
	};
	aberrantMessage.prototype.NewField = function(param) { return this.$val.NewField(param); };
	aberrantMessage.ptr.prototype.WhichOneof = function(param) {
		var {_r$5, _r$6, m, param, $s, $r, $c} = $restore(this, {param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m, aberrantMessage).Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$panic(new $String("invalid Message.WhichOneof descriptor on " + (_r$6)));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.WhichOneof, $c: true, $r, _r$5, _r$6, m, param, $s};return $f;
	};
	aberrantMessage.prototype.WhichOneof = function(param) { return this.$val.WhichOneof(param); };
	aberrantMessage.ptr.prototype.GetUnknown = function() {
		var m;
		m = this;
		return protoreflect.RawFields.nil;
	};
	aberrantMessage.prototype.GetUnknown = function() { return this.$val.GetUnknown(); };
	aberrantMessage.ptr.prototype.SetUnknown = function(param) {
		var m, param;
		m = this;
	};
	aberrantMessage.prototype.SetUnknown = function(param) { return this.$val.SetUnknown(param); };
	aberrantMessage.ptr.prototype.IsValid = function() {
		var m;
		m = this;
		if ($clone(m.v, reflect.Value).Kind() === 22) {
			return !$clone(m.v, reflect.Value).IsNil();
		}
		return false;
	};
	aberrantMessage.prototype.IsValid = function() { return this.$val.IsValid(); };
	aberrantMessage.ptr.prototype.ProtoMethods = function() {
		var m;
		m = this;
		return aberrantProtoMethods;
	};
	aberrantMessage.prototype.ProtoMethods = function() { return this.$val.ProtoMethods(); };
	aberrantMessage.ptr.prototype.protoUnwrap = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = $clone(m.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: aberrantMessage.ptr.prototype.protoUnwrap, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	aberrantMessage.prototype.protoUnwrap = function() { return this.$val.protoUnwrap(); };
	legacyLoadFileDesc = function(b) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, b2, err, fd, fd$1, fd$2, ok, ok$1, x, zr, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyFileDescCache.Load($indexPtr(b.$array, b.$offset + 0, ptrType$44)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		fd = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(fd, protoreflect.FileDescriptor);
		}
		_r$6 = gzip.NewReader(bytes.NewReader(b)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		zr = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		_r$7 = ioutil.ReadAll(zr); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$2 = _r$7;
		b2 = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		_r$8 = new filedesc.Builder.ptr("", b2, 0, 0, 0, 0, $ifaceNil, (x = new resolverOnly.ptr(protoregistry.GlobalFiles), new x.constructor.elem(x))).Build(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		fd$1 = _r$8.File;
		_r$9 = legacyFileDescCache.LoadOrStore($indexPtr(b.$array, b.$offset + 0, ptrType$44), fd$1); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$3 = _r$9;
		fd$2 = _tuple$3[0];
		ok$1 = _tuple$3[1];
		if (ok$1) {
			$s = -1; return $assertType(fd$2, protoreflect.FileDescriptor);
		}
		$s = -1; return fd$1;
		/* */ } return; } var $f = {$blk: legacyLoadFileDesc, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, b2, err, fd, fd$1, fd$2, ok, ok$1, x, zr, $s};return $f;
	};
	resolverOnly.ptr.prototype.FindFileByPath = function(path) {
		var {$24r, _r$5, path, r, $s, $r, $c} = $restore(this, {path});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$5 = r.reg.FindFileByPath(path); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: resolverOnly.ptr.prototype.FindFileByPath, $c: true, $r, $24r, _r$5, path, r, $s};return $f;
	};
	resolverOnly.prototype.FindFileByPath = function(path) { return this.$val.FindFileByPath(path); };
	resolverOnly.ptr.prototype.FindDescriptorByName = function(name) {
		var {$24r, _r$5, name, r, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$5 = r.reg.FindDescriptorByName(name); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: resolverOnly.ptr.prototype.FindDescriptorByName, $c: true, $r, $24r, _r$5, name, r, $s};return $f;
	};
	resolverOnly.prototype.FindDescriptorByName = function(name) { return this.$val.FindDescriptorByName(name); };
	resolverOnly.ptr.prototype.RegisterFile = function(param) {
		var param;
		return $ifaceNil;
	};
	resolverOnly.prototype.RegisterFile = function(param) { return this.$val.RegisterFile(param); };
	ExtensionInfo.ptr.prototype.initToLegacy = function() {
		var {_1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, enumName, extType, fd, filename, messageName, mt, mv, mv$1, mz, mz$1, name, ok, ok$1, parent, t, xd, xi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		xd = $clone(xi.desc, extensionTypeDescriptor);
		parent = $ifaceNil;
		_r$5 = xd.ExtensionDescriptor.ContainingMessage(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		messageName = _r$6;
		_r$7 = protoregistry.GlobalTypes.FindMessageByName(messageName); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		mt = _tuple[0];
		/* */ if (!($interfaceIsEqual(mt, $ifaceNil))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!($interfaceIsEqual(mt, $ifaceNil))) { */ case 4:
			_r$8 = mt.New(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			mv = _r$9;
			t = reflect.TypeOf(mv);
			_tuple$1 = $assertType(mv, unwrapper, true);
			mv$1 = _tuple$1[0];
			ok = _tuple$1[1];
			/* */ if (ok) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (ok) { */ case 8:
				_r$10 = mv$1.protoUnwrap(); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = reflect.TypeOf(_r$10); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				t = _r$11;
			/* } */ case 9:
			_r$12 = reflect.Zero(t); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = $clone(_r$12, reflect.Value).Interface(); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			mz = _r$13;
			_tuple$2 = $assertType(mz, protoiface.MessageV1, true);
			mz$1 = _tuple$2[0];
			ok$1 = _tuple$2[1];
			if (ok$1) {
				parent = mz$1;
			}
		/* } */ case 5:
		extType = xi.goType;
			_r$14 = extType.Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_1 = _r$14;
			if ((_1 === (1)) || (_1 === (5)) || (_1 === (6)) || (_1 === (10)) || (_1 === (11)) || (_1 === (13)) || (_1 === (14)) || (_1 === (24))) {
				extType = reflect.PtrTo(extType);
			}
		case 14:
		enumName = "";
		_r$15 = xd.ExtensionDescriptor.Kind(); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		/* */ if (_r$15 === 14) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (_r$15 === 14) { */ case 16:
			_r$16 = xd.ExtensionDescriptor.Enum(); /* */ $s = 19; case 19: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = legacyEnumName(_r$16); /* */ $s = 20; case 20: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			enumName = _r$17;
		/* } */ case 17:
		filename = "";
		_r$18 = xd.ExtensionDescriptor.ParentFile(); /* */ $s = 21; case 21: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		fd = _r$18;
		/* */ if (!($interfaceIsEqual(fd, $ifaceNil))) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (!($interfaceIsEqual(fd, $ifaceNil))) { */ case 22:
			_r$19 = fd.Path(); /* */ $s = 24; case 24: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			filename = _r$19;
		/* } */ case 23:
		_r$20 = xd.ExtensionDescriptor.FullName(); /* */ $s = 25; case 25: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		name = _r$20;
		_r$21 = messageset.IsMessageSetExtension(new xd.constructor.elem(xd)); /* */ $s = 28; case 28: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		/* */ if (_r$21) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (_r$21) { */ case 26:
			name = new protoreflect.FullName(name).Parent();
		/* } */ case 27:
		xi.ExtendedType = parent;
		_r$22 = reflect.Zero(extType); /* */ $s = 29; case 29: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
		_r$23 = $clone(_r$22, reflect.Value).Interface(); /* */ $s = 30; case 30: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
		xi.ExtensionType = _r$23;
		_r$24 = xd.ExtensionDescriptor.Number(); /* */ $s = 31; case 31: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		xi.Field = ((_r$24 >> 0));
		xi.Name = (name);
		_r$25 = tag.Marshal(new xd.constructor.elem(xd), enumName); /* */ $s = 32; case 32: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
		xi.Tag = _r$25;
		xi.Filename = filename;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.initToLegacy, $c: true, $r, _1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, enumName, extType, fd, filename, messageName, mt, mv, mv$1, mz, mz$1, name, ok, ok$1, parent, t, xd, xi, $s};return $f;
	};
	ExtensionInfo.prototype.initToLegacy = function() { return this.$val.initToLegacy(); };
	ExtensionInfo.ptr.prototype.initFromLegacy = function() {
		var {_r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, _v$1, _v$2, ed, evs, fd, isOptional, isRepeated, md, t, tt, v, v$1, v$2, v$3, xd, xd$1, xi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		if ($interfaceIsEqual(xi.ExtendedType, $ifaceNil) || $interfaceIsEqual(xi.ExtensionType, $ifaceNil)) {
			xd = new placeholderExtension.ptr((xi.Name), ((xi.Field >> 0)));
			extensionTypeDescriptor.copy(xi.desc, new extensionTypeDescriptor.ptr(new xd.constructor.elem(xd), xi));
			$s = -1; return;
		}
		ed = $ifaceNil;
		md = $ifaceNil;
		t = reflect.TypeOf(xi.ExtensionType);
		_r$5 = t.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		if (!(_r$5 === 22)) { _v = false; $s = 1; continue s; }
		_r$6 = t.Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v = !((_r$7 === 25)); case 1:
		isOptional = _v;
		_r$8 = t.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		if (!(_r$8 === 23)) { _v$1 = false; $s = 5; continue s; }
		_r$9 = t.Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = _r$9.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_v$1 = !((_r$10 === 8)); case 5:
		isRepeated = _v$1;
		/* */ if (isOptional || isRepeated) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (isOptional || isRepeated) { */ case 9:
			_r$11 = t.Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			t = _r$11;
		/* } */ case 10:
		_r$12 = reflect.Zero(t); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_r$13 = $clone(_r$12, reflect.Value).Interface(); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_ref = _r$13;
		/* */ if ($assertType(_ref, protoreflect.Enum, true)[1]) { $s = 14; continue; }
		/* */ if ($assertType(_ref, enumV1, true)[1]) { $s = 15; continue; }
		/* */ if ($assertType(_ref, protoreflect.ProtoMessage, true)[1]) { $s = 16; continue; }
		/* */ if ($assertType(_ref, messageV1, true)[1]) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if ($assertType(_ref, protoreflect.Enum, true)[1]) { */ case 14:
			v = _ref;
			_r$14 = v.Descriptor(); /* */ $s = 19; case 19: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			ed = _r$14;
			$s = 18; continue;
		/* } else if ($assertType(_ref, enumV1, true)[1]) { */ case 15:
			v$1 = _ref;
			_r$15 = LegacyLoadEnumDesc(t); /* */ $s = 20; case 20: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			ed = _r$15;
			$s = 18; continue;
		/* } else if ($assertType(_ref, protoreflect.ProtoMessage, true)[1]) { */ case 16:
			v$2 = _ref;
			_r$16 = v$2.ProtoReflect(); /* */ $s = 21; case 21: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = _r$16.Descriptor(); /* */ $s = 22; case 22: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			md = _r$17;
			$s = 18; continue;
		/* } else if ($assertType(_ref, messageV1, true)[1]) { */ case 17:
			v$3 = _ref;
			_r$18 = LegacyLoadMessageDesc(t); /* */ $s = 23; case 23: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			md = _r$18;
		/* } */ case 18:
		evs = $ifaceNil;
		/* */ if (!($interfaceIsEqual(ed, $ifaceNil))) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (!($interfaceIsEqual(ed, $ifaceNil))) { */ case 24:
			_r$19 = ed.Values(); /* */ $s = 26; case 26: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			evs = _r$19;
		/* } */ case 25:
		_r$20 = tag.Unmarshal(xi.Tag, t, evs); /* */ $s = 27; case 27: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		fd = $assertType(_r$20, ptrType$43);
		xd$1 = new filedesc.Extension.ptr(new filedesc.Base.ptr(new filedesc.BaseL0.ptr("", ptrType$41.nil, $ifaceNil, 0)), new filedesc.ExtensionL1.ptr(0, $ifaceNil, 0, 0), new filedesc.ExtensionL2.ptr($throwNilPointerError, new filedesc.stringName.ptr(false, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), "", ""), false, false, new filedesc.defaultValue.ptr(false, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), $ifaceNil, sliceType.nil), $ifaceNil, $ifaceNil));
		xd$1.Base.L0.ParentFile = filedesc.SurrogateProto2;
		xd$1.Base.L0.FullName = (xi.Name);
		xd$1.L1.Number = ((xi.Field >> 0));
		xd$1.L1.Cardinality = fd.L1.Cardinality;
		xd$1.L1.Kind = fd.L1.Kind;
		xd$1.L2.IsPacked = fd.L1.IsPacked;
		filedesc.defaultValue.copy(xd$1.L2.Default, fd.L1.Default);
		_r$21 = new Export.ptr().MessageDescriptorOf(xi.ExtendedType); /* */ $s = 28; case 28: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		xd$1.L1.Extendee = _r$21;
		xd$1.L2.Enum = ed;
		xd$1.L2.Message = md;
		_r$22 = messageset.IsMessageSet(xd$1.L1.Extendee); /* */ $s = 32; case 32: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
		if (!(_r$22)) { _v$2 = false; $s = 31; continue s; }
		_r$23 = md.FullName(); /* */ $s = 33; case 33: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
		_v$2 = _r$23 === xd$1.Base.L0.FullName; case 31:
		/* */ if (_v$2) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (_v$2) { */ case 29:
			xd$1.Base.L0.FullName = new protoreflect.FullName(xd$1.Base.L0.FullName).Append("message_set_extension");
		/* } */ case 30:
		tt = reflect.TypeOf(xi.ExtensionType);
		/* */ if (isOptional) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if (isOptional) { */ case 34:
			_r$24 = tt.Elem(); /* */ $s = 36; case 36: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			tt = _r$24;
		/* } */ case 35:
		xi.goType = tt;
		extensionTypeDescriptor.copy(xi.desc, new extensionTypeDescriptor.ptr(xd$1, xi));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.initFromLegacy, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, _v$1, _v$2, ed, evs, fd, isOptional, isRepeated, md, t, tt, v, v$1, v$2, v$3, xd, xd$1, xi, $s};return $f;
	};
	ExtensionInfo.prototype.initFromLegacy = function() { return this.$val.initFromLegacy(); };
	placeholderExtension.ptr.prototype.ParentFile = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.ParentFile = function() { return this.$val.ParentFile(); };
	placeholderExtension.ptr.prototype.Parent = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.Parent = function() { return this.$val.Parent(); };
	placeholderExtension.ptr.prototype.Index = function() {
		var x;
		x = this;
		return 0;
	};
	placeholderExtension.prototype.Index = function() { return this.$val.Index(); };
	placeholderExtension.ptr.prototype.Syntax = function() {
		var x;
		x = this;
		return 0;
	};
	placeholderExtension.prototype.Syntax = function() { return this.$val.Syntax(); };
	placeholderExtension.ptr.prototype.Name = function() {
		var x;
		x = this;
		return new protoreflect.FullName(x.name).Name();
	};
	placeholderExtension.prototype.Name = function() { return this.$val.Name(); };
	placeholderExtension.ptr.prototype.FullName = function() {
		var x;
		x = this;
		return x.name;
	};
	placeholderExtension.prototype.FullName = function() { return this.$val.FullName(); };
	placeholderExtension.ptr.prototype.IsPlaceholder = function() {
		var x;
		x = this;
		return true;
	};
	placeholderExtension.prototype.IsPlaceholder = function() { return this.$val.IsPlaceholder(); };
	placeholderExtension.ptr.prototype.Options = function() {
		var x;
		x = this;
		return descopts.Field;
	};
	placeholderExtension.prototype.Options = function() { return this.$val.Options(); };
	placeholderExtension.ptr.prototype.Number = function() {
		var x;
		x = this;
		return x.number;
	};
	placeholderExtension.prototype.Number = function() { return this.$val.Number(); };
	placeholderExtension.ptr.prototype.Cardinality = function() {
		var x;
		x = this;
		return 0;
	};
	placeholderExtension.prototype.Cardinality = function() { return this.$val.Cardinality(); };
	placeholderExtension.ptr.prototype.Kind = function() {
		var x;
		x = this;
		return 0;
	};
	placeholderExtension.prototype.Kind = function() { return this.$val.Kind(); };
	placeholderExtension.ptr.prototype.HasJSONName = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.HasJSONName = function() { return this.$val.HasJSONName(); };
	placeholderExtension.ptr.prototype.JSONName = function() {
		var x;
		x = this;
		return "[" + (x.name) + "]";
	};
	placeholderExtension.prototype.JSONName = function() { return this.$val.JSONName(); };
	placeholderExtension.ptr.prototype.TextName = function() {
		var x;
		x = this;
		return "[" + (x.name) + "]";
	};
	placeholderExtension.prototype.TextName = function() { return this.$val.TextName(); };
	placeholderExtension.ptr.prototype.HasPresence = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.HasPresence = function() { return this.$val.HasPresence(); };
	placeholderExtension.ptr.prototype.HasOptionalKeyword = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.HasOptionalKeyword = function() { return this.$val.HasOptionalKeyword(); };
	placeholderExtension.ptr.prototype.IsExtension = function() {
		var x;
		x = this;
		return true;
	};
	placeholderExtension.prototype.IsExtension = function() { return this.$val.IsExtension(); };
	placeholderExtension.ptr.prototype.IsWeak = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.IsWeak = function() { return this.$val.IsWeak(); };
	placeholderExtension.ptr.prototype.IsPacked = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.IsPacked = function() { return this.$val.IsPacked(); };
	placeholderExtension.ptr.prototype.IsList = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.IsList = function() { return this.$val.IsList(); };
	placeholderExtension.ptr.prototype.IsMap = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.IsMap = function() { return this.$val.IsMap(); };
	placeholderExtension.ptr.prototype.MapKey = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.MapKey = function() { return this.$val.MapKey(); };
	placeholderExtension.ptr.prototype.MapValue = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.MapValue = function() { return this.$val.MapValue(); };
	placeholderExtension.ptr.prototype.HasDefault = function() {
		var x;
		x = this;
		return false;
	};
	placeholderExtension.prototype.HasDefault = function() { return this.$val.HasDefault(); };
	placeholderExtension.ptr.prototype.Default = function() {
		var x;
		x = this;
		return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
	};
	placeholderExtension.prototype.Default = function() { return this.$val.Default(); };
	placeholderExtension.ptr.prototype.DefaultEnumValue = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.DefaultEnumValue = function() { return this.$val.DefaultEnumValue(); };
	placeholderExtension.ptr.prototype.ContainingOneof = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.ContainingOneof = function() { return this.$val.ContainingOneof(); };
	placeholderExtension.ptr.prototype.ContainingMessage = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.ContainingMessage = function() { return this.$val.ContainingMessage(); };
	placeholderExtension.ptr.prototype.Enum = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.Enum = function() { return this.$val.Enum(); };
	placeholderExtension.ptr.prototype.Message = function() {
		var x;
		x = this;
		return $ifaceNil;
	};
	placeholderExtension.prototype.Message = function() { return this.$val.Message(); };
	placeholderExtension.ptr.prototype.ProtoType = function(param) {
		var param, x;
		x = this;
		return;
	};
	placeholderExtension.prototype.ProtoType = function(param) { return this.$val.ProtoType(param); };
	placeholderExtension.ptr.prototype.ProtoInternal = function(param) {
		var param, x;
		x = this;
		return;
	};
	placeholderExtension.prototype.ProtoInternal = function(param) { return this.$val.ProtoInternal(param); };
	Export.ptr.prototype.LegacyEnumName = function(ed) {
		var {$24r, _r$5, ed, $s, $r, $c} = $restore(this, {ed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyEnumName(ed); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.LegacyEnumName, $c: true, $r, $24r, _r$5, ed, $s};return $f;
	};
	Export.prototype.LegacyEnumName = function(ed) { return this.$val.LegacyEnumName(ed); };
	Export.ptr.prototype.LegacyMessageTypeOf = function(m, name) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, name, $s, $r, $c} = $restore(this, {m, name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone((new Export.ptr()), Export).protoMessageV2Of(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mv = _r$5;
		/* */ if (!($interfaceIsEqual(mv, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(mv, $ifaceNil))) { */ case 2:
			_r$6 = mv.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.Type(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$8 = legacyLoadMessageType(reflect.TypeOf(m), name); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = _r$8;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.LegacyMessageTypeOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, name, $s};return $f;
	};
	Export.prototype.LegacyMessageTypeOf = function(m, name) { return this.$val.LegacyMessageTypeOf(m, name); };
	Export.ptr.prototype.UnmarshalJSONEnum = function(ed, b) {
		var {$24r, $24r$1, $24r$2, $24r$3, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, b, ed, err, err$1, ev, name, num, $s, $r, $c} = $restore(this, {ed, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = [name];
		num = [num];
		/* */ if ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 34) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 34) { */ case 1:
			name[0] = "";
			_r$5 = json.Unmarshal(b, (name.$ptr || (name.$ptr = new ptrType$46(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, name)))); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			err = _r$5;
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
				_r$6 = ed.FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_arg = new protoreflect.FullName(_r$6);
				_arg$1 = b;
				_r$7 = errors.New("invalid input for enum %v: %s", new sliceType$1([_arg, _arg$1])); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r = [0, _r$7];
				$s = 9; case 9: return $24r;
			/* } */ case 6:
			_r$8 = ed.Values(); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.ByName(name[0]); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			ev = _r$9;
			/* */ if ($interfaceIsEqual(ev, $ifaceNil)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if ($interfaceIsEqual(ev, $ifaceNil)) { */ case 12:
				_r$10 = ed.FullName(); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_arg$2 = new protoreflect.FullName(_r$10);
				_arg$3 = new protoreflect.Name(name[0]);
				_r$11 = errors.New("invalid value for enum %v: %s", new sliceType$1([_arg$2, _arg$3])); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r$1 = [0, _r$11];
				$s = 16; case 16: return $24r$1;
			/* } */ case 13:
			_r$12 = ev.Number(); /* */ $s = 17; case 17: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r$2 = [_r$12, $ifaceNil];
			$s = 18; case 18: return $24r$2;
		/* } else { */ case 2:
			num[0] = 0;
			_r$13 = json.Unmarshal(b, (num.$ptr || (num.$ptr = new ptrType$47(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, num)))); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			err$1 = _r$13;
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 20:
				_r$14 = ed.FullName(); /* */ $s = 22; case 22: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_arg$4 = new protoreflect.FullName(_r$14);
				_arg$5 = b;
				_r$15 = errors.New("invalid input for enum %v: %s", new sliceType$1([_arg$4, _arg$5])); /* */ $s = 23; case 23: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r$3 = [0, _r$15];
				$s = 24; case 24: return $24r$3;
			/* } */ case 21:
			$s = -1; return [num[0], $ifaceNil];
		/* } */ case 3:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.UnmarshalJSONEnum, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, b, ed, err, err$1, ev, name, num, $s};return $f;
	};
	Export.prototype.UnmarshalJSONEnum = function(ed, b) { return this.$val.UnmarshalJSONEnum(ed, b); };
	Export.ptr.prototype.CompressGZIP = function(in$1) {
		var {_arg, _arg$1, _q, _r$5, blockHeader, blockSize, gzipFooter, gzipHeader, in$1, numBlocks, out, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = sliceType.nil;
		gzipHeader = $toNativeArray($kindUint8, [31, 139, 8, 0, 0, 0, 0, 0, 0, 255]);
		blockHeader = arrayType$3.zero();
		numBlocks = 1 + (_q = in$1.$length / 65535, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
		gzipFooter = arrayType$4.zero();
		_arg = $subslice(new sliceType(gzipFooter), 0, 4);
		_r$5 = crc32.ChecksumIEEE(in$1); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		$r = $clone(binary.LittleEndian, binary.littleEndian).PutUint32(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(new sliceType(gzipFooter), 4, 8), ((in$1.$length >>> 0)));
		out = $makeSlice(sliceType, 0, (((10 + ($imul(5, numBlocks)) >> 0) + in$1.$length >> 0) + 8 >> 0));
		out = $appendSlice(out, new sliceType(gzipHeader));
		while (true) {
			if (!(blockHeader[0] === 0)) { break; }
			blockSize = 65535;
			if (blockSize > in$1.$length) {
				blockHeader[0] = 1;
				blockSize = in$1.$length;
			}
			$clone(binary.LittleEndian, binary.littleEndian).PutUint16($subslice(new sliceType(blockHeader), 1, 3), ((blockSize << 16 >>> 16)));
			$clone(binary.LittleEndian, binary.littleEndian).PutUint16($subslice(new sliceType(blockHeader), 3, 5), ~((blockSize << 16 >>> 16)) << 16 >>> 16);
			out = $appendSlice(out, new sliceType(blockHeader));
			out = $appendSlice(out, $subslice(in$1, 0, blockSize));
			in$1 = $subslice(in$1, blockSize);
		}
		out = $appendSlice(out, new sliceType(gzipFooter));
		out = out;
		$s = -1; return out;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.CompressGZIP, $c: true, $r, _arg, _arg$1, _q, _r$5, blockHeader, blockSize, gzipFooter, gzipHeader, in$1, numBlocks, out, $s};return $f;
	};
	Export.prototype.CompressGZIP = function(in$1) { return this.$val.CompressGZIP(in$1); };
	legacyEnumName = function(ed) {
		var {_r$5, _r$6, _r$7, ed, enumName, fd, protoPkg, $s, $r, $c} = $restore(this, {ed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		protoPkg = "";
		_r$5 = ed.FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		enumName = (_r$5);
		_r$6 = ed.ParentFile(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		fd = _r$6;
		/* */ if (!($interfaceIsEqual(fd, $ifaceNil))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(fd, $ifaceNil))) { */ case 3:
			_r$7 = fd.Package(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			protoPkg = (_r$7);
			enumName = strings.TrimPrefix(enumName, protoPkg + ".");
		/* } */ case 4:
		if (protoPkg === "") {
			$s = -1; return strs.GoCamelCase(enumName);
		}
		$s = -1; return protoPkg + "." + strs.GoCamelCase(enumName);
		/* */ } return; } var $f = {$blk: legacyEnumName, $c: true, $r, _r$5, _r$6, _r$7, ed, enumName, fd, protoPkg, $s};return $f;
	};
	legacyWrapEnum = function(v) {
		var {$24r, _r$5, _r$6, et, v, x, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyLoadEnumType($clone(v, reflect.Value).Type()); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		et = _r$5;
		_r$6 = et.New((((x = $clone(v, reflect.Value).Int(), x.$low + ((x.$high >> 31) * 4294967296)) >> 0))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: legacyWrapEnum, $c: true, $r, $24r, _r$5, _r$6, et, v, x, $s};return $f;
	};
	legacyLoadEnumType = function(t) {
		var {_r$5, _r$6, _r$7, _tuple, _tuple$1, ed, et, et$1, et$2, ok, ok$1, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyEnumTypeCache.Load(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		et = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(et, protoreflect.EnumType);
		}
		et$1 = $ifaceNil;
		_r$6 = LegacyLoadEnumDesc(t); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ed = _r$6;
		et$1 = new legacyEnumType.ptr(ed, t, new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0));
		_r$7 = legacyEnumTypeCache.LoadOrStore(t, et$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$1 = _r$7;
		et$2 = _tuple$1[0];
		ok$1 = _tuple$1[1];
		if (ok$1) {
			$s = -1; return $assertType(et$2, protoreflect.EnumType);
		}
		$s = -1; return et$1;
		/* */ } return; } var $f = {$blk: legacyLoadEnumType, $c: true, $r, _r$5, _r$6, _r$7, _tuple, _tuple$1, ed, et, et$1, et$2, ok, ok$1, t, $s};return $f;
	};
	legacyEnumType.ptr.prototype.New = function(n) {
		var {_r$5, _tuple, e, e$1, n, ok, t, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$5 = t.m.Load(new protoreflect.EnumNumber(n)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		e = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(e, protoreflect.Enum);
		}
		e$1 = new legacyEnumWrapper.ptr(n, t, t.goType);
		$r = t.m.Store(new protoreflect.EnumNumber(n), e$1); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return e$1;
		/* */ } return; } var $f = {$blk: legacyEnumType.ptr.prototype.New, $c: true, $r, _r$5, _tuple, e, e$1, n, ok, t, $s};return $f;
	};
	legacyEnumType.prototype.New = function(n) { return this.$val.New(n); };
	legacyEnumType.ptr.prototype.Descriptor = function() {
		var t;
		t = this;
		return t.desc;
	};
	legacyEnumType.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	legacyEnumWrapper.ptr.prototype.Descriptor = function() {
		var {$24r, _r$5, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$5 = e.pbTyp.Descriptor(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: legacyEnumWrapper.ptr.prototype.Descriptor, $c: true, $r, $24r, _r$5, e, $s};return $f;
	};
	legacyEnumWrapper.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	legacyEnumWrapper.ptr.prototype.Type = function() {
		var e;
		e = this;
		return e.pbTyp;
	};
	legacyEnumWrapper.prototype.Type = function() { return this.$val.Type(); };
	legacyEnumWrapper.ptr.prototype.Number = function() {
		var e;
		e = this;
		return e.num;
	};
	legacyEnumWrapper.prototype.Number = function() { return this.$val.Number(); };
	legacyEnumWrapper.ptr.prototype.ProtoReflect = function() {
		var e;
		e = this;
		return e;
	};
	legacyEnumWrapper.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	legacyEnumWrapper.ptr.prototype.protoUnwrap = function() {
		var {$24r, _r$5, _r$6, e, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$5 = $clone(reflect.New(e.goTyp), reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5;
		$clone(v, reflect.Value).SetInt((new $Int64(0, e.num)));
		_r$6 = $clone(v, reflect.Value).Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: legacyEnumWrapper.ptr.prototype.protoUnwrap, $c: true, $r, $24r, _r$5, _r$6, e, v, $s};return $f;
	};
	legacyEnumWrapper.prototype.protoUnwrap = function() { return this.$val.protoUnwrap(); };
	LegacyLoadEnumDesc = function(t) {
		var {$24r, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, ed, ed$1, ed$2, edV1, ev, i, idxs, md, ok, ok$1, ok$2, ok$3, t, x, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyEnumDescCache.Load(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		ed = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(ed, protoreflect.EnumDescriptor);
		}
		_r$6 = reflect.Zero(t); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		ev = _r$7;
		_tuple$1 = $assertType(ev, protoreflect.Enum, true);
		ok$1 = _tuple$1[1];
		/* */ if (ok$1) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (ok$1) { */ case 4:
			_r$8 = fmt.Sprintf("%v already implements proto.Enum", new sliceType$1([t])); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$panic(new $String(_r$8));
		/* } */ case 5:
		_tuple$2 = $assertType(ev, enumV1, true);
		edV1 = _tuple$2[0];
		ok$2 = _tuple$2[1];
		/* */ if (!ok$2) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!ok$2) { */ case 7:
			_r$9 = aberrantLoadEnumDesc(t); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r = _r$9;
			$s = 10; case 10: return $24r;
		/* } */ case 8:
		_r$10 = edV1.EnumDescriptor(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$3 = _r$10;
		b = _tuple$3[0];
		idxs = _tuple$3[1];
		ed$1 = $ifaceNil;
		/* */ if (idxs.$length === 1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (idxs.$length === 1) { */ case 12:
			_r$11 = legacyLoadFileDesc(b); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = _r$11.Enums(); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = _r$12.Get((0 >= idxs.$length ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + 0])); /* */ $s = 17; case 17: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			ed$1 = _r$13;
			$s = 14; continue;
		/* } else { */ case 13:
			_r$14 = legacyLoadFileDesc(b); /* */ $s = 18; case 18: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$15 = _r$14.Messages(); /* */ $s = 19; case 19: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = _r$15.Get((0 >= idxs.$length ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + 0])); /* */ $s = 20; case 20: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			md = _r$16;
			_ref = $subslice(idxs, 1, (idxs.$length - 1 >> 0));
			_i = 0;
			/* while (true) { */ case 21:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 22; continue; }
				i = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				_r$17 = md.Messages(); /* */ $s = 23; case 23: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$18 = _r$17.Get(i); /* */ $s = 24; case 24: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				md = _r$18;
				_i++;
			$s = 21; continue;
			case 22:
			_r$19 = md.Enums(); /* */ $s = 25; case 25: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$20 = _r$19.Get((x = idxs.$length - 1 >> 0, ((x < 0 || x >= idxs.$length) ? ($throwRuntimeError("index out of range"), undefined) : idxs.$array[idxs.$offset + x]))); /* */ $s = 26; case 26: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			ed$1 = _r$20;
		/* } */ case 14:
		_r$21 = legacyEnumDescCache.LoadOrStore(t, ed$1); /* */ $s = 27; case 27: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		_tuple$4 = _r$21;
		ed$2 = _tuple$4[0];
		ok$3 = _tuple$4[1];
		if (ok$3) {
			$s = -1; return $assertType(ed$2, protoreflect.EnumDescriptor);
		}
		$s = -1; return ed$1;
		/* */ } return; } var $f = {$blk: LegacyLoadEnumDesc, $c: true, $r, $24r, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, ed, ed$1, ed$2, edV1, ev, i, idxs, md, ok, ok$1, ok$2, ok$3, t, x, $s};return $f;
	};
	$pkg.LegacyLoadEnumDesc = LegacyLoadEnumDesc;
	aberrantLoadEnumDesc = function(t) {
		var {_r$5, _r$6, _r$7, _tuple, _tuple$1, ed, ed$1, ed$2, ok, ok$1, t, vd, x, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = aberrantEnumDescCache.Load(t); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		ed = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(ed, protoreflect.EnumDescriptor);
		}
		ed$1 = new filedesc.Enum.ptr(new filedesc.Base.ptr(new filedesc.BaseL0.ptr("", ptrType$41.nil, $ifaceNil, 0)), new filedesc.EnumL1.ptr(false), new filedesc.EnumL2.ptr($throwNilPointerError, new filedesc.EnumValues.ptr(sliceType$28.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false), new filedesc.Names.ptr(sliceType$22.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false), new filedesc.EnumRanges.ptr(sliceType$29.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), sliceType$29.nil)));
		_r$6 = AberrantDeriveFullName(t); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ed$1.Base.L0.FullName = _r$6;
		ed$1.Base.L0.ParentFile = filedesc.SurrogateProto3;
		ed$1.L2.Values.List = $append(ed$1.L2.Values.List, new filedesc.EnumValue.ptr(new filedesc.Base.ptr(new filedesc.BaseL0.ptr("", ptrType$41.nil, $ifaceNil, 0)), new filedesc.EnumValueL1.ptr($throwNilPointerError, 0)));
		vd = (x = ed$1.L2.Values.List, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
		vd.Base.L0.FullName = ed$1.Base.L0.FullName + "_UNKNOWN";
		vd.Base.L0.ParentFile = ed$1.Base.L0.ParentFile;
		vd.Base.L0.Parent = ed$1;
		_r$7 = aberrantEnumDescCache.LoadOrStore(t, ed$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$1 = _r$7;
		ed$2 = _tuple$1[0];
		ok$1 = _tuple$1[1];
		if (ok$1) {
			$s = -1; return $assertType(ed$2, protoreflect.EnumDescriptor);
		}
		$s = -1; return ed$1;
		/* */ } return; } var $f = {$blk: aberrantLoadEnumDesc, $c: true, $r, _r$5, _r$6, _r$7, _tuple, _tuple$1, ed, ed$1, ed$2, ok, ok$1, t, vd, x, $s};return $f;
	};
	AberrantDeriveFullName = function(t) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _i, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, i, prefix, s, sanitize, ss, suffix, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sanitize = (function(r) {
			var r;
			if ((r === 47)) {
				return 46;
			} else if ((97 <= r && r <= 122) || (65 <= r && r <= 90) || (48 <= r && r <= 57)) {
				return r;
			} else {
				return 95;
			}
		});
		_arg = sanitize;
		_r$5 = t.PkgPath(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = strings.Map(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		prefix = _r$6;
		_arg$2 = sanitize;
		_r$7 = t.Name(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_arg$3 = _r$7;
		_r$8 = strings.Map(_arg$2, _arg$3); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		suffix = _r$8;
		/* */ if (suffix === "") { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (suffix === "") { */ case 5:
			_r$9 = reflect.ValueOf(t); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, reflect.Value).Pointer(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$4 = new $Uintptr(_r$10);
			_r$11 = fmt.Sprintf("UnknownX%X", new sliceType$1([_arg$4])); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			suffix = _r$11;
		/* } */ case 6:
		ss = $append(strings.Split(prefix, "."), suffix);
		_ref = ss;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (s === "" || (48 <= s.charCodeAt(0) && s.charCodeAt(0) <= 57)) {
				((i < 0 || i >= ss.$length) ? ($throwRuntimeError("index out of range"), undefined) : ss.$array[ss.$offset + i] = "x" + s);
			}
			_i++;
		}
		$s = -1; return (strings.Join(ss, "."));
		/* */ } return; } var $f = {$blk: AberrantDeriveFullName, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _i, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, i, prefix, s, sanitize, ss, suffix, t, $s};return $f;
	};
	$pkg.AberrantDeriveFullName = AberrantDeriveFullName;
	InitExtensionInfo = function(xi, xd, goType) {
		var goType, xd, xi;
		xi.goType = goType;
		extensionTypeDescriptor.copy(xi.desc, new extensionTypeDescriptor.ptr(xd, xi));
		xi.init = 1;
	};
	$pkg.InitExtensionInfo = InitExtensionInfo;
	ExtensionInfo.ptr.prototype.New = function() {
		var {$24r, _r$5, _r$6, xi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		_r$5 = xi.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.New, $c: true, $r, $24r, _r$5, _r$6, xi, $s};return $f;
	};
	ExtensionInfo.prototype.New = function() { return this.$val.New(); };
	ExtensionInfo.ptr.prototype.Zero = function() {
		var {$24r, _r$5, _r$6, xi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		_r$5 = xi.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Zero(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.Zero, $c: true, $r, $24r, _r$5, _r$6, xi, $s};return $f;
	};
	ExtensionInfo.prototype.Zero = function() { return this.$val.Zero(); };
	ExtensionInfo.ptr.prototype.ValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, v, xi, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		_r$5 = xi.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(v); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$5.PBValueOf($clone(_r$6, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.ValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, v, xi, $s};return $f;
	};
	ExtensionInfo.prototype.ValueOf = function(v) { return this.$val.ValueOf(v); };
	ExtensionInfo.ptr.prototype.InterfaceOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, v, xi, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		_r$5 = xi.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.InterfaceOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, v, xi, $s};return $f;
	};
	ExtensionInfo.prototype.InterfaceOf = function(v) { return this.$val.InterfaceOf(v); };
	ExtensionInfo.ptr.prototype.IsValidValue = function(v) {
		var {$24r, _r$5, _r$6, v, xi, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		_r$5 = xi.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.IsValidPB($clone(v, protoreflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.IsValidValue, $c: true, $r, $24r, _r$5, _r$6, v, xi, $s};return $f;
	};
	ExtensionInfo.prototype.IsValidValue = function(v) { return this.$val.IsValidValue(v); };
	ExtensionInfo.ptr.prototype.IsValidInterface = function(v) {
		var {$24r, _r$5, _r$6, _r$7, v, xi, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		_r$5 = xi.lazyInit(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(v); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$5.IsValidGo($clone(_r$6, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.IsValidInterface, $c: true, $r, $24r, _r$5, _r$6, _r$7, v, xi, $s};return $f;
	};
	ExtensionInfo.prototype.IsValidInterface = function(v) { return this.$val.IsValidInterface(v); };
	ExtensionInfo.ptr.prototype.TypeDescriptor = function() {
		var {xi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		/* */ if (atomic.LoadUint32((xi.$ptr_init || (xi.$ptr_init = new ptrType$17(function() { return this.$target.init; }, function($v) { this.$target.init = $v; }, xi)))) < 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (atomic.LoadUint32((xi.$ptr_init || (xi.$ptr_init = new ptrType$17(function() { return this.$target.init; }, function($v) { this.$target.init = $v; }, xi)))) < 1) { */ case 1:
			$r = xi.lazyInitSlow(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return xi.desc;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.TypeDescriptor, $c: true, $r, xi, $s};return $f;
	};
	ExtensionInfo.prototype.TypeDescriptor = function() { return this.$val.TypeDescriptor(); };
	ExtensionInfo.ptr.prototype.lazyInit = function() {
		var {xi, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xi = this;
		/* */ if (atomic.LoadUint32((xi.$ptr_init || (xi.$ptr_init = new ptrType$17(function() { return this.$target.init; }, function($v) { this.$target.init = $v; }, xi)))) < 2) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (atomic.LoadUint32((xi.$ptr_init || (xi.$ptr_init = new ptrType$17(function() { return this.$target.init; }, function($v) { this.$target.init = $v; }, xi)))) < 2) { */ case 1:
			$r = xi.lazyInitSlow(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return xi.conv;
		/* */ } return; } var $f = {$blk: ExtensionInfo.ptr.prototype.lazyInit, $c: true, $r, xi, $s};return $f;
	};
	ExtensionInfo.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	ExtensionInfo.ptr.prototype.lazyInitSlow = function() {
		var {_r$5, _r$6, _r$7, _r$8, xi, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		xi = this;
		$r = xi.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(xi.mu, "Unlock"), []]);
		/* */ if (xi.init === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (xi.init === 2) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		$deferred.push([atomic.StoreUint32, [(xi.$ptr_init || (xi.$ptr_init = new ptrType$17(function() { return this.$target.init; }, function($v) { this.$target.init = $v; }, xi))), 2]]);
		/* */ if ($interfaceIsEqual(xi.desc.ExtensionDescriptor, $ifaceNil)) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($interfaceIsEqual(xi.desc.ExtensionDescriptor, $ifaceNil)) { */ case 5:
			$r = xi.initFromLegacy(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		_r$5 = xi.desc.ExtensionDescriptor.IsPlaceholder(); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!_r$5) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!_r$5) { */ case 8:
			/* */ if ($interfaceIsEqual(xi.ExtensionType, $ifaceNil)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if ($interfaceIsEqual(xi.ExtensionType, $ifaceNil)) { */ case 11:
				$r = xi.initToLegacy(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 12:
			_r$6 = NewConverter(xi.goType, xi.desc.ExtensionDescriptor); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			xi.conv = _r$6;
			_r$7 = makeExtensionFieldInfo(xi.desc.ExtensionDescriptor); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			xi.info = _r$7;
			_r$8 = newValidationInfo(xi.desc.ExtensionDescriptor, xi.goType); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			validationInfo.copy(xi.info.validation, _r$8);
		/* } */ case 9:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: ExtensionInfo.ptr.prototype.lazyInitSlow, $c: true, $r, _r$5, _r$6, _r$7, _r$8, xi, $s, $deferred};return $f; } }
	};
	ExtensionInfo.prototype.lazyInitSlow = function() { return this.$val.lazyInitSlow(); };
	extensionTypeDescriptor.ptr.prototype.Type = function() {
		var xtd;
		xtd = this;
		return xtd.xi;
	};
	extensionTypeDescriptor.prototype.Type = function() { return this.$val.Type(); };
	extensionTypeDescriptor.ptr.prototype.Descriptor = function() {
		var xtd;
		xtd = this;
		return xtd.ExtensionDescriptor;
	};
	extensionTypeDescriptor.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	EnumInfo.ptr.prototype.New = function(n) {
		var {$24r, _r$5, _r$6, _r$7, n, t, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$5 = reflect.ValueOf(new protoreflect.EnumNumber(n)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Convert(t.GoReflectType); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = $assertType(_r$7, protoreflect.Enum);
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: EnumInfo.ptr.prototype.New, $c: true, $r, $24r, _r$5, _r$6, _r$7, n, t, $s};return $f;
	};
	EnumInfo.prototype.New = function(n) { return this.$val.New(n); };
	EnumInfo.ptr.prototype.Descriptor = function() {
		var t;
		t = this;
		return t.Desc;
	};
	EnumInfo.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	marshalOptions.ptr.prototype.Options = function() {
		var o;
		o = this;
		return new proto.MarshalOptions.ptr(new pragma.NoUnkeyedLiterals.ptr(), true, $clone(o, marshalOptions).Deterministic(), $clone(o, marshalOptions).UseCachedSize());
	};
	marshalOptions.prototype.Options = function() { return this.$val.Options(); };
	marshalOptions.ptr.prototype.Deterministic = function() {
		var o;
		o = this;
		return !((((o.flags & 1) >>> 0) === 0));
	};
	marshalOptions.prototype.Deterministic = function() { return this.$val.Deterministic(); };
	marshalOptions.ptr.prototype.UseCachedSize = function() {
		var o;
		o = this;
		return !((((o.flags & 2) >>> 0) === 0));
	};
	marshalOptions.prototype.UseCachedSize = function() { return this.$val.UseCachedSize(); };
	MessageInfo.ptr.prototype.size = function(in$1) {
		var {_r$5, _tuple, in$1, mi, ms, ok, p, size, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		p = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
		_tuple = $assertType(in$1.Message, ptrType, true);
		ms = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			pointer.copy(p, ms.pointer());
		} else {
			pointer.copy(p, $assertType(in$1.Message, ptrType$1).pointer());
		}
		_r$5 = mi.sizePointer($clone(p, pointer), new marshalOptions.ptr(in$1.Flags)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		size = _r$5;
		$s = -1; return new structType$1.ptr(new pragma.NoUnkeyedLiterals.ptr(), size);
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.size, $c: true, $r, _r$5, _tuple, in$1, mi, ms, ok, p, size, $s};return $f;
	};
	MessageInfo.prototype.size = function(in$1) { return this.$val.size(in$1); };
	MessageInfo.ptr.prototype.sizePointer = function(p, opts) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, mi, opts, p, size, size$1, $s, $r, $c} = $restore(this, {p, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if ($clone(p, pointer).IsNil()) {
			size = 0;
			$s = -1; return size;
		}
		/* */ if ($clone(opts, marshalOptions).UseCachedSize() && $clone(mi.coderMessageInfo.sizecacheOffset, offset).IsValid()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($clone(opts, marshalOptions).UseCachedSize() && $clone(mi.coderMessageInfo.sizecacheOffset, offset).IsValid()) { */ case 2:
			_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.sizecacheOffset, offset)); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(_r$5, pointer).Int32(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = atomic.LoadInt32(_r$6); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			size$1 = _r$7;
			if (size$1 >= 0) {
				size = ((size$1 >> 0));
				$s = -1; return size;
			}
		/* } */ case 3:
		_r$8 = mi.sizePointerSlow($clone(p, pointer), $clone(opts, marshalOptions)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		size = _r$8;
		$24r = size;
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.sizePointer, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, mi, opts, p, size, size$1, $s};return $f;
	};
	MessageInfo.prototype.sizePointer = function(p, opts) { return this.$val.sizePointer(p, opts); };
	MessageInfo.ptr.prototype.sizePointerSlow = function(p, opts) {
		var {_i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, e, f, fptr, mi, opts, p, size, u, $s, $r, $c} = $restore(this, {p, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		mi = this;
		/* */ if (false && mi.coderMessageInfo.isMessageSet) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (false && mi.coderMessageInfo.isMessageSet) { */ case 1:
			_r$5 = sizeMessageSet(mi, $clone(p, pointer), $clone(opts, marshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			size = _r$5;
			/* */ if ($clone(mi.coderMessageInfo.sizecacheOffset, offset).IsValid()) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($clone(mi.coderMessageInfo.sizecacheOffset, offset).IsValid()) { */ case 4:
				_r$6 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.sizecacheOffset, offset)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = $clone(_r$6, pointer).Int32(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$r = atomic.StoreInt32(_r$7, ((size >> 0))); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			size = size;
			$s = -1; return size;
		/* } */ case 2:
		/* */ if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { */ case 9:
			_r$8 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(_r$8, pointer).Extensions(); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			e = _r$9;
			_r$10 = mi.sizeExtensions(e, $clone(opts, marshalOptions)); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			size = size + (_r$10) >> 0;
		/* } */ case 10:
		_ref = mi.coderMessageInfo.orderedCoderFields;
		_i = 0;
		/* while (true) { */ case 14:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 15; continue; }
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (f.funcs.size === $throwNilPointerError) {
				_i++;
				/* continue; */ $s = 14; continue;
			}
			_r$11 = $clone(p, pointer).Apply($clone(f.offset, offset)); /* */ $s = 16; case 16: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			fptr = $clone(_r$11, pointer);
			if (!(f.isPointer)) { _v = false; $s = 19; continue s; }
			_r$12 = $clone(fptr, pointer).Elem(); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = $clone(_r$12, pointer).IsNil(); /* */ $s = 21; case 21: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_v = _r$13; case 19:
			/* */ if (_v) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (_v) { */ case 17:
				_i++;
				/* continue; */ $s = 14; continue;
			/* } */ case 18:
			_r$14 = f.funcs.size($clone(fptr, pointer), f, $clone(opts, marshalOptions)); /* */ $s = 22; case 22: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			size = size + (_r$14) >> 0;
			_i++;
		$s = 14; continue;
		case 15:
		/* */ if ($clone(mi.coderMessageInfo.unknownOffset, offset).IsValid()) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if ($clone(mi.coderMessageInfo.unknownOffset, offset).IsValid()) { */ case 23:
			_r$15 = mi.getUnknownBytes($clone(p, pointer)); /* */ $s = 25; case 25: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			u = _r$15;
			if (!(u === ptrType$3.nil)) {
				size = size + (u.$get().$length) >> 0;
			}
		/* } */ case 24:
		/* */ if ($clone(mi.coderMessageInfo.sizecacheOffset, offset).IsValid()) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if ($clone(mi.coderMessageInfo.sizecacheOffset, offset).IsValid()) { */ case 26:
			/* */ if (size > 2147483647) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (size > 2147483647) { */ case 28:
				_r$16 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.sizecacheOffset, offset)); /* */ $s = 31; case 31: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = $clone(_r$16, pointer).Int32(); /* */ $s = 32; case 32: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$r = atomic.StoreInt32(_r$17, -1); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 30; continue;
			/* } else { */ case 29:
				_r$18 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.sizecacheOffset, offset)); /* */ $s = 34; case 34: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_r$19 = $clone(_r$18, pointer).Int32(); /* */ $s = 35; case 35: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				$r = atomic.StoreInt32(_r$19, ((size >> 0))); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 30:
		/* } */ case 27:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.sizePointerSlow, $c: true, $r, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _v, e, f, fptr, mi, opts, p, size, u, $s};return $f;
	};
	MessageInfo.prototype.sizePointerSlow = function(p, opts) { return this.$val.sizePointerSlow(p, opts); };
	MessageInfo.ptr.prototype.marshal = function(in$1) {
		var {_r$5, _tmp, _tmp$1, _tuple, _tuple$1, b, err, in$1, mi, ms, ok, out, p, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new structType$3.ptr(new pragma.NoUnkeyedLiterals.ptr(), sliceType.nil);
		err = $ifaceNil;
		mi = this;
		p = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
		_tuple = $assertType(in$1.Message, ptrType, true);
		ms = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			pointer.copy(p, ms.pointer());
		} else {
			pointer.copy(p, $assertType(in$1.Message, ptrType$1).pointer());
		}
		_r$5 = mi.marshalAppendPointer(in$1.Buf, $clone(p, pointer), new marshalOptions.ptr(in$1.Flags)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$1 = _r$5;
		b = _tuple$1[0];
		err = _tuple$1[1];
		_tmp = new structType$3.ptr(new pragma.NoUnkeyedLiterals.ptr(), b);
		_tmp$1 = err;
		structType$3.copy(out, _tmp);
		err = _tmp$1;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.marshal, $c: true, $r, _r$5, _tmp, _tmp$1, _tuple, _tuple$1, b, err, in$1, mi, ms, ok, out, p, $s};return $f;
	};
	MessageInfo.prototype.marshal = function(in$1) { return this.$val.marshal(in$1); };
	MessageInfo.ptr.prototype.marshalAppendPointer = function(b, p, opts) {
		var {$24r, _i, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _v, b, e, err, f, fptr, mi, opts, p, u, $s, $r, $c} = $restore(this, {b, p, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if ($clone(p, pointer).IsNil()) {
			$s = -1; return [b, $ifaceNil];
		}
		/* */ if (false && mi.coderMessageInfo.isMessageSet) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (false && mi.coderMessageInfo.isMessageSet) { */ case 2:
			_r$5 = marshalMessageSet(mi, b, $clone(p, pointer), $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		err = $ifaceNil;
		/* */ if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { */ case 6:
			_r$6 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, pointer).Extensions(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			e = _r$7;
			_r$8 = mi.appendExtensions(b, e, $clone(opts, marshalOptions)); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple = _r$8;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
		/* } */ case 7:
		_ref = mi.coderMessageInfo.orderedCoderFields;
		_i = 0;
		/* while (true) { */ case 11:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 12; continue; }
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (f.funcs.marshal === $throwNilPointerError) {
				_i++;
				/* continue; */ $s = 11; continue;
			}
			_r$9 = $clone(p, pointer).Apply($clone(f.offset, offset)); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			fptr = $clone(_r$9, pointer);
			if (!(f.isPointer)) { _v = false; $s = 16; continue s; }
			_r$10 = $clone(fptr, pointer).Elem(); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(_r$10, pointer).IsNil(); /* */ $s = 18; case 18: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_v = _r$11; case 16:
			/* */ if (_v) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (_v) { */ case 14:
				_i++;
				/* continue; */ $s = 11; continue;
			/* } */ case 15:
			_r$12 = f.funcs.marshal(b, $clone(fptr, pointer), f, $clone(opts, marshalOptions)); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_tuple$1 = _r$12;
			b = _tuple$1[0];
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			_i++;
		$s = 11; continue;
		case 12:
		/* */ if ($clone(mi.coderMessageInfo.unknownOffset, offset).IsValid() && !mi.coderMessageInfo.isMessageSet) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if ($clone(mi.coderMessageInfo.unknownOffset, offset).IsValid() && !mi.coderMessageInfo.isMessageSet) { */ case 20:
			_r$13 = mi.getUnknownBytes($clone(p, pointer)); /* */ $s = 22; case 22: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			u = _r$13;
			if (!(u === ptrType$3.nil)) {
				b = $appendSlice(b, u.$get());
			}
		/* } */ case 21:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.marshalAppendPointer, $c: true, $r, $24r, _i, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _v, b, e, err, f, fptr, mi, opts, p, u, $s};return $f;
	};
	MessageInfo.prototype.marshalAppendPointer = function(b, p, opts) { return this.$val.marshalAppendPointer(b, p, opts); };
	MessageInfo.ptr.prototype.sizeExtensions = function(ext, opts) {
		var {_entry, _i, _keys, _r$5, _r$6, _r$7, _ref, ext, mi, n, opts, x, xi, $s, $r, $c} = $restore(this, {ext, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		mi = this;
		if (ext === ptrType$36.nil) {
			n = 0;
			$s = -1; return n;
		}
		_ref = ext.$get();
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			x = $clone(_entry.v, ExtensionField);
			_r$5 = getExtensionFieldInfo($clone(x, ExtensionField).Type()); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			xi = _r$5;
			if (xi.funcs.size === $throwNilPointerError) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r$6 = x.Value(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = xi.funcs.size($clone(_r$6, protoreflect.Value), xi.tagsize, $clone(opts, marshalOptions)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			n = n + (_r$7) >> 0;
			_i++;
		$s = 1; continue;
		case 2:
		n = n;
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.sizeExtensions, $c: true, $r, _entry, _i, _keys, _r$5, _r$6, _r$7, _ref, ext, mi, n, opts, x, xi, $s};return $f;
	};
	MessageInfo.prototype.sizeExtensions = function(ext, opts) { return this.$val.sizeExtensions(ext, opts); };
	MessageInfo.ptr.prototype.appendExtensions = function(b, ext, opts) {
		var {_1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _entry, _entry$1, _entry$2, _i, _i$1, _i$2, _keys, _keys$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, b, err, err$1, ext, k, k$1, keys, mi, opts, x, x$1, xi, xi$1, $s, $r, $c} = $restore(this, {b, ext, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		if (ext === ptrType$36.nil) {
			$s = -1; return [b, $ifaceNil];
		}
			_1 = $keys(ext.$get()).length;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (0)) { */ case 2:
				$s = -1; return [b, $ifaceNil];
			/* } else if (_1 === (1)) { */ case 3:
				err = $ifaceNil;
				_ref = ext.$get();
				_i = 0;
				_keys = $keys(_ref);
				/* while (true) { */ case 6:
					/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 7; continue; }
					_entry = _ref[_keys[_i]];
					if (_entry === undefined) {
						_i++;
						/* continue; */ $s = 6; continue;
					}
					x = $clone(_entry.v, ExtensionField);
					_r$5 = getExtensionFieldInfo($clone(x, ExtensionField).Type()); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					xi = _r$5;
					_arg = b;
					_r$6 = x.Value(); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_arg$1 = $clone(_r$6, protoreflect.Value);
					_arg$2 = xi.wiretag;
					_arg$3 = $clone(opts, marshalOptions);
					_r$7 = xi.funcs.marshal(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_tuple = _r$7;
					b = _tuple[0];
					err = _tuple[1];
					_i++;
				$s = 6; continue;
				case 7:
				$s = -1; return [b, err];
			/* } else { */ case 4:
				keys = $makeSlice(sliceType$14, 0, $keys(ext.$get()).length);
				_ref$1 = ext.$get();
				_i$1 = 0;
				_keys$1 = $keys(_ref$1);
				while (true) {
					if (!(_i$1 < _keys$1.length)) { break; }
					_entry$1 = _ref$1[_keys$1[_i$1]];
					if (_entry$1 === undefined) {
						_i$1++;
						continue;
					}
					k = _entry$1.k;
					keys = $append(keys, ((k >> 0)));
					_i$1++;
				}
				$r = sort.Ints(keys); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				err$1 = $ifaceNil;
				_ref$2 = keys;
				_i$2 = 0;
				/* while (true) { */ case 12:
					/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 13; continue; }
					k$1 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
					x$1 = $clone((_entry$2 = (ext.$get())[$Int32.keyFor(((k$1 >> 0)))], _entry$2 !== undefined ? _entry$2.v : new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil)), ExtensionField);
					_r$8 = getExtensionFieldInfo($clone(x$1, ExtensionField).Type()); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					xi$1 = _r$8;
					_arg$4 = b;
					_r$9 = x$1.Value(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_arg$5 = $clone(_r$9, protoreflect.Value);
					_arg$6 = xi$1.wiretag;
					_arg$7 = $clone(opts, marshalOptions);
					_r$10 = xi$1.funcs.marshal(_arg$4, _arg$5, _arg$6, _arg$7); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_tuple$1 = _r$10;
					b = _tuple$1[0];
					err$1 = _tuple$1[1];
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						$s = -1; return [b, err$1];
					}
					_i$2++;
				$s = 12; continue;
				case 13:
				$s = -1; return [b, $ifaceNil];
			/* } */ case 5:
		case 1:
		$s = -1; return [sliceType.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.appendExtensions, $c: true, $r, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _entry, _entry$1, _entry$2, _i, _i$1, _i$2, _keys, _keys$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, b, err, err$1, ext, k, k$1, keys, mi, opts, x, x$1, xi, xi$1, $s};return $f;
	};
	MessageInfo.prototype.appendExtensions = function(b, ext, opts) { return this.$val.appendExtensions(b, ext, opts); };
	unmarshalOptions.ptr.prototype.Options = function() {
		var o;
		o = this;
		return new proto.UnmarshalOptions.ptr(new pragma.NoUnkeyedLiterals.ptr(), true, true, $clone(o, unmarshalOptions).DiscardUnknown(), o.resolver, 0);
	};
	unmarshalOptions.prototype.Options = function() { return this.$val.Options(); };
	unmarshalOptions.ptr.prototype.DiscardUnknown = function() {
		var o;
		o = this;
		return !((((o.flags & 1) >>> 0) === 0));
	};
	unmarshalOptions.prototype.DiscardUnknown = function() { return this.$val.DiscardUnknown(); };
	unmarshalOptions.ptr.prototype.IsDefault = function() {
		var o;
		o = this;
		return (o.flags === 0) && $interfaceIsEqual(o.resolver, protoregistry.GlobalTypes);
	};
	unmarshalOptions.prototype.IsDefault = function() { return this.$val.IsDefault(); };
	MessageInfo.ptr.prototype.unmarshal = function(in$1) {
		var {_r$5, _tuple, _tuple$1, err, flags$1, in$1, mi, ms, ok, out, p, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		p = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
		_tuple = $assertType(in$1.Message, ptrType, true);
		ms = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			pointer.copy(p, ms.pointer());
		} else {
			pointer.copy(p, $assertType(in$1.Message, ptrType$1).pointer());
		}
		_r$5 = mi.unmarshalPointer(in$1.Buf, $clone(p, pointer), 0, new unmarshalOptions.ptr(in$1.Flags, in$1.Resolver, in$1.Depth)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$1 = _r$5;
		out = $clone(_tuple$1[0], unmarshalOutput);
		err = _tuple$1[1];
		flags$1 = 0;
		if (out.initialized) {
			flags$1 = (flags$1 | (1)) >>> 0;
		}
		$s = -1; return [new structType$5.ptr(new pragma.NoUnkeyedLiterals.ptr(), flags$1), err];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.unmarshal, $c: true, $r, _r$5, _tuple, _tuple$1, err, flags$1, in$1, mi, ms, ok, out, p, $s};return $f;
	};
	MessageInfo.prototype.unmarshal = function(in$1) { return this.$val.unmarshal(in$1); };
	MessageInfo.ptr.prototype.unmarshalPointer = function(b, p, groupTag, opts) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, err$1, exts, f, groupTag, initialized, mi, n, n$1, n$2, num, o, o$1, opts, out, p, requiredMask, start, tag$1, u, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, p, groupTag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		opts.depth = opts.depth - (1) >> 0;
		if (opts.depth < 0) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errRecursionDepth;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		/* */ if (false && mi.coderMessageInfo.isMessageSet) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (false && mi.coderMessageInfo.isMessageSet) { */ case 2:
			_r$5 = unmarshalMessageSet(mi, b, $clone(p, pointer), $clone(opts, unmarshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple = _r$5;
			unmarshalOutput.copy(out, _tuple[0]);
			err = _tuple[1];
			$24r = [out, err];
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		initialized = true;
		requiredMask = new $Uint64(0, 0);
		exts = ptrType$36.nil;
		start = b.$length;
		/* while (true) { */ case 6:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 7; continue; }
			tag$1 = new $Uint64(0, 0);
			if ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
				tag$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
				b = $subslice(b, 1);
			} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
				tag$1 = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
				b = $subslice(b, 2);
			} else {
				n = 0;
				_tuple$1 = protowire.ConsumeVarint(b);
				tag$1 = _tuple$1[0];
				n = _tuple$1[1];
				if (n < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				b = $subslice(b, n);
			}
			num = 0;
			n$1 = $shiftRightUint64(tag$1, 3);
			if ((n$1.$high < 0 || (n$1.$high === 0 && n$1.$low < 1)) || (n$1.$high > 0 || (n$1.$high === 0 && n$1.$low > 536870911))) {
				_tmp$4 = $clone(out, unmarshalOutput);
				_tmp$5 = errDecode;
				unmarshalOutput.copy(out, _tmp$4);
				err = _tmp$5;
				$s = -1; return [out, err];
			} else {
				num = ((n$1.$low >> 0));
			}
			wtyp = ((new $Uint64(tag$1.$high & 0, (tag$1.$low & 7) >>> 0).$low << 24 >> 24));
			if (wtyp === 4) {
				if (!((num === groupTag))) {
					_tmp$6 = $clone(out, unmarshalOutput);
					_tmp$7 = errDecode;
					unmarshalOutput.copy(out, _tmp$6);
					err = _tmp$7;
					$s = -1; return [out, err];
				}
				groupTag = 0;
				/* break; */ $s = 7; continue;
			}
			f = ptrType$6.nil;
			if (((num >> 0)) < mi.coderMessageInfo.denseCoderFields.$length) {
				f = (x$2 = mi.coderMessageInfo.denseCoderFields, ((num < 0 || num >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + num]));
			} else {
				f = (_entry = mi.coderMessageInfo.coderFields[protowire.Number.keyFor(num)], _entry !== undefined ? _entry.v : ptrType$6.nil);
			}
			n$2 = 0;
			err$1 = errUnknown;
				/* */ if (!(f === ptrType$6.nil)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (!(f === ptrType$6.nil)) { */ case 9:
					if (f.funcs.unmarshal === $throwNilPointerError) {
						/* break; */ $s = 8; continue;
					}
					o = new unmarshalOutput.ptr(0, false);
					_arg = b;
					_r$6 = $clone(p, pointer).Apply($clone(f.offset, offset)); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_arg$1 = $clone(_r$6, pointer);
					_arg$2 = wtyp;
					_arg$3 = f;
					_arg$4 = $clone(opts, unmarshalOptions);
					_r$7 = f.funcs.unmarshal(_arg, _arg$1, _arg$2, _arg$3, _arg$4); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_tuple$2 = _r$7;
					unmarshalOutput.copy(o, _tuple$2[0]);
					err$1 = _tuple$2[1];
					n$2 = o.n;
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						/* break; */ $s = 8; continue;
					}
					requiredMask = (x$3 = f.validation.requiredBit, new $Uint64(requiredMask.$high | x$3.$high, (requiredMask.$low | x$3.$low) >>> 0));
					if (!(f.funcs.isInit === $throwNilPointerError) && !o.initialized) {
						initialized = false;
					}
					$s = 11; continue;
				/* } else { */ case 10:
					/* */ if (exts === ptrType$36.nil && $clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { $s = 14; continue; }
					/* */ $s = 15; continue;
					/* if (exts === ptrType$36.nil && $clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { */ case 14:
						_r$8 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
						_r$9 = $clone(_r$8, pointer).Extensions(); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						exts = _r$9;
						if (exts.$get() === false) {
							exts.$set({});
						}
					/* } */ case 15:
					if (exts === ptrType$36.nil) {
						/* break; */ $s = 8; continue;
					}
					o$1 = new unmarshalOutput.ptr(0, false);
					_r$10 = mi.unmarshalExtension(b, num, wtyp, exts.$get(), $clone(opts, unmarshalOptions)); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_tuple$3 = _r$10;
					unmarshalOutput.copy(o$1, _tuple$3[0]);
					err$1 = _tuple$3[1];
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						/* break; */ $s = 8; continue;
					}
					n$2 = o$1.n;
					if (!o$1.initialized) {
						initialized = false;
					}
				/* } */ case 11:
			case 8:
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 19:
				if (!($interfaceIsEqual(err$1, errUnknown))) {
					_tmp$8 = $clone(out, unmarshalOutput);
					_tmp$9 = err$1;
					unmarshalOutput.copy(out, _tmp$8);
					err = _tmp$9;
					$s = -1; return [out, err];
				}
				n$2 = protowire.ConsumeFieldValue(num, wtyp, b);
				if (n$2 < 0) {
					_tmp$10 = $clone(out, unmarshalOutput);
					_tmp$11 = errDecode;
					unmarshalOutput.copy(out, _tmp$10);
					err = _tmp$11;
					$s = -1; return [out, err];
				}
				/* */ if (!$clone(opts, unmarshalOptions).DiscardUnknown() && $clone(mi.coderMessageInfo.unknownOffset, offset).IsValid()) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (!$clone(opts, unmarshalOptions).DiscardUnknown() && $clone(mi.coderMessageInfo.unknownOffset, offset).IsValid()) { */ case 21:
					_r$11 = mi.mutableUnknownBytes($clone(p, pointer)); /* */ $s = 23; case 23: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					u = _r$11;
					u.$set(protowire.AppendTag(u.$get(), num, wtyp));
					u.$set($appendSlice(u.$get(), $subslice(b, 0, n$2)));
				/* } */ case 22:
			/* } */ case 20:
			b = $subslice(b, n$2);
		$s = 6; continue;
		case 7:
		if (!((groupTag === 0))) {
			_tmp$12 = $clone(out, unmarshalOutput);
			_tmp$13 = errDecode;
			unmarshalOutput.copy(out, _tmp$12);
			err = _tmp$13;
			$s = -1; return [out, err];
		}
		if (mi.coderMessageInfo.numRequiredFields > 0 && !((bits.OnesCount64(requiredMask) === ((mi.coderMessageInfo.numRequiredFields >> 0))))) {
			initialized = false;
		}
		if (initialized) {
			out.initialized = true;
		}
		out.n = start - b.$length >> 0;
		_tmp$14 = $clone(out, unmarshalOutput);
		_tmp$15 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$14);
		err = _tmp$15;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.unmarshalPointer, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, err$1, exts, f, groupTag, initialized, mi, n, n$1, n$2, num, o, o$1, opts, out, p, requiredMask, start, tag$1, u, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	MessageInfo.prototype.unmarshalPointer = function(b, p, groupTag, opts) { return this.$val.unmarshalPointer(b, p, groupTag, opts); };
	MessageInfo.ptr.prototype.unmarshalExtension = function(b, num, wtyp, exts, opts) {
		var {$24r, _1, _arg, _arg$1, _arg$2, _entry, _key, _key$1, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, err, err$1, exts, ival, mi, num, opts, out, out$1, v, valid, wtyp, x, xi, xt, $s, $r, $c} = $restore(this, {b, num, wtyp, exts, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		mi = this;
		x = $clone((_entry = exts[$Int32.keyFor(((num >> 0)))], _entry !== undefined ? _entry.v : new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil)), ExtensionField);
		xt = $clone(x, ExtensionField).Type();
		/* */ if ($interfaceIsEqual(xt, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(xt, $ifaceNil)) { */ case 1:
			err$1 = $ifaceNil;
			_r$5 = mi.Desc.FullName(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = opts.resolver.FindExtensionByNumber(_r$5, num); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			xt = _tuple[0];
			err$1 = _tuple[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
				if ($interfaceIsEqual(err$1, protoregistry.NotFound)) {
					_tmp = $clone(out, unmarshalOutput);
					_tmp$1 = errUnknown;
					unmarshalOutput.copy(out, _tmp);
					err = _tmp$1;
					$s = -1; return [out, err];
				}
				_tmp$2 = $clone(out, unmarshalOutput);
				_r$7 = mi.Desc.FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_arg = new protoreflect.FullName(_r$7);
				_arg$1 = new protowire.Number(num);
				_arg$2 = err$1;
				_r$8 = errors.New("%v: unable to resolve extension %v: %v", new sliceType$1([_arg, _arg$1, _arg$2])); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_tmp$3 = _r$8;
				unmarshalOutput.copy(out, _tmp$2);
				err = _tmp$3;
				$24r = [out, err];
				$s = 9; case 9: return $24r;
			/* } */ case 6:
		/* } */ case 2:
		_r$9 = getExtensionFieldInfo(xt); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		xi = _r$9;
		if (xi.funcs.unmarshal === $throwNilPointerError) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errUnknown;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		/* */ if (false) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (false) { */ case 11:
			/* */ if ($clone(opts, unmarshalOptions).IsDefault() && x.canLazy(xt)) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if ($clone(opts, unmarshalOptions).IsDefault() && x.canLazy(xt)) { */ case 13:
				_r$10 = skipExtension(b, xi, num, wtyp, $clone(opts, unmarshalOptions)); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_tuple$1 = _r$10;
				out$1 = $clone(_tuple$1[0], unmarshalOutput);
				valid = _tuple$1[1];
				_1 = valid;
				if (_1 === (3)) {
					if (out$1.initialized) {
						x.appendLazyBytes(xt, xi, num, wtyp, $subslice(b, 0, out$1.n));
						_key = ((num >> 0)); (exts || $throwRuntimeError("assignment to entry in nil map"))[$Int32.keyFor(_key)] = { k: _key, v: $clone(x, ExtensionField) };
						_tmp$6 = $clone(out$1, unmarshalOutput);
						_tmp$7 = $ifaceNil;
						unmarshalOutput.copy(out, _tmp$6);
						err = _tmp$7;
						$s = -1; return [out, err];
					}
				} else if (_1 === (2)) {
					_tmp$8 = $clone(out$1, unmarshalOutput);
					_tmp$9 = errDecode;
					unmarshalOutput.copy(out, _tmp$8);
					err = _tmp$9;
					$s = -1; return [out, err];
				} else if (_1 === (1)) {
				}
			/* } */ case 14:
		/* } */ case 12:
		_r$11 = x.Value(); /* */ $s = 16; case 16: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		ival = $clone(_r$11, protoreflect.Value);
		/* */ if (!$clone(ival, protoreflect.Value).IsValid() && xi.unmarshalNeedsValue) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!$clone(ival, protoreflect.Value).IsValid() && xi.unmarshalNeedsValue) { */ case 17:
			_r$12 = xt.New(); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			protoreflect.Value.copy(ival, _r$12);
		/* } */ case 18:
		_r$13 = xi.funcs.unmarshal(b, $clone(ival, protoreflect.Value), num, wtyp, $clone(opts, unmarshalOptions)); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_tuple$2 = _r$13;
		v = $clone(_tuple$2[0], protoreflect.Value);
		out = $clone(_tuple$2[1], unmarshalOutput);
		err = _tuple$2[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = err;
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [out, err];
		}
		if (xi.funcs.isInit === $throwNilPointerError) {
			out.initialized = true;
		}
		x.Set(xt, $clone(v, protoreflect.Value));
		_key$1 = ((num >> 0)); (exts || $throwRuntimeError("assignment to entry in nil map"))[$Int32.keyFor(_key$1)] = { k: _key$1, v: $clone(x, ExtensionField) };
		_tmp$12 = $clone(out, unmarshalOutput);
		_tmp$13 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$12);
		err = _tmp$13;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.unmarshalExtension, $c: true, $r, $24r, _1, _arg, _arg$1, _arg$2, _entry, _key, _key$1, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, err, err$1, exts, ival, mi, num, opts, out, out$1, v, valid, wtyp, x, xi, xt, $s};return $f;
	};
	MessageInfo.prototype.unmarshalExtension = function(b, num, wtyp, exts, opts) { return this.$val.unmarshalExtension(b, num, wtyp, exts, opts); };
	skipExtension = function(b, xi, num, wtyp, opts) {
		var {_, _1, _r$5, _r$6, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, n, num, opts, out, out$1, out$2, st, st$1, v, wtyp, xi, $s, $r, $c} = $restore(this, {b, xi, num, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		_ = 0;
		if (xi.validation.mi === ptrType$5.nil) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = 1;
			unmarshalOutput.copy(out, _tmp);
			_ = _tmp$1;
			$s = -1; return [out, _];
		}
		$r = xi.validation.mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_1 = xi.validation.typ;
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ if (_1 === (2)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (1)) { */ case 3:
				if (!((wtyp === 2))) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = 1;
					unmarshalOutput.copy(out, _tmp$2);
					_ = _tmp$3;
					$s = -1; return [out, _];
				}
				_tuple = protowire.ConsumeBytes(b);
				v = _tuple[0];
				n = _tuple[1];
				if (n < 0) {
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = 1;
					unmarshalOutput.copy(out, _tmp$4);
					_ = _tmp$5;
					$s = -1; return [out, _];
				}
				_r$5 = xi.validation.mi.validate(v, 0, $clone(opts, unmarshalOptions)); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$1 = _r$5;
				out$1 = $clone(_tuple$1[0], unmarshalOutput);
				st = _tuple$1[1];
				out$1.n = n;
				_tmp$6 = $clone(out$1, unmarshalOutput);
				_tmp$7 = st;
				unmarshalOutput.copy(out, _tmp$6);
				_ = _tmp$7;
				$s = -1; return [out, _];
			/* } else if (_1 === (2)) { */ case 4:
				if (!((wtyp === 3))) {
					_tmp$8 = $clone(out, unmarshalOutput);
					_tmp$9 = 1;
					unmarshalOutput.copy(out, _tmp$8);
					_ = _tmp$9;
					$s = -1; return [out, _];
				}
				_r$6 = xi.validation.mi.validate(b, num, $clone(opts, unmarshalOptions)); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$2 = _r$6;
				out$2 = $clone(_tuple$2[0], unmarshalOutput);
				st$1 = _tuple$2[1];
				_tmp$10 = $clone(out$2, unmarshalOutput);
				_tmp$11 = st$1;
				unmarshalOutput.copy(out, _tmp$10);
				_ = _tmp$11;
				$s = -1; return [out, _];
			/* } else { */ case 5:
				_tmp$12 = $clone(out, unmarshalOutput);
				_tmp$13 = 1;
				unmarshalOutput.copy(out, _tmp$12);
				_ = _tmp$13;
				$s = -1; return [out, _];
			/* } */ case 6:
		case 2:
		$s = -1; return [out, _];
		/* */ } return; } var $f = {$blk: skipExtension, $c: true, $r, _, _1, _r$5, _r$6, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, n, num, opts, out, out$1, out$2, st, st$1, v, wtyp, xi, $s};return $f;
	};
	newMapConverter = function(t, fd) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, fd, t, $s, $r, $c} = $restore(this, {t, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = t.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!((_r$5 === 21))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r$5 === 21))) { */ case 1:
			_arg = t;
			_r$6 = fd.FullName(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg$1 = new protoreflect.FullName(_r$6);
			_r$7 = fmt.Sprintf("invalid Go type %v for field %v", new sliceType$1([_arg, _arg$1])); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$panic(new $String(_r$7));
		/* } */ case 2:
		_r$8 = t.Key(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg$2 = _r$8;
		_r$9 = fd.MapKey(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_arg$3 = _r$9;
		_r$10 = newSingularConverter(_arg$2, _arg$3); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$11 = t.Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_arg$4 = _r$11;
		_r$12 = fd.MapValue(); /* */ $s = 10; case 10: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_arg$5 = _r$12;
		_r$13 = newSingularConverter(_arg$4, _arg$5); /* */ $s = 11; case 11: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		$24r = new mapConverter.ptr(t, _r$10, _r$13);
		$s = 12; case 12: return $24r;
		/* */ } return; } var $f = {$blk: newMapConverter, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, fd, t, $s};return $f;
	};
	mapConverter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfMap(new mapReflect.ptr($clone(v, reflect.Value), c.keyConv, c.valConv));
		/* */ } return; } var $f = {$blk: mapConverter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	mapConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	mapConverter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Map(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$49).v;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: mapConverter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, c, v, $s};return $f;
	};
	mapConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	mapConverter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, mapv, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, ptrType$49, true);
		mapv = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return false;
		}
		$s = -1; return $interfaceIsEqual($clone(mapv.v, reflect.Value).Type(), c.goType);
		/* */ } return; } var $f = {$blk: mapConverter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, mapv, ok, v, $s};return $f;
	};
	mapConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	mapConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	mapConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	mapConverter.ptr.prototype.New = function() {
		var {$24r, _r$5, _r$6, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = reflect.MakeMap(c.goType); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = c.PBValueOf($clone(_r$5, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: mapConverter.ptr.prototype.New, $c: true, $r, $24r, _r$5, _r$6, c, $s};return $f;
	};
	mapConverter.prototype.New = function() { return this.$val.New(); };
	mapConverter.ptr.prototype.Zero = function() {
		var {$24r, _r$5, _r$6, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = reflect.Zero(c.goType); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = c.PBValueOf($clone(_r$5, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: mapConverter.ptr.prototype.Zero, $c: true, $r, $24r, _r$5, _r$6, c, $s};return $f;
	};
	mapConverter.prototype.Zero = function() { return this.$val.Zero(); };
	mapReflect.ptr.prototype.Len = function() {
		var ms;
		ms = this;
		return $clone(ms.v, reflect.Value).Len();
	};
	mapReflect.prototype.Len = function() { return this.$val.Len(); };
	mapReflect.ptr.prototype.Has = function(k) {
		var {_r$5, _r$6, k, ms, rk, rv, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		_r$5 = ms.keyConv.GoValueOf($clone($clone(k, protoreflect.MapKey).Value(), protoreflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		rk = _r$5;
		_r$6 = $clone(ms.v, reflect.Value).MapIndex($clone(rk, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		rv = _r$6;
		$s = -1; return $clone(rv, reflect.Value).IsValid();
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.Has, $c: true, $r, _r$5, _r$6, k, ms, rk, rv, $s};return $f;
	};
	mapReflect.prototype.Has = function(k) { return this.$val.Has(k); };
	mapReflect.ptr.prototype.Get = function(k) {
		var {$24r, _r$5, _r$6, _r$7, k, ms, rk, rv, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		_r$5 = ms.keyConv.GoValueOf($clone($clone(k, protoreflect.MapKey).Value(), protoreflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		rk = _r$5;
		_r$6 = $clone(ms.v, reflect.Value).MapIndex($clone(rk, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		rv = _r$6;
		if (!$clone(rv, reflect.Value).IsValid()) {
			$s = -1; return new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		}
		_r$7 = ms.valConv.PBValueOf($clone(rv, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.Get, $c: true, $r, $24r, _r$5, _r$6, _r$7, k, ms, rk, rv, $s};return $f;
	};
	mapReflect.prototype.Get = function(k) { return this.$val.Get(k); };
	mapReflect.ptr.prototype.Set = function(k, v) {
		var {_r$5, _r$6, k, ms, rk, rv, v, $s, $r, $c} = $restore(this, {k, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		_r$5 = ms.keyConv.GoValueOf($clone($clone(k, protoreflect.MapKey).Value(), protoreflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		rk = _r$5;
		_r$6 = ms.valConv.GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		rv = _r$6;
		$r = $clone(ms.v, reflect.Value).SetMapIndex($clone(rk, reflect.Value), $clone(rv, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.Set, $c: true, $r, _r$5, _r$6, k, ms, rk, rv, v, $s};return $f;
	};
	mapReflect.prototype.Set = function(k, v) { return this.$val.Set(k, v); };
	mapReflect.ptr.prototype.Clear = function(k) {
		var {_r$5, k, ms, rk, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		_r$5 = ms.keyConv.GoValueOf($clone($clone(k, protoreflect.MapKey).Value(), protoreflect.Value)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		rk = _r$5;
		$r = $clone(ms.v, reflect.Value).SetMapIndex($clone(rk, reflect.Value), new reflect.Value.ptr(ptrType$7.nil, 0, 0)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.Clear, $c: true, $r, _r$5, k, ms, rk, $s};return $f;
	};
	mapReflect.prototype.Clear = function(k) { return this.$val.Clear(k); };
	mapReflect.ptr.prototype.Mutable = function(k) {
		var {_r$5, _r$6, _tuple, k, ms, ok, v, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		_tuple = $assertType(ms.valConv, ptrType$50, true);
		ok = _tuple[1];
		if (!ok) {
			$panic(new $String("invalid Mutable on map with non-message value type"));
		}
		_r$5 = ms.Get($clone(k, protoreflect.MapKey)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = $clone(_r$5, protoreflect.Value);
		/* */ if (!$clone(v, protoreflect.Value).IsValid()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!$clone(v, protoreflect.Value).IsValid()) { */ case 2:
			_r$6 = ms.NewValue(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			protoreflect.Value.copy(v, _r$6);
			$r = ms.Set($clone(k, protoreflect.MapKey), $clone(v, protoreflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.Mutable, $c: true, $r, _r$5, _r$6, _tuple, k, ms, ok, v, $s};return $f;
	};
	mapReflect.prototype.Mutable = function(k) { return this.$val.Mutable(k); };
	mapReflect.ptr.prototype.Range = function(f) {
		var {_r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, f, iter, k, ms, v, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		iter = mapRange($clone(ms.v, reflect.Value));
		/* while (true) { */ case 1:
			_r$5 = iter.Next(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* if (!(_r$5)) { break; } */ if(!(_r$5)) { $s = 2; continue; }
			_r$6 = iter.Key(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = ms.keyConv.PBValueOf($clone(_r$6, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, protoreflect.Value).MapKey(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			k = $clone(_r$8, protoreflect.MapKey);
			_r$9 = iter.Value(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = ms.valConv.PBValueOf($clone(_r$9, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			v = $clone(_r$10, protoreflect.Value);
			_r$11 = f($clone(k, protoreflect.MapKey), $clone(v, protoreflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			/* */ if (!_r$11) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!_r$11) { */ case 9:
				$s = -1; return;
			/* } */ case 10:
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.Range, $c: true, $r, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, f, iter, k, ms, v, $s};return $f;
	};
	mapReflect.prototype.Range = function(f) { return this.$val.Range(f); };
	mapReflect.ptr.prototype.NewValue = function() {
		var {$24r, _r$5, ms, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		_r$5 = ms.valConv.New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.NewValue, $c: true, $r, $24r, _r$5, ms, $s};return $f;
	};
	mapReflect.prototype.NewValue = function() { return this.$val.NewValue(); };
	mapReflect.ptr.prototype.IsValid = function() {
		var ms;
		ms = this;
		return !$clone(ms.v, reflect.Value).IsNil();
	};
	mapReflect.prototype.IsValid = function() { return this.$val.IsValid(); };
	mapReflect.ptr.prototype.protoUnwrap = function() {
		var {$24r, _r$5, ms, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ms = this;
		_r$5 = $clone(ms.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: mapReflect.ptr.prototype.protoUnwrap, $c: true, $r, $24r, _r$5, ms, $s};return $f;
	};
	mapReflect.prototype.protoUnwrap = function() { return this.$val.protoUnwrap(); };
	newListConverter = function(t, fd) {
		var {$24r, $24r$1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _v, fd, t, $s, $r, $c} = $restore(this, {t, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = t.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			if (!(_r$5 === 22)) { _v = false; $s = 5; continue s; }
			_r$6 = t.Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_v = _r$7 === 23; case 5:
			/* */ if (_v) { $s = 2; continue; }
			_r$8 = t.Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* */ if ((_r$8 === 23)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_v) { */ case 2:
				_r$9 = t.Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = _r$9.Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = newSingularConverter(_r$10, fd); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r = new listPtrConverter.ptr(t, _r$11);
				$s = 13; case 13: return $24r;
			/* } else if ((_r$8 === 23)) { */ case 3:
				_r$12 = t.Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = newSingularConverter(_r$12, fd); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$24r$1 = new listConverter.ptr(t, _r$13);
				$s = 16; case 16: return $24r$1;
			/* } */ case 4:
		case 1:
		_arg = t;
		_r$14 = fd.FullName(); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_arg$1 = new protoreflect.FullName(_r$14);
		_r$15 = fmt.Sprintf("invalid Go type %v for field %v", new sliceType$1([_arg, _arg$1])); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		$panic(new $String(_r$15));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: newListConverter, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _v, fd, t, $s};return $f;
	};
	listConverter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, _r$6, c, pv, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		pv = reflect.New(c.goType);
		_r$6 = $clone(pv, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$r = $clone(_r$6, reflect.Value).Set($clone(v, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return protoreflect.ValueOfList(new listReflect.ptr($clone(pv, reflect.Value), c.c));
		/* */ } return; } var $f = {$blk: listConverter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, _r$6, c, pv, v, $s};return $f;
	};
	listConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	listConverter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, c, rv, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		rv = $assertType(_r$5, ptrType$51).v;
		/* */ if ($clone(rv, reflect.Value).IsNil()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($clone(rv, reflect.Value).IsNil()) { */ case 2:
			_r$6 = reflect.Zero(c.goType); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$7 = $clone(rv, reflect.Value).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r$1 = _r$7;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: listConverter.ptr.prototype.GoValueOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, c, rv, v, $s};return $f;
	};
	listConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	listConverter.ptr.prototype.IsValidPB = function(v) {
		var {$24r, _r$5, _r$6, _tuple, c, list, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, ptrType$51, true);
		list = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return false;
		}
		_r$6 = $clone(list.v, reflect.Value).Type().Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = $interfaceIsEqual(_r$6, c.goType);
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: listConverter.ptr.prototype.IsValidPB, $c: true, $r, $24r, _r$5, _r$6, _tuple, c, list, ok, v, $s};return $f;
	};
	listConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	listConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	listConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	listConverter.ptr.prototype.New = function() {
		var c;
		c = this;
		return protoreflect.ValueOfList(new listReflect.ptr($clone(reflect.New(c.goType), reflect.Value), c.c));
	};
	listConverter.prototype.New = function() { return this.$val.New(); };
	listConverter.ptr.prototype.Zero = function() {
		var {$24r, _r$5, _r$6, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = reflect.Zero(reflect.PtrTo(c.goType)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protoreflect.ValueOfList(new listReflect.ptr($clone(_r$5, reflect.Value), c.c)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: listConverter.ptr.prototype.Zero, $c: true, $r, $24r, _r$5, _r$6, c, $s};return $f;
	};
	listConverter.prototype.Zero = function() { return this.$val.Zero(); };
	listPtrConverter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfList(new listReflect.ptr($clone(v, reflect.Value), c.c));
		/* */ } return; } var $f = {$blk: listPtrConverter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	listPtrConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	listPtrConverter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = $assertType(_r$5, ptrType$51).v;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: listPtrConverter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, c, v, $s};return $f;
	};
	listPtrConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	listPtrConverter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, list, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, ptrType$51, true);
		list = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return false;
		}
		$s = -1; return $interfaceIsEqual($clone(list.v, reflect.Value).Type(), c.goType);
		/* */ } return; } var $f = {$blk: listPtrConverter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, list, ok, v, $s};return $f;
	};
	listPtrConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	listPtrConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	listPtrConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	listPtrConverter.ptr.prototype.New = function() {
		var {$24r, _r$5, _r$6, _r$7, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = c.goType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.New(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = c.PBValueOf($clone(_r$6, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: listPtrConverter.ptr.prototype.New, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, $s};return $f;
	};
	listPtrConverter.prototype.New = function() { return this.$val.New(); };
	listPtrConverter.ptr.prototype.Zero = function() {
		var {$24r, _r$5, _r$6, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = reflect.Zero(c.goType); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = c.PBValueOf($clone(_r$5, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: listPtrConverter.ptr.prototype.Zero, $c: true, $r, $24r, _r$5, _r$6, c, $s};return $f;
	};
	listPtrConverter.prototype.Zero = function() { return this.$val.Zero(); };
	listReflect.ptr.prototype.Len = function() {
		var {$24r, _r$5, _r$6, ls, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		if ($clone(ls.v, reflect.Value).IsNil()) {
			$s = -1; return 0;
		}
		_r$5 = $clone(ls.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.Len, $c: true, $r, $24r, _r$5, _r$6, ls, $s};return $f;
	};
	listReflect.prototype.Len = function() { return this.$val.Len(); };
	listReflect.ptr.prototype.Get = function(i) {
		var {$24r, _r$5, _r$6, _r$7, i, ls, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		_r$5 = $clone(ls.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Index(i); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = ls.conv.PBValueOf($clone(_r$6, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.Get, $c: true, $r, $24r, _r$5, _r$6, _r$7, i, ls, $s};return $f;
	};
	listReflect.prototype.Get = function(i) { return this.$val.Get(i); };
	listReflect.ptr.prototype.Set = function(i, v) {
		var {_r$5, _r$6, _r$7, i, ls, v, $s, $r, $c} = $restore(this, {i, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		_r$5 = $clone(ls.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Index(i); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = ls.conv.GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$r = $clone(_r$6, reflect.Value).Set($clone(_r$7, reflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.Set, $c: true, $r, _r$5, _r$6, _r$7, i, ls, v, $s};return $f;
	};
	listReflect.prototype.Set = function(i, v) { return this.$val.Set(i, v); };
	listReflect.ptr.prototype.Append = function(v) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, ls, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		_r$5 = $clone(ls.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(ls.v, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg = $clone(_r$6, reflect.Value);
		_r$7 = ls.conv.GoValueOf($clone(v, protoreflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$7, reflect.Value);
		_r$8 = reflect.Append(_arg, new sliceType$13([_arg$1])); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$r = $clone(_r$5, reflect.Value).Set($clone(_r$8, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.Append, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, ls, v, $s};return $f;
	};
	listReflect.prototype.Append = function(v) { return this.$val.Append(v); };
	listReflect.ptr.prototype.AppendMutable = function() {
		var {_r$5, _tuple, ls, ok, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		_tuple = $assertType(ls.conv, ptrType$50, true);
		ok = _tuple[1];
		if (!ok) {
			$panic(new $String("invalid AppendMutable on list with non-message type"));
		}
		_r$5 = ls.NewElement(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = $clone(_r$5, protoreflect.Value);
		$r = ls.Append($clone(v, protoreflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.AppendMutable, $c: true, $r, _r$5, _tuple, ls, ok, v, $s};return $f;
	};
	listReflect.prototype.AppendMutable = function() { return this.$val.AppendMutable(); };
	listReflect.ptr.prototype.Truncate = function(i) {
		var {_r$5, _r$6, _r$7, i, ls, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		_r$5 = $clone(ls.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(ls.v, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Slice(0, i); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$r = $clone(_r$5, reflect.Value).Set($clone(_r$7, reflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.Truncate, $c: true, $r, _r$5, _r$6, _r$7, i, ls, $s};return $f;
	};
	listReflect.prototype.Truncate = function(i) { return this.$val.Truncate(i); };
	listReflect.ptr.prototype.NewElement = function() {
		var {$24r, _r$5, ls, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		_r$5 = ls.conv.New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.NewElement, $c: true, $r, $24r, _r$5, ls, $s};return $f;
	};
	listReflect.prototype.NewElement = function() { return this.$val.NewElement(); };
	listReflect.ptr.prototype.IsValid = function() {
		var ls;
		ls = this;
		return !$clone(ls.v, reflect.Value).IsNil();
	};
	listReflect.prototype.IsValid = function() { return this.$val.IsValid(); };
	listReflect.ptr.prototype.protoUnwrap = function() {
		var {$24r, _r$5, ls, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ls = this;
		_r$5 = $clone(ls.v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: listReflect.ptr.prototype.protoUnwrap, $c: true, $r, $24r, _r$5, ls, $s};return $f;
	};
	listReflect.prototype.protoUnwrap = function() { return this.$val.protoUnwrap(); };
	NewConverter = function(t, fd) {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, fd, t, $s, $r, $c} = $restore(this, {t, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.IsList(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (_r$5) { $s = 2; continue; }
			_r$6 = fd.IsMap(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (_r$6) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r$5) { */ case 2:
				_r$7 = newListConverter(t, fd); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r = _r$7;
				$s = 9; case 9: return $24r;
			/* } else if (_r$6) { */ case 3:
				_r$8 = newMapConverter(t, fd); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$1 = _r$8;
				$s = 11; case 11: return $24r$1;
			/* } else { */ case 4:
				_r$9 = newSingularConverter(t, fd); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$24r$2 = _r$9;
				$s = 13; case 13: return $24r$2;
			/* } */ case 5:
		case 1:
		_arg = t;
		_r$10 = fd.FullName(); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_arg$1 = new protoreflect.FullName(_r$10);
		_r$11 = fmt.Sprintf("invalid Go type %v for field %v", new sliceType$1([_arg, _arg$1])); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		$panic(new $String(_r$11));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: NewConverter, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, fd, t, $s};return $f;
	};
	$pkg.NewConverter = NewConverter;
	newSingularConverter = function(t, fd) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, defVal, fd, t, $s, $r, $c} = $restore(this, {t, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		defVal = (function $b(fd$1, zero) {
			var {$24r, _r$5, _r$6, fd$1, zero, $s, $r, $c} = $restore(this, {fd$1, zero});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd$1.Cardinality(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (_r$5 === 3) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (_r$5 === 3) { */ case 1:
				$s = -1; return zero;
			/* } */ case 2:
			_r$6 = fd$1.Default(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 5; case 5: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$5, _r$6, fd$1, zero, $s};return $f;
		});
			_r$5 = fd.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_1 = _r$5;
			/* */ if (_1 === (8)) { $s = 3; continue; }
			/* */ if ((_1 === (5)) || (_1 === (17)) || (_1 === (15))) { $s = 4; continue; }
			/* */ if ((_1 === (3)) || (_1 === (18)) || (_1 === (16))) { $s = 5; continue; }
			/* */ if ((_1 === (13)) || (_1 === (7))) { $s = 6; continue; }
			/* */ if ((_1 === (4)) || (_1 === (6))) { $s = 7; continue; }
			/* */ if (_1 === (2)) { $s = 8; continue; }
			/* */ if (_1 === (1)) { $s = 9; continue; }
			/* */ if (_1 === (9)) { $s = 10; continue; }
			/* */ if (_1 === (12)) { $s = 11; continue; }
			/* */ if (_1 === (14)) { $s = 12; continue; }
			/* */ if ((_1 === (11)) || (_1 === (10))) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (_1 === (8)) { */ case 3:
				_r$6 = t.Kind(); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				/* */ if (_r$6 === 1) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (_r$6 === 1) { */ case 15:
					_r$7 = defVal(fd, $clone(boolZero, protoreflect.Value)); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$24r = new boolConverter.ptr(t, $clone(_r$7, protoreflect.Value));
					$s = 19; case 19: return $24r;
				/* } */ case 16:
				$s = 14; continue;
			/* } else if ((_1 === (5)) || (_1 === (17)) || (_1 === (15))) { */ case 4:
				_r$8 = t.Kind(); /* */ $s = 22; case 22: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				/* */ if (_r$8 === 5) { $s = 20; continue; }
				/* */ $s = 21; continue;
				/* if (_r$8 === 5) { */ case 20:
					_r$9 = defVal(fd, $clone(int32Zero, protoreflect.Value)); /* */ $s = 23; case 23: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					$24r$1 = new int32Converter.ptr(t, $clone(_r$9, protoreflect.Value));
					$s = 24; case 24: return $24r$1;
				/* } */ case 21:
				$s = 14; continue;
			/* } else if ((_1 === (3)) || (_1 === (18)) || (_1 === (16))) { */ case 5:
				_r$10 = t.Kind(); /* */ $s = 27; case 27: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				/* */ if (_r$10 === 6) { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (_r$10 === 6) { */ case 25:
					_r$11 = defVal(fd, $clone(int64Zero, protoreflect.Value)); /* */ $s = 28; case 28: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					$24r$2 = new int64Converter.ptr(t, $clone(_r$11, protoreflect.Value));
					$s = 29; case 29: return $24r$2;
				/* } */ case 26:
				$s = 14; continue;
			/* } else if ((_1 === (13)) || (_1 === (7))) { */ case 6:
				_r$12 = t.Kind(); /* */ $s = 32; case 32: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				/* */ if (_r$12 === 10) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if (_r$12 === 10) { */ case 30:
					_r$13 = defVal(fd, $clone(uint32Zero, protoreflect.Value)); /* */ $s = 33; case 33: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					$24r$3 = new uint32Converter.ptr(t, $clone(_r$13, protoreflect.Value));
					$s = 34; case 34: return $24r$3;
				/* } */ case 31:
				$s = 14; continue;
			/* } else if ((_1 === (4)) || (_1 === (6))) { */ case 7:
				_r$14 = t.Kind(); /* */ $s = 37; case 37: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				/* */ if (_r$14 === 11) { $s = 35; continue; }
				/* */ $s = 36; continue;
				/* if (_r$14 === 11) { */ case 35:
					_r$15 = defVal(fd, $clone(uint64Zero, protoreflect.Value)); /* */ $s = 38; case 38: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					$24r$4 = new uint64Converter.ptr(t, $clone(_r$15, protoreflect.Value));
					$s = 39; case 39: return $24r$4;
				/* } */ case 36:
				$s = 14; continue;
			/* } else if (_1 === (2)) { */ case 8:
				_r$16 = t.Kind(); /* */ $s = 42; case 42: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				/* */ if (_r$16 === 13) { $s = 40; continue; }
				/* */ $s = 41; continue;
				/* if (_r$16 === 13) { */ case 40:
					_r$17 = defVal(fd, $clone(float32Zero, protoreflect.Value)); /* */ $s = 43; case 43: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					$24r$5 = new float32Converter.ptr(t, $clone(_r$17, protoreflect.Value));
					$s = 44; case 44: return $24r$5;
				/* } */ case 41:
				$s = 14; continue;
			/* } else if (_1 === (1)) { */ case 9:
				_r$18 = t.Kind(); /* */ $s = 47; case 47: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				/* */ if (_r$18 === 14) { $s = 45; continue; }
				/* */ $s = 46; continue;
				/* if (_r$18 === 14) { */ case 45:
					_r$19 = defVal(fd, $clone(float64Zero, protoreflect.Value)); /* */ $s = 48; case 48: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					$24r$6 = new float64Converter.ptr(t, $clone(_r$19, protoreflect.Value));
					$s = 49; case 49: return $24r$6;
				/* } */ case 46:
				$s = 14; continue;
			/* } else if (_1 === (9)) { */ case 10:
				_r$20 = t.Kind(); /* */ $s = 53; case 53: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				if (_r$20 === 24) { _v = true; $s = 52; continue s; }
				_r$21 = t.Kind(); /* */ $s = 55; case 55: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				if (!(_r$21 === 23)) { _v$1 = false; $s = 54; continue s; }
				_r$22 = t.Elem(); /* */ $s = 56; case 56: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_v$1 = $interfaceIsEqual(_r$22, byteType); case 54:
				_v = _v$1; case 52:
				/* */ if (_v) { $s = 50; continue; }
				/* */ $s = 51; continue;
				/* if (_v) { */ case 50:
					_r$23 = defVal(fd, $clone(stringZero, protoreflect.Value)); /* */ $s = 57; case 57: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					$24r$7 = new stringConverter.ptr(t, $clone(_r$23, protoreflect.Value));
					$s = 58; case 58: return $24r$7;
				/* } */ case 51:
				$s = 14; continue;
			/* } else if (_1 === (12)) { */ case 11:
				_r$24 = t.Kind(); /* */ $s = 62; case 62: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				if (_r$24 === 24) { _v$2 = true; $s = 61; continue s; }
				_r$25 = t.Kind(); /* */ $s = 64; case 64: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				if (!(_r$25 === 23)) { _v$3 = false; $s = 63; continue s; }
				_r$26 = t.Elem(); /* */ $s = 65; case 65: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_v$3 = $interfaceIsEqual(_r$26, byteType); case 63:
				_v$2 = _v$3; case 61:
				/* */ if (_v$2) { $s = 59; continue; }
				/* */ $s = 60; continue;
				/* if (_v$2) { */ case 59:
					_r$27 = defVal(fd, $clone(bytesZero, protoreflect.Value)); /* */ $s = 66; case 66: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					$24r$8 = new bytesConverter.ptr(t, $clone(_r$27, protoreflect.Value));
					$s = 67; case 67: return $24r$8;
				/* } */ case 60:
				$s = 14; continue;
			/* } else if (_1 === (14)) { */ case 12:
				_r$28 = t.Kind(); /* */ $s = 70; case 70: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
				/* */ if (_r$28 === 5) { $s = 68; continue; }
				/* */ $s = 69; continue;
				/* if (_r$28 === 5) { */ case 68:
					_r$29 = newEnumConverter(t, fd); /* */ $s = 71; case 71: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
					$24r$9 = _r$29;
					$s = 72; case 72: return $24r$9;
				/* } */ case 69:
				$s = 14; continue;
			/* } else if ((_1 === (11)) || (_1 === (10))) { */ case 13:
				$s = -1; return newMessageConverter(t);
			/* } */ case 14:
		case 1:
		_arg = t;
		_r$30 = fd.FullName(); /* */ $s = 73; case 73: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
		_arg$1 = new protoreflect.FullName(_r$30);
		_r$31 = fmt.Sprintf("invalid Go type %v for field %v", new sliceType$1([_arg, _arg$1])); /* */ $s = 74; case 74: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
		$panic(new $String(_r$31));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: newSingularConverter, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, defVal, fd, t, $s};return $f;
	};
	boolConverter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfBool($clone(v, reflect.Value).Bool());
		/* */ } return; } var $f = {$blk: boolConverter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	boolConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	boolConverter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(new $Bool(_r$5)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: boolConverter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	boolConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	boolConverter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $Bool, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: boolConverter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	boolConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	boolConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	boolConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	boolConverter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	boolConverter.prototype.New = function() { return this.$val.New(); };
	boolConverter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	boolConverter.prototype.Zero = function() { return this.$val.Zero(); };
	int32Converter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, x, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfInt32((((x = $clone(v, reflect.Value).Int(), x.$low + ((x.$high >> 31) * 4294967296)) >> 0)));
		/* */ } return; } var $f = {$blk: int32Converter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, x, $s};return $f;
	};
	int32Converter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	int32Converter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, x, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(new $Int32((((x = _r$5, x.$low + ((x.$high >> 31) * 4294967296)) >> 0)))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: int32Converter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, x, $s};return $f;
	};
	int32Converter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	int32Converter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $Int32, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: int32Converter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	int32Converter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	int32Converter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	int32Converter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	int32Converter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	int32Converter.prototype.New = function() { return this.$val.New(); };
	int32Converter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	int32Converter.prototype.Zero = function() { return this.$val.Zero(); };
	int64Converter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfInt64(($clone(v, reflect.Value).Int()));
		/* */ } return; } var $f = {$blk: int64Converter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	int64Converter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	int64Converter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf((_r$5)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: int64Converter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	int64Converter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	int64Converter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $Int64, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: int64Converter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	int64Converter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	int64Converter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	int64Converter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	int64Converter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	int64Converter.prototype.New = function() { return this.$val.New(); };
	int64Converter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	int64Converter.prototype.Zero = function() { return this.$val.Zero(); };
	uint32Converter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfUint32((($clone(v, reflect.Value).Uint().$low >>> 0)));
		/* */ } return; } var $f = {$blk: uint32Converter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	uint32Converter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	uint32Converter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(new $Uint32(((_r$5.$low >>> 0)))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: uint32Converter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	uint32Converter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	uint32Converter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $Uint32, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: uint32Converter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	uint32Converter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	uint32Converter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	uint32Converter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	uint32Converter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	uint32Converter.prototype.New = function() { return this.$val.New(); };
	uint32Converter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	uint32Converter.prototype.Zero = function() { return this.$val.Zero(); };
	uint64Converter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfUint64(($clone(v, reflect.Value).Uint()));
		/* */ } return; } var $f = {$blk: uint64Converter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	uint64Converter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	uint64Converter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf((_r$5)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: uint64Converter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	uint64Converter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	uint64Converter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $Uint64, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: uint64Converter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	uint64Converter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	uint64Converter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	uint64Converter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	uint64Converter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	uint64Converter.prototype.New = function() { return this.$val.New(); };
	uint64Converter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	uint64Converter.prototype.Zero = function() { return this.$val.Zero(); };
	float32Converter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfFloat32(($fround($clone(v, reflect.Value).Float())));
		/* */ } return; } var $f = {$blk: float32Converter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	float32Converter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	float32Converter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Float(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(new $Float32(($fround(_r$5)))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: float32Converter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	float32Converter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	float32Converter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $Float32, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: float32Converter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	float32Converter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	float32Converter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	float32Converter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	float32Converter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	float32Converter.prototype.New = function() { return this.$val.New(); };
	float32Converter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	float32Converter.prototype.Zero = function() { return this.$val.Zero(); };
	float64Converter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfFloat64(($clone(v, reflect.Value).Float()));
		/* */ } return; } var $f = {$blk: float64Converter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, $s};return $f;
	};
	float64Converter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	float64Converter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Float(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(new $Float64((_r$5))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: float64Converter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	float64Converter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	float64Converter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $Float64, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: float64Converter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	float64Converter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	float64Converter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	float64Converter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	float64Converter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	float64Converter.prototype.New = function() { return this.$val.New(); };
	float64Converter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	float64Converter.prototype.Zero = function() { return this.$val.Zero(); };
	stringConverter.ptr.prototype.PBValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		_r$6 = $clone(v, reflect.Value).Convert(stringType); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).String(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = protoreflect.ValueOfString(_r$7); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: stringConverter.ptr.prototype.PBValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, c, v, $s};return $f;
	};
	stringConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	stringConverter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _r$9, c, s, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = $assertType(_r$5, $String);
		_r$6 = c.goType.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if ((_r$6 === 23) && s === "") { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ((_r$6 === 23) && s === "") { */ case 2:
			_r$7 = reflect.Zero(c.goType); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$8 = reflect.ValueOf(new $String(s)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = $clone(_r$8, reflect.Value).Convert(c.goType); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		$24r$1 = _r$9;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } var $f = {$blk: stringConverter.ptr.prototype.GoValueOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, _r$9, c, s, v, $s};return $f;
	};
	stringConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	stringConverter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, $String, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: stringConverter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	stringConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	stringConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	stringConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	stringConverter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	stringConverter.prototype.New = function() { return this.$val.New(); };
	stringConverter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	stringConverter.prototype.Zero = function() { return this.$val.Zero(); };
	bytesConverter.ptr.prototype.PBValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, _r$9, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		_r$6 = c.goType.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if ((_r$6 === 24) && ($clone(v, reflect.Value).Len() === 0)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ((_r$6 === 24) && ($clone(v, reflect.Value).Len() === 0)) { */ case 4:
			$s = -1; return protoreflect.ValueOfBytes(sliceType.nil);
		/* } */ case 5:
		_r$7 = $clone(v, reflect.Value).Convert(bytesType); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = $clone(_r$7, reflect.Value).Bytes(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = protoreflect.ValueOfBytes(_r$8); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		$24r = _r$9;
		$s = 10; case 10: return $24r;
		/* */ } return; } var $f = {$blk: bytesConverter.ptr.prototype.PBValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, _r$9, c, v, $s};return $f;
	};
	bytesConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	bytesConverter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: bytesConverter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	bytesConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	bytesConverter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, sliceType, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: bytesConverter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	bytesConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	bytesConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	bytesConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	bytesConverter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	bytesConverter.prototype.New = function() { return this.$val.New(); };
	bytesConverter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	bytesConverter.prototype.Zero = function() { return this.$val.Zero(); };
	newEnumConverter = function(goType, fd) {
		var {_r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, def, fd, goType, $s, $r, $c} = $restore(this, {goType, fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		def = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		_r$5 = fd.Cardinality(); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5 === 3) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$5 === 3) { */ case 1:
			_r$6 = fd.Enum(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.Values(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Get(0); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Number(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protoreflect.ValueOfEnum(_r$9); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			protoreflect.Value.copy(def, _r$10);
			$s = 3; continue;
		/* } else { */ case 2:
			_r$11 = fd.Default(); /* */ $s = 10; case 10: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			protoreflect.Value.copy(def, _r$11);
		/* } */ case 3:
		$s = -1; return new enumConverter.ptr(goType, $clone(def, protoreflect.Value));
		/* */ } return; } var $f = {$blk: newEnumConverter, $c: true, $r, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, def, fd, goType, $s};return $f;
	};
	enumConverter.ptr.prototype.PBValueOf = function(v) {
		var {_r$5, c, v, x, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		$s = -1; return protoreflect.ValueOfEnum((((x = $clone(v, reflect.Value).Int(), x.$low + ((x.$high >> 31) * 4294967296)) >> 0)));
		/* */ } return; } var $f = {$blk: enumConverter.ptr.prototype.PBValueOf, $c: true, $r, _r$5, c, v, x, $s};return $f;
	};
	enumConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	enumConverter.ptr.prototype.GoValueOf = function(v) {
		var {$24r, _r$5, _r$6, _r$7, c, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.ValueOf(new protoreflect.EnumNumber(_r$5)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Convert(c.goType); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: enumConverter.ptr.prototype.GoValueOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, c, v, $s};return $f;
	};
	enumConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	enumConverter.ptr.prototype.IsValidPB = function(v) {
		var {_r$5, _tuple, c, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, protoreflect.EnumNumber, true);
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: enumConverter.ptr.prototype.IsValidPB, $c: true, $r, _r$5, _tuple, c, ok, v, $s};return $f;
	};
	enumConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	enumConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	enumConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	enumConverter.ptr.prototype.New = function() {
		var c;
		c = this;
		return c.def;
	};
	enumConverter.prototype.New = function() { return this.$val.New(); };
	enumConverter.ptr.prototype.Zero = function() {
		var c;
		c = this;
		return c.def;
	};
	enumConverter.prototype.Zero = function() { return this.$val.Zero(); };
	newMessageConverter = function(goType) {
		var goType;
		return new messageConverter.ptr(goType);
	};
	messageConverter.ptr.prototype.PBValueOf = function(v) {
		var {$24r, $24r$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, m, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType))) { */ case 1:
			_r$5 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(v, reflect.Value).Type(), c.goType])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 2:
		_r$6 = c.isNonPointer(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (_r$6) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_r$6) { */ case 4:
			/* */ if ($clone(v, reflect.Value).CanAddr()) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ($clone(v, reflect.Value).CanAddr()) { */ case 7:
				v = $clone(v, reflect.Value).Addr();
				$s = 9; continue;
			/* } else { */ case 8:
				_r$7 = reflect.Zero(reflect.PtrTo($clone(v, reflect.Value).Type())); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				v = _r$7;
			/* } */ case 9:
		/* } */ case 5:
		_r$8 = $clone(v, reflect.Value).Interface(); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$8, protoreflect.ProtoMessage, true);
		m = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (ok) { */ case 12:
			_r$9 = m.ProtoReflect(); /* */ $s = 14; case 14: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protoreflect.ValueOfMessage(_r$9); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r = _r$10;
			$s = 16; case 16: return $24r;
		/* } */ case 13:
		_r$11 = legacyWrapMessage($clone(v, reflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$12 = protoreflect.ValueOfMessage(_r$11); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		$24r$1 = _r$12;
		$s = 19; case 19: return $24r$1;
		/* */ } return; } var $f = {$blk: messageConverter.ptr.prototype.PBValueOf, $c: true, $r, $24r, $24r$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, m, ok, v, $s};return $f;
	};
	messageConverter.prototype.PBValueOf = function(v) { return this.$val.PBValueOf(v); };
	messageConverter.ptr.prototype.GoValueOf = function(v) {
		var {_r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, m, ok, rv, u, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		m = _r$5;
		rv = new reflect.Value.ptr(ptrType$7.nil, 0, 0);
		_tuple = $assertType(m, unwrapper, true);
		u = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$6 = u.protoUnwrap(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = reflect.ValueOf(_r$6); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			rv = _r$7;
			$s = 4; continue;
		/* } else { */ case 3:
			_r$8 = m.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = reflect.ValueOf(_r$8); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			rv = _r$9;
		/* } */ case 4:
		_r$10 = c.isNonPointer(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		/* */ if (_r$10) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (_r$10) { */ case 9:
			/* */ if (!($interfaceIsEqual($clone(rv, reflect.Value).Type(), reflect.PtrTo(c.goType)))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!($interfaceIsEqual($clone(rv, reflect.Value).Type(), reflect.PtrTo(c.goType)))) { */ case 12:
				_r$11 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(rv, reflect.Value).Type(), reflect.PtrTo(c.goType)])); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$panic(new $String(_r$11));
			/* } */ case 13:
			/* */ if (!$clone(rv, reflect.Value).IsNil()) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!$clone(rv, reflect.Value).IsNil()) { */ case 15:
				_r$12 = $clone(rv, reflect.Value).Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				rv = _r$12;
				$s = 17; continue;
			/* } else { */ case 16:
				_r$13 = $clone(rv, reflect.Value).Type().Elem(); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = reflect.Zero(_r$13); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				rv = _r$14;
			/* } */ case 17:
		/* } */ case 10:
		/* */ if (!($interfaceIsEqual($clone(rv, reflect.Value).Type(), c.goType))) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!($interfaceIsEqual($clone(rv, reflect.Value).Type(), c.goType))) { */ case 21:
			_r$15 = fmt.Sprintf("invalid type: got %v, want %v", new sliceType$1([$clone(rv, reflect.Value).Type(), c.goType])); /* */ $s = 23; case 23: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			$panic(new $String(_r$15));
		/* } */ case 22:
		$s = -1; return rv;
		/* */ } return; } var $f = {$blk: messageConverter.ptr.prototype.GoValueOf, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, m, ok, rv, u, v, $s};return $f;
	};
	messageConverter.prototype.GoValueOf = function(v) { return this.$val.GoValueOf(v); };
	messageConverter.ptr.prototype.IsValidPB = function(v) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, m, ok, rv, u, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		m = _r$5;
		rv = new reflect.Value.ptr(ptrType$7.nil, 0, 0);
		_tuple = $assertType(m, unwrapper, true);
		u = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$6 = u.protoUnwrap(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = reflect.ValueOf(_r$6); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			rv = _r$7;
			$s = 4; continue;
		/* } else { */ case 3:
			_r$8 = m.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = reflect.ValueOf(_r$8); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			rv = _r$9;
		/* } */ case 4:
		_r$10 = c.isNonPointer(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		/* */ if (_r$10) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (_r$10) { */ case 9:
			$s = -1; return $interfaceIsEqual($clone(rv, reflect.Value).Type(), reflect.PtrTo(c.goType));
		/* } */ case 10:
		$s = -1; return $interfaceIsEqual($clone(rv, reflect.Value).Type(), c.goType);
		/* */ } return; } var $f = {$blk: messageConverter.ptr.prototype.IsValidPB, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, m, ok, rv, u, v, $s};return $f;
	};
	messageConverter.prototype.IsValidPB = function(v) { return this.$val.IsValidPB(v); };
	messageConverter.ptr.prototype.IsValidGo = function(v) {
		var c, v;
		c = this;
		return $clone(v, reflect.Value).IsValid() && $interfaceIsEqual($clone(v, reflect.Value).Type(), c.goType);
	};
	messageConverter.prototype.IsValidGo = function(v) { return this.$val.IsValidGo(v); };
	messageConverter.ptr.prototype.New = function() {
		var {$24r, $24r$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = c.isNonPointer(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$5) { */ case 1:
			_r$6 = $clone(reflect.New(c.goType), reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = c.PBValueOf($clone(_r$6, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		_r$8 = c.goType.Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = reflect.New(_r$8); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = c.PBValueOf($clone(_r$9, reflect.Value)); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		$24r$1 = _r$10;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } var $f = {$blk: messageConverter.ptr.prototype.New, $c: true, $r, $24r, $24r$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, c, $s};return $f;
	};
	messageConverter.prototype.New = function() { return this.$val.New(); };
	messageConverter.ptr.prototype.Zero = function() {
		var {$24r, _r$5, _r$6, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = reflect.Zero(c.goType); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = c.PBValueOf($clone(_r$5, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: messageConverter.ptr.prototype.Zero, $c: true, $r, $24r, _r$5, _r$6, c, $s};return $f;
	};
	messageConverter.prototype.Zero = function() { return this.$val.Zero(); };
	messageConverter.ptr.prototype.isNonPointer = function() {
		var {$24r, _r$5, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$5 = c.goType.Kind(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = !((_r$5 === 22));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: messageConverter.ptr.prototype.isNonPointer, $c: true, $r, $24r, _r$5, c, $s};return $f;
	};
	messageConverter.prototype.isNonPointer = function() { return this.$val.isNonPointer(); };
	fieldCoder = function(fd, ft) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _1, _2, _3, _4, _5, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$100, _r$101, _r$102, _r$103, _r$104, _r$105, _r$106, _r$107, _r$108, _r$109, _r$11, _r$110, _r$111, _r$112, _r$113, _r$114, _r$115, _r$116, _r$117, _r$118, _r$119, _r$12, _r$120, _r$121, _r$122, _r$123, _r$124, _r$125, _r$126, _r$127, _r$128, _r$129, _r$13, _r$130, _r$131, _r$132, _r$133, _r$134, _r$135, _r$136, _r$137, _r$138, _r$139, _r$14, _r$140, _r$141, _r$142, _r$143, _r$144, _r$145, _r$146, _r$147, _r$148, _r$149, _r$15, _r$150, _r$151, _r$152, _r$153, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$52, _r$53, _r$54, _r$55, _r$56, _r$57, _r$58, _r$59, _r$6, _r$60, _r$61, _r$62, _r$63, _r$64, _r$65, _r$66, _r$67, _r$68, _r$69, _r$7, _r$70, _r$71, _r$72, _r$73, _r$74, _r$75, _r$76, _r$77, _r$78, _r$79, _r$8, _r$80, _r$81, _r$82, _r$83, _r$84, _r$85, _r$86, _r$87, _r$88, _r$89, _r$9, _r$90, _r$91, _r$92, _r$93, _r$94, _r$95, _r$96, _r$97, _r$98, _r$99, _v, _v$1, _v$10, _v$11, _v$12, _v$13, _v$14, _v$15, _v$16, _v$17, _v$18, _v$2, _v$3, _v$4, _v$5, _v$6, _v$7, _v$8, _v$9, fd, ft, ft$1, ft$2, ft$3, $s, $r, $c} = $restore(this, {fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.IsMap(); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (_r$5) { $s = 2; continue; }
			_r$6 = fd.Cardinality(); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			if (!(_r$6 === 3)) { _v = false; $s = 12; continue s; }
			_r$7 = fd.IsPacked(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_v = !_r$7; case 12:
			/* */ if (_v) { $s = 3; continue; }
			_r$8 = fd.Cardinality(); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			if (!(_r$8 === 3)) { _v$1 = false; $s = 15; continue s; }
			_r$9 = fd.IsPacked(); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_v$1 = _r$9; case 15:
			/* */ if (_v$1) { $s = 4; continue; }
			_r$10 = fd.Kind(); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			/* */ if ((_r$10 === 11)) { $s = 5; continue; }
			_r$11 = fd.Kind(); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			/* */ if ((_r$11 === 10)) { $s = 6; continue; }
			_r$12 = fd.Syntax(); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			if (!(_r$12 === 3)) { _v$2 = false; $s = 20; continue s; }
			_r$13 = fd.ContainingOneof(); /* */ $s = 22; case 22: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_v$2 = $interfaceIsEqual(_r$13, $ifaceNil); case 20:
			/* */ if (_v$2) { $s = 7; continue; }
			_r$14 = ft.Kind(); /* */ $s = 23; case 23: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			/* */ if ((_r$14 === 22)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_r$5) { */ case 2:
				_r$15 = encoderFuncsForMap(fd, ft); /* */ $s = 24; case 24: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r = _r$15;
				$s = 25; case 25: return $24r;
			/* } else if (_v) { */ case 3:
				_r$16 = ft.Kind(); /* */ $s = 28; case 28: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				/* */ if (!((_r$16 === 23))) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (!((_r$16 === 23))) { */ case 26:
					/* break; */ $s = 1; continue;
				/* } */ case 27:
				_r$17 = ft.Elem(); /* */ $s = 29; case 29: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				ft$1 = _r$17;
					_r$18 = fd.Kind(); /* */ $s = 31; case 31: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					_1 = _r$18;
					/* */ if (_1 === (8)) { $s = 32; continue; }
					/* */ if (_1 === (14)) { $s = 33; continue; }
					/* */ if (_1 === (5)) { $s = 34; continue; }
					/* */ if (_1 === (17)) { $s = 35; continue; }
					/* */ if (_1 === (13)) { $s = 36; continue; }
					/* */ if (_1 === (3)) { $s = 37; continue; }
					/* */ if (_1 === (18)) { $s = 38; continue; }
					/* */ if (_1 === (4)) { $s = 39; continue; }
					/* */ if (_1 === (15)) { $s = 40; continue; }
					/* */ if (_1 === (7)) { $s = 41; continue; }
					/* */ if (_1 === (2)) { $s = 42; continue; }
					/* */ if (_1 === (16)) { $s = 43; continue; }
					/* */ if (_1 === (6)) { $s = 44; continue; }
					/* */ if (_1 === (1)) { $s = 45; continue; }
					/* */ if (_1 === (9)) { $s = 46; continue; }
					/* */ if (_1 === (12)) { $s = 47; continue; }
					/* */ if (_1 === (11)) { $s = 48; continue; }
					/* */ if (_1 === (10)) { $s = 49; continue; }
					/* */ $s = 50; continue;
					/* if (_1 === (8)) { */ case 32:
						_r$19 = ft$1.Kind(); /* */ $s = 53; case 53: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
						/* */ if (_r$19 === 1) { $s = 51; continue; }
						/* */ $s = 52; continue;
						/* if (_r$19 === 1) { */ case 51:
							$s = -1; return [ptrType$5.nil, coderBoolSlice];
						/* } */ case 52:
						$s = 50; continue;
					/* } else if (_1 === (14)) { */ case 33:
						_r$20 = ft$1.Kind(); /* */ $s = 56; case 56: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
						/* */ if (_r$20 === 5) { $s = 54; continue; }
						/* */ $s = 55; continue;
						/* if (_r$20 === 5) { */ case 54:
							$s = -1; return [ptrType$5.nil, coderEnumSlice];
						/* } */ case 55:
						$s = 50; continue;
					/* } else if (_1 === (5)) { */ case 34:
						_r$21 = ft$1.Kind(); /* */ $s = 59; case 59: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						/* */ if (_r$21 === 5) { $s = 57; continue; }
						/* */ $s = 58; continue;
						/* if (_r$21 === 5) { */ case 57:
							$s = -1; return [ptrType$5.nil, coderInt32Slice];
						/* } */ case 58:
						$s = 50; continue;
					/* } else if (_1 === (17)) { */ case 35:
						_r$22 = ft$1.Kind(); /* */ $s = 62; case 62: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
						/* */ if (_r$22 === 5) { $s = 60; continue; }
						/* */ $s = 61; continue;
						/* if (_r$22 === 5) { */ case 60:
							$s = -1; return [ptrType$5.nil, coderSint32Slice];
						/* } */ case 61:
						$s = 50; continue;
					/* } else if (_1 === (13)) { */ case 36:
						_r$23 = ft$1.Kind(); /* */ $s = 65; case 65: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
						/* */ if (_r$23 === 10) { $s = 63; continue; }
						/* */ $s = 64; continue;
						/* if (_r$23 === 10) { */ case 63:
							$s = -1; return [ptrType$5.nil, coderUint32Slice];
						/* } */ case 64:
						$s = 50; continue;
					/* } else if (_1 === (3)) { */ case 37:
						_r$24 = ft$1.Kind(); /* */ $s = 68; case 68: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
						/* */ if (_r$24 === 6) { $s = 66; continue; }
						/* */ $s = 67; continue;
						/* if (_r$24 === 6) { */ case 66:
							$s = -1; return [ptrType$5.nil, coderInt64Slice];
						/* } */ case 67:
						$s = 50; continue;
					/* } else if (_1 === (18)) { */ case 38:
						_r$25 = ft$1.Kind(); /* */ $s = 71; case 71: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
						/* */ if (_r$25 === 6) { $s = 69; continue; }
						/* */ $s = 70; continue;
						/* if (_r$25 === 6) { */ case 69:
							$s = -1; return [ptrType$5.nil, coderSint64Slice];
						/* } */ case 70:
						$s = 50; continue;
					/* } else if (_1 === (4)) { */ case 39:
						_r$26 = ft$1.Kind(); /* */ $s = 74; case 74: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
						/* */ if (_r$26 === 11) { $s = 72; continue; }
						/* */ $s = 73; continue;
						/* if (_r$26 === 11) { */ case 72:
							$s = -1; return [ptrType$5.nil, coderUint64Slice];
						/* } */ case 73:
						$s = 50; continue;
					/* } else if (_1 === (15)) { */ case 40:
						_r$27 = ft$1.Kind(); /* */ $s = 77; case 77: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
						/* */ if (_r$27 === 5) { $s = 75; continue; }
						/* */ $s = 76; continue;
						/* if (_r$27 === 5) { */ case 75:
							$s = -1; return [ptrType$5.nil, coderSfixed32Slice];
						/* } */ case 76:
						$s = 50; continue;
					/* } else if (_1 === (7)) { */ case 41:
						_r$28 = ft$1.Kind(); /* */ $s = 80; case 80: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
						/* */ if (_r$28 === 10) { $s = 78; continue; }
						/* */ $s = 79; continue;
						/* if (_r$28 === 10) { */ case 78:
							$s = -1; return [ptrType$5.nil, coderFixed32Slice];
						/* } */ case 79:
						$s = 50; continue;
					/* } else if (_1 === (2)) { */ case 42:
						_r$29 = ft$1.Kind(); /* */ $s = 83; case 83: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
						/* */ if (_r$29 === 13) { $s = 81; continue; }
						/* */ $s = 82; continue;
						/* if (_r$29 === 13) { */ case 81:
							$s = -1; return [ptrType$5.nil, coderFloatSlice];
						/* } */ case 82:
						$s = 50; continue;
					/* } else if (_1 === (16)) { */ case 43:
						_r$30 = ft$1.Kind(); /* */ $s = 86; case 86: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
						/* */ if (_r$30 === 6) { $s = 84; continue; }
						/* */ $s = 85; continue;
						/* if (_r$30 === 6) { */ case 84:
							$s = -1; return [ptrType$5.nil, coderSfixed64Slice];
						/* } */ case 85:
						$s = 50; continue;
					/* } else if (_1 === (6)) { */ case 44:
						_r$31 = ft$1.Kind(); /* */ $s = 89; case 89: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
						/* */ if (_r$31 === 11) { $s = 87; continue; }
						/* */ $s = 88; continue;
						/* if (_r$31 === 11) { */ case 87:
							$s = -1; return [ptrType$5.nil, coderFixed64Slice];
						/* } */ case 88:
						$s = 50; continue;
					/* } else if (_1 === (1)) { */ case 45:
						_r$32 = ft$1.Kind(); /* */ $s = 92; case 92: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
						/* */ if (_r$32 === 14) { $s = 90; continue; }
						/* */ $s = 91; continue;
						/* if (_r$32 === 14) { */ case 90:
							$s = -1; return [ptrType$5.nil, coderDoubleSlice];
						/* } */ case 91:
						$s = 50; continue;
					/* } else if (_1 === (9)) { */ case 46:
						_r$33 = ft$1.Kind(); /* */ $s = 96; case 96: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
						if (!(_r$33 === 24)) { _v$3 = false; $s = 95; continue s; }
						_r$34 = strs.EnforceUTF8(fd); /* */ $s = 97; case 97: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
						_v$3 = _r$34; case 95:
						/* */ if (_v$3) { $s = 93; continue; }
						/* */ $s = 94; continue;
						/* if (_v$3) { */ case 93:
							$s = -1; return [ptrType$5.nil, coderStringSliceValidateUTF8];
						/* } */ case 94:
						_r$35 = ft$1.Kind(); /* */ $s = 100; case 100: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
						/* */ if (_r$35 === 24) { $s = 98; continue; }
						/* */ $s = 99; continue;
						/* if (_r$35 === 24) { */ case 98:
							$s = -1; return [ptrType$5.nil, coderStringSlice];
						/* } */ case 99:
						_r$36 = ft$1.Kind(); /* */ $s = 105; case 105: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
						if (!(_r$36 === 23)) { _v$5 = false; $s = 104; continue s; }
						_r$37 = ft$1.Elem(); /* */ $s = 106; case 106: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
						_r$38 = _r$37.Kind(); /* */ $s = 107; case 107: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
						_v$5 = _r$38 === 8; case 104:
						if (!(_v$5)) { _v$4 = false; $s = 103; continue s; }
						_r$39 = strs.EnforceUTF8(fd); /* */ $s = 108; case 108: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
						_v$4 = _r$39; case 103:
						/* */ if (_v$4) { $s = 101; continue; }
						/* */ $s = 102; continue;
						/* if (_v$4) { */ case 101:
							$s = -1; return [ptrType$5.nil, coderBytesSliceValidateUTF8];
						/* } */ case 102:
						_r$40 = ft$1.Kind(); /* */ $s = 112; case 112: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
						if (!(_r$40 === 23)) { _v$6 = false; $s = 111; continue s; }
						_r$41 = ft$1.Elem(); /* */ $s = 113; case 113: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
						_r$42 = _r$41.Kind(); /* */ $s = 114; case 114: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
						_v$6 = _r$42 === 8; case 111:
						/* */ if (_v$6) { $s = 109; continue; }
						/* */ $s = 110; continue;
						/* if (_v$6) { */ case 109:
							$s = -1; return [ptrType$5.nil, coderBytesSlice];
						/* } */ case 110:
						$s = 50; continue;
					/* } else if (_1 === (12)) { */ case 47:
						_r$43 = ft$1.Kind(); /* */ $s = 117; case 117: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
						/* */ if (_r$43 === 24) { $s = 115; continue; }
						/* */ $s = 116; continue;
						/* if (_r$43 === 24) { */ case 115:
							$s = -1; return [ptrType$5.nil, coderStringSlice];
						/* } */ case 116:
						_r$44 = ft$1.Kind(); /* */ $s = 121; case 121: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
						if (!(_r$44 === 23)) { _v$7 = false; $s = 120; continue s; }
						_r$45 = ft$1.Elem(); /* */ $s = 122; case 122: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
						_r$46 = _r$45.Kind(); /* */ $s = 123; case 123: if($c) { $c = false; _r$46 = _r$46.$blk(); } if (_r$46 && _r$46.$blk !== undefined) { break s; }
						_v$7 = _r$46 === 8; case 120:
						/* */ if (_v$7) { $s = 118; continue; }
						/* */ $s = 119; continue;
						/* if (_v$7) { */ case 118:
							$s = -1; return [ptrType$5.nil, coderBytesSlice];
						/* } */ case 119:
						$s = 50; continue;
					/* } else if (_1 === (11)) { */ case 48:
						_r$47 = getMessageInfo(ft$1); /* */ $s = 124; case 124: if($c) { $c = false; _r$47 = _r$47.$blk(); } if (_r$47 && _r$47.$blk !== undefined) { break s; }
						_r$48 = makeMessageSliceFieldCoder(fd, ft$1); /* */ $s = 125; case 125: if($c) { $c = false; _r$48 = _r$48.$blk(); } if (_r$48 && _r$48.$blk !== undefined) { break s; }
						$24r$1 = [_r$47, _r$48];
						$s = 126; case 126: return $24r$1;
					/* } else if (_1 === (10)) { */ case 49:
						_r$49 = getMessageInfo(ft$1); /* */ $s = 127; case 127: if($c) { $c = false; _r$49 = _r$49.$blk(); } if (_r$49 && _r$49.$blk !== undefined) { break s; }
						_r$50 = makeGroupSliceFieldCoder(fd, ft$1); /* */ $s = 128; case 128: if($c) { $c = false; _r$50 = _r$50.$blk(); } if (_r$50 && _r$50.$blk !== undefined) { break s; }
						$24r$2 = [_r$49, _r$50];
						$s = 129; case 129: return $24r$2;
					/* } */ case 50:
				case 30:
				$s = 10; continue;
			/* } else if (_v$1) { */ case 4:
				_r$51 = ft.Kind(); /* */ $s = 132; case 132: if($c) { $c = false; _r$51 = _r$51.$blk(); } if (_r$51 && _r$51.$blk !== undefined) { break s; }
				/* */ if (!((_r$51 === 23))) { $s = 130; continue; }
				/* */ $s = 131; continue;
				/* if (!((_r$51 === 23))) { */ case 130:
					/* break; */ $s = 1; continue;
				/* } */ case 131:
				_r$52 = ft.Elem(); /* */ $s = 133; case 133: if($c) { $c = false; _r$52 = _r$52.$blk(); } if (_r$52 && _r$52.$blk !== undefined) { break s; }
				ft$2 = _r$52;
					_r$53 = fd.Kind(); /* */ $s = 135; case 135: if($c) { $c = false; _r$53 = _r$53.$blk(); } if (_r$53 && _r$53.$blk !== undefined) { break s; }
					_2 = _r$53;
					/* */ if (_2 === (8)) { $s = 136; continue; }
					/* */ if (_2 === (14)) { $s = 137; continue; }
					/* */ if (_2 === (5)) { $s = 138; continue; }
					/* */ if (_2 === (17)) { $s = 139; continue; }
					/* */ if (_2 === (13)) { $s = 140; continue; }
					/* */ if (_2 === (3)) { $s = 141; continue; }
					/* */ if (_2 === (18)) { $s = 142; continue; }
					/* */ if (_2 === (4)) { $s = 143; continue; }
					/* */ if (_2 === (15)) { $s = 144; continue; }
					/* */ if (_2 === (7)) { $s = 145; continue; }
					/* */ if (_2 === (2)) { $s = 146; continue; }
					/* */ if (_2 === (16)) { $s = 147; continue; }
					/* */ if (_2 === (6)) { $s = 148; continue; }
					/* */ if (_2 === (1)) { $s = 149; continue; }
					/* */ $s = 150; continue;
					/* if (_2 === (8)) { */ case 136:
						_r$54 = ft$2.Kind(); /* */ $s = 153; case 153: if($c) { $c = false; _r$54 = _r$54.$blk(); } if (_r$54 && _r$54.$blk !== undefined) { break s; }
						/* */ if (_r$54 === 1) { $s = 151; continue; }
						/* */ $s = 152; continue;
						/* if (_r$54 === 1) { */ case 151:
							$s = -1; return [ptrType$5.nil, coderBoolPackedSlice];
						/* } */ case 152:
						$s = 150; continue;
					/* } else if (_2 === (14)) { */ case 137:
						_r$55 = ft$2.Kind(); /* */ $s = 156; case 156: if($c) { $c = false; _r$55 = _r$55.$blk(); } if (_r$55 && _r$55.$blk !== undefined) { break s; }
						/* */ if (_r$55 === 5) { $s = 154; continue; }
						/* */ $s = 155; continue;
						/* if (_r$55 === 5) { */ case 154:
							$s = -1; return [ptrType$5.nil, coderEnumPackedSlice];
						/* } */ case 155:
						$s = 150; continue;
					/* } else if (_2 === (5)) { */ case 138:
						_r$56 = ft$2.Kind(); /* */ $s = 159; case 159: if($c) { $c = false; _r$56 = _r$56.$blk(); } if (_r$56 && _r$56.$blk !== undefined) { break s; }
						/* */ if (_r$56 === 5) { $s = 157; continue; }
						/* */ $s = 158; continue;
						/* if (_r$56 === 5) { */ case 157:
							$s = -1; return [ptrType$5.nil, coderInt32PackedSlice];
						/* } */ case 158:
						$s = 150; continue;
					/* } else if (_2 === (17)) { */ case 139:
						_r$57 = ft$2.Kind(); /* */ $s = 162; case 162: if($c) { $c = false; _r$57 = _r$57.$blk(); } if (_r$57 && _r$57.$blk !== undefined) { break s; }
						/* */ if (_r$57 === 5) { $s = 160; continue; }
						/* */ $s = 161; continue;
						/* if (_r$57 === 5) { */ case 160:
							$s = -1; return [ptrType$5.nil, coderSint32PackedSlice];
						/* } */ case 161:
						$s = 150; continue;
					/* } else if (_2 === (13)) { */ case 140:
						_r$58 = ft$2.Kind(); /* */ $s = 165; case 165: if($c) { $c = false; _r$58 = _r$58.$blk(); } if (_r$58 && _r$58.$blk !== undefined) { break s; }
						/* */ if (_r$58 === 10) { $s = 163; continue; }
						/* */ $s = 164; continue;
						/* if (_r$58 === 10) { */ case 163:
							$s = -1; return [ptrType$5.nil, coderUint32PackedSlice];
						/* } */ case 164:
						$s = 150; continue;
					/* } else if (_2 === (3)) { */ case 141:
						_r$59 = ft$2.Kind(); /* */ $s = 168; case 168: if($c) { $c = false; _r$59 = _r$59.$blk(); } if (_r$59 && _r$59.$blk !== undefined) { break s; }
						/* */ if (_r$59 === 6) { $s = 166; continue; }
						/* */ $s = 167; continue;
						/* if (_r$59 === 6) { */ case 166:
							$s = -1; return [ptrType$5.nil, coderInt64PackedSlice];
						/* } */ case 167:
						$s = 150; continue;
					/* } else if (_2 === (18)) { */ case 142:
						_r$60 = ft$2.Kind(); /* */ $s = 171; case 171: if($c) { $c = false; _r$60 = _r$60.$blk(); } if (_r$60 && _r$60.$blk !== undefined) { break s; }
						/* */ if (_r$60 === 6) { $s = 169; continue; }
						/* */ $s = 170; continue;
						/* if (_r$60 === 6) { */ case 169:
							$s = -1; return [ptrType$5.nil, coderSint64PackedSlice];
						/* } */ case 170:
						$s = 150; continue;
					/* } else if (_2 === (4)) { */ case 143:
						_r$61 = ft$2.Kind(); /* */ $s = 174; case 174: if($c) { $c = false; _r$61 = _r$61.$blk(); } if (_r$61 && _r$61.$blk !== undefined) { break s; }
						/* */ if (_r$61 === 11) { $s = 172; continue; }
						/* */ $s = 173; continue;
						/* if (_r$61 === 11) { */ case 172:
							$s = -1; return [ptrType$5.nil, coderUint64PackedSlice];
						/* } */ case 173:
						$s = 150; continue;
					/* } else if (_2 === (15)) { */ case 144:
						_r$62 = ft$2.Kind(); /* */ $s = 177; case 177: if($c) { $c = false; _r$62 = _r$62.$blk(); } if (_r$62 && _r$62.$blk !== undefined) { break s; }
						/* */ if (_r$62 === 5) { $s = 175; continue; }
						/* */ $s = 176; continue;
						/* if (_r$62 === 5) { */ case 175:
							$s = -1; return [ptrType$5.nil, coderSfixed32PackedSlice];
						/* } */ case 176:
						$s = 150; continue;
					/* } else if (_2 === (7)) { */ case 145:
						_r$63 = ft$2.Kind(); /* */ $s = 180; case 180: if($c) { $c = false; _r$63 = _r$63.$blk(); } if (_r$63 && _r$63.$blk !== undefined) { break s; }
						/* */ if (_r$63 === 10) { $s = 178; continue; }
						/* */ $s = 179; continue;
						/* if (_r$63 === 10) { */ case 178:
							$s = -1; return [ptrType$5.nil, coderFixed32PackedSlice];
						/* } */ case 179:
						$s = 150; continue;
					/* } else if (_2 === (2)) { */ case 146:
						_r$64 = ft$2.Kind(); /* */ $s = 183; case 183: if($c) { $c = false; _r$64 = _r$64.$blk(); } if (_r$64 && _r$64.$blk !== undefined) { break s; }
						/* */ if (_r$64 === 13) { $s = 181; continue; }
						/* */ $s = 182; continue;
						/* if (_r$64 === 13) { */ case 181:
							$s = -1; return [ptrType$5.nil, coderFloatPackedSlice];
						/* } */ case 182:
						$s = 150; continue;
					/* } else if (_2 === (16)) { */ case 147:
						_r$65 = ft$2.Kind(); /* */ $s = 186; case 186: if($c) { $c = false; _r$65 = _r$65.$blk(); } if (_r$65 && _r$65.$blk !== undefined) { break s; }
						/* */ if (_r$65 === 6) { $s = 184; continue; }
						/* */ $s = 185; continue;
						/* if (_r$65 === 6) { */ case 184:
							$s = -1; return [ptrType$5.nil, coderSfixed64PackedSlice];
						/* } */ case 185:
						$s = 150; continue;
					/* } else if (_2 === (6)) { */ case 148:
						_r$66 = ft$2.Kind(); /* */ $s = 189; case 189: if($c) { $c = false; _r$66 = _r$66.$blk(); } if (_r$66 && _r$66.$blk !== undefined) { break s; }
						/* */ if (_r$66 === 11) { $s = 187; continue; }
						/* */ $s = 188; continue;
						/* if (_r$66 === 11) { */ case 187:
							$s = -1; return [ptrType$5.nil, coderFixed64PackedSlice];
						/* } */ case 188:
						$s = 150; continue;
					/* } else if (_2 === (1)) { */ case 149:
						_r$67 = ft$2.Kind(); /* */ $s = 192; case 192: if($c) { $c = false; _r$67 = _r$67.$blk(); } if (_r$67 && _r$67.$blk !== undefined) { break s; }
						/* */ if (_r$67 === 14) { $s = 190; continue; }
						/* */ $s = 191; continue;
						/* if (_r$67 === 14) { */ case 190:
							$s = -1; return [ptrType$5.nil, coderDoublePackedSlice];
						/* } */ case 191:
					/* } */ case 150:
				case 134:
				$s = 10; continue;
			/* } else if ((_r$10 === 11)) { */ case 5:
				_r$68 = getMessageInfo(ft); /* */ $s = 193; case 193: if($c) { $c = false; _r$68 = _r$68.$blk(); } if (_r$68 && _r$68.$blk !== undefined) { break s; }
				_r$69 = makeMessageFieldCoder(fd, ft); /* */ $s = 194; case 194: if($c) { $c = false; _r$69 = _r$69.$blk(); } if (_r$69 && _r$69.$blk !== undefined) { break s; }
				$24r$3 = [_r$68, _r$69];
				$s = 195; case 195: return $24r$3;
			/* } else if ((_r$11 === 10)) { */ case 6:
				_r$70 = getMessageInfo(ft); /* */ $s = 196; case 196: if($c) { $c = false; _r$70 = _r$70.$blk(); } if (_r$70 && _r$70.$blk !== undefined) { break s; }
				_r$71 = makeGroupFieldCoder(fd, ft); /* */ $s = 197; case 197: if($c) { $c = false; _r$71 = _r$71.$blk(); } if (_r$71 && _r$71.$blk !== undefined) { break s; }
				$24r$4 = [_r$70, _r$71];
				$s = 198; case 198: return $24r$4;
			/* } else if (_v$2) { */ case 7:
					_r$72 = fd.Kind(); /* */ $s = 200; case 200: if($c) { $c = false; _r$72 = _r$72.$blk(); } if (_r$72 && _r$72.$blk !== undefined) { break s; }
					_3 = _r$72;
					/* */ if (_3 === (8)) { $s = 201; continue; }
					/* */ if (_3 === (14)) { $s = 202; continue; }
					/* */ if (_3 === (5)) { $s = 203; continue; }
					/* */ if (_3 === (17)) { $s = 204; continue; }
					/* */ if (_3 === (13)) { $s = 205; continue; }
					/* */ if (_3 === (3)) { $s = 206; continue; }
					/* */ if (_3 === (18)) { $s = 207; continue; }
					/* */ if (_3 === (4)) { $s = 208; continue; }
					/* */ if (_3 === (15)) { $s = 209; continue; }
					/* */ if (_3 === (7)) { $s = 210; continue; }
					/* */ if (_3 === (2)) { $s = 211; continue; }
					/* */ if (_3 === (16)) { $s = 212; continue; }
					/* */ if (_3 === (6)) { $s = 213; continue; }
					/* */ if (_3 === (1)) { $s = 214; continue; }
					/* */ if (_3 === (9)) { $s = 215; continue; }
					/* */ if (_3 === (12)) { $s = 216; continue; }
					/* */ $s = 217; continue;
					/* if (_3 === (8)) { */ case 201:
						_r$73 = ft.Kind(); /* */ $s = 220; case 220: if($c) { $c = false; _r$73 = _r$73.$blk(); } if (_r$73 && _r$73.$blk !== undefined) { break s; }
						/* */ if (_r$73 === 1) { $s = 218; continue; }
						/* */ $s = 219; continue;
						/* if (_r$73 === 1) { */ case 218:
							$s = -1; return [ptrType$5.nil, coderBoolNoZero];
						/* } */ case 219:
						$s = 217; continue;
					/* } else if (_3 === (14)) { */ case 202:
						_r$74 = ft.Kind(); /* */ $s = 223; case 223: if($c) { $c = false; _r$74 = _r$74.$blk(); } if (_r$74 && _r$74.$blk !== undefined) { break s; }
						/* */ if (_r$74 === 5) { $s = 221; continue; }
						/* */ $s = 222; continue;
						/* if (_r$74 === 5) { */ case 221:
							$s = -1; return [ptrType$5.nil, coderEnumNoZero];
						/* } */ case 222:
						$s = 217; continue;
					/* } else if (_3 === (5)) { */ case 203:
						_r$75 = ft.Kind(); /* */ $s = 226; case 226: if($c) { $c = false; _r$75 = _r$75.$blk(); } if (_r$75 && _r$75.$blk !== undefined) { break s; }
						/* */ if (_r$75 === 5) { $s = 224; continue; }
						/* */ $s = 225; continue;
						/* if (_r$75 === 5) { */ case 224:
							$s = -1; return [ptrType$5.nil, coderInt32NoZero];
						/* } */ case 225:
						$s = 217; continue;
					/* } else if (_3 === (17)) { */ case 204:
						_r$76 = ft.Kind(); /* */ $s = 229; case 229: if($c) { $c = false; _r$76 = _r$76.$blk(); } if (_r$76 && _r$76.$blk !== undefined) { break s; }
						/* */ if (_r$76 === 5) { $s = 227; continue; }
						/* */ $s = 228; continue;
						/* if (_r$76 === 5) { */ case 227:
							$s = -1; return [ptrType$5.nil, coderSint32NoZero];
						/* } */ case 228:
						$s = 217; continue;
					/* } else if (_3 === (13)) { */ case 205:
						_r$77 = ft.Kind(); /* */ $s = 232; case 232: if($c) { $c = false; _r$77 = _r$77.$blk(); } if (_r$77 && _r$77.$blk !== undefined) { break s; }
						/* */ if (_r$77 === 10) { $s = 230; continue; }
						/* */ $s = 231; continue;
						/* if (_r$77 === 10) { */ case 230:
							$s = -1; return [ptrType$5.nil, coderUint32NoZero];
						/* } */ case 231:
						$s = 217; continue;
					/* } else if (_3 === (3)) { */ case 206:
						_r$78 = ft.Kind(); /* */ $s = 235; case 235: if($c) { $c = false; _r$78 = _r$78.$blk(); } if (_r$78 && _r$78.$blk !== undefined) { break s; }
						/* */ if (_r$78 === 6) { $s = 233; continue; }
						/* */ $s = 234; continue;
						/* if (_r$78 === 6) { */ case 233:
							$s = -1; return [ptrType$5.nil, coderInt64NoZero];
						/* } */ case 234:
						$s = 217; continue;
					/* } else if (_3 === (18)) { */ case 207:
						_r$79 = ft.Kind(); /* */ $s = 238; case 238: if($c) { $c = false; _r$79 = _r$79.$blk(); } if (_r$79 && _r$79.$blk !== undefined) { break s; }
						/* */ if (_r$79 === 6) { $s = 236; continue; }
						/* */ $s = 237; continue;
						/* if (_r$79 === 6) { */ case 236:
							$s = -1; return [ptrType$5.nil, coderSint64NoZero];
						/* } */ case 237:
						$s = 217; continue;
					/* } else if (_3 === (4)) { */ case 208:
						_r$80 = ft.Kind(); /* */ $s = 241; case 241: if($c) { $c = false; _r$80 = _r$80.$blk(); } if (_r$80 && _r$80.$blk !== undefined) { break s; }
						/* */ if (_r$80 === 11) { $s = 239; continue; }
						/* */ $s = 240; continue;
						/* if (_r$80 === 11) { */ case 239:
							$s = -1; return [ptrType$5.nil, coderUint64NoZero];
						/* } */ case 240:
						$s = 217; continue;
					/* } else if (_3 === (15)) { */ case 209:
						_r$81 = ft.Kind(); /* */ $s = 244; case 244: if($c) { $c = false; _r$81 = _r$81.$blk(); } if (_r$81 && _r$81.$blk !== undefined) { break s; }
						/* */ if (_r$81 === 5) { $s = 242; continue; }
						/* */ $s = 243; continue;
						/* if (_r$81 === 5) { */ case 242:
							$s = -1; return [ptrType$5.nil, coderSfixed32NoZero];
						/* } */ case 243:
						$s = 217; continue;
					/* } else if (_3 === (7)) { */ case 210:
						_r$82 = ft.Kind(); /* */ $s = 247; case 247: if($c) { $c = false; _r$82 = _r$82.$blk(); } if (_r$82 && _r$82.$blk !== undefined) { break s; }
						/* */ if (_r$82 === 10) { $s = 245; continue; }
						/* */ $s = 246; continue;
						/* if (_r$82 === 10) { */ case 245:
							$s = -1; return [ptrType$5.nil, coderFixed32NoZero];
						/* } */ case 246:
						$s = 217; continue;
					/* } else if (_3 === (2)) { */ case 211:
						_r$83 = ft.Kind(); /* */ $s = 250; case 250: if($c) { $c = false; _r$83 = _r$83.$blk(); } if (_r$83 && _r$83.$blk !== undefined) { break s; }
						/* */ if (_r$83 === 13) { $s = 248; continue; }
						/* */ $s = 249; continue;
						/* if (_r$83 === 13) { */ case 248:
							$s = -1; return [ptrType$5.nil, coderFloatNoZero];
						/* } */ case 249:
						$s = 217; continue;
					/* } else if (_3 === (16)) { */ case 212:
						_r$84 = ft.Kind(); /* */ $s = 253; case 253: if($c) { $c = false; _r$84 = _r$84.$blk(); } if (_r$84 && _r$84.$blk !== undefined) { break s; }
						/* */ if (_r$84 === 6) { $s = 251; continue; }
						/* */ $s = 252; continue;
						/* if (_r$84 === 6) { */ case 251:
							$s = -1; return [ptrType$5.nil, coderSfixed64NoZero];
						/* } */ case 252:
						$s = 217; continue;
					/* } else if (_3 === (6)) { */ case 213:
						_r$85 = ft.Kind(); /* */ $s = 256; case 256: if($c) { $c = false; _r$85 = _r$85.$blk(); } if (_r$85 && _r$85.$blk !== undefined) { break s; }
						/* */ if (_r$85 === 11) { $s = 254; continue; }
						/* */ $s = 255; continue;
						/* if (_r$85 === 11) { */ case 254:
							$s = -1; return [ptrType$5.nil, coderFixed64NoZero];
						/* } */ case 255:
						$s = 217; continue;
					/* } else if (_3 === (1)) { */ case 214:
						_r$86 = ft.Kind(); /* */ $s = 259; case 259: if($c) { $c = false; _r$86 = _r$86.$blk(); } if (_r$86 && _r$86.$blk !== undefined) { break s; }
						/* */ if (_r$86 === 14) { $s = 257; continue; }
						/* */ $s = 258; continue;
						/* if (_r$86 === 14) { */ case 257:
							$s = -1; return [ptrType$5.nil, coderDoubleNoZero];
						/* } */ case 258:
						$s = 217; continue;
					/* } else if (_3 === (9)) { */ case 215:
						_r$87 = ft.Kind(); /* */ $s = 263; case 263: if($c) { $c = false; _r$87 = _r$87.$blk(); } if (_r$87 && _r$87.$blk !== undefined) { break s; }
						if (!(_r$87 === 24)) { _v$8 = false; $s = 262; continue s; }
						_r$88 = strs.EnforceUTF8(fd); /* */ $s = 264; case 264: if($c) { $c = false; _r$88 = _r$88.$blk(); } if (_r$88 && _r$88.$blk !== undefined) { break s; }
						_v$8 = _r$88; case 262:
						/* */ if (_v$8) { $s = 260; continue; }
						/* */ $s = 261; continue;
						/* if (_v$8) { */ case 260:
							$s = -1; return [ptrType$5.nil, coderStringNoZeroValidateUTF8];
						/* } */ case 261:
						_r$89 = ft.Kind(); /* */ $s = 267; case 267: if($c) { $c = false; _r$89 = _r$89.$blk(); } if (_r$89 && _r$89.$blk !== undefined) { break s; }
						/* */ if (_r$89 === 24) { $s = 265; continue; }
						/* */ $s = 266; continue;
						/* if (_r$89 === 24) { */ case 265:
							$s = -1; return [ptrType$5.nil, coderStringNoZero];
						/* } */ case 266:
						_r$90 = ft.Kind(); /* */ $s = 272; case 272: if($c) { $c = false; _r$90 = _r$90.$blk(); } if (_r$90 && _r$90.$blk !== undefined) { break s; }
						if (!(_r$90 === 23)) { _v$10 = false; $s = 271; continue s; }
						_r$91 = ft.Elem(); /* */ $s = 273; case 273: if($c) { $c = false; _r$91 = _r$91.$blk(); } if (_r$91 && _r$91.$blk !== undefined) { break s; }
						_r$92 = _r$91.Kind(); /* */ $s = 274; case 274: if($c) { $c = false; _r$92 = _r$92.$blk(); } if (_r$92 && _r$92.$blk !== undefined) { break s; }
						_v$10 = _r$92 === 8; case 271:
						if (!(_v$10)) { _v$9 = false; $s = 270; continue s; }
						_r$93 = strs.EnforceUTF8(fd); /* */ $s = 275; case 275: if($c) { $c = false; _r$93 = _r$93.$blk(); } if (_r$93 && _r$93.$blk !== undefined) { break s; }
						_v$9 = _r$93; case 270:
						/* */ if (_v$9) { $s = 268; continue; }
						/* */ $s = 269; continue;
						/* if (_v$9) { */ case 268:
							$s = -1; return [ptrType$5.nil, coderBytesNoZeroValidateUTF8];
						/* } */ case 269:
						_r$94 = ft.Kind(); /* */ $s = 279; case 279: if($c) { $c = false; _r$94 = _r$94.$blk(); } if (_r$94 && _r$94.$blk !== undefined) { break s; }
						if (!(_r$94 === 23)) { _v$11 = false; $s = 278; continue s; }
						_r$95 = ft.Elem(); /* */ $s = 280; case 280: if($c) { $c = false; _r$95 = _r$95.$blk(); } if (_r$95 && _r$95.$blk !== undefined) { break s; }
						_r$96 = _r$95.Kind(); /* */ $s = 281; case 281: if($c) { $c = false; _r$96 = _r$96.$blk(); } if (_r$96 && _r$96.$blk !== undefined) { break s; }
						_v$11 = _r$96 === 8; case 278:
						/* */ if (_v$11) { $s = 276; continue; }
						/* */ $s = 277; continue;
						/* if (_v$11) { */ case 276:
							$s = -1; return [ptrType$5.nil, coderBytesNoZero];
						/* } */ case 277:
						$s = 217; continue;
					/* } else if (_3 === (12)) { */ case 216:
						_r$97 = ft.Kind(); /* */ $s = 284; case 284: if($c) { $c = false; _r$97 = _r$97.$blk(); } if (_r$97 && _r$97.$blk !== undefined) { break s; }
						/* */ if (_r$97 === 24) { $s = 282; continue; }
						/* */ $s = 283; continue;
						/* if (_r$97 === 24) { */ case 282:
							$s = -1; return [ptrType$5.nil, coderStringNoZero];
						/* } */ case 283:
						_r$98 = ft.Kind(); /* */ $s = 288; case 288: if($c) { $c = false; _r$98 = _r$98.$blk(); } if (_r$98 && _r$98.$blk !== undefined) { break s; }
						if (!(_r$98 === 23)) { _v$12 = false; $s = 287; continue s; }
						_r$99 = ft.Elem(); /* */ $s = 289; case 289: if($c) { $c = false; _r$99 = _r$99.$blk(); } if (_r$99 && _r$99.$blk !== undefined) { break s; }
						_r$100 = _r$99.Kind(); /* */ $s = 290; case 290: if($c) { $c = false; _r$100 = _r$100.$blk(); } if (_r$100 && _r$100.$blk !== undefined) { break s; }
						_v$12 = _r$100 === 8; case 287:
						/* */ if (_v$12) { $s = 285; continue; }
						/* */ $s = 286; continue;
						/* if (_v$12) { */ case 285:
							$s = -1; return [ptrType$5.nil, coderBytesNoZero];
						/* } */ case 286:
					/* } */ case 217:
				case 199:
				$s = 10; continue;
			/* } else if ((_r$14 === 22)) { */ case 8:
				_r$101 = ft.Elem(); /* */ $s = 291; case 291: if($c) { $c = false; _r$101 = _r$101.$blk(); } if (_r$101 && _r$101.$blk !== undefined) { break s; }
				ft$3 = _r$101;
					_r$102 = fd.Kind(); /* */ $s = 293; case 293: if($c) { $c = false; _r$102 = _r$102.$blk(); } if (_r$102 && _r$102.$blk !== undefined) { break s; }
					_4 = _r$102;
					/* */ if (_4 === (8)) { $s = 294; continue; }
					/* */ if (_4 === (14)) { $s = 295; continue; }
					/* */ if (_4 === (5)) { $s = 296; continue; }
					/* */ if (_4 === (17)) { $s = 297; continue; }
					/* */ if (_4 === (13)) { $s = 298; continue; }
					/* */ if (_4 === (3)) { $s = 299; continue; }
					/* */ if (_4 === (18)) { $s = 300; continue; }
					/* */ if (_4 === (4)) { $s = 301; continue; }
					/* */ if (_4 === (15)) { $s = 302; continue; }
					/* */ if (_4 === (7)) { $s = 303; continue; }
					/* */ if (_4 === (2)) { $s = 304; continue; }
					/* */ if (_4 === (16)) { $s = 305; continue; }
					/* */ if (_4 === (6)) { $s = 306; continue; }
					/* */ if (_4 === (1)) { $s = 307; continue; }
					/* */ if (_4 === (9)) { $s = 308; continue; }
					/* */ if (_4 === (12)) { $s = 309; continue; }
					/* */ $s = 310; continue;
					/* if (_4 === (8)) { */ case 294:
						_r$103 = ft$3.Kind(); /* */ $s = 313; case 313: if($c) { $c = false; _r$103 = _r$103.$blk(); } if (_r$103 && _r$103.$blk !== undefined) { break s; }
						/* */ if (_r$103 === 1) { $s = 311; continue; }
						/* */ $s = 312; continue;
						/* if (_r$103 === 1) { */ case 311:
							$s = -1; return [ptrType$5.nil, coderBoolPtr];
						/* } */ case 312:
						$s = 310; continue;
					/* } else if (_4 === (14)) { */ case 295:
						_r$104 = ft$3.Kind(); /* */ $s = 316; case 316: if($c) { $c = false; _r$104 = _r$104.$blk(); } if (_r$104 && _r$104.$blk !== undefined) { break s; }
						/* */ if (_r$104 === 5) { $s = 314; continue; }
						/* */ $s = 315; continue;
						/* if (_r$104 === 5) { */ case 314:
							$s = -1; return [ptrType$5.nil, coderEnumPtr];
						/* } */ case 315:
						$s = 310; continue;
					/* } else if (_4 === (5)) { */ case 296:
						_r$105 = ft$3.Kind(); /* */ $s = 319; case 319: if($c) { $c = false; _r$105 = _r$105.$blk(); } if (_r$105 && _r$105.$blk !== undefined) { break s; }
						/* */ if (_r$105 === 5) { $s = 317; continue; }
						/* */ $s = 318; continue;
						/* if (_r$105 === 5) { */ case 317:
							$s = -1; return [ptrType$5.nil, coderInt32Ptr];
						/* } */ case 318:
						$s = 310; continue;
					/* } else if (_4 === (17)) { */ case 297:
						_r$106 = ft$3.Kind(); /* */ $s = 322; case 322: if($c) { $c = false; _r$106 = _r$106.$blk(); } if (_r$106 && _r$106.$blk !== undefined) { break s; }
						/* */ if (_r$106 === 5) { $s = 320; continue; }
						/* */ $s = 321; continue;
						/* if (_r$106 === 5) { */ case 320:
							$s = -1; return [ptrType$5.nil, coderSint32Ptr];
						/* } */ case 321:
						$s = 310; continue;
					/* } else if (_4 === (13)) { */ case 298:
						_r$107 = ft$3.Kind(); /* */ $s = 325; case 325: if($c) { $c = false; _r$107 = _r$107.$blk(); } if (_r$107 && _r$107.$blk !== undefined) { break s; }
						/* */ if (_r$107 === 10) { $s = 323; continue; }
						/* */ $s = 324; continue;
						/* if (_r$107 === 10) { */ case 323:
							$s = -1; return [ptrType$5.nil, coderUint32Ptr];
						/* } */ case 324:
						$s = 310; continue;
					/* } else if (_4 === (3)) { */ case 299:
						_r$108 = ft$3.Kind(); /* */ $s = 328; case 328: if($c) { $c = false; _r$108 = _r$108.$blk(); } if (_r$108 && _r$108.$blk !== undefined) { break s; }
						/* */ if (_r$108 === 6) { $s = 326; continue; }
						/* */ $s = 327; continue;
						/* if (_r$108 === 6) { */ case 326:
							$s = -1; return [ptrType$5.nil, coderInt64Ptr];
						/* } */ case 327:
						$s = 310; continue;
					/* } else if (_4 === (18)) { */ case 300:
						_r$109 = ft$3.Kind(); /* */ $s = 331; case 331: if($c) { $c = false; _r$109 = _r$109.$blk(); } if (_r$109 && _r$109.$blk !== undefined) { break s; }
						/* */ if (_r$109 === 6) { $s = 329; continue; }
						/* */ $s = 330; continue;
						/* if (_r$109 === 6) { */ case 329:
							$s = -1; return [ptrType$5.nil, coderSint64Ptr];
						/* } */ case 330:
						$s = 310; continue;
					/* } else if (_4 === (4)) { */ case 301:
						_r$110 = ft$3.Kind(); /* */ $s = 334; case 334: if($c) { $c = false; _r$110 = _r$110.$blk(); } if (_r$110 && _r$110.$blk !== undefined) { break s; }
						/* */ if (_r$110 === 11) { $s = 332; continue; }
						/* */ $s = 333; continue;
						/* if (_r$110 === 11) { */ case 332:
							$s = -1; return [ptrType$5.nil, coderUint64Ptr];
						/* } */ case 333:
						$s = 310; continue;
					/* } else if (_4 === (15)) { */ case 302:
						_r$111 = ft$3.Kind(); /* */ $s = 337; case 337: if($c) { $c = false; _r$111 = _r$111.$blk(); } if (_r$111 && _r$111.$blk !== undefined) { break s; }
						/* */ if (_r$111 === 5) { $s = 335; continue; }
						/* */ $s = 336; continue;
						/* if (_r$111 === 5) { */ case 335:
							$s = -1; return [ptrType$5.nil, coderSfixed32Ptr];
						/* } */ case 336:
						$s = 310; continue;
					/* } else if (_4 === (7)) { */ case 303:
						_r$112 = ft$3.Kind(); /* */ $s = 340; case 340: if($c) { $c = false; _r$112 = _r$112.$blk(); } if (_r$112 && _r$112.$blk !== undefined) { break s; }
						/* */ if (_r$112 === 10) { $s = 338; continue; }
						/* */ $s = 339; continue;
						/* if (_r$112 === 10) { */ case 338:
							$s = -1; return [ptrType$5.nil, coderFixed32Ptr];
						/* } */ case 339:
						$s = 310; continue;
					/* } else if (_4 === (2)) { */ case 304:
						_r$113 = ft$3.Kind(); /* */ $s = 343; case 343: if($c) { $c = false; _r$113 = _r$113.$blk(); } if (_r$113 && _r$113.$blk !== undefined) { break s; }
						/* */ if (_r$113 === 13) { $s = 341; continue; }
						/* */ $s = 342; continue;
						/* if (_r$113 === 13) { */ case 341:
							$s = -1; return [ptrType$5.nil, coderFloatPtr];
						/* } */ case 342:
						$s = 310; continue;
					/* } else if (_4 === (16)) { */ case 305:
						_r$114 = ft$3.Kind(); /* */ $s = 346; case 346: if($c) { $c = false; _r$114 = _r$114.$blk(); } if (_r$114 && _r$114.$blk !== undefined) { break s; }
						/* */ if (_r$114 === 6) { $s = 344; continue; }
						/* */ $s = 345; continue;
						/* if (_r$114 === 6) { */ case 344:
							$s = -1; return [ptrType$5.nil, coderSfixed64Ptr];
						/* } */ case 345:
						$s = 310; continue;
					/* } else if (_4 === (6)) { */ case 306:
						_r$115 = ft$3.Kind(); /* */ $s = 349; case 349: if($c) { $c = false; _r$115 = _r$115.$blk(); } if (_r$115 && _r$115.$blk !== undefined) { break s; }
						/* */ if (_r$115 === 11) { $s = 347; continue; }
						/* */ $s = 348; continue;
						/* if (_r$115 === 11) { */ case 347:
							$s = -1; return [ptrType$5.nil, coderFixed64Ptr];
						/* } */ case 348:
						$s = 310; continue;
					/* } else if (_4 === (1)) { */ case 307:
						_r$116 = ft$3.Kind(); /* */ $s = 352; case 352: if($c) { $c = false; _r$116 = _r$116.$blk(); } if (_r$116 && _r$116.$blk !== undefined) { break s; }
						/* */ if (_r$116 === 14) { $s = 350; continue; }
						/* */ $s = 351; continue;
						/* if (_r$116 === 14) { */ case 350:
							$s = -1; return [ptrType$5.nil, coderDoublePtr];
						/* } */ case 351:
						$s = 310; continue;
					/* } else if (_4 === (9)) { */ case 308:
						_r$117 = ft$3.Kind(); /* */ $s = 356; case 356: if($c) { $c = false; _r$117 = _r$117.$blk(); } if (_r$117 && _r$117.$blk !== undefined) { break s; }
						if (!(_r$117 === 24)) { _v$13 = false; $s = 355; continue s; }
						_r$118 = strs.EnforceUTF8(fd); /* */ $s = 357; case 357: if($c) { $c = false; _r$118 = _r$118.$blk(); } if (_r$118 && _r$118.$blk !== undefined) { break s; }
						_v$13 = _r$118; case 355:
						/* */ if (_v$13) { $s = 353; continue; }
						/* */ $s = 354; continue;
						/* if (_v$13) { */ case 353:
							$s = -1; return [ptrType$5.nil, coderStringPtrValidateUTF8];
						/* } */ case 354:
						_r$119 = ft$3.Kind(); /* */ $s = 360; case 360: if($c) { $c = false; _r$119 = _r$119.$blk(); } if (_r$119 && _r$119.$blk !== undefined) { break s; }
						/* */ if (_r$119 === 24) { $s = 358; continue; }
						/* */ $s = 359; continue;
						/* if (_r$119 === 24) { */ case 358:
							$s = -1; return [ptrType$5.nil, coderStringPtr];
						/* } */ case 359:
						$s = 310; continue;
					/* } else if (_4 === (12)) { */ case 309:
						_r$120 = ft$3.Kind(); /* */ $s = 363; case 363: if($c) { $c = false; _r$120 = _r$120.$blk(); } if (_r$120 && _r$120.$blk !== undefined) { break s; }
						/* */ if (_r$120 === 24) { $s = 361; continue; }
						/* */ $s = 362; continue;
						/* if (_r$120 === 24) { */ case 361:
							$s = -1; return [ptrType$5.nil, coderStringPtr];
						/* } */ case 362:
					/* } */ case 310:
				case 292:
				$s = 10; continue;
			/* } else { */ case 9:
					_r$121 = fd.Kind(); /* */ $s = 365; case 365: if($c) { $c = false; _r$121 = _r$121.$blk(); } if (_r$121 && _r$121.$blk !== undefined) { break s; }
					_5 = _r$121;
					/* */ if (_5 === (8)) { $s = 366; continue; }
					/* */ if (_5 === (14)) { $s = 367; continue; }
					/* */ if (_5 === (5)) { $s = 368; continue; }
					/* */ if (_5 === (17)) { $s = 369; continue; }
					/* */ if (_5 === (13)) { $s = 370; continue; }
					/* */ if (_5 === (3)) { $s = 371; continue; }
					/* */ if (_5 === (18)) { $s = 372; continue; }
					/* */ if (_5 === (4)) { $s = 373; continue; }
					/* */ if (_5 === (15)) { $s = 374; continue; }
					/* */ if (_5 === (7)) { $s = 375; continue; }
					/* */ if (_5 === (2)) { $s = 376; continue; }
					/* */ if (_5 === (16)) { $s = 377; continue; }
					/* */ if (_5 === (6)) { $s = 378; continue; }
					/* */ if (_5 === (1)) { $s = 379; continue; }
					/* */ if (_5 === (9)) { $s = 380; continue; }
					/* */ if (_5 === (12)) { $s = 381; continue; }
					/* */ $s = 382; continue;
					/* if (_5 === (8)) { */ case 366:
						_r$122 = ft.Kind(); /* */ $s = 385; case 385: if($c) { $c = false; _r$122 = _r$122.$blk(); } if (_r$122 && _r$122.$blk !== undefined) { break s; }
						/* */ if (_r$122 === 1) { $s = 383; continue; }
						/* */ $s = 384; continue;
						/* if (_r$122 === 1) { */ case 383:
							$s = -1; return [ptrType$5.nil, coderBool];
						/* } */ case 384:
						$s = 382; continue;
					/* } else if (_5 === (14)) { */ case 367:
						_r$123 = ft.Kind(); /* */ $s = 388; case 388: if($c) { $c = false; _r$123 = _r$123.$blk(); } if (_r$123 && _r$123.$blk !== undefined) { break s; }
						/* */ if (_r$123 === 5) { $s = 386; continue; }
						/* */ $s = 387; continue;
						/* if (_r$123 === 5) { */ case 386:
							$s = -1; return [ptrType$5.nil, coderEnum];
						/* } */ case 387:
						$s = 382; continue;
					/* } else if (_5 === (5)) { */ case 368:
						_r$124 = ft.Kind(); /* */ $s = 391; case 391: if($c) { $c = false; _r$124 = _r$124.$blk(); } if (_r$124 && _r$124.$blk !== undefined) { break s; }
						/* */ if (_r$124 === 5) { $s = 389; continue; }
						/* */ $s = 390; continue;
						/* if (_r$124 === 5) { */ case 389:
							$s = -1; return [ptrType$5.nil, coderInt32];
						/* } */ case 390:
						$s = 382; continue;
					/* } else if (_5 === (17)) { */ case 369:
						_r$125 = ft.Kind(); /* */ $s = 394; case 394: if($c) { $c = false; _r$125 = _r$125.$blk(); } if (_r$125 && _r$125.$blk !== undefined) { break s; }
						/* */ if (_r$125 === 5) { $s = 392; continue; }
						/* */ $s = 393; continue;
						/* if (_r$125 === 5) { */ case 392:
							$s = -1; return [ptrType$5.nil, coderSint32];
						/* } */ case 393:
						$s = 382; continue;
					/* } else if (_5 === (13)) { */ case 370:
						_r$126 = ft.Kind(); /* */ $s = 397; case 397: if($c) { $c = false; _r$126 = _r$126.$blk(); } if (_r$126 && _r$126.$blk !== undefined) { break s; }
						/* */ if (_r$126 === 10) { $s = 395; continue; }
						/* */ $s = 396; continue;
						/* if (_r$126 === 10) { */ case 395:
							$s = -1; return [ptrType$5.nil, coderUint32];
						/* } */ case 396:
						$s = 382; continue;
					/* } else if (_5 === (3)) { */ case 371:
						_r$127 = ft.Kind(); /* */ $s = 400; case 400: if($c) { $c = false; _r$127 = _r$127.$blk(); } if (_r$127 && _r$127.$blk !== undefined) { break s; }
						/* */ if (_r$127 === 6) { $s = 398; continue; }
						/* */ $s = 399; continue;
						/* if (_r$127 === 6) { */ case 398:
							$s = -1; return [ptrType$5.nil, coderInt64];
						/* } */ case 399:
						$s = 382; continue;
					/* } else if (_5 === (18)) { */ case 372:
						_r$128 = ft.Kind(); /* */ $s = 403; case 403: if($c) { $c = false; _r$128 = _r$128.$blk(); } if (_r$128 && _r$128.$blk !== undefined) { break s; }
						/* */ if (_r$128 === 6) { $s = 401; continue; }
						/* */ $s = 402; continue;
						/* if (_r$128 === 6) { */ case 401:
							$s = -1; return [ptrType$5.nil, coderSint64];
						/* } */ case 402:
						$s = 382; continue;
					/* } else if (_5 === (4)) { */ case 373:
						_r$129 = ft.Kind(); /* */ $s = 406; case 406: if($c) { $c = false; _r$129 = _r$129.$blk(); } if (_r$129 && _r$129.$blk !== undefined) { break s; }
						/* */ if (_r$129 === 11) { $s = 404; continue; }
						/* */ $s = 405; continue;
						/* if (_r$129 === 11) { */ case 404:
							$s = -1; return [ptrType$5.nil, coderUint64];
						/* } */ case 405:
						$s = 382; continue;
					/* } else if (_5 === (15)) { */ case 374:
						_r$130 = ft.Kind(); /* */ $s = 409; case 409: if($c) { $c = false; _r$130 = _r$130.$blk(); } if (_r$130 && _r$130.$blk !== undefined) { break s; }
						/* */ if (_r$130 === 5) { $s = 407; continue; }
						/* */ $s = 408; continue;
						/* if (_r$130 === 5) { */ case 407:
							$s = -1; return [ptrType$5.nil, coderSfixed32];
						/* } */ case 408:
						$s = 382; continue;
					/* } else if (_5 === (7)) { */ case 375:
						_r$131 = ft.Kind(); /* */ $s = 412; case 412: if($c) { $c = false; _r$131 = _r$131.$blk(); } if (_r$131 && _r$131.$blk !== undefined) { break s; }
						/* */ if (_r$131 === 10) { $s = 410; continue; }
						/* */ $s = 411; continue;
						/* if (_r$131 === 10) { */ case 410:
							$s = -1; return [ptrType$5.nil, coderFixed32];
						/* } */ case 411:
						$s = 382; continue;
					/* } else if (_5 === (2)) { */ case 376:
						_r$132 = ft.Kind(); /* */ $s = 415; case 415: if($c) { $c = false; _r$132 = _r$132.$blk(); } if (_r$132 && _r$132.$blk !== undefined) { break s; }
						/* */ if (_r$132 === 13) { $s = 413; continue; }
						/* */ $s = 414; continue;
						/* if (_r$132 === 13) { */ case 413:
							$s = -1; return [ptrType$5.nil, coderFloat];
						/* } */ case 414:
						$s = 382; continue;
					/* } else if (_5 === (16)) { */ case 377:
						_r$133 = ft.Kind(); /* */ $s = 418; case 418: if($c) { $c = false; _r$133 = _r$133.$blk(); } if (_r$133 && _r$133.$blk !== undefined) { break s; }
						/* */ if (_r$133 === 6) { $s = 416; continue; }
						/* */ $s = 417; continue;
						/* if (_r$133 === 6) { */ case 416:
							$s = -1; return [ptrType$5.nil, coderSfixed64];
						/* } */ case 417:
						$s = 382; continue;
					/* } else if (_5 === (6)) { */ case 378:
						_r$134 = ft.Kind(); /* */ $s = 421; case 421: if($c) { $c = false; _r$134 = _r$134.$blk(); } if (_r$134 && _r$134.$blk !== undefined) { break s; }
						/* */ if (_r$134 === 11) { $s = 419; continue; }
						/* */ $s = 420; continue;
						/* if (_r$134 === 11) { */ case 419:
							$s = -1; return [ptrType$5.nil, coderFixed64];
						/* } */ case 420:
						$s = 382; continue;
					/* } else if (_5 === (1)) { */ case 379:
						_r$135 = ft.Kind(); /* */ $s = 424; case 424: if($c) { $c = false; _r$135 = _r$135.$blk(); } if (_r$135 && _r$135.$blk !== undefined) { break s; }
						/* */ if (_r$135 === 14) { $s = 422; continue; }
						/* */ $s = 423; continue;
						/* if (_r$135 === 14) { */ case 422:
							$s = -1; return [ptrType$5.nil, coderDouble];
						/* } */ case 423:
						$s = 382; continue;
					/* } else if (_5 === (9)) { */ case 380:
						_r$136 = ft.Kind(); /* */ $s = 428; case 428: if($c) { $c = false; _r$136 = _r$136.$blk(); } if (_r$136 && _r$136.$blk !== undefined) { break s; }
						if (!(_r$136 === 24)) { _v$14 = false; $s = 427; continue s; }
						_r$137 = strs.EnforceUTF8(fd); /* */ $s = 429; case 429: if($c) { $c = false; _r$137 = _r$137.$blk(); } if (_r$137 && _r$137.$blk !== undefined) { break s; }
						_v$14 = _r$137; case 427:
						/* */ if (_v$14) { $s = 425; continue; }
						/* */ $s = 426; continue;
						/* if (_v$14) { */ case 425:
							$s = -1; return [ptrType$5.nil, coderStringValidateUTF8];
						/* } */ case 426:
						_r$138 = ft.Kind(); /* */ $s = 432; case 432: if($c) { $c = false; _r$138 = _r$138.$blk(); } if (_r$138 && _r$138.$blk !== undefined) { break s; }
						/* */ if (_r$138 === 24) { $s = 430; continue; }
						/* */ $s = 431; continue;
						/* if (_r$138 === 24) { */ case 430:
							$s = -1; return [ptrType$5.nil, coderString];
						/* } */ case 431:
						_r$139 = ft.Kind(); /* */ $s = 437; case 437: if($c) { $c = false; _r$139 = _r$139.$blk(); } if (_r$139 && _r$139.$blk !== undefined) { break s; }
						if (!(_r$139 === 23)) { _v$16 = false; $s = 436; continue s; }
						_r$140 = ft.Elem(); /* */ $s = 438; case 438: if($c) { $c = false; _r$140 = _r$140.$blk(); } if (_r$140 && _r$140.$blk !== undefined) { break s; }
						_r$141 = _r$140.Kind(); /* */ $s = 439; case 439: if($c) { $c = false; _r$141 = _r$141.$blk(); } if (_r$141 && _r$141.$blk !== undefined) { break s; }
						_v$16 = _r$141 === 8; case 436:
						if (!(_v$16)) { _v$15 = false; $s = 435; continue s; }
						_r$142 = strs.EnforceUTF8(fd); /* */ $s = 440; case 440: if($c) { $c = false; _r$142 = _r$142.$blk(); } if (_r$142 && _r$142.$blk !== undefined) { break s; }
						_v$15 = _r$142; case 435:
						/* */ if (_v$15) { $s = 433; continue; }
						/* */ $s = 434; continue;
						/* if (_v$15) { */ case 433:
							$s = -1; return [ptrType$5.nil, coderBytesValidateUTF8];
						/* } */ case 434:
						_r$143 = ft.Kind(); /* */ $s = 444; case 444: if($c) { $c = false; _r$143 = _r$143.$blk(); } if (_r$143 && _r$143.$blk !== undefined) { break s; }
						if (!(_r$143 === 23)) { _v$17 = false; $s = 443; continue s; }
						_r$144 = ft.Elem(); /* */ $s = 445; case 445: if($c) { $c = false; _r$144 = _r$144.$blk(); } if (_r$144 && _r$144.$blk !== undefined) { break s; }
						_r$145 = _r$144.Kind(); /* */ $s = 446; case 446: if($c) { $c = false; _r$145 = _r$145.$blk(); } if (_r$145 && _r$145.$blk !== undefined) { break s; }
						_v$17 = _r$145 === 8; case 443:
						/* */ if (_v$17) { $s = 441; continue; }
						/* */ $s = 442; continue;
						/* if (_v$17) { */ case 441:
							$s = -1; return [ptrType$5.nil, coderBytes];
						/* } */ case 442:
						$s = 382; continue;
					/* } else if (_5 === (12)) { */ case 381:
						_r$146 = ft.Kind(); /* */ $s = 449; case 449: if($c) { $c = false; _r$146 = _r$146.$blk(); } if (_r$146 && _r$146.$blk !== undefined) { break s; }
						/* */ if (_r$146 === 24) { $s = 447; continue; }
						/* */ $s = 448; continue;
						/* if (_r$146 === 24) { */ case 447:
							$s = -1; return [ptrType$5.nil, coderString];
						/* } */ case 448:
						_r$147 = ft.Kind(); /* */ $s = 453; case 453: if($c) { $c = false; _r$147 = _r$147.$blk(); } if (_r$147 && _r$147.$blk !== undefined) { break s; }
						if (!(_r$147 === 23)) { _v$18 = false; $s = 452; continue s; }
						_r$148 = ft.Elem(); /* */ $s = 454; case 454: if($c) { $c = false; _r$148 = _r$148.$blk(); } if (_r$148 && _r$148.$blk !== undefined) { break s; }
						_r$149 = _r$148.Kind(); /* */ $s = 455; case 455: if($c) { $c = false; _r$149 = _r$149.$blk(); } if (_r$149 && _r$149.$blk !== undefined) { break s; }
						_v$18 = _r$149 === 8; case 452:
						/* */ if (_v$18) { $s = 450; continue; }
						/* */ $s = 451; continue;
						/* if (_v$18) { */ case 450:
							$s = -1; return [ptrType$5.nil, coderBytes];
						/* } */ case 451:
					/* } */ case 382:
				case 364:
			/* } */ case 10:
		case 1:
		_r$150 = fd.FullName(); /* */ $s = 456; case 456: if($c) { $c = false; _r$150 = _r$150.$blk(); } if (_r$150 && _r$150.$blk !== undefined) { break s; }
		_arg = new protoreflect.FullName(_r$150);
		_r$151 = fd.Cardinality(); /* */ $s = 457; case 457: if($c) { $c = false; _r$151 = _r$151.$blk(); } if (_r$151 && _r$151.$blk !== undefined) { break s; }
		_arg$1 = new protoreflect.Cardinality(_r$151);
		_r$152 = fd.Kind(); /* */ $s = 458; case 458: if($c) { $c = false; _r$152 = _r$152.$blk(); } if (_r$152 && _r$152.$blk !== undefined) { break s; }
		_arg$2 = new protoreflect.Kind(_r$152);
		_arg$3 = ft;
		_r$153 = fmt.Sprintf("invalid type: no encoder for %v %v %v/%v", new sliceType$1([_arg, _arg$1, _arg$2, _arg$3])); /* */ $s = 459; case 459: if($c) { $c = false; _r$153 = _r$153.$blk(); } if (_r$153 && _r$153.$blk !== undefined) { break s; }
		$panic(new $String(_r$153));
		$s = -1; return [ptrType$5.nil, new pointerCoderFuncs.ptr(ptrType$5.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError)];
		/* */ } return; } var $f = {$blk: fieldCoder, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _1, _2, _3, _4, _5, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$100, _r$101, _r$102, _r$103, _r$104, _r$105, _r$106, _r$107, _r$108, _r$109, _r$11, _r$110, _r$111, _r$112, _r$113, _r$114, _r$115, _r$116, _r$117, _r$118, _r$119, _r$12, _r$120, _r$121, _r$122, _r$123, _r$124, _r$125, _r$126, _r$127, _r$128, _r$129, _r$13, _r$130, _r$131, _r$132, _r$133, _r$134, _r$135, _r$136, _r$137, _r$138, _r$139, _r$14, _r$140, _r$141, _r$142, _r$143, _r$144, _r$145, _r$146, _r$147, _r$148, _r$149, _r$15, _r$150, _r$151, _r$152, _r$153, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$52, _r$53, _r$54, _r$55, _r$56, _r$57, _r$58, _r$59, _r$6, _r$60, _r$61, _r$62, _r$63, _r$64, _r$65, _r$66, _r$67, _r$68, _r$69, _r$7, _r$70, _r$71, _r$72, _r$73, _r$74, _r$75, _r$76, _r$77, _r$78, _r$79, _r$8, _r$80, _r$81, _r$82, _r$83, _r$84, _r$85, _r$86, _r$87, _r$88, _r$89, _r$9, _r$90, _r$91, _r$92, _r$93, _r$94, _r$95, _r$96, _r$97, _r$98, _r$99, _v, _v$1, _v$10, _v$11, _v$12, _v$13, _v$14, _v$15, _v$16, _v$17, _v$18, _v$2, _v$3, _v$4, _v$5, _v$6, _v$7, _v$8, _v$9, fd, ft, ft$1, ft$2, ft$3, $s};return $f;
	};
	encoderFuncsForValue = function(fd) {
		var {_1, _2, _3, _arg, _arg$1, _arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, fd, $s, $r, $c} = $restore(this, {fd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = fd.Cardinality(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			if (!(_r$5 === 3)) { _v = false; $s = 6; continue s; }
			_r$6 = fd.IsPacked(); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_v = !_r$6; case 6:
			/* */ if (_v) { $s = 2; continue; }
			_r$7 = fd.Cardinality(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			if (!(_r$7 === 3)) { _v$1 = false; $s = 9; continue s; }
			_r$8 = fd.IsPacked(); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_v$1 = _r$8; case 9:
			/* */ if (_v$1) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_v) { */ case 2:
					_r$9 = fd.Kind(); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_1 = _r$9;
					if (_1 === (8)) {
						$s = -1; return coderBoolSliceValue;
					} else if (_1 === (14)) {
						$s = -1; return coderEnumSliceValue;
					} else if (_1 === (5)) {
						$s = -1; return coderInt32SliceValue;
					} else if (_1 === (17)) {
						$s = -1; return coderSint32SliceValue;
					} else if (_1 === (13)) {
						$s = -1; return coderUint32SliceValue;
					} else if (_1 === (3)) {
						$s = -1; return coderInt64SliceValue;
					} else if (_1 === (18)) {
						$s = -1; return coderSint64SliceValue;
					} else if (_1 === (4)) {
						$s = -1; return coderUint64SliceValue;
					} else if (_1 === (15)) {
						$s = -1; return coderSfixed32SliceValue;
					} else if (_1 === (7)) {
						$s = -1; return coderFixed32SliceValue;
					} else if (_1 === (2)) {
						$s = -1; return coderFloatSliceValue;
					} else if (_1 === (16)) {
						$s = -1; return coderSfixed64SliceValue;
					} else if (_1 === (6)) {
						$s = -1; return coderFixed64SliceValue;
					} else if (_1 === (1)) {
						$s = -1; return coderDoubleSliceValue;
					} else if (_1 === (9)) {
						$s = -1; return coderStringSliceValue;
					} else if (_1 === (12)) {
						$s = -1; return coderBytesSliceValue;
					} else if (_1 === (11)) {
						$s = -1; return coderMessageSliceValue;
					} else if (_1 === (10)) {
						$s = -1; return coderGroupSliceValue;
					}
				case 12:
				$s = 5; continue;
			/* } else if (_v$1) { */ case 3:
					_r$10 = fd.Kind(); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_2 = _r$10;
					if (_2 === (8)) {
						$s = -1; return coderBoolPackedSliceValue;
					} else if (_2 === (14)) {
						$s = -1; return coderEnumPackedSliceValue;
					} else if (_2 === (5)) {
						$s = -1; return coderInt32PackedSliceValue;
					} else if (_2 === (17)) {
						$s = -1; return coderSint32PackedSliceValue;
					} else if (_2 === (13)) {
						$s = -1; return coderUint32PackedSliceValue;
					} else if (_2 === (3)) {
						$s = -1; return coderInt64PackedSliceValue;
					} else if (_2 === (18)) {
						$s = -1; return coderSint64PackedSliceValue;
					} else if (_2 === (4)) {
						$s = -1; return coderUint64PackedSliceValue;
					} else if (_2 === (15)) {
						$s = -1; return coderSfixed32PackedSliceValue;
					} else if (_2 === (7)) {
						$s = -1; return coderFixed32PackedSliceValue;
					} else if (_2 === (2)) {
						$s = -1; return coderFloatPackedSliceValue;
					} else if (_2 === (16)) {
						$s = -1; return coderSfixed64PackedSliceValue;
					} else if (_2 === (6)) {
						$s = -1; return coderFixed64PackedSliceValue;
					} else if (_2 === (1)) {
						$s = -1; return coderDoublePackedSliceValue;
					}
				case 14:
				$s = 5; continue;
			/* } else { */ case 4:
					_r$11 = fd.Kind(); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_3 = _r$11;
					/* */ if (_3 === (8)) { $s = 18; continue; }
					/* */ if (_3 === (14)) { $s = 19; continue; }
					/* */ if (_3 === (5)) { $s = 20; continue; }
					/* */ if (_3 === (17)) { $s = 21; continue; }
					/* */ if (_3 === (13)) { $s = 22; continue; }
					/* */ if (_3 === (3)) { $s = 23; continue; }
					/* */ if (_3 === (18)) { $s = 24; continue; }
					/* */ if (_3 === (4)) { $s = 25; continue; }
					/* */ if (_3 === (15)) { $s = 26; continue; }
					/* */ if (_3 === (7)) { $s = 27; continue; }
					/* */ if (_3 === (2)) { $s = 28; continue; }
					/* */ if (_3 === (16)) { $s = 29; continue; }
					/* */ if (_3 === (6)) { $s = 30; continue; }
					/* */ if (_3 === (1)) { $s = 31; continue; }
					/* */ if (_3 === (9)) { $s = 32; continue; }
					/* */ if (_3 === (12)) { $s = 33; continue; }
					/* */ if (_3 === (11)) { $s = 34; continue; }
					/* */ if (_3 === (10)) { $s = 35; continue; }
					/* */ $s = 36; continue;
					/* if (_3 === (8)) { */ case 18:
						$s = -1; return coderBoolValue;
					/* } else if (_3 === (14)) { */ case 19:
						$s = -1; return coderEnumValue;
					/* } else if (_3 === (5)) { */ case 20:
						$s = -1; return coderInt32Value;
					/* } else if (_3 === (17)) { */ case 21:
						$s = -1; return coderSint32Value;
					/* } else if (_3 === (13)) { */ case 22:
						$s = -1; return coderUint32Value;
					/* } else if (_3 === (3)) { */ case 23:
						$s = -1; return coderInt64Value;
					/* } else if (_3 === (18)) { */ case 24:
						$s = -1; return coderSint64Value;
					/* } else if (_3 === (4)) { */ case 25:
						$s = -1; return coderUint64Value;
					/* } else if (_3 === (15)) { */ case 26:
						$s = -1; return coderSfixed32Value;
					/* } else if (_3 === (7)) { */ case 27:
						$s = -1; return coderFixed32Value;
					/* } else if (_3 === (2)) { */ case 28:
						$s = -1; return coderFloatValue;
					/* } else if (_3 === (16)) { */ case 29:
						$s = -1; return coderSfixed64Value;
					/* } else if (_3 === (6)) { */ case 30:
						$s = -1; return coderFixed64Value;
					/* } else if (_3 === (1)) { */ case 31:
						$s = -1; return coderDoubleValue;
					/* } else if (_3 === (9)) { */ case 32:
						_r$12 = strs.EnforceUTF8(fd); /* */ $s = 39; case 39: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						/* */ if (_r$12) { $s = 37; continue; }
						/* */ $s = 38; continue;
						/* if (_r$12) { */ case 37:
							$s = -1; return coderStringValueValidateUTF8;
						/* } */ case 38:
						$s = -1; return coderStringValue;
					/* } else if (_3 === (12)) { */ case 33:
						$s = -1; return coderBytesValue;
					/* } else if (_3 === (11)) { */ case 34:
						$s = -1; return coderMessageValue;
					/* } else if (_3 === (10)) { */ case 35:
						$s = -1; return coderGroupValue;
					/* } */ case 36:
				case 16:
			/* } */ case 5:
		case 1:
		_r$13 = fd.FullName(); /* */ $s = 40; case 40: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_arg = new protoreflect.FullName(_r$13);
		_r$14 = fd.Cardinality(); /* */ $s = 41; case 41: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_arg$1 = new protoreflect.Cardinality(_r$14);
		_r$15 = fd.Kind(); /* */ $s = 42; case 42: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_arg$2 = new protoreflect.Kind(_r$15);
		_r$16 = fmt.Sprintf("invalid field: no encoder for %v %v %v", new sliceType$1([_arg, _arg$1, _arg$2])); /* */ $s = 43; case 43: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		$panic(new $String(_r$16));
		$s = -1; return new valueCoderFuncs.ptr($throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
		/* */ } return; } var $f = {$blk: encoderFuncsForValue, $c: true, $r, _1, _2, _3, _arg, _arg$1, _arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, fd, $s};return $f;
	};
	sizeEnum = function(p, f, param) {
		var {_r$5, _r$6, f, p, param, size, v, $s, $r, $c} = $restore(this, {p, f, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Int(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		v = _r$6;
		size = f.tagsize + protowire.SizeVarint((new $Uint64(v.$high, v.$low))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeEnum, $c: true, $r, _r$5, _r$6, f, p, param, size, v, $s};return $f;
	};
	appendEnum = function(b, p, f, opts) {
		var {_r$5, _r$6, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Int(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		v = _r$6;
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(v.$high, v.$low)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendEnum, $c: true, $r, _r$5, _r$6, b, f, opts, p, v, $s};return $f;
	};
	consumeEnum = function(b, p, wtyp, f, param) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, out, p, param, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeVarint(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$r = $clone(_r$5, reflect.Value).SetInt((new $Int64(v.$high, v.$low))); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeEnum, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, out, p, param, v, wtyp, $s};return $f;
	};
	mergeEnum = function(dst, src, param, param$1) {
		var {_r$5, _r$6, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(src.v, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$r = $clone(_r$5, reflect.Value).Set($clone(_r$6, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeEnum, $c: true, $r, _r$5, _r$6, dst, param, param$1, src, $s};return $f;
	};
	sizeEnumNoZero = function(p, f, opts) {
		var {$24r, _r$5, _r$6, _r$7, f, opts, p, size, x, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Int(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if ((x = _r$6, (x.$high === 0 && x.$low === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = _r$6, (x.$high === 0 && x.$low === 0))) { */ case 1:
			size = 0;
			$s = -1; return size;
		/* } */ case 2:
		_r$7 = sizeEnum($clone(p, pointer), f, $clone(opts, marshalOptions)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		size = _r$7;
		$24r = size;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: sizeEnumNoZero, $c: true, $r, $24r, _r$5, _r$6, _r$7, f, opts, p, size, x, $s};return $f;
	};
	appendEnumNoZero = function(b, p, f, opts) {
		var {$24r, _r$5, _r$6, _r$7, b, f, opts, p, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Int(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if ((x = _r$6, (x.$high === 0 && x.$low === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = _r$6, (x.$high === 0 && x.$low === 0))) { */ case 1:
			$s = -1; return [b, $ifaceNil];
		/* } */ case 2:
		_r$7 = appendEnum(b, $clone(p, pointer), f, $clone(opts, marshalOptions)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: appendEnumNoZero, $c: true, $r, $24r, _r$5, _r$6, _r$7, b, f, opts, p, x, $s};return $f;
	};
	mergeEnumNoZero = function(dst, src, param, param$1) {
		var {_r$5, _r$6, _r$7, _r$8, dst, param, param$1, src, x, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src.v, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Int(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (!((x = _r$6, (x.$high === 0 && x.$low === 0)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((x = _r$6, (x.$high === 0 && x.$low === 0)))) { */ case 1:
			_r$7 = $clone(dst.v, reflect.Value).Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(src.v, reflect.Value).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$r = $clone(_r$7, reflect.Value).Set($clone(_r$8, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeEnumNoZero, $c: true, $r, _r$5, _r$6, _r$7, _r$8, dst, param, param$1, src, x, $s};return $f;
	};
	sizeEnumPtr = function(p, f, opts) {
		var {$24r, _r$5, _r$6, f, opts, p, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = sizeEnum(new pointer.ptr($clone(_r$5, reflect.Value)), f, $clone(opts, marshalOptions)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		size = _r$6;
		$24r = size;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeEnumPtr, $c: true, $r, $24r, _r$5, _r$6, f, opts, p, size, $s};return $f;
	};
	appendEnumPtr = function(b, p, f, opts) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _r$5, _r$6, b, f, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = b;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = new pointer.ptr($clone(_r$5, reflect.Value));
		_arg$2 = f;
		_arg$3 = $clone(opts, marshalOptions);
		_r$6 = appendEnum(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: appendEnumPtr, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _r$5, _r$6, b, f, opts, p, $s};return $f;
	};
	consumeEnumPtr = function(b, p, wtyp, f, opts) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, f, opts, out, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).IsNil(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (_r$6) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$6) { */ case 1:
			_r$7 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(_r$8, reflect.Value).Type(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = _r$9.Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = reflect.New(_r$10); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$r = $clone(_r$7, reflect.Value).Set($clone(_r$11, reflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_arg = b;
		_r$12 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_arg$1 = new pointer.ptr($clone(_r$12, reflect.Value));
		_arg$2 = wtyp;
		_arg$3 = f;
		_arg$4 = $clone(opts, unmarshalOptions);
		_r$13 = consumeEnum(_arg, _arg$1, _arg$2, _arg$3, _arg$4); /* */ $s = 12; case 12: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_tuple = _r$13;
		unmarshalOutput.copy(out, _tuple[0]);
		err = _tuple[1];
		$24r = [out, err];
		$s = 13; case 13: return $24r;
		/* */ } return; } var $f = {$blk: consumeEnumPtr, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, f, opts, out, p, wtyp, $s};return $f;
	};
	mergeEnumPtr = function(dst, src, param, param$1) {
		var {_r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, dst, param, param$1, src, v, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(src.v, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).IsNil(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (!_r$6) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$6) { */ case 1:
			_r$7 = $clone(dst.v, reflect.Value).Type().Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = reflect.New(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			v = _r$9;
			_r$10 = $clone(v, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $clone(src.v, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = $clone(_r$11, reflect.Value).Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$r = $clone(_r$10, reflect.Value).Set($clone(_r$12, reflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$13 = $clone(dst.v, reflect.Value).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$r = $clone(_r$13, reflect.Value).Set($clone(v, reflect.Value)); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeEnumPtr, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, dst, param, param$1, src, v, $s};return $f;
	};
	sizeEnumSlice = function(p, f, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, f, i, llen, opts, p, s, size, x, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		_tmp = 0;
		_tmp$1 = $clone(s, reflect.Value).Len();
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 2:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 3; continue; }
			_r$6 = $clone(s, reflect.Value).Index(i); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, reflect.Value).Int(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = protowire.SizeVarint(((x = _r$7, new $Uint64(x.$high, x.$low)))); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			size = size + ((_r$8 + f.tagsize >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeEnumSlice, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, f, i, llen, opts, p, s, size, x, $s};return $f;
	};
	appendEnumSlice = function(b, p, f, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, b, f, i, llen, opts, p, s, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		_tmp = 0;
		_tmp$1 = $clone(s, reflect.Value).Len();
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 2:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 3; continue; }
			b = protowire.AppendVarint(b, f.wiretag);
			_arg = b;
			_r$6 = $clone(s, reflect.Value).Index(i); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, reflect.Value).Int(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg$1 = ((x = _r$7, new $Uint64(x.$high, x.$low)));
			_r$8 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			b = _r$8;
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendEnumSlice, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, b, f, i, llen, opts, p, s, x, $s};return $f;
	};
	consumeEnumSlice = function(b, p, wtyp, f, opts) {
		var {_r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, rv, rv$1, s, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				_tuple$1 = protowire.ConsumeVarint(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				_r$6 = $clone(s, reflect.Value).Type().Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = reflect.New(_r$6); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				rv = _r$8;
				$clone(rv, reflect.Value).SetInt((new $Int64(v.$high, v.$low)));
				_r$9 = reflect.Append($clone(s, reflect.Value), new sliceType$13([$clone(rv, reflect.Value)])); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$r = $clone(s, reflect.Value).Set($clone(_r$9, reflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		_tuple$2 = protowire.ConsumeVarint(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		_r$10 = $clone(s, reflect.Value).Type().Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$11 = reflect.New(_r$10); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$12 = $clone(_r$11, reflect.Value).Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		rv$1 = _r$12;
		$clone(rv$1, reflect.Value).SetInt((new $Int64(v$1.$high, v$1.$low)));
		_r$13 = reflect.Append($clone(s, reflect.Value), new sliceType$13([$clone(rv$1, reflect.Value)])); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		$r = $clone(s, reflect.Value).Set($clone(_r$13, reflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeEnumSlice, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, rv, rv$1, s, v, v$1, wtyp, $s};return $f;
	};
	mergeEnumSlice = function(dst, src, param, param$1) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, dst, param, param$1, src, $s, $r, $c} = $restore(this, {dst, src, param, param$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(dst.v, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg = $clone(_r$6, reflect.Value);
		_r$7 = $clone(src.v, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$7, reflect.Value);
		_r$8 = reflect.AppendSlice(_arg, _arg$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$r = $clone(_r$5, reflect.Value).Set($clone(_r$8, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeEnumSlice, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, dst, param, param$1, src, $s};return $f;
	};
	sizeEnumPackedSlice = function(p, f, opts) {
		var {_r$5, _r$6, _r$7, _r$8, f, i, llen, n, opts, p, s, size, x, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		llen = $clone(s, reflect.Value).Len();
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 3; continue; }
			_r$6 = $clone(s, reflect.Value).Index(i); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, reflect.Value).Int(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = protowire.SizeVarint(((x = _r$7, new $Uint64(x.$high, x.$low)))); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			n = n + (_r$8) >> 0;
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeEnumPackedSlice, $c: true, $r, _r$5, _r$6, _r$7, _r$8, f, i, llen, n, opts, p, s, size, x, $s};return $f;
	};
	appendEnumPackedSlice = function(b, p, f, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, b, f, i, i$1, llen, n, opts, p, s, x, x$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p.v, reflect.Value).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		llen = $clone(s, reflect.Value).Len();
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 3; continue; }
			_r$6 = $clone(s, reflect.Value).Index(i); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(_r$6, reflect.Value).Int(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = protowire.SizeVarint(((x = _r$7, new $Uint64(x.$high, x.$low)))); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			n = n + (_r$8) >> 0;
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 7:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 8; continue; }
			_arg = b;
			_r$9 = $clone(s, reflect.Value).Index(i$1); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, reflect.Value).Int(); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$1 = ((x$1 = _r$10, new $Uint64(x$1.$high, x$1.$low)));
			_r$11 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			b = _r$11;
			i$1 = i$1 + (1) >> 0;
		$s = 7; continue;
		case 8:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendEnumPackedSlice, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, b, f, i, i$1, llen, n, opts, p, s, x, x$1, $s};return $f;
	};
	sizeMessageSet = function(mi, p, opts) {
		var {_entry, _i, _keys, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, ext, mi, num, opts, p, size, u, x, xi, $s, $r, $c} = $restore(this, {mi, p, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		if (true) {
			size = 0;
			$s = -1; return size;
		}
		_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, pointer).Extensions(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ext = _r$6.$get();
		_ref = ext;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 3:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 4; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 3; continue;
			}
			x = $clone(_entry.v, ExtensionField);
			_r$7 = getExtensionFieldInfo($clone(x, ExtensionField).Type()); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			xi = _r$7;
			if (xi.funcs.size === $throwNilPointerError) {
				_i++;
				/* continue; */ $s = 3; continue;
			}
			_tuple = protowire.DecodeTag(xi.wiretag);
			num = _tuple[0];
			size = size + (messageset.SizeField(num)) >> 0;
			_r$8 = x.Value(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = xi.funcs.size($clone(_r$8, protoreflect.Value), protowire.SizeTag(3), $clone(opts, marshalOptions)); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + (_r$9) >> 0;
			_i++;
		$s = 3; continue;
		case 4:
		_r$10 = mi.getUnknownBytes($clone(p, pointer)); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		u = _r$10;
		if (!(u === ptrType$3.nil)) {
			size = size + (messageset.SizeUnknown(u.$get())) >> 0;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeMessageSet, $c: true, $r, _entry, _i, _keys, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, ext, mi, num, opts, p, size, u, x, xi, $s};return $f;
	};
	marshalMessageSet = function(mi, b, p, opts) {
		var {$24r, _1, _entry, _entry$1, _entry$2, _i, _i$1, _i$2, _keys, _keys$1, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, b, err, err$1, err$2, ext, k, k$1, keys, mi, opts, p, u, x, $s, $r, $c} = $restore(this, {mi, b, p, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (true) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (true) { */ case 1:
			_r$5 = errors.New("no support for message_set_wire_format", new sliceType$1([])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = [b, _r$5];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$6 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, pointer).Extensions(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		ext = _r$7.$get();
			_1 = $keys(ext).length;
			/* */ if (_1 === (0)) { $s = 8; continue; }
			/* */ if (_1 === (1)) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_1 === (0)) { */ case 8:
				$s = 11; continue;
			/* } else if (_1 === (1)) { */ case 9:
				_ref = ext;
				_i = 0;
				_keys = $keys(_ref);
				/* while (true) { */ case 12:
					/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 13; continue; }
					_entry = _ref[_keys[_i]];
					if (_entry === undefined) {
						_i++;
						/* continue; */ $s = 12; continue;
					}
					x = $clone(_entry.v, ExtensionField);
					err = $ifaceNil;
					_r$8 = marshalMessageSetField(mi, b, $clone(x, ExtensionField), $clone(opts, marshalOptions)); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_tuple = _r$8;
					b = _tuple[0];
					err = _tuple[1];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return [b, err];
					}
					_i++;
				$s = 12; continue;
				case 13:
				$s = 11; continue;
			/* } else { */ case 10:
				keys = $makeSlice(sliceType$14, 0, $keys(ext).length);
				_ref$1 = ext;
				_i$1 = 0;
				_keys$1 = $keys(_ref$1);
				while (true) {
					if (!(_i$1 < _keys$1.length)) { break; }
					_entry$1 = _ref$1[_keys$1[_i$1]];
					if (_entry$1 === undefined) {
						_i$1++;
						continue;
					}
					k = _entry$1.k;
					keys = $append(keys, ((k >> 0)));
					_i$1++;
				}
				$r = sort.Ints(keys); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_ref$2 = keys;
				_i$2 = 0;
				/* while (true) { */ case 16:
					/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 17; continue; }
					k$1 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
					err$1 = $ifaceNil;
					_r$9 = marshalMessageSetField(mi, b, $clone((_entry$2 = ext[$Int32.keyFor(((k$1 >> 0)))], _entry$2 !== undefined ? _entry$2.v : new ExtensionField.ptr($ifaceNil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), ptrType$40.nil)), ExtensionField), $clone(opts, marshalOptions)); /* */ $s = 18; case 18: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_tuple$1 = _r$9;
					b = _tuple$1[0];
					err$1 = _tuple$1[1];
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						$s = -1; return [b, err$1];
					}
					_i$2++;
				$s = 16; continue;
				case 17:
			/* } */ case 11:
		case 7:
		_r$10 = mi.getUnknownBytes($clone(p, pointer)); /* */ $s = 19; case 19: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		u = _r$10;
		/* */ if (!(u === ptrType$3.nil)) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (!(u === ptrType$3.nil)) { */ case 20:
			err$2 = $ifaceNil;
			_r$11 = messageset.AppendUnknown(b, u.$get()); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_tuple$2 = _r$11;
			b = _tuple$2[0];
			err$2 = _tuple$2[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return [b, err$2];
			}
		/* } */ case 21:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: marshalMessageSet, $c: true, $r, $24r, _1, _entry, _entry$1, _entry$2, _i, _i$1, _i$2, _keys, _keys$1, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, b, err, err$1, err$2, ext, k, k$1, keys, mi, opts, p, u, x, $s};return $f;
	};
	marshalMessageSetField = function(mi, b, x, opts) {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$5, _r$6, _r$7, _tuple, _tuple$1, b, err, mi, num, opts, x, xi, $s, $r, $c} = $restore(this, {mi, b, x, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = getExtensionFieldInfo($clone(x, ExtensionField).Type()); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		xi = _r$5;
		_tuple = protowire.DecodeTag(xi.wiretag);
		num = _tuple[0];
		b = messageset.AppendFieldStart(b, num);
		_arg = b;
		_r$6 = x.Value(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$6, protoreflect.Value);
		_arg$2 = protowire.EncodeTag(3, 2);
		_arg$3 = $clone(opts, marshalOptions);
		_r$7 = xi.funcs.marshal(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$1 = _r$7;
		b = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [b, err];
		}
		b = messageset.AppendFieldEnd(b);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: marshalMessageSetField, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$5, _r$6, _r$7, _tuple, _tuple$1, b, err, mi, num, opts, x, xi, $s};return $f;
	};
	unmarshalMessageSet = function(mi, b, p, opts) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$2, _tmp$3, b, ep, err, ext, initialized, mi, opts, out, p, $s, $r, $c} = $restore(this, {mi, b, p, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ext = [ext];
		initialized = [initialized];
		mi = [mi];
		opts = [opts];
		p = [p];
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		/* */ if (true) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (true) { */ case 1:
			_tmp = $clone(out, unmarshalOutput);
			_r$5 = errors.New("no support for message_set_wire_format", new sliceType$1([])); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tmp$1 = _r$5;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$24r = [out, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$6 = $clone(p[0], pointer).Apply($clone(mi[0].coderMessageInfo.extensionOffset, offset)); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, pointer).Extensions(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		ep = _r$7;
		if (ep.$get() === false) {
			ep.$set({});
		}
		ext[0] = ep.$get();
		initialized[0] = true;
		_r$8 = messageset.Unmarshal(b, true, (function(ext, initialized, mi, opts, p) { return function $b(num, v) {
			var {_r$8, _r$9, _tuple, err$1, num, o, u, v, $s, $r, $c} = $restore(this, {num, v});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$8 = mi[0].unmarshalExtension(v, num, 2, ext[0], $clone(opts[0], unmarshalOptions)); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple = _r$8;
			o = $clone(_tuple[0], unmarshalOutput);
			err$1 = _tuple[1];
			/* */ if ($interfaceIsEqual(err$1, errUnknown)) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ($interfaceIsEqual(err$1, errUnknown)) { */ case 2:
				_r$9 = mi[0].mutableUnknownBytes($clone(p[0], pointer)); /* */ $s = 4; case 4: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				u = _r$9;
				u.$set(protowire.AppendTag(u.$get(), num, 2));
				u.$set($appendSlice(u.$get(), v));
				$s = -1; return $ifaceNil;
			/* } */ case 3:
			if (!o.initialized) {
				initialized[0] = false;
			}
			$s = -1; return err$1;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$8, _r$9, _tuple, err$1, num, o, u, v, $s};return $f;
		}; })(ext, initialized, mi, opts, p)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err = _r$8;
		out.n = b.$length;
		out.initialized = initialized[0];
		_tmp$2 = $clone(out, unmarshalOutput);
		_tmp$3 = err;
		unmarshalOutput.copy(out, _tmp$2);
		err = _tmp$3;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: unmarshalMessageSet, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$2, _tmp$3, b, ep, err, ext, initialized, mi, opts, out, p, $s};return $f;
	};
	MessageInfo.ptr.prototype.makeCoderMethods = function(t, si) {
		var {_arg, _arg$1, _arg$2, _arg$3, _entry, _entry$1, _entry$2, _i, _i$1, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tuple, _v, _v$1, cf, cf$1, cf$2, childMessage, fd, fieldOffset, fields, fs, ft, funcs, i, i$1, isOneof, maxDense, mi, od, oneofs, preallocFields, si, t, wiretag, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {t, si});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fields = [fields];
		mi = [mi];
		mi[0] = this;
		offset.copy(mi[0].coderMessageInfo.sizecacheOffset, invalidOffset);
		offset.copy(mi[0].coderMessageInfo.unknownOffset, invalidOffset);
		offset.copy(mi[0].coderMessageInfo.extensionOffset, invalidOffset);
		if ($clone(si.sizecacheOffset, offset).IsValid() && $interfaceIsEqual(si.sizecacheType, sizecacheType)) {
			offset.copy(mi[0].coderMessageInfo.sizecacheOffset, si.sizecacheOffset);
		}
		/* */ if ($clone(si.unknownOffset, offset).IsValid() && ($interfaceIsEqual(si.unknownType, unknownFieldsAType) || $interfaceIsEqual(si.unknownType, unknownFieldsBType))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(si.unknownOffset, offset).IsValid() && ($interfaceIsEqual(si.unknownType, unknownFieldsAType) || $interfaceIsEqual(si.unknownType, unknownFieldsBType))) { */ case 1:
			offset.copy(mi[0].coderMessageInfo.unknownOffset, si.unknownOffset);
			_r$5 = si.unknownType.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			mi[0].coderMessageInfo.unknownPtrKind = _r$5 === 22;
		/* } */ case 2:
		if ($clone(si.extensionOffset, offset).IsValid() && $interfaceIsEqual(si.extensionType, extensionFieldsType)) {
			offset.copy(mi[0].coderMessageInfo.extensionOffset, si.extensionOffset);
		}
		mi[0].coderMessageInfo.coderFields = {};
		_r$6 = mi[0].Desc.Fields(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		fields[0] = _r$6;
		_r$7 = fields[0].Len(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		preallocFields = $makeSlice(sliceType$30, _r$7);
		i = 0;
		/* while (true) { */ case 6:
			_r$8 = fields[0].Len(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			/* if (!(i < _r$8)) { break; } */ if(!(i < _r$8)) { $s = 7; continue; }
			fd = [fd];
			_r$9 = fields[0].Get(i); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			fd[0] = _r$9;
			_r$10 = fd[0].Number(); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			fs = $clone((_entry = si.fieldsByNumber[protowire.Number.keyFor(_r$10)], _entry !== undefined ? _entry.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)), reflect.StructField);
			_r$11 = fd[0].ContainingOneof(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			if (!(!($interfaceIsEqual(_r$11, $ifaceNil)))) { _v = false; $s = 11; continue s; }
			_r$12 = fd[0].ContainingOneof(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = _r$12.IsSynthetic(); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_v = !_r$13; case 11:
			isOneof = _v;
			/* */ if (isOneof) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (isOneof) { */ case 15:
				_r$14 = fd[0].ContainingOneof(); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$15 = _r$14.Name(); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				reflect.StructField.copy(fs, (_entry$1 = si.oneofsByName[protoreflect.Name.keyFor(_r$15)], _entry$1 !== undefined ? _entry$1.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)));
			/* } */ case 16:
			ft = fs.Type;
			wiretag = new $Uint64(0, 0);
			_r$16 = fd[0].IsPacked(); /* */ $s = 22; case 22: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			/* */ if (!_r$16) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!_r$16) { */ case 19:
				_r$17 = fd[0].Number(); /* */ $s = 23; case 23: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_arg = _r$17;
				_r$18 = fd[0].Kind(); /* */ $s = 24; case 24: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_arg$1 = (_entry$2 = wireTypes[protoreflect.Kind.keyFor(_r$18)], _entry$2 !== undefined ? _entry$2.v : 0);
				_r$19 = protowire.EncodeTag(_arg, _arg$1); /* */ $s = 25; case 25: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				wiretag = _r$19;
				$s = 21; continue;
			/* } else { */ case 20:
				_r$20 = fd[0].Number(); /* */ $s = 26; case 26: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$21 = protowire.EncodeTag(_r$20, 2); /* */ $s = 27; case 27: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				wiretag = _r$21;
			/* } */ case 21:
			fieldOffset = new offset.ptr(0, $throwNilPointerError);
			funcs = new pointerCoderFuncs.ptr(ptrType$5.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			childMessage = ptrType$5.nil;
				/* */ if ($interfaceIsEqual(ft, $ifaceNil)) { $s = 29; continue; }
				/* */ if (isOneof) { $s = 30; continue; }
				_r$22 = fd[0].IsWeak(); /* */ $s = 34; case 34: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				/* */ if (_r$22) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if ($interfaceIsEqual(ft, $ifaceNil)) { */ case 29:
					pointerCoderFuncs.copy(funcs, new pointerCoderFuncs.ptr(ptrType$5.nil, (function(fd, fields, mi) { return function(p, f, opts) {
						var f, opts, p;
						return 0;
					}; })(fd, fields, mi), (function(fd, fields, mi) { return function(b, p, f, opts) {
						var b, f, opts, p;
						return [sliceType.nil, $ifaceNil];
					}; })(fd, fields, mi), (function(fd, fields, mi) { return function $b(b, p, wtyp, f, opts) {
						var {_r$23, b, f, opts, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						_r$23 = fd[0].FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
						$panic(new $String("missing Go struct field for " + (_r$23)));
						$s = -1; return [new unmarshalOutput.ptr(0, false), $ifaceNil];
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$23, b, f, opts, p, wtyp, $s};return $f;
					}; })(fd, fields, mi), (function(fd, fields, mi) { return function $b(p, f) {
						var {_r$23, f, p, $s, $r, $c} = $restore(this, {p, f});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						_r$23 = fd[0].FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
						$panic(new $String("missing Go struct field for " + (_r$23)));
						$s = -1; return $ifaceNil;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$23, f, p, $s};return $f;
					}; })(fd, fields, mi), (function(fd, fields, mi) { return function $b(dst, src, f, opts) {
						var {_r$23, dst, f, opts, src, $s, $r, $c} = $restore(this, {dst, src, f, opts});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						_r$23 = fd[0].FullName(); /* */ $s = 1; case 1: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
						$panic(new $String("missing Go struct field for " + (_r$23)));
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$23, dst, f, opts, src, $s};return $f;
					}; })(fd, fields, mi)));
					$s = 33; continue;
				/* } else if (isOneof) { */ case 30:
					offset.copy(fieldOffset, offsetOf($clone(fs, reflect.StructField), mi[0].Exporter));
					$s = 33; continue;
				/* } else if (_r$22) { */ case 31:
					offset.copy(fieldOffset, si.weakOffset);
					pointerCoderFuncs.copy(funcs, makeWeakMessageFieldCoder(fd[0]));
					$s = 33; continue;
				/* } else { */ case 32:
					offset.copy(fieldOffset, offsetOf($clone(fs, reflect.StructField), mi[0].Exporter));
					_r$23 = fieldCoder(fd[0], ft); /* */ $s = 35; case 35: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					_tuple = _r$23;
					childMessage = _tuple[0];
					pointerCoderFuncs.copy(funcs, _tuple[1]);
				/* } */ case 33:
			case 28:
			cf = ((i < 0 || i >= preallocFields.$length) ? ($throwRuntimeError("index out of range"), undefined) : preallocFields.$array[preallocFields.$offset + i]);
			_r$24 = fd[0].Number(); /* */ $s = 36; case 36: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_r$25 = newFieldValidationInfo(mi[0], $clone(si, structInfo), fd[0], ft); /* */ $s = 37; case 37: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_r$26 = fd[0].Cardinality(); /* */ $s = 39; case 39: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			if (_r$26 === 3) { _v$1 = true; $s = 38; continue s; }
			_r$27 = fd[0].HasPresence(); /* */ $s = 40; case 40: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			_v$1 = _r$27; case 38:
			_r$28 = fd[0].Cardinality(); /* */ $s = 41; case 41: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			coderFieldInfo.copy(cf, new coderFieldInfo.ptr($clone(funcs, pointerCoderFuncs), childMessage, ft, $clone(_r$25, validationInfo), _r$24, $clone(fieldOffset, offset), wiretag, protowire.SizeVarint(wiretag), _v$1, _r$28 === 2));
			mi[0].coderMessageInfo.orderedCoderFields = $append(mi[0].coderMessageInfo.orderedCoderFields, cf);
			_key = cf.num; (mi[0].coderMessageInfo.coderFields || $throwRuntimeError("assignment to entry in nil map"))[protowire.Number.keyFor(_key)] = { k: _key, v: cf };
			i = i + (1) >> 0;
		$s = 6; continue;
		case 7:
		_tmp = 0;
		_r$29 = mi[0].Desc.Oneofs(); /* */ $s = 42; case 42: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
		_tmp$1 = _r$29;
		i$1 = _tmp;
		oneofs = _tmp$1;
		/* while (true) { */ case 43:
			_r$30 = oneofs.Len(); /* */ $s = 45; case 45: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
			/* if (!(i$1 < _r$30)) { break; } */ if(!(i$1 < _r$30)) { $s = 44; continue; }
			_r$31 = oneofs.Get(i$1); /* */ $s = 46; case 46: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
			od = _r$31;
			_r$32 = od.IsSynthetic(); /* */ $s = 49; case 49: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
			/* */ if (!_r$32) { $s = 47; continue; }
			/* */ $s = 48; continue;
			/* if (!_r$32) { */ case 47:
				$r = mi[0].initOneofFieldCoders(od, $clone(si, structInfo)); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 48:
			i$1 = i$1 + (1) >> 0;
		$s = 43; continue;
		case 44:
		_r$33 = messageset.IsMessageSet(mi[0].Desc); /* */ $s = 53; case 53: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
		/* */ if (_r$33) { $s = 51; continue; }
		/* */ $s = 52; continue;
		/* if (_r$33) { */ case 51:
			/* */ if (!$clone(mi[0].coderMessageInfo.extensionOffset, offset).IsValid()) { $s = 54; continue; }
			/* */ $s = 55; continue;
			/* if (!$clone(mi[0].coderMessageInfo.extensionOffset, offset).IsValid()) { */ case 54:
				_r$34 = mi[0].Desc.FullName(); /* */ $s = 56; case 56: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
				_arg$2 = new protoreflect.FullName(_r$34);
				_r$35 = fmt.Sprintf("%v: MessageSet with no extensions field", new sliceType$1([_arg$2])); /* */ $s = 57; case 57: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
				$panic(new $String(_r$35));
			/* } */ case 55:
			/* */ if (!$clone(mi[0].coderMessageInfo.unknownOffset, offset).IsValid()) { $s = 58; continue; }
			/* */ $s = 59; continue;
			/* if (!$clone(mi[0].coderMessageInfo.unknownOffset, offset).IsValid()) { */ case 58:
				_r$36 = mi[0].Desc.FullName(); /* */ $s = 60; case 60: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
				_arg$3 = new protoreflect.FullName(_r$36);
				_r$37 = fmt.Sprintf("%v: MessageSet with no unknown field", new sliceType$1([_arg$3])); /* */ $s = 61; case 61: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
				$panic(new $String(_r$37));
			/* } */ case 59:
			mi[0].coderMessageInfo.isMessageSet = true;
		/* } */ case 52:
		$r = sort.Slice(mi[0].coderMessageInfo.orderedCoderFields, (function(fields, mi) { return function(i$2, j) {
			var i$2, j, x, x$1;
			return (x = mi[0].coderMessageInfo.orderedCoderFields, ((i$2 < 0 || i$2 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$2])).num < (x$1 = mi[0].coderMessageInfo.orderedCoderFields, ((j < 0 || j >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + j])).num;
		}; })(fields, mi)); /* */ $s = 62; case 62: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		maxDense = 0;
		_ref = mi[0].coderMessageInfo.orderedCoderFields;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cf$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (cf$1.num >= 16 && cf$1.num >= ($imul(2, maxDense))) {
				break;
			}
			maxDense = cf$1.num;
			_i++;
		}
		mi[0].coderMessageInfo.denseCoderFields = $makeSlice(sliceType$16, (maxDense + 1 >> 0));
		_ref$1 = mi[0].coderMessageInfo.orderedCoderFields;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			cf$2 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (((cf$2.num >> 0)) >= mi[0].coderMessageInfo.denseCoderFields.$length) {
				break;
			}
			(x = mi[0].coderMessageInfo.denseCoderFields, x$1 = cf$2.num, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = cf$2));
			_i$1++;
		}
		_r$38 = mi[0].Desc.Oneofs(); /* */ $s = 65; case 65: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
		_r$39 = _r$38.Len(); /* */ $s = 66; case 66: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
		/* */ if (_r$39 > 0) { $s = 63; continue; }
		/* */ $s = 64; continue;
		/* if (_r$39 > 0) { */ case 63:
			$r = sort.Slice(mi[0].coderMessageInfo.orderedCoderFields, (function(fields, mi) { return function $b(i$2, j) {
				var {$24r, _r$40, _r$41, _r$42, fi, fj, i$2, j, x$2, x$3, $s, $r, $c} = $restore(this, {i$2, j});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$40 = fields[0].ByNumber((x$2 = mi[0].coderMessageInfo.orderedCoderFields, ((i$2 < 0 || i$2 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$2])).num); /* */ $s = 1; case 1: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
				fi = _r$40;
				_r$41 = fields[0].ByNumber((x$3 = mi[0].coderMessageInfo.orderedCoderFields, ((j < 0 || j >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + j])).num); /* */ $s = 2; case 2: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
				fj = _r$41;
				_r$42 = order.LegacyFieldOrder(fi, fj); /* */ $s = 3; case 3: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
				$24r = _r$42;
				$s = 4; case 4: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$40, _r$41, _r$42, fi, fj, i$2, j, x$2, x$3, $s};return $f;
			}; })(fields, mi)); /* */ $s = 67; case 67: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 64:
		_r$40 = needsInitCheck(mi[0].Desc); /* */ $s = 68; case 68: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
		mi[0].coderMessageInfo.needsInitCheck = _r$40;
		if (mi[0].coderMessageInfo.methods.Marshal === $throwNilPointerError && mi[0].coderMessageInfo.methods.Size === $throwNilPointerError) {
			mi[0].coderMessageInfo.methods.Flags = (x$2 = mi[0].coderMessageInfo.methods.Flags, x$3 = new $Uint64(0, 1), new $Uint64(x$2.$high | x$3.$high, (x$2.$low | x$3.$low) >>> 0));
			mi[0].coderMessageInfo.methods.Marshal = $methodVal(mi[0], "marshal");
			mi[0].coderMessageInfo.methods.Size = $methodVal(mi[0], "size");
		}
		if (mi[0].coderMessageInfo.methods.Unmarshal === $throwNilPointerError) {
			mi[0].coderMessageInfo.methods.Flags = (x$4 = mi[0].coderMessageInfo.methods.Flags, x$5 = new $Uint64(0, 2), new $Uint64(x$4.$high | x$5.$high, (x$4.$low | x$5.$low) >>> 0));
			mi[0].coderMessageInfo.methods.Unmarshal = $methodVal(mi[0], "unmarshal");
		}
		if (mi[0].coderMessageInfo.methods.CheckInitialized === $throwNilPointerError) {
			mi[0].coderMessageInfo.methods.CheckInitialized = $methodVal(mi[0], "checkInitialized");
		}
		if (mi[0].coderMessageInfo.methods.Merge === $throwNilPointerError) {
			mi[0].coderMessageInfo.methods.Merge = $methodVal(mi[0], "merge");
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.makeCoderMethods, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _entry, _entry$1, _entry$2, _i, _i$1, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tuple, _v, _v$1, cf, cf$1, cf$2, childMessage, fd, fieldOffset, fields, fs, ft, funcs, i, i$1, isOneof, maxDense, mi, od, oneofs, preallocFields, si, t, wiretag, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	MessageInfo.prototype.makeCoderMethods = function(t, si) { return this.$val.makeCoderMethods(t, si); };
	MessageInfo.ptr.prototype.getUnknownBytes = function(p) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, mi, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		/* */ if (mi.coderMessageInfo.unknownPtrKind) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (mi.coderMessageInfo.unknownPtrKind) { */ case 1:
			_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(_r$5, pointer).BytesPtr(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6.$get();
			$s = 6; case 6: return $24r;
		/* } else { */ case 2:
			_r$7 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, pointer).Bytes(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = _r$8;
			$s = 9; case 9: return $24r$1;
		/* } */ case 3:
		$s = -1; return ptrType$3.nil;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.getUnknownBytes, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, mi, p, $s};return $f;
	};
	MessageInfo.prototype.getUnknownBytes = function(p) { return this.$val.getUnknownBytes(p); };
	MessageInfo.ptr.prototype.mutableUnknownBytes = function(p) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, bp, mi, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		/* */ if (mi.coderMessageInfo.unknownPtrKind) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (mi.coderMessageInfo.unknownPtrKind) { */ case 1:
			_r$5 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(_r$5, pointer).BytesPtr(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			bp = _r$6;
			if (bp.$get() === ptrType$3.nil) {
				bp.$set($newDataPointer(sliceType.nil, ptrType$3));
			}
			$s = -1; return bp.$get();
		/* } else { */ case 2:
			_r$7 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.unknownOffset, offset)); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, pointer).Bytes(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 8; case 8: return $24r;
		/* } */ case 3:
		$s = -1; return ptrType$3.nil;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.mutableUnknownBytes, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, bp, mi, p, $s};return $f;
	};
	MessageInfo.prototype.mutableUnknownBytes = function(p) { return this.$val.mutableUnknownBytes(p); };
	mapRange = function(v) {
		var v;
		return $clone(v, reflect.Value).MapRange();
	};
	encoderFuncsForMap = function(fd, ft) {
		var {_1, _arg, _arg$1, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, conv, fd, ft, funcs, keyField, keyFuncs, keyWiretag, mapi, valField, valFuncs, valWiretag, valueMessage, $s, $r, $c} = $restore(this, {fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ft = [ft];
		mapi = [mapi];
		valueMessage = ptrType$5.nil;
		funcs = new pointerCoderFuncs.ptr(ptrType$5.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
		_r$5 = fd.MapKey(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		keyField = _r$5;
		_r$6 = fd.MapValue(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		valField = _r$6;
		_r$7 = keyField.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_arg = (_entry = wireTypes[protoreflect.Kind.keyFor(_r$7)], _entry !== undefined ? _entry.v : 0);
		_r$8 = protowire.EncodeTag(1, _arg); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		keyWiretag = _r$8;
		_r$9 = valField.Kind(); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_arg$1 = (_entry$1 = wireTypes[protoreflect.Kind.keyFor(_r$9)], _entry$1 !== undefined ? _entry$1.v : 0);
		_r$10 = protowire.EncodeTag(2, _arg$1); /* */ $s = 6; case 6: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		valWiretag = _r$10;
		_r$11 = encoderFuncsForValue(keyField); /* */ $s = 7; case 7: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		keyFuncs = $clone(_r$11, valueCoderFuncs);
		_r$12 = encoderFuncsForValue(valField); /* */ $s = 8; case 8: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		valFuncs = $clone(_r$12, valueCoderFuncs);
		_r$13 = newMapConverter(ft[0], fd); /* */ $s = 9; case 9: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		conv = _r$13;
		_r$14 = keyField.Default(); /* */ $s = 10; case 10: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_r$15 = keyField.Kind(); /* */ $s = 11; case 11: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		mapi[0] = new mapInfo.ptr(ft[0], keyWiretag, valWiretag, $clone(keyFuncs, valueCoderFuncs), $clone(valFuncs, valueCoderFuncs), $clone(_r$14, protoreflect.Value), _r$15, conv);
		_r$16 = valField.Kind(); /* */ $s = 14; case 14: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		/* */ if (_r$16 === 11) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (_r$16 === 11) { */ case 12:
			_r$17 = ft[0].Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = getMessageInfo(_r$17); /* */ $s = 16; case 16: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			valueMessage = _r$18;
		/* } */ case 13:
		pointerCoderFuncs.copy(funcs, new pointerCoderFuncs.ptr(ptrType$5.nil, (function(ft, mapi) { return function $b(p, f, opts) {
			var {$24r, _r$19, _r$20, _r$21, f, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$19 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$20 = $clone(_r$19, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$21 = sizeMap($clone(_r$20, reflect.Value), mapi[0], f, $clone(opts, marshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			$24r = _r$21;
			$s = 4; case 4: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$19, _r$20, _r$21, f, opts, p, $s};return $f;
		}; })(ft, mapi), (function(ft, mapi) { return function $b(b, p, f, opts) {
			var {$24r, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$19, _r$20, _r$21, b, f, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_arg$2 = b;
			_r$19 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$20 = $clone(_r$19, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_arg$3 = $clone(_r$20, reflect.Value);
			_arg$4 = mapi[0];
			_arg$5 = f;
			_arg$6 = $clone(opts, marshalOptions);
			_r$21 = appendMap(_arg$2, _arg$3, _arg$4, _arg$5, _arg$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			$24r = _r$21;
			$s = 4; case 4: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$19, _r$20, _r$21, b, f, opts, p, $s};return $f;
		}; })(ft, mapi), (function(ft, mapi) { return function $b(b, p, wtyp, f, opts) {
			var {$24r, $24r$1, _arg$10, _arg$11, _arg$12, _arg$13, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, b, f, mp, opts, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$19 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			mp = _r$19;
			_r$20 = $clone(mp, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$21 = $clone(_r$20, reflect.Value).IsNil(); /* */ $s = 5; case 5: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			/* */ if (_r$21) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_r$21) { */ case 2:
				_r$22 = $clone(mp, reflect.Value).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_r$23 = reflect.MakeMap(mapi[0].goType); /* */ $s = 7; case 7: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				$r = $clone(_r$22, reflect.Value).Set($clone(_r$23, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 3:
			/* */ if (f.mi === ptrType$5.nil) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (f.mi === ptrType$5.nil) { */ case 9:
				_arg$2 = b;
				_r$24 = $clone(mp, reflect.Value).Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_arg$3 = $clone(_r$24, reflect.Value);
				_arg$4 = wtyp;
				_arg$5 = mapi[0];
				_arg$6 = f;
				_arg$7 = $clone(opts, unmarshalOptions);
				_r$25 = consumeMap(_arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7); /* */ $s = 13; case 13: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				$24r = _r$25;
				$s = 14; case 14: return $24r;
			/* } else { */ case 10:
				_arg$8 = b;
				_r$26 = $clone(mp, reflect.Value).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_arg$9 = $clone(_r$26, reflect.Value);
				_arg$10 = wtyp;
				_arg$11 = mapi[0];
				_arg$12 = f;
				_arg$13 = $clone(opts, unmarshalOptions);
				_r$27 = consumeMapOfMessage(_arg$8, _arg$9, _arg$10, _arg$11, _arg$12, _arg$13); /* */ $s = 16; case 16: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				$24r$1 = _r$27;
				$s = 17; case 17: return $24r$1;
			/* } */ case 11:
			$s = -1; return [new unmarshalOutput.ptr(0, false), $ifaceNil];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, _arg$10, _arg$11, _arg$12, _arg$13, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, b, f, mp, opts, p, wtyp, $s};return $f;
		}; })(ft, mapi), $throwNilPointerError, $throwNilPointerError));
			_r$19 = valField.Kind(); /* */ $s = 18; case 18: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_1 = _r$19;
			if (_1 === (11)) {
				funcs.merge = mergeMapOfMessage;
			} else if (_1 === (12)) {
				funcs.merge = mergeMapOfBytes;
			} else {
				funcs.merge = mergeMap;
			}
		case 17:
		if (!(valFuncs.isInit === $throwNilPointerError)) {
			funcs.isInit = (function(ft, mapi) { return function $b(p, f) {
				var {$24r, _r$20, _r$21, _r$22, f, p, $s, $r, $c} = $restore(this, {p, f});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$20 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$21 = $clone(_r$20, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$22 = isInitMap($clone(_r$21, reflect.Value), mapi[0], f); /* */ $s = 3; case 3: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				$24r = _r$22;
				$s = 4; case 4: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$20, _r$21, _r$22, f, p, $s};return $f;
			}; })(ft, mapi);
		}
		_tmp = valueMessage;
		_tmp$1 = $clone(funcs, pointerCoderFuncs);
		valueMessage = _tmp;
		pointerCoderFuncs.copy(funcs, _tmp$1);
		$s = -1; return [valueMessage, funcs];
		/* */ } return; } var $f = {$blk: encoderFuncsForMap, $c: true, $r, _1, _arg, _arg$1, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, conv, fd, ft, funcs, keyField, keyFuncs, keyWiretag, mapi, valField, valFuncs, valWiretag, valueMessage, $s};return $f;
	};
	sizeMap = function(mapv, mapi, f, opts) {
		var {_r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$5, _r$6, _r$7, _r$8, _r$9, f, iter, key, keySize, mapi, mapv, n, opts, p, valSize, value, $s, $r, $c} = $restore(this, {mapv, mapi, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($clone(mapv, reflect.Value).Len() === 0) {
			$s = -1; return 0;
		}
		n = 0;
		iter = mapRange($clone(mapv, reflect.Value));
		/* while (true) { */ case 1:
			_r$5 = iter.Next(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* if (!(_r$5)) { break; } */ if(!(_r$5)) { $s = 2; continue; }
			_r$6 = iter.Key(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = mapi.conv.keyConv.PBValueOf($clone(_r$6, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, protoreflect.Value).MapKey(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			key = $clone(_r$8, protoreflect.MapKey);
			_r$9 = mapi.keyFuncs.size($clone($clone(key, protoreflect.MapKey).Value(), protoreflect.Value), 1, $clone(opts, marshalOptions)); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			keySize = _r$9;
			valSize = 0;
			_r$10 = iter.Value(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = mapi.conv.valConv.PBValueOf($clone(_r$10, reflect.Value)); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			value = $clone(_r$11, protoreflect.Value);
			/* */ if (f.mi === ptrType$5.nil) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (f.mi === ptrType$5.nil) { */ case 10:
				_r$12 = mapi.valFuncs.size($clone(value, protoreflect.Value), 1, $clone(opts, marshalOptions)); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				valSize = _r$12;
				$s = 12; continue;
			/* } else { */ case 11:
				_r$13 = iter.Value(); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = pointerOfValue($clone(_r$13, reflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				p = $clone(_r$14, pointer);
				valSize = valSize + (1) >> 0;
				_r$15 = f.mi.sizePointer($clone(p, pointer), $clone(opts, marshalOptions)); /* */ $s = 16; case 16: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = protowire.SizeBytes(_r$15); /* */ $s = 17; case 17: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				valSize = valSize + (_r$16) >> 0;
			/* } */ case 12:
			n = n + ((f.tagsize + protowire.SizeBytes(keySize + valSize >> 0) >> 0)) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: sizeMap, $c: true, $r, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$5, _r$6, _r$7, _r$8, _r$9, f, iter, key, keySize, mapi, mapv, n, opts, p, valSize, value, $s};return $f;
	};
	consumeMap = function(b, mapv, wtyp, mapi, f, opts) {
		var {_1, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, err$1, f, key, mapi, mapv, n, n$1, num, o, o$1, opts, out, v, v$1, val, wtyp, wtyp$1, $s, $r, $c} = $restore(this, {b, mapv, wtyp, mapi, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		b = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		key = $clone(mapi.keyZero, protoreflect.Value);
		_r$5 = mapi.conv.valConv.New(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		val = $clone(_r$5, protoreflect.Value);
		/* while (true) { */ case 2:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 3; continue; }
			_tuple$1 = protowire.ConsumeTag(b);
			num = _tuple$1[0];
			wtyp$1 = _tuple$1[1];
			n$1 = _tuple$1[2];
			if (n$1 < 0) {
				_tmp$4 = $clone(out, unmarshalOutput);
				_tmp$5 = errDecode;
				unmarshalOutput.copy(out, _tmp$4);
				err = _tmp$5;
				$s = -1; return [out, err];
			}
			if (num > 536870911) {
				_tmp$6 = $clone(out, unmarshalOutput);
				_tmp$7 = errDecode;
				unmarshalOutput.copy(out, _tmp$6);
				err = _tmp$7;
				$s = -1; return [out, err];
			}
			b = $subslice(b, n$1);
			err$1 = errUnknown;
				_1 = num;
				/* */ if (_1 === (1)) { $s = 5; continue; }
				/* */ if (_1 === (2)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (_1 === (1)) { */ case 5:
					v = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					o = new unmarshalOutput.ptr(0, false);
					_r$6 = mapi.keyFuncs.unmarshal(b, $clone(key, protoreflect.Value), num, wtyp$1, $clone(opts, unmarshalOptions)); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_tuple$2 = _r$6;
					protoreflect.Value.copy(v, _tuple$2[0]);
					unmarshalOutput.copy(o, _tuple$2[1]);
					err$1 = _tuple$2[2];
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						/* break; */ $s = 4; continue;
					}
					protoreflect.Value.copy(key, v);
					n$1 = o.n;
					$s = 7; continue;
				/* } else if (_1 === (2)) { */ case 6:
					v$1 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					o$1 = new unmarshalOutput.ptr(0, false);
					_r$7 = mapi.valFuncs.unmarshal(b, $clone(val, protoreflect.Value), num, wtyp$1, $clone(opts, unmarshalOptions)); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_tuple$3 = _r$7;
					protoreflect.Value.copy(v$1, _tuple$3[0]);
					unmarshalOutput.copy(o$1, _tuple$3[1]);
					err$1 = _tuple$3[2];
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						/* break; */ $s = 4; continue;
					}
					protoreflect.Value.copy(val, v$1);
					n$1 = o$1.n;
				/* } */ case 7:
			case 4:
			if ($interfaceIsEqual(err$1, errUnknown)) {
				n$1 = protowire.ConsumeFieldValue(num, wtyp$1, b);
				if (n$1 < 0) {
					_tmp$8 = $clone(out, unmarshalOutput);
					_tmp$9 = errDecode;
					unmarshalOutput.copy(out, _tmp$8);
					err = _tmp$9;
					$s = -1; return [out, err];
				}
			} else if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				_tmp$10 = $clone(out, unmarshalOutput);
				_tmp$11 = err$1;
				unmarshalOutput.copy(out, _tmp$10);
				err = _tmp$11;
				$s = -1; return [out, err];
			}
			b = $subslice(b, n$1);
		$s = 2; continue;
		case 3:
		_r$8 = mapi.conv.keyConv.GoValueOf($clone(key, protoreflect.Value)); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg = $clone(_r$8, reflect.Value);
		_r$9 = mapi.conv.valConv.GoValueOf($clone(val, protoreflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$9, reflect.Value);
		$r = $clone(mapv, reflect.Value).SetMapIndex(_arg, _arg$1); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		_tmp$12 = $clone(out, unmarshalOutput);
		_tmp$13 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$12);
		err = _tmp$13;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeMap, $c: true, $r, _1, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, b, err, err$1, f, key, mapi, mapv, n, n$1, num, o, o$1, opts, out, v, v$1, val, wtyp, wtyp$1, $s};return $f;
	};
	consumeMapOfMessage = function(b, mapv, wtyp, mapi, f, opts) {
		var {_1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, err, err$1, f, key, mapi, mapv, n, n$1, num, o, o$1, opts, out, v, v$1, val, wtyp, wtyp$1, $s, $r, $c} = $restore(this, {b, mapv, wtyp, mapi, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		b = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		key = $clone(mapi.keyZero, protoreflect.Value);
		_r$5 = f.mi.GoReflectType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.New(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		val = _r$6;
		/* while (true) { */ case 3:
			/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 4; continue; }
			_tuple$1 = protowire.ConsumeTag(b);
			num = _tuple$1[0];
			wtyp$1 = _tuple$1[1];
			n$1 = _tuple$1[2];
			if (n$1 < 0) {
				_tmp$4 = $clone(out, unmarshalOutput);
				_tmp$5 = errDecode;
				unmarshalOutput.copy(out, _tmp$4);
				err = _tmp$5;
				$s = -1; return [out, err];
			}
			if (num > 536870911) {
				_tmp$6 = $clone(out, unmarshalOutput);
				_tmp$7 = errDecode;
				unmarshalOutput.copy(out, _tmp$6);
				err = _tmp$7;
				$s = -1; return [out, err];
			}
			b = $subslice(b, n$1);
			err$1 = errUnknown;
				_1 = num;
				/* */ if (_1 === (1)) { $s = 6; continue; }
				/* */ if (_1 === (2)) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_1 === (1)) { */ case 6:
					v = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					o = new unmarshalOutput.ptr(0, false);
					_r$7 = mapi.keyFuncs.unmarshal(b, $clone(key, protoreflect.Value), num, wtyp$1, $clone(opts, unmarshalOptions)); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_tuple$2 = _r$7;
					protoreflect.Value.copy(v, _tuple$2[0]);
					unmarshalOutput.copy(o, _tuple$2[1]);
					err$1 = _tuple$2[2];
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						/* break; */ $s = 5; continue;
					}
					protoreflect.Value.copy(key, v);
					n$1 = o.n;
					$s = 8; continue;
				/* } else if (_1 === (2)) { */ case 7:
					if (!((wtyp$1 === 2))) {
						/* break; */ $s = 5; continue;
					}
					v$1 = sliceType.nil;
					_tuple$3 = protowire.ConsumeBytes(b);
					v$1 = _tuple$3[0];
					n$1 = _tuple$3[1];
					if (n$1 < 0) {
						_tmp$8 = $clone(out, unmarshalOutput);
						_tmp$9 = errDecode;
						unmarshalOutput.copy(out, _tmp$8);
						err = _tmp$9;
						$s = -1; return [out, err];
					}
					o$1 = new unmarshalOutput.ptr(0, false);
					_r$8 = f.mi.unmarshalPointer(v$1, $clone(pointerOfValue($clone(val, reflect.Value)), pointer), 0, $clone(opts, unmarshalOptions)); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_tuple$4 = _r$8;
					unmarshalOutput.copy(o$1, _tuple$4[0]);
					err$1 = _tuple$4[1];
					if (o$1.initialized) {
						out.initialized = true;
					}
				/* } */ case 8:
			case 5:
			if ($interfaceIsEqual(err$1, errUnknown)) {
				n$1 = protowire.ConsumeFieldValue(num, wtyp$1, b);
				if (n$1 < 0) {
					_tmp$10 = $clone(out, unmarshalOutput);
					_tmp$11 = errDecode;
					unmarshalOutput.copy(out, _tmp$10);
					err = _tmp$11;
					$s = -1; return [out, err];
				}
			} else if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				_tmp$12 = $clone(out, unmarshalOutput);
				_tmp$13 = err$1;
				unmarshalOutput.copy(out, _tmp$12);
				err = _tmp$13;
				$s = -1; return [out, err];
			}
			b = $subslice(b, n$1);
		$s = 3; continue;
		case 4:
		_r$9 = mapi.conv.keyConv.GoValueOf($clone(key, protoreflect.Value)); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		$r = $clone(mapv, reflect.Value).SetMapIndex($clone(_r$9, reflect.Value), $clone(val, reflect.Value)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		_tmp$14 = $clone(out, unmarshalOutput);
		_tmp$15 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$14);
		err = _tmp$15;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeMapOfMessage, $c: true, $r, _1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, err, err$1, f, key, mapi, mapv, n, n$1, num, o, o$1, opts, out, v, v$1, val, wtyp, wtyp$1, $s};return $f;
	};
	appendMapItem = function(b, keyrv, valrv, mapi, f, opts) {
		var {$24r, $24r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, b$1, b$2, err, err$1, f, key, key$1, keyrv, mapi, opts, size, size$1, val, val$1, valSize, valrv, $s, $r, $c} = $restore(this, {b, keyrv, valrv, mapi, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (f.mi === ptrType$5.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.mi === ptrType$5.nil) { */ case 1:
			_r$5 = mapi.conv.keyConv.PBValueOf($clone(keyrv, reflect.Value)); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = $clone(_r$5, protoreflect.Value).MapKey(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			key = $clone(_r$6, protoreflect.MapKey);
			_r$7 = mapi.conv.valConv.PBValueOf($clone(valrv, reflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			val = $clone(_r$7, protoreflect.Value);
			size = 0;
			_r$8 = mapi.keyFuncs.size($clone($clone(key, protoreflect.MapKey).Value(), protoreflect.Value), 1, $clone(opts, marshalOptions)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			size = size + (_r$8) >> 0;
			_r$9 = mapi.valFuncs.size($clone(val, protoreflect.Value), 1, $clone(opts, marshalOptions)); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + (_r$9) >> 0;
			b = protowire.AppendVarint(b, (new $Uint64(0, size)));
			_r$10 = mapi.keyFuncs.marshal(b, $clone($clone(key, protoreflect.MapKey).Value(), protoreflect.Value), mapi.keyWiretag, $clone(opts, marshalOptions)); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple = _r$10;
			b$1 = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [sliceType.nil, err];
			}
			_r$11 = mapi.valFuncs.marshal(b$1, $clone(val, protoreflect.Value), mapi.valWiretag, $clone(opts, marshalOptions)); /* */ $s = 10; case 10: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r = _r$11;
			$s = 11; case 11: return $24r;
		/* } else { */ case 2:
			_r$12 = mapi.conv.keyConv.PBValueOf($clone(keyrv, reflect.Value)); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = $clone(_r$12, protoreflect.Value).MapKey(); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			key$1 = $clone(_r$13, protoreflect.MapKey);
			val$1 = $clone(pointerOfValue($clone(valrv, reflect.Value)), pointer);
			_r$14 = f.mi.sizePointer($clone(val$1, pointer), $clone(opts, marshalOptions)); /* */ $s = 14; case 14: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			valSize = _r$14;
			size$1 = 0;
			_r$15 = mapi.keyFuncs.size($clone($clone(key$1, protoreflect.MapKey).Value(), protoreflect.Value), 1, $clone(opts, marshalOptions)); /* */ $s = 15; case 15: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			size$1 = size$1 + (_r$15) >> 0;
			size$1 = size$1 + ((1 + protowire.SizeBytes(valSize) >> 0)) >> 0;
			b = protowire.AppendVarint(b, (new $Uint64(0, size$1)));
			_r$16 = mapi.keyFuncs.marshal(b, $clone($clone(key$1, protoreflect.MapKey).Value(), protoreflect.Value), mapi.keyWiretag, $clone(opts, marshalOptions)); /* */ $s = 16; case 16: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_tuple$1 = _r$16;
			b$2 = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [sliceType.nil, err$1];
			}
			b$2 = protowire.AppendVarint(b$2, mapi.valWiretag);
			b$2 = protowire.AppendVarint(b$2, (new $Uint64(0, valSize)));
			_r$17 = f.mi.marshalAppendPointer(b$2, $clone(val$1, pointer), $clone(opts, marshalOptions)); /* */ $s = 17; case 17: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$24r$1 = _r$17;
			$s = 18; case 18: return $24r$1;
		/* } */ case 3:
		$s = -1; return [sliceType.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendMapItem, $c: true, $r, $24r, $24r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, b$1, b$2, err, err$1, f, key, key$1, keyrv, mapi, opts, size, size$1, val, val$1, valSize, valrv, $s};return $f;
	};
	appendMap = function(b, mapv, mapi, f, opts) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, err, f, iter, mapi, mapv, opts, $s, $r, $c} = $restore(this, {b, mapv, mapi, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($clone(mapv, reflect.Value).Len() === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		/* */ if ($clone(opts, marshalOptions).Deterministic()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(opts, marshalOptions).Deterministic()) { */ case 1:
			_r$5 = appendMapDeterministic(b, $clone(mapv, reflect.Value), mapi, f, $clone(opts, marshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		iter = mapRange($clone(mapv, reflect.Value));
		/* while (true) { */ case 5:
			_r$6 = iter.Next(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* if (!(_r$6)) { break; } */ if(!(_r$6)) { $s = 6; continue; }
			err = $ifaceNil;
			b = protowire.AppendVarint(b, f.wiretag);
			_arg = b;
			_r$7 = iter.Key(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg$1 = $clone(_r$7, reflect.Value);
			_r$8 = iter.Value(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$2 = $clone(_r$8, reflect.Value);
			_arg$3 = mapi;
			_arg$4 = f;
			_arg$5 = $clone(opts, marshalOptions);
			_r$9 = appendMapItem(_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tuple = _r$9;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
		$s = 5; continue;
		case 6:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendMap, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, err, f, iter, mapi, mapv, opts, $s};return $f;
	};
	appendMapDeterministic = function(b, mapv, mapi, f, opts) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _i, _r$5, _r$6, _r$7, _ref, _tuple, b, err, f, key, keys, mapi, mapv, opts, $s, $r, $c} = $restore(this, {b, mapv, mapi, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		keys = [keys];
		_r$5 = $clone(mapv, reflect.Value).MapKeys(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		keys[0] = _r$5;
		$r = sort.Slice(keys[0], (function(keys) { return function $b(i, j) {
			var {$24r, _1, _r$6, _r$7, i, j, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {i, j});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_1 = $clone(((i < 0 || i >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + i]), reflect.Value).Kind();
				/* */ if (_1 === (1)) { $s = 2; continue; }
				/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 3; continue; }
				/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 4; continue; }
				/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 5; continue; }
				/* */ if (_1 === (24)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (_1 === (1)) { */ case 2:
					$s = -1; return !$clone(((i < 0 || i >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + i]), reflect.Value).Bool() && $clone(((j < 0 || j >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + j]), reflect.Value).Bool();
				/* } else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 3:
					$s = -1; return (x = $clone(((i < 0 || i >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + i]), reflect.Value).Int(), x$1 = $clone(((j < 0 || j >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + j]), reflect.Value).Int(), (x.$high < x$1.$high || (x.$high === x$1.$high && x.$low < x$1.$low)));
				/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 4:
					$s = -1; return (x$2 = $clone(((i < 0 || i >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + i]), reflect.Value).Uint(), x$3 = $clone(((j < 0 || j >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + j]), reflect.Value).Uint(), (x$2.$high < x$3.$high || (x$2.$high === x$3.$high && x$2.$low < x$3.$low)));
				/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 5:
					$s = -1; return $clone(((i < 0 || i >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + i]), reflect.Value).Float() < $clone(((j < 0 || j >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + j]), reflect.Value).Float();
				/* } else if (_1 === (24)) { */ case 6:
					_r$6 = $clone(((i < 0 || i >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + i]), reflect.Value).String(); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$7 = $clone(((j < 0 || j >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + j]), reflect.Value).String(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$24r = _r$6 < _r$7;
					$s = 11; case 11: return $24r;
				/* } else { */ case 7:
					$panic(new $String("invalid kind: " + new reflect.Kind($clone(((i < 0 || i >= keys[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : keys[0].$array[keys[0].$offset + i]), reflect.Value).Kind()).String()));
				/* } */ case 8:
			case 1:
			$s = -1; return false;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _1, _r$6, _r$7, i, j, x, x$1, x$2, x$3, $s};return $f;
		}; })(keys)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = keys[0];
		_i = 0;
		/* while (true) { */ case 3:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
			key = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			err = $ifaceNil;
			b = protowire.AppendVarint(b, f.wiretag);
			_arg = b;
			_arg$1 = $clone(key, reflect.Value);
			_r$6 = $clone(mapv, reflect.Value).MapIndex($clone(key, reflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg$2 = $clone(_r$6, reflect.Value);
			_arg$3 = mapi;
			_arg$4 = f;
			_arg$5 = $clone(opts, marshalOptions);
			_r$7 = appendMapItem(_arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple = _r$7;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			_i++;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendMapDeterministic, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _i, _r$5, _r$6, _r$7, _ref, _tuple, b, err, f, key, keys, mapi, mapv, opts, $s};return $f;
	};
	isInitMap = function(mapv, mapi, f) {
		var {_r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, err, err$1, f, iter, iter$1, mapi, mapv, mi, val, val$1, $s, $r, $c} = $restore(this, {mapv, mapi, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = f.mi;
		/* */ if (!(mi === ptrType$5.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(mi === ptrType$5.nil)) { */ case 1:
			$r = mi.init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (!mi.coderMessageInfo.needsInitCheck) {
				$s = -1; return $ifaceNil;
			}
			iter = mapRange($clone(mapv, reflect.Value));
			/* while (true) { */ case 5:
				_r$5 = iter.Next(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* if (!(_r$5)) { break; } */ if(!(_r$5)) { $s = 6; continue; }
				_r$6 = iter.Value(); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = pointerOfValue($clone(_r$6, reflect.Value)); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				val = $clone(_r$7, pointer);
				_r$8 = mi.checkInitializedPointer($clone(val, pointer)); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				err = _r$8;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
			$s = 5; continue;
			case 6:
			$s = 3; continue;
		/* } else { */ case 2:
			iter$1 = mapRange($clone(mapv, reflect.Value));
			/* while (true) { */ case 11:
				_r$9 = iter$1.Next(); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				/* if (!(_r$9)) { break; } */ if(!(_r$9)) { $s = 12; continue; }
				_r$10 = iter$1.Value(); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = mapi.conv.valConv.PBValueOf($clone(_r$10, reflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				val$1 = $clone(_r$11, protoreflect.Value);
				_r$12 = mapi.valFuncs.isInit($clone(val$1, protoreflect.Value)); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				err$1 = _r$12;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
			$s = 11; continue;
			case 12:
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: isInitMap, $c: true, $r, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, err, err$1, f, iter, iter$1, mapi, mapv, mi, val, val$1, $s};return $f;
	};
	mergeMap = function(dst, src, f, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dstm, f, iter, opts, src, srcm, $s, $r, $c} = $restore(this, {dst, src, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).AsValueOf(f.ft); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		dstm = _r$6;
		_r$7 = $clone(src, pointer).AsValueOf(f.ft); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		srcm = _r$8;
		if ($clone(srcm, reflect.Value).Len() === 0) {
			$s = -1; return;
		}
		/* */ if ($clone(dstm, reflect.Value).IsNil()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($clone(dstm, reflect.Value).IsNil()) { */ case 5:
			_r$9 = reflect.MakeMap(f.ft); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = $clone(dstm, reflect.Value).Set($clone(_r$9, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		iter = mapRange($clone(srcm, reflect.Value));
		/* while (true) { */ case 9:
			_r$10 = iter.Next(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			/* if (!(_r$10)) { break; } */ if(!(_r$10)) { $s = 10; continue; }
			_r$11 = iter.Key(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg = $clone(_r$11, reflect.Value);
			_r$12 = iter.Value(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_arg$1 = $clone(_r$12, reflect.Value);
			$r = $clone(dstm, reflect.Value).SetMapIndex(_arg, _arg$1); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 9; continue;
		case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeMap, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dstm, f, iter, opts, src, srcm, $s};return $f;
	};
	mergeMapOfBytes = function(dst, src, f, opts) {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dstm, f, iter, opts, src, srcm, $s, $r, $c} = $restore(this, {dst, src, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).AsValueOf(f.ft); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		dstm = _r$6;
		_r$7 = $clone(src, pointer).AsValueOf(f.ft); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		srcm = _r$8;
		if ($clone(srcm, reflect.Value).Len() === 0) {
			$s = -1; return;
		}
		/* */ if ($clone(dstm, reflect.Value).IsNil()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($clone(dstm, reflect.Value).IsNil()) { */ case 5:
			_r$9 = reflect.MakeMap(f.ft); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = $clone(dstm, reflect.Value).Set($clone(_r$9, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		iter = mapRange($clone(srcm, reflect.Value));
		/* while (true) { */ case 9:
			_r$10 = iter.Next(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			/* if (!(_r$10)) { break; } */ if(!(_r$10)) { $s = 10; continue; }
			_r$11 = iter.Key(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg = $clone(_r$11, reflect.Value);
			_arg$1 = new sliceType(emptyBuf);
			_r$12 = iter.Value(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = $clone(_r$12, reflect.Value).Bytes(); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_arg$2 = _r$13;
			_r$14 = reflect.ValueOf($appendSlice(_arg$1, _arg$2)); /* */ $s = 15; case 15: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_arg$3 = $clone(_r$14, reflect.Value);
			$r = $clone(dstm, reflect.Value).SetMapIndex(_arg, _arg$3); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 9; continue;
		case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeMapOfBytes, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dstm, f, iter, opts, src, srcm, $s};return $f;
	};
	mergeMapOfMessage = function(dst, src, f, opts) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dstm, f, iter, opts, src, srcm, val, $s, $r, $c} = $restore(this, {dst, src, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(dst, pointer).AsValueOf(f.ft); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		dstm = _r$6;
		_r$7 = $clone(src, pointer).AsValueOf(f.ft); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		srcm = _r$8;
		if ($clone(srcm, reflect.Value).Len() === 0) {
			$s = -1; return;
		}
		/* */ if ($clone(dstm, reflect.Value).IsNil()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($clone(dstm, reflect.Value).IsNil()) { */ case 5:
			_r$9 = reflect.MakeMap(f.ft); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = $clone(dstm, reflect.Value).Set($clone(_r$9, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		iter = mapRange($clone(srcm, reflect.Value));
		/* while (true) { */ case 9:
			_r$10 = iter.Next(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			/* if (!(_r$10)) { break; } */ if(!(_r$10)) { $s = 10; continue; }
			_r$11 = f.ft.Elem(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = _r$11.Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = reflect.New(_r$12); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			val = _r$13;
			/* */ if (!(f.mi === ptrType$5.nil)) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!(f.mi === ptrType$5.nil)) { */ case 15:
				_arg = $clone(pointerOfValue($clone(val, reflect.Value)), pointer);
				_r$14 = iter.Value(); /* */ $s = 18; case 18: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$15 = pointerOfValue($clone(_r$14, reflect.Value)); /* */ $s = 19; case 19: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_arg$1 = $clone(_r$15, pointer);
				_arg$2 = $clone(opts, mergeOptions);
				$r = f.mi.mergePointer(_arg, _arg$1, _arg$2); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 17; continue;
			/* } else { */ case 16:
				_r$16 = asMessage($clone(val, reflect.Value)); /* */ $s = 21; case 21: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_arg$3 = _r$16;
				_r$17 = iter.Value(); /* */ $s = 22; case 22: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$18 = asMessage($clone(_r$17, reflect.Value)); /* */ $s = 23; case 23: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_arg$4 = _r$18;
				$r = $clone(opts, mergeOptions).Merge(_arg$3, _arg$4); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 17:
			_r$19 = iter.Key(); /* */ $s = 25; case 25: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			$r = $clone(dstm, reflect.Value).SetMapIndex($clone(_r$19, reflect.Value), $clone(val, reflect.Value)); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 9; continue;
		case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mergeMapOfMessage, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, dst, dstm, f, iter, opts, src, srcm, val, $s};return $f;
	};
	sizeBool = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeBool(v)) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBool, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendBool = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeBool(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBool, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeBool = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(protowire.DecodeBool(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBool, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s};return $f;
	};
	sizeBoolNoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === false) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeBool(v)) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBoolNoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendBoolNoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === false) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeBool(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBoolNoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeBoolPtr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).BoolPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeBool(v)) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBoolPtr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendBoolPtr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).BoolPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeBool(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBoolPtr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeBoolPtr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).BoolPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$8.nil) {
			vp.$set($newDataPointer(false, ptrType$8));
		}
		vp.$get().$set(protowire.DecodeBool(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBoolPtr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s};return $f;
	};
	sizeBoolSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).BoolSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeVarint(protowire.EncodeBool(v)) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBoolSlice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendBoolSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).BoolSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendVarint(b, protowire.EncodeBool(v));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBoolSlice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeBoolSlice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).BoolSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, protowire.DecodeBool(v));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), protowire.DecodeBool(v$1)));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBoolSlice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeBoolPackedSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, n, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).BoolSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(protowire.EncodeBool(v))) >> 0;
			_i++;
		}
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBoolPackedSlice, $c: true, $r, _i, _r$5, _ref, f, n, opts, p, s, size, v, $s};return $f;
	};
	appendBoolPackedSlice = function(b, p, f, opts) {
		var {_i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).BoolSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(protowire.EncodeBool(v))) >> 0;
			_i++;
		}
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref$1 = s;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			b = protowire.AppendVarint(b, protowire.EncodeBool(v$1));
			_i$1++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBoolPackedSlice, $c: true, $r, _i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s};return $f;
	};
	sizeBoolValue = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, _r$7, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.EncodeBool(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = protowire.SizeVarint(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = tagsize + _r$7 >> 0;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: sizeBoolValue, $c: true, $r, $24r, _r$5, _r$6, _r$7, opts, tagsize, v, $s};return $f;
	};
	appendBoolValue = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.EncodeBool(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$1 = _r$6;
		_r$7 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		b = _r$7;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBoolValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s};return $f;
	};
	consumeBoolValue = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfBool(protowire.DecodeBool(v)), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeBoolSliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeBool(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$10 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBoolSliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s};return $f;
	};
	appendBoolSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeBool(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			b = _r$10;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBoolSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeBoolSliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfBool(protowire.DecodeBool(v)), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfBool(protowire.DecodeBool(v$1)), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeBoolSliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeBoolPackedSliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeBool(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + (_r$10) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBoolPackedSliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s};return $f;
	};
	appendBoolPackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Bool(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeBool(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + (_r$10) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 9:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 10; continue; }
			_r$11 = list.Get(i$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			v$1 = $clone(_r$11, protoreflect.Value);
			_arg = b;
			_r$12 = $clone(v$1, protoreflect.Value).Bool(); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = protowire.EncodeBool(_r$12); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_arg$1 = _r$13;
			_r$14 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 14; case 14: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			b = _r$14;
			i$1 = i$1 + (1) >> 0;
		$s = 9; continue;
		case 10:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBoolPackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s};return $f;
	};
	sizeEnumValue = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeVarint((new $Uint64(0, _r$5))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = tagsize + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeEnumValue, $c: true, $r, $24r, _r$5, _r$6, opts, tagsize, v, $s};return $f;
	};
	appendEnumValue = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = (new $Uint64(0, _r$5));
		_r$6 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendEnumValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeEnumValue = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfEnum(((v.$low >> 0))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeEnumSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, _r$8))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$9 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeEnumSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s};return $f;
	};
	appendEnumSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = (new $Uint64(0, _r$8));
			_r$9 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendEnumSliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeEnumSliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfEnum(((v.$low >> 0))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfEnum(((v$1.$low >> 0))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeEnumSliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeEnumPackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, _r$8))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeEnumPackedSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s};return $f;
	};
	appendEnumPackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Enum(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, _r$8))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 8:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 9; continue; }
			_r$10 = list.Get(i$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			v$1 = $clone(_r$10, protoreflect.Value);
			_arg = b;
			_r$11 = $clone(v$1, protoreflect.Value).Enum(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$1 = (new $Uint64(0, _r$11));
			_r$12 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			b = _r$12;
			i$1 = i$1 + (1) >> 0;
		$s = 8; continue;
		case 9:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendEnumPackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s};return $f;
	};
	sizeInt32 = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt32, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendInt32 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(0, v)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeInt32 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(((v.$low >> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeInt32, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s};return $f;
	};
	sizeInt32NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt32NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendInt32NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(0, v)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeInt32Ptr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt32Ptr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendInt32Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(0, v)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeInt32Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$11.nil) {
			vp.$set($newDataPointer(0, ptrType$11));
		}
		vp.$get().$set(((v.$low >> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeInt32Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s};return $f;
	};
	sizeInt32Slice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt32Slice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendInt32Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendVarint(b, (new $Uint64(0, v)));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeInt32Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, ((v.$low >> 0)));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), ((v$1.$low >> 0))));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeInt32Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeInt32PackedSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, n, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint((new $Uint64(0, v)))) >> 0;
			_i++;
		}
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt32PackedSlice, $c: true, $r, _i, _r$5, _ref, f, n, opts, p, s, size, v, $s};return $f;
	};
	appendInt32PackedSlice = function(b, p, f, opts) {
		var {_i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint((new $Uint64(0, v)))) >> 0;
			_i++;
		}
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref$1 = s;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			b = protowire.AppendVarint(b, (new $Uint64(0, v$1)));
			_i$1++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32PackedSlice, $c: true, $r, _i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s};return $f;
	};
	sizeInt32Value = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, opts, tagsize, v, x, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeVarint((new $Uint64(0, (((x = _r$5, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = tagsize + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeInt32Value, $c: true, $r, $24r, _r$5, _r$6, opts, tagsize, v, x, $s};return $f;
	};
	appendInt32Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = (new $Uint64(0, (((x = _r$5, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))));
		_r$6 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, x, $s};return $f;
	};
	consumeInt32Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfInt32(((v.$low >> 0))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeInt32SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, x, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$9 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt32SliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, x, $s};return $f;
	};
	appendInt32SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = (new $Uint64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))));
			_r$9 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s};return $f;
	};
	consumeInt32SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt32(((v.$low >> 0))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfInt32(((v$1.$low >> 0))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeInt32SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeInt32PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, x, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt32PackedSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, x, $s};return $f;
	};
	appendInt32PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, x, x$1, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 8:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 9; continue; }
			_r$10 = list.Get(i$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			v$1 = $clone(_r$10, protoreflect.Value);
			_arg = b;
			_r$11 = $clone(v$1, protoreflect.Value).Int(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$1 = (new $Uint64(0, (((x$1 = _r$11, x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0))));
			_r$12 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			b = _r$12;
			i$1 = i$1 + (1) >> 0;
		$s = 8; continue;
		case 9:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt32PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, x, x$1, $s};return $f;
	};
	sizeSint32 = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag((new $Int64(0, v)))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint32, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSint32 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeZigZag((new $Int64(0, v))));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSint32 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, x$2, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set((((x$2 = protowire.DecodeZigZag(new $Uint64(v.$high & 0, (v.$low & 4294967295) >>> 0)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSint32, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, x$2, $s};return $f;
	};
	sizeSint32NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag((new $Int64(0, v)))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint32NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSint32NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeZigZag((new $Int64(0, v))));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeSint32Ptr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag((new $Int64(0, v)))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint32Ptr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSint32Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeZigZag((new $Int64(0, v))));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSint32Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, x$2, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$11.nil) {
			vp.$set($newDataPointer(0, ptrType$11));
		}
		vp.$get().$set((((x$2 = protowire.DecodeZigZag(new $Uint64(v.$high & 0, (v.$low & 4294967295) >>> 0)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSint32Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, x$2, $s};return $f;
	};
	sizeSint32Slice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag((new $Int64(0, v)))) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint32Slice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendSint32Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendVarint(b, protowire.EncodeZigZag((new $Int64(0, v))));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeSint32Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, (((x$2 = protowire.DecodeZigZag(new $Uint64(v.$high & 0, (v.$low & 4294967295) >>> 0)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0)));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$3 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$4 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$3.$high + x$4.$high, x$3.$low + x$4.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), (((x$5 = protowire.DecodeZigZag(new $Uint64(v$1.$high & 0, (v$1.$low & 4294967295) >>> 0)), x$5.$low + ((x$5.$high >> 31) * 4294967296)) >> 0))));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSint32Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	sizeSint32PackedSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, n, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(protowire.EncodeZigZag((new $Int64(0, v))))) >> 0;
			_i++;
		}
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint32PackedSlice, $c: true, $r, _i, _r$5, _ref, f, n, opts, p, s, size, v, $s};return $f;
	};
	appendSint32PackedSlice = function(b, p, f, opts) {
		var {_i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(protowire.EncodeZigZag((new $Int64(0, v))))) >> 0;
			_i++;
		}
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref$1 = s;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			b = protowire.AppendVarint(b, protowire.EncodeZigZag((new $Int64(0, v$1))));
			_i$1++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32PackedSlice, $c: true, $r, _i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s};return $f;
	};
	sizeSint32Value = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, _r$7, opts, tagsize, v, x, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.EncodeZigZag((new $Int64(0, (((x = _r$5, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = protowire.SizeVarint(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = tagsize + _r$7 >> 0;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: sizeSint32Value, $c: true, $r, $24r, _r$5, _r$6, _r$7, opts, tagsize, v, x, $s};return $f;
	};
	appendSint32Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.EncodeZigZag((new $Int64(0, (((x = _r$5, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$1 = _r$6;
		_r$7 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		b = _r$7;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, x, $s};return $f;
	};
	consumeSint32Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1, x$2;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfInt32((((x$2 = protowire.DecodeZigZag(new $Uint64(v.$high & 0, (v.$low & 4294967295) >>> 0)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeSint32SliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, x, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag((new $Int64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$10 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint32SliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, x, $s};return $f;
	};
	appendSint32SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag((new $Int64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			b = _r$10;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32SliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s};return $f;
	};
	consumeSint32SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt32((((x$2 = protowire.DecodeZigZag(new $Uint64(v.$high & 0, (v.$low & 4294967295) >>> 0)), x$2.$low + ((x$2.$high >> 31) * 4294967296)) >> 0))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$3 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$4 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$3.$high + x$4.$high, x$3.$low + x$4.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfInt32((((x$5 = protowire.DecodeZigZag(new $Uint64(v$1.$high & 0, (v$1.$low & 4294967295) >>> 0)), x$5.$low + ((x$5.$high >> 31) * 4294967296)) >> 0))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeSint32SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	sizeSint32PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, x, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag((new $Int64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + (_r$10) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint32PackedSliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, x, $s};return $f;
	};
	appendSint32PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, x, x$1, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag((new $Int64(0, (((x = _r$8, x.$low + ((x.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + (_r$10) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 9:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 10; continue; }
			_r$11 = list.Get(i$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			v$1 = $clone(_r$11, protoreflect.Value);
			_arg = b;
			_r$12 = $clone(v$1, protoreflect.Value).Int(); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = protowire.EncodeZigZag((new $Int64(0, (((x$1 = _r$12, x$1.$low + ((x$1.$high >> 31) * 4294967296)) >> 0))))); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_arg$1 = _r$13;
			_r$14 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 14; case 14: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			b = _r$14;
			i$1 = i$1 + (1) >> 0;
		$s = 9; continue;
		case 10:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint32PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, x, x$1, $s};return $f;
	};
	sizeUint32 = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint32, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendUint32 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(0, v)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeUint32 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(((v.$low >>> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeUint32, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s};return $f;
	};
	sizeUint32NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint32NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendUint32NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(0, v)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeUint32Ptr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint32Ptr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendUint32Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(0, v)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeUint32Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$17.nil) {
			vp.$set($newDataPointer(0, ptrType$17));
		}
		vp.$get().$set(((v.$low >>> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeUint32Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s};return $f;
	};
	sizeUint32Slice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeVarint((new $Uint64(0, v))) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint32Slice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendUint32Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendVarint(b, (new $Uint64(0, v)));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeUint32Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, ((v.$low >>> 0)));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), ((v$1.$low >>> 0))));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeUint32Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeUint32PackedSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, n, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint((new $Uint64(0, v)))) >> 0;
			_i++;
		}
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint32PackedSlice, $c: true, $r, _i, _r$5, _ref, f, n, opts, p, s, size, v, $s};return $f;
	};
	appendUint32PackedSlice = function(b, p, f, opts) {
		var {_i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint((new $Uint64(0, v)))) >> 0;
			_i++;
		}
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref$1 = s;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			b = protowire.AppendVarint(b, (new $Uint64(0, v$1)));
			_i$1++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32PackedSlice, $c: true, $r, _i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s};return $f;
	};
	sizeUint32Value = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeVarint((new $Uint64(0, ((_r$5.$low >>> 0))))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = tagsize + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeUint32Value, $c: true, $r, $24r, _r$5, _r$6, opts, tagsize, v, $s};return $f;
	};
	appendUint32Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = (new $Uint64(0, ((_r$5.$low >>> 0))));
		_r$6 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeUint32Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfUint32(((v.$low >>> 0))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeUint32SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, ((_r$8.$low >>> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$9 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint32SliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s};return $f;
	};
	appendUint32SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = (new $Uint64(0, ((_r$8.$low >>> 0))));
			_r$9 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeUint32SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint32(((v.$low >>> 0))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfUint32(((v$1.$low >>> 0))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeUint32SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeUint32PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, ((_r$8.$low >>> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint32PackedSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s};return $f;
	};
	appendUint32PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint((new $Uint64(0, ((_r$8.$low >>> 0))))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 8:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 9; continue; }
			_r$10 = list.Get(i$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			v$1 = $clone(_r$10, protoreflect.Value);
			_arg = b;
			_r$11 = $clone(v$1, protoreflect.Value).Uint(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$1 = (new $Uint64(0, ((_r$11.$low >>> 0))));
			_r$12 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			b = _r$12;
			i$1 = i$1 + (1) >> 0;
		$s = 8; continue;
		case 9:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint32PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s};return $f;
	};
	sizeInt64 = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeVarint((new $Uint64(v.$high, v.$low))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt64, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendInt64 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(v.$high, v.$low)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeInt64 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set((new $Int64(v.$high, v.$low)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeInt64, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s};return $f;
	};
	sizeInt64NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeVarint((new $Uint64(v.$high, v.$low))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt64NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendInt64NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(v.$high, v.$low)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeInt64Ptr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeVarint((new $Uint64(v.$high, v.$low))) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt64Ptr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendInt64Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, (new $Uint64(v.$high, v.$low)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeInt64Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$14.nil) {
			vp.$set($newDataPointer(new $Int64(0, 0), ptrType$14));
		}
		vp.$get().$set((new $Int64(v.$high, v.$low)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeInt64Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s};return $f;
	};
	sizeInt64Slice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeVarint((new $Uint64(v.$high, v.$low))) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt64Slice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendInt64Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendVarint(b, (new $Uint64(v.$high, v.$low)));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeInt64Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, (new $Int64(v.$high, v.$low)));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), (new $Int64(v$1.$high, v$1.$low))));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeInt64Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeInt64PackedSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, n, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint((new $Uint64(v.$high, v.$low)))) >> 0;
			_i++;
		}
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt64PackedSlice, $c: true, $r, _i, _r$5, _ref, f, n, opts, p, s, size, v, $s};return $f;
	};
	appendInt64PackedSlice = function(b, p, f, opts) {
		var {_i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint((new $Uint64(v.$high, v.$low)))) >> 0;
			_i++;
		}
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref$1 = s;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			b = protowire.AppendVarint(b, (new $Uint64(v$1.$high, v$1.$low)));
			_i$1++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64PackedSlice, $c: true, $r, _i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s};return $f;
	};
	sizeInt64Value = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, opts, tagsize, v, x, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeVarint(((x = _r$5, new $Uint64(x.$high, x.$low)))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = tagsize + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeInt64Value, $c: true, $r, $24r, _r$5, _r$6, opts, tagsize, v, x, $s};return $f;
	};
	appendInt64Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = ((x = _r$5, new $Uint64(x.$high, x.$low)));
		_r$6 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, x, $s};return $f;
	};
	consumeInt64Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfInt64((new $Int64(v.$high, v.$low))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeInt64SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, x, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint(((x = _r$8, new $Uint64(x.$high, x.$low)))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$9 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt64SliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, x, $s};return $f;
	};
	appendInt64SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = ((x = _r$8, new $Uint64(x.$high, x.$low)));
			_r$9 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s};return $f;
	};
	consumeInt64SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v.$high, v.$low))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v$1.$high, v$1.$low))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeInt64SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeInt64PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, x, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint(((x = _r$8, new $Uint64(x.$high, x.$low)))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeInt64PackedSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, x, $s};return $f;
	};
	appendInt64PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, x, x$1, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint(((x = _r$8, new $Uint64(x.$high, x.$low)))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 8:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 9; continue; }
			_r$10 = list.Get(i$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			v$1 = $clone(_r$10, protoreflect.Value);
			_arg = b;
			_r$11 = $clone(v$1, protoreflect.Value).Int(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$1 = ((x$1 = _r$11, new $Uint64(x$1.$high, x$1.$low)));
			_r$12 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			b = _r$12;
			i$1 = i$1 + (1) >> 0;
		$s = 8; continue;
		case 9:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendInt64PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, x, x$1, $s};return $f;
	};
	sizeSint64 = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag(v)) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint64, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSint64 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeZigZag(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSint64 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(protowire.DecodeZigZag(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSint64, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s};return $f;
	};
	sizeSint64NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag(v)) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint64NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSint64NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeZigZag(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeSint64Ptr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag(v)) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint64Ptr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSint64Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, protowire.EncodeZigZag(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSint64Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$14.nil) {
			vp.$set($newDataPointer(new $Int64(0, 0), ptrType$14));
		}
		vp.$get().$set(protowire.DecodeZigZag(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSint64Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s};return $f;
	};
	sizeSint64Slice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeVarint(protowire.EncodeZigZag(v)) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint64Slice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendSint64Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendVarint(b, protowire.EncodeZigZag(v));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeSint64Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, protowire.DecodeZigZag(v));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), protowire.DecodeZigZag(v$1)));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSint64Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeSint64PackedSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, n, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(protowire.EncodeZigZag(v))) >> 0;
			_i++;
		}
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint64PackedSlice, $c: true, $r, _i, _r$5, _ref, f, n, opts, p, s, size, v, $s};return $f;
	};
	appendSint64PackedSlice = function(b, p, f, opts) {
		var {_i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(protowire.EncodeZigZag(v))) >> 0;
			_i++;
		}
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref$1 = s;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			b = protowire.AppendVarint(b, protowire.EncodeZigZag(v$1));
			_i$1++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64PackedSlice, $c: true, $r, _i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s};return $f;
	};
	sizeSint64Value = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, _r$7, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.EncodeZigZag(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = protowire.SizeVarint(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = tagsize + _r$7 >> 0;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: sizeSint64Value, $c: true, $r, $24r, _r$5, _r$6, _r$7, opts, tagsize, v, $s};return $f;
	};
	appendSint64Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.EncodeZigZag(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$1 = _r$6;
		_r$7 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		b = _r$7;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s};return $f;
	};
	consumeSint64Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfInt64(protowire.DecodeZigZag(v)), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeSint64SliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$10 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint64SliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s};return $f;
	};
	appendSint64SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			b = _r$10;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64SliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeSint64SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt64(protowire.DecodeZigZag(v)), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfInt64(protowire.DecodeZigZag(v$1)), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeSint64SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeSint64PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + (_r$10) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSint64PackedSliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s};return $f;
	};
	appendSint64PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.EncodeZigZag(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeVarint(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + (_r$10) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 9:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 10; continue; }
			_r$11 = list.Get(i$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			v$1 = $clone(_r$11, protoreflect.Value);
			_arg = b;
			_r$12 = $clone(v$1, protoreflect.Value).Int(); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = protowire.EncodeZigZag(_r$12); /* */ $s = 13; case 13: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_arg$1 = _r$13;
			_r$14 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 14; case 14: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			b = _r$14;
			i$1 = i$1 + (1) >> 0;
		$s = 9; continue;
		case 10:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSint64PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s};return $f;
	};
	sizeUint64 = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeVarint(v) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint64, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendUint64 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeUint64 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(v);
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeUint64, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, x$1, $s};return $f;
	};
	sizeUint64NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeVarint(v) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint64NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendUint64NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeUint64Ptr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeVarint(v) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint64Ptr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendUint64Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendVarint(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeUint64Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$20.nil) {
			vp.$set($newDataPointer(new $Uint64(0, 0), ptrType$20));
		}
		vp.$get().$set(v);
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeUint64Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, x$1, $s};return $f;
	};
	sizeUint64Slice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeVarint(v) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint64Slice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendUint64Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendVarint(b, v);
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeUint64Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, v);
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 0))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), v$1));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeUint64Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeUint64PackedSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, n, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(v)) >> 0;
			_i++;
		}
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint64PackedSlice, $c: true, $r, _i, _r$5, _ref, f, n, opts, p, s, size, v, $s};return $f;
	};
	appendUint64PackedSlice = function(b, p, f, opts) {
		var {_i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = 0;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			n = n + (protowire.SizeVarint(v)) >> 0;
			_i++;
		}
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref$1 = s;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			v$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			b = protowire.AppendVarint(b, v$1);
			_i$1++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64PackedSlice, $c: true, $r, _i, _i$1, _r$5, _ref, _ref$1, b, f, n, opts, p, s, v, v$1, $s};return $f;
	};
	sizeUint64Value = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeVarint(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = tagsize + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeUint64Value, $c: true, $r, $24r, _r$5, _r$6, opts, tagsize, v, $s};return $f;
	};
	appendUint64Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeUint64Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x, x$1;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 0))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		v = new $Uint64(0, 0);
		n = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v = (x = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
			n = 2;
		} else {
			_tuple = protowire.ConsumeVarint(b);
			v = _tuple[0];
			n = _tuple[1];
		}
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfUint64(v), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeUint64SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$9 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint64SliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s};return $f;
	};
	appendUint64SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = _r$8;
			_r$9 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeUint64SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				v = new $Uint64(0, 0);
				n$1 = 0;
				if (b$1.$length >= 1 && (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) < 128) {
					v = (new $Uint64(0, (0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0])));
					n$1 = 1;
				} else if (b$1.$length >= 2 && (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]) < 128) {
					v = (x = (new $Uint64(0, (((0 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 0]) & 127) >>> 0))), x$1 = $shiftLeft64((new $Uint64(0, (1 >= b$1.$length ? ($throwRuntimeError("index out of range"), undefined) : b$1.$array[b$1.$offset + 1]))), 7), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
					n$1 = 2;
				} else {
					_tuple$1 = protowire.ConsumeVarint(b$1);
					v = _tuple$1[0];
					n$1 = _tuple$1[1];
				}
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint64(v), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 0))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		v$1 = new $Uint64(0, 0);
		n$2 = 0;
		if (b.$length >= 1 && (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) {
			v$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
			n$2 = 1;
		} else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) {
			v$1 = (x$2 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$3 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
			n$2 = 2;
		} else {
			_tuple$2 = protowire.ConsumeVarint(b);
			v$1 = _tuple$2[0];
			n$2 = _tuple$2[1];
		}
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfUint64(v$1), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeUint64SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, x, x$1, x$2, x$3, $s};return $f;
	};
	sizeUint64PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = 0;
		_tmp = 0;
		_tmp$1 = llen;
		i = _tmp;
		llen$1 = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen$1)) { break; } */ if(!(i < llen$1)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeUint64PackedSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, llen$1, n, opts, size, tagsize, v, $s};return $f;
	};
	appendUint64PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeVarint(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + (_r$9) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i$1 = 0;
		/* while (true) { */ case 8:
			/* if (!(i$1 < llen)) { break; } */ if(!(i$1 < llen)) { $s = 9; continue; }
			_r$10 = list.Get(i$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			v$1 = $clone(_r$10, protoreflect.Value);
			_arg = b;
			_r$11 = $clone(v$1, protoreflect.Value).Uint(); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg$1 = _r$11;
			_r$12 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			b = _r$12;
			i$1 = i$1 + (1) >> 0;
		$s = 8; continue;
		case 9:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendUint64PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$11, _r$12, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, i$1, list, listv, llen, n, opts, v, v$1, wiretag, $s};return $f;
	};
	sizeSfixed32 = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		return size;
	};
	appendSfixed32 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, ((v >>> 0)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSfixed32 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(((v >> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed32, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	sizeSfixed32NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed32NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSfixed32NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, ((v >>> 0)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeSfixed32Ptr = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		return size;
	};
	appendSfixed32Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, ((v >>> 0)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSfixed32Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$11.nil) {
			vp.$set($newDataPointer(0, ptrType$11));
		}
		vp.$get().$set(((v >> 0)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed32Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s};return $f;
	};
	sizeSfixed32Slice = function(p, f, opts) {
		var {_r$5, f, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		size = $imul(s.$length, ((f.tagsize + protowire.SizeFixed32() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed32Slice, $c: true, $r, _r$5, f, opts, p, s, size, $s};return $f;
	};
	appendSfixed32Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendFixed32(b, ((v >>> 0)));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeSfixed32Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				_tuple$1 = protowire.ConsumeFixed32(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, ((v >> 0)));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 5))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		_tuple$2 = protowire.ConsumeFixed32(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), ((v$1 >> 0))));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed32Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s};return $f;
	};
	sizeSfixed32PackedSlice = function(p, f, opts) {
		var {_r$5, f, n, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(s.$length, protowire.SizeFixed32());
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed32PackedSlice, $c: true, $r, _r$5, f, n, opts, p, s, size, $s};return $f;
	};
	appendSfixed32PackedSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = $imul(s.$length, protowire.SizeFixed32());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendFixed32(b, ((v >>> 0)));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32PackedSlice, $c: true, $r, _i, _r$5, _ref, b, f, n, opts, p, s, v, $s};return $f;
	};
	sizeSfixed32Value = function(v, tagsize, opts) {
		var opts, tagsize, v;
		return tagsize + protowire.SizeFixed32() >> 0;
	};
	appendSfixed32Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = ((_r$5.$low >>> 0));
		_r$6 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeSfixed32Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfInt32(((v >> 0))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeSfixed32SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		size = $imul(_r$6, ((tagsize + protowire.SizeFixed32() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed32SliceValue, $c: true, $r, _r$5, _r$6, list, listv, opts, size, tagsize, $s};return $f;
	};
	appendSfixed32SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = ((_r$8.$low >>> 0));
			_r$9 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeSfixed32SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				_tuple$1 = protowire.ConsumeFixed32(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt32(((v >> 0))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 5))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		_tuple$2 = protowire.ConsumeFixed32(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfInt32(((v$1 >> 0))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed32SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s};return $f;
	};
	sizeSfixed32PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(llen, protowire.SizeFixed32());
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed32PackedSliceValue, $c: true, $r, _r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s};return $f;
	};
	appendSfixed32PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = $imul(llen, protowire.SizeFixed32());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = ((_r$8.$low >>> 0));
			_r$9 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed32PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s};return $f;
	};
	sizeFixed32 = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		return size;
	};
	appendFixed32 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeFixed32 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(v);
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFixed32, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	sizeFixed32NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed32NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendFixed32NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeFixed32Ptr = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		return size;
	};
	appendFixed32Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeFixed32Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$17.nil) {
			vp.$set($newDataPointer(0, ptrType$17));
		}
		vp.$get().$set(v);
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFixed32Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s};return $f;
	};
	sizeFixed32Slice = function(p, f, opts) {
		var {_r$5, f, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		size = $imul(s.$length, ((f.tagsize + protowire.SizeFixed32() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed32Slice, $c: true, $r, _r$5, f, opts, p, s, size, $s};return $f;
	};
	appendFixed32Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendFixed32(b, v);
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeFixed32Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				_tuple$1 = protowire.ConsumeFixed32(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, v);
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 5))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		_tuple$2 = protowire.ConsumeFixed32(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), v$1));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFixed32Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s};return $f;
	};
	sizeFixed32PackedSlice = function(p, f, opts) {
		var {_r$5, f, n, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(s.$length, protowire.SizeFixed32());
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed32PackedSlice, $c: true, $r, _r$5, f, n, opts, p, s, size, $s};return $f;
	};
	appendFixed32PackedSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = $imul(s.$length, protowire.SizeFixed32());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendFixed32(b, v);
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32PackedSlice, $c: true, $r, _i, _r$5, _ref, b, f, n, opts, p, s, v, $s};return $f;
	};
	sizeFixed32Value = function(v, tagsize, opts) {
		var opts, tagsize, v;
		return tagsize + protowire.SizeFixed32() >> 0;
	};
	appendFixed32Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = ((_r$5.$low >>> 0));
		_r$6 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeFixed32Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfUint32((v)), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeFixed32SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		size = $imul(_r$6, ((tagsize + protowire.SizeFixed32() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed32SliceValue, $c: true, $r, _r$5, _r$6, list, listv, opts, size, tagsize, $s};return $f;
	};
	appendFixed32SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = ((_r$8.$low >>> 0));
			_r$9 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeFixed32SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				_tuple$1 = protowire.ConsumeFixed32(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint32((v)), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 5))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		_tuple$2 = protowire.ConsumeFixed32(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfUint32((v$1)), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeFixed32SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s};return $f;
	};
	sizeFixed32PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(llen, protowire.SizeFixed32());
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed32PackedSliceValue, $c: true, $r, _r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s};return $f;
	};
	appendFixed32PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = $imul(llen, protowire.SizeFixed32());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = ((_r$8.$low >>> 0));
			_r$9 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed32PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s};return $f;
	};
	sizeFloat = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		return size;
	};
	appendFloat = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, math.Float32bits(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloat, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeFloat = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Float32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(math.Float32frombits(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFloat, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	sizeFloatNoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Float32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v === 0) && !math.Signbit((v))) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFloatNoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendFloatNoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float32(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v === 0) && !math.Signbit((v))) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, math.Float32bits(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloatNoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeFloatPtr = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed32() >> 0;
		return size;
	};
	appendFloatPtr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed32(b, math.Float32bits(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloatPtr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeFloatPtr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Float32Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$23.nil) {
			vp.$set($newDataPointer(0, ptrType$23));
		}
		vp.$get().$set(math.Float32frombits(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFloatPtr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s};return $f;
	};
	sizeFloatSlice = function(p, f, opts) {
		var {_r$5, f, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Float32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		size = $imul(s.$length, ((f.tagsize + protowire.SizeFixed32() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFloatSlice, $c: true, $r, _r$5, f, opts, p, s, size, $s};return $f;
	};
	appendFloatSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendFixed32(b, math.Float32bits(v));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloatSlice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeFloatSlice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Float32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				_tuple$1 = protowire.ConsumeFixed32(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, math.Float32frombits(v));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 5))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		_tuple$2 = protowire.ConsumeFixed32(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), math.Float32frombits(v$1)));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFloatSlice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s};return $f;
	};
	sizeFloatPackedSlice = function(p, f, opts) {
		var {_r$5, f, n, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Float32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(s.$length, protowire.SizeFixed32());
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFloatPackedSlice, $c: true, $r, _r$5, f, n, opts, p, s, size, $s};return $f;
	};
	appendFloatPackedSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float32Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = $imul(s.$length, protowire.SizeFixed32());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendFixed32(b, math.Float32bits(v));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloatPackedSlice, $c: true, $r, _i, _r$5, _ref, b, f, n, opts, p, s, v, $s};return $f;
	};
	sizeFloatValue = function(v, tagsize, opts) {
		var opts, tagsize, v;
		return tagsize + protowire.SizeFixed32() >> 0;
	};
	appendFloatValue = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Float(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = math.Float32bits(($fround(_r$5))); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$1 = _r$6;
		_r$7 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		b = _r$7;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloatValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s};return $f;
	};
	consumeFloatValue = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 5))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeFixed32(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfFloat32(math.Float32frombits((v))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeFloatSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		size = $imul(_r$6, ((tagsize + protowire.SizeFixed32() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFloatSliceValue, $c: true, $r, _r$5, _r$6, list, listv, opts, size, tagsize, $s};return $f;
	};
	appendFloatSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Float(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = math.Float32bits(($fround(_r$8))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			b = _r$10;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloatSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeFloatSliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				_tuple$1 = protowire.ConsumeFixed32(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfFloat32(math.Float32frombits((v))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 5))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		_tuple$2 = protowire.ConsumeFixed32(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfFloat32(math.Float32frombits((v$1))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeFloatSliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s};return $f;
	};
	sizeFloatPackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(llen, protowire.SizeFixed32());
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFloatPackedSliceValue, $c: true, $r, _r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s};return $f;
	};
	appendFloatPackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = $imul(llen, protowire.SizeFixed32());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Float(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = math.Float32bits(($fround(_r$8))); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = protowire.AppendFixed32(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			b = _r$10;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFloatPackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s};return $f;
	};
	sizeSfixed64 = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		return size;
	};
	appendSfixed64 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, (new $Uint64(v.$high, v.$low)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSfixed64 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set((new $Int64(v.$high, v.$low)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed64, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	sizeSfixed64NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed64NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendSfixed64NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, (new $Uint64(v.$high, v.$low)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeSfixed64Ptr = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		return size;
	};
	appendSfixed64Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, (new $Uint64(v.$high, v.$low)));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeSfixed64Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Int64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$14.nil) {
			vp.$set($newDataPointer(new $Int64(0, 0), ptrType$14));
		}
		vp.$get().$set((new $Int64(v.$high, v.$low)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed64Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s};return $f;
	};
	sizeSfixed64Slice = function(p, f, opts) {
		var {_r$5, f, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		size = $imul(s.$length, ((f.tagsize + protowire.SizeFixed64() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed64Slice, $c: true, $r, _r$5, f, opts, p, s, size, $s};return $f;
	};
	appendSfixed64Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendFixed64(b, (new $Uint64(v.$high, v.$low)));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeSfixed64Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				_tuple$1 = protowire.ConsumeFixed64(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, (new $Int64(v.$high, v.$low)));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 1))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		_tuple$2 = protowire.ConsumeFixed64(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), (new $Int64(v$1.$high, v$1.$low))));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed64Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s};return $f;
	};
	sizeSfixed64PackedSlice = function(p, f, opts) {
		var {_r$5, f, n, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(s.$length, protowire.SizeFixed64());
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed64PackedSlice, $c: true, $r, _r$5, f, n, opts, p, s, size, $s};return $f;
	};
	appendSfixed64PackedSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Int64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = $imul(s.$length, protowire.SizeFixed64());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendFixed64(b, (new $Uint64(v.$high, v.$low)));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64PackedSlice, $c: true, $r, _i, _r$5, _ref, b, f, n, opts, p, s, v, $s};return $f;
	};
	sizeSfixed64Value = function(v, tagsize, opts) {
		var opts, tagsize, v;
		return tagsize + protowire.SizeFixed64() >> 0;
	};
	appendSfixed64Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Int(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = ((x = _r$5, new $Uint64(x.$high, x.$low)));
		_r$6 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, x, $s};return $f;
	};
	consumeSfixed64Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfInt64((new $Int64(v.$high, v.$low))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeSfixed64SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		size = $imul(_r$6, ((tagsize + protowire.SizeFixed64() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed64SliceValue, $c: true, $r, _r$5, _r$6, list, listv, opts, size, tagsize, $s};return $f;
	};
	appendSfixed64SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = ((x = _r$8, new $Uint64(x.$high, x.$low)));
			_r$9 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, x, $s};return $f;
	};
	consumeSfixed64SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				_tuple$1 = protowire.ConsumeFixed64(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v.$high, v.$low))), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 1))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		_tuple$2 = protowire.ConsumeFixed64(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfInt64((new $Int64(v$1.$high, v$1.$low))), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeSfixed64SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s};return $f;
	};
	sizeSfixed64PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(llen, protowire.SizeFixed64());
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeSfixed64PackedSliceValue, $c: true, $r, _r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s};return $f;
	};
	appendSfixed64PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = $imul(llen, protowire.SizeFixed64());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Int(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = ((x = _r$8, new $Uint64(x.$high, x.$low)));
			_r$9 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendSfixed64PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, x, $s};return $f;
	};
	sizeFixed64 = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		return size;
	};
	appendFixed64 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeFixed64 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(v);
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFixed64, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	sizeFixed64NoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed64NoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendFixed64NoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v.$high === 0 && v.$low === 0)) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64NoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeFixed64Ptr = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		return size;
	};
	appendFixed64Ptr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64Ptr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeFixed64Ptr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Uint64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$20.nil) {
			vp.$set($newDataPointer(new $Uint64(0, 0), ptrType$20));
		}
		vp.$get().$set(v);
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFixed64Ptr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s};return $f;
	};
	sizeFixed64Slice = function(p, f, opts) {
		var {_r$5, f, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		size = $imul(s.$length, ((f.tagsize + protowire.SizeFixed64() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed64Slice, $c: true, $r, _r$5, f, opts, p, s, size, $s};return $f;
	};
	appendFixed64Slice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendFixed64(b, v);
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64Slice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeFixed64Slice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				_tuple$1 = protowire.ConsumeFixed64(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, v);
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 1))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		_tuple$2 = protowire.ConsumeFixed64(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), v$1));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeFixed64Slice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s};return $f;
	};
	sizeFixed64PackedSlice = function(p, f, opts) {
		var {_r$5, f, n, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(s.$length, protowire.SizeFixed64());
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed64PackedSlice, $c: true, $r, _r$5, f, n, opts, p, s, size, $s};return $f;
	};
	appendFixed64PackedSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Uint64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = $imul(s.$length, protowire.SizeFixed64());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendFixed64(b, v);
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64PackedSlice, $c: true, $r, _i, _r$5, _ref, b, f, n, opts, p, s, v, $s};return $f;
	};
	sizeFixed64Value = function(v, tagsize, opts) {
		var opts, tagsize, v;
		return tagsize + protowire.SizeFixed64() >> 0;
	};
	appendFixed64Value = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64Value, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeFixed64Value = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfUint64(v), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeFixed64SliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		size = $imul(_r$6, ((tagsize + protowire.SizeFixed64() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed64SliceValue, $c: true, $r, _r$5, _r$6, list, listv, opts, size, tagsize, $s};return $f;
	};
	appendFixed64SliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = _r$8;
			_r$9 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64SliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeFixed64SliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				_tuple$1 = protowire.ConsumeFixed64(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfUint64(v), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 1))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		_tuple$2 = protowire.ConsumeFixed64(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfUint64(v$1), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeFixed64SliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s};return $f;
	};
	sizeFixed64PackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(llen, protowire.SizeFixed64());
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeFixed64PackedSliceValue, $c: true, $r, _r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s};return $f;
	};
	appendFixed64PackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = $imul(llen, protowire.SizeFixed64());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Uint(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = _r$8;
			_r$9 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendFixed64PackedSliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s};return $f;
	};
	sizeDouble = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		return size;
	};
	appendDouble = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, math.Float64bits(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDouble, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeDouble = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Float64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(math.Float64frombits(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeDouble, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	sizeDoubleNoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Float64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v === 0) && !math.Signbit((v))) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeDoubleNoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendDoubleNoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float64(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if ((v === 0) && !math.Signbit((v))) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, math.Float64bits(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDoubleNoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	sizeDoublePtr = function(p, f, opts) {
		var f, opts, p, size;
		size = 0;
		size = f.tagsize + protowire.SizeFixed64() >> 0;
		return size;
	};
	appendDoublePtr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendFixed64(b, math.Float64bits(v));
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDoublePtr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeDoublePtr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Float64Ptr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$26.nil) {
			vp.$set($newDataPointer(0, ptrType$26));
		}
		vp.$get().$set(math.Float64frombits(v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeDoublePtr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s};return $f;
	};
	sizeDoubleSlice = function(p, f, opts) {
		var {_r$5, f, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Float64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		size = $imul(s.$length, ((f.tagsize + protowire.SizeFixed64() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeDoubleSlice, $c: true, $r, _r$5, f, opts, p, s, size, $s};return $f;
	};
	appendDoubleSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendFixed64(b, math.Float64bits(v));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDoubleSlice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeDoubleSlice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).Float64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (wtyp === 2) {
			s = sp.$get();
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = $clone(out, unmarshalOutput);
				_tmp$1 = errDecode;
				unmarshalOutput.copy(out, _tmp);
				err = _tmp$1;
				$s = -1; return [out, err];
			}
			while (true) {
				if (!(b$1.$length > 0)) { break; }
				_tuple$1 = protowire.ConsumeFixed64(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$2 = $clone(out, unmarshalOutput);
					_tmp$3 = errDecode;
					unmarshalOutput.copy(out, _tmp$2);
					err = _tmp$3;
					$s = -1; return [out, err];
				}
				s = $append(s, math.Float64frombits(v));
				b$1 = $subslice(b$1, n$1);
			}
			sp.$set(s);
			out.n = n;
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = $ifaceNil;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		if (!((wtyp === 1))) {
			_tmp$6 = $clone(out, unmarshalOutput);
			_tmp$7 = errUnknown;
			unmarshalOutput.copy(out, _tmp$6);
			err = _tmp$7;
			$s = -1; return [out, err];
		}
		_tuple$2 = protowire.ConsumeFixed64(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$8 = $clone(out, unmarshalOutput);
			_tmp$9 = errDecode;
			unmarshalOutput.copy(out, _tmp$8);
			err = _tmp$9;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), math.Float64frombits(v$1)));
		out.n = n$2;
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeDoubleSlice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, f, n, n$1, n$2, opts, out, p, s, sp, v, v$1, wtyp, $s};return $f;
	};
	sizeDoublePackedSlice = function(p, f, opts) {
		var {_r$5, f, n, opts, p, s, size, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Float64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(s.$length, protowire.SizeFixed64());
		size = f.tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeDoublePackedSlice, $c: true, $r, _r$5, f, n, opts, p, s, size, $s};return $f;
	};
	appendDoublePackedSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Float64Slice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		if (s.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		n = $imul(s.$length, protowire.SizeFixed64());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendFixed64(b, math.Float64bits(v));
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDoublePackedSlice, $c: true, $r, _i, _r$5, _ref, b, f, n, opts, p, s, v, $s};return $f;
	};
	sizeDoubleValue = function(v, tagsize, opts) {
		var opts, tagsize, v;
		return tagsize + protowire.SizeFixed64() >> 0;
	};
	appendDoubleValue = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Float(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = math.Float64bits(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$1 = _r$6;
		_r$7 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		b = _r$7;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDoubleValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, b, opts, v, wiretag, $s};return $f;
	};
	consumeDoubleValue = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 1))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeFixed64(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfFloat64(math.Float64frombits(v)), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeDoubleSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		size = $imul(_r$6, ((tagsize + protowire.SizeFixed64() >> 0)));
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeDoubleSliceValue, $c: true, $r, _r$5, _r$6, list, listv, opts, size, tagsize, $s};return $f;
	};
	appendDoubleSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Float(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = math.Float64bits(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			b = _r$10;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDoubleSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeDoubleSliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		/* */ if (wtyp === 2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (wtyp === 2) { */ case 2:
			_tuple = protowire.ConsumeBytes(b);
			b$1 = _tuple[0];
			n = _tuple[1];
			if (n < 0) {
				_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
				_tmp$1 = $clone(out, unmarshalOutput);
				_tmp$2 = errDecode;
				protoreflect.Value.copy(_, _tmp);
				unmarshalOutput.copy(out, _tmp$1);
				err = _tmp$2;
				$s = -1; return [_, out, err];
			}
			/* while (true) { */ case 4:
				/* if (!(b$1.$length > 0)) { break; } */ if(!(b$1.$length > 0)) { $s = 5; continue; }
				_tuple$1 = protowire.ConsumeFixed64(b$1);
				v = _tuple$1[0];
				n$1 = _tuple$1[1];
				if (n$1 < 0) {
					_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
					_tmp$4 = $clone(out, unmarshalOutput);
					_tmp$5 = errDecode;
					protoreflect.Value.copy(_, _tmp$3);
					unmarshalOutput.copy(out, _tmp$4);
					err = _tmp$5;
					$s = -1; return [_, out, err];
				}
				$r = list.Append($clone(protoreflect.ValueOfFloat64(math.Float64frombits(v)), protoreflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				b$1 = $subslice(b$1, n$1);
			$s = 4; continue;
			case 5:
			out.n = n;
			_tmp$6 = $clone(listv, protoreflect.Value);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = $ifaceNil;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		/* } */ case 3:
		if (!((wtyp === 1))) {
			_tmp$9 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$10 = $clone(out, unmarshalOutput);
			_tmp$11 = errUnknown;
			protoreflect.Value.copy(_, _tmp$9);
			unmarshalOutput.copy(out, _tmp$10);
			err = _tmp$11;
			$s = -1; return [_, out, err];
		}
		_tuple$2 = protowire.ConsumeFixed64(b);
		v$1 = _tuple$2[0];
		n$2 = _tuple$2[1];
		if (n$2 < 0) {
			_tmp$12 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$13 = $clone(out, unmarshalOutput);
			_tmp$14 = errDecode;
			protoreflect.Value.copy(_, _tmp$12);
			unmarshalOutput.copy(out, _tmp$13);
			err = _tmp$14;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfFloat64(math.Float64frombits(v$1)), protoreflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n$2;
		_tmp$15 = $clone(listv, protoreflect.Value);
		_tmp$16 = $clone(out, unmarshalOutput);
		_tmp$17 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$15);
		unmarshalOutput.copy(out, _tmp$16);
		err = _tmp$17;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeDoubleSliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, b, b$1, err, list, listv, n, n$1, n$2, opts, out, param, v, v$1, wtyp, $s};return $f;
	};
	sizeDoublePackedSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			size = 0;
			$s = -1; return size;
		}
		n = $imul(llen, protowire.SizeFixed64());
		size = tagsize + protowire.SizeBytes(n) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeDoublePackedSliceValue, $c: true, $r, _r$5, _r$6, list, listv, llen, n, opts, size, tagsize, $s};return $f;
	};
	appendDoublePackedSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		llen = _r$6;
		if (llen === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, wiretag);
		n = $imul(llen, protowire.SizeFixed64());
		b = protowire.AppendVarint(b, (new $Uint64(0, n)));
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Float(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = math.Float64bits(_r$8); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg$1 = _r$9;
			_r$10 = protowire.AppendFixed64(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			b = _r$10;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendDoublePackedSliceValue, $c: true, $r, _arg, _arg$1, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, b, i, list, listv, llen, n, opts, v, wiretag, $s};return $f;
	};
	sizeString = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeBytes(v.length) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeString, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendString = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendString(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendString, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeString = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(($bytesToString(v)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeString, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	appendStringValidateUTF8 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendString(b, v);
		if (!utf8.ValidString(v)) {
			$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringValidateUTF8, $c: true, $r, _r$5, b, f, opts, p, v, x, $s};return $f;
	};
	consumeStringValidateUTF8 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		if (!utf8.Valid(v)) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x));
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set(($bytesToString(v)));
		out.n = n;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeStringValidateUTF8, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, $s};return $f;
	};
	sizeStringNoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v.length === 0) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeBytes(v.length) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeStringNoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendStringNoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v.length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendString(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringNoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	appendStringNoZeroValidateUTF8 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v.length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendString(b, v);
		if (!utf8.ValidString(v)) {
			$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringNoZeroValidateUTF8, $c: true, $r, _r$5, b, f, opts, p, v, x, $s};return $f;
	};
	sizeStringPtr = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).StringPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		size = f.tagsize + protowire.SizeBytes(v.length) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeStringPtr, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendStringPtr = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).StringPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendString(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringPtr, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeStringPtr = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).StringPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$29.nil) {
			vp.$set($newDataPointer("", ptrType$29));
		}
		vp.$get().$set(($bytesToString(v)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeStringPtr, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, $s};return $f;
	};
	appendStringPtrValidateUTF8 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).StringPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get().$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendString(b, v);
		if (!utf8.ValidString(v)) {
			$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringPtrValidateUTF8, $c: true, $r, _r$5, b, f, opts, p, v, x, $s};return $f;
	};
	consumeStringPtrValidateUTF8 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		if (!utf8.Valid(v)) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x));
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).StringPtr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		vp = _r$5;
		if (vp.$get() === ptrType$29.nil) {
			vp.$set($newDataPointer("", ptrType$29));
		}
		vp.$get().$set(($bytesToString(v)));
		out.n = n;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeStringPtrValidateUTF8, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, vp, wtyp, x, $s};return $f;
	};
	sizeStringSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).StringSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeBytes(v.length) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeStringSlice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendStringSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).StringSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendString(b, v);
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringSlice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeStringSlice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).StringSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), ($bytesToString(v))));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeStringSlice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, $s};return $f;
	};
	appendStringSliceValidateUTF8 = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).StringSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendString(b, v);
			if (!utf8.ValidString(v)) {
				$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
			}
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringSliceValidateUTF8, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, x, $s};return $f;
	};
	consumeStringSliceValidateUTF8 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, x, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		if (!utf8.Valid(v)) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x));
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).StringSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		sp.$set($append(sp.$get(), ($bytesToString(v))));
		out.n = n;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeStringSliceValidateUTF8, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, x, $s};return $f;
	};
	sizeStringValue = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeBytes(_r$5.length); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = tagsize + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeStringValue, $c: true, $r, $24r, _r$5, _r$6, opts, tagsize, v, $s};return $f;
	};
	appendStringValue = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = protowire.AppendString(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeStringValue = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfString(($bytesToString(v))), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	appendStringValueValidateUTF8 = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, b, opts, v, wiretag, x, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = protowire.AppendString(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		_r$7 = $clone(v, protoreflect.Value).String(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = utf8.ValidString(_r$7); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		/* */ if (!_r$8) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!_r$8) { */ case 3:
			$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
		/* } */ case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringValueValidateUTF8, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, b, opts, v, wiretag, x, $s};return $f;
	};
	consumeStringValueValidateUTF8 = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, b, err, n, opts, out, param, param$1, v, wtyp, x;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		if (!utf8.Valid(v)) {
			_tmp$6 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x));
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			return [_, out, err];
		}
		out.n = n;
		_tmp$9 = $clone(protoreflect.ValueOfString(($bytesToString(v))), protoreflect.Value);
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$9);
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		return [_, out, err];
	};
	sizeStringSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeBytes(_r$8.length); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$9 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeStringSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s};return $f;
	};
	appendStringSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = _r$8;
			_r$9 = protowire.AppendString(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendStringSliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeStringSliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, list, listv, n, opts, out, param, v, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		if (!((wtyp === 2))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			$s = -1; return [_, out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfString(($bytesToString(v))), protoreflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		_tmp$6 = $clone(listv, protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeStringSliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, list, listv, n, opts, out, param, v, wtyp, $s};return $f;
	};
	sizeBytes = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		size = f.tagsize + protowire.SizeBytes(v.$length) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBytes, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendBytes = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendBytes(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytes, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeBytes = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set($appendSlice(new sliceType(emptyBuf), v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBytes, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	appendBytesValidateUTF8 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendBytes(b, v);
		if (!utf8.Valid(v)) {
			$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytesValidateUTF8, $c: true, $r, _r$5, b, f, opts, p, v, x, $s};return $f;
	};
	consumeBytesValidateUTF8 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		if (!utf8.Valid(v)) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x));
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set($appendSlice(new sliceType(emptyBuf), v));
		out.n = n;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBytesValidateUTF8, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, $s};return $f;
	};
	sizeBytesNoZero = function(p, f, opts) {
		var {_r$5, f, opts, p, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v.$length === 0) {
			size = 0;
			$s = -1; return size;
		}
		size = f.tagsize + protowire.SizeBytes(v.$length) >> 0;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBytesNoZero, $c: true, $r, _r$5, f, opts, p, size, v, $s};return $f;
	};
	appendBytesNoZero = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendBytes(b, v);
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytesNoZero, $c: true, $r, _r$5, b, f, opts, p, v, $s};return $f;
	};
	consumeBytesNoZero = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set($appendSlice((sliceType.nil), v));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBytesNoZero, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, v, wtyp, $s};return $f;
	};
	appendBytesNoZeroValidateUTF8 = function(b, p, f, opts) {
		var {_r$5, b, f, opts, p, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		v = _r$5.$get();
		if (v.$length === 0) {
			$s = -1; return [b, $ifaceNil];
		}
		b = protowire.AppendVarint(b, f.wiretag);
		b = protowire.AppendBytes(b, v);
		if (!utf8.Valid(v)) {
			$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytesNoZeroValidateUTF8, $c: true, $r, _r$5, b, f, opts, p, v, x, $s};return $f;
	};
	consumeBytesNoZeroValidateUTF8 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		if (!utf8.Valid(v)) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x));
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5.$set($appendSlice((sliceType.nil), v));
		out.n = n;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBytesNoZeroValidateUTF8, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, v, wtyp, x, $s};return $f;
	};
	sizeBytesSlice = function(p, f, opts) {
		var {_i, _r$5, _ref, f, opts, p, s, size, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(p, pointer).BytesSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			size = size + ((f.tagsize + protowire.SizeBytes(v.$length) >> 0)) >> 0;
			_i++;
		}
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBytesSlice, $c: true, $r, _i, _r$5, _ref, f, opts, p, s, size, v, $s};return $f;
	};
	appendBytesSlice = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).BytesSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendBytes(b, v);
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytesSlice, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, $s};return $f;
	};
	consumeBytesSlice = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(p, pointer).BytesSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		sp.$set($append(sp.$get(), $appendSlice(new sliceType(emptyBuf), v)));
		out.n = n;
		_tmp$4 = $clone(out, unmarshalOutput);
		_tmp$5 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$4);
		err = _tmp$5;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBytesSlice, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, $s};return $f;
	};
	appendBytesSliceValidateUTF8 = function(b, p, f, opts) {
		var {_i, _r$5, _ref, b, f, opts, p, s, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).BytesSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5.$get();
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			b = protowire.AppendVarint(b, f.wiretag);
			b = protowire.AppendBytes(b, v);
			if (!utf8.Valid(v)) {
				$s = -1; return [b, (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x))];
			}
			_i++;
		}
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytesSliceValidateUTF8, $c: true, $r, _i, _r$5, _ref, b, f, opts, p, s, v, x, $s};return $f;
	};
	consumeBytesSliceValidateUTF8 = function(b, p, wtyp, f, opts) {
		var {_r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, x, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		if (!utf8.Valid(v)) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = (x = new errInvalidUTF8.ptr(), new x.constructor.elem(x));
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).BytesSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		sp = _r$5;
		sp.$set($append(sp.$get(), $appendSlice(new sliceType(emptyBuf), v)));
		out.n = n;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeBytesSliceValidateUTF8, $c: true, $r, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, err, f, n, opts, out, p, sp, v, wtyp, x, $s};return $f;
	};
	sizeBytesValue = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeBytes(_r$5.$length); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = tagsize + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeBytesValue, $c: true, $r, $24r, _r$5, _r$6, opts, tagsize, v, $s};return $f;
	};
	appendBytesValue = function(b, v, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = _r$5;
		_r$6 = protowire.AppendBytes(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytesValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, b, opts, v, wiretag, $s};return $f;
	};
	consumeBytesValue = function(b, param, param$1, wtyp, opts) {
		var _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, n, opts, out, param, param$1, v, wtyp;
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			return [_, out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			return [_, out, err];
		}
		out.n = n;
		_tmp$6 = $clone(protoreflect.ValueOfBytes($appendSlice(new sliceType(emptyBuf), v)), protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		return [_, out, err];
	};
	sizeBytesSliceValue = function(listv, tagsize, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		size = 0;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			_r$8 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = protowire.SizeBytes(_r$8.$length); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			size = size + ((tagsize + _r$9 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		size = size;
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: sizeBytesSliceValue, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, opts, size, tagsize, v, $s};return $f;
	};
	appendBytesSliceValue = function(b, listv, wiretag, opts) {
		var {_arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			v = $clone(_r$7, protoreflect.Value);
			b = protowire.AppendVarint(b, wiretag);
			_arg = b;
			_r$8 = $clone(v, protoreflect.Value).Bytes(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$1 = _r$8;
			_r$9 = protowire.AppendBytes(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			b = _r$9;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendBytesSliceValue, $c: true, $r, _arg, _arg$1, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, b, i, list, listv, llen, opts, v, wiretag, $s};return $f;
	};
	consumeBytesSliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, list, listv, n, opts, out, param, v, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		if (!((wtyp === 2))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			$s = -1; return [_, out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(protoreflect.ValueOfBytes($appendSlice(new sliceType(emptyBuf), v)), protoreflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		_tmp$6 = $clone(listv, protoreflect.Value);
		_tmp$7 = $clone(out, unmarshalOutput);
		_tmp$8 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$6);
		unmarshalOutput.copy(out, _tmp$7);
		err = _tmp$8;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeBytesSliceValue, $c: true, $r, _, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, b, err, list, listv, n, opts, out, param, v, wtyp, $s};return $f;
	};
	errInvalidUTF8.ptr.prototype.Error = function() {
		return "string field contains invalid UTF-8";
	};
	errInvalidUTF8.prototype.Error = function() { return this.$val.Error(); };
	errInvalidUTF8.ptr.prototype.InvalidUTF8 = function() {
		return true;
	};
	errInvalidUTF8.prototype.InvalidUTF8 = function() { return this.$val.InvalidUTF8(); };
	errInvalidUTF8.ptr.prototype.Unwrap = function() {
		return errors.Error;
	};
	errInvalidUTF8.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	MessageInfo.ptr.prototype.initOneofFieldCoders = function(od, si) {
		var {_entry, _entry$1, _entry$2, _entry$3, _entry$4, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, cf, fd, fields, first, fs, ft, getInfo, i, lim, mi, needIsInit, num, od, oneofFields, ot, si, $s, $r, $c} = $restore(this, {od, si});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ft = [ft];
		getInfo = [getInfo];
		oneofFields = [oneofFields];
		mi = this;
		_r$5 = od.Name(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		fs = $clone((_entry = si.oneofsByName[protoreflect.Name.keyFor(_r$5)], _entry !== undefined ? _entry.v : new reflect.StructField.ptr("", "", $ifaceNil, "", 0, sliceType$14.nil, false)), reflect.StructField);
		ft[0] = fs.Type;
		oneofFields[0] = {};
		needIsInit = false;
		_r$6 = od.Fields(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		fields = _r$6;
		_tmp = 0;
		_r$7 = fields.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tmp$1 = _r$7;
		i = _tmp;
		lim = _tmp$1;
		/* while (true) { */ case 4:
			/* if (!(i < lim)) { break; } */ if(!(i < lim)) { $s = 5; continue; }
			cf = [cf];
			ot = [ot];
			_r$8 = od.Fields(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Get(i); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			fd = _r$9;
			_r$10 = fd.Number(); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			num = _r$10;
			cf[0] = $clone((_entry$1 = mi.coderMessageInfo.coderFields[protowire.Number.keyFor(num)], _entry$1 !== undefined ? _entry$1.v : ptrType$6.nil), coderFieldInfo);
			ot[0] = (_entry$2 = si.oneofWrappersByNumber[protowire.Number.keyFor(num)], _entry$2 !== undefined ? _entry$2.v : $ifaceNil);
			_r$11 = ot[0].Field(0); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			cf[0].ft = _r$11.Type;
			_r$12 = fieldCoder(fd, cf[0].ft); /* */ $s = 10; case 10: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_tuple = _r$12;
			cf[0].mi = _tuple[0];
			pointerCoderFuncs.copy(cf[0].funcs, _tuple[1]);
			_key = ot[0]; (oneofFields[0] || $throwRuntimeError("assignment to entry in nil map"))[reflect.Type.keyFor(_key)] = { k: _key, v: cf[0] };
			if (!(cf[0].funcs.isInit === $throwNilPointerError)) {
				needIsInit = true;
			}
			(_entry$3 = mi.coderMessageInfo.coderFields[protowire.Number.keyFor(num)], _entry$3 !== undefined ? _entry$3.v : ptrType$6.nil).funcs.unmarshal = (function(cf, ft, getInfo, oneofFields, ot) { return function $b(b, p, wtyp, f, opts) {
				var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _tuple$1, _v, _v$1, b, err, f, opts, out, p, vi, vw, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				vw = new reflect.Value.ptr(ptrType$7.nil, 0, 0);
				_r$13 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = $clone(_r$13, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				vi = _r$14;
				if (!(!$clone(vi, reflect.Value).IsNil())) { _v$1 = false; $s = 7; continue s; }
				_r$15 = $clone(vi, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = $clone(_r$15, reflect.Value).IsNil(); /* */ $s = 9; case 9: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_v$1 = !_r$16; case 7:
				if (!(_v$1)) { _v = false; $s = 6; continue s; }
				_r$17 = $clone(vi, reflect.Value).Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$18 = $clone(_r$17, reflect.Value).Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_r$19 = $clone(_r$18, reflect.Value).Type(); /* */ $s = 12; case 12: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_v = $interfaceIsEqual(_r$19, ot[0]); case 6:
				/* */ if (_v) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if (_v) { */ case 3:
					_r$20 = $clone(vi, reflect.Value).Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					vw = _r$20;
					$s = 5; continue;
				/* } else { */ case 4:
					vw = reflect.New(ot[0]);
				/* } */ case 5:
				_arg = b;
				_r$21 = $clone(pointerOfValue($clone(vw, reflect.Value)), pointer).Apply($clone(zeroOffset, offset)); /* */ $s = 14; case 14: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_arg$1 = $clone(_r$21, pointer);
				_arg$2 = wtyp;
				_arg$3 = cf[0];
				_arg$4 = $clone(opts, unmarshalOptions);
				_r$22 = cf[0].funcs.unmarshal(_arg, _arg$1, _arg$2, _arg$3, _arg$4); /* */ $s = 15; case 15: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_tuple$1 = _r$22;
				out = $clone(_tuple$1[0], unmarshalOutput);
				err = _tuple$1[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [out, err];
				}
				$r = $clone(vi, reflect.Value).Set($clone(vw, reflect.Value)); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [out, $ifaceNil];
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _tuple$1, _v, _v$1, b, err, f, opts, out, p, vi, vw, wtyp, $s};return $f;
			}; })(cf, ft, getInfo, oneofFields, ot);
			i = i + (1) >> 0;
		$s = 4; continue;
		case 5:
		getInfo[0] = (function(ft, getInfo, oneofFields) { return function $b(p) {
			var {$24r, _entry$4, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, p, v, $s, $r, $c} = $restore(this, {p});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$13 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = $clone(_r$13, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			v = _r$14;
			if ($clone(v, reflect.Value).IsNil()) {
				$s = -1; return [new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0)), ptrType$6.nil];
			}
			_r$15 = $clone(v, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			v = _r$15;
			if ($clone(v, reflect.Value).IsNil()) {
				$s = -1; return [new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0)), ptrType$6.nil];
			}
			_r$16 = $clone(pointerOfValue($clone(v, reflect.Value)), pointer).Apply($clone(zeroOffset, offset)); /* */ $s = 4; case 4: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = $clone(v, reflect.Value).Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = $clone(_r$17, reflect.Value).Type(); /* */ $s = 6; case 6: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$24r = [_r$16, (_entry$4 = oneofFields[0][reflect.Type.keyFor(_r$18)], _entry$4 !== undefined ? _entry$4.v : ptrType$6.nil)];
			$s = 7; case 7: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _entry$4, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, p, v, $s};return $f;
		}; })(ft, getInfo, oneofFields);
		_r$13 = od.Fields(); /* */ $s = 11; case 11: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_r$14 = _r$13.Get(0); /* */ $s = 12; case 12: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_r$15 = _r$14.Number(); /* */ $s = 13; case 13: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		first = (_entry$4 = mi.coderMessageInfo.coderFields[protowire.Number.keyFor(_r$15)], _entry$4 !== undefined ? _entry$4.v : ptrType$6.nil);
		first.funcs.size = (function(ft, getInfo, oneofFields) { return function $b(p, param, opts) {
			var {$24r, _r$16, _r$17, _tuple$1, info, opts, p, param, $s, $r, $c} = $restore(this, {p, param, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$16 = getInfo[0]($clone(p, pointer)); /* */ $s = 1; case 1: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_tuple$1 = _r$16;
			p = $clone(_tuple$1[0], pointer);
			info = _tuple$1[1];
			if (info === ptrType$6.nil || info.funcs.size === $throwNilPointerError) {
				$s = -1; return 0;
			}
			_r$17 = info.funcs.size($clone(p, pointer), info, $clone(opts, marshalOptions)); /* */ $s = 2; case 2: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$24r = _r$17;
			$s = 3; case 3: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$16, _r$17, _tuple$1, info, opts, p, param, $s};return $f;
		}; })(ft, getInfo, oneofFields);
		first.funcs.marshal = (function(ft, getInfo, oneofFields) { return function $b(b, p, param, opts) {
			var {$24r, _r$16, _r$17, _tuple$1, b, info, opts, p, param, $s, $r, $c} = $restore(this, {b, p, param, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$16 = getInfo[0]($clone(p, pointer)); /* */ $s = 1; case 1: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_tuple$1 = _r$16;
			p = $clone(_tuple$1[0], pointer);
			info = _tuple$1[1];
			if (info === ptrType$6.nil || info.funcs.marshal === $throwNilPointerError) {
				$s = -1; return [b, $ifaceNil];
			}
			_r$17 = info.funcs.marshal(b, $clone(p, pointer), info, $clone(opts, marshalOptions)); /* */ $s = 2; case 2: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$24r = _r$17;
			$s = 3; case 3: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$16, _r$17, _tuple$1, b, info, opts, p, param, $s};return $f;
		}; })(ft, getInfo, oneofFields);
		first.funcs.merge = (function(ft, getInfo, oneofFields) { return function $b(dst, src, param, opts) {
			var {_r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _tuple$1, _tuple$2, dst, dstinfo, dstp, opts, param, src, srcinfo, srcp, $s, $r, $c} = $restore(this, {dst, src, param, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$16 = getInfo[0]($clone(src, pointer)); /* */ $s = 1; case 1: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_tuple$1 = _r$16;
			srcp = $clone(_tuple$1[0], pointer);
			srcinfo = _tuple$1[1];
			if (srcinfo === ptrType$6.nil || srcinfo.funcs.merge === $throwNilPointerError) {
				$s = -1; return;
			}
			_r$17 = getInfo[0]($clone(dst, pointer)); /* */ $s = 2; case 2: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_tuple$2 = _r$17;
			dstp = $clone(_tuple$2[0], pointer);
			dstinfo = _tuple$2[1];
			/* */ if (!(dstinfo === srcinfo)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(dstinfo === srcinfo)) { */ case 3:
				_r$18 = $clone(dst, pointer).AsValueOf(ft[0]); /* */ $s = 5; case 5: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_r$19 = $clone(_r$18, reflect.Value).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_r$20 = $clone(src, pointer).AsValueOf(ft[0]); /* */ $s = 7; case 7: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$21 = $clone(_r$20, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$22 = $clone(_r$21, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_r$23 = $clone(_r$22, reflect.Value).Elem(); /* */ $s = 10; case 10: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				_r$24 = $clone(_r$23, reflect.Value).Type(); /* */ $s = 11; case 11: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_r$25 = reflect.New(_r$24); /* */ $s = 12; case 12: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				$r = $clone(_r$19, reflect.Value).Set($clone(_r$25, reflect.Value)); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$26 = $clone(dst, pointer).AsValueOf(ft[0]); /* */ $s = 14; case 14: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_r$27 = $clone(_r$26, reflect.Value).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				_r$28 = $clone(_r$27, reflect.Value).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
				_r$29 = pointerOfValue($clone(_r$28, reflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
				_r$30 = $clone(_r$29, pointer).Apply($clone(zeroOffset, offset)); /* */ $s = 18; case 18: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				pointer.copy(dstp, _r$30);
			/* } */ case 4:
			$r = srcinfo.funcs.merge($clone(dstp, pointer), $clone(srcp, pointer), srcinfo, $clone(opts, mergeOptions)); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _tuple$1, _tuple$2, dst, dstinfo, dstp, opts, param, src, srcinfo, srcp, $s};return $f;
		}; })(ft, getInfo, oneofFields);
		if (needIsInit) {
			first.funcs.isInit = (function(ft, getInfo, oneofFields) { return function $b(p, param) {
				var {$24r, _r$16, _r$17, _tuple$1, info, p, param, $s, $r, $c} = $restore(this, {p, param});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$16 = getInfo[0]($clone(p, pointer)); /* */ $s = 1; case 1: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_tuple$1 = _r$16;
				p = $clone(_tuple$1[0], pointer);
				info = _tuple$1[1];
				if (info === ptrType$6.nil || info.funcs.isInit === $throwNilPointerError) {
					$s = -1; return $ifaceNil;
				}
				_r$17 = info.funcs.isInit($clone(p, pointer), info); /* */ $s = 2; case 2: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r = _r$17;
				$s = 3; case 3: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$16, _r$17, _tuple$1, info, p, param, $s};return $f;
			}; })(ft, getInfo, oneofFields);
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.initOneofFieldCoders, $c: true, $r, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _key, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, cf, fd, fields, first, fs, ft, getInfo, i, lim, mi, needIsInit, num, od, oneofFields, ot, si, $s};return $f;
	};
	MessageInfo.prototype.initOneofFieldCoders = function(od, si) { return this.$val.initOneofFieldCoders(od, si); };
	makeWeakMessageFieldCoder = function(fd) {
		var fd, lazyInit, messageType, once;
		once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		messageType = $ifaceNil;
		lazyInit = (function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = once.Do((function $b() {
				var {_r$5, _r$6, _r$7, _tuple, messageName, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$5 = fd.Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = _r$5.FullName(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				messageName = _r$6;
				_r$7 = protoregistry.GlobalTypes.FindMessageByName(messageName); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tuple = _r$7;
				messageType = _tuple[0];
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, _r$7, _tuple, messageName, $s};return $f;
			})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		});
		return new pointerCoderFuncs.ptr(ptrType$5.nil, (function $b(p, f, opts) {
			var {$24r, _arg, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, f, m, ok, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = $clone(p, pointer).WeakFields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.get(f.num); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			m = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				$s = -1; return 0;
			}
			$r = lazyInit(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if ($interfaceIsEqual(messageType, $ifaceNil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($interfaceIsEqual(messageType, $ifaceNil)) { */ case 4:
				_r$7 = fd.Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = _r$7.FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_arg = new protoreflect.FullName(_r$8);
				_r$9 = fmt.Sprintf("weak message %v is not linked in", new sliceType$1([_arg])); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$panic(new $String(_r$9));
			/* } */ case 5:
			_r$10 = sizeMessage(m, f.tagsize, $clone(opts, marshalOptions)); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r = _r$10;
			$s = 10; case 10: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _arg, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, f, m, ok, opts, p, $s};return $f;
		}), (function $b(b, p, f, opts) {
			var {$24r, _arg, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, f, m, ok, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = $clone(p, pointer).WeakFields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.get(f.num); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			m = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				$s = -1; return [b, $ifaceNil];
			}
			$r = lazyInit(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if ($interfaceIsEqual(messageType, $ifaceNil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($interfaceIsEqual(messageType, $ifaceNil)) { */ case 4:
				_r$7 = fd.Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = _r$7.FullName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_arg = new protoreflect.FullName(_r$8);
				_r$9 = fmt.Sprintf("weak message %v is not linked in", new sliceType$1([_arg])); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$panic(new $String(_r$9));
			/* } */ case 5:
			_r$10 = appendMessage(b, m, f.wiretag, $clone(opts, marshalOptions)); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r = _r$10;
			$s = 10; case 10: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _arg, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, f, m, ok, opts, p, $s};return $f;
		}), (function $b(b, p, wtyp, f, opts) {
			var {$24r, _r$5, _r$6, _r$7, _r$8, _tuple, b, f, fs, m, ok, opts, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = $clone(p, pointer).WeakFields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			fs = _r$5;
			_tuple = fs.get(f.num);
			m = _tuple[0];
			ok = _tuple[1];
			/* */ if (!ok) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (!ok) { */ case 2:
				$r = lazyInit(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				if ($interfaceIsEqual(messageType, $ifaceNil)) {
					$s = -1; return [new unmarshalOutput.ptr(0, false), errUnknown];
				}
				_r$6 = messageType.New(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = _r$6.Interface(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				m = _r$7;
				fs.set(f.num, m);
			/* } */ case 3:
			_r$8 = consumeMessage(b, m, wtyp, $clone(opts, unmarshalOptions)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 8; case 8: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, _tuple, b, f, fs, m, ok, opts, p, wtyp, $s};return $f;
		}), (function $b(p, f) {
			var {$24r, _r$5, _r$6, _r$7, _tuple, f, m, ok, p, $s, $r, $c} = $restore(this, {p, f});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = $clone(p, pointer).WeakFields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.get(f.num); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			m = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				$s = -1; return $ifaceNil;
			}
			_r$7 = proto.CheckInitialized(m); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 4; case 4: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$5, _r$6, _r$7, _tuple, f, m, ok, p, $s};return $f;
		}), (function $b(dst, src, f, opts) {
			var {_arg, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, dm, dst, f, ok, opts, sm, src, $s, $r, $c} = $restore(this, {dst, src, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$5 = $clone(src, pointer).WeakFields(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = _r$5.get(f.num); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			sm = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				$s = -1; return;
			}
			_r$7 = $clone(dst, pointer).WeakFields(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = _r$7.get(f.num); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$1 = _r$8;
			dm = _tuple$1[0];
			ok = _tuple$1[1];
			/* */ if (!ok) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!ok) { */ case 5:
				$r = lazyInit(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(messageType, $ifaceNil)) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if ($interfaceIsEqual(messageType, $ifaceNil)) { */ case 8:
					_r$9 = fd.Message(); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_r$10 = _r$9.FullName(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_arg = new protoreflect.FullName(_r$10);
					_r$11 = fmt.Sprintf("weak message %v is not linked in", new sliceType$1([_arg])); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					$panic(new $String(_r$11));
				/* } */ case 9:
				_r$12 = messageType.New(); /* */ $s = 13; case 13: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = _r$12.Interface(); /* */ $s = 14; case 14: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				dm = _r$13;
				_r$14 = $clone(dst, pointer).WeakFields(); /* */ $s = 15; case 15: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$r = _r$14.set(f.num, dm); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
			$r = $clone(opts, mergeOptions).Merge(dm, sm); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _r$10, _r$11, _r$12, _r$13, _r$14, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, dm, dst, f, ok, opts, sm, src, $s};return $f;
		}));
	};
	makeMessageFieldCoder = function(fd, ft) {
		var {_r$5, _r$6, fd, ft, funcs, mi, $s, $r, $c} = $restore(this, {fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ft = [ft];
		_r$5 = getMessageInfo(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mi = _r$5;
		/* */ if (!(mi === ptrType$5.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(mi === ptrType$5.nil)) { */ case 2:
			funcs = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeMessageInfo, appendMessageInfo, consumeMessageInfo, $throwNilPointerError, mergeMessage);
			_r$6 = needsInitCheck(mi.Desc); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (_r$6) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_r$6) { */ case 5:
				funcs.isInit = isInitMessageInfo;
			/* } */ case 6:
			$s = -1; return funcs;
		/* } else { */ case 3:
			$s = -1; return new pointerCoderFuncs.ptr(ptrType$5.nil, (function(ft) { return function $b(p, f, opts) {
				var {$24r, _r$10, _r$7, _r$8, _r$9, f, m, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$7 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = asMessage($clone(_r$8, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				m = _r$9;
				_r$10 = sizeMessage(m, f.tagsize, $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r = _r$10;
				$s = 5; case 5: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$7, _r$8, _r$9, f, m, opts, p, $s};return $f;
			}; })(ft), (function(ft) { return function $b(b, p, f, opts) {
				var {$24r, _r$10, _r$7, _r$8, _r$9, b, f, m, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$7 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = asMessage($clone(_r$8, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				m = _r$9;
				_r$10 = appendMessage(b, m, f.wiretag, $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r = _r$10;
				$s = 5; case 5: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$7, _r$8, _r$9, b, f, m, opts, p, $s};return $f;
			}; })(ft), (function(ft) { return function $b(b, p, wtyp, f, opts) {
				var {$24r, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$7, _r$8, _r$9, b, f, mp, opts, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$7 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				mp = _r$8;
				/* */ if ($clone(mp, reflect.Value).IsNil()) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if ($clone(mp, reflect.Value).IsNil()) { */ case 3:
					_r$9 = ft[0].Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_r$10 = reflect.New(_r$9); /* */ $s = 6; case 6: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					$r = $clone(mp, reflect.Value).Set($clone(_r$10, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 4:
				_arg = b;
				_r$11 = asMessage($clone(mp, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_arg$1 = _r$11;
				_arg$2 = wtyp;
				_arg$3 = $clone(opts, unmarshalOptions);
				_r$12 = consumeMessage(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 9; case 9: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				$24r = _r$12;
				$s = 10; case 10: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$12, _r$7, _r$8, _r$9, b, f, mp, opts, p, wtyp, $s};return $f;
			}; })(ft), (function(ft) { return function $b(p, f) {
				var {$24r, _r$10, _r$7, _r$8, _r$9, f, m, p, $s, $r, $c} = $restore(this, {p, f});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$7 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = $clone(_r$7, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = asMessage($clone(_r$8, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				m = _r$9;
				_r$10 = proto.CheckInitialized(m); /* */ $s = 4; case 4: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r = _r$10;
				$s = 5; case 5: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$7, _r$8, _r$9, f, m, p, $s};return $f;
			}; })(ft), mergeMessage);
		/* } */ case 4:
		$s = -1; return new pointerCoderFuncs.ptr(ptrType$5.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
		/* */ } return; } var $f = {$blk: makeMessageFieldCoder, $c: true, $r, _r$5, _r$6, fd, ft, funcs, mi, $s};return $f;
	};
	sizeMessageInfo = function(p, f, opts) {
		var {$24r, _r$5, _r$6, _r$7, f, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = f.mi.sizePointer($clone(_r$5, pointer), $clone(opts, marshalOptions)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = protowire.SizeBytes(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7 + f.tagsize >> 0;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: sizeMessageInfo, $c: true, $r, $24r, _r$5, _r$6, _r$7, f, opts, p, $s};return $f;
	};
	appendMessageInfo = function(b, p, f, opts) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, f, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, f.wiretag);
		_arg = b;
		_r$5 = $clone(p, pointer).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = f.mi.sizePointer($clone(_r$5, pointer), $clone(opts, marshalOptions)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$1 = (new $Uint64(0, _r$6));
		_r$7 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		b = _r$7;
		_arg$2 = b;
		_r$8 = $clone(p, pointer).Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg$3 = $clone(_r$8, pointer);
		_arg$4 = $clone(opts, marshalOptions);
		_r$9 = f.mi.marshalAppendPointer(_arg$2, _arg$3, _arg$4); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		$24r = _r$9;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: appendMessageInfo, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, f, opts, p, $s};return $f;
	};
	consumeMessageInfo = function(b, p, wtyp, f, opts) {
		var {_arg, _arg$1, _arg$2, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, f, n, o, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, pointer).IsNil(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (_r$6) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$6) { */ case 1:
			_r$7 = f.mi.GoReflectType.Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = reflect.New(_r$7); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = pointerOfValue($clone(_r$8, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = $clone(p, pointer).SetPointer($clone(_r$9, pointer)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_arg = v;
		_r$10 = $clone(p, pointer).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$10, pointer);
		_arg$2 = $clone(opts, unmarshalOptions);
		_r$11 = f.mi.unmarshalPointer(_arg, _arg$1, 0, _arg$2); /* */ $s = 10; case 10: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_tuple$1 = _r$11;
		o = $clone(_tuple$1[0], unmarshalOutput);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = err;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		out.n = n;
		out.initialized = o.initialized;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeMessageInfo, $c: true, $r, _arg, _arg$1, _arg$2, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, f, n, o, opts, out, p, v, wtyp, $s};return $f;
	};
	isInitMessageInfo = function(p, f) {
		var {$24r, _r$5, _r$6, f, p, $s, $r, $c} = $restore(this, {p, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = f.mi.checkInitializedPointer($clone(_r$5, pointer)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: isInitMessageInfo, $c: true, $r, $24r, _r$5, _r$6, f, p, $s};return $f;
	};
	sizeMessage = function(m, tagsize, param) {
		var {$24r, _r$5, _r$6, m, param, tagsize, $s, $r, $c} = $restore(this, {m, tagsize, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = proto.Size(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = protowire.SizeBytes(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6 + tagsize >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeMessage, $c: true, $r, $24r, _r$5, _r$6, m, param, tagsize, $s};return $f;
	};
	appendMessage = function(b, m, wiretag, opts) {
		var {$24r, _arg, _arg$1, _r$5, _r$6, _r$7, b, m, opts, wiretag, $s, $r, $c} = $restore(this, {b, m, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_arg = b;
		_r$5 = proto.Size(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = (new $Uint64(0, _r$5));
		_r$6 = protowire.AppendVarint(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		b = _r$6;
		_r$7 = $clone($clone(opts, marshalOptions).Options(), proto.MarshalOptions).MarshalAppend(b, m); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: appendMessage, $c: true, $r, $24r, _arg, _arg$1, _r$5, _r$6, _r$7, b, m, opts, wiretag, $s};return $f;
	};
	consumeMessage = function(b, m, wtyp, opts) {
		var {_r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, m, n, o, opts, out, v, wtyp, $s, $r, $c} = $restore(this, {b, m, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone($clone(opts, unmarshalOptions).Options(), proto.UnmarshalOptions).UnmarshalState(new structType$4.ptr(new pragma.NoUnkeyedLiterals.ptr(), _r$5, v, 0, $ifaceNil, 0)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		o = $clone(_tuple$1[0], structType$5);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = err;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		out.n = n;
		out.initialized = !((((o.Flags & 1) >>> 0) === 0));
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeMessage, $c: true, $r, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, m, n, o, opts, out, v, wtyp, $s};return $f;
	};
	sizeMessageValue = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, _r$7, m, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = _r$6;
		_r$7 = sizeMessage(m, tagsize, $clone(opts, marshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: sizeMessageValue, $c: true, $r, $24r, _r$5, _r$6, _r$7, m, opts, tagsize, v, $s};return $f;
	};
	appendMessageValue = function(b, v, wiretag, opts) {
		var {$24r, _r$5, _r$6, _r$7, b, m, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = _r$6;
		_r$7 = appendMessage(b, m, wiretag, $clone(opts, marshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: appendMessageValue, $c: true, $r, $24r, _r$5, _r$6, _r$7, b, m, opts, v, wiretag, $s};return $f;
	};
	consumeMessageValue = function(b, v, param, wtyp, opts) {
		var {_r$5, _r$6, _r$7, _tuple, b, err, m, opts, out, param, v, wtyp, $s, $r, $c} = $restore(this, {b, v, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = _r$6;
		_r$7 = consumeMessage(b, m, wtyp, $clone(opts, unmarshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		out = $clone(_tuple[0], unmarshalOutput);
		err = _tuple[1];
		$s = -1; return [v, out, err];
		/* */ } return; } var $f = {$blk: consumeMessageValue, $c: true, $r, _r$5, _r$6, _r$7, _tuple, b, err, m, opts, out, param, v, wtyp, $s};return $f;
	};
	isInitMessageValue = function(v) {
		var {$24r, _r$5, _r$6, _r$7, m, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = _r$6;
		_r$7 = proto.CheckInitialized(m); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: isInitMessageValue, $c: true, $r, $24r, _r$5, _r$6, _r$7, m, v, $s};return $f;
	};
	sizeGroupValue = function(v, tagsize, opts) {
		var {$24r, _r$5, _r$6, _r$7, m, opts, tagsize, v, $s, $r, $c} = $restore(this, {v, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = _r$6;
		_r$7 = sizeGroup(m, tagsize, $clone(opts, marshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: sizeGroupValue, $c: true, $r, $24r, _r$5, _r$6, _r$7, m, opts, tagsize, v, $s};return $f;
	};
	appendGroupValue = function(b, v, wiretag, opts) {
		var {$24r, _r$5, _r$6, _r$7, b, m, opts, v, wiretag, $s, $r, $c} = $restore(this, {b, v, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = _r$6;
		_r$7 = appendGroup(b, m, wiretag, $clone(opts, marshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: appendGroupValue, $c: true, $r, $24r, _r$5, _r$6, _r$7, b, m, opts, v, wiretag, $s};return $f;
	};
	consumeGroupValue = function(b, v, num, wtyp, opts) {
		var {_r$5, _r$6, _r$7, _tuple, b, err, m, num, opts, out, v, wtyp, $s, $r, $c} = $restore(this, {b, v, num, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, protoreflect.Value).Message(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.Interface(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = _r$6;
		_r$7 = consumeGroup(b, m, num, wtyp, $clone(opts, unmarshalOptions)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		out = $clone(_tuple[0], unmarshalOutput);
		err = _tuple[1];
		$s = -1; return [v, out, err];
		/* */ } return; } var $f = {$blk: consumeGroupValue, $c: true, $r, _r$5, _r$6, _r$7, _tuple, b, err, m, num, opts, out, v, wtyp, $s};return $f;
	};
	makeGroupFieldCoder = function(fd, ft) {
		var {_r$5, _r$6, _r$7, fd, ft, funcs, mi, num, $s, $r, $c} = $restore(this, {fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ft = [ft];
		num = [num];
		_r$5 = fd.Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		num[0] = _r$5;
		_r$6 = getMessageInfo(ft[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		mi = _r$6;
		/* */ if (!(mi === ptrType$5.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(mi === ptrType$5.nil)) { */ case 3:
			funcs = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeGroupType, appendGroupType, consumeGroupType, $throwNilPointerError, mergeMessage);
			_r$7 = needsInitCheck(mi.Desc); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_r$7) { */ case 6:
				funcs.isInit = isInitMessageInfo;
			/* } */ case 7:
			$s = -1; return funcs;
		/* } else { */ case 4:
			$s = -1; return new pointerCoderFuncs.ptr(ptrType$5.nil, (function(ft, num) { return function $b(p, f, opts) {
				var {$24r, _r$10, _r$11, _r$8, _r$9, f, m, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$8 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = asMessage($clone(_r$9, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				m = _r$10;
				_r$11 = sizeGroup(m, f.tagsize, $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r = _r$11;
				$s = 5; case 5: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$8, _r$9, f, m, opts, p, $s};return $f;
			}; })(ft, num), (function(ft, num) { return function $b(b, p, f, opts) {
				var {$24r, _r$10, _r$11, _r$8, _r$9, b, f, m, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$8 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = asMessage($clone(_r$9, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				m = _r$10;
				_r$11 = appendGroup(b, m, f.wiretag, $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r = _r$11;
				$s = 5; case 5: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$8, _r$9, b, f, m, opts, p, $s};return $f;
			}; })(ft, num), (function(ft, num) { return function $b(b, p, wtyp, f, opts) {
				var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$8, _r$9, b, f, mp, opts, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$8 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				mp = _r$9;
				/* */ if ($clone(mp, reflect.Value).IsNil()) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if ($clone(mp, reflect.Value).IsNil()) { */ case 3:
					_r$10 = ft[0].Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_r$11 = reflect.New(_r$10); /* */ $s = 6; case 6: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					$r = $clone(mp, reflect.Value).Set($clone(_r$11, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 4:
				_arg = b;
				_r$12 = asMessage($clone(mp, reflect.Value)); /* */ $s = 8; case 8: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_arg$1 = _r$12;
				_arg$2 = num[0];
				_arg$3 = wtyp;
				_arg$4 = $clone(opts, unmarshalOptions);
				_r$13 = consumeGroup(_arg, _arg$1, _arg$2, _arg$3, _arg$4); /* */ $s = 9; case 9: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$24r = _r$13;
				$s = 10; case 10: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$10, _r$11, _r$12, _r$13, _r$8, _r$9, b, f, mp, opts, p, wtyp, $s};return $f;
			}; })(ft, num), (function(ft, num) { return function $b(p, f) {
				var {$24r, _r$10, _r$11, _r$8, _r$9, f, m, p, $s, $r, $c} = $restore(this, {p, f});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$8 = $clone(p, pointer).AsValueOf(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = asMessage($clone(_r$9, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				m = _r$10;
				_r$11 = proto.CheckInitialized(m); /* */ $s = 4; case 4: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r = _r$11;
				$s = 5; case 5: return $24r;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$10, _r$11, _r$8, _r$9, f, m, p, $s};return $f;
			}; })(ft, num), mergeMessage);
		/* } */ case 5:
		$s = -1; return new pointerCoderFuncs.ptr(ptrType$5.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
		/* */ } return; } var $f = {$blk: makeGroupFieldCoder, $c: true, $r, _r$5, _r$6, _r$7, fd, ft, funcs, mi, num, $s};return $f;
	};
	sizeGroupType = function(p, f, opts) {
		var {$24r, _r$5, _r$6, f, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = f.mi.sizePointer($clone(_r$5, pointer), $clone(opts, marshalOptions)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = ($imul(2, f.tagsize)) + _r$6 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sizeGroupType, $c: true, $r, $24r, _r$5, _r$6, f, opts, p, $s};return $f;
	};
	appendGroupType = function(b, p, f, opts) {
		var {_arg, _arg$1, _arg$2, _r$5, _r$6, _tuple, b, err, f, opts, p, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, f.wiretag);
		_arg = b;
		_r$5 = $clone(p, pointer).Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$5, pointer);
		_arg$2 = $clone(opts, marshalOptions);
		_r$6 = f.mi.marshalAppendPointer(_arg, _arg$1, _arg$2); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		b = _tuple[0];
		err = _tuple[1];
		b = protowire.AppendVarint(b, (x = f.wiretag, new $Uint64(x.$high + 0, x.$low + 1)));
		$s = -1; return [b, err];
		/* */ } return; } var $f = {$blk: appendGroupType, $c: true, $r, _arg, _arg$1, _arg$2, _r$5, _r$6, _tuple, b, err, f, opts, p, x, $s};return $f;
	};
	consumeGroupType = function(b, p, wtyp, f, opts) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, f, opts, out, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 3))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_r$5 = $clone(p, pointer).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, pointer).IsNil(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (_r$6) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$6) { */ case 1:
			_r$7 = f.mi.GoReflectType.Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = reflect.New(_r$7); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = pointerOfValue($clone(_r$8, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$r = $clone(p, pointer).SetPointer($clone(_r$9, pointer)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_arg = b;
		_r$10 = $clone(p, pointer).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$10, pointer);
		_arg$2 = f.num;
		_arg$3 = $clone(opts, unmarshalOptions);
		_r$11 = f.mi.unmarshalPointer(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 10; case 10: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_tuple = _r$11;
		unmarshalOutput.copy(out, _tuple[0]);
		err = _tuple[1];
		$24r = [out, err];
		$s = 11; case 11: return $24r;
		/* */ } return; } var $f = {$blk: consumeGroupType, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, f, opts, out, p, wtyp, $s};return $f;
	};
	sizeGroup = function(m, tagsize, param) {
		var {$24r, _r$5, m, param, tagsize, $s, $r, $c} = $restore(this, {m, tagsize, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = proto.Size(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = ($imul(2, tagsize)) + _r$5 >> 0;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: sizeGroup, $c: true, $r, $24r, _r$5, m, param, tagsize, $s};return $f;
	};
	appendGroup = function(b, m, wiretag, opts) {
		var {_r$5, _tuple, b, err, m, opts, wiretag, $s, $r, $c} = $restore(this, {b, m, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = protowire.AppendVarint(b, wiretag);
		_r$5 = $clone($clone(opts, marshalOptions).Options(), proto.MarshalOptions).MarshalAppend(b, m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		b = _tuple[0];
		err = _tuple[1];
		b = protowire.AppendVarint(b, new $Uint64(wiretag.$high + 0, wiretag.$low + 1));
		$s = -1; return [b, err];
		/* */ } return; } var $f = {$blk: appendGroup, $c: true, $r, _r$5, _tuple, b, err, m, opts, wiretag, $s};return $f;
	};
	consumeGroup = function(b, m, num, wtyp, opts) {
		var {_r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, m, n, num, o, opts, out, wtyp, $s, $r, $c} = $restore(this, {b, m, num, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 3))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeGroup(num, b);
		b = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = m.ProtoReflect(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone($clone(opts, unmarshalOptions).Options(), proto.UnmarshalOptions).UnmarshalState(new structType$4.ptr(new pragma.NoUnkeyedLiterals.ptr(), _r$5, b, 0, $ifaceNil, 0)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		o = $clone(_tuple$1[0], structType$5);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = err;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		out.n = n;
		out.initialized = !((((o.Flags & 1) >>> 0) === 0));
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeGroup, $c: true, $r, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, m, n, num, o, opts, out, wtyp, $s};return $f;
	};
	makeMessageSliceFieldCoder = function(fd, ft) {
		var {_r$5, _r$6, fd, ft, funcs, mi, $s, $r, $c} = $restore(this, {fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ft = [ft];
		_r$5 = getMessageInfo(ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mi = _r$5;
		/* */ if (!(mi === ptrType$5.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(mi === ptrType$5.nil)) { */ case 2:
			funcs = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeMessageSliceInfo, appendMessageSliceInfo, consumeMessageSliceInfo, $throwNilPointerError, mergeMessageSlice);
			_r$6 = needsInitCheck(mi.Desc); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* */ if (_r$6) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r$6) { */ case 4:
				funcs.isInit = isInitMessageSliceInfo;
			/* } */ case 5:
			$s = -1; return funcs;
		/* } */ case 3:
		$s = -1; return new pointerCoderFuncs.ptr(ptrType$5.nil, (function(ft) { return function $b(p, f, opts) {
			var {$24r, _r$7, f, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$7 = sizeMessageSlice($clone(p, pointer), ft[0], f.tagsize, $clone(opts, marshalOptions)); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$7, f, opts, p, $s};return $f;
		}; })(ft), (function(ft) { return function $b(b, p, f, opts) {
			var {$24r, _r$7, b, f, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$7 = appendMessageSlice(b, $clone(p, pointer), f.wiretag, ft[0], $clone(opts, marshalOptions)); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$7, b, f, opts, p, $s};return $f;
		}; })(ft), (function(ft) { return function $b(b, p, wtyp, f, opts) {
			var {$24r, _r$7, b, f, opts, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$7 = consumeMessageSlice(b, $clone(p, pointer), ft[0], wtyp, $clone(opts, unmarshalOptions)); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$7, b, f, opts, p, wtyp, $s};return $f;
		}; })(ft), (function(ft) { return function $b(p, f) {
			var {$24r, _r$7, f, p, $s, $r, $c} = $restore(this, {p, f});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$7 = isInitMessageSlice($clone(p, pointer), ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$7, f, p, $s};return $f;
		}; })(ft), mergeMessageSlice);
		/* */ } return; } var $f = {$blk: makeMessageSliceFieldCoder, $c: true, $r, _r$5, _r$6, fd, ft, funcs, mi, $s};return $f;
	};
	sizeMessageSliceInfo = function(p, f, opts) {
		var {_i, _r$5, _r$6, _r$7, _ref, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		n = 0;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = f.mi.sizePointer($clone(v, pointer), $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = protowire.SizeBytes(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			n = n + ((_r$7 + f.tagsize >> 0)) >> 0;
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: sizeMessageSliceInfo, $c: true, $r, _i, _r$5, _r$6, _r$7, _ref, f, n, opts, p, s, v, $s};return $f;
	};
	appendMessageSliceInfo = function(b, p, f, opts) {
		var {_i, _r$5, _r$6, _r$7, _ref, _tuple, b, err, f, opts, p, s, siz, v, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		err = $ifaceNil;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			b = protowire.AppendVarint(b, f.wiretag);
			_r$6 = f.mi.sizePointer($clone(v, pointer), $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			siz = _r$6;
			b = protowire.AppendVarint(b, (new $Uint64(0, siz)));
			_r$7 = f.mi.marshalAppendPointer(b, $clone(v, pointer), $clone(opts, marshalOptions)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple = _r$7;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendMessageSliceInfo, $c: true, $r, _i, _r$5, _r$6, _r$7, _ref, _tuple, b, err, f, opts, p, s, siz, v, $s};return $f;
	};
	consumeMessageSliceInfo = function(b, p, wtyp, f, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, f, m, mp, n, o, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = f.mi.GoReflectType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.New(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		m = _r$7;
		_r$8 = pointerOfIface(m); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		mp = $clone(_r$8, pointer);
		_r$9 = f.mi.unmarshalPointer(v, $clone(mp, pointer), 0, $clone(opts, unmarshalOptions)); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$1 = _r$9;
		o = $clone(_tuple$1[0], unmarshalOutput);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = err;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		$r = $clone(p, pointer).AppendPointerSlice($clone(mp, pointer)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		out.initialized = o.initialized;
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeMessageSliceInfo, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, f, m, mp, n, o, opts, out, p, v, wtyp, $s};return $f;
	};
	isInitMessageSliceInfo = function(p, f) {
		var {_i, _r$5, _r$6, _ref, err, f, p, s, v, $s, $r, $c} = $restore(this, {p, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = f.mi.checkInitializedPointer($clone(v, pointer)); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: isInitMessageSliceInfo, $c: true, $r, _i, _r$5, _r$6, _ref, err, f, p, s, v, $s};return $f;
	};
	sizeMessageSlice = function(p, goType, tagsize, param) {
		var {_i, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, goType, m, n, p, param, s, tagsize, v, $s, $r, $c} = $restore(this, {p, goType, tagsize, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		n = 0;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = goType.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(v, pointer).AsValueOf(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = asMessage($clone(_r$7, reflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			m = _r$8;
			_r$9 = proto.Size(m); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.SizeBytes(_r$9); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + ((_r$10 + tagsize >> 0)) >> 0;
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: sizeMessageSlice, $c: true, $r, _i, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, goType, m, n, p, param, s, tagsize, v, $s};return $f;
	};
	appendMessageSlice = function(b, p, wiretag, goType, opts) {
		var {_i, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, b, err, goType, m, opts, p, s, siz, v, wiretag, $s, $r, $c} = $restore(this, {b, p, wiretag, goType, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		err = $ifaceNil;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = goType.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(v, pointer).AsValueOf(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = asMessage($clone(_r$7, reflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			m = _r$8;
			b = protowire.AppendVarint(b, wiretag);
			_r$9 = proto.Size(m); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			siz = _r$9;
			b = protowire.AppendVarint(b, (new $Uint64(0, siz)));
			_r$10 = $clone($clone(opts, marshalOptions).Options(), proto.MarshalOptions).MarshalAppend(b, m); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple = _r$10;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendMessageSlice, $c: true, $r, _i, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, b, err, goType, m, opts, p, s, siz, v, wiretag, $s};return $f;
	};
	consumeMessageSlice = function(b, p, goType, wtyp, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, goType, mp, n, o, opts, out, p, v, wtyp, $s, $r, $c} = $restore(this, {b, p, goType, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 2))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = goType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.New(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		mp = _r$6;
		_r$7 = asMessage($clone(mp, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = _r$7.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = $clone($clone(opts, unmarshalOptions).Options(), proto.UnmarshalOptions).UnmarshalState(new structType$4.ptr(new pragma.NoUnkeyedLiterals.ptr(), _r$8, v, 0, $ifaceNil, 0)); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$1 = _r$9;
		o = $clone(_tuple$1[0], structType$5);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = err;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		$r = $clone(p, pointer).AppendPointerSlice($clone(pointerOfValue($clone(mp, reflect.Value)), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		out.initialized = !((((o.Flags & 1) >>> 0) === 0));
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeMessageSlice, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, goType, mp, n, o, opts, out, p, v, wtyp, $s};return $f;
	};
	isInitMessageSlice = function(p, goType) {
		var {_i, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, err, goType, m, p, s, v, $s, $r, $c} = $restore(this, {p, goType});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = goType.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(v, pointer).AsValueOf(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = asMessage($clone(_r$7, reflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			m = _r$8;
			_r$9 = proto.CheckInitialized(m); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err = _r$9;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: isInitMessageSlice, $c: true, $r, _i, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, err, goType, m, p, s, v, $s};return $f;
	};
	sizeMessageSliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, m, n, opts, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		n = 0;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, protoreflect.Value).Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			m = _r$9;
			_r$10 = proto.Size(m); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = protowire.SizeBytes(_r$10); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			n = n + ((_r$11 + tagsize >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: sizeMessageSliceValue, $c: true, $r, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, m, n, opts, tagsize, $s};return $f;
	};
	appendMessageSliceValue = function(b, listv, wiretag, opts) {
		var {_r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, i, list, listv, llen, m, mopts, opts, siz, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		mopts = $clone($clone(opts, marshalOptions).Options(), proto.MarshalOptions);
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, protoreflect.Value).Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			m = _r$9;
			b = protowire.AppendVarint(b, wiretag);
			_r$10 = proto.Size(m); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			siz = _r$10;
			b = protowire.AppendVarint(b, (new $Uint64(0, siz)));
			err = $ifaceNil;
			_r$11 = $clone(mopts, proto.MarshalOptions).MarshalAppend(b, m); /* */ $s = 9; case 9: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_tuple = _r$11;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendMessageSliceValue, $c: true, $r, _r$10, _r$11, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, i, list, listv, llen, m, mopts, opts, siz, wiretag, $s};return $f;
	};
	consumeMessageSliceValue = function(b, listv, param, wtyp, opts) {
		var {_, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, list, listv, m, n, o, opts, out, param, v, wtyp, $s, $r, $c} = $restore(this, {b, listv, param, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		if (!((wtyp === 2))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			$s = -1; return [_, out, err];
		}
		_tuple = protowire.ConsumeBytes(b);
		v = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [_, out, err];
		}
		_r$6 = list.NewElement(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = $clone(_r$6, protoreflect.Value);
		_r$7 = $clone(m, protoreflect.Value).Message(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = $clone($clone(opts, unmarshalOptions).Options(), proto.UnmarshalOptions).UnmarshalState(new structType$4.ptr(new pragma.NoUnkeyedLiterals.ptr(), _r$7, v, 0, $ifaceNil, 0)); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$1 = _r$8;
		o = $clone(_tuple$1[0], structType$5);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = err;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(m, protoreflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		out.initialized = !((((o.Flags & 1) >>> 0) === 0));
		_tmp$9 = $clone(listv, protoreflect.Value);
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$9);
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeMessageSliceValue, $c: true, $r, _, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, list, listv, m, n, o, opts, out, param, v, wtyp, $s};return $f;
	};
	isInitMessageSliceValue = function(listv) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, err, i, list, listv, llen, m, $s, $r, $c} = $restore(this, {listv});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, protoreflect.Value).Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			m = _r$9;
			_r$10 = proto.CheckInitialized(m); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			err = _r$10;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: isInitMessageSliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, err, i, list, listv, llen, m, $s};return $f;
	};
	sizeGroupSliceValue = function(listv, tagsize, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, m, n, opts, tagsize, $s, $r, $c} = $restore(this, {listv, tagsize, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		n = 0;
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, protoreflect.Value).Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			m = _r$9;
			_r$10 = proto.Size(m); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			n = n + ((($imul(2, tagsize)) + _r$10 >> 0)) >> 0;
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: sizeGroupSliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, i, list, listv, llen, m, n, opts, tagsize, $s};return $f;
	};
	appendGroupSliceValue = function(b, listv, wiretag, opts) {
		var {_r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, i, list, listv, llen, m, mopts, opts, wiretag, $s, $r, $c} = $restore(this, {b, listv, wiretag, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		mopts = $clone($clone(opts, marshalOptions).Options(), proto.MarshalOptions);
		_tmp = 0;
		_r$6 = list.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tmp$1 = _r$6;
		i = _tmp;
		llen = _tmp$1;
		/* while (true) { */ case 3:
			/* if (!(i < llen)) { break; } */ if(!(i < llen)) { $s = 4; continue; }
			_r$7 = list.Get(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $clone(_r$7, protoreflect.Value).Message(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Interface(); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			m = _r$9;
			b = protowire.AppendVarint(b, wiretag);
			err = $ifaceNil;
			_r$10 = $clone(mopts, proto.MarshalOptions).MarshalAppend(b, m); /* */ $s = 8; case 8: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple = _r$10;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			b = protowire.AppendVarint(b, new $Uint64(wiretag.$high + 0, wiretag.$low + 1));
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendGroupSliceValue, $c: true, $r, _r$10, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, b, err, i, list, listv, llen, m, mopts, opts, wiretag, $s};return $f;
	};
	consumeGroupSliceValue = function(b, listv, num, wtyp, opts) {
		var {_, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, list, listv, m, n, num, o, opts, out, wtyp, $s, $r, $c} = $restore(this, {b, listv, num, wtyp, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		_r$5 = $clone(listv, protoreflect.Value).List(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		list = _r$5;
		if (!((wtyp === 3))) {
			_tmp = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$1 = $clone(out, unmarshalOutput);
			_tmp$2 = errUnknown;
			protoreflect.Value.copy(_, _tmp);
			unmarshalOutput.copy(out, _tmp$1);
			err = _tmp$2;
			$s = -1; return [_, out, err];
		}
		_tuple = protowire.ConsumeGroup(num, b);
		b = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$3 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = errDecode;
			protoreflect.Value.copy(_, _tmp$3);
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [_, out, err];
		}
		_r$6 = list.NewElement(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		m = $clone(_r$6, protoreflect.Value);
		_r$7 = $clone(m, protoreflect.Value).Message(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = $clone($clone(opts, unmarshalOptions).Options(), proto.UnmarshalOptions).UnmarshalState(new structType$4.ptr(new pragma.NoUnkeyedLiterals.ptr(), _r$7, b, 0, $ifaceNil, 0)); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$1 = _r$8;
		o = $clone(_tuple$1[0], structType$5);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil);
			_tmp$7 = $clone(out, unmarshalOutput);
			_tmp$8 = err;
			protoreflect.Value.copy(_, _tmp$6);
			unmarshalOutput.copy(out, _tmp$7);
			err = _tmp$8;
			$s = -1; return [_, out, err];
		}
		$r = list.Append($clone(m, protoreflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		out.initialized = !((((o.Flags & 1) >>> 0) === 0));
		_tmp$9 = $clone(listv, protoreflect.Value);
		_tmp$10 = $clone(out, unmarshalOutput);
		_tmp$11 = $ifaceNil;
		protoreflect.Value.copy(_, _tmp$9);
		unmarshalOutput.copy(out, _tmp$10);
		err = _tmp$11;
		$s = -1; return [_, out, err];
		/* */ } return; } var $f = {$blk: consumeGroupSliceValue, $c: true, $r, _, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, list, listv, m, n, num, o, opts, out, wtyp, $s};return $f;
	};
	makeGroupSliceFieldCoder = function(fd, ft) {
		var {_r$5, _r$6, _r$7, fd, ft, funcs, mi, num, $s, $r, $c} = $restore(this, {fd, ft});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ft = [ft];
		num = [num];
		_r$5 = fd.Number(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		num[0] = _r$5;
		_r$6 = getMessageInfo(ft[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		mi = _r$6;
		/* */ if (!(mi === ptrType$5.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(mi === ptrType$5.nil)) { */ case 3:
			funcs = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeGroupSliceInfo, appendGroupSliceInfo, consumeGroupSliceInfo, $throwNilPointerError, mergeMessageSlice);
			_r$7 = needsInitCheck(mi.Desc); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_r$7) { */ case 5:
				funcs.isInit = isInitMessageSliceInfo;
			/* } */ case 6:
			$s = -1; return funcs;
		/* } */ case 4:
		$s = -1; return new pointerCoderFuncs.ptr(ptrType$5.nil, (function(ft, num) { return function $b(p, f, opts) {
			var {$24r, _r$8, f, opts, p, $s, $r, $c} = $restore(this, {p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$8 = sizeGroupSlice($clone(p, pointer), ft[0], f.tagsize, $clone(opts, marshalOptions)); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$8, f, opts, p, $s};return $f;
		}; })(ft, num), (function(ft, num) { return function $b(b, p, f, opts) {
			var {$24r, _r$8, b, f, opts, p, $s, $r, $c} = $restore(this, {b, p, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$8 = appendGroupSlice(b, $clone(p, pointer), f.wiretag, ft[0], $clone(opts, marshalOptions)); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$8, b, f, opts, p, $s};return $f;
		}; })(ft, num), (function(ft, num) { return function $b(b, p, wtyp, f, opts) {
			var {$24r, _r$8, b, f, opts, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$8 = consumeGroupSlice(b, $clone(p, pointer), num[0], wtyp, ft[0], $clone(opts, unmarshalOptions)); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$8, b, f, opts, p, wtyp, $s};return $f;
		}; })(ft, num), (function(ft, num) { return function $b(p, f) {
			var {$24r, _r$8, f, p, $s, $r, $c} = $restore(this, {p, f});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$8 = isInitMessageSlice($clone(p, pointer), ft[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$8, f, p, $s};return $f;
		}; })(ft, num), mergeMessageSlice);
		/* */ } return; } var $f = {$blk: makeGroupSliceFieldCoder, $c: true, $r, _r$5, _r$6, _r$7, fd, ft, funcs, mi, num, $s};return $f;
	};
	sizeGroupSlice = function(p, messageType, tagsize, param) {
		var {_i, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, m, messageType, n, p, param, s, tagsize, v, $s, $r, $c} = $restore(this, {p, messageType, tagsize, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		n = 0;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = messageType.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(v, pointer).AsValueOf(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = asMessage($clone(_r$7, reflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			m = _r$8;
			_r$9 = proto.Size(m); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			n = n + ((($imul(2, tagsize)) + _r$9 >> 0)) >> 0;
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: sizeGroupSlice, $c: true, $r, _i, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, m, messageType, n, p, param, s, tagsize, v, $s};return $f;
	};
	appendGroupSlice = function(b, p, wiretag, messageType, opts) {
		var {_i, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, b, err, m, messageType, opts, p, s, v, wiretag, $s, $r, $c} = $restore(this, {b, p, wiretag, messageType, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		err = $ifaceNil;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = messageType.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $clone(v, pointer).AsValueOf(_r$6); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = asMessage($clone(_r$7, reflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			m = _r$8;
			b = protowire.AppendVarint(b, wiretag);
			_r$9 = $clone($clone(opts, marshalOptions).Options(), proto.MarshalOptions).MarshalAppend(b, m); /* */ $s = 7; case 7: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tuple = _r$9;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			b = protowire.AppendVarint(b, new $Uint64(wiretag.$high + 0, wiretag.$low + 1));
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendGroupSlice, $c: true, $r, _i, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, b, err, m, messageType, opts, p, s, v, wiretag, $s};return $f;
	};
	consumeGroupSlice = function(b, p, num, wtyp, goType, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, goType, mp, n, num, o, opts, out, p, wtyp, $s, $r, $c} = $restore(this, {b, p, num, wtyp, goType, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new unmarshalOutput.ptr(0, false);
		err = $ifaceNil;
		if (!((wtyp === 3))) {
			_tmp = $clone(out, unmarshalOutput);
			_tmp$1 = errUnknown;
			unmarshalOutput.copy(out, _tmp);
			err = _tmp$1;
			$s = -1; return [out, err];
		}
		_tuple = protowire.ConsumeGroup(num, b);
		b = _tuple[0];
		n = _tuple[1];
		if (n < 0) {
			_tmp$2 = $clone(out, unmarshalOutput);
			_tmp$3 = errDecode;
			unmarshalOutput.copy(out, _tmp$2);
			err = _tmp$3;
			$s = -1; return [out, err];
		}
		_r$5 = goType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.New(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		mp = _r$6;
		_r$7 = asMessage($clone(mp, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = _r$7.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = $clone($clone(opts, unmarshalOptions).Options(), proto.UnmarshalOptions).UnmarshalState(new structType$4.ptr(new pragma.NoUnkeyedLiterals.ptr(), _r$8, b, 0, $ifaceNil, 0)); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$1 = _r$9;
		o = $clone(_tuple$1[0], structType$5);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = $clone(out, unmarshalOutput);
			_tmp$5 = err;
			unmarshalOutput.copy(out, _tmp$4);
			err = _tmp$5;
			$s = -1; return [out, err];
		}
		$r = $clone(p, pointer).AppendPointerSlice($clone(pointerOfValue($clone(mp, reflect.Value)), pointer)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out.n = n;
		out.initialized = !((((o.Flags & 1) >>> 0) === 0));
		_tmp$6 = $clone(out, unmarshalOutput);
		_tmp$7 = $ifaceNil;
		unmarshalOutput.copy(out, _tmp$6);
		err = _tmp$7;
		$s = -1; return [out, err];
		/* */ } return; } var $f = {$blk: consumeGroupSlice, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, goType, mp, n, num, o, opts, out, p, wtyp, $s};return $f;
	};
	sizeGroupSliceInfo = function(p, f, opts) {
		var {_i, _r$5, _r$6, _ref, f, n, opts, p, s, v, $s, $r, $c} = $restore(this, {p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		n = 0;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			_r$6 = f.mi.sizePointer($clone(v, pointer), $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			n = n + ((($imul(2, f.tagsize)) + _r$6 >> 0)) >> 0;
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: sizeGroupSliceInfo, $c: true, $r, _i, _r$5, _r$6, _ref, f, n, opts, p, s, v, $s};return $f;
	};
	appendGroupSliceInfo = function(b, p, f, opts) {
		var {_i, _r$5, _r$6, _ref, _tuple, b, err, f, opts, p, s, v, x, $s, $r, $c} = $restore(this, {b, p, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(p, pointer).PointerSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		s = _r$5;
		err = $ifaceNil;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pointer);
			b = protowire.AppendVarint(b, f.wiretag);
			_r$6 = f.mi.marshalAppendPointer(b, $clone(v, pointer), $clone(opts, marshalOptions)); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			b = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [b, err];
			}
			b = protowire.AppendVarint(b, (x = f.wiretag, new $Uint64(x.$high + 0, x.$low + 1)));
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: appendGroupSliceInfo, $c: true, $r, _i, _r$5, _r$6, _ref, _tuple, b, err, f, opts, p, s, v, x, $s};return $f;
	};
	consumeGroupSliceInfo = function(b, p, wtyp, f, opts) {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, err, f, m, mp, opts, out, p, wtyp, $s, $r, $c} = $restore(this, {b, p, wtyp, f, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!((wtyp === 3))) {
			$s = -1; return [new unmarshalOutput.ptr(0, false), errUnknown];
		}
		_r$5 = f.mi.GoReflectType.Elem(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = reflect.New(_r$5); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, reflect.Value).Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		m = _r$7;
		_r$8 = pointerOfIface(m); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		mp = $clone(_r$8, pointer);
		_r$9 = f.mi.unmarshalPointer(b, $clone(mp, pointer), f.num, $clone(opts, unmarshalOptions)); /* */ $s = 5; case 5: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple = _r$9;
		out = $clone(_tuple[0], unmarshalOutput);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [out, err];
		}
		$r = $clone(p, pointer).AppendPointerSlice($clone(mp, pointer)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [out, $ifaceNil];
		/* */ } return; } var $f = {$blk: consumeGroupSliceInfo, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, b, err, f, m, mp, opts, out, p, wtyp, $s};return $f;
	};
	asMessage = function(v) {
		var {$24r, _r$5, _r$6, _r$7, _tuple, m, ok, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = $clone(v, reflect.Value).Interface(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$5, protoreflect.ProtoMessage, true);
		m = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return m;
		}
		_r$6 = legacyWrapMessage($clone(v, reflect.Value)); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Interface(); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: asMessage, $c: true, $r, $24r, _r$5, _r$6, _r$7, _tuple, m, ok, v, $s};return $f;
	};
	getExtensionFieldInfo = function(xt) {
		var {$24r, _r$5, _r$6, _tuple, ok, xi, xt, $s, $r, $c} = $restore(this, {xt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(xt, ptrType$53, true);
		xi = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r$5 = xi.lazyInit(); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return xi.info;
		/* } */ case 2:
		_r$6 = legacyLoadExtensionFieldInfo(xt); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: getExtensionFieldInfo, $c: true, $r, $24r, _r$5, _r$6, _tuple, ok, xi, xt, $s};return $f;
	};
	legacyLoadExtensionFieldInfo = function(xt) {
		var {_r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, e, e$1, ok, ok$1, xi, xt, $s, $r, $c} = $restore(this, {xt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = legacyExtensionFieldInfoCache.Load(xt); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		xi = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return $assertType(xi, ptrType$54);
		}
		_r$6 = xt.TypeDescriptor(); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = makeExtensionFieldInfo(_r$6); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		e = _r$7;
		_r$8 = legacyMessageTypeCache.LoadOrStore(xt, e); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$1 = _r$8;
		e$1 = _tuple$1[0];
		ok$1 = _tuple$1[1];
		if (ok$1) {
			$s = -1; return $assertType(e$1, ptrType$54);
		}
		$s = -1; return e;
		/* */ } return; } var $f = {$blk: legacyLoadExtensionFieldInfo, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, e, e$1, ok, ok$1, xi, xt, $s};return $f;
	};
	makeExtensionFieldInfo = function(xd) {
		var {_1, _arg, _arg$1, _entry, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, e, wiretag, xd, $s, $r, $c} = $restore(this, {xd});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		wiretag = new $Uint64(0, 0);
		_r$5 = xd.IsPacked(); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!_r$5) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$5) { */ case 1:
			_r$6 = xd.Number(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg = _r$6;
			_r$7 = xd.Kind(); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg$1 = (_entry = wireTypes[protoreflect.Kind.keyFor(_r$7)], _entry !== undefined ? _entry.v : 0);
			_r$8 = protowire.EncodeTag(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			wiretag = _r$8;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$9 = xd.Number(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = protowire.EncodeTag(_r$9, 2); /* */ $s = 9; case 9: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			wiretag = _r$10;
		/* } */ case 3:
		_r$11 = encoderFuncsForValue(xd); /* */ $s = 10; case 10: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		e = new extensionFieldInfo.ptr(wiretag, protowire.SizeVarint(wiretag), false, $clone(_r$11, valueCoderFuncs), new validationInfo.ptr(ptrType$5.nil, 0, 0, 0, new $Uint64(0, 0)));
			_r$12 = xd.Kind(); /* */ $s = 12; case 12: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_1 = _r$12;
			/* */ if ((_1 === (11)) || (_1 === (10)) || (_1 === (14))) { $s = 13; continue; }
			_r$13 = xd.Cardinality(); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			/* */ if (_r$13 === 3) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if ((_1 === (11)) || (_1 === (10)) || (_1 === (14))) { */ case 13:
				e.unmarshalNeedsValue = true;
				$s = 15; continue;
			/* } else if (_r$13 === 3) { */ case 14:
				e.unmarshalNeedsValue = true;
			/* } */ case 15:
		case 11:
		$s = -1; return e;
		/* */ } return; } var $f = {$blk: makeExtensionFieldInfo, $c: true, $r, _1, _arg, _arg$1, _entry, _r$10, _r$11, _r$12, _r$13, _r$5, _r$6, _r$7, _r$8, _r$9, e, wiretag, xd, $s};return $f;
	};
	ExtensionField.ptr.prototype.appendLazyBytes = function(xt, xi, num, wtyp, b) {
		var b, f, num, wtyp, xi, xt;
		f = this;
		if (f.lazy === ptrType$40.nil) {
			f.lazy = new lazyExtensionValue.ptr(0, new sync.Mutex.ptr(0, 0), xi, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), sliceType.nil, $throwNilPointerError);
		}
		f.typ = xt;
		f.lazy.xi = xi;
		f.lazy.b = protowire.AppendTag(f.lazy.b, num, wtyp);
		f.lazy.b = $appendSlice(f.lazy.b, b);
	};
	ExtensionField.prototype.appendLazyBytes = function(xt, xi, num, wtyp, b) { return this.$val.appendLazyBytes(xt, xi, num, wtyp, b); };
	ExtensionField.ptr.prototype.canLazy = function(xt) {
		var f, x, xt;
		f = this;
		if ($interfaceIsEqual(f.typ, $ifaceNil)) {
			return true;
		}
		if ($interfaceIsEqual(f.typ, xt) && !(f.lazy === ptrType$40.nil) && (atomic.LoadUint32((x = f.lazy, (x.$ptr_atomicOnce || (x.$ptr_atomicOnce = new ptrType$17(function() { return this.$target.atomicOnce; }, function($v) { this.$target.atomicOnce = $v; }, x))))) === 0)) {
			return true;
		}
		return false;
	};
	ExtensionField.prototype.canLazy = function(xt) { return this.$val.canLazy(xt); };
	ExtensionField.ptr.prototype.lazyInit = function() {
		var {_r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, err, f, n, num, out, tag$1, val, wtyp, x, x$1, x$2, x$3, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		f = this;
		$r = f.lazy.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(f.lazy.mu, "Unlock"), []]);
		/* */ if (atomic.LoadUint32((x = f.lazy, (x.$ptr_atomicOnce || (x.$ptr_atomicOnce = new ptrType$17(function() { return this.$target.atomicOnce; }, function($v) { this.$target.atomicOnce = $v; }, x))))) === 1) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (atomic.LoadUint32((x = f.lazy, (x.$ptr_atomicOnce || (x.$ptr_atomicOnce = new ptrType$17(function() { return this.$target.atomicOnce; }, function($v) { this.$target.atomicOnce = $v; }, x))))) === 1) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		/* */ if (!(f.lazy.xi === ptrType$54.nil)) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(f.lazy.xi === ptrType$54.nil)) { */ case 5:
			b = f.lazy.b;
			_r$5 = f.typ.New(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			val = $clone(_r$5, protoreflect.Value);
			/* while (true) { */ case 9:
				/* if (!(b.$length > 0)) { break; } */ if(!(b.$length > 0)) { $s = 10; continue; }
				tag$1 = new $Uint64(0, 0);
				/* */ if ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) { $s = 11; continue; }
				/* */ if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) < 128) { */ case 11:
					tag$1 = (new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0])));
					b = $subslice(b, 1);
					$s = 14; continue;
				/* } else if (b.$length >= 2 && (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) < 128) { */ case 12:
					tag$1 = (x$1 = (new $Uint64(0, (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 127) >>> 0))), x$2 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 7), new $Uint64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
					b = $subslice(b, 2);
					$s = 14; continue;
				/* } else { */ case 13:
					n = 0;
					_tuple = protowire.ConsumeVarint(b);
					tag$1 = _tuple[0];
					n = _tuple[1];
					/* */ if (n < 0) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if (n < 0) { */ case 15:
						_r$6 = errors.New("bad tag in lazy extension decoding", new sliceType$1([])); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						$panic(_r$6);
					/* } */ case 16:
					b = $subslice(b, n);
				/* } */ case 14:
				num = (($shiftRightUint64(tag$1, 3).$low >> 0));
				wtyp = ((new $Uint64(tag$1.$high & 0, (tag$1.$low & 7) >>> 0).$low << 24 >> 24));
				out = new unmarshalOutput.ptr(0, false);
				err = $ifaceNil;
				_r$7 = f.lazy.xi.funcs.unmarshal(b, $clone(val, protoreflect.Value), num, wtyp, $clone(lazyUnmarshalOptions, unmarshalOptions)); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tuple$1 = _r$7;
				protoreflect.Value.copy(val, _tuple$1[0]);
				unmarshalOutput.copy(out, _tuple$1[1]);
				err = _tuple$1[2];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 19:
					_r$8 = errors.New("decode failure in lazy extension decoding: %v", new sliceType$1([err])); /* */ $s = 21; case 21: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					$panic(_r$8);
				/* } */ case 20:
				b = $subslice(b, out.n);
			$s = 9; continue;
			case 10:
			protoreflect.Value.copy(f.lazy.value, val);
			$s = 7; continue;
		/* } else { */ case 6:
			_r$9 = f.lazy.fn(); /* */ $s = 22; case 22: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			protoreflect.Value.copy(f.lazy.value, _r$9);
		/* } */ case 7:
		f.lazy.xi = ptrType$54.nil;
		f.lazy.fn = $throwNilPointerError;
		f.lazy.b = sliceType.nil;
		atomic.StoreUint32((x$3 = f.lazy, (x$3.$ptr_atomicOnce || (x$3.$ptr_atomicOnce = new ptrType$17(function() { return this.$target.atomicOnce; }, function($v) { this.$target.atomicOnce = $v; }, x$3)))), 1);
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: ExtensionField.ptr.prototype.lazyInit, $c: true, $r, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, err, f, n, num, out, tag$1, val, wtyp, x, x$1, x$2, x$3, $s, $deferred};return $f; } }
	};
	ExtensionField.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	ExtensionField.ptr.prototype.Set = function(t, v) {
		var f, t, v;
		f = this;
		f.typ = t;
		protoreflect.Value.copy(f.value, v);
		f.lazy = ptrType$40.nil;
	};
	ExtensionField.prototype.Set = function(t, v) { return this.$val.Set(t, v); };
	ExtensionField.ptr.prototype.SetLazy = function(t, fn) {
		var f, fn, t;
		f = this;
		f.typ = t;
		f.lazy = new lazyExtensionValue.ptr(0, new sync.Mutex.ptr(0, 0), ptrType$54.nil, new protoreflect.Value.ptr(arrayType$1.zero(), 0, new $Uint64(0, 0), "", sliceType.nil, $ifaceNil), sliceType.nil, fn);
	};
	ExtensionField.prototype.SetLazy = function(t, fn) { return this.$val.SetLazy(t, fn); };
	ExtensionField.ptr.prototype.Value = function() {
		var {f, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		/* */ if (!(f.lazy === ptrType$40.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f.lazy === ptrType$40.nil)) { */ case 1:
			/* */ if (atomic.LoadUint32((x = f.lazy, (x.$ptr_atomicOnce || (x.$ptr_atomicOnce = new ptrType$17(function() { return this.$target.atomicOnce; }, function($v) { this.$target.atomicOnce = $v; }, x))))) === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (atomic.LoadUint32((x = f.lazy, (x.$ptr_atomicOnce || (x.$ptr_atomicOnce = new ptrType$17(function() { return this.$target.atomicOnce; }, function($v) { this.$target.atomicOnce = $v; }, x))))) === 0) { */ case 3:
				$r = f.lazyInit(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
			$s = -1; return f.lazy.value;
		/* } */ case 2:
		$s = -1; return f.value;
		/* */ } return; } var $f = {$blk: ExtensionField.ptr.prototype.Value, $c: true, $r, f, x, $s};return $f;
	};
	ExtensionField.prototype.Value = function() { return this.$val.Value(); };
	ExtensionField.ptr.prototype.Type = function() {
		var f;
		f = this;
		return f.typ;
	};
	ExtensionField.prototype.Type = function() { return this.$val.Type(); };
	ExtensionField.ptr.prototype.IsSet = function() {
		var f;
		f = this;
		return !($interfaceIsEqual(f.typ, $ifaceNil));
	};
	ExtensionField.prototype.IsSet = function() { return this.$val.IsSet(); };
	MessageInfo.ptr.prototype.checkInitialized = function(in$1) {
		var {$24r, _r$5, _tuple, in$1, mi, ms, ok, p, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		p = new pointer.ptr(new reflect.Value.ptr(ptrType$7.nil, 0, 0));
		_tuple = $assertType(in$1.Message, ptrType, true);
		ms = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			pointer.copy(p, ms.pointer());
		} else {
			pointer.copy(p, $assertType(in$1.Message, ptrType$1).pointer());
		}
		_r$5 = mi.checkInitializedPointer($clone(p, pointer)); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = [new structType$8.ptr(new pragma.NoUnkeyedLiterals.ptr()), _r$5];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.checkInitialized, $c: true, $r, $24r, _r$5, _tuple, in$1, mi, ms, ok, p, $s};return $f;
	};
	MessageInfo.prototype.checkInitialized = function(in$1) { return this.$val.checkInitialized(in$1); };
	MessageInfo.ptr.prototype.checkInitializedPointer = function(p) {
		var {$24r, $24r$1, _i, _i$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, e, err, err$1, f, f$1, fptr, mi, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		$r = mi.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!mi.coderMessageInfo.needsInitCheck) {
			$s = -1; return $ifaceNil;
		}
		/* */ if ($clone(p, pointer).IsNil()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($clone(p, pointer).IsNil()) { */ case 2:
			_ref = mi.coderMessageInfo.orderedCoderFields;
			_i = 0;
			/* while (true) { */ case 4:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
				f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				/* */ if (f.isRequired) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (f.isRequired) { */ case 6:
					_r$5 = mi.Desc.Fields(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_r$6 = _r$5.ByNumber(f.num); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$7 = _r$6.FullName(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_r$8 = errors.RequiredNotSet((_r$7)); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					$24r = _r$8;
					$s = 12; case 12: return $24r;
				/* } */ case 7:
				_i++;
			$s = 4; continue;
			case 5:
			$s = -1; return $ifaceNil;
		/* } */ case 3:
		/* */ if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if ($clone(mi.coderMessageInfo.extensionOffset, offset).IsValid()) { */ case 13:
			_r$9 = $clone(p, pointer).Apply($clone(mi.coderMessageInfo.extensionOffset, offset)); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, pointer).Extensions(); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			e = _r$10;
			_r$11 = mi.isInitExtensions(e); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			err = _r$11;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 14:
		_ref$1 = mi.coderMessageInfo.orderedCoderFields;
		_i$1 = 0;
		/* while (true) { */ case 18:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 19; continue; }
			f$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (!f$1.isRequired && f$1.funcs.isInit === $throwNilPointerError) {
				_i$1++;
				/* continue; */ $s = 18; continue;
			}
			_r$12 = $clone(p, pointer).Apply($clone(f$1.offset, offset)); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			fptr = $clone(_r$12, pointer);
			if (!(f$1.isPointer)) { _v = false; $s = 23; continue s; }
			_r$13 = $clone(fptr, pointer).Elem(); /* */ $s = 24; case 24: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = $clone(_r$13, pointer).IsNil(); /* */ $s = 25; case 25: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_v = _r$14; case 23:
			/* */ if (_v) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (_v) { */ case 21:
				/* */ if (f$1.isRequired) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (f$1.isRequired) { */ case 26:
					_r$15 = mi.Desc.Fields(); /* */ $s = 28; case 28: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_r$16 = _r$15.ByNumber(f$1.num); /* */ $s = 29; case 29: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					_r$17 = _r$16.FullName(); /* */ $s = 30; case 30: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					_r$18 = errors.RequiredNotSet((_r$17)); /* */ $s = 31; case 31: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					$24r$1 = _r$18;
					$s = 32; case 32: return $24r$1;
				/* } */ case 27:
				_i$1++;
				/* continue; */ $s = 18; continue;
			/* } */ case 22:
			if (f$1.funcs.isInit === $throwNilPointerError) {
				_i$1++;
				/* continue; */ $s = 18; continue;
			}
			_r$19 = f$1.funcs.isInit($clone(fptr, pointer), f$1); /* */ $s = 33; case 33: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			err$1 = _r$19;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			_i$1++;
		$s = 18; continue;
		case 19:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.checkInitializedPointer, $c: true, $r, $24r, $24r$1, _i, _i$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _v, e, err, err$1, f, f$1, fptr, mi, p, $s};return $f;
	};
	MessageInfo.prototype.checkInitializedPointer = function(p) { return this.$val.checkInitializedPointer(p); };
	MessageInfo.ptr.prototype.isInitExtensions = function(ext) {
		var {_entry, _i, _keys, _r$5, _r$6, _r$7, _ref, ei, err, ext, mi, v, x, $s, $r, $c} = $restore(this, {ext});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mi = this;
		if (ext === ptrType$36.nil) {
			$s = -1; return $ifaceNil;
		}
		_ref = ext.$get();
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			x = $clone(_entry.v, ExtensionField);
			_r$5 = getExtensionFieldInfo($clone(x, ExtensionField).Type()); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			ei = _r$5;
			if (ei.funcs.isInit === $throwNilPointerError) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r$6 = x.Value(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			v = $clone(_r$6, protoreflect.Value);
			if (!$clone(v, protoreflect.Value).IsValid()) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r$7 = ei.funcs.isInit($clone(v, protoreflect.Value)); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			err = _r$7;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: MessageInfo.ptr.prototype.isInitExtensions, $c: true, $r, _entry, _i, _keys, _r$5, _r$6, _r$7, _ref, ei, err, ext, mi, v, x, $s};return $f;
	};
	MessageInfo.prototype.isInitExtensions = function(ext) { return this.$val.isInitExtensions(ext); };
	needsInitCheck = function(md) {
		var {$24r, $24r$1, _r$5, _r$6, _tuple, _tuple$1, has, md, ok, ok$1, v, $s, $deferred, $r, $c} = $restore(this, {md});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r$5 = needsInitCheckMap.Load(md); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		v = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_tuple$1 = $assertType(v, $Bool, true);
			has = _tuple$1[0];
			ok$1 = _tuple$1[1];
			/* */ if (ok$1) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (ok$1) { */ case 4:
				$24r = has;
				$s = 6; case 6: return $24r;
			/* } */ case 5:
		/* } */ case 3:
		$r = needsInitCheckMu.Lock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(needsInitCheckMu, "Unlock"), []]);
		_r$6 = needsInitCheckLocked(md); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r$1 = _r$6;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: needsInitCheck, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _tuple, _tuple$1, has, md, ok, ok$1, v, $s, $deferred};return $f; } }
	};
	needsInitCheckLocked = function(md) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _v, fd, fmd, has, has$1, i, md, ok, ok$1, v, x, $s, $deferred, $r, $c} = $restore(this, {md});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		has = [has];
		md = [md];
		has[0] = false;
		_r$5 = needsInitCheckMap.Load(md[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		v = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_tuple$1 = $assertType(v, $Bool, true);
			has$1 = _tuple$1[0];
			ok$1 = _tuple$1[1];
			has[0] = ok$1 && has$1;
			$24r = has[0];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$r = needsInitCheckMap.Store(md[0], (x = new structType$10.ptr(), new x.constructor.elem(x))); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([(function(has, md) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = needsInitCheckMap.Store(md[0], new $Bool(has[0])); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(has, md), []]);
		_r$6 = md[0].RequiredNumbers(); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = _r$6.Len(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		/* */ if (_r$7 > 0) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (_r$7 > 0) { */ case 6:
			has[0] = true;
			$24r$1 = has[0];
			$s = 10; case 10: return $24r$1;
		/* } */ case 7:
		_r$8 = md[0].ExtensionRanges(); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = _r$8.Len(); /* */ $s = 14; case 14: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		/* */ if (_r$9 > 0) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (_r$9 > 0) { */ case 11:
			has[0] = true;
			$24r$2 = has[0];
			$s = 15; case 15: return $24r$2;
		/* } */ case 12:
		i = 0;
		/* while (true) { */ case 16:
			_r$10 = md[0].Fields(); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = _r$10.Len(); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			/* if (!(i < _r$11)) { break; } */ if(!(i < _r$11)) { $s = 17; continue; }
			_r$12 = md[0].Fields(); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = _r$12.Get(i); /* */ $s = 21; case 21: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			fd = _r$13;
			_r$14 = fd.IsMap(); /* */ $s = 24; case 24: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			/* */ if (_r$14) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (_r$14) { */ case 22:
				_r$15 = fd.MapValue(); /* */ $s = 25; case 25: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				fd = _r$15;
			/* } */ case 23:
			_r$16 = fd.Message(); /* */ $s = 26; case 26: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			fmd = _r$16;
			if (!(!($interfaceIsEqual(fmd, $ifaceNil)))) { _v = false; $s = 29; continue s; }
			_r$17 = needsInitCheckLocked(fmd); /* */ $s = 30; case 30: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_v = _r$17; case 29:
			/* */ if (_v) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (_v) { */ case 27:
				has[0] = true;
				$24r$3 = has[0];
				$s = 31; case 31: return $24r$3;
			/* } */ case 28:
			i = i + (1) >> 0;
		$s = 16; continue;
		case 17:
		has[0] = false;
		$24r$4 = has[0];
		$s = 32; case 32: return $24r$4;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  has[0]; } if($curGoroutine.asleep) { var $f = {$blk: needsInitCheckLocked, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _v, fd, fmd, has, has$1, i, md, ok, ok$1, v, x, $s, $deferred};return $f; } }
	};
	Export.ptr.prototype.NewError = function(f, x) {
		var {$24r, _r$5, f, x, $s, $r, $c} = $restore(this, {f, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = errors.New(f, x); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.NewError, $c: true, $r, $24r, _r$5, f, x, $s};return $f;
	};
	Export.prototype.NewError = function(f, x) { return this.$val.NewError(f, x); };
	Export.ptr.prototype.EnumOf = function(e) {
		var {$24r, _r$5, _r$6, _ref, e, e$1, e$2, e$3, $s, $r, $c} = $restore(this, {e});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = e;
		/* */ if (_ref === $ifaceNil) { $s = 1; continue; }
		/* */ if ($assertType(_ref, protoreflect.Enum, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_ref === $ifaceNil) { */ case 1:
			e$1 = _ref;
			$s = -1; return $ifaceNil;
		/* } else if ($assertType(_ref, protoreflect.Enum, true)[1]) { */ case 2:
			e$2 = _ref;
			$s = -1; return e$2;
		/* } else { */ case 3:
			e$3 = _ref;
			_r$5 = reflect.ValueOf(e$3); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = legacyWrapEnum($clone(_r$5, reflect.Value)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 7; case 7: return $24r;
		/* } */ case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.EnumOf, $c: true, $r, $24r, _r$5, _r$6, _ref, e, e$1, e$2, e$3, $s};return $f;
	};
	Export.prototype.EnumOf = function(e) { return this.$val.EnumOf(e); };
	Export.ptr.prototype.EnumDescriptorOf = function(e) {
		var {$24r, $24r$1, _r$5, _r$6, _ref, e, e$1, e$2, e$3, $s, $r, $c} = $restore(this, {e});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = e;
		/* */ if (_ref === $ifaceNil) { $s = 1; continue; }
		/* */ if ($assertType(_ref, protoreflect.Enum, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_ref === $ifaceNil) { */ case 1:
			e$1 = _ref;
			$s = -1; return $ifaceNil;
		/* } else if ($assertType(_ref, protoreflect.Enum, true)[1]) { */ case 2:
			e$2 = _ref;
			_r$5 = e$2.Descriptor(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 6; case 6: return $24r;
		/* } else { */ case 3:
			e$3 = _ref;
			_r$6 = LegacyLoadEnumDesc(reflect.TypeOf(e$3)); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$1 = _r$6;
			$s = 8; case 8: return $24r$1;
		/* } */ case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.EnumDescriptorOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _ref, e, e$1, e$2, e$3, $s};return $f;
	};
	Export.prototype.EnumDescriptorOf = function(e) { return this.$val.EnumDescriptorOf(e); };
	Export.ptr.prototype.EnumTypeOf = function(e) {
		var {$24r, $24r$1, _r$5, _r$6, _ref, e, e$1, e$2, e$3, $s, $r, $c} = $restore(this, {e});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = e;
		/* */ if (_ref === $ifaceNil) { $s = 1; continue; }
		/* */ if ($assertType(_ref, protoreflect.Enum, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_ref === $ifaceNil) { */ case 1:
			e$1 = _ref;
			$s = -1; return $ifaceNil;
		/* } else if ($assertType(_ref, protoreflect.Enum, true)[1]) { */ case 2:
			e$2 = _ref;
			_r$5 = e$2.Type(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 6; case 6: return $24r;
		/* } else { */ case 3:
			e$3 = _ref;
			_r$6 = legacyLoadEnumType(reflect.TypeOf(e$3)); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$1 = _r$6;
			$s = 8; case 8: return $24r$1;
		/* } */ case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.EnumTypeOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _ref, e, e$1, e$2, e$3, $s};return $f;
	};
	Export.prototype.EnumTypeOf = function(e) { return this.$val.EnumTypeOf(e); };
	Export.ptr.prototype.EnumStringOf = function(ed, n) {
		var {$24r, _r$5, _r$6, _r$7, ed, ev, n, $s, $r, $c} = $restore(this, {ed, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = ed.Values(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = _r$5.ByNumber(n); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		ev = _r$6;
		/* */ if (!($interfaceIsEqual(ev, $ifaceNil))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(ev, $ifaceNil))) { */ case 3:
			_r$7 = ev.Name(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = (_r$7);
			$s = 6; case 6: return $24r;
		/* } */ case 4:
		$s = -1; return strconv.Itoa(((n >> 0)));
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.EnumStringOf, $c: true, $r, $24r, _r$5, _r$6, _r$7, ed, ev, n, $s};return $f;
	};
	Export.prototype.EnumStringOf = function(ed, n) { return this.$val.EnumStringOf(ed, n); };
	legacyMessageWrapper.ptr.prototype.Reset = function() {
		var {m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		$r = proto.Reset(m.m); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: legacyMessageWrapper.ptr.prototype.Reset, $c: true, $r, m, $s};return $f;
	};
	legacyMessageWrapper.prototype.Reset = function() { return this.$val.Reset(); };
	legacyMessageWrapper.ptr.prototype.String = function() {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		_r$5 = new Export.ptr().MessageStringOf(m.m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: legacyMessageWrapper.ptr.prototype.String, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	legacyMessageWrapper.prototype.String = function() { return this.$val.String(); };
	legacyMessageWrapper.ptr.prototype.ProtoMessage = function() {
		var m;
		m = this;
	};
	legacyMessageWrapper.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	Export.ptr.prototype.ProtoMessageV1Of = function(m) {
		var {$24r, _r$5, _r$6, _r$7, _ref, m, mv, mv$1, mv$2, mv$3, mv$4, x, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = m;
		/* */ if (_ref === $ifaceNil) { $s = 1; continue; }
		/* */ if ($assertType(_ref, protoiface.MessageV1, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, unwrapper, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, protoreflect.ProtoMessage, true)[1]) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_ref === $ifaceNil) { */ case 1:
			mv = _ref;
			$s = -1; return $ifaceNil;
		/* } else if ($assertType(_ref, protoiface.MessageV1, true)[1]) { */ case 2:
			mv$1 = _ref;
			$s = -1; return mv$1;
		/* } else if ($assertType(_ref, unwrapper, true)[1]) { */ case 3:
			mv$2 = _ref;
			_r$5 = mv$2.protoUnwrap(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = new Export.ptr().ProtoMessageV1Of(_r$5); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 9; case 9: return $24r;
		/* } else if ($assertType(_ref, protoreflect.ProtoMessage, true)[1]) { */ case 4:
			mv$3 = _ref;
			$s = -1; return (x = new legacyMessageWrapper.ptr(mv$3), new x.constructor.elem(x));
		/* } else { */ case 5:
			mv$4 = _ref;
			_r$7 = fmt.Sprintf("message %T is neither a v1 or v2 Message", new sliceType$1([m])); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$panic(new $String(_r$7));
		/* } */ case 6:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.ProtoMessageV1Of, $c: true, $r, $24r, _r$5, _r$6, _r$7, _ref, m, mv, mv$1, mv$2, mv$3, mv$4, x, $s};return $f;
	};
	Export.prototype.ProtoMessageV1Of = function(m) { return this.$val.ProtoMessageV1Of(m); };
	Export.ptr.prototype.protoMessageV2Of = function(m) {
		var {_r$5, _ref, m, mv, mv$1, mv$2, mv$3, mv$4, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = m;
		/* */ if (_ref === $ifaceNil) { $s = 1; continue; }
		/* */ if ($assertType(_ref, protoreflect.ProtoMessage, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, legacyMessageWrapper, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, protoiface.MessageV1, true)[1]) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_ref === $ifaceNil) { */ case 1:
			mv = _ref;
			$s = -1; return $ifaceNil;
		/* } else if ($assertType(_ref, protoreflect.ProtoMessage, true)[1]) { */ case 2:
			mv$1 = _ref;
			$s = -1; return mv$1;
		/* } else if ($assertType(_ref, legacyMessageWrapper, true)[1]) { */ case 3:
			mv$2 = $clone(_ref.$val, legacyMessageWrapper);
			$s = -1; return mv$2.m;
		/* } else if ($assertType(_ref, protoiface.MessageV1, true)[1]) { */ case 4:
			mv$3 = _ref;
			$s = -1; return $ifaceNil;
		/* } else { */ case 5:
			mv$4 = _ref;
			_r$5 = fmt.Sprintf("message %T is neither a v1 or v2 Message", new sliceType$1([m])); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$panic(new $String(_r$5));
		/* } */ case 6:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.protoMessageV2Of, $c: true, $r, _r$5, _ref, m, mv, mv$1, mv$2, mv$3, mv$4, $s};return $f;
	};
	Export.prototype.protoMessageV2Of = function(m) { return this.$val.protoMessageV2Of(m); };
	Export.ptr.prototype.ProtoMessageV2Of = function(m) {
		var {$24r, _r$5, _r$6, _r$7, _r$8, m, mv, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$5 = $clone((new Export.ptr()), Export).protoMessageV2Of(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mv = _r$5;
		if (!($interfaceIsEqual(mv, $ifaceNil))) {
			$s = -1; return mv;
		}
		_r$6 = reflect.ValueOf(m); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = legacyWrapMessage($clone(_r$6, reflect.Value)); /* */ $s = 3; case 3: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = _r$7.Interface(); /* */ $s = 4; case 4: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.ProtoMessageV2Of, $c: true, $r, $24r, _r$5, _r$6, _r$7, _r$8, m, mv, $s};return $f;
	};
	Export.prototype.ProtoMessageV2Of = function(m) { return this.$val.ProtoMessageV2Of(m); };
	Export.ptr.prototype.MessageOf = function(m) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$5 = $clone((new Export.ptr()), Export).protoMessageV2Of(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mv = _r$5;
		/* */ if (!($interfaceIsEqual(mv, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(mv, $ifaceNil))) { */ case 2:
			_r$6 = mv.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$7 = reflect.ValueOf(m); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = legacyWrapMessage($clone(_r$7, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = _r$8;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.MessageOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, $s};return $f;
	};
	Export.prototype.MessageOf = function(m) { return this.$val.MessageOf(m); };
	Export.ptr.prototype.MessageDescriptorOf = function(m) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$5 = $clone((new Export.ptr()), Export).protoMessageV2Of(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mv = _r$5;
		/* */ if (!($interfaceIsEqual(mv, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(mv, $ifaceNil))) { */ case 2:
			_r$6 = mv.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.Descriptor(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$8 = LegacyLoadMessageDesc(reflect.TypeOf(m)); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = _r$8;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.MessageDescriptorOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, $s};return $f;
	};
	Export.prototype.MessageDescriptorOf = function(m) { return this.$val.MessageDescriptorOf(m); };
	Export.ptr.prototype.MessageTypeOf = function(m) {
		var {$24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(m, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$5 = $clone((new Export.ptr()), Export).protoMessageV2Of(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mv = _r$5;
		/* */ if (!($interfaceIsEqual(mv, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(mv, $ifaceNil))) { */ case 2:
			_r$6 = mv.ProtoReflect(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = _r$6.Type(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$8 = legacyLoadMessageType(reflect.TypeOf(m), ""); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = _r$8;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.MessageTypeOf, $c: true, $r, $24r, $24r$1, _r$5, _r$6, _r$7, _r$8, m, mv, $s};return $f;
	};
	Export.prototype.MessageTypeOf = function(m) { return this.$val.MessageTypeOf(m); };
	Export.ptr.prototype.MessageStringOf = function(m) {
		var {$24r, _r$5, m, $s, $r, $c} = $restore(this, {m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$5 = new prototext.MarshalOptions.ptr(new pragma.NoUnkeyedLiterals.ptr(), false, "", false, false, false, false, $ifaceNil).Format(m); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Export.ptr.prototype.MessageStringOf, $c: true, $r, $24r, _r$5, m, $s};return $f;
	};
	Export.prototype.MessageStringOf = function(m) { return this.$val.MessageStringOf(m); };
	weakFields.methods = [{prop: "get", name: "get", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([protowire.Number], [protoreflect.ProtoMessage, $Bool], false)}];
	ptrType$34.methods = [{prop: "set", name: "set", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([protowire.Number, protoreflect.ProtoMessage], [], false)}, {prop: "clear", name: "clear", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([protowire.Number], [], false)}];
	ValidationStatus.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	offset.methods = [{prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}];
	pointer.methods = [{prop: "IsNil", name: "IsNil", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Apply", name: "Apply", pkg: "", typ: $funcType([offset], [pointer], false)}, {prop: "AsValueOf", name: "AsValueOf", pkg: "", typ: $funcType([reflect.Type], [reflect.Value], false)}, {prop: "AsIfaceOf", name: "AsIfaceOf", pkg: "", typ: $funcType([reflect.Type], [$emptyInterface], false)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([], [ptrType$8], false)}, {prop: "BoolPtr", name: "BoolPtr", pkg: "", typ: $funcType([], [ptrType$9], false)}, {prop: "BoolSlice", name: "BoolSlice", pkg: "", typ: $funcType([], [ptrType$10], false)}, {prop: "Int32", name: "Int32", pkg: "", typ: $funcType([], [ptrType$11], false)}, {prop: "Int32Ptr", name: "Int32Ptr", pkg: "", typ: $funcType([], [ptrType$12], false)}, {prop: "Int32Slice", name: "Int32Slice", pkg: "", typ: $funcType([], [ptrType$13], false)}, {prop: "Int64", name: "Int64", pkg: "", typ: $funcType([], [ptrType$14], false)}, {prop: "Int64Ptr", name: "Int64Ptr", pkg: "", typ: $funcType([], [ptrType$15], false)}, {prop: "Int64Slice", name: "Int64Slice", pkg: "", typ: $funcType([], [ptrType$16], false)}, {prop: "Uint32", name: "Uint32", pkg: "", typ: $funcType([], [ptrType$17], false)}, {prop: "Uint32Ptr", name: "Uint32Ptr", pkg: "", typ: $funcType([], [ptrType$18], false)}, {prop: "Uint32Slice", name: "Uint32Slice", pkg: "", typ: $funcType([], [ptrType$19], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [ptrType$20], false)}, {prop: "Uint64Ptr", name: "Uint64Ptr", pkg: "", typ: $funcType([], [ptrType$21], false)}, {prop: "Uint64Slice", name: "Uint64Slice", pkg: "", typ: $funcType([], [ptrType$22], false)}, {prop: "Float32", name: "Float32", pkg: "", typ: $funcType([], [ptrType$23], false)}, {prop: "Float32Ptr", name: "Float32Ptr", pkg: "", typ: $funcType([], [ptrType$24], false)}, {prop: "Float32Slice", name: "Float32Slice", pkg: "", typ: $funcType([], [ptrType$25], false)}, {prop: "Float64", name: "Float64", pkg: "", typ: $funcType([], [ptrType$26], false)}, {prop: "Float64Ptr", name: "Float64Ptr", pkg: "", typ: $funcType([], [ptrType$27], false)}, {prop: "Float64Slice", name: "Float64Slice", pkg: "", typ: $funcType([], [ptrType$28], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [ptrType$29], false)}, {prop: "StringPtr", name: "StringPtr", pkg: "", typ: $funcType([], [ptrType$30], false)}, {prop: "StringSlice", name: "StringSlice", pkg: "", typ: $funcType([], [ptrType$31], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [ptrType$3], false)}, {prop: "BytesPtr", name: "BytesPtr", pkg: "", typ: $funcType([], [ptrType$32], false)}, {prop: "BytesSlice", name: "BytesSlice", pkg: "", typ: $funcType([], [ptrType$33], false)}, {prop: "WeakFields", name: "WeakFields", pkg: "", typ: $funcType([], [ptrType$34], false)}, {prop: "Extensions", name: "Extensions", pkg: "", typ: $funcType([], [ptrType$36], false)}, {prop: "Elem", name: "Elem", pkg: "", typ: $funcType([], [pointer], false)}, {prop: "PointerSlice", name: "PointerSlice", pkg: "", typ: $funcType([], [sliceType$12], false)}, {prop: "AppendPointerSlice", name: "AppendPointerSlice", pkg: "", typ: $funcType([pointer], [], false)}, {prop: "SetPointer", name: "SetPointer", pkg: "", typ: $funcType([pointer], [], false)}];
	ptrType$55.methods = [{prop: "Init", name: "Init", pkg: "", typ: $funcType([ptrType$5], [ptrType$1], false)}];
	ptrType$39.methods = [{prop: "Range", name: "Range", pkg: "", typ: $funcType([funcType$17], [], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([protoreflect.ExtensionType], [$Bool], false)}, {prop: "Clear", name: "Clear", pkg: "", typ: $funcType([protoreflect.ExtensionType], [], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([protoreflect.ExtensionType], [protoreflect.Value], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([protoreflect.ExtensionType, protoreflect.Value], [], false)}, {prop: "Mutable", name: "Mutable", pkg: "", typ: $funcType([protoreflect.ExtensionType], [protoreflect.Value], false)}];
	ptrType.methods = [{prop: "pointer", name: "pointer", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [pointer], false)}, {prop: "messageInfo", name: "messageInfo", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [ptrType$5], false)}, {prop: "LoadMessageInfo", name: "LoadMessageInfo", pkg: "", typ: $funcType([], [ptrType$5], false)}, {prop: "StoreMessageInfo", name: "StoreMessageInfo", pkg: "", typ: $funcType([ptrType$5], [], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [protoreflect.MessageDescriptor], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [protoreflect.MessageType], false)}, {prop: "New", name: "New", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Interface", name: "Interface", pkg: "", typ: $funcType([], [protoreflect.ProtoMessage], false)}, {prop: "protoUnwrap", name: "protoUnwrap", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [$emptyInterface], false)}, {prop: "ProtoMethods", name: "ProtoMethods", pkg: "", typ: $funcType([], [ptrType$56], false)}, {prop: "ProtoMessageInfo", name: "ProtoMessageInfo", pkg: "", typ: $funcType([], [ptrType$5], false)}, {prop: "Range", name: "Range", pkg: "", typ: $funcType([funcType$17], [], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [$Bool], false)}, {prop: "Clear", name: "Clear", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [protoreflect.Value], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([protoreflect.FieldDescriptor, protoreflect.Value], [], false)}, {prop: "Mutable", name: "Mutable", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [protoreflect.Value], false)}, {prop: "NewField", name: "NewField", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [protoreflect.Value], false)}, {prop: "WhichOneof", name: "WhichOneof", pkg: "", typ: $funcType([protoreflect.OneofDescriptor], [protoreflect.FieldDescriptor], false)}, {prop: "GetUnknown", name: "GetUnknown", pkg: "", typ: $funcType([], [protoreflect.RawFields], false)}, {prop: "SetUnknown", name: "SetUnknown", pkg: "", typ: $funcType([protoreflect.RawFields], [], false)}, {prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$1.methods = [{prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [protoreflect.MessageDescriptor], false)}, {prop: "Type", name: "Type", pkg: "", typ: $funcType([], [protoreflect.MessageType], false)}, {prop: "New", name: "New", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Interface", name: "Interface", pkg: "", typ: $funcType([], [protoreflect.ProtoMessage], false)}, {prop: "protoUnwrap", name: "protoUnwrap", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [$emptyInterface], false)}, {prop: "ProtoMethods", name: "ProtoMethods", pkg: "", typ: $funcType([], [ptrType$56], false)}, {prop: "ProtoMessageInfo", name: "ProtoMessageInfo", pkg: "", typ: $funcType([], [ptrType$5], false)}, {prop: "Range", name: "Range", pkg: "", typ: $funcType([funcType$17], [], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [$Bool], false)}, {prop: "Clear", name: "Clear", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [protoreflect.Value], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([protoreflect.FieldDescriptor, protoreflect.Value], [], false)}, {prop: "Mutable", name: "Mutable", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [protoreflect.Value], false)}, {prop: "NewField", name: "NewField", pkg: "", typ: $funcType([protoreflect.FieldDescriptor], [protoreflect.Value], false)}, {prop: "WhichOneof", name: "WhichOneof", pkg: "", typ: $funcType([protoreflect.OneofDescriptor], [protoreflect.FieldDescriptor], false)}, {prop: "GetUnknown", name: "GetUnknown", pkg: "", typ: $funcType([], [protoreflect.RawFields], false)}, {prop: "SetUnknown", name: "SetUnknown", pkg: "", typ: $funcType([protoreflect.RawFields], [], false)}, {prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "pointer", name: "pointer", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [pointer], false)}, {prop: "messageInfo", name: "messageInfo", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [ptrType$5], false)}];
	ptrType$2.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "protoUnwrap", name: "protoUnwrap", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [$emptyInterface], false)}];
	ptrType$5.methods = [{prop: "validate", name: "validate", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([sliceType, protowire.Number, unmarshalOptions], [unmarshalOutput, ValidationStatus], false)}, {prop: "makeReflectFuncs", name: "makeReflectFuncs", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([reflect.Type, structInfo], [], false)}, {prop: "makeKnownFieldsFunc", name: "makeKnownFieldsFunc", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([structInfo], [], false)}, {prop: "makeUnknownFieldsFunc", name: "makeUnknownFieldsFunc", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([reflect.Type, structInfo], [], false)}, {prop: "makeExtensionFieldsFunc", name: "makeExtensionFieldsFunc", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([reflect.Type, structInfo], [], false)}, {prop: "makeFieldTypes", name: "makeFieldTypes", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([structInfo], [], 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	offset.init("google.golang.org/protobuf/internal/impl", [{prop: "index", name: "index", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "export$1", name: "export", embedded: false, exported: false, typ: exporter, tag: ""}]);
	pointer.init("google.golang.org/protobuf/internal/impl", [{prop: "v", name: "v", embedded: false, exported: false, typ: reflect.Value, tag: ""}]);
	atomicNilMessage.init("google.golang.org/protobuf/internal/impl", [{prop: "once", name: "once", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "m", name: "m", embedded: false, exported: false, typ: messageReflectWrapper, tag: ""}]);
	fieldInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "fieldDesc", name: "fieldDesc", embedded: false, exported: false, typ: protoreflect.FieldDescriptor, tag: ""}, {prop: "has", name: "has", embedded: false, exported: false, typ: funcType$7, tag: ""}, {prop: "clear", name: "clear", embedded: false, exported: false, typ: funcType$8, tag: ""}, {prop: "get", name: "get", embedded: false, exported: false, typ: funcType$9, tag: ""}, {prop: "set", name: "set", embedded: false, exported: false, typ: funcType$10, tag: ""}, {prop: "mutable", name: "mutable", embedded: false, exported: false, typ: funcType$9, tag: ""}, {prop: "newMessage", name: "newMessage", embedded: false, exported: false, typ: funcType$11, tag: ""}, {prop: "newField", name: "newField", embedded: false, exported: false, typ: funcType$12, tag: ""}]);
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	reflectMessageInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "fields", name: "fields", embedded: false, exported: false, typ: mapType$2, tag: ""}, {prop: "oneofs", name: "oneofs", embedded: false, exported: false, typ: mapType$3, tag: ""}, {prop: "fieldTypes", name: "fieldTypes", embedded: false, exported: false, typ: mapType$4, tag: ""}, {prop: "denseFields", name: "denseFields", embedded: false, exported: false, typ: sliceType$15, tag: ""}, {prop: "rangeInfos", name: "rangeInfos", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "getUnknown", name: "getUnknown", embedded: false, exported: false, typ: funcType$14, tag: ""}, {prop: "setUnknown", name: "setUnknown", embedded: false, exported: false, typ: funcType$15, tag: ""}, {prop: "extensionMap", name: "extensionMap", embedded: false, exported: false, typ: funcType$16, tag: ""}, {prop: "nilMessage", name: "nilMessage", embedded: false, exported: false, typ: atomicNilMessage, tag: ""}]);
	extensionMap.init($Int32, ExtensionField);
	MessageState.init("google.golang.org/protobuf/internal/impl", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "DoNotCompare", name: "DoNotCompare", embedded: true, exported: true, typ: pragma.DoNotCompare, tag: ""}, {prop: "DoNotCopy", name: "DoNotCopy", embedded: true, exported: true, typ: pragma.DoNotCopy, tag: ""}, {prop: "atomicMessageInfo", name: "atomicMessageInfo", embedded: false, exported: false, typ: ptrType$5, tag: ""}]);
	messageState.init("google.golang.org/protobuf/internal/impl", [{prop: "NoUnkeyedLiterals", name: "NoUnkeyedLiterals", embedded: true, exported: true, typ: pragma.NoUnkeyedLiterals, tag: ""}, {prop: "DoNotCompare", name: "DoNotCompare", embedded: true, exported: true, typ: pragma.DoNotCompare, tag: ""}, {prop: "DoNotCopy", name: "DoNotCopy", embedded: true, exported: true, typ: pragma.DoNotCopy, tag: ""}, {prop: "atomicMessageInfo", name: "atomicMessageInfo", embedded: false, exported: false, typ: ptrType$5, tag: ""}]);
	messageReflectWrapper.init("google.golang.org/protobuf/internal/impl", [{prop: "p", name: "p", embedded: false, exported: false, typ: pointer, tag: ""}, {prop: "mi", name: "mi", embedded: false, exported: false, typ: ptrType$5, tag: ""}]);
	messageIfaceWrapper.init("google.golang.org/protobuf/internal/impl", [{prop: "p", name: "p", embedded: false, exported: false, typ: pointer, tag: ""}, {prop: "mi", name: "mi", embedded: false, exported: false, typ: ptrType$5, tag: ""}]);
	MessageInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "GoReflectType", name: "GoReflectType", embedded: false, exported: true, typ: reflect.Type, tag: ""}, {prop: "Desc", name: "Desc", embedded: false, exported: true, typ: protoreflect.MessageDescriptor, tag: ""}, {prop: "Exporter", name: "Exporter", embedded: false, exported: true, typ: exporter, tag: ""}, {prop: "OneofWrappers", name: "OneofWrappers", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "initMu", name: "initMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "initDone", name: "initDone", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "reflectMessageInfo", name: "reflectMessageInfo", embedded: true, exported: false, typ: reflectMessageInfo, tag: ""}, {prop: "coderMessageInfo", name: "coderMessageInfo", embedded: true, exported: false, typ: coderMessageInfo, tag: ""}]);
	exporter.init([$emptyInterface, $Int], [$emptyInterface], false);
	structInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "sizecacheOffset", name: "sizecacheOffset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "sizecacheType", name: "sizecacheType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "weakOffset", name: "weakOffset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "weakType", name: "weakType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "unknownOffset", name: "unknownOffset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "unknownType", name: "unknownType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "extensionOffset", name: "extensionOffset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "extensionType", name: "extensionType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "fieldsByNumber", name: "fieldsByNumber", embedded: false, exported: false, typ: mapType$5, tag: ""}, {prop: "oneofsByName", name: "oneofsByName", embedded: false, exported: false, typ: mapType$6, tag: ""}, {prop: "oneofWrappersByType", name: "oneofWrappersByType", embedded: false, exported: false, typ: mapType$7, tag: ""}, {prop: "oneofWrappersByNumber", name: "oneofWrappersByNumber", embedded: false, exported: false, typ: mapType$8, tag: ""}]);
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	mergeOptions.init("", []);
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	legacyUnmarshaler.init([{prop: "Unmarshal", name: "Unmarshal", pkg: "", typ: $funcType([sliceType], [$error], false)}]);
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	aberrantMessageType.init("google.golang.org/protobuf/internal/impl", [{prop: "t", name: "t", embedded: false, exported: false, typ: reflect.Type, tag: ""}]);
	aberrantMessage.init("google.golang.org/protobuf/internal/impl", [{prop: "v", name: "v", embedded: false, exported: false, typ: reflect.Value, tag: ""}]);
	enumV1.init([{prop: "EnumDescriptor", name: "EnumDescriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$14], false)}]);
	messageV1.init([{prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$14], false)}]);
	resolverOnly.init("google.golang.org/protobuf/internal/impl", [{prop: "reg", name: "reg", embedded: false, exported: false, typ: ptrType$57, tag: ""}]);
	placeholderExtension.init("google.golang.org/protobuf/internal/impl", [{prop: "name", name: "name", embedded: false, exported: false, typ: protoreflect.FullName, tag: ""}, {prop: "number", name: "number", embedded: false, exported: false, typ: protowire.Number, tag: ""}]);
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	legacyEnumWrapper.init("google.golang.org/protobuf/internal/impl", [{prop: "num", name: "num", embedded: false, exported: false, typ: protoreflect.EnumNumber, tag: ""}, {prop: "pbTyp", name: "pbTyp", embedded: false, exported: false, typ: protoreflect.EnumType, tag: ""}, {prop: "goTyp", name: "goTyp", embedded: false, exported: false, typ: reflect.Type, tag: ""}]);
	ExtensionInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "init", name: "init", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "desc", name: "desc", embedded: false, exported: false, typ: extensionTypeDescriptor, tag: ""}, {prop: "conv", name: "conv", embedded: false, exported: false, typ: Converter, tag: ""}, {prop: "info", name: "info", embedded: false, exported: false, typ: ptrType$54, tag: ""}, {prop: "ExtendedType", name: "ExtendedType", embedded: false, exported: true, typ: protoiface.MessageV1, tag: ""}, {prop: "ExtensionType", name: "ExtensionType", embedded: false, exported: true, typ: $emptyInterface, tag: ""}, {prop: "Field", name: "Field", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Tag", name: "Tag", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Filename", name: "Filename", embedded: false, exported: true, typ: $String, tag: ""}]);
	extensionTypeDescriptor.init("google.golang.org/protobuf/internal/impl", [{prop: "ExtensionDescriptor", name: "ExtensionDescriptor", embedded: true, exported: true, typ: protoreflect.FieldDescriptor, tag: ""}, {prop: "xi", name: "xi", embedded: false, exported: false, typ: ptrType$53, tag: ""}]);
	EnumInfo.init("", [{prop: "GoReflectType", name: "GoReflectType", embedded: false, exported: true, typ: reflect.Type, tag: ""}, {prop: "Desc", name: "Desc", embedded: false, exported: true, typ: protoreflect.EnumDescriptor, tag: ""}]);
	marshalOptions.init("google.golang.org/protobuf/internal/impl", [{prop: "flags", name: "flags", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	unmarshalOptions.init("google.golang.org/protobuf/internal/impl", [{prop: "flags", name: "flags", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "resolver", name: "resolver", embedded: false, exported: false, typ: interfaceType, tag: ""}, {prop: "depth", name: "depth", embedded: false, exported: false, typ: $Int, tag: ""}]);
	unmarshalOutput.init("google.golang.org/protobuf/internal/impl", [{prop: "n", name: "n", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "initialized", name: "initialized", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	mapConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "keyConv", name: "keyConv", embedded: false, exported: false, typ: Converter, tag: ""}, {prop: "valConv", name: "valConv", embedded: false, exported: false, typ: Converter, tag: ""}]);
	mapReflect.init("google.golang.org/protobuf/internal/impl", [{prop: "v", name: "v", embedded: false, exported: false, typ: reflect.Value, tag: ""}, {prop: "keyConv", name: "keyConv", embedded: false, exported: false, typ: Converter, tag: ""}, {prop: "valConv", name: "valConv", embedded: false, exported: false, typ: Converter, tag: ""}]);
	listConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "c", name: "c", embedded: false, exported: false, typ: Converter, tag: ""}]);
	listPtrConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "c", name: "c", embedded: false, exported: false, typ: Converter, tag: ""}]);
	listReflect.init("google.golang.org/protobuf/internal/impl", [{prop: "v", name: "v", embedded: false, exported: false, typ: reflect.Value, tag: ""}, {prop: "conv", name: "conv", embedded: false, exported: false, typ: Converter, tag: ""}]);
	unwrapper.init([{prop: "protoUnwrap", name: "protoUnwrap", pkg: "google.golang.org/protobuf/internal/impl", typ: $funcType([], [$emptyInterface], false)}]);
	Converter.init([{prop: "GoValueOf", name: "GoValueOf", pkg: "", typ: $funcType([protoreflect.Value], [reflect.Value], false)}, {prop: "IsValidGo", name: "IsValidGo", pkg: "", typ: $funcType([reflect.Value], [$Bool], false)}, {prop: "IsValidPB", name: "IsValidPB", pkg: "", typ: $funcType([protoreflect.Value], [$Bool], false)}, {prop: "New", name: "New", pkg: "", typ: $funcType([], [protoreflect.Value], false)}, {prop: "PBValueOf", name: "PBValueOf", pkg: "", typ: $funcType([reflect.Value], [protoreflect.Value], false)}, {prop: "Zero", name: "Zero", pkg: "", typ: $funcType([], [protoreflect.Value], false)}]);
	boolConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	int32Converter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	int64Converter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	uint32Converter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	uint64Converter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	float32Converter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	float64Converter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	stringConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	bytesConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	enumConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "def", name: "def", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}]);
	messageConverter.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}]);
	pointerCoderFuncs.init("google.golang.org/protobuf/internal/impl", [{prop: "mi", name: "mi", embedded: false, exported: false, typ: ptrType$5, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: funcType$19, tag: ""}, {prop: "marshal", name: "marshal", embedded: false, exported: false, typ: funcType$20, tag: ""}, {prop: "unmarshal", name: "unmarshal", embedded: false, exported: false, typ: funcType$21, tag: ""}, {prop: "isInit", name: "isInit", embedded: false, exported: false, typ: funcType$22, tag: ""}, {prop: "merge", name: "merge", embedded: false, exported: false, typ: funcType$23, tag: ""}]);
	valueCoderFuncs.init("google.golang.org/protobuf/internal/impl", [{prop: "size", name: "size", embedded: false, exported: false, typ: funcType$24, tag: ""}, {prop: "marshal", name: "marshal", embedded: false, exported: false, typ: funcType$25, tag: ""}, {prop: "unmarshal", name: "unmarshal", embedded: false, exported: false, typ: funcType$26, tag: ""}, {prop: "isInit", name: "isInit", embedded: false, exported: false, typ: funcType$27, tag: ""}, {prop: "merge", name: "merge", embedded: false, exported: false, typ: funcType$28, tag: ""}]);
	coderMessageInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "methods", name: "methods", embedded: false, exported: false, typ: structType$9, tag: ""}, {prop: "orderedCoderFields", name: "orderedCoderFields", embedded: false, exported: false, typ: sliceType$16, tag: ""}, {prop: "denseCoderFields", name: "denseCoderFields", embedded: false, exported: false, typ: sliceType$16, tag: ""}, {prop: "coderFields", name: "coderFields", embedded: false, exported: false, typ: mapType$9, tag: ""}, {prop: "sizecacheOffset", name: "sizecacheOffset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "unknownOffset", name: "unknownOffset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "unknownPtrKind", name: "unknownPtrKind", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "extensionOffset", name: "extensionOffset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "needsInitCheck", name: "needsInitCheck", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "isMessageSet", name: "isMessageSet", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "numRequiredFields", name: "numRequiredFields", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	coderFieldInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "funcs", name: "funcs", embedded: false, exported: false, typ: pointerCoderFuncs, tag: ""}, {prop: "mi", name: "mi", embedded: false, exported: false, typ: ptrType$5, tag: ""}, {prop: "ft", name: "ft", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "validation", name: "validation", embedded: false, exported: false, typ: validationInfo, tag: ""}, {prop: "num", name: "num", embedded: false, exported: false, typ: protowire.Number, tag: ""}, {prop: "offset", name: "offset", embedded: false, exported: false, typ: offset, tag: ""}, {prop: "wiretag", name: "wiretag", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "tagsize", name: "tagsize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "isPointer", name: "isPointer", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "isRequired", name: "isRequired", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	mapInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "goType", name: "goType", embedded: false, exported: false, typ: reflect.Type, tag: ""}, {prop: "keyWiretag", name: "keyWiretag", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "valWiretag", name: "valWiretag", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "keyFuncs", name: "keyFuncs", embedded: false, exported: false, typ: valueCoderFuncs, tag: ""}, {prop: "valFuncs", name: "valFuncs", embedded: false, exported: false, typ: valueCoderFuncs, tag: ""}, {prop: "keyZero", name: "keyZero", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}, {prop: "keyKind", name: "keyKind", embedded: false, exported: false, typ: protoreflect.Kind, tag: ""}, {prop: "conv", name: "conv", embedded: false, exported: false, typ: ptrType$52, tag: ""}]);
	errInvalidUTF8.init("", []);
	extensionFieldInfo.init("google.golang.org/protobuf/internal/impl", [{prop: "wiretag", name: "wiretag", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "tagsize", name: "tagsize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "unmarshalNeedsValue", name: "unmarshalNeedsValue", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "funcs", name: "funcs", embedded: false, exported: false, typ: valueCoderFuncs, tag: ""}, {prop: "validation", name: "validation", embedded: false, exported: false, typ: validationInfo, tag: ""}]);
	lazyExtensionValue.init("google.golang.org/protobuf/internal/impl", [{prop: "atomicOnce", name: "atomicOnce", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "xi", name: "xi", embedded: false, exported: false, typ: ptrType$54, tag: ""}, {prop: "value", name: "value", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}, {prop: "b", name: "b", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "fn", name: "fn", embedded: false, exported: false, typ: funcType$12, tag: ""}]);
	ExtensionField.init("google.golang.org/protobuf/internal/impl", [{prop: "typ", name: "typ", embedded: false, exported: false, typ: protoreflect.ExtensionType, tag: ""}, {prop: "value", name: "value", embedded: false, exported: false, typ: protoreflect.Value, tag: ""}, {prop: "lazy", name: "lazy", embedded: false, exported: false, typ: ptrType$40, tag: ""}]);
	Export.init("", []);
	legacyMessageWrapper.init("google.golang.org/protobuf/internal/impl", [{prop: "m", name: "m", embedded: false, exported: false, typ: protoreflect.ProtoMessage, tag: ""}]);
	validationState.init("google.golang.org/protobuf/internal/impl", [{prop: "typ", name: "typ", embedded: false, exported: false, typ: validationType, tag: ""}, {prop: "keyType", name: "keyType", embedded: false, exported: false, typ: validationType, tag: ""}, {prop: "valType", name: "valType", embedded: false, exported: false, typ: validationType, tag: ""}, {prop: "endGroup", name: "endGroup", embedded: false, exported: false, typ: protowire.Number, tag: ""}, {prop: "mi", name: "mi", embedded: false, exported: false, typ: ptrType$5, tag: ""}, {prop: "tail", name: "tail", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "requiredMask", name: "requiredMask", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = gzip.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = json.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = prototext.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protowire.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = descopts.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = detrand.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = messageset.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = tag.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = filedesc.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flags.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = genid.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = order.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pragma.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strs.$init(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = proto.$init(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoregistry.$init(); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoiface.$init(); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = crc32.$init(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ioutil.$init(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		legacyMessageTypeCache = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		legacyMessageDescCache = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		aberrantMessageDescLock = new sync.Mutex.ptr(0, 0);
		aberrantMessageDescCache = false;
		legacyFileDescCache = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		legacyEnumTypeCache = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		legacyEnumDescCache = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		aberrantEnumDescCache = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		emptyBuf = arrayType.zero();
		legacyExtensionFieldInfoCache = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		needsInitCheckMu = new sync.Mutex.ptr(0, 0);
		needsInitCheckMap = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, 0);
		invalidOffset = new offset.ptr(-1, $throwNilPointerError);
		zeroOffset = new offset.ptr(0, $throwNilPointerError);
		_r = reflect.ValueOf((sliceType.nil)); /* */ $s = 34; case 34: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		nilBytes = _r;
		_r$1 = reflect.ValueOf(new sliceType([])); /* */ $s = 35; case 35: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		emptyBytes = _r$1;
		sizecacheType = reflect.TypeOf(new $Int32(0));
		weakFieldsType = reflect.TypeOf(new mapType((false)));
		unknownFieldsAType = reflect.TypeOf((sliceType.nil));
		unknownFieldsBType = reflect.TypeOf((ptrType$3.nil));
		extensionFieldsType = reflect.TypeOf(new mapType$1((false)));
		aberrantProtoMethods = new structType$9.ptr(new pragma.NoUnkeyedLiterals.ptr(), new $Uint64(0, 1), $throwNilPointerError, legacyMarshal, legacyUnmarshal, legacyMerge, $throwNilPointerError);
		_r$2 = errors.New("cannot parse invalid wire-format data", new sliceType$1([])); /* */ $s = 36; case 36: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		errDecode = _r$2;
		_r$3 = errors.New("exceeded maximum recursion depth", new sliceType$1([])); /* */ $s = 37; case 37: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		errRecursionDepth = _r$3;
		lazyUnmarshalOptions = new unmarshalOptions.ptr(0, protoregistry.GlobalTypes, 10000);
		_r$4 = errors.New("unknown", new sliceType$1([])); /* */ $s = 38; case 38: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		errUnknown = _r$4;
		boolType = reflect.TypeOf(new $Bool(false));
		int32Type = reflect.TypeOf(new $Int32(0));
		int64Type = reflect.TypeOf(new $Int64(0, 0));
		uint32Type = reflect.TypeOf(new $Uint32(0));
		uint64Type = reflect.TypeOf(new $Uint64(0, 0));
		float32Type = reflect.TypeOf(new $Float32(0));
		float64Type = reflect.TypeOf(new $Float64(0));
		stringType = reflect.TypeOf(new $String(""));
		bytesType = reflect.TypeOf((sliceType.nil));
		byteType = reflect.TypeOf(new $Uint8(0));
		boolZero = $clone(protoreflect.ValueOfBool(false), protoreflect.Value);
		int32Zero = $clone(protoreflect.ValueOfInt32(0), protoreflect.Value);
		int64Zero = $clone(protoreflect.ValueOfInt64(new $Int64(0, 0)), protoreflect.Value);
		uint32Zero = $clone(protoreflect.ValueOfUint32(0), protoreflect.Value);
		uint64Zero = $clone(protoreflect.ValueOfUint64(new $Uint64(0, 0)), protoreflect.Value);
		float32Zero = $clone(protoreflect.ValueOfFloat32(0), protoreflect.Value);
		float64Zero = $clone(protoreflect.ValueOfFloat64(0), protoreflect.Value);
		stringZero = $clone(protoreflect.ValueOfString(""), protoreflect.Value);
		bytesZero = $clone(protoreflect.ValueOfBytes(sliceType.nil), protoreflect.Value);
		coderEnum = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeEnum, appendEnum, consumeEnum, $throwNilPointerError, mergeEnum);
		coderEnumNoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeEnumNoZero, appendEnumNoZero, consumeEnum, $throwNilPointerError, mergeEnumNoZero);
		coderEnumPtr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeEnumPtr, appendEnumPtr, consumeEnumPtr, $throwNilPointerError, mergeEnumPtr);
		coderEnumSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeEnumSlice, appendEnumSlice, consumeEnumSlice, $throwNilPointerError, mergeEnumSlice);
		coderEnumPackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeEnumPackedSlice, appendEnumPackedSlice, consumeEnumSlice, $throwNilPointerError, mergeEnumSlice);
		coderBool = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBool, appendBool, consumeBool, $throwNilPointerError, mergeBool);
		coderBoolNoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBoolNoZero, appendBoolNoZero, consumeBool, $throwNilPointerError, mergeBoolNoZero);
		coderBoolPtr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBoolPtr, appendBoolPtr, consumeBoolPtr, $throwNilPointerError, mergeBoolPtr);
		coderBoolSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBoolSlice, appendBoolSlice, consumeBoolSlice, $throwNilPointerError, mergeBoolSlice);
		coderBoolPackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBoolPackedSlice, appendBoolPackedSlice, consumeBoolSlice, $throwNilPointerError, mergeBoolSlice);
		coderBoolValue = new valueCoderFuncs.ptr(sizeBoolValue, appendBoolValue, consumeBoolValue, $throwNilPointerError, mergeScalarValue);
		coderBoolSliceValue = new valueCoderFuncs.ptr(sizeBoolSliceValue, appendBoolSliceValue, consumeBoolSliceValue, $throwNilPointerError, mergeListValue);
		coderBoolPackedSliceValue = new valueCoderFuncs.ptr(sizeBoolPackedSliceValue, appendBoolPackedSliceValue, consumeBoolSliceValue, $throwNilPointerError, mergeListValue);
		coderEnumValue = new valueCoderFuncs.ptr(sizeEnumValue, appendEnumValue, consumeEnumValue, $throwNilPointerError, mergeScalarValue);
		coderEnumSliceValue = new valueCoderFuncs.ptr(sizeEnumSliceValue, appendEnumSliceValue, consumeEnumSliceValue, $throwNilPointerError, mergeListValue);
		coderEnumPackedSliceValue = new valueCoderFuncs.ptr(sizeEnumPackedSliceValue, appendEnumPackedSliceValue, consumeEnumSliceValue, $throwNilPointerError, mergeListValue);
		coderInt32 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt32, appendInt32, consumeInt32, $throwNilPointerError, mergeInt32);
		coderInt32NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt32NoZero, appendInt32NoZero, consumeInt32, $throwNilPointerError, mergeInt32NoZero);
		coderInt32Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt32Ptr, appendInt32Ptr, consumeInt32Ptr, $throwNilPointerError, mergeInt32Ptr);
		coderInt32Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt32Slice, appendInt32Slice, consumeInt32Slice, $throwNilPointerError, mergeInt32Slice);
		coderInt32PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt32PackedSlice, appendInt32PackedSlice, consumeInt32Slice, $throwNilPointerError, mergeInt32Slice);
		coderInt32Value = new valueCoderFuncs.ptr(sizeInt32Value, appendInt32Value, consumeInt32Value, $throwNilPointerError, mergeScalarValue);
		coderInt32SliceValue = new valueCoderFuncs.ptr(sizeInt32SliceValue, appendInt32SliceValue, consumeInt32SliceValue, $throwNilPointerError, mergeListValue);
		coderInt32PackedSliceValue = new valueCoderFuncs.ptr(sizeInt32PackedSliceValue, appendInt32PackedSliceValue, consumeInt32SliceValue, $throwNilPointerError, mergeListValue);
		coderSint32 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint32, appendSint32, consumeSint32, $throwNilPointerError, mergeInt32);
		coderSint32NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint32NoZero, appendSint32NoZero, consumeSint32, $throwNilPointerError, mergeInt32NoZero);
		coderSint32Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint32Ptr, appendSint32Ptr, consumeSint32Ptr, $throwNilPointerError, mergeInt32Ptr);
		coderSint32Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint32Slice, appendSint32Slice, consumeSint32Slice, $throwNilPointerError, mergeInt32Slice);
		coderSint32PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint32PackedSlice, appendSint32PackedSlice, consumeSint32Slice, $throwNilPointerError, mergeInt32Slice);
		coderSint32Value = new valueCoderFuncs.ptr(sizeSint32Value, appendSint32Value, consumeSint32Value, $throwNilPointerError, mergeScalarValue);
		coderSint32SliceValue = new valueCoderFuncs.ptr(sizeSint32SliceValue, appendSint32SliceValue, consumeSint32SliceValue, $throwNilPointerError, mergeListValue);
		coderSint32PackedSliceValue = new valueCoderFuncs.ptr(sizeSint32PackedSliceValue, appendSint32PackedSliceValue, consumeSint32SliceValue, $throwNilPointerError, mergeListValue);
		coderUint32 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint32, appendUint32, consumeUint32, $throwNilPointerError, mergeUint32);
		coderUint32NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint32NoZero, appendUint32NoZero, consumeUint32, $throwNilPointerError, mergeUint32NoZero);
		coderUint32Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint32Ptr, appendUint32Ptr, consumeUint32Ptr, $throwNilPointerError, mergeUint32Ptr);
		coderUint32Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint32Slice, appendUint32Slice, consumeUint32Slice, $throwNilPointerError, mergeUint32Slice);
		coderUint32PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint32PackedSlice, appendUint32PackedSlice, consumeUint32Slice, $throwNilPointerError, mergeUint32Slice);
		coderUint32Value = new valueCoderFuncs.ptr(sizeUint32Value, appendUint32Value, consumeUint32Value, $throwNilPointerError, mergeScalarValue);
		coderUint32SliceValue = new valueCoderFuncs.ptr(sizeUint32SliceValue, appendUint32SliceValue, consumeUint32SliceValue, $throwNilPointerError, mergeListValue);
		coderUint32PackedSliceValue = new valueCoderFuncs.ptr(sizeUint32PackedSliceValue, appendUint32PackedSliceValue, consumeUint32SliceValue, $throwNilPointerError, mergeListValue);
		coderInt64 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt64, appendInt64, consumeInt64, $throwNilPointerError, mergeInt64);
		coderInt64NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt64NoZero, appendInt64NoZero, consumeInt64, $throwNilPointerError, mergeInt64NoZero);
		coderInt64Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt64Ptr, appendInt64Ptr, consumeInt64Ptr, $throwNilPointerError, mergeInt64Ptr);
		coderInt64Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt64Slice, appendInt64Slice, consumeInt64Slice, $throwNilPointerError, mergeInt64Slice);
		coderInt64PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeInt64PackedSlice, appendInt64PackedSlice, consumeInt64Slice, $throwNilPointerError, mergeInt64Slice);
		coderInt64Value = new valueCoderFuncs.ptr(sizeInt64Value, appendInt64Value, consumeInt64Value, $throwNilPointerError, mergeScalarValue);
		coderInt64SliceValue = new valueCoderFuncs.ptr(sizeInt64SliceValue, appendInt64SliceValue, consumeInt64SliceValue, $throwNilPointerError, mergeListValue);
		coderInt64PackedSliceValue = new valueCoderFuncs.ptr(sizeInt64PackedSliceValue, appendInt64PackedSliceValue, consumeInt64SliceValue, $throwNilPointerError, mergeListValue);
		coderSint64 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint64, appendSint64, consumeSint64, $throwNilPointerError, mergeInt64);
		coderSint64NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint64NoZero, appendSint64NoZero, consumeSint64, $throwNilPointerError, mergeInt64NoZero);
		coderSint64Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint64Ptr, appendSint64Ptr, consumeSint64Ptr, $throwNilPointerError, mergeInt64Ptr);
		coderSint64Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint64Slice, appendSint64Slice, consumeSint64Slice, $throwNilPointerError, mergeInt64Slice);
		coderSint64PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSint64PackedSlice, appendSint64PackedSlice, consumeSint64Slice, $throwNilPointerError, mergeInt64Slice);
		coderSint64Value = new valueCoderFuncs.ptr(sizeSint64Value, appendSint64Value, consumeSint64Value, $throwNilPointerError, mergeScalarValue);
		coderSint64SliceValue = new valueCoderFuncs.ptr(sizeSint64SliceValue, appendSint64SliceValue, consumeSint64SliceValue, $throwNilPointerError, mergeListValue);
		coderSint64PackedSliceValue = new valueCoderFuncs.ptr(sizeSint64PackedSliceValue, appendSint64PackedSliceValue, consumeSint64SliceValue, $throwNilPointerError, mergeListValue);
		coderUint64 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint64, appendUint64, consumeUint64, $throwNilPointerError, mergeUint64);
		coderUint64NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint64NoZero, appendUint64NoZero, consumeUint64, $throwNilPointerError, mergeUint64NoZero);
		coderUint64Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint64Ptr, appendUint64Ptr, consumeUint64Ptr, $throwNilPointerError, mergeUint64Ptr);
		coderUint64Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint64Slice, appendUint64Slice, consumeUint64Slice, $throwNilPointerError, mergeUint64Slice);
		coderUint64PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeUint64PackedSlice, appendUint64PackedSlice, consumeUint64Slice, $throwNilPointerError, mergeUint64Slice);
		coderUint64Value = new valueCoderFuncs.ptr(sizeUint64Value, appendUint64Value, consumeUint64Value, $throwNilPointerError, mergeScalarValue);
		coderUint64SliceValue = new valueCoderFuncs.ptr(sizeUint64SliceValue, appendUint64SliceValue, consumeUint64SliceValue, $throwNilPointerError, mergeListValue);
		coderUint64PackedSliceValue = new valueCoderFuncs.ptr(sizeUint64PackedSliceValue, appendUint64PackedSliceValue, consumeUint64SliceValue, $throwNilPointerError, mergeListValue);
		coderSfixed32 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed32, appendSfixed32, consumeSfixed32, $throwNilPointerError, mergeInt32);
		coderSfixed32NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed32NoZero, appendSfixed32NoZero, consumeSfixed32, $throwNilPointerError, mergeInt32NoZero);
		coderSfixed32Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed32Ptr, appendSfixed32Ptr, consumeSfixed32Ptr, $throwNilPointerError, mergeInt32Ptr);
		coderSfixed32Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed32Slice, appendSfixed32Slice, consumeSfixed32Slice, $throwNilPointerError, mergeInt32Slice);
		coderSfixed32PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed32PackedSlice, appendSfixed32PackedSlice, consumeSfixed32Slice, $throwNilPointerError, mergeInt32Slice);
		coderSfixed32Value = new valueCoderFuncs.ptr(sizeSfixed32Value, appendSfixed32Value, consumeSfixed32Value, $throwNilPointerError, mergeScalarValue);
		coderSfixed32SliceValue = new valueCoderFuncs.ptr(sizeSfixed32SliceValue, appendSfixed32SliceValue, consumeSfixed32SliceValue, $throwNilPointerError, mergeListValue);
		coderSfixed32PackedSliceValue = new valueCoderFuncs.ptr(sizeSfixed32PackedSliceValue, appendSfixed32PackedSliceValue, consumeSfixed32SliceValue, $throwNilPointerError, mergeListValue);
		coderFixed32 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed32, appendFixed32, consumeFixed32, $throwNilPointerError, mergeUint32);
		coderFixed32NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed32NoZero, appendFixed32NoZero, consumeFixed32, $throwNilPointerError, mergeUint32NoZero);
		coderFixed32Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed32Ptr, appendFixed32Ptr, consumeFixed32Ptr, $throwNilPointerError, mergeUint32Ptr);
		coderFixed32Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed32Slice, appendFixed32Slice, consumeFixed32Slice, $throwNilPointerError, mergeUint32Slice);
		coderFixed32PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed32PackedSlice, appendFixed32PackedSlice, consumeFixed32Slice, $throwNilPointerError, mergeUint32Slice);
		coderFixed32Value = new valueCoderFuncs.ptr(sizeFixed32Value, appendFixed32Value, consumeFixed32Value, $throwNilPointerError, mergeScalarValue);
		coderFixed32SliceValue = new valueCoderFuncs.ptr(sizeFixed32SliceValue, appendFixed32SliceValue, consumeFixed32SliceValue, $throwNilPointerError, mergeListValue);
		coderFixed32PackedSliceValue = new valueCoderFuncs.ptr(sizeFixed32PackedSliceValue, appendFixed32PackedSliceValue, consumeFixed32SliceValue, $throwNilPointerError, mergeListValue);
		coderFloat = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFloat, appendFloat, consumeFloat, $throwNilPointerError, mergeFloat32);
		coderFloatNoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFloatNoZero, appendFloatNoZero, consumeFloat, $throwNilPointerError, mergeFloat32NoZero);
		coderFloatPtr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFloatPtr, appendFloatPtr, consumeFloatPtr, $throwNilPointerError, mergeFloat32Ptr);
		coderFloatSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFloatSlice, appendFloatSlice, consumeFloatSlice, $throwNilPointerError, mergeFloat32Slice);
		coderFloatPackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFloatPackedSlice, appendFloatPackedSlice, consumeFloatSlice, $throwNilPointerError, mergeFloat32Slice);
		coderFloatValue = new valueCoderFuncs.ptr(sizeFloatValue, appendFloatValue, consumeFloatValue, $throwNilPointerError, mergeScalarValue);
		coderFloatSliceValue = new valueCoderFuncs.ptr(sizeFloatSliceValue, appendFloatSliceValue, consumeFloatSliceValue, $throwNilPointerError, mergeListValue);
		coderFloatPackedSliceValue = new valueCoderFuncs.ptr(sizeFloatPackedSliceValue, appendFloatPackedSliceValue, consumeFloatSliceValue, $throwNilPointerError, mergeListValue);
		coderSfixed64 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed64, appendSfixed64, consumeSfixed64, $throwNilPointerError, mergeInt64);
		coderSfixed64NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed64NoZero, appendSfixed64NoZero, consumeSfixed64, $throwNilPointerError, mergeInt64NoZero);
		coderSfixed64Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed64Ptr, appendSfixed64Ptr, consumeSfixed64Ptr, $throwNilPointerError, mergeInt64Ptr);
		coderSfixed64Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed64Slice, appendSfixed64Slice, consumeSfixed64Slice, $throwNilPointerError, mergeInt64Slice);
		coderSfixed64PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeSfixed64PackedSlice, appendSfixed64PackedSlice, consumeSfixed64Slice, $throwNilPointerError, mergeInt64Slice);
		coderSfixed64Value = new valueCoderFuncs.ptr(sizeSfixed64Value, appendSfixed64Value, consumeSfixed64Value, $throwNilPointerError, mergeScalarValue);
		coderSfixed64SliceValue = new valueCoderFuncs.ptr(sizeSfixed64SliceValue, appendSfixed64SliceValue, consumeSfixed64SliceValue, $throwNilPointerError, mergeListValue);
		coderSfixed64PackedSliceValue = new valueCoderFuncs.ptr(sizeSfixed64PackedSliceValue, appendSfixed64PackedSliceValue, consumeSfixed64SliceValue, $throwNilPointerError, mergeListValue);
		coderFixed64 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed64, appendFixed64, consumeFixed64, $throwNilPointerError, mergeUint64);
		coderFixed64NoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed64NoZero, appendFixed64NoZero, consumeFixed64, $throwNilPointerError, mergeUint64NoZero);
		coderFixed64Ptr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed64Ptr, appendFixed64Ptr, consumeFixed64Ptr, $throwNilPointerError, mergeUint64Ptr);
		coderFixed64Slice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed64Slice, appendFixed64Slice, consumeFixed64Slice, $throwNilPointerError, mergeUint64Slice);
		coderFixed64PackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeFixed64PackedSlice, appendFixed64PackedSlice, consumeFixed64Slice, $throwNilPointerError, mergeUint64Slice);
		coderFixed64Value = new valueCoderFuncs.ptr(sizeFixed64Value, appendFixed64Value, consumeFixed64Value, $throwNilPointerError, mergeScalarValue);
		coderFixed64SliceValue = new valueCoderFuncs.ptr(sizeFixed64SliceValue, appendFixed64SliceValue, consumeFixed64SliceValue, $throwNilPointerError, mergeListValue);
		coderFixed64PackedSliceValue = new valueCoderFuncs.ptr(sizeFixed64PackedSliceValue, appendFixed64PackedSliceValue, consumeFixed64SliceValue, $throwNilPointerError, mergeListValue);
		coderDouble = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeDouble, appendDouble, consumeDouble, $throwNilPointerError, mergeFloat64);
		coderDoubleNoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeDoubleNoZero, appendDoubleNoZero, consumeDouble, $throwNilPointerError, mergeFloat64NoZero);
		coderDoublePtr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeDoublePtr, appendDoublePtr, consumeDoublePtr, $throwNilPointerError, mergeFloat64Ptr);
		coderDoubleSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeDoubleSlice, appendDoubleSlice, consumeDoubleSlice, $throwNilPointerError, mergeFloat64Slice);
		coderDoublePackedSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeDoublePackedSlice, appendDoublePackedSlice, consumeDoubleSlice, $throwNilPointerError, mergeFloat64Slice);
		coderDoubleValue = new valueCoderFuncs.ptr(sizeDoubleValue, appendDoubleValue, consumeDoubleValue, $throwNilPointerError, mergeScalarValue);
		coderDoubleSliceValue = new valueCoderFuncs.ptr(sizeDoubleSliceValue, appendDoubleSliceValue, consumeDoubleSliceValue, $throwNilPointerError, mergeListValue);
		coderDoublePackedSliceValue = new valueCoderFuncs.ptr(sizeDoublePackedSliceValue, appendDoublePackedSliceValue, consumeDoubleSliceValue, $throwNilPointerError, mergeListValue);
		coderString = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeString, appendString, consumeString, $throwNilPointerError, mergeString);
		coderStringValidateUTF8 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeString, appendStringValidateUTF8, consumeStringValidateUTF8, $throwNilPointerError, mergeString);
		coderStringNoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeStringNoZero, appendStringNoZero, consumeString, $throwNilPointerError, mergeStringNoZero);
		coderStringNoZeroValidateUTF8 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeStringNoZero, appendStringNoZeroValidateUTF8, consumeStringValidateUTF8, $throwNilPointerError, mergeStringNoZero);
		coderStringPtr = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeStringPtr, appendStringPtr, consumeStringPtr, $throwNilPointerError, mergeStringPtr);
		coderStringPtrValidateUTF8 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeStringPtr, appendStringPtrValidateUTF8, consumeStringPtrValidateUTF8, $throwNilPointerError, mergeStringPtr);
		coderStringSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeStringSlice, appendStringSlice, consumeStringSlice, $throwNilPointerError, mergeStringSlice);
		coderStringSliceValidateUTF8 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeStringSlice, appendStringSliceValidateUTF8, consumeStringSliceValidateUTF8, $throwNilPointerError, mergeStringSlice);
		coderStringValue = new valueCoderFuncs.ptr(sizeStringValue, appendStringValue, consumeStringValue, $throwNilPointerError, mergeScalarValue);
		coderStringValueValidateUTF8 = new valueCoderFuncs.ptr(sizeStringValue, appendStringValueValidateUTF8, consumeStringValueValidateUTF8, $throwNilPointerError, mergeScalarValue);
		coderStringSliceValue = new valueCoderFuncs.ptr(sizeStringSliceValue, appendStringSliceValue, consumeStringSliceValue, $throwNilPointerError, mergeListValue);
		coderBytes = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBytes, appendBytes, consumeBytes, $throwNilPointerError, mergeBytes);
		coderBytesValidateUTF8 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBytes, appendBytesValidateUTF8, consumeBytesValidateUTF8, $throwNilPointerError, mergeBytes);
		coderBytesNoZero = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBytesNoZero, appendBytesNoZero, consumeBytesNoZero, $throwNilPointerError, mergeBytesNoZero);
		coderBytesNoZeroValidateUTF8 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBytesNoZero, appendBytesNoZeroValidateUTF8, consumeBytesNoZeroValidateUTF8, $throwNilPointerError, mergeBytesNoZero);
		coderBytesSlice = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBytesSlice, appendBytesSlice, consumeBytesSlice, $throwNilPointerError, mergeBytesSlice);
		coderBytesSliceValidateUTF8 = new pointerCoderFuncs.ptr(ptrType$5.nil, sizeBytesSlice, appendBytesSliceValidateUTF8, consumeBytesSliceValidateUTF8, $throwNilPointerError, mergeBytesSlice);
		coderBytesValue = new valueCoderFuncs.ptr(sizeBytesValue, appendBytesValue, consumeBytesValue, $throwNilPointerError, mergeBytesValue);
		coderBytesSliceValue = new valueCoderFuncs.ptr(sizeBytesSliceValue, appendBytesSliceValue, consumeBytesSliceValue, $throwNilPointerError, mergeBytesListValue);
		wireTypes = $makeMap(protoreflect.Kind.keyFor, [{ k: 8, v: 0 }, { k: 14, v: 0 }, { k: 5, v: 0 }, { k: 17, v: 0 }, { k: 13, v: 0 }, { k: 3, v: 0 }, { k: 18, v: 0 }, { k: 4, v: 0 }, { k: 15, v: 5 }, { k: 7, v: 5 }, { k: 2, v: 5 }, { k: 16, v: 1 }, { k: 6, v: 1 }, { k: 1, v: 1 }, { k: 9, v: 2 }, { k: 12, v: 2 }, { k: 11, v: 2 }, { k: 10, v: 3 }]);
		coderMessageValue = new valueCoderFuncs.ptr(sizeMessageValue, appendMessageValue, consumeMessageValue, isInitMessageValue, mergeMessageValue);
		coderGroupValue = new valueCoderFuncs.ptr(sizeGroupValue, appendGroupValue, consumeGroupValue, isInitMessageValue, mergeMessageValue);
		coderMessageSliceValue = new valueCoderFuncs.ptr(sizeMessageSliceValue, appendMessageSliceValue, consumeMessageSliceValue, isInitMessageSliceValue, mergeMessageListValue);
		coderGroupSliceValue = new valueCoderFuncs.ptr(sizeGroupSliceValue, appendGroupSliceValue, consumeGroupSliceValue, isInitMessageSliceValue, mergeMessageListValue);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/filetype"] = (function() {
	var $pkg = {}, $init, descopts, filedesc, impl, protoreflect, protoregistry, reflect, Builder, Out, depIdxs, resolverByIndex, fileRegistry, sliceType, sliceType$1, sliceType$2, sliceType$3, sliceType$4, sliceType$5, interfaceType, sliceType$6, sliceType$7, ptrType, goTypeForPBKind;
	descopts = $packages["google.golang.org/protobuf/internal/descopts"];
	filedesc = $packages["google.golang.org/protobuf/internal/filedesc"];
	impl = $packages["google.golang.org/protobuf/internal/impl"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	protoregistry = $packages["google.golang.org/protobuf/reflect/protoregistry"];
	reflect = $packages["reflect"];
	Builder = $pkg.Builder = $newType(0, $kindStruct, "filetype.Builder", true, "google.golang.org/protobuf/internal/filetype", true, function(File_, GoTypes_, DependencyIndexes_, EnumInfos_, MessageInfos_, ExtensionInfos_, TypeRegistry_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.File = new filedesc.Builder.ptr("", sliceType.nil, 0, 0, 0, 0, $ifaceNil, $ifaceNil);
			this.GoTypes = sliceType$1.nil;
			this.DependencyIndexes = sliceType$2.nil;
			this.EnumInfos = sliceType$3.nil;
			this.MessageInfos = sliceType$4.nil;
			this.ExtensionInfos = sliceType$5.nil;
			this.TypeRegistry = $ifaceNil;
			return;
		}
		this.File = File_;
		this.GoTypes = GoTypes_;
		this.DependencyIndexes = DependencyIndexes_;
		this.EnumInfos = EnumInfos_;
		this.MessageInfos = MessageInfos_;
		this.ExtensionInfos = ExtensionInfos_;
		this.TypeRegistry = TypeRegistry_;
	});
	Out = $pkg.Out = $newType(0, $kindStruct, "filetype.Out", true, "google.golang.org/protobuf/internal/filetype", true, function(File_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.File = $ifaceNil;
			return;
		}
		this.File = File_;
	});
	depIdxs = $pkg.depIdxs = $newType(12, $kindSlice, "filetype.depIdxs", true, "google.golang.org/protobuf/internal/filetype", false, null);
	resolverByIndex = $pkg.resolverByIndex = $newType(0, $kindStruct, "filetype.resolverByIndex", true, "google.golang.org/protobuf/internal/filetype", false, function(goTypes_, depIdxs_, fileRegistry_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.goTypes = sliceType$1.nil;
			this.depIdxs = depIdxs.nil;
			this.fileRegistry = $ifaceNil;
			return;
		}
		this.goTypes = goTypes_;
		this.depIdxs = depIdxs_;
		this.fileRegistry = fileRegistry_;
	});
	fileRegistry = $pkg.fileRegistry = $newType(8, $kindInterface, "filetype.fileRegistry", true, "google.golang.org/protobuf/internal/filetype", false, null);
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($emptyInterface);
	sliceType$2 = $sliceType($Int32);
	sliceType$3 = $sliceType(impl.EnumInfo);
	sliceType$4 = $sliceType(impl.MessageInfo);
	sliceType$5 = $sliceType(impl.ExtensionInfo);
	interfaceType = $interfaceType([{prop: "RegisterEnum", name: "RegisterEnum", pkg: "", typ: $funcType([protoreflect.EnumType], [$error], false)}, {prop: "RegisterExtension", name: "RegisterExtension", pkg: "", typ: $funcType([protoreflect.ExtensionType], [$error], false)}, {prop: "RegisterMessage", name: "RegisterMessage", pkg: "", typ: $funcType([protoreflect.MessageType], [$error], false)}]);
	sliceType$6 = $sliceType(filedesc.Enum);
	sliceType$7 = $sliceType(filedesc.Message);
	ptrType = $ptrType(resolverByIndex);
	Builder.ptr.prototype.Build = function() {
		var {_1, _2, _entry, _i, _i$1, _i$2, _i$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _ref$2, _ref$3, _v, depIdx, enumGoTypes, err, err$1, err$2, fbOut, goType, i, i$1, i$2, i$3, j, j$1, messageGoTypes, out, tb, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		out = new Out.ptr($ifaceNil);
		tb = this;
		if ($interfaceIsEqual(tb.File.FileRegistry, $ifaceNil)) {
			tb.File.FileRegistry = protoregistry.GlobalFiles;
		}
		tb.File.FileRegistry = new resolverByIndex.ptr(tb.GoTypes, $convertSliceType(tb.DependencyIndexes, depIdxs), tb.File.FileRegistry);
		if ($interfaceIsEqual(tb.TypeRegistry, $ifaceNil)) {
			tb.TypeRegistry = protoregistry.GlobalTypes;
		}
		_r = $clone(tb.File, filedesc.Builder).Build(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		fbOut = $clone(_r, filedesc.Out);
		out.File = fbOut.File;
		enumGoTypes = $subslice(tb.GoTypes, 0, fbOut.Enums.$length);
		if (!((tb.EnumInfos.$length === fbOut.Enums.$length))) {
			$panic(new $String("mismatching enum lengths"));
		}
		/* */ if (fbOut.Enums.$length > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (fbOut.Enums.$length > 0) { */ case 2:
			_ref = fbOut.Enums;
			_i = 0;
			/* while (true) { */ case 4:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
				i = _i;
				impl.EnumInfo.copy((x$1 = tb.EnumInfos, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])), new impl.EnumInfo.ptr(reflect.TypeOf(((i < 0 || i >= enumGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : enumGoTypes.$array[enumGoTypes.$offset + i])), (x = fbOut.Enums, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]))));
				_r$1 = tb.TypeRegistry.RegisterEnum((x$2 = tb.EnumInfos, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i]))); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				err = _r$1;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$panic(err);
				}
				_i++;
			$s = 4; continue;
			case 5:
		/* } */ case 3:
		messageGoTypes = $subslice($subslice(tb.GoTypes, fbOut.Enums.$length), 0, fbOut.Messages.$length);
		if (!((tb.MessageInfos.$length === fbOut.Messages.$length))) {
			$panic(new $String("mismatching message lengths"));
		}
		/* */ if (fbOut.Messages.$length > 0) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (fbOut.Messages.$length > 0) { */ case 7:
			_ref$1 = fbOut.Messages;
			_i$1 = 0;
			/* while (true) { */ case 9:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 10; continue; }
				i$1 = _i$1;
				if ($interfaceIsEqual(((i$1 < 0 || i$1 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$1]), $ifaceNil)) {
					_i$1++;
					/* continue; */ $s = 9; continue;
				}
				(x$3 = tb.MessageInfos, ((i$1 < 0 || i$1 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i$1])).GoReflectType = reflect.TypeOf(((i$1 < 0 || i$1 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$1]));
				(x$5 = tb.MessageInfos, ((i$1 < 0 || i$1 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i$1])).Desc = (x$4 = fbOut.Messages, ((i$1 < 0 || i$1 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + i$1]));
				_r$2 = tb.TypeRegistry.RegisterMessage((x$6 = tb.MessageInfos, ((i$1 < 0 || i$1 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i$1]))); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				err$1 = _r$2;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$panic(err$1);
				}
				_i$1++;
			$s = 9; continue;
			case 10:
			_r$3 = out.File.Path(); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			if (!(_r$3 === "google/protobuf/descriptor.proto")) { _v = false; $s = 14; continue s; }
			_r$4 = out.File.Package(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_v = _r$4 === "google.protobuf"; case 14:
			/* */ if (_v) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (_v) { */ case 12:
				_ref$2 = fbOut.Messages;
				_i$2 = 0;
				while (true) {
					if (!(_i$2 < _ref$2.$length)) { break; }
					i$2 = _i$2;
					_1 = (x$7 = fbOut.Messages, ((i$2 < 0 || i$2 >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + i$2])).Base.Name();
					if (_1 === ("FileOptions")) {
						descopts.File = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("EnumOptions")) {
						descopts.Enum = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("EnumValueOptions")) {
						descopts.EnumValue = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("MessageOptions")) {
						descopts.Message = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("FieldOptions")) {
						descopts.Field = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("OneofOptions")) {
						descopts.Oneof = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("ExtensionRangeOptions")) {
						descopts.ExtensionRange = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("ServiceOptions")) {
						descopts.Service = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					} else if (_1 === ("MethodOptions")) {
						descopts.Method = $assertType(((i$2 < 0 || i$2 >= messageGoTypes.$length) ? ($throwRuntimeError("index out of range"), undefined) : messageGoTypes.$array[messageGoTypes.$offset + i$2]), protoreflect.ProtoMessage);
					}
					_i$2++;
				}
			/* } */ case 13:
		/* } */ case 8:
		if (!((tb.ExtensionInfos.$length === fbOut.Extensions.$length))) {
			$panic(new $String("mismatching extension lengths"));
		}
		depIdx = 0;
		_ref$3 = fbOut.Extensions;
		_i$3 = 0;
		/* while (true) { */ case 17:
			/* if (!(_i$3 < _ref$3.$length)) { break; } */ if(!(_i$3 < _ref$3.$length)) { $s = 18; continue; }
			i$3 = _i$3;
			goType = $ifaceNil;
			_2 = (x$8 = fbOut.Extensions, ((i$3 < 0 || i$3 >= x$8.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + i$3])).L1.Kind;
			if (_2 === (14)) {
				j = $methodExpr(depIdxs, "Get")($convertSliceType(tb.DependencyIndexes, depIdxs), 2, depIdx);
				goType = reflect.TypeOf((x$9 = tb.GoTypes, ((j < 0 || j >= x$9.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$9.$array[x$9.$offset + j])));
				depIdx = depIdx + (1) >> 0;
			} else if ((_2 === (11)) || (_2 === (10))) {
				j$1 = $methodExpr(depIdxs, "Get")($convertSliceType(tb.DependencyIndexes, depIdxs), 2, depIdx);
				goType = reflect.TypeOf((x$10 = tb.GoTypes, ((j$1 < 0 || j$1 >= x$10.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + j$1])));
				depIdx = depIdx + (1) >> 0;
			} else {
				goType = (_entry = goTypeForPBKind[protoreflect.Kind.keyFor((x$11 = fbOut.Extensions, ((i$3 < 0 || i$3 >= x$11.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$11.$array[x$11.$offset + i$3])).L1.Kind)], _entry !== undefined ? _entry.v : $ifaceNil);
			}
			if ((x$12 = fbOut.Extensions, ((i$3 < 0 || i$3 >= x$12.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$12.$array[x$12.$offset + i$3])).IsList()) {
				goType = reflect.SliceOf(goType);
			}
			impl.InitExtensionInfo((x$13 = tb.ExtensionInfos, ((i$3 < 0 || i$3 >= x$13.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$13.$array[x$13.$offset + i$3])), (x$14 = fbOut.Extensions, ((i$3 < 0 || i$3 >= x$14.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$14.$array[x$14.$offset + i$3])), goType);
			_r$5 = tb.TypeRegistry.RegisterExtension((x$15 = tb.ExtensionInfos, ((i$3 < 0 || i$3 >= x$15.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$15.$array[x$15.$offset + i$3]))); /* */ $s = 19; case 19: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			err$2 = _r$5;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$panic(err$2);
			}
			_i$3++;
		$s = 17; continue;
		case 18:
		Out.copy(out, out);
		$s = -1; return out;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.Build, $c: true, $r, _1, _2, _entry, _i, _i$1, _i$2, _i$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _ref$2, _ref$3, _v, depIdx, enumGoTypes, err, err$1, err$2, fbOut, goType, i, i$1, i$2, i$3, j, j$1, messageGoTypes, out, tb, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	Builder.prototype.Build = function() { return this.$val.Build(); };
	depIdxs.prototype.Get = function(i, j) {
		var i, j, x, x$1, x$2;
		x = this;
		return (x$1 = (x$2 = (((x.$length >> 0)) - i >> 0) - 1 >> 0, ((x$2 < 0 || x$2 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$2])) + j >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
	};
	$ptrType(depIdxs).prototype.Get = function(i, j) { return this.$get().Get(i, j); };
	resolverByIndex.ptr.prototype.FindEnumByIndex = function(i, j, es, ms) {
		var {$24r, _r, depIdx, es, i, j, ms, r, x, $s, $r, $c} = $restore(this, {i, j, es, ms});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		depIdx = ((r.depIdxs.Get(i, j) >> 0));
		/* */ if ((depIdx) < (es.$length + ms.$length >> 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((depIdx) < (es.$length + ms.$length >> 0)) { */ case 1:
			$s = -1; return ((depIdx < 0 || depIdx >= es.$length) ? ($throwRuntimeError("index out of range"), undefined) : es.$array[es.$offset + depIdx]);
		/* } else { */ case 2:
			_r = new impl.Export.ptr().EnumDescriptorOf((x = r.goTypes, ((depIdx < 0 || depIdx >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + depIdx]))); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: resolverByIndex.ptr.prototype.FindEnumByIndex, $c: true, $r, $24r, _r, depIdx, es, i, j, ms, r, x, $s};return $f;
	};
	resolverByIndex.prototype.FindEnumByIndex = function(i, j, es, ms) { return this.$val.FindEnumByIndex(i, j, es, ms); };
	resolverByIndex.ptr.prototype.FindMessageByIndex = function(i, j, es, ms) {
		var {$24r, _r, depIdx, es, i, j, ms, r, x, x$1, $s, $r, $c} = $restore(this, {i, j, es, ms});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		depIdx = ((r.depIdxs.Get(i, j) >> 0));
		/* */ if (depIdx < (es.$length + ms.$length >> 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (depIdx < (es.$length + ms.$length >> 0)) { */ case 1:
			$s = -1; return (x = depIdx - es.$length >> 0, ((x < 0 || x >= ms.$length) ? ($throwRuntimeError("index out of range"), undefined) : ms.$array[ms.$offset + x]));
		/* } else { */ case 2:
			_r = new impl.Export.ptr().MessageDescriptorOf((x$1 = r.goTypes, ((depIdx < 0 || depIdx >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + depIdx]))); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: resolverByIndex.ptr.prototype.FindMessageByIndex, $c: true, $r, $24r, _r, depIdx, es, i, j, ms, r, x, x$1, $s};return $f;
	};
	resolverByIndex.prototype.FindMessageByIndex = function(i, j, es, ms) { return this.$val.FindMessageByIndex(i, j, es, ms); };
	Builder.methods = [{prop: "Build", name: "Build", pkg: "", typ: $funcType([], [Out], false)}];
	depIdxs.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([$Int32, $Int32], [$Int32], false)}];
	ptrType.methods = [{prop: "FindEnumByIndex", name: "FindEnumByIndex", pkg: "", typ: $funcType([$Int32, $Int32, sliceType$6, sliceType$7], [protoreflect.EnumDescriptor], false)}, {prop: "FindMessageByIndex", name: "FindMessageByIndex", pkg: "", typ: $funcType([$Int32, $Int32, sliceType$6, sliceType$7], [protoreflect.MessageDescriptor], false)}];
	Builder.init("", [{prop: "File", name: "File", embedded: false, exported: true, typ: filedesc.Builder, tag: ""}, {prop: "GoTypes", name: "GoTypes", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "DependencyIndexes", name: "DependencyIndexes", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "EnumInfos", name: "EnumInfos", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "MessageInfos", name: "MessageInfos", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "ExtensionInfos", name: "ExtensionInfos", embedded: false, exported: true, typ: sliceType$5, tag: ""}, {prop: "TypeRegistry", name: "TypeRegistry", embedded: false, exported: true, typ: interfaceType, tag: ""}]);
	Out.init("", [{prop: "File", name: "File", embedded: false, exported: true, typ: protoreflect.FileDescriptor, tag: ""}]);
	depIdxs.init($Int32);
	resolverByIndex.init("google.golang.org/protobuf/internal/filetype", [{prop: "goTypes", name: "goTypes", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "depIdxs", name: "depIdxs", embedded: false, exported: false, typ: depIdxs, tag: ""}, {prop: "fileRegistry", name: "fileRegistry", embedded: true, exported: false, typ: fileRegistry, tag: ""}]);
	fileRegistry.init([{prop: "FindDescriptorByName", name: "FindDescriptorByName", pkg: "", typ: $funcType([protoreflect.FullName], [protoreflect.Descriptor, $error], false)}, {prop: "FindFileByPath", name: "FindFileByPath", pkg: "", typ: $funcType([$String], [protoreflect.FileDescriptor, $error], false)}, {prop: "RegisterFile", name: "RegisterFile", pkg: "", typ: $funcType([protoreflect.FileDescriptor], [$error], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = descopts.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = filedesc.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = impl.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoregistry.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		goTypeForPBKind = $makeMap(protoreflect.Kind.keyFor, [{ k: 8, v: reflect.TypeOf(new $Bool(false)) }, { k: 5, v: reflect.TypeOf(new $Int32(0)) }, { k: 17, v: reflect.TypeOf(new $Int32(0)) }, { k: 15, v: reflect.TypeOf(new $Int32(0)) }, { k: 3, v: reflect.TypeOf(new $Int64(0, 0)) }, { k: 18, v: reflect.TypeOf(new $Int64(0, 0)) }, { k: 16, v: reflect.TypeOf(new $Int64(0, 0)) }, { k: 13, v: reflect.TypeOf(new $Uint32(0)) }, { k: 7, v: reflect.TypeOf(new $Uint32(0)) }, { k: 4, v: reflect.TypeOf(new $Uint64(0, 0)) }, { k: 6, v: reflect.TypeOf(new $Uint64(0, 0)) }, { k: 2, v: reflect.TypeOf(new $Float32(0)) }, { k: 1, v: reflect.TypeOf(new $Float64(0)) }, { k: 9, v: reflect.TypeOf(new $String("")) }, { k: 12, v: reflect.TypeOf((sliceType.nil)) }]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/internal/version"] = (function() {
	var $pkg = {}, $init, fmt, strings;
	fmt = $packages["fmt"];
	strings = $packages["strings"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["google.golang.org/protobuf/runtime/protoimpl"] = (function() {
	var $pkg = {}, $init, filedesc, filetype, impl, version;
	filedesc = $packages["google.golang.org/protobuf/internal/filedesc"];
	filetype = $packages["google.golang.org/protobuf/internal/filetype"];
	impl = $packages["google.golang.org/protobuf/internal/impl"];
	version = $packages["google.golang.org/protobuf/internal/version"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = filedesc.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = filetype.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = impl.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = version.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.X = new impl.Export.ptr();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["dnmshared/sharedprotos"] = (function() {
	var $pkg = {}, $init, protoreflect, protoimpl, reflect, sync, Direction, Vec2D, Polygon2D, Vec2DList, Polygon2DList, x, sliceType, sliceType$1, sliceType$2, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, sliceType$3, funcType, arrayType, arrayType$1, ptrType$5, sliceType$4, sliceType$5, sliceType$6, ptrType$6, ptrType$7, sliceType$7, sliceType$8, file_geometry_proto_rawDesc, file_geometry_proto_rawDescOnce, file_geometry_proto_rawDescData, file_geometry_proto_msgTypes, file_geometry_proto_goTypes, file_geometry_proto_depIdxs, file_geometry_proto_rawDescGZIP, init, file_geometry_proto_init;
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	protoimpl = $packages["google.golang.org/protobuf/runtime/protoimpl"];
	reflect = $packages["reflect"];
	sync = $packages["sync"];
	Direction = $pkg.Direction = $newType(0, $kindStruct, "sharedprotos.Direction", true, "dnmshared/sharedprotos", true, function(state_, sizeCache_, unknownFields_, Dx_, Dy_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Dx = 0;
			this.Dy = 0;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Dx = Dx_;
		this.Dy = Dy_;
	});
	Vec2D = $pkg.Vec2D = $newType(0, $kindStruct, "sharedprotos.Vec2D", true, "dnmshared/sharedprotos", true, function(state_, sizeCache_, unknownFields_, X_, Y_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.X = 0;
			this.Y = 0;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.X = X_;
		this.Y = Y_;
	});
	Polygon2D = $pkg.Polygon2D = $newType(0, $kindStruct, "sharedprotos.Polygon2D", true, "dnmshared/sharedprotos", true, function(state_, sizeCache_, unknownFields_, Anchor_, Points_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Anchor = ptrType$1.nil;
			this.Points = sliceType$5.nil;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Anchor = Anchor_;
		this.Points = Points_;
	});
	Vec2DList = $pkg.Vec2DList = $newType(0, $kindStruct, "sharedprotos.Vec2DList", true, "dnmshared/sharedprotos", true, function(state_, sizeCache_, unknownFields_, Eles_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Eles = sliceType$5.nil;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Eles = Eles_;
	});
	Polygon2DList = $pkg.Polygon2DList = $newType(0, $kindStruct, "sharedprotos.Polygon2DList", true, "dnmshared/sharedprotos", true, function(state_, sizeCache_, unknownFields_, Eles_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Eles = sliceType$6.nil;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Eles = Eles_;
	});
	x = $newType(0, $kindStruct, "sharedprotos.x", true, "dnmshared/sharedprotos", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($packages["google.golang.org/protobuf/internal/impl"].MessageInfo);
	sliceType$2 = $sliceType($emptyInterface);
	ptrType = $ptrType(Direction);
	ptrType$1 = $ptrType(Vec2D);
	ptrType$2 = $ptrType(Polygon2D);
	ptrType$3 = $ptrType(Vec2DList);
	ptrType$4 = $ptrType(Polygon2DList);
	sliceType$3 = $sliceType($Int32);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	arrayType$1 = $arrayType(sync.Mutex, 0);
	ptrType$5 = $ptrType($packages["google.golang.org/protobuf/internal/impl"].MessageInfo);
	sliceType$4 = $sliceType($Int);
	sliceType$5 = $sliceType(ptrType$1);
	sliceType$6 = $sliceType(ptrType$2);
	ptrType$6 = $ptrType($Int32);
	ptrType$7 = $ptrType(sliceType);
	sliceType$7 = $sliceType($packages["google.golang.org/protobuf/internal/impl"].EnumInfo);
	sliceType$8 = $sliceType($packages["google.golang.org/protobuf/internal/impl"].ExtensionInfo);
	Direction.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		Direction.copy(x, new Direction.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType.nil, 0, 0));
		if (false) {
			mi = (0 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 0]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	Direction.prototype.Reset = function() { return this.$val.Reset(); };
	Direction.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Direction.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Direction.prototype.String = function() { return this.$val.String(); };
	Direction.ptr.prototype.ProtoMessage = function() {
	};
	Direction.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	Direction.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (0 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 0]);
		if (false && !(x === ptrType.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$5.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Direction.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	Direction.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	Direction.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_geometry_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([0])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Direction.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	Direction.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	Direction.ptr.prototype.GetDx = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Dx;
		}
		return 0;
	};
	Direction.prototype.GetDx = function() { return this.$val.GetDx(); };
	Direction.ptr.prototype.GetDy = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Dy;
		}
		return 0;
	};
	Direction.prototype.GetDy = function() { return this.$val.GetDy(); };
	Vec2D.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		Vec2D.copy(x, new Vec2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType.nil, 0, 0));
		if (false) {
			mi = (1 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 1]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	Vec2D.prototype.Reset = function() { return this.$val.Reset(); };
	Vec2D.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Vec2D.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Vec2D.prototype.String = function() { return this.$val.String(); };
	Vec2D.ptr.prototype.ProtoMessage = function() {
	};
	Vec2D.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	Vec2D.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (1 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 1]);
		if (false && !(x === ptrType$1.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$5.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Vec2D.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	Vec2D.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	Vec2D.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_geometry_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([1])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Vec2D.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	Vec2D.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	Vec2D.ptr.prototype.GetX = function() {
		var x;
		x = this;
		if (!(x === ptrType$1.nil)) {
			return x.X;
		}
		return 0;
	};
	Vec2D.prototype.GetX = function() { return this.$val.GetX(); };
	Vec2D.ptr.prototype.GetY = function() {
		var x;
		x = this;
		if (!(x === ptrType$1.nil)) {
			return x.Y;
		}
		return 0;
	};
	Vec2D.prototype.GetY = function() { return this.$val.GetY(); };
	Polygon2D.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		Polygon2D.copy(x, new Polygon2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType.nil, ptrType$1.nil, sliceType$5.nil));
		if (false) {
			mi = (2 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 2]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	Polygon2D.prototype.Reset = function() { return this.$val.Reset(); };
	Polygon2D.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Polygon2D.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Polygon2D.prototype.String = function() { return this.$val.String(); };
	Polygon2D.ptr.prototype.ProtoMessage = function() {
	};
	Polygon2D.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	Polygon2D.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (2 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 2]);
		if (false && !(x === ptrType$2.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$5.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Polygon2D.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	Polygon2D.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	Polygon2D.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_geometry_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([2])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Polygon2D.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	Polygon2D.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	Polygon2D.ptr.prototype.GetAnchor = function() {
		var x;
		x = this;
		if (!(x === ptrType$2.nil)) {
			return x.Anchor;
		}
		return ptrType$1.nil;
	};
	Polygon2D.prototype.GetAnchor = function() { return this.$val.GetAnchor(); };
	Polygon2D.ptr.prototype.GetPoints = function() {
		var x;
		x = this;
		if (!(x === ptrType$2.nil)) {
			return x.Points;
		}
		return sliceType$5.nil;
	};
	Polygon2D.prototype.GetPoints = function() { return this.$val.GetPoints(); };
	Vec2DList.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		Vec2DList.copy(x, new Vec2DList.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType.nil, sliceType$5.nil));
		if (false) {
			mi = (3 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 3]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	Vec2DList.prototype.Reset = function() { return this.$val.Reset(); };
	Vec2DList.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Vec2DList.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Vec2DList.prototype.String = function() { return this.$val.String(); };
	Vec2DList.ptr.prototype.ProtoMessage = function() {
	};
	Vec2DList.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	Vec2DList.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (3 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 3]);
		if (false && !(x === ptrType$3.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$5.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Vec2DList.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	Vec2DList.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	Vec2DList.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_geometry_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([3])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Vec2DList.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	Vec2DList.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	Vec2DList.ptr.prototype.GetEles = function() {
		var x;
		x = this;
		if (!(x === ptrType$3.nil)) {
			return x.Eles;
		}
		return sliceType$5.nil;
	};
	Vec2DList.prototype.GetEles = function() { return this.$val.GetEles(); };
	Polygon2DList.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		Polygon2DList.copy(x, new Polygon2DList.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType.nil, sliceType$6.nil));
		if (false) {
			mi = (4 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 4]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	Polygon2DList.prototype.Reset = function() { return this.$val.Reset(); };
	Polygon2DList.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Polygon2DList.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Polygon2DList.prototype.String = function() { return this.$val.String(); };
	Polygon2DList.ptr.prototype.ProtoMessage = function() {
	};
	Polygon2DList.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	Polygon2DList.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (4 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 4]);
		if (false && !(x === ptrType$4.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$5.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Polygon2DList.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	Polygon2DList.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	Polygon2DList.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_geometry_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([4])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Polygon2DList.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	Polygon2DList.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	Polygon2DList.ptr.prototype.GetEles = function() {
		var x;
		x = this;
		if (!(x === ptrType$4.nil)) {
			return x.Eles;
		}
		return sliceType$6.nil;
	};
	Polygon2DList.prototype.GetEles = function() { return this.$val.GetEles(); };
	file_geometry_proto_rawDescGZIP = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = file_geometry_proto_rawDescOnce.Do((function $b() {
			var {_r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).CompressGZIP(file_geometry_proto_rawDescData); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			file_geometry_proto_rawDescData = _r;
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, $s};return $f;
		})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return file_geometry_proto_rawDescData;
		/* */ } return; } var $f = {$blk: file_geometry_proto_rawDescGZIP, $c: true, $r, $s};return $f;
	};
	init = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = file_geometry_proto_init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, $s};return $f;
	};
	file_geometry_proto_init = function() {
		var {_r, _r$1, out, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!($interfaceIsEqual($pkg.File_geometry_proto, $ifaceNil))) {
			$s = -1; return;
		}
		/* */ if (true) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (true) { */ case 1:
			(0 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 0]).Exporter = (function(v, i) {
				var _1, i, v, v$1;
				v$1 = $assertType(v, ptrType);
				_1 = i;
				if (_1 === (0)) {
					return v$1.state;
				} else if (_1 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$6(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_1 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$7(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
				}
			});
			(1 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 1]).Exporter = (function(v, i) {
				var _2, i, v, v$1;
				v$1 = $assertType(v, ptrType$1);
				_2 = i;
				if (_2 === (0)) {
					return v$1.state;
				} else if (_2 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$6(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_2 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$7(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
				}
			});
			(2 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 2]).Exporter = (function(v, i) {
				var _3, i, v, v$1;
				v$1 = $assertType(v, ptrType$2);
				_3 = i;
				if (_3 === (0)) {
					return v$1.state;
				} else if (_3 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$6(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_3 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$7(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
				}
			});
			(3 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 3]).Exporter = (function(v, i) {
				var _4, i, v, v$1;
				v$1 = $assertType(v, ptrType$3);
				_4 = i;
				if (_4 === (0)) {
					return v$1.state;
				} else if (_4 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$6(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_4 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$7(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
				}
			});
			(4 >= file_geometry_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_geometry_proto_msgTypes.$array[file_geometry_proto_msgTypes.$offset + 4]).Exporter = (function(v, i) {
				var _5, i, v, v$1;
				v$1 = $assertType(v, ptrType$4);
				_5 = i;
				if (_5 === (0)) {
					return v$1.state;
				} else if (_5 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$6(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_5 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$7(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
				}
			});
		/* } */ case 2:
		_r = reflect.TypeOf((x$1 = new x.ptr(), new x$1.constructor.elem(x$1))).PkgPath(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = new $packages["google.golang.org/protobuf/internal/filetype"].Builder.ptr(new $packages["google.golang.org/protobuf/internal/filedesc"].Builder.ptr(_r, file_geometry_proto_rawDesc, 0, 5, 0, 0, $ifaceNil, $ifaceNil), file_geometry_proto_goTypes, file_geometry_proto_depIdxs, sliceType$7.nil, file_geometry_proto_msgTypes, sliceType$8.nil, $ifaceNil).Build(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		out = $clone(_r$1, $packages["google.golang.org/protobuf/internal/filetype"].Out);
		$pkg.File_geometry_proto = out.File;
		file_geometry_proto_rawDesc = sliceType.nil;
		file_geometry_proto_goTypes = sliceType$2.nil;
		file_geometry_proto_depIdxs = sliceType$3.nil;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: file_geometry_proto_init, $c: true, $r, _r, _r$1, out, x$1, $s};return $f;
	};
	ptrType.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetDx", name: "GetDx", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetDy", name: "GetDy", pkg: "", typ: $funcType([], [$Int32], false)}];
	ptrType$1.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetX", name: "GetX", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetY", name: "GetY", pkg: "", typ: $funcType([], [$Float64], false)}];
	ptrType$2.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetAnchor", name: "GetAnchor", pkg: "", typ: $funcType([], [ptrType$1], false)}, {prop: "GetPoints", name: "GetPoints", pkg: "", typ: $funcType([], [sliceType$5], false)}];
	ptrType$3.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetEles", name: "GetEles", pkg: "", typ: $funcType([], [sliceType$5], false)}];
	ptrType$4.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetEles", name: "GetEles", pkg: "", typ: $funcType([], [sliceType$6], false)}];
	Direction.init("dnmshared/sharedprotos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Dx", name: "Dx", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=dx,proto3\" json:\"dx,omitempty\""}, {prop: "Dy", name: "Dy", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,2,opt,name=dy,proto3\" json:\"dy,omitempty\""}]);
	Vec2D.init("dnmshared/sharedprotos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "X", name: "X", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,1,opt,name=x,proto3\" json:\"x,omitempty\""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,2,opt,name=y,proto3\" json:\"y,omitempty\""}]);
	Polygon2D.init("dnmshared/sharedprotos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Anchor", name: "Anchor", embedded: false, exported: true, typ: ptrType$1, tag: "protobuf:\"bytes,1,opt,name=anchor,proto3\" json:\"anchor,omitempty\""}, {prop: "Points", name: "Points", embedded: false, exported: true, typ: sliceType$5, tag: "protobuf:\"bytes,2,rep,name=points,proto3\" json:\"points,omitempty\""}]);
	Vec2DList.init("dnmshared/sharedprotos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Eles", name: "Eles", embedded: false, exported: true, typ: sliceType$5, tag: "protobuf:\"bytes,1,rep,name=eles,proto3\" json:\"eles,omitempty\""}]);
	Polygon2DList.init("dnmshared/sharedprotos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Eles", name: "Eles", embedded: false, exported: true, typ: sliceType$6, tag: "protobuf:\"bytes,1,rep,name=eles,proto3\" json:\"eles,omitempty\""}]);
	x.init("", []);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = protoreflect.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoimpl.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.File_geometry_proto = $ifaceNil;
		file_geometry_proto_rawDescOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		file_geometry_proto_rawDesc = new sliceType([10, 14, 103, 101, 111, 109, 101, 116, 114, 121, 46, 112, 114, 111, 116, 111, 18, 12, 115, 104, 97, 114, 101, 100, 112, 114, 111, 116, 111, 115, 34, 43, 10, 9, 68, 105, 114, 101, 99, 116, 105, 111, 110, 18, 14, 10, 2, 100, 120, 24, 1, 32, 1, 40, 5, 82, 2, 100, 120, 18, 14, 10, 2, 100, 121, 24, 2, 32, 1, 40, 5, 82, 2, 100, 121, 34, 35, 10, 5, 86, 101, 99, 50, 68, 18, 12, 10, 1, 120, 24, 1, 32, 1, 40, 1, 82, 1, 120, 18, 12, 10, 1, 121, 24, 2, 32, 1, 40, 1, 82, 1, 121, 34, 101, 10, 9, 80, 111, 108, 121, 103, 111, 110, 50, 68, 18, 43, 10, 6, 97, 110, 99, 104, 111, 114, 24, 1, 32, 1, 40, 11, 50, 19, 46, 115, 104, 97, 114, 101, 100, 112, 114, 111, 116, 111, 115, 46, 86, 101, 99, 50, 68, 82, 6, 97, 110, 99, 104, 111, 114, 18, 43, 10, 6, 112, 111, 105, 110, 116, 115, 24, 2, 32, 3, 40, 11, 50, 19, 46, 115, 104, 97, 114, 101, 100, 112, 114, 111, 116, 111, 115, 46, 86, 101, 99, 50, 68, 82, 6, 112, 111, 105, 110, 116, 115, 34, 52, 10, 9, 86, 101, 99, 50, 68, 76, 105, 115, 116, 18, 39, 10, 4, 101, 108, 101, 115, 24, 1, 32, 3, 40, 11, 50, 19, 46, 115, 104, 97, 114, 101, 100, 112, 114, 111, 116, 111, 115, 46, 86, 101, 99, 50, 68, 82, 4, 101, 108, 101, 115, 34, 60, 10, 13, 80, 111, 108, 121, 103, 111, 110, 50, 68, 76, 105, 115, 116, 18, 43, 10, 4, 101, 108, 101, 115, 24, 1, 32, 3, 40, 11, 50, 23, 46, 115, 104, 97, 114, 101, 100, 112, 114, 111, 116, 111, 115, 46, 80, 111, 108, 121, 103, 111, 110, 50, 68, 82, 4, 101, 108, 101, 115, 66, 24, 90, 22, 100, 110, 109, 115, 104, 97, 114, 101, 100, 47, 115, 104, 97, 114, 101, 100, 112, 114, 111, 116, 111, 115, 98, 6, 112, 114, 111, 116, 111, 51]);
		file_geometry_proto_rawDescData = file_geometry_proto_rawDesc;
		file_geometry_proto_msgTypes = $makeSlice(sliceType$1, 5);
		file_geometry_proto_goTypes = new sliceType$2([(ptrType.nil), (ptrType$1.nil), (ptrType$2.nil), (ptrType$3.nil), (ptrType$4.nil)]);
		file_geometry_proto_depIdxs = new sliceType$3([1, 1, 1, 2, 4, 4, 4, 4, 0]);
		$r = init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding/xml"] = (function() {
	var $pkg = {}, $init, bufio, bytes, encoding, errors, fmt, io, reflect, strconv, strings, sync, unicode, utf8, SyntaxError, Name, Attr, Token, StartElement, EndElement, CharData, Comment, ProcInst, Directive, TokenReader, Decoder, stack, typeInfo, fieldInfo, fieldFlags, TagPathError, UnmarshalError, Unmarshaler, UnmarshalerAttr, Marshaler, MarshalerAttr, Encoder, printer, parentStack, UnsupportedTypeError, sliceType, sliceType$1, sliceType$2, sliceType$3, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, ptrType$5, sliceType$4, ptrType$6, ptrType$7, ptrType$8, sliceType$5, ptrType$9, ptrType$10, sliceType$6, sliceType$7, ptrType$11, ptrType$12, sliceType$8, ptrType$13, ptrType$14, sliceType$9, ptrType$15, arrayType, ptrType$16, ptrType$17, ptrType$18, mapType, funcType, ptrType$19, ptrType$20, ptrType$21, errRawToken, entity, first, second, escQuot, escApos, escAmp, escLT, escGT, escTab, escNL, escCR, escFFFD, cdataStart, cdataEnd, cdataEscape, tinfoMap, nameType, attrType, unmarshalerType, unmarshalerAttrType, textUnmarshalerType, errExeceededMaxUnmarshalDepth, begComment, endComment, endProcInst, marshalerType, marshalerAttrType, textMarshalerType, ddBytes, x, x$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, makeCopy, isInCharacterRange, isNameByte, isName, isNameString, EscapeText, escapeText, emitCDATA, procInst, getTypeInfo, structFieldInfo, lookupXMLName, min, addFieldInfo, receiverType, copyValue, isValidDirective, defaultStart, indirect, isEmptyValue;
	bufio = $packages["bufio"];
	bytes = $packages["bytes"];
	encoding = $packages["encoding"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	reflect = $packages["reflect"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	unicode = $packages["unicode"];
	utf8 = $packages["unicode/utf8"];
	SyntaxError = $pkg.SyntaxError = $newType(0, $kindStruct, "xml.SyntaxError", true, "encoding/xml", true, function(Msg_, Line_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Msg = "";
			this.Line = 0;
			return;
		}
		this.Msg = Msg_;
		this.Line = Line_;
	});
	Name = $pkg.Name = $newType(0, $kindStruct, "xml.Name", true, "encoding/xml", true, function(Space_, Local_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Space = "";
			this.Local = "";
			return;
		}
		this.Space = Space_;
		this.Local = Local_;
	});
	Attr = $pkg.Attr = $newType(0, $kindStruct, "xml.Attr", true, "encoding/xml", true, function(Name_, Value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = new Name.ptr("", "");
			this.Value = "";
			return;
		}
		this.Name = Name_;
		this.Value = Value_;
	});
	Token = $pkg.Token = $newType(8, $kindInterface, "xml.Token", true, "encoding/xml", true, null);
	StartElement = $pkg.StartElement = $newType(0, $kindStruct, "xml.StartElement", true, "encoding/xml", true, function(Name_, Attr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = new Name.ptr("", "");
			this.Attr = sliceType$4.nil;
			return;
		}
		this.Name = Name_;
		this.Attr = Attr_;
	});
	EndElement = $pkg.EndElement = $newType(0, $kindStruct, "xml.EndElement", true, "encoding/xml", true, function(Name_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = new Name.ptr("", "");
			return;
		}
		this.Name = Name_;
	});
	CharData = $pkg.CharData = $newType(12, $kindSlice, "xml.CharData", true, "encoding/xml", true, null);
	Comment = $pkg.Comment = $newType(12, $kindSlice, "xml.Comment", true, "encoding/xml", true, null);
	ProcInst = $pkg.ProcInst = $newType(0, $kindStruct, "xml.ProcInst", true, "encoding/xml", true, function(Target_, Inst_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Target = "";
			this.Inst = sliceType$3.nil;
			return;
		}
		this.Target = Target_;
		this.Inst = Inst_;
	});
	Directive = $pkg.Directive = $newType(12, $kindSlice, "xml.Directive", true, "encoding/xml", true, null);
	TokenReader = $pkg.TokenReader = $newType(8, $kindInterface, "xml.TokenReader", true, "encoding/xml", true, null);
	Decoder = $pkg.Decoder = $newType(0, $kindStruct, "xml.Decoder", true, "encoding/xml", true, function(Strict_, AutoClose_, Entity_, CharsetReader_, DefaultSpace_, r_, t_, buf_, saved_, stk_, free_, needClose_, toClose_, nextToken_, nextByte_, ns_, err_, line_, offset_, unmarshalDepth_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Strict = false;
			this.AutoClose = sliceType$2.nil;
			this.Entity = false;
			this.CharsetReader = $throwNilPointerError;
			this.DefaultSpace = "";
			this.r = $ifaceNil;
			this.t = $ifaceNil;
			this.buf = new bytes.Buffer.ptr(sliceType$3.nil, 0, 0);
			this.saved = ptrType$6.nil;
			this.stk = ptrType$7.nil;
			this.free = ptrType$7.nil;
			this.needClose = false;
			this.toClose = new Name.ptr("", "");
			this.nextToken = $ifaceNil;
			this.nextByte = 0;
			this.ns = false;
			this.err = $ifaceNil;
			this.line = 0;
			this.offset = new $Int64(0, 0);
			this.unmarshalDepth = 0;
			return;
		}
		this.Strict = Strict_;
		this.AutoClose = AutoClose_;
		this.Entity = Entity_;
		this.CharsetReader = CharsetReader_;
		this.DefaultSpace = DefaultSpace_;
		this.r = r_;
		this.t = t_;
		this.buf = buf_;
		this.saved = saved_;
		this.stk = stk_;
		this.free = free_;
		this.needClose = needClose_;
		this.toClose = toClose_;
		this.nextToken = nextToken_;
		this.nextByte = nextByte_;
		this.ns = ns_;
		this.err = err_;
		this.line = line_;
		this.offset = offset_;
		this.unmarshalDepth = unmarshalDepth_;
	});
	stack = $pkg.stack = $newType(0, $kindStruct, "xml.stack", true, "encoding/xml", false, function(next_, kind_, name_, ok_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.next = ptrType$7.nil;
			this.kind = 0;
			this.name = new Name.ptr("", "");
			this.ok = false;
			return;
		}
		this.next = next_;
		this.kind = kind_;
		this.name = name_;
		this.ok = ok_;
	});
	typeInfo = $pkg.typeInfo = $newType(0, $kindStruct, "xml.typeInfo", true, "encoding/xml", false, function(xmlname_, fields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.xmlname = ptrType$10.nil;
			this.fields = sliceType$6.nil;
			return;
		}
		this.xmlname = xmlname_;
		this.fields = fields_;
	});
	fieldInfo = $pkg.fieldInfo = $newType(0, $kindStruct, "xml.fieldInfo", true, "encoding/xml", false, function(idx_, name_, xmlns_, flags_, parents_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.idx = sliceType$7.nil;
			this.name = "";
			this.xmlns = "";
			this.flags = 0;
			this.parents = sliceType$2.nil;
			return;
		}
		this.idx = idx_;
		this.name = name_;
		this.xmlns = xmlns_;
		this.flags = flags_;
		this.parents = parents_;
	});
	fieldFlags = $pkg.fieldFlags = $newType(4, $kindInt, "xml.fieldFlags", true, "encoding/xml", false, null);
	TagPathError = $pkg.TagPathError = $newType(0, $kindStruct, "xml.TagPathError", true, "encoding/xml", true, function(Struct_, Field1_, Tag1_, Field2_, Tag2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Struct = $ifaceNil;
			this.Field1 = "";
			this.Tag1 = "";
			this.Field2 = "";
			this.Tag2 = "";
			return;
		}
		this.Struct = Struct_;
		this.Field1 = Field1_;
		this.Tag1 = Tag1_;
		this.Field2 = Field2_;
		this.Tag2 = Tag2_;
	});
	UnmarshalError = $pkg.UnmarshalError = $newType(8, $kindString, "xml.UnmarshalError", true, "encoding/xml", true, null);
	Unmarshaler = $pkg.Unmarshaler = $newType(8, $kindInterface, "xml.Unmarshaler", true, "encoding/xml", true, null);
	UnmarshalerAttr = $pkg.UnmarshalerAttr = $newType(8, $kindInterface, "xml.UnmarshalerAttr", true, "encoding/xml", true, null);
	Marshaler = $pkg.Marshaler = $newType(8, $kindInterface, "xml.Marshaler", true, "encoding/xml", true, null);
	MarshalerAttr = $pkg.MarshalerAttr = $newType(8, $kindInterface, "xml.MarshalerAttr", true, "encoding/xml", true, null);
	Encoder = $pkg.Encoder = $newType(0, $kindStruct, "xml.Encoder", true, "encoding/xml", true, function(p_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.p = new printer.ptr(ptrType$13.nil, ptrType$14.nil, 0, "", "", 0, false, false, false, false, sliceType$2.nil, sliceType$9.nil);
			return;
		}
		this.p = p_;
	});
	printer = $pkg.printer = $newType(0, $kindStruct, "xml.printer", true, "encoding/xml", false, function(Writer_, encoder_, seq_, indent_, prefix_, depth_, indentedIn_, putNewline_, attrNS_, attrPrefix_, prefixes_, tags_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Writer = ptrType$13.nil;
			this.encoder = ptrType$14.nil;
			this.seq = 0;
			this.indent = "";
			this.prefix = "";
			this.depth = 0;
			this.indentedIn = false;
			this.putNewline = false;
			this.attrNS = false;
			this.attrPrefix = false;
			this.prefixes = sliceType$2.nil;
			this.tags = sliceType$9.nil;
			return;
		}
		this.Writer = Writer_;
		this.encoder = encoder_;
		this.seq = seq_;
		this.indent = indent_;
		this.prefix = prefix_;
		this.depth = depth_;
		this.indentedIn = indentedIn_;
		this.putNewline = putNewline_;
		this.attrNS = attrNS_;
		this.attrPrefix = attrPrefix_;
		this.prefixes = prefixes_;
		this.tags = tags_;
	});
	parentStack = $pkg.parentStack = $newType(0, $kindStruct, "xml.parentStack", true, "encoding/xml", false, function(p_, stack_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.p = ptrType$15.nil;
			this.stack = sliceType$2.nil;
			return;
		}
		this.p = p_;
		this.stack = stack_;
	});
	UnsupportedTypeError = $pkg.UnsupportedTypeError = $newType(0, $kindStruct, "xml.UnsupportedTypeError", true, "encoding/xml", true, function(Type_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = $ifaceNil;
			return;
		}
		this.Type = Type_;
	});
	sliceType = $sliceType(unicode.Range16);
	sliceType$1 = $sliceType(unicode.Range32);
	sliceType$2 = $sliceType($String);
	sliceType$3 = $sliceType($Uint8);
	ptrType = $ptrType(Unmarshaler);
	ptrType$1 = $ptrType(UnmarshalerAttr);
	ptrType$2 = $ptrType(encoding.TextUnmarshaler);
	ptrType$3 = $ptrType(Marshaler);
	ptrType$4 = $ptrType(MarshalerAttr);
	ptrType$5 = $ptrType(encoding.TextMarshaler);
	sliceType$4 = $sliceType(Attr);
	ptrType$6 = $ptrType(bytes.Buffer);
	ptrType$7 = $ptrType(stack);
	ptrType$8 = $ptrType(Decoder);
	sliceType$5 = $sliceType($emptyInterface);
	ptrType$9 = $ptrType(typeInfo);
	ptrType$10 = $ptrType(fieldInfo);
	sliceType$6 = $sliceType(fieldInfo);
	sliceType$7 = $sliceType($Int);
	ptrType$11 = $ptrType(reflect.rtype);
	ptrType$12 = $ptrType(StartElement);
	sliceType$8 = $sliceType(reflect.Value);
	ptrType$13 = $ptrType(bufio.Writer);
	ptrType$14 = $ptrType(Encoder);
	sliceType$9 = $sliceType(Name);
	ptrType$15 = $ptrType(printer);
	arrayType = $arrayType($Uint8, 64);
	ptrType$16 = $ptrType(SyntaxError);
	ptrType$17 = $ptrType(Name);
	ptrType$18 = $ptrType(EndElement);
	mapType = $mapType($String, $String);
	funcType = $funcType([$String, io.Reader], [io.Reader, $error], false);
	ptrType$19 = $ptrType(TagPathError);
	ptrType$20 = $ptrType(parentStack);
	ptrType$21 = $ptrType(UnsupportedTypeError);
	SyntaxError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "XML syntax error on line " + strconv.Itoa(e.Line) + ": " + e.Msg;
	};
	SyntaxError.prototype.Error = function() { return this.$val.Error(); };
	StartElement.ptr.prototype.Copy = function() {
		var attrs, e;
		e = this;
		attrs = $makeSlice(sliceType$4, e.Attr.$length);
		$copySlice(attrs, e.Attr);
		e.Attr = attrs;
		return e;
	};
	StartElement.prototype.Copy = function() { return this.$val.Copy(); };
	StartElement.ptr.prototype.End = function() {
		var e;
		e = this;
		return new EndElement.ptr($clone(e.Name, Name));
	};
	StartElement.prototype.End = function() { return this.$val.End(); };
	makeCopy = function(b) {
		var b, b1;
		b1 = $makeSlice(sliceType$3, b.$length);
		$copySlice(b1, b);
		return b1;
	};
	CharData.prototype.Copy = function() {
		var c;
		c = this;
		return ($convertSliceType(makeCopy($convertSliceType(c, sliceType$3)), CharData));
	};
	$ptrType(CharData).prototype.Copy = function() { return this.$get().Copy(); };
	Comment.prototype.Copy = function() {
		var c;
		c = this;
		return ($convertSliceType(makeCopy($convertSliceType(c, sliceType$3)), Comment));
	};
	$ptrType(Comment).prototype.Copy = function() { return this.$get().Copy(); };
	ProcInst.ptr.prototype.Copy = function() {
		var p;
		p = this;
		p.Inst = makeCopy(p.Inst);
		return p;
	};
	ProcInst.prototype.Copy = function() { return this.$val.Copy(); };
	Directive.prototype.Copy = function() {
		var d;
		d = this;
		return ($convertSliceType(makeCopy($convertSliceType(d, sliceType$3)), Directive));
	};
	$ptrType(Directive).prototype.Copy = function() { return this.$get().Copy(); };
	Decoder.ptr.prototype.Token = function() {
		var {_entry, _entry$1, _i, _i$1, _key, _key$1, _r$6, _r$7, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _tuple$3, a, d, err, i, ok, ok$1, ok$2, t, t1, t1$1, t1$2, v, v$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t1 = [t1];
		d = this;
		t = $ifaceNil;
		err = $ifaceNil;
		if (!(d.stk === ptrType$7.nil) && (d.stk.kind === 2)) {
			$s = -1; return [$ifaceNil, io.EOF];
		}
		/* */ if (!($interfaceIsEqual(d.nextToken, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(d.nextToken, $ifaceNil))) { */ case 1:
			t = d.nextToken;
			d.nextToken = $ifaceNil;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$6 = d.rawToken(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			t = _tuple[0];
			err = _tuple[1];
			if ($interfaceIsEqual(t, $ifaceNil) && !($interfaceIsEqual(err, $ifaceNil))) {
				if ($interfaceIsEqual(err, io.EOF) && !(d.stk === ptrType$7.nil) && !((d.stk.kind === 2))) {
					err = d.syntaxError("unexpected EOF");
				}
				$s = -1; return [$ifaceNil, err];
			}
			err = $ifaceNil;
		/* } */ case 3:
		/* */ if (!d.Strict) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!d.Strict) { */ case 5:
			_r$7 = d.autoClose(t); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$1 = _r$7;
			t1$1 = _tuple$1[0];
			ok = _tuple$1[1];
			if (ok) {
				d.nextToken = t;
				t = t1$1;
			}
		/* } */ case 6:
		_ref = t;
		if ($assertType(_ref, StartElement, true)[1]) {
			t1$2 = $clone(_ref.$val, StartElement);
			_ref$1 = t1$2.Attr;
			_i = 0;
			while (true) {
				if (!(_i < _ref$1.$length)) { break; }
				a = $clone(((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]), Attr);
				if (a.Name.Space === "xmlns") {
					_tuple$2 = (_entry = d.ns[$String.keyFor(a.Name.Local)], _entry !== undefined ? [_entry.v, true] : ["", false]);
					v = _tuple$2[0];
					ok$1 = _tuple$2[1];
					d.pushNs(a.Name.Local, v, ok$1);
					_key = a.Name.Local; (d.ns || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: a.Value };
				}
				if (a.Name.Space === "" && a.Name.Local === "xmlns") {
					_tuple$3 = (_entry$1 = d.ns[$String.keyFor("")], _entry$1 !== undefined ? [_entry$1.v, true] : ["", false]);
					v$1 = _tuple$3[0];
					ok$2 = _tuple$3[1];
					d.pushNs("", v$1, ok$2);
					_key$1 = ""; (d.ns || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: a.Value };
				}
				_i++;
			}
			d.translate(t1$2.Name, true);
			_ref$2 = t1$2.Attr;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$2.$length)) { break; }
				i = _i$1;
				d.translate((x$2 = t1$2.Attr, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i])).Name, false);
				_i$1++;
			}
			d.pushElement($clone(t1$2.Name, Name));
			t = new t1$2.constructor.elem(t1$2);
		} else if ($assertType(_ref, EndElement, true)[1]) {
			t1[0] = $clone(_ref.$val, EndElement);
			d.translate(t1[0].Name, true);
			if (!d.popElement(t1[0])) {
				$s = -1; return [$ifaceNil, d.err];
			}
			t = new t1[0].constructor.elem(t1[0]);
		}
		$s = -1; return [t, err];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.Token, $c: true, $r, _entry, _entry$1, _i, _i$1, _key, _key$1, _r$6, _r$7, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _tuple$3, a, d, err, i, ok, ok$1, ok$2, t, t1, t1$1, t1$2, v, v$1, x$2, $s};return $f;
	};
	Decoder.prototype.Token = function() { return this.$val.Token(); };
	Decoder.ptr.prototype.translate = function(n, isElementName) {
		var _entry, _tuple, d, isElementName, n, ok, v;
		d = this;
		if (n.Space === "xmlns") {
			return;
		} else if (n.Space === "" && !isElementName) {
			return;
		} else if (n.Space === "xml") {
			n.Space = "http://www.w3.org/XML/1998/namespace";
		} else if (n.Space === "" && n.Local === "xmlns") {
			return;
		}
		_tuple = (_entry = d.ns[$String.keyFor(n.Space)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		v = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			n.Space = v;
		} else if (n.Space === "") {
			n.Space = d.DefaultSpace;
		}
	};
	Decoder.prototype.translate = function(n, isElementName) { return this.$val.translate(n, isElementName); };
	Decoder.ptr.prototype.switchToReader = function(r) {
		var _tuple, d, ok, r, rb;
		d = this;
		_tuple = $assertType(r, io.ByteReader, true);
		rb = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			d.r = rb;
		} else {
			d.r = bufio.NewReader(r);
		}
	};
	Decoder.prototype.switchToReader = function(r) { return this.$val.switchToReader(r); };
	Decoder.ptr.prototype.push = function(kind) {
		var d, kind, s;
		d = this;
		s = d.free;
		if (!(s === ptrType$7.nil)) {
			d.free = s.next;
		} else {
			s = new stack.ptr(ptrType$7.nil, 0, new Name.ptr("", ""), false);
		}
		s.next = d.stk;
		s.kind = kind;
		d.stk = s;
		return s;
	};
	Decoder.prototype.push = function(kind) { return this.$val.push(kind); };
	Decoder.ptr.prototype.pop = function() {
		var d, s;
		d = this;
		s = d.stk;
		if (!(s === ptrType$7.nil)) {
			d.stk = s.next;
			s.next = d.free;
			d.free = s;
		}
		return s;
	};
	Decoder.prototype.pop = function() { return this.$val.pop(); };
	Decoder.ptr.prototype.pushEOF = function() {
		var d, s, start;
		d = this;
		start = d.stk;
		while (true) {
			if (!(!((start.kind === 0)))) { break; }
			start = start.next;
		}
		while (true) {
			if (!(!(start.next === ptrType$7.nil) && (start.next.kind === 1))) { break; }
			start = start.next;
		}
		s = d.free;
		if (!(s === ptrType$7.nil)) {
			d.free = s.next;
		} else {
			s = new stack.ptr(ptrType$7.nil, 0, new Name.ptr("", ""), false);
		}
		s.kind = 2;
		s.next = start.next;
		start.next = s;
	};
	Decoder.prototype.pushEOF = function() { return this.$val.pushEOF(); };
	Decoder.ptr.prototype.popEOF = function() {
		var d;
		d = this;
		if (d.stk === ptrType$7.nil || !((d.stk.kind === 2))) {
			return false;
		}
		d.pop();
		return true;
	};
	Decoder.prototype.popEOF = function() { return this.$val.popEOF(); };
	Decoder.ptr.prototype.pushElement = function(name) {
		var d, name, s;
		d = this;
		s = d.push(0);
		Name.copy(s.name, name);
	};
	Decoder.prototype.pushElement = function(name) { return this.$val.pushElement(name); };
	Decoder.ptr.prototype.pushNs = function(local, url, ok) {
		var d, local, ok, s, url;
		d = this;
		s = d.push(1);
		s.name.Local = local;
		s.name.Space = url;
		s.ok = ok;
	};
	Decoder.prototype.pushNs = function(local, url, ok) { return this.$val.pushNs(local, url, ok); };
	Decoder.ptr.prototype.syntaxError = function(msg) {
		var d, msg;
		d = this;
		return new SyntaxError.ptr(msg, d.line);
	};
	Decoder.prototype.syntaxError = function(msg) { return this.$val.syntaxError(msg); };
	Decoder.ptr.prototype.popElement = function(t) {
		var _key, d, name, s, s$1, t;
		d = this;
		s = d.pop();
		name = $clone(t.Name, Name);
		if (s === ptrType$7.nil || !((s.kind === 0))) {
			d.err = d.syntaxError("unexpected end element </" + name.Local + ">");
			return false;
		} else if (!(s.name.Local === name.Local)) {
			if (!d.Strict) {
				d.needClose = true;
				Name.copy(d.toClose, t.Name);
				Name.copy(t.Name, s.name);
				return true;
			}
			d.err = d.syntaxError("element <" + s.name.Local + "> closed by </" + name.Local + ">");
			return false;
		} else if (!(s.name.Space === name.Space)) {
			d.err = d.syntaxError("element <" + s.name.Local + "> in space " + s.name.Space + "closed by </" + name.Local + "> in space " + name.Space);
			return false;
		}
		while (true) {
			if (!(!(d.stk === ptrType$7.nil) && !((d.stk.kind === 0)) && !((d.stk.kind === 2)))) { break; }
			s$1 = d.pop();
			if (s$1.ok) {
				_key = s$1.name.Local; (d.ns || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: s$1.name.Space };
			} else {
				delete d.ns[$String.keyFor(s$1.name.Local)];
			}
		}
		return true;
	};
	Decoder.prototype.popElement = function(t) { return this.$val.popElement(t); };
	Decoder.ptr.prototype.autoClose = function(t) {
		var {_i, _r$6, _r$7, _ref, _tuple, d, et, name, ok, s, t, x$2, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		if (d.stk === ptrType$7.nil || !((d.stk.kind === 0))) {
			$s = -1; return [$ifaceNil, false];
		}
		_r$6 = strings.ToLower(d.stk.name.Local); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		name = _r$6;
		_ref = d.AutoClose;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$7 = strings.ToLower(s); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7 === name) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r$7 === name) { */ case 4:
				_tuple = $assertType(t, EndElement, true);
				et = $clone(_tuple[0], EndElement);
				ok = _tuple[1];
				if (!ok || !(et.Name.Local === name)) {
					$s = -1; return [(x$2 = new EndElement.ptr($clone(d.stk.name, Name)), new x$2.constructor.elem(x$2)), true];
				}
				/* break; */ $s = 3; continue;
			/* } */ case 5:
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return [$ifaceNil, false];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.autoClose, $c: true, $r, _i, _r$6, _r$7, _ref, _tuple, d, et, name, ok, s, t, x$2, $s};return $f;
	};
	Decoder.prototype.autoClose = function(t) { return this.$val.autoClose(t); };
	Decoder.ptr.prototype.RawToken = function() {
		var {$24r, _r$6, d, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		if (d.unmarshalDepth > 0) {
			$s = -1; return [$ifaceNil, errRawToken];
		}
		_r$6 = d.rawToken(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.RawToken, $c: true, $r, $24r, _r$6, d, $s};return $f;
	};
	Decoder.prototype.RawToken = function() { return this.$val.RawToken(); };
	Decoder.ptr.prototype.rawToken = function() {
		var {$24r, _1, _2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, a, attr, b, b0, b0$1, b0$2, b1, b1$1, content, d, data, data$1, data$2, data$3, data$4, depth, empty, enc, err, i, i$1, inquote, j, name, name$1, newr, ok, s, target, ver, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* */ if (!($interfaceIsEqual(d.t, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(d.t, $ifaceNil))) { */ case 1:
			_r$6 = d.t.Token(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		if (!($interfaceIsEqual(d.err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, d.err];
		}
		if (d.needClose) {
			d.needClose = false;
			$s = -1; return [(x$2 = new EndElement.ptr($clone(d.toClose, Name)), new x$2.constructor.elem(x$2)), $ifaceNil];
		}
		_r$7 = d.getc(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		b = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [$ifaceNil, d.err];
		}
		/* */ if (!((b === 60))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!((b === 60))) { */ case 6:
			d.ungetc(b);
			_r$8 = d.text(-1, false); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			data = _r$8;
			if (data === sliceType$3.nil) {
				$s = -1; return [$ifaceNil, d.err];
			}
			$s = -1; return [($convertSliceType(data, CharData)), $ifaceNil];
		/* } */ case 7:
		_r$9 = d.mustgetc(); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$1 = _r$9;
		b = _tuple$1[0];
		ok = _tuple$1[1];
		if (!ok) {
			$s = -1; return [$ifaceNil, d.err];
		}
			_1 = b;
			/* */ if (_1 === (47)) { $s = 11; continue; }
			/* */ if (_1 === (63)) { $s = 12; continue; }
			/* */ if (_1 === (33)) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (_1 === (47)) { */ case 11:
				name = new Name.ptr("", "");
				_r$10 = d.nsname(); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_tuple$2 = _r$10;
				Name.copy(name, _tuple$2[0]);
				ok = _tuple$2[1];
				if (!ok) {
					if ($interfaceIsEqual(d.err, $ifaceNil)) {
						d.err = d.syntaxError("expected element name after </");
					}
					$s = -1; return [$ifaceNil, d.err];
				}
				$r = d.space(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$11 = d.mustgetc(); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_tuple$3 = _r$11;
				b = _tuple$3[0];
				ok = _tuple$3[1];
				if (!ok) {
					$s = -1; return [$ifaceNil, d.err];
				}
				if (!((b === 62))) {
					d.err = d.syntaxError("invalid characters between </" + name.Local + " and >");
					$s = -1; return [$ifaceNil, d.err];
				}
				$s = -1; return [(x$3 = new EndElement.ptr($clone(name, Name)), new x$3.constructor.elem(x$3)), $ifaceNil];
			/* } else if (_1 === (63)) { */ case 12:
				target = "";
				_r$12 = d.name(); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_tuple$4 = _r$12;
				target = _tuple$4[0];
				ok = _tuple$4[1];
				if (!ok) {
					if ($interfaceIsEqual(d.err, $ifaceNil)) {
						d.err = d.syntaxError("expected target name after <?");
					}
					$s = -1; return [$ifaceNil, d.err];
				}
				$r = d.space(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				d.buf.Reset();
				b0 = 0;
				/* while (true) { */ case 20:
					_r$13 = d.mustgetc(); /* */ $s = 22; case 22: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_tuple$5 = _r$13;
					b = _tuple$5[0];
					ok = _tuple$5[1];
					if (!ok) {
						$s = -1; return [$ifaceNil, d.err];
					}
					_r$14 = d.buf.WriteByte(b); /* */ $s = 23; case 23: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					_r$14;
					if ((b0 === 63) && (b === 62)) {
						/* break; */ $s = 21; continue;
					}
					b0 = b;
				$s = 20; continue;
				case 21:
				data$1 = d.buf.Bytes();
				data$1 = $subslice(data$1, 0, (data$1.$length - 2 >> 0));
				/* */ if (target === "xml") { $s = 24; continue; }
				/* */ $s = 25; continue;
				/* if (target === "xml") { */ case 24:
					content = ($bytesToString(data$1));
					ver = procInst("version", content);
					/* */ if (!(ver === "") && !(ver === "1.0")) { $s = 26; continue; }
					/* */ $s = 27; continue;
					/* if (!(ver === "") && !(ver === "1.0")) { */ case 26:
						_r$15 = fmt.Errorf("xml: unsupported version %q; only version 1.0 is supported", new sliceType$5([new $String(ver)])); /* */ $s = 28; case 28: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
						d.err = _r$15;
						$s = -1; return [$ifaceNil, d.err];
					/* } */ case 27:
					enc = procInst("encoding", content);
					/* */ if (!(enc === "") && !(enc === "utf-8") && !(enc === "UTF-8") && !strings.EqualFold(enc, "utf-8")) { $s = 29; continue; }
					/* */ $s = 30; continue;
					/* if (!(enc === "") && !(enc === "utf-8") && !(enc === "UTF-8") && !strings.EqualFold(enc, "utf-8")) { */ case 29:
						/* */ if (d.CharsetReader === $throwNilPointerError) { $s = 31; continue; }
						/* */ $s = 32; continue;
						/* if (d.CharsetReader === $throwNilPointerError) { */ case 31:
							_r$16 = fmt.Errorf("xml: encoding %q declared but Decoder.CharsetReader is nil", new sliceType$5([new $String(enc)])); /* */ $s = 33; case 33: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
							d.err = _r$16;
							$s = -1; return [$ifaceNil, d.err];
						/* } */ case 32:
						_r$17 = d.CharsetReader(enc, $assertType(d.r, io.Reader)); /* */ $s = 34; case 34: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
						_tuple$6 = _r$17;
						newr = _tuple$6[0];
						err = _tuple$6[1];
						/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 35; continue; }
						/* */ $s = 36; continue;
						/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 35:
							_r$18 = fmt.Errorf("xml: opening charset %q: %v", new sliceType$5([new $String(enc), err])); /* */ $s = 37; case 37: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
							d.err = _r$18;
							$s = -1; return [$ifaceNil, d.err];
						/* } */ case 36:
						if ($interfaceIsEqual(newr, $ifaceNil)) {
							$panic(new $String("CharsetReader returned a nil Reader for charset " + enc));
						}
						d.switchToReader(newr);
					/* } */ case 30:
				/* } */ case 25:
				$s = -1; return [(x$4 = new ProcInst.ptr(target, data$1), new x$4.constructor.elem(x$4)), $ifaceNil];
			/* } else if (_1 === (33)) { */ case 13:
				_r$19 = d.mustgetc(); /* */ $s = 38; case 38: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_tuple$7 = _r$19;
				b = _tuple$7[0];
				ok = _tuple$7[1];
				if (!ok) {
					$s = -1; return [$ifaceNil, d.err];
				}
					_2 = b;
					/* */ if (_2 === (45)) { $s = 40; continue; }
					/* */ if (_2 === (91)) { $s = 41; continue; }
					/* */ $s = 42; continue;
					/* if (_2 === (45)) { */ case 40:
						_r$20 = d.mustgetc(); /* */ $s = 43; case 43: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
						_tuple$8 = _r$20;
						b = _tuple$8[0];
						ok = _tuple$8[1];
						if (!ok) {
							$s = -1; return [$ifaceNil, d.err];
						}
						if (!((b === 45))) {
							d.err = d.syntaxError("invalid sequence <!- not part of <!--");
							$s = -1; return [$ifaceNil, d.err];
						}
						d.buf.Reset();
						_tmp = 0;
						_tmp$1 = 0;
						b0$1 = _tmp;
						b1 = _tmp$1;
						/* while (true) { */ case 44:
							_r$21 = d.mustgetc(); /* */ $s = 46; case 46: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
							_tuple$9 = _r$21;
							b = _tuple$9[0];
							ok = _tuple$9[1];
							if (!ok) {
								$s = -1; return [$ifaceNil, d.err];
							}
							_r$22 = d.buf.WriteByte(b); /* */ $s = 47; case 47: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
							_r$22;
							if ((b0$1 === 45) && (b1 === 45)) {
								if (!((b === 62))) {
									d.err = d.syntaxError("invalid sequence \"--\" not allowed in comments");
									$s = -1; return [$ifaceNil, d.err];
								}
								/* break; */ $s = 45; continue;
							}
							_tmp$2 = b1;
							_tmp$3 = b;
							b0$1 = _tmp$2;
							b1 = _tmp$3;
						$s = 44; continue;
						case 45:
						data$2 = d.buf.Bytes();
						data$2 = $subslice(data$2, 0, (data$2.$length - 3 >> 0));
						$s = -1; return [($convertSliceType(data$2, Comment)), $ifaceNil];
					/* } else if (_2 === (91)) { */ case 41:
						i = 0;
						/* while (true) { */ case 48:
							/* if (!(i < 6)) { break; } */ if(!(i < 6)) { $s = 49; continue; }
							_r$23 = d.mustgetc(); /* */ $s = 50; case 50: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
							_tuple$10 = _r$23;
							b = _tuple$10[0];
							ok = _tuple$10[1];
							if (!ok) {
								$s = -1; return [$ifaceNil, d.err];
							}
							if (!((b === "CDATA[".charCodeAt(i)))) {
								d.err = d.syntaxError("invalid <![ sequence");
								$s = -1; return [$ifaceNil, d.err];
							}
							i = i + (1) >> 0;
						$s = 48; continue;
						case 49:
						_r$24 = d.text(-1, true); /* */ $s = 51; case 51: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
						data$3 = _r$24;
						if (data$3 === sliceType$3.nil) {
							$s = -1; return [$ifaceNil, d.err];
						}
						$s = -1; return [($convertSliceType(data$3, CharData)), $ifaceNil];
					/* } */ case 42:
				case 39:
				d.buf.Reset();
				_r$25 = d.buf.WriteByte(b); /* */ $s = 52; case 52: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_r$25;
				inquote = 0;
				depth = 0;
				/* while (true) { */ case 53:
					_r$26 = d.mustgetc(); /* */ $s = 55; case 55: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
					_tuple$11 = _r$26;
					b = _tuple$11[0];
					ok = _tuple$11[1];
					if (!ok) {
						$s = -1; return [$ifaceNil, d.err];
					}
					if ((inquote === 0) && (b === 62) && (depth === 0)) {
						/* break; */ $s = 54; continue;
					}
					/* HandleB: */ case 56:
					_r$27 = d.buf.WriteByte(b); /* */ $s = 57; case 57: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					_r$27;
						/* */ if ((b === inquote)) { $s = 59; continue; }
						/* */ if (!((inquote === 0))) { $s = 60; continue; }
						/* */ if ((b === 39) || (b === 34)) { $s = 61; continue; }
						/* */ if ((b === 62) && (inquote === 0)) { $s = 62; continue; }
						/* */ if ((b === 60) && (inquote === 0)) { $s = 63; continue; }
						/* */ $s = 64; continue;
						/* if ((b === inquote)) { */ case 59:
							inquote = 0;
							$s = 64; continue;
						/* } else if (!((inquote === 0))) { */ case 60:
							$s = 64; continue;
						/* } else if ((b === 39) || (b === 34)) { */ case 61:
							inquote = b;
							$s = 64; continue;
						/* } else if ((b === 62) && (inquote === 0)) { */ case 62:
							depth = depth - (1) >> 0;
							$s = 64; continue;
						/* } else if ((b === 60) && (inquote === 0)) { */ case 63:
							s = "!--";
							i$1 = 0;
							/* while (true) { */ case 65:
								/* if (!(i$1 < s.length)) { break; } */ if(!(i$1 < s.length)) { $s = 66; continue; }
								_r$28 = d.mustgetc(); /* */ $s = 67; case 67: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
								_tuple$12 = _r$28;
								b = _tuple$12[0];
								ok = _tuple$12[1];
								if (!ok) {
									$s = -1; return [$ifaceNil, d.err];
								}
								/* */ if (!((b === s.charCodeAt(i$1)))) { $s = 68; continue; }
								/* */ $s = 69; continue;
								/* if (!((b === s.charCodeAt(i$1)))) { */ case 68:
									j = 0;
									/* while (true) { */ case 70:
										/* if (!(j < i$1)) { break; } */ if(!(j < i$1)) { $s = 71; continue; }
										_r$29 = d.buf.WriteByte(s.charCodeAt(j)); /* */ $s = 72; case 72: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
										_r$29;
										j = j + (1) >> 0;
									$s = 70; continue;
									case 71:
									depth = depth + (1) >> 0;
									/* goto HandleB */ $s = 56; continue;
								/* } */ case 69:
								i$1 = i$1 + (1) >> 0;
							$s = 65; continue;
							case 66:
							d.buf.Truncate(d.buf.Len() - 1 >> 0);
							_tmp$4 = 0;
							_tmp$5 = 0;
							b0$2 = _tmp$4;
							b1$1 = _tmp$5;
							/* while (true) { */ case 73:
								_r$30 = d.mustgetc(); /* */ $s = 75; case 75: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
								_tuple$13 = _r$30;
								b = _tuple$13[0];
								ok = _tuple$13[1];
								if (!ok) {
									$s = -1; return [$ifaceNil, d.err];
								}
								if ((b0$2 === 45) && (b1$1 === 45) && (b === 62)) {
									/* break; */ $s = 74; continue;
								}
								_tmp$6 = b1$1;
								_tmp$7 = b;
								b0$2 = _tmp$6;
								b1$1 = _tmp$7;
							$s = 73; continue;
							case 74:
							_r$31 = d.buf.WriteByte(32); /* */ $s = 76; case 76: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
							_r$31;
						/* } */ case 64:
					case 58:
				$s = 53; continue;
				case 54:
				$s = -1; return [($convertSliceType(d.buf.Bytes(), Directive)), $ifaceNil];
			/* } */ case 14:
		case 10:
		d.ungetc(b);
		name$1 = new Name.ptr("", "");
		empty = false;
		attr = sliceType$4.nil;
		_r$32 = d.nsname(); /* */ $s = 77; case 77: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
		_tuple$14 = _r$32;
		Name.copy(name$1, _tuple$14[0]);
		ok = _tuple$14[1];
		if (!ok) {
			if ($interfaceIsEqual(d.err, $ifaceNil)) {
				d.err = d.syntaxError("expected element name after <");
			}
			$s = -1; return [$ifaceNil, d.err];
		}
		attr = new sliceType$4([]);
		/* while (true) { */ case 78:
			$r = d.space(); /* */ $s = 80; case 80: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$33 = d.mustgetc(); /* */ $s = 81; case 81: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
			_tuple$15 = _r$33;
			b = _tuple$15[0];
			ok = _tuple$15[1];
			if (!ok) {
				$s = -1; return [$ifaceNil, d.err];
			}
			/* */ if (b === 47) { $s = 82; continue; }
			/* */ $s = 83; continue;
			/* if (b === 47) { */ case 82:
				empty = true;
				_r$34 = d.mustgetc(); /* */ $s = 84; case 84: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
				_tuple$16 = _r$34;
				b = _tuple$16[0];
				ok = _tuple$16[1];
				if (!ok) {
					$s = -1; return [$ifaceNil, d.err];
				}
				if (!((b === 62))) {
					d.err = d.syntaxError("expected /> in element");
					$s = -1; return [$ifaceNil, d.err];
				}
				/* break; */ $s = 79; continue;
			/* } */ case 83:
			if (b === 62) {
				/* break; */ $s = 79; continue;
			}
			d.ungetc(b);
			a = new Attr.ptr(new Name.ptr("", ""), "");
			_r$35 = d.nsname(); /* */ $s = 85; case 85: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
			_tuple$17 = _r$35;
			Name.copy(a.Name, _tuple$17[0]);
			ok = _tuple$17[1];
			if (!ok) {
				if ($interfaceIsEqual(d.err, $ifaceNil)) {
					d.err = d.syntaxError("expected attribute name in element");
				}
				$s = -1; return [$ifaceNil, d.err];
			}
			$r = d.space(); /* */ $s = 86; case 86: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$36 = d.mustgetc(); /* */ $s = 87; case 87: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
			_tuple$18 = _r$36;
			b = _tuple$18[0];
			ok = _tuple$18[1];
			if (!ok) {
				$s = -1; return [$ifaceNil, d.err];
			}
			/* */ if (!((b === 61))) { $s = 88; continue; }
			/* */ $s = 89; continue;
			/* if (!((b === 61))) { */ case 88:
				if (d.Strict) {
					d.err = d.syntaxError("attribute name without = in element");
					$s = -1; return [$ifaceNil, d.err];
				}
				d.ungetc(b);
				a.Value = a.Name.Local;
				$s = 90; continue;
			/* } else { */ case 89:
				$r = d.space(); /* */ $s = 91; case 91: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$37 = d.attrval(); /* */ $s = 92; case 92: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
				data$4 = _r$37;
				if (data$4 === sliceType$3.nil) {
					$s = -1; return [$ifaceNil, d.err];
				}
				a.Value = ($bytesToString(data$4));
			/* } */ case 90:
			attr = $append(attr, a);
		$s = 78; continue;
		case 79:
		if (empty) {
			d.needClose = true;
			Name.copy(d.toClose, name$1);
		}
		$s = -1; return [(x$5 = new StartElement.ptr($clone(name$1, Name), attr), new x$5.constructor.elem(x$5)), $ifaceNil];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.rawToken, $c: true, $r, $24r, _1, _2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, a, attr, b, b0, b0$1, b0$2, b1, b1$1, content, d, data, data$1, data$2, data$3, data$4, depth, empty, enc, err, i, i$1, inquote, j, name, name$1, newr, ok, s, target, ver, x$2, x$3, x$4, x$5, $s};return $f;
	};
	Decoder.prototype.rawToken = function() { return this.$val.rawToken(); };
	Decoder.ptr.prototype.attrval = function() {
		var {$24r, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, d, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$6 = d.mustgetc(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		b = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return sliceType$3.nil;
		}
		/* */ if ((b === 34) || (b === 39)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ((b === 34) || (b === 39)) { */ case 2:
			_r$7 = d.text(((b >> 0)), false); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		if (d.Strict) {
			d.err = d.syntaxError("unquoted or missing attribute value in element");
			$s = -1; return sliceType$3.nil;
		}
		d.ungetc(b);
		d.buf.Reset();
		/* while (true) { */ case 6:
			_r$8 = d.mustgetc(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$1 = _r$8;
			b = _tuple$1[0];
			ok = _tuple$1[1];
			if (!ok) {
				$s = -1; return sliceType$3.nil;
			}
			/* */ if (97 <= b && b <= 122 || 65 <= b && b <= 90 || 48 <= b && b <= 57 || (b === 95) || (b === 58) || (b === 45)) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (97 <= b && b <= 122 || 65 <= b && b <= 90 || 48 <= b && b <= 57 || (b === 95) || (b === 58) || (b === 45)) { */ case 9:
				_r$9 = d.buf.WriteByte(b); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$9;
				$s = 11; continue;
			/* } else { */ case 10:
				d.ungetc(b);
				/* break; */ $s = 7; continue;
			/* } */ case 11:
		$s = 6; continue;
		case 7:
		$s = -1; return d.buf.Bytes();
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.attrval, $c: true, $r, $24r, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, d, ok, $s};return $f;
	};
	Decoder.prototype.attrval = function() { return this.$val.attrval(); };
	Decoder.ptr.prototype.space = function() {
		var {_1, _r$6, _tuple, b, d, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* while (true) { */ case 1:
			_r$6 = d.getc(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			b = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				$s = -1; return;
			}
			_1 = b;
			if ((_1 === (32)) || (_1 === (13)) || (_1 === (10)) || (_1 === (9))) {
			} else {
				d.ungetc(b);
				$s = -1; return;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.space, $c: true, $r, _1, _r$6, _tuple, b, d, ok, $s};return $f;
	};
	Decoder.prototype.space = function() { return this.$val.space(); };
	Decoder.ptr.prototype.getc = function() {
		var {_r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, d, ok, x$2, x$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = 0;
		ok = false;
		d = this;
		if (!($interfaceIsEqual(d.err, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = false;
			b = _tmp;
			ok = _tmp$1;
			$s = -1; return [b, ok];
		}
		/* */ if (d.nextByte >= 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (d.nextByte >= 0) { */ case 1:
			b = ((d.nextByte << 24 >>> 24));
			d.nextByte = -1;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$6 = d.r.ReadByte(); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			b = _tuple[0];
			d.err = _tuple[1];
			if (!($interfaceIsEqual(d.err, $ifaceNil))) {
				_tmp$2 = 0;
				_tmp$3 = false;
				b = _tmp$2;
				ok = _tmp$3;
				$s = -1; return [b, ok];
			}
			/* */ if (!(d.saved === ptrType$6.nil)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!(d.saved === ptrType$6.nil)) { */ case 5:
				_r$7 = d.saved.WriteByte(b); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
			/* } */ case 6:
		/* } */ case 3:
		if (b === 10) {
			d.line = d.line + (1) >> 0;
		}
		d.offset = (x$2 = d.offset, x$3 = new $Int64(0, 1), new $Int64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		_tmp$4 = b;
		_tmp$5 = true;
		b = _tmp$4;
		ok = _tmp$5;
		$s = -1; return [b, ok];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.getc, $c: true, $r, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, d, ok, x$2, x$3, $s};return $f;
	};
	Decoder.prototype.getc = function() { return this.$val.getc(); };
	Decoder.ptr.prototype.InputOffset = function() {
		var d;
		d = this;
		return d.offset;
	};
	Decoder.prototype.InputOffset = function() { return this.$val.InputOffset(); };
	Decoder.ptr.prototype.savedOffset = function() {
		var d, n;
		d = this;
		n = d.saved.Len();
		if (d.nextByte >= 0) {
			n = n - (1) >> 0;
		}
		return n;
	};
	Decoder.prototype.savedOffset = function() { return this.$val.savedOffset(); };
	Decoder.ptr.prototype.mustgetc = function() {
		var {_r$6, _tuple, b, d, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = 0;
		ok = false;
		d = this;
		_r$6 = d.getc(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		b = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			if ($interfaceIsEqual(d.err, io.EOF)) {
				d.err = d.syntaxError("unexpected EOF");
			}
		}
		$s = -1; return [b, ok];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.mustgetc, $c: true, $r, _r$6, _tuple, b, d, ok, $s};return $f;
	};
	Decoder.prototype.mustgetc = function() { return this.$val.mustgetc(); };
	Decoder.ptr.prototype.ungetc = function(b) {
		var b, d, x$2, x$3;
		d = this;
		if (b === 10) {
			d.line = d.line - (1) >> 0;
		}
		d.nextByte = ((b >> 0));
		d.offset = (x$2 = d.offset, x$3 = new $Int64(0, 1), new $Int64(x$2.$high - x$3.$high, x$2.$low - x$3.$low));
	};
	Decoder.prototype.ungetc = function(b) { return this.$val.ungetc(b); };
	Decoder.ptr.prototype.text = function(quote, cdata) {
		var {_entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, b0, b1, base, before, buf, cdata, d, data, ent, err, haveText, n, name, ok, ok$1, ok$2, quote, r, r$1, s, s$1, size, start, text, trunc, $s, $r, $c} = $restore(this, {quote, cdata});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_tmp = 0;
		_tmp$1 = 0;
		b0 = _tmp;
		b1 = _tmp$1;
		trunc = 0;
		d.buf.Reset();
		/* while (true) { */ case 1:
			_r$6 = d.getc(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			b = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				if (cdata) {
					if ($interfaceIsEqual(d.err, io.EOF)) {
						d.err = d.syntaxError("unexpected EOF in CDATA section");
					}
					$s = -1; return sliceType$3.nil;
				}
				/* break Input; */ $s = 2; continue s;
			}
			if ((b0 === 93) && (b1 === 93) && (b === 62)) {
				if (cdata) {
					trunc = 2;
					/* break Input; */ $s = 2; continue s;
				}
				d.err = d.syntaxError("unescaped ]]> not in CDATA section");
				$s = -1; return sliceType$3.nil;
			}
			if ((b === 60) && !cdata) {
				if (quote >= 0) {
					d.err = d.syntaxError("unescaped < inside quoted string");
					$s = -1; return sliceType$3.nil;
				}
				d.ungetc(60);
				/* break Input; */ $s = 2; continue s;
			}
			if (quote >= 0 && (b === ((quote << 24 >>> 24)))) {
				/* break Input; */ $s = 2; continue s;
			}
			/* */ if ((b === 38) && !cdata) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((b === 38) && !cdata) { */ case 4:
				before = d.buf.Len();
				_r$7 = d.buf.WriteByte(38); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				ok$1 = false;
				text = "";
				haveText = false;
				_r$8 = d.mustgetc(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_tuple$1 = _r$8;
				b = _tuple$1[0];
				ok$1 = _tuple$1[1];
				if (!ok$1) {
					$s = -1; return sliceType$3.nil;
				}
				/* */ if (b === 35) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (b === 35) { */ case 8:
					_r$9 = d.buf.WriteByte(b); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_r$9;
					_r$10 = d.mustgetc(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_tuple$2 = _r$10;
					b = _tuple$2[0];
					ok$1 = _tuple$2[1];
					if (!ok$1) {
						$s = -1; return sliceType$3.nil;
					}
					base = 10;
					/* */ if (b === 120) { $s = 13; continue; }
					/* */ $s = 14; continue;
					/* if (b === 120) { */ case 13:
						base = 16;
						_r$11 = d.buf.WriteByte(b); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						_r$11;
						_r$12 = d.mustgetc(); /* */ $s = 16; case 16: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						_tuple$3 = _r$12;
						b = _tuple$3[0];
						ok$1 = _tuple$3[1];
						if (!ok$1) {
							$s = -1; return sliceType$3.nil;
						}
					/* } */ case 14:
					start = d.buf.Len();
					/* while (true) { */ case 17:
						/* if (!(48 <= b && b <= 57 || (base === 16) && 97 <= b && b <= 102 || (base === 16) && 65 <= b && b <= 70)) { break; } */ if(!(48 <= b && b <= 57 || (base === 16) && 97 <= b && b <= 102 || (base === 16) && 65 <= b && b <= 70)) { $s = 18; continue; }
						_r$13 = d.buf.WriteByte(b); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
						_r$13;
						_r$14 = d.mustgetc(); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
						_tuple$4 = _r$14;
						b = _tuple$4[0];
						ok$1 = _tuple$4[1];
						if (!ok$1) {
							$s = -1; return sliceType$3.nil;
						}
					$s = 17; continue;
					case 18:
					/* */ if (!((b === 59))) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (!((b === 59))) { */ case 21:
						d.ungetc(b);
						$s = 23; continue;
					/* } else { */ case 22:
						s = ($bytesToString($subslice(d.buf.Bytes(), start)));
						_r$15 = d.buf.WriteByte(59); /* */ $s = 24; case 24: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
						_r$15;
						_tuple$5 = strconv.ParseUint(s, base, 64);
						n = _tuple$5[0];
						err = _tuple$5[1];
						if ($interfaceIsEqual(err, $ifaceNil) && (n.$high < 0 || (n.$high === 0 && n.$low <= 1114111))) {
							text = ($encodeRune(((n.$low >> 0))));
							haveText = true;
						}
					/* } */ case 23:
					$s = 10; continue;
				/* } else { */ case 9:
					d.ungetc(b);
					_r$16 = d.readName(); /* */ $s = 27; case 27: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					/* */ if (!_r$16) { $s = 25; continue; }
					/* */ $s = 26; continue;
					/* if (!_r$16) { */ case 25:
						if (!($interfaceIsEqual(d.err, $ifaceNil))) {
							$s = -1; return sliceType$3.nil;
						}
					/* } */ case 26:
					_r$17 = d.mustgetc(); /* */ $s = 28; case 28: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
					_tuple$6 = _r$17;
					b = _tuple$6[0];
					ok$1 = _tuple$6[1];
					if (!ok$1) {
						$s = -1; return sliceType$3.nil;
					}
					/* */ if (!((b === 59))) { $s = 29; continue; }
					/* */ $s = 30; continue;
					/* if (!((b === 59))) { */ case 29:
						d.ungetc(b);
						$s = 31; continue;
					/* } else { */ case 30:
						name = $subslice(d.buf.Bytes(), (before + 1 >> 0));
						_r$18 = d.buf.WriteByte(59); /* */ $s = 32; case 32: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
						_r$18;
						if (isName(name)) {
							s$1 = ($bytesToString(name));
							_tuple$7 = (_entry = entity[$String.keyFor(s$1)], _entry !== undefined ? [_entry.v, true] : [0, false]);
							r = _tuple$7[0];
							ok$2 = _tuple$7[1];
							if (ok$2) {
								text = ($encodeRune(r));
								haveText = true;
							} else if (!(d.Entity === false)) {
								_tuple$8 = (_entry$1 = d.Entity[$String.keyFor(s$1)], _entry$1 !== undefined ? [_entry$1.v, true] : ["", false]);
								text = _tuple$8[0];
								haveText = _tuple$8[1];
							}
						}
					/* } */ case 31:
				/* } */ case 10:
				/* */ if (haveText) { $s = 33; continue; }
				/* */ $s = 34; continue;
				/* if (haveText) { */ case 33:
					d.buf.Truncate(before);
					_r$19 = d.buf.Write((new sliceType$3($stringToBytes(text)))); /* */ $s = 35; case 35: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$19;
					_tmp$2 = 0;
					_tmp$3 = 0;
					b0 = _tmp$2;
					b1 = _tmp$3;
					/* continue Input; */ $s = 1; continue s;
				/* } */ case 34:
				if (!d.Strict) {
					_tmp$4 = 0;
					_tmp$5 = 0;
					b0 = _tmp$4;
					b1 = _tmp$5;
					/* continue Input; */ $s = 1; continue s;
				}
				ent = ($bytesToString($subslice(d.buf.Bytes(), before)));
				if (!((ent.charCodeAt((ent.length - 1 >> 0)) === 59))) {
					ent = ent + (" (no semicolon)");
				}
				d.err = d.syntaxError("invalid character entity " + ent);
				$s = -1; return sliceType$3.nil;
			/* } */ case 5:
			/* */ if (b === 13) { $s = 36; continue; }
			/* */ if ((b1 === 13) && (b === 10)) { $s = 37; continue; }
			/* */ $s = 38; continue;
			/* if (b === 13) { */ case 36:
				_r$20 = d.buf.WriteByte(10); /* */ $s = 40; case 40: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$20;
				$s = 39; continue;
			/* } else if ((b1 === 13) && (b === 10)) { */ case 37:
				$s = 39; continue;
			/* } else { */ case 38:
				_r$21 = d.buf.WriteByte(b); /* */ $s = 41; case 41: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$21;
			/* } */ case 39:
			_tmp$6 = b1;
			_tmp$7 = b;
			b0 = _tmp$6;
			b1 = _tmp$7;
		$s = 1; continue;
		case 2:
		data = d.buf.Bytes();
		data = $subslice(data, 0, (data.$length - trunc >> 0));
		buf = data;
		/* while (true) { */ case 42:
			/* if (!(buf.$length > 0)) { break; } */ if(!(buf.$length > 0)) { $s = 43; continue; }
			_tuple$9 = utf8.DecodeRune(buf);
			r$1 = _tuple$9[0];
			size = _tuple$9[1];
			if ((r$1 === 65533) && (size === 1)) {
				d.err = d.syntaxError("invalid UTF-8");
				$s = -1; return sliceType$3.nil;
			}
			buf = $subslice(buf, size);
			/* */ if (!isInCharacterRange(r$1)) { $s = 44; continue; }
			/* */ $s = 45; continue;
			/* if (!isInCharacterRange(r$1)) { */ case 44:
				_r$22 = fmt.Sprintf("illegal character code %U", new sliceType$5([new $Int32(r$1)])); /* */ $s = 46; case 46: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_r$23 = d.syntaxError(_r$22); /* */ $s = 47; case 47: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				d.err = _r$23;
				$s = -1; return sliceType$3.nil;
			/* } */ case 45:
		$s = 42; continue;
		case 43:
		$s = -1; return data;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.text, $c: true, $r, _entry, _entry$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, b, b0, b1, base, before, buf, cdata, d, data, ent, err, haveText, n, name, ok, ok$1, ok$2, quote, r, r$1, s, s$1, size, start, text, trunc, $s};return $f;
	};
	Decoder.prototype.text = function(quote, cdata) { return this.$val.text(quote, cdata); };
	isInCharacterRange = function(r) {
		var inrange, r;
		inrange = false;
		inrange = (r === 9) || (r === 10) || (r === 13) || r >= 32 && r <= 55295 || r >= 57344 && r <= 65533 || r >= 65536 && r <= 1114111;
		return inrange;
	};
	Decoder.ptr.prototype.nsname = function() {
		var {_r$6, _tmp, _tmp$1, _tuple, _tuple$1, d, local, name, ok, ok$1, s, space, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		name = new Name.ptr("", "");
		ok = false;
		d = this;
		_r$6 = d.name(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		s = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [name, ok];
		}
		if (strings.Count(s, ":") > 1) {
			name.Local = s;
		} else {
			_tuple$1 = strings.Cut(s, ":");
			space = _tuple$1[0];
			local = _tuple$1[1];
			ok$1 = _tuple$1[2];
			if (!ok$1 || space === "" || local === "") {
				name.Local = s;
			} else {
				name.Space = space;
				name.Local = local;
			}
		}
		_tmp = $clone(name, Name);
		_tmp$1 = true;
		Name.copy(name, _tmp);
		ok = _tmp$1;
		$s = -1; return [name, ok];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.nsname, $c: true, $r, _r$6, _tmp, _tmp$1, _tuple, _tuple$1, d, local, name, ok, ok$1, s, space, $s};return $f;
	};
	Decoder.prototype.nsname = function() { return this.$val.nsname(); };
	Decoder.ptr.prototype.name = function() {
		var {_r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, d, ok, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = "";
		ok = false;
		d = this;
		d.buf.Reset();
		_r$6 = d.readName(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (!_r$6) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$6) { */ case 1:
			_tmp = "";
			_tmp$1 = false;
			s = _tmp;
			ok = _tmp$1;
			$s = -1; return [s, ok];
		/* } */ case 2:
		b = d.buf.Bytes();
		if (!isName(b)) {
			d.err = d.syntaxError("invalid XML name: " + ($bytesToString(b)));
			_tmp$2 = "";
			_tmp$3 = false;
			s = _tmp$2;
			ok = _tmp$3;
			$s = -1; return [s, ok];
		}
		_tmp$4 = ($bytesToString(b));
		_tmp$5 = true;
		s = _tmp$4;
		ok = _tmp$5;
		$s = -1; return [s, ok];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.name, $c: true, $r, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, d, ok, s, $s};return $f;
	};
	Decoder.prototype.name = function() { return this.$val.name(); };
	Decoder.ptr.prototype.readName = function() {
		var {_r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, d, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ok = false;
		d = this;
		b = 0;
		_r$6 = d.mustgetc(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		b = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return ok;
		}
		if (b < 128 && !isNameByte(b)) {
			d.ungetc(b);
			ok = false;
			$s = -1; return ok;
		}
		_r$7 = d.buf.WriteByte(b); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		/* while (true) { */ case 3:
			_r$8 = d.mustgetc(); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$1 = _r$8;
			b = _tuple$1[0];
			ok = _tuple$1[1];
			if (!ok) {
				$s = -1; return ok;
			}
			if (b < 128 && !isNameByte(b)) {
				d.ungetc(b);
				/* break; */ $s = 4; continue;
			}
			_r$9 = d.buf.WriteByte(b); /* */ $s = 6; case 6: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
		$s = 3; continue;
		case 4:
		ok = true;
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.readName, $c: true, $r, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, d, ok, $s};return $f;
	};
	Decoder.prototype.readName = function() { return this.$val.readName(); };
	isNameByte = function(c) {
		var c;
		return 65 <= c && c <= 90 || 97 <= c && c <= 122 || 48 <= c && c <= 57 || (c === 95) || (c === 58) || (c === 46) || (c === 45);
	};
	isName = function(s) {
		var _tuple, _tuple$1, c, n, s;
		if (s.$length === 0) {
			return false;
		}
		_tuple = utf8.DecodeRune(s);
		c = _tuple[0];
		n = _tuple[1];
		if ((c === 65533) && (n === 1)) {
			return false;
		}
		if (!unicode.Is(first, c)) {
			return false;
		}
		while (true) {
			if (!(n < s.$length)) { break; }
			s = $subslice(s, n);
			_tuple$1 = utf8.DecodeRune(s);
			c = _tuple$1[0];
			n = _tuple$1[1];
			if ((c === 65533) && (n === 1)) {
				return false;
			}
			if (!unicode.Is(first, c) && !unicode.Is(second, c)) {
				return false;
			}
		}
		return true;
	};
	isNameString = function(s) {
		var _tuple, _tuple$1, c, n, s;
		if (s.length === 0) {
			return false;
		}
		_tuple = utf8.DecodeRuneInString(s);
		c = _tuple[0];
		n = _tuple[1];
		if ((c === 65533) && (n === 1)) {
			return false;
		}
		if (!unicode.Is(first, c)) {
			return false;
		}
		while (true) {
			if (!(n < s.length)) { break; }
			s = $substring(s, n);
			_tuple$1 = utf8.DecodeRuneInString(s);
			c = _tuple$1[0];
			n = _tuple$1[1];
			if ((c === 65533) && (n === 1)) {
				return false;
			}
			if (!unicode.Is(first, c) && !unicode.Is(second, c)) {
				return false;
			}
		}
		return true;
	};
	EscapeText = function(w, s) {
		var {$24r, _r$6, s, w, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$6 = escapeText(w, s, true); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: EscapeText, $c: true, $r, $24r, _r$6, s, w, $s};return $f;
	};
	$pkg.EscapeText = EscapeText;
	escapeText = function(w, s, escapeNewline) {
		var {_1, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, err$2, esc, escapeNewline, i, last, r, s, w, width, $s, $r, $c} = $restore(this, {w, s, escapeNewline});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		esc = sliceType$3.nil;
		last = 0;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < s.$length)) { break; } */ if(!(i < s.$length)) { $s = 2; continue; }
			_tuple = utf8.DecodeRune($subslice(s, i));
			r = _tuple[0];
			width = _tuple[1];
			i = i + (width) >> 0;
			switch (0) { default:
				_1 = r;
				if (_1 === (34)) {
					esc = escQuot;
				} else if (_1 === (39)) {
					esc = escApos;
				} else if (_1 === (38)) {
					esc = escAmp;
				} else if (_1 === (60)) {
					esc = escLT;
				} else if (_1 === (62)) {
					esc = escGT;
				} else if (_1 === (9)) {
					esc = escTab;
				} else if (_1 === (10)) {
					if (!escapeNewline) {
						/* continue; */ $s = 1; continue;
					}
					esc = escNL;
				} else if (_1 === (13)) {
					esc = escCR;
				} else {
					if (!isInCharacterRange(r) || ((r === 65533) && (width === 1))) {
						esc = escFFFD;
						break;
					}
					/* continue; */ $s = 1; continue;
				}
			}
			_r$6 = w.Write($subslice(s, last, (i - width >> 0))); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$1 = _r$6;
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			_r$7 = w.Write(esc); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$2 = _r$7;
			err$1 = _tuple$2[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			last = i;
		$s = 1; continue;
		case 2:
		_r$8 = w.Write($subslice(s, last)); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$3 = _r$8;
		err$2 = _tuple$3[1];
		$s = -1; return err$2;
		/* */ } return; } var $f = {$blk: escapeText, $c: true, $r, _1, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, err$2, esc, escapeNewline, i, last, r, s, w, width, $s};return $f;
	};
	printer.ptr.prototype.EscapeString = function(s) {
		var {_1, _r$6, _r$7, _r$8, _tuple, esc, i, last, p, r, s, width, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		esc = sliceType$3.nil;
		last = 0;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < s.length)) { break; } */ if(!(i < s.length)) { $s = 2; continue; }
			_tuple = utf8.DecodeRuneInString($substring(s, i));
			r = _tuple[0];
			width = _tuple[1];
			i = i + (width) >> 0;
			switch (0) { default:
				_1 = r;
				if (_1 === (34)) {
					esc = escQuot;
				} else if (_1 === (39)) {
					esc = escApos;
				} else if (_1 === (38)) {
					esc = escAmp;
				} else if (_1 === (60)) {
					esc = escLT;
				} else if (_1 === (62)) {
					esc = escGT;
				} else if (_1 === (9)) {
					esc = escTab;
				} else if (_1 === (10)) {
					esc = escNL;
				} else if (_1 === (13)) {
					esc = escCR;
				} else {
					if (!isInCharacterRange(r) || ((r === 65533) && (width === 1))) {
						esc = escFFFD;
						break;
					}
					/* continue; */ $s = 1; continue;
				}
			}
			_r$6 = p.Writer.WriteString($substring(s, last, (i - width >> 0))); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			_r$7 = p.Writer.Write(esc); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			last = i;
		$s = 1; continue;
		case 2:
		_r$8 = p.Writer.WriteString($substring(s, last)); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.EscapeString, $c: true, $r, _1, _r$6, _r$7, _r$8, _tuple, esc, i, last, p, r, s, width, $s};return $f;
	};
	printer.prototype.EscapeString = function(s) { return this.$val.EscapeString(s); };
	emitCDATA = function(w, s) {
		var {_r$10, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, after, before, err, err$1, err$2, err$3, err$4, ok, s, w, $s, $r, $c} = $restore(this, {w, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (s.$length === 0) {
			$s = -1; return $ifaceNil;
		}
		_r$6 = w.Write(cdataStart); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		/* while (true) { */ case 2:
			_tuple$1 = bytes.Cut(s, cdataEnd);
			before = _tuple$1[0];
			after = _tuple$1[1];
			ok = _tuple$1[2];
			if (!ok) {
				/* break; */ $s = 3; continue;
			}
			_r$7 = w.Write(before); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$2 = _r$7;
			err$1 = _tuple$2[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			_r$8 = w.Write(cdataEscape); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$3 = _r$8;
			err$2 = _tuple$3[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
			s = after;
		$s = 2; continue;
		case 3:
		_r$9 = w.Write(s); /* */ $s = 6; case 6: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$4 = _r$9;
		err$3 = _tuple$4[1];
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		_r$10 = w.Write(cdataEnd); /* */ $s = 7; case 7: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$5 = _r$10;
		err$4 = _tuple$5[1];
		$s = -1; return err$4;
		/* */ } return; } var $f = {$blk: emitCDATA, $c: true, $r, _r$10, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, after, before, err, err$1, err$2, err$3, err$4, ok, s, w, $s};return $f;
	};
	procInst = function(param, s) {
		var _tuple, _tuple$1, ok, param, s, unquote, v;
		param = param + "=";
		_tuple = strings.Cut(s, param);
		v = _tuple[1];
		if (v === "") {
			return "";
		}
		if (!((v.charCodeAt(0) === 39)) && !((v.charCodeAt(0) === 34))) {
			return "";
		}
		_tuple$1 = strings.Cut($substring(v, 1), $substring(v, 0, 1));
		unquote = _tuple$1[0];
		ok = _tuple$1[2];
		if (!ok) {
			return "";
		}
		return unquote;
	};
	getTypeInfo = function(typ) {
		var {_i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, err$2, err$3, f, finfo, finfo$1, i, inner, n, ok, t, ti, ti$1, tinfo, typ, $s, $r, $c} = $restore(this, {typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$6 = tinfoMap.Load(typ); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		ti = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return [$assertType(ti, ptrType$9), $ifaceNil];
		}
		tinfo = new typeInfo.ptr(ptrType$10.nil, sliceType$6.nil);
		_r$7 = typ.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		/* */ if ((_r$7 === 25) && !($interfaceIsEqual(typ, nameType))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ((_r$7 === 25) && !($interfaceIsEqual(typ, nameType))) { */ case 2:
			_r$8 = typ.NumField(); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			n = _r$8;
			i = 0;
			/* while (true) { */ case 6:
				/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 7; continue; }
				f = [f];
				finfo = [finfo];
				_r$9 = typ.Field(i); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				f[0] = $clone(_r$9, reflect.StructField);
				if ((!$clone(f[0], reflect.StructField).IsExported() && !f[0].Anonymous) || new reflect.StructTag(f[0].Tag).Get("xml") === "-") {
					i = i + (1) >> 0;
					/* continue; */ $s = 6; continue;
				}
				/* */ if (f[0].Anonymous) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (f[0].Anonymous) { */ case 9:
					t = f[0].Type;
					_r$10 = t.Kind(); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					/* */ if (_r$10 === 22) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (_r$10 === 22) { */ case 11:
						_r$11 = t.Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						t = _r$11;
					/* } */ case 12:
					_r$12 = t.Kind(); /* */ $s = 17; case 17: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					/* */ if (_r$12 === 25) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if (_r$12 === 25) { */ case 15:
						_r$13 = getTypeInfo(t); /* */ $s = 18; case 18: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
						_tuple$1 = _r$13;
						inner = _tuple$1[0];
						err = _tuple$1[1];
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return [ptrType$9.nil, err];
						}
						if (tinfo.xmlname === ptrType$10.nil) {
							tinfo.xmlname = inner.xmlname;
						}
						_ref = inner.fields;
						_i = 0;
						/* while (true) { */ case 19:
							/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 20; continue; }
							finfo[0] = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), fieldInfo);
							finfo[0].idx = $appendSlice(new sliceType$7([i]), finfo[0].idx);
							_r$14 = addFieldInfo(typ, tinfo, finfo[0]); /* */ $s = 21; case 21: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
							err$1 = _r$14;
							if (!($interfaceIsEqual(err$1, $ifaceNil))) {
								$s = -1; return [ptrType$9.nil, err$1];
							}
							_i++;
						$s = 19; continue;
						case 20:
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
					/* } */ case 16:
				/* } */ case 10:
				_r$15 = structFieldInfo(typ, f[0]); /* */ $s = 22; case 22: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_tuple$2 = _r$15;
				finfo$1 = _tuple$2[0];
				err$2 = _tuple$2[1];
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					$s = -1; return [ptrType$9.nil, err$2];
				}
				if (f[0].Name === "XMLName") {
					tinfo.xmlname = finfo$1;
					i = i + (1) >> 0;
					/* continue; */ $s = 6; continue;
				}
				_r$16 = addFieldInfo(typ, tinfo, finfo$1); /* */ $s = 23; case 23: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				err$3 = _r$16;
				if (!($interfaceIsEqual(err$3, $ifaceNil))) {
					$s = -1; return [ptrType$9.nil, err$3];
				}
				i = i + (1) >> 0;
			$s = 6; continue;
			case 7:
		/* } */ case 3:
		_r$17 = tinfoMap.LoadOrStore(typ, tinfo); /* */ $s = 24; case 24: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		_tuple$3 = _r$17;
		ti$1 = _tuple$3[0];
		$s = -1; return [$assertType(ti$1, ptrType$9), $ifaceNil];
		/* */ } return; } var $f = {$blk: getTypeInfo, $c: true, $r, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, err$2, err$3, f, finfo, finfo$1, i, inner, n, ok, t, ti, ti$1, tinfo, typ, $s};return $f;
	};
	structFieldInfo = function(typ, f) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _1, _2, _i, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, f, finfo, flag, ftyp, mode, ns, ok, parents, t, tag, tokens, typ, valid, x$2, x$3, xmlname, xmlname$1, $s, $r, $c} = $restore(this, {typ, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		finfo = new fieldInfo.ptr(f.Index, "", "", 0, sliceType$2.nil);
		tag = new reflect.StructTag(f.Tag).Get("xml");
		_tuple = strings.Cut(tag, " ");
		ns = _tuple[0];
		t = _tuple[1];
		ok = _tuple[2];
		if (ok) {
			_tmp = ns;
			_tmp$1 = t;
			finfo.xmlns = _tmp;
			tag = _tmp$1;
		}
		tokens = strings.Split(tag, ",");
		/* */ if (tokens.$length === 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (tokens.$length === 1) { */ case 1:
			finfo.flags = 1;
			$s = 3; continue;
		/* } else { */ case 2:
			tag = (0 >= tokens.$length ? ($throwRuntimeError("index out of range"), undefined) : tokens.$array[tokens.$offset + 0]);
			_ref = $subslice(tokens, 1);
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				flag = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				_1 = flag;
				if (_1 === ("attr")) {
					finfo.flags = finfo.flags | (2);
				} else if (_1 === ("cdata")) {
					finfo.flags = finfo.flags | (4);
				} else if (_1 === ("chardata")) {
					finfo.flags = finfo.flags | (8);
				} else if (_1 === ("innerxml")) {
					finfo.flags = finfo.flags | (16);
				} else if (_1 === ("comment")) {
					finfo.flags = finfo.flags | (32);
				} else if (_1 === ("any")) {
					finfo.flags = finfo.flags | (64);
				} else if (_1 === ("omitempty")) {
					finfo.flags = finfo.flags | (128);
				}
				_i++;
			}
			valid = true;
			mode = finfo.flags & 127;
			_2 = mode;
			if (_2 === (0)) {
				finfo.flags = finfo.flags | (1);
			} else if ((_2 === (2)) || (_2 === (4)) || (_2 === (8)) || (_2 === (16)) || (_2 === (32)) || (_2 === (64)) || (_2 === (66))) {
				if (f.Name === "XMLName" || !(tag === "") && !((mode === 2))) {
					valid = false;
				}
			} else {
				valid = false;
			}
			if ((finfo.flags & 127) === 64) {
				finfo.flags = finfo.flags | (1);
			}
			if (!(((finfo.flags & 128) === 0)) && ((finfo.flags & 3) === 0)) {
				valid = false;
			}
			/* */ if (!valid) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!valid) { */ case 4:
				_r$6 = fmt.Errorf("xml: invalid tag in field %s of type %s: %q", new sliceType$5([new $String(f.Name), typ, new $String(new reflect.StructTag(f.Tag).Get("xml"))])); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r = [ptrType$10.nil, _r$6];
				$s = 7; case 7: return $24r;
			/* } */ case 5:
		/* } */ case 3:
		/* */ if (!(finfo.xmlns === "") && tag === "") { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!(finfo.xmlns === "") && tag === "") { */ case 8:
			_r$7 = fmt.Errorf("xml: namespace without name in field %s of type %s: %q", new sliceType$5([new $String(f.Name), typ, new $String(new reflect.StructTag(f.Tag).Get("xml"))])); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$1 = [ptrType$10.nil, _r$7];
			$s = 11; case 11: return $24r$1;
		/* } */ case 9:
		if (f.Name === "XMLName") {
			finfo.name = tag;
			$s = -1; return [finfo, $ifaceNil];
		}
		/* */ if (tag === "") { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (tag === "") { */ case 12:
			_r$8 = lookupXMLName(f.Type); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			xmlname = _r$8;
			if (!(xmlname === ptrType$10.nil)) {
				_tmp$2 = xmlname.xmlns;
				_tmp$3 = xmlname.name;
				finfo.xmlns = _tmp$2;
				finfo.name = _tmp$3;
			} else {
				finfo.name = f.Name;
			}
			$s = -1; return [finfo, $ifaceNil];
		/* } */ case 13:
		parents = strings.Split(tag, ">");
		if ((0 >= parents.$length ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + 0]) === "") {
			(0 >= parents.$length ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + 0] = f.Name);
		}
		/* */ if ((x$2 = parents.$length - 1 >> 0, ((x$2 < 0 || x$2 >= parents.$length) ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + x$2])) === "") { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if ((x$2 = parents.$length - 1 >> 0, ((x$2 < 0 || x$2 >= parents.$length) ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + x$2])) === "") { */ case 15:
			_r$9 = fmt.Errorf("xml: trailing '>' in field %s of type %s", new sliceType$5([new $String(f.Name), typ])); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r$2 = [ptrType$10.nil, _r$9];
			$s = 18; case 18: return $24r$2;
		/* } */ case 16:
		finfo.name = (x$3 = parents.$length - 1 >> 0, ((x$3 < 0 || x$3 >= parents.$length) ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + x$3]));
		/* */ if (parents.$length > 1) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (parents.$length > 1) { */ case 19:
			/* */ if (((finfo.flags & 1)) === 0) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (((finfo.flags & 1)) === 0) { */ case 21:
				_r$10 = fmt.Errorf("xml: %s chain not valid with %s flag", new sliceType$5([new $String(tag), new $String(strings.Join($subslice(tokens, 1), ","))])); /* */ $s = 23; case 23: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r$3 = [ptrType$10.nil, _r$10];
				$s = 24; case 24: return $24r$3;
			/* } */ case 22:
			finfo.parents = $subslice(parents, 0, (parents.$length - 1 >> 0));
		/* } */ case 20:
		/* */ if (!(((finfo.flags & 1) === 0))) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (!(((finfo.flags & 1) === 0))) { */ case 25:
			ftyp = f.Type;
			_r$11 = lookupXMLName(ftyp); /* */ $s = 27; case 27: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			xmlname$1 = _r$11;
			/* */ if (!(xmlname$1 === ptrType$10.nil) && !(xmlname$1.name === finfo.name)) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (!(xmlname$1 === ptrType$10.nil) && !(xmlname$1.name === finfo.name)) { */ case 28:
				_r$12 = fmt.Errorf("xml: name %q in tag of %s.%s conflicts with name %q in %s.XMLName", new sliceType$5([new $String(finfo.name), typ, new $String(f.Name), new $String(xmlname$1.name), ftyp])); /* */ $s = 30; case 30: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				$24r$4 = [ptrType$10.nil, _r$12];
				$s = 31; case 31: return $24r$4;
			/* } */ case 29:
		/* } */ case 26:
		$s = -1; return [finfo, $ifaceNil];
		/* */ } return; } var $f = {$blk: structFieldInfo, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _1, _2, _i, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, f, finfo, flag, ftyp, mode, ns, ok, parents, t, tag, tokens, typ, valid, x$2, x$3, xmlname, xmlname$1, $s};return $f;
	};
	lookupXMLName = function(typ) {
		var {_r$10, _r$11, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, err, f, finfo, i, n, typ, xmlname, $s, $r, $c} = $restore(this, {typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xmlname = ptrType$10.nil;
		/* while (true) { */ case 1:
			_r$6 = typ.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			/* if (!(_r$6 === 22)) { break; } */ if(!(_r$6 === 22)) { $s = 2; continue; }
			_r$7 = typ.Elem(); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			typ = _r$7;
		$s = 1; continue;
		case 2:
		_r$8 = typ.Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		/* */ if (!((_r$8 === 25))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!((_r$8 === 25))) { */ case 5:
			xmlname = ptrType$10.nil;
			$s = -1; return xmlname;
		/* } */ case 6:
		_tmp = 0;
		_r$9 = typ.NumField(); /* */ $s = 8; case 8: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tmp$1 = _r$9;
		i = _tmp;
		n = _tmp$1;
		/* while (true) { */ case 9:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 10; continue; }
			f = [f];
			_r$10 = typ.Field(i); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			f[0] = $clone(_r$10, reflect.StructField);
			if (!(f[0].Name === "XMLName")) {
				i = i + (1) >> 0;
				/* continue; */ $s = 9; continue;
			}
			_r$11 = structFieldInfo(typ, f[0]); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_tuple = _r$11;
			finfo = _tuple[0];
			err = _tuple[1];
			if ($interfaceIsEqual(err, $ifaceNil) && !(finfo.name === "")) {
				xmlname = finfo;
				$s = -1; return xmlname;
			}
			/* break; */ $s = 10; continue;
		case 10:
		xmlname = ptrType$10.nil;
		$s = -1; return xmlname;
		/* */ } return; } var $f = {$blk: lookupXMLName, $c: true, $r, _r$10, _r$11, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, err, f, finfo, i, n, typ, xmlname, $s};return $f;
	};
	min = function(a, b) {
		var a, b;
		if (a <= b) {
			return a;
		}
		return b;
	};
	addFieldInfo = function(typ, tinfo, newf) {
		var {_i, _i$1, _i$2, _r$6, _r$7, _ref, _ref$1, _ref$2, c, conflicts, f1, f2, i, i$1, i$2, i$3, minl, newf, oldf, oldf$1, p, tinfo, typ, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {typ, tinfo, newf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conflicts = sliceType$7.nil;
		_ref = tinfo.fields;
		_i = 0;
		Loop:
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			oldf = (x$2 = tinfo.fields, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i]));
			if (!(((oldf.flags & 127) === (newf.flags & 127)))) {
				_i++;
				continue;
			}
			if (!(oldf.xmlns === "") && !(newf.xmlns === "") && !(oldf.xmlns === newf.xmlns)) {
				_i++;
				continue;
			}
			minl = min(newf.parents.$length, oldf.parents.$length);
			p = 0;
			while (true) {
				if (!(p < minl)) { break; }
				if (!((x$3 = oldf.parents, ((p < 0 || p >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + p])) === (x$4 = newf.parents, ((p < 0 || p >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + p])))) {
					_i++;
					continue Loop;
				}
				p = p + (1) >> 0;
			}
			if (oldf.parents.$length > newf.parents.$length) {
				if ((x$5 = oldf.parents, x$6 = newf.parents.$length, ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6])) === newf.name) {
					conflicts = $append(conflicts, i);
				}
			} else if (oldf.parents.$length < newf.parents.$length) {
				if ((x$7 = newf.parents, x$8 = oldf.parents.$length, ((x$8 < 0 || x$8 >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + x$8])) === oldf.name) {
					conflicts = $append(conflicts, i);
				}
			} else {
				if (newf.name === oldf.name) {
					conflicts = $append(conflicts, i);
				}
			}
			_i++;
		}
		if (conflicts === sliceType$7.nil) {
			tinfo.fields = $append(tinfo.fields, newf);
			$s = -1; return $ifaceNil;
		}
		_ref$1 = conflicts;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if ((x$9 = tinfo.fields, ((i$1 < 0 || i$1 >= x$9.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$9.$array[x$9.$offset + i$1])).idx.$length < newf.idx.$length) {
				$s = -1; return $ifaceNil;
			}
			_i$1++;
		}
		_ref$2 = conflicts;
		_i$2 = 0;
		/* while (true) { */ case 1:
			/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 2; continue; }
			i$2 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
			oldf$1 = (x$10 = tinfo.fields, ((i$2 < 0 || i$2 >= x$10.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + i$2]));
			/* */ if (oldf$1.idx.$length === newf.idx.$length) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (oldf$1.idx.$length === newf.idx.$length) { */ case 3:
				_r$6 = typ.FieldByIndex(oldf$1.idx); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				f1 = $clone(_r$6, reflect.StructField);
				_r$7 = typ.FieldByIndex(newf.idx); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				f2 = $clone(_r$7, reflect.StructField);
				$s = -1; return new TagPathError.ptr(typ, f1.Name, new reflect.StructTag(f1.Tag).Get("xml"), f2.Name, new reflect.StructTag(f2.Tag).Get("xml"));
			/* } */ case 4:
			_i$2++;
		$s = 1; continue;
		case 2:
		c = conflicts.$length - 1 >> 0;
		while (true) {
			if (!(c >= 0)) { break; }
			i$3 = ((c < 0 || c >= conflicts.$length) ? ($throwRuntimeError("index out of range"), undefined) : conflicts.$array[conflicts.$offset + c]);
			$copySlice($subslice(tinfo.fields, i$3), $subslice(tinfo.fields, (i$3 + 1 >> 0)));
			tinfo.fields = $subslice(tinfo.fields, 0, (tinfo.fields.$length - 1 >> 0));
			c = c - (1) >> 0;
		}
		tinfo.fields = $append(tinfo.fields, newf);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: addFieldInfo, $c: true, $r, _i, _i$1, _i$2, _r$6, _r$7, _ref, _ref$1, _ref$2, c, conflicts, f1, f2, i, i$1, i$2, i$3, minl, newf, oldf, oldf$1, p, tinfo, typ, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	TagPathError.ptr.prototype.Error = function() {
		var {$24r, _r$6, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$6 = fmt.Sprintf("%s field %q with tag %q conflicts with field %q with tag %q", new sliceType$5([e.Struct, new $String(e.Field1), new $String(e.Tag1), new $String(e.Field2), new $String(e.Tag2)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: TagPathError.ptr.prototype.Error, $c: true, $r, $24r, _r$6, e, $s};return $f;
	};
	TagPathError.prototype.Error = function() { return this.$val.Error(); };
	fieldInfo.ptr.prototype.value = function(v, shouldInitNilPointers) {
		var {_i, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, _ref, _v, finfo, i, shouldInitNilPointers, t, v, x$2, $s, $r, $c} = $restore(this, {v, shouldInitNilPointers});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		finfo = this;
		_ref = finfo.idx;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			x$2 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (i > 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (i > 0) { */ case 3:
				t = $clone(v, reflect.Value).Type();
				_r$6 = t.Kind(); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				if (!(_r$6 === 22)) { _v = false; $s = 7; continue s; }
				_r$7 = t.Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = _r$7.Kind(); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_v = _r$8 === 25; case 7:
				/* */ if (_v) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_v) { */ case 5:
					/* */ if ($clone(v, reflect.Value).IsNil()) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if ($clone(v, reflect.Value).IsNil()) { */ case 11:
						if (!shouldInitNilPointers) {
							$s = -1; return new reflect.Value.ptr(ptrType$11.nil, 0, 0);
						}
						_r$9 = $clone(v, reflect.Value).Type().Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						_r$10 = reflect.New(_r$9); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						$r = $clone(v, reflect.Value).Set($clone(_r$10, reflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 12:
					_r$11 = $clone(v, reflect.Value).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					v = _r$11;
				/* } */ case 6:
			/* } */ case 4:
			_r$12 = $clone(v, reflect.Value).Field(x$2); /* */ $s = 17; case 17: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			v = _r$12;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: fieldInfo.ptr.prototype.value, $c: true, $r, _i, _r$10, _r$11, _r$12, _r$6, _r$7, _r$8, _r$9, _ref, _v, finfo, i, shouldInitNilPointers, t, v, x$2, $s};return $f;
	};
	fieldInfo.prototype.value = function(v, shouldInitNilPointers) { return this.$val.value(v, shouldInitNilPointers); };
	Decoder.ptr.prototype.Decode = function(v) {
		var {$24r, _r$6, d, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$6 = d.DecodeElement(v, ptrType$12.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.Decode, $c: true, $r, $24r, _r$6, d, v, $s};return $f;
	};
	Decoder.prototype.Decode = function(v) { return this.$val.Decode(v); };
	Decoder.ptr.prototype.DecodeElement = function(v, start) {
		var {$24r, _r$6, _r$7, _r$8, d, start, v, val, $s, $r, $c} = $restore(this, {v, start});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$6 = reflect.ValueOf(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		val = _r$6;
		if (!(($clone(val, reflect.Value).Kind() === 22))) {
			$s = -1; return errors.New("non-pointer passed to Unmarshal");
		}
		_r$7 = $clone(val, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = d.unmarshal($clone(_r$7, reflect.Value), start, 0); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.DecodeElement, $c: true, $r, $24r, _r$6, _r$7, _r$8, d, start, v, val, $s};return $f;
	};
	Decoder.prototype.DecodeElement = function(v, start) { return this.$val.DecodeElement(v, start); };
	UnmarshalError.prototype.Error = function() {
		var e;
		e = this.$val;
		return (e);
	};
	$ptrType(UnmarshalError).prototype.Error = function() { return new UnmarshalError(this.$get()).Error(); };
	receiverType = function(val) {
		var {$24r, $24r$1, _r$6, _r$7, _r$8, t, val, $s, $r, $c} = $restore(this, {val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = reflect.TypeOf(val);
		_r$6 = t.Name(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (!(_r$6 === "")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(_r$6 === "")) { */ case 1:
			_r$7 = t.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r = _r$7;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_r$8 = t.String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r$1 = "(" + _r$8 + ")";
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: receiverType, $c: true, $r, $24r, $24r$1, _r$6, _r$7, _r$8, t, val, $s};return $f;
	};
	Decoder.ptr.prototype.unmarshalInterface = function(val, start) {
		var {$24r, _arg, _arg$1, _r$6, _r$7, _r$8, d, err, start, val, $s, $r, $c} = $restore(this, {val, start});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		d.pushEOF();
		d.unmarshalDepth = d.unmarshalDepth + (1) >> 0;
		_r$6 = val.UnmarshalXML(d, $clone(start, StartElement)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		err = _r$6;
		d.unmarshalDepth = d.unmarshalDepth - (1) >> 0;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			d.popEOF();
			$s = -1; return err;
		}
		/* */ if (!d.popEOF()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!d.popEOF()) { */ case 2:
			_r$7 = receiverType(val); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg = new $String(_r$7);
			_arg$1 = new $String(start.Name.Local);
			_r$8 = fmt.Errorf("xml: %s.UnmarshalXML did not consume entire <%s> element", new sliceType$5([_arg, _arg$1])); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.unmarshalInterface, $c: true, $r, $24r, _arg, _arg$1, _r$6, _r$7, _r$8, d, err, start, val, $s};return $f;
	};
	Decoder.prototype.unmarshalInterface = function(val, start) { return this.$val.unmarshalInterface(val, start); };
	Decoder.ptr.prototype.unmarshalTextInterface = function(val) {
		var {$24r, _r$6, _r$7, _ref, _tuple, buf, d, depth, err, t, t$1, t$2, t$3, val, $s, $r, $c} = $restore(this, {val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		buf = sliceType$3.nil;
		depth = 1;
		/* while (true) { */ case 1:
			/* if (!(depth > 0)) { break; } */ if(!(depth > 0)) { $s = 2; continue; }
			_r$6 = d.Token(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			t = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			_ref = t;
			if ($assertType(_ref, CharData, true)[1]) {
				t$1 = _ref.$val;
				if (depth === 1) {
					buf = $appendSlice(buf, $convertSliceType(t$1, sliceType$3));
				}
			} else if ($assertType(_ref, StartElement, true)[1]) {
				t$2 = $clone(_ref.$val, StartElement);
				depth = depth + (1) >> 0;
			} else if ($assertType(_ref, EndElement, true)[1]) {
				t$3 = $clone(_ref.$val, EndElement);
				depth = depth - (1) >> 0;
			}
		$s = 1; continue;
		case 2:
		_r$7 = val.UnmarshalText(buf); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		$24r = _r$7;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.unmarshalTextInterface, $c: true, $r, $24r, _r$6, _r$7, _ref, _tuple, buf, d, depth, err, t, t$1, t$2, t$3, val, $s};return $f;
	};
	Decoder.prototype.unmarshalTextInterface = function(val) { return this.$val.unmarshalTextInterface(val); };
	Decoder.ptr.prototype.unmarshalAttr = function(val, attr) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, _v$4, attr, d, err, n, pv, pv$1, val, $s, $r, $c} = $restore(this, {val, attr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		/* */ if ($clone(val, reflect.Value).Kind() === 22) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(val, reflect.Value).Kind() === 22) { */ case 1:
			/* */ if ($clone(val, reflect.Value).IsNil()) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ($clone(val, reflect.Value).IsNil()) { */ case 3:
				_r$6 = $clone(val, reflect.Value).Type().Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = reflect.New(_r$6); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$r = $clone(val, reflect.Value).Set($clone(_r$7, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
			_r$8 = $clone(val, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			val = _r$8;
		/* } */ case 2:
		if (!($clone(val, reflect.Value).CanInterface())) { _v = false; $s = 11; continue s; }
		_r$9 = $clone(val, reflect.Value).Type().Implements(unmarshalerAttrType); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_v = _r$9; case 11:
		/* */ if (_v) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (_v) { */ case 9:
			_r$10 = $clone(val, reflect.Value).Interface(); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = $assertType(_r$10, UnmarshalerAttr).UnmarshalXMLAttr($clone(attr, Attr)); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r = _r$11;
			$s = 15; case 15: return $24r;
		/* } */ case 10:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 16:
			pv = $clone(val, reflect.Value).Addr();
			if (!($clone(pv, reflect.Value).CanInterface())) { _v$1 = false; $s = 20; continue s; }
			_r$12 = $clone(pv, reflect.Value).Type().Implements(unmarshalerAttrType); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_v$1 = _r$12; case 20:
			/* */ if (_v$1) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (_v$1) { */ case 18:
				_r$13 = $clone(pv, reflect.Value).Interface(); /* */ $s = 22; case 22: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = $assertType(_r$13, UnmarshalerAttr).UnmarshalXMLAttr($clone(attr, Attr)); /* */ $s = 23; case 23: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r$1 = _r$14;
				$s = 24; case 24: return $24r$1;
			/* } */ case 19:
		/* } */ case 17:
		if (!($clone(val, reflect.Value).CanInterface())) { _v$2 = false; $s = 27; continue s; }
		_r$15 = $clone(val, reflect.Value).Type().Implements(textUnmarshalerType); /* */ $s = 28; case 28: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_v$2 = _r$15; case 27:
		/* */ if (_v$2) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (_v$2) { */ case 25:
			_r$16 = $clone(val, reflect.Value).Interface(); /* */ $s = 29; case 29: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = $assertType(_r$16, encoding.TextUnmarshaler).UnmarshalText((new sliceType$3($stringToBytes(attr.Value)))); /* */ $s = 30; case 30: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$24r$2 = _r$17;
			$s = 31; case 31: return $24r$2;
		/* } */ case 26:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 32:
			pv$1 = $clone(val, reflect.Value).Addr();
			if (!($clone(pv$1, reflect.Value).CanInterface())) { _v$3 = false; $s = 36; continue s; }
			_r$18 = $clone(pv$1, reflect.Value).Type().Implements(textUnmarshalerType); /* */ $s = 37; case 37: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_v$3 = _r$18; case 36:
			/* */ if (_v$3) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (_v$3) { */ case 34:
				_r$19 = $clone(pv$1, reflect.Value).Interface(); /* */ $s = 38; case 38: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_r$20 = $assertType(_r$19, encoding.TextUnmarshaler).UnmarshalText((new sliceType$3($stringToBytes(attr.Value)))); /* */ $s = 39; case 39: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				$24r$3 = _r$20;
				$s = 40; case 40: return $24r$3;
			/* } */ case 35:
		/* } */ case 33:
		_r$21 = $clone(val, reflect.Value).Type().Kind(); /* */ $s = 44; case 44: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		if (!(_r$21 === 23)) { _v$4 = false; $s = 43; continue s; }
		_r$22 = $clone(val, reflect.Value).Type().Elem(); /* */ $s = 45; case 45: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
		_r$23 = _r$22.Kind(); /* */ $s = 46; case 46: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
		_v$4 = !((_r$23 === 8)); case 43:
		/* */ if (_v$4) { $s = 41; continue; }
		/* */ $s = 42; continue;
		/* if (_v$4) { */ case 41:
			n = $clone(val, reflect.Value).Len();
			_arg = $clone(val, reflect.Value);
			_r$24 = $clone(val, reflect.Value).Type().Elem(); /* */ $s = 47; case 47: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_r$25 = reflect.Zero(_r$24); /* */ $s = 48; case 48: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_arg$1 = $clone(_r$25, reflect.Value);
			_r$26 = reflect.Append(_arg, new sliceType$8([_arg$1])); /* */ $s = 49; case 49: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			$r = $clone(val, reflect.Value).Set($clone(_r$26, reflect.Value)); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$27 = $clone(val, reflect.Value).Index(n); /* */ $s = 51; case 51: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			_r$28 = d.unmarshalAttr($clone(_r$27, reflect.Value), $clone(attr, Attr)); /* */ $s = 52; case 52: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			err = _r$28;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$clone(val, reflect.Value).SetLen(n);
				$s = -1; return err;
			}
			$s = -1; return $ifaceNil;
		/* } */ case 42:
		/* */ if ($interfaceIsEqual($clone(val, reflect.Value).Type(), attrType)) { $s = 53; continue; }
		/* */ $s = 54; continue;
		/* if ($interfaceIsEqual($clone(val, reflect.Value).Type(), attrType)) { */ case 53:
			_r$29 = reflect.ValueOf(new attr.constructor.elem(attr)); /* */ $s = 55; case 55: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
			$r = $clone(val, reflect.Value).Set($clone(_r$29, reflect.Value)); /* */ $s = 56; case 56: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 54:
		_r$30 = copyValue($clone(val, reflect.Value), (new sliceType$3($stringToBytes(attr.Value)))); /* */ $s = 57; case 57: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
		$24r$4 = _r$30;
		$s = 58; case 58: return $24r$4;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.unmarshalAttr, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$6, _r$7, _r$8, _r$9, _v, _v$1, _v$2, _v$3, _v$4, attr, d, err, n, pv, pv$1, val, $s};return $f;
	};
	Decoder.prototype.unmarshalAttr = function(val, attr) { return this.$val.unmarshalAttr(val, attr); };
	Decoder.ptr.prototype.unmarshal = function(val, start, depth) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _1, _2, _3, _4, _5, _arg, _arg$1, _i, _i$1, _i$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$50, _r$51, _r$52, _r$53, _r$54, _r$55, _r$56, _r$57, _r$58, _r$59, _r$6, _r$60, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _v, _v$1, _v$2, _v$3, _v$4, _v$5, a, any, comment, consumed, d, data, depth, e, e$1, err, err$1, err$10, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, finfo, finfo$1, finfo$2, finfo$3, fv, handled, i, i$1, n, ok, ok$1, pv, pv$1, pv$2, saveAny, saveComment, saveData, saveXML, saveXMLData, saveXMLIndex, savedOffset, start, strv, strv$1, sv, t, t$1, t$2, t$3, t$4, t$5, t$6, tinfo, tok, tok$1, typ, typ$1, v, val, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {val, start, depth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		if (depth >= 10000) {
			$s = -1; return errExeceededMaxUnmarshalDepth;
		}
		/* */ if (start === ptrType$12.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (start === ptrType$12.nil) { */ case 1:
			/* while (true) { */ case 3:
				t = [t];
				_r$6 = d.Token(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple = _r$6;
				tok = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
				_tuple$1 = $assertType(tok, StartElement, true);
				t[0] = $clone(_tuple$1[0], StartElement);
				ok = _tuple$1[1];
				if (ok) {
					start = t[0];
					/* break; */ $s = 4; continue;
				}
			$s = 3; continue;
			case 4:
		/* } */ case 2:
		/* */ if (($clone(val, reflect.Value).Kind() === 20) && !$clone(val, reflect.Value).IsNil()) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (($clone(val, reflect.Value).Kind() === 20) && !$clone(val, reflect.Value).IsNil()) { */ case 6:
			_r$7 = $clone(val, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			e = _r$7;
			if (($clone(e, reflect.Value).Kind() === 22) && !$clone(e, reflect.Value).IsNil()) {
				val = e;
			}
		/* } */ case 7:
		/* */ if ($clone(val, reflect.Value).Kind() === 22) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if ($clone(val, reflect.Value).Kind() === 22) { */ case 9:
			/* */ if ($clone(val, reflect.Value).IsNil()) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if ($clone(val, reflect.Value).IsNil()) { */ case 11:
				_r$8 = $clone(val, reflect.Value).Type().Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = reflect.New(_r$8); /* */ $s = 14; case 14: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$r = $clone(val, reflect.Value).Set($clone(_r$9, reflect.Value)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 12:
			_r$10 = $clone(val, reflect.Value).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			val = _r$10;
		/* } */ case 10:
		if (!($clone(val, reflect.Value).CanInterface())) { _v = false; $s = 19; continue s; }
		_r$11 = $clone(val, reflect.Value).Type().Implements(unmarshalerType); /* */ $s = 20; case 20: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_v = _r$11; case 19:
		/* */ if (_v) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (_v) { */ case 17:
			_r$12 = $clone(val, reflect.Value).Interface(); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$13 = d.unmarshalInterface($assertType(_r$12, Unmarshaler), start); /* */ $s = 22; case 22: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$24r = _r$13;
			$s = 23; case 23: return $24r;
		/* } */ case 18:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 24:
			pv = $clone(val, reflect.Value).Addr();
			if (!($clone(pv, reflect.Value).CanInterface())) { _v$1 = false; $s = 28; continue s; }
			_r$14 = $clone(pv, reflect.Value).Type().Implements(unmarshalerType); /* */ $s = 29; case 29: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_v$1 = _r$14; case 28:
			/* */ if (_v$1) { $s = 26; continue; }
			/* */ $s = 27; continue;
			/* if (_v$1) { */ case 26:
				_r$15 = $clone(pv, reflect.Value).Interface(); /* */ $s = 30; case 30: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = d.unmarshalInterface($assertType(_r$15, Unmarshaler), start); /* */ $s = 31; case 31: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				$24r$1 = _r$16;
				$s = 32; case 32: return $24r$1;
			/* } */ case 27:
		/* } */ case 25:
		if (!($clone(val, reflect.Value).CanInterface())) { _v$2 = false; $s = 35; continue s; }
		_r$17 = $clone(val, reflect.Value).Type().Implements(textUnmarshalerType); /* */ $s = 36; case 36: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		_v$2 = _r$17; case 35:
		/* */ if (_v$2) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (_v$2) { */ case 33:
			_r$18 = $clone(val, reflect.Value).Interface(); /* */ $s = 37; case 37: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$19 = d.unmarshalTextInterface($assertType(_r$18, encoding.TextUnmarshaler)); /* */ $s = 38; case 38: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			$24r$2 = _r$19;
			$s = 39; case 39: return $24r$2;
		/* } */ case 34:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 40; continue; }
		/* */ $s = 41; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 40:
			pv$1 = $clone(val, reflect.Value).Addr();
			if (!($clone(pv$1, reflect.Value).CanInterface())) { _v$3 = false; $s = 44; continue s; }
			_r$20 = $clone(pv$1, reflect.Value).Type().Implements(textUnmarshalerType); /* */ $s = 45; case 45: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_v$3 = _r$20; case 44:
			/* */ if (_v$3) { $s = 42; continue; }
			/* */ $s = 43; continue;
			/* if (_v$3) { */ case 42:
				_r$21 = $clone(pv$1, reflect.Value).Interface(); /* */ $s = 46; case 46: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$22 = d.unmarshalTextInterface($assertType(_r$21, encoding.TextUnmarshaler)); /* */ $s = 47; case 47: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				$24r$3 = _r$22;
				$s = 48; case 48: return $24r$3;
			/* } */ case 43:
		/* } */ case 41:
		data = sliceType$3.nil;
		saveData = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		comment = sliceType$3.nil;
		saveComment = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		saveXML = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		saveXMLIndex = 0;
		saveXMLData = sliceType$3.nil;
		saveAny = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		sv = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		tinfo = ptrType$9.nil;
		err$1 = $ifaceNil;
			v = val;
			_1 = $clone(v, reflect.Value).Kind();
			/* */ if (_1 === (20)) { $s = 50; continue; }
			/* */ if (_1 === (23)) { $s = 51; continue; }
			/* */ if ((_1 === (1)) || (_1 === (13)) || (_1 === (14)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12)) || (_1 === (24))) { $s = 52; continue; }
			/* */ if (_1 === (25)) { $s = 53; continue; }
			/* */ $s = 54; continue;
			/* if (_1 === (20)) { */ case 50:
				_r$23 = d.Skip(); /* */ $s = 56; case 56: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				$24r$4 = _r$23;
				$s = 57; case 57: return $24r$4;
			/* } else if (_1 === (23)) { */ case 51:
				typ = $clone(v, reflect.Value).Type();
				_r$24 = typ.Elem(); /* */ $s = 60; case 60: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_r$25 = _r$24.Kind(); /* */ $s = 61; case 61: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				/* */ if (_r$25 === 8) { $s = 58; continue; }
				/* */ $s = 59; continue;
				/* if (_r$25 === 8) { */ case 58:
					saveData = v;
					/* break; */ $s = 49; continue;
				/* } */ case 59:
				n = $clone(v, reflect.Value).Len();
				_arg = $clone(val, reflect.Value);
				_r$26 = $clone(v, reflect.Value).Type().Elem(); /* */ $s = 62; case 62: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_r$27 = reflect.Zero(_r$26); /* */ $s = 63; case 63: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				_arg$1 = $clone(_r$27, reflect.Value);
				_r$28 = reflect.Append(_arg, new sliceType$8([_arg$1])); /* */ $s = 64; case 64: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
				$r = $clone(v, reflect.Value).Set($clone(_r$28, reflect.Value)); /* */ $s = 65; case 65: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$29 = $clone(v, reflect.Value).Index(n); /* */ $s = 66; case 66: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
				_r$30 = d.unmarshal($clone(_r$29, reflect.Value), start, depth + 1 >> 0); /* */ $s = 67; case 67: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				err$2 = _r$30;
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					$clone(v, reflect.Value).SetLen(n);
					$s = -1; return err$2;
				}
				$s = -1; return $ifaceNil;
			/* } else if ((_1 === (1)) || (_1 === (13)) || (_1 === (14)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12)) || (_1 === (24))) { */ case 52:
				saveData = v;
				$s = 55; continue;
			/* } else if (_1 === (25)) { */ case 53:
				typ$1 = $clone(v, reflect.Value).Type();
				/* */ if ($interfaceIsEqual(typ$1, nameType)) { $s = 68; continue; }
				/* */ $s = 69; continue;
				/* if ($interfaceIsEqual(typ$1, nameType)) { */ case 68:
					_r$31 = reflect.ValueOf((x$2 = start.Name, new x$2.constructor.elem(x$2))); /* */ $s = 70; case 70: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
					$r = $clone(v, reflect.Value).Set($clone(_r$31, reflect.Value)); /* */ $s = 71; case 71: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* break; */ $s = 49; continue;
				/* } */ case 69:
				sv = v;
				_r$32 = getTypeInfo(typ$1); /* */ $s = 72; case 72: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
				_tuple$2 = _r$32;
				tinfo = _tuple$2[0];
				err$1 = _tuple$2[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
				/* */ if (!(tinfo.xmlname === ptrType$10.nil)) { $s = 73; continue; }
				/* */ $s = 74; continue;
				/* if (!(tinfo.xmlname === ptrType$10.nil)) { */ case 73:
					finfo = tinfo.xmlname;
					if (!(finfo.name === "") && !(finfo.name === start.Name.Local)) {
						$s = -1; return new UnmarshalError(("expected element type <" + finfo.name + "> but have <" + start.Name.Local + ">"));
					}
					if (!(finfo.xmlns === "") && !(finfo.xmlns === start.Name.Space)) {
						e$1 = "expected element <" + finfo.name + "> in name space " + finfo.xmlns + " but have ";
						if (start.Name.Space === "") {
							e$1 = e$1 + ("no name space");
						} else {
							e$1 = e$1 + (start.Name.Space);
						}
						$s = -1; return new UnmarshalError((e$1));
					}
					_r$33 = finfo.value($clone(sv, reflect.Value), true); /* */ $s = 75; case 75: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
					fv = _r$33;
					_r$34 = $clone(fv, reflect.Value).Interface(); /* */ $s = 76; case 76: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
					_tuple$3 = $assertType(_r$34, Name, true);
					ok$1 = _tuple$3[1];
					/* */ if (ok$1) { $s = 77; continue; }
					/* */ $s = 78; continue;
					/* if (ok$1) { */ case 77:
						_r$35 = reflect.ValueOf((x$3 = start.Name, new x$3.constructor.elem(x$3))); /* */ $s = 79; case 79: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
						$r = $clone(fv, reflect.Value).Set($clone(_r$35, reflect.Value)); /* */ $s = 80; case 80: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 78:
				/* } */ case 74:
				_ref = start.Attr;
				_i = 0;
				/* while (true) { */ case 81:
					/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 82; continue; }
					a = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), Attr);
					handled = false;
					any = -1;
					_ref$1 = tinfo.fields;
					_i$1 = 0;
					/* while (true) { */ case 83:
						/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 84; continue; }
						i = _i$1;
						finfo$1 = (x$4 = tinfo.fields, ((i < 0 || i >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + i]));
							_2 = finfo$1.flags & 127;
							/* */ if (_2 === (2)) { $s = 86; continue; }
							/* */ if (_2 === (66)) { $s = 87; continue; }
							/* */ $s = 88; continue;
							/* if (_2 === (2)) { */ case 86:
								_r$36 = finfo$1.value($clone(sv, reflect.Value), true); /* */ $s = 89; case 89: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
								strv = _r$36;
								/* */ if (a.Name.Local === finfo$1.name && (finfo$1.xmlns === "" || finfo$1.xmlns === a.Name.Space)) { $s = 90; continue; }
								/* */ $s = 91; continue;
								/* if (a.Name.Local === finfo$1.name && (finfo$1.xmlns === "" || finfo$1.xmlns === a.Name.Space)) { */ case 90:
									_r$37 = d.unmarshalAttr($clone(strv, reflect.Value), $clone(a, Attr)); /* */ $s = 92; case 92: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
									err$3 = _r$37;
									if (!($interfaceIsEqual(err$3, $ifaceNil))) {
										$s = -1; return err$3;
									}
									handled = true;
								/* } */ case 91:
								$s = 88; continue;
							/* } else if (_2 === (66)) { */ case 87:
								if (any === -1) {
									any = i;
								}
							/* } */ case 88:
						case 85:
						_i$1++;
					$s = 83; continue;
					case 84:
					/* */ if (!handled && any >= 0) { $s = 93; continue; }
					/* */ $s = 94; continue;
					/* if (!handled && any >= 0) { */ case 93:
						finfo$2 = (x$5 = tinfo.fields, ((any < 0 || any >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + any]));
						_r$38 = finfo$2.value($clone(sv, reflect.Value), true); /* */ $s = 95; case 95: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
						strv$1 = _r$38;
						_r$39 = d.unmarshalAttr($clone(strv$1, reflect.Value), $clone(a, Attr)); /* */ $s = 96; case 96: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
						err$4 = _r$39;
						if (!($interfaceIsEqual(err$4, $ifaceNil))) {
							$s = -1; return err$4;
						}
					/* } */ case 94:
					_i++;
				$s = 81; continue;
				case 82:
				_ref$2 = tinfo.fields;
				_i$2 = 0;
				/* while (true) { */ case 97:
					/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 98; continue; }
					i$1 = _i$2;
					finfo$3 = (x$6 = tinfo.fields, ((i$1 < 0 || i$1 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i$1]));
						_3 = finfo$3.flags & 127;
						/* */ if ((_3 === (4)) || (_3 === (8))) { $s = 100; continue; }
						/* */ if (_3 === (32)) { $s = 101; continue; }
						/* */ if ((_3 === (64)) || (_3 === (65))) { $s = 102; continue; }
						/* */ if (_3 === (16)) { $s = 103; continue; }
						/* */ $s = 104; continue;
						/* if ((_3 === (4)) || (_3 === (8))) { */ case 100:
							/* */ if (!$clone(saveData, reflect.Value).IsValid()) { $s = 105; continue; }
							/* */ $s = 106; continue;
							/* if (!$clone(saveData, reflect.Value).IsValid()) { */ case 105:
								_r$40 = finfo$3.value($clone(sv, reflect.Value), true); /* */ $s = 107; case 107: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
								saveData = _r$40;
							/* } */ case 106:
							$s = 104; continue;
						/* } else if (_3 === (32)) { */ case 101:
							/* */ if (!$clone(saveComment, reflect.Value).IsValid()) { $s = 108; continue; }
							/* */ $s = 109; continue;
							/* if (!$clone(saveComment, reflect.Value).IsValid()) { */ case 108:
								_r$41 = finfo$3.value($clone(sv, reflect.Value), true); /* */ $s = 110; case 110: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
								saveComment = _r$41;
							/* } */ case 109:
							$s = 104; continue;
						/* } else if ((_3 === (64)) || (_3 === (65))) { */ case 102:
							/* */ if (!$clone(saveAny, reflect.Value).IsValid()) { $s = 111; continue; }
							/* */ $s = 112; continue;
							/* if (!$clone(saveAny, reflect.Value).IsValid()) { */ case 111:
								_r$42 = finfo$3.value($clone(sv, reflect.Value), true); /* */ $s = 113; case 113: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
								saveAny = _r$42;
							/* } */ case 112:
							$s = 104; continue;
						/* } else if (_3 === (16)) { */ case 103:
							/* */ if (!$clone(saveXML, reflect.Value).IsValid()) { $s = 114; continue; }
							/* */ $s = 115; continue;
							/* if (!$clone(saveXML, reflect.Value).IsValid()) { */ case 114:
								_r$43 = finfo$3.value($clone(sv, reflect.Value), true); /* */ $s = 116; case 116: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
								saveXML = _r$43;
								if (d.saved === ptrType$6.nil) {
									saveXMLIndex = 0;
									d.saved = new bytes.Buffer.ptr(sliceType$3.nil, 0, 0);
								} else {
									saveXMLIndex = d.savedOffset();
								}
							/* } */ case 115:
						/* } */ case 104:
					case 99:
					_i$2++;
				$s = 97; continue;
				case 98:
				$s = 55; continue;
			/* } else { */ case 54:
				_r$44 = $clone(v, reflect.Value).Type().String(); /* */ $s = 117; case 117: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
				_r$45 = errors.New("unknown type " + _r$44); /* */ $s = 118; case 118: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
				$24r$5 = _r$45;
				$s = 119; case 119: return $24r$5;
			/* } */ case 55:
		case 49:
		/* while (true) { */ case 120:
			t$1 = [t$1];
			savedOffset = 0;
			if ($clone(saveXML, reflect.Value).IsValid()) {
				savedOffset = d.savedOffset();
			}
			_r$46 = d.Token(); /* */ $s = 122; case 122: if($c) { $c = false; _r$46 = _r$46.$blk(); } if (_r$46 && _r$46.$blk !== undefined) { break s; }
			_tuple$4 = _r$46;
			tok$1 = _tuple$4[0];
			err$5 = _tuple$4[1];
			if (!($interfaceIsEqual(err$5, $ifaceNil))) {
				$s = -1; return err$5;
			}
			_ref$3 = tok$1;
			/* */ if ($assertType(_ref$3, StartElement, true)[1]) { $s = 123; continue; }
			/* */ if ($assertType(_ref$3, EndElement, true)[1]) { $s = 124; continue; }
			/* */ if ($assertType(_ref$3, CharData, true)[1]) { $s = 125; continue; }
			/* */ if ($assertType(_ref$3, Comment, true)[1]) { $s = 126; continue; }
			/* */ $s = 127; continue;
			/* if ($assertType(_ref$3, StartElement, true)[1]) { */ case 123:
				t$1[0] = $clone(_ref$3.$val, StartElement);
				consumed = false;
				/* */ if ($clone(sv, reflect.Value).IsValid()) { $s = 128; continue; }
				/* */ $s = 129; continue;
				/* if ($clone(sv, reflect.Value).IsValid()) { */ case 128:
					_r$47 = d.unmarshalPath(tinfo, $clone(sv, reflect.Value), sliceType$2.nil, t$1[0], depth); /* */ $s = 130; case 130: if($c) { $c = false; _r$47 = _r$47.$blk(); } if (_r$47 && _r$47.$blk !== undefined) { break s; }
					_tuple$5 = _r$47;
					consumed = _tuple$5[0];
					err$5 = _tuple$5[1];
					if (!($interfaceIsEqual(err$5, $ifaceNil))) {
						$s = -1; return err$5;
					}
					/* */ if (!consumed && $clone(saveAny, reflect.Value).IsValid()) { $s = 131; continue; }
					/* */ $s = 132; continue;
					/* if (!consumed && $clone(saveAny, reflect.Value).IsValid()) { */ case 131:
						consumed = true;
						_r$48 = d.unmarshal($clone(saveAny, reflect.Value), t$1[0], depth + 1 >> 0); /* */ $s = 133; case 133: if($c) { $c = false; _r$48 = _r$48.$blk(); } if (_r$48 && _r$48.$blk !== undefined) { break s; }
						err$6 = _r$48;
						if (!($interfaceIsEqual(err$6, $ifaceNil))) {
							$s = -1; return err$6;
						}
					/* } */ case 132:
				/* } */ case 129:
				/* */ if (!consumed) { $s = 134; continue; }
				/* */ $s = 135; continue;
				/* if (!consumed) { */ case 134:
					_r$49 = d.Skip(); /* */ $s = 136; case 136: if($c) { $c = false; _r$49 = _r$49.$blk(); } if (_r$49 && _r$49.$blk !== undefined) { break s; }
					err$7 = _r$49;
					if (!($interfaceIsEqual(err$7, $ifaceNil))) {
						$s = -1; return err$7;
					}
				/* } */ case 135:
				$s = 127; continue;
			/* } else if ($assertType(_ref$3, EndElement, true)[1]) { */ case 124:
				t$2 = $clone(_ref$3.$val, EndElement);
				if ($clone(saveXML, reflect.Value).IsValid()) {
					saveXMLData = $subslice(d.saved.Bytes(), saveXMLIndex, savedOffset);
					if (saveXMLIndex === 0) {
						d.saved = ptrType$6.nil;
					}
				}
				/* break Loop; */ $s = 121; continue s;
				$s = 127; continue;
			/* } else if ($assertType(_ref$3, CharData, true)[1]) { */ case 125:
				t$3 = _ref$3.$val;
				if ($clone(saveData, reflect.Value).IsValid()) {
					data = $appendSlice(data, $convertSliceType(t$3, sliceType$3));
				}
				$s = 127; continue;
			/* } else if ($assertType(_ref$3, Comment, true)[1]) { */ case 126:
				t$4 = _ref$3.$val;
				if ($clone(saveComment, reflect.Value).IsValid()) {
					comment = $appendSlice(comment, $convertSliceType(t$4, sliceType$3));
				}
			/* } */ case 127:
		$s = 120; continue;
		case 121:
		if (!($clone(saveData, reflect.Value).IsValid() && $clone(saveData, reflect.Value).CanInterface())) { _v$4 = false; $s = 139; continue s; }
		_r$50 = $clone(saveData, reflect.Value).Type().Implements(textUnmarshalerType); /* */ $s = 140; case 140: if($c) { $c = false; _r$50 = _r$50.$blk(); } if (_r$50 && _r$50.$blk !== undefined) { break s; }
		_v$4 = _r$50; case 139:
		/* */ if (_v$4) { $s = 137; continue; }
		/* */ $s = 138; continue;
		/* if (_v$4) { */ case 137:
			_r$51 = $clone(saveData, reflect.Value).Interface(); /* */ $s = 141; case 141: if($c) { $c = false; _r$51 = _r$51.$blk(); } if (_r$51 && _r$51.$blk !== undefined) { break s; }
			_r$52 = $assertType(_r$51, encoding.TextUnmarshaler).UnmarshalText(data); /* */ $s = 142; case 142: if($c) { $c = false; _r$52 = _r$52.$blk(); } if (_r$52 && _r$52.$blk !== undefined) { break s; }
			err$8 = _r$52;
			if (!($interfaceIsEqual(err$8, $ifaceNil))) {
				$s = -1; return err$8;
			}
			saveData = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		/* } */ case 138:
		/* */ if ($clone(saveData, reflect.Value).IsValid() && $clone(saveData, reflect.Value).CanAddr()) { $s = 143; continue; }
		/* */ $s = 144; continue;
		/* if ($clone(saveData, reflect.Value).IsValid() && $clone(saveData, reflect.Value).CanAddr()) { */ case 143:
			pv$2 = $clone(saveData, reflect.Value).Addr();
			if (!($clone(pv$2, reflect.Value).CanInterface())) { _v$5 = false; $s = 147; continue s; }
			_r$53 = $clone(pv$2, reflect.Value).Type().Implements(textUnmarshalerType); /* */ $s = 148; case 148: if($c) { $c = false; _r$53 = _r$53.$blk(); } if (_r$53 && _r$53.$blk !== undefined) { break s; }
			_v$5 = _r$53; case 147:
			/* */ if (_v$5) { $s = 145; continue; }
			/* */ $s = 146; continue;
			/* if (_v$5) { */ case 145:
				_r$54 = $clone(pv$2, reflect.Value).Interface(); /* */ $s = 149; case 149: if($c) { $c = false; _r$54 = _r$54.$blk(); } if (_r$54 && _r$54.$blk !== undefined) { break s; }
				_r$55 = $assertType(_r$54, encoding.TextUnmarshaler).UnmarshalText(data); /* */ $s = 150; case 150: if($c) { $c = false; _r$55 = _r$55.$blk(); } if (_r$55 && _r$55.$blk !== undefined) { break s; }
				err$9 = _r$55;
				if (!($interfaceIsEqual(err$9, $ifaceNil))) {
					$s = -1; return err$9;
				}
				saveData = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
			/* } */ case 146:
		/* } */ case 144:
		_r$56 = copyValue($clone(saveData, reflect.Value), data); /* */ $s = 151; case 151: if($c) { $c = false; _r$56 = _r$56.$blk(); } if (_r$56 && _r$56.$blk !== undefined) { break s; }
		err$10 = _r$56;
		if (!($interfaceIsEqual(err$10, $ifaceNil))) {
			$s = -1; return err$10;
		}
			t$5 = saveComment;
			_4 = $clone(t$5, reflect.Value).Kind();
			/* */ if (_4 === (24)) { $s = 153; continue; }
			/* */ if (_4 === (23)) { $s = 154; continue; }
			/* */ $s = 155; continue;
			/* if (_4 === (24)) { */ case 153:
				$clone(t$5, reflect.Value).SetString(($bytesToString(comment)));
				$s = 155; continue;
			/* } else if (_4 === (23)) { */ case 154:
				_r$57 = reflect.ValueOf(comment); /* */ $s = 156; case 156: if($c) { $c = false; _r$57 = _r$57.$blk(); } if (_r$57 && _r$57.$blk !== undefined) { break s; }
				$r = $clone(t$5, reflect.Value).Set($clone(_r$57, reflect.Value)); /* */ $s = 157; case 157: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 155:
		case 152:
			t$6 = saveXML;
			_5 = $clone(t$6, reflect.Value).Kind();
			/* */ if (_5 === (24)) { $s = 159; continue; }
			/* */ if (_5 === (23)) { $s = 160; continue; }
			/* */ $s = 161; continue;
			/* if (_5 === (24)) { */ case 159:
				$clone(t$6, reflect.Value).SetString(($bytesToString(saveXMLData)));
				$s = 161; continue;
			/* } else if (_5 === (23)) { */ case 160:
				_r$58 = $clone(t$6, reflect.Value).Type().Elem(); /* */ $s = 164; case 164: if($c) { $c = false; _r$58 = _r$58.$blk(); } if (_r$58 && _r$58.$blk !== undefined) { break s; }
				_r$59 = _r$58.Kind(); /* */ $s = 165; case 165: if($c) { $c = false; _r$59 = _r$59.$blk(); } if (_r$59 && _r$59.$blk !== undefined) { break s; }
				/* */ if (_r$59 === 8) { $s = 162; continue; }
				/* */ $s = 163; continue;
				/* if (_r$59 === 8) { */ case 162:
					_r$60 = reflect.ValueOf(saveXMLData); /* */ $s = 166; case 166: if($c) { $c = false; _r$60 = _r$60.$blk(); } if (_r$60 && _r$60.$blk !== undefined) { break s; }
					$r = $clone(t$6, reflect.Value).Set($clone(_r$60, reflect.Value)); /* */ $s = 167; case 167: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 163:
			/* } */ case 161:
		case 158:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.unmarshal, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _1, _2, _3, _4, _5, _arg, _arg$1, _i, _i$1, _i$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$50, _r$51, _r$52, _r$53, _r$54, _r$55, _r$56, _r$57, _r$58, _r$59, _r$6, _r$60, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _v, _v$1, _v$2, _v$3, _v$4, _v$5, a, any, comment, consumed, d, data, depth, e, e$1, err, err$1, err$10, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, finfo, finfo$1, finfo$2, finfo$3, fv, handled, i, i$1, n, ok, ok$1, pv, pv$1, pv$2, saveAny, saveComment, saveData, saveXML, saveXMLData, saveXMLIndex, savedOffset, start, strv, strv$1, sv, t, t$1, t$2, t$3, t$4, t$5, t$6, tinfo, tok, tok$1, typ, typ$1, v, val, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	Decoder.prototype.unmarshal = function(val, start, depth) { return this.$val.unmarshal(val, start, depth); };
	copyValue = function(dst, src) {
		var {$24r, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, dst, dst0, err, err$1, err$2, err$3, err$4, ftmp, itmp, src, utmp, value, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = $ifaceNil;
		dst0 = dst;
		/* */ if ($clone(dst, reflect.Value).Kind() === 22) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(dst, reflect.Value).Kind() === 22) { */ case 1:
			/* */ if ($clone(dst, reflect.Value).IsNil()) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ($clone(dst, reflect.Value).IsNil()) { */ case 3:
				_r$6 = $clone(dst, reflect.Value).Type().Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = reflect.New(_r$6); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$r = $clone(dst, reflect.Value).Set($clone(_r$7, reflect.Value)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
			_r$8 = $clone(dst, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			dst = _r$8;
		/* } */ case 2:
			_1 = $clone(dst, reflect.Value).Kind();
			/* */ if (_1 === (0)) { $s = 10; continue; }
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 11; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 12; continue; }
			/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 13; continue; }
			/* */ if (_1 === (1)) { $s = 14; continue; }
			/* */ if (_1 === (24)) { $s = 15; continue; }
			/* */ if (_1 === (23)) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (_1 === (0)) { */ case 10:
				$s = 18; continue;
			/* } else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 11:
				if (src.$length === 0) {
					$clone(dst, reflect.Value).SetInt(new $Int64(0, 0));
					err = $ifaceNil;
					$s = -1; return err;
				}
				_r$9 = strings.TrimSpace(($bytesToString(src))); /* */ $s = 19; case 19: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_arg = _r$9;
				_r$10 = $clone(dst, reflect.Value).Type().Bits(); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_arg$1 = _r$10;
				_r$11 = strconv.ParseInt(_arg, 10, _arg$1); /* */ $s = 21; case 21: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_tuple = _r$11;
				itmp = _tuple[0];
				err$1 = _tuple[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					err = err$1;
					$s = -1; return err;
				}
				$clone(dst, reflect.Value).SetInt(itmp);
				$s = 18; continue;
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 12:
				if (src.$length === 0) {
					$clone(dst, reflect.Value).SetUint(new $Uint64(0, 0));
					err = $ifaceNil;
					$s = -1; return err;
				}
				_r$12 = strings.TrimSpace(($bytesToString(src))); /* */ $s = 22; case 22: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_arg$2 = _r$12;
				_r$13 = $clone(dst, reflect.Value).Type().Bits(); /* */ $s = 23; case 23: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$3 = _r$13;
				_r$14 = strconv.ParseUint(_arg$2, 10, _arg$3); /* */ $s = 24; case 24: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_tuple$1 = _r$14;
				utmp = _tuple$1[0];
				err$2 = _tuple$1[1];
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					err = err$2;
					$s = -1; return err;
				}
				$clone(dst, reflect.Value).SetUint(utmp);
				$s = 18; continue;
			/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 13:
				if (src.$length === 0) {
					$clone(dst, reflect.Value).SetFloat(0);
					err = $ifaceNil;
					$s = -1; return err;
				}
				_r$15 = strings.TrimSpace(($bytesToString(src))); /* */ $s = 25; case 25: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_arg$4 = _r$15;
				_r$16 = $clone(dst, reflect.Value).Type().Bits(); /* */ $s = 26; case 26: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_arg$5 = _r$16;
				_r$17 = strconv.ParseFloat(_arg$4, _arg$5); /* */ $s = 27; case 27: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_tuple$2 = _r$17;
				ftmp = _tuple$2[0];
				err$3 = _tuple$2[1];
				if (!($interfaceIsEqual(err$3, $ifaceNil))) {
					err = err$3;
					$s = -1; return err;
				}
				$clone(dst, reflect.Value).SetFloat(ftmp);
				$s = 18; continue;
			/* } else if (_1 === (1)) { */ case 14:
				if (src.$length === 0) {
					$clone(dst, reflect.Value).SetBool(false);
					err = $ifaceNil;
					$s = -1; return err;
				}
				_r$18 = strings.TrimSpace(($bytesToString(src))); /* */ $s = 28; case 28: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_r$19 = strconv.ParseBool(_r$18); /* */ $s = 29; case 29: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_tuple$3 = _r$19;
				value = _tuple$3[0];
				err$4 = _tuple$3[1];
				if (!($interfaceIsEqual(err$4, $ifaceNil))) {
					err = err$4;
					$s = -1; return err;
				}
				$clone(dst, reflect.Value).SetBool(value);
				$s = 18; continue;
			/* } else if (_1 === (24)) { */ case 15:
				$clone(dst, reflect.Value).SetString(($bytesToString(src)));
				$s = 18; continue;
			/* } else if (_1 === (23)) { */ case 16:
				if (src.$length === 0) {
					src = new sliceType$3([]);
				}
				$r = $clone(dst, reflect.Value).SetBytes(src); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 18; continue;
			/* } else { */ case 17:
				_r$20 = $clone(dst0, reflect.Value).Type().String(); /* */ $s = 31; case 31: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$21 = errors.New("cannot unmarshal into " + _r$20); /* */ $s = 32; case 32: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				err = _r$21;
				$24r = err;
				$s = 33; case 33: return $24r;
			/* } */ case 18:
		case 9:
		err = $ifaceNil;
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: copyValue, $c: true, $r, $24r, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, dst, dst0, err, err$1, err$2, err$3, err$4, ftmp, itmp, src, utmp, value, $s};return $f;
	};
	Decoder.ptr.prototype.unmarshalPath = function(tinfo, sv, parents, start, depth) {
		var {$24r, _i, _i$1, _r$10, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, consumed, consumed2, d, depth, err, err$1, err$2, finfo, i, j, parents, recurse, start, sv, t, t$1, tinfo, tok, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {tinfo, sv, parents, start, depth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		consumed = false;
		err = $ifaceNil;
		d = this;
		recurse = false;
		_ref = tinfo.fields;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			finfo = (x$2 = tinfo.fields, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i]));
			if (((finfo.flags & 1) === 0) || finfo.parents.$length < parents.$length || !(finfo.xmlns === "") && !(finfo.xmlns === start.Name.Space)) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_ref$1 = parents;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				j = _i$1;
				if (!(((j < 0 || j >= parents.$length) ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + j]) === (x$3 = finfo.parents, ((j < 0 || j >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + j])))) {
					_i++;
					/* continue Loop; */ $s = 1; continue s;
				}
				_i$1++;
			}
			/* */ if ((finfo.parents.$length === parents.$length) && finfo.name === start.Name.Local) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ((finfo.parents.$length === parents.$length) && finfo.name === start.Name.Local) { */ case 3:
				_tmp = true;
				_r$6 = finfo.value($clone(sv, reflect.Value), true); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = d.unmarshal($clone(_r$6, reflect.Value), start, depth + 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tmp$1 = _r$7;
				consumed = _tmp;
				err = _tmp$1;
				$24r = [consumed, err];
				$s = 7; case 7: return $24r;
			/* } */ case 4:
			if (finfo.parents.$length > parents.$length && (x$4 = finfo.parents, x$5 = parents.$length, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5])) === start.Name.Local) {
				recurse = true;
				parents = $subslice(finfo.parents, 0, (parents.$length + 1 >> 0));
				/* break; */ $s = 2; continue;
			}
			_i++;
		$s = 1; continue;
		case 2:
		if (!recurse) {
			_tmp$2 = false;
			_tmp$3 = $ifaceNil;
			consumed = _tmp$2;
			err = _tmp$3;
			$s = -1; return [consumed, err];
		}
		/* while (true) { */ case 8:
			t = [t];
			tok = $ifaceNil;
			_r$8 = d.Token(); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple = _r$8;
			tok = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$4 = true;
				_tmp$5 = err;
				consumed = _tmp$4;
				err = _tmp$5;
				$s = -1; return [consumed, err];
			}
			_ref$2 = tok;
			/* */ if ($assertType(_ref$2, StartElement, true)[1]) { $s = 11; continue; }
			/* */ if ($assertType(_ref$2, EndElement, true)[1]) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if ($assertType(_ref$2, StartElement, true)[1]) { */ case 11:
				t[0] = $clone(_ref$2.$val, StartElement);
				_r$9 = d.unmarshalPath(tinfo, $clone(sv, reflect.Value), parents, t[0], depth); /* */ $s = 14; case 14: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_tuple$1 = _r$9;
				consumed2 = _tuple$1[0];
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp$6 = true;
					_tmp$7 = err$1;
					consumed = _tmp$6;
					err = _tmp$7;
					$s = -1; return [consumed, err];
				}
				/* */ if (!consumed2) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (!consumed2) { */ case 15:
					_r$10 = d.Skip(); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					err$2 = _r$10;
					if (!($interfaceIsEqual(err$2, $ifaceNil))) {
						_tmp$8 = true;
						_tmp$9 = err$2;
						consumed = _tmp$8;
						err = _tmp$9;
						$s = -1; return [consumed, err];
					}
				/* } */ case 16:
				$s = 13; continue;
			/* } else if ($assertType(_ref$2, EndElement, true)[1]) { */ case 12:
				t$1 = $clone(_ref$2.$val, EndElement);
				_tmp$10 = true;
				_tmp$11 = $ifaceNil;
				consumed = _tmp$10;
				err = _tmp$11;
				$s = -1; return [consumed, err];
			/* } */ case 13:
		$s = 8; continue;
		case 9:
		$s = -1; return [consumed, err];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.unmarshalPath, $c: true, $r, $24r, _i, _i$1, _r$10, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, consumed, consumed2, d, depth, err, err$1, err$2, finfo, i, j, parents, recurse, start, sv, t, t$1, tinfo, tok, x$2, x$3, x$4, x$5, $s};return $f;
	};
	Decoder.prototype.unmarshalPath = function(tinfo, sv, parents, start, depth) { return this.$val.unmarshalPath(tinfo, sv, parents, start, depth); };
	Decoder.ptr.prototype.Skip = function() {
		var {_r$6, _ref, _tuple, d, depth, err, tok, x$2, x$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		depth = new $Int64(0, 0);
		/* while (true) { */ case 1:
			_r$6 = d.Token(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple = _r$6;
			tok = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			_ref = tok;
			if ($assertType(_ref, StartElement, true)[1]) {
				depth = (x$2 = new $Int64(0, 1), new $Int64(depth.$high + x$2.$high, depth.$low + x$2.$low));
			} else if ($assertType(_ref, EndElement, true)[1]) {
				if ((depth.$high === 0 && depth.$low === 0)) {
					$s = -1; return $ifaceNil;
				}
				depth = (x$3 = new $Int64(0, 1), new $Int64(depth.$high - x$3.$high, depth.$low - x$3.$low));
			}
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.Skip, $c: true, $r, _r$6, _ref, _tuple, d, depth, err, tok, x$2, x$3, $s};return $f;
	};
	Decoder.prototype.Skip = function() { return this.$val.Skip(); };
	Encoder.ptr.prototype.Indent = function(prefix, indent) {
		var enc, indent, prefix;
		enc = this;
		enc.p.prefix = prefix;
		enc.p.indent = indent;
	};
	Encoder.prototype.Indent = function(prefix, indent) { return this.$val.Indent(prefix, indent); };
	Encoder.ptr.prototype.Encode = function(v) {
		var {$24r, _r$6, _r$7, _r$8, enc, err, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		_r$6 = reflect.ValueOf(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = enc.p.marshalValue($clone(_r$6, reflect.Value), ptrType$10.nil, ptrType$12.nil); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		err = _r$7;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$8 = enc.p.Writer.Flush(); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.Encode, $c: true, $r, $24r, _r$6, _r$7, _r$8, enc, err, v, $s};return $f;
	};
	Encoder.prototype.Encode = function(v) { return this.$val.Encode(v); };
	Encoder.ptr.prototype.EncodeElement = function(v, start) {
		var {$24r, _r$6, _r$7, _r$8, enc, err, start, v, $s, $r, $c} = $restore(this, {v, start});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = [start];
		enc = this;
		_r$6 = reflect.ValueOf(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = enc.p.marshalValue($clone(_r$6, reflect.Value), ptrType$10.nil, start[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		err = _r$7;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$8 = enc.p.Writer.Flush(); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		$24r = _r$8;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.EncodeElement, $c: true, $r, $24r, _r$6, _r$7, _r$8, enc, err, start, v, $s};return $f;
	};
	Encoder.prototype.EncodeElement = function(v, start) { return this.$val.EncodeElement(v, start); };
	Encoder.ptr.prototype.EncodeToken = function(t) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$6, _r$7, _r$8, _r$9, _ref, enc, err, err$1, p, t, t$1, t$2, t$3, t$4, t$5, t$6, t$7, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t$1 = [t$1];
		enc = this;
		p = enc.p;
		_ref = t;
		/* */ if ($assertType(_ref, StartElement, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, EndElement, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, CharData, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, Comment, true)[1]) { $s = 4; continue; }
		/* */ if ($assertType(_ref, ProcInst, true)[1]) { $s = 5; continue; }
		/* */ if ($assertType(_ref, Directive, true)[1]) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if ($assertType(_ref, StartElement, true)[1]) { */ case 1:
			t$1[0] = $clone(_ref.$val, StartElement);
			_r$6 = p.writeStart(t$1[0]); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			$s = 8; continue;
		/* } else if ($assertType(_ref, EndElement, true)[1]) { */ case 2:
			t$2 = $clone(_ref.$val, EndElement);
			_r$7 = p.writeEnd($clone(t$2.Name, Name)); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			err$1 = _r$7;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			$s = 8; continue;
		/* } else if ($assertType(_ref, CharData, true)[1]) { */ case 3:
			t$3 = _ref.$val;
			_r$8 = escapeText(p, $convertSliceType(t$3, sliceType$3), false); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			$s = 8; continue;
		/* } else if ($assertType(_ref, Comment, true)[1]) { */ case 4:
			t$4 = _ref.$val;
			/* */ if (bytes.Contains($convertSliceType(t$4, sliceType$3), endComment)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (bytes.Contains($convertSliceType(t$4, sliceType$3), endComment)) { */ case 12:
				_r$9 = fmt.Errorf("xml: EncodeToken of Comment containing --> marker", new sliceType$5([])); /* */ $s = 14; case 14: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$24r = _r$9;
				$s = 15; case 15: return $24r;
			/* } */ case 13:
			_r$10 = p.Writer.WriteString("<!--"); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
			_r$11 = p.Writer.Write($convertSliceType(t$4, sliceType$3)); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			_r$12 = p.Writer.WriteString("-->"); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$12;
			_r$13 = p.cachedWriteError(); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$24r$1 = _r$13;
			$s = 20; case 20: return $24r$1;
		/* } else if ($assertType(_ref, ProcInst, true)[1]) { */ case 5:
			t$5 = $clone(_ref.$val, ProcInst);
			/* */ if (t$5.Target === "xml" && !((p.Writer.Buffered() === 0))) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (t$5.Target === "xml" && !((p.Writer.Buffered() === 0))) { */ case 21:
				_r$14 = fmt.Errorf("xml: EncodeToken of ProcInst xml target only valid for xml declaration, first token encoded", new sliceType$5([])); /* */ $s = 23; case 23: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r$2 = _r$14;
				$s = 24; case 24: return $24r$2;
			/* } */ case 22:
			/* */ if (!isNameString(t$5.Target)) { $s = 25; continue; }
			/* */ $s = 26; continue;
			/* if (!isNameString(t$5.Target)) { */ case 25:
				_r$15 = fmt.Errorf("xml: EncodeToken of ProcInst with invalid Target", new sliceType$5([])); /* */ $s = 27; case 27: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r$3 = _r$15;
				$s = 28; case 28: return $24r$3;
			/* } */ case 26:
			/* */ if (bytes.Contains(t$5.Inst, endProcInst)) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* if (bytes.Contains(t$5.Inst, endProcInst)) { */ case 29:
				_r$16 = fmt.Errorf("xml: EncodeToken of ProcInst containing ?> marker", new sliceType$5([])); /* */ $s = 31; case 31: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				$24r$4 = _r$16;
				$s = 32; case 32: return $24r$4;
			/* } */ case 30:
			_r$17 = p.Writer.WriteString("<?"); /* */ $s = 33; case 33: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$17;
			_r$18 = p.Writer.WriteString(t$5.Target); /* */ $s = 34; case 34: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$18;
			/* */ if (t$5.Inst.$length > 0) { $s = 35; continue; }
			/* */ $s = 36; continue;
			/* if (t$5.Inst.$length > 0) { */ case 35:
				_r$19 = p.Writer.WriteByte(32); /* */ $s = 37; case 37: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_r$19;
				_r$20 = p.Writer.Write(t$5.Inst); /* */ $s = 38; case 38: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$20;
			/* } */ case 36:
			_r$21 = p.Writer.WriteString("?>"); /* */ $s = 39; case 39: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_r$21;
			$s = 8; continue;
		/* } else if ($assertType(_ref, Directive, true)[1]) { */ case 6:
			t$6 = _ref.$val;
			/* */ if (!isValidDirective(t$6)) { $s = 40; continue; }
			/* */ $s = 41; continue;
			/* if (!isValidDirective(t$6)) { */ case 40:
				_r$22 = fmt.Errorf("xml: EncodeToken of Directive containing wrong < or > markers", new sliceType$5([])); /* */ $s = 42; case 42: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				$24r$5 = _r$22;
				$s = 43; case 43: return $24r$5;
			/* } */ case 41:
			_r$23 = p.Writer.WriteString("<!"); /* */ $s = 44; case 44: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_r$23;
			_r$24 = p.Writer.Write($convertSliceType(t$6, sliceType$3)); /* */ $s = 45; case 45: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_r$24;
			_r$25 = p.Writer.WriteString(">"); /* */ $s = 46; case 46: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_r$25;
			$s = 8; continue;
		/* } else { */ case 7:
			t$7 = _ref;
			_r$26 = fmt.Errorf("xml: EncodeToken of invalid token type", new sliceType$5([])); /* */ $s = 47; case 47: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			$24r$6 = _r$26;
			$s = 48; case 48: return $24r$6;
		/* } */ case 8:
		_r$27 = p.cachedWriteError(); /* */ $s = 49; case 49: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
		$24r$7 = _r$27;
		$s = 50; case 50: return $24r$7;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.EncodeToken, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$6, _r$7, _r$8, _r$9, _ref, enc, err, err$1, p, t, t$1, t$2, t$3, t$4, t$5, t$6, t$7, $s};return $f;
	};
	Encoder.prototype.EncodeToken = function(t) { return this.$val.EncodeToken(t); };
	isValidDirective = function(dir) {
		var _i, _ref, c, depth, dir, i, incomment, inquote, n;
		depth = 0;
		inquote = 0;
		incomment = false;
		_ref = dir;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (incomment) {
				if (c === 62) {
					n = (1 + i >> 0) - endComment.$length >> 0;
					if (n >= 0 && bytes.Equal($convertSliceType($subslice(dir, n, (i + 1 >> 0)), sliceType$3), endComment)) {
						incomment = false;
					}
				}
			} else if (!((inquote === 0))) {
				if (c === inquote) {
					inquote = 0;
				}
			} else if ((c === 39) || (c === 34)) {
				inquote = c;
			} else if ((c === 60)) {
				if ((i + begComment.$length >> 0) < dir.$length && bytes.Equal($convertSliceType($subslice(dir, i, (i + begComment.$length >> 0)), sliceType$3), begComment)) {
					incomment = true;
				} else {
					depth = depth + (1) >> 0;
				}
			} else if ((c === 62)) {
				if (depth === 0) {
					return false;
				}
				depth = depth - (1) >> 0;
			}
			_i++;
		}
		return (depth === 0) && (inquote === 0) && !incomment;
	};
	Encoder.ptr.prototype.Flush = function() {
		var {$24r, _r$6, enc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		_r$6 = enc.p.Writer.Flush(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = _r$6;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.Flush, $c: true, $r, $24r, _r$6, enc, $s};return $f;
	};
	Encoder.prototype.Flush = function() { return this.$val.Flush(); };
	printer.ptr.prototype.createAttrPrefix = function(url) {
		var {_entry, _entry$1, _entry$2, _key, _key$1, _r$10, _r$6, _r$7, _r$8, _r$9, i, id, p, prefix, prefix$1, url, $s, $r, $c} = $restore(this, {url});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		prefix = (_entry = p.attrPrefix[$String.keyFor(url)], _entry !== undefined ? _entry.v : "");
		if (!(prefix === "")) {
			$s = -1; return prefix;
		}
		if (url === "http://www.w3.org/XML/1998/namespace") {
			$s = -1; return "xml";
		}
		if (p.attrPrefix === false) {
			p.attrPrefix = {};
			p.attrNS = {};
		}
		prefix$1 = strings.TrimRight(url, "/");
		i = strings.LastIndex(prefix$1, "/");
		if (i >= 0) {
			prefix$1 = $substring(prefix$1, (i + 1 >> 0));
		}
		if (prefix$1 === "" || !isName((new sliceType$3($stringToBytes(prefix$1)))) || strings.Contains(prefix$1, ":")) {
			prefix$1 = "_";
		}
		if (prefix$1.length >= 3 && strings.EqualFold($substring(prefix$1, 0, 3), "xml")) {
			prefix$1 = "_" + prefix$1;
		}
		if (!((_entry$1 = p.attrNS[$String.keyFor(prefix$1)], _entry$1 !== undefined ? _entry$1.v : "") === "")) {
			p.seq = p.seq + (1) >> 0;
			while (true) {
				id = prefix$1 + "_" + strconv.Itoa(p.seq);
				if ((_entry$2 = p.attrNS[$String.keyFor(id)], _entry$2 !== undefined ? _entry$2.v : "") === "") {
					prefix$1 = id;
					break;
				}
				p.seq = p.seq + (1) >> 0;
			}
		}
		_key = url; (p.attrPrefix || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: prefix$1 };
		_key$1 = prefix$1; (p.attrNS || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: url };
		_r$6 = p.Writer.WriteString("xmlns:"); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		_r$7 = p.Writer.WriteString(prefix$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = p.Writer.WriteString("=\""); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		_r$9 = EscapeText(p, (new sliceType$3($stringToBytes(url)))); /* */ $s = 4; case 4: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$9;
		_r$10 = p.Writer.WriteString("\" "); /* */ $s = 5; case 5: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$10;
		p.prefixes = $append(p.prefixes, prefix$1);
		$s = -1; return prefix$1;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.createAttrPrefix, $c: true, $r, _entry, _entry$1, _entry$2, _key, _key$1, _r$10, _r$6, _r$7, _r$8, _r$9, i, id, p, prefix, prefix$1, url, $s};return $f;
	};
	printer.prototype.createAttrPrefix = function(url) { return this.$val.createAttrPrefix(url); };
	printer.ptr.prototype.deleteAttrPrefix = function(prefix) {
		var _entry, p, prefix;
		p = this;
		delete p.attrPrefix[$String.keyFor((_entry = p.attrNS[$String.keyFor(prefix)], _entry !== undefined ? _entry.v : ""))];
		delete p.attrNS[$String.keyFor(prefix)];
	};
	printer.prototype.deleteAttrPrefix = function(prefix) { return this.$val.deleteAttrPrefix(prefix); };
	printer.ptr.prototype.markPrefix = function() {
		var p;
		p = this;
		p.prefixes = $append(p.prefixes, "");
	};
	printer.prototype.markPrefix = function() { return this.$val.markPrefix(); };
	printer.ptr.prototype.popPrefix = function() {
		var p, prefix, x$2, x$3;
		p = this;
		while (true) {
			if (!(p.prefixes.$length > 0)) { break; }
			prefix = (x$2 = p.prefixes, x$3 = p.prefixes.$length - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3]));
			p.prefixes = $subslice(p.prefixes, 0, (p.prefixes.$length - 1 >> 0));
			if (prefix === "") {
				break;
			}
			p.deleteAttrPrefix(prefix);
		}
	};
	printer.prototype.popPrefix = function() { return this.$val.popPrefix(); };
	printer.ptr.prototype.marshalValue = function(val, finfo, startTemplate) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _v, _v$1, _v$2, _v$3, _v$4, b, err, err$1, err$2, err$3, err$4, err1, finfo, finfo$1, fv, fv$1, i, i$1, i$2, kind, n, name, name$1, ok, p, pv, pv$1, s, start, startTemplate, tinfo, typ, v, val, x$2, xmlname, $s, $r, $c} = $restore(this, {val, finfo, startTemplate});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = [start];
		p = this;
		/* */ if (!(startTemplate === ptrType$12.nil) && startTemplate.Name.Local === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(startTemplate === ptrType$12.nil) && startTemplate.Name.Local === "") { */ case 1:
			_r$6 = fmt.Errorf("xml: EncodeElement of StartElement with missing name", new sliceType$5([])); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		if (!$clone(val, reflect.Value).IsValid()) {
			$s = -1; return $ifaceNil;
		}
		if (!(finfo === ptrType$10.nil) && !(((finfo.flags & 128) === 0)) && isEmptyValue($clone(val, reflect.Value))) {
			$s = -1; return $ifaceNil;
		}
		/* while (true) { */ case 5:
			/* if (!(($clone(val, reflect.Value).Kind() === 20) || ($clone(val, reflect.Value).Kind() === 22))) { break; } */ if(!(($clone(val, reflect.Value).Kind() === 20) || ($clone(val, reflect.Value).Kind() === 22))) { $s = 6; continue; }
			if ($clone(val, reflect.Value).IsNil()) {
				$s = -1; return $ifaceNil;
			}
			_r$7 = $clone(val, reflect.Value).Elem(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			val = _r$7;
		$s = 5; continue;
		case 6:
		kind = $clone(val, reflect.Value).Kind();
		typ = $clone(val, reflect.Value).Type();
		if (!($clone(val, reflect.Value).CanInterface())) { _v = false; $s = 10; continue s; }
		_r$8 = typ.Implements(marshalerType); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_v = _r$8; case 10:
		/* */ if (_v) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (_v) { */ case 8:
			_r$9 = $clone(val, reflect.Value).Interface(); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_arg = $assertType(_r$9, Marshaler);
			_r$10 = defaultStart(typ, finfo, startTemplate); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$1 = $clone(_r$10, StartElement);
			_r$11 = p.marshalInterface(_arg, _arg$1); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r$1 = _r$11;
			$s = 15; case 15: return $24r$1;
		/* } */ case 9:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 16:
			pv = $clone(val, reflect.Value).Addr();
			if (!($clone(pv, reflect.Value).CanInterface())) { _v$1 = false; $s = 20; continue s; }
			_r$12 = $clone(pv, reflect.Value).Type().Implements(marshalerType); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_v$1 = _r$12; case 20:
			/* */ if (_v$1) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (_v$1) { */ case 18:
				_r$13 = $clone(pv, reflect.Value).Interface(); /* */ $s = 22; case 22: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_arg$2 = $assertType(_r$13, Marshaler);
				_r$14 = defaultStart($clone(pv, reflect.Value).Type(), finfo, startTemplate); /* */ $s = 23; case 23: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_arg$3 = $clone(_r$14, StartElement);
				_r$15 = p.marshalInterface(_arg$2, _arg$3); /* */ $s = 24; case 24: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r$2 = _r$15;
				$s = 25; case 25: return $24r$2;
			/* } */ case 19:
		/* } */ case 17:
		if (!($clone(val, reflect.Value).CanInterface())) { _v$2 = false; $s = 28; continue s; }
		_r$16 = typ.Implements(textMarshalerType); /* */ $s = 29; case 29: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		_v$2 = _r$16; case 28:
		/* */ if (_v$2) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (_v$2) { */ case 26:
			_r$17 = $clone(val, reflect.Value).Interface(); /* */ $s = 30; case 30: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_arg$4 = $assertType(_r$17, encoding.TextMarshaler);
			_r$18 = defaultStart(typ, finfo, startTemplate); /* */ $s = 31; case 31: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_arg$5 = $clone(_r$18, StartElement);
			_r$19 = p.marshalTextInterface(_arg$4, _arg$5); /* */ $s = 32; case 32: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			$24r$3 = _r$19;
			$s = 33; case 33: return $24r$3;
		/* } */ case 27:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 34:
			pv$1 = $clone(val, reflect.Value).Addr();
			if (!($clone(pv$1, reflect.Value).CanInterface())) { _v$3 = false; $s = 38; continue s; }
			_r$20 = $clone(pv$1, reflect.Value).Type().Implements(textMarshalerType); /* */ $s = 39; case 39: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_v$3 = _r$20; case 38:
			/* */ if (_v$3) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (_v$3) { */ case 36:
				_r$21 = $clone(pv$1, reflect.Value).Interface(); /* */ $s = 40; case 40: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_arg$6 = $assertType(_r$21, encoding.TextMarshaler);
				_r$22 = defaultStart($clone(pv$1, reflect.Value).Type(), finfo, startTemplate); /* */ $s = 41; case 41: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_arg$7 = $clone(_r$22, StartElement);
				_r$23 = p.marshalTextInterface(_arg$6, _arg$7); /* */ $s = 42; case 42: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				$24r$4 = _r$23;
				$s = 43; case 43: return $24r$4;
			/* } */ case 37:
		/* } */ case 35:
		if (!((kind === 23) || (kind === 17))) { _v$4 = false; $s = 46; continue s; }
		_r$24 = typ.Elem(); /* */ $s = 47; case 47: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		_r$25 = _r$24.Kind(); /* */ $s = 48; case 48: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
		_v$4 = !((_r$25 === 8)); case 46:
		/* */ if (_v$4) { $s = 44; continue; }
		/* */ $s = 45; continue;
		/* if (_v$4) { */ case 44:
			_tmp = 0;
			_tmp$1 = $clone(val, reflect.Value).Len();
			i = _tmp;
			n = _tmp$1;
			/* while (true) { */ case 49:
				/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 50; continue; }
				_r$26 = $clone(val, reflect.Value).Index(i); /* */ $s = 51; case 51: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_r$27 = p.marshalValue($clone(_r$26, reflect.Value), finfo, startTemplate); /* */ $s = 52; case 52: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				err = _r$27;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
				i = i + (1) >> 0;
			$s = 49; continue;
			case 50:
			$s = -1; return $ifaceNil;
		/* } */ case 45:
		_r$28 = getTypeInfo(typ); /* */ $s = 53; case 53: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
		_tuple = _r$28;
		tinfo = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		start[0] = new StartElement.ptr(new Name.ptr("", ""), sliceType$4.nil);
		/* */ if (!(startTemplate === ptrType$12.nil)) { $s = 54; continue; }
		/* */ if (!(tinfo.xmlname === ptrType$10.nil)) { $s = 55; continue; }
		/* */ $s = 56; continue;
		/* if (!(startTemplate === ptrType$12.nil)) { */ case 54:
			Name.copy(start[0].Name, startTemplate.Name);
			start[0].Attr = $appendSlice(start[0].Attr, startTemplate.Attr);
			$s = 56; continue;
		/* } else if (!(tinfo.xmlname === ptrType$10.nil)) { */ case 55:
			xmlname = tinfo.xmlname;
			/* */ if (!(xmlname.name === "")) { $s = 57; continue; }
			/* */ $s = 58; continue;
			/* if (!(xmlname.name === "")) { */ case 57:
				_tmp$2 = xmlname.xmlns;
				_tmp$3 = xmlname.name;
				start[0].Name.Space = _tmp$2;
				start[0].Name.Local = _tmp$3;
				$s = 59; continue;
			/* } else { */ case 58:
				_r$29 = xmlname.value($clone(val, reflect.Value), false); /* */ $s = 60; case 60: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
				fv = _r$29;
				_r$30 = $clone(fv, reflect.Value).Interface(); /* */ $s = 61; case 61: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				_tuple$1 = $assertType(_r$30, Name, true);
				v = $clone(_tuple$1[0], Name);
				ok = _tuple$1[1];
				if (ok && !(v.Local === "")) {
					Name.copy(start[0].Name, v);
				}
			/* } */ case 59:
		/* } */ case 56:
		if (start[0].Name.Local === "" && !(finfo === ptrType$10.nil)) {
			_tmp$4 = finfo.xmlns;
			_tmp$5 = finfo.name;
			start[0].Name.Space = _tmp$4;
			start[0].Name.Local = _tmp$5;
		}
		/* */ if (start[0].Name.Local === "") { $s = 62; continue; }
		/* */ $s = 63; continue;
		/* if (start[0].Name.Local === "") { */ case 62:
			_r$31 = typ.Name(); /* */ $s = 64; case 64: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
			name = _r$31;
			i$1 = strings.IndexByte(name, 91);
			if (i$1 >= 0) {
				name = $substring(name, 0, i$1);
			}
			if (name === "") {
				$s = -1; return new UnsupportedTypeError.ptr(typ);
			}
			start[0].Name.Local = name;
		/* } */ case 63:
		_ref = tinfo.fields;
		_i = 0;
		/* while (true) { */ case 65:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 66; continue; }
			i$2 = _i;
			finfo$1 = (x$2 = tinfo.fields, ((i$2 < 0 || i$2 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$2]));
			if ((finfo$1.flags & 2) === 0) {
				_i++;
				/* continue; */ $s = 65; continue;
			}
			_r$32 = finfo$1.value($clone(val, reflect.Value), false); /* */ $s = 67; case 67: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
			fv$1 = _r$32;
			if (!(((finfo$1.flags & 128) === 0)) && (!$clone(fv$1, reflect.Value).IsValid() || isEmptyValue($clone(fv$1, reflect.Value)))) {
				_i++;
				/* continue; */ $s = 65; continue;
			}
			if (($clone(fv$1, reflect.Value).Kind() === 20) && $clone(fv$1, reflect.Value).IsNil()) {
				_i++;
				/* continue; */ $s = 65; continue;
			}
			name$1 = new Name.ptr(finfo$1.xmlns, finfo$1.name);
			_r$33 = p.marshalAttr(start[0], $clone(name$1, Name), $clone(fv$1, reflect.Value)); /* */ $s = 68; case 68: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
			err$2 = _r$33;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
			_i++;
		$s = 65; continue;
		case 66:
		_r$34 = p.writeStart(start[0]); /* */ $s = 69; case 69: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
		err$3 = _r$34;
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		/* */ if ($clone(val, reflect.Value).Kind() === 25) { $s = 70; continue; }
		/* */ $s = 71; continue;
		/* if ($clone(val, reflect.Value).Kind() === 25) { */ case 70:
			_r$35 = p.marshalStruct(tinfo, $clone(val, reflect.Value)); /* */ $s = 73; case 73: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
			err$1 = _r$35;
			$s = 72; continue;
		/* } else { */ case 71:
			_r$36 = p.marshalSimple(typ, $clone(val, reflect.Value)); /* */ $s = 74; case 74: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
			_tuple$2 = _r$36;
			s = _tuple$2[0];
			b = _tuple$2[1];
			err1 = _tuple$2[2];
			/* */ if (!($interfaceIsEqual(err1, $ifaceNil))) { $s = 75; continue; }
			/* */ if (!(b === sliceType$3.nil)) { $s = 76; continue; }
			/* */ $s = 77; continue;
			/* if (!($interfaceIsEqual(err1, $ifaceNil))) { */ case 75:
				err$1 = err1;
				$s = 78; continue;
			/* } else if (!(b === sliceType$3.nil)) { */ case 76:
				_r$37 = EscapeText(p, b); /* */ $s = 79; case 79: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
				_r$37;
				$s = 78; continue;
			/* } else { */ case 77:
				$r = p.EscapeString(s); /* */ $s = 80; case 80: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 78:
		/* } */ case 72:
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_r$38 = p.writeEnd($clone(start[0].Name, Name)); /* */ $s = 81; case 81: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
		err$4 = _r$38;
		if (!($interfaceIsEqual(err$4, $ifaceNil))) {
			$s = -1; return err$4;
		}
		_r$39 = p.cachedWriteError(); /* */ $s = 82; case 82: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
		$24r$5 = _r$39;
		$s = 83; case 83: return $24r$5;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.marshalValue, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _v, _v$1, _v$2, _v$3, _v$4, b, err, err$1, err$2, err$3, err$4, err1, finfo, finfo$1, fv, fv$1, i, i$1, i$2, kind, n, name, name$1, ok, p, pv, pv$1, s, start, startTemplate, tinfo, typ, v, val, x$2, xmlname, $s};return $f;
	};
	printer.prototype.marshalValue = function(val, finfo, startTemplate) { return this.$val.marshalValue(val, finfo, startTemplate); };
	printer.ptr.prototype.marshalAttr = function(start, name, val) {
		var {_1, _arg, _arg$1, _arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, _v$1, _v$2, _v$3, _v$4, attr, attr$1, b, err, err$1, err$2, err$3, err$4, err$5, i, n, name, p, pv, pv$1, s, start, text, text$1, val, $s, $r, $c} = $restore(this, {start, name, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (!($clone(val, reflect.Value).CanInterface())) { _v = false; $s = 3; continue s; }
		_r$6 = $clone(val, reflect.Value).Type().Implements(marshalerAttrType); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_v = _r$6; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_r$7 = $clone(val, reflect.Value).Interface(); /* */ $s = 5; case 5: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = $assertType(_r$7, MarshalerAttr).MarshalXMLAttr($clone(name, Name)); /* */ $s = 6; case 6: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple = _r$8;
			attr = $clone(_tuple[0], Attr);
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			if (!(attr.Name.Local === "")) {
				start.Attr = $append(start.Attr, attr);
			}
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 7:
			pv = $clone(val, reflect.Value).Addr();
			if (!($clone(pv, reflect.Value).CanInterface())) { _v$1 = false; $s = 11; continue s; }
			_r$9 = $clone(pv, reflect.Value).Type().Implements(marshalerAttrType); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_v$1 = _r$9; case 11:
			/* */ if (_v$1) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_v$1) { */ case 9:
				_r$10 = $clone(pv, reflect.Value).Interface(); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = $assertType(_r$10, MarshalerAttr).MarshalXMLAttr($clone(name, Name)); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_tuple$1 = _r$11;
				attr$1 = $clone(_tuple$1[0], Attr);
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
				if (!(attr$1.Name.Local === "")) {
					start.Attr = $append(start.Attr, attr$1);
				}
				$s = -1; return $ifaceNil;
			/* } */ case 10:
		/* } */ case 8:
		if (!($clone(val, reflect.Value).CanInterface())) { _v$2 = false; $s = 17; continue s; }
		_r$12 = $clone(val, reflect.Value).Type().Implements(textMarshalerType); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_v$2 = _r$12; case 17:
		/* */ if (_v$2) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (_v$2) { */ case 15:
			_r$13 = $clone(val, reflect.Value).Interface(); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = $assertType(_r$13, encoding.TextMarshaler).MarshalText(); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_tuple$2 = _r$14;
			text = _tuple$2[0];
			err$2 = _tuple$2[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
			start.Attr = $append(start.Attr, new Attr.ptr($clone(name, Name), ($bytesToString(text))));
			$s = -1; return $ifaceNil;
		/* } */ case 16:
		/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if ($clone(val, reflect.Value).CanAddr()) { */ case 21:
			pv$1 = $clone(val, reflect.Value).Addr();
			if (!($clone(pv$1, reflect.Value).CanInterface())) { _v$3 = false; $s = 25; continue s; }
			_r$15 = $clone(pv$1, reflect.Value).Type().Implements(textMarshalerType); /* */ $s = 26; case 26: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_v$3 = _r$15; case 25:
			/* */ if (_v$3) { $s = 23; continue; }
			/* */ $s = 24; continue;
			/* if (_v$3) { */ case 23:
				_r$16 = $clone(pv$1, reflect.Value).Interface(); /* */ $s = 27; case 27: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$17 = $assertType(_r$16, encoding.TextMarshaler).MarshalText(); /* */ $s = 28; case 28: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_tuple$3 = _r$17;
				text$1 = _tuple$3[0];
				err$3 = _tuple$3[1];
				if (!($interfaceIsEqual(err$3, $ifaceNil))) {
					$s = -1; return err$3;
				}
				start.Attr = $append(start.Attr, new Attr.ptr($clone(name, Name), ($bytesToString(text$1))));
				$s = -1; return $ifaceNil;
			/* } */ case 24:
		/* } */ case 22:
			_1 = $clone(val, reflect.Value).Kind();
			/* */ if ((_1 === (22)) || (_1 === (20))) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if ((_1 === (22)) || (_1 === (20))) { */ case 30:
				if ($clone(val, reflect.Value).IsNil()) {
					$s = -1; return $ifaceNil;
				}
				_r$18 = $clone(val, reflect.Value).Elem(); /* */ $s = 32; case 32: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				val = _r$18;
			/* } */ case 31:
		case 29:
		if (!($clone(val, reflect.Value).Kind() === 23)) { _v$4 = false; $s = 35; continue s; }
		_r$19 = $clone(val, reflect.Value).Type().Elem(); /* */ $s = 36; case 36: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_r$20 = _r$19.Kind(); /* */ $s = 37; case 37: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		_v$4 = !((_r$20 === 8)); case 35:
		/* */ if (_v$4) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (_v$4) { */ case 33:
			n = $clone(val, reflect.Value).Len();
			i = 0;
			/* while (true) { */ case 38:
				/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 39; continue; }
				_arg = start;
				_arg$1 = $clone(name, Name);
				_r$21 = $clone(val, reflect.Value).Index(i); /* */ $s = 40; case 40: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_arg$2 = $clone(_r$21, reflect.Value);
				_r$22 = p.marshalAttr(_arg, _arg$1, _arg$2); /* */ $s = 41; case 41: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				err$4 = _r$22;
				if (!($interfaceIsEqual(err$4, $ifaceNil))) {
					$s = -1; return err$4;
				}
				i = i + (1) >> 0;
			$s = 38; continue;
			case 39:
			$s = -1; return $ifaceNil;
		/* } */ case 34:
		/* */ if ($interfaceIsEqual($clone(val, reflect.Value).Type(), attrType)) { $s = 42; continue; }
		/* */ $s = 43; continue;
		/* if ($interfaceIsEqual($clone(val, reflect.Value).Type(), attrType)) { */ case 42:
			_r$23 = $clone(val, reflect.Value).Interface(); /* */ $s = 44; case 44: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			start.Attr = $append(start.Attr, $assertType(_r$23, Attr));
			$s = -1; return $ifaceNil;
		/* } */ case 43:
		_r$24 = p.marshalSimple($clone(val, reflect.Value).Type(), $clone(val, reflect.Value)); /* */ $s = 45; case 45: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		_tuple$4 = _r$24;
		s = _tuple$4[0];
		b = _tuple$4[1];
		err$5 = _tuple$4[2];
		if (!($interfaceIsEqual(err$5, $ifaceNil))) {
			$s = -1; return err$5;
		}
		if (!(b === sliceType$3.nil)) {
			s = ($bytesToString(b));
		}
		start.Attr = $append(start.Attr, new Attr.ptr($clone(name, Name), s));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.marshalAttr, $c: true, $r, _1, _arg, _arg$1, _arg$2, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _v, _v$1, _v$2, _v$3, _v$4, attr, attr$1, b, err, err$1, err$2, err$3, err$4, err$5, i, n, name, p, pv, pv$1, s, start, text, text$1, val, $s};return $f;
	};
	printer.prototype.marshalAttr = function(start, name, val) { return this.$val.marshalAttr(start, name, val); };
	defaultStart = function(typ, finfo, startTemplate) {
		var {_r$6, _r$7, _r$8, _r$9, finfo, start, startTemplate, typ, $s, $r, $c} = $restore(this, {typ, finfo, startTemplate});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = new StartElement.ptr(new Name.ptr("", ""), sliceType$4.nil);
		/* */ if (!(startTemplate === ptrType$12.nil)) { $s = 1; continue; }
		/* */ if (!(finfo === ptrType$10.nil) && !(finfo.name === "")) { $s = 2; continue; }
		_r$6 = typ.Name(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (!(_r$6 === "")) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(startTemplate === ptrType$12.nil)) { */ case 1:
			Name.copy(start.Name, startTemplate.Name);
			start.Attr = $appendSlice(start.Attr, startTemplate.Attr);
			$s = 5; continue;
		/* } else if (!(finfo === ptrType$10.nil) && !(finfo.name === "")) { */ case 2:
			start.Name.Local = finfo.name;
			start.Name.Space = finfo.xmlns;
			$s = 5; continue;
		/* } else if (!(_r$6 === "")) { */ case 3:
			_r$7 = typ.Name(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			start.Name.Local = _r$7;
			$s = 5; continue;
		/* } else { */ case 4:
			_r$8 = typ.Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = _r$8.Name(); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			start.Name.Local = _r$9;
		/* } */ case 5:
		$s = -1; return start;
		/* */ } return; } var $f = {$blk: defaultStart, $c: true, $r, _r$6, _r$7, _r$8, _r$9, finfo, start, startTemplate, typ, $s};return $f;
	};
	printer.ptr.prototype.marshalInterface = function(val, start) {
		var {$24r, _arg, _arg$1, _r$6, _r$7, _r$8, err, n, p, start, val, x$2, x$3, $s, $r, $c} = $restore(this, {val, start});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		p.tags = $append(p.tags, new Name.ptr("", ""));
		n = p.tags.$length;
		_r$6 = val.MarshalXML(p.encoder, $clone(start, StartElement)); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		err = _r$6;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		/* */ if (p.tags.$length > n) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (p.tags.$length > n) { */ case 2:
			_r$7 = receiverType(val); /* */ $s = 4; case 4: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg = new $String(_r$7);
			_arg$1 = new $String((x$2 = p.tags, x$3 = p.tags.$length - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3])).Local);
			_r$8 = fmt.Errorf("xml: %s.MarshalXML wrote invalid XML: <%s> not closed", new sliceType$5([_arg, _arg$1])); /* */ $s = 5; case 5: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		p.tags = $subslice(p.tags, 0, (n - 1 >> 0));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.marshalInterface, $c: true, $r, $24r, _arg, _arg$1, _r$6, _r$7, _r$8, err, n, p, start, val, x$2, x$3, $s};return $f;
	};
	printer.prototype.marshalInterface = function(val, start) { return this.$val.marshalInterface(val, start); };
	printer.ptr.prototype.marshalTextInterface = function(val, start) {
		var {$24r, _r$6, _r$7, _r$8, _r$9, _tuple, err, err$1, p, start, text, val, $s, $r, $c} = $restore(this, {val, start});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		start = [start];
		p = this;
		_r$6 = p.writeStart(start[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		err = _r$6;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$7 = val.MarshalText(); /* */ $s = 2; case 2: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		text = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_r$8 = EscapeText(p, text); /* */ $s = 3; case 3: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		_r$9 = p.writeEnd($clone(start[0].Name, Name)); /* */ $s = 4; case 4: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		$24r = _r$9;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.marshalTextInterface, $c: true, $r, $24r, _r$6, _r$7, _r$8, _r$9, _tuple, err, err$1, p, start, text, val, $s};return $f;
	};
	printer.prototype.marshalTextInterface = function(val, start) { return this.$val.marshalTextInterface(val, start); };
	printer.ptr.prototype.writeStart = function(start) {
		var {$24r, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$6, _r$7, _r$8, _r$9, _ref, attr, name, p, start, $s, $r, $c} = $restore(this, {start});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (start.Name.Local === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (start.Name.Local === "") { */ case 1:
			_r$6 = fmt.Errorf("xml: start tag with no name", new sliceType$5([])); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		p.tags = $append(p.tags, start.Name);
		p.markPrefix();
		$r = p.writeIndent(1); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$7 = p.Writer.WriteByte(60); /* */ $s = 6; case 6: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = p.Writer.WriteString(start.Name.Local); /* */ $s = 7; case 7: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		/* */ if (!(start.Name.Space === "")) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!(start.Name.Space === "")) { */ case 8:
			_r$9 = p.Writer.WriteString(" xmlns=\""); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
			$r = p.EscapeString(start.Name.Space); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$10 = p.Writer.WriteByte(34); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
		/* } */ case 9:
		_ref = start.Attr;
		_i = 0;
		/* while (true) { */ case 13:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 14; continue; }
			attr = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), Attr);
			name = $clone(attr.Name, Name);
			if (name.Local === "") {
				_i++;
				/* continue; */ $s = 13; continue;
			}
			_r$11 = p.Writer.WriteByte(32); /* */ $s = 15; case 15: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			/* */ if (!(name.Space === "")) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (!(name.Space === "")) { */ case 16:
				_r$12 = p.createAttrPrefix(name.Space); /* */ $s = 18; case 18: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = p.Writer.WriteString(_r$12); /* */ $s = 19; case 19: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$13;
				_r$14 = p.Writer.WriteByte(58); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
			/* } */ case 17:
			_r$15 = p.Writer.WriteString(name.Local); /* */ $s = 21; case 21: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$15;
			_r$16 = p.Writer.WriteString("=\""); /* */ $s = 22; case 22: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$16;
			$r = p.EscapeString(attr.Value); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$17 = p.Writer.WriteByte(34); /* */ $s = 24; case 24: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$17;
			_i++;
		$s = 13; continue;
		case 14:
		_r$18 = p.Writer.WriteByte(62); /* */ $s = 25; case 25: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		_r$18;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.writeStart, $c: true, $r, $24r, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$6, _r$7, _r$8, _r$9, _ref, attr, name, p, start, $s};return $f;
	};
	printer.prototype.writeStart = function(start) { return this.$val.writeStart(start); };
	printer.ptr.prototype.writeEnd = function(name) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$10, _r$11, _r$12, _r$13, _r$6, _r$7, _r$8, _r$9, name, p, top, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (name.Local === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (name.Local === "") { */ case 1:
			_r$6 = fmt.Errorf("xml: end tag with no name", new sliceType$5([])); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = _r$6;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		/* */ if ((p.tags.$length === 0) || (x$2 = p.tags, x$3 = p.tags.$length - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3])).Local === "") { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ((p.tags.$length === 0) || (x$2 = p.tags, x$3 = p.tags.$length - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3])).Local === "") { */ case 5:
			_r$7 = fmt.Errorf("xml: end tag </%s> without start tag", new sliceType$5([new $String(name.Local)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$1 = _r$7;
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		top = $clone((x$4 = p.tags, x$5 = p.tags.$length - 1 >> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5])), Name);
		/* */ if (!($equal(top, name, Name))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($equal(top, name, Name))) { */ case 9:
			/* */ if (!(top.Local === name.Local)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!(top.Local === name.Local)) { */ case 11:
				_r$8 = fmt.Errorf("xml: end tag </%s> does not match start tag <%s>", new sliceType$5([new $String(name.Local), new $String(top.Local)])); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$2 = _r$8;
				$s = 14; case 14: return $24r$2;
			/* } */ case 12:
			_r$9 = fmt.Errorf("xml: end tag </%s> in namespace %s does not match start tag <%s> in namespace %s", new sliceType$5([new $String(name.Local), new $String(name.Space), new $String(top.Local), new $String(top.Space)])); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r$3 = _r$9;
			$s = 16; case 16: return $24r$3;
		/* } */ case 10:
		p.tags = $subslice(p.tags, 0, (p.tags.$length - 1 >> 0));
		$r = p.writeIndent(-1); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$10 = p.Writer.WriteByte(60); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$10;
		_r$11 = p.Writer.WriteByte(47); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$11;
		_r$12 = p.Writer.WriteString(name.Local); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_r$12;
		_r$13 = p.Writer.WriteByte(62); /* */ $s = 21; case 21: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_r$13;
		p.popPrefix();
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.writeEnd, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$10, _r$11, _r$12, _r$13, _r$6, _r$7, _r$8, _r$9, name, p, top, x$2, x$3, x$4, x$5, $s};return $f;
	};
	printer.prototype.writeEnd = function(name) { return this.$val.writeEnd(name); };
	printer.ptr.prototype.marshalSimple = function(typ, val) {
		var {$24r, $24r$1, $24r$2, _1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$6, _r$7, _r$8, _r$9, bytes$1, p, typ, val, $s, $r, $c} = $restore(this, {typ, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
			_1 = $clone(val, reflect.Value).Kind();
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 2; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { $s = 3; continue; }
			/* */ if ((_1 === (13)) || (_1 === (14))) { $s = 4; continue; }
			/* */ if (_1 === (24)) { $s = 5; continue; }
			/* */ if (_1 === (1)) { $s = 6; continue; }
			/* */ if (_1 === (17)) { $s = 7; continue; }
			/* */ if (_1 === (23)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 2:
				$s = -1; return [strconv.FormatInt($clone(val, reflect.Value).Int(), 10), sliceType$3.nil, $ifaceNil];
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) { */ case 3:
				$s = -1; return [strconv.FormatUint($clone(val, reflect.Value).Uint(), 10), sliceType$3.nil, $ifaceNil];
			/* } else if ((_1 === (13)) || (_1 === (14))) { */ case 4:
				_arg = $clone(val, reflect.Value).Float();
				_r$6 = $clone(val, reflect.Value).Type().Bits(); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_arg$1 = _r$6;
				_r$7 = strconv.FormatFloat(_arg, 103, -1, _arg$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r = [_r$7, sliceType$3.nil, $ifaceNil];
				$s = 12; case 12: return $24r;
			/* } else if (_1 === (24)) { */ case 5:
				_r$8 = $clone(val, reflect.Value).String(); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$1 = [_r$8, sliceType$3.nil, $ifaceNil];
				$s = 14; case 14: return $24r$1;
			/* } else if (_1 === (1)) { */ case 6:
				$s = -1; return [strconv.FormatBool($clone(val, reflect.Value).Bool()), sliceType$3.nil, $ifaceNil];
			/* } else if (_1 === (17)) { */ case 7:
				_r$9 = typ.Elem(); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = _r$9.Kind(); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				/* */ if (!((_r$10 === 8))) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (!((_r$10 === 8))) { */ case 15:
					/* break; */ $s = 1; continue;
				/* } */ case 16:
				bytes$1 = sliceType$3.nil;
				/* */ if ($clone(val, reflect.Value).CanAddr()) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if ($clone(val, reflect.Value).CanAddr()) { */ case 19:
					_r$11 = $clone(val, reflect.Value).Slice(0, $clone(val, reflect.Value).Len()); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_r$12 = $clone(_r$11, reflect.Value).Bytes(); /* */ $s = 23; case 23: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					bytes$1 = _r$12;
					$s = 21; continue;
				/* } else { */ case 20:
					bytes$1 = $makeSlice(sliceType$3, $clone(val, reflect.Value).Len());
					_r$13 = reflect.ValueOf(bytes$1); /* */ $s = 24; case 24: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_r$14 = reflect.Copy($clone(_r$13, reflect.Value), $clone(val, reflect.Value)); /* */ $s = 25; case 25: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					_r$14;
				/* } */ case 21:
				$s = -1; return ["", bytes$1, $ifaceNil];
			/* } else if (_1 === (23)) { */ case 8:
				_r$15 = typ.Elem(); /* */ $s = 28; case 28: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = _r$15.Kind(); /* */ $s = 29; case 29: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				/* */ if (!((_r$16 === 8))) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (!((_r$16 === 8))) { */ case 26:
					/* break; */ $s = 1; continue;
				/* } */ case 27:
				_r$17 = $clone(val, reflect.Value).Bytes(); /* */ $s = 30; case 30: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r$2 = ["", _r$17, $ifaceNil];
				$s = 31; case 31: return $24r$2;
			/* } */ case 9:
		case 1:
		$s = -1; return ["", sliceType$3.nil, new UnsupportedTypeError.ptr(typ)];
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.marshalSimple, $c: true, $r, $24r, $24r$1, $24r$2, _1, _arg, _arg$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$6, _r$7, _r$8, _r$9, bytes$1, p, typ, val, $s};return $f;
	};
	printer.prototype.marshalSimple = function(typ, val) { return this.$val.marshalSimple(typ, val); };
	indirect = function(vf) {
		var {_r$6, vf, $s, $r, $c} = $restore(this, {vf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			/* if (!(($clone(vf, reflect.Value).Kind() === 20) || ($clone(vf, reflect.Value).Kind() === 22))) { break; } */ if(!(($clone(vf, reflect.Value).Kind() === 20) || ($clone(vf, reflect.Value).Kind() === 22))) { $s = 2; continue; }
			if ($clone(vf, reflect.Value).IsNil()) {
				$s = -1; return vf;
			}
			_r$6 = $clone(vf, reflect.Value).Elem(); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			vf = _r$6;
		$s = 1; continue;
		case 2:
		$s = -1; return vf;
		/* */ } return; } var $f = {$blk: indirect, $c: true, $r, _r$6, vf, $s};return $f;
	};
	printer.ptr.prototype.marshalStruct = function(tinfo, val) {
		var {$24r, $24r$1, $24r$2, _1, _2, _3, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, _tuple$2, _v, _v$1, _v$2, _v$3, b, dashDash, dashLast, data, data$1, elem, emit, err, err$1, err$10, err$11, err$12, err$13, err$14, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, finfo, i, iface, k, ok, p, pv, raw, raw$1, s, s$1, scratch, tinfo, val, vf, x$2, x$3, $s, $r, $c} = $restore(this, {tinfo, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		s = new parentStack.ptr(p, sliceType$2.nil);
		_ref = tinfo.fields;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			finfo = (x$2 = tinfo.fields, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i]));
			if (!(((finfo.flags & 2) === 0))) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r$6 = finfo.value($clone(val, reflect.Value), false); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			vf = _r$6;
			if (!$clone(vf, reflect.Value).IsValid()) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
				_1 = finfo.flags & 127;
				/* */ if ((_1 === (4)) || (_1 === (8))) { $s = 5; continue; }
				/* */ if (_1 === (32)) { $s = 6; continue; }
				/* */ if (_1 === (16)) { $s = 7; continue; }
				/* */ if ((_1 === (1)) || (_1 === (65))) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if ((_1 === (4)) || (_1 === (8))) { */ case 5:
					emit = EscapeText;
					if ((finfo.flags & 127) === 4) {
						emit = emitCDATA;
					}
					_r$7 = s.trim(finfo.parents); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					err = _r$7;
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return err;
					}
					if (!($clone(vf, reflect.Value).CanInterface())) { _v = false; $s = 13; continue s; }
					_r$8 = $clone(vf, reflect.Value).Type().Implements(textMarshalerType); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_v = _r$8; case 13:
					/* */ if (_v) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (_v) { */ case 11:
						_r$9 = $clone(vf, reflect.Value).Interface(); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						_r$10 = $assertType(_r$9, encoding.TextMarshaler).MarshalText(); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						_tuple = _r$10;
						data = _tuple[0];
						err$1 = _tuple[1];
						if (!($interfaceIsEqual(err$1, $ifaceNil))) {
							$s = -1; return err$1;
						}
						_r$11 = emit(p, data); /* */ $s = 17; case 17: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						err$2 = _r$11;
						if (!($interfaceIsEqual(err$2, $ifaceNil))) {
							$s = -1; return err$2;
						}
						_i++;
						/* continue; */ $s = 1; continue;
					/* } */ case 12:
					/* */ if ($clone(vf, reflect.Value).CanAddr()) { $s = 18; continue; }
					/* */ $s = 19; continue;
					/* if ($clone(vf, reflect.Value).CanAddr()) { */ case 18:
						pv = $clone(vf, reflect.Value).Addr();
						if (!($clone(pv, reflect.Value).CanInterface())) { _v$1 = false; $s = 22; continue s; }
						_r$12 = $clone(pv, reflect.Value).Type().Implements(textMarshalerType); /* */ $s = 23; case 23: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						_v$1 = _r$12; case 22:
						/* */ if (_v$1) { $s = 20; continue; }
						/* */ $s = 21; continue;
						/* if (_v$1) { */ case 20:
							_r$13 = $clone(pv, reflect.Value).Interface(); /* */ $s = 24; case 24: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
							_r$14 = $assertType(_r$13, encoding.TextMarshaler).MarshalText(); /* */ $s = 25; case 25: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
							_tuple$1 = _r$14;
							data$1 = _tuple$1[0];
							err$3 = _tuple$1[1];
							if (!($interfaceIsEqual(err$3, $ifaceNil))) {
								$s = -1; return err$3;
							}
							_r$15 = emit(p, data$1); /* */ $s = 26; case 26: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
							err$4 = _r$15;
							if (!($interfaceIsEqual(err$4, $ifaceNil))) {
								$s = -1; return err$4;
							}
							_i++;
							/* continue; */ $s = 1; continue;
						/* } */ case 21:
					/* } */ case 19:
					scratch = arrayType.zero();
					_r$16 = indirect($clone(vf, reflect.Value)); /* */ $s = 27; case 27: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					vf = _r$16;
						_2 = $clone(vf, reflect.Value).Kind();
						/* */ if ((_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6))) { $s = 29; continue; }
						/* */ if ((_2 === (7)) || (_2 === (8)) || (_2 === (9)) || (_2 === (10)) || (_2 === (11)) || (_2 === (12))) { $s = 30; continue; }
						/* */ if ((_2 === (13)) || (_2 === (14))) { $s = 31; continue; }
						/* */ if (_2 === (1)) { $s = 32; continue; }
						/* */ if (_2 === (24)) { $s = 33; continue; }
						/* */ if (_2 === (23)) { $s = 34; continue; }
						/* */ $s = 35; continue;
						/* if ((_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6))) { */ case 29:
							_r$17 = emit(p, strconv.AppendInt($subslice(new sliceType$3(scratch), 0, 0), $clone(vf, reflect.Value).Int(), 10)); /* */ $s = 36; case 36: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
							err$5 = _r$17;
							if (!($interfaceIsEqual(err$5, $ifaceNil))) {
								$s = -1; return err$5;
							}
							$s = 35; continue;
						/* } else if ((_2 === (7)) || (_2 === (8)) || (_2 === (9)) || (_2 === (10)) || (_2 === (11)) || (_2 === (12))) { */ case 30:
							_r$18 = emit(p, strconv.AppendUint($subslice(new sliceType$3(scratch), 0, 0), $clone(vf, reflect.Value).Uint(), 10)); /* */ $s = 37; case 37: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
							err$6 = _r$18;
							if (!($interfaceIsEqual(err$6, $ifaceNil))) {
								$s = -1; return err$6;
							}
							$s = 35; continue;
						/* } else if ((_2 === (13)) || (_2 === (14))) { */ case 31:
							_arg = p;
							_arg$1 = $subslice(new sliceType$3(scratch), 0, 0);
							_arg$2 = $clone(vf, reflect.Value).Float();
							_r$19 = $clone(vf, reflect.Value).Type().Bits(); /* */ $s = 38; case 38: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
							_arg$3 = _r$19;
							_r$20 = strconv.AppendFloat(_arg$1, _arg$2, 103, -1, _arg$3); /* */ $s = 39; case 39: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
							_arg$4 = _r$20;
							_r$21 = emit(_arg, _arg$4); /* */ $s = 40; case 40: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
							err$7 = _r$21;
							if (!($interfaceIsEqual(err$7, $ifaceNil))) {
								$s = -1; return err$7;
							}
							$s = 35; continue;
						/* } else if (_2 === (1)) { */ case 32:
							_r$22 = emit(p, strconv.AppendBool($subslice(new sliceType$3(scratch), 0, 0), $clone(vf, reflect.Value).Bool())); /* */ $s = 41; case 41: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
							err$8 = _r$22;
							if (!($interfaceIsEqual(err$8, $ifaceNil))) {
								$s = -1; return err$8;
							}
							$s = 35; continue;
						/* } else if (_2 === (24)) { */ case 33:
							_arg$5 = p;
							_r$23 = $clone(vf, reflect.Value).String(); /* */ $s = 42; case 42: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
							_arg$6 = (new sliceType$3($stringToBytes(_r$23)));
							_r$24 = emit(_arg$5, _arg$6); /* */ $s = 43; case 43: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
							err$9 = _r$24;
							if (!($interfaceIsEqual(err$9, $ifaceNil))) {
								$s = -1; return err$9;
							}
							$s = 35; continue;
						/* } else if (_2 === (23)) { */ case 34:
							_r$25 = $clone(vf, reflect.Value).Interface(); /* */ $s = 44; case 44: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
							_tuple$2 = $assertType(_r$25, sliceType$3, true);
							elem = _tuple$2[0];
							ok = _tuple$2[1];
							/* */ if (ok) { $s = 45; continue; }
							/* */ $s = 46; continue;
							/* if (ok) { */ case 45:
								_r$26 = emit(p, elem); /* */ $s = 47; case 47: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
								err$10 = _r$26;
								if (!($interfaceIsEqual(err$10, $ifaceNil))) {
									$s = -1; return err$10;
								}
							/* } */ case 46:
						/* } */ case 35:
					case 28:
					_i++;
					/* continue; */ $s = 1; continue;
					$s = 9; continue;
				/* } else if (_1 === (32)) { */ case 6:
					_r$27 = s.trim(finfo.parents); /* */ $s = 48; case 48: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					err$11 = _r$27;
					if (!($interfaceIsEqual(err$11, $ifaceNil))) {
						$s = -1; return err$11;
					}
					_r$28 = indirect($clone(vf, reflect.Value)); /* */ $s = 49; case 49: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
					vf = _r$28;
					k = $clone(vf, reflect.Value).Kind();
					if (k === 24) { _v$2 = true; $s = 52; continue s; }
					if (!(k === 23)) { _v$3 = false; $s = 53; continue s; }
					_r$29 = $clone(vf, reflect.Value).Type().Elem(); /* */ $s = 54; case 54: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
					_r$30 = _r$29.Kind(); /* */ $s = 55; case 55: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
					_v$3 = _r$30 === 8; case 53:
					_v$2 = _v$3; case 52:
					/* */ if (!(_v$2)) { $s = 50; continue; }
					/* */ $s = 51; continue;
					/* if (!(_v$2)) { */ case 50:
						_r$31 = fmt.Errorf("xml: bad type for comment field of %s", new sliceType$5([$clone(val, reflect.Value).Type()])); /* */ $s = 56; case 56: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
						$24r = _r$31;
						$s = 57; case 57: return $24r;
					/* } */ case 51:
					if ($clone(vf, reflect.Value).Len() === 0) {
						_i++;
						/* continue; */ $s = 1; continue;
					}
					$r = p.writeIndent(0); /* */ $s = 58; case 58: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_r$32 = p.Writer.WriteString("<!--"); /* */ $s = 59; case 59: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
					_r$32;
					dashDash = false;
					dashLast = false;
						_3 = k;
						/* */ if (_3 === (24)) { $s = 61; continue; }
						/* */ if (_3 === (23)) { $s = 62; continue; }
						/* */ $s = 63; continue;
						/* if (_3 === (24)) { */ case 61:
							_r$33 = $clone(vf, reflect.Value).String(); /* */ $s = 65; case 65: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
							s$1 = _r$33;
							dashDash = strings.Contains(s$1, "--");
							dashLast = s$1.charCodeAt((s$1.length - 1 >> 0)) === 45;
							/* */ if (!dashDash) { $s = 66; continue; }
							/* */ $s = 67; continue;
							/* if (!dashDash) { */ case 66:
								_r$34 = p.Writer.WriteString(s$1); /* */ $s = 68; case 68: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
								_r$34;
							/* } */ case 67:
							$s = 64; continue;
						/* } else if (_3 === (23)) { */ case 62:
							_r$35 = $clone(vf, reflect.Value).Bytes(); /* */ $s = 69; case 69: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
							b = _r$35;
							dashDash = bytes.Contains(b, ddBytes);
							dashLast = (x$3 = b.$length - 1 >> 0, ((x$3 < 0 || x$3 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$3])) === 45;
							/* */ if (!dashDash) { $s = 70; continue; }
							/* */ $s = 71; continue;
							/* if (!dashDash) { */ case 70:
								_r$36 = p.Writer.Write(b); /* */ $s = 72; case 72: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
								_r$36;
							/* } */ case 71:
							$s = 64; continue;
						/* } else { */ case 63:
							$panic(new $String("can't happen"));
						/* } */ case 64:
					case 60:
					/* */ if (dashDash) { $s = 73; continue; }
					/* */ $s = 74; continue;
					/* if (dashDash) { */ case 73:
						_r$37 = fmt.Errorf("xml: comments must not contain \"--\"", new sliceType$5([])); /* */ $s = 75; case 75: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
						$24r$1 = _r$37;
						$s = 76; case 76: return $24r$1;
					/* } */ case 74:
					/* */ if (dashLast) { $s = 77; continue; }
					/* */ $s = 78; continue;
					/* if (dashLast) { */ case 77:
						_r$38 = p.Writer.WriteByte(32); /* */ $s = 79; case 79: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
						_r$38;
					/* } */ case 78:
					_r$39 = p.Writer.WriteString("-->"); /* */ $s = 80; case 80: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
					_r$39;
					_i++;
					/* continue; */ $s = 1; continue;
					$s = 9; continue;
				/* } else if (_1 === (16)) { */ case 7:
					_r$40 = indirect($clone(vf, reflect.Value)); /* */ $s = 81; case 81: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
					vf = _r$40;
					_r$41 = $clone(vf, reflect.Value).Interface(); /* */ $s = 82; case 82: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
					iface = _r$41;
					_ref$1 = iface;
					/* */ if ($assertType(_ref$1, sliceType$3, true)[1]) { $s = 83; continue; }
					/* */ if ($assertType(_ref$1, $String, true)[1]) { $s = 84; continue; }
					/* */ $s = 85; continue;
					/* if ($assertType(_ref$1, sliceType$3, true)[1]) { */ case 83:
						raw = _ref$1.$val;
						_r$42 = p.Writer.Write(raw); /* */ $s = 86; case 86: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
						_r$42;
						_i++;
						/* continue; */ $s = 1; continue;
						$s = 85; continue;
					/* } else if ($assertType(_ref$1, $String, true)[1]) { */ case 84:
						raw$1 = _ref$1.$val;
						_r$43 = p.Writer.WriteString(raw$1); /* */ $s = 87; case 87: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
						_r$43;
						_i++;
						/* continue; */ $s = 1; continue;
					/* } */ case 85:
					$s = 9; continue;
				/* } else if ((_1 === (1)) || (_1 === (65))) { */ case 8:
					_r$44 = s.trim(finfo.parents); /* */ $s = 88; case 88: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
					err$12 = _r$44;
					if (!($interfaceIsEqual(err$12, $ifaceNil))) {
						$s = -1; return err$12;
					}
					/* */ if (finfo.parents.$length > s.stack.$length) { $s = 89; continue; }
					/* */ $s = 90; continue;
					/* if (finfo.parents.$length > s.stack.$length) { */ case 89:
						/* */ if (!(($clone(vf, reflect.Value).Kind() === 22)) && !(($clone(vf, reflect.Value).Kind() === 20)) || !$clone(vf, reflect.Value).IsNil()) { $s = 91; continue; }
						/* */ $s = 92; continue;
						/* if (!(($clone(vf, reflect.Value).Kind() === 22)) && !(($clone(vf, reflect.Value).Kind() === 20)) || !$clone(vf, reflect.Value).IsNil()) { */ case 91:
							_r$45 = s.push($subslice(finfo.parents, s.stack.$length)); /* */ $s = 93; case 93: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
							err$13 = _r$45;
							if (!($interfaceIsEqual(err$13, $ifaceNil))) {
								$s = -1; return err$13;
							}
						/* } */ case 92:
					/* } */ case 90:
				/* } */ case 9:
			case 4:
			_r$46 = p.marshalValue($clone(vf, reflect.Value), finfo, ptrType$12.nil); /* */ $s = 94; case 94: if($c) { $c = false; _r$46 = _r$46.$blk(); } if (_r$46 && _r$46.$blk !== undefined) { break s; }
			err$14 = _r$46;
			if (!($interfaceIsEqual(err$14, $ifaceNil))) {
				$s = -1; return err$14;
			}
			_i++;
		$s = 1; continue;
		case 2:
		_r$47 = s.trim(sliceType$2.nil); /* */ $s = 95; case 95: if($c) { $c = false; _r$47 = _r$47.$blk(); } if (_r$47 && _r$47.$blk !== undefined) { break s; }
		_r$47;
		_r$48 = p.cachedWriteError(); /* */ $s = 96; case 96: if($c) { $c = false; _r$48 = _r$48.$blk(); } if (_r$48 && _r$48.$blk !== undefined) { break s; }
		$24r$2 = _r$48;
		$s = 97; case 97: return $24r$2;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.marshalStruct, $c: true, $r, $24r, $24r$1, $24r$2, _1, _2, _3, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _i, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, _tuple$2, _v, _v$1, _v$2, _v$3, b, dashDash, dashLast, data, data$1, elem, emit, err, err$1, err$10, err$11, err$12, err$13, err$14, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, finfo, i, iface, k, ok, p, pv, raw, raw$1, s, s$1, scratch, tinfo, val, vf, x$2, x$3, $s};return $f;
	};
	printer.prototype.marshalStruct = function(tinfo, val) { return this.$val.marshalStruct(tinfo, val); };
	printer.ptr.prototype.cachedWriteError = function() {
		var {_r$6, _tuple, err, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$6 = p.Writer.Write(sliceType$3.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.cachedWriteError, $c: true, $r, _r$6, _tuple, err, p, $s};return $f;
	};
	printer.prototype.cachedWriteError = function() { return this.$val.cachedWriteError(); };
	printer.ptr.prototype.writeIndent = function(depthDelta) {
		var {_r$6, _r$7, _r$8, depthDelta, i, p, $s, $r, $c} = $restore(this, {depthDelta});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if ((p.prefix.length === 0) && (p.indent.length === 0)) {
			$s = -1; return;
		}
		if (depthDelta < 0) {
			p.depth = p.depth - (1) >> 0;
			if (p.indentedIn) {
				p.indentedIn = false;
				$s = -1; return;
			}
			p.indentedIn = false;
		}
		/* */ if (p.putNewline) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.putNewline) { */ case 1:
			_r$6 = p.Writer.WriteByte(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = 3; continue;
		/* } else { */ case 2:
			p.putNewline = true;
		/* } */ case 3:
		/* */ if (p.prefix.length > 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (p.prefix.length > 0) { */ case 5:
			_r$7 = p.Writer.WriteString(p.prefix); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
		/* } */ case 6:
		/* */ if (p.indent.length > 0) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (p.indent.length > 0) { */ case 8:
			i = 0;
			/* while (true) { */ case 10:
				/* if (!(i < p.depth)) { break; } */ if(!(i < p.depth)) { $s = 11; continue; }
				_r$8 = p.Writer.WriteString(p.indent); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
				i = i + (1) >> 0;
			$s = 10; continue;
			case 11:
		/* } */ case 9:
		if (depthDelta > 0) {
			p.depth = p.depth + (1) >> 0;
			p.indentedIn = true;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: printer.ptr.prototype.writeIndent, $c: true, $r, _r$6, _r$7, _r$8, depthDelta, i, p, $s};return $f;
	};
	printer.prototype.writeIndent = function(depthDelta) { return this.$val.writeIndent(depthDelta); };
	parentStack.ptr.prototype.trim = function(parents) {
		var {_r$6, err, i, parents, s, split, x$2, x$3, $s, $r, $c} = $restore(this, {parents});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		split = 0;
		while (true) {
			if (!(split < parents.$length && split < s.stack.$length)) { break; }
			if (!(((split < 0 || split >= parents.$length) ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + split]) === (x$2 = s.stack, ((split < 0 || split >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + split])))) {
				break;
			}
			split = split + (1) >> 0;
		}
		i = s.stack.$length - 1 >> 0;
		/* while (true) { */ case 1:
			/* if (!(i >= split)) { break; } */ if(!(i >= split)) { $s = 2; continue; }
			_r$6 = s.p.writeEnd(new Name.ptr("", (x$3 = s.stack, ((i < 0 || i >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i])))); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			i = i - (1) >> 0;
		$s = 1; continue;
		case 2:
		s.stack = $subslice(s.stack, 0, split);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: parentStack.ptr.prototype.trim, $c: true, $r, _r$6, err, i, parents, s, split, x$2, x$3, $s};return $f;
	};
	parentStack.prototype.trim = function(parents) { return this.$val.trim(parents); };
	parentStack.ptr.prototype.push = function(parents) {
		var {_r$6, err, i, parents, s, $s, $r, $c} = $restore(this, {parents});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < parents.$length)) { break; } */ if(!(i < parents.$length)) { $s = 2; continue; }
			_r$6 = s.p.writeStart(new StartElement.ptr(new Name.ptr("", ((i < 0 || i >= parents.$length) ? ($throwRuntimeError("index out of range"), undefined) : parents.$array[parents.$offset + i])), sliceType$4.nil)); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = _r$6;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		s.stack = $appendSlice(s.stack, parents);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: parentStack.ptr.prototype.push, $c: true, $r, _r$6, err, i, parents, s, $s};return $f;
	};
	parentStack.prototype.push = function(parents) { return this.$val.push(parents); };
	UnsupportedTypeError.ptr.prototype.Error = function() {
		var {$24r, _r$6, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$6 = e.Type.String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r = "xml: unsupported type: " + _r$6;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: UnsupportedTypeError.ptr.prototype.Error, $c: true, $r, $24r, _r$6, e, $s};return $f;
	};
	UnsupportedTypeError.prototype.Error = function() { return this.$val.Error(); };
	isEmptyValue = function(v) {
		var _1, v, x$2, x$3;
		_1 = $clone(v, reflect.Value).Kind();
		if ((_1 === (17)) || (_1 === (21)) || (_1 === (23)) || (_1 === (24))) {
			return $clone(v, reflect.Value).Len() === 0;
		} else if (_1 === (1)) {
			return !$clone(v, reflect.Value).Bool();
		} else if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) {
			return (x$2 = $clone(v, reflect.Value).Int(), (x$2.$high === 0 && x$2.$low === 0));
		} else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12))) {
			return (x$3 = $clone(v, reflect.Value).Uint(), (x$3.$high === 0 && x$3.$low === 0));
		} else if ((_1 === (13)) || (_1 === (14))) {
			return $clone(v, reflect.Value).Float() === 0;
		} else if ((_1 === (20)) || (_1 === (22))) {
			return $clone(v, reflect.Value).IsNil();
		}
		return false;
	};
	ptrType$16.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	StartElement.methods = [{prop: "Copy", name: "Copy", pkg: "", typ: $funcType([], [StartElement], false)}, {prop: "End", name: "End", pkg: "", typ: $funcType([], [EndElement], false)}];
	CharData.methods = [{prop: "Copy", name: "Copy", pkg: "", typ: $funcType([], [CharData], false)}];
	Comment.methods = [{prop: "Copy", name: "Copy", pkg: "", typ: $funcType([], [Comment], false)}];
	ProcInst.methods = [{prop: "Copy", name: "Copy", pkg: "", typ: $funcType([], [ProcInst], false)}];
	Directive.methods = [{prop: "Copy", name: "Copy", pkg: "", typ: $funcType([], [Directive], false)}];
	ptrType$8.methods = [{prop: "Token", name: "Token", pkg: "", typ: $funcType([], [Token, $error], false)}, {prop: "translate", name: "translate", pkg: "encoding/xml", typ: $funcType([ptrType$17, $Bool], [], false)}, {prop: "switchToReader", name: "switchToReader", pkg: "encoding/xml", typ: $funcType([io.Reader], [], false)}, {prop: "push", name: "push", pkg: "encoding/xml", typ: $funcType([$Int], [ptrType$7], false)}, {prop: "pop", name: "pop", pkg: "encoding/xml", typ: $funcType([], [ptrType$7], false)}, {prop: "pushEOF", name: "pushEOF", pkg: "encoding/xml", typ: $funcType([], [], false)}, {prop: "popEOF", name: "popEOF", pkg: "encoding/xml", typ: $funcType([], [$Bool], false)}, {prop: "pushElement", name: "pushElement", pkg: "encoding/xml", typ: $funcType([Name], [], false)}, {prop: "pushNs", name: "pushNs", pkg: "encoding/xml", typ: $funcType([$String, $String, $Bool], [], false)}, {prop: "syntaxError", name: "syntaxError", pkg: "encoding/xml", typ: $funcType([$String], [$error], false)}, {prop: "popElement", name: "popElement", pkg: "encoding/xml", typ: $funcType([ptrType$18], [$Bool], false)}, {prop: "autoClose", name: "autoClose", pkg: "encoding/xml", typ: $funcType([Token], [Token, $Bool], false)}, {prop: "RawToken", name: "RawToken", pkg: "", typ: $funcType([], [Token, $error], false)}, {prop: "rawToken", name: "rawToken", pkg: "encoding/xml", typ: $funcType([], [Token, $error], false)}, {prop: "attrval", name: "attrval", pkg: "encoding/xml", typ: $funcType([], [sliceType$3], false)}, {prop: "space", name: "space", pkg: "encoding/xml", typ: $funcType([], [], false)}, {prop: "getc", name: "getc", pkg: "encoding/xml", typ: $funcType([], [$Uint8, $Bool], false)}, {prop: "InputOffset", name: "InputOffset", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "savedOffset", name: "savedOffset", pkg: "encoding/xml", typ: $funcType([], [$Int], false)}, {prop: "mustgetc", name: "mustgetc", pkg: "encoding/xml", typ: $funcType([], [$Uint8, $Bool], false)}, {prop: "ungetc", name: "ungetc", pkg: "encoding/xml", typ: $funcType([$Uint8], [], false)}, {prop: "text", name: "text", pkg: "encoding/xml", typ: $funcType([$Int, $Bool], [sliceType$3], false)}, {prop: "nsname", name: "nsname", pkg: "encoding/xml", typ: $funcType([], [Name, $Bool], false)}, {prop: "name", name: "name", pkg: "encoding/xml", typ: $funcType([], [$String, $Bool], false)}, {prop: "readName", name: "readName", pkg: "encoding/xml", typ: $funcType([], [$Bool], false)}, {prop: "Decode", name: "Decode", pkg: "", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "DecodeElement", name: "DecodeElement", pkg: "", typ: $funcType([$emptyInterface, ptrType$12], [$error], false)}, {prop: "unmarshalInterface", name: "unmarshalInterface", pkg: "encoding/xml", typ: $funcType([Unmarshaler, ptrType$12], [$error], false)}, {prop: "unmarshalTextInterface", name: "unmarshalTextInterface", pkg: "encoding/xml", typ: $funcType([encoding.TextUnmarshaler], [$error], false)}, {prop: "unmarshalAttr", name: "unmarshalAttr", pkg: "encoding/xml", typ: $funcType([reflect.Value, Attr], [$error], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "encoding/xml", typ: $funcType([reflect.Value, ptrType$12, $Int], [$error], false)}, {prop: "unmarshalPath", name: "unmarshalPath", pkg: "encoding/xml", typ: $funcType([ptrType$9, reflect.Value, sliceType$2, ptrType$12, $Int], [$Bool, $error], false)}, {prop: "Skip", name: "Skip", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$10.methods = [{prop: "value", name: "value", pkg: "encoding/xml", typ: $funcType([reflect.Value, $Bool], [reflect.Value], false)}];
	ptrType$19.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	UnmarshalError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$14.methods = [{prop: "Indent", name: "Indent", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "EncodeElement", name: "EncodeElement", pkg: "", typ: $funcType([$emptyInterface, StartElement], [$error], false)}, {prop: "EncodeToken", name: "EncodeToken", pkg: "", typ: $funcType([Token], [$error], false)}, {prop: "Flush", name: "Flush", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$15.methods = [{prop: "EscapeString", name: "EscapeString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "createAttrPrefix", name: "createAttrPrefix", pkg: "encoding/xml", typ: $funcType([$String], [$String], false)}, {prop: "deleteAttrPrefix", name: "deleteAttrPrefix", pkg: "encoding/xml", typ: $funcType([$String], [], false)}, {prop: "markPrefix", name: "markPrefix", pkg: "encoding/xml", typ: $funcType([], [], false)}, {prop: "popPrefix", name: "popPrefix", pkg: "encoding/xml", typ: $funcType([], [], false)}, {prop: "marshalValue", name: "marshalValue", pkg: "encoding/xml", typ: $funcType([reflect.Value, ptrType$10, ptrType$12], [$error], false)}, {prop: "marshalAttr", name: "marshalAttr", pkg: "encoding/xml", typ: $funcType([ptrType$12, Name, reflect.Value], [$error], false)}, {prop: "marshalInterface", name: "marshalInterface", pkg: "encoding/xml", typ: $funcType([Marshaler, StartElement], [$error], false)}, {prop: "marshalTextInterface", name: "marshalTextInterface", pkg: "encoding/xml", typ: $funcType([encoding.TextMarshaler, StartElement], [$error], false)}, {prop: "writeStart", name: "writeStart", pkg: "encoding/xml", typ: $funcType([ptrType$12], [$error], false)}, {prop: "writeEnd", name: "writeEnd", pkg: "encoding/xml", typ: $funcType([Name], [$error], false)}, {prop: "marshalSimple", name: "marshalSimple", pkg: "encoding/xml", typ: $funcType([reflect.Type, reflect.Value], [$String, sliceType$3, $error], false)}, {prop: "marshalStruct", name: "marshalStruct", pkg: "encoding/xml", typ: $funcType([ptrType$9, reflect.Value], [$error], false)}, {prop: "cachedWriteError", name: "cachedWriteError", pkg: "encoding/xml", typ: $funcType([], [$error], false)}, {prop: "writeIndent", name: "writeIndent", pkg: "encoding/xml", typ: $funcType([$Int], [], false)}];
	ptrType$20.methods = [{prop: "trim", name: "trim", pkg: "encoding/xml", typ: $funcType([sliceType$2], [$error], false)}, {prop: "push", name: "push", pkg: "encoding/xml", typ: $funcType([sliceType$2], [$error], false)}];
	ptrType$21.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	SyntaxError.init("", [{prop: "Msg", name: "Msg", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Line", name: "Line", embedded: false, exported: true, typ: $Int, tag: ""}]);
	Name.init("", [{prop: "Space", name: "Space", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Local", name: "Local", embedded: false, exported: true, typ: $String, tag: ""}]);
	Attr.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: Name, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: $String, tag: ""}]);
	Token.init([]);
	StartElement.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: Name, tag: ""}, {prop: "Attr", name: "Attr", embedded: false, exported: true, typ: sliceType$4, tag: ""}]);
	EndElement.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: Name, tag: ""}]);
	CharData.init($Uint8);
	Comment.init($Uint8);
	ProcInst.init("", [{prop: "Target", name: "Target", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Inst", name: "Inst", embedded: false, exported: true, typ: sliceType$3, tag: ""}]);
	Directive.init($Uint8);
	TokenReader.init([{prop: "Token", name: "Token", pkg: "", typ: $funcType([], [Token, $error], false)}]);
	Decoder.init("encoding/xml", [{prop: "Strict", name: "Strict", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "AutoClose", name: "AutoClose", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "Entity", name: "Entity", embedded: false, exported: true, typ: mapType, tag: ""}, {prop: "CharsetReader", name: "CharsetReader", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "DefaultSpace", name: "DefaultSpace", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: io.ByteReader, tag: ""}, {prop: "t", name: "t", embedded: false, exported: false, typ: TokenReader, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: bytes.Buffer, tag: ""}, {prop: "saved", name: "saved", embedded: false, exported: false, typ: ptrType$6, tag: ""}, {prop: "stk", name: "stk", embedded: false, exported: false, typ: ptrType$7, tag: ""}, {prop: "free", name: "free", embedded: false, exported: false, typ: ptrType$7, tag: ""}, {prop: "needClose", name: "needClose", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "toClose", name: "toClose", embedded: false, exported: false, typ: Name, tag: ""}, {prop: "nextToken", name: "nextToken", embedded: false, exported: false, typ: Token, tag: ""}, {prop: "nextByte", name: "nextByte", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "ns", name: "ns", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "line", name: "line", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "offset", name: "offset", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "unmarshalDepth", name: "unmarshalDepth", embedded: false, exported: false, typ: $Int, tag: ""}]);
	stack.init("encoding/xml", [{prop: "next", name: "next", embedded: false, exported: false, typ: ptrType$7, tag: ""}, {prop: "kind", name: "kind", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "name", name: "name", embedded: false, exported: false, typ: Name, tag: ""}, {prop: "ok", name: "ok", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	typeInfo.init("encoding/xml", [{prop: "xmlname", name: "xmlname", embedded: false, exported: false, typ: ptrType$10, tag: ""}, {prop: "fields", name: "fields", embedded: false, exported: false, typ: sliceType$6, tag: ""}]);
	fieldInfo.init("encoding/xml", [{prop: "idx", name: "idx", embedded: false, exported: false, typ: sliceType$7, tag: ""}, {prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "xmlns", name: "xmlns", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "flags", name: "flags", embedded: false, exported: false, typ: fieldFlags, tag: ""}, {prop: "parents", name: "parents", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	TagPathError.init("", [{prop: "Struct", name: "Struct", embedded: false, exported: true, typ: reflect.Type, tag: ""}, {prop: "Field1", name: "Field1", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Tag1", name: "Tag1", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Field2", name: "Field2", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Tag2", name: "Tag2", embedded: false, exported: true, typ: $String, tag: ""}]);
	Unmarshaler.init([{prop: "UnmarshalXML", name: "UnmarshalXML", pkg: "", typ: $funcType([ptrType$8, StartElement], [$error], false)}]);
	UnmarshalerAttr.init([{prop: "UnmarshalXMLAttr", name: "UnmarshalXMLAttr", pkg: "", typ: $funcType([Attr], [$error], false)}]);
	Marshaler.init([{prop: "MarshalXML", name: "MarshalXML", pkg: "", typ: $funcType([ptrType$14, StartElement], [$error], false)}]);
	MarshalerAttr.init([{prop: "MarshalXMLAttr", name: "MarshalXMLAttr", pkg: "", typ: $funcType([Name], [Attr, $error], false)}]);
	Encoder.init("encoding/xml", [{prop: "p", name: "p", embedded: false, exported: false, typ: printer, tag: ""}]);
	printer.init("encoding/xml", [{prop: "Writer", name: "Writer", embedded: true, exported: true, typ: ptrType$13, tag: ""}, {prop: "encoder", name: "encoder", embedded: false, exported: false, typ: ptrType$14, tag: ""}, {prop: "seq", name: "seq", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "indent", name: "indent", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "prefix", name: "prefix", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "depth", name: "depth", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "indentedIn", name: "indentedIn", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "putNewline", name: "putNewline", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "attrNS", name: "attrNS", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "attrPrefix", name: "attrPrefix", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "prefixes", name: "prefixes", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "tags", name: "tags", embedded: false, exported: false, typ: sliceType$9, tag: ""}]);
	parentStack.init("encoding/xml", [{prop: "p", name: "p", embedded: false, exported: false, typ: ptrType$15, tag: ""}, {prop: "stack", name: "stack", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	UnsupportedTypeError.init("", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: reflect.Type, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = encoding.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		tinfoMap = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new $packages["sync/atomic"].Value.ptr($ifaceNil), false, 0);
		errRawToken = errors.New("xml: cannot use RawToken from UnmarshalXML method");
		entity = $makeMap($String.keyFor, [{ k: "lt", v: 60 }, { k: "gt", v: 62 }, { k: "amp", v: 38 }, { k: "apos", v: 39 }, { k: "quot", v: 34 }]);
		first = new unicode.RangeTable.ptr(new sliceType([new unicode.Range16.ptr(58, 58, 1), new unicode.Range16.ptr(65, 90, 1), new unicode.Range16.ptr(95, 95, 1), new unicode.Range16.ptr(97, 122, 1), new unicode.Range16.ptr(192, 214, 1), new unicode.Range16.ptr(216, 246, 1), new unicode.Range16.ptr(248, 255, 1), new unicode.Range16.ptr(256, 305, 1), new unicode.Range16.ptr(308, 318, 1), new unicode.Range16.ptr(321, 328, 1), new unicode.Range16.ptr(330, 382, 1), new unicode.Range16.ptr(384, 451, 1), new unicode.Range16.ptr(461, 496, 1), new unicode.Range16.ptr(500, 501, 1), new unicode.Range16.ptr(506, 535, 1), new unicode.Range16.ptr(592, 680, 1), new unicode.Range16.ptr(699, 705, 1), new unicode.Range16.ptr(902, 902, 1), new unicode.Range16.ptr(904, 906, 1), new unicode.Range16.ptr(908, 908, 1), new unicode.Range16.ptr(910, 929, 1), new unicode.Range16.ptr(931, 974, 1), new unicode.Range16.ptr(976, 982, 1), new unicode.Range16.ptr(986, 992, 2), new unicode.Range16.ptr(994, 1011, 1), new unicode.Range16.ptr(1025, 1036, 1), new unicode.Range16.ptr(1038, 1103, 1), new unicode.Range16.ptr(1105, 1116, 1), new unicode.Range16.ptr(1118, 1153, 1), new unicode.Range16.ptr(1168, 1220, 1), new unicode.Range16.ptr(1223, 1224, 1), new unicode.Range16.ptr(1227, 1228, 1), new unicode.Range16.ptr(1232, 1259, 1), new unicode.Range16.ptr(1262, 1269, 1), new unicode.Range16.ptr(1272, 1273, 1), new unicode.Range16.ptr(1329, 1366, 1), new unicode.Range16.ptr(1369, 1369, 1), new unicode.Range16.ptr(1377, 1414, 1), new unicode.Range16.ptr(1488, 1514, 1), new unicode.Range16.ptr(1520, 1522, 1), new unicode.Range16.ptr(1569, 1594, 1), new unicode.Range16.ptr(1601, 1610, 1), new unicode.Range16.ptr(1649, 1719, 1), new unicode.Range16.ptr(1722, 1726, 1), new unicode.Range16.ptr(1728, 1742, 1), new unicode.Range16.ptr(1744, 1747, 1), new unicode.Range16.ptr(1749, 1749, 1), new unicode.Range16.ptr(1765, 1766, 1), new unicode.Range16.ptr(2309, 2361, 1), new unicode.Range16.ptr(2365, 2365, 1), new unicode.Range16.ptr(2392, 2401, 1), new unicode.Range16.ptr(2437, 2444, 1), new unicode.Range16.ptr(2447, 2448, 1), new unicode.Range16.ptr(2451, 2472, 1), new unicode.Range16.ptr(2474, 2480, 1), new unicode.Range16.ptr(2482, 2482, 1), new unicode.Range16.ptr(2486, 2489, 1), new unicode.Range16.ptr(2524, 2525, 1), new unicode.Range16.ptr(2527, 2529, 1), new unicode.Range16.ptr(2544, 2545, 1), new unicode.Range16.ptr(2565, 2570, 1), new unicode.Range16.ptr(2575, 2576, 1), new unicode.Range16.ptr(2579, 2600, 1), new unicode.Range16.ptr(2602, 2608, 1), new unicode.Range16.ptr(2610, 2611, 1), new unicode.Range16.ptr(2613, 2614, 1), new unicode.Range16.ptr(2616, 2617, 1), new unicode.Range16.ptr(2649, 2652, 1), new unicode.Range16.ptr(2654, 2654, 1), new unicode.Range16.ptr(2674, 2676, 1), new unicode.Range16.ptr(2693, 2699, 1), new unicode.Range16.ptr(2701, 2701, 1), new unicode.Range16.ptr(2703, 2705, 1), new unicode.Range16.ptr(2707, 2728, 1), new unicode.Range16.ptr(2730, 2736, 1), new unicode.Range16.ptr(2738, 2739, 1), new unicode.Range16.ptr(2741, 2745, 1), new unicode.Range16.ptr(2749, 2784, 35), new unicode.Range16.ptr(2821, 2828, 1), new unicode.Range16.ptr(2831, 2832, 1), new unicode.Range16.ptr(2835, 2856, 1), new unicode.Range16.ptr(2858, 2864, 1), new unicode.Range16.ptr(2866, 2867, 1), new unicode.Range16.ptr(2870, 2873, 1), new unicode.Range16.ptr(2877, 2877, 1), new unicode.Range16.ptr(2908, 2909, 1), new unicode.Range16.ptr(2911, 2913, 1), new unicode.Range16.ptr(2949, 2954, 1), new unicode.Range16.ptr(2958, 2960, 1), new unicode.Range16.ptr(2962, 2965, 1), new unicode.Range16.ptr(2969, 2970, 1), new unicode.Range16.ptr(2972, 2972, 1), new unicode.Range16.ptr(2974, 2975, 1), new unicode.Range16.ptr(2979, 2980, 1), new unicode.Range16.ptr(2984, 2986, 1), new unicode.Range16.ptr(2990, 2997, 1), new unicode.Range16.ptr(2999, 3001, 1), new unicode.Range16.ptr(3077, 3084, 1), new unicode.Range16.ptr(3086, 3088, 1), new unicode.Range16.ptr(3090, 3112, 1), new unicode.Range16.ptr(3114, 3123, 1), new unicode.Range16.ptr(3125, 3129, 1), new unicode.Range16.ptr(3168, 3169, 1), new unicode.Range16.ptr(3205, 3212, 1), new unicode.Range16.ptr(3214, 3216, 1), new unicode.Range16.ptr(3218, 3240, 1), new unicode.Range16.ptr(3242, 3251, 1), new unicode.Range16.ptr(3253, 3257, 1), new unicode.Range16.ptr(3294, 3294, 1), new unicode.Range16.ptr(3296, 3297, 1), new unicode.Range16.ptr(3333, 3340, 1), new unicode.Range16.ptr(3342, 3344, 1), new unicode.Range16.ptr(3346, 3368, 1), new unicode.Range16.ptr(3370, 3385, 1), new unicode.Range16.ptr(3424, 3425, 1), new unicode.Range16.ptr(3585, 3630, 1), new unicode.Range16.ptr(3632, 3632, 1), new unicode.Range16.ptr(3634, 3635, 1), new unicode.Range16.ptr(3648, 3653, 1), new unicode.Range16.ptr(3713, 3714, 1), new unicode.Range16.ptr(3716, 3716, 1), new unicode.Range16.ptr(3719, 3720, 1), new unicode.Range16.ptr(3722, 3725, 3), new unicode.Range16.ptr(3732, 3735, 1), new unicode.Range16.ptr(3737, 3743, 1), new unicode.Range16.ptr(3745, 3747, 1), new unicode.Range16.ptr(3749, 3751, 2), new unicode.Range16.ptr(3754, 3755, 1), new unicode.Range16.ptr(3757, 3758, 1), new unicode.Range16.ptr(3760, 3760, 1), new unicode.Range16.ptr(3762, 3763, 1), new unicode.Range16.ptr(3773, 3773, 1), new unicode.Range16.ptr(3776, 3780, 1), new unicode.Range16.ptr(3904, 3911, 1), new unicode.Range16.ptr(3913, 3945, 1), new unicode.Range16.ptr(4256, 4293, 1), new unicode.Range16.ptr(4304, 4342, 1), new unicode.Range16.ptr(4352, 4352, 1), new unicode.Range16.ptr(4354, 4355, 1), new unicode.Range16.ptr(4357, 4359, 1), new unicode.Range16.ptr(4361, 4361, 1), new unicode.Range16.ptr(4363, 4364, 1), new unicode.Range16.ptr(4366, 4370, 1), new unicode.Range16.ptr(4412, 4416, 2), new unicode.Range16.ptr(4428, 4432, 2), new unicode.Range16.ptr(4436, 4437, 1), new unicode.Range16.ptr(4441, 4441, 1), new unicode.Range16.ptr(4447, 4449, 1), new unicode.Range16.ptr(4451, 4457, 2), new unicode.Range16.ptr(4461, 4462, 1), new unicode.Range16.ptr(4466, 4467, 1), new unicode.Range16.ptr(4469, 4510, 41), new unicode.Range16.ptr(4520, 4523, 3), new unicode.Range16.ptr(4526, 4527, 1), new unicode.Range16.ptr(4535, 4536, 1), new unicode.Range16.ptr(4538, 4538, 1), new unicode.Range16.ptr(4540, 4546, 1), new unicode.Range16.ptr(4587, 4592, 5), new unicode.Range16.ptr(4601, 4601, 1), new unicode.Range16.ptr(7680, 7835, 1), new unicode.Range16.ptr(7840, 7929, 1), new unicode.Range16.ptr(7936, 7957, 1), new unicode.Range16.ptr(7960, 7965, 1), new unicode.Range16.ptr(7968, 8005, 1), new unicode.Range16.ptr(8008, 8013, 1), new unicode.Range16.ptr(8016, 8023, 1), new unicode.Range16.ptr(8025, 8027, 2), new unicode.Range16.ptr(8029, 8029, 1), new unicode.Range16.ptr(8031, 8061, 1), new unicode.Range16.ptr(8064, 8116, 1), new unicode.Range16.ptr(8118, 8124, 1), new unicode.Range16.ptr(8126, 8126, 1), new unicode.Range16.ptr(8130, 8132, 1), new unicode.Range16.ptr(8134, 8140, 1), new unicode.Range16.ptr(8144, 8147, 1), new unicode.Range16.ptr(8150, 8155, 1), new unicode.Range16.ptr(8160, 8172, 1), new unicode.Range16.ptr(8178, 8180, 1), new unicode.Range16.ptr(8182, 8188, 1), new unicode.Range16.ptr(8486, 8486, 1), new unicode.Range16.ptr(8490, 8491, 1), new unicode.Range16.ptr(8494, 8494, 1), new unicode.Range16.ptr(8576, 8578, 1), new unicode.Range16.ptr(12295, 12295, 1), new unicode.Range16.ptr(12321, 12329, 1), new unicode.Range16.ptr(12353, 12436, 1), new unicode.Range16.ptr(12449, 12538, 1), new unicode.Range16.ptr(12549, 12588, 1), new unicode.Range16.ptr(19968, 40869, 1), new unicode.Range16.ptr(44032, 55203, 1)]), sliceType$1.nil, 0);
		second = new unicode.RangeTable.ptr(new sliceType([new unicode.Range16.ptr(45, 46, 1), new unicode.Range16.ptr(48, 57, 1), new unicode.Range16.ptr(183, 183, 1), new unicode.Range16.ptr(720, 721, 1), new unicode.Range16.ptr(768, 837, 1), new unicode.Range16.ptr(864, 865, 1), new unicode.Range16.ptr(903, 903, 1), new unicode.Range16.ptr(1155, 1158, 1), new unicode.Range16.ptr(1425, 1441, 1), new unicode.Range16.ptr(1443, 1465, 1), new unicode.Range16.ptr(1467, 1469, 1), new unicode.Range16.ptr(1471, 1471, 1), new unicode.Range16.ptr(1473, 1474, 1), new unicode.Range16.ptr(1476, 1600, 124), new unicode.Range16.ptr(1611, 1618, 1), new unicode.Range16.ptr(1632, 1641, 1), new unicode.Range16.ptr(1648, 1648, 1), new unicode.Range16.ptr(1750, 1756, 1), new unicode.Range16.ptr(1757, 1759, 1), new unicode.Range16.ptr(1760, 1764, 1), new unicode.Range16.ptr(1767, 1768, 1), new unicode.Range16.ptr(1770, 1773, 1), new unicode.Range16.ptr(1776, 1785, 1), new unicode.Range16.ptr(2305, 2307, 1), new unicode.Range16.ptr(2364, 2364, 1), new unicode.Range16.ptr(2366, 2380, 1), new unicode.Range16.ptr(2381, 2381, 1), new unicode.Range16.ptr(2385, 2388, 1), new unicode.Range16.ptr(2402, 2403, 1), new unicode.Range16.ptr(2406, 2415, 1), new unicode.Range16.ptr(2433, 2435, 1), new unicode.Range16.ptr(2492, 2492, 1), new unicode.Range16.ptr(2494, 2495, 1), new unicode.Range16.ptr(2496, 2500, 1), new unicode.Range16.ptr(2503, 2504, 1), new unicode.Range16.ptr(2507, 2509, 1), new unicode.Range16.ptr(2519, 2519, 1), new unicode.Range16.ptr(2530, 2531, 1), new unicode.Range16.ptr(2534, 2543, 1), new unicode.Range16.ptr(2562, 2620, 58), new unicode.Range16.ptr(2622, 2623, 1), new unicode.Range16.ptr(2624, 2626, 1), new unicode.Range16.ptr(2631, 2632, 1), new unicode.Range16.ptr(2635, 2637, 1), new unicode.Range16.ptr(2662, 2671, 1), new unicode.Range16.ptr(2672, 2673, 1), new unicode.Range16.ptr(2689, 2691, 1), new unicode.Range16.ptr(2748, 2748, 1), new unicode.Range16.ptr(2750, 2757, 1), new unicode.Range16.ptr(2759, 2761, 1), new unicode.Range16.ptr(2763, 2765, 1), new unicode.Range16.ptr(2790, 2799, 1), new unicode.Range16.ptr(2817, 2819, 1), new unicode.Range16.ptr(2876, 2876, 1), new unicode.Range16.ptr(2878, 2883, 1), new unicode.Range16.ptr(2887, 2888, 1), new unicode.Range16.ptr(2891, 2893, 1), new unicode.Range16.ptr(2902, 2903, 1), new unicode.Range16.ptr(2918, 2927, 1), new unicode.Range16.ptr(2946, 2947, 1), new unicode.Range16.ptr(3006, 3010, 1), new unicode.Range16.ptr(3014, 3016, 1), new unicode.Range16.ptr(3018, 3021, 1), new unicode.Range16.ptr(3031, 3031, 1), new unicode.Range16.ptr(3047, 3055, 1), new unicode.Range16.ptr(3073, 3075, 1), new unicode.Range16.ptr(3134, 3140, 1), new unicode.Range16.ptr(3142, 3144, 1), new unicode.Range16.ptr(3146, 3149, 1), new unicode.Range16.ptr(3157, 3158, 1), new unicode.Range16.ptr(3174, 3183, 1), new unicode.Range16.ptr(3202, 3203, 1), new unicode.Range16.ptr(3262, 3268, 1), new unicode.Range16.ptr(3270, 3272, 1), new unicode.Range16.ptr(3274, 3277, 1), new unicode.Range16.ptr(3285, 3286, 1), new unicode.Range16.ptr(3302, 3311, 1), new unicode.Range16.ptr(3330, 3331, 1), new unicode.Range16.ptr(3390, 3395, 1), new unicode.Range16.ptr(3398, 3400, 1), new unicode.Range16.ptr(3402, 3405, 1), new unicode.Range16.ptr(3415, 3415, 1), new unicode.Range16.ptr(3430, 3439, 1), new unicode.Range16.ptr(3633, 3633, 1), new unicode.Range16.ptr(3636, 3642, 1), new unicode.Range16.ptr(3654, 3654, 1), new unicode.Range16.ptr(3655, 3662, 1), new unicode.Range16.ptr(3664, 3673, 1), new unicode.Range16.ptr(3761, 3761, 1), new unicode.Range16.ptr(3764, 3769, 1), new unicode.Range16.ptr(3771, 3772, 1), new unicode.Range16.ptr(3782, 3782, 1), new unicode.Range16.ptr(3784, 3789, 1), new unicode.Range16.ptr(3792, 3801, 1), new unicode.Range16.ptr(3864, 3865, 1), new unicode.Range16.ptr(3872, 3881, 1), new unicode.Range16.ptr(3893, 3897, 2), new unicode.Range16.ptr(3902, 3903, 1), new unicode.Range16.ptr(3953, 3972, 1), new unicode.Range16.ptr(3974, 3979, 1), new unicode.Range16.ptr(3984, 3989, 1), new unicode.Range16.ptr(3991, 3991, 1), new unicode.Range16.ptr(3993, 4013, 1), new unicode.Range16.ptr(4017, 4023, 1), new unicode.Range16.ptr(4025, 4025, 1), new unicode.Range16.ptr(8400, 8412, 1), new unicode.Range16.ptr(8417, 12293, 3876), new unicode.Range16.ptr(12330, 12335, 1), new unicode.Range16.ptr(12337, 12341, 1), new unicode.Range16.ptr(12441, 12442, 1), new unicode.Range16.ptr(12445, 12446, 1), new unicode.Range16.ptr(12540, 12542, 1)]), sliceType$1.nil, 0);
		escQuot = (new sliceType$3($stringToBytes("&#34;")));
		escApos = (new sliceType$3($stringToBytes("&#39;")));
		escAmp = (new sliceType$3($stringToBytes("&amp;")));
		escLT = (new sliceType$3($stringToBytes("&lt;")));
		escGT = (new sliceType$3($stringToBytes("&gt;")));
		escTab = (new sliceType$3($stringToBytes("&#x9;")));
		escNL = (new sliceType$3($stringToBytes("&#xA;")));
		escCR = (new sliceType$3($stringToBytes("&#xD;")));
		escFFFD = (new sliceType$3($stringToBytes("\xEF\xBF\xBD")));
		cdataStart = (new sliceType$3($stringToBytes("<![CDATA[")));
		cdataEnd = (new sliceType$3($stringToBytes("]]>")));
		cdataEscape = (new sliceType$3($stringToBytes("]]]]><![CDATA[>")));
		nameType = reflect.TypeOf((x = new Name.ptr("", ""), new x.constructor.elem(x)));
		attrType = reflect.TypeOf((x$1 = new Attr.ptr(new Name.ptr("", ""), ""), new x$1.constructor.elem(x$1)));
		_r = reflect.TypeOf((ptrType.nil)).Elem(); /* */ $s = 13; case 13: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		unmarshalerType = _r;
		_r$1 = reflect.TypeOf((ptrType$1.nil)).Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		unmarshalerAttrType = _r$1;
		_r$2 = reflect.TypeOf((ptrType$2.nil)).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		textUnmarshalerType = _r$2;
		errExeceededMaxUnmarshalDepth = errors.New("exceeded max depth");
		begComment = (new sliceType$3($stringToBytes("<!--")));
		endComment = (new sliceType$3($stringToBytes("-->")));
		endProcInst = (new sliceType$3($stringToBytes("?>")));
		_r$3 = reflect.TypeOf((ptrType$3.nil)).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		marshalerType = _r$3;
		_r$4 = reflect.TypeOf((ptrType$4.nil)).Elem(); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		marshalerAttrType = _r$4;
		_r$5 = reflect.TypeOf((ptrType$5.nil)).Elem(); /* */ $s = 18; case 18: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		textMarshalerType = _r$5;
		ddBytes = (new sliceType$3($stringToBytes("--")));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["github.com/kvartborg/vector"] = (function() {
	var $pkg = {}, $init, errors, fmt, math, Vector, Axis, sliceType, sliceType$1, sliceType$2, sliceType$3, Dot, axpyUnitaryTo, scalUnitaryTo;
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	math = $packages["math"];
	Vector = $pkg.Vector = $newType(12, $kindSlice, "vector.Vector", true, "github.com/kvartborg/vector", true, null);
	Axis = $pkg.Axis = $newType(4, $kindInt, "vector.Axis", true, "github.com/kvartborg/vector", true, null);
	sliceType = $sliceType($Float64);
	sliceType$1 = $sliceType($emptyInterface);
	sliceType$2 = $sliceType(Vector);
	sliceType$3 = $sliceType(Axis);
	Vector.prototype.Clone = function() {
		var clone, v;
		v = this;
		clone = $makeSlice(Vector, v.$length);
		$copySlice(clone, v);
		return clone;
	};
	$ptrType(Vector).prototype.Clone = function() { return this.$get().Clone(); };
	Vector.prototype.Add = function(vs) {
		var _i, _ref, dim, i, v, vs;
		v = this;
		dim = v.$length;
		_ref = vs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (((i < 0 || i >= vs.$length) ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + i]).$length > dim) {
				axpyUnitaryTo($convertSliceType(v, sliceType), 1, $convertSliceType(v, sliceType), $convertSliceType($subslice(((i < 0 || i >= vs.$length) ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + i]), 0, dim), sliceType));
			} else {
				axpyUnitaryTo($convertSliceType(v, sliceType), 1, $convertSliceType(v, sliceType), $convertSliceType(((i < 0 || i >= vs.$length) ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + i]), sliceType));
			}
			_i++;
		}
		return v;
	};
	$ptrType(Vector).prototype.Add = function(vs) { return this.$get().Add(vs); };
	Vector.prototype.Sub = function(vs) {
		var _i, _ref, dim, i, v, vs;
		v = this;
		dim = v.$length;
		_ref = vs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (((i < 0 || i >= vs.$length) ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + i]).$length > dim) {
				axpyUnitaryTo($convertSliceType(v, sliceType), -1, $convertSliceType($subslice(((i < 0 || i >= vs.$length) ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + i]), 0, dim), sliceType), $convertSliceType(v, sliceType));
			} else {
				axpyUnitaryTo($convertSliceType(v, sliceType), -1, $convertSliceType(((i < 0 || i >= vs.$length) ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + i]), sliceType), $convertSliceType(v, sliceType));
			}
			_i++;
		}
		return v;
	};
	$ptrType(Vector).prototype.Sub = function(vs) { return this.$get().Sub(vs); };
	Vector.prototype.Scale = function(size) {
		var size, v;
		v = this;
		scalUnitaryTo($convertSliceType(v, sliceType), size, $convertSliceType(v, sliceType));
		return v;
	};
	$ptrType(Vector).prototype.Scale = function(size) { return this.$get().Scale(size); };
	Vector.prototype.Equal = function(v2) {
		var _i, _ref, i, v, v2;
		v = this;
		if (!((v.$length === v2.$length))) {
			return false;
		}
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (math.Abs(((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) - ((i < 0 || i >= v2.$length) ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + i])) > 1e-08) {
				return false;
			}
			_i++;
		}
		return true;
	};
	$ptrType(Vector).prototype.Equal = function(v2) { return this.$get().Equal(v2); };
	Vector.prototype.Magnitude = function() {
		var _i, _ref, result, scalar, v;
		v = this;
		result = 0;
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			scalar = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			result = result + (scalar * scalar);
			_i++;
		}
		return math.Sqrt(result);
	};
	$ptrType(Vector).prototype.Magnitude = function() { return this.$get().Magnitude(); };
	Vector.prototype.Unit = function() {
		var _i, _ref, i, l, v;
		v = this;
		l = v.Magnitude();
		if (l < 1e-08) {
			return v;
		}
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i] = ((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) / l);
			_i++;
		}
		return v;
	};
	$ptrType(Vector).prototype.Unit = function() { return this.$get().Unit(); };
	Dot = function(v1, v2) {
		var _i, _ref, _tmp, _tmp$1, _tmp$2, dim1, dim2, i, result, v1, v2;
		_tmp = 0;
		_tmp$1 = v1.$length;
		_tmp$2 = v2.$length;
		result = _tmp;
		dim1 = _tmp$1;
		dim2 = _tmp$2;
		if (dim1 > dim2) {
			v2 = $appendSlice(v2, $convertSliceType($makeSlice(Vector, (dim1 - dim2 >> 0)), sliceType));
		}
		if (dim1 < dim2) {
			v1 = $appendSlice(v1, $convertSliceType($makeSlice(Vector, (dim2 - dim1 >> 0)), sliceType));
		}
		_ref = v1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			result = result + (((i < 0 || i >= v1.$length) ? ($throwRuntimeError("index out of range"), undefined) : v1.$array[v1.$offset + i]) * ((i < 0 || i >= v2.$length) ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + i]));
			_i++;
		}
		return result;
	};
	$pkg.Dot = Dot;
	Vector.prototype.Dot = function(v2) {
		var v, v2;
		v = this;
		return Dot(v, v2);
	};
	$ptrType(Vector).prototype.Dot = function(v2) { return this.$get().Dot(v2); };
	Vector.prototype.Cross = function(v2) {
		var v, v2;
		v = this;
		if (!((v.$length === 3)) || !((v2.$length === 3))) {
			return [Vector.nil, $pkg.ErrNot3Dimensional];
		}
		return [new Vector([(1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]) * (2 >= v2.$length ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + 2]) - (2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]) * (1 >= v2.$length ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + 1]), (2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]) * (0 >= v2.$length ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + 0]) - (0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]) * (2 >= v2.$length ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + 2]), (0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]) * (2 >= v2.$length ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + 2]) - (2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]) * (0 >= v2.$length ? ($throwRuntimeError("index out of range"), undefined) : v2.$array[v2.$offset + 0])]), $ifaceNil];
	};
	$ptrType(Vector).prototype.Cross = function(v2) { return this.$get().Cross(v2); };
	Vector.prototype.Rotate = function(angle, as) {
		var _1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, angle, as, axis, cos, dim, sin, v, x, y, z, z$1;
		v = this;
		_tmp = 2;
		_tmp$1 = v.$length;
		axis = _tmp;
		dim = _tmp$1;
		if (dim === 0) {
			return v;
		}
		if (as.$length > 0) {
			axis = (0 >= as.$length ? ($throwRuntimeError("index out of range"), undefined) : as.$array[as.$offset + 0]);
		}
		if ((dim === 1) && !((axis === 2))) {
			v = $append(v, 0, 0);
		}
		if ((dim < 2 && (axis === 2)) || ((dim === 2) && !((axis === 2)))) {
			v = $append(v, 0);
		}
		_tmp$2 = (0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]);
		_tmp$3 = (1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]);
		x = _tmp$2;
		y = _tmp$3;
		_tmp$4 = math.Cos(angle);
		_tmp$5 = math.Sin(angle);
		cos = _tmp$4;
		sin = _tmp$5;
		_1 = axis;
		if (_1 === (0)) {
			z = (2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]);
			(1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1] = y * cos - z * sin);
			(2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2] = y * sin + z * cos);
		} else if (_1 === (1)) {
			z$1 = (2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]);
			(0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0] = x * cos + z$1 * sin);
			(2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2] = -x * sin + z$1 * cos);
		} else if (_1 === (2)) {
			(0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0] = x * cos - y * sin);
			(1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1] = x * sin + y * cos);
		}
		if (dim > 3) {
			return $subslice(v, 0, 3);
		}
		return v;
	};
	$ptrType(Vector).prototype.Rotate = function(angle, as) { return this.$get().Rotate(angle, as); };
	Vector.prototype.String = function() {
		var {_i, _r, _ref, i, str, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		str = "";
		v = this;
		if (v === Vector.nil) {
			str = "[]";
			$s = -1; return str;
		}
		_ref = v;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			/* */ if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) < 1e-08 && ((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) > 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) < 1e-08 && ((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) > 0) { */ case 3:
				str = str + ("0 ");
				$s = 5; continue;
			/* } else { */ case 4:
				_r = fmt.Sprint(new sliceType$1([new $Float64(((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]))])); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				str = str + (_r + " ");
			/* } */ case 5:
			_i++;
		$s = 1; continue;
		case 2:
		str = "[" + $substring(str, 0, (str.length - 1 >> 0)) + "]";
		$s = -1; return str;
		/* */ } return; } var $f = {$blk: Vector.prototype.String, $c: true, $r, _i, _r, _ref, i, str, v, $s};return $f;
	};
	$ptrType(Vector).prototype.String = function() { return this.$get().String(); };
	Vector.prototype.X = function() {
		var v;
		v = this;
		if (v.$length < 1) {
			return 0;
		}
		return (0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]);
	};
	$ptrType(Vector).prototype.X = function() { return this.$get().X(); };
	Vector.prototype.Y = function() {
		var v;
		v = this;
		if (v.$length < 2) {
			return 0;
		}
		return (1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]);
	};
	$ptrType(Vector).prototype.Y = function() { return this.$get().Y(); };
	Vector.prototype.Z = function() {
		var v;
		v = this;
		if (v.$length < 3) {
			return 0;
		}
		return (2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]);
	};
	$ptrType(Vector).prototype.Z = function() { return this.$get().Z(); };
	axpyUnitaryTo = function(dst, alpha, x, y) {
		var _i, _ref, alpha, dim, dst, i, v, x, y;
		dim = y.$length;
		_ref = x;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (i === dim) {
				return;
			}
			((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i] = alpha * v + ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i]));
			_i++;
		}
	};
	scalUnitaryTo = function(dst, alpha, x) {
		var _i, _ref, alpha, dst, i, x;
		_ref = x;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i] = ((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i]) * (alpha));
			_i++;
		}
	};
	Vector.methods = [{prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Vector], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([sliceType$2], [Vector], true)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([sliceType$2], [Vector], true)}, {prop: "Scale", name: "Scale", pkg: "", typ: $funcType([$Float64], [Vector], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([Vector], [$Bool], false)}, {prop: "Magnitude", name: "Magnitude", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Unit", name: "Unit", pkg: "", typ: $funcType([], [Vector], false)}, {prop: "Dot", name: "Dot", pkg: "", typ: $funcType([Vector], [$Float64], false)}, {prop: "Cross", name: "Cross", pkg: "", typ: $funcType([Vector], [Vector, $error], false)}, {prop: "Rotate", name: "Rotate", pkg: "", typ: $funcType([$Float64, sliceType$3], [Vector], true)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "X", name: "X", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Y", name: "Y", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Z", name: "Z", pkg: "", typ: $funcType([], [$Float64], false)}];
	Vector.init($Float64);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrNot3Dimensional = errors.New("vector is not 3 dimensional");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["github.com/solarlune/resolv"] = (function() {
	var $pkg = {}, $init, vector, math, sort, Space, Shape, Line, ConvexPolygon, ContactSet, Circle, Projection, Object, Collision, Cell, ptrType, sliceType, sliceType$1, ptrType$1, ptrType$2, sliceType$2, sliceType$3, sliceType$4, ptrType$3, sliceType$5, ptrType$4, ptrType$5, ptrType$6, sliceType$6, ptrType$7, mapType, NewSpace, NewLine, NewConvexPolygon, NewContactSet, NewRectangle, NewCircle, NewObject, NewCollision, newCell;
	vector = $packages["github.com/kvartborg/vector"];
	math = $packages["math"];
	sort = $packages["sort"];
	Space = $pkg.Space = $newType(0, $kindStruct, "resolv.Space", true, "github.com/solarlune/resolv", true, function(Cells_, CellWidth_, CellHeight_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Cells = sliceType$1.nil;
			this.CellWidth = 0;
			this.CellHeight = 0;
			return;
		}
		this.Cells = Cells_;
		this.CellWidth = CellWidth_;
		this.CellHeight = CellHeight_;
	});
	Shape = $pkg.Shape = $newType(8, $kindInterface, "resolv.Shape", true, "github.com/solarlune/resolv", true, null);
	Line = $pkg.Line = $newType(0, $kindStruct, "resolv.Line", true, "github.com/solarlune/resolv", true, function(Start_, End_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Start = vector.Vector.nil;
			this.End = vector.Vector.nil;
			return;
		}
		this.Start = Start_;
		this.End = End_;
	});
	ConvexPolygon = $pkg.ConvexPolygon = $newType(0, $kindStruct, "resolv.ConvexPolygon", true, "github.com/solarlune/resolv", true, function(Points_, X_, Y_, Closed_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Points = sliceType$3.nil;
			this.X = 0;
			this.Y = 0;
			this.Closed = false;
			return;
		}
		this.Points = Points_;
		this.X = X_;
		this.Y = Y_;
		this.Closed = Closed_;
	});
	ContactSet = $pkg.ContactSet = $newType(0, $kindStruct, "resolv.ContactSet", true, "github.com/solarlune/resolv", true, function(Points_, MTV_, Center_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Points = sliceType$3.nil;
			this.MTV = vector.Vector.nil;
			this.Center = vector.Vector.nil;
			return;
		}
		this.Points = Points_;
		this.MTV = MTV_;
		this.Center = Center_;
	});
	Circle = $pkg.Circle = $newType(0, $kindStruct, "resolv.Circle", true, "github.com/solarlune/resolv", true, function(X_, Y_, Radius_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.X = 0;
			this.Y = 0;
			this.Radius = 0;
			return;
		}
		this.X = X_;
		this.Y = Y_;
		this.Radius = Radius_;
	});
	Projection = $pkg.Projection = $newType(0, $kindStruct, "resolv.Projection", true, "github.com/solarlune/resolv", true, function(Min_, Max_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Min = 0;
			this.Max = 0;
			return;
		}
		this.Min = Min_;
		this.Max = Max_;
	});
	Object = $pkg.Object = $newType(0, $kindStruct, "resolv.Object", true, "github.com/solarlune/resolv", true, function(Shape_, Space_, X_, Y_, W_, H_, TouchingCells_, Data_, ignoreList_, tags_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Shape = $ifaceNil;
			this.Space = ptrType$1.nil;
			this.X = 0;
			this.Y = 0;
			this.W = 0;
			this.H = 0;
			this.TouchingCells = sliceType.nil;
			this.Data = $ifaceNil;
			this.ignoreList = false;
			this.tags = sliceType$6.nil;
			return;
		}
		this.Shape = Shape_;
		this.Space = Space_;
		this.X = X_;
		this.Y = Y_;
		this.W = W_;
		this.H = H_;
		this.TouchingCells = TouchingCells_;
		this.Data = Data_;
		this.ignoreList = ignoreList_;
		this.tags = tags_;
	});
	Collision = $pkg.Collision = $newType(0, $kindStruct, "resolv.Collision", true, "github.com/solarlune/resolv", true, function(checkingObject_, dx_, dy_, Objects_, Cells_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.checkingObject = ptrType$2.nil;
			this.dx = 0;
			this.dy = 0;
			this.Objects = sliceType$2.nil;
			this.Cells = sliceType.nil;
			return;
		}
		this.checkingObject = checkingObject_;
		this.dx = dx_;
		this.dy = dy_;
		this.Objects = Objects_;
		this.Cells = Cells_;
	});
	Cell = $pkg.Cell = $newType(0, $kindStruct, "resolv.Cell", true, "github.com/solarlune/resolv", true, function(X_, Y_, Objects_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.X = 0;
			this.Y = 0;
			this.Objects = sliceType$2.nil;
			return;
		}
		this.X = X_;
		this.Y = Y_;
		this.Objects = Objects_;
	});
	ptrType = $ptrType(Cell);
	sliceType = $sliceType(ptrType);
	sliceType$1 = $sliceType(sliceType);
	ptrType$1 = $ptrType(Space);
	ptrType$2 = $ptrType(Object);
	sliceType$2 = $sliceType(ptrType$2);
	sliceType$3 = $sliceType(vector.Vector);
	sliceType$4 = $sliceType($Float64);
	ptrType$3 = $ptrType(Line);
	sliceType$5 = $sliceType(ptrType$3);
	ptrType$4 = $ptrType(Circle);
	ptrType$5 = $ptrType(ConvexPolygon);
	ptrType$6 = $ptrType(ContactSet);
	sliceType$6 = $sliceType($String);
	ptrType$7 = $ptrType(Collision);
	mapType = $mapType(ptrType$2, $Bool);
	NewSpace = function(spaceWidth, spaceHeight, cellWidth, cellHeight) {
		var _q, _q$1, cellHeight, cellWidth, sp, spaceHeight, spaceWidth;
		sp = new Space.ptr(sliceType$1.nil, cellWidth, cellHeight);
		sp.Resize((_q = spaceWidth / cellWidth, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), (_q$1 = spaceHeight / cellHeight, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")));
		return sp;
	};
	$pkg.NewSpace = NewSpace;
	Space.ptr.prototype.Add = function(objects) {
		var {_i, _ref, obj, objects, sp, $s, $r, $c} = $restore(this, {objects});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sp = this;
		_ref = objects;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			obj = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			obj.Space = sp;
			$r = obj.Update(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Space.ptr.prototype.Add, $c: true, $r, _i, _ref, obj, objects, sp, $s};return $f;
	};
	Space.prototype.Add = function(objects) { return this.$val.Add(objects); };
	Space.ptr.prototype.Remove = function(objects) {
		var _i, _i$1, _ref, _ref$1, cell, obj, objects, sp;
		sp = this;
		_ref = objects;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			obj = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = obj.TouchingCells;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				cell = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				cell.unregister(obj);
				_i$1++;
			}
			obj.TouchingCells = new sliceType([]);
			obj.Space = ptrType$1.nil;
			_i++;
		}
	};
	Space.prototype.Remove = function(objects) { return this.$val.Remove(objects); };
	Space.ptr.prototype.Objects = function() {
		var _entry, _i, _i$1, _i$2, _key, _ref, _ref$1, _ref$2, _tuple, added, cx, cy, o, objects, objectsAdded, sp, x, x$1, x$2;
		sp = this;
		objectsAdded = $makeMap(ptrType$2.keyFor, []);
		objects = new sliceType$2([]);
		_ref = sp.Cells;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cy = _i;
			_ref$1 = (x = sp.Cells, ((cy < 0 || cy >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + cy]));
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				cx = _i$1;
				_ref$2 = (x$1 = (x$2 = sp.Cells, ((cy < 0 || cy >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + cy])), ((cx < 0 || cx >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + cx])).Objects;
				_i$2 = 0;
				while (true) {
					if (!(_i$2 < _ref$2.$length)) { break; }
					o = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
					_tuple = (_entry = objectsAdded[ptrType$2.keyFor(o)], _entry !== undefined ? [_entry.v, true] : [false, false]);
					added = _tuple[1];
					if (!added) {
						objects = $append(objects, o);
						_key = o; (objectsAdded || $throwRuntimeError("assignment to entry in nil map"))[ptrType$2.keyFor(_key)] = { k: _key, v: true };
					}
					_i$2++;
				}
				_i$1++;
			}
			_i++;
		}
		return objects;
	};
	Space.prototype.Objects = function() { return this.$val.Objects(); };
	Space.ptr.prototype.Resize = function(width, height) {
		var height, sp, width, x, x$1, x$2, y;
		sp = this;
		sp.Cells = new sliceType$1([]);
		y = 0;
		while (true) {
			if (!(y < height)) { break; }
			sp.Cells = $append(sp.Cells, new sliceType([]));
			x = 0;
			while (true) {
				if (!(x < width)) { break; }
				(x$2 = sp.Cells, ((y < 0 || y >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + y] = $append((x$1 = sp.Cells, ((y < 0 || y >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + y])), newCell(x, y))));
				x = x + (1) >> 0;
			}
			y = y + (1) >> 0;
		}
	};
	Space.prototype.Resize = function(width, height) { return this.$val.Resize(width, height); };
	Space.ptr.prototype.Cell = function(x, y) {
		var sp, x, x$1, x$2, x$3, y;
		sp = this;
		if (y >= 0 && y < sp.Cells.$length && x >= 0 && x < (x$1 = sp.Cells, ((y < 0 || y >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + y])).$length) {
			return (x$2 = (x$3 = sp.Cells, ((y < 0 || y >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + y])), ((x < 0 || x >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x]));
		}
		return ptrType.nil;
	};
	Space.prototype.Cell = function(x, y) { return this.$val.Cell(x, y); };
	Space.ptr.prototype.CheckCells = function(x, y, w, h, tags) {
		var _i, _ref, cell, h, ix, iy, obj, sp, tags, w, x, x$1, y;
		sp = this;
		ix = x;
		while (true) {
			if (!(ix < (x + w >> 0))) { break; }
			iy = y;
			while (true) {
				if (!(iy < (y + h >> 0))) { break; }
				cell = sp.Cell(ix, iy);
				if (!(cell === ptrType.nil)) {
					if (tags.$length > 0) {
						if (cell.ContainsTags(tags)) {
							_ref = cell.Objects;
							_i = 0;
							while (true) {
								if (!(_i < _ref.$length)) { break; }
								obj = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								if (obj.HasTags(tags)) {
									return obj;
								}
								_i++;
							}
						}
					} else if (cell.Occupied()) {
						return (x$1 = cell.Objects, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
					}
				}
				iy = iy + (1) >> 0;
			}
			ix = ix + (1) >> 0;
		}
		return ptrType$2.nil;
	};
	Space.prototype.CheckCells = function(x, y, w, h, tags) { return this.$val.CheckCells(x, y, w, h, tags); };
	Space.ptr.prototype.UnregisterAllObjects = function() {
		var cell, sp, x, x$1, x$2, x$3, y;
		sp = this;
		y = 0;
		while (true) {
			if (!(y < sp.Cells.$length)) { break; }
			x = 0;
			while (true) {
				if (!(x < (x$1 = sp.Cells, ((y < 0 || y >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + y])).$length)) { break; }
				cell = (x$2 = (x$3 = sp.Cells, ((y < 0 || y >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + y])), ((x < 0 || x >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x]));
				sp.Remove(cell.Objects);
				x = x + (1) >> 0;
			}
			y = y + (1) >> 0;
		}
	};
	Space.prototype.UnregisterAllObjects = function() { return this.$val.UnregisterAllObjects(); };
	Space.ptr.prototype.WorldToSpace = function(x, y) {
		var fx, fy, sp, x, y;
		sp = this;
		fx = ((math.Floor(x / (sp.CellWidth)) >> 0));
		fy = ((math.Floor(y / (sp.CellHeight)) >> 0));
		return [fx, fy];
	};
	Space.prototype.WorldToSpace = function(x, y) { return this.$val.WorldToSpace(x, y); };
	Space.ptr.prototype.SpaceToWorld = function(x, y) {
		var fx, fy, sp, x, y;
		sp = this;
		fx = (($imul(x, sp.CellWidth)));
		fy = (($imul(y, sp.CellHeight)));
		return [fx, fy];
	};
	Space.prototype.SpaceToWorld = function(x, y) { return this.$val.SpaceToWorld(x, y); };
	Space.ptr.prototype.Height = function() {
		var sp;
		sp = this;
		return sp.Cells.$length;
	};
	Space.prototype.Height = function() { return this.$val.Height(); };
	Space.ptr.prototype.Width = function() {
		var sp, x;
		sp = this;
		if (sp.Cells.$length > 0) {
			return (x = sp.Cells, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).$length;
		}
		return 0;
	};
	Space.prototype.Width = function() { return this.$val.Width(); };
	Space.ptr.prototype.CellsInLine = function(startX, startY, endX, endY) {
		var _q, _q$1, _q$2, _q$3, _tuple, _tuple$1, alternate, c, cell, cells, cx, cy, dv, endCell, endX, endY, p, pX, pY, sp, startX, startY;
		sp = this;
		cells = new sliceType([]);
		cell = sp.Cell(startX, startY);
		endCell = sp.Cell(endX, endY);
		if (!(cell === ptrType.nil) && !(endCell === ptrType.nil)) {
			dv = new vector.Vector([((endX - startX >> 0)), ((endY - startY >> 0))]).Unit();
			(0 >= dv.$length ? ($throwRuntimeError("index out of range"), undefined) : dv.$array[dv.$offset + 0] = (0 >= dv.$length ? ($throwRuntimeError("index out of range"), undefined) : dv.$array[dv.$offset + 0]) * (((_q = sp.CellWidth / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")))));
			(1 >= dv.$length ? ($throwRuntimeError("index out of range"), undefined) : dv.$array[dv.$offset + 1] = (1 >= dv.$length ? ($throwRuntimeError("index out of range"), undefined) : dv.$array[dv.$offset + 1]) * (((_q$1 = sp.CellHeight / 2, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")))));
			_tuple = sp.SpaceToWorld(startX, startY);
			pX = _tuple[0];
			pY = _tuple[1];
			p = new vector.Vector([pX + ((_q$2 = sp.CellWidth / 2, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero"))), pY + ((_q$3 = sp.CellHeight / 2, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero")))]);
			alternate = false;
			while (true) {
				if (!(!(cell === ptrType.nil))) { break; }
				if (cell === endCell) {
					cells = $append(cells, cell);
					break;
				}
				cells = $append(cells, cell);
				if (alternate) {
					(1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1] = (1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]) + ((1 >= dv.$length ? ($throwRuntimeError("index out of range"), undefined) : dv.$array[dv.$offset + 1])));
				} else {
					(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = (0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]) + ((0 >= dv.$length ? ($throwRuntimeError("index out of range"), undefined) : dv.$array[dv.$offset + 0])));
				}
				_tuple$1 = sp.WorldToSpace((0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]), (1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]));
				cx = _tuple$1[0];
				cy = _tuple$1[1];
				c = sp.Cell(cx, cy);
				if (!(c === cell)) {
					cell = c;
				}
				alternate = !alternate;
			}
		}
		return cells;
	};
	Space.prototype.CellsInLine = function(startX, startY, endX, endY) { return this.$val.CellsInLine(startX, startY, endX, endY); };
	NewLine = function(x, y, x2, y2) {
		var x, x2, y, y2;
		return new Line.ptr(new vector.Vector([x, y]), new vector.Vector([x2, y2]));
	};
	$pkg.NewLine = NewLine;
	Line.ptr.prototype.Project = function(axis) {
		var axis, line;
		line = this;
		return line.Vector().Scale(axis.Dot(line.Start.Sub(new sliceType$3([line.End]))));
	};
	Line.prototype.Project = function(axis) { return this.$val.Project(axis); };
	Line.ptr.prototype.Normal = function() {
		var line, v;
		line = this;
		v = line.Vector();
		return new vector.Vector([(1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]), -(0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0])]).Unit();
	};
	Line.prototype.Normal = function() { return this.$val.Normal(); };
	Line.ptr.prototype.Vector = function() {
		var line;
		line = this;
		return line.End.Clone().Sub(new sliceType$3([line.Start])).Unit();
	};
	Line.prototype.Vector = function() { return this.$val.Vector(); };
	Line.ptr.prototype.IntersectionPointsLine = function(other) {
		var det, dx, dy, gamma, lambda, line, other, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		line = this;
		det = ((x = line.End, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) - (x$1 = line.Start, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]))) * ((x$2 = other.End, (1 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 1])) - (x$3 = other.Start, (1 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 1]))) - ((x$4 = other.End, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0])) - (x$5 = other.Start, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0]))) * ((x$6 = line.End, (1 >= x$6.$length ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + 1])) - (x$7 = line.Start, (1 >= x$7.$length ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + 1])));
		if (!((det === 0))) {
			lambda = ((((x$8 = line.Start, (1 >= x$8.$length ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + 1])) - (x$9 = other.Start, (1 >= x$9.$length ? ($throwRuntimeError("index out of range"), undefined) : x$9.$array[x$9.$offset + 1]))) * ((x$10 = other.End, (0 >= x$10.$length ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + 0])) - (x$11 = other.Start, (0 >= x$11.$length ? ($throwRuntimeError("index out of range"), undefined) : x$11.$array[x$11.$offset + 0])))) - (((x$12 = line.Start, (0 >= x$12.$length ? ($throwRuntimeError("index out of range"), undefined) : x$12.$array[x$12.$offset + 0])) - (x$13 = other.Start, (0 >= x$13.$length ? ($throwRuntimeError("index out of range"), undefined) : x$13.$array[x$13.$offset + 0]))) * ((x$14 = other.End, (1 >= x$14.$length ? ($throwRuntimeError("index out of range"), undefined) : x$14.$array[x$14.$offset + 1])) - (x$15 = other.Start, (1 >= x$15.$length ? ($throwRuntimeError("index out of range"), undefined) : x$15.$array[x$15.$offset + 1])))) + 1) / det;
			gamma = ((((x$16 = line.Start, (1 >= x$16.$length ? ($throwRuntimeError("index out of range"), undefined) : x$16.$array[x$16.$offset + 1])) - (x$17 = other.Start, (1 >= x$17.$length ? ($throwRuntimeError("index out of range"), undefined) : x$17.$array[x$17.$offset + 1]))) * ((x$18 = line.End, (0 >= x$18.$length ? ($throwRuntimeError("index out of range"), undefined) : x$18.$array[x$18.$offset + 0])) - (x$19 = line.Start, (0 >= x$19.$length ? ($throwRuntimeError("index out of range"), undefined) : x$19.$array[x$19.$offset + 0])))) - (((x$20 = line.Start, (0 >= x$20.$length ? ($throwRuntimeError("index out of range"), undefined) : x$20.$array[x$20.$offset + 0])) - (x$21 = other.Start, (0 >= x$21.$length ? ($throwRuntimeError("index out of range"), undefined) : x$21.$array[x$21.$offset + 0]))) * ((x$22 = line.End, (1 >= x$22.$length ? ($throwRuntimeError("index out of range"), undefined) : x$22.$array[x$22.$offset + 1])) - (x$23 = line.Start, (1 >= x$23.$length ? ($throwRuntimeError("index out of range"), undefined) : x$23.$array[x$23.$offset + 1])))) + 1) / det;
			if ((0 < lambda && lambda < 1) && (0 < gamma && gamma < 1)) {
				dx = (x$24 = line.End, (0 >= x$24.$length ? ($throwRuntimeError("index out of range"), undefined) : x$24.$array[x$24.$offset + 0])) - (x$25 = line.Start, (0 >= x$25.$length ? ($throwRuntimeError("index out of range"), undefined) : x$25.$array[x$25.$offset + 0]));
				dy = (x$26 = line.End, (1 >= x$26.$length ? ($throwRuntimeError("index out of range"), undefined) : x$26.$array[x$26.$offset + 1])) - (x$27 = line.Start, (1 >= x$27.$length ? ($throwRuntimeError("index out of range"), undefined) : x$27.$array[x$27.$offset + 1]));
				return new vector.Vector([(x$28 = line.Start, (0 >= x$28.$length ? ($throwRuntimeError("index out of range"), undefined) : x$28.$array[x$28.$offset + 0])) + (lambda * dx), (x$29 = line.Start, (1 >= x$29.$length ? ($throwRuntimeError("index out of range"), undefined) : x$29.$array[x$29.$offset + 1])) + (lambda * dy)]);
			}
		}
		return vector.Vector.nil;
	};
	Line.prototype.IntersectionPointsLine = function(other) { return this.$val.IntersectionPointsLine(other); };
	Line.ptr.prototype.IntersectionPointsCircle = function(circle) {
		var a, b, c, circle, cp, det, diff, lEnd, lStart, line, points, t, t$1, x, x$1, x$2, x$3, x$4, x$5;
		line = this;
		points = new sliceType$3([]);
		cp = new vector.Vector([circle.X, circle.Y]);
		lStart = line.Start.Sub(new sliceType$3([cp]));
		lEnd = line.End.Sub(new sliceType$3([cp]));
		diff = lEnd.Sub(new sliceType$3([lStart]));
		a = (0 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 0]) * (0 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 0]) + (1 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 1]) * (1 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 1]);
		b = 2 * (((0 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 0]) * (0 >= lStart.$length ? ($throwRuntimeError("index out of range"), undefined) : lStart.$array[lStart.$offset + 0])) + ((1 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 1]) * (1 >= lStart.$length ? ($throwRuntimeError("index out of range"), undefined) : lStart.$array[lStart.$offset + 1])));
		c = ((0 >= lStart.$length ? ($throwRuntimeError("index out of range"), undefined) : lStart.$array[lStart.$offset + 0]) * (0 >= lStart.$length ? ($throwRuntimeError("index out of range"), undefined) : lStart.$array[lStart.$offset + 0])) + ((1 >= lStart.$length ? ($throwRuntimeError("index out of range"), undefined) : lStart.$array[lStart.$offset + 1]) * (1 >= lStart.$length ? ($throwRuntimeError("index out of range"), undefined) : lStart.$array[lStart.$offset + 1])) - (circle.Radius * circle.Radius);
		det = b * b - (4 * a * c);
		if (det < 0) {
		} else if (det === 0) {
			t = -b / (2 * a);
			if (t >= 0 && t <= 1) {
				points = $append(points, new vector.Vector([(x = line.Start, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) + t * (0 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 0]), (x$1 = line.Start, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])) + t * (1 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 1])]));
			}
		} else {
			t$1 = (-b + math.Sqrt(det)) / (2 * a);
			if (t$1 >= 0 && t$1 <= 1) {
				points = $append(points, new vector.Vector([(x$2 = line.Start, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])) + t$1 * (0 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 0]), (x$3 = line.Start, (1 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 1])) + t$1 * (1 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 1])]));
			}
			t$1 = (-b - math.Sqrt(det)) / (2 * a);
			if (t$1 >= 0 && t$1 <= 1) {
				points = $append(points, new vector.Vector([(x$4 = line.Start, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0])) + t$1 * (0 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 0]), (x$5 = line.Start, (1 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 1])) + t$1 * (1 >= diff.$length ? ($throwRuntimeError("index out of range"), undefined) : diff.$array[diff.$offset + 1])]));
			}
		}
		return points;
	};
	Line.prototype.IntersectionPointsCircle = function(circle) { return this.$val.IntersectionPointsCircle(circle); };
	NewConvexPolygon = function(points) {
		var cp, points;
		cp = new ConvexPolygon.ptr(new sliceType$3([]), 0, 0, true);
		cp.AddPoints(points);
		return cp;
	};
	$pkg.NewConvexPolygon = NewConvexPolygon;
	ConvexPolygon.ptr.prototype.Clone = function() {
		var _i, _ref, cp, newPoly, point, points;
		cp = this;
		points = new sliceType$3([]);
		_ref = cp.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			point = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			points = $append(points, point.Clone());
			_i++;
		}
		newPoly = NewConvexPolygon(sliceType$4.nil);
		newPoly.X = cp.X;
		newPoly.Y = cp.Y;
		newPoly.AddPointsVec(points);
		newPoly.Closed = cp.Closed;
		return newPoly;
	};
	ConvexPolygon.prototype.Clone = function() { return this.$val.Clone(); };
	ConvexPolygon.ptr.prototype.AddPointsVec = function(points) {
		var cp, points;
		cp = this;
		cp.Points = $appendSlice(cp.Points, points);
	};
	ConvexPolygon.prototype.AddPointsVec = function(points) { return this.$val.AddPointsVec(points); };
	ConvexPolygon.ptr.prototype.AddPoints = function(vertexPositions) {
		var cp, v, vertexPositions, x;
		cp = this;
		v = 0;
		while (true) {
			if (!(v < vertexPositions.$length)) { break; }
			cp.Points = $append(cp.Points, new vector.Vector([((v < 0 || v >= vertexPositions.$length) ? ($throwRuntimeError("index out of range"), undefined) : vertexPositions.$array[vertexPositions.$offset + v]), (x = v + 1 >> 0, ((x < 0 || x >= vertexPositions.$length) ? ($throwRuntimeError("index out of range"), undefined) : vertexPositions.$array[vertexPositions.$offset + x]))]));
			v = v + (2) >> 0;
		}
	};
	ConvexPolygon.prototype.AddPoints = function(vertexPositions) { return this.$val.AddPoints(vertexPositions); };
	ConvexPolygon.ptr.prototype.Lines = function() {
		var _tmp, _tmp$1, cp, end, i, line, lines, start, vertices, x;
		cp = this;
		lines = new sliceType$5([]);
		vertices = cp.Transformed();
		i = 0;
		while (true) {
			if (!(i < vertices.$length)) { break; }
			_tmp = ((i < 0 || i >= vertices.$length) ? ($throwRuntimeError("index out of range"), undefined) : vertices.$array[vertices.$offset + i]);
			_tmp$1 = (0 >= vertices.$length ? ($throwRuntimeError("index out of range"), undefined) : vertices.$array[vertices.$offset + 0]);
			start = _tmp;
			end = _tmp$1;
			if (i < (vertices.$length - 1 >> 0)) {
				end = (x = i + 1 >> 0, ((x < 0 || x >= vertices.$length) ? ($throwRuntimeError("index out of range"), undefined) : vertices.$array[vertices.$offset + x]));
			} else if (!cp.Closed) {
				break;
			}
			line = NewLine((0 >= start.$length ? ($throwRuntimeError("index out of range"), undefined) : start.$array[start.$offset + 0]), (1 >= start.$length ? ($throwRuntimeError("index out of range"), undefined) : start.$array[start.$offset + 1]), (0 >= end.$length ? ($throwRuntimeError("index out of range"), undefined) : end.$array[end.$offset + 0]), (1 >= end.$length ? ($throwRuntimeError("index out of range"), undefined) : end.$array[end.$offset + 1]));
			lines = $append(lines, line);
			i = i + (1) >> 0;
		}
		return lines;
	};
	ConvexPolygon.prototype.Lines = function() { return this.$val.Lines(); };
	ConvexPolygon.ptr.prototype.Transformed = function() {
		var _i, _ref, cp, point, transformed;
		cp = this;
		transformed = new sliceType$3([]);
		_ref = cp.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			point = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			transformed = $append(transformed, new vector.Vector([(0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]) + cp.X, (1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]) + cp.Y]));
			_i++;
		}
		return transformed;
	};
	ConvexPolygon.prototype.Transformed = function() { return this.$val.Transformed(); };
	ConvexPolygon.ptr.prototype.Bounds = function() {
		var bottomRight, cp, i, point, topLeft, transformed, x, x$1;
		cp = this;
		transformed = cp.Transformed();
		topLeft = new vector.Vector([(x = (0 >= transformed.$length ? ($throwRuntimeError("index out of range"), undefined) : transformed.$array[transformed.$offset + 0]), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])), (x$1 = (0 >= transformed.$length ? ($throwRuntimeError("index out of range"), undefined) : transformed.$array[transformed.$offset + 0]), (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1]))]);
		bottomRight = topLeft.Clone();
		i = 0;
		while (true) {
			if (!(i < transformed.$length)) { break; }
			point = ((i < 0 || i >= transformed.$length) ? ($throwRuntimeError("index out of range"), undefined) : transformed.$array[transformed.$offset + i]);
			if ((0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]) < (0 >= topLeft.$length ? ($throwRuntimeError("index out of range"), undefined) : topLeft.$array[topLeft.$offset + 0])) {
				(0 >= topLeft.$length ? ($throwRuntimeError("index out of range"), undefined) : topLeft.$array[topLeft.$offset + 0] = (0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]));
			} else if ((0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]) > (0 >= bottomRight.$length ? ($throwRuntimeError("index out of range"), undefined) : bottomRight.$array[bottomRight.$offset + 0])) {
				(0 >= bottomRight.$length ? ($throwRuntimeError("index out of range"), undefined) : bottomRight.$array[bottomRight.$offset + 0] = (0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]));
			}
			if ((1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]) < (1 >= topLeft.$length ? ($throwRuntimeError("index out of range"), undefined) : topLeft.$array[topLeft.$offset + 1])) {
				(1 >= topLeft.$length ? ($throwRuntimeError("index out of range"), undefined) : topLeft.$array[topLeft.$offset + 1] = (1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]));
			} else if ((1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]) > (1 >= bottomRight.$length ? ($throwRuntimeError("index out of range"), undefined) : bottomRight.$array[bottomRight.$offset + 1])) {
				(1 >= bottomRight.$length ? ($throwRuntimeError("index out of range"), undefined) : bottomRight.$array[bottomRight.$offset + 1] = (1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]));
			}
			i = i + (1) >> 0;
		}
		return [topLeft, bottomRight];
	};
	ConvexPolygon.prototype.Bounds = function() { return this.$val.Bounds(); };
	ConvexPolygon.ptr.prototype.Position = function() {
		var cp;
		cp = this;
		return [cp.X, cp.Y];
	};
	ConvexPolygon.prototype.Position = function() { return this.$val.Position(); };
	ConvexPolygon.ptr.prototype.SetPosition = function(x, y) {
		var cp, x, y;
		cp = this;
		cp.X = x;
		cp.Y = y;
	};
	ConvexPolygon.prototype.SetPosition = function(x, y) { return this.$val.SetPosition(x, y); };
	ConvexPolygon.ptr.prototype.SetPositionVec = function(vec) {
		var cp, vec;
		cp = this;
		cp.X = vec.X();
		cp.Y = vec.Y();
	};
	ConvexPolygon.prototype.SetPositionVec = function(vec) { return this.$val.SetPositionVec(vec); };
	ConvexPolygon.ptr.prototype.Move = function(x, y) {
		var cp, x, y;
		cp = this;
		cp.X = cp.X + (x);
		cp.Y = cp.Y + (y);
	};
	ConvexPolygon.prototype.Move = function(x, y) { return this.$val.Move(x, y); };
	ConvexPolygon.ptr.prototype.MoveVec = function(vec) {
		var cp, vec;
		cp = this;
		cp.X = cp.X + (vec.X());
		cp.Y = cp.Y + (vec.Y());
	};
	ConvexPolygon.prototype.MoveVec = function(vec) { return this.$val.MoveVec(vec); };
	ConvexPolygon.ptr.prototype.Center = function() {
		var _i, _ref, cp, pos, v;
		cp = this;
		pos = new vector.Vector([0, 0]);
		_ref = cp.Transformed();
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			pos.Add(new sliceType$3([v]));
			_i++;
		}
		(0 >= pos.$length ? ($throwRuntimeError("index out of range"), undefined) : pos.$array[pos.$offset + 0] = (0 >= pos.$length ? ($throwRuntimeError("index out of range"), undefined) : pos.$array[pos.$offset + 0]) / ((cp.Transformed().$length)));
		(1 >= pos.$length ? ($throwRuntimeError("index out of range"), undefined) : pos.$array[pos.$offset + 1] = (1 >= pos.$length ? ($throwRuntimeError("index out of range"), undefined) : pos.$array[pos.$offset + 1]) / ((cp.Transformed().$length)));
		return pos;
	};
	ConvexPolygon.prototype.Center = function() { return this.$val.Center(); };
	ConvexPolygon.ptr.prototype.Project = function(axis) {
		var axis, cp, i, max, min, p, vertices, x, x$1, x$2, x$3;
		cp = this;
		axis = axis.Unit();
		vertices = cp.Transformed();
		min = axis.Dot(new vector.Vector([(x = (0 >= vertices.$length ? ($throwRuntimeError("index out of range"), undefined) : vertices.$array[vertices.$offset + 0]), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])), (x$1 = (0 >= vertices.$length ? ($throwRuntimeError("index out of range"), undefined) : vertices.$array[vertices.$offset + 0]), (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1]))]));
		max = min;
		i = 1;
		while (true) {
			if (!(i < vertices.$length)) { break; }
			p = axis.Dot(new vector.Vector([(x$2 = ((i < 0 || i >= vertices.$length) ? ($throwRuntimeError("index out of range"), undefined) : vertices.$array[vertices.$offset + i]), (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])), (x$3 = ((i < 0 || i >= vertices.$length) ? ($throwRuntimeError("index out of range"), undefined) : vertices.$array[vertices.$offset + i]), (1 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 1]))]));
			if (p < min) {
				min = p;
			} else if (p > max) {
				max = p;
			}
			i = i + (1) >> 0;
		}
		return new Projection.ptr(min, max);
	};
	ConvexPolygon.prototype.Project = function(axis) { return this.$val.Project(axis); };
	ConvexPolygon.ptr.prototype.SATAxes = function() {
		var _i, _ref, axes, cp, line;
		cp = this;
		axes = new sliceType$3([]);
		_ref = cp.Lines();
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			line = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			axes = $append(axes, line.Normal());
			_i++;
		}
		return axes;
	};
	ConvexPolygon.prototype.SATAxes = function() { return this.$val.SATAxes(); };
	ConvexPolygon.ptr.prototype.PointInside = function(point) {
		var _i, _ref, contactCount, line, point, pointLine, polygon;
		polygon = this;
		pointLine = NewLine((0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]), (1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]), (0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]) + 9.99999999999e+11, (1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]));
		contactCount = 0;
		_ref = polygon.Lines();
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			line = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!(line.IntersectionPointsLine(pointLine) === vector.Vector.nil)) {
				contactCount = contactCount + (1) >> 0;
			}
			_i++;
		}
		return contactCount === 1;
	};
	ConvexPolygon.prototype.PointInside = function(point) { return this.$val.PointInside(point); };
	NewContactSet = function() {
		return new ContactSet.ptr(new sliceType$3([]), new vector.Vector([0, 0]), new vector.Vector([0, 0]));
	};
	$pkg.NewContactSet = NewContactSet;
	ContactSet.ptr.prototype.LeftmostPoint = function() {
		var _i, _ref, cs, left, point;
		cs = this;
		left = vector.Vector.nil;
		_ref = cs.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			point = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (left === vector.Vector.nil || (0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]) < (0 >= left.$length ? ($throwRuntimeError("index out of range"), undefined) : left.$array[left.$offset + 0])) {
				left = point;
			}
			_i++;
		}
		return left;
	};
	ContactSet.prototype.LeftmostPoint = function() { return this.$val.LeftmostPoint(); };
	ContactSet.ptr.prototype.RightmostPoint = function() {
		var _i, _ref, cs, point, right;
		cs = this;
		right = vector.Vector.nil;
		_ref = cs.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			point = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (right === vector.Vector.nil || (0 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 0]) > (0 >= right.$length ? ($throwRuntimeError("index out of range"), undefined) : right.$array[right.$offset + 0])) {
				right = point;
			}
			_i++;
		}
		return right;
	};
	ContactSet.prototype.RightmostPoint = function() { return this.$val.RightmostPoint(); };
	ContactSet.ptr.prototype.TopmostPoint = function() {
		var _i, _ref, cs, point, top;
		cs = this;
		top = vector.Vector.nil;
		_ref = cs.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			point = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (top === vector.Vector.nil || (1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]) < (1 >= top.$length ? ($throwRuntimeError("index out of range"), undefined) : top.$array[top.$offset + 1])) {
				top = point;
			}
			_i++;
		}
		return top;
	};
	ContactSet.prototype.TopmostPoint = function() { return this.$val.TopmostPoint(); };
	ContactSet.ptr.prototype.BottommostPoint = function() {
		var _i, _ref, bottom, cs, point;
		cs = this;
		bottom = vector.Vector.nil;
		_ref = cs.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			point = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (bottom === vector.Vector.nil || (1 >= point.$length ? ($throwRuntimeError("index out of range"), undefined) : point.$array[point.$offset + 1]) > (1 >= bottom.$length ? ($throwRuntimeError("index out of range"), undefined) : bottom.$array[bottom.$offset + 1])) {
				bottom = point;
			}
			_i++;
		}
		return bottom;
	};
	ContactSet.prototype.BottommostPoint = function() { return this.$val.BottommostPoint(); };
	ConvexPolygon.ptr.prototype.Intersection = function(dx, dy, other) {
		var {_i, _i$1, _i$2, _i$3, _r, _ref, _ref$1, _ref$2, _ref$3, _tuple, _tuple$1, circle, contactSet, cp, deltaMagnitude, dx, dy, isCircle, isPoly, line, line$1, mtv, ogMagnitude, ogX, ogY, other, otherLine, point, point$1, poly, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {dx, dy, other});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cp = this;
		contactSet = NewContactSet();
		ogX = cp.X;
		ogY = cp.Y;
		cp.X = cp.X + (dx);
		cp.Y = cp.Y + (dy);
		_tuple = $assertType(other, ptrType$4, true);
		circle = _tuple[0];
		isCircle = _tuple[1];
		if (isCircle) {
			_ref = cp.Lines();
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				line = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				contactSet.Points = $appendSlice(contactSet.Points, line.IntersectionPointsCircle(circle));
				_i++;
			}
		} else {
			_tuple$1 = $assertType(other, ptrType$5, true);
			poly = _tuple$1[0];
			isPoly = _tuple$1[1];
			if (isPoly) {
				_ref$1 = cp.Lines();
				_i$1 = 0;
				while (true) {
					if (!(_i$1 < _ref$1.$length)) { break; }
					line$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
					_ref$2 = poly.Lines();
					_i$2 = 0;
					while (true) {
						if (!(_i$2 < _ref$2.$length)) { break; }
						otherLine = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
						point = line$1.IntersectionPointsLine(otherLine);
						if (!(point === vector.Vector.nil)) {
							contactSet.Points = $append(contactSet.Points, point);
						}
						_i$2++;
					}
					_i$1++;
				}
			}
		}
		/* */ if (contactSet.Points.$length > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (contactSet.Points.$length > 0) { */ case 1:
			_ref$3 = contactSet.Points;
			_i$3 = 0;
			while (true) {
				if (!(_i$3 < _ref$3.$length)) { break; }
				point$1 = ((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]);
				contactSet.Center = contactSet.Center.Add(new sliceType$3([point$1]));
				_i$3++;
			}
			(x$1 = contactSet.Center, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0] = (x = contactSet.Center, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) / ((contactSet.Points.$length))));
			(x$3 = contactSet.Center, (1 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 1] = (x$2 = contactSet.Center, (1 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 1])) / ((contactSet.Points.$length))));
			_r = cp.calculateMTV(contactSet, other); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			mtv = _r;
			if (!(mtv === vector.Vector.nil)) {
				contactSet.MTV = mtv;
			}
			$s = 3; continue;
		/* } else { */ case 2:
			contactSet = ptrType$6.nil;
		/* } */ case 3:
		if (!(contactSet === ptrType$6.nil) && (!((dx === 0)) || !((dy === 0)))) {
			deltaMagnitude = new vector.Vector([dx, dy]).Magnitude();
			ogMagnitude = contactSet.MTV.Magnitude();
			contactSet.MTV = contactSet.MTV.Unit().Scale(ogMagnitude - deltaMagnitude);
		}
		cp.X = ogX;
		cp.Y = ogY;
		$s = -1; return contactSet;
		/* */ } return; } var $f = {$blk: ConvexPolygon.ptr.prototype.Intersection, $c: true, $r, _i, _i$1, _i$2, _i$3, _r, _ref, _ref$1, _ref$2, _ref$3, _tuple, _tuple$1, circle, contactSet, cp, deltaMagnitude, dx, dy, isCircle, isPoly, line, line$1, mtv, ogMagnitude, ogX, ogY, other, otherLine, point, point$1, poly, x, x$1, x$2, x$3, $s};return $f;
	};
	ConvexPolygon.prototype.Intersection = function(dx, dy, other) { return this.$val.Intersection(dx, dy, other); };
	ConvexPolygon.ptr.prototype.calculateMTV = function(contactSet, otherShape) {
		var {_i, _i$1, _ref, _ref$1, _ref$2, axis, axis$1, center, contactSet, cp, delta, other, other$1, otherShape, overlap, overlap$1, smallest, verts, x, x$1, $s, $r, $c} = $restore(this, {contactSet, otherShape});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		center = [center];
		verts = [verts];
		cp = this;
		delta = new vector.Vector([0, 0]);
		smallest = new vector.Vector([1.7976931348623157e+308, 0]);
		_ref = otherShape;
		/* */ if ($assertType(_ref, ptrType$5, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$4, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$5, true)[1]) { */ case 1:
			other = _ref.$val;
			_ref$1 = cp.SATAxes();
			_i = 0;
			while (true) {
				if (!(_i < _ref$1.$length)) { break; }
				axis = ((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]);
				if (!$clone(cp.Project(axis), Projection).Overlapping($clone(other.Project(axis), Projection))) {
					$s = -1; return vector.Vector.nil;
				}
				overlap = $clone(cp.Project(axis), Projection).Overlap($clone(other.Project(axis), Projection));
				if (smallest.Magnitude() > overlap) {
					smallest = axis.Scale(overlap);
				}
				_i++;
			}
			_ref$2 = other.SATAxes();
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$2.$length)) { break; }
				axis$1 = ((_i$1 < 0 || _i$1 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$1]);
				if (!$clone(cp.Project(axis$1), Projection).Overlapping($clone(other.Project(axis$1), Projection))) {
					$s = -1; return vector.Vector.nil;
				}
				overlap$1 = $clone(cp.Project(axis$1), Projection).Overlap($clone(other.Project(axis$1), Projection));
				if (smallest.Magnitude() > overlap$1) {
					smallest = axis$1.Scale(overlap$1);
				}
				_i$1++;
			}
			$s = 3; continue;
		/* } else if ($assertType(_ref, ptrType$4, true)[1]) { */ case 2:
			other$1 = _ref.$val;
			verts[0] = $appendSlice(new sliceType$3([]), cp.Transformed());
			verts[0] = $append(verts[0], contactSet.Center);
			center[0] = new vector.Vector([other$1.X, other$1.Y]);
			$r = sort.Slice(verts[0], (function(center, verts) { return function(i, j) {
				var i, j;
				return ((i < 0 || i >= verts[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : verts[0].$array[verts[0].$offset + i]).Sub(new sliceType$3([center[0]])).Magnitude() < ((j < 0 || j >= verts[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : verts[0].$array[verts[0].$offset + j]).Sub(new sliceType$3([center[0]])).Magnitude();
			}; })(center, verts)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			smallest = new vector.Vector([(0 >= center[0].$length ? ($throwRuntimeError("index out of range"), undefined) : center[0].$array[center[0].$offset + 0]) - (x = (0 >= verts[0].$length ? ($throwRuntimeError("index out of range"), undefined) : verts[0].$array[verts[0].$offset + 0]), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])), (1 >= center[0].$length ? ($throwRuntimeError("index out of range"), undefined) : center[0].$array[center[0].$offset + 1]) - (x$1 = (0 >= verts[0].$length ? ($throwRuntimeError("index out of range"), undefined) : verts[0].$array[verts[0].$offset + 0]), (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1]))]);
			smallest = smallest.Unit().Scale(smallest.Magnitude() - other$1.Radius);
		/* } */ case 3:
		(0 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 0] = (0 >= smallest.$length ? ($throwRuntimeError("index out of range"), undefined) : smallest.$array[smallest.$offset + 0]));
		(1 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 1] = (1 >= smallest.$length ? ($throwRuntimeError("index out of range"), undefined) : smallest.$array[smallest.$offset + 1]));
		$s = -1; return delta;
		/* */ } return; } var $f = {$blk: ConvexPolygon.ptr.prototype.calculateMTV, $c: true, $r, _i, _i$1, _ref, _ref$1, _ref$2, axis, axis$1, center, contactSet, cp, delta, other, other$1, otherShape, overlap, overlap$1, smallest, verts, x, x$1, $s};return $f;
	};
	ConvexPolygon.prototype.calculateMTV = function(contactSet, otherShape) { return this.$val.calculateMTV(contactSet, otherShape); };
	ConvexPolygon.ptr.prototype.ContainedBy = function(otherShape) {
		var _i, _i$1, _ref, _ref$1, _ref$2, axis, axis$1, cp, other, otherShape;
		cp = this;
		_ref = otherShape;
		if ($assertType(_ref, ptrType$5, true)[1]) {
			other = _ref.$val;
			_ref$1 = cp.SATAxes();
			_i = 0;
			while (true) {
				if (!(_i < _ref$1.$length)) { break; }
				axis = ((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]);
				if (!$clone(cp.Project(axis), Projection).IsInside($clone(other.Project(axis), Projection))) {
					return false;
				}
				_i++;
			}
			_ref$2 = other.SATAxes();
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$2.$length)) { break; }
				axis$1 = ((_i$1 < 0 || _i$1 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$1]);
				if (!$clone(cp.Project(axis$1), Projection).IsInside($clone(other.Project(axis$1), Projection))) {
					return false;
				}
				_i$1++;
			}
		}
		return true;
	};
	ConvexPolygon.prototype.ContainedBy = function(otherShape) { return this.$val.ContainedBy(otherShape); };
	ConvexPolygon.ptr.prototype.FlipH = function() {
		var _i, _ref, cp, v;
		cp = this;
		_ref = cp.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			(0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0] = -(0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]));
			_i++;
		}
		cp.ReverseVertexOrder();
	};
	ConvexPolygon.prototype.FlipH = function() { return this.$val.FlipH(); };
	ConvexPolygon.ptr.prototype.FlipV = function() {
		var _i, _ref, cp, v;
		cp = this;
		_ref = cp.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			(1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1] = -(1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]));
			_i++;
		}
		cp.ReverseVertexOrder();
	};
	ConvexPolygon.prototype.FlipV = function() { return this.$val.FlipV(); };
	ConvexPolygon.ptr.prototype.ReverseVertexOrder = function() {
		var cp, i, verts, x, x$1;
		cp = this;
		verts = new sliceType$3([(x = cp.Points, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]))]);
		i = cp.Points.$length - 1 >> 0;
		while (true) {
			if (!(i >= 1)) { break; }
			verts = $append(verts, (x$1 = cp.Points, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])));
			i = i - (1) >> 0;
		}
		cp.Points = verts;
	};
	ConvexPolygon.prototype.ReverseVertexOrder = function() { return this.$val.ReverseVertexOrder(); };
	NewRectangle = function(x, y, w, h) {
		var h, w, x, y;
		return NewConvexPolygon(new sliceType$4([x, y, x + w, y, x + w, y + h, x, y + h]));
	};
	$pkg.NewRectangle = NewRectangle;
	NewCircle = function(x, y, radius) {
		var circle, radius, x, y;
		circle = new Circle.ptr(x, y, radius);
		return circle;
	};
	$pkg.NewCircle = NewCircle;
	Circle.ptr.prototype.Clone = function() {
		var circle;
		circle = this;
		return NewCircle(circle.X, circle.Y, circle.Radius);
	};
	Circle.prototype.Clone = function() { return this.$val.Clone(); };
	Circle.ptr.prototype.Bounds = function() {
		var circle;
		circle = this;
		return [new vector.Vector([circle.X - circle.Radius, circle.Y - circle.Radius]), new vector.Vector([circle.X + circle.Radius, circle.Y + circle.Radius])];
	};
	Circle.prototype.Bounds = function() { return this.$val.Bounds(); };
	Circle.ptr.prototype.Intersection = function(dx, dy, other) {
		var {_i, _r, _ref, _ref$1, circle, contactSet, dist, dx, dy, other, ox, oy, point, shape, shape$1, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {dx, dy, other});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		circle = this;
		contactSet = ptrType$6.nil;
		ox = circle.X;
		oy = circle.Y;
		circle.X = circle.X + (dx);
		circle.Y = circle.Y + (dy);
		_ref = other;
		/* */ if ($assertType(_ref, ptrType$5, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$4, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$5, true)[1]) { */ case 1:
			shape = _ref.$val;
			_r = shape.Intersection(-dx, -dy, circle); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			contactSet = _r;
			if (!(contactSet === ptrType$6.nil)) {
				contactSet.MTV = contactSet.MTV.Scale(-1);
			}
			$s = 3; continue;
		/* } else if ($assertType(_ref, ptrType$4, true)[1]) { */ case 2:
			shape$1 = _ref.$val;
			contactSet = NewContactSet();
			contactSet.Points = circle.IntersectionPointsCircle(shape$1);
			if (contactSet.Points.$length === 0) {
				$s = -1; return ptrType$6.nil;
			}
			contactSet.MTV = new vector.Vector([circle.X - shape$1.X, circle.Y - shape$1.Y]);
			dist = contactSet.MTV.Magnitude();
			contactSet.MTV = contactSet.MTV.Unit().Scale(circle.Radius + shape$1.Radius - dist);
			_ref$1 = contactSet.Points;
			_i = 0;
			while (true) {
				if (!(_i < _ref$1.$length)) { break; }
				point = ((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]);
				contactSet.Center = contactSet.Center.Add(new sliceType$3([point]));
				_i++;
			}
			(x$1 = contactSet.Center, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0] = (x = contactSet.Center, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) / ((contactSet.Points.$length))));
			(x$3 = contactSet.Center, (1 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 1] = (x$2 = contactSet.Center, (1 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 1])) / ((contactSet.Points.$length))));
		/* } */ case 3:
		circle.X = ox;
		circle.Y = oy;
		$s = -1; return contactSet;
		/* */ } return; } var $f = {$blk: Circle.ptr.prototype.Intersection, $c: true, $r, _i, _r, _ref, _ref$1, circle, contactSet, dist, dx, dy, other, ox, oy, point, shape, shape$1, x, x$1, x$2, x$3, $s};return $f;
	};
	Circle.prototype.Intersection = function(dx, dy, other) { return this.$val.Intersection(dx, dy, other); };
	Circle.ptr.prototype.Move = function(x, y) {
		var circle, x, y;
		circle = this;
		circle.X = circle.X + (x);
		circle.Y = circle.Y + (y);
	};
	Circle.prototype.Move = function(x, y) { return this.$val.Move(x, y); };
	Circle.ptr.prototype.MoveVec = function(vec) {
		var circle, vec;
		circle = this;
		circle.X = circle.X + (vec.X());
		circle.Y = circle.Y + (vec.Y());
	};
	Circle.prototype.MoveVec = function(vec) { return this.$val.MoveVec(vec); };
	Circle.ptr.prototype.SetPosition = function(x, y) {
		var circle, x, y;
		circle = this;
		circle.X = x;
		circle.Y = y;
	};
	Circle.prototype.SetPosition = function(x, y) { return this.$val.SetPosition(x, y); };
	Circle.ptr.prototype.SetPositionVec = function(vec) {
		var circle, vec;
		circle = this;
		circle.X = vec.X();
		circle.Y = vec.Y();
	};
	Circle.prototype.SetPositionVec = function(vec) { return this.$val.SetPositionVec(vec); };
	Circle.ptr.prototype.Position = function() {
		var circle;
		circle = this;
		return [circle.X, circle.Y];
	};
	Circle.prototype.Position = function() { return this.$val.Position(); };
	Circle.ptr.prototype.PointInside = function(point) {
		var circle, point;
		circle = this;
		return point.Sub(new sliceType$3([new vector.Vector([circle.X, circle.Y])])).Magnitude() <= circle.Radius;
	};
	Circle.prototype.PointInside = function(point) { return this.$val.PointInside(point); };
	Circle.ptr.prototype.IntersectionPointsCircle = function(other) {
		var a, circle, d, h, other, x2, y2;
		circle = this;
		d = math.Sqrt(math.Pow(other.X - circle.X, 2) + math.Pow(other.Y - circle.Y, 2));
		if (d > circle.Radius + other.Radius || d < math.Abs(circle.Radius - other.Radius) || (d === 0) && (circle.Radius === other.Radius)) {
			return sliceType$3.nil;
		}
		a = (math.Pow(circle.Radius, 2) - math.Pow(other.Radius, 2) + math.Pow(d, 2)) / (2 * d);
		h = math.Sqrt(math.Pow(circle.Radius, 2) - math.Pow(a, 2));
		x2 = circle.X + a * (other.X - circle.X) / d;
		y2 = circle.Y + a * (other.Y - circle.Y) / d;
		return new sliceType$3([new vector.Vector([x2 + h * (other.Y - circle.Y) / d, y2 - h * (other.X - circle.X) / d]), new vector.Vector([x2 - h * (other.Y - circle.Y) / d, y2 + h * (other.X - circle.X) / d])]);
	};
	Circle.prototype.IntersectionPointsCircle = function(other) { return this.$val.IntersectionPointsCircle(other); };
	Projection.ptr.prototype.Overlapping = function(other) {
		var other, projection;
		projection = this;
		return $clone(projection, Projection).Overlap($clone(other, Projection)) > 0;
	};
	Projection.prototype.Overlapping = function(other) { return this.$val.Overlapping(other); };
	Projection.ptr.prototype.Overlap = function(other) {
		var other, projection;
		projection = this;
		return math.Min(projection.Max, other.Max) - math.Max(projection.Min, other.Min);
	};
	Projection.prototype.Overlap = function(other) { return this.$val.Overlap(other); };
	Projection.ptr.prototype.IsInside = function(other) {
		var other, projection;
		projection = this;
		return projection.Min >= other.Min && projection.Max <= other.Max;
	};
	Projection.prototype.IsInside = function(other) { return this.$val.IsInside(other); };
	NewObject = function(x, y, w, h, tags) {
		var h, o, tags, w, x, y;
		o = new Object.ptr($ifaceNil, ptrType$1.nil, x, y, w, h, sliceType.nil, $ifaceNil, $makeMap(ptrType$2.keyFor, []), new sliceType$6([]));
		if (tags.$length > 0) {
			o.AddTags(tags);
		}
		return o;
	};
	$pkg.NewObject = NewObject;
	Object.ptr.prototype.Clone = function() {
		var {_entry, _i, _keys, _r, _ref, k, newObj, obj, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		obj = this;
		newObj = NewObject(obj.X, obj.Y, obj.W, obj.H, obj.Tags());
		newObj.Data = obj.Data;
		/* */ if (!($interfaceIsEqual(obj.Shape, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(obj.Shape, $ifaceNil))) { */ case 1:
			_r = obj.Shape.Clone(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$r = newObj.SetShape(_r); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_ref = obj.ignoreList;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			newObj.AddToIgnoreList(k);
			_i++;
		}
		$s = -1; return newObj;
		/* */ } return; } var $f = {$blk: Object.ptr.prototype.Clone, $c: true, $r, _entry, _i, _keys, _r, _ref, k, newObj, obj, $s};return $f;
	};
	Object.prototype.Clone = function() { return this.$val.Clone(); };
	Object.ptr.prototype.Update = function() {
		var {_tuple, c, cx, cy, ex, ey, obj, space, x, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		obj = this;
		if (!(obj.Space === ptrType$1.nil)) {
			space = obj.Space;
			obj.Space.Remove(new sliceType$2([obj]));
			obj.Space = space;
			_tuple = obj.BoundsToSpace(0, 0);
			cx = _tuple[0];
			cy = _tuple[1];
			ex = _tuple[2];
			ey = _tuple[3];
			y = cy;
			while (true) {
				if (!(y <= ey)) { break; }
				x = cx;
				while (true) {
					if (!(x <= ex)) { break; }
					c = obj.Space.Cell(x, y);
					if (!(c === ptrType.nil)) {
						c.register(obj);
						obj.TouchingCells = $append(obj.TouchingCells, c);
					}
					x = x + (1) >> 0;
				}
				y = y + (1) >> 0;
			}
		}
		/* */ if (!($interfaceIsEqual(obj.Shape, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(obj.Shape, $ifaceNil))) { */ case 1:
			$r = obj.Shape.SetPosition(obj.X, obj.Y); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Object.ptr.prototype.Update, $c: true, $r, _tuple, c, cx, cy, ex, ey, obj, space, x, y, $s};return $f;
	};
	Object.prototype.Update = function() { return this.$val.Update(); };
	Object.ptr.prototype.AddTags = function(tags) {
		var obj, tags;
		obj = this;
		obj.tags = $appendSlice(obj.tags, tags);
	};
	Object.prototype.AddTags = function(tags) { return this.$val.AddTags(tags); };
	Object.ptr.prototype.RemoveTags = function(tags) {
		var _i, _i$1, _ref, _ref$1, i, obj, t, tag, tags;
		obj = this;
		_ref = tags;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			tag = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = obj.tags;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				i = _i$1;
				t = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (t === tag) {
					obj.tags = $appendSlice($subslice(obj.tags, 0, i), $subslice(obj.tags, (i + 1 >> 0)));
					break;
				}
				_i$1++;
			}
			_i++;
		}
	};
	Object.prototype.RemoveTags = function(tags) { return this.$val.RemoveTags(tags); };
	Object.ptr.prototype.HasTags = function(tags) {
		var _i, _i$1, _ref, _ref$1, obj, t, tag, tags;
		obj = this;
		_ref = tags;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			tag = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = obj.tags;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				t = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (t === tag) {
					return true;
				}
				_i$1++;
			}
			_i++;
		}
		return false;
	};
	Object.prototype.HasTags = function(tags) { return this.$val.HasTags(tags); };
	Object.ptr.prototype.Tags = function() {
		var obj;
		obj = this;
		return $appendSlice(new sliceType$6([]), obj.tags);
	};
	Object.prototype.Tags = function() { return this.$val.Tags(); };
	Object.ptr.prototype.SetShape = function(shape) {
		var {obj, shape, $s, $r, $c} = $restore(this, {shape});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		obj = this;
		/* */ if (!($interfaceIsEqual(obj.Shape, shape))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(obj.Shape, shape))) { */ case 1:
			obj.Shape = shape;
			$r = obj.Update(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Object.ptr.prototype.SetShape, $c: true, $r, obj, shape, $s};return $f;
	};
	Object.prototype.SetShape = function(shape) { return this.$val.SetShape(shape); };
	Object.ptr.prototype.BoundsToSpace = function(dx, dy) {
		var _tuple, _tuple$1, cx, cy, dx, dy, ex, ey, obj;
		obj = this;
		_tuple = obj.Space.WorldToSpace(obj.X + dx, obj.Y + dy);
		cx = _tuple[0];
		cy = _tuple[1];
		_tuple$1 = obj.Space.WorldToSpace(obj.X + obj.W + dx - 1, obj.Y + obj.H + dy - 1);
		ex = _tuple$1[0];
		ey = _tuple$1[1];
		return [cx, cy, ex, ey];
	};
	Object.prototype.BoundsToSpace = function(dx, dy) { return this.$val.BoundsToSpace(dx, dy); };
	Object.ptr.prototype.SharesCells = function(other) {
		var _i, _ref, cell, obj, other;
		obj = this;
		_ref = obj.TouchingCells;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cell = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (cell.Contains(other)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	Object.prototype.SharesCells = function(other) { return this.$val.SharesCells(other); };
	Object.ptr.prototype.SharesCellsTags = function(tags) {
		var _i, _ref, cell, obj, tags;
		obj = this;
		_ref = obj.TouchingCells;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cell = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (cell.ContainsTags(tags)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	Object.prototype.SharesCellsTags = function(tags) { return this.$val.SharesCellsTags(tags); };
	Object.ptr.prototype.Center = function() {
		var obj;
		obj = this;
		return [obj.X + (obj.W / 2), obj.Y + (obj.H / 2)];
	};
	Object.prototype.Center = function() { return this.$val.Center(); };
	Object.ptr.prototype.SetCenter = function(x, y) {
		var obj, x, y;
		obj = this;
		obj.X = x - (obj.W / 2);
		obj.Y = y - (obj.H / 2);
	};
	Object.prototype.SetCenter = function(x, y) { return this.$val.SetCenter(x, y); };
	Object.ptr.prototype.CellPosition = function() {
		var _tuple, obj;
		obj = this;
		_tuple = obj.Center();
		return obj.Space.WorldToSpace(_tuple[0], _tuple[1]);
	};
	Object.prototype.CellPosition = function() { return this.$val.CellPosition(); };
	Object.ptr.prototype.SetRight = function(x) {
		var obj, x;
		obj = this;
		obj.X = x - obj.W;
	};
	Object.prototype.SetRight = function(x) { return this.$val.SetRight(x); };
	Object.ptr.prototype.SetBottom = function(y) {
		var obj, y;
		obj = this;
		obj.Y = y - obj.H;
	};
	Object.prototype.SetBottom = function(y) { return this.$val.SetBottom(y); };
	Object.ptr.prototype.Bottom = function() {
		var obj;
		obj = this;
		return obj.Y + obj.H;
	};
	Object.prototype.Bottom = function() { return this.$val.Bottom(); };
	Object.ptr.prototype.Right = function() {
		var obj;
		obj = this;
		return obj.X + obj.W;
	};
	Object.prototype.Right = function() { return this.$val.Right(); };
	Object.ptr.prototype.SetBounds = function(topLeft, bottomRight) {
		var bottomRight, obj, topLeft;
		obj = this;
		obj.X = (0 >= topLeft.$length ? ($throwRuntimeError("index out of range"), undefined) : topLeft.$array[topLeft.$offset + 0]);
		obj.Y = (1 >= topLeft.$length ? ($throwRuntimeError("index out of range"), undefined) : topLeft.$array[topLeft.$offset + 1]);
		obj.W = (0 >= bottomRight.$length ? ($throwRuntimeError("index out of range"), undefined) : bottomRight.$array[bottomRight.$offset + 0]) - obj.X;
		obj.H = (1 >= bottomRight.$length ? ($throwRuntimeError("index out of range"), undefined) : bottomRight.$array[bottomRight.$offset + 1]) - obj.Y;
	};
	Object.prototype.SetBounds = function(topLeft, bottomRight) { return this.$val.SetBounds(topLeft, bottomRight); };
	Object.ptr.prototype.Check = function(dx, dy, tags) {
		var {_entry, _entry$1, _entry$2, _i, _key, _key$1, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, added, added$1, c, cc, cellsAdded, ch, cw, cx, cy, dx, dy, ex, ey, ignored, o, obj, objectsAdded, oc, ox, oy, tags, x, y, $s, $r, $c} = $restore(this, {dx, dy, tags});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = [cc];
		ch = [ch];
		cw = [cw];
		oc = [oc];
		obj = this;
		if (obj.Space === ptrType$1.nil) {
			$s = -1; return ptrType$7.nil;
		}
		cc[0] = NewCollision();
		cc[0].checkingObject = obj;
		if (dx < 0) {
			dx = math.Min(dx, -1);
		} else if (dx > 0) {
			dx = math.Max(dx, 1);
		}
		if (dy < 0) {
			dy = math.Min(dy, -1);
		} else if (dy > 0) {
			dy = math.Max(dy, 1);
		}
		cc[0].dx = dx;
		cc[0].dy = dy;
		_tuple = obj.BoundsToSpace(dx, dy);
		cx = _tuple[0];
		cy = _tuple[1];
		ex = _tuple[2];
		ey = _tuple[3];
		objectsAdded = $makeMap(ptrType$2.keyFor, []);
		cellsAdded = $makeMap(ptrType.keyFor, []);
		y = cy;
		while (true) {
			if (!(y <= ey)) { break; }
			x = cx;
			while (true) {
				if (!(x <= ex)) { break; }
				c = obj.Space.Cell(x, y);
				if (!(c === ptrType.nil)) {
					_ref = c.Objects;
					_i = 0;
					while (true) {
						if (!(_i < _ref.$length)) { break; }
						o = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
						ignored = (_entry = obj.ignoreList[ptrType$2.keyFor(o)], _entry !== undefined ? _entry.v : false);
						if (o === obj || ignored) {
							_i++;
							continue;
						}
						_tuple$1 = (_entry$1 = objectsAdded[ptrType$2.keyFor(o)], _entry$1 !== undefined ? [_entry$1.v, true] : [false, false]);
						added = _tuple$1[1];
						if (((tags.$length === 0) || o.HasTags(tags)) && !added) {
							cc[0].Objects = $append(cc[0].Objects, o);
							_key = o; (objectsAdded || $throwRuntimeError("assignment to entry in nil map"))[ptrType$2.keyFor(_key)] = { k: _key, v: true };
							_tuple$2 = (_entry$2 = cellsAdded[ptrType.keyFor(c)], _entry$2 !== undefined ? [_entry$2.v, true] : [false, false]);
							added$1 = _tuple$2[1];
							if (!added$1) {
								cc[0].Cells = $append(cc[0].Cells, c);
								_key$1 = c; (cellsAdded || $throwRuntimeError("assignment to entry in nil map"))[ptrType.keyFor(_key$1)] = { k: _key$1, v: true };
							}
							_i++;
							continue;
						}
						_i++;
					}
				}
				x = x + (1) >> 0;
			}
			y = y + (1) >> 0;
		}
		if (cc[0].Objects.$length === 0) {
			$s = -1; return ptrType$7.nil;
		}
		_tuple$3 = cc[0].checkingObject.Center();
		ox = _tuple$3[0];
		oy = _tuple$3[1];
		oc[0] = new vector.Vector([ox, oy]);
		$r = sort.Slice(cc[0].Objects, (function(cc, ch, cw, oc) { return function(i, j) {
			var _tuple$4, _tuple$5, i, ix, iy, j, jx, jy, x$1, x$2;
			_tuple$4 = (x$1 = cc[0].Objects, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])).Center();
			ix = _tuple$4[0];
			iy = _tuple$4[1];
			_tuple$5 = (x$2 = cc[0].Objects, ((j < 0 || j >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + j])).Center();
			jx = _tuple$5[0];
			jy = _tuple$5[1];
			return new vector.Vector([ix, iy]).Sub(new sliceType$3([oc[0]])).Magnitude() < new vector.Vector([jx, jy]).Sub(new sliceType$3([oc[0]])).Magnitude();
		}; })(cc, ch, cw, oc)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		cw[0] = cc[0].checkingObject.Space.CellWidth;
		ch[0] = cc[0].checkingObject.Space.CellHeight;
		$r = sort.Slice(cc[0].Cells, (function(cc, ch, cw, oc) { return function(i, j) {
			var _q, _q$1, _q$2, _q$3, i, j, x$1, x$2, x$3, x$4;
			return new vector.Vector([((($imul((x$1 = cc[0].Cells, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])).X, cw[0])) + ((_q = cw[0] / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0)), ((($imul((x$2 = cc[0].Cells, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i])).Y, ch[0])) + ((_q$1 = ch[0] / 2, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0))]).Sub(new sliceType$3([oc[0]])).Magnitude() < new vector.Vector([((($imul((x$3 = cc[0].Cells, ((j < 0 || j >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + j])).X, cw[0])) + ((_q$2 = cw[0] / 2, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0)), ((($imul((x$4 = cc[0].Cells, ((j < 0 || j >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + j])).Y, ch[0])) + ((_q$3 = ch[0] / 2, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0))]).Sub(new sliceType$3([oc[0]])).Magnitude();
		}; })(cc, ch, cw, oc)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return cc[0];
		/* */ } return; } var $f = {$blk: Object.ptr.prototype.Check, $c: true, $r, _entry, _entry$1, _entry$2, _i, _key, _key$1, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, added, added$1, c, cc, cellsAdded, ch, cw, cx, cy, dx, dy, ex, ey, ignored, o, obj, objectsAdded, oc, ox, oy, tags, x, y, $s};return $f;
	};
	Object.prototype.Check = function(dx, dy, tags) { return this.$val.Check(dx, dy, tags); };
	Object.ptr.prototype.Overlaps = function(other) {
		var obj, other;
		obj = this;
		return other.X <= obj.X + obj.W && other.X + other.W >= obj.X && other.Y <= obj.Y + obj.H && other.Y + other.H >= obj.Y;
	};
	Object.prototype.Overlaps = function(other) { return this.$val.Overlaps(other); };
	Object.ptr.prototype.AddToIgnoreList = function(ignoreObj) {
		var _key, ignoreObj, obj;
		obj = this;
		_key = ignoreObj; (obj.ignoreList || $throwRuntimeError("assignment to entry in nil map"))[ptrType$2.keyFor(_key)] = { k: _key, v: true };
	};
	Object.prototype.AddToIgnoreList = function(ignoreObj) { return this.$val.AddToIgnoreList(ignoreObj); };
	Object.ptr.prototype.RemoveFromIgnoreList = function(ignoreObj) {
		var ignoreObj, obj;
		obj = this;
		delete obj.ignoreList[ptrType$2.keyFor(ignoreObj)];
	};
	Object.prototype.RemoveFromIgnoreList = function(ignoreObj) { return this.$val.RemoveFromIgnoreList(ignoreObj); };
	NewCollision = function() {
		return new Collision.ptr(ptrType$2.nil, 0, 0, new sliceType$2([]), sliceType.nil);
	};
	$pkg.NewCollision = NewCollision;
	Collision.ptr.prototype.HasTags = function(tags) {
		var _i, _ref, cc, o, tags;
		cc = this;
		_ref = cc.Objects;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			o = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (o === cc.checkingObject) {
				_i++;
				continue;
			}
			if (o.HasTags(tags)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	Collision.prototype.HasTags = function(tags) { return this.$val.HasTags(tags); };
	Collision.ptr.prototype.ObjectsByTags = function(tags) {
		var _i, _ref, cc, o, objects, tags;
		cc = this;
		objects = new sliceType$2([]);
		_ref = cc.Objects;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			o = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (o === cc.checkingObject) {
				_i++;
				continue;
			}
			if (o.HasTags(tags)) {
				objects = $append(objects, o);
			}
			_i++;
		}
		return objects;
	};
	Collision.prototype.ObjectsByTags = function(tags) { return this.$val.ObjectsByTags(tags); };
	Collision.ptr.prototype.ContactWithObject = function(object) {
		var cc, delta, object;
		cc = this;
		delta = new vector.Vector([0, 0]);
		if (cc.dx < 0) {
			(0 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 0] = object.X + object.W - cc.checkingObject.X);
		} else if (cc.dx > 0) {
			(0 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 0] = object.X - cc.checkingObject.W - cc.checkingObject.X);
		}
		if (cc.dy < 0) {
			(1 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 1] = object.Y + object.H - cc.checkingObject.Y);
		} else if (cc.dy > 0) {
			(1 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 1] = object.Y - cc.checkingObject.H - cc.checkingObject.Y);
		}
		return delta;
	};
	Collision.prototype.ContactWithObject = function(object) { return this.$val.ContactWithObject(object); };
	Collision.ptr.prototype.ContactWithCell = function(cell) {
		var cc, cell, cx, cy, delta;
		cc = this;
		delta = new vector.Vector([0, 0]);
		cx = (($imul(cell.X, cc.checkingObject.Space.CellWidth)));
		cy = (($imul(cell.Y, cc.checkingObject.Space.CellHeight)));
		if (cc.dx < 0) {
			(0 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 0] = cx + (cc.checkingObject.Space.CellWidth) - cc.checkingObject.X);
		} else if (cc.dx > 0) {
			(0 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 0] = cx - cc.checkingObject.W - cc.checkingObject.X);
		}
		if (cc.dy < 0) {
			(1 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 1] = cy + (cc.checkingObject.Space.CellHeight) - cc.checkingObject.Y);
		} else if (cc.dy > 0) {
			(1 >= delta.$length ? ($throwRuntimeError("index out of range"), undefined) : delta.$array[delta.$offset + 1] = cy - cc.checkingObject.H - cc.checkingObject.Y);
		}
		return delta;
	};
	Collision.prototype.ContactWithCell = function(cell) { return this.$val.ContactWithCell(cell); };
	Collision.ptr.prototype.SlideAgainstCell = function(cell, avoidTags) {
		var _tuple, _tuple$1, avoidTags, cc, ccX, ccY, cell, collidingCell, diffX, diffY, down, hX, hY, left, oX, oY, right, slide, sp, up, x;
		cc = this;
		sp = cc.checkingObject.Space;
		collidingCell = (x = cc.Cells, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
		_tuple = sp.SpaceToWorld(collidingCell.X, collidingCell.Y);
		ccX = _tuple[0];
		ccY = _tuple[1];
		hX = (sp.CellWidth) / 2;
		hY = (sp.CellHeight) / 2;
		ccX = ccX + (hX);
		ccY = ccY + (hY);
		_tuple$1 = cc.checkingObject.Center();
		oX = _tuple$1[0];
		oY = _tuple$1[1];
		diffX = oX - ccX;
		diffY = oY - ccY;
		left = sp.Cell(collidingCell.X - 1 >> 0, collidingCell.Y);
		right = sp.Cell(collidingCell.X + 1 >> 0, collidingCell.Y);
		up = sp.Cell(collidingCell.X, collidingCell.Y - 1 >> 0);
		down = sp.Cell(collidingCell.X, collidingCell.Y + 1 >> 0);
		slide = new vector.Vector([0, 0]);
		if (!((cc.dy === 0))) {
			if (diffX > 0 && (right === ptrType.nil || !right.ContainsTags(avoidTags))) {
				(0 >= slide.$length ? ($throwRuntimeError("index out of range"), undefined) : slide.$array[slide.$offset + 0] = ccX + hX - cc.checkingObject.X);
			} else if (diffX < 0 && (left === ptrType.nil || !left.ContainsTags(avoidTags))) {
				(0 >= slide.$length ? ($throwRuntimeError("index out of range"), undefined) : slide.$array[slide.$offset + 0] = ccX - hX - (cc.checkingObject.X + cc.checkingObject.W));
			} else {
				return vector.Vector.nil;
			}
		}
		if (!((cc.dx === 0))) {
			if (diffY > 0 && (down === ptrType.nil || !down.ContainsTags(avoidTags))) {
				(1 >= slide.$length ? ($throwRuntimeError("index out of range"), undefined) : slide.$array[slide.$offset + 1] = ccY + hY - cc.checkingObject.Y);
			} else if (diffY < 0 && (up === ptrType.nil || !up.ContainsTags(avoidTags))) {
				(1 >= slide.$length ? ($throwRuntimeError("index out of range"), undefined) : slide.$array[slide.$offset + 1] = ccY - hY - (cc.checkingObject.Y + cc.checkingObject.H));
			} else {
				return vector.Vector.nil;
			}
		}
		return slide;
	};
	Collision.prototype.SlideAgainstCell = function(cell, avoidTags) { return this.$val.SlideAgainstCell(cell, avoidTags); };
	newCell = function(x, y) {
		var x, y;
		return new Cell.ptr(x, y, new sliceType$2([]));
	};
	Cell.ptr.prototype.register = function(obj) {
		var cell, obj;
		cell = this;
		if (!cell.Contains(obj)) {
			cell.Objects = $append(cell.Objects, obj);
		}
	};
	Cell.prototype.register = function(obj) { return this.$val.register(obj); };
	Cell.ptr.prototype.unregister = function(obj) {
		var _i, _ref, cell, i, o, obj, x, x$1, x$2;
		cell = this;
		_ref = cell.Objects;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			o = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (o === obj) {
				(x$2 = cell.Objects, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i] = (x = cell.Objects, x$1 = cell.Objects.$length - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]))));
				cell.Objects = $subslice(cell.Objects, 0, (cell.Objects.$length - 1 >> 0));
				break;
			}
			_i++;
		}
	};
	Cell.prototype.unregister = function(obj) { return this.$val.unregister(obj); };
	Cell.ptr.prototype.Contains = function(obj) {
		var _i, _ref, cell, o, obj;
		cell = this;
		_ref = cell.Objects;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			o = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (o === obj) {
				return true;
			}
			_i++;
		}
		return false;
	};
	Cell.prototype.Contains = function(obj) { return this.$val.Contains(obj); };
	Cell.ptr.prototype.ContainsTags = function(tags) {
		var _i, _ref, cell, o, tags;
		cell = this;
		_ref = cell.Objects;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			o = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (o.HasTags(tags)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	Cell.prototype.ContainsTags = function(tags) { return this.$val.ContainsTags(tags); };
	Cell.ptr.prototype.Occupied = function() {
		var cell;
		cell = this;
		return cell.Objects.$length > 0;
	};
	Cell.prototype.Occupied = function() { return this.$val.Occupied(); };
	ptrType$1.methods = [{prop: "Add", name: "Add", pkg: "", typ: $funcType([sliceType$2], [], true)}, {prop: "Remove", name: "Remove", pkg: "", typ: $funcType([sliceType$2], [], true)}, {prop: "Objects", name: "Objects", pkg: "", typ: $funcType([], [sliceType$2], false)}, {prop: "Resize", name: "Resize", pkg: "", typ: $funcType([$Int, $Int], [], false)}, {prop: "Cell", name: "Cell", pkg: "", typ: $funcType([$Int, $Int], [ptrType], false)}, {prop: "CheckCells", name: "CheckCells", pkg: "", typ: $funcType([$Int, $Int, $Int, $Int, sliceType$6], [ptrType$2], true)}, {prop: "UnregisterAllObjects", name: "UnregisterAllObjects", pkg: "", typ: $funcType([], [], false)}, {prop: "WorldToSpace", name: "WorldToSpace", pkg: "", typ: $funcType([$Float64, $Float64], [$Int, $Int], false)}, {prop: "SpaceToWorld", name: "SpaceToWorld", pkg: "", typ: $funcType([$Int, $Int], [$Float64, $Float64], false)}, {prop: "Height", name: "Height", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Width", name: "Width", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "CellsInLine", name: "CellsInLine", pkg: "", typ: $funcType([$Int, $Int, $Int, $Int], [sliceType], false)}];
	ptrType$3.methods = [{prop: "Project", name: "Project", pkg: "", typ: $funcType([vector.Vector], [vector.Vector], false)}, {prop: "Normal", name: "Normal", pkg: "", typ: $funcType([], [vector.Vector], false)}, {prop: "Vector", name: "Vector", pkg: "", typ: $funcType([], [vector.Vector], false)}, {prop: "IntersectionPointsLine", name: "IntersectionPointsLine", pkg: "", typ: $funcType([ptrType$3], [vector.Vector], false)}, {prop: "IntersectionPointsCircle", name: "IntersectionPointsCircle", pkg: "", typ: $funcType([ptrType$4], [sliceType$3], false)}];
	ptrType$5.methods = [{prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Shape], false)}, {prop: "AddPointsVec", name: "AddPointsVec", pkg: "", typ: $funcType([sliceType$3], [], true)}, {prop: "AddPoints", name: "AddPoints", pkg: "", typ: $funcType([sliceType$4], [], true)}, {prop: "Lines", name: "Lines", pkg: "", typ: $funcType([], [sliceType$5], false)}, {prop: "Transformed", name: "Transformed", pkg: "", typ: $funcType([], [sliceType$3], false)}, {prop: "Bounds", name: "Bounds", pkg: "", typ: $funcType([], [vector.Vector, vector.Vector], false)}, {prop: "Position", name: "Position", pkg: "", typ: $funcType([], [$Float64, $Float64], false)}, {prop: "SetPosition", name: "SetPosition", pkg: "", typ: $funcType([$Float64, $Float64], [], false)}, {prop: "SetPositionVec", name: "SetPositionVec", pkg: "", typ: $funcType([vector.Vector], [], false)}, {prop: "Move", name: "Move", pkg: "", typ: $funcType([$Float64, $Float64], [], false)}, {prop: "MoveVec", name: "MoveVec", pkg: "", typ: $funcType([vector.Vector], [], false)}, {prop: "Center", name: "Center", pkg: "", typ: $funcType([], [vector.Vector], false)}, {prop: "Project", name: "Project", pkg: "", typ: $funcType([vector.Vector], [Projection], false)}, {prop: "SATAxes", name: "SATAxes", pkg: "", typ: $funcType([], [sliceType$3], false)}, {prop: "PointInside", name: "PointInside", pkg: "", typ: $funcType([vector.Vector], [$Bool], false)}, {prop: "Intersection", name: "Intersection", pkg: "", typ: $funcType([$Float64, $Float64, Shape], [ptrType$6], false)}, {prop: "calculateMTV", name: "calculateMTV", pkg: "github.com/solarlune/resolv", typ: $funcType([ptrType$6, Shape], [vector.Vector], false)}, {prop: "ContainedBy", name: "ContainedBy", pkg: "", typ: $funcType([Shape], [$Bool], false)}, {prop: "FlipH", name: "FlipH", pkg: "", typ: $funcType([], [], false)}, {prop: "FlipV", name: "FlipV", pkg: "", typ: $funcType([], [], false)}, {prop: "ReverseVertexOrder", name: "ReverseVertexOrder", pkg: "", typ: $funcType([], [], false)}];
	ptrType$6.methods = [{prop: "LeftmostPoint", name: "LeftmostPoint", pkg: "", typ: $funcType([], [vector.Vector], false)}, {prop: "RightmostPoint", name: "RightmostPoint", pkg: "", typ: $funcType([], [vector.Vector], false)}, {prop: "TopmostPoint", name: "TopmostPoint", pkg: "", typ: $funcType([], [vector.Vector], false)}, {prop: "BottommostPoint", name: "BottommostPoint", pkg: "", typ: $funcType([], [vector.Vector], false)}];
	ptrType$4.methods = [{prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Shape], false)}, {prop: "Bounds", name: "Bounds", pkg: "", typ: $funcType([], [vector.Vector, vector.Vector], false)}, {prop: "Intersection", name: "Intersection", pkg: "", typ: $funcType([$Float64, $Float64, Shape], [ptrType$6], false)}, {prop: "Move", name: "Move", pkg: "", typ: $funcType([$Float64, $Float64], [], false)}, {prop: "MoveVec", name: "MoveVec", pkg: "", typ: $funcType([vector.Vector], [], false)}, {prop: "SetPosition", name: "SetPosition", pkg: "", typ: $funcType([$Float64, $Float64], [], false)}, {prop: "SetPositionVec", name: "SetPositionVec", pkg: "", typ: $funcType([vector.Vector], [], false)}, {prop: "Position", name: "Position", pkg: "", typ: $funcType([], [$Float64, $Float64], false)}, {prop: "PointInside", name: "PointInside", pkg: "", typ: $funcType([vector.Vector], [$Bool], false)}, {prop: "IntersectionPointsCircle", name: "IntersectionPointsCircle", pkg: "", typ: $funcType([ptrType$4], [sliceType$3], false)}];
	Projection.methods = [{prop: "Overlapping", name: "Overlapping", pkg: "", typ: $funcType([Projection], [$Bool], false)}, {prop: "Overlap", name: "Overlap", pkg: "", typ: $funcType([Projection], [$Float64], false)}, {prop: "IsInside", name: "IsInside", pkg: "", typ: $funcType([Projection], [$Bool], false)}];
	ptrType$2.methods = [{prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [ptrType$2], false)}, {prop: "Update", name: "Update", pkg: "", typ: $funcType([], [], false)}, {prop: "AddTags", name: "AddTags", pkg: "", typ: $funcType([sliceType$6], [], true)}, {prop: "RemoveTags", name: "RemoveTags", pkg: "", typ: $funcType([sliceType$6], [], true)}, {prop: "HasTags", name: "HasTags", pkg: "", typ: $funcType([sliceType$6], [$Bool], true)}, {prop: "Tags", name: "Tags", pkg: "", typ: $funcType([], [sliceType$6], false)}, {prop: "SetShape", name: "SetShape", pkg: "", typ: $funcType([Shape], [], false)}, {prop: "BoundsToSpace", name: "BoundsToSpace", pkg: "", typ: $funcType([$Float64, $Float64], [$Int, $Int, $Int, $Int], false)}, {prop: "SharesCells", name: "SharesCells", pkg: "", typ: $funcType([ptrType$2], [$Bool], false)}, {prop: "SharesCellsTags", name: "SharesCellsTags", pkg: "", typ: $funcType([sliceType$6], [$Bool], true)}, {prop: "Center", name: "Center", pkg: "", typ: $funcType([], [$Float64, $Float64], false)}, {prop: "SetCenter", name: "SetCenter", pkg: "", typ: $funcType([$Float64, $Float64], [], false)}, {prop: "CellPosition", name: "CellPosition", pkg: "", typ: $funcType([], [$Int, $Int], false)}, {prop: "SetRight", name: "SetRight", pkg: "", typ: $funcType([$Float64], [], false)}, {prop: "SetBottom", name: "SetBottom", pkg: "", typ: $funcType([$Float64], [], false)}, {prop: "Bottom", name: "Bottom", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Right", name: "Right", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "SetBounds", name: "SetBounds", pkg: "", typ: $funcType([vector.Vector, vector.Vector], [], false)}, {prop: "Check", name: "Check", pkg: "", typ: $funcType([$Float64, $Float64, sliceType$6], [ptrType$7], true)}, {prop: "Overlaps", name: "Overlaps", pkg: "", typ: $funcType([ptrType$2], [$Bool], false)}, {prop: "AddToIgnoreList", name: "AddToIgnoreList", pkg: "", typ: $funcType([ptrType$2], [], false)}, {prop: "RemoveFromIgnoreList", name: "RemoveFromIgnoreList", pkg: "", typ: $funcType([ptrType$2], [], false)}];
	ptrType$7.methods = [{prop: "HasTags", name: "HasTags", pkg: "", typ: $funcType([sliceType$6], [$Bool], true)}, {prop: "ObjectsByTags", name: "ObjectsByTags", pkg: "", typ: $funcType([sliceType$6], [sliceType$2], true)}, {prop: "ContactWithObject", name: "ContactWithObject", pkg: "", typ: $funcType([ptrType$2], [vector.Vector], false)}, {prop: "ContactWithCell", name: "ContactWithCell", pkg: "", typ: $funcType([ptrType], [vector.Vector], false)}, {prop: "SlideAgainstCell", name: "SlideAgainstCell", pkg: "", typ: $funcType([ptrType, sliceType$6], [vector.Vector], true)}];
	ptrType.methods = [{prop: "register", name: "register", pkg: "github.com/solarlune/resolv", typ: $funcType([ptrType$2], [], false)}, {prop: "unregister", name: "unregister", pkg: "github.com/solarlune/resolv", typ: $funcType([ptrType$2], [], false)}, {prop: "Contains", name: "Contains", pkg: "", typ: $funcType([ptrType$2], [$Bool], false)}, {prop: "ContainsTags", name: "ContainsTags", pkg: "", typ: $funcType([sliceType$6], [$Bool], true)}, {prop: "Occupied", name: "Occupied", pkg: "", typ: $funcType([], [$Bool], false)}];
	Space.init("", [{prop: "Cells", name: "Cells", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "CellWidth", name: "CellWidth", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "CellHeight", name: "CellHeight", embedded: false, exported: true, typ: $Int, tag: ""}]);
	Shape.init([{prop: "Bounds", name: "Bounds", pkg: "", typ: $funcType([], [vector.Vector, vector.Vector], false)}, {prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Shape], false)}, {prop: "Intersection", name: "Intersection", pkg: "", typ: $funcType([$Float64, $Float64, Shape], [ptrType$6], false)}, {prop: "Position", name: "Position", pkg: "", typ: $funcType([], [$Float64, $Float64], false)}, {prop: "SetPosition", name: "SetPosition", pkg: "", typ: $funcType([$Float64, $Float64], [], false)}]);
	Line.init("", [{prop: "Start", name: "Start", embedded: false, exported: true, typ: vector.Vector, tag: ""}, {prop: "End", name: "End", embedded: false, exported: true, typ: vector.Vector, tag: ""}]);
	ConvexPolygon.init("", [{prop: "Points", name: "Points", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "X", name: "X", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "Closed", name: "Closed", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	ContactSet.init("", [{prop: "Points", name: "Points", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "MTV", name: "MTV", embedded: false, exported: true, typ: vector.Vector, tag: ""}, {prop: "Center", name: "Center", embedded: false, exported: true, typ: vector.Vector, tag: ""}]);
	Circle.init("", [{prop: "X", name: "X", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "Radius", name: "Radius", embedded: false, exported: true, typ: $Float64, tag: ""}]);
	Projection.init("", [{prop: "Min", name: "Min", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "Max", name: "Max", embedded: false, exported: true, typ: $Float64, tag: ""}]);
	Object.init("github.com/solarlune/resolv", [{prop: "Shape", name: "Shape", embedded: false, exported: true, typ: Shape, tag: ""}, {prop: "Space", name: "Space", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "X", name: "X", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "W", name: "W", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "H", name: "H", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "TouchingCells", name: "TouchingCells", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "Data", name: "Data", embedded: false, exported: true, typ: $emptyInterface, tag: ""}, {prop: "ignoreList", name: "ignoreList", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "tags", name: "tags", embedded: false, exported: false, typ: sliceType$6, tag: ""}]);
	Collision.init("github.com/solarlune/resolv", [{prop: "checkingObject", name: "checkingObject", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "dx", name: "dx", embedded: false, exported: false, typ: $Float64, tag: ""}, {prop: "dy", name: "dy", embedded: false, exported: false, typ: $Float64, tag: ""}, {prop: "Objects", name: "Objects", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "Cells", name: "Cells", embedded: false, exported: true, typ: sliceType, tag: ""}]);
	Cell.init("", [{prop: "X", name: "X", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Objects", name: "Objects", embedded: false, exported: true, typ: sliceType$2, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = vector.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["flag"] = (function() {
	var $pkg = {}, $init, errors, fmt, io, os, reflect, sort, strconv, strings, time, boolValue, boolFlag, intValue, int64Value, uintValue, uint64Value, stringValue, float64Value, durationValue, funcValue, Value, ErrorHandling, FlagSet, Flag, sliceType, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, sliceType$1, ptrType$11, ptrType$12, sliceType$2, ptrType$13, ptrType$14, ptrType$15, ptrType$16, ptrType$17, ptrType$18, ptrType$19, sliceType$3, funcType, funcType$1, ptrType$20, funcType$2, mapType, errParse, errRange, x, numError, newBoolValue, newIntValue, newInt64Value, newUintValue, newUint64Value, newStringValue, newFloat64Value, newDurationValue, sortFlags, isZeroValue, UnquoteUsage, PrintDefaults, init, commandLineUsage, NewFlagSet;
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	os = $packages["os"];
	reflect = $packages["reflect"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	time = $packages["time"];
	boolValue = $pkg.boolValue = $newType(1, $kindBool, "flag.boolValue", true, "flag", false, null);
	boolFlag = $pkg.boolFlag = $newType(8, $kindInterface, "flag.boolFlag", true, "flag", false, null);
	intValue = $pkg.intValue = $newType(4, $kindInt, "flag.intValue", true, "flag", false, null);
	int64Value = $pkg.int64Value = $newType(8, $kindInt64, "flag.int64Value", true, "flag", false, null);
	uintValue = $pkg.uintValue = $newType(4, $kindUint, "flag.uintValue", true, "flag", false, null);
	uint64Value = $pkg.uint64Value = $newType(8, $kindUint64, "flag.uint64Value", true, "flag", false, null);
	stringValue = $pkg.stringValue = $newType(8, $kindString, "flag.stringValue", true, "flag", false, null);
	float64Value = $pkg.float64Value = $newType(8, $kindFloat64, "flag.float64Value", true, "flag", false, null);
	durationValue = $pkg.durationValue = $newType(8, $kindInt64, "flag.durationValue", true, "flag", false, null);
	funcValue = $pkg.funcValue = $newType(4, $kindFunc, "flag.funcValue", true, "flag", false, null);
	Value = $pkg.Value = $newType(8, $kindInterface, "flag.Value", true, "flag", true, null);
	ErrorHandling = $pkg.ErrorHandling = $newType(4, $kindInt, "flag.ErrorHandling", true, "flag", true, null);
	FlagSet = $pkg.FlagSet = $newType(0, $kindStruct, "flag.FlagSet", true, "flag", true, function(Usage_, name_, parsed_, actual_, formal_, args_, errorHandling_, output_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Usage = $throwNilPointerError;
			this.name = "";
			this.parsed = false;
			this.actual = false;
			this.formal = false;
			this.args = sliceType$3.nil;
			this.errorHandling = 0;
			this.output = $ifaceNil;
			return;
		}
		this.Usage = Usage_;
		this.name = name_;
		this.parsed = parsed_;
		this.actual = actual_;
		this.formal = formal_;
		this.args = args_;
		this.errorHandling = errorHandling_;
		this.output = output_;
	});
	Flag = $pkg.Flag = $newType(0, $kindStruct, "flag.Flag", true, "flag", true, function(Name_, Usage_, Value_, DefValue_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.Usage = "";
			this.Value = $ifaceNil;
			this.DefValue = "";
			return;
		}
		this.Name = Name_;
		this.Usage = Usage_;
		this.Value = Value_;
		this.DefValue = DefValue_;
	});
	sliceType = $sliceType($emptyInterface);
	ptrType = $ptrType(strconv.NumError);
	ptrType$1 = $ptrType(boolValue);
	ptrType$2 = $ptrType(intValue);
	ptrType$3 = $ptrType(int64Value);
	ptrType$4 = $ptrType(uintValue);
	ptrType$5 = $ptrType(uint64Value);
	ptrType$6 = $ptrType(stringValue);
	ptrType$7 = $ptrType(float64Value);
	ptrType$8 = $ptrType(durationValue);
	ptrType$9 = $ptrType(time.Duration);
	ptrType$10 = $ptrType(Flag);
	sliceType$1 = $sliceType(ptrType$10);
	ptrType$11 = $ptrType(reflect.rtype);
	ptrType$12 = $ptrType(strings.Builder);
	sliceType$2 = $sliceType($Uint8);
	ptrType$13 = $ptrType($Bool);
	ptrType$14 = $ptrType($Int);
	ptrType$15 = $ptrType($Int64);
	ptrType$16 = $ptrType($Uint);
	ptrType$17 = $ptrType($Uint64);
	ptrType$18 = $ptrType($String);
	ptrType$19 = $ptrType($Float64);
	sliceType$3 = $sliceType($String);
	funcType = $funcType([ptrType$10], [], false);
	funcType$1 = $funcType([$String], [$error], false);
	ptrType$20 = $ptrType(FlagSet);
	funcType$2 = $funcType([], [], false);
	mapType = $mapType($String, ptrType$10);
	numError = function(err) {
		var _tuple, err, ne, ok;
		_tuple = $assertType(err, ptrType, true);
		ne = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return err;
		}
		if ($interfaceIsEqual(ne.Err, strconv.ErrSyntax)) {
			return errParse;
		}
		if ($interfaceIsEqual(ne.Err, strconv.ErrRange)) {
			return errRange;
		}
		return err;
	};
	newBoolValue = function(val, p) {
		var _ptr, p, val;
		p.$set(val);
		return ((_ptr = p, new ptrType$1(function() { return _ptr.$get(); }, function($v) { _ptr.$set($v); }, _ptr.$target)));
	};
	$ptrType(boolValue).prototype.Set = function(s) {
		var _tuple, b, err, s, v;
		b = this;
		_tuple = strconv.ParseBool(s);
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = errParse;
		}
		b.$set((v));
		return err;
	};
	$ptrType(boolValue).prototype.Get = function() {
		var b;
		b = this;
		return new $Bool((b.$get()));
	};
	$ptrType(boolValue).prototype.String = function() {
		var b;
		b = this;
		return strconv.FormatBool((b.$get()));
	};
	$ptrType(boolValue).prototype.IsBoolFlag = function() {
		var b;
		b = this;
		return true;
	};
	newIntValue = function(val, p) {
		var _ptr, p, val;
		p.$set(val);
		return ((_ptr = p, new ptrType$2(function() { return (_ptr.$get() >> 0); }, function($v) { _ptr.$set(($v >> 0)); }, _ptr.$target)));
	};
	$ptrType(intValue).prototype.Set = function(s) {
		var _tuple, err, i, s, v;
		i = this;
		_tuple = strconv.ParseInt(s, 0, 32);
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = numError(err);
		}
		i.$set((((v.$low + ((v.$high >> 31) * 4294967296)) >> 0)));
		return err;
	};
	$ptrType(intValue).prototype.Get = function() {
		var i;
		i = this;
		return new $Int(((i.$get() >> 0)));
	};
	$ptrType(intValue).prototype.String = function() {
		var i;
		i = this;
		return strconv.Itoa(((i.$get() >> 0)));
	};
	newInt64Value = function(val, p) {
		var _ptr, p, val, x$1;
		p.$set(val);
		return ((_ptr = p, new ptrType$3(function() { return (x$1 = _ptr.$get(), new int64Value(x$1.$high, x$1.$low)); }, function($v) { _ptr.$set(new $Int64($v.$high, $v.$low)); }, _ptr.$target)));
	};
	$ptrType(int64Value).prototype.Set = function(s) {
		var _tuple, err, i, s, v;
		i = this;
		_tuple = strconv.ParseInt(s, 0, 64);
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = numError(err);
		}
		i.$set((new int64Value(v.$high, v.$low)));
		return err;
	};
	$ptrType(int64Value).prototype.Get = function() {
		var i, x$1;
		i = this;
		return ((x$1 = i.$get(), new $Int64(x$1.$high, x$1.$low)));
	};
	$ptrType(int64Value).prototype.String = function() {
		var i, x$1;
		i = this;
		return strconv.FormatInt(((x$1 = i.$get(), new $Int64(x$1.$high, x$1.$low))), 10);
	};
	newUintValue = function(val, p) {
		var _ptr, p, val;
		p.$set(val);
		return ((_ptr = p, new ptrType$4(function() { return (_ptr.$get() >>> 0); }, function($v) { _ptr.$set(($v >>> 0)); }, _ptr.$target)));
	};
	$ptrType(uintValue).prototype.Set = function(s) {
		var _tuple, err, i, s, v;
		i = this;
		_tuple = strconv.ParseUint(s, 0, 32);
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = numError(err);
		}
		i.$set(((v.$low >>> 0)));
		return err;
	};
	$ptrType(uintValue).prototype.Get = function() {
		var i;
		i = this;
		return new $Uint(((i.$get() >>> 0)));
	};
	$ptrType(uintValue).prototype.String = function() {
		var i;
		i = this;
		return strconv.FormatUint((new $Uint64(0, i.$get())), 10);
	};
	newUint64Value = function(val, p) {
		var _ptr, p, val, x$1;
		p.$set(val);
		return ((_ptr = p, new ptrType$5(function() { return (x$1 = _ptr.$get(), new uint64Value(x$1.$high, x$1.$low)); }, function($v) { _ptr.$set(new $Uint64($v.$high, $v.$low)); }, _ptr.$target)));
	};
	$ptrType(uint64Value).prototype.Set = function(s) {
		var _tuple, err, i, s, v;
		i = this;
		_tuple = strconv.ParseUint(s, 0, 64);
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = numError(err);
		}
		i.$set((new uint64Value(v.$high, v.$low)));
		return err;
	};
	$ptrType(uint64Value).prototype.Get = function() {
		var i, x$1;
		i = this;
		return ((x$1 = i.$get(), new $Uint64(x$1.$high, x$1.$low)));
	};
	$ptrType(uint64Value).prototype.String = function() {
		var i, x$1;
		i = this;
		return strconv.FormatUint(((x$1 = i.$get(), new $Uint64(x$1.$high, x$1.$low))), 10);
	};
	newStringValue = function(val, p) {
		var _ptr, p, val;
		p.$set(val);
		return ((_ptr = p, new ptrType$6(function() { return _ptr.$get(); }, function($v) { _ptr.$set($v); }, _ptr.$target)));
	};
	$ptrType(stringValue).prototype.Set = function(val) {
		var s, val;
		s = this;
		s.$set((val));
		return $ifaceNil;
	};
	$ptrType(stringValue).prototype.Get = function() {
		var s;
		s = this;
		return new $String((s.$get()));
	};
	$ptrType(stringValue).prototype.String = function() {
		var s;
		s = this;
		return (s.$get());
	};
	newFloat64Value = function(val, p) {
		var _ptr, p, val;
		p.$set(val);
		return ((_ptr = p, new ptrType$7(function() { return _ptr.$get(); }, function($v) { _ptr.$set($v); }, _ptr.$target)));
	};
	$ptrType(float64Value).prototype.Set = function(s) {
		var _tuple, err, f, s, v;
		f = this;
		_tuple = strconv.ParseFloat(s, 64);
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = numError(err);
		}
		f.$set((v));
		return err;
	};
	$ptrType(float64Value).prototype.Get = function() {
		var f;
		f = this;
		return new $Float64((f.$get()));
	};
	$ptrType(float64Value).prototype.String = function() {
		var f;
		f = this;
		return strconv.FormatFloat((f.$get()), 103, -1, 64);
	};
	newDurationValue = function(val, p) {
		var _ptr, p, val, x$1;
		p.$set(val);
		return ((_ptr = p, new ptrType$8(function() { return (x$1 = _ptr.$get(), new durationValue(x$1.$high, x$1.$low)); }, function($v) { _ptr.$set(new time.Duration($v.$high, $v.$low)); }, _ptr.$target)));
	};
	$ptrType(durationValue).prototype.Set = function(s) {
		var _tuple, d, err, s, v;
		d = this;
		_tuple = time.ParseDuration(s);
		v = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = errParse;
		}
		d.$set((new durationValue(v.$high, v.$low)));
		return err;
	};
	$ptrType(durationValue).prototype.Get = function() {
		var d, x$1;
		d = this;
		return ((x$1 = d.$get(), new time.Duration(x$1.$high, x$1.$low)));
	};
	$ptrType(durationValue).prototype.String = function() {
		var _ptr, d, x$1;
		d = this;
		return ((_ptr = d, new ptrType$9(function() { return (x$1 = _ptr.$get(), new time.Duration(x$1.$high, x$1.$low)); }, function($v) { _ptr.$set(new durationValue($v.$high, $v.$low)); }, _ptr.$target))).String();
	};
	funcValue.prototype.Set = function(s) {
		var {$24r, _r, f, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = f(s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: funcValue.prototype.Set, $c: true, $r, $24r, _r, f, s, $s};return $f;
	};
	$ptrType(funcValue).prototype.Set = function(s) { return new funcValue(this.$get()).Set(s); };
	funcValue.prototype.String = function() {
		var f;
		f = this.$val;
		return "";
	};
	$ptrType(funcValue).prototype.String = function() { return new funcValue(this.$get()).String(); };
	sortFlags = function(flags) {
		var {_entry, _i, _keys, _ref, f, flags, i, result, $s, $r, $c} = $restore(this, {flags});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		result = [result];
		result[0] = $makeSlice(sliceType$1, $keys(flags).length);
		i = 0;
		_ref = flags;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			f = _entry.v;
			((i < 0 || i >= result[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : result[0].$array[result[0].$offset + i] = f);
			i = i + (1) >> 0;
			_i++;
		}
		$r = sort.Slice(result[0], (function(result) { return function(i$1, j) {
			var i$1, j;
			return ((i$1 < 0 || i$1 >= result[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : result[0].$array[result[0].$offset + i$1]).Name < ((j < 0 || j >= result[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : result[0].$array[result[0].$offset + j]).Name;
		}; })(result)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return result[0];
		/* */ } return; } var $f = {$blk: sortFlags, $c: true, $r, _entry, _i, _keys, _ref, f, flags, i, result, $s};return $f;
	};
	FlagSet.ptr.prototype.Output = function() {
		var f;
		f = this;
		if ($interfaceIsEqual(f.output, $ifaceNil)) {
			return os.Stderr;
		}
		return f.output;
	};
	FlagSet.prototype.Output = function() { return this.$val.Output(); };
	FlagSet.ptr.prototype.Name = function() {
		var f;
		f = this;
		return f.name;
	};
	FlagSet.prototype.Name = function() { return this.$val.Name(); };
	FlagSet.ptr.prototype.ErrorHandling = function() {
		var f;
		f = this;
		return f.errorHandling;
	};
	FlagSet.prototype.ErrorHandling = function() { return this.$val.ErrorHandling(); };
	FlagSet.ptr.prototype.SetOutput = function(output) {
		var f, output;
		f = this;
		f.output = output;
	};
	FlagSet.prototype.SetOutput = function(output) { return this.$val.SetOutput(output); };
	FlagSet.ptr.prototype.VisitAll = function(fn) {
		var {_i, _r, _ref, f, flag, fn, $s, $r, $c} = $restore(this, {fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r = sortFlags(f.formal); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_ref = _r;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			flag = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$r = fn(flag); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.VisitAll, $c: true, $r, _i, _r, _ref, f, flag, fn, $s};return $f;
	};
	FlagSet.prototype.VisitAll = function(fn) { return this.$val.VisitAll(fn); };
	FlagSet.ptr.prototype.Visit = function(fn) {
		var {_i, _r, _ref, f, flag, fn, $s, $r, $c} = $restore(this, {fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r = sortFlags(f.actual); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_ref = _r;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			flag = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$r = fn(flag); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Visit, $c: true, $r, _i, _r, _ref, f, flag, fn, $s};return $f;
	};
	FlagSet.prototype.Visit = function(fn) { return this.$val.Visit(fn); };
	FlagSet.ptr.prototype.Lookup = function(name) {
		var _entry, f, name;
		f = this;
		return (_entry = f.formal[$String.keyFor(name)], _entry !== undefined ? _entry.v : ptrType$10.nil);
	};
	FlagSet.prototype.Lookup = function(name) { return this.$val.Lookup(name); };
	FlagSet.ptr.prototype.Set = function(name, value) {
		var {$24r, _entry, _key, _r, _r$1, _tuple, err, f, flag, name, ok, value, $s, $r, $c} = $restore(this, {name, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_tuple = (_entry = f.formal[$String.keyFor(name)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		flag = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r = fmt.Errorf("no such flag -%v", new sliceType([new $String(name)])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = flag.Value.Set(value); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		if (f.actual === false) {
			f.actual = {};
		}
		_key = name; (f.actual || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: flag };
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Set, $c: true, $r, $24r, _entry, _key, _r, _r$1, _tuple, err, f, flag, name, ok, value, $s};return $f;
	};
	FlagSet.prototype.Set = function(name, value) { return this.$val.Set(name, value); };
	isZeroValue = function(flag, value) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, flag, typ, value, z, $s, $r, $c} = $restore(this, {flag, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		typ = reflect.TypeOf(flag.Value);
		z = new reflect.Value.ptr(ptrType$11.nil, 0, 0);
		_r = typ.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (_r === 22) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r === 22) { */ case 1:
			_r$1 = typ.Elem(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = reflect.New(_r$1); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			z = _r$2;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$3 = reflect.Zero(typ); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			z = _r$3;
		/* } */ case 3:
		_r$4 = $clone(z, reflect.Value).Interface(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = $assertType(_r$4, Value).String(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = value === _r$5;
		$s = 10; case 10: return $24r;
		/* */ } return; } var $f = {$blk: isZeroValue, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, flag, typ, value, z, $s};return $f;
	};
	UnquoteUsage = function(flag) {
		var _ref, _tmp, _tmp$1, flag, i, j, name, usage;
		name = "";
		usage = "";
		usage = flag.Usage;
		i = 0;
		while (true) {
			if (!(i < usage.length)) { break; }
			if (usage.charCodeAt(i) === 96) {
				j = i + 1 >> 0;
				while (true) {
					if (!(j < usage.length)) { break; }
					if (usage.charCodeAt(j) === 96) {
						name = $substring(usage, (i + 1 >> 0), j);
						usage = $substring(usage, 0, i) + name + $substring(usage, (j + 1 >> 0));
						_tmp = name;
						_tmp$1 = usage;
						name = _tmp;
						usage = _tmp$1;
						return [name, usage];
					}
					j = j + (1) >> 0;
				}
				break;
			}
			i = i + (1) >> 0;
		}
		name = "value";
		_ref = flag.Value;
		if ($assertType(_ref, boolFlag, true)[1]) {
			name = "";
		} else if ($assertType(_ref, ptrType$8, true)[1]) {
			name = "duration";
		} else if ($assertType(_ref, ptrType$7, true)[1]) {
			name = "float";
		} else if ($assertType(_ref, ptrType$2, true)[1] || $assertType(_ref, ptrType$3, true)[1]) {
			name = "int";
		} else if ($assertType(_ref, ptrType$6, true)[1]) {
			name = "string";
		} else if ($assertType(_ref, ptrType$4, true)[1] || $assertType(_ref, ptrType$5, true)[1]) {
			name = "uint";
		}
		return [name, usage];
	};
	$pkg.UnquoteUsage = UnquoteUsage;
	FlagSet.ptr.prototype.PrintDefaults = function() {
		var {f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = [f];
		f[0] = this;
		$r = f[0].VisitAll((function(f) { return function $b(flag) {
			var {_r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, b, flag, name, ok, usage, $s, $r, $c} = $restore(this, {flag});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			b = [b];
			b[0] = new strings.Builder.ptr(ptrType$12.nil, sliceType$2.nil);
			_r = fmt.Fprintf(b[0], "  -%s", new sliceType([new $String(flag.Name)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			_tuple = UnquoteUsage(flag);
			name = _tuple[0];
			usage = _tuple[1];
			if (name.length > 0) {
				b[0].WriteString(" ");
				b[0].WriteString(name);
			}
			if (b[0].Len() <= 4) {
				b[0].WriteString("\t");
			} else {
				b[0].WriteString("\n    \t");
			}
			b[0].WriteString(strings.ReplaceAll(usage, "\n", "\n    \t"));
			_r$1 = isZeroValue(flag, flag.DefValue); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (!_r$1) { */ case 2:
				_tuple$1 = $assertType(flag.Value, ptrType$6, true);
				ok = _tuple$1[1];
				/* */ if (ok) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (ok) { */ case 5:
					_r$2 = fmt.Fprintf(b[0], " (default %q)", new sliceType([new $String(flag.DefValue)])); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
					$s = 7; continue;
				/* } else { */ case 6:
					_r$3 = fmt.Fprintf(b[0], " (default %v)", new sliceType([new $String(flag.DefValue)])); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$3;
				/* } */ case 7:
			/* } */ case 3:
			_r$4 = fmt.Fprint(f[0].Output(), new sliceType([new $String(b[0].String()), new $String("\n")])); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, b, flag, name, ok, usage, $s};return $f;
		}; })(f)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.PrintDefaults, $c: true, $r, f, $s};return $f;
	};
	FlagSet.prototype.PrintDefaults = function() { return this.$val.PrintDefaults(); };
	PrintDefaults = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = $pkg.CommandLine.PrintDefaults(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: PrintDefaults, $c: true, $r, $s};return $f;
	};
	$pkg.PrintDefaults = PrintDefaults;
	FlagSet.ptr.prototype.defaultUsage = function() {
		var {_r, _r$1, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		/* */ if (f.name === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.name === "") { */ case 1:
			_r = fmt.Fprintf(f.Output(), "Usage:\n", new sliceType([])); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$1 = fmt.Fprintf(f.Output(), "Usage of %s:\n", new sliceType([new $String(f.name)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 3:
		$r = f.PrintDefaults(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.defaultUsage, $c: true, $r, _r, _r$1, f, $s};return $f;
	};
	FlagSet.prototype.defaultUsage = function() { return this.$val.defaultUsage(); };
	FlagSet.ptr.prototype.NFlag = function() {
		var f;
		f = this;
		return $keys(f.actual).length;
	};
	FlagSet.prototype.NFlag = function() { return this.$val.NFlag(); };
	FlagSet.ptr.prototype.Arg = function(i) {
		var f, i, x$1;
		f = this;
		if (i < 0 || i >= f.args.$length) {
			return "";
		}
		return (x$1 = f.args, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]));
	};
	FlagSet.prototype.Arg = function(i) { return this.$val.Arg(i); };
	FlagSet.ptr.prototype.NArg = function() {
		var f;
		f = this;
		return f.args.$length;
	};
	FlagSet.prototype.NArg = function() { return this.$val.NArg(); };
	FlagSet.ptr.prototype.Args = function() {
		var f;
		f = this;
		return f.args;
	};
	FlagSet.prototype.Args = function() { return this.$val.Args(); };
	FlagSet.ptr.prototype.BoolVar = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newBoolValue(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.BoolVar, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.BoolVar = function(p, name, value, usage) { return this.$val.BoolVar(p, name, value, usage); };
	FlagSet.ptr.prototype.Bool = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer(false, ptrType$13);
		$r = f.BoolVar(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Bool, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Bool = function(name, value, usage) { return this.$val.Bool(name, value, usage); };
	FlagSet.ptr.prototype.IntVar = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newIntValue(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.IntVar, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.IntVar = function(p, name, value, usage) { return this.$val.IntVar(p, name, value, usage); };
	FlagSet.ptr.prototype.Int = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer(0, ptrType$14);
		$r = f.IntVar(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Int, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Int = function(name, value, usage) { return this.$val.Int(name, value, usage); };
	FlagSet.ptr.prototype.Int64Var = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newInt64Value(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Int64Var, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Int64Var = function(p, name, value, usage) { return this.$val.Int64Var(p, name, value, usage); };
	FlagSet.ptr.prototype.Int64 = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer(new $Int64(0, 0), ptrType$15);
		$r = f.Int64Var(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Int64, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Int64 = function(name, value, usage) { return this.$val.Int64(name, value, usage); };
	FlagSet.ptr.prototype.UintVar = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newUintValue(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.UintVar, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.UintVar = function(p, name, value, usage) { return this.$val.UintVar(p, name, value, usage); };
	FlagSet.ptr.prototype.Uint = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer(0, ptrType$16);
		$r = f.UintVar(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Uint, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Uint = function(name, value, usage) { return this.$val.Uint(name, value, usage); };
	FlagSet.ptr.prototype.Uint64Var = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newUint64Value(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Uint64Var, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Uint64Var = function(p, name, value, usage) { return this.$val.Uint64Var(p, name, value, usage); };
	FlagSet.ptr.prototype.Uint64 = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer(new $Uint64(0, 0), ptrType$17);
		$r = f.Uint64Var(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Uint64, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Uint64 = function(name, value, usage) { return this.$val.Uint64(name, value, usage); };
	FlagSet.ptr.prototype.StringVar = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newStringValue(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.StringVar, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.StringVar = function(p, name, value, usage) { return this.$val.StringVar(p, name, value, usage); };
	FlagSet.ptr.prototype.String = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer("", ptrType$18);
		$r = f.StringVar(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.String, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.String = function(name, value, usage) { return this.$val.String(name, value, usage); };
	FlagSet.ptr.prototype.Float64Var = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newFloat64Value(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Float64Var, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Float64Var = function(p, name, value, usage) { return this.$val.Float64Var(p, name, value, usage); };
	FlagSet.ptr.prototype.Float64 = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer(0, ptrType$19);
		$r = f.Float64Var(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Float64, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Float64 = function(name, value, usage) { return this.$val.Float64(name, value, usage); };
	FlagSet.ptr.prototype.DurationVar = function(p, name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {p, name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(newDurationValue(value, p), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.DurationVar, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.DurationVar = function(p, name, value, usage) { return this.$val.DurationVar(p, name, value, usage); };
	FlagSet.ptr.prototype.Duration = function(name, value, usage) {
		var {f, name, p, usage, value, $s, $r, $c} = $restore(this, {name, value, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		p = $newDataPointer(new time.Duration(0, 0), ptrType$9);
		$r = f.DurationVar(p, name, value, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return p;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Duration, $c: true, $r, f, name, p, usage, value, $s};return $f;
	};
	FlagSet.prototype.Duration = function(name, value, usage) { return this.$val.Duration(name, value, usage); };
	FlagSet.ptr.prototype.Func = function(name, usage, fn) {
		var {f, fn, name, usage, $s, $r, $c} = $restore(this, {name, usage, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$r = f.Var(new funcValue((fn)), name, usage); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Func, $c: true, $r, f, fn, name, usage, $s};return $f;
	};
	FlagSet.prototype.Func = function(name, usage, fn) { return this.$val.Func(name, usage, fn); };
	FlagSet.ptr.prototype.Var = function(value, name, usage) {
		var {_entry, _key, _r, _r$1, _r$2, _r$3, _r$4, _tuple, alreadythere, f, flag, msg, name, usage, value, $s, $r, $c} = $restore(this, {value, name, usage});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		/* */ if (strings.HasPrefix(name, "-")) { $s = 1; continue; }
		/* */ if (strings.Contains(name, "=")) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (strings.HasPrefix(name, "-")) { */ case 1:
			_r = f.sprintf("flag %q begins with -", new sliceType([new $String(name)])); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
			$s = 3; continue;
		/* } else if (strings.Contains(name, "=")) { */ case 2:
			_r$1 = f.sprintf("flag %q contains =", new sliceType([new $String(name)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(_r$1));
		/* } */ case 3:
		_r$2 = value.String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		flag = new Flag.ptr(name, usage, value, _r$2);
		_tuple = (_entry = f.formal[$String.keyFor(name)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		alreadythere = _tuple[1];
		/* */ if (alreadythere) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (alreadythere) { */ case 7:
			msg = "";
			/* */ if (f.name === "") { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (f.name === "") { */ case 9:
				_r$3 = f.sprintf("flag redefined: %s", new sliceType([new $String(name)])); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				msg = _r$3;
				$s = 11; continue;
			/* } else { */ case 10:
				_r$4 = f.sprintf("%s flag redefined: %s", new sliceType([new $String(f.name), new $String(name)])); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				msg = _r$4;
			/* } */ case 11:
			$panic(new $String(msg));
		/* } */ case 8:
		if (f.formal === false) {
			f.formal = {};
		}
		_key = name; (f.formal || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: flag };
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Var, $c: true, $r, _entry, _key, _r, _r$1, _r$2, _r$3, _r$4, _tuple, alreadythere, f, flag, msg, name, usage, value, $s};return $f;
	};
	FlagSet.prototype.Var = function(value, name, usage) { return this.$val.Var(value, name, usage); };
	FlagSet.ptr.prototype.sprintf = function(format, a) {
		var {_r, _r$1, a, f, format, msg, $s, $r, $c} = $restore(this, {format, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r = fmt.Sprintf(format, a); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		msg = _r;
		_r$1 = fmt.Fprintln(f.Output(), new sliceType([new $String(msg)])); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return msg;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.sprintf, $c: true, $r, _r, _r$1, a, f, format, msg, $s};return $f;
	};
	FlagSet.prototype.sprintf = function(format, a) { return this.$val.sprintf(format, a); };
	FlagSet.ptr.prototype.failf = function(format, a) {
		var {_r, a, f, format, msg, $s, $r, $c} = $restore(this, {format, a});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r = f.sprintf(format, a); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		msg = _r;
		$r = f.usage(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return errors.New(msg);
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.failf, $c: true, $r, _r, a, f, format, msg, $s};return $f;
	};
	FlagSet.prototype.failf = function(format, a) { return this.$val.failf(format, a); };
	FlagSet.ptr.prototype.usage = function() {
		var {f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		/* */ if (f.Usage === $throwNilPointerError) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.Usage === $throwNilPointerError) { */ case 1:
			$r = f.defaultUsage(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			$r = f.Usage(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.usage, $c: true, $r, f, $s};return $f;
	};
	FlagSet.prototype.usage = function() { return this.$val.usage(); };
	FlagSet.ptr.prototype.parseOne = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _entry, _key, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _v, alreadythere, err, err$1, err$2, f, flag, fv, hasValue, i, m, name, numMinuses, ok, s, value, x$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (f.args.$length === 0) {
			$s = -1; return [false, $ifaceNil];
		}
		s = (x$1 = f.args, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
		if (s.length < 2 || !((s.charCodeAt(0) === 45))) {
			$s = -1; return [false, $ifaceNil];
		}
		numMinuses = 1;
		if (s.charCodeAt(1) === 45) {
			numMinuses = numMinuses + (1) >> 0;
			if (s.length === 2) {
				f.args = $subslice(f.args, 1);
				$s = -1; return [false, $ifaceNil];
			}
		}
		name = $substring(s, numMinuses);
		/* */ if ((name.length === 0) || (name.charCodeAt(0) === 45) || (name.charCodeAt(0) === 61)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((name.length === 0) || (name.charCodeAt(0) === 45) || (name.charCodeAt(0) === 61)) { */ case 1:
			_r = f.failf("bad flag syntax: %s", new sliceType([new $String(s)])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [false, _r];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		f.args = $subslice(f.args, 1);
		hasValue = false;
		value = "";
		i = 1;
		while (true) {
			if (!(i < name.length)) { break; }
			if (name.charCodeAt(i) === 61) {
				value = $substring(name, (i + 1 >> 0));
				hasValue = true;
				name = $substring(name, 0, i);
				break;
			}
			i = i + (1) >> 0;
		}
		m = f.formal;
		_tuple = (_entry = m[$String.keyFor(name)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		flag = _tuple[0];
		alreadythere = _tuple[1];
		/* */ if (!alreadythere) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!alreadythere) { */ case 5:
			/* */ if (name === "help" || name === "h") { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (name === "help" || name === "h") { */ case 7:
				$r = f.usage(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [false, $pkg.ErrHelp];
			/* } */ case 8:
			_r$1 = f.failf("flag provided but not defined: -%s", new sliceType([new $String(name)])); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r$1 = [false, _r$1];
			$s = 11; case 11: return $24r$1;
		/* } */ case 6:
		_tuple$1 = $assertType(flag.Value, boolFlag, true);
		fv = _tuple$1[0];
		ok = _tuple$1[1];
		if (!(ok)) { _v = false; $s = 15; continue s; }
		_r$2 = fv.IsBoolFlag(); /* */ $s = 16; case 16: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v = _r$2; case 15:
		/* */ if (_v) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (_v) { */ case 12:
			/* */ if (hasValue) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (hasValue) { */ case 17:
				_r$3 = fv.Set(value); /* */ $s = 20; case 20: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				err = _r$3;
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 21:
					_r$4 = f.failf("invalid boolean value %q for -%s: %v", new sliceType([new $String(value), new $String(name), err])); /* */ $s = 23; case 23: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					$24r$2 = [false, _r$4];
					$s = 24; case 24: return $24r$2;
				/* } */ case 22:
				$s = 19; continue;
			/* } else { */ case 18:
				_r$5 = fv.Set("true"); /* */ $s = 25; case 25: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				err$1 = _r$5;
				/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 26:
					_r$6 = f.failf("invalid boolean flag %s: %v", new sliceType([new $String(name), err$1])); /* */ $s = 28; case 28: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					$24r$3 = [false, _r$6];
					$s = 29; case 29: return $24r$3;
				/* } */ case 27:
			/* } */ case 19:
			$s = 14; continue;
		/* } else { */ case 13:
			if (!hasValue && f.args.$length > 0) {
				hasValue = true;
				_tmp = (x$2 = f.args, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0]));
				_tmp$1 = $subslice(f.args, 1);
				value = _tmp;
				f.args = _tmp$1;
			}
			/* */ if (!hasValue) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (!hasValue) { */ case 30:
				_r$7 = f.failf("flag needs an argument: -%s", new sliceType([new $String(name)])); /* */ $s = 32; case 32: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r$4 = [false, _r$7];
				$s = 33; case 33: return $24r$4;
			/* } */ case 31:
			_r$8 = flag.Value.Set(value); /* */ $s = 34; case 34: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err$2 = _r$8;
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 35; continue; }
			/* */ $s = 36; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 35:
				_r$9 = f.failf("invalid value %q for flag -%s: %v", new sliceType([new $String(value), new $String(name), err$2])); /* */ $s = 37; case 37: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$24r$5 = [false, _r$9];
				$s = 38; case 38: return $24r$5;
			/* } */ case 36:
		/* } */ case 14:
		if (f.actual === false) {
			f.actual = {};
		}
		_key = name; (f.actual || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: flag };
		$s = -1; return [true, $ifaceNil];
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.parseOne, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _entry, _key, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _v, alreadythere, err, err$1, err$2, f, flag, fv, hasValue, i, m, name, numMinuses, ok, s, value, x$1, x$2, $s};return $f;
	};
	FlagSet.prototype.parseOne = function() { return this.$val.parseOne(); };
	FlagSet.ptr.prototype.Parse = function(arguments$1) {
		var {_1, _r, _tuple, arguments$1, err, f, seen, $s, $r, $c} = $restore(this, {arguments$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		f.parsed = true;
		f.args = arguments$1;
		/* while (true) { */ case 1:
			_r = f.parseOne(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			seen = _tuple[0];
			err = _tuple[1];
			if (seen) {
				/* continue; */ $s = 1; continue;
			}
			if ($interfaceIsEqual(err, $ifaceNil)) {
				/* break; */ $s = 2; continue;
			}
				_1 = f.errorHandling;
				/* */ if (_1 === (0)) { $s = 5; continue; }
				/* */ if (_1 === (1)) { $s = 6; continue; }
				/* */ if (_1 === (2)) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_1 === (0)) { */ case 5:
					$s = -1; return err;
				/* } else if (_1 === (1)) { */ case 6:
					/* */ if ($interfaceIsEqual(err, $pkg.ErrHelp)) { $s = 9; continue; }
					/* */ $s = 10; continue;
					/* if ($interfaceIsEqual(err, $pkg.ErrHelp)) { */ case 9:
						$r = os.Exit(0); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 10:
					$r = os.Exit(2); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 8; continue;
				/* } else if (_1 === (2)) { */ case 7:
					$panic(err);
				/* } */ case 8:
			case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: FlagSet.ptr.prototype.Parse, $c: true, $r, _1, _r, _tuple, arguments$1, err, f, seen, $s};return $f;
	};
	FlagSet.prototype.Parse = function(arguments$1) { return this.$val.Parse(arguments$1); };
	FlagSet.ptr.prototype.Parsed = function() {
		var f;
		f = this;
		return f.parsed;
	};
	FlagSet.prototype.Parsed = function() { return this.$val.Parsed(); };
	init = function() {
		$pkg.CommandLine.Usage = commandLineUsage;
	};
	commandLineUsage = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = $pkg.Usage(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: commandLineUsage, $c: true, $r, $s};return $f;
	};
	NewFlagSet = function(name, errorHandling) {
		var errorHandling, f, name;
		f = new FlagSet.ptr($throwNilPointerError, name, false, false, false, sliceType$3.nil, errorHandling, $ifaceNil);
		f.Usage = $methodVal(f, "defaultUsage");
		return f;
	};
	$pkg.NewFlagSet = NewFlagSet;
	FlagSet.ptr.prototype.Init = function(name, errorHandling) {
		var errorHandling, f, name;
		f = this;
		f.name = name;
		f.errorHandling = errorHandling;
	};
	FlagSet.prototype.Init = function(name, errorHandling) { return this.$val.Init(name, errorHandling); };
	ptrType$1.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "IsBoolFlag", name: "IsBoolFlag", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$2.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$3.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$4.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$5.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$6.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$7.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$8.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	funcValue.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$20.methods = [{prop: "Output", name: "Output", pkg: "", typ: $funcType([], [io.Writer], false)}, {prop: "Name", name: "Name", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ErrorHandling", name: "ErrorHandling", pkg: "", typ: $funcType([], [ErrorHandling], false)}, {prop: "SetOutput", name: "SetOutput", pkg: "", typ: $funcType([io.Writer], [], false)}, {prop: "VisitAll", name: "VisitAll", pkg: "", typ: $funcType([funcType], [], false)}, {prop: "Visit", name: "Visit", pkg: "", typ: $funcType([funcType], [], false)}, {prop: "Lookup", name: "Lookup", pkg: "", typ: $funcType([$String], [ptrType$10], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String, $String], [$error], false)}, {prop: "PrintDefaults", name: "PrintDefaults", pkg: "", typ: $funcType([], [], false)}, {prop: "defaultUsage", name: "defaultUsage", pkg: "flag", typ: $funcType([], [], false)}, {prop: "NFlag", name: "NFlag", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Arg", name: "Arg", pkg: "", typ: $funcType([$Int], [$String], false)}, {prop: "NArg", name: "NArg", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Args", name: "Args", pkg: "", typ: $funcType([], [sliceType$3], false)}, {prop: "BoolVar", name: "BoolVar", pkg: "", typ: $funcType([ptrType$13, $String, $Bool, $String], [], false)}, {prop: "Bool", name: "Bool", pkg: "", typ: $funcType([$String, $Bool, $String], [ptrType$13], false)}, {prop: "IntVar", name: "IntVar", pkg: "", typ: $funcType([ptrType$14, $String, $Int, $String], [], false)}, {prop: "Int", name: "Int", pkg: "", typ: $funcType([$String, $Int, $String], [ptrType$14], false)}, {prop: "Int64Var", name: "Int64Var", pkg: "", typ: $funcType([ptrType$15, $String, $Int64, $String], [], false)}, {prop: "Int64", name: "Int64", pkg: "", typ: $funcType([$String, $Int64, $String], [ptrType$15], false)}, {prop: "UintVar", name: "UintVar", pkg: "", typ: $funcType([ptrType$16, $String, $Uint, $String], [], false)}, {prop: "Uint", name: "Uint", pkg: "", typ: $funcType([$String, $Uint, $String], [ptrType$16], false)}, {prop: "Uint64Var", name: "Uint64Var", pkg: "", typ: $funcType([ptrType$17, $String, $Uint64, $String], [], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([$String, $Uint64, $String], [ptrType$17], false)}, {prop: "StringVar", name: "StringVar", pkg: "", typ: $funcType([ptrType$18, $String, $String, $String], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([$String, $String, $String], [ptrType$18], false)}, {prop: "Float64Var", name: "Float64Var", pkg: "", typ: $funcType([ptrType$19, $String, $Float64, $String], [], false)}, {prop: "Float64", name: "Float64", pkg: "", typ: $funcType([$String, $Float64, $String], [ptrType$19], false)}, {prop: "DurationVar", name: "DurationVar", pkg: "", typ: $funcType([ptrType$9, $String, time.Duration, $String], [], false)}, {prop: "Duration", name: "Duration", pkg: "", typ: $funcType([$String, time.Duration, $String], [ptrType$9], false)}, {prop: "Func", name: "Func", pkg: "", typ: $funcType([$String, $String, funcType$1], [], false)}, {prop: "Var", name: "Var", pkg: "", typ: $funcType([Value, $String, $String], [], false)}, {prop: "sprintf", name: "sprintf", pkg: "flag", typ: $funcType([$String, sliceType], [$String], true)}, {prop: "failf", name: "failf", pkg: "flag", typ: $funcType([$String, sliceType], [$error], true)}, {prop: "usage", name: "usage", pkg: "flag", typ: $funcType([], [], false)}, {prop: "parseOne", name: "parseOne", pkg: "flag", typ: $funcType([], [$Bool, $error], false)}, {prop: "Parse", name: "Parse", pkg: "", typ: $funcType([sliceType$3], [$error], false)}, {prop: "Parsed", name: "Parsed", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Init", name: "Init", pkg: "", typ: $funcType([$String, ErrorHandling], [], false)}];
	boolFlag.init([{prop: "IsBoolFlag", name: "IsBoolFlag", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}]);
	funcValue.init([$String], [$error], false);
	Value.init([{prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}]);
	FlagSet.init("flag", [{prop: "Usage", name: "Usage", embedded: false, exported: true, typ: funcType$2, tag: ""}, {prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "parsed", name: "parsed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "actual", name: "actual", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "formal", name: "formal", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "args", name: "args", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "errorHandling", name: "errorHandling", embedded: false, exported: false, typ: ErrorHandling, tag: ""}, {prop: "output", name: "output", embedded: false, exported: false, typ: io.Writer, tag: ""}]);
	Flag.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Usage", name: "Usage", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: Value, tag: ""}, {prop: "DefValue", name: "DefValue", embedded: false, exported: true, typ: $String, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrHelp = errors.New("flag: help requested");
		errParse = errors.New("parse error");
		errRange = errors.New("value out of range");
		$pkg.CommandLine = NewFlagSet((x = os.Args, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])), 1);
		$pkg.Usage = (function $b() {
			var {_r, x$1, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = fmt.Fprintf($pkg.CommandLine.Output(), "Usage of %s:\n", new sliceType([new $String((x$1 = os.Args, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])))])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			$r = PrintDefaults(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, x$1, $s};return $f;
		});
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/atomic"] = (function() {
	var $pkg = {}, $init, math, atomic, time, Int32, Int64, Uint64, Bool, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$5, ptrType$6, ptrType$8, ptrType$9, NewInt32, truthy, boolToInt;
	math = $packages["math"];
	atomic = $packages["sync/atomic"];
	time = $packages["time"];
	Int32 = $pkg.Int32 = $newType(0, $kindStruct, "atomic.Int32", true, "go.uber.org/atomic", true, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = 0;
			return;
		}
		this.v = v_;
	});
	Int64 = $pkg.Int64 = $newType(0, $kindStruct, "atomic.Int64", true, "go.uber.org/atomic", true, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = new $Int64(0, 0);
			return;
		}
		this.v = v_;
	});
	Uint64 = $pkg.Uint64 = $newType(0, $kindStruct, "atomic.Uint64", true, "go.uber.org/atomic", true, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = new $Uint64(0, 0);
			return;
		}
		this.v = v_;
	});
	Bool = $pkg.Bool = $newType(0, $kindStruct, "atomic.Bool", true, "go.uber.org/atomic", true, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = 0;
			return;
		}
		this.v = v_;
	});
	ptrType = $ptrType($Int32);
	ptrType$1 = $ptrType($Int64);
	ptrType$2 = $ptrType($Uint32);
	ptrType$3 = $ptrType($Uint64);
	ptrType$5 = $ptrType(Int32);
	ptrType$6 = $ptrType(Int64);
	ptrType$8 = $ptrType(Uint64);
	ptrType$9 = $ptrType(Bool);
	NewInt32 = function(i) {
		var i;
		return new Int32.ptr(i);
	};
	$pkg.NewInt32 = NewInt32;
	Int32.ptr.prototype.Load = function() {
		var i;
		i = this;
		return atomic.LoadInt32((i.$ptr_v || (i.$ptr_v = new ptrType(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))));
	};
	Int32.prototype.Load = function() { return this.$val.Load(); };
	Int32.ptr.prototype.Add = function(n) {
		var i, n;
		i = this;
		return atomic.AddInt32((i.$ptr_v || (i.$ptr_v = new ptrType(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Int32.prototype.Add = function(n) { return this.$val.Add(n); };
	Int32.ptr.prototype.Sub = function(n) {
		var i, n;
		i = this;
		return atomic.AddInt32((i.$ptr_v || (i.$ptr_v = new ptrType(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), -n);
	};
	Int32.prototype.Sub = function(n) { return this.$val.Sub(n); };
	Int32.ptr.prototype.Inc = function() {
		var i;
		i = this;
		return i.Add(1);
	};
	Int32.prototype.Inc = function() { return this.$val.Inc(); };
	Int32.ptr.prototype.Dec = function() {
		var i;
		i = this;
		return i.Sub(1);
	};
	Int32.prototype.Dec = function() { return this.$val.Dec(); };
	Int32.ptr.prototype.CAS = function(old, new$1) {
		var i, new$1, old;
		i = this;
		return atomic.CompareAndSwapInt32((i.$ptr_v || (i.$ptr_v = new ptrType(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), old, new$1);
	};
	Int32.prototype.CAS = function(old, new$1) { return this.$val.CAS(old, new$1); };
	Int32.ptr.prototype.Store = function(n) {
		var i, n;
		i = this;
		atomic.StoreInt32((i.$ptr_v || (i.$ptr_v = new ptrType(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Int32.prototype.Store = function(n) { return this.$val.Store(n); };
	Int32.ptr.prototype.Swap = function(n) {
		var i, n;
		i = this;
		return atomic.SwapInt32((i.$ptr_v || (i.$ptr_v = new ptrType(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Int32.prototype.Swap = function(n) { return this.$val.Swap(n); };
	Int64.ptr.prototype.Load = function() {
		var i;
		i = this;
		return atomic.LoadInt64((i.$ptr_v || (i.$ptr_v = new ptrType$1(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))));
	};
	Int64.prototype.Load = function() { return this.$val.Load(); };
	Int64.ptr.prototype.Add = function(n) {
		var i, n;
		i = this;
		return atomic.AddInt64((i.$ptr_v || (i.$ptr_v = new ptrType$1(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Int64.prototype.Add = function(n) { return this.$val.Add(n); };
	Int64.ptr.prototype.Sub = function(n) {
		var i, n;
		i = this;
		return atomic.AddInt64((i.$ptr_v || (i.$ptr_v = new ptrType$1(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), new $Int64(-n.$high, -n.$low));
	};
	Int64.prototype.Sub = function(n) { return this.$val.Sub(n); };
	Int64.ptr.prototype.Inc = function() {
		var i;
		i = this;
		return i.Add(new $Int64(0, 1));
	};
	Int64.prototype.Inc = function() { return this.$val.Inc(); };
	Int64.ptr.prototype.Dec = function() {
		var i;
		i = this;
		return i.Sub(new $Int64(0, 1));
	};
	Int64.prototype.Dec = function() { return this.$val.Dec(); };
	Int64.ptr.prototype.CAS = function(old, new$1) {
		var i, new$1, old;
		i = this;
		return atomic.CompareAndSwapInt64((i.$ptr_v || (i.$ptr_v = new ptrType$1(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), old, new$1);
	};
	Int64.prototype.CAS = function(old, new$1) { return this.$val.CAS(old, new$1); };
	Int64.ptr.prototype.Store = function(n) {
		var i, n;
		i = this;
		atomic.StoreInt64((i.$ptr_v || (i.$ptr_v = new ptrType$1(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Int64.prototype.Store = function(n) { return this.$val.Store(n); };
	Int64.ptr.prototype.Swap = function(n) {
		var i, n;
		i = this;
		return atomic.SwapInt64((i.$ptr_v || (i.$ptr_v = new ptrType$1(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Int64.prototype.Swap = function(n) { return this.$val.Swap(n); };
	Uint64.ptr.prototype.Load = function() {
		var i;
		i = this;
		return atomic.LoadUint64((i.$ptr_v || (i.$ptr_v = new ptrType$3(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))));
	};
	Uint64.prototype.Load = function() { return this.$val.Load(); };
	Uint64.ptr.prototype.Add = function(n) {
		var i, n;
		i = this;
		return atomic.AddUint64((i.$ptr_v || (i.$ptr_v = new ptrType$3(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Uint64.prototype.Add = function(n) { return this.$val.Add(n); };
	Uint64.ptr.prototype.Sub = function(n) {
		var i, n, x;
		i = this;
		return atomic.AddUint64((i.$ptr_v || (i.$ptr_v = new ptrType$3(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), (x = new $Uint64(n.$high - 0, n.$low - 1), new $Uint64(~x.$high, ~x.$low >>> 0)));
	};
	Uint64.prototype.Sub = function(n) { return this.$val.Sub(n); };
	Uint64.ptr.prototype.Inc = function() {
		var i;
		i = this;
		return i.Add(new $Uint64(0, 1));
	};
	Uint64.prototype.Inc = function() { return this.$val.Inc(); };
	Uint64.ptr.prototype.Dec = function() {
		var i;
		i = this;
		return i.Sub(new $Uint64(0, 1));
	};
	Uint64.prototype.Dec = function() { return this.$val.Dec(); };
	Uint64.ptr.prototype.CAS = function(old, new$1) {
		var i, new$1, old;
		i = this;
		return atomic.CompareAndSwapUint64((i.$ptr_v || (i.$ptr_v = new ptrType$3(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), old, new$1);
	};
	Uint64.prototype.CAS = function(old, new$1) { return this.$val.CAS(old, new$1); };
	Uint64.ptr.prototype.Store = function(n) {
		var i, n;
		i = this;
		atomic.StoreUint64((i.$ptr_v || (i.$ptr_v = new ptrType$3(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Uint64.prototype.Store = function(n) { return this.$val.Store(n); };
	Uint64.ptr.prototype.Swap = function(n) {
		var i, n;
		i = this;
		return atomic.SwapUint64((i.$ptr_v || (i.$ptr_v = new ptrType$3(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, i))), n);
	};
	Uint64.prototype.Swap = function(n) { return this.$val.Swap(n); };
	Bool.ptr.prototype.Load = function() {
		var b;
		b = this;
		return truthy(atomic.LoadUint32((b.$ptr_v || (b.$ptr_v = new ptrType$2(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, b)))));
	};
	Bool.prototype.Load = function() { return this.$val.Load(); };
	Bool.ptr.prototype.CAS = function(old, new$1) {
		var b, new$1, old;
		b = this;
		return atomic.CompareAndSwapUint32((b.$ptr_v || (b.$ptr_v = new ptrType$2(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, b))), boolToInt(old), boolToInt(new$1));
	};
	Bool.prototype.CAS = function(old, new$1) { return this.$val.CAS(old, new$1); };
	Bool.ptr.prototype.Store = function(new$1) {
		var b, new$1;
		b = this;
		atomic.StoreUint32((b.$ptr_v || (b.$ptr_v = new ptrType$2(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, b))), boolToInt(new$1));
	};
	Bool.prototype.Store = function(new$1) { return this.$val.Store(new$1); };
	Bool.ptr.prototype.Swap = function(new$1) {
		var b, new$1;
		b = this;
		return truthy(atomic.SwapUint32((b.$ptr_v || (b.$ptr_v = new ptrType$2(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, b))), boolToInt(new$1)));
	};
	Bool.prototype.Swap = function(new$1) { return this.$val.Swap(new$1); };
	Bool.ptr.prototype.Toggle = function() {
		var b;
		b = this;
		return truthy(atomic.AddUint32((b.$ptr_v || (b.$ptr_v = new ptrType$2(function() { return this.$target.v; }, function($v) { this.$target.v = $v; }, b))), 1) - 1 >>> 0);
	};
	Bool.prototype.Toggle = function() { return this.$val.Toggle(); };
	truthy = function(n) {
		var n;
		return ((n & 1) >>> 0) === 1;
	};
	boolToInt = function(b) {
		var b;
		if (b) {
			return 1;
		}
		return 0;
	};
	ptrType$5.methods = [{prop: "Load", name: "Load", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([$Int32], [$Int32], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([$Int32], [$Int32], false)}, {prop: "Inc", name: "Inc", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "Dec", name: "Dec", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "CAS", name: "CAS", pkg: "", typ: $funcType([$Int32, $Int32], [$Bool], false)}, {prop: "Store", name: "Store", pkg: "", typ: $funcType([$Int32], [], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int32], [$Int32], false)}];
	ptrType$6.methods = [{prop: "Load", name: "Load", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([$Int64], [$Int64], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([$Int64], [$Int64], false)}, {prop: "Inc", name: "Inc", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Dec", name: "Dec", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "CAS", name: "CAS", pkg: "", typ: $funcType([$Int64, $Int64], [$Bool], false)}, {prop: "Store", name: "Store", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int64], [$Int64], false)}];
	ptrType$8.methods = [{prop: "Load", name: "Load", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([$Uint64], [$Uint64], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([$Uint64], [$Uint64], false)}, {prop: "Inc", name: "Inc", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "Dec", name: "Dec", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "CAS", name: "CAS", pkg: "", typ: $funcType([$Uint64, $Uint64], [$Bool], false)}, {prop: "Store", name: "Store", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Uint64], [$Uint64], false)}];
	ptrType$9.methods = [{prop: "Load", name: "Load", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "CAS", name: "CAS", pkg: "", typ: $funcType([$Bool, $Bool], [$Bool], false)}, {prop: "Store", name: "Store", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Bool], [$Bool], false)}, {prop: "Toggle", name: "Toggle", pkg: "", typ: $funcType([], [$Bool], false)}];
	Int32.init("go.uber.org/atomic", [{prop: "v", name: "v", embedded: false, exported: false, typ: $Int32, tag: ""}]);
	Int64.init("go.uber.org/atomic", [{prop: "v", name: "v", embedded: false, exported: false, typ: $Int64, tag: ""}]);
	Uint64.init("go.uber.org/atomic", [{prop: "v", name: "v", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	Bool.init("go.uber.org/atomic", [{prop: "v", name: "v", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = math.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/multierr"] = (function() {
	var $pkg = {}, $init, bytes, fmt, atomic, io, strings, sync, multiError, inspectResult, sliceType, sliceType$1, ptrType, sliceType$2, ptrType$1, _singlelineSeparator, _multilinePrefix, _multilineSeparator, _multilineIndent, _bufferPool, writePrefixLine, inspect, fromSlice, Append;
	bytes = $packages["bytes"];
	fmt = $packages["fmt"];
	atomic = $packages["go.uber.org/atomic"];
	io = $packages["io"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	multiError = $pkg.multiError = $newType(0, $kindStruct, "multierr.multiError", true, "go.uber.org/multierr", false, function(copyNeeded_, errors_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.copyNeeded = new atomic.Bool.ptr(0);
			this.errors = sliceType$2.nil;
			return;
		}
		this.copyNeeded = copyNeeded_;
		this.errors = errors_;
	});
	inspectResult = $pkg.inspectResult = $newType(0, $kindStruct, "multierr.inspectResult", true, "go.uber.org/multierr", false, function(Count_, Capacity_, FirstErrorIdx_, ContainsMultiError_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Count = 0;
			this.Capacity = 0;
			this.FirstErrorIdx = 0;
			this.ContainsMultiError = false;
			return;
		}
		this.Count = Count_;
		this.Capacity = Capacity_;
		this.FirstErrorIdx = FirstErrorIdx_;
		this.ContainsMultiError = ContainsMultiError_;
	});
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType = $ptrType(multiError);
	sliceType$2 = $sliceType($error);
	ptrType$1 = $ptrType(bytes.Buffer);
	multiError.ptr.prototype.Errors = function() {
		var merr;
		merr = this;
		if (merr === ptrType.nil) {
			return sliceType$2.nil;
		}
		return merr.errors;
	};
	multiError.prototype.Errors = function() { return this.$val.Errors(); };
	multiError.ptr.prototype.Error = function() {
		var {_r, buff, merr, result, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		merr = this;
		if (merr === ptrType.nil) {
			$s = -1; return "";
		}
		_r = _bufferPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		buff = $assertType(_r, ptrType$1);
		buff.Reset();
		$r = merr.writeSingleline(buff); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		result = buff.String();
		_bufferPool.Put(buff);
		$s = -1; return result;
		/* */ } return; } var $f = {$blk: multiError.ptr.prototype.Error, $c: true, $r, _r, buff, merr, result, $s};return $f;
	};
	multiError.prototype.Error = function() { return this.$val.Error(); };
	multiError.ptr.prototype.Format = function(f, c) {
		var {_r, _v, c, f, merr, $s, $r, $c} = $restore(this, {f, c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		merr = this;
		if (!(c === 118)) { _v = false; $s = 4; continue s; }
		_r = f.Flag(43); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 4:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$r = merr.writeMultiline(f); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			$r = merr.writeSingleline(f); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: multiError.ptr.prototype.Format, $c: true, $r, _r, _v, c, f, merr, $s};return $f;
	};
	multiError.prototype.Format = function(f, c) { return this.$val.Format(f, c); };
	multiError.ptr.prototype.writeSingleline = function(w) {
		var {_arg, _arg$1, _i, _r, _r$1, _r$2, _ref, first, item, merr, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		merr = this;
		first = true;
		_ref = merr.errors;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			item = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (first) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (first) { */ case 3:
				first = false;
				$s = 5; continue;
			/* } else { */ case 4:
				_r = w.Write(_singlelineSeparator); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
			/* } */ case 5:
			_arg = w;
			_r$1 = item.Error(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg$1 = _r$1;
			_r$2 = io.WriteString(_arg, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: multiError.ptr.prototype.writeSingleline, $c: true, $r, _arg, _arg$1, _i, _r, _r$1, _r$2, _ref, first, item, merr, w, $s};return $f;
	};
	multiError.prototype.writeSingleline = function(w) { return this.$val.writeSingleline(w); };
	multiError.ptr.prototype.writeMultiline = function(w) {
		var {_arg, _arg$1, _arg$2, _i, _r, _r$1, _r$2, _ref, item, merr, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		merr = this;
		_r = w.Write(_multilinePrefix); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		_ref = merr.errors;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			item = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = w.Write(_multilineSeparator); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_arg = w;
			_arg$1 = _multilineIndent;
			_r$2 = fmt.Sprintf("%+v", new sliceType$1([item])); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_arg$2 = _r$2;
			$r = writePrefixLine(_arg, _arg$1, _arg$2); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: multiError.ptr.prototype.writeMultiline, $c: true, $r, _arg, _arg$1, _arg$2, _i, _r, _r$1, _r$2, _ref, item, merr, w, $s};return $f;
	};
	multiError.prototype.writeMultiline = function(w) { return this.$val.writeMultiline(w); };
	writePrefixLine = function(w, prefix, s) {
		var {_r, _r$1, first, idx, prefix, s, w, $s, $r, $c} = $restore(this, {w, prefix, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		first = true;
		/* while (true) { */ case 1:
			/* if (!(s.length > 0)) { break; } */ if(!(s.length > 0)) { $s = 2; continue; }
			/* */ if (first) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (first) { */ case 3:
				first = false;
				$s = 5; continue;
			/* } else { */ case 4:
				_r = w.Write(prefix); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
			/* } */ case 5:
			idx = strings.IndexByte(s, 10);
			if (idx < 0) {
				idx = s.length - 1 >> 0;
			}
			_r$1 = io.WriteString(w, $substring(s, 0, (idx + 1 >> 0))); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			s = $substring(s, (idx + 1 >> 0));
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: writePrefixLine, $c: true, $r, _r, _r$1, first, idx, prefix, s, w, $s};return $f;
	};
	inspect = function(errors) {
		var _i, _ref, _tuple, err, errors, first, i, merr, ok, res;
		res = new inspectResult.ptr(0, 0, 0, false);
		first = true;
		_ref = errors;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			err = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ($interfaceIsEqual(err, $ifaceNil)) {
				_i++;
				continue;
			}
			res.Count = res.Count + (1) >> 0;
			if (first) {
				first = false;
				res.FirstErrorIdx = i;
			}
			_tuple = $assertType(err, ptrType, true);
			merr = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				res.Capacity = res.Capacity + (merr.errors.$length) >> 0;
				res.ContainsMultiError = true;
			} else {
				res.Capacity = res.Capacity + (1) >> 0;
			}
			_i++;
		}
		return res;
	};
	fromSlice = function(errors) {
		var _1, _i, _ref, _tuple, err, errors, nested, nonNilErrs, ok, res, x;
		res = $clone(inspect(errors), inspectResult);
		_1 = res.Count;
		if (_1 === (0)) {
			return $ifaceNil;
		} else if (_1 === (1)) {
			return (x = res.FirstErrorIdx, ((x < 0 || x >= errors.$length) ? ($throwRuntimeError("index out of range"), undefined) : errors.$array[errors.$offset + x]));
		} else if (_1 === (errors.$length)) {
			if (!res.ContainsMultiError) {
				return new multiError.ptr(new atomic.Bool.ptr(0), errors);
			}
		}
		nonNilErrs = $makeSlice(sliceType$2, 0, res.Capacity);
		_ref = $subslice(errors, res.FirstErrorIdx);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			err = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ($interfaceIsEqual(err, $ifaceNil)) {
				_i++;
				continue;
			}
			_tuple = $assertType(err, ptrType, true);
			nested = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				nonNilErrs = $appendSlice(nonNilErrs, nested.errors);
			} else {
				nonNilErrs = $append(nonNilErrs, err);
			}
			_i++;
		}
		return new multiError.ptr(new atomic.Bool.ptr(0), nonNilErrs);
	};
	Append = function(left, right) {
		var _tuple, _tuple$1, errors, errs, l, left, ok, ok$1, right;
		if ($interfaceIsEqual(left, $ifaceNil)) {
			return right;
		} else if ($interfaceIsEqual(right, $ifaceNil)) {
			return left;
		}
		_tuple = $assertType(right, ptrType, true);
		ok = _tuple[1];
		if (!ok) {
			_tuple$1 = $assertType(left, ptrType, true);
			l = _tuple$1[0];
			ok$1 = _tuple$1[1];
			if (ok$1 && !l.copyNeeded.Swap(true)) {
				errs = $append(l.errors, right);
				return new multiError.ptr(new atomic.Bool.ptr(0), errs);
			} else if (!ok$1) {
				return new multiError.ptr(new atomic.Bool.ptr(0), new sliceType$2([left, right]));
			}
		}
		errors = $toNativeArray($kindInterface, [left, right]);
		return fromSlice($subslice(new sliceType$2(errors), 0));
	};
	$pkg.Append = Append;
	ptrType.methods = [{prop: "Errors", name: "Errors", pkg: "", typ: $funcType([], [sliceType$2], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Format", name: "Format", pkg: "", typ: $funcType([fmt.State, $Int32], [], false)}, {prop: "writeSingleline", name: "writeSingleline", pkg: "go.uber.org/multierr", typ: $funcType([io.Writer], [], false)}, {prop: "writeMultiline", name: "writeMultiline", pkg: "go.uber.org/multierr", typ: $funcType([io.Writer], [], false)}];
	multiError.init("go.uber.org/multierr", [{prop: "copyNeeded", name: "copyNeeded", embedded: false, exported: false, typ: atomic.Bool, tag: ""}, {prop: "errors", name: "errors", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	inspectResult.init("", [{prop: "Count", name: "Count", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Capacity", name: "Capacity", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "FirstErrorIdx", name: "FirstErrorIdx", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "ContainsMultiError", name: "ContainsMultiError", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_singlelineSeparator = (new sliceType($stringToBytes("; ")));
		_multilinePrefix = (new sliceType($stringToBytes("the following errors occurred:")));
		_multilineSeparator = (new sliceType($stringToBytes("\n -  ")));
		_multilineIndent = (new sliceType($stringToBytes("    ")));
		_bufferPool = new sync.Pool.ptr(sliceType$1.nil, (function() {
			return new bytes.Buffer.ptr(sliceType.nil, 0, 0);
		}));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/zap/buffer"] = (function() {
	var $pkg = {}, $init, strconv, sync, Pool, Buffer, ptrType, sliceType, sliceType$1, ptrType$1, NewPool;
	strconv = $packages["strconv"];
	sync = $packages["sync"];
	Pool = $pkg.Pool = $newType(0, $kindStruct, "buffer.Pool", true, "go.uber.org/zap/buffer", true, function(p_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.p = ptrType.nil;
			return;
		}
		this.p = p_;
	});
	Buffer = $pkg.Buffer = $newType(0, $kindStruct, "buffer.Buffer", true, "go.uber.org/zap/buffer", true, function(bs_, pool_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.bs = sliceType$1.nil;
			this.pool = new Pool.ptr(ptrType.nil);
			return;
		}
		this.bs = bs_;
		this.pool = pool_;
	});
	ptrType = $ptrType(sync.Pool);
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($Uint8);
	ptrType$1 = $ptrType(Buffer);
	NewPool = function() {
		return new Pool.ptr(new sync.Pool.ptr(sliceType.nil, (function() {
			return new Buffer.ptr($makeSlice(sliceType$1, 0, 1024), new Pool.ptr(ptrType.nil));
		})));
	};
	$pkg.NewPool = NewPool;
	Pool.ptr.prototype.Get = function() {
		var {_r, buf, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.p.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		buf = $assertType(_r, ptrType$1);
		buf.Reset();
		Pool.copy(buf.pool, p);
		$s = -1; return buf;
		/* */ } return; } var $f = {$blk: Pool.ptr.prototype.Get, $c: true, $r, _r, buf, p, $s};return $f;
	};
	Pool.prototype.Get = function() { return this.$val.Get(); };
	Pool.ptr.prototype.put = function(buf) {
		var buf, p;
		p = this;
		p.p.Put(buf);
	};
	Pool.prototype.put = function(buf) { return this.$val.put(buf); };
	Buffer.ptr.prototype.AppendByte = function(v) {
		var b, v;
		b = this;
		b.bs = $append(b.bs, v);
	};
	Buffer.prototype.AppendByte = function(v) { return this.$val.AppendByte(v); };
	Buffer.ptr.prototype.AppendString = function(s) {
		var b, s;
		b = this;
		b.bs = $appendSlice(b.bs, s);
	};
	Buffer.prototype.AppendString = function(s) { return this.$val.AppendString(s); };
	Buffer.ptr.prototype.AppendInt = function(i) {
		var b, i;
		b = this;
		b.bs = strconv.AppendInt(b.bs, i, 10);
	};
	Buffer.prototype.AppendInt = function(i) { return this.$val.AppendInt(i); };
	Buffer.ptr.prototype.AppendUint = function(i) {
		var b, i;
		b = this;
		b.bs = strconv.AppendUint(b.bs, i, 10);
	};
	Buffer.prototype.AppendUint = function(i) { return this.$val.AppendUint(i); };
	Buffer.ptr.prototype.AppendBool = function(v) {
		var b, v;
		b = this;
		b.bs = strconv.AppendBool(b.bs, v);
	};
	Buffer.prototype.AppendBool = function(v) { return this.$val.AppendBool(v); };
	Buffer.ptr.prototype.AppendFloat = function(f, bitSize) {
		var b, bitSize, f;
		b = this;
		b.bs = strconv.AppendFloat(b.bs, f, 102, -1, bitSize);
	};
	Buffer.prototype.AppendFloat = function(f, bitSize) { return this.$val.AppendFloat(f, bitSize); };
	Buffer.ptr.prototype.Len = function() {
		var b;
		b = this;
		return b.bs.$length;
	};
	Buffer.prototype.Len = function() { return this.$val.Len(); };
	Buffer.ptr.prototype.Cap = function() {
		var b;
		b = this;
		return b.bs.$capacity;
	};
	Buffer.prototype.Cap = function() { return this.$val.Cap(); };
	Buffer.ptr.prototype.Bytes = function() {
		var b;
		b = this;
		return b.bs;
	};
	Buffer.prototype.Bytes = function() { return this.$val.Bytes(); };
	Buffer.ptr.prototype.String = function() {
		var b;
		b = this;
		return ($bytesToString(b.bs));
	};
	Buffer.prototype.String = function() { return this.$val.String(); };
	Buffer.ptr.prototype.Reset = function() {
		var b;
		b = this;
		b.bs = $subslice(b.bs, 0, 0);
	};
	Buffer.prototype.Reset = function() { return this.$val.Reset(); };
	Buffer.ptr.prototype.Write = function(bs) {
		var b, bs;
		b = this;
		b.bs = $appendSlice(b.bs, bs);
		return [bs.$length, $ifaceNil];
	};
	Buffer.prototype.Write = function(bs) { return this.$val.Write(bs); };
	Buffer.ptr.prototype.TrimNewline = function() {
		var b, i, x;
		b = this;
		i = b.bs.$length - 1 >> 0;
		if (i >= 0) {
			if ((x = b.bs, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])) === 10) {
				b.bs = $subslice(b.bs, 0, i);
			}
		}
	};
	Buffer.prototype.TrimNewline = function() { return this.$val.TrimNewline(); };
	Buffer.ptr.prototype.Free = function() {
		var b;
		b = this;
		$clone(b.pool, Pool).put(b);
	};
	Buffer.prototype.Free = function() { return this.$val.Free(); };
	Pool.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([], [ptrType$1], false)}, {prop: "put", name: "put", pkg: "go.uber.org/zap/buffer", typ: $funcType([ptrType$1], [], false)}];
	ptrType$1.methods = [{prop: "AppendByte", name: "AppendByte", pkg: "", typ: $funcType([$Uint8], [], false)}, {prop: "AppendString", name: "AppendString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "AppendInt", name: "AppendInt", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "AppendUint", name: "AppendUint", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "AppendBool", name: "AppendBool", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "AppendFloat", name: "AppendFloat", pkg: "", typ: $funcType([$Float64, $Int], [], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Cap", name: "Cap", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType$1], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "TrimNewline", name: "TrimNewline", pkg: "", typ: $funcType([], [], false)}, {prop: "Free", name: "Free", pkg: "", typ: $funcType([], [], false)}];
	Pool.init("go.uber.org/zap/buffer", [{prop: "p", name: "p", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	Buffer.init("go.uber.org/zap/buffer", [{prop: "bs", name: "bs", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "pool", name: "pool", embedded: false, exported: false, typ: Pool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = strconv.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/zap/internal/bufferpool"] = (function() {
	var $pkg = {}, $init, buffer, _pool;
	buffer = $packages["go.uber.org/zap/buffer"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = buffer.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_pool = $clone(buffer.NewPool(), buffer.Pool);
		$pkg.Get = $methodVal($clone(_pool, buffer.Pool), "Get");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/zap/internal/color"] = (function() {
	var $pkg = {}, $init, fmt, Color, sliceType;
	fmt = $packages["fmt"];
	Color = $pkg.Color = $newType(1, $kindUint8, "color.Color", true, "go.uber.org/zap/internal/color", true, null);
	sliceType = $sliceType($emptyInterface);
	Color.prototype.Add = function(s) {
		var {$24r, _r, c, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this.$val;
		_r = fmt.Sprintf("\x1B[%dm%s\x1B[0m", new sliceType([new $Uint8(((c << 24 >>> 24))), new $String(s)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Color.prototype.Add, $c: true, $r, $24r, _r, c, s, $s};return $f;
	};
	$ptrType(Color).prototype.Add = function(s) { return new Color(this.$get()).Add(s); };
	Color.methods = [{prop: "Add", name: "Add", pkg: "", typ: $funcType([$String], [$String], false)}];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/zap/internal/exit"] = (function() {
	var $pkg = {}, $init, os, real, Exit;
	os = $packages["os"];
	Exit = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = real(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Exit, $c: true, $r, $s};return $f;
	};
	$pkg.Exit = Exit;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = os.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		real = (function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = os.Exit(1); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		});
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/zap/zapcore"] = (function() {
	var $pkg = {}, $init, bytes, base64, json, errors, fmt, atomic, multierr, buffer, bufferpool, color, exit, io, math, reflect, strings, sync, time, utf8, WriteSyncer, lockedWriteSyncer, writerWrapper, multiWriteSyncer, counter, counters, sampler, MapObjectEncoder, sliceArrayEncoder, ObjectMarshaler, ArrayMarshaler, Level, LevelEnabler, jsonEncoder, FieldType, Field, errorGroup, errArray, errArrayElem, EntryCaller, Entry, CheckWriteAction, CheckedEntry, LevelEncoder, TimeEncoder, DurationEncoder, CallerEncoder, NameEncoder, EncoderConfig, ObjectEncoder, ArrayEncoder, PrimitiveArrayEncoder, Encoder, Core, nopCore, ioCore, consoleEncoder, sliceType, ptrType, ptrType$1, ptrType$2, ptrType$3, sliceType$1, ptrType$4, sliceType$2, arrayType, arrayType$1, ptrType$5, mapType, sliceType$3, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, sliceType$5, ptrType$11, ptrType$12, ptrType$13, sliceType$6, ptrType$15, ptrType$16, ptrType$17, ptrType$18, ptrType$19, ptrType$20, _levelToColor, _unknownLevelColor, _levelToLowercaseColorString, _levelToCapitalColorString, errUnmarshalNilLevel, _jsonPool, _errArrayElemPool, _cePool, _sliceEncoderPool, x, x$1, AddSync, Lock, NewMultiWriteSyncer, newCounters, fnv32a, NewSampler, NewMapObjectEncoder, init, getJSONEncoder, putJSONEncoder, NewJSONEncoder, newJSONEncoder, addFields, encodeError, newErrArrayElem, getCheckedEntry, putCheckedEntry, NewEntryCaller, LowercaseLevelEncoder, LowercaseColorLevelEncoder, CapitalLevelEncoder, CapitalColorLevelEncoder, EpochTimeEncoder, EpochMillisTimeEncoder, EpochNanosTimeEncoder, ISO8601TimeEncoder, SecondsDurationEncoder, NanosDurationEncoder, StringDurationEncoder, FullCallerEncoder, ShortCallerEncoder, FullNameEncoder, NewNopCore, NewCore, getSliceEncoder, putSliceEncoder, NewConsoleEncoder;
	bytes = $packages["bytes"];
	base64 = $packages["encoding/base64"];
	json = $packages["encoding/json"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	atomic = $packages["go.uber.org/atomic"];
	multierr = $packages["go.uber.org/multierr"];
	buffer = $packages["go.uber.org/zap/buffer"];
	bufferpool = $packages["go.uber.org/zap/internal/bufferpool"];
	color = $packages["go.uber.org/zap/internal/color"];
	exit = $packages["go.uber.org/zap/internal/exit"];
	io = $packages["io"];
	math = $packages["math"];
	reflect = $packages["reflect"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	time = $packages["time"];
	utf8 = $packages["unicode/utf8"];
	WriteSyncer = $pkg.WriteSyncer = $newType(8, $kindInterface, "zapcore.WriteSyncer", true, "go.uber.org/zap/zapcore", true, null);
	lockedWriteSyncer = $pkg.lockedWriteSyncer = $newType(0, $kindStruct, "zapcore.lockedWriteSyncer", true, "go.uber.org/zap/zapcore", false, function(Mutex_, ws_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Mutex = new sync.Mutex.ptr(0, 0);
			this.ws = $ifaceNil;
			return;
		}
		this.Mutex = Mutex_;
		this.ws = ws_;
	});
	writerWrapper = $pkg.writerWrapper = $newType(0, $kindStruct, "zapcore.writerWrapper", true, "go.uber.org/zap/zapcore", false, function(Writer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Writer = $ifaceNil;
			return;
		}
		this.Writer = Writer_;
	});
	multiWriteSyncer = $pkg.multiWriteSyncer = $newType(12, $kindSlice, "zapcore.multiWriteSyncer", true, "go.uber.org/zap/zapcore", false, null);
	counter = $pkg.counter = $newType(0, $kindStruct, "zapcore.counter", true, "go.uber.org/zap/zapcore", false, function(resetAt_, counter_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.resetAt = new atomic.Int64.ptr(new $Int64(0, 0));
			this.counter = new atomic.Uint64.ptr(new $Uint64(0, 0));
			return;
		}
		this.resetAt = resetAt_;
		this.counter = counter_;
	});
	counters = $pkg.counters = $newType(458752, $kindArray, "zapcore.counters", true, "go.uber.org/zap/zapcore", false, null);
	sampler = $pkg.sampler = $newType(0, $kindStruct, "zapcore.sampler", true, "go.uber.org/zap/zapcore", false, function(Core_, counts_, tick_, first_, thereafter_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Core = $ifaceNil;
			this.counts = ptrType$5.nil;
			this.tick = new time.Duration(0, 0);
			this.first = new $Uint64(0, 0);
			this.thereafter = new $Uint64(0, 0);
			return;
		}
		this.Core = Core_;
		this.counts = counts_;
		this.tick = tick_;
		this.first = first_;
		this.thereafter = thereafter_;
	});
	MapObjectEncoder = $pkg.MapObjectEncoder = $newType(0, $kindStruct, "zapcore.MapObjectEncoder", true, "go.uber.org/zap/zapcore", true, function(Fields_, cur_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Fields = false;
			this.cur = false;
			return;
		}
		this.Fields = Fields_;
		this.cur = cur_;
	});
	sliceArrayEncoder = $pkg.sliceArrayEncoder = $newType(0, $kindStruct, "zapcore.sliceArrayEncoder", true, "go.uber.org/zap/zapcore", false, function(elems_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.elems = sliceType.nil;
			return;
		}
		this.elems = elems_;
	});
	ObjectMarshaler = $pkg.ObjectMarshaler = $newType(8, $kindInterface, "zapcore.ObjectMarshaler", true, "go.uber.org/zap/zapcore", true, null);
	ArrayMarshaler = $pkg.ArrayMarshaler = $newType(8, $kindInterface, "zapcore.ArrayMarshaler", true, "go.uber.org/zap/zapcore", true, null);
	Level = $pkg.Level = $newType(1, $kindInt8, "zapcore.Level", true, "go.uber.org/zap/zapcore", true, null);
	LevelEnabler = $pkg.LevelEnabler = $newType(8, $kindInterface, "zapcore.LevelEnabler", true, "go.uber.org/zap/zapcore", true, null);
	jsonEncoder = $pkg.jsonEncoder = $newType(0, $kindStruct, "zapcore.jsonEncoder", true, "go.uber.org/zap/zapcore", false, function(EncoderConfig_, buf_, spaced_, openNamespaces_, reflectBuf_, reflectEnc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.EncoderConfig = ptrType.nil;
			this.buf = ptrType$1.nil;
			this.spaced = false;
			this.openNamespaces = 0;
			this.reflectBuf = ptrType$1.nil;
			this.reflectEnc = ptrType$2.nil;
			return;
		}
		this.EncoderConfig = EncoderConfig_;
		this.buf = buf_;
		this.spaced = spaced_;
		this.openNamespaces = openNamespaces_;
		this.reflectBuf = reflectBuf_;
		this.reflectEnc = reflectEnc_;
	});
	FieldType = $pkg.FieldType = $newType(1, $kindUint8, "zapcore.FieldType", true, "go.uber.org/zap/zapcore", true, null);
	Field = $pkg.Field = $newType(0, $kindStruct, "zapcore.Field", true, "go.uber.org/zap/zapcore", true, function(Key_, Type_, Integer_, String_, Interface_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Key = "";
			this.Type = 0;
			this.Integer = new $Int64(0, 0);
			this.String = "";
			this.Interface = $ifaceNil;
			return;
		}
		this.Key = Key_;
		this.Type = Type_;
		this.Integer = Integer_;
		this.String = String_;
		this.Interface = Interface_;
	});
	errorGroup = $pkg.errorGroup = $newType(8, $kindInterface, "zapcore.errorGroup", true, "go.uber.org/zap/zapcore", false, null);
	errArray = $pkg.errArray = $newType(12, $kindSlice, "zapcore.errArray", true, "go.uber.org/zap/zapcore", false, null);
	errArrayElem = $pkg.errArrayElem = $newType(0, $kindStruct, "zapcore.errArrayElem", true, "go.uber.org/zap/zapcore", false, function(err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			return;
		}
		this.err = err_;
	});
	EntryCaller = $pkg.EntryCaller = $newType(0, $kindStruct, "zapcore.EntryCaller", true, "go.uber.org/zap/zapcore", true, function(Defined_, PC_, File_, Line_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Defined = false;
			this.PC = 0;
			this.File = "";
			this.Line = 0;
			return;
		}
		this.Defined = Defined_;
		this.PC = PC_;
		this.File = File_;
		this.Line = Line_;
	});
	Entry = $pkg.Entry = $newType(0, $kindStruct, "zapcore.Entry", true, "go.uber.org/zap/zapcore", true, function(Level_, Time_, LoggerName_, Message_, Caller_, Stack_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Level = 0;
			this.Time = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil);
			this.LoggerName = "";
			this.Message = "";
			this.Caller = new EntryCaller.ptr(false, 0, "", 0);
			this.Stack = "";
			return;
		}
		this.Level = Level_;
		this.Time = Time_;
		this.LoggerName = LoggerName_;
		this.Message = Message_;
		this.Caller = Caller_;
		this.Stack = Stack_;
	});
	CheckWriteAction = $pkg.CheckWriteAction = $newType(1, $kindUint8, "zapcore.CheckWriteAction", true, "go.uber.org/zap/zapcore", true, null);
	CheckedEntry = $pkg.CheckedEntry = $newType(0, $kindStruct, "zapcore.CheckedEntry", true, "go.uber.org/zap/zapcore", true, function(Entry_, ErrorOutput_, dirty_, should_, cores_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Entry = new Entry.ptr(0, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil), "", "", new EntryCaller.ptr(false, 0, "", 0), "");
			this.ErrorOutput = $ifaceNil;
			this.dirty = false;
			this.should = 0;
			this.cores = sliceType$1.nil;
			return;
		}
		this.Entry = Entry_;
		this.ErrorOutput = ErrorOutput_;
		this.dirty = dirty_;
		this.should = should_;
		this.cores = cores_;
	});
	LevelEncoder = $pkg.LevelEncoder = $newType(4, $kindFunc, "zapcore.LevelEncoder", true, "go.uber.org/zap/zapcore", true, null);
	TimeEncoder = $pkg.TimeEncoder = $newType(4, $kindFunc, "zapcore.TimeEncoder", true, "go.uber.org/zap/zapcore", true, null);
	DurationEncoder = $pkg.DurationEncoder = $newType(4, $kindFunc, "zapcore.DurationEncoder", true, "go.uber.org/zap/zapcore", true, null);
	CallerEncoder = $pkg.CallerEncoder = $newType(4, $kindFunc, "zapcore.CallerEncoder", true, "go.uber.org/zap/zapcore", true, null);
	NameEncoder = $pkg.NameEncoder = $newType(4, $kindFunc, "zapcore.NameEncoder", true, "go.uber.org/zap/zapcore", true, null);
	EncoderConfig = $pkg.EncoderConfig = $newType(0, $kindStruct, "zapcore.EncoderConfig", true, "go.uber.org/zap/zapcore", true, function(MessageKey_, LevelKey_, TimeKey_, NameKey_, CallerKey_, StacktraceKey_, LineEnding_, EncodeLevel_, EncodeTime_, EncodeDuration_, EncodeCaller_, EncodeName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.MessageKey = "";
			this.LevelKey = "";
			this.TimeKey = "";
			this.NameKey = "";
			this.CallerKey = "";
			this.StacktraceKey = "";
			this.LineEnding = "";
			this.EncodeLevel = $throwNilPointerError;
			this.EncodeTime = $throwNilPointerError;
			this.EncodeDuration = $throwNilPointerError;
			this.EncodeCaller = $throwNilPointerError;
			this.EncodeName = $throwNilPointerError;
			return;
		}
		this.MessageKey = MessageKey_;
		this.LevelKey = LevelKey_;
		this.TimeKey = TimeKey_;
		this.NameKey = NameKey_;
		this.CallerKey = CallerKey_;
		this.StacktraceKey = StacktraceKey_;
		this.LineEnding = LineEnding_;
		this.EncodeLevel = EncodeLevel_;
		this.EncodeTime = EncodeTime_;
		this.EncodeDuration = EncodeDuration_;
		this.EncodeCaller = EncodeCaller_;
		this.EncodeName = EncodeName_;
	});
	ObjectEncoder = $pkg.ObjectEncoder = $newType(8, $kindInterface, "zapcore.ObjectEncoder", true, "go.uber.org/zap/zapcore", true, null);
	ArrayEncoder = $pkg.ArrayEncoder = $newType(8, $kindInterface, "zapcore.ArrayEncoder", true, "go.uber.org/zap/zapcore", true, null);
	PrimitiveArrayEncoder = $pkg.PrimitiveArrayEncoder = $newType(8, $kindInterface, "zapcore.PrimitiveArrayEncoder", true, "go.uber.org/zap/zapcore", true, null);
	Encoder = $pkg.Encoder = $newType(8, $kindInterface, "zapcore.Encoder", true, "go.uber.org/zap/zapcore", true, null);
	Core = $pkg.Core = $newType(8, $kindInterface, "zapcore.Core", true, "go.uber.org/zap/zapcore", true, null);
	nopCore = $pkg.nopCore = $newType(0, $kindStruct, "zapcore.nopCore", true, "go.uber.org/zap/zapcore", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	ioCore = $pkg.ioCore = $newType(0, $kindStruct, "zapcore.ioCore", true, "go.uber.org/zap/zapcore", false, function(LevelEnabler_, enc_, out_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.LevelEnabler = $ifaceNil;
			this.enc = $ifaceNil;
			this.out = $ifaceNil;
			return;
		}
		this.LevelEnabler = LevelEnabler_;
		this.enc = enc_;
		this.out = out_;
	});
	consoleEncoder = $pkg.consoleEncoder = $newType(0, $kindStruct, "zapcore.consoleEncoder", true, "go.uber.org/zap/zapcore", false, function(jsonEncoder_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.jsonEncoder = ptrType$7.nil;
			return;
		}
		this.jsonEncoder = jsonEncoder_;
	});
	sliceType = $sliceType($emptyInterface);
	ptrType = $ptrType(EncoderConfig);
	ptrType$1 = $ptrType(buffer.Buffer);
	ptrType$2 = $ptrType(json.Encoder);
	ptrType$3 = $ptrType(time.Location);
	sliceType$1 = $sliceType(Core);
	ptrType$4 = $ptrType(lockedWriteSyncer);
	sliceType$2 = $sliceType(WriteSyncer);
	arrayType = $arrayType(counter, 4096);
	arrayType$1 = $arrayType(arrayType, 7);
	ptrType$5 = $ptrType(counters);
	mapType = $mapType($String, $emptyInterface);
	sliceType$3 = $sliceType($Uint8);
	ptrType$6 = $ptrType(Level);
	ptrType$7 = $ptrType(jsonEncoder);
	ptrType$8 = $ptrType(CheckedEntry);
	ptrType$9 = $ptrType(errArrayElem);
	ptrType$10 = $ptrType(sliceArrayEncoder);
	sliceType$5 = $sliceType(Field);
	ptrType$11 = $ptrType(counter);
	ptrType$12 = $ptrType(sampler);
	ptrType$13 = $ptrType(MapObjectEncoder);
	sliceType$6 = $sliceType($error);
	ptrType$15 = $ptrType(LevelEncoder);
	ptrType$16 = $ptrType(TimeEncoder);
	ptrType$17 = $ptrType(DurationEncoder);
	ptrType$18 = $ptrType(CallerEncoder);
	ptrType$19 = $ptrType(NameEncoder);
	ptrType$20 = $ptrType(ioCore);
	AddSync = function(w) {
		var _ref, w, w$1, w$2, x$2;
		_ref = w;
		if ($assertType(_ref, WriteSyncer, true)[1]) {
			w$1 = _ref;
			return w$1;
		} else {
			w$2 = _ref;
			return (x$2 = new writerWrapper.ptr(w$2), new x$2.constructor.elem(x$2));
		}
	};
	$pkg.AddSync = AddSync;
	Lock = function(ws) {
		var _tuple, ok, ws;
		_tuple = $assertType(ws, ptrType$4, true);
		ok = _tuple[1];
		if (ok) {
			return ws;
		}
		return new lockedWriteSyncer.ptr(new sync.Mutex.ptr(0, 0), ws);
	};
	$pkg.Lock = Lock;
	lockedWriteSyncer.ptr.prototype.Write = function(bs) {
		var {_r, _tuple, bs, err, n, s, $s, $r, $c} = $restore(this, {bs});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.Mutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = s.ws.Write(bs); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$r = s.Mutex.Unlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: lockedWriteSyncer.ptr.prototype.Write, $c: true, $r, _r, _tuple, bs, err, n, s, $s};return $f;
	};
	lockedWriteSyncer.prototype.Write = function(bs) { return this.$val.Write(bs); };
	lockedWriteSyncer.ptr.prototype.Sync = function() {
		var {_r, err, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.Mutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = s.ws.Sync(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		$r = s.Mutex.Unlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: lockedWriteSyncer.ptr.prototype.Sync, $c: true, $r, _r, err, s, $s};return $f;
	};
	lockedWriteSyncer.prototype.Sync = function() { return this.$val.Sync(); };
	writerWrapper.ptr.prototype.Sync = function() {
		var w;
		w = this;
		return $ifaceNil;
	};
	writerWrapper.prototype.Sync = function() { return this.$val.Sync(); };
	NewMultiWriteSyncer = function(ws) {
		var ws;
		if (ws.$length === 1) {
			return (0 >= ws.$length ? ($throwRuntimeError("index out of range"), undefined) : ws.$array[ws.$offset + 0]);
		}
		return ($convertSliceType($appendSlice((sliceType$2.nil), ws), multiWriteSyncer));
	};
	$pkg.NewMultiWriteSyncer = NewMultiWriteSyncer;
	multiWriteSyncer.prototype.Write = function(p) {
		var {_i, _r, _ref, _tuple, err, n, nWritten, p, w, writeErr, ws, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ws = this;
		writeErr = $ifaceNil;
		nWritten = 0;
		_ref = ws;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			w = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = w.Write(p); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n = _tuple[0];
			err = _tuple[1];
			writeErr = multierr.Append(writeErr, err);
			if ((nWritten === 0) && !((n === 0))) {
				nWritten = n;
			} else if (n < nWritten) {
				nWritten = n;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return [nWritten, writeErr];
		/* */ } return; } var $f = {$blk: multiWriteSyncer.prototype.Write, $c: true, $r, _i, _r, _ref, _tuple, err, n, nWritten, p, w, writeErr, ws, $s};return $f;
	};
	$ptrType(multiWriteSyncer).prototype.Write = function(p) { return this.$get().Write(p); };
	multiWriteSyncer.prototype.Sync = function() {
		var {_arg, _arg$1, _i, _r, _r$1, _ref, err, w, ws, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ws = this;
		err = $ifaceNil;
		_ref = ws;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			w = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_arg = err;
			_r = w.Sync(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_arg$1 = _r;
			_r$1 = multierr.Append(_arg, _arg$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: multiWriteSyncer.prototype.Sync, $c: true, $r, _arg, _arg$1, _i, _r, _r$1, _ref, err, w, ws, $s};return $f;
	};
	$ptrType(multiWriteSyncer).prototype.Sync = function() { return this.$get().Sync(); };
	newCounters = function() {
		return arrayType$1.zero();
	};
	counters.prototype.get = function(lvl, key) {
		var _r, cs, i, j, key, lvl, x$2, x$3;
		cs = this.$val;
		i = lvl - -1 << 24 >> 24;
		j = (_r = fnv32a(key) % 4096, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
		return (x$2 = (x$3 = cs, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i])), ((j < 0 || j >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[j]));
	};
	$ptrType(counters).prototype.get = function(lvl, key) { return (new counters(this.$get())).get(lvl, key); };
	fnv32a = function(s) {
		var hash, i, s;
		hash = 2166136261;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			hash = (hash ^ (((s.charCodeAt(i) >>> 0)))) >>> 0;
			hash = $imul(hash, (16777619)) >>> 0;
			i = i + (1) >> 0;
		}
		return hash;
	};
	counter.ptr.prototype.IncCheckReset = function(t, tick) {
		var c, newResetAfter, resetAfter, t, tick, tn, x$2;
		c = this;
		tn = $clone(t, time.Time).UnixNano();
		resetAfter = c.resetAt.Load();
		if ((resetAfter.$high > tn.$high || (resetAfter.$high === tn.$high && resetAfter.$low > tn.$low))) {
			return c.counter.Inc();
		}
		c.counter.Store(new $Uint64(0, 1));
		newResetAfter = (x$2 = tick.Nanoseconds(), new $Int64(tn.$high + x$2.$high, tn.$low + x$2.$low));
		if (!c.resetAt.CAS(resetAfter, newResetAfter)) {
			return c.counter.Inc();
		}
		return new $Uint64(0, 1);
	};
	counter.prototype.IncCheckReset = function(t, tick) { return this.$val.IncCheckReset(t, tick); };
	NewSampler = function(core, tick, first, thereafter) {
		var core, first, thereafter, tick;
		return new sampler.ptr(core, newCounters(), tick, (new $Uint64(0, first)), (new $Uint64(0, thereafter)));
	};
	$pkg.NewSampler = NewSampler;
	sampler.ptr.prototype.With = function(fields) {
		var {$24r, _r, fields, s, $s, $r, $c} = $restore(this, {fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.Core.With(fields); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = new sampler.ptr(_r, s.counts, s.tick, s.first, s.thereafter);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: sampler.ptr.prototype.With, $c: true, $r, $24r, _r, fields, s, $s};return $f;
	};
	sampler.prototype.With = function(fields) { return this.$val.With(fields); };
	sampler.ptr.prototype.Check = function(ent, ce) {
		var {$24r, _r, _r$1, ce, counter$1, ent, n, s, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {ent, ce});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.Core.Enabled(ent.Level); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return ce;
		/* } */ case 2:
		counter$1 = new ptrType$5(s.counts).get(ent.Level, ent.Message);
		n = counter$1.IncCheckReset($clone(ent.Time, time.Time), s.tick);
		if ((x$2 = s.first, (n.$high > x$2.$high || (n.$high === x$2.$high && n.$low > x$2.$low))) && !((x$3 = $div64(((x$4 = s.first, new $Uint64(n.$high - x$4.$high, n.$low - x$4.$low))), s.thereafter, true), (x$3.$high === 0 && x$3.$low === 0)))) {
			$s = -1; return ce;
		}
		_r$1 = s.Core.Check($clone(ent, Entry), ce); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: sampler.ptr.prototype.Check, $c: true, $r, $24r, _r, _r$1, ce, counter$1, ent, n, s, x$2, x$3, x$4, $s};return $f;
	};
	sampler.prototype.Check = function(ent, ce) { return this.$val.Check(ent, ce); };
	NewMapObjectEncoder = function() {
		var m;
		m = {};
		return new MapObjectEncoder.ptr(m, m);
	};
	$pkg.NewMapObjectEncoder = NewMapObjectEncoder;
	MapObjectEncoder.ptr.prototype.AddArray = function(key, v) {
		var {_key, _r, arr, err, key, m, v, $s, $r, $c} = $restore(this, {key, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		arr = new sliceArrayEncoder.ptr($makeSlice(sliceType, 0));
		_r = v.MarshalLogArray(arr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		_key = key; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: arr.elems };
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: MapObjectEncoder.ptr.prototype.AddArray, $c: true, $r, _key, _r, arr, err, key, m, v, $s};return $f;
	};
	MapObjectEncoder.prototype.AddArray = function(key, v) { return this.$val.AddArray(key, v); };
	MapObjectEncoder.ptr.prototype.AddObject = function(k, v) {
		var {$24r, _key, _r, k, m, newMap, v, $s, $r, $c} = $restore(this, {k, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		newMap = NewMapObjectEncoder();
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new mapType(newMap.Fields) };
		_r = v.MarshalLogObject(newMap); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MapObjectEncoder.ptr.prototype.AddObject, $c: true, $r, $24r, _key, _r, k, m, newMap, v, $s};return $f;
	};
	MapObjectEncoder.prototype.AddObject = function(k, v) { return this.$val.AddObject(k, v); };
	MapObjectEncoder.ptr.prototype.AddBinary = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
	};
	MapObjectEncoder.prototype.AddBinary = function(k, v) { return this.$val.AddBinary(k, v); };
	MapObjectEncoder.ptr.prototype.AddByteString = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $String(($bytesToString(v))) };
	};
	MapObjectEncoder.prototype.AddByteString = function(k, v) { return this.$val.AddByteString(k, v); };
	MapObjectEncoder.ptr.prototype.AddBool = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Bool(v) };
	};
	MapObjectEncoder.prototype.AddBool = function(k, v) { return this.$val.AddBool(k, v); };
	MapObjectEncoder.ptr.prototype.AddDuration = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
	};
	MapObjectEncoder.prototype.AddDuration = function(k, v) { return this.$val.AddDuration(k, v); };
	MapObjectEncoder.ptr.prototype.AddComplex128 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
	};
	MapObjectEncoder.prototype.AddComplex128 = function(k, v) { return this.$val.AddComplex128(k, v); };
	MapObjectEncoder.ptr.prototype.AddComplex64 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
	};
	MapObjectEncoder.prototype.AddComplex64 = function(k, v) { return this.$val.AddComplex64(k, v); };
	MapObjectEncoder.ptr.prototype.AddFloat64 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Float64(v) };
	};
	MapObjectEncoder.prototype.AddFloat64 = function(k, v) { return this.$val.AddFloat64(k, v); };
	MapObjectEncoder.ptr.prototype.AddFloat32 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Float32(v) };
	};
	MapObjectEncoder.prototype.AddFloat32 = function(k, v) { return this.$val.AddFloat32(k, v); };
	MapObjectEncoder.ptr.prototype.AddInt = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Int(v) };
	};
	MapObjectEncoder.prototype.AddInt = function(k, v) { return this.$val.AddInt(k, v); };
	MapObjectEncoder.ptr.prototype.AddInt64 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
	};
	MapObjectEncoder.prototype.AddInt64 = function(k, v) { return this.$val.AddInt64(k, v); };
	MapObjectEncoder.ptr.prototype.AddInt32 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Int32(v) };
	};
	MapObjectEncoder.prototype.AddInt32 = function(k, v) { return this.$val.AddInt32(k, v); };
	MapObjectEncoder.ptr.prototype.AddInt16 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Int16(v) };
	};
	MapObjectEncoder.prototype.AddInt16 = function(k, v) { return this.$val.AddInt16(k, v); };
	MapObjectEncoder.ptr.prototype.AddInt8 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Int8(v) };
	};
	MapObjectEncoder.prototype.AddInt8 = function(k, v) { return this.$val.AddInt8(k, v); };
	MapObjectEncoder.ptr.prototype.AddString = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $String(v) };
	};
	MapObjectEncoder.prototype.AddString = function(k, v) { return this.$val.AddString(k, v); };
	MapObjectEncoder.ptr.prototype.AddTime = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new v.constructor.elem(v) };
	};
	MapObjectEncoder.prototype.AddTime = function(k, v) { return this.$val.AddTime(k, v); };
	MapObjectEncoder.ptr.prototype.AddUint = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Uint(v) };
	};
	MapObjectEncoder.prototype.AddUint = function(k, v) { return this.$val.AddUint(k, v); };
	MapObjectEncoder.ptr.prototype.AddUint64 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
	};
	MapObjectEncoder.prototype.AddUint64 = function(k, v) { return this.$val.AddUint64(k, v); };
	MapObjectEncoder.ptr.prototype.AddUint32 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Uint32(v) };
	};
	MapObjectEncoder.prototype.AddUint32 = function(k, v) { return this.$val.AddUint32(k, v); };
	MapObjectEncoder.ptr.prototype.AddUint16 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Uint16(v) };
	};
	MapObjectEncoder.prototype.AddUint16 = function(k, v) { return this.$val.AddUint16(k, v); };
	MapObjectEncoder.ptr.prototype.AddUint8 = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Uint8(v) };
	};
	MapObjectEncoder.prototype.AddUint8 = function(k, v) { return this.$val.AddUint8(k, v); };
	MapObjectEncoder.ptr.prototype.AddUintptr = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new $Uintptr(v) };
	};
	MapObjectEncoder.prototype.AddUintptr = function(k, v) { return this.$val.AddUintptr(k, v); };
	MapObjectEncoder.ptr.prototype.AddReflected = function(k, v) {
		var _key, k, m, v;
		m = this;
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
		return $ifaceNil;
	};
	MapObjectEncoder.prototype.AddReflected = function(k, v) { return this.$val.AddReflected(k, v); };
	MapObjectEncoder.ptr.prototype.OpenNamespace = function(k) {
		var _key, k, m, ns;
		m = this;
		ns = {};
		_key = k; (m.cur || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new mapType(ns) };
		m.cur = ns;
	};
	MapObjectEncoder.prototype.OpenNamespace = function(k) { return this.$val.OpenNamespace(k); };
	sliceArrayEncoder.ptr.prototype.AppendArray = function(v) {
		var {_r, enc, err, s, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		enc = new sliceArrayEncoder.ptr(sliceType.nil);
		_r = v.MarshalLogArray(enc); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		s.elems = $append(s.elems, enc.elems);
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: sliceArrayEncoder.ptr.prototype.AppendArray, $c: true, $r, _r, enc, err, s, v, $s};return $f;
	};
	sliceArrayEncoder.prototype.AppendArray = function(v) { return this.$val.AppendArray(v); };
	sliceArrayEncoder.ptr.prototype.AppendObject = function(v) {
		var {_r, err, m, s, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		m = NewMapObjectEncoder();
		_r = v.MarshalLogObject(m); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		s.elems = $append(s.elems, new mapType(m.Fields));
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: sliceArrayEncoder.ptr.prototype.AppendObject, $c: true, $r, _r, err, m, s, v, $s};return $f;
	};
	sliceArrayEncoder.prototype.AppendObject = function(v) { return this.$val.AppendObject(v); };
	sliceArrayEncoder.ptr.prototype.AppendReflected = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, v);
		return $ifaceNil;
	};
	sliceArrayEncoder.prototype.AppendReflected = function(v) { return this.$val.AppendReflected(v); };
	sliceArrayEncoder.ptr.prototype.AppendBool = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Bool(v));
	};
	sliceArrayEncoder.prototype.AppendBool = function(v) { return this.$val.AppendBool(v); };
	sliceArrayEncoder.ptr.prototype.AppendByteString = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, v);
	};
	sliceArrayEncoder.prototype.AppendByteString = function(v) { return this.$val.AppendByteString(v); };
	sliceArrayEncoder.ptr.prototype.AppendComplex128 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, v);
	};
	sliceArrayEncoder.prototype.AppendComplex128 = function(v) { return this.$val.AppendComplex128(v); };
	sliceArrayEncoder.ptr.prototype.AppendComplex64 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, v);
	};
	sliceArrayEncoder.prototype.AppendComplex64 = function(v) { return this.$val.AppendComplex64(v); };
	sliceArrayEncoder.ptr.prototype.AppendDuration = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, v);
	};
	sliceArrayEncoder.prototype.AppendDuration = function(v) { return this.$val.AppendDuration(v); };
	sliceArrayEncoder.ptr.prototype.AppendFloat64 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Float64(v));
	};
	sliceArrayEncoder.prototype.AppendFloat64 = function(v) { return this.$val.AppendFloat64(v); };
	sliceArrayEncoder.ptr.prototype.AppendFloat32 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Float32(v));
	};
	sliceArrayEncoder.prototype.AppendFloat32 = function(v) { return this.$val.AppendFloat32(v); };
	sliceArrayEncoder.ptr.prototype.AppendInt = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Int(v));
	};
	sliceArrayEncoder.prototype.AppendInt = function(v) { return this.$val.AppendInt(v); };
	sliceArrayEncoder.ptr.prototype.AppendInt64 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, v);
	};
	sliceArrayEncoder.prototype.AppendInt64 = function(v) { return this.$val.AppendInt64(v); };
	sliceArrayEncoder.ptr.prototype.AppendInt32 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Int32(v));
	};
	sliceArrayEncoder.prototype.AppendInt32 = function(v) { return this.$val.AppendInt32(v); };
	sliceArrayEncoder.ptr.prototype.AppendInt16 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Int16(v));
	};
	sliceArrayEncoder.prototype.AppendInt16 = function(v) { return this.$val.AppendInt16(v); };
	sliceArrayEncoder.ptr.prototype.AppendInt8 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Int8(v));
	};
	sliceArrayEncoder.prototype.AppendInt8 = function(v) { return this.$val.AppendInt8(v); };
	sliceArrayEncoder.ptr.prototype.AppendString = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $String(v));
	};
	sliceArrayEncoder.prototype.AppendString = function(v) { return this.$val.AppendString(v); };
	sliceArrayEncoder.ptr.prototype.AppendTime = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new v.constructor.elem(v));
	};
	sliceArrayEncoder.prototype.AppendTime = function(v) { return this.$val.AppendTime(v); };
	sliceArrayEncoder.ptr.prototype.AppendUint = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Uint(v));
	};
	sliceArrayEncoder.prototype.AppendUint = function(v) { return this.$val.AppendUint(v); };
	sliceArrayEncoder.ptr.prototype.AppendUint64 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, v);
	};
	sliceArrayEncoder.prototype.AppendUint64 = function(v) { return this.$val.AppendUint64(v); };
	sliceArrayEncoder.ptr.prototype.AppendUint32 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Uint32(v));
	};
	sliceArrayEncoder.prototype.AppendUint32 = function(v) { return this.$val.AppendUint32(v); };
	sliceArrayEncoder.ptr.prototype.AppendUint16 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Uint16(v));
	};
	sliceArrayEncoder.prototype.AppendUint16 = function(v) { return this.$val.AppendUint16(v); };
	sliceArrayEncoder.ptr.prototype.AppendUint8 = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Uint8(v));
	};
	sliceArrayEncoder.prototype.AppendUint8 = function(v) { return this.$val.AppendUint8(v); };
	sliceArrayEncoder.ptr.prototype.AppendUintptr = function(v) {
		var s, v;
		s = this;
		s.elems = $append(s.elems, new $Uintptr(v));
	};
	sliceArrayEncoder.prototype.AppendUintptr = function(v) { return this.$val.AppendUintptr(v); };
	init = function() {
		var {_entry, _i, _key, _key$1, _keys, _r, _r$1, _r$2, _r$3, _ref, color$1, level, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = _levelToColor;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			level = _entry.k;
			color$1 = _entry.v;
			_r = new Level(level).String(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = new color.Color(color$1).Add(_r); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_key = level; (_levelToLowercaseColorString || $throwRuntimeError("assignment to entry in nil map"))[Level.keyFor(_key)] = { k: _key, v: _r$1 };
			_r$2 = new Level(level).CapitalString(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = new color.Color(color$1).Add(_r$2); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_key$1 = level; (_levelToCapitalColorString || $throwRuntimeError("assignment to entry in nil map"))[Level.keyFor(_key$1)] = { k: _key$1, v: _r$3 };
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, _entry, _i, _key, _key$1, _keys, _r, _r$1, _r$2, _r$3, _ref, color$1, level, $s};return $f;
	};
	Level.prototype.String = function() {
		var {$24r, _1, _r, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this.$val;
			_1 = l;
			/* */ if (_1 === (-1)) { $s = 2; continue; }
			/* */ if (_1 === (0)) { $s = 3; continue; }
			/* */ if (_1 === (1)) { $s = 4; continue; }
			/* */ if (_1 === (2)) { $s = 5; continue; }
			/* */ if (_1 === (3)) { $s = 6; continue; }
			/* */ if (_1 === (4)) { $s = 7; continue; }
			/* */ if (_1 === (5)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_1 === (-1)) { */ case 2:
				$s = -1; return "debug";
			/* } else if (_1 === (0)) { */ case 3:
				$s = -1; return "info";
			/* } else if (_1 === (1)) { */ case 4:
				$s = -1; return "warn";
			/* } else if (_1 === (2)) { */ case 5:
				$s = -1; return "error";
			/* } else if (_1 === (3)) { */ case 6:
				$s = -1; return "dpanic";
			/* } else if (_1 === (4)) { */ case 7:
				$s = -1; return "panic";
			/* } else if (_1 === (5)) { */ case 8:
				$s = -1; return "fatal";
			/* } else { */ case 9:
				_r = fmt.Sprintf("Level(%d)", new sliceType([new Level(l)])); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 12; case 12: return $24r;
			/* } */ case 10:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Level.prototype.String, $c: true, $r, $24r, _1, _r, l, $s};return $f;
	};
	$ptrType(Level).prototype.String = function() { return new Level(this.$get()).String(); };
	Level.prototype.CapitalString = function() {
		var {$24r, _1, _r, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this.$val;
			_1 = l;
			/* */ if (_1 === (-1)) { $s = 2; continue; }
			/* */ if (_1 === (0)) { $s = 3; continue; }
			/* */ if (_1 === (1)) { $s = 4; continue; }
			/* */ if (_1 === (2)) { $s = 5; continue; }
			/* */ if (_1 === (3)) { $s = 6; continue; }
			/* */ if (_1 === (4)) { $s = 7; continue; }
			/* */ if (_1 === (5)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_1 === (-1)) { */ case 2:
				$s = -1; return "DEBUG";
			/* } else if (_1 === (0)) { */ case 3:
				$s = -1; return "INFO";
			/* } else if (_1 === (1)) { */ case 4:
				$s = -1; return "WARN";
			/* } else if (_1 === (2)) { */ case 5:
				$s = -1; return "ERROR";
			/* } else if (_1 === (3)) { */ case 6:
				$s = -1; return "DPANIC";
			/* } else if (_1 === (4)) { */ case 7:
				$s = -1; return "PANIC";
			/* } else if (_1 === (5)) { */ case 8:
				$s = -1; return "FATAL";
			/* } else { */ case 9:
				_r = fmt.Sprintf("LEVEL(%d)", new sliceType([new Level(l)])); /* */ $s = 11; case 11: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 12; case 12: return $24r;
			/* } */ case 10:
		case 1:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Level.prototype.CapitalString, $c: true, $r, $24r, _1, _r, l, $s};return $f;
	};
	$ptrType(Level).prototype.CapitalString = function() { return new Level(this.$get()).CapitalString(); };
	Level.prototype.MarshalText = function() {
		var {$24r, _r, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this.$val;
		_r = new Level(l).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [(new sliceType$3($stringToBytes(_r))), $ifaceNil];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Level.prototype.MarshalText, $c: true, $r, $24r, _r, l, $s};return $f;
	};
	$ptrType(Level).prototype.MarshalText = function() { return new Level(this.$get()).MarshalText(); };
	$ptrType(Level).prototype.UnmarshalText = function(text) {
		var {$24r, _r, _r$1, _r$2, _v, l, text, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (l === ptrType$6.nil) {
			$s = -1; return errUnmarshalNilLevel;
		}
		if (!(!l.unmarshalText(text))) { _v = false; $s = 3; continue s; }
		_r = bytes.ToLower(text); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = l.unmarshalText(_r); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !_r$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_r$2 = fmt.Errorf("unrecognized level: %q", new sliceType([text])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 7; case 7: return $24r;
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: $ptrType(Level).prototype.UnmarshalText, $c: true, $r, $24r, _r, _r$1, _r$2, _v, l, text, $s};return $f;
	};
	$ptrType(Level).prototype.unmarshalText = function(text) {
		var _1, l, text;
		l = this;
		_1 = ($bytesToString(text));
		if (_1 === ("debug") || _1 === ("DEBUG")) {
			l.$set(-1);
		} else if (_1 === ("info") || _1 === ("INFO") || _1 === ("")) {
			l.$set(0);
		} else if (_1 === ("warn") || _1 === ("WARN")) {
			l.$set(1);
		} else if (_1 === ("error") || _1 === ("ERROR")) {
			l.$set(2);
		} else if (_1 === ("dpanic") || _1 === ("DPANIC")) {
			l.$set(3);
		} else if (_1 === ("panic") || _1 === ("PANIC")) {
			l.$set(4);
		} else if (_1 === ("fatal") || _1 === ("FATAL")) {
			l.$set(5);
		} else {
			return false;
		}
		return true;
	};
	$ptrType(Level).prototype.Set = function(s) {
		var {$24r, _r, l, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r = l.UnmarshalText((new sliceType$3($stringToBytes(s)))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: $ptrType(Level).prototype.Set, $c: true, $r, $24r, _r, l, s, $s};return $f;
	};
	$ptrType(Level).prototype.Get = function() {
		var l;
		l = this;
		return new Level(l.$get());
	};
	Level.prototype.Enabled = function(lvl) {
		var l, lvl;
		l = this.$val;
		return lvl >= l;
	};
	$ptrType(Level).prototype.Enabled = function(lvl) { return new Level(this.$get()).Enabled(lvl); };
	getJSONEncoder = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = _jsonPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = $assertType(_r, ptrType$7);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: getJSONEncoder, $c: true, $r, $24r, _r, $s};return $f;
	};
	putJSONEncoder = function(enc) {
		var enc;
		if (!(enc.reflectBuf === ptrType$1.nil)) {
			enc.reflectBuf.Free();
		}
		enc.EncoderConfig = ptrType.nil;
		enc.buf = ptrType$1.nil;
		enc.spaced = false;
		enc.openNamespaces = 0;
		enc.reflectBuf = ptrType$1.nil;
		enc.reflectEnc = ptrType$2.nil;
		_jsonPool.Put(enc);
	};
	NewJSONEncoder = function(cfg) {
		var {$24r, _r, cfg, $s, $r, $c} = $restore(this, {cfg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = newJSONEncoder($clone(cfg, EncoderConfig), false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewJSONEncoder, $c: true, $r, $24r, _r, cfg, $s};return $f;
	};
	$pkg.NewJSONEncoder = NewJSONEncoder;
	newJSONEncoder = function(cfg, spaced) {
		var {$24r, _r, cfg, spaced, $s, $r, $c} = $restore(this, {cfg, spaced});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = [cfg];
		_r = bufferpool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = new jsonEncoder.ptr(cfg[0], _r, spaced, 0, ptrType$1.nil, ptrType$2.nil);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: newJSONEncoder, $c: true, $r, $24r, _r, cfg, spaced, $s};return $f;
	};
	jsonEncoder.ptr.prototype.AddArray = function(key, arr) {
		var {$24r, _r, arr, enc, key, $s, $r, $c} = $restore(this, {key, arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		enc.addKey(key);
		_r = enc.AppendArray(arr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AddArray, $c: true, $r, $24r, _r, arr, enc, key, $s};return $f;
	};
	jsonEncoder.prototype.AddArray = function(key, arr) { return this.$val.AddArray(key, arr); };
	jsonEncoder.ptr.prototype.AddObject = function(key, obj) {
		var {$24r, _r, enc, key, obj, $s, $r, $c} = $restore(this, {key, obj});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		enc.addKey(key);
		_r = enc.AppendObject(obj); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AddObject, $c: true, $r, $24r, _r, enc, key, obj, $s};return $f;
	};
	jsonEncoder.prototype.AddObject = function(key, obj) { return this.$val.AddObject(key, obj); };
	jsonEncoder.ptr.prototype.AddBinary = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.AddString(key, base64.StdEncoding.EncodeToString(val));
	};
	jsonEncoder.prototype.AddBinary = function(key, val) { return this.$val.AddBinary(key, val); };
	jsonEncoder.ptr.prototype.AddByteString = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.addKey(key);
		enc.AppendByteString(val);
	};
	jsonEncoder.prototype.AddByteString = function(key, val) { return this.$val.AddByteString(key, val); };
	jsonEncoder.ptr.prototype.AddBool = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.addKey(key);
		enc.AppendBool(val);
	};
	jsonEncoder.prototype.AddBool = function(key, val) { return this.$val.AddBool(key, val); };
	jsonEncoder.ptr.prototype.AddComplex128 = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.addKey(key);
		enc.AppendComplex128(val);
	};
	jsonEncoder.prototype.AddComplex128 = function(key, val) { return this.$val.AddComplex128(key, val); };
	jsonEncoder.ptr.prototype.AddDuration = function(key, val) {
		var {enc, key, val, $s, $r, $c} = $restore(this, {key, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		enc.addKey(key);
		$r = enc.AppendDuration(val); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AddDuration, $c: true, $r, enc, key, val, $s};return $f;
	};
	jsonEncoder.prototype.AddDuration = function(key, val) { return this.$val.AddDuration(key, val); };
	jsonEncoder.ptr.prototype.AddFloat64 = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.addKey(key);
		enc.AppendFloat64(val);
	};
	jsonEncoder.prototype.AddFloat64 = function(key, val) { return this.$val.AddFloat64(key, val); };
	jsonEncoder.ptr.prototype.AddInt64 = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.addKey(key);
		enc.AppendInt64(val);
	};
	jsonEncoder.prototype.AddInt64 = function(key, val) { return this.$val.AddInt64(key, val); };
	jsonEncoder.ptr.prototype.resetReflectBuf = function() {
		var {_r, enc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		/* */ if (enc.reflectBuf === ptrType$1.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (enc.reflectBuf === ptrType$1.nil) { */ case 1:
			_r = bufferpool.Get(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			enc.reflectBuf = _r;
			enc.reflectEnc = json.NewEncoder(enc.reflectBuf);
			$s = 3; continue;
		/* } else { */ case 2:
			enc.reflectBuf.Reset();
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.resetReflectBuf, $c: true, $r, _r, enc, $s};return $f;
	};
	jsonEncoder.prototype.resetReflectBuf = function() { return this.$val.resetReflectBuf(); };
	jsonEncoder.ptr.prototype.AddReflected = function(key, obj) {
		var {_r, _tuple, enc, err, key, obj, $s, $r, $c} = $restore(this, {key, obj});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		$r = enc.resetReflectBuf(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = enc.reflectEnc.Encode(obj); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		enc.reflectBuf.TrimNewline();
		enc.addKey(key);
		_tuple = enc.buf.Write(enc.reflectBuf.Bytes());
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AddReflected, $c: true, $r, _r, _tuple, enc, err, key, obj, $s};return $f;
	};
	jsonEncoder.prototype.AddReflected = function(key, obj) { return this.$val.AddReflected(key, obj); };
	jsonEncoder.ptr.prototype.OpenNamespace = function(key) {
		var enc, key;
		enc = this;
		enc.addKey(key);
		enc.buf.AppendByte(123);
		enc.openNamespaces = enc.openNamespaces + (1) >> 0;
	};
	jsonEncoder.prototype.OpenNamespace = function(key) { return this.$val.OpenNamespace(key); };
	jsonEncoder.ptr.prototype.AddString = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.addKey(key);
		enc.AppendString(val);
	};
	jsonEncoder.prototype.AddString = function(key, val) { return this.$val.AddString(key, val); };
	jsonEncoder.ptr.prototype.AddTime = function(key, val) {
		var {enc, key, val, $s, $r, $c} = $restore(this, {key, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		enc.addKey(key);
		$r = enc.AppendTime($clone(val, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AddTime, $c: true, $r, enc, key, val, $s};return $f;
	};
	jsonEncoder.prototype.AddTime = function(key, val) { return this.$val.AddTime(key, val); };
	jsonEncoder.ptr.prototype.AddUint64 = function(key, val) {
		var enc, key, val;
		enc = this;
		enc.addKey(key);
		enc.AppendUint64(val);
	};
	jsonEncoder.prototype.AddUint64 = function(key, val) { return this.$val.AddUint64(key, val); };
	jsonEncoder.ptr.prototype.AppendArray = function(arr) {
		var {_r, arr, enc, err, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendByte(91);
		_r = arr.MarshalLogArray(enc); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		enc.buf.AppendByte(93);
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AppendArray, $c: true, $r, _r, arr, enc, err, $s};return $f;
	};
	jsonEncoder.prototype.AppendArray = function(arr) { return this.$val.AppendArray(arr); };
	jsonEncoder.ptr.prototype.AppendObject = function(obj) {
		var {_r, enc, err, obj, $s, $r, $c} = $restore(this, {obj});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendByte(123);
		_r = obj.MarshalLogObject(enc); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		enc.buf.AppendByte(125);
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AppendObject, $c: true, $r, _r, enc, err, obj, $s};return $f;
	};
	jsonEncoder.prototype.AppendObject = function(obj) { return this.$val.AppendObject(obj); };
	jsonEncoder.ptr.prototype.AppendBool = function(val) {
		var enc, val;
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendBool(val);
	};
	jsonEncoder.prototype.AppendBool = function(val) { return this.$val.AppendBool(val); };
	jsonEncoder.ptr.prototype.AppendByteString = function(val) {
		var enc, val;
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendByte(34);
		enc.safeAddByteString(val);
		enc.buf.AppendByte(34);
	};
	jsonEncoder.prototype.AppendByteString = function(val) { return this.$val.AppendByteString(val); };
	jsonEncoder.ptr.prototype.AppendComplex128 = function(val) {
		var _tmp, _tmp$1, enc, i, r, val;
		enc = this;
		enc.addElementSeparator();
		_tmp = (val.$real);
		_tmp$1 = (val.$imag);
		r = _tmp;
		i = _tmp$1;
		enc.buf.AppendByte(34);
		enc.buf.AppendFloat(r, 64);
		enc.buf.AppendByte(43);
		enc.buf.AppendFloat(i, 64);
		enc.buf.AppendByte(105);
		enc.buf.AppendByte(34);
	};
	jsonEncoder.prototype.AppendComplex128 = function(val) { return this.$val.AppendComplex128(val); };
	jsonEncoder.ptr.prototype.AppendDuration = function(val) {
		var {cur, enc, val, $s, $r, $c} = $restore(this, {val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		cur = enc.buf.Len();
		$r = enc.EncoderConfig.EncodeDuration(val, enc); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (cur === enc.buf.Len()) {
			enc.AppendInt64((new $Int64(val.$high, val.$low)));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AppendDuration, $c: true, $r, cur, enc, val, $s};return $f;
	};
	jsonEncoder.prototype.AppendDuration = function(val) { return this.$val.AppendDuration(val); };
	jsonEncoder.ptr.prototype.AppendInt64 = function(val) {
		var enc, val;
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendInt(val);
	};
	jsonEncoder.prototype.AppendInt64 = function(val) { return this.$val.AppendInt64(val); };
	jsonEncoder.ptr.prototype.AppendReflected = function(val) {
		var {_r, _tuple, enc, err, val, $s, $r, $c} = $restore(this, {val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		$r = enc.resetReflectBuf(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = enc.reflectEnc.Encode(val); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		enc.reflectBuf.TrimNewline();
		enc.addElementSeparator();
		_tuple = enc.buf.Write(enc.reflectBuf.Bytes());
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AppendReflected, $c: true, $r, _r, _tuple, enc, err, val, $s};return $f;
	};
	jsonEncoder.prototype.AppendReflected = function(val) { return this.$val.AppendReflected(val); };
	jsonEncoder.ptr.prototype.AppendString = function(val) {
		var enc, val;
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendByte(34);
		enc.safeAddString(val);
		enc.buf.AppendByte(34);
	};
	jsonEncoder.prototype.AppendString = function(val) { return this.$val.AppendString(val); };
	jsonEncoder.ptr.prototype.AppendTime = function(val) {
		var {cur, enc, val, $s, $r, $c} = $restore(this, {val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		cur = enc.buf.Len();
		$r = enc.EncoderConfig.EncodeTime($clone(val, time.Time), enc); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (cur === enc.buf.Len()) {
			enc.AppendInt64($clone(val, time.Time).UnixNano());
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.AppendTime, $c: true, $r, cur, enc, val, $s};return $f;
	};
	jsonEncoder.prototype.AppendTime = function(val) { return this.$val.AppendTime(val); };
	jsonEncoder.ptr.prototype.AppendUint64 = function(val) {
		var enc, val;
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendUint(val);
	};
	jsonEncoder.prototype.AppendUint64 = function(val) { return this.$val.AppendUint64(val); };
	jsonEncoder.ptr.prototype.AddComplex64 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddComplex128(k, (new $Complex128(v.$real, v.$imag)));
	};
	jsonEncoder.prototype.AddComplex64 = function(k, v) { return this.$val.AddComplex64(k, v); };
	jsonEncoder.ptr.prototype.AddFloat32 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddFloat64(k, (v));
	};
	jsonEncoder.prototype.AddFloat32 = function(k, v) { return this.$val.AddFloat32(k, v); };
	jsonEncoder.ptr.prototype.AddInt = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddInt64(k, (new $Int64(0, v)));
	};
	jsonEncoder.prototype.AddInt = function(k, v) { return this.$val.AddInt(k, v); };
	jsonEncoder.ptr.prototype.AddInt32 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddInt64(k, (new $Int64(0, v)));
	};
	jsonEncoder.prototype.AddInt32 = function(k, v) { return this.$val.AddInt32(k, v); };
	jsonEncoder.ptr.prototype.AddInt16 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddInt64(k, (new $Int64(0, v)));
	};
	jsonEncoder.prototype.AddInt16 = function(k, v) { return this.$val.AddInt16(k, v); };
	jsonEncoder.ptr.prototype.AddInt8 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddInt64(k, (new $Int64(0, v)));
	};
	jsonEncoder.prototype.AddInt8 = function(k, v) { return this.$val.AddInt8(k, v); };
	jsonEncoder.ptr.prototype.AddUint = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddUint64(k, (new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AddUint = function(k, v) { return this.$val.AddUint(k, v); };
	jsonEncoder.ptr.prototype.AddUint32 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddUint64(k, (new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AddUint32 = function(k, v) { return this.$val.AddUint32(k, v); };
	jsonEncoder.ptr.prototype.AddUint16 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddUint64(k, (new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AddUint16 = function(k, v) { return this.$val.AddUint16(k, v); };
	jsonEncoder.ptr.prototype.AddUint8 = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddUint64(k, (new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AddUint8 = function(k, v) { return this.$val.AddUint8(k, v); };
	jsonEncoder.ptr.prototype.AddUintptr = function(k, v) {
		var enc, k, v;
		enc = this;
		enc.AddUint64(k, (new $Uint64(0, v.constructor === Number ? v : 1)));
	};
	jsonEncoder.prototype.AddUintptr = function(k, v) { return this.$val.AddUintptr(k, v); };
	jsonEncoder.ptr.prototype.AppendComplex64 = function(v) {
		var enc, v;
		enc = this;
		enc.AppendComplex128((new $Complex128(v.$real, v.$imag)));
	};
	jsonEncoder.prototype.AppendComplex64 = function(v) { return this.$val.AppendComplex64(v); };
	jsonEncoder.ptr.prototype.AppendFloat64 = function(v) {
		var enc, v;
		enc = this;
		enc.appendFloat(v, 64);
	};
	jsonEncoder.prototype.AppendFloat64 = function(v) { return this.$val.AppendFloat64(v); };
	jsonEncoder.ptr.prototype.AppendFloat32 = function(v) {
		var enc, v;
		enc = this;
		enc.appendFloat((v), 32);
	};
	jsonEncoder.prototype.AppendFloat32 = function(v) { return this.$val.AppendFloat32(v); };
	jsonEncoder.ptr.prototype.AppendInt = function(v) {
		var enc, v;
		enc = this;
		enc.AppendInt64((new $Int64(0, v)));
	};
	jsonEncoder.prototype.AppendInt = function(v) { return this.$val.AppendInt(v); };
	jsonEncoder.ptr.prototype.AppendInt32 = function(v) {
		var enc, v;
		enc = this;
		enc.AppendInt64((new $Int64(0, v)));
	};
	jsonEncoder.prototype.AppendInt32 = function(v) { return this.$val.AppendInt32(v); };
	jsonEncoder.ptr.prototype.AppendInt16 = function(v) {
		var enc, v;
		enc = this;
		enc.AppendInt64((new $Int64(0, v)));
	};
	jsonEncoder.prototype.AppendInt16 = function(v) { return this.$val.AppendInt16(v); };
	jsonEncoder.ptr.prototype.AppendInt8 = function(v) {
		var enc, v;
		enc = this;
		enc.AppendInt64((new $Int64(0, v)));
	};
	jsonEncoder.prototype.AppendInt8 = function(v) { return this.$val.AppendInt8(v); };
	jsonEncoder.ptr.prototype.AppendUint = function(v) {
		var enc, v;
		enc = this;
		enc.AppendUint64((new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AppendUint = function(v) { return this.$val.AppendUint(v); };
	jsonEncoder.ptr.prototype.AppendUint32 = function(v) {
		var enc, v;
		enc = this;
		enc.AppendUint64((new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AppendUint32 = function(v) { return this.$val.AppendUint32(v); };
	jsonEncoder.ptr.prototype.AppendUint16 = function(v) {
		var enc, v;
		enc = this;
		enc.AppendUint64((new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AppendUint16 = function(v) { return this.$val.AppendUint16(v); };
	jsonEncoder.ptr.prototype.AppendUint8 = function(v) {
		var enc, v;
		enc = this;
		enc.AppendUint64((new $Uint64(0, v)));
	};
	jsonEncoder.prototype.AppendUint8 = function(v) { return this.$val.AppendUint8(v); };
	jsonEncoder.ptr.prototype.AppendUintptr = function(v) {
		var enc, v;
		enc = this;
		enc.AppendUint64((new $Uint64(0, v.constructor === Number ? v : 1)));
	};
	jsonEncoder.prototype.AppendUintptr = function(v) { return this.$val.AppendUintptr(v); };
	jsonEncoder.ptr.prototype.Clone = function() {
		var {_r, clone, enc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		_r = enc.clone(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		clone = _r;
		clone.buf.Write(enc.buf.Bytes());
		$s = -1; return clone;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.Clone, $c: true, $r, _r, clone, enc, $s};return $f;
	};
	jsonEncoder.prototype.Clone = function() { return this.$val.Clone(); };
	jsonEncoder.ptr.prototype.clone = function() {
		var {_r, _r$1, clone, enc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		_r = getJSONEncoder(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		clone = _r;
		clone.EncoderConfig = enc.EncoderConfig;
		clone.spaced = enc.spaced;
		clone.openNamespaces = enc.openNamespaces;
		_r$1 = bufferpool.Get(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		clone.buf = _r$1;
		$s = -1; return clone;
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.clone, $c: true, $r, _r, _r$1, clone, enc, $s};return $f;
	};
	jsonEncoder.prototype.clone = function() { return this.$val.clone(); };
	jsonEncoder.ptr.prototype.EncodeEntry = function(ent, fields) {
		var {_r, _r$1, _r$2, cur, cur$1, cur$2, enc, ent, fields, final$1, nameEncoder, ret, $s, $r, $c} = $restore(this, {ent, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		enc = this;
		_r = enc.clone(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		final$1 = _r;
		final$1.buf.AppendByte(123);
		/* */ if (!(final$1.EncoderConfig.LevelKey === "")) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(final$1.EncoderConfig.LevelKey === "")) { */ case 2:
			final$1.addKey(final$1.EncoderConfig.LevelKey);
			cur = final$1.buf.Len();
			$r = final$1.EncoderConfig.EncodeLevel(ent.Level, final$1); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (cur === final$1.buf.Len()) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (cur === final$1.buf.Len()) { */ case 5:
				_r$1 = new Level(ent.Level).String(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$r = final$1.AppendString(_r$1); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
		/* } */ case 3:
		/* */ if (!(final$1.EncoderConfig.TimeKey === "")) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(final$1.EncoderConfig.TimeKey === "")) { */ case 9:
			$r = final$1.AddTime(final$1.EncoderConfig.TimeKey, $clone(ent.Time, time.Time)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		/* */ if (!(ent.LoggerName === "") && !(final$1.EncoderConfig.NameKey === "")) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!(ent.LoggerName === "") && !(final$1.EncoderConfig.NameKey === "")) { */ case 12:
			final$1.addKey(final$1.EncoderConfig.NameKey);
			cur$1 = final$1.buf.Len();
			nameEncoder = final$1.EncoderConfig.EncodeName;
			if (nameEncoder === $throwNilPointerError) {
				nameEncoder = FullNameEncoder;
			}
			$r = nameEncoder(ent.LoggerName, final$1); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (cur$1 === final$1.buf.Len()) {
				final$1.AppendString(ent.LoggerName);
			}
		/* } */ case 13:
		/* */ if (ent.Caller.Defined && !(final$1.EncoderConfig.CallerKey === "")) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (ent.Caller.Defined && !(final$1.EncoderConfig.CallerKey === "")) { */ case 15:
			final$1.addKey(final$1.EncoderConfig.CallerKey);
			cur$2 = final$1.buf.Len();
			$r = final$1.EncoderConfig.EncodeCaller($clone(ent.Caller, EntryCaller), final$1); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (cur$2 === final$1.buf.Len()) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (cur$2 === final$1.buf.Len()) { */ case 18:
				_r$2 = $clone(ent.Caller, EntryCaller).String(); /* */ $s = 20; case 20: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$r = final$1.AppendString(_r$2); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 19:
		/* } */ case 16:
		if (!(final$1.EncoderConfig.MessageKey === "")) {
			final$1.addKey(enc.EncoderConfig.MessageKey);
			final$1.AppendString(ent.Message);
		}
		if (enc.buf.Len() > 0) {
			final$1.addElementSeparator();
			final$1.buf.Write(enc.buf.Bytes());
		}
		$r = addFields(final$1, fields); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		final$1.closeOpenNamespaces();
		if (!(ent.Stack === "") && !(final$1.EncoderConfig.StacktraceKey === "")) {
			final$1.AddString(final$1.EncoderConfig.StacktraceKey, ent.Stack);
		}
		final$1.buf.AppendByte(125);
		if (!(final$1.EncoderConfig.LineEnding === "")) {
			final$1.buf.AppendString(final$1.EncoderConfig.LineEnding);
		} else {
			final$1.buf.AppendString("\n");
		}
		ret = final$1.buf;
		putJSONEncoder(final$1);
		$s = -1; return [ret, $ifaceNil];
		/* */ } return; } var $f = {$blk: jsonEncoder.ptr.prototype.EncodeEntry, $c: true, $r, _r, _r$1, _r$2, cur, cur$1, cur$2, enc, ent, fields, final$1, nameEncoder, ret, $s};return $f;
	};
	jsonEncoder.prototype.EncodeEntry = function(ent, fields) { return this.$val.EncodeEntry(ent, fields); };
	jsonEncoder.ptr.prototype.closeOpenNamespaces = function() {
		var enc, i;
		enc = this;
		i = 0;
		while (true) {
			if (!(i < enc.openNamespaces)) { break; }
			enc.buf.AppendByte(125);
			i = i + (1) >> 0;
		}
	};
	jsonEncoder.prototype.closeOpenNamespaces = function() { return this.$val.closeOpenNamespaces(); };
	jsonEncoder.ptr.prototype.addKey = function(key) {
		var enc, key;
		enc = this;
		enc.addElementSeparator();
		enc.buf.AppendByte(34);
		enc.safeAddString(key);
		enc.buf.AppendByte(34);
		enc.buf.AppendByte(58);
		if (enc.spaced) {
			enc.buf.AppendByte(32);
		}
	};
	jsonEncoder.prototype.addKey = function(key) { return this.$val.addKey(key); };
	jsonEncoder.ptr.prototype.addElementSeparator = function() {
		var _1, enc, last, x$2;
		enc = this;
		last = enc.buf.Len() - 1 >> 0;
		if (last < 0) {
			return;
		}
		_1 = (x$2 = enc.buf.Bytes(), ((last < 0 || last >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + last]));
		if ((_1 === (123)) || (_1 === (91)) || (_1 === (58)) || (_1 === (44)) || (_1 === (32))) {
			return;
		} else {
			enc.buf.AppendByte(44);
			if (enc.spaced) {
				enc.buf.AppendByte(32);
			}
		}
	};
	jsonEncoder.prototype.addElementSeparator = function() { return this.$val.addElementSeparator(); };
	jsonEncoder.ptr.prototype.appendFloat = function(val, bitSize) {
		var bitSize, enc, val;
		enc = this;
		enc.addElementSeparator();
		if (math.IsNaN(val)) {
			enc.buf.AppendString("\"NaN\"");
		} else if (math.IsInf(val, 1)) {
			enc.buf.AppendString("\"+Inf\"");
		} else if (math.IsInf(val, -1)) {
			enc.buf.AppendString("\"-Inf\"");
		} else {
			enc.buf.AppendFloat(val, bitSize);
		}
	};
	jsonEncoder.prototype.appendFloat = function(val, bitSize) { return this.$val.appendFloat(val, bitSize); };
	jsonEncoder.ptr.prototype.safeAddString = function(s) {
		var _tuple, enc, i, r, s, size;
		enc = this;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (enc.tryAddRuneSelf(s.charCodeAt(i))) {
				i = i + (1) >> 0;
				continue;
			}
			_tuple = utf8.DecodeRuneInString($substring(s, i));
			r = _tuple[0];
			size = _tuple[1];
			if (enc.tryAddRuneError(r, size)) {
				i = i + (1) >> 0;
				continue;
			}
			enc.buf.AppendString($substring(s, i, (i + size >> 0)));
			i = i + (size) >> 0;
		}
	};
	jsonEncoder.prototype.safeAddString = function(s) { return this.$val.safeAddString(s); };
	jsonEncoder.ptr.prototype.safeAddByteString = function(s) {
		var _tuple, enc, i, r, s, size;
		enc = this;
		i = 0;
		while (true) {
			if (!(i < s.$length)) { break; }
			if (enc.tryAddRuneSelf(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]))) {
				i = i + (1) >> 0;
				continue;
			}
			_tuple = utf8.DecodeRune($subslice(s, i));
			r = _tuple[0];
			size = _tuple[1];
			if (enc.tryAddRuneError(r, size)) {
				i = i + (1) >> 0;
				continue;
			}
			enc.buf.Write($subslice(s, i, (i + size >> 0)));
			i = i + (size) >> 0;
		}
	};
	jsonEncoder.prototype.safeAddByteString = function(s) { return this.$val.safeAddByteString(s); };
	jsonEncoder.ptr.prototype.tryAddRuneSelf = function(b) {
		var _1, b, enc;
		enc = this;
		if (b >= 128) {
			return false;
		}
		if (32 <= b && !((b === 92)) && !((b === 34))) {
			enc.buf.AppendByte(b);
			return true;
		}
		_1 = b;
		if ((_1 === (92)) || (_1 === (34))) {
			enc.buf.AppendByte(92);
			enc.buf.AppendByte(b);
		} else if (_1 === (10)) {
			enc.buf.AppendByte(92);
			enc.buf.AppendByte(110);
		} else if (_1 === (13)) {
			enc.buf.AppendByte(92);
			enc.buf.AppendByte(114);
		} else if (_1 === (9)) {
			enc.buf.AppendByte(92);
			enc.buf.AppendByte(116);
		} else {
			enc.buf.AppendString("\\u00");
			enc.buf.AppendByte("0123456789abcdef".charCodeAt((b >>> 4 << 24 >>> 24)));
			enc.buf.AppendByte("0123456789abcdef".charCodeAt(((b & 15) >>> 0)));
		}
		return true;
	};
	jsonEncoder.prototype.tryAddRuneSelf = function(b) { return this.$val.tryAddRuneSelf(b); };
	jsonEncoder.ptr.prototype.tryAddRuneError = function(r, size) {
		var enc, r, size;
		enc = this;
		if ((r === 65533) && (size === 1)) {
			enc.buf.AppendString("\\ufffd");
			return true;
		}
		return false;
	};
	jsonEncoder.prototype.tryAddRuneError = function(r, size) { return this.$val.tryAddRuneError(r, size); };
	Field.ptr.prototype.AddTo = function(enc) {
		var {_1, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, enc, err, f, x$2, x$3, x$4, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = $ifaceNil;
			_1 = f.Type;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ if (_1 === (4)) { $s = 5; continue; }
			/* */ if (_1 === (5)) { $s = 6; continue; }
			/* */ if (_1 === (6)) { $s = 7; continue; }
			/* */ if (_1 === (7)) { $s = 8; continue; }
			/* */ if (_1 === (8)) { $s = 9; continue; }
			/* */ if (_1 === (9)) { $s = 10; continue; }
			/* */ if (_1 === (10)) { $s = 11; continue; }
			/* */ if (_1 === (11)) { $s = 12; continue; }
			/* */ if (_1 === (12)) { $s = 13; continue; }
			/* */ if (_1 === (13)) { $s = 14; continue; }
			/* */ if (_1 === (14)) { $s = 15; continue; }
			/* */ if (_1 === (15)) { $s = 16; continue; }
			/* */ if (_1 === (16)) { $s = 17; continue; }
			/* */ if (_1 === (17)) { $s = 18; continue; }
			/* */ if (_1 === (18)) { $s = 19; continue; }
			/* */ if (_1 === (19)) { $s = 20; continue; }
			/* */ if (_1 === (20)) { $s = 21; continue; }
			/* */ if (_1 === (21)) { $s = 22; continue; }
			/* */ if (_1 === (22)) { $s = 23; continue; }
			/* */ if (_1 === (23)) { $s = 24; continue; }
			/* */ if (_1 === (24)) { $s = 25; continue; }
			/* */ if (_1 === (25)) { $s = 26; continue; }
			/* */ if (_1 === (26)) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (_1 === (1)) { */ case 2:
				_r = enc.AddArray(f.Key, $assertType(f.Interface, ArrayMarshaler)); /* */ $s = 30; case 30: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				err = _r;
				$s = 29; continue;
			/* } else if (_1 === (2)) { */ case 3:
				_r$1 = enc.AddObject(f.Key, $assertType(f.Interface, ObjectMarshaler)); /* */ $s = 31; case 31: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				err = _r$1;
				$s = 29; continue;
			/* } else if (_1 === (3)) { */ case 4:
				$r = enc.AddBinary(f.Key, $assertType(f.Interface, sliceType$3)); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (4)) { */ case 5:
				$r = enc.AddBool(f.Key, (x$2 = f.Integer, (x$2.$high === 0 && x$2.$low === 1))); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (5)) { */ case 6:
				$r = enc.AddByteString(f.Key, $assertType(f.Interface, sliceType$3)); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (6)) { */ case 7:
				$r = enc.AddComplex128(f.Key, $assertType(f.Interface, $Complex128)); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (7)) { */ case 8:
				$r = enc.AddComplex64(f.Key, $assertType(f.Interface, $Complex64)); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (8)) { */ case 9:
				$r = enc.AddDuration(f.Key, ((x$3 = f.Integer, new time.Duration(x$3.$high, x$3.$low)))); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (9)) { */ case 10:
				$r = enc.AddFloat64(f.Key, math.Float64frombits(((x$4 = f.Integer, new $Uint64(x$4.$high, x$4.$low))))); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (10)) { */ case 11:
				$r = enc.AddFloat32(f.Key, math.Float32frombits(((f.Integer.$low >>> 0)))); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (11)) { */ case 12:
				$r = enc.AddInt64(f.Key, f.Integer); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (12)) { */ case 13:
				$r = enc.AddInt32(f.Key, (((x$5 = f.Integer, x$5.$low + ((x$5.$high >> 31) * 4294967296)) >> 0))); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (13)) { */ case 14:
				$r = enc.AddInt16(f.Key, (((x$6 = f.Integer, x$6.$low + ((x$6.$high >> 31) * 4294967296)) << 16 >> 16))); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (14)) { */ case 15:
				$r = enc.AddInt8(f.Key, (((x$7 = f.Integer, x$7.$low + ((x$7.$high >> 31) * 4294967296)) << 24 >> 24))); /* */ $s = 43; case 43: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (15)) { */ case 16:
				$r = enc.AddString(f.Key, f.String); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (16)) { */ case 17:
				/* */ if (!($interfaceIsEqual(f.Interface, $ifaceNil))) { $s = 45; continue; }
				/* */ $s = 46; continue;
				/* if (!($interfaceIsEqual(f.Interface, $ifaceNil))) { */ case 45:
					$r = enc.AddTime(f.Key, $clone($clone(time.Unix(new $Int64(0, 0), f.Integer), time.Time).In($assertType(f.Interface, ptrType$3)), time.Time)); /* */ $s = 48; case 48: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 47; continue;
				/* } else { */ case 46:
					$r = enc.AddTime(f.Key, $clone(time.Unix(new $Int64(0, 0), f.Integer), time.Time)); /* */ $s = 49; case 49: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 47:
				$s = 29; continue;
			/* } else if (_1 === (17)) { */ case 18:
				$r = enc.AddUint64(f.Key, ((x$8 = f.Integer, new $Uint64(x$8.$high, x$8.$low)))); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (18)) { */ case 19:
				$r = enc.AddUint32(f.Key, ((f.Integer.$low >>> 0))); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (19)) { */ case 20:
				$r = enc.AddUint16(f.Key, ((f.Integer.$low << 16 >>> 16))); /* */ $s = 52; case 52: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (20)) { */ case 21:
				$r = enc.AddUint8(f.Key, ((f.Integer.$low << 24 >>> 24))); /* */ $s = 53; case 53: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (21)) { */ case 22:
				$r = enc.AddUintptr(f.Key, ((f.Integer.$low >>> 0))); /* */ $s = 54; case 54: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (22)) { */ case 23:
				_r$2 = enc.AddReflected(f.Key, f.Interface); /* */ $s = 55; case 55: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				err = _r$2;
				$s = 29; continue;
			/* } else if (_1 === (23)) { */ case 24:
				$r = enc.OpenNamespace(f.Key); /* */ $s = 56; case 56: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (24)) { */ case 25:
				_arg = f.Key;
				_r$3 = $assertType(f.Interface, fmt.Stringer).String(); /* */ $s = 57; case 57: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_arg$1 = _r$3;
				$r = enc.AddString(_arg, _arg$1); /* */ $s = 58; case 58: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 29; continue;
			/* } else if (_1 === (25)) { */ case 26:
				_r$4 = encodeError(f.Key, $assertType(f.Interface, $error), enc); /* */ $s = 59; case 59: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
				$s = 29; continue;
			/* } else if (_1 === (26)) { */ case 27:
				/* break; */ $s = 1; continue;
				$s = 29; continue;
			/* } else { */ case 28:
				_r$5 = fmt.Sprintf("unknown field type: %v", new sliceType([new f.constructor.elem(f)])); /* */ $s = 60; case 60: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$panic(new $String(_r$5));
			/* } */ case 29:
		case 1:
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 61; continue; }
		/* */ $s = 62; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 61:
			_r$6 = fmt.Sprintf("%sError", new sliceType([new $String(f.Key)])); /* */ $s = 63; case 63: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg$2 = _r$6;
			_r$7 = err.Error(); /* */ $s = 64; case 64: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg$3 = _r$7;
			$r = enc.AddString(_arg$2, _arg$3); /* */ $s = 65; case 65: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 62:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.AddTo, $c: true, $r, _1, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, enc, err, f, x$2, x$3, x$4, x$5, x$6, x$7, x$8, $s};return $f;
	};
	Field.prototype.AddTo = function(enc) { return this.$val.AddTo(enc); };
	Field.ptr.prototype.Equals = function(other) {
		var {$24r, _1, _r, f, other, $s, $r, $c} = $restore(this, {other});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (!((f.Type === other.Type))) {
			$s = -1; return false;
		}
		if (!(f.Key === other.Key)) {
			$s = -1; return false;
		}
			_1 = f.Type;
			/* */ if ((_1 === (3)) || (_1 === (5))) { $s = 2; continue; }
			/* */ if ((_1 === (1)) || (_1 === (2)) || (_1 === (25)) || (_1 === (22))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ((_1 === (3)) || (_1 === (5))) { */ case 2:
				$s = -1; return bytes.Equal($assertType(f.Interface, sliceType$3), $assertType(other.Interface, sliceType$3));
			/* } else if ((_1 === (1)) || (_1 === (2)) || (_1 === (25)) || (_1 === (22))) { */ case 3:
				_r = reflect.DeepEqual(f.Interface, other.Interface); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else { */ case 4:
				$s = -1; return $equal(f, other, Field);
			/* } */ case 5:
		case 1:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: Field.ptr.prototype.Equals, $c: true, $r, $24r, _1, _r, f, other, $s};return $f;
	};
	Field.prototype.Equals = function(other) { return this.$val.Equals(other); };
	addFields = function(enc, fields) {
		var {_i, _ref, enc, fields, i, $s, $r, $c} = $restore(this, {enc, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = fields;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = $clone(((i < 0 || i >= fields.$length) ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + i]), Field).AddTo(enc); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: addFields, $c: true, $r, _i, _ref, enc, fields, i, $s};return $f;
	};
	encodeError = function(key, err, enc) {
		var {$24r, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _ref, basic, e, e$1, enc, err, key, verbose, $s, $r, $c} = $restore(this, {key, err, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		basic = _r;
		$r = enc.AddString(key, basic); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = err;
		/* */ if ($assertType(_ref, errorGroup, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, fmt.Formatter, true)[1]) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ($assertType(_ref, errorGroup, true)[1]) { */ case 3:
			e = _ref;
			_arg = key + "Causes";
			_r$1 = e.Errors(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg$1 = ($convertSliceType(_r$1, errArray));
			_r$2 = enc.AddArray(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 8; case 8: return $24r;
		/* } else if ($assertType(_ref, fmt.Formatter, true)[1]) { */ case 4:
			e$1 = _ref;
			_r$3 = fmt.Sprintf("%+v", new sliceType([e$1])); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			verbose = _r$3;
			/* */ if (!(verbose === basic)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!(verbose === basic)) { */ case 10:
				$r = enc.AddString(key + "Verbose", verbose); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 11:
		/* } */ case 5:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: encodeError, $c: true, $r, $24r, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _ref, basic, e, e$1, enc, err, key, verbose, $s};return $f;
	};
	errArray.prototype.MarshalLogArray = function(arr) {
		var {_i, _r, _r$1, _ref, arr, el, errs, i, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		errs = this;
		_ref = errs;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			if ($interfaceIsEqual(((i < 0 || i >= errs.$length) ? ($throwRuntimeError("index out of range"), undefined) : errs.$array[errs.$offset + i]), $ifaceNil)) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r = newErrArrayElem(((i < 0 || i >= errs.$length) ? ($throwRuntimeError("index out of range"), undefined) : errs.$array[errs.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			el = _r;
			_r$1 = arr.AppendObject(el); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			el.Free();
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: errArray.prototype.MarshalLogArray, $c: true, $r, _i, _r, _r$1, _ref, arr, el, errs, i, $s};return $f;
	};
	$ptrType(errArray).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	newErrArrayElem = function(err) {
		var {_r, e, err, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = _errArrayElemPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		e = $assertType(_r, ptrType$9);
		e.err = err;
		$s = -1; return e;
		/* */ } return; } var $f = {$blk: newErrArrayElem, $c: true, $r, _r, e, err, $s};return $f;
	};
	errArrayElem.ptr.prototype.MarshalLogArray = function(arr) {
		var {$24r, _r, arr, e, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = arr.AppendObject(e); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: errArrayElem.ptr.prototype.MarshalLogArray, $c: true, $r, $24r, _r, arr, e, $s};return $f;
	};
	errArrayElem.prototype.MarshalLogArray = function(arr) { return this.$val.MarshalLogArray(arr); };
	errArrayElem.ptr.prototype.MarshalLogObject = function(enc) {
		var {$24r, _r, e, enc, $s, $r, $c} = $restore(this, {enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = encodeError("error", e.err, enc); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: errArrayElem.ptr.prototype.MarshalLogObject, $c: true, $r, $24r, _r, e, enc, $s};return $f;
	};
	errArrayElem.prototype.MarshalLogObject = function(enc) { return this.$val.MarshalLogObject(enc); };
	errArrayElem.ptr.prototype.Free = function() {
		var e;
		e = this;
		e.err = $ifaceNil;
		_errArrayElemPool.Put(e);
	};
	errArrayElem.prototype.Free = function() { return this.$val.Free(); };
	getCheckedEntry = function() {
		var {_r, ce, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = _cePool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = $assertType(_r, ptrType$8);
		ce.reset();
		$s = -1; return ce;
		/* */ } return; } var $f = {$blk: getCheckedEntry, $c: true, $r, _r, ce, $s};return $f;
	};
	putCheckedEntry = function(ce) {
		var ce;
		if (ce === ptrType$8.nil) {
			return;
		}
		_cePool.Put(ce);
	};
	NewEntryCaller = function(pc, file, line, ok) {
		var file, line, ok, pc;
		if (!ok) {
			return new EntryCaller.ptr(false, 0, "", 0);
		}
		return new EntryCaller.ptr(true, pc, file, line);
	};
	$pkg.NewEntryCaller = NewEntryCaller;
	EntryCaller.ptr.prototype.String = function() {
		var {$24r, _r, ec, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ec = this;
		_r = $clone(ec, EntryCaller).FullPath(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: EntryCaller.ptr.prototype.String, $c: true, $r, $24r, _r, ec, $s};return $f;
	};
	EntryCaller.prototype.String = function() { return this.$val.String(); };
	EntryCaller.ptr.prototype.FullPath = function() {
		var {_r, buf, caller, ec, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ec = this;
		if (!ec.Defined) {
			$s = -1; return "undefined";
		}
		_r = bufferpool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		buf = _r;
		buf.AppendString(ec.File);
		buf.AppendByte(58);
		buf.AppendInt((new $Int64(0, ec.Line)));
		caller = buf.String();
		buf.Free();
		$s = -1; return caller;
		/* */ } return; } var $f = {$blk: EntryCaller.ptr.prototype.FullPath, $c: true, $r, _r, buf, caller, ec, $s};return $f;
	};
	EntryCaller.prototype.FullPath = function() { return this.$val.FullPath(); };
	EntryCaller.ptr.prototype.TrimmedPath = function() {
		var {$24r, $24r$1, _r, _r$1, _r$2, buf, caller, ec, idx, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ec = this;
		if (!ec.Defined) {
			$s = -1; return "undefined";
		}
		idx = strings.LastIndexByte(ec.File, 47);
		/* */ if (idx === -1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (idx === -1) { */ case 1:
			_r = $clone(ec, EntryCaller).FullPath(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		idx = strings.LastIndexByte($substring(ec.File, 0, idx), 47);
		/* */ if (idx === -1) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (idx === -1) { */ case 5:
			_r$1 = $clone(ec, EntryCaller).FullPath(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r$1 = _r$1;
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		_r$2 = bufferpool.Get(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		buf = _r$2;
		buf.AppendString($substring(ec.File, (idx + 1 >> 0)));
		buf.AppendByte(58);
		buf.AppendInt((new $Int64(0, ec.Line)));
		caller = buf.String();
		buf.Free();
		$s = -1; return caller;
		/* */ } return; } var $f = {$blk: EntryCaller.ptr.prototype.TrimmedPath, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, buf, caller, ec, idx, $s};return $f;
	};
	EntryCaller.prototype.TrimmedPath = function() { return this.$val.TrimmedPath(); };
	CheckedEntry.ptr.prototype.reset = function() {
		var _i, _ref, ce, i, x$2;
		ce = this;
		Entry.copy(ce.Entry, new Entry.ptr(0, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil), "", "", new EntryCaller.ptr(false, 0, "", 0), ""));
		ce.ErrorOutput = $ifaceNil;
		ce.dirty = false;
		ce.should = 0;
		_ref = ce.cores;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			(x$2 = ce.cores, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i] = $ifaceNil));
			_i++;
		}
		ce.cores = $subslice(ce.cores, 0, 0);
	};
	CheckedEntry.prototype.reset = function() { return this.$val.reset(); };
	CheckedEntry.ptr.prototype.Write = function(fields) {
		var {_1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tmp, _tmp$1, ce, err, fields, i, msg, should, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ce = this;
		if (ce === ptrType$8.nil) {
			$s = -1; return;
		}
		/* */ if (ce.dirty) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ce.dirty) { */ case 1:
			/* */ if (!($interfaceIsEqual(ce.ErrorOutput, $ifaceNil))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!($interfaceIsEqual(ce.ErrorOutput, $ifaceNil))) { */ case 3:
				_arg = ce.ErrorOutput;
				_r = time.Now(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_arg$1 = (x$2 = _r, new x$2.constructor.elem(x$2));
				_arg$2 = (x$3 = ce.Entry, new x$3.constructor.elem(x$3));
				_r$1 = fmt.Fprintf(_arg, "%v Unsafe CheckedEntry re-use near Entry %+v.\n", new sliceType([_arg$1, _arg$2])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				_r$2 = ce.ErrorOutput.Sync(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
			/* } */ case 4:
			$s = -1; return;
		/* } */ case 2:
		ce.dirty = true;
		err = $ifaceNil;
		_ref = ce.cores;
		_i = 0;
		/* while (true) { */ case 8:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 9; continue; }
			i = _i;
			_arg$3 = err;
			_r$3 = (x$4 = ce.cores, ((i < 0 || i >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + i])).Write($clone(ce.Entry, Entry), fields); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_arg$4 = _r$3;
			_r$4 = multierr.Append(_arg$3, _arg$4); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			err = _r$4;
			_i++;
		$s = 8; continue;
		case 9:
		/* */ if (!($interfaceIsEqual(ce.ErrorOutput, $ifaceNil))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!($interfaceIsEqual(ce.ErrorOutput, $ifaceNil))) { */ case 12:
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 14:
				_arg$5 = ce.ErrorOutput;
				_r$5 = time.Now(); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_arg$6 = (x$5 = _r$5, new x$5.constructor.elem(x$5));
				_arg$7 = err;
				_r$6 = fmt.Fprintf(_arg$5, "%v write error: %v\n", new sliceType([_arg$6, _arg$7])); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
				_r$7 = ce.ErrorOutput.Sync(); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
			/* } */ case 15:
		/* } */ case 13:
		_tmp = ce.should;
		_tmp$1 = ce.Entry.Message;
		should = _tmp;
		msg = _tmp$1;
		putCheckedEntry(ce);
			_1 = should;
			/* */ if (_1 === (1)) { $s = 20; continue; }
			/* */ if (_1 === (2)) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (_1 === (1)) { */ case 20:
				$panic(new $String(msg));
				$s = 22; continue;
			/* } else if (_1 === (2)) { */ case 21:
				$r = exit.Exit(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 22:
		case 19:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: CheckedEntry.ptr.prototype.Write, $c: true, $r, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tmp, _tmp$1, ce, err, fields, i, msg, should, x$2, x$3, x$4, x$5, $s};return $f;
	};
	CheckedEntry.prototype.Write = function(fields) { return this.$val.Write(fields); };
	CheckedEntry.ptr.prototype.AddCore = function(ent, core) {
		var {_r, ce, core, ent, $s, $r, $c} = $restore(this, {ent, core});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ce = this;
		/* */ if (ce === ptrType$8.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ce === ptrType$8.nil) { */ case 1:
			_r = getCheckedEntry(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			ce = _r;
			Entry.copy(ce.Entry, ent);
		/* } */ case 2:
		ce.cores = $append(ce.cores, core);
		$s = -1; return ce;
		/* */ } return; } var $f = {$blk: CheckedEntry.ptr.prototype.AddCore, $c: true, $r, _r, ce, core, ent, $s};return $f;
	};
	CheckedEntry.prototype.AddCore = function(ent, core) { return this.$val.AddCore(ent, core); };
	CheckedEntry.ptr.prototype.Should = function(ent, should) {
		var {_r, ce, ent, should, $s, $r, $c} = $restore(this, {ent, should});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ce = this;
		/* */ if (ce === ptrType$8.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ce === ptrType$8.nil) { */ case 1:
			_r = getCheckedEntry(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			ce = _r;
			Entry.copy(ce.Entry, ent);
		/* } */ case 2:
		ce.should = should;
		$s = -1; return ce;
		/* */ } return; } var $f = {$blk: CheckedEntry.ptr.prototype.Should, $c: true, $r, _r, ce, ent, should, $s};return $f;
	};
	CheckedEntry.prototype.Should = function(ent, should) { return this.$val.Should(ent, should); };
	LowercaseLevelEncoder = function(l, enc) {
		var {_r, enc, l, $s, $r, $c} = $restore(this, {l, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = new Level(l).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$r = enc.AppendString(_r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: LowercaseLevelEncoder, $c: true, $r, _r, enc, l, $s};return $f;
	};
	$pkg.LowercaseLevelEncoder = LowercaseLevelEncoder;
	LowercaseColorLevelEncoder = function(l, enc) {
		var {_entry, _r, _r$1, _tuple, enc, l, ok, s, $s, $r, $c} = $restore(this, {l, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = (_entry = _levelToLowercaseColorString[Level.keyFor(l)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		s = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r = new Level(l).String(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = new color.Color(_unknownLevelColor).Add(_r); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			s = _r$1;
		/* } */ case 2:
		$r = enc.AppendString(s); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: LowercaseColorLevelEncoder, $c: true, $r, _entry, _r, _r$1, _tuple, enc, l, ok, s, $s};return $f;
	};
	$pkg.LowercaseColorLevelEncoder = LowercaseColorLevelEncoder;
	CapitalLevelEncoder = function(l, enc) {
		var {_r, enc, l, $s, $r, $c} = $restore(this, {l, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = new Level(l).CapitalString(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$r = enc.AppendString(_r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: CapitalLevelEncoder, $c: true, $r, _r, enc, l, $s};return $f;
	};
	$pkg.CapitalLevelEncoder = CapitalLevelEncoder;
	CapitalColorLevelEncoder = function(l, enc) {
		var {_entry, _r, _r$1, _tuple, enc, l, ok, s, $s, $r, $c} = $restore(this, {l, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = (_entry = _levelToCapitalColorString[Level.keyFor(l)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		s = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r = new Level(l).CapitalString(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = new color.Color(_unknownLevelColor).Add(_r); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			s = _r$1;
		/* } */ case 2:
		$r = enc.AppendString(s); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: CapitalColorLevelEncoder, $c: true, $r, _entry, _r, _r$1, _tuple, enc, l, ok, s, $s};return $f;
	};
	$pkg.CapitalColorLevelEncoder = CapitalColorLevelEncoder;
	$ptrType(LevelEncoder).prototype.UnmarshalText = function(text) {
		var _1, e, text;
		e = this;
		_1 = ($bytesToString(text));
		if (_1 === ("capital")) {
			e.$set(CapitalLevelEncoder);
		} else if (_1 === ("capitalColor")) {
			e.$set(CapitalColorLevelEncoder);
		} else if (_1 === ("color")) {
			e.$set(LowercaseColorLevelEncoder);
		} else {
			e.$set(LowercaseLevelEncoder);
		}
		return $ifaceNil;
	};
	EpochTimeEncoder = function(t, enc) {
		var {enc, nanos, sec, t, $s, $r, $c} = $restore(this, {t, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nanos = $clone(t, time.Time).UnixNano();
		sec = ($flatten64(nanos)) / 1e+09;
		$r = enc.AppendFloat64(sec); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: EpochTimeEncoder, $c: true, $r, enc, nanos, sec, t, $s};return $f;
	};
	$pkg.EpochTimeEncoder = EpochTimeEncoder;
	EpochMillisTimeEncoder = function(t, enc) {
		var {enc, millis, nanos, t, $s, $r, $c} = $restore(this, {t, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nanos = $clone(t, time.Time).UnixNano();
		millis = ($flatten64(nanos)) / 1e+06;
		$r = enc.AppendFloat64(millis); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: EpochMillisTimeEncoder, $c: true, $r, enc, millis, nanos, t, $s};return $f;
	};
	$pkg.EpochMillisTimeEncoder = EpochMillisTimeEncoder;
	EpochNanosTimeEncoder = function(t, enc) {
		var {enc, t, $s, $r, $c} = $restore(this, {t, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = enc.AppendInt64($clone(t, time.Time).UnixNano()); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: EpochNanosTimeEncoder, $c: true, $r, enc, t, $s};return $f;
	};
	$pkg.EpochNanosTimeEncoder = EpochNanosTimeEncoder;
	ISO8601TimeEncoder = function(t, enc) {
		var {_r, enc, t, $s, $r, $c} = $restore(this, {t, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(t, time.Time).Format("2006-01-02T15:04:05.000Z0700"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$r = enc.AppendString(_r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ISO8601TimeEncoder, $c: true, $r, _r, enc, t, $s};return $f;
	};
	$pkg.ISO8601TimeEncoder = ISO8601TimeEncoder;
	$ptrType(TimeEncoder).prototype.UnmarshalText = function(text) {
		var _1, e, text;
		e = this;
		_1 = ($bytesToString(text));
		if (_1 === ("iso8601") || _1 === ("ISO8601")) {
			e.$set(ISO8601TimeEncoder);
		} else if (_1 === ("millis")) {
			e.$set(EpochMillisTimeEncoder);
		} else if (_1 === ("nanos")) {
			e.$set(EpochNanosTimeEncoder);
		} else {
			e.$set(EpochTimeEncoder);
		}
		return $ifaceNil;
	};
	SecondsDurationEncoder = function(d, enc) {
		var {d, enc, $s, $r, $c} = $restore(this, {d, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = enc.AppendFloat64(($flatten64(d)) / 1e+09); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SecondsDurationEncoder, $c: true, $r, d, enc, $s};return $f;
	};
	$pkg.SecondsDurationEncoder = SecondsDurationEncoder;
	NanosDurationEncoder = function(d, enc) {
		var {d, enc, $s, $r, $c} = $restore(this, {d, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = enc.AppendInt64((new $Int64(d.$high, d.$low))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: NanosDurationEncoder, $c: true, $r, d, enc, $s};return $f;
	};
	$pkg.NanosDurationEncoder = NanosDurationEncoder;
	StringDurationEncoder = function(d, enc) {
		var {d, enc, $s, $r, $c} = $restore(this, {d, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = enc.AppendString(d.String()); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: StringDurationEncoder, $c: true, $r, d, enc, $s};return $f;
	};
	$pkg.StringDurationEncoder = StringDurationEncoder;
	$ptrType(DurationEncoder).prototype.UnmarshalText = function(text) {
		var _1, e, text;
		e = this;
		_1 = ($bytesToString(text));
		if (_1 === ("string")) {
			e.$set(StringDurationEncoder);
		} else if (_1 === ("nanos")) {
			e.$set(NanosDurationEncoder);
		} else {
			e.$set(SecondsDurationEncoder);
		}
		return $ifaceNil;
	};
	FullCallerEncoder = function(caller, enc) {
		var {_r, caller, enc, $s, $r, $c} = $restore(this, {caller, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(caller, EntryCaller).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$r = enc.AppendString(_r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FullCallerEncoder, $c: true, $r, _r, caller, enc, $s};return $f;
	};
	$pkg.FullCallerEncoder = FullCallerEncoder;
	ShortCallerEncoder = function(caller, enc) {
		var {_r, caller, enc, $s, $r, $c} = $restore(this, {caller, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(caller, EntryCaller).TrimmedPath(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$r = enc.AppendString(_r); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ShortCallerEncoder, $c: true, $r, _r, caller, enc, $s};return $f;
	};
	$pkg.ShortCallerEncoder = ShortCallerEncoder;
	$ptrType(CallerEncoder).prototype.UnmarshalText = function(text) {
		var _1, e, text;
		e = this;
		_1 = ($bytesToString(text));
		if (_1 === ("full")) {
			e.$set(FullCallerEncoder);
		} else {
			e.$set(ShortCallerEncoder);
		}
		return $ifaceNil;
	};
	FullNameEncoder = function(loggerName, enc) {
		var {enc, loggerName, $s, $r, $c} = $restore(this, {loggerName, enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = enc.AppendString(loggerName); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: FullNameEncoder, $c: true, $r, enc, loggerName, $s};return $f;
	};
	$pkg.FullNameEncoder = FullNameEncoder;
	$ptrType(NameEncoder).prototype.UnmarshalText = function(text) {
		var _1, e, text;
		e = this;
		_1 = ($bytesToString(text));
		if (_1 === ("full")) {
			e.$set(FullNameEncoder);
		} else {
			e.$set(FullNameEncoder);
		}
		return $ifaceNil;
	};
	NewNopCore = function() {
		var x$2;
		return (x$2 = new nopCore.ptr(), new x$2.constructor.elem(x$2));
	};
	$pkg.NewNopCore = NewNopCore;
	nopCore.ptr.prototype.Enabled = function(param) {
		var param;
		return false;
	};
	nopCore.prototype.Enabled = function(param) { return this.$val.Enabled(param); };
	nopCore.ptr.prototype.With = function(param) {
		var n, param;
		n = this;
		return new n.constructor.elem(n);
	};
	nopCore.prototype.With = function(param) { return this.$val.With(param); };
	nopCore.ptr.prototype.Check = function(param, ce) {
		var ce, param;
		return ce;
	};
	nopCore.prototype.Check = function(param, ce) { return this.$val.Check(param, ce); };
	nopCore.ptr.prototype.Write = function(param, param$1) {
		var param, param$1;
		return $ifaceNil;
	};
	nopCore.prototype.Write = function(param, param$1) { return this.$val.Write(param, param$1); };
	nopCore.ptr.prototype.Sync = function() {
		return $ifaceNil;
	};
	nopCore.prototype.Sync = function() { return this.$val.Sync(); };
	NewCore = function(enc, ws, enab) {
		var enab, enc, ws;
		return new ioCore.ptr(enab, enc, ws);
	};
	$pkg.NewCore = NewCore;
	ioCore.ptr.prototype.With = function(fields) {
		var {_r, c, clone, fields, $s, $r, $c} = $restore(this, {fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = c.clone(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		clone = _r;
		$r = addFields(clone.enc, fields); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return clone;
		/* */ } return; } var $f = {$blk: ioCore.ptr.prototype.With, $c: true, $r, _r, c, clone, fields, $s};return $f;
	};
	ioCore.prototype.With = function(fields) { return this.$val.With(fields); };
	ioCore.ptr.prototype.Check = function(ent, ce) {
		var {$24r, _r, _r$1, c, ce, ent, $s, $r, $c} = $restore(this, {ent, ce});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = c.LevelEnabler.Enabled(ent.Level); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r) { */ case 1:
			_r$1 = ce.AddCore($clone(ent, Entry), c); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		$s = -1; return ce;
		/* */ } return; } var $f = {$blk: ioCore.ptr.prototype.Check, $c: true, $r, $24r, _r, _r$1, c, ce, ent, $s};return $f;
	};
	ioCore.prototype.Check = function(ent, ce) { return this.$val.Check(ent, ce); };
	ioCore.ptr.prototype.Write = function(ent, fields) {
		var {_r, _r$1, _r$2, _tuple, _tuple$1, buf, c, ent, err, fields, $s, $r, $c} = $restore(this, {ent, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = c.enc.EncodeEntry($clone(ent, Entry), fields); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		buf = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$1 = c.out.Write(buf.Bytes()); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		err = _tuple$1[1];
		buf.Free();
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		/* */ if (ent.Level > 2) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (ent.Level > 2) { */ case 3:
			_r$2 = c.Sync(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: ioCore.ptr.prototype.Write, $c: true, $r, _r, _r$1, _r$2, _tuple, _tuple$1, buf, c, ent, err, fields, $s};return $f;
	};
	ioCore.prototype.Write = function(ent, fields) { return this.$val.Write(ent, fields); };
	ioCore.ptr.prototype.Sync = function() {
		var {$24r, _r, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = c.out.Sync(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ioCore.ptr.prototype.Sync, $c: true, $r, $24r, _r, c, $s};return $f;
	};
	ioCore.prototype.Sync = function() { return this.$val.Sync(); };
	ioCore.ptr.prototype.clone = function() {
		var {$24r, _r, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = c.enc.Clone(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = new ioCore.ptr(c.LevelEnabler, _r, c.out);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ioCore.ptr.prototype.clone, $c: true, $r, $24r, _r, c, $s};return $f;
	};
	ioCore.prototype.clone = function() { return this.$val.clone(); };
	getSliceEncoder = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = _sliceEncoderPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = $assertType(_r, ptrType$10);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: getSliceEncoder, $c: true, $r, $24r, _r, $s};return $f;
	};
	putSliceEncoder = function(e) {
		var e;
		e.elems = $subslice(e.elems, 0, 0);
		_sliceEncoderPool.Put(e);
	};
	NewConsoleEncoder = function(cfg) {
		var {$24r, _r, cfg, x$2, $s, $r, $c} = $restore(this, {cfg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = newJSONEncoder($clone(cfg, EncoderConfig), true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (x$2 = new consoleEncoder.ptr(_r), new x$2.constructor.elem(x$2));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewConsoleEncoder, $c: true, $r, $24r, _r, cfg, x$2, $s};return $f;
	};
	$pkg.NewConsoleEncoder = NewConsoleEncoder;
	consoleEncoder.ptr.prototype.Clone = function() {
		var {$24r, _r, c, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = c.jsonEncoder.Clone(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (x$2 = new consoleEncoder.ptr($assertType(_r, ptrType$7)), new x$2.constructor.elem(x$2));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: consoleEncoder.ptr.prototype.Clone, $c: true, $r, $24r, _r, c, x$2, $s};return $f;
	};
	consoleEncoder.prototype.Clone = function() { return this.$val.Clone(); };
	consoleEncoder.ptr.prototype.EncodeEntry = function(ent, fields) {
		var {_i, _r, _r$1, _r$2, _ref, arr, c, ent, fields, i, line, nameEncoder, x$2, $s, $r, $c} = $restore(this, {ent, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = bufferpool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		line = _r;
		_r$1 = getSliceEncoder(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		arr = _r$1;
		/* */ if (!(c.jsonEncoder.EncoderConfig.TimeKey === "") && !(c.jsonEncoder.EncoderConfig.EncodeTime === $throwNilPointerError)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(c.jsonEncoder.EncoderConfig.TimeKey === "") && !(c.jsonEncoder.EncoderConfig.EncodeTime === $throwNilPointerError)) { */ case 3:
			$r = c.jsonEncoder.EncoderConfig.EncodeTime($clone(ent.Time, time.Time), arr); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		/* */ if (!(c.jsonEncoder.EncoderConfig.LevelKey === "") && !(c.jsonEncoder.EncoderConfig.EncodeLevel === $throwNilPointerError)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(c.jsonEncoder.EncoderConfig.LevelKey === "") && !(c.jsonEncoder.EncoderConfig.EncodeLevel === $throwNilPointerError)) { */ case 6:
			$r = c.jsonEncoder.EncoderConfig.EncodeLevel(ent.Level, arr); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		/* */ if (!(ent.LoggerName === "") && !(c.jsonEncoder.EncoderConfig.NameKey === "")) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(ent.LoggerName === "") && !(c.jsonEncoder.EncoderConfig.NameKey === "")) { */ case 9:
			nameEncoder = c.jsonEncoder.EncoderConfig.EncodeName;
			if (nameEncoder === $throwNilPointerError) {
				nameEncoder = FullNameEncoder;
			}
			$r = nameEncoder(ent.LoggerName, arr); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		/* */ if (ent.Caller.Defined && !(c.jsonEncoder.EncoderConfig.CallerKey === "") && !(c.jsonEncoder.EncoderConfig.EncodeCaller === $throwNilPointerError)) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (ent.Caller.Defined && !(c.jsonEncoder.EncoderConfig.CallerKey === "") && !(c.jsonEncoder.EncoderConfig.EncodeCaller === $throwNilPointerError)) { */ case 12:
			$r = c.jsonEncoder.EncoderConfig.EncodeCaller($clone(ent.Caller, EntryCaller), arr); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 13:
		_ref = arr.elems;
		_i = 0;
		/* while (true) { */ case 15:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 16; continue; }
			i = _i;
			if (i > 0) {
				line.AppendByte(9);
			}
			_r$2 = fmt.Fprint(line, new sliceType([(x$2 = arr.elems, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i]))])); /* */ $s = 17; case 17: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_i++;
		$s = 15; continue;
		case 16:
		putSliceEncoder(arr);
		if (!(c.jsonEncoder.EncoderConfig.MessageKey === "")) {
			$clone(c, consoleEncoder).addTabIfNecessary(line);
			line.AppendString(ent.Message);
		}
		$r = $clone(c, consoleEncoder).writeContext(line, fields); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!(ent.Stack === "") && !(c.jsonEncoder.EncoderConfig.StacktraceKey === "")) {
			line.AppendByte(10);
			line.AppendString(ent.Stack);
		}
		if (!(c.jsonEncoder.EncoderConfig.LineEnding === "")) {
			line.AppendString(c.jsonEncoder.EncoderConfig.LineEnding);
		} else {
			line.AppendString("\n");
		}
		$s = -1; return [line, $ifaceNil];
		/* */ } return; } var $f = {$blk: consoleEncoder.ptr.prototype.EncodeEntry, $c: true, $r, _i, _r, _r$1, _r$2, _ref, arr, c, ent, fields, i, line, nameEncoder, x$2, $s};return $f;
	};
	consoleEncoder.prototype.EncodeEntry = function(ent, fields) { return this.$val.EncodeEntry(ent, fields); };
	consoleEncoder.ptr.prototype.writeContext = function(line, extra) {
		var {_r, c, context, extra, line, $s, $deferred, $r, $c} = $restore(this, {line, extra});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		_r = c.jsonEncoder.Clone(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		context = $assertType(_r, ptrType$7);
		$deferred.push([$methodVal(context.buf, "Free"), []]);
		$r = addFields(context, extra); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		context.closeOpenNamespaces();
		/* */ if (context.buf.Len() === 0) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (context.buf.Len() === 0) { */ case 3:
			$s = 5; case 5: return;
		/* } */ case 4:
		$clone(c, consoleEncoder).addTabIfNecessary(line);
		line.AppendByte(123);
		line.Write(context.buf.Bytes());
		line.AppendByte(125);
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: consoleEncoder.ptr.prototype.writeContext, $c: true, $r, _r, c, context, extra, line, $s, $deferred};return $f; } }
	};
	consoleEncoder.prototype.writeContext = function(line, extra) { return this.$val.writeContext(line, extra); };
	consoleEncoder.ptr.prototype.addTabIfNecessary = function(line) {
		var c, line;
		c = this;
		if (line.Len() > 0) {
			line.AppendByte(9);
		}
	};
	consoleEncoder.prototype.addTabIfNecessary = function(line) { return this.$val.addTabIfNecessary(line); };
	ptrType$4.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}];
	writerWrapper.methods = [{prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}];
	multiWriteSyncer.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$11.methods = [{prop: "IncCheckReset", name: "IncCheckReset", pkg: "", typ: $funcType([time.Time, time.Duration], [$Uint64], false)}];
	ptrType$5.methods = [{prop: "get", name: "get", pkg: "go.uber.org/zap/zapcore", typ: $funcType([Level, $String], [ptrType$11], false)}];
	ptrType$12.methods = [{prop: "With", name: "With", pkg: "", typ: $funcType([sliceType$5], [Core], false)}, {prop: "Check", name: "Check", pkg: "", typ: $funcType([Entry, ptrType$8], [ptrType$8], false)}];
	MapObjectEncoder.methods = [{prop: "AddDuration", name: "AddDuration", pkg: "", typ: $funcType([$String, time.Duration], [], false)}, {prop: "AddTime", name: "AddTime", pkg: "", typ: $funcType([$String, time.Time], [], false)}];
	ptrType$13.methods = [{prop: "AddArray", name: "AddArray", pkg: "", typ: $funcType([$String, ArrayMarshaler], [$error], false)}, {prop: "AddObject", name: "AddObject", pkg: "", typ: $funcType([$String, ObjectMarshaler], [$error], false)}, {prop: "AddBinary", name: "AddBinary", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddByteString", name: "AddByteString", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddBool", name: "AddBool", pkg: "", typ: $funcType([$String, $Bool], [], false)}, {prop: "AddComplex128", name: "AddComplex128", pkg: "", typ: $funcType([$String, $Complex128], [], false)}, {prop: "AddComplex64", name: "AddComplex64", pkg: "", typ: $funcType([$String, $Complex64], [], false)}, {prop: "AddFloat64", name: "AddFloat64", pkg: "", typ: $funcType([$String, $Float64], [], false)}, {prop: "AddFloat32", name: "AddFloat32", pkg: "", typ: $funcType([$String, $Float32], [], false)}, {prop: "AddInt", name: "AddInt", pkg: "", typ: $funcType([$String, $Int], [], false)}, {prop: "AddInt64", name: "AddInt64", pkg: "", typ: $funcType([$String, $Int64], [], false)}, {prop: "AddInt32", name: "AddInt32", pkg: "", typ: $funcType([$String, $Int32], [], false)}, {prop: "AddInt16", name: "AddInt16", pkg: "", typ: $funcType([$String, $Int16], [], false)}, {prop: "AddInt8", name: "AddInt8", pkg: "", typ: $funcType([$String, $Int8], [], false)}, {prop: "AddString", name: "AddString", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "AddUint", name: "AddUint", pkg: "", typ: $funcType([$String, $Uint], [], false)}, {prop: "AddUint64", name: "AddUint64", pkg: "", typ: $funcType([$String, $Uint64], [], false)}, {prop: "AddUint32", name: "AddUint32", pkg: "", typ: $funcType([$String, $Uint32], [], false)}, {prop: "AddUint16", name: "AddUint16", pkg: "", typ: $funcType([$String, $Uint16], [], false)}, {prop: "AddUint8", name: "AddUint8", pkg: "", typ: $funcType([$String, $Uint8], [], false)}, {prop: "AddUintptr", name: "AddUintptr", pkg: "", typ: $funcType([$String, $Uintptr], [], false)}, {prop: "AddReflected", name: "AddReflected", pkg: "", typ: $funcType([$String, $emptyInterface], [$error], false)}, {prop: "OpenNamespace", name: "OpenNamespace", pkg: "", typ: $funcType([$String], [], false)}];
	ptrType$10.methods = [{prop: "AppendArray", name: "AppendArray", pkg: "", typ: $funcType([ArrayMarshaler], [$error], false)}, {prop: "AppendObject", name: "AppendObject", pkg: "", typ: $funcType([ObjectMarshaler], [$error], false)}, {prop: "AppendReflected", name: "AppendReflected", pkg: "", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "AppendBool", name: "AppendBool", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "AppendByteString", name: "AppendByteString", pkg: "", typ: $funcType([sliceType$3], [], false)}, {prop: "AppendComplex128", name: "AppendComplex128", pkg: "", typ: $funcType([$Complex128], [], false)}, {prop: "AppendComplex64", name: "AppendComplex64", pkg: "", typ: $funcType([$Complex64], [], false)}, {prop: "AppendDuration", name: "AppendDuration", pkg: "", typ: $funcType([time.Duration], [], false)}, {prop: "AppendFloat64", name: "AppendFloat64", pkg: "", typ: $funcType([$Float64], [], false)}, {prop: "AppendFloat32", name: "AppendFloat32", pkg: "", typ: $funcType([$Float32], [], false)}, {prop: "AppendInt", name: "AppendInt", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "AppendInt64", name: "AppendInt64", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "AppendInt32", name: "AppendInt32", pkg: "", typ: $funcType([$Int32], [], false)}, {prop: "AppendInt16", name: "AppendInt16", pkg: "", typ: $funcType([$Int16], [], false)}, {prop: "AppendInt8", name: "AppendInt8", pkg: "", typ: $funcType([$Int8], [], false)}, {prop: "AppendString", name: "AppendString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "AppendTime", name: "AppendTime", pkg: "", typ: $funcType([time.Time], [], false)}, {prop: "AppendUint", name: "AppendUint", pkg: "", typ: $funcType([$Uint], [], false)}, {prop: "AppendUint64", name: "AppendUint64", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "AppendUint32", name: "AppendUint32", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AppendUint16", name: "AppendUint16", pkg: "", typ: $funcType([$Uint16], [], false)}, {prop: "AppendUint8", name: "AppendUint8", pkg: "", typ: $funcType([$Uint8], [], false)}, {prop: "AppendUintptr", name: "AppendUintptr", pkg: "", typ: $funcType([$Uintptr], [], false)}];
	Level.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "CapitalString", name: "CapitalString", pkg: "", typ: $funcType([], [$String], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType$3, $error], false)}, {prop: "Enabled", name: "Enabled", pkg: "", typ: $funcType([Level], [$Bool], false)}];
	ptrType$6.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$3], [$error], false)}, {prop: "unmarshalText", name: "unmarshalText", pkg: "go.uber.org/zap/zapcore", typ: $funcType([sliceType$3], [$Bool], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}];
	ptrType$7.methods = [{prop: "AddArray", name: "AddArray", pkg: "", typ: $funcType([$String, ArrayMarshaler], [$error], false)}, {prop: "AddObject", name: "AddObject", pkg: "", typ: $funcType([$String, ObjectMarshaler], [$error], false)}, {prop: "AddBinary", name: "AddBinary", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddByteString", name: "AddByteString", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddBool", name: "AddBool", pkg: "", typ: $funcType([$String, $Bool], [], false)}, {prop: "AddComplex128", name: "AddComplex128", pkg: "", typ: $funcType([$String, $Complex128], [], false)}, {prop: "AddDuration", name: "AddDuration", pkg: "", typ: $funcType([$String, time.Duration], [], false)}, {prop: "AddFloat64", name: "AddFloat64", pkg: "", typ: $funcType([$String, $Float64], [], false)}, {prop: "AddInt64", name: "AddInt64", pkg: "", typ: $funcType([$String, $Int64], [], false)}, {prop: "resetReflectBuf", name: "resetReflectBuf", pkg: "go.uber.org/zap/zapcore", typ: $funcType([], [], false)}, {prop: "AddReflected", name: "AddReflected", pkg: "", typ: $funcType([$String, $emptyInterface], [$error], false)}, {prop: "OpenNamespace", name: "OpenNamespace", pkg: "", typ: $funcType([$String], [], false)}, {prop: "AddString", name: "AddString", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "AddTime", name: "AddTime", pkg: "", typ: $funcType([$String, time.Time], [], false)}, {prop: "AddUint64", name: "AddUint64", pkg: "", typ: $funcType([$String, $Uint64], [], false)}, {prop: "AppendArray", name: "AppendArray", pkg: "", typ: $funcType([ArrayMarshaler], [$error], false)}, {prop: "AppendObject", name: "AppendObject", pkg: "", typ: $funcType([ObjectMarshaler], [$error], false)}, {prop: "AppendBool", name: "AppendBool", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "AppendByteString", name: "AppendByteString", pkg: "", typ: $funcType([sliceType$3], [], false)}, {prop: "AppendComplex128", name: "AppendComplex128", pkg: "", typ: $funcType([$Complex128], [], false)}, {prop: "AppendDuration", name: "AppendDuration", pkg: "", typ: $funcType([time.Duration], [], false)}, {prop: "AppendInt64", name: "AppendInt64", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "AppendReflected", name: "AppendReflected", pkg: "", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "AppendString", name: "AppendString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "AppendTime", name: "AppendTime", pkg: "", typ: $funcType([time.Time], [], false)}, {prop: "AppendUint64", name: "AppendUint64", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "AddComplex64", name: "AddComplex64", pkg: "", typ: $funcType([$String, $Complex64], [], false)}, {prop: "AddFloat32", name: "AddFloat32", pkg: "", typ: $funcType([$String, $Float32], [], false)}, {prop: "AddInt", name: "AddInt", pkg: "", typ: $funcType([$String, $Int], [], false)}, {prop: "AddInt32", name: "AddInt32", pkg: "", typ: $funcType([$String, $Int32], [], false)}, {prop: "AddInt16", name: "AddInt16", pkg: "", typ: $funcType([$String, $Int16], [], false)}, {prop: "AddInt8", name: "AddInt8", pkg: "", typ: $funcType([$String, $Int8], [], false)}, {prop: "AddUint", name: "AddUint", pkg: "", typ: $funcType([$String, $Uint], [], false)}, {prop: "AddUint32", name: "AddUint32", pkg: "", typ: $funcType([$String, $Uint32], [], false)}, {prop: "AddUint16", name: "AddUint16", pkg: "", typ: $funcType([$String, $Uint16], [], false)}, {prop: "AddUint8", name: "AddUint8", pkg: "", typ: $funcType([$String, $Uint8], [], false)}, {prop: "AddUintptr", name: "AddUintptr", pkg: "", typ: $funcType([$String, $Uintptr], [], false)}, {prop: "AppendComplex64", name: "AppendComplex64", pkg: "", typ: $funcType([$Complex64], [], false)}, {prop: "AppendFloat64", name: "AppendFloat64", pkg: "", typ: $funcType([$Float64], [], false)}, {prop: "AppendFloat32", name: "AppendFloat32", pkg: "", typ: $funcType([$Float32], [], false)}, {prop: "AppendInt", name: "AppendInt", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "AppendInt32", name: "AppendInt32", pkg: "", typ: $funcType([$Int32], [], false)}, {prop: "AppendInt16", name: "AppendInt16", pkg: "", typ: $funcType([$Int16], [], false)}, {prop: "AppendInt8", name: "AppendInt8", pkg: "", typ: $funcType([$Int8], [], false)}, {prop: "AppendUint", name: "AppendUint", pkg: "", typ: $funcType([$Uint], [], false)}, {prop: "AppendUint32", name: "AppendUint32", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AppendUint16", name: "AppendUint16", pkg: "", typ: $funcType([$Uint16], [], false)}, {prop: "AppendUint8", name: "AppendUint8", pkg: "", typ: $funcType([$Uint8], [], false)}, {prop: "AppendUintptr", name: "AppendUintptr", pkg: "", typ: $funcType([$Uintptr], [], false)}, {prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Encoder], false)}, {prop: "clone", name: "clone", pkg: "go.uber.org/zap/zapcore", typ: $funcType([], [ptrType$7], false)}, {prop: "EncodeEntry", name: "EncodeEntry", pkg: "", typ: $funcType([Entry, sliceType$5], [ptrType$1, $error], false)}, {prop: "truncate", name: "truncate", pkg: "go.uber.org/zap/zapcore", typ: $funcType([], [], false)}, {prop: "closeOpenNamespaces", name: "closeOpenNamespaces", pkg: "go.uber.org/zap/zapcore", typ: $funcType([], [], false)}, {prop: "addKey", name: "addKey", pkg: "go.uber.org/zap/zapcore", typ: $funcType([$String], [], false)}, {prop: "addElementSeparator", name: "addElementSeparator", pkg: "go.uber.org/zap/zapcore", typ: $funcType([], [], false)}, {prop: "appendFloat", name: "appendFloat", pkg: "go.uber.org/zap/zapcore", typ: $funcType([$Float64, $Int], [], false)}, {prop: "safeAddString", name: "safeAddString", pkg: "go.uber.org/zap/zapcore", typ: $funcType([$String], [], false)}, {prop: "safeAddByteString", name: "safeAddByteString", pkg: "go.uber.org/zap/zapcore", typ: $funcType([sliceType$3], [], false)}, {prop: "tryAddRuneSelf", name: "tryAddRuneSelf", pkg: "go.uber.org/zap/zapcore", typ: $funcType([$Uint8], [$Bool], false)}, {prop: "tryAddRuneError", name: "tryAddRuneError", pkg: "go.uber.org/zap/zapcore", typ: $funcType([$Int32, $Int], [$Bool], false)}];
	Field.methods = [{prop: "AddTo", name: "AddTo", pkg: "", typ: $funcType([ObjectEncoder], [], false)}, {prop: "Equals", name: "Equals", pkg: "", typ: $funcType([Field], [$Bool], false)}];
	errArray.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([ArrayEncoder], [$error], false)}];
	ptrType$9.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([ArrayEncoder], [$error], false)}, {prop: "MarshalLogObject", name: "MarshalLogObject", pkg: "", typ: $funcType([ObjectEncoder], [$error], false)}, {prop: "Free", name: "Free", pkg: "", typ: $funcType([], [], false)}];
	EntryCaller.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "FullPath", name: "FullPath", pkg: "", typ: $funcType([], [$String], false)}, {prop: "TrimmedPath", name: "TrimmedPath", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$8.methods = [{prop: "reset", name: "reset", pkg: "go.uber.org/zap/zapcore", typ: $funcType([], [], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$5], [], true)}, {prop: "AddCore", name: "AddCore", pkg: "", typ: $funcType([Entry, Core], [ptrType$8], false)}, {prop: "Should", name: "Should", pkg: "", typ: $funcType([Entry, CheckWriteAction], [ptrType$8], false)}];
	ptrType$15.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$3], [$error], false)}];
	ptrType$16.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$3], [$error], false)}];
	ptrType$17.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$3], [$error], false)}];
	ptrType$18.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$3], [$error], false)}];
	ptrType$19.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$3], [$error], false)}];
	nopCore.methods = [{prop: "Enabled", name: "Enabled", pkg: "", typ: $funcType([Level], [$Bool], false)}, {prop: "With", name: "With", pkg: "", typ: $funcType([sliceType$5], [Core], false)}, {prop: "Check", name: "Check", pkg: "", typ: $funcType([Entry, ptrType$8], [ptrType$8], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([Entry, sliceType$5], [$error], false)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$20.methods = [{prop: "With", name: "With", pkg: "", typ: $funcType([sliceType$5], [Core], false)}, {prop: "Check", name: "Check", pkg: "", typ: $funcType([Entry, ptrType$8], [ptrType$8], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([Entry, sliceType$5], [$error], false)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}, {prop: "clone", name: "clone", pkg: "go.uber.org/zap/zapcore", typ: $funcType([], [ptrType$20], false)}];
	consoleEncoder.methods = [{prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Encoder], false)}, {prop: "EncodeEntry", name: "EncodeEntry", pkg: "", typ: $funcType([Entry, sliceType$5], [ptrType$1, $error], false)}, {prop: "writeContext", name: "writeContext", pkg: "go.uber.org/zap/zapcore", typ: $funcType([ptrType$1, sliceType$5], [], false)}, {prop: "addTabIfNecessary", name: "addTabIfNecessary", pkg: "go.uber.org/zap/zapcore", typ: $funcType([ptrType$1], [], false)}];
	WriteSyncer.init([{prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}]);
	lockedWriteSyncer.init("go.uber.org/zap/zapcore", [{prop: "Mutex", name: "Mutex", embedded: true, exported: true, typ: sync.Mutex, tag: ""}, {prop: "ws", name: "ws", embedded: false, exported: false, typ: WriteSyncer, tag: ""}]);
	writerWrapper.init("", [{prop: "Writer", name: "Writer", embedded: true, exported: true, typ: io.Writer, tag: ""}]);
	multiWriteSyncer.init(WriteSyncer);
	counter.init("go.uber.org/zap/zapcore", [{prop: "resetAt", name: "resetAt", embedded: false, exported: false, typ: atomic.Int64, tag: ""}, {prop: "counter", name: "counter", embedded: false, exported: false, typ: atomic.Uint64, tag: ""}]);
	counters.init(arrayType, 7);
	sampler.init("go.uber.org/zap/zapcore", [{prop: "Core", name: "Core", embedded: true, exported: true, typ: Core, tag: ""}, {prop: "counts", name: "counts", embedded: false, exported: false, typ: ptrType$5, tag: ""}, {prop: "tick", name: "tick", embedded: false, exported: false, typ: time.Duration, tag: ""}, {prop: "first", name: "first", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "thereafter", name: "thereafter", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	MapObjectEncoder.init("go.uber.org/zap/zapcore", [{prop: "Fields", name: "Fields", embedded: false, exported: true, typ: mapType, tag: ""}, {prop: "cur", name: "cur", embedded: false, exported: false, typ: mapType, tag: ""}]);
	sliceArrayEncoder.init("go.uber.org/zap/zapcore", [{prop: "elems", name: "elems", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	ObjectMarshaler.init([{prop: "MarshalLogObject", name: "MarshalLogObject", pkg: "", typ: $funcType([ObjectEncoder], [$error], false)}]);
	ArrayMarshaler.init([{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([ArrayEncoder], [$error], false)}]);
	LevelEnabler.init([{prop: "Enabled", name: "Enabled", pkg: "", typ: $funcType([Level], [$Bool], false)}]);
	jsonEncoder.init("go.uber.org/zap/zapcore", [{prop: "EncoderConfig", name: "EncoderConfig", embedded: true, exported: true, typ: ptrType, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "spaced", name: "spaced", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "openNamespaces", name: "openNamespaces", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "reflectBuf", name: "reflectBuf", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "reflectEnc", name: "reflectEnc", embedded: false, exported: false, typ: ptrType$2, tag: ""}]);
	Field.init("", [{prop: "Key", name: "Key", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Type", name: "Type", embedded: false, exported: true, typ: FieldType, tag: ""}, {prop: "Integer", name: "Integer", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "String", name: "String", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Interface", name: "Interface", embedded: false, exported: true, typ: $emptyInterface, tag: ""}]);
	errorGroup.init([{prop: "Errors", name: "Errors", pkg: "", typ: $funcType([], [sliceType$6], false)}]);
	errArray.init($error);
	errArrayElem.init("go.uber.org/zap/zapcore", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	EntryCaller.init("", [{prop: "Defined", name: "Defined", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "PC", name: "PC", embedded: false, exported: true, typ: $Uintptr, tag: ""}, {prop: "File", name: "File", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Line", name: "Line", embedded: false, exported: true, typ: $Int, tag: ""}]);
	Entry.init("", [{prop: "Level", name: "Level", embedded: false, exported: true, typ: Level, tag: ""}, {prop: "Time", name: "Time", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "LoggerName", name: "LoggerName", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Message", name: "Message", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Caller", name: "Caller", embedded: false, exported: true, typ: EntryCaller, tag: ""}, {prop: "Stack", name: "Stack", embedded: false, exported: true, typ: $String, tag: ""}]);
	CheckedEntry.init("go.uber.org/zap/zapcore", [{prop: "Entry", name: "Entry", embedded: true, exported: true, typ: Entry, tag: ""}, {prop: "ErrorOutput", name: "ErrorOutput", embedded: false, exported: true, typ: WriteSyncer, tag: ""}, {prop: "dirty", name: "dirty", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "should", name: "should", embedded: false, exported: false, typ: CheckWriteAction, tag: ""}, {prop: "cores", name: "cores", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	LevelEncoder.init([Level, PrimitiveArrayEncoder], [], false);
	TimeEncoder.init([time.Time, PrimitiveArrayEncoder], [], false);
	DurationEncoder.init([time.Duration, PrimitiveArrayEncoder], [], false);
	CallerEncoder.init([EntryCaller, PrimitiveArrayEncoder], [], false);
	NameEncoder.init([$String, PrimitiveArrayEncoder], [], false);
	EncoderConfig.init("", [{prop: "MessageKey", name: "MessageKey", embedded: false, exported: true, typ: $String, tag: "json:\"messageKey\" yaml:\"messageKey\""}, {prop: "LevelKey", name: "LevelKey", embedded: false, exported: true, typ: $String, tag: "json:\"levelKey\" yaml:\"levelKey\""}, {prop: "TimeKey", name: "TimeKey", embedded: false, exported: true, typ: $String, tag: "json:\"timeKey\" yaml:\"timeKey\""}, {prop: "NameKey", name: "NameKey", embedded: false, exported: true, typ: $String, tag: "json:\"nameKey\" yaml:\"nameKey\""}, {prop: "CallerKey", name: "CallerKey", embedded: false, exported: true, typ: $String, tag: "json:\"callerKey\" yaml:\"callerKey\""}, {prop: "StacktraceKey", name: "StacktraceKey", embedded: false, exported: true, typ: $String, tag: "json:\"stacktraceKey\" yaml:\"stacktraceKey\""}, {prop: "LineEnding", name: "LineEnding", embedded: false, exported: true, typ: $String, tag: "json:\"lineEnding\" yaml:\"lineEnding\""}, {prop: "EncodeLevel", name: "EncodeLevel", embedded: false, exported: true, typ: LevelEncoder, tag: "json:\"levelEncoder\" yaml:\"levelEncoder\""}, {prop: "EncodeTime", name: "EncodeTime", embedded: false, exported: true, typ: TimeEncoder, tag: "json:\"timeEncoder\" yaml:\"timeEncoder\""}, {prop: "EncodeDuration", name: "EncodeDuration", embedded: false, exported: true, typ: DurationEncoder, tag: "json:\"durationEncoder\" yaml:\"durationEncoder\""}, {prop: "EncodeCaller", name: "EncodeCaller", embedded: false, exported: true, typ: CallerEncoder, tag: "json:\"callerEncoder\" yaml:\"callerEncoder\""}, {prop: "EncodeName", name: "EncodeName", embedded: false, exported: true, typ: NameEncoder, tag: "json:\"nameEncoder\" yaml:\"nameEncoder\""}]);
	ObjectEncoder.init([{prop: "AddArray", name: "AddArray", pkg: "", typ: $funcType([$String, ArrayMarshaler], [$error], false)}, {prop: "AddBinary", name: "AddBinary", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddBool", name: "AddBool", pkg: "", typ: $funcType([$String, $Bool], [], false)}, {prop: "AddByteString", name: "AddByteString", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddComplex128", name: "AddComplex128", pkg: "", typ: $funcType([$String, $Complex128], [], false)}, {prop: "AddComplex64", name: "AddComplex64", pkg: "", typ: $funcType([$String, $Complex64], [], false)}, {prop: "AddDuration", name: "AddDuration", pkg: "", typ: $funcType([$String, time.Duration], [], false)}, {prop: "AddFloat32", name: "AddFloat32", pkg: "", typ: $funcType([$String, $Float32], [], false)}, {prop: "AddFloat64", name: "AddFloat64", pkg: "", typ: $funcType([$String, $Float64], [], false)}, {prop: "AddInt", name: "AddInt", pkg: "", typ: $funcType([$String, $Int], [], false)}, {prop: "AddInt16", name: "AddInt16", pkg: "", typ: $funcType([$String, $Int16], [], false)}, {prop: "AddInt32", name: "AddInt32", pkg: "", typ: $funcType([$String, $Int32], [], false)}, {prop: "AddInt64", name: "AddInt64", pkg: "", typ: $funcType([$String, $Int64], [], false)}, {prop: "AddInt8", name: "AddInt8", pkg: "", typ: $funcType([$String, $Int8], [], false)}, {prop: "AddObject", name: "AddObject", pkg: "", typ: $funcType([$String, ObjectMarshaler], [$error], false)}, {prop: "AddReflected", name: "AddReflected", pkg: "", typ: $funcType([$String, $emptyInterface], [$error], false)}, {prop: "AddString", name: "AddString", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "AddTime", name: "AddTime", pkg: "", typ: $funcType([$String, time.Time], [], false)}, {prop: "AddUint", name: "AddUint", pkg: "", typ: $funcType([$String, $Uint], [], false)}, {prop: "AddUint16", name: "AddUint16", pkg: "", typ: $funcType([$String, $Uint16], [], false)}, {prop: "AddUint32", name: "AddUint32", pkg: "", typ: $funcType([$String, $Uint32], [], false)}, {prop: "AddUint64", name: "AddUint64", pkg: "", typ: $funcType([$String, $Uint64], [], false)}, {prop: "AddUint8", name: "AddUint8", pkg: "", typ: $funcType([$String, $Uint8], [], false)}, {prop: "AddUintptr", name: "AddUintptr", pkg: "", typ: $funcType([$String, $Uintptr], [], false)}, {prop: "OpenNamespace", name: "OpenNamespace", pkg: "", typ: $funcType([$String], [], false)}]);
	ArrayEncoder.init([{prop: "AppendArray", name: "AppendArray", pkg: "", typ: $funcType([ArrayMarshaler], [$error], false)}, {prop: "AppendBool", name: "AppendBool", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "AppendByteString", name: "AppendByteString", pkg: "", typ: $funcType([sliceType$3], [], false)}, {prop: "AppendComplex128", name: "AppendComplex128", pkg: "", typ: $funcType([$Complex128], [], false)}, {prop: "AppendComplex64", name: "AppendComplex64", pkg: "", typ: $funcType([$Complex64], [], false)}, {prop: "AppendDuration", name: "AppendDuration", pkg: "", typ: $funcType([time.Duration], [], false)}, {prop: "AppendFloat32", name: "AppendFloat32", pkg: "", typ: $funcType([$Float32], [], false)}, {prop: "AppendFloat64", name: "AppendFloat64", pkg: "", typ: $funcType([$Float64], [], false)}, {prop: "AppendInt", name: "AppendInt", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "AppendInt16", name: "AppendInt16", pkg: "", typ: $funcType([$Int16], [], false)}, {prop: "AppendInt32", name: "AppendInt32", pkg: "", typ: $funcType([$Int32], [], false)}, {prop: "AppendInt64", name: "AppendInt64", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "AppendInt8", name: "AppendInt8", pkg: "", typ: $funcType([$Int8], [], false)}, {prop: "AppendObject", name: "AppendObject", pkg: "", typ: $funcType([ObjectMarshaler], [$error], false)}, {prop: "AppendReflected", name: "AppendReflected", pkg: "", typ: $funcType([$emptyInterface], [$error], false)}, {prop: "AppendString", name: "AppendString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "AppendTime", name: "AppendTime", pkg: "", typ: $funcType([time.Time], [], false)}, {prop: "AppendUint", name: "AppendUint", pkg: "", typ: $funcType([$Uint], [], false)}, {prop: "AppendUint16", name: "AppendUint16", pkg: "", typ: $funcType([$Uint16], [], false)}, {prop: "AppendUint32", name: "AppendUint32", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AppendUint64", name: "AppendUint64", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "AppendUint8", name: "AppendUint8", pkg: "", typ: $funcType([$Uint8], [], false)}, {prop: "AppendUintptr", name: "AppendUintptr", pkg: "", typ: $funcType([$Uintptr], [], false)}]);
	PrimitiveArrayEncoder.init([{prop: "AppendBool", name: "AppendBool", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "AppendByteString", name: "AppendByteString", pkg: "", typ: $funcType([sliceType$3], [], false)}, {prop: "AppendComplex128", name: "AppendComplex128", pkg: "", typ: $funcType([$Complex128], [], false)}, {prop: "AppendComplex64", name: "AppendComplex64", pkg: "", typ: $funcType([$Complex64], [], false)}, {prop: "AppendFloat32", name: "AppendFloat32", pkg: "", typ: $funcType([$Float32], [], false)}, {prop: "AppendFloat64", name: "AppendFloat64", pkg: "", typ: $funcType([$Float64], [], false)}, {prop: "AppendInt", name: "AppendInt", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "AppendInt16", name: "AppendInt16", pkg: "", typ: $funcType([$Int16], [], false)}, {prop: "AppendInt32", name: "AppendInt32", pkg: "", typ: $funcType([$Int32], [], false)}, {prop: "AppendInt64", name: "AppendInt64", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "AppendInt8", name: "AppendInt8", pkg: "", typ: $funcType([$Int8], [], false)}, {prop: "AppendString", name: "AppendString", pkg: "", typ: $funcType([$String], [], false)}, {prop: "AppendUint", name: "AppendUint", pkg: "", typ: $funcType([$Uint], [], false)}, {prop: "AppendUint16", name: "AppendUint16", pkg: "", typ: $funcType([$Uint16], [], false)}, {prop: "AppendUint32", name: "AppendUint32", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AppendUint64", name: "AppendUint64", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "AppendUint8", name: "AppendUint8", pkg: "", typ: $funcType([$Uint8], [], false)}, {prop: "AppendUintptr", name: "AppendUintptr", pkg: "", typ: $funcType([$Uintptr], [], false)}]);
	Encoder.init([{prop: "AddArray", name: "AddArray", pkg: "", typ: $funcType([$String, ArrayMarshaler], [$error], false)}, {prop: "AddBinary", name: "AddBinary", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddBool", name: "AddBool", pkg: "", typ: $funcType([$String, $Bool], [], false)}, {prop: "AddByteString", name: "AddByteString", pkg: "", typ: $funcType([$String, sliceType$3], [], false)}, {prop: "AddComplex128", name: "AddComplex128", pkg: "", typ: $funcType([$String, $Complex128], [], false)}, {prop: "AddComplex64", name: "AddComplex64", pkg: "", typ: $funcType([$String, $Complex64], [], false)}, {prop: "AddDuration", name: "AddDuration", pkg: "", typ: $funcType([$String, time.Duration], [], false)}, {prop: "AddFloat32", name: "AddFloat32", pkg: "", typ: $funcType([$String, $Float32], [], false)}, {prop: "AddFloat64", name: "AddFloat64", pkg: "", typ: $funcType([$String, $Float64], [], false)}, {prop: "AddInt", name: "AddInt", pkg: "", typ: $funcType([$String, $Int], [], false)}, {prop: "AddInt16", name: "AddInt16", pkg: "", typ: $funcType([$String, $Int16], [], false)}, {prop: "AddInt32", name: "AddInt32", pkg: "", typ: $funcType([$String, $Int32], [], false)}, {prop: "AddInt64", name: "AddInt64", pkg: "", typ: $funcType([$String, $Int64], [], false)}, {prop: "AddInt8", name: "AddInt8", pkg: "", typ: $funcType([$String, $Int8], [], false)}, {prop: "AddObject", name: "AddObject", pkg: "", typ: $funcType([$String, ObjectMarshaler], [$error], false)}, {prop: "AddReflected", name: "AddReflected", pkg: "", typ: $funcType([$String, $emptyInterface], [$error], false)}, {prop: "AddString", name: "AddString", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "AddTime", name: "AddTime", pkg: "", typ: $funcType([$String, time.Time], [], false)}, {prop: "AddUint", name: "AddUint", pkg: "", typ: $funcType([$String, $Uint], [], false)}, {prop: "AddUint16", name: "AddUint16", pkg: "", typ: $funcType([$String, $Uint16], [], false)}, {prop: "AddUint32", name: "AddUint32", pkg: "", typ: $funcType([$String, $Uint32], [], false)}, {prop: "AddUint64", name: "AddUint64", pkg: "", typ: $funcType([$String, $Uint64], [], false)}, {prop: "AddUint8", name: "AddUint8", pkg: "", typ: $funcType([$String, $Uint8], [], false)}, {prop: "AddUintptr", name: "AddUintptr", pkg: "", typ: $funcType([$String, $Uintptr], [], false)}, {prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Encoder], false)}, {prop: "EncodeEntry", name: "EncodeEntry", pkg: "", typ: $funcType([Entry, sliceType$5], [ptrType$1, $error], false)}, {prop: "OpenNamespace", name: "OpenNamespace", pkg: "", typ: $funcType([$String], [], false)}]);
	Core.init([{prop: "Check", name: "Check", pkg: "", typ: $funcType([Entry, ptrType$8], [ptrType$8], false)}, {prop: "Enabled", name: "Enabled", pkg: "", typ: $funcType([Level], [$Bool], false)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}, {prop: "With", name: "With", pkg: "", typ: $funcType([sliceType$5], [Core], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([Entry, sliceType$5], [$error], false)}]);
	nopCore.init("", []);
	ioCore.init("go.uber.org/zap/zapcore", [{prop: "LevelEnabler", name: "LevelEnabler", embedded: true, exported: true, typ: LevelEnabler, tag: ""}, {prop: "enc", name: "enc", embedded: false, exported: false, typ: Encoder, tag: ""}, {prop: "out", name: "out", embedded: false, exported: false, typ: WriteSyncer, tag: ""}]);
	consoleEncoder.init("go.uber.org/zap/zapcore", [{prop: "jsonEncoder", name: "jsonEncoder", embedded: true, exported: false, typ: ptrType$7, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = base64.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = json.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = multierr.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = buffer.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bufferpool.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = color.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = exit.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_unknownLevelColor = 31;
		errUnmarshalNilLevel = errors.New("can't unmarshal a nil *Level");
		_levelToColor = $makeMap(Level.keyFor, [{ k: -1, v: 35 }, { k: 0, v: 34 }, { k: 1, v: 33 }, { k: 2, v: 31 }, { k: 3, v: 31 }, { k: 4, v: 31 }, { k: 5, v: 31 }]);
		_levelToLowercaseColorString = (x = $keys(_levelToColor).length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_levelToCapitalColorString = (x$1 = $keys(_levelToColor).length, ((x$1 < 0 || x$1 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_jsonPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new jsonEncoder.ptr(ptrType.nil, ptrType$1.nil, false, 0, ptrType$1.nil, ptrType$2.nil);
		}));
		_errArrayElemPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new errArrayElem.ptr($ifaceNil);
		}));
		_cePool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new CheckedEntry.ptr(new Entry.ptr(0, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$3.nil), "", "", new EntryCaller.ptr(false, 0, "", 0), ""), $ifaceNil, false, 0, $makeSlice(sliceType$1, 4));
		}));
		_sliceEncoderPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new sliceArrayEncoder.ptr($makeSlice(sliceType, 0, 2));
		}));
		$r = init(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["log"] = (function() {
	var $pkg = {}, $init, fmt, nosync, io, os, runtime, atomic, time, Logger, sliceType, ptrType, arrayType, ptrType$1, sliceType$1, ptrType$2, std, New, itoa, Printf, Fatalf;
	fmt = $packages["fmt"];
	nosync = $packages["github.com/gopherjs/gopherjs/nosync"];
	io = $packages["io"];
	os = $packages["os"];
	runtime = $packages["runtime"];
	atomic = $packages["sync/atomic"];
	time = $packages["time"];
	Logger = $pkg.Logger = $newType(0, $kindStruct, "log.Logger", true, "log", true, function(mu_, prefix_, flag_, out_, buf_, isDiscard_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mu = new nosync.Mutex.ptr(false);
			this.prefix = "";
			this.flag = 0;
			this.out = $ifaceNil;
			this.buf = sliceType.nil;
			this.isDiscard = 0;
			return;
		}
		this.mu = mu_;
		this.prefix = prefix_;
		this.flag = flag_;
		this.out = out_;
		this.buf = buf_;
		this.isDiscard = isDiscard_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType($Int32);
	arrayType = $arrayType($Uint8, 20);
	ptrType$1 = $ptrType(sliceType);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType$2 = $ptrType(Logger);
	New = function(out, prefix, flag) {
		var flag, l, out, prefix;
		l = new Logger.ptr(new nosync.Mutex.ptr(false), prefix, flag, out, sliceType.nil, 0);
		if ($interfaceIsEqual(out, io.Discard)) {
			l.isDiscard = 1;
		}
		return l;
	};
	$pkg.New = New;
	Logger.ptr.prototype.SetOutput = function(w) {
		var isDiscard, l, w, $deferred;
		/* */ var $err = null; try { $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = this;
		l.mu.Lock();
		$deferred.push([$methodVal(l.mu, "Unlock"), []]);
		l.out = w;
		isDiscard = 0;
		if ($interfaceIsEqual(w, io.Discard)) {
			isDiscard = 1;
		}
		atomic.StoreInt32((l.$ptr_isDiscard || (l.$ptr_isDiscard = new ptrType(function() { return this.$target.isDiscard; }, function($v) { this.$target.isDiscard = $v; }, l))), isDiscard);
		/* */ } catch(err) { $err = err; } finally { $callDeferred($deferred, $err); }
	};
	Logger.prototype.SetOutput = function(w) { return this.$val.SetOutput(w); };
	itoa = function(buf, i, wid) {
		var _q, b, bp, buf, i, q, wid;
		b = arrayType.zero();
		bp = 19;
		while (true) {
			if (!(i >= 10 || wid > 1)) { break; }
			wid = wid - (1) >> 0;
			q = (_q = i / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			((bp < 0 || bp >= b.length) ? ($throwRuntimeError("index out of range"), undefined) : b[bp] = ((((48 + i >> 0) - ($imul(q, 10)) >> 0) << 24 >>> 24)));
			bp = bp - (1) >> 0;
			i = q;
		}
		((bp < 0 || bp >= b.length) ? ($throwRuntimeError("index out of range"), undefined) : b[bp] = (((48 + i >> 0) << 24 >>> 24)));
		buf.$set($appendSlice(buf.$get(), $subslice(new sliceType(b), bp)));
	};
	Logger.ptr.prototype.formatHeader = function(buf, t, file, line) {
		var {_q, _r, _r$1, _tuple, _tuple$1, buf, day, file, hour, i, l, line, min, month, sec, short$1, t, year, $s, $r, $c} = $restore(this, {buf, t, file, line});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if ((l.flag & 64) === 0) {
			buf.$set($appendSlice(buf.$get(), l.prefix));
		}
		/* */ if (!(((l.flag & 7) === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(((l.flag & 7) === 0))) { */ case 1:
			if (!(((l.flag & 32) === 0))) {
				time.Time.copy(t, $clone(t, time.Time).UTC());
			}
			/* */ if (!(((l.flag & 1) === 0))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(((l.flag & 1) === 0))) { */ case 3:
				_r = $clone(t, time.Time).Date(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				year = _tuple[0];
				month = _tuple[1];
				day = _tuple[2];
				itoa(buf, year, 4);
				buf.$set($append(buf.$get(), 47));
				itoa(buf, ((month >> 0)), 2);
				buf.$set($append(buf.$get(), 47));
				itoa(buf, day, 2);
				buf.$set($append(buf.$get(), 32));
			/* } */ case 4:
			/* */ if (!(((l.flag & 6) === 0))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!(((l.flag & 6) === 0))) { */ case 6:
				_r$1 = $clone(t, time.Time).Clock(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$1 = _r$1;
				hour = _tuple$1[0];
				min = _tuple$1[1];
				sec = _tuple$1[2];
				itoa(buf, hour, 2);
				buf.$set($append(buf.$get(), 58));
				itoa(buf, min, 2);
				buf.$set($append(buf.$get(), 58));
				itoa(buf, sec, 2);
				if (!(((l.flag & 4) === 0))) {
					buf.$set($append(buf.$get(), 46));
					itoa(buf, (_q = $clone(t, time.Time).Nanosecond() / 1000, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), 6);
				}
				buf.$set($append(buf.$get(), 32));
			/* } */ case 7:
		/* } */ case 2:
		if (!(((l.flag & 24) === 0))) {
			if (!(((l.flag & 16) === 0))) {
				short$1 = file;
				i = file.length - 1 >> 0;
				while (true) {
					if (!(i > 0)) { break; }
					if (file.charCodeAt(i) === 47) {
						short$1 = $substring(file, (i + 1 >> 0));
						break;
					}
					i = i - (1) >> 0;
				}
				file = short$1;
			}
			buf.$set($appendSlice(buf.$get(), file));
			buf.$set($append(buf.$get(), 58));
			itoa(buf, line, -1);
			buf.$set($appendSlice(buf.$get(), ": "));
		}
		if (!(((l.flag & 64) === 0))) {
			buf.$set($appendSlice(buf.$get(), l.prefix));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.formatHeader, $c: true, $r, _q, _r, _r$1, _tuple, _tuple$1, buf, day, file, hour, i, l, line, min, month, sec, short$1, t, year, $s};return $f;
	};
	Logger.prototype.formatHeader = function(buf, t, file, line) { return this.$val.formatHeader(buf, t, file, line); };
	Logger.ptr.prototype.Output = function(calldepth, s) {
		var {$24r, _r, _r$1, _tuple, _tuple$1, calldepth, err, file, l, line, now, ok, s, $s, $deferred, $r, $c} = $restore(this, {calldepth, s});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = this;
		_r = time.Now(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		now = $clone(_r, time.Time);
		file = "";
		line = 0;
		l.mu.Lock();
		$deferred.push([$methodVal(l.mu, "Unlock"), []]);
		if (!(((l.flag & 24) === 0))) {
			l.mu.Unlock();
			ok = false;
			_tuple = runtime.Caller(calldepth);
			file = _tuple[1];
			line = _tuple[2];
			ok = _tuple[3];
			if (!ok) {
				file = "???";
				line = 0;
			}
			l.mu.Lock();
		}
		l.buf = $subslice(l.buf, 0, 0);
		$r = l.formatHeader((l.$ptr_buf || (l.$ptr_buf = new ptrType$1(function() { return this.$target.buf; }, function($v) { this.$target.buf = $v; }, l))), $clone(now, time.Time), file, line); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		l.buf = $appendSlice(l.buf, s);
		if ((s.length === 0) || !((s.charCodeAt((s.length - 1 >> 0)) === 10))) {
			l.buf = $append(l.buf, 10);
		}
		_r$1 = l.out.Write(l.buf); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		err = _tuple$1[1];
		$24r = err;
		$s = 4; case 4: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Logger.ptr.prototype.Output, $c: true, $r, $24r, _r, _r$1, _tuple, _tuple$1, calldepth, err, file, l, line, now, ok, s, $s, $deferred};return $f; } }
	};
	Logger.prototype.Output = function(calldepth, s) { return this.$val.Output(calldepth, s); };
	Logger.ptr.prototype.Printf = function(format, v) {
		var {_arg, _r, _r$1, format, l, v, $s, $r, $c} = $restore(this, {format, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!((atomic.LoadInt32((l.$ptr_isDiscard || (l.$ptr_isDiscard = new ptrType(function() { return this.$target.isDiscard; }, function($v) { this.$target.isDiscard = $v; }, l)))) === 0))) {
			$s = -1; return;
		}
		_r = fmt.Sprintf(format, v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = l.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Printf, $c: true, $r, _arg, _r, _r$1, format, l, v, $s};return $f;
	};
	Logger.prototype.Printf = function(format, v) { return this.$val.Printf(format, v); };
	Logger.ptr.prototype.Print = function(v) {
		var {_arg, _r, _r$1, l, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!((atomic.LoadInt32((l.$ptr_isDiscard || (l.$ptr_isDiscard = new ptrType(function() { return this.$target.isDiscard; }, function($v) { this.$target.isDiscard = $v; }, l)))) === 0))) {
			$s = -1; return;
		}
		_r = fmt.Sprint(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = l.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Print, $c: true, $r, _arg, _r, _r$1, l, v, $s};return $f;
	};
	Logger.prototype.Print = function(v) { return this.$val.Print(v); };
	Logger.ptr.prototype.Println = function(v) {
		var {_arg, _r, _r$1, l, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!((atomic.LoadInt32((l.$ptr_isDiscard || (l.$ptr_isDiscard = new ptrType(function() { return this.$target.isDiscard; }, function($v) { this.$target.isDiscard = $v; }, l)))) === 0))) {
			$s = -1; return;
		}
		_r = fmt.Sprintln(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = l.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Println, $c: true, $r, _arg, _r, _r$1, l, v, $s};return $f;
	};
	Logger.prototype.Println = function(v) { return this.$val.Println(v); };
	Logger.ptr.prototype.Fatal = function(v) {
		var {_arg, _r, _r$1, l, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r = fmt.Sprint(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = l.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$r = os.Exit(1); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Fatal, $c: true, $r, _arg, _r, _r$1, l, v, $s};return $f;
	};
	Logger.prototype.Fatal = function(v) { return this.$val.Fatal(v); };
	Logger.ptr.prototype.Fatalf = function(format, v) {
		var {_arg, _r, _r$1, format, l, v, $s, $r, $c} = $restore(this, {format, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r = fmt.Sprintf(format, v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = l.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$r = os.Exit(1); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Fatalf, $c: true, $r, _arg, _r, _r$1, format, l, v, $s};return $f;
	};
	Logger.prototype.Fatalf = function(format, v) { return this.$val.Fatalf(format, v); };
	Logger.ptr.prototype.Fatalln = function(v) {
		var {_arg, _r, _r$1, l, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r = fmt.Sprintln(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = l.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$r = os.Exit(1); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Fatalln, $c: true, $r, _arg, _r, _r$1, l, v, $s};return $f;
	};
	Logger.prototype.Fatalln = function(v) { return this.$val.Fatalln(v); };
	Logger.ptr.prototype.Panic = function(v) {
		var {_r, _r$1, l, s, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r = fmt.Sprint(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		s = _r;
		_r$1 = l.Output(2, s); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$panic(new $String(s));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Panic, $c: true, $r, _r, _r$1, l, s, v, $s};return $f;
	};
	Logger.prototype.Panic = function(v) { return this.$val.Panic(v); };
	Logger.ptr.prototype.Panicf = function(format, v) {
		var {_r, _r$1, format, l, s, v, $s, $r, $c} = $restore(this, {format, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r = fmt.Sprintf(format, v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		s = _r;
		_r$1 = l.Output(2, s); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$panic(new $String(s));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Panicf, $c: true, $r, _r, _r$1, format, l, s, v, $s};return $f;
	};
	Logger.prototype.Panicf = function(format, v) { return this.$val.Panicf(format, v); };
	Logger.ptr.prototype.Panicln = function(v) {
		var {_r, _r$1, l, s, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r = fmt.Sprintln(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		s = _r;
		_r$1 = l.Output(2, s); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$panic(new $String(s));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Panicln, $c: true, $r, _r, _r$1, l, s, v, $s};return $f;
	};
	Logger.prototype.Panicln = function(v) { return this.$val.Panicln(v); };
	Logger.ptr.prototype.Flags = function() {
		var {$24r, l, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = this;
		l.mu.Lock();
		$deferred.push([$methodVal(l.mu, "Unlock"), []]);
		$24r = l.flag;
		$s = 1; case 1: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Logger.ptr.prototype.Flags, $c: true, $r, $24r, l, $s, $deferred};return $f; } }
	};
	Logger.prototype.Flags = function() { return this.$val.Flags(); };
	Logger.ptr.prototype.SetFlags = function(flag) {
		var flag, l, $deferred;
		/* */ var $err = null; try { $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = this;
		l.mu.Lock();
		$deferred.push([$methodVal(l.mu, "Unlock"), []]);
		l.flag = flag;
		/* */ } catch(err) { $err = err; } finally { $callDeferred($deferred, $err); }
	};
	Logger.prototype.SetFlags = function(flag) { return this.$val.SetFlags(flag); };
	Logger.ptr.prototype.Prefix = function() {
		var {$24r, l, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = this;
		l.mu.Lock();
		$deferred.push([$methodVal(l.mu, "Unlock"), []]);
		$24r = l.prefix;
		$s = 1; case 1: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return ""; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Logger.ptr.prototype.Prefix, $c: true, $r, $24r, l, $s, $deferred};return $f; } }
	};
	Logger.prototype.Prefix = function() { return this.$val.Prefix(); };
	Logger.ptr.prototype.SetPrefix = function(prefix) {
		var l, prefix, $deferred;
		/* */ var $err = null; try { $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = this;
		l.mu.Lock();
		$deferred.push([$methodVal(l.mu, "Unlock"), []]);
		l.prefix = prefix;
		/* */ } catch(err) { $err = err; } finally { $callDeferred($deferred, $err); }
	};
	Logger.prototype.SetPrefix = function(prefix) { return this.$val.SetPrefix(prefix); };
	Logger.ptr.prototype.Writer = function() {
		var {$24r, l, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = this;
		l.mu.Lock();
		$deferred.push([$methodVal(l.mu, "Unlock"), []]);
		$24r = l.out;
		$s = 1; case 1: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Logger.ptr.prototype.Writer, $c: true, $r, $24r, l, $s, $deferred};return $f; } }
	};
	Logger.prototype.Writer = function() { return this.$val.Writer(); };
	Printf = function(format, v) {
		var {_arg, _r, _r$1, format, v, $s, $r, $c} = $restore(this, {format, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!((atomic.LoadInt32((std.$ptr_isDiscard || (std.$ptr_isDiscard = new ptrType(function() { return this.$target.isDiscard; }, function($v) { this.$target.isDiscard = $v; }, std)))) === 0))) {
			$s = -1; return;
		}
		_r = fmt.Sprintf(format, v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = std.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Printf, $c: true, $r, _arg, _r, _r$1, format, v, $s};return $f;
	};
	$pkg.Printf = Printf;
	Fatalf = function(format, v) {
		var {_arg, _r, _r$1, format, v, $s, $r, $c} = $restore(this, {format, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = fmt.Sprintf(format, v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg = _r;
		_r$1 = std.Output(2, _arg); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$r = os.Exit(1); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Fatalf, $c: true, $r, _arg, _r, _r$1, format, v, $s};return $f;
	};
	$pkg.Fatalf = Fatalf;
	ptrType$2.methods = [{prop: "SetOutput", name: "SetOutput", pkg: "", typ: $funcType([io.Writer], [], false)}, {prop: "formatHeader", name: "formatHeader", pkg: "log", typ: $funcType([ptrType$1, time.Time, $String, $Int], [], false)}, {prop: "Output", name: "Output", pkg: "", typ: $funcType([$Int, $String], [$error], false)}, {prop: "Printf", name: "Printf", pkg: "", typ: $funcType([$String, sliceType$1], [], true)}, {prop: "Print", name: "Print", pkg: "", typ: $funcType([sliceType$1], [], true)}, {prop: "Println", name: "Println", pkg: "", typ: $funcType([sliceType$1], [], true)}, {prop: "Fatal", name: "Fatal", pkg: "", typ: $funcType([sliceType$1], [], true)}, {prop: "Fatalf", name: "Fatalf", pkg: "", typ: $funcType([$String, sliceType$1], [], true)}, {prop: "Fatalln", name: "Fatalln", pkg: "", typ: $funcType([sliceType$1], [], true)}, {prop: "Panic", name: "Panic", pkg: "", typ: $funcType([sliceType$1], [], true)}, {prop: "Panicf", name: "Panicf", pkg: "", typ: $funcType([$String, sliceType$1], [], true)}, {prop: "Panicln", name: "Panicln", pkg: "", typ: $funcType([sliceType$1], [], true)}, {prop: "Flags", name: "Flags", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "SetFlags", name: "SetFlags", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Prefix", name: "Prefix", pkg: "", typ: $funcType([], [$String], false)}, {prop: "SetPrefix", name: "SetPrefix", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Writer", name: "Writer", pkg: "", typ: $funcType([], [io.Writer], false)}];
	Logger.init("log", [{prop: "mu", name: "mu", embedded: false, exported: false, typ: nosync.Mutex, tag: ""}, {prop: "prefix", name: "prefix", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "flag", name: "flag", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "out", name: "out", embedded: false, exported: false, typ: io.Writer, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "isDiscard", name: "isDiscard", embedded: false, exported: false, typ: $Int32, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = nosync.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		std = New(os.Stderr, "", 3);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["container/list"] = (function() {
	var $pkg = {}, $init, Element, List, ptrType, ptrType$1, New;
	Element = $pkg.Element = $newType(0, $kindStruct, "list.Element", true, "container/list", true, function(next_, prev_, list_, Value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.next = ptrType$1.nil;
			this.prev = ptrType$1.nil;
			this.list = ptrType.nil;
			this.Value = $ifaceNil;
			return;
		}
		this.next = next_;
		this.prev = prev_;
		this.list = list_;
		this.Value = Value_;
	});
	List = $pkg.List = $newType(0, $kindStruct, "list.List", true, "container/list", true, function(root_, len_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.root = new Element.ptr(ptrType$1.nil, ptrType$1.nil, ptrType.nil, $ifaceNil);
			this.len = 0;
			return;
		}
		this.root = root_;
		this.len = len_;
	});
	ptrType = $ptrType(List);
	ptrType$1 = $ptrType(Element);
	Element.ptr.prototype.Next = function() {
		var e, p;
		e = this;
		p = e.next;
		if (!(e.list === ptrType.nil) && !(p === e.list.root)) {
			return p;
		}
		return ptrType$1.nil;
	};
	Element.prototype.Next = function() { return this.$val.Next(); };
	Element.ptr.prototype.Prev = function() {
		var e, p;
		e = this;
		p = e.prev;
		if (!(e.list === ptrType.nil) && !(p === e.list.root)) {
			return p;
		}
		return ptrType$1.nil;
	};
	Element.prototype.Prev = function() { return this.$val.Prev(); };
	List.ptr.prototype.Init = function() {
		var l;
		l = this;
		l.root.next = l.root;
		l.root.prev = l.root;
		l.len = 0;
		return l;
	};
	List.prototype.Init = function() { return this.$val.Init(); };
	New = function() {
		return new List.ptr(new Element.ptr(ptrType$1.nil, ptrType$1.nil, ptrType.nil, $ifaceNil), 0).Init();
	};
	$pkg.New = New;
	List.ptr.prototype.Len = function() {
		var l;
		l = this;
		return l.len;
	};
	List.prototype.Len = function() { return this.$val.Len(); };
	List.ptr.prototype.Front = function() {
		var l;
		l = this;
		if (l.len === 0) {
			return ptrType$1.nil;
		}
		return l.root.next;
	};
	List.prototype.Front = function() { return this.$val.Front(); };
	List.ptr.prototype.Back = function() {
		var l;
		l = this;
		if (l.len === 0) {
			return ptrType$1.nil;
		}
		return l.root.prev;
	};
	List.prototype.Back = function() { return this.$val.Back(); };
	List.ptr.prototype.lazyInit = function() {
		var l;
		l = this;
		if (l.root.next === ptrType$1.nil) {
			l.Init();
		}
	};
	List.prototype.lazyInit = function() { return this.$val.lazyInit(); };
	List.ptr.prototype.insert = function(e, at) {
		var at, e, l;
		l = this;
		e.prev = at;
		e.next = at.next;
		e.prev.next = e;
		e.next.prev = e;
		e.list = l;
		l.len = l.len + (1) >> 0;
		return e;
	};
	List.prototype.insert = function(e, at) { return this.$val.insert(e, at); };
	List.ptr.prototype.insertValue = function(v, at) {
		var at, l, v;
		l = this;
		return l.insert(new Element.ptr(ptrType$1.nil, ptrType$1.nil, ptrType.nil, v), at);
	};
	List.prototype.insertValue = function(v, at) { return this.$val.insertValue(v, at); };
	List.ptr.prototype.remove = function(e) {
		var e, l;
		l = this;
		e.prev.next = e.next;
		e.next.prev = e.prev;
		e.next = ptrType$1.nil;
		e.prev = ptrType$1.nil;
		e.list = ptrType.nil;
		l.len = l.len - (1) >> 0;
	};
	List.prototype.remove = function(e) { return this.$val.remove(e); };
	List.ptr.prototype.move = function(e, at) {
		var at, e, l;
		l = this;
		if (e === at) {
			return;
		}
		e.prev.next = e.next;
		e.next.prev = e.prev;
		e.prev = at;
		e.next = at.next;
		e.prev.next = e;
		e.next.prev = e;
	};
	List.prototype.move = function(e, at) { return this.$val.move(e, at); };
	List.ptr.prototype.Remove = function(e) {
		var e, l;
		l = this;
		if (e.list === l) {
			l.remove(e);
		}
		return e.Value;
	};
	List.prototype.Remove = function(e) { return this.$val.Remove(e); };
	List.ptr.prototype.PushFront = function(v) {
		var l, v;
		l = this;
		l.lazyInit();
		return l.insertValue(v, l.root);
	};
	List.prototype.PushFront = function(v) { return this.$val.PushFront(v); };
	List.ptr.prototype.PushBack = function(v) {
		var l, v;
		l = this;
		l.lazyInit();
		return l.insertValue(v, l.root.prev);
	};
	List.prototype.PushBack = function(v) { return this.$val.PushBack(v); };
	List.ptr.prototype.InsertBefore = function(v, mark) {
		var l, mark, v;
		l = this;
		if (!(mark.list === l)) {
			return ptrType$1.nil;
		}
		return l.insertValue(v, mark.prev);
	};
	List.prototype.InsertBefore = function(v, mark) { return this.$val.InsertBefore(v, mark); };
	List.ptr.prototype.InsertAfter = function(v, mark) {
		var l, mark, v;
		l = this;
		if (!(mark.list === l)) {
			return ptrType$1.nil;
		}
		return l.insertValue(v, mark);
	};
	List.prototype.InsertAfter = function(v, mark) { return this.$val.InsertAfter(v, mark); };
	List.ptr.prototype.MoveToFront = function(e) {
		var e, l;
		l = this;
		if (!(e.list === l) || l.root.next === e) {
			return;
		}
		l.move(e, l.root);
	};
	List.prototype.MoveToFront = function(e) { return this.$val.MoveToFront(e); };
	List.ptr.prototype.MoveToBack = function(e) {
		var e, l;
		l = this;
		if (!(e.list === l) || l.root.prev === e) {
			return;
		}
		l.move(e, l.root.prev);
	};
	List.prototype.MoveToBack = function(e) { return this.$val.MoveToBack(e); };
	List.ptr.prototype.MoveBefore = function(e, mark) {
		var e, l, mark;
		l = this;
		if (!(e.list === l) || e === mark || !(mark.list === l)) {
			return;
		}
		l.move(e, mark.prev);
	};
	List.prototype.MoveBefore = function(e, mark) { return this.$val.MoveBefore(e, mark); };
	List.ptr.prototype.MoveAfter = function(e, mark) {
		var e, l, mark;
		l = this;
		if (!(e.list === l) || e === mark || !(mark.list === l)) {
			return;
		}
		l.move(e, mark);
	};
	List.prototype.MoveAfter = function(e, mark) { return this.$val.MoveAfter(e, mark); };
	List.ptr.prototype.PushBackList = function(other) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, i, l, other;
		l = this;
		l.lazyInit();
		_tmp = other.Len();
		_tmp$1 = other.Front();
		i = _tmp;
		e = _tmp$1;
		while (true) {
			if (!(i > 0)) { break; }
			l.insertValue(e.Value, l.root.prev);
			_tmp$2 = i - 1 >> 0;
			_tmp$3 = e.Next();
			i = _tmp$2;
			e = _tmp$3;
		}
	};
	List.prototype.PushBackList = function(other) { return this.$val.PushBackList(other); };
	List.ptr.prototype.PushFrontList = function(other) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, i, l, other;
		l = this;
		l.lazyInit();
		_tmp = other.Len();
		_tmp$1 = other.Back();
		i = _tmp;
		e = _tmp$1;
		while (true) {
			if (!(i > 0)) { break; }
			l.insertValue(e.Value, l.root);
			_tmp$2 = i - 1 >> 0;
			_tmp$3 = e.Prev();
			i = _tmp$2;
			e = _tmp$3;
		}
	};
	List.prototype.PushFrontList = function(other) { return this.$val.PushFrontList(other); };
	ptrType$1.methods = [{prop: "Next", name: "Next", pkg: "", typ: $funcType([], [ptrType$1], false)}, {prop: "Prev", name: "Prev", pkg: "", typ: $funcType([], [ptrType$1], false)}];
	ptrType.methods = [{prop: "Init", name: "Init", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Front", name: "Front", pkg: "", typ: $funcType([], [ptrType$1], false)}, {prop: "Back", name: "Back", pkg: "", typ: $funcType([], [ptrType$1], false)}, {prop: "lazyInit", name: "lazyInit", pkg: "container/list", typ: $funcType([], [], false)}, {prop: "insert", name: "insert", pkg: "container/list", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "insertValue", name: "insertValue", pkg: "container/list", typ: $funcType([$emptyInterface, ptrType$1], [ptrType$1], false)}, {prop: "remove", name: "remove", pkg: "container/list", typ: $funcType([ptrType$1], [], false)}, {prop: "move", name: "move", pkg: "container/list", typ: $funcType([ptrType$1, ptrType$1], [], false)}, {prop: "Remove", name: "Remove", pkg: "", typ: $funcType([ptrType$1], [$emptyInterface], false)}, {prop: "PushFront", name: "PushFront", pkg: "", typ: $funcType([$emptyInterface], [ptrType$1], false)}, {prop: "PushBack", name: "PushBack", pkg: "", typ: $funcType([$emptyInterface], [ptrType$1], false)}, {prop: "InsertBefore", name: "InsertBefore", pkg: "", typ: $funcType([$emptyInterface, ptrType$1], [ptrType$1], false)}, {prop: "InsertAfter", name: "InsertAfter", pkg: "", typ: $funcType([$emptyInterface, ptrType$1], [ptrType$1], false)}, {prop: "MoveToFront", name: "MoveToFront", pkg: "", typ: $funcType([ptrType$1], [], false)}, {prop: "MoveToBack", name: "MoveToBack", pkg: "", typ: $funcType([ptrType$1], [], false)}, {prop: "MoveBefore", name: "MoveBefore", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [], false)}, {prop: "MoveAfter", name: "MoveAfter", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [], false)}, {prop: "PushBackList", name: "PushBackList", pkg: "", typ: $funcType([ptrType], [], false)}, {prop: "PushFrontList", name: "PushFrontList", pkg: "", typ: $funcType([ptrType], [], false)}];
	Element.init("container/list", [{prop: "next", name: "next", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "prev", name: "prev", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "list", name: "list", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: $emptyInterface, tag: ""}]);
	List.init("container/list", [{prop: "root", name: "root", embedded: false, exported: false, typ: Element, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["context"] = (function() {
	var $pkg = {}, $init, errors, reflectlite, sync, atomic, time, Context, deadlineExceededError, emptyCtx, CancelFunc, canceler, cancelCtx, stringer, timerCtx, valueCtx, ptrType, structType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, chanType, ptrType$5, ptrType$6, ptrType$7, chanType$1, mapType, background, todo, goroutines, goroutines$24ptr, cancelCtxKey, cancelCtxKey$24ptr, closedchan, x, Background, WithCancel, newCancelCtx, propagateCancel, parentCancelCtx, removeChild, init, contextName, WithDeadline, WithTimeout, WithValue, stringify, value;
	errors = $packages["errors"];
	reflectlite = $packages["internal/reflectlite"];
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	time = $packages["time"];
	Context = $pkg.Context = $newType(8, $kindInterface, "context.Context", true, "context", true, null);
	deadlineExceededError = $pkg.deadlineExceededError = $newType(0, $kindStruct, "context.deadlineExceededError", true, "context", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	emptyCtx = $pkg.emptyCtx = $newType(4, $kindInt, "context.emptyCtx", true, "context", false, null);
	CancelFunc = $pkg.CancelFunc = $newType(4, $kindFunc, "context.CancelFunc", true, "context", true, null);
	canceler = $pkg.canceler = $newType(8, $kindInterface, "context.canceler", true, "context", false, null);
	cancelCtx = $pkg.cancelCtx = $newType(0, $kindStruct, "context.cancelCtx", true, "context", false, function(Context_, mu_, done_, children_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Context = $ifaceNil;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.done = new atomic.Value.ptr($ifaceNil);
			this.children = false;
			this.err = $ifaceNil;
			return;
		}
		this.Context = Context_;
		this.mu = mu_;
		this.done = done_;
		this.children = children_;
		this.err = err_;
	});
	stringer = $pkg.stringer = $newType(8, $kindInterface, "context.stringer", true, "context", false, null);
	timerCtx = $pkg.timerCtx = $newType(0, $kindStruct, "context.timerCtx", true, "context", false, function(cancelCtx_, timer_, deadline_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cancelCtx = new cancelCtx.ptr($ifaceNil, new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, $ifaceNil);
			this.timer = ptrType$5.nil;
			this.deadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil);
			return;
		}
		this.cancelCtx = cancelCtx_;
		this.timer = timer_;
		this.deadline = deadline_;
	});
	valueCtx = $pkg.valueCtx = $newType(0, $kindStruct, "context.valueCtx", true, "context", false, function(Context_, key_, val_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Context = $ifaceNil;
			this.key = $ifaceNil;
			this.val = $ifaceNil;
			return;
		}
		this.Context = Context_;
		this.key = key_;
		this.val = val_;
	});
	ptrType = $ptrType(emptyCtx);
	structType = $structType("", []);
	ptrType$1 = $ptrType(time.Location);
	ptrType$2 = $ptrType($Int32);
	ptrType$3 = $ptrType(cancelCtx);
	ptrType$4 = $ptrType($Int);
	chanType = $chanType(structType, false, false);
	ptrType$5 = $ptrType(time.Timer);
	ptrType$6 = $ptrType(valueCtx);
	ptrType$7 = $ptrType(timerCtx);
	chanType$1 = $chanType(structType, false, true);
	mapType = $mapType(canceler, structType);
	deadlineExceededError.ptr.prototype.Error = function() {
		return "context deadline exceeded";
	};
	deadlineExceededError.prototype.Error = function() { return this.$val.Error(); };
	deadlineExceededError.ptr.prototype.Timeout = function() {
		return true;
	};
	deadlineExceededError.prototype.Timeout = function() { return this.$val.Timeout(); };
	deadlineExceededError.ptr.prototype.Temporary = function() {
		return true;
	};
	deadlineExceededError.prototype.Temporary = function() { return this.$val.Temporary(); };
	$ptrType(emptyCtx).prototype.Deadline = function() {
		var deadline, ok;
		deadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil);
		ok = false;
		return [deadline, ok];
	};
	$ptrType(emptyCtx).prototype.Done = function() {
		return $chanNil;
	};
	$ptrType(emptyCtx).prototype.Err = function() {
		return $ifaceNil;
	};
	$ptrType(emptyCtx).prototype.Value = function(key) {
		var key;
		return $ifaceNil;
	};
	$ptrType(emptyCtx).prototype.String = function() {
		var _1, e;
		e = this;
		_1 = e;
		if (_1 === (background)) {
			return "context.Background";
		} else if (_1 === (todo)) {
			return "context.TODO";
		}
		return "unknown empty Context";
	};
	Background = function() {
		return background;
	};
	$pkg.Background = Background;
	WithCancel = function(parent) {
		var {_tmp, _tmp$1, c, cancel, ctx, parent, $s, $r, $c} = $restore(this, {parent});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = [c];
		ctx = $ifaceNil;
		cancel = $throwNilPointerError;
		if ($interfaceIsEqual(parent, $ifaceNil)) {
			$panic(new $String("cannot create context from nil parent"));
		}
		c[0] = $clone(newCancelCtx(parent), cancelCtx);
		$r = propagateCancel(parent, c[0]); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp = c[0];
		_tmp$1 = (function(c) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = c[0].cancel(true, $pkg.Canceled); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(c);
		ctx = _tmp;
		cancel = _tmp$1;
		$s = -1; return [ctx, cancel];
		/* */ } return; } var $f = {$blk: WithCancel, $c: true, $r, _tmp, _tmp$1, c, cancel, ctx, parent, $s};return $f;
	};
	$pkg.WithCancel = WithCancel;
	newCancelCtx = function(parent) {
		var parent;
		return new cancelCtx.ptr(parent, new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), false, $ifaceNil);
	};
	propagateCancel = function(parent, child) {
		var {_arg, _key, _r, _r$1, _r$2, _selection, _tuple, child, done, ok, p, parent, $s, $r, $c} = $restore(this, {parent, child});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		child = [child];
		parent = [parent];
		_r = parent[0].Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		done = _r;
		if (done === $chanNil) {
			$s = -1; return;
		}
		_selection = $select([[done], []]);
		/* */ if (_selection[0] === 0) { $s = 2; continue; }
		/* */ if (_selection[0] === 1) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (_selection[0] === 0) { */ case 2:
			_r$1 = parent[0].Err(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg = _r$1;
			$r = child[0].cancel(false, _arg); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } else if (_selection[0] === 1) { */ case 3:
		/* } */ case 4:
		_r$2 = parentCancelCtx(parent[0]); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (ok) { */ case 8:
			$r = p.mu.Lock(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (!($interfaceIsEqual(p.err, $ifaceNil))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!($interfaceIsEqual(p.err, $ifaceNil))) { */ case 12:
				$r = child[0].cancel(false, p.err); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 14; continue;
			/* } else { */ case 13:
				if (p.children === false) {
					p.children = {};
				}
				_key = child[0]; (p.children || $throwRuntimeError("assignment to entry in nil map"))[canceler.keyFor(_key)] = { k: _key, v: new structType.ptr() };
			/* } */ case 14:
			$r = p.mu.Unlock(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 10; continue;
		/* } else { */ case 9:
			atomic.AddInt32((goroutines$24ptr || (goroutines$24ptr = new ptrType$2(function() { return goroutines; }, function($v) { goroutines = $v; }))), 1);
			$go((function(child, parent) { return function $b() {
				var {_arg$1, _r$3, _r$4, _r$5, _r$6, _selection$1, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$3 = parent[0].Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = child[0].Done(); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$5 = $select([[_r$3], [_r$4]]); /* */ $s = 3; case 3: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_selection$1 = _r$5;
				/* */ if (_selection$1[0] === 0) { $s = 4; continue; }
				/* */ if (_selection$1[0] === 1) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_selection$1[0] === 0) { */ case 4:
					_r$6 = parent[0].Err(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_arg$1 = _r$6;
					$r = child[0].cancel(false, _arg$1); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 6; continue;
				/* } else if (_selection$1[0] === 1) { */ case 5:
				/* } */ case 6:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg$1, _r$3, _r$4, _r$5, _r$6, _selection$1, $s};return $f;
			}; })(child, parent), []);
		/* } */ case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: propagateCancel, $c: true, $r, _arg, _key, _r, _r$1, _r$2, _selection, _tuple, child, done, ok, p, parent, $s};return $f;
	};
	parentCancelCtx = function(parent) {
		var {_r, _r$1, _tuple, _tuple$1, done, ok, p, parent, pdone, $s, $r, $c} = $restore(this, {parent});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = parent.Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		done = _r;
		if (done === closedchan || done === $chanNil) {
			$s = -1; return [ptrType$3.nil, false];
		}
		_r$1 = parent.Value((cancelCtxKey$24ptr || (cancelCtxKey$24ptr = new ptrType$4(function() { return cancelCtxKey; }, function($v) { cancelCtxKey = $v; })))); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$1, ptrType$3, true);
		p = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [ptrType$3.nil, false];
		}
		_tuple$1 = $assertType(p.done.Load(), chanType, true);
		pdone = _tuple$1[0];
		if (!(pdone === done)) {
			$s = -1; return [ptrType$3.nil, false];
		}
		$s = -1; return [p, true];
		/* */ } return; } var $f = {$blk: parentCancelCtx, $c: true, $r, _r, _r$1, _tuple, _tuple$1, done, ok, p, parent, pdone, $s};return $f;
	};
	removeChild = function(parent, child) {
		var {_r, _tuple, child, ok, p, parent, $s, $r, $c} = $restore(this, {parent, child});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = parentCancelCtx(parent); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return;
		}
		$r = p.mu.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!(p.children === false)) {
			delete p.children[canceler.keyFor(child)];
		}
		$r = p.mu.Unlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: removeChild, $c: true, $r, _r, _tuple, child, ok, p, parent, $s};return $f;
	};
	init = function() {
		$close(closedchan);
	};
	cancelCtx.ptr.prototype.Value = function(key) {
		var {$24r, _r, c, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if ($interfaceIsEqual(key, (cancelCtxKey$24ptr || (cancelCtxKey$24ptr = new ptrType$4(function() { return cancelCtxKey; }, function($v) { cancelCtxKey = $v; }))))) {
			$s = -1; return c;
		}
		_r = value(c.Context, key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cancelCtx.ptr.prototype.Value, $c: true, $r, $24r, _r, c, key, $s};return $f;
	};
	cancelCtx.prototype.Value = function(key) { return this.$val.Value(key); };
	cancelCtx.ptr.prototype.Done = function() {
		var {$24r, $24r$1, c, d, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		d = c.done.Load();
		/* */ if (!($interfaceIsEqual(d, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(d, $ifaceNil))) { */ case 1:
			$24r = $assertType(d, chanType);
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$r = c.mu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mu, "Unlock"), []]);
		d = c.done.Load();
		if ($interfaceIsEqual(d, $ifaceNil)) {
			d = new chanType(new $Chan(structType, 0));
			c.done.Store(d);
		}
		$24r$1 = $assertType(d, chanType);
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $chanNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: cancelCtx.ptr.prototype.Done, $c: true, $r, $24r, $24r$1, c, d, $s, $deferred};return $f; } }
	};
	cancelCtx.prototype.Done = function() { return this.$val.Done(); };
	cancelCtx.ptr.prototype.Err = function() {
		var {c, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		$r = c.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		err = c.err;
		$r = c.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: cancelCtx.ptr.prototype.Err, $c: true, $r, c, err, $s};return $f;
	};
	cancelCtx.prototype.Err = function() { return this.$val.Err(); };
	contextName = function(c) {
		var {$24r, $24r$1, _r, _r$1, _tuple, c, ok, s, $s, $r, $c} = $restore(this, {c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(c, stringer, true);
		s = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = s.String(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = reflectlite.TypeOf(c).String(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: contextName, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, c, ok, s, $s};return $f;
	};
	cancelCtx.ptr.prototype.String = function() {
		var {$24r, _r, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = contextName(c.Context); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r + ".WithCancel";
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cancelCtx.ptr.prototype.String, $c: true, $r, $24r, _r, c, $s};return $f;
	};
	cancelCtx.prototype.String = function() { return this.$val.String(); };
	cancelCtx.ptr.prototype.cancel = function(removeFromParent, err) {
		var {_entry, _i, _keys, _ref, _tuple, c, child, d, err, removeFromParent, $s, $r, $c} = $restore(this, {removeFromParent, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if ($interfaceIsEqual(err, $ifaceNil)) {
			$panic(new $String("context: internal error: missing cancel error"));
		}
		$r = c.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!($interfaceIsEqual(c.err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(c.err, $ifaceNil))) { */ case 2:
			$r = c.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 3:
		c.err = err;
		_tuple = $assertType(c.done.Load(), chanType, true);
		d = _tuple[0];
		if (d === $chanNil) {
			c.done.Store(new chanType(closedchan));
		} else {
			$close(d);
		}
		_ref = c.children;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 5:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 6; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 5; continue;
			}
			child = _entry.k;
			$r = child.cancel(false, err); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 5; continue;
		case 6:
		c.children = false;
		$r = c.mu.Unlock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (removeFromParent) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (removeFromParent) { */ case 9:
			$r = removeChild(c.Context, c); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: cancelCtx.ptr.prototype.cancel, $c: true, $r, _entry, _i, _keys, _ref, _tuple, c, child, d, err, removeFromParent, $s};return $f;
	};
	cancelCtx.prototype.cancel = function(removeFromParent, err) { return this.$val.cancel(removeFromParent, err); };
	WithDeadline = function(parent, d) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _tuple, c, cur, d, dur, ok, parent, $s, $deferred, $r, $c} = $restore(this, {parent, d});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = [c];
		if ($interfaceIsEqual(parent, $ifaceNil)) {
			$panic(new $String("cannot create context from nil parent"));
		}
		_r = parent.Deadline(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		cur = $clone(_tuple[0], time.Time);
		ok = _tuple[1];
		/* */ if (ok && $clone(cur, time.Time).Before($clone(d, time.Time))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok && $clone(cur, time.Time).Before($clone(d, time.Time))) { */ case 2:
			_r$1 = WithCancel(parent); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		c[0] = new timerCtx.ptr($clone(newCancelCtx(parent), cancelCtx), ptrType$5.nil, $clone(d, time.Time));
		$r = propagateCancel(parent, c[0]); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = time.Until($clone(d, time.Time)); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		dur = _r$2;
		/* */ if ((dur.$high < 0 || (dur.$high === 0 && dur.$low <= 0))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if ((dur.$high < 0 || (dur.$high === 0 && dur.$low <= 0))) { */ case 8:
			$r = c[0].cancel(true, $pkg.DeadlineExceeded); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$24r$1 = [c[0], (function(c) { return function $b() {
				var {$s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = c[0].cancel(false, $pkg.Canceled); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
			}; })(c)];
			$s = 11; case 11: return $24r$1;
		/* } */ case 9:
		$r = c[0].cancelCtx.mu.Lock(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c[0].cancelCtx.mu, "Unlock"), []]);
		/* */ if ($interfaceIsEqual(c[0].cancelCtx.err, $ifaceNil)) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if ($interfaceIsEqual(c[0].cancelCtx.err, $ifaceNil)) { */ case 13:
			_r$3 = time.AfterFunc(dur, (function(c) { return function $b() {
				var {$s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = c[0].cancel(true, $pkg.DeadlineExceeded); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
			}; })(c)); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			c[0].timer = _r$3;
		/* } */ case 14:
		$24r$2 = [c[0], (function(c) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = c[0].cancel(true, $pkg.Canceled); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(c)];
		$s = 16; case 16: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $throwNilPointerError]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: WithDeadline, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _tuple, c, cur, d, dur, ok, parent, $s, $deferred};return $f; } }
	};
	$pkg.WithDeadline = WithDeadline;
	timerCtx.ptr.prototype.Deadline = function() {
		var _tmp, _tmp$1, c, deadline, ok;
		deadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$1.nil);
		ok = false;
		c = this;
		_tmp = $clone(c.deadline, time.Time);
		_tmp$1 = true;
		time.Time.copy(deadline, _tmp);
		ok = _tmp$1;
		return [deadline, ok];
	};
	timerCtx.prototype.Deadline = function() { return this.$val.Deadline(); };
	timerCtx.ptr.prototype.String = function() {
		var {$24r, _r, _r$1, _r$2, _r$3, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = contextName(c.cancelCtx.Context); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = $clone(c.deadline, time.Time).String(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = time.Until($clone(c.deadline, time.Time)); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = _r$2.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r + ".WithDeadline(" + _r$1 + " [" + _r$3 + "])";
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: timerCtx.ptr.prototype.String, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, c, $s};return $f;
	};
	timerCtx.prototype.String = function() { return this.$val.String(); };
	timerCtx.ptr.prototype.cancel = function(removeFromParent, err) {
		var {c, err, removeFromParent, $s, $r, $c} = $restore(this, {removeFromParent, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		$r = c.cancelCtx.cancel(false, err); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (removeFromParent) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (removeFromParent) { */ case 2:
			$r = removeChild(c.cancelCtx.Context, c); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$r = c.cancelCtx.mu.Lock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!(c.timer === ptrType$5.nil)) {
			c.timer.Stop();
			c.timer = ptrType$5.nil;
		}
		$r = c.cancelCtx.mu.Unlock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: timerCtx.ptr.prototype.cancel, $c: true, $r, c, err, removeFromParent, $s};return $f;
	};
	timerCtx.prototype.cancel = function(removeFromParent, err) { return this.$val.cancel(removeFromParent, err); };
	WithTimeout = function(parent, timeout) {
		var {$24r, _arg, _arg$1, _r, _r$1, _r$2, parent, timeout, $s, $r, $c} = $restore(this, {parent, timeout});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = parent;
		_r = time.Now(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = $clone(_r, time.Time).Add(timeout); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r$1, time.Time);
		_r$2 = WithDeadline(_arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: WithTimeout, $c: true, $r, $24r, _arg, _arg$1, _r, _r$1, _r$2, parent, timeout, $s};return $f;
	};
	$pkg.WithTimeout = WithTimeout;
	WithValue = function(parent, key, val) {
		var {_r, key, parent, val, $s, $r, $c} = $restore(this, {parent, key, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(parent, $ifaceNil)) {
			$panic(new $String("cannot create context from nil parent"));
		}
		if ($interfaceIsEqual(key, $ifaceNil)) {
			$panic(new $String("nil key"));
		}
		_r = reflectlite.TypeOf(key).Comparable(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$panic(new $String("key is not comparable"));
		/* } */ case 2:
		$s = -1; return new valueCtx.ptr(parent, key, val);
		/* */ } return; } var $f = {$blk: WithValue, $c: true, $r, _r, key, parent, val, $s};return $f;
	};
	$pkg.WithValue = WithValue;
	stringify = function(v) {
		var {$24r, _r, _ref, s, s$1, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = v;
		/* */ if ($assertType(_ref, stringer, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, $String, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, stringer, true)[1]) { */ case 1:
			s = _ref;
			_r = s.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 5; case 5: return $24r;
		/* } else if ($assertType(_ref, $String, true)[1]) { */ case 2:
			s$1 = _ref.$val;
			$s = -1; return s$1;
		/* } */ case 3:
		$s = -1; return "<not Stringer>";
		/* */ } return; } var $f = {$blk: stringify, $c: true, $r, $24r, _r, _ref, s, s$1, v, $s};return $f;
	};
	valueCtx.ptr.prototype.String = function() {
		var {$24r, _r, _r$1, _r$2, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = contextName(c.Context); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = reflectlite.TypeOf(c.key).String(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = stringify(c.val); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r + ".WithValue(type " + _r$1 + ", val " + _r$2 + ")";
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: valueCtx.ptr.prototype.String, $c: true, $r, $24r, _r, _r$1, _r$2, c, $s};return $f;
	};
	valueCtx.prototype.String = function() { return this.$val.String(); };
	valueCtx.ptr.prototype.Value = function(key) {
		var {$24r, _r, c, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if ($interfaceIsEqual(c.key, key)) {
			$s = -1; return c.val;
		}
		_r = value(c.Context, key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: valueCtx.ptr.prototype.Value, $c: true, $r, $24r, _r, c, key, $s};return $f;
	};
	valueCtx.prototype.Value = function(key) { return this.$val.Value(key); };
	value = function(c, key) {
		var {$24r, _r, _ref, c, ctx, ctx$1, ctx$2, ctx$3, ctx$4, key, $s, $r, $c} = $restore(this, {c, key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			_ref = c;
			/* */ if ($assertType(_ref, ptrType$6, true)[1]) { $s = 3; continue; }
			/* */ if ($assertType(_ref, ptrType$3, true)[1]) { $s = 4; continue; }
			/* */ if ($assertType(_ref, ptrType$7, true)[1]) { $s = 5; continue; }
			/* */ if ($assertType(_ref, ptrType, true)[1]) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ($assertType(_ref, ptrType$6, true)[1]) { */ case 3:
				ctx = _ref.$val;
				if ($interfaceIsEqual(key, ctx.key)) {
					$s = -1; return ctx.val;
				}
				c = ctx.Context;
				$s = 8; continue;
			/* } else if ($assertType(_ref, ptrType$3, true)[1]) { */ case 4:
				ctx$1 = _ref.$val;
				if ($interfaceIsEqual(key, (cancelCtxKey$24ptr || (cancelCtxKey$24ptr = new ptrType$4(function() { return cancelCtxKey; }, function($v) { cancelCtxKey = $v; }))))) {
					$s = -1; return c;
				}
				c = ctx$1.Context;
				$s = 8; continue;
			/* } else if ($assertType(_ref, ptrType$7, true)[1]) { */ case 5:
				ctx$2 = _ref.$val;
				if ($interfaceIsEqual(key, (cancelCtxKey$24ptr || (cancelCtxKey$24ptr = new ptrType$4(function() { return cancelCtxKey; }, function($v) { cancelCtxKey = $v; }))))) {
					$s = -1; return ctx$2.cancelCtx;
				}
				c = ctx$2.cancelCtx.Context;
				$s = 8; continue;
			/* } else if ($assertType(_ref, ptrType, true)[1]) { */ case 6:
				ctx$3 = _ref.$val;
				$s = -1; return $ifaceNil;
			/* } else { */ case 7:
				ctx$4 = _ref;
				_r = c.Value(key); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 10; case 10: return $24r;
			/* } */ case 8:
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: value, $c: true, $r, $24r, _r, _ref, c, ctx, ctx$1, ctx$2, ctx$3, ctx$4, key, $s};return $f;
	};
	deadlineExceededError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType.methods = [{prop: "Deadline", name: "Deadline", pkg: "", typ: $funcType([], [time.Time, $Bool], false)}, {prop: "Done", name: "Done", pkg: "", typ: $funcType([], [chanType$1], false)}, {prop: "Err", name: "Err", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Value", name: "Value", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$3.methods = [{prop: "Value", name: "Value", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface], false)}, {prop: "Done", name: "Done", pkg: "", typ: $funcType([], [chanType$1], false)}, {prop: "Err", name: "Err", pkg: "", typ: $funcType([], [$error], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "cancel", name: "cancel", pkg: "context", typ: $funcType([$Bool, $error], [], false)}];
	ptrType$7.methods = [{prop: "Deadline", name: "Deadline", pkg: "", typ: $funcType([], [time.Time, $Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "cancel", name: "cancel", pkg: "context", typ: $funcType([$Bool, $error], [], false)}];
	ptrType$6.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Value", name: "Value", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface], false)}];
	Context.init([{prop: "Deadline", name: "Deadline", pkg: "", typ: $funcType([], [time.Time, $Bool], false)}, {prop: "Done", name: "Done", pkg: "", typ: $funcType([], [chanType$1], false)}, {prop: "Err", name: "Err", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Value", name: "Value", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface], false)}]);
	deadlineExceededError.init("", []);
	CancelFunc.init([], [], false);
	canceler.init([{prop: "Done", name: "Done", pkg: "", typ: $funcType([], [chanType$1], false)}, {prop: "cancel", name: "cancel", pkg: "context", typ: $funcType([$Bool, $error], [], false)}]);
	cancelCtx.init("context", [{prop: "Context", name: "Context", embedded: true, exported: true, typ: Context, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: atomic.Value, tag: ""}, {prop: "children", name: "children", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	stringer.init([{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}]);
	timerCtx.init("context", [{prop: "cancelCtx", name: "cancelCtx", embedded: true, exported: false, typ: cancelCtx, tag: ""}, {prop: "timer", name: "timer", embedded: false, exported: false, typ: ptrType$5, tag: ""}, {prop: "deadline", name: "deadline", embedded: false, exported: false, typ: time.Time, tag: ""}]);
	valueCtx.init("context", [{prop: "Context", name: "Context", embedded: true, exported: true, typ: Context, tag: ""}, {prop: "key", name: "key", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "val", name: "val", embedded: false, exported: false, typ: $emptyInterface, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflectlite.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		goroutines = 0;
		cancelCtxKey = 0;
		$pkg.Canceled = errors.New("context canceled");
		$pkg.DeadlineExceeded = (x = new deadlineExceededError.ptr(), new x.constructor.elem(x));
		background = $newDataPointer(0, ptrType);
		todo = $newDataPointer(0, ptrType);
		closedchan = new $Chan(structType, 0);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["math/rand"] = (function() {
	var $pkg = {}, $init, nosync, math, rngSource, Source, Source64, Rand, lockedSource, ptrType, ptrType$1, ptrType$2, arrayType, ptrType$4, sliceType, ptrType$5, funcType, sliceType$1, rngCooked, globalRand, kn, wn, fn, ke, we, fe, seedrand, NewSource, New, read, Intn, Float64, absInt32;
	nosync = $packages["github.com/gopherjs/gopherjs/nosync"];
	math = $packages["math"];
	rngSource = $pkg.rngSource = $newType(0, $kindStruct, "rand.rngSource", true, "math/rand", false, function(tap_, feed_, vec_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.tap = 0;
			this.feed = 0;
			this.vec = arrayType.zero();
			return;
		}
		this.tap = tap_;
		this.feed = feed_;
		this.vec = vec_;
	});
	Source = $pkg.Source = $newType(8, $kindInterface, "rand.Source", true, "math/rand", true, null);
	Source64 = $pkg.Source64 = $newType(8, $kindInterface, "rand.Source64", true, "math/rand", true, null);
	Rand = $pkg.Rand = $newType(0, $kindStruct, "rand.Rand", true, "math/rand", true, function(src_, s64_, readVal_, readPos_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.src = $ifaceNil;
			this.s64 = $ifaceNil;
			this.readVal = new $Int64(0, 0);
			this.readPos = 0;
			return;
		}
		this.src = src_;
		this.s64 = s64_;
		this.readVal = readVal_;
		this.readPos = readPos_;
	});
	lockedSource = $pkg.lockedSource = $newType(0, $kindStruct, "rand.lockedSource", true, "math/rand", false, function(lk_, src_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.lk = new nosync.Mutex.ptr(false);
			this.src = ptrType.nil;
			return;
		}
		this.lk = lk_;
		this.src = src_;
	});
	ptrType = $ptrType(rngSource);
	ptrType$1 = $ptrType(lockedSource);
	ptrType$2 = $ptrType(Rand);
	arrayType = $arrayType($Int64, 607);
	ptrType$4 = $ptrType($Int8);
	sliceType = $sliceType($Int);
	ptrType$5 = $ptrType($Int64);
	funcType = $funcType([$Int, $Int], [], false);
	sliceType$1 = $sliceType($Uint8);
	seedrand = function(x) {
		var _q, _r, hi, lo, x;
		hi = (_q = x / 44488, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		lo = (_r = x % 44488, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
		x = ($imul(48271, lo)) - ($imul(3399, hi)) >> 0;
		if (x < 0) {
			x = x + (2147483647) >> 0;
		}
		return x;
	};
	rngSource.ptr.prototype.Seed = function(seed) {
		var i, rng, seed, u, x, x$1, x$2, x$3, x$4, x$5;
		rng = this;
		rng.tap = 0;
		rng.feed = 334;
		seed = $div64(seed, new $Int64(0, 2147483647), true);
		if ((seed.$high < 0 || (seed.$high === 0 && seed.$low < 0))) {
			seed = (x = new $Int64(0, 2147483647), new $Int64(seed.$high + x.$high, seed.$low + x.$low));
		}
		if ((seed.$high === 0 && seed.$low === 0)) {
			seed = new $Int64(0, 89482311);
		}
		x$1 = (((seed.$low + ((seed.$high >> 31) * 4294967296)) >> 0));
		i = -20;
		while (true) {
			if (!(i < 607)) { break; }
			x$1 = seedrand(x$1);
			if (i >= 0) {
				u = new $Int64(0, 0);
				u = $shiftLeft64((new $Int64(0, x$1)), 40);
				x$1 = seedrand(x$1);
				u = (x$2 = $shiftLeft64((new $Int64(0, x$1)), 20), new $Int64(u.$high ^ x$2.$high, (u.$low ^ x$2.$low) >>> 0));
				x$1 = seedrand(x$1);
				u = (x$3 = (new $Int64(0, x$1)), new $Int64(u.$high ^ x$3.$high, (u.$low ^ x$3.$low) >>> 0));
				u = (x$4 = ((i < 0 || i >= rngCooked.length) ? ($throwRuntimeError("index out of range"), undefined) : rngCooked[i]), new $Int64(u.$high ^ x$4.$high, (u.$low ^ x$4.$low) >>> 0));
				(x$5 = rng.vec, ((i < 0 || i >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[i] = u));
			}
			i = i + (1) >> 0;
		}
	};
	rngSource.prototype.Seed = function(seed) { return this.$val.Seed(seed); };
	rngSource.ptr.prototype.Int63 = function() {
		var rng, x, x$1;
		rng = this;
		return ((x = (x$1 = rng.Uint64(), new $Uint64(x$1.$high & 2147483647, (x$1.$low & 4294967295) >>> 0)), new $Int64(x.$high, x.$low)));
	};
	rngSource.prototype.Int63 = function() { return this.$val.Int63(); };
	rngSource.ptr.prototype.Uint64 = function() {
		var rng, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8;
		rng = this;
		rng.tap = rng.tap - (1) >> 0;
		if (rng.tap < 0) {
			rng.tap = rng.tap + (607) >> 0;
		}
		rng.feed = rng.feed - (1) >> 0;
		if (rng.feed < 0) {
			rng.feed = rng.feed + (607) >> 0;
		}
		x$6 = (x = (x$1 = rng.vec, x$2 = rng.feed, ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])), x$3 = (x$4 = rng.vec, x$5 = rng.tap, ((x$5 < 0 || x$5 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[x$5])), new $Int64(x.$high + x$3.$high, x.$low + x$3.$low));
		(x$7 = rng.vec, x$8 = rng.feed, ((x$8 < 0 || x$8 >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[x$8] = x$6));
		return (new $Uint64(x$6.$high, x$6.$low));
	};
	rngSource.prototype.Uint64 = function() { return this.$val.Uint64(); };
	NewSource = function(seed) {
		var rng, seed;
		rng = new rngSource.ptr(0, 0, arrayType.zero());
		rng.Seed(seed);
		return rng;
	};
	$pkg.NewSource = NewSource;
	New = function(src) {
		var _tuple, s64, src;
		_tuple = $assertType(src, Source64, true);
		s64 = _tuple[0];
		return new Rand.ptr(src, s64, new $Int64(0, 0), 0);
	};
	$pkg.New = New;
	Rand.ptr.prototype.Seed = function(seed) {
		var {_tuple, lk, ok, r, seed, $s, $r, $c} = $restore(this, {seed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_tuple = $assertType(r.src, ptrType$1, true);
		lk = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			lk.seedPos(seed, (r.$ptr_readPos || (r.$ptr_readPos = new ptrType$4(function() { return this.$target.readPos; }, function($v) { this.$target.readPos = $v; }, r))));
			$s = -1; return;
		}
		$r = r.src.Seed(seed); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		r.readPos = 0;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Seed, $c: true, $r, _tuple, lk, ok, r, seed, $s};return $f;
	};
	Rand.prototype.Seed = function(seed) { return this.$val.Seed(seed); };
	Rand.ptr.prototype.Int63 = function() {
		var {$24r, _r, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.src.Int63(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Int63, $c: true, $r, $24r, _r, r, $s};return $f;
	};
	Rand.prototype.Int63 = function() { return this.$val.Int63(); };
	Rand.ptr.prototype.Uint32 = function() {
		var {$24r, _r, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.Int63(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (($shiftRightInt64(_r, 31).$low >>> 0));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Uint32, $c: true, $r, $24r, _r, r, $s};return $f;
	};
	Rand.prototype.Uint32 = function() { return this.$val.Uint32(); };
	Rand.ptr.prototype.Uint64 = function() {
		var {$24r, $24r$1, _r, _r$1, _r$2, r, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* */ if (!($interfaceIsEqual(r.s64, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(r.s64, $ifaceNil))) { */ case 1:
			_r = r.s64.Uint64(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = r.Int63(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = r.Int63(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = (x = $shiftRightUint64(((x$1 = _r$1, new $Uint64(x$1.$high, x$1.$low))), 31), x$2 = $shiftLeft64(((x$3 = _r$2, new $Uint64(x$3.$high, x$3.$low))), 32), new $Uint64(x.$high | x$2.$high, (x.$low | x$2.$low) >>> 0));
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Uint64, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, r, x, x$1, x$2, x$3, $s};return $f;
	};
	Rand.prototype.Uint64 = function() { return this.$val.Uint64(); };
	Rand.ptr.prototype.Int31 = function() {
		var {$24r, _r, r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.Int63(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (((x = $shiftRightInt64(_r, 32), x.$low + ((x.$high >> 31) * 4294967296)) >> 0));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Int31, $c: true, $r, $24r, _r, r, x, $s};return $f;
	};
	Rand.prototype.Int31 = function() { return this.$val.Int31(); };
	Rand.ptr.prototype.Int = function() {
		var {_r, r, u, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.Int63(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		u = ((_r.$low >>> 0));
		$s = -1; return ((((u << 1 >>> 0) >>> 1 >>> 0) >> 0));
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Int, $c: true, $r, _r, r, u, $s};return $f;
	};
	Rand.prototype.Int = function() { return this.$val.Int(); };
	Rand.ptr.prototype.Int63n = function(n) {
		var {$24r, _r, _r$1, _r$2, max, n, r, v, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if ((n.$high < 0 || (n.$high === 0 && n.$low <= 0))) {
			$panic(new $String("invalid argument to Int63n"));
		}
		/* */ if ((x = (x$1 = new $Int64(n.$high - 0, n.$low - 1), new $Int64(n.$high & x$1.$high, (n.$low & x$1.$low) >>> 0)), (x.$high === 0 && x.$low === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = (x$1 = new $Int64(n.$high - 0, n.$low - 1), new $Int64(n.$high & x$1.$high, (n.$low & x$1.$low) >>> 0)), (x.$high === 0 && x.$low === 0))) { */ case 1:
			_r = r.Int63(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = (x$2 = _r, x$3 = new $Int64(n.$high - 0, n.$low - 1), new $Int64(x$2.$high & x$3.$high, (x$2.$low & x$3.$low) >>> 0));
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		max = ((x$4 = (x$5 = $div64(new $Uint64(2147483648, 0), (new $Uint64(n.$high, n.$low)), true), new $Uint64(2147483647 - x$5.$high, 4294967295 - x$5.$low)), new $Int64(x$4.$high, x$4.$low)));
		_r$1 = r.Int63(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		v = _r$1;
		/* while (true) { */ case 6:
			/* if (!((v.$high > max.$high || (v.$high === max.$high && v.$low > max.$low)))) { break; } */ if(!((v.$high > max.$high || (v.$high === max.$high && v.$low > max.$low)))) { $s = 7; continue; }
			_r$2 = r.Int63(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			v = _r$2;
		$s = 6; continue;
		case 7:
		$s = -1; return $div64(v, n, true);
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Int63n, $c: true, $r, $24r, _r, _r$1, _r$2, max, n, r, v, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	Rand.prototype.Int63n = function(n) { return this.$val.Int63n(n); };
	Rand.ptr.prototype.Int31n = function(n) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, max, n, r, v, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (n <= 0) {
			$panic(new $String("invalid argument to Int31n"));
		}
		/* */ if ((n & ((n - 1 >> 0))) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((n & ((n - 1 >> 0))) === 0) { */ case 1:
			_r = r.Int31(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r & ((n - 1 >> 0));
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		max = (((2147483647 - (_r$1 = 2147483648 % ((n >>> 0)), _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >>> 0) >> 0));
		_r$2 = r.Int31(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		v = _r$2;
		/* while (true) { */ case 6:
			/* if (!(v > max)) { break; } */ if(!(v > max)) { $s = 7; continue; }
			_r$3 = r.Int31(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			v = _r$3;
		$s = 6; continue;
		case 7:
		$s = -1; return (_r$4 = v % n, _r$4 === _r$4 ? _r$4 : $throwRuntimeError("integer divide by zero"));
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Int31n, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, max, n, r, v, $s};return $f;
	};
	Rand.prototype.Int31n = function(n) { return this.$val.Int31n(n); };
	Rand.ptr.prototype.int31n = function(n) {
		var {_r, _r$1, _r$2, low, n, prod, r, thresh, v, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.Uint32(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		v = _r;
		prod = $mul64((new $Uint64(0, v)), (new $Uint64(0, n)));
		low = ((prod.$low >>> 0));
		/* */ if (low < ((n >>> 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (low < ((n >>> 0))) { */ case 2:
			thresh = (_r$1 = ((-n >>> 0)) % ((n >>> 0)), _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero"));
			/* while (true) { */ case 4:
				/* if (!(low < thresh)) { break; } */ if(!(low < thresh)) { $s = 5; continue; }
				_r$2 = r.Uint32(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				v = _r$2;
				prod = $mul64((new $Uint64(0, v)), (new $Uint64(0, n)));
				low = ((prod.$low >>> 0));
			$s = 4; continue;
			case 5:
		/* } */ case 3:
		$s = -1; return (($shiftRightUint64(prod, 32).$low >> 0));
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.int31n, $c: true, $r, _r, _r$1, _r$2, low, n, prod, r, thresh, v, $s};return $f;
	};
	Rand.prototype.int31n = function(n) { return this.$val.int31n(n); };
	Rand.ptr.prototype.Intn = function(n) {
		var {$24r, $24r$1, _r, _r$1, n, r, x, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (n <= 0) {
			$panic(new $String("invalid argument to Intn"));
		}
		/* */ if (n <= 2147483647) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n <= 2147483647) { */ case 1:
			_r = r.Int31n(((n >> 0))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = ((_r >> 0));
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = r.Int63n((new $Int64(0, n))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = (((x = _r$1, x.$low + ((x.$high >> 31) * 4294967296)) >> 0));
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Intn, $c: true, $r, $24r, $24r$1, _r, _r$1, n, r, x, $s};return $f;
	};
	Rand.prototype.Intn = function(n) { return this.$val.Intn(n); };
	Rand.ptr.prototype.Float64 = function() {
		var {_r, f, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* again: */ case 1:
		_r = r.Int63(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = ($flatten64(_r)) / 9.223372036854776e+18;
		/* */ if (f === 1) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (f === 1) { */ case 3:
			/* goto again */ $s = 1; continue;
		/* } */ case 4:
		$s = -1; return f;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Float64, $c: true, $r, _r, f, r, $s};return $f;
	};
	Rand.prototype.Float64 = function() { return this.$val.Float64(); };
	Rand.ptr.prototype.Float32 = function() {
		var {_r, f, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* again: */ case 1:
		_r = r.Float64(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		f = ($fround(_r));
		/* */ if (f === 1) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (f === 1) { */ case 3:
			/* goto again */ $s = 1; continue;
		/* } */ case 4:
		$s = -1; return f;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Float32, $c: true, $r, _r, f, r, $s};return $f;
	};
	Rand.prototype.Float32 = function() { return this.$val.Float32(); };
	Rand.ptr.prototype.Perm = function(n) {
		var {_r, i, j, m, n, r, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		m = $makeSlice(sliceType, n);
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 2; continue; }
			_r = r.Intn(i + 1 >> 0); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			j = _r;
			((i < 0 || i >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + i] = ((j < 0 || j >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + j]));
			((j < 0 || j >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + j] = i);
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return m;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Perm, $c: true, $r, _r, i, j, m, n, r, $s};return $f;
	};
	Rand.prototype.Perm = function(n) { return this.$val.Perm(n); };
	Rand.ptr.prototype.Shuffle = function(n, swap) {
		var {_r, _r$1, i, j, j$1, n, r, swap, x, $s, $r, $c} = $restore(this, {n, swap});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (n < 0) {
			$panic(new $String("invalid argument to Shuffle"));
		}
		i = n - 1 >> 0;
		/* while (true) { */ case 1:
			/* if (!(i > 2147483646)) { break; } */ if(!(i > 2147483646)) { $s = 2; continue; }
			_r = r.Int63n((new $Int64(0, (i + 1 >> 0)))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			j = (((x = _r, x.$low + ((x.$high >> 31) * 4294967296)) >> 0));
			$r = swap(i, j); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i - (1) >> 0;
		$s = 1; continue;
		case 2:
		/* while (true) { */ case 5:
			/* if (!(i > 0)) { break; } */ if(!(i > 0)) { $s = 6; continue; }
			_r$1 = r.int31n((((i + 1 >> 0) >> 0))); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			j$1 = ((_r$1 >> 0));
			$r = swap(i, j$1); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = i - (1) >> 0;
		$s = 5; continue;
		case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Shuffle, $c: true, $r, _r, _r$1, i, j, j$1, n, r, swap, x, $s};return $f;
	};
	Rand.prototype.Shuffle = function(n, swap) { return this.$val.Shuffle(n, swap); };
	Rand.ptr.prototype.Read = function(p) {
		var {$24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, err, lk, n, ok, p, r, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		_tuple = $assertType(r.src, ptrType$1, true);
		lk = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = lk.read(p, (r.$ptr_readVal || (r.$ptr_readVal = new ptrType$5(function() { return this.$target.readVal; }, function($v) { this.$target.readVal = $v; }, r))), (r.$ptr_readPos || (r.$ptr_readPos = new ptrType$4(function() { return this.$target.readPos; }, function($v) { this.$target.readPos = $v; }, r)))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$1 = _r;
			n = _tuple$1[0];
			err = _tuple$1[1];
			$24r = [n, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = read(p, r.src, (r.$ptr_readVal || (r.$ptr_readVal = new ptrType$5(function() { return this.$target.readVal; }, function($v) { this.$target.readVal = $v; }, r))), (r.$ptr_readPos || (r.$ptr_readPos = new ptrType$4(function() { return this.$target.readPos; }, function($v) { this.$target.readPos = $v; }, r)))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$2 = _r$1;
		n = _tuple$2[0];
		err = _tuple$2[1];
		$24r$1 = [n, err];
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, err, lk, n, ok, p, r, $s};return $f;
	};
	Rand.prototype.Read = function(p) { return this.$val.Read(p); };
	read = function(p, src, readVal, readPos) {
		var {_r, _tuple, err, n, p, pos, readPos, readVal, rng, src, val, $s, $r, $c} = $restore(this, {p, src, readVal, readPos});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		pos = readPos.$get();
		val = readVal.$get();
		_tuple = $assertType(src, ptrType, true);
		rng = _tuple[0];
		n = 0;
		/* while (true) { */ case 1:
			/* if (!(n < p.$length)) { break; } */ if(!(n < p.$length)) { $s = 2; continue; }
			/* */ if (pos === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (pos === 0) { */ case 3:
				/* */ if (!(rng === ptrType.nil)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!(rng === ptrType.nil)) { */ case 5:
					val = rng.Int63();
					$s = 7; continue;
				/* } else { */ case 6:
					_r = src.Int63(); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					val = _r;
				/* } */ case 7:
				pos = 7;
			/* } */ case 4:
			((n < 0 || n >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + n] = ((val.$low << 24 >>> 24)));
			val = $shiftRightInt64(val, (8));
			pos = pos - (1) << 24 >> 24;
			n = n + (1) >> 0;
		$s = 1; continue;
		case 2:
		readPos.$set(pos);
		readVal.$set(val);
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: read, $c: true, $r, _r, _tuple, err, n, p, pos, readPos, readVal, rng, src, val, $s};return $f;
	};
	Intn = function(n) {
		var {$24r, _r, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = globalRand.Intn(n); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Intn, $c: true, $r, $24r, _r, n, $s};return $f;
	};
	$pkg.Intn = Intn;
	Float64 = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = globalRand.Float64(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Float64, $c: true, $r, $24r, _r, $s};return $f;
	};
	$pkg.Float64 = Float64;
	lockedSource.ptr.prototype.Int63 = function() {
		var n, r;
		n = new $Int64(0, 0);
		r = this;
		r.lk.Lock();
		n = r.src.Int63();
		r.lk.Unlock();
		return n;
	};
	lockedSource.prototype.Int63 = function() { return this.$val.Int63(); };
	lockedSource.ptr.prototype.Uint64 = function() {
		var n, r;
		n = new $Uint64(0, 0);
		r = this;
		r.lk.Lock();
		n = r.src.Uint64();
		r.lk.Unlock();
		return n;
	};
	lockedSource.prototype.Uint64 = function() { return this.$val.Uint64(); };
	lockedSource.ptr.prototype.Seed = function(seed) {
		var r, seed;
		r = this;
		r.lk.Lock();
		r.src.Seed(seed);
		r.lk.Unlock();
	};
	lockedSource.prototype.Seed = function(seed) { return this.$val.Seed(seed); };
	lockedSource.ptr.prototype.seedPos = function(seed, readPos) {
		var r, readPos, seed;
		r = this;
		r.lk.Lock();
		r.src.Seed(seed);
		readPos.$set(0);
		r.lk.Unlock();
	};
	lockedSource.prototype.seedPos = function(seed, readPos) { return this.$val.seedPos(seed, readPos); };
	lockedSource.ptr.prototype.read = function(p, readVal, readPos) {
		var {_r, _tuple, err, n, p, r, readPos, readVal, $s, $r, $c} = $restore(this, {p, readVal, readPos});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		r.lk.Lock();
		_r = read(p, r.src, readVal, readPos); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		r.lk.Unlock();
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: lockedSource.ptr.prototype.read, $c: true, $r, _r, _tuple, err, n, p, r, readPos, readVal, $s};return $f;
	};
	lockedSource.prototype.read = function(p, readVal, readPos) { return this.$val.read(p, readVal, readPos); };
	absInt32 = function(i) {
		var i;
		if (i < 0) {
			return ((-i >>> 0));
		}
		return ((i >>> 0));
	};
	Rand.ptr.prototype.NormFloat64 = function() {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, i, j, r, x, x$1, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* while (true) { */ case 1:
			_r = r.Uint32(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			j = ((_r >> 0));
			i = j & 127;
			x = (j) * (((i < 0 || i >= wn.length) ? ($throwRuntimeError("index out of range"), undefined) : wn[i]));
			if (absInt32(j) < ((i < 0 || i >= kn.length) ? ($throwRuntimeError("index out of range"), undefined) : kn[i])) {
				$s = -1; return x;
			}
			/* */ if (i === 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (i === 0) { */ case 4:
				/* while (true) { */ case 6:
					_r$1 = r.Float64(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_r$2 = math.Log(_r$1); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					x = -_r$2 * 0.29047645161474317;
					_r$3 = r.Float64(); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$4 = math.Log(_r$3); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					y = -_r$4;
					if (y + y >= x * x) {
						/* break; */ $s = 7; continue;
					}
				$s = 6; continue;
				case 7:
				if (j > 0) {
					$s = -1; return 3.442619855899 + x;
				}
				$s = -1; return -3.442619855899 - x;
			/* } */ case 5:
			_r$5 = r.Float64(); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if ($fround(((i < 0 || i >= fn.length) ? ($throwRuntimeError("index out of range"), undefined) : fn[i]) + $fround(($fround(_r$5)) * ($fround((x$1 = i - 1 >> 0, ((x$1 < 0 || x$1 >= fn.length) ? ($throwRuntimeError("index out of range"), undefined) : fn[x$1])) - ((i < 0 || i >= fn.length) ? ($throwRuntimeError("index out of range"), undefined) : fn[i]))))) < ($fround(math.Exp(-0.5 * x * x)))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if ($fround(((i < 0 || i >= fn.length) ? ($throwRuntimeError("index out of range"), undefined) : fn[i]) + $fround(($fround(_r$5)) * ($fround((x$1 = i - 1 >> 0, ((x$1 < 0 || x$1 >= fn.length) ? ($throwRuntimeError("index out of range"), undefined) : fn[x$1])) - ((i < 0 || i >= fn.length) ? ($throwRuntimeError("index out of range"), undefined) : fn[i]))))) < ($fround(math.Exp(-0.5 * x * x)))) { */ case 12:
				$s = -1; return x;
			/* } */ case 13:
		$s = 1; continue;
		case 2:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.NormFloat64, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, i, j, r, x, x$1, y, $s};return $f;
	};
	Rand.prototype.NormFloat64 = function() { return this.$val.NormFloat64(); };
	Rand.ptr.prototype.ExpFloat64 = function() {
		var {$24r, _r, _r$1, _r$2, _r$3, i, j, r, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* while (true) { */ case 1:
			_r = r.Uint32(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			j = _r;
			i = (j & 255) >>> 0;
			x = (j) * (((i < 0 || i >= we.length) ? ($throwRuntimeError("index out of range"), undefined) : we[i]));
			if (j < ((i < 0 || i >= ke.length) ? ($throwRuntimeError("index out of range"), undefined) : ke[i])) {
				$s = -1; return x;
			}
			/* */ if (i === 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (i === 0) { */ case 4:
				_r$1 = r.Float64(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = math.Log(_r$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r = 7.69711747013105 - _r$2;
				$s = 8; case 8: return $24r;
			/* } */ case 5:
			_r$3 = r.Float64(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if ($fround(((i < 0 || i >= fe.length) ? ($throwRuntimeError("index out of range"), undefined) : fe[i]) + $fround(($fround(_r$3)) * ($fround((x$1 = i - 1 >>> 0, ((x$1 < 0 || x$1 >= fe.length) ? ($throwRuntimeError("index out of range"), undefined) : fe[x$1])) - ((i < 0 || i >= fe.length) ? ($throwRuntimeError("index out of range"), undefined) : fe[i]))))) < ($fround(math.Exp(-x)))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if ($fround(((i < 0 || i >= fe.length) ? ($throwRuntimeError("index out of range"), undefined) : fe[i]) + $fround(($fround(_r$3)) * ($fround((x$1 = i - 1 >>> 0, ((x$1 < 0 || x$1 >= fe.length) ? ($throwRuntimeError("index out of range"), undefined) : fe[x$1])) - ((i < 0 || i >= fe.length) ? ($throwRuntimeError("index out of range"), undefined) : fe[i]))))) < ($fround(math.Exp(-x)))) { */ case 9:
				$s = -1; return x;
			/* } */ case 10:
		$s = 1; continue;
		case 2:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Rand.ptr.prototype.ExpFloat64, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, i, j, r, x, x$1, $s};return $f;
	};
	Rand.prototype.ExpFloat64 = function() { return this.$val.ExpFloat64(); };
	ptrType.methods = [{prop: "Seed", name: "Seed", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "Int63", name: "Int63", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [$Uint64], false)}];
	ptrType$2.methods = [{prop: "Seed", name: "Seed", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "Int63", name: "Int63", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Uint32", name: "Uint32", pkg: "", typ: $funcType([], [$Uint32], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "Int31", name: "Int31", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "Int", name: "Int", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Int63n", name: "Int63n", pkg: "", typ: $funcType([$Int64], [$Int64], false)}, {prop: "Int31n", name: "Int31n", pkg: "", typ: $funcType([$Int32], [$Int32], false)}, {prop: "int31n", name: "int31n", pkg: "math/rand", typ: $funcType([$Int32], [$Int32], false)}, {prop: "Intn", name: "Intn", pkg: "", typ: $funcType([$Int], [$Int], false)}, {prop: "Float64", name: "Float64", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "Float32", name: "Float32", pkg: "", typ: $funcType([], [$Float32], false)}, {prop: "Perm", name: "Perm", pkg: "", typ: $funcType([$Int], [sliceType], false)}, {prop: "Shuffle", name: "Shuffle", pkg: "", typ: $funcType([$Int, funcType], [], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "NormFloat64", name: "NormFloat64", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "ExpFloat64", name: "ExpFloat64", pkg: "", typ: $funcType([], [$Float64], false)}];
	ptrType$1.methods = [{prop: "Int63", name: "Int63", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "Seed", name: "Seed", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "seedPos", name: "seedPos", pkg: "math/rand", typ: $funcType([$Int64, ptrType$4], [], false)}, {prop: "read", name: "read", pkg: "math/rand", typ: $funcType([sliceType$1, ptrType$5, ptrType$4], [$Int, $error], false)}];
	rngSource.init("math/rand", [{prop: "tap", name: "tap", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "feed", name: "feed", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "vec", name: "vec", embedded: false, exported: false, typ: arrayType, tag: ""}]);
	Source.init([{prop: "Int63", name: "Int63", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Seed", name: "Seed", pkg: "", typ: $funcType([$Int64], [], false)}]);
	Source64.init([{prop: "Int63", name: "Int63", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Seed", name: "Seed", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [$Uint64], false)}]);
	Rand.init("math/rand", [{prop: "src", name: "src", embedded: false, exported: false, typ: Source, tag: ""}, {prop: "s64", name: "s64", embedded: false, exported: false, typ: Source64, tag: ""}, {prop: "readVal", name: "readVal", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "readPos", name: "readPos", embedded: false, exported: false, typ: $Int8, tag: ""}]);
	lockedSource.init("math/rand", [{prop: "lk", name: "lk", embedded: false, exported: false, typ: nosync.Mutex, tag: ""}, {prop: "src", name: "src", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = nosync.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		rngCooked = $toNativeArray($kindInt64, [new $Int64(-973649357, 3952672746), new $Int64(-1065661887, 3130416987), new $Int64(324977939, 3414273807), new $Int64(1241840476, 2806224363), new $Int64(-1477934308, 1997590414), new $Int64(2103305448, 2402795971), new $Int64(1663160183, 1140819369), new $Int64(1120601685, 1788868961), new $Int64(1848035537, 1089001426), new $Int64(1235702047, 873593504), new $Int64(1911387977, 581324885), new $Int64(-1654874170, 1609182556), new $Int64(1069394745, 1241596776), new $Int64(1895445337, 1771189259), new $Int64(-1374618802, 3467012610), new $Int64(-140526423, 2344407434), new $Int64(-1745367887, 782467244), new $Int64(26335124, 3404933915), new $Int64(1063924276, 618867887), new $Int64(-968700782, 520164395), new $Int64(-1591572833, 1341358184), new $Int64(-1515085039, 665794848), new $Int64(1527227641, 3183648150), new $Int64(1781176124, 696329606), new $Int64(1789146075, 4151988961), new $Int64(-2087444114, 998951326), new $Int64(-612324923, 1364957564), new $Int64(63173359, 4090230633), new $Int64(-1498029007, 4009697548), new $Int64(248009524, 2569622517), new $Int64(778703922, 3742421481), new $Int64(-1109106023, 1506914633), new $Int64(1738099768, 1983412561), new $Int64(236311649, 1436266083), new $Int64(-1111517500, 3922894967), new $Int64(-1336974714, 1792680179), new $Int64(563141142, 1188796351), new $Int64(1349617468, 405968250), new $Int64(1044074554, 433754187), new $Int64(870549669, 4073162024), new $Int64(-1094251604, 433121399), new $Int64(2451824, 4162580594), new $Int64(-137262572, 4132415622), new $Int64(-1536231048, 3033822028), new $Int64(2016407895, 824682382), new $Int64(2366218, 3583765414), new $Int64(-624604839, 535386927), new $Int64(1637219058, 2286693689), new $Int64(1453075389, 2968466525), new $Int64(193683513, 1351410206), new $Int64(-283806096, 1412813499), new $Int64(492736522, 4126267639), new $Int64(512765208, 2105529399), new $Int64(2132966268, 2413882233), new $Int64(947457634, 32226200), new $Int64(1149341356, 2032329073), new $Int64(106485445, 1356518208), new $Int64(-2067810156, 3430061722), new $Int64(-1484435135, 3820169661), new $Int64(-1665985194, 2981816134), new $Int64(1017155588, 4184371017), new $Int64(206574701, 2119206761), new $Int64(-852109057, 2472200560), new $Int64(-560457548, 2853524696), new $Int64(1307803389, 1681119904), new $Int64(-174986835, 95608918), new $Int64(392686347, 3690479145), new $Int64(-1205570926, 1397922290), new $Int64(-1159314025, 1516129515), new $Int64(-320178155, 1547420459), new $Int64(1311333971, 1470949486), new $Int64(-1953469798, 1336785672), new $Int64(-45086614, 4131677129), new $Int64(-1392278100, 4246329084), new $Int64(-1142500187, 3788585631), new $Int64(-66478285, 3080389532), new $Int64(-646438364, 2215402037), new $Int64(391002300, 1171593935), new $Int64(1408774047, 1423855166), new $Int64(-519177718, 2276716302), new $Int64(-368453140, 2068027241), new $Int64(1369359303, 3427553297), new $Int64(189241615, 3289637845), new $Int64(1057480830, 3486407650), new $Int64(-1512910664, 3071877822), new $Int64(1159653919, 3363620705), new $Int64(-934256930, 4159821533), new $Int64(-76621938, 1894661), new $Int64(-674493898, 1156868282), new $Int64(348271067, 776219088), new $Int64(-501428838, 2425634259), new $Int64(1716021749, 680510161), new $Int64(-574263456, 1310101429), new $Int64(1095885995, 2964454134), new $Int64(-325695512, 3467098407), new $Int64(1990672920, 2109628894), new $Int64(-2139648704, 1232604732), new $Int64(-1838070714, 3261916179), new $Int64(1699175360, 434597899), new $Int64(235436061, 1624796439), new $Int64(-1626402839, 3589632480), new $Int64(1198416575, 864579159), new $Int64(-1938748161, 1380889830), new $Int64(619206309, 2654509477), new $Int64(1419738251, 1468209306), new $Int64(-1744284772, 100794388), new $Int64(-1191421458, 2991674471), new $Int64(-208666741, 2224662036), new $Int64(-173659161, 977097250), new $Int64(1351320195, 726419512), new $Int64(-183459897, 1747974366), new $Int64(-753095183, 1556430604), new $Int64(-1049492215, 1080776742), new $Int64(-385846958, 280794874), new $Int64(117767733, 919835643), new $Int64(-967009426, 3434019658), new $Int64(-1951414480, 2461941785), new $Int64(133215641, 3615001066), new $Int64(417204809, 3103414427), new $Int64(790056561, 3380809712), new $Int64(-1267681408, 2724693469), new $Int64(547796833, 598827710), new $Int64(-1846559452, 3452273442), new $Int64(-75778224, 649274915), new $Int64(-801301329, 2585724112), new $Int64(-1510934263, 3165579553), new $Int64(1185578221, 2635894283), new $Int64(-52910178, 2053289721), new $Int64(985976581, 3169337108), new $Int64(1170569632, 144717764), new $Int64(1079216270, 1383666384), new $Int64(-124804942, 681540375), new $Int64(1375448925, 537050586), new $Int64(-1964768344, 315246468), new $Int64(226402871, 849323088), new $Int64(-885062465, 45543944), new $Int64(-946445250, 2319052083), new $Int64(-40708194, 3613090841), new $Int64(560472520, 2992171180), new $Int64(-381863169, 2068244785), new $Int64(917538188, 4239862634), new $Int64(-1369555809, 3892253031), new $Int64(720683925, 958186149), new $Int64(-423297785, 1877702262), new $Int64(1357886971, 837674867), new $Int64(1837048883, 1507589294), new $Int64(1905518400, 873336795), new $Int64(-1879761037, 2764496274), new $Int64(-1806480530, 4196182374), new $Int64(-1066765755, 550964545), new $Int64(818747069, 420611474), new $Int64(-1924830376, 204265180), new $Int64(1549974541, 1787046383), new $Int64(1215581865, 3102292318), new $Int64(418321538, 1552199393), new $Int64(1243493047, 980542004), new $Int64(267284263, 3293718720), new $Int64(1179528763, 3771917473), new $Int64(599484404, 2195808264), new $Int64(252818753, 3894702887), new $Int64(-1367475956, 2099949527), new $Int64(1424094358, 338442522), new $Int64(490737398, 637158004), new $Int64(-1727621530, 281976339), new $Int64(574970164, 3619802330), new $Int64(-431930823, 3084554784), new $Int64(-1264611183, 4129772886), new $Int64(-2104399043, 1680378557), new $Int64(-1621962591, 3339087776), new $Int64(1680500332, 4220317857), new $Int64(-1935828963, 2959322499), new $Int64(1675600481, 1488354890), new $Int64(-834863562, 3958162143), new $Int64(-1226511573, 2773705983), new $Int64(1876039582, 225908689), new $Int64(-1183735113, 908216283), new $Int64(-605696219, 3574646075), new $Int64(-1827723091, 1936937569), new $Int64(1519770881, 75492235), new $Int64(816689472, 1935193178), new $Int64(2142521206, 2018250883), new $Int64(455141620, 3943126022), new $Int64(-601399488, 3066544345), new $Int64(1932392669, 2793082663), new $Int64(-1239009361, 3297036421), new $Int64(1640597065, 2206987825), new $Int64(-553246738, 807894872), new $Int64(-1781325307, 766252117), new $Int64(2060649606, 3833114345), new $Int64(845619743, 1255067973), new $Int64(1201145605, 741697208), new $Int64(-1476242608, 2810093753), new $Int64(1109032642, 4229340371), new $Int64(1462188720, 1361684224), new $Int64(-1159399429, 1906263026), new $Int64(475781207, 3904421704), new $Int64(-623537128, 1769075545), new $Int64(1062308525, 2621599764), new $Int64(1279509432, 3431891480), new $Int64(-1742751146, 1871896503), new $Int64(128756421, 1412808876), new $Int64(1605404688, 952876175), new $Int64(-230443691, 1824438899), new $Int64(1662295856, 1005035476), new $Int64(-156574141, 527508597), new $Int64(1288873303, 3066806859), new $Int64(565995893, 3244940914), new $Int64(-889746188, 209092916), new $Int64(-247669406, 1242699167), new $Int64(-713830396, 456723774), new $Int64(1776978905, 1001252870), new $Int64(1468772157, 2026725874), new $Int64(857254202, 2137562569), new $Int64(765939740, 3183366709), new $Int64(1533887628, 2612072960), new $Int64(56977098, 1727148468), new $Int64(-1197583895, 3803658212), new $Int64(1883670356, 479946959), new $Int64(685713571, 1562982345), new $Int64(-1946242443, 1766109365), new $Int64(700596547, 3257093788), new $Int64(-184714929, 2365720207), new $Int64(93384808, 3742754173), new $Int64(-458385235, 2878193673), new $Int64(1096135042, 2174002182), new $Int64(-834260953, 3573511231), new $Int64(-754572527, 1760299077), new $Int64(-1375627191, 2260779833), new $Int64(-866019274, 1452805722), new $Int64(-1229671918, 2940011802), new $Int64(1890251082, 1886183802), new $Int64(893897673, 2514369088), new $Int64(1644345561, 3924317791), new $Int64(-1974867432, 500935732), new $Int64(1403501753, 676580929), new $Int64(-1565912283, 1184984890), new $Int64(-691968413, 1271474274), new $Int64(-1828754738, 3163791473), new $Int64(2051027584, 2842487377), new $Int64(1511537551, 2170968612), new $Int64(573262976, 3535856740), new $Int64(-2053227187, 1488599718), new $Int64(-1180531831, 3408913763), new $Int64(-2086531912, 2501050084), new $Int64(-875130448, 1639124157), new $Int64(-2009482504, 4088176393), new $Int64(1574896563, 3989947576), new $Int64(-165243708, 3414355209), new $Int64(-792329287, 2275136352), new $Int64(-2057774345, 2151835223), new $Int64(-931144933, 1654534827), new $Int64(-679921451, 377892833), new $Int64(-482716010, 660204544), new $Int64(85706799, 390828249), new $Int64(-1422172693, 3402783878), new $Int64(-1468634160, 3717936603), new $Int64(1113532086, 2211058823), new $Int64(1564224320, 2692150867), new $Int64(1952770442, 1928910388), new $Int64(788716862, 3931011137), new $Int64(1083670504, 1112701047), new $Int64(-68150572, 2452299106), new $Int64(-896164822, 2337204777), new $Int64(1774877857, 273889282), new $Int64(1798719843, 1462008793), new $Int64(2138834788, 1554494002), new $Int64(-1194967131, 182675323), new $Int64(-1598554764, 1882802136), new $Int64(589279648, 3700220025), new $Int64(381039426, 3083431543), new $Int64(-851859191, 3622207527), new $Int64(338126939, 432729309), new $Int64(-1667470126, 2391914317), new $Int64(-1849558151, 235747924), new $Int64(2120733629, 3088823825), new $Int64(-745079795, 2314658321), new $Int64(1165929723, 2957634338), new $Int64(501323675, 4117056981), new $Int64(1564699815, 1482500298), new $Int64(-740826490, 840489337), new $Int64(799522364, 3483178565), new $Int64(532129761, 2074004656), new $Int64(724246478, 3643392642), new $Int64(-665153481, 1583624461), new $Int64(-885822954, 287473085), new $Int64(1667835381, 3136843981), new $Int64(1138806821, 1266970974), new $Int64(135185781, 1998688839), new $Int64(392094735, 1492900209), new $Int64(1031326774, 1538112737), new $Int64(-2070568842, 2207265429), new $Int64(-1886797613, 963263315), new $Int64(1671145500, 2295892134), new $Int64(1068469660, 2002560897), new $Int64(-356250305, 1369254035), new $Int64(33436120, 3353312708), new $Int64(57507843, 947771099), new $Int64(-1945755145, 1747061399), new $Int64(1507240140, 2047354631), new $Int64(720000810, 4165367136), new $Int64(479265078, 3388864963), new $Int64(-952181250, 286492130), new $Int64(2045622690, 2795735007), new $Int64(-715730566, 3703961339), new $Int64(-148436487, 1797825479), new $Int64(1429039600, 1116589674), new $Int64(-1665420098, 2593309206), new $Int64(1329049334, 3404995677), new $Int64(-750579440, 3453462936), new $Int64(1014767077, 3016498634), new $Int64(75698599, 1650371545), new $Int64(1592007860, 212344364), new $Int64(1127766888, 3843932156), new $Int64(-748019856, 3573129983), new $Int64(-890581831, 665897820), new $Int64(1071492673, 1675628772), new $Int64(243225682, 2831752928), new $Int64(2120298836, 1486294219), new $Int64(-1954407413, 268782709), new $Int64(-1002123503, 4186179080), new $Int64(624342951, 1613720397), new $Int64(857179861, 2703686015), new $Int64(-911618704, 2205342611), new $Int64(-672703993, 1411666394), new $Int64(-1528454899, 677744900), new $Int64(-1876628533, 4172867247), new $Int64(135494707, 2163418403), new $Int64(849547544, 2841526879), new $Int64(-1117516959, 1082141470), new $Int64(-1770111792, 4046134367), new $Int64(51415528, 2142943655), new $Int64(-249824333, 3124627521), new $Int64(998228909, 219992939), new $Int64(-1078790951, 1756846531), new $Int64(1283749206, 1225118210), new $Int64(-525858006, 1647770243), new $Int64(-2035959705, 444807907), new $Int64(2036369448, 3952076173), new $Int64(53201823, 1461839639), new $Int64(315761893, 3699250910), new $Int64(702974850, 1373688981), new $Int64(734022261, 147523747), new $Int64(-2047330906, 1211276581), new $Int64(1294440951, 2548832680), new $Int64(1144696256, 1995631888), new $Int64(-1992983070, 2011457303), new $Int64(-1351022674, 3057425772), new $Int64(667839456, 81484597), new $Int64(-1681980888, 3646681560), new $Int64(-1372462725, 635548515), new $Int64(602489502, 2508044581), new $Int64(-1794220117, 1014917157), new $Int64(719992433, 3214891315), new $Int64(-1294799037, 959582252), new $Int64(226415134, 3347040449), new $Int64(-362868096, 4102971975), new $Int64(397887437, 4078022210), new $Int64(-536803826, 2851767182), new $Int64(-1398321012, 1540160644), new $Int64(-1549098876, 1057290595), new $Int64(-112592988, 3907769253), new $Int64(579300318, 4248952684), new $Int64(-1054576049, 132554364), new $Int64(-1085862414, 1029351092), new $Int64(697840928, 2583007416), new $Int64(298619124, 1486185789), new $Int64(55905697, 2871589073), new $Int64(2017643612, 723203291), new $Int64(146250550, 2494333952), new $Int64(-1082993397, 2230939180), new $Int64(-1804568072, 3943232912), new $Int64(1768732449, 2181367922), new $Int64(-729261111, 2889274791), new $Int64(1824032949, 2046728161), new $Int64(1653899792, 1376052477), new $Int64(1022327048, 381236993), new $Int64(-1113097690, 3188942166), new $Int64(-74480109, 350070824), new $Int64(144881592, 61758415), new $Int64(-741824226, 3492950336), new $Int64(-2030042720, 3093818430), new $Int64(-453590535, 2962480613), new $Int64(-1912050708, 3154871160), new $Int64(-1636478569, 3228564679), new $Int64(610731502, 888276216), new $Int64(-946702974, 3574998604), new $Int64(-1277068380, 1967526716), new $Int64(-1556147941, 1554691298), new $Int64(-1573024234, 339944798), new $Int64(1223764147, 1154515356), new $Int64(1825645307, 967516237), new $Int64(1546195135, 596588202), new $Int64(-1867600880, 3764362170), new $Int64(-1655392592, 266611402), new $Int64(-393255880, 2047856075), new $Int64(-1000726433, 21444105), new $Int64(-949424754, 3065563181), new $Int64(-232418803, 1140663212), new $Int64(633187674, 2323741028), new $Int64(2126290159, 3103873707), new $Int64(1008658319, 2766828349), new $Int64(-485587503, 1970872996), new $Int64(1628585413, 3766615585), new $Int64(-595148528, 2036813414), new $Int64(-1994877121, 3105536507), new $Int64(13954645, 3396176938), new $Int64(-721402003, 1377154485), new $Int64(-61839181, 3807014186), new $Int64(543009040, 3710110597), new $Int64(-1751425519, 916420443), new $Int64(734556788, 2103831255), new $Int64(-1766161494, 717331943), new $Int64(-1574598896, 3550505941), new $Int64(45939673, 378749927), new $Int64(-1997615719, 611017331), new $Int64(592130075, 758907650), new $Int64(1012992349, 154266815), new $Int64(-1040454942, 1407468696), new $Int64(-1678191250, 970098704), new $Int64(-285057486, 1971660656), new $Int64(998365243, 3332747885), new $Int64(1947089649, 1935189867), new $Int64(1510248801, 203520055), new $Int64(-1305165746, 3916463034), new $Int64(-388598655, 3474113316), new $Int64(1036101639, 316544223), new $Int64(-1773744891, 1650844677), new $Int64(-907191419, 4267565603), new $Int64(-1070275024, 2501167616), new $Int64(-1520651863, 3929401789), new $Int64(-2091360852, 337170252), new $Int64(-960502090, 2061966842), new $Int64(-304190848, 2508461464), new $Int64(-1941471116, 2791377107), new $Int64(1240791848, 1227227588), new $Int64(1813978778, 1709681848), new $Int64(1153692192, 3768820575), new $Int64(-1002297449, 2887126398), new $Int64(-1447111334, 296561685), new $Int64(700300844, 3729960077), new $Int64(-1572311344, 372833036), new $Int64(2078875613, 2409779288), new $Int64(1829161290, 555274064), new $Int64(-1105595719, 4239804901), new $Int64(1839403216, 3723486978), new $Int64(-1649093095, 2145871984), new $Int64(-1582765715, 3565480803), new $Int64(-1568653827, 2197313814), new $Int64(974785092, 3613674566), new $Int64(438638731, 3042093666), new $Int64(-96556264, 3324034321), new $Int64(869420878, 3708873369), new $Int64(946682149, 1698090092), new $Int64(1618900382, 4213940712), new $Int64(-1843479747, 2087477361), new $Int64(-1766167800, 2407950639), new $Int64(-1296225558, 3942568569), new $Int64(-1223900450, 4088074412), new $Int64(723260036, 2964773675), new $Int64(-673921829, 1539178386), new $Int64(1062961552, 2694849566), new $Int64(460977733, 2120273838), new $Int64(-1604570740, 2484608657), new $Int64(880846449, 2956190677), new $Int64(1970902366, 4223313749), new $Int64(662161910, 3502682327), new $Int64(705634754, 4133891139), new $Int64(-1031359300, 1166449596), new $Int64(1038247601, 3362705993), new $Int64(93734798, 3892921029), new $Int64(1876124043, 786869787), new $Int64(1057490746, 1046342263), new $Int64(242763728, 493777327), new $Int64(-853573201, 3304827646), new $Int64(616460742, 125356352), new $Int64(499300063, 74094113), new $Int64(-795586925, 2500816079), new $Int64(-490248444, 514015239), new $Int64(1377565129, 543520454), new $Int64(-2039776725, 3614531153), new $Int64(2056746300, 2356753985), new $Int64(1390062617, 2018141668), new $Int64(131272971, 2087974891), new $Int64(-1502927041, 3166972343), new $Int64(372256200, 1517638666), new $Int64(-935275664, 173466846), new $Int64(-695774461, 4241513471), new $Int64(-1413550842, 2783126920), new $Int64(1972004134, 4167264826), new $Int64(29260506, 3907395640), new $Int64(-910901561, 1539634186), new $Int64(-595957298, 178241987), new $Int64(-113277636, 182168164), new $Int64(-1102530459, 2386154934), new $Int64(1379126408, 4077374341), new $Int64(-2114679722, 1732699140), new $Int64(-421057745, 1041306002), new $Int64(1860414813, 2068001749), new $Int64(1005320202, 3208962910), new $Int64(844054010, 697710380), new $Int64(-1509359403, 2228431183), new $Int64(-810313977, 3554678728), new $Int64(-750989047, 173470263), new $Int64(-85886265, 3848297795), new $Int64(-926936977, 246236185), new $Int64(-1984190461, 2066374846), new $Int64(1771673660, 312890749), new $Int64(703378057, 3573310289), new $Int64(-598851901, 143166754), new $Int64(613554316, 2081511079), new $Int64(1197802104, 486038032), new $Int64(-1906483789, 2982218564), new $Int64(364901986, 1000939191), new $Int64(1902782651, 2750454885), new $Int64(-671844857, 3375313137), new $Int64(-1643868040, 881302957), new $Int64(-1508784745, 2514186393), new $Int64(-1703622845, 360024739), new $Int64(1399671872, 292500025), new $Int64(1381210821, 2276300752), new $Int64(521803381, 4069087683), new $Int64(-1938982667, 1637778212), new $Int64(720490469, 1676670893), new $Int64(1067262482, 3855174429), new $Int64(2114075974, 2067248671), new $Int64(-89426259, 2884561259), new $Int64(-805741095, 2456511185), new $Int64(983726246, 561175414), new $Int64(-1719489563, 432588903), new $Int64(885133709, 4059399550), new $Int64(-93096266, 1075014784), new $Int64(-1733832628, 2728058415), new $Int64(1839142064, 1299703678), new $Int64(1262333188, 2347583393), new $Int64(1285481956, 2468164145), new $Int64(-1158354011, 1140014346), new $Int64(2033889184, 1936972070), new $Int64(-1737578993, 3870530098), new $Int64(-484494257, 1717789158), new $Int64(-232997156, 1153452491), new $Int64(-990424416, 3948827651), new $Int64(-1357145630, 2101413152), new $Int64(1495744672, 3854091229), new $Int64(83644069, 4215565463), new $Int64(-1385277313, 1202710438), new $Int64(-564909037, 2072216740), new $Int64(705690639, 2066751068), new $Int64(-2113583312, 173902580), new $Int64(-741983806, 142459001), new $Int64(172391592, 1889151926), new $Int64(-498943125, 3034199774), new $Int64(1618587731, 516490102), new $Int64(93114264, 3692577783), new $Int64(-2078821353, 2953948865), new $Int64(-320938673, 4041040923), new $Int64(-1942517976, 592046130), new $Int64(-705643640, 384297211), new $Int64(-2051649464, 265863924), new $Int64(2101717619, 1333136237), new $Int64(1499611781, 1406273556), new $Int64(1074670496, 426305476), new $Int64(125704633, 2750898176), new $Int64(488068495, 1633944332), new $Int64(2037723464, 3236349343), new $Int64(-1703423246, 4013676611), new $Int64(1718532237, 2265047407), new $Int64(1433593806, 875071080), new $Int64(-343047503, 1418843655), new $Int64(2009228711, 451657300), new $Int64(1229446621, 1866374663), new $Int64(1653472867, 1551455622), new $Int64(577191481, 3560962459), new $Int64(1669204077, 3347903778), new $Int64(-298327194, 2675874918), new $Int64(-1831355577, 2762991672), new $Int64(530492383, 3689068477), new $Int64(844089962, 4071997905), new $Int64(1508155730, 1381702441), new $Int64(2089931018, 2373284878), new $Int64(-864267462, 2143983064), new $Int64(308739063, 1938207195), new $Int64(1754949306, 1188152253), new $Int64(1272345009, 615870490), new $Int64(742653194, 2662252621), new $Int64(1477718295, 3839976789), new $Int64(-2091334213, 306752547), new $Int64(-1426688067, 2162363077), new $Int64(-57052633, 2767224719), new $Int64(-1471624099, 2628837712), new $Int64(1678405918, 2967771969), new $Int64(1694285728, 499792248), new $Int64(-1744131281, 4285253508), new $Int64(962357072, 2856511070), new $Int64(679471692, 2526409716), new $Int64(-1793706473, 1240875658), new $Int64(-914893422, 2577342868), new $Int64(-1001298215, 4136853496), new $Int64(-1477114974, 2403540137), new $Int64(1372824515, 1371410668), new $Int64(-176562048, 371758825), new $Int64(-441063112, 1528834084), new $Int64(-71688630, 1504757260), new $Int64(-1461820072, 699052551), new $Int64(-505543539, 3347789870), new $Int64(1951619734, 3430604759), new $Int64(2119672219, 1935601723), new $Int64(966789690, 834676166)]);
		globalRand = New(new lockedSource.ptr(new nosync.Mutex.ptr(false), $assertType(NewSource(new $Int64(0, 1)), ptrType)));
		kn = $toNativeArray($kindUint32, [1991057938, 0, 1611602771, 1826899878, 1918584482, 1969227037, 2001281515, 2023368125, 2039498179, 2051788381, 2061460127, 2069267110, 2075699398, 2081089314, 2085670119, 2089610331, 2093034710, 2096037586, 2098691595, 2101053571, 2103168620, 2105072996, 2106796166, 2108362327, 2109791536, 2111100552, 2112303493, 2113412330, 2114437283, 2115387130, 2116269447, 2117090813, 2117856962, 2118572919, 2119243101, 2119871411, 2120461303, 2121015852, 2121537798, 2122029592, 2122493434, 2122931299, 2123344971, 2123736059, 2124106020, 2124456175, 2124787725, 2125101763, 2125399283, 2125681194, 2125948325, 2126201433, 2126441213, 2126668298, 2126883268, 2127086657, 2127278949, 2127460589, 2127631985, 2127793506, 2127945490, 2128088244, 2128222044, 2128347141, 2128463758, 2128572095, 2128672327, 2128764606, 2128849065, 2128925811, 2128994934, 2129056501, 2129110560, 2129157136, 2129196237, 2129227847, 2129251929, 2129268426, 2129277255, 2129278312, 2129271467, 2129256561, 2129233410, 2129201800, 2129161480, 2129112170, 2129053545, 2128985244, 2128906855, 2128817916, 2128717911, 2128606255, 2128482298, 2128345305, 2128194452, 2128028813, 2127847342, 2127648860, 2127432031, 2127195339, 2126937058, 2126655214, 2126347546, 2126011445, 2125643893, 2125241376, 2124799783, 2124314271, 2123779094, 2123187386, 2122530867, 2121799464, 2120980787, 2120059418, 2119015917, 2117825402, 2116455471, 2114863093, 2112989789, 2110753906, 2108037662, 2104664315, 2100355223, 2094642347, 2086670106, 2074676188, 2054300022, 2010539237]);
		wn = $toNativeArray($kindFloat32, [1.7290404663583558e-09, 1.2680928529462676e-10, 1.689751810696194e-10, 1.9862687883343e-10, 2.223243117382978e-10, 2.4244936613904144e-10, 2.601613091623989e-10, 2.761198769629658e-10, 2.9073962681813725e-10, 3.042996965518796e-10, 3.169979556627567e-10, 3.289802041894774e-10, 3.4035738116777736e-10, 3.5121602848242617e-10, 3.61625090983253e-10, 3.7164057942185025e-10, 3.813085680537398e-10, 3.906675816178762e-10, 3.997501218933053e-10, 4.0858399996679395e-10, 4.1719308563337165e-10, 4.255982233303257e-10, 4.3381759295968436e-10, 4.4186720948857783e-10, 4.497613115272969e-10, 4.57512583373898e-10, 4.6513240481438345e-10, 4.726310454117311e-10, 4.800177477726209e-10, 4.873009773476156e-10, 4.944885056978876e-10, 5.015873272284921e-10, 5.086040477664255e-10, 5.155446070048697e-10, 5.224146670812502e-10, 5.292193350214802e-10, 5.359634958068682e-10, 5.426517013518151e-10, 5.492881705038144e-10, 5.558769555769061e-10, 5.624218868405251e-10, 5.689264614971989e-10, 5.75394121238304e-10, 5.818281967329142e-10, 5.882316855831959e-10, 5.946076964136182e-10, 6.009590047817426e-10, 6.072883862451306e-10, 6.135985053390414e-10, 6.19892026598734e-10, 6.261713370037114e-10, 6.324390455780815e-10, 6.386973727678935e-10, 6.449488165749528e-10, 6.511955974453087e-10, 6.574400468473129e-10, 6.636843297158634e-10, 6.699307220081607e-10, 6.761814441702541e-10, 6.824387166481927e-10, 6.887046488657234e-10, 6.949815167800466e-10, 7.012714853260604e-10, 7.075767749498141e-10, 7.13899661608508e-10, 7.202424212593428e-10, 7.266072743483676e-10, 7.329966078550854e-10, 7.394128087589991e-10, 7.458582640396116e-10, 7.523354716987285e-10, 7.588469852493063e-10, 7.653954137154528e-10, 7.719834771435785e-10, 7.786139510912449e-10, 7.852897221383159e-10, 7.920137878869582e-10, 7.987892014504894e-10, 8.056192379868321e-10, 8.125072836762115e-10, 8.194568912323064e-10, 8.264716688799467e-10, 8.3355555791087e-10, 8.407127216614185e-10, 8.479473234679347e-10, 8.552640262671218e-10, 8.626675485068347e-10, 8.701631637464402e-10, 8.777562010564566e-10, 8.854524335966119e-10, 8.932581896381464e-10, 9.011799639857543e-10, 9.092249730890956e-10, 9.174008219758889e-10, 9.25715837318819e-10, 9.341788453909317e-10, 9.42799727177146e-10, 9.515889187738935e-10, 9.605578554783278e-10, 9.697193048552322e-10, 9.790869226478094e-10, 9.886760299337993e-10, 9.985036131254788e-10, 1.008588212947359e-09, 1.0189509236369076e-09, 1.0296150598776421e-09, 1.040606933955246e-09, 1.0519566329136865e-09, 1.0636980185552147e-09, 1.0758701707302976e-09, 1.0885182755160372e-09, 1.101694735439196e-09, 1.115461056855338e-09, 1.1298901814171813e-09, 1.1450695946990663e-09, 1.1611052119775422e-09, 1.178127595480305e-09, 1.1962995039027646e-09, 1.2158286599728285e-09, 1.2369856250415978e-09, 1.2601323318151003e-09, 1.2857697129220469e-09, 1.3146201904845611e-09, 1.3477839955200466e-09, 1.3870635751089821e-09, 1.43574030442295e-09, 1.5008658760251592e-09, 1.6030947680434338e-09]);
		fn = $toNativeArray($kindFloat32, [1, 0.963599681854248, 0.9362826943397522, 0.9130436182022095, 0.8922816514968872, 0.8732430338859558, 0.8555005788803101, 0.8387836217880249, 0.8229072093963623, 0.8077383041381836, 0.7931770086288452, 0.7791460752487183, 0.7655841708183289, 0.7524415850639343, 0.7396772503852844, 0.7272568941116333, 0.7151514887809753, 0.7033361196517944, 0.6917891502380371, 0.6804918646812439, 0.6694276928901672, 0.6585819721221924, 0.6479418277740479, 0.6374954581260681, 0.6272324919700623, 0.6171433925628662, 0.6072195172309875, 0.5974531769752502, 0.5878370404243469, 0.5783646702766418, 0.5690299868583679, 0.5598273873329163, 0.550751805305481, 0.5417983531951904, 0.5329626798629761, 0.5242405533790588, 0.5156282186508179, 0.5071220397949219, 0.49871864914894104, 0.4904148280620575, 0.48220765590667725, 0.47409430146217346, 0.466072142124176, 0.45813870429992676, 0.45029163360595703, 0.44252872467041016, 0.4348478317260742, 0.42724698781967163, 0.41972434520721436, 0.41227802634239197, 0.40490642189979553, 0.39760786294937134, 0.3903807997703552, 0.3832238018512726, 0.3761354684829712, 0.3691144585609436, 0.36215949058532715, 0.3552693724632263, 0.3484429717063904, 0.3416791558265686, 0.33497685194015503, 0.32833510637283325, 0.3217529058456421, 0.3152293860912323, 0.30876362323760986, 0.3023548424243927, 0.2960021495819092, 0.2897048592567444, 0.28346219658851624, 0.2772735059261322, 0.271138072013855, 0.2650552988052368, 0.25902456045150757, 0.25304529070854187, 0.24711695313453674, 0.24123899638652802, 0.23541094362735748, 0.22963231801986694, 0.22390270233154297, 0.21822164952754974, 0.21258877217769623, 0.20700371265411377, 0.20146611332893372, 0.1959756463766098, 0.19053204357624054, 0.18513499200344086, 0.17978426814079285, 0.1744796335697174, 0.16922089457511902, 0.16400785744190216, 0.1588403731584549, 0.15371830761432648, 0.14864157140254974, 0.14361007511615753, 0.13862377405166626, 0.13368265330791473, 0.12878671288490295, 0.12393598258495331, 0.11913054436445236, 0.11437050998210907, 0.10965602099895477, 0.1049872562289238, 0.10036443918943405, 0.09578784555196762, 0.09125780314207077, 0.08677466958761215, 0.08233889937400818, 0.07795098423957825, 0.07361150532960892, 0.06932111829519272, 0.06508058309555054, 0.06089077144861221, 0.05675266310572624, 0.05266740173101425, 0.048636294901371, 0.044660862535238266, 0.040742866694927216, 0.03688438981771469, 0.03308788686990738, 0.029356317594647408, 0.025693291798233986, 0.02210330404341221, 0.018592102453112602, 0.015167297795414925, 0.011839478276669979, 0.0086244847625494, 0.005548994988203049, 0.0026696291752159595]);
		ke = $toNativeArray($kindUint32, [3801129273, 0, 2615860924, 3279400049, 3571300752, 3733536696, 3836274812, 3906990442, 3958562475, 3997804264, 4028649213, 4053523342, 4074002619, 4091154507, 4105727352, 4118261130, 4129155133, 4138710916, 4147160435, 4154685009, 4161428406, 4167506077, 4173011791, 4178022498, 4182601930, 4186803325, 4190671498, 4194244443, 4197554582, 4200629752, 4203493986, 4206168142, 4208670408, 4211016720, 4213221098, 4215295924, 4217252177, 4219099625, 4220846988, 4222502074, 4224071896, 4225562770, 4226980400, 4228329951, 4229616109, 4230843138, 4232014925, 4233135020, 4234206673, 4235232866, 4236216336, 4237159604, 4238064994, 4238934652, 4239770563, 4240574564, 4241348362, 4242093539, 4242811568, 4243503822, 4244171579, 4244816032, 4245438297, 4246039419, 4246620374, 4247182079, 4247725394, 4248251127, 4248760037, 4249252839, 4249730206, 4250192773, 4250641138, 4251075867, 4251497493, 4251906522, 4252303431, 4252688672, 4253062674, 4253425844, 4253778565, 4254121205, 4254454110, 4254777611, 4255092022, 4255397640, 4255694750, 4255983622, 4256264513, 4256537670, 4256803325, 4257061702, 4257313014, 4257557464, 4257795244, 4258026541, 4258251531, 4258470383, 4258683258, 4258890309, 4259091685, 4259287526, 4259477966, 4259663135, 4259843154, 4260018142, 4260188212, 4260353470, 4260514019, 4260669958, 4260821380, 4260968374, 4261111028, 4261249421, 4261383632, 4261513736, 4261639802, 4261761900, 4261880092, 4261994441, 4262105003, 4262211835, 4262314988, 4262414513, 4262510454, 4262602857, 4262691764, 4262777212, 4262859239, 4262937878, 4263013162, 4263085118, 4263153776, 4263219158, 4263281289, 4263340187, 4263395872, 4263448358, 4263497660, 4263543789, 4263586755, 4263626565, 4263663224, 4263696735, 4263727099, 4263754314, 4263778377, 4263799282, 4263817020, 4263831582, 4263842955, 4263851124, 4263856071, 4263857776, 4263856218, 4263851370, 4263843206, 4263831695, 4263816804, 4263798497, 4263776735, 4263751476, 4263722676, 4263690284, 4263654251, 4263614520, 4263571032, 4263523724, 4263472530, 4263417377, 4263358192, 4263294892, 4263227394, 4263155608, 4263079437, 4262998781, 4262913534, 4262823581, 4262728804, 4262629075, 4262524261, 4262414220, 4262298801, 4262177846, 4262051187, 4261918645, 4261780032, 4261635148, 4261483780, 4261325704, 4261160681, 4260988457, 4260808763, 4260621313, 4260425802, 4260221905, 4260009277, 4259787550, 4259556329, 4259315195, 4259063697, 4258801357, 4258527656, 4258242044, 4257943926, 4257632664, 4257307571, 4256967906, 4256612870, 4256241598, 4255853155, 4255446525, 4255020608, 4254574202, 4254106002, 4253614578, 4253098370, 4252555662, 4251984571, 4251383021, 4250748722, 4250079132, 4249371435, 4248622490, 4247828790, 4246986404, 4246090910, 4245137315, 4244119963, 4243032411, 4241867296, 4240616155, 4239269214, 4237815118, 4236240596, 4234530035, 4232664930, 4230623176, 4228378137, 4225897409, 4223141146, 4220059768, 4216590757, 4212654085, 4208145538, 4202926710, 4196809522, 4189531420, 4180713890, 4169789475, 4155865042, 4137444620, 4111806704, 4073393724, 4008685917, 3873074895]);
		we = $toNativeArray($kindFloat32, [2.0249555365836613e-09, 1.4866739783681027e-11, 2.4409616689036184e-11, 3.1968806074589295e-11, 3.844677007314168e-11, 4.42282044321729e-11, 4.951644302919611e-11, 5.443358958023836e-11, 5.905943789574764e-11, 6.34494193296753e-11, 6.764381416113352e-11, 7.167294535648239e-11, 7.556032188826833e-11, 7.932458162551725e-11, 8.298078890689453e-11, 8.654132271912474e-11, 9.001651507523079e-11, 9.341507428706208e-11, 9.674443190998971e-11, 1.0001099254308699e-10, 1.0322031424037093e-10, 1.0637725422757427e-10, 1.0948611461891744e-10, 1.1255067711157807e-10, 1.1557434870246297e-10, 1.1856014781042035e-10, 1.2151082917633005e-10, 1.2442885610752796e-10, 1.2731647680563896e-10, 1.3017574518325858e-10, 1.330085347417409e-10, 1.3581656632677408e-10, 1.386014220061682e-10, 1.413645728254309e-10, 1.4410737880776736e-10, 1.4683107507629245e-10, 1.4953686899854546e-10, 1.522258291641876e-10, 1.5489899640730442e-10, 1.575573282952547e-10, 1.6020171300645814e-10, 1.628330109637588e-10, 1.6545202707884954e-10, 1.68059510752272e-10, 1.7065616975120435e-10, 1.73242697965037e-10, 1.758197337720091e-10, 1.783878739169964e-10, 1.8094774290045024e-10, 1.834998542005195e-10, 1.8604476292871652e-10, 1.8858298256319017e-10, 1.9111498494872592e-10, 1.9364125580789704e-10, 1.9616222535212557e-10, 1.9867835154840918e-10, 2.011900368525943e-10, 2.0369768372052732e-10, 2.062016807302669e-10, 2.0870240258208383e-10, 2.1120022397624894e-10, 2.136955057352452e-10, 2.1618855317040442e-10, 2.1867974098199738e-10, 2.2116936060356807e-10, 2.2365774510202385e-10, 2.2614519978869652e-10, 2.2863201609713002e-10, 2.3111849933865614e-10, 2.3360494094681883e-10, 2.3609159072179864e-10, 2.3857874009713953e-10, 2.4106666662859766e-10, 2.4355562011635357e-10, 2.460458781161634e-10, 2.485376904282077e-10, 2.5103127909709144e-10, 2.5352694943414633e-10, 2.560248957284017e-10, 2.585253955356137e-10, 2.610286709003873e-10, 2.6353494386732734e-10, 2.6604446423661443e-10, 2.6855745405285347e-10, 2.71074163116225e-10, 2.7359478571575835e-10, 2.7611959940720965e-10, 2.786487707240326e-10, 2.8118254946640775e-10, 2.8372118543451563e-10, 2.8626484516180994e-10, 2.8881380620404684e-10, 2.9136826285025563e-10, 2.9392840938946563e-10, 2.96494523377433e-10, 2.990667713476114e-10, 3.016454031001814e-10, 3.042306406797479e-10, 3.068226783753403e-10, 3.09421765987139e-10, 3.12028125559749e-10, 3.1464195138219964e-10, 3.17263521010247e-10, 3.1989300097734485e-10, 3.225306410836737e-10, 3.2517669112941405e-10, 3.2783134540359526e-10, 3.3049485370639786e-10, 3.3316743808242677e-10, 3.3584937608743815e-10, 3.385408342548857e-10, 3.4124211789610115e-10, 3.4395342130011386e-10, 3.4667499426710435e-10, 3.494071143528288e-10, 3.521500313574677e-10, 3.54903967325626e-10, 3.576691720574843e-10, 3.6044595086437425e-10, 3.632345535464765e-10, 3.660352021483959e-10, 3.688482297370399e-10, 3.716738583570134e-10, 3.7451239331964814e-10, 3.773641121807003e-10, 3.802292924959261e-10, 3.831082673322328e-10, 3.8600128648980103e-10, 3.8890865527996255e-10, 3.9183070676962473e-10, 3.9476774627011935e-10, 3.977200790927782e-10, 4.006880383045086e-10, 4.0367195697221803e-10, 4.066721681628138e-10, 4.0968900494320337e-10, 4.127228558914453e-10, 4.15774054074447e-10, 4.188429603146915e-10, 4.2192993543466173e-10, 4.25035395767992e-10, 4.2815970213716525e-10, 4.313032986313914e-10, 4.3446651831757777e-10, 4.376498607960855e-10, 4.408536868893975e-10, 4.4407846844229937e-10, 4.4732464954400086e-10, 4.5059267428371186e-10, 4.538830145062178e-10, 4.5719619756745544e-10, 4.605326675566346e-10, 4.638929240741163e-10, 4.672775499869886e-10, 4.706869893844612e-10, 4.74121908400349e-10, 4.775827511238617e-10, 4.810701836888143e-10, 4.845848167178701e-10, 4.881271498113904e-10, 4.916979601254923e-10, 4.952977472605369e-10, 4.989272883726414e-10, 5.025872495956207e-10, 5.062783525744408e-10, 5.100013189540675e-10, 5.13756870379467e-10, 5.175458395179078e-10, 5.21369003525507e-10, 5.252272505806843e-10, 5.29121357839557e-10, 5.330522134805449e-10, 5.3702081670437e-10, 5.41028055689452e-10, 5.450749851476644e-10, 5.491624932574268e-10, 5.532918012640664e-10, 5.574638528571541e-10, 5.616799247931681e-10, 5.659410717839819e-10, 5.702485705860738e-10, 5.746036979559221e-10, 5.790077306500052e-10, 5.83462111958255e-10, 5.879682296594524e-10, 5.925275825546805e-10, 5.971417249561739e-10, 6.01812211176167e-10, 6.065408175714992e-10, 6.113292094767075e-10, 6.16179329782085e-10, 6.21092954844471e-10, 6.260721940876124e-10, 6.311191569352559e-10, 6.362359528111483e-10, 6.414249686947926e-10, 6.466885360545405e-10, 6.520292639144998e-10, 6.574497612987784e-10, 6.629528592760892e-10, 6.685415554485985e-10, 6.742187919073217e-10, 6.799880103436351e-10, 6.858525969377638e-10, 6.918161599145378e-10, 6.978825850545434e-10, 7.040559801829716e-10, 7.103406751696184e-10, 7.167412219288849e-10, 7.232625609532306e-10, 7.2990985477972e-10, 7.366885990123251e-10, 7.436047333442275e-10, 7.506645305355164e-10, 7.57874762946642e-10, 7.652426470272644e-10, 7.727759543385559e-10, 7.804830115532013e-10, 7.883728114777e-10, 7.964550685635174e-10, 8.047402189070851e-10, 8.132396422944055e-10, 8.219657177122031e-10, 8.309318788590758e-10, 8.401527806789488e-10, 8.496445214056791e-10, 8.594246980742071e-10, 8.695127395874636e-10, 8.799300732498239e-10, 8.90700457834015e-10, 9.01850316648023e-10, 9.134091816243028e-10, 9.254100818978372e-10, 9.37890431984556e-10, 9.508922538259412e-10, 9.64463842123564e-10, 9.78660263939446e-10, 9.935448019859905e-10, 1.0091912860943353e-09, 1.0256859805934937e-09, 1.0431305819125214e-09, 1.0616465484503124e-09, 1.0813799855569073e-09, 1.1025096391392708e-09, 1.1252564435793033e-09, 1.149898620766976e-09, 1.176793218427008e-09, 1.2064089727203964e-09, 1.2393785997488749e-09, 1.2765849488616254e-09, 1.319313880365769e-09, 1.36954347862428e-09, 1.4305497897382224e-09, 1.5083649884672923e-09, 1.6160853766322703e-09, 1.7921247819074893e-09]);
		fe = $toNativeArray($kindFloat32, [1, 0.9381436705589294, 0.900469958782196, 0.8717043399810791, 0.847785472869873, 0.8269932866096497, 0.8084216713905334, 0.7915276288986206, 0.7759568691253662, 0.7614634037017822, 0.7478685975074768, 0.7350381016731262, 0.7228676676750183, 0.7112747430801392, 0.7001926302909851, 0.6895664930343628, 0.6793505549430847, 0.669506311416626, 0.6600008606910706, 0.6508058309555054, 0.6418967247009277, 0.633251965045929, 0.62485271692276, 0.6166821718215942, 0.608725368976593, 0.6009689569473267, 0.5934008955955505, 0.5860103368759155, 0.5787873864173889, 0.5717230439186096, 0.5648092031478882, 0.5580382943153381, 0.5514034032821655, 0.5448982119560242, 0.5385168790817261, 0.5322538614273071, 0.526104211807251, 0.5200631618499756, 0.5141264200210571, 0.5082897543907166, 0.5025495290756226, 0.4969019889831543, 0.4913438558578491, 0.4858720004558563, 0.48048335313796997, 0.4751752018928528, 0.4699448347091675, 0.4647897481918335, 0.4597076177597046, 0.4546961486339569, 0.4497532546520233, 0.44487687945365906, 0.4400651156902313, 0.4353161156177521, 0.4306281507015228, 0.42599955201148987, 0.42142874002456665, 0.4169141948223114, 0.4124544560909271, 0.40804818272590637, 0.4036940038204193, 0.39939069747924805, 0.3951369822025299, 0.39093172550201416, 0.38677382469177246, 0.38266217708587646, 0.378595769405365, 0.37457355856895447, 0.37059465050697327, 0.366658091545105, 0.362762987613678, 0.358908474445343, 0.35509374737739563, 0.35131800174713135, 0.3475804924964905, 0.34388044476509094, 0.34021714329719543, 0.33658990263938904, 0.3329980671405792, 0.3294409513473511, 0.32591795921325684, 0.32242849469184875, 0.3189719021320343, 0.3155476748943329, 0.31215524673461914, 0.3087940812110901, 0.30546361207962036, 0.30216339230537415, 0.29889291524887085, 0.29565170407295227, 0.2924392819404602, 0.2892552316188812, 0.28609907627105713, 0.2829704284667969, 0.27986884117126465, 0.2767939269542694, 0.2737452983856201, 0.2707225978374481, 0.26772540807724, 0.26475343108177185, 0.2618062496185303, 0.258883535861969, 0.2559850215911865, 0.25311028957366943, 0.25025907158851624, 0.24743106961250305, 0.2446259707212448, 0.24184346199035645, 0.23908329010009766, 0.23634515702724457, 0.2336287796497345, 0.23093391954898834, 0.22826029360294342, 0.22560766339302063, 0.22297576069831848, 0.22036437690258026, 0.21777324378490448, 0.21520215272903442, 0.212650865316391, 0.21011915802955627, 0.20760682225227356, 0.20511364936828613, 0.20263944566249847, 0.20018397271633148, 0.19774706661701202, 0.1953285187482834, 0.19292815029621124, 0.19054576754570007, 0.18818120658397675, 0.18583425879478455, 0.18350479006767273, 0.18119260668754578, 0.17889754474163055, 0.17661945521831512, 0.17435817420482635, 0.1721135377883911, 0.16988539695739746, 0.16767361760139465, 0.16547803580760956, 0.16329853236675262, 0.16113494336605072, 0.1589871346950531, 0.15685498714447021, 0.15473836660385132, 0.15263713896274567, 0.1505511850118637, 0.1484803706407547, 0.14642459154129028, 0.1443837285041809, 0.14235764741897583, 0.1403462439775467, 0.13834942877292633, 0.136367067694664, 0.13439907133579254, 0.1324453204870224, 0.1305057406425476, 0.12858019769191742, 0.12666863203048706, 0.12477091699838638, 0.12288697808980942, 0.1210167184472084, 0.11916005611419678, 0.11731690168380737, 0.11548716574907303, 0.11367076635360718, 0.11186762899160385, 0.11007767915725708, 0.1083008274435997, 0.10653700679540634, 0.10478614270687103, 0.1030481606721878, 0.10132300108671188, 0.0996105819940567, 0.09791085124015808, 0.09622374176979065, 0.09454918652772903, 0.09288713335990906, 0.09123751521110535, 0.08960027992725372, 0.08797537535429001, 0.08636274188756943, 0.0847623273730278, 0.08317409455776215, 0.08159798383712769, 0.08003395050764084, 0.07848194986581802, 0.07694194465875626, 0.07541389018297195, 0.07389774918556213, 0.07239348441362381, 0.070901058614254, 0.06942043453454971, 0.06795158982276917, 0.06649449467658997, 0.06504911929368973, 0.06361543387174606, 0.06219341605901718, 0.06078304722905159, 0.0593843050301075, 0.05799717456102371, 0.05662164092063904, 0.05525768920779228, 0.05390531197190285, 0.05256449431180954, 0.05123523622751236, 0.04991753399372101, 0.04861138388514519, 0.047316793352365494, 0.04603376239538193, 0.044762298464775085, 0.04350241273641586, 0.04225412383675575, 0.04101744294166565, 0.039792392402887344, 0.03857899457216263, 0.03737728297710419, 0.03618728369474411, 0.03500903770327568, 0.03384258225560188, 0.0326879620552063, 0.031545232981443405, 0.030414443463087082, 0.0292956605553627, 0.028188949450850487, 0.027094384655356407, 0.02601204626262188, 0.024942025542259216, 0.023884421214461327, 0.022839335724711418, 0.021806888282299042, 0.020787203684449196, 0.019780423492193222, 0.018786700442433357, 0.017806200310587883, 0.016839107498526573, 0.015885621309280396, 0.014945968054234982, 0.01402039173990488, 0.013109165243804455, 0.012212592177093029, 0.011331013403832912, 0.010464809834957123, 0.009614413604140282, 0.008780314587056637, 0.007963077165186405, 0.007163353264331818, 0.0063819061033427715, 0.005619642324745655, 0.004877655766904354, 0.004157294984906912, 0.003460264764726162, 0.0027887988835573196, 0.0021459676790982485, 0.001536299823783338, 0.0009672692976891994, 0.0004541343660093844]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["math/big"] = (function() {
	var $pkg = {}, $init, bytes, binary, errors, fmt, nosync, io, math, bits, rand, strconv, strings, divisor, nat, byteReader, Int, Word, arrayType, structType$1, sliceType, sliceType$1, ptrType$2, sliceType$2, ptrType$3, sliceType$3, sliceType$4, ptrType$4, arrayType$1, ptrType$5, errNoDigits, errInvalSep, leafSize, cacheBase10, natOne, natTwo, karatsubaThreshold, basicSqrThreshold, karatsubaSqrThreshold, natPool, intOne, divWVW, greaterThan, maxPow, pow, divisors, basicMul, karatsubaAdd, karatsubaSub, karatsuba, alias, addAt, max, karatsubaLen, basicSqr, karatsubaSqr, getNat, putNat, same, bigEndianWord, writeMultiple, scanSign, NewInt, low64, lehmerSimulate, lehmerUpdate, euclidUpdate, Jacobi, mulWW, addVV, subVV, addVW, subVW, shlVU, shrVU, mulAddVWW, addMulVVW, mulWW_g, mulAddWWW_g, nlz, addVV_g, subVV_g, addVW_g, addVWlarge, subVW_g, subVWlarge, shlVU_g, shrVU_g, mulAddVWW_g, addMulVVW_g, divWW, reciprocalWord;
	bytes = $packages["bytes"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	nosync = $packages["github.com/gopherjs/gopherjs/nosync"];
	io = $packages["io"];
	math = $packages["math"];
	bits = $packages["math/bits"];
	rand = $packages["math/rand"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	divisor = $pkg.divisor = $newType(0, $kindStruct, "big.divisor", true, "math/big", false, function(bbb_, nbits_, ndigits_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.bbb = nat.nil;
			this.nbits = 0;
			this.ndigits = 0;
			return;
		}
		this.bbb = bbb_;
		this.nbits = nbits_;
		this.ndigits = ndigits_;
	});
	nat = $pkg.nat = $newType(12, $kindSlice, "big.nat", true, "math/big", false, null);
	byteReader = $pkg.byteReader = $newType(0, $kindStruct, "big.byteReader", true, "math/big", false, function(ScanState_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ScanState = $ifaceNil;
			return;
		}
		this.ScanState = ScanState_;
	});
	Int = $pkg.Int = $newType(0, $kindStruct, "big.Int", true, "math/big", true, function(neg_, abs_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.neg = false;
			this.abs = nat.nil;
			return;
		}
		this.neg = neg_;
		this.abs = abs_;
	});
	Word = $pkg.Word = $newType(4, $kindUintptr, "big.Word", true, "math/big", true, null);
	arrayType = $arrayType(divisor, 64);
	structType$1 = $structType("math/big", [{prop: "Mutex", name: "Mutex", embedded: true, exported: true, typ: nosync.Mutex, tag: ""}, {prop: "table", name: "table", embedded: false, exported: false, typ: arrayType, tag: ""}]);
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($Uint8);
	ptrType$2 = $ptrType(Int);
	sliceType$2 = $sliceType(Word);
	ptrType$3 = $ptrType(nat);
	sliceType$3 = $sliceType(ptrType$3);
	sliceType$4 = $sliceType(divisor);
	ptrType$4 = $ptrType(Word);
	arrayType$1 = $arrayType(nat, 16);
	ptrType$5 = $ptrType(rand.Rand);
	Int.ptr.prototype.ProbablyPrime = function(n) {
		var {$24r, _1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _v, n, r, rA, rB, w, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (n < 0) {
			$panic(new $String("negative n for ProbablyPrime"));
		}
		if (x.neg || (x.abs.$length === 0)) {
			$s = -1; return false;
		}
		w = (x$1 = x.abs, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
		if ((x.abs.$length === 1) && w < 64) {
			$s = -1; return !((x$2 = (x$3 = $shiftLeft64(new $Uint64(0, 1), w), new $Uint64(673221152 & x$3.$high, (2693408940 & x$3.$low) >>> 0)), (x$2.$high === 0 && x$2.$low === 0)));
		}
		if (((w & 1) >>> 0) === 0) {
			$s = -1; return false;
		}
		_tmp = 0;
		_tmp$1 = 0;
		rA = _tmp;
		rB = _tmp$1;
		_1 = 32;
		if (_1 === (32)) {
			rA = ((x.abs.modW(4127218095) >>> 0));
			rB = ((x.abs.modW(3948078067) >>> 0));
		} else if (_1 === (64)) {
			r = x.abs.modW(820596253);
			rA = (((_r = r % 4127218095, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >>> 0));
			rB = (((_r$1 = r % 3948078067, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >>> 0));
		} else {
			$panic(new $String("math/big: invalid word size"));
		}
		if (((_r$2 = rA % 3, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$3 = rA % 5, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$4 = rA % 7, _r$4 === _r$4 ? _r$4 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$5 = rA % 11, _r$5 === _r$5 ? _r$5 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$6 = rA % 13, _r$6 === _r$6 ? _r$6 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$7 = rA % 17, _r$7 === _r$7 ? _r$7 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$8 = rA % 19, _r$8 === _r$8 ? _r$8 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$9 = rA % 23, _r$9 === _r$9 ? _r$9 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$10 = rA % 37, _r$10 === _r$10 ? _r$10 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$11 = rB % 29, _r$11 === _r$11 ? _r$11 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$12 = rB % 31, _r$12 === _r$12 ? _r$12 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$13 = rB % 41, _r$13 === _r$13 ? _r$13 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$14 = rB % 43, _r$14 === _r$14 ? _r$14 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$15 = rB % 47, _r$15 === _r$15 ? _r$15 : $throwRuntimeError("integer divide by zero")) === 0) || ((_r$16 = rB % 53, _r$16 === _r$16 ? _r$16 : $throwRuntimeError("integer divide by zero")) === 0)) {
			$s = -1; return false;
		}
		_r$17 = x.abs.probablyPrimeMillerRabin(n + 1 >> 0, true); /* */ $s = 2; case 2: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		if (!(_r$17)) { _v = false; $s = 1; continue s; }
		_r$18 = x.abs.probablyPrimeLucas(); /* */ $s = 3; case 3: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		_v = _r$18; case 1:
		$24r = _v;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.ProbablyPrime, $c: true, $r, $24r, _1, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _v, n, r, rA, rB, w, x, x$1, x$2, x$3, $s};return $f;
	};
	Int.prototype.ProbablyPrime = function(n) { return this.$val.ProbablyPrime(n); };
	nat.prototype.probablyPrimeMillerRabin = function(reps, force2) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tuple, force2, i, j, k, n, nm1, nm3, nm3Len, q, quotient, rand$1, reps, x, x$1, y, $s, $r, $c} = $restore(this, {reps, force2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = this;
		_r = (nat.nil).sub(n, natOne); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		nm1 = _r;
		k = nm1.trailingZeroBits();
		q = (nat.nil).shr(nm1, k);
		_r$1 = (nat.nil).sub(nm1, natTwo); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		nm3 = _r$1;
		rand$1 = rand.New(rand.NewSource(((x = (0 >= n.$length ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + 0]), new $Int64(0, x.constructor === Number ? x : 1)))));
		_tmp = nat.nil;
		_tmp$1 = nat.nil;
		_tmp$2 = nat.nil;
		x$1 = _tmp;
		y = _tmp$1;
		quotient = _tmp$2;
		nm3Len = nm3.bitLen();
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < reps)) { break; } */ if(!(i < reps)) { $s = 4; continue; }
			/* */ if ((i === (reps - 1 >> 0)) && force2) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ((i === (reps - 1 >> 0)) && force2) { */ case 5:
				x$1 = x$1.set(natTwo);
				$s = 7; continue;
			/* } else { */ case 6:
				_r$2 = x$1.random(rand$1, nm3, nm3Len); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				x$1 = _r$2;
				_r$3 = x$1.add(x$1, natTwo); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				x$1 = _r$3;
			/* } */ case 7:
			_r$4 = y.expNN(x$1, q, n); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			y = _r$4;
			if ((y.cmp(natOne) === 0) || (y.cmp(nm1) === 0)) {
				i = i + (1) >> 0;
				/* continue; */ $s = 3; continue;
			}
			j = 1;
			/* while (true) { */ case 11:
				/* if (!(j < k)) { break; } */ if(!(j < k)) { $s = 12; continue; }
				_r$5 = y.sqr(y); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				y = _r$5;
				_r$6 = quotient.div(y, y, n); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple = _r$6;
				quotient = _tuple[0];
				y = _tuple[1];
				if (y.cmp(nm1) === 0) {
					i = i + (1) >> 0;
					/* continue NextRandom; */ $s = 3; continue s;
				}
				if (y.cmp(natOne) === 0) {
					$s = -1; return false;
				}
				j = j + (1) >>> 0;
			$s = 11; continue;
			case 12:
			$s = -1; return false;
		case 4:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: nat.prototype.probablyPrimeMillerRabin, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tuple, force2, i, j, k, n, nm1, nm3, nm3Len, q, quotient, rand$1, reps, x, x$1, y, $s};return $f;
	};
	$ptrType(nat).prototype.probablyPrimeMillerRabin = function(reps, force2) { return this.$get().probablyPrimeMillerRabin(reps, force2); };
	nat.prototype.probablyPrimeLucas = function() {
		var {_r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, d, i, intD, intN, j, n, natP, nm2, p, r, s, t, t1, t1$1, t2, t2$1, t3, vk, vk1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = this;
		if ((n.$length === 0) || (n.cmp(natOne) === 0)) {
			$s = -1; return false;
		}
		if ((((0 >= n.$length ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + 0]) & 1) >>> 0) === 0) {
			$s = -1; return n.cmp(natTwo) === 0;
		}
		p = 3;
		d = new nat([1]);
		t1 = (nat.nil);
		intD = new Int.ptr(false, d);
		intN = new Int.ptr(false, n);
		/* while (true) { */ case 1:
			/* */ if (p > 10000) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (p > 10000) { */ case 3:
				_r = intN.String(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$panic(new $String("math/big: internal error: cannot find (D/n) = -1 for " + _r));
			/* } */ case 4:
			(0 >= d.$length ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + 0] = (($imul(p, p) >>> 0) - 4 >>> 0));
			_r$1 = Jacobi(intD, intN); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			j = _r$1;
			if (j === -1) {
				/* break; */ $s = 2; continue;
			}
			if (j === 0) {
				$s = -1; return (n.$length === 1) && ((0 >= n.$length ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + 0]) === (p + 2 >>> 0));
			}
			/* */ if (p === 40) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (p === 40) { */ case 7:
				_r$2 = t1.sqrt(n); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				t1 = _r$2;
				_r$3 = t1.sqr(t1); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				t1 = _r$3;
				if (t1.cmp(n) === 0) {
					$s = -1; return false;
				}
			/* } */ case 8:
			p = p + (1) >>> 0;
		$s = 1; continue;
		case 2:
		_r$4 = (nat.nil).add(n, natOne); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		s = _r$4;
		r = ((s.trailingZeroBits() >> 0));
		s = s.shr(s, ((r >>> 0)));
		_r$5 = (nat.nil).sub(n, natTwo); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		nm2 = _r$5;
		natP = (nat.nil).setWord(p);
		vk = (nat.nil).setWord(2);
		vk1 = (nat.nil).setWord(p);
		t2 = (nat.nil);
		i = (s.bitLen());
		/* while (true) { */ case 13:
			/* if (!(i >= 0)) { break; } */ if(!(i >= 0)) { $s = 14; continue; }
			/* */ if (!((s.bit(((i >>> 0))) === 0))) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!((s.bit(((i >>> 0))) === 0))) { */ case 15:
				_r$6 = t1.mul(vk, vk1); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				t1 = _r$6;
				_r$7 = t1.add(t1, n); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				t1 = _r$7;
				_r$8 = t1.sub(t1, natP); /* */ $s = 20; case 20: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				t1 = _r$8;
				_r$9 = t2.div(vk, t1, n); /* */ $s = 21; case 21: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_tuple = _r$9;
				t2 = _tuple[0];
				vk = _tuple[1];
				_r$10 = t1.sqr(vk1); /* */ $s = 22; case 22: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				t1 = _r$10;
				_r$11 = t1.add(t1, nm2); /* */ $s = 23; case 23: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				t1 = _r$11;
				_r$12 = t2.div(vk1, t1, n); /* */ $s = 24; case 24: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_tuple$1 = _r$12;
				t2 = _tuple$1[0];
				vk1 = _tuple$1[1];
				$s = 17; continue;
			/* } else { */ case 16:
				_r$13 = t1.mul(vk, vk1); /* */ $s = 25; case 25: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				t1 = _r$13;
				_r$14 = t1.add(t1, n); /* */ $s = 26; case 26: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				t1 = _r$14;
				_r$15 = t1.sub(t1, natP); /* */ $s = 27; case 27: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				t1 = _r$15;
				_r$16 = t2.div(vk1, t1, n); /* */ $s = 28; case 28: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_tuple$2 = _r$16;
				t2 = _tuple$2[0];
				vk1 = _tuple$2[1];
				_r$17 = t1.sqr(vk); /* */ $s = 29; case 29: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				t1 = _r$17;
				_r$18 = t1.add(t1, nm2); /* */ $s = 30; case 30: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				t1 = _r$18;
				_r$19 = t2.div(vk, t1, n); /* */ $s = 31; case 31: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_tuple$3 = _r$19;
				t2 = _tuple$3[0];
				vk = _tuple$3[1];
			/* } */ case 17:
			i = i - (1) >> 0;
		$s = 13; continue;
		case 14:
		/* */ if ((vk.cmp(natTwo) === 0) || (vk.cmp(nm2) === 0)) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if ((vk.cmp(natTwo) === 0) || (vk.cmp(nm2) === 0)) { */ case 32:
			_r$20 = t1.mul(vk, natP); /* */ $s = 34; case 34: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			t1$1 = _r$20;
			t2$1 = t2.shl(vk1, 1);
			if (t1$1.cmp(t2$1) < 0) {
				_tmp = t2$1;
				_tmp$1 = t1$1;
				t1$1 = _tmp;
				t2$1 = _tmp$1;
			}
			_r$21 = t1$1.sub(t1$1, t2$1); /* */ $s = 35; case 35: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			t1$1 = _r$21;
			t3 = vk1;
			vk1 = nat.nil;
			$unused(vk1);
			_r$22 = t2$1.div(t3, t1$1, n); /* */ $s = 36; case 36: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_tuple$4 = _r$22;
			t2$1 = _tuple$4[0];
			t3 = _tuple$4[1];
			if (t3.$length === 0) {
				$s = -1; return true;
			}
		/* } */ case 33:
		t = 0;
		/* while (true) { */ case 37:
			/* if (!(t < (r - 1 >> 0))) { break; } */ if(!(t < (r - 1 >> 0))) { $s = 38; continue; }
			if (vk.$length === 0) {
				$s = -1; return true;
			}
			if ((vk.$length === 1) && ((0 >= vk.$length ? ($throwRuntimeError("index out of range"), undefined) : vk.$array[vk.$offset + 0]) === 2)) {
				$s = -1; return false;
			}
			_r$23 = t1.sqr(vk); /* */ $s = 39; case 39: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			t1 = _r$23;
			_r$24 = t1.sub(t1, natTwo); /* */ $s = 40; case 40: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			t1 = _r$24;
			_r$25 = t2.div(vk, t1, n); /* */ $s = 41; case 41: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_tuple$5 = _r$25;
			t2 = _tuple$5[0];
			vk = _tuple$5[1];
			t = t + (1) >> 0;
		$s = 37; continue;
		case 38:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: nat.prototype.probablyPrimeLucas, $c: true, $r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, d, i, intD, intN, j, n, natP, nm2, p, r, s, t, t1, t1$1, t2, t2$1, t3, vk, vk1, $s};return $f;
	};
	$ptrType(nat).prototype.probablyPrimeLucas = function() { return this.$get().probablyPrimeLucas(); };
	nat.prototype.div = function(z2, u, v) {
		var {_r, _tuple, _tuple$1, q, r, r2, u, v, z, z2, $s, $r, $c} = $restore(this, {z2, u, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		q = nat.nil;
		r = nat.nil;
		z = this;
		if (v.$length === 0) {
			$panic(new $String("division by zero"));
		}
		if (u.cmp(v) < 0) {
			q = $subslice(z, 0, 0);
			r = z2.set(u);
			$s = -1; return [q, r];
		}
		if (v.$length === 1) {
			r2 = 0;
			_tuple = z.divW(u, (0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]));
			q = _tuple[0];
			r2 = _tuple[1];
			r = z2.setWord(r2);
			$s = -1; return [q, r];
		}
		_r = z.divLarge(z2, u, v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		q = _tuple$1[0];
		r = _tuple$1[1];
		$s = -1; return [q, r];
		/* */ } return; } var $f = {$blk: nat.prototype.div, $c: true, $r, _r, _tuple, _tuple$1, q, r, r2, u, v, z, z2, $s};return $f;
	};
	$ptrType(nat).prototype.div = function(z2, u, v) { return this.$get().div(z2, u, v); };
	nat.prototype.divW = function(x, y) {
		var m, q, r, x, y, z;
		q = nat.nil;
		r = 0;
		z = this;
		m = x.$length;
		if ((y === 0)) {
			$panic(new $String("division by zero"));
		} else if ((y === 1)) {
			q = z.set(x);
			return [q, r];
		} else if ((m === 0)) {
			q = $subslice(z, 0, 0);
			return [q, r];
		}
		z = z.make(m);
		r = divWVW($convertSliceType(z, sliceType$2), 0, $convertSliceType(x, sliceType$2), y);
		q = z.norm();
		return [q, r];
	};
	$ptrType(nat).prototype.divW = function(x, y) { return this.$get().divW(x, y); };
	nat.prototype.modW = function(d) {
		var d, q, r, x;
		r = 0;
		x = this;
		q = nat.nil;
		q = q.make(x.$length);
		r = divWVW($convertSliceType(q, sliceType$2), 0, $convertSliceType(x, sliceType$2), d);
		return r;
	};
	$ptrType(nat).prototype.modW = function(d) { return this.$get().modW(d); };
	divWVW = function(z, xn, x, y) {
		var _tuple, _tuple$1, i, qq, r, rec, rr, x, xn, y, z;
		r = 0;
		r = xn;
		if (x.$length === 1) {
			_tuple = bits.Div(((r >>> 0)), (((0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]) >>> 0)), ((y >>> 0)));
			qq = _tuple[0];
			rr = _tuple[1];
			(0 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 0] = ((qq >>> 0)));
			r = ((rr >>> 0));
			return r;
		}
		rec = reciprocalWord(y);
		i = z.$length - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			_tuple$1 = divWW(r, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]), y, rec);
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = _tuple$1[0]);
			r = _tuple$1[1];
			i = i - (1) >> 0;
		}
		r = r;
		return r;
	};
	nat.prototype.divLarge = function(u, uIn, vIn) {
		var {_r, _tmp, _tmp$1, m, n, q, r, shift, u, uIn, v, vIn, vp, x, x$1, z, $s, $r, $c} = $restore(this, {u, uIn, vIn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		q = nat.nil;
		r = nat.nil;
		z = this;
		n = vIn.$length;
		m = uIn.$length - n >> 0;
		shift = nlz((x = n - 1 >> 0, ((x < 0 || x >= vIn.$length) ? ($throwRuntimeError("index out of range"), undefined) : vIn.$array[vIn.$offset + x])));
		_r = getNat(n); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		vp = _r;
		v = vp.$get();
		shlVU($convertSliceType(v, sliceType$2), $convertSliceType(vIn, sliceType$2), shift);
		u = u.make(uIn.$length + 1 >> 0);
		(x$1 = uIn.$length, ((x$1 < 0 || x$1 >= u.$length) ? ($throwRuntimeError("index out of range"), undefined) : u.$array[u.$offset + x$1] = shlVU($convertSliceType($subslice(u, 0, uIn.$length), sliceType$2), $convertSliceType(uIn, sliceType$2), shift)));
		if (alias(z, u)) {
			z = nat.nil;
		}
		q = z.make(m + 1 >> 0);
		/* */ if (n < 100) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (n < 100) { */ case 2:
			$r = q.divBasic(u, v); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 4; continue;
		/* } else { */ case 3:
			$r = q.divRecursive(u, v); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		putNat(vp);
		q = q.norm();
		shrVU($convertSliceType(u, sliceType$2), $convertSliceType(u, sliceType$2), shift);
		r = u.norm();
		_tmp = q;
		_tmp$1 = r;
		q = _tmp;
		r = _tmp$1;
		$s = -1; return [q, r];
		/* */ } return; } var $f = {$blk: nat.prototype.divLarge, $c: true, $r, _r, _tmp, _tmp$1, m, n, q, r, shift, u, uIn, v, vIn, vp, x, x$1, z, $s};return $f;
	};
	$ptrType(nat).prototype.divLarge = function(u, uIn, vIn) { return this.$get().divLarge(u, uIn, vIn); };
	nat.prototype.divBasic = function(u, v) {
		var {_index, _r, _tuple, _tuple$1, _tuple$2, c, c$1, j, m, n, prevRhat, q, qhat, qhatv, qhatvp, qhl, rec, rhat, u, ujn, ujn2, v, vn1, vn2, x, x$1, x$2, x$3, x$4, x1, x2, $s, $r, $c} = $restore(this, {u, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		q = this;
		n = v.$length;
		m = u.$length - n >> 0;
		_r = getNat(n + 1 >> 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		qhatvp = _r;
		qhatv = qhatvp.$get();
		vn1 = (x = n - 1 >> 0, ((x < 0 || x >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x]));
		rec = reciprocalWord(vn1);
		j = m;
		while (true) {
			if (!(j >= 0)) { break; }
			qhat = 4294967295;
			ujn = 0;
			if ((j + n >> 0) < u.$length) {
				ujn = (x$1 = j + n >> 0, ((x$1 < 0 || x$1 >= u.$length) ? ($throwRuntimeError("index out of range"), undefined) : u.$array[u.$offset + x$1]));
			}
			if (!((ujn === vn1))) {
				rhat = 0;
				_tuple = divWW(ujn, (x$2 = (j + n >> 0) - 1 >> 0, ((x$2 < 0 || x$2 >= u.$length) ? ($throwRuntimeError("index out of range"), undefined) : u.$array[u.$offset + x$2])), vn1, rec);
				qhat = _tuple[0];
				rhat = _tuple[1];
				vn2 = (x$3 = n - 2 >> 0, ((x$3 < 0 || x$3 >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x$3]));
				_tuple$1 = mulWW(qhat, vn2);
				x1 = _tuple$1[0];
				x2 = _tuple$1[1];
				ujn2 = (x$4 = (j + n >> 0) - 2 >> 0, ((x$4 < 0 || x$4 >= u.$length) ? ($throwRuntimeError("index out of range"), undefined) : u.$array[u.$offset + x$4]));
				while (true) {
					if (!(greaterThan(x1, x2, rhat, ujn2))) { break; }
					qhat = qhat - (1) >>> 0;
					prevRhat = rhat;
					rhat = rhat + (vn1) >>> 0;
					if (rhat < prevRhat) {
						break;
					}
					_tuple$2 = mulWW(qhat, vn2);
					x1 = _tuple$2[0];
					x2 = _tuple$2[1];
				}
			}
			((n < 0 || n >= qhatv.$length) ? ($throwRuntimeError("index out of range"), undefined) : qhatv.$array[qhatv.$offset + n] = mulAddVWW($convertSliceType($subslice(qhatv, 0, n), sliceType$2), $convertSliceType(v, sliceType$2), qhat, 0));
			qhl = qhatv.$length;
			if ((j + qhl >> 0) > u.$length && (((n < 0 || n >= qhatv.$length) ? ($throwRuntimeError("index out of range"), undefined) : qhatv.$array[qhatv.$offset + n]) === 0)) {
				qhl = qhl - (1) >> 0;
			}
			c = subVV($convertSliceType($subslice(u, j, (j + qhl >> 0)), sliceType$2), $convertSliceType($subslice(u, j), sliceType$2), $convertSliceType(qhatv, sliceType$2));
			if (!((c === 0))) {
				c$1 = addVV($convertSliceType($subslice(u, j, (j + n >> 0)), sliceType$2), $convertSliceType($subslice(u, j), sliceType$2), $convertSliceType(v, sliceType$2));
				if (n < qhl) {
					_index = j + n >> 0;
					((_index < 0 || _index >= u.$length) ? ($throwRuntimeError("index out of range"), undefined) : u.$array[u.$offset + _index] = (((_index < 0 || _index >= u.$length) ? ($throwRuntimeError("index out of range"), undefined) : u.$array[u.$offset + _index]) + (c$1) >>> 0));
				}
				qhat = qhat - (1) >>> 0;
			}
			if ((j === m) && (m === q.$length) && (qhat === 0)) {
				j = j - (1) >> 0;
				continue;
			}
			((j < 0 || j >= q.$length) ? ($throwRuntimeError("index out of range"), undefined) : q.$array[q.$offset + j] = qhat);
			j = j - (1) >> 0;
		}
		putNat(qhatvp);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: nat.prototype.divBasic, $c: true, $r, _index, _r, _tuple, _tuple$1, _tuple$2, c, c$1, j, m, n, prevRhat, q, qhat, qhatv, qhatvp, qhl, rec, rhat, u, ujn, ujn2, v, vn1, vn2, x, x$1, x$2, x$3, x$4, x1, x2, $s};return $f;
	};
	$ptrType(nat).prototype.divBasic = function(u, v) { return this.$get().divBasic(u, v); };
	greaterThan = function(x1, x2, y1, y2) {
		var x1, x2, y1, y2;
		return x1 > y1 || (x1 === y1) && x2 > y2;
	};
	nat.prototype.divRecursive = function(u, v) {
		var {_i, _r, _ref, n, recDepth, temps, tmp, u, v, z, $s, $r, $c} = $restore(this, {u, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		recDepth = $imul(2, bits.Len(((v.$length >>> 0))));
		_r = getNat($imul(3, v.$length)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		tmp = _r;
		temps = $makeSlice(sliceType$3, recDepth);
		z.clear();
		$r = z.divRecursiveStep(u, v, 0, tmp, temps); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = temps;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			n = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!(n === ptrType$3.nil)) {
				putNat(n);
			}
			_i++;
		}
		putNat(tmp);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: nat.prototype.divRecursive, $c: true, $r, _i, _r, _ref, n, recDepth, temps, tmp, u, v, z, $s};return $f;
	};
	$ptrType(nat).prototype.divRecursive = function(u, v) { return this.$get().divRecursive(u, v); };
	nat.prototype.divRecursiveStep = function(u, v, depth, tmp, temps) {
		var {B, _q, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, c$1, c$2, c$3, depth, e, e$1, i, i$1, j, m, n, qhat, qhat$1, qhatv, qhatv$1, s, s$1, temps, tmp, u, uu, v, z, $s, $r, $c} = $restore(this, {u, v, depth, tmp, temps});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		u = u.norm();
		v = v.norm();
		if (u.$length === 0) {
			z.clear();
			$s = -1; return;
		}
		n = v.$length;
		/* */ if (n < 100) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n < 100) { */ case 1:
			$r = z.divBasic(u, v); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		m = u.$length - n >> 0;
		if (m < 0) {
			$s = -1; return;
		}
		B = (_q = n / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		/* */ if (((depth < 0 || depth >= temps.$length) ? ($throwRuntimeError("index out of range"), undefined) : temps.$array[temps.$offset + depth]) === ptrType$3.nil) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (((depth < 0 || depth >= temps.$length) ? ($throwRuntimeError("index out of range"), undefined) : temps.$array[temps.$offset + depth]) === ptrType$3.nil) { */ case 4:
			_r = getNat(n); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			((depth < 0 || depth >= temps.$length) ? ($throwRuntimeError("index out of range"), undefined) : temps.$array[temps.$offset + depth] = _r);
			$s = 6; continue;
		/* } else { */ case 5:
			((depth < 0 || depth >= temps.$length) ? ($throwRuntimeError("index out of range"), undefined) : temps.$array[temps.$offset + depth]).$set(((depth < 0 || depth >= temps.$length) ? ($throwRuntimeError("index out of range"), undefined) : temps.$array[temps.$offset + depth]).make(B + 1 >> 0));
		/* } */ case 6:
		j = m;
		/* while (true) { */ case 8:
			/* if (!(j > B)) { break; } */ if(!(j > B)) { $s = 9; continue; }
			s = (B - 1 >> 0);
			uu = $subslice(u, (j - B >> 0));
			qhat = ((depth < 0 || depth >= temps.$length) ? ($throwRuntimeError("index out of range"), undefined) : temps.$array[temps.$offset + depth]).$get();
			qhat.clear();
			$r = qhat.divRecursiveStep($subslice(uu, s, (B + n >> 0)), $subslice(v, s), depth + 1 >> 0, tmp, temps); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			qhat = qhat.norm();
			qhatv = tmp.make($imul(3, n));
			qhatv.clear();
			_r$1 = qhatv.mul(qhat, $subslice(v, 0, s)); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			qhatv = _r$1;
			i = 0;
			/* while (true) { */ case 12:
				/* if (!(i < 2)) { break; } */ if(!(i < 2)) { $s = 13; continue; }
				e = qhatv.cmp(uu.norm());
				if (e <= 0) {
					/* break; */ $s = 13; continue;
				}
				_r$2 = subVW($convertSliceType(qhat, sliceType$2), $convertSliceType(qhat, sliceType$2), 1); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				c = subVV($convertSliceType($subslice(qhatv, 0, s), sliceType$2), $convertSliceType($subslice(qhatv, 0, s), sliceType$2), $convertSliceType($subslice(v, 0, s), sliceType$2));
				/* */ if (qhatv.$length > s) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (qhatv.$length > s) { */ case 15:
					_r$3 = subVW($convertSliceType($subslice(qhatv, s), sliceType$2), $convertSliceType($subslice(qhatv, s), sliceType$2), c); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$3;
				/* } */ case 16:
				$r = addAt($subslice(uu, s), $subslice(v, s), 0); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				i = i + (1) >> 0;
			$s = 12; continue;
			case 13:
			if (qhatv.cmp(uu.norm()) > 0) {
				$panic(new $String("impossible"));
			}
			c$1 = subVV($convertSliceType($subslice(uu, 0, qhatv.$length), sliceType$2), $convertSliceType($subslice(uu, 0, qhatv.$length), sliceType$2), $convertSliceType(qhatv, sliceType$2));
			/* */ if (c$1 > 0) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (c$1 > 0) { */ case 19:
				_r$4 = subVW($convertSliceType($subslice(uu, qhatv.$length), sliceType$2), $convertSliceType($subslice(uu, qhatv.$length), sliceType$2), c$1); /* */ $s = 21; case 21: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
			/* } */ case 20:
			$r = addAt(z, qhat, j - B >> 0); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			j = j - (B) >> 0;
		$s = 8; continue;
		case 9:
		s$1 = B - 1 >> 0;
		qhat$1 = ((depth < 0 || depth >= temps.$length) ? ($throwRuntimeError("index out of range"), undefined) : temps.$array[temps.$offset + depth]).$get();
		qhat$1.clear();
		$r = qhat$1.divRecursiveStep($subslice(u, s$1).norm(), $subslice(v, s$1), depth + 1 >> 0, tmp, temps); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		qhat$1 = qhat$1.norm();
		qhatv$1 = tmp.make($imul(3, n));
		qhatv$1.clear();
		_r$5 = qhatv$1.mul(qhat$1, $subslice(v, 0, s$1)); /* */ $s = 24; case 24: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		qhatv$1 = _r$5;
		i$1 = 0;
		/* while (true) { */ case 25:
			/* if (!(i$1 < 2)) { break; } */ if(!(i$1 < 2)) { $s = 26; continue; }
			e$1 = qhatv$1.cmp(u.norm());
			/* */ if (e$1 > 0) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (e$1 > 0) { */ case 27:
				_r$6 = subVW($convertSliceType(qhat$1, sliceType$2), $convertSliceType(qhat$1, sliceType$2), 1); /* */ $s = 29; case 29: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
				c$2 = subVV($convertSliceType($subslice(qhatv$1, 0, s$1), sliceType$2), $convertSliceType($subslice(qhatv$1, 0, s$1), sliceType$2), $convertSliceType($subslice(v, 0, s$1), sliceType$2));
				/* */ if (qhatv$1.$length > s$1) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if (qhatv$1.$length > s$1) { */ case 30:
					_r$7 = subVW($convertSliceType($subslice(qhatv$1, s$1), sliceType$2), $convertSliceType($subslice(qhatv$1, s$1), sliceType$2), c$2); /* */ $s = 32; case 32: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_r$7;
				/* } */ case 31:
				$r = addAt($subslice(u, s$1), $subslice(v, s$1), 0); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 28:
			i$1 = i$1 + (1) >> 0;
		$s = 25; continue;
		case 26:
		if (qhatv$1.cmp(u.norm()) > 0) {
			$panic(new $String("impossible"));
		}
		c$3 = subVV($convertSliceType($subslice(u, 0, qhatv$1.$length), sliceType$2), $convertSliceType($subslice(u, 0, qhatv$1.$length), sliceType$2), $convertSliceType(qhatv$1, sliceType$2));
		/* */ if (c$3 > 0) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if (c$3 > 0) { */ case 34:
			_r$8 = subVW($convertSliceType($subslice(u, qhatv$1.$length), sliceType$2), $convertSliceType($subslice(u, qhatv$1.$length), sliceType$2), c$3); /* */ $s = 36; case 36: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			c$3 = _r$8;
		/* } */ case 35:
		if (c$3 > 0) {
			$panic(new $String("impossible"));
		}
		$r = addAt(z, qhat$1.norm(), 0); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: nat.prototype.divRecursiveStep, $c: true, $r, B, _q, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, c$1, c$2, c$3, depth, e, e$1, i, i$1, j, m, n, qhat, qhat$1, qhatv, qhatv$1, s, s$1, temps, tmp, u, uu, v, z, $s};return $f;
	};
	$ptrType(nat).prototype.divRecursiveStep = function(u, v, depth, tmp, temps) { return this.$get().divRecursiveStep(u, v, depth, tmp, temps); };
	maxPow = function(b) {
		var _q, _tmp, _tmp$1, b, max$1, n, p;
		p = 0;
		n = 0;
		_tmp = b;
		_tmp$1 = 1;
		p = _tmp;
		n = _tmp$1;
		max$1 = (_q = 4294967295 / b, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
		while (true) {
			if (!(p <= max$1)) { break; }
			p = $imul(p, (b)) >>> 0;
			n = n + (1) >> 0;
		}
		return [p, n];
	};
	pow = function(x, n) {
		var n, p, x;
		p = 0;
		p = 1;
		while (true) {
			if (!(n > 0)) { break; }
			if (!(((n & 1) === 0))) {
				p = $imul(p, (x)) >>> 0;
			}
			x = $imul(x, (x)) >>> 0;
			n = (n >> $min((1), 31)) >> 0;
		}
		return p;
	};
	nat.prototype.scan = function(r, base, fracOk) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, b1, base, baseOk, bn, ch, count, d1, di, dp, err, fracOk, i, invalSep, n, prefix, prev, r, res, z, $s, $r, $c} = $restore(this, {r, base, fracOk});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		res = nat.nil;
		b = 0;
		count = 0;
		err = $ifaceNil;
		z = this;
		baseOk = (base === 0) || !fracOk && 2 <= base && base <= 62 || fracOk && ((base === 2) || (base === 8) || (base === 10) || (base === 16));
		/* */ if (!baseOk) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!baseOk) { */ case 1:
			_r = fmt.Sprintf("invalid number base %d", new sliceType([new $Int(base)])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
		/* } */ case 2:
		prev = 46;
		invalSep = false;
		_r$1 = r.ReadByte(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ch = _tuple[0];
		err = _tuple[1];
		_tmp = base;
		_tmp$1 = 0;
		b = _tmp;
		prefix = _tmp$1;
		/* */ if (base === 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (base === 0) { */ case 5:
			b = 10;
			/* */ if ($interfaceIsEqual(err, $ifaceNil) && (ch === 48)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ($interfaceIsEqual(err, $ifaceNil) && (ch === 48)) { */ case 7:
				prev = 48;
				count = 1;
				_r$2 = r.ReadByte(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				ch = _tuple$1[0];
				err = _tuple$1[1];
				/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 10:
					_1 = ch;
					if ((_1 === (98)) || (_1 === (66))) {
						_tmp$2 = 2;
						_tmp$3 = 98;
						b = _tmp$2;
						prefix = _tmp$3;
					} else if ((_1 === (111)) || (_1 === (79))) {
						_tmp$4 = 8;
						_tmp$5 = 111;
						b = _tmp$4;
						prefix = _tmp$5;
					} else if ((_1 === (120)) || (_1 === (88))) {
						_tmp$6 = 16;
						_tmp$7 = 120;
						b = _tmp$6;
						prefix = _tmp$7;
					} else if (!fracOk) {
						_tmp$8 = 8;
						_tmp$9 = 48;
						b = _tmp$8;
						prefix = _tmp$9;
					}
					/* */ if (!((prefix === 0))) { $s = 12; continue; }
					/* */ $s = 13; continue;
					/* if (!((prefix === 0))) { */ case 12:
						count = 0;
						/* */ if (!((prefix === 48))) { $s = 14; continue; }
						/* */ $s = 15; continue;
						/* if (!((prefix === 48))) { */ case 14:
							_r$3 = r.ReadByte(); /* */ $s = 16; case 16: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
							_tuple$2 = _r$3;
							ch = _tuple$2[0];
							err = _tuple$2[1];
						/* } */ case 15:
					/* } */ case 13:
				/* } */ case 11:
			/* } */ case 8:
		/* } */ case 6:
		z = $subslice(z, 0, 0);
		b1 = ((b >>> 0));
		_tuple$3 = maxPow(b1);
		bn = _tuple$3[0];
		n = _tuple$3[1];
		di = 0;
		i = 0;
		dp = -1;
		/* while (true) { */ case 17:
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { break; } */ if(!($interfaceIsEqual(err, $ifaceNil))) { $s = 18; continue; }
			/* */ if ((ch === 46) && fracOk) { $s = 19; continue; }
			/* */ if ((ch === 95) && (base === 0)) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if ((ch === 46) && fracOk) { */ case 19:
				fracOk = false;
				if (prev === 95) {
					invalSep = true;
				}
				prev = 46;
				dp = count;
				$s = 22; continue;
			/* } else if ((ch === 95) && (base === 0)) { */ case 20:
				if (!((prev === 48))) {
					invalSep = true;
				}
				prev = 95;
				$s = 22; continue;
			/* } else { */ case 21:
				d1 = 0;
				if (48 <= ch && ch <= 57) {
					d1 = (((ch - 48 << 24 >>> 24) >>> 0));
				} else if (97 <= ch && ch <= 122) {
					d1 = ((((ch - 97 << 24 >>> 24) + 10 << 24 >>> 24) >>> 0));
				} else if (65 <= ch && ch <= 90) {
					if (b <= 36) {
						d1 = ((((ch - 65 << 24 >>> 24) + 10 << 24 >>> 24) >>> 0));
					} else {
						d1 = ((((ch - 65 << 24 >>> 24) + 36 << 24 >>> 24) >>> 0));
					}
				} else {
					d1 = 63;
				}
				/* */ if (d1 >= b1) { $s = 23; continue; }
				/* */ $s = 24; continue;
				/* if (d1 >= b1) { */ case 23:
					_r$4 = r.UnreadByte(); /* */ $s = 25; case 25: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$4;
					/* break; */ $s = 18; continue;
				/* } */ case 24:
				prev = 48;
				count = count + (1) >> 0;
				di = ($imul(di, b1) >>> 0) + d1 >>> 0;
				i = i + (1) >> 0;
				if (i === n) {
					z = z.mulAddWW(z, bn, di);
					di = 0;
					i = 0;
				}
			/* } */ case 22:
			_r$5 = r.ReadByte(); /* */ $s = 26; case 26: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$4 = _r$5;
			ch = _tuple$4[0];
			err = _tuple$4[1];
		$s = 17; continue;
		case 18:
		if ($interfaceIsEqual(err, io.EOF)) {
			err = $ifaceNil;
		}
		if ($interfaceIsEqual(err, $ifaceNil) && (invalSep || (prev === 95))) {
			err = errInvalSep;
		}
		if (count === 0) {
			if (prefix === 48) {
				_tmp$10 = $subslice(z, 0, 0);
				_tmp$11 = 10;
				_tmp$12 = 1;
				_tmp$13 = err;
				res = _tmp$10;
				b = _tmp$11;
				count = _tmp$12;
				err = _tmp$13;
				$s = -1; return [res, b, count, err];
			}
			err = errNoDigits;
		}
		if (i > 0) {
			z = z.mulAddWW(z, pow(b1, i), di);
		}
		res = z.norm();
		if (dp >= 0) {
			count = dp - count >> 0;
		}
		$s = -1; return [res, b, count, err];
		/* */ } return; } var $f = {$blk: nat.prototype.scan, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, b1, base, baseOk, bn, ch, count, d1, di, dp, err, fracOk, i, invalSep, n, prefix, prev, r, res, z, $s};return $f;
	};
	$ptrType(nat).prototype.scan = function(r, base, fracOk) { return this.$get().scan(r, base, fracOk); };
	nat.prototype.utoa = function(base) {
		var {$24r, _r, base, x, $s, $r, $c} = $restore(this, {base});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = x.itoa(false, base); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: nat.prototype.utoa, $c: true, $r, $24r, _r, base, x, $s};return $f;
	};
	$ptrType(nat).prototype.utoa = function(base) { return this.$get().utoa(base); };
	nat.prototype.itoa = function(neg, base) {
		var {_r, _tuple, b, base, bb, i, k, mask, nbits, ndigits, neg, q, s, shift, table, w, x, y, y$1, y$2, y$3, y$4, $s, $r, $c} = $restore(this, {neg, base});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (base < 2 || base > 62) {
			$panic(new $String("invalid base"));
		}
		if (x.$length === 0) {
			$s = -1; return (new sliceType$1($stringToBytes("0")));
		}
		i = (((x.bitLen()) / math.Log2((base)) >> 0)) + 1 >> 0;
		if (neg) {
			i = i + (1) >> 0;
		}
		s = $makeSlice(sliceType$1, i);
		b = ((base >>> 0));
		/* */ if (b === ((b & (-b >>> 0)) >>> 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (b === ((b & (-b >>> 0)) >>> 0)) { */ case 1:
			shift = ((bits.TrailingZeros(((b >>> 0))) >>> 0));
			mask = ((((y = shift, y < 32 ? (1 << y) : 0) >>> 0) - 1 >>> 0));
			w = (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]);
			nbits = 32;
			k = 1;
			while (true) {
				if (!(k < x.$length)) { break; }
				while (true) {
					if (!(nbits >= shift)) { break; }
					i = i - (1) >> 0;
					((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ".charCodeAt(((w & mask) >>> 0)));
					w = (y$1 = (shift), y$1 < 32 ? (w >>> y$1) : 0) >>> 0;
					nbits = nbits - (shift) >>> 0;
				}
				if (nbits === 0) {
					w = ((k < 0 || k >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + k]);
					nbits = 32;
				} else {
					w = (w | (((y$2 = nbits, y$2 < 32 ? (((k < 0 || k >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + k]) << y$2) : 0) >>> 0))) >>> 0;
					i = i - (1) >> 0;
					((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ".charCodeAt(((w & mask) >>> 0)));
					w = (y$3 = ((shift - nbits >>> 0)), y$3 < 32 ? (((k < 0 || k >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + k]) >>> y$3) : 0) >>> 0;
					nbits = 32 - ((shift - nbits >>> 0)) >>> 0;
				}
				k = k + (1) >> 0;
			}
			while (true) {
				if (!(!((w === 0)))) { break; }
				i = i - (1) >> 0;
				((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ".charCodeAt(((w & mask) >>> 0)));
				w = (y$4 = (shift), y$4 < 32 ? (w >>> y$4) : 0) >>> 0;
			}
			$s = 3; continue;
		/* } else { */ case 2:
			_tuple = maxPow(b);
			bb = _tuple[0];
			ndigits = _tuple[1];
			_r = divisors(x.$length, b, ndigits, bb); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			table = _r;
			q = (nat.nil).set(x);
			$r = q.convertWords(s, b, ndigits, bb, table); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = 0;
			while (true) {
				if (!(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) === 48)) { break; }
				i = i + (1) >> 0;
			}
		/* } */ case 3:
		if (neg) {
			i = i - (1) >> 0;
			((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = 45);
		}
		$s = -1; return $subslice(s, i);
		/* */ } return; } var $f = {$blk: nat.prototype.itoa, $c: true, $r, _r, _tuple, b, base, bb, i, k, mask, nbits, ndigits, neg, q, s, shift, table, w, x, y, y$1, y$2, y$3, y$4, $s};return $f;
	};
	$ptrType(nat).prototype.itoa = function(neg, base) { return this.$get().itoa(neg, base); };
	nat.prototype.convertWords = function(s, b, ndigits, bb, table) {
		var {_q, _q$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, bb, h, i, index, j, j$1, maxLength, minLength, ndigits, q, r, r$1, s, t, table, x, $s, $r, $c} = $restore(this, {s, b, ndigits, bb, table});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		q = this;
		/* */ if (!(table === sliceType$4.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(table === sliceType$4.nil)) { */ case 1:
			r = nat.nil;
			index = table.$length - 1 >> 0;
			/* while (true) { */ case 3:
				/* if (!(q.$length > leafSize)) { break; } */ if(!(q.$length > leafSize)) { $s = 4; continue; }
				maxLength = q.bitLen();
				minLength = maxLength >> 1 >> 0;
				while (true) {
					if (!(index > 0 && (x = index - 1 >> 0, ((x < 0 || x >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + x])).nbits > minLength)) { break; }
					index = index - (1) >> 0;
				}
				if (((index < 0 || index >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + index]).nbits >= maxLength && ((index < 0 || index >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + index]).bbb.cmp(q) >= 0) {
					index = index - (1) >> 0;
					if (index < 0) {
						$panic(new $String("internal inconsistency"));
					}
				}
				_r = q.div(r, q, ((index < 0 || index >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + index]).bbb); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				q = _tuple[0];
				r = _tuple[1];
				h = s.$length - ((index < 0 || index >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + index]).ndigits >> 0;
				$r = r.convertWords($subslice(s, h), b, ndigits, bb, $subslice(table, 0, index)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				s = $subslice(s, 0, h);
			$s = 3; continue;
			case 4:
		/* } */ case 2:
		i = s.$length;
		r$1 = 0;
		if (b === 10) {
			while (true) {
				if (!(q.$length > 0)) { break; }
				_tuple$1 = q.divW(q, bb);
				q = _tuple$1[0];
				r$1 = _tuple$1[1];
				j = 0;
				while (true) {
					if (!(j < ndigits && i > 0)) { break; }
					i = i - (1) >> 0;
					t = (_q = r$1 / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
					((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = (48 + (((r$1 - ($imul(t, 10) >>> 0) >>> 0) << 24 >>> 24)) << 24 >>> 24));
					r$1 = t;
					j = j + (1) >> 0;
				}
			}
		} else {
			while (true) {
				if (!(q.$length > 0)) { break; }
				_tuple$2 = q.divW(q, bb);
				q = _tuple$2[0];
				r$1 = _tuple$2[1];
				j$1 = 0;
				while (true) {
					if (!(j$1 < ndigits && i > 0)) { break; }
					i = i - (1) >> 0;
					((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ".charCodeAt((_r$1 = r$1 % b, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero"))));
					r$1 = (_q$1 = r$1 / (b), (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >>> 0 : $throwRuntimeError("integer divide by zero"));
					j$1 = j$1 + (1) >> 0;
				}
			}
		}
		while (true) {
			if (!(i > 0)) { break; }
			i = i - (1) >> 0;
			((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = 48);
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: nat.prototype.convertWords, $c: true, $r, _q, _q$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, b, bb, h, i, index, j, j$1, maxLength, minLength, ndigits, q, r, r$1, s, t, table, x, $s};return $f;
	};
	$ptrType(nat).prototype.convertWords = function(s, b, ndigits, bb, table) { return this.$get().convertWords(s, b, ndigits, bb, table); };
	nat.prototype.expWW = function(x, y) {
		var {$24r, _r, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = z.expNN((nat.nil).setWord(x), (nat.nil).setWord(y), nat.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: nat.prototype.expWW, $c: true, $r, $24r, _r, x, y, z, $s};return $f;
	};
	$ptrType(nat).prototype.expWW = function(x, y) { return this.$get().expWW(x, y); };
	divisors = function(m, b, ndigits, bb) {
		var {_r, _r$1, b, bb, i, k, larger, m, ndigits, table, words, x, x$1, x$2, y, $s, $r, $c} = $restore(this, {m, b, ndigits, bb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ((leafSize === 0) || m <= leafSize) {
			$s = -1; return sliceType$4.nil;
		}
		k = 1;
		words = leafSize;
		while (true) {
			if (!(words < (m >> 1 >> 0) && k < 64)) { break; }
			k = k + (1) >> 0;
			words = (y = (1), y < 32 ? (words << y) : 0) >> 0;
		}
		table = sliceType$4.nil;
		if (b === 10) {
			cacheBase10.Mutex.Lock();
			table = $subslice(new sliceType$4(cacheBase10.table), 0, k);
		} else {
			table = $makeSlice(sliceType$4, k);
		}
		/* */ if ((x = k - 1 >> 0, ((x < 0 || x >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + x])).ndigits === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = k - 1 >> 0, ((x < 0 || x >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + x])).ndigits === 0) { */ case 1:
			larger = nat.nil;
			i = 0;
			/* while (true) { */ case 3:
				/* if (!(i < k)) { break; } */ if(!(i < k)) { $s = 4; continue; }
				/* */ if (((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).ndigits === 0) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).ndigits === 0) { */ case 5:
					/* */ if (i === 0) { $s = 7; continue; }
					/* */ $s = 8; continue;
					/* if (i === 0) { */ case 7:
						_r = (nat.nil).expWW(bb, ((leafSize >>> 0))); /* */ $s = 10; case 10: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
						(0 >= table.$length ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + 0]).bbb = _r;
						(0 >= table.$length ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + 0]).ndigits = $imul(ndigits, leafSize);
						$s = 9; continue;
					/* } else { */ case 8:
						_r$1 = (nat.nil).sqr((x$1 = i - 1 >> 0, ((x$1 < 0 || x$1 >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + x$1])).bbb); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).bbb = _r$1;
						((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).ndigits = $imul(2, (x$2 = i - 1 >> 0, ((x$2 < 0 || x$2 >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + x$2])).ndigits);
					/* } */ case 9:
					larger = (nat.nil).set(((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).bbb);
					while (true) {
						if (!(mulAddVWW($convertSliceType(larger, sliceType$2), $convertSliceType(larger, sliceType$2), b, 0) === 0)) { break; }
						((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).bbb = ((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).bbb.set(larger);
						((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).ndigits = ((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).ndigits + (1) >> 0;
					}
					((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).nbits = ((i < 0 || i >= table.$length) ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + i]).bbb.bitLen();
				/* } */ case 6:
				i = i + (1) >> 0;
			$s = 3; continue;
			case 4:
		/* } */ case 2:
		if (b === 10) {
			cacheBase10.Mutex.Unlock();
		}
		$s = -1; return table;
		/* */ } return; } var $f = {$blk: divisors, $c: true, $r, _r, _r$1, b, bb, i, k, larger, m, ndigits, table, words, x, x$1, x$2, y, $s};return $f;
	};
	nat.prototype.clear = function() {
		var _i, _ref, i, z;
		z = this;
		_ref = z;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = 0);
			_i++;
		}
	};
	$ptrType(nat).prototype.clear = function() { return this.$get().clear(); };
	nat.prototype.norm = function() {
		var i, x, z;
		z = this;
		i = z.$length;
		while (true) {
			if (!(i > 0 && ((x = i - 1 >> 0, ((x < 0 || x >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x])) === 0))) { break; }
			i = i - (1) >> 0;
		}
		return $subslice(z, 0, i);
	};
	$ptrType(nat).prototype.norm = function() { return this.$get().norm(); };
	nat.prototype.make = function(n) {
		var n, z;
		z = this;
		if (n <= z.$capacity) {
			return $subslice(z, 0, n);
		}
		if (n === 1) {
			return $makeSlice(nat, 1);
		}
		return $makeSlice(nat, n, (n + 4 >> 0));
	};
	$ptrType(nat).prototype.make = function(n) { return this.$get().make(n); };
	nat.prototype.setWord = function(x) {
		var x, z;
		z = this;
		if (x === 0) {
			return $subslice(z, 0, 0);
		}
		z = z.make(1);
		(0 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 0] = x);
		return z;
	};
	$ptrType(nat).prototype.setWord = function(x) { return this.$get().setWord(x); };
	nat.prototype.setUint64 = function(x) {
		var w, x, x$1, z;
		z = this;
		w = ((x.$low >>> 0));
		if ((x$1 = (new $Uint64(0, w.constructor === Number ? w : 1)), (x$1.$high === x.$high && x$1.$low === x.$low))) {
			return z.setWord(w);
		}
		z = z.make(2);
		(1 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 1] = (($shiftRightUint64(x, 32).$low >>> 0)));
		(0 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 0] = ((x.$low >>> 0)));
		return z;
	};
	$ptrType(nat).prototype.setUint64 = function(x) { return this.$get().setUint64(x); };
	nat.prototype.set = function(x) {
		var x, z;
		z = this;
		z = z.make(x.$length);
		$copySlice(z, x);
		return z;
	};
	$ptrType(nat).prototype.set = function(x) { return this.$get().set(x); };
	nat.prototype.add = function(x, y) {
		var {$24r, _r, _r$1, c, m, n, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		m = x.$length;
		n = y.$length;
			/* */ if (m < n) { $s = 2; continue; }
			/* */ if ((m === 0)) { $s = 3; continue; }
			/* */ if ((n === 0)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (m < n) { */ case 2:
				_r = z.add(y, x); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else if ((m === 0)) { */ case 3:
				$s = -1; return $subslice(z, 0, 0);
			/* } else if ((n === 0)) { */ case 4:
				$s = -1; return z.set(x);
			/* } */ case 5:
		case 1:
		z = z.make(m + 1 >> 0);
		c = addVV($convertSliceType($subslice(z, 0, n), sliceType$2), $convertSliceType(x, sliceType$2), $convertSliceType(y, sliceType$2));
		/* */ if (m > n) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (m > n) { */ case 8:
			_r$1 = addVW($convertSliceType($subslice(z, n, m), sliceType$2), $convertSliceType($subslice(x, n), sliceType$2), c); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			c = _r$1;
		/* } */ case 9:
		((m < 0 || m >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + m] = c);
		$s = -1; return z.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.add, $c: true, $r, $24r, _r, _r$1, c, m, n, x, y, z, $s};return $f;
	};
	$ptrType(nat).prototype.add = function(x, y) { return this.$get().add(x, y); };
	nat.prototype.sub = function(x, y) {
		var {_r, c, m, n, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		m = x.$length;
		n = y.$length;
		if (m < n) {
			$panic(new $String("underflow"));
		} else if ((m === 0)) {
			$s = -1; return $subslice(z, 0, 0);
		} else if ((n === 0)) {
			$s = -1; return z.set(x);
		}
		z = z.make(m);
		c = subVV($convertSliceType($subslice(z, 0, n), sliceType$2), $convertSliceType(x, sliceType$2), $convertSliceType(y, sliceType$2));
		/* */ if (m > n) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (m > n) { */ case 1:
			_r = subVW($convertSliceType($subslice(z, n), sliceType$2), $convertSliceType($subslice(x, n), sliceType$2), c); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			c = _r;
		/* } */ case 2:
		if (!((c === 0))) {
			$panic(new $String("underflow"));
		}
		$s = -1; return z.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.sub, $c: true, $r, _r, c, m, n, x, y, z, $s};return $f;
	};
	$ptrType(nat).prototype.sub = function(x, y) { return this.$get().sub(x, y); };
	nat.prototype.cmp = function(y) {
		var i, m, n, r, x, y;
		r = 0;
		x = this;
		m = x.$length;
		n = y.$length;
		if (!((m === n)) || (m === 0)) {
			if (m < n) {
				r = -1;
			} else if (m > n) {
				r = 1;
			}
			return r;
		}
		i = m - 1 >> 0;
		while (true) {
			if (!(i > 0 && (((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) === ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])))) { break; }
			i = i - (1) >> 0;
		}
		if (((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) < ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])) {
			r = -1;
		} else if (((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) > ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])) {
			r = 1;
		}
		return r;
	};
	$ptrType(nat).prototype.cmp = function(y) { return this.$get().cmp(y); };
	nat.prototype.mulAddWW = function(x, y, r) {
		var m, r, x, y, z;
		z = this;
		m = x.$length;
		if ((m === 0) || (y === 0)) {
			return z.setWord(r);
		}
		z = z.make(m + 1 >> 0);
		((m < 0 || m >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + m] = mulAddVWW($convertSliceType($subslice(z, 0, m), sliceType$2), $convertSliceType(x, sliceType$2), y, r));
		return z.norm();
	};
	$ptrType(nat).prototype.mulAddWW = function(x, y, r) { return this.$get().mulAddWW(x, y, r); };
	basicMul = function(z, x, y) {
		var _i, _ref, d, i, x, x$1, y, z;
		$subslice(z, 0, (x.$length + y.$length >> 0)).clear();
		_ref = y;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			d = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((d === 0))) {
				(x$1 = x.$length + i >> 0, ((x$1 < 0 || x$1 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x$1] = addMulVVW($convertSliceType($subslice(z, i, (i + x.$length >> 0)), sliceType$2), $convertSliceType(x, sliceType$2), d)));
			}
			_i++;
		}
	};
	nat.prototype.montgomery = function(x, y, m, k, n) {
		var c, c2, c3, cx, cy, d, i, k, m, n, t, x, x$1, y, z;
		z = this;
		if (!((x.$length === n)) || !((y.$length === n)) || !((m.$length === n))) {
			$panic(new $String("math/big: mismatched montgomery number lengths"));
		}
		z = z.make($imul(n, 2));
		z.clear();
		c = 0;
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			d = ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i]);
			c2 = addMulVVW($convertSliceType($subslice(z, i, (n + i >> 0)), sliceType$2), $convertSliceType(x, sliceType$2), d);
			t = $imul(((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i]), k) >>> 0;
			c3 = addMulVVW($convertSliceType($subslice(z, i, (n + i >> 0)), sliceType$2), $convertSliceType(m, sliceType$2), t);
			cx = c + c2 >>> 0;
			cy = cx + c3 >>> 0;
			(x$1 = n + i >> 0, ((x$1 < 0 || x$1 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x$1] = cy));
			if (cx < c2 || cy < c3) {
				c = 1;
			} else {
				c = 0;
			}
			i = i + (1) >> 0;
		}
		if (!((c === 0))) {
			subVV($convertSliceType($subslice(z, 0, n), sliceType$2), $convertSliceType($subslice(z, n), sliceType$2), $convertSliceType(m, sliceType$2));
		} else {
			$copySlice($subslice(z, 0, n), $subslice(z, n));
		}
		return $subslice(z, 0, n);
	};
	$ptrType(nat).prototype.montgomery = function(x, y, m, k, n) { return this.$get().montgomery(x, y, m, k, n); };
	karatsubaAdd = function(z, x, n) {
		var {_r, c, n, x, z, $s, $r, $c} = $restore(this, {z, x, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = addVV($convertSliceType($subslice(z, 0, n), sliceType$2), $convertSliceType(z, sliceType$2), $convertSliceType(x, sliceType$2));
		/* */ if (!((c === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((c === 0))) { */ case 1:
			_r = addVW($convertSliceType($subslice(z, n, (n + (n >> 1 >> 0) >> 0)), sliceType$2), $convertSliceType($subslice(z, n), sliceType$2), c); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: karatsubaAdd, $c: true, $r, _r, c, n, x, z, $s};return $f;
	};
	karatsubaSub = function(z, x, n) {
		var {_r, c, n, x, z, $s, $r, $c} = $restore(this, {z, x, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = subVV($convertSliceType($subslice(z, 0, n), sliceType$2), $convertSliceType(z, sliceType$2), $convertSliceType(x, sliceType$2));
		/* */ if (!((c === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((c === 0))) { */ case 1:
			_r = subVW($convertSliceType($subslice(z, n, (n + (n >> 1 >> 0) >> 0)), sliceType$2), $convertSliceType($subslice(z, n), sliceType$2), c); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: karatsubaSub, $c: true, $r, _r, c, n, x, z, $s};return $f;
	};
	karatsuba = function(z, x, y) {
		var {_tmp, _tmp$1, _tmp$2, _tmp$3, n, n2, p, r, s, x, x0, x1, xd, y, y0, y1, yd, z, $s, $r, $c} = $restore(this, {z, x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = y.$length;
		if (!(((n & 1) === 0)) || n < karatsubaThreshold || n < 2) {
			basicMul(z, x, y);
			$s = -1; return;
		}
		n2 = n >> 1 >> 0;
		_tmp = $subslice(x, n2);
		_tmp$1 = $subslice(x, 0, n2);
		x1 = _tmp;
		x0 = _tmp$1;
		_tmp$2 = $subslice(y, n2);
		_tmp$3 = $subslice(y, 0, n2);
		y1 = _tmp$2;
		y0 = _tmp$3;
		$r = karatsuba(z, x0, y0); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = karatsuba($subslice(z, n), x1, y1); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		s = 1;
		xd = $subslice(z, ($imul(2, n)), (($imul(2, n)) + n2 >> 0));
		if (!((subVV($convertSliceType(xd, sliceType$2), $convertSliceType(x1, sliceType$2), $convertSliceType(x0, sliceType$2)) === 0))) {
			s = -s;
			subVV($convertSliceType(xd, sliceType$2), $convertSliceType(x0, sliceType$2), $convertSliceType(x1, sliceType$2));
		}
		yd = $subslice(z, (($imul(2, n)) + n2 >> 0), ($imul(3, n)));
		if (!((subVV($convertSliceType(yd, sliceType$2), $convertSliceType(y0, sliceType$2), $convertSliceType(y1, sliceType$2)) === 0))) {
			s = -s;
			subVV($convertSliceType(yd, sliceType$2), $convertSliceType(y1, sliceType$2), $convertSliceType(y0, sliceType$2));
		}
		p = $subslice(z, ($imul(n, 3)));
		$r = karatsuba(p, xd, yd); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		r = $subslice(z, ($imul(n, 4)));
		$copySlice(r, $subslice(z, 0, ($imul(n, 2))));
		$r = karatsubaAdd($subslice(z, n2), r, n); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = karatsubaAdd($subslice(z, n2), $subslice(r, n), n); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (s > 0) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (s > 0) { */ case 6:
			$r = karatsubaAdd($subslice(z, n2), p, n); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 8; continue;
		/* } else { */ case 7:
			$r = karatsubaSub($subslice(z, n2), p, n); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 8:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: karatsuba, $c: true, $r, _tmp, _tmp$1, _tmp$2, _tmp$3, n, n2, p, r, s, x, x0, x1, xd, y, y0, y1, yd, z, $s};return $f;
	};
	alias = function(x, y) {
		var x, x$1, x$2, y;
		return x.$capacity > 0 && y.$capacity > 0 && (x$1 = $subslice(x, 0, x.$capacity), $indexPtr(x$1.$array, x$1.$offset + (x.$capacity - 1 >> 0), ptrType$4)) === (x$2 = $subslice(y, 0, y.$capacity), $indexPtr(x$2.$array, x$2.$offset + (y.$capacity - 1 >> 0), ptrType$4));
	};
	addAt = function(z, x, i) {
		var {_r, c, i, j, n, x, z, $s, $r, $c} = $restore(this, {z, x, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = x.$length;
		/* */ if (n > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n > 0) { */ case 1:
			c = addVV($convertSliceType($subslice(z, i, (i + n >> 0)), sliceType$2), $convertSliceType($subslice(z, i), sliceType$2), $convertSliceType(x, sliceType$2));
			/* */ if (!((c === 0))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!((c === 0))) { */ case 3:
				j = i + n >> 0;
				/* */ if (j < z.$length) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (j < z.$length) { */ case 5:
					_r = addVW($convertSliceType($subslice(z, j), sliceType$2), $convertSliceType($subslice(z, j), sliceType$2), c); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_r;
				/* } */ case 6:
			/* } */ case 4:
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: addAt, $c: true, $r, _r, c, i, j, n, x, z, $s};return $f;
	};
	max = function(x, y) {
		var x, y;
		if (x > y) {
			return x;
		}
		return y;
	};
	karatsubaLen = function(n, threshold) {
		var i, n, threshold, y;
		i = 0;
		while (true) {
			if (!(n > threshold)) { break; }
			n = (n >> $min((1), 31)) >> 0;
			i = i + (1) >>> 0;
		}
		return (y = i, y < 32 ? (n << y) : 0) >> 0;
	};
	nat.prototype.mul = function(x, y) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, i, k, m, n, t, tp, x, x0, x0$1, xi, y, y0, y0$1, y1, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		m = x.$length;
		n = y.$length;
			/* */ if (m < n) { $s = 2; continue; }
			/* */ if ((m === 0) || (n === 0)) { $s = 3; continue; }
			/* */ if ((n === 1)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (m < n) { */ case 2:
				_r = z.mul(y, x); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 7; case 7: return $24r;
			/* } else if ((m === 0) || (n === 0)) { */ case 3:
				$s = -1; return $subslice(z, 0, 0);
			/* } else if ((n === 1)) { */ case 4:
				$s = -1; return z.mulAddWW(x, (0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0]), 0);
			/* } */ case 5:
		case 1:
		if (alias(z, x) || alias(z, y)) {
			z = nat.nil;
		}
		if (n < karatsubaThreshold) {
			z = z.make(m + n >> 0);
			basicMul(z, x, y);
			$s = -1; return z.norm();
		}
		k = karatsubaLen(n, karatsubaThreshold);
		x0 = $subslice(x, 0, k);
		y0 = $subslice(y, 0, k);
		z = z.make(max($imul(6, k), m + n >> 0));
		$r = karatsuba(z, x0, y0); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		z = $subslice(z, 0, (m + n >> 0));
		$subslice(z, ($imul(2, k))).clear();
		/* */ if (k < n || !((m === n))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (k < n || !((m === n))) { */ case 9:
			_r$1 = getNat($imul(3, k)); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			tp = _r$1;
			t = tp.$get();
			x0$1 = x0.norm();
			y1 = $subslice(y, k);
			_r$2 = t.mul(x0$1, y1); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			t = _r$2;
			$r = addAt(z, t, k); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			y0$1 = y0.norm();
			i = k;
			/* while (true) { */ case 14:
				/* if (!(i < x.$length)) { break; } */ if(!(i < x.$length)) { $s = 15; continue; }
				xi = $subslice(x, i);
				if (xi.$length > k) {
					xi = $subslice(xi, 0, k);
				}
				xi = xi.norm();
				_r$3 = t.mul(xi, y0$1); /* */ $s = 16; case 16: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				t = _r$3;
				$r = addAt(z, t, i); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$4 = t.mul(xi, y1); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				t = _r$4;
				$r = addAt(z, t, i + k >> 0); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				i = i + (k) >> 0;
			$s = 14; continue;
			case 15:
			putNat(tp);
		/* } */ case 10:
		$s = -1; return z.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.mul, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, i, k, m, n, t, tp, x, x0, x0$1, xi, y, y0, y0$1, y1, z, $s};return $f;
	};
	$ptrType(nat).prototype.mul = function(x, y) { return this.$get().mul(x, y); };
	basicSqr = function(z, x) {
		var {_r, _tuple, _tuple$1, d, i, n, t, tp, x, x$1, x$2, x$3, x$4, z, $s, $r, $c} = $restore(this, {z, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = x.$length;
		_r = getNat($imul(2, n)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		tp = _r;
		t = tp.$get();
		t.clear();
		_tuple = mulWW((0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
		(1 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 1] = _tuple[0]);
		(0 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 0] = _tuple[1]);
		i = 1;
		while (true) {
			if (!(i < n)) { break; }
			d = ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]);
			_tuple$1 = mulWW(d, d);
			(x$1 = ($imul(2, i)) + 1 >> 0, ((x$1 < 0 || x$1 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x$1] = _tuple$1[0]));
			(x$2 = $imul(2, i), ((x$2 < 0 || x$2 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x$2] = _tuple$1[1]));
			(x$3 = $imul(2, i), ((x$3 < 0 || x$3 >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + x$3] = addMulVVW($convertSliceType($subslice(t, i, ($imul(2, i))), sliceType$2), $convertSliceType($subslice(x, 0, i), sliceType$2), d)));
			i = i + (1) >> 0;
		}
		(x$4 = ($imul(2, n)) - 1 >> 0, ((x$4 < 0 || x$4 >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + x$4] = shlVU($convertSliceType($subslice(t, 1, (($imul(2, n)) - 1 >> 0)), sliceType$2), $convertSliceType($subslice(t, 1, (($imul(2, n)) - 1 >> 0)), sliceType$2), 1)));
		addVV($convertSliceType(z, sliceType$2), $convertSliceType(z, sliceType$2), $convertSliceType(t, sliceType$2));
		putNat(tp);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: basicSqr, $c: true, $r, _r, _tuple, _tuple$1, d, i, n, t, tp, x, x$1, x$2, x$3, x$4, z, $s};return $f;
	};
	karatsubaSqr = function(z, x) {
		var {_tmp, _tmp$1, n, n2, p, r, x, x0, x1, xd, z, $s, $r, $c} = $restore(this, {z, x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = x.$length;
		/* */ if (!(((n & 1) === 0)) || n < karatsubaSqrThreshold || n < 2) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(((n & 1) === 0)) || n < karatsubaSqrThreshold || n < 2) { */ case 1:
			$r = basicSqr($subslice(z, 0, ($imul(2, n))), x); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		n2 = n >> 1 >> 0;
		_tmp = $subslice(x, n2);
		_tmp$1 = $subslice(x, 0, n2);
		x1 = _tmp;
		x0 = _tmp$1;
		$r = karatsubaSqr(z, x0); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = karatsubaSqr($subslice(z, n), x1); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		xd = $subslice(z, ($imul(2, n)), (($imul(2, n)) + n2 >> 0));
		if (!((subVV($convertSliceType(xd, sliceType$2), $convertSliceType(x1, sliceType$2), $convertSliceType(x0, sliceType$2)) === 0))) {
			subVV($convertSliceType(xd, sliceType$2), $convertSliceType(x0, sliceType$2), $convertSliceType(x1, sliceType$2));
		}
		p = $subslice(z, ($imul(n, 3)));
		$r = karatsubaSqr(p, xd); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		r = $subslice(z, ($imul(n, 4)));
		$copySlice(r, $subslice(z, 0, ($imul(n, 2))));
		$r = karatsubaAdd($subslice(z, n2), r, n); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = karatsubaAdd($subslice(z, n2), $subslice(r, n), n); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = karatsubaSub($subslice(z, n2), p, n); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: karatsubaSqr, $c: true, $r, _tmp, _tmp$1, n, n2, p, r, x, x0, x1, xd, z, $s};return $f;
	};
	nat.prototype.sqr = function(x) {
		var {_r, _r$1, _r$2, _tuple, d, k, n, t, tp, x, x0, x0$1, x1, z, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		n = x.$length;
		if ((n === 0)) {
			$s = -1; return $subslice(z, 0, 0);
		} else if ((n === 1)) {
			d = (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]);
			z = z.make(2);
			_tuple = mulWW(d, d);
			(1 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 1] = _tuple[0]);
			(0 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 0] = _tuple[1]);
			$s = -1; return z.norm();
		}
		if (alias(z, x)) {
			z = nat.nil;
		}
		if (n < basicSqrThreshold) {
			z = z.make($imul(2, n));
			basicMul(z, x, x);
			$s = -1; return z.norm();
		}
		/* */ if (n < karatsubaSqrThreshold) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n < karatsubaSqrThreshold) { */ case 1:
			z = z.make($imul(2, n));
			$r = basicSqr(z, x); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return z.norm();
		/* } */ case 2:
		k = karatsubaLen(n, karatsubaSqrThreshold);
		x0 = $subslice(x, 0, k);
		z = z.make(max($imul(6, k), $imul(2, n)));
		$r = karatsubaSqr(z, x0); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		z = $subslice(z, 0, ($imul(2, n)));
		$subslice(z, ($imul(2, k))).clear();
		/* */ if (k < n) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (k < n) { */ case 5:
			_r = getNat($imul(2, k)); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			tp = _r;
			t = tp.$get();
			x0$1 = x0.norm();
			x1 = $subslice(x, k);
			_r$1 = t.mul(x0$1, x1); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			t = _r$1;
			$r = addAt(z, t, k); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = addAt(z, t, k); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$2 = t.sqr(x1); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			t = _r$2;
			$r = addAt(z, t, $imul(2, k)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			putNat(tp);
		/* } */ case 6:
		$s = -1; return z.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.sqr, $c: true, $r, _r, _r$1, _r$2, _tuple, d, k, n, t, tp, x, x0, x0$1, x1, z, $s};return $f;
	};
	$ptrType(nat).prototype.sqr = function(x) { return this.$get().sqr(x); };
	nat.prototype.mulRange = function(a, b) {
		var {$24r, $24r$1, _arg, _arg$1, _r, _r$1, _r$2, _r$3, a, b, m, x, z, $s, $r, $c} = $restore(this, {a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
			/* */ if ((a.$high === 0 && a.$low === 0)) { $s = 2; continue; }
			/* */ if ((a.$high > b.$high || (a.$high === b.$high && a.$low > b.$low))) { $s = 3; continue; }
			/* */ if ((a.$high === b.$high && a.$low === b.$low)) { $s = 4; continue; }
			/* */ if ((x = new $Uint64(a.$high + 0, a.$low + 1), (x.$high === b.$high && x.$low === b.$low))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ((a.$high === 0 && a.$low === 0)) { */ case 2:
				$s = -1; return z.setUint64(new $Uint64(0, 0));
			/* } else if ((a.$high > b.$high || (a.$high === b.$high && a.$low > b.$low))) { */ case 3:
				$s = -1; return z.setUint64(new $Uint64(0, 1));
			/* } else if ((a.$high === b.$high && a.$low === b.$low)) { */ case 4:
				$s = -1; return z.setUint64(a);
			/* } else if ((x = new $Uint64(a.$high + 0, a.$low + 1), (x.$high === b.$high && x.$low === b.$low))) { */ case 5:
				_r = z.mul((nat.nil).setUint64(a), (nat.nil).setUint64(b)); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		case 1:
		m = $div64((new $Uint64(a.$high + b.$high, a.$low + b.$low)), new $Uint64(0, 2), false);
		_r$1 = (nat.nil).mulRange(a, m); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg = _r$1;
		_r$2 = (nat.nil).mulRange(new $Uint64(m.$high + 0, m.$low + 1), b); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = z.mul(_arg, _arg$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 12; case 12: return $24r$1;
		/* */ } return; } var $f = {$blk: nat.prototype.mulRange, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _r, _r$1, _r$2, _r$3, a, b, m, x, z, $s};return $f;
	};
	$ptrType(nat).prototype.mulRange = function(a, b) { return this.$get().mulRange(a, b); };
	getNat = function(n) {
		var {_r, n, v, z, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = ptrType$3.nil;
		_r = natPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		v = _r;
		if (!($interfaceIsEqual(v, $ifaceNil))) {
			z = $assertType(v, ptrType$3);
		}
		if (z === ptrType$3.nil) {
			z = $newDataPointer(nat.nil, ptrType$3);
		}
		z.$set(z.make(n));
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: getNat, $c: true, $r, _r, n, v, z, $s};return $f;
	};
	putNat = function(x) {
		var x;
		natPool.Put(x);
	};
	nat.prototype.bitLen = function() {
		var i, x;
		x = this;
		i = x.$length - 1 >> 0;
		if (i >= 0) {
			return ($imul(i, 32)) + bits.Len(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0))) >> 0;
		}
		return 0;
	};
	$ptrType(nat).prototype.bitLen = function() { return this.$get().bitLen(); };
	nat.prototype.trailingZeroBits = function() {
		var i, x;
		x = this;
		if (x.$length === 0) {
			return 0;
		}
		i = 0;
		while (true) {
			if (!(((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) === 0)) { break; }
			i = i + (1) >>> 0;
		}
		return (i * 32 >>> 0) + ((bits.TrailingZeros(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0))) >>> 0)) >>> 0;
	};
	$ptrType(nat).prototype.trailingZeroBits = function() { return this.$get().trailingZeroBits(); };
	same = function(x, y) {
		var x, y;
		return (x.$length === y.$length) && x.$length > 0 && $indexPtr(x.$array, x.$offset + 0, ptrType$4) === $indexPtr(y.$array, y.$offset + 0, ptrType$4);
	};
	nat.prototype.shl = function(x, s) {
		var _q, _r, m, n, s, x, z;
		z = this;
		if (s === 0) {
			if (same(z, x)) {
				return z;
			}
			if (!alias(z, x)) {
				return z.set(x);
			}
		}
		m = x.$length;
		if (m === 0) {
			return $subslice(z, 0, 0);
		}
		n = m + (((_q = s / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")) >> 0)) >> 0;
		z = z.make(n + 1 >> 0);
		((n < 0 || n >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + n] = shlVU($convertSliceType($subslice(z, (n - m >> 0), n), sliceType$2), $convertSliceType(x, sliceType$2), (_r = s % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))));
		$subslice(z, 0, (n - m >> 0)).clear();
		return z.norm();
	};
	$ptrType(nat).prototype.shl = function(x, s) { return this.$get().shl(x, s); };
	nat.prototype.shr = function(x, s) {
		var _q, _r, m, n, s, x, z;
		z = this;
		if (s === 0) {
			if (same(z, x)) {
				return z;
			}
			if (!alias(z, x)) {
				return z.set(x);
			}
		}
		m = x.$length;
		n = m - (((_q = s / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")) >> 0)) >> 0;
		if (n <= 0) {
			return $subslice(z, 0, 0);
		}
		z = z.make(n);
		shrVU($convertSliceType(z, sliceType$2), $convertSliceType($subslice(x, (m - n >> 0)), sliceType$2), (_r = s % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero")));
		return z.norm();
	};
	$ptrType(nat).prototype.shr = function(x, s) { return this.$get().shr(x, s); };
	nat.prototype.setBit = function(x, i, b) {
		var _1, _q, _r, b, i, j, m, n, x, y, z;
		z = this;
		j = (((_q = i / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")) >> 0));
		m = (y = ((_r = i % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))), y < 32 ? (1 << y) : 0) >>> 0;
		n = x.$length;
		_1 = b;
		if (_1 === (0)) {
			z = z.make(n);
			$copySlice(z, x);
			if (j >= n) {
				return z;
			}
			((j < 0 || j >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + j] = ((((j < 0 || j >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + j]) & ~(m)) >>> 0));
			return z.norm();
		} else if (_1 === (1)) {
			if (j >= n) {
				z = z.make(j + 1 >> 0);
				$subslice(z, n).clear();
			} else {
				z = z.make(n);
			}
			$copySlice(z, x);
			((j < 0 || j >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + j] = ((((j < 0 || j >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + j]) | (m)) >>> 0));
			return z;
		}
		$panic(new $String("set bit is not 0 or 1"));
	};
	$ptrType(nat).prototype.setBit = function(x, i, b) { return this.$get().setBit(x, i, b); };
	nat.prototype.bit = function(i) {
		var _q, _r, i, j, x, y;
		x = this;
		j = (_q = i / 32, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
		if (j >= ((x.$length >>> 0))) {
			return 0;
		}
		return ((((((y = ((_r = i % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))), y < 32 ? (((j < 0 || j >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + j]) >>> y) : 0) >>> 0) & 1) >>> 0) >>> 0));
	};
	$ptrType(nat).prototype.bit = function(i) { return this.$get().bit(i); };
	nat.prototype.and = function(x, y) {
		var i, m, n, x, y, z;
		z = this;
		m = x.$length;
		n = y.$length;
		if (m > n) {
			m = n;
		}
		z = z.make(m);
		i = 0;
		while (true) {
			if (!(i < m)) { break; }
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) & ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])) >>> 0));
			i = i + (1) >> 0;
		}
		return z.norm();
	};
	$ptrType(nat).prototype.and = function(x, y) { return this.$get().and(x, y); };
	nat.prototype.andNot = function(x, y) {
		var i, m, n, x, y, z;
		z = this;
		m = x.$length;
		n = y.$length;
		if (n > m) {
			n = m;
		}
		z = z.make(m);
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) & ~((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])) >>> 0));
			i = i + (1) >> 0;
		}
		$copySlice($subslice(z, n, m), $subslice(x, n, m));
		return z.norm();
	};
	$ptrType(nat).prototype.andNot = function(x, y) { return this.$get().andNot(x, y); };
	nat.prototype.or = function(x, y) {
		var _tmp, _tmp$1, i, m, n, s, x, y, z;
		z = this;
		m = x.$length;
		n = y.$length;
		s = x;
		if (m < n) {
			_tmp = m;
			_tmp$1 = n;
			n = _tmp;
			m = _tmp$1;
			s = y;
		}
		z = z.make(m);
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) | ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])) >>> 0));
			i = i + (1) >> 0;
		}
		$copySlice($subslice(z, n, m), $subslice(s, n, m));
		return z.norm();
	};
	$ptrType(nat).prototype.or = function(x, y) { return this.$get().or(x, y); };
	nat.prototype.xor = function(x, y) {
		var _tmp, _tmp$1, i, m, n, s, x, y, z;
		z = this;
		m = x.$length;
		n = y.$length;
		s = x;
		if (m < n) {
			_tmp = m;
			_tmp$1 = n;
			n = _tmp;
			m = _tmp$1;
			s = y;
		}
		z = z.make(m);
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) ^ ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])) >>> 0));
			i = i + (1) >> 0;
		}
		$copySlice($subslice(z, n, m), $subslice(s, n, m));
		return z.norm();
	};
	$ptrType(nat).prototype.xor = function(x, y) { return this.$get().xor(x, y); };
	nat.prototype.random = function(rand$1, limit, n) {
		var {_1, _i, _i$1, _index, _r, _r$1, _r$2, _ref, _ref$1, bitLengthOfMSW, i, i$1, limit, mask, n, rand$1, y, z, $s, $r, $c} = $restore(this, {rand$1, limit, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if (alias(z, limit)) {
			z = nat.nil;
		}
		z = z.make(limit.$length);
		bitLengthOfMSW = (((_r = n % 32, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >>> 0));
		if (bitLengthOfMSW === 0) {
			bitLengthOfMSW = 32;
		}
		mask = (((((y = bitLengthOfMSW, y < 32 ? (1 << y) : 0) >>> 0)) - 1 >>> 0));
		/* while (true) { */ case 1:
				_1 = 32;
				/* */ if (_1 === (32)) { $s = 4; continue; }
				/* */ if (_1 === (64)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (32)) { */ case 4:
					_ref = z;
					_i = 0;
					/* while (true) { */ case 8:
						/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 9; continue; }
						i = _i;
						_r$1 = rand$1.Uint32(); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((_r$1 >>> 0)));
						_i++;
					$s = 8; continue;
					case 9:
					$s = 7; continue;
				/* } else if (_1 === (64)) { */ case 5:
					_ref$1 = z;
					_i$1 = 0;
					/* while (true) { */ case 11:
						/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 12; continue; }
						i$1 = _i$1;
						_r$2 = rand$1.Uint32(); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						((i$1 < 0 || i$1 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i$1] = ((((_r$2 >>> 0)) | 0) >>> 0));
						_i$1++;
					$s = 11; continue;
					case 12:
					$s = 7; continue;
				/* } else { */ case 6:
					$panic(new $String("unknown word size"));
				/* } */ case 7:
			case 3:
			_index = limit.$length - 1 >> 0;
			((_index < 0 || _index >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + _index] = ((((_index < 0 || _index >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + _index]) & (mask)) >>> 0));
			if (z.cmp(limit) < 0) {
				/* break; */ $s = 2; continue;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return z.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.random, $c: true, $r, _1, _i, _i$1, _index, _r, _r$1, _r$2, _ref, _ref$1, bitLengthOfMSW, i, i$1, limit, mask, n, rand$1, y, z, $s};return $f;
	};
	$ptrType(nat).prototype.random = function(rand$1, limit, n) { return this.$get().random(rand$1, limit, n); };
	nat.prototype.expNN = function(x, y, m) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, i, j, j$1, m, q, r, shift, v, w, x, x$1, y, y$1, y$2, y$3, z, zz, $s, $r, $c} = $restore(this, {x, y, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if (alias(z, x) || alias(z, y)) {
			z = nat.nil;
		}
		if ((m.$length === 1) && ((0 >= m.$length ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + 0]) === 1)) {
			$s = -1; return z.setWord(0);
		}
		if (y.$length === 0) {
			$s = -1; return z.setWord(1);
		}
		/* */ if ((y.$length === 1) && ((0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0]) === 1) && !((m.$length === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((y.$length === 1) && ((0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0]) === 1) && !((m.$length === 0))) { */ case 1:
			_r = (nat.nil).div(z, x, m); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			z = _tuple[1];
			$s = -1; return z;
		/* } */ case 2:
		if (!((m.$length === 0))) {
			z = z.make(m.$length);
		}
		z = z.set(x);
		/* */ if (x.cmp(natOne) > 0 && y.$length > 1 && m.$length > 0) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (x.cmp(natOne) > 0 && y.$length > 1 && m.$length > 0) { */ case 4:
			/* */ if ((((0 >= m.$length ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + 0]) & 1) >>> 0) === 1) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ((((0 >= m.$length ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + 0]) & 1) >>> 0) === 1) { */ case 6:
				_r$1 = z.expNNMontgomery(x, y, m); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 9; case 9: return $24r;
			/* } */ case 7:
			_r$2 = z.expNNWindowed(x, y, m); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = _r$2;
			$s = 11; case 11: return $24r$1;
		/* } */ case 5:
		v = (x$1 = y.$length - 1 >> 0, ((x$1 < 0 || x$1 >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + x$1]));
		shift = nlz(v) + 1 >>> 0;
		v = (y$1 = (shift), y$1 < 32 ? (v << y$1) : 0) >>> 0;
		q = nat.nil;
		w = 32 - ((shift >> 0)) >> 0;
		_tmp = nat.nil;
		_tmp$1 = nat.nil;
		zz = _tmp;
		r = _tmp$1;
		j = 0;
		/* while (true) { */ case 12:
			/* if (!(j < w)) { break; } */ if(!(j < w)) { $s = 13; continue; }
			_r$3 = zz.sqr(z); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			zz = _r$3;
			_tmp$2 = z;
			_tmp$3 = zz;
			zz = _tmp$2;
			z = _tmp$3;
			/* */ if (!((((v & 2147483648) >>> 0) === 0))) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!((((v & 2147483648) >>> 0) === 0))) { */ case 15:
				_r$4 = zz.mul(z, x); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				zz = _r$4;
				_tmp$4 = z;
				_tmp$5 = zz;
				zz = _tmp$4;
				z = _tmp$5;
			/* } */ case 16:
			/* */ if (!((m.$length === 0))) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (!((m.$length === 0))) { */ case 18:
				_r$5 = zz.div(r, z, m); /* */ $s = 20; case 20: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$1 = _r$5;
				zz = _tuple$1[0];
				r = _tuple$1[1];
				_tmp$6 = q;
				_tmp$7 = z;
				_tmp$8 = zz;
				_tmp$9 = r;
				zz = _tmp$6;
				r = _tmp$7;
				q = _tmp$8;
				z = _tmp$9;
			/* } */ case 19:
			v = (y$2 = (1), y$2 < 32 ? (v << y$2) : 0) >>> 0;
			j = j + (1) >> 0;
		$s = 12; continue;
		case 13:
		i = y.$length - 2 >> 0;
		/* while (true) { */ case 21:
			/* if (!(i >= 0)) { break; } */ if(!(i >= 0)) { $s = 22; continue; }
			v = ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i]);
			j$1 = 0;
			/* while (true) { */ case 23:
				/* if (!(j$1 < 32)) { break; } */ if(!(j$1 < 32)) { $s = 24; continue; }
				_r$6 = zz.sqr(z); /* */ $s = 25; case 25: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				zz = _r$6;
				_tmp$10 = z;
				_tmp$11 = zz;
				zz = _tmp$10;
				z = _tmp$11;
				/* */ if (!((((v & 2147483648) >>> 0) === 0))) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (!((((v & 2147483648) >>> 0) === 0))) { */ case 26:
					_r$7 = zz.mul(z, x); /* */ $s = 28; case 28: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					zz = _r$7;
					_tmp$12 = z;
					_tmp$13 = zz;
					zz = _tmp$12;
					z = _tmp$13;
				/* } */ case 27:
				/* */ if (!((m.$length === 0))) { $s = 29; continue; }
				/* */ $s = 30; continue;
				/* if (!((m.$length === 0))) { */ case 29:
					_r$8 = zz.div(r, z, m); /* */ $s = 31; case 31: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_tuple$2 = _r$8;
					zz = _tuple$2[0];
					r = _tuple$2[1];
					_tmp$14 = q;
					_tmp$15 = z;
					_tmp$16 = zz;
					_tmp$17 = r;
					zz = _tmp$14;
					r = _tmp$15;
					q = _tmp$16;
					z = _tmp$17;
				/* } */ case 30:
				v = (y$3 = (1), y$3 < 32 ? (v << y$3) : 0) >>> 0;
				j$1 = j$1 + (1) >> 0;
			$s = 23; continue;
			case 24:
			i = i - (1) >> 0;
		$s = 21; continue;
		case 22:
		$s = -1; return z.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.expNN, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, i, j, j$1, m, q, r, shift, v, w, x, x$1, y, y$1, y$2, y$3, z, zz, $s};return $f;
	};
	$ptrType(nat).prototype.expNN = function(x, y, m) { return this.$get().expNN(x, y, m); };
	nat.prototype.expNNWindowed = function(x, y, m) {
		var {_q, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, i, i$1, j, m, p, p1, p2, powers, r, x, x$1, y, y$1, yi, z, zz, $s, $r, $c} = $restore(this, {x, y, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_tmp = nat.nil;
		_tmp$1 = nat.nil;
		zz = _tmp;
		r = _tmp$1;
		powers = arrayType$1.zero();
		powers[0] = natOne;
		powers[1] = x;
		i = 2;
		/* while (true) { */ case 1:
			/* if (!(i < 16)) { break; } */ if(!(i < 16)) { $s = 2; continue; }
			_tmp$2 = $indexPtr(powers, (_q = i / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), ptrType$3);
			_tmp$3 = $indexPtr(powers, i, ptrType$3);
			_tmp$4 = $indexPtr(powers, (i + 1 >> 0), ptrType$3);
			p2 = _tmp$2;
			p = _tmp$3;
			p1 = _tmp$4;
			_r = p.sqr(p2.$get()); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			p.$set(_r);
			_r$1 = zz.div(r, p.$get(), m); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			zz = _tuple[0];
			r = _tuple[1];
			_tmp$5 = r;
			_tmp$6 = p.$get();
			p.$set(_tmp$5);
			r = _tmp$6;
			_r$2 = p1.mul(p.$get(), x); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			p1.$set(_r$2);
			_r$3 = zz.div(r, p1.$get(), m); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			zz = _tuple$1[0];
			r = _tuple$1[1];
			_tmp$7 = r;
			_tmp$8 = p1.$get();
			p1.$set(_tmp$7);
			r = _tmp$8;
			i = i + (2) >> 0;
		$s = 1; continue;
		case 2:
		z = z.setWord(1);
		i$1 = y.$length - 1 >> 0;
		/* while (true) { */ case 7:
			/* if (!(i$1 >= 0)) { break; } */ if(!(i$1 >= 0)) { $s = 8; continue; }
			yi = ((i$1 < 0 || i$1 >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i$1]);
			j = 0;
			/* while (true) { */ case 9:
				/* if (!(j < 32)) { break; } */ if(!(j < 32)) { $s = 10; continue; }
				/* */ if (!((i$1 === (y.$length - 1 >> 0))) || !((j === 0))) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!((i$1 === (y.$length - 1 >> 0))) || !((j === 0))) { */ case 11:
					_r$4 = zz.sqr(z); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					zz = _r$4;
					_tmp$9 = z;
					_tmp$10 = zz;
					zz = _tmp$9;
					z = _tmp$10;
					_r$5 = zz.div(r, z, m); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_tuple$2 = _r$5;
					zz = _tuple$2[0];
					r = _tuple$2[1];
					_tmp$11 = r;
					_tmp$12 = z;
					z = _tmp$11;
					r = _tmp$12;
					_r$6 = zz.sqr(z); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					zz = _r$6;
					_tmp$13 = z;
					_tmp$14 = zz;
					zz = _tmp$13;
					z = _tmp$14;
					_r$7 = zz.div(r, z, m); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_tuple$3 = _r$7;
					zz = _tuple$3[0];
					r = _tuple$3[1];
					_tmp$15 = r;
					_tmp$16 = z;
					z = _tmp$15;
					r = _tmp$16;
					_r$8 = zz.sqr(z); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					zz = _r$8;
					_tmp$17 = z;
					_tmp$18 = zz;
					zz = _tmp$17;
					z = _tmp$18;
					_r$9 = zz.div(r, z, m); /* */ $s = 18; case 18: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_tuple$4 = _r$9;
					zz = _tuple$4[0];
					r = _tuple$4[1];
					_tmp$19 = r;
					_tmp$20 = z;
					z = _tmp$19;
					r = _tmp$20;
					_r$10 = zz.sqr(z); /* */ $s = 19; case 19: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					zz = _r$10;
					_tmp$21 = z;
					_tmp$22 = zz;
					zz = _tmp$21;
					z = _tmp$22;
					_r$11 = zz.div(r, z, m); /* */ $s = 20; case 20: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_tuple$5 = _r$11;
					zz = _tuple$5[0];
					r = _tuple$5[1];
					_tmp$23 = r;
					_tmp$24 = z;
					z = _tmp$23;
					r = _tmp$24;
				/* } */ case 12:
				_r$12 = zz.mul(z, (x$1 = yi >>> 28 >>> 0, ((x$1 < 0 || x$1 >= powers.length) ? ($throwRuntimeError("index out of range"), undefined) : powers[x$1]))); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				zz = _r$12;
				_tmp$25 = z;
				_tmp$26 = zz;
				zz = _tmp$25;
				z = _tmp$26;
				_r$13 = zz.div(r, z, m); /* */ $s = 22; case 22: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_tuple$6 = _r$13;
				zz = _tuple$6[0];
				r = _tuple$6[1];
				_tmp$27 = r;
				_tmp$28 = z;
				z = _tmp$27;
				r = _tmp$28;
				yi = (y$1 = (4), y$1 < 32 ? (yi << y$1) : 0) >>> 0;
				j = j + (4) >> 0;
			$s = 9; continue;
			case 10:
			i$1 = i$1 - (1) >> 0;
		$s = 7; continue;
		case 8:
		$s = -1; return z.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.expNNWindowed, $c: true, $r, _q, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, i, i$1, j, m, p, p1, p2, powers, r, x, x$1, y, y$1, yi, z, zz, $s};return $f;
	};
	$ptrType(nat).prototype.expNNWindowed = function(x, y, m) { return this.$get().expNNWindowed(x, y, m); };
	nat.prototype.expNNMontgomery = function(x, y, m) {
		var {RR, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, i, i$1, i$2, j, k0, m, numWords, one, powers, rr, t, x, x$1, x$2, y, y$1, y$2, yi, z, zz, $s, $r, $c} = $restore(this, {x, y, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		numWords = m.$length;
		/* */ if (x.$length > numWords) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.$length > numWords) { */ case 1:
			_r = (nat.nil).div(nat.nil, x, m); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			x = _tuple[1];
		/* } */ case 2:
		if (x.$length < numWords) {
			rr = $makeSlice(nat, numWords);
			$copySlice(rr, x);
			x = rr;
		}
		k0 = 2 - (0 >= m.$length ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + 0]) >>> 0;
		t = (0 >= m.$length ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + 0]) - 1 >>> 0;
		i = 1;
		while (true) {
			if (!(i < 32)) { break; }
			t = $imul(t, (t)) >>> 0;
			k0 = $imul(k0, (((t + 1 >>> 0)))) >>> 0;
			i = (y$1 = (1), y$1 < 32 ? (i << y$1) : 0) >> 0;
		}
		k0 = -k0 >>> 0;
		RR = (nat.nil).setWord(1);
		zz = (nat.nil).shl(RR, ((($imul(($imul(2, numWords)), 32)) >>> 0)));
		_r$1 = (nat.nil).div(RR, zz, m); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		RR = _tuple$1[1];
		if (RR.$length < numWords) {
			zz = zz.make(numWords);
			$copySlice(zz, RR);
			RR = zz;
		}
		one = $makeSlice(nat, numWords);
		(0 >= one.$length ? ($throwRuntimeError("index out of range"), undefined) : one.$array[one.$offset + 0] = 1);
		powers = arrayType$1.zero();
		powers[0] = powers[0].montgomery(one, RR, m, k0, numWords);
		powers[1] = powers[1].montgomery(x, RR, m, k0, numWords);
		i$1 = 2;
		while (true) {
			if (!(i$1 < 16)) { break; }
			((i$1 < 0 || i$1 >= powers.length) ? ($throwRuntimeError("index out of range"), undefined) : powers[i$1] = ((i$1 < 0 || i$1 >= powers.length) ? ($throwRuntimeError("index out of range"), undefined) : powers[i$1]).montgomery((x$1 = i$1 - 1 >> 0, ((x$1 < 0 || x$1 >= powers.length) ? ($throwRuntimeError("index out of range"), undefined) : powers[x$1])), powers[1], m, k0, numWords));
			i$1 = i$1 + (1) >> 0;
		}
		z = z.make(numWords);
		$copySlice(z, powers[0]);
		zz = zz.make(numWords);
		i$2 = y.$length - 1 >> 0;
		while (true) {
			if (!(i$2 >= 0)) { break; }
			yi = ((i$2 < 0 || i$2 >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i$2]);
			j = 0;
			while (true) {
				if (!(j < 32)) { break; }
				if (!((i$2 === (y.$length - 1 >> 0))) || !((j === 0))) {
					zz = zz.montgomery(z, z, m, k0, numWords);
					z = z.montgomery(zz, zz, m, k0, numWords);
					zz = zz.montgomery(z, z, m, k0, numWords);
					z = z.montgomery(zz, zz, m, k0, numWords);
				}
				zz = zz.montgomery(z, (x$2 = yi >>> 28 >>> 0, ((x$2 < 0 || x$2 >= powers.length) ? ($throwRuntimeError("index out of range"), undefined) : powers[x$2])), m, k0, numWords);
				_tmp = zz;
				_tmp$1 = z;
				z = _tmp;
				zz = _tmp$1;
				yi = (y$2 = (4), y$2 < 32 ? (yi << y$2) : 0) >>> 0;
				j = j + (4) >> 0;
			}
			i$2 = i$2 - (1) >> 0;
		}
		zz = zz.montgomery(z, one, m, k0, numWords);
		/* */ if (zz.cmp(m) >= 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (zz.cmp(m) >= 0) { */ case 5:
			_r$2 = zz.sub(zz, m); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			zz = _r$2;
			/* */ if (zz.cmp(m) >= 0) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (zz.cmp(m) >= 0) { */ case 8:
				_r$3 = (nat.nil).div(nat.nil, zz, m); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$2 = _r$3;
				zz = _tuple$2[1];
			/* } */ case 9:
		/* } */ case 6:
		$s = -1; return zz.norm();
		/* */ } return; } var $f = {$blk: nat.prototype.expNNMontgomery, $c: true, $r, RR, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, i, i$1, i$2, j, k0, m, numWords, one, powers, rr, t, x, x$1, x$2, y, y$1, y$2, yi, z, zz, $s};return $f;
	};
	$ptrType(nat).prototype.expNNMontgomery = function(x, y, m) { return this.$get().expNNMontgomery(x, y, m); };
	nat.prototype.bytes = function(buf) {
		var _i, _ref, buf, d, i, j, y, z;
		i = 0;
		z = this;
		i = buf.$length;
		_ref = z;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			d = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			j = 0;
			while (true) {
				if (!(j < 4)) { break; }
				i = i - (1) >> 0;
				if (i >= 0) {
					((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = ((d << 24 >>> 24)));
				} else if (!((((d << 24 >>> 24)) === 0))) {
					$panic(new $String("math/big: buffer too small to fit value"));
				}
				d = (y = (8), y < 32 ? (d >>> y) : 0) >>> 0;
				j = j + (1) >> 0;
			}
			_i++;
		}
		if (i < 0) {
			i = 0;
		}
		while (true) {
			if (!(i < buf.$length && (((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i]) === 0))) { break; }
			i = i + (1) >> 0;
		}
		return i;
	};
	$ptrType(nat).prototype.bytes = function(buf) { return this.$get().bytes(buf); };
	bigEndianWord = function(buf) {
		var buf;
		if (false) {
			return (($clone(binary.BigEndian, binary.bigEndian).Uint64(buf).$low >>> 0));
		}
		return (($clone(binary.BigEndian, binary.bigEndian).Uint32(buf) >>> 0));
	};
	nat.prototype.setBytes = function(buf) {
		var _q, buf, d, i, k, s, x, x$1, y, z;
		z = this;
		z = z.make((_q = (((buf.$length + 4 >> 0) - 1 >> 0)) / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
		i = buf.$length;
		k = 0;
		while (true) {
			if (!(i >= 4)) { break; }
			((k < 0 || k >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + k] = bigEndianWord($subslice(buf, (i - 4 >> 0), i)));
			i = i - (4) >> 0;
			k = k + (1) >> 0;
		}
		if (i > 0) {
			d = 0;
			s = 0;
			while (true) {
				if (!(i > 0)) { break; }
				d = (d | (((y = s, y < 32 ? ((((x = i - 1 >> 0, ((x < 0 || x >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + x])) >>> 0)) << y) : 0) >>> 0))) >>> 0;
				i = i - (1) >> 0;
				s = s + (8) >>> 0;
			}
			(x$1 = z.$length - 1 >> 0, ((x$1 < 0 || x$1 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x$1] = d));
		}
		return z.norm();
	};
	$ptrType(nat).prototype.setBytes = function(buf) { return this.$get().setBytes(buf); };
	nat.prototype.sqrt = function(x) {
		var {_q, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, n, x, z, z1, z2, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if (x.cmp(natOne) <= 0) {
			$s = -1; return z.set(x);
		}
		if (alias(z, x)) {
			z = nat.nil;
		}
		_tmp = nat.nil;
		_tmp$1 = nat.nil;
		z1 = _tmp;
		z2 = _tmp$1;
		z1 = z;
		z1 = z1.setUint64(new $Uint64(0, 1));
		z1 = z1.shl(z1, (_q = (((x.bitLen() + 1 >> 0) >>> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")));
		n = 0;
		/* while (true) { */ case 1:
			_r = z2.div(nat.nil, x, z1); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			z2 = _tuple[0];
			_r$1 = z2.add(z2, z1); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			z2 = _r$1;
			z2 = z2.shr(z2, 1);
			if (z2.cmp(z1) >= 0) {
				if ((n & 1) === 0) {
					$s = -1; return z1;
				}
				$s = -1; return z.set(z1);
			}
			_tmp$2 = z2;
			_tmp$3 = z1;
			z1 = _tmp$2;
			z2 = _tmp$3;
			n = n + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return nat.nil;
		/* */ } return; } var $f = {$blk: nat.prototype.sqrt, $c: true, $r, _q, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, n, x, z, z1, z2, $s};return $f;
	};
	$ptrType(nat).prototype.sqrt = function(x) { return this.$get().sqrt(x); };
	Int.ptr.prototype.GobEncode = function() {
		var b, buf, i, x;
		x = this;
		if (x === ptrType$2.nil) {
			return [sliceType$1.nil, $ifaceNil];
		}
		buf = $makeSlice(sliceType$1, (1 + ($imul(x.abs.$length, 4)) >> 0));
		i = x.abs.bytes(buf) - 1 >> 0;
		b = 2;
		if (x.neg) {
			b = (b | (1)) >>> 0;
		}
		((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = b);
		return [$subslice(buf, i), $ifaceNil];
	};
	Int.prototype.GobEncode = function() { return this.$val.GobEncode(); };
	Int.ptr.prototype.GobDecode = function(buf) {
		var {$24r, _r, b, buf, z, $s, $r, $c} = $restore(this, {buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if (buf.$length === 0) {
			Int.copy(z, new Int.ptr(false, nat.nil));
			$s = -1; return $ifaceNil;
		}
		b = (0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]);
		/* */ if (!(((b >>> 1 << 24 >>> 24) === 1))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(((b >>> 1 << 24 >>> 24) === 1))) { */ case 1:
			_r = fmt.Errorf("Int.GobDecode: encoding version %d not supported", new sliceType([new $Uint8((b >>> 1 << 24 >>> 24))])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		z.neg = !((((b & 1) >>> 0) === 0));
		z.abs = z.abs.setBytes($subslice(buf, 1));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.GobDecode, $c: true, $r, $24r, _r, b, buf, z, $s};return $f;
	};
	Int.prototype.GobDecode = function(buf) { return this.$val.GobDecode(buf); };
	Int.ptr.prototype.MarshalText = function() {
		var {$24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, err, text, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		text = sliceType$1.nil;
		err = $ifaceNil;
		x = this;
		if (x === ptrType$2.nil) {
			_tmp = (new sliceType$1($stringToBytes("<nil>")));
			_tmp$1 = $ifaceNil;
			text = _tmp;
			err = _tmp$1;
			$s = -1; return [text, err];
		}
		_r = x.abs.itoa(x.neg, 10); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tmp$2 = _r;
		_tmp$3 = $ifaceNil;
		text = _tmp$2;
		err = _tmp$3;
		$24r = [text, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.MarshalText, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, err, text, x, $s};return $f;
	};
	Int.prototype.MarshalText = function() { return this.$val.MarshalText(); };
	Int.ptr.prototype.UnmarshalText = function(text) {
		var {$24r, _r, _r$1, _tuple, ok, text, z, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = z.setFromScanner(bytes.NewReader(text), 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = fmt.Errorf("math/big: cannot unmarshal %q into a *big.Int", new sliceType([text])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.UnmarshalText, $c: true, $r, $24r, _r, _r$1, _tuple, ok, text, z, $s};return $f;
	};
	Int.prototype.UnmarshalText = function(text) { return this.$val.UnmarshalText(text); };
	Int.ptr.prototype.MarshalJSON = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = x.MarshalText(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.MarshalJSON, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Int.prototype.MarshalJSON = function() { return this.$val.MarshalJSON(); };
	Int.ptr.prototype.UnmarshalJSON = function(text) {
		var {$24r, _r, text, z, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if (($bytesToString(text)) === "null") {
			$s = -1; return $ifaceNil;
		}
		_r = z.UnmarshalText(text); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.UnmarshalJSON, $c: true, $r, $24r, _r, text, z, $s};return $f;
	};
	Int.prototype.UnmarshalJSON = function(text) { return this.$val.UnmarshalJSON(text); };
	Int.ptr.prototype.Text = function(base) {
		var {$24r, _r, base, x, $s, $r, $c} = $restore(this, {base});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (x === ptrType$2.nil) {
			$s = -1; return "<nil>";
		}
		_r = x.abs.itoa(x.neg, base); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = ($bytesToString(_r));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Text, $c: true, $r, $24r, _r, base, x, $s};return $f;
	};
	Int.prototype.Text = function(base) { return this.$val.Text(base); };
	Int.ptr.prototype.Append = function(buf, base) {
		var {$24r, _arg, _arg$1, _r, base, buf, x, $s, $r, $c} = $restore(this, {buf, base});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (x === ptrType$2.nil) {
			$s = -1; return $appendSlice(buf, "<nil>");
		}
		_arg = buf;
		_r = x.abs.itoa(x.neg, base); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = _r;
		$24r = $appendSlice(_arg, _arg$1);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Append, $c: true, $r, $24r, _arg, _arg$1, _r, base, buf, x, $s};return $f;
	};
	Int.prototype.Append = function(buf, base) { return this.$val.Append(buf, base); };
	Int.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = x.Text(10); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Int.prototype.String = function() { return this.$val.String(); };
	writeMultiple = function(s, text, count) {
		var {_r, b, count, s, text, $s, $r, $c} = $restore(this, {s, text, count});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (text.length > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (text.length > 0) { */ case 1:
			b = (new sliceType$1($stringToBytes(text)));
			/* while (true) { */ case 3:
				/* if (!(count > 0)) { break; } */ if(!(count > 0)) { $s = 4; continue; }
				_r = s.Write(b); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
				count = count - (1) >> 0;
			$s = 3; continue;
			case 4:
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: writeMultiple, $c: true, $r, _r, b, count, s, text, $s};return $f;
	};
	Int.ptr.prototype.Format = function(s, ch) {
		var {_1, _2, _arg, _arg$1, _arg$2, _i, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, base, ch, d, d$1, digits, i, left, length, precision, precisionSet, prefix, right, s, sign, width, widthSet, x, zeros, $s, $r, $c} = $restore(this, {s, ch});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		base = 0;
			_1 = ch;
			/* */ if (_1 === (98)) { $s = 2; continue; }
			/* */ if ((_1 === (111)) || (_1 === (79))) { $s = 3; continue; }
			/* */ if ((_1 === (100)) || (_1 === (115)) || (_1 === (118))) { $s = 4; continue; }
			/* */ if ((_1 === (120)) || (_1 === (88))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_1 === (98)) { */ case 2:
				base = 2;
				$s = 7; continue;
			/* } else if ((_1 === (111)) || (_1 === (79))) { */ case 3:
				base = 8;
				$s = 7; continue;
			/* } else if ((_1 === (100)) || (_1 === (115)) || (_1 === (118))) { */ case 4:
				base = 10;
				$s = 7; continue;
			/* } else if ((_1 === (120)) || (_1 === (88))) { */ case 5:
				base = 16;
				$s = 7; continue;
			/* } else { */ case 6:
				_arg = s;
				_arg$1 = new $Int32(ch);
				_r = x.String(); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_arg$2 = new $String(_r);
				_r$1 = fmt.Fprintf(_arg, "%%!%c(big.Int=%s)", new sliceType([_arg$1, _arg$2])); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				$s = -1; return;
			/* } */ case 7:
		case 1:
		/* */ if (x === ptrType$2.nil) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (x === ptrType$2.nil) { */ case 10:
			_r$2 = fmt.Fprint(s, new sliceType([new $String("<nil>")])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return;
		/* } */ case 11:
		sign = "";
			/* */ if (x.neg) { $s = 14; continue; }
			_r$3 = s.Flag(43); /* */ $s = 18; case 18: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3) { $s = 15; continue; }
			_r$4 = s.Flag(32); /* */ $s = 19; case 19: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (_r$4) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (x.neg) { */ case 14:
				sign = "-";
				$s = 17; continue;
			/* } else if (_r$3) { */ case 15:
				sign = "+";
				$s = 17; continue;
			/* } else if (_r$4) { */ case 16:
				sign = " ";
			/* } */ case 17:
		case 13:
		prefix = "";
		_r$5 = s.Flag(35); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (_r$5) { */ case 20:
			_2 = ch;
			if (_2 === (98)) {
				prefix = "0b";
			} else if (_2 === (111)) {
				prefix = "0";
			} else if (_2 === (120)) {
				prefix = "0x";
			} else if (_2 === (88)) {
				prefix = "0X";
			}
		/* } */ case 21:
		if (ch === 79) {
			prefix = "0o";
		}
		_r$6 = x.abs.utoa(base); /* */ $s = 23; case 23: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		digits = _r$6;
		if (ch === 88) {
			_ref = digits;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				d = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (97 <= d && d <= 122) {
					((i < 0 || i >= digits.$length) ? ($throwRuntimeError("index out of range"), undefined) : digits.$array[digits.$offset + i] = (65 + ((d - 97 << 24 >>> 24)) << 24 >>> 24));
				}
				_i++;
			}
		}
		left = 0;
		zeros = 0;
		right = 0;
		_r$7 = s.Precision(); /* */ $s = 24; case 24: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		precision = _tuple[0];
		precisionSet = _tuple[1];
		if (precisionSet) {
			if (digits.$length < precision) {
				zeros = precision - digits.$length >> 0;
			} else if ((digits.$length === 1) && ((0 >= digits.$length ? ($throwRuntimeError("index out of range"), undefined) : digits.$array[digits.$offset + 0]) === 48) && (precision === 0)) {
				$s = -1; return;
			}
		}
		length = ((sign.length + prefix.length >> 0) + zeros >> 0) + digits.$length >> 0;
		_r$8 = s.Width(); /* */ $s = 25; case 25: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$1 = _r$8;
		width = _tuple$1[0];
		widthSet = _tuple$1[1];
		/* */ if (widthSet && length < width) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (widthSet && length < width) { */ case 26:
				d$1 = width - length >> 0;
				_r$9 = s.Flag(45); /* */ $s = 33; case 33: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				/* */ if (_r$9) { $s = 29; continue; }
				_r$10 = s.Flag(48); /* */ $s = 34; case 34: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				/* */ if (_r$10 && !precisionSet) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if (_r$9) { */ case 29:
					right = d$1;
					$s = 32; continue;
				/* } else if (_r$10 && !precisionSet) { */ case 30:
					zeros = d$1;
					$s = 32; continue;
				/* } else { */ case 31:
					left = d$1;
				/* } */ case 32:
			case 28:
		/* } */ case 27:
		$r = writeMultiple(s, " ", left); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = writeMultiple(s, sign, 1); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = writeMultiple(s, prefix, 1); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = writeMultiple(s, "0", zeros); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$11 = s.Write(digits); /* */ $s = 39; case 39: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$11;
		$r = writeMultiple(s, " ", right); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Format, $c: true, $r, _1, _2, _arg, _arg$1, _arg$2, _i, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, base, ch, d, d$1, digits, i, left, length, precision, precisionSet, prefix, right, s, sign, width, widthSet, x, zeros, $s};return $f;
	};
	Int.prototype.Format = function(s, ch) { return this.$val.Format(s, ch); };
	Int.ptr.prototype.scan = function(r, base) {
		var {_r, _r$1, _tuple, _tuple$1, base, err, neg, r, z, $s, $r, $c} = $restore(this, {r, base});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = scanSign(r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		neg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, 0, err];
		}
		_r$1 = z.abs.scan(r, base, false); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		z.abs = _tuple$1[0];
		base = _tuple$1[1];
		err = _tuple$1[3];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, base, err];
		}
		z.neg = z.abs.$length > 0 && neg;
		$s = -1; return [z, base, $ifaceNil];
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.scan, $c: true, $r, _r, _r$1, _tuple, _tuple$1, base, err, neg, r, z, $s};return $f;
	};
	Int.prototype.scan = function(r, base) { return this.$val.scan(r, base); };
	scanSign = function(r) {
		var {_1, _r, _r$1, _tmp, _tmp$1, _tuple, ch, err, neg, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		neg = false;
		err = $ifaceNil;
		ch = 0;
		_r = r.ReadByte(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ch = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = false;
			_tmp$1 = err;
			neg = _tmp;
			err = _tmp$1;
			$s = -1; return [neg, err];
		}
			_1 = ch;
			/* */ if (_1 === (45)) { $s = 3; continue; }
			/* */ if (_1 === (43)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (45)) { */ case 3:
				neg = true;
				$s = 6; continue;
			/* } else if (_1 === (43)) { */ case 4:
				$s = 6; continue;
			/* } else { */ case 5:
				_r$1 = r.UnreadByte(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
			/* } */ case 6:
		case 2:
		$s = -1; return [neg, err];
		/* */ } return; } var $f = {$blk: scanSign, $c: true, $r, _1, _r, _r$1, _tmp, _tmp$1, _tuple, ch, err, neg, r, $s};return $f;
	};
	byteReader.ptr.prototype.ReadByte = function() {
		var {_r, _r$1, _tuple, ch, err, r, size, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.ScanState.ReadRune(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ch = _tuple[0];
		size = _tuple[1];
		err = _tuple[2];
		/* */ if (!((size === 1)) && $interfaceIsEqual(err, $ifaceNil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((size === 1)) && $interfaceIsEqual(err, $ifaceNil)) { */ case 2:
			_r$1 = fmt.Errorf("invalid rune %#U", new sliceType([new $Int32(ch)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
		/* } */ case 3:
		$s = -1; return [((ch << 24 >>> 24)), err];
		/* */ } return; } var $f = {$blk: byteReader.ptr.prototype.ReadByte, $c: true, $r, _r, _r$1, _tuple, ch, err, r, size, $s};return $f;
	};
	byteReader.prototype.ReadByte = function() { return this.$val.ReadByte(); };
	byteReader.ptr.prototype.UnreadByte = function() {
		var {$24r, _r, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.ScanState.UnreadRune(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: byteReader.ptr.prototype.UnreadByte, $c: true, $r, $24r, _r, r, $s};return $f;
	};
	byteReader.prototype.UnreadByte = function() { return this.$val.UnreadByte(); };
	Int.ptr.prototype.Scan = function(s, ch) {
		var {_1, _r, _tuple, base, ch, err, s, x, z, $s, $r, $c} = $restore(this, {s, ch});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		$r = s.SkipSpace(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		base = 0;
		_1 = ch;
		if (_1 === (98)) {
			base = 2;
		} else if (_1 === (111)) {
			base = 8;
		} else if (_1 === (100)) {
			base = 10;
		} else if ((_1 === (120)) || (_1 === (88))) {
			base = 16;
		} else if ((_1 === (115)) || (_1 === (118))) {
		} else {
			$s = -1; return errors.New("Int.Scan: invalid verb");
		}
		_r = z.scan((x = new byteReader.ptr(s), new x.constructor.elem(x)), base); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[2];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Scan, $c: true, $r, _1, _r, _tuple, base, ch, err, s, x, z, $s};return $f;
	};
	Int.prototype.Scan = function(s, ch) { return this.$val.Scan(s, ch); };
	Int.ptr.prototype.Sign = function() {
		var x;
		x = this;
		if (x.abs.$length === 0) {
			return 0;
		}
		if (x.neg) {
			return -1;
		}
		return 1;
	};
	Int.prototype.Sign = function() { return this.$val.Sign(); };
	Int.ptr.prototype.SetInt64 = function(x) {
		var neg, x, z;
		z = this;
		neg = false;
		if ((x.$high < 0 || (x.$high === 0 && x.$low < 0))) {
			neg = true;
			x = new $Int64(-x.$high, -x.$low);
		}
		z.abs = z.abs.setUint64((new $Uint64(x.$high, x.$low)));
		z.neg = neg;
		return z;
	};
	Int.prototype.SetInt64 = function(x) { return this.$val.SetInt64(x); };
	Int.ptr.prototype.SetUint64 = function(x) {
		var x, z;
		z = this;
		z.abs = z.abs.setUint64(x);
		z.neg = false;
		return z;
	};
	Int.prototype.SetUint64 = function(x) { return this.$val.SetUint64(x); };
	NewInt = function(x) {
		var x;
		return new Int.ptr(false, nat.nil).SetInt64(x);
	};
	$pkg.NewInt = NewInt;
	Int.ptr.prototype.Set = function(x) {
		var x, z;
		z = this;
		if (!(z === x)) {
			z.abs = z.abs.set(x.abs);
			z.neg = x.neg;
		}
		return z;
	};
	Int.prototype.Set = function(x) { return this.$val.Set(x); };
	Int.ptr.prototype.Bits = function() {
		var x;
		x = this;
		return $convertSliceType(x.abs, sliceType$2);
	};
	Int.prototype.Bits = function() { return this.$val.Bits(); };
	Int.ptr.prototype.SetBits = function(abs) {
		var abs, z;
		z = this;
		z.abs = ($convertSliceType(abs, nat)).norm();
		z.neg = false;
		return z;
	};
	Int.prototype.SetBits = function(abs) { return this.$val.SetBits(abs); };
	Int.ptr.prototype.Abs = function(x) {
		var x, z;
		z = this;
		z.Set(x);
		z.neg = false;
		return z;
	};
	Int.prototype.Abs = function(x) { return this.$val.Abs(x); };
	Int.ptr.prototype.Neg = function(x) {
		var x, z;
		z = this;
		z.Set(x);
		z.neg = z.abs.$length > 0 && !z.neg;
		return z;
	};
	Int.prototype.Neg = function(x) { return this.$val.Neg(x); };
	Int.ptr.prototype.Add = function(x, y) {
		var {_r, _r$1, _r$2, neg, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		neg = x.neg;
		/* */ if (x.neg === y.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg === y.neg) { */ case 1:
			_r = z.abs.add(x.abs, y.abs); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			z.abs = _r;
			$s = 3; continue;
		/* } else { */ case 2:
			/* */ if (x.abs.cmp(y.abs) >= 0) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (x.abs.cmp(y.abs) >= 0) { */ case 5:
				_r$1 = z.abs.sub(x.abs, y.abs); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				z.abs = _r$1;
				$s = 7; continue;
			/* } else { */ case 6:
				neg = !neg;
				_r$2 = z.abs.sub(y.abs, x.abs); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				z.abs = _r$2;
			/* } */ case 7:
		/* } */ case 3:
		z.neg = z.abs.$length > 0 && neg;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Add, $c: true, $r, _r, _r$1, _r$2, neg, x, y, z, $s};return $f;
	};
	Int.prototype.Add = function(x, y) { return this.$val.Add(x, y); };
	Int.ptr.prototype.Sub = function(x, y) {
		var {_r, _r$1, _r$2, neg, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		neg = x.neg;
		/* */ if (!(x.neg === y.neg)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(x.neg === y.neg)) { */ case 1:
			_r = z.abs.add(x.abs, y.abs); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			z.abs = _r;
			$s = 3; continue;
		/* } else { */ case 2:
			/* */ if (x.abs.cmp(y.abs) >= 0) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (x.abs.cmp(y.abs) >= 0) { */ case 5:
				_r$1 = z.abs.sub(x.abs, y.abs); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				z.abs = _r$1;
				$s = 7; continue;
			/* } else { */ case 6:
				neg = !neg;
				_r$2 = z.abs.sub(y.abs, x.abs); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				z.abs = _r$2;
			/* } */ case 7:
		/* } */ case 3:
		z.neg = z.abs.$length > 0 && neg;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Sub, $c: true, $r, _r, _r$1, _r$2, neg, x, y, z, $s};return $f;
	};
	Int.prototype.Sub = function(x, y) { return this.$val.Sub(x, y); };
	Int.ptr.prototype.Mul = function(x, y) {
		var {_r, _r$1, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		/* */ if (x === y) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x === y) { */ case 1:
			_r = z.abs.sqr(x.abs); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			z.abs = _r;
			z.neg = false;
			$s = -1; return z;
		/* } */ case 2:
		_r$1 = z.abs.mul(x.abs, y.abs); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		z.abs = _r$1;
		z.neg = z.abs.$length > 0 && !(x.neg === y.neg);
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Mul, $c: true, $r, _r, _r$1, x, y, z, $s};return $f;
	};
	Int.prototype.Mul = function(x, y) { return this.$val.Mul(x, y); };
	Int.ptr.prototype.MulRange = function(a, b) {
		var {_r, _tmp, _tmp$1, a, b, neg, x, x$1, z, $s, $r, $c} = $restore(this, {a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if ((a.$high > b.$high || (a.$high === b.$high && a.$low > b.$low))) {
			$s = -1; return z.SetInt64(new $Int64(0, 1));
		} else if ((a.$high < 0 || (a.$high === 0 && a.$low <= 0)) && (b.$high > 0 || (b.$high === 0 && b.$low >= 0))) {
			$s = -1; return z.SetInt64(new $Int64(0, 0));
		}
		neg = false;
		if ((a.$high < 0 || (a.$high === 0 && a.$low < 0))) {
			neg = (x = (x$1 = new $Int64(b.$high - a.$high, b.$low - a.$low), new $Int64(x$1.$high & 0, (x$1.$low & 1) >>> 0)), (x.$high === 0 && x.$low === 0));
			_tmp = new $Int64(-b.$high, -b.$low);
			_tmp$1 = new $Int64(-a.$high, -a.$low);
			a = _tmp;
			b = _tmp$1;
		}
		_r = z.abs.mulRange((new $Uint64(a.$high, a.$low)), (new $Uint64(b.$high, b.$low))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		z.abs = _r;
		z.neg = neg;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.MulRange, $c: true, $r, _r, _tmp, _tmp$1, a, b, neg, x, x$1, z, $s};return $f;
	};
	Int.prototype.MulRange = function(a, b) { return this.$val.MulRange(a, b); };
	Int.ptr.prototype.Binomial = function(n, k) {
		var {$24r, _r, _r$1, _r$2, _tmp, _tmp$1, a, b, k, n, x, x$1, z, $s, $r, $c} = $restore(this, {n, k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = [a];
		b = [b];
		z = this;
		if ((x = $div64(n, new $Int64(0, 2), false), (x.$high < k.$high || (x.$high === k.$high && x.$low < k.$low))) && (k.$high < n.$high || (k.$high === n.$high && k.$low <= n.$low))) {
			k = new $Int64(n.$high - k.$high, n.$low - k.$low);
		}
		_tmp = new Int.ptr(false, nat.nil);
		_tmp$1 = new Int.ptr(false, nat.nil);
		a[0] = $clone(_tmp, Int);
		b[0] = $clone(_tmp$1, Int);
		_r = a[0].MulRange((x$1 = new $Int64(n.$high - k.$high, n.$low - k.$low), new $Int64(x$1.$high + 0, x$1.$low + 1)), n); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		_r$1 = b[0].MulRange(new $Int64(0, 1), k); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = z.Quo(a[0], b[0]); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Binomial, $c: true, $r, $24r, _r, _r$1, _r$2, _tmp, _tmp$1, a, b, k, n, x, x$1, z, $s};return $f;
	};
	Int.prototype.Binomial = function(n, k) { return this.$val.Binomial(n, k); };
	Int.ptr.prototype.Quo = function(x, y) {
		var {_r, _tuple, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = z.abs.div(nat.nil, x.abs, y.abs); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		z.abs = _tuple[0];
		z.neg = z.abs.$length > 0 && !(x.neg === y.neg);
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Quo, $c: true, $r, _r, _tuple, x, y, z, $s};return $f;
	};
	Int.prototype.Quo = function(x, y) { return this.$val.Quo(x, y); };
	Int.ptr.prototype.Rem = function(x, y) {
		var {_r, _tuple, x, y, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = (nat.nil).div(z.abs, x.abs, y.abs); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		z.abs = _tuple[1];
		z.neg = z.abs.$length > 0 && x.neg;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Rem, $c: true, $r, _r, _tuple, x, y, z, $s};return $f;
	};
	Int.prototype.Rem = function(x, y) { return this.$val.Rem(x, y); };
	Int.ptr.prototype.QuoRem = function(x, y, r) {
		var {_r, _tmp, _tmp$1, _tuple, r, x, y, z, $s, $r, $c} = $restore(this, {x, y, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = z.abs.div(r.abs, x.abs, y.abs); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		z.abs = _tuple[0];
		r.abs = _tuple[1];
		_tmp = z.abs.$length > 0 && !(x.neg === y.neg);
		_tmp$1 = r.abs.$length > 0 && x.neg;
		z.neg = _tmp;
		r.neg = _tmp$1;
		$s = -1; return [z, r];
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.QuoRem, $c: true, $r, _r, _tmp, _tmp$1, _tuple, r, x, y, z, $s};return $f;
	};
	Int.prototype.QuoRem = function(x, y, r) { return this.$val.QuoRem(x, y, r); };
	Int.ptr.prototype.Div = function(x, y) {
		var {_r, _r$1, _r$2, r, x, y, y_neg, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = [r];
		z = this;
		y_neg = y.neg;
		r[0] = new Int.ptr(false, nat.nil);
		_r = z.QuoRem(x, y, r[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		/* */ if (r[0].neg) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (r[0].neg) { */ case 2:
			/* */ if (y_neg) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (y_neg) { */ case 4:
				_r$1 = z.Add(z, intOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				$s = 6; continue;
			/* } else { */ case 5:
				_r$2 = z.Sub(z, intOne); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
			/* } */ case 6:
		/* } */ case 3:
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Div, $c: true, $r, _r, _r$1, _r$2, r, x, y, y_neg, z, $s};return $f;
	};
	Int.prototype.Div = function(x, y) { return this.$val.Div(x, y); };
	Int.ptr.prototype.Mod = function(x, y) {
		var {_r, _r$1, _r$2, q, x, y, y0, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		y0 = y;
		if (z === y || alias(z.abs, y.abs)) {
			y0 = new Int.ptr(false, nat.nil).Set(y);
		}
		q = new Int.ptr(false, nat.nil);
		_r = q.QuoRem(x, y, z); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		/* */ if (z.neg) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (z.neg) { */ case 2:
			/* */ if (y0.neg) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (y0.neg) { */ case 4:
				_r$1 = z.Sub(z, y0); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				$s = 6; continue;
			/* } else { */ case 5:
				_r$2 = z.Add(z, y0); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
			/* } */ case 6:
		/* } */ case 3:
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Mod, $c: true, $r, _r, _r$1, _r$2, q, x, y, y0, z, $s};return $f;
	};
	Int.prototype.Mod = function(x, y) { return this.$val.Mod(x, y); };
	Int.ptr.prototype.DivMod = function(x, y, m) {
		var {_r, _r$1, _r$2, _r$3, _r$4, m, x, y, y0, z, $s, $r, $c} = $restore(this, {x, y, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		y0 = y;
		if (z === y || alias(z.abs, y.abs)) {
			y0 = new Int.ptr(false, nat.nil).Set(y);
		}
		_r = z.QuoRem(x, y, m); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		/* */ if (m.neg) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (m.neg) { */ case 2:
			/* */ if (y0.neg) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (y0.neg) { */ case 4:
				_r$1 = z.Add(z, intOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				_r$2 = m.Sub(m, y0); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				$s = 6; continue;
			/* } else { */ case 5:
				_r$3 = z.Sub(z, intOne); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				_r$4 = m.Add(m, y0); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
			/* } */ case 6:
		/* } */ case 3:
		$s = -1; return [z, m];
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.DivMod, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, m, x, y, y0, z, $s};return $f;
	};
	Int.prototype.DivMod = function(x, y, m) { return this.$val.DivMod(x, y, m); };
	Int.ptr.prototype.Cmp = function(y) {
		var r, x, y;
		r = 0;
		x = this;
		if (x === y) {
		} else if (x.neg === y.neg) {
			r = x.abs.cmp(y.abs);
			if (x.neg) {
				r = -r;
			}
		} else if (x.neg) {
			r = -1;
		} else {
			r = 1;
		}
		return r;
	};
	Int.prototype.Cmp = function(y) { return this.$val.Cmp(y); };
	Int.ptr.prototype.CmpAbs = function(y) {
		var x, y;
		x = this;
		return x.abs.cmp(y.abs);
	};
	Int.prototype.CmpAbs = function(y) { return this.$val.CmpAbs(y); };
	low64 = function(x) {
		var v, x, x$1, x$2, x$3;
		if (x.$length === 0) {
			return new $Uint64(0, 0);
		}
		v = ((x$1 = (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]), new $Uint64(0, x$1.constructor === Number ? x$1 : 1)));
		if (true && x.$length > 1) {
			return (x$2 = $shiftLeft64(((x$3 = (1 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 1]), new $Uint64(0, x$3.constructor === Number ? x$3 : 1))), 32), new $Uint64(x$2.$high | v.$high, (x$2.$low | v.$low) >>> 0));
		}
		return v;
	};
	Int.ptr.prototype.Int64 = function() {
		var v, x, x$1;
		x = this;
		v = ((x$1 = low64(x.abs), new $Int64(x$1.$high, x$1.$low)));
		if (x.neg) {
			v = new $Int64(-v.$high, -v.$low);
		}
		return v;
	};
	Int.prototype.Int64 = function() { return this.$val.Int64(); };
	Int.ptr.prototype.Uint64 = function() {
		var x;
		x = this;
		return low64(x.abs);
	};
	Int.prototype.Uint64 = function() { return this.$val.Uint64(); };
	Int.ptr.prototype.IsInt64 = function() {
		var w, x, x$1, x$2;
		x = this;
		if (x.abs.$length <= 2) {
			w = ((x$1 = low64(x.abs), new $Int64(x$1.$high, x$1.$low)));
			return (w.$high > 0 || (w.$high === 0 && w.$low >= 0)) || x.neg && (x$2 = new $Int64(-w.$high, -w.$low), (w.$high === x$2.$high && w.$low === x$2.$low));
		}
		return false;
	};
	Int.prototype.IsInt64 = function() { return this.$val.IsInt64(); };
	Int.ptr.prototype.IsUint64 = function() {
		var x;
		x = this;
		return !x.neg && x.abs.$length <= 2;
	};
	Int.prototype.IsUint64 = function() { return this.$val.IsUint64(); };
	Int.ptr.prototype.SetString = function(s, base) {
		var {$24r, _r, base, s, z, $s, $r, $c} = $restore(this, {s, base});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = z.setFromScanner(strings.NewReader(s), base); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.SetString, $c: true, $r, $24r, _r, base, s, z, $s};return $f;
	};
	Int.prototype.SetString = function(s, base) { return this.$val.SetString(s, base); };
	Int.ptr.prototype.setFromScanner = function(r, base) {
		var {_r, _r$1, _tuple, _tuple$1, base, err, err$1, r, z, $s, $r, $c} = $restore(this, {r, base});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = z.scan(r, base); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, false];
		}
		_r$1 = r.ReadByte(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, io.EOF))) {
			$s = -1; return [ptrType$2.nil, false];
		}
		$s = -1; return [z, true];
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.setFromScanner, $c: true, $r, _r, _r$1, _tuple, _tuple$1, base, err, err$1, r, z, $s};return $f;
	};
	Int.prototype.setFromScanner = function(r, base) { return this.$val.setFromScanner(r, base); };
	Int.ptr.prototype.SetBytes = function(buf) {
		var buf, z;
		z = this;
		z.abs = z.abs.setBytes(buf);
		z.neg = false;
		return z;
	};
	Int.prototype.SetBytes = function(buf) { return this.$val.SetBytes(buf); };
	Int.ptr.prototype.Bytes = function() {
		var buf, x;
		x = this;
		buf = $makeSlice(sliceType$1, ($imul(x.abs.$length, 4)));
		return $subslice(buf, x.abs.bytes(buf));
	};
	Int.prototype.Bytes = function() { return this.$val.Bytes(); };
	Int.ptr.prototype.FillBytes = function(buf) {
		var _i, _ref, buf, i, x;
		x = this;
		_ref = buf;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			((i < 0 || i >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + i] = 0);
			_i++;
		}
		x.abs.bytes(buf);
		return buf;
	};
	Int.prototype.FillBytes = function(buf) { return this.$val.FillBytes(buf); };
	Int.ptr.prototype.BitLen = function() {
		var x;
		x = this;
		return x.abs.bitLen();
	};
	Int.prototype.BitLen = function() { return this.$val.BitLen(); };
	Int.ptr.prototype.TrailingZeroBits = function() {
		var x;
		x = this;
		return x.abs.trailingZeroBits();
	};
	Int.prototype.TrailingZeroBits = function() { return this.$val.TrailingZeroBits(); };
	Int.ptr.prototype.Exp = function(x, y, m) {
		var {_r, _r$1, _r$2, inverse, m, mWords, x, xWords, y, yWords, z, $s, $r, $c} = $restore(this, {x, y, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		xWords = x.abs;
		/* */ if (y.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (y.neg) { */ case 1:
			if (m === ptrType$2.nil || (m.abs.$length === 0)) {
				$s = -1; return z.SetInt64(new $Int64(0, 1));
			}
			_r = new Int.ptr(false, nat.nil).ModInverse(x, m); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			inverse = _r;
			if (inverse === ptrType$2.nil) {
				$s = -1; return ptrType$2.nil;
			}
			xWords = inverse.abs;
		/* } */ case 2:
		yWords = y.abs;
		mWords = nat.nil;
		if (!(m === ptrType$2.nil)) {
			mWords = m.abs;
		}
		_r$1 = z.abs.expNN(xWords, yWords, mWords); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		z.abs = _r$1;
		z.neg = z.abs.$length > 0 && x.neg && yWords.$length > 0 && ((((0 >= yWords.$length ? ($throwRuntimeError("index out of range"), undefined) : yWords.$array[yWords.$offset + 0]) & 1) >>> 0) === 1);
		/* */ if (z.neg && mWords.$length > 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (z.neg && mWords.$length > 0) { */ case 5:
			_r$2 = z.abs.sub(mWords, z.abs); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			z.abs = _r$2;
			z.neg = false;
		/* } */ case 6:
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Exp, $c: true, $r, _r, _r$1, _r$2, inverse, m, mWords, x, xWords, y, yWords, z, $s};return $f;
	};
	Int.prototype.Exp = function(x, y, m) { return this.$val.Exp(x, y, m); };
	Int.ptr.prototype.GCD = function(x, y, a, b) {
		var {$24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, a, b, lenA, lenB, negA, negB, x, y, z, $s, $r, $c} = $restore(this, {x, y, a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if ((a.abs.$length === 0) || (b.abs.$length === 0)) {
			_tmp = a.abs.$length;
			_tmp$1 = b.abs.$length;
			_tmp$2 = a.neg;
			_tmp$3 = b.neg;
			lenA = _tmp;
			lenB = _tmp$1;
			negA = _tmp$2;
			negB = _tmp$3;
			if (lenA === 0) {
				z.Set(b);
			} else {
				z.Set(a);
			}
			z.neg = false;
			if (!(x === ptrType$2.nil)) {
				if (lenA === 0) {
					x.SetUint64(new $Uint64(0, 0));
				} else {
					x.SetUint64(new $Uint64(0, 1));
					x.neg = negA;
				}
			}
			if (!(y === ptrType$2.nil)) {
				if (lenB === 0) {
					y.SetUint64(new $Uint64(0, 0));
				} else {
					y.SetUint64(new $Uint64(0, 1));
					y.neg = negB;
				}
			}
			$s = -1; return z;
		}
		_r = z.lehmerGCD(x, y, a, b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.GCD, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, a, b, lenA, lenB, negA, negB, x, y, z, $s};return $f;
	};
	Int.prototype.GCD = function(x, y, a, b) { return this.$val.GCD(x, y, a, b); };
	lehmerSimulate = function(A, B) {
		var A, B, _q, _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, a1, a2, even, h, m, n, q, r, u0, u1, u2, v0, v1, v2, x, x$1, x$10, x$11, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, y$1, y$2, y$3, y$4;
		u0 = 0;
		u1 = 0;
		v0 = 0;
		v1 = 0;
		even = false;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = 0;
		a1 = _tmp;
		a2 = _tmp$1;
		u2 = _tmp$2;
		v2 = _tmp$3;
		m = B.abs.$length;
		n = A.abs.$length;
		h = nlz((x = A.abs, x$1 = n - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1])));
		a1 = (((y = h, y < 32 ? ((x$2 = A.abs, x$3 = n - 1 >> 0, ((x$3 < 0 || x$3 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + x$3])) << y) : 0) >>> 0) | ((y$1 = ((32 - h >>> 0)), y$1 < 32 ? ((x$4 = A.abs, x$5 = n - 2 >> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5])) >>> y$1) : 0) >>> 0)) >>> 0;
		if ((n === m)) {
			a2 = (((y$2 = h, y$2 < 32 ? ((x$6 = B.abs, x$7 = n - 1 >> 0, ((x$7 < 0 || x$7 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + x$7])) << y$2) : 0) >>> 0) | ((y$3 = ((32 - h >>> 0)), y$3 < 32 ? ((x$8 = B.abs, x$9 = n - 2 >> 0, ((x$9 < 0 || x$9 >= x$8.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + x$9])) >>> y$3) : 0) >>> 0)) >>> 0;
		} else if ((n === (m + 1 >> 0))) {
			a2 = (y$4 = ((32 - h >>> 0)), y$4 < 32 ? ((x$10 = B.abs, x$11 = n - 2 >> 0, ((x$11 < 0 || x$11 >= x$10.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + x$11])) >>> y$4) : 0) >>> 0;
		} else {
			a2 = 0;
		}
		even = false;
		_tmp$4 = 0;
		_tmp$5 = 1;
		_tmp$6 = 0;
		u0 = _tmp$4;
		u1 = _tmp$5;
		u2 = _tmp$6;
		_tmp$7 = 0;
		_tmp$8 = 0;
		_tmp$9 = 1;
		v0 = _tmp$7;
		v1 = _tmp$8;
		v2 = _tmp$9;
		while (true) {
			if (!(a2 >= v2 && (a1 - a2 >>> 0) >= (v1 + v2 >>> 0))) { break; }
			_tmp$10 = (_q = a1 / a2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			_tmp$11 = (_r = a1 % a2, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
			q = _tmp$10;
			r = _tmp$11;
			_tmp$12 = a2;
			_tmp$13 = r;
			a1 = _tmp$12;
			a2 = _tmp$13;
			_tmp$14 = u1;
			_tmp$15 = u2;
			_tmp$16 = u1 + ($imul(q, u2) >>> 0) >>> 0;
			u0 = _tmp$14;
			u1 = _tmp$15;
			u2 = _tmp$16;
			_tmp$17 = v1;
			_tmp$18 = v2;
			_tmp$19 = v1 + ($imul(q, v2) >>> 0) >>> 0;
			v0 = _tmp$17;
			v1 = _tmp$18;
			v2 = _tmp$19;
			even = !even;
		}
		return [u0, u1, v0, v1, even];
	};
	lehmerUpdate = function(A, B, q, r, s, t, u0, u1, v0, v1, even) {
		var {A, B, _r, _r$1, _r$2, _r$3, _r$4, _r$5, even, q, r, s, t, u0, u1, v0, v1, $s, $r, $c} = $restore(this, {A, B, q, r, s, t, u0, u1, v0, v1, even});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t.abs = t.abs.setWord(u0);
		s.abs = s.abs.setWord(v0);
		t.neg = !even;
		s.neg = even;
		_r = t.Mul(A, t); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		_r$1 = s.Mul(B, s); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		r.abs = r.abs.setWord(u1);
		q.abs = q.abs.setWord(v1);
		r.neg = even;
		q.neg = !even;
		_r$2 = r.Mul(A, r); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = q.Mul(B, q); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = A.Add(t, s); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = B.Add(r, q); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: lehmerUpdate, $c: true, $r, A, B, _r, _r$1, _r$2, _r$3, _r$4, _r$5, even, q, r, s, t, u0, u1, v0, v1, $s};return $f;
	};
	euclidUpdate = function(A, B, Ua, Ub, q, r, s, t, extended) {
		var {A, B, Ua, Ub, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tuple, extended, q, r, s, t, $s, $r, $c} = $restore(this, {A, B, Ua, Ub, q, r, s, t, extended});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = q.QuoRem(A, B, r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		q = _tuple[0];
		r = _tuple[1];
		_tmp = $clone(B, Int);
		_tmp$1 = $clone(r, Int);
		_tmp$2 = $clone(A, Int);
		Int.copy(A, _tmp);
		Int.copy(B, _tmp$1);
		Int.copy(r, _tmp$2);
		/* */ if (extended) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (extended) { */ case 2:
			t.Set(Ub);
			_r$1 = s.Mul(Ub, q); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = Ub.Sub(Ua, s); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			Ua.Set(t);
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: euclidUpdate, $c: true, $r, A, B, Ua, Ub, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tuple, extended, q, r, s, t, $s};return $f;
	};
	Int.ptr.prototype.lehmerGCD = function(x, y, a, b) {
		var {A, B, Ua, Ub, _q, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, a, aWord, b, bWord, even, even$1, extended, negA, q, q$1, r, r$1, s, t, u0, u1, ua, ub, v0, v1, va, vb, x, x$1, x$2, x$3, y, z, $s, $r, $c} = $restore(this, {x, y, a, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_tmp = ptrType$2.nil;
		_tmp$1 = ptrType$2.nil;
		_tmp$2 = ptrType$2.nil;
		_tmp$3 = ptrType$2.nil;
		A = _tmp;
		B = _tmp$1;
		Ua = _tmp$2;
		Ub = _tmp$3;
		A = new Int.ptr(false, nat.nil).Abs(a);
		B = new Int.ptr(false, nat.nil).Abs(b);
		extended = !(x === ptrType$2.nil) || !(y === ptrType$2.nil);
		if (extended) {
			Ua = new Int.ptr(false, nat.nil).SetInt64(new $Int64(0, 1));
			Ub = new Int.ptr(false, nat.nil);
		}
		q = new Int.ptr(false, nat.nil);
		r = new Int.ptr(false, nat.nil);
		s = new Int.ptr(false, nat.nil);
		t = new Int.ptr(false, nat.nil);
		if (A.abs.cmp(B.abs) < 0) {
			_tmp$4 = B;
			_tmp$5 = A;
			A = _tmp$4;
			B = _tmp$5;
			_tmp$6 = Ua;
			_tmp$7 = Ub;
			Ub = _tmp$6;
			Ua = _tmp$7;
		}
		/* while (true) { */ case 1:
			/* if (!(B.abs.$length > 1)) { break; } */ if(!(B.abs.$length > 1)) { $s = 2; continue; }
			_tuple = lehmerSimulate(A, B);
			u0 = _tuple[0];
			u1 = _tuple[1];
			v0 = _tuple[2];
			v1 = _tuple[3];
			even = _tuple[4];
			/* */ if (!((v0 === 0))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!((v0 === 0))) { */ case 3:
				$r = lehmerUpdate(A, B, q, r, s, t, u0, u1, v0, v1, even); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* */ if (extended) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (extended) { */ case 7:
					$r = lehmerUpdate(Ua, Ub, q, r, s, t, u0, u1, v0, v1, even); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 8:
				$s = 5; continue;
			/* } else { */ case 4:
				$r = euclidUpdate(A, B, Ua, Ub, q, r, s, t, extended); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
		$s = 1; continue;
		case 2:
		/* */ if (B.abs.$length > 0) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (B.abs.$length > 0) { */ case 11:
			/* */ if (A.abs.$length > 1) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (A.abs.$length > 1) { */ case 13:
				$r = euclidUpdate(A, B, Ua, Ub, q, r, s, t, extended); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 14:
			/* */ if (B.abs.$length > 0) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (B.abs.$length > 0) { */ case 16:
				_tmp$8 = (x$1 = A.abs, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
				_tmp$9 = (x$2 = B.abs, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0]));
				aWord = _tmp$8;
				bWord = _tmp$9;
				/* */ if (extended) { $s = 18; continue; }
				/* */ $s = 19; continue;
				/* if (extended) { */ case 18:
					_tmp$10 = 0;
					_tmp$11 = 0;
					_tmp$12 = 0;
					_tmp$13 = 0;
					ua = _tmp$10;
					ub = _tmp$11;
					va = _tmp$12;
					vb = _tmp$13;
					_tmp$14 = 1;
					_tmp$15 = 0;
					ua = _tmp$14;
					ub = _tmp$15;
					_tmp$16 = 0;
					_tmp$17 = 1;
					va = _tmp$16;
					vb = _tmp$17;
					even$1 = true;
					while (true) {
						if (!(!((bWord === 0)))) { break; }
						_tmp$18 = (_q = aWord / bWord, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
						_tmp$19 = (_r = aWord % bWord, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
						q$1 = _tmp$18;
						r$1 = _tmp$19;
						_tmp$20 = bWord;
						_tmp$21 = r$1;
						aWord = _tmp$20;
						bWord = _tmp$21;
						_tmp$22 = ub;
						_tmp$23 = ua + ($imul(q$1, ub) >>> 0) >>> 0;
						ua = _tmp$22;
						ub = _tmp$23;
						_tmp$24 = vb;
						_tmp$25 = va + ($imul(q$1, vb) >>> 0) >>> 0;
						va = _tmp$24;
						vb = _tmp$25;
						even$1 = !even$1;
					}
					t.abs = t.abs.setWord(ua);
					s.abs = s.abs.setWord(va);
					t.neg = !even$1;
					s.neg = even$1;
					_r$1 = t.Mul(Ua, t); /* */ $s = 21; case 21: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_r$1;
					_r$2 = s.Mul(Ub, s); /* */ $s = 22; case 22: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
					_r$3 = Ua.Add(t, s); /* */ $s = 23; case 23: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$3;
					$s = 20; continue;
				/* } else { */ case 19:
					while (true) {
						if (!(!((bWord === 0)))) { break; }
						_tmp$26 = bWord;
						_tmp$27 = (_r$4 = aWord % bWord, _r$4 === _r$4 ? _r$4 : $throwRuntimeError("integer divide by zero"));
						aWord = _tmp$26;
						bWord = _tmp$27;
					}
				/* } */ case 20:
				(x$3 = A.abs, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0] = aWord));
			/* } */ case 17:
		/* } */ case 12:
		negA = a.neg;
		/* */ if (!(y === ptrType$2.nil)) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (!(y === ptrType$2.nil)) { */ case 24:
			if (y === b) {
				B.Set(b);
			} else {
				B = b;
			}
			_r$5 = y.Mul(a, Ua); /* */ $s = 26; case 26: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			if (negA) {
				y.neg = !y.neg;
			}
			_r$6 = y.Sub(A, y); /* */ $s = 27; case 27: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			_r$7 = y.Div(y, B); /* */ $s = 28; case 28: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
		/* } */ case 25:
		if (!(x === ptrType$2.nil)) {
			Int.copy(x, Ua);
			if (negA) {
				x.neg = !x.neg;
			}
		}
		Int.copy(z, A);
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.lehmerGCD, $c: true, $r, A, B, Ua, Ub, _q, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, a, aWord, b, bWord, even, even$1, extended, negA, q, q$1, r, r$1, s, t, u0, u1, ua, ub, v0, v1, va, vb, x, x$1, x$2, x$3, y, z, $s};return $f;
	};
	Int.prototype.lehmerGCD = function(x, y, a, b) { return this.$val.lehmerGCD(x, y, a, b); };
	Int.ptr.prototype.Rand = function(rnd, n) {
		var {_r, n, rnd, z, $s, $r, $c} = $restore(this, {rnd, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		z.neg = false;
		if (n.neg || (n.abs.$length === 0)) {
			z.abs = nat.nil;
			$s = -1; return z;
		}
		_r = z.abs.random(rnd, n.abs, n.abs.bitLen()); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		z.abs = _r;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Rand, $c: true, $r, _r, n, rnd, z, $s};return $f;
	};
	Int.prototype.Rand = function(rnd, n) { return this.$val.Rand(rnd, n); };
	Int.ptr.prototype.ModInverse = function(g, n) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, d, g, g2, n, n2, x, z, $s, $r, $c} = $restore(this, {g, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = [x];
		z = this;
		if (n.neg) {
			n2 = new Int.ptr(false, nat.nil);
			n = n2.Neg(n);
		}
		/* */ if (g.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (g.neg) { */ case 1:
			g2 = new Int.ptr(false, nat.nil);
			_r = g2.Mod(g, n); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			g = _r;
		/* } */ case 2:
		_tmp = new Int.ptr(false, nat.nil);
		_tmp$1 = new Int.ptr(false, nat.nil);
		d = $clone(_tmp, Int);
		x[0] = $clone(_tmp$1, Int);
		_r$1 = d.GCD(x[0], ptrType$2.nil, g, n); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		if (!((d.Cmp(intOne) === 0))) {
			$s = -1; return ptrType$2.nil;
		}
		/* */ if (x[0].neg) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (x[0].neg) { */ case 5:
			_r$2 = z.Add(x[0], n); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = 7; continue;
		/* } else { */ case 6:
			z.Set(x[0]);
		/* } */ case 7:
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.ModInverse, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, d, g, g2, n, n2, x, z, $s};return $f;
	};
	Int.prototype.ModInverse = function(g, n) { return this.$val.ModInverse(g, n); };
	Jacobi = function(x, y) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, a, b, bmod8, c, j, s, x, x$1, x$2, x$3, x$4, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = [a];
		b = [b];
		c = [c];
		/* */ if ((y.abs.$length === 0) || ((((x$1 = y.abs, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) & 1) >>> 0) === 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((y.abs.$length === 0) || ((((x$1 = y.abs, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) & 1) >>> 0) === 0)) { */ case 1:
			_r = fmt.Sprintf("big: invalid 2nd argument to Int.Jacobi: need odd integer but got %s", new sliceType([y])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
		/* } */ case 2:
		_tmp = new Int.ptr(false, nat.nil);
		_tmp$1 = new Int.ptr(false, nat.nil);
		_tmp$2 = new Int.ptr(false, nat.nil);
		a[0] = $clone(_tmp, Int);
		b[0] = $clone(_tmp$1, Int);
		c[0] = $clone(_tmp$2, Int);
		a[0].Set(x);
		b[0].Set(y);
		j = 1;
		if (b[0].neg) {
			if (a[0].neg) {
				j = -1;
			}
			b[0].neg = false;
		}
		/* while (true) { */ case 4:
			if (b[0].Cmp(intOne) === 0) {
				$s = -1; return j;
			}
			if (a[0].abs.$length === 0) {
				$s = -1; return 0;
			}
			_r$1 = a[0].Mod(a[0], b[0]); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			if (a[0].abs.$length === 0) {
				$s = -1; return 0;
			}
			s = a[0].abs.trailingZeroBits();
			if (!((((s & 1) >>> 0) === 0))) {
				bmod8 = ((x$2 = b[0].abs, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])) & 7) >>> 0;
				if ((bmod8 === 3) || (bmod8 === 5)) {
					j = -j;
				}
			}
			_r$2 = c[0].Rsh(a[0], s); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			if (((((x$3 = b[0].abs, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0])) & 3) >>> 0) === 3) && ((((x$4 = c[0].abs, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0])) & 3) >>> 0) === 3)) {
				j = -j;
			}
			a[0].Set(b[0]);
			b[0].Set(c[0]);
		$s = 4; continue;
		case 5:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Jacobi, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, a, b, bmod8, c, j, s, x, x$1, x$2, x$3, x$4, y, $s};return $f;
	};
	$pkg.Jacobi = Jacobi;
	Int.ptr.prototype.modSqrt3Mod4Prime = function(x, p) {
		var {_r, _r$1, _r$2, e, p, x, z, $s, $r, $c} = $restore(this, {x, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = new Int.ptr(false, nat.nil).Add(p, intOne); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		e = _r;
		_r$1 = e.Rsh(e, 2); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = z.Exp(x, e, p); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.modSqrt3Mod4Prime, $c: true, $r, _r, _r$1, _r$2, e, p, x, z, $s};return $f;
	};
	Int.prototype.modSqrt3Mod4Prime = function(x, p) { return this.$val.modSqrt3Mod4Prime(x, p); };
	Int.ptr.prototype.modSqrt5Mod8Prime = function(x, p) {
		var {_r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, alpha, beta, e, p, tx, x, z, $s, $r, $c} = $restore(this, {x, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		_r = new Int.ptr(false, nat.nil).Rsh(p, 3); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		e = _r;
		tx = new Int.ptr(false, nat.nil).Lsh(x, 1);
		_r$1 = new Int.ptr(false, nat.nil).Exp(tx, e, p); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		alpha = _r$1;
		_r$2 = new Int.ptr(false, nat.nil).Mul(alpha, alpha); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		beta = _r$2;
		_r$3 = beta.Mod(beta, p); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = beta.Mul(beta, tx); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = beta.Mod(beta, p); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = beta.Sub(beta, intOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		_r$7 = beta.Mul(beta, x); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = beta.Mod(beta, p); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		_r$9 = beta.Mul(beta, alpha); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$9;
		_r$10 = z.Mod(beta, p); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$10;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.modSqrt5Mod8Prime, $c: true, $r, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, alpha, beta, e, p, tx, x, z, $s};return $f;
	};
	Int.prototype.modSqrt5Mod8Prime = function(x, p) { return this.$val.modSqrt5Mod8Prime(x, p); };
	Int.ptr.prototype.modSqrtTonelliShanks = function(x, p) {
		var {_r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, b, e, g, m, n, p, r, s, t, x, y, z, $s, $r, $c} = $restore(this, {x, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = [b];
		g = [g];
		n = [n];
		s = [s];
		t = [t];
		y = [y];
		z = this;
		s[0] = new Int.ptr(false, nat.nil);
		_r = s[0].Sub(p, intOne); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		e = s[0].abs.trailingZeroBits();
		_r$1 = s[0].Rsh(s[0], e); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		n[0] = new Int.ptr(false, nat.nil);
		n[0].SetInt64(new $Int64(0, 2));
		/* while (true) { */ case 3:
			_r$2 = Jacobi(n[0], p); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* if (!(!((_r$2 === -1)))) { break; } */ if(!(!((_r$2 === -1)))) { $s = 4; continue; }
			_r$3 = n[0].Add(n[0], intOne); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		$s = 3; continue;
		case 4:
		_tmp = new Int.ptr(false, nat.nil);
		_tmp$1 = new Int.ptr(false, nat.nil);
		_tmp$2 = new Int.ptr(false, nat.nil);
		_tmp$3 = new Int.ptr(false, nat.nil);
		y[0] = $clone(_tmp, Int);
		b[0] = $clone(_tmp$1, Int);
		g[0] = $clone(_tmp$2, Int);
		t[0] = $clone(_tmp$3, Int);
		_r$4 = y[0].Add(s[0], intOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = y[0].Rsh(y[0], 1); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = y[0].Exp(x, y[0], p); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		_r$7 = b[0].Exp(x, s[0], p); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = g[0].Exp(n[0], s[0], p); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		r = e;
		/* while (true) { */ case 12:
			m = 0;
			t[0].Set(b[0]);
			/* while (true) { */ case 14:
				/* if (!(!((t[0].Cmp(intOne) === 0)))) { break; } */ if(!(!((t[0].Cmp(intOne) === 0)))) { $s = 15; continue; }
				_r$9 = t[0].Mul(t[0], t[0]); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = _r$9.Mod(t[0], p); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
				m = m + (1) >>> 0;
			$s = 14; continue;
			case 15:
			if (m === 0) {
				$s = -1; return z.Set(y[0]);
			}
			_r$11 = t[0].SetInt64(new $Int64(0, 0)).SetBit(t[0], ((((r - m >>> 0) - 1 >>> 0) >> 0)), 1); /* */ $s = 18; case 18: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = _r$11.Exp(g[0], t[0], p); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$12;
			_r$13 = g[0].Mul(t[0], t[0]); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = _r$13.Mod(g[0], p); /* */ $s = 21; case 21: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$14;
			_r$15 = y[0].Mul(y[0], t[0]); /* */ $s = 22; case 22: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = _r$15.Mod(y[0], p); /* */ $s = 23; case 23: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$16;
			_r$17 = b[0].Mul(b[0], g[0]); /* */ $s = 24; case 24: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = _r$17.Mod(b[0], p); /* */ $s = 25; case 25: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$18;
			r = m;
		$s = 12; continue;
		case 13:
		$s = -1; return ptrType$2.nil;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.modSqrtTonelliShanks, $c: true, $r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, b, e, g, m, n, p, r, s, t, x, y, z, $s};return $f;
	};
	Int.prototype.modSqrtTonelliShanks = function(x, p) { return this.$val.modSqrtTonelliShanks(x, p); };
	Int.ptr.prototype.ModSqrt = function(x, p) {
		var {$24r, $24r$1, $24r$2, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, p, x, x$1, x$2, z, $s, $r, $c} = $restore(this, {x, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
			_r = Jacobi(x, p); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_1 = _r;
			if (_1 === (-1)) {
				$s = -1; return ptrType$2.nil;
			} else if (_1 === (0)) {
				$s = -1; return z.SetInt64(new $Int64(0, 0));
			} else if (_1 === (1)) {
				/* break; */ $s = 1; continue;
			}
		case 1:
		/* */ if (x.neg || x.Cmp(p) >= 0) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (x.neg || x.Cmp(p) >= 0) { */ case 3:
			_r$1 = new Int.ptr(false, nat.nil).Mod(x, p); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			x = _r$1;
		/* } */ case 4:
			/* */ if (((_r$2 = (x$1 = p.abs, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) % 4, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) === 3)) { $s = 7; continue; }
			/* */ if (((_r$3 = (x$2 = p.abs, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])) % 8, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero")) === 5)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (((_r$2 = (x$1 = p.abs, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) % 4, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) === 3)) { */ case 7:
				_r$4 = z.modSqrt3Mod4Prime(x, p); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 12; case 12: return $24r;
			/* } else if (((_r$3 = (x$2 = p.abs, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])) % 8, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero")) === 5)) { */ case 8:
				_r$5 = z.modSqrt5Mod8Prime(x, p); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$1 = _r$5;
				$s = 14; case 14: return $24r$1;
			/* } else { */ case 9:
				_r$6 = z.modSqrtTonelliShanks(x, p); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$2 = _r$6;
				$s = 16; case 16: return $24r$2;
			/* } */ case 10:
		case 6:
		$s = -1; return ptrType$2.nil;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.ModSqrt, $c: true, $r, $24r, $24r$1, $24r$2, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, p, x, x$1, x$2, z, $s};return $f;
	};
	Int.prototype.ModSqrt = function(x, p) { return this.$val.ModSqrt(x, p); };
	Int.ptr.prototype.Lsh = function(x, n) {
		var n, x, z;
		z = this;
		z.abs = z.abs.shl(x.abs, n);
		z.neg = x.neg;
		return z;
	};
	Int.prototype.Lsh = function(x, n) { return this.$val.Lsh(x, n); };
	Int.ptr.prototype.Rsh = function(x, n) {
		var {_r, _r$1, n, t, x, z, $s, $r, $c} = $restore(this, {x, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		/* */ if (x.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg) { */ case 1:
			_r = z.abs.sub(x.abs, natOne); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			t = _r;
			t = t.shr(t, n);
			_r$1 = t.add(t, natOne); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			z.abs = _r$1;
			z.neg = true;
			$s = -1; return z;
		/* } */ case 2:
		z.abs = z.abs.shr(x.abs, n);
		z.neg = false;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Rsh, $c: true, $r, _r, _r$1, n, t, x, z, $s};return $f;
	};
	Int.prototype.Rsh = function(x, n) { return this.$val.Rsh(x, n); };
	Int.ptr.prototype.Bit = function(i) {
		var {_r, i, t, x, x$1, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (i === 0) {
			if (x.abs.$length > 0) {
				$s = -1; return (((((x$1 = x.abs, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])) & 1) >>> 0) >>> 0));
			}
			$s = -1; return 0;
		}
		if (i < 0) {
			$panic(new $String("negative bit index"));
		}
		/* */ if (x.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg) { */ case 1:
			_r = (nat.nil).sub(x.abs, natOne); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			t = _r;
			$s = -1; return (t.bit(((i >>> 0))) ^ 1) >>> 0;
		/* } */ case 2:
		$s = -1; return x.abs.bit(((i >>> 0)));
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Bit, $c: true, $r, _r, i, t, x, x$1, $s};return $f;
	};
	Int.prototype.Bit = function(i) { return this.$val.Bit(i); };
	Int.ptr.prototype.SetBit = function(x, i, b) {
		var {_r, _r$1, b, i, t, x, z, $s, $r, $c} = $restore(this, {x, i, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if (i < 0) {
			$panic(new $String("negative bit index"));
		}
		/* */ if (x.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg) { */ case 1:
			_r = z.abs.sub(x.abs, natOne); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			t = _r;
			t = t.setBit(t, ((i >>> 0)), (b ^ 1) >>> 0);
			_r$1 = t.add(t, natOne); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			z.abs = _r$1;
			z.neg = z.abs.$length > 0;
			$s = -1; return z;
		/* } */ case 2:
		z.abs = z.abs.setBit(x.abs, ((i >>> 0)), b);
		z.neg = false;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.SetBit, $c: true, $r, _r, _r$1, b, i, t, x, z, $s};return $f;
	};
	Int.prototype.SetBit = function(x, i, b) { return this.$val.SetBit(x, i, b); };
	Int.ptr.prototype.And = function(x, y) {
		var {_r, _r$1, _r$2, _r$3, _tmp, _tmp$1, x, x1, y, y1, y1$1, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		/* */ if (x.neg === y.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg === y.neg) { */ case 1:
			/* */ if (x.neg) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (x.neg) { */ case 3:
				_r = (nat.nil).sub(x.abs, natOne); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				x1 = _r;
				_r$1 = (nat.nil).sub(y.abs, natOne); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				y1 = _r$1;
				_r$2 = z.abs.add(z.abs.or(x1, y1), natOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				z.abs = _r$2;
				z.neg = true;
				$s = -1; return z;
			/* } */ case 4:
			z.abs = z.abs.and(x.abs, y.abs);
			z.neg = false;
			$s = -1; return z;
		/* } */ case 2:
		if (x.neg) {
			_tmp = y;
			_tmp$1 = x;
			x = _tmp;
			y = _tmp$1;
		}
		_r$3 = (nat.nil).sub(y.abs, natOne); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		y1$1 = _r$3;
		z.abs = z.abs.andNot(x.abs, y1$1);
		z.neg = false;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.And, $c: true, $r, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, x, x1, y, y1, y1$1, z, $s};return $f;
	};
	Int.prototype.And = function(x, y) { return this.$val.And(x, y); };
	Int.ptr.prototype.AndNot = function(x, y) {
		var {_r, _r$1, _r$2, _r$3, _r$4, x, x1, x1$1, y, y1, y1$1, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		/* */ if (x.neg === y.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg === y.neg) { */ case 1:
			/* */ if (x.neg) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (x.neg) { */ case 3:
				_r = (nat.nil).sub(x.abs, natOne); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				x1 = _r;
				_r$1 = (nat.nil).sub(y.abs, natOne); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				y1 = _r$1;
				z.abs = z.abs.andNot(y1, x1);
				z.neg = false;
				$s = -1; return z;
			/* } */ case 4:
			z.abs = z.abs.andNot(x.abs, y.abs);
			z.neg = false;
			$s = -1; return z;
		/* } */ case 2:
		/* */ if (x.neg) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (x.neg) { */ case 7:
			_r$2 = (nat.nil).sub(x.abs, natOne); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			x1$1 = _r$2;
			_r$3 = z.abs.add(z.abs.or(x1$1, y.abs), natOne); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			z.abs = _r$3;
			z.neg = true;
			$s = -1; return z;
		/* } */ case 8:
		_r$4 = (nat.nil).sub(y.abs, natOne); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		y1$1 = _r$4;
		z.abs = z.abs.and(x.abs, y1$1);
		z.neg = false;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.AndNot, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, x, x1, x1$1, y, y1, y1$1, z, $s};return $f;
	};
	Int.prototype.AndNot = function(x, y) { return this.$val.AndNot(x, y); };
	Int.ptr.prototype.Or = function(x, y) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, x, x1, y, y1, y1$1, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		/* */ if (x.neg === y.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg === y.neg) { */ case 1:
			/* */ if (x.neg) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (x.neg) { */ case 3:
				_r = (nat.nil).sub(x.abs, natOne); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				x1 = _r;
				_r$1 = (nat.nil).sub(y.abs, natOne); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				y1 = _r$1;
				_r$2 = z.abs.add(z.abs.and(x1, y1), natOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				z.abs = _r$2;
				z.neg = true;
				$s = -1; return z;
			/* } */ case 4:
			z.abs = z.abs.or(x.abs, y.abs);
			z.neg = false;
			$s = -1; return z;
		/* } */ case 2:
		if (x.neg) {
			_tmp = y;
			_tmp$1 = x;
			x = _tmp;
			y = _tmp$1;
		}
		_r$3 = (nat.nil).sub(y.abs, natOne); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		y1$1 = _r$3;
		_r$4 = z.abs.add(z.abs.andNot(y1$1, x.abs), natOne); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		z.abs = _r$4;
		z.neg = true;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Or, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, x, x1, y, y1, y1$1, z, $s};return $f;
	};
	Int.prototype.Or = function(x, y) { return this.$val.Or(x, y); };
	Int.ptr.prototype.Xor = function(x, y) {
		var {_r, _r$1, _r$2, _r$3, _tmp, _tmp$1, x, x1, y, y1, y1$1, z, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		/* */ if (x.neg === y.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg === y.neg) { */ case 1:
			/* */ if (x.neg) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (x.neg) { */ case 3:
				_r = (nat.nil).sub(x.abs, natOne); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				x1 = _r;
				_r$1 = (nat.nil).sub(y.abs, natOne); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				y1 = _r$1;
				z.abs = z.abs.xor(x1, y1);
				z.neg = false;
				$s = -1; return z;
			/* } */ case 4:
			z.abs = z.abs.xor(x.abs, y.abs);
			z.neg = false;
			$s = -1; return z;
		/* } */ case 2:
		if (x.neg) {
			_tmp = y;
			_tmp$1 = x;
			x = _tmp;
			y = _tmp$1;
		}
		_r$2 = (nat.nil).sub(y.abs, natOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		y1$1 = _r$2;
		_r$3 = z.abs.add(z.abs.xor(x.abs, y1$1), natOne); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		z.abs = _r$3;
		z.neg = true;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Xor, $c: true, $r, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, x, x1, y, y1, y1$1, z, $s};return $f;
	};
	Int.prototype.Xor = function(x, y) { return this.$val.Xor(x, y); };
	Int.ptr.prototype.Not = function(x) {
		var {_r, _r$1, x, z, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		/* */ if (x.neg) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (x.neg) { */ case 1:
			_r = z.abs.sub(x.abs, natOne); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			z.abs = _r;
			z.neg = false;
			$s = -1; return z;
		/* } */ case 2:
		_r$1 = z.abs.add(x.abs, natOne); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		z.abs = _r$1;
		z.neg = true;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Not, $c: true, $r, _r, _r$1, x, z, $s};return $f;
	};
	Int.prototype.Not = function(x) { return this.$val.Not(x); };
	Int.ptr.prototype.Sqrt = function(x) {
		var {_r, x, z, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		z = this;
		if (x.neg) {
			$panic(new $String("square root of negative number"));
		}
		z.neg = false;
		_r = z.abs.sqrt(x.abs); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		z.abs = _r;
		$s = -1; return z;
		/* */ } return; } var $f = {$blk: Int.ptr.prototype.Sqrt, $c: true, $r, _r, x, z, $s};return $f;
	};
	Int.prototype.Sqrt = function(x) { return this.$val.Sqrt(x); };
	mulWW = function(x, y) {
		var _tuple, x, y, z0, z1;
		z1 = 0;
		z0 = 0;
		_tuple = mulWW_g(x, y);
		z1 = _tuple[0];
		z0 = _tuple[1];
		return [z1, z0];
	};
	addVV = function(z, x, y) {
		var c, x, y, z;
		c = 0;
		c = addVV_g(z, x, y);
		return c;
	};
	subVV = function(z, x, y) {
		var c, x, y, z;
		c = 0;
		c = subVV_g(z, x, y);
		return c;
	};
	addVW = function(z, x, y) {
		var {$24r, _r, c, fn, x, y, z, $s, $r, $c} = $restore(this, {z, x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = 0;
		fn = addVW_g;
		if (z.$length > 32) {
			fn = addVWlarge;
		}
		_r = fn(z, x, y); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		c = _r;
		$24r = c;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: addVW, $c: true, $r, $24r, _r, c, fn, x, y, z, $s};return $f;
	};
	subVW = function(z, x, y) {
		var {$24r, _r, c, fn, x, y, z, $s, $r, $c} = $restore(this, {z, x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = 0;
		fn = subVW_g;
		if (z.$length > 32) {
			fn = subVWlarge;
		}
		_r = fn(z, x, y); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		c = _r;
		$24r = c;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: subVW, $c: true, $r, $24r, _r, c, fn, x, y, z, $s};return $f;
	};
	shlVU = function(z, x, s) {
		var c, s, x, z;
		c = 0;
		c = shlVU_g(z, x, s);
		return c;
	};
	shrVU = function(z, x, s) {
		var c, s, x, z;
		c = 0;
		c = shrVU_g(z, x, s);
		return c;
	};
	mulAddVWW = function(z, x, y, r) {
		var c, r, x, y, z;
		c = 0;
		c = mulAddVWW_g(z, x, y, r);
		return c;
	};
	addMulVVW = function(z, x, y) {
		var c, x, y, z;
		c = 0;
		c = addMulVVW_g(z, x, y);
		return c;
	};
	mulWW_g = function(x, y) {
		var _tmp, _tmp$1, _tuple, hi, lo, x, y, z0, z1;
		z1 = 0;
		z0 = 0;
		_tuple = bits.Mul(((x >>> 0)), ((y >>> 0)));
		hi = _tuple[0];
		lo = _tuple[1];
		_tmp = ((hi >>> 0));
		_tmp$1 = ((lo >>> 0));
		z1 = _tmp;
		z0 = _tmp$1;
		return [z1, z0];
	};
	mulAddWWW_g = function(x, y, c) {
		var _tmp, _tmp$1, _tuple, _tuple$1, c, cc, hi, lo, x, y, z0, z1;
		z1 = 0;
		z0 = 0;
		_tuple = bits.Mul(((x >>> 0)), ((y >>> 0)));
		hi = _tuple[0];
		lo = _tuple[1];
		cc = 0;
		_tuple$1 = bits.Add(lo, ((c >>> 0)), 0);
		lo = _tuple$1[0];
		cc = _tuple$1[1];
		_tmp = (((hi + cc >>> 0) >>> 0));
		_tmp$1 = ((lo >>> 0));
		z1 = _tmp;
		z0 = _tmp$1;
		return [z1, z0];
	};
	nlz = function(x) {
		var x;
		return ((bits.LeadingZeros(((x >>> 0))) >>> 0));
	};
	addVV_g = function(z, x, y) {
		var _tuple, c, cc, i, x, y, z, zi;
		c = 0;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length && i < y.$length)) { break; }
			_tuple = bits.Add(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0)), ((((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i]) >>> 0)), ((c >>> 0)));
			zi = _tuple[0];
			cc = _tuple[1];
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((zi >>> 0)));
			c = ((cc >>> 0));
			i = i + (1) >> 0;
		}
		return c;
	};
	subVV_g = function(z, x, y) {
		var _tuple, c, cc, i, x, y, z, zi;
		c = 0;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length && i < y.$length)) { break; }
			_tuple = bits.Sub(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0)), ((((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i]) >>> 0)), ((c >>> 0)));
			zi = _tuple[0];
			cc = _tuple[1];
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((zi >>> 0)));
			c = ((cc >>> 0));
			i = i + (1) >> 0;
		}
		return c;
	};
	addVW_g = function(z, x, y) {
		var _tuple, c, cc, i, x, y, z, zi;
		c = 0;
		c = y;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length)) { break; }
			_tuple = bits.Add(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0)), ((c >>> 0)), 0);
			zi = _tuple[0];
			cc = _tuple[1];
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((zi >>> 0)));
			c = ((cc >>> 0));
			i = i + (1) >> 0;
		}
		return c;
	};
	addVWlarge = function(z, x, y) {
		var _tuple, c, cc, i, x, y, z, zi;
		c = 0;
		c = y;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length)) { break; }
			if (c === 0) {
				$copySlice($subslice(z, i), $subslice(x, i));
				return c;
			}
			_tuple = bits.Add(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0)), ((c >>> 0)), 0);
			zi = _tuple[0];
			cc = _tuple[1];
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((zi >>> 0)));
			c = ((cc >>> 0));
			i = i + (1) >> 0;
		}
		return c;
	};
	subVW_g = function(z, x, y) {
		var _tuple, c, cc, i, x, y, z, zi;
		c = 0;
		c = y;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length)) { break; }
			_tuple = bits.Sub(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0)), ((c >>> 0)), 0);
			zi = _tuple[0];
			cc = _tuple[1];
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((zi >>> 0)));
			c = ((cc >>> 0));
			i = i + (1) >> 0;
		}
		return c;
	};
	subVWlarge = function(z, x, y) {
		var _tuple, c, cc, i, x, y, z, zi;
		c = 0;
		c = y;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length)) { break; }
			if (c === 0) {
				$copySlice($subslice(z, i), $subslice(x, i));
				return c;
			}
			_tuple = bits.Sub(((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) >>> 0)), ((c >>> 0)), 0);
			zi = _tuple[0];
			cc = _tuple[1];
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((zi >>> 0)));
			c = ((cc >>> 0));
			i = i + (1) >> 0;
		}
		return c;
	};
	shlVU_g = function(z, x, s) {
		var $C5$9D, c, i, s, x, x$1, x$2, y, y$1, y$2, y$3, z;
		c = 0;
		if (s === 0) {
			$copySlice(z, x);
			return c;
		}
		if (z.$length === 0) {
			return c;
		}
		s = (s & (31)) >>> 0;
		$C5$9D = 32 - s >>> 0;
		$C5$9D = ($C5$9D & (31)) >>> 0;
		c = (y = $C5$9D, y < 32 ? ((x$1 = z.$length - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1])) >>> y) : 0) >>> 0;
		i = z.$length - 1 >> 0;
		while (true) {
			if (!(i > 0)) { break; }
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = ((((y$1 = s, y$1 < 32 ? (((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) << y$1) : 0) >>> 0) | ((y$2 = $C5$9D, y$2 < 32 ? ((x$2 = i - 1 >> 0, ((x$2 < 0 || x$2 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$2])) >>> y$2) : 0) >>> 0)) >>> 0));
			i = i - (1) >> 0;
		}
		(0 >= z.$length ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + 0] = ((y$3 = s, y$3 < 32 ? ((0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]) << y$3) : 0) >>> 0));
		return c;
	};
	shrVU_g = function(z, x, s) {
		var $C5$9D, c, i, s, x, x$1, x$2, x$3, x$4, y, y$1, y$2, y$3, z;
		c = 0;
		if (s === 0) {
			$copySlice(z, x);
			return c;
		}
		if (z.$length === 0) {
			return c;
		}
		if (!((x.$length === z.$length))) {
			$panic(new $String("len(x) != len(z)"));
		}
		s = (s & (31)) >>> 0;
		$C5$9D = 32 - s >>> 0;
		$C5$9D = ($C5$9D & (31)) >>> 0;
		c = (y = $C5$9D, y < 32 ? ((0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]) << y) : 0) >>> 0;
		i = 1;
		while (true) {
			if (!(i < z.$length)) { break; }
			(x$2 = i - 1 >> 0, ((x$2 < 0 || x$2 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x$2] = ((((y$1 = s, y$1 < 32 ? ((x$1 = i - 1 >> 0, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1])) >>> y$1) : 0) >>> 0) | ((y$2 = $C5$9D, y$2 < 32 ? (((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) << y$2) : 0) >>> 0)) >>> 0)));
			i = i + (1) >> 0;
		}
		(x$4 = z.$length - 1 >> 0, ((x$4 < 0 || x$4 >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + x$4] = ((y$3 = s, y$3 < 32 ? ((x$3 = z.$length - 1 >> 0, ((x$3 < 0 || x$3 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$3])) >>> y$3) : 0) >>> 0)));
		return c;
	};
	mulAddVWW_g = function(z, x, y, r) {
		var _tuple, c, i, r, x, y, z;
		c = 0;
		c = r;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length)) { break; }
			_tuple = mulAddWWW_g(((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]), y, c);
			c = _tuple[0];
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = _tuple[1]);
			i = i + (1) >> 0;
		}
		return c;
	};
	addMulVVW_g = function(z, x, y) {
		var _tmp, _tmp$1, _tuple, _tuple$1, c, cc, i, lo, x, y, z, z0, z1;
		c = 0;
		i = 0;
		while (true) {
			if (!(i < z.$length && i < x.$length)) { break; }
			_tuple = mulAddWWW_g(((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]), y, ((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i]));
			z1 = _tuple[0];
			z0 = _tuple[1];
			_tuple$1 = bits.Add(((z0 >>> 0)), ((c >>> 0)), 0);
			lo = _tuple$1[0];
			cc = _tuple$1[1];
			_tmp = ((cc >>> 0));
			_tmp$1 = ((lo >>> 0));
			c = _tmp;
			((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = _tmp$1);
			c = c + (z1) >>> 0;
			i = i + (1) >> 0;
		}
		return c;
	};
	divWW = function(x1, x0, y, m) {
		var _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, b, c, d, dq0, dq1, m, q, qq, r, r0, r1, s, t0, t1, x0, x1, y, y$1, y$2, y$3, y$4, y$5;
		q = 0;
		r = 0;
		s = nlz(y);
		if (!((s === 0))) {
			x1 = (((y$1 = s, y$1 < 32 ? (x1 << y$1) : 0) >>> 0) | ((y$2 = ((32 - s >>> 0)), y$2 < 32 ? (x0 >>> y$2) : 0) >>> 0)) >>> 0;
			x0 = (y$3 = (s), y$3 < 32 ? (x0 << y$3) : 0) >>> 0;
			y = (y$4 = (s), y$4 < 32 ? (y << y$4) : 0) >>> 0;
		}
		d = ((y >>> 0));
		_tuple = bits.Mul(((m >>> 0)), ((x1 >>> 0)));
		t1 = _tuple[0];
		t0 = _tuple[1];
		_tuple$1 = bits.Add(t0, ((x0 >>> 0)), 0);
		c = _tuple$1[1];
		_tuple$2 = bits.Add(t1, ((x1 >>> 0)), c);
		t1 = _tuple$2[0];
		qq = t1;
		_tuple$3 = bits.Mul(d, qq);
		dq1 = _tuple$3[0];
		dq0 = _tuple$3[1];
		_tuple$4 = bits.Sub(((x0 >>> 0)), dq0, 0);
		r0 = _tuple$4[0];
		b = _tuple$4[1];
		_tuple$5 = bits.Sub(((x1 >>> 0)), dq1, b);
		r1 = _tuple$5[0];
		if (!((r1 === 0))) {
			qq = qq + (1) >>> 0;
			r0 = r0 - (d) >>> 0;
		}
		if (r0 >= d) {
			qq = qq + (1) >>> 0;
			r0 = r0 - (d) >>> 0;
		}
		_tmp = ((qq >>> 0));
		_tmp$1 = ((((y$5 = s, y$5 < 32 ? (r0 >>> y$5) : 0) >>> 0) >>> 0));
		q = _tmp;
		r = _tmp$1;
		return [q, r];
	};
	reciprocalWord = function(d1) {
		var _tuple, d1, rec, u, x0, x1, y;
		u = ((((y = nlz(d1), y < 32 ? (d1 << y) : 0) >>> 0) >>> 0));
		x1 = ~u >>> 0;
		x0 = 4294967295;
		_tuple = bits.Div(x1, x0, u);
		rec = _tuple[0];
		return ((rec >>> 0));
	};
	nat.methods = [{prop: "probablyPrimeMillerRabin", name: "probablyPrimeMillerRabin", pkg: "math/big", typ: $funcType([$Int, $Bool], [$Bool], false)}, {prop: "probablyPrimeLucas", name: "probablyPrimeLucas", pkg: "math/big", typ: $funcType([], [$Bool], false)}, {prop: "div", name: "div", pkg: "math/big", typ: $funcType([nat, nat, nat], [nat, nat], false)}, {prop: "divW", name: "divW", pkg: "math/big", typ: $funcType([nat, Word], [nat, Word], false)}, {prop: "modW", name: "modW", pkg: "math/big", typ: $funcType([Word], [Word], false)}, {prop: "divLarge", name: "divLarge", pkg: "math/big", typ: $funcType([nat, nat, nat], [nat, nat], false)}, {prop: "divBasic", name: "divBasic", pkg: "math/big", typ: $funcType([nat, nat], [], false)}, {prop: "divRecursive", name: "divRecursive", pkg: "math/big", typ: $funcType([nat, nat], [], false)}, {prop: "divRecursiveStep", name: "divRecursiveStep", pkg: "math/big", typ: $funcType([nat, nat, $Int, ptrType$3, sliceType$3], [], false)}, {prop: "scan", name: "scan", pkg: "math/big", typ: $funcType([io.ByteScanner, $Int, $Bool], [nat, $Int, $Int, $error], false)}, {prop: "utoa", name: "utoa", pkg: "math/big", typ: $funcType([$Int], [sliceType$1], false)}, {prop: "itoa", name: "itoa", pkg: "math/big", typ: $funcType([$Bool, $Int], [sliceType$1], false)}, {prop: "convertWords", name: "convertWords", pkg: "math/big", typ: $funcType([sliceType$1, Word, $Int, Word, sliceType$4], [], false)}, {prop: "expWW", name: "expWW", pkg: "math/big", typ: $funcType([Word, Word], [nat], false)}, {prop: "clear", name: "clear", pkg: "math/big", typ: $funcType([], [], false)}, {prop: "norm", name: "norm", pkg: "math/big", typ: $funcType([], [nat], false)}, {prop: "make", name: "make", pkg: "math/big", typ: $funcType([$Int], [nat], false)}, {prop: "setWord", name: "setWord", pkg: "math/big", typ: $funcType([Word], [nat], false)}, {prop: "setUint64", name: "setUint64", pkg: "math/big", typ: $funcType([$Uint64], [nat], false)}, {prop: "set", name: "set", pkg: "math/big", typ: $funcType([nat], [nat], false)}, {prop: "add", name: "add", pkg: "math/big", typ: $funcType([nat, nat], [nat], false)}, {prop: "sub", name: "sub", pkg: "math/big", typ: $funcType([nat, nat], [nat], false)}, {prop: "cmp", name: "cmp", pkg: "math/big", typ: $funcType([nat], [$Int], false)}, {prop: "mulAddWW", name: "mulAddWW", pkg: "math/big", typ: $funcType([nat, Word, Word], [nat], false)}, {prop: "montgomery", name: "montgomery", pkg: "math/big", typ: $funcType([nat, nat, nat, Word, $Int], [nat], false)}, {prop: "mul", name: "mul", pkg: "math/big", typ: $funcType([nat, nat], [nat], false)}, {prop: "sqr", name: "sqr", pkg: "math/big", typ: $funcType([nat], [nat], false)}, {prop: "mulRange", name: "mulRange", pkg: "math/big", typ: $funcType([$Uint64, $Uint64], [nat], false)}, {prop: "bitLen", name: "bitLen", pkg: "math/big", typ: $funcType([], [$Int], false)}, {prop: "trailingZeroBits", name: "trailingZeroBits", pkg: "math/big", typ: $funcType([], [$Uint], false)}, {prop: "shl", name: "shl", pkg: "math/big", typ: $funcType([nat, $Uint], [nat], false)}, {prop: "shr", name: "shr", pkg: "math/big", typ: $funcType([nat, $Uint], [nat], false)}, {prop: "setBit", name: "setBit", pkg: "math/big", typ: $funcType([nat, $Uint, $Uint], [nat], false)}, {prop: "bit", name: "bit", pkg: "math/big", typ: $funcType([$Uint], [$Uint], false)}, {prop: "sticky", name: "sticky", pkg: "math/big", typ: $funcType([$Uint], [$Uint], false)}, {prop: "and", name: "and", pkg: "math/big", typ: $funcType([nat, nat], [nat], false)}, {prop: "andNot", name: "andNot", pkg: "math/big", typ: $funcType([nat, nat], [nat], false)}, {prop: "or", name: "or", pkg: "math/big", typ: $funcType([nat, nat], [nat], false)}, {prop: "xor", name: "xor", pkg: "math/big", typ: $funcType([nat, nat], [nat], false)}, {prop: "random", name: "random", pkg: "math/big", typ: $funcType([ptrType$5, nat, $Int], [nat], false)}, {prop: "expNN", name: "expNN", pkg: "math/big", typ: $funcType([nat, nat, nat], [nat], false)}, {prop: "expNNWindowed", name: "expNNWindowed", pkg: "math/big", typ: $funcType([nat, nat, nat], [nat], false)}, {prop: "expNNMontgomery", name: "expNNMontgomery", pkg: "math/big", typ: $funcType([nat, nat, nat], [nat], false)}, {prop: "bytes", name: "bytes", pkg: "math/big", typ: $funcType([sliceType$1], [$Int], false)}, {prop: "setBytes", name: "setBytes", pkg: "math/big", typ: $funcType([sliceType$1], [nat], false)}, {prop: "sqrt", name: "sqrt", pkg: "math/big", typ: $funcType([nat], [nat], false)}];
	byteReader.methods = [{prop: "ReadByte", name: "ReadByte", pkg: "", typ: $funcType([], [$Uint8, $error], false)}, {prop: "UnreadByte", name: "UnreadByte", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$2.methods = [{prop: "scaleDenom", name: "scaleDenom", pkg: "math/big", typ: $funcType([ptrType$2, nat], [], false)}, {prop: "ProbablyPrime", name: "ProbablyPrime", pkg: "", typ: $funcType([$Int], [$Bool], false)}, {prop: "GobEncode", name: "GobEncode", pkg: "", typ: $funcType([], [sliceType$1, $error], false)}, {prop: "GobDecode", name: "GobDecode", pkg: "", typ: $funcType([sliceType$1], [$error], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType$1, $error], false)}, {prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$1], [$error], false)}, {prop: "MarshalJSON", name: "MarshalJSON", pkg: "", typ: $funcType([], [sliceType$1, $error], false)}, {prop: "UnmarshalJSON", name: "UnmarshalJSON", pkg: "", typ: $funcType([sliceType$1], [$error], false)}, {prop: "Text", name: "Text", pkg: "", typ: $funcType([$Int], [$String], false)}, {prop: "Append", name: "Append", pkg: "", typ: $funcType([sliceType$1, $Int], [sliceType$1], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Format", name: "Format", pkg: "", typ: $funcType([fmt.State, $Int32], [], false)}, {prop: "scan", name: "scan", pkg: "math/big", typ: $funcType([io.ByteScanner, $Int], [ptrType$2, $Int, $error], false)}, {prop: "Scan", name: "Scan", pkg: "", typ: $funcType([fmt.ScanState, $Int32], [$error], false)}, {prop: "Sign", name: "Sign", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "SetInt64", name: "SetInt64", pkg: "", typ: $funcType([$Int64], [ptrType$2], false)}, {prop: "SetUint64", name: "SetUint64", pkg: "", typ: $funcType([$Uint64], [ptrType$2], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "Bits", name: "Bits", pkg: "", typ: $funcType([], [sliceType$2], false)}, {prop: "SetBits", name: "SetBits", pkg: "", typ: $funcType([sliceType$2], [ptrType$2], false)}, {prop: "Abs", name: "Abs", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "Neg", name: "Neg", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Mul", name: "Mul", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "MulRange", name: "MulRange", pkg: "", typ: $funcType([$Int64, $Int64], [ptrType$2], false)}, {prop: "Binomial", name: "Binomial", pkg: "", typ: $funcType([$Int64, $Int64], [ptrType$2], false)}, {prop: "Quo", name: "Quo", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Rem", name: "Rem", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "QuoRem", name: "QuoRem", pkg: "", typ: $funcType([ptrType$2, ptrType$2, ptrType$2], [ptrType$2, ptrType$2], false)}, {prop: "Div", name: "Div", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Mod", name: "Mod", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "DivMod", name: "DivMod", pkg: "", typ: $funcType([ptrType$2, ptrType$2, ptrType$2], [ptrType$2, ptrType$2], false)}, {prop: "Cmp", name: "Cmp", pkg: "", typ: $funcType([ptrType$2], [$Int], false)}, {prop: "CmpAbs", name: "CmpAbs", pkg: "", typ: $funcType([ptrType$2], [$Int], false)}, {prop: "Int64", name: "Int64", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "Uint64", name: "Uint64", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "IsInt64", name: "IsInt64", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsUint64", name: "IsUint64", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "SetString", name: "SetString", pkg: "", typ: $funcType([$String, $Int], [ptrType$2, $Bool], false)}, {prop: "setFromScanner", name: "setFromScanner", pkg: "math/big", typ: $funcType([io.ByteScanner, $Int], [ptrType$2, $Bool], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType$1], [ptrType$2], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType$1], false)}, {prop: "FillBytes", name: "FillBytes", pkg: "", typ: $funcType([sliceType$1], [sliceType$1], false)}, {prop: "BitLen", name: "BitLen", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "TrailingZeroBits", name: "TrailingZeroBits", pkg: "", typ: $funcType([], [$Uint], false)}, {prop: "Exp", name: "Exp", pkg: "", typ: $funcType([ptrType$2, ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "GCD", name: "GCD", pkg: "", typ: $funcType([ptrType$2, ptrType$2, ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "lehmerGCD", name: "lehmerGCD", pkg: "math/big", typ: $funcType([ptrType$2, ptrType$2, ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Rand", name: "Rand", pkg: "", typ: $funcType([ptrType$5, ptrType$2], [ptrType$2], false)}, {prop: "ModInverse", name: "ModInverse", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "modSqrt3Mod4Prime", name: "modSqrt3Mod4Prime", pkg: "math/big", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "modSqrt5Mod8Prime", name: "modSqrt5Mod8Prime", pkg: "math/big", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "modSqrtTonelliShanks", name: "modSqrtTonelliShanks", pkg: "math/big", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "ModSqrt", name: "ModSqrt", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Lsh", name: "Lsh", pkg: "", typ: $funcType([ptrType$2, $Uint], [ptrType$2], false)}, {prop: "Rsh", name: "Rsh", pkg: "", typ: $funcType([ptrType$2, $Uint], [ptrType$2], false)}, {prop: "Bit", name: "Bit", pkg: "", typ: $funcType([$Int], [$Uint], false)}, {prop: "SetBit", name: "SetBit", pkg: "", typ: $funcType([ptrType$2, $Int, $Uint], [ptrType$2], false)}, {prop: "And", name: "And", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "AndNot", name: "AndNot", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Or", name: "Or", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Xor", name: "Xor", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Not", name: "Not", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "Sqrt", name: "Sqrt", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}];
	divisor.init("math/big", [{prop: "bbb", name: "bbb", embedded: false, exported: false, typ: nat, tag: ""}, {prop: "nbits", name: "nbits", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "ndigits", name: "ndigits", embedded: false, exported: false, typ: $Int, tag: ""}]);
	nat.init(Word);
	byteReader.init("", [{prop: "ScanState", name: "ScanState", embedded: true, exported: true, typ: fmt.ScanState, tag: ""}]);
	Int.init("math/big", [{prop: "neg", name: "neg", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "abs", name: "abs", embedded: false, exported: false, typ: nat, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = nosync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		cacheBase10 = new structType$1.ptr(new nosync.Mutex.ptr(false), arrayType.zero());
		natPool = new nosync.Pool.ptr(sliceType.nil, $throwNilPointerError);
		errNoDigits = errors.New("number has no digits");
		errInvalSep = errors.New("'_' must separate successive digits");
		leafSize = 8;
		natOne = new nat([1]);
		natTwo = new nat([2]);
		karatsubaThreshold = 40;
		basicSqrThreshold = 20;
		karatsubaSqrThreshold = 260;
		intOne = new Int.ptr(false, natOne);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/rand"] = (function() {
	var $pkg = {}, $init, errors, js$1, io, big, js, reader, sliceType, ptrType, ptrType$1, smallPrimesProduct, jsCrypto, uint8Array, Int, init, Read;
	errors = $packages["errors"];
	js$1 = $packages["github.com/gopherjs/gopherjs/js"];
	io = $packages["io"];
	big = $packages["math/big"];
	js = $packages["syscall/js"];
	reader = $pkg.reader = $newType(0, $kindStruct, "rand.reader", true, "crypto/rand", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(big.Int);
	ptrType$1 = $ptrType(reader);
	Int = function(rand, max) {
		var {_q, _r, _r$1, _r$2, _tmp, _tmp$1, _tuple, b, bitLen, bytes, err, k, max, n, rand, y, $s, $r, $c} = $restore(this, {rand, max});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = ptrType.nil;
		err = $ifaceNil;
		if (max.Sign() <= 0) {
			$panic(new $String("crypto/rand: argument to Int is <= 0"));
		}
		n = new big.Int.ptr(false, big.nat.nil);
		_r = n.Sub(max, n.SetUint64(new $Uint64(0, 1))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		bitLen = n.BitLen();
		if (bitLen === 0) {
			$s = -1; return [n, err];
		}
		k = (_q = ((bitLen + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		b = (((_r$1 = bitLen % 8, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >>> 0));
		if (b === 0) {
			b = 8;
		}
		bytes = $makeSlice(sliceType, k);
		/* while (true) { */ case 2:
			_r$2 = io.ReadFull(rand, bytes); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp = ptrType.nil;
				_tmp$1 = err;
				n = _tmp;
				err = _tmp$1;
				$s = -1; return [n, err];
			}
			(0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0] = (((0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0]) & (((((((y = b, y < 32 ? (1 << y) : 0) >> 0)) - 1 >> 0) << 24 >>> 24)))) >>> 0));
			n.SetBytes(bytes);
			if (n.Cmp(max) < 0) {
				$s = -1; return [n, err];
			}
		$s = 2; continue;
		case 3:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Int, $c: true, $r, _q, _r, _r$1, _r$2, _tmp, _tmp$1, _tuple, b, bitLen, bytes, err, k, max, n, rand, y, $s};return $f;
	};
	$pkg.Int = Int;
	init = function() {
		$pkg.Reader = new reader.ptr();
	};
	Read = function(b) {
		var {$24r, _r, _tuple, b, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		_r = io.ReadFull($pkg.Reader, b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Read, $c: true, $r, $24r, _r, _tuple, b, err, n, $s};return $f;
	};
	$pkg.Read = Read;
	reader.ptr.prototype.Read = function(b) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, array, b, crypto, err, n, offset, r, randomBytes, require;
		n = 0;
		err = $ifaceNil;
		r = this;
		array = b.$array;
		offset = $parseInt(b.$offset) >> 0;
		crypto = $global.crypto;
		if (crypto === undefined) {
			crypto = $global.msCrypto;
		}
		if (!(crypto === undefined)) {
			if (!(crypto.getRandomValues === undefined)) {
				n = b.$length;
				if (n > 65536) {
					n = 65536;
				}
				crypto.getRandomValues(array.subarray(offset, offset + n >> 0));
				_tmp = n;
				_tmp$1 = $ifaceNil;
				n = _tmp;
				err = _tmp$1;
				return [n, err];
			}
		}
		require = $global.require;
		if (!(require === undefined)) {
			randomBytes = require($externalize("crypto", $String)).randomBytes;
			if (!(randomBytes === undefined)) {
				array.set(randomBytes(b.$length), offset);
				_tmp$2 = b.$length;
				_tmp$3 = $ifaceNil;
				n = _tmp$2;
				err = _tmp$3;
				return [n, err];
			}
		}
		_tmp$4 = 0;
		_tmp$5 = errors.New("crypto/rand not available in this environment");
		n = _tmp$4;
		err = _tmp$5;
		return [n, err];
	};
	reader.prototype.Read = function(b) { return this.$val.Read(b); };
	ptrType$1.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}];
	reader.init("", []);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js$1.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.Reader = $ifaceNil;
		smallPrimesProduct = new big.Int.ptr(false, big.nat.nil).SetUint64(new $Uint64(3793877372, 820596253));
		jsCrypto = $clone($clone(js.Global(), js.Value).Get("crypto"), js.Value);
		uint8Array = $clone($clone(js.Global(), js.Value).Get("Uint8Array"), js.Value);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto"] = (function() {
	var $pkg = {}, $init, hash, io, strconv, Hash, PublicKey, PrivateKey, Signer, SignerOpts, Decrypter, DecrypterOpts, sliceType, funcType, sliceType$1, digestSizes, hashes, RegisterHash;
	hash = $packages["hash"];
	io = $packages["io"];
	strconv = $packages["strconv"];
	Hash = $pkg.Hash = $newType(4, $kindUint, "crypto.Hash", true, "crypto", true, null);
	PublicKey = $pkg.PublicKey = $newType(8, $kindInterface, "crypto.PublicKey", true, "crypto", true, null);
	PrivateKey = $pkg.PrivateKey = $newType(8, $kindInterface, "crypto.PrivateKey", true, "crypto", true, null);
	Signer = $pkg.Signer = $newType(8, $kindInterface, "crypto.Signer", true, "crypto", true, null);
	SignerOpts = $pkg.SignerOpts = $newType(8, $kindInterface, "crypto.SignerOpts", true, "crypto", true, null);
	Decrypter = $pkg.Decrypter = $newType(8, $kindInterface, "crypto.Decrypter", true, "crypto", true, null);
	DecrypterOpts = $pkg.DecrypterOpts = $newType(8, $kindInterface, "crypto.DecrypterOpts", true, "crypto", true, null);
	sliceType = $sliceType($Uint8);
	funcType = $funcType([], [hash.Hash], false);
	sliceType$1 = $sliceType(funcType);
	Hash.prototype.HashFunc = function() {
		var h;
		h = this.$val;
		return h;
	};
	$ptrType(Hash).prototype.HashFunc = function() { return new Hash(this.$get()).HashFunc(); };
	Hash.prototype.String = function() {
		var _1, h;
		h = this.$val;
		_1 = h;
		if (_1 === (1)) {
			return "MD4";
		} else if (_1 === (2)) {
			return "MD5";
		} else if (_1 === (3)) {
			return "SHA-1";
		} else if (_1 === (4)) {
			return "SHA-224";
		} else if (_1 === (5)) {
			return "SHA-256";
		} else if (_1 === (6)) {
			return "SHA-384";
		} else if (_1 === (7)) {
			return "SHA-512";
		} else if (_1 === (8)) {
			return "MD5+SHA1";
		} else if (_1 === (9)) {
			return "RIPEMD-160";
		} else if (_1 === (10)) {
			return "SHA3-224";
		} else if (_1 === (11)) {
			return "SHA3-256";
		} else if (_1 === (12)) {
			return "SHA3-384";
		} else if (_1 === (13)) {
			return "SHA3-512";
		} else if (_1 === (14)) {
			return "SHA-512/224";
		} else if (_1 === (15)) {
			return "SHA-512/256";
		} else if (_1 === (16)) {
			return "BLAKE2s-256";
		} else if (_1 === (17)) {
			return "BLAKE2b-256";
		} else if (_1 === (18)) {
			return "BLAKE2b-384";
		} else if (_1 === (19)) {
			return "BLAKE2b-512";
		} else {
			return "unknown hash value " + strconv.Itoa(((h >> 0)));
		}
	};
	$ptrType(Hash).prototype.String = function() { return new Hash(this.$get()).String(); };
	Hash.prototype.Size = function() {
		var h;
		h = this.$val;
		if (h > 0 && h < 20) {
			return ((((h < 0 || h >= digestSizes.$length) ? ($throwRuntimeError("index out of range"), undefined) : digestSizes.$array[digestSizes.$offset + h]) >> 0));
		}
		$panic(new $String("crypto: Size of unknown hash function"));
	};
	$ptrType(Hash).prototype.Size = function() { return new Hash(this.$get()).Size(); };
	Hash.prototype.New = function() {
		var {$24r, _r, f, h, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		/* */ if (h > 0 && h < 20) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (h > 0 && h < 20) { */ case 1:
			f = ((h < 0 || h >= hashes.$length) ? ($throwRuntimeError("index out of range"), undefined) : hashes.$array[hashes.$offset + h]);
			/* */ if (!(f === $throwNilPointerError)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(f === $throwNilPointerError)) { */ case 3:
				_r = f(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
		/* } */ case 2:
		$panic(new $String("crypto: requested hash function #" + strconv.Itoa(((h >> 0))) + " is unavailable"));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Hash.prototype.New, $c: true, $r, $24r, _r, f, h, $s};return $f;
	};
	$ptrType(Hash).prototype.New = function() { return new Hash(this.$get()).New(); };
	Hash.prototype.Available = function() {
		var h;
		h = this.$val;
		return h < 20 && !(((h < 0 || h >= hashes.$length) ? ($throwRuntimeError("index out of range"), undefined) : hashes.$array[hashes.$offset + h]) === $throwNilPointerError);
	};
	$ptrType(Hash).prototype.Available = function() { return new Hash(this.$get()).Available(); };
	RegisterHash = function(h, f) {
		var f, h;
		if (h >= 20) {
			$panic(new $String("crypto: RegisterHash of unknown hash function"));
		}
		((h < 0 || h >= hashes.$length) ? ($throwRuntimeError("index out of range"), undefined) : hashes.$array[hashes.$offset + h] = f);
	};
	$pkg.RegisterHash = RegisterHash;
	Hash.methods = [{prop: "HashFunc", name: "HashFunc", pkg: "", typ: $funcType([], [Hash], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "New", name: "New", pkg: "", typ: $funcType([], [hash.Hash], false)}, {prop: "Available", name: "Available", pkg: "", typ: $funcType([], [$Bool], false)}];
	PublicKey.init([]);
	PrivateKey.init([]);
	Signer.init([{prop: "Public", name: "Public", pkg: "", typ: $funcType([], [PublicKey], false)}, {prop: "Sign", name: "Sign", pkg: "", typ: $funcType([io.Reader, sliceType, SignerOpts], [sliceType, $error], false)}]);
	SignerOpts.init([{prop: "HashFunc", name: "HashFunc", pkg: "", typ: $funcType([], [Hash], false)}]);
	Decrypter.init([{prop: "Decrypt", name: "Decrypt", pkg: "", typ: $funcType([io.Reader, sliceType, DecrypterOpts], [sliceType, $error], false)}, {prop: "Public", name: "Public", pkg: "", typ: $funcType([], [PublicKey], false)}]);
	DecrypterOpts.init([]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = hash.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		digestSizes = new sliceType([0, 16, 16, 20, 28, 32, 48, 64, 36, 20, 28, 32, 48, 64, 28, 32, 32, 32, 48, 64]);
		hashes = $makeSlice(sliceType$1, 20);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/internal/subtle"] = (function() {
	var $pkg = {}, $init, js, ptrType, InexactOverlap, AnyOverlap;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	ptrType = $ptrType($Uint8);
	InexactOverlap = function(x, y) {
		var x, y;
		if ((x.$length === 0) || (y.$length === 0) || $indexPtr(x.$array, x.$offset + 0, ptrType) === $indexPtr(y.$array, y.$offset + 0, ptrType)) {
			return false;
		}
		return AnyOverlap(x, y);
	};
	$pkg.InexactOverlap = InexactOverlap;
	AnyOverlap = function(x, y) {
		var x, y;
		return x.$length > 0 && y.$length > 0 && x.$array === y.$array && ($parseInt(x.$offset) >> 0) <= ((($parseInt(y.$offset) >> 0) + y.$length >> 0) - 1 >> 0) && ($parseInt(y.$offset) >> 0) <= ((($parseInt(x.$offset) >> 0) + x.$length >> 0) - 1 >> 0);
	};
	$pkg.AnyOverlap = AnyOverlap;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/subtle"] = (function() {
	var $pkg = {}, $init, ConstantTimeCompare, ConstantTimeSelect, ConstantTimeByteEq, ConstantTimeEq, ConstantTimeCopy, ConstantTimeLessOrEq;
	ConstantTimeCompare = function(x, y) {
		var i, v, x, y;
		if (!((x.$length === y.$length))) {
			return 0;
		}
		v = 0;
		i = 0;
		while (true) {
			if (!(i < x.$length)) { break; }
			v = (v | (((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) ^ ((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i])) << 24 >>> 24))) >>> 0;
			i = i + (1) >> 0;
		}
		return ConstantTimeByteEq(v, 0);
	};
	$pkg.ConstantTimeCompare = ConstantTimeCompare;
	ConstantTimeSelect = function(v, x, y) {
		var v, x, y;
		return ((~((v - 1 >> 0)) >> 0) & x) | (((v - 1 >> 0)) & y);
	};
	$pkg.ConstantTimeSelect = ConstantTimeSelect;
	ConstantTimeByteEq = function(x, y) {
		var x, y;
		return (((((((((x ^ y) << 24 >>> 24) >>> 0)) - 1 >>> 0)) >>> 31 >>> 0) >> 0));
	};
	$pkg.ConstantTimeByteEq = ConstantTimeByteEq;
	ConstantTimeEq = function(x, y) {
		var x, x$1, y;
		return (($shiftRightUint64(((x$1 = (new $Uint64(0, ((((x ^ y) >> 0) >>> 0)))), new $Uint64(x$1.$high - 0, x$1.$low - 1))), 63).$low >> 0));
	};
	$pkg.ConstantTimeEq = ConstantTimeEq;
	ConstantTimeCopy = function(v, x, y) {
		var i, v, x, xmask, y, ymask;
		if (!((x.$length === y.$length))) {
			$panic(new $String("subtle: slices have different lengths"));
		}
		xmask = (((v - 1 >> 0) << 24 >>> 24));
		ymask = (((~((v - 1 >> 0)) >> 0) << 24 >>> 24));
		i = 0;
		while (true) {
			if (!(i < x.$length)) { break; }
			((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = ((((((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) & xmask) >>> 0) | ((((i < 0 || i >= y.$length) ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + i]) & ymask) >>> 0)) >>> 0));
			i = i + (1) >> 0;
		}
	};
	$pkg.ConstantTimeCopy = ConstantTimeCopy;
	ConstantTimeLessOrEq = function(x, y) {
		var x, x32, y, y32;
		x32 = ((x >> 0));
		y32 = ((y >> 0));
		return ((((((((x32 - y32 >> 0) - 1 >> 0)) >> 31 >> 0)) & 1) >> 0));
	};
	$pkg.ConstantTimeLessOrEq = ConstantTimeLessOrEq;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/cipher"] = (function() {
	var $pkg = {}, $init, subtle, subtle$1, binary, errors, io, runtime, StreamReader, AEAD, gcmAble, gcmFieldElement, gcm, ctr, ctrAble, Block, Stream, BlockMode, cbc, cbcEncrypter, cbcEncAble, cbcDecrypter, cbcDecAble, sliceType, sliceType$1, arrayType, arrayType$1, ptrType, ptrType$1, ptrType$3, ptrType$4, ptrType$5, ptrType$6, errOpen, gcmReductionTable, xorBytes, fastXORBytes, safeXORBytes, fastXORWords, xorWords, NewGCM, newGCMWithNonceAndTagSize, reverseBits, gcmAdd, gcmDouble, gcmInc32, sliceForAppend, NewCTR, dup, newCBC, NewCBCEncrypter, NewCBCDecrypter;
	subtle = $packages["crypto/internal/subtle"];
	subtle$1 = $packages["crypto/subtle"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	io = $packages["io"];
	runtime = $packages["runtime"];
	StreamReader = $pkg.StreamReader = $newType(0, $kindStruct, "cipher.StreamReader", true, "crypto/cipher", true, function(S_, R_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.S = $ifaceNil;
			this.R = $ifaceNil;
			return;
		}
		this.S = S_;
		this.R = R_;
	});
	AEAD = $pkg.AEAD = $newType(8, $kindInterface, "cipher.AEAD", true, "crypto/cipher", true, null);
	gcmAble = $pkg.gcmAble = $newType(8, $kindInterface, "cipher.gcmAble", true, "crypto/cipher", false, null);
	gcmFieldElement = $pkg.gcmFieldElement = $newType(0, $kindStruct, "cipher.gcmFieldElement", true, "crypto/cipher", false, function(low_, high_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.low = new $Uint64(0, 0);
			this.high = new $Uint64(0, 0);
			return;
		}
		this.low = low_;
		this.high = high_;
	});
	gcm = $pkg.gcm = $newType(0, $kindStruct, "cipher.gcm", true, "crypto/cipher", false, function(cipher_, nonceSize_, tagSize_, productTable_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cipher = $ifaceNil;
			this.nonceSize = 0;
			this.tagSize = 0;
			this.productTable = arrayType$1.zero();
			return;
		}
		this.cipher = cipher_;
		this.nonceSize = nonceSize_;
		this.tagSize = tagSize_;
		this.productTable = productTable_;
	});
	ctr = $pkg.ctr = $newType(0, $kindStruct, "cipher.ctr", true, "crypto/cipher", false, function(b_, ctr_, out_, outUsed_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.b = $ifaceNil;
			this.ctr = sliceType$1.nil;
			this.out = sliceType$1.nil;
			this.outUsed = 0;
			return;
		}
		this.b = b_;
		this.ctr = ctr_;
		this.out = out_;
		this.outUsed = outUsed_;
	});
	ctrAble = $pkg.ctrAble = $newType(8, $kindInterface, "cipher.ctrAble", true, "crypto/cipher", false, null);
	Block = $pkg.Block = $newType(8, $kindInterface, "cipher.Block", true, "crypto/cipher", true, null);
	Stream = $pkg.Stream = $newType(8, $kindInterface, "cipher.Stream", true, "crypto/cipher", true, null);
	BlockMode = $pkg.BlockMode = $newType(8, $kindInterface, "cipher.BlockMode", true, "crypto/cipher", true, null);
	cbc = $pkg.cbc = $newType(0, $kindStruct, "cipher.cbc", true, "crypto/cipher", false, function(b_, blockSize_, iv_, tmp_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.b = $ifaceNil;
			this.blockSize = 0;
			this.iv = sliceType$1.nil;
			this.tmp = sliceType$1.nil;
			return;
		}
		this.b = b_;
		this.blockSize = blockSize_;
		this.iv = iv_;
		this.tmp = tmp_;
	});
	cbcEncrypter = $pkg.cbcEncrypter = $newType(0, $kindStruct, "cipher.cbcEncrypter", true, "crypto/cipher", false, function(b_, blockSize_, iv_, tmp_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.b = $ifaceNil;
			this.blockSize = 0;
			this.iv = sliceType$1.nil;
			this.tmp = sliceType$1.nil;
			return;
		}
		this.b = b_;
		this.blockSize = blockSize_;
		this.iv = iv_;
		this.tmp = tmp_;
	});
	cbcEncAble = $pkg.cbcEncAble = $newType(8, $kindInterface, "cipher.cbcEncAble", true, "crypto/cipher", false, null);
	cbcDecrypter = $pkg.cbcDecrypter = $newType(0, $kindStruct, "cipher.cbcDecrypter", true, "crypto/cipher", false, function(b_, blockSize_, iv_, tmp_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.b = $ifaceNil;
			this.blockSize = 0;
			this.iv = sliceType$1.nil;
			this.tmp = sliceType$1.nil;
			return;
		}
		this.b = b_;
		this.blockSize = blockSize_;
		this.iv = iv_;
		this.tmp = tmp_;
	});
	cbcDecAble = $pkg.cbcDecAble = $newType(8, $kindInterface, "cipher.cbcDecAble", true, "crypto/cipher", false, null);
	sliceType = $sliceType($Uint16);
	sliceType$1 = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 16);
	arrayType$1 = $arrayType(gcmFieldElement, 16);
	ptrType = $ptrType(cbcEncrypter);
	ptrType$1 = $ptrType(cbcDecrypter);
	ptrType$3 = $ptrType(gcmFieldElement);
	ptrType$4 = $ptrType(arrayType);
	ptrType$5 = $ptrType(gcm);
	ptrType$6 = $ptrType(ctr);
	xorBytes = function(dst, a, b) {
		var a, b, dst, n;
		n = a.$length;
		if (b.$length < n) {
			n = b.$length;
		}
		if (n === 0) {
			return 0;
		}
		if (false) {
			fastXORBytes(dst, a, b, n);
		} else {
			safeXORBytes(dst, a, b, n);
		}
		return n;
	};
	fastXORBytes = function(dst, a, b, n) {
		var _q, _r, a, aw, b, bw, dst, dw, i, i$1, n, w, x;
		$unused((x = n - 1 >> 0, ((x < 0 || x >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x])));
		w = (_q = n / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		if (w > 0) {
			dw = dst;
			aw = a;
			bw = b;
			i = 0;
			while (true) {
				if (!(i < w)) { break; }
				((i < 0 || i >= dw.$length) ? ($throwRuntimeError("index out of range"), undefined) : dw.$array[dw.$offset + i] = ((((i < 0 || i >= aw.$length) ? ($throwRuntimeError("index out of range"), undefined) : aw.$array[aw.$offset + i]) ^ ((i < 0 || i >= bw.$length) ? ($throwRuntimeError("index out of range"), undefined) : bw.$array[bw.$offset + i])) >>> 0));
				i = i + (1) >> 0;
			}
		}
		i$1 = (n - (_r = n % 4, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >> 0);
		while (true) {
			if (!(i$1 < n)) { break; }
			((i$1 < 0 || i$1 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i$1] = ((((i$1 < 0 || i$1 >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i$1]) ^ ((i$1 < 0 || i$1 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i$1])) << 24 >>> 24));
			i$1 = i$1 + (1) >> 0;
		}
	};
	safeXORBytes = function(dst, a, b, n) {
		var a, b, dst, i, n;
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i] = ((((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i]) ^ ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i])) << 24 >>> 24));
			i = i + (1) >> 0;
		}
	};
	fastXORWords = function(dst, a, b) {
		var _q, a, aw, b, bw, dst, dw, i, n;
		dw = dst;
		aw = a;
		bw = b;
		n = (_q = b.$length / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			((i < 0 || i >= dw.$length) ? ($throwRuntimeError("index out of range"), undefined) : dw.$array[dw.$offset + i] = ((((i < 0 || i >= aw.$length) ? ($throwRuntimeError("index out of range"), undefined) : aw.$array[aw.$offset + i]) ^ ((i < 0 || i >= bw.$length) ? ($throwRuntimeError("index out of range"), undefined) : bw.$array[bw.$offset + i])) >>> 0));
			i = i + (1) >> 0;
		}
	};
	xorWords = function(dst, a, b) {
		var a, b, dst;
		if (false) {
			fastXORWords(dst, a, b);
		} else {
			safeXORBytes(dst, a, b, b.$length);
		}
	};
	StreamReader.ptr.prototype.Read = function(dst) {
		var {_r, _tuple, dst, err, n, r, $s, $r, $c} = $restore(this, {dst});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		_r = r.R.Read(dst); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$r = r.S.XORKeyStream($subslice(dst, 0, n), $subslice(dst, 0, n)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: StreamReader.ptr.prototype.Read, $c: true, $r, _r, _tuple, dst, err, n, r, $s};return $f;
	};
	StreamReader.prototype.Read = function(dst) { return this.$val.Read(dst); };
	NewGCM = function(cipher) {
		var {$24r, _r, cipher, $s, $r, $c} = $restore(this, {cipher});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = newGCMWithNonceAndTagSize(cipher, 12, 16); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewGCM, $c: true, $r, $24r, _r, cipher, $s};return $f;
	};
	$pkg.NewGCM = NewGCM;
	newGCMWithNonceAndTagSize = function(cipher, nonceSize, tagSize) {
		var {$24r, _q, _r, _r$1, _tuple, cipher, cipher$1, g, i, key, nonceSize, ok, tagSize, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {cipher, nonceSize, tagSize});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = [x];
		if (tagSize < 12 || tagSize > 16) {
			$s = -1; return [$ifaceNil, errors.New("cipher: incorrect tag size given to GCM")];
		}
		if (nonceSize <= 0) {
			$s = -1; return [$ifaceNil, errors.New("cipher: the nonce can't have zero length, or the security of the key will be immediately compromised")];
		}
		_tuple = $assertType(cipher, gcmAble, true);
		cipher$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = cipher$1.NewGCM(nonceSize, tagSize); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = cipher.BlockSize(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!((_r$1 === 16))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!((_r$1 === 16))) { */ case 5:
			$s = -1; return [$ifaceNil, errors.New("cipher: NewGCM requires 128-bit block cipher")];
		/* } */ case 6:
		key = arrayType.zero();
		$r = cipher.Encrypt(new sliceType$1(key), new sliceType$1(key)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		g = new gcm.ptr(cipher, nonceSize, tagSize, arrayType$1.zero());
		x[0] = new gcmFieldElement.ptr($clone(binary.BigEndian, binary.bigEndian).Uint64($subslice(new sliceType$1(key), 0, 8)), $clone(binary.BigEndian, binary.bigEndian).Uint64($subslice(new sliceType$1(key), 8)));
		gcmFieldElement.copy((x$1 = g.productTable, x$2 = reverseBits(1), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])), x[0]);
		i = 2;
		while (true) {
			if (!(i < 16)) { break; }
			gcmFieldElement.copy((x$5 = g.productTable, x$6 = reverseBits(i), ((x$6 < 0 || x$6 >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[x$6])), gcmDouble((x$3 = g.productTable, x$4 = reverseBits((_q = i / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))), ((x$4 < 0 || x$4 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[x$4]))));
			gcmFieldElement.copy((x$9 = g.productTable, x$10 = reverseBits(i + 1 >> 0), ((x$10 < 0 || x$10 >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[x$10])), gcmAdd((x$7 = g.productTable, x$8 = reverseBits(i), ((x$8 < 0 || x$8 >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[x$8])), x[0]));
			i = i + (2) >> 0;
		}
		$s = -1; return [g, $ifaceNil];
		/* */ } return; } var $f = {$blk: newGCMWithNonceAndTagSize, $c: true, $r, $24r, _q, _r, _r$1, _tuple, cipher, cipher$1, g, i, key, nonceSize, ok, tagSize, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	gcm.ptr.prototype.NonceSize = function() {
		var g;
		g = this;
		return g.nonceSize;
	};
	gcm.prototype.NonceSize = function() { return this.$val.NonceSize(); };
	gcm.ptr.prototype.Overhead = function() {
		var g;
		g = this;
		return g.tagSize;
	};
	gcm.prototype.Overhead = function() { return this.$val.Overhead(); };
	gcm.ptr.prototype.Seal = function(dst, nonce, plaintext, data) {
		var {_r, _tmp, _tmp$1, _tuple, counter, data, dst, g, nonce, out, plaintext, ret, tag, tagMask, x, x$1, $s, $r, $c} = $restore(this, {dst, nonce, plaintext, data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		counter = [counter];
		tagMask = [tagMask];
		g = this;
		if (!((nonce.$length === g.nonceSize))) {
			$panic(new $String("crypto/cipher: incorrect nonce length given to GCM"));
		}
		_r = g.cipher.BlockSize(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if ((x = (new $Uint64(0, plaintext.$length)), x$1 = $mul64(new $Uint64(0, 4294967294), (new $Uint64(0, _r))), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low > x$1.$low)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = (new $Uint64(0, plaintext.$length)), x$1 = $mul64(new $Uint64(0, 4294967294), (new $Uint64(0, _r))), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low > x$1.$low)))) { */ case 1:
			$panic(new $String("crypto/cipher: message too large for GCM"));
		/* } */ case 2:
		_tuple = sliceForAppend(dst, plaintext.$length + g.tagSize >> 0);
		ret = _tuple[0];
		out = _tuple[1];
		if (subtle.InexactOverlap(out, plaintext)) {
			$panic(new $String("crypto/cipher: invalid buffer overlap"));
		}
		_tmp = arrayType.zero();
		_tmp$1 = arrayType.zero();
		counter[0] = $clone(_tmp, arrayType);
		tagMask[0] = $clone(_tmp$1, arrayType);
		g.deriveCounter(counter[0], nonce);
		$r = g.cipher.Encrypt(new sliceType$1(tagMask[0]), new sliceType$1(counter[0])); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		gcmInc32(counter[0]);
		$r = g.counterCrypt(out, plaintext, counter[0]); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		tag = arrayType.zero();
		g.auth(new sliceType$1(tag), $subslice(out, 0, plaintext.$length), data, tagMask[0]);
		$copySlice($subslice(out, plaintext.$length), new sliceType$1(tag));
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: gcm.ptr.prototype.Seal, $c: true, $r, _r, _tmp, _tmp$1, _tuple, counter, data, dst, g, nonce, out, plaintext, ret, tag, tagMask, x, x$1, $s};return $f;
	};
	gcm.prototype.Seal = function(dst, nonce, plaintext, data) { return this.$val.Seal(dst, nonce, plaintext, data); };
	gcm.ptr.prototype.Open = function(dst, nonce, ciphertext, data) {
		var {_i, _r, _ref, _tmp, _tmp$1, _tuple, ciphertext, counter, data, dst, expectedTag, g, i, nonce, out, ret, tag, tagMask, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {dst, nonce, ciphertext, data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		counter = [counter];
		tagMask = [tagMask];
		g = this;
		if (!((nonce.$length === g.nonceSize))) {
			$panic(new $String("crypto/cipher: incorrect nonce length given to GCM"));
		}
		if (g.tagSize < 12) {
			$panic(new $String("crypto/cipher: incorrect GCM tag size"));
		}
		if (ciphertext.$length < g.tagSize) {
			$s = -1; return [sliceType$1.nil, errOpen];
		}
		_r = g.cipher.BlockSize(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if ((x = (new $Uint64(0, ciphertext.$length)), x$1 = (x$2 = $mul64(new $Uint64(0, 4294967294), (new $Uint64(0, _r))), x$3 = (new $Uint64(0, g.tagSize)), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low > x$1.$low)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = (new $Uint64(0, ciphertext.$length)), x$1 = (x$2 = $mul64(new $Uint64(0, 4294967294), (new $Uint64(0, _r))), x$3 = (new $Uint64(0, g.tagSize)), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low)), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low > x$1.$low)))) { */ case 1:
			$s = -1; return [sliceType$1.nil, errOpen];
		/* } */ case 2:
		tag = $subslice(ciphertext, (ciphertext.$length - g.tagSize >> 0));
		ciphertext = $subslice(ciphertext, 0, (ciphertext.$length - g.tagSize >> 0));
		_tmp = arrayType.zero();
		_tmp$1 = arrayType.zero();
		counter[0] = $clone(_tmp, arrayType);
		tagMask[0] = $clone(_tmp$1, arrayType);
		g.deriveCounter(counter[0], nonce);
		$r = g.cipher.Encrypt(new sliceType$1(tagMask[0]), new sliceType$1(counter[0])); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		gcmInc32(counter[0]);
		expectedTag = arrayType.zero();
		g.auth(new sliceType$1(expectedTag), ciphertext, data, tagMask[0]);
		_tuple = sliceForAppend(dst, ciphertext.$length);
		ret = _tuple[0];
		out = _tuple[1];
		if (subtle.InexactOverlap(out, ciphertext)) {
			$panic(new $String("crypto/cipher: invalid buffer overlap"));
		}
		if (!((subtle$1.ConstantTimeCompare($subslice(new sliceType$1(expectedTag), 0, g.tagSize), tag) === 1))) {
			_ref = out;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				((i < 0 || i >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i] = 0);
				_i++;
			}
			$s = -1; return [sliceType$1.nil, errOpen];
		}
		$r = g.counterCrypt(out, ciphertext, counter[0]); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [ret, $ifaceNil];
		/* */ } return; } var $f = {$blk: gcm.ptr.prototype.Open, $c: true, $r, _i, _r, _ref, _tmp, _tmp$1, _tuple, ciphertext, counter, data, dst, expectedTag, g, i, nonce, out, ret, tag, tagMask, x, x$1, x$2, x$3, $s};return $f;
	};
	gcm.prototype.Open = function(dst, nonce, ciphertext, data) { return this.$val.Open(dst, nonce, ciphertext, data); };
	reverseBits = function(i) {
		var i;
		i = ((((i << 2 >> 0)) & 12)) | ((((i >> 2 >> 0)) & 3));
		i = ((((i << 1 >> 0)) & 10)) | ((((i >> 1 >> 0)) & 5));
		return i;
	};
	gcmAdd = function(x, y) {
		var x, x$1, x$2, x$3, x$4, y;
		return new gcmFieldElement.ptr((x$1 = x.low, x$2 = y.low, new $Uint64(x$1.$high ^ x$2.$high, (x$1.$low ^ x$2.$low) >>> 0)), (x$3 = x.high, x$4 = y.high, new $Uint64(x$3.$high ^ x$4.$high, (x$3.$low ^ x$4.$low) >>> 0)));
	};
	gcmDouble = function(x) {
		var double$1, msbSet, x, x$1, x$2, x$3, x$4, x$5, x$6;
		double$1 = new gcmFieldElement.ptr(new $Uint64(0, 0), new $Uint64(0, 0));
		msbSet = (x$1 = (x$2 = x.high, new $Uint64(x$2.$high & 0, (x$2.$low & 1) >>> 0)), (x$1.$high === 0 && x$1.$low === 1));
		double$1.high = $shiftRightUint64(x.high, 1);
		double$1.high = (x$3 = double$1.high, x$4 = $shiftLeft64(x.low, 63), new $Uint64(x$3.$high | x$4.$high, (x$3.$low | x$4.$low) >>> 0));
		double$1.low = $shiftRightUint64(x.low, 1);
		if (msbSet) {
			double$1.low = (x$5 = double$1.low, x$6 = new $Uint64(3774873600, 0), new $Uint64(x$5.$high ^ x$6.$high, (x$5.$low ^ x$6.$low) >>> 0));
		}
		return double$1;
	};
	gcm.ptr.prototype.mul = function(y) {
		var g, i, j, msw, t, word, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, z;
		g = this;
		z = new gcmFieldElement.ptr(new $Uint64(0, 0), new $Uint64(0, 0));
		i = 0;
		while (true) {
			if (!(i < 2)) { break; }
			word = y.high;
			if (i === 1) {
				word = y.low;
			}
			j = 0;
			while (true) {
				if (!(j < 64)) { break; }
				msw = (x = z.high, new $Uint64(x.$high & 0, (x.$low & 15) >>> 0));
				z.high = $shiftRightUint64(z.high, (4));
				z.high = (x$1 = z.high, x$2 = $shiftLeft64(z.low, 60), new $Uint64(x$1.$high | x$2.$high, (x$1.$low | x$2.$low) >>> 0));
				z.low = $shiftRightUint64(z.low, (4));
				z.low = (x$3 = z.low, x$4 = $shiftLeft64((new $Uint64(0, (($flatten64(msw) < 0 || $flatten64(msw) >= gcmReductionTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : gcmReductionTable.$array[gcmReductionTable.$offset + $flatten64(msw)]))), 48), new $Uint64(x$3.$high ^ x$4.$high, (x$3.$low ^ x$4.$low) >>> 0));
				t = (x$5 = g.productTable, x$6 = new $Uint64(word.$high & 0, (word.$low & 15) >>> 0), (($flatten64(x$6) < 0 || $flatten64(x$6) >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[$flatten64(x$6)]));
				z.low = (x$7 = z.low, x$8 = t.low, new $Uint64(x$7.$high ^ x$8.$high, (x$7.$low ^ x$8.$low) >>> 0));
				z.high = (x$9 = z.high, x$10 = t.high, new $Uint64(x$9.$high ^ x$10.$high, (x$9.$low ^ x$10.$low) >>> 0));
				word = $shiftRightUint64(word, (4));
				j = j + (4) >> 0;
			}
			i = i + (1) >> 0;
		}
		gcmFieldElement.copy(y, z);
	};
	gcm.prototype.mul = function(y) { return this.$val.mul(y); };
	gcm.ptr.prototype.updateBlocks = function(y, blocks) {
		var blocks, g, x, x$1, x$2, x$3, y;
		g = this;
		while (true) {
			if (!(blocks.$length > 0)) { break; }
			y.low = (x = y.low, x$1 = $clone(binary.BigEndian, binary.bigEndian).Uint64(blocks), new $Uint64(x.$high ^ x$1.$high, (x.$low ^ x$1.$low) >>> 0));
			y.high = (x$2 = y.high, x$3 = $clone(binary.BigEndian, binary.bigEndian).Uint64($subslice(blocks, 8)), new $Uint64(x$2.$high ^ x$3.$high, (x$2.$low ^ x$3.$low) >>> 0));
			g.mul(y);
			blocks = $subslice(blocks, 16);
		}
	};
	gcm.prototype.updateBlocks = function(y, blocks) { return this.$val.updateBlocks(y, blocks); };
	gcm.ptr.prototype.update = function(y, data) {
		var data, fullBlocks, g, partialBlock, y;
		g = this;
		fullBlocks = ((data.$length >> 4 >> 0)) << 4 >> 0;
		g.updateBlocks(y, $subslice(data, 0, fullBlocks));
		if (!((data.$length === fullBlocks))) {
			partialBlock = arrayType.zero();
			$copySlice(new sliceType$1(partialBlock), $subslice(data, fullBlocks));
			g.updateBlocks(y, new sliceType$1(partialBlock));
		}
	};
	gcm.prototype.update = function(y, data) { return this.$val.update(y, data); };
	gcmInc32 = function(counterBlock) {
		var counterBlock, ctr$1;
		ctr$1 = $subslice(new sliceType$1(counterBlock), 12);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32(ctr$1, $clone(binary.BigEndian, binary.bigEndian).Uint32(ctr$1) + 1 >>> 0);
	};
	sliceForAppend = function(in$1, n) {
		var head, in$1, n, tail, total;
		head = sliceType$1.nil;
		tail = sliceType$1.nil;
		total = in$1.$length + n >> 0;
		if (in$1.$capacity >= total) {
			head = $subslice(in$1, 0, total);
		} else {
			head = $makeSlice(sliceType$1, total);
			$copySlice(head, in$1);
		}
		tail = $subslice(head, in$1.$length);
		return [head, tail];
	};
	gcm.ptr.prototype.counterCrypt = function(out, in$1, counter) {
		var {counter, g, in$1, mask, out, $s, $r, $c} = $restore(this, {out, in$1, counter});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		g = this;
		mask = arrayType.zero();
		/* while (true) { */ case 1:
			/* if (!(in$1.$length >= 16)) { break; } */ if(!(in$1.$length >= 16)) { $s = 2; continue; }
			$r = g.cipher.Encrypt(new sliceType$1(mask), new sliceType$1(counter)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			gcmInc32(counter);
			xorWords(out, in$1, new sliceType$1(mask));
			out = $subslice(out, 16);
			in$1 = $subslice(in$1, 16);
		$s = 1; continue;
		case 2:
		/* */ if (in$1.$length > 0) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (in$1.$length > 0) { */ case 4:
			$r = g.cipher.Encrypt(new sliceType$1(mask), new sliceType$1(counter)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			gcmInc32(counter);
			xorBytes(out, in$1, new sliceType$1(mask));
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: gcm.ptr.prototype.counterCrypt, $c: true, $r, counter, g, in$1, mask, out, $s};return $f;
	};
	gcm.prototype.counterCrypt = function(out, in$1, counter) { return this.$val.counterCrypt(out, in$1, counter); };
	gcm.ptr.prototype.deriveCounter = function(counter, nonce) {
		var counter, g, nonce, x, x$1, y;
		g = this;
		if (nonce.$length === 12) {
			$copySlice(new sliceType$1(counter), nonce);
			counter.nilCheck, counter[15] = 1;
		} else {
			y = new gcmFieldElement.ptr(new $Uint64(0, 0), new $Uint64(0, 0));
			g.update(y, nonce);
			y.high = (x = y.high, x$1 = $mul64((new $Uint64(0, nonce.$length)), new $Uint64(0, 8)), new $Uint64(x.$high ^ x$1.$high, (x.$low ^ x$1.$low) >>> 0));
			g.mul(y);
			$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(counter), 0, 8), y.low);
			$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(counter), 8), y.high);
		}
	};
	gcm.prototype.deriveCounter = function(counter, nonce) { return this.$val.deriveCounter(counter, nonce); };
	gcm.ptr.prototype.auth = function(out, ciphertext, additionalData, tagMask) {
		var additionalData, ciphertext, g, out, tagMask, x, x$1, x$2, x$3, y;
		g = this;
		y = new gcmFieldElement.ptr(new $Uint64(0, 0), new $Uint64(0, 0));
		g.update(y, additionalData);
		g.update(y, ciphertext);
		y.low = (x = y.low, x$1 = $mul64((new $Uint64(0, additionalData.$length)), new $Uint64(0, 8)), new $Uint64(x.$high ^ x$1.$high, (x.$low ^ x$1.$low) >>> 0));
		y.high = (x$2 = y.high, x$3 = $mul64((new $Uint64(0, ciphertext.$length)), new $Uint64(0, 8)), new $Uint64(x$2.$high ^ x$3.$high, (x$2.$low ^ x$3.$low) >>> 0));
		g.mul(y);
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(out, y.low);
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(out, 8), y.high);
		xorWords(out, out, new sliceType$1(tagMask));
	};
	gcm.prototype.auth = function(out, ciphertext, additionalData, tagMask) { return this.$val.auth(out, ciphertext, additionalData, tagMask); };
	NewCTR = function(block, iv) {
		var {$24r, _r, _r$1, _r$2, _r$3, _tuple, block, bufSize, ctr$1, iv, ok, $s, $r, $c} = $restore(this, {block, iv});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(block, ctrAble, true);
		ctr$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = ctr$1.NewCTR(iv); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = block.BlockSize(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!((iv.$length === _r$1))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!((iv.$length === _r$1))) { */ case 5:
			$panic(new $String("cipher.NewCTR: IV length must equal block size"));
		/* } */ case 6:
		bufSize = 512;
		_r$2 = block.BlockSize(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (bufSize < _r$2) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (bufSize < _r$2) { */ case 8:
			_r$3 = block.BlockSize(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			bufSize = _r$3;
		/* } */ case 9:
		$s = -1; return new ctr.ptr(block, dup(iv), $makeSlice(sliceType$1, 0, bufSize), 0);
		/* */ } return; } var $f = {$blk: NewCTR, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _tuple, block, bufSize, ctr$1, iv, ok, $s};return $f;
	};
	$pkg.NewCTR = NewCTR;
	ctr.ptr.prototype.refill = function() {
		var {_r, bs, i, remain, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		remain = x.out.$length - x.outUsed >> 0;
		$copySlice(x.out, $subslice(x.out, x.outUsed));
		x.out = $subslice(x.out, 0, x.out.$capacity);
		_r = x.b.BlockSize(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		bs = _r;
		/* while (true) { */ case 2:
			/* if (!(remain <= (x.out.$length - bs >> 0))) { break; } */ if(!(remain <= (x.out.$length - bs >> 0))) { $s = 3; continue; }
			$r = x.b.Encrypt($subslice(x.out, remain), x.ctr); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			remain = remain + (bs) >> 0;
			i = x.ctr.$length - 1 >> 0;
			while (true) {
				if (!(i >= 0)) { break; }
				(x$2 = x.ctr, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i] = ((x$1 = x.ctr, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])) + (1) << 24 >>> 24)));
				if (!(((x$3 = x.ctr, ((i < 0 || i >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i])) === 0))) {
					break;
				}
				i = i - (1) >> 0;
			}
		$s = 2; continue;
		case 3:
		x.out = $subslice(x.out, 0, remain);
		x.outUsed = 0;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ctr.ptr.prototype.refill, $c: true, $r, _r, bs, i, remain, x, x$1, x$2, x$3, $s};return $f;
	};
	ctr.prototype.refill = function() { return this.$val.refill(); };
	ctr.ptr.prototype.XORKeyStream = function(dst, src) {
		var {_r, dst, n, src, x, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (dst.$length < src.$length) {
			$panic(new $String("crypto/cipher: output smaller than input"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, src.$length), src)) {
			$panic(new $String("crypto/cipher: invalid buffer overlap"));
		}
		/* while (true) { */ case 1:
			/* if (!(src.$length > 0)) { break; } */ if(!(src.$length > 0)) { $s = 2; continue; }
			_r = x.b.BlockSize(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (x.outUsed >= (x.out.$length - _r >> 0)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (x.outUsed >= (x.out.$length - _r >> 0)) { */ case 3:
				$r = x.refill(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
			n = xorBytes(dst, src, $subslice(x.out, x.outUsed));
			dst = $subslice(dst, n);
			src = $subslice(src, n);
			x.outUsed = x.outUsed + (n) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ctr.ptr.prototype.XORKeyStream, $c: true, $r, _r, dst, n, src, x, $s};return $f;
	};
	ctr.prototype.XORKeyStream = function(dst, src) { return this.$val.XORKeyStream(dst, src); };
	dup = function(p) {
		var p, q;
		q = $makeSlice(sliceType$1, p.$length);
		$copySlice(q, p);
		return q;
	};
	newCBC = function(b, iv) {
		var {$24r, _r, _r$1, b, iv, $s, $r, $c} = $restore(this, {b, iv});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = b.BlockSize(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = b.BlockSize(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = new cbc.ptr(b, _r, dup(iv), $makeSlice(sliceType$1, _r$1));
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: newCBC, $c: true, $r, $24r, _r, _r$1, b, iv, $s};return $f;
	};
	NewCBCEncrypter = function(b, iv) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _tuple, b, cbc$1, iv, ok, $s, $r, $c} = $restore(this, {b, iv});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = b.BlockSize(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((iv.$length === _r))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((iv.$length === _r))) { */ case 1:
			$panic(new $String("cipher.NewCBCEncrypter: IV length must equal block size"));
		/* } */ case 2:
		_tuple = $assertType(b, cbcEncAble, true);
		cbc$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (ok) { */ case 4:
			_r$1 = cbc$1.NewCBCEncrypter(iv); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		_r$2 = newCBC(b, iv); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = ($pointerOfStructConversion(_r$2, ptrType));
		$s = 9; case 9: return $24r$1;
		/* */ } return; } var $f = {$blk: NewCBCEncrypter, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _tuple, b, cbc$1, iv, ok, $s};return $f;
	};
	$pkg.NewCBCEncrypter = NewCBCEncrypter;
	cbcEncrypter.ptr.prototype.BlockSize = function() {
		var x;
		x = this;
		return x.blockSize;
	};
	cbcEncrypter.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	cbcEncrypter.ptr.prototype.CryptBlocks = function(dst, src) {
		var {_r, dst, iv, src, x, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (!(((_r = src.$length % x.blockSize, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0))) {
			$panic(new $String("crypto/cipher: input not full blocks"));
		}
		if (dst.$length < src.$length) {
			$panic(new $String("crypto/cipher: output smaller than input"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, src.$length), src)) {
			$panic(new $String("crypto/cipher: invalid buffer overlap"));
		}
		iv = x.iv;
		/* while (true) { */ case 1:
			/* if (!(src.$length > 0)) { break; } */ if(!(src.$length > 0)) { $s = 2; continue; }
			xorBytes($subslice(dst, 0, x.blockSize), $subslice(src, 0, x.blockSize), iv);
			$r = x.b.Encrypt($subslice(dst, 0, x.blockSize), $subslice(dst, 0, x.blockSize)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			iv = $subslice(dst, 0, x.blockSize);
			src = $subslice(src, x.blockSize);
			dst = $subslice(dst, x.blockSize);
		$s = 1; continue;
		case 2:
		$copySlice(x.iv, iv);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: cbcEncrypter.ptr.prototype.CryptBlocks, $c: true, $r, _r, dst, iv, src, x, $s};return $f;
	};
	cbcEncrypter.prototype.CryptBlocks = function(dst, src) { return this.$val.CryptBlocks(dst, src); };
	cbcEncrypter.ptr.prototype.SetIV = function(iv) {
		var iv, x;
		x = this;
		if (!((iv.$length === x.iv.$length))) {
			$panic(new $String("cipher: incorrect length IV"));
		}
		$copySlice(x.iv, iv);
	};
	cbcEncrypter.prototype.SetIV = function(iv) { return this.$val.SetIV(iv); };
	NewCBCDecrypter = function(b, iv) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _tuple, b, cbc$1, iv, ok, $s, $r, $c} = $restore(this, {b, iv});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = b.BlockSize(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((iv.$length === _r))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((iv.$length === _r))) { */ case 1:
			$panic(new $String("cipher.NewCBCDecrypter: IV length must equal block size"));
		/* } */ case 2:
		_tuple = $assertType(b, cbcDecAble, true);
		cbc$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (ok) { */ case 4:
			_r$1 = cbc$1.NewCBCDecrypter(iv); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		_r$2 = newCBC(b, iv); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = ($pointerOfStructConversion(_r$2, ptrType$1));
		$s = 9; case 9: return $24r$1;
		/* */ } return; } var $f = {$blk: NewCBCDecrypter, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _tuple, b, cbc$1, iv, ok, $s};return $f;
	};
	$pkg.NewCBCDecrypter = NewCBCDecrypter;
	cbcDecrypter.ptr.prototype.BlockSize = function() {
		var x;
		x = this;
		return x.blockSize;
	};
	cbcDecrypter.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	cbcDecrypter.ptr.prototype.CryptBlocks = function(dst, src) {
		var {_r, _tmp, _tmp$1, dst, end, prev, src, start, x, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		if (!(((_r = src.$length % x.blockSize, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0))) {
			$panic(new $String("crypto/cipher: input not full blocks"));
		}
		if (dst.$length < src.$length) {
			$panic(new $String("crypto/cipher: output smaller than input"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, src.$length), src)) {
			$panic(new $String("crypto/cipher: invalid buffer overlap"));
		}
		if (src.$length === 0) {
			$s = -1; return;
		}
		end = src.$length;
		start = end - x.blockSize >> 0;
		prev = start - x.blockSize >> 0;
		$copySlice(x.tmp, $subslice(src, start, end));
		/* while (true) { */ case 1:
			/* if (!(start > 0)) { break; } */ if(!(start > 0)) { $s = 2; continue; }
			$r = x.b.Decrypt($subslice(dst, start, end), $subslice(src, start, end)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			xorBytes($subslice(dst, start, end), $subslice(dst, start, end), $subslice(src, prev, start));
			end = start;
			start = prev;
			prev = prev - (x.blockSize) >> 0;
		$s = 1; continue;
		case 2:
		$r = x.b.Decrypt($subslice(dst, start, end), $subslice(src, start, end)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		xorBytes($subslice(dst, start, end), $subslice(dst, start, end), x.iv);
		_tmp = x.tmp;
		_tmp$1 = x.iv;
		x.iv = _tmp;
		x.tmp = _tmp$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: cbcDecrypter.ptr.prototype.CryptBlocks, $c: true, $r, _r, _tmp, _tmp$1, dst, end, prev, src, start, x, $s};return $f;
	};
	cbcDecrypter.prototype.CryptBlocks = function(dst, src) { return this.$val.CryptBlocks(dst, src); };
	cbcDecrypter.ptr.prototype.SetIV = function(iv) {
		var iv, x;
		x = this;
		if (!((iv.$length === x.iv.$length))) {
			$panic(new $String("cipher: incorrect length IV"));
		}
		$copySlice(x.iv, iv);
	};
	cbcDecrypter.prototype.SetIV = function(iv) { return this.$val.SetIV(iv); };
	StreamReader.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}];
	ptrType$5.methods = [{prop: "NonceSize", name: "NonceSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Overhead", name: "Overhead", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Seal", name: "Seal", pkg: "", typ: $funcType([sliceType$1, sliceType$1, sliceType$1, sliceType$1], [sliceType$1], false)}, {prop: "Open", name: "Open", pkg: "", typ: $funcType([sliceType$1, sliceType$1, sliceType$1, sliceType$1], [sliceType$1, $error], false)}, {prop: "mul", name: "mul", pkg: "crypto/cipher", typ: $funcType([ptrType$3], [], false)}, {prop: "updateBlocks", name: "updateBlocks", pkg: "crypto/cipher", typ: $funcType([ptrType$3, sliceType$1], [], false)}, {prop: "update", name: "update", pkg: "crypto/cipher", typ: $funcType([ptrType$3, sliceType$1], [], false)}, {prop: "counterCrypt", name: "counterCrypt", pkg: "crypto/cipher", typ: $funcType([sliceType$1, sliceType$1, ptrType$4], [], false)}, {prop: "deriveCounter", name: "deriveCounter", pkg: "crypto/cipher", typ: $funcType([ptrType$4, sliceType$1], [], false)}, {prop: "auth", name: "auth", pkg: "crypto/cipher", typ: $funcType([sliceType$1, sliceType$1, sliceType$1, ptrType$4], [], false)}];
	ptrType$6.methods = [{prop: "refill", name: "refill", pkg: "crypto/cipher", typ: $funcType([], [], false)}, {prop: "XORKeyStream", name: "XORKeyStream", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}];
	ptrType.methods = [{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "CryptBlocks", name: "CryptBlocks", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}, {prop: "SetIV", name: "SetIV", pkg: "", typ: $funcType([sliceType$1], [], false)}];
	ptrType$1.methods = [{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "CryptBlocks", name: "CryptBlocks", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}, {prop: "SetIV", name: "SetIV", pkg: "", typ: $funcType([sliceType$1], [], false)}];
	StreamReader.init("", [{prop: "S", name: "S", embedded: false, exported: true, typ: Stream, tag: ""}, {prop: "R", name: "R", embedded: false, exported: true, typ: io.Reader, tag: ""}]);
	AEAD.init([{prop: "NonceSize", name: "NonceSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Open", name: "Open", pkg: "", typ: $funcType([sliceType$1, sliceType$1, sliceType$1, sliceType$1], [sliceType$1, $error], false)}, {prop: "Overhead", name: "Overhead", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Seal", name: "Seal", pkg: "", typ: $funcType([sliceType$1, sliceType$1, sliceType$1, sliceType$1], [sliceType$1], false)}]);
	gcmAble.init([{prop: "NewGCM", name: "NewGCM", pkg: "", typ: $funcType([$Int, $Int], [AEAD, $error], false)}]);
	gcmFieldElement.init("crypto/cipher", [{prop: "low", name: "low", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "high", name: "high", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	gcm.init("crypto/cipher", [{prop: "cipher", name: "cipher", embedded: false, exported: false, typ: Block, tag: ""}, {prop: "nonceSize", name: "nonceSize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "tagSize", name: "tagSize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "productTable", name: "productTable", embedded: false, exported: false, typ: arrayType$1, tag: ""}]);
	ctr.init("crypto/cipher", [{prop: "b", name: "b", embedded: false, exported: false, typ: Block, tag: ""}, {prop: "ctr", name: "ctr", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "out", name: "out", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "outUsed", name: "outUsed", embedded: false, exported: false, typ: $Int, tag: ""}]);
	ctrAble.init([{prop: "NewCTR", name: "NewCTR", pkg: "", typ: $funcType([sliceType$1], [Stream], false)}]);
	Block.init([{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Decrypt", name: "Decrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}, {prop: "Encrypt", name: "Encrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}]);
	Stream.init([{prop: "XORKeyStream", name: "XORKeyStream", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}]);
	BlockMode.init([{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "CryptBlocks", name: "CryptBlocks", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}]);
	cbc.init("crypto/cipher", [{prop: "b", name: "b", embedded: false, exported: false, typ: Block, tag: ""}, {prop: "blockSize", name: "blockSize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "iv", name: "iv", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "tmp", name: "tmp", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	cbcEncrypter.init("crypto/cipher", [{prop: "b", name: "b", embedded: false, exported: false, typ: Block, tag: ""}, {prop: "blockSize", name: "blockSize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "iv", name: "iv", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "tmp", name: "tmp", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	cbcEncAble.init([{prop: "NewCBCEncrypter", name: "NewCBCEncrypter", pkg: "", typ: $funcType([sliceType$1], [BlockMode], false)}]);
	cbcDecrypter.init("crypto/cipher", [{prop: "b", name: "b", embedded: false, exported: false, typ: Block, tag: ""}, {prop: "blockSize", name: "blockSize", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "iv", name: "iv", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "tmp", name: "tmp", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	cbcDecAble.init([{prop: "NewCBCDecrypter", name: "NewCBCDecrypter", pkg: "", typ: $funcType([sliceType$1], [BlockMode], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle$1.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		errOpen = errors.New("cipher: message authentication failed");
		gcmReductionTable = new sliceType([0, 7200, 14400, 9312, 28800, 27808, 18624, 21728, 57600, 64800, 55616, 50528, 37248, 36256, 43456, 46560]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/aes"] = (function() {
	var $pkg = {}, $init, cipher, subtle, binary, strconv, aesCipher, KeySizeError, sliceType, sliceType$1, ptrType, powx, sbox0, sbox1, te0, te1, te2, te3, td0, td1, td2, td3, newCipher, NewCipher, newCipherGeneric, encryptBlockGo, decryptBlockGo, subw, rotw, expandKeyGo;
	cipher = $packages["crypto/cipher"];
	subtle = $packages["crypto/internal/subtle"];
	binary = $packages["encoding/binary"];
	strconv = $packages["strconv"];
	aesCipher = $pkg.aesCipher = $newType(0, $kindStruct, "aes.aesCipher", true, "crypto/aes", false, function(enc_, dec_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.enc = sliceType.nil;
			this.dec = sliceType.nil;
			return;
		}
		this.enc = enc_;
		this.dec = dec_;
	});
	KeySizeError = $pkg.KeySizeError = $newType(4, $kindInt, "aes.KeySizeError", true, "crypto/aes", true, null);
	sliceType = $sliceType($Uint32);
	sliceType$1 = $sliceType($Uint8);
	ptrType = $ptrType(aesCipher);
	newCipher = function(key) {
		var key;
		return newCipherGeneric(key);
	};
	KeySizeError.prototype.Error = function() {
		var k;
		k = this.$val;
		return "crypto/aes: invalid key size " + strconv.Itoa(((k >> 0)));
	};
	$ptrType(KeySizeError).prototype.Error = function() { return new KeySizeError(this.$get()).Error(); };
	NewCipher = function(key) {
		var _1, k, key;
		k = key.$length;
		switch (0) { default:
			_1 = k;
			if ((_1 === (16)) || (_1 === (24)) || (_1 === (32))) {
				break;
			} else {
				return [$ifaceNil, new KeySizeError(((k >> 0)))];
			}
		}
		return newCipher(key);
	};
	$pkg.NewCipher = NewCipher;
	newCipherGeneric = function(key) {
		var c, key, n;
		n = key.$length + 28 >> 0;
		c = new aesCipher.ptr($makeSlice(sliceType, n), $makeSlice(sliceType, n));
		expandKeyGo(key, c.enc, c.dec);
		return [c, $ifaceNil];
	};
	aesCipher.ptr.prototype.BlockSize = function() {
		var c;
		c = this;
		return 16;
	};
	aesCipher.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	aesCipher.ptr.prototype.Encrypt = function(dst, src) {
		var c, dst, src;
		c = this;
		if (src.$length < 16) {
			$panic(new $String("crypto/aes: input not full block"));
		}
		if (dst.$length < 16) {
			$panic(new $String("crypto/aes: output not full block"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, 16), $subslice(src, 0, 16))) {
			$panic(new $String("crypto/aes: invalid buffer overlap"));
		}
		encryptBlockGo(c.enc, dst, src);
	};
	aesCipher.prototype.Encrypt = function(dst, src) { return this.$val.Encrypt(dst, src); };
	aesCipher.ptr.prototype.Decrypt = function(dst, src) {
		var c, dst, src;
		c = this;
		if (src.$length < 16) {
			$panic(new $String("crypto/aes: input not full block"));
		}
		if (dst.$length < 16) {
			$panic(new $String("crypto/aes: output not full block"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, 16), $subslice(src, 0, 16))) {
			$panic(new $String("crypto/aes: invalid buffer overlap"));
		}
		decryptBlockGo(c.dec, dst, src);
	};
	aesCipher.prototype.Decrypt = function(dst, src) { return this.$val.Decrypt(dst, src); };
	encryptBlockGo = function(xk, dst, src) {
		var _q, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, dst, k, nr, r, s0, s1, s2, s3, src, t0, t1, t2, t3, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$5, x$6, x$7, x$8, x$9, xk;
		$unused((15 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 15]));
		s0 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 0, 4));
		s1 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 4, 8));
		s2 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 8, 12));
		s3 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 12, 16));
		s0 = (s0 ^ ((0 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 0]))) >>> 0;
		s1 = (s1 ^ ((1 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 1]))) >>> 0;
		s2 = (s2 ^ ((2 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 2]))) >>> 0;
		s3 = (s3 ^ ((3 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 3]))) >>> 0;
		nr = (_q = xk.$length / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) - 2 >> 0;
		k = 4;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = 0;
		t0 = _tmp;
		t1 = _tmp$1;
		t2 = _tmp$2;
		t3 = _tmp$3;
		r = 0;
		while (true) {
			if (!(r < nr)) { break; }
			t0 = ((((((((x = k + 0 >> 0, ((x < 0 || x >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x])) ^ (x$1 = (((s0 >>> 24 >>> 0) << 24 >>> 24)), ((x$1 < 0 || x$1 >= te0.length) ? ($throwRuntimeError("index out of range"), undefined) : te0[x$1]))) >>> 0) ^ (x$2 = (((s1 >>> 16 >>> 0) << 24 >>> 24)), ((x$2 < 0 || x$2 >= te1.length) ? ($throwRuntimeError("index out of range"), undefined) : te1[x$2]))) >>> 0) ^ (x$3 = (((s2 >>> 8 >>> 0) << 24 >>> 24)), ((x$3 < 0 || x$3 >= te2.length) ? ($throwRuntimeError("index out of range"), undefined) : te2[x$3]))) >>> 0) ^ (x$4 = ((s3 << 24 >>> 24)), ((x$4 < 0 || x$4 >= te3.length) ? ($throwRuntimeError("index out of range"), undefined) : te3[x$4]))) >>> 0;
			t1 = ((((((((x$5 = k + 1 >> 0, ((x$5 < 0 || x$5 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$5])) ^ (x$6 = (((s1 >>> 24 >>> 0) << 24 >>> 24)), ((x$6 < 0 || x$6 >= te0.length) ? ($throwRuntimeError("index out of range"), undefined) : te0[x$6]))) >>> 0) ^ (x$7 = (((s2 >>> 16 >>> 0) << 24 >>> 24)), ((x$7 < 0 || x$7 >= te1.length) ? ($throwRuntimeError("index out of range"), undefined) : te1[x$7]))) >>> 0) ^ (x$8 = (((s3 >>> 8 >>> 0) << 24 >>> 24)), ((x$8 < 0 || x$8 >= te2.length) ? ($throwRuntimeError("index out of range"), undefined) : te2[x$8]))) >>> 0) ^ (x$9 = ((s0 << 24 >>> 24)), ((x$9 < 0 || x$9 >= te3.length) ? ($throwRuntimeError("index out of range"), undefined) : te3[x$9]))) >>> 0;
			t2 = ((((((((x$10 = k + 2 >> 0, ((x$10 < 0 || x$10 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$10])) ^ (x$11 = (((s2 >>> 24 >>> 0) << 24 >>> 24)), ((x$11 < 0 || x$11 >= te0.length) ? ($throwRuntimeError("index out of range"), undefined) : te0[x$11]))) >>> 0) ^ (x$12 = (((s3 >>> 16 >>> 0) << 24 >>> 24)), ((x$12 < 0 || x$12 >= te1.length) ? ($throwRuntimeError("index out of range"), undefined) : te1[x$12]))) >>> 0) ^ (x$13 = (((s0 >>> 8 >>> 0) << 24 >>> 24)), ((x$13 < 0 || x$13 >= te2.length) ? ($throwRuntimeError("index out of range"), undefined) : te2[x$13]))) >>> 0) ^ (x$14 = ((s1 << 24 >>> 24)), ((x$14 < 0 || x$14 >= te3.length) ? ($throwRuntimeError("index out of range"), undefined) : te3[x$14]))) >>> 0;
			t3 = ((((((((x$15 = k + 3 >> 0, ((x$15 < 0 || x$15 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$15])) ^ (x$16 = (((s3 >>> 24 >>> 0) << 24 >>> 24)), ((x$16 < 0 || x$16 >= te0.length) ? ($throwRuntimeError("index out of range"), undefined) : te0[x$16]))) >>> 0) ^ (x$17 = (((s0 >>> 16 >>> 0) << 24 >>> 24)), ((x$17 < 0 || x$17 >= te1.length) ? ($throwRuntimeError("index out of range"), undefined) : te1[x$17]))) >>> 0) ^ (x$18 = (((s1 >>> 8 >>> 0) << 24 >>> 24)), ((x$18 < 0 || x$18 >= te2.length) ? ($throwRuntimeError("index out of range"), undefined) : te2[x$18]))) >>> 0) ^ (x$19 = ((s2 << 24 >>> 24)), ((x$19 < 0 || x$19 >= te3.length) ? ($throwRuntimeError("index out of range"), undefined) : te3[x$19]))) >>> 0;
			k = k + (4) >> 0;
			_tmp$4 = t0;
			_tmp$5 = t1;
			_tmp$6 = t2;
			_tmp$7 = t3;
			s0 = _tmp$4;
			s1 = _tmp$5;
			s2 = _tmp$6;
			s3 = _tmp$7;
			r = r + (1) >> 0;
		}
		s0 = (((((((((x$20 = t0 >>> 24 >>> 0, ((x$20 < 0 || x$20 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$20])) >>> 0)) << 24 >>> 0) | ((((x$21 = ((t1 >>> 16 >>> 0) & 255) >>> 0, ((x$21 < 0 || x$21 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$21])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$22 = ((t2 >>> 8 >>> 0) & 255) >>> 0, ((x$22 < 0 || x$22 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$22])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$23 = (t3 & 255) >>> 0, ((x$23 < 0 || x$23 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$23])) >>> 0))) >>> 0;
		s1 = (((((((((x$24 = t1 >>> 24 >>> 0, ((x$24 < 0 || x$24 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$24])) >>> 0)) << 24 >>> 0) | ((((x$25 = ((t2 >>> 16 >>> 0) & 255) >>> 0, ((x$25 < 0 || x$25 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$25])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$26 = ((t3 >>> 8 >>> 0) & 255) >>> 0, ((x$26 < 0 || x$26 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$26])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$27 = (t0 & 255) >>> 0, ((x$27 < 0 || x$27 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$27])) >>> 0))) >>> 0;
		s2 = (((((((((x$28 = t2 >>> 24 >>> 0, ((x$28 < 0 || x$28 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$28])) >>> 0)) << 24 >>> 0) | ((((x$29 = ((t3 >>> 16 >>> 0) & 255) >>> 0, ((x$29 < 0 || x$29 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$29])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$30 = ((t0 >>> 8 >>> 0) & 255) >>> 0, ((x$30 < 0 || x$30 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$30])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$31 = (t1 & 255) >>> 0, ((x$31 < 0 || x$31 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$31])) >>> 0))) >>> 0;
		s3 = (((((((((x$32 = t3 >>> 24 >>> 0, ((x$32 < 0 || x$32 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$32])) >>> 0)) << 24 >>> 0) | ((((x$33 = ((t0 >>> 16 >>> 0) & 255) >>> 0, ((x$33 < 0 || x$33 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$33])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$34 = ((t1 >>> 8 >>> 0) & 255) >>> 0, ((x$34 < 0 || x$34 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$34])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$35 = (t2 & 255) >>> 0, ((x$35 < 0 || x$35 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$35])) >>> 0))) >>> 0;
		s0 = (s0 ^ ((x$36 = k + 0 >> 0, ((x$36 < 0 || x$36 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$36])))) >>> 0;
		s1 = (s1 ^ ((x$37 = k + 1 >> 0, ((x$37 < 0 || x$37 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$37])))) >>> 0;
		s2 = (s2 ^ ((x$38 = k + 2 >> 0, ((x$38 < 0 || x$38 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$38])))) >>> 0;
		s3 = (s3 ^ ((x$39 = k + 3 >> 0, ((x$39 < 0 || x$39 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$39])))) >>> 0;
		$unused((15 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 15]));
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 0, 4), s0);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 4, 8), s1);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 8, 12), s2);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 12, 16), s3);
	};
	decryptBlockGo = function(xk, dst, src) {
		var _q, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, dst, k, nr, r, s0, s1, s2, s3, src, t0, t1, t2, t3, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$5, x$6, x$7, x$8, x$9, xk;
		$unused((15 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 15]));
		s0 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 0, 4));
		s1 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 4, 8));
		s2 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 8, 12));
		s3 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(src, 12, 16));
		s0 = (s0 ^ ((0 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 0]))) >>> 0;
		s1 = (s1 ^ ((1 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 1]))) >>> 0;
		s2 = (s2 ^ ((2 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 2]))) >>> 0;
		s3 = (s3 ^ ((3 >= xk.$length ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + 3]))) >>> 0;
		nr = (_q = xk.$length / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) - 2 >> 0;
		k = 4;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = 0;
		t0 = _tmp;
		t1 = _tmp$1;
		t2 = _tmp$2;
		t3 = _tmp$3;
		r = 0;
		while (true) {
			if (!(r < nr)) { break; }
			t0 = ((((((((x = k + 0 >> 0, ((x < 0 || x >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x])) ^ (x$1 = (((s0 >>> 24 >>> 0) << 24 >>> 24)), ((x$1 < 0 || x$1 >= td0.length) ? ($throwRuntimeError("index out of range"), undefined) : td0[x$1]))) >>> 0) ^ (x$2 = (((s3 >>> 16 >>> 0) << 24 >>> 24)), ((x$2 < 0 || x$2 >= td1.length) ? ($throwRuntimeError("index out of range"), undefined) : td1[x$2]))) >>> 0) ^ (x$3 = (((s2 >>> 8 >>> 0) << 24 >>> 24)), ((x$3 < 0 || x$3 >= td2.length) ? ($throwRuntimeError("index out of range"), undefined) : td2[x$3]))) >>> 0) ^ (x$4 = ((s1 << 24 >>> 24)), ((x$4 < 0 || x$4 >= td3.length) ? ($throwRuntimeError("index out of range"), undefined) : td3[x$4]))) >>> 0;
			t1 = ((((((((x$5 = k + 1 >> 0, ((x$5 < 0 || x$5 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$5])) ^ (x$6 = (((s1 >>> 24 >>> 0) << 24 >>> 24)), ((x$6 < 0 || x$6 >= td0.length) ? ($throwRuntimeError("index out of range"), undefined) : td0[x$6]))) >>> 0) ^ (x$7 = (((s0 >>> 16 >>> 0) << 24 >>> 24)), ((x$7 < 0 || x$7 >= td1.length) ? ($throwRuntimeError("index out of range"), undefined) : td1[x$7]))) >>> 0) ^ (x$8 = (((s3 >>> 8 >>> 0) << 24 >>> 24)), ((x$8 < 0 || x$8 >= td2.length) ? ($throwRuntimeError("index out of range"), undefined) : td2[x$8]))) >>> 0) ^ (x$9 = ((s2 << 24 >>> 24)), ((x$9 < 0 || x$9 >= td3.length) ? ($throwRuntimeError("index out of range"), undefined) : td3[x$9]))) >>> 0;
			t2 = ((((((((x$10 = k + 2 >> 0, ((x$10 < 0 || x$10 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$10])) ^ (x$11 = (((s2 >>> 24 >>> 0) << 24 >>> 24)), ((x$11 < 0 || x$11 >= td0.length) ? ($throwRuntimeError("index out of range"), undefined) : td0[x$11]))) >>> 0) ^ (x$12 = (((s1 >>> 16 >>> 0) << 24 >>> 24)), ((x$12 < 0 || x$12 >= td1.length) ? ($throwRuntimeError("index out of range"), undefined) : td1[x$12]))) >>> 0) ^ (x$13 = (((s0 >>> 8 >>> 0) << 24 >>> 24)), ((x$13 < 0 || x$13 >= td2.length) ? ($throwRuntimeError("index out of range"), undefined) : td2[x$13]))) >>> 0) ^ (x$14 = ((s3 << 24 >>> 24)), ((x$14 < 0 || x$14 >= td3.length) ? ($throwRuntimeError("index out of range"), undefined) : td3[x$14]))) >>> 0;
			t3 = ((((((((x$15 = k + 3 >> 0, ((x$15 < 0 || x$15 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$15])) ^ (x$16 = (((s3 >>> 24 >>> 0) << 24 >>> 24)), ((x$16 < 0 || x$16 >= td0.length) ? ($throwRuntimeError("index out of range"), undefined) : td0[x$16]))) >>> 0) ^ (x$17 = (((s2 >>> 16 >>> 0) << 24 >>> 24)), ((x$17 < 0 || x$17 >= td1.length) ? ($throwRuntimeError("index out of range"), undefined) : td1[x$17]))) >>> 0) ^ (x$18 = (((s1 >>> 8 >>> 0) << 24 >>> 24)), ((x$18 < 0 || x$18 >= td2.length) ? ($throwRuntimeError("index out of range"), undefined) : td2[x$18]))) >>> 0) ^ (x$19 = ((s0 << 24 >>> 24)), ((x$19 < 0 || x$19 >= td3.length) ? ($throwRuntimeError("index out of range"), undefined) : td3[x$19]))) >>> 0;
			k = k + (4) >> 0;
			_tmp$4 = t0;
			_tmp$5 = t1;
			_tmp$6 = t2;
			_tmp$7 = t3;
			s0 = _tmp$4;
			s1 = _tmp$5;
			s2 = _tmp$6;
			s3 = _tmp$7;
			r = r + (1) >> 0;
		}
		s0 = (((((((((x$20 = t0 >>> 24 >>> 0, ((x$20 < 0 || x$20 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$20])) >>> 0)) << 24 >>> 0) | ((((x$21 = ((t3 >>> 16 >>> 0) & 255) >>> 0, ((x$21 < 0 || x$21 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$21])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$22 = ((t2 >>> 8 >>> 0) & 255) >>> 0, ((x$22 < 0 || x$22 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$22])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$23 = (t1 & 255) >>> 0, ((x$23 < 0 || x$23 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$23])) >>> 0))) >>> 0;
		s1 = (((((((((x$24 = t1 >>> 24 >>> 0, ((x$24 < 0 || x$24 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$24])) >>> 0)) << 24 >>> 0) | ((((x$25 = ((t0 >>> 16 >>> 0) & 255) >>> 0, ((x$25 < 0 || x$25 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$25])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$26 = ((t3 >>> 8 >>> 0) & 255) >>> 0, ((x$26 < 0 || x$26 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$26])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$27 = (t2 & 255) >>> 0, ((x$27 < 0 || x$27 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$27])) >>> 0))) >>> 0;
		s2 = (((((((((x$28 = t2 >>> 24 >>> 0, ((x$28 < 0 || x$28 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$28])) >>> 0)) << 24 >>> 0) | ((((x$29 = ((t1 >>> 16 >>> 0) & 255) >>> 0, ((x$29 < 0 || x$29 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$29])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$30 = ((t0 >>> 8 >>> 0) & 255) >>> 0, ((x$30 < 0 || x$30 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$30])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$31 = (t3 & 255) >>> 0, ((x$31 < 0 || x$31 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$31])) >>> 0))) >>> 0;
		s3 = (((((((((x$32 = t3 >>> 24 >>> 0, ((x$32 < 0 || x$32 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$32])) >>> 0)) << 24 >>> 0) | ((((x$33 = ((t2 >>> 16 >>> 0) & 255) >>> 0, ((x$33 < 0 || x$33 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$33])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$34 = ((t1 >>> 8 >>> 0) & 255) >>> 0, ((x$34 < 0 || x$34 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$34])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$35 = (t0 & 255) >>> 0, ((x$35 < 0 || x$35 >= sbox1.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox1[x$35])) >>> 0))) >>> 0;
		s0 = (s0 ^ ((x$36 = k + 0 >> 0, ((x$36 < 0 || x$36 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$36])))) >>> 0;
		s1 = (s1 ^ ((x$37 = k + 1 >> 0, ((x$37 < 0 || x$37 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$37])))) >>> 0;
		s2 = (s2 ^ ((x$38 = k + 2 >> 0, ((x$38 < 0 || x$38 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$38])))) >>> 0;
		s3 = (s3 ^ ((x$39 = k + 3 >> 0, ((x$39 < 0 || x$39 >= xk.$length) ? ($throwRuntimeError("index out of range"), undefined) : xk.$array[xk.$offset + x$39])))) >>> 0;
		$unused((15 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 15]));
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 0, 4), s0);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 4, 8), s1);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 8, 12), s2);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(dst, 12, 16), s3);
	};
	subw = function(w) {
		var w, x, x$1, x$2, x$3;
		return (((((((((x = w >>> 24 >>> 0, ((x < 0 || x >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x])) >>> 0)) << 24 >>> 0) | ((((x$1 = ((w >>> 16 >>> 0) & 255) >>> 0, ((x$1 < 0 || x$1 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$1])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$2 = ((w >>> 8 >>> 0) & 255) >>> 0, ((x$2 < 0 || x$2 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$2])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$3 = (w & 255) >>> 0, ((x$3 < 0 || x$3 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$3])) >>> 0))) >>> 0;
	};
	rotw = function(w) {
		var w;
		return ((w << 8 >>> 0) | (w >>> 24 >>> 0)) >>> 0;
	};
	expandKeyGo = function(key, enc, dec) {
		var _q, _q$1, _r, _r$1, dec, ei, enc, i, i$1, j, key, n, nk, t, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		i = 0;
		nk = (_q = key.$length / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		i = 0;
		while (true) {
			if (!(i < nk)) { break; }
			((i < 0 || i >= enc.$length) ? ($throwRuntimeError("index out of range"), undefined) : enc.$array[enc.$offset + i] = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(key, ($imul(4, i)))));
			i = i + (1) >> 0;
		}
		while (true) {
			if (!(i < enc.$length)) { break; }
			t = (x = i - 1 >> 0, ((x < 0 || x >= enc.$length) ? ($throwRuntimeError("index out of range"), undefined) : enc.$array[enc.$offset + x]));
			if ((_r = i % nk, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0) {
				t = (subw(rotw(t)) ^ (((((x$1 = (_q$1 = i / nk, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) - 1 >> 0, ((x$1 < 0 || x$1 >= powx.length) ? ($throwRuntimeError("index out of range"), undefined) : powx[x$1])) >>> 0)) << 24 >>> 0))) >>> 0;
			} else if (nk > 6 && ((_r$1 = i % nk, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 4)) {
				t = subw(t);
			}
			((i < 0 || i >= enc.$length) ? ($throwRuntimeError("index out of range"), undefined) : enc.$array[enc.$offset + i] = (((x$2 = i - nk >> 0, ((x$2 < 0 || x$2 >= enc.$length) ? ($throwRuntimeError("index out of range"), undefined) : enc.$array[enc.$offset + x$2])) ^ t) >>> 0));
			i = i + (1) >> 0;
		}
		if (dec === sliceType.nil) {
			return;
		}
		n = enc.$length;
		i$1 = 0;
		while (true) {
			if (!(i$1 < n)) { break; }
			ei = (n - i$1 >> 0) - 4 >> 0;
			j = 0;
			while (true) {
				if (!(j < 4)) { break; }
				x$4 = (x$3 = ei + j >> 0, ((x$3 < 0 || x$3 >= enc.$length) ? ($throwRuntimeError("index out of range"), undefined) : enc.$array[enc.$offset + x$3]));
				if (i$1 > 0 && (i$1 + 4 >> 0) < n) {
					x$4 = ((((((x$5 = (x$6 = x$4 >>> 24 >>> 0, ((x$6 < 0 || x$6 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$6])), ((x$5 < 0 || x$5 >= td0.length) ? ($throwRuntimeError("index out of range"), undefined) : td0[x$5])) ^ (x$7 = (x$8 = ((x$4 >>> 16 >>> 0) & 255) >>> 0, ((x$8 < 0 || x$8 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$8])), ((x$7 < 0 || x$7 >= td1.length) ? ($throwRuntimeError("index out of range"), undefined) : td1[x$7]))) >>> 0) ^ (x$9 = (x$10 = ((x$4 >>> 8 >>> 0) & 255) >>> 0, ((x$10 < 0 || x$10 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$10])), ((x$9 < 0 || x$9 >= td2.length) ? ($throwRuntimeError("index out of range"), undefined) : td2[x$9]))) >>> 0) ^ (x$11 = (x$12 = (x$4 & 255) >>> 0, ((x$12 < 0 || x$12 >= sbox0.length) ? ($throwRuntimeError("index out of range"), undefined) : sbox0[x$12])), ((x$11 < 0 || x$11 >= td3.length) ? ($throwRuntimeError("index out of range"), undefined) : td3[x$11]))) >>> 0;
				}
				(x$13 = i$1 + j >> 0, ((x$13 < 0 || x$13 >= dec.$length) ? ($throwRuntimeError("index out of range"), undefined) : dec.$array[dec.$offset + x$13] = x$4));
				j = j + (1) >> 0;
			}
			i$1 = i$1 + (4) >> 0;
		}
	};
	ptrType.methods = [{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encrypt", name: "Encrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}, {prop: "Decrypt", name: "Decrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}];
	KeySizeError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	aesCipher.init("crypto/aes", [{prop: "enc", name: "enc", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "dec", name: "dec", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = cipher.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		powx = $toNativeArray($kindUint8, [1, 2, 4, 8, 16, 32, 64, 128, 27, 54, 108, 216, 171, 77, 154, 47]);
		sbox0 = $toNativeArray($kindUint8, [99, 124, 119, 123, 242, 107, 111, 197, 48, 1, 103, 43, 254, 215, 171, 118, 202, 130, 201, 125, 250, 89, 71, 240, 173, 212, 162, 175, 156, 164, 114, 192, 183, 253, 147, 38, 54, 63, 247, 204, 52, 165, 229, 241, 113, 216, 49, 21, 4, 199, 35, 195, 24, 150, 5, 154, 7, 18, 128, 226, 235, 39, 178, 117, 9, 131, 44, 26, 27, 110, 90, 160, 82, 59, 214, 179, 41, 227, 47, 132, 83, 209, 0, 237, 32, 252, 177, 91, 106, 203, 190, 57, 74, 76, 88, 207, 208, 239, 170, 251, 67, 77, 51, 133, 69, 249, 2, 127, 80, 60, 159, 168, 81, 163, 64, 143, 146, 157, 56, 245, 188, 182, 218, 33, 16, 255, 243, 210, 205, 12, 19, 236, 95, 151, 68, 23, 196, 167, 126, 61, 100, 93, 25, 115, 96, 129, 79, 220, 34, 42, 144, 136, 70, 238, 184, 20, 222, 94, 11, 219, 224, 50, 58, 10, 73, 6, 36, 92, 194, 211, 172, 98, 145, 149, 228, 121, 231, 200, 55, 109, 141, 213, 78, 169, 108, 86, 244, 234, 101, 122, 174, 8, 186, 120, 37, 46, 28, 166, 180, 198, 232, 221, 116, 31, 75, 189, 139, 138, 112, 62, 181, 102, 72, 3, 246, 14, 97, 53, 87, 185, 134, 193, 29, 158, 225, 248, 152, 17, 105, 217, 142, 148, 155, 30, 135, 233, 206, 85, 40, 223, 140, 161, 137, 13, 191, 230, 66, 104, 65, 153, 45, 15, 176, 84, 187, 22]);
		sbox1 = $toNativeArray($kindUint8, [82, 9, 106, 213, 48, 54, 165, 56, 191, 64, 163, 158, 129, 243, 215, 251, 124, 227, 57, 130, 155, 47, 255, 135, 52, 142, 67, 68, 196, 222, 233, 203, 84, 123, 148, 50, 166, 194, 35, 61, 238, 76, 149, 11, 66, 250, 195, 78, 8, 46, 161, 102, 40, 217, 36, 178, 118, 91, 162, 73, 109, 139, 209, 37, 114, 248, 246, 100, 134, 104, 152, 22, 212, 164, 92, 204, 93, 101, 182, 146, 108, 112, 72, 80, 253, 237, 185, 218, 94, 21, 70, 87, 167, 141, 157, 132, 144, 216, 171, 0, 140, 188, 211, 10, 247, 228, 88, 5, 184, 179, 69, 6, 208, 44, 30, 143, 202, 63, 15, 2, 193, 175, 189, 3, 1, 19, 138, 107, 58, 145, 17, 65, 79, 103, 220, 234, 151, 242, 207, 206, 240, 180, 230, 115, 150, 172, 116, 34, 231, 173, 53, 133, 226, 249, 55, 232, 28, 117, 223, 110, 71, 241, 26, 113, 29, 41, 197, 137, 111, 183, 98, 14, 170, 24, 190, 27, 252, 86, 62, 75, 198, 210, 121, 32, 154, 219, 192, 254, 120, 205, 90, 244, 31, 221, 168, 51, 136, 7, 199, 49, 177, 18, 16, 89, 39, 128, 236, 95, 96, 81, 127, 169, 25, 181, 74, 13, 45, 229, 122, 159, 147, 201, 156, 239, 160, 224, 59, 77, 174, 42, 245, 176, 200, 235, 187, 60, 131, 83, 153, 97, 23, 43, 4, 126, 186, 119, 214, 38, 225, 105, 20, 99, 85, 33, 12, 125]);
		te0 = $toNativeArray($kindUint32, [3328402341, 4168907908, 4000806809, 4135287693, 4294111757, 3597364157, 3731845041, 2445657428, 1613770832, 33620227, 3462883241, 1445669757, 3892248089, 3050821474, 1303096294, 3967186586, 2412431941, 528646813, 2311702848, 4202528135, 4026202645, 2992200171, 2387036105, 4226871307, 1101901292, 3017069671, 1604494077, 1169141738, 597466303, 1403299063, 3832705686, 2613100635, 1974974402, 3791519004, 1033081774, 1277568618, 1815492186, 2118074177, 4126668546, 2211236943, 1748251740, 1369810420, 3521504564, 4193382664, 3799085459, 2883115123, 1647391059, 706024767, 134480908, 2512897874, 1176707941, 2646852446, 806885416, 932615841, 168101135, 798661301, 235341577, 605164086, 461406363, 3756188221, 3454790438, 1311188841, 2142417613, 3933566367, 302582043, 495158174, 1479289972, 874125870, 907746093, 3698224818, 3025820398, 1537253627, 2756858614, 1983593293, 3084310113, 2108928974, 1378429307, 3722699582, 1580150641, 327451799, 2790478837, 3117535592, 0, 3253595436, 1075847264, 3825007647, 2041688520, 3059440621, 3563743934, 2378943302, 1740553945, 1916352843, 2487896798, 2555137236, 2958579944, 2244988746, 3151024235, 3320835882, 1336584933, 3992714006, 2252555205, 2588757463, 1714631509, 293963156, 2319795663, 3925473552, 67240454, 4269768577, 2689618160, 2017213508, 631218106, 1269344483, 2723238387, 1571005438, 2151694528, 93294474, 1066570413, 563977660, 1882732616, 4059428100, 1673313503, 2008463041, 2950355573, 1109467491, 537923632, 3858759450, 4260623118, 3218264685, 2177748300, 403442708, 638784309, 3287084079, 3193921505, 899127202, 2286175436, 773265209, 2479146071, 1437050866, 4236148354, 2050833735, 3362022572, 3126681063, 840505643, 3866325909, 3227541664, 427917720, 2655997905, 2749160575, 1143087718, 1412049534, 999329963, 193497219, 2353415882, 3354324521, 1807268051, 672404540, 2816401017, 3160301282, 369822493, 2916866934, 3688947771, 1681011286, 1949973070, 336202270, 2454276571, 201721354, 1210328172, 3093060836, 2680341085, 3184776046, 1135389935, 3294782118, 965841320, 831886756, 3554993207, 4068047243, 3588745010, 2345191491, 1849112409, 3664604599, 26054028, 2983581028, 2622377682, 1235855840, 3630984372, 2891339514, 4092916743, 3488279077, 3395642799, 4101667470, 1202630377, 268961816, 1874508501, 4034427016, 1243948399, 1546530418, 941366308, 1470539505, 1941222599, 2546386513, 3421038627, 2715671932, 3899946140, 1042226977, 2521517021, 1639824860, 227249030, 260737669, 3765465232, 2084453954, 1907733956, 3429263018, 2420656344, 100860677, 4160157185, 470683154, 3261161891, 1781871967, 2924959737, 1773779408, 394692241, 2579611992, 974986535, 664706745, 3655459128, 3958962195, 731420851, 571543859, 3530123707, 2849626480, 126783113, 865375399, 765172662, 1008606754, 361203602, 3387549984, 2278477385, 2857719295, 1344809080, 2782912378, 59542671, 1503764984, 160008576, 437062935, 1707065306, 3622233649, 2218934982, 3496503480, 2185314755, 697932208, 1512910199, 504303377, 2075177163, 2824099068, 1841019862, 739644986]);
		te1 = $toNativeArray($kindUint32, [2781242211, 2230877308, 2582542199, 2381740923, 234877682, 3184946027, 2984144751, 1418839493, 1348481072, 50462977, 2848876391, 2102799147, 434634494, 1656084439, 3863849899, 2599188086, 1167051466, 2636087938, 1082771913, 2281340285, 368048890, 3954334041, 3381544775, 201060592, 3963727277, 1739838676, 4250903202, 3930435503, 3206782108, 4149453988, 2531553906, 1536934080, 3262494647, 484572669, 2923271059, 1783375398, 1517041206, 1098792767, 49674231, 1334037708, 1550332980, 4098991525, 886171109, 150598129, 2481090929, 1940642008, 1398944049, 1059722517, 201851908, 1385547719, 1699095331, 1587397571, 674240536, 2704774806, 252314885, 3039795866, 151914247, 908333586, 2602270848, 1038082786, 651029483, 1766729511, 3447698098, 2682942837, 454166793, 2652734339, 1951935532, 775166490, 758520603, 3000790638, 4004797018, 4217086112, 4137964114, 1299594043, 1639438038, 3464344499, 2068982057, 1054729187, 1901997871, 2534638724, 4121318227, 1757008337, 0, 750906861, 1614815264, 535035132, 3363418545, 3988151131, 3201591914, 1183697867, 3647454910, 1265776953, 3734260298, 3566750796, 3903871064, 1250283471, 1807470800, 717615087, 3847203498, 384695291, 3313910595, 3617213773, 1432761139, 2484176261, 3481945413, 283769337, 100925954, 2180939647, 4037038160, 1148730428, 3123027871, 3813386408, 4087501137, 4267549603, 3229630528, 2315620239, 2906624658, 3156319645, 1215313976, 82966005, 3747855548, 3245848246, 1974459098, 1665278241, 807407632, 451280895, 251524083, 1841287890, 1283575245, 337120268, 891687699, 801369324, 3787349855, 2721421207, 3431482436, 959321879, 1469301956, 4065699751, 2197585534, 1199193405, 2898814052, 3887750493, 724703513, 2514908019, 2696962144, 2551808385, 3516813135, 2141445340, 1715741218, 2119445034, 2872807568, 2198571144, 3398190662, 700968686, 3547052216, 1009259540, 2041044702, 3803995742, 487983883, 1991105499, 1004265696, 1449407026, 1316239930, 504629770, 3683797321, 168560134, 1816667172, 3837287516, 1570751170, 1857934291, 4014189740, 2797888098, 2822345105, 2754712981, 936633572, 2347923833, 852879335, 1133234376, 1500395319, 3084545389, 2348912013, 1689376213, 3533459022, 3762923945, 3034082412, 4205598294, 133428468, 634383082, 2949277029, 2398386810, 3913789102, 403703816, 3580869306, 2297460856, 1867130149, 1918643758, 607656988, 4049053350, 3346248884, 1368901318, 600565992, 2090982877, 2632479860, 557719327, 3717614411, 3697393085, 2249034635, 2232388234, 2430627952, 1115438654, 3295786421, 2865522278, 3633334344, 84280067, 33027830, 303828494, 2747425121, 1600795957, 4188952407, 3496589753, 2434238086, 1486471617, 658119965, 3106381470, 953803233, 334231800, 3005978776, 857870609, 3151128937, 1890179545, 2298973838, 2805175444, 3056442267, 574365214, 2450884487, 550103529, 1233637070, 4289353045, 2018519080, 2057691103, 2399374476, 4166623649, 2148108681, 387583245, 3664101311, 836232934, 3330556482, 3100665960, 3280093505, 2955516313, 2002398509, 287182607, 3413881008, 4238890068, 3597515707, 975967766]);
		te2 = $toNativeArray($kindUint32, [1671808611, 2089089148, 2006576759, 2072901243, 4061003762, 1807603307, 1873927791, 3310653893, 810573872, 16974337, 1739181671, 729634347, 4263110654, 3613570519, 2883997099, 1989864566, 3393556426, 2191335298, 3376449993, 2106063485, 4195741690, 1508618841, 1204391495, 4027317232, 2917941677, 3563566036, 2734514082, 2951366063, 2629772188, 2767672228, 1922491506, 3227229120, 3082974647, 4246528509, 2477669779, 644500518, 911895606, 1061256767, 4144166391, 3427763148, 878471220, 2784252325, 3845444069, 4043897329, 1905517169, 3631459288, 827548209, 356461077, 67897348, 3344078279, 593839651, 3277757891, 405286936, 2527147926, 84871685, 2595565466, 118033927, 305538066, 2157648768, 3795705826, 3945188843, 661212711, 2999812018, 1973414517, 152769033, 2208177539, 745822252, 439235610, 455947803, 1857215598, 1525593178, 2700827552, 1391895634, 994932283, 3596728278, 3016654259, 695947817, 3812548067, 795958831, 2224493444, 1408607827, 3513301457, 0, 3979133421, 543178784, 4229948412, 2982705585, 1542305371, 1790891114, 3410398667, 3201918910, 961245753, 1256100938, 1289001036, 1491644504, 3477767631, 3496721360, 4012557807, 2867154858, 4212583931, 1137018435, 1305975373, 861234739, 2241073541, 1171229253, 4178635257, 33948674, 2139225727, 1357946960, 1011120188, 2679776671, 2833468328, 1374921297, 2751356323, 1086357568, 2408187279, 2460827538, 2646352285, 944271416, 4110742005, 3168756668, 3066132406, 3665145818, 560153121, 271589392, 4279952895, 4077846003, 3530407890, 3444343245, 202643468, 322250259, 3962553324, 1608629855, 2543990167, 1154254916, 389623319, 3294073796, 2817676711, 2122513534, 1028094525, 1689045092, 1575467613, 422261273, 1939203699, 1621147744, 2174228865, 1339137615, 3699352540, 577127458, 712922154, 2427141008, 2290289544, 1187679302, 3995715566, 3100863416, 339486740, 3732514782, 1591917662, 186455563, 3681988059, 3762019296, 844522546, 978220090, 169743370, 1239126601, 101321734, 611076132, 1558493276, 3260915650, 3547250131, 2901361580, 1655096418, 2443721105, 2510565781, 3828863972, 2039214713, 3878868455, 3359869896, 928607799, 1840765549, 2374762893, 3580146133, 1322425422, 2850048425, 1823791212, 1459268694, 4094161908, 3928346602, 1706019429, 2056189050, 2934523822, 135794696, 3134549946, 2022240376, 628050469, 779246638, 472135708, 2800834470, 3032970164, 3327236038, 3894660072, 3715932637, 1956440180, 522272287, 1272813131, 3185336765, 2340818315, 2323976074, 1888542832, 1044544574, 3049550261, 1722469478, 1222152264, 50660867, 4127324150, 236067854, 1638122081, 895445557, 1475980887, 3117443513, 2257655686, 3243809217, 489110045, 2662934430, 3778599393, 4162055160, 2561878936, 288563729, 1773916777, 3648039385, 2391345038, 2493985684, 2612407707, 505560094, 2274497927, 3911240169, 3460925390, 1442818645, 678973480, 3749357023, 2358182796, 2717407649, 2306869641, 219617805, 3218761151, 3862026214, 1120306242, 1756942440, 1103331905, 2578459033, 762796589, 252780047, 2966125488, 1425844308, 3151392187, 372911126]);
		te3 = $toNativeArray($kindUint32, [1667474886, 2088535288, 2004326894, 2071694838, 4075949567, 1802223062, 1869591006, 3318043793, 808472672, 16843522, 1734846926, 724270422, 4278065639, 3621216949, 2880169549, 1987484396, 3402253711, 2189597983, 3385409673, 2105378810, 4210693615, 1499065266, 1195886990, 4042263547, 2913856577, 3570689971, 2728590687, 2947541573, 2627518243, 2762274643, 1920112356, 3233831835, 3082273397, 4261223649, 2475929149, 640051788, 909531756, 1061110142, 4160160501, 3435941763, 875846760, 2779116625, 3857003729, 4059105529, 1903268834, 3638064043, 825316194, 353713962, 67374088, 3351728789, 589522246, 3284360861, 404236336, 2526454071, 84217610, 2593830191, 117901582, 303183396, 2155911963, 3806477791, 3958056653, 656894286, 2998062463, 1970642922, 151591698, 2206440989, 741110872, 437923380, 454765878, 1852748508, 1515908788, 2694904667, 1381168804, 993742198, 3604373943, 3014905469, 690584402, 3823320797, 791638366, 2223281939, 1398011302, 3520161977, 0, 3991743681, 538992704, 4244381667, 2981218425, 1532751286, 1785380564, 3419096717, 3200178535, 960056178, 1246420628, 1280103576, 1482221744, 3486468741, 3503319995, 4025428677, 2863326543, 4227536621, 1128514950, 1296947098, 859002214, 2240123921, 1162203018, 4193849577, 33687044, 2139062782, 1347481760, 1010582648, 2678045221, 2829640523, 1364325282, 2745433693, 1077985408, 2408548869, 2459086143, 2644360225, 943212656, 4126475505, 3166494563, 3065430391, 3671750063, 555836226, 269496352, 4294908645, 4092792573, 3537006015, 3452783745, 202118168, 320025894, 3974901699, 1600119230, 2543297077, 1145359496, 387397934, 3301201811, 2812801621, 2122220284, 1027426170, 1684319432, 1566435258, 421079858, 1936954854, 1616945344, 2172753945, 1330631070, 3705438115, 572679748, 707427924, 2425400123, 2290647819, 1179044492, 4008585671, 3099120491, 336870440, 3739122087, 1583276732, 185277718, 3688593069, 3772791771, 842159716, 976899700, 168435220, 1229577106, 101059084, 606366792, 1549591736, 3267517855, 3553849021, 2897014595, 1650632388, 2442242105, 2509612081, 3840161747, 2038008818, 3890688725, 3368567691, 926374254, 1835907034, 2374863873, 3587531953, 1313788572, 2846482505, 1819063512, 1448540844, 4109633523, 3941213647, 1701162954, 2054852340, 2930698567, 134748176, 3132806511, 2021165296, 623210314, 774795868, 471606328, 2795958615, 3031746419, 3334885783, 3907527627, 3722280097, 1953799400, 522133822, 1263263126, 3183336545, 2341176845, 2324333839, 1886425312, 1044267644, 3048588401, 1718004428, 1212733584, 50529542, 4143317495, 235803164, 1633788866, 892690282, 1465383342, 3115962473, 2256965911, 3250673817, 488449850, 2661202215, 3789633753, 4177007595, 2560144171, 286339874, 1768537042, 3654906025, 2391705863, 2492770099, 2610673197, 505291324, 2273808917, 3924369609, 3469625735, 1431699370, 673740880, 3755965093, 2358021891, 2711746649, 2307489801, 218961690, 3217021541, 3873845719, 1111672452, 1751693520, 1094828930, 2576986153, 757954394, 252645662, 2964376443, 1414855848, 3149649517, 370555436]);
		td0 = $toNativeArray($kindUint32, [1374988112, 2118214995, 437757123, 975658646, 1001089995, 530400753, 2902087851, 1273168787, 540080725, 2910219766, 2295101073, 4110568485, 1340463100, 3307916247, 641025152, 3043140495, 3736164937, 632953703, 1172967064, 1576976609, 3274667266, 2169303058, 2370213795, 1809054150, 59727847, 361929877, 3211623147, 2505202138, 3569255213, 1484005843, 1239443753, 2395588676, 1975683434, 4102977912, 2572697195, 666464733, 3202437046, 4035489047, 3374361702, 2110667444, 1675577880, 3843699074, 2538681184, 1649639237, 2976151520, 3144396420, 4269907996, 4178062228, 1883793496, 2403728665, 2497604743, 1383856311, 2876494627, 1917518562, 3810496343, 1716890410, 3001755655, 800440835, 2261089178, 3543599269, 807962610, 599762354, 33778362, 3977675356, 2328828971, 2809771154, 4077384432, 1315562145, 1708848333, 101039829, 3509871135, 3299278474, 875451293, 2733856160, 92987698, 2767645557, 193195065, 1080094634, 1584504582, 3178106961, 1042385657, 2531067453, 3711829422, 1306967366, 2438237621, 1908694277, 67556463, 1615861247, 429456164, 3602770327, 2302690252, 1742315127, 2968011453, 126454664, 3877198648, 2043211483, 2709260871, 2084704233, 4169408201, 0, 159417987, 841739592, 504459436, 1817866830, 4245618683, 260388950, 1034867998, 908933415, 168810852, 1750902305, 2606453969, 607530554, 202008497, 2472011535, 3035535058, 463180190, 2160117071, 1641816226, 1517767529, 470948374, 3801332234, 3231722213, 1008918595, 303765277, 235474187, 4069246893, 766945465, 337553864, 1475418501, 2943682380, 4003061179, 2743034109, 4144047775, 1551037884, 1147550661, 1543208500, 2336434550, 3408119516, 3069049960, 3102011747, 3610369226, 1113818384, 328671808, 2227573024, 2236228733, 3535486456, 2935566865, 3341394285, 496906059, 3702665459, 226906860, 2009195472, 733156972, 2842737049, 294930682, 1206477858, 2835123396, 2700099354, 1451044056, 573804783, 2269728455, 3644379585, 2362090238, 2564033334, 2801107407, 2776292904, 3669462566, 1068351396, 742039012, 1350078989, 1784663195, 1417561698, 4136440770, 2430122216, 775550814, 2193862645, 2673705150, 1775276924, 1876241833, 3475313331, 3366754619, 270040487, 3902563182, 3678124923, 3441850377, 1851332852, 3969562369, 2203032232, 3868552805, 2868897406, 566021896, 4011190502, 3135740889, 1248802510, 3936291284, 699432150, 832877231, 708780849, 3332740144, 899835584, 1951317047, 4236429990, 3767586992, 866637845, 4043610186, 1106041591, 2144161806, 395441711, 1984812685, 1139781709, 3433712980, 3835036895, 2664543715, 1282050075, 3240894392, 1181045119, 2640243204, 25965917, 4203181171, 4211818798, 3009879386, 2463879762, 3910161971, 1842759443, 2597806476, 933301370, 1509430414, 3943906441, 3467192302, 3076639029, 3776767469, 2051518780, 2631065433, 1441952575, 404016761, 1942435775, 1408749034, 1610459739, 3745345300, 2017778566, 3400528769, 3110650942, 941896748, 3265478751, 371049330, 3168937228, 675039627, 4279080257, 967311729, 135050206, 3635733660, 1683407248, 2076935265, 3576870512, 1215061108, 3501741890]);
		td1 = $toNativeArray($kindUint32, [1347548327, 1400783205, 3273267108, 2520393566, 3409685355, 4045380933, 2880240216, 2471224067, 1428173050, 4138563181, 2441661558, 636813900, 4233094615, 3620022987, 2149987652, 2411029155, 1239331162, 1730525723, 2554718734, 3781033664, 46346101, 310463728, 2743944855, 3328955385, 3875770207, 2501218972, 3955191162, 3667219033, 768917123, 3545789473, 692707433, 1150208456, 1786102409, 2029293177, 1805211710, 3710368113, 3065962831, 401639597, 1724457132, 3028143674, 409198410, 2196052529, 1620529459, 1164071807, 3769721975, 2226875310, 486441376, 2499348523, 1483753576, 428819965, 2274680428, 3075636216, 598438867, 3799141122, 1474502543, 711349675, 129166120, 53458370, 2592523643, 2782082824, 4063242375, 2988687269, 3120694122, 1559041666, 730517276, 2460449204, 4042459122, 2706270690, 3446004468, 3573941694, 533804130, 2328143614, 2637442643, 2695033685, 839224033, 1973745387, 957055980, 2856345839, 106852767, 1371368976, 4181598602, 1033297158, 2933734917, 1179510461, 3046200461, 91341917, 1862534868, 4284502037, 605657339, 2547432937, 3431546947, 2003294622, 3182487618, 2282195339, 954669403, 3682191598, 1201765386, 3917234703, 3388507166, 0, 2198438022, 1211247597, 2887651696, 1315723890, 4227665663, 1443857720, 507358933, 657861945, 1678381017, 560487590, 3516619604, 975451694, 2970356327, 261314535, 3535072918, 2652609425, 1333838021, 2724322336, 1767536459, 370938394, 182621114, 3854606378, 1128014560, 487725847, 185469197, 2918353863, 3106780840, 3356761769, 2237133081, 1286567175, 3152976349, 4255350624, 2683765030, 3160175349, 3309594171, 878443390, 1988838185, 3704300486, 1756818940, 1673061617, 3403100636, 272786309, 1075025698, 545572369, 2105887268, 4174560061, 296679730, 1841768865, 1260232239, 4091327024, 3960309330, 3497509347, 1814803222, 2578018489, 4195456072, 575138148, 3299409036, 446754879, 3629546796, 4011996048, 3347532110, 3252238545, 4270639778, 915985419, 3483825537, 681933534, 651868046, 2755636671, 3828103837, 223377554, 2607439820, 1649704518, 3270937875, 3901806776, 1580087799, 4118987695, 3198115200, 2087309459, 2842678573, 3016697106, 1003007129, 2802849917, 1860738147, 2077965243, 164439672, 4100872472, 32283319, 2827177882, 1709610350, 2125135846, 136428751, 3874428392, 3652904859, 3460984630, 3572145929, 3593056380, 2939266226, 824852259, 818324884, 3224740454, 930369212, 2801566410, 2967507152, 355706840, 1257309336, 4148292826, 243256656, 790073846, 2373340630, 1296297904, 1422699085, 3756299780, 3818836405, 457992840, 3099667487, 2135319889, 77422314, 1560382517, 1945798516, 788204353, 1521706781, 1385356242, 870912086, 325965383, 2358957921, 2050466060, 2388260884, 2313884476, 4006521127, 901210569, 3990953189, 1014646705, 1503449823, 1062597235, 2031621326, 3212035895, 3931371469, 1533017514, 350174575, 2256028891, 2177544179, 1052338372, 741876788, 1606591296, 1914052035, 213705253, 2334669897, 1107234197, 1899603969, 3725069491, 2631447780, 2422494913, 1635502980, 1893020342, 1950903388, 1120974935]);
		td2 = $toNativeArray($kindUint32, [2807058932, 1699970625, 2764249623, 1586903591, 1808481195, 1173430173, 1487645946, 59984867, 4199882800, 1844882806, 1989249228, 1277555970, 3623636965, 3419915562, 1149249077, 2744104290, 1514790577, 459744698, 244860394, 3235995134, 1963115311, 4027744588, 2544078150, 4190530515, 1608975247, 2627016082, 2062270317, 1507497298, 2200818878, 567498868, 1764313568, 3359936201, 2305455554, 2037970062, 1047239000, 1910319033, 1337376481, 2904027272, 2892417312, 984907214, 1243112415, 830661914, 861968209, 2135253587, 2011214180, 2927934315, 2686254721, 731183368, 1750626376, 4246310725, 1820824798, 4172763771, 3542330227, 48394827, 2404901663, 2871682645, 671593195, 3254988725, 2073724613, 145085239, 2280796200, 2779915199, 1790575107, 2187128086, 472615631, 3029510009, 4075877127, 3802222185, 4107101658, 3201631749, 1646252340, 4270507174, 1402811438, 1436590835, 3778151818, 3950355702, 3963161475, 4020912224, 2667994737, 273792366, 2331590177, 104699613, 95345982, 3175501286, 2377486676, 1560637892, 3564045318, 369057872, 4213447064, 3919042237, 1137477952, 2658625497, 1119727848, 2340947849, 1530455833, 4007360968, 172466556, 266959938, 516552836, 0, 2256734592, 3980931627, 1890328081, 1917742170, 4294704398, 945164165, 3575528878, 958871085, 3647212047, 2787207260, 1423022939, 775562294, 1739656202, 3876557655, 2530391278, 2443058075, 3310321856, 547512796, 1265195639, 437656594, 3121275539, 719700128, 3762502690, 387781147, 218828297, 3350065803, 2830708150, 2848461854, 428169201, 122466165, 3720081049, 1627235199, 648017665, 4122762354, 1002783846, 2117360635, 695634755, 3336358691, 4234721005, 4049844452, 3704280881, 2232435299, 574624663, 287343814, 612205898, 1039717051, 840019705, 2708326185, 793451934, 821288114, 1391201670, 3822090177, 376187827, 3113855344, 1224348052, 1679968233, 2361698556, 1058709744, 752375421, 2431590963, 1321699145, 3519142200, 2734591178, 188127444, 2177869557, 3727205754, 2384911031, 3215212461, 2648976442, 2450346104, 3432737375, 1180849278, 331544205, 3102249176, 4150144569, 2952102595, 2159976285, 2474404304, 766078933, 313773861, 2570832044, 2108100632, 1668212892, 3145456443, 2013908262, 418672217, 3070356634, 2594734927, 1852171925, 3867060991, 3473416636, 3907448597, 2614737639, 919489135, 164948639, 2094410160, 2997825956, 590424639, 2486224549, 1723872674, 3157750862, 3399941250, 3501252752, 3625268135, 2555048196, 3673637356, 1343127501, 4130281361, 3599595085, 2957853679, 1297403050, 81781910, 3051593425, 2283490410, 532201772, 1367295589, 3926170974, 895287692, 1953757831, 1093597963, 492483431, 3528626907, 1446242576, 1192455638, 1636604631, 209336225, 344873464, 1015671571, 669961897, 3375740769, 3857572124, 2973530695, 3747192018, 1933530610, 3464042516, 935293895, 3454686199, 2858115069, 1863638845, 3683022916, 4085369519, 3292445032, 875313188, 1080017571, 3279033885, 621591778, 1233856572, 2504130317, 24197544, 3017672716, 3835484340, 3247465558, 2220981195, 3060847922, 1551124588, 1463996600]);
		td3 = $toNativeArray($kindUint32, [4104605777, 1097159550, 396673818, 660510266, 2875968315, 2638606623, 4200115116, 3808662347, 821712160, 1986918061, 3430322568, 38544885, 3856137295, 718002117, 893681702, 1654886325, 2975484382, 3122358053, 3926825029, 4274053469, 796197571, 1290801793, 1184342925, 3556361835, 2405426947, 2459735317, 1836772287, 1381620373, 3196267988, 1948373848, 3764988233, 3385345166, 3263785589, 2390325492, 1480485785, 3111247143, 3780097726, 2293045232, 548169417, 3459953789, 3746175075, 439452389, 1362321559, 1400849762, 1685577905, 1806599355, 2174754046, 137073913, 1214797936, 1174215055, 3731654548, 2079897426, 1943217067, 1258480242, 529487843, 1437280870, 3945269170, 3049390895, 3313212038, 923313619, 679998000, 3215307299, 57326082, 377642221, 3474729866, 2041877159, 133361907, 1776460110, 3673476453, 96392454, 878845905, 2801699524, 777231668, 4082475170, 2330014213, 4142626212, 2213296395, 1626319424, 1906247262, 1846563261, 562755902, 3708173718, 1040559837, 3871163981, 1418573201, 3294430577, 114585348, 1343618912, 2566595609, 3186202582, 1078185097, 3651041127, 3896688048, 2307622919, 425408743, 3371096953, 2081048481, 1108339068, 2216610296, 0, 2156299017, 736970802, 292596766, 1517440620, 251657213, 2235061775, 2933202493, 758720310, 265905162, 1554391400, 1532285339, 908999204, 174567692, 1474760595, 4002861748, 2610011675, 3234156416, 3693126241, 2001430874, 303699484, 2478443234, 2687165888, 585122620, 454499602, 151849742, 2345119218, 3064510765, 514443284, 4044981591, 1963412655, 2581445614, 2137062819, 19308535, 1928707164, 1715193156, 4219352155, 1126790795, 600235211, 3992742070, 3841024952, 836553431, 1669664834, 2535604243, 3323011204, 1243905413, 3141400786, 4180808110, 698445255, 2653899549, 2989552604, 2253581325, 3252932727, 3004591147, 1891211689, 2487810577, 3915653703, 4237083816, 4030667424, 2100090966, 865136418, 1229899655, 953270745, 3399679628, 3557504664, 4118925222, 2061379749, 3079546586, 2915017791, 983426092, 2022837584, 1607244650, 2118541908, 2366882550, 3635996816, 972512814, 3283088770, 1568718495, 3499326569, 3576539503, 621982671, 2895723464, 410887952, 2623762152, 1002142683, 645401037, 1494807662, 2595684844, 1335535747, 2507040230, 4293295786, 3167684641, 367585007, 3885750714, 1865862730, 2668221674, 2960971305, 2763173681, 1059270954, 2777952454, 2724642869, 1320957812, 2194319100, 2429595872, 2815956275, 77089521, 3973773121, 3444575871, 2448830231, 1305906550, 4021308739, 2857194700, 2516901860, 3518358430, 1787304780, 740276417, 1699839814, 1592394909, 2352307457, 2272556026, 188821243, 1729977011, 3687994002, 274084841, 3594982253, 3613494426, 2701949495, 4162096729, 322734571, 2837966542, 1640576439, 484830689, 1202797690, 3537852828, 4067639125, 349075736, 3342319475, 4157467219, 4255800159, 1030690015, 1155237496, 2951971274, 1757691577, 607398968, 2738905026, 499347990, 3794078908, 1011452712, 227885567, 2818666809, 213114376, 3034881240, 1455525988, 3414450555, 850817237, 1817998408, 3092726480]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/des"] = (function() {
	var $pkg = {}, $init, cipher, subtle, binary, strconv, sync, KeySizeError, desCipher, tripleDESCipher, arrayType, arrayType$1, arrayType$2, arrayType$3, arrayType$4, sliceType, sliceType$1, sliceType$2, ptrType, ptrType$1, permutationFunction, permutedChoice1, permutedChoice2, sBoxes, ksRotations, feistelBox, feistelBoxOnce, NewTripleDESCipher, cryptBlock, encryptBlock, decryptBlock, feistel, permuteBlock, initFeistelBox, permuteInitialBlock, permuteFinalBlock, ksRotate, unpack;
	cipher = $packages["crypto/cipher"];
	subtle = $packages["crypto/internal/subtle"];
	binary = $packages["encoding/binary"];
	strconv = $packages["strconv"];
	sync = $packages["sync"];
	KeySizeError = $pkg.KeySizeError = $newType(4, $kindInt, "des.KeySizeError", true, "crypto/des", true, null);
	desCipher = $pkg.desCipher = $newType(0, $kindStruct, "des.desCipher", true, "crypto/des", false, function(subkeys_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.subkeys = arrayType$4.zero();
			return;
		}
		this.subkeys = subkeys_;
	});
	tripleDESCipher = $pkg.tripleDESCipher = $newType(0, $kindStruct, "des.tripleDESCipher", true, "crypto/des", false, function(cipher1_, cipher2_, cipher3_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cipher1 = new desCipher.ptr(arrayType$4.zero());
			this.cipher2 = new desCipher.ptr(arrayType$4.zero());
			this.cipher3 = new desCipher.ptr(arrayType$4.zero());
			return;
		}
		this.cipher1 = cipher1_;
		this.cipher2 = cipher2_;
		this.cipher3 = cipher3_;
	});
	arrayType = $arrayType($Uint32, 64);
	arrayType$1 = $arrayType(arrayType, 8);
	arrayType$2 = $arrayType($Uint8, 16);
	arrayType$3 = $arrayType(arrayType$2, 4);
	arrayType$4 = $arrayType($Uint64, 16);
	sliceType = $sliceType($Uint64);
	sliceType$1 = $sliceType($Uint8);
	sliceType$2 = $sliceType($Uint32);
	ptrType = $ptrType(desCipher);
	ptrType$1 = $ptrType(tripleDESCipher);
	KeySizeError.prototype.Error = function() {
		var k;
		k = this.$val;
		return "crypto/des: invalid key size " + strconv.Itoa(((k >> 0)));
	};
	$ptrType(KeySizeError).prototype.Error = function() { return new KeySizeError(this.$get()).Error(); };
	desCipher.ptr.prototype.BlockSize = function() {
		var c;
		c = this;
		return 8;
	};
	desCipher.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	desCipher.ptr.prototype.Encrypt = function(dst, src) {
		var c, dst, src;
		c = this;
		if (src.$length < 8) {
			$panic(new $String("crypto/des: input not full block"));
		}
		if (dst.$length < 8) {
			$panic(new $String("crypto/des: output not full block"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, 8), $subslice(src, 0, 8))) {
			$panic(new $String("crypto/des: invalid buffer overlap"));
		}
		encryptBlock(new sliceType(c.subkeys), dst, src);
	};
	desCipher.prototype.Encrypt = function(dst, src) { return this.$val.Encrypt(dst, src); };
	desCipher.ptr.prototype.Decrypt = function(dst, src) {
		var c, dst, src;
		c = this;
		if (src.$length < 8) {
			$panic(new $String("crypto/des: input not full block"));
		}
		if (dst.$length < 8) {
			$panic(new $String("crypto/des: output not full block"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, 8), $subslice(src, 0, 8))) {
			$panic(new $String("crypto/des: invalid buffer overlap"));
		}
		decryptBlock(new sliceType(c.subkeys), dst, src);
	};
	desCipher.prototype.Decrypt = function(dst, src) { return this.$val.Decrypt(dst, src); };
	NewTripleDESCipher = function(key) {
		var {c, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!((key.$length === 24))) {
			$s = -1; return [$ifaceNil, new KeySizeError(((key.$length >> 0)))];
		}
		c = new tripleDESCipher.ptr(new desCipher.ptr(arrayType$4.zero()), new desCipher.ptr(arrayType$4.zero()), new desCipher.ptr(arrayType$4.zero()));
		$r = c.cipher1.generateSubkeys($subslice(key, 0, 8)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = c.cipher2.generateSubkeys($subslice(key, 8, 16)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = c.cipher3.generateSubkeys($subslice(key, 16)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: NewTripleDESCipher, $c: true, $r, c, key, $s};return $f;
	};
	$pkg.NewTripleDESCipher = NewTripleDESCipher;
	tripleDESCipher.ptr.prototype.BlockSize = function() {
		var c;
		c = this;
		return 8;
	};
	tripleDESCipher.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	tripleDESCipher.ptr.prototype.Encrypt = function(dst, src) {
		var _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, b, c, dst, i, i$1, i$2, left, preOutput, right, src, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		c = this;
		if (src.$length < 8) {
			$panic(new $String("crypto/des: input not full block"));
		}
		if (dst.$length < 8) {
			$panic(new $String("crypto/des: output not full block"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, 8), $subslice(src, 0, 8))) {
			$panic(new $String("crypto/des: invalid buffer overlap"));
		}
		b = $clone(binary.BigEndian, binary.bigEndian).Uint64(src);
		b = permuteInitialBlock(b);
		_tmp = (($shiftRightUint64(b, 32).$low >>> 0));
		_tmp$1 = ((b.$low >>> 0));
		left = _tmp;
		right = _tmp$1;
		left = (((left << 1 >>> 0)) | ((left >>> 31 >>> 0))) >>> 0;
		right = (((right << 1 >>> 0)) | ((right >>> 31 >>> 0))) >>> 0;
		i = 0;
		while (true) {
			if (!(i < 8)) { break; }
			_tuple = feistel(left, right, (x = c.cipher1.subkeys, x$1 = $imul(2, i), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])), (x$2 = c.cipher1.subkeys, x$3 = ($imul(2, i)) + 1 >> 0, ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3])));
			left = _tuple[0];
			right = _tuple[1];
			i = i + (1) >> 0;
		}
		i$1 = 0;
		while (true) {
			if (!(i$1 < 8)) { break; }
			_tuple$1 = feistel(right, left, (x$4 = c.cipher2.subkeys, x$5 = 15 - ($imul(2, i$1)) >> 0, ((x$5 < 0 || x$5 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[x$5])), (x$6 = c.cipher2.subkeys, x$7 = 15 - ((($imul(2, i$1)) + 1 >> 0)) >> 0, ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7])));
			right = _tuple$1[0];
			left = _tuple$1[1];
			i$1 = i$1 + (1) >> 0;
		}
		i$2 = 0;
		while (true) {
			if (!(i$2 < 8)) { break; }
			_tuple$2 = feistel(left, right, (x$8 = c.cipher3.subkeys, x$9 = $imul(2, i$2), ((x$9 < 0 || x$9 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[x$9])), (x$10 = c.cipher3.subkeys, x$11 = ($imul(2, i$2)) + 1 >> 0, ((x$11 < 0 || x$11 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[x$11])));
			left = _tuple$2[0];
			right = _tuple$2[1];
			i$2 = i$2 + (1) >> 0;
		}
		left = (((left << 31 >>> 0)) | ((left >>> 1 >>> 0))) >>> 0;
		right = (((right << 31 >>> 0)) | ((right >>> 1 >>> 0))) >>> 0;
		preOutput = (x$12 = $shiftLeft64((new $Uint64(0, right)), 32), x$13 = (new $Uint64(0, left)), new $Uint64(x$12.$high | x$13.$high, (x$12.$low | x$13.$low) >>> 0));
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(dst, permuteFinalBlock(preOutput));
	};
	tripleDESCipher.prototype.Encrypt = function(dst, src) { return this.$val.Encrypt(dst, src); };
	tripleDESCipher.ptr.prototype.Decrypt = function(dst, src) {
		var _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, b, c, dst, i, i$1, i$2, left, preOutput, right, src, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		c = this;
		if (src.$length < 8) {
			$panic(new $String("crypto/des: input not full block"));
		}
		if (dst.$length < 8) {
			$panic(new $String("crypto/des: output not full block"));
		}
		if (subtle.InexactOverlap($subslice(dst, 0, 8), $subslice(src, 0, 8))) {
			$panic(new $String("crypto/des: invalid buffer overlap"));
		}
		b = $clone(binary.BigEndian, binary.bigEndian).Uint64(src);
		b = permuteInitialBlock(b);
		_tmp = (($shiftRightUint64(b, 32).$low >>> 0));
		_tmp$1 = ((b.$low >>> 0));
		left = _tmp;
		right = _tmp$1;
		left = (((left << 1 >>> 0)) | ((left >>> 31 >>> 0))) >>> 0;
		right = (((right << 1 >>> 0)) | ((right >>> 31 >>> 0))) >>> 0;
		i = 0;
		while (true) {
			if (!(i < 8)) { break; }
			_tuple = feistel(left, right, (x = c.cipher3.subkeys, x$1 = 15 - ($imul(2, i)) >> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])), (x$2 = c.cipher3.subkeys, x$3 = 15 - ((($imul(2, i)) + 1 >> 0)) >> 0, ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3])));
			left = _tuple[0];
			right = _tuple[1];
			i = i + (1) >> 0;
		}
		i$1 = 0;
		while (true) {
			if (!(i$1 < 8)) { break; }
			_tuple$1 = feistel(right, left, (x$4 = c.cipher2.subkeys, x$5 = $imul(2, i$1), ((x$5 < 0 || x$5 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[x$5])), (x$6 = c.cipher2.subkeys, x$7 = ($imul(2, i$1)) + 1 >> 0, ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7])));
			right = _tuple$1[0];
			left = _tuple$1[1];
			i$1 = i$1 + (1) >> 0;
		}
		i$2 = 0;
		while (true) {
			if (!(i$2 < 8)) { break; }
			_tuple$2 = feistel(left, right, (x$8 = c.cipher1.subkeys, x$9 = 15 - ($imul(2, i$2)) >> 0, ((x$9 < 0 || x$9 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[x$9])), (x$10 = c.cipher1.subkeys, x$11 = 15 - ((($imul(2, i$2)) + 1 >> 0)) >> 0, ((x$11 < 0 || x$11 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[x$11])));
			left = _tuple$2[0];
			right = _tuple$2[1];
			i$2 = i$2 + (1) >> 0;
		}
		left = (((left << 31 >>> 0)) | ((left >>> 1 >>> 0))) >>> 0;
		right = (((right << 31 >>> 0)) | ((right >>> 1 >>> 0))) >>> 0;
		preOutput = (x$12 = $shiftLeft64((new $Uint64(0, right)), 32), x$13 = (new $Uint64(0, left)), new $Uint64(x$12.$high | x$13.$high, (x$12.$low | x$13.$low) >>> 0));
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(dst, permuteFinalBlock(preOutput));
	};
	tripleDESCipher.prototype.Decrypt = function(dst, src) { return this.$val.Decrypt(dst, src); };
	cryptBlock = function(subkeys, dst, src, decrypt) {
		var _tmp, _tmp$1, _tuple, _tuple$1, b, decrypt, dst, i, i$1, left, preOutput, right, src, subkeys, x, x$1, x$2, x$3, x$4, x$5;
		b = $clone(binary.BigEndian, binary.bigEndian).Uint64(src);
		b = permuteInitialBlock(b);
		_tmp = (($shiftRightUint64(b, 32).$low >>> 0));
		_tmp$1 = ((b.$low >>> 0));
		left = _tmp;
		right = _tmp$1;
		left = (((left << 1 >>> 0)) | ((left >>> 31 >>> 0))) >>> 0;
		right = (((right << 1 >>> 0)) | ((right >>> 31 >>> 0))) >>> 0;
		if (decrypt) {
			i = 0;
			while (true) {
				if (!(i < 8)) { break; }
				_tuple = feistel(left, right, (x = 15 - ($imul(2, i)) >> 0, ((x < 0 || x >= subkeys.$length) ? ($throwRuntimeError("index out of range"), undefined) : subkeys.$array[subkeys.$offset + x])), (x$1 = 15 - ((($imul(2, i)) + 1 >> 0)) >> 0, ((x$1 < 0 || x$1 >= subkeys.$length) ? ($throwRuntimeError("index out of range"), undefined) : subkeys.$array[subkeys.$offset + x$1])));
				left = _tuple[0];
				right = _tuple[1];
				i = i + (1) >> 0;
			}
		} else {
			i$1 = 0;
			while (true) {
				if (!(i$1 < 8)) { break; }
				_tuple$1 = feistel(left, right, (x$2 = $imul(2, i$1), ((x$2 < 0 || x$2 >= subkeys.$length) ? ($throwRuntimeError("index out of range"), undefined) : subkeys.$array[subkeys.$offset + x$2])), (x$3 = ($imul(2, i$1)) + 1 >> 0, ((x$3 < 0 || x$3 >= subkeys.$length) ? ($throwRuntimeError("index out of range"), undefined) : subkeys.$array[subkeys.$offset + x$3])));
				left = _tuple$1[0];
				right = _tuple$1[1];
				i$1 = i$1 + (1) >> 0;
			}
		}
		left = (((left << 31 >>> 0)) | ((left >>> 1 >>> 0))) >>> 0;
		right = (((right << 31 >>> 0)) | ((right >>> 1 >>> 0))) >>> 0;
		preOutput = (x$4 = $shiftLeft64((new $Uint64(0, right)), 32), x$5 = (new $Uint64(0, left)), new $Uint64(x$4.$high | x$5.$high, (x$4.$low | x$5.$low) >>> 0));
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(dst, permuteFinalBlock(preOutput));
	};
	encryptBlock = function(subkeys, dst, src) {
		var dst, src, subkeys;
		cryptBlock(subkeys, dst, src, false);
	};
	decryptBlock = function(subkeys, dst, src) {
		var dst, src, subkeys;
		cryptBlock(subkeys, dst, src, true);
	};
	feistel = function(l, r, k0, k1) {
		var _tmp, _tmp$1, k0, k1, l, lout, r, rout, t, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$4, x$5, x$6, x$7, x$8, x$9;
		lout = 0;
		rout = 0;
		t = 0;
		t = (r ^ (($shiftRightUint64(k0, 32).$low >>> 0))) >>> 0;
		l = (l ^ ((((((((x = feistelBox[7], x$1 = (t & 63) >>> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])) ^ (x$2 = feistelBox[5], x$3 = (((t >>> 8 >>> 0)) & 63) >>> 0, ((x$3 < 0 || x$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[x$3]))) >>> 0) ^ (x$4 = feistelBox[3], x$5 = (((t >>> 16 >>> 0)) & 63) >>> 0, ((x$5 < 0 || x$5 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[x$5]))) >>> 0) ^ (x$6 = feistelBox[1], x$7 = (((t >>> 24 >>> 0)) & 63) >>> 0, ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7]))) >>> 0))) >>> 0;
		t = ((((((r << 28 >>> 0)) | ((r >>> 4 >>> 0))) >>> 0)) ^ ((k0.$low >>> 0))) >>> 0;
		l = (l ^ ((((((((x$8 = feistelBox[6], x$9 = ((t) & 63) >>> 0, ((x$9 < 0 || x$9 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[x$9])) ^ (x$10 = feistelBox[4], x$11 = (((t >>> 8 >>> 0)) & 63) >>> 0, ((x$11 < 0 || x$11 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[x$11]))) >>> 0) ^ (x$12 = feistelBox[2], x$13 = (((t >>> 16 >>> 0)) & 63) >>> 0, ((x$13 < 0 || x$13 >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[x$13]))) >>> 0) ^ (x$14 = feistelBox[0], x$15 = (((t >>> 24 >>> 0)) & 63) >>> 0, ((x$15 < 0 || x$15 >= x$14.length) ? ($throwRuntimeError("index out of range"), undefined) : x$14[x$15]))) >>> 0))) >>> 0;
		t = (l ^ (($shiftRightUint64(k1, 32).$low >>> 0))) >>> 0;
		r = (r ^ ((((((((x$16 = feistelBox[7], x$17 = (t & 63) >>> 0, ((x$17 < 0 || x$17 >= x$16.length) ? ($throwRuntimeError("index out of range"), undefined) : x$16[x$17])) ^ (x$18 = feistelBox[5], x$19 = (((t >>> 8 >>> 0)) & 63) >>> 0, ((x$19 < 0 || x$19 >= x$18.length) ? ($throwRuntimeError("index out of range"), undefined) : x$18[x$19]))) >>> 0) ^ (x$20 = feistelBox[3], x$21 = (((t >>> 16 >>> 0)) & 63) >>> 0, ((x$21 < 0 || x$21 >= x$20.length) ? ($throwRuntimeError("index out of range"), undefined) : x$20[x$21]))) >>> 0) ^ (x$22 = feistelBox[1], x$23 = (((t >>> 24 >>> 0)) & 63) >>> 0, ((x$23 < 0 || x$23 >= x$22.length) ? ($throwRuntimeError("index out of range"), undefined) : x$22[x$23]))) >>> 0))) >>> 0;
		t = ((((((l << 28 >>> 0)) | ((l >>> 4 >>> 0))) >>> 0)) ^ ((k1.$low >>> 0))) >>> 0;
		r = (r ^ ((((((((x$24 = feistelBox[6], x$25 = ((t) & 63) >>> 0, ((x$25 < 0 || x$25 >= x$24.length) ? ($throwRuntimeError("index out of range"), undefined) : x$24[x$25])) ^ (x$26 = feistelBox[4], x$27 = (((t >>> 8 >>> 0)) & 63) >>> 0, ((x$27 < 0 || x$27 >= x$26.length) ? ($throwRuntimeError("index out of range"), undefined) : x$26[x$27]))) >>> 0) ^ (x$28 = feistelBox[2], x$29 = (((t >>> 16 >>> 0)) & 63) >>> 0, ((x$29 < 0 || x$29 >= x$28.length) ? ($throwRuntimeError("index out of range"), undefined) : x$28[x$29]))) >>> 0) ^ (x$30 = feistelBox[0], x$31 = (((t >>> 24 >>> 0)) & 63) >>> 0, ((x$31 < 0 || x$31 >= x$30.length) ? ($throwRuntimeError("index out of range"), undefined) : x$30[x$31]))) >>> 0))) >>> 0;
		_tmp = l;
		_tmp$1 = r;
		lout = _tmp;
		rout = _tmp$1;
		return [lout, rout];
	};
	permuteBlock = function(src, permutation) {
		var _i, _ref, bit, block, n, permutation, position, src, x, x$1;
		block = new $Uint64(0, 0);
		_ref = permutation;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			position = _i;
			n = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			bit = (x = $shiftRightUint64(src, n), new $Uint64(x.$high & 0, (x.$low & 1) >>> 0));
			block = (x$1 = $shiftLeft64(bit, (((((permutation.$length - 1 >> 0)) - position >> 0) >>> 0))), new $Uint64(block.$high | x$1.$high, (block.$low | x$1.$low) >>> 0));
			_i++;
		}
		return block;
	};
	initFeistelBox = function() {
		var _i, _ref, col, f, i, j, row, s, t, x, x$1, x$2, x$3, x$4;
		_ref = sBoxes;
		_i = 0;
		while (true) {
			if (!(_i < 8)) { break; }
			s = _i;
			i = 0;
			while (true) {
				if (!(i < 4)) { break; }
				j = 0;
				while (true) {
					if (!(j < 16)) { break; }
					f = $shiftLeft64((new $Uint64(0, (x = (x$1 = ((s < 0 || s >= sBoxes.length) ? ($throwRuntimeError("index out of range"), undefined) : sBoxes[s]), ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])), ((j < 0 || j >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[j])))), ((4 * ((7 - ((s >>> 0)) >>> 0)) >>> 0)));
					f = permuteBlock(f, new sliceType$1(permutationFunction));
					row = (((((((i & 2)) << 4 >> 0)) | (i & 1)) << 24 >>> 24));
					col = (((j << 1 >> 0) << 24 >>> 24));
					t = (row | col) >>> 0;
					f = (x$2 = $shiftLeft64(f, 1), x$3 = $shiftRightUint64(f, 31), new $Uint64(x$2.$high | x$3.$high, (x$2.$low | x$3.$low) >>> 0));
					(x$4 = ((s < 0 || s >= feistelBox.length) ? ($throwRuntimeError("index out of range"), undefined) : feistelBox[s]), ((t < 0 || t >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[t] = ((f.$low >>> 0))));
					j = j + (1) >> 0;
				}
				i = i + (1) >> 0;
			}
			_i++;
		}
	};
	permuteInitialBlock = function(block) {
		var b1, b2, block, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		b1 = $shiftRightUint64(block, 48);
		b2 = $shiftLeft64(block, 48);
		block = (x = (x$1 = (x$2 = new $Uint64(b1.$high ^ b2.$high, (b1.$low ^ b2.$low) >>> 0), x$3 = $shiftLeft64(b1, 48), new $Uint64(x$2.$high ^ x$3.$high, (x$2.$low ^ x$3.$low) >>> 0)), x$4 = $shiftRightUint64(b2, 48), new $Uint64(x$1.$high ^ x$4.$high, (x$1.$low ^ x$4.$low) >>> 0)), new $Uint64(block.$high ^ x.$high, (block.$low ^ x.$low) >>> 0));
		b1 = (x$5 = $shiftRightUint64(block, 32), new $Uint64(x$5.$high & 0, (x$5.$low & 16711935) >>> 0));
		b2 = new $Uint64(block.$high & 0, (block.$low & 4278255360) >>> 0);
		block = (x$6 = (x$7 = (x$8 = (x$9 = $shiftLeft64(b1, 32), new $Uint64(x$9.$high ^ b2.$high, (x$9.$low ^ b2.$low) >>> 0)), x$10 = $shiftLeft64(b1, 8), new $Uint64(x$8.$high ^ x$10.$high, (x$8.$low ^ x$10.$low) >>> 0)), x$11 = $shiftLeft64(b2, 24), new $Uint64(x$7.$high ^ x$11.$high, (x$7.$low ^ x$11.$low) >>> 0)), new $Uint64(block.$high ^ x$6.$high, (block.$low ^ x$6.$low) >>> 0));
		b1 = new $Uint64(block.$high & 252641280, (block.$low & 252641280) >>> 0);
		b2 = new $Uint64(block.$high & 61680, (block.$low & 61680) >>> 0);
		block = (x$12 = (x$13 = (x$14 = new $Uint64(b1.$high ^ b2.$high, (b1.$low ^ b2.$low) >>> 0), x$15 = $shiftRightUint64(b1, 12), new $Uint64(x$14.$high ^ x$15.$high, (x$14.$low ^ x$15.$low) >>> 0)), x$16 = $shiftLeft64(b2, 12), new $Uint64(x$13.$high ^ x$16.$high, (x$13.$low ^ x$16.$low) >>> 0)), new $Uint64(block.$high ^ x$12.$high, (block.$low ^ x$12.$low) >>> 0));
		b1 = new $Uint64(block.$high & 855651072, (block.$low & 855651072) >>> 0);
		b2 = new $Uint64(block.$high & 13369548, (block.$low & 13369548) >>> 0);
		block = (x$17 = (x$18 = (x$19 = new $Uint64(b1.$high ^ b2.$high, (b1.$low ^ b2.$low) >>> 0), x$20 = $shiftRightUint64(b1, 6), new $Uint64(x$19.$high ^ x$20.$high, (x$19.$low ^ x$20.$low) >>> 0)), x$21 = $shiftLeft64(b2, 6), new $Uint64(x$18.$high ^ x$21.$high, (x$18.$low ^ x$21.$low) >>> 0)), new $Uint64(block.$high ^ x$17.$high, (block.$low ^ x$17.$low) >>> 0));
		b1 = new $Uint64(block.$high & 2863311530, (block.$low & 1431655765) >>> 0);
		block = (x$22 = (x$23 = (x$24 = $shiftRightUint64(b1, 33), new $Uint64(b1.$high ^ x$24.$high, (b1.$low ^ x$24.$low) >>> 0)), x$25 = $shiftLeft64(b1, 33), new $Uint64(x$23.$high ^ x$25.$high, (x$23.$low ^ x$25.$low) >>> 0)), new $Uint64(block.$high ^ x$22.$high, (block.$low ^ x$22.$low) >>> 0));
		return block;
	};
	permuteFinalBlock = function(block) {
		var b1, b2, block, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		b1 = new $Uint64(block.$high & 2863311530, (block.$low & 1431655765) >>> 0);
		block = (x = (x$1 = (x$2 = $shiftRightUint64(b1, 33), new $Uint64(b1.$high ^ x$2.$high, (b1.$low ^ x$2.$low) >>> 0)), x$3 = $shiftLeft64(b1, 33), new $Uint64(x$1.$high ^ x$3.$high, (x$1.$low ^ x$3.$low) >>> 0)), new $Uint64(block.$high ^ x.$high, (block.$low ^ x.$low) >>> 0));
		b1 = new $Uint64(block.$high & 855651072, (block.$low & 855651072) >>> 0);
		b2 = new $Uint64(block.$high & 13369548, (block.$low & 13369548) >>> 0);
		block = (x$4 = (x$5 = (x$6 = new $Uint64(b1.$high ^ b2.$high, (b1.$low ^ b2.$low) >>> 0), x$7 = $shiftRightUint64(b1, 6), new $Uint64(x$6.$high ^ x$7.$high, (x$6.$low ^ x$7.$low) >>> 0)), x$8 = $shiftLeft64(b2, 6), new $Uint64(x$5.$high ^ x$8.$high, (x$5.$low ^ x$8.$low) >>> 0)), new $Uint64(block.$high ^ x$4.$high, (block.$low ^ x$4.$low) >>> 0));
		b1 = new $Uint64(block.$high & 252641280, (block.$low & 252641280) >>> 0);
		b2 = new $Uint64(block.$high & 61680, (block.$low & 61680) >>> 0);
		block = (x$9 = (x$10 = (x$11 = new $Uint64(b1.$high ^ b2.$high, (b1.$low ^ b2.$low) >>> 0), x$12 = $shiftRightUint64(b1, 12), new $Uint64(x$11.$high ^ x$12.$high, (x$11.$low ^ x$12.$low) >>> 0)), x$13 = $shiftLeft64(b2, 12), new $Uint64(x$10.$high ^ x$13.$high, (x$10.$low ^ x$13.$low) >>> 0)), new $Uint64(block.$high ^ x$9.$high, (block.$low ^ x$9.$low) >>> 0));
		b1 = (x$14 = $shiftRightUint64(block, 32), new $Uint64(x$14.$high & 0, (x$14.$low & 16711935) >>> 0));
		b2 = new $Uint64(block.$high & 0, (block.$low & 4278255360) >>> 0);
		block = (x$15 = (x$16 = (x$17 = (x$18 = $shiftLeft64(b1, 32), new $Uint64(x$18.$high ^ b2.$high, (x$18.$low ^ b2.$low) >>> 0)), x$19 = $shiftLeft64(b1, 8), new $Uint64(x$17.$high ^ x$19.$high, (x$17.$low ^ x$19.$low) >>> 0)), x$20 = $shiftLeft64(b2, 24), new $Uint64(x$16.$high ^ x$20.$high, (x$16.$low ^ x$20.$low) >>> 0)), new $Uint64(block.$high ^ x$15.$high, (block.$low ^ x$15.$low) >>> 0));
		b1 = $shiftRightUint64(block, 48);
		b2 = $shiftLeft64(block, 48);
		block = (x$21 = (x$22 = (x$23 = new $Uint64(b1.$high ^ b2.$high, (b1.$low ^ b2.$low) >>> 0), x$24 = $shiftLeft64(b1, 48), new $Uint64(x$23.$high ^ x$24.$high, (x$23.$low ^ x$24.$low) >>> 0)), x$25 = $shiftRightUint64(b2, 48), new $Uint64(x$22.$high ^ x$25.$high, (x$22.$low ^ x$25.$low) >>> 0)), new $Uint64(block.$high ^ x$21.$high, (block.$low ^ x$21.$low) >>> 0));
		return block;
	};
	ksRotate = function(in$1) {
		var i, in$1, last, left, out, right, y, y$1;
		out = sliceType$2.nil;
		out = $makeSlice(sliceType$2, 16);
		last = in$1;
		i = 0;
		while (true) {
			if (!(i < 16)) { break; }
			left = (((y = ((4 + ((i < 0 || i >= ksRotations.length) ? ($throwRuntimeError("index out of range"), undefined) : ksRotations[i]) << 24 >>> 24)), y < 32 ? (last << y) : 0) >>> 0)) >>> 4 >>> 0;
			right = (y$1 = ((32 - ((i < 0 || i >= ksRotations.length) ? ($throwRuntimeError("index out of range"), undefined) : ksRotations[i]) << 24 >>> 24)), y$1 < 32 ? (((last << 4 >>> 0)) >>> y$1) : 0) >>> 0;
			((i < 0 || i >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i] = ((left | right) >>> 0));
			last = ((i < 0 || i >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i]);
			i = i + (1) >> 0;
		}
		return out;
	};
	desCipher.ptr.prototype.generateSubkeys = function(keyBytes) {
		var {c, i, key, keyBytes, leftRotations, pc2Input, permutedKey, rightRotations, x, x$1, x$2, $s, $r, $c} = $restore(this, {keyBytes});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		$r = feistelBoxOnce.Do(initFeistelBox); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		key = $clone(binary.BigEndian, binary.bigEndian).Uint64(keyBytes);
		permutedKey = permuteBlock(key, new sliceType$1(permutedChoice1));
		leftRotations = ksRotate((($shiftRightUint64(permutedKey, 28).$low >>> 0)));
		rightRotations = ksRotate((($shiftLeft64(permutedKey, 4).$low >>> 0)) >>> 4 >>> 0);
		i = 0;
		while (true) {
			if (!(i < 16)) { break; }
			pc2Input = (x = $shiftLeft64((new $Uint64(0, ((i < 0 || i >= leftRotations.$length) ? ($throwRuntimeError("index out of range"), undefined) : leftRotations.$array[leftRotations.$offset + i]))), 28), x$1 = (new $Uint64(0, ((i < 0 || i >= rightRotations.$length) ? ($throwRuntimeError("index out of range"), undefined) : rightRotations.$array[rightRotations.$offset + i]))), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
			(x$2 = c.subkeys, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i] = unpack(permuteBlock(pc2Input, new sliceType$1(permutedChoice2)))));
			i = i + (1) >> 0;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: desCipher.ptr.prototype.generateSubkeys, $c: true, $r, c, i, key, keyBytes, leftRotations, pc2Input, permutedKey, rightRotations, x, x$1, x$2, $s};return $f;
	};
	desCipher.prototype.generateSubkeys = function(keyBytes) { return this.$val.generateSubkeys(keyBytes); };
	unpack = function(x) {
		var result, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		result = new $Uint64(0, 0);
		result = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (x$7 = $shiftLeft64(((x$8 = $shiftRightUint64(x, 6), new $Uint64(x$8.$high & 0, (x$8.$low & 255) >>> 0))), 0), x$9 = $shiftLeft64(((x$10 = $shiftRightUint64(x, 18), new $Uint64(x$10.$high & 0, (x$10.$low & 255) >>> 0))), 8), new $Uint64(x$7.$high | x$9.$high, (x$7.$low | x$9.$low) >>> 0)), x$11 = $shiftLeft64(((x$12 = $shiftRightUint64(x, 30), new $Uint64(x$12.$high & 0, (x$12.$low & 255) >>> 0))), 16), new $Uint64(x$6.$high | x$11.$high, (x$6.$low | x$11.$low) >>> 0)), x$13 = $shiftLeft64(((x$14 = $shiftRightUint64(x, 42), new $Uint64(x$14.$high & 0, (x$14.$low & 255) >>> 0))), 24), new $Uint64(x$5.$high | x$13.$high, (x$5.$low | x$13.$low) >>> 0)), x$15 = $shiftLeft64(((x$16 = $shiftRightUint64(x, 0), new $Uint64(x$16.$high & 0, (x$16.$low & 255) >>> 0))), 32), new $Uint64(x$4.$high | x$15.$high, (x$4.$low | x$15.$low) >>> 0)), x$17 = $shiftLeft64(((x$18 = $shiftRightUint64(x, 12), new $Uint64(x$18.$high & 0, (x$18.$low & 255) >>> 0))), 40), new $Uint64(x$3.$high | x$17.$high, (x$3.$low | x$17.$low) >>> 0)), x$19 = $shiftLeft64(((x$20 = $shiftRightUint64(x, 24), new $Uint64(x$20.$high & 0, (x$20.$low & 255) >>> 0))), 48), new $Uint64(x$2.$high | x$19.$high, (x$2.$low | x$19.$low) >>> 0)), x$21 = $shiftLeft64(((x$22 = $shiftRightUint64(x, 36), new $Uint64(x$22.$high & 0, (x$22.$low & 255) >>> 0))), 56), new $Uint64(x$1.$high | x$21.$high, (x$1.$low | x$21.$low) >>> 0));
		return result;
	};
	KeySizeError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType.methods = [{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encrypt", name: "Encrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}, {prop: "Decrypt", name: "Decrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}, {prop: "generateSubkeys", name: "generateSubkeys", pkg: "crypto/des", typ: $funcType([sliceType$1], [], false)}];
	ptrType$1.methods = [{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encrypt", name: "Encrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}, {prop: "Decrypt", name: "Decrypt", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [], false)}];
	desCipher.init("crypto/des", [{prop: "subkeys", name: "subkeys", embedded: false, exported: false, typ: arrayType$4, tag: ""}]);
	tripleDESCipher.init("crypto/des", [{prop: "cipher1", name: "cipher1", embedded: false, exported: false, typ: desCipher, tag: ""}, {prop: "cipher2", name: "cipher2", embedded: false, exported: false, typ: desCipher, tag: ""}, {prop: "cipher3", name: "cipher3", embedded: false, exported: false, typ: desCipher, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = cipher.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		feistelBox = arrayType$1.zero();
		feistelBoxOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		permutationFunction = $toNativeArray($kindUint8, [16, 25, 12, 11, 3, 20, 4, 15, 31, 17, 9, 6, 27, 14, 1, 22, 30, 24, 8, 18, 0, 5, 29, 23, 13, 19, 2, 26, 10, 21, 28, 7]);
		permutedChoice1 = $toNativeArray($kindUint8, [7, 15, 23, 31, 39, 47, 55, 63, 6, 14, 22, 30, 38, 46, 54, 62, 5, 13, 21, 29, 37, 45, 53, 61, 4, 12, 20, 28, 1, 9, 17, 25, 33, 41, 49, 57, 2, 10, 18, 26, 34, 42, 50, 58, 3, 11, 19, 27, 35, 43, 51, 59, 36, 44, 52, 60]);
		permutedChoice2 = $toNativeArray($kindUint8, [42, 39, 45, 32, 55, 51, 53, 28, 41, 50, 35, 46, 33, 37, 44, 52, 30, 48, 40, 49, 29, 36, 43, 54, 15, 4, 25, 19, 9, 1, 26, 16, 5, 11, 23, 8, 12, 7, 17, 0, 22, 3, 10, 14, 6, 20, 27, 24]);
		sBoxes = $toNativeArray($kindArray, [$toNativeArray($kindArray, [$toNativeArray($kindUint8, [14, 4, 13, 1, 2, 15, 11, 8, 3, 10, 6, 12, 5, 9, 0, 7]), $toNativeArray($kindUint8, [0, 15, 7, 4, 14, 2, 13, 1, 10, 6, 12, 11, 9, 5, 3, 8]), $toNativeArray($kindUint8, [4, 1, 14, 8, 13, 6, 2, 11, 15, 12, 9, 7, 3, 10, 5, 0]), $toNativeArray($kindUint8, [15, 12, 8, 2, 4, 9, 1, 7, 5, 11, 3, 14, 10, 0, 6, 13])]), $toNativeArray($kindArray, [$toNativeArray($kindUint8, [15, 1, 8, 14, 6, 11, 3, 4, 9, 7, 2, 13, 12, 0, 5, 10]), $toNativeArray($kindUint8, [3, 13, 4, 7, 15, 2, 8, 14, 12, 0, 1, 10, 6, 9, 11, 5]), $toNativeArray($kindUint8, [0, 14, 7, 11, 10, 4, 13, 1, 5, 8, 12, 6, 9, 3, 2, 15]), $toNativeArray($kindUint8, [13, 8, 10, 1, 3, 15, 4, 2, 11, 6, 7, 12, 0, 5, 14, 9])]), $toNativeArray($kindArray, [$toNativeArray($kindUint8, [10, 0, 9, 14, 6, 3, 15, 5, 1, 13, 12, 7, 11, 4, 2, 8]), $toNativeArray($kindUint8, [13, 7, 0, 9, 3, 4, 6, 10, 2, 8, 5, 14, 12, 11, 15, 1]), $toNativeArray($kindUint8, [13, 6, 4, 9, 8, 15, 3, 0, 11, 1, 2, 12, 5, 10, 14, 7]), $toNativeArray($kindUint8, [1, 10, 13, 0, 6, 9, 8, 7, 4, 15, 14, 3, 11, 5, 2, 12])]), $toNativeArray($kindArray, [$toNativeArray($kindUint8, [7, 13, 14, 3, 0, 6, 9, 10, 1, 2, 8, 5, 11, 12, 4, 15]), $toNativeArray($kindUint8, [13, 8, 11, 5, 6, 15, 0, 3, 4, 7, 2, 12, 1, 10, 14, 9]), $toNativeArray($kindUint8, [10, 6, 9, 0, 12, 11, 7, 13, 15, 1, 3, 14, 5, 2, 8, 4]), $toNativeArray($kindUint8, [3, 15, 0, 6, 10, 1, 13, 8, 9, 4, 5, 11, 12, 7, 2, 14])]), $toNativeArray($kindArray, [$toNativeArray($kindUint8, [2, 12, 4, 1, 7, 10, 11, 6, 8, 5, 3, 15, 13, 0, 14, 9]), $toNativeArray($kindUint8, [14, 11, 2, 12, 4, 7, 13, 1, 5, 0, 15, 10, 3, 9, 8, 6]), $toNativeArray($kindUint8, [4, 2, 1, 11, 10, 13, 7, 8, 15, 9, 12, 5, 6, 3, 0, 14]), $toNativeArray($kindUint8, [11, 8, 12, 7, 1, 14, 2, 13, 6, 15, 0, 9, 10, 4, 5, 3])]), $toNativeArray($kindArray, [$toNativeArray($kindUint8, [12, 1, 10, 15, 9, 2, 6, 8, 0, 13, 3, 4, 14, 7, 5, 11]), $toNativeArray($kindUint8, [10, 15, 4, 2, 7, 12, 9, 5, 6, 1, 13, 14, 0, 11, 3, 8]), $toNativeArray($kindUint8, [9, 14, 15, 5, 2, 8, 12, 3, 7, 0, 4, 10, 1, 13, 11, 6]), $toNativeArray($kindUint8, [4, 3, 2, 12, 9, 5, 15, 10, 11, 14, 1, 7, 6, 0, 8, 13])]), $toNativeArray($kindArray, [$toNativeArray($kindUint8, [4, 11, 2, 14, 15, 0, 8, 13, 3, 12, 9, 7, 5, 10, 6, 1]), $toNativeArray($kindUint8, [13, 0, 11, 7, 4, 9, 1, 10, 14, 3, 5, 12, 2, 15, 8, 6]), $toNativeArray($kindUint8, [1, 4, 11, 13, 12, 3, 7, 14, 10, 15, 6, 8, 0, 5, 9, 2]), $toNativeArray($kindUint8, [6, 11, 13, 8, 1, 4, 10, 7, 9, 5, 0, 15, 14, 2, 3, 12])]), $toNativeArray($kindArray, [$toNativeArray($kindUint8, [13, 2, 8, 4, 6, 15, 11, 1, 10, 9, 3, 14, 5, 0, 12, 7]), $toNativeArray($kindUint8, [1, 15, 13, 8, 10, 3, 7, 4, 12, 5, 6, 11, 0, 14, 9, 2]), $toNativeArray($kindUint8, [7, 11, 4, 1, 9, 12, 14, 2, 0, 6, 10, 13, 15, 3, 5, 8]), $toNativeArray($kindUint8, [2, 1, 14, 7, 4, 10, 8, 13, 15, 12, 9, 0, 3, 5, 6, 11])])]);
		ksRotations = $toNativeArray($kindUint8, [1, 1, 2, 2, 2, 2, 2, 2, 1, 2, 2, 2, 2, 2, 2, 1]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/elliptic/internal/fiat"] = (function() {
	var $pkg = {}, $init, subtle, errors, bits, p521Uint1, p521MontgomeryDomainFieldElement, P521Element, p384Uint1, p384MontgomeryDomainFieldElement, P384Element, p224Uint1, p224MontgomeryDomainFieldElement, P224Element, arrayType, arrayType$1, arrayType$2, ptrType, arrayType$3, sliceType, ptrType$1, arrayType$4, ptrType$2, arrayType$5, ptrType$3, ptrType$4, ptrType$5, ptrType$6, p521ZeroEncoding, p521MinusOneEncoding, p384ZeroEncoding, p384MinusOneEncoding, p224ZeroEncoding, p224MinusOneEncoding, p521CmovznzU64, p521Mul, p521Square, p521Add, p521Sub, p521SetOne, p521FromMontgomery, p521ToMontgomery, p521Selectznz, p521ToBytes, p521FromBytes, p521InvertEndianness, p384CmovznzU64, p384Mul, p384Square, p384Add, p384Sub, p384SetOne, p384FromMontgomery, p384ToMontgomery, p384Selectznz, p384ToBytes, p384FromBytes, p384InvertEndianness, p224CmovznzU64, p224Mul, p224Square, p224Add, p224Sub, p224SetOne, p224FromMontgomery, p224ToMontgomery, p224Selectznz, p224ToBytes, p224FromBytes, p224InvertEndianness;
	subtle = $packages["crypto/subtle"];
	errors = $packages["errors"];
	bits = $packages["math/bits"];
	p521Uint1 = $pkg.p521Uint1 = $newType(8, $kindUint64, "fiat.p521Uint1", true, "crypto/elliptic/internal/fiat", false, null);
	p521MontgomeryDomainFieldElement = $pkg.p521MontgomeryDomainFieldElement = $newType(72, $kindArray, "fiat.p521MontgomeryDomainFieldElement", true, "crypto/elliptic/internal/fiat", false, null);
	P521Element = $pkg.P521Element = $newType(0, $kindStruct, "fiat.P521Element", true, "crypto/elliptic/internal/fiat", true, function(x_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.x = arrayType.zero();
			return;
		}
		this.x = x_;
	});
	p384Uint1 = $pkg.p384Uint1 = $newType(8, $kindUint64, "fiat.p384Uint1", true, "crypto/elliptic/internal/fiat", false, null);
	p384MontgomeryDomainFieldElement = $pkg.p384MontgomeryDomainFieldElement = $newType(48, $kindArray, "fiat.p384MontgomeryDomainFieldElement", true, "crypto/elliptic/internal/fiat", false, null);
	P384Element = $pkg.P384Element = $newType(0, $kindStruct, "fiat.P384Element", true, "crypto/elliptic/internal/fiat", true, function(x_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.x = arrayType$1.zero();
			return;
		}
		this.x = x_;
	});
	p224Uint1 = $pkg.p224Uint1 = $newType(8, $kindUint64, "fiat.p224Uint1", true, "crypto/elliptic/internal/fiat", false, null);
	p224MontgomeryDomainFieldElement = $pkg.p224MontgomeryDomainFieldElement = $newType(32, $kindArray, "fiat.p224MontgomeryDomainFieldElement", true, "crypto/elliptic/internal/fiat", false, null);
	P224Element = $pkg.P224Element = $newType(0, $kindStruct, "fiat.P224Element", true, "crypto/elliptic/internal/fiat", true, function(x_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.x = arrayType$2.zero();
			return;
		}
		this.x = x_;
	});
	arrayType = $arrayType($Uint64, 9);
	arrayType$1 = $arrayType($Uint64, 6);
	arrayType$2 = $arrayType($Uint64, 4);
	ptrType = $ptrType($Uint64);
	arrayType$3 = $arrayType($Uint8, 66);
	sliceType = $sliceType($Uint8);
	ptrType$1 = $ptrType(P521Element);
	arrayType$4 = $arrayType($Uint8, 48);
	ptrType$2 = $ptrType(P384Element);
	arrayType$5 = $arrayType($Uint8, 28);
	ptrType$3 = $ptrType(P224Element);
	ptrType$4 = $ptrType(arrayType$3);
	ptrType$5 = $ptrType(arrayType$4);
	ptrType$6 = $ptrType(arrayType$5);
	P521Element.ptr.prototype.Invert = function(x) {
		var e, s, s$1, s$2, s$3, s$4, s$5, s$6, s$7, s$8, t0, x, z;
		e = this;
		z = new P521Element.ptr(arrayType.zero()).Set(e);
		t0 = new P521Element.ptr(arrayType.zero());
		z.Square(x);
		z.Mul(x, z);
		t0.Square(z);
		s = 1;
		while (true) {
			if (!(s < 2)) { break; }
			t0.Square(t0);
			s = s + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		s$1 = 1;
		while (true) {
			if (!(s$1 < 4)) { break; }
			t0.Square(t0);
			s$1 = s$1 + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		s$2 = 1;
		while (true) {
			if (!(s$2 < 8)) { break; }
			t0.Square(t0);
			s$2 = s$2 + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		s$3 = 1;
		while (true) {
			if (!(s$3 < 16)) { break; }
			t0.Square(t0);
			s$3 = s$3 + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		s$4 = 1;
		while (true) {
			if (!(s$4 < 32)) { break; }
			t0.Square(t0);
			s$4 = s$4 + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		t0.Mul(x, t0);
		s$5 = 0;
		while (true) {
			if (!(s$5 < 64)) { break; }
			t0.Square(t0);
			s$5 = s$5 + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		t0.Mul(x, t0);
		s$6 = 0;
		while (true) {
			if (!(s$6 < 129)) { break; }
			t0.Square(t0);
			s$6 = s$6 + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		t0.Mul(x, t0);
		s$7 = 0;
		while (true) {
			if (!(s$7 < 259)) { break; }
			t0.Square(t0);
			s$7 = s$7 + (1) >> 0;
		}
		z.Mul(z, t0);
		s$8 = 0;
		while (true) {
			if (!(s$8 < 2)) { break; }
			z.Square(z);
			s$8 = s$8 + (1) >> 0;
		}
		z.Mul(x, z);
		return e.Set(z);
	};
	P521Element.prototype.Invert = function(x) { return this.$val.Invert(x); };
	p521CmovznzU64 = function(out1, arg1, arg2, arg3) {
		var arg1, arg2, arg3, out1, x, x$1, x$2, x1, x2;
		x1 = $mul64((new $Uint64(arg1.$high, arg1.$low)), new $Uint64(4294967295, 4294967295));
		x2 = (x = new $Uint64(x1.$high & arg3.$high, (x1.$low & arg3.$low) >>> 0), x$1 = (x$2 = new $Uint64(~x1.$high, ~x1.$low >>> 0), new $Uint64(x$2.$high & arg2.$high, (x$2.$low & arg2.$low) >>> 0)), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		out1.$set(x2);
	};
	p521Mul = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$151, _tuple$152, _tuple$153, _tuple$154, _tuple$155, _tuple$156, _tuple$157, _tuple$158, _tuple$159, _tuple$16, _tuple$160, _tuple$161, _tuple$162, _tuple$163, _tuple$164, _tuple$165, _tuple$166, _tuple$167, _tuple$168, _tuple$169, _tuple$17, _tuple$170, _tuple$171, _tuple$172, _tuple$173, _tuple$174, _tuple$175, _tuple$176, _tuple$177, _tuple$178, _tuple$179, _tuple$18, _tuple$180, _tuple$181, _tuple$182, _tuple$183, _tuple$184, _tuple$185, _tuple$186, _tuple$187, _tuple$188, _tuple$189, _tuple$19, _tuple$190, _tuple$191, _tuple$192, _tuple$193, _tuple$194, _tuple$195, _tuple$196, _tuple$197, _tuple$198, _tuple$199, _tuple$2, _tuple$20, _tuple$200, _tuple$201, _tuple$202, _tuple$203, _tuple$204, _tuple$205, _tuple$206, _tuple$207, _tuple$208, _tuple$209, _tuple$21, _tuple$210, _tuple$211, _tuple$212, _tuple$213, _tuple$214, _tuple$215, _tuple$216, _tuple$217, _tuple$218, _tuple$219, _tuple$22, _tuple$220, _tuple$221, _tuple$222, _tuple$223, _tuple$224, _tuple$225, _tuple$226, _tuple$227, _tuple$228, _tuple$229, _tuple$23, _tuple$230, _tuple$231, _tuple$232, _tuple$233, _tuple$234, _tuple$235, _tuple$236, _tuple$237, _tuple$238, _tuple$239, _tuple$24, _tuple$240, _tuple$241, _tuple$242, _tuple$243, _tuple$244, _tuple$245, _tuple$246, _tuple$247, _tuple$248, _tuple$249, _tuple$25, _tuple$250, _tuple$251, _tuple$252, _tuple$253, _tuple$254, _tuple$255, _tuple$256, _tuple$257, _tuple$258, _tuple$259, _tuple$26, _tuple$260, _tuple$261, _tuple$262, _tuple$263, _tuple$264, _tuple$265, _tuple$266, _tuple$267, _tuple$268, _tuple$269, _tuple$27, _tuple$270, _tuple$271, _tuple$272, _tuple$273, _tuple$274, _tuple$275, _tuple$276, _tuple$277, _tuple$278, _tuple$279, _tuple$28, _tuple$280, _tuple$281, _tuple$282, _tuple$283, _tuple$284, _tuple$285, _tuple$286, _tuple$287, _tuple$288, _tuple$289, _tuple$29, _tuple$290, _tuple$291, _tuple$292, _tuple$293, _tuple$294, _tuple$295, _tuple$296, _tuple$297, _tuple$298, _tuple$299, _tuple$3, _tuple$30, _tuple$300, _tuple$301, _tuple$302, _tuple$303, _tuple$304, _tuple$305, _tuple$306, _tuple$307, _tuple$308, _tuple$309, _tuple$31, _tuple$310, _tuple$311, _tuple$312, _tuple$313, _tuple$314, _tuple$315, _tuple$316, _tuple$317, _tuple$318, _tuple$319, _tuple$32, _tuple$320, _tuple$321, _tuple$322, _tuple$323, _tuple$324, _tuple$325, _tuple$326, _tuple$327, _tuple$328, _tuple$329, _tuple$33, _tuple$330, _tuple$331, _tuple$332, _tuple$333, _tuple$334, _tuple$335, _tuple$336, _tuple$337, _tuple$338, _tuple$339, _tuple$34, _tuple$340, _tuple$341, _tuple$342, _tuple$343, _tuple$344, _tuple$345, _tuple$346, _tuple$347, _tuple$348, _tuple$349, _tuple$35, _tuple$350, _tuple$351, _tuple$352, _tuple$353, _tuple$354, _tuple$355, _tuple$356, _tuple$357, _tuple$358, _tuple$359, _tuple$36, _tuple$360, _tuple$361, _tuple$362, _tuple$363, _tuple$364, _tuple$365, _tuple$366, _tuple$367, _tuple$368, _tuple$369, _tuple$37, _tuple$370, _tuple$371, _tuple$372, _tuple$373, _tuple$374, _tuple$375, _tuple$376, _tuple$377, _tuple$378, _tuple$379, _tuple$38, _tuple$380, _tuple$381, _tuple$382, _tuple$383, _tuple$384, _tuple$385, _tuple$386, _tuple$387, _tuple$388, _tuple$389, _tuple$39, _tuple$390, _tuple$391, _tuple$392, _tuple$393, _tuple$394, _tuple$395, _tuple$396, _tuple$397, _tuple$398, _tuple$399, _tuple$4, _tuple$40, _tuple$400, _tuple$401, _tuple$402, _tuple$403, _tuple$404, _tuple$405, _tuple$406, _tuple$407, _tuple$408, _tuple$409, _tuple$41, _tuple$410, _tuple$411, _tuple$412, _tuple$413, _tuple$414, _tuple$415, _tuple$416, _tuple$417, _tuple$418, _tuple$419, _tuple$42, _tuple$420, _tuple$421, _tuple$422, _tuple$423, _tuple$424, _tuple$425, _tuple$426, _tuple$427, _tuple$428, _tuple$429, _tuple$43, _tuple$430, _tuple$431, _tuple$432, _tuple$433, _tuple$434, _tuple$435, _tuple$436, _tuple$437, _tuple$438, _tuple$439, _tuple$44, _tuple$440, _tuple$441, _tuple$442, _tuple$443, _tuple$444, _tuple$445, _tuple$446, _tuple$447, _tuple$448, _tuple$449, _tuple$45, _tuple$450, _tuple$451, _tuple$452, _tuple$453, _tuple$454, _tuple$455, _tuple$456, _tuple$457, _tuple$458, _tuple$459, _tuple$46, _tuple$460, _tuple$461, _tuple$462, _tuple$463, _tuple$464, _tuple$465, _tuple$466, _tuple$467, _tuple$468, _tuple$469, _tuple$47, _tuple$470, _tuple$471, _tuple$472, _tuple$473, _tuple$474, _tuple$475, _tuple$476, _tuple$477, _tuple$478, _tuple$479, _tuple$48, _tuple$480, _tuple$481, _tuple$482, _tuple$483, _tuple$484, _tuple$485, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, arg2, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$165, x$166, x$167, x$168, x$169, x$17, x$170, x$171, x$172, x$173, x$174, x$175, x$176, x$177, x$178, x$179, x$18, x$180, x$181, x$182, x$183, x$184, x$185, x$186, x$187, x$188, x$189, x$19, x$190, x$191, x$192, x$193, x$194, x$195, x$196, x$197, x$198, x$199, x$2, x$20, x$200, x$201, x$202, x$203, x$204, x$205, x$206, x$207, x$208, x$209, x$21, x$210, x$211, x$212, x$213, x$214, x$215, x$216, x$217, x$218, x$219, x$22, x$220, x$221, x$222, x$223, x$224, x$225, x$226, x$227, x$228, x$229, x$23, x$230, x$231, x$232, x$233, x$234, x$235, x$236, x$237, x$238, x$239, x$24, x$240, x$241, x$242, x$243, x$244, x$245, x$246, x$247, x$248, x$249, x$25, x$250, x$251, x$252, x$253, x$254, x$255, x$256, x$257, x$258, x$259, x$26, x$260, x$261, x$262, x$263, x$264, x$265, x$266, x$267, x$268, x$269, x$27, x$270, x$271, x$272, x$273, x$274, x$275, x$276, x$277, x$278, x$279, x$28, x$280, x$281, x$282, x$283, x$284, x$285, x$286, x$287, x$288, x$289, x$29, x$290, x$291, x$292, x$293, x$294, x$295, x$296, x$297, x$298, x$299, x$3, x$30, x$300, x$301, x$302, x$303, x$304, x$305, x$306, x$307, x$308, x$309, x$31, x$310, x$311, x$312, x$313, x$314, x$315, x$316, x$317, x$318, x$319, x$32, x$320, x$321, x$322, x$323, x$324, x$325, x$326, x$327, x$328, x$329, x$33, x$330, x$331, x$332, x$333, x$334, x$335, x$336, x$337, x$338, x$339, x$34, x$340, x$341, x$342, x$343, x$344, x$345, x$346, x$347, x$348, x$349, x$35, x$350, x$351, x$352, x$353, x$354, x$355, x$356, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x1000, x1001, x1002, x1003, x1004, x1005, x1007, x1008, x1008$24ptr, x1009, x1009$24ptr, x101, x1010, x1010$24ptr, x1011, x1011$24ptr, x1012, x1012$24ptr, x1013, x1013$24ptr, x1014, x1014$24ptr, x1015, x1015$24ptr, x1016, x1016$24ptr, x102, x103, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x177, x178, x179, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x203, x204, x205, x206, x207, x208, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x222, x223, x224, x225, x226, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x24, x240, x241, x242, x243, x244, x245, x246, x247, x248, x249, x25, x250, x251, x252, x253, x254, x255, x256, x257, x258, x259, x26, x260, x261, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x276, x277, x278, x279, x28, x280, x281, x282, x283, x284, x285, x286, x287, x288, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x3, x30, x300, x302, x303, x304, x305, x306, x307, x308, x309, x31, x310, x311, x312, x313, x314, x315, x316, x317, x318, x319, x32, x320, x321, x322, x323, x324, x325, x326, x327, x328, x329, x33, x330, x331, x332, x333, x334, x335, x336, x337, x338, x339, x34, x340, x341, x342, x343, x344, x345, x346, x347, x348, x349, x35, x350, x351, x352, x353, x354, x355, x356, x357, x358, x359, x36, x360, x361, x362, x363, x364, x365, x366, x367, x368, x369, x37, x370, x371, x372, x373, x374, x375, x376, x377, x378, x379, x38, x380, x381, x382, x383, x384, x385, x386, x387, x388, x389, x39, x390, x391, x392, x393, x394, x395, x396, x397, x398, x399, x4, x40, x400, x401, x402, x403, x404, x405, x406, x407, x408, x409, x41, x410, x411, x413, x414, x415, x416, x417, x418, x419, x42, x420, x421, x422, x423, x424, x425, x426, x427, x428, x429, x43, x430, x431, x432, x433, x434, x435, x436, x437, x438, x439, x44, x440, x441, x442, x443, x444, x445, x446, x447, x448, x449, x45, x450, x451, x452, x453, x454, x455, x456, x457, x458, x459, x46, x460, x461, x462, x463, x464, x465, x466, x467, x468, x469, x47, x470, x471, x472, x473, x474, x475, x476, x477, x478, x479, x48, x480, x481, x482, x483, x484, x485, x486, x487, x488, x489, x49, x490, x491, x492, x493, x494, x495, x496, x497, x498, x499, x5, x50, x500, x501, x502, x503, x504, x505, x506, x507, x508, x509, x51, x510, x511, x512, x513, x514, x515, x516, x517, x518, x519, x52, x520, x521, x522, x524, x525, x526, x527, x528, x529, x53, x530, x531, x532, x533, x534, x535, x536, x537, x538, x539, x54, x540, x541, x542, x543, x544, x545, x546, x547, x548, x549, x55, x550, x551, x552, x553, x554, x555, x556, x557, x558, x559, x56, x560, x561, x562, x563, x564, x565, x566, x567, x568, x569, x57, x570, x571, x572, x573, x574, x575, x576, x577, x578, x579, x58, x580, x581, x582, x583, x584, x585, x586, x587, x588, x589, x59, x590, x591, x592, x593, x594, x595, x596, x597, x598, x599, x6, x60, x600, x601, x602, x603, x604, x605, x606, x607, x608, x609, x61, x610, x611, x612, x613, x614, x615, x616, x617, x618, x619, x62, x620, x621, x622, x623, x624, x625, x626, x627, x628, x629, x63, x630, x631, x632, x633, x635, x636, x637, x638, x639, x64, x640, x641, x642, x643, x644, x645, x646, x647, x648, x649, x65, x650, x651, x652, x653, x654, x655, x656, x657, x658, x659, x66, x660, x661, x662, x663, x664, x665, x666, x667, x668, x669, x67, x670, x671, x672, x673, x674, x675, x676, x677, x678, x679, x68, x680, x681, x682, x683, x684, x685, x686, x687, x688, x689, x69, x690, x691, x692, x693, x694, x695, x696, x697, x698, x699, x7, x70, x700, x701, x702, x703, x704, x705, x706, x707, x708, x709, x71, x710, x711, x712, x713, x714, x715, x716, x717, x718, x719, x72, x720, x721, x722, x723, x724, x725, x726, x727, x728, x729, x73, x730, x731, x732, x733, x734, x735, x736, x737, x738, x739, x74, x740, x741, x742, x743, x744, x746, x747, x748, x749, x75, x750, x751, x752, x753, x754, x755, x756, x757, x758, x759, x76, x760, x761, x762, x763, x764, x765, x766, x767, x768, x769, x77, x770, x771, x772, x773, x774, x775, x776, x777, x778, x779, x78, x780, x781, x782, x783, x784, x785, x786, x787, x788, x789, x79, x790, x791, x792, x793, x794, x795, x796, x797, x798, x799, x8, x800, x801, x802, x803, x804, x805, x806, x807, x808, x809, x81, x810, x811, x812, x813, x814, x815, x816, x817, x818, x819, x82, x820, x821, x822, x823, x824, x825, x826, x827, x828, x829, x83, x830, x831, x832, x833, x834, x835, x836, x837, x838, x839, x84, x840, x841, x842, x843, x844, x845, x846, x847, x848, x849, x85, x850, x851, x852, x853, x854, x855, x857, x858, x859, x86, x860, x861, x862, x863, x864, x865, x866, x867, x868, x869, x87, x870, x871, x872, x873, x874, x875, x876, x877, x878, x879, x88, x880, x881, x882, x883, x884, x885, x886, x887, x888, x889, x89, x890, x891, x892, x893, x894, x895, x896, x897, x898, x899, x9, x90, x900, x901, x902, x903, x904, x905, x906, x907, x908, x909, x91, x910, x911, x912, x913, x914, x915, x916, x917, x918, x919, x92, x920, x921, x922, x923, x924, x925, x926, x927, x928, x929, x93, x930, x931, x932, x933, x934, x935, x936, x937, x938, x939, x94, x940, x941, x942, x943, x944, x945, x946, x947, x948, x949, x95, x950, x951, x952, x953, x954, x955, x956, x957, x958, x959, x96, x960, x961, x962, x963, x964, x965, x966, x968, x969, x97, x970, x971, x972, x973, x974, x975, x976, x977, x978, x979, x98, x980, x981, x982, x983, x984, x985, x986, x987, x988, x989, x99, x990, x991, x992, x993, x994, x995, x996, x997, x998, x999;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[4];
		x5 = arg1[5];
		x6 = arg1[6];
		x7 = arg1[7];
		x8 = arg1[8];
		x9 = arg1[0];
		x10 = new $Uint64(0, 0);
		x11 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x9, arg2[8]);
		x11 = _tuple[0];
		x10 = _tuple[1];
		x12 = new $Uint64(0, 0);
		x13 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x9, arg2[7]);
		x13 = _tuple$1[0];
		x12 = _tuple$1[1];
		x14 = new $Uint64(0, 0);
		x15 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x9, arg2[6]);
		x15 = _tuple$2[0];
		x14 = _tuple$2[1];
		x16 = new $Uint64(0, 0);
		x17 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x9, arg2[5]);
		x17 = _tuple$3[0];
		x16 = _tuple$3[1];
		x18 = new $Uint64(0, 0);
		x19 = new $Uint64(0, 0);
		_tuple$4 = bits.Mul64(x9, arg2[4]);
		x19 = _tuple$4[0];
		x18 = _tuple$4[1];
		x20 = new $Uint64(0, 0);
		x21 = new $Uint64(0, 0);
		_tuple$5 = bits.Mul64(x9, arg2[3]);
		x21 = _tuple$5[0];
		x20 = _tuple$5[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$6 = bits.Mul64(x9, arg2[2]);
		x23 = _tuple$6[0];
		x22 = _tuple$6[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$7 = bits.Mul64(x9, arg2[1]);
		x25 = _tuple$7[0];
		x24 = _tuple$7[1];
		x26 = new $Uint64(0, 0);
		x27 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x9, arg2[0]);
		x27 = _tuple$8[0];
		x26 = _tuple$8[1];
		x28 = new $Uint64(0, 0);
		x29 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x27, x24, new $Uint64(0, 0));
		x28 = _tuple$9[0];
		x29 = _tuple$9[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x25, x22, ((x = (new p521Uint1(x29.$high, x29.$low)), new $Uint64(x.$high, x.$low))));
		x30 = _tuple$10[0];
		x31 = _tuple$10[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x23, x20, ((x$1 = (new p521Uint1(x31.$high, x31.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x32 = _tuple$11[0];
		x33 = _tuple$11[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x21, x18, ((x$2 = (new p521Uint1(x33.$high, x33.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x34 = _tuple$12[0];
		x35 = _tuple$12[1];
		x36 = new $Uint64(0, 0);
		x37 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x19, x16, ((x$3 = (new p521Uint1(x35.$high, x35.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x36 = _tuple$13[0];
		x37 = _tuple$13[1];
		x38 = new $Uint64(0, 0);
		x39 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x17, x14, ((x$4 = (new p521Uint1(x37.$high, x37.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x38 = _tuple$14[0];
		x39 = _tuple$14[1];
		x40 = new $Uint64(0, 0);
		x41 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x15, x12, ((x$5 = (new p521Uint1(x39.$high, x39.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x40 = _tuple$15[0];
		x41 = _tuple$15[1];
		x42 = new $Uint64(0, 0);
		x43 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x13, x10, ((x$6 = (new p521Uint1(x41.$high, x41.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x42 = _tuple$16[0];
		x43 = _tuple$16[1];
		x44 = (x$7 = ((x$8 = (new p521Uint1(x43.$high, x43.$low)), new $Uint64(x$8.$high, x$8.$low))), new $Uint64(x$7.$high + x11.$high, x$7.$low + x11.$low));
		x45 = new $Uint64(0, 0);
		x46 = new $Uint64(0, 0);
		_tuple$17 = bits.Mul64(x26, new $Uint64(0, 511));
		x46 = _tuple$17[0];
		x45 = _tuple$17[1];
		x47 = new $Uint64(0, 0);
		x48 = new $Uint64(0, 0);
		_tuple$18 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x48 = _tuple$18[0];
		x47 = _tuple$18[1];
		x49 = new $Uint64(0, 0);
		x50 = new $Uint64(0, 0);
		_tuple$19 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x50 = _tuple$19[0];
		x49 = _tuple$19[1];
		x51 = new $Uint64(0, 0);
		x52 = new $Uint64(0, 0);
		_tuple$20 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x52 = _tuple$20[0];
		x51 = _tuple$20[1];
		x53 = new $Uint64(0, 0);
		x54 = new $Uint64(0, 0);
		_tuple$21 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x54 = _tuple$21[0];
		x53 = _tuple$21[1];
		x55 = new $Uint64(0, 0);
		x56 = new $Uint64(0, 0);
		_tuple$22 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x56 = _tuple$22[0];
		x55 = _tuple$22[1];
		x57 = new $Uint64(0, 0);
		x58 = new $Uint64(0, 0);
		_tuple$23 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x58 = _tuple$23[0];
		x57 = _tuple$23[1];
		x59 = new $Uint64(0, 0);
		x60 = new $Uint64(0, 0);
		_tuple$24 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x60 = _tuple$24[0];
		x59 = _tuple$24[1];
		x61 = new $Uint64(0, 0);
		x62 = new $Uint64(0, 0);
		_tuple$25 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x62 = _tuple$25[0];
		x61 = _tuple$25[1];
		x63 = new $Uint64(0, 0);
		x64 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x62, x59, new $Uint64(0, 0));
		x63 = _tuple$26[0];
		x64 = _tuple$26[1];
		x65 = new $Uint64(0, 0);
		x66 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(x60, x57, ((x$9 = (new p521Uint1(x64.$high, x64.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x65 = _tuple$27[0];
		x66 = _tuple$27[1];
		x67 = new $Uint64(0, 0);
		x68 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(x58, x55, ((x$10 = (new p521Uint1(x66.$high, x66.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x67 = _tuple$28[0];
		x68 = _tuple$28[1];
		x69 = new $Uint64(0, 0);
		x70 = new $Uint64(0, 0);
		_tuple$29 = bits.Add64(x56, x53, ((x$11 = (new p521Uint1(x68.$high, x68.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x69 = _tuple$29[0];
		x70 = _tuple$29[1];
		x71 = new $Uint64(0, 0);
		x72 = new $Uint64(0, 0);
		_tuple$30 = bits.Add64(x54, x51, ((x$12 = (new p521Uint1(x70.$high, x70.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x71 = _tuple$30[0];
		x72 = _tuple$30[1];
		x73 = new $Uint64(0, 0);
		x74 = new $Uint64(0, 0);
		_tuple$31 = bits.Add64(x52, x49, ((x$13 = (new p521Uint1(x72.$high, x72.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x73 = _tuple$31[0];
		x74 = _tuple$31[1];
		x75 = new $Uint64(0, 0);
		x76 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x50, x47, ((x$14 = (new p521Uint1(x74.$high, x74.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x75 = _tuple$32[0];
		x76 = _tuple$32[1];
		x77 = new $Uint64(0, 0);
		x78 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x48, x45, ((x$15 = (new p521Uint1(x76.$high, x76.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x77 = _tuple$33[0];
		x78 = _tuple$33[1];
		x79 = (x$16 = ((x$17 = (new p521Uint1(x78.$high, x78.$low)), new $Uint64(x$17.$high, x$17.$low))), new $Uint64(x$16.$high + x46.$high, x$16.$low + x46.$low));
		x81 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x26, x61, new $Uint64(0, 0));
		x81 = _tuple$34[1];
		x82 = new $Uint64(0, 0);
		x83 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x28, x63, ((x$18 = (new p521Uint1(x81.$high, x81.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x82 = _tuple$35[0];
		x83 = _tuple$35[1];
		x84 = new $Uint64(0, 0);
		x85 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x30, x65, ((x$19 = (new p521Uint1(x83.$high, x83.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x84 = _tuple$36[0];
		x85 = _tuple$36[1];
		x86 = new $Uint64(0, 0);
		x87 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x32, x67, ((x$20 = (new p521Uint1(x85.$high, x85.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x86 = _tuple$37[0];
		x87 = _tuple$37[1];
		x88 = new $Uint64(0, 0);
		x89 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x34, x69, ((x$21 = (new p521Uint1(x87.$high, x87.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x88 = _tuple$38[0];
		x89 = _tuple$38[1];
		x90 = new $Uint64(0, 0);
		x91 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x36, x71, ((x$22 = (new p521Uint1(x89.$high, x89.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x90 = _tuple$39[0];
		x91 = _tuple$39[1];
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x38, x73, ((x$23 = (new p521Uint1(x91.$high, x91.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x92 = _tuple$40[0];
		x93 = _tuple$40[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$41 = bits.Add64(x40, x75, ((x$24 = (new p521Uint1(x93.$high, x93.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x94 = _tuple$41[0];
		x95 = _tuple$41[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$42 = bits.Add64(x42, x77, ((x$25 = (new p521Uint1(x95.$high, x95.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x96 = _tuple$42[0];
		x97 = _tuple$42[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64(x44, x79, ((x$26 = (new p521Uint1(x97.$high, x97.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x98 = _tuple$43[0];
		x99 = _tuple$43[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$44 = bits.Mul64(x1, arg2[8]);
		x101 = _tuple$44[0];
		x100 = _tuple$44[1];
		x102 = new $Uint64(0, 0);
		x103 = new $Uint64(0, 0);
		_tuple$45 = bits.Mul64(x1, arg2[7]);
		x103 = _tuple$45[0];
		x102 = _tuple$45[1];
		x104 = new $Uint64(0, 0);
		x105 = new $Uint64(0, 0);
		_tuple$46 = bits.Mul64(x1, arg2[6]);
		x105 = _tuple$46[0];
		x104 = _tuple$46[1];
		x106 = new $Uint64(0, 0);
		x107 = new $Uint64(0, 0);
		_tuple$47 = bits.Mul64(x1, arg2[5]);
		x107 = _tuple$47[0];
		x106 = _tuple$47[1];
		x108 = new $Uint64(0, 0);
		x109 = new $Uint64(0, 0);
		_tuple$48 = bits.Mul64(x1, arg2[4]);
		x109 = _tuple$48[0];
		x108 = _tuple$48[1];
		x110 = new $Uint64(0, 0);
		x111 = new $Uint64(0, 0);
		_tuple$49 = bits.Mul64(x1, arg2[3]);
		x111 = _tuple$49[0];
		x110 = _tuple$49[1];
		x112 = new $Uint64(0, 0);
		x113 = new $Uint64(0, 0);
		_tuple$50 = bits.Mul64(x1, arg2[2]);
		x113 = _tuple$50[0];
		x112 = _tuple$50[1];
		x114 = new $Uint64(0, 0);
		x115 = new $Uint64(0, 0);
		_tuple$51 = bits.Mul64(x1, arg2[1]);
		x115 = _tuple$51[0];
		x114 = _tuple$51[1];
		x116 = new $Uint64(0, 0);
		x117 = new $Uint64(0, 0);
		_tuple$52 = bits.Mul64(x1, arg2[0]);
		x117 = _tuple$52[0];
		x116 = _tuple$52[1];
		x118 = new $Uint64(0, 0);
		x119 = new $Uint64(0, 0);
		_tuple$53 = bits.Add64(x117, x114, new $Uint64(0, 0));
		x118 = _tuple$53[0];
		x119 = _tuple$53[1];
		x120 = new $Uint64(0, 0);
		x121 = new $Uint64(0, 0);
		_tuple$54 = bits.Add64(x115, x112, ((x$27 = (new p521Uint1(x119.$high, x119.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x120 = _tuple$54[0];
		x121 = _tuple$54[1];
		x122 = new $Uint64(0, 0);
		x123 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x113, x110, ((x$28 = (new p521Uint1(x121.$high, x121.$low)), new $Uint64(x$28.$high, x$28.$low))));
		x122 = _tuple$55[0];
		x123 = _tuple$55[1];
		x124 = new $Uint64(0, 0);
		x125 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x111, x108, ((x$29 = (new p521Uint1(x123.$high, x123.$low)), new $Uint64(x$29.$high, x$29.$low))));
		x124 = _tuple$56[0];
		x125 = _tuple$56[1];
		x126 = new $Uint64(0, 0);
		x127 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x109, x106, ((x$30 = (new p521Uint1(x125.$high, x125.$low)), new $Uint64(x$30.$high, x$30.$low))));
		x126 = _tuple$57[0];
		x127 = _tuple$57[1];
		x128 = new $Uint64(0, 0);
		x129 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x107, x104, ((x$31 = (new p521Uint1(x127.$high, x127.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x128 = _tuple$58[0];
		x129 = _tuple$58[1];
		x130 = new $Uint64(0, 0);
		x131 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x105, x102, ((x$32 = (new p521Uint1(x129.$high, x129.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x130 = _tuple$59[0];
		x131 = _tuple$59[1];
		x132 = new $Uint64(0, 0);
		x133 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x103, x100, ((x$33 = (new p521Uint1(x131.$high, x131.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x132 = _tuple$60[0];
		x133 = _tuple$60[1];
		x134 = (x$34 = ((x$35 = (new p521Uint1(x133.$high, x133.$low)), new $Uint64(x$35.$high, x$35.$low))), new $Uint64(x$34.$high + x101.$high, x$34.$low + x101.$low));
		x135 = new $Uint64(0, 0);
		x136 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x82, x116, new $Uint64(0, 0));
		x135 = _tuple$61[0];
		x136 = _tuple$61[1];
		x137 = new $Uint64(0, 0);
		x138 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x84, x118, ((x$36 = (new p521Uint1(x136.$high, x136.$low)), new $Uint64(x$36.$high, x$36.$low))));
		x137 = _tuple$62[0];
		x138 = _tuple$62[1];
		x139 = new $Uint64(0, 0);
		x140 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x86, x120, ((x$37 = (new p521Uint1(x138.$high, x138.$low)), new $Uint64(x$37.$high, x$37.$low))));
		x139 = _tuple$63[0];
		x140 = _tuple$63[1];
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x88, x122, ((x$38 = (new p521Uint1(x140.$high, x140.$low)), new $Uint64(x$38.$high, x$38.$low))));
		x141 = _tuple$64[0];
		x142 = _tuple$64[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x90, x124, ((x$39 = (new p521Uint1(x142.$high, x142.$low)), new $Uint64(x$39.$high, x$39.$low))));
		x143 = _tuple$65[0];
		x144 = _tuple$65[1];
		x145 = new $Uint64(0, 0);
		x146 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x92, x126, ((x$40 = (new p521Uint1(x144.$high, x144.$low)), new $Uint64(x$40.$high, x$40.$low))));
		x145 = _tuple$66[0];
		x146 = _tuple$66[1];
		x147 = new $Uint64(0, 0);
		x148 = new $Uint64(0, 0);
		_tuple$67 = bits.Add64(x94, x128, ((x$41 = (new p521Uint1(x146.$high, x146.$low)), new $Uint64(x$41.$high, x$41.$low))));
		x147 = _tuple$67[0];
		x148 = _tuple$67[1];
		x149 = new $Uint64(0, 0);
		x150 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64(x96, x130, ((x$42 = (new p521Uint1(x148.$high, x148.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x149 = _tuple$68[0];
		x150 = _tuple$68[1];
		x151 = new $Uint64(0, 0);
		x152 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64(x98, x132, ((x$43 = (new p521Uint1(x150.$high, x150.$low)), new $Uint64(x$43.$high, x$43.$low))));
		x151 = _tuple$69[0];
		x152 = _tuple$69[1];
		x153 = new $Uint64(0, 0);
		x154 = new $Uint64(0, 0);
		_tuple$70 = bits.Add64(((x$44 = (new p521Uint1(x99.$high, x99.$low)), new $Uint64(x$44.$high, x$44.$low))), x134, ((x$45 = (new p521Uint1(x152.$high, x152.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x153 = _tuple$70[0];
		x154 = _tuple$70[1];
		x155 = new $Uint64(0, 0);
		x156 = new $Uint64(0, 0);
		_tuple$71 = bits.Mul64(x135, new $Uint64(0, 511));
		x156 = _tuple$71[0];
		x155 = _tuple$71[1];
		x157 = new $Uint64(0, 0);
		x158 = new $Uint64(0, 0);
		_tuple$72 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x158 = _tuple$72[0];
		x157 = _tuple$72[1];
		x159 = new $Uint64(0, 0);
		x160 = new $Uint64(0, 0);
		_tuple$73 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x160 = _tuple$73[0];
		x159 = _tuple$73[1];
		x161 = new $Uint64(0, 0);
		x162 = new $Uint64(0, 0);
		_tuple$74 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x162 = _tuple$74[0];
		x161 = _tuple$74[1];
		x163 = new $Uint64(0, 0);
		x164 = new $Uint64(0, 0);
		_tuple$75 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x164 = _tuple$75[0];
		x163 = _tuple$75[1];
		x165 = new $Uint64(0, 0);
		x166 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x166 = _tuple$76[0];
		x165 = _tuple$76[1];
		x167 = new $Uint64(0, 0);
		x168 = new $Uint64(0, 0);
		_tuple$77 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x168 = _tuple$77[0];
		x167 = _tuple$77[1];
		x169 = new $Uint64(0, 0);
		x170 = new $Uint64(0, 0);
		_tuple$78 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x170 = _tuple$78[0];
		x169 = _tuple$78[1];
		x171 = new $Uint64(0, 0);
		x172 = new $Uint64(0, 0);
		_tuple$79 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x172 = _tuple$79[0];
		x171 = _tuple$79[1];
		x173 = new $Uint64(0, 0);
		x174 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x172, x169, new $Uint64(0, 0));
		x173 = _tuple$80[0];
		x174 = _tuple$80[1];
		x175 = new $Uint64(0, 0);
		x176 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x170, x167, ((x$46 = (new p521Uint1(x174.$high, x174.$low)), new $Uint64(x$46.$high, x$46.$low))));
		x175 = _tuple$81[0];
		x176 = _tuple$81[1];
		x177 = new $Uint64(0, 0);
		x178 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x168, x165, ((x$47 = (new p521Uint1(x176.$high, x176.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x177 = _tuple$82[0];
		x178 = _tuple$82[1];
		x179 = new $Uint64(0, 0);
		x180 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x166, x163, ((x$48 = (new p521Uint1(x178.$high, x178.$low)), new $Uint64(x$48.$high, x$48.$low))));
		x179 = _tuple$83[0];
		x180 = _tuple$83[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x164, x161, ((x$49 = (new p521Uint1(x180.$high, x180.$low)), new $Uint64(x$49.$high, x$49.$low))));
		x181 = _tuple$84[0];
		x182 = _tuple$84[1];
		x183 = new $Uint64(0, 0);
		x184 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x162, x159, ((x$50 = (new p521Uint1(x182.$high, x182.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x183 = _tuple$85[0];
		x184 = _tuple$85[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x160, x157, ((x$51 = (new p521Uint1(x184.$high, x184.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x185 = _tuple$86[0];
		x186 = _tuple$86[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$87 = bits.Add64(x158, x155, ((x$52 = (new p521Uint1(x186.$high, x186.$low)), new $Uint64(x$52.$high, x$52.$low))));
		x187 = _tuple$87[0];
		x188 = _tuple$87[1];
		x189 = (x$53 = ((x$54 = (new p521Uint1(x188.$high, x188.$low)), new $Uint64(x$54.$high, x$54.$low))), new $Uint64(x$53.$high + x156.$high, x$53.$low + x156.$low));
		x191 = new $Uint64(0, 0);
		_tuple$88 = bits.Add64(x135, x171, new $Uint64(0, 0));
		x191 = _tuple$88[1];
		x192 = new $Uint64(0, 0);
		x193 = new $Uint64(0, 0);
		_tuple$89 = bits.Add64(x137, x173, ((x$55 = (new p521Uint1(x191.$high, x191.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x192 = _tuple$89[0];
		x193 = _tuple$89[1];
		x194 = new $Uint64(0, 0);
		x195 = new $Uint64(0, 0);
		_tuple$90 = bits.Add64(x139, x175, ((x$56 = (new p521Uint1(x193.$high, x193.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x194 = _tuple$90[0];
		x195 = _tuple$90[1];
		x196 = new $Uint64(0, 0);
		x197 = new $Uint64(0, 0);
		_tuple$91 = bits.Add64(x141, x177, ((x$57 = (new p521Uint1(x195.$high, x195.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x196 = _tuple$91[0];
		x197 = _tuple$91[1];
		x198 = new $Uint64(0, 0);
		x199 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64(x143, x179, ((x$58 = (new p521Uint1(x197.$high, x197.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x198 = _tuple$92[0];
		x199 = _tuple$92[1];
		x200 = new $Uint64(0, 0);
		x201 = new $Uint64(0, 0);
		_tuple$93 = bits.Add64(x145, x181, ((x$59 = (new p521Uint1(x199.$high, x199.$low)), new $Uint64(x$59.$high, x$59.$low))));
		x200 = _tuple$93[0];
		x201 = _tuple$93[1];
		x202 = new $Uint64(0, 0);
		x203 = new $Uint64(0, 0);
		_tuple$94 = bits.Add64(x147, x183, ((x$60 = (new p521Uint1(x201.$high, x201.$low)), new $Uint64(x$60.$high, x$60.$low))));
		x202 = _tuple$94[0];
		x203 = _tuple$94[1];
		x204 = new $Uint64(0, 0);
		x205 = new $Uint64(0, 0);
		_tuple$95 = bits.Add64(x149, x185, ((x$61 = (new p521Uint1(x203.$high, x203.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x204 = _tuple$95[0];
		x205 = _tuple$95[1];
		x206 = new $Uint64(0, 0);
		x207 = new $Uint64(0, 0);
		_tuple$96 = bits.Add64(x151, x187, ((x$62 = (new p521Uint1(x205.$high, x205.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x206 = _tuple$96[0];
		x207 = _tuple$96[1];
		x208 = new $Uint64(0, 0);
		x209 = new $Uint64(0, 0);
		_tuple$97 = bits.Add64(x153, x189, ((x$63 = (new p521Uint1(x207.$high, x207.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x208 = _tuple$97[0];
		x209 = _tuple$97[1];
		x210 = (x$64 = ((x$65 = (new p521Uint1(x209.$high, x209.$low)), new $Uint64(x$65.$high, x$65.$low))), x$66 = ((x$67 = (new p521Uint1(x154.$high, x154.$low)), new $Uint64(x$67.$high, x$67.$low))), new $Uint64(x$64.$high + x$66.$high, x$64.$low + x$66.$low));
		x211 = new $Uint64(0, 0);
		x212 = new $Uint64(0, 0);
		_tuple$98 = bits.Mul64(x2, arg2[8]);
		x212 = _tuple$98[0];
		x211 = _tuple$98[1];
		x213 = new $Uint64(0, 0);
		x214 = new $Uint64(0, 0);
		_tuple$99 = bits.Mul64(x2, arg2[7]);
		x214 = _tuple$99[0];
		x213 = _tuple$99[1];
		x215 = new $Uint64(0, 0);
		x216 = new $Uint64(0, 0);
		_tuple$100 = bits.Mul64(x2, arg2[6]);
		x216 = _tuple$100[0];
		x215 = _tuple$100[1];
		x217 = new $Uint64(0, 0);
		x218 = new $Uint64(0, 0);
		_tuple$101 = bits.Mul64(x2, arg2[5]);
		x218 = _tuple$101[0];
		x217 = _tuple$101[1];
		x219 = new $Uint64(0, 0);
		x220 = new $Uint64(0, 0);
		_tuple$102 = bits.Mul64(x2, arg2[4]);
		x220 = _tuple$102[0];
		x219 = _tuple$102[1];
		x221 = new $Uint64(0, 0);
		x222 = new $Uint64(0, 0);
		_tuple$103 = bits.Mul64(x2, arg2[3]);
		x222 = _tuple$103[0];
		x221 = _tuple$103[1];
		x223 = new $Uint64(0, 0);
		x224 = new $Uint64(0, 0);
		_tuple$104 = bits.Mul64(x2, arg2[2]);
		x224 = _tuple$104[0];
		x223 = _tuple$104[1];
		x225 = new $Uint64(0, 0);
		x226 = new $Uint64(0, 0);
		_tuple$105 = bits.Mul64(x2, arg2[1]);
		x226 = _tuple$105[0];
		x225 = _tuple$105[1];
		x227 = new $Uint64(0, 0);
		x228 = new $Uint64(0, 0);
		_tuple$106 = bits.Mul64(x2, arg2[0]);
		x228 = _tuple$106[0];
		x227 = _tuple$106[1];
		x229 = new $Uint64(0, 0);
		x230 = new $Uint64(0, 0);
		_tuple$107 = bits.Add64(x228, x225, new $Uint64(0, 0));
		x229 = _tuple$107[0];
		x230 = _tuple$107[1];
		x231 = new $Uint64(0, 0);
		x232 = new $Uint64(0, 0);
		_tuple$108 = bits.Add64(x226, x223, ((x$68 = (new p521Uint1(x230.$high, x230.$low)), new $Uint64(x$68.$high, x$68.$low))));
		x231 = _tuple$108[0];
		x232 = _tuple$108[1];
		x233 = new $Uint64(0, 0);
		x234 = new $Uint64(0, 0);
		_tuple$109 = bits.Add64(x224, x221, ((x$69 = (new p521Uint1(x232.$high, x232.$low)), new $Uint64(x$69.$high, x$69.$low))));
		x233 = _tuple$109[0];
		x234 = _tuple$109[1];
		x235 = new $Uint64(0, 0);
		x236 = new $Uint64(0, 0);
		_tuple$110 = bits.Add64(x222, x219, ((x$70 = (new p521Uint1(x234.$high, x234.$low)), new $Uint64(x$70.$high, x$70.$low))));
		x235 = _tuple$110[0];
		x236 = _tuple$110[1];
		x237 = new $Uint64(0, 0);
		x238 = new $Uint64(0, 0);
		_tuple$111 = bits.Add64(x220, x217, ((x$71 = (new p521Uint1(x236.$high, x236.$low)), new $Uint64(x$71.$high, x$71.$low))));
		x237 = _tuple$111[0];
		x238 = _tuple$111[1];
		x239 = new $Uint64(0, 0);
		x240 = new $Uint64(0, 0);
		_tuple$112 = bits.Add64(x218, x215, ((x$72 = (new p521Uint1(x238.$high, x238.$low)), new $Uint64(x$72.$high, x$72.$low))));
		x239 = _tuple$112[0];
		x240 = _tuple$112[1];
		x241 = new $Uint64(0, 0);
		x242 = new $Uint64(0, 0);
		_tuple$113 = bits.Add64(x216, x213, ((x$73 = (new p521Uint1(x240.$high, x240.$low)), new $Uint64(x$73.$high, x$73.$low))));
		x241 = _tuple$113[0];
		x242 = _tuple$113[1];
		x243 = new $Uint64(0, 0);
		x244 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x214, x211, ((x$74 = (new p521Uint1(x242.$high, x242.$low)), new $Uint64(x$74.$high, x$74.$low))));
		x243 = _tuple$114[0];
		x244 = _tuple$114[1];
		x245 = (x$75 = ((x$76 = (new p521Uint1(x244.$high, x244.$low)), new $Uint64(x$76.$high, x$76.$low))), new $Uint64(x$75.$high + x212.$high, x$75.$low + x212.$low));
		x246 = new $Uint64(0, 0);
		x247 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x192, x227, new $Uint64(0, 0));
		x246 = _tuple$115[0];
		x247 = _tuple$115[1];
		x248 = new $Uint64(0, 0);
		x249 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x194, x229, ((x$77 = (new p521Uint1(x247.$high, x247.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x248 = _tuple$116[0];
		x249 = _tuple$116[1];
		x250 = new $Uint64(0, 0);
		x251 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x196, x231, ((x$78 = (new p521Uint1(x249.$high, x249.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x250 = _tuple$117[0];
		x251 = _tuple$117[1];
		x252 = new $Uint64(0, 0);
		x253 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64(x198, x233, ((x$79 = (new p521Uint1(x251.$high, x251.$low)), new $Uint64(x$79.$high, x$79.$low))));
		x252 = _tuple$118[0];
		x253 = _tuple$118[1];
		x254 = new $Uint64(0, 0);
		x255 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x200, x235, ((x$80 = (new p521Uint1(x253.$high, x253.$low)), new $Uint64(x$80.$high, x$80.$low))));
		x254 = _tuple$119[0];
		x255 = _tuple$119[1];
		x256 = new $Uint64(0, 0);
		x257 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x202, x237, ((x$81 = (new p521Uint1(x255.$high, x255.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x256 = _tuple$120[0];
		x257 = _tuple$120[1];
		x258 = new $Uint64(0, 0);
		x259 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x204, x239, ((x$82 = (new p521Uint1(x257.$high, x257.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x258 = _tuple$121[0];
		x259 = _tuple$121[1];
		x260 = new $Uint64(0, 0);
		x261 = new $Uint64(0, 0);
		_tuple$122 = bits.Add64(x206, x241, ((x$83 = (new p521Uint1(x259.$high, x259.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x260 = _tuple$122[0];
		x261 = _tuple$122[1];
		x262 = new $Uint64(0, 0);
		x263 = new $Uint64(0, 0);
		_tuple$123 = bits.Add64(x208, x243, ((x$84 = (new p521Uint1(x261.$high, x261.$low)), new $Uint64(x$84.$high, x$84.$low))));
		x262 = _tuple$123[0];
		x263 = _tuple$123[1];
		x264 = new $Uint64(0, 0);
		x265 = new $Uint64(0, 0);
		_tuple$124 = bits.Add64(x210, x245, ((x$85 = (new p521Uint1(x263.$high, x263.$low)), new $Uint64(x$85.$high, x$85.$low))));
		x264 = _tuple$124[0];
		x265 = _tuple$124[1];
		x266 = new $Uint64(0, 0);
		x267 = new $Uint64(0, 0);
		_tuple$125 = bits.Mul64(x246, new $Uint64(0, 511));
		x267 = _tuple$125[0];
		x266 = _tuple$125[1];
		x268 = new $Uint64(0, 0);
		x269 = new $Uint64(0, 0);
		_tuple$126 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x269 = _tuple$126[0];
		x268 = _tuple$126[1];
		x270 = new $Uint64(0, 0);
		x271 = new $Uint64(0, 0);
		_tuple$127 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x271 = _tuple$127[0];
		x270 = _tuple$127[1];
		x272 = new $Uint64(0, 0);
		x273 = new $Uint64(0, 0);
		_tuple$128 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x273 = _tuple$128[0];
		x272 = _tuple$128[1];
		x274 = new $Uint64(0, 0);
		x275 = new $Uint64(0, 0);
		_tuple$129 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x275 = _tuple$129[0];
		x274 = _tuple$129[1];
		x276 = new $Uint64(0, 0);
		x277 = new $Uint64(0, 0);
		_tuple$130 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x277 = _tuple$130[0];
		x276 = _tuple$130[1];
		x278 = new $Uint64(0, 0);
		x279 = new $Uint64(0, 0);
		_tuple$131 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x279 = _tuple$131[0];
		x278 = _tuple$131[1];
		x280 = new $Uint64(0, 0);
		x281 = new $Uint64(0, 0);
		_tuple$132 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x281 = _tuple$132[0];
		x280 = _tuple$132[1];
		x282 = new $Uint64(0, 0);
		x283 = new $Uint64(0, 0);
		_tuple$133 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x283 = _tuple$133[0];
		x282 = _tuple$133[1];
		x284 = new $Uint64(0, 0);
		x285 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x283, x280, new $Uint64(0, 0));
		x284 = _tuple$134[0];
		x285 = _tuple$134[1];
		x286 = new $Uint64(0, 0);
		x287 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x281, x278, ((x$86 = (new p521Uint1(x285.$high, x285.$low)), new $Uint64(x$86.$high, x$86.$low))));
		x286 = _tuple$135[0];
		x287 = _tuple$135[1];
		x288 = new $Uint64(0, 0);
		x289 = new $Uint64(0, 0);
		_tuple$136 = bits.Add64(x279, x276, ((x$87 = (new p521Uint1(x287.$high, x287.$low)), new $Uint64(x$87.$high, x$87.$low))));
		x288 = _tuple$136[0];
		x289 = _tuple$136[1];
		x290 = new $Uint64(0, 0);
		x291 = new $Uint64(0, 0);
		_tuple$137 = bits.Add64(x277, x274, ((x$88 = (new p521Uint1(x289.$high, x289.$low)), new $Uint64(x$88.$high, x$88.$low))));
		x290 = _tuple$137[0];
		x291 = _tuple$137[1];
		x292 = new $Uint64(0, 0);
		x293 = new $Uint64(0, 0);
		_tuple$138 = bits.Add64(x275, x272, ((x$89 = (new p521Uint1(x291.$high, x291.$low)), new $Uint64(x$89.$high, x$89.$low))));
		x292 = _tuple$138[0];
		x293 = _tuple$138[1];
		x294 = new $Uint64(0, 0);
		x295 = new $Uint64(0, 0);
		_tuple$139 = bits.Add64(x273, x270, ((x$90 = (new p521Uint1(x293.$high, x293.$low)), new $Uint64(x$90.$high, x$90.$low))));
		x294 = _tuple$139[0];
		x295 = _tuple$139[1];
		x296 = new $Uint64(0, 0);
		x297 = new $Uint64(0, 0);
		_tuple$140 = bits.Add64(x271, x268, ((x$91 = (new p521Uint1(x295.$high, x295.$low)), new $Uint64(x$91.$high, x$91.$low))));
		x296 = _tuple$140[0];
		x297 = _tuple$140[1];
		x298 = new $Uint64(0, 0);
		x299 = new $Uint64(0, 0);
		_tuple$141 = bits.Add64(x269, x266, ((x$92 = (new p521Uint1(x297.$high, x297.$low)), new $Uint64(x$92.$high, x$92.$low))));
		x298 = _tuple$141[0];
		x299 = _tuple$141[1];
		x300 = (x$93 = ((x$94 = (new p521Uint1(x299.$high, x299.$low)), new $Uint64(x$94.$high, x$94.$low))), new $Uint64(x$93.$high + x267.$high, x$93.$low + x267.$low));
		x302 = new $Uint64(0, 0);
		_tuple$142 = bits.Add64(x246, x282, new $Uint64(0, 0));
		x302 = _tuple$142[1];
		x303 = new $Uint64(0, 0);
		x304 = new $Uint64(0, 0);
		_tuple$143 = bits.Add64(x248, x284, ((x$95 = (new p521Uint1(x302.$high, x302.$low)), new $Uint64(x$95.$high, x$95.$low))));
		x303 = _tuple$143[0];
		x304 = _tuple$143[1];
		x305 = new $Uint64(0, 0);
		x306 = new $Uint64(0, 0);
		_tuple$144 = bits.Add64(x250, x286, ((x$96 = (new p521Uint1(x304.$high, x304.$low)), new $Uint64(x$96.$high, x$96.$low))));
		x305 = _tuple$144[0];
		x306 = _tuple$144[1];
		x307 = new $Uint64(0, 0);
		x308 = new $Uint64(0, 0);
		_tuple$145 = bits.Add64(x252, x288, ((x$97 = (new p521Uint1(x306.$high, x306.$low)), new $Uint64(x$97.$high, x$97.$low))));
		x307 = _tuple$145[0];
		x308 = _tuple$145[1];
		x309 = new $Uint64(0, 0);
		x310 = new $Uint64(0, 0);
		_tuple$146 = bits.Add64(x254, x290, ((x$98 = (new p521Uint1(x308.$high, x308.$low)), new $Uint64(x$98.$high, x$98.$low))));
		x309 = _tuple$146[0];
		x310 = _tuple$146[1];
		x311 = new $Uint64(0, 0);
		x312 = new $Uint64(0, 0);
		_tuple$147 = bits.Add64(x256, x292, ((x$99 = (new p521Uint1(x310.$high, x310.$low)), new $Uint64(x$99.$high, x$99.$low))));
		x311 = _tuple$147[0];
		x312 = _tuple$147[1];
		x313 = new $Uint64(0, 0);
		x314 = new $Uint64(0, 0);
		_tuple$148 = bits.Add64(x258, x294, ((x$100 = (new p521Uint1(x312.$high, x312.$low)), new $Uint64(x$100.$high, x$100.$low))));
		x313 = _tuple$148[0];
		x314 = _tuple$148[1];
		x315 = new $Uint64(0, 0);
		x316 = new $Uint64(0, 0);
		_tuple$149 = bits.Add64(x260, x296, ((x$101 = (new p521Uint1(x314.$high, x314.$low)), new $Uint64(x$101.$high, x$101.$low))));
		x315 = _tuple$149[0];
		x316 = _tuple$149[1];
		x317 = new $Uint64(0, 0);
		x318 = new $Uint64(0, 0);
		_tuple$150 = bits.Add64(x262, x298, ((x$102 = (new p521Uint1(x316.$high, x316.$low)), new $Uint64(x$102.$high, x$102.$low))));
		x317 = _tuple$150[0];
		x318 = _tuple$150[1];
		x319 = new $Uint64(0, 0);
		x320 = new $Uint64(0, 0);
		_tuple$151 = bits.Add64(x264, x300, ((x$103 = (new p521Uint1(x318.$high, x318.$low)), new $Uint64(x$103.$high, x$103.$low))));
		x319 = _tuple$151[0];
		x320 = _tuple$151[1];
		x321 = (x$104 = ((x$105 = (new p521Uint1(x320.$high, x320.$low)), new $Uint64(x$105.$high, x$105.$low))), x$106 = ((x$107 = (new p521Uint1(x265.$high, x265.$low)), new $Uint64(x$107.$high, x$107.$low))), new $Uint64(x$104.$high + x$106.$high, x$104.$low + x$106.$low));
		x322 = new $Uint64(0, 0);
		x323 = new $Uint64(0, 0);
		_tuple$152 = bits.Mul64(x3, arg2[8]);
		x323 = _tuple$152[0];
		x322 = _tuple$152[1];
		x324 = new $Uint64(0, 0);
		x325 = new $Uint64(0, 0);
		_tuple$153 = bits.Mul64(x3, arg2[7]);
		x325 = _tuple$153[0];
		x324 = _tuple$153[1];
		x326 = new $Uint64(0, 0);
		x327 = new $Uint64(0, 0);
		_tuple$154 = bits.Mul64(x3, arg2[6]);
		x327 = _tuple$154[0];
		x326 = _tuple$154[1];
		x328 = new $Uint64(0, 0);
		x329 = new $Uint64(0, 0);
		_tuple$155 = bits.Mul64(x3, arg2[5]);
		x329 = _tuple$155[0];
		x328 = _tuple$155[1];
		x330 = new $Uint64(0, 0);
		x331 = new $Uint64(0, 0);
		_tuple$156 = bits.Mul64(x3, arg2[4]);
		x331 = _tuple$156[0];
		x330 = _tuple$156[1];
		x332 = new $Uint64(0, 0);
		x333 = new $Uint64(0, 0);
		_tuple$157 = bits.Mul64(x3, arg2[3]);
		x333 = _tuple$157[0];
		x332 = _tuple$157[1];
		x334 = new $Uint64(0, 0);
		x335 = new $Uint64(0, 0);
		_tuple$158 = bits.Mul64(x3, arg2[2]);
		x335 = _tuple$158[0];
		x334 = _tuple$158[1];
		x336 = new $Uint64(0, 0);
		x337 = new $Uint64(0, 0);
		_tuple$159 = bits.Mul64(x3, arg2[1]);
		x337 = _tuple$159[0];
		x336 = _tuple$159[1];
		x338 = new $Uint64(0, 0);
		x339 = new $Uint64(0, 0);
		_tuple$160 = bits.Mul64(x3, arg2[0]);
		x339 = _tuple$160[0];
		x338 = _tuple$160[1];
		x340 = new $Uint64(0, 0);
		x341 = new $Uint64(0, 0);
		_tuple$161 = bits.Add64(x339, x336, new $Uint64(0, 0));
		x340 = _tuple$161[0];
		x341 = _tuple$161[1];
		x342 = new $Uint64(0, 0);
		x343 = new $Uint64(0, 0);
		_tuple$162 = bits.Add64(x337, x334, ((x$108 = (new p521Uint1(x341.$high, x341.$low)), new $Uint64(x$108.$high, x$108.$low))));
		x342 = _tuple$162[0];
		x343 = _tuple$162[1];
		x344 = new $Uint64(0, 0);
		x345 = new $Uint64(0, 0);
		_tuple$163 = bits.Add64(x335, x332, ((x$109 = (new p521Uint1(x343.$high, x343.$low)), new $Uint64(x$109.$high, x$109.$low))));
		x344 = _tuple$163[0];
		x345 = _tuple$163[1];
		x346 = new $Uint64(0, 0);
		x347 = new $Uint64(0, 0);
		_tuple$164 = bits.Add64(x333, x330, ((x$110 = (new p521Uint1(x345.$high, x345.$low)), new $Uint64(x$110.$high, x$110.$low))));
		x346 = _tuple$164[0];
		x347 = _tuple$164[1];
		x348 = new $Uint64(0, 0);
		x349 = new $Uint64(0, 0);
		_tuple$165 = bits.Add64(x331, x328, ((x$111 = (new p521Uint1(x347.$high, x347.$low)), new $Uint64(x$111.$high, x$111.$low))));
		x348 = _tuple$165[0];
		x349 = _tuple$165[1];
		x350 = new $Uint64(0, 0);
		x351 = new $Uint64(0, 0);
		_tuple$166 = bits.Add64(x329, x326, ((x$112 = (new p521Uint1(x349.$high, x349.$low)), new $Uint64(x$112.$high, x$112.$low))));
		x350 = _tuple$166[0];
		x351 = _tuple$166[1];
		x352 = new $Uint64(0, 0);
		x353 = new $Uint64(0, 0);
		_tuple$167 = bits.Add64(x327, x324, ((x$113 = (new p521Uint1(x351.$high, x351.$low)), new $Uint64(x$113.$high, x$113.$low))));
		x352 = _tuple$167[0];
		x353 = _tuple$167[1];
		x354 = new $Uint64(0, 0);
		x355 = new $Uint64(0, 0);
		_tuple$168 = bits.Add64(x325, x322, ((x$114 = (new p521Uint1(x353.$high, x353.$low)), new $Uint64(x$114.$high, x$114.$low))));
		x354 = _tuple$168[0];
		x355 = _tuple$168[1];
		x356 = (x$115 = ((x$116 = (new p521Uint1(x355.$high, x355.$low)), new $Uint64(x$116.$high, x$116.$low))), new $Uint64(x$115.$high + x323.$high, x$115.$low + x323.$low));
		x357 = new $Uint64(0, 0);
		x358 = new $Uint64(0, 0);
		_tuple$169 = bits.Add64(x303, x338, new $Uint64(0, 0));
		x357 = _tuple$169[0];
		x358 = _tuple$169[1];
		x359 = new $Uint64(0, 0);
		x360 = new $Uint64(0, 0);
		_tuple$170 = bits.Add64(x305, x340, ((x$117 = (new p521Uint1(x358.$high, x358.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x359 = _tuple$170[0];
		x360 = _tuple$170[1];
		x361 = new $Uint64(0, 0);
		x362 = new $Uint64(0, 0);
		_tuple$171 = bits.Add64(x307, x342, ((x$118 = (new p521Uint1(x360.$high, x360.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x361 = _tuple$171[0];
		x362 = _tuple$171[1];
		x363 = new $Uint64(0, 0);
		x364 = new $Uint64(0, 0);
		_tuple$172 = bits.Add64(x309, x344, ((x$119 = (new p521Uint1(x362.$high, x362.$low)), new $Uint64(x$119.$high, x$119.$low))));
		x363 = _tuple$172[0];
		x364 = _tuple$172[1];
		x365 = new $Uint64(0, 0);
		x366 = new $Uint64(0, 0);
		_tuple$173 = bits.Add64(x311, x346, ((x$120 = (new p521Uint1(x364.$high, x364.$low)), new $Uint64(x$120.$high, x$120.$low))));
		x365 = _tuple$173[0];
		x366 = _tuple$173[1];
		x367 = new $Uint64(0, 0);
		x368 = new $Uint64(0, 0);
		_tuple$174 = bits.Add64(x313, x348, ((x$121 = (new p521Uint1(x366.$high, x366.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x367 = _tuple$174[0];
		x368 = _tuple$174[1];
		x369 = new $Uint64(0, 0);
		x370 = new $Uint64(0, 0);
		_tuple$175 = bits.Add64(x315, x350, ((x$122 = (new p521Uint1(x368.$high, x368.$low)), new $Uint64(x$122.$high, x$122.$low))));
		x369 = _tuple$175[0];
		x370 = _tuple$175[1];
		x371 = new $Uint64(0, 0);
		x372 = new $Uint64(0, 0);
		_tuple$176 = bits.Add64(x317, x352, ((x$123 = (new p521Uint1(x370.$high, x370.$low)), new $Uint64(x$123.$high, x$123.$low))));
		x371 = _tuple$176[0];
		x372 = _tuple$176[1];
		x373 = new $Uint64(0, 0);
		x374 = new $Uint64(0, 0);
		_tuple$177 = bits.Add64(x319, x354, ((x$124 = (new p521Uint1(x372.$high, x372.$low)), new $Uint64(x$124.$high, x$124.$low))));
		x373 = _tuple$177[0];
		x374 = _tuple$177[1];
		x375 = new $Uint64(0, 0);
		x376 = new $Uint64(0, 0);
		_tuple$178 = bits.Add64(x321, x356, ((x$125 = (new p521Uint1(x374.$high, x374.$low)), new $Uint64(x$125.$high, x$125.$low))));
		x375 = _tuple$178[0];
		x376 = _tuple$178[1];
		x377 = new $Uint64(0, 0);
		x378 = new $Uint64(0, 0);
		_tuple$179 = bits.Mul64(x357, new $Uint64(0, 511));
		x378 = _tuple$179[0];
		x377 = _tuple$179[1];
		x379 = new $Uint64(0, 0);
		x380 = new $Uint64(0, 0);
		_tuple$180 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x380 = _tuple$180[0];
		x379 = _tuple$180[1];
		x381 = new $Uint64(0, 0);
		x382 = new $Uint64(0, 0);
		_tuple$181 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x382 = _tuple$181[0];
		x381 = _tuple$181[1];
		x383 = new $Uint64(0, 0);
		x384 = new $Uint64(0, 0);
		_tuple$182 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x384 = _tuple$182[0];
		x383 = _tuple$182[1];
		x385 = new $Uint64(0, 0);
		x386 = new $Uint64(0, 0);
		_tuple$183 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x386 = _tuple$183[0];
		x385 = _tuple$183[1];
		x387 = new $Uint64(0, 0);
		x388 = new $Uint64(0, 0);
		_tuple$184 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x388 = _tuple$184[0];
		x387 = _tuple$184[1];
		x389 = new $Uint64(0, 0);
		x390 = new $Uint64(0, 0);
		_tuple$185 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x390 = _tuple$185[0];
		x389 = _tuple$185[1];
		x391 = new $Uint64(0, 0);
		x392 = new $Uint64(0, 0);
		_tuple$186 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x392 = _tuple$186[0];
		x391 = _tuple$186[1];
		x393 = new $Uint64(0, 0);
		x394 = new $Uint64(0, 0);
		_tuple$187 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x394 = _tuple$187[0];
		x393 = _tuple$187[1];
		x395 = new $Uint64(0, 0);
		x396 = new $Uint64(0, 0);
		_tuple$188 = bits.Add64(x394, x391, new $Uint64(0, 0));
		x395 = _tuple$188[0];
		x396 = _tuple$188[1];
		x397 = new $Uint64(0, 0);
		x398 = new $Uint64(0, 0);
		_tuple$189 = bits.Add64(x392, x389, ((x$126 = (new p521Uint1(x396.$high, x396.$low)), new $Uint64(x$126.$high, x$126.$low))));
		x397 = _tuple$189[0];
		x398 = _tuple$189[1];
		x399 = new $Uint64(0, 0);
		x400 = new $Uint64(0, 0);
		_tuple$190 = bits.Add64(x390, x387, ((x$127 = (new p521Uint1(x398.$high, x398.$low)), new $Uint64(x$127.$high, x$127.$low))));
		x399 = _tuple$190[0];
		x400 = _tuple$190[1];
		x401 = new $Uint64(0, 0);
		x402 = new $Uint64(0, 0);
		_tuple$191 = bits.Add64(x388, x385, ((x$128 = (new p521Uint1(x400.$high, x400.$low)), new $Uint64(x$128.$high, x$128.$low))));
		x401 = _tuple$191[0];
		x402 = _tuple$191[1];
		x403 = new $Uint64(0, 0);
		x404 = new $Uint64(0, 0);
		_tuple$192 = bits.Add64(x386, x383, ((x$129 = (new p521Uint1(x402.$high, x402.$low)), new $Uint64(x$129.$high, x$129.$low))));
		x403 = _tuple$192[0];
		x404 = _tuple$192[1];
		x405 = new $Uint64(0, 0);
		x406 = new $Uint64(0, 0);
		_tuple$193 = bits.Add64(x384, x381, ((x$130 = (new p521Uint1(x404.$high, x404.$low)), new $Uint64(x$130.$high, x$130.$low))));
		x405 = _tuple$193[0];
		x406 = _tuple$193[1];
		x407 = new $Uint64(0, 0);
		x408 = new $Uint64(0, 0);
		_tuple$194 = bits.Add64(x382, x379, ((x$131 = (new p521Uint1(x406.$high, x406.$low)), new $Uint64(x$131.$high, x$131.$low))));
		x407 = _tuple$194[0];
		x408 = _tuple$194[1];
		x409 = new $Uint64(0, 0);
		x410 = new $Uint64(0, 0);
		_tuple$195 = bits.Add64(x380, x377, ((x$132 = (new p521Uint1(x408.$high, x408.$low)), new $Uint64(x$132.$high, x$132.$low))));
		x409 = _tuple$195[0];
		x410 = _tuple$195[1];
		x411 = (x$133 = ((x$134 = (new p521Uint1(x410.$high, x410.$low)), new $Uint64(x$134.$high, x$134.$low))), new $Uint64(x$133.$high + x378.$high, x$133.$low + x378.$low));
		x413 = new $Uint64(0, 0);
		_tuple$196 = bits.Add64(x357, x393, new $Uint64(0, 0));
		x413 = _tuple$196[1];
		x414 = new $Uint64(0, 0);
		x415 = new $Uint64(0, 0);
		_tuple$197 = bits.Add64(x359, x395, ((x$135 = (new p521Uint1(x413.$high, x413.$low)), new $Uint64(x$135.$high, x$135.$low))));
		x414 = _tuple$197[0];
		x415 = _tuple$197[1];
		x416 = new $Uint64(0, 0);
		x417 = new $Uint64(0, 0);
		_tuple$198 = bits.Add64(x361, x397, ((x$136 = (new p521Uint1(x415.$high, x415.$low)), new $Uint64(x$136.$high, x$136.$low))));
		x416 = _tuple$198[0];
		x417 = _tuple$198[1];
		x418 = new $Uint64(0, 0);
		x419 = new $Uint64(0, 0);
		_tuple$199 = bits.Add64(x363, x399, ((x$137 = (new p521Uint1(x417.$high, x417.$low)), new $Uint64(x$137.$high, x$137.$low))));
		x418 = _tuple$199[0];
		x419 = _tuple$199[1];
		x420 = new $Uint64(0, 0);
		x421 = new $Uint64(0, 0);
		_tuple$200 = bits.Add64(x365, x401, ((x$138 = (new p521Uint1(x419.$high, x419.$low)), new $Uint64(x$138.$high, x$138.$low))));
		x420 = _tuple$200[0];
		x421 = _tuple$200[1];
		x422 = new $Uint64(0, 0);
		x423 = new $Uint64(0, 0);
		_tuple$201 = bits.Add64(x367, x403, ((x$139 = (new p521Uint1(x421.$high, x421.$low)), new $Uint64(x$139.$high, x$139.$low))));
		x422 = _tuple$201[0];
		x423 = _tuple$201[1];
		x424 = new $Uint64(0, 0);
		x425 = new $Uint64(0, 0);
		_tuple$202 = bits.Add64(x369, x405, ((x$140 = (new p521Uint1(x423.$high, x423.$low)), new $Uint64(x$140.$high, x$140.$low))));
		x424 = _tuple$202[0];
		x425 = _tuple$202[1];
		x426 = new $Uint64(0, 0);
		x427 = new $Uint64(0, 0);
		_tuple$203 = bits.Add64(x371, x407, ((x$141 = (new p521Uint1(x425.$high, x425.$low)), new $Uint64(x$141.$high, x$141.$low))));
		x426 = _tuple$203[0];
		x427 = _tuple$203[1];
		x428 = new $Uint64(0, 0);
		x429 = new $Uint64(0, 0);
		_tuple$204 = bits.Add64(x373, x409, ((x$142 = (new p521Uint1(x427.$high, x427.$low)), new $Uint64(x$142.$high, x$142.$low))));
		x428 = _tuple$204[0];
		x429 = _tuple$204[1];
		x430 = new $Uint64(0, 0);
		x431 = new $Uint64(0, 0);
		_tuple$205 = bits.Add64(x375, x411, ((x$143 = (new p521Uint1(x429.$high, x429.$low)), new $Uint64(x$143.$high, x$143.$low))));
		x430 = _tuple$205[0];
		x431 = _tuple$205[1];
		x432 = (x$144 = ((x$145 = (new p521Uint1(x431.$high, x431.$low)), new $Uint64(x$145.$high, x$145.$low))), x$146 = ((x$147 = (new p521Uint1(x376.$high, x376.$low)), new $Uint64(x$147.$high, x$147.$low))), new $Uint64(x$144.$high + x$146.$high, x$144.$low + x$146.$low));
		x433 = new $Uint64(0, 0);
		x434 = new $Uint64(0, 0);
		_tuple$206 = bits.Mul64(x4, arg2[8]);
		x434 = _tuple$206[0];
		x433 = _tuple$206[1];
		x435 = new $Uint64(0, 0);
		x436 = new $Uint64(0, 0);
		_tuple$207 = bits.Mul64(x4, arg2[7]);
		x436 = _tuple$207[0];
		x435 = _tuple$207[1];
		x437 = new $Uint64(0, 0);
		x438 = new $Uint64(0, 0);
		_tuple$208 = bits.Mul64(x4, arg2[6]);
		x438 = _tuple$208[0];
		x437 = _tuple$208[1];
		x439 = new $Uint64(0, 0);
		x440 = new $Uint64(0, 0);
		_tuple$209 = bits.Mul64(x4, arg2[5]);
		x440 = _tuple$209[0];
		x439 = _tuple$209[1];
		x441 = new $Uint64(0, 0);
		x442 = new $Uint64(0, 0);
		_tuple$210 = bits.Mul64(x4, arg2[4]);
		x442 = _tuple$210[0];
		x441 = _tuple$210[1];
		x443 = new $Uint64(0, 0);
		x444 = new $Uint64(0, 0);
		_tuple$211 = bits.Mul64(x4, arg2[3]);
		x444 = _tuple$211[0];
		x443 = _tuple$211[1];
		x445 = new $Uint64(0, 0);
		x446 = new $Uint64(0, 0);
		_tuple$212 = bits.Mul64(x4, arg2[2]);
		x446 = _tuple$212[0];
		x445 = _tuple$212[1];
		x447 = new $Uint64(0, 0);
		x448 = new $Uint64(0, 0);
		_tuple$213 = bits.Mul64(x4, arg2[1]);
		x448 = _tuple$213[0];
		x447 = _tuple$213[1];
		x449 = new $Uint64(0, 0);
		x450 = new $Uint64(0, 0);
		_tuple$214 = bits.Mul64(x4, arg2[0]);
		x450 = _tuple$214[0];
		x449 = _tuple$214[1];
		x451 = new $Uint64(0, 0);
		x452 = new $Uint64(0, 0);
		_tuple$215 = bits.Add64(x450, x447, new $Uint64(0, 0));
		x451 = _tuple$215[0];
		x452 = _tuple$215[1];
		x453 = new $Uint64(0, 0);
		x454 = new $Uint64(0, 0);
		_tuple$216 = bits.Add64(x448, x445, ((x$148 = (new p521Uint1(x452.$high, x452.$low)), new $Uint64(x$148.$high, x$148.$low))));
		x453 = _tuple$216[0];
		x454 = _tuple$216[1];
		x455 = new $Uint64(0, 0);
		x456 = new $Uint64(0, 0);
		_tuple$217 = bits.Add64(x446, x443, ((x$149 = (new p521Uint1(x454.$high, x454.$low)), new $Uint64(x$149.$high, x$149.$low))));
		x455 = _tuple$217[0];
		x456 = _tuple$217[1];
		x457 = new $Uint64(0, 0);
		x458 = new $Uint64(0, 0);
		_tuple$218 = bits.Add64(x444, x441, ((x$150 = (new p521Uint1(x456.$high, x456.$low)), new $Uint64(x$150.$high, x$150.$low))));
		x457 = _tuple$218[0];
		x458 = _tuple$218[1];
		x459 = new $Uint64(0, 0);
		x460 = new $Uint64(0, 0);
		_tuple$219 = bits.Add64(x442, x439, ((x$151 = (new p521Uint1(x458.$high, x458.$low)), new $Uint64(x$151.$high, x$151.$low))));
		x459 = _tuple$219[0];
		x460 = _tuple$219[1];
		x461 = new $Uint64(0, 0);
		x462 = new $Uint64(0, 0);
		_tuple$220 = bits.Add64(x440, x437, ((x$152 = (new p521Uint1(x460.$high, x460.$low)), new $Uint64(x$152.$high, x$152.$low))));
		x461 = _tuple$220[0];
		x462 = _tuple$220[1];
		x463 = new $Uint64(0, 0);
		x464 = new $Uint64(0, 0);
		_tuple$221 = bits.Add64(x438, x435, ((x$153 = (new p521Uint1(x462.$high, x462.$low)), new $Uint64(x$153.$high, x$153.$low))));
		x463 = _tuple$221[0];
		x464 = _tuple$221[1];
		x465 = new $Uint64(0, 0);
		x466 = new $Uint64(0, 0);
		_tuple$222 = bits.Add64(x436, x433, ((x$154 = (new p521Uint1(x464.$high, x464.$low)), new $Uint64(x$154.$high, x$154.$low))));
		x465 = _tuple$222[0];
		x466 = _tuple$222[1];
		x467 = (x$155 = ((x$156 = (new p521Uint1(x466.$high, x466.$low)), new $Uint64(x$156.$high, x$156.$low))), new $Uint64(x$155.$high + x434.$high, x$155.$low + x434.$low));
		x468 = new $Uint64(0, 0);
		x469 = new $Uint64(0, 0);
		_tuple$223 = bits.Add64(x414, x449, new $Uint64(0, 0));
		x468 = _tuple$223[0];
		x469 = _tuple$223[1];
		x470 = new $Uint64(0, 0);
		x471 = new $Uint64(0, 0);
		_tuple$224 = bits.Add64(x416, x451, ((x$157 = (new p521Uint1(x469.$high, x469.$low)), new $Uint64(x$157.$high, x$157.$low))));
		x470 = _tuple$224[0];
		x471 = _tuple$224[1];
		x472 = new $Uint64(0, 0);
		x473 = new $Uint64(0, 0);
		_tuple$225 = bits.Add64(x418, x453, ((x$158 = (new p521Uint1(x471.$high, x471.$low)), new $Uint64(x$158.$high, x$158.$low))));
		x472 = _tuple$225[0];
		x473 = _tuple$225[1];
		x474 = new $Uint64(0, 0);
		x475 = new $Uint64(0, 0);
		_tuple$226 = bits.Add64(x420, x455, ((x$159 = (new p521Uint1(x473.$high, x473.$low)), new $Uint64(x$159.$high, x$159.$low))));
		x474 = _tuple$226[0];
		x475 = _tuple$226[1];
		x476 = new $Uint64(0, 0);
		x477 = new $Uint64(0, 0);
		_tuple$227 = bits.Add64(x422, x457, ((x$160 = (new p521Uint1(x475.$high, x475.$low)), new $Uint64(x$160.$high, x$160.$low))));
		x476 = _tuple$227[0];
		x477 = _tuple$227[1];
		x478 = new $Uint64(0, 0);
		x479 = new $Uint64(0, 0);
		_tuple$228 = bits.Add64(x424, x459, ((x$161 = (new p521Uint1(x477.$high, x477.$low)), new $Uint64(x$161.$high, x$161.$low))));
		x478 = _tuple$228[0];
		x479 = _tuple$228[1];
		x480 = new $Uint64(0, 0);
		x481 = new $Uint64(0, 0);
		_tuple$229 = bits.Add64(x426, x461, ((x$162 = (new p521Uint1(x479.$high, x479.$low)), new $Uint64(x$162.$high, x$162.$low))));
		x480 = _tuple$229[0];
		x481 = _tuple$229[1];
		x482 = new $Uint64(0, 0);
		x483 = new $Uint64(0, 0);
		_tuple$230 = bits.Add64(x428, x463, ((x$163 = (new p521Uint1(x481.$high, x481.$low)), new $Uint64(x$163.$high, x$163.$low))));
		x482 = _tuple$230[0];
		x483 = _tuple$230[1];
		x484 = new $Uint64(0, 0);
		x485 = new $Uint64(0, 0);
		_tuple$231 = bits.Add64(x430, x465, ((x$164 = (new p521Uint1(x483.$high, x483.$low)), new $Uint64(x$164.$high, x$164.$low))));
		x484 = _tuple$231[0];
		x485 = _tuple$231[1];
		x486 = new $Uint64(0, 0);
		x487 = new $Uint64(0, 0);
		_tuple$232 = bits.Add64(x432, x467, ((x$165 = (new p521Uint1(x485.$high, x485.$low)), new $Uint64(x$165.$high, x$165.$low))));
		x486 = _tuple$232[0];
		x487 = _tuple$232[1];
		x488 = new $Uint64(0, 0);
		x489 = new $Uint64(0, 0);
		_tuple$233 = bits.Mul64(x468, new $Uint64(0, 511));
		x489 = _tuple$233[0];
		x488 = _tuple$233[1];
		x490 = new $Uint64(0, 0);
		x491 = new $Uint64(0, 0);
		_tuple$234 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x491 = _tuple$234[0];
		x490 = _tuple$234[1];
		x492 = new $Uint64(0, 0);
		x493 = new $Uint64(0, 0);
		_tuple$235 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x493 = _tuple$235[0];
		x492 = _tuple$235[1];
		x494 = new $Uint64(0, 0);
		x495 = new $Uint64(0, 0);
		_tuple$236 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x495 = _tuple$236[0];
		x494 = _tuple$236[1];
		x496 = new $Uint64(0, 0);
		x497 = new $Uint64(0, 0);
		_tuple$237 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x497 = _tuple$237[0];
		x496 = _tuple$237[1];
		x498 = new $Uint64(0, 0);
		x499 = new $Uint64(0, 0);
		_tuple$238 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x499 = _tuple$238[0];
		x498 = _tuple$238[1];
		x500 = new $Uint64(0, 0);
		x501 = new $Uint64(0, 0);
		_tuple$239 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x501 = _tuple$239[0];
		x500 = _tuple$239[1];
		x502 = new $Uint64(0, 0);
		x503 = new $Uint64(0, 0);
		_tuple$240 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x503 = _tuple$240[0];
		x502 = _tuple$240[1];
		x504 = new $Uint64(0, 0);
		x505 = new $Uint64(0, 0);
		_tuple$241 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x505 = _tuple$241[0];
		x504 = _tuple$241[1];
		x506 = new $Uint64(0, 0);
		x507 = new $Uint64(0, 0);
		_tuple$242 = bits.Add64(x505, x502, new $Uint64(0, 0));
		x506 = _tuple$242[0];
		x507 = _tuple$242[1];
		x508 = new $Uint64(0, 0);
		x509 = new $Uint64(0, 0);
		_tuple$243 = bits.Add64(x503, x500, ((x$166 = (new p521Uint1(x507.$high, x507.$low)), new $Uint64(x$166.$high, x$166.$low))));
		x508 = _tuple$243[0];
		x509 = _tuple$243[1];
		x510 = new $Uint64(0, 0);
		x511 = new $Uint64(0, 0);
		_tuple$244 = bits.Add64(x501, x498, ((x$167 = (new p521Uint1(x509.$high, x509.$low)), new $Uint64(x$167.$high, x$167.$low))));
		x510 = _tuple$244[0];
		x511 = _tuple$244[1];
		x512 = new $Uint64(0, 0);
		x513 = new $Uint64(0, 0);
		_tuple$245 = bits.Add64(x499, x496, ((x$168 = (new p521Uint1(x511.$high, x511.$low)), new $Uint64(x$168.$high, x$168.$low))));
		x512 = _tuple$245[0];
		x513 = _tuple$245[1];
		x514 = new $Uint64(0, 0);
		x515 = new $Uint64(0, 0);
		_tuple$246 = bits.Add64(x497, x494, ((x$169 = (new p521Uint1(x513.$high, x513.$low)), new $Uint64(x$169.$high, x$169.$low))));
		x514 = _tuple$246[0];
		x515 = _tuple$246[1];
		x516 = new $Uint64(0, 0);
		x517 = new $Uint64(0, 0);
		_tuple$247 = bits.Add64(x495, x492, ((x$170 = (new p521Uint1(x515.$high, x515.$low)), new $Uint64(x$170.$high, x$170.$low))));
		x516 = _tuple$247[0];
		x517 = _tuple$247[1];
		x518 = new $Uint64(0, 0);
		x519 = new $Uint64(0, 0);
		_tuple$248 = bits.Add64(x493, x490, ((x$171 = (new p521Uint1(x517.$high, x517.$low)), new $Uint64(x$171.$high, x$171.$low))));
		x518 = _tuple$248[0];
		x519 = _tuple$248[1];
		x520 = new $Uint64(0, 0);
		x521 = new $Uint64(0, 0);
		_tuple$249 = bits.Add64(x491, x488, ((x$172 = (new p521Uint1(x519.$high, x519.$low)), new $Uint64(x$172.$high, x$172.$low))));
		x520 = _tuple$249[0];
		x521 = _tuple$249[1];
		x522 = (x$173 = ((x$174 = (new p521Uint1(x521.$high, x521.$low)), new $Uint64(x$174.$high, x$174.$low))), new $Uint64(x$173.$high + x489.$high, x$173.$low + x489.$low));
		x524 = new $Uint64(0, 0);
		_tuple$250 = bits.Add64(x468, x504, new $Uint64(0, 0));
		x524 = _tuple$250[1];
		x525 = new $Uint64(0, 0);
		x526 = new $Uint64(0, 0);
		_tuple$251 = bits.Add64(x470, x506, ((x$175 = (new p521Uint1(x524.$high, x524.$low)), new $Uint64(x$175.$high, x$175.$low))));
		x525 = _tuple$251[0];
		x526 = _tuple$251[1];
		x527 = new $Uint64(0, 0);
		x528 = new $Uint64(0, 0);
		_tuple$252 = bits.Add64(x472, x508, ((x$176 = (new p521Uint1(x526.$high, x526.$low)), new $Uint64(x$176.$high, x$176.$low))));
		x527 = _tuple$252[0];
		x528 = _tuple$252[1];
		x529 = new $Uint64(0, 0);
		x530 = new $Uint64(0, 0);
		_tuple$253 = bits.Add64(x474, x510, ((x$177 = (new p521Uint1(x528.$high, x528.$low)), new $Uint64(x$177.$high, x$177.$low))));
		x529 = _tuple$253[0];
		x530 = _tuple$253[1];
		x531 = new $Uint64(0, 0);
		x532 = new $Uint64(0, 0);
		_tuple$254 = bits.Add64(x476, x512, ((x$178 = (new p521Uint1(x530.$high, x530.$low)), new $Uint64(x$178.$high, x$178.$low))));
		x531 = _tuple$254[0];
		x532 = _tuple$254[1];
		x533 = new $Uint64(0, 0);
		x534 = new $Uint64(0, 0);
		_tuple$255 = bits.Add64(x478, x514, ((x$179 = (new p521Uint1(x532.$high, x532.$low)), new $Uint64(x$179.$high, x$179.$low))));
		x533 = _tuple$255[0];
		x534 = _tuple$255[1];
		x535 = new $Uint64(0, 0);
		x536 = new $Uint64(0, 0);
		_tuple$256 = bits.Add64(x480, x516, ((x$180 = (new p521Uint1(x534.$high, x534.$low)), new $Uint64(x$180.$high, x$180.$low))));
		x535 = _tuple$256[0];
		x536 = _tuple$256[1];
		x537 = new $Uint64(0, 0);
		x538 = new $Uint64(0, 0);
		_tuple$257 = bits.Add64(x482, x518, ((x$181 = (new p521Uint1(x536.$high, x536.$low)), new $Uint64(x$181.$high, x$181.$low))));
		x537 = _tuple$257[0];
		x538 = _tuple$257[1];
		x539 = new $Uint64(0, 0);
		x540 = new $Uint64(0, 0);
		_tuple$258 = bits.Add64(x484, x520, ((x$182 = (new p521Uint1(x538.$high, x538.$low)), new $Uint64(x$182.$high, x$182.$low))));
		x539 = _tuple$258[0];
		x540 = _tuple$258[1];
		x541 = new $Uint64(0, 0);
		x542 = new $Uint64(0, 0);
		_tuple$259 = bits.Add64(x486, x522, ((x$183 = (new p521Uint1(x540.$high, x540.$low)), new $Uint64(x$183.$high, x$183.$low))));
		x541 = _tuple$259[0];
		x542 = _tuple$259[1];
		x543 = (x$184 = ((x$185 = (new p521Uint1(x542.$high, x542.$low)), new $Uint64(x$185.$high, x$185.$low))), x$186 = ((x$187 = (new p521Uint1(x487.$high, x487.$low)), new $Uint64(x$187.$high, x$187.$low))), new $Uint64(x$184.$high + x$186.$high, x$184.$low + x$186.$low));
		x544 = new $Uint64(0, 0);
		x545 = new $Uint64(0, 0);
		_tuple$260 = bits.Mul64(x5, arg2[8]);
		x545 = _tuple$260[0];
		x544 = _tuple$260[1];
		x546 = new $Uint64(0, 0);
		x547 = new $Uint64(0, 0);
		_tuple$261 = bits.Mul64(x5, arg2[7]);
		x547 = _tuple$261[0];
		x546 = _tuple$261[1];
		x548 = new $Uint64(0, 0);
		x549 = new $Uint64(0, 0);
		_tuple$262 = bits.Mul64(x5, arg2[6]);
		x549 = _tuple$262[0];
		x548 = _tuple$262[1];
		x550 = new $Uint64(0, 0);
		x551 = new $Uint64(0, 0);
		_tuple$263 = bits.Mul64(x5, arg2[5]);
		x551 = _tuple$263[0];
		x550 = _tuple$263[1];
		x552 = new $Uint64(0, 0);
		x553 = new $Uint64(0, 0);
		_tuple$264 = bits.Mul64(x5, arg2[4]);
		x553 = _tuple$264[0];
		x552 = _tuple$264[1];
		x554 = new $Uint64(0, 0);
		x555 = new $Uint64(0, 0);
		_tuple$265 = bits.Mul64(x5, arg2[3]);
		x555 = _tuple$265[0];
		x554 = _tuple$265[1];
		x556 = new $Uint64(0, 0);
		x557 = new $Uint64(0, 0);
		_tuple$266 = bits.Mul64(x5, arg2[2]);
		x557 = _tuple$266[0];
		x556 = _tuple$266[1];
		x558 = new $Uint64(0, 0);
		x559 = new $Uint64(0, 0);
		_tuple$267 = bits.Mul64(x5, arg2[1]);
		x559 = _tuple$267[0];
		x558 = _tuple$267[1];
		x560 = new $Uint64(0, 0);
		x561 = new $Uint64(0, 0);
		_tuple$268 = bits.Mul64(x5, arg2[0]);
		x561 = _tuple$268[0];
		x560 = _tuple$268[1];
		x562 = new $Uint64(0, 0);
		x563 = new $Uint64(0, 0);
		_tuple$269 = bits.Add64(x561, x558, new $Uint64(0, 0));
		x562 = _tuple$269[0];
		x563 = _tuple$269[1];
		x564 = new $Uint64(0, 0);
		x565 = new $Uint64(0, 0);
		_tuple$270 = bits.Add64(x559, x556, ((x$188 = (new p521Uint1(x563.$high, x563.$low)), new $Uint64(x$188.$high, x$188.$low))));
		x564 = _tuple$270[0];
		x565 = _tuple$270[1];
		x566 = new $Uint64(0, 0);
		x567 = new $Uint64(0, 0);
		_tuple$271 = bits.Add64(x557, x554, ((x$189 = (new p521Uint1(x565.$high, x565.$low)), new $Uint64(x$189.$high, x$189.$low))));
		x566 = _tuple$271[0];
		x567 = _tuple$271[1];
		x568 = new $Uint64(0, 0);
		x569 = new $Uint64(0, 0);
		_tuple$272 = bits.Add64(x555, x552, ((x$190 = (new p521Uint1(x567.$high, x567.$low)), new $Uint64(x$190.$high, x$190.$low))));
		x568 = _tuple$272[0];
		x569 = _tuple$272[1];
		x570 = new $Uint64(0, 0);
		x571 = new $Uint64(0, 0);
		_tuple$273 = bits.Add64(x553, x550, ((x$191 = (new p521Uint1(x569.$high, x569.$low)), new $Uint64(x$191.$high, x$191.$low))));
		x570 = _tuple$273[0];
		x571 = _tuple$273[1];
		x572 = new $Uint64(0, 0);
		x573 = new $Uint64(0, 0);
		_tuple$274 = bits.Add64(x551, x548, ((x$192 = (new p521Uint1(x571.$high, x571.$low)), new $Uint64(x$192.$high, x$192.$low))));
		x572 = _tuple$274[0];
		x573 = _tuple$274[1];
		x574 = new $Uint64(0, 0);
		x575 = new $Uint64(0, 0);
		_tuple$275 = bits.Add64(x549, x546, ((x$193 = (new p521Uint1(x573.$high, x573.$low)), new $Uint64(x$193.$high, x$193.$low))));
		x574 = _tuple$275[0];
		x575 = _tuple$275[1];
		x576 = new $Uint64(0, 0);
		x577 = new $Uint64(0, 0);
		_tuple$276 = bits.Add64(x547, x544, ((x$194 = (new p521Uint1(x575.$high, x575.$low)), new $Uint64(x$194.$high, x$194.$low))));
		x576 = _tuple$276[0];
		x577 = _tuple$276[1];
		x578 = (x$195 = ((x$196 = (new p521Uint1(x577.$high, x577.$low)), new $Uint64(x$196.$high, x$196.$low))), new $Uint64(x$195.$high + x545.$high, x$195.$low + x545.$low));
		x579 = new $Uint64(0, 0);
		x580 = new $Uint64(0, 0);
		_tuple$277 = bits.Add64(x525, x560, new $Uint64(0, 0));
		x579 = _tuple$277[0];
		x580 = _tuple$277[1];
		x581 = new $Uint64(0, 0);
		x582 = new $Uint64(0, 0);
		_tuple$278 = bits.Add64(x527, x562, ((x$197 = (new p521Uint1(x580.$high, x580.$low)), new $Uint64(x$197.$high, x$197.$low))));
		x581 = _tuple$278[0];
		x582 = _tuple$278[1];
		x583 = new $Uint64(0, 0);
		x584 = new $Uint64(0, 0);
		_tuple$279 = bits.Add64(x529, x564, ((x$198 = (new p521Uint1(x582.$high, x582.$low)), new $Uint64(x$198.$high, x$198.$low))));
		x583 = _tuple$279[0];
		x584 = _tuple$279[1];
		x585 = new $Uint64(0, 0);
		x586 = new $Uint64(0, 0);
		_tuple$280 = bits.Add64(x531, x566, ((x$199 = (new p521Uint1(x584.$high, x584.$low)), new $Uint64(x$199.$high, x$199.$low))));
		x585 = _tuple$280[0];
		x586 = _tuple$280[1];
		x587 = new $Uint64(0, 0);
		x588 = new $Uint64(0, 0);
		_tuple$281 = bits.Add64(x533, x568, ((x$200 = (new p521Uint1(x586.$high, x586.$low)), new $Uint64(x$200.$high, x$200.$low))));
		x587 = _tuple$281[0];
		x588 = _tuple$281[1];
		x589 = new $Uint64(0, 0);
		x590 = new $Uint64(0, 0);
		_tuple$282 = bits.Add64(x535, x570, ((x$201 = (new p521Uint1(x588.$high, x588.$low)), new $Uint64(x$201.$high, x$201.$low))));
		x589 = _tuple$282[0];
		x590 = _tuple$282[1];
		x591 = new $Uint64(0, 0);
		x592 = new $Uint64(0, 0);
		_tuple$283 = bits.Add64(x537, x572, ((x$202 = (new p521Uint1(x590.$high, x590.$low)), new $Uint64(x$202.$high, x$202.$low))));
		x591 = _tuple$283[0];
		x592 = _tuple$283[1];
		x593 = new $Uint64(0, 0);
		x594 = new $Uint64(0, 0);
		_tuple$284 = bits.Add64(x539, x574, ((x$203 = (new p521Uint1(x592.$high, x592.$low)), new $Uint64(x$203.$high, x$203.$low))));
		x593 = _tuple$284[0];
		x594 = _tuple$284[1];
		x595 = new $Uint64(0, 0);
		x596 = new $Uint64(0, 0);
		_tuple$285 = bits.Add64(x541, x576, ((x$204 = (new p521Uint1(x594.$high, x594.$low)), new $Uint64(x$204.$high, x$204.$low))));
		x595 = _tuple$285[0];
		x596 = _tuple$285[1];
		x597 = new $Uint64(0, 0);
		x598 = new $Uint64(0, 0);
		_tuple$286 = bits.Add64(x543, x578, ((x$205 = (new p521Uint1(x596.$high, x596.$low)), new $Uint64(x$205.$high, x$205.$low))));
		x597 = _tuple$286[0];
		x598 = _tuple$286[1];
		x599 = new $Uint64(0, 0);
		x600 = new $Uint64(0, 0);
		_tuple$287 = bits.Mul64(x579, new $Uint64(0, 511));
		x600 = _tuple$287[0];
		x599 = _tuple$287[1];
		x601 = new $Uint64(0, 0);
		x602 = new $Uint64(0, 0);
		_tuple$288 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x602 = _tuple$288[0];
		x601 = _tuple$288[1];
		x603 = new $Uint64(0, 0);
		x604 = new $Uint64(0, 0);
		_tuple$289 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x604 = _tuple$289[0];
		x603 = _tuple$289[1];
		x605 = new $Uint64(0, 0);
		x606 = new $Uint64(0, 0);
		_tuple$290 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x606 = _tuple$290[0];
		x605 = _tuple$290[1];
		x607 = new $Uint64(0, 0);
		x608 = new $Uint64(0, 0);
		_tuple$291 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x608 = _tuple$291[0];
		x607 = _tuple$291[1];
		x609 = new $Uint64(0, 0);
		x610 = new $Uint64(0, 0);
		_tuple$292 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x610 = _tuple$292[0];
		x609 = _tuple$292[1];
		x611 = new $Uint64(0, 0);
		x612 = new $Uint64(0, 0);
		_tuple$293 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x612 = _tuple$293[0];
		x611 = _tuple$293[1];
		x613 = new $Uint64(0, 0);
		x614 = new $Uint64(0, 0);
		_tuple$294 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x614 = _tuple$294[0];
		x613 = _tuple$294[1];
		x615 = new $Uint64(0, 0);
		x616 = new $Uint64(0, 0);
		_tuple$295 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x616 = _tuple$295[0];
		x615 = _tuple$295[1];
		x617 = new $Uint64(0, 0);
		x618 = new $Uint64(0, 0);
		_tuple$296 = bits.Add64(x616, x613, new $Uint64(0, 0));
		x617 = _tuple$296[0];
		x618 = _tuple$296[1];
		x619 = new $Uint64(0, 0);
		x620 = new $Uint64(0, 0);
		_tuple$297 = bits.Add64(x614, x611, ((x$206 = (new p521Uint1(x618.$high, x618.$low)), new $Uint64(x$206.$high, x$206.$low))));
		x619 = _tuple$297[0];
		x620 = _tuple$297[1];
		x621 = new $Uint64(0, 0);
		x622 = new $Uint64(0, 0);
		_tuple$298 = bits.Add64(x612, x609, ((x$207 = (new p521Uint1(x620.$high, x620.$low)), new $Uint64(x$207.$high, x$207.$low))));
		x621 = _tuple$298[0];
		x622 = _tuple$298[1];
		x623 = new $Uint64(0, 0);
		x624 = new $Uint64(0, 0);
		_tuple$299 = bits.Add64(x610, x607, ((x$208 = (new p521Uint1(x622.$high, x622.$low)), new $Uint64(x$208.$high, x$208.$low))));
		x623 = _tuple$299[0];
		x624 = _tuple$299[1];
		x625 = new $Uint64(0, 0);
		x626 = new $Uint64(0, 0);
		_tuple$300 = bits.Add64(x608, x605, ((x$209 = (new p521Uint1(x624.$high, x624.$low)), new $Uint64(x$209.$high, x$209.$low))));
		x625 = _tuple$300[0];
		x626 = _tuple$300[1];
		x627 = new $Uint64(0, 0);
		x628 = new $Uint64(0, 0);
		_tuple$301 = bits.Add64(x606, x603, ((x$210 = (new p521Uint1(x626.$high, x626.$low)), new $Uint64(x$210.$high, x$210.$low))));
		x627 = _tuple$301[0];
		x628 = _tuple$301[1];
		x629 = new $Uint64(0, 0);
		x630 = new $Uint64(0, 0);
		_tuple$302 = bits.Add64(x604, x601, ((x$211 = (new p521Uint1(x628.$high, x628.$low)), new $Uint64(x$211.$high, x$211.$low))));
		x629 = _tuple$302[0];
		x630 = _tuple$302[1];
		x631 = new $Uint64(0, 0);
		x632 = new $Uint64(0, 0);
		_tuple$303 = bits.Add64(x602, x599, ((x$212 = (new p521Uint1(x630.$high, x630.$low)), new $Uint64(x$212.$high, x$212.$low))));
		x631 = _tuple$303[0];
		x632 = _tuple$303[1];
		x633 = (x$213 = ((x$214 = (new p521Uint1(x632.$high, x632.$low)), new $Uint64(x$214.$high, x$214.$low))), new $Uint64(x$213.$high + x600.$high, x$213.$low + x600.$low));
		x635 = new $Uint64(0, 0);
		_tuple$304 = bits.Add64(x579, x615, new $Uint64(0, 0));
		x635 = _tuple$304[1];
		x636 = new $Uint64(0, 0);
		x637 = new $Uint64(0, 0);
		_tuple$305 = bits.Add64(x581, x617, ((x$215 = (new p521Uint1(x635.$high, x635.$low)), new $Uint64(x$215.$high, x$215.$low))));
		x636 = _tuple$305[0];
		x637 = _tuple$305[1];
		x638 = new $Uint64(0, 0);
		x639 = new $Uint64(0, 0);
		_tuple$306 = bits.Add64(x583, x619, ((x$216 = (new p521Uint1(x637.$high, x637.$low)), new $Uint64(x$216.$high, x$216.$low))));
		x638 = _tuple$306[0];
		x639 = _tuple$306[1];
		x640 = new $Uint64(0, 0);
		x641 = new $Uint64(0, 0);
		_tuple$307 = bits.Add64(x585, x621, ((x$217 = (new p521Uint1(x639.$high, x639.$low)), new $Uint64(x$217.$high, x$217.$low))));
		x640 = _tuple$307[0];
		x641 = _tuple$307[1];
		x642 = new $Uint64(0, 0);
		x643 = new $Uint64(0, 0);
		_tuple$308 = bits.Add64(x587, x623, ((x$218 = (new p521Uint1(x641.$high, x641.$low)), new $Uint64(x$218.$high, x$218.$low))));
		x642 = _tuple$308[0];
		x643 = _tuple$308[1];
		x644 = new $Uint64(0, 0);
		x645 = new $Uint64(0, 0);
		_tuple$309 = bits.Add64(x589, x625, ((x$219 = (new p521Uint1(x643.$high, x643.$low)), new $Uint64(x$219.$high, x$219.$low))));
		x644 = _tuple$309[0];
		x645 = _tuple$309[1];
		x646 = new $Uint64(0, 0);
		x647 = new $Uint64(0, 0);
		_tuple$310 = bits.Add64(x591, x627, ((x$220 = (new p521Uint1(x645.$high, x645.$low)), new $Uint64(x$220.$high, x$220.$low))));
		x646 = _tuple$310[0];
		x647 = _tuple$310[1];
		x648 = new $Uint64(0, 0);
		x649 = new $Uint64(0, 0);
		_tuple$311 = bits.Add64(x593, x629, ((x$221 = (new p521Uint1(x647.$high, x647.$low)), new $Uint64(x$221.$high, x$221.$low))));
		x648 = _tuple$311[0];
		x649 = _tuple$311[1];
		x650 = new $Uint64(0, 0);
		x651 = new $Uint64(0, 0);
		_tuple$312 = bits.Add64(x595, x631, ((x$222 = (new p521Uint1(x649.$high, x649.$low)), new $Uint64(x$222.$high, x$222.$low))));
		x650 = _tuple$312[0];
		x651 = _tuple$312[1];
		x652 = new $Uint64(0, 0);
		x653 = new $Uint64(0, 0);
		_tuple$313 = bits.Add64(x597, x633, ((x$223 = (new p521Uint1(x651.$high, x651.$low)), new $Uint64(x$223.$high, x$223.$low))));
		x652 = _tuple$313[0];
		x653 = _tuple$313[1];
		x654 = (x$224 = ((x$225 = (new p521Uint1(x653.$high, x653.$low)), new $Uint64(x$225.$high, x$225.$low))), x$226 = ((x$227 = (new p521Uint1(x598.$high, x598.$low)), new $Uint64(x$227.$high, x$227.$low))), new $Uint64(x$224.$high + x$226.$high, x$224.$low + x$226.$low));
		x655 = new $Uint64(0, 0);
		x656 = new $Uint64(0, 0);
		_tuple$314 = bits.Mul64(x6, arg2[8]);
		x656 = _tuple$314[0];
		x655 = _tuple$314[1];
		x657 = new $Uint64(0, 0);
		x658 = new $Uint64(0, 0);
		_tuple$315 = bits.Mul64(x6, arg2[7]);
		x658 = _tuple$315[0];
		x657 = _tuple$315[1];
		x659 = new $Uint64(0, 0);
		x660 = new $Uint64(0, 0);
		_tuple$316 = bits.Mul64(x6, arg2[6]);
		x660 = _tuple$316[0];
		x659 = _tuple$316[1];
		x661 = new $Uint64(0, 0);
		x662 = new $Uint64(0, 0);
		_tuple$317 = bits.Mul64(x6, arg2[5]);
		x662 = _tuple$317[0];
		x661 = _tuple$317[1];
		x663 = new $Uint64(0, 0);
		x664 = new $Uint64(0, 0);
		_tuple$318 = bits.Mul64(x6, arg2[4]);
		x664 = _tuple$318[0];
		x663 = _tuple$318[1];
		x665 = new $Uint64(0, 0);
		x666 = new $Uint64(0, 0);
		_tuple$319 = bits.Mul64(x6, arg2[3]);
		x666 = _tuple$319[0];
		x665 = _tuple$319[1];
		x667 = new $Uint64(0, 0);
		x668 = new $Uint64(0, 0);
		_tuple$320 = bits.Mul64(x6, arg2[2]);
		x668 = _tuple$320[0];
		x667 = _tuple$320[1];
		x669 = new $Uint64(0, 0);
		x670 = new $Uint64(0, 0);
		_tuple$321 = bits.Mul64(x6, arg2[1]);
		x670 = _tuple$321[0];
		x669 = _tuple$321[1];
		x671 = new $Uint64(0, 0);
		x672 = new $Uint64(0, 0);
		_tuple$322 = bits.Mul64(x6, arg2[0]);
		x672 = _tuple$322[0];
		x671 = _tuple$322[1];
		x673 = new $Uint64(0, 0);
		x674 = new $Uint64(0, 0);
		_tuple$323 = bits.Add64(x672, x669, new $Uint64(0, 0));
		x673 = _tuple$323[0];
		x674 = _tuple$323[1];
		x675 = new $Uint64(0, 0);
		x676 = new $Uint64(0, 0);
		_tuple$324 = bits.Add64(x670, x667, ((x$228 = (new p521Uint1(x674.$high, x674.$low)), new $Uint64(x$228.$high, x$228.$low))));
		x675 = _tuple$324[0];
		x676 = _tuple$324[1];
		x677 = new $Uint64(0, 0);
		x678 = new $Uint64(0, 0);
		_tuple$325 = bits.Add64(x668, x665, ((x$229 = (new p521Uint1(x676.$high, x676.$low)), new $Uint64(x$229.$high, x$229.$low))));
		x677 = _tuple$325[0];
		x678 = _tuple$325[1];
		x679 = new $Uint64(0, 0);
		x680 = new $Uint64(0, 0);
		_tuple$326 = bits.Add64(x666, x663, ((x$230 = (new p521Uint1(x678.$high, x678.$low)), new $Uint64(x$230.$high, x$230.$low))));
		x679 = _tuple$326[0];
		x680 = _tuple$326[1];
		x681 = new $Uint64(0, 0);
		x682 = new $Uint64(0, 0);
		_tuple$327 = bits.Add64(x664, x661, ((x$231 = (new p521Uint1(x680.$high, x680.$low)), new $Uint64(x$231.$high, x$231.$low))));
		x681 = _tuple$327[0];
		x682 = _tuple$327[1];
		x683 = new $Uint64(0, 0);
		x684 = new $Uint64(0, 0);
		_tuple$328 = bits.Add64(x662, x659, ((x$232 = (new p521Uint1(x682.$high, x682.$low)), new $Uint64(x$232.$high, x$232.$low))));
		x683 = _tuple$328[0];
		x684 = _tuple$328[1];
		x685 = new $Uint64(0, 0);
		x686 = new $Uint64(0, 0);
		_tuple$329 = bits.Add64(x660, x657, ((x$233 = (new p521Uint1(x684.$high, x684.$low)), new $Uint64(x$233.$high, x$233.$low))));
		x685 = _tuple$329[0];
		x686 = _tuple$329[1];
		x687 = new $Uint64(0, 0);
		x688 = new $Uint64(0, 0);
		_tuple$330 = bits.Add64(x658, x655, ((x$234 = (new p521Uint1(x686.$high, x686.$low)), new $Uint64(x$234.$high, x$234.$low))));
		x687 = _tuple$330[0];
		x688 = _tuple$330[1];
		x689 = (x$235 = ((x$236 = (new p521Uint1(x688.$high, x688.$low)), new $Uint64(x$236.$high, x$236.$low))), new $Uint64(x$235.$high + x656.$high, x$235.$low + x656.$low));
		x690 = new $Uint64(0, 0);
		x691 = new $Uint64(0, 0);
		_tuple$331 = bits.Add64(x636, x671, new $Uint64(0, 0));
		x690 = _tuple$331[0];
		x691 = _tuple$331[1];
		x692 = new $Uint64(0, 0);
		x693 = new $Uint64(0, 0);
		_tuple$332 = bits.Add64(x638, x673, ((x$237 = (new p521Uint1(x691.$high, x691.$low)), new $Uint64(x$237.$high, x$237.$low))));
		x692 = _tuple$332[0];
		x693 = _tuple$332[1];
		x694 = new $Uint64(0, 0);
		x695 = new $Uint64(0, 0);
		_tuple$333 = bits.Add64(x640, x675, ((x$238 = (new p521Uint1(x693.$high, x693.$low)), new $Uint64(x$238.$high, x$238.$low))));
		x694 = _tuple$333[0];
		x695 = _tuple$333[1];
		x696 = new $Uint64(0, 0);
		x697 = new $Uint64(0, 0);
		_tuple$334 = bits.Add64(x642, x677, ((x$239 = (new p521Uint1(x695.$high, x695.$low)), new $Uint64(x$239.$high, x$239.$low))));
		x696 = _tuple$334[0];
		x697 = _tuple$334[1];
		x698 = new $Uint64(0, 0);
		x699 = new $Uint64(0, 0);
		_tuple$335 = bits.Add64(x644, x679, ((x$240 = (new p521Uint1(x697.$high, x697.$low)), new $Uint64(x$240.$high, x$240.$low))));
		x698 = _tuple$335[0];
		x699 = _tuple$335[1];
		x700 = new $Uint64(0, 0);
		x701 = new $Uint64(0, 0);
		_tuple$336 = bits.Add64(x646, x681, ((x$241 = (new p521Uint1(x699.$high, x699.$low)), new $Uint64(x$241.$high, x$241.$low))));
		x700 = _tuple$336[0];
		x701 = _tuple$336[1];
		x702 = new $Uint64(0, 0);
		x703 = new $Uint64(0, 0);
		_tuple$337 = bits.Add64(x648, x683, ((x$242 = (new p521Uint1(x701.$high, x701.$low)), new $Uint64(x$242.$high, x$242.$low))));
		x702 = _tuple$337[0];
		x703 = _tuple$337[1];
		x704 = new $Uint64(0, 0);
		x705 = new $Uint64(0, 0);
		_tuple$338 = bits.Add64(x650, x685, ((x$243 = (new p521Uint1(x703.$high, x703.$low)), new $Uint64(x$243.$high, x$243.$low))));
		x704 = _tuple$338[0];
		x705 = _tuple$338[1];
		x706 = new $Uint64(0, 0);
		x707 = new $Uint64(0, 0);
		_tuple$339 = bits.Add64(x652, x687, ((x$244 = (new p521Uint1(x705.$high, x705.$low)), new $Uint64(x$244.$high, x$244.$low))));
		x706 = _tuple$339[0];
		x707 = _tuple$339[1];
		x708 = new $Uint64(0, 0);
		x709 = new $Uint64(0, 0);
		_tuple$340 = bits.Add64(x654, x689, ((x$245 = (new p521Uint1(x707.$high, x707.$low)), new $Uint64(x$245.$high, x$245.$low))));
		x708 = _tuple$340[0];
		x709 = _tuple$340[1];
		x710 = new $Uint64(0, 0);
		x711 = new $Uint64(0, 0);
		_tuple$341 = bits.Mul64(x690, new $Uint64(0, 511));
		x711 = _tuple$341[0];
		x710 = _tuple$341[1];
		x712 = new $Uint64(0, 0);
		x713 = new $Uint64(0, 0);
		_tuple$342 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x713 = _tuple$342[0];
		x712 = _tuple$342[1];
		x714 = new $Uint64(0, 0);
		x715 = new $Uint64(0, 0);
		_tuple$343 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x715 = _tuple$343[0];
		x714 = _tuple$343[1];
		x716 = new $Uint64(0, 0);
		x717 = new $Uint64(0, 0);
		_tuple$344 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x717 = _tuple$344[0];
		x716 = _tuple$344[1];
		x718 = new $Uint64(0, 0);
		x719 = new $Uint64(0, 0);
		_tuple$345 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x719 = _tuple$345[0];
		x718 = _tuple$345[1];
		x720 = new $Uint64(0, 0);
		x721 = new $Uint64(0, 0);
		_tuple$346 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x721 = _tuple$346[0];
		x720 = _tuple$346[1];
		x722 = new $Uint64(0, 0);
		x723 = new $Uint64(0, 0);
		_tuple$347 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x723 = _tuple$347[0];
		x722 = _tuple$347[1];
		x724 = new $Uint64(0, 0);
		x725 = new $Uint64(0, 0);
		_tuple$348 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x725 = _tuple$348[0];
		x724 = _tuple$348[1];
		x726 = new $Uint64(0, 0);
		x727 = new $Uint64(0, 0);
		_tuple$349 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x727 = _tuple$349[0];
		x726 = _tuple$349[1];
		x728 = new $Uint64(0, 0);
		x729 = new $Uint64(0, 0);
		_tuple$350 = bits.Add64(x727, x724, new $Uint64(0, 0));
		x728 = _tuple$350[0];
		x729 = _tuple$350[1];
		x730 = new $Uint64(0, 0);
		x731 = new $Uint64(0, 0);
		_tuple$351 = bits.Add64(x725, x722, ((x$246 = (new p521Uint1(x729.$high, x729.$low)), new $Uint64(x$246.$high, x$246.$low))));
		x730 = _tuple$351[0];
		x731 = _tuple$351[1];
		x732 = new $Uint64(0, 0);
		x733 = new $Uint64(0, 0);
		_tuple$352 = bits.Add64(x723, x720, ((x$247 = (new p521Uint1(x731.$high, x731.$low)), new $Uint64(x$247.$high, x$247.$low))));
		x732 = _tuple$352[0];
		x733 = _tuple$352[1];
		x734 = new $Uint64(0, 0);
		x735 = new $Uint64(0, 0);
		_tuple$353 = bits.Add64(x721, x718, ((x$248 = (new p521Uint1(x733.$high, x733.$low)), new $Uint64(x$248.$high, x$248.$low))));
		x734 = _tuple$353[0];
		x735 = _tuple$353[1];
		x736 = new $Uint64(0, 0);
		x737 = new $Uint64(0, 0);
		_tuple$354 = bits.Add64(x719, x716, ((x$249 = (new p521Uint1(x735.$high, x735.$low)), new $Uint64(x$249.$high, x$249.$low))));
		x736 = _tuple$354[0];
		x737 = _tuple$354[1];
		x738 = new $Uint64(0, 0);
		x739 = new $Uint64(0, 0);
		_tuple$355 = bits.Add64(x717, x714, ((x$250 = (new p521Uint1(x737.$high, x737.$low)), new $Uint64(x$250.$high, x$250.$low))));
		x738 = _tuple$355[0];
		x739 = _tuple$355[1];
		x740 = new $Uint64(0, 0);
		x741 = new $Uint64(0, 0);
		_tuple$356 = bits.Add64(x715, x712, ((x$251 = (new p521Uint1(x739.$high, x739.$low)), new $Uint64(x$251.$high, x$251.$low))));
		x740 = _tuple$356[0];
		x741 = _tuple$356[1];
		x742 = new $Uint64(0, 0);
		x743 = new $Uint64(0, 0);
		_tuple$357 = bits.Add64(x713, x710, ((x$252 = (new p521Uint1(x741.$high, x741.$low)), new $Uint64(x$252.$high, x$252.$low))));
		x742 = _tuple$357[0];
		x743 = _tuple$357[1];
		x744 = (x$253 = ((x$254 = (new p521Uint1(x743.$high, x743.$low)), new $Uint64(x$254.$high, x$254.$low))), new $Uint64(x$253.$high + x711.$high, x$253.$low + x711.$low));
		x746 = new $Uint64(0, 0);
		_tuple$358 = bits.Add64(x690, x726, new $Uint64(0, 0));
		x746 = _tuple$358[1];
		x747 = new $Uint64(0, 0);
		x748 = new $Uint64(0, 0);
		_tuple$359 = bits.Add64(x692, x728, ((x$255 = (new p521Uint1(x746.$high, x746.$low)), new $Uint64(x$255.$high, x$255.$low))));
		x747 = _tuple$359[0];
		x748 = _tuple$359[1];
		x749 = new $Uint64(0, 0);
		x750 = new $Uint64(0, 0);
		_tuple$360 = bits.Add64(x694, x730, ((x$256 = (new p521Uint1(x748.$high, x748.$low)), new $Uint64(x$256.$high, x$256.$low))));
		x749 = _tuple$360[0];
		x750 = _tuple$360[1];
		x751 = new $Uint64(0, 0);
		x752 = new $Uint64(0, 0);
		_tuple$361 = bits.Add64(x696, x732, ((x$257 = (new p521Uint1(x750.$high, x750.$low)), new $Uint64(x$257.$high, x$257.$low))));
		x751 = _tuple$361[0];
		x752 = _tuple$361[1];
		x753 = new $Uint64(0, 0);
		x754 = new $Uint64(0, 0);
		_tuple$362 = bits.Add64(x698, x734, ((x$258 = (new p521Uint1(x752.$high, x752.$low)), new $Uint64(x$258.$high, x$258.$low))));
		x753 = _tuple$362[0];
		x754 = _tuple$362[1];
		x755 = new $Uint64(0, 0);
		x756 = new $Uint64(0, 0);
		_tuple$363 = bits.Add64(x700, x736, ((x$259 = (new p521Uint1(x754.$high, x754.$low)), new $Uint64(x$259.$high, x$259.$low))));
		x755 = _tuple$363[0];
		x756 = _tuple$363[1];
		x757 = new $Uint64(0, 0);
		x758 = new $Uint64(0, 0);
		_tuple$364 = bits.Add64(x702, x738, ((x$260 = (new p521Uint1(x756.$high, x756.$low)), new $Uint64(x$260.$high, x$260.$low))));
		x757 = _tuple$364[0];
		x758 = _tuple$364[1];
		x759 = new $Uint64(0, 0);
		x760 = new $Uint64(0, 0);
		_tuple$365 = bits.Add64(x704, x740, ((x$261 = (new p521Uint1(x758.$high, x758.$low)), new $Uint64(x$261.$high, x$261.$low))));
		x759 = _tuple$365[0];
		x760 = _tuple$365[1];
		x761 = new $Uint64(0, 0);
		x762 = new $Uint64(0, 0);
		_tuple$366 = bits.Add64(x706, x742, ((x$262 = (new p521Uint1(x760.$high, x760.$low)), new $Uint64(x$262.$high, x$262.$low))));
		x761 = _tuple$366[0];
		x762 = _tuple$366[1];
		x763 = new $Uint64(0, 0);
		x764 = new $Uint64(0, 0);
		_tuple$367 = bits.Add64(x708, x744, ((x$263 = (new p521Uint1(x762.$high, x762.$low)), new $Uint64(x$263.$high, x$263.$low))));
		x763 = _tuple$367[0];
		x764 = _tuple$367[1];
		x765 = (x$264 = ((x$265 = (new p521Uint1(x764.$high, x764.$low)), new $Uint64(x$265.$high, x$265.$low))), x$266 = ((x$267 = (new p521Uint1(x709.$high, x709.$low)), new $Uint64(x$267.$high, x$267.$low))), new $Uint64(x$264.$high + x$266.$high, x$264.$low + x$266.$low));
		x766 = new $Uint64(0, 0);
		x767 = new $Uint64(0, 0);
		_tuple$368 = bits.Mul64(x7, arg2[8]);
		x767 = _tuple$368[0];
		x766 = _tuple$368[1];
		x768 = new $Uint64(0, 0);
		x769 = new $Uint64(0, 0);
		_tuple$369 = bits.Mul64(x7, arg2[7]);
		x769 = _tuple$369[0];
		x768 = _tuple$369[1];
		x770 = new $Uint64(0, 0);
		x771 = new $Uint64(0, 0);
		_tuple$370 = bits.Mul64(x7, arg2[6]);
		x771 = _tuple$370[0];
		x770 = _tuple$370[1];
		x772 = new $Uint64(0, 0);
		x773 = new $Uint64(0, 0);
		_tuple$371 = bits.Mul64(x7, arg2[5]);
		x773 = _tuple$371[0];
		x772 = _tuple$371[1];
		x774 = new $Uint64(0, 0);
		x775 = new $Uint64(0, 0);
		_tuple$372 = bits.Mul64(x7, arg2[4]);
		x775 = _tuple$372[0];
		x774 = _tuple$372[1];
		x776 = new $Uint64(0, 0);
		x777 = new $Uint64(0, 0);
		_tuple$373 = bits.Mul64(x7, arg2[3]);
		x777 = _tuple$373[0];
		x776 = _tuple$373[1];
		x778 = new $Uint64(0, 0);
		x779 = new $Uint64(0, 0);
		_tuple$374 = bits.Mul64(x7, arg2[2]);
		x779 = _tuple$374[0];
		x778 = _tuple$374[1];
		x780 = new $Uint64(0, 0);
		x781 = new $Uint64(0, 0);
		_tuple$375 = bits.Mul64(x7, arg2[1]);
		x781 = _tuple$375[0];
		x780 = _tuple$375[1];
		x782 = new $Uint64(0, 0);
		x783 = new $Uint64(0, 0);
		_tuple$376 = bits.Mul64(x7, arg2[0]);
		x783 = _tuple$376[0];
		x782 = _tuple$376[1];
		x784 = new $Uint64(0, 0);
		x785 = new $Uint64(0, 0);
		_tuple$377 = bits.Add64(x783, x780, new $Uint64(0, 0));
		x784 = _tuple$377[0];
		x785 = _tuple$377[1];
		x786 = new $Uint64(0, 0);
		x787 = new $Uint64(0, 0);
		_tuple$378 = bits.Add64(x781, x778, ((x$268 = (new p521Uint1(x785.$high, x785.$low)), new $Uint64(x$268.$high, x$268.$low))));
		x786 = _tuple$378[0];
		x787 = _tuple$378[1];
		x788 = new $Uint64(0, 0);
		x789 = new $Uint64(0, 0);
		_tuple$379 = bits.Add64(x779, x776, ((x$269 = (new p521Uint1(x787.$high, x787.$low)), new $Uint64(x$269.$high, x$269.$low))));
		x788 = _tuple$379[0];
		x789 = _tuple$379[1];
		x790 = new $Uint64(0, 0);
		x791 = new $Uint64(0, 0);
		_tuple$380 = bits.Add64(x777, x774, ((x$270 = (new p521Uint1(x789.$high, x789.$low)), new $Uint64(x$270.$high, x$270.$low))));
		x790 = _tuple$380[0];
		x791 = _tuple$380[1];
		x792 = new $Uint64(0, 0);
		x793 = new $Uint64(0, 0);
		_tuple$381 = bits.Add64(x775, x772, ((x$271 = (new p521Uint1(x791.$high, x791.$low)), new $Uint64(x$271.$high, x$271.$low))));
		x792 = _tuple$381[0];
		x793 = _tuple$381[1];
		x794 = new $Uint64(0, 0);
		x795 = new $Uint64(0, 0);
		_tuple$382 = bits.Add64(x773, x770, ((x$272 = (new p521Uint1(x793.$high, x793.$low)), new $Uint64(x$272.$high, x$272.$low))));
		x794 = _tuple$382[0];
		x795 = _tuple$382[1];
		x796 = new $Uint64(0, 0);
		x797 = new $Uint64(0, 0);
		_tuple$383 = bits.Add64(x771, x768, ((x$273 = (new p521Uint1(x795.$high, x795.$low)), new $Uint64(x$273.$high, x$273.$low))));
		x796 = _tuple$383[0];
		x797 = _tuple$383[1];
		x798 = new $Uint64(0, 0);
		x799 = new $Uint64(0, 0);
		_tuple$384 = bits.Add64(x769, x766, ((x$274 = (new p521Uint1(x797.$high, x797.$low)), new $Uint64(x$274.$high, x$274.$low))));
		x798 = _tuple$384[0];
		x799 = _tuple$384[1];
		x800 = (x$275 = ((x$276 = (new p521Uint1(x799.$high, x799.$low)), new $Uint64(x$276.$high, x$276.$low))), new $Uint64(x$275.$high + x767.$high, x$275.$low + x767.$low));
		x801 = new $Uint64(0, 0);
		x802 = new $Uint64(0, 0);
		_tuple$385 = bits.Add64(x747, x782, new $Uint64(0, 0));
		x801 = _tuple$385[0];
		x802 = _tuple$385[1];
		x803 = new $Uint64(0, 0);
		x804 = new $Uint64(0, 0);
		_tuple$386 = bits.Add64(x749, x784, ((x$277 = (new p521Uint1(x802.$high, x802.$low)), new $Uint64(x$277.$high, x$277.$low))));
		x803 = _tuple$386[0];
		x804 = _tuple$386[1];
		x805 = new $Uint64(0, 0);
		x806 = new $Uint64(0, 0);
		_tuple$387 = bits.Add64(x751, x786, ((x$278 = (new p521Uint1(x804.$high, x804.$low)), new $Uint64(x$278.$high, x$278.$low))));
		x805 = _tuple$387[0];
		x806 = _tuple$387[1];
		x807 = new $Uint64(0, 0);
		x808 = new $Uint64(0, 0);
		_tuple$388 = bits.Add64(x753, x788, ((x$279 = (new p521Uint1(x806.$high, x806.$low)), new $Uint64(x$279.$high, x$279.$low))));
		x807 = _tuple$388[0];
		x808 = _tuple$388[1];
		x809 = new $Uint64(0, 0);
		x810 = new $Uint64(0, 0);
		_tuple$389 = bits.Add64(x755, x790, ((x$280 = (new p521Uint1(x808.$high, x808.$low)), new $Uint64(x$280.$high, x$280.$low))));
		x809 = _tuple$389[0];
		x810 = _tuple$389[1];
		x811 = new $Uint64(0, 0);
		x812 = new $Uint64(0, 0);
		_tuple$390 = bits.Add64(x757, x792, ((x$281 = (new p521Uint1(x810.$high, x810.$low)), new $Uint64(x$281.$high, x$281.$low))));
		x811 = _tuple$390[0];
		x812 = _tuple$390[1];
		x813 = new $Uint64(0, 0);
		x814 = new $Uint64(0, 0);
		_tuple$391 = bits.Add64(x759, x794, ((x$282 = (new p521Uint1(x812.$high, x812.$low)), new $Uint64(x$282.$high, x$282.$low))));
		x813 = _tuple$391[0];
		x814 = _tuple$391[1];
		x815 = new $Uint64(0, 0);
		x816 = new $Uint64(0, 0);
		_tuple$392 = bits.Add64(x761, x796, ((x$283 = (new p521Uint1(x814.$high, x814.$low)), new $Uint64(x$283.$high, x$283.$low))));
		x815 = _tuple$392[0];
		x816 = _tuple$392[1];
		x817 = new $Uint64(0, 0);
		x818 = new $Uint64(0, 0);
		_tuple$393 = bits.Add64(x763, x798, ((x$284 = (new p521Uint1(x816.$high, x816.$low)), new $Uint64(x$284.$high, x$284.$low))));
		x817 = _tuple$393[0];
		x818 = _tuple$393[1];
		x819 = new $Uint64(0, 0);
		x820 = new $Uint64(0, 0);
		_tuple$394 = bits.Add64(x765, x800, ((x$285 = (new p521Uint1(x818.$high, x818.$low)), new $Uint64(x$285.$high, x$285.$low))));
		x819 = _tuple$394[0];
		x820 = _tuple$394[1];
		x821 = new $Uint64(0, 0);
		x822 = new $Uint64(0, 0);
		_tuple$395 = bits.Mul64(x801, new $Uint64(0, 511));
		x822 = _tuple$395[0];
		x821 = _tuple$395[1];
		x823 = new $Uint64(0, 0);
		x824 = new $Uint64(0, 0);
		_tuple$396 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x824 = _tuple$396[0];
		x823 = _tuple$396[1];
		x825 = new $Uint64(0, 0);
		x826 = new $Uint64(0, 0);
		_tuple$397 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x826 = _tuple$397[0];
		x825 = _tuple$397[1];
		x827 = new $Uint64(0, 0);
		x828 = new $Uint64(0, 0);
		_tuple$398 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x828 = _tuple$398[0];
		x827 = _tuple$398[1];
		x829 = new $Uint64(0, 0);
		x830 = new $Uint64(0, 0);
		_tuple$399 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x830 = _tuple$399[0];
		x829 = _tuple$399[1];
		x831 = new $Uint64(0, 0);
		x832 = new $Uint64(0, 0);
		_tuple$400 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x832 = _tuple$400[0];
		x831 = _tuple$400[1];
		x833 = new $Uint64(0, 0);
		x834 = new $Uint64(0, 0);
		_tuple$401 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x834 = _tuple$401[0];
		x833 = _tuple$401[1];
		x835 = new $Uint64(0, 0);
		x836 = new $Uint64(0, 0);
		_tuple$402 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x836 = _tuple$402[0];
		x835 = _tuple$402[1];
		x837 = new $Uint64(0, 0);
		x838 = new $Uint64(0, 0);
		_tuple$403 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x838 = _tuple$403[0];
		x837 = _tuple$403[1];
		x839 = new $Uint64(0, 0);
		x840 = new $Uint64(0, 0);
		_tuple$404 = bits.Add64(x838, x835, new $Uint64(0, 0));
		x839 = _tuple$404[0];
		x840 = _tuple$404[1];
		x841 = new $Uint64(0, 0);
		x842 = new $Uint64(0, 0);
		_tuple$405 = bits.Add64(x836, x833, ((x$286 = (new p521Uint1(x840.$high, x840.$low)), new $Uint64(x$286.$high, x$286.$low))));
		x841 = _tuple$405[0];
		x842 = _tuple$405[1];
		x843 = new $Uint64(0, 0);
		x844 = new $Uint64(0, 0);
		_tuple$406 = bits.Add64(x834, x831, ((x$287 = (new p521Uint1(x842.$high, x842.$low)), new $Uint64(x$287.$high, x$287.$low))));
		x843 = _tuple$406[0];
		x844 = _tuple$406[1];
		x845 = new $Uint64(0, 0);
		x846 = new $Uint64(0, 0);
		_tuple$407 = bits.Add64(x832, x829, ((x$288 = (new p521Uint1(x844.$high, x844.$low)), new $Uint64(x$288.$high, x$288.$low))));
		x845 = _tuple$407[0];
		x846 = _tuple$407[1];
		x847 = new $Uint64(0, 0);
		x848 = new $Uint64(0, 0);
		_tuple$408 = bits.Add64(x830, x827, ((x$289 = (new p521Uint1(x846.$high, x846.$low)), new $Uint64(x$289.$high, x$289.$low))));
		x847 = _tuple$408[0];
		x848 = _tuple$408[1];
		x849 = new $Uint64(0, 0);
		x850 = new $Uint64(0, 0);
		_tuple$409 = bits.Add64(x828, x825, ((x$290 = (new p521Uint1(x848.$high, x848.$low)), new $Uint64(x$290.$high, x$290.$low))));
		x849 = _tuple$409[0];
		x850 = _tuple$409[1];
		x851 = new $Uint64(0, 0);
		x852 = new $Uint64(0, 0);
		_tuple$410 = bits.Add64(x826, x823, ((x$291 = (new p521Uint1(x850.$high, x850.$low)), new $Uint64(x$291.$high, x$291.$low))));
		x851 = _tuple$410[0];
		x852 = _tuple$410[1];
		x853 = new $Uint64(0, 0);
		x854 = new $Uint64(0, 0);
		_tuple$411 = bits.Add64(x824, x821, ((x$292 = (new p521Uint1(x852.$high, x852.$low)), new $Uint64(x$292.$high, x$292.$low))));
		x853 = _tuple$411[0];
		x854 = _tuple$411[1];
		x855 = (x$293 = ((x$294 = (new p521Uint1(x854.$high, x854.$low)), new $Uint64(x$294.$high, x$294.$low))), new $Uint64(x$293.$high + x822.$high, x$293.$low + x822.$low));
		x857 = new $Uint64(0, 0);
		_tuple$412 = bits.Add64(x801, x837, new $Uint64(0, 0));
		x857 = _tuple$412[1];
		x858 = new $Uint64(0, 0);
		x859 = new $Uint64(0, 0);
		_tuple$413 = bits.Add64(x803, x839, ((x$295 = (new p521Uint1(x857.$high, x857.$low)), new $Uint64(x$295.$high, x$295.$low))));
		x858 = _tuple$413[0];
		x859 = _tuple$413[1];
		x860 = new $Uint64(0, 0);
		x861 = new $Uint64(0, 0);
		_tuple$414 = bits.Add64(x805, x841, ((x$296 = (new p521Uint1(x859.$high, x859.$low)), new $Uint64(x$296.$high, x$296.$low))));
		x860 = _tuple$414[0];
		x861 = _tuple$414[1];
		x862 = new $Uint64(0, 0);
		x863 = new $Uint64(0, 0);
		_tuple$415 = bits.Add64(x807, x843, ((x$297 = (new p521Uint1(x861.$high, x861.$low)), new $Uint64(x$297.$high, x$297.$low))));
		x862 = _tuple$415[0];
		x863 = _tuple$415[1];
		x864 = new $Uint64(0, 0);
		x865 = new $Uint64(0, 0);
		_tuple$416 = bits.Add64(x809, x845, ((x$298 = (new p521Uint1(x863.$high, x863.$low)), new $Uint64(x$298.$high, x$298.$low))));
		x864 = _tuple$416[0];
		x865 = _tuple$416[1];
		x866 = new $Uint64(0, 0);
		x867 = new $Uint64(0, 0);
		_tuple$417 = bits.Add64(x811, x847, ((x$299 = (new p521Uint1(x865.$high, x865.$low)), new $Uint64(x$299.$high, x$299.$low))));
		x866 = _tuple$417[0];
		x867 = _tuple$417[1];
		x868 = new $Uint64(0, 0);
		x869 = new $Uint64(0, 0);
		_tuple$418 = bits.Add64(x813, x849, ((x$300 = (new p521Uint1(x867.$high, x867.$low)), new $Uint64(x$300.$high, x$300.$low))));
		x868 = _tuple$418[0];
		x869 = _tuple$418[1];
		x870 = new $Uint64(0, 0);
		x871 = new $Uint64(0, 0);
		_tuple$419 = bits.Add64(x815, x851, ((x$301 = (new p521Uint1(x869.$high, x869.$low)), new $Uint64(x$301.$high, x$301.$low))));
		x870 = _tuple$419[0];
		x871 = _tuple$419[1];
		x872 = new $Uint64(0, 0);
		x873 = new $Uint64(0, 0);
		_tuple$420 = bits.Add64(x817, x853, ((x$302 = (new p521Uint1(x871.$high, x871.$low)), new $Uint64(x$302.$high, x$302.$low))));
		x872 = _tuple$420[0];
		x873 = _tuple$420[1];
		x874 = new $Uint64(0, 0);
		x875 = new $Uint64(0, 0);
		_tuple$421 = bits.Add64(x819, x855, ((x$303 = (new p521Uint1(x873.$high, x873.$low)), new $Uint64(x$303.$high, x$303.$low))));
		x874 = _tuple$421[0];
		x875 = _tuple$421[1];
		x876 = (x$304 = ((x$305 = (new p521Uint1(x875.$high, x875.$low)), new $Uint64(x$305.$high, x$305.$low))), x$306 = ((x$307 = (new p521Uint1(x820.$high, x820.$low)), new $Uint64(x$307.$high, x$307.$low))), new $Uint64(x$304.$high + x$306.$high, x$304.$low + x$306.$low));
		x877 = new $Uint64(0, 0);
		x878 = new $Uint64(0, 0);
		_tuple$422 = bits.Mul64(x8, arg2[8]);
		x878 = _tuple$422[0];
		x877 = _tuple$422[1];
		x879 = new $Uint64(0, 0);
		x880 = new $Uint64(0, 0);
		_tuple$423 = bits.Mul64(x8, arg2[7]);
		x880 = _tuple$423[0];
		x879 = _tuple$423[1];
		x881 = new $Uint64(0, 0);
		x882 = new $Uint64(0, 0);
		_tuple$424 = bits.Mul64(x8, arg2[6]);
		x882 = _tuple$424[0];
		x881 = _tuple$424[1];
		x883 = new $Uint64(0, 0);
		x884 = new $Uint64(0, 0);
		_tuple$425 = bits.Mul64(x8, arg2[5]);
		x884 = _tuple$425[0];
		x883 = _tuple$425[1];
		x885 = new $Uint64(0, 0);
		x886 = new $Uint64(0, 0);
		_tuple$426 = bits.Mul64(x8, arg2[4]);
		x886 = _tuple$426[0];
		x885 = _tuple$426[1];
		x887 = new $Uint64(0, 0);
		x888 = new $Uint64(0, 0);
		_tuple$427 = bits.Mul64(x8, arg2[3]);
		x888 = _tuple$427[0];
		x887 = _tuple$427[1];
		x889 = new $Uint64(0, 0);
		x890 = new $Uint64(0, 0);
		_tuple$428 = bits.Mul64(x8, arg2[2]);
		x890 = _tuple$428[0];
		x889 = _tuple$428[1];
		x891 = new $Uint64(0, 0);
		x892 = new $Uint64(0, 0);
		_tuple$429 = bits.Mul64(x8, arg2[1]);
		x892 = _tuple$429[0];
		x891 = _tuple$429[1];
		x893 = new $Uint64(0, 0);
		x894 = new $Uint64(0, 0);
		_tuple$430 = bits.Mul64(x8, arg2[0]);
		x894 = _tuple$430[0];
		x893 = _tuple$430[1];
		x895 = new $Uint64(0, 0);
		x896 = new $Uint64(0, 0);
		_tuple$431 = bits.Add64(x894, x891, new $Uint64(0, 0));
		x895 = _tuple$431[0];
		x896 = _tuple$431[1];
		x897 = new $Uint64(0, 0);
		x898 = new $Uint64(0, 0);
		_tuple$432 = bits.Add64(x892, x889, ((x$308 = (new p521Uint1(x896.$high, x896.$low)), new $Uint64(x$308.$high, x$308.$low))));
		x897 = _tuple$432[0];
		x898 = _tuple$432[1];
		x899 = new $Uint64(0, 0);
		x900 = new $Uint64(0, 0);
		_tuple$433 = bits.Add64(x890, x887, ((x$309 = (new p521Uint1(x898.$high, x898.$low)), new $Uint64(x$309.$high, x$309.$low))));
		x899 = _tuple$433[0];
		x900 = _tuple$433[1];
		x901 = new $Uint64(0, 0);
		x902 = new $Uint64(0, 0);
		_tuple$434 = bits.Add64(x888, x885, ((x$310 = (new p521Uint1(x900.$high, x900.$low)), new $Uint64(x$310.$high, x$310.$low))));
		x901 = _tuple$434[0];
		x902 = _tuple$434[1];
		x903 = new $Uint64(0, 0);
		x904 = new $Uint64(0, 0);
		_tuple$435 = bits.Add64(x886, x883, ((x$311 = (new p521Uint1(x902.$high, x902.$low)), new $Uint64(x$311.$high, x$311.$low))));
		x903 = _tuple$435[0];
		x904 = _tuple$435[1];
		x905 = new $Uint64(0, 0);
		x906 = new $Uint64(0, 0);
		_tuple$436 = bits.Add64(x884, x881, ((x$312 = (new p521Uint1(x904.$high, x904.$low)), new $Uint64(x$312.$high, x$312.$low))));
		x905 = _tuple$436[0];
		x906 = _tuple$436[1];
		x907 = new $Uint64(0, 0);
		x908 = new $Uint64(0, 0);
		_tuple$437 = bits.Add64(x882, x879, ((x$313 = (new p521Uint1(x906.$high, x906.$low)), new $Uint64(x$313.$high, x$313.$low))));
		x907 = _tuple$437[0];
		x908 = _tuple$437[1];
		x909 = new $Uint64(0, 0);
		x910 = new $Uint64(0, 0);
		_tuple$438 = bits.Add64(x880, x877, ((x$314 = (new p521Uint1(x908.$high, x908.$low)), new $Uint64(x$314.$high, x$314.$low))));
		x909 = _tuple$438[0];
		x910 = _tuple$438[1];
		x911 = (x$315 = ((x$316 = (new p521Uint1(x910.$high, x910.$low)), new $Uint64(x$316.$high, x$316.$low))), new $Uint64(x$315.$high + x878.$high, x$315.$low + x878.$low));
		x912 = new $Uint64(0, 0);
		x913 = new $Uint64(0, 0);
		_tuple$439 = bits.Add64(x858, x893, new $Uint64(0, 0));
		x912 = _tuple$439[0];
		x913 = _tuple$439[1];
		x914 = new $Uint64(0, 0);
		x915 = new $Uint64(0, 0);
		_tuple$440 = bits.Add64(x860, x895, ((x$317 = (new p521Uint1(x913.$high, x913.$low)), new $Uint64(x$317.$high, x$317.$low))));
		x914 = _tuple$440[0];
		x915 = _tuple$440[1];
		x916 = new $Uint64(0, 0);
		x917 = new $Uint64(0, 0);
		_tuple$441 = bits.Add64(x862, x897, ((x$318 = (new p521Uint1(x915.$high, x915.$low)), new $Uint64(x$318.$high, x$318.$low))));
		x916 = _tuple$441[0];
		x917 = _tuple$441[1];
		x918 = new $Uint64(0, 0);
		x919 = new $Uint64(0, 0);
		_tuple$442 = bits.Add64(x864, x899, ((x$319 = (new p521Uint1(x917.$high, x917.$low)), new $Uint64(x$319.$high, x$319.$low))));
		x918 = _tuple$442[0];
		x919 = _tuple$442[1];
		x920 = new $Uint64(0, 0);
		x921 = new $Uint64(0, 0);
		_tuple$443 = bits.Add64(x866, x901, ((x$320 = (new p521Uint1(x919.$high, x919.$low)), new $Uint64(x$320.$high, x$320.$low))));
		x920 = _tuple$443[0];
		x921 = _tuple$443[1];
		x922 = new $Uint64(0, 0);
		x923 = new $Uint64(0, 0);
		_tuple$444 = bits.Add64(x868, x903, ((x$321 = (new p521Uint1(x921.$high, x921.$low)), new $Uint64(x$321.$high, x$321.$low))));
		x922 = _tuple$444[0];
		x923 = _tuple$444[1];
		x924 = new $Uint64(0, 0);
		x925 = new $Uint64(0, 0);
		_tuple$445 = bits.Add64(x870, x905, ((x$322 = (new p521Uint1(x923.$high, x923.$low)), new $Uint64(x$322.$high, x$322.$low))));
		x924 = _tuple$445[0];
		x925 = _tuple$445[1];
		x926 = new $Uint64(0, 0);
		x927 = new $Uint64(0, 0);
		_tuple$446 = bits.Add64(x872, x907, ((x$323 = (new p521Uint1(x925.$high, x925.$low)), new $Uint64(x$323.$high, x$323.$low))));
		x926 = _tuple$446[0];
		x927 = _tuple$446[1];
		x928 = new $Uint64(0, 0);
		x929 = new $Uint64(0, 0);
		_tuple$447 = bits.Add64(x874, x909, ((x$324 = (new p521Uint1(x927.$high, x927.$low)), new $Uint64(x$324.$high, x$324.$low))));
		x928 = _tuple$447[0];
		x929 = _tuple$447[1];
		x930 = new $Uint64(0, 0);
		x931 = new $Uint64(0, 0);
		_tuple$448 = bits.Add64(x876, x911, ((x$325 = (new p521Uint1(x929.$high, x929.$low)), new $Uint64(x$325.$high, x$325.$low))));
		x930 = _tuple$448[0];
		x931 = _tuple$448[1];
		x932 = new $Uint64(0, 0);
		x933 = new $Uint64(0, 0);
		_tuple$449 = bits.Mul64(x912, new $Uint64(0, 511));
		x933 = _tuple$449[0];
		x932 = _tuple$449[1];
		x934 = new $Uint64(0, 0);
		x935 = new $Uint64(0, 0);
		_tuple$450 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x935 = _tuple$450[0];
		x934 = _tuple$450[1];
		x936 = new $Uint64(0, 0);
		x937 = new $Uint64(0, 0);
		_tuple$451 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x937 = _tuple$451[0];
		x936 = _tuple$451[1];
		x938 = new $Uint64(0, 0);
		x939 = new $Uint64(0, 0);
		_tuple$452 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x939 = _tuple$452[0];
		x938 = _tuple$452[1];
		x940 = new $Uint64(0, 0);
		x941 = new $Uint64(0, 0);
		_tuple$453 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x941 = _tuple$453[0];
		x940 = _tuple$453[1];
		x942 = new $Uint64(0, 0);
		x943 = new $Uint64(0, 0);
		_tuple$454 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x943 = _tuple$454[0];
		x942 = _tuple$454[1];
		x944 = new $Uint64(0, 0);
		x945 = new $Uint64(0, 0);
		_tuple$455 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x945 = _tuple$455[0];
		x944 = _tuple$455[1];
		x946 = new $Uint64(0, 0);
		x947 = new $Uint64(0, 0);
		_tuple$456 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x947 = _tuple$456[0];
		x946 = _tuple$456[1];
		x948 = new $Uint64(0, 0);
		x949 = new $Uint64(0, 0);
		_tuple$457 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x949 = _tuple$457[0];
		x948 = _tuple$457[1];
		x950 = new $Uint64(0, 0);
		x951 = new $Uint64(0, 0);
		_tuple$458 = bits.Add64(x949, x946, new $Uint64(0, 0));
		x950 = _tuple$458[0];
		x951 = _tuple$458[1];
		x952 = new $Uint64(0, 0);
		x953 = new $Uint64(0, 0);
		_tuple$459 = bits.Add64(x947, x944, ((x$326 = (new p521Uint1(x951.$high, x951.$low)), new $Uint64(x$326.$high, x$326.$low))));
		x952 = _tuple$459[0];
		x953 = _tuple$459[1];
		x954 = new $Uint64(0, 0);
		x955 = new $Uint64(0, 0);
		_tuple$460 = bits.Add64(x945, x942, ((x$327 = (new p521Uint1(x953.$high, x953.$low)), new $Uint64(x$327.$high, x$327.$low))));
		x954 = _tuple$460[0];
		x955 = _tuple$460[1];
		x956 = new $Uint64(0, 0);
		x957 = new $Uint64(0, 0);
		_tuple$461 = bits.Add64(x943, x940, ((x$328 = (new p521Uint1(x955.$high, x955.$low)), new $Uint64(x$328.$high, x$328.$low))));
		x956 = _tuple$461[0];
		x957 = _tuple$461[1];
		x958 = new $Uint64(0, 0);
		x959 = new $Uint64(0, 0);
		_tuple$462 = bits.Add64(x941, x938, ((x$329 = (new p521Uint1(x957.$high, x957.$low)), new $Uint64(x$329.$high, x$329.$low))));
		x958 = _tuple$462[0];
		x959 = _tuple$462[1];
		x960 = new $Uint64(0, 0);
		x961 = new $Uint64(0, 0);
		_tuple$463 = bits.Add64(x939, x936, ((x$330 = (new p521Uint1(x959.$high, x959.$low)), new $Uint64(x$330.$high, x$330.$low))));
		x960 = _tuple$463[0];
		x961 = _tuple$463[1];
		x962 = new $Uint64(0, 0);
		x963 = new $Uint64(0, 0);
		_tuple$464 = bits.Add64(x937, x934, ((x$331 = (new p521Uint1(x961.$high, x961.$low)), new $Uint64(x$331.$high, x$331.$low))));
		x962 = _tuple$464[0];
		x963 = _tuple$464[1];
		x964 = new $Uint64(0, 0);
		x965 = new $Uint64(0, 0);
		_tuple$465 = bits.Add64(x935, x932, ((x$332 = (new p521Uint1(x963.$high, x963.$low)), new $Uint64(x$332.$high, x$332.$low))));
		x964 = _tuple$465[0];
		x965 = _tuple$465[1];
		x966 = (x$333 = ((x$334 = (new p521Uint1(x965.$high, x965.$low)), new $Uint64(x$334.$high, x$334.$low))), new $Uint64(x$333.$high + x933.$high, x$333.$low + x933.$low));
		x968 = new $Uint64(0, 0);
		_tuple$466 = bits.Add64(x912, x948, new $Uint64(0, 0));
		x968 = _tuple$466[1];
		x969 = new $Uint64(0, 0);
		x970 = new $Uint64(0, 0);
		_tuple$467 = bits.Add64(x914, x950, ((x$335 = (new p521Uint1(x968.$high, x968.$low)), new $Uint64(x$335.$high, x$335.$low))));
		x969 = _tuple$467[0];
		x970 = _tuple$467[1];
		x971 = new $Uint64(0, 0);
		x972 = new $Uint64(0, 0);
		_tuple$468 = bits.Add64(x916, x952, ((x$336 = (new p521Uint1(x970.$high, x970.$low)), new $Uint64(x$336.$high, x$336.$low))));
		x971 = _tuple$468[0];
		x972 = _tuple$468[1];
		x973 = new $Uint64(0, 0);
		x974 = new $Uint64(0, 0);
		_tuple$469 = bits.Add64(x918, x954, ((x$337 = (new p521Uint1(x972.$high, x972.$low)), new $Uint64(x$337.$high, x$337.$low))));
		x973 = _tuple$469[0];
		x974 = _tuple$469[1];
		x975 = new $Uint64(0, 0);
		x976 = new $Uint64(0, 0);
		_tuple$470 = bits.Add64(x920, x956, ((x$338 = (new p521Uint1(x974.$high, x974.$low)), new $Uint64(x$338.$high, x$338.$low))));
		x975 = _tuple$470[0];
		x976 = _tuple$470[1];
		x977 = new $Uint64(0, 0);
		x978 = new $Uint64(0, 0);
		_tuple$471 = bits.Add64(x922, x958, ((x$339 = (new p521Uint1(x976.$high, x976.$low)), new $Uint64(x$339.$high, x$339.$low))));
		x977 = _tuple$471[0];
		x978 = _tuple$471[1];
		x979 = new $Uint64(0, 0);
		x980 = new $Uint64(0, 0);
		_tuple$472 = bits.Add64(x924, x960, ((x$340 = (new p521Uint1(x978.$high, x978.$low)), new $Uint64(x$340.$high, x$340.$low))));
		x979 = _tuple$472[0];
		x980 = _tuple$472[1];
		x981 = new $Uint64(0, 0);
		x982 = new $Uint64(0, 0);
		_tuple$473 = bits.Add64(x926, x962, ((x$341 = (new p521Uint1(x980.$high, x980.$low)), new $Uint64(x$341.$high, x$341.$low))));
		x981 = _tuple$473[0];
		x982 = _tuple$473[1];
		x983 = new $Uint64(0, 0);
		x984 = new $Uint64(0, 0);
		_tuple$474 = bits.Add64(x928, x964, ((x$342 = (new p521Uint1(x982.$high, x982.$low)), new $Uint64(x$342.$high, x$342.$low))));
		x983 = _tuple$474[0];
		x984 = _tuple$474[1];
		x985 = new $Uint64(0, 0);
		x986 = new $Uint64(0, 0);
		_tuple$475 = bits.Add64(x930, x966, ((x$343 = (new p521Uint1(x984.$high, x984.$low)), new $Uint64(x$343.$high, x$343.$low))));
		x985 = _tuple$475[0];
		x986 = _tuple$475[1];
		x987 = (x$344 = ((x$345 = (new p521Uint1(x986.$high, x986.$low)), new $Uint64(x$345.$high, x$345.$low))), x$346 = ((x$347 = (new p521Uint1(x931.$high, x931.$low)), new $Uint64(x$347.$high, x$347.$low))), new $Uint64(x$344.$high + x$346.$high, x$344.$low + x$346.$low));
		x988 = new $Uint64(0, 0);
		x989 = new $Uint64(0, 0);
		_tuple$476 = bits.Sub64(x969, new $Uint64(4294967295, 4294967295), new $Uint64(0, 0));
		x988 = _tuple$476[0];
		x989 = _tuple$476[1];
		x990 = new $Uint64(0, 0);
		x991 = new $Uint64(0, 0);
		_tuple$477 = bits.Sub64(x971, new $Uint64(4294967295, 4294967295), ((x$348 = (new p521Uint1(x989.$high, x989.$low)), new $Uint64(x$348.$high, x$348.$low))));
		x990 = _tuple$477[0];
		x991 = _tuple$477[1];
		x992 = new $Uint64(0, 0);
		x993 = new $Uint64(0, 0);
		_tuple$478 = bits.Sub64(x973, new $Uint64(4294967295, 4294967295), ((x$349 = (new p521Uint1(x991.$high, x991.$low)), new $Uint64(x$349.$high, x$349.$low))));
		x992 = _tuple$478[0];
		x993 = _tuple$478[1];
		x994 = new $Uint64(0, 0);
		x995 = new $Uint64(0, 0);
		_tuple$479 = bits.Sub64(x975, new $Uint64(4294967295, 4294967295), ((x$350 = (new p521Uint1(x993.$high, x993.$low)), new $Uint64(x$350.$high, x$350.$low))));
		x994 = _tuple$479[0];
		x995 = _tuple$479[1];
		x996 = new $Uint64(0, 0);
		x997 = new $Uint64(0, 0);
		_tuple$480 = bits.Sub64(x977, new $Uint64(4294967295, 4294967295), ((x$351 = (new p521Uint1(x995.$high, x995.$low)), new $Uint64(x$351.$high, x$351.$low))));
		x996 = _tuple$480[0];
		x997 = _tuple$480[1];
		x998 = new $Uint64(0, 0);
		x999 = new $Uint64(0, 0);
		_tuple$481 = bits.Sub64(x979, new $Uint64(4294967295, 4294967295), ((x$352 = (new p521Uint1(x997.$high, x997.$low)), new $Uint64(x$352.$high, x$352.$low))));
		x998 = _tuple$481[0];
		x999 = _tuple$481[1];
		x1000 = new $Uint64(0, 0);
		x1001 = new $Uint64(0, 0);
		_tuple$482 = bits.Sub64(x981, new $Uint64(4294967295, 4294967295), ((x$353 = (new p521Uint1(x999.$high, x999.$low)), new $Uint64(x$353.$high, x$353.$low))));
		x1000 = _tuple$482[0];
		x1001 = _tuple$482[1];
		x1002 = new $Uint64(0, 0);
		x1003 = new $Uint64(0, 0);
		_tuple$483 = bits.Sub64(x983, new $Uint64(4294967295, 4294967295), ((x$354 = (new p521Uint1(x1001.$high, x1001.$low)), new $Uint64(x$354.$high, x$354.$low))));
		x1002 = _tuple$483[0];
		x1003 = _tuple$483[1];
		x1004 = new $Uint64(0, 0);
		x1005 = new $Uint64(0, 0);
		_tuple$484 = bits.Sub64(x985, new $Uint64(0, 511), ((x$355 = (new p521Uint1(x1003.$high, x1003.$low)), new $Uint64(x$355.$high, x$355.$low))));
		x1004 = _tuple$484[0];
		x1005 = _tuple$484[1];
		x1007 = new $Uint64(0, 0);
		_tuple$485 = bits.Sub64(x987, new $Uint64(0, 0), ((x$356 = (new p521Uint1(x1005.$high, x1005.$low)), new $Uint64(x$356.$high, x$356.$low))));
		x1007 = _tuple$485[1];
		x1008 = new $Uint64(0, 0);
		p521CmovznzU64((x1008$24ptr || (x1008$24ptr = new ptrType(function() { return x1008; }, function($v) { x1008 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x988, x969);
		x1009 = new $Uint64(0, 0);
		p521CmovznzU64((x1009$24ptr || (x1009$24ptr = new ptrType(function() { return x1009; }, function($v) { x1009 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x990, x971);
		x1010 = new $Uint64(0, 0);
		p521CmovznzU64((x1010$24ptr || (x1010$24ptr = new ptrType(function() { return x1010; }, function($v) { x1010 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x992, x973);
		x1011 = new $Uint64(0, 0);
		p521CmovznzU64((x1011$24ptr || (x1011$24ptr = new ptrType(function() { return x1011; }, function($v) { x1011 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x994, x975);
		x1012 = new $Uint64(0, 0);
		p521CmovznzU64((x1012$24ptr || (x1012$24ptr = new ptrType(function() { return x1012; }, function($v) { x1012 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x996, x977);
		x1013 = new $Uint64(0, 0);
		p521CmovznzU64((x1013$24ptr || (x1013$24ptr = new ptrType(function() { return x1013; }, function($v) { x1013 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x998, x979);
		x1014 = new $Uint64(0, 0);
		p521CmovznzU64((x1014$24ptr || (x1014$24ptr = new ptrType(function() { return x1014; }, function($v) { x1014 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x1000, x981);
		x1015 = new $Uint64(0, 0);
		p521CmovznzU64((x1015$24ptr || (x1015$24ptr = new ptrType(function() { return x1015; }, function($v) { x1015 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x1002, x983);
		x1016 = new $Uint64(0, 0);
		p521CmovznzU64((x1016$24ptr || (x1016$24ptr = new ptrType(function() { return x1016; }, function($v) { x1016 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x1004, x985);
		out1.nilCheck, out1[0] = x1008;
		out1.nilCheck, out1[1] = x1009;
		out1.nilCheck, out1[2] = x1010;
		out1.nilCheck, out1[3] = x1011;
		out1.nilCheck, out1[4] = x1012;
		out1.nilCheck, out1[5] = x1013;
		out1.nilCheck, out1[6] = x1014;
		out1.nilCheck, out1[7] = x1015;
		out1.nilCheck, out1[8] = x1016;
	};
	p521Square = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$151, _tuple$152, _tuple$153, _tuple$154, _tuple$155, _tuple$156, _tuple$157, _tuple$158, _tuple$159, _tuple$16, _tuple$160, _tuple$161, _tuple$162, _tuple$163, _tuple$164, _tuple$165, _tuple$166, _tuple$167, _tuple$168, _tuple$169, _tuple$17, _tuple$170, _tuple$171, _tuple$172, _tuple$173, _tuple$174, _tuple$175, _tuple$176, _tuple$177, _tuple$178, _tuple$179, _tuple$18, _tuple$180, _tuple$181, _tuple$182, _tuple$183, _tuple$184, _tuple$185, _tuple$186, _tuple$187, _tuple$188, _tuple$189, _tuple$19, _tuple$190, _tuple$191, _tuple$192, _tuple$193, _tuple$194, _tuple$195, _tuple$196, _tuple$197, _tuple$198, _tuple$199, _tuple$2, _tuple$20, _tuple$200, _tuple$201, _tuple$202, _tuple$203, _tuple$204, _tuple$205, _tuple$206, _tuple$207, _tuple$208, _tuple$209, _tuple$21, _tuple$210, _tuple$211, _tuple$212, _tuple$213, _tuple$214, _tuple$215, _tuple$216, _tuple$217, _tuple$218, _tuple$219, _tuple$22, _tuple$220, _tuple$221, _tuple$222, _tuple$223, _tuple$224, _tuple$225, _tuple$226, _tuple$227, _tuple$228, _tuple$229, _tuple$23, _tuple$230, _tuple$231, _tuple$232, _tuple$233, _tuple$234, _tuple$235, _tuple$236, _tuple$237, _tuple$238, _tuple$239, _tuple$24, _tuple$240, _tuple$241, _tuple$242, _tuple$243, _tuple$244, _tuple$245, _tuple$246, _tuple$247, _tuple$248, _tuple$249, _tuple$25, _tuple$250, _tuple$251, _tuple$252, _tuple$253, _tuple$254, _tuple$255, _tuple$256, _tuple$257, _tuple$258, _tuple$259, _tuple$26, _tuple$260, _tuple$261, _tuple$262, _tuple$263, _tuple$264, _tuple$265, _tuple$266, _tuple$267, _tuple$268, _tuple$269, _tuple$27, _tuple$270, _tuple$271, _tuple$272, _tuple$273, _tuple$274, _tuple$275, _tuple$276, _tuple$277, _tuple$278, _tuple$279, _tuple$28, _tuple$280, _tuple$281, _tuple$282, _tuple$283, _tuple$284, _tuple$285, _tuple$286, _tuple$287, _tuple$288, _tuple$289, _tuple$29, _tuple$290, _tuple$291, _tuple$292, _tuple$293, _tuple$294, _tuple$295, _tuple$296, _tuple$297, _tuple$298, _tuple$299, _tuple$3, _tuple$30, _tuple$300, _tuple$301, _tuple$302, _tuple$303, _tuple$304, _tuple$305, _tuple$306, _tuple$307, _tuple$308, _tuple$309, _tuple$31, _tuple$310, _tuple$311, _tuple$312, _tuple$313, _tuple$314, _tuple$315, _tuple$316, _tuple$317, _tuple$318, _tuple$319, _tuple$32, _tuple$320, _tuple$321, _tuple$322, _tuple$323, _tuple$324, _tuple$325, _tuple$326, _tuple$327, _tuple$328, _tuple$329, _tuple$33, _tuple$330, _tuple$331, _tuple$332, _tuple$333, _tuple$334, _tuple$335, _tuple$336, _tuple$337, _tuple$338, _tuple$339, _tuple$34, _tuple$340, _tuple$341, _tuple$342, _tuple$343, _tuple$344, _tuple$345, _tuple$346, _tuple$347, _tuple$348, _tuple$349, _tuple$35, _tuple$350, _tuple$351, _tuple$352, _tuple$353, _tuple$354, _tuple$355, _tuple$356, _tuple$357, _tuple$358, _tuple$359, _tuple$36, _tuple$360, _tuple$361, _tuple$362, _tuple$363, _tuple$364, _tuple$365, _tuple$366, _tuple$367, _tuple$368, _tuple$369, _tuple$37, _tuple$370, _tuple$371, _tuple$372, _tuple$373, _tuple$374, _tuple$375, _tuple$376, _tuple$377, _tuple$378, _tuple$379, _tuple$38, _tuple$380, _tuple$381, _tuple$382, _tuple$383, _tuple$384, _tuple$385, _tuple$386, _tuple$387, _tuple$388, _tuple$389, _tuple$39, _tuple$390, _tuple$391, _tuple$392, _tuple$393, _tuple$394, _tuple$395, _tuple$396, _tuple$397, _tuple$398, _tuple$399, _tuple$4, _tuple$40, _tuple$400, _tuple$401, _tuple$402, _tuple$403, _tuple$404, _tuple$405, _tuple$406, _tuple$407, _tuple$408, _tuple$409, _tuple$41, _tuple$410, _tuple$411, _tuple$412, _tuple$413, _tuple$414, _tuple$415, _tuple$416, _tuple$417, _tuple$418, _tuple$419, _tuple$42, _tuple$420, _tuple$421, _tuple$422, _tuple$423, _tuple$424, _tuple$425, _tuple$426, _tuple$427, _tuple$428, _tuple$429, _tuple$43, _tuple$430, _tuple$431, _tuple$432, _tuple$433, _tuple$434, _tuple$435, _tuple$436, _tuple$437, _tuple$438, _tuple$439, _tuple$44, _tuple$440, _tuple$441, _tuple$442, _tuple$443, _tuple$444, _tuple$445, _tuple$446, _tuple$447, _tuple$448, _tuple$449, _tuple$45, _tuple$450, _tuple$451, _tuple$452, _tuple$453, _tuple$454, _tuple$455, _tuple$456, _tuple$457, _tuple$458, _tuple$459, _tuple$46, _tuple$460, _tuple$461, _tuple$462, _tuple$463, _tuple$464, _tuple$465, _tuple$466, _tuple$467, _tuple$468, _tuple$469, _tuple$47, _tuple$470, _tuple$471, _tuple$472, _tuple$473, _tuple$474, _tuple$475, _tuple$476, _tuple$477, _tuple$478, _tuple$479, _tuple$48, _tuple$480, _tuple$481, _tuple$482, _tuple$483, _tuple$484, _tuple$485, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$165, x$166, x$167, x$168, x$169, x$17, x$170, x$171, x$172, x$173, x$174, x$175, x$176, x$177, x$178, x$179, x$18, x$180, x$181, x$182, x$183, x$184, x$185, x$186, x$187, x$188, x$189, x$19, x$190, x$191, x$192, x$193, x$194, x$195, x$196, x$197, x$198, x$199, x$2, x$20, x$200, x$201, x$202, x$203, x$204, x$205, x$206, x$207, x$208, x$209, x$21, x$210, x$211, x$212, x$213, x$214, x$215, x$216, x$217, x$218, x$219, x$22, x$220, x$221, x$222, x$223, x$224, x$225, x$226, x$227, x$228, x$229, x$23, x$230, x$231, x$232, x$233, x$234, x$235, x$236, x$237, x$238, x$239, x$24, x$240, x$241, x$242, x$243, x$244, x$245, x$246, x$247, x$248, x$249, x$25, x$250, x$251, x$252, x$253, x$254, x$255, x$256, x$257, x$258, x$259, x$26, x$260, x$261, x$262, x$263, x$264, x$265, x$266, x$267, x$268, x$269, x$27, x$270, x$271, x$272, x$273, x$274, x$275, x$276, x$277, x$278, x$279, x$28, x$280, x$281, x$282, x$283, x$284, x$285, x$286, x$287, x$288, x$289, x$29, x$290, x$291, x$292, x$293, x$294, x$295, x$296, x$297, x$298, x$299, x$3, x$30, x$300, x$301, x$302, x$303, x$304, x$305, x$306, x$307, x$308, x$309, x$31, x$310, x$311, x$312, x$313, x$314, x$315, x$316, x$317, x$318, x$319, x$32, x$320, x$321, x$322, x$323, x$324, x$325, x$326, x$327, x$328, x$329, x$33, x$330, x$331, x$332, x$333, x$334, x$335, x$336, x$337, x$338, x$339, x$34, x$340, x$341, x$342, x$343, x$344, x$345, x$346, x$347, x$348, x$349, x$35, x$350, x$351, x$352, x$353, x$354, x$355, x$356, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x1000, x1001, x1002, x1003, x1004, x1005, x1007, x1008, x1008$24ptr, x1009, x1009$24ptr, x101, x1010, x1010$24ptr, x1011, x1011$24ptr, x1012, x1012$24ptr, x1013, x1013$24ptr, x1014, x1014$24ptr, x1015, x1015$24ptr, x1016, x1016$24ptr, x102, x103, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x177, x178, x179, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x203, x204, x205, x206, x207, x208, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x222, x223, x224, x225, x226, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x24, x240, x241, x242, x243, x244, x245, x246, x247, x248, x249, x25, x250, x251, x252, x253, x254, x255, x256, x257, x258, x259, x26, x260, x261, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x276, x277, x278, x279, x28, x280, x281, x282, x283, x284, x285, x286, x287, x288, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x3, x30, x300, x302, x303, x304, x305, x306, x307, x308, x309, x31, x310, x311, x312, x313, x314, x315, x316, x317, x318, x319, x32, x320, x321, x322, x323, x324, x325, x326, x327, x328, x329, x33, x330, x331, x332, x333, x334, x335, x336, x337, x338, x339, x34, x340, x341, x342, x343, x344, x345, x346, x347, x348, x349, x35, x350, x351, x352, x353, x354, x355, x356, x357, x358, x359, x36, x360, x361, x362, x363, x364, x365, x366, x367, x368, x369, x37, x370, x371, x372, x373, x374, x375, x376, x377, x378, x379, x38, x380, x381, x382, x383, x384, x385, x386, x387, x388, x389, x39, x390, x391, x392, x393, x394, x395, x396, x397, x398, x399, x4, x40, x400, x401, x402, x403, x404, x405, x406, x407, x408, x409, x41, x410, x411, x413, x414, x415, x416, x417, x418, x419, x42, x420, x421, x422, x423, x424, x425, x426, x427, x428, x429, x43, x430, x431, x432, x433, x434, x435, x436, x437, x438, x439, x44, x440, x441, x442, x443, x444, x445, x446, x447, x448, x449, x45, x450, x451, x452, x453, x454, x455, x456, x457, x458, x459, x46, x460, x461, x462, x463, x464, x465, x466, x467, x468, x469, x47, x470, x471, x472, x473, x474, x475, x476, x477, x478, x479, x48, x480, x481, x482, x483, x484, x485, x486, x487, x488, x489, x49, x490, x491, x492, x493, x494, x495, x496, x497, x498, x499, x5, x50, x500, x501, x502, x503, x504, x505, x506, x507, x508, x509, x51, x510, x511, x512, x513, x514, x515, x516, x517, x518, x519, x52, x520, x521, x522, x524, x525, x526, x527, x528, x529, x53, x530, x531, x532, x533, x534, x535, x536, x537, x538, x539, x54, x540, x541, x542, x543, x544, x545, x546, x547, x548, x549, x55, x550, x551, x552, x553, x554, x555, x556, x557, x558, x559, x56, x560, x561, x562, x563, x564, x565, x566, x567, x568, x569, x57, x570, x571, x572, x573, x574, x575, x576, x577, x578, x579, x58, x580, x581, x582, x583, x584, x585, x586, x587, x588, x589, x59, x590, x591, x592, x593, x594, x595, x596, x597, x598, x599, x6, x60, x600, x601, x602, x603, x604, x605, x606, x607, x608, x609, x61, x610, x611, x612, x613, x614, x615, x616, x617, x618, x619, x62, x620, x621, x622, x623, x624, x625, x626, x627, x628, x629, x63, x630, x631, x632, x633, x635, x636, x637, x638, x639, x64, x640, x641, x642, x643, x644, x645, x646, x647, x648, x649, x65, x650, x651, x652, x653, x654, x655, x656, x657, x658, x659, x66, x660, x661, x662, x663, x664, x665, x666, x667, x668, x669, x67, x670, x671, x672, x673, x674, x675, x676, x677, x678, x679, x68, x680, x681, x682, x683, x684, x685, x686, x687, x688, x689, x69, x690, x691, x692, x693, x694, x695, x696, x697, x698, x699, x7, x70, x700, x701, x702, x703, x704, x705, x706, x707, x708, x709, x71, x710, x711, x712, x713, x714, x715, x716, x717, x718, x719, x72, x720, x721, x722, x723, x724, x725, x726, x727, x728, x729, x73, x730, x731, x732, x733, x734, x735, x736, x737, x738, x739, x74, x740, x741, x742, x743, x744, x746, x747, x748, x749, x75, x750, x751, x752, x753, x754, x755, x756, x757, x758, x759, x76, x760, x761, x762, x763, x764, x765, x766, x767, x768, x769, x77, x770, x771, x772, x773, x774, x775, x776, x777, x778, x779, x78, x780, x781, x782, x783, x784, x785, x786, x787, x788, x789, x79, x790, x791, x792, x793, x794, x795, x796, x797, x798, x799, x8, x800, x801, x802, x803, x804, x805, x806, x807, x808, x809, x81, x810, x811, x812, x813, x814, x815, x816, x817, x818, x819, x82, x820, x821, x822, x823, x824, x825, x826, x827, x828, x829, x83, x830, x831, x832, x833, x834, x835, x836, x837, x838, x839, x84, x840, x841, x842, x843, x844, x845, x846, x847, x848, x849, x85, x850, x851, x852, x853, x854, x855, x857, x858, x859, x86, x860, x861, x862, x863, x864, x865, x866, x867, x868, x869, x87, x870, x871, x872, x873, x874, x875, x876, x877, x878, x879, x88, x880, x881, x882, x883, x884, x885, x886, x887, x888, x889, x89, x890, x891, x892, x893, x894, x895, x896, x897, x898, x899, x9, x90, x900, x901, x902, x903, x904, x905, x906, x907, x908, x909, x91, x910, x911, x912, x913, x914, x915, x916, x917, x918, x919, x92, x920, x921, x922, x923, x924, x925, x926, x927, x928, x929, x93, x930, x931, x932, x933, x934, x935, x936, x937, x938, x939, x94, x940, x941, x942, x943, x944, x945, x946, x947, x948, x949, x95, x950, x951, x952, x953, x954, x955, x956, x957, x958, x959, x96, x960, x961, x962, x963, x964, x965, x966, x968, x969, x97, x970, x971, x972, x973, x974, x975, x976, x977, x978, x979, x98, x980, x981, x982, x983, x984, x985, x986, x987, x988, x989, x99, x990, x991, x992, x993, x994, x995, x996, x997, x998, x999;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[4];
		x5 = arg1[5];
		x6 = arg1[6];
		x7 = arg1[7];
		x8 = arg1[8];
		x9 = arg1[0];
		x10 = new $Uint64(0, 0);
		x11 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x9, arg1[8]);
		x11 = _tuple[0];
		x10 = _tuple[1];
		x12 = new $Uint64(0, 0);
		x13 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x9, arg1[7]);
		x13 = _tuple$1[0];
		x12 = _tuple$1[1];
		x14 = new $Uint64(0, 0);
		x15 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x9, arg1[6]);
		x15 = _tuple$2[0];
		x14 = _tuple$2[1];
		x16 = new $Uint64(0, 0);
		x17 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x9, arg1[5]);
		x17 = _tuple$3[0];
		x16 = _tuple$3[1];
		x18 = new $Uint64(0, 0);
		x19 = new $Uint64(0, 0);
		_tuple$4 = bits.Mul64(x9, arg1[4]);
		x19 = _tuple$4[0];
		x18 = _tuple$4[1];
		x20 = new $Uint64(0, 0);
		x21 = new $Uint64(0, 0);
		_tuple$5 = bits.Mul64(x9, arg1[3]);
		x21 = _tuple$5[0];
		x20 = _tuple$5[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$6 = bits.Mul64(x9, arg1[2]);
		x23 = _tuple$6[0];
		x22 = _tuple$6[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$7 = bits.Mul64(x9, arg1[1]);
		x25 = _tuple$7[0];
		x24 = _tuple$7[1];
		x26 = new $Uint64(0, 0);
		x27 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x9, arg1[0]);
		x27 = _tuple$8[0];
		x26 = _tuple$8[1];
		x28 = new $Uint64(0, 0);
		x29 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x27, x24, new $Uint64(0, 0));
		x28 = _tuple$9[0];
		x29 = _tuple$9[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x25, x22, ((x = (new p521Uint1(x29.$high, x29.$low)), new $Uint64(x.$high, x.$low))));
		x30 = _tuple$10[0];
		x31 = _tuple$10[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x23, x20, ((x$1 = (new p521Uint1(x31.$high, x31.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x32 = _tuple$11[0];
		x33 = _tuple$11[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x21, x18, ((x$2 = (new p521Uint1(x33.$high, x33.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x34 = _tuple$12[0];
		x35 = _tuple$12[1];
		x36 = new $Uint64(0, 0);
		x37 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x19, x16, ((x$3 = (new p521Uint1(x35.$high, x35.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x36 = _tuple$13[0];
		x37 = _tuple$13[1];
		x38 = new $Uint64(0, 0);
		x39 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x17, x14, ((x$4 = (new p521Uint1(x37.$high, x37.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x38 = _tuple$14[0];
		x39 = _tuple$14[1];
		x40 = new $Uint64(0, 0);
		x41 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x15, x12, ((x$5 = (new p521Uint1(x39.$high, x39.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x40 = _tuple$15[0];
		x41 = _tuple$15[1];
		x42 = new $Uint64(0, 0);
		x43 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x13, x10, ((x$6 = (new p521Uint1(x41.$high, x41.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x42 = _tuple$16[0];
		x43 = _tuple$16[1];
		x44 = (x$7 = ((x$8 = (new p521Uint1(x43.$high, x43.$low)), new $Uint64(x$8.$high, x$8.$low))), new $Uint64(x$7.$high + x11.$high, x$7.$low + x11.$low));
		x45 = new $Uint64(0, 0);
		x46 = new $Uint64(0, 0);
		_tuple$17 = bits.Mul64(x26, new $Uint64(0, 511));
		x46 = _tuple$17[0];
		x45 = _tuple$17[1];
		x47 = new $Uint64(0, 0);
		x48 = new $Uint64(0, 0);
		_tuple$18 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x48 = _tuple$18[0];
		x47 = _tuple$18[1];
		x49 = new $Uint64(0, 0);
		x50 = new $Uint64(0, 0);
		_tuple$19 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x50 = _tuple$19[0];
		x49 = _tuple$19[1];
		x51 = new $Uint64(0, 0);
		x52 = new $Uint64(0, 0);
		_tuple$20 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x52 = _tuple$20[0];
		x51 = _tuple$20[1];
		x53 = new $Uint64(0, 0);
		x54 = new $Uint64(0, 0);
		_tuple$21 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x54 = _tuple$21[0];
		x53 = _tuple$21[1];
		x55 = new $Uint64(0, 0);
		x56 = new $Uint64(0, 0);
		_tuple$22 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x56 = _tuple$22[0];
		x55 = _tuple$22[1];
		x57 = new $Uint64(0, 0);
		x58 = new $Uint64(0, 0);
		_tuple$23 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x58 = _tuple$23[0];
		x57 = _tuple$23[1];
		x59 = new $Uint64(0, 0);
		x60 = new $Uint64(0, 0);
		_tuple$24 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x60 = _tuple$24[0];
		x59 = _tuple$24[1];
		x61 = new $Uint64(0, 0);
		x62 = new $Uint64(0, 0);
		_tuple$25 = bits.Mul64(x26, new $Uint64(4294967295, 4294967295));
		x62 = _tuple$25[0];
		x61 = _tuple$25[1];
		x63 = new $Uint64(0, 0);
		x64 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x62, x59, new $Uint64(0, 0));
		x63 = _tuple$26[0];
		x64 = _tuple$26[1];
		x65 = new $Uint64(0, 0);
		x66 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(x60, x57, ((x$9 = (new p521Uint1(x64.$high, x64.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x65 = _tuple$27[0];
		x66 = _tuple$27[1];
		x67 = new $Uint64(0, 0);
		x68 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(x58, x55, ((x$10 = (new p521Uint1(x66.$high, x66.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x67 = _tuple$28[0];
		x68 = _tuple$28[1];
		x69 = new $Uint64(0, 0);
		x70 = new $Uint64(0, 0);
		_tuple$29 = bits.Add64(x56, x53, ((x$11 = (new p521Uint1(x68.$high, x68.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x69 = _tuple$29[0];
		x70 = _tuple$29[1];
		x71 = new $Uint64(0, 0);
		x72 = new $Uint64(0, 0);
		_tuple$30 = bits.Add64(x54, x51, ((x$12 = (new p521Uint1(x70.$high, x70.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x71 = _tuple$30[0];
		x72 = _tuple$30[1];
		x73 = new $Uint64(0, 0);
		x74 = new $Uint64(0, 0);
		_tuple$31 = bits.Add64(x52, x49, ((x$13 = (new p521Uint1(x72.$high, x72.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x73 = _tuple$31[0];
		x74 = _tuple$31[1];
		x75 = new $Uint64(0, 0);
		x76 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x50, x47, ((x$14 = (new p521Uint1(x74.$high, x74.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x75 = _tuple$32[0];
		x76 = _tuple$32[1];
		x77 = new $Uint64(0, 0);
		x78 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x48, x45, ((x$15 = (new p521Uint1(x76.$high, x76.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x77 = _tuple$33[0];
		x78 = _tuple$33[1];
		x79 = (x$16 = ((x$17 = (new p521Uint1(x78.$high, x78.$low)), new $Uint64(x$17.$high, x$17.$low))), new $Uint64(x$16.$high + x46.$high, x$16.$low + x46.$low));
		x81 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x26, x61, new $Uint64(0, 0));
		x81 = _tuple$34[1];
		x82 = new $Uint64(0, 0);
		x83 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x28, x63, ((x$18 = (new p521Uint1(x81.$high, x81.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x82 = _tuple$35[0];
		x83 = _tuple$35[1];
		x84 = new $Uint64(0, 0);
		x85 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x30, x65, ((x$19 = (new p521Uint1(x83.$high, x83.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x84 = _tuple$36[0];
		x85 = _tuple$36[1];
		x86 = new $Uint64(0, 0);
		x87 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x32, x67, ((x$20 = (new p521Uint1(x85.$high, x85.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x86 = _tuple$37[0];
		x87 = _tuple$37[1];
		x88 = new $Uint64(0, 0);
		x89 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x34, x69, ((x$21 = (new p521Uint1(x87.$high, x87.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x88 = _tuple$38[0];
		x89 = _tuple$38[1];
		x90 = new $Uint64(0, 0);
		x91 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x36, x71, ((x$22 = (new p521Uint1(x89.$high, x89.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x90 = _tuple$39[0];
		x91 = _tuple$39[1];
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x38, x73, ((x$23 = (new p521Uint1(x91.$high, x91.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x92 = _tuple$40[0];
		x93 = _tuple$40[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$41 = bits.Add64(x40, x75, ((x$24 = (new p521Uint1(x93.$high, x93.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x94 = _tuple$41[0];
		x95 = _tuple$41[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$42 = bits.Add64(x42, x77, ((x$25 = (new p521Uint1(x95.$high, x95.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x96 = _tuple$42[0];
		x97 = _tuple$42[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64(x44, x79, ((x$26 = (new p521Uint1(x97.$high, x97.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x98 = _tuple$43[0];
		x99 = _tuple$43[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$44 = bits.Mul64(x1, arg1[8]);
		x101 = _tuple$44[0];
		x100 = _tuple$44[1];
		x102 = new $Uint64(0, 0);
		x103 = new $Uint64(0, 0);
		_tuple$45 = bits.Mul64(x1, arg1[7]);
		x103 = _tuple$45[0];
		x102 = _tuple$45[1];
		x104 = new $Uint64(0, 0);
		x105 = new $Uint64(0, 0);
		_tuple$46 = bits.Mul64(x1, arg1[6]);
		x105 = _tuple$46[0];
		x104 = _tuple$46[1];
		x106 = new $Uint64(0, 0);
		x107 = new $Uint64(0, 0);
		_tuple$47 = bits.Mul64(x1, arg1[5]);
		x107 = _tuple$47[0];
		x106 = _tuple$47[1];
		x108 = new $Uint64(0, 0);
		x109 = new $Uint64(0, 0);
		_tuple$48 = bits.Mul64(x1, arg1[4]);
		x109 = _tuple$48[0];
		x108 = _tuple$48[1];
		x110 = new $Uint64(0, 0);
		x111 = new $Uint64(0, 0);
		_tuple$49 = bits.Mul64(x1, arg1[3]);
		x111 = _tuple$49[0];
		x110 = _tuple$49[1];
		x112 = new $Uint64(0, 0);
		x113 = new $Uint64(0, 0);
		_tuple$50 = bits.Mul64(x1, arg1[2]);
		x113 = _tuple$50[0];
		x112 = _tuple$50[1];
		x114 = new $Uint64(0, 0);
		x115 = new $Uint64(0, 0);
		_tuple$51 = bits.Mul64(x1, arg1[1]);
		x115 = _tuple$51[0];
		x114 = _tuple$51[1];
		x116 = new $Uint64(0, 0);
		x117 = new $Uint64(0, 0);
		_tuple$52 = bits.Mul64(x1, arg1[0]);
		x117 = _tuple$52[0];
		x116 = _tuple$52[1];
		x118 = new $Uint64(0, 0);
		x119 = new $Uint64(0, 0);
		_tuple$53 = bits.Add64(x117, x114, new $Uint64(0, 0));
		x118 = _tuple$53[0];
		x119 = _tuple$53[1];
		x120 = new $Uint64(0, 0);
		x121 = new $Uint64(0, 0);
		_tuple$54 = bits.Add64(x115, x112, ((x$27 = (new p521Uint1(x119.$high, x119.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x120 = _tuple$54[0];
		x121 = _tuple$54[1];
		x122 = new $Uint64(0, 0);
		x123 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x113, x110, ((x$28 = (new p521Uint1(x121.$high, x121.$low)), new $Uint64(x$28.$high, x$28.$low))));
		x122 = _tuple$55[0];
		x123 = _tuple$55[1];
		x124 = new $Uint64(0, 0);
		x125 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x111, x108, ((x$29 = (new p521Uint1(x123.$high, x123.$low)), new $Uint64(x$29.$high, x$29.$low))));
		x124 = _tuple$56[0];
		x125 = _tuple$56[1];
		x126 = new $Uint64(0, 0);
		x127 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x109, x106, ((x$30 = (new p521Uint1(x125.$high, x125.$low)), new $Uint64(x$30.$high, x$30.$low))));
		x126 = _tuple$57[0];
		x127 = _tuple$57[1];
		x128 = new $Uint64(0, 0);
		x129 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x107, x104, ((x$31 = (new p521Uint1(x127.$high, x127.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x128 = _tuple$58[0];
		x129 = _tuple$58[1];
		x130 = new $Uint64(0, 0);
		x131 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x105, x102, ((x$32 = (new p521Uint1(x129.$high, x129.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x130 = _tuple$59[0];
		x131 = _tuple$59[1];
		x132 = new $Uint64(0, 0);
		x133 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x103, x100, ((x$33 = (new p521Uint1(x131.$high, x131.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x132 = _tuple$60[0];
		x133 = _tuple$60[1];
		x134 = (x$34 = ((x$35 = (new p521Uint1(x133.$high, x133.$low)), new $Uint64(x$35.$high, x$35.$low))), new $Uint64(x$34.$high + x101.$high, x$34.$low + x101.$low));
		x135 = new $Uint64(0, 0);
		x136 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x82, x116, new $Uint64(0, 0));
		x135 = _tuple$61[0];
		x136 = _tuple$61[1];
		x137 = new $Uint64(0, 0);
		x138 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x84, x118, ((x$36 = (new p521Uint1(x136.$high, x136.$low)), new $Uint64(x$36.$high, x$36.$low))));
		x137 = _tuple$62[0];
		x138 = _tuple$62[1];
		x139 = new $Uint64(0, 0);
		x140 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x86, x120, ((x$37 = (new p521Uint1(x138.$high, x138.$low)), new $Uint64(x$37.$high, x$37.$low))));
		x139 = _tuple$63[0];
		x140 = _tuple$63[1];
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x88, x122, ((x$38 = (new p521Uint1(x140.$high, x140.$low)), new $Uint64(x$38.$high, x$38.$low))));
		x141 = _tuple$64[0];
		x142 = _tuple$64[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x90, x124, ((x$39 = (new p521Uint1(x142.$high, x142.$low)), new $Uint64(x$39.$high, x$39.$low))));
		x143 = _tuple$65[0];
		x144 = _tuple$65[1];
		x145 = new $Uint64(0, 0);
		x146 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x92, x126, ((x$40 = (new p521Uint1(x144.$high, x144.$low)), new $Uint64(x$40.$high, x$40.$low))));
		x145 = _tuple$66[0];
		x146 = _tuple$66[1];
		x147 = new $Uint64(0, 0);
		x148 = new $Uint64(0, 0);
		_tuple$67 = bits.Add64(x94, x128, ((x$41 = (new p521Uint1(x146.$high, x146.$low)), new $Uint64(x$41.$high, x$41.$low))));
		x147 = _tuple$67[0];
		x148 = _tuple$67[1];
		x149 = new $Uint64(0, 0);
		x150 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64(x96, x130, ((x$42 = (new p521Uint1(x148.$high, x148.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x149 = _tuple$68[0];
		x150 = _tuple$68[1];
		x151 = new $Uint64(0, 0);
		x152 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64(x98, x132, ((x$43 = (new p521Uint1(x150.$high, x150.$low)), new $Uint64(x$43.$high, x$43.$low))));
		x151 = _tuple$69[0];
		x152 = _tuple$69[1];
		x153 = new $Uint64(0, 0);
		x154 = new $Uint64(0, 0);
		_tuple$70 = bits.Add64(((x$44 = (new p521Uint1(x99.$high, x99.$low)), new $Uint64(x$44.$high, x$44.$low))), x134, ((x$45 = (new p521Uint1(x152.$high, x152.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x153 = _tuple$70[0];
		x154 = _tuple$70[1];
		x155 = new $Uint64(0, 0);
		x156 = new $Uint64(0, 0);
		_tuple$71 = bits.Mul64(x135, new $Uint64(0, 511));
		x156 = _tuple$71[0];
		x155 = _tuple$71[1];
		x157 = new $Uint64(0, 0);
		x158 = new $Uint64(0, 0);
		_tuple$72 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x158 = _tuple$72[0];
		x157 = _tuple$72[1];
		x159 = new $Uint64(0, 0);
		x160 = new $Uint64(0, 0);
		_tuple$73 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x160 = _tuple$73[0];
		x159 = _tuple$73[1];
		x161 = new $Uint64(0, 0);
		x162 = new $Uint64(0, 0);
		_tuple$74 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x162 = _tuple$74[0];
		x161 = _tuple$74[1];
		x163 = new $Uint64(0, 0);
		x164 = new $Uint64(0, 0);
		_tuple$75 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x164 = _tuple$75[0];
		x163 = _tuple$75[1];
		x165 = new $Uint64(0, 0);
		x166 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x166 = _tuple$76[0];
		x165 = _tuple$76[1];
		x167 = new $Uint64(0, 0);
		x168 = new $Uint64(0, 0);
		_tuple$77 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x168 = _tuple$77[0];
		x167 = _tuple$77[1];
		x169 = new $Uint64(0, 0);
		x170 = new $Uint64(0, 0);
		_tuple$78 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x170 = _tuple$78[0];
		x169 = _tuple$78[1];
		x171 = new $Uint64(0, 0);
		x172 = new $Uint64(0, 0);
		_tuple$79 = bits.Mul64(x135, new $Uint64(4294967295, 4294967295));
		x172 = _tuple$79[0];
		x171 = _tuple$79[1];
		x173 = new $Uint64(0, 0);
		x174 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x172, x169, new $Uint64(0, 0));
		x173 = _tuple$80[0];
		x174 = _tuple$80[1];
		x175 = new $Uint64(0, 0);
		x176 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x170, x167, ((x$46 = (new p521Uint1(x174.$high, x174.$low)), new $Uint64(x$46.$high, x$46.$low))));
		x175 = _tuple$81[0];
		x176 = _tuple$81[1];
		x177 = new $Uint64(0, 0);
		x178 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x168, x165, ((x$47 = (new p521Uint1(x176.$high, x176.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x177 = _tuple$82[0];
		x178 = _tuple$82[1];
		x179 = new $Uint64(0, 0);
		x180 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x166, x163, ((x$48 = (new p521Uint1(x178.$high, x178.$low)), new $Uint64(x$48.$high, x$48.$low))));
		x179 = _tuple$83[0];
		x180 = _tuple$83[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x164, x161, ((x$49 = (new p521Uint1(x180.$high, x180.$low)), new $Uint64(x$49.$high, x$49.$low))));
		x181 = _tuple$84[0];
		x182 = _tuple$84[1];
		x183 = new $Uint64(0, 0);
		x184 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x162, x159, ((x$50 = (new p521Uint1(x182.$high, x182.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x183 = _tuple$85[0];
		x184 = _tuple$85[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x160, x157, ((x$51 = (new p521Uint1(x184.$high, x184.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x185 = _tuple$86[0];
		x186 = _tuple$86[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$87 = bits.Add64(x158, x155, ((x$52 = (new p521Uint1(x186.$high, x186.$low)), new $Uint64(x$52.$high, x$52.$low))));
		x187 = _tuple$87[0];
		x188 = _tuple$87[1];
		x189 = (x$53 = ((x$54 = (new p521Uint1(x188.$high, x188.$low)), new $Uint64(x$54.$high, x$54.$low))), new $Uint64(x$53.$high + x156.$high, x$53.$low + x156.$low));
		x191 = new $Uint64(0, 0);
		_tuple$88 = bits.Add64(x135, x171, new $Uint64(0, 0));
		x191 = _tuple$88[1];
		x192 = new $Uint64(0, 0);
		x193 = new $Uint64(0, 0);
		_tuple$89 = bits.Add64(x137, x173, ((x$55 = (new p521Uint1(x191.$high, x191.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x192 = _tuple$89[0];
		x193 = _tuple$89[1];
		x194 = new $Uint64(0, 0);
		x195 = new $Uint64(0, 0);
		_tuple$90 = bits.Add64(x139, x175, ((x$56 = (new p521Uint1(x193.$high, x193.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x194 = _tuple$90[0];
		x195 = _tuple$90[1];
		x196 = new $Uint64(0, 0);
		x197 = new $Uint64(0, 0);
		_tuple$91 = bits.Add64(x141, x177, ((x$57 = (new p521Uint1(x195.$high, x195.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x196 = _tuple$91[0];
		x197 = _tuple$91[1];
		x198 = new $Uint64(0, 0);
		x199 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64(x143, x179, ((x$58 = (new p521Uint1(x197.$high, x197.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x198 = _tuple$92[0];
		x199 = _tuple$92[1];
		x200 = new $Uint64(0, 0);
		x201 = new $Uint64(0, 0);
		_tuple$93 = bits.Add64(x145, x181, ((x$59 = (new p521Uint1(x199.$high, x199.$low)), new $Uint64(x$59.$high, x$59.$low))));
		x200 = _tuple$93[0];
		x201 = _tuple$93[1];
		x202 = new $Uint64(0, 0);
		x203 = new $Uint64(0, 0);
		_tuple$94 = bits.Add64(x147, x183, ((x$60 = (new p521Uint1(x201.$high, x201.$low)), new $Uint64(x$60.$high, x$60.$low))));
		x202 = _tuple$94[0];
		x203 = _tuple$94[1];
		x204 = new $Uint64(0, 0);
		x205 = new $Uint64(0, 0);
		_tuple$95 = bits.Add64(x149, x185, ((x$61 = (new p521Uint1(x203.$high, x203.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x204 = _tuple$95[0];
		x205 = _tuple$95[1];
		x206 = new $Uint64(0, 0);
		x207 = new $Uint64(0, 0);
		_tuple$96 = bits.Add64(x151, x187, ((x$62 = (new p521Uint1(x205.$high, x205.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x206 = _tuple$96[0];
		x207 = _tuple$96[1];
		x208 = new $Uint64(0, 0);
		x209 = new $Uint64(0, 0);
		_tuple$97 = bits.Add64(x153, x189, ((x$63 = (new p521Uint1(x207.$high, x207.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x208 = _tuple$97[0];
		x209 = _tuple$97[1];
		x210 = (x$64 = ((x$65 = (new p521Uint1(x209.$high, x209.$low)), new $Uint64(x$65.$high, x$65.$low))), x$66 = ((x$67 = (new p521Uint1(x154.$high, x154.$low)), new $Uint64(x$67.$high, x$67.$low))), new $Uint64(x$64.$high + x$66.$high, x$64.$low + x$66.$low));
		x211 = new $Uint64(0, 0);
		x212 = new $Uint64(0, 0);
		_tuple$98 = bits.Mul64(x2, arg1[8]);
		x212 = _tuple$98[0];
		x211 = _tuple$98[1];
		x213 = new $Uint64(0, 0);
		x214 = new $Uint64(0, 0);
		_tuple$99 = bits.Mul64(x2, arg1[7]);
		x214 = _tuple$99[0];
		x213 = _tuple$99[1];
		x215 = new $Uint64(0, 0);
		x216 = new $Uint64(0, 0);
		_tuple$100 = bits.Mul64(x2, arg1[6]);
		x216 = _tuple$100[0];
		x215 = _tuple$100[1];
		x217 = new $Uint64(0, 0);
		x218 = new $Uint64(0, 0);
		_tuple$101 = bits.Mul64(x2, arg1[5]);
		x218 = _tuple$101[0];
		x217 = _tuple$101[1];
		x219 = new $Uint64(0, 0);
		x220 = new $Uint64(0, 0);
		_tuple$102 = bits.Mul64(x2, arg1[4]);
		x220 = _tuple$102[0];
		x219 = _tuple$102[1];
		x221 = new $Uint64(0, 0);
		x222 = new $Uint64(0, 0);
		_tuple$103 = bits.Mul64(x2, arg1[3]);
		x222 = _tuple$103[0];
		x221 = _tuple$103[1];
		x223 = new $Uint64(0, 0);
		x224 = new $Uint64(0, 0);
		_tuple$104 = bits.Mul64(x2, arg1[2]);
		x224 = _tuple$104[0];
		x223 = _tuple$104[1];
		x225 = new $Uint64(0, 0);
		x226 = new $Uint64(0, 0);
		_tuple$105 = bits.Mul64(x2, arg1[1]);
		x226 = _tuple$105[0];
		x225 = _tuple$105[1];
		x227 = new $Uint64(0, 0);
		x228 = new $Uint64(0, 0);
		_tuple$106 = bits.Mul64(x2, arg1[0]);
		x228 = _tuple$106[0];
		x227 = _tuple$106[1];
		x229 = new $Uint64(0, 0);
		x230 = new $Uint64(0, 0);
		_tuple$107 = bits.Add64(x228, x225, new $Uint64(0, 0));
		x229 = _tuple$107[0];
		x230 = _tuple$107[1];
		x231 = new $Uint64(0, 0);
		x232 = new $Uint64(0, 0);
		_tuple$108 = bits.Add64(x226, x223, ((x$68 = (new p521Uint1(x230.$high, x230.$low)), new $Uint64(x$68.$high, x$68.$low))));
		x231 = _tuple$108[0];
		x232 = _tuple$108[1];
		x233 = new $Uint64(0, 0);
		x234 = new $Uint64(0, 0);
		_tuple$109 = bits.Add64(x224, x221, ((x$69 = (new p521Uint1(x232.$high, x232.$low)), new $Uint64(x$69.$high, x$69.$low))));
		x233 = _tuple$109[0];
		x234 = _tuple$109[1];
		x235 = new $Uint64(0, 0);
		x236 = new $Uint64(0, 0);
		_tuple$110 = bits.Add64(x222, x219, ((x$70 = (new p521Uint1(x234.$high, x234.$low)), new $Uint64(x$70.$high, x$70.$low))));
		x235 = _tuple$110[0];
		x236 = _tuple$110[1];
		x237 = new $Uint64(0, 0);
		x238 = new $Uint64(0, 0);
		_tuple$111 = bits.Add64(x220, x217, ((x$71 = (new p521Uint1(x236.$high, x236.$low)), new $Uint64(x$71.$high, x$71.$low))));
		x237 = _tuple$111[0];
		x238 = _tuple$111[1];
		x239 = new $Uint64(0, 0);
		x240 = new $Uint64(0, 0);
		_tuple$112 = bits.Add64(x218, x215, ((x$72 = (new p521Uint1(x238.$high, x238.$low)), new $Uint64(x$72.$high, x$72.$low))));
		x239 = _tuple$112[0];
		x240 = _tuple$112[1];
		x241 = new $Uint64(0, 0);
		x242 = new $Uint64(0, 0);
		_tuple$113 = bits.Add64(x216, x213, ((x$73 = (new p521Uint1(x240.$high, x240.$low)), new $Uint64(x$73.$high, x$73.$low))));
		x241 = _tuple$113[0];
		x242 = _tuple$113[1];
		x243 = new $Uint64(0, 0);
		x244 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x214, x211, ((x$74 = (new p521Uint1(x242.$high, x242.$low)), new $Uint64(x$74.$high, x$74.$low))));
		x243 = _tuple$114[0];
		x244 = _tuple$114[1];
		x245 = (x$75 = ((x$76 = (new p521Uint1(x244.$high, x244.$low)), new $Uint64(x$76.$high, x$76.$low))), new $Uint64(x$75.$high + x212.$high, x$75.$low + x212.$low));
		x246 = new $Uint64(0, 0);
		x247 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x192, x227, new $Uint64(0, 0));
		x246 = _tuple$115[0];
		x247 = _tuple$115[1];
		x248 = new $Uint64(0, 0);
		x249 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x194, x229, ((x$77 = (new p521Uint1(x247.$high, x247.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x248 = _tuple$116[0];
		x249 = _tuple$116[1];
		x250 = new $Uint64(0, 0);
		x251 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x196, x231, ((x$78 = (new p521Uint1(x249.$high, x249.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x250 = _tuple$117[0];
		x251 = _tuple$117[1];
		x252 = new $Uint64(0, 0);
		x253 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64(x198, x233, ((x$79 = (new p521Uint1(x251.$high, x251.$low)), new $Uint64(x$79.$high, x$79.$low))));
		x252 = _tuple$118[0];
		x253 = _tuple$118[1];
		x254 = new $Uint64(0, 0);
		x255 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x200, x235, ((x$80 = (new p521Uint1(x253.$high, x253.$low)), new $Uint64(x$80.$high, x$80.$low))));
		x254 = _tuple$119[0];
		x255 = _tuple$119[1];
		x256 = new $Uint64(0, 0);
		x257 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x202, x237, ((x$81 = (new p521Uint1(x255.$high, x255.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x256 = _tuple$120[0];
		x257 = _tuple$120[1];
		x258 = new $Uint64(0, 0);
		x259 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x204, x239, ((x$82 = (new p521Uint1(x257.$high, x257.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x258 = _tuple$121[0];
		x259 = _tuple$121[1];
		x260 = new $Uint64(0, 0);
		x261 = new $Uint64(0, 0);
		_tuple$122 = bits.Add64(x206, x241, ((x$83 = (new p521Uint1(x259.$high, x259.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x260 = _tuple$122[0];
		x261 = _tuple$122[1];
		x262 = new $Uint64(0, 0);
		x263 = new $Uint64(0, 0);
		_tuple$123 = bits.Add64(x208, x243, ((x$84 = (new p521Uint1(x261.$high, x261.$low)), new $Uint64(x$84.$high, x$84.$low))));
		x262 = _tuple$123[0];
		x263 = _tuple$123[1];
		x264 = new $Uint64(0, 0);
		x265 = new $Uint64(0, 0);
		_tuple$124 = bits.Add64(x210, x245, ((x$85 = (new p521Uint1(x263.$high, x263.$low)), new $Uint64(x$85.$high, x$85.$low))));
		x264 = _tuple$124[0];
		x265 = _tuple$124[1];
		x266 = new $Uint64(0, 0);
		x267 = new $Uint64(0, 0);
		_tuple$125 = bits.Mul64(x246, new $Uint64(0, 511));
		x267 = _tuple$125[0];
		x266 = _tuple$125[1];
		x268 = new $Uint64(0, 0);
		x269 = new $Uint64(0, 0);
		_tuple$126 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x269 = _tuple$126[0];
		x268 = _tuple$126[1];
		x270 = new $Uint64(0, 0);
		x271 = new $Uint64(0, 0);
		_tuple$127 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x271 = _tuple$127[0];
		x270 = _tuple$127[1];
		x272 = new $Uint64(0, 0);
		x273 = new $Uint64(0, 0);
		_tuple$128 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x273 = _tuple$128[0];
		x272 = _tuple$128[1];
		x274 = new $Uint64(0, 0);
		x275 = new $Uint64(0, 0);
		_tuple$129 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x275 = _tuple$129[0];
		x274 = _tuple$129[1];
		x276 = new $Uint64(0, 0);
		x277 = new $Uint64(0, 0);
		_tuple$130 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x277 = _tuple$130[0];
		x276 = _tuple$130[1];
		x278 = new $Uint64(0, 0);
		x279 = new $Uint64(0, 0);
		_tuple$131 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x279 = _tuple$131[0];
		x278 = _tuple$131[1];
		x280 = new $Uint64(0, 0);
		x281 = new $Uint64(0, 0);
		_tuple$132 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x281 = _tuple$132[0];
		x280 = _tuple$132[1];
		x282 = new $Uint64(0, 0);
		x283 = new $Uint64(0, 0);
		_tuple$133 = bits.Mul64(x246, new $Uint64(4294967295, 4294967295));
		x283 = _tuple$133[0];
		x282 = _tuple$133[1];
		x284 = new $Uint64(0, 0);
		x285 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x283, x280, new $Uint64(0, 0));
		x284 = _tuple$134[0];
		x285 = _tuple$134[1];
		x286 = new $Uint64(0, 0);
		x287 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x281, x278, ((x$86 = (new p521Uint1(x285.$high, x285.$low)), new $Uint64(x$86.$high, x$86.$low))));
		x286 = _tuple$135[0];
		x287 = _tuple$135[1];
		x288 = new $Uint64(0, 0);
		x289 = new $Uint64(0, 0);
		_tuple$136 = bits.Add64(x279, x276, ((x$87 = (new p521Uint1(x287.$high, x287.$low)), new $Uint64(x$87.$high, x$87.$low))));
		x288 = _tuple$136[0];
		x289 = _tuple$136[1];
		x290 = new $Uint64(0, 0);
		x291 = new $Uint64(0, 0);
		_tuple$137 = bits.Add64(x277, x274, ((x$88 = (new p521Uint1(x289.$high, x289.$low)), new $Uint64(x$88.$high, x$88.$low))));
		x290 = _tuple$137[0];
		x291 = _tuple$137[1];
		x292 = new $Uint64(0, 0);
		x293 = new $Uint64(0, 0);
		_tuple$138 = bits.Add64(x275, x272, ((x$89 = (new p521Uint1(x291.$high, x291.$low)), new $Uint64(x$89.$high, x$89.$low))));
		x292 = _tuple$138[0];
		x293 = _tuple$138[1];
		x294 = new $Uint64(0, 0);
		x295 = new $Uint64(0, 0);
		_tuple$139 = bits.Add64(x273, x270, ((x$90 = (new p521Uint1(x293.$high, x293.$low)), new $Uint64(x$90.$high, x$90.$low))));
		x294 = _tuple$139[0];
		x295 = _tuple$139[1];
		x296 = new $Uint64(0, 0);
		x297 = new $Uint64(0, 0);
		_tuple$140 = bits.Add64(x271, x268, ((x$91 = (new p521Uint1(x295.$high, x295.$low)), new $Uint64(x$91.$high, x$91.$low))));
		x296 = _tuple$140[0];
		x297 = _tuple$140[1];
		x298 = new $Uint64(0, 0);
		x299 = new $Uint64(0, 0);
		_tuple$141 = bits.Add64(x269, x266, ((x$92 = (new p521Uint1(x297.$high, x297.$low)), new $Uint64(x$92.$high, x$92.$low))));
		x298 = _tuple$141[0];
		x299 = _tuple$141[1];
		x300 = (x$93 = ((x$94 = (new p521Uint1(x299.$high, x299.$low)), new $Uint64(x$94.$high, x$94.$low))), new $Uint64(x$93.$high + x267.$high, x$93.$low + x267.$low));
		x302 = new $Uint64(0, 0);
		_tuple$142 = bits.Add64(x246, x282, new $Uint64(0, 0));
		x302 = _tuple$142[1];
		x303 = new $Uint64(0, 0);
		x304 = new $Uint64(0, 0);
		_tuple$143 = bits.Add64(x248, x284, ((x$95 = (new p521Uint1(x302.$high, x302.$low)), new $Uint64(x$95.$high, x$95.$low))));
		x303 = _tuple$143[0];
		x304 = _tuple$143[1];
		x305 = new $Uint64(0, 0);
		x306 = new $Uint64(0, 0);
		_tuple$144 = bits.Add64(x250, x286, ((x$96 = (new p521Uint1(x304.$high, x304.$low)), new $Uint64(x$96.$high, x$96.$low))));
		x305 = _tuple$144[0];
		x306 = _tuple$144[1];
		x307 = new $Uint64(0, 0);
		x308 = new $Uint64(0, 0);
		_tuple$145 = bits.Add64(x252, x288, ((x$97 = (new p521Uint1(x306.$high, x306.$low)), new $Uint64(x$97.$high, x$97.$low))));
		x307 = _tuple$145[0];
		x308 = _tuple$145[1];
		x309 = new $Uint64(0, 0);
		x310 = new $Uint64(0, 0);
		_tuple$146 = bits.Add64(x254, x290, ((x$98 = (new p521Uint1(x308.$high, x308.$low)), new $Uint64(x$98.$high, x$98.$low))));
		x309 = _tuple$146[0];
		x310 = _tuple$146[1];
		x311 = new $Uint64(0, 0);
		x312 = new $Uint64(0, 0);
		_tuple$147 = bits.Add64(x256, x292, ((x$99 = (new p521Uint1(x310.$high, x310.$low)), new $Uint64(x$99.$high, x$99.$low))));
		x311 = _tuple$147[0];
		x312 = _tuple$147[1];
		x313 = new $Uint64(0, 0);
		x314 = new $Uint64(0, 0);
		_tuple$148 = bits.Add64(x258, x294, ((x$100 = (new p521Uint1(x312.$high, x312.$low)), new $Uint64(x$100.$high, x$100.$low))));
		x313 = _tuple$148[0];
		x314 = _tuple$148[1];
		x315 = new $Uint64(0, 0);
		x316 = new $Uint64(0, 0);
		_tuple$149 = bits.Add64(x260, x296, ((x$101 = (new p521Uint1(x314.$high, x314.$low)), new $Uint64(x$101.$high, x$101.$low))));
		x315 = _tuple$149[0];
		x316 = _tuple$149[1];
		x317 = new $Uint64(0, 0);
		x318 = new $Uint64(0, 0);
		_tuple$150 = bits.Add64(x262, x298, ((x$102 = (new p521Uint1(x316.$high, x316.$low)), new $Uint64(x$102.$high, x$102.$low))));
		x317 = _tuple$150[0];
		x318 = _tuple$150[1];
		x319 = new $Uint64(0, 0);
		x320 = new $Uint64(0, 0);
		_tuple$151 = bits.Add64(x264, x300, ((x$103 = (new p521Uint1(x318.$high, x318.$low)), new $Uint64(x$103.$high, x$103.$low))));
		x319 = _tuple$151[0];
		x320 = _tuple$151[1];
		x321 = (x$104 = ((x$105 = (new p521Uint1(x320.$high, x320.$low)), new $Uint64(x$105.$high, x$105.$low))), x$106 = ((x$107 = (new p521Uint1(x265.$high, x265.$low)), new $Uint64(x$107.$high, x$107.$low))), new $Uint64(x$104.$high + x$106.$high, x$104.$low + x$106.$low));
		x322 = new $Uint64(0, 0);
		x323 = new $Uint64(0, 0);
		_tuple$152 = bits.Mul64(x3, arg1[8]);
		x323 = _tuple$152[0];
		x322 = _tuple$152[1];
		x324 = new $Uint64(0, 0);
		x325 = new $Uint64(0, 0);
		_tuple$153 = bits.Mul64(x3, arg1[7]);
		x325 = _tuple$153[0];
		x324 = _tuple$153[1];
		x326 = new $Uint64(0, 0);
		x327 = new $Uint64(0, 0);
		_tuple$154 = bits.Mul64(x3, arg1[6]);
		x327 = _tuple$154[0];
		x326 = _tuple$154[1];
		x328 = new $Uint64(0, 0);
		x329 = new $Uint64(0, 0);
		_tuple$155 = bits.Mul64(x3, arg1[5]);
		x329 = _tuple$155[0];
		x328 = _tuple$155[1];
		x330 = new $Uint64(0, 0);
		x331 = new $Uint64(0, 0);
		_tuple$156 = bits.Mul64(x3, arg1[4]);
		x331 = _tuple$156[0];
		x330 = _tuple$156[1];
		x332 = new $Uint64(0, 0);
		x333 = new $Uint64(0, 0);
		_tuple$157 = bits.Mul64(x3, arg1[3]);
		x333 = _tuple$157[0];
		x332 = _tuple$157[1];
		x334 = new $Uint64(0, 0);
		x335 = new $Uint64(0, 0);
		_tuple$158 = bits.Mul64(x3, arg1[2]);
		x335 = _tuple$158[0];
		x334 = _tuple$158[1];
		x336 = new $Uint64(0, 0);
		x337 = new $Uint64(0, 0);
		_tuple$159 = bits.Mul64(x3, arg1[1]);
		x337 = _tuple$159[0];
		x336 = _tuple$159[1];
		x338 = new $Uint64(0, 0);
		x339 = new $Uint64(0, 0);
		_tuple$160 = bits.Mul64(x3, arg1[0]);
		x339 = _tuple$160[0];
		x338 = _tuple$160[1];
		x340 = new $Uint64(0, 0);
		x341 = new $Uint64(0, 0);
		_tuple$161 = bits.Add64(x339, x336, new $Uint64(0, 0));
		x340 = _tuple$161[0];
		x341 = _tuple$161[1];
		x342 = new $Uint64(0, 0);
		x343 = new $Uint64(0, 0);
		_tuple$162 = bits.Add64(x337, x334, ((x$108 = (new p521Uint1(x341.$high, x341.$low)), new $Uint64(x$108.$high, x$108.$low))));
		x342 = _tuple$162[0];
		x343 = _tuple$162[1];
		x344 = new $Uint64(0, 0);
		x345 = new $Uint64(0, 0);
		_tuple$163 = bits.Add64(x335, x332, ((x$109 = (new p521Uint1(x343.$high, x343.$low)), new $Uint64(x$109.$high, x$109.$low))));
		x344 = _tuple$163[0];
		x345 = _tuple$163[1];
		x346 = new $Uint64(0, 0);
		x347 = new $Uint64(0, 0);
		_tuple$164 = bits.Add64(x333, x330, ((x$110 = (new p521Uint1(x345.$high, x345.$low)), new $Uint64(x$110.$high, x$110.$low))));
		x346 = _tuple$164[0];
		x347 = _tuple$164[1];
		x348 = new $Uint64(0, 0);
		x349 = new $Uint64(0, 0);
		_tuple$165 = bits.Add64(x331, x328, ((x$111 = (new p521Uint1(x347.$high, x347.$low)), new $Uint64(x$111.$high, x$111.$low))));
		x348 = _tuple$165[0];
		x349 = _tuple$165[1];
		x350 = new $Uint64(0, 0);
		x351 = new $Uint64(0, 0);
		_tuple$166 = bits.Add64(x329, x326, ((x$112 = (new p521Uint1(x349.$high, x349.$low)), new $Uint64(x$112.$high, x$112.$low))));
		x350 = _tuple$166[0];
		x351 = _tuple$166[1];
		x352 = new $Uint64(0, 0);
		x353 = new $Uint64(0, 0);
		_tuple$167 = bits.Add64(x327, x324, ((x$113 = (new p521Uint1(x351.$high, x351.$low)), new $Uint64(x$113.$high, x$113.$low))));
		x352 = _tuple$167[0];
		x353 = _tuple$167[1];
		x354 = new $Uint64(0, 0);
		x355 = new $Uint64(0, 0);
		_tuple$168 = bits.Add64(x325, x322, ((x$114 = (new p521Uint1(x353.$high, x353.$low)), new $Uint64(x$114.$high, x$114.$low))));
		x354 = _tuple$168[0];
		x355 = _tuple$168[1];
		x356 = (x$115 = ((x$116 = (new p521Uint1(x355.$high, x355.$low)), new $Uint64(x$116.$high, x$116.$low))), new $Uint64(x$115.$high + x323.$high, x$115.$low + x323.$low));
		x357 = new $Uint64(0, 0);
		x358 = new $Uint64(0, 0);
		_tuple$169 = bits.Add64(x303, x338, new $Uint64(0, 0));
		x357 = _tuple$169[0];
		x358 = _tuple$169[1];
		x359 = new $Uint64(0, 0);
		x360 = new $Uint64(0, 0);
		_tuple$170 = bits.Add64(x305, x340, ((x$117 = (new p521Uint1(x358.$high, x358.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x359 = _tuple$170[0];
		x360 = _tuple$170[1];
		x361 = new $Uint64(0, 0);
		x362 = new $Uint64(0, 0);
		_tuple$171 = bits.Add64(x307, x342, ((x$118 = (new p521Uint1(x360.$high, x360.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x361 = _tuple$171[0];
		x362 = _tuple$171[1];
		x363 = new $Uint64(0, 0);
		x364 = new $Uint64(0, 0);
		_tuple$172 = bits.Add64(x309, x344, ((x$119 = (new p521Uint1(x362.$high, x362.$low)), new $Uint64(x$119.$high, x$119.$low))));
		x363 = _tuple$172[0];
		x364 = _tuple$172[1];
		x365 = new $Uint64(0, 0);
		x366 = new $Uint64(0, 0);
		_tuple$173 = bits.Add64(x311, x346, ((x$120 = (new p521Uint1(x364.$high, x364.$low)), new $Uint64(x$120.$high, x$120.$low))));
		x365 = _tuple$173[0];
		x366 = _tuple$173[1];
		x367 = new $Uint64(0, 0);
		x368 = new $Uint64(0, 0);
		_tuple$174 = bits.Add64(x313, x348, ((x$121 = (new p521Uint1(x366.$high, x366.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x367 = _tuple$174[0];
		x368 = _tuple$174[1];
		x369 = new $Uint64(0, 0);
		x370 = new $Uint64(0, 0);
		_tuple$175 = bits.Add64(x315, x350, ((x$122 = (new p521Uint1(x368.$high, x368.$low)), new $Uint64(x$122.$high, x$122.$low))));
		x369 = _tuple$175[0];
		x370 = _tuple$175[1];
		x371 = new $Uint64(0, 0);
		x372 = new $Uint64(0, 0);
		_tuple$176 = bits.Add64(x317, x352, ((x$123 = (new p521Uint1(x370.$high, x370.$low)), new $Uint64(x$123.$high, x$123.$low))));
		x371 = _tuple$176[0];
		x372 = _tuple$176[1];
		x373 = new $Uint64(0, 0);
		x374 = new $Uint64(0, 0);
		_tuple$177 = bits.Add64(x319, x354, ((x$124 = (new p521Uint1(x372.$high, x372.$low)), new $Uint64(x$124.$high, x$124.$low))));
		x373 = _tuple$177[0];
		x374 = _tuple$177[1];
		x375 = new $Uint64(0, 0);
		x376 = new $Uint64(0, 0);
		_tuple$178 = bits.Add64(x321, x356, ((x$125 = (new p521Uint1(x374.$high, x374.$low)), new $Uint64(x$125.$high, x$125.$low))));
		x375 = _tuple$178[0];
		x376 = _tuple$178[1];
		x377 = new $Uint64(0, 0);
		x378 = new $Uint64(0, 0);
		_tuple$179 = bits.Mul64(x357, new $Uint64(0, 511));
		x378 = _tuple$179[0];
		x377 = _tuple$179[1];
		x379 = new $Uint64(0, 0);
		x380 = new $Uint64(0, 0);
		_tuple$180 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x380 = _tuple$180[0];
		x379 = _tuple$180[1];
		x381 = new $Uint64(0, 0);
		x382 = new $Uint64(0, 0);
		_tuple$181 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x382 = _tuple$181[0];
		x381 = _tuple$181[1];
		x383 = new $Uint64(0, 0);
		x384 = new $Uint64(0, 0);
		_tuple$182 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x384 = _tuple$182[0];
		x383 = _tuple$182[1];
		x385 = new $Uint64(0, 0);
		x386 = new $Uint64(0, 0);
		_tuple$183 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x386 = _tuple$183[0];
		x385 = _tuple$183[1];
		x387 = new $Uint64(0, 0);
		x388 = new $Uint64(0, 0);
		_tuple$184 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x388 = _tuple$184[0];
		x387 = _tuple$184[1];
		x389 = new $Uint64(0, 0);
		x390 = new $Uint64(0, 0);
		_tuple$185 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x390 = _tuple$185[0];
		x389 = _tuple$185[1];
		x391 = new $Uint64(0, 0);
		x392 = new $Uint64(0, 0);
		_tuple$186 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x392 = _tuple$186[0];
		x391 = _tuple$186[1];
		x393 = new $Uint64(0, 0);
		x394 = new $Uint64(0, 0);
		_tuple$187 = bits.Mul64(x357, new $Uint64(4294967295, 4294967295));
		x394 = _tuple$187[0];
		x393 = _tuple$187[1];
		x395 = new $Uint64(0, 0);
		x396 = new $Uint64(0, 0);
		_tuple$188 = bits.Add64(x394, x391, new $Uint64(0, 0));
		x395 = _tuple$188[0];
		x396 = _tuple$188[1];
		x397 = new $Uint64(0, 0);
		x398 = new $Uint64(0, 0);
		_tuple$189 = bits.Add64(x392, x389, ((x$126 = (new p521Uint1(x396.$high, x396.$low)), new $Uint64(x$126.$high, x$126.$low))));
		x397 = _tuple$189[0];
		x398 = _tuple$189[1];
		x399 = new $Uint64(0, 0);
		x400 = new $Uint64(0, 0);
		_tuple$190 = bits.Add64(x390, x387, ((x$127 = (new p521Uint1(x398.$high, x398.$low)), new $Uint64(x$127.$high, x$127.$low))));
		x399 = _tuple$190[0];
		x400 = _tuple$190[1];
		x401 = new $Uint64(0, 0);
		x402 = new $Uint64(0, 0);
		_tuple$191 = bits.Add64(x388, x385, ((x$128 = (new p521Uint1(x400.$high, x400.$low)), new $Uint64(x$128.$high, x$128.$low))));
		x401 = _tuple$191[0];
		x402 = _tuple$191[1];
		x403 = new $Uint64(0, 0);
		x404 = new $Uint64(0, 0);
		_tuple$192 = bits.Add64(x386, x383, ((x$129 = (new p521Uint1(x402.$high, x402.$low)), new $Uint64(x$129.$high, x$129.$low))));
		x403 = _tuple$192[0];
		x404 = _tuple$192[1];
		x405 = new $Uint64(0, 0);
		x406 = new $Uint64(0, 0);
		_tuple$193 = bits.Add64(x384, x381, ((x$130 = (new p521Uint1(x404.$high, x404.$low)), new $Uint64(x$130.$high, x$130.$low))));
		x405 = _tuple$193[0];
		x406 = _tuple$193[1];
		x407 = new $Uint64(0, 0);
		x408 = new $Uint64(0, 0);
		_tuple$194 = bits.Add64(x382, x379, ((x$131 = (new p521Uint1(x406.$high, x406.$low)), new $Uint64(x$131.$high, x$131.$low))));
		x407 = _tuple$194[0];
		x408 = _tuple$194[1];
		x409 = new $Uint64(0, 0);
		x410 = new $Uint64(0, 0);
		_tuple$195 = bits.Add64(x380, x377, ((x$132 = (new p521Uint1(x408.$high, x408.$low)), new $Uint64(x$132.$high, x$132.$low))));
		x409 = _tuple$195[0];
		x410 = _tuple$195[1];
		x411 = (x$133 = ((x$134 = (new p521Uint1(x410.$high, x410.$low)), new $Uint64(x$134.$high, x$134.$low))), new $Uint64(x$133.$high + x378.$high, x$133.$low + x378.$low));
		x413 = new $Uint64(0, 0);
		_tuple$196 = bits.Add64(x357, x393, new $Uint64(0, 0));
		x413 = _tuple$196[1];
		x414 = new $Uint64(0, 0);
		x415 = new $Uint64(0, 0);
		_tuple$197 = bits.Add64(x359, x395, ((x$135 = (new p521Uint1(x413.$high, x413.$low)), new $Uint64(x$135.$high, x$135.$low))));
		x414 = _tuple$197[0];
		x415 = _tuple$197[1];
		x416 = new $Uint64(0, 0);
		x417 = new $Uint64(0, 0);
		_tuple$198 = bits.Add64(x361, x397, ((x$136 = (new p521Uint1(x415.$high, x415.$low)), new $Uint64(x$136.$high, x$136.$low))));
		x416 = _tuple$198[0];
		x417 = _tuple$198[1];
		x418 = new $Uint64(0, 0);
		x419 = new $Uint64(0, 0);
		_tuple$199 = bits.Add64(x363, x399, ((x$137 = (new p521Uint1(x417.$high, x417.$low)), new $Uint64(x$137.$high, x$137.$low))));
		x418 = _tuple$199[0];
		x419 = _tuple$199[1];
		x420 = new $Uint64(0, 0);
		x421 = new $Uint64(0, 0);
		_tuple$200 = bits.Add64(x365, x401, ((x$138 = (new p521Uint1(x419.$high, x419.$low)), new $Uint64(x$138.$high, x$138.$low))));
		x420 = _tuple$200[0];
		x421 = _tuple$200[1];
		x422 = new $Uint64(0, 0);
		x423 = new $Uint64(0, 0);
		_tuple$201 = bits.Add64(x367, x403, ((x$139 = (new p521Uint1(x421.$high, x421.$low)), new $Uint64(x$139.$high, x$139.$low))));
		x422 = _tuple$201[0];
		x423 = _tuple$201[1];
		x424 = new $Uint64(0, 0);
		x425 = new $Uint64(0, 0);
		_tuple$202 = bits.Add64(x369, x405, ((x$140 = (new p521Uint1(x423.$high, x423.$low)), new $Uint64(x$140.$high, x$140.$low))));
		x424 = _tuple$202[0];
		x425 = _tuple$202[1];
		x426 = new $Uint64(0, 0);
		x427 = new $Uint64(0, 0);
		_tuple$203 = bits.Add64(x371, x407, ((x$141 = (new p521Uint1(x425.$high, x425.$low)), new $Uint64(x$141.$high, x$141.$low))));
		x426 = _tuple$203[0];
		x427 = _tuple$203[1];
		x428 = new $Uint64(0, 0);
		x429 = new $Uint64(0, 0);
		_tuple$204 = bits.Add64(x373, x409, ((x$142 = (new p521Uint1(x427.$high, x427.$low)), new $Uint64(x$142.$high, x$142.$low))));
		x428 = _tuple$204[0];
		x429 = _tuple$204[1];
		x430 = new $Uint64(0, 0);
		x431 = new $Uint64(0, 0);
		_tuple$205 = bits.Add64(x375, x411, ((x$143 = (new p521Uint1(x429.$high, x429.$low)), new $Uint64(x$143.$high, x$143.$low))));
		x430 = _tuple$205[0];
		x431 = _tuple$205[1];
		x432 = (x$144 = ((x$145 = (new p521Uint1(x431.$high, x431.$low)), new $Uint64(x$145.$high, x$145.$low))), x$146 = ((x$147 = (new p521Uint1(x376.$high, x376.$low)), new $Uint64(x$147.$high, x$147.$low))), new $Uint64(x$144.$high + x$146.$high, x$144.$low + x$146.$low));
		x433 = new $Uint64(0, 0);
		x434 = new $Uint64(0, 0);
		_tuple$206 = bits.Mul64(x4, arg1[8]);
		x434 = _tuple$206[0];
		x433 = _tuple$206[1];
		x435 = new $Uint64(0, 0);
		x436 = new $Uint64(0, 0);
		_tuple$207 = bits.Mul64(x4, arg1[7]);
		x436 = _tuple$207[0];
		x435 = _tuple$207[1];
		x437 = new $Uint64(0, 0);
		x438 = new $Uint64(0, 0);
		_tuple$208 = bits.Mul64(x4, arg1[6]);
		x438 = _tuple$208[0];
		x437 = _tuple$208[1];
		x439 = new $Uint64(0, 0);
		x440 = new $Uint64(0, 0);
		_tuple$209 = bits.Mul64(x4, arg1[5]);
		x440 = _tuple$209[0];
		x439 = _tuple$209[1];
		x441 = new $Uint64(0, 0);
		x442 = new $Uint64(0, 0);
		_tuple$210 = bits.Mul64(x4, arg1[4]);
		x442 = _tuple$210[0];
		x441 = _tuple$210[1];
		x443 = new $Uint64(0, 0);
		x444 = new $Uint64(0, 0);
		_tuple$211 = bits.Mul64(x4, arg1[3]);
		x444 = _tuple$211[0];
		x443 = _tuple$211[1];
		x445 = new $Uint64(0, 0);
		x446 = new $Uint64(0, 0);
		_tuple$212 = bits.Mul64(x4, arg1[2]);
		x446 = _tuple$212[0];
		x445 = _tuple$212[1];
		x447 = new $Uint64(0, 0);
		x448 = new $Uint64(0, 0);
		_tuple$213 = bits.Mul64(x4, arg1[1]);
		x448 = _tuple$213[0];
		x447 = _tuple$213[1];
		x449 = new $Uint64(0, 0);
		x450 = new $Uint64(0, 0);
		_tuple$214 = bits.Mul64(x4, arg1[0]);
		x450 = _tuple$214[0];
		x449 = _tuple$214[1];
		x451 = new $Uint64(0, 0);
		x452 = new $Uint64(0, 0);
		_tuple$215 = bits.Add64(x450, x447, new $Uint64(0, 0));
		x451 = _tuple$215[0];
		x452 = _tuple$215[1];
		x453 = new $Uint64(0, 0);
		x454 = new $Uint64(0, 0);
		_tuple$216 = bits.Add64(x448, x445, ((x$148 = (new p521Uint1(x452.$high, x452.$low)), new $Uint64(x$148.$high, x$148.$low))));
		x453 = _tuple$216[0];
		x454 = _tuple$216[1];
		x455 = new $Uint64(0, 0);
		x456 = new $Uint64(0, 0);
		_tuple$217 = bits.Add64(x446, x443, ((x$149 = (new p521Uint1(x454.$high, x454.$low)), new $Uint64(x$149.$high, x$149.$low))));
		x455 = _tuple$217[0];
		x456 = _tuple$217[1];
		x457 = new $Uint64(0, 0);
		x458 = new $Uint64(0, 0);
		_tuple$218 = bits.Add64(x444, x441, ((x$150 = (new p521Uint1(x456.$high, x456.$low)), new $Uint64(x$150.$high, x$150.$low))));
		x457 = _tuple$218[0];
		x458 = _tuple$218[1];
		x459 = new $Uint64(0, 0);
		x460 = new $Uint64(0, 0);
		_tuple$219 = bits.Add64(x442, x439, ((x$151 = (new p521Uint1(x458.$high, x458.$low)), new $Uint64(x$151.$high, x$151.$low))));
		x459 = _tuple$219[0];
		x460 = _tuple$219[1];
		x461 = new $Uint64(0, 0);
		x462 = new $Uint64(0, 0);
		_tuple$220 = bits.Add64(x440, x437, ((x$152 = (new p521Uint1(x460.$high, x460.$low)), new $Uint64(x$152.$high, x$152.$low))));
		x461 = _tuple$220[0];
		x462 = _tuple$220[1];
		x463 = new $Uint64(0, 0);
		x464 = new $Uint64(0, 0);
		_tuple$221 = bits.Add64(x438, x435, ((x$153 = (new p521Uint1(x462.$high, x462.$low)), new $Uint64(x$153.$high, x$153.$low))));
		x463 = _tuple$221[0];
		x464 = _tuple$221[1];
		x465 = new $Uint64(0, 0);
		x466 = new $Uint64(0, 0);
		_tuple$222 = bits.Add64(x436, x433, ((x$154 = (new p521Uint1(x464.$high, x464.$low)), new $Uint64(x$154.$high, x$154.$low))));
		x465 = _tuple$222[0];
		x466 = _tuple$222[1];
		x467 = (x$155 = ((x$156 = (new p521Uint1(x466.$high, x466.$low)), new $Uint64(x$156.$high, x$156.$low))), new $Uint64(x$155.$high + x434.$high, x$155.$low + x434.$low));
		x468 = new $Uint64(0, 0);
		x469 = new $Uint64(0, 0);
		_tuple$223 = bits.Add64(x414, x449, new $Uint64(0, 0));
		x468 = _tuple$223[0];
		x469 = _tuple$223[1];
		x470 = new $Uint64(0, 0);
		x471 = new $Uint64(0, 0);
		_tuple$224 = bits.Add64(x416, x451, ((x$157 = (new p521Uint1(x469.$high, x469.$low)), new $Uint64(x$157.$high, x$157.$low))));
		x470 = _tuple$224[0];
		x471 = _tuple$224[1];
		x472 = new $Uint64(0, 0);
		x473 = new $Uint64(0, 0);
		_tuple$225 = bits.Add64(x418, x453, ((x$158 = (new p521Uint1(x471.$high, x471.$low)), new $Uint64(x$158.$high, x$158.$low))));
		x472 = _tuple$225[0];
		x473 = _tuple$225[1];
		x474 = new $Uint64(0, 0);
		x475 = new $Uint64(0, 0);
		_tuple$226 = bits.Add64(x420, x455, ((x$159 = (new p521Uint1(x473.$high, x473.$low)), new $Uint64(x$159.$high, x$159.$low))));
		x474 = _tuple$226[0];
		x475 = _tuple$226[1];
		x476 = new $Uint64(0, 0);
		x477 = new $Uint64(0, 0);
		_tuple$227 = bits.Add64(x422, x457, ((x$160 = (new p521Uint1(x475.$high, x475.$low)), new $Uint64(x$160.$high, x$160.$low))));
		x476 = _tuple$227[0];
		x477 = _tuple$227[1];
		x478 = new $Uint64(0, 0);
		x479 = new $Uint64(0, 0);
		_tuple$228 = bits.Add64(x424, x459, ((x$161 = (new p521Uint1(x477.$high, x477.$low)), new $Uint64(x$161.$high, x$161.$low))));
		x478 = _tuple$228[0];
		x479 = _tuple$228[1];
		x480 = new $Uint64(0, 0);
		x481 = new $Uint64(0, 0);
		_tuple$229 = bits.Add64(x426, x461, ((x$162 = (new p521Uint1(x479.$high, x479.$low)), new $Uint64(x$162.$high, x$162.$low))));
		x480 = _tuple$229[0];
		x481 = _tuple$229[1];
		x482 = new $Uint64(0, 0);
		x483 = new $Uint64(0, 0);
		_tuple$230 = bits.Add64(x428, x463, ((x$163 = (new p521Uint1(x481.$high, x481.$low)), new $Uint64(x$163.$high, x$163.$low))));
		x482 = _tuple$230[0];
		x483 = _tuple$230[1];
		x484 = new $Uint64(0, 0);
		x485 = new $Uint64(0, 0);
		_tuple$231 = bits.Add64(x430, x465, ((x$164 = (new p521Uint1(x483.$high, x483.$low)), new $Uint64(x$164.$high, x$164.$low))));
		x484 = _tuple$231[0];
		x485 = _tuple$231[1];
		x486 = new $Uint64(0, 0);
		x487 = new $Uint64(0, 0);
		_tuple$232 = bits.Add64(x432, x467, ((x$165 = (new p521Uint1(x485.$high, x485.$low)), new $Uint64(x$165.$high, x$165.$low))));
		x486 = _tuple$232[0];
		x487 = _tuple$232[1];
		x488 = new $Uint64(0, 0);
		x489 = new $Uint64(0, 0);
		_tuple$233 = bits.Mul64(x468, new $Uint64(0, 511));
		x489 = _tuple$233[0];
		x488 = _tuple$233[1];
		x490 = new $Uint64(0, 0);
		x491 = new $Uint64(0, 0);
		_tuple$234 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x491 = _tuple$234[0];
		x490 = _tuple$234[1];
		x492 = new $Uint64(0, 0);
		x493 = new $Uint64(0, 0);
		_tuple$235 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x493 = _tuple$235[0];
		x492 = _tuple$235[1];
		x494 = new $Uint64(0, 0);
		x495 = new $Uint64(0, 0);
		_tuple$236 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x495 = _tuple$236[0];
		x494 = _tuple$236[1];
		x496 = new $Uint64(0, 0);
		x497 = new $Uint64(0, 0);
		_tuple$237 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x497 = _tuple$237[0];
		x496 = _tuple$237[1];
		x498 = new $Uint64(0, 0);
		x499 = new $Uint64(0, 0);
		_tuple$238 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x499 = _tuple$238[0];
		x498 = _tuple$238[1];
		x500 = new $Uint64(0, 0);
		x501 = new $Uint64(0, 0);
		_tuple$239 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x501 = _tuple$239[0];
		x500 = _tuple$239[1];
		x502 = new $Uint64(0, 0);
		x503 = new $Uint64(0, 0);
		_tuple$240 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x503 = _tuple$240[0];
		x502 = _tuple$240[1];
		x504 = new $Uint64(0, 0);
		x505 = new $Uint64(0, 0);
		_tuple$241 = bits.Mul64(x468, new $Uint64(4294967295, 4294967295));
		x505 = _tuple$241[0];
		x504 = _tuple$241[1];
		x506 = new $Uint64(0, 0);
		x507 = new $Uint64(0, 0);
		_tuple$242 = bits.Add64(x505, x502, new $Uint64(0, 0));
		x506 = _tuple$242[0];
		x507 = _tuple$242[1];
		x508 = new $Uint64(0, 0);
		x509 = new $Uint64(0, 0);
		_tuple$243 = bits.Add64(x503, x500, ((x$166 = (new p521Uint1(x507.$high, x507.$low)), new $Uint64(x$166.$high, x$166.$low))));
		x508 = _tuple$243[0];
		x509 = _tuple$243[1];
		x510 = new $Uint64(0, 0);
		x511 = new $Uint64(0, 0);
		_tuple$244 = bits.Add64(x501, x498, ((x$167 = (new p521Uint1(x509.$high, x509.$low)), new $Uint64(x$167.$high, x$167.$low))));
		x510 = _tuple$244[0];
		x511 = _tuple$244[1];
		x512 = new $Uint64(0, 0);
		x513 = new $Uint64(0, 0);
		_tuple$245 = bits.Add64(x499, x496, ((x$168 = (new p521Uint1(x511.$high, x511.$low)), new $Uint64(x$168.$high, x$168.$low))));
		x512 = _tuple$245[0];
		x513 = _tuple$245[1];
		x514 = new $Uint64(0, 0);
		x515 = new $Uint64(0, 0);
		_tuple$246 = bits.Add64(x497, x494, ((x$169 = (new p521Uint1(x513.$high, x513.$low)), new $Uint64(x$169.$high, x$169.$low))));
		x514 = _tuple$246[0];
		x515 = _tuple$246[1];
		x516 = new $Uint64(0, 0);
		x517 = new $Uint64(0, 0);
		_tuple$247 = bits.Add64(x495, x492, ((x$170 = (new p521Uint1(x515.$high, x515.$low)), new $Uint64(x$170.$high, x$170.$low))));
		x516 = _tuple$247[0];
		x517 = _tuple$247[1];
		x518 = new $Uint64(0, 0);
		x519 = new $Uint64(0, 0);
		_tuple$248 = bits.Add64(x493, x490, ((x$171 = (new p521Uint1(x517.$high, x517.$low)), new $Uint64(x$171.$high, x$171.$low))));
		x518 = _tuple$248[0];
		x519 = _tuple$248[1];
		x520 = new $Uint64(0, 0);
		x521 = new $Uint64(0, 0);
		_tuple$249 = bits.Add64(x491, x488, ((x$172 = (new p521Uint1(x519.$high, x519.$low)), new $Uint64(x$172.$high, x$172.$low))));
		x520 = _tuple$249[0];
		x521 = _tuple$249[1];
		x522 = (x$173 = ((x$174 = (new p521Uint1(x521.$high, x521.$low)), new $Uint64(x$174.$high, x$174.$low))), new $Uint64(x$173.$high + x489.$high, x$173.$low + x489.$low));
		x524 = new $Uint64(0, 0);
		_tuple$250 = bits.Add64(x468, x504, new $Uint64(0, 0));
		x524 = _tuple$250[1];
		x525 = new $Uint64(0, 0);
		x526 = new $Uint64(0, 0);
		_tuple$251 = bits.Add64(x470, x506, ((x$175 = (new p521Uint1(x524.$high, x524.$low)), new $Uint64(x$175.$high, x$175.$low))));
		x525 = _tuple$251[0];
		x526 = _tuple$251[1];
		x527 = new $Uint64(0, 0);
		x528 = new $Uint64(0, 0);
		_tuple$252 = bits.Add64(x472, x508, ((x$176 = (new p521Uint1(x526.$high, x526.$low)), new $Uint64(x$176.$high, x$176.$low))));
		x527 = _tuple$252[0];
		x528 = _tuple$252[1];
		x529 = new $Uint64(0, 0);
		x530 = new $Uint64(0, 0);
		_tuple$253 = bits.Add64(x474, x510, ((x$177 = (new p521Uint1(x528.$high, x528.$low)), new $Uint64(x$177.$high, x$177.$low))));
		x529 = _tuple$253[0];
		x530 = _tuple$253[1];
		x531 = new $Uint64(0, 0);
		x532 = new $Uint64(0, 0);
		_tuple$254 = bits.Add64(x476, x512, ((x$178 = (new p521Uint1(x530.$high, x530.$low)), new $Uint64(x$178.$high, x$178.$low))));
		x531 = _tuple$254[0];
		x532 = _tuple$254[1];
		x533 = new $Uint64(0, 0);
		x534 = new $Uint64(0, 0);
		_tuple$255 = bits.Add64(x478, x514, ((x$179 = (new p521Uint1(x532.$high, x532.$low)), new $Uint64(x$179.$high, x$179.$low))));
		x533 = _tuple$255[0];
		x534 = _tuple$255[1];
		x535 = new $Uint64(0, 0);
		x536 = new $Uint64(0, 0);
		_tuple$256 = bits.Add64(x480, x516, ((x$180 = (new p521Uint1(x534.$high, x534.$low)), new $Uint64(x$180.$high, x$180.$low))));
		x535 = _tuple$256[0];
		x536 = _tuple$256[1];
		x537 = new $Uint64(0, 0);
		x538 = new $Uint64(0, 0);
		_tuple$257 = bits.Add64(x482, x518, ((x$181 = (new p521Uint1(x536.$high, x536.$low)), new $Uint64(x$181.$high, x$181.$low))));
		x537 = _tuple$257[0];
		x538 = _tuple$257[1];
		x539 = new $Uint64(0, 0);
		x540 = new $Uint64(0, 0);
		_tuple$258 = bits.Add64(x484, x520, ((x$182 = (new p521Uint1(x538.$high, x538.$low)), new $Uint64(x$182.$high, x$182.$low))));
		x539 = _tuple$258[0];
		x540 = _tuple$258[1];
		x541 = new $Uint64(0, 0);
		x542 = new $Uint64(0, 0);
		_tuple$259 = bits.Add64(x486, x522, ((x$183 = (new p521Uint1(x540.$high, x540.$low)), new $Uint64(x$183.$high, x$183.$low))));
		x541 = _tuple$259[0];
		x542 = _tuple$259[1];
		x543 = (x$184 = ((x$185 = (new p521Uint1(x542.$high, x542.$low)), new $Uint64(x$185.$high, x$185.$low))), x$186 = ((x$187 = (new p521Uint1(x487.$high, x487.$low)), new $Uint64(x$187.$high, x$187.$low))), new $Uint64(x$184.$high + x$186.$high, x$184.$low + x$186.$low));
		x544 = new $Uint64(0, 0);
		x545 = new $Uint64(0, 0);
		_tuple$260 = bits.Mul64(x5, arg1[8]);
		x545 = _tuple$260[0];
		x544 = _tuple$260[1];
		x546 = new $Uint64(0, 0);
		x547 = new $Uint64(0, 0);
		_tuple$261 = bits.Mul64(x5, arg1[7]);
		x547 = _tuple$261[0];
		x546 = _tuple$261[1];
		x548 = new $Uint64(0, 0);
		x549 = new $Uint64(0, 0);
		_tuple$262 = bits.Mul64(x5, arg1[6]);
		x549 = _tuple$262[0];
		x548 = _tuple$262[1];
		x550 = new $Uint64(0, 0);
		x551 = new $Uint64(0, 0);
		_tuple$263 = bits.Mul64(x5, arg1[5]);
		x551 = _tuple$263[0];
		x550 = _tuple$263[1];
		x552 = new $Uint64(0, 0);
		x553 = new $Uint64(0, 0);
		_tuple$264 = bits.Mul64(x5, arg1[4]);
		x553 = _tuple$264[0];
		x552 = _tuple$264[1];
		x554 = new $Uint64(0, 0);
		x555 = new $Uint64(0, 0);
		_tuple$265 = bits.Mul64(x5, arg1[3]);
		x555 = _tuple$265[0];
		x554 = _tuple$265[1];
		x556 = new $Uint64(0, 0);
		x557 = new $Uint64(0, 0);
		_tuple$266 = bits.Mul64(x5, arg1[2]);
		x557 = _tuple$266[0];
		x556 = _tuple$266[1];
		x558 = new $Uint64(0, 0);
		x559 = new $Uint64(0, 0);
		_tuple$267 = bits.Mul64(x5, arg1[1]);
		x559 = _tuple$267[0];
		x558 = _tuple$267[1];
		x560 = new $Uint64(0, 0);
		x561 = new $Uint64(0, 0);
		_tuple$268 = bits.Mul64(x5, arg1[0]);
		x561 = _tuple$268[0];
		x560 = _tuple$268[1];
		x562 = new $Uint64(0, 0);
		x563 = new $Uint64(0, 0);
		_tuple$269 = bits.Add64(x561, x558, new $Uint64(0, 0));
		x562 = _tuple$269[0];
		x563 = _tuple$269[1];
		x564 = new $Uint64(0, 0);
		x565 = new $Uint64(0, 0);
		_tuple$270 = bits.Add64(x559, x556, ((x$188 = (new p521Uint1(x563.$high, x563.$low)), new $Uint64(x$188.$high, x$188.$low))));
		x564 = _tuple$270[0];
		x565 = _tuple$270[1];
		x566 = new $Uint64(0, 0);
		x567 = new $Uint64(0, 0);
		_tuple$271 = bits.Add64(x557, x554, ((x$189 = (new p521Uint1(x565.$high, x565.$low)), new $Uint64(x$189.$high, x$189.$low))));
		x566 = _tuple$271[0];
		x567 = _tuple$271[1];
		x568 = new $Uint64(0, 0);
		x569 = new $Uint64(0, 0);
		_tuple$272 = bits.Add64(x555, x552, ((x$190 = (new p521Uint1(x567.$high, x567.$low)), new $Uint64(x$190.$high, x$190.$low))));
		x568 = _tuple$272[0];
		x569 = _tuple$272[1];
		x570 = new $Uint64(0, 0);
		x571 = new $Uint64(0, 0);
		_tuple$273 = bits.Add64(x553, x550, ((x$191 = (new p521Uint1(x569.$high, x569.$low)), new $Uint64(x$191.$high, x$191.$low))));
		x570 = _tuple$273[0];
		x571 = _tuple$273[1];
		x572 = new $Uint64(0, 0);
		x573 = new $Uint64(0, 0);
		_tuple$274 = bits.Add64(x551, x548, ((x$192 = (new p521Uint1(x571.$high, x571.$low)), new $Uint64(x$192.$high, x$192.$low))));
		x572 = _tuple$274[0];
		x573 = _tuple$274[1];
		x574 = new $Uint64(0, 0);
		x575 = new $Uint64(0, 0);
		_tuple$275 = bits.Add64(x549, x546, ((x$193 = (new p521Uint1(x573.$high, x573.$low)), new $Uint64(x$193.$high, x$193.$low))));
		x574 = _tuple$275[0];
		x575 = _tuple$275[1];
		x576 = new $Uint64(0, 0);
		x577 = new $Uint64(0, 0);
		_tuple$276 = bits.Add64(x547, x544, ((x$194 = (new p521Uint1(x575.$high, x575.$low)), new $Uint64(x$194.$high, x$194.$low))));
		x576 = _tuple$276[0];
		x577 = _tuple$276[1];
		x578 = (x$195 = ((x$196 = (new p521Uint1(x577.$high, x577.$low)), new $Uint64(x$196.$high, x$196.$low))), new $Uint64(x$195.$high + x545.$high, x$195.$low + x545.$low));
		x579 = new $Uint64(0, 0);
		x580 = new $Uint64(0, 0);
		_tuple$277 = bits.Add64(x525, x560, new $Uint64(0, 0));
		x579 = _tuple$277[0];
		x580 = _tuple$277[1];
		x581 = new $Uint64(0, 0);
		x582 = new $Uint64(0, 0);
		_tuple$278 = bits.Add64(x527, x562, ((x$197 = (new p521Uint1(x580.$high, x580.$low)), new $Uint64(x$197.$high, x$197.$low))));
		x581 = _tuple$278[0];
		x582 = _tuple$278[1];
		x583 = new $Uint64(0, 0);
		x584 = new $Uint64(0, 0);
		_tuple$279 = bits.Add64(x529, x564, ((x$198 = (new p521Uint1(x582.$high, x582.$low)), new $Uint64(x$198.$high, x$198.$low))));
		x583 = _tuple$279[0];
		x584 = _tuple$279[1];
		x585 = new $Uint64(0, 0);
		x586 = new $Uint64(0, 0);
		_tuple$280 = bits.Add64(x531, x566, ((x$199 = (new p521Uint1(x584.$high, x584.$low)), new $Uint64(x$199.$high, x$199.$low))));
		x585 = _tuple$280[0];
		x586 = _tuple$280[1];
		x587 = new $Uint64(0, 0);
		x588 = new $Uint64(0, 0);
		_tuple$281 = bits.Add64(x533, x568, ((x$200 = (new p521Uint1(x586.$high, x586.$low)), new $Uint64(x$200.$high, x$200.$low))));
		x587 = _tuple$281[0];
		x588 = _tuple$281[1];
		x589 = new $Uint64(0, 0);
		x590 = new $Uint64(0, 0);
		_tuple$282 = bits.Add64(x535, x570, ((x$201 = (new p521Uint1(x588.$high, x588.$low)), new $Uint64(x$201.$high, x$201.$low))));
		x589 = _tuple$282[0];
		x590 = _tuple$282[1];
		x591 = new $Uint64(0, 0);
		x592 = new $Uint64(0, 0);
		_tuple$283 = bits.Add64(x537, x572, ((x$202 = (new p521Uint1(x590.$high, x590.$low)), new $Uint64(x$202.$high, x$202.$low))));
		x591 = _tuple$283[0];
		x592 = _tuple$283[1];
		x593 = new $Uint64(0, 0);
		x594 = new $Uint64(0, 0);
		_tuple$284 = bits.Add64(x539, x574, ((x$203 = (new p521Uint1(x592.$high, x592.$low)), new $Uint64(x$203.$high, x$203.$low))));
		x593 = _tuple$284[0];
		x594 = _tuple$284[1];
		x595 = new $Uint64(0, 0);
		x596 = new $Uint64(0, 0);
		_tuple$285 = bits.Add64(x541, x576, ((x$204 = (new p521Uint1(x594.$high, x594.$low)), new $Uint64(x$204.$high, x$204.$low))));
		x595 = _tuple$285[0];
		x596 = _tuple$285[1];
		x597 = new $Uint64(0, 0);
		x598 = new $Uint64(0, 0);
		_tuple$286 = bits.Add64(x543, x578, ((x$205 = (new p521Uint1(x596.$high, x596.$low)), new $Uint64(x$205.$high, x$205.$low))));
		x597 = _tuple$286[0];
		x598 = _tuple$286[1];
		x599 = new $Uint64(0, 0);
		x600 = new $Uint64(0, 0);
		_tuple$287 = bits.Mul64(x579, new $Uint64(0, 511));
		x600 = _tuple$287[0];
		x599 = _tuple$287[1];
		x601 = new $Uint64(0, 0);
		x602 = new $Uint64(0, 0);
		_tuple$288 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x602 = _tuple$288[0];
		x601 = _tuple$288[1];
		x603 = new $Uint64(0, 0);
		x604 = new $Uint64(0, 0);
		_tuple$289 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x604 = _tuple$289[0];
		x603 = _tuple$289[1];
		x605 = new $Uint64(0, 0);
		x606 = new $Uint64(0, 0);
		_tuple$290 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x606 = _tuple$290[0];
		x605 = _tuple$290[1];
		x607 = new $Uint64(0, 0);
		x608 = new $Uint64(0, 0);
		_tuple$291 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x608 = _tuple$291[0];
		x607 = _tuple$291[1];
		x609 = new $Uint64(0, 0);
		x610 = new $Uint64(0, 0);
		_tuple$292 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x610 = _tuple$292[0];
		x609 = _tuple$292[1];
		x611 = new $Uint64(0, 0);
		x612 = new $Uint64(0, 0);
		_tuple$293 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x612 = _tuple$293[0];
		x611 = _tuple$293[1];
		x613 = new $Uint64(0, 0);
		x614 = new $Uint64(0, 0);
		_tuple$294 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x614 = _tuple$294[0];
		x613 = _tuple$294[1];
		x615 = new $Uint64(0, 0);
		x616 = new $Uint64(0, 0);
		_tuple$295 = bits.Mul64(x579, new $Uint64(4294967295, 4294967295));
		x616 = _tuple$295[0];
		x615 = _tuple$295[1];
		x617 = new $Uint64(0, 0);
		x618 = new $Uint64(0, 0);
		_tuple$296 = bits.Add64(x616, x613, new $Uint64(0, 0));
		x617 = _tuple$296[0];
		x618 = _tuple$296[1];
		x619 = new $Uint64(0, 0);
		x620 = new $Uint64(0, 0);
		_tuple$297 = bits.Add64(x614, x611, ((x$206 = (new p521Uint1(x618.$high, x618.$low)), new $Uint64(x$206.$high, x$206.$low))));
		x619 = _tuple$297[0];
		x620 = _tuple$297[1];
		x621 = new $Uint64(0, 0);
		x622 = new $Uint64(0, 0);
		_tuple$298 = bits.Add64(x612, x609, ((x$207 = (new p521Uint1(x620.$high, x620.$low)), new $Uint64(x$207.$high, x$207.$low))));
		x621 = _tuple$298[0];
		x622 = _tuple$298[1];
		x623 = new $Uint64(0, 0);
		x624 = new $Uint64(0, 0);
		_tuple$299 = bits.Add64(x610, x607, ((x$208 = (new p521Uint1(x622.$high, x622.$low)), new $Uint64(x$208.$high, x$208.$low))));
		x623 = _tuple$299[0];
		x624 = _tuple$299[1];
		x625 = new $Uint64(0, 0);
		x626 = new $Uint64(0, 0);
		_tuple$300 = bits.Add64(x608, x605, ((x$209 = (new p521Uint1(x624.$high, x624.$low)), new $Uint64(x$209.$high, x$209.$low))));
		x625 = _tuple$300[0];
		x626 = _tuple$300[1];
		x627 = new $Uint64(0, 0);
		x628 = new $Uint64(0, 0);
		_tuple$301 = bits.Add64(x606, x603, ((x$210 = (new p521Uint1(x626.$high, x626.$low)), new $Uint64(x$210.$high, x$210.$low))));
		x627 = _tuple$301[0];
		x628 = _tuple$301[1];
		x629 = new $Uint64(0, 0);
		x630 = new $Uint64(0, 0);
		_tuple$302 = bits.Add64(x604, x601, ((x$211 = (new p521Uint1(x628.$high, x628.$low)), new $Uint64(x$211.$high, x$211.$low))));
		x629 = _tuple$302[0];
		x630 = _tuple$302[1];
		x631 = new $Uint64(0, 0);
		x632 = new $Uint64(0, 0);
		_tuple$303 = bits.Add64(x602, x599, ((x$212 = (new p521Uint1(x630.$high, x630.$low)), new $Uint64(x$212.$high, x$212.$low))));
		x631 = _tuple$303[0];
		x632 = _tuple$303[1];
		x633 = (x$213 = ((x$214 = (new p521Uint1(x632.$high, x632.$low)), new $Uint64(x$214.$high, x$214.$low))), new $Uint64(x$213.$high + x600.$high, x$213.$low + x600.$low));
		x635 = new $Uint64(0, 0);
		_tuple$304 = bits.Add64(x579, x615, new $Uint64(0, 0));
		x635 = _tuple$304[1];
		x636 = new $Uint64(0, 0);
		x637 = new $Uint64(0, 0);
		_tuple$305 = bits.Add64(x581, x617, ((x$215 = (new p521Uint1(x635.$high, x635.$low)), new $Uint64(x$215.$high, x$215.$low))));
		x636 = _tuple$305[0];
		x637 = _tuple$305[1];
		x638 = new $Uint64(0, 0);
		x639 = new $Uint64(0, 0);
		_tuple$306 = bits.Add64(x583, x619, ((x$216 = (new p521Uint1(x637.$high, x637.$low)), new $Uint64(x$216.$high, x$216.$low))));
		x638 = _tuple$306[0];
		x639 = _tuple$306[1];
		x640 = new $Uint64(0, 0);
		x641 = new $Uint64(0, 0);
		_tuple$307 = bits.Add64(x585, x621, ((x$217 = (new p521Uint1(x639.$high, x639.$low)), new $Uint64(x$217.$high, x$217.$low))));
		x640 = _tuple$307[0];
		x641 = _tuple$307[1];
		x642 = new $Uint64(0, 0);
		x643 = new $Uint64(0, 0);
		_tuple$308 = bits.Add64(x587, x623, ((x$218 = (new p521Uint1(x641.$high, x641.$low)), new $Uint64(x$218.$high, x$218.$low))));
		x642 = _tuple$308[0];
		x643 = _tuple$308[1];
		x644 = new $Uint64(0, 0);
		x645 = new $Uint64(0, 0);
		_tuple$309 = bits.Add64(x589, x625, ((x$219 = (new p521Uint1(x643.$high, x643.$low)), new $Uint64(x$219.$high, x$219.$low))));
		x644 = _tuple$309[0];
		x645 = _tuple$309[1];
		x646 = new $Uint64(0, 0);
		x647 = new $Uint64(0, 0);
		_tuple$310 = bits.Add64(x591, x627, ((x$220 = (new p521Uint1(x645.$high, x645.$low)), new $Uint64(x$220.$high, x$220.$low))));
		x646 = _tuple$310[0];
		x647 = _tuple$310[1];
		x648 = new $Uint64(0, 0);
		x649 = new $Uint64(0, 0);
		_tuple$311 = bits.Add64(x593, x629, ((x$221 = (new p521Uint1(x647.$high, x647.$low)), new $Uint64(x$221.$high, x$221.$low))));
		x648 = _tuple$311[0];
		x649 = _tuple$311[1];
		x650 = new $Uint64(0, 0);
		x651 = new $Uint64(0, 0);
		_tuple$312 = bits.Add64(x595, x631, ((x$222 = (new p521Uint1(x649.$high, x649.$low)), new $Uint64(x$222.$high, x$222.$low))));
		x650 = _tuple$312[0];
		x651 = _tuple$312[1];
		x652 = new $Uint64(0, 0);
		x653 = new $Uint64(0, 0);
		_tuple$313 = bits.Add64(x597, x633, ((x$223 = (new p521Uint1(x651.$high, x651.$low)), new $Uint64(x$223.$high, x$223.$low))));
		x652 = _tuple$313[0];
		x653 = _tuple$313[1];
		x654 = (x$224 = ((x$225 = (new p521Uint1(x653.$high, x653.$low)), new $Uint64(x$225.$high, x$225.$low))), x$226 = ((x$227 = (new p521Uint1(x598.$high, x598.$low)), new $Uint64(x$227.$high, x$227.$low))), new $Uint64(x$224.$high + x$226.$high, x$224.$low + x$226.$low));
		x655 = new $Uint64(0, 0);
		x656 = new $Uint64(0, 0);
		_tuple$314 = bits.Mul64(x6, arg1[8]);
		x656 = _tuple$314[0];
		x655 = _tuple$314[1];
		x657 = new $Uint64(0, 0);
		x658 = new $Uint64(0, 0);
		_tuple$315 = bits.Mul64(x6, arg1[7]);
		x658 = _tuple$315[0];
		x657 = _tuple$315[1];
		x659 = new $Uint64(0, 0);
		x660 = new $Uint64(0, 0);
		_tuple$316 = bits.Mul64(x6, arg1[6]);
		x660 = _tuple$316[0];
		x659 = _tuple$316[1];
		x661 = new $Uint64(0, 0);
		x662 = new $Uint64(0, 0);
		_tuple$317 = bits.Mul64(x6, arg1[5]);
		x662 = _tuple$317[0];
		x661 = _tuple$317[1];
		x663 = new $Uint64(0, 0);
		x664 = new $Uint64(0, 0);
		_tuple$318 = bits.Mul64(x6, arg1[4]);
		x664 = _tuple$318[0];
		x663 = _tuple$318[1];
		x665 = new $Uint64(0, 0);
		x666 = new $Uint64(0, 0);
		_tuple$319 = bits.Mul64(x6, arg1[3]);
		x666 = _tuple$319[0];
		x665 = _tuple$319[1];
		x667 = new $Uint64(0, 0);
		x668 = new $Uint64(0, 0);
		_tuple$320 = bits.Mul64(x6, arg1[2]);
		x668 = _tuple$320[0];
		x667 = _tuple$320[1];
		x669 = new $Uint64(0, 0);
		x670 = new $Uint64(0, 0);
		_tuple$321 = bits.Mul64(x6, arg1[1]);
		x670 = _tuple$321[0];
		x669 = _tuple$321[1];
		x671 = new $Uint64(0, 0);
		x672 = new $Uint64(0, 0);
		_tuple$322 = bits.Mul64(x6, arg1[0]);
		x672 = _tuple$322[0];
		x671 = _tuple$322[1];
		x673 = new $Uint64(0, 0);
		x674 = new $Uint64(0, 0);
		_tuple$323 = bits.Add64(x672, x669, new $Uint64(0, 0));
		x673 = _tuple$323[0];
		x674 = _tuple$323[1];
		x675 = new $Uint64(0, 0);
		x676 = new $Uint64(0, 0);
		_tuple$324 = bits.Add64(x670, x667, ((x$228 = (new p521Uint1(x674.$high, x674.$low)), new $Uint64(x$228.$high, x$228.$low))));
		x675 = _tuple$324[0];
		x676 = _tuple$324[1];
		x677 = new $Uint64(0, 0);
		x678 = new $Uint64(0, 0);
		_tuple$325 = bits.Add64(x668, x665, ((x$229 = (new p521Uint1(x676.$high, x676.$low)), new $Uint64(x$229.$high, x$229.$low))));
		x677 = _tuple$325[0];
		x678 = _tuple$325[1];
		x679 = new $Uint64(0, 0);
		x680 = new $Uint64(0, 0);
		_tuple$326 = bits.Add64(x666, x663, ((x$230 = (new p521Uint1(x678.$high, x678.$low)), new $Uint64(x$230.$high, x$230.$low))));
		x679 = _tuple$326[0];
		x680 = _tuple$326[1];
		x681 = new $Uint64(0, 0);
		x682 = new $Uint64(0, 0);
		_tuple$327 = bits.Add64(x664, x661, ((x$231 = (new p521Uint1(x680.$high, x680.$low)), new $Uint64(x$231.$high, x$231.$low))));
		x681 = _tuple$327[0];
		x682 = _tuple$327[1];
		x683 = new $Uint64(0, 0);
		x684 = new $Uint64(0, 0);
		_tuple$328 = bits.Add64(x662, x659, ((x$232 = (new p521Uint1(x682.$high, x682.$low)), new $Uint64(x$232.$high, x$232.$low))));
		x683 = _tuple$328[0];
		x684 = _tuple$328[1];
		x685 = new $Uint64(0, 0);
		x686 = new $Uint64(0, 0);
		_tuple$329 = bits.Add64(x660, x657, ((x$233 = (new p521Uint1(x684.$high, x684.$low)), new $Uint64(x$233.$high, x$233.$low))));
		x685 = _tuple$329[0];
		x686 = _tuple$329[1];
		x687 = new $Uint64(0, 0);
		x688 = new $Uint64(0, 0);
		_tuple$330 = bits.Add64(x658, x655, ((x$234 = (new p521Uint1(x686.$high, x686.$low)), new $Uint64(x$234.$high, x$234.$low))));
		x687 = _tuple$330[0];
		x688 = _tuple$330[1];
		x689 = (x$235 = ((x$236 = (new p521Uint1(x688.$high, x688.$low)), new $Uint64(x$236.$high, x$236.$low))), new $Uint64(x$235.$high + x656.$high, x$235.$low + x656.$low));
		x690 = new $Uint64(0, 0);
		x691 = new $Uint64(0, 0);
		_tuple$331 = bits.Add64(x636, x671, new $Uint64(0, 0));
		x690 = _tuple$331[0];
		x691 = _tuple$331[1];
		x692 = new $Uint64(0, 0);
		x693 = new $Uint64(0, 0);
		_tuple$332 = bits.Add64(x638, x673, ((x$237 = (new p521Uint1(x691.$high, x691.$low)), new $Uint64(x$237.$high, x$237.$low))));
		x692 = _tuple$332[0];
		x693 = _tuple$332[1];
		x694 = new $Uint64(0, 0);
		x695 = new $Uint64(0, 0);
		_tuple$333 = bits.Add64(x640, x675, ((x$238 = (new p521Uint1(x693.$high, x693.$low)), new $Uint64(x$238.$high, x$238.$low))));
		x694 = _tuple$333[0];
		x695 = _tuple$333[1];
		x696 = new $Uint64(0, 0);
		x697 = new $Uint64(0, 0);
		_tuple$334 = bits.Add64(x642, x677, ((x$239 = (new p521Uint1(x695.$high, x695.$low)), new $Uint64(x$239.$high, x$239.$low))));
		x696 = _tuple$334[0];
		x697 = _tuple$334[1];
		x698 = new $Uint64(0, 0);
		x699 = new $Uint64(0, 0);
		_tuple$335 = bits.Add64(x644, x679, ((x$240 = (new p521Uint1(x697.$high, x697.$low)), new $Uint64(x$240.$high, x$240.$low))));
		x698 = _tuple$335[0];
		x699 = _tuple$335[1];
		x700 = new $Uint64(0, 0);
		x701 = new $Uint64(0, 0);
		_tuple$336 = bits.Add64(x646, x681, ((x$241 = (new p521Uint1(x699.$high, x699.$low)), new $Uint64(x$241.$high, x$241.$low))));
		x700 = _tuple$336[0];
		x701 = _tuple$336[1];
		x702 = new $Uint64(0, 0);
		x703 = new $Uint64(0, 0);
		_tuple$337 = bits.Add64(x648, x683, ((x$242 = (new p521Uint1(x701.$high, x701.$low)), new $Uint64(x$242.$high, x$242.$low))));
		x702 = _tuple$337[0];
		x703 = _tuple$337[1];
		x704 = new $Uint64(0, 0);
		x705 = new $Uint64(0, 0);
		_tuple$338 = bits.Add64(x650, x685, ((x$243 = (new p521Uint1(x703.$high, x703.$low)), new $Uint64(x$243.$high, x$243.$low))));
		x704 = _tuple$338[0];
		x705 = _tuple$338[1];
		x706 = new $Uint64(0, 0);
		x707 = new $Uint64(0, 0);
		_tuple$339 = bits.Add64(x652, x687, ((x$244 = (new p521Uint1(x705.$high, x705.$low)), new $Uint64(x$244.$high, x$244.$low))));
		x706 = _tuple$339[0];
		x707 = _tuple$339[1];
		x708 = new $Uint64(0, 0);
		x709 = new $Uint64(0, 0);
		_tuple$340 = bits.Add64(x654, x689, ((x$245 = (new p521Uint1(x707.$high, x707.$low)), new $Uint64(x$245.$high, x$245.$low))));
		x708 = _tuple$340[0];
		x709 = _tuple$340[1];
		x710 = new $Uint64(0, 0);
		x711 = new $Uint64(0, 0);
		_tuple$341 = bits.Mul64(x690, new $Uint64(0, 511));
		x711 = _tuple$341[0];
		x710 = _tuple$341[1];
		x712 = new $Uint64(0, 0);
		x713 = new $Uint64(0, 0);
		_tuple$342 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x713 = _tuple$342[0];
		x712 = _tuple$342[1];
		x714 = new $Uint64(0, 0);
		x715 = new $Uint64(0, 0);
		_tuple$343 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x715 = _tuple$343[0];
		x714 = _tuple$343[1];
		x716 = new $Uint64(0, 0);
		x717 = new $Uint64(0, 0);
		_tuple$344 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x717 = _tuple$344[0];
		x716 = _tuple$344[1];
		x718 = new $Uint64(0, 0);
		x719 = new $Uint64(0, 0);
		_tuple$345 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x719 = _tuple$345[0];
		x718 = _tuple$345[1];
		x720 = new $Uint64(0, 0);
		x721 = new $Uint64(0, 0);
		_tuple$346 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x721 = _tuple$346[0];
		x720 = _tuple$346[1];
		x722 = new $Uint64(0, 0);
		x723 = new $Uint64(0, 0);
		_tuple$347 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x723 = _tuple$347[0];
		x722 = _tuple$347[1];
		x724 = new $Uint64(0, 0);
		x725 = new $Uint64(0, 0);
		_tuple$348 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x725 = _tuple$348[0];
		x724 = _tuple$348[1];
		x726 = new $Uint64(0, 0);
		x727 = new $Uint64(0, 0);
		_tuple$349 = bits.Mul64(x690, new $Uint64(4294967295, 4294967295));
		x727 = _tuple$349[0];
		x726 = _tuple$349[1];
		x728 = new $Uint64(0, 0);
		x729 = new $Uint64(0, 0);
		_tuple$350 = bits.Add64(x727, x724, new $Uint64(0, 0));
		x728 = _tuple$350[0];
		x729 = _tuple$350[1];
		x730 = new $Uint64(0, 0);
		x731 = new $Uint64(0, 0);
		_tuple$351 = bits.Add64(x725, x722, ((x$246 = (new p521Uint1(x729.$high, x729.$low)), new $Uint64(x$246.$high, x$246.$low))));
		x730 = _tuple$351[0];
		x731 = _tuple$351[1];
		x732 = new $Uint64(0, 0);
		x733 = new $Uint64(0, 0);
		_tuple$352 = bits.Add64(x723, x720, ((x$247 = (new p521Uint1(x731.$high, x731.$low)), new $Uint64(x$247.$high, x$247.$low))));
		x732 = _tuple$352[0];
		x733 = _tuple$352[1];
		x734 = new $Uint64(0, 0);
		x735 = new $Uint64(0, 0);
		_tuple$353 = bits.Add64(x721, x718, ((x$248 = (new p521Uint1(x733.$high, x733.$low)), new $Uint64(x$248.$high, x$248.$low))));
		x734 = _tuple$353[0];
		x735 = _tuple$353[1];
		x736 = new $Uint64(0, 0);
		x737 = new $Uint64(0, 0);
		_tuple$354 = bits.Add64(x719, x716, ((x$249 = (new p521Uint1(x735.$high, x735.$low)), new $Uint64(x$249.$high, x$249.$low))));
		x736 = _tuple$354[0];
		x737 = _tuple$354[1];
		x738 = new $Uint64(0, 0);
		x739 = new $Uint64(0, 0);
		_tuple$355 = bits.Add64(x717, x714, ((x$250 = (new p521Uint1(x737.$high, x737.$low)), new $Uint64(x$250.$high, x$250.$low))));
		x738 = _tuple$355[0];
		x739 = _tuple$355[1];
		x740 = new $Uint64(0, 0);
		x741 = new $Uint64(0, 0);
		_tuple$356 = bits.Add64(x715, x712, ((x$251 = (new p521Uint1(x739.$high, x739.$low)), new $Uint64(x$251.$high, x$251.$low))));
		x740 = _tuple$356[0];
		x741 = _tuple$356[1];
		x742 = new $Uint64(0, 0);
		x743 = new $Uint64(0, 0);
		_tuple$357 = bits.Add64(x713, x710, ((x$252 = (new p521Uint1(x741.$high, x741.$low)), new $Uint64(x$252.$high, x$252.$low))));
		x742 = _tuple$357[0];
		x743 = _tuple$357[1];
		x744 = (x$253 = ((x$254 = (new p521Uint1(x743.$high, x743.$low)), new $Uint64(x$254.$high, x$254.$low))), new $Uint64(x$253.$high + x711.$high, x$253.$low + x711.$low));
		x746 = new $Uint64(0, 0);
		_tuple$358 = bits.Add64(x690, x726, new $Uint64(0, 0));
		x746 = _tuple$358[1];
		x747 = new $Uint64(0, 0);
		x748 = new $Uint64(0, 0);
		_tuple$359 = bits.Add64(x692, x728, ((x$255 = (new p521Uint1(x746.$high, x746.$low)), new $Uint64(x$255.$high, x$255.$low))));
		x747 = _tuple$359[0];
		x748 = _tuple$359[1];
		x749 = new $Uint64(0, 0);
		x750 = new $Uint64(0, 0);
		_tuple$360 = bits.Add64(x694, x730, ((x$256 = (new p521Uint1(x748.$high, x748.$low)), new $Uint64(x$256.$high, x$256.$low))));
		x749 = _tuple$360[0];
		x750 = _tuple$360[1];
		x751 = new $Uint64(0, 0);
		x752 = new $Uint64(0, 0);
		_tuple$361 = bits.Add64(x696, x732, ((x$257 = (new p521Uint1(x750.$high, x750.$low)), new $Uint64(x$257.$high, x$257.$low))));
		x751 = _tuple$361[0];
		x752 = _tuple$361[1];
		x753 = new $Uint64(0, 0);
		x754 = new $Uint64(0, 0);
		_tuple$362 = bits.Add64(x698, x734, ((x$258 = (new p521Uint1(x752.$high, x752.$low)), new $Uint64(x$258.$high, x$258.$low))));
		x753 = _tuple$362[0];
		x754 = _tuple$362[1];
		x755 = new $Uint64(0, 0);
		x756 = new $Uint64(0, 0);
		_tuple$363 = bits.Add64(x700, x736, ((x$259 = (new p521Uint1(x754.$high, x754.$low)), new $Uint64(x$259.$high, x$259.$low))));
		x755 = _tuple$363[0];
		x756 = _tuple$363[1];
		x757 = new $Uint64(0, 0);
		x758 = new $Uint64(0, 0);
		_tuple$364 = bits.Add64(x702, x738, ((x$260 = (new p521Uint1(x756.$high, x756.$low)), new $Uint64(x$260.$high, x$260.$low))));
		x757 = _tuple$364[0];
		x758 = _tuple$364[1];
		x759 = new $Uint64(0, 0);
		x760 = new $Uint64(0, 0);
		_tuple$365 = bits.Add64(x704, x740, ((x$261 = (new p521Uint1(x758.$high, x758.$low)), new $Uint64(x$261.$high, x$261.$low))));
		x759 = _tuple$365[0];
		x760 = _tuple$365[1];
		x761 = new $Uint64(0, 0);
		x762 = new $Uint64(0, 0);
		_tuple$366 = bits.Add64(x706, x742, ((x$262 = (new p521Uint1(x760.$high, x760.$low)), new $Uint64(x$262.$high, x$262.$low))));
		x761 = _tuple$366[0];
		x762 = _tuple$366[1];
		x763 = new $Uint64(0, 0);
		x764 = new $Uint64(0, 0);
		_tuple$367 = bits.Add64(x708, x744, ((x$263 = (new p521Uint1(x762.$high, x762.$low)), new $Uint64(x$263.$high, x$263.$low))));
		x763 = _tuple$367[0];
		x764 = _tuple$367[1];
		x765 = (x$264 = ((x$265 = (new p521Uint1(x764.$high, x764.$low)), new $Uint64(x$265.$high, x$265.$low))), x$266 = ((x$267 = (new p521Uint1(x709.$high, x709.$low)), new $Uint64(x$267.$high, x$267.$low))), new $Uint64(x$264.$high + x$266.$high, x$264.$low + x$266.$low));
		x766 = new $Uint64(0, 0);
		x767 = new $Uint64(0, 0);
		_tuple$368 = bits.Mul64(x7, arg1[8]);
		x767 = _tuple$368[0];
		x766 = _tuple$368[1];
		x768 = new $Uint64(0, 0);
		x769 = new $Uint64(0, 0);
		_tuple$369 = bits.Mul64(x7, arg1[7]);
		x769 = _tuple$369[0];
		x768 = _tuple$369[1];
		x770 = new $Uint64(0, 0);
		x771 = new $Uint64(0, 0);
		_tuple$370 = bits.Mul64(x7, arg1[6]);
		x771 = _tuple$370[0];
		x770 = _tuple$370[1];
		x772 = new $Uint64(0, 0);
		x773 = new $Uint64(0, 0);
		_tuple$371 = bits.Mul64(x7, arg1[5]);
		x773 = _tuple$371[0];
		x772 = _tuple$371[1];
		x774 = new $Uint64(0, 0);
		x775 = new $Uint64(0, 0);
		_tuple$372 = bits.Mul64(x7, arg1[4]);
		x775 = _tuple$372[0];
		x774 = _tuple$372[1];
		x776 = new $Uint64(0, 0);
		x777 = new $Uint64(0, 0);
		_tuple$373 = bits.Mul64(x7, arg1[3]);
		x777 = _tuple$373[0];
		x776 = _tuple$373[1];
		x778 = new $Uint64(0, 0);
		x779 = new $Uint64(0, 0);
		_tuple$374 = bits.Mul64(x7, arg1[2]);
		x779 = _tuple$374[0];
		x778 = _tuple$374[1];
		x780 = new $Uint64(0, 0);
		x781 = new $Uint64(0, 0);
		_tuple$375 = bits.Mul64(x7, arg1[1]);
		x781 = _tuple$375[0];
		x780 = _tuple$375[1];
		x782 = new $Uint64(0, 0);
		x783 = new $Uint64(0, 0);
		_tuple$376 = bits.Mul64(x7, arg1[0]);
		x783 = _tuple$376[0];
		x782 = _tuple$376[1];
		x784 = new $Uint64(0, 0);
		x785 = new $Uint64(0, 0);
		_tuple$377 = bits.Add64(x783, x780, new $Uint64(0, 0));
		x784 = _tuple$377[0];
		x785 = _tuple$377[1];
		x786 = new $Uint64(0, 0);
		x787 = new $Uint64(0, 0);
		_tuple$378 = bits.Add64(x781, x778, ((x$268 = (new p521Uint1(x785.$high, x785.$low)), new $Uint64(x$268.$high, x$268.$low))));
		x786 = _tuple$378[0];
		x787 = _tuple$378[1];
		x788 = new $Uint64(0, 0);
		x789 = new $Uint64(0, 0);
		_tuple$379 = bits.Add64(x779, x776, ((x$269 = (new p521Uint1(x787.$high, x787.$low)), new $Uint64(x$269.$high, x$269.$low))));
		x788 = _tuple$379[0];
		x789 = _tuple$379[1];
		x790 = new $Uint64(0, 0);
		x791 = new $Uint64(0, 0);
		_tuple$380 = bits.Add64(x777, x774, ((x$270 = (new p521Uint1(x789.$high, x789.$low)), new $Uint64(x$270.$high, x$270.$low))));
		x790 = _tuple$380[0];
		x791 = _tuple$380[1];
		x792 = new $Uint64(0, 0);
		x793 = new $Uint64(0, 0);
		_tuple$381 = bits.Add64(x775, x772, ((x$271 = (new p521Uint1(x791.$high, x791.$low)), new $Uint64(x$271.$high, x$271.$low))));
		x792 = _tuple$381[0];
		x793 = _tuple$381[1];
		x794 = new $Uint64(0, 0);
		x795 = new $Uint64(0, 0);
		_tuple$382 = bits.Add64(x773, x770, ((x$272 = (new p521Uint1(x793.$high, x793.$low)), new $Uint64(x$272.$high, x$272.$low))));
		x794 = _tuple$382[0];
		x795 = _tuple$382[1];
		x796 = new $Uint64(0, 0);
		x797 = new $Uint64(0, 0);
		_tuple$383 = bits.Add64(x771, x768, ((x$273 = (new p521Uint1(x795.$high, x795.$low)), new $Uint64(x$273.$high, x$273.$low))));
		x796 = _tuple$383[0];
		x797 = _tuple$383[1];
		x798 = new $Uint64(0, 0);
		x799 = new $Uint64(0, 0);
		_tuple$384 = bits.Add64(x769, x766, ((x$274 = (new p521Uint1(x797.$high, x797.$low)), new $Uint64(x$274.$high, x$274.$low))));
		x798 = _tuple$384[0];
		x799 = _tuple$384[1];
		x800 = (x$275 = ((x$276 = (new p521Uint1(x799.$high, x799.$low)), new $Uint64(x$276.$high, x$276.$low))), new $Uint64(x$275.$high + x767.$high, x$275.$low + x767.$low));
		x801 = new $Uint64(0, 0);
		x802 = new $Uint64(0, 0);
		_tuple$385 = bits.Add64(x747, x782, new $Uint64(0, 0));
		x801 = _tuple$385[0];
		x802 = _tuple$385[1];
		x803 = new $Uint64(0, 0);
		x804 = new $Uint64(0, 0);
		_tuple$386 = bits.Add64(x749, x784, ((x$277 = (new p521Uint1(x802.$high, x802.$low)), new $Uint64(x$277.$high, x$277.$low))));
		x803 = _tuple$386[0];
		x804 = _tuple$386[1];
		x805 = new $Uint64(0, 0);
		x806 = new $Uint64(0, 0);
		_tuple$387 = bits.Add64(x751, x786, ((x$278 = (new p521Uint1(x804.$high, x804.$low)), new $Uint64(x$278.$high, x$278.$low))));
		x805 = _tuple$387[0];
		x806 = _tuple$387[1];
		x807 = new $Uint64(0, 0);
		x808 = new $Uint64(0, 0);
		_tuple$388 = bits.Add64(x753, x788, ((x$279 = (new p521Uint1(x806.$high, x806.$low)), new $Uint64(x$279.$high, x$279.$low))));
		x807 = _tuple$388[0];
		x808 = _tuple$388[1];
		x809 = new $Uint64(0, 0);
		x810 = new $Uint64(0, 0);
		_tuple$389 = bits.Add64(x755, x790, ((x$280 = (new p521Uint1(x808.$high, x808.$low)), new $Uint64(x$280.$high, x$280.$low))));
		x809 = _tuple$389[0];
		x810 = _tuple$389[1];
		x811 = new $Uint64(0, 0);
		x812 = new $Uint64(0, 0);
		_tuple$390 = bits.Add64(x757, x792, ((x$281 = (new p521Uint1(x810.$high, x810.$low)), new $Uint64(x$281.$high, x$281.$low))));
		x811 = _tuple$390[0];
		x812 = _tuple$390[1];
		x813 = new $Uint64(0, 0);
		x814 = new $Uint64(0, 0);
		_tuple$391 = bits.Add64(x759, x794, ((x$282 = (new p521Uint1(x812.$high, x812.$low)), new $Uint64(x$282.$high, x$282.$low))));
		x813 = _tuple$391[0];
		x814 = _tuple$391[1];
		x815 = new $Uint64(0, 0);
		x816 = new $Uint64(0, 0);
		_tuple$392 = bits.Add64(x761, x796, ((x$283 = (new p521Uint1(x814.$high, x814.$low)), new $Uint64(x$283.$high, x$283.$low))));
		x815 = _tuple$392[0];
		x816 = _tuple$392[1];
		x817 = new $Uint64(0, 0);
		x818 = new $Uint64(0, 0);
		_tuple$393 = bits.Add64(x763, x798, ((x$284 = (new p521Uint1(x816.$high, x816.$low)), new $Uint64(x$284.$high, x$284.$low))));
		x817 = _tuple$393[0];
		x818 = _tuple$393[1];
		x819 = new $Uint64(0, 0);
		x820 = new $Uint64(0, 0);
		_tuple$394 = bits.Add64(x765, x800, ((x$285 = (new p521Uint1(x818.$high, x818.$low)), new $Uint64(x$285.$high, x$285.$low))));
		x819 = _tuple$394[0];
		x820 = _tuple$394[1];
		x821 = new $Uint64(0, 0);
		x822 = new $Uint64(0, 0);
		_tuple$395 = bits.Mul64(x801, new $Uint64(0, 511));
		x822 = _tuple$395[0];
		x821 = _tuple$395[1];
		x823 = new $Uint64(0, 0);
		x824 = new $Uint64(0, 0);
		_tuple$396 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x824 = _tuple$396[0];
		x823 = _tuple$396[1];
		x825 = new $Uint64(0, 0);
		x826 = new $Uint64(0, 0);
		_tuple$397 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x826 = _tuple$397[0];
		x825 = _tuple$397[1];
		x827 = new $Uint64(0, 0);
		x828 = new $Uint64(0, 0);
		_tuple$398 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x828 = _tuple$398[0];
		x827 = _tuple$398[1];
		x829 = new $Uint64(0, 0);
		x830 = new $Uint64(0, 0);
		_tuple$399 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x830 = _tuple$399[0];
		x829 = _tuple$399[1];
		x831 = new $Uint64(0, 0);
		x832 = new $Uint64(0, 0);
		_tuple$400 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x832 = _tuple$400[0];
		x831 = _tuple$400[1];
		x833 = new $Uint64(0, 0);
		x834 = new $Uint64(0, 0);
		_tuple$401 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x834 = _tuple$401[0];
		x833 = _tuple$401[1];
		x835 = new $Uint64(0, 0);
		x836 = new $Uint64(0, 0);
		_tuple$402 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x836 = _tuple$402[0];
		x835 = _tuple$402[1];
		x837 = new $Uint64(0, 0);
		x838 = new $Uint64(0, 0);
		_tuple$403 = bits.Mul64(x801, new $Uint64(4294967295, 4294967295));
		x838 = _tuple$403[0];
		x837 = _tuple$403[1];
		x839 = new $Uint64(0, 0);
		x840 = new $Uint64(0, 0);
		_tuple$404 = bits.Add64(x838, x835, new $Uint64(0, 0));
		x839 = _tuple$404[0];
		x840 = _tuple$404[1];
		x841 = new $Uint64(0, 0);
		x842 = new $Uint64(0, 0);
		_tuple$405 = bits.Add64(x836, x833, ((x$286 = (new p521Uint1(x840.$high, x840.$low)), new $Uint64(x$286.$high, x$286.$low))));
		x841 = _tuple$405[0];
		x842 = _tuple$405[1];
		x843 = new $Uint64(0, 0);
		x844 = new $Uint64(0, 0);
		_tuple$406 = bits.Add64(x834, x831, ((x$287 = (new p521Uint1(x842.$high, x842.$low)), new $Uint64(x$287.$high, x$287.$low))));
		x843 = _tuple$406[0];
		x844 = _tuple$406[1];
		x845 = new $Uint64(0, 0);
		x846 = new $Uint64(0, 0);
		_tuple$407 = bits.Add64(x832, x829, ((x$288 = (new p521Uint1(x844.$high, x844.$low)), new $Uint64(x$288.$high, x$288.$low))));
		x845 = _tuple$407[0];
		x846 = _tuple$407[1];
		x847 = new $Uint64(0, 0);
		x848 = new $Uint64(0, 0);
		_tuple$408 = bits.Add64(x830, x827, ((x$289 = (new p521Uint1(x846.$high, x846.$low)), new $Uint64(x$289.$high, x$289.$low))));
		x847 = _tuple$408[0];
		x848 = _tuple$408[1];
		x849 = new $Uint64(0, 0);
		x850 = new $Uint64(0, 0);
		_tuple$409 = bits.Add64(x828, x825, ((x$290 = (new p521Uint1(x848.$high, x848.$low)), new $Uint64(x$290.$high, x$290.$low))));
		x849 = _tuple$409[0];
		x850 = _tuple$409[1];
		x851 = new $Uint64(0, 0);
		x852 = new $Uint64(0, 0);
		_tuple$410 = bits.Add64(x826, x823, ((x$291 = (new p521Uint1(x850.$high, x850.$low)), new $Uint64(x$291.$high, x$291.$low))));
		x851 = _tuple$410[0];
		x852 = _tuple$410[1];
		x853 = new $Uint64(0, 0);
		x854 = new $Uint64(0, 0);
		_tuple$411 = bits.Add64(x824, x821, ((x$292 = (new p521Uint1(x852.$high, x852.$low)), new $Uint64(x$292.$high, x$292.$low))));
		x853 = _tuple$411[0];
		x854 = _tuple$411[1];
		x855 = (x$293 = ((x$294 = (new p521Uint1(x854.$high, x854.$low)), new $Uint64(x$294.$high, x$294.$low))), new $Uint64(x$293.$high + x822.$high, x$293.$low + x822.$low));
		x857 = new $Uint64(0, 0);
		_tuple$412 = bits.Add64(x801, x837, new $Uint64(0, 0));
		x857 = _tuple$412[1];
		x858 = new $Uint64(0, 0);
		x859 = new $Uint64(0, 0);
		_tuple$413 = bits.Add64(x803, x839, ((x$295 = (new p521Uint1(x857.$high, x857.$low)), new $Uint64(x$295.$high, x$295.$low))));
		x858 = _tuple$413[0];
		x859 = _tuple$413[1];
		x860 = new $Uint64(0, 0);
		x861 = new $Uint64(0, 0);
		_tuple$414 = bits.Add64(x805, x841, ((x$296 = (new p521Uint1(x859.$high, x859.$low)), new $Uint64(x$296.$high, x$296.$low))));
		x860 = _tuple$414[0];
		x861 = _tuple$414[1];
		x862 = new $Uint64(0, 0);
		x863 = new $Uint64(0, 0);
		_tuple$415 = bits.Add64(x807, x843, ((x$297 = (new p521Uint1(x861.$high, x861.$low)), new $Uint64(x$297.$high, x$297.$low))));
		x862 = _tuple$415[0];
		x863 = _tuple$415[1];
		x864 = new $Uint64(0, 0);
		x865 = new $Uint64(0, 0);
		_tuple$416 = bits.Add64(x809, x845, ((x$298 = (new p521Uint1(x863.$high, x863.$low)), new $Uint64(x$298.$high, x$298.$low))));
		x864 = _tuple$416[0];
		x865 = _tuple$416[1];
		x866 = new $Uint64(0, 0);
		x867 = new $Uint64(0, 0);
		_tuple$417 = bits.Add64(x811, x847, ((x$299 = (new p521Uint1(x865.$high, x865.$low)), new $Uint64(x$299.$high, x$299.$low))));
		x866 = _tuple$417[0];
		x867 = _tuple$417[1];
		x868 = new $Uint64(0, 0);
		x869 = new $Uint64(0, 0);
		_tuple$418 = bits.Add64(x813, x849, ((x$300 = (new p521Uint1(x867.$high, x867.$low)), new $Uint64(x$300.$high, x$300.$low))));
		x868 = _tuple$418[0];
		x869 = _tuple$418[1];
		x870 = new $Uint64(0, 0);
		x871 = new $Uint64(0, 0);
		_tuple$419 = bits.Add64(x815, x851, ((x$301 = (new p521Uint1(x869.$high, x869.$low)), new $Uint64(x$301.$high, x$301.$low))));
		x870 = _tuple$419[0];
		x871 = _tuple$419[1];
		x872 = new $Uint64(0, 0);
		x873 = new $Uint64(0, 0);
		_tuple$420 = bits.Add64(x817, x853, ((x$302 = (new p521Uint1(x871.$high, x871.$low)), new $Uint64(x$302.$high, x$302.$low))));
		x872 = _tuple$420[0];
		x873 = _tuple$420[1];
		x874 = new $Uint64(0, 0);
		x875 = new $Uint64(0, 0);
		_tuple$421 = bits.Add64(x819, x855, ((x$303 = (new p521Uint1(x873.$high, x873.$low)), new $Uint64(x$303.$high, x$303.$low))));
		x874 = _tuple$421[0];
		x875 = _tuple$421[1];
		x876 = (x$304 = ((x$305 = (new p521Uint1(x875.$high, x875.$low)), new $Uint64(x$305.$high, x$305.$low))), x$306 = ((x$307 = (new p521Uint1(x820.$high, x820.$low)), new $Uint64(x$307.$high, x$307.$low))), new $Uint64(x$304.$high + x$306.$high, x$304.$low + x$306.$low));
		x877 = new $Uint64(0, 0);
		x878 = new $Uint64(0, 0);
		_tuple$422 = bits.Mul64(x8, arg1[8]);
		x878 = _tuple$422[0];
		x877 = _tuple$422[1];
		x879 = new $Uint64(0, 0);
		x880 = new $Uint64(0, 0);
		_tuple$423 = bits.Mul64(x8, arg1[7]);
		x880 = _tuple$423[0];
		x879 = _tuple$423[1];
		x881 = new $Uint64(0, 0);
		x882 = new $Uint64(0, 0);
		_tuple$424 = bits.Mul64(x8, arg1[6]);
		x882 = _tuple$424[0];
		x881 = _tuple$424[1];
		x883 = new $Uint64(0, 0);
		x884 = new $Uint64(0, 0);
		_tuple$425 = bits.Mul64(x8, arg1[5]);
		x884 = _tuple$425[0];
		x883 = _tuple$425[1];
		x885 = new $Uint64(0, 0);
		x886 = new $Uint64(0, 0);
		_tuple$426 = bits.Mul64(x8, arg1[4]);
		x886 = _tuple$426[0];
		x885 = _tuple$426[1];
		x887 = new $Uint64(0, 0);
		x888 = new $Uint64(0, 0);
		_tuple$427 = bits.Mul64(x8, arg1[3]);
		x888 = _tuple$427[0];
		x887 = _tuple$427[1];
		x889 = new $Uint64(0, 0);
		x890 = new $Uint64(0, 0);
		_tuple$428 = bits.Mul64(x8, arg1[2]);
		x890 = _tuple$428[0];
		x889 = _tuple$428[1];
		x891 = new $Uint64(0, 0);
		x892 = new $Uint64(0, 0);
		_tuple$429 = bits.Mul64(x8, arg1[1]);
		x892 = _tuple$429[0];
		x891 = _tuple$429[1];
		x893 = new $Uint64(0, 0);
		x894 = new $Uint64(0, 0);
		_tuple$430 = bits.Mul64(x8, arg1[0]);
		x894 = _tuple$430[0];
		x893 = _tuple$430[1];
		x895 = new $Uint64(0, 0);
		x896 = new $Uint64(0, 0);
		_tuple$431 = bits.Add64(x894, x891, new $Uint64(0, 0));
		x895 = _tuple$431[0];
		x896 = _tuple$431[1];
		x897 = new $Uint64(0, 0);
		x898 = new $Uint64(0, 0);
		_tuple$432 = bits.Add64(x892, x889, ((x$308 = (new p521Uint1(x896.$high, x896.$low)), new $Uint64(x$308.$high, x$308.$low))));
		x897 = _tuple$432[0];
		x898 = _tuple$432[1];
		x899 = new $Uint64(0, 0);
		x900 = new $Uint64(0, 0);
		_tuple$433 = bits.Add64(x890, x887, ((x$309 = (new p521Uint1(x898.$high, x898.$low)), new $Uint64(x$309.$high, x$309.$low))));
		x899 = _tuple$433[0];
		x900 = _tuple$433[1];
		x901 = new $Uint64(0, 0);
		x902 = new $Uint64(0, 0);
		_tuple$434 = bits.Add64(x888, x885, ((x$310 = (new p521Uint1(x900.$high, x900.$low)), new $Uint64(x$310.$high, x$310.$low))));
		x901 = _tuple$434[0];
		x902 = _tuple$434[1];
		x903 = new $Uint64(0, 0);
		x904 = new $Uint64(0, 0);
		_tuple$435 = bits.Add64(x886, x883, ((x$311 = (new p521Uint1(x902.$high, x902.$low)), new $Uint64(x$311.$high, x$311.$low))));
		x903 = _tuple$435[0];
		x904 = _tuple$435[1];
		x905 = new $Uint64(0, 0);
		x906 = new $Uint64(0, 0);
		_tuple$436 = bits.Add64(x884, x881, ((x$312 = (new p521Uint1(x904.$high, x904.$low)), new $Uint64(x$312.$high, x$312.$low))));
		x905 = _tuple$436[0];
		x906 = _tuple$436[1];
		x907 = new $Uint64(0, 0);
		x908 = new $Uint64(0, 0);
		_tuple$437 = bits.Add64(x882, x879, ((x$313 = (new p521Uint1(x906.$high, x906.$low)), new $Uint64(x$313.$high, x$313.$low))));
		x907 = _tuple$437[0];
		x908 = _tuple$437[1];
		x909 = new $Uint64(0, 0);
		x910 = new $Uint64(0, 0);
		_tuple$438 = bits.Add64(x880, x877, ((x$314 = (new p521Uint1(x908.$high, x908.$low)), new $Uint64(x$314.$high, x$314.$low))));
		x909 = _tuple$438[0];
		x910 = _tuple$438[1];
		x911 = (x$315 = ((x$316 = (new p521Uint1(x910.$high, x910.$low)), new $Uint64(x$316.$high, x$316.$low))), new $Uint64(x$315.$high + x878.$high, x$315.$low + x878.$low));
		x912 = new $Uint64(0, 0);
		x913 = new $Uint64(0, 0);
		_tuple$439 = bits.Add64(x858, x893, new $Uint64(0, 0));
		x912 = _tuple$439[0];
		x913 = _tuple$439[1];
		x914 = new $Uint64(0, 0);
		x915 = new $Uint64(0, 0);
		_tuple$440 = bits.Add64(x860, x895, ((x$317 = (new p521Uint1(x913.$high, x913.$low)), new $Uint64(x$317.$high, x$317.$low))));
		x914 = _tuple$440[0];
		x915 = _tuple$440[1];
		x916 = new $Uint64(0, 0);
		x917 = new $Uint64(0, 0);
		_tuple$441 = bits.Add64(x862, x897, ((x$318 = (new p521Uint1(x915.$high, x915.$low)), new $Uint64(x$318.$high, x$318.$low))));
		x916 = _tuple$441[0];
		x917 = _tuple$441[1];
		x918 = new $Uint64(0, 0);
		x919 = new $Uint64(0, 0);
		_tuple$442 = bits.Add64(x864, x899, ((x$319 = (new p521Uint1(x917.$high, x917.$low)), new $Uint64(x$319.$high, x$319.$low))));
		x918 = _tuple$442[0];
		x919 = _tuple$442[1];
		x920 = new $Uint64(0, 0);
		x921 = new $Uint64(0, 0);
		_tuple$443 = bits.Add64(x866, x901, ((x$320 = (new p521Uint1(x919.$high, x919.$low)), new $Uint64(x$320.$high, x$320.$low))));
		x920 = _tuple$443[0];
		x921 = _tuple$443[1];
		x922 = new $Uint64(0, 0);
		x923 = new $Uint64(0, 0);
		_tuple$444 = bits.Add64(x868, x903, ((x$321 = (new p521Uint1(x921.$high, x921.$low)), new $Uint64(x$321.$high, x$321.$low))));
		x922 = _tuple$444[0];
		x923 = _tuple$444[1];
		x924 = new $Uint64(0, 0);
		x925 = new $Uint64(0, 0);
		_tuple$445 = bits.Add64(x870, x905, ((x$322 = (new p521Uint1(x923.$high, x923.$low)), new $Uint64(x$322.$high, x$322.$low))));
		x924 = _tuple$445[0];
		x925 = _tuple$445[1];
		x926 = new $Uint64(0, 0);
		x927 = new $Uint64(0, 0);
		_tuple$446 = bits.Add64(x872, x907, ((x$323 = (new p521Uint1(x925.$high, x925.$low)), new $Uint64(x$323.$high, x$323.$low))));
		x926 = _tuple$446[0];
		x927 = _tuple$446[1];
		x928 = new $Uint64(0, 0);
		x929 = new $Uint64(0, 0);
		_tuple$447 = bits.Add64(x874, x909, ((x$324 = (new p521Uint1(x927.$high, x927.$low)), new $Uint64(x$324.$high, x$324.$low))));
		x928 = _tuple$447[0];
		x929 = _tuple$447[1];
		x930 = new $Uint64(0, 0);
		x931 = new $Uint64(0, 0);
		_tuple$448 = bits.Add64(x876, x911, ((x$325 = (new p521Uint1(x929.$high, x929.$low)), new $Uint64(x$325.$high, x$325.$low))));
		x930 = _tuple$448[0];
		x931 = _tuple$448[1];
		x932 = new $Uint64(0, 0);
		x933 = new $Uint64(0, 0);
		_tuple$449 = bits.Mul64(x912, new $Uint64(0, 511));
		x933 = _tuple$449[0];
		x932 = _tuple$449[1];
		x934 = new $Uint64(0, 0);
		x935 = new $Uint64(0, 0);
		_tuple$450 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x935 = _tuple$450[0];
		x934 = _tuple$450[1];
		x936 = new $Uint64(0, 0);
		x937 = new $Uint64(0, 0);
		_tuple$451 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x937 = _tuple$451[0];
		x936 = _tuple$451[1];
		x938 = new $Uint64(0, 0);
		x939 = new $Uint64(0, 0);
		_tuple$452 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x939 = _tuple$452[0];
		x938 = _tuple$452[1];
		x940 = new $Uint64(0, 0);
		x941 = new $Uint64(0, 0);
		_tuple$453 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x941 = _tuple$453[0];
		x940 = _tuple$453[1];
		x942 = new $Uint64(0, 0);
		x943 = new $Uint64(0, 0);
		_tuple$454 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x943 = _tuple$454[0];
		x942 = _tuple$454[1];
		x944 = new $Uint64(0, 0);
		x945 = new $Uint64(0, 0);
		_tuple$455 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x945 = _tuple$455[0];
		x944 = _tuple$455[1];
		x946 = new $Uint64(0, 0);
		x947 = new $Uint64(0, 0);
		_tuple$456 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x947 = _tuple$456[0];
		x946 = _tuple$456[1];
		x948 = new $Uint64(0, 0);
		x949 = new $Uint64(0, 0);
		_tuple$457 = bits.Mul64(x912, new $Uint64(4294967295, 4294967295));
		x949 = _tuple$457[0];
		x948 = _tuple$457[1];
		x950 = new $Uint64(0, 0);
		x951 = new $Uint64(0, 0);
		_tuple$458 = bits.Add64(x949, x946, new $Uint64(0, 0));
		x950 = _tuple$458[0];
		x951 = _tuple$458[1];
		x952 = new $Uint64(0, 0);
		x953 = new $Uint64(0, 0);
		_tuple$459 = bits.Add64(x947, x944, ((x$326 = (new p521Uint1(x951.$high, x951.$low)), new $Uint64(x$326.$high, x$326.$low))));
		x952 = _tuple$459[0];
		x953 = _tuple$459[1];
		x954 = new $Uint64(0, 0);
		x955 = new $Uint64(0, 0);
		_tuple$460 = bits.Add64(x945, x942, ((x$327 = (new p521Uint1(x953.$high, x953.$low)), new $Uint64(x$327.$high, x$327.$low))));
		x954 = _tuple$460[0];
		x955 = _tuple$460[1];
		x956 = new $Uint64(0, 0);
		x957 = new $Uint64(0, 0);
		_tuple$461 = bits.Add64(x943, x940, ((x$328 = (new p521Uint1(x955.$high, x955.$low)), new $Uint64(x$328.$high, x$328.$low))));
		x956 = _tuple$461[0];
		x957 = _tuple$461[1];
		x958 = new $Uint64(0, 0);
		x959 = new $Uint64(0, 0);
		_tuple$462 = bits.Add64(x941, x938, ((x$329 = (new p521Uint1(x957.$high, x957.$low)), new $Uint64(x$329.$high, x$329.$low))));
		x958 = _tuple$462[0];
		x959 = _tuple$462[1];
		x960 = new $Uint64(0, 0);
		x961 = new $Uint64(0, 0);
		_tuple$463 = bits.Add64(x939, x936, ((x$330 = (new p521Uint1(x959.$high, x959.$low)), new $Uint64(x$330.$high, x$330.$low))));
		x960 = _tuple$463[0];
		x961 = _tuple$463[1];
		x962 = new $Uint64(0, 0);
		x963 = new $Uint64(0, 0);
		_tuple$464 = bits.Add64(x937, x934, ((x$331 = (new p521Uint1(x961.$high, x961.$low)), new $Uint64(x$331.$high, x$331.$low))));
		x962 = _tuple$464[0];
		x963 = _tuple$464[1];
		x964 = new $Uint64(0, 0);
		x965 = new $Uint64(0, 0);
		_tuple$465 = bits.Add64(x935, x932, ((x$332 = (new p521Uint1(x963.$high, x963.$low)), new $Uint64(x$332.$high, x$332.$low))));
		x964 = _tuple$465[0];
		x965 = _tuple$465[1];
		x966 = (x$333 = ((x$334 = (new p521Uint1(x965.$high, x965.$low)), new $Uint64(x$334.$high, x$334.$low))), new $Uint64(x$333.$high + x933.$high, x$333.$low + x933.$low));
		x968 = new $Uint64(0, 0);
		_tuple$466 = bits.Add64(x912, x948, new $Uint64(0, 0));
		x968 = _tuple$466[1];
		x969 = new $Uint64(0, 0);
		x970 = new $Uint64(0, 0);
		_tuple$467 = bits.Add64(x914, x950, ((x$335 = (new p521Uint1(x968.$high, x968.$low)), new $Uint64(x$335.$high, x$335.$low))));
		x969 = _tuple$467[0];
		x970 = _tuple$467[1];
		x971 = new $Uint64(0, 0);
		x972 = new $Uint64(0, 0);
		_tuple$468 = bits.Add64(x916, x952, ((x$336 = (new p521Uint1(x970.$high, x970.$low)), new $Uint64(x$336.$high, x$336.$low))));
		x971 = _tuple$468[0];
		x972 = _tuple$468[1];
		x973 = new $Uint64(0, 0);
		x974 = new $Uint64(0, 0);
		_tuple$469 = bits.Add64(x918, x954, ((x$337 = (new p521Uint1(x972.$high, x972.$low)), new $Uint64(x$337.$high, x$337.$low))));
		x973 = _tuple$469[0];
		x974 = _tuple$469[1];
		x975 = new $Uint64(0, 0);
		x976 = new $Uint64(0, 0);
		_tuple$470 = bits.Add64(x920, x956, ((x$338 = (new p521Uint1(x974.$high, x974.$low)), new $Uint64(x$338.$high, x$338.$low))));
		x975 = _tuple$470[0];
		x976 = _tuple$470[1];
		x977 = new $Uint64(0, 0);
		x978 = new $Uint64(0, 0);
		_tuple$471 = bits.Add64(x922, x958, ((x$339 = (new p521Uint1(x976.$high, x976.$low)), new $Uint64(x$339.$high, x$339.$low))));
		x977 = _tuple$471[0];
		x978 = _tuple$471[1];
		x979 = new $Uint64(0, 0);
		x980 = new $Uint64(0, 0);
		_tuple$472 = bits.Add64(x924, x960, ((x$340 = (new p521Uint1(x978.$high, x978.$low)), new $Uint64(x$340.$high, x$340.$low))));
		x979 = _tuple$472[0];
		x980 = _tuple$472[1];
		x981 = new $Uint64(0, 0);
		x982 = new $Uint64(0, 0);
		_tuple$473 = bits.Add64(x926, x962, ((x$341 = (new p521Uint1(x980.$high, x980.$low)), new $Uint64(x$341.$high, x$341.$low))));
		x981 = _tuple$473[0];
		x982 = _tuple$473[1];
		x983 = new $Uint64(0, 0);
		x984 = new $Uint64(0, 0);
		_tuple$474 = bits.Add64(x928, x964, ((x$342 = (new p521Uint1(x982.$high, x982.$low)), new $Uint64(x$342.$high, x$342.$low))));
		x983 = _tuple$474[0];
		x984 = _tuple$474[1];
		x985 = new $Uint64(0, 0);
		x986 = new $Uint64(0, 0);
		_tuple$475 = bits.Add64(x930, x966, ((x$343 = (new p521Uint1(x984.$high, x984.$low)), new $Uint64(x$343.$high, x$343.$low))));
		x985 = _tuple$475[0];
		x986 = _tuple$475[1];
		x987 = (x$344 = ((x$345 = (new p521Uint1(x986.$high, x986.$low)), new $Uint64(x$345.$high, x$345.$low))), x$346 = ((x$347 = (new p521Uint1(x931.$high, x931.$low)), new $Uint64(x$347.$high, x$347.$low))), new $Uint64(x$344.$high + x$346.$high, x$344.$low + x$346.$low));
		x988 = new $Uint64(0, 0);
		x989 = new $Uint64(0, 0);
		_tuple$476 = bits.Sub64(x969, new $Uint64(4294967295, 4294967295), new $Uint64(0, 0));
		x988 = _tuple$476[0];
		x989 = _tuple$476[1];
		x990 = new $Uint64(0, 0);
		x991 = new $Uint64(0, 0);
		_tuple$477 = bits.Sub64(x971, new $Uint64(4294967295, 4294967295), ((x$348 = (new p521Uint1(x989.$high, x989.$low)), new $Uint64(x$348.$high, x$348.$low))));
		x990 = _tuple$477[0];
		x991 = _tuple$477[1];
		x992 = new $Uint64(0, 0);
		x993 = new $Uint64(0, 0);
		_tuple$478 = bits.Sub64(x973, new $Uint64(4294967295, 4294967295), ((x$349 = (new p521Uint1(x991.$high, x991.$low)), new $Uint64(x$349.$high, x$349.$low))));
		x992 = _tuple$478[0];
		x993 = _tuple$478[1];
		x994 = new $Uint64(0, 0);
		x995 = new $Uint64(0, 0);
		_tuple$479 = bits.Sub64(x975, new $Uint64(4294967295, 4294967295), ((x$350 = (new p521Uint1(x993.$high, x993.$low)), new $Uint64(x$350.$high, x$350.$low))));
		x994 = _tuple$479[0];
		x995 = _tuple$479[1];
		x996 = new $Uint64(0, 0);
		x997 = new $Uint64(0, 0);
		_tuple$480 = bits.Sub64(x977, new $Uint64(4294967295, 4294967295), ((x$351 = (new p521Uint1(x995.$high, x995.$low)), new $Uint64(x$351.$high, x$351.$low))));
		x996 = _tuple$480[0];
		x997 = _tuple$480[1];
		x998 = new $Uint64(0, 0);
		x999 = new $Uint64(0, 0);
		_tuple$481 = bits.Sub64(x979, new $Uint64(4294967295, 4294967295), ((x$352 = (new p521Uint1(x997.$high, x997.$low)), new $Uint64(x$352.$high, x$352.$low))));
		x998 = _tuple$481[0];
		x999 = _tuple$481[1];
		x1000 = new $Uint64(0, 0);
		x1001 = new $Uint64(0, 0);
		_tuple$482 = bits.Sub64(x981, new $Uint64(4294967295, 4294967295), ((x$353 = (new p521Uint1(x999.$high, x999.$low)), new $Uint64(x$353.$high, x$353.$low))));
		x1000 = _tuple$482[0];
		x1001 = _tuple$482[1];
		x1002 = new $Uint64(0, 0);
		x1003 = new $Uint64(0, 0);
		_tuple$483 = bits.Sub64(x983, new $Uint64(4294967295, 4294967295), ((x$354 = (new p521Uint1(x1001.$high, x1001.$low)), new $Uint64(x$354.$high, x$354.$low))));
		x1002 = _tuple$483[0];
		x1003 = _tuple$483[1];
		x1004 = new $Uint64(0, 0);
		x1005 = new $Uint64(0, 0);
		_tuple$484 = bits.Sub64(x985, new $Uint64(0, 511), ((x$355 = (new p521Uint1(x1003.$high, x1003.$low)), new $Uint64(x$355.$high, x$355.$low))));
		x1004 = _tuple$484[0];
		x1005 = _tuple$484[1];
		x1007 = new $Uint64(0, 0);
		_tuple$485 = bits.Sub64(x987, new $Uint64(0, 0), ((x$356 = (new p521Uint1(x1005.$high, x1005.$low)), new $Uint64(x$356.$high, x$356.$low))));
		x1007 = _tuple$485[1];
		x1008 = new $Uint64(0, 0);
		p521CmovznzU64((x1008$24ptr || (x1008$24ptr = new ptrType(function() { return x1008; }, function($v) { x1008 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x988, x969);
		x1009 = new $Uint64(0, 0);
		p521CmovznzU64((x1009$24ptr || (x1009$24ptr = new ptrType(function() { return x1009; }, function($v) { x1009 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x990, x971);
		x1010 = new $Uint64(0, 0);
		p521CmovznzU64((x1010$24ptr || (x1010$24ptr = new ptrType(function() { return x1010; }, function($v) { x1010 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x992, x973);
		x1011 = new $Uint64(0, 0);
		p521CmovznzU64((x1011$24ptr || (x1011$24ptr = new ptrType(function() { return x1011; }, function($v) { x1011 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x994, x975);
		x1012 = new $Uint64(0, 0);
		p521CmovznzU64((x1012$24ptr || (x1012$24ptr = new ptrType(function() { return x1012; }, function($v) { x1012 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x996, x977);
		x1013 = new $Uint64(0, 0);
		p521CmovznzU64((x1013$24ptr || (x1013$24ptr = new ptrType(function() { return x1013; }, function($v) { x1013 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x998, x979);
		x1014 = new $Uint64(0, 0);
		p521CmovznzU64((x1014$24ptr || (x1014$24ptr = new ptrType(function() { return x1014; }, function($v) { x1014 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x1000, x981);
		x1015 = new $Uint64(0, 0);
		p521CmovznzU64((x1015$24ptr || (x1015$24ptr = new ptrType(function() { return x1015; }, function($v) { x1015 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x1002, x983);
		x1016 = new $Uint64(0, 0);
		p521CmovznzU64((x1016$24ptr || (x1016$24ptr = new ptrType(function() { return x1016; }, function($v) { x1016 = $v; }))), (new p521Uint1(x1007.$high, x1007.$low)), x1004, x985);
		out1.nilCheck, out1[0] = x1008;
		out1.nilCheck, out1[1] = x1009;
		out1.nilCheck, out1[2] = x1010;
		out1.nilCheck, out1[3] = x1011;
		out1.nilCheck, out1[4] = x1012;
		out1.nilCheck, out1[5] = x1013;
		out1.nilCheck, out1[6] = x1014;
		out1.nilCheck, out1[7] = x1015;
		out1.nilCheck, out1[8] = x1016;
	};
	p521Add = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, arg1, arg2, out1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, x1, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x38, x39, x39$24ptr, x4, x40, x40$24ptr, x41, x41$24ptr, x42, x42$24ptr, x43, x43$24ptr, x44, x44$24ptr, x45, x45$24ptr, x46, x46$24ptr, x47, x47$24ptr, x5, x6, x7, x8, x9;
		x1 = new $Uint64(0, 0);
		x2 = new $Uint64(0, 0);
		_tuple = bits.Add64(arg1[0], arg2[0], new $Uint64(0, 0));
		x1 = _tuple[0];
		x2 = _tuple[1];
		x3 = new $Uint64(0, 0);
		x4 = new $Uint64(0, 0);
		_tuple$1 = bits.Add64(arg1[1], arg2[1], ((x = (new p521Uint1(x2.$high, x2.$low)), new $Uint64(x.$high, x.$low))));
		x3 = _tuple$1[0];
		x4 = _tuple$1[1];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple$2 = bits.Add64(arg1[2], arg2[2], ((x$1 = (new p521Uint1(x4.$high, x4.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x5 = _tuple$2[0];
		x6 = _tuple$2[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$3 = bits.Add64(arg1[3], arg2[3], ((x$2 = (new p521Uint1(x6.$high, x6.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x7 = _tuple$3[0];
		x8 = _tuple$3[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(arg1[4], arg2[4], ((x$3 = (new p521Uint1(x8.$high, x8.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x9 = _tuple$4[0];
		x10 = _tuple$4[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(arg1[5], arg2[5], ((x$4 = (new p521Uint1(x10.$high, x10.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x11 = _tuple$5[0];
		x12 = _tuple$5[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(arg1[6], arg2[6], ((x$5 = (new p521Uint1(x12.$high, x12.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x13 = _tuple$6[0];
		x14 = _tuple$6[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(arg1[7], arg2[7], ((x$6 = (new p521Uint1(x14.$high, x14.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x15 = _tuple$7[0];
		x16 = _tuple$7[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$8 = bits.Add64(arg1[8], arg2[8], ((x$7 = (new p521Uint1(x16.$high, x16.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x17 = _tuple$8[0];
		x18 = _tuple$8[1];
		x19 = new $Uint64(0, 0);
		x20 = new $Uint64(0, 0);
		_tuple$9 = bits.Sub64(x1, new $Uint64(4294967295, 4294967295), new $Uint64(0, 0));
		x19 = _tuple$9[0];
		x20 = _tuple$9[1];
		x21 = new $Uint64(0, 0);
		x22 = new $Uint64(0, 0);
		_tuple$10 = bits.Sub64(x3, new $Uint64(4294967295, 4294967295), ((x$8 = (new p521Uint1(x20.$high, x20.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x21 = _tuple$10[0];
		x22 = _tuple$10[1];
		x23 = new $Uint64(0, 0);
		x24 = new $Uint64(0, 0);
		_tuple$11 = bits.Sub64(x5, new $Uint64(4294967295, 4294967295), ((x$9 = (new p521Uint1(x22.$high, x22.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x23 = _tuple$11[0];
		x24 = _tuple$11[1];
		x25 = new $Uint64(0, 0);
		x26 = new $Uint64(0, 0);
		_tuple$12 = bits.Sub64(x7, new $Uint64(4294967295, 4294967295), ((x$10 = (new p521Uint1(x24.$high, x24.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x25 = _tuple$12[0];
		x26 = _tuple$12[1];
		x27 = new $Uint64(0, 0);
		x28 = new $Uint64(0, 0);
		_tuple$13 = bits.Sub64(x9, new $Uint64(4294967295, 4294967295), ((x$11 = (new p521Uint1(x26.$high, x26.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x27 = _tuple$13[0];
		x28 = _tuple$13[1];
		x29 = new $Uint64(0, 0);
		x30 = new $Uint64(0, 0);
		_tuple$14 = bits.Sub64(x11, new $Uint64(4294967295, 4294967295), ((x$12 = (new p521Uint1(x28.$high, x28.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x29 = _tuple$14[0];
		x30 = _tuple$14[1];
		x31 = new $Uint64(0, 0);
		x32 = new $Uint64(0, 0);
		_tuple$15 = bits.Sub64(x13, new $Uint64(4294967295, 4294967295), ((x$13 = (new p521Uint1(x30.$high, x30.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x31 = _tuple$15[0];
		x32 = _tuple$15[1];
		x33 = new $Uint64(0, 0);
		x34 = new $Uint64(0, 0);
		_tuple$16 = bits.Sub64(x15, new $Uint64(4294967295, 4294967295), ((x$14 = (new p521Uint1(x32.$high, x32.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x33 = _tuple$16[0];
		x34 = _tuple$16[1];
		x35 = new $Uint64(0, 0);
		x36 = new $Uint64(0, 0);
		_tuple$17 = bits.Sub64(x17, new $Uint64(0, 511), ((x$15 = (new p521Uint1(x34.$high, x34.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x35 = _tuple$17[0];
		x36 = _tuple$17[1];
		x38 = new $Uint64(0, 0);
		_tuple$18 = bits.Sub64(((x$16 = (new p521Uint1(x18.$high, x18.$low)), new $Uint64(x$16.$high, x$16.$low))), new $Uint64(0, 0), ((x$17 = (new p521Uint1(x36.$high, x36.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x38 = _tuple$18[1];
		x39 = new $Uint64(0, 0);
		p521CmovznzU64((x39$24ptr || (x39$24ptr = new ptrType(function() { return x39; }, function($v) { x39 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x19, x1);
		x40 = new $Uint64(0, 0);
		p521CmovznzU64((x40$24ptr || (x40$24ptr = new ptrType(function() { return x40; }, function($v) { x40 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x21, x3);
		x41 = new $Uint64(0, 0);
		p521CmovznzU64((x41$24ptr || (x41$24ptr = new ptrType(function() { return x41; }, function($v) { x41 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x23, x5);
		x42 = new $Uint64(0, 0);
		p521CmovznzU64((x42$24ptr || (x42$24ptr = new ptrType(function() { return x42; }, function($v) { x42 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x25, x7);
		x43 = new $Uint64(0, 0);
		p521CmovznzU64((x43$24ptr || (x43$24ptr = new ptrType(function() { return x43; }, function($v) { x43 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x27, x9);
		x44 = new $Uint64(0, 0);
		p521CmovznzU64((x44$24ptr || (x44$24ptr = new ptrType(function() { return x44; }, function($v) { x44 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x29, x11);
		x45 = new $Uint64(0, 0);
		p521CmovznzU64((x45$24ptr || (x45$24ptr = new ptrType(function() { return x45; }, function($v) { x45 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x31, x13);
		x46 = new $Uint64(0, 0);
		p521CmovznzU64((x46$24ptr || (x46$24ptr = new ptrType(function() { return x46; }, function($v) { x46 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x33, x15);
		x47 = new $Uint64(0, 0);
		p521CmovznzU64((x47$24ptr || (x47$24ptr = new ptrType(function() { return x47; }, function($v) { x47 = $v; }))), (new p521Uint1(x38.$high, x38.$low)), x35, x17);
		out1.nilCheck, out1[0] = x39;
		out1.nilCheck, out1[1] = x40;
		out1.nilCheck, out1[2] = x41;
		out1.nilCheck, out1[3] = x42;
		out1.nilCheck, out1[4] = x43;
		out1.nilCheck, out1[5] = x44;
		out1.nilCheck, out1[6] = x45;
		out1.nilCheck, out1[7] = x46;
		out1.nilCheck, out1[8] = x47;
	};
	p521Sub = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, arg1, arg2, out1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, x1, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x19$24ptr, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x4, x5, x6, x7, x8, x9;
		x1 = new $Uint64(0, 0);
		x2 = new $Uint64(0, 0);
		_tuple = bits.Sub64(arg1[0], arg2[0], new $Uint64(0, 0));
		x1 = _tuple[0];
		x2 = _tuple[1];
		x3 = new $Uint64(0, 0);
		x4 = new $Uint64(0, 0);
		_tuple$1 = bits.Sub64(arg1[1], arg2[1], ((x = (new p521Uint1(x2.$high, x2.$low)), new $Uint64(x.$high, x.$low))));
		x3 = _tuple$1[0];
		x4 = _tuple$1[1];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple$2 = bits.Sub64(arg1[2], arg2[2], ((x$1 = (new p521Uint1(x4.$high, x4.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x5 = _tuple$2[0];
		x6 = _tuple$2[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$3 = bits.Sub64(arg1[3], arg2[3], ((x$2 = (new p521Uint1(x6.$high, x6.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x7 = _tuple$3[0];
		x8 = _tuple$3[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$4 = bits.Sub64(arg1[4], arg2[4], ((x$3 = (new p521Uint1(x8.$high, x8.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x9 = _tuple$4[0];
		x10 = _tuple$4[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$5 = bits.Sub64(arg1[5], arg2[5], ((x$4 = (new p521Uint1(x10.$high, x10.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x11 = _tuple$5[0];
		x12 = _tuple$5[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$6 = bits.Sub64(arg1[6], arg2[6], ((x$5 = (new p521Uint1(x12.$high, x12.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x13 = _tuple$6[0];
		x14 = _tuple$6[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$7 = bits.Sub64(arg1[7], arg2[7], ((x$6 = (new p521Uint1(x14.$high, x14.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x15 = _tuple$7[0];
		x16 = _tuple$7[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$8 = bits.Sub64(arg1[8], arg2[8], ((x$7 = (new p521Uint1(x16.$high, x16.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x17 = _tuple$8[0];
		x18 = _tuple$8[1];
		x19 = new $Uint64(0, 0);
		p521CmovznzU64((x19$24ptr || (x19$24ptr = new ptrType(function() { return x19; }, function($v) { x19 = $v; }))), (new p521Uint1(x18.$high, x18.$low)), new $Uint64(0, 0), new $Uint64(4294967295, 4294967295));
		x20 = new $Uint64(0, 0);
		x21 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x1, x19, new $Uint64(0, 0));
		x20 = _tuple$9[0];
		x21 = _tuple$9[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x3, x19, ((x$8 = (new p521Uint1(x21.$high, x21.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x22 = _tuple$10[0];
		x23 = _tuple$10[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x5, x19, ((x$9 = (new p521Uint1(x23.$high, x23.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x24 = _tuple$11[0];
		x25 = _tuple$11[1];
		x26 = new $Uint64(0, 0);
		x27 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x7, x19, ((x$10 = (new p521Uint1(x25.$high, x25.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x26 = _tuple$12[0];
		x27 = _tuple$12[1];
		x28 = new $Uint64(0, 0);
		x29 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x9, x19, ((x$11 = (new p521Uint1(x27.$high, x27.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x28 = _tuple$13[0];
		x29 = _tuple$13[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x11, x19, ((x$12 = (new p521Uint1(x29.$high, x29.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x30 = _tuple$14[0];
		x31 = _tuple$14[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x13, x19, ((x$13 = (new p521Uint1(x31.$high, x31.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x32 = _tuple$15[0];
		x33 = _tuple$15[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x15, x19, ((x$14 = (new p521Uint1(x33.$high, x33.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x34 = _tuple$16[0];
		x35 = _tuple$16[1];
		x36 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(x17, new $Uint64(x19.$high & 0, (x19.$low & 511) >>> 0), ((x$15 = (new p521Uint1(x35.$high, x35.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x36 = _tuple$17[0];
		out1.nilCheck, out1[0] = x20;
		out1.nilCheck, out1[1] = x22;
		out1.nilCheck, out1[2] = x24;
		out1.nilCheck, out1[3] = x26;
		out1.nilCheck, out1[4] = x28;
		out1.nilCheck, out1[5] = x30;
		out1.nilCheck, out1[6] = x32;
		out1.nilCheck, out1[7] = x34;
		out1.nilCheck, out1[8] = x36;
	};
	p521SetOne = function(out1) {
		var out1;
		out1.nilCheck, out1[0] = new $Uint64(8388608, 0);
		out1.nilCheck, out1[1] = new $Uint64(0, 0);
		out1.nilCheck, out1[2] = new $Uint64(0, 0);
		out1.nilCheck, out1[3] = new $Uint64(0, 0);
		out1.nilCheck, out1[4] = new $Uint64(0, 0);
		out1.nilCheck, out1[5] = new $Uint64(0, 0);
		out1.nilCheck, out1[6] = new $Uint64(0, 0);
		out1.nilCheck, out1[7] = new $Uint64(0, 0);
		out1.nilCheck, out1[8] = new $Uint64(0, 0);
	};
	p521FromMontgomery = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$151, _tuple$152, _tuple$153, _tuple$154, _tuple$155, _tuple$156, _tuple$157, _tuple$158, _tuple$159, _tuple$16, _tuple$160, _tuple$161, _tuple$162, _tuple$163, _tuple$164, _tuple$165, _tuple$166, _tuple$167, _tuple$168, _tuple$169, _tuple$17, _tuple$170, _tuple$171, _tuple$172, _tuple$173, _tuple$174, _tuple$175, _tuple$176, _tuple$177, _tuple$178, _tuple$179, _tuple$18, _tuple$180, _tuple$181, _tuple$182, _tuple$183, _tuple$184, _tuple$185, _tuple$186, _tuple$187, _tuple$188, _tuple$189, _tuple$19, _tuple$190, _tuple$191, _tuple$192, _tuple$193, _tuple$194, _tuple$195, _tuple$196, _tuple$197, _tuple$198, _tuple$199, _tuple$2, _tuple$20, _tuple$200, _tuple$201, _tuple$202, _tuple$203, _tuple$204, _tuple$205, _tuple$206, _tuple$207, _tuple$208, _tuple$209, _tuple$21, _tuple$210, _tuple$211, _tuple$212, _tuple$213, _tuple$214, _tuple$215, _tuple$216, _tuple$217, _tuple$218, _tuple$219, _tuple$22, _tuple$220, _tuple$221, _tuple$222, _tuple$223, _tuple$224, _tuple$225, _tuple$226, _tuple$227, _tuple$228, _tuple$229, _tuple$23, _tuple$230, _tuple$231, _tuple$232, _tuple$233, _tuple$234, _tuple$235, _tuple$236, _tuple$237, _tuple$238, _tuple$239, _tuple$24, _tuple$240, _tuple$241, _tuple$242, _tuple$243, _tuple$244, _tuple$245, _tuple$246, _tuple$247, _tuple$248, _tuple$249, _tuple$25, _tuple$250, _tuple$251, _tuple$252, _tuple$253, _tuple$254, _tuple$255, _tuple$256, _tuple$257, _tuple$258, _tuple$259, _tuple$26, _tuple$260, _tuple$261, _tuple$262, _tuple$263, _tuple$264, _tuple$265, _tuple$266, _tuple$267, _tuple$268, _tuple$269, _tuple$27, _tuple$270, _tuple$271, _tuple$272, _tuple$273, _tuple$274, _tuple$275, _tuple$276, _tuple$277, _tuple$278, _tuple$279, _tuple$28, _tuple$280, _tuple$281, _tuple$282, _tuple$283, _tuple$284, _tuple$285, _tuple$286, _tuple$287, _tuple$288, _tuple$289, _tuple$29, _tuple$290, _tuple$291, _tuple$292, _tuple$293, _tuple$294, _tuple$295, _tuple$296, _tuple$297, _tuple$298, _tuple$299, _tuple$3, _tuple$30, _tuple$300, _tuple$301, _tuple$302, _tuple$303, _tuple$304, _tuple$305, _tuple$306, _tuple$307, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$165, x$166, x$167, x$168, x$169, x$17, x$170, x$171, x$172, x$173, x$174, x$175, x$176, x$177, x$178, x$179, x$18, x$180, x$181, x$182, x$183, x$184, x$185, x$186, x$187, x$188, x$189, x$19, x$190, x$191, x$192, x$193, x$194, x$195, x$196, x$197, x$198, x$199, x$2, x$20, x$200, x$201, x$202, x$203, x$204, x$205, x$206, x$207, x$208, x$209, x$21, x$210, x$211, x$212, x$213, x$214, x$215, x$216, x$217, x$218, x$219, x$22, x$220, x$221, x$222, x$223, x$224, x$225, x$226, x$227, x$228, x$229, x$23, x$230, x$231, x$232, x$233, x$234, x$235, x$236, x$237, x$238, x$239, x$24, x$240, x$241, x$242, x$243, x$244, x$245, x$246, x$247, x$248, x$249, x$25, x$250, x$251, x$252, x$253, x$254, x$255, x$256, x$257, x$258, x$259, x$26, x$260, x$261, x$262, x$263, x$264, x$265, x$266, x$267, x$268, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x101, x102, x103, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x173, x174, x175, x176, x177, x178, x179, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x203, x204, x205, x206, x207, x208, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x222, x223, x224, x225, x226, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x24, x241, x242, x243, x244, x245, x246, x247, x248, x249, x25, x250, x251, x252, x253, x254, x255, x256, x257, x258, x259, x26, x260, x261, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x276, x277, x278, x279, x28, x280, x281, x282, x283, x284, x285, x286, x287, x288, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x3, x30, x300, x301, x302, x303, x304, x305, x306, x307, x309, x31, x310, x311, x312, x313, x314, x315, x316, x317, x318, x319, x32, x320, x321, x322, x323, x324, x325, x326, x327, x328, x329, x33, x330, x331, x332, x333, x334, x335, x336, x337, x338, x339, x34, x340, x341, x342, x343, x344, x345, x346, x347, x348, x349, x35, x350, x351, x352, x353, x354, x355, x356, x357, x358, x359, x360, x361, x362, x363, x364, x365, x366, x367, x368, x369, x37, x370, x371, x372, x373, x374, x375, x377, x378, x379, x38, x380, x381, x382, x383, x384, x385, x386, x387, x388, x389, x39, x390, x391, x392, x393, x394, x395, x396, x397, x398, x399, x4, x40, x400, x401, x402, x403, x404, x405, x406, x407, x408, x409, x41, x410, x411, x412, x413, x414, x415, x416, x417, x418, x419, x42, x420, x421, x422, x423, x424, x425, x426, x427, x428, x429, x43, x430, x431, x432, x433, x434, x435, x436, x437, x438, x439, x44, x440, x441, x442, x443, x445, x446, x447, x448, x449, x45, x450, x451, x452, x453, x454, x455, x456, x457, x458, x459, x46, x460, x461, x462, x463, x464, x465, x466, x467, x468, x469, x47, x470, x471, x472, x473, x474, x475, x476, x477, x478, x479, x48, x480, x481, x482, x483, x484, x485, x486, x487, x488, x489, x49, x490, x491, x492, x493, x494, x495, x496, x497, x498, x499, x5, x50, x500, x501, x502, x503, x504, x505, x506, x507, x508, x509, x51, x510, x511, x513, x514, x515, x516, x517, x518, x519, x52, x520, x521, x522, x523, x524, x525, x526, x527, x528, x529, x53, x530, x531, x532, x533, x534, x535, x536, x537, x538, x539, x54, x540, x541, x542, x543, x544, x545, x546, x547, x548, x549, x55, x550, x551, x552, x553, x554, x555, x556, x557, x558, x559, x56, x560, x561, x562, x563, x564, x565, x566, x567, x568, x569, x57, x570, x571, x572, x573, x574, x575, x576, x577, x578, x579, x58, x581, x582, x583, x584, x585, x586, x587, x588, x589, x59, x590, x591, x592, x593, x594, x595, x596, x597, x598, x599, x6, x60, x600, x601, x602, x603, x604, x605, x606, x607, x608, x609, x61, x610, x611, x612, x613, x614, x615, x616, x618, x619, x619$24ptr, x62, x620, x620$24ptr, x621, x621$24ptr, x622, x622$24ptr, x623, x623$24ptr, x624, x624$24ptr, x625, x625$24ptr, x626, x626$24ptr, x627, x627$24ptr, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[0];
		x2 = new $Uint64(0, 0);
		x3 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x1, new $Uint64(0, 511));
		x3 = _tuple[0];
		x2 = _tuple[1];
		x4 = new $Uint64(0, 0);
		x5 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x5 = _tuple$1[0];
		x4 = _tuple$1[1];
		x6 = new $Uint64(0, 0);
		x7 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x7 = _tuple$2[0];
		x6 = _tuple$2[1];
		x8 = new $Uint64(0, 0);
		x9 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x9 = _tuple$3[0];
		x8 = _tuple$3[1];
		x10 = new $Uint64(0, 0);
		x11 = new $Uint64(0, 0);
		_tuple$4 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x11 = _tuple$4[0];
		x10 = _tuple$4[1];
		x12 = new $Uint64(0, 0);
		x13 = new $Uint64(0, 0);
		_tuple$5 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x13 = _tuple$5[0];
		x12 = _tuple$5[1];
		x14 = new $Uint64(0, 0);
		x15 = new $Uint64(0, 0);
		_tuple$6 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x15 = _tuple$6[0];
		x14 = _tuple$6[1];
		x16 = new $Uint64(0, 0);
		x17 = new $Uint64(0, 0);
		_tuple$7 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x17 = _tuple$7[0];
		x16 = _tuple$7[1];
		x18 = new $Uint64(0, 0);
		x19 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x19 = _tuple$8[0];
		x18 = _tuple$8[1];
		x20 = new $Uint64(0, 0);
		x21 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x19, x16, new $Uint64(0, 0));
		x20 = _tuple$9[0];
		x21 = _tuple$9[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x17, x14, ((x = (new p521Uint1(x21.$high, x21.$low)), new $Uint64(x.$high, x.$low))));
		x22 = _tuple$10[0];
		x23 = _tuple$10[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x15, x12, ((x$1 = (new p521Uint1(x23.$high, x23.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x24 = _tuple$11[0];
		x25 = _tuple$11[1];
		x26 = new $Uint64(0, 0);
		x27 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x13, x10, ((x$2 = (new p521Uint1(x25.$high, x25.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x26 = _tuple$12[0];
		x27 = _tuple$12[1];
		x28 = new $Uint64(0, 0);
		x29 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x11, x8, ((x$3 = (new p521Uint1(x27.$high, x27.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x28 = _tuple$13[0];
		x29 = _tuple$13[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x9, x6, ((x$4 = (new p521Uint1(x29.$high, x29.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x30 = _tuple$14[0];
		x31 = _tuple$14[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x7, x4, ((x$5 = (new p521Uint1(x31.$high, x31.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x32 = _tuple$15[0];
		x33 = _tuple$15[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x5, x2, ((x$6 = (new p521Uint1(x33.$high, x33.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x34 = _tuple$16[0];
		x35 = _tuple$16[1];
		x37 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(x1, x18, new $Uint64(0, 0));
		x37 = _tuple$17[1];
		x38 = new $Uint64(0, 0);
		x39 = new $Uint64(0, 0);
		_tuple$18 = bits.Add64(new $Uint64(0, 0), x20, ((x$7 = (new p521Uint1(x37.$high, x37.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x38 = _tuple$18[0];
		x39 = _tuple$18[1];
		x40 = new $Uint64(0, 0);
		x41 = new $Uint64(0, 0);
		_tuple$19 = bits.Add64(new $Uint64(0, 0), x22, ((x$8 = (new p521Uint1(x39.$high, x39.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x40 = _tuple$19[0];
		x41 = _tuple$19[1];
		x42 = new $Uint64(0, 0);
		x43 = new $Uint64(0, 0);
		_tuple$20 = bits.Add64(new $Uint64(0, 0), x24, ((x$9 = (new p521Uint1(x41.$high, x41.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x42 = _tuple$20[0];
		x43 = _tuple$20[1];
		x44 = new $Uint64(0, 0);
		x45 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(new $Uint64(0, 0), x26, ((x$10 = (new p521Uint1(x43.$high, x43.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x44 = _tuple$21[0];
		x45 = _tuple$21[1];
		x46 = new $Uint64(0, 0);
		x47 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(new $Uint64(0, 0), x28, ((x$11 = (new p521Uint1(x45.$high, x45.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x46 = _tuple$22[0];
		x47 = _tuple$22[1];
		x48 = new $Uint64(0, 0);
		x49 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(new $Uint64(0, 0), x30, ((x$12 = (new p521Uint1(x47.$high, x47.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x48 = _tuple$23[0];
		x49 = _tuple$23[1];
		x50 = new $Uint64(0, 0);
		x51 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(new $Uint64(0, 0), x32, ((x$13 = (new p521Uint1(x49.$high, x49.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x50 = _tuple$24[0];
		x51 = _tuple$24[1];
		x52 = new $Uint64(0, 0);
		x53 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(new $Uint64(0, 0), x34, ((x$14 = (new p521Uint1(x51.$high, x51.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x52 = _tuple$25[0];
		x53 = _tuple$25[1];
		x54 = new $Uint64(0, 0);
		x55 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x38, arg1[1], new $Uint64(0, 0));
		x54 = _tuple$26[0];
		x55 = _tuple$26[1];
		x56 = new $Uint64(0, 0);
		x57 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(x40, new $Uint64(0, 0), ((x$15 = (new p521Uint1(x55.$high, x55.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x56 = _tuple$27[0];
		x57 = _tuple$27[1];
		x58 = new $Uint64(0, 0);
		x59 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(x42, new $Uint64(0, 0), ((x$16 = (new p521Uint1(x57.$high, x57.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x58 = _tuple$28[0];
		x59 = _tuple$28[1];
		x60 = new $Uint64(0, 0);
		x61 = new $Uint64(0, 0);
		_tuple$29 = bits.Add64(x44, new $Uint64(0, 0), ((x$17 = (new p521Uint1(x59.$high, x59.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x60 = _tuple$29[0];
		x61 = _tuple$29[1];
		x62 = new $Uint64(0, 0);
		x63 = new $Uint64(0, 0);
		_tuple$30 = bits.Add64(x46, new $Uint64(0, 0), ((x$18 = (new p521Uint1(x61.$high, x61.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x62 = _tuple$30[0];
		x63 = _tuple$30[1];
		x64 = new $Uint64(0, 0);
		x65 = new $Uint64(0, 0);
		_tuple$31 = bits.Add64(x48, new $Uint64(0, 0), ((x$19 = (new p521Uint1(x63.$high, x63.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x64 = _tuple$31[0];
		x65 = _tuple$31[1];
		x66 = new $Uint64(0, 0);
		x67 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x50, new $Uint64(0, 0), ((x$20 = (new p521Uint1(x65.$high, x65.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x66 = _tuple$32[0];
		x67 = _tuple$32[1];
		x68 = new $Uint64(0, 0);
		x69 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x52, new $Uint64(0, 0), ((x$21 = (new p521Uint1(x67.$high, x67.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x68 = _tuple$33[0];
		x69 = _tuple$33[1];
		x70 = new $Uint64(0, 0);
		x71 = new $Uint64(0, 0);
		_tuple$34 = bits.Mul64(x54, new $Uint64(0, 511));
		x71 = _tuple$34[0];
		x70 = _tuple$34[1];
		x72 = new $Uint64(0, 0);
		x73 = new $Uint64(0, 0);
		_tuple$35 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x73 = _tuple$35[0];
		x72 = _tuple$35[1];
		x74 = new $Uint64(0, 0);
		x75 = new $Uint64(0, 0);
		_tuple$36 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x75 = _tuple$36[0];
		x74 = _tuple$36[1];
		x76 = new $Uint64(0, 0);
		x77 = new $Uint64(0, 0);
		_tuple$37 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x77 = _tuple$37[0];
		x76 = _tuple$37[1];
		x78 = new $Uint64(0, 0);
		x79 = new $Uint64(0, 0);
		_tuple$38 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x79 = _tuple$38[0];
		x78 = _tuple$38[1];
		x80 = new $Uint64(0, 0);
		x81 = new $Uint64(0, 0);
		_tuple$39 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x81 = _tuple$39[0];
		x80 = _tuple$39[1];
		x82 = new $Uint64(0, 0);
		x83 = new $Uint64(0, 0);
		_tuple$40 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x83 = _tuple$40[0];
		x82 = _tuple$40[1];
		x84 = new $Uint64(0, 0);
		x85 = new $Uint64(0, 0);
		_tuple$41 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x85 = _tuple$41[0];
		x84 = _tuple$41[1];
		x86 = new $Uint64(0, 0);
		x87 = new $Uint64(0, 0);
		_tuple$42 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x87 = _tuple$42[0];
		x86 = _tuple$42[1];
		x88 = new $Uint64(0, 0);
		x89 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64(x87, x84, new $Uint64(0, 0));
		x88 = _tuple$43[0];
		x89 = _tuple$43[1];
		x90 = new $Uint64(0, 0);
		x91 = new $Uint64(0, 0);
		_tuple$44 = bits.Add64(x85, x82, ((x$22 = (new p521Uint1(x89.$high, x89.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x90 = _tuple$44[0];
		x91 = _tuple$44[1];
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x83, x80, ((x$23 = (new p521Uint1(x91.$high, x91.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x92 = _tuple$45[0];
		x93 = _tuple$45[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x81, x78, ((x$24 = (new p521Uint1(x93.$high, x93.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x94 = _tuple$46[0];
		x95 = _tuple$46[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(x79, x76, ((x$25 = (new p521Uint1(x95.$high, x95.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x96 = _tuple$47[0];
		x97 = _tuple$47[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64(x77, x74, ((x$26 = (new p521Uint1(x97.$high, x97.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x98 = _tuple$48[0];
		x99 = _tuple$48[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$49 = bits.Add64(x75, x72, ((x$27 = (new p521Uint1(x99.$high, x99.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x100 = _tuple$49[0];
		x101 = _tuple$49[1];
		x102 = new $Uint64(0, 0);
		x103 = new $Uint64(0, 0);
		_tuple$50 = bits.Add64(x73, x70, ((x$28 = (new p521Uint1(x101.$high, x101.$low)), new $Uint64(x$28.$high, x$28.$low))));
		x102 = _tuple$50[0];
		x103 = _tuple$50[1];
		x105 = new $Uint64(0, 0);
		_tuple$51 = bits.Add64(x54, x86, new $Uint64(0, 0));
		x105 = _tuple$51[1];
		x106 = new $Uint64(0, 0);
		x107 = new $Uint64(0, 0);
		_tuple$52 = bits.Add64(x56, x88, ((x$29 = (new p521Uint1(x105.$high, x105.$low)), new $Uint64(x$29.$high, x$29.$low))));
		x106 = _tuple$52[0];
		x107 = _tuple$52[1];
		x108 = new $Uint64(0, 0);
		x109 = new $Uint64(0, 0);
		_tuple$53 = bits.Add64(x58, x90, ((x$30 = (new p521Uint1(x107.$high, x107.$low)), new $Uint64(x$30.$high, x$30.$low))));
		x108 = _tuple$53[0];
		x109 = _tuple$53[1];
		x110 = new $Uint64(0, 0);
		x111 = new $Uint64(0, 0);
		_tuple$54 = bits.Add64(x60, x92, ((x$31 = (new p521Uint1(x109.$high, x109.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x110 = _tuple$54[0];
		x111 = _tuple$54[1];
		x112 = new $Uint64(0, 0);
		x113 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x62, x94, ((x$32 = (new p521Uint1(x111.$high, x111.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x112 = _tuple$55[0];
		x113 = _tuple$55[1];
		x114 = new $Uint64(0, 0);
		x115 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x64, x96, ((x$33 = (new p521Uint1(x113.$high, x113.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x114 = _tuple$56[0];
		x115 = _tuple$56[1];
		x116 = new $Uint64(0, 0);
		x117 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x66, x98, ((x$34 = (new p521Uint1(x115.$high, x115.$low)), new $Uint64(x$34.$high, x$34.$low))));
		x116 = _tuple$57[0];
		x117 = _tuple$57[1];
		x118 = new $Uint64(0, 0);
		x119 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x68, x100, ((x$35 = (new p521Uint1(x117.$high, x117.$low)), new $Uint64(x$35.$high, x$35.$low))));
		x118 = _tuple$58[0];
		x119 = _tuple$58[1];
		x120 = new $Uint64(0, 0);
		x121 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64((x$36 = ((x$37 = (new p521Uint1(x69.$high, x69.$low)), new $Uint64(x$37.$high, x$37.$low))), x$38 = (x$39 = ((x$40 = (new p521Uint1(x53.$high, x53.$low)), new $Uint64(x$40.$high, x$40.$low))), x$41 = (x$42 = ((x$43 = (new p521Uint1(x35.$high, x35.$low)), new $Uint64(x$43.$high, x$43.$low))), new $Uint64(x$42.$high + x3.$high, x$42.$low + x3.$low)), new $Uint64(x$39.$high + x$41.$high, x$39.$low + x$41.$low)), new $Uint64(x$36.$high + x$38.$high, x$36.$low + x$38.$low)), x102, ((x$44 = (new p521Uint1(x119.$high, x119.$low)), new $Uint64(x$44.$high, x$44.$low))));
		x120 = _tuple$59[0];
		x121 = _tuple$59[1];
		x122 = new $Uint64(0, 0);
		x123 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x106, arg1[2], new $Uint64(0, 0));
		x122 = _tuple$60[0];
		x123 = _tuple$60[1];
		x124 = new $Uint64(0, 0);
		x125 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x108, new $Uint64(0, 0), ((x$45 = (new p521Uint1(x123.$high, x123.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x124 = _tuple$61[0];
		x125 = _tuple$61[1];
		x126 = new $Uint64(0, 0);
		x127 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x110, new $Uint64(0, 0), ((x$46 = (new p521Uint1(x125.$high, x125.$low)), new $Uint64(x$46.$high, x$46.$low))));
		x126 = _tuple$62[0];
		x127 = _tuple$62[1];
		x128 = new $Uint64(0, 0);
		x129 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x112, new $Uint64(0, 0), ((x$47 = (new p521Uint1(x127.$high, x127.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x128 = _tuple$63[0];
		x129 = _tuple$63[1];
		x130 = new $Uint64(0, 0);
		x131 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x114, new $Uint64(0, 0), ((x$48 = (new p521Uint1(x129.$high, x129.$low)), new $Uint64(x$48.$high, x$48.$low))));
		x130 = _tuple$64[0];
		x131 = _tuple$64[1];
		x132 = new $Uint64(0, 0);
		x133 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x116, new $Uint64(0, 0), ((x$49 = (new p521Uint1(x131.$high, x131.$low)), new $Uint64(x$49.$high, x$49.$low))));
		x132 = _tuple$65[0];
		x133 = _tuple$65[1];
		x134 = new $Uint64(0, 0);
		x135 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x118, new $Uint64(0, 0), ((x$50 = (new p521Uint1(x133.$high, x133.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x134 = _tuple$66[0];
		x135 = _tuple$66[1];
		x136 = new $Uint64(0, 0);
		x137 = new $Uint64(0, 0);
		_tuple$67 = bits.Add64(x120, new $Uint64(0, 0), ((x$51 = (new p521Uint1(x135.$high, x135.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x136 = _tuple$67[0];
		x137 = _tuple$67[1];
		x138 = new $Uint64(0, 0);
		x139 = new $Uint64(0, 0);
		_tuple$68 = bits.Mul64(x122, new $Uint64(0, 511));
		x139 = _tuple$68[0];
		x138 = _tuple$68[1];
		x140 = new $Uint64(0, 0);
		x141 = new $Uint64(0, 0);
		_tuple$69 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x141 = _tuple$69[0];
		x140 = _tuple$69[1];
		x142 = new $Uint64(0, 0);
		x143 = new $Uint64(0, 0);
		_tuple$70 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x143 = _tuple$70[0];
		x142 = _tuple$70[1];
		x144 = new $Uint64(0, 0);
		x145 = new $Uint64(0, 0);
		_tuple$71 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x145 = _tuple$71[0];
		x144 = _tuple$71[1];
		x146 = new $Uint64(0, 0);
		x147 = new $Uint64(0, 0);
		_tuple$72 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x147 = _tuple$72[0];
		x146 = _tuple$72[1];
		x148 = new $Uint64(0, 0);
		x149 = new $Uint64(0, 0);
		_tuple$73 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x149 = _tuple$73[0];
		x148 = _tuple$73[1];
		x150 = new $Uint64(0, 0);
		x151 = new $Uint64(0, 0);
		_tuple$74 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x151 = _tuple$74[0];
		x150 = _tuple$74[1];
		x152 = new $Uint64(0, 0);
		x153 = new $Uint64(0, 0);
		_tuple$75 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x153 = _tuple$75[0];
		x152 = _tuple$75[1];
		x154 = new $Uint64(0, 0);
		x155 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x122, new $Uint64(4294967295, 4294967295));
		x155 = _tuple$76[0];
		x154 = _tuple$76[1];
		x156 = new $Uint64(0, 0);
		x157 = new $Uint64(0, 0);
		_tuple$77 = bits.Add64(x155, x152, new $Uint64(0, 0));
		x156 = _tuple$77[0];
		x157 = _tuple$77[1];
		x158 = new $Uint64(0, 0);
		x159 = new $Uint64(0, 0);
		_tuple$78 = bits.Add64(x153, x150, ((x$52 = (new p521Uint1(x157.$high, x157.$low)), new $Uint64(x$52.$high, x$52.$low))));
		x158 = _tuple$78[0];
		x159 = _tuple$78[1];
		x160 = new $Uint64(0, 0);
		x161 = new $Uint64(0, 0);
		_tuple$79 = bits.Add64(x151, x148, ((x$53 = (new p521Uint1(x159.$high, x159.$low)), new $Uint64(x$53.$high, x$53.$low))));
		x160 = _tuple$79[0];
		x161 = _tuple$79[1];
		x162 = new $Uint64(0, 0);
		x163 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x149, x146, ((x$54 = (new p521Uint1(x161.$high, x161.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x162 = _tuple$80[0];
		x163 = _tuple$80[1];
		x164 = new $Uint64(0, 0);
		x165 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x147, x144, ((x$55 = (new p521Uint1(x163.$high, x163.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x164 = _tuple$81[0];
		x165 = _tuple$81[1];
		x166 = new $Uint64(0, 0);
		x167 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x145, x142, ((x$56 = (new p521Uint1(x165.$high, x165.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x166 = _tuple$82[0];
		x167 = _tuple$82[1];
		x168 = new $Uint64(0, 0);
		x169 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x143, x140, ((x$57 = (new p521Uint1(x167.$high, x167.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x168 = _tuple$83[0];
		x169 = _tuple$83[1];
		x170 = new $Uint64(0, 0);
		x171 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x141, x138, ((x$58 = (new p521Uint1(x169.$high, x169.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x170 = _tuple$84[0];
		x171 = _tuple$84[1];
		x173 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x122, x154, new $Uint64(0, 0));
		x173 = _tuple$85[1];
		x174 = new $Uint64(0, 0);
		x175 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x124, x156, ((x$59 = (new p521Uint1(x173.$high, x173.$low)), new $Uint64(x$59.$high, x$59.$low))));
		x174 = _tuple$86[0];
		x175 = _tuple$86[1];
		x176 = new $Uint64(0, 0);
		x177 = new $Uint64(0, 0);
		_tuple$87 = bits.Add64(x126, x158, ((x$60 = (new p521Uint1(x175.$high, x175.$low)), new $Uint64(x$60.$high, x$60.$low))));
		x176 = _tuple$87[0];
		x177 = _tuple$87[1];
		x178 = new $Uint64(0, 0);
		x179 = new $Uint64(0, 0);
		_tuple$88 = bits.Add64(x128, x160, ((x$61 = (new p521Uint1(x177.$high, x177.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x178 = _tuple$88[0];
		x179 = _tuple$88[1];
		x180 = new $Uint64(0, 0);
		x181 = new $Uint64(0, 0);
		_tuple$89 = bits.Add64(x130, x162, ((x$62 = (new p521Uint1(x179.$high, x179.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x180 = _tuple$89[0];
		x181 = _tuple$89[1];
		x182 = new $Uint64(0, 0);
		x183 = new $Uint64(0, 0);
		_tuple$90 = bits.Add64(x132, x164, ((x$63 = (new p521Uint1(x181.$high, x181.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x182 = _tuple$90[0];
		x183 = _tuple$90[1];
		x184 = new $Uint64(0, 0);
		x185 = new $Uint64(0, 0);
		_tuple$91 = bits.Add64(x134, x166, ((x$64 = (new p521Uint1(x183.$high, x183.$low)), new $Uint64(x$64.$high, x$64.$low))));
		x184 = _tuple$91[0];
		x185 = _tuple$91[1];
		x186 = new $Uint64(0, 0);
		x187 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64(x136, x168, ((x$65 = (new p521Uint1(x185.$high, x185.$low)), new $Uint64(x$65.$high, x$65.$low))));
		x186 = _tuple$92[0];
		x187 = _tuple$92[1];
		x188 = new $Uint64(0, 0);
		x189 = new $Uint64(0, 0);
		_tuple$93 = bits.Add64((x$66 = ((x$67 = (new p521Uint1(x137.$high, x137.$low)), new $Uint64(x$67.$high, x$67.$low))), x$68 = (x$69 = ((x$70 = (new p521Uint1(x121.$high, x121.$low)), new $Uint64(x$70.$high, x$70.$low))), x$71 = (x$72 = ((x$73 = (new p521Uint1(x103.$high, x103.$low)), new $Uint64(x$73.$high, x$73.$low))), new $Uint64(x$72.$high + x71.$high, x$72.$low + x71.$low)), new $Uint64(x$69.$high + x$71.$high, x$69.$low + x$71.$low)), new $Uint64(x$66.$high + x$68.$high, x$66.$low + x$68.$low)), x170, ((x$74 = (new p521Uint1(x187.$high, x187.$low)), new $Uint64(x$74.$high, x$74.$low))));
		x188 = _tuple$93[0];
		x189 = _tuple$93[1];
		x190 = new $Uint64(0, 0);
		x191 = new $Uint64(0, 0);
		_tuple$94 = bits.Add64(x174, arg1[3], new $Uint64(0, 0));
		x190 = _tuple$94[0];
		x191 = _tuple$94[1];
		x192 = new $Uint64(0, 0);
		x193 = new $Uint64(0, 0);
		_tuple$95 = bits.Add64(x176, new $Uint64(0, 0), ((x$75 = (new p521Uint1(x191.$high, x191.$low)), new $Uint64(x$75.$high, x$75.$low))));
		x192 = _tuple$95[0];
		x193 = _tuple$95[1];
		x194 = new $Uint64(0, 0);
		x195 = new $Uint64(0, 0);
		_tuple$96 = bits.Add64(x178, new $Uint64(0, 0), ((x$76 = (new p521Uint1(x193.$high, x193.$low)), new $Uint64(x$76.$high, x$76.$low))));
		x194 = _tuple$96[0];
		x195 = _tuple$96[1];
		x196 = new $Uint64(0, 0);
		x197 = new $Uint64(0, 0);
		_tuple$97 = bits.Add64(x180, new $Uint64(0, 0), ((x$77 = (new p521Uint1(x195.$high, x195.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x196 = _tuple$97[0];
		x197 = _tuple$97[1];
		x198 = new $Uint64(0, 0);
		x199 = new $Uint64(0, 0);
		_tuple$98 = bits.Add64(x182, new $Uint64(0, 0), ((x$78 = (new p521Uint1(x197.$high, x197.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x198 = _tuple$98[0];
		x199 = _tuple$98[1];
		x200 = new $Uint64(0, 0);
		x201 = new $Uint64(0, 0);
		_tuple$99 = bits.Add64(x184, new $Uint64(0, 0), ((x$79 = (new p521Uint1(x199.$high, x199.$low)), new $Uint64(x$79.$high, x$79.$low))));
		x200 = _tuple$99[0];
		x201 = _tuple$99[1];
		x202 = new $Uint64(0, 0);
		x203 = new $Uint64(0, 0);
		_tuple$100 = bits.Add64(x186, new $Uint64(0, 0), ((x$80 = (new p521Uint1(x201.$high, x201.$low)), new $Uint64(x$80.$high, x$80.$low))));
		x202 = _tuple$100[0];
		x203 = _tuple$100[1];
		x204 = new $Uint64(0, 0);
		x205 = new $Uint64(0, 0);
		_tuple$101 = bits.Add64(x188, new $Uint64(0, 0), ((x$81 = (new p521Uint1(x203.$high, x203.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x204 = _tuple$101[0];
		x205 = _tuple$101[1];
		x206 = new $Uint64(0, 0);
		x207 = new $Uint64(0, 0);
		_tuple$102 = bits.Mul64(x190, new $Uint64(0, 511));
		x207 = _tuple$102[0];
		x206 = _tuple$102[1];
		x208 = new $Uint64(0, 0);
		x209 = new $Uint64(0, 0);
		_tuple$103 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x209 = _tuple$103[0];
		x208 = _tuple$103[1];
		x210 = new $Uint64(0, 0);
		x211 = new $Uint64(0, 0);
		_tuple$104 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x211 = _tuple$104[0];
		x210 = _tuple$104[1];
		x212 = new $Uint64(0, 0);
		x213 = new $Uint64(0, 0);
		_tuple$105 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x213 = _tuple$105[0];
		x212 = _tuple$105[1];
		x214 = new $Uint64(0, 0);
		x215 = new $Uint64(0, 0);
		_tuple$106 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x215 = _tuple$106[0];
		x214 = _tuple$106[1];
		x216 = new $Uint64(0, 0);
		x217 = new $Uint64(0, 0);
		_tuple$107 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x217 = _tuple$107[0];
		x216 = _tuple$107[1];
		x218 = new $Uint64(0, 0);
		x219 = new $Uint64(0, 0);
		_tuple$108 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x219 = _tuple$108[0];
		x218 = _tuple$108[1];
		x220 = new $Uint64(0, 0);
		x221 = new $Uint64(0, 0);
		_tuple$109 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x221 = _tuple$109[0];
		x220 = _tuple$109[1];
		x222 = new $Uint64(0, 0);
		x223 = new $Uint64(0, 0);
		_tuple$110 = bits.Mul64(x190, new $Uint64(4294967295, 4294967295));
		x223 = _tuple$110[0];
		x222 = _tuple$110[1];
		x224 = new $Uint64(0, 0);
		x225 = new $Uint64(0, 0);
		_tuple$111 = bits.Add64(x223, x220, new $Uint64(0, 0));
		x224 = _tuple$111[0];
		x225 = _tuple$111[1];
		x226 = new $Uint64(0, 0);
		x227 = new $Uint64(0, 0);
		_tuple$112 = bits.Add64(x221, x218, ((x$82 = (new p521Uint1(x225.$high, x225.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x226 = _tuple$112[0];
		x227 = _tuple$112[1];
		x228 = new $Uint64(0, 0);
		x229 = new $Uint64(0, 0);
		_tuple$113 = bits.Add64(x219, x216, ((x$83 = (new p521Uint1(x227.$high, x227.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x228 = _tuple$113[0];
		x229 = _tuple$113[1];
		x230 = new $Uint64(0, 0);
		x231 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x217, x214, ((x$84 = (new p521Uint1(x229.$high, x229.$low)), new $Uint64(x$84.$high, x$84.$low))));
		x230 = _tuple$114[0];
		x231 = _tuple$114[1];
		x232 = new $Uint64(0, 0);
		x233 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x215, x212, ((x$85 = (new p521Uint1(x231.$high, x231.$low)), new $Uint64(x$85.$high, x$85.$low))));
		x232 = _tuple$115[0];
		x233 = _tuple$115[1];
		x234 = new $Uint64(0, 0);
		x235 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x213, x210, ((x$86 = (new p521Uint1(x233.$high, x233.$low)), new $Uint64(x$86.$high, x$86.$low))));
		x234 = _tuple$116[0];
		x235 = _tuple$116[1];
		x236 = new $Uint64(0, 0);
		x237 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x211, x208, ((x$87 = (new p521Uint1(x235.$high, x235.$low)), new $Uint64(x$87.$high, x$87.$low))));
		x236 = _tuple$117[0];
		x237 = _tuple$117[1];
		x238 = new $Uint64(0, 0);
		x239 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64(x209, x206, ((x$88 = (new p521Uint1(x237.$high, x237.$low)), new $Uint64(x$88.$high, x$88.$low))));
		x238 = _tuple$118[0];
		x239 = _tuple$118[1];
		x241 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x190, x222, new $Uint64(0, 0));
		x241 = _tuple$119[1];
		x242 = new $Uint64(0, 0);
		x243 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x192, x224, ((x$89 = (new p521Uint1(x241.$high, x241.$low)), new $Uint64(x$89.$high, x$89.$low))));
		x242 = _tuple$120[0];
		x243 = _tuple$120[1];
		x244 = new $Uint64(0, 0);
		x245 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x194, x226, ((x$90 = (new p521Uint1(x243.$high, x243.$low)), new $Uint64(x$90.$high, x$90.$low))));
		x244 = _tuple$121[0];
		x245 = _tuple$121[1];
		x246 = new $Uint64(0, 0);
		x247 = new $Uint64(0, 0);
		_tuple$122 = bits.Add64(x196, x228, ((x$91 = (new p521Uint1(x245.$high, x245.$low)), new $Uint64(x$91.$high, x$91.$low))));
		x246 = _tuple$122[0];
		x247 = _tuple$122[1];
		x248 = new $Uint64(0, 0);
		x249 = new $Uint64(0, 0);
		_tuple$123 = bits.Add64(x198, x230, ((x$92 = (new p521Uint1(x247.$high, x247.$low)), new $Uint64(x$92.$high, x$92.$low))));
		x248 = _tuple$123[0];
		x249 = _tuple$123[1];
		x250 = new $Uint64(0, 0);
		x251 = new $Uint64(0, 0);
		_tuple$124 = bits.Add64(x200, x232, ((x$93 = (new p521Uint1(x249.$high, x249.$low)), new $Uint64(x$93.$high, x$93.$low))));
		x250 = _tuple$124[0];
		x251 = _tuple$124[1];
		x252 = new $Uint64(0, 0);
		x253 = new $Uint64(0, 0);
		_tuple$125 = bits.Add64(x202, x234, ((x$94 = (new p521Uint1(x251.$high, x251.$low)), new $Uint64(x$94.$high, x$94.$low))));
		x252 = _tuple$125[0];
		x253 = _tuple$125[1];
		x254 = new $Uint64(0, 0);
		x255 = new $Uint64(0, 0);
		_tuple$126 = bits.Add64(x204, x236, ((x$95 = (new p521Uint1(x253.$high, x253.$low)), new $Uint64(x$95.$high, x$95.$low))));
		x254 = _tuple$126[0];
		x255 = _tuple$126[1];
		x256 = new $Uint64(0, 0);
		x257 = new $Uint64(0, 0);
		_tuple$127 = bits.Add64((x$96 = ((x$97 = (new p521Uint1(x205.$high, x205.$low)), new $Uint64(x$97.$high, x$97.$low))), x$98 = (x$99 = ((x$100 = (new p521Uint1(x189.$high, x189.$low)), new $Uint64(x$100.$high, x$100.$low))), x$101 = (x$102 = ((x$103 = (new p521Uint1(x171.$high, x171.$low)), new $Uint64(x$103.$high, x$103.$low))), new $Uint64(x$102.$high + x139.$high, x$102.$low + x139.$low)), new $Uint64(x$99.$high + x$101.$high, x$99.$low + x$101.$low)), new $Uint64(x$96.$high + x$98.$high, x$96.$low + x$98.$low)), x238, ((x$104 = (new p521Uint1(x255.$high, x255.$low)), new $Uint64(x$104.$high, x$104.$low))));
		x256 = _tuple$127[0];
		x257 = _tuple$127[1];
		x258 = new $Uint64(0, 0);
		x259 = new $Uint64(0, 0);
		_tuple$128 = bits.Add64(x242, arg1[4], new $Uint64(0, 0));
		x258 = _tuple$128[0];
		x259 = _tuple$128[1];
		x260 = new $Uint64(0, 0);
		x261 = new $Uint64(0, 0);
		_tuple$129 = bits.Add64(x244, new $Uint64(0, 0), ((x$105 = (new p521Uint1(x259.$high, x259.$low)), new $Uint64(x$105.$high, x$105.$low))));
		x260 = _tuple$129[0];
		x261 = _tuple$129[1];
		x262 = new $Uint64(0, 0);
		x263 = new $Uint64(0, 0);
		_tuple$130 = bits.Add64(x246, new $Uint64(0, 0), ((x$106 = (new p521Uint1(x261.$high, x261.$low)), new $Uint64(x$106.$high, x$106.$low))));
		x262 = _tuple$130[0];
		x263 = _tuple$130[1];
		x264 = new $Uint64(0, 0);
		x265 = new $Uint64(0, 0);
		_tuple$131 = bits.Add64(x248, new $Uint64(0, 0), ((x$107 = (new p521Uint1(x263.$high, x263.$low)), new $Uint64(x$107.$high, x$107.$low))));
		x264 = _tuple$131[0];
		x265 = _tuple$131[1];
		x266 = new $Uint64(0, 0);
		x267 = new $Uint64(0, 0);
		_tuple$132 = bits.Add64(x250, new $Uint64(0, 0), ((x$108 = (new p521Uint1(x265.$high, x265.$low)), new $Uint64(x$108.$high, x$108.$low))));
		x266 = _tuple$132[0];
		x267 = _tuple$132[1];
		x268 = new $Uint64(0, 0);
		x269 = new $Uint64(0, 0);
		_tuple$133 = bits.Add64(x252, new $Uint64(0, 0), ((x$109 = (new p521Uint1(x267.$high, x267.$low)), new $Uint64(x$109.$high, x$109.$low))));
		x268 = _tuple$133[0];
		x269 = _tuple$133[1];
		x270 = new $Uint64(0, 0);
		x271 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x254, new $Uint64(0, 0), ((x$110 = (new p521Uint1(x269.$high, x269.$low)), new $Uint64(x$110.$high, x$110.$low))));
		x270 = _tuple$134[0];
		x271 = _tuple$134[1];
		x272 = new $Uint64(0, 0);
		x273 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x256, new $Uint64(0, 0), ((x$111 = (new p521Uint1(x271.$high, x271.$low)), new $Uint64(x$111.$high, x$111.$low))));
		x272 = _tuple$135[0];
		x273 = _tuple$135[1];
		x274 = new $Uint64(0, 0);
		x275 = new $Uint64(0, 0);
		_tuple$136 = bits.Mul64(x258, new $Uint64(0, 511));
		x275 = _tuple$136[0];
		x274 = _tuple$136[1];
		x276 = new $Uint64(0, 0);
		x277 = new $Uint64(0, 0);
		_tuple$137 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x277 = _tuple$137[0];
		x276 = _tuple$137[1];
		x278 = new $Uint64(0, 0);
		x279 = new $Uint64(0, 0);
		_tuple$138 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x279 = _tuple$138[0];
		x278 = _tuple$138[1];
		x280 = new $Uint64(0, 0);
		x281 = new $Uint64(0, 0);
		_tuple$139 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x281 = _tuple$139[0];
		x280 = _tuple$139[1];
		x282 = new $Uint64(0, 0);
		x283 = new $Uint64(0, 0);
		_tuple$140 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x283 = _tuple$140[0];
		x282 = _tuple$140[1];
		x284 = new $Uint64(0, 0);
		x285 = new $Uint64(0, 0);
		_tuple$141 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x285 = _tuple$141[0];
		x284 = _tuple$141[1];
		x286 = new $Uint64(0, 0);
		x287 = new $Uint64(0, 0);
		_tuple$142 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x287 = _tuple$142[0];
		x286 = _tuple$142[1];
		x288 = new $Uint64(0, 0);
		x289 = new $Uint64(0, 0);
		_tuple$143 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x289 = _tuple$143[0];
		x288 = _tuple$143[1];
		x290 = new $Uint64(0, 0);
		x291 = new $Uint64(0, 0);
		_tuple$144 = bits.Mul64(x258, new $Uint64(4294967295, 4294967295));
		x291 = _tuple$144[0];
		x290 = _tuple$144[1];
		x292 = new $Uint64(0, 0);
		x293 = new $Uint64(0, 0);
		_tuple$145 = bits.Add64(x291, x288, new $Uint64(0, 0));
		x292 = _tuple$145[0];
		x293 = _tuple$145[1];
		x294 = new $Uint64(0, 0);
		x295 = new $Uint64(0, 0);
		_tuple$146 = bits.Add64(x289, x286, ((x$112 = (new p521Uint1(x293.$high, x293.$low)), new $Uint64(x$112.$high, x$112.$low))));
		x294 = _tuple$146[0];
		x295 = _tuple$146[1];
		x296 = new $Uint64(0, 0);
		x297 = new $Uint64(0, 0);
		_tuple$147 = bits.Add64(x287, x284, ((x$113 = (new p521Uint1(x295.$high, x295.$low)), new $Uint64(x$113.$high, x$113.$low))));
		x296 = _tuple$147[0];
		x297 = _tuple$147[1];
		x298 = new $Uint64(0, 0);
		x299 = new $Uint64(0, 0);
		_tuple$148 = bits.Add64(x285, x282, ((x$114 = (new p521Uint1(x297.$high, x297.$low)), new $Uint64(x$114.$high, x$114.$low))));
		x298 = _tuple$148[0];
		x299 = _tuple$148[1];
		x300 = new $Uint64(0, 0);
		x301 = new $Uint64(0, 0);
		_tuple$149 = bits.Add64(x283, x280, ((x$115 = (new p521Uint1(x299.$high, x299.$low)), new $Uint64(x$115.$high, x$115.$low))));
		x300 = _tuple$149[0];
		x301 = _tuple$149[1];
		x302 = new $Uint64(0, 0);
		x303 = new $Uint64(0, 0);
		_tuple$150 = bits.Add64(x281, x278, ((x$116 = (new p521Uint1(x301.$high, x301.$low)), new $Uint64(x$116.$high, x$116.$low))));
		x302 = _tuple$150[0];
		x303 = _tuple$150[1];
		x304 = new $Uint64(0, 0);
		x305 = new $Uint64(0, 0);
		_tuple$151 = bits.Add64(x279, x276, ((x$117 = (new p521Uint1(x303.$high, x303.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x304 = _tuple$151[0];
		x305 = _tuple$151[1];
		x306 = new $Uint64(0, 0);
		x307 = new $Uint64(0, 0);
		_tuple$152 = bits.Add64(x277, x274, ((x$118 = (new p521Uint1(x305.$high, x305.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x306 = _tuple$152[0];
		x307 = _tuple$152[1];
		x309 = new $Uint64(0, 0);
		_tuple$153 = bits.Add64(x258, x290, new $Uint64(0, 0));
		x309 = _tuple$153[1];
		x310 = new $Uint64(0, 0);
		x311 = new $Uint64(0, 0);
		_tuple$154 = bits.Add64(x260, x292, ((x$119 = (new p521Uint1(x309.$high, x309.$low)), new $Uint64(x$119.$high, x$119.$low))));
		x310 = _tuple$154[0];
		x311 = _tuple$154[1];
		x312 = new $Uint64(0, 0);
		x313 = new $Uint64(0, 0);
		_tuple$155 = bits.Add64(x262, x294, ((x$120 = (new p521Uint1(x311.$high, x311.$low)), new $Uint64(x$120.$high, x$120.$low))));
		x312 = _tuple$155[0];
		x313 = _tuple$155[1];
		x314 = new $Uint64(0, 0);
		x315 = new $Uint64(0, 0);
		_tuple$156 = bits.Add64(x264, x296, ((x$121 = (new p521Uint1(x313.$high, x313.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x314 = _tuple$156[0];
		x315 = _tuple$156[1];
		x316 = new $Uint64(0, 0);
		x317 = new $Uint64(0, 0);
		_tuple$157 = bits.Add64(x266, x298, ((x$122 = (new p521Uint1(x315.$high, x315.$low)), new $Uint64(x$122.$high, x$122.$low))));
		x316 = _tuple$157[0];
		x317 = _tuple$157[1];
		x318 = new $Uint64(0, 0);
		x319 = new $Uint64(0, 0);
		_tuple$158 = bits.Add64(x268, x300, ((x$123 = (new p521Uint1(x317.$high, x317.$low)), new $Uint64(x$123.$high, x$123.$low))));
		x318 = _tuple$158[0];
		x319 = _tuple$158[1];
		x320 = new $Uint64(0, 0);
		x321 = new $Uint64(0, 0);
		_tuple$159 = bits.Add64(x270, x302, ((x$124 = (new p521Uint1(x319.$high, x319.$low)), new $Uint64(x$124.$high, x$124.$low))));
		x320 = _tuple$159[0];
		x321 = _tuple$159[1];
		x322 = new $Uint64(0, 0);
		x323 = new $Uint64(0, 0);
		_tuple$160 = bits.Add64(x272, x304, ((x$125 = (new p521Uint1(x321.$high, x321.$low)), new $Uint64(x$125.$high, x$125.$low))));
		x322 = _tuple$160[0];
		x323 = _tuple$160[1];
		x324 = new $Uint64(0, 0);
		x325 = new $Uint64(0, 0);
		_tuple$161 = bits.Add64((x$126 = ((x$127 = (new p521Uint1(x273.$high, x273.$low)), new $Uint64(x$127.$high, x$127.$low))), x$128 = (x$129 = ((x$130 = (new p521Uint1(x257.$high, x257.$low)), new $Uint64(x$130.$high, x$130.$low))), x$131 = (x$132 = ((x$133 = (new p521Uint1(x239.$high, x239.$low)), new $Uint64(x$133.$high, x$133.$low))), new $Uint64(x$132.$high + x207.$high, x$132.$low + x207.$low)), new $Uint64(x$129.$high + x$131.$high, x$129.$low + x$131.$low)), new $Uint64(x$126.$high + x$128.$high, x$126.$low + x$128.$low)), x306, ((x$134 = (new p521Uint1(x323.$high, x323.$low)), new $Uint64(x$134.$high, x$134.$low))));
		x324 = _tuple$161[0];
		x325 = _tuple$161[1];
		x326 = new $Uint64(0, 0);
		x327 = new $Uint64(0, 0);
		_tuple$162 = bits.Add64(x310, arg1[5], new $Uint64(0, 0));
		x326 = _tuple$162[0];
		x327 = _tuple$162[1];
		x328 = new $Uint64(0, 0);
		x329 = new $Uint64(0, 0);
		_tuple$163 = bits.Add64(x312, new $Uint64(0, 0), ((x$135 = (new p521Uint1(x327.$high, x327.$low)), new $Uint64(x$135.$high, x$135.$low))));
		x328 = _tuple$163[0];
		x329 = _tuple$163[1];
		x330 = new $Uint64(0, 0);
		x331 = new $Uint64(0, 0);
		_tuple$164 = bits.Add64(x314, new $Uint64(0, 0), ((x$136 = (new p521Uint1(x329.$high, x329.$low)), new $Uint64(x$136.$high, x$136.$low))));
		x330 = _tuple$164[0];
		x331 = _tuple$164[1];
		x332 = new $Uint64(0, 0);
		x333 = new $Uint64(0, 0);
		_tuple$165 = bits.Add64(x316, new $Uint64(0, 0), ((x$137 = (new p521Uint1(x331.$high, x331.$low)), new $Uint64(x$137.$high, x$137.$low))));
		x332 = _tuple$165[0];
		x333 = _tuple$165[1];
		x334 = new $Uint64(0, 0);
		x335 = new $Uint64(0, 0);
		_tuple$166 = bits.Add64(x318, new $Uint64(0, 0), ((x$138 = (new p521Uint1(x333.$high, x333.$low)), new $Uint64(x$138.$high, x$138.$low))));
		x334 = _tuple$166[0];
		x335 = _tuple$166[1];
		x336 = new $Uint64(0, 0);
		x337 = new $Uint64(0, 0);
		_tuple$167 = bits.Add64(x320, new $Uint64(0, 0), ((x$139 = (new p521Uint1(x335.$high, x335.$low)), new $Uint64(x$139.$high, x$139.$low))));
		x336 = _tuple$167[0];
		x337 = _tuple$167[1];
		x338 = new $Uint64(0, 0);
		x339 = new $Uint64(0, 0);
		_tuple$168 = bits.Add64(x322, new $Uint64(0, 0), ((x$140 = (new p521Uint1(x337.$high, x337.$low)), new $Uint64(x$140.$high, x$140.$low))));
		x338 = _tuple$168[0];
		x339 = _tuple$168[1];
		x340 = new $Uint64(0, 0);
		x341 = new $Uint64(0, 0);
		_tuple$169 = bits.Add64(x324, new $Uint64(0, 0), ((x$141 = (new p521Uint1(x339.$high, x339.$low)), new $Uint64(x$141.$high, x$141.$low))));
		x340 = _tuple$169[0];
		x341 = _tuple$169[1];
		x342 = new $Uint64(0, 0);
		x343 = new $Uint64(0, 0);
		_tuple$170 = bits.Mul64(x326, new $Uint64(0, 511));
		x343 = _tuple$170[0];
		x342 = _tuple$170[1];
		x344 = new $Uint64(0, 0);
		x345 = new $Uint64(0, 0);
		_tuple$171 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x345 = _tuple$171[0];
		x344 = _tuple$171[1];
		x346 = new $Uint64(0, 0);
		x347 = new $Uint64(0, 0);
		_tuple$172 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x347 = _tuple$172[0];
		x346 = _tuple$172[1];
		x348 = new $Uint64(0, 0);
		x349 = new $Uint64(0, 0);
		_tuple$173 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x349 = _tuple$173[0];
		x348 = _tuple$173[1];
		x350 = new $Uint64(0, 0);
		x351 = new $Uint64(0, 0);
		_tuple$174 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x351 = _tuple$174[0];
		x350 = _tuple$174[1];
		x352 = new $Uint64(0, 0);
		x353 = new $Uint64(0, 0);
		_tuple$175 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x353 = _tuple$175[0];
		x352 = _tuple$175[1];
		x354 = new $Uint64(0, 0);
		x355 = new $Uint64(0, 0);
		_tuple$176 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x355 = _tuple$176[0];
		x354 = _tuple$176[1];
		x356 = new $Uint64(0, 0);
		x357 = new $Uint64(0, 0);
		_tuple$177 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x357 = _tuple$177[0];
		x356 = _tuple$177[1];
		x358 = new $Uint64(0, 0);
		x359 = new $Uint64(0, 0);
		_tuple$178 = bits.Mul64(x326, new $Uint64(4294967295, 4294967295));
		x359 = _tuple$178[0];
		x358 = _tuple$178[1];
		x360 = new $Uint64(0, 0);
		x361 = new $Uint64(0, 0);
		_tuple$179 = bits.Add64(x359, x356, new $Uint64(0, 0));
		x360 = _tuple$179[0];
		x361 = _tuple$179[1];
		x362 = new $Uint64(0, 0);
		x363 = new $Uint64(0, 0);
		_tuple$180 = bits.Add64(x357, x354, ((x$142 = (new p521Uint1(x361.$high, x361.$low)), new $Uint64(x$142.$high, x$142.$low))));
		x362 = _tuple$180[0];
		x363 = _tuple$180[1];
		x364 = new $Uint64(0, 0);
		x365 = new $Uint64(0, 0);
		_tuple$181 = bits.Add64(x355, x352, ((x$143 = (new p521Uint1(x363.$high, x363.$low)), new $Uint64(x$143.$high, x$143.$low))));
		x364 = _tuple$181[0];
		x365 = _tuple$181[1];
		x366 = new $Uint64(0, 0);
		x367 = new $Uint64(0, 0);
		_tuple$182 = bits.Add64(x353, x350, ((x$144 = (new p521Uint1(x365.$high, x365.$low)), new $Uint64(x$144.$high, x$144.$low))));
		x366 = _tuple$182[0];
		x367 = _tuple$182[1];
		x368 = new $Uint64(0, 0);
		x369 = new $Uint64(0, 0);
		_tuple$183 = bits.Add64(x351, x348, ((x$145 = (new p521Uint1(x367.$high, x367.$low)), new $Uint64(x$145.$high, x$145.$low))));
		x368 = _tuple$183[0];
		x369 = _tuple$183[1];
		x370 = new $Uint64(0, 0);
		x371 = new $Uint64(0, 0);
		_tuple$184 = bits.Add64(x349, x346, ((x$146 = (new p521Uint1(x369.$high, x369.$low)), new $Uint64(x$146.$high, x$146.$low))));
		x370 = _tuple$184[0];
		x371 = _tuple$184[1];
		x372 = new $Uint64(0, 0);
		x373 = new $Uint64(0, 0);
		_tuple$185 = bits.Add64(x347, x344, ((x$147 = (new p521Uint1(x371.$high, x371.$low)), new $Uint64(x$147.$high, x$147.$low))));
		x372 = _tuple$185[0];
		x373 = _tuple$185[1];
		x374 = new $Uint64(0, 0);
		x375 = new $Uint64(0, 0);
		_tuple$186 = bits.Add64(x345, x342, ((x$148 = (new p521Uint1(x373.$high, x373.$low)), new $Uint64(x$148.$high, x$148.$low))));
		x374 = _tuple$186[0];
		x375 = _tuple$186[1];
		x377 = new $Uint64(0, 0);
		_tuple$187 = bits.Add64(x326, x358, new $Uint64(0, 0));
		x377 = _tuple$187[1];
		x378 = new $Uint64(0, 0);
		x379 = new $Uint64(0, 0);
		_tuple$188 = bits.Add64(x328, x360, ((x$149 = (new p521Uint1(x377.$high, x377.$low)), new $Uint64(x$149.$high, x$149.$low))));
		x378 = _tuple$188[0];
		x379 = _tuple$188[1];
		x380 = new $Uint64(0, 0);
		x381 = new $Uint64(0, 0);
		_tuple$189 = bits.Add64(x330, x362, ((x$150 = (new p521Uint1(x379.$high, x379.$low)), new $Uint64(x$150.$high, x$150.$low))));
		x380 = _tuple$189[0];
		x381 = _tuple$189[1];
		x382 = new $Uint64(0, 0);
		x383 = new $Uint64(0, 0);
		_tuple$190 = bits.Add64(x332, x364, ((x$151 = (new p521Uint1(x381.$high, x381.$low)), new $Uint64(x$151.$high, x$151.$low))));
		x382 = _tuple$190[0];
		x383 = _tuple$190[1];
		x384 = new $Uint64(0, 0);
		x385 = new $Uint64(0, 0);
		_tuple$191 = bits.Add64(x334, x366, ((x$152 = (new p521Uint1(x383.$high, x383.$low)), new $Uint64(x$152.$high, x$152.$low))));
		x384 = _tuple$191[0];
		x385 = _tuple$191[1];
		x386 = new $Uint64(0, 0);
		x387 = new $Uint64(0, 0);
		_tuple$192 = bits.Add64(x336, x368, ((x$153 = (new p521Uint1(x385.$high, x385.$low)), new $Uint64(x$153.$high, x$153.$low))));
		x386 = _tuple$192[0];
		x387 = _tuple$192[1];
		x388 = new $Uint64(0, 0);
		x389 = new $Uint64(0, 0);
		_tuple$193 = bits.Add64(x338, x370, ((x$154 = (new p521Uint1(x387.$high, x387.$low)), new $Uint64(x$154.$high, x$154.$low))));
		x388 = _tuple$193[0];
		x389 = _tuple$193[1];
		x390 = new $Uint64(0, 0);
		x391 = new $Uint64(0, 0);
		_tuple$194 = bits.Add64(x340, x372, ((x$155 = (new p521Uint1(x389.$high, x389.$low)), new $Uint64(x$155.$high, x$155.$low))));
		x390 = _tuple$194[0];
		x391 = _tuple$194[1];
		x392 = new $Uint64(0, 0);
		x393 = new $Uint64(0, 0);
		_tuple$195 = bits.Add64((x$156 = ((x$157 = (new p521Uint1(x341.$high, x341.$low)), new $Uint64(x$157.$high, x$157.$low))), x$158 = (x$159 = ((x$160 = (new p521Uint1(x325.$high, x325.$low)), new $Uint64(x$160.$high, x$160.$low))), x$161 = (x$162 = ((x$163 = (new p521Uint1(x307.$high, x307.$low)), new $Uint64(x$163.$high, x$163.$low))), new $Uint64(x$162.$high + x275.$high, x$162.$low + x275.$low)), new $Uint64(x$159.$high + x$161.$high, x$159.$low + x$161.$low)), new $Uint64(x$156.$high + x$158.$high, x$156.$low + x$158.$low)), x374, ((x$164 = (new p521Uint1(x391.$high, x391.$low)), new $Uint64(x$164.$high, x$164.$low))));
		x392 = _tuple$195[0];
		x393 = _tuple$195[1];
		x394 = new $Uint64(0, 0);
		x395 = new $Uint64(0, 0);
		_tuple$196 = bits.Add64(x378, arg1[6], new $Uint64(0, 0));
		x394 = _tuple$196[0];
		x395 = _tuple$196[1];
		x396 = new $Uint64(0, 0);
		x397 = new $Uint64(0, 0);
		_tuple$197 = bits.Add64(x380, new $Uint64(0, 0), ((x$165 = (new p521Uint1(x395.$high, x395.$low)), new $Uint64(x$165.$high, x$165.$low))));
		x396 = _tuple$197[0];
		x397 = _tuple$197[1];
		x398 = new $Uint64(0, 0);
		x399 = new $Uint64(0, 0);
		_tuple$198 = bits.Add64(x382, new $Uint64(0, 0), ((x$166 = (new p521Uint1(x397.$high, x397.$low)), new $Uint64(x$166.$high, x$166.$low))));
		x398 = _tuple$198[0];
		x399 = _tuple$198[1];
		x400 = new $Uint64(0, 0);
		x401 = new $Uint64(0, 0);
		_tuple$199 = bits.Add64(x384, new $Uint64(0, 0), ((x$167 = (new p521Uint1(x399.$high, x399.$low)), new $Uint64(x$167.$high, x$167.$low))));
		x400 = _tuple$199[0];
		x401 = _tuple$199[1];
		x402 = new $Uint64(0, 0);
		x403 = new $Uint64(0, 0);
		_tuple$200 = bits.Add64(x386, new $Uint64(0, 0), ((x$168 = (new p521Uint1(x401.$high, x401.$low)), new $Uint64(x$168.$high, x$168.$low))));
		x402 = _tuple$200[0];
		x403 = _tuple$200[1];
		x404 = new $Uint64(0, 0);
		x405 = new $Uint64(0, 0);
		_tuple$201 = bits.Add64(x388, new $Uint64(0, 0), ((x$169 = (new p521Uint1(x403.$high, x403.$low)), new $Uint64(x$169.$high, x$169.$low))));
		x404 = _tuple$201[0];
		x405 = _tuple$201[1];
		x406 = new $Uint64(0, 0);
		x407 = new $Uint64(0, 0);
		_tuple$202 = bits.Add64(x390, new $Uint64(0, 0), ((x$170 = (new p521Uint1(x405.$high, x405.$low)), new $Uint64(x$170.$high, x$170.$low))));
		x406 = _tuple$202[0];
		x407 = _tuple$202[1];
		x408 = new $Uint64(0, 0);
		x409 = new $Uint64(0, 0);
		_tuple$203 = bits.Add64(x392, new $Uint64(0, 0), ((x$171 = (new p521Uint1(x407.$high, x407.$low)), new $Uint64(x$171.$high, x$171.$low))));
		x408 = _tuple$203[0];
		x409 = _tuple$203[1];
		x410 = new $Uint64(0, 0);
		x411 = new $Uint64(0, 0);
		_tuple$204 = bits.Mul64(x394, new $Uint64(0, 511));
		x411 = _tuple$204[0];
		x410 = _tuple$204[1];
		x412 = new $Uint64(0, 0);
		x413 = new $Uint64(0, 0);
		_tuple$205 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x413 = _tuple$205[0];
		x412 = _tuple$205[1];
		x414 = new $Uint64(0, 0);
		x415 = new $Uint64(0, 0);
		_tuple$206 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x415 = _tuple$206[0];
		x414 = _tuple$206[1];
		x416 = new $Uint64(0, 0);
		x417 = new $Uint64(0, 0);
		_tuple$207 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x417 = _tuple$207[0];
		x416 = _tuple$207[1];
		x418 = new $Uint64(0, 0);
		x419 = new $Uint64(0, 0);
		_tuple$208 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x419 = _tuple$208[0];
		x418 = _tuple$208[1];
		x420 = new $Uint64(0, 0);
		x421 = new $Uint64(0, 0);
		_tuple$209 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x421 = _tuple$209[0];
		x420 = _tuple$209[1];
		x422 = new $Uint64(0, 0);
		x423 = new $Uint64(0, 0);
		_tuple$210 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x423 = _tuple$210[0];
		x422 = _tuple$210[1];
		x424 = new $Uint64(0, 0);
		x425 = new $Uint64(0, 0);
		_tuple$211 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x425 = _tuple$211[0];
		x424 = _tuple$211[1];
		x426 = new $Uint64(0, 0);
		x427 = new $Uint64(0, 0);
		_tuple$212 = bits.Mul64(x394, new $Uint64(4294967295, 4294967295));
		x427 = _tuple$212[0];
		x426 = _tuple$212[1];
		x428 = new $Uint64(0, 0);
		x429 = new $Uint64(0, 0);
		_tuple$213 = bits.Add64(x427, x424, new $Uint64(0, 0));
		x428 = _tuple$213[0];
		x429 = _tuple$213[1];
		x430 = new $Uint64(0, 0);
		x431 = new $Uint64(0, 0);
		_tuple$214 = bits.Add64(x425, x422, ((x$172 = (new p521Uint1(x429.$high, x429.$low)), new $Uint64(x$172.$high, x$172.$low))));
		x430 = _tuple$214[0];
		x431 = _tuple$214[1];
		x432 = new $Uint64(0, 0);
		x433 = new $Uint64(0, 0);
		_tuple$215 = bits.Add64(x423, x420, ((x$173 = (new p521Uint1(x431.$high, x431.$low)), new $Uint64(x$173.$high, x$173.$low))));
		x432 = _tuple$215[0];
		x433 = _tuple$215[1];
		x434 = new $Uint64(0, 0);
		x435 = new $Uint64(0, 0);
		_tuple$216 = bits.Add64(x421, x418, ((x$174 = (new p521Uint1(x433.$high, x433.$low)), new $Uint64(x$174.$high, x$174.$low))));
		x434 = _tuple$216[0];
		x435 = _tuple$216[1];
		x436 = new $Uint64(0, 0);
		x437 = new $Uint64(0, 0);
		_tuple$217 = bits.Add64(x419, x416, ((x$175 = (new p521Uint1(x435.$high, x435.$low)), new $Uint64(x$175.$high, x$175.$low))));
		x436 = _tuple$217[0];
		x437 = _tuple$217[1];
		x438 = new $Uint64(0, 0);
		x439 = new $Uint64(0, 0);
		_tuple$218 = bits.Add64(x417, x414, ((x$176 = (new p521Uint1(x437.$high, x437.$low)), new $Uint64(x$176.$high, x$176.$low))));
		x438 = _tuple$218[0];
		x439 = _tuple$218[1];
		x440 = new $Uint64(0, 0);
		x441 = new $Uint64(0, 0);
		_tuple$219 = bits.Add64(x415, x412, ((x$177 = (new p521Uint1(x439.$high, x439.$low)), new $Uint64(x$177.$high, x$177.$low))));
		x440 = _tuple$219[0];
		x441 = _tuple$219[1];
		x442 = new $Uint64(0, 0);
		x443 = new $Uint64(0, 0);
		_tuple$220 = bits.Add64(x413, x410, ((x$178 = (new p521Uint1(x441.$high, x441.$low)), new $Uint64(x$178.$high, x$178.$low))));
		x442 = _tuple$220[0];
		x443 = _tuple$220[1];
		x445 = new $Uint64(0, 0);
		_tuple$221 = bits.Add64(x394, x426, new $Uint64(0, 0));
		x445 = _tuple$221[1];
		x446 = new $Uint64(0, 0);
		x447 = new $Uint64(0, 0);
		_tuple$222 = bits.Add64(x396, x428, ((x$179 = (new p521Uint1(x445.$high, x445.$low)), new $Uint64(x$179.$high, x$179.$low))));
		x446 = _tuple$222[0];
		x447 = _tuple$222[1];
		x448 = new $Uint64(0, 0);
		x449 = new $Uint64(0, 0);
		_tuple$223 = bits.Add64(x398, x430, ((x$180 = (new p521Uint1(x447.$high, x447.$low)), new $Uint64(x$180.$high, x$180.$low))));
		x448 = _tuple$223[0];
		x449 = _tuple$223[1];
		x450 = new $Uint64(0, 0);
		x451 = new $Uint64(0, 0);
		_tuple$224 = bits.Add64(x400, x432, ((x$181 = (new p521Uint1(x449.$high, x449.$low)), new $Uint64(x$181.$high, x$181.$low))));
		x450 = _tuple$224[0];
		x451 = _tuple$224[1];
		x452 = new $Uint64(0, 0);
		x453 = new $Uint64(0, 0);
		_tuple$225 = bits.Add64(x402, x434, ((x$182 = (new p521Uint1(x451.$high, x451.$low)), new $Uint64(x$182.$high, x$182.$low))));
		x452 = _tuple$225[0];
		x453 = _tuple$225[1];
		x454 = new $Uint64(0, 0);
		x455 = new $Uint64(0, 0);
		_tuple$226 = bits.Add64(x404, x436, ((x$183 = (new p521Uint1(x453.$high, x453.$low)), new $Uint64(x$183.$high, x$183.$low))));
		x454 = _tuple$226[0];
		x455 = _tuple$226[1];
		x456 = new $Uint64(0, 0);
		x457 = new $Uint64(0, 0);
		_tuple$227 = bits.Add64(x406, x438, ((x$184 = (new p521Uint1(x455.$high, x455.$low)), new $Uint64(x$184.$high, x$184.$low))));
		x456 = _tuple$227[0];
		x457 = _tuple$227[1];
		x458 = new $Uint64(0, 0);
		x459 = new $Uint64(0, 0);
		_tuple$228 = bits.Add64(x408, x440, ((x$185 = (new p521Uint1(x457.$high, x457.$low)), new $Uint64(x$185.$high, x$185.$low))));
		x458 = _tuple$228[0];
		x459 = _tuple$228[1];
		x460 = new $Uint64(0, 0);
		x461 = new $Uint64(0, 0);
		_tuple$229 = bits.Add64((x$186 = ((x$187 = (new p521Uint1(x409.$high, x409.$low)), new $Uint64(x$187.$high, x$187.$low))), x$188 = (x$189 = ((x$190 = (new p521Uint1(x393.$high, x393.$low)), new $Uint64(x$190.$high, x$190.$low))), x$191 = (x$192 = ((x$193 = (new p521Uint1(x375.$high, x375.$low)), new $Uint64(x$193.$high, x$193.$low))), new $Uint64(x$192.$high + x343.$high, x$192.$low + x343.$low)), new $Uint64(x$189.$high + x$191.$high, x$189.$low + x$191.$low)), new $Uint64(x$186.$high + x$188.$high, x$186.$low + x$188.$low)), x442, ((x$194 = (new p521Uint1(x459.$high, x459.$low)), new $Uint64(x$194.$high, x$194.$low))));
		x460 = _tuple$229[0];
		x461 = _tuple$229[1];
		x462 = new $Uint64(0, 0);
		x463 = new $Uint64(0, 0);
		_tuple$230 = bits.Add64(x446, arg1[7], new $Uint64(0, 0));
		x462 = _tuple$230[0];
		x463 = _tuple$230[1];
		x464 = new $Uint64(0, 0);
		x465 = new $Uint64(0, 0);
		_tuple$231 = bits.Add64(x448, new $Uint64(0, 0), ((x$195 = (new p521Uint1(x463.$high, x463.$low)), new $Uint64(x$195.$high, x$195.$low))));
		x464 = _tuple$231[0];
		x465 = _tuple$231[1];
		x466 = new $Uint64(0, 0);
		x467 = new $Uint64(0, 0);
		_tuple$232 = bits.Add64(x450, new $Uint64(0, 0), ((x$196 = (new p521Uint1(x465.$high, x465.$low)), new $Uint64(x$196.$high, x$196.$low))));
		x466 = _tuple$232[0];
		x467 = _tuple$232[1];
		x468 = new $Uint64(0, 0);
		x469 = new $Uint64(0, 0);
		_tuple$233 = bits.Add64(x452, new $Uint64(0, 0), ((x$197 = (new p521Uint1(x467.$high, x467.$low)), new $Uint64(x$197.$high, x$197.$low))));
		x468 = _tuple$233[0];
		x469 = _tuple$233[1];
		x470 = new $Uint64(0, 0);
		x471 = new $Uint64(0, 0);
		_tuple$234 = bits.Add64(x454, new $Uint64(0, 0), ((x$198 = (new p521Uint1(x469.$high, x469.$low)), new $Uint64(x$198.$high, x$198.$low))));
		x470 = _tuple$234[0];
		x471 = _tuple$234[1];
		x472 = new $Uint64(0, 0);
		x473 = new $Uint64(0, 0);
		_tuple$235 = bits.Add64(x456, new $Uint64(0, 0), ((x$199 = (new p521Uint1(x471.$high, x471.$low)), new $Uint64(x$199.$high, x$199.$low))));
		x472 = _tuple$235[0];
		x473 = _tuple$235[1];
		x474 = new $Uint64(0, 0);
		x475 = new $Uint64(0, 0);
		_tuple$236 = bits.Add64(x458, new $Uint64(0, 0), ((x$200 = (new p521Uint1(x473.$high, x473.$low)), new $Uint64(x$200.$high, x$200.$low))));
		x474 = _tuple$236[0];
		x475 = _tuple$236[1];
		x476 = new $Uint64(0, 0);
		x477 = new $Uint64(0, 0);
		_tuple$237 = bits.Add64(x460, new $Uint64(0, 0), ((x$201 = (new p521Uint1(x475.$high, x475.$low)), new $Uint64(x$201.$high, x$201.$low))));
		x476 = _tuple$237[0];
		x477 = _tuple$237[1];
		x478 = new $Uint64(0, 0);
		x479 = new $Uint64(0, 0);
		_tuple$238 = bits.Mul64(x462, new $Uint64(0, 511));
		x479 = _tuple$238[0];
		x478 = _tuple$238[1];
		x480 = new $Uint64(0, 0);
		x481 = new $Uint64(0, 0);
		_tuple$239 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x481 = _tuple$239[0];
		x480 = _tuple$239[1];
		x482 = new $Uint64(0, 0);
		x483 = new $Uint64(0, 0);
		_tuple$240 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x483 = _tuple$240[0];
		x482 = _tuple$240[1];
		x484 = new $Uint64(0, 0);
		x485 = new $Uint64(0, 0);
		_tuple$241 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x485 = _tuple$241[0];
		x484 = _tuple$241[1];
		x486 = new $Uint64(0, 0);
		x487 = new $Uint64(0, 0);
		_tuple$242 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x487 = _tuple$242[0];
		x486 = _tuple$242[1];
		x488 = new $Uint64(0, 0);
		x489 = new $Uint64(0, 0);
		_tuple$243 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x489 = _tuple$243[0];
		x488 = _tuple$243[1];
		x490 = new $Uint64(0, 0);
		x491 = new $Uint64(0, 0);
		_tuple$244 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x491 = _tuple$244[0];
		x490 = _tuple$244[1];
		x492 = new $Uint64(0, 0);
		x493 = new $Uint64(0, 0);
		_tuple$245 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x493 = _tuple$245[0];
		x492 = _tuple$245[1];
		x494 = new $Uint64(0, 0);
		x495 = new $Uint64(0, 0);
		_tuple$246 = bits.Mul64(x462, new $Uint64(4294967295, 4294967295));
		x495 = _tuple$246[0];
		x494 = _tuple$246[1];
		x496 = new $Uint64(0, 0);
		x497 = new $Uint64(0, 0);
		_tuple$247 = bits.Add64(x495, x492, new $Uint64(0, 0));
		x496 = _tuple$247[0];
		x497 = _tuple$247[1];
		x498 = new $Uint64(0, 0);
		x499 = new $Uint64(0, 0);
		_tuple$248 = bits.Add64(x493, x490, ((x$202 = (new p521Uint1(x497.$high, x497.$low)), new $Uint64(x$202.$high, x$202.$low))));
		x498 = _tuple$248[0];
		x499 = _tuple$248[1];
		x500 = new $Uint64(0, 0);
		x501 = new $Uint64(0, 0);
		_tuple$249 = bits.Add64(x491, x488, ((x$203 = (new p521Uint1(x499.$high, x499.$low)), new $Uint64(x$203.$high, x$203.$low))));
		x500 = _tuple$249[0];
		x501 = _tuple$249[1];
		x502 = new $Uint64(0, 0);
		x503 = new $Uint64(0, 0);
		_tuple$250 = bits.Add64(x489, x486, ((x$204 = (new p521Uint1(x501.$high, x501.$low)), new $Uint64(x$204.$high, x$204.$low))));
		x502 = _tuple$250[0];
		x503 = _tuple$250[1];
		x504 = new $Uint64(0, 0);
		x505 = new $Uint64(0, 0);
		_tuple$251 = bits.Add64(x487, x484, ((x$205 = (new p521Uint1(x503.$high, x503.$low)), new $Uint64(x$205.$high, x$205.$low))));
		x504 = _tuple$251[0];
		x505 = _tuple$251[1];
		x506 = new $Uint64(0, 0);
		x507 = new $Uint64(0, 0);
		_tuple$252 = bits.Add64(x485, x482, ((x$206 = (new p521Uint1(x505.$high, x505.$low)), new $Uint64(x$206.$high, x$206.$low))));
		x506 = _tuple$252[0];
		x507 = _tuple$252[1];
		x508 = new $Uint64(0, 0);
		x509 = new $Uint64(0, 0);
		_tuple$253 = bits.Add64(x483, x480, ((x$207 = (new p521Uint1(x507.$high, x507.$low)), new $Uint64(x$207.$high, x$207.$low))));
		x508 = _tuple$253[0];
		x509 = _tuple$253[1];
		x510 = new $Uint64(0, 0);
		x511 = new $Uint64(0, 0);
		_tuple$254 = bits.Add64(x481, x478, ((x$208 = (new p521Uint1(x509.$high, x509.$low)), new $Uint64(x$208.$high, x$208.$low))));
		x510 = _tuple$254[0];
		x511 = _tuple$254[1];
		x513 = new $Uint64(0, 0);
		_tuple$255 = bits.Add64(x462, x494, new $Uint64(0, 0));
		x513 = _tuple$255[1];
		x514 = new $Uint64(0, 0);
		x515 = new $Uint64(0, 0);
		_tuple$256 = bits.Add64(x464, x496, ((x$209 = (new p521Uint1(x513.$high, x513.$low)), new $Uint64(x$209.$high, x$209.$low))));
		x514 = _tuple$256[0];
		x515 = _tuple$256[1];
		x516 = new $Uint64(0, 0);
		x517 = new $Uint64(0, 0);
		_tuple$257 = bits.Add64(x466, x498, ((x$210 = (new p521Uint1(x515.$high, x515.$low)), new $Uint64(x$210.$high, x$210.$low))));
		x516 = _tuple$257[0];
		x517 = _tuple$257[1];
		x518 = new $Uint64(0, 0);
		x519 = new $Uint64(0, 0);
		_tuple$258 = bits.Add64(x468, x500, ((x$211 = (new p521Uint1(x517.$high, x517.$low)), new $Uint64(x$211.$high, x$211.$low))));
		x518 = _tuple$258[0];
		x519 = _tuple$258[1];
		x520 = new $Uint64(0, 0);
		x521 = new $Uint64(0, 0);
		_tuple$259 = bits.Add64(x470, x502, ((x$212 = (new p521Uint1(x519.$high, x519.$low)), new $Uint64(x$212.$high, x$212.$low))));
		x520 = _tuple$259[0];
		x521 = _tuple$259[1];
		x522 = new $Uint64(0, 0);
		x523 = new $Uint64(0, 0);
		_tuple$260 = bits.Add64(x472, x504, ((x$213 = (new p521Uint1(x521.$high, x521.$low)), new $Uint64(x$213.$high, x$213.$low))));
		x522 = _tuple$260[0];
		x523 = _tuple$260[1];
		x524 = new $Uint64(0, 0);
		x525 = new $Uint64(0, 0);
		_tuple$261 = bits.Add64(x474, x506, ((x$214 = (new p521Uint1(x523.$high, x523.$low)), new $Uint64(x$214.$high, x$214.$low))));
		x524 = _tuple$261[0];
		x525 = _tuple$261[1];
		x526 = new $Uint64(0, 0);
		x527 = new $Uint64(0, 0);
		_tuple$262 = bits.Add64(x476, x508, ((x$215 = (new p521Uint1(x525.$high, x525.$low)), new $Uint64(x$215.$high, x$215.$low))));
		x526 = _tuple$262[0];
		x527 = _tuple$262[1];
		x528 = new $Uint64(0, 0);
		x529 = new $Uint64(0, 0);
		_tuple$263 = bits.Add64((x$216 = ((x$217 = (new p521Uint1(x477.$high, x477.$low)), new $Uint64(x$217.$high, x$217.$low))), x$218 = (x$219 = ((x$220 = (new p521Uint1(x461.$high, x461.$low)), new $Uint64(x$220.$high, x$220.$low))), x$221 = (x$222 = ((x$223 = (new p521Uint1(x443.$high, x443.$low)), new $Uint64(x$223.$high, x$223.$low))), new $Uint64(x$222.$high + x411.$high, x$222.$low + x411.$low)), new $Uint64(x$219.$high + x$221.$high, x$219.$low + x$221.$low)), new $Uint64(x$216.$high + x$218.$high, x$216.$low + x$218.$low)), x510, ((x$224 = (new p521Uint1(x527.$high, x527.$low)), new $Uint64(x$224.$high, x$224.$low))));
		x528 = _tuple$263[0];
		x529 = _tuple$263[1];
		x530 = new $Uint64(0, 0);
		x531 = new $Uint64(0, 0);
		_tuple$264 = bits.Add64(x514, arg1[8], new $Uint64(0, 0));
		x530 = _tuple$264[0];
		x531 = _tuple$264[1];
		x532 = new $Uint64(0, 0);
		x533 = new $Uint64(0, 0);
		_tuple$265 = bits.Add64(x516, new $Uint64(0, 0), ((x$225 = (new p521Uint1(x531.$high, x531.$low)), new $Uint64(x$225.$high, x$225.$low))));
		x532 = _tuple$265[0];
		x533 = _tuple$265[1];
		x534 = new $Uint64(0, 0);
		x535 = new $Uint64(0, 0);
		_tuple$266 = bits.Add64(x518, new $Uint64(0, 0), ((x$226 = (new p521Uint1(x533.$high, x533.$low)), new $Uint64(x$226.$high, x$226.$low))));
		x534 = _tuple$266[0];
		x535 = _tuple$266[1];
		x536 = new $Uint64(0, 0);
		x537 = new $Uint64(0, 0);
		_tuple$267 = bits.Add64(x520, new $Uint64(0, 0), ((x$227 = (new p521Uint1(x535.$high, x535.$low)), new $Uint64(x$227.$high, x$227.$low))));
		x536 = _tuple$267[0];
		x537 = _tuple$267[1];
		x538 = new $Uint64(0, 0);
		x539 = new $Uint64(0, 0);
		_tuple$268 = bits.Add64(x522, new $Uint64(0, 0), ((x$228 = (new p521Uint1(x537.$high, x537.$low)), new $Uint64(x$228.$high, x$228.$low))));
		x538 = _tuple$268[0];
		x539 = _tuple$268[1];
		x540 = new $Uint64(0, 0);
		x541 = new $Uint64(0, 0);
		_tuple$269 = bits.Add64(x524, new $Uint64(0, 0), ((x$229 = (new p521Uint1(x539.$high, x539.$low)), new $Uint64(x$229.$high, x$229.$low))));
		x540 = _tuple$269[0];
		x541 = _tuple$269[1];
		x542 = new $Uint64(0, 0);
		x543 = new $Uint64(0, 0);
		_tuple$270 = bits.Add64(x526, new $Uint64(0, 0), ((x$230 = (new p521Uint1(x541.$high, x541.$low)), new $Uint64(x$230.$high, x$230.$low))));
		x542 = _tuple$270[0];
		x543 = _tuple$270[1];
		x544 = new $Uint64(0, 0);
		x545 = new $Uint64(0, 0);
		_tuple$271 = bits.Add64(x528, new $Uint64(0, 0), ((x$231 = (new p521Uint1(x543.$high, x543.$low)), new $Uint64(x$231.$high, x$231.$low))));
		x544 = _tuple$271[0];
		x545 = _tuple$271[1];
		x546 = new $Uint64(0, 0);
		x547 = new $Uint64(0, 0);
		_tuple$272 = bits.Mul64(x530, new $Uint64(0, 511));
		x547 = _tuple$272[0];
		x546 = _tuple$272[1];
		x548 = new $Uint64(0, 0);
		x549 = new $Uint64(0, 0);
		_tuple$273 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x549 = _tuple$273[0];
		x548 = _tuple$273[1];
		x550 = new $Uint64(0, 0);
		x551 = new $Uint64(0, 0);
		_tuple$274 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x551 = _tuple$274[0];
		x550 = _tuple$274[1];
		x552 = new $Uint64(0, 0);
		x553 = new $Uint64(0, 0);
		_tuple$275 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x553 = _tuple$275[0];
		x552 = _tuple$275[1];
		x554 = new $Uint64(0, 0);
		x555 = new $Uint64(0, 0);
		_tuple$276 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x555 = _tuple$276[0];
		x554 = _tuple$276[1];
		x556 = new $Uint64(0, 0);
		x557 = new $Uint64(0, 0);
		_tuple$277 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x557 = _tuple$277[0];
		x556 = _tuple$277[1];
		x558 = new $Uint64(0, 0);
		x559 = new $Uint64(0, 0);
		_tuple$278 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x559 = _tuple$278[0];
		x558 = _tuple$278[1];
		x560 = new $Uint64(0, 0);
		x561 = new $Uint64(0, 0);
		_tuple$279 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x561 = _tuple$279[0];
		x560 = _tuple$279[1];
		x562 = new $Uint64(0, 0);
		x563 = new $Uint64(0, 0);
		_tuple$280 = bits.Mul64(x530, new $Uint64(4294967295, 4294967295));
		x563 = _tuple$280[0];
		x562 = _tuple$280[1];
		x564 = new $Uint64(0, 0);
		x565 = new $Uint64(0, 0);
		_tuple$281 = bits.Add64(x563, x560, new $Uint64(0, 0));
		x564 = _tuple$281[0];
		x565 = _tuple$281[1];
		x566 = new $Uint64(0, 0);
		x567 = new $Uint64(0, 0);
		_tuple$282 = bits.Add64(x561, x558, ((x$232 = (new p521Uint1(x565.$high, x565.$low)), new $Uint64(x$232.$high, x$232.$low))));
		x566 = _tuple$282[0];
		x567 = _tuple$282[1];
		x568 = new $Uint64(0, 0);
		x569 = new $Uint64(0, 0);
		_tuple$283 = bits.Add64(x559, x556, ((x$233 = (new p521Uint1(x567.$high, x567.$low)), new $Uint64(x$233.$high, x$233.$low))));
		x568 = _tuple$283[0];
		x569 = _tuple$283[1];
		x570 = new $Uint64(0, 0);
		x571 = new $Uint64(0, 0);
		_tuple$284 = bits.Add64(x557, x554, ((x$234 = (new p521Uint1(x569.$high, x569.$low)), new $Uint64(x$234.$high, x$234.$low))));
		x570 = _tuple$284[0];
		x571 = _tuple$284[1];
		x572 = new $Uint64(0, 0);
		x573 = new $Uint64(0, 0);
		_tuple$285 = bits.Add64(x555, x552, ((x$235 = (new p521Uint1(x571.$high, x571.$low)), new $Uint64(x$235.$high, x$235.$low))));
		x572 = _tuple$285[0];
		x573 = _tuple$285[1];
		x574 = new $Uint64(0, 0);
		x575 = new $Uint64(0, 0);
		_tuple$286 = bits.Add64(x553, x550, ((x$236 = (new p521Uint1(x573.$high, x573.$low)), new $Uint64(x$236.$high, x$236.$low))));
		x574 = _tuple$286[0];
		x575 = _tuple$286[1];
		x576 = new $Uint64(0, 0);
		x577 = new $Uint64(0, 0);
		_tuple$287 = bits.Add64(x551, x548, ((x$237 = (new p521Uint1(x575.$high, x575.$low)), new $Uint64(x$237.$high, x$237.$low))));
		x576 = _tuple$287[0];
		x577 = _tuple$287[1];
		x578 = new $Uint64(0, 0);
		x579 = new $Uint64(0, 0);
		_tuple$288 = bits.Add64(x549, x546, ((x$238 = (new p521Uint1(x577.$high, x577.$low)), new $Uint64(x$238.$high, x$238.$low))));
		x578 = _tuple$288[0];
		x579 = _tuple$288[1];
		x581 = new $Uint64(0, 0);
		_tuple$289 = bits.Add64(x530, x562, new $Uint64(0, 0));
		x581 = _tuple$289[1];
		x582 = new $Uint64(0, 0);
		x583 = new $Uint64(0, 0);
		_tuple$290 = bits.Add64(x532, x564, ((x$239 = (new p521Uint1(x581.$high, x581.$low)), new $Uint64(x$239.$high, x$239.$low))));
		x582 = _tuple$290[0];
		x583 = _tuple$290[1];
		x584 = new $Uint64(0, 0);
		x585 = new $Uint64(0, 0);
		_tuple$291 = bits.Add64(x534, x566, ((x$240 = (new p521Uint1(x583.$high, x583.$low)), new $Uint64(x$240.$high, x$240.$low))));
		x584 = _tuple$291[0];
		x585 = _tuple$291[1];
		x586 = new $Uint64(0, 0);
		x587 = new $Uint64(0, 0);
		_tuple$292 = bits.Add64(x536, x568, ((x$241 = (new p521Uint1(x585.$high, x585.$low)), new $Uint64(x$241.$high, x$241.$low))));
		x586 = _tuple$292[0];
		x587 = _tuple$292[1];
		x588 = new $Uint64(0, 0);
		x589 = new $Uint64(0, 0);
		_tuple$293 = bits.Add64(x538, x570, ((x$242 = (new p521Uint1(x587.$high, x587.$low)), new $Uint64(x$242.$high, x$242.$low))));
		x588 = _tuple$293[0];
		x589 = _tuple$293[1];
		x590 = new $Uint64(0, 0);
		x591 = new $Uint64(0, 0);
		_tuple$294 = bits.Add64(x540, x572, ((x$243 = (new p521Uint1(x589.$high, x589.$low)), new $Uint64(x$243.$high, x$243.$low))));
		x590 = _tuple$294[0];
		x591 = _tuple$294[1];
		x592 = new $Uint64(0, 0);
		x593 = new $Uint64(0, 0);
		_tuple$295 = bits.Add64(x542, x574, ((x$244 = (new p521Uint1(x591.$high, x591.$low)), new $Uint64(x$244.$high, x$244.$low))));
		x592 = _tuple$295[0];
		x593 = _tuple$295[1];
		x594 = new $Uint64(0, 0);
		x595 = new $Uint64(0, 0);
		_tuple$296 = bits.Add64(x544, x576, ((x$245 = (new p521Uint1(x593.$high, x593.$low)), new $Uint64(x$245.$high, x$245.$low))));
		x594 = _tuple$296[0];
		x595 = _tuple$296[1];
		x596 = new $Uint64(0, 0);
		x597 = new $Uint64(0, 0);
		_tuple$297 = bits.Add64((x$246 = ((x$247 = (new p521Uint1(x545.$high, x545.$low)), new $Uint64(x$247.$high, x$247.$low))), x$248 = (x$249 = ((x$250 = (new p521Uint1(x529.$high, x529.$low)), new $Uint64(x$250.$high, x$250.$low))), x$251 = (x$252 = ((x$253 = (new p521Uint1(x511.$high, x511.$low)), new $Uint64(x$253.$high, x$253.$low))), new $Uint64(x$252.$high + x479.$high, x$252.$low + x479.$low)), new $Uint64(x$249.$high + x$251.$high, x$249.$low + x$251.$low)), new $Uint64(x$246.$high + x$248.$high, x$246.$low + x$248.$low)), x578, ((x$254 = (new p521Uint1(x595.$high, x595.$low)), new $Uint64(x$254.$high, x$254.$low))));
		x596 = _tuple$297[0];
		x597 = _tuple$297[1];
		x598 = (x$255 = ((x$256 = (new p521Uint1(x597.$high, x597.$low)), new $Uint64(x$256.$high, x$256.$low))), x$257 = (x$258 = ((x$259 = (new p521Uint1(x579.$high, x579.$low)), new $Uint64(x$259.$high, x$259.$low))), new $Uint64(x$258.$high + x547.$high, x$258.$low + x547.$low)), new $Uint64(x$255.$high + x$257.$high, x$255.$low + x$257.$low));
		x599 = new $Uint64(0, 0);
		x600 = new $Uint64(0, 0);
		_tuple$298 = bits.Sub64(x582, new $Uint64(4294967295, 4294967295), new $Uint64(0, 0));
		x599 = _tuple$298[0];
		x600 = _tuple$298[1];
		x601 = new $Uint64(0, 0);
		x602 = new $Uint64(0, 0);
		_tuple$299 = bits.Sub64(x584, new $Uint64(4294967295, 4294967295), ((x$260 = (new p521Uint1(x600.$high, x600.$low)), new $Uint64(x$260.$high, x$260.$low))));
		x601 = _tuple$299[0];
		x602 = _tuple$299[1];
		x603 = new $Uint64(0, 0);
		x604 = new $Uint64(0, 0);
		_tuple$300 = bits.Sub64(x586, new $Uint64(4294967295, 4294967295), ((x$261 = (new p521Uint1(x602.$high, x602.$low)), new $Uint64(x$261.$high, x$261.$low))));
		x603 = _tuple$300[0];
		x604 = _tuple$300[1];
		x605 = new $Uint64(0, 0);
		x606 = new $Uint64(0, 0);
		_tuple$301 = bits.Sub64(x588, new $Uint64(4294967295, 4294967295), ((x$262 = (new p521Uint1(x604.$high, x604.$low)), new $Uint64(x$262.$high, x$262.$low))));
		x605 = _tuple$301[0];
		x606 = _tuple$301[1];
		x607 = new $Uint64(0, 0);
		x608 = new $Uint64(0, 0);
		_tuple$302 = bits.Sub64(x590, new $Uint64(4294967295, 4294967295), ((x$263 = (new p521Uint1(x606.$high, x606.$low)), new $Uint64(x$263.$high, x$263.$low))));
		x607 = _tuple$302[0];
		x608 = _tuple$302[1];
		x609 = new $Uint64(0, 0);
		x610 = new $Uint64(0, 0);
		_tuple$303 = bits.Sub64(x592, new $Uint64(4294967295, 4294967295), ((x$264 = (new p521Uint1(x608.$high, x608.$low)), new $Uint64(x$264.$high, x$264.$low))));
		x609 = _tuple$303[0];
		x610 = _tuple$303[1];
		x611 = new $Uint64(0, 0);
		x612 = new $Uint64(0, 0);
		_tuple$304 = bits.Sub64(x594, new $Uint64(4294967295, 4294967295), ((x$265 = (new p521Uint1(x610.$high, x610.$low)), new $Uint64(x$265.$high, x$265.$low))));
		x611 = _tuple$304[0];
		x612 = _tuple$304[1];
		x613 = new $Uint64(0, 0);
		x614 = new $Uint64(0, 0);
		_tuple$305 = bits.Sub64(x596, new $Uint64(4294967295, 4294967295), ((x$266 = (new p521Uint1(x612.$high, x612.$low)), new $Uint64(x$266.$high, x$266.$low))));
		x613 = _tuple$305[0];
		x614 = _tuple$305[1];
		x615 = new $Uint64(0, 0);
		x616 = new $Uint64(0, 0);
		_tuple$306 = bits.Sub64(x598, new $Uint64(0, 511), ((x$267 = (new p521Uint1(x614.$high, x614.$low)), new $Uint64(x$267.$high, x$267.$low))));
		x615 = _tuple$306[0];
		x616 = _tuple$306[1];
		x618 = new $Uint64(0, 0);
		_tuple$307 = bits.Sub64(new $Uint64(0, 0), new $Uint64(0, 0), ((x$268 = (new p521Uint1(x616.$high, x616.$low)), new $Uint64(x$268.$high, x$268.$low))));
		x618 = _tuple$307[1];
		x619 = new $Uint64(0, 0);
		p521CmovznzU64((x619$24ptr || (x619$24ptr = new ptrType(function() { return x619; }, function($v) { x619 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x599, x582);
		x620 = new $Uint64(0, 0);
		p521CmovznzU64((x620$24ptr || (x620$24ptr = new ptrType(function() { return x620; }, function($v) { x620 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x601, x584);
		x621 = new $Uint64(0, 0);
		p521CmovznzU64((x621$24ptr || (x621$24ptr = new ptrType(function() { return x621; }, function($v) { x621 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x603, x586);
		x622 = new $Uint64(0, 0);
		p521CmovznzU64((x622$24ptr || (x622$24ptr = new ptrType(function() { return x622; }, function($v) { x622 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x605, x588);
		x623 = new $Uint64(0, 0);
		p521CmovznzU64((x623$24ptr || (x623$24ptr = new ptrType(function() { return x623; }, function($v) { x623 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x607, x590);
		x624 = new $Uint64(0, 0);
		p521CmovznzU64((x624$24ptr || (x624$24ptr = new ptrType(function() { return x624; }, function($v) { x624 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x609, x592);
		x625 = new $Uint64(0, 0);
		p521CmovznzU64((x625$24ptr || (x625$24ptr = new ptrType(function() { return x625; }, function($v) { x625 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x611, x594);
		x626 = new $Uint64(0, 0);
		p521CmovznzU64((x626$24ptr || (x626$24ptr = new ptrType(function() { return x626; }, function($v) { x626 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x613, x596);
		x627 = new $Uint64(0, 0);
		p521CmovznzU64((x627$24ptr || (x627$24ptr = new ptrType(function() { return x627; }, function($v) { x627 = $v; }))), (new p521Uint1(x618.$high, x618.$low)), x615, x598);
		out1.nilCheck, out1[0] = x619;
		out1.nilCheck, out1[1] = x620;
		out1.nilCheck, out1[2] = x621;
		out1.nilCheck, out1[3] = x622;
		out1.nilCheck, out1[4] = x623;
		out1.nilCheck, out1[5] = x624;
		out1.nilCheck, out1[6] = x625;
		out1.nilCheck, out1[7] = x626;
		out1.nilCheck, out1[8] = x627;
	};
	p521ToMontgomery = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$151, _tuple$152, _tuple$153, _tuple$154, _tuple$155, _tuple$156, _tuple$157, _tuple$158, _tuple$159, _tuple$16, _tuple$160, _tuple$161, _tuple$162, _tuple$163, _tuple$164, _tuple$165, _tuple$166, _tuple$167, _tuple$168, _tuple$169, _tuple$17, _tuple$170, _tuple$171, _tuple$172, _tuple$173, _tuple$174, _tuple$175, _tuple$176, _tuple$177, _tuple$178, _tuple$179, _tuple$18, _tuple$180, _tuple$181, _tuple$182, _tuple$183, _tuple$184, _tuple$185, _tuple$186, _tuple$187, _tuple$188, _tuple$189, _tuple$19, _tuple$190, _tuple$191, _tuple$192, _tuple$193, _tuple$194, _tuple$195, _tuple$196, _tuple$197, _tuple$198, _tuple$199, _tuple$2, _tuple$20, _tuple$200, _tuple$201, _tuple$202, _tuple$203, _tuple$204, _tuple$205, _tuple$206, _tuple$207, _tuple$208, _tuple$209, _tuple$21, _tuple$210, _tuple$211, _tuple$212, _tuple$213, _tuple$214, _tuple$215, _tuple$216, _tuple$217, _tuple$218, _tuple$219, _tuple$22, _tuple$220, _tuple$221, _tuple$222, _tuple$223, _tuple$224, _tuple$225, _tuple$226, _tuple$227, _tuple$228, _tuple$229, _tuple$23, _tuple$230, _tuple$231, _tuple$232, _tuple$233, _tuple$234, _tuple$235, _tuple$236, _tuple$237, _tuple$238, _tuple$239, _tuple$24, _tuple$240, _tuple$241, _tuple$242, _tuple$243, _tuple$244, _tuple$245, _tuple$246, _tuple$247, _tuple$248, _tuple$249, _tuple$25, _tuple$250, _tuple$251, _tuple$252, _tuple$253, _tuple$254, _tuple$255, _tuple$256, _tuple$257, _tuple$258, _tuple$259, _tuple$26, _tuple$260, _tuple$261, _tuple$262, _tuple$263, _tuple$264, _tuple$265, _tuple$266, _tuple$267, _tuple$268, _tuple$269, _tuple$27, _tuple$270, _tuple$271, _tuple$272, _tuple$273, _tuple$274, _tuple$275, _tuple$276, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$165, x$166, x$167, x$168, x$169, x$17, x$170, x$171, x$172, x$173, x$174, x$175, x$176, x$177, x$178, x$179, x$18, x$180, x$181, x$182, x$183, x$184, x$185, x$186, x$187, x$188, x$189, x$19, x$190, x$191, x$192, x$193, x$194, x$195, x$196, x$197, x$198, x$199, x$2, x$20, x$200, x$201, x$202, x$203, x$204, x$205, x$206, x$207, x$208, x$209, x$21, x$210, x$211, x$212, x$213, x$214, x$215, x$216, x$217, x$218, x$219, x$22, x$220, x$221, x$222, x$223, x$224, x$225, x$226, x$227, x$228, x$229, x$23, x$230, x$231, x$232, x$233, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x101, x102, x103, x104, x105, x106, x107, x108, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x178, x179, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x203, x204, x205, x206, x207, x208, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x222, x223, x224, x225, x226, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x24, x240, x241, x242, x243, x244, x246, x247, x248, x249, x25, x250, x251, x252, x253, x254, x255, x256, x257, x258, x259, x26, x260, x261, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x276, x277, x278, x279, x28, x280, x281, x282, x283, x284, x285, x286, x287, x288, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x3, x30, x300, x301, x302, x303, x304, x305, x306, x307, x308, x309, x31, x310, x311, x312, x314, x315, x316, x317, x318, x319, x32, x320, x321, x322, x323, x324, x325, x326, x327, x328, x329, x33, x330, x331, x332, x333, x334, x335, x336, x337, x338, x339, x34, x340, x341, x342, x343, x344, x345, x346, x347, x348, x349, x35, x350, x351, x352, x353, x354, x355, x356, x357, x358, x359, x36, x360, x361, x362, x363, x364, x365, x366, x367, x368, x369, x37, x370, x371, x372, x373, x374, x375, x376, x377, x378, x379, x38, x380, x382, x383, x384, x385, x386, x387, x388, x389, x39, x390, x391, x392, x393, x394, x395, x396, x397, x398, x399, x4, x40, x400, x401, x402, x403, x404, x405, x406, x407, x408, x409, x410, x411, x412, x413, x414, x415, x416, x417, x418, x419, x42, x420, x421, x422, x423, x424, x425, x426, x427, x428, x429, x43, x430, x431, x432, x433, x434, x435, x436, x437, x438, x439, x44, x440, x441, x442, x443, x444, x445, x446, x447, x448, x45, x450, x451, x452, x453, x454, x455, x456, x457, x458, x459, x46, x460, x461, x462, x463, x464, x465, x466, x467, x468, x469, x47, x470, x471, x472, x473, x474, x475, x476, x477, x478, x479, x48, x480, x481, x482, x483, x484, x485, x486, x487, x488, x489, x49, x490, x491, x492, x493, x494, x495, x496, x497, x498, x499, x5, x50, x500, x501, x502, x503, x504, x505, x506, x507, x508, x509, x51, x510, x511, x512, x513, x514, x515, x516, x518, x519, x52, x520, x521, x522, x523, x524, x525, x526, x527, x528, x529, x53, x530, x531, x532, x533, x534, x535, x536, x537, x538, x539, x54, x540, x541, x542, x543, x544, x545, x546, x547, x548, x549, x55, x550, x551, x552, x553, x555, x556, x556$24ptr, x557, x557$24ptr, x558, x558$24ptr, x559, x559$24ptr, x56, x560, x560$24ptr, x561, x561$24ptr, x562, x562$24ptr, x563, x563$24ptr, x564, x564$24ptr, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = new $Uint64(0, 0);
		x2 = new $Uint64(0, 0);
		_tuple = bits.Mul64(arg1[0], new $Uint64(16384, 0));
		x2 = _tuple[0];
		x1 = _tuple[1];
		x3 = new $Uint64(0, 0);
		x4 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(arg1[1], new $Uint64(16384, 0));
		x4 = _tuple$1[0];
		x3 = _tuple$1[1];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple$2 = bits.Add64(x2, x3, new $Uint64(0, 0));
		x5 = _tuple$2[0];
		x6 = _tuple$2[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x1, new $Uint64(0, 511));
		x8 = _tuple$3[0];
		x7 = _tuple$3[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$4 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x10 = _tuple$4[0];
		x9 = _tuple$4[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$5 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x12 = _tuple$5[0];
		x11 = _tuple$5[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$6 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x14 = _tuple$6[0];
		x13 = _tuple$6[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$7 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x16 = _tuple$7[0];
		x15 = _tuple$7[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x18 = _tuple$8[0];
		x17 = _tuple$8[1];
		x19 = new $Uint64(0, 0);
		x20 = new $Uint64(0, 0);
		_tuple$9 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x20 = _tuple$9[0];
		x19 = _tuple$9[1];
		x21 = new $Uint64(0, 0);
		x22 = new $Uint64(0, 0);
		_tuple$10 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x22 = _tuple$10[0];
		x21 = _tuple$10[1];
		x23 = new $Uint64(0, 0);
		x24 = new $Uint64(0, 0);
		_tuple$11 = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x24 = _tuple$11[0];
		x23 = _tuple$11[1];
		x25 = new $Uint64(0, 0);
		x26 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x24, x21, new $Uint64(0, 0));
		x25 = _tuple$12[0];
		x26 = _tuple$12[1];
		x27 = new $Uint64(0, 0);
		x28 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x22, x19, ((x = (new p521Uint1(x26.$high, x26.$low)), new $Uint64(x.$high, x.$low))));
		x27 = _tuple$13[0];
		x28 = _tuple$13[1];
		x29 = new $Uint64(0, 0);
		x30 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x20, x17, ((x$1 = (new p521Uint1(x28.$high, x28.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x29 = _tuple$14[0];
		x30 = _tuple$14[1];
		x31 = new $Uint64(0, 0);
		x32 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x18, x15, ((x$2 = (new p521Uint1(x30.$high, x30.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x31 = _tuple$15[0];
		x32 = _tuple$15[1];
		x33 = new $Uint64(0, 0);
		x34 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x16, x13, ((x$3 = (new p521Uint1(x32.$high, x32.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x33 = _tuple$16[0];
		x34 = _tuple$16[1];
		x35 = new $Uint64(0, 0);
		x36 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(x14, x11, ((x$4 = (new p521Uint1(x34.$high, x34.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x35 = _tuple$17[0];
		x36 = _tuple$17[1];
		x37 = new $Uint64(0, 0);
		x38 = new $Uint64(0, 0);
		_tuple$18 = bits.Add64(x12, x9, ((x$5 = (new p521Uint1(x36.$high, x36.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x37 = _tuple$18[0];
		x38 = _tuple$18[1];
		x39 = new $Uint64(0, 0);
		x40 = new $Uint64(0, 0);
		_tuple$19 = bits.Add64(x10, x7, ((x$6 = (new p521Uint1(x38.$high, x38.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x39 = _tuple$19[0];
		x40 = _tuple$19[1];
		x42 = new $Uint64(0, 0);
		_tuple$20 = bits.Add64(x1, x23, new $Uint64(0, 0));
		x42 = _tuple$20[1];
		x43 = new $Uint64(0, 0);
		x44 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(x5, x25, ((x$7 = (new p521Uint1(x42.$high, x42.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x43 = _tuple$21[0];
		x44 = _tuple$21[1];
		x45 = new $Uint64(0, 0);
		x46 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64((x$8 = ((x$9 = (new p521Uint1(x6.$high, x6.$low)), new $Uint64(x$9.$high, x$9.$low))), new $Uint64(x$8.$high + x4.$high, x$8.$low + x4.$low)), x27, ((x$10 = (new p521Uint1(x44.$high, x44.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x45 = _tuple$22[0];
		x46 = _tuple$22[1];
		x47 = new $Uint64(0, 0);
		x48 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(new $Uint64(0, 0), x29, ((x$11 = (new p521Uint1(x46.$high, x46.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x47 = _tuple$23[0];
		x48 = _tuple$23[1];
		x49 = new $Uint64(0, 0);
		x50 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(new $Uint64(0, 0), x31, ((x$12 = (new p521Uint1(x48.$high, x48.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x49 = _tuple$24[0];
		x50 = _tuple$24[1];
		x51 = new $Uint64(0, 0);
		x52 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(new $Uint64(0, 0), x33, ((x$13 = (new p521Uint1(x50.$high, x50.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x51 = _tuple$25[0];
		x52 = _tuple$25[1];
		x53 = new $Uint64(0, 0);
		x54 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(new $Uint64(0, 0), x35, ((x$14 = (new p521Uint1(x52.$high, x52.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x53 = _tuple$26[0];
		x54 = _tuple$26[1];
		x55 = new $Uint64(0, 0);
		x56 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(new $Uint64(0, 0), x37, ((x$15 = (new p521Uint1(x54.$high, x54.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x55 = _tuple$27[0];
		x56 = _tuple$27[1];
		x57 = new $Uint64(0, 0);
		x58 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(new $Uint64(0, 0), x39, ((x$16 = (new p521Uint1(x56.$high, x56.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x57 = _tuple$28[0];
		x58 = _tuple$28[1];
		x59 = new $Uint64(0, 0);
		x60 = new $Uint64(0, 0);
		_tuple$29 = bits.Mul64(arg1[2], new $Uint64(16384, 0));
		x60 = _tuple$29[0];
		x59 = _tuple$29[1];
		x61 = new $Uint64(0, 0);
		x62 = new $Uint64(0, 0);
		_tuple$30 = bits.Add64(x45, x59, new $Uint64(0, 0));
		x61 = _tuple$30[0];
		x62 = _tuple$30[1];
		x63 = new $Uint64(0, 0);
		x64 = new $Uint64(0, 0);
		_tuple$31 = bits.Add64(x47, x60, ((x$17 = (new p521Uint1(x62.$high, x62.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x63 = _tuple$31[0];
		x64 = _tuple$31[1];
		x65 = new $Uint64(0, 0);
		x66 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x49, new $Uint64(0, 0), ((x$18 = (new p521Uint1(x64.$high, x64.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x65 = _tuple$32[0];
		x66 = _tuple$32[1];
		x67 = new $Uint64(0, 0);
		x68 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x51, new $Uint64(0, 0), ((x$19 = (new p521Uint1(x66.$high, x66.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x67 = _tuple$33[0];
		x68 = _tuple$33[1];
		x69 = new $Uint64(0, 0);
		x70 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x53, new $Uint64(0, 0), ((x$20 = (new p521Uint1(x68.$high, x68.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x69 = _tuple$34[0];
		x70 = _tuple$34[1];
		x71 = new $Uint64(0, 0);
		x72 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x55, new $Uint64(0, 0), ((x$21 = (new p521Uint1(x70.$high, x70.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x71 = _tuple$35[0];
		x72 = _tuple$35[1];
		x73 = new $Uint64(0, 0);
		x74 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x57, new $Uint64(0, 0), ((x$22 = (new p521Uint1(x72.$high, x72.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x73 = _tuple$36[0];
		x74 = _tuple$36[1];
		x75 = new $Uint64(0, 0);
		x76 = new $Uint64(0, 0);
		_tuple$37 = bits.Mul64(x43, new $Uint64(0, 511));
		x76 = _tuple$37[0];
		x75 = _tuple$37[1];
		x77 = new $Uint64(0, 0);
		x78 = new $Uint64(0, 0);
		_tuple$38 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x78 = _tuple$38[0];
		x77 = _tuple$38[1];
		x79 = new $Uint64(0, 0);
		x80 = new $Uint64(0, 0);
		_tuple$39 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x80 = _tuple$39[0];
		x79 = _tuple$39[1];
		x81 = new $Uint64(0, 0);
		x82 = new $Uint64(0, 0);
		_tuple$40 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x82 = _tuple$40[0];
		x81 = _tuple$40[1];
		x83 = new $Uint64(0, 0);
		x84 = new $Uint64(0, 0);
		_tuple$41 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x84 = _tuple$41[0];
		x83 = _tuple$41[1];
		x85 = new $Uint64(0, 0);
		x86 = new $Uint64(0, 0);
		_tuple$42 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x86 = _tuple$42[0];
		x85 = _tuple$42[1];
		x87 = new $Uint64(0, 0);
		x88 = new $Uint64(0, 0);
		_tuple$43 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x88 = _tuple$43[0];
		x87 = _tuple$43[1];
		x89 = new $Uint64(0, 0);
		x90 = new $Uint64(0, 0);
		_tuple$44 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x90 = _tuple$44[0];
		x89 = _tuple$44[1];
		x91 = new $Uint64(0, 0);
		x92 = new $Uint64(0, 0);
		_tuple$45 = bits.Mul64(x43, new $Uint64(4294967295, 4294967295));
		x92 = _tuple$45[0];
		x91 = _tuple$45[1];
		x93 = new $Uint64(0, 0);
		x94 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x92, x89, new $Uint64(0, 0));
		x93 = _tuple$46[0];
		x94 = _tuple$46[1];
		x95 = new $Uint64(0, 0);
		x96 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(x90, x87, ((x$23 = (new p521Uint1(x94.$high, x94.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x95 = _tuple$47[0];
		x96 = _tuple$47[1];
		x97 = new $Uint64(0, 0);
		x98 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64(x88, x85, ((x$24 = (new p521Uint1(x96.$high, x96.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x97 = _tuple$48[0];
		x98 = _tuple$48[1];
		x99 = new $Uint64(0, 0);
		x100 = new $Uint64(0, 0);
		_tuple$49 = bits.Add64(x86, x83, ((x$25 = (new p521Uint1(x98.$high, x98.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x99 = _tuple$49[0];
		x100 = _tuple$49[1];
		x101 = new $Uint64(0, 0);
		x102 = new $Uint64(0, 0);
		_tuple$50 = bits.Add64(x84, x81, ((x$26 = (new p521Uint1(x100.$high, x100.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x101 = _tuple$50[0];
		x102 = _tuple$50[1];
		x103 = new $Uint64(0, 0);
		x104 = new $Uint64(0, 0);
		_tuple$51 = bits.Add64(x82, x79, ((x$27 = (new p521Uint1(x102.$high, x102.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x103 = _tuple$51[0];
		x104 = _tuple$51[1];
		x105 = new $Uint64(0, 0);
		x106 = new $Uint64(0, 0);
		_tuple$52 = bits.Add64(x80, x77, ((x$28 = (new p521Uint1(x104.$high, x104.$low)), new $Uint64(x$28.$high, x$28.$low))));
		x105 = _tuple$52[0];
		x106 = _tuple$52[1];
		x107 = new $Uint64(0, 0);
		x108 = new $Uint64(0, 0);
		_tuple$53 = bits.Add64(x78, x75, ((x$29 = (new p521Uint1(x106.$high, x106.$low)), new $Uint64(x$29.$high, x$29.$low))));
		x107 = _tuple$53[0];
		x108 = _tuple$53[1];
		x110 = new $Uint64(0, 0);
		_tuple$54 = bits.Add64(x43, x91, new $Uint64(0, 0));
		x110 = _tuple$54[1];
		x111 = new $Uint64(0, 0);
		x112 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x61, x93, ((x$30 = (new p521Uint1(x110.$high, x110.$low)), new $Uint64(x$30.$high, x$30.$low))));
		x111 = _tuple$55[0];
		x112 = _tuple$55[1];
		x113 = new $Uint64(0, 0);
		x114 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x63, x95, ((x$31 = (new p521Uint1(x112.$high, x112.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x113 = _tuple$56[0];
		x114 = _tuple$56[1];
		x115 = new $Uint64(0, 0);
		x116 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x65, x97, ((x$32 = (new p521Uint1(x114.$high, x114.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x115 = _tuple$57[0];
		x116 = _tuple$57[1];
		x117 = new $Uint64(0, 0);
		x118 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x67, x99, ((x$33 = (new p521Uint1(x116.$high, x116.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x117 = _tuple$58[0];
		x118 = _tuple$58[1];
		x119 = new $Uint64(0, 0);
		x120 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x69, x101, ((x$34 = (new p521Uint1(x118.$high, x118.$low)), new $Uint64(x$34.$high, x$34.$low))));
		x119 = _tuple$59[0];
		x120 = _tuple$59[1];
		x121 = new $Uint64(0, 0);
		x122 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x71, x103, ((x$35 = (new p521Uint1(x120.$high, x120.$low)), new $Uint64(x$35.$high, x$35.$low))));
		x121 = _tuple$60[0];
		x122 = _tuple$60[1];
		x123 = new $Uint64(0, 0);
		x124 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x73, x105, ((x$36 = (new p521Uint1(x122.$high, x122.$low)), new $Uint64(x$36.$high, x$36.$low))));
		x123 = _tuple$61[0];
		x124 = _tuple$61[1];
		x125 = new $Uint64(0, 0);
		x126 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64((x$37 = ((x$38 = (new p521Uint1(x74.$high, x74.$low)), new $Uint64(x$38.$high, x$38.$low))), x$39 = (x$40 = ((x$41 = (new p521Uint1(x58.$high, x58.$low)), new $Uint64(x$41.$high, x$41.$low))), x$42 = (x$43 = ((x$44 = (new p521Uint1(x40.$high, x40.$low)), new $Uint64(x$44.$high, x$44.$low))), new $Uint64(x$43.$high + x8.$high, x$43.$low + x8.$low)), new $Uint64(x$40.$high + x$42.$high, x$40.$low + x$42.$low)), new $Uint64(x$37.$high + x$39.$high, x$37.$low + x$39.$low)), x107, ((x$45 = (new p521Uint1(x124.$high, x124.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x125 = _tuple$62[0];
		x126 = _tuple$62[1];
		x127 = new $Uint64(0, 0);
		x128 = new $Uint64(0, 0);
		_tuple$63 = bits.Mul64(arg1[3], new $Uint64(16384, 0));
		x128 = _tuple$63[0];
		x127 = _tuple$63[1];
		x129 = new $Uint64(0, 0);
		x130 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x113, x127, new $Uint64(0, 0));
		x129 = _tuple$64[0];
		x130 = _tuple$64[1];
		x131 = new $Uint64(0, 0);
		x132 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x115, x128, ((x$46 = (new p521Uint1(x130.$high, x130.$low)), new $Uint64(x$46.$high, x$46.$low))));
		x131 = _tuple$65[0];
		x132 = _tuple$65[1];
		x133 = new $Uint64(0, 0);
		x134 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x117, new $Uint64(0, 0), ((x$47 = (new p521Uint1(x132.$high, x132.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x133 = _tuple$66[0];
		x134 = _tuple$66[1];
		x135 = new $Uint64(0, 0);
		x136 = new $Uint64(0, 0);
		_tuple$67 = bits.Add64(x119, new $Uint64(0, 0), ((x$48 = (new p521Uint1(x134.$high, x134.$low)), new $Uint64(x$48.$high, x$48.$low))));
		x135 = _tuple$67[0];
		x136 = _tuple$67[1];
		x137 = new $Uint64(0, 0);
		x138 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64(x121, new $Uint64(0, 0), ((x$49 = (new p521Uint1(x136.$high, x136.$low)), new $Uint64(x$49.$high, x$49.$low))));
		x137 = _tuple$68[0];
		x138 = _tuple$68[1];
		x139 = new $Uint64(0, 0);
		x140 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64(x123, new $Uint64(0, 0), ((x$50 = (new p521Uint1(x138.$high, x138.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x139 = _tuple$69[0];
		x140 = _tuple$69[1];
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$70 = bits.Add64(x125, new $Uint64(0, 0), ((x$51 = (new p521Uint1(x140.$high, x140.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x141 = _tuple$70[0];
		x142 = _tuple$70[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$71 = bits.Mul64(x111, new $Uint64(0, 511));
		x144 = _tuple$71[0];
		x143 = _tuple$71[1];
		x145 = new $Uint64(0, 0);
		x146 = new $Uint64(0, 0);
		_tuple$72 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x146 = _tuple$72[0];
		x145 = _tuple$72[1];
		x147 = new $Uint64(0, 0);
		x148 = new $Uint64(0, 0);
		_tuple$73 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x148 = _tuple$73[0];
		x147 = _tuple$73[1];
		x149 = new $Uint64(0, 0);
		x150 = new $Uint64(0, 0);
		_tuple$74 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x150 = _tuple$74[0];
		x149 = _tuple$74[1];
		x151 = new $Uint64(0, 0);
		x152 = new $Uint64(0, 0);
		_tuple$75 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x152 = _tuple$75[0];
		x151 = _tuple$75[1];
		x153 = new $Uint64(0, 0);
		x154 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x154 = _tuple$76[0];
		x153 = _tuple$76[1];
		x155 = new $Uint64(0, 0);
		x156 = new $Uint64(0, 0);
		_tuple$77 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x156 = _tuple$77[0];
		x155 = _tuple$77[1];
		x157 = new $Uint64(0, 0);
		x158 = new $Uint64(0, 0);
		_tuple$78 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x158 = _tuple$78[0];
		x157 = _tuple$78[1];
		x159 = new $Uint64(0, 0);
		x160 = new $Uint64(0, 0);
		_tuple$79 = bits.Mul64(x111, new $Uint64(4294967295, 4294967295));
		x160 = _tuple$79[0];
		x159 = _tuple$79[1];
		x161 = new $Uint64(0, 0);
		x162 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x160, x157, new $Uint64(0, 0));
		x161 = _tuple$80[0];
		x162 = _tuple$80[1];
		x163 = new $Uint64(0, 0);
		x164 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x158, x155, ((x$52 = (new p521Uint1(x162.$high, x162.$low)), new $Uint64(x$52.$high, x$52.$low))));
		x163 = _tuple$81[0];
		x164 = _tuple$81[1];
		x165 = new $Uint64(0, 0);
		x166 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x156, x153, ((x$53 = (new p521Uint1(x164.$high, x164.$low)), new $Uint64(x$53.$high, x$53.$low))));
		x165 = _tuple$82[0];
		x166 = _tuple$82[1];
		x167 = new $Uint64(0, 0);
		x168 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x154, x151, ((x$54 = (new p521Uint1(x166.$high, x166.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x167 = _tuple$83[0];
		x168 = _tuple$83[1];
		x169 = new $Uint64(0, 0);
		x170 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x152, x149, ((x$55 = (new p521Uint1(x168.$high, x168.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x169 = _tuple$84[0];
		x170 = _tuple$84[1];
		x171 = new $Uint64(0, 0);
		x172 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x150, x147, ((x$56 = (new p521Uint1(x170.$high, x170.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x171 = _tuple$85[0];
		x172 = _tuple$85[1];
		x173 = new $Uint64(0, 0);
		x174 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x148, x145, ((x$57 = (new p521Uint1(x172.$high, x172.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x173 = _tuple$86[0];
		x174 = _tuple$86[1];
		x175 = new $Uint64(0, 0);
		x176 = new $Uint64(0, 0);
		_tuple$87 = bits.Add64(x146, x143, ((x$58 = (new p521Uint1(x174.$high, x174.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x175 = _tuple$87[0];
		x176 = _tuple$87[1];
		x178 = new $Uint64(0, 0);
		_tuple$88 = bits.Add64(x111, x159, new $Uint64(0, 0));
		x178 = _tuple$88[1];
		x179 = new $Uint64(0, 0);
		x180 = new $Uint64(0, 0);
		_tuple$89 = bits.Add64(x129, x161, ((x$59 = (new p521Uint1(x178.$high, x178.$low)), new $Uint64(x$59.$high, x$59.$low))));
		x179 = _tuple$89[0];
		x180 = _tuple$89[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$90 = bits.Add64(x131, x163, ((x$60 = (new p521Uint1(x180.$high, x180.$low)), new $Uint64(x$60.$high, x$60.$low))));
		x181 = _tuple$90[0];
		x182 = _tuple$90[1];
		x183 = new $Uint64(0, 0);
		x184 = new $Uint64(0, 0);
		_tuple$91 = bits.Add64(x133, x165, ((x$61 = (new p521Uint1(x182.$high, x182.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x183 = _tuple$91[0];
		x184 = _tuple$91[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64(x135, x167, ((x$62 = (new p521Uint1(x184.$high, x184.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x185 = _tuple$92[0];
		x186 = _tuple$92[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$93 = bits.Add64(x137, x169, ((x$63 = (new p521Uint1(x186.$high, x186.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x187 = _tuple$93[0];
		x188 = _tuple$93[1];
		x189 = new $Uint64(0, 0);
		x190 = new $Uint64(0, 0);
		_tuple$94 = bits.Add64(x139, x171, ((x$64 = (new p521Uint1(x188.$high, x188.$low)), new $Uint64(x$64.$high, x$64.$low))));
		x189 = _tuple$94[0];
		x190 = _tuple$94[1];
		x191 = new $Uint64(0, 0);
		x192 = new $Uint64(0, 0);
		_tuple$95 = bits.Add64(x141, x173, ((x$65 = (new p521Uint1(x190.$high, x190.$low)), new $Uint64(x$65.$high, x$65.$low))));
		x191 = _tuple$95[0];
		x192 = _tuple$95[1];
		x193 = new $Uint64(0, 0);
		x194 = new $Uint64(0, 0);
		_tuple$96 = bits.Add64((x$66 = ((x$67 = (new p521Uint1(x142.$high, x142.$low)), new $Uint64(x$67.$high, x$67.$low))), x$68 = (x$69 = ((x$70 = (new p521Uint1(x126.$high, x126.$low)), new $Uint64(x$70.$high, x$70.$low))), x$71 = (x$72 = ((x$73 = (new p521Uint1(x108.$high, x108.$low)), new $Uint64(x$73.$high, x$73.$low))), new $Uint64(x$72.$high + x76.$high, x$72.$low + x76.$low)), new $Uint64(x$69.$high + x$71.$high, x$69.$low + x$71.$low)), new $Uint64(x$66.$high + x$68.$high, x$66.$low + x$68.$low)), x175, ((x$74 = (new p521Uint1(x192.$high, x192.$low)), new $Uint64(x$74.$high, x$74.$low))));
		x193 = _tuple$96[0];
		x194 = _tuple$96[1];
		x195 = new $Uint64(0, 0);
		x196 = new $Uint64(0, 0);
		_tuple$97 = bits.Mul64(arg1[4], new $Uint64(16384, 0));
		x196 = _tuple$97[0];
		x195 = _tuple$97[1];
		x197 = new $Uint64(0, 0);
		x198 = new $Uint64(0, 0);
		_tuple$98 = bits.Add64(x181, x195, new $Uint64(0, 0));
		x197 = _tuple$98[0];
		x198 = _tuple$98[1];
		x199 = new $Uint64(0, 0);
		x200 = new $Uint64(0, 0);
		_tuple$99 = bits.Add64(x183, x196, ((x$75 = (new p521Uint1(x198.$high, x198.$low)), new $Uint64(x$75.$high, x$75.$low))));
		x199 = _tuple$99[0];
		x200 = _tuple$99[1];
		x201 = new $Uint64(0, 0);
		x202 = new $Uint64(0, 0);
		_tuple$100 = bits.Add64(x185, new $Uint64(0, 0), ((x$76 = (new p521Uint1(x200.$high, x200.$low)), new $Uint64(x$76.$high, x$76.$low))));
		x201 = _tuple$100[0];
		x202 = _tuple$100[1];
		x203 = new $Uint64(0, 0);
		x204 = new $Uint64(0, 0);
		_tuple$101 = bits.Add64(x187, new $Uint64(0, 0), ((x$77 = (new p521Uint1(x202.$high, x202.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x203 = _tuple$101[0];
		x204 = _tuple$101[1];
		x205 = new $Uint64(0, 0);
		x206 = new $Uint64(0, 0);
		_tuple$102 = bits.Add64(x189, new $Uint64(0, 0), ((x$78 = (new p521Uint1(x204.$high, x204.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x205 = _tuple$102[0];
		x206 = _tuple$102[1];
		x207 = new $Uint64(0, 0);
		x208 = new $Uint64(0, 0);
		_tuple$103 = bits.Add64(x191, new $Uint64(0, 0), ((x$79 = (new p521Uint1(x206.$high, x206.$low)), new $Uint64(x$79.$high, x$79.$low))));
		x207 = _tuple$103[0];
		x208 = _tuple$103[1];
		x209 = new $Uint64(0, 0);
		x210 = new $Uint64(0, 0);
		_tuple$104 = bits.Add64(x193, new $Uint64(0, 0), ((x$80 = (new p521Uint1(x208.$high, x208.$low)), new $Uint64(x$80.$high, x$80.$low))));
		x209 = _tuple$104[0];
		x210 = _tuple$104[1];
		x211 = new $Uint64(0, 0);
		x212 = new $Uint64(0, 0);
		_tuple$105 = bits.Mul64(x179, new $Uint64(0, 511));
		x212 = _tuple$105[0];
		x211 = _tuple$105[1];
		x213 = new $Uint64(0, 0);
		x214 = new $Uint64(0, 0);
		_tuple$106 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x214 = _tuple$106[0];
		x213 = _tuple$106[1];
		x215 = new $Uint64(0, 0);
		x216 = new $Uint64(0, 0);
		_tuple$107 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x216 = _tuple$107[0];
		x215 = _tuple$107[1];
		x217 = new $Uint64(0, 0);
		x218 = new $Uint64(0, 0);
		_tuple$108 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x218 = _tuple$108[0];
		x217 = _tuple$108[1];
		x219 = new $Uint64(0, 0);
		x220 = new $Uint64(0, 0);
		_tuple$109 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x220 = _tuple$109[0];
		x219 = _tuple$109[1];
		x221 = new $Uint64(0, 0);
		x222 = new $Uint64(0, 0);
		_tuple$110 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x222 = _tuple$110[0];
		x221 = _tuple$110[1];
		x223 = new $Uint64(0, 0);
		x224 = new $Uint64(0, 0);
		_tuple$111 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x224 = _tuple$111[0];
		x223 = _tuple$111[1];
		x225 = new $Uint64(0, 0);
		x226 = new $Uint64(0, 0);
		_tuple$112 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x226 = _tuple$112[0];
		x225 = _tuple$112[1];
		x227 = new $Uint64(0, 0);
		x228 = new $Uint64(0, 0);
		_tuple$113 = bits.Mul64(x179, new $Uint64(4294967295, 4294967295));
		x228 = _tuple$113[0];
		x227 = _tuple$113[1];
		x229 = new $Uint64(0, 0);
		x230 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x228, x225, new $Uint64(0, 0));
		x229 = _tuple$114[0];
		x230 = _tuple$114[1];
		x231 = new $Uint64(0, 0);
		x232 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x226, x223, ((x$81 = (new p521Uint1(x230.$high, x230.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x231 = _tuple$115[0];
		x232 = _tuple$115[1];
		x233 = new $Uint64(0, 0);
		x234 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x224, x221, ((x$82 = (new p521Uint1(x232.$high, x232.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x233 = _tuple$116[0];
		x234 = _tuple$116[1];
		x235 = new $Uint64(0, 0);
		x236 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x222, x219, ((x$83 = (new p521Uint1(x234.$high, x234.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x235 = _tuple$117[0];
		x236 = _tuple$117[1];
		x237 = new $Uint64(0, 0);
		x238 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64(x220, x217, ((x$84 = (new p521Uint1(x236.$high, x236.$low)), new $Uint64(x$84.$high, x$84.$low))));
		x237 = _tuple$118[0];
		x238 = _tuple$118[1];
		x239 = new $Uint64(0, 0);
		x240 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x218, x215, ((x$85 = (new p521Uint1(x238.$high, x238.$low)), new $Uint64(x$85.$high, x$85.$low))));
		x239 = _tuple$119[0];
		x240 = _tuple$119[1];
		x241 = new $Uint64(0, 0);
		x242 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x216, x213, ((x$86 = (new p521Uint1(x240.$high, x240.$low)), new $Uint64(x$86.$high, x$86.$low))));
		x241 = _tuple$120[0];
		x242 = _tuple$120[1];
		x243 = new $Uint64(0, 0);
		x244 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x214, x211, ((x$87 = (new p521Uint1(x242.$high, x242.$low)), new $Uint64(x$87.$high, x$87.$low))));
		x243 = _tuple$121[0];
		x244 = _tuple$121[1];
		x246 = new $Uint64(0, 0);
		_tuple$122 = bits.Add64(x179, x227, new $Uint64(0, 0));
		x246 = _tuple$122[1];
		x247 = new $Uint64(0, 0);
		x248 = new $Uint64(0, 0);
		_tuple$123 = bits.Add64(x197, x229, ((x$88 = (new p521Uint1(x246.$high, x246.$low)), new $Uint64(x$88.$high, x$88.$low))));
		x247 = _tuple$123[0];
		x248 = _tuple$123[1];
		x249 = new $Uint64(0, 0);
		x250 = new $Uint64(0, 0);
		_tuple$124 = bits.Add64(x199, x231, ((x$89 = (new p521Uint1(x248.$high, x248.$low)), new $Uint64(x$89.$high, x$89.$low))));
		x249 = _tuple$124[0];
		x250 = _tuple$124[1];
		x251 = new $Uint64(0, 0);
		x252 = new $Uint64(0, 0);
		_tuple$125 = bits.Add64(x201, x233, ((x$90 = (new p521Uint1(x250.$high, x250.$low)), new $Uint64(x$90.$high, x$90.$low))));
		x251 = _tuple$125[0];
		x252 = _tuple$125[1];
		x253 = new $Uint64(0, 0);
		x254 = new $Uint64(0, 0);
		_tuple$126 = bits.Add64(x203, x235, ((x$91 = (new p521Uint1(x252.$high, x252.$low)), new $Uint64(x$91.$high, x$91.$low))));
		x253 = _tuple$126[0];
		x254 = _tuple$126[1];
		x255 = new $Uint64(0, 0);
		x256 = new $Uint64(0, 0);
		_tuple$127 = bits.Add64(x205, x237, ((x$92 = (new p521Uint1(x254.$high, x254.$low)), new $Uint64(x$92.$high, x$92.$low))));
		x255 = _tuple$127[0];
		x256 = _tuple$127[1];
		x257 = new $Uint64(0, 0);
		x258 = new $Uint64(0, 0);
		_tuple$128 = bits.Add64(x207, x239, ((x$93 = (new p521Uint1(x256.$high, x256.$low)), new $Uint64(x$93.$high, x$93.$low))));
		x257 = _tuple$128[0];
		x258 = _tuple$128[1];
		x259 = new $Uint64(0, 0);
		x260 = new $Uint64(0, 0);
		_tuple$129 = bits.Add64(x209, x241, ((x$94 = (new p521Uint1(x258.$high, x258.$low)), new $Uint64(x$94.$high, x$94.$low))));
		x259 = _tuple$129[0];
		x260 = _tuple$129[1];
		x261 = new $Uint64(0, 0);
		x262 = new $Uint64(0, 0);
		_tuple$130 = bits.Add64((x$95 = ((x$96 = (new p521Uint1(x210.$high, x210.$low)), new $Uint64(x$96.$high, x$96.$low))), x$97 = (x$98 = ((x$99 = (new p521Uint1(x194.$high, x194.$low)), new $Uint64(x$99.$high, x$99.$low))), x$100 = (x$101 = ((x$102 = (new p521Uint1(x176.$high, x176.$low)), new $Uint64(x$102.$high, x$102.$low))), new $Uint64(x$101.$high + x144.$high, x$101.$low + x144.$low)), new $Uint64(x$98.$high + x$100.$high, x$98.$low + x$100.$low)), new $Uint64(x$95.$high + x$97.$high, x$95.$low + x$97.$low)), x243, ((x$103 = (new p521Uint1(x260.$high, x260.$low)), new $Uint64(x$103.$high, x$103.$low))));
		x261 = _tuple$130[0];
		x262 = _tuple$130[1];
		x263 = new $Uint64(0, 0);
		x264 = new $Uint64(0, 0);
		_tuple$131 = bits.Mul64(arg1[5], new $Uint64(16384, 0));
		x264 = _tuple$131[0];
		x263 = _tuple$131[1];
		x265 = new $Uint64(0, 0);
		x266 = new $Uint64(0, 0);
		_tuple$132 = bits.Add64(x249, x263, new $Uint64(0, 0));
		x265 = _tuple$132[0];
		x266 = _tuple$132[1];
		x267 = new $Uint64(0, 0);
		x268 = new $Uint64(0, 0);
		_tuple$133 = bits.Add64(x251, x264, ((x$104 = (new p521Uint1(x266.$high, x266.$low)), new $Uint64(x$104.$high, x$104.$low))));
		x267 = _tuple$133[0];
		x268 = _tuple$133[1];
		x269 = new $Uint64(0, 0);
		x270 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x253, new $Uint64(0, 0), ((x$105 = (new p521Uint1(x268.$high, x268.$low)), new $Uint64(x$105.$high, x$105.$low))));
		x269 = _tuple$134[0];
		x270 = _tuple$134[1];
		x271 = new $Uint64(0, 0);
		x272 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x255, new $Uint64(0, 0), ((x$106 = (new p521Uint1(x270.$high, x270.$low)), new $Uint64(x$106.$high, x$106.$low))));
		x271 = _tuple$135[0];
		x272 = _tuple$135[1];
		x273 = new $Uint64(0, 0);
		x274 = new $Uint64(0, 0);
		_tuple$136 = bits.Add64(x257, new $Uint64(0, 0), ((x$107 = (new p521Uint1(x272.$high, x272.$low)), new $Uint64(x$107.$high, x$107.$low))));
		x273 = _tuple$136[0];
		x274 = _tuple$136[1];
		x275 = new $Uint64(0, 0);
		x276 = new $Uint64(0, 0);
		_tuple$137 = bits.Add64(x259, new $Uint64(0, 0), ((x$108 = (new p521Uint1(x274.$high, x274.$low)), new $Uint64(x$108.$high, x$108.$low))));
		x275 = _tuple$137[0];
		x276 = _tuple$137[1];
		x277 = new $Uint64(0, 0);
		x278 = new $Uint64(0, 0);
		_tuple$138 = bits.Add64(x261, new $Uint64(0, 0), ((x$109 = (new p521Uint1(x276.$high, x276.$low)), new $Uint64(x$109.$high, x$109.$low))));
		x277 = _tuple$138[0];
		x278 = _tuple$138[1];
		x279 = new $Uint64(0, 0);
		x280 = new $Uint64(0, 0);
		_tuple$139 = bits.Mul64(x247, new $Uint64(0, 511));
		x280 = _tuple$139[0];
		x279 = _tuple$139[1];
		x281 = new $Uint64(0, 0);
		x282 = new $Uint64(0, 0);
		_tuple$140 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x282 = _tuple$140[0];
		x281 = _tuple$140[1];
		x283 = new $Uint64(0, 0);
		x284 = new $Uint64(0, 0);
		_tuple$141 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x284 = _tuple$141[0];
		x283 = _tuple$141[1];
		x285 = new $Uint64(0, 0);
		x286 = new $Uint64(0, 0);
		_tuple$142 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x286 = _tuple$142[0];
		x285 = _tuple$142[1];
		x287 = new $Uint64(0, 0);
		x288 = new $Uint64(0, 0);
		_tuple$143 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x288 = _tuple$143[0];
		x287 = _tuple$143[1];
		x289 = new $Uint64(0, 0);
		x290 = new $Uint64(0, 0);
		_tuple$144 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x290 = _tuple$144[0];
		x289 = _tuple$144[1];
		x291 = new $Uint64(0, 0);
		x292 = new $Uint64(0, 0);
		_tuple$145 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x292 = _tuple$145[0];
		x291 = _tuple$145[1];
		x293 = new $Uint64(0, 0);
		x294 = new $Uint64(0, 0);
		_tuple$146 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x294 = _tuple$146[0];
		x293 = _tuple$146[1];
		x295 = new $Uint64(0, 0);
		x296 = new $Uint64(0, 0);
		_tuple$147 = bits.Mul64(x247, new $Uint64(4294967295, 4294967295));
		x296 = _tuple$147[0];
		x295 = _tuple$147[1];
		x297 = new $Uint64(0, 0);
		x298 = new $Uint64(0, 0);
		_tuple$148 = bits.Add64(x296, x293, new $Uint64(0, 0));
		x297 = _tuple$148[0];
		x298 = _tuple$148[1];
		x299 = new $Uint64(0, 0);
		x300 = new $Uint64(0, 0);
		_tuple$149 = bits.Add64(x294, x291, ((x$110 = (new p521Uint1(x298.$high, x298.$low)), new $Uint64(x$110.$high, x$110.$low))));
		x299 = _tuple$149[0];
		x300 = _tuple$149[1];
		x301 = new $Uint64(0, 0);
		x302 = new $Uint64(0, 0);
		_tuple$150 = bits.Add64(x292, x289, ((x$111 = (new p521Uint1(x300.$high, x300.$low)), new $Uint64(x$111.$high, x$111.$low))));
		x301 = _tuple$150[0];
		x302 = _tuple$150[1];
		x303 = new $Uint64(0, 0);
		x304 = new $Uint64(0, 0);
		_tuple$151 = bits.Add64(x290, x287, ((x$112 = (new p521Uint1(x302.$high, x302.$low)), new $Uint64(x$112.$high, x$112.$low))));
		x303 = _tuple$151[0];
		x304 = _tuple$151[1];
		x305 = new $Uint64(0, 0);
		x306 = new $Uint64(0, 0);
		_tuple$152 = bits.Add64(x288, x285, ((x$113 = (new p521Uint1(x304.$high, x304.$low)), new $Uint64(x$113.$high, x$113.$low))));
		x305 = _tuple$152[0];
		x306 = _tuple$152[1];
		x307 = new $Uint64(0, 0);
		x308 = new $Uint64(0, 0);
		_tuple$153 = bits.Add64(x286, x283, ((x$114 = (new p521Uint1(x306.$high, x306.$low)), new $Uint64(x$114.$high, x$114.$low))));
		x307 = _tuple$153[0];
		x308 = _tuple$153[1];
		x309 = new $Uint64(0, 0);
		x310 = new $Uint64(0, 0);
		_tuple$154 = bits.Add64(x284, x281, ((x$115 = (new p521Uint1(x308.$high, x308.$low)), new $Uint64(x$115.$high, x$115.$low))));
		x309 = _tuple$154[0];
		x310 = _tuple$154[1];
		x311 = new $Uint64(0, 0);
		x312 = new $Uint64(0, 0);
		_tuple$155 = bits.Add64(x282, x279, ((x$116 = (new p521Uint1(x310.$high, x310.$low)), new $Uint64(x$116.$high, x$116.$low))));
		x311 = _tuple$155[0];
		x312 = _tuple$155[1];
		x314 = new $Uint64(0, 0);
		_tuple$156 = bits.Add64(x247, x295, new $Uint64(0, 0));
		x314 = _tuple$156[1];
		x315 = new $Uint64(0, 0);
		x316 = new $Uint64(0, 0);
		_tuple$157 = bits.Add64(x265, x297, ((x$117 = (new p521Uint1(x314.$high, x314.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x315 = _tuple$157[0];
		x316 = _tuple$157[1];
		x317 = new $Uint64(0, 0);
		x318 = new $Uint64(0, 0);
		_tuple$158 = bits.Add64(x267, x299, ((x$118 = (new p521Uint1(x316.$high, x316.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x317 = _tuple$158[0];
		x318 = _tuple$158[1];
		x319 = new $Uint64(0, 0);
		x320 = new $Uint64(0, 0);
		_tuple$159 = bits.Add64(x269, x301, ((x$119 = (new p521Uint1(x318.$high, x318.$low)), new $Uint64(x$119.$high, x$119.$low))));
		x319 = _tuple$159[0];
		x320 = _tuple$159[1];
		x321 = new $Uint64(0, 0);
		x322 = new $Uint64(0, 0);
		_tuple$160 = bits.Add64(x271, x303, ((x$120 = (new p521Uint1(x320.$high, x320.$low)), new $Uint64(x$120.$high, x$120.$low))));
		x321 = _tuple$160[0];
		x322 = _tuple$160[1];
		x323 = new $Uint64(0, 0);
		x324 = new $Uint64(0, 0);
		_tuple$161 = bits.Add64(x273, x305, ((x$121 = (new p521Uint1(x322.$high, x322.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x323 = _tuple$161[0];
		x324 = _tuple$161[1];
		x325 = new $Uint64(0, 0);
		x326 = new $Uint64(0, 0);
		_tuple$162 = bits.Add64(x275, x307, ((x$122 = (new p521Uint1(x324.$high, x324.$low)), new $Uint64(x$122.$high, x$122.$low))));
		x325 = _tuple$162[0];
		x326 = _tuple$162[1];
		x327 = new $Uint64(0, 0);
		x328 = new $Uint64(0, 0);
		_tuple$163 = bits.Add64(x277, x309, ((x$123 = (new p521Uint1(x326.$high, x326.$low)), new $Uint64(x$123.$high, x$123.$low))));
		x327 = _tuple$163[0];
		x328 = _tuple$163[1];
		x329 = new $Uint64(0, 0);
		x330 = new $Uint64(0, 0);
		_tuple$164 = bits.Add64((x$124 = ((x$125 = (new p521Uint1(x278.$high, x278.$low)), new $Uint64(x$125.$high, x$125.$low))), x$126 = (x$127 = ((x$128 = (new p521Uint1(x262.$high, x262.$low)), new $Uint64(x$128.$high, x$128.$low))), x$129 = (x$130 = ((x$131 = (new p521Uint1(x244.$high, x244.$low)), new $Uint64(x$131.$high, x$131.$low))), new $Uint64(x$130.$high + x212.$high, x$130.$low + x212.$low)), new $Uint64(x$127.$high + x$129.$high, x$127.$low + x$129.$low)), new $Uint64(x$124.$high + x$126.$high, x$124.$low + x$126.$low)), x311, ((x$132 = (new p521Uint1(x328.$high, x328.$low)), new $Uint64(x$132.$high, x$132.$low))));
		x329 = _tuple$164[0];
		x330 = _tuple$164[1];
		x331 = new $Uint64(0, 0);
		x332 = new $Uint64(0, 0);
		_tuple$165 = bits.Mul64(arg1[6], new $Uint64(16384, 0));
		x332 = _tuple$165[0];
		x331 = _tuple$165[1];
		x333 = new $Uint64(0, 0);
		x334 = new $Uint64(0, 0);
		_tuple$166 = bits.Add64(x317, x331, new $Uint64(0, 0));
		x333 = _tuple$166[0];
		x334 = _tuple$166[1];
		x335 = new $Uint64(0, 0);
		x336 = new $Uint64(0, 0);
		_tuple$167 = bits.Add64(x319, x332, ((x$133 = (new p521Uint1(x334.$high, x334.$low)), new $Uint64(x$133.$high, x$133.$low))));
		x335 = _tuple$167[0];
		x336 = _tuple$167[1];
		x337 = new $Uint64(0, 0);
		x338 = new $Uint64(0, 0);
		_tuple$168 = bits.Add64(x321, new $Uint64(0, 0), ((x$134 = (new p521Uint1(x336.$high, x336.$low)), new $Uint64(x$134.$high, x$134.$low))));
		x337 = _tuple$168[0];
		x338 = _tuple$168[1];
		x339 = new $Uint64(0, 0);
		x340 = new $Uint64(0, 0);
		_tuple$169 = bits.Add64(x323, new $Uint64(0, 0), ((x$135 = (new p521Uint1(x338.$high, x338.$low)), new $Uint64(x$135.$high, x$135.$low))));
		x339 = _tuple$169[0];
		x340 = _tuple$169[1];
		x341 = new $Uint64(0, 0);
		x342 = new $Uint64(0, 0);
		_tuple$170 = bits.Add64(x325, new $Uint64(0, 0), ((x$136 = (new p521Uint1(x340.$high, x340.$low)), new $Uint64(x$136.$high, x$136.$low))));
		x341 = _tuple$170[0];
		x342 = _tuple$170[1];
		x343 = new $Uint64(0, 0);
		x344 = new $Uint64(0, 0);
		_tuple$171 = bits.Add64(x327, new $Uint64(0, 0), ((x$137 = (new p521Uint1(x342.$high, x342.$low)), new $Uint64(x$137.$high, x$137.$low))));
		x343 = _tuple$171[0];
		x344 = _tuple$171[1];
		x345 = new $Uint64(0, 0);
		x346 = new $Uint64(0, 0);
		_tuple$172 = bits.Add64(x329, new $Uint64(0, 0), ((x$138 = (new p521Uint1(x344.$high, x344.$low)), new $Uint64(x$138.$high, x$138.$low))));
		x345 = _tuple$172[0];
		x346 = _tuple$172[1];
		x347 = new $Uint64(0, 0);
		x348 = new $Uint64(0, 0);
		_tuple$173 = bits.Mul64(x315, new $Uint64(0, 511));
		x348 = _tuple$173[0];
		x347 = _tuple$173[1];
		x349 = new $Uint64(0, 0);
		x350 = new $Uint64(0, 0);
		_tuple$174 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x350 = _tuple$174[0];
		x349 = _tuple$174[1];
		x351 = new $Uint64(0, 0);
		x352 = new $Uint64(0, 0);
		_tuple$175 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x352 = _tuple$175[0];
		x351 = _tuple$175[1];
		x353 = new $Uint64(0, 0);
		x354 = new $Uint64(0, 0);
		_tuple$176 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x354 = _tuple$176[0];
		x353 = _tuple$176[1];
		x355 = new $Uint64(0, 0);
		x356 = new $Uint64(0, 0);
		_tuple$177 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x356 = _tuple$177[0];
		x355 = _tuple$177[1];
		x357 = new $Uint64(0, 0);
		x358 = new $Uint64(0, 0);
		_tuple$178 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x358 = _tuple$178[0];
		x357 = _tuple$178[1];
		x359 = new $Uint64(0, 0);
		x360 = new $Uint64(0, 0);
		_tuple$179 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x360 = _tuple$179[0];
		x359 = _tuple$179[1];
		x361 = new $Uint64(0, 0);
		x362 = new $Uint64(0, 0);
		_tuple$180 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x362 = _tuple$180[0];
		x361 = _tuple$180[1];
		x363 = new $Uint64(0, 0);
		x364 = new $Uint64(0, 0);
		_tuple$181 = bits.Mul64(x315, new $Uint64(4294967295, 4294967295));
		x364 = _tuple$181[0];
		x363 = _tuple$181[1];
		x365 = new $Uint64(0, 0);
		x366 = new $Uint64(0, 0);
		_tuple$182 = bits.Add64(x364, x361, new $Uint64(0, 0));
		x365 = _tuple$182[0];
		x366 = _tuple$182[1];
		x367 = new $Uint64(0, 0);
		x368 = new $Uint64(0, 0);
		_tuple$183 = bits.Add64(x362, x359, ((x$139 = (new p521Uint1(x366.$high, x366.$low)), new $Uint64(x$139.$high, x$139.$low))));
		x367 = _tuple$183[0];
		x368 = _tuple$183[1];
		x369 = new $Uint64(0, 0);
		x370 = new $Uint64(0, 0);
		_tuple$184 = bits.Add64(x360, x357, ((x$140 = (new p521Uint1(x368.$high, x368.$low)), new $Uint64(x$140.$high, x$140.$low))));
		x369 = _tuple$184[0];
		x370 = _tuple$184[1];
		x371 = new $Uint64(0, 0);
		x372 = new $Uint64(0, 0);
		_tuple$185 = bits.Add64(x358, x355, ((x$141 = (new p521Uint1(x370.$high, x370.$low)), new $Uint64(x$141.$high, x$141.$low))));
		x371 = _tuple$185[0];
		x372 = _tuple$185[1];
		x373 = new $Uint64(0, 0);
		x374 = new $Uint64(0, 0);
		_tuple$186 = bits.Add64(x356, x353, ((x$142 = (new p521Uint1(x372.$high, x372.$low)), new $Uint64(x$142.$high, x$142.$low))));
		x373 = _tuple$186[0];
		x374 = _tuple$186[1];
		x375 = new $Uint64(0, 0);
		x376 = new $Uint64(0, 0);
		_tuple$187 = bits.Add64(x354, x351, ((x$143 = (new p521Uint1(x374.$high, x374.$low)), new $Uint64(x$143.$high, x$143.$low))));
		x375 = _tuple$187[0];
		x376 = _tuple$187[1];
		x377 = new $Uint64(0, 0);
		x378 = new $Uint64(0, 0);
		_tuple$188 = bits.Add64(x352, x349, ((x$144 = (new p521Uint1(x376.$high, x376.$low)), new $Uint64(x$144.$high, x$144.$low))));
		x377 = _tuple$188[0];
		x378 = _tuple$188[1];
		x379 = new $Uint64(0, 0);
		x380 = new $Uint64(0, 0);
		_tuple$189 = bits.Add64(x350, x347, ((x$145 = (new p521Uint1(x378.$high, x378.$low)), new $Uint64(x$145.$high, x$145.$low))));
		x379 = _tuple$189[0];
		x380 = _tuple$189[1];
		x382 = new $Uint64(0, 0);
		_tuple$190 = bits.Add64(x315, x363, new $Uint64(0, 0));
		x382 = _tuple$190[1];
		x383 = new $Uint64(0, 0);
		x384 = new $Uint64(0, 0);
		_tuple$191 = bits.Add64(x333, x365, ((x$146 = (new p521Uint1(x382.$high, x382.$low)), new $Uint64(x$146.$high, x$146.$low))));
		x383 = _tuple$191[0];
		x384 = _tuple$191[1];
		x385 = new $Uint64(0, 0);
		x386 = new $Uint64(0, 0);
		_tuple$192 = bits.Add64(x335, x367, ((x$147 = (new p521Uint1(x384.$high, x384.$low)), new $Uint64(x$147.$high, x$147.$low))));
		x385 = _tuple$192[0];
		x386 = _tuple$192[1];
		x387 = new $Uint64(0, 0);
		x388 = new $Uint64(0, 0);
		_tuple$193 = bits.Add64(x337, x369, ((x$148 = (new p521Uint1(x386.$high, x386.$low)), new $Uint64(x$148.$high, x$148.$low))));
		x387 = _tuple$193[0];
		x388 = _tuple$193[1];
		x389 = new $Uint64(0, 0);
		x390 = new $Uint64(0, 0);
		_tuple$194 = bits.Add64(x339, x371, ((x$149 = (new p521Uint1(x388.$high, x388.$low)), new $Uint64(x$149.$high, x$149.$low))));
		x389 = _tuple$194[0];
		x390 = _tuple$194[1];
		x391 = new $Uint64(0, 0);
		x392 = new $Uint64(0, 0);
		_tuple$195 = bits.Add64(x341, x373, ((x$150 = (new p521Uint1(x390.$high, x390.$low)), new $Uint64(x$150.$high, x$150.$low))));
		x391 = _tuple$195[0];
		x392 = _tuple$195[1];
		x393 = new $Uint64(0, 0);
		x394 = new $Uint64(0, 0);
		_tuple$196 = bits.Add64(x343, x375, ((x$151 = (new p521Uint1(x392.$high, x392.$low)), new $Uint64(x$151.$high, x$151.$low))));
		x393 = _tuple$196[0];
		x394 = _tuple$196[1];
		x395 = new $Uint64(0, 0);
		x396 = new $Uint64(0, 0);
		_tuple$197 = bits.Add64(x345, x377, ((x$152 = (new p521Uint1(x394.$high, x394.$low)), new $Uint64(x$152.$high, x$152.$low))));
		x395 = _tuple$197[0];
		x396 = _tuple$197[1];
		x397 = new $Uint64(0, 0);
		x398 = new $Uint64(0, 0);
		_tuple$198 = bits.Add64((x$153 = ((x$154 = (new p521Uint1(x346.$high, x346.$low)), new $Uint64(x$154.$high, x$154.$low))), x$155 = (x$156 = ((x$157 = (new p521Uint1(x330.$high, x330.$low)), new $Uint64(x$157.$high, x$157.$low))), x$158 = (x$159 = ((x$160 = (new p521Uint1(x312.$high, x312.$low)), new $Uint64(x$160.$high, x$160.$low))), new $Uint64(x$159.$high + x280.$high, x$159.$low + x280.$low)), new $Uint64(x$156.$high + x$158.$high, x$156.$low + x$158.$low)), new $Uint64(x$153.$high + x$155.$high, x$153.$low + x$155.$low)), x379, ((x$161 = (new p521Uint1(x396.$high, x396.$low)), new $Uint64(x$161.$high, x$161.$low))));
		x397 = _tuple$198[0];
		x398 = _tuple$198[1];
		x399 = new $Uint64(0, 0);
		x400 = new $Uint64(0, 0);
		_tuple$199 = bits.Mul64(arg1[7], new $Uint64(16384, 0));
		x400 = _tuple$199[0];
		x399 = _tuple$199[1];
		x401 = new $Uint64(0, 0);
		x402 = new $Uint64(0, 0);
		_tuple$200 = bits.Add64(x385, x399, new $Uint64(0, 0));
		x401 = _tuple$200[0];
		x402 = _tuple$200[1];
		x403 = new $Uint64(0, 0);
		x404 = new $Uint64(0, 0);
		_tuple$201 = bits.Add64(x387, x400, ((x$162 = (new p521Uint1(x402.$high, x402.$low)), new $Uint64(x$162.$high, x$162.$low))));
		x403 = _tuple$201[0];
		x404 = _tuple$201[1];
		x405 = new $Uint64(0, 0);
		x406 = new $Uint64(0, 0);
		_tuple$202 = bits.Add64(x389, new $Uint64(0, 0), ((x$163 = (new p521Uint1(x404.$high, x404.$low)), new $Uint64(x$163.$high, x$163.$low))));
		x405 = _tuple$202[0];
		x406 = _tuple$202[1];
		x407 = new $Uint64(0, 0);
		x408 = new $Uint64(0, 0);
		_tuple$203 = bits.Add64(x391, new $Uint64(0, 0), ((x$164 = (new p521Uint1(x406.$high, x406.$low)), new $Uint64(x$164.$high, x$164.$low))));
		x407 = _tuple$203[0];
		x408 = _tuple$203[1];
		x409 = new $Uint64(0, 0);
		x410 = new $Uint64(0, 0);
		_tuple$204 = bits.Add64(x393, new $Uint64(0, 0), ((x$165 = (new p521Uint1(x408.$high, x408.$low)), new $Uint64(x$165.$high, x$165.$low))));
		x409 = _tuple$204[0];
		x410 = _tuple$204[1];
		x411 = new $Uint64(0, 0);
		x412 = new $Uint64(0, 0);
		_tuple$205 = bits.Add64(x395, new $Uint64(0, 0), ((x$166 = (new p521Uint1(x410.$high, x410.$low)), new $Uint64(x$166.$high, x$166.$low))));
		x411 = _tuple$205[0];
		x412 = _tuple$205[1];
		x413 = new $Uint64(0, 0);
		x414 = new $Uint64(0, 0);
		_tuple$206 = bits.Add64(x397, new $Uint64(0, 0), ((x$167 = (new p521Uint1(x412.$high, x412.$low)), new $Uint64(x$167.$high, x$167.$low))));
		x413 = _tuple$206[0];
		x414 = _tuple$206[1];
		x415 = new $Uint64(0, 0);
		x416 = new $Uint64(0, 0);
		_tuple$207 = bits.Mul64(x383, new $Uint64(0, 511));
		x416 = _tuple$207[0];
		x415 = _tuple$207[1];
		x417 = new $Uint64(0, 0);
		x418 = new $Uint64(0, 0);
		_tuple$208 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x418 = _tuple$208[0];
		x417 = _tuple$208[1];
		x419 = new $Uint64(0, 0);
		x420 = new $Uint64(0, 0);
		_tuple$209 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x420 = _tuple$209[0];
		x419 = _tuple$209[1];
		x421 = new $Uint64(0, 0);
		x422 = new $Uint64(0, 0);
		_tuple$210 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x422 = _tuple$210[0];
		x421 = _tuple$210[1];
		x423 = new $Uint64(0, 0);
		x424 = new $Uint64(0, 0);
		_tuple$211 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x424 = _tuple$211[0];
		x423 = _tuple$211[1];
		x425 = new $Uint64(0, 0);
		x426 = new $Uint64(0, 0);
		_tuple$212 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x426 = _tuple$212[0];
		x425 = _tuple$212[1];
		x427 = new $Uint64(0, 0);
		x428 = new $Uint64(0, 0);
		_tuple$213 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x428 = _tuple$213[0];
		x427 = _tuple$213[1];
		x429 = new $Uint64(0, 0);
		x430 = new $Uint64(0, 0);
		_tuple$214 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x430 = _tuple$214[0];
		x429 = _tuple$214[1];
		x431 = new $Uint64(0, 0);
		x432 = new $Uint64(0, 0);
		_tuple$215 = bits.Mul64(x383, new $Uint64(4294967295, 4294967295));
		x432 = _tuple$215[0];
		x431 = _tuple$215[1];
		x433 = new $Uint64(0, 0);
		x434 = new $Uint64(0, 0);
		_tuple$216 = bits.Add64(x432, x429, new $Uint64(0, 0));
		x433 = _tuple$216[0];
		x434 = _tuple$216[1];
		x435 = new $Uint64(0, 0);
		x436 = new $Uint64(0, 0);
		_tuple$217 = bits.Add64(x430, x427, ((x$168 = (new p521Uint1(x434.$high, x434.$low)), new $Uint64(x$168.$high, x$168.$low))));
		x435 = _tuple$217[0];
		x436 = _tuple$217[1];
		x437 = new $Uint64(0, 0);
		x438 = new $Uint64(0, 0);
		_tuple$218 = bits.Add64(x428, x425, ((x$169 = (new p521Uint1(x436.$high, x436.$low)), new $Uint64(x$169.$high, x$169.$low))));
		x437 = _tuple$218[0];
		x438 = _tuple$218[1];
		x439 = new $Uint64(0, 0);
		x440 = new $Uint64(0, 0);
		_tuple$219 = bits.Add64(x426, x423, ((x$170 = (new p521Uint1(x438.$high, x438.$low)), new $Uint64(x$170.$high, x$170.$low))));
		x439 = _tuple$219[0];
		x440 = _tuple$219[1];
		x441 = new $Uint64(0, 0);
		x442 = new $Uint64(0, 0);
		_tuple$220 = bits.Add64(x424, x421, ((x$171 = (new p521Uint1(x440.$high, x440.$low)), new $Uint64(x$171.$high, x$171.$low))));
		x441 = _tuple$220[0];
		x442 = _tuple$220[1];
		x443 = new $Uint64(0, 0);
		x444 = new $Uint64(0, 0);
		_tuple$221 = bits.Add64(x422, x419, ((x$172 = (new p521Uint1(x442.$high, x442.$low)), new $Uint64(x$172.$high, x$172.$low))));
		x443 = _tuple$221[0];
		x444 = _tuple$221[1];
		x445 = new $Uint64(0, 0);
		x446 = new $Uint64(0, 0);
		_tuple$222 = bits.Add64(x420, x417, ((x$173 = (new p521Uint1(x444.$high, x444.$low)), new $Uint64(x$173.$high, x$173.$low))));
		x445 = _tuple$222[0];
		x446 = _tuple$222[1];
		x447 = new $Uint64(0, 0);
		x448 = new $Uint64(0, 0);
		_tuple$223 = bits.Add64(x418, x415, ((x$174 = (new p521Uint1(x446.$high, x446.$low)), new $Uint64(x$174.$high, x$174.$low))));
		x447 = _tuple$223[0];
		x448 = _tuple$223[1];
		x450 = new $Uint64(0, 0);
		_tuple$224 = bits.Add64(x383, x431, new $Uint64(0, 0));
		x450 = _tuple$224[1];
		x451 = new $Uint64(0, 0);
		x452 = new $Uint64(0, 0);
		_tuple$225 = bits.Add64(x401, x433, ((x$175 = (new p521Uint1(x450.$high, x450.$low)), new $Uint64(x$175.$high, x$175.$low))));
		x451 = _tuple$225[0];
		x452 = _tuple$225[1];
		x453 = new $Uint64(0, 0);
		x454 = new $Uint64(0, 0);
		_tuple$226 = bits.Add64(x403, x435, ((x$176 = (new p521Uint1(x452.$high, x452.$low)), new $Uint64(x$176.$high, x$176.$low))));
		x453 = _tuple$226[0];
		x454 = _tuple$226[1];
		x455 = new $Uint64(0, 0);
		x456 = new $Uint64(0, 0);
		_tuple$227 = bits.Add64(x405, x437, ((x$177 = (new p521Uint1(x454.$high, x454.$low)), new $Uint64(x$177.$high, x$177.$low))));
		x455 = _tuple$227[0];
		x456 = _tuple$227[1];
		x457 = new $Uint64(0, 0);
		x458 = new $Uint64(0, 0);
		_tuple$228 = bits.Add64(x407, x439, ((x$178 = (new p521Uint1(x456.$high, x456.$low)), new $Uint64(x$178.$high, x$178.$low))));
		x457 = _tuple$228[0];
		x458 = _tuple$228[1];
		x459 = new $Uint64(0, 0);
		x460 = new $Uint64(0, 0);
		_tuple$229 = bits.Add64(x409, x441, ((x$179 = (new p521Uint1(x458.$high, x458.$low)), new $Uint64(x$179.$high, x$179.$low))));
		x459 = _tuple$229[0];
		x460 = _tuple$229[1];
		x461 = new $Uint64(0, 0);
		x462 = new $Uint64(0, 0);
		_tuple$230 = bits.Add64(x411, x443, ((x$180 = (new p521Uint1(x460.$high, x460.$low)), new $Uint64(x$180.$high, x$180.$low))));
		x461 = _tuple$230[0];
		x462 = _tuple$230[1];
		x463 = new $Uint64(0, 0);
		x464 = new $Uint64(0, 0);
		_tuple$231 = bits.Add64(x413, x445, ((x$181 = (new p521Uint1(x462.$high, x462.$low)), new $Uint64(x$181.$high, x$181.$low))));
		x463 = _tuple$231[0];
		x464 = _tuple$231[1];
		x465 = new $Uint64(0, 0);
		x466 = new $Uint64(0, 0);
		_tuple$232 = bits.Add64((x$182 = ((x$183 = (new p521Uint1(x414.$high, x414.$low)), new $Uint64(x$183.$high, x$183.$low))), x$184 = (x$185 = ((x$186 = (new p521Uint1(x398.$high, x398.$low)), new $Uint64(x$186.$high, x$186.$low))), x$187 = (x$188 = ((x$189 = (new p521Uint1(x380.$high, x380.$low)), new $Uint64(x$189.$high, x$189.$low))), new $Uint64(x$188.$high + x348.$high, x$188.$low + x348.$low)), new $Uint64(x$185.$high + x$187.$high, x$185.$low + x$187.$low)), new $Uint64(x$182.$high + x$184.$high, x$182.$low + x$184.$low)), x447, ((x$190 = (new p521Uint1(x464.$high, x464.$low)), new $Uint64(x$190.$high, x$190.$low))));
		x465 = _tuple$232[0];
		x466 = _tuple$232[1];
		x467 = new $Uint64(0, 0);
		x468 = new $Uint64(0, 0);
		_tuple$233 = bits.Mul64(arg1[8], new $Uint64(16384, 0));
		x468 = _tuple$233[0];
		x467 = _tuple$233[1];
		x469 = new $Uint64(0, 0);
		x470 = new $Uint64(0, 0);
		_tuple$234 = bits.Add64(x453, x467, new $Uint64(0, 0));
		x469 = _tuple$234[0];
		x470 = _tuple$234[1];
		x471 = new $Uint64(0, 0);
		x472 = new $Uint64(0, 0);
		_tuple$235 = bits.Add64(x455, x468, ((x$191 = (new p521Uint1(x470.$high, x470.$low)), new $Uint64(x$191.$high, x$191.$low))));
		x471 = _tuple$235[0];
		x472 = _tuple$235[1];
		x473 = new $Uint64(0, 0);
		x474 = new $Uint64(0, 0);
		_tuple$236 = bits.Add64(x457, new $Uint64(0, 0), ((x$192 = (new p521Uint1(x472.$high, x472.$low)), new $Uint64(x$192.$high, x$192.$low))));
		x473 = _tuple$236[0];
		x474 = _tuple$236[1];
		x475 = new $Uint64(0, 0);
		x476 = new $Uint64(0, 0);
		_tuple$237 = bits.Add64(x459, new $Uint64(0, 0), ((x$193 = (new p521Uint1(x474.$high, x474.$low)), new $Uint64(x$193.$high, x$193.$low))));
		x475 = _tuple$237[0];
		x476 = _tuple$237[1];
		x477 = new $Uint64(0, 0);
		x478 = new $Uint64(0, 0);
		_tuple$238 = bits.Add64(x461, new $Uint64(0, 0), ((x$194 = (new p521Uint1(x476.$high, x476.$low)), new $Uint64(x$194.$high, x$194.$low))));
		x477 = _tuple$238[0];
		x478 = _tuple$238[1];
		x479 = new $Uint64(0, 0);
		x480 = new $Uint64(0, 0);
		_tuple$239 = bits.Add64(x463, new $Uint64(0, 0), ((x$195 = (new p521Uint1(x478.$high, x478.$low)), new $Uint64(x$195.$high, x$195.$low))));
		x479 = _tuple$239[0];
		x480 = _tuple$239[1];
		x481 = new $Uint64(0, 0);
		x482 = new $Uint64(0, 0);
		_tuple$240 = bits.Add64(x465, new $Uint64(0, 0), ((x$196 = (new p521Uint1(x480.$high, x480.$low)), new $Uint64(x$196.$high, x$196.$low))));
		x481 = _tuple$240[0];
		x482 = _tuple$240[1];
		x483 = new $Uint64(0, 0);
		x484 = new $Uint64(0, 0);
		_tuple$241 = bits.Mul64(x451, new $Uint64(0, 511));
		x484 = _tuple$241[0];
		x483 = _tuple$241[1];
		x485 = new $Uint64(0, 0);
		x486 = new $Uint64(0, 0);
		_tuple$242 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x486 = _tuple$242[0];
		x485 = _tuple$242[1];
		x487 = new $Uint64(0, 0);
		x488 = new $Uint64(0, 0);
		_tuple$243 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x488 = _tuple$243[0];
		x487 = _tuple$243[1];
		x489 = new $Uint64(0, 0);
		x490 = new $Uint64(0, 0);
		_tuple$244 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x490 = _tuple$244[0];
		x489 = _tuple$244[1];
		x491 = new $Uint64(0, 0);
		x492 = new $Uint64(0, 0);
		_tuple$245 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x492 = _tuple$245[0];
		x491 = _tuple$245[1];
		x493 = new $Uint64(0, 0);
		x494 = new $Uint64(0, 0);
		_tuple$246 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x494 = _tuple$246[0];
		x493 = _tuple$246[1];
		x495 = new $Uint64(0, 0);
		x496 = new $Uint64(0, 0);
		_tuple$247 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x496 = _tuple$247[0];
		x495 = _tuple$247[1];
		x497 = new $Uint64(0, 0);
		x498 = new $Uint64(0, 0);
		_tuple$248 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x498 = _tuple$248[0];
		x497 = _tuple$248[1];
		x499 = new $Uint64(0, 0);
		x500 = new $Uint64(0, 0);
		_tuple$249 = bits.Mul64(x451, new $Uint64(4294967295, 4294967295));
		x500 = _tuple$249[0];
		x499 = _tuple$249[1];
		x501 = new $Uint64(0, 0);
		x502 = new $Uint64(0, 0);
		_tuple$250 = bits.Add64(x500, x497, new $Uint64(0, 0));
		x501 = _tuple$250[0];
		x502 = _tuple$250[1];
		x503 = new $Uint64(0, 0);
		x504 = new $Uint64(0, 0);
		_tuple$251 = bits.Add64(x498, x495, ((x$197 = (new p521Uint1(x502.$high, x502.$low)), new $Uint64(x$197.$high, x$197.$low))));
		x503 = _tuple$251[0];
		x504 = _tuple$251[1];
		x505 = new $Uint64(0, 0);
		x506 = new $Uint64(0, 0);
		_tuple$252 = bits.Add64(x496, x493, ((x$198 = (new p521Uint1(x504.$high, x504.$low)), new $Uint64(x$198.$high, x$198.$low))));
		x505 = _tuple$252[0];
		x506 = _tuple$252[1];
		x507 = new $Uint64(0, 0);
		x508 = new $Uint64(0, 0);
		_tuple$253 = bits.Add64(x494, x491, ((x$199 = (new p521Uint1(x506.$high, x506.$low)), new $Uint64(x$199.$high, x$199.$low))));
		x507 = _tuple$253[0];
		x508 = _tuple$253[1];
		x509 = new $Uint64(0, 0);
		x510 = new $Uint64(0, 0);
		_tuple$254 = bits.Add64(x492, x489, ((x$200 = (new p521Uint1(x508.$high, x508.$low)), new $Uint64(x$200.$high, x$200.$low))));
		x509 = _tuple$254[0];
		x510 = _tuple$254[1];
		x511 = new $Uint64(0, 0);
		x512 = new $Uint64(0, 0);
		_tuple$255 = bits.Add64(x490, x487, ((x$201 = (new p521Uint1(x510.$high, x510.$low)), new $Uint64(x$201.$high, x$201.$low))));
		x511 = _tuple$255[0];
		x512 = _tuple$255[1];
		x513 = new $Uint64(0, 0);
		x514 = new $Uint64(0, 0);
		_tuple$256 = bits.Add64(x488, x485, ((x$202 = (new p521Uint1(x512.$high, x512.$low)), new $Uint64(x$202.$high, x$202.$low))));
		x513 = _tuple$256[0];
		x514 = _tuple$256[1];
		x515 = new $Uint64(0, 0);
		x516 = new $Uint64(0, 0);
		_tuple$257 = bits.Add64(x486, x483, ((x$203 = (new p521Uint1(x514.$high, x514.$low)), new $Uint64(x$203.$high, x$203.$low))));
		x515 = _tuple$257[0];
		x516 = _tuple$257[1];
		x518 = new $Uint64(0, 0);
		_tuple$258 = bits.Add64(x451, x499, new $Uint64(0, 0));
		x518 = _tuple$258[1];
		x519 = new $Uint64(0, 0);
		x520 = new $Uint64(0, 0);
		_tuple$259 = bits.Add64(x469, x501, ((x$204 = (new p521Uint1(x518.$high, x518.$low)), new $Uint64(x$204.$high, x$204.$low))));
		x519 = _tuple$259[0];
		x520 = _tuple$259[1];
		x521 = new $Uint64(0, 0);
		x522 = new $Uint64(0, 0);
		_tuple$260 = bits.Add64(x471, x503, ((x$205 = (new p521Uint1(x520.$high, x520.$low)), new $Uint64(x$205.$high, x$205.$low))));
		x521 = _tuple$260[0];
		x522 = _tuple$260[1];
		x523 = new $Uint64(0, 0);
		x524 = new $Uint64(0, 0);
		_tuple$261 = bits.Add64(x473, x505, ((x$206 = (new p521Uint1(x522.$high, x522.$low)), new $Uint64(x$206.$high, x$206.$low))));
		x523 = _tuple$261[0];
		x524 = _tuple$261[1];
		x525 = new $Uint64(0, 0);
		x526 = new $Uint64(0, 0);
		_tuple$262 = bits.Add64(x475, x507, ((x$207 = (new p521Uint1(x524.$high, x524.$low)), new $Uint64(x$207.$high, x$207.$low))));
		x525 = _tuple$262[0];
		x526 = _tuple$262[1];
		x527 = new $Uint64(0, 0);
		x528 = new $Uint64(0, 0);
		_tuple$263 = bits.Add64(x477, x509, ((x$208 = (new p521Uint1(x526.$high, x526.$low)), new $Uint64(x$208.$high, x$208.$low))));
		x527 = _tuple$263[0];
		x528 = _tuple$263[1];
		x529 = new $Uint64(0, 0);
		x530 = new $Uint64(0, 0);
		_tuple$264 = bits.Add64(x479, x511, ((x$209 = (new p521Uint1(x528.$high, x528.$low)), new $Uint64(x$209.$high, x$209.$low))));
		x529 = _tuple$264[0];
		x530 = _tuple$264[1];
		x531 = new $Uint64(0, 0);
		x532 = new $Uint64(0, 0);
		_tuple$265 = bits.Add64(x481, x513, ((x$210 = (new p521Uint1(x530.$high, x530.$low)), new $Uint64(x$210.$high, x$210.$low))));
		x531 = _tuple$265[0];
		x532 = _tuple$265[1];
		x533 = new $Uint64(0, 0);
		x534 = new $Uint64(0, 0);
		_tuple$266 = bits.Add64((x$211 = ((x$212 = (new p521Uint1(x482.$high, x482.$low)), new $Uint64(x$212.$high, x$212.$low))), x$213 = (x$214 = ((x$215 = (new p521Uint1(x466.$high, x466.$low)), new $Uint64(x$215.$high, x$215.$low))), x$216 = (x$217 = ((x$218 = (new p521Uint1(x448.$high, x448.$low)), new $Uint64(x$218.$high, x$218.$low))), new $Uint64(x$217.$high + x416.$high, x$217.$low + x416.$low)), new $Uint64(x$214.$high + x$216.$high, x$214.$low + x$216.$low)), new $Uint64(x$211.$high + x$213.$high, x$211.$low + x$213.$low)), x515, ((x$219 = (new p521Uint1(x532.$high, x532.$low)), new $Uint64(x$219.$high, x$219.$low))));
		x533 = _tuple$266[0];
		x534 = _tuple$266[1];
		x535 = (x$220 = ((x$221 = (new p521Uint1(x534.$high, x534.$low)), new $Uint64(x$221.$high, x$221.$low))), x$222 = (x$223 = ((x$224 = (new p521Uint1(x516.$high, x516.$low)), new $Uint64(x$224.$high, x$224.$low))), new $Uint64(x$223.$high + x484.$high, x$223.$low + x484.$low)), new $Uint64(x$220.$high + x$222.$high, x$220.$low + x$222.$low));
		x536 = new $Uint64(0, 0);
		x537 = new $Uint64(0, 0);
		_tuple$267 = bits.Sub64(x519, new $Uint64(4294967295, 4294967295), new $Uint64(0, 0));
		x536 = _tuple$267[0];
		x537 = _tuple$267[1];
		x538 = new $Uint64(0, 0);
		x539 = new $Uint64(0, 0);
		_tuple$268 = bits.Sub64(x521, new $Uint64(4294967295, 4294967295), ((x$225 = (new p521Uint1(x537.$high, x537.$low)), new $Uint64(x$225.$high, x$225.$low))));
		x538 = _tuple$268[0];
		x539 = _tuple$268[1];
		x540 = new $Uint64(0, 0);
		x541 = new $Uint64(0, 0);
		_tuple$269 = bits.Sub64(x523, new $Uint64(4294967295, 4294967295), ((x$226 = (new p521Uint1(x539.$high, x539.$low)), new $Uint64(x$226.$high, x$226.$low))));
		x540 = _tuple$269[0];
		x541 = _tuple$269[1];
		x542 = new $Uint64(0, 0);
		x543 = new $Uint64(0, 0);
		_tuple$270 = bits.Sub64(x525, new $Uint64(4294967295, 4294967295), ((x$227 = (new p521Uint1(x541.$high, x541.$low)), new $Uint64(x$227.$high, x$227.$low))));
		x542 = _tuple$270[0];
		x543 = _tuple$270[1];
		x544 = new $Uint64(0, 0);
		x545 = new $Uint64(0, 0);
		_tuple$271 = bits.Sub64(x527, new $Uint64(4294967295, 4294967295), ((x$228 = (new p521Uint1(x543.$high, x543.$low)), new $Uint64(x$228.$high, x$228.$low))));
		x544 = _tuple$271[0];
		x545 = _tuple$271[1];
		x546 = new $Uint64(0, 0);
		x547 = new $Uint64(0, 0);
		_tuple$272 = bits.Sub64(x529, new $Uint64(4294967295, 4294967295), ((x$229 = (new p521Uint1(x545.$high, x545.$low)), new $Uint64(x$229.$high, x$229.$low))));
		x546 = _tuple$272[0];
		x547 = _tuple$272[1];
		x548 = new $Uint64(0, 0);
		x549 = new $Uint64(0, 0);
		_tuple$273 = bits.Sub64(x531, new $Uint64(4294967295, 4294967295), ((x$230 = (new p521Uint1(x547.$high, x547.$low)), new $Uint64(x$230.$high, x$230.$low))));
		x548 = _tuple$273[0];
		x549 = _tuple$273[1];
		x550 = new $Uint64(0, 0);
		x551 = new $Uint64(0, 0);
		_tuple$274 = bits.Sub64(x533, new $Uint64(4294967295, 4294967295), ((x$231 = (new p521Uint1(x549.$high, x549.$low)), new $Uint64(x$231.$high, x$231.$low))));
		x550 = _tuple$274[0];
		x551 = _tuple$274[1];
		x552 = new $Uint64(0, 0);
		x553 = new $Uint64(0, 0);
		_tuple$275 = bits.Sub64(x535, new $Uint64(0, 511), ((x$232 = (new p521Uint1(x551.$high, x551.$low)), new $Uint64(x$232.$high, x$232.$low))));
		x552 = _tuple$275[0];
		x553 = _tuple$275[1];
		x555 = new $Uint64(0, 0);
		_tuple$276 = bits.Sub64(new $Uint64(0, 0), new $Uint64(0, 0), ((x$233 = (new p521Uint1(x553.$high, x553.$low)), new $Uint64(x$233.$high, x$233.$low))));
		x555 = _tuple$276[1];
		x556 = new $Uint64(0, 0);
		p521CmovznzU64((x556$24ptr || (x556$24ptr = new ptrType(function() { return x556; }, function($v) { x556 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x536, x519);
		x557 = new $Uint64(0, 0);
		p521CmovznzU64((x557$24ptr || (x557$24ptr = new ptrType(function() { return x557; }, function($v) { x557 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x538, x521);
		x558 = new $Uint64(0, 0);
		p521CmovznzU64((x558$24ptr || (x558$24ptr = new ptrType(function() { return x558; }, function($v) { x558 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x540, x523);
		x559 = new $Uint64(0, 0);
		p521CmovznzU64((x559$24ptr || (x559$24ptr = new ptrType(function() { return x559; }, function($v) { x559 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x542, x525);
		x560 = new $Uint64(0, 0);
		p521CmovznzU64((x560$24ptr || (x560$24ptr = new ptrType(function() { return x560; }, function($v) { x560 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x544, x527);
		x561 = new $Uint64(0, 0);
		p521CmovznzU64((x561$24ptr || (x561$24ptr = new ptrType(function() { return x561; }, function($v) { x561 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x546, x529);
		x562 = new $Uint64(0, 0);
		p521CmovznzU64((x562$24ptr || (x562$24ptr = new ptrType(function() { return x562; }, function($v) { x562 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x548, x531);
		x563 = new $Uint64(0, 0);
		p521CmovznzU64((x563$24ptr || (x563$24ptr = new ptrType(function() { return x563; }, function($v) { x563 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x550, x533);
		x564 = new $Uint64(0, 0);
		p521CmovznzU64((x564$24ptr || (x564$24ptr = new ptrType(function() { return x564; }, function($v) { x564 = $v; }))), (new p521Uint1(x555.$high, x555.$low)), x552, x535);
		out1.nilCheck, out1[0] = x556;
		out1.nilCheck, out1[1] = x557;
		out1.nilCheck, out1[2] = x558;
		out1.nilCheck, out1[3] = x559;
		out1.nilCheck, out1[4] = x560;
		out1.nilCheck, out1[5] = x561;
		out1.nilCheck, out1[6] = x562;
		out1.nilCheck, out1[7] = x563;
		out1.nilCheck, out1[8] = x564;
	};
	p521Selectznz = function(out1, arg1, arg2, arg3) {
		var arg1, arg2, arg3, out1, x1, x1$24ptr, x2, x2$24ptr, x3, x3$24ptr, x4, x4$24ptr, x5, x5$24ptr, x6, x6$24ptr, x7, x7$24ptr, x8, x8$24ptr, x9, x9$24ptr;
		x1 = new $Uint64(0, 0);
		p521CmovznzU64((x1$24ptr || (x1$24ptr = new ptrType(function() { return x1; }, function($v) { x1 = $v; }))), arg1, arg2[0], arg3[0]);
		x2 = new $Uint64(0, 0);
		p521CmovznzU64((x2$24ptr || (x2$24ptr = new ptrType(function() { return x2; }, function($v) { x2 = $v; }))), arg1, arg2[1], arg3[1]);
		x3 = new $Uint64(0, 0);
		p521CmovznzU64((x3$24ptr || (x3$24ptr = new ptrType(function() { return x3; }, function($v) { x3 = $v; }))), arg1, arg2[2], arg3[2]);
		x4 = new $Uint64(0, 0);
		p521CmovznzU64((x4$24ptr || (x4$24ptr = new ptrType(function() { return x4; }, function($v) { x4 = $v; }))), arg1, arg2[3], arg3[3]);
		x5 = new $Uint64(0, 0);
		p521CmovznzU64((x5$24ptr || (x5$24ptr = new ptrType(function() { return x5; }, function($v) { x5 = $v; }))), arg1, arg2[4], arg3[4]);
		x6 = new $Uint64(0, 0);
		p521CmovznzU64((x6$24ptr || (x6$24ptr = new ptrType(function() { return x6; }, function($v) { x6 = $v; }))), arg1, arg2[5], arg3[5]);
		x7 = new $Uint64(0, 0);
		p521CmovznzU64((x7$24ptr || (x7$24ptr = new ptrType(function() { return x7; }, function($v) { x7 = $v; }))), arg1, arg2[6], arg3[6]);
		x8 = new $Uint64(0, 0);
		p521CmovznzU64((x8$24ptr || (x8$24ptr = new ptrType(function() { return x8; }, function($v) { x8 = $v; }))), arg1, arg2[7], arg3[7]);
		x9 = new $Uint64(0, 0);
		p521CmovznzU64((x9$24ptr || (x9$24ptr = new ptrType(function() { return x9; }, function($v) { x9 = $v; }))), arg1, arg2[8], arg3[8]);
		out1.nilCheck, out1[0] = x1;
		out1.nilCheck, out1[1] = x2;
		out1.nilCheck, out1[2] = x3;
		out1.nilCheck, out1[3] = x4;
		out1.nilCheck, out1[4] = x5;
		out1.nilCheck, out1[5] = x6;
		out1.nilCheck, out1[6] = x7;
		out1.nilCheck, out1[7] = x8;
		out1.nilCheck, out1[8] = x9;
	};
	p521ToBytes = function(out1, arg1) {
		var arg1, out1, x, x1, x10, x100, x101, x102, x103, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[8];
		x2 = arg1[7];
		x3 = arg1[6];
		x4 = arg1[5];
		x5 = arg1[4];
		x6 = arg1[3];
		x7 = arg1[2];
		x8 = arg1[1];
		x9 = arg1[0];
		x10 = ((((x9.$low << 24 >>> 24)) & 255) >>> 0);
		x11 = $shiftRightUint64(x9, 8);
		x12 = ((((x11.$low << 24 >>> 24)) & 255) >>> 0);
		x13 = $shiftRightUint64(x11, 8);
		x14 = ((((x13.$low << 24 >>> 24)) & 255) >>> 0);
		x15 = $shiftRightUint64(x13, 8);
		x16 = ((((x15.$low << 24 >>> 24)) & 255) >>> 0);
		x17 = $shiftRightUint64(x15, 8);
		x18 = ((((x17.$low << 24 >>> 24)) & 255) >>> 0);
		x19 = $shiftRightUint64(x17, 8);
		x20 = ((((x19.$low << 24 >>> 24)) & 255) >>> 0);
		x21 = $shiftRightUint64(x19, 8);
		x22 = ((((x21.$low << 24 >>> 24)) & 255) >>> 0);
		x23 = ((($shiftRightUint64(x21, 8)).$low << 24 >>> 24));
		x24 = ((((x8.$low << 24 >>> 24)) & 255) >>> 0);
		x25 = $shiftRightUint64(x8, 8);
		x26 = ((((x25.$low << 24 >>> 24)) & 255) >>> 0);
		x27 = $shiftRightUint64(x25, 8);
		x28 = ((((x27.$low << 24 >>> 24)) & 255) >>> 0);
		x29 = $shiftRightUint64(x27, 8);
		x30 = ((((x29.$low << 24 >>> 24)) & 255) >>> 0);
		x31 = $shiftRightUint64(x29, 8);
		x32 = ((((x31.$low << 24 >>> 24)) & 255) >>> 0);
		x33 = $shiftRightUint64(x31, 8);
		x34 = ((((x33.$low << 24 >>> 24)) & 255) >>> 0);
		x35 = $shiftRightUint64(x33, 8);
		x36 = ((((x35.$low << 24 >>> 24)) & 255) >>> 0);
		x37 = ((($shiftRightUint64(x35, 8)).$low << 24 >>> 24));
		x38 = ((((x7.$low << 24 >>> 24)) & 255) >>> 0);
		x39 = $shiftRightUint64(x7, 8);
		x40 = ((((x39.$low << 24 >>> 24)) & 255) >>> 0);
		x41 = $shiftRightUint64(x39, 8);
		x42 = ((((x41.$low << 24 >>> 24)) & 255) >>> 0);
		x43 = $shiftRightUint64(x41, 8);
		x44 = ((((x43.$low << 24 >>> 24)) & 255) >>> 0);
		x45 = $shiftRightUint64(x43, 8);
		x46 = ((((x45.$low << 24 >>> 24)) & 255) >>> 0);
		x47 = $shiftRightUint64(x45, 8);
		x48 = ((((x47.$low << 24 >>> 24)) & 255) >>> 0);
		x49 = $shiftRightUint64(x47, 8);
		x50 = ((((x49.$low << 24 >>> 24)) & 255) >>> 0);
		x51 = ((($shiftRightUint64(x49, 8)).$low << 24 >>> 24));
		x52 = ((((x6.$low << 24 >>> 24)) & 255) >>> 0);
		x53 = $shiftRightUint64(x6, 8);
		x54 = ((((x53.$low << 24 >>> 24)) & 255) >>> 0);
		x55 = $shiftRightUint64(x53, 8);
		x56 = ((((x55.$low << 24 >>> 24)) & 255) >>> 0);
		x57 = $shiftRightUint64(x55, 8);
		x58 = ((((x57.$low << 24 >>> 24)) & 255) >>> 0);
		x59 = $shiftRightUint64(x57, 8);
		x60 = ((((x59.$low << 24 >>> 24)) & 255) >>> 0);
		x61 = $shiftRightUint64(x59, 8);
		x62 = ((((x61.$low << 24 >>> 24)) & 255) >>> 0);
		x63 = $shiftRightUint64(x61, 8);
		x64 = ((((x63.$low << 24 >>> 24)) & 255) >>> 0);
		x65 = ((($shiftRightUint64(x63, 8)).$low << 24 >>> 24));
		x66 = ((((x5.$low << 24 >>> 24)) & 255) >>> 0);
		x67 = $shiftRightUint64(x5, 8);
		x68 = ((((x67.$low << 24 >>> 24)) & 255) >>> 0);
		x69 = $shiftRightUint64(x67, 8);
		x70 = ((((x69.$low << 24 >>> 24)) & 255) >>> 0);
		x71 = $shiftRightUint64(x69, 8);
		x72 = ((((x71.$low << 24 >>> 24)) & 255) >>> 0);
		x73 = $shiftRightUint64(x71, 8);
		x74 = ((((x73.$low << 24 >>> 24)) & 255) >>> 0);
		x75 = $shiftRightUint64(x73, 8);
		x76 = ((((x75.$low << 24 >>> 24)) & 255) >>> 0);
		x77 = $shiftRightUint64(x75, 8);
		x78 = ((((x77.$low << 24 >>> 24)) & 255) >>> 0);
		x79 = ((($shiftRightUint64(x77, 8)).$low << 24 >>> 24));
		x80 = ((((x4.$low << 24 >>> 24)) & 255) >>> 0);
		x81 = $shiftRightUint64(x4, 8);
		x82 = ((((x81.$low << 24 >>> 24)) & 255) >>> 0);
		x83 = $shiftRightUint64(x81, 8);
		x84 = ((((x83.$low << 24 >>> 24)) & 255) >>> 0);
		x85 = $shiftRightUint64(x83, 8);
		x86 = ((((x85.$low << 24 >>> 24)) & 255) >>> 0);
		x87 = $shiftRightUint64(x85, 8);
		x88 = ((((x87.$low << 24 >>> 24)) & 255) >>> 0);
		x89 = $shiftRightUint64(x87, 8);
		x90 = ((((x89.$low << 24 >>> 24)) & 255) >>> 0);
		x91 = $shiftRightUint64(x89, 8);
		x92 = ((((x91.$low << 24 >>> 24)) & 255) >>> 0);
		x93 = ((($shiftRightUint64(x91, 8)).$low << 24 >>> 24));
		x94 = ((((x3.$low << 24 >>> 24)) & 255) >>> 0);
		x95 = $shiftRightUint64(x3, 8);
		x96 = ((((x95.$low << 24 >>> 24)) & 255) >>> 0);
		x97 = $shiftRightUint64(x95, 8);
		x98 = ((((x97.$low << 24 >>> 24)) & 255) >>> 0);
		x99 = $shiftRightUint64(x97, 8);
		x100 = ((((x99.$low << 24 >>> 24)) & 255) >>> 0);
		x101 = $shiftRightUint64(x99, 8);
		x102 = ((((x101.$low << 24 >>> 24)) & 255) >>> 0);
		x103 = $shiftRightUint64(x101, 8);
		x104 = ((((x103.$low << 24 >>> 24)) & 255) >>> 0);
		x105 = $shiftRightUint64(x103, 8);
		x106 = ((((x105.$low << 24 >>> 24)) & 255) >>> 0);
		x107 = ((($shiftRightUint64(x105, 8)).$low << 24 >>> 24));
		x108 = ((((x2.$low << 24 >>> 24)) & 255) >>> 0);
		x109 = $shiftRightUint64(x2, 8);
		x110 = ((((x109.$low << 24 >>> 24)) & 255) >>> 0);
		x111 = $shiftRightUint64(x109, 8);
		x112 = ((((x111.$low << 24 >>> 24)) & 255) >>> 0);
		x113 = $shiftRightUint64(x111, 8);
		x114 = ((((x113.$low << 24 >>> 24)) & 255) >>> 0);
		x115 = $shiftRightUint64(x113, 8);
		x116 = ((((x115.$low << 24 >>> 24)) & 255) >>> 0);
		x117 = $shiftRightUint64(x115, 8);
		x118 = ((((x117.$low << 24 >>> 24)) & 255) >>> 0);
		x119 = $shiftRightUint64(x117, 8);
		x120 = ((((x119.$low << 24 >>> 24)) & 255) >>> 0);
		x121 = ((($shiftRightUint64(x119, 8)).$low << 24 >>> 24));
		x122 = ((((x1.$low << 24 >>> 24)) & 255) >>> 0);
		x123 = ((x = $shiftRightUint64(x1, 8), new p521Uint1(x.$high, x.$low)));
		out1.nilCheck, out1[0] = x10;
		out1.nilCheck, out1[1] = x12;
		out1.nilCheck, out1[2] = x14;
		out1.nilCheck, out1[3] = x16;
		out1.nilCheck, out1[4] = x18;
		out1.nilCheck, out1[5] = x20;
		out1.nilCheck, out1[6] = x22;
		out1.nilCheck, out1[7] = x23;
		out1.nilCheck, out1[8] = x24;
		out1.nilCheck, out1[9] = x26;
		out1.nilCheck, out1[10] = x28;
		out1.nilCheck, out1[11] = x30;
		out1.nilCheck, out1[12] = x32;
		out1.nilCheck, out1[13] = x34;
		out1.nilCheck, out1[14] = x36;
		out1.nilCheck, out1[15] = x37;
		out1.nilCheck, out1[16] = x38;
		out1.nilCheck, out1[17] = x40;
		out1.nilCheck, out1[18] = x42;
		out1.nilCheck, out1[19] = x44;
		out1.nilCheck, out1[20] = x46;
		out1.nilCheck, out1[21] = x48;
		out1.nilCheck, out1[22] = x50;
		out1.nilCheck, out1[23] = x51;
		out1.nilCheck, out1[24] = x52;
		out1.nilCheck, out1[25] = x54;
		out1.nilCheck, out1[26] = x56;
		out1.nilCheck, out1[27] = x58;
		out1.nilCheck, out1[28] = x60;
		out1.nilCheck, out1[29] = x62;
		out1.nilCheck, out1[30] = x64;
		out1.nilCheck, out1[31] = x65;
		out1.nilCheck, out1[32] = x66;
		out1.nilCheck, out1[33] = x68;
		out1.nilCheck, out1[34] = x70;
		out1.nilCheck, out1[35] = x72;
		out1.nilCheck, out1[36] = x74;
		out1.nilCheck, out1[37] = x76;
		out1.nilCheck, out1[38] = x78;
		out1.nilCheck, out1[39] = x79;
		out1.nilCheck, out1[40] = x80;
		out1.nilCheck, out1[41] = x82;
		out1.nilCheck, out1[42] = x84;
		out1.nilCheck, out1[43] = x86;
		out1.nilCheck, out1[44] = x88;
		out1.nilCheck, out1[45] = x90;
		out1.nilCheck, out1[46] = x92;
		out1.nilCheck, out1[47] = x93;
		out1.nilCheck, out1[48] = x94;
		out1.nilCheck, out1[49] = x96;
		out1.nilCheck, out1[50] = x98;
		out1.nilCheck, out1[51] = x100;
		out1.nilCheck, out1[52] = x102;
		out1.nilCheck, out1[53] = x104;
		out1.nilCheck, out1[54] = x106;
		out1.nilCheck, out1[55] = x107;
		out1.nilCheck, out1[56] = x108;
		out1.nilCheck, out1[57] = x110;
		out1.nilCheck, out1[58] = x112;
		out1.nilCheck, out1[59] = x114;
		out1.nilCheck, out1[60] = x116;
		out1.nilCheck, out1[61] = x118;
		out1.nilCheck, out1[62] = x120;
		out1.nilCheck, out1[63] = x121;
		out1.nilCheck, out1[64] = x122;
		out1.nilCheck, out1[65] = ((x123.$low << 24 >>> 24));
	};
	p521FromBytes = function(out1, arg1) {
		var arg1, out1, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, x1, x10, x100, x101, x102, x103, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = $shiftLeft64(((x = (new p521Uint1(0, arg1[65])), new $Uint64(x.$high, x.$low))), 8);
		x2 = arg1[64];
		x3 = $shiftLeft64((new $Uint64(0, arg1[63])), 56);
		x4 = $shiftLeft64((new $Uint64(0, arg1[62])), 48);
		x5 = $shiftLeft64((new $Uint64(0, arg1[61])), 40);
		x6 = $shiftLeft64((new $Uint64(0, arg1[60])), 32);
		x7 = $shiftLeft64((new $Uint64(0, arg1[59])), 24);
		x8 = $shiftLeft64((new $Uint64(0, arg1[58])), 16);
		x9 = $shiftLeft64((new $Uint64(0, arg1[57])), 8);
		x10 = arg1[56];
		x11 = $shiftLeft64((new $Uint64(0, arg1[55])), 56);
		x12 = $shiftLeft64((new $Uint64(0, arg1[54])), 48);
		x13 = $shiftLeft64((new $Uint64(0, arg1[53])), 40);
		x14 = $shiftLeft64((new $Uint64(0, arg1[52])), 32);
		x15 = $shiftLeft64((new $Uint64(0, arg1[51])), 24);
		x16 = $shiftLeft64((new $Uint64(0, arg1[50])), 16);
		x17 = $shiftLeft64((new $Uint64(0, arg1[49])), 8);
		x18 = arg1[48];
		x19 = $shiftLeft64((new $Uint64(0, arg1[47])), 56);
		x20 = $shiftLeft64((new $Uint64(0, arg1[46])), 48);
		x21 = $shiftLeft64((new $Uint64(0, arg1[45])), 40);
		x22 = $shiftLeft64((new $Uint64(0, arg1[44])), 32);
		x23 = $shiftLeft64((new $Uint64(0, arg1[43])), 24);
		x24 = $shiftLeft64((new $Uint64(0, arg1[42])), 16);
		x25 = $shiftLeft64((new $Uint64(0, arg1[41])), 8);
		x26 = arg1[40];
		x27 = $shiftLeft64((new $Uint64(0, arg1[39])), 56);
		x28 = $shiftLeft64((new $Uint64(0, arg1[38])), 48);
		x29 = $shiftLeft64((new $Uint64(0, arg1[37])), 40);
		x30 = $shiftLeft64((new $Uint64(0, arg1[36])), 32);
		x31 = $shiftLeft64((new $Uint64(0, arg1[35])), 24);
		x32 = $shiftLeft64((new $Uint64(0, arg1[34])), 16);
		x33 = $shiftLeft64((new $Uint64(0, arg1[33])), 8);
		x34 = arg1[32];
		x35 = $shiftLeft64((new $Uint64(0, arg1[31])), 56);
		x36 = $shiftLeft64((new $Uint64(0, arg1[30])), 48);
		x37 = $shiftLeft64((new $Uint64(0, arg1[29])), 40);
		x38 = $shiftLeft64((new $Uint64(0, arg1[28])), 32);
		x39 = $shiftLeft64((new $Uint64(0, arg1[27])), 24);
		x40 = $shiftLeft64((new $Uint64(0, arg1[26])), 16);
		x41 = $shiftLeft64((new $Uint64(0, arg1[25])), 8);
		x42 = arg1[24];
		x43 = $shiftLeft64((new $Uint64(0, arg1[23])), 56);
		x44 = $shiftLeft64((new $Uint64(0, arg1[22])), 48);
		x45 = $shiftLeft64((new $Uint64(0, arg1[21])), 40);
		x46 = $shiftLeft64((new $Uint64(0, arg1[20])), 32);
		x47 = $shiftLeft64((new $Uint64(0, arg1[19])), 24);
		x48 = $shiftLeft64((new $Uint64(0, arg1[18])), 16);
		x49 = $shiftLeft64((new $Uint64(0, arg1[17])), 8);
		x50 = arg1[16];
		x51 = $shiftLeft64((new $Uint64(0, arg1[15])), 56);
		x52 = $shiftLeft64((new $Uint64(0, arg1[14])), 48);
		x53 = $shiftLeft64((new $Uint64(0, arg1[13])), 40);
		x54 = $shiftLeft64((new $Uint64(0, arg1[12])), 32);
		x55 = $shiftLeft64((new $Uint64(0, arg1[11])), 24);
		x56 = $shiftLeft64((new $Uint64(0, arg1[10])), 16);
		x57 = $shiftLeft64((new $Uint64(0, arg1[9])), 8);
		x58 = arg1[8];
		x59 = $shiftLeft64((new $Uint64(0, arg1[7])), 56);
		x60 = $shiftLeft64((new $Uint64(0, arg1[6])), 48);
		x61 = $shiftLeft64((new $Uint64(0, arg1[5])), 40);
		x62 = $shiftLeft64((new $Uint64(0, arg1[4])), 32);
		x63 = $shiftLeft64((new $Uint64(0, arg1[3])), 24);
		x64 = $shiftLeft64((new $Uint64(0, arg1[2])), 16);
		x65 = $shiftLeft64((new $Uint64(0, arg1[1])), 8);
		x66 = arg1[0];
		x67 = (x$1 = (new $Uint64(0, x66)), new $Uint64(x65.$high + x$1.$high, x65.$low + x$1.$low));
		x68 = new $Uint64(x64.$high + x67.$high, x64.$low + x67.$low);
		x69 = new $Uint64(x63.$high + x68.$high, x63.$low + x68.$low);
		x70 = new $Uint64(x62.$high + x69.$high, x62.$low + x69.$low);
		x71 = new $Uint64(x61.$high + x70.$high, x61.$low + x70.$low);
		x72 = new $Uint64(x60.$high + x71.$high, x60.$low + x71.$low);
		x73 = new $Uint64(x59.$high + x72.$high, x59.$low + x72.$low);
		x74 = (x$2 = (new $Uint64(0, x58)), new $Uint64(x57.$high + x$2.$high, x57.$low + x$2.$low));
		x75 = new $Uint64(x56.$high + x74.$high, x56.$low + x74.$low);
		x76 = new $Uint64(x55.$high + x75.$high, x55.$low + x75.$low);
		x77 = new $Uint64(x54.$high + x76.$high, x54.$low + x76.$low);
		x78 = new $Uint64(x53.$high + x77.$high, x53.$low + x77.$low);
		x79 = new $Uint64(x52.$high + x78.$high, x52.$low + x78.$low);
		x80 = new $Uint64(x51.$high + x79.$high, x51.$low + x79.$low);
		x81 = (x$3 = (new $Uint64(0, x50)), new $Uint64(x49.$high + x$3.$high, x49.$low + x$3.$low));
		x82 = new $Uint64(x48.$high + x81.$high, x48.$low + x81.$low);
		x83 = new $Uint64(x47.$high + x82.$high, x47.$low + x82.$low);
		x84 = new $Uint64(x46.$high + x83.$high, x46.$low + x83.$low);
		x85 = new $Uint64(x45.$high + x84.$high, x45.$low + x84.$low);
		x86 = new $Uint64(x44.$high + x85.$high, x44.$low + x85.$low);
		x87 = new $Uint64(x43.$high + x86.$high, x43.$low + x86.$low);
		x88 = (x$4 = (new $Uint64(0, x42)), new $Uint64(x41.$high + x$4.$high, x41.$low + x$4.$low));
		x89 = new $Uint64(x40.$high + x88.$high, x40.$low + x88.$low);
		x90 = new $Uint64(x39.$high + x89.$high, x39.$low + x89.$low);
		x91 = new $Uint64(x38.$high + x90.$high, x38.$low + x90.$low);
		x92 = new $Uint64(x37.$high + x91.$high, x37.$low + x91.$low);
		x93 = new $Uint64(x36.$high + x92.$high, x36.$low + x92.$low);
		x94 = new $Uint64(x35.$high + x93.$high, x35.$low + x93.$low);
		x95 = (x$5 = (new $Uint64(0, x34)), new $Uint64(x33.$high + x$5.$high, x33.$low + x$5.$low));
		x96 = new $Uint64(x32.$high + x95.$high, x32.$low + x95.$low);
		x97 = new $Uint64(x31.$high + x96.$high, x31.$low + x96.$low);
		x98 = new $Uint64(x30.$high + x97.$high, x30.$low + x97.$low);
		x99 = new $Uint64(x29.$high + x98.$high, x29.$low + x98.$low);
		x100 = new $Uint64(x28.$high + x99.$high, x28.$low + x99.$low);
		x101 = new $Uint64(x27.$high + x100.$high, x27.$low + x100.$low);
		x102 = (x$6 = (new $Uint64(0, x26)), new $Uint64(x25.$high + x$6.$high, x25.$low + x$6.$low));
		x103 = new $Uint64(x24.$high + x102.$high, x24.$low + x102.$low);
		x104 = new $Uint64(x23.$high + x103.$high, x23.$low + x103.$low);
		x105 = new $Uint64(x22.$high + x104.$high, x22.$low + x104.$low);
		x106 = new $Uint64(x21.$high + x105.$high, x21.$low + x105.$low);
		x107 = new $Uint64(x20.$high + x106.$high, x20.$low + x106.$low);
		x108 = new $Uint64(x19.$high + x107.$high, x19.$low + x107.$low);
		x109 = (x$7 = (new $Uint64(0, x18)), new $Uint64(x17.$high + x$7.$high, x17.$low + x$7.$low));
		x110 = new $Uint64(x16.$high + x109.$high, x16.$low + x109.$low);
		x111 = new $Uint64(x15.$high + x110.$high, x15.$low + x110.$low);
		x112 = new $Uint64(x14.$high + x111.$high, x14.$low + x111.$low);
		x113 = new $Uint64(x13.$high + x112.$high, x13.$low + x112.$low);
		x114 = new $Uint64(x12.$high + x113.$high, x12.$low + x113.$low);
		x115 = new $Uint64(x11.$high + x114.$high, x11.$low + x114.$low);
		x116 = (x$8 = (new $Uint64(0, x10)), new $Uint64(x9.$high + x$8.$high, x9.$low + x$8.$low));
		x117 = new $Uint64(x8.$high + x116.$high, x8.$low + x116.$low);
		x118 = new $Uint64(x7.$high + x117.$high, x7.$low + x117.$low);
		x119 = new $Uint64(x6.$high + x118.$high, x6.$low + x118.$low);
		x120 = new $Uint64(x5.$high + x119.$high, x5.$low + x119.$low);
		x121 = new $Uint64(x4.$high + x120.$high, x4.$low + x120.$low);
		x122 = new $Uint64(x3.$high + x121.$high, x3.$low + x121.$low);
		x123 = (x$9 = (new $Uint64(0, x2)), new $Uint64(x1.$high + x$9.$high, x1.$low + x$9.$low));
		out1.nilCheck, out1[0] = x73;
		out1.nilCheck, out1[1] = x80;
		out1.nilCheck, out1[2] = x87;
		out1.nilCheck, out1[3] = x94;
		out1.nilCheck, out1[4] = x101;
		out1.nilCheck, out1[5] = x108;
		out1.nilCheck, out1[6] = x115;
		out1.nilCheck, out1[7] = x122;
		out1.nilCheck, out1[8] = x123;
	};
	P521Element.ptr.prototype.One = function() {
		var e;
		e = this;
		p521SetOne(e.x);
		return e;
	};
	P521Element.prototype.One = function() { return this.$val.One(); };
	P521Element.ptr.prototype.Equal = function(t) {
		var e, eBytes, t, tBytes;
		e = this;
		eBytes = e.Bytes();
		tBytes = t.Bytes();
		return subtle.ConstantTimeCompare(eBytes, tBytes);
	};
	P521Element.prototype.Equal = function(t) { return this.$val.Equal(t); };
	P521Element.ptr.prototype.IsZero = function() {
		var e, eBytes;
		e = this;
		eBytes = e.Bytes();
		return subtle.ConstantTimeCompare(eBytes, p521ZeroEncoding);
	};
	P521Element.prototype.IsZero = function() { return this.$val.IsZero(); };
	P521Element.ptr.prototype.Set = function(t) {
		var e, t;
		e = this;
		p521MontgomeryDomainFieldElement.copy(e.x, t.x);
		return e;
	};
	P521Element.prototype.Set = function(t) { return this.$val.Set(t); };
	P521Element.ptr.prototype.Bytes = function() {
		var e, out;
		e = this;
		out = arrayType$3.zero();
		return e.bytes(out);
	};
	P521Element.prototype.Bytes = function() { return this.$val.Bytes(); };
	P521Element.ptr.prototype.bytes = function(out) {
		var e, out, tmp;
		e = this;
		tmp = arrayType.zero();
		p521FromMontgomery(tmp, e.x);
		p521ToBytes(out, (tmp));
		p521InvertEndianness(new sliceType(out));
		return new sliceType(out);
	};
	P521Element.prototype.bytes = function(out) { return this.$val.bytes(out); };
	P521Element.ptr.prototype.SetBytes = function(v) {
		var _i, _ref, e, i, in$1, tmp, v;
		e = this;
		if (!((v.$length === 66))) {
			return [ptrType$1.nil, errors.New("invalid P521Element encoding")];
		}
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) < ((i < 0 || i >= p521MinusOneEncoding.$length) ? ($throwRuntimeError("index out of range"), undefined) : p521MinusOneEncoding.$array[p521MinusOneEncoding.$offset + i])) {
				break;
			}
			if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) > ((i < 0 || i >= p521MinusOneEncoding.$length) ? ($throwRuntimeError("index out of range"), undefined) : p521MinusOneEncoding.$array[p521MinusOneEncoding.$offset + i])) {
				return [ptrType$1.nil, errors.New("invalid P521Element encoding")];
			}
			_i++;
		}
		in$1 = arrayType$3.zero();
		$copySlice(new sliceType(in$1), v);
		p521InvertEndianness(new sliceType(in$1));
		tmp = arrayType.zero();
		p521FromBytes((tmp), in$1);
		p521ToMontgomery(e.x, tmp);
		return [e, $ifaceNil];
	};
	P521Element.prototype.SetBytes = function(v) { return this.$val.SetBytes(v); };
	P521Element.ptr.prototype.Add = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p521Add(e.x, t1.x, t2.x);
		return e;
	};
	P521Element.prototype.Add = function(t1, t2) { return this.$val.Add(t1, t2); };
	P521Element.ptr.prototype.Sub = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p521Sub(e.x, t1.x, t2.x);
		return e;
	};
	P521Element.prototype.Sub = function(t1, t2) { return this.$val.Sub(t1, t2); };
	P521Element.ptr.prototype.Mul = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p521Mul(e.x, t1.x, t2.x);
		return e;
	};
	P521Element.prototype.Mul = function(t1, t2) { return this.$val.Mul(t1, t2); };
	P521Element.ptr.prototype.Square = function(t) {
		var e, t;
		e = this;
		p521Square(e.x, t.x);
		return e;
	};
	P521Element.prototype.Square = function(t) { return this.$val.Square(t); };
	P521Element.ptr.prototype.Select = function(a, b, cond) {
		var a, b, cond, v;
		v = this;
		p521Selectznz((v.x), (new p521Uint1(0, cond)), (b.x), (a.x));
		return v;
	};
	P521Element.prototype.Select = function(a, b, cond) { return this.$val.Select(a, b, cond); };
	p521InvertEndianness = function(v) {
		var _q, _tmp, _tmp$1, i, v, x, x$1;
		i = 0;
		while (true) {
			if (!(i < (_q = v.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")))) { break; }
			_tmp = (x = (v.$length - 1 >> 0) - i >> 0, ((x < 0 || x >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x]));
			_tmp$1 = ((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]);
			((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i] = _tmp);
			(x$1 = (v.$length - 1 >> 0) - i >> 0, ((x$1 < 0 || x$1 >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x$1] = _tmp$1));
			i = i + (1) >> 0;
		}
	};
	P384Element.ptr.prototype.Invert = function(x) {
		var e, s, s$1, s$10, s$2, s$3, s$4, s$5, s$6, s$7, s$8, s$9, t0, t1, t2, t3, x, z;
		e = this;
		z = new P384Element.ptr(arrayType$1.zero()).Set(e);
		t0 = new P384Element.ptr(arrayType$1.zero());
		t1 = new P384Element.ptr(arrayType$1.zero());
		t2 = new P384Element.ptr(arrayType$1.zero());
		t3 = new P384Element.ptr(arrayType$1.zero());
		z.Square(x);
		z.Mul(x, z);
		z.Square(z);
		t1.Mul(x, z);
		z.Square(t1);
		s = 1;
		while (true) {
			if (!(s < 3)) { break; }
			z.Square(z);
			s = s + (1) >> 0;
		}
		z.Mul(t1, z);
		t0.Square(z);
		s$1 = 1;
		while (true) {
			if (!(s$1 < 6)) { break; }
			t0.Square(t0);
			s$1 = s$1 + (1) >> 0;
		}
		t0.Mul(z, t0);
		t2.Square(t0);
		s$2 = 1;
		while (true) {
			if (!(s$2 < 12)) { break; }
			t2.Square(t2);
			s$2 = s$2 + (1) >> 0;
		}
		t0.Mul(t0, t2);
		s$3 = 0;
		while (true) {
			if (!(s$3 < 6)) { break; }
			t0.Square(t0);
			s$3 = s$3 + (1) >> 0;
		}
		z.Mul(z, t0);
		t0.Square(z);
		t2.Mul(x, t0);
		t0.Square(t2);
		t0.Mul(x, t0);
		t3.Square(t0);
		s$4 = 1;
		while (true) {
			if (!(s$4 < 31)) { break; }
			t3.Square(t3);
			s$4 = s$4 + (1) >> 0;
		}
		t2.Mul(t2, t3);
		t3.Square(t2);
		s$5 = 1;
		while (true) {
			if (!(s$5 < 63)) { break; }
			t3.Square(t3);
			s$5 = s$5 + (1) >> 0;
		}
		t2.Mul(t2, t3);
		t3.Square(t2);
		s$6 = 1;
		while (true) {
			if (!(s$6 < 126)) { break; }
			t3.Square(t3);
			s$6 = s$6 + (1) >> 0;
		}
		t2.Mul(t2, t3);
		s$7 = 0;
		while (true) {
			if (!(s$7 < 3)) { break; }
			t2.Square(t2);
			s$7 = s$7 + (1) >> 0;
		}
		t1.Mul(t1, t2);
		s$8 = 0;
		while (true) {
			if (!(s$8 < 33)) { break; }
			t1.Square(t1);
			s$8 = s$8 + (1) >> 0;
		}
		t0.Mul(t0, t1);
		s$9 = 0;
		while (true) {
			if (!(s$9 < 94)) { break; }
			t0.Square(t0);
			s$9 = s$9 + (1) >> 0;
		}
		z.Mul(z, t0);
		s$10 = 0;
		while (true) {
			if (!(s$10 < 2)) { break; }
			z.Square(z);
			s$10 = s$10 + (1) >> 0;
		}
		z.Mul(x, z);
		return e.Set(z);
	};
	P384Element.prototype.Invert = function(x) { return this.$val.Invert(x); };
	p384CmovznzU64 = function(out1, arg1, arg2, arg3) {
		var arg1, arg2, arg3, out1, x, x$1, x$2, x1, x2;
		x1 = $mul64((new $Uint64(arg1.$high, arg1.$low)), new $Uint64(4294967295, 4294967295));
		x2 = (x = new $Uint64(x1.$high & arg3.$high, (x1.$low & arg3.$low) >>> 0), x$1 = (x$2 = new $Uint64(~x1.$high, ~x1.$low >>> 0), new $Uint64(x$2.$high & arg2.$high, (x$2.$low & arg2.$low) >>> 0)), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		out1.$set(x2);
	};
	p384Mul = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$151, _tuple$152, _tuple$153, _tuple$154, _tuple$155, _tuple$156, _tuple$157, _tuple$158, _tuple$159, _tuple$16, _tuple$160, _tuple$161, _tuple$162, _tuple$163, _tuple$164, _tuple$165, _tuple$166, _tuple$167, _tuple$168, _tuple$169, _tuple$17, _tuple$170, _tuple$171, _tuple$172, _tuple$173, _tuple$174, _tuple$175, _tuple$176, _tuple$177, _tuple$178, _tuple$179, _tuple$18, _tuple$180, _tuple$181, _tuple$182, _tuple$183, _tuple$184, _tuple$185, _tuple$186, _tuple$187, _tuple$188, _tuple$189, _tuple$19, _tuple$190, _tuple$191, _tuple$192, _tuple$193, _tuple$194, _tuple$195, _tuple$196, _tuple$197, _tuple$198, _tuple$199, _tuple$2, _tuple$20, _tuple$200, _tuple$201, _tuple$202, _tuple$203, _tuple$204, _tuple$205, _tuple$206, _tuple$207, _tuple$208, _tuple$209, _tuple$21, _tuple$210, _tuple$211, _tuple$212, _tuple$213, _tuple$214, _tuple$215, _tuple$216, _tuple$217, _tuple$218, _tuple$219, _tuple$22, _tuple$220, _tuple$221, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, arg2, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x101, x102, x103, x104, x105, x106, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x177, x178, x179, x18, x180, x181, x182, x183, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x203, x204, x205, x206, x207, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x222, x223, x224, x225, x226, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x24, x240, x241, x242, x243, x244, x245, x246, x247, x248, x249, x25, x250, x251, x252, x253, x254, x255, x256, x257, x258, x259, x26, x260, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x276, x277, x278, x279, x28, x280, x281, x282, x283, x284, x286, x287, x288, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x3, x30, x300, x301, x302, x303, x304, x305, x306, x307, x308, x309, x310, x311, x312, x313, x314, x315, x316, x317, x318, x319, x32, x320, x321, x322, x323, x324, x325, x326, x327, x328, x329, x33, x330, x331, x332, x333, x334, x335, x336, x337, x339, x34, x340, x341, x342, x343, x344, x345, x346, x347, x348, x349, x35, x350, x351, x352, x353, x354, x355, x356, x357, x358, x359, x36, x360, x361, x363, x364, x365, x366, x367, x368, x369, x37, x370, x371, x372, x373, x374, x375, x376, x377, x378, x379, x38, x380, x381, x382, x383, x384, x385, x386, x387, x388, x389, x39, x390, x391, x392, x393, x394, x395, x396, x397, x398, x399, x4, x40, x400, x401, x402, x403, x404, x405, x406, x407, x408, x409, x41, x410, x411, x412, x413, x414, x416, x417, x418, x419, x42, x420, x421, x422, x423, x424, x425, x426, x427, x428, x429, x43, x430, x431, x432, x433, x434, x435, x436, x437, x438, x44, x440, x441, x442, x443, x444, x445, x446, x447, x448, x449, x45, x450, x451, x452, x453, x454, x455, x456, x457, x458, x459, x46, x460, x461, x462, x463, x464, x465, x467, x468, x468$24ptr, x469, x469$24ptr, x47, x470, x470$24ptr, x471, x471$24ptr, x472, x472$24ptr, x473, x473$24ptr, x48, x49, x5, x50, x51, x52, x53, x54, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[4];
		x5 = arg1[5];
		x6 = arg1[0];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x6, arg2[5]);
		x8 = _tuple[0];
		x7 = _tuple[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x6, arg2[4]);
		x10 = _tuple$1[0];
		x9 = _tuple$1[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x6, arg2[3]);
		x12 = _tuple$2[0];
		x11 = _tuple$2[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x6, arg2[2]);
		x14 = _tuple$3[0];
		x13 = _tuple$3[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$4 = bits.Mul64(x6, arg2[1]);
		x16 = _tuple$4[0];
		x15 = _tuple$4[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$5 = bits.Mul64(x6, arg2[0]);
		x18 = _tuple$5[0];
		x17 = _tuple$5[1];
		x19 = new $Uint64(0, 0);
		x20 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x18, x15, new $Uint64(0, 0));
		x19 = _tuple$6[0];
		x20 = _tuple$6[1];
		x21 = new $Uint64(0, 0);
		x22 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(x16, x13, ((x = (new p384Uint1(x20.$high, x20.$low)), new $Uint64(x.$high, x.$low))));
		x21 = _tuple$7[0];
		x22 = _tuple$7[1];
		x23 = new $Uint64(0, 0);
		x24 = new $Uint64(0, 0);
		_tuple$8 = bits.Add64(x14, x11, ((x$1 = (new p384Uint1(x22.$high, x22.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x23 = _tuple$8[0];
		x24 = _tuple$8[1];
		x25 = new $Uint64(0, 0);
		x26 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x12, x9, ((x$2 = (new p384Uint1(x24.$high, x24.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x25 = _tuple$9[0];
		x26 = _tuple$9[1];
		x27 = new $Uint64(0, 0);
		x28 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x10, x7, ((x$3 = (new p384Uint1(x26.$high, x26.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x27 = _tuple$10[0];
		x28 = _tuple$10[1];
		x29 = (x$4 = ((x$5 = (new p384Uint1(x28.$high, x28.$low)), new $Uint64(x$5.$high, x$5.$low))), new $Uint64(x$4.$high + x8.$high, x$4.$low + x8.$low));
		x30 = new $Uint64(0, 0);
		_tuple$11 = bits.Mul64(x17, new $Uint64(1, 1));
		x30 = _tuple$11[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$12 = bits.Mul64(x30, new $Uint64(4294967295, 4294967295));
		x33 = _tuple$12[0];
		x32 = _tuple$12[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$13 = bits.Mul64(x30, new $Uint64(4294967295, 4294967295));
		x35 = _tuple$13[0];
		x34 = _tuple$13[1];
		x36 = new $Uint64(0, 0);
		x37 = new $Uint64(0, 0);
		_tuple$14 = bits.Mul64(x30, new $Uint64(4294967295, 4294967295));
		x37 = _tuple$14[0];
		x36 = _tuple$14[1];
		x38 = new $Uint64(0, 0);
		x39 = new $Uint64(0, 0);
		_tuple$15 = bits.Mul64(x30, new $Uint64(4294967295, 4294967294));
		x39 = _tuple$15[0];
		x38 = _tuple$15[1];
		x40 = new $Uint64(0, 0);
		x41 = new $Uint64(0, 0);
		_tuple$16 = bits.Mul64(x30, new $Uint64(4294967295, 0));
		x41 = _tuple$16[0];
		x40 = _tuple$16[1];
		x42 = new $Uint64(0, 0);
		x43 = new $Uint64(0, 0);
		_tuple$17 = bits.Mul64(x30, new $Uint64(0, 4294967295));
		x43 = _tuple$17[0];
		x42 = _tuple$17[1];
		x44 = new $Uint64(0, 0);
		x45 = new $Uint64(0, 0);
		_tuple$18 = bits.Add64(x43, x40, new $Uint64(0, 0));
		x44 = _tuple$18[0];
		x45 = _tuple$18[1];
		x46 = new $Uint64(0, 0);
		x47 = new $Uint64(0, 0);
		_tuple$19 = bits.Add64(x41, x38, ((x$6 = (new p384Uint1(x45.$high, x45.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x46 = _tuple$19[0];
		x47 = _tuple$19[1];
		x48 = new $Uint64(0, 0);
		x49 = new $Uint64(0, 0);
		_tuple$20 = bits.Add64(x39, x36, ((x$7 = (new p384Uint1(x47.$high, x47.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x48 = _tuple$20[0];
		x49 = _tuple$20[1];
		x50 = new $Uint64(0, 0);
		x51 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(x37, x34, ((x$8 = (new p384Uint1(x49.$high, x49.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x50 = _tuple$21[0];
		x51 = _tuple$21[1];
		x52 = new $Uint64(0, 0);
		x53 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(x35, x32, ((x$9 = (new p384Uint1(x51.$high, x51.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x52 = _tuple$22[0];
		x53 = _tuple$22[1];
		x54 = (x$10 = ((x$11 = (new p384Uint1(x53.$high, x53.$low)), new $Uint64(x$11.$high, x$11.$low))), new $Uint64(x$10.$high + x33.$high, x$10.$low + x33.$low));
		x56 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x17, x42, new $Uint64(0, 0));
		x56 = _tuple$23[1];
		x57 = new $Uint64(0, 0);
		x58 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x19, x44, ((x$12 = (new p384Uint1(x56.$high, x56.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x57 = _tuple$24[0];
		x58 = _tuple$24[1];
		x59 = new $Uint64(0, 0);
		x60 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(x21, x46, ((x$13 = (new p384Uint1(x58.$high, x58.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x59 = _tuple$25[0];
		x60 = _tuple$25[1];
		x61 = new $Uint64(0, 0);
		x62 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x23, x48, ((x$14 = (new p384Uint1(x60.$high, x60.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x61 = _tuple$26[0];
		x62 = _tuple$26[1];
		x63 = new $Uint64(0, 0);
		x64 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(x25, x50, ((x$15 = (new p384Uint1(x62.$high, x62.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x63 = _tuple$27[0];
		x64 = _tuple$27[1];
		x65 = new $Uint64(0, 0);
		x66 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(x27, x52, ((x$16 = (new p384Uint1(x64.$high, x64.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x65 = _tuple$28[0];
		x66 = _tuple$28[1];
		x67 = new $Uint64(0, 0);
		x68 = new $Uint64(0, 0);
		_tuple$29 = bits.Add64(x29, x54, ((x$17 = (new p384Uint1(x66.$high, x66.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x67 = _tuple$29[0];
		x68 = _tuple$29[1];
		x69 = new $Uint64(0, 0);
		x70 = new $Uint64(0, 0);
		_tuple$30 = bits.Mul64(x1, arg2[5]);
		x70 = _tuple$30[0];
		x69 = _tuple$30[1];
		x71 = new $Uint64(0, 0);
		x72 = new $Uint64(0, 0);
		_tuple$31 = bits.Mul64(x1, arg2[4]);
		x72 = _tuple$31[0];
		x71 = _tuple$31[1];
		x73 = new $Uint64(0, 0);
		x74 = new $Uint64(0, 0);
		_tuple$32 = bits.Mul64(x1, arg2[3]);
		x74 = _tuple$32[0];
		x73 = _tuple$32[1];
		x75 = new $Uint64(0, 0);
		x76 = new $Uint64(0, 0);
		_tuple$33 = bits.Mul64(x1, arg2[2]);
		x76 = _tuple$33[0];
		x75 = _tuple$33[1];
		x77 = new $Uint64(0, 0);
		x78 = new $Uint64(0, 0);
		_tuple$34 = bits.Mul64(x1, arg2[1]);
		x78 = _tuple$34[0];
		x77 = _tuple$34[1];
		x79 = new $Uint64(0, 0);
		x80 = new $Uint64(0, 0);
		_tuple$35 = bits.Mul64(x1, arg2[0]);
		x80 = _tuple$35[0];
		x79 = _tuple$35[1];
		x81 = new $Uint64(0, 0);
		x82 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x80, x77, new $Uint64(0, 0));
		x81 = _tuple$36[0];
		x82 = _tuple$36[1];
		x83 = new $Uint64(0, 0);
		x84 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x78, x75, ((x$18 = (new p384Uint1(x82.$high, x82.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x83 = _tuple$37[0];
		x84 = _tuple$37[1];
		x85 = new $Uint64(0, 0);
		x86 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x76, x73, ((x$19 = (new p384Uint1(x84.$high, x84.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x85 = _tuple$38[0];
		x86 = _tuple$38[1];
		x87 = new $Uint64(0, 0);
		x88 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x74, x71, ((x$20 = (new p384Uint1(x86.$high, x86.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x87 = _tuple$39[0];
		x88 = _tuple$39[1];
		x89 = new $Uint64(0, 0);
		x90 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x72, x69, ((x$21 = (new p384Uint1(x88.$high, x88.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x89 = _tuple$40[0];
		x90 = _tuple$40[1];
		x91 = (x$22 = ((x$23 = (new p384Uint1(x90.$high, x90.$low)), new $Uint64(x$23.$high, x$23.$low))), new $Uint64(x$22.$high + x70.$high, x$22.$low + x70.$low));
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$41 = bits.Add64(x57, x79, new $Uint64(0, 0));
		x92 = _tuple$41[0];
		x93 = _tuple$41[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$42 = bits.Add64(x59, x81, ((x$24 = (new p384Uint1(x93.$high, x93.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x94 = _tuple$42[0];
		x95 = _tuple$42[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64(x61, x83, ((x$25 = (new p384Uint1(x95.$high, x95.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x96 = _tuple$43[0];
		x97 = _tuple$43[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$44 = bits.Add64(x63, x85, ((x$26 = (new p384Uint1(x97.$high, x97.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x98 = _tuple$44[0];
		x99 = _tuple$44[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x65, x87, ((x$27 = (new p384Uint1(x99.$high, x99.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x100 = _tuple$45[0];
		x101 = _tuple$45[1];
		x102 = new $Uint64(0, 0);
		x103 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x67, x89, ((x$28 = (new p384Uint1(x101.$high, x101.$low)), new $Uint64(x$28.$high, x$28.$low))));
		x102 = _tuple$46[0];
		x103 = _tuple$46[1];
		x104 = new $Uint64(0, 0);
		x105 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(((x$29 = (new p384Uint1(x68.$high, x68.$low)), new $Uint64(x$29.$high, x$29.$low))), x91, ((x$30 = (new p384Uint1(x103.$high, x103.$low)), new $Uint64(x$30.$high, x$30.$low))));
		x104 = _tuple$47[0];
		x105 = _tuple$47[1];
		x106 = new $Uint64(0, 0);
		_tuple$48 = bits.Mul64(x92, new $Uint64(1, 1));
		x106 = _tuple$48[1];
		x108 = new $Uint64(0, 0);
		x109 = new $Uint64(0, 0);
		_tuple$49 = bits.Mul64(x106, new $Uint64(4294967295, 4294967295));
		x109 = _tuple$49[0];
		x108 = _tuple$49[1];
		x110 = new $Uint64(0, 0);
		x111 = new $Uint64(0, 0);
		_tuple$50 = bits.Mul64(x106, new $Uint64(4294967295, 4294967295));
		x111 = _tuple$50[0];
		x110 = _tuple$50[1];
		x112 = new $Uint64(0, 0);
		x113 = new $Uint64(0, 0);
		_tuple$51 = bits.Mul64(x106, new $Uint64(4294967295, 4294967295));
		x113 = _tuple$51[0];
		x112 = _tuple$51[1];
		x114 = new $Uint64(0, 0);
		x115 = new $Uint64(0, 0);
		_tuple$52 = bits.Mul64(x106, new $Uint64(4294967295, 4294967294));
		x115 = _tuple$52[0];
		x114 = _tuple$52[1];
		x116 = new $Uint64(0, 0);
		x117 = new $Uint64(0, 0);
		_tuple$53 = bits.Mul64(x106, new $Uint64(4294967295, 0));
		x117 = _tuple$53[0];
		x116 = _tuple$53[1];
		x118 = new $Uint64(0, 0);
		x119 = new $Uint64(0, 0);
		_tuple$54 = bits.Mul64(x106, new $Uint64(0, 4294967295));
		x119 = _tuple$54[0];
		x118 = _tuple$54[1];
		x120 = new $Uint64(0, 0);
		x121 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x119, x116, new $Uint64(0, 0));
		x120 = _tuple$55[0];
		x121 = _tuple$55[1];
		x122 = new $Uint64(0, 0);
		x123 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x117, x114, ((x$31 = (new p384Uint1(x121.$high, x121.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x122 = _tuple$56[0];
		x123 = _tuple$56[1];
		x124 = new $Uint64(0, 0);
		x125 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x115, x112, ((x$32 = (new p384Uint1(x123.$high, x123.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x124 = _tuple$57[0];
		x125 = _tuple$57[1];
		x126 = new $Uint64(0, 0);
		x127 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x113, x110, ((x$33 = (new p384Uint1(x125.$high, x125.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x126 = _tuple$58[0];
		x127 = _tuple$58[1];
		x128 = new $Uint64(0, 0);
		x129 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x111, x108, ((x$34 = (new p384Uint1(x127.$high, x127.$low)), new $Uint64(x$34.$high, x$34.$low))));
		x128 = _tuple$59[0];
		x129 = _tuple$59[1];
		x130 = (x$35 = ((x$36 = (new p384Uint1(x129.$high, x129.$low)), new $Uint64(x$36.$high, x$36.$low))), new $Uint64(x$35.$high + x109.$high, x$35.$low + x109.$low));
		x132 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x92, x118, new $Uint64(0, 0));
		x132 = _tuple$60[1];
		x133 = new $Uint64(0, 0);
		x134 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x94, x120, ((x$37 = (new p384Uint1(x132.$high, x132.$low)), new $Uint64(x$37.$high, x$37.$low))));
		x133 = _tuple$61[0];
		x134 = _tuple$61[1];
		x135 = new $Uint64(0, 0);
		x136 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x96, x122, ((x$38 = (new p384Uint1(x134.$high, x134.$low)), new $Uint64(x$38.$high, x$38.$low))));
		x135 = _tuple$62[0];
		x136 = _tuple$62[1];
		x137 = new $Uint64(0, 0);
		x138 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x98, x124, ((x$39 = (new p384Uint1(x136.$high, x136.$low)), new $Uint64(x$39.$high, x$39.$low))));
		x137 = _tuple$63[0];
		x138 = _tuple$63[1];
		x139 = new $Uint64(0, 0);
		x140 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x100, x126, ((x$40 = (new p384Uint1(x138.$high, x138.$low)), new $Uint64(x$40.$high, x$40.$low))));
		x139 = _tuple$64[0];
		x140 = _tuple$64[1];
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x102, x128, ((x$41 = (new p384Uint1(x140.$high, x140.$low)), new $Uint64(x$41.$high, x$41.$low))));
		x141 = _tuple$65[0];
		x142 = _tuple$65[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x104, x130, ((x$42 = (new p384Uint1(x142.$high, x142.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x143 = _tuple$66[0];
		x144 = _tuple$66[1];
		x145 = (x$43 = ((x$44 = (new p384Uint1(x144.$high, x144.$low)), new $Uint64(x$44.$high, x$44.$low))), x$45 = ((x$46 = (new p384Uint1(x105.$high, x105.$low)), new $Uint64(x$46.$high, x$46.$low))), new $Uint64(x$43.$high + x$45.$high, x$43.$low + x$45.$low));
		x146 = new $Uint64(0, 0);
		x147 = new $Uint64(0, 0);
		_tuple$67 = bits.Mul64(x2, arg2[5]);
		x147 = _tuple$67[0];
		x146 = _tuple$67[1];
		x148 = new $Uint64(0, 0);
		x149 = new $Uint64(0, 0);
		_tuple$68 = bits.Mul64(x2, arg2[4]);
		x149 = _tuple$68[0];
		x148 = _tuple$68[1];
		x150 = new $Uint64(0, 0);
		x151 = new $Uint64(0, 0);
		_tuple$69 = bits.Mul64(x2, arg2[3]);
		x151 = _tuple$69[0];
		x150 = _tuple$69[1];
		x152 = new $Uint64(0, 0);
		x153 = new $Uint64(0, 0);
		_tuple$70 = bits.Mul64(x2, arg2[2]);
		x153 = _tuple$70[0];
		x152 = _tuple$70[1];
		x154 = new $Uint64(0, 0);
		x155 = new $Uint64(0, 0);
		_tuple$71 = bits.Mul64(x2, arg2[1]);
		x155 = _tuple$71[0];
		x154 = _tuple$71[1];
		x156 = new $Uint64(0, 0);
		x157 = new $Uint64(0, 0);
		_tuple$72 = bits.Mul64(x2, arg2[0]);
		x157 = _tuple$72[0];
		x156 = _tuple$72[1];
		x158 = new $Uint64(0, 0);
		x159 = new $Uint64(0, 0);
		_tuple$73 = bits.Add64(x157, x154, new $Uint64(0, 0));
		x158 = _tuple$73[0];
		x159 = _tuple$73[1];
		x160 = new $Uint64(0, 0);
		x161 = new $Uint64(0, 0);
		_tuple$74 = bits.Add64(x155, x152, ((x$47 = (new p384Uint1(x159.$high, x159.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x160 = _tuple$74[0];
		x161 = _tuple$74[1];
		x162 = new $Uint64(0, 0);
		x163 = new $Uint64(0, 0);
		_tuple$75 = bits.Add64(x153, x150, ((x$48 = (new p384Uint1(x161.$high, x161.$low)), new $Uint64(x$48.$high, x$48.$low))));
		x162 = _tuple$75[0];
		x163 = _tuple$75[1];
		x164 = new $Uint64(0, 0);
		x165 = new $Uint64(0, 0);
		_tuple$76 = bits.Add64(x151, x148, ((x$49 = (new p384Uint1(x163.$high, x163.$low)), new $Uint64(x$49.$high, x$49.$low))));
		x164 = _tuple$76[0];
		x165 = _tuple$76[1];
		x166 = new $Uint64(0, 0);
		x167 = new $Uint64(0, 0);
		_tuple$77 = bits.Add64(x149, x146, ((x$50 = (new p384Uint1(x165.$high, x165.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x166 = _tuple$77[0];
		x167 = _tuple$77[1];
		x168 = (x$51 = ((x$52 = (new p384Uint1(x167.$high, x167.$low)), new $Uint64(x$52.$high, x$52.$low))), new $Uint64(x$51.$high + x147.$high, x$51.$low + x147.$low));
		x169 = new $Uint64(0, 0);
		x170 = new $Uint64(0, 0);
		_tuple$78 = bits.Add64(x133, x156, new $Uint64(0, 0));
		x169 = _tuple$78[0];
		x170 = _tuple$78[1];
		x171 = new $Uint64(0, 0);
		x172 = new $Uint64(0, 0);
		_tuple$79 = bits.Add64(x135, x158, ((x$53 = (new p384Uint1(x170.$high, x170.$low)), new $Uint64(x$53.$high, x$53.$low))));
		x171 = _tuple$79[0];
		x172 = _tuple$79[1];
		x173 = new $Uint64(0, 0);
		x174 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x137, x160, ((x$54 = (new p384Uint1(x172.$high, x172.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x173 = _tuple$80[0];
		x174 = _tuple$80[1];
		x175 = new $Uint64(0, 0);
		x176 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x139, x162, ((x$55 = (new p384Uint1(x174.$high, x174.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x175 = _tuple$81[0];
		x176 = _tuple$81[1];
		x177 = new $Uint64(0, 0);
		x178 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x141, x164, ((x$56 = (new p384Uint1(x176.$high, x176.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x177 = _tuple$82[0];
		x178 = _tuple$82[1];
		x179 = new $Uint64(0, 0);
		x180 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x143, x166, ((x$57 = (new p384Uint1(x178.$high, x178.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x179 = _tuple$83[0];
		x180 = _tuple$83[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x145, x168, ((x$58 = (new p384Uint1(x180.$high, x180.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x181 = _tuple$84[0];
		x182 = _tuple$84[1];
		x183 = new $Uint64(0, 0);
		_tuple$85 = bits.Mul64(x169, new $Uint64(1, 1));
		x183 = _tuple$85[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$86 = bits.Mul64(x183, new $Uint64(4294967295, 4294967295));
		x186 = _tuple$86[0];
		x185 = _tuple$86[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$87 = bits.Mul64(x183, new $Uint64(4294967295, 4294967295));
		x188 = _tuple$87[0];
		x187 = _tuple$87[1];
		x189 = new $Uint64(0, 0);
		x190 = new $Uint64(0, 0);
		_tuple$88 = bits.Mul64(x183, new $Uint64(4294967295, 4294967295));
		x190 = _tuple$88[0];
		x189 = _tuple$88[1];
		x191 = new $Uint64(0, 0);
		x192 = new $Uint64(0, 0);
		_tuple$89 = bits.Mul64(x183, new $Uint64(4294967295, 4294967294));
		x192 = _tuple$89[0];
		x191 = _tuple$89[1];
		x193 = new $Uint64(0, 0);
		x194 = new $Uint64(0, 0);
		_tuple$90 = bits.Mul64(x183, new $Uint64(4294967295, 0));
		x194 = _tuple$90[0];
		x193 = _tuple$90[1];
		x195 = new $Uint64(0, 0);
		x196 = new $Uint64(0, 0);
		_tuple$91 = bits.Mul64(x183, new $Uint64(0, 4294967295));
		x196 = _tuple$91[0];
		x195 = _tuple$91[1];
		x197 = new $Uint64(0, 0);
		x198 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64(x196, x193, new $Uint64(0, 0));
		x197 = _tuple$92[0];
		x198 = _tuple$92[1];
		x199 = new $Uint64(0, 0);
		x200 = new $Uint64(0, 0);
		_tuple$93 = bits.Add64(x194, x191, ((x$59 = (new p384Uint1(x198.$high, x198.$low)), new $Uint64(x$59.$high, x$59.$low))));
		x199 = _tuple$93[0];
		x200 = _tuple$93[1];
		x201 = new $Uint64(0, 0);
		x202 = new $Uint64(0, 0);
		_tuple$94 = bits.Add64(x192, x189, ((x$60 = (new p384Uint1(x200.$high, x200.$low)), new $Uint64(x$60.$high, x$60.$low))));
		x201 = _tuple$94[0];
		x202 = _tuple$94[1];
		x203 = new $Uint64(0, 0);
		x204 = new $Uint64(0, 0);
		_tuple$95 = bits.Add64(x190, x187, ((x$61 = (new p384Uint1(x202.$high, x202.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x203 = _tuple$95[0];
		x204 = _tuple$95[1];
		x205 = new $Uint64(0, 0);
		x206 = new $Uint64(0, 0);
		_tuple$96 = bits.Add64(x188, x185, ((x$62 = (new p384Uint1(x204.$high, x204.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x205 = _tuple$96[0];
		x206 = _tuple$96[1];
		x207 = (x$63 = ((x$64 = (new p384Uint1(x206.$high, x206.$low)), new $Uint64(x$64.$high, x$64.$low))), new $Uint64(x$63.$high + x186.$high, x$63.$low + x186.$low));
		x209 = new $Uint64(0, 0);
		_tuple$97 = bits.Add64(x169, x195, new $Uint64(0, 0));
		x209 = _tuple$97[1];
		x210 = new $Uint64(0, 0);
		x211 = new $Uint64(0, 0);
		_tuple$98 = bits.Add64(x171, x197, ((x$65 = (new p384Uint1(x209.$high, x209.$low)), new $Uint64(x$65.$high, x$65.$low))));
		x210 = _tuple$98[0];
		x211 = _tuple$98[1];
		x212 = new $Uint64(0, 0);
		x213 = new $Uint64(0, 0);
		_tuple$99 = bits.Add64(x173, x199, ((x$66 = (new p384Uint1(x211.$high, x211.$low)), new $Uint64(x$66.$high, x$66.$low))));
		x212 = _tuple$99[0];
		x213 = _tuple$99[1];
		x214 = new $Uint64(0, 0);
		x215 = new $Uint64(0, 0);
		_tuple$100 = bits.Add64(x175, x201, ((x$67 = (new p384Uint1(x213.$high, x213.$low)), new $Uint64(x$67.$high, x$67.$low))));
		x214 = _tuple$100[0];
		x215 = _tuple$100[1];
		x216 = new $Uint64(0, 0);
		x217 = new $Uint64(0, 0);
		_tuple$101 = bits.Add64(x177, x203, ((x$68 = (new p384Uint1(x215.$high, x215.$low)), new $Uint64(x$68.$high, x$68.$low))));
		x216 = _tuple$101[0];
		x217 = _tuple$101[1];
		x218 = new $Uint64(0, 0);
		x219 = new $Uint64(0, 0);
		_tuple$102 = bits.Add64(x179, x205, ((x$69 = (new p384Uint1(x217.$high, x217.$low)), new $Uint64(x$69.$high, x$69.$low))));
		x218 = _tuple$102[0];
		x219 = _tuple$102[1];
		x220 = new $Uint64(0, 0);
		x221 = new $Uint64(0, 0);
		_tuple$103 = bits.Add64(x181, x207, ((x$70 = (new p384Uint1(x219.$high, x219.$low)), new $Uint64(x$70.$high, x$70.$low))));
		x220 = _tuple$103[0];
		x221 = _tuple$103[1];
		x222 = (x$71 = ((x$72 = (new p384Uint1(x221.$high, x221.$low)), new $Uint64(x$72.$high, x$72.$low))), x$73 = ((x$74 = (new p384Uint1(x182.$high, x182.$low)), new $Uint64(x$74.$high, x$74.$low))), new $Uint64(x$71.$high + x$73.$high, x$71.$low + x$73.$low));
		x223 = new $Uint64(0, 0);
		x224 = new $Uint64(0, 0);
		_tuple$104 = bits.Mul64(x3, arg2[5]);
		x224 = _tuple$104[0];
		x223 = _tuple$104[1];
		x225 = new $Uint64(0, 0);
		x226 = new $Uint64(0, 0);
		_tuple$105 = bits.Mul64(x3, arg2[4]);
		x226 = _tuple$105[0];
		x225 = _tuple$105[1];
		x227 = new $Uint64(0, 0);
		x228 = new $Uint64(0, 0);
		_tuple$106 = bits.Mul64(x3, arg2[3]);
		x228 = _tuple$106[0];
		x227 = _tuple$106[1];
		x229 = new $Uint64(0, 0);
		x230 = new $Uint64(0, 0);
		_tuple$107 = bits.Mul64(x3, arg2[2]);
		x230 = _tuple$107[0];
		x229 = _tuple$107[1];
		x231 = new $Uint64(0, 0);
		x232 = new $Uint64(0, 0);
		_tuple$108 = bits.Mul64(x3, arg2[1]);
		x232 = _tuple$108[0];
		x231 = _tuple$108[1];
		x233 = new $Uint64(0, 0);
		x234 = new $Uint64(0, 0);
		_tuple$109 = bits.Mul64(x3, arg2[0]);
		x234 = _tuple$109[0];
		x233 = _tuple$109[1];
		x235 = new $Uint64(0, 0);
		x236 = new $Uint64(0, 0);
		_tuple$110 = bits.Add64(x234, x231, new $Uint64(0, 0));
		x235 = _tuple$110[0];
		x236 = _tuple$110[1];
		x237 = new $Uint64(0, 0);
		x238 = new $Uint64(0, 0);
		_tuple$111 = bits.Add64(x232, x229, ((x$75 = (new p384Uint1(x236.$high, x236.$low)), new $Uint64(x$75.$high, x$75.$low))));
		x237 = _tuple$111[0];
		x238 = _tuple$111[1];
		x239 = new $Uint64(0, 0);
		x240 = new $Uint64(0, 0);
		_tuple$112 = bits.Add64(x230, x227, ((x$76 = (new p384Uint1(x238.$high, x238.$low)), new $Uint64(x$76.$high, x$76.$low))));
		x239 = _tuple$112[0];
		x240 = _tuple$112[1];
		x241 = new $Uint64(0, 0);
		x242 = new $Uint64(0, 0);
		_tuple$113 = bits.Add64(x228, x225, ((x$77 = (new p384Uint1(x240.$high, x240.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x241 = _tuple$113[0];
		x242 = _tuple$113[1];
		x243 = new $Uint64(0, 0);
		x244 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x226, x223, ((x$78 = (new p384Uint1(x242.$high, x242.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x243 = _tuple$114[0];
		x244 = _tuple$114[1];
		x245 = (x$79 = ((x$80 = (new p384Uint1(x244.$high, x244.$low)), new $Uint64(x$80.$high, x$80.$low))), new $Uint64(x$79.$high + x224.$high, x$79.$low + x224.$low));
		x246 = new $Uint64(0, 0);
		x247 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x210, x233, new $Uint64(0, 0));
		x246 = _tuple$115[0];
		x247 = _tuple$115[1];
		x248 = new $Uint64(0, 0);
		x249 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x212, x235, ((x$81 = (new p384Uint1(x247.$high, x247.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x248 = _tuple$116[0];
		x249 = _tuple$116[1];
		x250 = new $Uint64(0, 0);
		x251 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x214, x237, ((x$82 = (new p384Uint1(x249.$high, x249.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x250 = _tuple$117[0];
		x251 = _tuple$117[1];
		x252 = new $Uint64(0, 0);
		x253 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64(x216, x239, ((x$83 = (new p384Uint1(x251.$high, x251.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x252 = _tuple$118[0];
		x253 = _tuple$118[1];
		x254 = new $Uint64(0, 0);
		x255 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x218, x241, ((x$84 = (new p384Uint1(x253.$high, x253.$low)), new $Uint64(x$84.$high, x$84.$low))));
		x254 = _tuple$119[0];
		x255 = _tuple$119[1];
		x256 = new $Uint64(0, 0);
		x257 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x220, x243, ((x$85 = (new p384Uint1(x255.$high, x255.$low)), new $Uint64(x$85.$high, x$85.$low))));
		x256 = _tuple$120[0];
		x257 = _tuple$120[1];
		x258 = new $Uint64(0, 0);
		x259 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x222, x245, ((x$86 = (new p384Uint1(x257.$high, x257.$low)), new $Uint64(x$86.$high, x$86.$low))));
		x258 = _tuple$121[0];
		x259 = _tuple$121[1];
		x260 = new $Uint64(0, 0);
		_tuple$122 = bits.Mul64(x246, new $Uint64(1, 1));
		x260 = _tuple$122[1];
		x262 = new $Uint64(0, 0);
		x263 = new $Uint64(0, 0);
		_tuple$123 = bits.Mul64(x260, new $Uint64(4294967295, 4294967295));
		x263 = _tuple$123[0];
		x262 = _tuple$123[1];
		x264 = new $Uint64(0, 0);
		x265 = new $Uint64(0, 0);
		_tuple$124 = bits.Mul64(x260, new $Uint64(4294967295, 4294967295));
		x265 = _tuple$124[0];
		x264 = _tuple$124[1];
		x266 = new $Uint64(0, 0);
		x267 = new $Uint64(0, 0);
		_tuple$125 = bits.Mul64(x260, new $Uint64(4294967295, 4294967295));
		x267 = _tuple$125[0];
		x266 = _tuple$125[1];
		x268 = new $Uint64(0, 0);
		x269 = new $Uint64(0, 0);
		_tuple$126 = bits.Mul64(x260, new $Uint64(4294967295, 4294967294));
		x269 = _tuple$126[0];
		x268 = _tuple$126[1];
		x270 = new $Uint64(0, 0);
		x271 = new $Uint64(0, 0);
		_tuple$127 = bits.Mul64(x260, new $Uint64(4294967295, 0));
		x271 = _tuple$127[0];
		x270 = _tuple$127[1];
		x272 = new $Uint64(0, 0);
		x273 = new $Uint64(0, 0);
		_tuple$128 = bits.Mul64(x260, new $Uint64(0, 4294967295));
		x273 = _tuple$128[0];
		x272 = _tuple$128[1];
		x274 = new $Uint64(0, 0);
		x275 = new $Uint64(0, 0);
		_tuple$129 = bits.Add64(x273, x270, new $Uint64(0, 0));
		x274 = _tuple$129[0];
		x275 = _tuple$129[1];
		x276 = new $Uint64(0, 0);
		x277 = new $Uint64(0, 0);
		_tuple$130 = bits.Add64(x271, x268, ((x$87 = (new p384Uint1(x275.$high, x275.$low)), new $Uint64(x$87.$high, x$87.$low))));
		x276 = _tuple$130[0];
		x277 = _tuple$130[1];
		x278 = new $Uint64(0, 0);
		x279 = new $Uint64(0, 0);
		_tuple$131 = bits.Add64(x269, x266, ((x$88 = (new p384Uint1(x277.$high, x277.$low)), new $Uint64(x$88.$high, x$88.$low))));
		x278 = _tuple$131[0];
		x279 = _tuple$131[1];
		x280 = new $Uint64(0, 0);
		x281 = new $Uint64(0, 0);
		_tuple$132 = bits.Add64(x267, x264, ((x$89 = (new p384Uint1(x279.$high, x279.$low)), new $Uint64(x$89.$high, x$89.$low))));
		x280 = _tuple$132[0];
		x281 = _tuple$132[1];
		x282 = new $Uint64(0, 0);
		x283 = new $Uint64(0, 0);
		_tuple$133 = bits.Add64(x265, x262, ((x$90 = (new p384Uint1(x281.$high, x281.$low)), new $Uint64(x$90.$high, x$90.$low))));
		x282 = _tuple$133[0];
		x283 = _tuple$133[1];
		x284 = (x$91 = ((x$92 = (new p384Uint1(x283.$high, x283.$low)), new $Uint64(x$92.$high, x$92.$low))), new $Uint64(x$91.$high + x263.$high, x$91.$low + x263.$low));
		x286 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x246, x272, new $Uint64(0, 0));
		x286 = _tuple$134[1];
		x287 = new $Uint64(0, 0);
		x288 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x248, x274, ((x$93 = (new p384Uint1(x286.$high, x286.$low)), new $Uint64(x$93.$high, x$93.$low))));
		x287 = _tuple$135[0];
		x288 = _tuple$135[1];
		x289 = new $Uint64(0, 0);
		x290 = new $Uint64(0, 0);
		_tuple$136 = bits.Add64(x250, x276, ((x$94 = (new p384Uint1(x288.$high, x288.$low)), new $Uint64(x$94.$high, x$94.$low))));
		x289 = _tuple$136[0];
		x290 = _tuple$136[1];
		x291 = new $Uint64(0, 0);
		x292 = new $Uint64(0, 0);
		_tuple$137 = bits.Add64(x252, x278, ((x$95 = (new p384Uint1(x290.$high, x290.$low)), new $Uint64(x$95.$high, x$95.$low))));
		x291 = _tuple$137[0];
		x292 = _tuple$137[1];
		x293 = new $Uint64(0, 0);
		x294 = new $Uint64(0, 0);
		_tuple$138 = bits.Add64(x254, x280, ((x$96 = (new p384Uint1(x292.$high, x292.$low)), new $Uint64(x$96.$high, x$96.$low))));
		x293 = _tuple$138[0];
		x294 = _tuple$138[1];
		x295 = new $Uint64(0, 0);
		x296 = new $Uint64(0, 0);
		_tuple$139 = bits.Add64(x256, x282, ((x$97 = (new p384Uint1(x294.$high, x294.$low)), new $Uint64(x$97.$high, x$97.$low))));
		x295 = _tuple$139[0];
		x296 = _tuple$139[1];
		x297 = new $Uint64(0, 0);
		x298 = new $Uint64(0, 0);
		_tuple$140 = bits.Add64(x258, x284, ((x$98 = (new p384Uint1(x296.$high, x296.$low)), new $Uint64(x$98.$high, x$98.$low))));
		x297 = _tuple$140[0];
		x298 = _tuple$140[1];
		x299 = (x$99 = ((x$100 = (new p384Uint1(x298.$high, x298.$low)), new $Uint64(x$100.$high, x$100.$low))), x$101 = ((x$102 = (new p384Uint1(x259.$high, x259.$low)), new $Uint64(x$102.$high, x$102.$low))), new $Uint64(x$99.$high + x$101.$high, x$99.$low + x$101.$low));
		x300 = new $Uint64(0, 0);
		x301 = new $Uint64(0, 0);
		_tuple$141 = bits.Mul64(x4, arg2[5]);
		x301 = _tuple$141[0];
		x300 = _tuple$141[1];
		x302 = new $Uint64(0, 0);
		x303 = new $Uint64(0, 0);
		_tuple$142 = bits.Mul64(x4, arg2[4]);
		x303 = _tuple$142[0];
		x302 = _tuple$142[1];
		x304 = new $Uint64(0, 0);
		x305 = new $Uint64(0, 0);
		_tuple$143 = bits.Mul64(x4, arg2[3]);
		x305 = _tuple$143[0];
		x304 = _tuple$143[1];
		x306 = new $Uint64(0, 0);
		x307 = new $Uint64(0, 0);
		_tuple$144 = bits.Mul64(x4, arg2[2]);
		x307 = _tuple$144[0];
		x306 = _tuple$144[1];
		x308 = new $Uint64(0, 0);
		x309 = new $Uint64(0, 0);
		_tuple$145 = bits.Mul64(x4, arg2[1]);
		x309 = _tuple$145[0];
		x308 = _tuple$145[1];
		x310 = new $Uint64(0, 0);
		x311 = new $Uint64(0, 0);
		_tuple$146 = bits.Mul64(x4, arg2[0]);
		x311 = _tuple$146[0];
		x310 = _tuple$146[1];
		x312 = new $Uint64(0, 0);
		x313 = new $Uint64(0, 0);
		_tuple$147 = bits.Add64(x311, x308, new $Uint64(0, 0));
		x312 = _tuple$147[0];
		x313 = _tuple$147[1];
		x314 = new $Uint64(0, 0);
		x315 = new $Uint64(0, 0);
		_tuple$148 = bits.Add64(x309, x306, ((x$103 = (new p384Uint1(x313.$high, x313.$low)), new $Uint64(x$103.$high, x$103.$low))));
		x314 = _tuple$148[0];
		x315 = _tuple$148[1];
		x316 = new $Uint64(0, 0);
		x317 = new $Uint64(0, 0);
		_tuple$149 = bits.Add64(x307, x304, ((x$104 = (new p384Uint1(x315.$high, x315.$low)), new $Uint64(x$104.$high, x$104.$low))));
		x316 = _tuple$149[0];
		x317 = _tuple$149[1];
		x318 = new $Uint64(0, 0);
		x319 = new $Uint64(0, 0);
		_tuple$150 = bits.Add64(x305, x302, ((x$105 = (new p384Uint1(x317.$high, x317.$low)), new $Uint64(x$105.$high, x$105.$low))));
		x318 = _tuple$150[0];
		x319 = _tuple$150[1];
		x320 = new $Uint64(0, 0);
		x321 = new $Uint64(0, 0);
		_tuple$151 = bits.Add64(x303, x300, ((x$106 = (new p384Uint1(x319.$high, x319.$low)), new $Uint64(x$106.$high, x$106.$low))));
		x320 = _tuple$151[0];
		x321 = _tuple$151[1];
		x322 = (x$107 = ((x$108 = (new p384Uint1(x321.$high, x321.$low)), new $Uint64(x$108.$high, x$108.$low))), new $Uint64(x$107.$high + x301.$high, x$107.$low + x301.$low));
		x323 = new $Uint64(0, 0);
		x324 = new $Uint64(0, 0);
		_tuple$152 = bits.Add64(x287, x310, new $Uint64(0, 0));
		x323 = _tuple$152[0];
		x324 = _tuple$152[1];
		x325 = new $Uint64(0, 0);
		x326 = new $Uint64(0, 0);
		_tuple$153 = bits.Add64(x289, x312, ((x$109 = (new p384Uint1(x324.$high, x324.$low)), new $Uint64(x$109.$high, x$109.$low))));
		x325 = _tuple$153[0];
		x326 = _tuple$153[1];
		x327 = new $Uint64(0, 0);
		x328 = new $Uint64(0, 0);
		_tuple$154 = bits.Add64(x291, x314, ((x$110 = (new p384Uint1(x326.$high, x326.$low)), new $Uint64(x$110.$high, x$110.$low))));
		x327 = _tuple$154[0];
		x328 = _tuple$154[1];
		x329 = new $Uint64(0, 0);
		x330 = new $Uint64(0, 0);
		_tuple$155 = bits.Add64(x293, x316, ((x$111 = (new p384Uint1(x328.$high, x328.$low)), new $Uint64(x$111.$high, x$111.$low))));
		x329 = _tuple$155[0];
		x330 = _tuple$155[1];
		x331 = new $Uint64(0, 0);
		x332 = new $Uint64(0, 0);
		_tuple$156 = bits.Add64(x295, x318, ((x$112 = (new p384Uint1(x330.$high, x330.$low)), new $Uint64(x$112.$high, x$112.$low))));
		x331 = _tuple$156[0];
		x332 = _tuple$156[1];
		x333 = new $Uint64(0, 0);
		x334 = new $Uint64(0, 0);
		_tuple$157 = bits.Add64(x297, x320, ((x$113 = (new p384Uint1(x332.$high, x332.$low)), new $Uint64(x$113.$high, x$113.$low))));
		x333 = _tuple$157[0];
		x334 = _tuple$157[1];
		x335 = new $Uint64(0, 0);
		x336 = new $Uint64(0, 0);
		_tuple$158 = bits.Add64(x299, x322, ((x$114 = (new p384Uint1(x334.$high, x334.$low)), new $Uint64(x$114.$high, x$114.$low))));
		x335 = _tuple$158[0];
		x336 = _tuple$158[1];
		x337 = new $Uint64(0, 0);
		_tuple$159 = bits.Mul64(x323, new $Uint64(1, 1));
		x337 = _tuple$159[1];
		x339 = new $Uint64(0, 0);
		x340 = new $Uint64(0, 0);
		_tuple$160 = bits.Mul64(x337, new $Uint64(4294967295, 4294967295));
		x340 = _tuple$160[0];
		x339 = _tuple$160[1];
		x341 = new $Uint64(0, 0);
		x342 = new $Uint64(0, 0);
		_tuple$161 = bits.Mul64(x337, new $Uint64(4294967295, 4294967295));
		x342 = _tuple$161[0];
		x341 = _tuple$161[1];
		x343 = new $Uint64(0, 0);
		x344 = new $Uint64(0, 0);
		_tuple$162 = bits.Mul64(x337, new $Uint64(4294967295, 4294967295));
		x344 = _tuple$162[0];
		x343 = _tuple$162[1];
		x345 = new $Uint64(0, 0);
		x346 = new $Uint64(0, 0);
		_tuple$163 = bits.Mul64(x337, new $Uint64(4294967295, 4294967294));
		x346 = _tuple$163[0];
		x345 = _tuple$163[1];
		x347 = new $Uint64(0, 0);
		x348 = new $Uint64(0, 0);
		_tuple$164 = bits.Mul64(x337, new $Uint64(4294967295, 0));
		x348 = _tuple$164[0];
		x347 = _tuple$164[1];
		x349 = new $Uint64(0, 0);
		x350 = new $Uint64(0, 0);
		_tuple$165 = bits.Mul64(x337, new $Uint64(0, 4294967295));
		x350 = _tuple$165[0];
		x349 = _tuple$165[1];
		x351 = new $Uint64(0, 0);
		x352 = new $Uint64(0, 0);
		_tuple$166 = bits.Add64(x350, x347, new $Uint64(0, 0));
		x351 = _tuple$166[0];
		x352 = _tuple$166[1];
		x353 = new $Uint64(0, 0);
		x354 = new $Uint64(0, 0);
		_tuple$167 = bits.Add64(x348, x345, ((x$115 = (new p384Uint1(x352.$high, x352.$low)), new $Uint64(x$115.$high, x$115.$low))));
		x353 = _tuple$167[0];
		x354 = _tuple$167[1];
		x355 = new $Uint64(0, 0);
		x356 = new $Uint64(0, 0);
		_tuple$168 = bits.Add64(x346, x343, ((x$116 = (new p384Uint1(x354.$high, x354.$low)), new $Uint64(x$116.$high, x$116.$low))));
		x355 = _tuple$168[0];
		x356 = _tuple$168[1];
		x357 = new $Uint64(0, 0);
		x358 = new $Uint64(0, 0);
		_tuple$169 = bits.Add64(x344, x341, ((x$117 = (new p384Uint1(x356.$high, x356.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x357 = _tuple$169[0];
		x358 = _tuple$169[1];
		x359 = new $Uint64(0, 0);
		x360 = new $Uint64(0, 0);
		_tuple$170 = bits.Add64(x342, x339, ((x$118 = (new p384Uint1(x358.$high, x358.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x359 = _tuple$170[0];
		x360 = _tuple$170[1];
		x361 = (x$119 = ((x$120 = (new p384Uint1(x360.$high, x360.$low)), new $Uint64(x$120.$high, x$120.$low))), new $Uint64(x$119.$high + x340.$high, x$119.$low + x340.$low));
		x363 = new $Uint64(0, 0);
		_tuple$171 = bits.Add64(x323, x349, new $Uint64(0, 0));
		x363 = _tuple$171[1];
		x364 = new $Uint64(0, 0);
		x365 = new $Uint64(0, 0);
		_tuple$172 = bits.Add64(x325, x351, ((x$121 = (new p384Uint1(x363.$high, x363.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x364 = _tuple$172[0];
		x365 = _tuple$172[1];
		x366 = new $Uint64(0, 0);
		x367 = new $Uint64(0, 0);
		_tuple$173 = bits.Add64(x327, x353, ((x$122 = (new p384Uint1(x365.$high, x365.$low)), new $Uint64(x$122.$high, x$122.$low))));
		x366 = _tuple$173[0];
		x367 = _tuple$173[1];
		x368 = new $Uint64(0, 0);
		x369 = new $Uint64(0, 0);
		_tuple$174 = bits.Add64(x329, x355, ((x$123 = (new p384Uint1(x367.$high, x367.$low)), new $Uint64(x$123.$high, x$123.$low))));
		x368 = _tuple$174[0];
		x369 = _tuple$174[1];
		x370 = new $Uint64(0, 0);
		x371 = new $Uint64(0, 0);
		_tuple$175 = bits.Add64(x331, x357, ((x$124 = (new p384Uint1(x369.$high, x369.$low)), new $Uint64(x$124.$high, x$124.$low))));
		x370 = _tuple$175[0];
		x371 = _tuple$175[1];
		x372 = new $Uint64(0, 0);
		x373 = new $Uint64(0, 0);
		_tuple$176 = bits.Add64(x333, x359, ((x$125 = (new p384Uint1(x371.$high, x371.$low)), new $Uint64(x$125.$high, x$125.$low))));
		x372 = _tuple$176[0];
		x373 = _tuple$176[1];
		x374 = new $Uint64(0, 0);
		x375 = new $Uint64(0, 0);
		_tuple$177 = bits.Add64(x335, x361, ((x$126 = (new p384Uint1(x373.$high, x373.$low)), new $Uint64(x$126.$high, x$126.$low))));
		x374 = _tuple$177[0];
		x375 = _tuple$177[1];
		x376 = (x$127 = ((x$128 = (new p384Uint1(x375.$high, x375.$low)), new $Uint64(x$128.$high, x$128.$low))), x$129 = ((x$130 = (new p384Uint1(x336.$high, x336.$low)), new $Uint64(x$130.$high, x$130.$low))), new $Uint64(x$127.$high + x$129.$high, x$127.$low + x$129.$low));
		x377 = new $Uint64(0, 0);
		x378 = new $Uint64(0, 0);
		_tuple$178 = bits.Mul64(x5, arg2[5]);
		x378 = _tuple$178[0];
		x377 = _tuple$178[1];
		x379 = new $Uint64(0, 0);
		x380 = new $Uint64(0, 0);
		_tuple$179 = bits.Mul64(x5, arg2[4]);
		x380 = _tuple$179[0];
		x379 = _tuple$179[1];
		x381 = new $Uint64(0, 0);
		x382 = new $Uint64(0, 0);
		_tuple$180 = bits.Mul64(x5, arg2[3]);
		x382 = _tuple$180[0];
		x381 = _tuple$180[1];
		x383 = new $Uint64(0, 0);
		x384 = new $Uint64(0, 0);
		_tuple$181 = bits.Mul64(x5, arg2[2]);
		x384 = _tuple$181[0];
		x383 = _tuple$181[1];
		x385 = new $Uint64(0, 0);
		x386 = new $Uint64(0, 0);
		_tuple$182 = bits.Mul64(x5, arg2[1]);
		x386 = _tuple$182[0];
		x385 = _tuple$182[1];
		x387 = new $Uint64(0, 0);
		x388 = new $Uint64(0, 0);
		_tuple$183 = bits.Mul64(x5, arg2[0]);
		x388 = _tuple$183[0];
		x387 = _tuple$183[1];
		x389 = new $Uint64(0, 0);
		x390 = new $Uint64(0, 0);
		_tuple$184 = bits.Add64(x388, x385, new $Uint64(0, 0));
		x389 = _tuple$184[0];
		x390 = _tuple$184[1];
		x391 = new $Uint64(0, 0);
		x392 = new $Uint64(0, 0);
		_tuple$185 = bits.Add64(x386, x383, ((x$131 = (new p384Uint1(x390.$high, x390.$low)), new $Uint64(x$131.$high, x$131.$low))));
		x391 = _tuple$185[0];
		x392 = _tuple$185[1];
		x393 = new $Uint64(0, 0);
		x394 = new $Uint64(0, 0);
		_tuple$186 = bits.Add64(x384, x381, ((x$132 = (new p384Uint1(x392.$high, x392.$low)), new $Uint64(x$132.$high, x$132.$low))));
		x393 = _tuple$186[0];
		x394 = _tuple$186[1];
		x395 = new $Uint64(0, 0);
		x396 = new $Uint64(0, 0);
		_tuple$187 = bits.Add64(x382, x379, ((x$133 = (new p384Uint1(x394.$high, x394.$low)), new $Uint64(x$133.$high, x$133.$low))));
		x395 = _tuple$187[0];
		x396 = _tuple$187[1];
		x397 = new $Uint64(0, 0);
		x398 = new $Uint64(0, 0);
		_tuple$188 = bits.Add64(x380, x377, ((x$134 = (new p384Uint1(x396.$high, x396.$low)), new $Uint64(x$134.$high, x$134.$low))));
		x397 = _tuple$188[0];
		x398 = _tuple$188[1];
		x399 = (x$135 = ((x$136 = (new p384Uint1(x398.$high, x398.$low)), new $Uint64(x$136.$high, x$136.$low))), new $Uint64(x$135.$high + x378.$high, x$135.$low + x378.$low));
		x400 = new $Uint64(0, 0);
		x401 = new $Uint64(0, 0);
		_tuple$189 = bits.Add64(x364, x387, new $Uint64(0, 0));
		x400 = _tuple$189[0];
		x401 = _tuple$189[1];
		x402 = new $Uint64(0, 0);
		x403 = new $Uint64(0, 0);
		_tuple$190 = bits.Add64(x366, x389, ((x$137 = (new p384Uint1(x401.$high, x401.$low)), new $Uint64(x$137.$high, x$137.$low))));
		x402 = _tuple$190[0];
		x403 = _tuple$190[1];
		x404 = new $Uint64(0, 0);
		x405 = new $Uint64(0, 0);
		_tuple$191 = bits.Add64(x368, x391, ((x$138 = (new p384Uint1(x403.$high, x403.$low)), new $Uint64(x$138.$high, x$138.$low))));
		x404 = _tuple$191[0];
		x405 = _tuple$191[1];
		x406 = new $Uint64(0, 0);
		x407 = new $Uint64(0, 0);
		_tuple$192 = bits.Add64(x370, x393, ((x$139 = (new p384Uint1(x405.$high, x405.$low)), new $Uint64(x$139.$high, x$139.$low))));
		x406 = _tuple$192[0];
		x407 = _tuple$192[1];
		x408 = new $Uint64(0, 0);
		x409 = new $Uint64(0, 0);
		_tuple$193 = bits.Add64(x372, x395, ((x$140 = (new p384Uint1(x407.$high, x407.$low)), new $Uint64(x$140.$high, x$140.$low))));
		x408 = _tuple$193[0];
		x409 = _tuple$193[1];
		x410 = new $Uint64(0, 0);
		x411 = new $Uint64(0, 0);
		_tuple$194 = bits.Add64(x374, x397, ((x$141 = (new p384Uint1(x409.$high, x409.$low)), new $Uint64(x$141.$high, x$141.$low))));
		x410 = _tuple$194[0];
		x411 = _tuple$194[1];
		x412 = new $Uint64(0, 0);
		x413 = new $Uint64(0, 0);
		_tuple$195 = bits.Add64(x376, x399, ((x$142 = (new p384Uint1(x411.$high, x411.$low)), new $Uint64(x$142.$high, x$142.$low))));
		x412 = _tuple$195[0];
		x413 = _tuple$195[1];
		x414 = new $Uint64(0, 0);
		_tuple$196 = bits.Mul64(x400, new $Uint64(1, 1));
		x414 = _tuple$196[1];
		x416 = new $Uint64(0, 0);
		x417 = new $Uint64(0, 0);
		_tuple$197 = bits.Mul64(x414, new $Uint64(4294967295, 4294967295));
		x417 = _tuple$197[0];
		x416 = _tuple$197[1];
		x418 = new $Uint64(0, 0);
		x419 = new $Uint64(0, 0);
		_tuple$198 = bits.Mul64(x414, new $Uint64(4294967295, 4294967295));
		x419 = _tuple$198[0];
		x418 = _tuple$198[1];
		x420 = new $Uint64(0, 0);
		x421 = new $Uint64(0, 0);
		_tuple$199 = bits.Mul64(x414, new $Uint64(4294967295, 4294967295));
		x421 = _tuple$199[0];
		x420 = _tuple$199[1];
		x422 = new $Uint64(0, 0);
		x423 = new $Uint64(0, 0);
		_tuple$200 = bits.Mul64(x414, new $Uint64(4294967295, 4294967294));
		x423 = _tuple$200[0];
		x422 = _tuple$200[1];
		x424 = new $Uint64(0, 0);
		x425 = new $Uint64(0, 0);
		_tuple$201 = bits.Mul64(x414, new $Uint64(4294967295, 0));
		x425 = _tuple$201[0];
		x424 = _tuple$201[1];
		x426 = new $Uint64(0, 0);
		x427 = new $Uint64(0, 0);
		_tuple$202 = bits.Mul64(x414, new $Uint64(0, 4294967295));
		x427 = _tuple$202[0];
		x426 = _tuple$202[1];
		x428 = new $Uint64(0, 0);
		x429 = new $Uint64(0, 0);
		_tuple$203 = bits.Add64(x427, x424, new $Uint64(0, 0));
		x428 = _tuple$203[0];
		x429 = _tuple$203[1];
		x430 = new $Uint64(0, 0);
		x431 = new $Uint64(0, 0);
		_tuple$204 = bits.Add64(x425, x422, ((x$143 = (new p384Uint1(x429.$high, x429.$low)), new $Uint64(x$143.$high, x$143.$low))));
		x430 = _tuple$204[0];
		x431 = _tuple$204[1];
		x432 = new $Uint64(0, 0);
		x433 = new $Uint64(0, 0);
		_tuple$205 = bits.Add64(x423, x420, ((x$144 = (new p384Uint1(x431.$high, x431.$low)), new $Uint64(x$144.$high, x$144.$low))));
		x432 = _tuple$205[0];
		x433 = _tuple$205[1];
		x434 = new $Uint64(0, 0);
		x435 = new $Uint64(0, 0);
		_tuple$206 = bits.Add64(x421, x418, ((x$145 = (new p384Uint1(x433.$high, x433.$low)), new $Uint64(x$145.$high, x$145.$low))));
		x434 = _tuple$206[0];
		x435 = _tuple$206[1];
		x436 = new $Uint64(0, 0);
		x437 = new $Uint64(0, 0);
		_tuple$207 = bits.Add64(x419, x416, ((x$146 = (new p384Uint1(x435.$high, x435.$low)), new $Uint64(x$146.$high, x$146.$low))));
		x436 = _tuple$207[0];
		x437 = _tuple$207[1];
		x438 = (x$147 = ((x$148 = (new p384Uint1(x437.$high, x437.$low)), new $Uint64(x$148.$high, x$148.$low))), new $Uint64(x$147.$high + x417.$high, x$147.$low + x417.$low));
		x440 = new $Uint64(0, 0);
		_tuple$208 = bits.Add64(x400, x426, new $Uint64(0, 0));
		x440 = _tuple$208[1];
		x441 = new $Uint64(0, 0);
		x442 = new $Uint64(0, 0);
		_tuple$209 = bits.Add64(x402, x428, ((x$149 = (new p384Uint1(x440.$high, x440.$low)), new $Uint64(x$149.$high, x$149.$low))));
		x441 = _tuple$209[0];
		x442 = _tuple$209[1];
		x443 = new $Uint64(0, 0);
		x444 = new $Uint64(0, 0);
		_tuple$210 = bits.Add64(x404, x430, ((x$150 = (new p384Uint1(x442.$high, x442.$low)), new $Uint64(x$150.$high, x$150.$low))));
		x443 = _tuple$210[0];
		x444 = _tuple$210[1];
		x445 = new $Uint64(0, 0);
		x446 = new $Uint64(0, 0);
		_tuple$211 = bits.Add64(x406, x432, ((x$151 = (new p384Uint1(x444.$high, x444.$low)), new $Uint64(x$151.$high, x$151.$low))));
		x445 = _tuple$211[0];
		x446 = _tuple$211[1];
		x447 = new $Uint64(0, 0);
		x448 = new $Uint64(0, 0);
		_tuple$212 = bits.Add64(x408, x434, ((x$152 = (new p384Uint1(x446.$high, x446.$low)), new $Uint64(x$152.$high, x$152.$low))));
		x447 = _tuple$212[0];
		x448 = _tuple$212[1];
		x449 = new $Uint64(0, 0);
		x450 = new $Uint64(0, 0);
		_tuple$213 = bits.Add64(x410, x436, ((x$153 = (new p384Uint1(x448.$high, x448.$low)), new $Uint64(x$153.$high, x$153.$low))));
		x449 = _tuple$213[0];
		x450 = _tuple$213[1];
		x451 = new $Uint64(0, 0);
		x452 = new $Uint64(0, 0);
		_tuple$214 = bits.Add64(x412, x438, ((x$154 = (new p384Uint1(x450.$high, x450.$low)), new $Uint64(x$154.$high, x$154.$low))));
		x451 = _tuple$214[0];
		x452 = _tuple$214[1];
		x453 = (x$155 = ((x$156 = (new p384Uint1(x452.$high, x452.$low)), new $Uint64(x$156.$high, x$156.$low))), x$157 = ((x$158 = (new p384Uint1(x413.$high, x413.$low)), new $Uint64(x$158.$high, x$158.$low))), new $Uint64(x$155.$high + x$157.$high, x$155.$low + x$157.$low));
		x454 = new $Uint64(0, 0);
		x455 = new $Uint64(0, 0);
		_tuple$215 = bits.Sub64(x441, new $Uint64(0, 4294967295), new $Uint64(0, 0));
		x454 = _tuple$215[0];
		x455 = _tuple$215[1];
		x456 = new $Uint64(0, 0);
		x457 = new $Uint64(0, 0);
		_tuple$216 = bits.Sub64(x443, new $Uint64(4294967295, 0), ((x$159 = (new p384Uint1(x455.$high, x455.$low)), new $Uint64(x$159.$high, x$159.$low))));
		x456 = _tuple$216[0];
		x457 = _tuple$216[1];
		x458 = new $Uint64(0, 0);
		x459 = new $Uint64(0, 0);
		_tuple$217 = bits.Sub64(x445, new $Uint64(4294967295, 4294967294), ((x$160 = (new p384Uint1(x457.$high, x457.$low)), new $Uint64(x$160.$high, x$160.$low))));
		x458 = _tuple$217[0];
		x459 = _tuple$217[1];
		x460 = new $Uint64(0, 0);
		x461 = new $Uint64(0, 0);
		_tuple$218 = bits.Sub64(x447, new $Uint64(4294967295, 4294967295), ((x$161 = (new p384Uint1(x459.$high, x459.$low)), new $Uint64(x$161.$high, x$161.$low))));
		x460 = _tuple$218[0];
		x461 = _tuple$218[1];
		x462 = new $Uint64(0, 0);
		x463 = new $Uint64(0, 0);
		_tuple$219 = bits.Sub64(x449, new $Uint64(4294967295, 4294967295), ((x$162 = (new p384Uint1(x461.$high, x461.$low)), new $Uint64(x$162.$high, x$162.$low))));
		x462 = _tuple$219[0];
		x463 = _tuple$219[1];
		x464 = new $Uint64(0, 0);
		x465 = new $Uint64(0, 0);
		_tuple$220 = bits.Sub64(x451, new $Uint64(4294967295, 4294967295), ((x$163 = (new p384Uint1(x463.$high, x463.$low)), new $Uint64(x$163.$high, x$163.$low))));
		x464 = _tuple$220[0];
		x465 = _tuple$220[1];
		x467 = new $Uint64(0, 0);
		_tuple$221 = bits.Sub64(x453, new $Uint64(0, 0), ((x$164 = (new p384Uint1(x465.$high, x465.$low)), new $Uint64(x$164.$high, x$164.$low))));
		x467 = _tuple$221[1];
		x468 = new $Uint64(0, 0);
		p384CmovznzU64((x468$24ptr || (x468$24ptr = new ptrType(function() { return x468; }, function($v) { x468 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x454, x441);
		x469 = new $Uint64(0, 0);
		p384CmovznzU64((x469$24ptr || (x469$24ptr = new ptrType(function() { return x469; }, function($v) { x469 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x456, x443);
		x470 = new $Uint64(0, 0);
		p384CmovznzU64((x470$24ptr || (x470$24ptr = new ptrType(function() { return x470; }, function($v) { x470 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x458, x445);
		x471 = new $Uint64(0, 0);
		p384CmovznzU64((x471$24ptr || (x471$24ptr = new ptrType(function() { return x471; }, function($v) { x471 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x460, x447);
		x472 = new $Uint64(0, 0);
		p384CmovznzU64((x472$24ptr || (x472$24ptr = new ptrType(function() { return x472; }, function($v) { x472 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x462, x449);
		x473 = new $Uint64(0, 0);
		p384CmovznzU64((x473$24ptr || (x473$24ptr = new ptrType(function() { return x473; }, function($v) { x473 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x464, x451);
		out1.nilCheck, out1[0] = x468;
		out1.nilCheck, out1[1] = x469;
		out1.nilCheck, out1[2] = x470;
		out1.nilCheck, out1[3] = x471;
		out1.nilCheck, out1[4] = x472;
		out1.nilCheck, out1[5] = x473;
	};
	p384Square = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$151, _tuple$152, _tuple$153, _tuple$154, _tuple$155, _tuple$156, _tuple$157, _tuple$158, _tuple$159, _tuple$16, _tuple$160, _tuple$161, _tuple$162, _tuple$163, _tuple$164, _tuple$165, _tuple$166, _tuple$167, _tuple$168, _tuple$169, _tuple$17, _tuple$170, _tuple$171, _tuple$172, _tuple$173, _tuple$174, _tuple$175, _tuple$176, _tuple$177, _tuple$178, _tuple$179, _tuple$18, _tuple$180, _tuple$181, _tuple$182, _tuple$183, _tuple$184, _tuple$185, _tuple$186, _tuple$187, _tuple$188, _tuple$189, _tuple$19, _tuple$190, _tuple$191, _tuple$192, _tuple$193, _tuple$194, _tuple$195, _tuple$196, _tuple$197, _tuple$198, _tuple$199, _tuple$2, _tuple$20, _tuple$200, _tuple$201, _tuple$202, _tuple$203, _tuple$204, _tuple$205, _tuple$206, _tuple$207, _tuple$208, _tuple$209, _tuple$21, _tuple$210, _tuple$211, _tuple$212, _tuple$213, _tuple$214, _tuple$215, _tuple$216, _tuple$217, _tuple$218, _tuple$219, _tuple$22, _tuple$220, _tuple$221, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x101, x102, x103, x104, x105, x106, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x177, x178, x179, x18, x180, x181, x182, x183, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x203, x204, x205, x206, x207, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x222, x223, x224, x225, x226, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x24, x240, x241, x242, x243, x244, x245, x246, x247, x248, x249, x25, x250, x251, x252, x253, x254, x255, x256, x257, x258, x259, x26, x260, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x276, x277, x278, x279, x28, x280, x281, x282, x283, x284, x286, x287, x288, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x3, x30, x300, x301, x302, x303, x304, x305, x306, x307, x308, x309, x310, x311, x312, x313, x314, x315, x316, x317, x318, x319, x32, x320, x321, x322, x323, x324, x325, x326, x327, x328, x329, x33, x330, x331, x332, x333, x334, x335, x336, x337, x339, x34, x340, x341, x342, x343, x344, x345, x346, x347, x348, x349, x35, x350, x351, x352, x353, x354, x355, x356, x357, x358, x359, x36, x360, x361, x363, x364, x365, x366, x367, x368, x369, x37, x370, x371, x372, x373, x374, x375, x376, x377, x378, x379, x38, x380, x381, x382, x383, x384, x385, x386, x387, x388, x389, x39, x390, x391, x392, x393, x394, x395, x396, x397, x398, x399, x4, x40, x400, x401, x402, x403, x404, x405, x406, x407, x408, x409, x41, x410, x411, x412, x413, x414, x416, x417, x418, x419, x42, x420, x421, x422, x423, x424, x425, x426, x427, x428, x429, x43, x430, x431, x432, x433, x434, x435, x436, x437, x438, x44, x440, x441, x442, x443, x444, x445, x446, x447, x448, x449, x45, x450, x451, x452, x453, x454, x455, x456, x457, x458, x459, x46, x460, x461, x462, x463, x464, x465, x467, x468, x468$24ptr, x469, x469$24ptr, x47, x470, x470$24ptr, x471, x471$24ptr, x472, x472$24ptr, x473, x473$24ptr, x48, x49, x5, x50, x51, x52, x53, x54, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[4];
		x5 = arg1[5];
		x6 = arg1[0];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x6, arg1[5]);
		x8 = _tuple[0];
		x7 = _tuple[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x6, arg1[4]);
		x10 = _tuple$1[0];
		x9 = _tuple$1[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x6, arg1[3]);
		x12 = _tuple$2[0];
		x11 = _tuple$2[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x6, arg1[2]);
		x14 = _tuple$3[0];
		x13 = _tuple$3[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$4 = bits.Mul64(x6, arg1[1]);
		x16 = _tuple$4[0];
		x15 = _tuple$4[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$5 = bits.Mul64(x6, arg1[0]);
		x18 = _tuple$5[0];
		x17 = _tuple$5[1];
		x19 = new $Uint64(0, 0);
		x20 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x18, x15, new $Uint64(0, 0));
		x19 = _tuple$6[0];
		x20 = _tuple$6[1];
		x21 = new $Uint64(0, 0);
		x22 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(x16, x13, ((x = (new p384Uint1(x20.$high, x20.$low)), new $Uint64(x.$high, x.$low))));
		x21 = _tuple$7[0];
		x22 = _tuple$7[1];
		x23 = new $Uint64(0, 0);
		x24 = new $Uint64(0, 0);
		_tuple$8 = bits.Add64(x14, x11, ((x$1 = (new p384Uint1(x22.$high, x22.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x23 = _tuple$8[0];
		x24 = _tuple$8[1];
		x25 = new $Uint64(0, 0);
		x26 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x12, x9, ((x$2 = (new p384Uint1(x24.$high, x24.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x25 = _tuple$9[0];
		x26 = _tuple$9[1];
		x27 = new $Uint64(0, 0);
		x28 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x10, x7, ((x$3 = (new p384Uint1(x26.$high, x26.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x27 = _tuple$10[0];
		x28 = _tuple$10[1];
		x29 = (x$4 = ((x$5 = (new p384Uint1(x28.$high, x28.$low)), new $Uint64(x$5.$high, x$5.$low))), new $Uint64(x$4.$high + x8.$high, x$4.$low + x8.$low));
		x30 = new $Uint64(0, 0);
		_tuple$11 = bits.Mul64(x17, new $Uint64(1, 1));
		x30 = _tuple$11[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$12 = bits.Mul64(x30, new $Uint64(4294967295, 4294967295));
		x33 = _tuple$12[0];
		x32 = _tuple$12[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$13 = bits.Mul64(x30, new $Uint64(4294967295, 4294967295));
		x35 = _tuple$13[0];
		x34 = _tuple$13[1];
		x36 = new $Uint64(0, 0);
		x37 = new $Uint64(0, 0);
		_tuple$14 = bits.Mul64(x30, new $Uint64(4294967295, 4294967295));
		x37 = _tuple$14[0];
		x36 = _tuple$14[1];
		x38 = new $Uint64(0, 0);
		x39 = new $Uint64(0, 0);
		_tuple$15 = bits.Mul64(x30, new $Uint64(4294967295, 4294967294));
		x39 = _tuple$15[0];
		x38 = _tuple$15[1];
		x40 = new $Uint64(0, 0);
		x41 = new $Uint64(0, 0);
		_tuple$16 = bits.Mul64(x30, new $Uint64(4294967295, 0));
		x41 = _tuple$16[0];
		x40 = _tuple$16[1];
		x42 = new $Uint64(0, 0);
		x43 = new $Uint64(0, 0);
		_tuple$17 = bits.Mul64(x30, new $Uint64(0, 4294967295));
		x43 = _tuple$17[0];
		x42 = _tuple$17[1];
		x44 = new $Uint64(0, 0);
		x45 = new $Uint64(0, 0);
		_tuple$18 = bits.Add64(x43, x40, new $Uint64(0, 0));
		x44 = _tuple$18[0];
		x45 = _tuple$18[1];
		x46 = new $Uint64(0, 0);
		x47 = new $Uint64(0, 0);
		_tuple$19 = bits.Add64(x41, x38, ((x$6 = (new p384Uint1(x45.$high, x45.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x46 = _tuple$19[0];
		x47 = _tuple$19[1];
		x48 = new $Uint64(0, 0);
		x49 = new $Uint64(0, 0);
		_tuple$20 = bits.Add64(x39, x36, ((x$7 = (new p384Uint1(x47.$high, x47.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x48 = _tuple$20[0];
		x49 = _tuple$20[1];
		x50 = new $Uint64(0, 0);
		x51 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(x37, x34, ((x$8 = (new p384Uint1(x49.$high, x49.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x50 = _tuple$21[0];
		x51 = _tuple$21[1];
		x52 = new $Uint64(0, 0);
		x53 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(x35, x32, ((x$9 = (new p384Uint1(x51.$high, x51.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x52 = _tuple$22[0];
		x53 = _tuple$22[1];
		x54 = (x$10 = ((x$11 = (new p384Uint1(x53.$high, x53.$low)), new $Uint64(x$11.$high, x$11.$low))), new $Uint64(x$10.$high + x33.$high, x$10.$low + x33.$low));
		x56 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x17, x42, new $Uint64(0, 0));
		x56 = _tuple$23[1];
		x57 = new $Uint64(0, 0);
		x58 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x19, x44, ((x$12 = (new p384Uint1(x56.$high, x56.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x57 = _tuple$24[0];
		x58 = _tuple$24[1];
		x59 = new $Uint64(0, 0);
		x60 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(x21, x46, ((x$13 = (new p384Uint1(x58.$high, x58.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x59 = _tuple$25[0];
		x60 = _tuple$25[1];
		x61 = new $Uint64(0, 0);
		x62 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x23, x48, ((x$14 = (new p384Uint1(x60.$high, x60.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x61 = _tuple$26[0];
		x62 = _tuple$26[1];
		x63 = new $Uint64(0, 0);
		x64 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(x25, x50, ((x$15 = (new p384Uint1(x62.$high, x62.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x63 = _tuple$27[0];
		x64 = _tuple$27[1];
		x65 = new $Uint64(0, 0);
		x66 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(x27, x52, ((x$16 = (new p384Uint1(x64.$high, x64.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x65 = _tuple$28[0];
		x66 = _tuple$28[1];
		x67 = new $Uint64(0, 0);
		x68 = new $Uint64(0, 0);
		_tuple$29 = bits.Add64(x29, x54, ((x$17 = (new p384Uint1(x66.$high, x66.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x67 = _tuple$29[0];
		x68 = _tuple$29[1];
		x69 = new $Uint64(0, 0);
		x70 = new $Uint64(0, 0);
		_tuple$30 = bits.Mul64(x1, arg1[5]);
		x70 = _tuple$30[0];
		x69 = _tuple$30[1];
		x71 = new $Uint64(0, 0);
		x72 = new $Uint64(0, 0);
		_tuple$31 = bits.Mul64(x1, arg1[4]);
		x72 = _tuple$31[0];
		x71 = _tuple$31[1];
		x73 = new $Uint64(0, 0);
		x74 = new $Uint64(0, 0);
		_tuple$32 = bits.Mul64(x1, arg1[3]);
		x74 = _tuple$32[0];
		x73 = _tuple$32[1];
		x75 = new $Uint64(0, 0);
		x76 = new $Uint64(0, 0);
		_tuple$33 = bits.Mul64(x1, arg1[2]);
		x76 = _tuple$33[0];
		x75 = _tuple$33[1];
		x77 = new $Uint64(0, 0);
		x78 = new $Uint64(0, 0);
		_tuple$34 = bits.Mul64(x1, arg1[1]);
		x78 = _tuple$34[0];
		x77 = _tuple$34[1];
		x79 = new $Uint64(0, 0);
		x80 = new $Uint64(0, 0);
		_tuple$35 = bits.Mul64(x1, arg1[0]);
		x80 = _tuple$35[0];
		x79 = _tuple$35[1];
		x81 = new $Uint64(0, 0);
		x82 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x80, x77, new $Uint64(0, 0));
		x81 = _tuple$36[0];
		x82 = _tuple$36[1];
		x83 = new $Uint64(0, 0);
		x84 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x78, x75, ((x$18 = (new p384Uint1(x82.$high, x82.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x83 = _tuple$37[0];
		x84 = _tuple$37[1];
		x85 = new $Uint64(0, 0);
		x86 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x76, x73, ((x$19 = (new p384Uint1(x84.$high, x84.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x85 = _tuple$38[0];
		x86 = _tuple$38[1];
		x87 = new $Uint64(0, 0);
		x88 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x74, x71, ((x$20 = (new p384Uint1(x86.$high, x86.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x87 = _tuple$39[0];
		x88 = _tuple$39[1];
		x89 = new $Uint64(0, 0);
		x90 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x72, x69, ((x$21 = (new p384Uint1(x88.$high, x88.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x89 = _tuple$40[0];
		x90 = _tuple$40[1];
		x91 = (x$22 = ((x$23 = (new p384Uint1(x90.$high, x90.$low)), new $Uint64(x$23.$high, x$23.$low))), new $Uint64(x$22.$high + x70.$high, x$22.$low + x70.$low));
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$41 = bits.Add64(x57, x79, new $Uint64(0, 0));
		x92 = _tuple$41[0];
		x93 = _tuple$41[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$42 = bits.Add64(x59, x81, ((x$24 = (new p384Uint1(x93.$high, x93.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x94 = _tuple$42[0];
		x95 = _tuple$42[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64(x61, x83, ((x$25 = (new p384Uint1(x95.$high, x95.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x96 = _tuple$43[0];
		x97 = _tuple$43[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$44 = bits.Add64(x63, x85, ((x$26 = (new p384Uint1(x97.$high, x97.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x98 = _tuple$44[0];
		x99 = _tuple$44[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x65, x87, ((x$27 = (new p384Uint1(x99.$high, x99.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x100 = _tuple$45[0];
		x101 = _tuple$45[1];
		x102 = new $Uint64(0, 0);
		x103 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x67, x89, ((x$28 = (new p384Uint1(x101.$high, x101.$low)), new $Uint64(x$28.$high, x$28.$low))));
		x102 = _tuple$46[0];
		x103 = _tuple$46[1];
		x104 = new $Uint64(0, 0);
		x105 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(((x$29 = (new p384Uint1(x68.$high, x68.$low)), new $Uint64(x$29.$high, x$29.$low))), x91, ((x$30 = (new p384Uint1(x103.$high, x103.$low)), new $Uint64(x$30.$high, x$30.$low))));
		x104 = _tuple$47[0];
		x105 = _tuple$47[1];
		x106 = new $Uint64(0, 0);
		_tuple$48 = bits.Mul64(x92, new $Uint64(1, 1));
		x106 = _tuple$48[1];
		x108 = new $Uint64(0, 0);
		x109 = new $Uint64(0, 0);
		_tuple$49 = bits.Mul64(x106, new $Uint64(4294967295, 4294967295));
		x109 = _tuple$49[0];
		x108 = _tuple$49[1];
		x110 = new $Uint64(0, 0);
		x111 = new $Uint64(0, 0);
		_tuple$50 = bits.Mul64(x106, new $Uint64(4294967295, 4294967295));
		x111 = _tuple$50[0];
		x110 = _tuple$50[1];
		x112 = new $Uint64(0, 0);
		x113 = new $Uint64(0, 0);
		_tuple$51 = bits.Mul64(x106, new $Uint64(4294967295, 4294967295));
		x113 = _tuple$51[0];
		x112 = _tuple$51[1];
		x114 = new $Uint64(0, 0);
		x115 = new $Uint64(0, 0);
		_tuple$52 = bits.Mul64(x106, new $Uint64(4294967295, 4294967294));
		x115 = _tuple$52[0];
		x114 = _tuple$52[1];
		x116 = new $Uint64(0, 0);
		x117 = new $Uint64(0, 0);
		_tuple$53 = bits.Mul64(x106, new $Uint64(4294967295, 0));
		x117 = _tuple$53[0];
		x116 = _tuple$53[1];
		x118 = new $Uint64(0, 0);
		x119 = new $Uint64(0, 0);
		_tuple$54 = bits.Mul64(x106, new $Uint64(0, 4294967295));
		x119 = _tuple$54[0];
		x118 = _tuple$54[1];
		x120 = new $Uint64(0, 0);
		x121 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x119, x116, new $Uint64(0, 0));
		x120 = _tuple$55[0];
		x121 = _tuple$55[1];
		x122 = new $Uint64(0, 0);
		x123 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x117, x114, ((x$31 = (new p384Uint1(x121.$high, x121.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x122 = _tuple$56[0];
		x123 = _tuple$56[1];
		x124 = new $Uint64(0, 0);
		x125 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x115, x112, ((x$32 = (new p384Uint1(x123.$high, x123.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x124 = _tuple$57[0];
		x125 = _tuple$57[1];
		x126 = new $Uint64(0, 0);
		x127 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x113, x110, ((x$33 = (new p384Uint1(x125.$high, x125.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x126 = _tuple$58[0];
		x127 = _tuple$58[1];
		x128 = new $Uint64(0, 0);
		x129 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x111, x108, ((x$34 = (new p384Uint1(x127.$high, x127.$low)), new $Uint64(x$34.$high, x$34.$low))));
		x128 = _tuple$59[0];
		x129 = _tuple$59[1];
		x130 = (x$35 = ((x$36 = (new p384Uint1(x129.$high, x129.$low)), new $Uint64(x$36.$high, x$36.$low))), new $Uint64(x$35.$high + x109.$high, x$35.$low + x109.$low));
		x132 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x92, x118, new $Uint64(0, 0));
		x132 = _tuple$60[1];
		x133 = new $Uint64(0, 0);
		x134 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x94, x120, ((x$37 = (new p384Uint1(x132.$high, x132.$low)), new $Uint64(x$37.$high, x$37.$low))));
		x133 = _tuple$61[0];
		x134 = _tuple$61[1];
		x135 = new $Uint64(0, 0);
		x136 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x96, x122, ((x$38 = (new p384Uint1(x134.$high, x134.$low)), new $Uint64(x$38.$high, x$38.$low))));
		x135 = _tuple$62[0];
		x136 = _tuple$62[1];
		x137 = new $Uint64(0, 0);
		x138 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x98, x124, ((x$39 = (new p384Uint1(x136.$high, x136.$low)), new $Uint64(x$39.$high, x$39.$low))));
		x137 = _tuple$63[0];
		x138 = _tuple$63[1];
		x139 = new $Uint64(0, 0);
		x140 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x100, x126, ((x$40 = (new p384Uint1(x138.$high, x138.$low)), new $Uint64(x$40.$high, x$40.$low))));
		x139 = _tuple$64[0];
		x140 = _tuple$64[1];
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x102, x128, ((x$41 = (new p384Uint1(x140.$high, x140.$low)), new $Uint64(x$41.$high, x$41.$low))));
		x141 = _tuple$65[0];
		x142 = _tuple$65[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x104, x130, ((x$42 = (new p384Uint1(x142.$high, x142.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x143 = _tuple$66[0];
		x144 = _tuple$66[1];
		x145 = (x$43 = ((x$44 = (new p384Uint1(x144.$high, x144.$low)), new $Uint64(x$44.$high, x$44.$low))), x$45 = ((x$46 = (new p384Uint1(x105.$high, x105.$low)), new $Uint64(x$46.$high, x$46.$low))), new $Uint64(x$43.$high + x$45.$high, x$43.$low + x$45.$low));
		x146 = new $Uint64(0, 0);
		x147 = new $Uint64(0, 0);
		_tuple$67 = bits.Mul64(x2, arg1[5]);
		x147 = _tuple$67[0];
		x146 = _tuple$67[1];
		x148 = new $Uint64(0, 0);
		x149 = new $Uint64(0, 0);
		_tuple$68 = bits.Mul64(x2, arg1[4]);
		x149 = _tuple$68[0];
		x148 = _tuple$68[1];
		x150 = new $Uint64(0, 0);
		x151 = new $Uint64(0, 0);
		_tuple$69 = bits.Mul64(x2, arg1[3]);
		x151 = _tuple$69[0];
		x150 = _tuple$69[1];
		x152 = new $Uint64(0, 0);
		x153 = new $Uint64(0, 0);
		_tuple$70 = bits.Mul64(x2, arg1[2]);
		x153 = _tuple$70[0];
		x152 = _tuple$70[1];
		x154 = new $Uint64(0, 0);
		x155 = new $Uint64(0, 0);
		_tuple$71 = bits.Mul64(x2, arg1[1]);
		x155 = _tuple$71[0];
		x154 = _tuple$71[1];
		x156 = new $Uint64(0, 0);
		x157 = new $Uint64(0, 0);
		_tuple$72 = bits.Mul64(x2, arg1[0]);
		x157 = _tuple$72[0];
		x156 = _tuple$72[1];
		x158 = new $Uint64(0, 0);
		x159 = new $Uint64(0, 0);
		_tuple$73 = bits.Add64(x157, x154, new $Uint64(0, 0));
		x158 = _tuple$73[0];
		x159 = _tuple$73[1];
		x160 = new $Uint64(0, 0);
		x161 = new $Uint64(0, 0);
		_tuple$74 = bits.Add64(x155, x152, ((x$47 = (new p384Uint1(x159.$high, x159.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x160 = _tuple$74[0];
		x161 = _tuple$74[1];
		x162 = new $Uint64(0, 0);
		x163 = new $Uint64(0, 0);
		_tuple$75 = bits.Add64(x153, x150, ((x$48 = (new p384Uint1(x161.$high, x161.$low)), new $Uint64(x$48.$high, x$48.$low))));
		x162 = _tuple$75[0];
		x163 = _tuple$75[1];
		x164 = new $Uint64(0, 0);
		x165 = new $Uint64(0, 0);
		_tuple$76 = bits.Add64(x151, x148, ((x$49 = (new p384Uint1(x163.$high, x163.$low)), new $Uint64(x$49.$high, x$49.$low))));
		x164 = _tuple$76[0];
		x165 = _tuple$76[1];
		x166 = new $Uint64(0, 0);
		x167 = new $Uint64(0, 0);
		_tuple$77 = bits.Add64(x149, x146, ((x$50 = (new p384Uint1(x165.$high, x165.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x166 = _tuple$77[0];
		x167 = _tuple$77[1];
		x168 = (x$51 = ((x$52 = (new p384Uint1(x167.$high, x167.$low)), new $Uint64(x$52.$high, x$52.$low))), new $Uint64(x$51.$high + x147.$high, x$51.$low + x147.$low));
		x169 = new $Uint64(0, 0);
		x170 = new $Uint64(0, 0);
		_tuple$78 = bits.Add64(x133, x156, new $Uint64(0, 0));
		x169 = _tuple$78[0];
		x170 = _tuple$78[1];
		x171 = new $Uint64(0, 0);
		x172 = new $Uint64(0, 0);
		_tuple$79 = bits.Add64(x135, x158, ((x$53 = (new p384Uint1(x170.$high, x170.$low)), new $Uint64(x$53.$high, x$53.$low))));
		x171 = _tuple$79[0];
		x172 = _tuple$79[1];
		x173 = new $Uint64(0, 0);
		x174 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x137, x160, ((x$54 = (new p384Uint1(x172.$high, x172.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x173 = _tuple$80[0];
		x174 = _tuple$80[1];
		x175 = new $Uint64(0, 0);
		x176 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x139, x162, ((x$55 = (new p384Uint1(x174.$high, x174.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x175 = _tuple$81[0];
		x176 = _tuple$81[1];
		x177 = new $Uint64(0, 0);
		x178 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x141, x164, ((x$56 = (new p384Uint1(x176.$high, x176.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x177 = _tuple$82[0];
		x178 = _tuple$82[1];
		x179 = new $Uint64(0, 0);
		x180 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x143, x166, ((x$57 = (new p384Uint1(x178.$high, x178.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x179 = _tuple$83[0];
		x180 = _tuple$83[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x145, x168, ((x$58 = (new p384Uint1(x180.$high, x180.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x181 = _tuple$84[0];
		x182 = _tuple$84[1];
		x183 = new $Uint64(0, 0);
		_tuple$85 = bits.Mul64(x169, new $Uint64(1, 1));
		x183 = _tuple$85[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$86 = bits.Mul64(x183, new $Uint64(4294967295, 4294967295));
		x186 = _tuple$86[0];
		x185 = _tuple$86[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$87 = bits.Mul64(x183, new $Uint64(4294967295, 4294967295));
		x188 = _tuple$87[0];
		x187 = _tuple$87[1];
		x189 = new $Uint64(0, 0);
		x190 = new $Uint64(0, 0);
		_tuple$88 = bits.Mul64(x183, new $Uint64(4294967295, 4294967295));
		x190 = _tuple$88[0];
		x189 = _tuple$88[1];
		x191 = new $Uint64(0, 0);
		x192 = new $Uint64(0, 0);
		_tuple$89 = bits.Mul64(x183, new $Uint64(4294967295, 4294967294));
		x192 = _tuple$89[0];
		x191 = _tuple$89[1];
		x193 = new $Uint64(0, 0);
		x194 = new $Uint64(0, 0);
		_tuple$90 = bits.Mul64(x183, new $Uint64(4294967295, 0));
		x194 = _tuple$90[0];
		x193 = _tuple$90[1];
		x195 = new $Uint64(0, 0);
		x196 = new $Uint64(0, 0);
		_tuple$91 = bits.Mul64(x183, new $Uint64(0, 4294967295));
		x196 = _tuple$91[0];
		x195 = _tuple$91[1];
		x197 = new $Uint64(0, 0);
		x198 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64(x196, x193, new $Uint64(0, 0));
		x197 = _tuple$92[0];
		x198 = _tuple$92[1];
		x199 = new $Uint64(0, 0);
		x200 = new $Uint64(0, 0);
		_tuple$93 = bits.Add64(x194, x191, ((x$59 = (new p384Uint1(x198.$high, x198.$low)), new $Uint64(x$59.$high, x$59.$low))));
		x199 = _tuple$93[0];
		x200 = _tuple$93[1];
		x201 = new $Uint64(0, 0);
		x202 = new $Uint64(0, 0);
		_tuple$94 = bits.Add64(x192, x189, ((x$60 = (new p384Uint1(x200.$high, x200.$low)), new $Uint64(x$60.$high, x$60.$low))));
		x201 = _tuple$94[0];
		x202 = _tuple$94[1];
		x203 = new $Uint64(0, 0);
		x204 = new $Uint64(0, 0);
		_tuple$95 = bits.Add64(x190, x187, ((x$61 = (new p384Uint1(x202.$high, x202.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x203 = _tuple$95[0];
		x204 = _tuple$95[1];
		x205 = new $Uint64(0, 0);
		x206 = new $Uint64(0, 0);
		_tuple$96 = bits.Add64(x188, x185, ((x$62 = (new p384Uint1(x204.$high, x204.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x205 = _tuple$96[0];
		x206 = _tuple$96[1];
		x207 = (x$63 = ((x$64 = (new p384Uint1(x206.$high, x206.$low)), new $Uint64(x$64.$high, x$64.$low))), new $Uint64(x$63.$high + x186.$high, x$63.$low + x186.$low));
		x209 = new $Uint64(0, 0);
		_tuple$97 = bits.Add64(x169, x195, new $Uint64(0, 0));
		x209 = _tuple$97[1];
		x210 = new $Uint64(0, 0);
		x211 = new $Uint64(0, 0);
		_tuple$98 = bits.Add64(x171, x197, ((x$65 = (new p384Uint1(x209.$high, x209.$low)), new $Uint64(x$65.$high, x$65.$low))));
		x210 = _tuple$98[0];
		x211 = _tuple$98[1];
		x212 = new $Uint64(0, 0);
		x213 = new $Uint64(0, 0);
		_tuple$99 = bits.Add64(x173, x199, ((x$66 = (new p384Uint1(x211.$high, x211.$low)), new $Uint64(x$66.$high, x$66.$low))));
		x212 = _tuple$99[0];
		x213 = _tuple$99[1];
		x214 = new $Uint64(0, 0);
		x215 = new $Uint64(0, 0);
		_tuple$100 = bits.Add64(x175, x201, ((x$67 = (new p384Uint1(x213.$high, x213.$low)), new $Uint64(x$67.$high, x$67.$low))));
		x214 = _tuple$100[0];
		x215 = _tuple$100[1];
		x216 = new $Uint64(0, 0);
		x217 = new $Uint64(0, 0);
		_tuple$101 = bits.Add64(x177, x203, ((x$68 = (new p384Uint1(x215.$high, x215.$low)), new $Uint64(x$68.$high, x$68.$low))));
		x216 = _tuple$101[0];
		x217 = _tuple$101[1];
		x218 = new $Uint64(0, 0);
		x219 = new $Uint64(0, 0);
		_tuple$102 = bits.Add64(x179, x205, ((x$69 = (new p384Uint1(x217.$high, x217.$low)), new $Uint64(x$69.$high, x$69.$low))));
		x218 = _tuple$102[0];
		x219 = _tuple$102[1];
		x220 = new $Uint64(0, 0);
		x221 = new $Uint64(0, 0);
		_tuple$103 = bits.Add64(x181, x207, ((x$70 = (new p384Uint1(x219.$high, x219.$low)), new $Uint64(x$70.$high, x$70.$low))));
		x220 = _tuple$103[0];
		x221 = _tuple$103[1];
		x222 = (x$71 = ((x$72 = (new p384Uint1(x221.$high, x221.$low)), new $Uint64(x$72.$high, x$72.$low))), x$73 = ((x$74 = (new p384Uint1(x182.$high, x182.$low)), new $Uint64(x$74.$high, x$74.$low))), new $Uint64(x$71.$high + x$73.$high, x$71.$low + x$73.$low));
		x223 = new $Uint64(0, 0);
		x224 = new $Uint64(0, 0);
		_tuple$104 = bits.Mul64(x3, arg1[5]);
		x224 = _tuple$104[0];
		x223 = _tuple$104[1];
		x225 = new $Uint64(0, 0);
		x226 = new $Uint64(0, 0);
		_tuple$105 = bits.Mul64(x3, arg1[4]);
		x226 = _tuple$105[0];
		x225 = _tuple$105[1];
		x227 = new $Uint64(0, 0);
		x228 = new $Uint64(0, 0);
		_tuple$106 = bits.Mul64(x3, arg1[3]);
		x228 = _tuple$106[0];
		x227 = _tuple$106[1];
		x229 = new $Uint64(0, 0);
		x230 = new $Uint64(0, 0);
		_tuple$107 = bits.Mul64(x3, arg1[2]);
		x230 = _tuple$107[0];
		x229 = _tuple$107[1];
		x231 = new $Uint64(0, 0);
		x232 = new $Uint64(0, 0);
		_tuple$108 = bits.Mul64(x3, arg1[1]);
		x232 = _tuple$108[0];
		x231 = _tuple$108[1];
		x233 = new $Uint64(0, 0);
		x234 = new $Uint64(0, 0);
		_tuple$109 = bits.Mul64(x3, arg1[0]);
		x234 = _tuple$109[0];
		x233 = _tuple$109[1];
		x235 = new $Uint64(0, 0);
		x236 = new $Uint64(0, 0);
		_tuple$110 = bits.Add64(x234, x231, new $Uint64(0, 0));
		x235 = _tuple$110[0];
		x236 = _tuple$110[1];
		x237 = new $Uint64(0, 0);
		x238 = new $Uint64(0, 0);
		_tuple$111 = bits.Add64(x232, x229, ((x$75 = (new p384Uint1(x236.$high, x236.$low)), new $Uint64(x$75.$high, x$75.$low))));
		x237 = _tuple$111[0];
		x238 = _tuple$111[1];
		x239 = new $Uint64(0, 0);
		x240 = new $Uint64(0, 0);
		_tuple$112 = bits.Add64(x230, x227, ((x$76 = (new p384Uint1(x238.$high, x238.$low)), new $Uint64(x$76.$high, x$76.$low))));
		x239 = _tuple$112[0];
		x240 = _tuple$112[1];
		x241 = new $Uint64(0, 0);
		x242 = new $Uint64(0, 0);
		_tuple$113 = bits.Add64(x228, x225, ((x$77 = (new p384Uint1(x240.$high, x240.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x241 = _tuple$113[0];
		x242 = _tuple$113[1];
		x243 = new $Uint64(0, 0);
		x244 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x226, x223, ((x$78 = (new p384Uint1(x242.$high, x242.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x243 = _tuple$114[0];
		x244 = _tuple$114[1];
		x245 = (x$79 = ((x$80 = (new p384Uint1(x244.$high, x244.$low)), new $Uint64(x$80.$high, x$80.$low))), new $Uint64(x$79.$high + x224.$high, x$79.$low + x224.$low));
		x246 = new $Uint64(0, 0);
		x247 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x210, x233, new $Uint64(0, 0));
		x246 = _tuple$115[0];
		x247 = _tuple$115[1];
		x248 = new $Uint64(0, 0);
		x249 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x212, x235, ((x$81 = (new p384Uint1(x247.$high, x247.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x248 = _tuple$116[0];
		x249 = _tuple$116[1];
		x250 = new $Uint64(0, 0);
		x251 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x214, x237, ((x$82 = (new p384Uint1(x249.$high, x249.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x250 = _tuple$117[0];
		x251 = _tuple$117[1];
		x252 = new $Uint64(0, 0);
		x253 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64(x216, x239, ((x$83 = (new p384Uint1(x251.$high, x251.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x252 = _tuple$118[0];
		x253 = _tuple$118[1];
		x254 = new $Uint64(0, 0);
		x255 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x218, x241, ((x$84 = (new p384Uint1(x253.$high, x253.$low)), new $Uint64(x$84.$high, x$84.$low))));
		x254 = _tuple$119[0];
		x255 = _tuple$119[1];
		x256 = new $Uint64(0, 0);
		x257 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x220, x243, ((x$85 = (new p384Uint1(x255.$high, x255.$low)), new $Uint64(x$85.$high, x$85.$low))));
		x256 = _tuple$120[0];
		x257 = _tuple$120[1];
		x258 = new $Uint64(0, 0);
		x259 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x222, x245, ((x$86 = (new p384Uint1(x257.$high, x257.$low)), new $Uint64(x$86.$high, x$86.$low))));
		x258 = _tuple$121[0];
		x259 = _tuple$121[1];
		x260 = new $Uint64(0, 0);
		_tuple$122 = bits.Mul64(x246, new $Uint64(1, 1));
		x260 = _tuple$122[1];
		x262 = new $Uint64(0, 0);
		x263 = new $Uint64(0, 0);
		_tuple$123 = bits.Mul64(x260, new $Uint64(4294967295, 4294967295));
		x263 = _tuple$123[0];
		x262 = _tuple$123[1];
		x264 = new $Uint64(0, 0);
		x265 = new $Uint64(0, 0);
		_tuple$124 = bits.Mul64(x260, new $Uint64(4294967295, 4294967295));
		x265 = _tuple$124[0];
		x264 = _tuple$124[1];
		x266 = new $Uint64(0, 0);
		x267 = new $Uint64(0, 0);
		_tuple$125 = bits.Mul64(x260, new $Uint64(4294967295, 4294967295));
		x267 = _tuple$125[0];
		x266 = _tuple$125[1];
		x268 = new $Uint64(0, 0);
		x269 = new $Uint64(0, 0);
		_tuple$126 = bits.Mul64(x260, new $Uint64(4294967295, 4294967294));
		x269 = _tuple$126[0];
		x268 = _tuple$126[1];
		x270 = new $Uint64(0, 0);
		x271 = new $Uint64(0, 0);
		_tuple$127 = bits.Mul64(x260, new $Uint64(4294967295, 0));
		x271 = _tuple$127[0];
		x270 = _tuple$127[1];
		x272 = new $Uint64(0, 0);
		x273 = new $Uint64(0, 0);
		_tuple$128 = bits.Mul64(x260, new $Uint64(0, 4294967295));
		x273 = _tuple$128[0];
		x272 = _tuple$128[1];
		x274 = new $Uint64(0, 0);
		x275 = new $Uint64(0, 0);
		_tuple$129 = bits.Add64(x273, x270, new $Uint64(0, 0));
		x274 = _tuple$129[0];
		x275 = _tuple$129[1];
		x276 = new $Uint64(0, 0);
		x277 = new $Uint64(0, 0);
		_tuple$130 = bits.Add64(x271, x268, ((x$87 = (new p384Uint1(x275.$high, x275.$low)), new $Uint64(x$87.$high, x$87.$low))));
		x276 = _tuple$130[0];
		x277 = _tuple$130[1];
		x278 = new $Uint64(0, 0);
		x279 = new $Uint64(0, 0);
		_tuple$131 = bits.Add64(x269, x266, ((x$88 = (new p384Uint1(x277.$high, x277.$low)), new $Uint64(x$88.$high, x$88.$low))));
		x278 = _tuple$131[0];
		x279 = _tuple$131[1];
		x280 = new $Uint64(0, 0);
		x281 = new $Uint64(0, 0);
		_tuple$132 = bits.Add64(x267, x264, ((x$89 = (new p384Uint1(x279.$high, x279.$low)), new $Uint64(x$89.$high, x$89.$low))));
		x280 = _tuple$132[0];
		x281 = _tuple$132[1];
		x282 = new $Uint64(0, 0);
		x283 = new $Uint64(0, 0);
		_tuple$133 = bits.Add64(x265, x262, ((x$90 = (new p384Uint1(x281.$high, x281.$low)), new $Uint64(x$90.$high, x$90.$low))));
		x282 = _tuple$133[0];
		x283 = _tuple$133[1];
		x284 = (x$91 = ((x$92 = (new p384Uint1(x283.$high, x283.$low)), new $Uint64(x$92.$high, x$92.$low))), new $Uint64(x$91.$high + x263.$high, x$91.$low + x263.$low));
		x286 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x246, x272, new $Uint64(0, 0));
		x286 = _tuple$134[1];
		x287 = new $Uint64(0, 0);
		x288 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x248, x274, ((x$93 = (new p384Uint1(x286.$high, x286.$low)), new $Uint64(x$93.$high, x$93.$low))));
		x287 = _tuple$135[0];
		x288 = _tuple$135[1];
		x289 = new $Uint64(0, 0);
		x290 = new $Uint64(0, 0);
		_tuple$136 = bits.Add64(x250, x276, ((x$94 = (new p384Uint1(x288.$high, x288.$low)), new $Uint64(x$94.$high, x$94.$low))));
		x289 = _tuple$136[0];
		x290 = _tuple$136[1];
		x291 = new $Uint64(0, 0);
		x292 = new $Uint64(0, 0);
		_tuple$137 = bits.Add64(x252, x278, ((x$95 = (new p384Uint1(x290.$high, x290.$low)), new $Uint64(x$95.$high, x$95.$low))));
		x291 = _tuple$137[0];
		x292 = _tuple$137[1];
		x293 = new $Uint64(0, 0);
		x294 = new $Uint64(0, 0);
		_tuple$138 = bits.Add64(x254, x280, ((x$96 = (new p384Uint1(x292.$high, x292.$low)), new $Uint64(x$96.$high, x$96.$low))));
		x293 = _tuple$138[0];
		x294 = _tuple$138[1];
		x295 = new $Uint64(0, 0);
		x296 = new $Uint64(0, 0);
		_tuple$139 = bits.Add64(x256, x282, ((x$97 = (new p384Uint1(x294.$high, x294.$low)), new $Uint64(x$97.$high, x$97.$low))));
		x295 = _tuple$139[0];
		x296 = _tuple$139[1];
		x297 = new $Uint64(0, 0);
		x298 = new $Uint64(0, 0);
		_tuple$140 = bits.Add64(x258, x284, ((x$98 = (new p384Uint1(x296.$high, x296.$low)), new $Uint64(x$98.$high, x$98.$low))));
		x297 = _tuple$140[0];
		x298 = _tuple$140[1];
		x299 = (x$99 = ((x$100 = (new p384Uint1(x298.$high, x298.$low)), new $Uint64(x$100.$high, x$100.$low))), x$101 = ((x$102 = (new p384Uint1(x259.$high, x259.$low)), new $Uint64(x$102.$high, x$102.$low))), new $Uint64(x$99.$high + x$101.$high, x$99.$low + x$101.$low));
		x300 = new $Uint64(0, 0);
		x301 = new $Uint64(0, 0);
		_tuple$141 = bits.Mul64(x4, arg1[5]);
		x301 = _tuple$141[0];
		x300 = _tuple$141[1];
		x302 = new $Uint64(0, 0);
		x303 = new $Uint64(0, 0);
		_tuple$142 = bits.Mul64(x4, arg1[4]);
		x303 = _tuple$142[0];
		x302 = _tuple$142[1];
		x304 = new $Uint64(0, 0);
		x305 = new $Uint64(0, 0);
		_tuple$143 = bits.Mul64(x4, arg1[3]);
		x305 = _tuple$143[0];
		x304 = _tuple$143[1];
		x306 = new $Uint64(0, 0);
		x307 = new $Uint64(0, 0);
		_tuple$144 = bits.Mul64(x4, arg1[2]);
		x307 = _tuple$144[0];
		x306 = _tuple$144[1];
		x308 = new $Uint64(0, 0);
		x309 = new $Uint64(0, 0);
		_tuple$145 = bits.Mul64(x4, arg1[1]);
		x309 = _tuple$145[0];
		x308 = _tuple$145[1];
		x310 = new $Uint64(0, 0);
		x311 = new $Uint64(0, 0);
		_tuple$146 = bits.Mul64(x4, arg1[0]);
		x311 = _tuple$146[0];
		x310 = _tuple$146[1];
		x312 = new $Uint64(0, 0);
		x313 = new $Uint64(0, 0);
		_tuple$147 = bits.Add64(x311, x308, new $Uint64(0, 0));
		x312 = _tuple$147[0];
		x313 = _tuple$147[1];
		x314 = new $Uint64(0, 0);
		x315 = new $Uint64(0, 0);
		_tuple$148 = bits.Add64(x309, x306, ((x$103 = (new p384Uint1(x313.$high, x313.$low)), new $Uint64(x$103.$high, x$103.$low))));
		x314 = _tuple$148[0];
		x315 = _tuple$148[1];
		x316 = new $Uint64(0, 0);
		x317 = new $Uint64(0, 0);
		_tuple$149 = bits.Add64(x307, x304, ((x$104 = (new p384Uint1(x315.$high, x315.$low)), new $Uint64(x$104.$high, x$104.$low))));
		x316 = _tuple$149[0];
		x317 = _tuple$149[1];
		x318 = new $Uint64(0, 0);
		x319 = new $Uint64(0, 0);
		_tuple$150 = bits.Add64(x305, x302, ((x$105 = (new p384Uint1(x317.$high, x317.$low)), new $Uint64(x$105.$high, x$105.$low))));
		x318 = _tuple$150[0];
		x319 = _tuple$150[1];
		x320 = new $Uint64(0, 0);
		x321 = new $Uint64(0, 0);
		_tuple$151 = bits.Add64(x303, x300, ((x$106 = (new p384Uint1(x319.$high, x319.$low)), new $Uint64(x$106.$high, x$106.$low))));
		x320 = _tuple$151[0];
		x321 = _tuple$151[1];
		x322 = (x$107 = ((x$108 = (new p384Uint1(x321.$high, x321.$low)), new $Uint64(x$108.$high, x$108.$low))), new $Uint64(x$107.$high + x301.$high, x$107.$low + x301.$low));
		x323 = new $Uint64(0, 0);
		x324 = new $Uint64(0, 0);
		_tuple$152 = bits.Add64(x287, x310, new $Uint64(0, 0));
		x323 = _tuple$152[0];
		x324 = _tuple$152[1];
		x325 = new $Uint64(0, 0);
		x326 = new $Uint64(0, 0);
		_tuple$153 = bits.Add64(x289, x312, ((x$109 = (new p384Uint1(x324.$high, x324.$low)), new $Uint64(x$109.$high, x$109.$low))));
		x325 = _tuple$153[0];
		x326 = _tuple$153[1];
		x327 = new $Uint64(0, 0);
		x328 = new $Uint64(0, 0);
		_tuple$154 = bits.Add64(x291, x314, ((x$110 = (new p384Uint1(x326.$high, x326.$low)), new $Uint64(x$110.$high, x$110.$low))));
		x327 = _tuple$154[0];
		x328 = _tuple$154[1];
		x329 = new $Uint64(0, 0);
		x330 = new $Uint64(0, 0);
		_tuple$155 = bits.Add64(x293, x316, ((x$111 = (new p384Uint1(x328.$high, x328.$low)), new $Uint64(x$111.$high, x$111.$low))));
		x329 = _tuple$155[0];
		x330 = _tuple$155[1];
		x331 = new $Uint64(0, 0);
		x332 = new $Uint64(0, 0);
		_tuple$156 = bits.Add64(x295, x318, ((x$112 = (new p384Uint1(x330.$high, x330.$low)), new $Uint64(x$112.$high, x$112.$low))));
		x331 = _tuple$156[0];
		x332 = _tuple$156[1];
		x333 = new $Uint64(0, 0);
		x334 = new $Uint64(0, 0);
		_tuple$157 = bits.Add64(x297, x320, ((x$113 = (new p384Uint1(x332.$high, x332.$low)), new $Uint64(x$113.$high, x$113.$low))));
		x333 = _tuple$157[0];
		x334 = _tuple$157[1];
		x335 = new $Uint64(0, 0);
		x336 = new $Uint64(0, 0);
		_tuple$158 = bits.Add64(x299, x322, ((x$114 = (new p384Uint1(x334.$high, x334.$low)), new $Uint64(x$114.$high, x$114.$low))));
		x335 = _tuple$158[0];
		x336 = _tuple$158[1];
		x337 = new $Uint64(0, 0);
		_tuple$159 = bits.Mul64(x323, new $Uint64(1, 1));
		x337 = _tuple$159[1];
		x339 = new $Uint64(0, 0);
		x340 = new $Uint64(0, 0);
		_tuple$160 = bits.Mul64(x337, new $Uint64(4294967295, 4294967295));
		x340 = _tuple$160[0];
		x339 = _tuple$160[1];
		x341 = new $Uint64(0, 0);
		x342 = new $Uint64(0, 0);
		_tuple$161 = bits.Mul64(x337, new $Uint64(4294967295, 4294967295));
		x342 = _tuple$161[0];
		x341 = _tuple$161[1];
		x343 = new $Uint64(0, 0);
		x344 = new $Uint64(0, 0);
		_tuple$162 = bits.Mul64(x337, new $Uint64(4294967295, 4294967295));
		x344 = _tuple$162[0];
		x343 = _tuple$162[1];
		x345 = new $Uint64(0, 0);
		x346 = new $Uint64(0, 0);
		_tuple$163 = bits.Mul64(x337, new $Uint64(4294967295, 4294967294));
		x346 = _tuple$163[0];
		x345 = _tuple$163[1];
		x347 = new $Uint64(0, 0);
		x348 = new $Uint64(0, 0);
		_tuple$164 = bits.Mul64(x337, new $Uint64(4294967295, 0));
		x348 = _tuple$164[0];
		x347 = _tuple$164[1];
		x349 = new $Uint64(0, 0);
		x350 = new $Uint64(0, 0);
		_tuple$165 = bits.Mul64(x337, new $Uint64(0, 4294967295));
		x350 = _tuple$165[0];
		x349 = _tuple$165[1];
		x351 = new $Uint64(0, 0);
		x352 = new $Uint64(0, 0);
		_tuple$166 = bits.Add64(x350, x347, new $Uint64(0, 0));
		x351 = _tuple$166[0];
		x352 = _tuple$166[1];
		x353 = new $Uint64(0, 0);
		x354 = new $Uint64(0, 0);
		_tuple$167 = bits.Add64(x348, x345, ((x$115 = (new p384Uint1(x352.$high, x352.$low)), new $Uint64(x$115.$high, x$115.$low))));
		x353 = _tuple$167[0];
		x354 = _tuple$167[1];
		x355 = new $Uint64(0, 0);
		x356 = new $Uint64(0, 0);
		_tuple$168 = bits.Add64(x346, x343, ((x$116 = (new p384Uint1(x354.$high, x354.$low)), new $Uint64(x$116.$high, x$116.$low))));
		x355 = _tuple$168[0];
		x356 = _tuple$168[1];
		x357 = new $Uint64(0, 0);
		x358 = new $Uint64(0, 0);
		_tuple$169 = bits.Add64(x344, x341, ((x$117 = (new p384Uint1(x356.$high, x356.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x357 = _tuple$169[0];
		x358 = _tuple$169[1];
		x359 = new $Uint64(0, 0);
		x360 = new $Uint64(0, 0);
		_tuple$170 = bits.Add64(x342, x339, ((x$118 = (new p384Uint1(x358.$high, x358.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x359 = _tuple$170[0];
		x360 = _tuple$170[1];
		x361 = (x$119 = ((x$120 = (new p384Uint1(x360.$high, x360.$low)), new $Uint64(x$120.$high, x$120.$low))), new $Uint64(x$119.$high + x340.$high, x$119.$low + x340.$low));
		x363 = new $Uint64(0, 0);
		_tuple$171 = bits.Add64(x323, x349, new $Uint64(0, 0));
		x363 = _tuple$171[1];
		x364 = new $Uint64(0, 0);
		x365 = new $Uint64(0, 0);
		_tuple$172 = bits.Add64(x325, x351, ((x$121 = (new p384Uint1(x363.$high, x363.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x364 = _tuple$172[0];
		x365 = _tuple$172[1];
		x366 = new $Uint64(0, 0);
		x367 = new $Uint64(0, 0);
		_tuple$173 = bits.Add64(x327, x353, ((x$122 = (new p384Uint1(x365.$high, x365.$low)), new $Uint64(x$122.$high, x$122.$low))));
		x366 = _tuple$173[0];
		x367 = _tuple$173[1];
		x368 = new $Uint64(0, 0);
		x369 = new $Uint64(0, 0);
		_tuple$174 = bits.Add64(x329, x355, ((x$123 = (new p384Uint1(x367.$high, x367.$low)), new $Uint64(x$123.$high, x$123.$low))));
		x368 = _tuple$174[0];
		x369 = _tuple$174[1];
		x370 = new $Uint64(0, 0);
		x371 = new $Uint64(0, 0);
		_tuple$175 = bits.Add64(x331, x357, ((x$124 = (new p384Uint1(x369.$high, x369.$low)), new $Uint64(x$124.$high, x$124.$low))));
		x370 = _tuple$175[0];
		x371 = _tuple$175[1];
		x372 = new $Uint64(0, 0);
		x373 = new $Uint64(0, 0);
		_tuple$176 = bits.Add64(x333, x359, ((x$125 = (new p384Uint1(x371.$high, x371.$low)), new $Uint64(x$125.$high, x$125.$low))));
		x372 = _tuple$176[0];
		x373 = _tuple$176[1];
		x374 = new $Uint64(0, 0);
		x375 = new $Uint64(0, 0);
		_tuple$177 = bits.Add64(x335, x361, ((x$126 = (new p384Uint1(x373.$high, x373.$low)), new $Uint64(x$126.$high, x$126.$low))));
		x374 = _tuple$177[0];
		x375 = _tuple$177[1];
		x376 = (x$127 = ((x$128 = (new p384Uint1(x375.$high, x375.$low)), new $Uint64(x$128.$high, x$128.$low))), x$129 = ((x$130 = (new p384Uint1(x336.$high, x336.$low)), new $Uint64(x$130.$high, x$130.$low))), new $Uint64(x$127.$high + x$129.$high, x$127.$low + x$129.$low));
		x377 = new $Uint64(0, 0);
		x378 = new $Uint64(0, 0);
		_tuple$178 = bits.Mul64(x5, arg1[5]);
		x378 = _tuple$178[0];
		x377 = _tuple$178[1];
		x379 = new $Uint64(0, 0);
		x380 = new $Uint64(0, 0);
		_tuple$179 = bits.Mul64(x5, arg1[4]);
		x380 = _tuple$179[0];
		x379 = _tuple$179[1];
		x381 = new $Uint64(0, 0);
		x382 = new $Uint64(0, 0);
		_tuple$180 = bits.Mul64(x5, arg1[3]);
		x382 = _tuple$180[0];
		x381 = _tuple$180[1];
		x383 = new $Uint64(0, 0);
		x384 = new $Uint64(0, 0);
		_tuple$181 = bits.Mul64(x5, arg1[2]);
		x384 = _tuple$181[0];
		x383 = _tuple$181[1];
		x385 = new $Uint64(0, 0);
		x386 = new $Uint64(0, 0);
		_tuple$182 = bits.Mul64(x5, arg1[1]);
		x386 = _tuple$182[0];
		x385 = _tuple$182[1];
		x387 = new $Uint64(0, 0);
		x388 = new $Uint64(0, 0);
		_tuple$183 = bits.Mul64(x5, arg1[0]);
		x388 = _tuple$183[0];
		x387 = _tuple$183[1];
		x389 = new $Uint64(0, 0);
		x390 = new $Uint64(0, 0);
		_tuple$184 = bits.Add64(x388, x385, new $Uint64(0, 0));
		x389 = _tuple$184[0];
		x390 = _tuple$184[1];
		x391 = new $Uint64(0, 0);
		x392 = new $Uint64(0, 0);
		_tuple$185 = bits.Add64(x386, x383, ((x$131 = (new p384Uint1(x390.$high, x390.$low)), new $Uint64(x$131.$high, x$131.$low))));
		x391 = _tuple$185[0];
		x392 = _tuple$185[1];
		x393 = new $Uint64(0, 0);
		x394 = new $Uint64(0, 0);
		_tuple$186 = bits.Add64(x384, x381, ((x$132 = (new p384Uint1(x392.$high, x392.$low)), new $Uint64(x$132.$high, x$132.$low))));
		x393 = _tuple$186[0];
		x394 = _tuple$186[1];
		x395 = new $Uint64(0, 0);
		x396 = new $Uint64(0, 0);
		_tuple$187 = bits.Add64(x382, x379, ((x$133 = (new p384Uint1(x394.$high, x394.$low)), new $Uint64(x$133.$high, x$133.$low))));
		x395 = _tuple$187[0];
		x396 = _tuple$187[1];
		x397 = new $Uint64(0, 0);
		x398 = new $Uint64(0, 0);
		_tuple$188 = bits.Add64(x380, x377, ((x$134 = (new p384Uint1(x396.$high, x396.$low)), new $Uint64(x$134.$high, x$134.$low))));
		x397 = _tuple$188[0];
		x398 = _tuple$188[1];
		x399 = (x$135 = ((x$136 = (new p384Uint1(x398.$high, x398.$low)), new $Uint64(x$136.$high, x$136.$low))), new $Uint64(x$135.$high + x378.$high, x$135.$low + x378.$low));
		x400 = new $Uint64(0, 0);
		x401 = new $Uint64(0, 0);
		_tuple$189 = bits.Add64(x364, x387, new $Uint64(0, 0));
		x400 = _tuple$189[0];
		x401 = _tuple$189[1];
		x402 = new $Uint64(0, 0);
		x403 = new $Uint64(0, 0);
		_tuple$190 = bits.Add64(x366, x389, ((x$137 = (new p384Uint1(x401.$high, x401.$low)), new $Uint64(x$137.$high, x$137.$low))));
		x402 = _tuple$190[0];
		x403 = _tuple$190[1];
		x404 = new $Uint64(0, 0);
		x405 = new $Uint64(0, 0);
		_tuple$191 = bits.Add64(x368, x391, ((x$138 = (new p384Uint1(x403.$high, x403.$low)), new $Uint64(x$138.$high, x$138.$low))));
		x404 = _tuple$191[0];
		x405 = _tuple$191[1];
		x406 = new $Uint64(0, 0);
		x407 = new $Uint64(0, 0);
		_tuple$192 = bits.Add64(x370, x393, ((x$139 = (new p384Uint1(x405.$high, x405.$low)), new $Uint64(x$139.$high, x$139.$low))));
		x406 = _tuple$192[0];
		x407 = _tuple$192[1];
		x408 = new $Uint64(0, 0);
		x409 = new $Uint64(0, 0);
		_tuple$193 = bits.Add64(x372, x395, ((x$140 = (new p384Uint1(x407.$high, x407.$low)), new $Uint64(x$140.$high, x$140.$low))));
		x408 = _tuple$193[0];
		x409 = _tuple$193[1];
		x410 = new $Uint64(0, 0);
		x411 = new $Uint64(0, 0);
		_tuple$194 = bits.Add64(x374, x397, ((x$141 = (new p384Uint1(x409.$high, x409.$low)), new $Uint64(x$141.$high, x$141.$low))));
		x410 = _tuple$194[0];
		x411 = _tuple$194[1];
		x412 = new $Uint64(0, 0);
		x413 = new $Uint64(0, 0);
		_tuple$195 = bits.Add64(x376, x399, ((x$142 = (new p384Uint1(x411.$high, x411.$low)), new $Uint64(x$142.$high, x$142.$low))));
		x412 = _tuple$195[0];
		x413 = _tuple$195[1];
		x414 = new $Uint64(0, 0);
		_tuple$196 = bits.Mul64(x400, new $Uint64(1, 1));
		x414 = _tuple$196[1];
		x416 = new $Uint64(0, 0);
		x417 = new $Uint64(0, 0);
		_tuple$197 = bits.Mul64(x414, new $Uint64(4294967295, 4294967295));
		x417 = _tuple$197[0];
		x416 = _tuple$197[1];
		x418 = new $Uint64(0, 0);
		x419 = new $Uint64(0, 0);
		_tuple$198 = bits.Mul64(x414, new $Uint64(4294967295, 4294967295));
		x419 = _tuple$198[0];
		x418 = _tuple$198[1];
		x420 = new $Uint64(0, 0);
		x421 = new $Uint64(0, 0);
		_tuple$199 = bits.Mul64(x414, new $Uint64(4294967295, 4294967295));
		x421 = _tuple$199[0];
		x420 = _tuple$199[1];
		x422 = new $Uint64(0, 0);
		x423 = new $Uint64(0, 0);
		_tuple$200 = bits.Mul64(x414, new $Uint64(4294967295, 4294967294));
		x423 = _tuple$200[0];
		x422 = _tuple$200[1];
		x424 = new $Uint64(0, 0);
		x425 = new $Uint64(0, 0);
		_tuple$201 = bits.Mul64(x414, new $Uint64(4294967295, 0));
		x425 = _tuple$201[0];
		x424 = _tuple$201[1];
		x426 = new $Uint64(0, 0);
		x427 = new $Uint64(0, 0);
		_tuple$202 = bits.Mul64(x414, new $Uint64(0, 4294967295));
		x427 = _tuple$202[0];
		x426 = _tuple$202[1];
		x428 = new $Uint64(0, 0);
		x429 = new $Uint64(0, 0);
		_tuple$203 = bits.Add64(x427, x424, new $Uint64(0, 0));
		x428 = _tuple$203[0];
		x429 = _tuple$203[1];
		x430 = new $Uint64(0, 0);
		x431 = new $Uint64(0, 0);
		_tuple$204 = bits.Add64(x425, x422, ((x$143 = (new p384Uint1(x429.$high, x429.$low)), new $Uint64(x$143.$high, x$143.$low))));
		x430 = _tuple$204[0];
		x431 = _tuple$204[1];
		x432 = new $Uint64(0, 0);
		x433 = new $Uint64(0, 0);
		_tuple$205 = bits.Add64(x423, x420, ((x$144 = (new p384Uint1(x431.$high, x431.$low)), new $Uint64(x$144.$high, x$144.$low))));
		x432 = _tuple$205[0];
		x433 = _tuple$205[1];
		x434 = new $Uint64(0, 0);
		x435 = new $Uint64(0, 0);
		_tuple$206 = bits.Add64(x421, x418, ((x$145 = (new p384Uint1(x433.$high, x433.$low)), new $Uint64(x$145.$high, x$145.$low))));
		x434 = _tuple$206[0];
		x435 = _tuple$206[1];
		x436 = new $Uint64(0, 0);
		x437 = new $Uint64(0, 0);
		_tuple$207 = bits.Add64(x419, x416, ((x$146 = (new p384Uint1(x435.$high, x435.$low)), new $Uint64(x$146.$high, x$146.$low))));
		x436 = _tuple$207[0];
		x437 = _tuple$207[1];
		x438 = (x$147 = ((x$148 = (new p384Uint1(x437.$high, x437.$low)), new $Uint64(x$148.$high, x$148.$low))), new $Uint64(x$147.$high + x417.$high, x$147.$low + x417.$low));
		x440 = new $Uint64(0, 0);
		_tuple$208 = bits.Add64(x400, x426, new $Uint64(0, 0));
		x440 = _tuple$208[1];
		x441 = new $Uint64(0, 0);
		x442 = new $Uint64(0, 0);
		_tuple$209 = bits.Add64(x402, x428, ((x$149 = (new p384Uint1(x440.$high, x440.$low)), new $Uint64(x$149.$high, x$149.$low))));
		x441 = _tuple$209[0];
		x442 = _tuple$209[1];
		x443 = new $Uint64(0, 0);
		x444 = new $Uint64(0, 0);
		_tuple$210 = bits.Add64(x404, x430, ((x$150 = (new p384Uint1(x442.$high, x442.$low)), new $Uint64(x$150.$high, x$150.$low))));
		x443 = _tuple$210[0];
		x444 = _tuple$210[1];
		x445 = new $Uint64(0, 0);
		x446 = new $Uint64(0, 0);
		_tuple$211 = bits.Add64(x406, x432, ((x$151 = (new p384Uint1(x444.$high, x444.$low)), new $Uint64(x$151.$high, x$151.$low))));
		x445 = _tuple$211[0];
		x446 = _tuple$211[1];
		x447 = new $Uint64(0, 0);
		x448 = new $Uint64(0, 0);
		_tuple$212 = bits.Add64(x408, x434, ((x$152 = (new p384Uint1(x446.$high, x446.$low)), new $Uint64(x$152.$high, x$152.$low))));
		x447 = _tuple$212[0];
		x448 = _tuple$212[1];
		x449 = new $Uint64(0, 0);
		x450 = new $Uint64(0, 0);
		_tuple$213 = bits.Add64(x410, x436, ((x$153 = (new p384Uint1(x448.$high, x448.$low)), new $Uint64(x$153.$high, x$153.$low))));
		x449 = _tuple$213[0];
		x450 = _tuple$213[1];
		x451 = new $Uint64(0, 0);
		x452 = new $Uint64(0, 0);
		_tuple$214 = bits.Add64(x412, x438, ((x$154 = (new p384Uint1(x450.$high, x450.$low)), new $Uint64(x$154.$high, x$154.$low))));
		x451 = _tuple$214[0];
		x452 = _tuple$214[1];
		x453 = (x$155 = ((x$156 = (new p384Uint1(x452.$high, x452.$low)), new $Uint64(x$156.$high, x$156.$low))), x$157 = ((x$158 = (new p384Uint1(x413.$high, x413.$low)), new $Uint64(x$158.$high, x$158.$low))), new $Uint64(x$155.$high + x$157.$high, x$155.$low + x$157.$low));
		x454 = new $Uint64(0, 0);
		x455 = new $Uint64(0, 0);
		_tuple$215 = bits.Sub64(x441, new $Uint64(0, 4294967295), new $Uint64(0, 0));
		x454 = _tuple$215[0];
		x455 = _tuple$215[1];
		x456 = new $Uint64(0, 0);
		x457 = new $Uint64(0, 0);
		_tuple$216 = bits.Sub64(x443, new $Uint64(4294967295, 0), ((x$159 = (new p384Uint1(x455.$high, x455.$low)), new $Uint64(x$159.$high, x$159.$low))));
		x456 = _tuple$216[0];
		x457 = _tuple$216[1];
		x458 = new $Uint64(0, 0);
		x459 = new $Uint64(0, 0);
		_tuple$217 = bits.Sub64(x445, new $Uint64(4294967295, 4294967294), ((x$160 = (new p384Uint1(x457.$high, x457.$low)), new $Uint64(x$160.$high, x$160.$low))));
		x458 = _tuple$217[0];
		x459 = _tuple$217[1];
		x460 = new $Uint64(0, 0);
		x461 = new $Uint64(0, 0);
		_tuple$218 = bits.Sub64(x447, new $Uint64(4294967295, 4294967295), ((x$161 = (new p384Uint1(x459.$high, x459.$low)), new $Uint64(x$161.$high, x$161.$low))));
		x460 = _tuple$218[0];
		x461 = _tuple$218[1];
		x462 = new $Uint64(0, 0);
		x463 = new $Uint64(0, 0);
		_tuple$219 = bits.Sub64(x449, new $Uint64(4294967295, 4294967295), ((x$162 = (new p384Uint1(x461.$high, x461.$low)), new $Uint64(x$162.$high, x$162.$low))));
		x462 = _tuple$219[0];
		x463 = _tuple$219[1];
		x464 = new $Uint64(0, 0);
		x465 = new $Uint64(0, 0);
		_tuple$220 = bits.Sub64(x451, new $Uint64(4294967295, 4294967295), ((x$163 = (new p384Uint1(x463.$high, x463.$low)), new $Uint64(x$163.$high, x$163.$low))));
		x464 = _tuple$220[0];
		x465 = _tuple$220[1];
		x467 = new $Uint64(0, 0);
		_tuple$221 = bits.Sub64(x453, new $Uint64(0, 0), ((x$164 = (new p384Uint1(x465.$high, x465.$low)), new $Uint64(x$164.$high, x$164.$low))));
		x467 = _tuple$221[1];
		x468 = new $Uint64(0, 0);
		p384CmovznzU64((x468$24ptr || (x468$24ptr = new ptrType(function() { return x468; }, function($v) { x468 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x454, x441);
		x469 = new $Uint64(0, 0);
		p384CmovznzU64((x469$24ptr || (x469$24ptr = new ptrType(function() { return x469; }, function($v) { x469 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x456, x443);
		x470 = new $Uint64(0, 0);
		p384CmovznzU64((x470$24ptr || (x470$24ptr = new ptrType(function() { return x470; }, function($v) { x470 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x458, x445);
		x471 = new $Uint64(0, 0);
		p384CmovznzU64((x471$24ptr || (x471$24ptr = new ptrType(function() { return x471; }, function($v) { x471 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x460, x447);
		x472 = new $Uint64(0, 0);
		p384CmovznzU64((x472$24ptr || (x472$24ptr = new ptrType(function() { return x472; }, function($v) { x472 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x462, x449);
		x473 = new $Uint64(0, 0);
		p384CmovznzU64((x473$24ptr || (x473$24ptr = new ptrType(function() { return x473; }, function($v) { x473 = $v; }))), (new p384Uint1(x467.$high, x467.$low)), x464, x451);
		out1.nilCheck, out1[0] = x468;
		out1.nilCheck, out1[1] = x469;
		out1.nilCheck, out1[2] = x470;
		out1.nilCheck, out1[3] = x471;
		out1.nilCheck, out1[4] = x472;
		out1.nilCheck, out1[5] = x473;
	};
	p384Add = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, arg1, arg2, out1, x, x$1, x$10, x$11, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, x1, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x26, x27, x27$24ptr, x28, x28$24ptr, x29, x29$24ptr, x3, x30, x30$24ptr, x31, x31$24ptr, x32, x32$24ptr, x4, x5, x6, x7, x8, x9;
		x1 = new $Uint64(0, 0);
		x2 = new $Uint64(0, 0);
		_tuple = bits.Add64(arg1[0], arg2[0], new $Uint64(0, 0));
		x1 = _tuple[0];
		x2 = _tuple[1];
		x3 = new $Uint64(0, 0);
		x4 = new $Uint64(0, 0);
		_tuple$1 = bits.Add64(arg1[1], arg2[1], ((x = (new p384Uint1(x2.$high, x2.$low)), new $Uint64(x.$high, x.$low))));
		x3 = _tuple$1[0];
		x4 = _tuple$1[1];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple$2 = bits.Add64(arg1[2], arg2[2], ((x$1 = (new p384Uint1(x4.$high, x4.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x5 = _tuple$2[0];
		x6 = _tuple$2[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$3 = bits.Add64(arg1[3], arg2[3], ((x$2 = (new p384Uint1(x6.$high, x6.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x7 = _tuple$3[0];
		x8 = _tuple$3[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(arg1[4], arg2[4], ((x$3 = (new p384Uint1(x8.$high, x8.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x9 = _tuple$4[0];
		x10 = _tuple$4[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(arg1[5], arg2[5], ((x$4 = (new p384Uint1(x10.$high, x10.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x11 = _tuple$5[0];
		x12 = _tuple$5[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$6 = bits.Sub64(x1, new $Uint64(0, 4294967295), new $Uint64(0, 0));
		x13 = _tuple$6[0];
		x14 = _tuple$6[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$7 = bits.Sub64(x3, new $Uint64(4294967295, 0), ((x$5 = (new p384Uint1(x14.$high, x14.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x15 = _tuple$7[0];
		x16 = _tuple$7[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$8 = bits.Sub64(x5, new $Uint64(4294967295, 4294967294), ((x$6 = (new p384Uint1(x16.$high, x16.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x17 = _tuple$8[0];
		x18 = _tuple$8[1];
		x19 = new $Uint64(0, 0);
		x20 = new $Uint64(0, 0);
		_tuple$9 = bits.Sub64(x7, new $Uint64(4294967295, 4294967295), ((x$7 = (new p384Uint1(x18.$high, x18.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x19 = _tuple$9[0];
		x20 = _tuple$9[1];
		x21 = new $Uint64(0, 0);
		x22 = new $Uint64(0, 0);
		_tuple$10 = bits.Sub64(x9, new $Uint64(4294967295, 4294967295), ((x$8 = (new p384Uint1(x20.$high, x20.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x21 = _tuple$10[0];
		x22 = _tuple$10[1];
		x23 = new $Uint64(0, 0);
		x24 = new $Uint64(0, 0);
		_tuple$11 = bits.Sub64(x11, new $Uint64(4294967295, 4294967295), ((x$9 = (new p384Uint1(x22.$high, x22.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x23 = _tuple$11[0];
		x24 = _tuple$11[1];
		x26 = new $Uint64(0, 0);
		_tuple$12 = bits.Sub64(((x$10 = (new p384Uint1(x12.$high, x12.$low)), new $Uint64(x$10.$high, x$10.$low))), new $Uint64(0, 0), ((x$11 = (new p384Uint1(x24.$high, x24.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x26 = _tuple$12[1];
		x27 = new $Uint64(0, 0);
		p384CmovznzU64((x27$24ptr || (x27$24ptr = new ptrType(function() { return x27; }, function($v) { x27 = $v; }))), (new p384Uint1(x26.$high, x26.$low)), x13, x1);
		x28 = new $Uint64(0, 0);
		p384CmovznzU64((x28$24ptr || (x28$24ptr = new ptrType(function() { return x28; }, function($v) { x28 = $v; }))), (new p384Uint1(x26.$high, x26.$low)), x15, x3);
		x29 = new $Uint64(0, 0);
		p384CmovznzU64((x29$24ptr || (x29$24ptr = new ptrType(function() { return x29; }, function($v) { x29 = $v; }))), (new p384Uint1(x26.$high, x26.$low)), x17, x5);
		x30 = new $Uint64(0, 0);
		p384CmovznzU64((x30$24ptr || (x30$24ptr = new ptrType(function() { return x30; }, function($v) { x30 = $v; }))), (new p384Uint1(x26.$high, x26.$low)), x19, x7);
		x31 = new $Uint64(0, 0);
		p384CmovznzU64((x31$24ptr || (x31$24ptr = new ptrType(function() { return x31; }, function($v) { x31 = $v; }))), (new p384Uint1(x26.$high, x26.$low)), x21, x9);
		x32 = new $Uint64(0, 0);
		p384CmovznzU64((x32$24ptr || (x32$24ptr = new ptrType(function() { return x32; }, function($v) { x32 = $v; }))), (new p384Uint1(x26.$high, x26.$low)), x23, x11);
		out1.nilCheck, out1[0] = x27;
		out1.nilCheck, out1[1] = x28;
		out1.nilCheck, out1[2] = x29;
		out1.nilCheck, out1[3] = x30;
		out1.nilCheck, out1[4] = x31;
		out1.nilCheck, out1[5] = x32;
	};
	p384Sub = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, arg1, arg2, out1, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, x1, x10, x11, x12, x13, x13$24ptr, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x3, x4, x5, x6, x7, x8, x9;
		x1 = new $Uint64(0, 0);
		x2 = new $Uint64(0, 0);
		_tuple = bits.Sub64(arg1[0], arg2[0], new $Uint64(0, 0));
		x1 = _tuple[0];
		x2 = _tuple[1];
		x3 = new $Uint64(0, 0);
		x4 = new $Uint64(0, 0);
		_tuple$1 = bits.Sub64(arg1[1], arg2[1], ((x = (new p384Uint1(x2.$high, x2.$low)), new $Uint64(x.$high, x.$low))));
		x3 = _tuple$1[0];
		x4 = _tuple$1[1];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple$2 = bits.Sub64(arg1[2], arg2[2], ((x$1 = (new p384Uint1(x4.$high, x4.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x5 = _tuple$2[0];
		x6 = _tuple$2[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$3 = bits.Sub64(arg1[3], arg2[3], ((x$2 = (new p384Uint1(x6.$high, x6.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x7 = _tuple$3[0];
		x8 = _tuple$3[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$4 = bits.Sub64(arg1[4], arg2[4], ((x$3 = (new p384Uint1(x8.$high, x8.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x9 = _tuple$4[0];
		x10 = _tuple$4[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$5 = bits.Sub64(arg1[5], arg2[5], ((x$4 = (new p384Uint1(x10.$high, x10.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x11 = _tuple$5[0];
		x12 = _tuple$5[1];
		x13 = new $Uint64(0, 0);
		p384CmovznzU64((x13$24ptr || (x13$24ptr = new ptrType(function() { return x13; }, function($v) { x13 = $v; }))), (new p384Uint1(x12.$high, x12.$low)), new $Uint64(0, 0), new $Uint64(4294967295, 4294967295));
		x14 = new $Uint64(0, 0);
		x15 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x1, new $Uint64(x13.$high & 0, (x13.$low & 4294967295) >>> 0), new $Uint64(0, 0));
		x14 = _tuple$6[0];
		x15 = _tuple$6[1];
		x16 = new $Uint64(0, 0);
		x17 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(x3, new $Uint64(x13.$high & 4294967295, (x13.$low & 0) >>> 0), ((x$5 = (new p384Uint1(x15.$high, x15.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x16 = _tuple$7[0];
		x17 = _tuple$7[1];
		x18 = new $Uint64(0, 0);
		x19 = new $Uint64(0, 0);
		_tuple$8 = bits.Add64(x5, new $Uint64(x13.$high & 4294967295, (x13.$low & 4294967294) >>> 0), ((x$6 = (new p384Uint1(x17.$high, x17.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x18 = _tuple$8[0];
		x19 = _tuple$8[1];
		x20 = new $Uint64(0, 0);
		x21 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x7, x13, ((x$7 = (new p384Uint1(x19.$high, x19.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x20 = _tuple$9[0];
		x21 = _tuple$9[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x9, x13, ((x$8 = (new p384Uint1(x21.$high, x21.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x22 = _tuple$10[0];
		x23 = _tuple$10[1];
		x24 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x11, x13, ((x$9 = (new p384Uint1(x23.$high, x23.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x24 = _tuple$11[0];
		out1.nilCheck, out1[0] = x14;
		out1.nilCheck, out1[1] = x16;
		out1.nilCheck, out1[2] = x18;
		out1.nilCheck, out1[3] = x20;
		out1.nilCheck, out1[4] = x22;
		out1.nilCheck, out1[5] = x24;
	};
	p384SetOne = function(out1) {
		var out1;
		out1.nilCheck, out1[0] = new $Uint64(4294967295, 1);
		out1.nilCheck, out1[1] = new $Uint64(0, 4294967295);
		out1.nilCheck, out1[2] = new $Uint64(0, 1);
		out1.nilCheck, out1[3] = new $Uint64(0, 0);
		out1.nilCheck, out1[4] = new $Uint64(0, 0);
		out1.nilCheck, out1[5] = new $Uint64(0, 0);
	};
	p384FromMontgomery = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x101, x102, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x127, x128, x129, x13, x130, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x174, x175, x177, x178, x179, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x204, x205, x206, x207, x208, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x222, x223, x224, x225, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x24, x240, x241, x242, x243, x244, x245, x246, x247, x248, x249, x25, x250, x251, x252, x254, x255, x256, x257, x258, x259, x260, x261, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x277, x278, x279, x28, x280, x281, x282, x283, x284, x285, x286, x287, x288, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x30, x300, x301, x303, x304, x304$24ptr, x305, x305$24ptr, x306, x306$24ptr, x307, x307$24ptr, x308, x308$24ptr, x309, x309$24ptr, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[0];
		x2 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x1, new $Uint64(1, 1));
		x2 = _tuple[1];
		x4 = new $Uint64(0, 0);
		x5 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x2, new $Uint64(4294967295, 4294967295));
		x5 = _tuple$1[0];
		x4 = _tuple$1[1];
		x6 = new $Uint64(0, 0);
		x7 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x2, new $Uint64(4294967295, 4294967295));
		x7 = _tuple$2[0];
		x6 = _tuple$2[1];
		x8 = new $Uint64(0, 0);
		x9 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x2, new $Uint64(4294967295, 4294967295));
		x9 = _tuple$3[0];
		x8 = _tuple$3[1];
		x10 = new $Uint64(0, 0);
		x11 = new $Uint64(0, 0);
		_tuple$4 = bits.Mul64(x2, new $Uint64(4294967295, 4294967294));
		x11 = _tuple$4[0];
		x10 = _tuple$4[1];
		x12 = new $Uint64(0, 0);
		x13 = new $Uint64(0, 0);
		_tuple$5 = bits.Mul64(x2, new $Uint64(4294967295, 0));
		x13 = _tuple$5[0];
		x12 = _tuple$5[1];
		x14 = new $Uint64(0, 0);
		x15 = new $Uint64(0, 0);
		_tuple$6 = bits.Mul64(x2, new $Uint64(0, 4294967295));
		x15 = _tuple$6[0];
		x14 = _tuple$6[1];
		x16 = new $Uint64(0, 0);
		x17 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(x15, x12, new $Uint64(0, 0));
		x16 = _tuple$7[0];
		x17 = _tuple$7[1];
		x18 = new $Uint64(0, 0);
		x19 = new $Uint64(0, 0);
		_tuple$8 = bits.Add64(x13, x10, ((x = (new p384Uint1(x17.$high, x17.$low)), new $Uint64(x.$high, x.$low))));
		x18 = _tuple$8[0];
		x19 = _tuple$8[1];
		x20 = new $Uint64(0, 0);
		x21 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(x11, x8, ((x$1 = (new p384Uint1(x19.$high, x19.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x20 = _tuple$9[0];
		x21 = _tuple$9[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x9, x6, ((x$2 = (new p384Uint1(x21.$high, x21.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x22 = _tuple$10[0];
		x23 = _tuple$10[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x7, x4, ((x$3 = (new p384Uint1(x23.$high, x23.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x24 = _tuple$11[0];
		x25 = _tuple$11[1];
		x27 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x1, x14, new $Uint64(0, 0));
		x27 = _tuple$12[1];
		x28 = new $Uint64(0, 0);
		x29 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(new $Uint64(0, 0), x16, ((x$4 = (new p384Uint1(x27.$high, x27.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x28 = _tuple$13[0];
		x29 = _tuple$13[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(new $Uint64(0, 0), x18, ((x$5 = (new p384Uint1(x29.$high, x29.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x30 = _tuple$14[0];
		x31 = _tuple$14[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(new $Uint64(0, 0), x20, ((x$6 = (new p384Uint1(x31.$high, x31.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x32 = _tuple$15[0];
		x33 = _tuple$15[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(new $Uint64(0, 0), x22, ((x$7 = (new p384Uint1(x33.$high, x33.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x34 = _tuple$16[0];
		x35 = _tuple$16[1];
		x36 = new $Uint64(0, 0);
		x37 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(new $Uint64(0, 0), x24, ((x$8 = (new p384Uint1(x35.$high, x35.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x36 = _tuple$17[0];
		x37 = _tuple$17[1];
		x38 = new $Uint64(0, 0);
		x39 = new $Uint64(0, 0);
		_tuple$18 = bits.Add64(new $Uint64(0, 0), (x$9 = ((x$10 = (new p384Uint1(x25.$high, x25.$low)), new $Uint64(x$10.$high, x$10.$low))), new $Uint64(x$9.$high + x5.$high, x$9.$low + x5.$low)), ((x$11 = (new p384Uint1(x37.$high, x37.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x38 = _tuple$18[0];
		x39 = _tuple$18[1];
		x40 = new $Uint64(0, 0);
		x41 = new $Uint64(0, 0);
		_tuple$19 = bits.Add64(x28, arg1[1], new $Uint64(0, 0));
		x40 = _tuple$19[0];
		x41 = _tuple$19[1];
		x42 = new $Uint64(0, 0);
		x43 = new $Uint64(0, 0);
		_tuple$20 = bits.Add64(x30, new $Uint64(0, 0), ((x$12 = (new p384Uint1(x41.$high, x41.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x42 = _tuple$20[0];
		x43 = _tuple$20[1];
		x44 = new $Uint64(0, 0);
		x45 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(x32, new $Uint64(0, 0), ((x$13 = (new p384Uint1(x43.$high, x43.$low)), new $Uint64(x$13.$high, x$13.$low))));
		x44 = _tuple$21[0];
		x45 = _tuple$21[1];
		x46 = new $Uint64(0, 0);
		x47 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(x34, new $Uint64(0, 0), ((x$14 = (new p384Uint1(x45.$high, x45.$low)), new $Uint64(x$14.$high, x$14.$low))));
		x46 = _tuple$22[0];
		x47 = _tuple$22[1];
		x48 = new $Uint64(0, 0);
		x49 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x36, new $Uint64(0, 0), ((x$15 = (new p384Uint1(x47.$high, x47.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x48 = _tuple$23[0];
		x49 = _tuple$23[1];
		x50 = new $Uint64(0, 0);
		x51 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x38, new $Uint64(0, 0), ((x$16 = (new p384Uint1(x49.$high, x49.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x50 = _tuple$24[0];
		x51 = _tuple$24[1];
		x52 = new $Uint64(0, 0);
		_tuple$25 = bits.Mul64(x40, new $Uint64(1, 1));
		x52 = _tuple$25[1];
		x54 = new $Uint64(0, 0);
		x55 = new $Uint64(0, 0);
		_tuple$26 = bits.Mul64(x52, new $Uint64(4294967295, 4294967295));
		x55 = _tuple$26[0];
		x54 = _tuple$26[1];
		x56 = new $Uint64(0, 0);
		x57 = new $Uint64(0, 0);
		_tuple$27 = bits.Mul64(x52, new $Uint64(4294967295, 4294967295));
		x57 = _tuple$27[0];
		x56 = _tuple$27[1];
		x58 = new $Uint64(0, 0);
		x59 = new $Uint64(0, 0);
		_tuple$28 = bits.Mul64(x52, new $Uint64(4294967295, 4294967295));
		x59 = _tuple$28[0];
		x58 = _tuple$28[1];
		x60 = new $Uint64(0, 0);
		x61 = new $Uint64(0, 0);
		_tuple$29 = bits.Mul64(x52, new $Uint64(4294967295, 4294967294));
		x61 = _tuple$29[0];
		x60 = _tuple$29[1];
		x62 = new $Uint64(0, 0);
		x63 = new $Uint64(0, 0);
		_tuple$30 = bits.Mul64(x52, new $Uint64(4294967295, 0));
		x63 = _tuple$30[0];
		x62 = _tuple$30[1];
		x64 = new $Uint64(0, 0);
		x65 = new $Uint64(0, 0);
		_tuple$31 = bits.Mul64(x52, new $Uint64(0, 4294967295));
		x65 = _tuple$31[0];
		x64 = _tuple$31[1];
		x66 = new $Uint64(0, 0);
		x67 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x65, x62, new $Uint64(0, 0));
		x66 = _tuple$32[0];
		x67 = _tuple$32[1];
		x68 = new $Uint64(0, 0);
		x69 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x63, x60, ((x$17 = (new p384Uint1(x67.$high, x67.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x68 = _tuple$33[0];
		x69 = _tuple$33[1];
		x70 = new $Uint64(0, 0);
		x71 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x61, x58, ((x$18 = (new p384Uint1(x69.$high, x69.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x70 = _tuple$34[0];
		x71 = _tuple$34[1];
		x72 = new $Uint64(0, 0);
		x73 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x59, x56, ((x$19 = (new p384Uint1(x71.$high, x71.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x72 = _tuple$35[0];
		x73 = _tuple$35[1];
		x74 = new $Uint64(0, 0);
		x75 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x57, x54, ((x$20 = (new p384Uint1(x73.$high, x73.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x74 = _tuple$36[0];
		x75 = _tuple$36[1];
		x77 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x40, x64, new $Uint64(0, 0));
		x77 = _tuple$37[1];
		x78 = new $Uint64(0, 0);
		x79 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x42, x66, ((x$21 = (new p384Uint1(x77.$high, x77.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x78 = _tuple$38[0];
		x79 = _tuple$38[1];
		x80 = new $Uint64(0, 0);
		x81 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x44, x68, ((x$22 = (new p384Uint1(x79.$high, x79.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x80 = _tuple$39[0];
		x81 = _tuple$39[1];
		x82 = new $Uint64(0, 0);
		x83 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x46, x70, ((x$23 = (new p384Uint1(x81.$high, x81.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x82 = _tuple$40[0];
		x83 = _tuple$40[1];
		x84 = new $Uint64(0, 0);
		x85 = new $Uint64(0, 0);
		_tuple$41 = bits.Add64(x48, x72, ((x$24 = (new p384Uint1(x83.$high, x83.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x84 = _tuple$41[0];
		x85 = _tuple$41[1];
		x86 = new $Uint64(0, 0);
		x87 = new $Uint64(0, 0);
		_tuple$42 = bits.Add64(x50, x74, ((x$25 = (new p384Uint1(x85.$high, x85.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x86 = _tuple$42[0];
		x87 = _tuple$42[1];
		x88 = new $Uint64(0, 0);
		x89 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64((x$26 = ((x$27 = (new p384Uint1(x51.$high, x51.$low)), new $Uint64(x$27.$high, x$27.$low))), x$28 = ((x$29 = (new p384Uint1(x39.$high, x39.$low)), new $Uint64(x$29.$high, x$29.$low))), new $Uint64(x$26.$high + x$28.$high, x$26.$low + x$28.$low)), (x$30 = ((x$31 = (new p384Uint1(x75.$high, x75.$low)), new $Uint64(x$31.$high, x$31.$low))), new $Uint64(x$30.$high + x55.$high, x$30.$low + x55.$low)), ((x$32 = (new p384Uint1(x87.$high, x87.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x88 = _tuple$43[0];
		x89 = _tuple$43[1];
		x90 = new $Uint64(0, 0);
		x91 = new $Uint64(0, 0);
		_tuple$44 = bits.Add64(x78, arg1[2], new $Uint64(0, 0));
		x90 = _tuple$44[0];
		x91 = _tuple$44[1];
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x80, new $Uint64(0, 0), ((x$33 = (new p384Uint1(x91.$high, x91.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x92 = _tuple$45[0];
		x93 = _tuple$45[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x82, new $Uint64(0, 0), ((x$34 = (new p384Uint1(x93.$high, x93.$low)), new $Uint64(x$34.$high, x$34.$low))));
		x94 = _tuple$46[0];
		x95 = _tuple$46[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(x84, new $Uint64(0, 0), ((x$35 = (new p384Uint1(x95.$high, x95.$low)), new $Uint64(x$35.$high, x$35.$low))));
		x96 = _tuple$47[0];
		x97 = _tuple$47[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64(x86, new $Uint64(0, 0), ((x$36 = (new p384Uint1(x97.$high, x97.$low)), new $Uint64(x$36.$high, x$36.$low))));
		x98 = _tuple$48[0];
		x99 = _tuple$48[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$49 = bits.Add64(x88, new $Uint64(0, 0), ((x$37 = (new p384Uint1(x99.$high, x99.$low)), new $Uint64(x$37.$high, x$37.$low))));
		x100 = _tuple$49[0];
		x101 = _tuple$49[1];
		x102 = new $Uint64(0, 0);
		_tuple$50 = bits.Mul64(x90, new $Uint64(1, 1));
		x102 = _tuple$50[1];
		x104 = new $Uint64(0, 0);
		x105 = new $Uint64(0, 0);
		_tuple$51 = bits.Mul64(x102, new $Uint64(4294967295, 4294967295));
		x105 = _tuple$51[0];
		x104 = _tuple$51[1];
		x106 = new $Uint64(0, 0);
		x107 = new $Uint64(0, 0);
		_tuple$52 = bits.Mul64(x102, new $Uint64(4294967295, 4294967295));
		x107 = _tuple$52[0];
		x106 = _tuple$52[1];
		x108 = new $Uint64(0, 0);
		x109 = new $Uint64(0, 0);
		_tuple$53 = bits.Mul64(x102, new $Uint64(4294967295, 4294967295));
		x109 = _tuple$53[0];
		x108 = _tuple$53[1];
		x110 = new $Uint64(0, 0);
		x111 = new $Uint64(0, 0);
		_tuple$54 = bits.Mul64(x102, new $Uint64(4294967295, 4294967294));
		x111 = _tuple$54[0];
		x110 = _tuple$54[1];
		x112 = new $Uint64(0, 0);
		x113 = new $Uint64(0, 0);
		_tuple$55 = bits.Mul64(x102, new $Uint64(4294967295, 0));
		x113 = _tuple$55[0];
		x112 = _tuple$55[1];
		x114 = new $Uint64(0, 0);
		x115 = new $Uint64(0, 0);
		_tuple$56 = bits.Mul64(x102, new $Uint64(0, 4294967295));
		x115 = _tuple$56[0];
		x114 = _tuple$56[1];
		x116 = new $Uint64(0, 0);
		x117 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x115, x112, new $Uint64(0, 0));
		x116 = _tuple$57[0];
		x117 = _tuple$57[1];
		x118 = new $Uint64(0, 0);
		x119 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x113, x110, ((x$38 = (new p384Uint1(x117.$high, x117.$low)), new $Uint64(x$38.$high, x$38.$low))));
		x118 = _tuple$58[0];
		x119 = _tuple$58[1];
		x120 = new $Uint64(0, 0);
		x121 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x111, x108, ((x$39 = (new p384Uint1(x119.$high, x119.$low)), new $Uint64(x$39.$high, x$39.$low))));
		x120 = _tuple$59[0];
		x121 = _tuple$59[1];
		x122 = new $Uint64(0, 0);
		x123 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x109, x106, ((x$40 = (new p384Uint1(x121.$high, x121.$low)), new $Uint64(x$40.$high, x$40.$low))));
		x122 = _tuple$60[0];
		x123 = _tuple$60[1];
		x124 = new $Uint64(0, 0);
		x125 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x107, x104, ((x$41 = (new p384Uint1(x123.$high, x123.$low)), new $Uint64(x$41.$high, x$41.$low))));
		x124 = _tuple$61[0];
		x125 = _tuple$61[1];
		x127 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x90, x114, new $Uint64(0, 0));
		x127 = _tuple$62[1];
		x128 = new $Uint64(0, 0);
		x129 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x92, x116, ((x$42 = (new p384Uint1(x127.$high, x127.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x128 = _tuple$63[0];
		x129 = _tuple$63[1];
		x130 = new $Uint64(0, 0);
		x131 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x94, x118, ((x$43 = (new p384Uint1(x129.$high, x129.$low)), new $Uint64(x$43.$high, x$43.$low))));
		x130 = _tuple$64[0];
		x131 = _tuple$64[1];
		x132 = new $Uint64(0, 0);
		x133 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x96, x120, ((x$44 = (new p384Uint1(x131.$high, x131.$low)), new $Uint64(x$44.$high, x$44.$low))));
		x132 = _tuple$65[0];
		x133 = _tuple$65[1];
		x134 = new $Uint64(0, 0);
		x135 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x98, x122, ((x$45 = (new p384Uint1(x133.$high, x133.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x134 = _tuple$66[0];
		x135 = _tuple$66[1];
		x136 = new $Uint64(0, 0);
		x137 = new $Uint64(0, 0);
		_tuple$67 = bits.Add64(x100, x124, ((x$46 = (new p384Uint1(x135.$high, x135.$low)), new $Uint64(x$46.$high, x$46.$low))));
		x136 = _tuple$67[0];
		x137 = _tuple$67[1];
		x138 = new $Uint64(0, 0);
		x139 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64((x$47 = ((x$48 = (new p384Uint1(x101.$high, x101.$low)), new $Uint64(x$48.$high, x$48.$low))), x$49 = ((x$50 = (new p384Uint1(x89.$high, x89.$low)), new $Uint64(x$50.$high, x$50.$low))), new $Uint64(x$47.$high + x$49.$high, x$47.$low + x$49.$low)), (x$51 = ((x$52 = (new p384Uint1(x125.$high, x125.$low)), new $Uint64(x$52.$high, x$52.$low))), new $Uint64(x$51.$high + x105.$high, x$51.$low + x105.$low)), ((x$53 = (new p384Uint1(x137.$high, x137.$low)), new $Uint64(x$53.$high, x$53.$low))));
		x138 = _tuple$68[0];
		x139 = _tuple$68[1];
		x140 = new $Uint64(0, 0);
		x141 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64(x128, arg1[3], new $Uint64(0, 0));
		x140 = _tuple$69[0];
		x141 = _tuple$69[1];
		x142 = new $Uint64(0, 0);
		x143 = new $Uint64(0, 0);
		_tuple$70 = bits.Add64(x130, new $Uint64(0, 0), ((x$54 = (new p384Uint1(x141.$high, x141.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x142 = _tuple$70[0];
		x143 = _tuple$70[1];
		x144 = new $Uint64(0, 0);
		x145 = new $Uint64(0, 0);
		_tuple$71 = bits.Add64(x132, new $Uint64(0, 0), ((x$55 = (new p384Uint1(x143.$high, x143.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x144 = _tuple$71[0];
		x145 = _tuple$71[1];
		x146 = new $Uint64(0, 0);
		x147 = new $Uint64(0, 0);
		_tuple$72 = bits.Add64(x134, new $Uint64(0, 0), ((x$56 = (new p384Uint1(x145.$high, x145.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x146 = _tuple$72[0];
		x147 = _tuple$72[1];
		x148 = new $Uint64(0, 0);
		x149 = new $Uint64(0, 0);
		_tuple$73 = bits.Add64(x136, new $Uint64(0, 0), ((x$57 = (new p384Uint1(x147.$high, x147.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x148 = _tuple$73[0];
		x149 = _tuple$73[1];
		x150 = new $Uint64(0, 0);
		x151 = new $Uint64(0, 0);
		_tuple$74 = bits.Add64(x138, new $Uint64(0, 0), ((x$58 = (new p384Uint1(x149.$high, x149.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x150 = _tuple$74[0];
		x151 = _tuple$74[1];
		x152 = new $Uint64(0, 0);
		_tuple$75 = bits.Mul64(x140, new $Uint64(1, 1));
		x152 = _tuple$75[1];
		x154 = new $Uint64(0, 0);
		x155 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x152, new $Uint64(4294967295, 4294967295));
		x155 = _tuple$76[0];
		x154 = _tuple$76[1];
		x156 = new $Uint64(0, 0);
		x157 = new $Uint64(0, 0);
		_tuple$77 = bits.Mul64(x152, new $Uint64(4294967295, 4294967295));
		x157 = _tuple$77[0];
		x156 = _tuple$77[1];
		x158 = new $Uint64(0, 0);
		x159 = new $Uint64(0, 0);
		_tuple$78 = bits.Mul64(x152, new $Uint64(4294967295, 4294967295));
		x159 = _tuple$78[0];
		x158 = _tuple$78[1];
		x160 = new $Uint64(0, 0);
		x161 = new $Uint64(0, 0);
		_tuple$79 = bits.Mul64(x152, new $Uint64(4294967295, 4294967294));
		x161 = _tuple$79[0];
		x160 = _tuple$79[1];
		x162 = new $Uint64(0, 0);
		x163 = new $Uint64(0, 0);
		_tuple$80 = bits.Mul64(x152, new $Uint64(4294967295, 0));
		x163 = _tuple$80[0];
		x162 = _tuple$80[1];
		x164 = new $Uint64(0, 0);
		x165 = new $Uint64(0, 0);
		_tuple$81 = bits.Mul64(x152, new $Uint64(0, 4294967295));
		x165 = _tuple$81[0];
		x164 = _tuple$81[1];
		x166 = new $Uint64(0, 0);
		x167 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x165, x162, new $Uint64(0, 0));
		x166 = _tuple$82[0];
		x167 = _tuple$82[1];
		x168 = new $Uint64(0, 0);
		x169 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x163, x160, ((x$59 = (new p384Uint1(x167.$high, x167.$low)), new $Uint64(x$59.$high, x$59.$low))));
		x168 = _tuple$83[0];
		x169 = _tuple$83[1];
		x170 = new $Uint64(0, 0);
		x171 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x161, x158, ((x$60 = (new p384Uint1(x169.$high, x169.$low)), new $Uint64(x$60.$high, x$60.$low))));
		x170 = _tuple$84[0];
		x171 = _tuple$84[1];
		x172 = new $Uint64(0, 0);
		x173 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x159, x156, ((x$61 = (new p384Uint1(x171.$high, x171.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x172 = _tuple$85[0];
		x173 = _tuple$85[1];
		x174 = new $Uint64(0, 0);
		x175 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x157, x154, ((x$62 = (new p384Uint1(x173.$high, x173.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x174 = _tuple$86[0];
		x175 = _tuple$86[1];
		x177 = new $Uint64(0, 0);
		_tuple$87 = bits.Add64(x140, x164, new $Uint64(0, 0));
		x177 = _tuple$87[1];
		x178 = new $Uint64(0, 0);
		x179 = new $Uint64(0, 0);
		_tuple$88 = bits.Add64(x142, x166, ((x$63 = (new p384Uint1(x177.$high, x177.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x178 = _tuple$88[0];
		x179 = _tuple$88[1];
		x180 = new $Uint64(0, 0);
		x181 = new $Uint64(0, 0);
		_tuple$89 = bits.Add64(x144, x168, ((x$64 = (new p384Uint1(x179.$high, x179.$low)), new $Uint64(x$64.$high, x$64.$low))));
		x180 = _tuple$89[0];
		x181 = _tuple$89[1];
		x182 = new $Uint64(0, 0);
		x183 = new $Uint64(0, 0);
		_tuple$90 = bits.Add64(x146, x170, ((x$65 = (new p384Uint1(x181.$high, x181.$low)), new $Uint64(x$65.$high, x$65.$low))));
		x182 = _tuple$90[0];
		x183 = _tuple$90[1];
		x184 = new $Uint64(0, 0);
		x185 = new $Uint64(0, 0);
		_tuple$91 = bits.Add64(x148, x172, ((x$66 = (new p384Uint1(x183.$high, x183.$low)), new $Uint64(x$66.$high, x$66.$low))));
		x184 = _tuple$91[0];
		x185 = _tuple$91[1];
		x186 = new $Uint64(0, 0);
		x187 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64(x150, x174, ((x$67 = (new p384Uint1(x185.$high, x185.$low)), new $Uint64(x$67.$high, x$67.$low))));
		x186 = _tuple$92[0];
		x187 = _tuple$92[1];
		x188 = new $Uint64(0, 0);
		x189 = new $Uint64(0, 0);
		_tuple$93 = bits.Add64((x$68 = ((x$69 = (new p384Uint1(x151.$high, x151.$low)), new $Uint64(x$69.$high, x$69.$low))), x$70 = ((x$71 = (new p384Uint1(x139.$high, x139.$low)), new $Uint64(x$71.$high, x$71.$low))), new $Uint64(x$68.$high + x$70.$high, x$68.$low + x$70.$low)), (x$72 = ((x$73 = (new p384Uint1(x175.$high, x175.$low)), new $Uint64(x$73.$high, x$73.$low))), new $Uint64(x$72.$high + x155.$high, x$72.$low + x155.$low)), ((x$74 = (new p384Uint1(x187.$high, x187.$low)), new $Uint64(x$74.$high, x$74.$low))));
		x188 = _tuple$93[0];
		x189 = _tuple$93[1];
		x190 = new $Uint64(0, 0);
		x191 = new $Uint64(0, 0);
		_tuple$94 = bits.Add64(x178, arg1[4], new $Uint64(0, 0));
		x190 = _tuple$94[0];
		x191 = _tuple$94[1];
		x192 = new $Uint64(0, 0);
		x193 = new $Uint64(0, 0);
		_tuple$95 = bits.Add64(x180, new $Uint64(0, 0), ((x$75 = (new p384Uint1(x191.$high, x191.$low)), new $Uint64(x$75.$high, x$75.$low))));
		x192 = _tuple$95[0];
		x193 = _tuple$95[1];
		x194 = new $Uint64(0, 0);
		x195 = new $Uint64(0, 0);
		_tuple$96 = bits.Add64(x182, new $Uint64(0, 0), ((x$76 = (new p384Uint1(x193.$high, x193.$low)), new $Uint64(x$76.$high, x$76.$low))));
		x194 = _tuple$96[0];
		x195 = _tuple$96[1];
		x196 = new $Uint64(0, 0);
		x197 = new $Uint64(0, 0);
		_tuple$97 = bits.Add64(x184, new $Uint64(0, 0), ((x$77 = (new p384Uint1(x195.$high, x195.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x196 = _tuple$97[0];
		x197 = _tuple$97[1];
		x198 = new $Uint64(0, 0);
		x199 = new $Uint64(0, 0);
		_tuple$98 = bits.Add64(x186, new $Uint64(0, 0), ((x$78 = (new p384Uint1(x197.$high, x197.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x198 = _tuple$98[0];
		x199 = _tuple$98[1];
		x200 = new $Uint64(0, 0);
		x201 = new $Uint64(0, 0);
		_tuple$99 = bits.Add64(x188, new $Uint64(0, 0), ((x$79 = (new p384Uint1(x199.$high, x199.$low)), new $Uint64(x$79.$high, x$79.$low))));
		x200 = _tuple$99[0];
		x201 = _tuple$99[1];
		x202 = new $Uint64(0, 0);
		_tuple$100 = bits.Mul64(x190, new $Uint64(1, 1));
		x202 = _tuple$100[1];
		x204 = new $Uint64(0, 0);
		x205 = new $Uint64(0, 0);
		_tuple$101 = bits.Mul64(x202, new $Uint64(4294967295, 4294967295));
		x205 = _tuple$101[0];
		x204 = _tuple$101[1];
		x206 = new $Uint64(0, 0);
		x207 = new $Uint64(0, 0);
		_tuple$102 = bits.Mul64(x202, new $Uint64(4294967295, 4294967295));
		x207 = _tuple$102[0];
		x206 = _tuple$102[1];
		x208 = new $Uint64(0, 0);
		x209 = new $Uint64(0, 0);
		_tuple$103 = bits.Mul64(x202, new $Uint64(4294967295, 4294967295));
		x209 = _tuple$103[0];
		x208 = _tuple$103[1];
		x210 = new $Uint64(0, 0);
		x211 = new $Uint64(0, 0);
		_tuple$104 = bits.Mul64(x202, new $Uint64(4294967295, 4294967294));
		x211 = _tuple$104[0];
		x210 = _tuple$104[1];
		x212 = new $Uint64(0, 0);
		x213 = new $Uint64(0, 0);
		_tuple$105 = bits.Mul64(x202, new $Uint64(4294967295, 0));
		x213 = _tuple$105[0];
		x212 = _tuple$105[1];
		x214 = new $Uint64(0, 0);
		x215 = new $Uint64(0, 0);
		_tuple$106 = bits.Mul64(x202, new $Uint64(0, 4294967295));
		x215 = _tuple$106[0];
		x214 = _tuple$106[1];
		x216 = new $Uint64(0, 0);
		x217 = new $Uint64(0, 0);
		_tuple$107 = bits.Add64(x215, x212, new $Uint64(0, 0));
		x216 = _tuple$107[0];
		x217 = _tuple$107[1];
		x218 = new $Uint64(0, 0);
		x219 = new $Uint64(0, 0);
		_tuple$108 = bits.Add64(x213, x210, ((x$80 = (new p384Uint1(x217.$high, x217.$low)), new $Uint64(x$80.$high, x$80.$low))));
		x218 = _tuple$108[0];
		x219 = _tuple$108[1];
		x220 = new $Uint64(0, 0);
		x221 = new $Uint64(0, 0);
		_tuple$109 = bits.Add64(x211, x208, ((x$81 = (new p384Uint1(x219.$high, x219.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x220 = _tuple$109[0];
		x221 = _tuple$109[1];
		x222 = new $Uint64(0, 0);
		x223 = new $Uint64(0, 0);
		_tuple$110 = bits.Add64(x209, x206, ((x$82 = (new p384Uint1(x221.$high, x221.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x222 = _tuple$110[0];
		x223 = _tuple$110[1];
		x224 = new $Uint64(0, 0);
		x225 = new $Uint64(0, 0);
		_tuple$111 = bits.Add64(x207, x204, ((x$83 = (new p384Uint1(x223.$high, x223.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x224 = _tuple$111[0];
		x225 = _tuple$111[1];
		x227 = new $Uint64(0, 0);
		_tuple$112 = bits.Add64(x190, x214, new $Uint64(0, 0));
		x227 = _tuple$112[1];
		x228 = new $Uint64(0, 0);
		x229 = new $Uint64(0, 0);
		_tuple$113 = bits.Add64(x192, x216, ((x$84 = (new p384Uint1(x227.$high, x227.$low)), new $Uint64(x$84.$high, x$84.$low))));
		x228 = _tuple$113[0];
		x229 = _tuple$113[1];
		x230 = new $Uint64(0, 0);
		x231 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x194, x218, ((x$85 = (new p384Uint1(x229.$high, x229.$low)), new $Uint64(x$85.$high, x$85.$low))));
		x230 = _tuple$114[0];
		x231 = _tuple$114[1];
		x232 = new $Uint64(0, 0);
		x233 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x196, x220, ((x$86 = (new p384Uint1(x231.$high, x231.$low)), new $Uint64(x$86.$high, x$86.$low))));
		x232 = _tuple$115[0];
		x233 = _tuple$115[1];
		x234 = new $Uint64(0, 0);
		x235 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x198, x222, ((x$87 = (new p384Uint1(x233.$high, x233.$low)), new $Uint64(x$87.$high, x$87.$low))));
		x234 = _tuple$116[0];
		x235 = _tuple$116[1];
		x236 = new $Uint64(0, 0);
		x237 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x200, x224, ((x$88 = (new p384Uint1(x235.$high, x235.$low)), new $Uint64(x$88.$high, x$88.$low))));
		x236 = _tuple$117[0];
		x237 = _tuple$117[1];
		x238 = new $Uint64(0, 0);
		x239 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64((x$89 = ((x$90 = (new p384Uint1(x201.$high, x201.$low)), new $Uint64(x$90.$high, x$90.$low))), x$91 = ((x$92 = (new p384Uint1(x189.$high, x189.$low)), new $Uint64(x$92.$high, x$92.$low))), new $Uint64(x$89.$high + x$91.$high, x$89.$low + x$91.$low)), (x$93 = ((x$94 = (new p384Uint1(x225.$high, x225.$low)), new $Uint64(x$94.$high, x$94.$low))), new $Uint64(x$93.$high + x205.$high, x$93.$low + x205.$low)), ((x$95 = (new p384Uint1(x237.$high, x237.$low)), new $Uint64(x$95.$high, x$95.$low))));
		x238 = _tuple$118[0];
		x239 = _tuple$118[1];
		x240 = new $Uint64(0, 0);
		x241 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x228, arg1[5], new $Uint64(0, 0));
		x240 = _tuple$119[0];
		x241 = _tuple$119[1];
		x242 = new $Uint64(0, 0);
		x243 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x230, new $Uint64(0, 0), ((x$96 = (new p384Uint1(x241.$high, x241.$low)), new $Uint64(x$96.$high, x$96.$low))));
		x242 = _tuple$120[0];
		x243 = _tuple$120[1];
		x244 = new $Uint64(0, 0);
		x245 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x232, new $Uint64(0, 0), ((x$97 = (new p384Uint1(x243.$high, x243.$low)), new $Uint64(x$97.$high, x$97.$low))));
		x244 = _tuple$121[0];
		x245 = _tuple$121[1];
		x246 = new $Uint64(0, 0);
		x247 = new $Uint64(0, 0);
		_tuple$122 = bits.Add64(x234, new $Uint64(0, 0), ((x$98 = (new p384Uint1(x245.$high, x245.$low)), new $Uint64(x$98.$high, x$98.$low))));
		x246 = _tuple$122[0];
		x247 = _tuple$122[1];
		x248 = new $Uint64(0, 0);
		x249 = new $Uint64(0, 0);
		_tuple$123 = bits.Add64(x236, new $Uint64(0, 0), ((x$99 = (new p384Uint1(x247.$high, x247.$low)), new $Uint64(x$99.$high, x$99.$low))));
		x248 = _tuple$123[0];
		x249 = _tuple$123[1];
		x250 = new $Uint64(0, 0);
		x251 = new $Uint64(0, 0);
		_tuple$124 = bits.Add64(x238, new $Uint64(0, 0), ((x$100 = (new p384Uint1(x249.$high, x249.$low)), new $Uint64(x$100.$high, x$100.$low))));
		x250 = _tuple$124[0];
		x251 = _tuple$124[1];
		x252 = new $Uint64(0, 0);
		_tuple$125 = bits.Mul64(x240, new $Uint64(1, 1));
		x252 = _tuple$125[1];
		x254 = new $Uint64(0, 0);
		x255 = new $Uint64(0, 0);
		_tuple$126 = bits.Mul64(x252, new $Uint64(4294967295, 4294967295));
		x255 = _tuple$126[0];
		x254 = _tuple$126[1];
		x256 = new $Uint64(0, 0);
		x257 = new $Uint64(0, 0);
		_tuple$127 = bits.Mul64(x252, new $Uint64(4294967295, 4294967295));
		x257 = _tuple$127[0];
		x256 = _tuple$127[1];
		x258 = new $Uint64(0, 0);
		x259 = new $Uint64(0, 0);
		_tuple$128 = bits.Mul64(x252, new $Uint64(4294967295, 4294967295));
		x259 = _tuple$128[0];
		x258 = _tuple$128[1];
		x260 = new $Uint64(0, 0);
		x261 = new $Uint64(0, 0);
		_tuple$129 = bits.Mul64(x252, new $Uint64(4294967295, 4294967294));
		x261 = _tuple$129[0];
		x260 = _tuple$129[1];
		x262 = new $Uint64(0, 0);
		x263 = new $Uint64(0, 0);
		_tuple$130 = bits.Mul64(x252, new $Uint64(4294967295, 0));
		x263 = _tuple$130[0];
		x262 = _tuple$130[1];
		x264 = new $Uint64(0, 0);
		x265 = new $Uint64(0, 0);
		_tuple$131 = bits.Mul64(x252, new $Uint64(0, 4294967295));
		x265 = _tuple$131[0];
		x264 = _tuple$131[1];
		x266 = new $Uint64(0, 0);
		x267 = new $Uint64(0, 0);
		_tuple$132 = bits.Add64(x265, x262, new $Uint64(0, 0));
		x266 = _tuple$132[0];
		x267 = _tuple$132[1];
		x268 = new $Uint64(0, 0);
		x269 = new $Uint64(0, 0);
		_tuple$133 = bits.Add64(x263, x260, ((x$101 = (new p384Uint1(x267.$high, x267.$low)), new $Uint64(x$101.$high, x$101.$low))));
		x268 = _tuple$133[0];
		x269 = _tuple$133[1];
		x270 = new $Uint64(0, 0);
		x271 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x261, x258, ((x$102 = (new p384Uint1(x269.$high, x269.$low)), new $Uint64(x$102.$high, x$102.$low))));
		x270 = _tuple$134[0];
		x271 = _tuple$134[1];
		x272 = new $Uint64(0, 0);
		x273 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x259, x256, ((x$103 = (new p384Uint1(x271.$high, x271.$low)), new $Uint64(x$103.$high, x$103.$low))));
		x272 = _tuple$135[0];
		x273 = _tuple$135[1];
		x274 = new $Uint64(0, 0);
		x275 = new $Uint64(0, 0);
		_tuple$136 = bits.Add64(x257, x254, ((x$104 = (new p384Uint1(x273.$high, x273.$low)), new $Uint64(x$104.$high, x$104.$low))));
		x274 = _tuple$136[0];
		x275 = _tuple$136[1];
		x277 = new $Uint64(0, 0);
		_tuple$137 = bits.Add64(x240, x264, new $Uint64(0, 0));
		x277 = _tuple$137[1];
		x278 = new $Uint64(0, 0);
		x279 = new $Uint64(0, 0);
		_tuple$138 = bits.Add64(x242, x266, ((x$105 = (new p384Uint1(x277.$high, x277.$low)), new $Uint64(x$105.$high, x$105.$low))));
		x278 = _tuple$138[0];
		x279 = _tuple$138[1];
		x280 = new $Uint64(0, 0);
		x281 = new $Uint64(0, 0);
		_tuple$139 = bits.Add64(x244, x268, ((x$106 = (new p384Uint1(x279.$high, x279.$low)), new $Uint64(x$106.$high, x$106.$low))));
		x280 = _tuple$139[0];
		x281 = _tuple$139[1];
		x282 = new $Uint64(0, 0);
		x283 = new $Uint64(0, 0);
		_tuple$140 = bits.Add64(x246, x270, ((x$107 = (new p384Uint1(x281.$high, x281.$low)), new $Uint64(x$107.$high, x$107.$low))));
		x282 = _tuple$140[0];
		x283 = _tuple$140[1];
		x284 = new $Uint64(0, 0);
		x285 = new $Uint64(0, 0);
		_tuple$141 = bits.Add64(x248, x272, ((x$108 = (new p384Uint1(x283.$high, x283.$low)), new $Uint64(x$108.$high, x$108.$low))));
		x284 = _tuple$141[0];
		x285 = _tuple$141[1];
		x286 = new $Uint64(0, 0);
		x287 = new $Uint64(0, 0);
		_tuple$142 = bits.Add64(x250, x274, ((x$109 = (new p384Uint1(x285.$high, x285.$low)), new $Uint64(x$109.$high, x$109.$low))));
		x286 = _tuple$142[0];
		x287 = _tuple$142[1];
		x288 = new $Uint64(0, 0);
		x289 = new $Uint64(0, 0);
		_tuple$143 = bits.Add64((x$110 = ((x$111 = (new p384Uint1(x251.$high, x251.$low)), new $Uint64(x$111.$high, x$111.$low))), x$112 = ((x$113 = (new p384Uint1(x239.$high, x239.$low)), new $Uint64(x$113.$high, x$113.$low))), new $Uint64(x$110.$high + x$112.$high, x$110.$low + x$112.$low)), (x$114 = ((x$115 = (new p384Uint1(x275.$high, x275.$low)), new $Uint64(x$115.$high, x$115.$low))), new $Uint64(x$114.$high + x255.$high, x$114.$low + x255.$low)), ((x$116 = (new p384Uint1(x287.$high, x287.$low)), new $Uint64(x$116.$high, x$116.$low))));
		x288 = _tuple$143[0];
		x289 = _tuple$143[1];
		x290 = new $Uint64(0, 0);
		x291 = new $Uint64(0, 0);
		_tuple$144 = bits.Sub64(x278, new $Uint64(0, 4294967295), new $Uint64(0, 0));
		x290 = _tuple$144[0];
		x291 = _tuple$144[1];
		x292 = new $Uint64(0, 0);
		x293 = new $Uint64(0, 0);
		_tuple$145 = bits.Sub64(x280, new $Uint64(4294967295, 0), ((x$117 = (new p384Uint1(x291.$high, x291.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x292 = _tuple$145[0];
		x293 = _tuple$145[1];
		x294 = new $Uint64(0, 0);
		x295 = new $Uint64(0, 0);
		_tuple$146 = bits.Sub64(x282, new $Uint64(4294967295, 4294967294), ((x$118 = (new p384Uint1(x293.$high, x293.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x294 = _tuple$146[0];
		x295 = _tuple$146[1];
		x296 = new $Uint64(0, 0);
		x297 = new $Uint64(0, 0);
		_tuple$147 = bits.Sub64(x284, new $Uint64(4294967295, 4294967295), ((x$119 = (new p384Uint1(x295.$high, x295.$low)), new $Uint64(x$119.$high, x$119.$low))));
		x296 = _tuple$147[0];
		x297 = _tuple$147[1];
		x298 = new $Uint64(0, 0);
		x299 = new $Uint64(0, 0);
		_tuple$148 = bits.Sub64(x286, new $Uint64(4294967295, 4294967295), ((x$120 = (new p384Uint1(x297.$high, x297.$low)), new $Uint64(x$120.$high, x$120.$low))));
		x298 = _tuple$148[0];
		x299 = _tuple$148[1];
		x300 = new $Uint64(0, 0);
		x301 = new $Uint64(0, 0);
		_tuple$149 = bits.Sub64(x288, new $Uint64(4294967295, 4294967295), ((x$121 = (new p384Uint1(x299.$high, x299.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x300 = _tuple$149[0];
		x301 = _tuple$149[1];
		x303 = new $Uint64(0, 0);
		_tuple$150 = bits.Sub64(((x$122 = (new p384Uint1(x289.$high, x289.$low)), new $Uint64(x$122.$high, x$122.$low))), new $Uint64(0, 0), ((x$123 = (new p384Uint1(x301.$high, x301.$low)), new $Uint64(x$123.$high, x$123.$low))));
		x303 = _tuple$150[1];
		x304 = new $Uint64(0, 0);
		p384CmovznzU64((x304$24ptr || (x304$24ptr = new ptrType(function() { return x304; }, function($v) { x304 = $v; }))), (new p384Uint1(x303.$high, x303.$low)), x290, x278);
		x305 = new $Uint64(0, 0);
		p384CmovznzU64((x305$24ptr || (x305$24ptr = new ptrType(function() { return x305; }, function($v) { x305 = $v; }))), (new p384Uint1(x303.$high, x303.$low)), x292, x280);
		x306 = new $Uint64(0, 0);
		p384CmovznzU64((x306$24ptr || (x306$24ptr = new ptrType(function() { return x306; }, function($v) { x306 = $v; }))), (new p384Uint1(x303.$high, x303.$low)), x294, x282);
		x307 = new $Uint64(0, 0);
		p384CmovznzU64((x307$24ptr || (x307$24ptr = new ptrType(function() { return x307; }, function($v) { x307 = $v; }))), (new p384Uint1(x303.$high, x303.$low)), x296, x284);
		x308 = new $Uint64(0, 0);
		p384CmovznzU64((x308$24ptr || (x308$24ptr = new ptrType(function() { return x308; }, function($v) { x308 = $v; }))), (new p384Uint1(x303.$high, x303.$low)), x298, x286);
		x309 = new $Uint64(0, 0);
		p384CmovznzU64((x309$24ptr || (x309$24ptr = new ptrType(function() { return x309; }, function($v) { x309 = $v; }))), (new p384Uint1(x303.$high, x303.$low)), x300, x288);
		out1.nilCheck, out1[0] = x304;
		out1.nilCheck, out1[1] = x305;
		out1.nilCheck, out1[2] = x306;
		out1.nilCheck, out1[3] = x307;
		out1.nilCheck, out1[4] = x308;
		out1.nilCheck, out1[5] = x309;
	};
	p384ToMontgomery = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$100, _tuple$101, _tuple$102, _tuple$103, _tuple$104, _tuple$105, _tuple$106, _tuple$107, _tuple$108, _tuple$109, _tuple$11, _tuple$110, _tuple$111, _tuple$112, _tuple$113, _tuple$114, _tuple$115, _tuple$116, _tuple$117, _tuple$118, _tuple$119, _tuple$12, _tuple$120, _tuple$121, _tuple$122, _tuple$123, _tuple$124, _tuple$125, _tuple$126, _tuple$127, _tuple$128, _tuple$129, _tuple$13, _tuple$130, _tuple$131, _tuple$132, _tuple$133, _tuple$134, _tuple$135, _tuple$136, _tuple$137, _tuple$138, _tuple$139, _tuple$14, _tuple$140, _tuple$141, _tuple$142, _tuple$143, _tuple$144, _tuple$145, _tuple$146, _tuple$147, _tuple$148, _tuple$149, _tuple$15, _tuple$150, _tuple$151, _tuple$152, _tuple$153, _tuple$154, _tuple$155, _tuple$156, _tuple$157, _tuple$158, _tuple$159, _tuple$16, _tuple$160, _tuple$161, _tuple$162, _tuple$163, _tuple$164, _tuple$165, _tuple$166, _tuple$167, _tuple$168, _tuple$169, _tuple$17, _tuple$170, _tuple$171, _tuple$172, _tuple$173, _tuple$174, _tuple$175, _tuple$176, _tuple$177, _tuple$178, _tuple$179, _tuple$18, _tuple$180, _tuple$181, _tuple$182, _tuple$183, _tuple$184, _tuple$185, _tuple$186, _tuple$187, _tuple$188, _tuple$189, _tuple$19, _tuple$190, _tuple$191, _tuple$192, _tuple$193, _tuple$194, _tuple$195, _tuple$196, _tuple$197, _tuple$198, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, _tuple$92, _tuple$93, _tuple$94, _tuple$95, _tuple$96, _tuple$97, _tuple$98, _tuple$99, arg1, out1, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99, x1, x10, x100, x101, x102, x103, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x114, x115, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x177, x178, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x198, x199, x2, x20, x200, x201, x202, x203, x204, x205, x206, x207, x208, x209, x21, x210, x211, x212, x213, x214, x215, x216, x217, x218, x219, x22, x220, x221, x223, x224, x225, x226, x227, x228, x229, x23, x230, x231, x232, x233, x234, x235, x236, x237, x238, x239, x240, x241, x242, x243, x244, x246, x247, x248, x249, x25, x250, x251, x252, x253, x254, x255, x256, x257, x258, x259, x26, x260, x261, x262, x263, x264, x265, x266, x267, x268, x269, x27, x270, x271, x272, x273, x274, x275, x276, x277, x278, x279, x28, x280, x281, x282, x283, x284, x285, x286, x287, x289, x29, x290, x291, x292, x293, x294, x295, x296, x297, x298, x299, x3, x30, x300, x301, x302, x303, x304, x305, x306, x307, x308, x309, x31, x310, x312, x313, x314, x315, x316, x317, x318, x319, x32, x320, x321, x322, x323, x324, x325, x326, x327, x328, x329, x33, x330, x331, x332, x333, x334, x335, x336, x337, x338, x339, x34, x340, x341, x342, x343, x344, x345, x346, x347, x348, x349, x35, x350, x351, x352, x353, x355, x356, x357, x358, x359, x36, x360, x361, x362, x363, x364, x365, x366, x367, x368, x369, x37, x370, x371, x372, x373, x374, x375, x376, x378, x379, x38, x380, x381, x382, x383, x384, x385, x386, x387, x388, x389, x39, x390, x391, x392, x393, x394, x395, x396, x397, x398, x399, x4, x40, x400, x401, x402, x404, x405, x405$24ptr, x406, x406$24ptr, x407, x407$24ptr, x408, x408$24ptr, x409, x409$24ptr, x41, x410, x410$24ptr, x42, x43, x44, x45, x46, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[4];
		x5 = arg1[5];
		x6 = arg1[0];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x6, new $Uint64(2, 0));
		x8 = _tuple[0];
		x7 = _tuple[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x6, new $Uint64(4294967294, 0));
		x10 = _tuple$1[0];
		x9 = _tuple$1[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x6, new $Uint64(2, 0));
		x12 = _tuple$2[0];
		x11 = _tuple$2[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x6, new $Uint64(4294967294, 1));
		x14 = _tuple$3[0];
		x13 = _tuple$3[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(x14, x11, new $Uint64(0, 0));
		x15 = _tuple$4[0];
		x16 = _tuple$4[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(x12, x9, ((x = (new p384Uint1(x16.$high, x16.$low)), new $Uint64(x.$high, x.$low))));
		x17 = _tuple$5[0];
		x18 = _tuple$5[1];
		x19 = new $Uint64(0, 0);
		x20 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x10, x7, ((x$1 = (new p384Uint1(x18.$high, x18.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x19 = _tuple$6[0];
		x20 = _tuple$6[1];
		x21 = new $Uint64(0, 0);
		x22 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(x8, x6, ((x$2 = (new p384Uint1(x20.$high, x20.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x21 = _tuple$7[0];
		x22 = _tuple$7[1];
		x23 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x13, new $Uint64(1, 1));
		x23 = _tuple$8[1];
		x25 = new $Uint64(0, 0);
		x26 = new $Uint64(0, 0);
		_tuple$9 = bits.Mul64(x23, new $Uint64(4294967295, 4294967295));
		x26 = _tuple$9[0];
		x25 = _tuple$9[1];
		x27 = new $Uint64(0, 0);
		x28 = new $Uint64(0, 0);
		_tuple$10 = bits.Mul64(x23, new $Uint64(4294967295, 4294967295));
		x28 = _tuple$10[0];
		x27 = _tuple$10[1];
		x29 = new $Uint64(0, 0);
		x30 = new $Uint64(0, 0);
		_tuple$11 = bits.Mul64(x23, new $Uint64(4294967295, 4294967295));
		x30 = _tuple$11[0];
		x29 = _tuple$11[1];
		x31 = new $Uint64(0, 0);
		x32 = new $Uint64(0, 0);
		_tuple$12 = bits.Mul64(x23, new $Uint64(4294967295, 4294967294));
		x32 = _tuple$12[0];
		x31 = _tuple$12[1];
		x33 = new $Uint64(0, 0);
		x34 = new $Uint64(0, 0);
		_tuple$13 = bits.Mul64(x23, new $Uint64(4294967295, 0));
		x34 = _tuple$13[0];
		x33 = _tuple$13[1];
		x35 = new $Uint64(0, 0);
		x36 = new $Uint64(0, 0);
		_tuple$14 = bits.Mul64(x23, new $Uint64(0, 4294967295));
		x36 = _tuple$14[0];
		x35 = _tuple$14[1];
		x37 = new $Uint64(0, 0);
		x38 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x36, x33, new $Uint64(0, 0));
		x37 = _tuple$15[0];
		x38 = _tuple$15[1];
		x39 = new $Uint64(0, 0);
		x40 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x34, x31, ((x$3 = (new p384Uint1(x38.$high, x38.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x39 = _tuple$16[0];
		x40 = _tuple$16[1];
		x41 = new $Uint64(0, 0);
		x42 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(x32, x29, ((x$4 = (new p384Uint1(x40.$high, x40.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x41 = _tuple$17[0];
		x42 = _tuple$17[1];
		x43 = new $Uint64(0, 0);
		x44 = new $Uint64(0, 0);
		_tuple$18 = bits.Add64(x30, x27, ((x$5 = (new p384Uint1(x42.$high, x42.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x43 = _tuple$18[0];
		x44 = _tuple$18[1];
		x45 = new $Uint64(0, 0);
		x46 = new $Uint64(0, 0);
		_tuple$19 = bits.Add64(x28, x25, ((x$6 = (new p384Uint1(x44.$high, x44.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x45 = _tuple$19[0];
		x46 = _tuple$19[1];
		x48 = new $Uint64(0, 0);
		_tuple$20 = bits.Add64(x13, x35, new $Uint64(0, 0));
		x48 = _tuple$20[1];
		x49 = new $Uint64(0, 0);
		x50 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(x15, x37, ((x$7 = (new p384Uint1(x48.$high, x48.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x49 = _tuple$21[0];
		x50 = _tuple$21[1];
		x51 = new $Uint64(0, 0);
		x52 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(x17, x39, ((x$8 = (new p384Uint1(x50.$high, x50.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x51 = _tuple$22[0];
		x52 = _tuple$22[1];
		x53 = new $Uint64(0, 0);
		x54 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x19, x41, ((x$9 = (new p384Uint1(x52.$high, x52.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x53 = _tuple$23[0];
		x54 = _tuple$23[1];
		x55 = new $Uint64(0, 0);
		x56 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x21, x43, ((x$10 = (new p384Uint1(x54.$high, x54.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x55 = _tuple$24[0];
		x56 = _tuple$24[1];
		x57 = new $Uint64(0, 0);
		x58 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(((x$11 = (new p384Uint1(x22.$high, x22.$low)), new $Uint64(x$11.$high, x$11.$low))), x45, ((x$12 = (new p384Uint1(x56.$high, x56.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x57 = _tuple$25[0];
		x58 = _tuple$25[1];
		x59 = new $Uint64(0, 0);
		x60 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(new $Uint64(0, 0), (x$13 = ((x$14 = (new p384Uint1(x46.$high, x46.$low)), new $Uint64(x$14.$high, x$14.$low))), new $Uint64(x$13.$high + x26.$high, x$13.$low + x26.$low)), ((x$15 = (new p384Uint1(x58.$high, x58.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x59 = _tuple$26[0];
		x60 = _tuple$26[1];
		x61 = new $Uint64(0, 0);
		x62 = new $Uint64(0, 0);
		_tuple$27 = bits.Mul64(x1, new $Uint64(2, 0));
		x62 = _tuple$27[0];
		x61 = _tuple$27[1];
		x63 = new $Uint64(0, 0);
		x64 = new $Uint64(0, 0);
		_tuple$28 = bits.Mul64(x1, new $Uint64(4294967294, 0));
		x64 = _tuple$28[0];
		x63 = _tuple$28[1];
		x65 = new $Uint64(0, 0);
		x66 = new $Uint64(0, 0);
		_tuple$29 = bits.Mul64(x1, new $Uint64(2, 0));
		x66 = _tuple$29[0];
		x65 = _tuple$29[1];
		x67 = new $Uint64(0, 0);
		x68 = new $Uint64(0, 0);
		_tuple$30 = bits.Mul64(x1, new $Uint64(4294967294, 1));
		x68 = _tuple$30[0];
		x67 = _tuple$30[1];
		x69 = new $Uint64(0, 0);
		x70 = new $Uint64(0, 0);
		_tuple$31 = bits.Add64(x68, x65, new $Uint64(0, 0));
		x69 = _tuple$31[0];
		x70 = _tuple$31[1];
		x71 = new $Uint64(0, 0);
		x72 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x66, x63, ((x$16 = (new p384Uint1(x70.$high, x70.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x71 = _tuple$32[0];
		x72 = _tuple$32[1];
		x73 = new $Uint64(0, 0);
		x74 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x64, x61, ((x$17 = (new p384Uint1(x72.$high, x72.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x73 = _tuple$33[0];
		x74 = _tuple$33[1];
		x75 = new $Uint64(0, 0);
		x76 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x62, x1, ((x$18 = (new p384Uint1(x74.$high, x74.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x75 = _tuple$34[0];
		x76 = _tuple$34[1];
		x77 = new $Uint64(0, 0);
		x78 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x49, x67, new $Uint64(0, 0));
		x77 = _tuple$35[0];
		x78 = _tuple$35[1];
		x79 = new $Uint64(0, 0);
		x80 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x51, x69, ((x$19 = (new p384Uint1(x78.$high, x78.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x79 = _tuple$36[0];
		x80 = _tuple$36[1];
		x81 = new $Uint64(0, 0);
		x82 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x53, x71, ((x$20 = (new p384Uint1(x80.$high, x80.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x81 = _tuple$37[0];
		x82 = _tuple$37[1];
		x83 = new $Uint64(0, 0);
		x84 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x55, x73, ((x$21 = (new p384Uint1(x82.$high, x82.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x83 = _tuple$38[0];
		x84 = _tuple$38[1];
		x85 = new $Uint64(0, 0);
		x86 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x57, x75, ((x$22 = (new p384Uint1(x84.$high, x84.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x85 = _tuple$39[0];
		x86 = _tuple$39[1];
		x87 = new $Uint64(0, 0);
		x88 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x59, ((x$23 = (new p384Uint1(x76.$high, x76.$low)), new $Uint64(x$23.$high, x$23.$low))), ((x$24 = (new p384Uint1(x86.$high, x86.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x87 = _tuple$40[0];
		x88 = _tuple$40[1];
		x89 = new $Uint64(0, 0);
		_tuple$41 = bits.Mul64(x77, new $Uint64(1, 1));
		x89 = _tuple$41[1];
		x91 = new $Uint64(0, 0);
		x92 = new $Uint64(0, 0);
		_tuple$42 = bits.Mul64(x89, new $Uint64(4294967295, 4294967295));
		x92 = _tuple$42[0];
		x91 = _tuple$42[1];
		x93 = new $Uint64(0, 0);
		x94 = new $Uint64(0, 0);
		_tuple$43 = bits.Mul64(x89, new $Uint64(4294967295, 4294967295));
		x94 = _tuple$43[0];
		x93 = _tuple$43[1];
		x95 = new $Uint64(0, 0);
		x96 = new $Uint64(0, 0);
		_tuple$44 = bits.Mul64(x89, new $Uint64(4294967295, 4294967295));
		x96 = _tuple$44[0];
		x95 = _tuple$44[1];
		x97 = new $Uint64(0, 0);
		x98 = new $Uint64(0, 0);
		_tuple$45 = bits.Mul64(x89, new $Uint64(4294967295, 4294967294));
		x98 = _tuple$45[0];
		x97 = _tuple$45[1];
		x99 = new $Uint64(0, 0);
		x100 = new $Uint64(0, 0);
		_tuple$46 = bits.Mul64(x89, new $Uint64(4294967295, 0));
		x100 = _tuple$46[0];
		x99 = _tuple$46[1];
		x101 = new $Uint64(0, 0);
		x102 = new $Uint64(0, 0);
		_tuple$47 = bits.Mul64(x89, new $Uint64(0, 4294967295));
		x102 = _tuple$47[0];
		x101 = _tuple$47[1];
		x103 = new $Uint64(0, 0);
		x104 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64(x102, x99, new $Uint64(0, 0));
		x103 = _tuple$48[0];
		x104 = _tuple$48[1];
		x105 = new $Uint64(0, 0);
		x106 = new $Uint64(0, 0);
		_tuple$49 = bits.Add64(x100, x97, ((x$25 = (new p384Uint1(x104.$high, x104.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x105 = _tuple$49[0];
		x106 = _tuple$49[1];
		x107 = new $Uint64(0, 0);
		x108 = new $Uint64(0, 0);
		_tuple$50 = bits.Add64(x98, x95, ((x$26 = (new p384Uint1(x106.$high, x106.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x107 = _tuple$50[0];
		x108 = _tuple$50[1];
		x109 = new $Uint64(0, 0);
		x110 = new $Uint64(0, 0);
		_tuple$51 = bits.Add64(x96, x93, ((x$27 = (new p384Uint1(x108.$high, x108.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x109 = _tuple$51[0];
		x110 = _tuple$51[1];
		x111 = new $Uint64(0, 0);
		x112 = new $Uint64(0, 0);
		_tuple$52 = bits.Add64(x94, x91, ((x$28 = (new p384Uint1(x110.$high, x110.$low)), new $Uint64(x$28.$high, x$28.$low))));
		x111 = _tuple$52[0];
		x112 = _tuple$52[1];
		x114 = new $Uint64(0, 0);
		_tuple$53 = bits.Add64(x77, x101, new $Uint64(0, 0));
		x114 = _tuple$53[1];
		x115 = new $Uint64(0, 0);
		x116 = new $Uint64(0, 0);
		_tuple$54 = bits.Add64(x79, x103, ((x$29 = (new p384Uint1(x114.$high, x114.$low)), new $Uint64(x$29.$high, x$29.$low))));
		x115 = _tuple$54[0];
		x116 = _tuple$54[1];
		x117 = new $Uint64(0, 0);
		x118 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x81, x105, ((x$30 = (new p384Uint1(x116.$high, x116.$low)), new $Uint64(x$30.$high, x$30.$low))));
		x117 = _tuple$55[0];
		x118 = _tuple$55[1];
		x119 = new $Uint64(0, 0);
		x120 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x83, x107, ((x$31 = (new p384Uint1(x118.$high, x118.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x119 = _tuple$56[0];
		x120 = _tuple$56[1];
		x121 = new $Uint64(0, 0);
		x122 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x85, x109, ((x$32 = (new p384Uint1(x120.$high, x120.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x121 = _tuple$57[0];
		x122 = _tuple$57[1];
		x123 = new $Uint64(0, 0);
		x124 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x87, x111, ((x$33 = (new p384Uint1(x122.$high, x122.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x123 = _tuple$58[0];
		x124 = _tuple$58[1];
		x125 = new $Uint64(0, 0);
		x126 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64((x$34 = ((x$35 = (new p384Uint1(x88.$high, x88.$low)), new $Uint64(x$35.$high, x$35.$low))), x$36 = ((x$37 = (new p384Uint1(x60.$high, x60.$low)), new $Uint64(x$37.$high, x$37.$low))), new $Uint64(x$34.$high + x$36.$high, x$34.$low + x$36.$low)), (x$38 = ((x$39 = (new p384Uint1(x112.$high, x112.$low)), new $Uint64(x$39.$high, x$39.$low))), new $Uint64(x$38.$high + x92.$high, x$38.$low + x92.$low)), ((x$40 = (new p384Uint1(x124.$high, x124.$low)), new $Uint64(x$40.$high, x$40.$low))));
		x125 = _tuple$59[0];
		x126 = _tuple$59[1];
		x127 = new $Uint64(0, 0);
		x128 = new $Uint64(0, 0);
		_tuple$60 = bits.Mul64(x2, new $Uint64(2, 0));
		x128 = _tuple$60[0];
		x127 = _tuple$60[1];
		x129 = new $Uint64(0, 0);
		x130 = new $Uint64(0, 0);
		_tuple$61 = bits.Mul64(x2, new $Uint64(4294967294, 0));
		x130 = _tuple$61[0];
		x129 = _tuple$61[1];
		x131 = new $Uint64(0, 0);
		x132 = new $Uint64(0, 0);
		_tuple$62 = bits.Mul64(x2, new $Uint64(2, 0));
		x132 = _tuple$62[0];
		x131 = _tuple$62[1];
		x133 = new $Uint64(0, 0);
		x134 = new $Uint64(0, 0);
		_tuple$63 = bits.Mul64(x2, new $Uint64(4294967294, 1));
		x134 = _tuple$63[0];
		x133 = _tuple$63[1];
		x135 = new $Uint64(0, 0);
		x136 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x134, x131, new $Uint64(0, 0));
		x135 = _tuple$64[0];
		x136 = _tuple$64[1];
		x137 = new $Uint64(0, 0);
		x138 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x132, x129, ((x$41 = (new p384Uint1(x136.$high, x136.$low)), new $Uint64(x$41.$high, x$41.$low))));
		x137 = _tuple$65[0];
		x138 = _tuple$65[1];
		x139 = new $Uint64(0, 0);
		x140 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x130, x127, ((x$42 = (new p384Uint1(x138.$high, x138.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x139 = _tuple$66[0];
		x140 = _tuple$66[1];
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$67 = bits.Add64(x128, x2, ((x$43 = (new p384Uint1(x140.$high, x140.$low)), new $Uint64(x$43.$high, x$43.$low))));
		x141 = _tuple$67[0];
		x142 = _tuple$67[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64(x115, x133, new $Uint64(0, 0));
		x143 = _tuple$68[0];
		x144 = _tuple$68[1];
		x145 = new $Uint64(0, 0);
		x146 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64(x117, x135, ((x$44 = (new p384Uint1(x144.$high, x144.$low)), new $Uint64(x$44.$high, x$44.$low))));
		x145 = _tuple$69[0];
		x146 = _tuple$69[1];
		x147 = new $Uint64(0, 0);
		x148 = new $Uint64(0, 0);
		_tuple$70 = bits.Add64(x119, x137, ((x$45 = (new p384Uint1(x146.$high, x146.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x147 = _tuple$70[0];
		x148 = _tuple$70[1];
		x149 = new $Uint64(0, 0);
		x150 = new $Uint64(0, 0);
		_tuple$71 = bits.Add64(x121, x139, ((x$46 = (new p384Uint1(x148.$high, x148.$low)), new $Uint64(x$46.$high, x$46.$low))));
		x149 = _tuple$71[0];
		x150 = _tuple$71[1];
		x151 = new $Uint64(0, 0);
		x152 = new $Uint64(0, 0);
		_tuple$72 = bits.Add64(x123, x141, ((x$47 = (new p384Uint1(x150.$high, x150.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x151 = _tuple$72[0];
		x152 = _tuple$72[1];
		x153 = new $Uint64(0, 0);
		x154 = new $Uint64(0, 0);
		_tuple$73 = bits.Add64(x125, ((x$48 = (new p384Uint1(x142.$high, x142.$low)), new $Uint64(x$48.$high, x$48.$low))), ((x$49 = (new p384Uint1(x152.$high, x152.$low)), new $Uint64(x$49.$high, x$49.$low))));
		x153 = _tuple$73[0];
		x154 = _tuple$73[1];
		x155 = new $Uint64(0, 0);
		_tuple$74 = bits.Mul64(x143, new $Uint64(1, 1));
		x155 = _tuple$74[1];
		x157 = new $Uint64(0, 0);
		x158 = new $Uint64(0, 0);
		_tuple$75 = bits.Mul64(x155, new $Uint64(4294967295, 4294967295));
		x158 = _tuple$75[0];
		x157 = _tuple$75[1];
		x159 = new $Uint64(0, 0);
		x160 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x155, new $Uint64(4294967295, 4294967295));
		x160 = _tuple$76[0];
		x159 = _tuple$76[1];
		x161 = new $Uint64(0, 0);
		x162 = new $Uint64(0, 0);
		_tuple$77 = bits.Mul64(x155, new $Uint64(4294967295, 4294967295));
		x162 = _tuple$77[0];
		x161 = _tuple$77[1];
		x163 = new $Uint64(0, 0);
		x164 = new $Uint64(0, 0);
		_tuple$78 = bits.Mul64(x155, new $Uint64(4294967295, 4294967294));
		x164 = _tuple$78[0];
		x163 = _tuple$78[1];
		x165 = new $Uint64(0, 0);
		x166 = new $Uint64(0, 0);
		_tuple$79 = bits.Mul64(x155, new $Uint64(4294967295, 0));
		x166 = _tuple$79[0];
		x165 = _tuple$79[1];
		x167 = new $Uint64(0, 0);
		x168 = new $Uint64(0, 0);
		_tuple$80 = bits.Mul64(x155, new $Uint64(0, 4294967295));
		x168 = _tuple$80[0];
		x167 = _tuple$80[1];
		x169 = new $Uint64(0, 0);
		x170 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x168, x165, new $Uint64(0, 0));
		x169 = _tuple$81[0];
		x170 = _tuple$81[1];
		x171 = new $Uint64(0, 0);
		x172 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x166, x163, ((x$50 = (new p384Uint1(x170.$high, x170.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x171 = _tuple$82[0];
		x172 = _tuple$82[1];
		x173 = new $Uint64(0, 0);
		x174 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x164, x161, ((x$51 = (new p384Uint1(x172.$high, x172.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x173 = _tuple$83[0];
		x174 = _tuple$83[1];
		x175 = new $Uint64(0, 0);
		x176 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x162, x159, ((x$52 = (new p384Uint1(x174.$high, x174.$low)), new $Uint64(x$52.$high, x$52.$low))));
		x175 = _tuple$84[0];
		x176 = _tuple$84[1];
		x177 = new $Uint64(0, 0);
		x178 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x160, x157, ((x$53 = (new p384Uint1(x176.$high, x176.$low)), new $Uint64(x$53.$high, x$53.$low))));
		x177 = _tuple$85[0];
		x178 = _tuple$85[1];
		x180 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x143, x167, new $Uint64(0, 0));
		x180 = _tuple$86[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$87 = bits.Add64(x145, x169, ((x$54 = (new p384Uint1(x180.$high, x180.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x181 = _tuple$87[0];
		x182 = _tuple$87[1];
		x183 = new $Uint64(0, 0);
		x184 = new $Uint64(0, 0);
		_tuple$88 = bits.Add64(x147, x171, ((x$55 = (new p384Uint1(x182.$high, x182.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x183 = _tuple$88[0];
		x184 = _tuple$88[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$89 = bits.Add64(x149, x173, ((x$56 = (new p384Uint1(x184.$high, x184.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x185 = _tuple$89[0];
		x186 = _tuple$89[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$90 = bits.Add64(x151, x175, ((x$57 = (new p384Uint1(x186.$high, x186.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x187 = _tuple$90[0];
		x188 = _tuple$90[1];
		x189 = new $Uint64(0, 0);
		x190 = new $Uint64(0, 0);
		_tuple$91 = bits.Add64(x153, x177, ((x$58 = (new p384Uint1(x188.$high, x188.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x189 = _tuple$91[0];
		x190 = _tuple$91[1];
		x191 = new $Uint64(0, 0);
		x192 = new $Uint64(0, 0);
		_tuple$92 = bits.Add64((x$59 = ((x$60 = (new p384Uint1(x154.$high, x154.$low)), new $Uint64(x$60.$high, x$60.$low))), x$61 = ((x$62 = (new p384Uint1(x126.$high, x126.$low)), new $Uint64(x$62.$high, x$62.$low))), new $Uint64(x$59.$high + x$61.$high, x$59.$low + x$61.$low)), (x$63 = ((x$64 = (new p384Uint1(x178.$high, x178.$low)), new $Uint64(x$64.$high, x$64.$low))), new $Uint64(x$63.$high + x158.$high, x$63.$low + x158.$low)), ((x$65 = (new p384Uint1(x190.$high, x190.$low)), new $Uint64(x$65.$high, x$65.$low))));
		x191 = _tuple$92[0];
		x192 = _tuple$92[1];
		x193 = new $Uint64(0, 0);
		x194 = new $Uint64(0, 0);
		_tuple$93 = bits.Mul64(x3, new $Uint64(2, 0));
		x194 = _tuple$93[0];
		x193 = _tuple$93[1];
		x195 = new $Uint64(0, 0);
		x196 = new $Uint64(0, 0);
		_tuple$94 = bits.Mul64(x3, new $Uint64(4294967294, 0));
		x196 = _tuple$94[0];
		x195 = _tuple$94[1];
		x197 = new $Uint64(0, 0);
		x198 = new $Uint64(0, 0);
		_tuple$95 = bits.Mul64(x3, new $Uint64(2, 0));
		x198 = _tuple$95[0];
		x197 = _tuple$95[1];
		x199 = new $Uint64(0, 0);
		x200 = new $Uint64(0, 0);
		_tuple$96 = bits.Mul64(x3, new $Uint64(4294967294, 1));
		x200 = _tuple$96[0];
		x199 = _tuple$96[1];
		x201 = new $Uint64(0, 0);
		x202 = new $Uint64(0, 0);
		_tuple$97 = bits.Add64(x200, x197, new $Uint64(0, 0));
		x201 = _tuple$97[0];
		x202 = _tuple$97[1];
		x203 = new $Uint64(0, 0);
		x204 = new $Uint64(0, 0);
		_tuple$98 = bits.Add64(x198, x195, ((x$66 = (new p384Uint1(x202.$high, x202.$low)), new $Uint64(x$66.$high, x$66.$low))));
		x203 = _tuple$98[0];
		x204 = _tuple$98[1];
		x205 = new $Uint64(0, 0);
		x206 = new $Uint64(0, 0);
		_tuple$99 = bits.Add64(x196, x193, ((x$67 = (new p384Uint1(x204.$high, x204.$low)), new $Uint64(x$67.$high, x$67.$low))));
		x205 = _tuple$99[0];
		x206 = _tuple$99[1];
		x207 = new $Uint64(0, 0);
		x208 = new $Uint64(0, 0);
		_tuple$100 = bits.Add64(x194, x3, ((x$68 = (new p384Uint1(x206.$high, x206.$low)), new $Uint64(x$68.$high, x$68.$low))));
		x207 = _tuple$100[0];
		x208 = _tuple$100[1];
		x209 = new $Uint64(0, 0);
		x210 = new $Uint64(0, 0);
		_tuple$101 = bits.Add64(x181, x199, new $Uint64(0, 0));
		x209 = _tuple$101[0];
		x210 = _tuple$101[1];
		x211 = new $Uint64(0, 0);
		x212 = new $Uint64(0, 0);
		_tuple$102 = bits.Add64(x183, x201, ((x$69 = (new p384Uint1(x210.$high, x210.$low)), new $Uint64(x$69.$high, x$69.$low))));
		x211 = _tuple$102[0];
		x212 = _tuple$102[1];
		x213 = new $Uint64(0, 0);
		x214 = new $Uint64(0, 0);
		_tuple$103 = bits.Add64(x185, x203, ((x$70 = (new p384Uint1(x212.$high, x212.$low)), new $Uint64(x$70.$high, x$70.$low))));
		x213 = _tuple$103[0];
		x214 = _tuple$103[1];
		x215 = new $Uint64(0, 0);
		x216 = new $Uint64(0, 0);
		_tuple$104 = bits.Add64(x187, x205, ((x$71 = (new p384Uint1(x214.$high, x214.$low)), new $Uint64(x$71.$high, x$71.$low))));
		x215 = _tuple$104[0];
		x216 = _tuple$104[1];
		x217 = new $Uint64(0, 0);
		x218 = new $Uint64(0, 0);
		_tuple$105 = bits.Add64(x189, x207, ((x$72 = (new p384Uint1(x216.$high, x216.$low)), new $Uint64(x$72.$high, x$72.$low))));
		x217 = _tuple$105[0];
		x218 = _tuple$105[1];
		x219 = new $Uint64(0, 0);
		x220 = new $Uint64(0, 0);
		_tuple$106 = bits.Add64(x191, ((x$73 = (new p384Uint1(x208.$high, x208.$low)), new $Uint64(x$73.$high, x$73.$low))), ((x$74 = (new p384Uint1(x218.$high, x218.$low)), new $Uint64(x$74.$high, x$74.$low))));
		x219 = _tuple$106[0];
		x220 = _tuple$106[1];
		x221 = new $Uint64(0, 0);
		_tuple$107 = bits.Mul64(x209, new $Uint64(1, 1));
		x221 = _tuple$107[1];
		x223 = new $Uint64(0, 0);
		x224 = new $Uint64(0, 0);
		_tuple$108 = bits.Mul64(x221, new $Uint64(4294967295, 4294967295));
		x224 = _tuple$108[0];
		x223 = _tuple$108[1];
		x225 = new $Uint64(0, 0);
		x226 = new $Uint64(0, 0);
		_tuple$109 = bits.Mul64(x221, new $Uint64(4294967295, 4294967295));
		x226 = _tuple$109[0];
		x225 = _tuple$109[1];
		x227 = new $Uint64(0, 0);
		x228 = new $Uint64(0, 0);
		_tuple$110 = bits.Mul64(x221, new $Uint64(4294967295, 4294967295));
		x228 = _tuple$110[0];
		x227 = _tuple$110[1];
		x229 = new $Uint64(0, 0);
		x230 = new $Uint64(0, 0);
		_tuple$111 = bits.Mul64(x221, new $Uint64(4294967295, 4294967294));
		x230 = _tuple$111[0];
		x229 = _tuple$111[1];
		x231 = new $Uint64(0, 0);
		x232 = new $Uint64(0, 0);
		_tuple$112 = bits.Mul64(x221, new $Uint64(4294967295, 0));
		x232 = _tuple$112[0];
		x231 = _tuple$112[1];
		x233 = new $Uint64(0, 0);
		x234 = new $Uint64(0, 0);
		_tuple$113 = bits.Mul64(x221, new $Uint64(0, 4294967295));
		x234 = _tuple$113[0];
		x233 = _tuple$113[1];
		x235 = new $Uint64(0, 0);
		x236 = new $Uint64(0, 0);
		_tuple$114 = bits.Add64(x234, x231, new $Uint64(0, 0));
		x235 = _tuple$114[0];
		x236 = _tuple$114[1];
		x237 = new $Uint64(0, 0);
		x238 = new $Uint64(0, 0);
		_tuple$115 = bits.Add64(x232, x229, ((x$75 = (new p384Uint1(x236.$high, x236.$low)), new $Uint64(x$75.$high, x$75.$low))));
		x237 = _tuple$115[0];
		x238 = _tuple$115[1];
		x239 = new $Uint64(0, 0);
		x240 = new $Uint64(0, 0);
		_tuple$116 = bits.Add64(x230, x227, ((x$76 = (new p384Uint1(x238.$high, x238.$low)), new $Uint64(x$76.$high, x$76.$low))));
		x239 = _tuple$116[0];
		x240 = _tuple$116[1];
		x241 = new $Uint64(0, 0);
		x242 = new $Uint64(0, 0);
		_tuple$117 = bits.Add64(x228, x225, ((x$77 = (new p384Uint1(x240.$high, x240.$low)), new $Uint64(x$77.$high, x$77.$low))));
		x241 = _tuple$117[0];
		x242 = _tuple$117[1];
		x243 = new $Uint64(0, 0);
		x244 = new $Uint64(0, 0);
		_tuple$118 = bits.Add64(x226, x223, ((x$78 = (new p384Uint1(x242.$high, x242.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x243 = _tuple$118[0];
		x244 = _tuple$118[1];
		x246 = new $Uint64(0, 0);
		_tuple$119 = bits.Add64(x209, x233, new $Uint64(0, 0));
		x246 = _tuple$119[1];
		x247 = new $Uint64(0, 0);
		x248 = new $Uint64(0, 0);
		_tuple$120 = bits.Add64(x211, x235, ((x$79 = (new p384Uint1(x246.$high, x246.$low)), new $Uint64(x$79.$high, x$79.$low))));
		x247 = _tuple$120[0];
		x248 = _tuple$120[1];
		x249 = new $Uint64(0, 0);
		x250 = new $Uint64(0, 0);
		_tuple$121 = bits.Add64(x213, x237, ((x$80 = (new p384Uint1(x248.$high, x248.$low)), new $Uint64(x$80.$high, x$80.$low))));
		x249 = _tuple$121[0];
		x250 = _tuple$121[1];
		x251 = new $Uint64(0, 0);
		x252 = new $Uint64(0, 0);
		_tuple$122 = bits.Add64(x215, x239, ((x$81 = (new p384Uint1(x250.$high, x250.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x251 = _tuple$122[0];
		x252 = _tuple$122[1];
		x253 = new $Uint64(0, 0);
		x254 = new $Uint64(0, 0);
		_tuple$123 = bits.Add64(x217, x241, ((x$82 = (new p384Uint1(x252.$high, x252.$low)), new $Uint64(x$82.$high, x$82.$low))));
		x253 = _tuple$123[0];
		x254 = _tuple$123[1];
		x255 = new $Uint64(0, 0);
		x256 = new $Uint64(0, 0);
		_tuple$124 = bits.Add64(x219, x243, ((x$83 = (new p384Uint1(x254.$high, x254.$low)), new $Uint64(x$83.$high, x$83.$low))));
		x255 = _tuple$124[0];
		x256 = _tuple$124[1];
		x257 = new $Uint64(0, 0);
		x258 = new $Uint64(0, 0);
		_tuple$125 = bits.Add64((x$84 = ((x$85 = (new p384Uint1(x220.$high, x220.$low)), new $Uint64(x$85.$high, x$85.$low))), x$86 = ((x$87 = (new p384Uint1(x192.$high, x192.$low)), new $Uint64(x$87.$high, x$87.$low))), new $Uint64(x$84.$high + x$86.$high, x$84.$low + x$86.$low)), (x$88 = ((x$89 = (new p384Uint1(x244.$high, x244.$low)), new $Uint64(x$89.$high, x$89.$low))), new $Uint64(x$88.$high + x224.$high, x$88.$low + x224.$low)), ((x$90 = (new p384Uint1(x256.$high, x256.$low)), new $Uint64(x$90.$high, x$90.$low))));
		x257 = _tuple$125[0];
		x258 = _tuple$125[1];
		x259 = new $Uint64(0, 0);
		x260 = new $Uint64(0, 0);
		_tuple$126 = bits.Mul64(x4, new $Uint64(2, 0));
		x260 = _tuple$126[0];
		x259 = _tuple$126[1];
		x261 = new $Uint64(0, 0);
		x262 = new $Uint64(0, 0);
		_tuple$127 = bits.Mul64(x4, new $Uint64(4294967294, 0));
		x262 = _tuple$127[0];
		x261 = _tuple$127[1];
		x263 = new $Uint64(0, 0);
		x264 = new $Uint64(0, 0);
		_tuple$128 = bits.Mul64(x4, new $Uint64(2, 0));
		x264 = _tuple$128[0];
		x263 = _tuple$128[1];
		x265 = new $Uint64(0, 0);
		x266 = new $Uint64(0, 0);
		_tuple$129 = bits.Mul64(x4, new $Uint64(4294967294, 1));
		x266 = _tuple$129[0];
		x265 = _tuple$129[1];
		x267 = new $Uint64(0, 0);
		x268 = new $Uint64(0, 0);
		_tuple$130 = bits.Add64(x266, x263, new $Uint64(0, 0));
		x267 = _tuple$130[0];
		x268 = _tuple$130[1];
		x269 = new $Uint64(0, 0);
		x270 = new $Uint64(0, 0);
		_tuple$131 = bits.Add64(x264, x261, ((x$91 = (new p384Uint1(x268.$high, x268.$low)), new $Uint64(x$91.$high, x$91.$low))));
		x269 = _tuple$131[0];
		x270 = _tuple$131[1];
		x271 = new $Uint64(0, 0);
		x272 = new $Uint64(0, 0);
		_tuple$132 = bits.Add64(x262, x259, ((x$92 = (new p384Uint1(x270.$high, x270.$low)), new $Uint64(x$92.$high, x$92.$low))));
		x271 = _tuple$132[0];
		x272 = _tuple$132[1];
		x273 = new $Uint64(0, 0);
		x274 = new $Uint64(0, 0);
		_tuple$133 = bits.Add64(x260, x4, ((x$93 = (new p384Uint1(x272.$high, x272.$low)), new $Uint64(x$93.$high, x$93.$low))));
		x273 = _tuple$133[0];
		x274 = _tuple$133[1];
		x275 = new $Uint64(0, 0);
		x276 = new $Uint64(0, 0);
		_tuple$134 = bits.Add64(x247, x265, new $Uint64(0, 0));
		x275 = _tuple$134[0];
		x276 = _tuple$134[1];
		x277 = new $Uint64(0, 0);
		x278 = new $Uint64(0, 0);
		_tuple$135 = bits.Add64(x249, x267, ((x$94 = (new p384Uint1(x276.$high, x276.$low)), new $Uint64(x$94.$high, x$94.$low))));
		x277 = _tuple$135[0];
		x278 = _tuple$135[1];
		x279 = new $Uint64(0, 0);
		x280 = new $Uint64(0, 0);
		_tuple$136 = bits.Add64(x251, x269, ((x$95 = (new p384Uint1(x278.$high, x278.$low)), new $Uint64(x$95.$high, x$95.$low))));
		x279 = _tuple$136[0];
		x280 = _tuple$136[1];
		x281 = new $Uint64(0, 0);
		x282 = new $Uint64(0, 0);
		_tuple$137 = bits.Add64(x253, x271, ((x$96 = (new p384Uint1(x280.$high, x280.$low)), new $Uint64(x$96.$high, x$96.$low))));
		x281 = _tuple$137[0];
		x282 = _tuple$137[1];
		x283 = new $Uint64(0, 0);
		x284 = new $Uint64(0, 0);
		_tuple$138 = bits.Add64(x255, x273, ((x$97 = (new p384Uint1(x282.$high, x282.$low)), new $Uint64(x$97.$high, x$97.$low))));
		x283 = _tuple$138[0];
		x284 = _tuple$138[1];
		x285 = new $Uint64(0, 0);
		x286 = new $Uint64(0, 0);
		_tuple$139 = bits.Add64(x257, ((x$98 = (new p384Uint1(x274.$high, x274.$low)), new $Uint64(x$98.$high, x$98.$low))), ((x$99 = (new p384Uint1(x284.$high, x284.$low)), new $Uint64(x$99.$high, x$99.$low))));
		x285 = _tuple$139[0];
		x286 = _tuple$139[1];
		x287 = new $Uint64(0, 0);
		_tuple$140 = bits.Mul64(x275, new $Uint64(1, 1));
		x287 = _tuple$140[1];
		x289 = new $Uint64(0, 0);
		x290 = new $Uint64(0, 0);
		_tuple$141 = bits.Mul64(x287, new $Uint64(4294967295, 4294967295));
		x290 = _tuple$141[0];
		x289 = _tuple$141[1];
		x291 = new $Uint64(0, 0);
		x292 = new $Uint64(0, 0);
		_tuple$142 = bits.Mul64(x287, new $Uint64(4294967295, 4294967295));
		x292 = _tuple$142[0];
		x291 = _tuple$142[1];
		x293 = new $Uint64(0, 0);
		x294 = new $Uint64(0, 0);
		_tuple$143 = bits.Mul64(x287, new $Uint64(4294967295, 4294967295));
		x294 = _tuple$143[0];
		x293 = _tuple$143[1];
		x295 = new $Uint64(0, 0);
		x296 = new $Uint64(0, 0);
		_tuple$144 = bits.Mul64(x287, new $Uint64(4294967295, 4294967294));
		x296 = _tuple$144[0];
		x295 = _tuple$144[1];
		x297 = new $Uint64(0, 0);
		x298 = new $Uint64(0, 0);
		_tuple$145 = bits.Mul64(x287, new $Uint64(4294967295, 0));
		x298 = _tuple$145[0];
		x297 = _tuple$145[1];
		x299 = new $Uint64(0, 0);
		x300 = new $Uint64(0, 0);
		_tuple$146 = bits.Mul64(x287, new $Uint64(0, 4294967295));
		x300 = _tuple$146[0];
		x299 = _tuple$146[1];
		x301 = new $Uint64(0, 0);
		x302 = new $Uint64(0, 0);
		_tuple$147 = bits.Add64(x300, x297, new $Uint64(0, 0));
		x301 = _tuple$147[0];
		x302 = _tuple$147[1];
		x303 = new $Uint64(0, 0);
		x304 = new $Uint64(0, 0);
		_tuple$148 = bits.Add64(x298, x295, ((x$100 = (new p384Uint1(x302.$high, x302.$low)), new $Uint64(x$100.$high, x$100.$low))));
		x303 = _tuple$148[0];
		x304 = _tuple$148[1];
		x305 = new $Uint64(0, 0);
		x306 = new $Uint64(0, 0);
		_tuple$149 = bits.Add64(x296, x293, ((x$101 = (new p384Uint1(x304.$high, x304.$low)), new $Uint64(x$101.$high, x$101.$low))));
		x305 = _tuple$149[0];
		x306 = _tuple$149[1];
		x307 = new $Uint64(0, 0);
		x308 = new $Uint64(0, 0);
		_tuple$150 = bits.Add64(x294, x291, ((x$102 = (new p384Uint1(x306.$high, x306.$low)), new $Uint64(x$102.$high, x$102.$low))));
		x307 = _tuple$150[0];
		x308 = _tuple$150[1];
		x309 = new $Uint64(0, 0);
		x310 = new $Uint64(0, 0);
		_tuple$151 = bits.Add64(x292, x289, ((x$103 = (new p384Uint1(x308.$high, x308.$low)), new $Uint64(x$103.$high, x$103.$low))));
		x309 = _tuple$151[0];
		x310 = _tuple$151[1];
		x312 = new $Uint64(0, 0);
		_tuple$152 = bits.Add64(x275, x299, new $Uint64(0, 0));
		x312 = _tuple$152[1];
		x313 = new $Uint64(0, 0);
		x314 = new $Uint64(0, 0);
		_tuple$153 = bits.Add64(x277, x301, ((x$104 = (new p384Uint1(x312.$high, x312.$low)), new $Uint64(x$104.$high, x$104.$low))));
		x313 = _tuple$153[0];
		x314 = _tuple$153[1];
		x315 = new $Uint64(0, 0);
		x316 = new $Uint64(0, 0);
		_tuple$154 = bits.Add64(x279, x303, ((x$105 = (new p384Uint1(x314.$high, x314.$low)), new $Uint64(x$105.$high, x$105.$low))));
		x315 = _tuple$154[0];
		x316 = _tuple$154[1];
		x317 = new $Uint64(0, 0);
		x318 = new $Uint64(0, 0);
		_tuple$155 = bits.Add64(x281, x305, ((x$106 = (new p384Uint1(x316.$high, x316.$low)), new $Uint64(x$106.$high, x$106.$low))));
		x317 = _tuple$155[0];
		x318 = _tuple$155[1];
		x319 = new $Uint64(0, 0);
		x320 = new $Uint64(0, 0);
		_tuple$156 = bits.Add64(x283, x307, ((x$107 = (new p384Uint1(x318.$high, x318.$low)), new $Uint64(x$107.$high, x$107.$low))));
		x319 = _tuple$156[0];
		x320 = _tuple$156[1];
		x321 = new $Uint64(0, 0);
		x322 = new $Uint64(0, 0);
		_tuple$157 = bits.Add64(x285, x309, ((x$108 = (new p384Uint1(x320.$high, x320.$low)), new $Uint64(x$108.$high, x$108.$low))));
		x321 = _tuple$157[0];
		x322 = _tuple$157[1];
		x323 = new $Uint64(0, 0);
		x324 = new $Uint64(0, 0);
		_tuple$158 = bits.Add64((x$109 = ((x$110 = (new p384Uint1(x286.$high, x286.$low)), new $Uint64(x$110.$high, x$110.$low))), x$111 = ((x$112 = (new p384Uint1(x258.$high, x258.$low)), new $Uint64(x$112.$high, x$112.$low))), new $Uint64(x$109.$high + x$111.$high, x$109.$low + x$111.$low)), (x$113 = ((x$114 = (new p384Uint1(x310.$high, x310.$low)), new $Uint64(x$114.$high, x$114.$low))), new $Uint64(x$113.$high + x290.$high, x$113.$low + x290.$low)), ((x$115 = (new p384Uint1(x322.$high, x322.$low)), new $Uint64(x$115.$high, x$115.$low))));
		x323 = _tuple$158[0];
		x324 = _tuple$158[1];
		x325 = new $Uint64(0, 0);
		x326 = new $Uint64(0, 0);
		_tuple$159 = bits.Mul64(x5, new $Uint64(2, 0));
		x326 = _tuple$159[0];
		x325 = _tuple$159[1];
		x327 = new $Uint64(0, 0);
		x328 = new $Uint64(0, 0);
		_tuple$160 = bits.Mul64(x5, new $Uint64(4294967294, 0));
		x328 = _tuple$160[0];
		x327 = _tuple$160[1];
		x329 = new $Uint64(0, 0);
		x330 = new $Uint64(0, 0);
		_tuple$161 = bits.Mul64(x5, new $Uint64(2, 0));
		x330 = _tuple$161[0];
		x329 = _tuple$161[1];
		x331 = new $Uint64(0, 0);
		x332 = new $Uint64(0, 0);
		_tuple$162 = bits.Mul64(x5, new $Uint64(4294967294, 1));
		x332 = _tuple$162[0];
		x331 = _tuple$162[1];
		x333 = new $Uint64(0, 0);
		x334 = new $Uint64(0, 0);
		_tuple$163 = bits.Add64(x332, x329, new $Uint64(0, 0));
		x333 = _tuple$163[0];
		x334 = _tuple$163[1];
		x335 = new $Uint64(0, 0);
		x336 = new $Uint64(0, 0);
		_tuple$164 = bits.Add64(x330, x327, ((x$116 = (new p384Uint1(x334.$high, x334.$low)), new $Uint64(x$116.$high, x$116.$low))));
		x335 = _tuple$164[0];
		x336 = _tuple$164[1];
		x337 = new $Uint64(0, 0);
		x338 = new $Uint64(0, 0);
		_tuple$165 = bits.Add64(x328, x325, ((x$117 = (new p384Uint1(x336.$high, x336.$low)), new $Uint64(x$117.$high, x$117.$low))));
		x337 = _tuple$165[0];
		x338 = _tuple$165[1];
		x339 = new $Uint64(0, 0);
		x340 = new $Uint64(0, 0);
		_tuple$166 = bits.Add64(x326, x5, ((x$118 = (new p384Uint1(x338.$high, x338.$low)), new $Uint64(x$118.$high, x$118.$low))));
		x339 = _tuple$166[0];
		x340 = _tuple$166[1];
		x341 = new $Uint64(0, 0);
		x342 = new $Uint64(0, 0);
		_tuple$167 = bits.Add64(x313, x331, new $Uint64(0, 0));
		x341 = _tuple$167[0];
		x342 = _tuple$167[1];
		x343 = new $Uint64(0, 0);
		x344 = new $Uint64(0, 0);
		_tuple$168 = bits.Add64(x315, x333, ((x$119 = (new p384Uint1(x342.$high, x342.$low)), new $Uint64(x$119.$high, x$119.$low))));
		x343 = _tuple$168[0];
		x344 = _tuple$168[1];
		x345 = new $Uint64(0, 0);
		x346 = new $Uint64(0, 0);
		_tuple$169 = bits.Add64(x317, x335, ((x$120 = (new p384Uint1(x344.$high, x344.$low)), new $Uint64(x$120.$high, x$120.$low))));
		x345 = _tuple$169[0];
		x346 = _tuple$169[1];
		x347 = new $Uint64(0, 0);
		x348 = new $Uint64(0, 0);
		_tuple$170 = bits.Add64(x319, x337, ((x$121 = (new p384Uint1(x346.$high, x346.$low)), new $Uint64(x$121.$high, x$121.$low))));
		x347 = _tuple$170[0];
		x348 = _tuple$170[1];
		x349 = new $Uint64(0, 0);
		x350 = new $Uint64(0, 0);
		_tuple$171 = bits.Add64(x321, x339, ((x$122 = (new p384Uint1(x348.$high, x348.$low)), new $Uint64(x$122.$high, x$122.$low))));
		x349 = _tuple$171[0];
		x350 = _tuple$171[1];
		x351 = new $Uint64(0, 0);
		x352 = new $Uint64(0, 0);
		_tuple$172 = bits.Add64(x323, ((x$123 = (new p384Uint1(x340.$high, x340.$low)), new $Uint64(x$123.$high, x$123.$low))), ((x$124 = (new p384Uint1(x350.$high, x350.$low)), new $Uint64(x$124.$high, x$124.$low))));
		x351 = _tuple$172[0];
		x352 = _tuple$172[1];
		x353 = new $Uint64(0, 0);
		_tuple$173 = bits.Mul64(x341, new $Uint64(1, 1));
		x353 = _tuple$173[1];
		x355 = new $Uint64(0, 0);
		x356 = new $Uint64(0, 0);
		_tuple$174 = bits.Mul64(x353, new $Uint64(4294967295, 4294967295));
		x356 = _tuple$174[0];
		x355 = _tuple$174[1];
		x357 = new $Uint64(0, 0);
		x358 = new $Uint64(0, 0);
		_tuple$175 = bits.Mul64(x353, new $Uint64(4294967295, 4294967295));
		x358 = _tuple$175[0];
		x357 = _tuple$175[1];
		x359 = new $Uint64(0, 0);
		x360 = new $Uint64(0, 0);
		_tuple$176 = bits.Mul64(x353, new $Uint64(4294967295, 4294967295));
		x360 = _tuple$176[0];
		x359 = _tuple$176[1];
		x361 = new $Uint64(0, 0);
		x362 = new $Uint64(0, 0);
		_tuple$177 = bits.Mul64(x353, new $Uint64(4294967295, 4294967294));
		x362 = _tuple$177[0];
		x361 = _tuple$177[1];
		x363 = new $Uint64(0, 0);
		x364 = new $Uint64(0, 0);
		_tuple$178 = bits.Mul64(x353, new $Uint64(4294967295, 0));
		x364 = _tuple$178[0];
		x363 = _tuple$178[1];
		x365 = new $Uint64(0, 0);
		x366 = new $Uint64(0, 0);
		_tuple$179 = bits.Mul64(x353, new $Uint64(0, 4294967295));
		x366 = _tuple$179[0];
		x365 = _tuple$179[1];
		x367 = new $Uint64(0, 0);
		x368 = new $Uint64(0, 0);
		_tuple$180 = bits.Add64(x366, x363, new $Uint64(0, 0));
		x367 = _tuple$180[0];
		x368 = _tuple$180[1];
		x369 = new $Uint64(0, 0);
		x370 = new $Uint64(0, 0);
		_tuple$181 = bits.Add64(x364, x361, ((x$125 = (new p384Uint1(x368.$high, x368.$low)), new $Uint64(x$125.$high, x$125.$low))));
		x369 = _tuple$181[0];
		x370 = _tuple$181[1];
		x371 = new $Uint64(0, 0);
		x372 = new $Uint64(0, 0);
		_tuple$182 = bits.Add64(x362, x359, ((x$126 = (new p384Uint1(x370.$high, x370.$low)), new $Uint64(x$126.$high, x$126.$low))));
		x371 = _tuple$182[0];
		x372 = _tuple$182[1];
		x373 = new $Uint64(0, 0);
		x374 = new $Uint64(0, 0);
		_tuple$183 = bits.Add64(x360, x357, ((x$127 = (new p384Uint1(x372.$high, x372.$low)), new $Uint64(x$127.$high, x$127.$low))));
		x373 = _tuple$183[0];
		x374 = _tuple$183[1];
		x375 = new $Uint64(0, 0);
		x376 = new $Uint64(0, 0);
		_tuple$184 = bits.Add64(x358, x355, ((x$128 = (new p384Uint1(x374.$high, x374.$low)), new $Uint64(x$128.$high, x$128.$low))));
		x375 = _tuple$184[0];
		x376 = _tuple$184[1];
		x378 = new $Uint64(0, 0);
		_tuple$185 = bits.Add64(x341, x365, new $Uint64(0, 0));
		x378 = _tuple$185[1];
		x379 = new $Uint64(0, 0);
		x380 = new $Uint64(0, 0);
		_tuple$186 = bits.Add64(x343, x367, ((x$129 = (new p384Uint1(x378.$high, x378.$low)), new $Uint64(x$129.$high, x$129.$low))));
		x379 = _tuple$186[0];
		x380 = _tuple$186[1];
		x381 = new $Uint64(0, 0);
		x382 = new $Uint64(0, 0);
		_tuple$187 = bits.Add64(x345, x369, ((x$130 = (new p384Uint1(x380.$high, x380.$low)), new $Uint64(x$130.$high, x$130.$low))));
		x381 = _tuple$187[0];
		x382 = _tuple$187[1];
		x383 = new $Uint64(0, 0);
		x384 = new $Uint64(0, 0);
		_tuple$188 = bits.Add64(x347, x371, ((x$131 = (new p384Uint1(x382.$high, x382.$low)), new $Uint64(x$131.$high, x$131.$low))));
		x383 = _tuple$188[0];
		x384 = _tuple$188[1];
		x385 = new $Uint64(0, 0);
		x386 = new $Uint64(0, 0);
		_tuple$189 = bits.Add64(x349, x373, ((x$132 = (new p384Uint1(x384.$high, x384.$low)), new $Uint64(x$132.$high, x$132.$low))));
		x385 = _tuple$189[0];
		x386 = _tuple$189[1];
		x387 = new $Uint64(0, 0);
		x388 = new $Uint64(0, 0);
		_tuple$190 = bits.Add64(x351, x375, ((x$133 = (new p384Uint1(x386.$high, x386.$low)), new $Uint64(x$133.$high, x$133.$low))));
		x387 = _tuple$190[0];
		x388 = _tuple$190[1];
		x389 = new $Uint64(0, 0);
		x390 = new $Uint64(0, 0);
		_tuple$191 = bits.Add64((x$134 = ((x$135 = (new p384Uint1(x352.$high, x352.$low)), new $Uint64(x$135.$high, x$135.$low))), x$136 = ((x$137 = (new p384Uint1(x324.$high, x324.$low)), new $Uint64(x$137.$high, x$137.$low))), new $Uint64(x$134.$high + x$136.$high, x$134.$low + x$136.$low)), (x$138 = ((x$139 = (new p384Uint1(x376.$high, x376.$low)), new $Uint64(x$139.$high, x$139.$low))), new $Uint64(x$138.$high + x356.$high, x$138.$low + x356.$low)), ((x$140 = (new p384Uint1(x388.$high, x388.$low)), new $Uint64(x$140.$high, x$140.$low))));
		x389 = _tuple$191[0];
		x390 = _tuple$191[1];
		x391 = new $Uint64(0, 0);
		x392 = new $Uint64(0, 0);
		_tuple$192 = bits.Sub64(x379, new $Uint64(0, 4294967295), new $Uint64(0, 0));
		x391 = _tuple$192[0];
		x392 = _tuple$192[1];
		x393 = new $Uint64(0, 0);
		x394 = new $Uint64(0, 0);
		_tuple$193 = bits.Sub64(x381, new $Uint64(4294967295, 0), ((x$141 = (new p384Uint1(x392.$high, x392.$low)), new $Uint64(x$141.$high, x$141.$low))));
		x393 = _tuple$193[0];
		x394 = _tuple$193[1];
		x395 = new $Uint64(0, 0);
		x396 = new $Uint64(0, 0);
		_tuple$194 = bits.Sub64(x383, new $Uint64(4294967295, 4294967294), ((x$142 = (new p384Uint1(x394.$high, x394.$low)), new $Uint64(x$142.$high, x$142.$low))));
		x395 = _tuple$194[0];
		x396 = _tuple$194[1];
		x397 = new $Uint64(0, 0);
		x398 = new $Uint64(0, 0);
		_tuple$195 = bits.Sub64(x385, new $Uint64(4294967295, 4294967295), ((x$143 = (new p384Uint1(x396.$high, x396.$low)), new $Uint64(x$143.$high, x$143.$low))));
		x397 = _tuple$195[0];
		x398 = _tuple$195[1];
		x399 = new $Uint64(0, 0);
		x400 = new $Uint64(0, 0);
		_tuple$196 = bits.Sub64(x387, new $Uint64(4294967295, 4294967295), ((x$144 = (new p384Uint1(x398.$high, x398.$low)), new $Uint64(x$144.$high, x$144.$low))));
		x399 = _tuple$196[0];
		x400 = _tuple$196[1];
		x401 = new $Uint64(0, 0);
		x402 = new $Uint64(0, 0);
		_tuple$197 = bits.Sub64(x389, new $Uint64(4294967295, 4294967295), ((x$145 = (new p384Uint1(x400.$high, x400.$low)), new $Uint64(x$145.$high, x$145.$low))));
		x401 = _tuple$197[0];
		x402 = _tuple$197[1];
		x404 = new $Uint64(0, 0);
		_tuple$198 = bits.Sub64(((x$146 = (new p384Uint1(x390.$high, x390.$low)), new $Uint64(x$146.$high, x$146.$low))), new $Uint64(0, 0), ((x$147 = (new p384Uint1(x402.$high, x402.$low)), new $Uint64(x$147.$high, x$147.$low))));
		x404 = _tuple$198[1];
		x405 = new $Uint64(0, 0);
		p384CmovznzU64((x405$24ptr || (x405$24ptr = new ptrType(function() { return x405; }, function($v) { x405 = $v; }))), (new p384Uint1(x404.$high, x404.$low)), x391, x379);
		x406 = new $Uint64(0, 0);
		p384CmovznzU64((x406$24ptr || (x406$24ptr = new ptrType(function() { return x406; }, function($v) { x406 = $v; }))), (new p384Uint1(x404.$high, x404.$low)), x393, x381);
		x407 = new $Uint64(0, 0);
		p384CmovznzU64((x407$24ptr || (x407$24ptr = new ptrType(function() { return x407; }, function($v) { x407 = $v; }))), (new p384Uint1(x404.$high, x404.$low)), x395, x383);
		x408 = new $Uint64(0, 0);
		p384CmovznzU64((x408$24ptr || (x408$24ptr = new ptrType(function() { return x408; }, function($v) { x408 = $v; }))), (new p384Uint1(x404.$high, x404.$low)), x397, x385);
		x409 = new $Uint64(0, 0);
		p384CmovznzU64((x409$24ptr || (x409$24ptr = new ptrType(function() { return x409; }, function($v) { x409 = $v; }))), (new p384Uint1(x404.$high, x404.$low)), x399, x387);
		x410 = new $Uint64(0, 0);
		p384CmovznzU64((x410$24ptr || (x410$24ptr = new ptrType(function() { return x410; }, function($v) { x410 = $v; }))), (new p384Uint1(x404.$high, x404.$low)), x401, x389);
		out1.nilCheck, out1[0] = x405;
		out1.nilCheck, out1[1] = x406;
		out1.nilCheck, out1[2] = x407;
		out1.nilCheck, out1[3] = x408;
		out1.nilCheck, out1[4] = x409;
		out1.nilCheck, out1[5] = x410;
	};
	p384Selectznz = function(out1, arg1, arg2, arg3) {
		var arg1, arg2, arg3, out1, x1, x1$24ptr, x2, x2$24ptr, x3, x3$24ptr, x4, x4$24ptr, x5, x5$24ptr, x6, x6$24ptr;
		x1 = new $Uint64(0, 0);
		p384CmovznzU64((x1$24ptr || (x1$24ptr = new ptrType(function() { return x1; }, function($v) { x1 = $v; }))), arg1, arg2[0], arg3[0]);
		x2 = new $Uint64(0, 0);
		p384CmovznzU64((x2$24ptr || (x2$24ptr = new ptrType(function() { return x2; }, function($v) { x2 = $v; }))), arg1, arg2[1], arg3[1]);
		x3 = new $Uint64(0, 0);
		p384CmovznzU64((x3$24ptr || (x3$24ptr = new ptrType(function() { return x3; }, function($v) { x3 = $v; }))), arg1, arg2[2], arg3[2]);
		x4 = new $Uint64(0, 0);
		p384CmovznzU64((x4$24ptr || (x4$24ptr = new ptrType(function() { return x4; }, function($v) { x4 = $v; }))), arg1, arg2[3], arg3[3]);
		x5 = new $Uint64(0, 0);
		p384CmovznzU64((x5$24ptr || (x5$24ptr = new ptrType(function() { return x5; }, function($v) { x5 = $v; }))), arg1, arg2[4], arg3[4]);
		x6 = new $Uint64(0, 0);
		p384CmovznzU64((x6$24ptr || (x6$24ptr = new ptrType(function() { return x6; }, function($v) { x6 = $v; }))), arg1, arg2[5], arg3[5]);
		out1.nilCheck, out1[0] = x1;
		out1.nilCheck, out1[1] = x2;
		out1.nilCheck, out1[2] = x3;
		out1.nilCheck, out1[3] = x4;
		out1.nilCheck, out1[4] = x5;
		out1.nilCheck, out1[5] = x6;
	};
	p384ToBytes = function(out1, arg1) {
		var arg1, out1, x1, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90;
		x1 = arg1[5];
		x2 = arg1[4];
		x3 = arg1[3];
		x4 = arg1[2];
		x5 = arg1[1];
		x6 = arg1[0];
		x7 = ((((x6.$low << 24 >>> 24)) & 255) >>> 0);
		x8 = $shiftRightUint64(x6, 8);
		x9 = ((((x8.$low << 24 >>> 24)) & 255) >>> 0);
		x10 = $shiftRightUint64(x8, 8);
		x11 = ((((x10.$low << 24 >>> 24)) & 255) >>> 0);
		x12 = $shiftRightUint64(x10, 8);
		x13 = ((((x12.$low << 24 >>> 24)) & 255) >>> 0);
		x14 = $shiftRightUint64(x12, 8);
		x15 = ((((x14.$low << 24 >>> 24)) & 255) >>> 0);
		x16 = $shiftRightUint64(x14, 8);
		x17 = ((((x16.$low << 24 >>> 24)) & 255) >>> 0);
		x18 = $shiftRightUint64(x16, 8);
		x19 = ((((x18.$low << 24 >>> 24)) & 255) >>> 0);
		x20 = ((($shiftRightUint64(x18, 8)).$low << 24 >>> 24));
		x21 = ((((x5.$low << 24 >>> 24)) & 255) >>> 0);
		x22 = $shiftRightUint64(x5, 8);
		x23 = ((((x22.$low << 24 >>> 24)) & 255) >>> 0);
		x24 = $shiftRightUint64(x22, 8);
		x25 = ((((x24.$low << 24 >>> 24)) & 255) >>> 0);
		x26 = $shiftRightUint64(x24, 8);
		x27 = ((((x26.$low << 24 >>> 24)) & 255) >>> 0);
		x28 = $shiftRightUint64(x26, 8);
		x29 = ((((x28.$low << 24 >>> 24)) & 255) >>> 0);
		x30 = $shiftRightUint64(x28, 8);
		x31 = ((((x30.$low << 24 >>> 24)) & 255) >>> 0);
		x32 = $shiftRightUint64(x30, 8);
		x33 = ((((x32.$low << 24 >>> 24)) & 255) >>> 0);
		x34 = ((($shiftRightUint64(x32, 8)).$low << 24 >>> 24));
		x35 = ((((x4.$low << 24 >>> 24)) & 255) >>> 0);
		x36 = $shiftRightUint64(x4, 8);
		x37 = ((((x36.$low << 24 >>> 24)) & 255) >>> 0);
		x38 = $shiftRightUint64(x36, 8);
		x39 = ((((x38.$low << 24 >>> 24)) & 255) >>> 0);
		x40 = $shiftRightUint64(x38, 8);
		x41 = ((((x40.$low << 24 >>> 24)) & 255) >>> 0);
		x42 = $shiftRightUint64(x40, 8);
		x43 = ((((x42.$low << 24 >>> 24)) & 255) >>> 0);
		x44 = $shiftRightUint64(x42, 8);
		x45 = ((((x44.$low << 24 >>> 24)) & 255) >>> 0);
		x46 = $shiftRightUint64(x44, 8);
		x47 = ((((x46.$low << 24 >>> 24)) & 255) >>> 0);
		x48 = ((($shiftRightUint64(x46, 8)).$low << 24 >>> 24));
		x49 = ((((x3.$low << 24 >>> 24)) & 255) >>> 0);
		x50 = $shiftRightUint64(x3, 8);
		x51 = ((((x50.$low << 24 >>> 24)) & 255) >>> 0);
		x52 = $shiftRightUint64(x50, 8);
		x53 = ((((x52.$low << 24 >>> 24)) & 255) >>> 0);
		x54 = $shiftRightUint64(x52, 8);
		x55 = ((((x54.$low << 24 >>> 24)) & 255) >>> 0);
		x56 = $shiftRightUint64(x54, 8);
		x57 = ((((x56.$low << 24 >>> 24)) & 255) >>> 0);
		x58 = $shiftRightUint64(x56, 8);
		x59 = ((((x58.$low << 24 >>> 24)) & 255) >>> 0);
		x60 = $shiftRightUint64(x58, 8);
		x61 = ((((x60.$low << 24 >>> 24)) & 255) >>> 0);
		x62 = ((($shiftRightUint64(x60, 8)).$low << 24 >>> 24));
		x63 = ((((x2.$low << 24 >>> 24)) & 255) >>> 0);
		x64 = $shiftRightUint64(x2, 8);
		x65 = ((((x64.$low << 24 >>> 24)) & 255) >>> 0);
		x66 = $shiftRightUint64(x64, 8);
		x67 = ((((x66.$low << 24 >>> 24)) & 255) >>> 0);
		x68 = $shiftRightUint64(x66, 8);
		x69 = ((((x68.$low << 24 >>> 24)) & 255) >>> 0);
		x70 = $shiftRightUint64(x68, 8);
		x71 = ((((x70.$low << 24 >>> 24)) & 255) >>> 0);
		x72 = $shiftRightUint64(x70, 8);
		x73 = ((((x72.$low << 24 >>> 24)) & 255) >>> 0);
		x74 = $shiftRightUint64(x72, 8);
		x75 = ((((x74.$low << 24 >>> 24)) & 255) >>> 0);
		x76 = ((($shiftRightUint64(x74, 8)).$low << 24 >>> 24));
		x77 = ((((x1.$low << 24 >>> 24)) & 255) >>> 0);
		x78 = $shiftRightUint64(x1, 8);
		x79 = ((((x78.$low << 24 >>> 24)) & 255) >>> 0);
		x80 = $shiftRightUint64(x78, 8);
		x81 = ((((x80.$low << 24 >>> 24)) & 255) >>> 0);
		x82 = $shiftRightUint64(x80, 8);
		x83 = ((((x82.$low << 24 >>> 24)) & 255) >>> 0);
		x84 = $shiftRightUint64(x82, 8);
		x85 = ((((x84.$low << 24 >>> 24)) & 255) >>> 0);
		x86 = $shiftRightUint64(x84, 8);
		x87 = ((((x86.$low << 24 >>> 24)) & 255) >>> 0);
		x88 = $shiftRightUint64(x86, 8);
		x89 = ((((x88.$low << 24 >>> 24)) & 255) >>> 0);
		x90 = ((($shiftRightUint64(x88, 8)).$low << 24 >>> 24));
		out1.nilCheck, out1[0] = x7;
		out1.nilCheck, out1[1] = x9;
		out1.nilCheck, out1[2] = x11;
		out1.nilCheck, out1[3] = x13;
		out1.nilCheck, out1[4] = x15;
		out1.nilCheck, out1[5] = x17;
		out1.nilCheck, out1[6] = x19;
		out1.nilCheck, out1[7] = x20;
		out1.nilCheck, out1[8] = x21;
		out1.nilCheck, out1[9] = x23;
		out1.nilCheck, out1[10] = x25;
		out1.nilCheck, out1[11] = x27;
		out1.nilCheck, out1[12] = x29;
		out1.nilCheck, out1[13] = x31;
		out1.nilCheck, out1[14] = x33;
		out1.nilCheck, out1[15] = x34;
		out1.nilCheck, out1[16] = x35;
		out1.nilCheck, out1[17] = x37;
		out1.nilCheck, out1[18] = x39;
		out1.nilCheck, out1[19] = x41;
		out1.nilCheck, out1[20] = x43;
		out1.nilCheck, out1[21] = x45;
		out1.nilCheck, out1[22] = x47;
		out1.nilCheck, out1[23] = x48;
		out1.nilCheck, out1[24] = x49;
		out1.nilCheck, out1[25] = x51;
		out1.nilCheck, out1[26] = x53;
		out1.nilCheck, out1[27] = x55;
		out1.nilCheck, out1[28] = x57;
		out1.nilCheck, out1[29] = x59;
		out1.nilCheck, out1[30] = x61;
		out1.nilCheck, out1[31] = x62;
		out1.nilCheck, out1[32] = x63;
		out1.nilCheck, out1[33] = x65;
		out1.nilCheck, out1[34] = x67;
		out1.nilCheck, out1[35] = x69;
		out1.nilCheck, out1[36] = x71;
		out1.nilCheck, out1[37] = x73;
		out1.nilCheck, out1[38] = x75;
		out1.nilCheck, out1[39] = x76;
		out1.nilCheck, out1[40] = x77;
		out1.nilCheck, out1[41] = x79;
		out1.nilCheck, out1[42] = x81;
		out1.nilCheck, out1[43] = x83;
		out1.nilCheck, out1[44] = x85;
		out1.nilCheck, out1[45] = x87;
		out1.nilCheck, out1[46] = x89;
		out1.nilCheck, out1[47] = x90;
	};
	p384FromBytes = function(out1, arg1) {
		var arg1, out1, x, x$1, x$2, x$3, x$4, x$5, x1, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90;
		x1 = $shiftLeft64((new $Uint64(0, arg1[47])), 56);
		x2 = $shiftLeft64((new $Uint64(0, arg1[46])), 48);
		x3 = $shiftLeft64((new $Uint64(0, arg1[45])), 40);
		x4 = $shiftLeft64((new $Uint64(0, arg1[44])), 32);
		x5 = $shiftLeft64((new $Uint64(0, arg1[43])), 24);
		x6 = $shiftLeft64((new $Uint64(0, arg1[42])), 16);
		x7 = $shiftLeft64((new $Uint64(0, arg1[41])), 8);
		x8 = arg1[40];
		x9 = $shiftLeft64((new $Uint64(0, arg1[39])), 56);
		x10 = $shiftLeft64((new $Uint64(0, arg1[38])), 48);
		x11 = $shiftLeft64((new $Uint64(0, arg1[37])), 40);
		x12 = $shiftLeft64((new $Uint64(0, arg1[36])), 32);
		x13 = $shiftLeft64((new $Uint64(0, arg1[35])), 24);
		x14 = $shiftLeft64((new $Uint64(0, arg1[34])), 16);
		x15 = $shiftLeft64((new $Uint64(0, arg1[33])), 8);
		x16 = arg1[32];
		x17 = $shiftLeft64((new $Uint64(0, arg1[31])), 56);
		x18 = $shiftLeft64((new $Uint64(0, arg1[30])), 48);
		x19 = $shiftLeft64((new $Uint64(0, arg1[29])), 40);
		x20 = $shiftLeft64((new $Uint64(0, arg1[28])), 32);
		x21 = $shiftLeft64((new $Uint64(0, arg1[27])), 24);
		x22 = $shiftLeft64((new $Uint64(0, arg1[26])), 16);
		x23 = $shiftLeft64((new $Uint64(0, arg1[25])), 8);
		x24 = arg1[24];
		x25 = $shiftLeft64((new $Uint64(0, arg1[23])), 56);
		x26 = $shiftLeft64((new $Uint64(0, arg1[22])), 48);
		x27 = $shiftLeft64((new $Uint64(0, arg1[21])), 40);
		x28 = $shiftLeft64((new $Uint64(0, arg1[20])), 32);
		x29 = $shiftLeft64((new $Uint64(0, arg1[19])), 24);
		x30 = $shiftLeft64((new $Uint64(0, arg1[18])), 16);
		x31 = $shiftLeft64((new $Uint64(0, arg1[17])), 8);
		x32 = arg1[16];
		x33 = $shiftLeft64((new $Uint64(0, arg1[15])), 56);
		x34 = $shiftLeft64((new $Uint64(0, arg1[14])), 48);
		x35 = $shiftLeft64((new $Uint64(0, arg1[13])), 40);
		x36 = $shiftLeft64((new $Uint64(0, arg1[12])), 32);
		x37 = $shiftLeft64((new $Uint64(0, arg1[11])), 24);
		x38 = $shiftLeft64((new $Uint64(0, arg1[10])), 16);
		x39 = $shiftLeft64((new $Uint64(0, arg1[9])), 8);
		x40 = arg1[8];
		x41 = $shiftLeft64((new $Uint64(0, arg1[7])), 56);
		x42 = $shiftLeft64((new $Uint64(0, arg1[6])), 48);
		x43 = $shiftLeft64((new $Uint64(0, arg1[5])), 40);
		x44 = $shiftLeft64((new $Uint64(0, arg1[4])), 32);
		x45 = $shiftLeft64((new $Uint64(0, arg1[3])), 24);
		x46 = $shiftLeft64((new $Uint64(0, arg1[2])), 16);
		x47 = $shiftLeft64((new $Uint64(0, arg1[1])), 8);
		x48 = arg1[0];
		x49 = (x = (new $Uint64(0, x48)), new $Uint64(x47.$high + x.$high, x47.$low + x.$low));
		x50 = new $Uint64(x46.$high + x49.$high, x46.$low + x49.$low);
		x51 = new $Uint64(x45.$high + x50.$high, x45.$low + x50.$low);
		x52 = new $Uint64(x44.$high + x51.$high, x44.$low + x51.$low);
		x53 = new $Uint64(x43.$high + x52.$high, x43.$low + x52.$low);
		x54 = new $Uint64(x42.$high + x53.$high, x42.$low + x53.$low);
		x55 = new $Uint64(x41.$high + x54.$high, x41.$low + x54.$low);
		x56 = (x$1 = (new $Uint64(0, x40)), new $Uint64(x39.$high + x$1.$high, x39.$low + x$1.$low));
		x57 = new $Uint64(x38.$high + x56.$high, x38.$low + x56.$low);
		x58 = new $Uint64(x37.$high + x57.$high, x37.$low + x57.$low);
		x59 = new $Uint64(x36.$high + x58.$high, x36.$low + x58.$low);
		x60 = new $Uint64(x35.$high + x59.$high, x35.$low + x59.$low);
		x61 = new $Uint64(x34.$high + x60.$high, x34.$low + x60.$low);
		x62 = new $Uint64(x33.$high + x61.$high, x33.$low + x61.$low);
		x63 = (x$2 = (new $Uint64(0, x32)), new $Uint64(x31.$high + x$2.$high, x31.$low + x$2.$low));
		x64 = new $Uint64(x30.$high + x63.$high, x30.$low + x63.$low);
		x65 = new $Uint64(x29.$high + x64.$high, x29.$low + x64.$low);
		x66 = new $Uint64(x28.$high + x65.$high, x28.$low + x65.$low);
		x67 = new $Uint64(x27.$high + x66.$high, x27.$low + x66.$low);
		x68 = new $Uint64(x26.$high + x67.$high, x26.$low + x67.$low);
		x69 = new $Uint64(x25.$high + x68.$high, x25.$low + x68.$low);
		x70 = (x$3 = (new $Uint64(0, x24)), new $Uint64(x23.$high + x$3.$high, x23.$low + x$3.$low));
		x71 = new $Uint64(x22.$high + x70.$high, x22.$low + x70.$low);
		x72 = new $Uint64(x21.$high + x71.$high, x21.$low + x71.$low);
		x73 = new $Uint64(x20.$high + x72.$high, x20.$low + x72.$low);
		x74 = new $Uint64(x19.$high + x73.$high, x19.$low + x73.$low);
		x75 = new $Uint64(x18.$high + x74.$high, x18.$low + x74.$low);
		x76 = new $Uint64(x17.$high + x75.$high, x17.$low + x75.$low);
		x77 = (x$4 = (new $Uint64(0, x16)), new $Uint64(x15.$high + x$4.$high, x15.$low + x$4.$low));
		x78 = new $Uint64(x14.$high + x77.$high, x14.$low + x77.$low);
		x79 = new $Uint64(x13.$high + x78.$high, x13.$low + x78.$low);
		x80 = new $Uint64(x12.$high + x79.$high, x12.$low + x79.$low);
		x81 = new $Uint64(x11.$high + x80.$high, x11.$low + x80.$low);
		x82 = new $Uint64(x10.$high + x81.$high, x10.$low + x81.$low);
		x83 = new $Uint64(x9.$high + x82.$high, x9.$low + x82.$low);
		x84 = (x$5 = (new $Uint64(0, x8)), new $Uint64(x7.$high + x$5.$high, x7.$low + x$5.$low));
		x85 = new $Uint64(x6.$high + x84.$high, x6.$low + x84.$low);
		x86 = new $Uint64(x5.$high + x85.$high, x5.$low + x85.$low);
		x87 = new $Uint64(x4.$high + x86.$high, x4.$low + x86.$low);
		x88 = new $Uint64(x3.$high + x87.$high, x3.$low + x87.$low);
		x89 = new $Uint64(x2.$high + x88.$high, x2.$low + x88.$low);
		x90 = new $Uint64(x1.$high + x89.$high, x1.$low + x89.$low);
		out1.nilCheck, out1[0] = x55;
		out1.nilCheck, out1[1] = x62;
		out1.nilCheck, out1[2] = x69;
		out1.nilCheck, out1[3] = x76;
		out1.nilCheck, out1[4] = x83;
		out1.nilCheck, out1[5] = x90;
	};
	P384Element.ptr.prototype.One = function() {
		var e;
		e = this;
		p384SetOne(e.x);
		return e;
	};
	P384Element.prototype.One = function() { return this.$val.One(); };
	P384Element.ptr.prototype.Equal = function(t) {
		var e, eBytes, t, tBytes;
		e = this;
		eBytes = e.Bytes();
		tBytes = t.Bytes();
		return subtle.ConstantTimeCompare(eBytes, tBytes);
	};
	P384Element.prototype.Equal = function(t) { return this.$val.Equal(t); };
	P384Element.ptr.prototype.IsZero = function() {
		var e, eBytes;
		e = this;
		eBytes = e.Bytes();
		return subtle.ConstantTimeCompare(eBytes, p384ZeroEncoding);
	};
	P384Element.prototype.IsZero = function() { return this.$val.IsZero(); };
	P384Element.ptr.prototype.Set = function(t) {
		var e, t;
		e = this;
		p384MontgomeryDomainFieldElement.copy(e.x, t.x);
		return e;
	};
	P384Element.prototype.Set = function(t) { return this.$val.Set(t); };
	P384Element.ptr.prototype.Bytes = function() {
		var e, out;
		e = this;
		out = arrayType$4.zero();
		return e.bytes(out);
	};
	P384Element.prototype.Bytes = function() { return this.$val.Bytes(); };
	P384Element.ptr.prototype.bytes = function(out) {
		var e, out, tmp;
		e = this;
		tmp = arrayType$1.zero();
		p384FromMontgomery(tmp, e.x);
		p384ToBytes(out, (tmp));
		p384InvertEndianness(new sliceType(out));
		return new sliceType(out);
	};
	P384Element.prototype.bytes = function(out) { return this.$val.bytes(out); };
	P384Element.ptr.prototype.SetBytes = function(v) {
		var _i, _ref, e, i, in$1, tmp, v;
		e = this;
		if (!((v.$length === 48))) {
			return [ptrType$2.nil, errors.New("invalid P384Element encoding")];
		}
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) < ((i < 0 || i >= p384MinusOneEncoding.$length) ? ($throwRuntimeError("index out of range"), undefined) : p384MinusOneEncoding.$array[p384MinusOneEncoding.$offset + i])) {
				break;
			}
			if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) > ((i < 0 || i >= p384MinusOneEncoding.$length) ? ($throwRuntimeError("index out of range"), undefined) : p384MinusOneEncoding.$array[p384MinusOneEncoding.$offset + i])) {
				return [ptrType$2.nil, errors.New("invalid P384Element encoding")];
			}
			_i++;
		}
		in$1 = arrayType$4.zero();
		$copySlice(new sliceType(in$1), v);
		p384InvertEndianness(new sliceType(in$1));
		tmp = arrayType$1.zero();
		p384FromBytes((tmp), in$1);
		p384ToMontgomery(e.x, tmp);
		return [e, $ifaceNil];
	};
	P384Element.prototype.SetBytes = function(v) { return this.$val.SetBytes(v); };
	P384Element.ptr.prototype.Add = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p384Add(e.x, t1.x, t2.x);
		return e;
	};
	P384Element.prototype.Add = function(t1, t2) { return this.$val.Add(t1, t2); };
	P384Element.ptr.prototype.Sub = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p384Sub(e.x, t1.x, t2.x);
		return e;
	};
	P384Element.prototype.Sub = function(t1, t2) { return this.$val.Sub(t1, t2); };
	P384Element.ptr.prototype.Mul = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p384Mul(e.x, t1.x, t2.x);
		return e;
	};
	P384Element.prototype.Mul = function(t1, t2) { return this.$val.Mul(t1, t2); };
	P384Element.ptr.prototype.Square = function(t) {
		var e, t;
		e = this;
		p384Square(e.x, t.x);
		return e;
	};
	P384Element.prototype.Square = function(t) { return this.$val.Square(t); };
	P384Element.ptr.prototype.Select = function(a, b, cond) {
		var a, b, cond, v;
		v = this;
		p384Selectznz((v.x), (new p384Uint1(0, cond)), (b.x), (a.x));
		return v;
	};
	P384Element.prototype.Select = function(a, b, cond) { return this.$val.Select(a, b, cond); };
	p384InvertEndianness = function(v) {
		var _q, _tmp, _tmp$1, i, v, x, x$1;
		i = 0;
		while (true) {
			if (!(i < (_q = v.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")))) { break; }
			_tmp = (x = (v.$length - 1 >> 0) - i >> 0, ((x < 0 || x >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x]));
			_tmp$1 = ((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]);
			((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i] = _tmp);
			(x$1 = (v.$length - 1 >> 0) - i >> 0, ((x$1 < 0 || x$1 >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x$1] = _tmp$1));
			i = i + (1) >> 0;
		}
	};
	P224Element.ptr.prototype.Invert = function(x) {
		var e, s, s$1, s$2, s$3, s$4, s$5, s$6, s$7, s$8, t0, t1, t2, x, z;
		e = this;
		z = new P224Element.ptr(arrayType$2.zero()).Set(e);
		t0 = new P224Element.ptr(arrayType$2.zero());
		t1 = new P224Element.ptr(arrayType$2.zero());
		t2 = new P224Element.ptr(arrayType$2.zero());
		z.Square(x);
		t0.Mul(x, z);
		z.Square(t0);
		z.Mul(x, z);
		t1.Square(z);
		s = 1;
		while (true) {
			if (!(s < 3)) { break; }
			t1.Square(t1);
			s = s + (1) >> 0;
		}
		t1.Mul(z, t1);
		t2.Square(t1);
		s$1 = 1;
		while (true) {
			if (!(s$1 < 6)) { break; }
			t2.Square(t2);
			s$1 = s$1 + (1) >> 0;
		}
		t1.Mul(t1, t2);
		s$2 = 0;
		while (true) {
			if (!(s$2 < 2)) { break; }
			t1.Square(t1);
			s$2 = s$2 + (1) >> 0;
		}
		t0.Mul(t0, t1);
		t1.Square(t0);
		s$3 = 1;
		while (true) {
			if (!(s$3 < 3)) { break; }
			t1.Square(t1);
			s$3 = s$3 + (1) >> 0;
		}
		z.Mul(z, t1);
		t1.Square(z);
		s$4 = 1;
		while (true) {
			if (!(s$4 < 14)) { break; }
			t1.Square(t1);
			s$4 = s$4 + (1) >> 0;
		}
		t0.Mul(t0, t1);
		t1.Square(t0);
		s$5 = 1;
		while (true) {
			if (!(s$5 < 17)) { break; }
			t1.Square(t1);
			s$5 = s$5 + (1) >> 0;
		}
		z.Mul(z, t1);
		t1.Square(z);
		s$6 = 1;
		while (true) {
			if (!(s$6 < 48)) { break; }
			t1.Square(t1);
			s$6 = s$6 + (1) >> 0;
		}
		z.Mul(z, t1);
		t1.Square(z);
		s$7 = 1;
		while (true) {
			if (!(s$7 < 31)) { break; }
			t1.Square(t1);
			s$7 = s$7 + (1) >> 0;
		}
		t0.Mul(t0, t1);
		s$8 = 0;
		while (true) {
			if (!(s$8 < 97)) { break; }
			t0.Square(t0);
			s$8 = s$8 + (1) >> 0;
		}
		z.Mul(z, t0);
		return e.Set(z);
	};
	P224Element.prototype.Invert = function(x) { return this.$val.Invert(x); };
	p224CmovznzU64 = function(out1, arg1, arg2, arg3) {
		var arg1, arg2, arg3, out1, x, x$1, x$2, x1, x2;
		x1 = $mul64((new $Uint64(arg1.$high, arg1.$low)), new $Uint64(4294967295, 4294967295));
		x2 = (x = new $Uint64(x1.$high & arg3.$high, (x1.$low & arg3.$low) >>> 0), x$1 = (x$2 = new $Uint64(~x1.$high, ~x1.$low >>> 0), new $Uint64(x$2.$high & arg2.$high, (x$2.$low & arg2.$low) >>> 0)), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		out1.$set(x2);
	};
	p224Mul = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, arg1, arg2, out1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$8, x$9, x1, x10, x100, x101, x102, x103, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x177, x178, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x199, x2, x20, x200, x200$24ptr, x201, x201$24ptr, x202, x202$24ptr, x203, x203$24ptr, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[0];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x4, arg2[3]);
		x6 = _tuple[0];
		x5 = _tuple[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x4, arg2[2]);
		x8 = _tuple$1[0];
		x7 = _tuple$1[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x4, arg2[1]);
		x10 = _tuple$2[0];
		x9 = _tuple$2[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x4, arg2[0]);
		x12 = _tuple$3[0];
		x11 = _tuple$3[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(x12, x9, new $Uint64(0, 0));
		x13 = _tuple$4[0];
		x14 = _tuple$4[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(x10, x7, ((x = (new p224Uint1(x14.$high, x14.$low)), new $Uint64(x.$high, x.$low))));
		x15 = _tuple$5[0];
		x16 = _tuple$5[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x8, x5, ((x$1 = (new p224Uint1(x16.$high, x16.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x17 = _tuple$6[0];
		x18 = _tuple$6[1];
		x19 = (x$2 = ((x$3 = (new p224Uint1(x18.$high, x18.$low)), new $Uint64(x$3.$high, x$3.$low))), new $Uint64(x$2.$high + x6.$high, x$2.$low + x6.$low));
		x20 = new $Uint64(0, 0);
		_tuple$7 = bits.Mul64(x11, new $Uint64(4294967295, 4294967295));
		x20 = _tuple$7[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x20, new $Uint64(0, 4294967295));
		x23 = _tuple$8[0];
		x22 = _tuple$8[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$9 = bits.Mul64(x20, new $Uint64(4294967295, 4294967295));
		x25 = _tuple$9[0];
		x24 = _tuple$9[1];
		x26 = new $Uint64(0, 0);
		x27 = new $Uint64(0, 0);
		_tuple$10 = bits.Mul64(x20, new $Uint64(4294967295, 0));
		x27 = _tuple$10[0];
		x26 = _tuple$10[1];
		x28 = new $Uint64(0, 0);
		x29 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x27, x24, new $Uint64(0, 0));
		x28 = _tuple$11[0];
		x29 = _tuple$11[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x25, x22, ((x$4 = (new p224Uint1(x29.$high, x29.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x30 = _tuple$12[0];
		x31 = _tuple$12[1];
		x32 = (x$5 = ((x$6 = (new p224Uint1(x31.$high, x31.$low)), new $Uint64(x$6.$high, x$6.$low))), new $Uint64(x$5.$high + x23.$high, x$5.$low + x23.$low));
		x34 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x11, x20, new $Uint64(0, 0));
		x34 = _tuple$13[1];
		x35 = new $Uint64(0, 0);
		x36 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x13, x26, ((x$7 = (new p224Uint1(x34.$high, x34.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x35 = _tuple$14[0];
		x36 = _tuple$14[1];
		x37 = new $Uint64(0, 0);
		x38 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x15, x28, ((x$8 = (new p224Uint1(x36.$high, x36.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x37 = _tuple$15[0];
		x38 = _tuple$15[1];
		x39 = new $Uint64(0, 0);
		x40 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x17, x30, ((x$9 = (new p224Uint1(x38.$high, x38.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x39 = _tuple$16[0];
		x40 = _tuple$16[1];
		x41 = new $Uint64(0, 0);
		x42 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(x19, x32, ((x$10 = (new p224Uint1(x40.$high, x40.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x41 = _tuple$17[0];
		x42 = _tuple$17[1];
		x43 = new $Uint64(0, 0);
		x44 = new $Uint64(0, 0);
		_tuple$18 = bits.Mul64(x1, arg2[3]);
		x44 = _tuple$18[0];
		x43 = _tuple$18[1];
		x45 = new $Uint64(0, 0);
		x46 = new $Uint64(0, 0);
		_tuple$19 = bits.Mul64(x1, arg2[2]);
		x46 = _tuple$19[0];
		x45 = _tuple$19[1];
		x47 = new $Uint64(0, 0);
		x48 = new $Uint64(0, 0);
		_tuple$20 = bits.Mul64(x1, arg2[1]);
		x48 = _tuple$20[0];
		x47 = _tuple$20[1];
		x49 = new $Uint64(0, 0);
		x50 = new $Uint64(0, 0);
		_tuple$21 = bits.Mul64(x1, arg2[0]);
		x50 = _tuple$21[0];
		x49 = _tuple$21[1];
		x51 = new $Uint64(0, 0);
		x52 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(x50, x47, new $Uint64(0, 0));
		x51 = _tuple$22[0];
		x52 = _tuple$22[1];
		x53 = new $Uint64(0, 0);
		x54 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x48, x45, ((x$11 = (new p224Uint1(x52.$high, x52.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x53 = _tuple$23[0];
		x54 = _tuple$23[1];
		x55 = new $Uint64(0, 0);
		x56 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x46, x43, ((x$12 = (new p224Uint1(x54.$high, x54.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x55 = _tuple$24[0];
		x56 = _tuple$24[1];
		x57 = (x$13 = ((x$14 = (new p224Uint1(x56.$high, x56.$low)), new $Uint64(x$14.$high, x$14.$low))), new $Uint64(x$13.$high + x44.$high, x$13.$low + x44.$low));
		x58 = new $Uint64(0, 0);
		x59 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(x35, x49, new $Uint64(0, 0));
		x58 = _tuple$25[0];
		x59 = _tuple$25[1];
		x60 = new $Uint64(0, 0);
		x61 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x37, x51, ((x$15 = (new p224Uint1(x59.$high, x59.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x60 = _tuple$26[0];
		x61 = _tuple$26[1];
		x62 = new $Uint64(0, 0);
		x63 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(x39, x53, ((x$16 = (new p224Uint1(x61.$high, x61.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x62 = _tuple$27[0];
		x63 = _tuple$27[1];
		x64 = new $Uint64(0, 0);
		x65 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(x41, x55, ((x$17 = (new p224Uint1(x63.$high, x63.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x64 = _tuple$28[0];
		x65 = _tuple$28[1];
		x66 = new $Uint64(0, 0);
		x67 = new $Uint64(0, 0);
		_tuple$29 = bits.Add64(((x$18 = (new p224Uint1(x42.$high, x42.$low)), new $Uint64(x$18.$high, x$18.$low))), x57, ((x$19 = (new p224Uint1(x65.$high, x65.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x66 = _tuple$29[0];
		x67 = _tuple$29[1];
		x68 = new $Uint64(0, 0);
		_tuple$30 = bits.Mul64(x58, new $Uint64(4294967295, 4294967295));
		x68 = _tuple$30[1];
		x70 = new $Uint64(0, 0);
		x71 = new $Uint64(0, 0);
		_tuple$31 = bits.Mul64(x68, new $Uint64(0, 4294967295));
		x71 = _tuple$31[0];
		x70 = _tuple$31[1];
		x72 = new $Uint64(0, 0);
		x73 = new $Uint64(0, 0);
		_tuple$32 = bits.Mul64(x68, new $Uint64(4294967295, 4294967295));
		x73 = _tuple$32[0];
		x72 = _tuple$32[1];
		x74 = new $Uint64(0, 0);
		x75 = new $Uint64(0, 0);
		_tuple$33 = bits.Mul64(x68, new $Uint64(4294967295, 0));
		x75 = _tuple$33[0];
		x74 = _tuple$33[1];
		x76 = new $Uint64(0, 0);
		x77 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x75, x72, new $Uint64(0, 0));
		x76 = _tuple$34[0];
		x77 = _tuple$34[1];
		x78 = new $Uint64(0, 0);
		x79 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x73, x70, ((x$20 = (new p224Uint1(x77.$high, x77.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x78 = _tuple$35[0];
		x79 = _tuple$35[1];
		x80 = (x$21 = ((x$22 = (new p224Uint1(x79.$high, x79.$low)), new $Uint64(x$22.$high, x$22.$low))), new $Uint64(x$21.$high + x71.$high, x$21.$low + x71.$low));
		x82 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x58, x68, new $Uint64(0, 0));
		x82 = _tuple$36[1];
		x83 = new $Uint64(0, 0);
		x84 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x60, x74, ((x$23 = (new p224Uint1(x82.$high, x82.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x83 = _tuple$37[0];
		x84 = _tuple$37[1];
		x85 = new $Uint64(0, 0);
		x86 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x62, x76, ((x$24 = (new p224Uint1(x84.$high, x84.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x85 = _tuple$38[0];
		x86 = _tuple$38[1];
		x87 = new $Uint64(0, 0);
		x88 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x64, x78, ((x$25 = (new p224Uint1(x86.$high, x86.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x87 = _tuple$39[0];
		x88 = _tuple$39[1];
		x89 = new $Uint64(0, 0);
		x90 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x66, x80, ((x$26 = (new p224Uint1(x88.$high, x88.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x89 = _tuple$40[0];
		x90 = _tuple$40[1];
		x91 = (x$27 = ((x$28 = (new p224Uint1(x90.$high, x90.$low)), new $Uint64(x$28.$high, x$28.$low))), x$29 = ((x$30 = (new p224Uint1(x67.$high, x67.$low)), new $Uint64(x$30.$high, x$30.$low))), new $Uint64(x$27.$high + x$29.$high, x$27.$low + x$29.$low));
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$41 = bits.Mul64(x2, arg2[3]);
		x93 = _tuple$41[0];
		x92 = _tuple$41[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$42 = bits.Mul64(x2, arg2[2]);
		x95 = _tuple$42[0];
		x94 = _tuple$42[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$43 = bits.Mul64(x2, arg2[1]);
		x97 = _tuple$43[0];
		x96 = _tuple$43[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$44 = bits.Mul64(x2, arg2[0]);
		x99 = _tuple$44[0];
		x98 = _tuple$44[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x99, x96, new $Uint64(0, 0));
		x100 = _tuple$45[0];
		x101 = _tuple$45[1];
		x102 = new $Uint64(0, 0);
		x103 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x97, x94, ((x$31 = (new p224Uint1(x101.$high, x101.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x102 = _tuple$46[0];
		x103 = _tuple$46[1];
		x104 = new $Uint64(0, 0);
		x105 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(x95, x92, ((x$32 = (new p224Uint1(x103.$high, x103.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x104 = _tuple$47[0];
		x105 = _tuple$47[1];
		x106 = (x$33 = ((x$34 = (new p224Uint1(x105.$high, x105.$low)), new $Uint64(x$34.$high, x$34.$low))), new $Uint64(x$33.$high + x93.$high, x$33.$low + x93.$low));
		x107 = new $Uint64(0, 0);
		x108 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64(x83, x98, new $Uint64(0, 0));
		x107 = _tuple$48[0];
		x108 = _tuple$48[1];
		x109 = new $Uint64(0, 0);
		x110 = new $Uint64(0, 0);
		_tuple$49 = bits.Add64(x85, x100, ((x$35 = (new p224Uint1(x108.$high, x108.$low)), new $Uint64(x$35.$high, x$35.$low))));
		x109 = _tuple$49[0];
		x110 = _tuple$49[1];
		x111 = new $Uint64(0, 0);
		x112 = new $Uint64(0, 0);
		_tuple$50 = bits.Add64(x87, x102, ((x$36 = (new p224Uint1(x110.$high, x110.$low)), new $Uint64(x$36.$high, x$36.$low))));
		x111 = _tuple$50[0];
		x112 = _tuple$50[1];
		x113 = new $Uint64(0, 0);
		x114 = new $Uint64(0, 0);
		_tuple$51 = bits.Add64(x89, x104, ((x$37 = (new p224Uint1(x112.$high, x112.$low)), new $Uint64(x$37.$high, x$37.$low))));
		x113 = _tuple$51[0];
		x114 = _tuple$51[1];
		x115 = new $Uint64(0, 0);
		x116 = new $Uint64(0, 0);
		_tuple$52 = bits.Add64(x91, x106, ((x$38 = (new p224Uint1(x114.$high, x114.$low)), new $Uint64(x$38.$high, x$38.$low))));
		x115 = _tuple$52[0];
		x116 = _tuple$52[1];
		x117 = new $Uint64(0, 0);
		_tuple$53 = bits.Mul64(x107, new $Uint64(4294967295, 4294967295));
		x117 = _tuple$53[1];
		x119 = new $Uint64(0, 0);
		x120 = new $Uint64(0, 0);
		_tuple$54 = bits.Mul64(x117, new $Uint64(0, 4294967295));
		x120 = _tuple$54[0];
		x119 = _tuple$54[1];
		x121 = new $Uint64(0, 0);
		x122 = new $Uint64(0, 0);
		_tuple$55 = bits.Mul64(x117, new $Uint64(4294967295, 4294967295));
		x122 = _tuple$55[0];
		x121 = _tuple$55[1];
		x123 = new $Uint64(0, 0);
		x124 = new $Uint64(0, 0);
		_tuple$56 = bits.Mul64(x117, new $Uint64(4294967295, 0));
		x124 = _tuple$56[0];
		x123 = _tuple$56[1];
		x125 = new $Uint64(0, 0);
		x126 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x124, x121, new $Uint64(0, 0));
		x125 = _tuple$57[0];
		x126 = _tuple$57[1];
		x127 = new $Uint64(0, 0);
		x128 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x122, x119, ((x$39 = (new p224Uint1(x126.$high, x126.$low)), new $Uint64(x$39.$high, x$39.$low))));
		x127 = _tuple$58[0];
		x128 = _tuple$58[1];
		x129 = (x$40 = ((x$41 = (new p224Uint1(x128.$high, x128.$low)), new $Uint64(x$41.$high, x$41.$low))), new $Uint64(x$40.$high + x120.$high, x$40.$low + x120.$low));
		x131 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x107, x117, new $Uint64(0, 0));
		x131 = _tuple$59[1];
		x132 = new $Uint64(0, 0);
		x133 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x109, x123, ((x$42 = (new p224Uint1(x131.$high, x131.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x132 = _tuple$60[0];
		x133 = _tuple$60[1];
		x134 = new $Uint64(0, 0);
		x135 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x111, x125, ((x$43 = (new p224Uint1(x133.$high, x133.$low)), new $Uint64(x$43.$high, x$43.$low))));
		x134 = _tuple$61[0];
		x135 = _tuple$61[1];
		x136 = new $Uint64(0, 0);
		x137 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x113, x127, ((x$44 = (new p224Uint1(x135.$high, x135.$low)), new $Uint64(x$44.$high, x$44.$low))));
		x136 = _tuple$62[0];
		x137 = _tuple$62[1];
		x138 = new $Uint64(0, 0);
		x139 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x115, x129, ((x$45 = (new p224Uint1(x137.$high, x137.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x138 = _tuple$63[0];
		x139 = _tuple$63[1];
		x140 = (x$46 = ((x$47 = (new p224Uint1(x139.$high, x139.$low)), new $Uint64(x$47.$high, x$47.$low))), x$48 = ((x$49 = (new p224Uint1(x116.$high, x116.$low)), new $Uint64(x$49.$high, x$49.$low))), new $Uint64(x$46.$high + x$48.$high, x$46.$low + x$48.$low));
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$64 = bits.Mul64(x3, arg2[3]);
		x142 = _tuple$64[0];
		x141 = _tuple$64[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$65 = bits.Mul64(x3, arg2[2]);
		x144 = _tuple$65[0];
		x143 = _tuple$65[1];
		x145 = new $Uint64(0, 0);
		x146 = new $Uint64(0, 0);
		_tuple$66 = bits.Mul64(x3, arg2[1]);
		x146 = _tuple$66[0];
		x145 = _tuple$66[1];
		x147 = new $Uint64(0, 0);
		x148 = new $Uint64(0, 0);
		_tuple$67 = bits.Mul64(x3, arg2[0]);
		x148 = _tuple$67[0];
		x147 = _tuple$67[1];
		x149 = new $Uint64(0, 0);
		x150 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64(x148, x145, new $Uint64(0, 0));
		x149 = _tuple$68[0];
		x150 = _tuple$68[1];
		x151 = new $Uint64(0, 0);
		x152 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64(x146, x143, ((x$50 = (new p224Uint1(x150.$high, x150.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x151 = _tuple$69[0];
		x152 = _tuple$69[1];
		x153 = new $Uint64(0, 0);
		x154 = new $Uint64(0, 0);
		_tuple$70 = bits.Add64(x144, x141, ((x$51 = (new p224Uint1(x152.$high, x152.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x153 = _tuple$70[0];
		x154 = _tuple$70[1];
		x155 = (x$52 = ((x$53 = (new p224Uint1(x154.$high, x154.$low)), new $Uint64(x$53.$high, x$53.$low))), new $Uint64(x$52.$high + x142.$high, x$52.$low + x142.$low));
		x156 = new $Uint64(0, 0);
		x157 = new $Uint64(0, 0);
		_tuple$71 = bits.Add64(x132, x147, new $Uint64(0, 0));
		x156 = _tuple$71[0];
		x157 = _tuple$71[1];
		x158 = new $Uint64(0, 0);
		x159 = new $Uint64(0, 0);
		_tuple$72 = bits.Add64(x134, x149, ((x$54 = (new p224Uint1(x157.$high, x157.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x158 = _tuple$72[0];
		x159 = _tuple$72[1];
		x160 = new $Uint64(0, 0);
		x161 = new $Uint64(0, 0);
		_tuple$73 = bits.Add64(x136, x151, ((x$55 = (new p224Uint1(x159.$high, x159.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x160 = _tuple$73[0];
		x161 = _tuple$73[1];
		x162 = new $Uint64(0, 0);
		x163 = new $Uint64(0, 0);
		_tuple$74 = bits.Add64(x138, x153, ((x$56 = (new p224Uint1(x161.$high, x161.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x162 = _tuple$74[0];
		x163 = _tuple$74[1];
		x164 = new $Uint64(0, 0);
		x165 = new $Uint64(0, 0);
		_tuple$75 = bits.Add64(x140, x155, ((x$57 = (new p224Uint1(x163.$high, x163.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x164 = _tuple$75[0];
		x165 = _tuple$75[1];
		x166 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x156, new $Uint64(4294967295, 4294967295));
		x166 = _tuple$76[1];
		x168 = new $Uint64(0, 0);
		x169 = new $Uint64(0, 0);
		_tuple$77 = bits.Mul64(x166, new $Uint64(0, 4294967295));
		x169 = _tuple$77[0];
		x168 = _tuple$77[1];
		x170 = new $Uint64(0, 0);
		x171 = new $Uint64(0, 0);
		_tuple$78 = bits.Mul64(x166, new $Uint64(4294967295, 4294967295));
		x171 = _tuple$78[0];
		x170 = _tuple$78[1];
		x172 = new $Uint64(0, 0);
		x173 = new $Uint64(0, 0);
		_tuple$79 = bits.Mul64(x166, new $Uint64(4294967295, 0));
		x173 = _tuple$79[0];
		x172 = _tuple$79[1];
		x174 = new $Uint64(0, 0);
		x175 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x173, x170, new $Uint64(0, 0));
		x174 = _tuple$80[0];
		x175 = _tuple$80[1];
		x176 = new $Uint64(0, 0);
		x177 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x171, x168, ((x$58 = (new p224Uint1(x175.$high, x175.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x176 = _tuple$81[0];
		x177 = _tuple$81[1];
		x178 = (x$59 = ((x$60 = (new p224Uint1(x177.$high, x177.$low)), new $Uint64(x$60.$high, x$60.$low))), new $Uint64(x$59.$high + x169.$high, x$59.$low + x169.$low));
		x180 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x156, x166, new $Uint64(0, 0));
		x180 = _tuple$82[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x158, x172, ((x$61 = (new p224Uint1(x180.$high, x180.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x181 = _tuple$83[0];
		x182 = _tuple$83[1];
		x183 = new $Uint64(0, 0);
		x184 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x160, x174, ((x$62 = (new p224Uint1(x182.$high, x182.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x183 = _tuple$84[0];
		x184 = _tuple$84[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x162, x176, ((x$63 = (new p224Uint1(x184.$high, x184.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x185 = _tuple$85[0];
		x186 = _tuple$85[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x164, x178, ((x$64 = (new p224Uint1(x186.$high, x186.$low)), new $Uint64(x$64.$high, x$64.$low))));
		x187 = _tuple$86[0];
		x188 = _tuple$86[1];
		x189 = (x$65 = ((x$66 = (new p224Uint1(x188.$high, x188.$low)), new $Uint64(x$66.$high, x$66.$low))), x$67 = ((x$68 = (new p224Uint1(x165.$high, x165.$low)), new $Uint64(x$68.$high, x$68.$low))), new $Uint64(x$65.$high + x$67.$high, x$65.$low + x$67.$low));
		x190 = new $Uint64(0, 0);
		x191 = new $Uint64(0, 0);
		_tuple$87 = bits.Sub64(x181, new $Uint64(0, 1), new $Uint64(0, 0));
		x190 = _tuple$87[0];
		x191 = _tuple$87[1];
		x192 = new $Uint64(0, 0);
		x193 = new $Uint64(0, 0);
		_tuple$88 = bits.Sub64(x183, new $Uint64(4294967295, 0), ((x$69 = (new p224Uint1(x191.$high, x191.$low)), new $Uint64(x$69.$high, x$69.$low))));
		x192 = _tuple$88[0];
		x193 = _tuple$88[1];
		x194 = new $Uint64(0, 0);
		x195 = new $Uint64(0, 0);
		_tuple$89 = bits.Sub64(x185, new $Uint64(4294967295, 4294967295), ((x$70 = (new p224Uint1(x193.$high, x193.$low)), new $Uint64(x$70.$high, x$70.$low))));
		x194 = _tuple$89[0];
		x195 = _tuple$89[1];
		x196 = new $Uint64(0, 0);
		x197 = new $Uint64(0, 0);
		_tuple$90 = bits.Sub64(x187, new $Uint64(0, 4294967295), ((x$71 = (new p224Uint1(x195.$high, x195.$low)), new $Uint64(x$71.$high, x$71.$low))));
		x196 = _tuple$90[0];
		x197 = _tuple$90[1];
		x199 = new $Uint64(0, 0);
		_tuple$91 = bits.Sub64(x189, new $Uint64(0, 0), ((x$72 = (new p224Uint1(x197.$high, x197.$low)), new $Uint64(x$72.$high, x$72.$low))));
		x199 = _tuple$91[1];
		x200 = new $Uint64(0, 0);
		p224CmovznzU64((x200$24ptr || (x200$24ptr = new ptrType(function() { return x200; }, function($v) { x200 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x190, x181);
		x201 = new $Uint64(0, 0);
		p224CmovznzU64((x201$24ptr || (x201$24ptr = new ptrType(function() { return x201; }, function($v) { x201 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x192, x183);
		x202 = new $Uint64(0, 0);
		p224CmovznzU64((x202$24ptr || (x202$24ptr = new ptrType(function() { return x202; }, function($v) { x202 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x194, x185);
		x203 = new $Uint64(0, 0);
		p224CmovznzU64((x203$24ptr || (x203$24ptr = new ptrType(function() { return x203; }, function($v) { x203 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x196, x187);
		out1.nilCheck, out1[0] = x200;
		out1.nilCheck, out1[1] = x201;
		out1.nilCheck, out1[2] = x202;
		out1.nilCheck, out1[3] = x203;
	};
	p224Square = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$85, _tuple$86, _tuple$87, _tuple$88, _tuple$89, _tuple$9, _tuple$90, _tuple$91, arg1, out1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$8, x$9, x1, x10, x100, x101, x102, x103, x104, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x115, x116, x117, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x146, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x157, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x168, x169, x17, x170, x171, x172, x173, x174, x175, x176, x177, x178, x18, x180, x181, x182, x183, x184, x185, x186, x187, x188, x189, x19, x190, x191, x192, x193, x194, x195, x196, x197, x199, x2, x20, x200, x200$24ptr, x201, x201$24ptr, x202, x202$24ptr, x203, x203$24ptr, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x66, x67, x68, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[0];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x4, arg1[3]);
		x6 = _tuple[0];
		x5 = _tuple[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x4, arg1[2]);
		x8 = _tuple$1[0];
		x7 = _tuple$1[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x4, arg1[1]);
		x10 = _tuple$2[0];
		x9 = _tuple$2[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x4, arg1[0]);
		x12 = _tuple$3[0];
		x11 = _tuple$3[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(x12, x9, new $Uint64(0, 0));
		x13 = _tuple$4[0];
		x14 = _tuple$4[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(x10, x7, ((x = (new p224Uint1(x14.$high, x14.$low)), new $Uint64(x.$high, x.$low))));
		x15 = _tuple$5[0];
		x16 = _tuple$5[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x8, x5, ((x$1 = (new p224Uint1(x16.$high, x16.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x17 = _tuple$6[0];
		x18 = _tuple$6[1];
		x19 = (x$2 = ((x$3 = (new p224Uint1(x18.$high, x18.$low)), new $Uint64(x$3.$high, x$3.$low))), new $Uint64(x$2.$high + x6.$high, x$2.$low + x6.$low));
		x20 = new $Uint64(0, 0);
		_tuple$7 = bits.Mul64(x11, new $Uint64(4294967295, 4294967295));
		x20 = _tuple$7[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x20, new $Uint64(0, 4294967295));
		x23 = _tuple$8[0];
		x22 = _tuple$8[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$9 = bits.Mul64(x20, new $Uint64(4294967295, 4294967295));
		x25 = _tuple$9[0];
		x24 = _tuple$9[1];
		x26 = new $Uint64(0, 0);
		x27 = new $Uint64(0, 0);
		_tuple$10 = bits.Mul64(x20, new $Uint64(4294967295, 0));
		x27 = _tuple$10[0];
		x26 = _tuple$10[1];
		x28 = new $Uint64(0, 0);
		x29 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x27, x24, new $Uint64(0, 0));
		x28 = _tuple$11[0];
		x29 = _tuple$11[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x25, x22, ((x$4 = (new p224Uint1(x29.$high, x29.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x30 = _tuple$12[0];
		x31 = _tuple$12[1];
		x32 = (x$5 = ((x$6 = (new p224Uint1(x31.$high, x31.$low)), new $Uint64(x$6.$high, x$6.$low))), new $Uint64(x$5.$high + x23.$high, x$5.$low + x23.$low));
		x34 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x11, x20, new $Uint64(0, 0));
		x34 = _tuple$13[1];
		x35 = new $Uint64(0, 0);
		x36 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x13, x26, ((x$7 = (new p224Uint1(x34.$high, x34.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x35 = _tuple$14[0];
		x36 = _tuple$14[1];
		x37 = new $Uint64(0, 0);
		x38 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x15, x28, ((x$8 = (new p224Uint1(x36.$high, x36.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x37 = _tuple$15[0];
		x38 = _tuple$15[1];
		x39 = new $Uint64(0, 0);
		x40 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x17, x30, ((x$9 = (new p224Uint1(x38.$high, x38.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x39 = _tuple$16[0];
		x40 = _tuple$16[1];
		x41 = new $Uint64(0, 0);
		x42 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(x19, x32, ((x$10 = (new p224Uint1(x40.$high, x40.$low)), new $Uint64(x$10.$high, x$10.$low))));
		x41 = _tuple$17[0];
		x42 = _tuple$17[1];
		x43 = new $Uint64(0, 0);
		x44 = new $Uint64(0, 0);
		_tuple$18 = bits.Mul64(x1, arg1[3]);
		x44 = _tuple$18[0];
		x43 = _tuple$18[1];
		x45 = new $Uint64(0, 0);
		x46 = new $Uint64(0, 0);
		_tuple$19 = bits.Mul64(x1, arg1[2]);
		x46 = _tuple$19[0];
		x45 = _tuple$19[1];
		x47 = new $Uint64(0, 0);
		x48 = new $Uint64(0, 0);
		_tuple$20 = bits.Mul64(x1, arg1[1]);
		x48 = _tuple$20[0];
		x47 = _tuple$20[1];
		x49 = new $Uint64(0, 0);
		x50 = new $Uint64(0, 0);
		_tuple$21 = bits.Mul64(x1, arg1[0]);
		x50 = _tuple$21[0];
		x49 = _tuple$21[1];
		x51 = new $Uint64(0, 0);
		x52 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(x50, x47, new $Uint64(0, 0));
		x51 = _tuple$22[0];
		x52 = _tuple$22[1];
		x53 = new $Uint64(0, 0);
		x54 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x48, x45, ((x$11 = (new p224Uint1(x52.$high, x52.$low)), new $Uint64(x$11.$high, x$11.$low))));
		x53 = _tuple$23[0];
		x54 = _tuple$23[1];
		x55 = new $Uint64(0, 0);
		x56 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x46, x43, ((x$12 = (new p224Uint1(x54.$high, x54.$low)), new $Uint64(x$12.$high, x$12.$low))));
		x55 = _tuple$24[0];
		x56 = _tuple$24[1];
		x57 = (x$13 = ((x$14 = (new p224Uint1(x56.$high, x56.$low)), new $Uint64(x$14.$high, x$14.$low))), new $Uint64(x$13.$high + x44.$high, x$13.$low + x44.$low));
		x58 = new $Uint64(0, 0);
		x59 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(x35, x49, new $Uint64(0, 0));
		x58 = _tuple$25[0];
		x59 = _tuple$25[1];
		x60 = new $Uint64(0, 0);
		x61 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x37, x51, ((x$15 = (new p224Uint1(x59.$high, x59.$low)), new $Uint64(x$15.$high, x$15.$low))));
		x60 = _tuple$26[0];
		x61 = _tuple$26[1];
		x62 = new $Uint64(0, 0);
		x63 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64(x39, x53, ((x$16 = (new p224Uint1(x61.$high, x61.$low)), new $Uint64(x$16.$high, x$16.$low))));
		x62 = _tuple$27[0];
		x63 = _tuple$27[1];
		x64 = new $Uint64(0, 0);
		x65 = new $Uint64(0, 0);
		_tuple$28 = bits.Add64(x41, x55, ((x$17 = (new p224Uint1(x63.$high, x63.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x64 = _tuple$28[0];
		x65 = _tuple$28[1];
		x66 = new $Uint64(0, 0);
		x67 = new $Uint64(0, 0);
		_tuple$29 = bits.Add64(((x$18 = (new p224Uint1(x42.$high, x42.$low)), new $Uint64(x$18.$high, x$18.$low))), x57, ((x$19 = (new p224Uint1(x65.$high, x65.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x66 = _tuple$29[0];
		x67 = _tuple$29[1];
		x68 = new $Uint64(0, 0);
		_tuple$30 = bits.Mul64(x58, new $Uint64(4294967295, 4294967295));
		x68 = _tuple$30[1];
		x70 = new $Uint64(0, 0);
		x71 = new $Uint64(0, 0);
		_tuple$31 = bits.Mul64(x68, new $Uint64(0, 4294967295));
		x71 = _tuple$31[0];
		x70 = _tuple$31[1];
		x72 = new $Uint64(0, 0);
		x73 = new $Uint64(0, 0);
		_tuple$32 = bits.Mul64(x68, new $Uint64(4294967295, 4294967295));
		x73 = _tuple$32[0];
		x72 = _tuple$32[1];
		x74 = new $Uint64(0, 0);
		x75 = new $Uint64(0, 0);
		_tuple$33 = bits.Mul64(x68, new $Uint64(4294967295, 0));
		x75 = _tuple$33[0];
		x74 = _tuple$33[1];
		x76 = new $Uint64(0, 0);
		x77 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x75, x72, new $Uint64(0, 0));
		x76 = _tuple$34[0];
		x77 = _tuple$34[1];
		x78 = new $Uint64(0, 0);
		x79 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x73, x70, ((x$20 = (new p224Uint1(x77.$high, x77.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x78 = _tuple$35[0];
		x79 = _tuple$35[1];
		x80 = (x$21 = ((x$22 = (new p224Uint1(x79.$high, x79.$low)), new $Uint64(x$22.$high, x$22.$low))), new $Uint64(x$21.$high + x71.$high, x$21.$low + x71.$low));
		x82 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x58, x68, new $Uint64(0, 0));
		x82 = _tuple$36[1];
		x83 = new $Uint64(0, 0);
		x84 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x60, x74, ((x$23 = (new p224Uint1(x82.$high, x82.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x83 = _tuple$37[0];
		x84 = _tuple$37[1];
		x85 = new $Uint64(0, 0);
		x86 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x62, x76, ((x$24 = (new p224Uint1(x84.$high, x84.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x85 = _tuple$38[0];
		x86 = _tuple$38[1];
		x87 = new $Uint64(0, 0);
		x88 = new $Uint64(0, 0);
		_tuple$39 = bits.Add64(x64, x78, ((x$25 = (new p224Uint1(x86.$high, x86.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x87 = _tuple$39[0];
		x88 = _tuple$39[1];
		x89 = new $Uint64(0, 0);
		x90 = new $Uint64(0, 0);
		_tuple$40 = bits.Add64(x66, x80, ((x$26 = (new p224Uint1(x88.$high, x88.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x89 = _tuple$40[0];
		x90 = _tuple$40[1];
		x91 = (x$27 = ((x$28 = (new p224Uint1(x90.$high, x90.$low)), new $Uint64(x$28.$high, x$28.$low))), x$29 = ((x$30 = (new p224Uint1(x67.$high, x67.$low)), new $Uint64(x$30.$high, x$30.$low))), new $Uint64(x$27.$high + x$29.$high, x$27.$low + x$29.$low));
		x92 = new $Uint64(0, 0);
		x93 = new $Uint64(0, 0);
		_tuple$41 = bits.Mul64(x2, arg1[3]);
		x93 = _tuple$41[0];
		x92 = _tuple$41[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$42 = bits.Mul64(x2, arg1[2]);
		x95 = _tuple$42[0];
		x94 = _tuple$42[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$43 = bits.Mul64(x2, arg1[1]);
		x97 = _tuple$43[0];
		x96 = _tuple$43[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$44 = bits.Mul64(x2, arg1[0]);
		x99 = _tuple$44[0];
		x98 = _tuple$44[1];
		x100 = new $Uint64(0, 0);
		x101 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x99, x96, new $Uint64(0, 0));
		x100 = _tuple$45[0];
		x101 = _tuple$45[1];
		x102 = new $Uint64(0, 0);
		x103 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x97, x94, ((x$31 = (new p224Uint1(x101.$high, x101.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x102 = _tuple$46[0];
		x103 = _tuple$46[1];
		x104 = new $Uint64(0, 0);
		x105 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(x95, x92, ((x$32 = (new p224Uint1(x103.$high, x103.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x104 = _tuple$47[0];
		x105 = _tuple$47[1];
		x106 = (x$33 = ((x$34 = (new p224Uint1(x105.$high, x105.$low)), new $Uint64(x$34.$high, x$34.$low))), new $Uint64(x$33.$high + x93.$high, x$33.$low + x93.$low));
		x107 = new $Uint64(0, 0);
		x108 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64(x83, x98, new $Uint64(0, 0));
		x107 = _tuple$48[0];
		x108 = _tuple$48[1];
		x109 = new $Uint64(0, 0);
		x110 = new $Uint64(0, 0);
		_tuple$49 = bits.Add64(x85, x100, ((x$35 = (new p224Uint1(x108.$high, x108.$low)), new $Uint64(x$35.$high, x$35.$low))));
		x109 = _tuple$49[0];
		x110 = _tuple$49[1];
		x111 = new $Uint64(0, 0);
		x112 = new $Uint64(0, 0);
		_tuple$50 = bits.Add64(x87, x102, ((x$36 = (new p224Uint1(x110.$high, x110.$low)), new $Uint64(x$36.$high, x$36.$low))));
		x111 = _tuple$50[0];
		x112 = _tuple$50[1];
		x113 = new $Uint64(0, 0);
		x114 = new $Uint64(0, 0);
		_tuple$51 = bits.Add64(x89, x104, ((x$37 = (new p224Uint1(x112.$high, x112.$low)), new $Uint64(x$37.$high, x$37.$low))));
		x113 = _tuple$51[0];
		x114 = _tuple$51[1];
		x115 = new $Uint64(0, 0);
		x116 = new $Uint64(0, 0);
		_tuple$52 = bits.Add64(x91, x106, ((x$38 = (new p224Uint1(x114.$high, x114.$low)), new $Uint64(x$38.$high, x$38.$low))));
		x115 = _tuple$52[0];
		x116 = _tuple$52[1];
		x117 = new $Uint64(0, 0);
		_tuple$53 = bits.Mul64(x107, new $Uint64(4294967295, 4294967295));
		x117 = _tuple$53[1];
		x119 = new $Uint64(0, 0);
		x120 = new $Uint64(0, 0);
		_tuple$54 = bits.Mul64(x117, new $Uint64(0, 4294967295));
		x120 = _tuple$54[0];
		x119 = _tuple$54[1];
		x121 = new $Uint64(0, 0);
		x122 = new $Uint64(0, 0);
		_tuple$55 = bits.Mul64(x117, new $Uint64(4294967295, 4294967295));
		x122 = _tuple$55[0];
		x121 = _tuple$55[1];
		x123 = new $Uint64(0, 0);
		x124 = new $Uint64(0, 0);
		_tuple$56 = bits.Mul64(x117, new $Uint64(4294967295, 0));
		x124 = _tuple$56[0];
		x123 = _tuple$56[1];
		x125 = new $Uint64(0, 0);
		x126 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x124, x121, new $Uint64(0, 0));
		x125 = _tuple$57[0];
		x126 = _tuple$57[1];
		x127 = new $Uint64(0, 0);
		x128 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x122, x119, ((x$39 = (new p224Uint1(x126.$high, x126.$low)), new $Uint64(x$39.$high, x$39.$low))));
		x127 = _tuple$58[0];
		x128 = _tuple$58[1];
		x129 = (x$40 = ((x$41 = (new p224Uint1(x128.$high, x128.$low)), new $Uint64(x$41.$high, x$41.$low))), new $Uint64(x$40.$high + x120.$high, x$40.$low + x120.$low));
		x131 = new $Uint64(0, 0);
		_tuple$59 = bits.Add64(x107, x117, new $Uint64(0, 0));
		x131 = _tuple$59[1];
		x132 = new $Uint64(0, 0);
		x133 = new $Uint64(0, 0);
		_tuple$60 = bits.Add64(x109, x123, ((x$42 = (new p224Uint1(x131.$high, x131.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x132 = _tuple$60[0];
		x133 = _tuple$60[1];
		x134 = new $Uint64(0, 0);
		x135 = new $Uint64(0, 0);
		_tuple$61 = bits.Add64(x111, x125, ((x$43 = (new p224Uint1(x133.$high, x133.$low)), new $Uint64(x$43.$high, x$43.$low))));
		x134 = _tuple$61[0];
		x135 = _tuple$61[1];
		x136 = new $Uint64(0, 0);
		x137 = new $Uint64(0, 0);
		_tuple$62 = bits.Add64(x113, x127, ((x$44 = (new p224Uint1(x135.$high, x135.$low)), new $Uint64(x$44.$high, x$44.$low))));
		x136 = _tuple$62[0];
		x137 = _tuple$62[1];
		x138 = new $Uint64(0, 0);
		x139 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x115, x129, ((x$45 = (new p224Uint1(x137.$high, x137.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x138 = _tuple$63[0];
		x139 = _tuple$63[1];
		x140 = (x$46 = ((x$47 = (new p224Uint1(x139.$high, x139.$low)), new $Uint64(x$47.$high, x$47.$low))), x$48 = ((x$49 = (new p224Uint1(x116.$high, x116.$low)), new $Uint64(x$49.$high, x$49.$low))), new $Uint64(x$46.$high + x$48.$high, x$46.$low + x$48.$low));
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$64 = bits.Mul64(x3, arg1[3]);
		x142 = _tuple$64[0];
		x141 = _tuple$64[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$65 = bits.Mul64(x3, arg1[2]);
		x144 = _tuple$65[0];
		x143 = _tuple$65[1];
		x145 = new $Uint64(0, 0);
		x146 = new $Uint64(0, 0);
		_tuple$66 = bits.Mul64(x3, arg1[1]);
		x146 = _tuple$66[0];
		x145 = _tuple$66[1];
		x147 = new $Uint64(0, 0);
		x148 = new $Uint64(0, 0);
		_tuple$67 = bits.Mul64(x3, arg1[0]);
		x148 = _tuple$67[0];
		x147 = _tuple$67[1];
		x149 = new $Uint64(0, 0);
		x150 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64(x148, x145, new $Uint64(0, 0));
		x149 = _tuple$68[0];
		x150 = _tuple$68[1];
		x151 = new $Uint64(0, 0);
		x152 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64(x146, x143, ((x$50 = (new p224Uint1(x150.$high, x150.$low)), new $Uint64(x$50.$high, x$50.$low))));
		x151 = _tuple$69[0];
		x152 = _tuple$69[1];
		x153 = new $Uint64(0, 0);
		x154 = new $Uint64(0, 0);
		_tuple$70 = bits.Add64(x144, x141, ((x$51 = (new p224Uint1(x152.$high, x152.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x153 = _tuple$70[0];
		x154 = _tuple$70[1];
		x155 = (x$52 = ((x$53 = (new p224Uint1(x154.$high, x154.$low)), new $Uint64(x$53.$high, x$53.$low))), new $Uint64(x$52.$high + x142.$high, x$52.$low + x142.$low));
		x156 = new $Uint64(0, 0);
		x157 = new $Uint64(0, 0);
		_tuple$71 = bits.Add64(x132, x147, new $Uint64(0, 0));
		x156 = _tuple$71[0];
		x157 = _tuple$71[1];
		x158 = new $Uint64(0, 0);
		x159 = new $Uint64(0, 0);
		_tuple$72 = bits.Add64(x134, x149, ((x$54 = (new p224Uint1(x157.$high, x157.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x158 = _tuple$72[0];
		x159 = _tuple$72[1];
		x160 = new $Uint64(0, 0);
		x161 = new $Uint64(0, 0);
		_tuple$73 = bits.Add64(x136, x151, ((x$55 = (new p224Uint1(x159.$high, x159.$low)), new $Uint64(x$55.$high, x$55.$low))));
		x160 = _tuple$73[0];
		x161 = _tuple$73[1];
		x162 = new $Uint64(0, 0);
		x163 = new $Uint64(0, 0);
		_tuple$74 = bits.Add64(x138, x153, ((x$56 = (new p224Uint1(x161.$high, x161.$low)), new $Uint64(x$56.$high, x$56.$low))));
		x162 = _tuple$74[0];
		x163 = _tuple$74[1];
		x164 = new $Uint64(0, 0);
		x165 = new $Uint64(0, 0);
		_tuple$75 = bits.Add64(x140, x155, ((x$57 = (new p224Uint1(x163.$high, x163.$low)), new $Uint64(x$57.$high, x$57.$low))));
		x164 = _tuple$75[0];
		x165 = _tuple$75[1];
		x166 = new $Uint64(0, 0);
		_tuple$76 = bits.Mul64(x156, new $Uint64(4294967295, 4294967295));
		x166 = _tuple$76[1];
		x168 = new $Uint64(0, 0);
		x169 = new $Uint64(0, 0);
		_tuple$77 = bits.Mul64(x166, new $Uint64(0, 4294967295));
		x169 = _tuple$77[0];
		x168 = _tuple$77[1];
		x170 = new $Uint64(0, 0);
		x171 = new $Uint64(0, 0);
		_tuple$78 = bits.Mul64(x166, new $Uint64(4294967295, 4294967295));
		x171 = _tuple$78[0];
		x170 = _tuple$78[1];
		x172 = new $Uint64(0, 0);
		x173 = new $Uint64(0, 0);
		_tuple$79 = bits.Mul64(x166, new $Uint64(4294967295, 0));
		x173 = _tuple$79[0];
		x172 = _tuple$79[1];
		x174 = new $Uint64(0, 0);
		x175 = new $Uint64(0, 0);
		_tuple$80 = bits.Add64(x173, x170, new $Uint64(0, 0));
		x174 = _tuple$80[0];
		x175 = _tuple$80[1];
		x176 = new $Uint64(0, 0);
		x177 = new $Uint64(0, 0);
		_tuple$81 = bits.Add64(x171, x168, ((x$58 = (new p224Uint1(x175.$high, x175.$low)), new $Uint64(x$58.$high, x$58.$low))));
		x176 = _tuple$81[0];
		x177 = _tuple$81[1];
		x178 = (x$59 = ((x$60 = (new p224Uint1(x177.$high, x177.$low)), new $Uint64(x$60.$high, x$60.$low))), new $Uint64(x$59.$high + x169.$high, x$59.$low + x169.$low));
		x180 = new $Uint64(0, 0);
		_tuple$82 = bits.Add64(x156, x166, new $Uint64(0, 0));
		x180 = _tuple$82[1];
		x181 = new $Uint64(0, 0);
		x182 = new $Uint64(0, 0);
		_tuple$83 = bits.Add64(x158, x172, ((x$61 = (new p224Uint1(x180.$high, x180.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x181 = _tuple$83[0];
		x182 = _tuple$83[1];
		x183 = new $Uint64(0, 0);
		x184 = new $Uint64(0, 0);
		_tuple$84 = bits.Add64(x160, x174, ((x$62 = (new p224Uint1(x182.$high, x182.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x183 = _tuple$84[0];
		x184 = _tuple$84[1];
		x185 = new $Uint64(0, 0);
		x186 = new $Uint64(0, 0);
		_tuple$85 = bits.Add64(x162, x176, ((x$63 = (new p224Uint1(x184.$high, x184.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x185 = _tuple$85[0];
		x186 = _tuple$85[1];
		x187 = new $Uint64(0, 0);
		x188 = new $Uint64(0, 0);
		_tuple$86 = bits.Add64(x164, x178, ((x$64 = (new p224Uint1(x186.$high, x186.$low)), new $Uint64(x$64.$high, x$64.$low))));
		x187 = _tuple$86[0];
		x188 = _tuple$86[1];
		x189 = (x$65 = ((x$66 = (new p224Uint1(x188.$high, x188.$low)), new $Uint64(x$66.$high, x$66.$low))), x$67 = ((x$68 = (new p224Uint1(x165.$high, x165.$low)), new $Uint64(x$68.$high, x$68.$low))), new $Uint64(x$65.$high + x$67.$high, x$65.$low + x$67.$low));
		x190 = new $Uint64(0, 0);
		x191 = new $Uint64(0, 0);
		_tuple$87 = bits.Sub64(x181, new $Uint64(0, 1), new $Uint64(0, 0));
		x190 = _tuple$87[0];
		x191 = _tuple$87[1];
		x192 = new $Uint64(0, 0);
		x193 = new $Uint64(0, 0);
		_tuple$88 = bits.Sub64(x183, new $Uint64(4294967295, 0), ((x$69 = (new p224Uint1(x191.$high, x191.$low)), new $Uint64(x$69.$high, x$69.$low))));
		x192 = _tuple$88[0];
		x193 = _tuple$88[1];
		x194 = new $Uint64(0, 0);
		x195 = new $Uint64(0, 0);
		_tuple$89 = bits.Sub64(x185, new $Uint64(4294967295, 4294967295), ((x$70 = (new p224Uint1(x193.$high, x193.$low)), new $Uint64(x$70.$high, x$70.$low))));
		x194 = _tuple$89[0];
		x195 = _tuple$89[1];
		x196 = new $Uint64(0, 0);
		x197 = new $Uint64(0, 0);
		_tuple$90 = bits.Sub64(x187, new $Uint64(0, 4294967295), ((x$71 = (new p224Uint1(x195.$high, x195.$low)), new $Uint64(x$71.$high, x$71.$low))));
		x196 = _tuple$90[0];
		x197 = _tuple$90[1];
		x199 = new $Uint64(0, 0);
		_tuple$91 = bits.Sub64(x189, new $Uint64(0, 0), ((x$72 = (new p224Uint1(x197.$high, x197.$low)), new $Uint64(x$72.$high, x$72.$low))));
		x199 = _tuple$91[1];
		x200 = new $Uint64(0, 0);
		p224CmovznzU64((x200$24ptr || (x200$24ptr = new ptrType(function() { return x200; }, function($v) { x200 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x190, x181);
		x201 = new $Uint64(0, 0);
		p224CmovznzU64((x201$24ptr || (x201$24ptr = new ptrType(function() { return x201; }, function($v) { x201 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x192, x183);
		x202 = new $Uint64(0, 0);
		p224CmovznzU64((x202$24ptr || (x202$24ptr = new ptrType(function() { return x202; }, function($v) { x202 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x194, x185);
		x203 = new $Uint64(0, 0);
		p224CmovznzU64((x203$24ptr || (x203$24ptr = new ptrType(function() { return x203; }, function($v) { x203 = $v; }))), (new p224Uint1(x199.$high, x199.$low)), x196, x187);
		out1.nilCheck, out1[0] = x200;
		out1.nilCheck, out1[1] = x201;
		out1.nilCheck, out1[2] = x202;
		out1.nilCheck, out1[3] = x203;
	};
	p224Add = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, arg1, arg2, out1, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x1, x10, x11, x12, x13, x14, x15, x16, x18, x19, x19$24ptr, x2, x20, x20$24ptr, x21, x21$24ptr, x22, x22$24ptr, x3, x4, x5, x6, x7, x8, x9;
		x1 = new $Uint64(0, 0);
		x2 = new $Uint64(0, 0);
		_tuple = bits.Add64(arg1[0], arg2[0], new $Uint64(0, 0));
		x1 = _tuple[0];
		x2 = _tuple[1];
		x3 = new $Uint64(0, 0);
		x4 = new $Uint64(0, 0);
		_tuple$1 = bits.Add64(arg1[1], arg2[1], ((x = (new p224Uint1(x2.$high, x2.$low)), new $Uint64(x.$high, x.$low))));
		x3 = _tuple$1[0];
		x4 = _tuple$1[1];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple$2 = bits.Add64(arg1[2], arg2[2], ((x$1 = (new p224Uint1(x4.$high, x4.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x5 = _tuple$2[0];
		x6 = _tuple$2[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$3 = bits.Add64(arg1[3], arg2[3], ((x$2 = (new p224Uint1(x6.$high, x6.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x7 = _tuple$3[0];
		x8 = _tuple$3[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$4 = bits.Sub64(x1, new $Uint64(0, 1), new $Uint64(0, 0));
		x9 = _tuple$4[0];
		x10 = _tuple$4[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$5 = bits.Sub64(x3, new $Uint64(4294967295, 0), ((x$3 = (new p224Uint1(x10.$high, x10.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x11 = _tuple$5[0];
		x12 = _tuple$5[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$6 = bits.Sub64(x5, new $Uint64(4294967295, 4294967295), ((x$4 = (new p224Uint1(x12.$high, x12.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x13 = _tuple$6[0];
		x14 = _tuple$6[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$7 = bits.Sub64(x7, new $Uint64(0, 4294967295), ((x$5 = (new p224Uint1(x14.$high, x14.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x15 = _tuple$7[0];
		x16 = _tuple$7[1];
		x18 = new $Uint64(0, 0);
		_tuple$8 = bits.Sub64(((x$6 = (new p224Uint1(x8.$high, x8.$low)), new $Uint64(x$6.$high, x$6.$low))), new $Uint64(0, 0), ((x$7 = (new p224Uint1(x16.$high, x16.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x18 = _tuple$8[1];
		x19 = new $Uint64(0, 0);
		p224CmovznzU64((x19$24ptr || (x19$24ptr = new ptrType(function() { return x19; }, function($v) { x19 = $v; }))), (new p224Uint1(x18.$high, x18.$low)), x9, x1);
		x20 = new $Uint64(0, 0);
		p224CmovznzU64((x20$24ptr || (x20$24ptr = new ptrType(function() { return x20; }, function($v) { x20 = $v; }))), (new p224Uint1(x18.$high, x18.$low)), x11, x3);
		x21 = new $Uint64(0, 0);
		p224CmovznzU64((x21$24ptr || (x21$24ptr = new ptrType(function() { return x21; }, function($v) { x21 = $v; }))), (new p224Uint1(x18.$high, x18.$low)), x13, x5);
		x22 = new $Uint64(0, 0);
		p224CmovznzU64((x22$24ptr || (x22$24ptr = new ptrType(function() { return x22; }, function($v) { x22 = $v; }))), (new p224Uint1(x18.$high, x18.$low)), x15, x7);
		out1.nilCheck, out1[0] = x19;
		out1.nilCheck, out1[1] = x20;
		out1.nilCheck, out1[2] = x21;
		out1.nilCheck, out1[3] = x22;
	};
	p224Sub = function(out1, arg1, arg2) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, arg1, arg2, out1, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x1, x10, x11, x12, x13, x14, x15, x16, x2, x3, x4, x5, x6, x7, x8, x9, x9$24ptr;
		x1 = new $Uint64(0, 0);
		x2 = new $Uint64(0, 0);
		_tuple = bits.Sub64(arg1[0], arg2[0], new $Uint64(0, 0));
		x1 = _tuple[0];
		x2 = _tuple[1];
		x3 = new $Uint64(0, 0);
		x4 = new $Uint64(0, 0);
		_tuple$1 = bits.Sub64(arg1[1], arg2[1], ((x = (new p224Uint1(x2.$high, x2.$low)), new $Uint64(x.$high, x.$low))));
		x3 = _tuple$1[0];
		x4 = _tuple$1[1];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple$2 = bits.Sub64(arg1[2], arg2[2], ((x$1 = (new p224Uint1(x4.$high, x4.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x5 = _tuple$2[0];
		x6 = _tuple$2[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$3 = bits.Sub64(arg1[3], arg2[3], ((x$2 = (new p224Uint1(x6.$high, x6.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x7 = _tuple$3[0];
		x8 = _tuple$3[1];
		x9 = new $Uint64(0, 0);
		p224CmovznzU64((x9$24ptr || (x9$24ptr = new ptrType(function() { return x9; }, function($v) { x9 = $v; }))), (new p224Uint1(x8.$high, x8.$low)), new $Uint64(0, 0), new $Uint64(4294967295, 4294967295));
		x10 = new $Uint64(0, 0);
		x11 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(x1, ((x$3 = (x$4 = (new p224Uint1(x9.$high, x9.$low)), new p224Uint1(x$4.$high & 0, (x$4.$low & 1) >>> 0)), new $Uint64(x$3.$high, x$3.$low))), new $Uint64(0, 0));
		x10 = _tuple$4[0];
		x11 = _tuple$4[1];
		x12 = new $Uint64(0, 0);
		x13 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(x3, new $Uint64(x9.$high & 4294967295, (x9.$low & 0) >>> 0), ((x$5 = (new p224Uint1(x11.$high, x11.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x12 = _tuple$5[0];
		x13 = _tuple$5[1];
		x14 = new $Uint64(0, 0);
		x15 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x5, x9, ((x$6 = (new p224Uint1(x13.$high, x13.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x14 = _tuple$6[0];
		x15 = _tuple$6[1];
		x16 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(x7, new $Uint64(x9.$high & 0, (x9.$low & 4294967295) >>> 0), ((x$7 = (new p224Uint1(x15.$high, x15.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x16 = _tuple$7[0];
		out1.nilCheck, out1[0] = x10;
		out1.nilCheck, out1[1] = x12;
		out1.nilCheck, out1[2] = x14;
		out1.nilCheck, out1[3] = x16;
	};
	p224SetOne = function(out1) {
		var out1;
		out1.nilCheck, out1[0] = new $Uint64(4294967295, 0);
		out1.nilCheck, out1[1] = new $Uint64(4294967295, 4294967295);
		out1.nilCheck, out1[2] = new $Uint64(0, 0);
		out1.nilCheck, out1[3] = new $Uint64(0, 0);
	};
	p224FromMontgomery = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$6, _tuple$7, _tuple$8, _tuple$9, arg1, out1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$6, x$7, x$8, x$9, x1, x10, x100, x101, x102, x103, x104, x105, x106, x107, x108, x11, x110, x111, x111$24ptr, x112, x112$24ptr, x113, x113$24ptr, x114, x114$24ptr, x12, x13, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x30, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x56, x57, x58, x59, x6, x60, x61, x62, x63, x64, x65, x67, x68, x69, x7, x70, x71, x72, x73, x74, x75, x76, x77, x78, x79, x8, x80, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[0];
		x2 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x1, new $Uint64(4294967295, 4294967295));
		x2 = _tuple[1];
		x4 = new $Uint64(0, 0);
		x5 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x2, new $Uint64(0, 4294967295));
		x5 = _tuple$1[0];
		x4 = _tuple$1[1];
		x6 = new $Uint64(0, 0);
		x7 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x2, new $Uint64(4294967295, 4294967295));
		x7 = _tuple$2[0];
		x6 = _tuple$2[1];
		x8 = new $Uint64(0, 0);
		x9 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x2, new $Uint64(4294967295, 0));
		x9 = _tuple$3[0];
		x8 = _tuple$3[1];
		x10 = new $Uint64(0, 0);
		x11 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(x9, x6, new $Uint64(0, 0));
		x10 = _tuple$4[0];
		x11 = _tuple$4[1];
		x12 = new $Uint64(0, 0);
		x13 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(x7, x4, ((x = (new p224Uint1(x11.$high, x11.$low)), new $Uint64(x.$high, x.$low))));
		x12 = _tuple$5[0];
		x13 = _tuple$5[1];
		x15 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x1, x2, new $Uint64(0, 0));
		x15 = _tuple$6[1];
		x16 = new $Uint64(0, 0);
		x17 = new $Uint64(0, 0);
		_tuple$7 = bits.Add64(new $Uint64(0, 0), x8, ((x$1 = (new p224Uint1(x15.$high, x15.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x16 = _tuple$7[0];
		x17 = _tuple$7[1];
		x18 = new $Uint64(0, 0);
		x19 = new $Uint64(0, 0);
		_tuple$8 = bits.Add64(new $Uint64(0, 0), x10, ((x$2 = (new p224Uint1(x17.$high, x17.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x18 = _tuple$8[0];
		x19 = _tuple$8[1];
		x20 = new $Uint64(0, 0);
		x21 = new $Uint64(0, 0);
		_tuple$9 = bits.Add64(new $Uint64(0, 0), x12, ((x$3 = (new p224Uint1(x19.$high, x19.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x20 = _tuple$9[0];
		x21 = _tuple$9[1];
		x22 = new $Uint64(0, 0);
		x23 = new $Uint64(0, 0);
		_tuple$10 = bits.Add64(x16, arg1[1], new $Uint64(0, 0));
		x22 = _tuple$10[0];
		x23 = _tuple$10[1];
		x24 = new $Uint64(0, 0);
		x25 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x18, new $Uint64(0, 0), ((x$4 = (new p224Uint1(x23.$high, x23.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x24 = _tuple$11[0];
		x25 = _tuple$11[1];
		x26 = new $Uint64(0, 0);
		x27 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x20, new $Uint64(0, 0), ((x$5 = (new p224Uint1(x25.$high, x25.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x26 = _tuple$12[0];
		x27 = _tuple$12[1];
		x28 = new $Uint64(0, 0);
		_tuple$13 = bits.Mul64(x22, new $Uint64(4294967295, 4294967295));
		x28 = _tuple$13[1];
		x30 = new $Uint64(0, 0);
		x31 = new $Uint64(0, 0);
		_tuple$14 = bits.Mul64(x28, new $Uint64(0, 4294967295));
		x31 = _tuple$14[0];
		x30 = _tuple$14[1];
		x32 = new $Uint64(0, 0);
		x33 = new $Uint64(0, 0);
		_tuple$15 = bits.Mul64(x28, new $Uint64(4294967295, 4294967295));
		x33 = _tuple$15[0];
		x32 = _tuple$15[1];
		x34 = new $Uint64(0, 0);
		x35 = new $Uint64(0, 0);
		_tuple$16 = bits.Mul64(x28, new $Uint64(4294967295, 0));
		x35 = _tuple$16[0];
		x34 = _tuple$16[1];
		x36 = new $Uint64(0, 0);
		x37 = new $Uint64(0, 0);
		_tuple$17 = bits.Add64(x35, x32, new $Uint64(0, 0));
		x36 = _tuple$17[0];
		x37 = _tuple$17[1];
		x38 = new $Uint64(0, 0);
		x39 = new $Uint64(0, 0);
		_tuple$18 = bits.Add64(x33, x30, ((x$6 = (new p224Uint1(x37.$high, x37.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x38 = _tuple$18[0];
		x39 = _tuple$18[1];
		x41 = new $Uint64(0, 0);
		_tuple$19 = bits.Add64(x22, x28, new $Uint64(0, 0));
		x41 = _tuple$19[1];
		x42 = new $Uint64(0, 0);
		x43 = new $Uint64(0, 0);
		_tuple$20 = bits.Add64(x24, x34, ((x$7 = (new p224Uint1(x41.$high, x41.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x42 = _tuple$20[0];
		x43 = _tuple$20[1];
		x44 = new $Uint64(0, 0);
		x45 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(x26, x36, ((x$8 = (new p224Uint1(x43.$high, x43.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x44 = _tuple$21[0];
		x45 = _tuple$21[1];
		x46 = new $Uint64(0, 0);
		x47 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64((x$9 = ((x$10 = (new p224Uint1(x27.$high, x27.$low)), new $Uint64(x$10.$high, x$10.$low))), x$11 = (x$12 = ((x$13 = (new p224Uint1(x21.$high, x21.$low)), new $Uint64(x$13.$high, x$13.$low))), x$14 = (x$15 = ((x$16 = (new p224Uint1(x13.$high, x13.$low)), new $Uint64(x$16.$high, x$16.$low))), new $Uint64(x$15.$high + x5.$high, x$15.$low + x5.$low)), new $Uint64(x$12.$high + x$14.$high, x$12.$low + x$14.$low)), new $Uint64(x$9.$high + x$11.$high, x$9.$low + x$11.$low)), x38, ((x$17 = (new p224Uint1(x45.$high, x45.$low)), new $Uint64(x$17.$high, x$17.$low))));
		x46 = _tuple$22[0];
		x47 = _tuple$22[1];
		x48 = new $Uint64(0, 0);
		x49 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x42, arg1[2], new $Uint64(0, 0));
		x48 = _tuple$23[0];
		x49 = _tuple$23[1];
		x50 = new $Uint64(0, 0);
		x51 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x44, new $Uint64(0, 0), ((x$18 = (new p224Uint1(x49.$high, x49.$low)), new $Uint64(x$18.$high, x$18.$low))));
		x50 = _tuple$24[0];
		x51 = _tuple$24[1];
		x52 = new $Uint64(0, 0);
		x53 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(x46, new $Uint64(0, 0), ((x$19 = (new p224Uint1(x51.$high, x51.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x52 = _tuple$25[0];
		x53 = _tuple$25[1];
		x54 = new $Uint64(0, 0);
		_tuple$26 = bits.Mul64(x48, new $Uint64(4294967295, 4294967295));
		x54 = _tuple$26[1];
		x56 = new $Uint64(0, 0);
		x57 = new $Uint64(0, 0);
		_tuple$27 = bits.Mul64(x54, new $Uint64(0, 4294967295));
		x57 = _tuple$27[0];
		x56 = _tuple$27[1];
		x58 = new $Uint64(0, 0);
		x59 = new $Uint64(0, 0);
		_tuple$28 = bits.Mul64(x54, new $Uint64(4294967295, 4294967295));
		x59 = _tuple$28[0];
		x58 = _tuple$28[1];
		x60 = new $Uint64(0, 0);
		x61 = new $Uint64(0, 0);
		_tuple$29 = bits.Mul64(x54, new $Uint64(4294967295, 0));
		x61 = _tuple$29[0];
		x60 = _tuple$29[1];
		x62 = new $Uint64(0, 0);
		x63 = new $Uint64(0, 0);
		_tuple$30 = bits.Add64(x61, x58, new $Uint64(0, 0));
		x62 = _tuple$30[0];
		x63 = _tuple$30[1];
		x64 = new $Uint64(0, 0);
		x65 = new $Uint64(0, 0);
		_tuple$31 = bits.Add64(x59, x56, ((x$20 = (new p224Uint1(x63.$high, x63.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x64 = _tuple$31[0];
		x65 = _tuple$31[1];
		x67 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x48, x54, new $Uint64(0, 0));
		x67 = _tuple$32[1];
		x68 = new $Uint64(0, 0);
		x69 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x50, x60, ((x$21 = (new p224Uint1(x67.$high, x67.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x68 = _tuple$33[0];
		x69 = _tuple$33[1];
		x70 = new $Uint64(0, 0);
		x71 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x52, x62, ((x$22 = (new p224Uint1(x69.$high, x69.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x70 = _tuple$34[0];
		x71 = _tuple$34[1];
		x72 = new $Uint64(0, 0);
		x73 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64((x$23 = ((x$24 = (new p224Uint1(x53.$high, x53.$low)), new $Uint64(x$24.$high, x$24.$low))), x$25 = (x$26 = ((x$27 = (new p224Uint1(x47.$high, x47.$low)), new $Uint64(x$27.$high, x$27.$low))), x$28 = (x$29 = ((x$30 = (new p224Uint1(x39.$high, x39.$low)), new $Uint64(x$30.$high, x$30.$low))), new $Uint64(x$29.$high + x31.$high, x$29.$low + x31.$low)), new $Uint64(x$26.$high + x$28.$high, x$26.$low + x$28.$low)), new $Uint64(x$23.$high + x$25.$high, x$23.$low + x$25.$low)), x64, ((x$31 = (new p224Uint1(x71.$high, x71.$low)), new $Uint64(x$31.$high, x$31.$low))));
		x72 = _tuple$35[0];
		x73 = _tuple$35[1];
		x74 = new $Uint64(0, 0);
		x75 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x68, arg1[3], new $Uint64(0, 0));
		x74 = _tuple$36[0];
		x75 = _tuple$36[1];
		x76 = new $Uint64(0, 0);
		x77 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x70, new $Uint64(0, 0), ((x$32 = (new p224Uint1(x75.$high, x75.$low)), new $Uint64(x$32.$high, x$32.$low))));
		x76 = _tuple$37[0];
		x77 = _tuple$37[1];
		x78 = new $Uint64(0, 0);
		x79 = new $Uint64(0, 0);
		_tuple$38 = bits.Add64(x72, new $Uint64(0, 0), ((x$33 = (new p224Uint1(x77.$high, x77.$low)), new $Uint64(x$33.$high, x$33.$low))));
		x78 = _tuple$38[0];
		x79 = _tuple$38[1];
		x80 = new $Uint64(0, 0);
		_tuple$39 = bits.Mul64(x74, new $Uint64(4294967295, 4294967295));
		x80 = _tuple$39[1];
		x82 = new $Uint64(0, 0);
		x83 = new $Uint64(0, 0);
		_tuple$40 = bits.Mul64(x80, new $Uint64(0, 4294967295));
		x83 = _tuple$40[0];
		x82 = _tuple$40[1];
		x84 = new $Uint64(0, 0);
		x85 = new $Uint64(0, 0);
		_tuple$41 = bits.Mul64(x80, new $Uint64(4294967295, 4294967295));
		x85 = _tuple$41[0];
		x84 = _tuple$41[1];
		x86 = new $Uint64(0, 0);
		x87 = new $Uint64(0, 0);
		_tuple$42 = bits.Mul64(x80, new $Uint64(4294967295, 0));
		x87 = _tuple$42[0];
		x86 = _tuple$42[1];
		x88 = new $Uint64(0, 0);
		x89 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64(x87, x84, new $Uint64(0, 0));
		x88 = _tuple$43[0];
		x89 = _tuple$43[1];
		x90 = new $Uint64(0, 0);
		x91 = new $Uint64(0, 0);
		_tuple$44 = bits.Add64(x85, x82, ((x$34 = (new p224Uint1(x89.$high, x89.$low)), new $Uint64(x$34.$high, x$34.$low))));
		x90 = _tuple$44[0];
		x91 = _tuple$44[1];
		x93 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x74, x80, new $Uint64(0, 0));
		x93 = _tuple$45[1];
		x94 = new $Uint64(0, 0);
		x95 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x76, x86, ((x$35 = (new p224Uint1(x93.$high, x93.$low)), new $Uint64(x$35.$high, x$35.$low))));
		x94 = _tuple$46[0];
		x95 = _tuple$46[1];
		x96 = new $Uint64(0, 0);
		x97 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(x78, x88, ((x$36 = (new p224Uint1(x95.$high, x95.$low)), new $Uint64(x$36.$high, x$36.$low))));
		x96 = _tuple$47[0];
		x97 = _tuple$47[1];
		x98 = new $Uint64(0, 0);
		x99 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64((x$37 = ((x$38 = (new p224Uint1(x79.$high, x79.$low)), new $Uint64(x$38.$high, x$38.$low))), x$39 = (x$40 = ((x$41 = (new p224Uint1(x73.$high, x73.$low)), new $Uint64(x$41.$high, x$41.$low))), x$42 = (x$43 = ((x$44 = (new p224Uint1(x65.$high, x65.$low)), new $Uint64(x$44.$high, x$44.$low))), new $Uint64(x$43.$high + x57.$high, x$43.$low + x57.$low)), new $Uint64(x$40.$high + x$42.$high, x$40.$low + x$42.$low)), new $Uint64(x$37.$high + x$39.$high, x$37.$low + x$39.$low)), x90, ((x$45 = (new p224Uint1(x97.$high, x97.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x98 = _tuple$48[0];
		x99 = _tuple$48[1];
		x100 = (x$46 = ((x$47 = (new p224Uint1(x99.$high, x99.$low)), new $Uint64(x$47.$high, x$47.$low))), x$48 = (x$49 = ((x$50 = (new p224Uint1(x91.$high, x91.$low)), new $Uint64(x$50.$high, x$50.$low))), new $Uint64(x$49.$high + x83.$high, x$49.$low + x83.$low)), new $Uint64(x$46.$high + x$48.$high, x$46.$low + x$48.$low));
		x101 = new $Uint64(0, 0);
		x102 = new $Uint64(0, 0);
		_tuple$49 = bits.Sub64(x94, new $Uint64(0, 1), new $Uint64(0, 0));
		x101 = _tuple$49[0];
		x102 = _tuple$49[1];
		x103 = new $Uint64(0, 0);
		x104 = new $Uint64(0, 0);
		_tuple$50 = bits.Sub64(x96, new $Uint64(4294967295, 0), ((x$51 = (new p224Uint1(x102.$high, x102.$low)), new $Uint64(x$51.$high, x$51.$low))));
		x103 = _tuple$50[0];
		x104 = _tuple$50[1];
		x105 = new $Uint64(0, 0);
		x106 = new $Uint64(0, 0);
		_tuple$51 = bits.Sub64(x98, new $Uint64(4294967295, 4294967295), ((x$52 = (new p224Uint1(x104.$high, x104.$low)), new $Uint64(x$52.$high, x$52.$low))));
		x105 = _tuple$51[0];
		x106 = _tuple$51[1];
		x107 = new $Uint64(0, 0);
		x108 = new $Uint64(0, 0);
		_tuple$52 = bits.Sub64(x100, new $Uint64(0, 4294967295), ((x$53 = (new p224Uint1(x106.$high, x106.$low)), new $Uint64(x$53.$high, x$53.$low))));
		x107 = _tuple$52[0];
		x108 = _tuple$52[1];
		x110 = new $Uint64(0, 0);
		_tuple$53 = bits.Sub64(new $Uint64(0, 0), new $Uint64(0, 0), ((x$54 = (new p224Uint1(x108.$high, x108.$low)), new $Uint64(x$54.$high, x$54.$low))));
		x110 = _tuple$53[1];
		x111 = new $Uint64(0, 0);
		p224CmovznzU64((x111$24ptr || (x111$24ptr = new ptrType(function() { return x111; }, function($v) { x111 = $v; }))), (new p224Uint1(x110.$high, x110.$low)), x101, x94);
		x112 = new $Uint64(0, 0);
		p224CmovznzU64((x112$24ptr || (x112$24ptr = new ptrType(function() { return x112; }, function($v) { x112 = $v; }))), (new p224Uint1(x110.$high, x110.$low)), x103, x96);
		x113 = new $Uint64(0, 0);
		p224CmovznzU64((x113$24ptr || (x113$24ptr = new ptrType(function() { return x113; }, function($v) { x113 = $v; }))), (new p224Uint1(x110.$high, x110.$low)), x105, x98);
		x114 = new $Uint64(0, 0);
		p224CmovznzU64((x114$24ptr || (x114$24ptr = new ptrType(function() { return x114; }, function($v) { x114 = $v; }))), (new p224Uint1(x110.$high, x110.$low)), x107, x100);
		out1.nilCheck, out1[0] = x111;
		out1.nilCheck, out1[1] = x112;
		out1.nilCheck, out1[2] = x113;
		out1.nilCheck, out1[3] = x114;
	};
	p224ToMontgomery = function(out1, arg1) {
		var _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$33, _tuple$34, _tuple$35, _tuple$36, _tuple$37, _tuple$38, _tuple$39, _tuple$4, _tuple$40, _tuple$41, _tuple$42, _tuple$43, _tuple$44, _tuple$45, _tuple$46, _tuple$47, _tuple$48, _tuple$49, _tuple$5, _tuple$50, _tuple$51, _tuple$52, _tuple$53, _tuple$54, _tuple$55, _tuple$56, _tuple$57, _tuple$58, _tuple$59, _tuple$6, _tuple$60, _tuple$61, _tuple$62, _tuple$63, _tuple$64, _tuple$65, _tuple$66, _tuple$67, _tuple$68, _tuple$69, _tuple$7, _tuple$70, _tuple$71, _tuple$72, _tuple$73, _tuple$74, _tuple$75, _tuple$76, _tuple$77, _tuple$78, _tuple$79, _tuple$8, _tuple$80, _tuple$81, _tuple$82, _tuple$83, _tuple$84, _tuple$9, arg1, out1, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$9, x1, x10, x100, x101, x102, x103, x105, x106, x107, x108, x109, x11, x110, x111, x112, x113, x114, x116, x117, x118, x119, x12, x120, x121, x122, x123, x124, x125, x126, x127, x128, x129, x13, x130, x131, x132, x133, x134, x135, x136, x137, x138, x139, x14, x140, x141, x142, x143, x144, x145, x147, x148, x149, x15, x150, x151, x152, x153, x154, x155, x156, x158, x159, x16, x160, x161, x162, x163, x164, x165, x166, x167, x168, x169, x17, x170, x171, x172, x173, x175, x176, x176$24ptr, x177, x177$24ptr, x178, x178$24ptr, x179, x179$24ptr, x18, x19, x2, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x53, x54, x55, x56, x57, x58, x59, x6, x60, x61, x63, x64, x65, x66, x67, x68, x69, x7, x70, x71, x72, x74, x75, x76, x77, x78, x79, x8, x80, x81, x82, x83, x84, x85, x86, x87, x88, x89, x9, x90, x91, x92, x93, x94, x95, x96, x97, x98, x99;
		x1 = arg1[1];
		x2 = arg1[2];
		x3 = arg1[3];
		x4 = arg1[0];
		x5 = new $Uint64(0, 0);
		x6 = new $Uint64(0, 0);
		_tuple = bits.Mul64(x4, new $Uint64(0, 4294967295));
		x6 = _tuple[0];
		x5 = _tuple[1];
		x7 = new $Uint64(0, 0);
		x8 = new $Uint64(0, 0);
		_tuple$1 = bits.Mul64(x4, new $Uint64(4294967294, 0));
		x8 = _tuple$1[0];
		x7 = _tuple$1[1];
		x9 = new $Uint64(0, 0);
		x10 = new $Uint64(0, 0);
		_tuple$2 = bits.Mul64(x4, new $Uint64(4294967295, 0));
		x10 = _tuple$2[0];
		x9 = _tuple$2[1];
		x11 = new $Uint64(0, 0);
		x12 = new $Uint64(0, 0);
		_tuple$3 = bits.Mul64(x4, new $Uint64(4294967295, 1));
		x12 = _tuple$3[0];
		x11 = _tuple$3[1];
		x13 = new $Uint64(0, 0);
		x14 = new $Uint64(0, 0);
		_tuple$4 = bits.Add64(x12, x9, new $Uint64(0, 0));
		x13 = _tuple$4[0];
		x14 = _tuple$4[1];
		x15 = new $Uint64(0, 0);
		x16 = new $Uint64(0, 0);
		_tuple$5 = bits.Add64(x10, x7, ((x = (new p224Uint1(x14.$high, x14.$low)), new $Uint64(x.$high, x.$low))));
		x15 = _tuple$5[0];
		x16 = _tuple$5[1];
		x17 = new $Uint64(0, 0);
		x18 = new $Uint64(0, 0);
		_tuple$6 = bits.Add64(x8, x5, ((x$1 = (new p224Uint1(x16.$high, x16.$low)), new $Uint64(x$1.$high, x$1.$low))));
		x17 = _tuple$6[0];
		x18 = _tuple$6[1];
		x19 = new $Uint64(0, 0);
		_tuple$7 = bits.Mul64(x11, new $Uint64(4294967295, 4294967295));
		x19 = _tuple$7[1];
		x21 = new $Uint64(0, 0);
		x22 = new $Uint64(0, 0);
		_tuple$8 = bits.Mul64(x19, new $Uint64(0, 4294967295));
		x22 = _tuple$8[0];
		x21 = _tuple$8[1];
		x23 = new $Uint64(0, 0);
		x24 = new $Uint64(0, 0);
		_tuple$9 = bits.Mul64(x19, new $Uint64(4294967295, 4294967295));
		x24 = _tuple$9[0];
		x23 = _tuple$9[1];
		x25 = new $Uint64(0, 0);
		x26 = new $Uint64(0, 0);
		_tuple$10 = bits.Mul64(x19, new $Uint64(4294967295, 0));
		x26 = _tuple$10[0];
		x25 = _tuple$10[1];
		x27 = new $Uint64(0, 0);
		x28 = new $Uint64(0, 0);
		_tuple$11 = bits.Add64(x26, x23, new $Uint64(0, 0));
		x27 = _tuple$11[0];
		x28 = _tuple$11[1];
		x29 = new $Uint64(0, 0);
		x30 = new $Uint64(0, 0);
		_tuple$12 = bits.Add64(x24, x21, ((x$2 = (new p224Uint1(x28.$high, x28.$low)), new $Uint64(x$2.$high, x$2.$low))));
		x29 = _tuple$12[0];
		x30 = _tuple$12[1];
		x32 = new $Uint64(0, 0);
		_tuple$13 = bits.Add64(x11, x19, new $Uint64(0, 0));
		x32 = _tuple$13[1];
		x33 = new $Uint64(0, 0);
		x34 = new $Uint64(0, 0);
		_tuple$14 = bits.Add64(x13, x25, ((x$3 = (new p224Uint1(x32.$high, x32.$low)), new $Uint64(x$3.$high, x$3.$low))));
		x33 = _tuple$14[0];
		x34 = _tuple$14[1];
		x35 = new $Uint64(0, 0);
		x36 = new $Uint64(0, 0);
		_tuple$15 = bits.Add64(x15, x27, ((x$4 = (new p224Uint1(x34.$high, x34.$low)), new $Uint64(x$4.$high, x$4.$low))));
		x35 = _tuple$15[0];
		x36 = _tuple$15[1];
		x37 = new $Uint64(0, 0);
		x38 = new $Uint64(0, 0);
		_tuple$16 = bits.Add64(x17, x29, ((x$5 = (new p224Uint1(x36.$high, x36.$low)), new $Uint64(x$5.$high, x$5.$low))));
		x37 = _tuple$16[0];
		x38 = _tuple$16[1];
		x39 = new $Uint64(0, 0);
		x40 = new $Uint64(0, 0);
		_tuple$17 = bits.Mul64(x1, new $Uint64(0, 4294967295));
		x40 = _tuple$17[0];
		x39 = _tuple$17[1];
		x41 = new $Uint64(0, 0);
		x42 = new $Uint64(0, 0);
		_tuple$18 = bits.Mul64(x1, new $Uint64(4294967294, 0));
		x42 = _tuple$18[0];
		x41 = _tuple$18[1];
		x43 = new $Uint64(0, 0);
		x44 = new $Uint64(0, 0);
		_tuple$19 = bits.Mul64(x1, new $Uint64(4294967295, 0));
		x44 = _tuple$19[0];
		x43 = _tuple$19[1];
		x45 = new $Uint64(0, 0);
		x46 = new $Uint64(0, 0);
		_tuple$20 = bits.Mul64(x1, new $Uint64(4294967295, 1));
		x46 = _tuple$20[0];
		x45 = _tuple$20[1];
		x47 = new $Uint64(0, 0);
		x48 = new $Uint64(0, 0);
		_tuple$21 = bits.Add64(x46, x43, new $Uint64(0, 0));
		x47 = _tuple$21[0];
		x48 = _tuple$21[1];
		x49 = new $Uint64(0, 0);
		x50 = new $Uint64(0, 0);
		_tuple$22 = bits.Add64(x44, x41, ((x$6 = (new p224Uint1(x48.$high, x48.$low)), new $Uint64(x$6.$high, x$6.$low))));
		x49 = _tuple$22[0];
		x50 = _tuple$22[1];
		x51 = new $Uint64(0, 0);
		x52 = new $Uint64(0, 0);
		_tuple$23 = bits.Add64(x42, x39, ((x$7 = (new p224Uint1(x50.$high, x50.$low)), new $Uint64(x$7.$high, x$7.$low))));
		x51 = _tuple$23[0];
		x52 = _tuple$23[1];
		x53 = new $Uint64(0, 0);
		x54 = new $Uint64(0, 0);
		_tuple$24 = bits.Add64(x33, x45, new $Uint64(0, 0));
		x53 = _tuple$24[0];
		x54 = _tuple$24[1];
		x55 = new $Uint64(0, 0);
		x56 = new $Uint64(0, 0);
		_tuple$25 = bits.Add64(x35, x47, ((x$8 = (new p224Uint1(x54.$high, x54.$low)), new $Uint64(x$8.$high, x$8.$low))));
		x55 = _tuple$25[0];
		x56 = _tuple$25[1];
		x57 = new $Uint64(0, 0);
		x58 = new $Uint64(0, 0);
		_tuple$26 = bits.Add64(x37, x49, ((x$9 = (new p224Uint1(x56.$high, x56.$low)), new $Uint64(x$9.$high, x$9.$low))));
		x57 = _tuple$26[0];
		x58 = _tuple$26[1];
		x59 = new $Uint64(0, 0);
		x60 = new $Uint64(0, 0);
		_tuple$27 = bits.Add64((x$10 = (x$11 = ((x$12 = (new p224Uint1(x38.$high, x38.$low)), new $Uint64(x$12.$high, x$12.$low))), x$13 = (x$14 = ((x$15 = (new p224Uint1(x18.$high, x18.$low)), new $Uint64(x$15.$high, x$15.$low))), new $Uint64(x$14.$high + x6.$high, x$14.$low + x6.$low)), new $Uint64(x$11.$high + x$13.$high, x$11.$low + x$13.$low)), x$16 = (x$17 = ((x$18 = (new p224Uint1(x30.$high, x30.$low)), new $Uint64(x$18.$high, x$18.$low))), new $Uint64(x$17.$high + x22.$high, x$17.$low + x22.$low)), new $Uint64(x$10.$high + x$16.$high, x$10.$low + x$16.$low)), x51, ((x$19 = (new p224Uint1(x58.$high, x58.$low)), new $Uint64(x$19.$high, x$19.$low))));
		x59 = _tuple$27[0];
		x60 = _tuple$27[1];
		x61 = new $Uint64(0, 0);
		_tuple$28 = bits.Mul64(x53, new $Uint64(4294967295, 4294967295));
		x61 = _tuple$28[1];
		x63 = new $Uint64(0, 0);
		x64 = new $Uint64(0, 0);
		_tuple$29 = bits.Mul64(x61, new $Uint64(0, 4294967295));
		x64 = _tuple$29[0];
		x63 = _tuple$29[1];
		x65 = new $Uint64(0, 0);
		x66 = new $Uint64(0, 0);
		_tuple$30 = bits.Mul64(x61, new $Uint64(4294967295, 4294967295));
		x66 = _tuple$30[0];
		x65 = _tuple$30[1];
		x67 = new $Uint64(0, 0);
		x68 = new $Uint64(0, 0);
		_tuple$31 = bits.Mul64(x61, new $Uint64(4294967295, 0));
		x68 = _tuple$31[0];
		x67 = _tuple$31[1];
		x69 = new $Uint64(0, 0);
		x70 = new $Uint64(0, 0);
		_tuple$32 = bits.Add64(x68, x65, new $Uint64(0, 0));
		x69 = _tuple$32[0];
		x70 = _tuple$32[1];
		x71 = new $Uint64(0, 0);
		x72 = new $Uint64(0, 0);
		_tuple$33 = bits.Add64(x66, x63, ((x$20 = (new p224Uint1(x70.$high, x70.$low)), new $Uint64(x$20.$high, x$20.$low))));
		x71 = _tuple$33[0];
		x72 = _tuple$33[1];
		x74 = new $Uint64(0, 0);
		_tuple$34 = bits.Add64(x53, x61, new $Uint64(0, 0));
		x74 = _tuple$34[1];
		x75 = new $Uint64(0, 0);
		x76 = new $Uint64(0, 0);
		_tuple$35 = bits.Add64(x55, x67, ((x$21 = (new p224Uint1(x74.$high, x74.$low)), new $Uint64(x$21.$high, x$21.$low))));
		x75 = _tuple$35[0];
		x76 = _tuple$35[1];
		x77 = new $Uint64(0, 0);
		x78 = new $Uint64(0, 0);
		_tuple$36 = bits.Add64(x57, x69, ((x$22 = (new p224Uint1(x76.$high, x76.$low)), new $Uint64(x$22.$high, x$22.$low))));
		x77 = _tuple$36[0];
		x78 = _tuple$36[1];
		x79 = new $Uint64(0, 0);
		x80 = new $Uint64(0, 0);
		_tuple$37 = bits.Add64(x59, x71, ((x$23 = (new p224Uint1(x78.$high, x78.$low)), new $Uint64(x$23.$high, x$23.$low))));
		x79 = _tuple$37[0];
		x80 = _tuple$37[1];
		x81 = new $Uint64(0, 0);
		x82 = new $Uint64(0, 0);
		_tuple$38 = bits.Mul64(x2, new $Uint64(0, 4294967295));
		x82 = _tuple$38[0];
		x81 = _tuple$38[1];
		x83 = new $Uint64(0, 0);
		x84 = new $Uint64(0, 0);
		_tuple$39 = bits.Mul64(x2, new $Uint64(4294967294, 0));
		x84 = _tuple$39[0];
		x83 = _tuple$39[1];
		x85 = new $Uint64(0, 0);
		x86 = new $Uint64(0, 0);
		_tuple$40 = bits.Mul64(x2, new $Uint64(4294967295, 0));
		x86 = _tuple$40[0];
		x85 = _tuple$40[1];
		x87 = new $Uint64(0, 0);
		x88 = new $Uint64(0, 0);
		_tuple$41 = bits.Mul64(x2, new $Uint64(4294967295, 1));
		x88 = _tuple$41[0];
		x87 = _tuple$41[1];
		x89 = new $Uint64(0, 0);
		x90 = new $Uint64(0, 0);
		_tuple$42 = bits.Add64(x88, x85, new $Uint64(0, 0));
		x89 = _tuple$42[0];
		x90 = _tuple$42[1];
		x91 = new $Uint64(0, 0);
		x92 = new $Uint64(0, 0);
		_tuple$43 = bits.Add64(x86, x83, ((x$24 = (new p224Uint1(x90.$high, x90.$low)), new $Uint64(x$24.$high, x$24.$low))));
		x91 = _tuple$43[0];
		x92 = _tuple$43[1];
		x93 = new $Uint64(0, 0);
		x94 = new $Uint64(0, 0);
		_tuple$44 = bits.Add64(x84, x81, ((x$25 = (new p224Uint1(x92.$high, x92.$low)), new $Uint64(x$25.$high, x$25.$low))));
		x93 = _tuple$44[0];
		x94 = _tuple$44[1];
		x95 = new $Uint64(0, 0);
		x96 = new $Uint64(0, 0);
		_tuple$45 = bits.Add64(x75, x87, new $Uint64(0, 0));
		x95 = _tuple$45[0];
		x96 = _tuple$45[1];
		x97 = new $Uint64(0, 0);
		x98 = new $Uint64(0, 0);
		_tuple$46 = bits.Add64(x77, x89, ((x$26 = (new p224Uint1(x96.$high, x96.$low)), new $Uint64(x$26.$high, x$26.$low))));
		x97 = _tuple$46[0];
		x98 = _tuple$46[1];
		x99 = new $Uint64(0, 0);
		x100 = new $Uint64(0, 0);
		_tuple$47 = bits.Add64(x79, x91, ((x$27 = (new p224Uint1(x98.$high, x98.$low)), new $Uint64(x$27.$high, x$27.$low))));
		x99 = _tuple$47[0];
		x100 = _tuple$47[1];
		x101 = new $Uint64(0, 0);
		x102 = new $Uint64(0, 0);
		_tuple$48 = bits.Add64((x$28 = (x$29 = ((x$30 = (new p224Uint1(x80.$high, x80.$low)), new $Uint64(x$30.$high, x$30.$low))), x$31 = (x$32 = ((x$33 = (new p224Uint1(x60.$high, x60.$low)), new $Uint64(x$33.$high, x$33.$low))), x$34 = (x$35 = ((x$36 = (new p224Uint1(x52.$high, x52.$low)), new $Uint64(x$36.$high, x$36.$low))), new $Uint64(x$35.$high + x40.$high, x$35.$low + x40.$low)), new $Uint64(x$32.$high + x$34.$high, x$32.$low + x$34.$low)), new $Uint64(x$29.$high + x$31.$high, x$29.$low + x$31.$low)), x$37 = (x$38 = ((x$39 = (new p224Uint1(x72.$high, x72.$low)), new $Uint64(x$39.$high, x$39.$low))), new $Uint64(x$38.$high + x64.$high, x$38.$low + x64.$low)), new $Uint64(x$28.$high + x$37.$high, x$28.$low + x$37.$low)), x93, ((x$40 = (new p224Uint1(x100.$high, x100.$low)), new $Uint64(x$40.$high, x$40.$low))));
		x101 = _tuple$48[0];
		x102 = _tuple$48[1];
		x103 = new $Uint64(0, 0);
		_tuple$49 = bits.Mul64(x95, new $Uint64(4294967295, 4294967295));
		x103 = _tuple$49[1];
		x105 = new $Uint64(0, 0);
		x106 = new $Uint64(0, 0);
		_tuple$50 = bits.Mul64(x103, new $Uint64(0, 4294967295));
		x106 = _tuple$50[0];
		x105 = _tuple$50[1];
		x107 = new $Uint64(0, 0);
		x108 = new $Uint64(0, 0);
		_tuple$51 = bits.Mul64(x103, new $Uint64(4294967295, 4294967295));
		x108 = _tuple$51[0];
		x107 = _tuple$51[1];
		x109 = new $Uint64(0, 0);
		x110 = new $Uint64(0, 0);
		_tuple$52 = bits.Mul64(x103, new $Uint64(4294967295, 0));
		x110 = _tuple$52[0];
		x109 = _tuple$52[1];
		x111 = new $Uint64(0, 0);
		x112 = new $Uint64(0, 0);
		_tuple$53 = bits.Add64(x110, x107, new $Uint64(0, 0));
		x111 = _tuple$53[0];
		x112 = _tuple$53[1];
		x113 = new $Uint64(0, 0);
		x114 = new $Uint64(0, 0);
		_tuple$54 = bits.Add64(x108, x105, ((x$41 = (new p224Uint1(x112.$high, x112.$low)), new $Uint64(x$41.$high, x$41.$low))));
		x113 = _tuple$54[0];
		x114 = _tuple$54[1];
		x116 = new $Uint64(0, 0);
		_tuple$55 = bits.Add64(x95, x103, new $Uint64(0, 0));
		x116 = _tuple$55[1];
		x117 = new $Uint64(0, 0);
		x118 = new $Uint64(0, 0);
		_tuple$56 = bits.Add64(x97, x109, ((x$42 = (new p224Uint1(x116.$high, x116.$low)), new $Uint64(x$42.$high, x$42.$low))));
		x117 = _tuple$56[0];
		x118 = _tuple$56[1];
		x119 = new $Uint64(0, 0);
		x120 = new $Uint64(0, 0);
		_tuple$57 = bits.Add64(x99, x111, ((x$43 = (new p224Uint1(x118.$high, x118.$low)), new $Uint64(x$43.$high, x$43.$low))));
		x119 = _tuple$57[0];
		x120 = _tuple$57[1];
		x121 = new $Uint64(0, 0);
		x122 = new $Uint64(0, 0);
		_tuple$58 = bits.Add64(x101, x113, ((x$44 = (new p224Uint1(x120.$high, x120.$low)), new $Uint64(x$44.$high, x$44.$low))));
		x121 = _tuple$58[0];
		x122 = _tuple$58[1];
		x123 = new $Uint64(0, 0);
		x124 = new $Uint64(0, 0);
		_tuple$59 = bits.Mul64(x3, new $Uint64(0, 4294967295));
		x124 = _tuple$59[0];
		x123 = _tuple$59[1];
		x125 = new $Uint64(0, 0);
		x126 = new $Uint64(0, 0);
		_tuple$60 = bits.Mul64(x3, new $Uint64(4294967294, 0));
		x126 = _tuple$60[0];
		x125 = _tuple$60[1];
		x127 = new $Uint64(0, 0);
		x128 = new $Uint64(0, 0);
		_tuple$61 = bits.Mul64(x3, new $Uint64(4294967295, 0));
		x128 = _tuple$61[0];
		x127 = _tuple$61[1];
		x129 = new $Uint64(0, 0);
		x130 = new $Uint64(0, 0);
		_tuple$62 = bits.Mul64(x3, new $Uint64(4294967295, 1));
		x130 = _tuple$62[0];
		x129 = _tuple$62[1];
		x131 = new $Uint64(0, 0);
		x132 = new $Uint64(0, 0);
		_tuple$63 = bits.Add64(x130, x127, new $Uint64(0, 0));
		x131 = _tuple$63[0];
		x132 = _tuple$63[1];
		x133 = new $Uint64(0, 0);
		x134 = new $Uint64(0, 0);
		_tuple$64 = bits.Add64(x128, x125, ((x$45 = (new p224Uint1(x132.$high, x132.$low)), new $Uint64(x$45.$high, x$45.$low))));
		x133 = _tuple$64[0];
		x134 = _tuple$64[1];
		x135 = new $Uint64(0, 0);
		x136 = new $Uint64(0, 0);
		_tuple$65 = bits.Add64(x126, x123, ((x$46 = (new p224Uint1(x134.$high, x134.$low)), new $Uint64(x$46.$high, x$46.$low))));
		x135 = _tuple$65[0];
		x136 = _tuple$65[1];
		x137 = new $Uint64(0, 0);
		x138 = new $Uint64(0, 0);
		_tuple$66 = bits.Add64(x117, x129, new $Uint64(0, 0));
		x137 = _tuple$66[0];
		x138 = _tuple$66[1];
		x139 = new $Uint64(0, 0);
		x140 = new $Uint64(0, 0);
		_tuple$67 = bits.Add64(x119, x131, ((x$47 = (new p224Uint1(x138.$high, x138.$low)), new $Uint64(x$47.$high, x$47.$low))));
		x139 = _tuple$67[0];
		x140 = _tuple$67[1];
		x141 = new $Uint64(0, 0);
		x142 = new $Uint64(0, 0);
		_tuple$68 = bits.Add64(x121, x133, ((x$48 = (new p224Uint1(x140.$high, x140.$low)), new $Uint64(x$48.$high, x$48.$low))));
		x141 = _tuple$68[0];
		x142 = _tuple$68[1];
		x143 = new $Uint64(0, 0);
		x144 = new $Uint64(0, 0);
		_tuple$69 = bits.Add64((x$49 = (x$50 = ((x$51 = (new p224Uint1(x122.$high, x122.$low)), new $Uint64(x$51.$high, x$51.$low))), x$52 = (x$53 = ((x$54 = (new p224Uint1(x102.$high, x102.$low)), new $Uint64(x$54.$high, x$54.$low))), x$55 = (x$56 = ((x$57 = (new p224Uint1(x94.$high, x94.$low)), new $Uint64(x$57.$high, x$57.$low))), new $Uint64(x$56.$high + x82.$high, x$56.$low + x82.$low)), new $Uint64(x$53.$high + x$55.$high, x$53.$low + x$55.$low)), new $Uint64(x$50.$high + x$52.$high, x$50.$low + x$52.$low)), x$58 = (x$59 = ((x$60 = (new p224Uint1(x114.$high, x114.$low)), new $Uint64(x$60.$high, x$60.$low))), new $Uint64(x$59.$high + x106.$high, x$59.$low + x106.$low)), new $Uint64(x$49.$high + x$58.$high, x$49.$low + x$58.$low)), x135, ((x$61 = (new p224Uint1(x142.$high, x142.$low)), new $Uint64(x$61.$high, x$61.$low))));
		x143 = _tuple$69[0];
		x144 = _tuple$69[1];
		x145 = new $Uint64(0, 0);
		_tuple$70 = bits.Mul64(x137, new $Uint64(4294967295, 4294967295));
		x145 = _tuple$70[1];
		x147 = new $Uint64(0, 0);
		x148 = new $Uint64(0, 0);
		_tuple$71 = bits.Mul64(x145, new $Uint64(0, 4294967295));
		x148 = _tuple$71[0];
		x147 = _tuple$71[1];
		x149 = new $Uint64(0, 0);
		x150 = new $Uint64(0, 0);
		_tuple$72 = bits.Mul64(x145, new $Uint64(4294967295, 4294967295));
		x150 = _tuple$72[0];
		x149 = _tuple$72[1];
		x151 = new $Uint64(0, 0);
		x152 = new $Uint64(0, 0);
		_tuple$73 = bits.Mul64(x145, new $Uint64(4294967295, 0));
		x152 = _tuple$73[0];
		x151 = _tuple$73[1];
		x153 = new $Uint64(0, 0);
		x154 = new $Uint64(0, 0);
		_tuple$74 = bits.Add64(x152, x149, new $Uint64(0, 0));
		x153 = _tuple$74[0];
		x154 = _tuple$74[1];
		x155 = new $Uint64(0, 0);
		x156 = new $Uint64(0, 0);
		_tuple$75 = bits.Add64(x150, x147, ((x$62 = (new p224Uint1(x154.$high, x154.$low)), new $Uint64(x$62.$high, x$62.$low))));
		x155 = _tuple$75[0];
		x156 = _tuple$75[1];
		x158 = new $Uint64(0, 0);
		_tuple$76 = bits.Add64(x137, x145, new $Uint64(0, 0));
		x158 = _tuple$76[1];
		x159 = new $Uint64(0, 0);
		x160 = new $Uint64(0, 0);
		_tuple$77 = bits.Add64(x139, x151, ((x$63 = (new p224Uint1(x158.$high, x158.$low)), new $Uint64(x$63.$high, x$63.$low))));
		x159 = _tuple$77[0];
		x160 = _tuple$77[1];
		x161 = new $Uint64(0, 0);
		x162 = new $Uint64(0, 0);
		_tuple$78 = bits.Add64(x141, x153, ((x$64 = (new p224Uint1(x160.$high, x160.$low)), new $Uint64(x$64.$high, x$64.$low))));
		x161 = _tuple$78[0];
		x162 = _tuple$78[1];
		x163 = new $Uint64(0, 0);
		x164 = new $Uint64(0, 0);
		_tuple$79 = bits.Add64(x143, x155, ((x$65 = (new p224Uint1(x162.$high, x162.$low)), new $Uint64(x$65.$high, x$65.$low))));
		x163 = _tuple$79[0];
		x164 = _tuple$79[1];
		x165 = (x$66 = (x$67 = ((x$68 = (new p224Uint1(x164.$high, x164.$low)), new $Uint64(x$68.$high, x$68.$low))), x$69 = (x$70 = ((x$71 = (new p224Uint1(x144.$high, x144.$low)), new $Uint64(x$71.$high, x$71.$low))), x$72 = (x$73 = ((x$74 = (new p224Uint1(x136.$high, x136.$low)), new $Uint64(x$74.$high, x$74.$low))), new $Uint64(x$73.$high + x124.$high, x$73.$low + x124.$low)), new $Uint64(x$70.$high + x$72.$high, x$70.$low + x$72.$low)), new $Uint64(x$67.$high + x$69.$high, x$67.$low + x$69.$low)), x$75 = (x$76 = ((x$77 = (new p224Uint1(x156.$high, x156.$low)), new $Uint64(x$77.$high, x$77.$low))), new $Uint64(x$76.$high + x148.$high, x$76.$low + x148.$low)), new $Uint64(x$66.$high + x$75.$high, x$66.$low + x$75.$low));
		x166 = new $Uint64(0, 0);
		x167 = new $Uint64(0, 0);
		_tuple$80 = bits.Sub64(x159, new $Uint64(0, 1), new $Uint64(0, 0));
		x166 = _tuple$80[0];
		x167 = _tuple$80[1];
		x168 = new $Uint64(0, 0);
		x169 = new $Uint64(0, 0);
		_tuple$81 = bits.Sub64(x161, new $Uint64(4294967295, 0), ((x$78 = (new p224Uint1(x167.$high, x167.$low)), new $Uint64(x$78.$high, x$78.$low))));
		x168 = _tuple$81[0];
		x169 = _tuple$81[1];
		x170 = new $Uint64(0, 0);
		x171 = new $Uint64(0, 0);
		_tuple$82 = bits.Sub64(x163, new $Uint64(4294967295, 4294967295), ((x$79 = (new p224Uint1(x169.$high, x169.$low)), new $Uint64(x$79.$high, x$79.$low))));
		x170 = _tuple$82[0];
		x171 = _tuple$82[1];
		x172 = new $Uint64(0, 0);
		x173 = new $Uint64(0, 0);
		_tuple$83 = bits.Sub64(x165, new $Uint64(0, 4294967295), ((x$80 = (new p224Uint1(x171.$high, x171.$low)), new $Uint64(x$80.$high, x$80.$low))));
		x172 = _tuple$83[0];
		x173 = _tuple$83[1];
		x175 = new $Uint64(0, 0);
		_tuple$84 = bits.Sub64(new $Uint64(0, 0), new $Uint64(0, 0), ((x$81 = (new p224Uint1(x173.$high, x173.$low)), new $Uint64(x$81.$high, x$81.$low))));
		x175 = _tuple$84[1];
		x176 = new $Uint64(0, 0);
		p224CmovznzU64((x176$24ptr || (x176$24ptr = new ptrType(function() { return x176; }, function($v) { x176 = $v; }))), (new p224Uint1(x175.$high, x175.$low)), x166, x159);
		x177 = new $Uint64(0, 0);
		p224CmovznzU64((x177$24ptr || (x177$24ptr = new ptrType(function() { return x177; }, function($v) { x177 = $v; }))), (new p224Uint1(x175.$high, x175.$low)), x168, x161);
		x178 = new $Uint64(0, 0);
		p224CmovznzU64((x178$24ptr || (x178$24ptr = new ptrType(function() { return x178; }, function($v) { x178 = $v; }))), (new p224Uint1(x175.$high, x175.$low)), x170, x163);
		x179 = new $Uint64(0, 0);
		p224CmovznzU64((x179$24ptr || (x179$24ptr = new ptrType(function() { return x179; }, function($v) { x179 = $v; }))), (new p224Uint1(x175.$high, x175.$low)), x172, x165);
		out1.nilCheck, out1[0] = x176;
		out1.nilCheck, out1[1] = x177;
		out1.nilCheck, out1[2] = x178;
		out1.nilCheck, out1[3] = x179;
	};
	p224Selectznz = function(out1, arg1, arg2, arg3) {
		var arg1, arg2, arg3, out1, x1, x1$24ptr, x2, x2$24ptr, x3, x3$24ptr, x4, x4$24ptr;
		x1 = new $Uint64(0, 0);
		p224CmovznzU64((x1$24ptr || (x1$24ptr = new ptrType(function() { return x1; }, function($v) { x1 = $v; }))), arg1, arg2[0], arg3[0]);
		x2 = new $Uint64(0, 0);
		p224CmovznzU64((x2$24ptr || (x2$24ptr = new ptrType(function() { return x2; }, function($v) { x2 = $v; }))), arg1, arg2[1], arg3[1]);
		x3 = new $Uint64(0, 0);
		p224CmovznzU64((x3$24ptr || (x3$24ptr = new ptrType(function() { return x3; }, function($v) { x3 = $v; }))), arg1, arg2[2], arg3[2]);
		x4 = new $Uint64(0, 0);
		p224CmovznzU64((x4$24ptr || (x4$24ptr = new ptrType(function() { return x4; }, function($v) { x4 = $v; }))), arg1, arg2[3], arg3[3]);
		out1.nilCheck, out1[0] = x1;
		out1.nilCheck, out1[1] = x2;
		out1.nilCheck, out1[2] = x3;
		out1.nilCheck, out1[3] = x4;
	};
	p224ToBytes = function(out1, arg1) {
		var arg1, out1, x1, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x6, x7, x8, x9;
		x1 = arg1[3];
		x2 = arg1[2];
		x3 = arg1[1];
		x4 = arg1[0];
		x5 = ((((x4.$low << 24 >>> 24)) & 255) >>> 0);
		x6 = $shiftRightUint64(x4, 8);
		x7 = ((((x6.$low << 24 >>> 24)) & 255) >>> 0);
		x8 = $shiftRightUint64(x6, 8);
		x9 = ((((x8.$low << 24 >>> 24)) & 255) >>> 0);
		x10 = $shiftRightUint64(x8, 8);
		x11 = ((((x10.$low << 24 >>> 24)) & 255) >>> 0);
		x12 = $shiftRightUint64(x10, 8);
		x13 = ((((x12.$low << 24 >>> 24)) & 255) >>> 0);
		x14 = $shiftRightUint64(x12, 8);
		x15 = ((((x14.$low << 24 >>> 24)) & 255) >>> 0);
		x16 = $shiftRightUint64(x14, 8);
		x17 = ((((x16.$low << 24 >>> 24)) & 255) >>> 0);
		x18 = ((($shiftRightUint64(x16, 8)).$low << 24 >>> 24));
		x19 = ((((x3.$low << 24 >>> 24)) & 255) >>> 0);
		x20 = $shiftRightUint64(x3, 8);
		x21 = ((((x20.$low << 24 >>> 24)) & 255) >>> 0);
		x22 = $shiftRightUint64(x20, 8);
		x23 = ((((x22.$low << 24 >>> 24)) & 255) >>> 0);
		x24 = $shiftRightUint64(x22, 8);
		x25 = ((((x24.$low << 24 >>> 24)) & 255) >>> 0);
		x26 = $shiftRightUint64(x24, 8);
		x27 = ((((x26.$low << 24 >>> 24)) & 255) >>> 0);
		x28 = $shiftRightUint64(x26, 8);
		x29 = ((((x28.$low << 24 >>> 24)) & 255) >>> 0);
		x30 = $shiftRightUint64(x28, 8);
		x31 = ((((x30.$low << 24 >>> 24)) & 255) >>> 0);
		x32 = ((($shiftRightUint64(x30, 8)).$low << 24 >>> 24));
		x33 = ((((x2.$low << 24 >>> 24)) & 255) >>> 0);
		x34 = $shiftRightUint64(x2, 8);
		x35 = ((((x34.$low << 24 >>> 24)) & 255) >>> 0);
		x36 = $shiftRightUint64(x34, 8);
		x37 = ((((x36.$low << 24 >>> 24)) & 255) >>> 0);
		x38 = $shiftRightUint64(x36, 8);
		x39 = ((((x38.$low << 24 >>> 24)) & 255) >>> 0);
		x40 = $shiftRightUint64(x38, 8);
		x41 = ((((x40.$low << 24 >>> 24)) & 255) >>> 0);
		x42 = $shiftRightUint64(x40, 8);
		x43 = ((((x42.$low << 24 >>> 24)) & 255) >>> 0);
		x44 = $shiftRightUint64(x42, 8);
		x45 = ((((x44.$low << 24 >>> 24)) & 255) >>> 0);
		x46 = ((($shiftRightUint64(x44, 8)).$low << 24 >>> 24));
		x47 = ((((x1.$low << 24 >>> 24)) & 255) >>> 0);
		x48 = $shiftRightUint64(x1, 8);
		x49 = ((((x48.$low << 24 >>> 24)) & 255) >>> 0);
		x50 = $shiftRightUint64(x48, 8);
		x51 = ((((x50.$low << 24 >>> 24)) & 255) >>> 0);
		x52 = ((($shiftRightUint64(x50, 8)).$low << 24 >>> 24));
		out1.nilCheck, out1[0] = x5;
		out1.nilCheck, out1[1] = x7;
		out1.nilCheck, out1[2] = x9;
		out1.nilCheck, out1[3] = x11;
		out1.nilCheck, out1[4] = x13;
		out1.nilCheck, out1[5] = x15;
		out1.nilCheck, out1[6] = x17;
		out1.nilCheck, out1[7] = x18;
		out1.nilCheck, out1[8] = x19;
		out1.nilCheck, out1[9] = x21;
		out1.nilCheck, out1[10] = x23;
		out1.nilCheck, out1[11] = x25;
		out1.nilCheck, out1[12] = x27;
		out1.nilCheck, out1[13] = x29;
		out1.nilCheck, out1[14] = x31;
		out1.nilCheck, out1[15] = x32;
		out1.nilCheck, out1[16] = x33;
		out1.nilCheck, out1[17] = x35;
		out1.nilCheck, out1[18] = x37;
		out1.nilCheck, out1[19] = x39;
		out1.nilCheck, out1[20] = x41;
		out1.nilCheck, out1[21] = x43;
		out1.nilCheck, out1[22] = x45;
		out1.nilCheck, out1[23] = x46;
		out1.nilCheck, out1[24] = x47;
		out1.nilCheck, out1[25] = x49;
		out1.nilCheck, out1[26] = x51;
		out1.nilCheck, out1[27] = x52;
	};
	p224FromBytes = function(out1, arg1) {
		var arg1, out1, x, x$1, x$2, x$3, x1, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x2, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x3, x30, x31, x32, x33, x34, x35, x36, x37, x38, x39, x4, x40, x41, x42, x43, x44, x45, x46, x47, x48, x49, x5, x50, x51, x52, x6, x7, x8, x9;
		x1 = $shiftLeft64((new $Uint64(0, arg1[27])), 24);
		x2 = $shiftLeft64((new $Uint64(0, arg1[26])), 16);
		x3 = $shiftLeft64((new $Uint64(0, arg1[25])), 8);
		x4 = arg1[24];
		x5 = $shiftLeft64((new $Uint64(0, arg1[23])), 56);
		x6 = $shiftLeft64((new $Uint64(0, arg1[22])), 48);
		x7 = $shiftLeft64((new $Uint64(0, arg1[21])), 40);
		x8 = $shiftLeft64((new $Uint64(0, arg1[20])), 32);
		x9 = $shiftLeft64((new $Uint64(0, arg1[19])), 24);
		x10 = $shiftLeft64((new $Uint64(0, arg1[18])), 16);
		x11 = $shiftLeft64((new $Uint64(0, arg1[17])), 8);
		x12 = arg1[16];
		x13 = $shiftLeft64((new $Uint64(0, arg1[15])), 56);
		x14 = $shiftLeft64((new $Uint64(0, arg1[14])), 48);
		x15 = $shiftLeft64((new $Uint64(0, arg1[13])), 40);
		x16 = $shiftLeft64((new $Uint64(0, arg1[12])), 32);
		x17 = $shiftLeft64((new $Uint64(0, arg1[11])), 24);
		x18 = $shiftLeft64((new $Uint64(0, arg1[10])), 16);
		x19 = $shiftLeft64((new $Uint64(0, arg1[9])), 8);
		x20 = arg1[8];
		x21 = $shiftLeft64((new $Uint64(0, arg1[7])), 56);
		x22 = $shiftLeft64((new $Uint64(0, arg1[6])), 48);
		x23 = $shiftLeft64((new $Uint64(0, arg1[5])), 40);
		x24 = $shiftLeft64((new $Uint64(0, arg1[4])), 32);
		x25 = $shiftLeft64((new $Uint64(0, arg1[3])), 24);
		x26 = $shiftLeft64((new $Uint64(0, arg1[2])), 16);
		x27 = $shiftLeft64((new $Uint64(0, arg1[1])), 8);
		x28 = arg1[0];
		x29 = (x = (new $Uint64(0, x28)), new $Uint64(x27.$high + x.$high, x27.$low + x.$low));
		x30 = new $Uint64(x26.$high + x29.$high, x26.$low + x29.$low);
		x31 = new $Uint64(x25.$high + x30.$high, x25.$low + x30.$low);
		x32 = new $Uint64(x24.$high + x31.$high, x24.$low + x31.$low);
		x33 = new $Uint64(x23.$high + x32.$high, x23.$low + x32.$low);
		x34 = new $Uint64(x22.$high + x33.$high, x22.$low + x33.$low);
		x35 = new $Uint64(x21.$high + x34.$high, x21.$low + x34.$low);
		x36 = (x$1 = (new $Uint64(0, x20)), new $Uint64(x19.$high + x$1.$high, x19.$low + x$1.$low));
		x37 = new $Uint64(x18.$high + x36.$high, x18.$low + x36.$low);
		x38 = new $Uint64(x17.$high + x37.$high, x17.$low + x37.$low);
		x39 = new $Uint64(x16.$high + x38.$high, x16.$low + x38.$low);
		x40 = new $Uint64(x15.$high + x39.$high, x15.$low + x39.$low);
		x41 = new $Uint64(x14.$high + x40.$high, x14.$low + x40.$low);
		x42 = new $Uint64(x13.$high + x41.$high, x13.$low + x41.$low);
		x43 = (x$2 = (new $Uint64(0, x12)), new $Uint64(x11.$high + x$2.$high, x11.$low + x$2.$low));
		x44 = new $Uint64(x10.$high + x43.$high, x10.$low + x43.$low);
		x45 = new $Uint64(x9.$high + x44.$high, x9.$low + x44.$low);
		x46 = new $Uint64(x8.$high + x45.$high, x8.$low + x45.$low);
		x47 = new $Uint64(x7.$high + x46.$high, x7.$low + x46.$low);
		x48 = new $Uint64(x6.$high + x47.$high, x6.$low + x47.$low);
		x49 = new $Uint64(x5.$high + x48.$high, x5.$low + x48.$low);
		x50 = (x$3 = (new $Uint64(0, x4)), new $Uint64(x3.$high + x$3.$high, x3.$low + x$3.$low));
		x51 = new $Uint64(x2.$high + x50.$high, x2.$low + x50.$low);
		x52 = new $Uint64(x1.$high + x51.$high, x1.$low + x51.$low);
		out1.nilCheck, out1[0] = x35;
		out1.nilCheck, out1[1] = x42;
		out1.nilCheck, out1[2] = x49;
		out1.nilCheck, out1[3] = x52;
	};
	P224Element.ptr.prototype.One = function() {
		var e;
		e = this;
		p224SetOne(e.x);
		return e;
	};
	P224Element.prototype.One = function() { return this.$val.One(); };
	P224Element.ptr.prototype.Equal = function(t) {
		var e, eBytes, t, tBytes;
		e = this;
		eBytes = e.Bytes();
		tBytes = t.Bytes();
		return subtle.ConstantTimeCompare(eBytes, tBytes);
	};
	P224Element.prototype.Equal = function(t) { return this.$val.Equal(t); };
	P224Element.ptr.prototype.IsZero = function() {
		var e, eBytes;
		e = this;
		eBytes = e.Bytes();
		return subtle.ConstantTimeCompare(eBytes, p224ZeroEncoding);
	};
	P224Element.prototype.IsZero = function() { return this.$val.IsZero(); };
	P224Element.ptr.prototype.Set = function(t) {
		var e, t;
		e = this;
		p224MontgomeryDomainFieldElement.copy(e.x, t.x);
		return e;
	};
	P224Element.prototype.Set = function(t) { return this.$val.Set(t); };
	P224Element.ptr.prototype.Bytes = function() {
		var e, out;
		e = this;
		out = arrayType$5.zero();
		return e.bytes(out);
	};
	P224Element.prototype.Bytes = function() { return this.$val.Bytes(); };
	P224Element.ptr.prototype.bytes = function(out) {
		var e, out, tmp;
		e = this;
		tmp = arrayType$2.zero();
		p224FromMontgomery(tmp, e.x);
		p224ToBytes(out, (tmp));
		p224InvertEndianness(new sliceType(out));
		return new sliceType(out);
	};
	P224Element.prototype.bytes = function(out) { return this.$val.bytes(out); };
	P224Element.ptr.prototype.SetBytes = function(v) {
		var _i, _ref, e, i, in$1, tmp, v;
		e = this;
		if (!((v.$length === 28))) {
			return [ptrType$3.nil, errors.New("invalid P224Element encoding")];
		}
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) < ((i < 0 || i >= p224MinusOneEncoding.$length) ? ($throwRuntimeError("index out of range"), undefined) : p224MinusOneEncoding.$array[p224MinusOneEncoding.$offset + i])) {
				break;
			}
			if (((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) > ((i < 0 || i >= p224MinusOneEncoding.$length) ? ($throwRuntimeError("index out of range"), undefined) : p224MinusOneEncoding.$array[p224MinusOneEncoding.$offset + i])) {
				return [ptrType$3.nil, errors.New("invalid P224Element encoding")];
			}
			_i++;
		}
		in$1 = arrayType$5.zero();
		$copySlice(new sliceType(in$1), v);
		p224InvertEndianness(new sliceType(in$1));
		tmp = arrayType$2.zero();
		p224FromBytes((tmp), in$1);
		p224ToMontgomery(e.x, tmp);
		return [e, $ifaceNil];
	};
	P224Element.prototype.SetBytes = function(v) { return this.$val.SetBytes(v); };
	P224Element.ptr.prototype.Add = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p224Add(e.x, t1.x, t2.x);
		return e;
	};
	P224Element.prototype.Add = function(t1, t2) { return this.$val.Add(t1, t2); };
	P224Element.ptr.prototype.Sub = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p224Sub(e.x, t1.x, t2.x);
		return e;
	};
	P224Element.prototype.Sub = function(t1, t2) { return this.$val.Sub(t1, t2); };
	P224Element.ptr.prototype.Mul = function(t1, t2) {
		var e, t1, t2;
		e = this;
		p224Mul(e.x, t1.x, t2.x);
		return e;
	};
	P224Element.prototype.Mul = function(t1, t2) { return this.$val.Mul(t1, t2); };
	P224Element.ptr.prototype.Square = function(t) {
		var e, t;
		e = this;
		p224Square(e.x, t.x);
		return e;
	};
	P224Element.prototype.Square = function(t) { return this.$val.Square(t); };
	P224Element.ptr.prototype.Select = function(a, b, cond) {
		var a, b, cond, v;
		v = this;
		p224Selectznz((v.x), (new p224Uint1(0, cond)), (b.x), (a.x));
		return v;
	};
	P224Element.prototype.Select = function(a, b, cond) { return this.$val.Select(a, b, cond); };
	p224InvertEndianness = function(v) {
		var _q, _tmp, _tmp$1, i, v, x, x$1;
		i = 0;
		while (true) {
			if (!(i < (_q = v.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")))) { break; }
			_tmp = (x = (v.$length - 1 >> 0) - i >> 0, ((x < 0 || x >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x]));
			_tmp$1 = ((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]);
			((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i] = _tmp);
			(x$1 = (v.$length - 1 >> 0) - i >> 0, ((x$1 < 0 || x$1 >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + x$1] = _tmp$1));
			i = i + (1) >> 0;
		}
	};
	ptrType$1.methods = [{prop: "Invert", name: "Invert", pkg: "", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "One", name: "One", pkg: "", typ: $funcType([], [ptrType$1], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType$1], [$Int], false)}, {prop: "IsZero", name: "IsZero", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/elliptic/internal/fiat", typ: $funcType([ptrType$4], [sliceType], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType$1, $error], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Mul", name: "Mul", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Square", name: "Square", pkg: "", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$1, ptrType$1, $Int], [ptrType$1], false)}];
	ptrType$2.methods = [{prop: "Invert", name: "Invert", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "One", name: "One", pkg: "", typ: $funcType([], [ptrType$2], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType$2], [$Int], false)}, {prop: "IsZero", name: "IsZero", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/elliptic/internal/fiat", typ: $funcType([ptrType$5], [sliceType], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType$2, $error], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Mul", name: "Mul", pkg: "", typ: $funcType([ptrType$2, ptrType$2], [ptrType$2], false)}, {prop: "Square", name: "Square", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$2, ptrType$2, $Int], [ptrType$2], false)}];
	ptrType$3.methods = [{prop: "Invert", name: "Invert", pkg: "", typ: $funcType([ptrType$3], [ptrType$3], false)}, {prop: "One", name: "One", pkg: "", typ: $funcType([], [ptrType$3], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType$3], [$Int], false)}, {prop: "IsZero", name: "IsZero", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$3], [ptrType$3], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/elliptic/internal/fiat", typ: $funcType([ptrType$6], [sliceType], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType$3, $error], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$3, ptrType$3], [ptrType$3], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([ptrType$3, ptrType$3], [ptrType$3], false)}, {prop: "Mul", name: "Mul", pkg: "", typ: $funcType([ptrType$3, ptrType$3], [ptrType$3], false)}, {prop: "Square", name: "Square", pkg: "", typ: $funcType([ptrType$3], [ptrType$3], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$3, ptrType$3, $Int], [ptrType$3], false)}];
	p521MontgomeryDomainFieldElement.init($Uint64, 9);
	P521Element.init("crypto/elliptic/internal/fiat", [{prop: "x", name: "x", embedded: false, exported: false, typ: p521MontgomeryDomainFieldElement, tag: ""}]);
	p384MontgomeryDomainFieldElement.init($Uint64, 6);
	P384Element.init("crypto/elliptic/internal/fiat", [{prop: "x", name: "x", embedded: false, exported: false, typ: p384MontgomeryDomainFieldElement, tag: ""}]);
	p224MontgomeryDomainFieldElement.init($Uint64, 4);
	P224Element.init("crypto/elliptic/internal/fiat", [{prop: "x", name: "x", embedded: false, exported: false, typ: p224MontgomeryDomainFieldElement, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		p521ZeroEncoding = new P521Element.ptr(arrayType.zero()).Bytes();
		p521MinusOneEncoding = new P521Element.ptr(arrayType.zero()).Sub(new P521Element.ptr(arrayType.zero()), new P521Element.ptr(arrayType.zero()).One()).Bytes();
		p384ZeroEncoding = new P384Element.ptr(arrayType$1.zero()).Bytes();
		p384MinusOneEncoding = new P384Element.ptr(arrayType$1.zero()).Sub(new P384Element.ptr(arrayType$1.zero()), new P384Element.ptr(arrayType$1.zero()).One()).Bytes();
		p224ZeroEncoding = new P224Element.ptr(arrayType$2.zero()).Bytes();
		p224MinusOneEncoding = new P224Element.ptr(arrayType$2.zero()).Sub(new P224Element.ptr(arrayType$2.zero()), new P224Element.ptr(arrayType$2.zero()).One()).Bytes();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/elliptic/internal/nistec"] = (function() {
	var $pkg = {}, $init, fiat, subtle, errors, P521Point, P384Point, P224Point, arrayType, sliceType, arrayType$1, arrayType$2, ptrType, ptrType$1, arrayType$3, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, p521B, p521G, p384B, p384G, p224B, p224G, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, NewP521Point, NewP521Generator, p521CheckOnCurve, NewP384Point, NewP384Generator, p384CheckOnCurve, NewP224Point, NewP224Generator, p224CheckOnCurve;
	fiat = $packages["crypto/elliptic/internal/fiat"];
	subtle = $packages["crypto/subtle"];
	errors = $packages["errors"];
	P521Point = $pkg.P521Point = $newType(0, $kindStruct, "nistec.P521Point", true, "crypto/elliptic/internal/nistec", true, function(x_, y_, z_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.x = ptrType.nil;
			this.y = ptrType.nil;
			this.z = ptrType.nil;
			return;
		}
		this.x = x_;
		this.y = y_;
		this.z = z_;
	});
	P384Point = $pkg.P384Point = $newType(0, $kindStruct, "nistec.P384Point", true, "crypto/elliptic/internal/nistec", true, function(x_, y_, z_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.x = ptrType$2.nil;
			this.y = ptrType$2.nil;
			this.z = ptrType$2.nil;
			return;
		}
		this.x = x_;
		this.y = y_;
		this.z = z_;
	});
	P224Point = $pkg.P224Point = $newType(0, $kindStruct, "nistec.P224Point", true, "crypto/elliptic/internal/nistec", true, function(x_, y_, z_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.x = ptrType$4.nil;
			this.y = ptrType$4.nil;
			this.z = ptrType$4.nil;
			return;
		}
		this.x = x_;
		this.y = y_;
		this.z = z_;
	});
	arrayType = $arrayType($Uint64, 9);
	sliceType = $sliceType($Uint8);
	arrayType$1 = $arrayType($Uint64, 6);
	arrayType$2 = $arrayType($Uint64, 4);
	ptrType = $ptrType(fiat.P521Element);
	ptrType$1 = $ptrType(P521Point);
	arrayType$3 = $arrayType($Uint8, 133);
	ptrType$2 = $ptrType(fiat.P384Element);
	ptrType$3 = $ptrType(P384Point);
	ptrType$4 = $ptrType(fiat.P224Element);
	ptrType$5 = $ptrType(P224Point);
	ptrType$6 = $ptrType(arrayType$3);
	NewP521Point = function() {
		return new P521Point.ptr(new fiat.P521Element.ptr(arrayType.zero()), new fiat.P521Element.ptr(arrayType.zero()).One(), new fiat.P521Element.ptr(arrayType.zero()));
	};
	$pkg.NewP521Point = NewP521Point;
	NewP521Generator = function() {
		return (new P521Point.ptr(new fiat.P521Element.ptr(arrayType.zero()), new fiat.P521Element.ptr(arrayType.zero()), new fiat.P521Element.ptr(arrayType.zero()))).Set(p521G);
	};
	$pkg.NewP521Generator = NewP521Generator;
	P521Point.ptr.prototype.Set = function(q) {
		var p, q;
		p = this;
		p.x.Set(q.x);
		p.y.Set(q.y);
		p.z.Set(q.z);
		return p;
	};
	P521Point.prototype.Set = function(q) { return this.$val.Set(q); };
	P521Point.ptr.prototype.SetBytes = function(b) {
		var _tuple$6, _tuple$7, b, err, err$1, p, x, y;
		p = this;
		if ((b.$length === 1) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 0)) {
			return [p.Set(NewP521Point()), $ifaceNil];
		} else if ((b.$length === 133) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 4)) {
			_tuple$6 = new fiat.P521Element.ptr(arrayType.zero()).SetBytes($subslice(b, 1, 67));
			x = _tuple$6[0];
			err = _tuple$6[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [ptrType$1.nil, err];
			}
			_tuple$7 = new fiat.P521Element.ptr(arrayType.zero()).SetBytes($subslice(b, 67));
			y = _tuple$7[0];
			err = _tuple$7[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [ptrType$1.nil, err];
			}
			err$1 = p521CheckOnCurve(x, y);
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				return [ptrType$1.nil, err$1];
			}
			p.x.Set(x);
			p.y.Set(y);
			p.z.One();
			return [p, $ifaceNil];
		} else if ((b.$length === 67) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 0)) {
			return [ptrType$1.nil, errors.New("unimplemented")];
		} else {
			return [ptrType$1.nil, errors.New("invalid P521 point encoding")];
		}
	};
	P521Point.prototype.SetBytes = function(b) { return this.$val.SetBytes(b); };
	p521CheckOnCurve = function(x, y) {
		var threeX, x, x3, y, y2;
		x3 = new fiat.P521Element.ptr(arrayType.zero()).Square(x);
		x3.Mul(x3, x);
		threeX = new fiat.P521Element.ptr(arrayType.zero()).Add(x, x);
		threeX.Add(threeX, x);
		x3.Sub(x3, threeX);
		x3.Add(x3, p521B);
		y2 = new fiat.P521Element.ptr(arrayType.zero()).Square(y);
		if (!((x3.Equal(y2) === 1))) {
			return errors.New("P521 point not on curve");
		}
		return $ifaceNil;
	};
	P521Point.ptr.prototype.Bytes = function() {
		var out, p;
		p = this;
		out = arrayType$3.zero();
		return p.bytes(out);
	};
	P521Point.prototype.Bytes = function() { return this.$val.Bytes(); };
	P521Point.ptr.prototype.bytes = function(out) {
		var buf, out, p, xx, yy, zinv;
		p = this;
		if (p.z.IsZero() === 1) {
			return $append($subslice(new sliceType(out), 0, 0), 0);
		}
		zinv = new fiat.P521Element.ptr(arrayType.zero()).Invert(p.z);
		xx = new fiat.P521Element.ptr(arrayType.zero()).Mul(p.x, zinv);
		yy = new fiat.P521Element.ptr(arrayType.zero()).Mul(p.y, zinv);
		buf = $append($subslice(new sliceType(out), 0, 0), 4);
		buf = $appendSlice(buf, xx.Bytes());
		buf = $appendSlice(buf, yy.Bytes());
		return buf;
	};
	P521Point.prototype.bytes = function(out) { return this.$val.bytes(out); };
	P521Point.ptr.prototype.Add = function(p1, p2) {
		var p1, p2, q, t0, t1, t2, t3, t4, x3, y3, z3;
		q = this;
		t0 = new fiat.P521Element.ptr(arrayType.zero()).Mul(p1.x, p2.x);
		t1 = new fiat.P521Element.ptr(arrayType.zero()).Mul(p1.y, p2.y);
		t2 = new fiat.P521Element.ptr(arrayType.zero()).Mul(p1.z, p2.z);
		t3 = new fiat.P521Element.ptr(arrayType.zero()).Add(p1.x, p1.y);
		t4 = new fiat.P521Element.ptr(arrayType.zero()).Add(p2.x, p2.y);
		t3.Mul(t3, t4);
		t4.Add(t0, t1);
		t3.Sub(t3, t4);
		t4.Add(p1.y, p1.z);
		x3 = new fiat.P521Element.ptr(arrayType.zero()).Add(p2.y, p2.z);
		t4.Mul(t4, x3);
		x3.Add(t1, t2);
		t4.Sub(t4, x3);
		x3.Add(p1.x, p1.z);
		y3 = new fiat.P521Element.ptr(arrayType.zero()).Add(p2.x, p2.z);
		x3.Mul(x3, y3);
		y3.Add(t0, t2);
		y3.Sub(x3, y3);
		z3 = new fiat.P521Element.ptr(arrayType.zero()).Mul(p521B, t2);
		x3.Sub(y3, z3);
		z3.Add(x3, x3);
		x3.Add(x3, z3);
		z3.Sub(t1, x3);
		x3.Add(t1, x3);
		y3.Mul(p521B, y3);
		t1.Add(t2, t2);
		t2.Add(t1, t2);
		y3.Sub(y3, t2);
		y3.Sub(y3, t0);
		t1.Add(y3, y3);
		y3.Add(t1, y3);
		t1.Add(t0, t0);
		t0.Add(t1, t0);
		t0.Sub(t0, t2);
		t1.Mul(t4, y3);
		t2.Mul(t0, y3);
		y3.Mul(x3, z3);
		y3.Add(y3, t2);
		x3.Mul(t3, x3);
		x3.Sub(x3, t1);
		z3.Mul(t4, z3);
		t1.Mul(t3, t0);
		z3.Add(z3, t1);
		q.x.Set(x3);
		q.y.Set(y3);
		q.z.Set(z3);
		return q;
	};
	P521Point.prototype.Add = function(p1, p2) { return this.$val.Add(p1, p2); };
	P521Point.ptr.prototype.Double = function(p) {
		var p, q, t0, t1, t2, t3, x3, y3, z3;
		q = this;
		t0 = new fiat.P521Element.ptr(arrayType.zero()).Square(p.x);
		t1 = new fiat.P521Element.ptr(arrayType.zero()).Square(p.y);
		t2 = new fiat.P521Element.ptr(arrayType.zero()).Square(p.z);
		t3 = new fiat.P521Element.ptr(arrayType.zero()).Mul(p.x, p.y);
		t3.Add(t3, t3);
		z3 = new fiat.P521Element.ptr(arrayType.zero()).Mul(p.x, p.z);
		z3.Add(z3, z3);
		y3 = new fiat.P521Element.ptr(arrayType.zero()).Mul(p521B, t2);
		y3.Sub(y3, z3);
		x3 = new fiat.P521Element.ptr(arrayType.zero()).Add(y3, y3);
		y3.Add(x3, y3);
		x3.Sub(t1, y3);
		y3.Add(t1, y3);
		y3.Mul(x3, y3);
		x3.Mul(x3, t3);
		t3.Add(t2, t2);
		t2.Add(t2, t3);
		z3.Mul(p521B, z3);
		z3.Sub(z3, t2);
		z3.Sub(z3, t0);
		t3.Add(z3, z3);
		z3.Add(z3, t3);
		t3.Add(t0, t0);
		t0.Add(t3, t0);
		t0.Sub(t0, t2);
		t0.Mul(t0, z3);
		y3.Add(y3, t0);
		t0.Mul(p.y, p.z);
		t0.Add(t0, t0);
		z3.Mul(t0, z3);
		x3.Sub(x3, z3);
		z3.Mul(t0, t1);
		z3.Add(z3, z3);
		z3.Add(z3, z3);
		q.x.Set(x3);
		q.y.Set(y3);
		q.z.Set(z3);
		return q;
	};
	P521Point.prototype.Double = function(p) { return this.$val.Double(p); };
	P521Point.ptr.prototype.Select = function(p1, p2, cond) {
		var cond, p1, p2, q;
		q = this;
		q.x.Select(p1.x, p2.x, cond);
		q.y.Select(p1.y, p2.y, cond);
		q.z.Select(p1.z, p2.z, cond);
		return q;
	};
	P521Point.prototype.Select = function(p1, p2, cond) { return this.$val.Select(p1, p2, cond); };
	P521Point.ptr.prototype.ScalarMult = function(q, scalar) {
		var _i, _ref, byte$1, cond, cond$1, i, i$1, i$2, p, q, scalar, t, table, x;
		p = this;
		table = $toNativeArray($kindPtr, [NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point(), NewP521Point()]);
		i = 1;
		while (true) {
			if (!(i < 16)) { break; }
			((i < 0 || i >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i]).Add((x = i - 1 >> 0, ((x < 0 || x >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[x])), q);
			i = i + (1) >> 0;
		}
		t = NewP521Point();
		p.Set(NewP521Point());
		_ref = scalar;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			byte$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			i$1 = 0;
			while (true) {
				if (!(i$1 < 16)) { break; }
				cond = subtle.ConstantTimeByteEq(byte$1 >>> 4 << 24 >>> 24, i$1);
				t.Select(((i$1 < 0 || i$1 >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i$1]), t, cond);
				i$1 = i$1 + (1) << 24 >>> 24;
			}
			p.Add(p, t);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			i$2 = 0;
			while (true) {
				if (!(i$2 < 16)) { break; }
				cond$1 = subtle.ConstantTimeByteEq((byte$1 & 15) >>> 0, i$2);
				t.Select(((i$2 < 0 || i$2 >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i$2]), t, cond$1);
				i$2 = i$2 + (1) << 24 >>> 24;
			}
			p.Add(p, t);
			_i++;
		}
		return p;
	};
	P521Point.prototype.ScalarMult = function(q, scalar) { return this.$val.ScalarMult(q, scalar); };
	NewP384Point = function() {
		return new P384Point.ptr(new fiat.P384Element.ptr(arrayType$1.zero()), new fiat.P384Element.ptr(arrayType$1.zero()).One(), new fiat.P384Element.ptr(arrayType$1.zero()));
	};
	$pkg.NewP384Point = NewP384Point;
	NewP384Generator = function() {
		return (new P384Point.ptr(new fiat.P384Element.ptr(arrayType$1.zero()), new fiat.P384Element.ptr(arrayType$1.zero()), new fiat.P384Element.ptr(arrayType$1.zero()))).Set(p384G);
	};
	$pkg.NewP384Generator = NewP384Generator;
	P384Point.ptr.prototype.Set = function(q) {
		var p, q;
		p = this;
		p.x.Set(q.x);
		p.y.Set(q.y);
		p.z.Set(q.z);
		return p;
	};
	P384Point.prototype.Set = function(q) { return this.$val.Set(q); };
	P384Point.ptr.prototype.SetBytes = function(b) {
		var _tuple$6, _tuple$7, b, err, err$1, p, x, y;
		p = this;
		if ((b.$length === 1) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 0)) {
			return [p.Set(NewP384Point()), $ifaceNil];
		} else if ((b.$length === 97) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 4)) {
			_tuple$6 = new fiat.P384Element.ptr(arrayType$1.zero()).SetBytes($subslice(b, 1, 49));
			x = _tuple$6[0];
			err = _tuple$6[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [ptrType$3.nil, err];
			}
			_tuple$7 = new fiat.P384Element.ptr(arrayType$1.zero()).SetBytes($subslice(b, 49));
			y = _tuple$7[0];
			err = _tuple$7[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [ptrType$3.nil, err];
			}
			err$1 = p384CheckOnCurve(x, y);
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				return [ptrType$3.nil, err$1];
			}
			p.x.Set(x);
			p.y.Set(y);
			p.z.One();
			return [p, $ifaceNil];
		} else if ((b.$length === 49) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 0)) {
			return [ptrType$3.nil, errors.New("unimplemented")];
		} else {
			return [ptrType$3.nil, errors.New("invalid P384 point encoding")];
		}
	};
	P384Point.prototype.SetBytes = function(b) { return this.$val.SetBytes(b); };
	p384CheckOnCurve = function(x, y) {
		var threeX, x, x3, y, y2;
		x3 = new fiat.P384Element.ptr(arrayType$1.zero()).Square(x);
		x3.Mul(x3, x);
		threeX = new fiat.P384Element.ptr(arrayType$1.zero()).Add(x, x);
		threeX.Add(threeX, x);
		x3.Sub(x3, threeX);
		x3.Add(x3, p384B);
		y2 = new fiat.P384Element.ptr(arrayType$1.zero()).Square(y);
		if (!((x3.Equal(y2) === 1))) {
			return errors.New("P384 point not on curve");
		}
		return $ifaceNil;
	};
	P384Point.ptr.prototype.Bytes = function() {
		var out, p;
		p = this;
		out = arrayType$3.zero();
		return p.bytes(out);
	};
	P384Point.prototype.Bytes = function() { return this.$val.Bytes(); };
	P384Point.ptr.prototype.bytes = function(out) {
		var buf, out, p, xx, yy, zinv;
		p = this;
		if (p.z.IsZero() === 1) {
			return $append($subslice(new sliceType(out), 0, 0), 0);
		}
		zinv = new fiat.P384Element.ptr(arrayType$1.zero()).Invert(p.z);
		xx = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p.x, zinv);
		yy = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p.y, zinv);
		buf = $append($subslice(new sliceType(out), 0, 0), 4);
		buf = $appendSlice(buf, xx.Bytes());
		buf = $appendSlice(buf, yy.Bytes());
		return buf;
	};
	P384Point.prototype.bytes = function(out) { return this.$val.bytes(out); };
	P384Point.ptr.prototype.Add = function(p1, p2) {
		var p1, p2, q, t0, t1, t2, t3, t4, x3, y3, z3;
		q = this;
		t0 = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p1.x, p2.x);
		t1 = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p1.y, p2.y);
		t2 = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p1.z, p2.z);
		t3 = new fiat.P384Element.ptr(arrayType$1.zero()).Add(p1.x, p1.y);
		t4 = new fiat.P384Element.ptr(arrayType$1.zero()).Add(p2.x, p2.y);
		t3.Mul(t3, t4);
		t4.Add(t0, t1);
		t3.Sub(t3, t4);
		t4.Add(p1.y, p1.z);
		x3 = new fiat.P384Element.ptr(arrayType$1.zero()).Add(p2.y, p2.z);
		t4.Mul(t4, x3);
		x3.Add(t1, t2);
		t4.Sub(t4, x3);
		x3.Add(p1.x, p1.z);
		y3 = new fiat.P384Element.ptr(arrayType$1.zero()).Add(p2.x, p2.z);
		x3.Mul(x3, y3);
		y3.Add(t0, t2);
		y3.Sub(x3, y3);
		z3 = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p384B, t2);
		x3.Sub(y3, z3);
		z3.Add(x3, x3);
		x3.Add(x3, z3);
		z3.Sub(t1, x3);
		x3.Add(t1, x3);
		y3.Mul(p384B, y3);
		t1.Add(t2, t2);
		t2.Add(t1, t2);
		y3.Sub(y3, t2);
		y3.Sub(y3, t0);
		t1.Add(y3, y3);
		y3.Add(t1, y3);
		t1.Add(t0, t0);
		t0.Add(t1, t0);
		t0.Sub(t0, t2);
		t1.Mul(t4, y3);
		t2.Mul(t0, y3);
		y3.Mul(x3, z3);
		y3.Add(y3, t2);
		x3.Mul(t3, x3);
		x3.Sub(x3, t1);
		z3.Mul(t4, z3);
		t1.Mul(t3, t0);
		z3.Add(z3, t1);
		q.x.Set(x3);
		q.y.Set(y3);
		q.z.Set(z3);
		return q;
	};
	P384Point.prototype.Add = function(p1, p2) { return this.$val.Add(p1, p2); };
	P384Point.ptr.prototype.Double = function(p) {
		var p, q, t0, t1, t2, t3, x3, y3, z3;
		q = this;
		t0 = new fiat.P384Element.ptr(arrayType$1.zero()).Square(p.x);
		t1 = new fiat.P384Element.ptr(arrayType$1.zero()).Square(p.y);
		t2 = new fiat.P384Element.ptr(arrayType$1.zero()).Square(p.z);
		t3 = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p.x, p.y);
		t3.Add(t3, t3);
		z3 = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p.x, p.z);
		z3.Add(z3, z3);
		y3 = new fiat.P384Element.ptr(arrayType$1.zero()).Mul(p384B, t2);
		y3.Sub(y3, z3);
		x3 = new fiat.P384Element.ptr(arrayType$1.zero()).Add(y3, y3);
		y3.Add(x3, y3);
		x3.Sub(t1, y3);
		y3.Add(t1, y3);
		y3.Mul(x3, y3);
		x3.Mul(x3, t3);
		t3.Add(t2, t2);
		t2.Add(t2, t3);
		z3.Mul(p384B, z3);
		z3.Sub(z3, t2);
		z3.Sub(z3, t0);
		t3.Add(z3, z3);
		z3.Add(z3, t3);
		t3.Add(t0, t0);
		t0.Add(t3, t0);
		t0.Sub(t0, t2);
		t0.Mul(t0, z3);
		y3.Add(y3, t0);
		t0.Mul(p.y, p.z);
		t0.Add(t0, t0);
		z3.Mul(t0, z3);
		x3.Sub(x3, z3);
		z3.Mul(t0, t1);
		z3.Add(z3, z3);
		z3.Add(z3, z3);
		q.x.Set(x3);
		q.y.Set(y3);
		q.z.Set(z3);
		return q;
	};
	P384Point.prototype.Double = function(p) { return this.$val.Double(p); };
	P384Point.ptr.prototype.Select = function(p1, p2, cond) {
		var cond, p1, p2, q;
		q = this;
		q.x.Select(p1.x, p2.x, cond);
		q.y.Select(p1.y, p2.y, cond);
		q.z.Select(p1.z, p2.z, cond);
		return q;
	};
	P384Point.prototype.Select = function(p1, p2, cond) { return this.$val.Select(p1, p2, cond); };
	P384Point.ptr.prototype.ScalarMult = function(q, scalar) {
		var _i, _ref, byte$1, cond, cond$1, i, i$1, i$2, p, q, scalar, t, table, x;
		p = this;
		table = $toNativeArray($kindPtr, [NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point(), NewP384Point()]);
		i = 1;
		while (true) {
			if (!(i < 16)) { break; }
			((i < 0 || i >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i]).Add((x = i - 1 >> 0, ((x < 0 || x >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[x])), q);
			i = i + (1) >> 0;
		}
		t = NewP384Point();
		p.Set(NewP384Point());
		_ref = scalar;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			byte$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			i$1 = 0;
			while (true) {
				if (!(i$1 < 16)) { break; }
				cond = subtle.ConstantTimeByteEq(byte$1 >>> 4 << 24 >>> 24, i$1);
				t.Select(((i$1 < 0 || i$1 >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i$1]), t, cond);
				i$1 = i$1 + (1) << 24 >>> 24;
			}
			p.Add(p, t);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			i$2 = 0;
			while (true) {
				if (!(i$2 < 16)) { break; }
				cond$1 = subtle.ConstantTimeByteEq((byte$1 & 15) >>> 0, i$2);
				t.Select(((i$2 < 0 || i$2 >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i$2]), t, cond$1);
				i$2 = i$2 + (1) << 24 >>> 24;
			}
			p.Add(p, t);
			_i++;
		}
		return p;
	};
	P384Point.prototype.ScalarMult = function(q, scalar) { return this.$val.ScalarMult(q, scalar); };
	NewP224Point = function() {
		return new P224Point.ptr(new fiat.P224Element.ptr(arrayType$2.zero()), new fiat.P224Element.ptr(arrayType$2.zero()).One(), new fiat.P224Element.ptr(arrayType$2.zero()));
	};
	$pkg.NewP224Point = NewP224Point;
	NewP224Generator = function() {
		return (new P224Point.ptr(new fiat.P224Element.ptr(arrayType$2.zero()), new fiat.P224Element.ptr(arrayType$2.zero()), new fiat.P224Element.ptr(arrayType$2.zero()))).Set(p224G);
	};
	$pkg.NewP224Generator = NewP224Generator;
	P224Point.ptr.prototype.Set = function(q) {
		var p, q;
		p = this;
		p.x.Set(q.x);
		p.y.Set(q.y);
		p.z.Set(q.z);
		return p;
	};
	P224Point.prototype.Set = function(q) { return this.$val.Set(q); };
	P224Point.ptr.prototype.SetBytes = function(b) {
		var _tuple$6, _tuple$7, b, err, err$1, p, x, y;
		p = this;
		if ((b.$length === 1) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 0)) {
			return [p.Set(NewP224Point()), $ifaceNil];
		} else if ((b.$length === 57) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 4)) {
			_tuple$6 = new fiat.P224Element.ptr(arrayType$2.zero()).SetBytes($subslice(b, 1, 29));
			x = _tuple$6[0];
			err = _tuple$6[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [ptrType$5.nil, err];
			}
			_tuple$7 = new fiat.P224Element.ptr(arrayType$2.zero()).SetBytes($subslice(b, 29));
			y = _tuple$7[0];
			err = _tuple$7[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [ptrType$5.nil, err];
			}
			err$1 = p224CheckOnCurve(x, y);
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				return [ptrType$5.nil, err$1];
			}
			p.x.Set(x);
			p.y.Set(y);
			p.z.One();
			return [p, $ifaceNil];
		} else if ((b.$length === 29) && ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 0)) {
			return [ptrType$5.nil, errors.New("unimplemented")];
		} else {
			return [ptrType$5.nil, errors.New("invalid P224 point encoding")];
		}
	};
	P224Point.prototype.SetBytes = function(b) { return this.$val.SetBytes(b); };
	p224CheckOnCurve = function(x, y) {
		var threeX, x, x3, y, y2;
		x3 = new fiat.P224Element.ptr(arrayType$2.zero()).Square(x);
		x3.Mul(x3, x);
		threeX = new fiat.P224Element.ptr(arrayType$2.zero()).Add(x, x);
		threeX.Add(threeX, x);
		x3.Sub(x3, threeX);
		x3.Add(x3, p224B);
		y2 = new fiat.P224Element.ptr(arrayType$2.zero()).Square(y);
		if (!((x3.Equal(y2) === 1))) {
			return errors.New("P224 point not on curve");
		}
		return $ifaceNil;
	};
	P224Point.ptr.prototype.Bytes = function() {
		var out, p;
		p = this;
		out = arrayType$3.zero();
		return p.bytes(out);
	};
	P224Point.prototype.Bytes = function() { return this.$val.Bytes(); };
	P224Point.ptr.prototype.bytes = function(out) {
		var buf, out, p, xx, yy, zinv;
		p = this;
		if (p.z.IsZero() === 1) {
			return $append($subslice(new sliceType(out), 0, 0), 0);
		}
		zinv = new fiat.P224Element.ptr(arrayType$2.zero()).Invert(p.z);
		xx = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p.x, zinv);
		yy = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p.y, zinv);
		buf = $append($subslice(new sliceType(out), 0, 0), 4);
		buf = $appendSlice(buf, xx.Bytes());
		buf = $appendSlice(buf, yy.Bytes());
		return buf;
	};
	P224Point.prototype.bytes = function(out) { return this.$val.bytes(out); };
	P224Point.ptr.prototype.Add = function(p1, p2) {
		var p1, p2, q, t0, t1, t2, t3, t4, x3, y3, z3;
		q = this;
		t0 = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p1.x, p2.x);
		t1 = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p1.y, p2.y);
		t2 = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p1.z, p2.z);
		t3 = new fiat.P224Element.ptr(arrayType$2.zero()).Add(p1.x, p1.y);
		t4 = new fiat.P224Element.ptr(arrayType$2.zero()).Add(p2.x, p2.y);
		t3.Mul(t3, t4);
		t4.Add(t0, t1);
		t3.Sub(t3, t4);
		t4.Add(p1.y, p1.z);
		x3 = new fiat.P224Element.ptr(arrayType$2.zero()).Add(p2.y, p2.z);
		t4.Mul(t4, x3);
		x3.Add(t1, t2);
		t4.Sub(t4, x3);
		x3.Add(p1.x, p1.z);
		y3 = new fiat.P224Element.ptr(arrayType$2.zero()).Add(p2.x, p2.z);
		x3.Mul(x3, y3);
		y3.Add(t0, t2);
		y3.Sub(x3, y3);
		z3 = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p224B, t2);
		x3.Sub(y3, z3);
		z3.Add(x3, x3);
		x3.Add(x3, z3);
		z3.Sub(t1, x3);
		x3.Add(t1, x3);
		y3.Mul(p224B, y3);
		t1.Add(t2, t2);
		t2.Add(t1, t2);
		y3.Sub(y3, t2);
		y3.Sub(y3, t0);
		t1.Add(y3, y3);
		y3.Add(t1, y3);
		t1.Add(t0, t0);
		t0.Add(t1, t0);
		t0.Sub(t0, t2);
		t1.Mul(t4, y3);
		t2.Mul(t0, y3);
		y3.Mul(x3, z3);
		y3.Add(y3, t2);
		x3.Mul(t3, x3);
		x3.Sub(x3, t1);
		z3.Mul(t4, z3);
		t1.Mul(t3, t0);
		z3.Add(z3, t1);
		q.x.Set(x3);
		q.y.Set(y3);
		q.z.Set(z3);
		return q;
	};
	P224Point.prototype.Add = function(p1, p2) { return this.$val.Add(p1, p2); };
	P224Point.ptr.prototype.Double = function(p) {
		var p, q, t0, t1, t2, t3, x3, y3, z3;
		q = this;
		t0 = new fiat.P224Element.ptr(arrayType$2.zero()).Square(p.x);
		t1 = new fiat.P224Element.ptr(arrayType$2.zero()).Square(p.y);
		t2 = new fiat.P224Element.ptr(arrayType$2.zero()).Square(p.z);
		t3 = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p.x, p.y);
		t3.Add(t3, t3);
		z3 = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p.x, p.z);
		z3.Add(z3, z3);
		y3 = new fiat.P224Element.ptr(arrayType$2.zero()).Mul(p224B, t2);
		y3.Sub(y3, z3);
		x3 = new fiat.P224Element.ptr(arrayType$2.zero()).Add(y3, y3);
		y3.Add(x3, y3);
		x3.Sub(t1, y3);
		y3.Add(t1, y3);
		y3.Mul(x3, y3);
		x3.Mul(x3, t3);
		t3.Add(t2, t2);
		t2.Add(t2, t3);
		z3.Mul(p224B, z3);
		z3.Sub(z3, t2);
		z3.Sub(z3, t0);
		t3.Add(z3, z3);
		z3.Add(z3, t3);
		t3.Add(t0, t0);
		t0.Add(t3, t0);
		t0.Sub(t0, t2);
		t0.Mul(t0, z3);
		y3.Add(y3, t0);
		t0.Mul(p.y, p.z);
		t0.Add(t0, t0);
		z3.Mul(t0, z3);
		x3.Sub(x3, z3);
		z3.Mul(t0, t1);
		z3.Add(z3, z3);
		z3.Add(z3, z3);
		q.x.Set(x3);
		q.y.Set(y3);
		q.z.Set(z3);
		return q;
	};
	P224Point.prototype.Double = function(p) { return this.$val.Double(p); };
	P224Point.ptr.prototype.Select = function(p1, p2, cond) {
		var cond, p1, p2, q;
		q = this;
		q.x.Select(p1.x, p2.x, cond);
		q.y.Select(p1.y, p2.y, cond);
		q.z.Select(p1.z, p2.z, cond);
		return q;
	};
	P224Point.prototype.Select = function(p1, p2, cond) { return this.$val.Select(p1, p2, cond); };
	P224Point.ptr.prototype.ScalarMult = function(q, scalar) {
		var _i, _ref, byte$1, cond, cond$1, i, i$1, i$2, p, q, scalar, t, table, x;
		p = this;
		table = $toNativeArray($kindPtr, [NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point(), NewP224Point()]);
		i = 1;
		while (true) {
			if (!(i < 16)) { break; }
			((i < 0 || i >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i]).Add((x = i - 1 >> 0, ((x < 0 || x >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[x])), q);
			i = i + (1) >> 0;
		}
		t = NewP224Point();
		p.Set(NewP224Point());
		_ref = scalar;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			byte$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			i$1 = 0;
			while (true) {
				if (!(i$1 < 16)) { break; }
				cond = subtle.ConstantTimeByteEq(byte$1 >>> 4 << 24 >>> 24, i$1);
				t.Select(((i$1 < 0 || i$1 >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i$1]), t, cond);
				i$1 = i$1 + (1) << 24 >>> 24;
			}
			p.Add(p, t);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			p.Double(p);
			i$2 = 0;
			while (true) {
				if (!(i$2 < 16)) { break; }
				cond$1 = subtle.ConstantTimeByteEq((byte$1 & 15) >>> 0, i$2);
				t.Select(((i$2 < 0 || i$2 >= table.length) ? ($throwRuntimeError("index out of range"), undefined) : table[i$2]), t, cond$1);
				i$2 = i$2 + (1) << 24 >>> 24;
			}
			p.Add(p, t);
			_i++;
		}
		return p;
	};
	P224Point.prototype.ScalarMult = function(q, scalar) { return this.$val.ScalarMult(q, scalar); };
	ptrType$1.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType$1, $error], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/elliptic/internal/nistec", typ: $funcType([ptrType$6], [sliceType], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$1, ptrType$1, $Int], [ptrType$1], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, sliceType], [ptrType$1], false)}];
	ptrType$3.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$3], [ptrType$3], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType$3, $error], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/elliptic/internal/nistec", typ: $funcType([ptrType$6], [sliceType], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$3, ptrType$3], [ptrType$3], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$3], [ptrType$3], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$3, ptrType$3, $Int], [ptrType$3], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$3, sliceType], [ptrType$3], false)}];
	ptrType$5.methods = [{prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$5], [ptrType$5], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType$5, $error], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/elliptic/internal/nistec", typ: $funcType([ptrType$6], [sliceType], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$5, ptrType$5], [ptrType$5], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$5], [ptrType$5], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$5, ptrType$5, $Int], [ptrType$5], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$5, sliceType], [ptrType$5], false)}];
	P521Point.init("crypto/elliptic/internal/nistec", [{prop: "x", name: "x", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "y", name: "y", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "z", name: "z", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	P384Point.init("crypto/elliptic/internal/nistec", [{prop: "x", name: "x", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "y", name: "y", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "z", name: "z", embedded: false, exported: false, typ: ptrType$2, tag: ""}]);
	P224Point.init("crypto/elliptic/internal/nistec", [{prop: "x", name: "x", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "y", name: "y", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "z", name: "z", embedded: false, exported: false, typ: ptrType$4, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fiat.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = new fiat.P521Element.ptr(arrayType.zero()).SetBytes(new sliceType([0, 81, 149, 62, 185, 97, 142, 28, 154, 31, 146, 154, 33, 160, 182, 133, 64, 238, 162, 218, 114, 91, 153, 179, 21, 243, 184, 180, 137, 145, 142, 241, 9, 225, 86, 25, 57, 81, 236, 126, 147, 123, 22, 82, 192, 189, 59, 177, 191, 7, 53, 115, 223, 136, 61, 44, 52, 241, 239, 69, 31, 212, 107, 80, 63, 0]));
		p521B = _tuple[0];
		_tuple$1 = NewP521Point().SetBytes(new sliceType([4, 0, 198, 133, 142, 6, 183, 4, 4, 233, 205, 158, 62, 203, 102, 35, 149, 180, 66, 156, 100, 129, 57, 5, 63, 181, 33, 248, 40, 175, 96, 107, 77, 61, 186, 161, 75, 94, 119, 239, 231, 89, 40, 254, 29, 193, 39, 162, 255, 168, 222, 51, 72, 179, 193, 133, 106, 66, 155, 249, 126, 126, 49, 194, 229, 189, 102, 1, 24, 57, 41, 106, 120, 154, 59, 192, 4, 92, 138, 95, 180, 44, 125, 27, 217, 152, 245, 68, 73, 87, 155, 68, 104, 23, 175, 189, 23, 39, 62, 102, 44, 151, 238, 114, 153, 94, 244, 38, 64, 197, 80, 185, 1, 63, 173, 7, 97, 53, 60, 112, 134, 162, 114, 194, 64, 136, 190, 148, 118, 159, 209, 102, 80]));
		p521G = _tuple$1[0];
		_tuple$2 = new fiat.P384Element.ptr(arrayType$1.zero()).SetBytes(new sliceType([179, 49, 47, 167, 226, 62, 231, 228, 152, 142, 5, 107, 227, 248, 45, 25, 24, 29, 156, 110, 254, 129, 65, 18, 3, 20, 8, 143, 80, 19, 135, 90, 198, 86, 57, 141, 138, 46, 209, 157, 42, 133, 200, 237, 211, 236, 42, 239]));
		p384B = _tuple$2[0];
		_tuple$3 = NewP384Point().SetBytes(new sliceType([4, 170, 135, 202, 34, 190, 139, 5, 55, 142, 177, 199, 30, 243, 32, 173, 116, 110, 29, 59, 98, 139, 167, 155, 152, 89, 247, 65, 224, 130, 84, 42, 56, 85, 2, 242, 93, 191, 85, 41, 108, 58, 84, 94, 56, 114, 118, 10, 183, 54, 23, 222, 74, 150, 38, 44, 111, 93, 158, 152, 191, 146, 146, 220, 41, 248, 244, 29, 189, 40, 154, 20, 124, 233, 218, 49, 19, 181, 240, 184, 192, 10, 96, 177, 206, 29, 126, 129, 157, 122, 67, 29, 124, 144, 234, 14, 95]));
		p384G = _tuple$3[0];
		_tuple$4 = new fiat.P224Element.ptr(arrayType$2.zero()).SetBytes(new sliceType([180, 5, 10, 133, 12, 4, 179, 171, 245, 65, 50, 86, 80, 68, 176, 183, 215, 191, 216, 186, 39, 11, 57, 67, 35, 85, 255, 180]));
		p224B = _tuple$4[0];
		_tuple$5 = NewP224Point().SetBytes(new sliceType([4, 183, 14, 12, 189, 107, 180, 191, 127, 50, 19, 144, 185, 74, 3, 193, 211, 86, 194, 17, 34, 52, 50, 128, 214, 17, 92, 29, 33, 189, 55, 99, 136, 181, 247, 35, 251, 76, 34, 223, 230, 205, 67, 117, 160, 90, 7, 71, 100, 68, 213, 129, 153, 133, 0, 126, 52]));
		p224G = _tuple$5[0];
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/elliptic"] = (function() {
	var $pkg = {}, $init, nistec, rand, io, big, sync, p521Curve, p384Curve, p256Curve, p224Curve, Curve, CurveParams, ptrType, ptrType$1, sliceType, ptrType$2, ptrType$3, arrayType, arrayType$1, arrayType$2, arrayType$3, sliceType$1, arrayType$4, arrayType$5, ptrType$4, sliceType$2, p521, p384, p256, p256Params, p256RInverse, p256One, p256One$24ptr, p256Precomputed, p256Zero31, p224, mask, initonce, initP521, p521PointFromAffine, p521PointToAffine, p521RandomPoint, bigFromDecimal, bigFromHex, initP384, p384PointFromAffine, p384PointToAffine, p384RandomPoint, initP256Arch, initP256, p256GetScalar, nonZeroToAllOnes, p256ReduceCarry, p256Sum, p256Diff, p256ReduceDegree, p256Square, p256Mul, p256Assign, p256Invert, p256Scalar3, p256Scalar4, p256Scalar8, p256PointDouble, p256PointAddMixed, p256PointAdd, p256CopyConditional, p256SelectAffinePoint, p256SelectJacobianPoint, p256GetBit, p256ScalarBaseMult, p256PointToAffine, p256ToAffine, p256ScalarMult, p256FromBig, p256ToBig, initP224, p224PointFromAffine, p224PointToAffine, p224RandomPoint, matchesSpecificCurve, zForAffine, GenerateKey, Marshal, Unmarshal, initAll, P224, P256, P384, P521;
	nistec = $packages["crypto/elliptic/internal/nistec"];
	rand = $packages["crypto/rand"];
	io = $packages["io"];
	big = $packages["math/big"];
	sync = $packages["sync"];
	p521Curve = $pkg.p521Curve = $newType(0, $kindStruct, "elliptic.p521Curve", true, "crypto/elliptic", false, function(params_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.params = ptrType.nil;
			return;
		}
		this.params = params_;
	});
	p384Curve = $pkg.p384Curve = $newType(0, $kindStruct, "elliptic.p384Curve", true, "crypto/elliptic", false, function(params_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.params = ptrType.nil;
			return;
		}
		this.params = params_;
	});
	p256Curve = $pkg.p256Curve = $newType(0, $kindStruct, "elliptic.p256Curve", true, "crypto/elliptic", false, function(CurveParams_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.CurveParams = ptrType.nil;
			return;
		}
		this.CurveParams = CurveParams_;
	});
	p224Curve = $pkg.p224Curve = $newType(0, $kindStruct, "elliptic.p224Curve", true, "crypto/elliptic", false, function(params_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.params = ptrType.nil;
			return;
		}
		this.params = params_;
	});
	Curve = $pkg.Curve = $newType(8, $kindInterface, "elliptic.Curve", true, "crypto/elliptic", true, null);
	CurveParams = $pkg.CurveParams = $newType(0, $kindStruct, "elliptic.CurveParams", true, "crypto/elliptic", true, function(P_, N_, B_, Gx_, Gy_, BitSize_, Name_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.P = ptrType$1.nil;
			this.N = ptrType$1.nil;
			this.B = ptrType$1.nil;
			this.Gx = ptrType$1.nil;
			this.Gy = ptrType$1.nil;
			this.BitSize = 0;
			this.Name = "";
			return;
		}
		this.P = P_;
		this.N = N_;
		this.B = B_;
		this.Gx = Gx_;
		this.Gy = Gy_;
		this.BitSize = BitSize_;
		this.Name = Name_;
	});
	ptrType = $ptrType(CurveParams);
	ptrType$1 = $ptrType(big.Int);
	sliceType = $sliceType($Uint8);
	ptrType$2 = $ptrType(nistec.P521Point);
	ptrType$3 = $ptrType(nistec.P384Point);
	arrayType = $arrayType($Uint8, 32);
	arrayType$1 = $arrayType($Uint32, 9);
	arrayType$2 = $arrayType($Uint32, 18);
	arrayType$3 = $arrayType($Uint64, 17);
	sliceType$1 = $sliceType($Uint32);
	arrayType$4 = $arrayType(arrayType$1, 3);
	arrayType$5 = $arrayType(arrayType$4, 16);
	ptrType$4 = $ptrType(nistec.P224Point);
	sliceType$2 = $sliceType(Curve);
	initP521 = function() {
		var {_r, _r$1, _r$2, _r$3, _r$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = bigFromDecimal("6864797660130609714981900799081393217269435300143305409394463459185543183397656052122559640661454554977296311391480858037121987999716643812574028291115057151"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = bigFromDecimal("6864797660130609714981900799081393217269435300143305409394463459185543183397655394245057746333217197532963996371363321113864768612440380340372808892707005449"); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = bigFromHex("0051953eb9618e1c9a1f929a21a0b68540eea2da725b99b315f3b8b489918ef109e156193951ec7e937b1652c0bd3bb1bf073573df883d2c34f1ef451fd46b503f00"); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = bigFromHex("00c6858e06b70404e9cd9e3ecb662395b4429c648139053fb521f828af606b4d3dbaa14b5e77efe75928fe1dc127a2ffa8de3348b3c1856a429bf97e7e31c2e5bd66"); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = bigFromHex("011839296a789a3bc0045c8a5fb42c7d1bd998f54449579b446817afbd17273e662c97ee72995ef42640c550b9013fad0761353c7086a272c24088be94769fd16650"); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		p521.params = new CurveParams.ptr(_r, _r$1, _r$2, _r$3, _r$4, 521, "P-521");
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initP521, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, $s};return $f;
	};
	p521Curve.ptr.prototype.Params = function() {
		var curve;
		curve = this;
		return curve.params;
	};
	p521Curve.prototype.Params = function() { return this.$val.Params(); };
	p521Curve.ptr.prototype.IsOnCurve = function(x, y) {
		var {_r, _tuple, curve, ok, x, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		if ((x.Sign() === 0) && (y.Sign() === 0)) {
			$s = -1; return false;
		}
		_r = p521PointFromAffine(x, y); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: p521Curve.ptr.prototype.IsOnCurve, $c: true, $r, _r, _tuple, curve, ok, x, y, $s};return $f;
	};
	p521Curve.prototype.IsOnCurve = function(x, y) { return this.$val.IsOnCurve(x, y); };
	p521PointFromAffine = function(x, y) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, err, ok, p, x, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = ptrType$2.nil;
		ok = false;
		if ((x.Sign() === 0) && (y.Sign() === 0)) {
			_tmp = nistec.NewP521Point();
			_tmp$1 = true;
			p = _tmp;
			ok = _tmp$1;
			$s = -1; return [p, ok];
		}
		if (x.Sign() < 0 || y.Sign() < 0) {
			_tmp$2 = ptrType$2.nil;
			_tmp$3 = false;
			p = _tmp$2;
			ok = _tmp$3;
			$s = -1; return [p, ok];
		}
		if (x.BitLen() > 521 || y.BitLen() > 521) {
			_tmp$4 = ptrType$2.nil;
			_tmp$5 = false;
			p = _tmp$4;
			ok = _tmp$5;
			$s = -1; return [p, ok];
		}
		_r = P521(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = Marshal(_r, x, y); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = nistec.NewP521Point().SetBytes(_r$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		p = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = ptrType$2.nil;
			_tmp$7 = false;
			p = _tmp$6;
			ok = _tmp$7;
			$s = -1; return [p, ok];
		}
		_tmp$8 = p;
		_tmp$9 = true;
		p = _tmp$8;
		ok = _tmp$9;
		$s = -1; return [p, ok];
		/* */ } return; } var $f = {$blk: p521PointFromAffine, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, err, ok, p, x, y, $s};return $f;
	};
	p521PointToAffine = function(p) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, out, p, x, y, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		out = p.Bytes();
		if ((out.$length === 1) && ((0 >= out.$length ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + 0]) === 0)) {
			_tmp = new big.Int.ptr(false, big.nat.nil);
			_tmp$1 = new big.Int.ptr(false, big.nat.nil);
			x = _tmp;
			y = _tmp$1;
			$s = -1; return [x, y];
		}
		_r = P521(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = Unmarshal(_r, out); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		x = _tuple[0];
		y = _tuple[1];
		if (x === ptrType$1.nil) {
			$panic(new $String("crypto/elliptic: internal error: Unmarshal rejected a valid point encoding"));
		}
		_tmp$2 = x;
		_tmp$3 = y;
		x = _tmp$2;
		y = _tmp$3;
		$s = -1; return [x, y];
		/* */ } return; } var $f = {$blk: p521PointToAffine, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, out, p, x, y, $s};return $f;
	};
	p521RandomPoint = function() {
		var {_r, _r$1, _tmp, _tmp$1, _tuple, err, x, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		_r = P521(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = GenerateKey(_r, rand.Reader); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		x = _tuple[1];
		y = _tuple[2];
		err = _tuple[3];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(new $String("crypto/elliptic: failed to generate random point"));
		}
		_tmp = x;
		_tmp$1 = y;
		x = _tmp;
		y = _tmp$1;
		$s = -1; return [x, y];
		/* */ } return; } var $f = {$blk: p521RandomPoint, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tuple, err, x, y, $s};return $f;
	};
	p521Curve.ptr.prototype.Add = function(x1, y1, x2, y2) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, ok, p1, p2, x1, x2, y1, y2, $s, $r, $c} = $restore(this, {x1, y1, x2, y2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p521PointFromAffine(x1, y1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p521RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p521PointFromAffine(x2, y2); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		p2 = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!ok) { */ case 7:
			_r$3 = p521RandomPoint(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$1 = _r$3;
			$s = 10; case 10: return $24r$1;
		/* } */ case 8:
		_r$4 = p521PointToAffine(p1.Add(p1, p2)); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$2 = _r$4;
		$s = 12; case 12: return $24r$2;
		/* */ } return; } var $f = {$blk: p521Curve.ptr.prototype.Add, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, ok, p1, p2, x1, x2, y1, y2, $s};return $f;
	};
	p521Curve.prototype.Add = function(x1, y1, x2, y2) { return this.$val.Add(x1, y1, x2, y2); };
	p521Curve.ptr.prototype.Double = function(x1, y1) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _tuple, ok, p, x1, y1, $s, $r, $c} = $restore(this, {x1, y1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p521PointFromAffine(x1, y1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p521RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p521PointToAffine(p.Double(p)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: p521Curve.ptr.prototype.Double, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _tuple, ok, p, x1, y1, $s};return $f;
	};
	p521Curve.prototype.Double = function(x1, y1) { return this.$val.Double(x1, y1); };
	p521Curve.ptr.prototype.ScalarMult = function(Bx, By, scalar) {
		var {$24r, $24r$1, Bx, By, _r, _r$1, _r$2, _tuple, ok, p, scalar, $s, $r, $c} = $restore(this, {Bx, By, scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p521PointFromAffine(Bx, By); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p521RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p521PointToAffine(p.ScalarMult(p, scalar)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: p521Curve.ptr.prototype.ScalarMult, $c: true, $r, $24r, $24r$1, Bx, By, _r, _r$1, _r$2, _tuple, ok, p, scalar, $s};return $f;
	};
	p521Curve.prototype.ScalarMult = function(Bx, By, scalar) { return this.$val.ScalarMult(Bx, By, scalar); };
	p521Curve.ptr.prototype.ScalarBaseMult = function(scalar) {
		var {$24r, _r, p, scalar, $s, $r, $c} = $restore(this, {scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = nistec.NewP521Generator();
		_r = p521PointToAffine(p.ScalarMult(p, scalar)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: p521Curve.ptr.prototype.ScalarBaseMult, $c: true, $r, $24r, _r, p, scalar, $s};return $f;
	};
	p521Curve.prototype.ScalarBaseMult = function(scalar) { return this.$val.ScalarBaseMult(scalar); };
	bigFromDecimal = function(s) {
		var {_r, _tuple, b, ok, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = new big.Int.ptr(false, big.nat.nil).SetString(s, 10); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		b = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$panic(new $String("invalid encoding"));
		}
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: bigFromDecimal, $c: true, $r, _r, _tuple, b, ok, s, $s};return $f;
	};
	bigFromHex = function(s) {
		var {_r, _tuple, b, ok, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = new big.Int.ptr(false, big.nat.nil).SetString(s, 16); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		b = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$panic(new $String("invalid encoding"));
		}
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: bigFromHex, $c: true, $r, _r, _tuple, b, ok, s, $s};return $f;
	};
	initP384 = function() {
		var {_r, _r$1, _r$2, _r$3, _r$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = bigFromDecimal("39402006196394479212279040100143613805079739270465446667948293404245721771496870329047266088258938001861606973112319"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = bigFromDecimal("39402006196394479212279040100143613805079739270465446667946905279627659399113263569398956308152294913554433653942643"); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = bigFromHex("b3312fa7e23ee7e4988e056be3f82d19181d9c6efe8141120314088f5013875ac656398d8a2ed19d2a85c8edd3ec2aef"); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = bigFromHex("aa87ca22be8b05378eb1c71ef320ad746e1d3b628ba79b9859f741e082542a385502f25dbf55296c3a545e3872760ab7"); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = bigFromHex("3617de4a96262c6f5d9e98bf9292dc29f8f41dbd289a147ce9da3113b5f0b8c00a60b1ce1d7e819d7a431d7c90ea0e5f"); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		p384.params = new CurveParams.ptr(_r, _r$1, _r$2, _r$3, _r$4, 384, "P-384");
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initP384, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, $s};return $f;
	};
	p384Curve.ptr.prototype.Params = function() {
		var curve;
		curve = this;
		return curve.params;
	};
	p384Curve.prototype.Params = function() { return this.$val.Params(); };
	p384Curve.ptr.prototype.IsOnCurve = function(x, y) {
		var {_r, _tuple, curve, ok, x, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		if ((x.Sign() === 0) && (y.Sign() === 0)) {
			$s = -1; return false;
		}
		_r = p384PointFromAffine(x, y); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: p384Curve.ptr.prototype.IsOnCurve, $c: true, $r, _r, _tuple, curve, ok, x, y, $s};return $f;
	};
	p384Curve.prototype.IsOnCurve = function(x, y) { return this.$val.IsOnCurve(x, y); };
	p384PointFromAffine = function(x, y) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, err, ok, p, x, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = ptrType$3.nil;
		ok = false;
		if ((x.Sign() === 0) && (y.Sign() === 0)) {
			_tmp = nistec.NewP384Point();
			_tmp$1 = true;
			p = _tmp;
			ok = _tmp$1;
			$s = -1; return [p, ok];
		}
		if (x.Sign() < 0 || y.Sign() < 0) {
			_tmp$2 = ptrType$3.nil;
			_tmp$3 = false;
			p = _tmp$2;
			ok = _tmp$3;
			$s = -1; return [p, ok];
		}
		if (x.BitLen() > 384 || y.BitLen() > 384) {
			_tmp$4 = ptrType$3.nil;
			_tmp$5 = false;
			p = _tmp$4;
			ok = _tmp$5;
			$s = -1; return [p, ok];
		}
		_r = P384(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = Marshal(_r, x, y); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = nistec.NewP384Point().SetBytes(_r$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		p = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = ptrType$3.nil;
			_tmp$7 = false;
			p = _tmp$6;
			ok = _tmp$7;
			$s = -1; return [p, ok];
		}
		_tmp$8 = p;
		_tmp$9 = true;
		p = _tmp$8;
		ok = _tmp$9;
		$s = -1; return [p, ok];
		/* */ } return; } var $f = {$blk: p384PointFromAffine, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, err, ok, p, x, y, $s};return $f;
	};
	p384PointToAffine = function(p) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, out, p, x, y, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		out = p.Bytes();
		if ((out.$length === 1) && ((0 >= out.$length ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + 0]) === 0)) {
			_tmp = new big.Int.ptr(false, big.nat.nil);
			_tmp$1 = new big.Int.ptr(false, big.nat.nil);
			x = _tmp;
			y = _tmp$1;
			$s = -1; return [x, y];
		}
		_r = P384(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = Unmarshal(_r, out); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		x = _tuple[0];
		y = _tuple[1];
		if (x === ptrType$1.nil) {
			$panic(new $String("crypto/elliptic: internal error: Unmarshal rejected a valid point encoding"));
		}
		_tmp$2 = x;
		_tmp$3 = y;
		x = _tmp$2;
		y = _tmp$3;
		$s = -1; return [x, y];
		/* */ } return; } var $f = {$blk: p384PointToAffine, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, out, p, x, y, $s};return $f;
	};
	p384RandomPoint = function() {
		var {_r, _r$1, _tmp, _tmp$1, _tuple, err, x, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		_r = P384(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = GenerateKey(_r, rand.Reader); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		x = _tuple[1];
		y = _tuple[2];
		err = _tuple[3];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(new $String("crypto/elliptic: failed to generate random point"));
		}
		_tmp = x;
		_tmp$1 = y;
		x = _tmp;
		y = _tmp$1;
		$s = -1; return [x, y];
		/* */ } return; } var $f = {$blk: p384RandomPoint, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tuple, err, x, y, $s};return $f;
	};
	p384Curve.ptr.prototype.Add = function(x1, y1, x2, y2) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, ok, p1, p2, x1, x2, y1, y2, $s, $r, $c} = $restore(this, {x1, y1, x2, y2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p384PointFromAffine(x1, y1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p384RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p384PointFromAffine(x2, y2); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		p2 = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!ok) { */ case 7:
			_r$3 = p384RandomPoint(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$1 = _r$3;
			$s = 10; case 10: return $24r$1;
		/* } */ case 8:
		_r$4 = p384PointToAffine(p1.Add(p1, p2)); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$2 = _r$4;
		$s = 12; case 12: return $24r$2;
		/* */ } return; } var $f = {$blk: p384Curve.ptr.prototype.Add, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, ok, p1, p2, x1, x2, y1, y2, $s};return $f;
	};
	p384Curve.prototype.Add = function(x1, y1, x2, y2) { return this.$val.Add(x1, y1, x2, y2); };
	p384Curve.ptr.prototype.Double = function(x1, y1) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _tuple, ok, p, x1, y1, $s, $r, $c} = $restore(this, {x1, y1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p384PointFromAffine(x1, y1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p384RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p384PointToAffine(p.Double(p)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: p384Curve.ptr.prototype.Double, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _tuple, ok, p, x1, y1, $s};return $f;
	};
	p384Curve.prototype.Double = function(x1, y1) { return this.$val.Double(x1, y1); };
	p384Curve.ptr.prototype.ScalarMult = function(Bx, By, scalar) {
		var {$24r, $24r$1, Bx, By, _r, _r$1, _r$2, _tuple, ok, p, scalar, $s, $r, $c} = $restore(this, {Bx, By, scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p384PointFromAffine(Bx, By); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p384RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p384PointToAffine(p.ScalarMult(p, scalar)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: p384Curve.ptr.prototype.ScalarMult, $c: true, $r, $24r, $24r$1, Bx, By, _r, _r$1, _r$2, _tuple, ok, p, scalar, $s};return $f;
	};
	p384Curve.prototype.ScalarMult = function(Bx, By, scalar) { return this.$val.ScalarMult(Bx, By, scalar); };
	p384Curve.ptr.prototype.ScalarBaseMult = function(scalar) {
		var {$24r, _r, p, scalar, $s, $r, $c} = $restore(this, {scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = nistec.NewP384Generator();
		_r = p384PointToAffine(p.ScalarMult(p, scalar)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: p384Curve.ptr.prototype.ScalarBaseMult, $c: true, $r, $24r, _r, p, scalar, $s};return $f;
	};
	p384Curve.prototype.ScalarBaseMult = function(scalar) { return this.$val.ScalarBaseMult(scalar); };
	initP256Arch = function() {
		p256Curve.copy(p256, new p256Curve.ptr(p256Params));
	};
	initP256 = function() {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p256Params = new CurveParams.ptr(ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, 0, "P-256");
		_r = new big.Int.ptr(false, big.nat.nil).SetString("115792089210356248762697446949407573530086143415290314195533631308867097853951", 10); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p256Params.P = _tuple[0];
		_r$1 = new big.Int.ptr(false, big.nat.nil).SetString("115792089210356248762697446949407573529996955224135760342422259061068512044369", 10); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		p256Params.N = _tuple$1[0];
		_r$2 = new big.Int.ptr(false, big.nat.nil).SetString("5ac635d8aa3a93e7b3ebbd55769886bc651d06b0cc53b0f63bce3c3e27d2604b", 16); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		p256Params.B = _tuple$2[0];
		_r$3 = new big.Int.ptr(false, big.nat.nil).SetString("6b17d1f2e12c4247f8bce6e563a440f277037d812deb33a0f4a13945d898c296", 16); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$3 = _r$3;
		p256Params.Gx = _tuple$3[0];
		_r$4 = new big.Int.ptr(false, big.nat.nil).SetString("4fe342e2fe1a7f9b8ee7eb4a7c0f9e162bce33576b315ececbb6406837bf51f5", 16); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$4 = _r$4;
		p256Params.Gy = _tuple$4[0];
		p256Params.BitSize = 256;
		_r$5 = new big.Int.ptr(false, big.nat.nil).SetString("7fffffff00000001fffffffe8000000100000000ffffffff0000000180000000", 16); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$5 = _r$5;
		p256RInverse = _tuple$5[0];
		initP256Arch();
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initP256, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, $s};return $f;
	};
	p256Curve.ptr.prototype.Params = function() {
		var curve;
		curve = this;
		return curve.CurveParams;
	};
	p256Curve.prototype.Params = function() { return this.$val.Params(); };
	p256GetScalar = function(out, in$1) {
		var {_i, _r, _ref, i, in$1, n, out, scalarBytes, v, x, $s, $r, $c} = $restore(this, {out, in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new big.Int.ptr(false, big.nat.nil).SetBytes(in$1);
		scalarBytes = sliceType.nil;
		/* */ if (n.Cmp(p256Params.N) >= 0 || in$1.$length > 32) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n.Cmp(p256Params.N) >= 0 || in$1.$length > 32) { */ case 1:
			_r = n.Mod(n, p256Params.N); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			scalarBytes = n.Bytes();
			$s = 3; continue;
		/* } else { */ case 2:
			scalarBytes = in$1;
		/* } */ case 3:
		_ref = scalarBytes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			(x = scalarBytes.$length - ((1 + i >> 0)) >> 0, out.nilCheck, ((x < 0 || x >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[x] = v));
			_i++;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: p256GetScalar, $c: true, $r, _i, _r, _ref, i, in$1, n, out, scalarBytes, v, x, $s};return $f;
	};
	p256Curve.ptr.prototype.ScalarBaseMult = function(scalar) {
		var {$24r, _r, _tmp, _tmp$1, _tmp$2, _tuple, scalar, scalarReversed, x, x1, y, y1, z1, $s, $r, $c} = $restore(this, {scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		scalarReversed = [scalarReversed];
		x1 = [x1];
		y1 = [y1];
		z1 = [z1];
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		scalarReversed[0] = arrayType.zero();
		$r = p256GetScalar(scalarReversed[0], scalar); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		_tmp$2 = arrayType$1.zero();
		x1[0] = $clone(_tmp, arrayType$1);
		y1[0] = $clone(_tmp$1, arrayType$1);
		z1[0] = $clone(_tmp$2, arrayType$1);
		p256ScalarBaseMult(x1[0], y1[0], z1[0], scalarReversed[0]);
		_r = p256ToAffine(x1[0], y1[0], z1[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		x = _tuple[0];
		y = _tuple[1];
		$24r = [x, y];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: p256Curve.ptr.prototype.ScalarBaseMult, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$2, _tuple, scalar, scalarReversed, x, x1, y, y1, z1, $s};return $f;
	};
	p256Curve.prototype.ScalarBaseMult = function(scalar) { return this.$val.ScalarBaseMult(scalar); };
	p256Curve.ptr.prototype.ScalarMult = function(bigX, bigY, scalar) {
		var {$24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, bigX, bigY, px, py, scalar, scalarReversed, x, x1, y, y1, z1, $s, $r, $c} = $restore(this, {bigX, bigY, scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		px = [px];
		py = [py];
		scalarReversed = [scalarReversed];
		x1 = [x1];
		y1 = [y1];
		z1 = [z1];
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		scalarReversed[0] = arrayType.zero();
		$r = p256GetScalar(scalarReversed[0], scalar); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		_tmp$2 = arrayType$1.zero();
		_tmp$3 = arrayType$1.zero();
		_tmp$4 = arrayType$1.zero();
		px[0] = $clone(_tmp, arrayType$1);
		py[0] = $clone(_tmp$1, arrayType$1);
		x1[0] = $clone(_tmp$2, arrayType$1);
		y1[0] = $clone(_tmp$3, arrayType$1);
		z1[0] = $clone(_tmp$4, arrayType$1);
		$r = p256FromBig(px[0], bigX); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = p256FromBig(py[0], bigY); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		p256ScalarMult(x1[0], y1[0], z1[0], px[0], py[0], scalarReversed[0]);
		_r = p256ToAffine(x1[0], y1[0], z1[0]); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		x = _tuple[0];
		y = _tuple[1];
		$24r = [x, y];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: p256Curve.ptr.prototype.ScalarMult, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, bigX, bigY, px, py, scalar, scalarReversed, x, x1, y, y1, z1, $s};return $f;
	};
	p256Curve.prototype.ScalarMult = function(bigX, bigY, scalar) { return this.$val.ScalarMult(bigX, bigY, scalar); };
	nonZeroToAllOnes = function(x) {
		var x;
		return ((((x - 1 >>> 0)) >>> 31 >>> 0)) - 1 >>> 0;
	};
	p256ReduceCarry = function(inout, carry) {
		var carry, carry_mask, inout;
		carry_mask = nonZeroToAllOnes(carry);
		inout[0] = (inout[0] + ((carry << 1 >>> 0)) >>> 0);
		inout[3] = (inout[3] + (((268435456 & carry_mask) >>> 0)) >>> 0);
		inout[3] = (inout[3] - ((carry << 11 >>> 0)) >>> 0);
		inout[4] = (inout[4] + (((536870911 & carry_mask) >>> 0)) >>> 0);
		inout[5] = (inout[5] + (((268435455 & carry_mask) >>> 0)) >>> 0);
		inout[6] = (inout[6] + (((536870911 & carry_mask) >>> 0)) >>> 0);
		inout[6] = (inout[6] - ((carry << 22 >>> 0)) >>> 0);
		inout[7] = (inout[7] - (((1 & carry_mask) >>> 0)) >>> 0);
		inout[7] = (inout[7] + ((carry << 25 >>> 0)) >>> 0);
	};
	p256Sum = function(out, in$1, in2) {
		var carry, i, in$1, in2, out, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		carry = 0;
		i = 0;
		while (true) {
			out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = ((x = in$1, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) + (x$1 = in2, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])) >>> 0));
			(x$3 = out, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i] = ((x$2 = out, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) + (carry) >>> 0)));
			carry = (x$4 = out, ((i < 0 || i >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i])) >>> 29 >>> 0;
			(x$6 = out, ((i < 0 || i >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[i] = (((x$5 = out, ((i < 0 || i >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[i])) & (536870911)) >>> 0)));
			i = i + (1) >> 0;
			if (i === 9) {
				break;
			}
			out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = ((x$7 = in$1, ((i < 0 || i >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[i])) + (x$8 = in2, ((i < 0 || i >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[i])) >>> 0));
			(x$10 = out, ((i < 0 || i >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[i] = ((x$9 = out, ((i < 0 || i >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[i])) + (carry) >>> 0)));
			carry = (x$11 = out, ((i < 0 || i >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[i])) >>> 28 >>> 0;
			(x$13 = out, ((i < 0 || i >= x$13.length) ? ($throwRuntimeError("index out of range"), undefined) : x$13[i] = (((x$12 = out, ((i < 0 || i >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[i])) & (268435455)) >>> 0)));
			i = i + (1) >> 0;
		}
		p256ReduceCarry(out, carry);
	};
	p256Diff = function(out, in$1, in2) {
		var carry, i, in$1, in2, out, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		carry = 0;
		i = 0;
		while (true) {
			out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = ((x = in$1, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) - (x$1 = in2, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])) >>> 0));
			(x$3 = out, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i] = ((x$2 = out, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) + (((i < 0 || i >= p256Zero31.length) ? ($throwRuntimeError("index out of range"), undefined) : p256Zero31[i])) >>> 0)));
			(x$5 = out, ((i < 0 || i >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[i] = ((x$4 = out, ((i < 0 || i >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i])) + (carry) >>> 0)));
			carry = (x$6 = out, ((i < 0 || i >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[i])) >>> 29 >>> 0;
			(x$8 = out, ((i < 0 || i >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[i] = (((x$7 = out, ((i < 0 || i >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[i])) & (536870911)) >>> 0)));
			i = i + (1) >> 0;
			if (i === 9) {
				break;
			}
			out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = ((x$9 = in$1, ((i < 0 || i >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[i])) - (x$10 = in2, ((i < 0 || i >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[i])) >>> 0));
			(x$12 = out, ((i < 0 || i >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[i] = ((x$11 = out, ((i < 0 || i >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[i])) + (((i < 0 || i >= p256Zero31.length) ? ($throwRuntimeError("index out of range"), undefined) : p256Zero31[i])) >>> 0)));
			(x$14 = out, ((i < 0 || i >= x$14.length) ? ($throwRuntimeError("index out of range"), undefined) : x$14[i] = ((x$13 = out, ((i < 0 || i >= x$13.length) ? ($throwRuntimeError("index out of range"), undefined) : x$13[i])) + (carry) >>> 0)));
			carry = (x$15 = out, ((i < 0 || i >= x$15.length) ? ($throwRuntimeError("index out of range"), undefined) : x$15[i])) >>> 28 >>> 0;
			(x$17 = out, ((i < 0 || i >= x$17.length) ? ($throwRuntimeError("index out of range"), undefined) : x$17[i] = (((x$16 = out, ((i < 0 || i >= x$16.length) ? ($throwRuntimeError("index out of range"), undefined) : x$16[i])) & (268435455)) >>> 0)));
			i = i + (1) >> 0;
		}
		p256ReduceCarry(out, carry);
	};
	p256ReduceDegree = function(out, tmp) {
		var _index, _index$1, _index$10, _index$11, _index$12, _index$13, _index$14, _index$15, _index$16, _index$17, _index$18, _index$19, _index$2, _index$20, _index$21, _index$22, _index$23, _index$24, _index$3, _index$4, _index$5, _index$6, _index$7, _index$8, _index$9, _tmp, _tmp$1, _tmp$2, carry, i, i$1, i$2, out, tmp, tmp2, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$3, x$4, x$5, x$6, x$7, x$8, x$9, xMask;
		tmp2 = arrayType$2.zero();
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		carry = _tmp;
		x = _tmp$1;
		xMask = _tmp$2;
		tmp2[0] = ((((tmp[0].$low >>> 0)) & 536870911) >>> 0);
		tmp2[1] = (((tmp[0].$low >>> 0)) >>> 29 >>> 0);
		tmp2[1] = ((tmp2[1] | ((((((($shiftRightUint64(tmp[0], 32).$low >>> 0)) << 3 >>> 0)) & 268435455) >>> 0))) >>> 0);
		tmp2[1] = (tmp2[1] + (((((tmp[1].$low >>> 0)) & 268435455) >>> 0)) >>> 0);
		carry = tmp2[1] >>> 28 >>> 0;
		tmp2[1] = ((tmp2[1] & (268435455)) >>> 0);
		i = 2;
		while (true) {
			if (!(i < 17)) { break; }
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((($shiftRightUint64((x$1 = i - 2 >> 0, ((x$1 < 0 || x$1 >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[x$1])), 32).$low >>> 0))) >>> 25 >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + ((((((x$2 = i - 1 >> 0, ((x$2 < 0 || x$2 >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[x$2])).$low >>> 0))) >>> 28 >>> 0)) >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + ((((((($shiftRightUint64((x$3 = i - 1 >> 0, ((x$3 < 0 || x$3 >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[x$3])), 32).$low >>> 0)) << 4 >>> 0)) & 536870911) >>> 0)) >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + (((((((i < 0 || i >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[i]).$low >>> 0)) & 536870911) >>> 0)) >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + (carry) >>> 0));
			carry = ((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) >>> 29 >>> 0;
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = ((((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) & (536870911)) >>> 0));
			i = i + (1) >> 0;
			if (i === 17) {
				break;
			}
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = ((($shiftRightUint64((x$4 = i - 2 >> 0, ((x$4 < 0 || x$4 >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[x$4])), 32).$low >>> 0)) >>> 25 >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + (((((x$5 = i - 1 >> 0, ((x$5 < 0 || x$5 >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[x$5])).$low >>> 0)) >>> 29 >>> 0)) >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + (((((((($shiftRightUint64((x$6 = i - 1 >> 0, ((x$6 < 0 || x$6 >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[x$6])), 32).$low >>> 0))) << 3 >>> 0)) & 268435455) >>> 0)) >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + (((((((i < 0 || i >= tmp.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp[i]).$low >>> 0)) & 268435455) >>> 0)) >>> 0));
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = (((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) + (carry) >>> 0));
			carry = ((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) >>> 28 >>> 0;
			((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i] = ((((i < 0 || i >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i]) & (268435455)) >>> 0));
			i = i + (1) >> 0;
		}
		tmp2[17] = ((($shiftRightUint64(tmp[15], 32).$low >>> 0)) >>> 25 >>> 0);
		tmp2[17] = (tmp2[17] + ((((tmp[16].$low >>> 0)) >>> 29 >>> 0)) >>> 0);
		tmp2[17] = (tmp2[17] + (((($shiftRightUint64(tmp[16], 32).$low >>> 0)) << 3 >>> 0)) >>> 0);
		tmp2[17] = (tmp2[17] + (carry) >>> 0);
		i$1 = 0;
		while (true) {
			_index = i$1 + 1 >> 0;
			((_index < 0 || _index >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index] = (((_index < 0 || _index >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index]) + ((((i$1 < 0 || i$1 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i$1]) >>> 29 >>> 0)) >>> 0));
			x = (((i$1 < 0 || i$1 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i$1]) & 536870911) >>> 0;
			xMask = nonZeroToAllOnes(x);
			((i$1 < 0 || i$1 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[i$1] = 0);
			_index$1 = i$1 + 3 >> 0;
			((_index$1 < 0 || _index$1 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$1] = (((_index$1 < 0 || _index$1 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$1]) + (((((x << 10 >>> 0)) & 268435455) >>> 0)) >>> 0));
			_index$2 = i$1 + 4 >> 0;
			((_index$2 < 0 || _index$2 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$2] = (((_index$2 < 0 || _index$2 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$2]) + (((x >>> 18 >>> 0))) >>> 0));
			_index$3 = i$1 + 6 >> 0;
			((_index$3 < 0 || _index$3 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$3] = (((_index$3 < 0 || _index$3 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$3]) + (((((x << 21 >>> 0)) & 536870911) >>> 0)) >>> 0));
			_index$4 = i$1 + 7 >> 0;
			((_index$4 < 0 || _index$4 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$4] = (((_index$4 < 0 || _index$4 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$4]) + ((x >>> 8 >>> 0)) >>> 0));
			_index$5 = i$1 + 7 >> 0;
			((_index$5 < 0 || _index$5 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$5] = (((_index$5 < 0 || _index$5 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$5]) + (((268435456 & xMask) >>> 0)) >>> 0));
			_index$6 = i$1 + 8 >> 0;
			((_index$6 < 0 || _index$6 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$6] = (((_index$6 < 0 || _index$6 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$6]) + (((((x - 1 >>> 0)) & xMask) >>> 0)) >>> 0));
			_index$7 = i$1 + 7 >> 0;
			((_index$7 < 0 || _index$7 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$7] = (((_index$7 < 0 || _index$7 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$7]) - (((((x << 24 >>> 0)) & 268435455) >>> 0)) >>> 0));
			_index$8 = i$1 + 8 >> 0;
			((_index$8 < 0 || _index$8 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$8] = (((_index$8 < 0 || _index$8 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$8]) - ((x >>> 4 >>> 0)) >>> 0));
			_index$9 = i$1 + 8 >> 0;
			((_index$9 < 0 || _index$9 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$9] = (((_index$9 < 0 || _index$9 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$9]) + (((536870912 & xMask) >>> 0)) >>> 0));
			_index$10 = i$1 + 8 >> 0;
			((_index$10 < 0 || _index$10 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$10] = (((_index$10 < 0 || _index$10 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$10]) - (x) >>> 0));
			_index$11 = i$1 + 8 >> 0;
			((_index$11 < 0 || _index$11 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$11] = (((_index$11 < 0 || _index$11 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$11]) + (((((x << 28 >>> 0)) & 536870911) >>> 0)) >>> 0));
			_index$12 = i$1 + 9 >> 0;
			((_index$12 < 0 || _index$12 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$12] = (((_index$12 < 0 || _index$12 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$12]) + (((((((x >>> 1 >>> 0)) - 1 >>> 0)) & xMask) >>> 0)) >>> 0));
			if ((i$1 + 1 >> 0) === 9) {
				break;
			}
			_index$13 = i$1 + 2 >> 0;
			((_index$13 < 0 || _index$13 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$13] = (((_index$13 < 0 || _index$13 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$13]) + (((x$7 = i$1 + 1 >> 0, ((x$7 < 0 || x$7 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[x$7])) >>> 28 >>> 0)) >>> 0));
			x = ((x$8 = i$1 + 1 >> 0, ((x$8 < 0 || x$8 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[x$8])) & 268435455) >>> 0;
			xMask = nonZeroToAllOnes(x);
			(x$9 = i$1 + 1 >> 0, ((x$9 < 0 || x$9 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[x$9] = 0));
			_index$14 = i$1 + 4 >> 0;
			((_index$14 < 0 || _index$14 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$14] = (((_index$14 < 0 || _index$14 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$14]) + (((((x << 11 >>> 0)) & 536870911) >>> 0)) >>> 0));
			_index$15 = i$1 + 5 >> 0;
			((_index$15 < 0 || _index$15 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$15] = (((_index$15 < 0 || _index$15 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$15]) + (((x >>> 18 >>> 0))) >>> 0));
			_index$16 = i$1 + 7 >> 0;
			((_index$16 < 0 || _index$16 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$16] = (((_index$16 < 0 || _index$16 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$16]) + (((((x << 21 >>> 0)) & 268435455) >>> 0)) >>> 0));
			_index$17 = i$1 + 8 >> 0;
			((_index$17 < 0 || _index$17 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$17] = (((_index$17 < 0 || _index$17 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$17]) + ((x >>> 7 >>> 0)) >>> 0));
			_index$18 = i$1 + 8 >> 0;
			((_index$18 < 0 || _index$18 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$18] = (((_index$18 < 0 || _index$18 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$18]) + (((536870912 & xMask) >>> 0)) >>> 0));
			_index$19 = i$1 + 9 >> 0;
			((_index$19 < 0 || _index$19 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$19] = (((_index$19 < 0 || _index$19 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$19]) + (((((x - 1 >>> 0)) & xMask) >>> 0)) >>> 0));
			_index$20 = i$1 + 8 >> 0;
			((_index$20 < 0 || _index$20 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$20] = (((_index$20 < 0 || _index$20 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$20]) - (((((x << 25 >>> 0)) & 536870911) >>> 0)) >>> 0));
			_index$21 = i$1 + 9 >> 0;
			((_index$21 < 0 || _index$21 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$21] = (((_index$21 < 0 || _index$21 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$21]) - ((x >>> 4 >>> 0)) >>> 0));
			_index$22 = i$1 + 9 >> 0;
			((_index$22 < 0 || _index$22 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$22] = (((_index$22 < 0 || _index$22 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$22]) + (((268435456 & xMask) >>> 0)) >>> 0));
			_index$23 = i$1 + 9 >> 0;
			((_index$23 < 0 || _index$23 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$23] = (((_index$23 < 0 || _index$23 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$23]) - (x) >>> 0));
			_index$24 = i$1 + 10 >> 0;
			((_index$24 < 0 || _index$24 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$24] = (((_index$24 < 0 || _index$24 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[_index$24]) + (((((x - 1 >>> 0)) & xMask) >>> 0)) >>> 0));
			i$1 = i$1 + (2) >> 0;
		}
		carry = 0;
		i$2 = 0;
		while (true) {
			if (!(i$2 < 8)) { break; }
			out.nilCheck, ((i$2 < 0 || i$2 >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i$2] = (x$10 = i$2 + 9 >> 0, ((x$10 < 0 || x$10 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[x$10])));
			(x$12 = out, ((i$2 < 0 || i$2 >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[i$2] = ((x$11 = out, ((i$2 < 0 || i$2 >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[i$2])) + (carry) >>> 0)));
			(x$15 = out, ((i$2 < 0 || i$2 >= x$15.length) ? ($throwRuntimeError("index out of range"), undefined) : x$15[i$2] = ((x$13 = out, ((i$2 < 0 || i$2 >= x$13.length) ? ($throwRuntimeError("index out of range"), undefined) : x$13[i$2])) + ((((((x$14 = i$2 + 10 >> 0, ((x$14 < 0 || x$14 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[x$14])) << 28 >>> 0)) & 536870911) >>> 0)) >>> 0)));
			carry = (x$16 = out, ((i$2 < 0 || i$2 >= x$16.length) ? ($throwRuntimeError("index out of range"), undefined) : x$16[i$2])) >>> 29 >>> 0;
			(x$18 = out, ((i$2 < 0 || i$2 >= x$18.length) ? ($throwRuntimeError("index out of range"), undefined) : x$18[i$2] = (((x$17 = out, ((i$2 < 0 || i$2 >= x$17.length) ? ($throwRuntimeError("index out of range"), undefined) : x$17[i$2])) & (536870911)) >>> 0)));
			i$2 = i$2 + (1) >> 0;
			out.nilCheck, ((i$2 < 0 || i$2 >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i$2] = ((x$19 = i$2 + 9 >> 0, ((x$19 < 0 || x$19 >= tmp2.length) ? ($throwRuntimeError("index out of range"), undefined) : tmp2[x$19])) >>> 1 >>> 0));
			(x$21 = out, ((i$2 < 0 || i$2 >= x$21.length) ? ($throwRuntimeError("index out of range"), undefined) : x$21[i$2] = ((x$20 = out, ((i$2 < 0 || i$2 >= x$20.length) ? ($throwRuntimeError("index out of range"), undefined) : x$20[i$2])) + (carry) >>> 0)));
			carry = (x$22 = out, ((i$2 < 0 || i$2 >= x$22.length) ? ($throwRuntimeError("index out of range"), undefined) : x$22[i$2])) >>> 28 >>> 0;
			(x$24 = out, ((i$2 < 0 || i$2 >= x$24.length) ? ($throwRuntimeError("index out of range"), undefined) : x$24[i$2] = (((x$23 = out, ((i$2 < 0 || i$2 >= x$23.length) ? ($throwRuntimeError("index out of range"), undefined) : x$23[i$2])) & (268435455)) >>> 0)));
			i$2 = i$2 + (1) >> 0;
		}
		out.nilCheck, out[8] = tmp2[17];
		out[8] = (out[8] + (carry) >>> 0);
		carry = out[8] >>> 29 >>> 0;
		out[8] = ((out[8] & (536870911)) >>> 0);
		p256ReduceCarry(out, carry);
	};
	p256Square = function(out, in$1) {
		var in$1, out, tmp, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$6, x$7, x$8, x$9;
		tmp = arrayType$3.zero();
		tmp[0] = $mul64((new $Uint64(0, in$1[0])), (new $Uint64(0, in$1[0])));
		tmp[1] = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[1])), 1)));
		tmp[2] = (x = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[2])), 1))), x$1 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[1])), 1))), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		tmp[3] = (x$2 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[3])), 1))), x$3 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[2])), 1))), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		tmp[4] = (x$4 = (x$5 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[4])), 1))), x$6 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[3])), 2))), new $Uint64(x$5.$high + x$6.$high, x$5.$low + x$6.$low)), x$7 = $mul64((new $Uint64(0, in$1[2])), (new $Uint64(0, in$1[2]))), new $Uint64(x$4.$high + x$7.$high, x$4.$low + x$7.$low));
		tmp[5] = (x$8 = (x$9 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[5])), 1))), x$10 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[4])), 1))), new $Uint64(x$9.$high + x$10.$high, x$9.$low + x$10.$low)), x$11 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in$1[3])), 1))), new $Uint64(x$8.$high + x$11.$high, x$8.$low + x$11.$low));
		tmp[6] = (x$12 = (x$13 = (x$14 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[6])), 1))), x$15 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[5])), 2))), new $Uint64(x$14.$high + x$15.$high, x$14.$low + x$15.$low)), x$16 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in$1[4])), 1))), new $Uint64(x$13.$high + x$16.$high, x$13.$low + x$16.$low)), x$17 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in$1[3])), 1))), new $Uint64(x$12.$high + x$17.$high, x$12.$low + x$17.$low));
		tmp[7] = (x$18 = (x$19 = (x$20 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[7])), 1))), x$21 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[6])), 1))), new $Uint64(x$20.$high + x$21.$high, x$20.$low + x$21.$low)), x$22 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in$1[5])), 1))), new $Uint64(x$19.$high + x$22.$high, x$19.$low + x$22.$low)), x$23 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in$1[4])), 1))), new $Uint64(x$18.$high + x$23.$high, x$18.$low + x$23.$low));
		tmp[8] = (x$24 = (x$25 = (x$26 = (x$27 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1))), x$28 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[7])), 2))), new $Uint64(x$27.$high + x$28.$high, x$27.$low + x$28.$low)), x$29 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in$1[6])), 1))), new $Uint64(x$26.$high + x$29.$high, x$26.$low + x$29.$low)), x$30 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in$1[5])), 2))), new $Uint64(x$25.$high + x$30.$high, x$25.$low + x$30.$low)), x$31 = $mul64((new $Uint64(0, in$1[4])), (new $Uint64(0, in$1[4]))), new $Uint64(x$24.$high + x$31.$high, x$24.$low + x$31.$low));
		tmp[9] = (x$32 = (x$33 = (x$34 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1))), x$35 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in$1[7])), 1))), new $Uint64(x$34.$high + x$35.$high, x$34.$low + x$35.$low)), x$36 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in$1[6])), 1))), new $Uint64(x$33.$high + x$36.$high, x$33.$low + x$36.$low)), x$37 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in$1[5])), 1))), new $Uint64(x$32.$high + x$37.$high, x$32.$low + x$37.$low));
		tmp[10] = (x$38 = (x$39 = (x$40 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1))), x$41 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in$1[7])), 2))), new $Uint64(x$40.$high + x$41.$high, x$40.$low + x$41.$low)), x$42 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in$1[6])), 1))), new $Uint64(x$39.$high + x$42.$high, x$39.$low + x$42.$low)), x$43 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in$1[5])), 1))), new $Uint64(x$38.$high + x$43.$high, x$38.$low + x$43.$low));
		tmp[11] = (x$44 = (x$45 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1))), x$46 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in$1[7])), 1))), new $Uint64(x$45.$high + x$46.$high, x$45.$low + x$46.$low)), x$47 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in$1[6])), 1))), new $Uint64(x$44.$high + x$47.$high, x$44.$low + x$47.$low));
		tmp[12] = (x$48 = (x$49 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1))), x$50 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in$1[7])), 2))), new $Uint64(x$49.$high + x$50.$high, x$49.$low + x$50.$low)), x$51 = $mul64((new $Uint64(0, in$1[6])), (new $Uint64(0, in$1[6]))), new $Uint64(x$48.$high + x$51.$high, x$48.$low + x$51.$low));
		tmp[13] = (x$52 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1))), x$53 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in$1[7])), 1))), new $Uint64(x$52.$high + x$53.$high, x$52.$low + x$53.$low));
		tmp[14] = (x$54 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1))), x$55 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in$1[7])), 1))), new $Uint64(x$54.$high + x$55.$high, x$54.$low + x$55.$low));
		tmp[15] = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in$1[8])), 1)));
		tmp[16] = $mul64((new $Uint64(0, in$1[8])), (new $Uint64(0, in$1[8])));
		p256ReduceDegree(out, $clone(tmp, arrayType$3));
	};
	p256Mul = function(out, in$1, in2) {
		var in$1, in2, out, tmp, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99;
		tmp = arrayType$3.zero();
		tmp[0] = $mul64((new $Uint64(0, in$1[0])), (new $Uint64(0, in2[0])));
		tmp[1] = (x = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[1])), 0))), x$1 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		tmp[2] = (x$2 = (x$3 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), x$4 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[1])), 1))), new $Uint64(x$3.$high + x$4.$high, x$3.$low + x$4.$low)), x$5 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x$2.$high + x$5.$high, x$2.$low + x$5.$low));
		tmp[3] = (x$6 = (x$7 = (x$8 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[3])), 0))), x$9 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$8.$high + x$9.$high, x$8.$low + x$9.$low)), x$10 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[1])), 0))), new $Uint64(x$7.$high + x$10.$high, x$7.$low + x$10.$low)), x$11 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x$6.$high + x$11.$high, x$6.$low + x$11.$low));
		tmp[4] = (x$12 = (x$13 = (x$14 = (x$15 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), x$16 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[3])), 1))), new $Uint64(x$15.$high + x$16.$high, x$15.$low + x$16.$low)), x$17 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$14.$high + x$17.$high, x$14.$low + x$17.$low)), x$18 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[1])), 1))), new $Uint64(x$13.$high + x$18.$high, x$13.$low + x$18.$low)), x$19 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x$12.$high + x$19.$high, x$12.$low + x$19.$low));
		tmp[5] = (x$20 = (x$21 = (x$22 = (x$23 = (x$24 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[5])), 0))), x$25 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$24.$high + x$25.$high, x$24.$low + x$25.$low)), x$26 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[3])), 0))), new $Uint64(x$23.$high + x$26.$high, x$23.$low + x$26.$low)), x$27 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$22.$high + x$27.$high, x$22.$low + x$27.$low)), x$28 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[1])), 0))), new $Uint64(x$21.$high + x$28.$high, x$21.$low + x$28.$low)), x$29 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x$20.$high + x$29.$high, x$20.$low + x$29.$low));
		tmp[6] = (x$30 = (x$31 = (x$32 = (x$33 = (x$34 = (x$35 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), x$36 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[5])), 1))), new $Uint64(x$35.$high + x$36.$high, x$35.$low + x$36.$low)), x$37 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$34.$high + x$37.$high, x$34.$low + x$37.$low)), x$38 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[3])), 1))), new $Uint64(x$33.$high + x$38.$high, x$33.$low + x$38.$low)), x$39 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$32.$high + x$39.$high, x$32.$low + x$39.$low)), x$40 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[1])), 1))), new $Uint64(x$31.$high + x$40.$high, x$31.$low + x$40.$low)), x$41 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x$30.$high + x$41.$high, x$30.$low + x$41.$low));
		tmp[7] = (x$42 = (x$43 = (x$44 = (x$45 = (x$46 = (x$47 = (x$48 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[7])), 0))), x$49 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$48.$high + x$49.$high, x$48.$low + x$49.$low)), x$50 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[5])), 0))), new $Uint64(x$47.$high + x$50.$high, x$47.$low + x$50.$low)), x$51 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$46.$high + x$51.$high, x$46.$low + x$51.$low)), x$52 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[3])), 0))), new $Uint64(x$45.$high + x$52.$high, x$45.$low + x$52.$low)), x$53 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$44.$high + x$53.$high, x$44.$low + x$53.$low)), x$54 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[1])), 0))), new $Uint64(x$43.$high + x$54.$high, x$43.$low + x$54.$low)), x$55 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x$42.$high + x$55.$high, x$42.$low + x$55.$low));
		tmp[8] = (x$56 = (x$57 = (x$58 = (x$59 = (x$60 = (x$61 = (x$62 = (x$63 = $mul64((new $Uint64(0, in$1[0])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$64 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[7])), 1))), new $Uint64(x$63.$high + x$64.$high, x$63.$low + x$64.$low)), x$65 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$62.$high + x$65.$high, x$62.$low + x$65.$low)), x$66 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[5])), 1))), new $Uint64(x$61.$high + x$66.$high, x$61.$low + x$66.$low)), x$67 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$60.$high + x$67.$high, x$60.$low + x$67.$low)), x$68 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[3])), 1))), new $Uint64(x$59.$high + x$68.$high, x$59.$low + x$68.$low)), x$69 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$58.$high + x$69.$high, x$58.$low + x$69.$low)), x$70 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[1])), 1))), new $Uint64(x$57.$high + x$70.$high, x$57.$low + x$70.$low)), x$71 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[0])), 0))), new $Uint64(x$56.$high + x$71.$high, x$56.$low + x$71.$low));
		tmp[9] = (x$72 = (x$73 = (x$74 = (x$75 = (x$76 = (x$77 = (x$78 = $mul64((new $Uint64(0, in$1[1])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$79 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[7])), 0))), new $Uint64(x$78.$high + x$79.$high, x$78.$low + x$79.$low)), x$80 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$77.$high + x$80.$high, x$77.$low + x$80.$low)), x$81 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[5])), 0))), new $Uint64(x$76.$high + x$81.$high, x$76.$low + x$81.$low)), x$82 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$75.$high + x$82.$high, x$75.$low + x$82.$low)), x$83 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[3])), 0))), new $Uint64(x$74.$high + x$83.$high, x$74.$low + x$83.$low)), x$84 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$73.$high + x$84.$high, x$73.$low + x$84.$low)), x$85 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[1])), 0))), new $Uint64(x$72.$high + x$85.$high, x$72.$low + x$85.$low));
		tmp[10] = (x$86 = (x$87 = (x$88 = (x$89 = (x$90 = (x$91 = $mul64((new $Uint64(0, in$1[2])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$92 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[7])), 1))), new $Uint64(x$91.$high + x$92.$high, x$91.$low + x$92.$low)), x$93 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$90.$high + x$93.$high, x$90.$low + x$93.$low)), x$94 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[5])), 1))), new $Uint64(x$89.$high + x$94.$high, x$89.$low + x$94.$low)), x$95 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$88.$high + x$95.$high, x$88.$low + x$95.$low)), x$96 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[3])), 1))), new $Uint64(x$87.$high + x$96.$high, x$87.$low + x$96.$low)), x$97 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[2])), 0))), new $Uint64(x$86.$high + x$97.$high, x$86.$low + x$97.$low));
		tmp[11] = (x$98 = (x$99 = (x$100 = (x$101 = (x$102 = $mul64((new $Uint64(0, in$1[3])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$103 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[7])), 0))), new $Uint64(x$102.$high + x$103.$high, x$102.$low + x$103.$low)), x$104 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$101.$high + x$104.$high, x$101.$low + x$104.$low)), x$105 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[5])), 0))), new $Uint64(x$100.$high + x$105.$high, x$100.$low + x$105.$low)), x$106 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$99.$high + x$106.$high, x$99.$low + x$106.$low)), x$107 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[3])), 0))), new $Uint64(x$98.$high + x$107.$high, x$98.$low + x$107.$low));
		tmp[12] = (x$108 = (x$109 = (x$110 = (x$111 = $mul64((new $Uint64(0, in$1[4])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$112 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[7])), 1))), new $Uint64(x$111.$high + x$112.$high, x$111.$low + x$112.$low)), x$113 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$110.$high + x$113.$high, x$110.$low + x$113.$low)), x$114 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[5])), 1))), new $Uint64(x$109.$high + x$114.$high, x$109.$low + x$114.$low)), x$115 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[4])), 0))), new $Uint64(x$108.$high + x$115.$high, x$108.$low + x$115.$low));
		tmp[13] = (x$116 = (x$117 = (x$118 = $mul64((new $Uint64(0, in$1[5])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$119 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[7])), 0))), new $Uint64(x$118.$high + x$119.$high, x$118.$low + x$119.$low)), x$120 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$117.$high + x$120.$high, x$117.$low + x$120.$low)), x$121 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[5])), 0))), new $Uint64(x$116.$high + x$121.$high, x$116.$low + x$121.$low));
		tmp[14] = (x$122 = (x$123 = $mul64((new $Uint64(0, in$1[6])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$124 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[7])), 1))), new $Uint64(x$123.$high + x$124.$high, x$123.$low + x$124.$low)), x$125 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[6])), 0))), new $Uint64(x$122.$high + x$125.$high, x$122.$low + x$125.$low));
		tmp[15] = (x$126 = $mul64((new $Uint64(0, in$1[7])), ($shiftLeft64((new $Uint64(0, in2[8])), 0))), x$127 = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[7])), 0))), new $Uint64(x$126.$high + x$127.$high, x$126.$low + x$127.$low));
		tmp[16] = $mul64((new $Uint64(0, in$1[8])), ($shiftLeft64((new $Uint64(0, in2[8])), 0)));
		p256ReduceDegree(out, $clone(tmp, arrayType$3));
	};
	p256Assign = function(out, in$1) {
		var in$1, out;
		arrayType$1.copy(out, in$1);
	};
	p256Invert = function(out, in$1) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, e16, e2, e32, e4, e64, e8, ftmp, ftmp2, i, i$1, i$2, i$3, i$4, i$5, i$6, in$1, out;
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		ftmp = $clone(_tmp, arrayType$1);
		ftmp2 = $clone(_tmp$1, arrayType$1);
		_tmp$2 = arrayType$1.zero();
		_tmp$3 = arrayType$1.zero();
		_tmp$4 = arrayType$1.zero();
		_tmp$5 = arrayType$1.zero();
		_tmp$6 = arrayType$1.zero();
		_tmp$7 = arrayType$1.zero();
		e2 = $clone(_tmp$2, arrayType$1);
		e4 = $clone(_tmp$3, arrayType$1);
		e8 = $clone(_tmp$4, arrayType$1);
		e16 = $clone(_tmp$5, arrayType$1);
		e32 = $clone(_tmp$6, arrayType$1);
		e64 = $clone(_tmp$7, arrayType$1);
		p256Square(ftmp, in$1);
		p256Mul(ftmp, in$1, ftmp);
		p256Assign(e2, ftmp);
		p256Square(ftmp, ftmp);
		p256Square(ftmp, ftmp);
		p256Mul(ftmp, ftmp, e2);
		p256Assign(e4, ftmp);
		p256Square(ftmp, ftmp);
		p256Square(ftmp, ftmp);
		p256Square(ftmp, ftmp);
		p256Square(ftmp, ftmp);
		p256Mul(ftmp, ftmp, e4);
		p256Assign(e8, ftmp);
		i = 0;
		while (true) {
			if (!(i < 8)) { break; }
			p256Square(ftmp, ftmp);
			i = i + (1) >> 0;
		}
		p256Mul(ftmp, ftmp, e8);
		p256Assign(e16, ftmp);
		i$1 = 0;
		while (true) {
			if (!(i$1 < 16)) { break; }
			p256Square(ftmp, ftmp);
			i$1 = i$1 + (1) >> 0;
		}
		p256Mul(ftmp, ftmp, e16);
		p256Assign(e32, ftmp);
		i$2 = 0;
		while (true) {
			if (!(i$2 < 32)) { break; }
			p256Square(ftmp, ftmp);
			i$2 = i$2 + (1) >> 0;
		}
		p256Assign(e64, ftmp);
		p256Mul(ftmp, ftmp, in$1);
		i$3 = 0;
		while (true) {
			if (!(i$3 < 192)) { break; }
			p256Square(ftmp, ftmp);
			i$3 = i$3 + (1) >> 0;
		}
		p256Mul(ftmp2, e64, e32);
		i$4 = 0;
		while (true) {
			if (!(i$4 < 16)) { break; }
			p256Square(ftmp2, ftmp2);
			i$4 = i$4 + (1) >> 0;
		}
		p256Mul(ftmp2, ftmp2, e16);
		i$5 = 0;
		while (true) {
			if (!(i$5 < 8)) { break; }
			p256Square(ftmp2, ftmp2);
			i$5 = i$5 + (1) >> 0;
		}
		p256Mul(ftmp2, ftmp2, e8);
		i$6 = 0;
		while (true) {
			if (!(i$6 < 4)) { break; }
			p256Square(ftmp2, ftmp2);
			i$6 = i$6 + (1) >> 0;
		}
		p256Mul(ftmp2, ftmp2, e4);
		p256Square(ftmp2, ftmp2);
		p256Square(ftmp2, ftmp2);
		p256Mul(ftmp2, ftmp2, e2);
		p256Square(ftmp2, ftmp2);
		p256Square(ftmp2, ftmp2);
		p256Mul(ftmp2, ftmp2, in$1);
		p256Mul(out, ftmp2, ftmp);
	};
	p256Scalar3 = function(out) {
		var carry, i, out, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		carry = 0;
		i = 0;
		while (true) {
			(x$1 = out, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i] = ($imul((x = out, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])), (3)) >>> 0)));
			(x$3 = out, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i] = ((x$2 = out, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) + (carry) >>> 0)));
			carry = (x$4 = out, ((i < 0 || i >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i])) >>> 29 >>> 0;
			(x$6 = out, ((i < 0 || i >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[i] = (((x$5 = out, ((i < 0 || i >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[i])) & (536870911)) >>> 0)));
			i = i + (1) >> 0;
			if (i === 9) {
				break;
			}
			(x$8 = out, ((i < 0 || i >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[i] = ($imul((x$7 = out, ((i < 0 || i >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[i])), (3)) >>> 0)));
			(x$10 = out, ((i < 0 || i >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[i] = ((x$9 = out, ((i < 0 || i >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[i])) + (carry) >>> 0)));
			carry = (x$11 = out, ((i < 0 || i >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[i])) >>> 28 >>> 0;
			(x$13 = out, ((i < 0 || i >= x$13.length) ? ($throwRuntimeError("index out of range"), undefined) : x$13[i] = (((x$12 = out, ((i < 0 || i >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[i])) & (268435455)) >>> 0)));
			i = i + (1) >> 0;
		}
		p256ReduceCarry(out, carry);
	};
	p256Scalar4 = function(out) {
		var _tmp, _tmp$1, carry, i, nextCarry, out, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, y$1;
		_tmp = 0;
		_tmp$1 = 0;
		carry = _tmp;
		nextCarry = _tmp$1;
		i = 0;
		while (true) {
			nextCarry = (x = out, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) >>> 27 >>> 0;
			(x$2 = out, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i] = ((y = (2), y < 32 ? ((x$1 = out, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])) << y) : 0) >>> 0)));
			(x$4 = out, ((i < 0 || i >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i] = (((x$3 = out, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i])) & (536870911)) >>> 0)));
			(x$6 = out, ((i < 0 || i >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[i] = ((x$5 = out, ((i < 0 || i >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[i])) + (carry) >>> 0)));
			carry = nextCarry + (((x$7 = out, ((i < 0 || i >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[i])) >>> 29 >>> 0)) >>> 0;
			(x$9 = out, ((i < 0 || i >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[i] = (((x$8 = out, ((i < 0 || i >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[i])) & (536870911)) >>> 0)));
			i = i + (1) >> 0;
			if (i === 9) {
				break;
			}
			nextCarry = (x$10 = out, ((i < 0 || i >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[i])) >>> 26 >>> 0;
			(x$12 = out, ((i < 0 || i >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[i] = ((y$1 = (2), y$1 < 32 ? ((x$11 = out, ((i < 0 || i >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[i])) << y$1) : 0) >>> 0)));
			(x$14 = out, ((i < 0 || i >= x$14.length) ? ($throwRuntimeError("index out of range"), undefined) : x$14[i] = (((x$13 = out, ((i < 0 || i >= x$13.length) ? ($throwRuntimeError("index out of range"), undefined) : x$13[i])) & (268435455)) >>> 0)));
			(x$16 = out, ((i < 0 || i >= x$16.length) ? ($throwRuntimeError("index out of range"), undefined) : x$16[i] = ((x$15 = out, ((i < 0 || i >= x$15.length) ? ($throwRuntimeError("index out of range"), undefined) : x$15[i])) + (carry) >>> 0)));
			carry = nextCarry + (((x$17 = out, ((i < 0 || i >= x$17.length) ? ($throwRuntimeError("index out of range"), undefined) : x$17[i])) >>> 28 >>> 0)) >>> 0;
			(x$19 = out, ((i < 0 || i >= x$19.length) ? ($throwRuntimeError("index out of range"), undefined) : x$19[i] = (((x$18 = out, ((i < 0 || i >= x$18.length) ? ($throwRuntimeError("index out of range"), undefined) : x$18[i])) & (268435455)) >>> 0)));
			i = i + (1) >> 0;
		}
		p256ReduceCarry(out, carry);
	};
	p256Scalar8 = function(out) {
		var _tmp, _tmp$1, carry, i, nextCarry, out, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y, y$1;
		_tmp = 0;
		_tmp$1 = 0;
		carry = _tmp;
		nextCarry = _tmp$1;
		i = 0;
		while (true) {
			nextCarry = (x = out, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) >>> 26 >>> 0;
			(x$2 = out, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i] = ((y = (3), y < 32 ? ((x$1 = out, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])) << y) : 0) >>> 0)));
			(x$4 = out, ((i < 0 || i >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i] = (((x$3 = out, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i])) & (536870911)) >>> 0)));
			(x$6 = out, ((i < 0 || i >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[i] = ((x$5 = out, ((i < 0 || i >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[i])) + (carry) >>> 0)));
			carry = nextCarry + (((x$7 = out, ((i < 0 || i >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[i])) >>> 29 >>> 0)) >>> 0;
			(x$9 = out, ((i < 0 || i >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[i] = (((x$8 = out, ((i < 0 || i >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[i])) & (536870911)) >>> 0)));
			i = i + (1) >> 0;
			if (i === 9) {
				break;
			}
			nextCarry = (x$10 = out, ((i < 0 || i >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[i])) >>> 25 >>> 0;
			(x$12 = out, ((i < 0 || i >= x$12.length) ? ($throwRuntimeError("index out of range"), undefined) : x$12[i] = ((y$1 = (3), y$1 < 32 ? ((x$11 = out, ((i < 0 || i >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[i])) << y$1) : 0) >>> 0)));
			(x$14 = out, ((i < 0 || i >= x$14.length) ? ($throwRuntimeError("index out of range"), undefined) : x$14[i] = (((x$13 = out, ((i < 0 || i >= x$13.length) ? ($throwRuntimeError("index out of range"), undefined) : x$13[i])) & (268435455)) >>> 0)));
			(x$16 = out, ((i < 0 || i >= x$16.length) ? ($throwRuntimeError("index out of range"), undefined) : x$16[i] = ((x$15 = out, ((i < 0 || i >= x$15.length) ? ($throwRuntimeError("index out of range"), undefined) : x$15[i])) + (carry) >>> 0)));
			carry = nextCarry + (((x$17 = out, ((i < 0 || i >= x$17.length) ? ($throwRuntimeError("index out of range"), undefined) : x$17[i])) >>> 28 >>> 0)) >>> 0;
			(x$19 = out, ((i < 0 || i >= x$19.length) ? ($throwRuntimeError("index out of range"), undefined) : x$19[i] = (((x$18 = out, ((i < 0 || i >= x$18.length) ? ($throwRuntimeError("index out of range"), undefined) : x$18[i])) & (268435455)) >>> 0)));
			i = i + (1) >> 0;
		}
		p256ReduceCarry(out, carry);
	};
	p256PointDouble = function(xOut, yOut, zOut, x, y, z) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, alpha, beta, delta, gamma, tmp, tmp2, x, xOut, y, yOut, z, zOut;
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		_tmp$2 = arrayType$1.zero();
		_tmp$3 = arrayType$1.zero();
		_tmp$4 = arrayType$1.zero();
		_tmp$5 = arrayType$1.zero();
		delta = $clone(_tmp, arrayType$1);
		gamma = $clone(_tmp$1, arrayType$1);
		alpha = $clone(_tmp$2, arrayType$1);
		beta = $clone(_tmp$3, arrayType$1);
		tmp = $clone(_tmp$4, arrayType$1);
		tmp2 = $clone(_tmp$5, arrayType$1);
		p256Square(delta, z);
		p256Square(gamma, y);
		p256Mul(beta, x, gamma);
		p256Sum(tmp, x, delta);
		p256Diff(tmp2, x, delta);
		p256Mul(alpha, tmp, tmp2);
		p256Scalar3(alpha);
		p256Sum(tmp, y, z);
		p256Square(tmp, tmp);
		p256Diff(tmp, tmp, gamma);
		p256Diff(zOut, tmp, delta);
		p256Scalar4(beta);
		p256Square(xOut, alpha);
		p256Diff(xOut, xOut, beta);
		p256Diff(xOut, xOut, beta);
		p256Diff(tmp, beta, xOut);
		p256Mul(tmp, alpha, tmp);
		p256Square(tmp2, gamma);
		p256Scalar8(tmp2);
		p256Diff(yOut, tmp, tmp2);
	};
	p256PointAddMixed = function(xOut, yOut, zOut, x1, y1, z1, x2, y2) {
		var _tmp, _tmp$1, _tmp$10, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, h, i, j, r, rr, s2, tmp, u2, v, x1, x2, xOut, y1, y2, yOut, z1, z1z1, z1z1z1, zOut;
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		_tmp$2 = arrayType$1.zero();
		_tmp$3 = arrayType$1.zero();
		_tmp$4 = arrayType$1.zero();
		_tmp$5 = arrayType$1.zero();
		_tmp$6 = arrayType$1.zero();
		_tmp$7 = arrayType$1.zero();
		_tmp$8 = arrayType$1.zero();
		_tmp$9 = arrayType$1.zero();
		_tmp$10 = arrayType$1.zero();
		z1z1 = $clone(_tmp, arrayType$1);
		z1z1z1 = $clone(_tmp$1, arrayType$1);
		s2 = $clone(_tmp$2, arrayType$1);
		u2 = $clone(_tmp$3, arrayType$1);
		h = $clone(_tmp$4, arrayType$1);
		i = $clone(_tmp$5, arrayType$1);
		j = $clone(_tmp$6, arrayType$1);
		r = $clone(_tmp$7, arrayType$1);
		rr = $clone(_tmp$8, arrayType$1);
		v = $clone(_tmp$9, arrayType$1);
		tmp = $clone(_tmp$10, arrayType$1);
		p256Square(z1z1, z1);
		p256Sum(tmp, z1, z1);
		p256Mul(u2, x2, z1z1);
		p256Mul(z1z1z1, z1, z1z1);
		p256Mul(s2, y2, z1z1z1);
		p256Diff(h, u2, x1);
		p256Sum(i, h, h);
		p256Square(i, i);
		p256Mul(j, h, i);
		p256Diff(r, s2, y1);
		p256Sum(r, r, r);
		p256Mul(v, x1, i);
		p256Mul(zOut, tmp, h);
		p256Square(rr, r);
		p256Diff(xOut, rr, j);
		p256Diff(xOut, xOut, v);
		p256Diff(xOut, xOut, v);
		p256Diff(tmp, v, xOut);
		p256Mul(yOut, tmp, r);
		p256Mul(tmp, y1, j);
		p256Diff(yOut, yOut, tmp);
		p256Diff(yOut, yOut, tmp);
	};
	p256PointAdd = function(xOut, yOut, zOut, x1, y1, z1, x2, y2, z2) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, h, i, j, r, rr, s1, s2, tmp, u1, u2, v, x1, x2, xOut, y1, y2, yOut, z1, z1z1, z1z1z1, z2, z2z2, z2z2z2, zOut;
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		_tmp$2 = arrayType$1.zero();
		_tmp$3 = arrayType$1.zero();
		_tmp$4 = arrayType$1.zero();
		_tmp$5 = arrayType$1.zero();
		_tmp$6 = arrayType$1.zero();
		_tmp$7 = arrayType$1.zero();
		_tmp$8 = arrayType$1.zero();
		_tmp$9 = arrayType$1.zero();
		_tmp$10 = arrayType$1.zero();
		_tmp$11 = arrayType$1.zero();
		_tmp$12 = arrayType$1.zero();
		_tmp$13 = arrayType$1.zero();
		_tmp$14 = arrayType$1.zero();
		z1z1 = $clone(_tmp, arrayType$1);
		z1z1z1 = $clone(_tmp$1, arrayType$1);
		z2z2 = $clone(_tmp$2, arrayType$1);
		z2z2z2 = $clone(_tmp$3, arrayType$1);
		s1 = $clone(_tmp$4, arrayType$1);
		s2 = $clone(_tmp$5, arrayType$1);
		u1 = $clone(_tmp$6, arrayType$1);
		u2 = $clone(_tmp$7, arrayType$1);
		h = $clone(_tmp$8, arrayType$1);
		i = $clone(_tmp$9, arrayType$1);
		j = $clone(_tmp$10, arrayType$1);
		r = $clone(_tmp$11, arrayType$1);
		rr = $clone(_tmp$12, arrayType$1);
		v = $clone(_tmp$13, arrayType$1);
		tmp = $clone(_tmp$14, arrayType$1);
		p256Square(z1z1, z1);
		p256Square(z2z2, z2);
		p256Mul(u1, x1, z2z2);
		p256Sum(tmp, z1, z2);
		p256Square(tmp, tmp);
		p256Diff(tmp, tmp, z1z1);
		p256Diff(tmp, tmp, z2z2);
		p256Mul(z2z2z2, z2, z2z2);
		p256Mul(s1, y1, z2z2z2);
		p256Mul(u2, x2, z1z1);
		p256Mul(z1z1z1, z1, z1z1);
		p256Mul(s2, y2, z1z1z1);
		p256Diff(h, u2, u1);
		p256Sum(i, h, h);
		p256Square(i, i);
		p256Mul(j, h, i);
		p256Diff(r, s2, s1);
		p256Sum(r, r, r);
		p256Mul(v, u1, i);
		p256Mul(zOut, tmp, h);
		p256Square(rr, r);
		p256Diff(xOut, rr, j);
		p256Diff(xOut, xOut, v);
		p256Diff(xOut, xOut, v);
		p256Diff(tmp, v, xOut);
		p256Mul(yOut, tmp, r);
		p256Mul(tmp, s1, j);
		p256Diff(yOut, yOut, tmp);
		p256Diff(yOut, yOut, tmp);
	};
	p256CopyConditional = function(out, in$1, mask$1) {
		var i, in$1, mask$1, out, tmp, x, x$1, x$2, x$3;
		i = 0;
		while (true) {
			if (!(i < 9)) { break; }
			tmp = (mask$1 & ((((x = in$1, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) ^ (x$1 = out, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i]))) >>> 0))) >>> 0;
			(x$3 = out, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i] = (((x$2 = out, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) ^ (tmp)) >>> 0)));
			i = i + (1) >> 0;
		}
	};
	p256SelectAffinePoint = function(xOut, yOut, table, index) {
		var _i, _i$1, _i$2, _i$3, _ref, _ref$1, _ref$2, _ref$3, i, i$1, i$2, index, j, j$1, mask$1, table, x, x$1, x$2, x$3, xOut, yOut;
		_ref = xOut;
		_i = 0;
		while (true) {
			if (!(_i < 9)) { break; }
			i = _i;
			xOut.nilCheck, ((i < 0 || i >= xOut.length) ? ($throwRuntimeError("index out of range"), undefined) : xOut[i] = 0);
			_i++;
		}
		_ref$1 = yOut;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < 9)) { break; }
			i$1 = _i$1;
			yOut.nilCheck, ((i$1 < 0 || i$1 >= yOut.length) ? ($throwRuntimeError("index out of range"), undefined) : yOut[i$1] = 0);
			_i$1++;
		}
		i$2 = 1;
		while (true) {
			if (!(i$2 < 16)) { break; }
			mask$1 = (i$2 ^ index) >>> 0;
			mask$1 = (mask$1 | ((mask$1 >>> 2 >>> 0))) >>> 0;
			mask$1 = (mask$1 | ((mask$1 >>> 1 >>> 0))) >>> 0;
			mask$1 = (mask$1 & (1)) >>> 0;
			mask$1 = mask$1 - (1) >>> 0;
			_ref$2 = xOut;
			_i$2 = 0;
			while (true) {
				if (!(_i$2 < 9)) { break; }
				j = _i$2;
				(x$1 = xOut, ((j < 0 || j >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[j] = (((x = xOut, ((j < 0 || j >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[j])) | ((((0 >= table.$length ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + 0]) & mask$1) >>> 0))) >>> 0)));
				table = $subslice(table, 1);
				_i$2++;
			}
			_ref$3 = yOut;
			_i$3 = 0;
			while (true) {
				if (!(_i$3 < 9)) { break; }
				j$1 = _i$3;
				(x$3 = yOut, ((j$1 < 0 || j$1 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[j$1] = (((x$2 = yOut, ((j$1 < 0 || j$1 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[j$1])) | ((((0 >= table.$length ? ($throwRuntimeError("index out of range"), undefined) : table.$array[table.$offset + 0]) & mask$1) >>> 0))) >>> 0)));
				table = $subslice(table, 1);
				_i$3++;
			}
			i$2 = i$2 + (1) >>> 0;
		}
	};
	p256SelectJacobianPoint = function(xOut, yOut, zOut, table, index) {
		var _i, _i$1, _i$2, _i$3, _i$4, _i$5, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _ref$5, i, i$1, i$2, i$3, index, j, j$1, j$2, mask$1, table, x, x$1, x$10, x$11, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, xOut, yOut, zOut;
		_ref = xOut;
		_i = 0;
		while (true) {
			if (!(_i < 9)) { break; }
			i = _i;
			xOut.nilCheck, ((i < 0 || i >= xOut.length) ? ($throwRuntimeError("index out of range"), undefined) : xOut[i] = 0);
			_i++;
		}
		_ref$1 = yOut;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < 9)) { break; }
			i$1 = _i$1;
			yOut.nilCheck, ((i$1 < 0 || i$1 >= yOut.length) ? ($throwRuntimeError("index out of range"), undefined) : yOut[i$1] = 0);
			_i$1++;
		}
		_ref$2 = zOut;
		_i$2 = 0;
		while (true) {
			if (!(_i$2 < 9)) { break; }
			i$2 = _i$2;
			zOut.nilCheck, ((i$2 < 0 || i$2 >= zOut.length) ? ($throwRuntimeError("index out of range"), undefined) : zOut[i$2] = 0);
			_i$2++;
		}
		i$3 = 1;
		while (true) {
			if (!(i$3 < 16)) { break; }
			mask$1 = (i$3 ^ index) >>> 0;
			mask$1 = (mask$1 | ((mask$1 >>> 2 >>> 0))) >>> 0;
			mask$1 = (mask$1 | ((mask$1 >>> 1 >>> 0))) >>> 0;
			mask$1 = (mask$1 & (1)) >>> 0;
			mask$1 = mask$1 - (1) >>> 0;
			_ref$3 = xOut;
			_i$3 = 0;
			while (true) {
				if (!(_i$3 < 9)) { break; }
				j = _i$3;
				(x$3 = xOut, ((j < 0 || j >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[j] = (((x = xOut, ((j < 0 || j >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[j])) | ((((x$1 = (x$2 = table, ((i$3 < 0 || i$3 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i$3]))[0], ((j < 0 || j >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[j])) & mask$1) >>> 0))) >>> 0)));
				_i$3++;
			}
			_ref$4 = yOut;
			_i$4 = 0;
			while (true) {
				if (!(_i$4 < 9)) { break; }
				j$1 = _i$4;
				(x$7 = yOut, ((j$1 < 0 || j$1 >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[j$1] = (((x$4 = yOut, ((j$1 < 0 || j$1 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[j$1])) | ((((x$5 = (x$6 = table, ((i$3 < 0 || i$3 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[i$3]))[1], ((j$1 < 0 || j$1 >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[j$1])) & mask$1) >>> 0))) >>> 0)));
				_i$4++;
			}
			_ref$5 = zOut;
			_i$5 = 0;
			while (true) {
				if (!(_i$5 < 9)) { break; }
				j$2 = _i$5;
				(x$11 = zOut, ((j$2 < 0 || j$2 >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[j$2] = (((x$8 = zOut, ((j$2 < 0 || j$2 >= x$8.length) ? ($throwRuntimeError("index out of range"), undefined) : x$8[j$2])) | ((((x$9 = (x$10 = table, ((i$3 < 0 || i$3 >= x$10.length) ? ($throwRuntimeError("index out of range"), undefined) : x$10[i$3]))[2], ((j$2 < 0 || j$2 >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[j$2])) & mask$1) >>> 0))) >>> 0)));
				_i$5++;
			}
			i$3 = i$3 + (1) >>> 0;
		}
	};
	p256GetBit = function(scalar, bit) {
		var bit, scalar, x, x$1, y;
		return (((((((y = (((bit & 7) >>> 0)), y < 32 ? (((x = scalar, x$1 = bit >>> 3 >>> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1]))) >>> y) : 0) << 24 >>> 24)) & 1) >>> 0) >>> 0));
	};
	p256ScalarBaseMult = function(xOut, yOut, zOut, scalar) {
		var _i, _i$1, _i$2, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, bit0, bit1, bit2, bit3, i, i$1, i$2, i$3, index, j, mask$1, nIsInfinityMask, pIsNoninfiniteMask, px, py, scalar, tableOffset, tx, ty, tz, xOut, yOut, zOut;
		nIsInfinityMask = 4294967295;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		pIsNoninfiniteMask = _tmp;
		mask$1 = _tmp$1;
		tableOffset = _tmp$2;
		_tmp$3 = arrayType$1.zero();
		_tmp$4 = arrayType$1.zero();
		_tmp$5 = arrayType$1.zero();
		_tmp$6 = arrayType$1.zero();
		_tmp$7 = arrayType$1.zero();
		px = $clone(_tmp$3, arrayType$1);
		py = $clone(_tmp$4, arrayType$1);
		tx = $clone(_tmp$5, arrayType$1);
		ty = $clone(_tmp$6, arrayType$1);
		tz = $clone(_tmp$7, arrayType$1);
		_ref = xOut;
		_i = 0;
		while (true) {
			if (!(_i < 9)) { break; }
			i = _i;
			xOut.nilCheck, ((i < 0 || i >= xOut.length) ? ($throwRuntimeError("index out of range"), undefined) : xOut[i] = 0);
			_i++;
		}
		_ref$1 = yOut;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < 9)) { break; }
			i$1 = _i$1;
			yOut.nilCheck, ((i$1 < 0 || i$1 >= yOut.length) ? ($throwRuntimeError("index out of range"), undefined) : yOut[i$1] = 0);
			_i$1++;
		}
		_ref$2 = zOut;
		_i$2 = 0;
		while (true) {
			if (!(_i$2 < 9)) { break; }
			i$2 = _i$2;
			zOut.nilCheck, ((i$2 < 0 || i$2 >= zOut.length) ? ($throwRuntimeError("index out of range"), undefined) : zOut[i$2] = 0);
			_i$2++;
		}
		i$3 = 0;
		while (true) {
			if (!(i$3 < 32)) { break; }
			if (!((i$3 === 0))) {
				p256PointDouble(xOut, yOut, zOut, xOut, yOut, zOut);
			}
			tableOffset = 0;
			j = 0;
			while (true) {
				if (!(j <= 32)) { break; }
				bit0 = p256GetBit(scalar, (31 - i$3 >>> 0) + j >>> 0);
				bit1 = p256GetBit(scalar, (95 - i$3 >>> 0) + j >>> 0);
				bit2 = p256GetBit(scalar, (159 - i$3 >>> 0) + j >>> 0);
				bit3 = p256GetBit(scalar, (223 - i$3 >>> 0) + j >>> 0);
				index = (((((bit0 | ((bit1 << 1 >>> 0))) >>> 0) | ((bit2 << 2 >>> 0))) >>> 0) | ((bit3 << 3 >>> 0))) >>> 0;
				p256SelectAffinePoint(px, py, $subslice(new sliceType$1(p256Precomputed), tableOffset), index);
				tableOffset = tableOffset + (270) >>> 0;
				p256PointAddMixed(tx, ty, tz, xOut, yOut, zOut, px, py);
				p256CopyConditional(xOut, px, nIsInfinityMask);
				p256CopyConditional(yOut, py, nIsInfinityMask);
				p256CopyConditional(zOut, p256One, nIsInfinityMask);
				pIsNoninfiniteMask = nonZeroToAllOnes(index);
				mask$1 = (pIsNoninfiniteMask & (~nIsInfinityMask >>> 0)) >>> 0;
				p256CopyConditional(xOut, tx, mask$1);
				p256CopyConditional(yOut, ty, mask$1);
				p256CopyConditional(zOut, tz, mask$1);
				nIsInfinityMask = (nIsInfinityMask & ~(pIsNoninfiniteMask)) >>> 0;
				j = j + (32) >>> 0;
			}
			i$3 = i$3 + (1) >>> 0;
		}
	};
	p256PointToAffine = function(xOut, yOut, x, y, z) {
		var _tmp, _tmp$1, x, xOut, y, yOut, z, zInv, zInvSq;
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		zInv = $clone(_tmp, arrayType$1);
		zInvSq = $clone(_tmp$1, arrayType$1);
		p256Invert(zInv, z);
		p256Square(zInvSq, zInv);
		p256Mul(xOut, x, zInvSq);
		p256Mul(zInv, zInv, zInvSq);
		p256Mul(yOut, y, zInv);
	};
	p256ToAffine = function(x, y, z) {
		var {$24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, x, xOut, xx, y, yOut, yy, z, $s, $r, $c} = $restore(this, {x, y, z});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xx = [xx];
		yy = [yy];
		xOut = ptrType$1.nil;
		yOut = ptrType$1.nil;
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		xx[0] = $clone(_tmp, arrayType$1);
		yy[0] = $clone(_tmp$1, arrayType$1);
		p256PointToAffine(xx[0], yy[0], x, y, z);
		_r = p256ToBig(xx[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tmp$2 = _r;
		_r$1 = p256ToBig(yy[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tmp$3 = _r$1;
		xOut = _tmp$2;
		yOut = _tmp$3;
		$24r = [xOut, yOut];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: p256ToAffine, $c: true, $r, $24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, x, xOut, xx, y, yOut, yy, z, $s};return $f;
	};
	p256ScalarMult = function(xOut, yOut, zOut, x, y, scalar) {
		var _i, _i$1, _i$2, _q, _q$1, _q$2, _q$3, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, i, i$1, i$2, i$3, i$4, index, mask$1, nIsInfinityMask, pIsNoninfiniteMask, precomp, px, py, pz, scalar, tx, ty, tz, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, xOut, y, y$1, yOut, zOut;
		_tmp = arrayType$1.zero();
		_tmp$1 = arrayType$1.zero();
		_tmp$2 = arrayType$1.zero();
		_tmp$3 = arrayType$1.zero();
		_tmp$4 = arrayType$1.zero();
		_tmp$5 = arrayType$1.zero();
		px = $clone(_tmp, arrayType$1);
		py = $clone(_tmp$1, arrayType$1);
		pz = $clone(_tmp$2, arrayType$1);
		tx = $clone(_tmp$3, arrayType$1);
		ty = $clone(_tmp$4, arrayType$1);
		tz = $clone(_tmp$5, arrayType$1);
		precomp = arrayType$5.zero();
		_tmp$6 = 0;
		_tmp$7 = 0;
		_tmp$8 = 0;
		_tmp$9 = 0;
		nIsInfinityMask = _tmp$6;
		index = _tmp$7;
		pIsNoninfiniteMask = _tmp$8;
		mask$1 = _tmp$9;
		arrayType$1.copy(precomp[1][0], x);
		arrayType$1.copy(precomp[1][1], y);
		arrayType$1.copy(precomp[1][2], p256One);
		i = 2;
		while (true) {
			if (!(i < 16)) { break; }
			p256PointDouble(((i < 0 || i >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[i])[0], ((i < 0 || i >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[i])[1], ((i < 0 || i >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[i])[2], (x$1 = (_q = i / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), ((x$1 < 0 || x$1 >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[x$1]))[0], (x$2 = (_q$1 = i / 2, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")), ((x$2 < 0 || x$2 >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[x$2]))[1], (x$3 = (_q$2 = i / 2, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero")), ((x$3 < 0 || x$3 >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[x$3]))[2]);
			p256PointAddMixed((x$4 = i + 1 >> 0, ((x$4 < 0 || x$4 >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[x$4]))[0], (x$5 = i + 1 >> 0, ((x$5 < 0 || x$5 >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[x$5]))[1], (x$6 = i + 1 >> 0, ((x$6 < 0 || x$6 >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[x$6]))[2], ((i < 0 || i >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[i])[0], ((i < 0 || i >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[i])[1], ((i < 0 || i >= precomp.length) ? ($throwRuntimeError("index out of range"), undefined) : precomp[i])[2], x, y);
			i = i + (2) >> 0;
		}
		_ref = xOut;
		_i = 0;
		while (true) {
			if (!(_i < 9)) { break; }
			i$1 = _i;
			xOut.nilCheck, ((i$1 < 0 || i$1 >= xOut.length) ? ($throwRuntimeError("index out of range"), undefined) : xOut[i$1] = 0);
			_i++;
		}
		_ref$1 = yOut;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < 9)) { break; }
			i$2 = _i$1;
			yOut.nilCheck, ((i$2 < 0 || i$2 >= yOut.length) ? ($throwRuntimeError("index out of range"), undefined) : yOut[i$2] = 0);
			_i$1++;
		}
		_ref$2 = zOut;
		_i$2 = 0;
		while (true) {
			if (!(_i$2 < 9)) { break; }
			i$3 = _i$2;
			zOut.nilCheck, ((i$3 < 0 || i$3 >= zOut.length) ? ($throwRuntimeError("index out of range"), undefined) : zOut[i$3] = 0);
			_i$2++;
		}
		nIsInfinityMask = 4294967295;
		i$4 = 0;
		while (true) {
			if (!(i$4 < 64)) { break; }
			if (!((i$4 === 0))) {
				p256PointDouble(xOut, yOut, zOut, xOut, yOut, zOut);
				p256PointDouble(xOut, yOut, zOut, xOut, yOut, zOut);
				p256PointDouble(xOut, yOut, zOut, xOut, yOut, zOut);
				p256PointDouble(xOut, yOut, zOut, xOut, yOut, zOut);
			}
			index = (((x$7 = scalar, x$8 = 31 - (_q$3 = i$4 / 2, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0, ((x$8 < 0 || x$8 >= x$7.length) ? ($throwRuntimeError("index out of range"), undefined) : x$7[x$8])) >>> 0));
			if (((i$4 & 1)) === 1) {
				index = (index & (15)) >>> 0;
			} else {
				index = (y$1 = (4), y$1 < 32 ? (index >>> y$1) : 0) >>> 0;
			}
			p256SelectJacobianPoint(px, py, pz, precomp, index);
			p256PointAdd(tx, ty, tz, xOut, yOut, zOut, px, py, pz);
			p256CopyConditional(xOut, px, nIsInfinityMask);
			p256CopyConditional(yOut, py, nIsInfinityMask);
			p256CopyConditional(zOut, pz, nIsInfinityMask);
			pIsNoninfiniteMask = nonZeroToAllOnes(index);
			mask$1 = (pIsNoninfiniteMask & (~nIsInfinityMask >>> 0)) >>> 0;
			p256CopyConditional(xOut, tx, mask$1);
			p256CopyConditional(yOut, ty, mask$1);
			p256CopyConditional(zOut, tz, mask$1);
			nIsInfinityMask = (nIsInfinityMask & ~(pIsNoninfiniteMask)) >>> 0;
			i$4 = i$4 + (1) >> 0;
		}
	};
	p256FromBig = function(out, in$1) {
		var {_r, _r$1, _r$2, bits, bits$1, i, in$1, out, tmp, $s, $r, $c} = $restore(this, {out, in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		tmp = new big.Int.ptr(false, big.nat.nil).Lsh(in$1, 257);
		_r = tmp.Mod(tmp, p256Params.P); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < 9)) { break; } */ if(!(i < 9)) { $s = 3; continue; }
			bits = tmp.Bits();
			if (bits.$length > 0) {
				out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = (((((0 >= bits.$length ? ($throwRuntimeError("index out of range"), undefined) : bits.$array[bits.$offset + 0]) >>> 0)) & 536870911) >>> 0));
			} else {
				out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = 0);
			}
			_r$1 = tmp.Rsh(tmp, 29); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			i = i + (1) >> 0;
			if (i === 9) {
				/* break; */ $s = 3; continue;
			}
			bits$1 = tmp.Bits();
			if (bits$1.$length > 0) {
				out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = (((((0 >= bits$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bits$1.$array[bits$1.$offset + 0]) >>> 0)) & 268435455) >>> 0));
			} else {
				out.nilCheck, ((i < 0 || i >= out.length) ? ($throwRuntimeError("index out of range"), undefined) : out[i] = 0);
			}
			_r$2 = tmp.Rsh(tmp, 28); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: p256FromBig, $c: true, $r, _r, _r$1, _r$2, bits, bits$1, i, in$1, out, tmp, $s};return $f;
	};
	p256ToBig = function(in$1) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, i, in$1, result, tmp, x, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = new big.Int.ptr(false, big.nat.nil);
		_tmp$1 = new big.Int.ptr(false, big.nat.nil);
		result = _tmp;
		tmp = _tmp$1;
		result.SetInt64((new $Int64(0, in$1[8])));
		i = 7;
		/* while (true) { */ case 1:
			/* if (!(i >= 0)) { break; } */ if(!(i >= 0)) { $s = 2; continue; }
			if (((i & 1)) === 0) {
				result.Lsh(result, 29);
			} else {
				result.Lsh(result, 28);
			}
			tmp.SetInt64((new $Int64(0, (x = in$1, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])))));
			_r = result.Add(result, tmp); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			i = i - (1) >> 0;
		$s = 1; continue;
		case 2:
		_r$1 = result.Mul(result, p256RInverse); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = result.Mod(result, p256Params.P); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		$s = -1; return result;
		/* */ } return; } var $f = {$blk: p256ToBig, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, i, in$1, result, tmp, x, $s};return $f;
	};
	initP224 = function() {
		var {_r, _r$1, _r$2, _r$3, _r$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = bigFromDecimal("26959946667150639794667015087019630673557916260026308143510066298881"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = bigFromDecimal("26959946667150639794667015087019625940457807714424391721682722368061"); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = bigFromHex("b4050a850c04b3abf54132565044b0b7d7bfd8ba270b39432355ffb4"); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = bigFromHex("b70e0cbd6bb4bf7f321390b94a03c1d356c21122343280d6115c1d21"); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = bigFromHex("bd376388b5f723fb4c22dfe6cd4375a05a07476444d5819985007e34"); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		p224.params = new CurveParams.ptr(_r, _r$1, _r$2, _r$3, _r$4, 224, "P-224");
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initP224, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, $s};return $f;
	};
	p224Curve.ptr.prototype.Params = function() {
		var curve;
		curve = this;
		return curve.params;
	};
	p224Curve.prototype.Params = function() { return this.$val.Params(); };
	p224Curve.ptr.prototype.IsOnCurve = function(x, y) {
		var {_r, _tuple, curve, ok, x, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		if ((x.Sign() === 0) && (y.Sign() === 0)) {
			$s = -1; return false;
		}
		_r = p224PointFromAffine(x, y); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ok = _tuple[1];
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: p224Curve.ptr.prototype.IsOnCurve, $c: true, $r, _r, _tuple, curve, ok, x, y, $s};return $f;
	};
	p224Curve.prototype.IsOnCurve = function(x, y) { return this.$val.IsOnCurve(x, y); };
	p224PointFromAffine = function(x, y) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, err, ok, p, x, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = ptrType$4.nil;
		ok = false;
		if ((x.Sign() === 0) && (y.Sign() === 0)) {
			_tmp = nistec.NewP224Point();
			_tmp$1 = true;
			p = _tmp;
			ok = _tmp$1;
			$s = -1; return [p, ok];
		}
		if (x.Sign() < 0 || y.Sign() < 0) {
			_tmp$2 = ptrType$4.nil;
			_tmp$3 = false;
			p = _tmp$2;
			ok = _tmp$3;
			$s = -1; return [p, ok];
		}
		if (x.BitLen() > 224 || y.BitLen() > 224) {
			_tmp$4 = ptrType$4.nil;
			_tmp$5 = false;
			p = _tmp$4;
			ok = _tmp$5;
			$s = -1; return [p, ok];
		}
		_r = P224(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = Marshal(_r, x, y); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = nistec.NewP224Point().SetBytes(_r$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		p = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = ptrType$4.nil;
			_tmp$7 = false;
			p = _tmp$6;
			ok = _tmp$7;
			$s = -1; return [p, ok];
		}
		_tmp$8 = p;
		_tmp$9 = true;
		p = _tmp$8;
		ok = _tmp$9;
		$s = -1; return [p, ok];
		/* */ } return; } var $f = {$blk: p224PointFromAffine, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, err, ok, p, x, y, $s};return $f;
	};
	p224PointToAffine = function(p) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, out, p, x, y, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		out = p.Bytes();
		if ((out.$length === 1) && ((0 >= out.$length ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + 0]) === 0)) {
			_tmp = new big.Int.ptr(false, big.nat.nil);
			_tmp$1 = new big.Int.ptr(false, big.nat.nil);
			x = _tmp;
			y = _tmp$1;
			$s = -1; return [x, y];
		}
		_r = P224(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = Unmarshal(_r, out); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		x = _tuple[0];
		y = _tuple[1];
		if (x === ptrType$1.nil) {
			$panic(new $String("crypto/elliptic: internal error: Unmarshal rejected a valid point encoding"));
		}
		_tmp$2 = x;
		_tmp$3 = y;
		x = _tmp$2;
		y = _tmp$3;
		$s = -1; return [x, y];
		/* */ } return; } var $f = {$blk: p224PointToAffine, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, out, p, x, y, $s};return $f;
	};
	p224RandomPoint = function() {
		var {_r, _r$1, _tmp, _tmp$1, _tuple, err, x, y, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		_r = P224(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = GenerateKey(_r, rand.Reader); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		x = _tuple[1];
		y = _tuple[2];
		err = _tuple[3];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(new $String("crypto/elliptic: failed to generate random point"));
		}
		_tmp = x;
		_tmp$1 = y;
		x = _tmp;
		y = _tmp$1;
		$s = -1; return [x, y];
		/* */ } return; } var $f = {$blk: p224RandomPoint, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tuple, err, x, y, $s};return $f;
	};
	p224Curve.ptr.prototype.Add = function(x1, y1, x2, y2) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, ok, p1, p2, x1, x2, y1, y2, $s, $r, $c} = $restore(this, {x1, y1, x2, y2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p224PointFromAffine(x1, y1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p224RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p224PointFromAffine(x2, y2); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		p2 = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!ok) { */ case 7:
			_r$3 = p224RandomPoint(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$1 = _r$3;
			$s = 10; case 10: return $24r$1;
		/* } */ case 8:
		_r$4 = p224PointToAffine(p1.Add(p1, p2)); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$2 = _r$4;
		$s = 12; case 12: return $24r$2;
		/* */ } return; } var $f = {$blk: p224Curve.ptr.prototype.Add, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, ok, p1, p2, x1, x2, y1, y2, $s};return $f;
	};
	p224Curve.prototype.Add = function(x1, y1, x2, y2) { return this.$val.Add(x1, y1, x2, y2); };
	p224Curve.ptr.prototype.Double = function(x1, y1) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _tuple, ok, p, x1, y1, $s, $r, $c} = $restore(this, {x1, y1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p224PointFromAffine(x1, y1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p224RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p224PointToAffine(p.Double(p)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: p224Curve.ptr.prototype.Double, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _tuple, ok, p, x1, y1, $s};return $f;
	};
	p224Curve.prototype.Double = function(x1, y1) { return this.$val.Double(x1, y1); };
	p224Curve.ptr.prototype.ScalarMult = function(Bx, By, scalar) {
		var {$24r, $24r$1, Bx, By, _r, _r$1, _r$2, _tuple, ok, p, scalar, $s, $r, $c} = $restore(this, {Bx, By, scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = p224PointFromAffine(Bx, By); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = p224RandomPoint(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = p224PointToAffine(p.ScalarMult(p, scalar)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: p224Curve.ptr.prototype.ScalarMult, $c: true, $r, $24r, $24r$1, Bx, By, _r, _r$1, _r$2, _tuple, ok, p, scalar, $s};return $f;
	};
	p224Curve.prototype.ScalarMult = function(Bx, By, scalar) { return this.$val.ScalarMult(Bx, By, scalar); };
	p224Curve.ptr.prototype.ScalarBaseMult = function(scalar) {
		var {$24r, _r, p, scalar, $s, $r, $c} = $restore(this, {scalar});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = nistec.NewP224Generator();
		_r = p224PointToAffine(p.ScalarMult(p, scalar)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: p224Curve.ptr.prototype.ScalarBaseMult, $c: true, $r, $24r, _r, p, scalar, $s};return $f;
	};
	p224Curve.prototype.ScalarBaseMult = function(scalar) { return this.$val.ScalarBaseMult(scalar); };
	matchesSpecificCurve = function(params, available) {
		var {_i, _r, _ref, available, c, params, $s, $r, $c} = $restore(this, {params, available});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = available;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = c.Params(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (params === _r) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (params === _r) { */ case 3:
				$s = -1; return [c, true];
			/* } */ case 4:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return [$ifaceNil, false];
		/* */ } return; } var $f = {$blk: matchesSpecificCurve, $c: true, $r, _i, _r, _ref, available, c, params, $s};return $f;
	};
	CurveParams.ptr.prototype.Params = function() {
		var curve;
		curve = this;
		return curve;
	};
	CurveParams.prototype.Params = function() { return this.$val.Params(); };
	CurveParams.ptr.prototype.polynomial = function(x) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, curve, threeX, x, x3, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_r = new big.Int.ptr(false, big.nat.nil).Mul(x, x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		x3 = _r;
		_r$1 = x3.Mul(x3, x); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		threeX = new big.Int.ptr(false, big.nat.nil).Lsh(x, 1);
		_r$2 = threeX.Add(threeX, x); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = x3.Sub(x3, threeX); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = x3.Add(x3, curve.B); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = x3.Mod(x3, curve.P); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		$s = -1; return x3;
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.polynomial, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, curve, threeX, x, x3, $s};return $f;
	};
	CurveParams.prototype.polynomial = function(x) { return this.$val.polynomial(x); };
	CurveParams.ptr.prototype.IsOnCurve = function(x, y) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, curve, ok, specific, x, y, y2, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_r = matchesSpecificCurve(curve, new sliceType$2([new p224.constructor.elem(p224), new p384.constructor.elem(p384), new p521.constructor.elem(p521)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		specific = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = specific.IsOnCurve(x, y); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		if (x.Sign() < 0 || x.Cmp(curve.P) >= 0 || y.Sign() < 0 || y.Cmp(curve.P) >= 0) {
			$s = -1; return false;
		}
		_r$2 = new big.Int.ptr(false, big.nat.nil).Mul(y, y); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		y2 = _r$2;
		_r$3 = y2.Mod(y2, curve.P); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = curve.polynomial(x); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = _r$4.Cmp(y2); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r$1 = _r$5 === 0;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.IsOnCurve, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, curve, ok, specific, x, y, y2, $s};return $f;
	};
	CurveParams.prototype.IsOnCurve = function(x, y) { return this.$val.IsOnCurve(x, y); };
	zForAffine = function(x, y) {
		var x, y, z;
		z = new big.Int.ptr(false, big.nat.nil);
		if (!((x.Sign() === 0)) || !((y.Sign() === 0))) {
			z.SetInt64(new $Int64(0, 1));
		}
		return z;
	};
	CurveParams.ptr.prototype.affineFromJacobian = function(x, y, z) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, curve, x, xOut, y, yOut, z, zinv, zinvsq, $s, $r, $c} = $restore(this, {x, y, z});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		xOut = ptrType$1.nil;
		yOut = ptrType$1.nil;
		curve = this;
		if (z.Sign() === 0) {
			_tmp = new big.Int.ptr(false, big.nat.nil);
			_tmp$1 = new big.Int.ptr(false, big.nat.nil);
			xOut = _tmp;
			yOut = _tmp$1;
			$s = -1; return [xOut, yOut];
		}
		_r = new big.Int.ptr(false, big.nat.nil).ModInverse(z, curve.P); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		zinv = _r;
		_r$1 = new big.Int.ptr(false, big.nat.nil).Mul(zinv, zinv); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		zinvsq = _r$1;
		_r$2 = new big.Int.ptr(false, big.nat.nil).Mul(x, zinvsq); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		xOut = _r$2;
		_r$3 = xOut.Mod(xOut, curve.P); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = zinvsq.Mul(zinvsq, zinv); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = new big.Int.ptr(false, big.nat.nil).Mul(y, zinvsq); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		yOut = _r$5;
		_r$6 = yOut.Mod(yOut, curve.P); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		$s = -1; return [xOut, yOut];
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.affineFromJacobian, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, curve, x, xOut, y, yOut, z, zinv, zinvsq, $s};return $f;
	};
	CurveParams.prototype.affineFromJacobian = function(x, y, z) { return this.$val.affineFromJacobian(x, y, z); };
	CurveParams.ptr.prototype.Add = function(x1, y1, x2, y2) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, curve, ok, specific, x1, x2, y1, y2, z1, z2, $s, $r, $c} = $restore(this, {x1, y1, x2, y2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_r = matchesSpecificCurve(curve, new sliceType$2([new p224.constructor.elem(p224), new p384.constructor.elem(p384), new p521.constructor.elem(p521)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		specific = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = specific.Add(x1, y1, x2, y2); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		z1 = zForAffine(x1, y1);
		z2 = zForAffine(x2, y2);
		_r$2 = curve.addJacobian(x1, y1, z1, x2, y2, z2); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		_r$3 = curve.affineFromJacobian(_tuple$1[0], _tuple$1[1], _tuple$1[2]); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.Add, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, curve, ok, specific, x1, x2, y1, y2, z1, z2, $s};return $f;
	};
	CurveParams.prototype.Add = function(x1, y1, x2, y2) { return this.$val.Add(x1, y1, x2, y2); };
	CurveParams.ptr.prototype.addJacobian = function(x1, y1, z1, x2, y2, z2) {
		var {$24r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, curve, h, i, j, r, s1, s2, u1, u2, v, x1, x2, x3, xEqual, y1, y2, y3, yEqual, z1, z1z1, z2, z2z2, z3, $s, $r, $c} = $restore(this, {x1, y1, z1, x2, y2, z2});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_tmp = new big.Int.ptr(false, big.nat.nil);
		_tmp$1 = new big.Int.ptr(false, big.nat.nil);
		_tmp$2 = new big.Int.ptr(false, big.nat.nil);
		x3 = _tmp;
		y3 = _tmp$1;
		z3 = _tmp$2;
		if (z1.Sign() === 0) {
			x3.Set(x2);
			y3.Set(y2);
			z3.Set(z2);
			$s = -1; return [x3, y3, z3];
		}
		if (z2.Sign() === 0) {
			x3.Set(x1);
			y3.Set(y1);
			z3.Set(z1);
			$s = -1; return [x3, y3, z3];
		}
		_r = new big.Int.ptr(false, big.nat.nil).Mul(z1, z1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		z1z1 = _r;
		_r$1 = z1z1.Mod(z1z1, curve.P); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = new big.Int.ptr(false, big.nat.nil).Mul(z2, z2); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		z2z2 = _r$2;
		_r$3 = z2z2.Mod(z2z2, curve.P); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = new big.Int.ptr(false, big.nat.nil).Mul(x1, z2z2); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		u1 = _r$4;
		_r$5 = u1.Mod(u1, curve.P); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = new big.Int.ptr(false, big.nat.nil).Mul(x2, z1z1); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		u2 = _r$6;
		_r$7 = u2.Mod(u2, curve.P); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = new big.Int.ptr(false, big.nat.nil).Sub(u2, u1); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		h = _r$8;
		xEqual = h.Sign() === 0;
		/* */ if (h.Sign() === -1) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (h.Sign() === -1) { */ case 10:
			_r$9 = h.Add(h, curve.P); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
		/* } */ case 11:
		i = new big.Int.ptr(false, big.nat.nil).Lsh(h, 1);
		_r$10 = i.Mul(i, i); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$10;
		_r$11 = new big.Int.ptr(false, big.nat.nil).Mul(h, i); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		j = _r$11;
		_r$12 = new big.Int.ptr(false, big.nat.nil).Mul(y1, z2); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		s1 = _r$12;
		_r$13 = s1.Mul(s1, z2z2); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_r$13;
		_r$14 = s1.Mod(s1, curve.P); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_r$14;
		_r$15 = new big.Int.ptr(false, big.nat.nil).Mul(y2, z1); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		s2 = _r$15;
		_r$16 = s2.Mul(s2, z1z1); /* */ $s = 19; case 19: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		_r$16;
		_r$17 = s2.Mod(s2, curve.P); /* */ $s = 20; case 20: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		_r$17;
		_r$18 = new big.Int.ptr(false, big.nat.nil).Sub(s2, s1); /* */ $s = 21; case 21: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		r = _r$18;
		/* */ if (r.Sign() === -1) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (r.Sign() === -1) { */ case 22:
			_r$19 = r.Add(r, curve.P); /* */ $s = 24; case 24: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$19;
		/* } */ case 23:
		yEqual = r.Sign() === 0;
		/* */ if (xEqual && yEqual) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (xEqual && yEqual) { */ case 25:
			_r$20 = curve.doubleJacobian(x1, y1, z1); /* */ $s = 27; case 27: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			$24r = _r$20;
			$s = 28; case 28: return $24r;
		/* } */ case 26:
		r.Lsh(r, 1);
		_r$21 = new big.Int.ptr(false, big.nat.nil).Mul(u1, i); /* */ $s = 29; case 29: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		v = _r$21;
		x3.Set(r);
		_r$22 = x3.Mul(x3, x3); /* */ $s = 30; case 30: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
		_r$22;
		_r$23 = x3.Sub(x3, j); /* */ $s = 31; case 31: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
		_r$23;
		_r$24 = x3.Sub(x3, v); /* */ $s = 32; case 32: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		_r$24;
		_r$25 = x3.Sub(x3, v); /* */ $s = 33; case 33: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
		_r$25;
		_r$26 = x3.Mod(x3, curve.P); /* */ $s = 34; case 34: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
		_r$26;
		y3.Set(r);
		_r$27 = v.Sub(v, x3); /* */ $s = 35; case 35: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
		_r$27;
		_r$28 = y3.Mul(y3, v); /* */ $s = 36; case 36: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
		_r$28;
		_r$29 = s1.Mul(s1, j); /* */ $s = 37; case 37: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
		_r$29;
		s1.Lsh(s1, 1);
		_r$30 = y3.Sub(y3, s1); /* */ $s = 38; case 38: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
		_r$30;
		_r$31 = y3.Mod(y3, curve.P); /* */ $s = 39; case 39: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
		_r$31;
		_r$32 = z3.Add(z1, z2); /* */ $s = 40; case 40: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
		_r$32;
		_r$33 = z3.Mul(z3, z3); /* */ $s = 41; case 41: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
		_r$33;
		_r$34 = z3.Sub(z3, z1z1); /* */ $s = 42; case 42: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
		_r$34;
		_r$35 = z3.Sub(z3, z2z2); /* */ $s = 43; case 43: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
		_r$35;
		_r$36 = z3.Mul(z3, h); /* */ $s = 44; case 44: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
		_r$36;
		_r$37 = z3.Mod(z3, curve.P); /* */ $s = 45; case 45: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
		_r$37;
		$s = -1; return [x3, y3, z3];
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.addJacobian, $c: true, $r, $24r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, curve, h, i, j, r, s1, s2, u1, u2, v, x1, x2, x3, xEqual, y1, y2, y3, yEqual, z1, z1z1, z2, z2z2, z3, $s};return $f;
	};
	CurveParams.prototype.addJacobian = function(x1, y1, z1, x2, y2, z2) { return this.$val.addJacobian(x1, y1, z1, x2, y2, z2); };
	CurveParams.ptr.prototype.Double = function(x1, y1) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, curve, ok, specific, x1, y1, z1, $s, $r, $c} = $restore(this, {x1, y1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_r = matchesSpecificCurve(curve, new sliceType$2([new p224.constructor.elem(p224), new p384.constructor.elem(p384), new p521.constructor.elem(p521)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		specific = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = specific.Double(x1, y1); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		z1 = zForAffine(x1, y1);
		_r$2 = curve.doubleJacobian(x1, y1, z1); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		_r$3 = curve.affineFromJacobian(_tuple$1[0], _tuple$1[1], _tuple$1[2]); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.Double, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, curve, ok, specific, x1, y1, z1, $s};return $f;
	};
	CurveParams.prototype.Double = function(x1, y1) { return this.$val.Double(x1, y1); };
	CurveParams.ptr.prototype.doubleJacobian = function(x, y, z) {
		var {_r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, alpha, alpha2, beta, beta8, curve, delta, gamma, x, x3, y, y3, z, z3, $s, $r, $c} = $restore(this, {x, y, z});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_r = new big.Int.ptr(false, big.nat.nil).Mul(z, z); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		delta = _r;
		_r$1 = delta.Mod(delta, curve.P); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = new big.Int.ptr(false, big.nat.nil).Mul(y, y); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		gamma = _r$2;
		_r$3 = gamma.Mod(gamma, curve.P); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = new big.Int.ptr(false, big.nat.nil).Sub(x, delta); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		alpha = _r$4;
		/* */ if (alpha.Sign() === -1) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (alpha.Sign() === -1) { */ case 6:
			_r$5 = alpha.Add(alpha, curve.P); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 7:
		_r$6 = new big.Int.ptr(false, big.nat.nil).Add(x, delta); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		alpha2 = _r$6;
		_r$7 = alpha.Mul(alpha, alpha2); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		alpha2.Set(alpha);
		alpha.Lsh(alpha, 1);
		_r$8 = alpha.Add(alpha, alpha2); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		_r$9 = alpha2.Mul(x, gamma); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		beta = _r$9;
		_r$10 = new big.Int.ptr(false, big.nat.nil).Mul(alpha, alpha); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		x3 = _r$10;
		beta8 = new big.Int.ptr(false, big.nat.nil).Lsh(beta, 3);
		_r$11 = beta8.Mod(beta8, curve.P); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$11;
		_r$12 = x3.Sub(x3, beta8); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_r$12;
		/* */ if (x3.Sign() === -1) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (x3.Sign() === -1) { */ case 16:
			_r$13 = x3.Add(x3, curve.P); /* */ $s = 18; case 18: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$13;
		/* } */ case 17:
		_r$14 = x3.Mod(x3, curve.P); /* */ $s = 19; case 19: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_r$14;
		_r$15 = new big.Int.ptr(false, big.nat.nil).Add(y, z); /* */ $s = 20; case 20: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		z3 = _r$15;
		_r$16 = z3.Mul(z3, z3); /* */ $s = 21; case 21: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		_r$16;
		_r$17 = z3.Sub(z3, gamma); /* */ $s = 22; case 22: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		_r$17;
		/* */ if (z3.Sign() === -1) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (z3.Sign() === -1) { */ case 23:
			_r$18 = z3.Add(z3, curve.P); /* */ $s = 25; case 25: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$18;
		/* } */ case 24:
		_r$19 = z3.Sub(z3, delta); /* */ $s = 26; case 26: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_r$19;
		/* */ if (z3.Sign() === -1) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (z3.Sign() === -1) { */ case 27:
			_r$20 = z3.Add(z3, curve.P); /* */ $s = 29; case 29: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_r$20;
		/* } */ case 28:
		_r$21 = z3.Mod(z3, curve.P); /* */ $s = 30; case 30: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		_r$21;
		beta.Lsh(beta, 2);
		_r$22 = beta.Sub(beta, x3); /* */ $s = 31; case 31: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
		_r$22;
		/* */ if (beta.Sign() === -1) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (beta.Sign() === -1) { */ case 32:
			_r$23 = beta.Add(beta, curve.P); /* */ $s = 34; case 34: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_r$23;
		/* } */ case 33:
		_r$24 = alpha.Mul(alpha, beta); /* */ $s = 35; case 35: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		y3 = _r$24;
		_r$25 = gamma.Mul(gamma, gamma); /* */ $s = 36; case 36: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
		_r$25;
		gamma.Lsh(gamma, 3);
		_r$26 = gamma.Mod(gamma, curve.P); /* */ $s = 37; case 37: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
		_r$26;
		_r$27 = y3.Sub(y3, gamma); /* */ $s = 38; case 38: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
		_r$27;
		/* */ if (y3.Sign() === -1) { $s = 39; continue; }
		/* */ $s = 40; continue;
		/* if (y3.Sign() === -1) { */ case 39:
			_r$28 = y3.Add(y3, curve.P); /* */ $s = 41; case 41: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			_r$28;
		/* } */ case 40:
		_r$29 = y3.Mod(y3, curve.P); /* */ $s = 42; case 42: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
		_r$29;
		$s = -1; return [x3, y3, z3];
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.doubleJacobian, $c: true, $r, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, alpha, alpha2, beta, beta8, curve, delta, gamma, x, x3, y, y3, z, z3, $s};return $f;
	};
	CurveParams.prototype.doubleJacobian = function(x, y, z) { return this.$val.doubleJacobian(x, y, z); };
	CurveParams.ptr.prototype.ScalarMult = function(Bx, By, k) {
		var {$24r, $24r$1, Bx, By, Bz, _i, _r, _r$1, _r$2, _r$3, _r$4, _ref, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, _tuple$2, bitNum, byte$1, curve, k, ok, specific, x, y, y$1, z, $s, $r, $c} = $restore(this, {Bx, By, k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_r = matchesSpecificCurve(curve, new sliceType$2([new p224.constructor.elem(p224), new p256.constructor.elem(p256), new p384.constructor.elem(p384), new p521.constructor.elem(p521)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		specific = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = specific.ScalarMult(Bx, By, k); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		Bz = new big.Int.ptr(false, big.nat.nil).SetInt64(new $Int64(0, 1));
		_tmp = new big.Int.ptr(false, big.nat.nil);
		_tmp$1 = new big.Int.ptr(false, big.nat.nil);
		_tmp$2 = new big.Int.ptr(false, big.nat.nil);
		x = _tmp;
		y = _tmp$1;
		z = _tmp$2;
		_ref = k;
		_i = 0;
		/* while (true) { */ case 6:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 7; continue; }
			byte$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			bitNum = 0;
			/* while (true) { */ case 8:
				/* if (!(bitNum < 8)) { break; } */ if(!(bitNum < 8)) { $s = 9; continue; }
				_r$2 = curve.doubleJacobian(x, y, z); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				x = _tuple$1[0];
				y = _tuple$1[1];
				z = _tuple$1[2];
				/* */ if (((byte$1 & 128) >>> 0) === 128) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (((byte$1 & 128) >>> 0) === 128) { */ case 11:
					_r$3 = curve.addJacobian(Bx, By, Bz, x, y, z); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_tuple$2 = _r$3;
					x = _tuple$2[0];
					y = _tuple$2[1];
					z = _tuple$2[2];
				/* } */ case 12:
				byte$1 = (y$1 = (1), y$1 < 32 ? (byte$1 << y$1) : 0) << 24 >>> 24;
				bitNum = bitNum + (1) >> 0;
			$s = 8; continue;
			case 9:
			_i++;
		$s = 6; continue;
		case 7:
		_r$4 = curve.affineFromJacobian(x, y, z); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$1 = _r$4;
		$s = 15; case 15: return $24r$1;
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.ScalarMult, $c: true, $r, $24r, $24r$1, Bx, By, Bz, _i, _r, _r$1, _r$2, _r$3, _r$4, _ref, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, _tuple$2, bitNum, byte$1, curve, k, ok, specific, x, y, y$1, z, $s};return $f;
	};
	CurveParams.prototype.ScalarMult = function(Bx, By, k) { return this.$val.ScalarMult(Bx, By, k); };
	CurveParams.ptr.prototype.ScalarBaseMult = function(k) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _tuple, curve, k, ok, specific, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curve = this;
		_r = matchesSpecificCurve(curve, new sliceType$2([new p224.constructor.elem(p224), new p256.constructor.elem(p256), new p384.constructor.elem(p384), new p521.constructor.elem(p521)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		specific = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = specific.ScalarBaseMult(k); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$2 = curve.ScalarMult(curve.Gx, curve.Gy, k); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: CurveParams.ptr.prototype.ScalarBaseMult, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _tuple, curve, k, ok, specific, $s};return $f;
	};
	CurveParams.prototype.ScalarBaseMult = function(k) { return this.$val.ScalarBaseMult(k); };
	GenerateKey = function(curve, rand$1) {
		var {N, _q, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, bitSize, byteLen, curve, err, priv, rand$1, x, x$1, y, $s, $r, $c} = $restore(this, {curve, rand$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		priv = sliceType.nil;
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		err = $ifaceNil;
		_r = curve.Params(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		N = _r.N;
		bitSize = N.BitLen();
		byteLen = (_q = ((bitSize + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		priv = $makeSlice(sliceType, byteLen);
		/* while (true) { */ case 2:
			/* if (!(x === ptrType$1.nil)) { break; } */ if(!(x === ptrType$1.nil)) { $s = 3; continue; }
			_r$1 = io.ReadFull(rand$1, priv); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [priv, x, y, err];
			}
			(0 >= priv.$length ? ($throwRuntimeError("index out of range"), undefined) : priv.$array[priv.$offset + 0] = (((0 >= priv.$length ? ($throwRuntimeError("index out of range"), undefined) : priv.$array[priv.$offset + 0]) & ((x$1 = (_r$2 = bitSize % 8, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")), ((x$1 < 0 || x$1 >= mask.$length) ? ($throwRuntimeError("index out of range"), undefined) : mask.$array[mask.$offset + x$1])))) >>> 0));
			(1 >= priv.$length ? ($throwRuntimeError("index out of range"), undefined) : priv.$array[priv.$offset + 1] = (((1 >= priv.$length ? ($throwRuntimeError("index out of range"), undefined) : priv.$array[priv.$offset + 1]) ^ (66)) << 24 >>> 24));
			if (new big.Int.ptr(false, big.nat.nil).SetBytes(priv).Cmp(N) >= 0) {
				/* continue; */ $s = 2; continue;
			}
			_r$3 = curve.ScalarBaseMult(priv); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			x = _tuple$1[0];
			y = _tuple$1[1];
		$s = 2; continue;
		case 3:
		$s = -1; return [priv, x, y, err];
		/* */ } return; } var $f = {$blk: GenerateKey, $c: true, $r, N, _q, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, bitSize, byteLen, curve, err, priv, rand$1, x, x$1, y, $s};return $f;
	};
	$pkg.GenerateKey = GenerateKey;
	Marshal = function(curve, x, y) {
		var {_q, _r, byteLen, curve, ret, x, y, $s, $r, $c} = $restore(this, {curve, x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = curve.Params(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		byteLen = (_q = ((_r.BitSize + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		ret = $makeSlice(sliceType, (1 + ($imul(2, byteLen)) >> 0));
		(0 >= ret.$length ? ($throwRuntimeError("index out of range"), undefined) : ret.$array[ret.$offset + 0] = 4);
		x.FillBytes($subslice(ret, 1, (1 + byteLen >> 0)));
		y.FillBytes($subslice(ret, (1 + byteLen >> 0), (1 + ($imul(2, byteLen)) >> 0)));
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: Marshal, $c: true, $r, _q, _r, byteLen, curve, ret, x, y, $s};return $f;
	};
	$pkg.Marshal = Marshal;
	Unmarshal = function(curve, data) {
		var {_q, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, byteLen, curve, data, p, x, y, $s, $r, $c} = $restore(this, {curve, data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = ptrType$1.nil;
		y = ptrType$1.nil;
		_r = curve.Params(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		byteLen = (_q = ((_r.BitSize + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		if (!((data.$length === (1 + ($imul(2, byteLen)) >> 0)))) {
			_tmp = ptrType$1.nil;
			_tmp$1 = ptrType$1.nil;
			x = _tmp;
			y = _tmp$1;
			$s = -1; return [x, y];
		}
		if (!(((0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]) === 4))) {
			_tmp$2 = ptrType$1.nil;
			_tmp$3 = ptrType$1.nil;
			x = _tmp$2;
			y = _tmp$3;
			$s = -1; return [x, y];
		}
		_r$1 = curve.Params(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		p = _r$1.P;
		x = new big.Int.ptr(false, big.nat.nil).SetBytes($subslice(data, 1, (1 + byteLen >> 0)));
		y = new big.Int.ptr(false, big.nat.nil).SetBytes($subslice(data, (1 + byteLen >> 0)));
		if (x.Cmp(p) >= 0 || y.Cmp(p) >= 0) {
			_tmp$4 = ptrType$1.nil;
			_tmp$5 = ptrType$1.nil;
			x = _tmp$4;
			y = _tmp$5;
			$s = -1; return [x, y];
		}
		_r$2 = curve.IsOnCurve(x, y); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!_r$2) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!_r$2) { */ case 3:
			_tmp$6 = ptrType$1.nil;
			_tmp$7 = ptrType$1.nil;
			x = _tmp$6;
			y = _tmp$7;
			$s = -1; return [x, y];
		/* } */ case 4:
		$s = -1; return [x, y];
		/* */ } return; } var $f = {$blk: Unmarshal, $c: true, $r, _q, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, byteLen, curve, data, p, x, y, $s};return $f;
	};
	$pkg.Unmarshal = Unmarshal;
	initAll = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = initP224(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = initP256(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = initP384(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = initP521(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initAll, $c: true, $r, $s};return $f;
	};
	P224 = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = initonce.Do(initAll); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return new p224.constructor.elem(p224);
		/* */ } return; } var $f = {$blk: P224, $c: true, $r, $s};return $f;
	};
	$pkg.P224 = P224;
	P256 = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = initonce.Do(initAll); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return new p256.constructor.elem(p256);
		/* */ } return; } var $f = {$blk: P256, $c: true, $r, $s};return $f;
	};
	$pkg.P256 = P256;
	P384 = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = initonce.Do(initAll); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return new p384.constructor.elem(p384);
		/* */ } return; } var $f = {$blk: P384, $c: true, $r, $s};return $f;
	};
	$pkg.P384 = P384;
	P521 = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = initonce.Do(initAll); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return new p521.constructor.elem(p521);
		/* */ } return; } var $f = {$blk: P521, $c: true, $r, $s};return $f;
	};
	$pkg.P521 = P521;
	p521Curve.methods = [{prop: "Params", name: "Params", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "IsOnCurve", name: "IsOnCurve", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [$Bool], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, ptrType$1, sliceType], [ptrType$1, ptrType$1], false)}, {prop: "ScalarBaseMult", name: "ScalarBaseMult", pkg: "", typ: $funcType([sliceType], [ptrType$1, ptrType$1], false)}];
	p384Curve.methods = [{prop: "Params", name: "Params", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "IsOnCurve", name: "IsOnCurve", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [$Bool], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, ptrType$1, sliceType], [ptrType$1, ptrType$1], false)}, {prop: "ScalarBaseMult", name: "ScalarBaseMult", pkg: "", typ: $funcType([sliceType], [ptrType$1, ptrType$1], false)}];
	p256Curve.methods = [{prop: "Params", name: "Params", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "ScalarBaseMult", name: "ScalarBaseMult", pkg: "", typ: $funcType([sliceType], [ptrType$1, ptrType$1], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, ptrType$1, sliceType], [ptrType$1, ptrType$1], false)}];
	p224Curve.methods = [{prop: "Params", name: "Params", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "IsOnCurve", name: "IsOnCurve", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [$Bool], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, ptrType$1, sliceType], [ptrType$1, ptrType$1], false)}, {prop: "ScalarBaseMult", name: "ScalarBaseMult", pkg: "", typ: $funcType([sliceType], [ptrType$1, ptrType$1], false)}];
	ptrType.methods = [{prop: "Params", name: "Params", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "polynomial", name: "polynomial", pkg: "crypto/elliptic", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "IsOnCurve", name: "IsOnCurve", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [$Bool], false)}, {prop: "affineFromJacobian", name: "affineFromJacobian", pkg: "crypto/elliptic", typ: $funcType([ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "addJacobian", name: "addJacobian", pkg: "crypto/elliptic", typ: $funcType([ptrType$1, ptrType$1, ptrType$1, ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1, ptrType$1], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "doubleJacobian", name: "doubleJacobian", pkg: "crypto/elliptic", typ: $funcType([ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1, ptrType$1], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, ptrType$1, sliceType], [ptrType$1, ptrType$1], false)}, {prop: "ScalarBaseMult", name: "ScalarBaseMult", pkg: "", typ: $funcType([sliceType], [ptrType$1, ptrType$1], false)}];
	p521Curve.init("crypto/elliptic", [{prop: "params", name: "params", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	p384Curve.init("crypto/elliptic", [{prop: "params", name: "params", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	p256Curve.init("", [{prop: "CurveParams", name: "CurveParams", embedded: true, exported: true, typ: ptrType, tag: ""}]);
	p224Curve.init("crypto/elliptic", [{prop: "params", name: "params", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	Curve.init([{prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1, ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1, ptrType$1], false)}, {prop: "IsOnCurve", name: "IsOnCurve", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [$Bool], false)}, {prop: "Params", name: "Params", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "ScalarBaseMult", name: "ScalarBaseMult", pkg: "", typ: $funcType([sliceType], [ptrType$1, ptrType$1], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, ptrType$1, sliceType], [ptrType$1, ptrType$1], false)}]);
	CurveParams.init("", [{prop: "P", name: "P", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "N", name: "N", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "B", name: "B", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Gx", name: "Gx", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Gy", name: "Gy", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "BitSize", name: "BitSize", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = nistec.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		p521 = new p521Curve.ptr(ptrType.nil);
		p384 = new p384Curve.ptr(ptrType.nil);
		p256 = new p256Curve.ptr(ptrType.nil);
		p256Params = ptrType.nil;
		p256RInverse = ptrType$1.nil;
		p224 = new p224Curve.ptr(ptrType.nil);
		initonce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		p256One = $toNativeArray($kindUint32, [2, 0, 0, 268433408, 536870911, 268435455, 532676607, 33554431, 0]);
		p256Precomputed = $toNativeArray($kindUint32, [290596984, 242421057, 230031737, 78635775, 310917853, 212721032, 295599836, 222981803, 51514350, 489335829, 254096764, 434396381, 96936400, 429049253, 170095751, 22329889, 21696699, 11419619, 222406006, 153287761, 37001551, 101408979, 373655214, 216620824, 535072883, 66729676, 99339564, 188755759, 22835391, 358715996, 94529284, 229187216, 215751807, 513877062, 236641822, 248061730, 40859512, 90604670, 168553630, 37024851, 439480858, 226879324, 90992905, 170293760, 190300240, 10025815, 178796492, 101451666, 217734681, 102476702, 92922779, 10691781, 131522279, 43478603, 532943434, 176956491, 484992866, 215358590, 405915872, 123172065, 496412073, 138651209, 205172986, 115533781, 124205610, 395011560, 67124891, 438243778, 7870186, 258227729, 93078495, 255999938, 425934842, 143782578, 305931036, 74112396, 88539357, 94251799, 388871183, 138291069, 185456137, 265411090, 56389202, 435020300, 219799744, 159190848, 184638233, 71951349, 14748830, 54179201, 90859435, 91714381, 501071970, 207073549, 21607325, 40541819, 204857247, 75982029, 124632266, 212120422, 244515755, 443842791, 92184193, 504621904, 256273651, 116484896, 79311219, 202804275, 365646905, 111382033, 121002173, 187258447, 66509915, 5486974, 321045696, 106813439, 60941558, 350622890, 153379607, 466107082, 182025965, 221826634, 260222982, 54653047, 174775689, 76106445, 166814421, 260313327, 455502422, 14152227, 65063826, 238663282, 111317018, 110789974, 518080, 163043539, 3185280, 449863551, 204453341, 213898269, 164542008, 273777244, 228642651, 135456897, 116610665, 111505196, 502845828, 3430432, 343397495, 23354801, 199756881, 203603518, 238413402, 451639968, 204952341, 258456729, 134076345, 421511614, 6366045, 46236905, 29730873, 75111974, 192722006, 155066973, 351520493, 214702793, 402536435, 77105545, 445695234, 49487938, 169309851, 184388732, 135863406, 500019767, 23199936, 276509345, 107743451, 282094082, 261267, 90308643, 376580903, 109796441, 40959228, 262999756, 241033666, 246105707, 50090300, 67630940, 195735859, 158359529, 193509607, 120899987, 31588239, 420833648, 180162304, 273063591, 53033664, 215783594, 30950397, 236240872, 364806751, 9130514, 246676327, 136101161, 197537558, 45546695, 257576489, 324406118, 202074818, 85649040, 222421617, 255761364, 30870187, 16949106, 121510965, 250023868, 181935023, 166511770, 141325342, 266780208, 392647399, 2348054, 528735877, 41804168, 107966648, 404542751, 158035532, 412033845, 173930329, 396852918, 267062899, 357230868, 49540177, 58878809, 194113917, 29829449, 325238538, 237239775, 173413552, 1015183, 495713, 136567250, 136396601, 287878667, 218717445, 193315010, 32289519, 38657156, 238414081, 406919754, 257809469, 58222217, 86139112, 95303012, 88256781, 148453957, 429206180, 160877633, 273786665, 79574169, 86713258, 278868094, 116766395, 528802279, 125439226, 281337663, 39453418, 184844341, 238149222, 208587427, 42902325, 42491940, 326299680, 16080181, 367290444, 254451223, 441087273, 213368497, 187332769, 447880991, 104209615, 113842077, 185816615, 308787572, 71338925, 482342488, 238904593, 13096815, 30177897, 243196699, 89107279, 2855247, 450001456, 215177118, 206574156, 84781712, 11616114, 184986229, 118447302, 373941674, 139088658, 53019708, 68960273, 332604433, 184854584, 225840429, 387167538, 195693571, 138420907, 113046977, 49566585, 25878640, 415883550, 34327194, 107956587, 65991316, 108331218, 226451772, 2997227, 192155704, 235148095, 360879757, 199853559, 28097562, 443192223, 54415606, 224812756, 189496278, 509228953, 112408647, 402282239, 106887472, 2219082, 45315673, 72416791, 188054373, 234221484, 356088815, 164846207, 288014687, 103081518, 177253935, 276753618, 32938942, 125660110, 91493268, 331777276, 156289296, 119886379, 231179651, 68086459, 534655626, 198581654, 220775303, 166165897, 307563584, 123325309, 57143092, 182626656, 152800220, 154428073, 16017903, 187603695, 221030257, 89005890, 8038985, 103901883, 37829774, 88235001, 468532794, 254222964, 526283558, 104949015, 245526642, 164552359, 7239219, 130619730, 226520526, 149071841, 239214106, 68733409, 31180944, 456743990, 169722229, 499445619, 144011060, 239820018, 453851672, 51989046, 113402911, 239342156, 170872490, 176956858, 261258967, 103265812, 121052362, 195126932, 68664323, 130066403, 163798041, 292069893, 146190349, 283373001, 163683314, 92807721, 455819618, 173862682, 356737579, 163398462, 56942669, 122161042, 97105331, 243662629, 67694423, 404017060, 18986011, 220498447, 61887010, 60535146, 209032813, 168001811, 172627817, 18857068, 152560910, 250363304, 379416236, 17569433, 172056915, 259148050, 365781175, 78428889, 99599866, 253038295, 1190737, 285520906, 213382210, 263923967, 111956938, 425804492, 129961897, 9795153, 81850901, 248789496, 66350037, 95217711, 285808310, 7188600, 268270935, 254724780, 212364780, 366392026, 157674697, 479376578, 2045969, 481329397, 47757316, 433176877, 253803846, 26550183, 171333315, 86221861, 265094802, 222617032, 320802651, 184028746, 215612532, 161199640, 47944780, 174534800, 29495521, 395087139, 21447555, 280523837, 159753563, 48711545, 5726520, 156793127, 321990906, 199251222, 167040537, 196486512, 161400209, 227830014, 487028781, 264711691, 117551768, 409175611, 140072120, 303696950, 166199007, 258257961, 163174174, 350418392, 260410682, 155381416, 228964197, 116240383, 178067660, 208004282, 477396614, 240036117, 427939745, 137975385, 86955234, 142427063, 58372379, 433230542, 260916882, 415434047, 143015443, 79775424, 113112410, 82068861, 370483849, 180850370, 442090914, 33721239, 119287041, 43353375, 67400827, 142103949, 131242660, 332936223, 148565975, 329029421, 112716405, 222993886, 267477976, 136140247, 173797224, 192622808, 199703919, 178815297, 228027521, 132622796, 415151985, 225918141, 334829905, 164675959, 29661816]);
		p256Zero31 = $toNativeArray($kindUint32, [2147483640, 1073741820, 2147483644, 1073750012, 2147483644, 1073741820, 2164260860, 939524092, 2147483644]);
		mask = new sliceType([255, 1, 3, 7, 15, 31, 63, 127]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/internal/randutil"] = (function() {
	var $pkg = {}, $init, io, sync, structType, arrayType, sliceType, closedChanOnce, closedChan, MaybeReadByte;
	io = $packages["io"];
	sync = $packages["sync"];
	structType = $structType("", []);
	arrayType = $arrayType($Uint8, 1);
	sliceType = $sliceType($Uint8);
	MaybeReadByte = function(r) {
		var {_r, _r$1, _selection, buf, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = closedChanOnce.Do((function() {
			closedChan = new $Chan(structType, 0);
			$close(closedChan);
		})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = $select([[closedChan], [closedChan]]); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_selection = _r;
		/* */ if (_selection[0] === 0) { $s = 3; continue; }
		/* */ if (_selection[0] === 1) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_selection[0] === 0) { */ case 3:
			$s = -1; return;
		/* } else if (_selection[0] === 1) { */ case 4:
			buf = arrayType.zero();
			_r$1 = r.Read(new sliceType(buf)); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MaybeReadByte, $c: true, $r, _r, _r$1, _selection, buf, r, $s};return $f;
	};
	$pkg.MaybeReadByte = MaybeReadByte;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = io.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		closedChanOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		closedChan = $chanNil;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/sha512"] = (function() {
	var $pkg = {}, $init, crypto, binary, errors, hash, bits, digest, sliceType, arrayType, sliceType$1, arrayType$1, arrayType$2, arrayType$3, arrayType$4, ptrType$3, _K, block, blockGeneric, init, appendUint64, consumeUint64, New, New512_224, New512_256, New384, Sum512;
	crypto = $packages["crypto"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	hash = $packages["hash"];
	bits = $packages["math/bits"];
	digest = $pkg.digest = $newType(0, $kindStruct, "sha512.digest", true, "crypto/sha512", false, function(h_, x_, nx_, len_, function$4_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.h = arrayType$2.zero();
			this.x = arrayType$3.zero();
			this.nx = 0;
			this.len = new $Uint64(0, 0);
			this.function$4 = 0;
			return;
		}
		this.h = h_;
		this.x = x_;
		this.nx = nx_;
		this.len = len_;
		this.function$4 = function$4_;
	});
	sliceType = $sliceType($Uint64);
	arrayType = $arrayType($Uint64, 80);
	sliceType$1 = $sliceType($Uint8);
	arrayType$1 = $arrayType($Uint8, 8);
	arrayType$2 = $arrayType($Uint64, 8);
	arrayType$3 = $arrayType($Uint8, 128);
	arrayType$4 = $arrayType($Uint8, 64);
	ptrType$3 = $ptrType(digest);
	block = function(dig, p) {
		var dig, p;
		blockGeneric(dig, p);
	};
	blockGeneric = function(dig, p) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, a, b, c, d, dig, e, f, g, h, h0, h1, h2, h3, h4, h5, h6, h7, i, i$1, i$2, j, p, t1, t1$1, t2, t2$1, v1, v2, w, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$7, x$8, x$9;
		w = arrayType.zero();
		_tmp = dig.h[0];
		_tmp$1 = dig.h[1];
		_tmp$2 = dig.h[2];
		_tmp$3 = dig.h[3];
		_tmp$4 = dig.h[4];
		_tmp$5 = dig.h[5];
		_tmp$6 = dig.h[6];
		_tmp$7 = dig.h[7];
		h0 = _tmp;
		h1 = _tmp$1;
		h2 = _tmp$2;
		h3 = _tmp$3;
		h4 = _tmp$4;
		h5 = _tmp$5;
		h6 = _tmp$6;
		h7 = _tmp$7;
		while (true) {
			if (!(p.$length >= 128)) { break; }
			i = 0;
			while (true) {
				if (!(i < 16)) { break; }
				j = $imul(i, 8);
				((i < 0 || i >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[i] = (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = $shiftLeft64((new $Uint64(0, ((j < 0 || j >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + j]))), 56), x$7 = $shiftLeft64((new $Uint64(0, (x$8 = j + 1 >> 0, ((x$8 < 0 || x$8 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$8])))), 48), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (x$10 = j + 2 >> 0, ((x$10 < 0 || x$10 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$10])))), 40), new $Uint64(x$5.$high | x$9.$high, (x$5.$low | x$9.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (x$12 = j + 3 >> 0, ((x$12 < 0 || x$12 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$12])))), 32), new $Uint64(x$4.$high | x$11.$high, (x$4.$low | x$11.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (x$14 = j + 4 >> 0, ((x$14 < 0 || x$14 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$14])))), 24), new $Uint64(x$3.$high | x$13.$high, (x$3.$low | x$13.$low) >>> 0)), x$15 = $shiftLeft64((new $Uint64(0, (x$16 = j + 5 >> 0, ((x$16 < 0 || x$16 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$16])))), 16), new $Uint64(x$2.$high | x$15.$high, (x$2.$low | x$15.$low) >>> 0)), x$17 = $shiftLeft64((new $Uint64(0, (x$18 = j + 6 >> 0, ((x$18 < 0 || x$18 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$18])))), 8), new $Uint64(x$1.$high | x$17.$high, (x$1.$low | x$17.$low) >>> 0)), x$19 = (new $Uint64(0, (x$20 = j + 7 >> 0, ((x$20 < 0 || x$20 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$20])))), new $Uint64(x.$high | x$19.$high, (x.$low | x$19.$low) >>> 0)));
				i = i + (1) >> 0;
			}
			i$1 = 16;
			while (true) {
				if (!(i$1 < 80)) { break; }
				v1 = (x$21 = i$1 - 2 >> 0, ((x$21 < 0 || x$21 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$21]));
				t1 = (x$22 = (x$23 = bits.RotateLeft64(v1, -19), x$24 = bits.RotateLeft64(v1, -61), new $Uint64(x$23.$high ^ x$24.$high, (x$23.$low ^ x$24.$low) >>> 0)), x$25 = $shiftRightUint64(v1, 6), new $Uint64(x$22.$high ^ x$25.$high, (x$22.$low ^ x$25.$low) >>> 0));
				v2 = (x$26 = i$1 - 15 >> 0, ((x$26 < 0 || x$26 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$26]));
				t2 = (x$27 = (x$28 = bits.RotateLeft64(v2, -1), x$29 = bits.RotateLeft64(v2, -8), new $Uint64(x$28.$high ^ x$29.$high, (x$28.$low ^ x$29.$low) >>> 0)), x$30 = $shiftRightUint64(v2, 7), new $Uint64(x$27.$high ^ x$30.$high, (x$27.$low ^ x$30.$low) >>> 0));
				((i$1 < 0 || i$1 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[i$1] = (x$31 = (x$32 = (x$33 = (x$34 = i$1 - 7 >> 0, ((x$34 < 0 || x$34 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$34])), new $Uint64(t1.$high + x$33.$high, t1.$low + x$33.$low)), new $Uint64(x$32.$high + t2.$high, x$32.$low + t2.$low)), x$35 = (x$36 = i$1 - 16 >> 0, ((x$36 < 0 || x$36 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$36])), new $Uint64(x$31.$high + x$35.$high, x$31.$low + x$35.$low)));
				i$1 = i$1 + (1) >> 0;
			}
			_tmp$8 = h0;
			_tmp$9 = h1;
			_tmp$10 = h2;
			_tmp$11 = h3;
			_tmp$12 = h4;
			_tmp$13 = h5;
			_tmp$14 = h6;
			_tmp$15 = h7;
			a = _tmp$8;
			b = _tmp$9;
			c = _tmp$10;
			d = _tmp$11;
			e = _tmp$12;
			f = _tmp$13;
			g = _tmp$14;
			h = _tmp$15;
			i$2 = 0;
			while (true) {
				if (!(i$2 < 80)) { break; }
				t1$1 = (x$37 = (x$38 = (x$39 = (x$40 = (x$41 = (x$42 = bits.RotateLeft64(e, -14), x$43 = bits.RotateLeft64(e, -18), new $Uint64(x$42.$high ^ x$43.$high, (x$42.$low ^ x$43.$low) >>> 0)), x$44 = bits.RotateLeft64(e, -41), new $Uint64(x$41.$high ^ x$44.$high, (x$41.$low ^ x$44.$low) >>> 0)), new $Uint64(h.$high + x$40.$high, h.$low + x$40.$low)), x$45 = (x$46 = new $Uint64(e.$high & f.$high, (e.$low & f.$low) >>> 0), x$47 = (x$48 = new $Uint64(~e.$high, ~e.$low >>> 0), new $Uint64(x$48.$high & g.$high, (x$48.$low & g.$low) >>> 0)), new $Uint64(x$46.$high ^ x$47.$high, (x$46.$low ^ x$47.$low) >>> 0)), new $Uint64(x$39.$high + x$45.$high, x$39.$low + x$45.$low)), x$49 = ((i$2 < 0 || i$2 >= _K.$length) ? ($throwRuntimeError("index out of range"), undefined) : _K.$array[_K.$offset + i$2]), new $Uint64(x$38.$high + x$49.$high, x$38.$low + x$49.$low)), x$50 = ((i$2 < 0 || i$2 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[i$2]), new $Uint64(x$37.$high + x$50.$high, x$37.$low + x$50.$low));
				t2$1 = (x$51 = (x$52 = (x$53 = bits.RotateLeft64(a, -28), x$54 = bits.RotateLeft64(a, -34), new $Uint64(x$53.$high ^ x$54.$high, (x$53.$low ^ x$54.$low) >>> 0)), x$55 = bits.RotateLeft64(a, -39), new $Uint64(x$52.$high ^ x$55.$high, (x$52.$low ^ x$55.$low) >>> 0)), x$56 = (x$57 = (x$58 = new $Uint64(a.$high & b.$high, (a.$low & b.$low) >>> 0), x$59 = new $Uint64(a.$high & c.$high, (a.$low & c.$low) >>> 0), new $Uint64(x$58.$high ^ x$59.$high, (x$58.$low ^ x$59.$low) >>> 0)), x$60 = new $Uint64(b.$high & c.$high, (b.$low & c.$low) >>> 0), new $Uint64(x$57.$high ^ x$60.$high, (x$57.$low ^ x$60.$low) >>> 0)), new $Uint64(x$51.$high + x$56.$high, x$51.$low + x$56.$low));
				h = g;
				g = f;
				f = e;
				e = new $Uint64(d.$high + t1$1.$high, d.$low + t1$1.$low);
				d = c;
				c = b;
				b = a;
				a = new $Uint64(t1$1.$high + t2$1.$high, t1$1.$low + t2$1.$low);
				i$2 = i$2 + (1) >> 0;
			}
			h0 = (x$61 = a, new $Uint64(h0.$high + x$61.$high, h0.$low + x$61.$low));
			h1 = (x$62 = b, new $Uint64(h1.$high + x$62.$high, h1.$low + x$62.$low));
			h2 = (x$63 = c, new $Uint64(h2.$high + x$63.$high, h2.$low + x$63.$low));
			h3 = (x$64 = d, new $Uint64(h3.$high + x$64.$high, h3.$low + x$64.$low));
			h4 = (x$65 = e, new $Uint64(h4.$high + x$65.$high, h4.$low + x$65.$low));
			h5 = (x$66 = f, new $Uint64(h5.$high + x$66.$high, h5.$low + x$66.$low));
			h6 = (x$67 = g, new $Uint64(h6.$high + x$67.$high, h6.$low + x$67.$low));
			h7 = (x$68 = h, new $Uint64(h7.$high + x$68.$high, h7.$low + x$68.$low));
			p = $subslice(p, 128);
		}
		_tmp$16 = h0;
		_tmp$17 = h1;
		_tmp$18 = h2;
		_tmp$19 = h3;
		_tmp$20 = h4;
		_tmp$21 = h5;
		_tmp$22 = h6;
		_tmp$23 = h7;
		dig.h[0] = _tmp$16;
		dig.h[1] = _tmp$17;
		dig.h[2] = _tmp$18;
		dig.h[3] = _tmp$19;
		dig.h[4] = _tmp$20;
		dig.h[5] = _tmp$21;
		dig.h[6] = _tmp$22;
		dig.h[7] = _tmp$23;
	};
	init = function() {
		crypto.RegisterHash(6, New384);
		crypto.RegisterHash(7, New);
		crypto.RegisterHash(14, New512_224);
		crypto.RegisterHash(15, New512_256);
	};
	digest.ptr.prototype.Reset = function() {
		var _1, d;
		d = this;
		_1 = d.function$4;
		if (_1 === (6)) {
			d.h[0] = new $Uint64(3418070365, 3238371032);
			d.h[1] = new $Uint64(1654270250, 914150663);
			d.h[2] = new $Uint64(2438529370, 812702999);
			d.h[3] = new $Uint64(355462360, 4144912697);
			d.h[4] = new $Uint64(1731405415, 4290775857);
			d.h[5] = new $Uint64(2394180231, 1750603025);
			d.h[6] = new $Uint64(3675008525, 1694076839);
			d.h[7] = new $Uint64(1203062813, 3204075428);
		} else if (_1 === (14)) {
			d.h[0] = new $Uint64(2352822216, 424955298);
			d.h[1] = new $Uint64(1944164710, 2312950998);
			d.h[2] = new $Uint64(502970286, 855612546);
			d.h[3] = new $Uint64(1738396948, 1479516111);
			d.h[4] = new $Uint64(258812777, 2077511080);
			d.h[5] = new $Uint64(2011393907, 79989058);
			d.h[6] = new $Uint64(1067287976, 1780299464);
			d.h[7] = new $Uint64(286451373, 2446758561);
		} else if (_1 === (15)) {
			d.h[0] = new $Uint64(573645204, 4230739756);
			d.h[1] = new $Uint64(2673172387, 3360449730);
			d.h[2] = new $Uint64(596883563, 1867755857);
			d.h[3] = new $Uint64(2520282905, 1497426621);
			d.h[4] = new $Uint64(2519219938, 2827943907);
			d.h[5] = new $Uint64(3193839141, 1401305490);
			d.h[6] = new $Uint64(721525244, 746961066);
			d.h[7] = new $Uint64(246885852, 2177182882);
		} else {
			d.h[0] = new $Uint64(1779033703, 4089235720);
			d.h[1] = new $Uint64(3144134277, 2227873595);
			d.h[2] = new $Uint64(1013904242, 4271175723);
			d.h[3] = new $Uint64(2773480762, 1595750129);
			d.h[4] = new $Uint64(1359893119, 2917565137);
			d.h[5] = new $Uint64(2600822924, 725511199);
			d.h[6] = new $Uint64(528734635, 4215389547);
			d.h[7] = new $Uint64(1541459225, 327033209);
		}
		d.nx = 0;
		d.len = new $Uint64(0, 0);
	};
	digest.prototype.Reset = function() { return this.$val.Reset(); };
	digest.ptr.prototype.MarshalBinary = function() {
		var _1, b, d;
		d = this;
		b = $makeSlice(sliceType$1, 0, 204);
		_1 = d.function$4;
		if (_1 === (6)) {
			b = $appendSlice(b, "sha\x04");
		} else if (_1 === (14)) {
			b = $appendSlice(b, "sha\x05");
		} else if (_1 === (15)) {
			b = $appendSlice(b, "sha\x06");
		} else if (_1 === (7)) {
			b = $appendSlice(b, "sha\x07");
		} else {
			return [sliceType$1.nil, errors.New("crypto/sha512: invalid hash function")];
		}
		b = appendUint64(b, d.h[0]);
		b = appendUint64(b, d.h[1]);
		b = appendUint64(b, d.h[2]);
		b = appendUint64(b, d.h[3]);
		b = appendUint64(b, d.h[4]);
		b = appendUint64(b, d.h[5]);
		b = appendUint64(b, d.h[6]);
		b = appendUint64(b, d.h[7]);
		b = $appendSlice(b, $subslice(new sliceType$1(d.x), 0, d.nx));
		b = $subslice(b, 0, ((b.$length + 128 >> 0) - (d.nx) >> 0));
		b = appendUint64(b, d.len);
		return [b, $ifaceNil];
	};
	digest.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	digest.ptr.prototype.UnmarshalBinary = function(b) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, b, d;
		d = this;
		if (b.$length < 4) {
			return errors.New("crypto/sha512: invalid hash state identifier");
		}
		if ((d.function$4 === 6) && ($bytesToString($subslice(b, 0, 4))) === "sha\x04") {
		} else if ((d.function$4 === 14) && ($bytesToString($subslice(b, 0, 4))) === "sha\x05") {
		} else if ((d.function$4 === 15) && ($bytesToString($subslice(b, 0, 4))) === "sha\x06") {
		} else if ((d.function$4 === 7) && ($bytesToString($subslice(b, 0, 4))) === "sha\x07") {
		} else {
			return errors.New("crypto/sha512: invalid hash state identifier");
		}
		if (!((b.$length === 204))) {
			return errors.New("crypto/sha512: invalid hash state size");
		}
		b = $subslice(b, 4);
		_tuple = consumeUint64(b);
		b = _tuple[0];
		d.h[0] = _tuple[1];
		_tuple$1 = consumeUint64(b);
		b = _tuple$1[0];
		d.h[1] = _tuple$1[1];
		_tuple$2 = consumeUint64(b);
		b = _tuple$2[0];
		d.h[2] = _tuple$2[1];
		_tuple$3 = consumeUint64(b);
		b = _tuple$3[0];
		d.h[3] = _tuple$3[1];
		_tuple$4 = consumeUint64(b);
		b = _tuple$4[0];
		d.h[4] = _tuple$4[1];
		_tuple$5 = consumeUint64(b);
		b = _tuple$5[0];
		d.h[5] = _tuple$5[1];
		_tuple$6 = consumeUint64(b);
		b = _tuple$6[0];
		d.h[6] = _tuple$6[1];
		_tuple$7 = consumeUint64(b);
		b = _tuple$7[0];
		d.h[7] = _tuple$7[1];
		b = $subslice(b, $copySlice(new sliceType$1(d.x), b));
		_tuple$8 = consumeUint64(b);
		b = _tuple$8[0];
		d.len = _tuple$8[1];
		d.nx = (($div64(d.len, new $Uint64(0, 128), true).$low >> 0));
		return $ifaceNil;
	};
	digest.prototype.UnmarshalBinary = function(b) { return this.$val.UnmarshalBinary(b); };
	appendUint64 = function(b, x) {
		var a, b, x;
		a = arrayType$1.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(new sliceType$1(a), x);
		return $appendSlice(b, new sliceType$1(a));
	};
	consumeUint64 = function(b) {
		var b, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		x$14 = (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), x$7 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
		return [$subslice(b, 8), x$14];
	};
	New = function() {
		var d;
		d = new digest.ptr(arrayType$2.zero(), arrayType$3.zero(), 0, new $Uint64(0, 0), 7);
		d.Reset();
		return d;
	};
	$pkg.New = New;
	New512_224 = function() {
		var d;
		d = new digest.ptr(arrayType$2.zero(), arrayType$3.zero(), 0, new $Uint64(0, 0), 14);
		d.Reset();
		return d;
	};
	$pkg.New512_224 = New512_224;
	New512_256 = function() {
		var d;
		d = new digest.ptr(arrayType$2.zero(), arrayType$3.zero(), 0, new $Uint64(0, 0), 15);
		d.Reset();
		return d;
	};
	$pkg.New512_256 = New512_256;
	New384 = function() {
		var d;
		d = new digest.ptr(arrayType$2.zero(), arrayType$3.zero(), 0, new $Uint64(0, 0), 6);
		d.Reset();
		return d;
	};
	$pkg.New384 = New384;
	digest.ptr.prototype.Size = function() {
		var _1, d;
		d = this;
		_1 = d.function$4;
		if (_1 === (14)) {
			return 28;
		} else if (_1 === (15)) {
			return 32;
		} else if (_1 === (6)) {
			return 48;
		} else {
			return 64;
		}
	};
	digest.prototype.Size = function() { return this.$val.Size(); };
	digest.ptr.prototype.BlockSize = function() {
		var d;
		d = this;
		return 128;
	};
	digest.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	digest.ptr.prototype.Write = function(p) {
		var d, err, n, n$1, nn, p, x, x$1;
		nn = 0;
		err = $ifaceNil;
		d = this;
		nn = p.$length;
		d.len = (x = d.len, x$1 = (new $Uint64(0, nn)), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		if (d.nx > 0) {
			n = $copySlice($subslice(new sliceType$1(d.x), d.nx), p);
			d.nx = d.nx + (n) >> 0;
			if (d.nx === 128) {
				block(d, new sliceType$1(d.x));
				d.nx = 0;
			}
			p = $subslice(p, n);
		}
		if (p.$length >= 128) {
			n$1 = (p.$length & ~127) >> 0;
			block(d, $subslice(p, 0, n$1));
			p = $subslice(p, n$1);
		}
		if (p.$length > 0) {
			d.nx = $copySlice(new sliceType$1(d.x), p);
		}
		return [nn, err];
	};
	digest.prototype.Write = function(p) { return this.$val.Write(p); };
	digest.ptr.prototype.Sum = function(in$1) {
		var _1, d, d0, hash$1, in$1;
		d = this;
		d0 = new digest.ptr(arrayType$2.zero(), arrayType$3.zero(), 0, new $Uint64(0, 0), 0);
		digest.copy(d0, d);
		hash$1 = $clone(d0.checkSum(), arrayType$4);
		_1 = d0.function$4;
		if (_1 === (6)) {
			return $appendSlice(in$1, $subslice(new sliceType$1(hash$1), 0, 48));
		} else if (_1 === (14)) {
			return $appendSlice(in$1, $subslice(new sliceType$1(hash$1), 0, 28));
		} else if (_1 === (15)) {
			return $appendSlice(in$1, $subslice(new sliceType$1(hash$1), 0, 32));
		} else {
			return $appendSlice(in$1, new sliceType$1(hash$1));
		}
	};
	digest.prototype.Sum = function(in$1) { return this.$val.Sum(in$1); };
	digest.ptr.prototype.checkSum = function() {
		var d, digest$1, len, tmp, x, x$1, x$2;
		d = this;
		len = d.len;
		tmp = arrayType$3.zero();
		tmp[0] = 128;
		if ((x = $div64(len, new $Uint64(0, 128), true), (x.$high < 0 || (x.$high === 0 && x.$low < 112)))) {
			d.Write($subslice(new sliceType$1(tmp), 0, $flatten64((x$1 = $div64(len, new $Uint64(0, 128), true), new $Uint64(0 - x$1.$high, 112 - x$1.$low)))));
		} else {
			d.Write($subslice(new sliceType$1(tmp), 0, $flatten64((x$2 = $div64(len, new $Uint64(0, 128), true), new $Uint64(0 - x$2.$high, 240 - x$2.$low)))));
		}
		len = $shiftLeft64(len, (3));
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(tmp), 0), new $Uint64(0, 0));
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(tmp), 8), len);
		d.Write($subslice(new sliceType$1(tmp), 0, 16));
		if (!((d.nx === 0))) {
			$panic(new $String("d.nx != 0"));
		}
		digest$1 = arrayType$4.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 0), d.h[0]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 8), d.h[1]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 16), d.h[2]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 24), d.h[3]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 32), d.h[4]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 40), d.h[5]);
		if (!((d.function$4 === 6))) {
			$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 48), d.h[6]);
			$clone(binary.BigEndian, binary.bigEndian).PutUint64($subslice(new sliceType$1(digest$1), 56), d.h[7]);
		}
		return digest$1;
	};
	digest.prototype.checkSum = function() { return this.$val.checkSum(); };
	Sum512 = function(data) {
		var d, data;
		d = new digest.ptr(arrayType$2.zero(), arrayType$3.zero(), 0, new $Uint64(0, 0), 7);
		d.Reset();
		d.Write(data);
		return d.checkSum();
	};
	$pkg.Sum512 = Sum512;
	ptrType$3.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType$1, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType$1], [$error], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType$1], [sliceType$1], false)}, {prop: "checkSum", name: "checkSum", pkg: "crypto/sha512", typ: $funcType([], [arrayType$4], false)}];
	digest.init("crypto/sha512", [{prop: "h", name: "h", embedded: false, exported: false, typ: arrayType$2, tag: ""}, {prop: "x", name: "x", embedded: false, exported: false, typ: arrayType$3, tag: ""}, {prop: "nx", name: "nx", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "function$4", name: "function", embedded: false, exported: false, typ: crypto.Hash, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = crypto.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_K = new sliceType([new $Uint64(1116352408, 3609767458), new $Uint64(1899447441, 602891725), new $Uint64(3049323471, 3964484399), new $Uint64(3921009573, 2173295548), new $Uint64(961987163, 4081628472), new $Uint64(1508970993, 3053834265), new $Uint64(2453635748, 2937671579), new $Uint64(2870763221, 3664609560), new $Uint64(3624381080, 2734883394), new $Uint64(310598401, 1164996542), new $Uint64(607225278, 1323610764), new $Uint64(1426881987, 3590304994), new $Uint64(1925078388, 4068182383), new $Uint64(2162078206, 991336113), new $Uint64(2614888103, 633803317), new $Uint64(3248222580, 3479774868), new $Uint64(3835390401, 2666613458), new $Uint64(4022224774, 944711139), new $Uint64(264347078, 2341262773), new $Uint64(604807628, 2007800933), new $Uint64(770255983, 1495990901), new $Uint64(1249150122, 1856431235), new $Uint64(1555081692, 3175218132), new $Uint64(1996064986, 2198950837), new $Uint64(2554220882, 3999719339), new $Uint64(2821834349, 766784016), new $Uint64(2952996808, 2566594879), new $Uint64(3210313671, 3203337956), new $Uint64(3336571891, 1034457026), new $Uint64(3584528711, 2466948901), new $Uint64(113926993, 3758326383), new $Uint64(338241895, 168717936), new $Uint64(666307205, 1188179964), new $Uint64(773529912, 1546045734), new $Uint64(1294757372, 1522805485), new $Uint64(1396182291, 2643833823), new $Uint64(1695183700, 2343527390), new $Uint64(1986661051, 1014477480), new $Uint64(2177026350, 1206759142), new $Uint64(2456956037, 344077627), new $Uint64(2730485921, 1290863460), new $Uint64(2820302411, 3158454273), new $Uint64(3259730800, 3505952657), new $Uint64(3345764771, 106217008), new $Uint64(3516065817, 3606008344), new $Uint64(3600352804, 1432725776), new $Uint64(4094571909, 1467031594), new $Uint64(275423344, 851169720), new $Uint64(430227734, 3100823752), new $Uint64(506948616, 1363258195), new $Uint64(659060556, 3750685593), new $Uint64(883997877, 3785050280), new $Uint64(958139571, 3318307427), new $Uint64(1322822218, 3812723403), new $Uint64(1537002063, 2003034995), new $Uint64(1747873779, 3602036899), new $Uint64(1955562222, 1575990012), new $Uint64(2024104815, 1125592928), new $Uint64(2227730452, 2716904306), new $Uint64(2361852424, 442776044), new $Uint64(2428436474, 593698344), new $Uint64(2756734187, 3733110249), new $Uint64(3204031479, 2999351573), new $Uint64(3329325298, 3815920427), new $Uint64(3391569614, 3928383900), new $Uint64(3515267271, 566280711), new $Uint64(3940187606, 3454069534), new $Uint64(4118630271, 4000239992), new $Uint64(116418474, 1914138554), new $Uint64(174292421, 2731055270), new $Uint64(289380356, 3203993006), new $Uint64(460393269, 320620315), new $Uint64(685471733, 587496836), new $Uint64(852142971, 1086792851), new $Uint64(1017036298, 365543100), new $Uint64(1126000580, 2618297676), new $Uint64(1288033470, 3409855158), new $Uint64(1501505948, 4234509866), new $Uint64(1607167915, 987167468), new $Uint64(1816402316, 1246189591)]);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding/asn1"] = (function() {
	var $pkg = {}, $init, bytes, errors, fmt, math, big, reflect, sort, strconv, strings, time, utf16, utf8, encoder, byteEncoder, bytesEncoder, stringEncoder, multiEncoder, setEncoder, taggedEncoder, int64Encoder, bitStringEncoder, oidEncoder, tagAndLength, fieldParameters, StructuralError, SyntaxError, BitString, ObjectIdentifier, Enumerated, Flag, RawValue, RawContent, invalidUnmarshalError, sliceType, ptrType, sliceType$1, ptrType$1, sliceType$2, arrayType, sliceType$3, ptrType$2, ptrType$3, sliceType$4, arrayType$1, sliceType$5, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, ptrType$11, ptrType$12, ptrType$13, byte00Encoder, byteFFEncoder, bigOne, bitStringType, objectIdentifierType, enumeratedType, flagType, timeType, rawValueType, rawContentsType, bigIntType, x, x$1, x$2, base128IntLength, appendBase128Int, makeBigInt, appendLength, lengthLength, appendTagAndLength, makeObjectIdentifier, makePrintableString, makeIA5String, makeNumericString, makeUTF8String, appendTwoDigits, appendFourDigits, outsideUTCRange, makeUTCTime, makeGeneralizedTime, appendUTCTime, appendGeneralizedTime, appendTimeCommon, stripTagAndLength, makeBody, makeField, Marshal, MarshalWithParams, parseFieldParameters, getUniversalType, parseBool, checkInteger, parseInt64, parseInt32, parseBigInt, parseBitString, parseObjectIdentifier, parseBase128Int, parseUTCTime, parseGeneralizedTime, parseNumericString, isNumeric, parsePrintableString, isPrintable, parseIA5String, parseT61String, parseUTF8String, parseBMPString, parseTagAndLength, parseSequenceOf, invalidLength, parseField, canHaveDefaultValue, setDefaultValue, Unmarshal, UnmarshalWithParams;
	bytes = $packages["bytes"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	math = $packages["math"];
	big = $packages["math/big"];
	reflect = $packages["reflect"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	time = $packages["time"];
	utf16 = $packages["unicode/utf16"];
	utf8 = $packages["unicode/utf8"];
	encoder = $pkg.encoder = $newType(8, $kindInterface, "asn1.encoder", true, "encoding/asn1", false, null);
	byteEncoder = $pkg.byteEncoder = $newType(1, $kindUint8, "asn1.byteEncoder", true, "encoding/asn1", false, null);
	bytesEncoder = $pkg.bytesEncoder = $newType(12, $kindSlice, "asn1.bytesEncoder", true, "encoding/asn1", false, null);
	stringEncoder = $pkg.stringEncoder = $newType(8, $kindString, "asn1.stringEncoder", true, "encoding/asn1", false, null);
	multiEncoder = $pkg.multiEncoder = $newType(12, $kindSlice, "asn1.multiEncoder", true, "encoding/asn1", false, null);
	setEncoder = $pkg.setEncoder = $newType(12, $kindSlice, "asn1.setEncoder", true, "encoding/asn1", false, null);
	taggedEncoder = $pkg.taggedEncoder = $newType(0, $kindStruct, "asn1.taggedEncoder", true, "encoding/asn1", false, function(scratch_, tag_, body_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.scratch = arrayType$1.zero();
			this.tag = $ifaceNil;
			this.body = $ifaceNil;
			return;
		}
		this.scratch = scratch_;
		this.tag = tag_;
		this.body = body_;
	});
	int64Encoder = $pkg.int64Encoder = $newType(8, $kindInt64, "asn1.int64Encoder", true, "encoding/asn1", false, null);
	bitStringEncoder = $pkg.bitStringEncoder = $newType(0, $kindStruct, "asn1.bitStringEncoder", true, "encoding/asn1", false, function(Bytes_, BitLength_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Bytes = sliceType.nil;
			this.BitLength = 0;
			return;
		}
		this.Bytes = Bytes_;
		this.BitLength = BitLength_;
	});
	oidEncoder = $pkg.oidEncoder = $newType(12, $kindSlice, "asn1.oidEncoder", true, "encoding/asn1", false, null);
	tagAndLength = $pkg.tagAndLength = $newType(0, $kindStruct, "asn1.tagAndLength", true, "encoding/asn1", false, function(class$0_, tag_, length_, isCompound_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.class$0 = 0;
			this.tag = 0;
			this.length = 0;
			this.isCompound = false;
			return;
		}
		this.class$0 = class$0_;
		this.tag = tag_;
		this.length = length_;
		this.isCompound = isCompound_;
	});
	fieldParameters = $pkg.fieldParameters = $newType(0, $kindStruct, "asn1.fieldParameters", true, "encoding/asn1", false, function(optional_, explicit_, application_, private$3_, defaultValue_, tag_, stringType_, timeType_, set_, omitEmpty_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.optional = false;
			this.explicit = false;
			this.application = false;
			this.private$3 = false;
			this.defaultValue = ptrType$2.nil;
			this.tag = ptrType$3.nil;
			this.stringType = 0;
			this.timeType = 0;
			this.set = false;
			this.omitEmpty = false;
			return;
		}
		this.optional = optional_;
		this.explicit = explicit_;
		this.application = application_;
		this.private$3 = private$3_;
		this.defaultValue = defaultValue_;
		this.tag = tag_;
		this.stringType = stringType_;
		this.timeType = timeType_;
		this.set = set_;
		this.omitEmpty = omitEmpty_;
	});
	StructuralError = $pkg.StructuralError = $newType(0, $kindStruct, "asn1.StructuralError", true, "encoding/asn1", true, function(Msg_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Msg = "";
			return;
		}
		this.Msg = Msg_;
	});
	SyntaxError = $pkg.SyntaxError = $newType(0, $kindStruct, "asn1.SyntaxError", true, "encoding/asn1", true, function(Msg_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Msg = "";
			return;
		}
		this.Msg = Msg_;
	});
	BitString = $pkg.BitString = $newType(0, $kindStruct, "asn1.BitString", true, "encoding/asn1", true, function(Bytes_, BitLength_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Bytes = sliceType.nil;
			this.BitLength = 0;
			return;
		}
		this.Bytes = Bytes_;
		this.BitLength = BitLength_;
	});
	ObjectIdentifier = $pkg.ObjectIdentifier = $newType(12, $kindSlice, "asn1.ObjectIdentifier", true, "encoding/asn1", true, null);
	Enumerated = $pkg.Enumerated = $newType(4, $kindInt, "asn1.Enumerated", true, "encoding/asn1", true, null);
	Flag = $pkg.Flag = $newType(1, $kindBool, "asn1.Flag", true, "encoding/asn1", true, null);
	RawValue = $pkg.RawValue = $newType(0, $kindStruct, "asn1.RawValue", true, "encoding/asn1", true, function(Class_, Tag_, IsCompound_, Bytes_, FullBytes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Class = 0;
			this.Tag = 0;
			this.IsCompound = false;
			this.Bytes = sliceType.nil;
			this.FullBytes = sliceType.nil;
			return;
		}
		this.Class = Class_;
		this.Tag = Tag_;
		this.IsCompound = IsCompound_;
		this.Bytes = Bytes_;
		this.FullBytes = FullBytes_;
	});
	RawContent = $pkg.RawContent = $newType(12, $kindSlice, "asn1.RawContent", true, "encoding/asn1", true, null);
	invalidUnmarshalError = $pkg.invalidUnmarshalError = $newType(0, $kindStruct, "asn1.invalidUnmarshalError", true, "encoding/asn1", false, function(Type_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = $ifaceNil;
			return;
		}
		this.Type = Type_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(time.Location);
	sliceType$1 = $sliceType(sliceType);
	ptrType$1 = $ptrType(big.Int);
	sliceType$2 = $sliceType(encoder);
	arrayType = $arrayType($Uint8, 4);
	sliceType$3 = $sliceType($Int);
	ptrType$2 = $ptrType($Int64);
	ptrType$3 = $ptrType($Int);
	sliceType$4 = $sliceType($emptyInterface);
	arrayType$1 = $arrayType($Uint8, 8);
	sliceType$5 = $sliceType($Uint16);
	ptrType$4 = $ptrType(reflect.rtype);
	ptrType$5 = $ptrType(RawValue);
	ptrType$6 = $ptrType(ObjectIdentifier);
	ptrType$7 = $ptrType(BitString);
	ptrType$8 = $ptrType(time.Time);
	ptrType$9 = $ptrType(Enumerated);
	ptrType$10 = $ptrType(Flag);
	ptrType$11 = $ptrType(ptrType$1);
	ptrType$12 = $ptrType(taggedEncoder);
	ptrType$13 = $ptrType(invalidUnmarshalError);
	byteEncoder.prototype.Len = function() {
		var c;
		c = this.$val;
		return 1;
	};
	$ptrType(byteEncoder).prototype.Len = function() { return new byteEncoder(this.$get()).Len(); };
	byteEncoder.prototype.Encode = function(dst) {
		var c, dst;
		c = this.$val;
		(0 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 0] = ((c << 24 >>> 24)));
	};
	$ptrType(byteEncoder).prototype.Encode = function(dst) { return new byteEncoder(this.$get()).Encode(dst); };
	bytesEncoder.prototype.Len = function() {
		var b;
		b = this;
		return b.$length;
	};
	$ptrType(bytesEncoder).prototype.Len = function() { return this.$get().Len(); };
	bytesEncoder.prototype.Encode = function(dst) {
		var b, dst;
		b = this;
		if (!(($copySlice(dst, b) === b.$length))) {
			$panic(new $String("internal error"));
		}
	};
	$ptrType(bytesEncoder).prototype.Encode = function(dst) { return this.$get().Encode(dst); };
	stringEncoder.prototype.Len = function() {
		var s;
		s = this.$val;
		return s.length;
	};
	$ptrType(stringEncoder).prototype.Len = function() { return new stringEncoder(this.$get()).Len(); };
	stringEncoder.prototype.Encode = function(dst) {
		var dst, s;
		s = this.$val;
		if (!(($copyString(dst, s) === s.length))) {
			$panic(new $String("internal error"));
		}
	};
	$ptrType(stringEncoder).prototype.Encode = function(dst) { return new stringEncoder(this.$get()).Encode(dst); };
	multiEncoder.prototype.Len = function() {
		var {_i, _r, _ref, e, m, size, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		size = 0;
		_ref = m;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			e = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = e.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			size = size + (_r) >> 0;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: multiEncoder.prototype.Len, $c: true, $r, _i, _r, _ref, e, m, size, $s};return $f;
	};
	$ptrType(multiEncoder).prototype.Len = function() { return this.$get().Len(); };
	multiEncoder.prototype.Encode = function(dst) {
		var {_i, _r, _ref, dst, e, m, off, $s, $r, $c} = $restore(this, {dst});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		off = 0;
		_ref = m;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			e = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$r = e.Encode($subslice(dst, off)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r = e.Len(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			off = off + (_r) >> 0;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: multiEncoder.prototype.Encode, $c: true, $r, _i, _r, _ref, dst, e, m, off, $s};return $f;
	};
	$ptrType(multiEncoder).prototype.Encode = function(dst) { return this.$get().Encode(dst); };
	setEncoder.prototype.Len = function() {
		var {_i, _r, _ref, e, s, size, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		size = 0;
		_ref = s;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			e = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = e.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			size = size + (_r) >> 0;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return size;
		/* */ } return; } var $f = {$blk: setEncoder.prototype.Len, $c: true, $r, _i, _r, _ref, e, s, size, $s};return $f;
	};
	$ptrType(setEncoder).prototype.Len = function() { return this.$get().Len(); };
	setEncoder.prototype.Encode = function(dst) {
		var {_i, _i$1, _r, _ref, _ref$1, b, dst, e, i, l, off, s, $s, $r, $c} = $restore(this, {dst});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = [l];
		s = this;
		l[0] = $makeSlice(sliceType$1, s.$length);
		_ref = s;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			e = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = e.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			((i < 0 || i >= l[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : l[0].$array[l[0].$offset + i] = $makeSlice(sliceType, _r));
			$r = e.Encode(((i < 0 || i >= l[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : l[0].$array[l[0].$offset + i])); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$r = sort.Slice(l[0], (function(l) { return function(i$1, j) {
			var i$1, j;
			return bytes.Compare(((i$1 < 0 || i$1 >= l[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : l[0].$array[l[0].$offset + i$1]), ((j < 0 || j >= l[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : l[0].$array[l[0].$offset + j])) < 0;
		}; })(l)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		off = 0;
		_ref$1 = l[0];
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			b = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			$copySlice($subslice(dst, off), b);
			off = off + (b.$length) >> 0;
			_i$1++;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: setEncoder.prototype.Encode, $c: true, $r, _i, _i$1, _r, _ref, _ref$1, b, dst, e, i, l, off, s, $s};return $f;
	};
	$ptrType(setEncoder).prototype.Encode = function(dst) { return this.$get().Encode(dst); };
	taggedEncoder.ptr.prototype.Len = function() {
		var {$24r, _r, _r$1, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r = t.tag.Len(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = t.body.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r + _r$1 >> 0;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: taggedEncoder.ptr.prototype.Len, $c: true, $r, $24r, _r, _r$1, t, $s};return $f;
	};
	taggedEncoder.prototype.Len = function() { return this.$val.Len(); };
	taggedEncoder.ptr.prototype.Encode = function(dst) {
		var {_r, dst, t, $s, $r, $c} = $restore(this, {dst});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		$r = t.tag.Encode(dst); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = t.tag.Len(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$r = t.body.Encode($subslice(dst, _r)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: taggedEncoder.ptr.prototype.Encode, $c: true, $r, _r, dst, t, $s};return $f;
	};
	taggedEncoder.prototype.Encode = function(dst) { return this.$val.Encode(dst); };
	int64Encoder.prototype.Len = function() {
		var i, n;
		i = this;
		n = 1;
		while (true) {
			if (!((i.$high > 0 || (i.$high === 0 && i.$low > 127)))) { break; }
			n = n + (1) >> 0;
			i = $shiftRightInt64(i, (8));
		}
		while (true) {
			if (!((i.$high < -1 || (i.$high === -1 && i.$low < 4294967168)))) { break; }
			n = n + (1) >> 0;
			i = $shiftRightInt64(i, (8));
		}
		return n;
	};
	$ptrType(int64Encoder).prototype.Len = function() { return this.$get().Len(); };
	int64Encoder.prototype.Encode = function(dst) {
		var dst, i, j, n;
		i = this;
		n = i.Len();
		j = 0;
		while (true) {
			if (!(j < n)) { break; }
			((j < 0 || j >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + j] = (($shiftRightInt64(i, ((($imul((((n - 1 >> 0) - j >> 0)), 8)) >>> 0))).$low << 24 >>> 24)));
			j = j + (1) >> 0;
		}
	};
	$ptrType(int64Encoder).prototype.Encode = function(dst) { return this.$get().Encode(dst); };
	base128IntLength = function(n) {
		var i, l, n;
		if ((n.$high === 0 && n.$low === 0)) {
			return 1;
		}
		l = 0;
		i = n;
		while (true) {
			if (!((i.$high > 0 || (i.$high === 0 && i.$low > 0)))) { break; }
			l = l + (1) >> 0;
			i = $shiftRightInt64(i, (7));
		}
		return l;
	};
	appendBase128Int = function(dst, n) {
		var dst, i, l, n, o;
		l = base128IntLength(n);
		i = l - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			o = (($shiftRightInt64(n, ((($imul(i, 7)) >>> 0))).$low << 24 >>> 24));
			o = (o & (127)) >>> 0;
			if (!((i === 0))) {
				o = (o | (128)) >>> 0;
			}
			dst = $append(dst, o);
			i = i - (1) >> 0;
		}
		return dst;
	};
	makeBigInt = function(n) {
		var {_i, _r, _ref, bytes$1, bytes$2, i, n, nMinus1, x$3, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (n === ptrType$1.nil) {
			$s = -1; return [$ifaceNil, (x$3 = new StructuralError.ptr("empty integer"), new x$3.constructor.elem(x$3))];
		}
		/* */ if (n.Sign() < 0) { $s = 1; continue; }
		/* */ if (n.Sign() === 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (n.Sign() < 0) { */ case 1:
			nMinus1 = new big.Int.ptr(false, big.nat.nil).Neg(n);
			_r = nMinus1.Sub(nMinus1, bigOne); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			bytes$1 = nMinus1.Bytes();
			_ref = bytes$1;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				((i < 0 || i >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + i] = ((((i < 0 || i >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + i]) ^ (255)) << 24 >>> 24));
				_i++;
			}
			if ((bytes$1.$length === 0) || ((((0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]) & 128) >>> 0) === 0)) {
				$s = -1; return [($convertSliceType(new sliceType$2([byteFFEncoder, ($convertSliceType(bytes$1, bytesEncoder))]), multiEncoder)), $ifaceNil];
			}
			$s = -1; return [($convertSliceType(bytes$1, bytesEncoder)), $ifaceNil];
		/* } else if (n.Sign() === 0) { */ case 2:
			$s = -1; return [byte00Encoder, $ifaceNil];
		/* } else { */ case 3:
			bytes$2 = n.Bytes();
			if (bytes$2.$length > 0 && !(((((0 >= bytes$2.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$2.$array[bytes$2.$offset + 0]) & 128) >>> 0) === 0))) {
				$s = -1; return [($convertSliceType(new sliceType$2([byte00Encoder, ($convertSliceType(bytes$2, bytesEncoder))]), multiEncoder)), $ifaceNil];
			}
			$s = -1; return [($convertSliceType(bytes$2, bytesEncoder)), $ifaceNil];
		/* } */ case 4:
		$s = -1; return [$ifaceNil, $ifaceNil];
		/* */ } return; } var $f = {$blk: makeBigInt, $c: true, $r, _i, _r, _ref, bytes$1, bytes$2, i, n, nMinus1, x$3, $s};return $f;
	};
	appendLength = function(dst, i) {
		var dst, i, n;
		n = lengthLength(i);
		while (true) {
			if (!(n > 0)) { break; }
			dst = $append(dst, ((((i >> $min(((($imul(((n - 1 >> 0)), 8)) >>> 0)), 31)) >> 0) << 24 >>> 24)));
			n = n - (1) >> 0;
		}
		return dst;
	};
	lengthLength = function(i) {
		var i, numBytes;
		numBytes = 0;
		numBytes = 1;
		while (true) {
			if (!(i > 255)) { break; }
			numBytes = numBytes + (1) >> 0;
			i = (i >> $min((8), 31)) >> 0;
		}
		return numBytes;
	};
	appendTagAndLength = function(dst, t) {
		var b, dst, l, t;
		b = ((t.class$0 << 24 >>> 24)) << 6 << 24 >>> 24;
		if (t.isCompound) {
			b = (b | (32)) >>> 0;
		}
		if (t.tag >= 31) {
			b = (b | (31)) >>> 0;
			dst = $append(dst, b);
			dst = appendBase128Int(dst, (new $Int64(0, t.tag)));
		} else {
			b = (b | (((t.tag << 24 >>> 24)))) >>> 0;
			dst = $append(dst, b);
		}
		if (t.length >= 128) {
			l = lengthLength(t.length);
			dst = $append(dst, (128 | ((l << 24 >>> 24))) >>> 0);
			dst = appendLength(dst, t.length);
		} else {
			dst = $append(dst, ((t.length << 24 >>> 24)));
		}
		return dst;
	};
	bitStringEncoder.ptr.prototype.Len = function() {
		var b;
		b = this;
		return b.Bytes.$length + 1 >> 0;
	};
	bitStringEncoder.prototype.Len = function() { return this.$val.Len(); };
	bitStringEncoder.ptr.prototype.Encode = function(dst) {
		var _r, _r$1, b, dst;
		b = this;
		(0 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 0] = (((_r = ((8 - (_r$1 = b.BitLength % 8, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >> 0)) % 8, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)));
		if (!(($copySlice($subslice(dst, 1), b.Bytes) === b.Bytes.$length))) {
			$panic(new $String("internal error"));
		}
	};
	bitStringEncoder.prototype.Encode = function(dst) { return this.$val.Encode(dst); };
	oidEncoder.prototype.Len = function() {
		var i, l, oid;
		oid = this;
		l = base128IntLength((new $Int64(0, (($imul((0 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 0]), 40)) + (1 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 1]) >> 0))));
		i = 2;
		while (true) {
			if (!(i < oid.$length)) { break; }
			l = l + (base128IntLength((new $Int64(0, ((i < 0 || i >= oid.$length) ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + i]))))) >> 0;
			i = i + (1) >> 0;
		}
		return l;
	};
	$ptrType(oidEncoder).prototype.Len = function() { return this.$get().Len(); };
	oidEncoder.prototype.Encode = function(dst) {
		var dst, i, oid;
		oid = this;
		dst = appendBase128Int($subslice(dst, 0, 0), (new $Int64(0, (($imul((0 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 0]), 40)) + (1 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 1]) >> 0))));
		i = 2;
		while (true) {
			if (!(i < oid.$length)) { break; }
			dst = appendBase128Int(dst, (new $Int64(0, ((i < 0 || i >= oid.$length) ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + i]))));
			i = i + (1) >> 0;
		}
	};
	$ptrType(oidEncoder).prototype.Encode = function(dst) { return this.$get().Encode(dst); };
	makeObjectIdentifier = function(oid) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, err, oid, x$3;
		e = $ifaceNil;
		err = $ifaceNil;
		if (oid.$length < 2 || (0 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 0]) > 2 || ((0 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 0]) < 2 && (1 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 1]) >= 40)) {
			_tmp = $ifaceNil;
			_tmp$1 = (x$3 = new StructuralError.ptr("invalid object identifier"), new x$3.constructor.elem(x$3));
			e = _tmp;
			err = _tmp$1;
			return [e, err];
		}
		_tmp$2 = ($convertSliceType(oid, oidEncoder));
		_tmp$3 = $ifaceNil;
		e = _tmp$2;
		err = _tmp$3;
		return [e, err];
	};
	makePrintableString = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, err, i, s, x$3;
		e = $ifaceNil;
		err = $ifaceNil;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (!isPrintable(s.charCodeAt(i), true, false)) {
				_tmp = $ifaceNil;
				_tmp$1 = (x$3 = new StructuralError.ptr("PrintableString contains invalid character"), new x$3.constructor.elem(x$3));
				e = _tmp;
				err = _tmp$1;
				return [e, err];
			}
			i = i + (1) >> 0;
		}
		_tmp$2 = new stringEncoder((s));
		_tmp$3 = $ifaceNil;
		e = _tmp$2;
		err = _tmp$3;
		return [e, err];
	};
	makeIA5String = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, err, i, s, x$3;
		e = $ifaceNil;
		err = $ifaceNil;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) > 127) {
				_tmp = $ifaceNil;
				_tmp$1 = (x$3 = new StructuralError.ptr("IA5String contains invalid character"), new x$3.constructor.elem(x$3));
				e = _tmp;
				err = _tmp$1;
				return [e, err];
			}
			i = i + (1) >> 0;
		}
		_tmp$2 = new stringEncoder((s));
		_tmp$3 = $ifaceNil;
		e = _tmp$2;
		err = _tmp$3;
		return [e, err];
	};
	makeNumericString = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, e, err, i, s, x$3;
		e = $ifaceNil;
		err = $ifaceNil;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (!isNumeric(s.charCodeAt(i))) {
				_tmp = $ifaceNil;
				_tmp$1 = (x$3 = new StructuralError.ptr("NumericString contains invalid character"), new x$3.constructor.elem(x$3));
				e = _tmp;
				err = _tmp$1;
				return [e, err];
			}
			i = i + (1) >> 0;
		}
		_tmp$2 = new stringEncoder((s));
		_tmp$3 = $ifaceNil;
		e = _tmp$2;
		err = _tmp$3;
		return [e, err];
	};
	makeUTF8String = function(s) {
		var s;
		return new stringEncoder((s));
	};
	appendTwoDigits = function(dst, v) {
		var _q, _r, _r$1, dst, v;
		return $append(dst, (((48 + (_r = ((_q = v / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))) % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$1 = v % 10, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)));
	};
	appendFourDigits = function(dst, v) {
		var _i, _q, _r, _ref, bytes$1, dst, i, v, x$3;
		bytes$1 = arrayType.zero();
		_ref = bytes$1;
		_i = 0;
		while (true) {
			if (!(_i < 4)) { break; }
			i = _i;
			(x$3 = 3 - i >> 0, ((x$3 < 0 || x$3 >= bytes$1.length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1[x$3] = (48 + (((_r = v % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) << 24 >>> 24)));
			v = (_q = v / (10), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			_i++;
		}
		return $appendSlice(dst, new sliceType(bytes$1));
	};
	outsideUTCRange = function(t) {
		var {_r, t, year, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(t, time.Time).Year(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		year = _r;
		$s = -1; return year < 1950 || year >= 2050;
		/* */ } return; } var $f = {$blk: outsideUTCRange, $c: true, $r, _r, t, year, $s};return $f;
	};
	makeUTCTime = function(t) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, dst, e, err, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = $ifaceNil;
		err = $ifaceNil;
		dst = $makeSlice(sliceType, 0, 18);
		_r = appendUTCTime(dst, $clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		dst = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = $ifaceNil;
			_tmp$1 = err;
			e = _tmp;
			err = _tmp$1;
			$s = -1; return [e, err];
		}
		_tmp$2 = ($convertSliceType(dst, bytesEncoder));
		_tmp$3 = $ifaceNil;
		e = _tmp$2;
		err = _tmp$3;
		$s = -1; return [e, err];
		/* */ } return; } var $f = {$blk: makeUTCTime, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, dst, e, err, t, $s};return $f;
	};
	makeGeneralizedTime = function(t) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, dst, e, err, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = $ifaceNil;
		err = $ifaceNil;
		dst = $makeSlice(sliceType, 0, 20);
		_r = appendGeneralizedTime(dst, $clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		dst = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = $ifaceNil;
			_tmp$1 = err;
			e = _tmp;
			err = _tmp$1;
			$s = -1; return [e, err];
		}
		_tmp$2 = ($convertSliceType(dst, bytesEncoder));
		_tmp$3 = $ifaceNil;
		e = _tmp$2;
		err = _tmp$3;
		$s = -1; return [e, err];
		/* */ } return; } var $f = {$blk: makeGeneralizedTime, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, dst, e, err, t, $s};return $f;
	};
	appendUTCTime = function(dst, t) {
		var {$24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, dst, err, ret, t, x$3, year, $s, $r, $c} = $restore(this, {dst, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = sliceType.nil;
		err = $ifaceNil;
		_r = $clone(t, time.Time).Year(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		year = _r;
		if (1950 <= year && year < 2000) {
			dst = appendTwoDigits(dst, year - 1900 >> 0);
		} else if (2000 <= year && year < 2050) {
			dst = appendTwoDigits(dst, year - 2000 >> 0);
		} else {
			_tmp = sliceType.nil;
			_tmp$1 = (x$3 = new StructuralError.ptr("cannot represent time as UTCTime"), new x$3.constructor.elem(x$3));
			ret = _tmp;
			err = _tmp$1;
			$s = -1; return [ret, err];
		}
		_r$1 = appendTimeCommon(dst, $clone(t, time.Time)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tmp$2 = _r$1;
		_tmp$3 = $ifaceNil;
		ret = _tmp$2;
		err = _tmp$3;
		$24r = [ret, err];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: appendUTCTime, $c: true, $r, $24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, dst, err, ret, t, x$3, year, $s};return $f;
	};
	appendGeneralizedTime = function(dst, t) {
		var {$24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, dst, err, ret, t, x$3, year, $s, $r, $c} = $restore(this, {dst, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = sliceType.nil;
		err = $ifaceNil;
		_r = $clone(t, time.Time).Year(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		year = _r;
		if (year < 0 || year > 9999) {
			_tmp = sliceType.nil;
			_tmp$1 = (x$3 = new StructuralError.ptr("cannot represent time as GeneralizedTime"), new x$3.constructor.elem(x$3));
			ret = _tmp;
			err = _tmp$1;
			$s = -1; return [ret, err];
		}
		dst = appendFourDigits(dst, year);
		_r$1 = appendTimeCommon(dst, $clone(t, time.Time)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tmp$2 = _r$1;
		_tmp$3 = $ifaceNil;
		ret = _tmp$2;
		err = _tmp$3;
		$24r = [ret, err];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: appendGeneralizedTime, $c: true, $r, $24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, dst, err, ret, t, x$3, year, $s};return $f;
	};
	appendTimeCommon = function(dst, t) {
		var {_q, _q$1, _q$2, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, day, dst, hour, min, month, offset, offsetMinutes, sec, t, $s, $r, $c} = $restore(this, {dst, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $clone(t, time.Time).Date(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		month = _tuple[1];
		day = _tuple[2];
		dst = appendTwoDigits(dst, ((month >> 0)));
		dst = appendTwoDigits(dst, day);
		_r$1 = $clone(t, time.Time).Clock(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		hour = _tuple$1[0];
		min = _tuple$1[1];
		sec = _tuple$1[2];
		dst = appendTwoDigits(dst, hour);
		dst = appendTwoDigits(dst, min);
		dst = appendTwoDigits(dst, sec);
		_r$2 = $clone(t, time.Time).Zone(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		offset = _tuple$2[1];
		if (((_q = offset / 60, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) === 0)) {
			$s = -1; return $append(dst, 90);
		} else if (offset > 0) {
			dst = $append(dst, 43);
		} else if (offset < 0) {
			dst = $append(dst, 45);
		}
		offsetMinutes = (_q$1 = offset / 60, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"));
		if (offsetMinutes < 0) {
			offsetMinutes = -offsetMinutes;
		}
		dst = appendTwoDigits(dst, (_q$2 = offsetMinutes / 60, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero")));
		dst = appendTwoDigits(dst, (_r$3 = offsetMinutes % 60, _r$3 === _r$3 ? _r$3 : $throwRuntimeError("integer divide by zero")));
		$s = -1; return dst;
		/* */ } return; } var $f = {$blk: appendTimeCommon, $c: true, $r, _q, _q$1, _q$2, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, day, dst, hour, min, month, offset, offsetMinutes, sec, t, $s};return $f;
	};
	stripTagAndLength = function(in$1) {
		var _tuple, err, in$1, offset;
		_tuple = parseTagAndLength(in$1, 0);
		offset = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return in$1;
		}
		return $subslice(in$1, offset);
	};
	makeBody = function(value, params) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _2, _3, _4, _5, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, _v, bytes$1, e, err, fp, i, i$1, i$2, l, m, m$1, n, n1, params, s, sliceType$4, startingField, t, t$1, v, value, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {value, params});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = $ifaceNil;
		err = $ifaceNil;
			_1 = $clone(value, reflect.Value).Type();
			/* */ if ($interfaceIsEqual(_1, (flagType))) { $s = 2; continue; }
			/* */ if ($interfaceIsEqual(_1, (timeType))) { $s = 3; continue; }
			/* */ if ($interfaceIsEqual(_1, (bitStringType))) { $s = 4; continue; }
			/* */ if ($interfaceIsEqual(_1, (objectIdentifierType))) { $s = 5; continue; }
			/* */ if ($interfaceIsEqual(_1, (bigIntType))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ($interfaceIsEqual(_1, (flagType))) { */ case 2:
				_tmp = (bytesEncoder.nil);
				_tmp$1 = $ifaceNil;
				e = _tmp;
				err = _tmp$1;
				$s = -1; return [e, err];
			/* } else if ($interfaceIsEqual(_1, (timeType))) { */ case 3:
				_r = $clone(value, reflect.Value).Interface(); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				t = $clone($assertType(_r, time.Time), time.Time);
				if (params.timeType === 24) { _v = true; $s = 11; continue s; }
				_r$1 = outsideUTCRange($clone(t, time.Time)); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v = _r$1; case 11:
				/* */ if (_v) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_v) { */ case 9:
					_r$2 = makeGeneralizedTime($clone(t, time.Time)); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_tuple = _r$2;
					e = _tuple[0];
					err = _tuple[1];
					$24r = [e, err];
					$s = 14; case 14: return $24r;
				/* } */ case 10:
				_r$3 = makeUTCTime($clone(t, time.Time)); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$1 = _r$3;
				e = _tuple$1[0];
				err = _tuple$1[1];
				$24r$1 = [e, err];
				$s = 16; case 16: return $24r$1;
			/* } else if ($interfaceIsEqual(_1, (bitStringType))) { */ case 4:
				_r$4 = $clone(value, reflect.Value).Interface(); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tmp$2 = (x$3 = ($clone($assertType(_r$4, BitString), bitStringEncoder)), new x$3.constructor.elem(x$3));
				_tmp$3 = $ifaceNil;
				e = _tmp$2;
				err = _tmp$3;
				$24r$2 = [e, err];
				$s = 18; case 18: return $24r$2;
			/* } else if ($interfaceIsEqual(_1, (objectIdentifierType))) { */ case 5:
				_r$5 = $clone(value, reflect.Value).Interface(); /* */ $s = 19; case 19: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = makeObjectIdentifier($convertSliceType($assertType(_r$5, ObjectIdentifier), sliceType$3)); /* */ $s = 20; case 20: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$2 = _r$6;
				e = _tuple$2[0];
				err = _tuple$2[1];
				$24r$3 = [e, err];
				$s = 21; case 21: return $24r$3;
			/* } else if ($interfaceIsEqual(_1, (bigIntType))) { */ case 6:
				_r$7 = $clone(value, reflect.Value).Interface(); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$8 = makeBigInt($assertType(_r$7, ptrType$1)); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_tuple$3 = _r$8;
				e = _tuple$3[0];
				err = _tuple$3[1];
				$24r$4 = [e, err];
				$s = 24; case 24: return $24r$4;
			/* } */ case 7:
		case 1:
			v = value;
			_2 = $clone(v, reflect.Value).Kind();
			/* */ if (_2 === (1)) { $s = 26; continue; }
			/* */ if ((_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6))) { $s = 27; continue; }
			/* */ if (_2 === (25)) { $s = 28; continue; }
			/* */ if (_2 === (23)) { $s = 29; continue; }
			/* */ if (_2 === (24)) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (_2 === (1)) { */ case 26:
				if ($clone(v, reflect.Value).Bool()) {
					_tmp$4 = byteFFEncoder;
					_tmp$5 = $ifaceNil;
					e = _tmp$4;
					err = _tmp$5;
					$s = -1; return [e, err];
				}
				_tmp$6 = byte00Encoder;
				_tmp$7 = $ifaceNil;
				e = _tmp$6;
				err = _tmp$7;
				$s = -1; return [e, err];
			/* } else if ((_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6))) { */ case 27:
				_tmp$8 = ((x$4 = $clone(v, reflect.Value).Int(), new int64Encoder(x$4.$high, x$4.$low)));
				_tmp$9 = $ifaceNil;
				e = _tmp$8;
				err = _tmp$9;
				$s = -1; return [e, err];
			/* } else if (_2 === (25)) { */ case 28:
				t$1 = $clone(v, reflect.Value).Type();
				i = 0;
				/* while (true) { */ case 32:
					_r$9 = t$1.NumField(); /* */ $s = 34; case 34: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					/* if (!(i < _r$9)) { break; } */ if(!(i < _r$9)) { $s = 33; continue; }
					_r$10 = t$1.Field(i); /* */ $s = 37; case 37: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_r$11 = $clone(_r$10, reflect.StructField).IsExported(); /* */ $s = 38; case 38: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					/* */ if (!_r$11) { $s = 35; continue; }
					/* */ $s = 36; continue;
					/* if (!_r$11) { */ case 35:
						_tmp$10 = $ifaceNil;
						_tmp$11 = (x$5 = new StructuralError.ptr("struct contains unexported fields"), new x$5.constructor.elem(x$5));
						e = _tmp$10;
						err = _tmp$11;
						$s = -1; return [e, err];
					/* } */ case 36:
					i = i + (1) >> 0;
				$s = 32; continue;
				case 33:
				startingField = 0;
				_r$12 = t$1.NumField(); /* */ $s = 39; case 39: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				n = _r$12;
				if (n === 0) {
					_tmp$12 = (bytesEncoder.nil);
					_tmp$13 = $ifaceNil;
					e = _tmp$12;
					err = _tmp$13;
					$s = -1; return [e, err];
				}
				_r$13 = t$1.Field(0); /* */ $s = 42; case 42: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_r$13.Type, rawContentsType)) { $s = 40; continue; }
				/* */ $s = 41; continue;
				/* if ($interfaceIsEqual(_r$13.Type, rawContentsType)) { */ case 40:
					_r$14 = $clone(v, reflect.Value).Field(0); /* */ $s = 43; case 43: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					s = _r$14;
					/* */ if ($clone(s, reflect.Value).Len() > 0) { $s = 44; continue; }
					/* */ $s = 45; continue;
					/* if ($clone(s, reflect.Value).Len() > 0) { */ case 44:
						_r$15 = $clone(s, reflect.Value).Bytes(); /* */ $s = 46; case 46: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
						bytes$1 = _r$15;
						_tmp$14 = ($convertSliceType(stripTagAndLength(bytes$1), bytesEncoder));
						_tmp$15 = $ifaceNil;
						e = _tmp$14;
						err = _tmp$15;
						$s = -1; return [e, err];
					/* } */ case 45:
					startingField = 1;
				/* } */ case 41:
					n1 = n - startingField >> 0;
					_3 = n1;
					/* */ if (_3 === (0)) { $s = 48; continue; }
					/* */ if (_3 === (1)) { $s = 49; continue; }
					/* */ $s = 50; continue;
					/* if (_3 === (0)) { */ case 48:
						_tmp$16 = (bytesEncoder.nil);
						_tmp$17 = $ifaceNil;
						e = _tmp$16;
						err = _tmp$17;
						$s = -1; return [e, err];
					/* } else if (_3 === (1)) { */ case 49:
						_r$16 = $clone(v, reflect.Value).Field(startingField); /* */ $s = 52; case 52: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
						_arg = $clone(_r$16, reflect.Value);
						_r$17 = t$1.Field(startingField); /* */ $s = 53; case 53: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
						_r$18 = new reflect.StructTag(_r$17.Tag).Get("asn1"); /* */ $s = 54; case 54: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
						_r$19 = parseFieldParameters(_r$18); /* */ $s = 55; case 55: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
						_arg$1 = $clone(_r$19, fieldParameters);
						_r$20 = makeField(_arg, _arg$1); /* */ $s = 56; case 56: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
						_tuple$4 = _r$20;
						e = _tuple$4[0];
						err = _tuple$4[1];
						$24r$5 = [e, err];
						$s = 57; case 57: return $24r$5;
					/* } else { */ case 50:
						m = $makeSlice(sliceType$2, n1);
						i$1 = 0;
						/* while (true) { */ case 58:
							/* if (!(i$1 < n1)) { break; } */ if(!(i$1 < n1)) { $s = 59; continue; }
							_r$21 = $clone(v, reflect.Value).Field(i$1 + startingField >> 0); /* */ $s = 60; case 60: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
							_arg$2 = $clone(_r$21, reflect.Value);
							_r$22 = t$1.Field(i$1 + startingField >> 0); /* */ $s = 61; case 61: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
							_r$23 = new reflect.StructTag(_r$22.Tag).Get("asn1"); /* */ $s = 62; case 62: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
							_r$24 = parseFieldParameters(_r$23); /* */ $s = 63; case 63: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
							_arg$3 = $clone(_r$24, fieldParameters);
							_r$25 = makeField(_arg$2, _arg$3); /* */ $s = 64; case 64: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
							_tuple$5 = _r$25;
							((i$1 < 0 || i$1 >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + i$1] = _tuple$5[0]);
							err = _tuple$5[1];
							if (!($interfaceIsEqual(err, $ifaceNil))) {
								_tmp$18 = $ifaceNil;
								_tmp$19 = err;
								e = _tmp$18;
								err = _tmp$19;
								$s = -1; return [e, err];
							}
							i$1 = i$1 + (1) >> 0;
						$s = 58; continue;
						case 59:
						_tmp$20 = ($convertSliceType(m, multiEncoder));
						_tmp$21 = $ifaceNil;
						e = _tmp$20;
						err = _tmp$21;
						$s = -1; return [e, err];
					/* } */ case 51:
				case 47:
				$s = 31; continue;
			/* } else if (_2 === (23)) { */ case 29:
				sliceType$4 = $clone(v, reflect.Value).Type();
				_r$26 = sliceType$4.Elem(); /* */ $s = 67; case 67: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				_r$27 = _r$26.Kind(); /* */ $s = 68; case 68: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				/* */ if (_r$27 === 8) { $s = 65; continue; }
				/* */ $s = 66; continue;
				/* if (_r$27 === 8) { */ case 65:
					_r$28 = $clone(v, reflect.Value).Bytes(); /* */ $s = 69; case 69: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
					_tmp$22 = ($convertSliceType(_r$28, bytesEncoder));
					_tmp$23 = $ifaceNil;
					e = _tmp$22;
					err = _tmp$23;
					$24r$6 = [e, err];
					$s = 70; case 70: return $24r$6;
				/* } */ case 66:
				fp = new fieldParameters.ptr(false, false, false, false, ptrType$2.nil, ptrType$3.nil, 0, 0, false, false);
					l = $clone(v, reflect.Value).Len();
					_4 = l;
					/* */ if (_4 === (0)) { $s = 72; continue; }
					/* */ if (_4 === (1)) { $s = 73; continue; }
					/* */ $s = 74; continue;
					/* if (_4 === (0)) { */ case 72:
						_tmp$24 = (bytesEncoder.nil);
						_tmp$25 = $ifaceNil;
						e = _tmp$24;
						err = _tmp$25;
						$s = -1; return [e, err];
					/* } else if (_4 === (1)) { */ case 73:
						_r$29 = $clone(v, reflect.Value).Index(0); /* */ $s = 76; case 76: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
						_r$30 = makeField($clone(_r$29, reflect.Value), $clone(fp, fieldParameters)); /* */ $s = 77; case 77: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
						_tuple$6 = _r$30;
						e = _tuple$6[0];
						err = _tuple$6[1];
						$24r$7 = [e, err];
						$s = 78; case 78: return $24r$7;
					/* } else { */ case 74:
						m$1 = $makeSlice(sliceType$2, l);
						i$2 = 0;
						/* while (true) { */ case 79:
							/* if (!(i$2 < l)) { break; } */ if(!(i$2 < l)) { $s = 80; continue; }
							_r$31 = $clone(v, reflect.Value).Index(i$2); /* */ $s = 81; case 81: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
							_r$32 = makeField($clone(_r$31, reflect.Value), $clone(fp, fieldParameters)); /* */ $s = 82; case 82: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
							_tuple$7 = _r$32;
							((i$2 < 0 || i$2 >= m$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : m$1.$array[m$1.$offset + i$2] = _tuple$7[0]);
							err = _tuple$7[1];
							if (!($interfaceIsEqual(err, $ifaceNil))) {
								_tmp$26 = $ifaceNil;
								_tmp$27 = err;
								e = _tmp$26;
								err = _tmp$27;
								$s = -1; return [e, err];
							}
							i$2 = i$2 + (1) >> 0;
						$s = 79; continue;
						case 80:
						if (params.set) {
							_tmp$28 = ($convertSliceType(m$1, setEncoder));
							_tmp$29 = $ifaceNil;
							e = _tmp$28;
							err = _tmp$29;
							$s = -1; return [e, err];
						}
						_tmp$30 = ($convertSliceType(m$1, multiEncoder));
						_tmp$31 = $ifaceNil;
						e = _tmp$30;
						err = _tmp$31;
						$s = -1; return [e, err];
					/* } */ case 75:
				case 71:
				$s = 31; continue;
			/* } else if (_2 === (24)) { */ case 30:
					_5 = params.stringType;
					/* */ if (_5 === (22)) { $s = 84; continue; }
					/* */ if (_5 === (19)) { $s = 85; continue; }
					/* */ if (_5 === (18)) { $s = 86; continue; }
					/* */ $s = 87; continue;
					/* if (_5 === (22)) { */ case 84:
						_r$33 = $clone(v, reflect.Value).String(); /* */ $s = 89; case 89: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
						_r$34 = makeIA5String(_r$33); /* */ $s = 90; case 90: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
						_tuple$8 = _r$34;
						e = _tuple$8[0];
						err = _tuple$8[1];
						$24r$8 = [e, err];
						$s = 91; case 91: return $24r$8;
					/* } else if (_5 === (19)) { */ case 85:
						_r$35 = $clone(v, reflect.Value).String(); /* */ $s = 92; case 92: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
						_r$36 = makePrintableString(_r$35); /* */ $s = 93; case 93: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
						_tuple$9 = _r$36;
						e = _tuple$9[0];
						err = _tuple$9[1];
						$24r$9 = [e, err];
						$s = 94; case 94: return $24r$9;
					/* } else if (_5 === (18)) { */ case 86:
						_r$37 = $clone(v, reflect.Value).String(); /* */ $s = 95; case 95: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
						_r$38 = makeNumericString(_r$37); /* */ $s = 96; case 96: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
						_tuple$10 = _r$38;
						e = _tuple$10[0];
						err = _tuple$10[1];
						$24r$10 = [e, err];
						$s = 97; case 97: return $24r$10;
					/* } else { */ case 87:
						_r$39 = $clone(v, reflect.Value).String(); /* */ $s = 98; case 98: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
						_r$40 = makeUTF8String(_r$39); /* */ $s = 99; case 99: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
						_tmp$32 = _r$40;
						_tmp$33 = $ifaceNil;
						e = _tmp$32;
						err = _tmp$33;
						$24r$11 = [e, err];
						$s = 100; case 100: return $24r$11;
					/* } */ case 88:
				case 83:
			/* } */ case 31:
		case 25:
		_tmp$34 = $ifaceNil;
		_tmp$35 = (x$6 = new StructuralError.ptr("unknown Go type"), new x$6.constructor.elem(x$6));
		e = _tmp$34;
		err = _tmp$35;
		$s = -1; return [e, err];
		/* */ } return; } var $f = {$blk: makeBody, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _2, _3, _4, _5, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, _v, bytes$1, e, err, fp, i, i$1, i$2, l, m, m$1, n, n1, params, s, sliceType$4, startingField, t, t$1, v, value, x$3, x$4, x$5, x$6, $s};return $f;
	};
	makeField = function(v, params) {
		var {$24r, $24r$1, $24r$2, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _i, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _rune, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _v, _v$1, bodyLen, class$1, defaultValue, e, err, isCompound, matchAny, ok, params, r, rv, t, t$1, tag, tt, v, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {v, params});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = $ifaceNil;
		err = $ifaceNil;
		/* */ if (!$clone(v, reflect.Value).IsValid()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!$clone(v, reflect.Value).IsValid()) { */ case 1:
			_tmp = $ifaceNil;
			_r = fmt.Errorf("asn1: cannot marshal nil value", new sliceType$4([])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tmp$1 = _r;
			e = _tmp;
			err = _tmp$1;
			$24r = [e, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		if (!($clone(v, reflect.Value).Kind() === 20)) { _v = false; $s = 7; continue s; }
		_r$1 = $clone(v, reflect.Value).Type().NumMethod(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1 === 0; case 7:
		/* */ if (_v) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (_v) { */ case 5:
			_r$2 = $clone(v, reflect.Value).Elem(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = makeField($clone(_r$2, reflect.Value), $clone(params, fieldParameters)); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			e = _tuple[0];
			err = _tuple[1];
			$24r$1 = [e, err];
			$s = 11; case 11: return $24r$1;
		/* } */ case 6:
		if (($clone(v, reflect.Value).Kind() === 23) && ($clone(v, reflect.Value).Len() === 0) && params.omitEmpty) {
			_tmp$2 = (bytesEncoder.nil);
			_tmp$3 = $ifaceNil;
			e = _tmp$2;
			err = _tmp$3;
			$s = -1; return [e, err];
		}
		/* */ if (params.optional && !(params.defaultValue === ptrType$2.nil) && canHaveDefaultValue($clone(v, reflect.Value).Kind())) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (params.optional && !(params.defaultValue === ptrType$2.nil) && canHaveDefaultValue($clone(v, reflect.Value).Kind())) { */ case 12:
			_r$4 = $clone(reflect.New($clone(v, reflect.Value).Type()), reflect.Value).Elem(); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			defaultValue = _r$4;
			$clone(defaultValue, reflect.Value).SetInt(params.defaultValue.$get());
			_r$5 = $clone(v, reflect.Value).Interface(); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg = _r$5;
			_r$6 = $clone(defaultValue, reflect.Value).Interface(); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg$1 = _r$6;
			_r$7 = reflect.DeepEqual(_arg, _arg$1); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (_r$7) { */ case 15:
				_tmp$4 = (bytesEncoder.nil);
				_tmp$5 = $ifaceNil;
				e = _tmp$4;
				err = _tmp$5;
				$s = -1; return [e, err];
			/* } */ case 16:
		/* } */ case 13:
		/* */ if (params.optional && params.defaultValue === ptrType$2.nil) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (params.optional && params.defaultValue === ptrType$2.nil) { */ case 20:
			_r$8 = $clone(v, reflect.Value).Interface(); /* */ $s = 24; case 24: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_arg$2 = _r$8;
			_r$9 = reflect.Zero($clone(v, reflect.Value).Type()); /* */ $s = 25; case 25: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = $clone(_r$9, reflect.Value).Interface(); /* */ $s = 26; case 26: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_arg$3 = _r$10;
			_r$11 = reflect.DeepEqual(_arg$2, _arg$3); /* */ $s = 27; case 27: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			/* */ if (_r$11) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (_r$11) { */ case 22:
				_tmp$6 = (bytesEncoder.nil);
				_tmp$7 = $ifaceNil;
				e = _tmp$6;
				err = _tmp$7;
				$s = -1; return [e, err];
			/* } */ case 23:
		/* } */ case 21:
		/* */ if ($interfaceIsEqual($clone(v, reflect.Value).Type(), rawValueType)) { $s = 28; continue; }
		/* */ $s = 29; continue;
		/* if ($interfaceIsEqual($clone(v, reflect.Value).Type(), rawValueType)) { */ case 28:
			_r$12 = $clone(v, reflect.Value).Interface(); /* */ $s = 30; case 30: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			rv = $clone($assertType(_r$12, RawValue), RawValue);
			if (!((rv.FullBytes.$length === 0))) {
				_tmp$8 = ($convertSliceType(rv.FullBytes, bytesEncoder));
				_tmp$9 = $ifaceNil;
				e = _tmp$8;
				err = _tmp$9;
				$s = -1; return [e, err];
			}
			t = new taggedEncoder.ptr(arrayType$1.zero(), $ifaceNil, $ifaceNil);
			t.tag = ($convertSliceType(appendTagAndLength($subslice(new sliceType(t.scratch), 0, 0), new tagAndLength.ptr(rv.Class, rv.Tag, rv.Bytes.$length, rv.IsCompound)), bytesEncoder));
			t.body = ($convertSliceType(rv.Bytes, bytesEncoder));
			_tmp$10 = t;
			_tmp$11 = $ifaceNil;
			e = _tmp$10;
			err = _tmp$11;
			$s = -1; return [e, err];
		/* } */ case 29:
		_r$13 = getUniversalType($clone(v, reflect.Value).Type()); /* */ $s = 31; case 31: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_tuple$1 = _r$13;
		matchAny = _tuple$1[0];
		tag = _tuple$1[1];
		isCompound = _tuple$1[2];
		ok = _tuple$1[3];
		/* */ if (!ok || matchAny) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (!ok || matchAny) { */ case 32:
			_tmp$12 = $ifaceNil;
			_r$14 = fmt.Sprintf("unknown Go type: %v", new sliceType$4([$clone(v, reflect.Value).Type()])); /* */ $s = 34; case 34: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_tmp$13 = (x$3 = new StructuralError.ptr(_r$14), new x$3.constructor.elem(x$3));
			e = _tmp$12;
			err = _tmp$13;
			$24r$2 = [e, err];
			$s = 35; case 35: return $24r$2;
		/* } */ case 33:
		if (!((params.timeType === 0)) && !((tag === 23))) {
			_tmp$14 = $ifaceNil;
			_tmp$15 = (x$4 = new StructuralError.ptr("explicit time type given to non-time member"), new x$4.constructor.elem(x$4));
			e = _tmp$14;
			err = _tmp$15;
			$s = -1; return [e, err];
		}
		if (!((params.stringType === 0)) && !((tag === 19))) {
			_tmp$16 = $ifaceNil;
			_tmp$17 = (x$5 = new StructuralError.ptr("explicit string type given to non-string member"), new x$5.constructor.elem(x$5));
			e = _tmp$16;
			err = _tmp$17;
			$s = -1; return [e, err];
		}
			_1 = tag;
			/* */ if (_1 === (19)) { $s = 37; continue; }
			/* */ if (_1 === (23)) { $s = 38; continue; }
			/* */ $s = 39; continue;
			/* if (_1 === (19)) { */ case 37:
				/* */ if (params.stringType === 0) { $s = 40; continue; }
				/* */ $s = 41; continue;
				/* if (params.stringType === 0) { */ case 40:
					_r$15 = $clone(v, reflect.Value).String(); /* */ $s = 43; case 43: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_ref = _r$15;
					_i = 0;
					/* while (true) { */ case 44:
						/* if (!(_i < _ref.length)) { break; } */ if(!(_i < _ref.length)) { $s = 45; continue; }
						_rune = $decodeRune(_ref, _i);
						r = _rune[0];
						/* */ if (r >= 128 || !isPrintable(((r << 24 >>> 24)), false, false)) { $s = 46; continue; }
						/* */ $s = 47; continue;
						/* if (r >= 128 || !isPrintable(((r << 24 >>> 24)), false, false)) { */ case 46:
							_r$16 = $clone(v, reflect.Value).String(); /* */ $s = 50; case 50: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
							_r$17 = utf8.ValidString(_r$16); /* */ $s = 51; case 51: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
							/* */ if (!_r$17) { $s = 48; continue; }
							/* */ $s = 49; continue;
							/* if (!_r$17) { */ case 48:
								_tmp$18 = $ifaceNil;
								_tmp$19 = errors.New("asn1: string not valid UTF-8");
								e = _tmp$18;
								err = _tmp$19;
								$s = -1; return [e, err];
							/* } */ case 49:
							tag = 12;
							/* break; */ $s = 45; continue;
						/* } */ case 47:
						_i += _rune[1];
					$s = 44; continue;
					case 45:
					$s = 42; continue;
				/* } else { */ case 41:
					tag = params.stringType;
				/* } */ case 42:
				$s = 39; continue;
			/* } else if (_1 === (23)) { */ case 38:
				if (params.timeType === 24) { _v$1 = true; $s = 54; continue s; }
				_r$18 = $clone(v, reflect.Value).Interface(); /* */ $s = 55; case 55: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_r$19 = outsideUTCRange($clone($assertType(_r$18, time.Time), time.Time)); /* */ $s = 56; case 56: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_v$1 = _r$19; case 54:
				/* */ if (_v$1) { $s = 52; continue; }
				/* */ $s = 53; continue;
				/* if (_v$1) { */ case 52:
					tag = 24;
				/* } */ case 53:
			/* } */ case 39:
		case 36:
		if (params.set) {
			if (!((tag === 16))) {
				_tmp$20 = $ifaceNil;
				_tmp$21 = (x$6 = new StructuralError.ptr("non sequence tagged as set"), new x$6.constructor.elem(x$6));
				e = _tmp$20;
				err = _tmp$21;
				$s = -1; return [e, err];
			}
			tag = 17;
		}
		if ((tag === 17) && !params.set) {
			params.set = true;
		}
		t$1 = new taggedEncoder.ptr(arrayType$1.zero(), $ifaceNil, $ifaceNil);
		_r$20 = makeBody($clone(v, reflect.Value), $clone(params, fieldParameters)); /* */ $s = 57; case 57: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		_tuple$2 = _r$20;
		t$1.body = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$22 = $ifaceNil;
			_tmp$23 = err;
			e = _tmp$22;
			err = _tmp$23;
			$s = -1; return [e, err];
		}
		_r$21 = t$1.body.Len(); /* */ $s = 58; case 58: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		bodyLen = _r$21;
		class$1 = 0;
		/* */ if (!(params.tag === ptrType$3.nil)) { $s = 59; continue; }
		/* */ $s = 60; continue;
		/* if (!(params.tag === ptrType$3.nil)) { */ case 59:
			if (params.application) {
				class$1 = 1;
			} else if (params.private$3) {
				class$1 = 3;
			} else {
				class$1 = 2;
			}
			/* */ if (params.explicit) { $s = 61; continue; }
			/* */ $s = 62; continue;
			/* if (params.explicit) { */ case 61:
				t$1.tag = ($convertSliceType(appendTagAndLength($subslice(new sliceType(t$1.scratch), 0, 0), new tagAndLength.ptr(0, tag, bodyLen, isCompound)), bytesEncoder));
				tt = new taggedEncoder.ptr(arrayType$1.zero(), $ifaceNil, $ifaceNil);
				tt.body = t$1;
				_arg$4 = $subslice(new sliceType(tt.scratch), 0, 0);
				_r$22 = t$1.tag.Len(); /* */ $s = 63; case 63: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_arg$5 = new tagAndLength.ptr(class$1, params.tag.$get(), bodyLen + _r$22 >> 0, true);
				_r$23 = appendTagAndLength(_arg$4, _arg$5); /* */ $s = 64; case 64: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				tt.tag = ($convertSliceType(_r$23, bytesEncoder));
				_tmp$24 = tt;
				_tmp$25 = $ifaceNil;
				e = _tmp$24;
				err = _tmp$25;
				$s = -1; return [e, err];
			/* } */ case 62:
			tag = params.tag.$get();
		/* } */ case 60:
		t$1.tag = ($convertSliceType(appendTagAndLength($subslice(new sliceType(t$1.scratch), 0, 0), new tagAndLength.ptr(class$1, tag, bodyLen, isCompound)), bytesEncoder));
		_tmp$26 = t$1;
		_tmp$27 = $ifaceNil;
		e = _tmp$26;
		err = _tmp$27;
		$s = -1; return [e, err];
		/* */ } return; } var $f = {$blk: makeField, $c: true, $r, $24r, $24r$1, $24r$2, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _i, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _rune, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _v, _v$1, bodyLen, class$1, defaultValue, e, err, isCompound, matchAny, ok, params, r, rv, t, t$1, tag, tt, v, x$3, x$4, x$5, x$6, $s};return $f;
	};
	Marshal = function(val) {
		var {$24r, _r, val, $s, $r, $c} = $restore(this, {val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = MarshalWithParams(val, ""); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Marshal, $c: true, $r, $24r, _r, val, $s};return $f;
	};
	$pkg.Marshal = Marshal;
	MarshalWithParams = function(val, params) {
		var {_r, _r$1, _r$2, _tuple, b, e, err, params, val, $s, $r, $c} = $restore(this, {val, params});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = reflect.ValueOf(val); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = makeField($clone(_r, reflect.Value), $clone(parseFieldParameters(params), fieldParameters)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		e = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		_r$2 = e.Len(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		b = $makeSlice(sliceType, _r$2);
		$r = e.Encode(b); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [b, $ifaceNil];
		/* */ } return; } var $f = {$blk: MarshalWithParams, $c: true, $r, _r, _r$1, _r$2, _tuple, b, e, err, params, val, $s};return $f;
	};
	$pkg.MarshalWithParams = MarshalWithParams;
	parseFieldParameters = function(str) {
		var _tuple, _tuple$1, _tuple$2, err, err$1, i, i$1, part, ret, str;
		ret = new fieldParameters.ptr(false, false, false, false, ptrType$2.nil, ptrType$3.nil, 0, 0, false, false);
		part = "";
		while (true) {
			if (!(str.length > 0)) { break; }
			_tuple = strings.Cut(str, ",");
			part = _tuple[0];
			str = _tuple[1];
			if (part === "optional") {
				ret.optional = true;
			} else if (part === "explicit") {
				ret.explicit = true;
				if (ret.tag === ptrType$3.nil) {
					ret.tag = $newDataPointer(0, ptrType$3);
				}
			} else if (part === "generalized") {
				ret.timeType = 24;
			} else if (part === "utc") {
				ret.timeType = 23;
			} else if (part === "ia5") {
				ret.stringType = 22;
			} else if (part === "printable") {
				ret.stringType = 19;
			} else if (part === "numeric") {
				ret.stringType = 18;
			} else if (part === "utf8") {
				ret.stringType = 12;
			} else if (strings.HasPrefix(part, "default:")) {
				_tuple$1 = strconv.ParseInt($substring(part, 8), 10, 64);
				i = _tuple$1[0];
				err = _tuple$1[1];
				if ($interfaceIsEqual(err, $ifaceNil)) {
					ret.defaultValue = $newDataPointer(new $Int64(0, 0), ptrType$2);
					ret.defaultValue.$set(i);
				}
			} else if (strings.HasPrefix(part, "tag:")) {
				_tuple$2 = strconv.Atoi($substring(part, 4));
				i$1 = _tuple$2[0];
				err$1 = _tuple$2[1];
				if ($interfaceIsEqual(err$1, $ifaceNil)) {
					ret.tag = $newDataPointer(0, ptrType$3);
					ret.tag.$set(i$1);
				}
			} else if (part === "set") {
				ret.set = true;
			} else if (part === "application") {
				ret.application = true;
				if (ret.tag === ptrType$3.nil) {
					ret.tag = $newDataPointer(0, ptrType$3);
				}
			} else if (part === "private") {
				ret.private$3 = true;
				if (ret.tag === ptrType$3.nil) {
					ret.tag = $newDataPointer(0, ptrType$3);
				}
			} else if (part === "omitempty") {
				ret.omitEmpty = true;
			}
		}
		return ret;
	};
	getUniversalType = function(t) {
		var {_1, _2, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$6, _tmp$7, _tmp$8, _tmp$9, isCompound, matchAny, ok, t, tagNumber, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		matchAny = false;
		tagNumber = 0;
		isCompound = false;
		ok = false;
		_1 = t;
		if ($interfaceIsEqual(_1, (rawValueType))) {
			_tmp = true;
			_tmp$1 = -1;
			_tmp$2 = false;
			_tmp$3 = true;
			matchAny = _tmp;
			tagNumber = _tmp$1;
			isCompound = _tmp$2;
			ok = _tmp$3;
			$s = -1; return [matchAny, tagNumber, isCompound, ok];
		} else if ($interfaceIsEqual(_1, (objectIdentifierType))) {
			_tmp$4 = false;
			_tmp$5 = 6;
			_tmp$6 = false;
			_tmp$7 = true;
			matchAny = _tmp$4;
			tagNumber = _tmp$5;
			isCompound = _tmp$6;
			ok = _tmp$7;
			$s = -1; return [matchAny, tagNumber, isCompound, ok];
		} else if ($interfaceIsEqual(_1, (bitStringType))) {
			_tmp$8 = false;
			_tmp$9 = 3;
			_tmp$10 = false;
			_tmp$11 = true;
			matchAny = _tmp$8;
			tagNumber = _tmp$9;
			isCompound = _tmp$10;
			ok = _tmp$11;
			$s = -1; return [matchAny, tagNumber, isCompound, ok];
		} else if ($interfaceIsEqual(_1, (timeType))) {
			_tmp$12 = false;
			_tmp$13 = 23;
			_tmp$14 = false;
			_tmp$15 = true;
			matchAny = _tmp$12;
			tagNumber = _tmp$13;
			isCompound = _tmp$14;
			ok = _tmp$15;
			$s = -1; return [matchAny, tagNumber, isCompound, ok];
		} else if ($interfaceIsEqual(_1, (enumeratedType))) {
			_tmp$16 = false;
			_tmp$17 = 10;
			_tmp$18 = false;
			_tmp$19 = true;
			matchAny = _tmp$16;
			tagNumber = _tmp$17;
			isCompound = _tmp$18;
			ok = _tmp$19;
			$s = -1; return [matchAny, tagNumber, isCompound, ok];
		} else if ($interfaceIsEqual(_1, (bigIntType))) {
			_tmp$20 = false;
			_tmp$21 = 2;
			_tmp$22 = false;
			_tmp$23 = true;
			matchAny = _tmp$20;
			tagNumber = _tmp$21;
			isCompound = _tmp$22;
			ok = _tmp$23;
			$s = -1; return [matchAny, tagNumber, isCompound, ok];
		}
			_r = t.Kind(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_2 = _r;
			/* */ if (_2 === (1)) { $s = 3; continue; }
			/* */ if ((_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6))) { $s = 4; continue; }
			/* */ if (_2 === (25)) { $s = 5; continue; }
			/* */ if (_2 === (23)) { $s = 6; continue; }
			/* */ if (_2 === (24)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_2 === (1)) { */ case 3:
				_tmp$24 = false;
				_tmp$25 = 1;
				_tmp$26 = false;
				_tmp$27 = true;
				matchAny = _tmp$24;
				tagNumber = _tmp$25;
				isCompound = _tmp$26;
				ok = _tmp$27;
				$s = -1; return [matchAny, tagNumber, isCompound, ok];
			/* } else if ((_2 === (2)) || (_2 === (3)) || (_2 === (4)) || (_2 === (5)) || (_2 === (6))) { */ case 4:
				_tmp$28 = false;
				_tmp$29 = 2;
				_tmp$30 = false;
				_tmp$31 = true;
				matchAny = _tmp$28;
				tagNumber = _tmp$29;
				isCompound = _tmp$30;
				ok = _tmp$31;
				$s = -1; return [matchAny, tagNumber, isCompound, ok];
			/* } else if (_2 === (25)) { */ case 5:
				_tmp$32 = false;
				_tmp$33 = 16;
				_tmp$34 = true;
				_tmp$35 = true;
				matchAny = _tmp$32;
				tagNumber = _tmp$33;
				isCompound = _tmp$34;
				ok = _tmp$35;
				$s = -1; return [matchAny, tagNumber, isCompound, ok];
			/* } else if (_2 === (23)) { */ case 6:
				_r$1 = t.Elem(); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = _r$1.Kind(); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (_r$2 === 8) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_r$2 === 8) { */ case 9:
					_tmp$36 = false;
					_tmp$37 = 4;
					_tmp$38 = false;
					_tmp$39 = true;
					matchAny = _tmp$36;
					tagNumber = _tmp$37;
					isCompound = _tmp$38;
					ok = _tmp$39;
					$s = -1; return [matchAny, tagNumber, isCompound, ok];
				/* } */ case 10:
				_r$3 = t.Name(); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = strings.HasSuffix(_r$3, "SET"); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				/* */ if (_r$4) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (_r$4) { */ case 13:
					_tmp$40 = false;
					_tmp$41 = 17;
					_tmp$42 = true;
					_tmp$43 = true;
					matchAny = _tmp$40;
					tagNumber = _tmp$41;
					isCompound = _tmp$42;
					ok = _tmp$43;
					$s = -1; return [matchAny, tagNumber, isCompound, ok];
				/* } */ case 14:
				_tmp$44 = false;
				_tmp$45 = 16;
				_tmp$46 = true;
				_tmp$47 = true;
				matchAny = _tmp$44;
				tagNumber = _tmp$45;
				isCompound = _tmp$46;
				ok = _tmp$47;
				$s = -1; return [matchAny, tagNumber, isCompound, ok];
			/* } else if (_2 === (24)) { */ case 7:
				_tmp$48 = false;
				_tmp$49 = 19;
				_tmp$50 = false;
				_tmp$51 = true;
				matchAny = _tmp$48;
				tagNumber = _tmp$49;
				isCompound = _tmp$50;
				ok = _tmp$51;
				$s = -1; return [matchAny, tagNumber, isCompound, ok];
			/* } */ case 8:
		case 1:
		_tmp$52 = false;
		_tmp$53 = 0;
		_tmp$54 = false;
		_tmp$55 = false;
		matchAny = _tmp$52;
		tagNumber = _tmp$53;
		isCompound = _tmp$54;
		ok = _tmp$55;
		$s = -1; return [matchAny, tagNumber, isCompound, ok];
		/* */ } return; } var $f = {$blk: getUniversalType, $c: true, $r, _1, _2, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$5, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$6, _tmp$7, _tmp$8, _tmp$9, isCompound, matchAny, ok, t, tagNumber, $s};return $f;
	};
	StructuralError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "asn1: structure error: " + e.Msg;
	};
	StructuralError.prototype.Error = function() { return this.$val.Error(); };
	SyntaxError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "asn1: syntax error: " + e.Msg;
	};
	SyntaxError.prototype.Error = function() { return this.$val.Error(); };
	parseBool = function(bytes$1) {
		var _1, bytes$1, err, ret, x$3, x$4;
		ret = false;
		err = $ifaceNil;
		if (!((bytes$1.$length === 1))) {
			err = (x$3 = new SyntaxError.ptr("invalid boolean"), new x$3.constructor.elem(x$3));
			return [ret, err];
		}
		_1 = (0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]);
		if (_1 === (0)) {
			ret = false;
		} else if (_1 === (255)) {
			ret = true;
		} else {
			err = (x$4 = new SyntaxError.ptr("invalid boolean"), new x$4.constructor.elem(x$4));
		}
		return [ret, err];
	};
	checkInteger = function(bytes$1) {
		var bytes$1, x$3, x$4;
		if (bytes$1.$length === 0) {
			return (x$3 = new StructuralError.ptr("empty integer"), new x$3.constructor.elem(x$3));
		}
		if (bytes$1.$length === 1) {
			return $ifaceNil;
		}
		if ((((0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]) === 0) && ((((1 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 1]) & 128) >>> 0) === 0)) || (((0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]) === 255) && ((((1 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 1]) & 128) >>> 0) === 128))) {
			return (x$4 = new StructuralError.ptr("integer not minimally-encoded"), new x$4.constructor.elem(x$4));
		}
		return $ifaceNil;
	};
	parseInt64 = function(bytes$1) {
		var bytes$1, bytesRead, err, ret, x$3, x$4;
		ret = new $Int64(0, 0);
		err = $ifaceNil;
		err = checkInteger(bytes$1);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [ret, err];
		}
		if (bytes$1.$length > 8) {
			err = (x$3 = new StructuralError.ptr("integer too large"), new x$3.constructor.elem(x$3));
			return [ret, err];
		}
		bytesRead = 0;
		while (true) {
			if (!(bytesRead < bytes$1.$length)) { break; }
			ret = $shiftLeft64(ret, (8));
			ret = (x$4 = (new $Int64(0, ((bytesRead < 0 || bytesRead >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + bytesRead]))), new $Int64(ret.$high | x$4.$high, (ret.$low | x$4.$low) >>> 0));
			bytesRead = bytesRead + (1) >> 0;
		}
		ret = $shiftLeft64(ret, ((64 - (((bytes$1.$length << 24 >>> 24)) * 8 << 24 >>> 24) << 24 >>> 24)));
		ret = $shiftRightInt64(ret, ((64 - (((bytes$1.$length << 24 >>> 24)) * 8 << 24 >>> 24) << 24 >>> 24)));
		return [ret, err];
	};
	parseInt32 = function(bytes$1) {
		var _tuple, bytes$1, err, err$1, ret64, x$3, x$4;
		err = checkInteger(bytes$1);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [0, err];
		}
		_tuple = parseInt64(bytes$1);
		ret64 = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			return [0, err$1];
		}
		if (!((x$3 = (new $Int64(0, (((ret64.$low + ((ret64.$high >> 31) * 4294967296)) >> 0)))), (ret64.$high === x$3.$high && ret64.$low === x$3.$low)))) {
			return [0, (x$4 = new StructuralError.ptr("integer too large"), new x$4.constructor.elem(x$4))];
		}
		return [(((ret64.$low + ((ret64.$high >> 31) * 4294967296)) >> 0)), $ifaceNil];
	};
	parseBigInt = function(bytes$1) {
		var {_i, _r, _ref, bytes$1, err, i, notBytes, ret, $s, $r, $c} = $restore(this, {bytes$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkInteger(bytes$1);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$1.nil, err];
		}
		ret = new big.Int.ptr(false, big.nat.nil);
		/* */ if (bytes$1.$length > 0 && ((((0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]) & 128) >>> 0) === 128)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (bytes$1.$length > 0 && ((((0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]) & 128) >>> 0) === 128)) { */ case 1:
			notBytes = $makeSlice(sliceType, bytes$1.$length);
			_ref = notBytes;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				((i < 0 || i >= notBytes.$length) ? ($throwRuntimeError("index out of range"), undefined) : notBytes.$array[notBytes.$offset + i] = (~((i < 0 || i >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + i]) << 24 >>> 24));
				_i++;
			}
			ret.SetBytes(notBytes);
			_r = ret.Add(ret, bigOne); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			ret.Neg(ret);
			$s = -1; return [ret, $ifaceNil];
		/* } */ case 2:
		ret.SetBytes(bytes$1);
		$s = -1; return [ret, $ifaceNil];
		/* */ } return; } var $f = {$blk: parseBigInt, $c: true, $r, _i, _r, _ref, bytes$1, err, i, notBytes, ret, $s};return $f;
	};
	BitString.ptr.prototype.At = function(i) {
		var _q, _r, b, i, x$3, x$4, y, y$1;
		b = this;
		if (i < 0 || i >= b.BitLength) {
			return 0;
		}
		x$3 = (_q = i / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		y = 7 - (((_r = i % 8, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >>> 0)) >>> 0;
		return ((((y$1 = y, y$1 < 32 ? ((x$4 = b.Bytes, ((x$3 < 0 || x$3 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$3])) >>> y$1) : 0) << 24 >>> 24) >> 0)) & 1;
	};
	BitString.prototype.At = function(i) { return this.$val.At(i); };
	BitString.ptr.prototype.RightAlign = function() {
		var _r, a, b, i, shift, x$3, x$4, x$5, x$6, y, y$1, y$2;
		b = this;
		shift = (((8 - ((_r = b.BitLength % 8, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))) >> 0) >>> 0));
		if ((shift === 8) || (b.Bytes.$length === 0)) {
			return b.Bytes;
		}
		a = $makeSlice(sliceType, b.Bytes.$length);
		(0 >= a.$length ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + 0] = ((y = shift, y < 32 ? ((x$3 = b.Bytes, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0])) >>> y) : 0) << 24 >>> 24));
		i = 1;
		while (true) {
			if (!(i < b.Bytes.$length)) { break; }
			((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = ((y$1 = ((8 - shift >>> 0)), y$1 < 32 ? ((x$4 = b.Bytes, x$5 = i - 1 >> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5])) << y$1) : 0) << 24 >>> 24));
			((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = ((((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i]) | (((y$2 = shift, y$2 < 32 ? ((x$6 = b.Bytes, ((i < 0 || i >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i])) >>> y$2) : 0) << 24 >>> 24))) >>> 0));
			i = i + (1) >> 0;
		}
		return a;
	};
	BitString.prototype.RightAlign = function() { return this.$val.RightAlign(); };
	parseBitString = function(bytes$1) {
		var bytes$1, err, paddingBits, ret, x$3, x$4, x$5, y;
		ret = new BitString.ptr(sliceType.nil, 0);
		err = $ifaceNil;
		if (bytes$1.$length === 0) {
			err = (x$3 = new SyntaxError.ptr("zero length BIT STRING"), new x$3.constructor.elem(x$3));
			return [ret, err];
		}
		paddingBits = (((0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]) >> 0));
		if (paddingBits > 7 || (bytes$1.$length === 1) && paddingBits > 0 || !(((((x$4 = bytes$1.$length - 1 >> 0, ((x$4 < 0 || x$4 >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + x$4])) & (((((y = (0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]), y < 32 ? (1 << y) : 0) << 24 >>> 24)) - 1 << 24 >>> 24))) >>> 0) === 0))) {
			err = (x$5 = new SyntaxError.ptr("invalid padding bits in BIT STRING"), new x$5.constructor.elem(x$5));
			return [ret, err];
		}
		ret.BitLength = ($imul(((bytes$1.$length - 1 >> 0)), 8)) - paddingBits >> 0;
		ret.Bytes = $subslice(bytes$1, 1);
		return [ret, err];
	};
	ObjectIdentifier.prototype.Equal = function(other) {
		var i, oi, other;
		oi = this;
		if (!((oi.$length === other.$length))) {
			return false;
		}
		i = 0;
		while (true) {
			if (!(i < oi.$length)) { break; }
			if (!((((i < 0 || i >= oi.$length) ? ($throwRuntimeError("index out of range"), undefined) : oi.$array[oi.$offset + i]) === ((i < 0 || i >= other.$length) ? ($throwRuntimeError("index out of range"), undefined) : other.$array[other.$offset + i])))) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	$ptrType(ObjectIdentifier).prototype.Equal = function(other) { return this.$get().Equal(other); };
	ObjectIdentifier.prototype.String = function() {
		var _i, _ref, i, oi, s, v;
		oi = this;
		s = "";
		_ref = oi;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (i > 0) {
				s = s + (".");
			}
			s = s + (strconv.Itoa(v));
			_i++;
		}
		return s;
	};
	$ptrType(ObjectIdentifier).prototype.String = function() { return this.$get().String(); };
	parseObjectIdentifier = function(bytes$1) {
		var _q, _r, _tuple, _tuple$1, bytes$1, err, i, offset, s, v, x$3;
		s = ObjectIdentifier.nil;
		err = $ifaceNil;
		if (bytes$1.$length === 0) {
			err = (x$3 = new SyntaxError.ptr("zero length OBJECT IDENTIFIER"), new x$3.constructor.elem(x$3));
			return [s, err];
		}
		s = $convertSliceType($makeSlice(sliceType$3, (bytes$1.$length + 1 >> 0)), ObjectIdentifier);
		_tuple = parseBase128Int(bytes$1, 0);
		v = _tuple[0];
		offset = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [s, err];
		}
		if (v < 80) {
			(0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0] = (_q = v / 40, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
			(1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1] = (_r = v % 40, _r === _r ? _r : $throwRuntimeError("integer divide by zero")));
		} else {
			(0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0] = 2);
			(1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1] = (v - 80 >> 0));
		}
		i = 2;
		while (true) {
			if (!(offset < bytes$1.$length)) { break; }
			_tuple$1 = parseBase128Int(bytes$1, offset);
			v = _tuple$1[0];
			offset = _tuple$1[1];
			err = _tuple$1[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [s, err];
			}
			((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = v);
			i = i + (1) >> 0;
		}
		s = $subslice(s, 0, i);
		return [s, err];
	};
	parseBase128Int = function(bytes$1, initOffset) {
		var b, bytes$1, err, initOffset, offset, ret, ret64, shifted, x$3, x$4, x$5, x$6, x$7;
		ret = 0;
		offset = 0;
		err = $ifaceNil;
		offset = initOffset;
		ret64 = new $Int64(0, 0);
		shifted = 0;
		while (true) {
			if (!(offset < bytes$1.$length)) { break; }
			if (shifted === 5) {
				err = (x$3 = new StructuralError.ptr("base 128 integer too large"), new x$3.constructor.elem(x$3));
				return [ret, offset, err];
			}
			ret64 = $shiftLeft64(ret64, (7));
			b = ((offset < 0 || offset >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + offset]);
			if ((shifted === 0) && (b === 128)) {
				err = (x$4 = new SyntaxError.ptr("integer is not minimally encoded"), new x$4.constructor.elem(x$4));
				return [ret, offset, err];
			}
			ret64 = (x$5 = (new $Int64(0, ((b & 127) >>> 0))), new $Int64(ret64.$high | x$5.$high, (ret64.$low | x$5.$low) >>> 0));
			offset = offset + (1) >> 0;
			if (((b & 128) >>> 0) === 0) {
				ret = (((ret64.$low + ((ret64.$high >> 31) * 4294967296)) >> 0));
				if ((ret64.$high > 0 || (ret64.$high === 0 && ret64.$low > 2147483647))) {
					err = (x$6 = new StructuralError.ptr("base 128 integer too large"), new x$6.constructor.elem(x$6));
				}
				return [ret, offset, err];
			}
			shifted = shifted + (1) >> 0;
		}
		err = (x$7 = new SyntaxError.ptr("truncated base 128 integer"), new x$7.constructor.elem(x$7));
		return [ret, offset, err];
	};
	parseUTCTime = function(bytes$1) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, bytes$1, err, formatStr, ret, s, serialized, $s, $r, $c} = $restore(this, {bytes$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
		err = $ifaceNil;
		s = ($bytesToString(bytes$1));
		formatStr = "0601021504Z0700";
		_r = time.Parse(formatStr, s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		time.Time.copy(ret, _tuple[0]);
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			formatStr = "060102150405Z0700";
			_r$1 = time.Parse(formatStr, s); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			time.Time.copy(ret, _tuple$1[0]);
			err = _tuple$1[1];
		/* } */ case 3:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ret, err];
		}
		_r$2 = $clone(ret, time.Time).Format(formatStr); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		serialized = _r$2;
		/* */ if (!(serialized === s)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(serialized === s)) { */ case 6:
			_r$3 = fmt.Errorf("asn1: time did not serialize back to the original value and may be invalid: given %q, but serialized as %q", new sliceType$4([new $String(s), new $String(serialized)])); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
			$s = -1; return [ret, err];
		/* } */ case 7:
		_r$4 = $clone(ret, time.Time).Year(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4 >= 2050) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (_r$4 >= 2050) { */ case 9:
			_r$5 = $clone(ret, time.Time).AddDate(-100, 0, 0); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			time.Time.copy(ret, _r$5);
		/* } */ case 10:
		$s = -1; return [ret, err];
		/* */ } return; } var $f = {$blk: parseUTCTime, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, bytes$1, err, formatStr, ret, s, serialized, $s};return $f;
	};
	parseGeneralizedTime = function(bytes$1) {
		var {_r, _r$1, _r$2, _tuple, bytes$1, err, ret, s, serialized, $s, $r, $c} = $restore(this, {bytes$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
		err = $ifaceNil;
		s = ($bytesToString(bytes$1));
		_r = time.Parse("20060102150405Z0700", s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		time.Time.copy(ret, _tuple[0]);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ret, err];
		}
		_r$1 = $clone(ret, time.Time).Format("20060102150405Z0700"); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		serialized = _r$1;
		/* */ if (!(serialized === s)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(serialized === s)) { */ case 3:
			_r$2 = fmt.Errorf("asn1: time did not serialize back to the original value and may be invalid: given %q, but serialized as %q", new sliceType$4([new $String(s), new $String(serialized)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err = _r$2;
		/* } */ case 4:
		$s = -1; return [ret, err];
		/* */ } return; } var $f = {$blk: parseGeneralizedTime, $c: true, $r, _r, _r$1, _r$2, _tuple, bytes$1, err, ret, s, serialized, $s};return $f;
	};
	parseNumericString = function(bytes$1) {
		var _i, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, b, bytes$1, err, ret, x$3;
		ret = "";
		err = $ifaceNil;
		_ref = bytes$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!isNumeric(b)) {
				_tmp = "";
				_tmp$1 = (x$3 = new SyntaxError.ptr("NumericString contains invalid character"), new x$3.constructor.elem(x$3));
				ret = _tmp;
				err = _tmp$1;
				return [ret, err];
			}
			_i++;
		}
		_tmp$2 = ($bytesToString(bytes$1));
		_tmp$3 = $ifaceNil;
		ret = _tmp$2;
		err = _tmp$3;
		return [ret, err];
	};
	isNumeric = function(b) {
		var b;
		return 48 <= b && b <= 57 || (b === 32);
	};
	parsePrintableString = function(bytes$1) {
		var _i, _ref, b, bytes$1, err, ret, x$3;
		ret = "";
		err = $ifaceNil;
		_ref = bytes$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!isPrintable(b, true, true)) {
				err = (x$3 = new SyntaxError.ptr("PrintableString contains invalid character"), new x$3.constructor.elem(x$3));
				return [ret, err];
			}
			_i++;
		}
		ret = ($bytesToString(bytes$1));
		return [ret, err];
	};
	isPrintable = function(b, asterisk, ampersand) {
		var ampersand, asterisk, b;
		return 97 <= b && b <= 122 || 65 <= b && b <= 90 || 48 <= b && b <= 57 || 39 <= b && b <= 41 || 43 <= b && b <= 47 || (b === 32) || (b === 58) || (b === 61) || (b === 63) || ((asterisk) && (b === 42)) || ((ampersand) && (b === 38));
	};
	parseIA5String = function(bytes$1) {
		var _i, _ref, b, bytes$1, err, ret, x$3;
		ret = "";
		err = $ifaceNil;
		_ref = bytes$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (b >= 128) {
				err = (x$3 = new SyntaxError.ptr("IA5String contains invalid character"), new x$3.constructor.elem(x$3));
				return [ret, err];
			}
			_i++;
		}
		ret = ($bytesToString(bytes$1));
		return [ret, err];
	};
	parseT61String = function(bytes$1) {
		var _tmp, _tmp$1, bytes$1, err, ret;
		ret = "";
		err = $ifaceNil;
		_tmp = ($bytesToString(bytes$1));
		_tmp$1 = $ifaceNil;
		ret = _tmp;
		err = _tmp$1;
		return [ret, err];
	};
	parseUTF8String = function(bytes$1) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, bytes$1, err, ret;
		ret = "";
		err = $ifaceNil;
		if (!utf8.Valid(bytes$1)) {
			_tmp = "";
			_tmp$1 = errors.New("asn1: invalid UTF-8 string");
			ret = _tmp;
			err = _tmp$1;
			return [ret, err];
		}
		_tmp$2 = ($bytesToString(bytes$1));
		_tmp$3 = $ifaceNil;
		ret = _tmp$2;
		err = _tmp$3;
		return [ret, err];
	};
	parseBMPString = function(bmpString) {
		var _q, _r, bmpString, l, s, x$3, x$4;
		if (!(((_r = bmpString.$length % 2, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0))) {
			return ["", errors.New("pkcs12: odd-length BMP string")];
		}
		l = bmpString.$length;
		if (l >= 2 && ((x$3 = l - 1 >> 0, ((x$3 < 0 || x$3 >= bmpString.$length) ? ($throwRuntimeError("index out of range"), undefined) : bmpString.$array[bmpString.$offset + x$3])) === 0) && ((x$4 = l - 2 >> 0, ((x$4 < 0 || x$4 >= bmpString.$length) ? ($throwRuntimeError("index out of range"), undefined) : bmpString.$array[bmpString.$offset + x$4])) === 0)) {
			bmpString = $subslice(bmpString, 0, (l - 2 >> 0));
		}
		s = $makeSlice(sliceType$5, 0, (_q = bmpString.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
		while (true) {
			if (!(bmpString.$length > 0)) { break; }
			s = $append(s, ((((0 >= bmpString.$length ? ($throwRuntimeError("index out of range"), undefined) : bmpString.$array[bmpString.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) + (((1 >= bmpString.$length ? ($throwRuntimeError("index out of range"), undefined) : bmpString.$array[bmpString.$offset + 1]) << 16 >>> 16)) << 16 >>> 16);
			bmpString = $subslice(bmpString, 2);
		}
		return [($runesToString(utf16.Decode(s))), $ifaceNil];
	};
	parseTagAndLength = function(bytes$1, initOffset) {
		var _tuple, b, bytes$1, err, i, initOffset, numBytes, offset, ret, x$3, x$4, x$5, x$6, x$7, x$8, x$9, y;
		ret = new tagAndLength.ptr(0, 0, 0, false);
		offset = 0;
		err = $ifaceNil;
		offset = initOffset;
		if (offset >= bytes$1.$length) {
			err = errors.New("asn1: internal error in parseTagAndLength");
			return [ret, offset, err];
		}
		b = ((offset < 0 || offset >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + offset]);
		offset = offset + (1) >> 0;
		ret.class$0 = (((b >>> 6 << 24 >>> 24) >> 0));
		ret.isCompound = ((b & 32) >>> 0) === 32;
		ret.tag = ((((b & 31) >>> 0) >> 0));
		if (ret.tag === 31) {
			_tuple = parseBase128Int(bytes$1, offset);
			ret.tag = _tuple[0];
			offset = _tuple[1];
			err = _tuple[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				return [ret, offset, err];
			}
			if (ret.tag < 31) {
				err = (x$3 = new SyntaxError.ptr("non-minimal tag"), new x$3.constructor.elem(x$3));
				return [ret, offset, err];
			}
		}
		if (offset >= bytes$1.$length) {
			err = (x$4 = new SyntaxError.ptr("truncated tag or length"), new x$4.constructor.elem(x$4));
			return [ret, offset, err];
		}
		b = ((offset < 0 || offset >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + offset]);
		offset = offset + (1) >> 0;
		if (((b & 128) >>> 0) === 0) {
			ret.length = ((((b & 127) >>> 0) >> 0));
		} else {
			numBytes = ((((b & 127) >>> 0) >> 0));
			if (numBytes === 0) {
				err = (x$5 = new SyntaxError.ptr("indefinite length found (not DER)"), new x$5.constructor.elem(x$5));
				return [ret, offset, err];
			}
			ret.length = 0;
			i = 0;
			while (true) {
				if (!(i < numBytes)) { break; }
				if (offset >= bytes$1.$length) {
					err = (x$6 = new SyntaxError.ptr("truncated tag or length"), new x$6.constructor.elem(x$6));
					return [ret, offset, err];
				}
				b = ((offset < 0 || offset >= bytes$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + offset]);
				offset = offset + (1) >> 0;
				if (ret.length >= 8388608) {
					err = (x$7 = new StructuralError.ptr("length too large"), new x$7.constructor.elem(x$7));
					return [ret, offset, err];
				}
				ret.length = (y = (8), y < 32 ? (ret.length << y) : 0) >> 0;
				ret.length = ret.length | (((b >> 0)));
				if (ret.length === 0) {
					err = (x$8 = new StructuralError.ptr("superfluous leading zeros in length"), new x$8.constructor.elem(x$8));
					return [ret, offset, err];
				}
				i = i + (1) >> 0;
			}
			if (ret.length < 128) {
				err = (x$9 = new StructuralError.ptr("non-minimal length"), new x$9.constructor.elem(x$9));
				return [ret, offset, err];
			}
		}
		return [ret, offset, err];
	};
	parseSequenceOf = function(bytes$1, sliceType$6, elemType) {
		var {_1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, bytes$1, compoundType, elemType, err, expectedTag, i, matchAny, numElements, offset, offset$1, ok, params, ret, sliceType$6, t, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {bytes$1, sliceType$6, elemType});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = new reflect.Value.ptr(ptrType$4.nil, 0, 0);
		err = $ifaceNil;
		_r = getUniversalType(elemType); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		matchAny = _tuple[0];
		expectedTag = _tuple[1];
		compoundType = _tuple[2];
		ok = _tuple[3];
		if (!ok) {
			err = (x$3 = new StructuralError.ptr("unknown Go type for slice"), new x$3.constructor.elem(x$3));
			$s = -1; return [ret, err];
		}
		numElements = 0;
		offset = 0;
		while (true) {
			if (!(offset < bytes$1.$length)) { break; }
			t = new tagAndLength.ptr(0, 0, 0, false);
			_tuple$1 = parseTagAndLength(bytes$1, offset);
			tagAndLength.copy(t, _tuple$1[0]);
			offset = _tuple$1[1];
			err = _tuple$1[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ret, err];
			}
			_1 = t.tag;
			if ((_1 === (22)) || (_1 === (27)) || (_1 === (20)) || (_1 === (12)) || (_1 === (18)) || (_1 === (30))) {
				t.tag = 19;
			} else if ((_1 === (24)) || (_1 === (23))) {
				t.tag = 23;
			}
			if (!matchAny && (!((t.class$0 === 0)) || !(t.isCompound === compoundType) || !((t.tag === expectedTag)))) {
				err = (x$4 = new StructuralError.ptr("sequence tag mismatch"), new x$4.constructor.elem(x$4));
				$s = -1; return [ret, err];
			}
			if (invalidLength(offset, t.length, bytes$1.$length)) {
				err = (x$5 = new SyntaxError.ptr("truncated sequence"), new x$5.constructor.elem(x$5));
				$s = -1; return [ret, err];
			}
			offset = offset + (t.length) >> 0;
			numElements = numElements + (1) >> 0;
		}
		_r$1 = reflect.MakeSlice(sliceType$6, numElements, numElements); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		ret = _r$1;
		params = new fieldParameters.ptr(false, false, false, false, ptrType$2.nil, ptrType$3.nil, 0, 0, false, false);
		offset$1 = 0;
		i = 0;
		/* while (true) { */ case 3:
			/* if (!(i < numElements)) { break; } */ if(!(i < numElements)) { $s = 4; continue; }
			_r$2 = $clone(ret, reflect.Value).Index(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = parseField($clone(_r$2, reflect.Value), bytes$1, offset$1, $clone(params, fieldParameters)); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			offset$1 = _tuple$2[0];
			err = _tuple$2[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ret, err];
			}
			i = i + (1) >> 0;
		$s = 3; continue;
		case 4:
		$s = -1; return [ret, err];
		/* */ } return; } var $f = {$blk: parseSequenceOf, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, bytes$1, compoundType, elemType, err, expectedTag, i, matchAny, numElements, offset, offset$1, ok, params, ret, sliceType$6, t, x$3, x$4, x$5, $s};return $f;
	};
	invalidLength = function(offset, length, sliceLength) {
		var length, offset, sliceLength;
		return (offset + length >> 0) < offset || (offset + length >> 0) > sliceLength;
	};
	parseField = function(v, bytes$1, initOffset, params) {
		var {_1, _2, _3, _4, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, _v, _v$1, bytes$1, bytes$2, compoundType, err, err1, err1$1, err1$2, err1$3, err1$4, err1$5, expectedClass, expectedClass$1, expectedTag, field, fieldType, i, i$1, ifaceType, initOffset, innerBytes, innerBytes$1, innerOffset, matchAny, matchAnyClassAndTag, newSlice, offset, ok, ok$1, ok1, params, parsedBool, parsedInt, parsedInt$1, parsedInt$2, parsedInt$3, result, sliceType$6, structType, t, t$1, universalTag, v, v$1, v$2, v$3, v$4, v$5, v$6, v$7, v$8, val, x$10, x$11, x$12, x$13, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {v, bytes$1, initOffset, params});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		offset = 0;
		err = $ifaceNil;
		offset = initOffset;
		fieldType = $clone(v, reflect.Value).Type();
		if (offset === bytes$1.$length) {
			if (!setDefaultValue($clone(v, reflect.Value), $clone(params, fieldParameters))) {
				err = (x$3 = new SyntaxError.ptr("sequence truncated"), new x$3.constructor.elem(x$3));
			}
			$s = -1; return [offset, err];
		}
		ifaceType = fieldType;
		_r = ifaceType.Kind(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		if (!(_r === 20)) { _v = false; $s = 3; continue s; }
		_r$1 = ifaceType.NumMethod(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1 === 0; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			t = new tagAndLength.ptr(0, 0, 0, false);
			_tuple = parseTagAndLength(bytes$1, offset);
			tagAndLength.copy(t, _tuple[0]);
			offset = _tuple[1];
			err = _tuple[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [offset, err];
			}
			if (invalidLength(offset, t.length, bytes$1.$length)) {
				err = (x$4 = new SyntaxError.ptr("data truncated"), new x$4.constructor.elem(x$4));
				$s = -1; return [offset, err];
			}
			result = $ifaceNil;
			/* */ if (!t.isCompound && (t.class$0 === 0)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!t.isCompound && (t.class$0 === 0)) { */ case 6:
				innerBytes = $subslice(bytes$1, offset, (offset + t.length >> 0));
					_1 = t.tag;
					/* */ if (_1 === (19)) { $s = 9; continue; }
					/* */ if (_1 === (18)) { $s = 10; continue; }
					/* */ if (_1 === (22)) { $s = 11; continue; }
					/* */ if (_1 === (20)) { $s = 12; continue; }
					/* */ if (_1 === (12)) { $s = 13; continue; }
					/* */ if (_1 === (2)) { $s = 14; continue; }
					/* */ if (_1 === (3)) { $s = 15; continue; }
					/* */ if (_1 === (6)) { $s = 16; continue; }
					/* */ if (_1 === (23)) { $s = 17; continue; }
					/* */ if (_1 === (24)) { $s = 18; continue; }
					/* */ if (_1 === (4)) { $s = 19; continue; }
					/* */ if (_1 === (30)) { $s = 20; continue; }
					/* */ $s = 21; continue;
					/* if (_1 === (19)) { */ case 9:
						_tuple$1 = parsePrintableString(innerBytes);
						result = new $String(_tuple$1[0]);
						err = _tuple$1[1];
						$s = 21; continue;
					/* } else if (_1 === (18)) { */ case 10:
						_tuple$2 = parseNumericString(innerBytes);
						result = new $String(_tuple$2[0]);
						err = _tuple$2[1];
						$s = 21; continue;
					/* } else if (_1 === (22)) { */ case 11:
						_tuple$3 = parseIA5String(innerBytes);
						result = new $String(_tuple$3[0]);
						err = _tuple$3[1];
						$s = 21; continue;
					/* } else if (_1 === (20)) { */ case 12:
						_tuple$4 = parseT61String(innerBytes);
						result = new $String(_tuple$4[0]);
						err = _tuple$4[1];
						$s = 21; continue;
					/* } else if (_1 === (12)) { */ case 13:
						_tuple$5 = parseUTF8String(innerBytes);
						result = new $String(_tuple$5[0]);
						err = _tuple$5[1];
						$s = 21; continue;
					/* } else if (_1 === (2)) { */ case 14:
						_tuple$6 = parseInt64(innerBytes);
						result = _tuple$6[0];
						err = _tuple$6[1];
						$s = 21; continue;
					/* } else if (_1 === (3)) { */ case 15:
						_tuple$7 = parseBitString(innerBytes);
						result = new _tuple$7[0].constructor.elem(_tuple$7[0]);
						err = _tuple$7[1];
						$s = 21; continue;
					/* } else if (_1 === (6)) { */ case 16:
						_tuple$8 = parseObjectIdentifier(innerBytes);
						result = _tuple$8[0];
						err = _tuple$8[1];
						$s = 21; continue;
					/* } else if (_1 === (23)) { */ case 17:
						_r$2 = parseUTCTime(innerBytes); /* */ $s = 22; case 22: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						_tuple$9 = _r$2;
						result = new _tuple$9[0].constructor.elem(_tuple$9[0]);
						err = _tuple$9[1];
						$s = 21; continue;
					/* } else if (_1 === (24)) { */ case 18:
						_r$3 = parseGeneralizedTime(innerBytes); /* */ $s = 23; case 23: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_tuple$10 = _r$3;
						result = new _tuple$10[0].constructor.elem(_tuple$10[0]);
						err = _tuple$10[1];
						$s = 21; continue;
					/* } else if (_1 === (4)) { */ case 19:
						result = innerBytes;
						$s = 21; continue;
					/* } else if (_1 === (30)) { */ case 20:
						_tuple$11 = parseBMPString(innerBytes);
						result = new $String(_tuple$11[0]);
						err = _tuple$11[1];
					/* } */ case 21:
				case 8:
			/* } */ case 7:
			offset = offset + (t.length) >> 0;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [offset, err];
			}
			/* */ if (!($interfaceIsEqual(result, $ifaceNil))) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (!($interfaceIsEqual(result, $ifaceNil))) { */ case 24:
				_r$4 = reflect.ValueOf(result); /* */ $s = 26; case 26: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$r = $clone(v, reflect.Value).Set($clone(_r$4, reflect.Value)); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 25:
			$s = -1; return [offset, err];
		/* } */ case 2:
		_tuple$12 = parseTagAndLength(bytes$1, offset);
		t$1 = $clone(_tuple$12[0], tagAndLength);
		offset = _tuple$12[1];
		err = _tuple$12[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [offset, err];
		}
		if (params.explicit) {
			expectedClass = 2;
			if (params.application) {
				expectedClass = 1;
			}
			if (offset === bytes$1.$length) {
				err = (x$5 = new StructuralError.ptr("explicit tag has no child"), new x$5.constructor.elem(x$5));
				$s = -1; return [offset, err];
			}
			if ((t$1.class$0 === expectedClass) && (t$1.tag === params.tag.$get()) && ((t$1.length === 0) || t$1.isCompound)) {
				if ($interfaceIsEqual(fieldType, rawValueType)) {
				} else if (t$1.length > 0) {
					_tuple$13 = parseTagAndLength(bytes$1, offset);
					tagAndLength.copy(t$1, _tuple$13[0]);
					offset = _tuple$13[1];
					err = _tuple$13[2];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return [offset, err];
					}
				} else {
					if (!($interfaceIsEqual(fieldType, flagType))) {
						err = (x$6 = new StructuralError.ptr("zero length explicit tag was not an asn1.Flag"), new x$6.constructor.elem(x$6));
						$s = -1; return [offset, err];
					}
					$clone(v, reflect.Value).SetBool(true);
					$s = -1; return [offset, err];
				}
			} else {
				ok = setDefaultValue($clone(v, reflect.Value), $clone(params, fieldParameters));
				if (ok) {
					offset = initOffset;
				} else {
					err = (x$7 = new StructuralError.ptr("explicitly tagged member didn't match"), new x$7.constructor.elem(x$7));
				}
				$s = -1; return [offset, err];
			}
		}
		_r$5 = getUniversalType(fieldType); /* */ $s = 28; case 28: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$14 = _r$5;
		matchAny = _tuple$14[0];
		universalTag = _tuple$14[1];
		compoundType = _tuple$14[2];
		ok1 = _tuple$14[3];
		/* */ if (!ok1) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (!ok1) { */ case 29:
			_r$6 = fmt.Sprintf("unknown Go type: %v", new sliceType$4([fieldType])); /* */ $s = 31; case 31: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err = (x$8 = new StructuralError.ptr(_r$6), new x$8.constructor.elem(x$8));
			$s = -1; return [offset, err];
		/* } */ case 30:
		if (universalTag === 19) {
			if (t$1.class$0 === 0) {
				_2 = t$1.tag;
				if ((_2 === (22)) || (_2 === (27)) || (_2 === (20)) || (_2 === (12)) || (_2 === (18)) || (_2 === (30))) {
					universalTag = t$1.tag;
				}
			} else if (!((params.stringType === 0))) {
				universalTag = params.stringType;
			}
		}
		if ((universalTag === 23) && (t$1.tag === 24) && (t$1.class$0 === 0)) {
			universalTag = 24;
		}
		if (params.set) {
			universalTag = 17;
		}
		matchAnyClassAndTag = matchAny;
		expectedClass$1 = 0;
		expectedTag = universalTag;
		if (!params.explicit && !(params.tag === ptrType$3.nil)) {
			expectedClass$1 = 2;
			expectedTag = params.tag.$get();
			matchAnyClassAndTag = false;
		}
		if (!params.explicit && params.application && !(params.tag === ptrType$3.nil)) {
			expectedClass$1 = 1;
			expectedTag = params.tag.$get();
			matchAnyClassAndTag = false;
		}
		if (!params.explicit && params.private$3 && !(params.tag === ptrType$3.nil)) {
			expectedClass$1 = 3;
			expectedTag = params.tag.$get();
			matchAnyClassAndTag = false;
		}
		/* */ if (!matchAnyClassAndTag && (!((t$1.class$0 === expectedClass$1)) || !((t$1.tag === expectedTag))) || (!matchAny && !(t$1.isCompound === compoundType))) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (!matchAnyClassAndTag && (!((t$1.class$0 === expectedClass$1)) || !((t$1.tag === expectedTag))) || (!matchAny && !(t$1.isCompound === compoundType))) { */ case 32:
			ok$1 = setDefaultValue($clone(v, reflect.Value), $clone(params, fieldParameters));
			/* */ if (ok$1) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (ok$1) { */ case 34:
				offset = initOffset;
				$s = 36; continue;
			/* } else { */ case 35:
				_arg = new $Int(expectedTag);
				_arg$1 = new t$1.constructor.elem(t$1);
				_arg$2 = new params.constructor.elem(params);
				_r$7 = fieldType.Name(); /* */ $s = 37; case 37: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_arg$3 = new $String(_r$7);
				_arg$4 = new $Int(offset);
				_r$8 = fmt.Sprintf("tags don't match (%d vs %+v) %+v %s @%d", new sliceType$4([_arg, _arg$1, _arg$2, _arg$3, _arg$4])); /* */ $s = 38; case 38: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				err = (x$9 = new StructuralError.ptr(_r$8), new x$9.constructor.elem(x$9));
			/* } */ case 36:
			$s = -1; return [offset, err];
		/* } */ case 33:
		if (invalidLength(offset, t$1.length, bytes$1.$length)) {
			err = (x$10 = new SyntaxError.ptr("data truncated"), new x$10.constructor.elem(x$10));
			$s = -1; return [offset, err];
		}
		innerBytes$1 = $subslice(bytes$1, offset, (offset + t$1.length >> 0));
		offset = offset + (t$1.length) >> 0;
		_r$9 = $clone($clone(v, reflect.Value).Addr(), reflect.Value).Interface(); /* */ $s = 39; case 39: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_ref = _r$9;
		/* */ if ($assertType(_ref, ptrType$5, true)[1]) { $s = 40; continue; }
		/* */ if ($assertType(_ref, ptrType$6, true)[1]) { $s = 41; continue; }
		/* */ if ($assertType(_ref, ptrType$7, true)[1]) { $s = 42; continue; }
		/* */ if ($assertType(_ref, ptrType$8, true)[1]) { $s = 43; continue; }
		/* */ if ($assertType(_ref, ptrType$9, true)[1]) { $s = 44; continue; }
		/* */ if ($assertType(_ref, ptrType$10, true)[1]) { $s = 45; continue; }
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 46; continue; }
		/* */ $s = 47; continue;
		/* if ($assertType(_ref, ptrType$5, true)[1]) { */ case 40:
			v$1 = _ref.$val;
			RawValue.copy(v$1, new RawValue.ptr(t$1.class$0, t$1.tag, t$1.isCompound, innerBytes$1, $subslice(bytes$1, initOffset, offset)));
			$s = -1; return [offset, err];
		/* } else if ($assertType(_ref, ptrType$6, true)[1]) { */ case 41:
			v$2 = _ref.$val;
			_tuple$15 = parseObjectIdentifier(innerBytes$1);
			v$2.$set(_tuple$15[0]);
			err = _tuple$15[1];
			$s = -1; return [offset, err];
		/* } else if ($assertType(_ref, ptrType$7, true)[1]) { */ case 42:
			v$3 = _ref.$val;
			_tuple$16 = parseBitString(innerBytes$1);
			BitString.copy(v$3, _tuple$16[0]);
			err = _tuple$16[1];
			$s = -1; return [offset, err];
		/* } else if ($assertType(_ref, ptrType$8, true)[1]) { */ case 43:
			v$4 = _ref.$val;
			/* */ if (universalTag === 23) { $s = 48; continue; }
			/* */ $s = 49; continue;
			/* if (universalTag === 23) { */ case 48:
				_r$10 = parseUTCTime(innerBytes$1); /* */ $s = 50; case 50: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_tuple$17 = _r$10;
				time.Time.copy(v$4, _tuple$17[0]);
				err = _tuple$17[1];
				$s = -1; return [offset, err];
			/* } */ case 49:
			_r$11 = parseGeneralizedTime(innerBytes$1); /* */ $s = 51; case 51: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_tuple$18 = _r$11;
			time.Time.copy(v$4, _tuple$18[0]);
			err = _tuple$18[1];
			$s = -1; return [offset, err];
		/* } else if ($assertType(_ref, ptrType$9, true)[1]) { */ case 44:
			v$5 = _ref.$val;
			_tuple$19 = parseInt32(innerBytes$1);
			parsedInt = _tuple$19[0];
			err1 = _tuple$19[1];
			if ($interfaceIsEqual(err1, $ifaceNil)) {
				v$5.$set(((parsedInt >> 0)));
			}
			err = err1;
			$s = -1; return [offset, err];
		/* } else if ($assertType(_ref, ptrType$10, true)[1]) { */ case 45:
			v$6 = _ref.$val;
			v$6.$set(true);
			$s = -1; return [offset, err];
		/* } else if ($assertType(_ref, ptrType$11, true)[1]) { */ case 46:
			v$7 = _ref.$val;
			_r$12 = parseBigInt(innerBytes$1); /* */ $s = 52; case 52: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_tuple$20 = _r$12;
			parsedInt$1 = _tuple$20[0];
			err1$1 = _tuple$20[1];
			if ($interfaceIsEqual(err1$1, $ifaceNil)) {
				v$7.$set(parsedInt$1);
			}
			err = err1$1;
			$s = -1; return [offset, err];
		/* } */ case 47:
			val = v;
			_3 = $clone(val, reflect.Value).Kind();
			/* */ if (_3 === (1)) { $s = 54; continue; }
			/* */ if ((_3 === (2)) || (_3 === (5)) || (_3 === (6))) { $s = 55; continue; }
			/* */ if (_3 === (25)) { $s = 56; continue; }
			/* */ if (_3 === (23)) { $s = 57; continue; }
			/* */ if (_3 === (24)) { $s = 58; continue; }
			/* */ $s = 59; continue;
			/* if (_3 === (1)) { */ case 54:
				_tuple$21 = parseBool(innerBytes$1);
				parsedBool = _tuple$21[0];
				err1$2 = _tuple$21[1];
				if ($interfaceIsEqual(err1$2, $ifaceNil)) {
					$clone(val, reflect.Value).SetBool(parsedBool);
				}
				err = err1$2;
				$s = -1; return [offset, err];
			/* } else if ((_3 === (2)) || (_3 === (5)) || (_3 === (6))) { */ case 55:
				_r$13 = $clone(val, reflect.Value).Type().Size(); /* */ $s = 63; case 63: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				/* */ if (_r$13 === 4) { $s = 60; continue; }
				/* */ $s = 61; continue;
				/* if (_r$13 === 4) { */ case 60:
					_tuple$22 = parseInt32(innerBytes$1);
					parsedInt$2 = _tuple$22[0];
					err1$3 = _tuple$22[1];
					if ($interfaceIsEqual(err1$3, $ifaceNil)) {
						$clone(val, reflect.Value).SetInt((new $Int64(0, parsedInt$2)));
					}
					err = err1$3;
					$s = 62; continue;
				/* } else { */ case 61:
					_tuple$23 = parseInt64(innerBytes$1);
					parsedInt$3 = _tuple$23[0];
					err1$4 = _tuple$23[1];
					if ($interfaceIsEqual(err1$4, $ifaceNil)) {
						$clone(val, reflect.Value).SetInt(parsedInt$3);
					}
					err = err1$4;
				/* } */ case 62:
				$s = -1; return [offset, err];
			/* } else if (_3 === (25)) { */ case 56:
				structType = fieldType;
				i = 0;
				/* while (true) { */ case 64:
					_r$14 = structType.NumField(); /* */ $s = 66; case 66: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					/* if (!(i < _r$14)) { break; } */ if(!(i < _r$14)) { $s = 65; continue; }
					_r$15 = structType.Field(i); /* */ $s = 69; case 69: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
					_r$16 = $clone(_r$15, reflect.StructField).IsExported(); /* */ $s = 70; case 70: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					/* */ if (!_r$16) { $s = 67; continue; }
					/* */ $s = 68; continue;
					/* if (!_r$16) { */ case 67:
						err = (x$11 = new StructuralError.ptr("struct contains unexported fields"), new x$11.constructor.elem(x$11));
						$s = -1; return [offset, err];
					/* } */ case 68:
					i = i + (1) >> 0;
				$s = 64; continue;
				case 65:
				_r$17 = structType.NumField(); /* */ $s = 74; case 74: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				if (!(_r$17 > 0)) { _v$1 = false; $s = 73; continue s; }
				_r$18 = structType.Field(0); /* */ $s = 75; case 75: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_v$1 = $interfaceIsEqual(_r$18.Type, rawContentsType); case 73:
				/* */ if (_v$1) { $s = 71; continue; }
				/* */ $s = 72; continue;
				/* if (_v$1) { */ case 71:
					bytes$2 = $subslice(bytes$1, initOffset, offset);
					_r$19 = $clone(val, reflect.Value).Field(0); /* */ $s = 76; case 76: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$20 = reflect.ValueOf(($convertSliceType(bytes$2, RawContent))); /* */ $s = 77; case 77: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					$r = $clone(_r$19, reflect.Value).Set($clone(_r$20, reflect.Value)); /* */ $s = 78; case 78: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 72:
				innerOffset = 0;
				i$1 = 0;
				/* while (true) { */ case 79:
					_r$21 = structType.NumField(); /* */ $s = 81; case 81: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
					/* if (!(i$1 < _r$21)) { break; } */ if(!(i$1 < _r$21)) { $s = 80; continue; }
					_r$22 = structType.Field(i$1); /* */ $s = 82; case 82: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
					field = $clone(_r$22, reflect.StructField);
					if ((i$1 === 0) && $interfaceIsEqual(field.Type, rawContentsType)) {
						i$1 = i$1 + (1) >> 0;
						/* continue; */ $s = 79; continue;
					}
					_r$23 = $clone(val, reflect.Value).Field(i$1); /* */ $s = 83; case 83: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					_r$24 = parseField($clone(_r$23, reflect.Value), innerBytes$1, innerOffset, $clone(parseFieldParameters(new reflect.StructTag(field.Tag).Get("asn1")), fieldParameters)); /* */ $s = 84; case 84: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					_tuple$24 = _r$24;
					innerOffset = _tuple$24[0];
					err = _tuple$24[1];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return [offset, err];
					}
					i$1 = i$1 + (1) >> 0;
				$s = 79; continue;
				case 80:
				$s = -1; return [offset, err];
			/* } else if (_3 === (23)) { */ case 57:
				sliceType$6 = fieldType;
				_r$25 = sliceType$6.Elem(); /* */ $s = 87; case 87: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_r$26 = _r$25.Kind(); /* */ $s = 88; case 88: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				/* */ if (_r$26 === 8) { $s = 85; continue; }
				/* */ $s = 86; continue;
				/* if (_r$26 === 8) { */ case 85:
					_r$27 = reflect.MakeSlice(sliceType$6, innerBytes$1.$length, innerBytes$1.$length); /* */ $s = 89; case 89: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					$r = $clone(val, reflect.Value).Set($clone(_r$27, reflect.Value)); /* */ $s = 90; case 90: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_arg$5 = $clone(val, reflect.Value);
					_r$28 = reflect.ValueOf(innerBytes$1); /* */ $s = 91; case 91: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
					_arg$6 = $clone(_r$28, reflect.Value);
					_r$29 = reflect.Copy(_arg$5, _arg$6); /* */ $s = 92; case 92: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
					_r$29;
					$s = -1; return [offset, err];
				/* } */ case 86:
				_arg$7 = innerBytes$1;
				_arg$8 = sliceType$6;
				_r$30 = sliceType$6.Elem(); /* */ $s = 93; case 93: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				_arg$9 = _r$30;
				_r$31 = parseSequenceOf(_arg$7, _arg$8, _arg$9); /* */ $s = 94; case 94: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				_tuple$25 = _r$31;
				newSlice = _tuple$25[0];
				err1$5 = _tuple$25[1];
				/* */ if ($interfaceIsEqual(err1$5, $ifaceNil)) { $s = 95; continue; }
				/* */ $s = 96; continue;
				/* if ($interfaceIsEqual(err1$5, $ifaceNil)) { */ case 95:
					$r = $clone(val, reflect.Value).Set($clone(newSlice, reflect.Value)); /* */ $s = 97; case 97: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 96:
				err = err1$5;
				$s = -1; return [offset, err];
			/* } else if (_3 === (24)) { */ case 58:
				v$8 = "";
					_4 = universalTag;
					/* */ if (_4 === (19)) { $s = 99; continue; }
					/* */ if (_4 === (18)) { $s = 100; continue; }
					/* */ if (_4 === (22)) { $s = 101; continue; }
					/* */ if (_4 === (20)) { $s = 102; continue; }
					/* */ if (_4 === (12)) { $s = 103; continue; }
					/* */ if (_4 === (27)) { $s = 104; continue; }
					/* */ if (_4 === (30)) { $s = 105; continue; }
					/* */ $s = 106; continue;
					/* if (_4 === (19)) { */ case 99:
						_tuple$26 = parsePrintableString(innerBytes$1);
						v$8 = _tuple$26[0];
						err = _tuple$26[1];
						$s = 107; continue;
					/* } else if (_4 === (18)) { */ case 100:
						_tuple$27 = parseNumericString(innerBytes$1);
						v$8 = _tuple$27[0];
						err = _tuple$27[1];
						$s = 107; continue;
					/* } else if (_4 === (22)) { */ case 101:
						_tuple$28 = parseIA5String(innerBytes$1);
						v$8 = _tuple$28[0];
						err = _tuple$28[1];
						$s = 107; continue;
					/* } else if (_4 === (20)) { */ case 102:
						_tuple$29 = parseT61String(innerBytes$1);
						v$8 = _tuple$29[0];
						err = _tuple$29[1];
						$s = 107; continue;
					/* } else if (_4 === (12)) { */ case 103:
						_tuple$30 = parseUTF8String(innerBytes$1);
						v$8 = _tuple$30[0];
						err = _tuple$30[1];
						$s = 107; continue;
					/* } else if (_4 === (27)) { */ case 104:
						_tuple$31 = parseT61String(innerBytes$1);
						v$8 = _tuple$31[0];
						err = _tuple$31[1];
						$s = 107; continue;
					/* } else if (_4 === (30)) { */ case 105:
						_tuple$32 = parseBMPString(innerBytes$1);
						v$8 = _tuple$32[0];
						err = _tuple$32[1];
						$s = 107; continue;
					/* } else { */ case 106:
						_r$32 = fmt.Sprintf("internal error: unknown string type %d", new sliceType$4([new $Int(universalTag)])); /* */ $s = 108; case 108: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
						err = (x$12 = new SyntaxError.ptr(_r$32), new x$12.constructor.elem(x$12));
					/* } */ case 107:
				case 98:
				if ($interfaceIsEqual(err, $ifaceNil)) {
					$clone(val, reflect.Value).SetString(v$8);
				}
				$s = -1; return [offset, err];
			/* } */ case 59:
		case 53:
		_r$33 = $clone(v, reflect.Value).Type().String(); /* */ $s = 109; case 109: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
		err = (x$13 = new StructuralError.ptr("unsupported: " + _r$33), new x$13.constructor.elem(x$13));
		$s = -1; return [offset, err];
		/* */ } return; } var $f = {$blk: parseField, $c: true, $r, _1, _2, _3, _4, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _arg$8, _arg$9, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$20, _tuple$21, _tuple$22, _tuple$23, _tuple$24, _tuple$25, _tuple$26, _tuple$27, _tuple$28, _tuple$29, _tuple$3, _tuple$30, _tuple$31, _tuple$32, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, _v, _v$1, bytes$1, bytes$2, compoundType, err, err1, err1$1, err1$2, err1$3, err1$4, err1$5, expectedClass, expectedClass$1, expectedTag, field, fieldType, i, i$1, ifaceType, initOffset, innerBytes, innerBytes$1, innerOffset, matchAny, matchAnyClassAndTag, newSlice, offset, ok, ok$1, ok1, params, parsedBool, parsedInt, parsedInt$1, parsedInt$2, parsedInt$3, result, sliceType$6, structType, t, t$1, universalTag, v, v$1, v$2, v$3, v$4, v$5, v$6, v$7, v$8, val, x$10, x$11, x$12, x$13, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	canHaveDefaultValue = function(k) {
		var _1, k;
		_1 = k;
		if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) {
			return true;
		}
		return false;
	};
	setDefaultValue = function(v, params) {
		var ok, params, v;
		ok = false;
		if (!params.optional) {
			return ok;
		}
		ok = true;
		if (params.defaultValue === ptrType$2.nil) {
			return ok;
		}
		if (canHaveDefaultValue($clone(v, reflect.Value).Kind())) {
			$clone(v, reflect.Value).SetInt(params.defaultValue.$get());
		}
		return ok;
	};
	Unmarshal = function(b, val) {
		var {$24r, _r, _tuple, b, err, rest, val, $s, $r, $c} = $restore(this, {b, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rest = sliceType.nil;
		err = $ifaceNil;
		_r = UnmarshalWithParams(b, val, ""); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		rest = _tuple[0];
		err = _tuple[1];
		$24r = [rest, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Unmarshal, $c: true, $r, $24r, _r, _tuple, b, err, rest, val, $s};return $f;
	};
	$pkg.Unmarshal = Unmarshal;
	invalidUnmarshalError.ptr.prototype.Error = function() {
		var {$24r, $24r$1, _r, _r$1, _r$2, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		if ($interfaceIsEqual(e.Type, $ifaceNil)) {
			$s = -1; return "asn1: Unmarshal recipient value is nil";
		}
		_r = e.Type.Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 22))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 22))) { */ case 1:
			_r$1 = e.Type.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = "asn1: Unmarshal recipient value is non-pointer " + _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_r$2 = e.Type.String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = "asn1: Unmarshal recipient value is nil " + _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: invalidUnmarshalError.ptr.prototype.Error, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, e, $s};return $f;
	};
	invalidUnmarshalError.prototype.Error = function() { return this.$val.Error(); };
	UnmarshalWithParams = function(b, val, params) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, offset, params, rest, v, val, $s, $r, $c} = $restore(this, {b, val, params});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rest = sliceType.nil;
		err = $ifaceNil;
		_r = reflect.ValueOf(val); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		v = _r;
		if (!(($clone(v, reflect.Value).Kind() === 22)) || $clone(v, reflect.Value).IsNil()) {
			_tmp = sliceType.nil;
			_tmp$1 = new invalidUnmarshalError.ptr(reflect.TypeOf(val));
			rest = _tmp;
			err = _tmp$1;
			$s = -1; return [rest, err];
		}
		_r$1 = $clone(v, reflect.Value).Elem(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = parseField($clone(_r$1, reflect.Value), b, 0, $clone(parseFieldParameters(params), fieldParameters)); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		offset = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$2 = sliceType.nil;
			_tmp$3 = err;
			rest = _tmp$2;
			err = _tmp$3;
			$s = -1; return [rest, err];
		}
		_tmp$4 = $subslice(b, offset);
		_tmp$5 = $ifaceNil;
		rest = _tmp$4;
		err = _tmp$5;
		$s = -1; return [rest, err];
		/* */ } return; } var $f = {$blk: UnmarshalWithParams, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, b, err, offset, params, rest, v, val, $s};return $f;
	};
	$pkg.UnmarshalWithParams = UnmarshalWithParams;
	byteEncoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	bytesEncoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	stringEncoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	multiEncoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	setEncoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	ptrType$12.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	int64Encoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	bitStringEncoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	oidEncoder.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}];
	StructuralError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	SyntaxError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	BitString.methods = [{prop: "At", name: "At", pkg: "", typ: $funcType([$Int], [$Int], false)}, {prop: "RightAlign", name: "RightAlign", pkg: "", typ: $funcType([], [sliceType], false)}];
	ObjectIdentifier.methods = [{prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ObjectIdentifier], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$13.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	encoder.init([{prop: "Encode", name: "Encode", pkg: "", typ: $funcType([sliceType], [], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}]);
	bytesEncoder.init($Uint8);
	multiEncoder.init(encoder);
	setEncoder.init(encoder);
	taggedEncoder.init("encoding/asn1", [{prop: "scratch", name: "scratch", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "tag", name: "tag", embedded: false, exported: false, typ: encoder, tag: ""}, {prop: "body", name: "body", embedded: false, exported: false, typ: encoder, tag: ""}]);
	bitStringEncoder.init("", [{prop: "Bytes", name: "Bytes", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "BitLength", name: "BitLength", embedded: false, exported: true, typ: $Int, tag: ""}]);
	oidEncoder.init($Int);
	tagAndLength.init("encoding/asn1", [{prop: "class$0", name: "class", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "tag", name: "tag", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "length", name: "length", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "isCompound", name: "isCompound", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	fieldParameters.init("encoding/asn1", [{prop: "optional", name: "optional", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "explicit", name: "explicit", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "application", name: "application", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "private$3", name: "private", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "defaultValue", name: "defaultValue", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "tag", name: "tag", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "stringType", name: "stringType", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "timeType", name: "timeType", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "set", name: "set", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "omitEmpty", name: "omitEmpty", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	StructuralError.init("", [{prop: "Msg", name: "Msg", embedded: false, exported: true, typ: $String, tag: ""}]);
	SyntaxError.init("", [{prop: "Msg", name: "Msg", embedded: false, exported: true, typ: $String, tag: ""}]);
	BitString.init("", [{prop: "Bytes", name: "Bytes", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "BitLength", name: "BitLength", embedded: false, exported: true, typ: $Int, tag: ""}]);
	ObjectIdentifier.init($Int);
	RawValue.init("", [{prop: "Class", name: "Class", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Tag", name: "Tag", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "IsCompound", name: "IsCompound", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Bytes", name: "Bytes", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "FullBytes", name: "FullBytes", embedded: false, exported: true, typ: sliceType, tag: ""}]);
	RawContent.init($Uint8);
	invalidUnmarshalError.init("", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: reflect.Type, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf16.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		byte00Encoder = new byteEncoder(0);
		byteFFEncoder = new byteEncoder(255);
		bigOne = big.NewInt(new $Int64(0, 1));
		$pkg.NullRawValue = new RawValue.ptr(0, 5, false, sliceType.nil, sliceType.nil);
		$pkg.NullBytes = new sliceType([5, 0]);
		bitStringType = reflect.TypeOf((x = new BitString.ptr(sliceType.nil, 0), new x.constructor.elem(x)));
		objectIdentifierType = reflect.TypeOf(new ObjectIdentifier([]));
		enumeratedType = reflect.TypeOf(new Enumerated(0));
		flagType = reflect.TypeOf(new Flag(false));
		timeType = reflect.TypeOf((x$1 = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), new x$1.constructor.elem(x$1)));
		rawValueType = reflect.TypeOf((x$2 = new RawValue.ptr(0, 0, false, sliceType.nil, sliceType.nil), new x$2.constructor.elem(x$2)));
		rawContentsType = reflect.TypeOf((RawContent.nil));
		bigIntType = reflect.TypeOf(new big.Int.ptr(false, big.nat.nil));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/cryptobyte/asn1"] = (function() {
	var $pkg = {}, $init, Tag;
	Tag = $pkg.Tag = $newType(1, $kindUint8, "asn1.Tag", true, "vendor/golang.org/x/crypto/cryptobyte/asn1", true, null);
	Tag.prototype.Constructed = function() {
		var t;
		t = this.$val;
		return (t | 32) >>> 0;
	};
	$ptrType(Tag).prototype.Constructed = function() { return new Tag(this.$get()).Constructed(); };
	Tag.prototype.ContextSpecific = function() {
		var t;
		t = this.$val;
		return (t | 128) >>> 0;
	};
	$ptrType(Tag).prototype.ContextSpecific = function() { return new Tag(this.$get()).ContextSpecific(); };
	Tag.methods = [{prop: "Constructed", name: "Constructed", pkg: "", typ: $funcType([], [Tag], false)}, {prop: "ContextSpecific", name: "ContextSpecific", pkg: "", typ: $funcType([], [Tag], false)}];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/cryptobyte"] = (function() {
	var $pkg = {}, $init, asn1, errors, fmt, big, reflect, time, asn1$1, String, Builder, BuilderContinuation, BuildError, MarshalingValue, ptrType, sliceType, ptrType$1, ptrType$2, sliceType$1, ptrType$3, ptrType$4, ptrType$5, ptrType$6, sliceType$2, ptrType$7, ptrType$8, ptrType$9, ptrType$10, ptrType$11, ptrType$12, ptrType$13, ptrType$14, bigIntType, bigOne, _r, NewFixedBuilder, isValidOID, checkASN1Integer, asn1Signed, asn1Unsigned;
	asn1 = $packages["encoding/asn1"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	big = $packages["math/big"];
	reflect = $packages["reflect"];
	time = $packages["time"];
	asn1$1 = $packages["vendor/golang.org/x/crypto/cryptobyte/asn1"];
	String = $pkg.String = $newType(12, $kindSlice, "cryptobyte.String", true, "vendor/golang.org/x/crypto/cryptobyte", true, null);
	Builder = $pkg.Builder = $newType(0, $kindStruct, "cryptobyte.Builder", true, "vendor/golang.org/x/crypto/cryptobyte", true, function(err_, result_, fixedSize_, child_, offset_, pendingLenLen_, pendingIsASN1_, inContinuation_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			this.result = sliceType.nil;
			this.fixedSize = false;
			this.child = ptrType$1.nil;
			this.offset = 0;
			this.pendingLenLen = 0;
			this.pendingIsASN1 = false;
			this.inContinuation = ptrType$2.nil;
			return;
		}
		this.err = err_;
		this.result = result_;
		this.fixedSize = fixedSize_;
		this.child = child_;
		this.offset = offset_;
		this.pendingLenLen = pendingLenLen_;
		this.pendingIsASN1 = pendingIsASN1_;
		this.inContinuation = inContinuation_;
	});
	BuilderContinuation = $pkg.BuilderContinuation = $newType(4, $kindFunc, "cryptobyte.BuilderContinuation", true, "vendor/golang.org/x/crypto/cryptobyte", true, null);
	BuildError = $pkg.BuildError = $newType(0, $kindStruct, "cryptobyte.BuildError", true, "vendor/golang.org/x/crypto/cryptobyte", true, function(Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Err = $ifaceNil;
			return;
		}
		this.Err = Err_;
	});
	MarshalingValue = $pkg.MarshalingValue = $newType(8, $kindInterface, "cryptobyte.MarshalingValue", true, "vendor/golang.org/x/crypto/cryptobyte", true, null);
	ptrType = $ptrType(big.Int);
	sliceType = $sliceType($Uint8);
	ptrType$1 = $ptrType(Builder);
	ptrType$2 = $ptrType($Bool);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType$3 = $ptrType($Uint8);
	ptrType$4 = $ptrType(String);
	ptrType$5 = $ptrType($Int64);
	ptrType$6 = $ptrType($Uint64);
	sliceType$2 = $sliceType($Int);
	ptrType$7 = $ptrType($Int);
	ptrType$8 = $ptrType(asn1$1.Tag);
	ptrType$9 = $ptrType($Uint32);
	ptrType$10 = $ptrType(sliceType);
	ptrType$11 = $ptrType($Uint16);
	ptrType$12 = $ptrType(asn1.ObjectIdentifier);
	ptrType$13 = $ptrType(time.Time);
	ptrType$14 = $ptrType(asn1.BitString);
	$ptrType(String).prototype.read = function(n) {
		var n, s, v;
		s = this;
		if (s.$get().$length < n || n < 0) {
			return sliceType.nil;
		}
		v = $subslice((s.$get()), 0, n);
		s.$set($subslice((s.$get()), n));
		return $convertSliceType(v, sliceType);
	};
	$ptrType(String).prototype.Skip = function(n) {
		var n, s;
		s = this;
		return !(s.read(n) === sliceType.nil);
	};
	$ptrType(String).prototype.ReadUint8 = function(out) {
		var out, s, v;
		s = this;
		v = s.read(1);
		if (v === sliceType.nil) {
			return false;
		}
		out.$set(((0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0])));
		return true;
	};
	$ptrType(String).prototype.ReadUint16 = function(out) {
		var out, s, v;
		s = this;
		v = s.read(2);
		if (v === sliceType.nil) {
			return false;
		}
		out.$set((((((0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) | (((1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]) << 16 >>> 16))) >>> 0);
		return true;
	};
	$ptrType(String).prototype.ReadUint24 = function(out) {
		var out, s, v;
		s = this;
		v = s.read(3);
		if (v === sliceType.nil) {
			return false;
		}
		out.$set((((((((0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]) >>> 0)) << 16 >>> 0) | ((((1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | (((2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]) >>> 0))) >>> 0);
		return true;
	};
	$ptrType(String).prototype.ReadUint32 = function(out) {
		var out, s, v;
		s = this;
		v = s.read(4);
		if (v === sliceType.nil) {
			return false;
		}
		out.$set((((((((((0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]) >>> 0)) << 24 >>> 0) | ((((1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((2 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 2]) >>> 0)) << 8 >>> 0)) >>> 0) | (((3 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 3]) >>> 0))) >>> 0);
		return true;
	};
	$ptrType(String).prototype.readUnsigned = function(out, length) {
		var i, length, out, result, s, v, y;
		s = this;
		v = s.read(length);
		if (v === sliceType.nil) {
			return false;
		}
		result = 0;
		i = 0;
		while (true) {
			if (!(i < length)) { break; }
			result = (y = (8), y < 32 ? (result << y) : 0) >>> 0;
			result = (result | (((((i < 0 || i >= v.$length) ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + i]) >>> 0)))) >>> 0;
			i = i + (1) >> 0;
		}
		out.$set(result);
		return true;
	};
	$ptrType(String).prototype.readLengthPrefixed = function(lenLen, outChild) {
		var _i, _ref, b, lenBytes, lenLen, length, outChild, s, v;
		s = this;
		lenBytes = s.read(lenLen);
		if (lenBytes === sliceType.nil) {
			return false;
		}
		length = 0;
		_ref = lenBytes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			length = length << 8 >>> 0;
			length = (length | ((b >>> 0))) >>> 0;
			_i++;
		}
		v = s.read(((length >> 0)));
		if (v === sliceType.nil) {
			return false;
		}
		outChild.$set($convertSliceType(v, String));
		return true;
	};
	$ptrType(String).prototype.ReadUint8LengthPrefixed = function(out) {
		var out, s;
		s = this;
		return s.readLengthPrefixed(1, out);
	};
	$ptrType(String).prototype.ReadUint16LengthPrefixed = function(out) {
		var out, s;
		s = this;
		return s.readLengthPrefixed(2, out);
	};
	$ptrType(String).prototype.ReadUint24LengthPrefixed = function(out) {
		var out, s;
		s = this;
		return s.readLengthPrefixed(3, out);
	};
	$ptrType(String).prototype.ReadBytes = function(out, n) {
		var n, out, s, v;
		s = this;
		v = s.read(n);
		if (v === sliceType.nil) {
			return false;
		}
		out.$set(v);
		return true;
	};
	$ptrType(String).prototype.CopyBytes = function(out) {
		var n, out, s, v;
		s = this;
		n = out.$length;
		v = s.read(n);
		if (v === sliceType.nil) {
			return false;
		}
		return $copySlice(out, v) === n;
	};
	String.prototype.Empty = function() {
		var s;
		s = this;
		return s.$length === 0;
	};
	$ptrType(String).prototype.Empty = function() { return this.$get().Empty(); };
	NewFixedBuilder = function(buffer) {
		var buffer;
		return new Builder.ptr($ifaceNil, buffer, true, ptrType$1.nil, 0, 0, false, ptrType$2.nil);
	};
	$pkg.NewFixedBuilder = NewFixedBuilder;
	Builder.ptr.prototype.SetError = function(err) {
		var b, err;
		b = this;
		b.err = err;
	};
	Builder.prototype.SetError = function(err) { return this.$val.SetError(err); };
	Builder.ptr.prototype.Bytes = function() {
		var b;
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			return [sliceType.nil, b.err];
		}
		return [$subslice(b.result, b.offset), $ifaceNil];
	};
	Builder.prototype.Bytes = function() { return this.$val.Bytes(); };
	Builder.ptr.prototype.BytesOrPanic = function() {
		var b;
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$panic(b.err);
		}
		return $subslice(b.result, b.offset);
	};
	Builder.prototype.BytesOrPanic = function() { return this.$val.BytesOrPanic(); };
	Builder.ptr.prototype.AddUint8 = function(v) {
		var b, v;
		b = this;
		b.add(new sliceType([(v)]));
	};
	Builder.prototype.AddUint8 = function(v) { return this.$val.AddUint8(v); };
	Builder.ptr.prototype.AddUint16 = function(v) {
		var b, v;
		b = this;
		b.add(new sliceType([(((v >>> 8 << 16 >>> 16) << 24 >>> 24)), ((v << 24 >>> 24))]));
	};
	Builder.prototype.AddUint16 = function(v) { return this.$val.AddUint16(v); };
	Builder.ptr.prototype.AddUint24 = function(v) {
		var b, v;
		b = this;
		b.add(new sliceType([(((v >>> 16 >>> 0) << 24 >>> 24)), (((v >>> 8 >>> 0) << 24 >>> 24)), ((v << 24 >>> 24))]));
	};
	Builder.prototype.AddUint24 = function(v) { return this.$val.AddUint24(v); };
	Builder.ptr.prototype.AddUint32 = function(v) {
		var b, v;
		b = this;
		b.add(new sliceType([(((v >>> 24 >>> 0) << 24 >>> 24)), (((v >>> 16 >>> 0) << 24 >>> 24)), (((v >>> 8 >>> 0) << 24 >>> 24)), ((v << 24 >>> 24))]));
	};
	Builder.prototype.AddUint32 = function(v) { return this.$val.AddUint32(v); };
	Builder.ptr.prototype.AddBytes = function(v) {
		var b, v;
		b = this;
		b.add(v);
	};
	Builder.prototype.AddBytes = function(v) { return this.$val.AddBytes(v); };
	Builder.ptr.prototype.AddUint8LengthPrefixed = function(f) {
		var {b, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		$r = b.addLengthPrefixed(1, false, f); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddUint8LengthPrefixed, $c: true, $r, b, f, $s};return $f;
	};
	Builder.prototype.AddUint8LengthPrefixed = function(f) { return this.$val.AddUint8LengthPrefixed(f); };
	Builder.ptr.prototype.AddUint16LengthPrefixed = function(f) {
		var {b, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		$r = b.addLengthPrefixed(2, false, f); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddUint16LengthPrefixed, $c: true, $r, b, f, $s};return $f;
	};
	Builder.prototype.AddUint16LengthPrefixed = function(f) { return this.$val.AddUint16LengthPrefixed(f); };
	Builder.ptr.prototype.AddUint24LengthPrefixed = function(f) {
		var {b, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		$r = b.addLengthPrefixed(3, false, f); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddUint24LengthPrefixed, $c: true, $r, b, f, $s};return $f;
	};
	Builder.prototype.AddUint24LengthPrefixed = function(f) { return this.$val.AddUint24LengthPrefixed(f); };
	Builder.ptr.prototype.AddUint32LengthPrefixed = function(f) {
		var {b, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		$r = b.addLengthPrefixed(4, false, f); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddUint32LengthPrefixed, $c: true, $r, b, f, $s};return $f;
	};
	Builder.prototype.AddUint32LengthPrefixed = function(f) { return this.$val.AddUint32LengthPrefixed(f); };
	Builder.ptr.prototype.callContinuation = function(f, arg) {
		var {arg, b, f, $s, $deferred, $r, $c} = $restore(this, {f, arg});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		b = [b];
		b[0] = this;
		/* */ if (!b[0].inContinuation.$get()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!b[0].inContinuation.$get()) { */ case 1:
			b[0].inContinuation.$set(true);
			$deferred.push([(function(b) { return function() {
				var _tuple, buildError, ok, r;
				b[0].inContinuation.$set(false);
				r = $recover();
				if ($interfaceIsEqual(r, $ifaceNil)) {
					return;
				}
				_tuple = $assertType(r, BuildError, true);
				buildError = $clone(_tuple[0], BuildError);
				ok = _tuple[1];
				if (ok) {
					b[0].err = buildError.Err;
				} else {
					$panic(r);
				}
			}; })(b), []]);
		/* } */ case 2:
		$r = f(arg); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Builder.ptr.prototype.callContinuation, $c: true, $r, arg, b, f, $s, $deferred};return $f; } }
	};
	Builder.prototype.callContinuation = function(f, arg) { return this.$val.callContinuation(f, arg); };
	Builder.ptr.prototype.addLengthPrefixed = function(lenLen, isASN1, f) {
		var {b, f, isASN1, lenLen, offset, $s, $r, $c} = $restore(this, {lenLen, isASN1, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$s = -1; return;
		}
		offset = b.result.$length;
		b.add($makeSlice(sliceType, lenLen));
		if (b.inContinuation === ptrType$2.nil) {
			b.inContinuation = $newDataPointer(false, ptrType$2);
		}
		b.child = new Builder.ptr($ifaceNil, b.result, b.fixedSize, ptrType$1.nil, offset, lenLen, isASN1, b.inContinuation);
		$r = b.callContinuation(f, b.child); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = b.flushChild(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!(b.child === ptrType$1.nil)) {
			$panic(new $String("cryptobyte: internal error"));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.addLengthPrefixed, $c: true, $r, b, f, isASN1, lenLen, offset, $s};return $f;
	};
	Builder.prototype.addLengthPrefixed = function(lenLen, isASN1, f) { return this.$val.addLengthPrefixed(lenLen, isASN1, f); };
	Builder.ptr.prototype.flushChild = function() {
		var {_r$1, _tmp, _tmp$1, b, child, childStart, extraBytes, i, l, lenByte, lenLen, length, x, x$1, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (b.child === ptrType$1.nil) {
			$s = -1; return;
		}
		$r = b.child.flushChild(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		child = b.child;
		b.child = ptrType$1.nil;
		if (!($interfaceIsEqual(child.err, $ifaceNil))) {
			b.err = child.err;
			$s = -1; return;
		}
		length = (child.result.$length - child.pendingLenLen >> 0) - child.offset >> 0;
		if (length < 0) {
			$panic(new $String("cryptobyte: internal error"));
		}
		if (child.pendingIsASN1) {
			if (!((child.pendingLenLen === 1))) {
				$panic(new $String("cryptobyte: internal error"));
			}
			_tmp = 0;
			_tmp$1 = 0;
			lenLen = _tmp;
			lenByte = _tmp$1;
			if ((x = (new $Int64(0, length)), (x.$high > 0 || (x.$high === 0 && x.$low > 4294967294)))) {
				b.err = errors.New("pending ASN.1 child too long");
				$s = -1; return;
			} else if (length > 16777215) {
				lenLen = 5;
				lenByte = 132;
			} else if (length > 65535) {
				lenLen = 4;
				lenByte = 131;
			} else if (length > 255) {
				lenLen = 3;
				lenByte = 130;
			} else if (length > 127) {
				lenLen = 2;
				lenByte = 129;
			} else {
				lenLen = 1;
				lenByte = ((length << 24 >>> 24));
				length = 0;
			}
			(x$1 = child.result, x$2 = child.offset, ((x$2 < 0 || x$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + x$2] = lenByte));
			extraBytes = (((lenLen - 1 << 24 >>> 24) >> 0));
			if (!((extraBytes === 0))) {
				child.add($makeSlice(sliceType, extraBytes));
				childStart = child.offset + child.pendingLenLen >> 0;
				$copySlice($subslice(child.result, (childStart + extraBytes >> 0)), $subslice(child.result, childStart));
			}
			child.offset = child.offset + (1) >> 0;
			child.pendingLenLen = extraBytes;
		}
		l = length;
		i = child.pendingLenLen - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			(x$3 = child.result, x$4 = child.offset + i >> 0, ((x$4 < 0 || x$4 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + x$4] = ((l << 24 >>> 24))));
			l = (l >> $min((8), 31)) >> 0;
			i = i - (1) >> 0;
		}
		/* */ if (!((l === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((l === 0))) { */ case 2:
			_r$1 = fmt.Errorf("cryptobyte: pending child length %d exceeds %d-byte length prefix", new sliceType$1([new $Int(length), new $Int(child.pendingLenLen)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			b.err = _r$1;
			$s = -1; return;
		/* } */ case 3:
		if (b.fixedSize && !((x$5 = b.result, $indexPtr(x$5.$array, x$5.$offset + 0, ptrType$3)) === (x$6 = child.result, $indexPtr(x$6.$array, x$6.$offset + 0, ptrType$3)))) {
			$panic(new $String("cryptobyte: BuilderContinuation reallocated a fixed-size buffer"));
		}
		b.result = child.result;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.flushChild, $c: true, $r, _r$1, _tmp, _tmp$1, b, child, childStart, extraBytes, i, l, lenByte, lenLen, length, x, x$1, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	Builder.prototype.flushChild = function() { return this.$val.flushChild(); };
	Builder.ptr.prototype.add = function(bytes) {
		var b, bytes;
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			return;
		}
		if (!(b.child === ptrType$1.nil)) {
			$panic(new $String("cryptobyte: attempted write while child is pending"));
		}
		if ((b.result.$length + bytes.$length >> 0) < bytes.$length) {
			b.err = errors.New("cryptobyte: length overflow");
		}
		if (b.fixedSize && (b.result.$length + bytes.$length >> 0) > b.result.$capacity) {
			b.err = errors.New("cryptobyte: Builder is exceeding its fixed-size buffer");
			return;
		}
		b.result = $appendSlice(b.result, bytes);
	};
	Builder.prototype.add = function(bytes) { return this.$val.add(bytes); };
	Builder.ptr.prototype.Unwrite = function(n) {
		var b, length, n;
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			return;
		}
		if (!(b.child === ptrType$1.nil)) {
			$panic(new $String("cryptobyte: attempted unwrite while child is pending"));
		}
		length = (b.result.$length - b.pendingLenLen >> 0) - b.offset >> 0;
		if (length < 0) {
			$panic(new $String("cryptobyte: internal error"));
		}
		if (n > length) {
			$panic(new $String("cryptobyte: attempted to unwrite more than was written"));
		}
		b.result = $subslice(b.result, 0, (b.result.$length - n >> 0));
	};
	Builder.prototype.Unwrite = function(n) { return this.$val.Unwrite(n); };
	Builder.ptr.prototype.AddValue = function(v) {
		var {_r$1, b, err, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		_r$1 = v.Marshal(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			b.err = err;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddValue, $c: true, $r, _r$1, b, err, v, $s};return $f;
	};
	Builder.prototype.AddValue = function(v) { return this.$val.AddValue(v); };
	Builder.ptr.prototype.AddASN1Int64 = function(v) {
		var {b, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		$r = b.addASN1Signed(2, v); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1Int64, $c: true, $r, b, v, $s};return $f;
	};
	Builder.prototype.AddASN1Int64 = function(v) { return this.$val.AddASN1Int64(v); };
	Builder.ptr.prototype.AddASN1Int64WithTag = function(v, tag) {
		var {b, tag, v, $s, $r, $c} = $restore(this, {v, tag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		$r = b.addASN1Signed(tag, v); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1Int64WithTag, $c: true, $r, b, tag, v, $s};return $f;
	};
	Builder.prototype.AddASN1Int64WithTag = function(v, tag) { return this.$val.AddASN1Int64WithTag(v, tag); };
	Builder.ptr.prototype.AddASN1Enum = function(v) {
		var {b, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		$r = b.addASN1Signed(10, v); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1Enum, $c: true, $r, b, v, $s};return $f;
	};
	Builder.prototype.AddASN1Enum = function(v) { return this.$val.AddASN1Enum(v); };
	Builder.ptr.prototype.addASN1Signed = function(tag, v) {
		var {b, tag, v, $s, $r, $c} = $restore(this, {tag, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		b = this;
		$r = b.AddASN1(tag, (function(v) { return function(c) {
			var c, i, i$1, length, x;
			length = 1;
			i = v[0];
			while (true) {
				if (!((i.$high > 0 || (i.$high === 0 && i.$low >= 128)) || (i.$high < -1 || (i.$high === -1 && i.$low < 4294967168)))) { break; }
				length = length + (1) >> 0;
				i = $shiftRightInt64(i, (8));
			}
			while (true) {
				if (!(length > 0)) { break; }
				i$1 = (x = $shiftRightInt64(v[0], ((($imul(((length - 1 >> 0)), 8)) >>> 0))), new $Int64(x.$high & 0, (x.$low & 255) >>> 0));
				c.AddUint8(((i$1.$low << 24 >>> 24)));
				length = length - (1) >> 0;
			}
		}; })(v)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.addASN1Signed, $c: true, $r, b, tag, v, $s};return $f;
	};
	Builder.prototype.addASN1Signed = function(tag, v) { return this.$val.addASN1Signed(tag, v); };
	Builder.ptr.prototype.AddASN1Uint64 = function(v) {
		var {b, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		b = this;
		$r = b.AddASN1(2, (function(v) { return function(c) {
			var c, i, i$1, length, x;
			length = 1;
			i = v[0];
			while (true) {
				if (!((i.$high > 0 || (i.$high === 0 && i.$low >= 128)))) { break; }
				length = length + (1) >> 0;
				i = $shiftRightUint64(i, (8));
			}
			while (true) {
				if (!(length > 0)) { break; }
				i$1 = (x = $shiftRightUint64(v[0], ((($imul(((length - 1 >> 0)), 8)) >>> 0))), new $Uint64(x.$high & 0, (x.$low & 255) >>> 0));
				c.AddUint8(((i$1.$low << 24 >>> 24)));
				length = length - (1) >> 0;
			}
		}; })(v)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1Uint64, $c: true, $r, b, v, $s};return $f;
	};
	Builder.prototype.AddASN1Uint64 = function(v) { return this.$val.AddASN1Uint64(v); };
	Builder.ptr.prototype.AddASN1BigInt = function(n) {
		var {b, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = [n];
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$s = -1; return;
		}
		$r = b.AddASN1(2, (function(n) { return function $b(c) {
			var {_i, _r$1, _ref, bytes, bytes$1, c, i, nMinus1, $s, $r, $c} = $restore(this, {c});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (n[0].Sign() < 0) { $s = 1; continue; }
			/* */ if (n[0].Sign() === 0) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (n[0].Sign() < 0) { */ case 1:
				nMinus1 = new big.Int.ptr(false, big.nat.nil).Neg(n[0]);
				_r$1 = nMinus1.Sub(nMinus1, bigOne); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				bytes = nMinus1.Bytes();
				_ref = bytes;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					i = _i;
					((i < 0 || i >= bytes.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + i] = ((((i < 0 || i >= bytes.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + i]) ^ (255)) << 24 >>> 24));
					_i++;
				}
				if ((bytes.$length === 0) || ((((0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0]) & 128) >>> 0) === 0)) {
					c.add(new sliceType([255]));
				}
				c.add(bytes);
				$s = 4; continue;
			/* } else if (n[0].Sign() === 0) { */ case 2:
				c.add(new sliceType([0]));
				$s = 4; continue;
			/* } else { */ case 3:
				bytes$1 = n[0].Bytes();
				if (!(((((0 >= bytes$1.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes$1.$array[bytes$1.$offset + 0]) & 128) >>> 0) === 0))) {
					c.add(new sliceType([0]));
				}
				c.add(bytes$1);
			/* } */ case 4:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _r$1, _ref, bytes, bytes$1, c, i, nMinus1, $s};return $f;
		}; })(n)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1BigInt, $c: true, $r, b, n, $s};return $f;
	};
	Builder.prototype.AddASN1BigInt = function(n) { return this.$val.AddASN1BigInt(n); };
	Builder.ptr.prototype.AddASN1OctetString = function(bytes) {
		var {b, bytes, $s, $r, $c} = $restore(this, {bytes});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bytes = [bytes];
		b = this;
		$r = b.AddASN1(4, (function(bytes) { return function(c) {
			var c;
			c.AddBytes(bytes[0]);
		}; })(bytes)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1OctetString, $c: true, $r, b, bytes, $s};return $f;
	};
	Builder.prototype.AddASN1OctetString = function(bytes) { return this.$val.AddASN1OctetString(bytes); };
	Builder.ptr.prototype.AddASN1GeneralizedTime = function(t) {
		var {_r$1, _r$2, _r$3, _v, b, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = [t];
		b = this;
		_r$1 = $clone(t[0], time.Time).Year(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		if (_r$1 < 0) { _v = true; $s = 3; continue s; }
		_r$2 = $clone(t[0], time.Time).Year(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v = _r$2 > 9999; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_r$3 = fmt.Errorf("cryptobyte: cannot represent %v as a GeneralizedTime", new sliceType$1([new t[0].constructor.elem(t[0])])); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			b.err = _r$3;
			$s = -1; return;
		/* } */ case 2:
		$r = b.AddASN1(24, (function(t) { return function $b(c) {
			var {_r$4, c, $s, $r, $c} = $restore(this, {c});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$4 = $clone(t[0], time.Time).Format("20060102150405Z0700"); /* */ $s = 1; case 1: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$r = c.AddBytes((new sliceType($stringToBytes(_r$4)))); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$4, c, $s};return $f;
		}; })(t)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1GeneralizedTime, $c: true, $r, _r$1, _r$2, _r$3, _v, b, t, $s};return $f;
	};
	Builder.prototype.AddASN1GeneralizedTime = function(t) { return this.$val.AddASN1GeneralizedTime(t); };
	Builder.ptr.prototype.AddASN1UTCTime = function(t) {
		var {b, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = [b];
		t = [t];
		b[0] = this;
		$r = b[0].AddASN1(23, (function(b, t) { return function $b(c) {
			var {_r$1, _r$2, _r$3, _r$4, _v, c, $s, $r, $c} = $restore(this, {c});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = $clone(t[0], time.Time).Year(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			if (_r$1 < 1950) { _v = true; $s = 3; continue s; }
			_r$2 = $clone(t[0], time.Time).Year(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_v = _r$2 >= 2050; case 3:
			/* */ if (_v) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (_v) { */ case 1:
				_r$3 = fmt.Errorf("cryptobyte: cannot represent %v as a UTCTime", new sliceType$1([new t[0].constructor.elem(t[0])])); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				b[0].err = _r$3;
				$s = -1; return;
			/* } */ case 2:
			_r$4 = $clone(t[0], time.Time).Format("060102150405Z0700"); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$r = c.AddBytes((new sliceType($stringToBytes(_r$4)))); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _v, c, $s};return $f;
		}; })(b, t)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1UTCTime, $c: true, $r, b, t, $s};return $f;
	};
	Builder.prototype.AddASN1UTCTime = function(t) { return this.$val.AddASN1UTCTime(t); };
	Builder.ptr.prototype.AddASN1BitString = function(data) {
		var {b, data, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		data = [data];
		b = this;
		$r = b.AddASN1(3, (function(data) { return function(b$1) {
			var b$1;
			b$1.AddUint8(0);
			b$1.AddBytes(data[0]);
		}; })(data)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1BitString, $c: true, $r, b, data, $s};return $f;
	};
	Builder.prototype.AddASN1BitString = function(data) { return this.$val.AddASN1BitString(data); };
	Builder.ptr.prototype.addBase128Int = function(n) {
		var b, i, i$1, length, n, o;
		b = this;
		length = 0;
		if ((n.$high === 0 && n.$low === 0)) {
			length = 1;
		} else {
			i = n;
			while (true) {
				if (!((i.$high > 0 || (i.$high === 0 && i.$low > 0)))) { break; }
				length = length + (1) >> 0;
				i = $shiftRightInt64(i, (7));
			}
		}
		i$1 = length - 1 >> 0;
		while (true) {
			if (!(i$1 >= 0)) { break; }
			o = (($shiftRightInt64(n, ((($imul(i$1, 7)) >>> 0))).$low << 24 >>> 24));
			o = (o & (127)) >>> 0;
			if (!((i$1 === 0))) {
				o = (o | (128)) >>> 0;
			}
			b.add(new sliceType([o]));
			i$1 = i$1 - (1) >> 0;
		}
	};
	Builder.prototype.addBase128Int = function(n) { return this.$val.addBase128Int(n); };
	isValidOID = function(oid) {
		var _i, _ref, oid, v;
		if (oid.$length < 2) {
			return false;
		}
		if ((0 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 0]) > 2 || ((0 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 0]) <= 1 && (1 >= oid.$length ? ($throwRuntimeError("index out of range"), undefined) : oid.$array[oid.$offset + 1]) >= 40)) {
			return false;
		}
		_ref = oid;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (v < 0) {
				return false;
			}
			_i++;
		}
		return true;
	};
	Builder.ptr.prototype.AddASN1ObjectIdentifier = function(oid) {
		var {b, oid, $s, $r, $c} = $restore(this, {oid});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		oid = [oid];
		b = this;
		$r = b.AddASN1(6, (function(oid) { return function $b(b$1) {
			var {_i, _r$1, _ref, b$1, v, x, x$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!isValidOID(oid[0])) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!isValidOID(oid[0])) { */ case 1:
				_r$1 = fmt.Errorf("cryptobyte: invalid OID: %v", new sliceType$1([oid[0]])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				b$1.err = _r$1;
				$s = -1; return;
			/* } */ case 2:
			b$1.addBase128Int((x = $mul64((new $Int64(0, (0 >= oid[0].$length ? ($throwRuntimeError("index out of range"), undefined) : oid[0].$array[oid[0].$offset + 0]))), new $Int64(0, 40)), x$1 = (new $Int64(0, (1 >= oid[0].$length ? ($throwRuntimeError("index out of range"), undefined) : oid[0].$array[oid[0].$offset + 1]))), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low)));
			_ref = $subslice(oid[0], 2);
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				b$1.addBase128Int((new $Int64(0, v)));
				_i++;
			}
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _r$1, _ref, b$1, v, x, x$1, $s};return $f;
		}; })(oid)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1ObjectIdentifier, $c: true, $r, b, oid, $s};return $f;
	};
	Builder.prototype.AddASN1ObjectIdentifier = function(oid) { return this.$val.AddASN1ObjectIdentifier(oid); };
	Builder.ptr.prototype.AddASN1Boolean = function(v) {
		var {b, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = [v];
		b = this;
		$r = b.AddASN1(1, (function(v) { return function(b$1) {
			var b$1;
			if (v[0]) {
				b$1.AddUint8(255);
			} else {
				b$1.AddUint8(0);
			}
		}; })(v)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1Boolean, $c: true, $r, b, v, $s};return $f;
	};
	Builder.prototype.AddASN1Boolean = function(v) { return this.$val.AddASN1Boolean(v); };
	Builder.ptr.prototype.AddASN1NULL = function() {
		var b;
		b = this;
		b.add(new sliceType([5, 0]));
	};
	Builder.prototype.AddASN1NULL = function() { return this.$val.AddASN1NULL(); };
	Builder.ptr.prototype.MarshalASN1 = function(v) {
		var {_r$1, _tuple, b, bytes, err, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$s = -1; return;
		}
		_r$1 = asn1.Marshal(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		bytes = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			b.err = err;
			$s = -1; return;
		}
		b.AddBytes(bytes);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.MarshalASN1, $c: true, $r, _r$1, _tuple, b, bytes, err, v, $s};return $f;
	};
	Builder.prototype.MarshalASN1 = function(v) { return this.$val.MarshalASN1(v); };
	Builder.ptr.prototype.AddASN1 = function(tag, f) {
		var {_r$1, b, f, tag, $s, $r, $c} = $restore(this, {tag, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (!($interfaceIsEqual(b.err, $ifaceNil))) {
			$s = -1; return;
		}
		/* */ if (((tag & 31) >>> 0) === 31) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (((tag & 31) >>> 0) === 31) { */ case 1:
			_r$1 = fmt.Errorf("cryptobyte: high-tag number identifier octects not supported: 0x%x", new sliceType$1([new asn1$1.Tag(tag)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			b.err = _r$1;
			$s = -1; return;
		/* } */ case 2:
		b.AddUint8(((tag << 24 >>> 24)));
		$r = b.addLengthPrefixed(1, true, f); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Builder.ptr.prototype.AddASN1, $c: true, $r, _r$1, b, f, tag, $s};return $f;
	};
	Builder.prototype.AddASN1 = function(tag, f) { return this.$val.AddASN1(tag, f); };
	$ptrType(String).prototype.ReadASN1Boolean = function(out) {
		var _1, bytes, bytes$24ptr, out, s;
		s = this;
		bytes = String.nil;
		if (!s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), 1) || !((bytes.$length === 1))) {
			return false;
		}
		_1 = (0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0]);
		if (_1 === (0)) {
			out.$set(false);
		} else if (_1 === (255)) {
			out.$set(true);
		} else {
			return false;
		}
		return true;
	};
	$ptrType(String).prototype.ReadASN1Integer = function(out) {
		var {$24r, _1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, i, out, s, u, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = [i];
		u = [u];
		s = this;
		_r$1 = reflect.TypeOf(out).Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!((_r$1 === 22))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r$1 === 22))) { */ case 1:
			$panic(new $String("out is not a pointer"));
		/* } */ case 2:
			_r$2 = reflect.ValueOf(out); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $clone(_r$2, reflect.Value).Elem(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = $clone(_r$3, reflect.Value).Kind(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_1 = _r$4;
			/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { $s = 8; continue; }
			/* */ if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11))) { $s = 9; continue; }
			/* */ if (_1 === (25)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6))) { */ case 8:
				i[0] = new $Int64(0, 0);
				if (!s.readASN1Int64((i.$ptr || (i.$ptr = new ptrType$5(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, i))))) { _v = true; $s = 14; continue s; }
				_r$5 = reflect.ValueOf(out); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, reflect.Value).Elem(); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = $clone(_r$6, reflect.Value).OverflowInt(i[0]); /* */ $s = 17; case 17: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_v = _r$7; case 14:
				/* */ if (_v) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (_v) { */ case 12:
					$s = -1; return false;
				/* } */ case 13:
				_r$8 = reflect.ValueOf(out); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, reflect.Value).Elem(); /* */ $s = 19; case 19: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				$r = $clone(_r$9, reflect.Value).SetInt(i[0]); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return true;
			/* } else if ((_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11))) { */ case 9:
				u[0] = new $Uint64(0, 0);
				if (!s.readASN1Uint64((u.$ptr || (u.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, u))))) { _v$1 = true; $s = 23; continue s; }
				_r$10 = reflect.ValueOf(out); /* */ $s = 24; case 24: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = $clone(_r$10, reflect.Value).Elem(); /* */ $s = 25; case 25: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$12 = $clone(_r$11, reflect.Value).OverflowUint(u[0]); /* */ $s = 26; case 26: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_v$1 = _r$12; case 23:
				/* */ if (_v$1) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (_v$1) { */ case 21:
					$s = -1; return false;
				/* } */ case 22:
				_r$13 = reflect.ValueOf(out); /* */ $s = 27; case 27: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = $clone(_r$13, reflect.Value).Elem(); /* */ $s = 28; case 28: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$r = $clone(_r$14, reflect.Value).SetUint(u[0]); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return true;
			/* } else if (_1 === (25)) { */ case 10:
				_r$15 = reflect.TypeOf(out).Elem(); /* */ $s = 32; case 32: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_r$15, bigIntType)) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if ($interfaceIsEqual(_r$15, bigIntType)) { */ case 30:
					_r$16 = s.readASN1BigInt($assertType(out, ptrType)); /* */ $s = 33; case 33: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
					$24r = _r$16;
					$s = 34; case 34: return $24r;
				/* } */ case 31:
			/* } */ case 11:
		case 4:
		$panic(new $String("out does not point to an integer type"));
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: $ptrType(String).prototype.ReadASN1Integer, $c: true, $r, $24r, _1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, _v$1, i, out, s, u, $s};return $f;
	};
	checkASN1Integer = function(bytes) {
		var bytes;
		if (bytes.$length === 0) {
			return false;
		}
		if (bytes.$length === 1) {
			return true;
		}
		if (((0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0]) === 0) && ((((1 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 1]) & 128) >>> 0) === 0) || ((0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0]) === 255) && ((((1 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 1]) & 128) >>> 0) === 128)) {
			return false;
		}
		return true;
	};
	$ptrType(String).prototype.readASN1BigInt = function(out) {
		var {_i, _r$1, _ref, b, bytes, i, neg, out, s, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bytes = [bytes];
		s = this;
		bytes[0] = String.nil;
		if (!s.ReadASN1((bytes.$ptr || (bytes.$ptr = new ptrType$4(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, bytes))), 2) || !checkASN1Integer($convertSliceType(bytes[0], sliceType))) {
			$s = -1; return false;
		}
		/* */ if ((((0 >= bytes[0].$length ? ($throwRuntimeError("index out of range"), undefined) : bytes[0].$array[bytes[0].$offset + 0]) & 128) >>> 0) === 128) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((((0 >= bytes[0].$length ? ($throwRuntimeError("index out of range"), undefined) : bytes[0].$array[bytes[0].$offset + 0]) & 128) >>> 0) === 128) { */ case 1:
			neg = $makeSlice(sliceType, bytes[0].$length);
			_ref = bytes[0];
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				((i < 0 || i >= neg.$length) ? ($throwRuntimeError("index out of range"), undefined) : neg.$array[neg.$offset + i] = (~b << 24 >>> 24));
				_i++;
			}
			out.SetBytes(neg);
			_r$1 = out.Add(out, bigOne); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			out.Neg(out);
			$s = 3; continue;
		/* } else { */ case 2:
			out.SetBytes($convertSliceType(bytes[0], sliceType));
		/* } */ case 3:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: $ptrType(String).prototype.readASN1BigInt, $c: true, $r, _i, _r$1, _ref, b, bytes, i, neg, out, s, $s};return $f;
	};
	$ptrType(String).prototype.readASN1Int64 = function(out) {
		var bytes, bytes$24ptr, out, s;
		s = this;
		bytes = String.nil;
		if (!s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), 2) || !checkASN1Integer($convertSliceType(bytes, sliceType)) || !asn1Signed(out, $convertSliceType(bytes, sliceType))) {
			return false;
		}
		return true;
	};
	asn1Signed = function(out, n) {
		var i, length, n, out, x, x$1;
		length = n.$length;
		if (length > 8) {
			return false;
		}
		i = 0;
		while (true) {
			if (!(i < length)) { break; }
			out.$set($shiftLeft64(out.$get(), (8)));
			out.$set((x = out.$get(), x$1 = (new $Int64(0, ((i < 0 || i >= n.$length) ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + i]))), new $Int64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0)));
			i = i + (1) >> 0;
		}
		out.$set($shiftLeft64(out.$get(), ((64 - (((length << 24 >>> 24)) * 8 << 24 >>> 24) << 24 >>> 24))));
		out.$set($shiftRightInt64(out.$get(), ((64 - (((length << 24 >>> 24)) * 8 << 24 >>> 24) << 24 >>> 24))));
		return true;
	};
	$ptrType(String).prototype.readASN1Uint64 = function(out) {
		var bytes, bytes$24ptr, out, s;
		s = this;
		bytes = String.nil;
		if (!s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), 2) || !checkASN1Integer($convertSliceType(bytes, sliceType)) || !asn1Unsigned(out, $convertSliceType(bytes, sliceType))) {
			return false;
		}
		return true;
	};
	asn1Unsigned = function(out, n) {
		var i, length, n, out, x, x$1;
		length = n.$length;
		if (length > 9 || (length === 9) && !(((0 >= n.$length ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + 0]) === 0))) {
			return false;
		}
		if (!(((((0 >= n.$length ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + 0]) & 128) >>> 0) === 0))) {
			return false;
		}
		i = 0;
		while (true) {
			if (!(i < length)) { break; }
			out.$set($shiftLeft64(out.$get(), (8)));
			out.$set((x = out.$get(), x$1 = (new $Uint64(0, ((i < 0 || i >= n.$length) ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + i]))), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0)));
			i = i + (1) >> 0;
		}
		return true;
	};
	$ptrType(String).prototype.ReadASN1Int64WithTag = function(out, tag) {
		var bytes, bytes$24ptr, out, s, tag;
		s = this;
		bytes = String.nil;
		return s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), tag) && checkASN1Integer($convertSliceType(bytes, sliceType)) && asn1Signed(out, $convertSliceType(bytes, sliceType));
	};
	$ptrType(String).prototype.ReadASN1Enum = function(out) {
		var bytes, bytes$24ptr, i, i$24ptr, out, s, x;
		s = this;
		bytes = String.nil;
		i = new $Int64(0, 0);
		if (!s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), 10) || !checkASN1Integer($convertSliceType(bytes, sliceType)) || !asn1Signed((i$24ptr || (i$24ptr = new ptrType$5(function() { return i; }, function($v) { i = $v; }))), $convertSliceType(bytes, sliceType))) {
			return false;
		}
		if (!((x = (new $Int64(0, (((i.$low + ((i.$high >> 31) * 4294967296)) >> 0)))), (x.$high === i.$high && x.$low === i.$low)))) {
			return false;
		}
		out.$set((((i.$low + ((i.$high >> 31) * 4294967296)) >> 0)));
		return true;
	};
	$ptrType(String).prototype.readBase128Int = function(out) {
		var b, i, out, ret, s, x, y;
		s = this;
		ret = 0;
		i = 0;
		while (true) {
			if (!(s.$get().$length > 0)) { break; }
			if (i === 5) {
				return false;
			}
			if (ret >= 16777216) {
				return false;
			}
			ret = (y = (7), y < 32 ? (ret << y) : 0) >> 0;
			b = (x = s.read(1), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			ret = ret | (((((b & 127) >>> 0) >> 0)));
			if (((b & 128) >>> 0) === 0) {
				out.$set(ret);
				return true;
			}
			i = i + (1) >> 0;
		}
		return false;
	};
	$ptrType(String).prototype.ReadASN1ObjectIdentifier = function(out) {
		var _q, _r$1, bytes, bytes$24ptr, components, i, out, s, v, v$24ptr;
		s = this;
		bytes = String.nil;
		if (!s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), 6) || (bytes.$length === 0)) {
			return false;
		}
		components = $makeSlice(sliceType$2, (bytes.$length + 1 >> 0));
		v = 0;
		if (!(bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))).readBase128Int((v$24ptr || (v$24ptr = new ptrType$7(function() { return v; }, function($v) { v = $v; }))))) {
			return false;
		}
		if (v < 80) {
			(0 >= components.$length ? ($throwRuntimeError("index out of range"), undefined) : components.$array[components.$offset + 0] = (_q = v / 40, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
			(1 >= components.$length ? ($throwRuntimeError("index out of range"), undefined) : components.$array[components.$offset + 1] = (_r$1 = v % 40, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")));
		} else {
			(0 >= components.$length ? ($throwRuntimeError("index out of range"), undefined) : components.$array[components.$offset + 0] = 2);
			(1 >= components.$length ? ($throwRuntimeError("index out of range"), undefined) : components.$array[components.$offset + 1] = (v - 80 >> 0));
		}
		i = 2;
		while (true) {
			if (!(bytes.$length > 0)) { break; }
			if (!(bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))).readBase128Int((v$24ptr || (v$24ptr = new ptrType$7(function() { return v; }, function($v) { v = $v; }))))) {
				return false;
			}
			((i < 0 || i >= components.$length) ? ($throwRuntimeError("index out of range"), undefined) : components.$array[components.$offset + i] = v);
			i = i + (1) >> 0;
		}
		out.$set($convertSliceType($subslice(components, 0, i), asn1.ObjectIdentifier));
		return true;
	};
	$ptrType(String).prototype.ReadASN1GeneralizedTime = function(out) {
		var {_r$1, _r$2, _tuple, bytes, err, out, res, s, serialized, t, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bytes = [bytes];
		s = this;
		bytes[0] = String.nil;
		if (!s.ReadASN1((bytes.$ptr || (bytes.$ptr = new ptrType$4(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, bytes))), 24)) {
			$s = -1; return false;
		}
		t = ($bytesToString(bytes[0]));
		_r$1 = time.Parse("20060102150405Z0700", t); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		res = $clone(_tuple[0], time.Time);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return false;
		}
		_r$2 = $clone(res, time.Time).Format("20060102150405Z0700"); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		serialized = _r$2;
		if (!(serialized === t)) {
			$s = -1; return false;
		}
		time.Time.copy(out, res);
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: $ptrType(String).prototype.ReadASN1GeneralizedTime, $c: true, $r, _r$1, _r$2, _tuple, bytes, err, out, res, s, serialized, t, $s};return $f;
	};
	$ptrType(String).prototype.ReadASN1UTCTime = function(out) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, bytes, err, formatStr, out, res, s, serialized, t, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bytes = [bytes];
		s = this;
		bytes[0] = String.nil;
		if (!s.ReadASN1((bytes.$ptr || (bytes.$ptr = new ptrType$4(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, bytes))), 23)) {
			$s = -1; return false;
		}
		t = ($bytesToString(bytes[0]));
		formatStr = "060102150405Z0700";
		err = $ifaceNil;
		_r$1 = time.Parse(formatStr, t); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		res = $clone(_tuple[0], time.Time);
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			formatStr = "0601021504Z0700";
			_r$2 = time.Parse(formatStr, t); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			time.Time.copy(res, _tuple$1[0]);
			err = _tuple$1[1];
		/* } */ case 3:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return false;
		}
		_r$3 = $clone(res, time.Time).Format(formatStr); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		serialized = _r$3;
		if (!(serialized === t)) {
			$s = -1; return false;
		}
		_r$4 = $clone(res, time.Time).Year(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4 >= 2050) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (_r$4 >= 2050) { */ case 6:
			_r$5 = $clone(res, time.Time).AddDate(-100, 0, 0); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			time.Time.copy(res, _r$5);
		/* } */ case 7:
		time.Time.copy(out, res);
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: $ptrType(String).prototype.ReadASN1UTCTime, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, bytes, err, formatStr, out, res, s, serialized, t, $s};return $f;
	};
	$ptrType(String).prototype.ReadASN1BitString = function(out) {
		var _q, bytes, bytes$24ptr, out, paddingBits, s, x, y;
		s = this;
		bytes = String.nil;
		if (!s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), 3) || (bytes.$length === 0) || !(((_q = ($imul(bytes.$length, 8)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) === bytes.$length))) {
			return false;
		}
		paddingBits = ((0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0]));
		bytes = $subslice(bytes, 1);
		if (paddingBits > 7 || (bytes.$length === 0) && !((paddingBits === 0)) || bytes.$length > 0 && !(((((x = bytes.$length - 1 >> 0, ((x < 0 || x >= bytes.$length) ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + x])) & ((((y = paddingBits, y < 32 ? (1 << y) : 0) << 24 >>> 24) - 1 << 24 >>> 24))) >>> 0) === 0))) {
			return false;
		}
		out.BitLength = ($imul(bytes.$length, 8)) - ((paddingBits >> 0)) >> 0;
		out.Bytes = $convertSliceType(bytes, sliceType);
		return true;
	};
	$ptrType(String).prototype.ReadASN1BitStringAsBytes = function(out) {
		var bytes, bytes$24ptr, out, paddingBits, s;
		s = this;
		bytes = String.nil;
		if (!s.ReadASN1((bytes$24ptr || (bytes$24ptr = new ptrType$4(function() { return bytes; }, function($v) { bytes = $convertSliceType($v, String); }))), 3) || (bytes.$length === 0)) {
			return false;
		}
		paddingBits = ((0 >= bytes.$length ? ($throwRuntimeError("index out of range"), undefined) : bytes.$array[bytes.$offset + 0]));
		if (!((paddingBits === 0))) {
			return false;
		}
		out.$set($convertSliceType($subslice(bytes, 1), sliceType));
		return true;
	};
	$ptrType(String).prototype.ReadASN1Bytes = function(out, tag) {
		var _ptr, out, s, tag;
		s = this;
		return s.ReadASN1(((_ptr = out, new ptrType$4(function() { return $convertSliceType(_ptr.$get(), String); }, function($v) { _ptr.$set($convertSliceType($v, sliceType)); }, _ptr.$target))), tag);
	};
	$ptrType(String).prototype.ReadASN1 = function(out, tag) {
		var out, s, t, t$24ptr, tag;
		s = this;
		t = 0;
		if (!s.ReadAnyASN1(out, (t$24ptr || (t$24ptr = new ptrType$8(function() { return t; }, function($v) { t = $v; })))) || !((t === tag))) {
			return false;
		}
		return true;
	};
	$ptrType(String).prototype.ReadASN1Element = function(out, tag) {
		var out, s, t, t$24ptr, tag;
		s = this;
		t = 0;
		if (!s.ReadAnyASN1Element(out, (t$24ptr || (t$24ptr = new ptrType$8(function() { return t; }, function($v) { t = $v; })))) || !((t === tag))) {
			return false;
		}
		return true;
	};
	$ptrType(String).prototype.ReadAnyASN1 = function(out, outTag) {
		var out, outTag, s;
		s = this;
		return s.readASN1(out, outTag, true);
	};
	$ptrType(String).prototype.ReadAnyASN1Element = function(out, outTag) {
		var out, outTag, s;
		s = this;
		return s.readASN1(out, outTag, false);
	};
	String.prototype.PeekASN1Tag = function(tag) {
		var s, tag;
		s = this;
		if (s.$length === 0) {
			return false;
		}
		return (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) << 24 >>> 24)) === tag;
	};
	$ptrType(String).prototype.PeekASN1Tag = function(tag) { return this.$get().PeekASN1Tag(tag); };
	$ptrType(String).prototype.SkipASN1 = function(tag) {
		var s, tag, unused, unused$24ptr;
		s = this;
		unused = String.nil;
		return s.ReadASN1((unused$24ptr || (unused$24ptr = new ptrType$4(function() { return unused; }, function($v) { unused = $convertSliceType($v, String); }))), tag);
	};
	$ptrType(String).prototype.ReadOptionalASN1 = function(out, outPresent, tag) {
		var out, outPresent, present, s, tag;
		s = this;
		present = s.PeekASN1Tag(tag);
		if (!(outPresent === ptrType$2.nil)) {
			outPresent.$set(present);
		}
		if (present && !s.ReadASN1(out, tag)) {
			return false;
		}
		return true;
	};
	$ptrType(String).prototype.SkipOptionalASN1 = function(tag) {
		var s, tag, unused, unused$24ptr;
		s = this;
		if (!s.PeekASN1Tag(tag)) {
			return true;
		}
		unused = String.nil;
		return s.ReadASN1((unused$24ptr || (unused$24ptr = new ptrType$4(function() { return unused; }, function($v) { unused = $convertSliceType($v, String); }))), tag);
	};
	$ptrType(String).prototype.ReadOptionalASN1Integer = function(out, tag, defaultValue) {
		var {_1, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, defaultValue, i, out, present, s, tag, $s, $r, $c} = $restore(this, {out, tag, defaultValue});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = [i];
		present = [present];
		s = this;
		_r$1 = reflect.TypeOf(out).Kind(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!((_r$1 === 22))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r$1 === 22))) { */ case 1:
			$panic(new $String("out is not a pointer"));
		/* } */ case 2:
		present[0] = false;
		i[0] = String.nil;
		if (!s.ReadOptionalASN1((i.$ptr || (i.$ptr = new ptrType$4(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, i))), (present.$ptr || (present.$ptr = new ptrType$2(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, present))), tag)) {
			$s = -1; return false;
		}
		/* */ if (!present[0]) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!present[0]) { */ case 4:
				_r$2 = reflect.ValueOf(out); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$3 = $clone(_r$2, reflect.Value).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = $clone(_r$3, reflect.Value).Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_1 = _r$4;
				/* */ if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11))) { $s = 10; continue; }
				/* */ if (_1 === (25)) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if ((_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11))) { */ case 10:
					_r$5 = reflect.ValueOf(out); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_r$6 = $clone(_r$5, reflect.Value).Elem(); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$7 = reflect.ValueOf(defaultValue); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$r = $clone(_r$6, reflect.Value).Set($clone(_r$7, reflect.Value)); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 13; continue;
				/* } else if (_1 === (25)) { */ case 11:
					_r$8 = reflect.TypeOf(out).Elem(); /* */ $s = 20; case 20: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					/* */ if (!($interfaceIsEqual(_r$8, bigIntType))) { $s = 18; continue; }
					/* */ $s = 19; continue;
					/* if (!($interfaceIsEqual(_r$8, bigIntType))) { */ case 18:
						$panic(new $String("invalid integer type"));
					/* } */ case 19:
					_r$9 = reflect.TypeOf(defaultValue).Kind(); /* */ $s = 24; case 24: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					if (!((_r$9 === 22))) { _v = true; $s = 23; continue s; }
					_r$10 = reflect.TypeOf(defaultValue).Elem(); /* */ $s = 25; case 25: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_v = !($interfaceIsEqual(_r$10, bigIntType)); case 23:
					/* */ if (_v) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (_v) { */ case 21:
						$panic(new $String("out points to big.Int, but defaultValue does not"));
					/* } */ case 22:
					$assertType(out, ptrType).Set($assertType(defaultValue, ptrType));
					$s = 13; continue;
				/* } else { */ case 12:
					$panic(new $String("invalid integer type"));
				/* } */ case 13:
			case 6:
			$s = -1; return true;
		/* } */ case 5:
		_r$11 = (i.$ptr || (i.$ptr = new ptrType$4(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, i))).ReadASN1Integer(out); /* */ $s = 28; case 28: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		/* */ if (!_r$11 || !i[0].Empty()) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (!_r$11 || !i[0].Empty()) { */ case 26:
			$s = -1; return false;
		/* } */ case 27:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: $ptrType(String).prototype.ReadOptionalASN1Integer, $c: true, $r, _1, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _v, defaultValue, i, out, present, s, tag, $s};return $f;
	};
	$ptrType(String).prototype.ReadOptionalASN1OctetString = function(out, outPresent, tag) {
		var child, child$24ptr, oct, oct$24ptr, out, outPresent, present, present$24ptr, s, tag;
		s = this;
		present = false;
		child = String.nil;
		if (!s.ReadOptionalASN1((child$24ptr || (child$24ptr = new ptrType$4(function() { return child; }, function($v) { child = $convertSliceType($v, String); }))), (present$24ptr || (present$24ptr = new ptrType$2(function() { return present; }, function($v) { present = $v; }))), tag)) {
			return false;
		}
		if (!(outPresent === ptrType$2.nil)) {
			outPresent.$set(present);
		}
		if (present) {
			oct = String.nil;
			if (!(child$24ptr || (child$24ptr = new ptrType$4(function() { return child; }, function($v) { child = $convertSliceType($v, String); }))).ReadASN1((oct$24ptr || (oct$24ptr = new ptrType$4(function() { return oct; }, function($v) { oct = $convertSliceType($v, String); }))), 4) || !child.Empty()) {
				return false;
			}
			out.$set($convertSliceType(oct, sliceType));
		} else {
			out.$set(sliceType.nil);
		}
		return true;
	};
	$ptrType(String).prototype.ReadOptionalASN1Boolean = function(out, defaultValue) {
		var child, child$24ptr, defaultValue, out, present, present$24ptr, s;
		s = this;
		present = false;
		child = String.nil;
		if (!s.ReadOptionalASN1((child$24ptr || (child$24ptr = new ptrType$4(function() { return child; }, function($v) { child = $convertSliceType($v, String); }))), (present$24ptr || (present$24ptr = new ptrType$2(function() { return present; }, function($v) { present = $v; }))), 1)) {
			return false;
		}
		if (!present) {
			out.$set(defaultValue);
			return true;
		}
		return s.ReadASN1Boolean(out);
	};
	$ptrType(String).prototype.readASN1 = function(out, outTag, skipHeader) {
		var _ptr, _tmp, _tmp$1, _tmp$2, _tmp$3, headerLen, len32, len32$24ptr, lenByte, lenBytes, lenBytes$24ptr, lenLen, length, out, outTag, s, skipHeader, tag, x, x$1, y;
		s = this;
		if (s.$get().$length < 2) {
			return false;
		}
		_tmp = (x = s.$get(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
		_tmp$1 = (x$1 = s.$get(), (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1]));
		tag = _tmp;
		lenByte = _tmp$1;
		if (((tag & 31) >>> 0) === 31) {
			return false;
		}
		if (!(outTag === ptrType$8.nil)) {
			outTag.$set(((tag << 24 >>> 24)));
		}
		_tmp$2 = 0;
		_tmp$3 = 0;
		length = _tmp$2;
		headerLen = _tmp$3;
		if (((lenByte & 128) >>> 0) === 0) {
			length = ((lenByte >>> 0)) + 2 >>> 0;
			headerLen = 2;
		} else {
			lenLen = (lenByte & 127) >>> 0;
			len32 = 0;
			if ((lenLen === 0) || lenLen > 4 || s.$get().$length < (((2 + lenLen << 24 >>> 24) >> 0))) {
				return false;
			}
			lenBytes = ($subslice((s.$get()), 2, (2 + lenLen << 24 >>> 24)));
			if (!(lenBytes$24ptr || (lenBytes$24ptr = new ptrType$4(function() { return lenBytes; }, function($v) { lenBytes = $convertSliceType($v, String); }))).readUnsigned((len32$24ptr || (len32$24ptr = new ptrType$9(function() { return len32; }, function($v) { len32 = $v; }))), ((lenLen >> 0)))) {
				return false;
			}
			if (len32 < 128) {
				return false;
			}
			if (((y = ((((lenLen - 1 << 24 >>> 24)) * 8 << 24 >>> 24)), y < 32 ? (len32 >>> y) : 0) >>> 0) === 0) {
				return false;
			}
			headerLen = 2 + ((lenLen >>> 0)) >>> 0;
			if ((headerLen + len32 >>> 0) < len32) {
				return false;
			}
			length = headerLen + len32 >>> 0;
		}
		if (((length >> 0)) < 0 || !s.ReadBytes(((_ptr = out, new ptrType$10(function() { return $convertSliceType(_ptr.$get(), sliceType); }, function($v) { _ptr.$set($convertSliceType($v, String)); }, _ptr.$target))), ((length >> 0)))) {
			return false;
		}
		if (skipHeader && !out.Skip(((headerLen >> 0)))) {
			$panic(new $String("cryptobyte: internal error"));
		}
		return true;
	};
	String.methods = [{prop: "Empty", name: "Empty", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "PeekASN1Tag", name: "PeekASN1Tag", pkg: "", typ: $funcType([asn1$1.Tag], [$Bool], false)}];
	ptrType$4.methods = [{prop: "read", name: "read", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([$Int], [sliceType], false)}, {prop: "Skip", name: "Skip", pkg: "", typ: $funcType([$Int], [$Bool], false)}, {prop: "ReadUint8", name: "ReadUint8", pkg: "", typ: $funcType([ptrType$3], [$Bool], false)}, {prop: "ReadUint16", name: "ReadUint16", pkg: "", typ: $funcType([ptrType$11], [$Bool], false)}, {prop: "ReadUint24", name: "ReadUint24", pkg: "", typ: $funcType([ptrType$9], [$Bool], false)}, {prop: "ReadUint32", name: "ReadUint32", pkg: "", typ: $funcType([ptrType$9], [$Bool], false)}, {prop: "readUnsigned", name: "readUnsigned", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([ptrType$9, $Int], [$Bool], false)}, {prop: "readLengthPrefixed", name: "readLengthPrefixed", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([$Int, ptrType$4], [$Bool], false)}, {prop: "ReadUint8LengthPrefixed", name: "ReadUint8LengthPrefixed", pkg: "", typ: $funcType([ptrType$4], [$Bool], false)}, {prop: "ReadUint16LengthPrefixed", name: "ReadUint16LengthPrefixed", pkg: "", typ: $funcType([ptrType$4], [$Bool], false)}, {prop: "ReadUint24LengthPrefixed", name: "ReadUint24LengthPrefixed", pkg: "", typ: $funcType([ptrType$4], [$Bool], false)}, {prop: "ReadBytes", name: "ReadBytes", pkg: "", typ: $funcType([ptrType$10, $Int], [$Bool], false)}, {prop: "CopyBytes", name: "CopyBytes", pkg: "", typ: $funcType([sliceType], [$Bool], false)}, {prop: "ReadASN1Boolean", name: "ReadASN1Boolean", pkg: "", typ: $funcType([ptrType$2], [$Bool], false)}, {prop: "ReadASN1Integer", name: "ReadASN1Integer", pkg: "", typ: $funcType([$emptyInterface], [$Bool], false)}, {prop: "readASN1BigInt", name: "readASN1BigInt", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([ptrType], [$Bool], false)}, {prop: "readASN1Int64", name: "readASN1Int64", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([ptrType$5], [$Bool], false)}, {prop: "readASN1Uint64", name: "readASN1Uint64", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([ptrType$6], [$Bool], false)}, {prop: "ReadASN1Int64WithTag", name: "ReadASN1Int64WithTag", pkg: "", typ: $funcType([ptrType$5, asn1$1.Tag], [$Bool], false)}, {prop: "ReadASN1Enum", name: "ReadASN1Enum", pkg: "", typ: $funcType([ptrType$7], [$Bool], false)}, {prop: "readBase128Int", name: "readBase128Int", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([ptrType$7], [$Bool], false)}, {prop: "ReadASN1ObjectIdentifier", name: "ReadASN1ObjectIdentifier", pkg: "", typ: $funcType([ptrType$12], [$Bool], false)}, {prop: "ReadASN1GeneralizedTime", name: "ReadASN1GeneralizedTime", pkg: "", typ: $funcType([ptrType$13], [$Bool], false)}, {prop: "ReadASN1UTCTime", name: "ReadASN1UTCTime", pkg: "", typ: $funcType([ptrType$13], [$Bool], false)}, {prop: "ReadASN1BitString", name: "ReadASN1BitString", pkg: "", typ: $funcType([ptrType$14], [$Bool], false)}, {prop: "ReadASN1BitStringAsBytes", name: "ReadASN1BitStringAsBytes", pkg: "", typ: $funcType([ptrType$10], [$Bool], false)}, {prop: "ReadASN1Bytes", name: "ReadASN1Bytes", pkg: "", typ: $funcType([ptrType$10, asn1$1.Tag], [$Bool], false)}, {prop: "ReadASN1", name: "ReadASN1", pkg: "", typ: $funcType([ptrType$4, asn1$1.Tag], [$Bool], false)}, {prop: "ReadASN1Element", name: "ReadASN1Element", pkg: "", typ: $funcType([ptrType$4, asn1$1.Tag], [$Bool], false)}, {prop: "ReadAnyASN1", name: "ReadAnyASN1", pkg: "", typ: $funcType([ptrType$4, ptrType$8], [$Bool], false)}, {prop: "ReadAnyASN1Element", name: "ReadAnyASN1Element", pkg: "", typ: $funcType([ptrType$4, ptrType$8], [$Bool], false)}, {prop: "SkipASN1", name: "SkipASN1", pkg: "", typ: $funcType([asn1$1.Tag], [$Bool], false)}, {prop: "ReadOptionalASN1", name: "ReadOptionalASN1", pkg: "", typ: $funcType([ptrType$4, ptrType$2, asn1$1.Tag], [$Bool], false)}, {prop: "SkipOptionalASN1", name: "SkipOptionalASN1", pkg: "", typ: $funcType([asn1$1.Tag], [$Bool], false)}, {prop: "ReadOptionalASN1Integer", name: "ReadOptionalASN1Integer", pkg: "", typ: $funcType([$emptyInterface, asn1$1.Tag, $emptyInterface], [$Bool], false)}, {prop: "ReadOptionalASN1OctetString", name: "ReadOptionalASN1OctetString", pkg: "", typ: $funcType([ptrType$10, ptrType$2, asn1$1.Tag], [$Bool], false)}, {prop: "ReadOptionalASN1Boolean", name: "ReadOptionalASN1Boolean", pkg: "", typ: $funcType([ptrType$2, $Bool], [$Bool], false)}, {prop: "readASN1", name: "readASN1", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([ptrType$4, ptrType$8, $Bool], [$Bool], false)}];
	ptrType$1.methods = [{prop: "SetError", name: "SetError", pkg: "", typ: $funcType([$error], [], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "BytesOrPanic", name: "BytesOrPanic", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "AddUint8", name: "AddUint8", pkg: "", typ: $funcType([$Uint8], [], false)}, {prop: "AddUint16", name: "AddUint16", pkg: "", typ: $funcType([$Uint16], [], false)}, {prop: "AddUint24", name: "AddUint24", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AddUint32", name: "AddUint32", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AddBytes", name: "AddBytes", pkg: "", typ: $funcType([sliceType], [], false)}, {prop: "AddUint8LengthPrefixed", name: "AddUint8LengthPrefixed", pkg: "", typ: $funcType([BuilderContinuation], [], false)}, {prop: "AddUint16LengthPrefixed", name: "AddUint16LengthPrefixed", pkg: "", typ: $funcType([BuilderContinuation], [], false)}, {prop: "AddUint24LengthPrefixed", name: "AddUint24LengthPrefixed", pkg: "", typ: $funcType([BuilderContinuation], [], false)}, {prop: "AddUint32LengthPrefixed", name: "AddUint32LengthPrefixed", pkg: "", typ: $funcType([BuilderContinuation], [], false)}, {prop: "callContinuation", name: "callContinuation", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([BuilderContinuation, ptrType$1], [], false)}, {prop: "addLengthPrefixed", name: "addLengthPrefixed", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([$Int, $Bool, BuilderContinuation], [], false)}, {prop: "flushChild", name: "flushChild", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([], [], false)}, {prop: "add", name: "add", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([sliceType], [], true)}, {prop: "Unwrite", name: "Unwrite", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "AddValue", name: "AddValue", pkg: "", typ: $funcType([MarshalingValue], [], false)}, {prop: "AddASN1Int64", name: "AddASN1Int64", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "AddASN1Int64WithTag", name: "AddASN1Int64WithTag", pkg: "", typ: $funcType([$Int64, asn1$1.Tag], [], false)}, {prop: "AddASN1Enum", name: "AddASN1Enum", pkg: "", typ: $funcType([$Int64], [], false)}, {prop: "addASN1Signed", name: "addASN1Signed", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([asn1$1.Tag, $Int64], [], false)}, {prop: "AddASN1Uint64", name: "AddASN1Uint64", pkg: "", typ: $funcType([$Uint64], [], false)}, {prop: "AddASN1BigInt", name: "AddASN1BigInt", pkg: "", typ: $funcType([ptrType], [], false)}, {prop: "AddASN1OctetString", name: "AddASN1OctetString", pkg: "", typ: $funcType([sliceType], [], false)}, {prop: "AddASN1GeneralizedTime", name: "AddASN1GeneralizedTime", pkg: "", typ: $funcType([time.Time], [], false)}, {prop: "AddASN1UTCTime", name: "AddASN1UTCTime", pkg: "", typ: $funcType([time.Time], [], false)}, {prop: "AddASN1BitString", name: "AddASN1BitString", pkg: "", typ: $funcType([sliceType], [], false)}, {prop: "addBase128Int", name: "addBase128Int", pkg: "vendor/golang.org/x/crypto/cryptobyte", typ: $funcType([$Int64], [], false)}, {prop: "AddASN1ObjectIdentifier", name: "AddASN1ObjectIdentifier", pkg: "", typ: $funcType([asn1.ObjectIdentifier], [], false)}, {prop: "AddASN1Boolean", name: "AddASN1Boolean", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "AddASN1NULL", name: "AddASN1NULL", pkg: "", typ: $funcType([], [], false)}, {prop: "MarshalASN1", name: "MarshalASN1", pkg: "", typ: $funcType([$emptyInterface], [], false)}, {prop: "AddASN1", name: "AddASN1", pkg: "", typ: $funcType([asn1$1.Tag, BuilderContinuation], [], false)}];
	String.init($Uint8);
	Builder.init("vendor/golang.org/x/crypto/cryptobyte", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "result", name: "result", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "fixedSize", name: "fixedSize", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "child", name: "child", embedded: false, exported: false, typ: ptrType$1, tag: ""}, {prop: "offset", name: "offset", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "pendingLenLen", name: "pendingLenLen", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "pendingIsASN1", name: "pendingIsASN1", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "inContinuation", name: "inContinuation", embedded: false, exported: false, typ: ptrType$2, tag: ""}]);
	BuilderContinuation.init([ptrType$1], [], false);
	BuildError.init("", [{prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	MarshalingValue.init([{prop: "Marshal", name: "Marshal", pkg: "", typ: $funcType([ptrType$1], [$error], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = asn1.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = asn1$1.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = reflect.TypeOf((ptrType.nil)).Elem(); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		bigIntType = _r;
		bigOne = big.NewInt(new $Int64(0, 1));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/ecdsa"] = (function() {
	var $pkg = {}, $init, crypto, aes, cipher, elliptic, randutil, sha512, errors, io, big, cryptobyte, asn1, invertible, combinedMult, PublicKey, PrivateKey, zr, ptrType, ptrType$1, ptrType$2, sliceType, ptrType$3, ptrType$4, ptrType$5, ptrType$6, one, errZeroParam, zeroReader, sign, verify, randFieldElement, hashToInt, fermatInverse, Sign, signGeneric, Verify, verifyGeneric, VerifyASN1;
	crypto = $packages["crypto"];
	aes = $packages["crypto/aes"];
	cipher = $packages["crypto/cipher"];
	elliptic = $packages["crypto/elliptic"];
	randutil = $packages["crypto/internal/randutil"];
	sha512 = $packages["crypto/sha512"];
	errors = $packages["errors"];
	io = $packages["io"];
	big = $packages["math/big"];
	cryptobyte = $packages["vendor/golang.org/x/crypto/cryptobyte"];
	asn1 = $packages["vendor/golang.org/x/crypto/cryptobyte/asn1"];
	invertible = $pkg.invertible = $newType(8, $kindInterface, "ecdsa.invertible", true, "crypto/ecdsa", false, null);
	combinedMult = $pkg.combinedMult = $newType(8, $kindInterface, "ecdsa.combinedMult", true, "crypto/ecdsa", false, null);
	PublicKey = $pkg.PublicKey = $newType(0, $kindStruct, "ecdsa.PublicKey", true, "crypto/ecdsa", true, function(Curve_, X_, Y_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Curve = $ifaceNil;
			this.X = ptrType.nil;
			this.Y = ptrType.nil;
			return;
		}
		this.Curve = Curve_;
		this.X = X_;
		this.Y = Y_;
	});
	PrivateKey = $pkg.PrivateKey = $newType(0, $kindStruct, "ecdsa.PrivateKey", true, "crypto/ecdsa", true, function(PublicKey_, D_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.PublicKey = new PublicKey.ptr($ifaceNil, ptrType.nil, ptrType.nil);
			this.D = ptrType.nil;
			return;
		}
		this.PublicKey = PublicKey_;
		this.D = D_;
	});
	zr = $pkg.zr = $newType(0, $kindStruct, "ecdsa.zr", true, "crypto/ecdsa", false, function(Reader_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Reader = $ifaceNil;
			return;
		}
		this.Reader = Reader_;
	});
	ptrType = $ptrType(big.Int);
	ptrType$1 = $ptrType(PublicKey);
	ptrType$2 = $ptrType(PrivateKey);
	sliceType = $sliceType($Uint8);
	ptrType$3 = $ptrType(cryptobyte.Builder);
	ptrType$4 = $ptrType($Bool);
	ptrType$5 = $ptrType(cryptobyte.String);
	ptrType$6 = $ptrType(zr);
	sign = function(priv, csprng, c, hash) {
		var {$24r, _r, _tuple, c, csprng, err, hash, priv, r, s, $s, $r, $c} = $restore(this, {priv, csprng, c, hash});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = ptrType.nil;
		s = ptrType.nil;
		err = $ifaceNil;
		_r = signGeneric(priv, csprng, c, hash); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		r = _tuple[0];
		s = _tuple[1];
		err = _tuple[2];
		$24r = [r, s, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: sign, $c: true, $r, $24r, _r, _tuple, c, csprng, err, hash, priv, r, s, $s};return $f;
	};
	verify = function(pub, c, hash, r, s) {
		var {$24r, _r, c, hash, pub, r, s, $s, $r, $c} = $restore(this, {pub, c, hash, r, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = verifyGeneric(pub, c, hash, r, s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: verify, $c: true, $r, $24r, _r, c, hash, pub, r, s, $s};return $f;
	};
	PublicKey.ptr.prototype.Equal = function(x) {
		var _tuple, ok, pub, x, xx;
		pub = this;
		_tuple = $assertType(x, ptrType$1, true);
		xx = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return false;
		}
		return (pub.X.Cmp(xx.X) === 0) && (pub.Y.Cmp(xx.Y) === 0) && $interfaceIsEqual(pub.Curve, xx.Curve);
	};
	PublicKey.prototype.Equal = function(x) { return this.$val.Equal(x); };
	PrivateKey.ptr.prototype.Public = function() {
		var priv;
		priv = this;
		return priv.PublicKey;
	};
	PrivateKey.prototype.Public = function() { return this.$val.Public(); };
	PrivateKey.ptr.prototype.Equal = function(x) {
		var _tuple, ok, priv, x, xx;
		priv = this;
		_tuple = $assertType(x, ptrType$2, true);
		xx = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return false;
		}
		return priv.PublicKey.Equal(xx.PublicKey) && (priv.D.Cmp(xx.D) === 0);
	};
	PrivateKey.prototype.Equal = function(x) { return this.$val.Equal(x); };
	PrivateKey.ptr.prototype.Sign = function(rand, digest, opts) {
		var {_r, _tuple, b, digest, err, opts, priv, r, rand, s, $s, $r, $c} = $restore(this, {rand, digest, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = [r];
		s = [s];
		priv = this;
		_r = Sign(rand, priv, digest); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		r[0] = _tuple[0];
		s[0] = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType.nil, false, ptrType$3.nil, 0, 0, false, ptrType$4.nil);
		$r = b.AddASN1(48, (function(r, s) { return function $b(b$1) {
			var {b$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = b$1.AddASN1BigInt(r[0]); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = b$1.AddASN1BigInt(s[0]); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, $s};return $f;
		}; })(r, s)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return b.Bytes();
		/* */ } return; } var $f = {$blk: PrivateKey.ptr.prototype.Sign, $c: true, $r, _r, _tuple, b, digest, err, opts, priv, r, rand, s, $s};return $f;
	};
	PrivateKey.prototype.Sign = function(rand, digest, opts) { return this.$val.Sign(rand, digest, opts); };
	randFieldElement = function(c, rand) {
		var {_q, _r, _r$1, _r$2, _r$3, _r$4, _tuple, b, c, err, k, n, params, rand, $s, $r, $c} = $restore(this, {c, rand});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = ptrType.nil;
		err = $ifaceNil;
		_r = c.Params(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		params = _r;
		b = $makeSlice(sliceType, ((_q = params.BitSize / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) + 8 >> 0));
		_r$1 = io.ReadFull(rand, b); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [k, err];
		}
		k = new big.Int.ptr(false, big.nat.nil).SetBytes(b);
		_r$2 = new big.Int.ptr(false, big.nat.nil).Sub(params.N, one); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		n = _r$2;
		_r$3 = k.Mod(k, n); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = k.Add(k, one); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		$s = -1; return [k, err];
		/* */ } return; } var $f = {$blk: randFieldElement, $c: true, $r, _q, _r, _r$1, _r$2, _r$3, _r$4, _tuple, b, c, err, k, n, params, rand, $s};return $f;
	};
	hashToInt = function(hash, c) {
		var {_q, _r, _r$1, _r$2, c, excess, hash, orderBits, orderBytes, ret, $s, $r, $c} = $restore(this, {hash, c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = c.Params(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = _r.N.BitLen(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		orderBits = _r$1;
		orderBytes = (_q = ((orderBits + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		if (hash.$length > orderBytes) {
			hash = $subslice(hash, 0, orderBytes);
		}
		ret = new big.Int.ptr(false, big.nat.nil).SetBytes(hash);
		excess = ($imul(hash.$length, 8)) - orderBits >> 0;
		/* */ if (excess > 0) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (excess > 0) { */ case 3:
			_r$2 = ret.Rsh(ret, ((excess >>> 0))); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 4:
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: hashToInt, $c: true, $r, _q, _r, _r$1, _r$2, c, excess, hash, orderBits, orderBytes, ret, $s};return $f;
	};
	fermatInverse = function(k, N) {
		var {$24r, N, _r, _r$1, k, nMinus2, two, $s, $r, $c} = $restore(this, {k, N});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		two = big.NewInt(new $Int64(0, 2));
		_r = new big.Int.ptr(false, big.nat.nil).Sub(N, two); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		nMinus2 = _r;
		_r$1 = new big.Int.ptr(false, big.nat.nil).Exp(k, nMinus2, N); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: fermatInverse, $c: true, $r, $24r, N, _r, _r$1, k, nMinus2, two, $s};return $f;
	};
	Sign = function(rand, priv, hash) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, _tuple$2, block, c, csprng, entropy, err, hash, key, md, priv, r, rand, s, $s, $r, $c} = $restore(this, {rand, priv, hash});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		csprng = [csprng];
		r = ptrType.nil;
		s = ptrType.nil;
		err = $ifaceNil;
		$r = randutil.MaybeReadByte(rand); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		entropy = $makeSlice(sliceType, 32);
		_r = io.ReadFull(rand, entropy); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [r, s, err];
		}
		md = sha512.New();
		_r$1 = md.Write(priv.D.Bytes()); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = md.Write(entropy); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = md.Write(hash); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = md.Sum(sliceType.nil); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		key = $subslice(_r$4, 0, 32);
		_tuple$1 = aes.NewCipher(key);
		block = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = ptrType.nil;
			_tmp$1 = ptrType.nil;
			_tmp$2 = err;
			r = _tmp;
			s = _tmp$1;
			err = _tmp$2;
			$s = -1; return [r, s, err];
		}
		_r$5 = cipher.NewCTR(block, (new sliceType($stringToBytes("IV for ECDSA CTR")))); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		csprng[0] = new cipher.StreamReader.ptr(_r$5, zeroReader);
		c = priv.PublicKey.Curve;
		_r$6 = sign(priv, csprng[0], c, hash); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$2 = _r$6;
		r = _tuple$2[0];
		s = _tuple$2[1];
		err = _tuple$2[2];
		$24r = [r, s, err];
		$s = 9; case 9: return $24r;
		/* */ } return; } var $f = {$blk: Sign, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, _tuple$2, block, c, csprng, entropy, err, hash, key, md, priv, r, rand, s, $s};return $f;
	};
	$pkg.Sign = Sign;
	signGeneric = function(priv, csprng, c, hash) {
		var {N, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, _tuple$1, _tuple$2, c, csprng, e, err, hash, in$1, k, kInv, ok, priv, r, s, x, $s, $r, $c} = $restore(this, {priv, csprng, c, hash});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = ptrType.nil;
		s = ptrType.nil;
		err = $ifaceNil;
		_r = c.Params(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		N = _r.N;
		if (N.Sign() === 0) {
			_tmp = ptrType.nil;
			_tmp$1 = ptrType.nil;
			_tmp$2 = errZeroParam;
			r = _tmp;
			s = _tmp$1;
			err = _tmp$2;
			$s = -1; return [r, s, err];
		}
		_tmp$3 = ptrType.nil;
		_tmp$4 = ptrType.nil;
		k = _tmp$3;
		kInv = _tmp$4;
		/* while (true) { */ case 2:
			/* while (true) { */ case 4:
				_r$1 = randFieldElement(c, (x = csprng, new x.constructor.elem(x))); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				k = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					r = ptrType.nil;
					$s = -1; return [r, s, err];
				}
				_tuple$1 = $assertType(priv.PublicKey.Curve, invertible, true);
				in$1 = _tuple$1[0];
				ok = _tuple$1[1];
				/* */ if (ok) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (ok) { */ case 7:
					_r$2 = in$1.Inverse(k); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					kInv = _r$2;
					$s = 9; continue;
				/* } else { */ case 8:
					_r$3 = fermatInverse(k, N); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					kInv = _r$3;
				/* } */ case 9:
				_r$4 = priv.PublicKey.Curve.ScalarBaseMult(k.Bytes()); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$2 = _r$4;
				r = _tuple$2[0];
				_r$5 = r.Mod(r, N); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
				if (!((r.Sign() === 0))) {
					/* break; */ $s = 5; continue;
				}
			$s = 4; continue;
			case 5:
			_r$6 = hashToInt(hash, c); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			e = _r$6;
			_r$7 = new big.Int.ptr(false, big.nat.nil).Mul(priv.D, r); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			s = _r$7;
			_r$8 = s.Add(s, e); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			_r$9 = s.Mul(s, kInv); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
			_r$10 = s.Mod(s, N); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
			if (!((s.Sign() === 0))) {
				/* break; */ $s = 3; continue;
			}
		$s = 2; continue;
		case 3:
		$s = -1; return [r, s, err];
		/* */ } return; } var $f = {$blk: signGeneric, $c: true, $r, N, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, _tuple$1, _tuple$2, c, csprng, e, err, hash, in$1, k, kInv, ok, priv, r, s, x, $s};return $f;
	};
	Verify = function(pub, hash, r, s) {
		var {$24r, N, _r, _r$1, c, hash, pub, r, s, $s, $r, $c} = $restore(this, {pub, hash, r, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = pub.Curve;
		_r = c.Params(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		N = _r.N;
		if (r.Sign() <= 0 || s.Sign() <= 0) {
			$s = -1; return false;
		}
		if (r.Cmp(N) >= 0 || s.Cmp(N) >= 0) {
			$s = -1; return false;
		}
		_r$1 = verify(pub, c, hash, r, s); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Verify, $c: true, $r, $24r, N, _r, _r$1, c, hash, pub, r, s, $s};return $f;
	};
	$pkg.Verify = Verify;
	verifyGeneric = function(pub, c, hash, r, s) {
		var {N, _r, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, c, e, hash, in$1, ok, ok$1, opt, pub, r, s, u1, u2, w, x, x1, x2, y, y1, y2, $s, $r, $c} = $restore(this, {pub, c, hash, r, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = hashToInt(hash, c); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		e = _r;
		w = ptrType.nil;
		_r$1 = c.Params(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		N = _r$1.N;
		_tuple = $assertType(c, invertible, true);
		in$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (ok) { */ case 3:
			_r$2 = in$1.Inverse(s); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			w = _r$2;
			$s = 5; continue;
		/* } else { */ case 4:
			_r$3 = new big.Int.ptr(false, big.nat.nil).ModInverse(s, N); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			w = _r$3;
		/* } */ case 5:
		_r$4 = e.Mul(e, w); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		u1 = _r$4;
		_r$5 = u1.Mod(u1, N); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = w.Mul(r, w); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		u2 = _r$6;
		_r$7 = u2.Mod(u2, N); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_tmp = ptrType.nil;
		_tmp$1 = ptrType.nil;
		x = _tmp;
		y = _tmp$1;
		_tuple$1 = $assertType(c, combinedMult, true);
		opt = _tuple$1[0];
		ok$1 = _tuple$1[1];
		/* */ if (ok$1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (ok$1) { */ case 12:
			_r$8 = opt.CombinedMult(pub.X, pub.Y, u1.Bytes(), u2.Bytes()); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$2 = _r$8;
			x = _tuple$2[0];
			y = _tuple$2[1];
			$s = 14; continue;
		/* } else { */ case 13:
			_r$9 = c.ScalarBaseMult(u1.Bytes()); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tuple$3 = _r$9;
			x1 = _tuple$3[0];
			y1 = _tuple$3[1];
			_r$10 = c.ScalarMult(pub.X, pub.Y, u2.Bytes()); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple$4 = _r$10;
			x2 = _tuple$4[0];
			y2 = _tuple$4[1];
			_r$11 = c.Add(x1, y1, x2, y2); /* */ $s = 18; case 18: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_tuple$5 = _r$11;
			x = _tuple$5[0];
			y = _tuple$5[1];
		/* } */ case 14:
		if ((x.Sign() === 0) && (y.Sign() === 0)) {
			$s = -1; return false;
		}
		_r$12 = x.Mod(x, N); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_r$12;
		$s = -1; return x.Cmp(r) === 0;
		/* */ } return; } var $f = {$blk: verifyGeneric, $c: true, $r, N, _r, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, c, e, hash, in$1, ok, ok$1, opt, pub, r, s, u1, u2, w, x, x1, x2, y, y1, y2, $s};return $f;
	};
	VerifyASN1 = function(pub, hash, sig) {
		var {$24r, _r, _r$1, _r$2, _tmp, _tmp$1, _v, _v$1, hash, inner, input, input$24ptr, pub, r, s, sig, $s, $r, $c} = $restore(this, {pub, hash, sig});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		inner = [inner];
		_tmp = new big.Int.ptr(false, big.nat.nil);
		_tmp$1 = new big.Int.ptr(false, big.nat.nil);
		r = _tmp;
		s = _tmp$1;
		inner[0] = cryptobyte.String.nil;
		input = ($convertSliceType(sig, cryptobyte.String));
		if (!(input$24ptr || (input$24ptr = new ptrType$5(function() { return input; }, function($v) { input = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((inner.$ptr || (inner.$ptr = new ptrType$5(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, inner))), 48) || !input.Empty()) { _v$1 = true; $s = 4; continue s; }
		_r = (inner.$ptr || (inner.$ptr = new ptrType$5(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, inner))).ReadASN1Integer(r); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v$1 = !_r; case 4:
		if (_v$1) { _v = true; $s = 3; continue s; }
		_r$1 = (inner.$ptr || (inner.$ptr = new ptrType$5(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, inner))).ReadASN1Integer(s); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !_r$1; case 3:
		/* */ if (_v || !inner[0].Empty()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v || !inner[0].Empty()) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		_r$2 = Verify(pub, hash, r, s); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: VerifyASN1, $c: true, $r, $24r, _r, _r$1, _r$2, _tmp, _tmp$1, _v, _v$1, hash, inner, input, input$24ptr, pub, r, s, sig, $s};return $f;
	};
	$pkg.VerifyASN1 = VerifyASN1;
	zr.ptr.prototype.Read = function(dst) {
		var _i, _ref, _tmp, _tmp$1, dst, err, i, n, z;
		n = 0;
		err = $ifaceNil;
		z = this;
		_ref = dst;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i] = 0);
			_i++;
		}
		_tmp = dst.$length;
		_tmp$1 = $ifaceNil;
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	zr.prototype.Read = function(dst) { return this.$val.Read(dst); };
	ptrType$1.methods = [{prop: "Equal", name: "Equal", pkg: "", typ: $funcType([crypto.PublicKey], [$Bool], false)}];
	ptrType$2.methods = [{prop: "Public", name: "Public", pkg: "", typ: $funcType([], [crypto.PublicKey], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([crypto.PrivateKey], [$Bool], false)}, {prop: "Sign", name: "Sign", pkg: "", typ: $funcType([io.Reader, sliceType, crypto.SignerOpts], [sliceType, $error], false)}];
	ptrType$6.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}];
	invertible.init([{prop: "Inverse", name: "Inverse", pkg: "", typ: $funcType([ptrType], [ptrType], false)}]);
	combinedMult.init([{prop: "CombinedMult", name: "CombinedMult", pkg: "", typ: $funcType([ptrType, ptrType, sliceType, sliceType], [ptrType, ptrType], false)}]);
	PublicKey.init("", [{prop: "Curve", name: "Curve", embedded: true, exported: true, typ: elliptic.Curve, tag: ""}, {prop: "X", name: "X", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: ptrType, tag: ""}]);
	PrivateKey.init("", [{prop: "PublicKey", name: "PublicKey", embedded: true, exported: true, typ: PublicKey, tag: ""}, {prop: "D", name: "D", embedded: false, exported: true, typ: ptrType, tag: ""}]);
	zr.init("", [{prop: "Reader", name: "Reader", embedded: true, exported: true, typ: io.Reader, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = crypto.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = aes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cipher.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = elliptic.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = randutil.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha512.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cryptobyte.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = asn1.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		one = new big.Int.ptr(false, big.nat.nil).SetInt64(new $Int64(0, 1));
		errZeroParam = errors.New("zero parameter");
		zeroReader = new zr.ptr($ifaceNil);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/ed25519/internal/edwards25519/field"] = (function() {
	var $pkg = {}, $init, subtle, binary, bits, uint128, Element, arrayType, arrayType$1, sliceType, ptrType, ptrType$1, feZero, feOne, sqrtM1, mul64, addMul64, shiftRightBy51, feMulGeneric, feSquareGeneric, feMul, feSquare, mask64Bits, mul51;
	subtle = $packages["crypto/subtle"];
	binary = $packages["encoding/binary"];
	bits = $packages["math/bits"];
	uint128 = $pkg.uint128 = $newType(0, $kindStruct, "field.uint128", true, "crypto/ed25519/internal/edwards25519/field", false, function(lo_, hi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.lo = new $Uint64(0, 0);
			this.hi = new $Uint64(0, 0);
			return;
		}
		this.lo = lo_;
		this.hi = hi_;
	});
	Element = $pkg.Element = $newType(0, $kindStruct, "field.Element", true, "crypto/ed25519/internal/edwards25519/field", true, function(l0_, l1_, l2_, l3_, l4_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.l0 = new $Uint64(0, 0);
			this.l1 = new $Uint64(0, 0);
			this.l2 = new $Uint64(0, 0);
			this.l3 = new $Uint64(0, 0);
			this.l4 = new $Uint64(0, 0);
			return;
		}
		this.l0 = l0_;
		this.l1 = l1_;
		this.l2 = l2_;
		this.l3 = l3_;
		this.l4 = l4_;
	});
	arrayType = $arrayType($Uint8, 32);
	arrayType$1 = $arrayType($Uint8, 8);
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(Element);
	ptrType$1 = $ptrType(arrayType);
	mul64 = function(a, b) {
		var _tuple, a, b, hi, lo;
		_tuple = bits.Mul64(a, b);
		hi = _tuple[0];
		lo = _tuple[1];
		return new uint128.ptr(lo, hi);
	};
	addMul64 = function(v, a, b) {
		var _tuple, _tuple$1, _tuple$2, a, b, c, hi, lo, v;
		_tuple = bits.Mul64(a, b);
		hi = _tuple[0];
		lo = _tuple[1];
		_tuple$1 = bits.Add64(lo, v.lo, new $Uint64(0, 0));
		lo = _tuple$1[0];
		c = _tuple$1[1];
		_tuple$2 = bits.Add64(hi, v.hi, c);
		hi = _tuple$2[0];
		return new uint128.ptr(lo, hi);
	};
	shiftRightBy51 = function(a) {
		var a, x, x$1;
		return (x = $shiftLeft64(a.hi, 13), x$1 = $shiftRightUint64(a.lo, 51), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
	};
	feMulGeneric = function(v, a, b) {
		var a, a0, a1, a1_19, a2, a2_19, a3, a3_19, a4, a4_19, b, b0, b1, b2, b3, b4, c0, c1, c2, c3, c4, r0, r1, r2, r3, r4, rr0, rr1, rr2, rr3, rr4, v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		a0 = a.l0;
		a1 = a.l1;
		a2 = a.l2;
		a3 = a.l3;
		a4 = a.l4;
		b0 = b.l0;
		b1 = b.l1;
		b2 = b.l2;
		b3 = b.l3;
		b4 = b.l4;
		a1_19 = $mul64(a1, new $Uint64(0, 19));
		a2_19 = $mul64(a2, new $Uint64(0, 19));
		a3_19 = $mul64(a3, new $Uint64(0, 19));
		a4_19 = $mul64(a4, new $Uint64(0, 19));
		r0 = $clone(mul64(a0, b0), uint128);
		uint128.copy(r0, addMul64($clone(r0, uint128), a1_19, b4));
		uint128.copy(r0, addMul64($clone(r0, uint128), a2_19, b3));
		uint128.copy(r0, addMul64($clone(r0, uint128), a3_19, b2));
		uint128.copy(r0, addMul64($clone(r0, uint128), a4_19, b1));
		r1 = $clone(mul64(a0, b1), uint128);
		uint128.copy(r1, addMul64($clone(r1, uint128), a1, b0));
		uint128.copy(r1, addMul64($clone(r1, uint128), a2_19, b4));
		uint128.copy(r1, addMul64($clone(r1, uint128), a3_19, b3));
		uint128.copy(r1, addMul64($clone(r1, uint128), a4_19, b2));
		r2 = $clone(mul64(a0, b2), uint128);
		uint128.copy(r2, addMul64($clone(r2, uint128), a1, b1));
		uint128.copy(r2, addMul64($clone(r2, uint128), a2, b0));
		uint128.copy(r2, addMul64($clone(r2, uint128), a3_19, b4));
		uint128.copy(r2, addMul64($clone(r2, uint128), a4_19, b3));
		r3 = $clone(mul64(a0, b3), uint128);
		uint128.copy(r3, addMul64($clone(r3, uint128), a1, b2));
		uint128.copy(r3, addMul64($clone(r3, uint128), a2, b1));
		uint128.copy(r3, addMul64($clone(r3, uint128), a3, b0));
		uint128.copy(r3, addMul64($clone(r3, uint128), a4_19, b4));
		r4 = $clone(mul64(a0, b4), uint128);
		uint128.copy(r4, addMul64($clone(r4, uint128), a1, b3));
		uint128.copy(r4, addMul64($clone(r4, uint128), a2, b2));
		uint128.copy(r4, addMul64($clone(r4, uint128), a3, b1));
		uint128.copy(r4, addMul64($clone(r4, uint128), a4, b0));
		c0 = shiftRightBy51($clone(r0, uint128));
		c1 = shiftRightBy51($clone(r1, uint128));
		c2 = shiftRightBy51($clone(r2, uint128));
		c3 = shiftRightBy51($clone(r3, uint128));
		c4 = shiftRightBy51($clone(r4, uint128));
		rr0 = (x = (x$1 = r0.lo, new $Uint64(x$1.$high & 524287, (x$1.$low & 4294967295) >>> 0)), x$2 = $mul64(c4, new $Uint64(0, 19)), new $Uint64(x.$high + x$2.$high, x.$low + x$2.$low));
		rr1 = (x$3 = (x$4 = r1.lo, new $Uint64(x$4.$high & 524287, (x$4.$low & 4294967295) >>> 0)), new $Uint64(x$3.$high + c0.$high, x$3.$low + c0.$low));
		rr2 = (x$5 = (x$6 = r2.lo, new $Uint64(x$6.$high & 524287, (x$6.$low & 4294967295) >>> 0)), new $Uint64(x$5.$high + c1.$high, x$5.$low + c1.$low));
		rr3 = (x$7 = (x$8 = r3.lo, new $Uint64(x$8.$high & 524287, (x$8.$low & 4294967295) >>> 0)), new $Uint64(x$7.$high + c2.$high, x$7.$low + c2.$low));
		rr4 = (x$9 = (x$10 = r4.lo, new $Uint64(x$10.$high & 524287, (x$10.$low & 4294967295) >>> 0)), new $Uint64(x$9.$high + c3.$high, x$9.$low + c3.$low));
		Element.copy(v, new Element.ptr(rr0, rr1, rr2, rr3, rr4));
		v.carryPropagate();
	};
	feSquareGeneric = function(v, a) {
		var a, c0, c1, c2, c3, c4, l0, l0_2, l1, l1_2, l1_38, l2, l2_38, l3, l3_19, l3_38, l4, l4_19, r0, r1, r2, r3, r4, rr0, rr1, rr2, rr3, rr4, v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		l0 = a.l0;
		l1 = a.l1;
		l2 = a.l2;
		l3 = a.l3;
		l4 = a.l4;
		l0_2 = $mul64(l0, new $Uint64(0, 2));
		l1_2 = $mul64(l1, new $Uint64(0, 2));
		l1_38 = $mul64(l1, new $Uint64(0, 38));
		l2_38 = $mul64(l2, new $Uint64(0, 38));
		l3_38 = $mul64(l3, new $Uint64(0, 38));
		l3_19 = $mul64(l3, new $Uint64(0, 19));
		l4_19 = $mul64(l4, new $Uint64(0, 19));
		r0 = $clone(mul64(l0, l0), uint128);
		uint128.copy(r0, addMul64($clone(r0, uint128), l1_38, l4));
		uint128.copy(r0, addMul64($clone(r0, uint128), l2_38, l3));
		r1 = $clone(mul64(l0_2, l1), uint128);
		uint128.copy(r1, addMul64($clone(r1, uint128), l2_38, l4));
		uint128.copy(r1, addMul64($clone(r1, uint128), l3_19, l3));
		r2 = $clone(mul64(l0_2, l2), uint128);
		uint128.copy(r2, addMul64($clone(r2, uint128), l1, l1));
		uint128.copy(r2, addMul64($clone(r2, uint128), l3_38, l4));
		r3 = $clone(mul64(l0_2, l3), uint128);
		uint128.copy(r3, addMul64($clone(r3, uint128), l1_2, l2));
		uint128.copy(r3, addMul64($clone(r3, uint128), l4_19, l4));
		r4 = $clone(mul64(l0_2, l4), uint128);
		uint128.copy(r4, addMul64($clone(r4, uint128), l1_2, l3));
		uint128.copy(r4, addMul64($clone(r4, uint128), l2, l2));
		c0 = shiftRightBy51($clone(r0, uint128));
		c1 = shiftRightBy51($clone(r1, uint128));
		c2 = shiftRightBy51($clone(r2, uint128));
		c3 = shiftRightBy51($clone(r3, uint128));
		c4 = shiftRightBy51($clone(r4, uint128));
		rr0 = (x = (x$1 = r0.lo, new $Uint64(x$1.$high & 524287, (x$1.$low & 4294967295) >>> 0)), x$2 = $mul64(c4, new $Uint64(0, 19)), new $Uint64(x.$high + x$2.$high, x.$low + x$2.$low));
		rr1 = (x$3 = (x$4 = r1.lo, new $Uint64(x$4.$high & 524287, (x$4.$low & 4294967295) >>> 0)), new $Uint64(x$3.$high + c0.$high, x$3.$low + c0.$low));
		rr2 = (x$5 = (x$6 = r2.lo, new $Uint64(x$6.$high & 524287, (x$6.$low & 4294967295) >>> 0)), new $Uint64(x$5.$high + c1.$high, x$5.$low + c1.$low));
		rr3 = (x$7 = (x$8 = r3.lo, new $Uint64(x$8.$high & 524287, (x$8.$low & 4294967295) >>> 0)), new $Uint64(x$7.$high + c2.$high, x$7.$low + c2.$low));
		rr4 = (x$9 = (x$10 = r4.lo, new $Uint64(x$10.$high & 524287, (x$10.$low & 4294967295) >>> 0)), new $Uint64(x$9.$high + c3.$high, x$9.$low + c3.$low));
		Element.copy(v, new Element.ptr(rr0, rr1, rr2, rr3, rr4));
		v.carryPropagate();
	};
	Element.ptr.prototype.carryPropagateGeneric = function() {
		var c0, c1, c2, c3, c4, v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		c0 = $shiftRightUint64(v.l0, 51);
		c1 = $shiftRightUint64(v.l1, 51);
		c2 = $shiftRightUint64(v.l2, 51);
		c3 = $shiftRightUint64(v.l3, 51);
		c4 = $shiftRightUint64(v.l4, 51);
		v.l0 = (x = (x$1 = v.l0, new $Uint64(x$1.$high & 524287, (x$1.$low & 4294967295) >>> 0)), x$2 = $mul64(c4, new $Uint64(0, 19)), new $Uint64(x.$high + x$2.$high, x.$low + x$2.$low));
		v.l1 = (x$3 = (x$4 = v.l1, new $Uint64(x$4.$high & 524287, (x$4.$low & 4294967295) >>> 0)), new $Uint64(x$3.$high + c0.$high, x$3.$low + c0.$low));
		v.l2 = (x$5 = (x$6 = v.l2, new $Uint64(x$6.$high & 524287, (x$6.$low & 4294967295) >>> 0)), new $Uint64(x$5.$high + c1.$high, x$5.$low + c1.$low));
		v.l3 = (x$7 = (x$8 = v.l3, new $Uint64(x$8.$high & 524287, (x$8.$low & 4294967295) >>> 0)), new $Uint64(x$7.$high + c2.$high, x$7.$low + c2.$low));
		v.l4 = (x$9 = (x$10 = v.l4, new $Uint64(x$10.$high & 524287, (x$10.$low & 4294967295) >>> 0)), new $Uint64(x$9.$high + c3.$high, x$9.$low + c3.$low));
		return v;
	};
	Element.prototype.carryPropagateGeneric = function() { return this.$val.carryPropagateGeneric(); };
	Element.ptr.prototype.carryPropagate = function() {
		var v;
		v = this;
		return v.carryPropagateGeneric();
	};
	Element.prototype.carryPropagate = function() { return this.$val.carryPropagate(); };
	feMul = function(v, x, y) {
		var v, x, y;
		feMulGeneric(v, x, y);
	};
	feSquare = function(v, x) {
		var v, x;
		feSquareGeneric(v, x);
	};
	Element.ptr.prototype.Zero = function() {
		var v;
		v = this;
		Element.copy(v, feZero);
		return v;
	};
	Element.prototype.Zero = function() { return this.$val.Zero(); };
	Element.ptr.prototype.One = function() {
		var v;
		v = this;
		Element.copy(v, feOne);
		return v;
	};
	Element.prototype.One = function() { return this.$val.One(); };
	Element.ptr.prototype.reduce = function() {
		var c, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		v.carryPropagate();
		c = $shiftRightUint64(((x = v.l0, new $Uint64(x.$high + 0, x.$low + 19))), 51);
		c = $shiftRightUint64(((x$1 = v.l1, new $Uint64(x$1.$high + c.$high, x$1.$low + c.$low))), 51);
		c = $shiftRightUint64(((x$2 = v.l2, new $Uint64(x$2.$high + c.$high, x$2.$low + c.$low))), 51);
		c = $shiftRightUint64(((x$3 = v.l3, new $Uint64(x$3.$high + c.$high, x$3.$low + c.$low))), 51);
		c = $shiftRightUint64(((x$4 = v.l4, new $Uint64(x$4.$high + c.$high, x$4.$low + c.$low))), 51);
		v.l0 = (x$5 = v.l0, x$6 = $mul64(new $Uint64(0, 19), c), new $Uint64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		v.l1 = (x$7 = v.l1, x$8 = $shiftRightUint64(v.l0, 51), new $Uint64(x$7.$high + x$8.$high, x$7.$low + x$8.$low));
		v.l0 = (x$9 = v.l0, new $Uint64(x$9.$high & 524287, (x$9.$low & 4294967295) >>> 0));
		v.l2 = (x$10 = v.l2, x$11 = $shiftRightUint64(v.l1, 51), new $Uint64(x$10.$high + x$11.$high, x$10.$low + x$11.$low));
		v.l1 = (x$12 = v.l1, new $Uint64(x$12.$high & 524287, (x$12.$low & 4294967295) >>> 0));
		v.l3 = (x$13 = v.l3, x$14 = $shiftRightUint64(v.l2, 51), new $Uint64(x$13.$high + x$14.$high, x$13.$low + x$14.$low));
		v.l2 = (x$15 = v.l2, new $Uint64(x$15.$high & 524287, (x$15.$low & 4294967295) >>> 0));
		v.l4 = (x$16 = v.l4, x$17 = $shiftRightUint64(v.l3, 51), new $Uint64(x$16.$high + x$17.$high, x$16.$low + x$17.$low));
		v.l3 = (x$18 = v.l3, new $Uint64(x$18.$high & 524287, (x$18.$low & 4294967295) >>> 0));
		v.l4 = (x$19 = v.l4, new $Uint64(x$19.$high & 524287, (x$19.$low & 4294967295) >>> 0));
		return v;
	};
	Element.prototype.reduce = function() { return this.$val.reduce(); };
	Element.ptr.prototype.Add = function(a, b) {
		var a, b, v, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		v.l0 = (x = a.l0, x$1 = b.l0, new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		v.l1 = (x$2 = a.l1, x$3 = b.l1, new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		v.l2 = (x$4 = a.l2, x$5 = b.l2, new $Uint64(x$4.$high + x$5.$high, x$4.$low + x$5.$low));
		v.l3 = (x$6 = a.l3, x$7 = b.l3, new $Uint64(x$6.$high + x$7.$high, x$6.$low + x$7.$low));
		v.l4 = (x$8 = a.l4, x$9 = b.l4, new $Uint64(x$8.$high + x$9.$high, x$8.$low + x$9.$low));
		return v.carryPropagateGeneric();
	};
	Element.prototype.Add = function(a, b) { return this.$val.Add(a, b); };
	Element.ptr.prototype.Subtract = function(a, b) {
		var a, b, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		v.l0 = (x = (x$1 = a.l0, new $Uint64(x$1.$high + 1048575, x$1.$low + 4294967258)), x$2 = b.l0, new $Uint64(x.$high - x$2.$high, x.$low - x$2.$low));
		v.l1 = (x$3 = (x$4 = a.l1, new $Uint64(x$4.$high + 1048575, x$4.$low + 4294967294)), x$5 = b.l1, new $Uint64(x$3.$high - x$5.$high, x$3.$low - x$5.$low));
		v.l2 = (x$6 = (x$7 = a.l2, new $Uint64(x$7.$high + 1048575, x$7.$low + 4294967294)), x$8 = b.l2, new $Uint64(x$6.$high - x$8.$high, x$6.$low - x$8.$low));
		v.l3 = (x$9 = (x$10 = a.l3, new $Uint64(x$10.$high + 1048575, x$10.$low + 4294967294)), x$11 = b.l3, new $Uint64(x$9.$high - x$11.$high, x$9.$low - x$11.$low));
		v.l4 = (x$12 = (x$13 = a.l4, new $Uint64(x$13.$high + 1048575, x$13.$low + 4294967294)), x$14 = b.l4, new $Uint64(x$12.$high - x$14.$high, x$12.$low - x$14.$low));
		return v.carryPropagate();
	};
	Element.prototype.Subtract = function(a, b) { return this.$val.Subtract(a, b); };
	Element.ptr.prototype.Negate = function(a) {
		var a, v;
		v = this;
		return v.Subtract(feZero, a);
	};
	Element.prototype.Negate = function(a) { return this.$val.Negate(a); };
	Element.ptr.prototype.Invert = function(z) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, i, i$1, i$2, i$3, i$4, i$5, i$6, t, v, z, z11, z2, z2_100_0, z2_10_0, z2_20_0, z2_50_0, z2_5_0, z9;
		v = this;
		_tmp = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$4 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$5 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$6 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$7 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$8 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		z2 = $clone(_tmp, Element);
		z9 = $clone(_tmp$1, Element);
		z11 = $clone(_tmp$2, Element);
		z2_5_0 = $clone(_tmp$3, Element);
		z2_10_0 = $clone(_tmp$4, Element);
		z2_20_0 = $clone(_tmp$5, Element);
		z2_50_0 = $clone(_tmp$6, Element);
		z2_100_0 = $clone(_tmp$7, Element);
		t = $clone(_tmp$8, Element);
		z2.Square(z);
		t.Square(z2);
		t.Square(t);
		z9.Multiply(t, z);
		z11.Multiply(z9, z2);
		t.Square(z11);
		z2_5_0.Multiply(t, z9);
		t.Square(z2_5_0);
		i = 0;
		while (true) {
			if (!(i < 4)) { break; }
			t.Square(t);
			i = i + (1) >> 0;
		}
		z2_10_0.Multiply(t, z2_5_0);
		t.Square(z2_10_0);
		i$1 = 0;
		while (true) {
			if (!(i$1 < 9)) { break; }
			t.Square(t);
			i$1 = i$1 + (1) >> 0;
		}
		z2_20_0.Multiply(t, z2_10_0);
		t.Square(z2_20_0);
		i$2 = 0;
		while (true) {
			if (!(i$2 < 19)) { break; }
			t.Square(t);
			i$2 = i$2 + (1) >> 0;
		}
		t.Multiply(t, z2_20_0);
		t.Square(t);
		i$3 = 0;
		while (true) {
			if (!(i$3 < 9)) { break; }
			t.Square(t);
			i$3 = i$3 + (1) >> 0;
		}
		z2_50_0.Multiply(t, z2_10_0);
		t.Square(z2_50_0);
		i$4 = 0;
		while (true) {
			if (!(i$4 < 49)) { break; }
			t.Square(t);
			i$4 = i$4 + (1) >> 0;
		}
		z2_100_0.Multiply(t, z2_50_0);
		t.Square(z2_100_0);
		i$5 = 0;
		while (true) {
			if (!(i$5 < 99)) { break; }
			t.Square(t);
			i$5 = i$5 + (1) >> 0;
		}
		t.Multiply(t, z2_100_0);
		t.Square(t);
		i$6 = 0;
		while (true) {
			if (!(i$6 < 49)) { break; }
			t.Square(t);
			i$6 = i$6 + (1) >> 0;
		}
		t.Multiply(t, z2_50_0);
		t.Square(t);
		t.Square(t);
		t.Square(t);
		t.Square(t);
		t.Square(t);
		return v.Multiply(t, z11);
	};
	Element.prototype.Invert = function(z) { return this.$val.Invert(z); };
	Element.ptr.prototype.Set = function(a) {
		var a, v;
		v = this;
		Element.copy(v, a);
		return v;
	};
	Element.prototype.Set = function(a) { return this.$val.Set(a); };
	Element.ptr.prototype.SetBytes = function(x) {
		var v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		if (!((x.$length === 32))) {
			$panic(new $String("edwards25519: invalid field element input size"));
		}
		v.l0 = $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 0, 8));
		v.l0 = (x$1 = v.l0, x$2 = new $Uint64(524287, 4294967295), new $Uint64(x$1.$high & x$2.$high, (x$1.$low & x$2.$low) >>> 0));
		v.l1 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 6, 14)), 3);
		v.l1 = (x$3 = v.l1, x$4 = new $Uint64(524287, 4294967295), new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0));
		v.l2 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 12, 20)), 6);
		v.l2 = (x$5 = v.l2, x$6 = new $Uint64(524287, 4294967295), new $Uint64(x$5.$high & x$6.$high, (x$5.$low & x$6.$low) >>> 0));
		v.l3 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 19, 27)), 1);
		v.l3 = (x$7 = v.l3, x$8 = new $Uint64(524287, 4294967295), new $Uint64(x$7.$high & x$8.$high, (x$7.$low & x$8.$low) >>> 0));
		v.l4 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 24, 32)), 12);
		v.l4 = (x$9 = v.l4, x$10 = new $Uint64(524287, 4294967295), new $Uint64(x$9.$high & x$10.$high, (x$9.$low & x$10.$low) >>> 0));
		return v;
	};
	Element.prototype.SetBytes = function(x) { return this.$val.SetBytes(x); };
	Element.ptr.prototype.Bytes = function() {
		var out, v;
		v = this;
		out = arrayType.zero();
		return v.bytes(out);
	};
	Element.prototype.Bytes = function() { return this.$val.Bytes(); };
	Element.ptr.prototype.bytes = function(out) {
		var _i, _i$1, _q, _r, _ref, _ref$1, bb, bitsOffset, buf, i, i$1, l, off, out, t, v, x, x$1;
		v = this;
		t = $clone(v, Element);
		t.reduce();
		buf = arrayType$1.zero();
		_ref = $toNativeArray($kindUint64, [t.l0, t.l1, t.l2, t.l3, t.l4]);
		_i = 0;
		while (true) {
			if (!(_i < 5)) { break; }
			i = _i;
			l = ((_i < 0 || _i >= _ref.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref[_i]);
			bitsOffset = $imul(i, 51);
			$clone(binary.LittleEndian, binary.littleEndian).PutUint64(new sliceType(buf), $shiftLeft64(l, (((_r = bitsOffset % 8, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >>> 0))));
			_ref$1 = buf;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < 8)) { break; }
				i$1 = _i$1;
				bb = ((_i$1 < 0 || _i$1 >= _ref$1.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1[_i$1]);
				off = (_q = bitsOffset / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) + i$1 >> 0;
				if (off >= 32) {
					break;
				}
				(x$1 = out, ((off < 0 || off >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[off] = (((x = out, ((off < 0 || off >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[off])) | (bb)) >>> 0)));
				_i$1++;
			}
			_i++;
		}
		return new sliceType(out);
	};
	Element.prototype.bytes = function(out) { return this.$val.bytes(out); };
	Element.ptr.prototype.Equal = function(u) {
		var _tmp, _tmp$1, sa, sv, u, v;
		v = this;
		_tmp = u.Bytes();
		_tmp$1 = v.Bytes();
		sa = _tmp;
		sv = _tmp$1;
		return subtle.ConstantTimeCompare(sa, sv);
	};
	Element.prototype.Equal = function(u) { return this.$val.Equal(u); };
	mask64Bits = function(cond) {
		var cond, x, x$1;
		return (x = (x$1 = (new $Uint64(0, cond)), new $Uint64(x$1.$high - 0, x$1.$low - 1)), new $Uint64(~x.$high, ~x.$low >>> 0));
	};
	Element.ptr.prototype.Select = function(a, b, cond) {
		var a, b, cond, m, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		m = mask64Bits(cond);
		v.l0 = (x = (x$1 = a.l0, new $Uint64(m.$high & x$1.$high, (m.$low & x$1.$low) >>> 0)), x$2 = (x$3 = new $Uint64(~m.$high, ~m.$low >>> 0), x$4 = b.l0, new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0)), new $Uint64(x.$high | x$2.$high, (x.$low | x$2.$low) >>> 0));
		v.l1 = (x$5 = (x$6 = a.l1, new $Uint64(m.$high & x$6.$high, (m.$low & x$6.$low) >>> 0)), x$7 = (x$8 = new $Uint64(~m.$high, ~m.$low >>> 0), x$9 = b.l1, new $Uint64(x$8.$high & x$9.$high, (x$8.$low & x$9.$low) >>> 0)), new $Uint64(x$5.$high | x$7.$high, (x$5.$low | x$7.$low) >>> 0));
		v.l2 = (x$10 = (x$11 = a.l2, new $Uint64(m.$high & x$11.$high, (m.$low & x$11.$low) >>> 0)), x$12 = (x$13 = new $Uint64(~m.$high, ~m.$low >>> 0), x$14 = b.l2, new $Uint64(x$13.$high & x$14.$high, (x$13.$low & x$14.$low) >>> 0)), new $Uint64(x$10.$high | x$12.$high, (x$10.$low | x$12.$low) >>> 0));
		v.l3 = (x$15 = (x$16 = a.l3, new $Uint64(m.$high & x$16.$high, (m.$low & x$16.$low) >>> 0)), x$17 = (x$18 = new $Uint64(~m.$high, ~m.$low >>> 0), x$19 = b.l3, new $Uint64(x$18.$high & x$19.$high, (x$18.$low & x$19.$low) >>> 0)), new $Uint64(x$15.$high | x$17.$high, (x$15.$low | x$17.$low) >>> 0));
		v.l4 = (x$20 = (x$21 = a.l4, new $Uint64(m.$high & x$21.$high, (m.$low & x$21.$low) >>> 0)), x$22 = (x$23 = new $Uint64(~m.$high, ~m.$low >>> 0), x$24 = b.l4, new $Uint64(x$23.$high & x$24.$high, (x$23.$low & x$24.$low) >>> 0)), new $Uint64(x$20.$high | x$22.$high, (x$20.$low | x$22.$low) >>> 0));
		return v;
	};
	Element.prototype.Select = function(a, b, cond) { return this.$val.Select(a, b, cond); };
	Element.ptr.prototype.Swap = function(u, cond) {
		var cond, m, t, u, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		m = mask64Bits(cond);
		t = (x = (x$1 = v.l0, x$2 = u.l0, new $Uint64(x$1.$high ^ x$2.$high, (x$1.$low ^ x$2.$low) >>> 0)), new $Uint64(m.$high & x.$high, (m.$low & x.$low) >>> 0));
		v.l0 = (x$3 = v.l0, x$4 = t, new $Uint64(x$3.$high ^ x$4.$high, (x$3.$low ^ x$4.$low) >>> 0));
		u.l0 = (x$5 = u.l0, x$6 = t, new $Uint64(x$5.$high ^ x$6.$high, (x$5.$low ^ x$6.$low) >>> 0));
		t = (x$7 = (x$8 = v.l1, x$9 = u.l1, new $Uint64(x$8.$high ^ x$9.$high, (x$8.$low ^ x$9.$low) >>> 0)), new $Uint64(m.$high & x$7.$high, (m.$low & x$7.$low) >>> 0));
		v.l1 = (x$10 = v.l1, x$11 = t, new $Uint64(x$10.$high ^ x$11.$high, (x$10.$low ^ x$11.$low) >>> 0));
		u.l1 = (x$12 = u.l1, x$13 = t, new $Uint64(x$12.$high ^ x$13.$high, (x$12.$low ^ x$13.$low) >>> 0));
		t = (x$14 = (x$15 = v.l2, x$16 = u.l2, new $Uint64(x$15.$high ^ x$16.$high, (x$15.$low ^ x$16.$low) >>> 0)), new $Uint64(m.$high & x$14.$high, (m.$low & x$14.$low) >>> 0));
		v.l2 = (x$17 = v.l2, x$18 = t, new $Uint64(x$17.$high ^ x$18.$high, (x$17.$low ^ x$18.$low) >>> 0));
		u.l2 = (x$19 = u.l2, x$20 = t, new $Uint64(x$19.$high ^ x$20.$high, (x$19.$low ^ x$20.$low) >>> 0));
		t = (x$21 = (x$22 = v.l3, x$23 = u.l3, new $Uint64(x$22.$high ^ x$23.$high, (x$22.$low ^ x$23.$low) >>> 0)), new $Uint64(m.$high & x$21.$high, (m.$low & x$21.$low) >>> 0));
		v.l3 = (x$24 = v.l3, x$25 = t, new $Uint64(x$24.$high ^ x$25.$high, (x$24.$low ^ x$25.$low) >>> 0));
		u.l3 = (x$26 = u.l3, x$27 = t, new $Uint64(x$26.$high ^ x$27.$high, (x$26.$low ^ x$27.$low) >>> 0));
		t = (x$28 = (x$29 = v.l4, x$30 = u.l4, new $Uint64(x$29.$high ^ x$30.$high, (x$29.$low ^ x$30.$low) >>> 0)), new $Uint64(m.$high & x$28.$high, (m.$low & x$28.$low) >>> 0));
		v.l4 = (x$31 = v.l4, x$32 = t, new $Uint64(x$31.$high ^ x$32.$high, (x$31.$low ^ x$32.$low) >>> 0));
		u.l4 = (x$33 = u.l4, x$34 = t, new $Uint64(x$33.$high ^ x$34.$high, (x$33.$low ^ x$34.$low) >>> 0));
	};
	Element.prototype.Swap = function(u, cond) { return this.$val.Swap(u, cond); };
	Element.ptr.prototype.IsNegative = function() {
		var v, x;
		v = this;
		return (((((x = v.Bytes(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) & 1) >>> 0) >> 0));
	};
	Element.prototype.IsNegative = function() { return this.$val.IsNegative(); };
	Element.ptr.prototype.Absolute = function(u) {
		var u, v;
		v = this;
		return v.Select(new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Negate(u), u, u.IsNegative());
	};
	Element.prototype.Absolute = function(u) { return this.$val.Absolute(u); };
	Element.ptr.prototype.Multiply = function(x, y) {
		var v, x, y;
		v = this;
		feMul(v, x, y);
		return v;
	};
	Element.prototype.Multiply = function(x, y) { return this.$val.Multiply(x, y); };
	Element.ptr.prototype.Square = function(x) {
		var v, x;
		v = this;
		feSquare(v, x);
		return v;
	};
	Element.prototype.Square = function(x) { return this.$val.Square(x); };
	Element.ptr.prototype.Mult32 = function(x, y) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, v, x, x$1, x0hi, x0lo, x1hi, x1lo, x2hi, x2lo, x3hi, x3lo, x4hi, x4lo, y;
		v = this;
		_tuple = mul51(x.l0, y);
		x0lo = _tuple[0];
		x0hi = _tuple[1];
		_tuple$1 = mul51(x.l1, y);
		x1lo = _tuple$1[0];
		x1hi = _tuple$1[1];
		_tuple$2 = mul51(x.l2, y);
		x2lo = _tuple$2[0];
		x2hi = _tuple$2[1];
		_tuple$3 = mul51(x.l3, y);
		x3lo = _tuple$3[0];
		x3hi = _tuple$3[1];
		_tuple$4 = mul51(x.l4, y);
		x4lo = _tuple$4[0];
		x4hi = _tuple$4[1];
		v.l0 = (x$1 = $mul64(new $Uint64(0, 19), x4hi), new $Uint64(x0lo.$high + x$1.$high, x0lo.$low + x$1.$low));
		v.l1 = new $Uint64(x1lo.$high + x0hi.$high, x1lo.$low + x0hi.$low);
		v.l2 = new $Uint64(x2lo.$high + x1hi.$high, x2lo.$low + x1hi.$low);
		v.l3 = new $Uint64(x3lo.$high + x2hi.$high, x3lo.$low + x2hi.$low);
		v.l4 = new $Uint64(x4lo.$high + x3hi.$high, x4lo.$low + x3hi.$low);
		return v;
	};
	Element.prototype.Mult32 = function(x, y) { return this.$val.Mult32(x, y); };
	mul51 = function(a, b) {
		var _tuple, a, b, hi, lo, mh, ml, x, x$1;
		lo = new $Uint64(0, 0);
		hi = new $Uint64(0, 0);
		_tuple = bits.Mul64(a, (new $Uint64(0, b)));
		mh = _tuple[0];
		ml = _tuple[1];
		lo = new $Uint64(ml.$high & 524287, (ml.$low & 4294967295) >>> 0);
		hi = (x = $shiftLeft64(mh, 13), x$1 = $shiftRightUint64(ml, 51), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		return [lo, hi];
	};
	Element.ptr.prototype.Pow22523 = function(x) {
		var _tmp, _tmp$1, _tmp$2, i, i$1, i$2, i$3, i$4, i$5, i$6, t0, t1, t2, v, x;
		v = this;
		_tmp = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		t0 = $clone(_tmp, Element);
		t1 = $clone(_tmp$1, Element);
		t2 = $clone(_tmp$2, Element);
		t0.Square(x);
		t1.Square(t0);
		t1.Square(t1);
		t1.Multiply(x, t1);
		t0.Multiply(t0, t1);
		t0.Square(t0);
		t0.Multiply(t1, t0);
		t1.Square(t0);
		i = 1;
		while (true) {
			if (!(i < 5)) { break; }
			t1.Square(t1);
			i = i + (1) >> 0;
		}
		t0.Multiply(t1, t0);
		t1.Square(t0);
		i$1 = 1;
		while (true) {
			if (!(i$1 < 10)) { break; }
			t1.Square(t1);
			i$1 = i$1 + (1) >> 0;
		}
		t1.Multiply(t1, t0);
		t2.Square(t1);
		i$2 = 1;
		while (true) {
			if (!(i$2 < 20)) { break; }
			t2.Square(t2);
			i$2 = i$2 + (1) >> 0;
		}
		t1.Multiply(t2, t1);
		t1.Square(t1);
		i$3 = 1;
		while (true) {
			if (!(i$3 < 10)) { break; }
			t1.Square(t1);
			i$3 = i$3 + (1) >> 0;
		}
		t0.Multiply(t1, t0);
		t1.Square(t0);
		i$4 = 1;
		while (true) {
			if (!(i$4 < 50)) { break; }
			t1.Square(t1);
			i$4 = i$4 + (1) >> 0;
		}
		t1.Multiply(t1, t0);
		t2.Square(t1);
		i$5 = 1;
		while (true) {
			if (!(i$5 < 100)) { break; }
			t2.Square(t2);
			i$5 = i$5 + (1) >> 0;
		}
		t1.Multiply(t2, t1);
		t1.Square(t1);
		i$6 = 1;
		while (true) {
			if (!(i$6 < 50)) { break; }
			t1.Square(t1);
			i$6 = i$6 + (1) >> 0;
		}
		t0.Multiply(t1, t0);
		t0.Square(t0);
		t0.Square(t0);
		return v.Multiply(t0, x);
	};
	Element.prototype.Pow22523 = function(x) { return this.$val.Pow22523(x); };
	Element.ptr.prototype.SqrtRatio = function(u, v) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, a, b, check, correctSignSqrt, flippedSignSqrt, flippedSignSqrtI, r, rPrime, rr, u, uNeg, uv3, uv7, v, v2, wasSquare;
		rr = ptrType.nil;
		wasSquare = 0;
		r = this;
		_tmp = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		a = $clone(_tmp, Element);
		b = $clone(_tmp$1, Element);
		v2 = a.Square(v);
		uv3 = b.Multiply(u, b.Multiply(v2, v));
		uv7 = a.Multiply(uv3, a.Square(v2));
		r.Multiply(uv3, r.Pow22523(uv7));
		check = a.Multiply(v, a.Square(r));
		uNeg = b.Negate(u);
		correctSignSqrt = check.Equal(u);
		flippedSignSqrt = check.Equal(uNeg);
		flippedSignSqrtI = check.Equal(uNeg.Multiply(uNeg, sqrtM1));
		rPrime = b.Multiply(r, sqrtM1);
		r.Select(rPrime, r, flippedSignSqrt | flippedSignSqrtI);
		r.Absolute(r);
		_tmp$2 = r;
		_tmp$3 = correctSignSqrt | flippedSignSqrt;
		rr = _tmp$2;
		wasSquare = _tmp$3;
		return [rr, wasSquare];
	};
	Element.prototype.SqrtRatio = function(u, v) { return this.$val.SqrtRatio(u, v); };
	ptrType.methods = [{prop: "carryPropagateGeneric", name: "carryPropagateGeneric", pkg: "crypto/ed25519/internal/edwards25519/field", typ: $funcType([], [ptrType], false)}, {prop: "carryPropagate", name: "carryPropagate", pkg: "crypto/ed25519/internal/edwards25519/field", typ: $funcType([], [ptrType], false)}, {prop: "Zero", name: "Zero", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "One", name: "One", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "reduce", name: "reduce", pkg: "crypto/ed25519/internal/edwards25519/field", typ: $funcType([], [ptrType], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Subtract", name: "Subtract", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Negate", name: "Negate", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Invert", name: "Invert", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/ed25519/internal/edwards25519/field", typ: $funcType([ptrType$1], [sliceType], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType], [$Int], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType, ptrType, $Int], [ptrType], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([ptrType, $Int], [], false)}, {prop: "IsNegative", name: "IsNegative", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Absolute", name: "Absolute", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Multiply", name: "Multiply", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Square", name: "Square", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Mult32", name: "Mult32", pkg: "", typ: $funcType([ptrType, $Uint32], [ptrType], false)}, {prop: "Pow22523", name: "Pow22523", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "SqrtRatio", name: "SqrtRatio", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType, $Int], false)}];
	uint128.init("crypto/ed25519/internal/edwards25519/field", [{prop: "lo", name: "lo", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "hi", name: "hi", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	Element.init("crypto/ed25519/internal/edwards25519/field", [{prop: "l0", name: "l0", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l1", name: "l1", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l2", name: "l2", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l3", name: "l3", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l4", name: "l4", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		feZero = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		feOne = new Element.ptr(new $Uint64(0, 1), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		sqrtM1 = new Element.ptr(new $Uint64(400167, 1242472624), new $Uint64(54693, 4237236381), new $Uint64(520030, 2629635168), new $Uint64(492949, 2793426078), new $Uint64(178226, 1208286237));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/ed25519/internal/edwards25519"] = (function() {
	var $pkg = {}, $init, field, subtle, binary, errors, sync, projLookupTable, affineLookupTable, nafLookupTable5, nafLookupTable8, Scalar, projP1xP1, projP2, Point, incomparable, projCached, affineCached, arrayType, arrayType$1, structType, arrayType$2, structType$1, sliceType, funcType, arrayType$3, arrayType$4, ptrType, sliceType$1, arrayType$5, arrayType$6, arrayType$7, arrayType$8, ptrType$1, arrayType$9, arrayType$10, arrayType$11, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, basepointTablePrecomp, basepointNafTablePrecomp, scZero, scOne, scMinusOne, identity, generator, feOne, d, d2, _tuple, _tuple$1, basepointTable, basepointNafTable, NewScalar, isReduced, load3, load4, scMulAdd, scReduce, checkInitialized, NewIdentityPoint, NewGeneratorPoint, copyFieldElement;
	field = $packages["crypto/ed25519/internal/edwards25519/field"];
	subtle = $packages["crypto/subtle"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	sync = $packages["sync"];
	projLookupTable = $pkg.projLookupTable = $newType(0, $kindStruct, "edwards25519.projLookupTable", true, "crypto/ed25519/internal/edwards25519", false, function(points_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.points = arrayType$5.zero();
			return;
		}
		this.points = points_;
	});
	affineLookupTable = $pkg.affineLookupTable = $newType(0, $kindStruct, "edwards25519.affineLookupTable", true, "crypto/ed25519/internal/edwards25519", false, function(points_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.points = arrayType.zero();
			return;
		}
		this.points = points_;
	});
	nafLookupTable5 = $pkg.nafLookupTable5 = $newType(0, $kindStruct, "edwards25519.nafLookupTable5", true, "crypto/ed25519/internal/edwards25519", false, function(points_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.points = arrayType$5.zero();
			return;
		}
		this.points = points_;
	});
	nafLookupTable8 = $pkg.nafLookupTable8 = $newType(0, $kindStruct, "edwards25519.nafLookupTable8", true, "crypto/ed25519/internal/edwards25519", false, function(points_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.points = arrayType$2.zero();
			return;
		}
		this.points = points_;
	});
	Scalar = $pkg.Scalar = $newType(0, $kindStruct, "edwards25519.Scalar", true, "crypto/ed25519/internal/edwards25519", true, function(s_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = arrayType$7.zero();
			return;
		}
		this.s = s_;
	});
	projP1xP1 = $pkg.projP1xP1 = $newType(0, $kindStruct, "edwards25519.projP1xP1", true, "crypto/ed25519/internal/edwards25519", false, function(X_, Y_, Z_, T_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.X = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.Y = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.Z = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.T = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			return;
		}
		this.X = X_;
		this.Y = Y_;
		this.Z = Z_;
		this.T = T_;
	});
	projP2 = $pkg.projP2 = $newType(0, $kindStruct, "edwards25519.projP2", true, "crypto/ed25519/internal/edwards25519", false, function(X_, Y_, Z_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.X = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.Y = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.Z = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			return;
		}
		this.X = X_;
		this.Y = Y_;
		this.Z = Z_;
	});
	Point = $pkg.Point = $newType(0, $kindStruct, "edwards25519.Point", true, "crypto/ed25519/internal/edwards25519", true, function(x_, y_, z_, t_, _$4_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.x = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.y = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.z = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.t = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this._$4 = arrayType$3.zero();
			return;
		}
		this.x = x_;
		this.y = y_;
		this.z = z_;
		this.t = t_;
		this._$4 = _$4_;
	});
	incomparable = $pkg.incomparable = $newType(0, $kindArray, "edwards25519.incomparable", true, "crypto/ed25519/internal/edwards25519", false, null);
	projCached = $pkg.projCached = $newType(0, $kindStruct, "edwards25519.projCached", true, "crypto/ed25519/internal/edwards25519", false, function(YplusX_, YminusX_, Z_, T2d_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.YplusX = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.YminusX = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.Z = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.T2d = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			return;
		}
		this.YplusX = YplusX_;
		this.YminusX = YminusX_;
		this.Z = Z_;
		this.T2d = T2d_;
	});
	affineCached = $pkg.affineCached = $newType(0, $kindStruct, "edwards25519.affineCached", true, "crypto/ed25519/internal/edwards25519", false, function(YplusX_, YminusX_, T2d_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.YplusX = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.YminusX = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			this.T2d = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
			return;
		}
		this.YplusX = YplusX_;
		this.YminusX = YminusX_;
		this.T2d = T2d_;
	});
	arrayType = $arrayType(affineCached, 8);
	arrayType$1 = $arrayType(affineLookupTable, 32);
	structType = $structType("crypto/ed25519/internal/edwards25519", [{prop: "table", name: "table", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "initOnce", name: "initOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}]);
	arrayType$2 = $arrayType(affineCached, 64);
	structType$1 = $structType("crypto/ed25519/internal/edwards25519", [{prop: "table", name: "table", embedded: false, exported: false, typ: nafLookupTable8, tag: ""}, {prop: "initOnce", name: "initOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}]);
	sliceType = $sliceType($Uint8);
	funcType = $funcType([], [], false);
	arrayType$3 = $arrayType(funcType, 0);
	arrayType$4 = $arrayType($Int8, 64);
	ptrType = $ptrType(Point);
	sliceType$1 = $sliceType(ptrType);
	arrayType$5 = $arrayType(projCached, 8);
	arrayType$6 = $arrayType($Int8, 256);
	arrayType$7 = $arrayType($Uint8, 32);
	arrayType$8 = $arrayType($Uint8, 64);
	ptrType$1 = $ptrType(Scalar);
	arrayType$9 = $arrayType($Int64, 23);
	arrayType$10 = $arrayType($Int64, 17);
	arrayType$11 = $arrayType($Uint64, 5);
	ptrType$2 = $ptrType(projCached);
	ptrType$3 = $ptrType(projLookupTable);
	ptrType$4 = $ptrType(affineCached);
	ptrType$5 = $ptrType(affineLookupTable);
	ptrType$6 = $ptrType(nafLookupTable5);
	ptrType$7 = $ptrType(nafLookupTable8);
	ptrType$8 = $ptrType(projP1xP1);
	ptrType$9 = $ptrType(projP2);
	ptrType$10 = $ptrType(arrayType$7);
	projLookupTable.ptr.prototype.FromP3 = function(q) {
		var i, q, tmpP1xP1, tmpP3, v, x, x$1, x$2;
		v = this;
		v.points[0].FromP3(q);
		tmpP3 = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero());
		tmpP1xP1 = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		i = 0;
		while (true) {
			if (!(i < 7)) { break; }
			(x = v.points, x$1 = i + 1 >> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])).FromP3(tmpP3.fromP1xP1(tmpP1xP1.Add(q, (x$2 = v.points, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])))));
			i = i + (1) >> 0;
		}
	};
	projLookupTable.prototype.FromP3 = function(q) { return this.$val.FromP3(q); };
	affineLookupTable.ptr.prototype.FromP3 = function(q) {
		var i, q, tmpP1xP1, tmpP3, v, x, x$1, x$2;
		v = this;
		v.points[0].FromP3(q);
		tmpP3 = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero());
		tmpP1xP1 = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		i = 0;
		while (true) {
			if (!(i < 7)) { break; }
			(x = v.points, x$1 = i + 1 >> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])).FromP3(tmpP3.fromP1xP1(tmpP1xP1.AddAffine(q, (x$2 = v.points, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])))));
			i = i + (1) >> 0;
		}
	};
	affineLookupTable.prototype.FromP3 = function(q) { return this.$val.FromP3(q); };
	nafLookupTable5.ptr.prototype.FromP3 = function(q) {
		var i, q, q2, tmpP1xP1, tmpP3, v, x, x$1, x$2;
		v = this;
		v.points[0].FromP3(q);
		q2 = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero());
		q2.Add(q, q);
		tmpP3 = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero());
		tmpP1xP1 = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		i = 0;
		while (true) {
			if (!(i < 7)) { break; }
			(x = v.points, x$1 = i + 1 >> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])).FromP3(tmpP3.fromP1xP1(tmpP1xP1.Add(q2, (x$2 = v.points, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])))));
			i = i + (1) >> 0;
		}
	};
	nafLookupTable5.prototype.FromP3 = function(q) { return this.$val.FromP3(q); };
	nafLookupTable8.ptr.prototype.FromP3 = function(q) {
		var i, q, q2, tmpP1xP1, tmpP3, v, x, x$1, x$2;
		v = this;
		v.points[0].FromP3(q);
		q2 = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero());
		q2.Add(q, q);
		tmpP3 = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero());
		tmpP1xP1 = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		i = 0;
		while (true) {
			if (!(i < 63)) { break; }
			(x = v.points, x$1 = i + 1 >> 0, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])).FromP3(tmpP3.fromP1xP1(tmpP1xP1.AddAffine(q2, (x$2 = v.points, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])))));
			i = i + (1) >> 0;
		}
	};
	nafLookupTable8.prototype.FromP3 = function(q) { return this.$val.FromP3(q); };
	projLookupTable.ptr.prototype.SelectInto = function(dest, x) {
		var cond, dest, j, v, x, x$1, x$2, xabs, xmask;
		v = this;
		xmask = x >> 7 << 24 >> 24;
		xabs = ((((((x + xmask << 24 >> 24)) ^ xmask) << 24 >> 24) << 24 >>> 24));
		dest.Zero();
		j = 1;
		while (true) {
			if (!(j <= 8)) { break; }
			cond = subtle.ConstantTimeByteEq(xabs, ((j << 24 >>> 24)));
			dest.Select((x$1 = v.points, x$2 = j - 1 >> 0, ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])), dest, cond);
			j = j + (1) >> 0;
		}
		dest.CondNeg((((xmask & 1) >> 0)));
	};
	projLookupTable.prototype.SelectInto = function(dest, x) { return this.$val.SelectInto(dest, x); };
	affineLookupTable.ptr.prototype.SelectInto = function(dest, x) {
		var cond, dest, j, v, x, x$1, x$2, xabs, xmask;
		v = this;
		xmask = x >> 7 << 24 >> 24;
		xabs = ((((((x + xmask << 24 >> 24)) ^ xmask) << 24 >> 24) << 24 >>> 24));
		dest.Zero();
		j = 1;
		while (true) {
			if (!(j <= 8)) { break; }
			cond = subtle.ConstantTimeByteEq(xabs, ((j << 24 >>> 24)));
			dest.Select((x$1 = v.points, x$2 = j - 1 >> 0, ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])), dest, cond);
			j = j + (1) >> 0;
		}
		dest.CondNeg((((xmask & 1) >> 0)));
	};
	affineLookupTable.prototype.SelectInto = function(dest, x) { return this.$val.SelectInto(dest, x); };
	nafLookupTable5.ptr.prototype.SelectInto = function(dest, x) {
		var _q, dest, v, x, x$1, x$2;
		v = this;
		projCached.copy(dest, (x$1 = v.points, x$2 = (_q = x / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])));
	};
	nafLookupTable5.prototype.SelectInto = function(dest, x) { return this.$val.SelectInto(dest, x); };
	nafLookupTable8.ptr.prototype.SelectInto = function(dest, x) {
		var _q, dest, v, x, x$1, x$2;
		v = this;
		affineCached.copy(dest, (x$1 = v.points, x$2 = (_q = x / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])));
	};
	nafLookupTable8.prototype.SelectInto = function(dest, x) { return this.$val.SelectInto(dest, x); };
	basepointTable = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = basepointTablePrecomp.initOnce.Do((function() {
			var i, j, p, x;
			p = NewGeneratorPoint();
			i = 0;
			while (true) {
				if (!(i < 32)) { break; }
				(x = basepointTablePrecomp.table, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])).FromP3(p);
				j = 0;
				while (true) {
					if (!(j < 8)) { break; }
					p.Add(p, p);
					j = j + (1) >> 0;
				}
				i = i + (1) >> 0;
			}
		})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return basepointTablePrecomp.table;
		/* */ } return; } var $f = {$blk: basepointTable, $c: true, $r, $s};return $f;
	};
	Point.ptr.prototype.ScalarBaseMult = function(x) {
		var {_q, _q$1, _r, basepointTable$1, digits, i, i$1, multiple, tmp1, tmp2, v, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {x});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		_r = basepointTable(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		basepointTable$1 = _r;
		digits = $clone(x.signedRadix16(), arrayType$4);
		multiple = new affineCached.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		tmp1 = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		tmp2 = new projP2.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		v.Set(NewIdentityPoint());
		i = 1;
		while (true) {
			if (!(i < 64)) { break; }
			(x$1 = basepointTable$1, x$2 = (_q = i / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2])).SelectInto(multiple, ((i < 0 || i >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[i]));
			tmp1.AddAffine(v, multiple);
			v.fromP1xP1(tmp1);
			i = i + (2) >> 0;
		}
		tmp2.FromP3(v);
		tmp1.Double(tmp2);
		tmp2.FromP1xP1(tmp1);
		tmp1.Double(tmp2);
		tmp2.FromP1xP1(tmp1);
		tmp1.Double(tmp2);
		tmp2.FromP1xP1(tmp1);
		tmp1.Double(tmp2);
		v.fromP1xP1(tmp1);
		i$1 = 0;
		while (true) {
			if (!(i$1 < 64)) { break; }
			(x$3 = basepointTable$1, x$4 = (_q$1 = i$1 / 2, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")), ((x$4 < 0 || x$4 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[x$4])).SelectInto(multiple, ((i$1 < 0 || i$1 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[i$1]));
			tmp1.AddAffine(v, multiple);
			v.fromP1xP1(tmp1);
			i$1 = i$1 + (2) >> 0;
		}
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: Point.ptr.prototype.ScalarBaseMult, $c: true, $r, _q, _q$1, _r, basepointTable$1, digits, i, i$1, multiple, tmp1, tmp2, v, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	Point.prototype.ScalarBaseMult = function(x) { return this.$val.ScalarBaseMult(x); };
	Point.ptr.prototype.ScalarMult = function(x, q) {
		var digits, i, multiple, q, table, tmp1, tmp2, v, x;
		v = this;
		checkInitialized(new sliceType$1([q]));
		table = new projLookupTable.ptr(arrayType$5.zero());
		table.FromP3(q);
		digits = $clone(x.signedRadix16(), arrayType$4);
		multiple = new projCached.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		tmp1 = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		tmp2 = new projP2.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		table.SelectInto(multiple, digits[63]);
		v.Set(NewIdentityPoint());
		tmp1.Add(v, multiple);
		i = 62;
		while (true) {
			if (!(i >= 0)) { break; }
			tmp2.FromP1xP1(tmp1);
			tmp1.Double(tmp2);
			tmp2.FromP1xP1(tmp1);
			tmp1.Double(tmp2);
			tmp2.FromP1xP1(tmp1);
			tmp1.Double(tmp2);
			tmp2.FromP1xP1(tmp1);
			tmp1.Double(tmp2);
			v.fromP1xP1(tmp1);
			table.SelectInto(multiple, ((i < 0 || i >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[i]));
			tmp1.Add(v, multiple);
			i = i - (1) >> 0;
		}
		v.fromP1xP1(tmp1);
		return v;
	};
	Point.prototype.ScalarMult = function(x, q) { return this.$val.ScalarMult(x, q); };
	basepointNafTable = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = basepointNafTablePrecomp.initOnce.Do((function() {
			basepointNafTablePrecomp.table.FromP3(NewGeneratorPoint());
		})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return basepointNafTablePrecomp.table;
		/* */ } return; } var $f = {$blk: basepointNafTable, $c: true, $r, $s};return $f;
	};
	Point.ptr.prototype.VarTimeDoubleScalarBaseMult = function(a, A, b) {
		var {A, _r, a, aNaf, aTable, b, bNaf, basepointNafTable$1, i, j, multA, multB, tmp1, tmp2, v, $s, $r, $c} = $restore(this, {a, A, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this;
		checkInitialized(new sliceType$1([A]));
		_r = basepointNafTable(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		basepointNafTable$1 = _r;
		aTable = new nafLookupTable5.ptr(arrayType$5.zero());
		aTable.FromP3(A);
		aNaf = $clone(a.nonAdjacentForm(5), arrayType$6);
		bNaf = $clone(b.nonAdjacentForm(8), arrayType$6);
		i = 255;
		j = i;
		while (true) {
			if (!(j >= 0)) { break; }
			if (!((((j < 0 || j >= aNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : aNaf[j]) === 0)) || !((((j < 0 || j >= bNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : bNaf[j]) === 0))) {
				break;
			}
			j = j - (1) >> 0;
		}
		multA = new projCached.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		multB = new affineCached.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		tmp1 = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		tmp2 = new projP2.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)));
		tmp2.Zero();
		while (true) {
			if (!(i >= 0)) { break; }
			tmp1.Double(tmp2);
			if (((i < 0 || i >= aNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : aNaf[i]) > 0) {
				v.fromP1xP1(tmp1);
				aTable.SelectInto(multA, ((i < 0 || i >= aNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : aNaf[i]));
				tmp1.Add(v, multA);
			} else if (((i < 0 || i >= aNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : aNaf[i]) < 0) {
				v.fromP1xP1(tmp1);
				aTable.SelectInto(multA, -((i < 0 || i >= aNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : aNaf[i]));
				tmp1.Sub(v, multA);
			}
			if (((i < 0 || i >= bNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : bNaf[i]) > 0) {
				v.fromP1xP1(tmp1);
				basepointNafTable$1.SelectInto(multB, ((i < 0 || i >= bNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : bNaf[i]));
				tmp1.AddAffine(v, multB);
			} else if (((i < 0 || i >= bNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : bNaf[i]) < 0) {
				v.fromP1xP1(tmp1);
				basepointNafTable$1.SelectInto(multB, -((i < 0 || i >= bNaf.length) ? ($throwRuntimeError("index out of range"), undefined) : bNaf[i]));
				tmp1.SubAffine(v, multB);
			}
			tmp2.FromP1xP1(tmp1);
			i = i - (1) >> 0;
		}
		v.fromP2(tmp2);
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: Point.ptr.prototype.VarTimeDoubleScalarBaseMult, $c: true, $r, A, _r, a, aNaf, aTable, b, bNaf, basepointNafTable$1, i, j, multA, multB, tmp1, tmp2, v, $s};return $f;
	};
	Point.prototype.VarTimeDoubleScalarBaseMult = function(a, A, b) { return this.$val.VarTimeDoubleScalarBaseMult(a, A, b); };
	NewScalar = function() {
		return new Scalar.ptr(arrayType$7.zero());
	};
	$pkg.NewScalar = NewScalar;
	Scalar.ptr.prototype.MultiplyAdd = function(x, y, z) {
		var s, x, y, z;
		s = this;
		scMulAdd(s.s, x.s, y.s, z.s);
		return s;
	};
	Scalar.prototype.MultiplyAdd = function(x, y, z) { return this.$val.MultiplyAdd(x, y, z); };
	Scalar.ptr.prototype.Add = function(x, y) {
		var s, x, y;
		s = this;
		scMulAdd(s.s, scOne.s, x.s, y.s);
		return s;
	};
	Scalar.prototype.Add = function(x, y) { return this.$val.Add(x, y); };
	Scalar.ptr.prototype.Subtract = function(x, y) {
		var s, x, y;
		s = this;
		scMulAdd(s.s, scMinusOne.s, y.s, x.s);
		return s;
	};
	Scalar.prototype.Subtract = function(x, y) { return this.$val.Subtract(x, y); };
	Scalar.ptr.prototype.Negate = function(x) {
		var s, x;
		s = this;
		scMulAdd(s.s, scMinusOne.s, x.s, scZero.s);
		return s;
	};
	Scalar.prototype.Negate = function(x) { return this.$val.Negate(x); };
	Scalar.ptr.prototype.Multiply = function(x, y) {
		var s, x, y;
		s = this;
		scMulAdd(s.s, x.s, y.s, scZero.s);
		return s;
	};
	Scalar.prototype.Multiply = function(x, y) { return this.$val.Multiply(x, y); };
	Scalar.ptr.prototype.Set = function(x) {
		var s, x;
		s = this;
		Scalar.copy(s, x);
		return s;
	};
	Scalar.prototype.Set = function(x) { return this.$val.Set(x); };
	Scalar.ptr.prototype.SetUniformBytes = function(x) {
		var s, wideBytes, x;
		s = this;
		if (!((x.$length === 64))) {
			$panic(new $String("edwards25519: invalid SetUniformBytes input length"));
		}
		wideBytes = arrayType$8.zero();
		$copySlice(new sliceType(wideBytes), x);
		scReduce(s.s, wideBytes);
		return s;
	};
	Scalar.prototype.SetUniformBytes = function(x) { return this.$val.SetUniformBytes(x); };
	Scalar.ptr.prototype.SetCanonicalBytes = function(x) {
		var s, ss, x;
		s = this;
		if (!((x.$length === 32))) {
			return [ptrType$1.nil, errors.New("invalid scalar length")];
		}
		ss = new Scalar.ptr(arrayType$7.zero());
		$copySlice(new sliceType(ss.s), x);
		if (!isReduced(ss)) {
			return [ptrType$1.nil, errors.New("invalid scalar encoding")];
		}
		arrayType$7.copy(s.s, ss.s);
		return [s, $ifaceNil];
	};
	Scalar.prototype.SetCanonicalBytes = function(x) { return this.$val.SetCanonicalBytes(x); };
	isReduced = function(s) {
		var i, s, x, x$1, x$2, x$3;
		i = 31;
		while (true) {
			if (!(i >= 0)) { break; }
			if ((x = s.s, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) > (x$1 = scMinusOne.s, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i]))) {
				return false;
			} else if ((x$2 = s.s, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) < (x$3 = scMinusOne.s, ((i < 0 || i >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[i]))) {
				return true;
			}
			i = i - (1) >> 0;
		}
		return true;
	};
	Scalar.ptr.prototype.SetBytesWithClamping = function(x) {
		var s, wideBytes, x;
		s = this;
		if (!((x.$length === 32))) {
			$panic(new $String("edwards25519: invalid SetBytesWithClamping input length"));
		}
		wideBytes = arrayType$8.zero();
		$copySlice(new sliceType(wideBytes), x);
		wideBytes[0] = ((wideBytes[0] & (248)) >>> 0);
		wideBytes[31] = ((wideBytes[31] & (63)) >>> 0);
		wideBytes[31] = ((wideBytes[31] | (64)) >>> 0);
		scReduce(s.s, wideBytes);
		return s;
	};
	Scalar.prototype.SetBytesWithClamping = function(x) { return this.$val.SetBytesWithClamping(x); };
	Scalar.ptr.prototype.Bytes = function() {
		var buf, s;
		s = this;
		buf = $makeSlice(sliceType, 32);
		$copySlice(buf, new sliceType(s.s));
		return buf;
	};
	Scalar.prototype.Bytes = function() { return this.$val.Bytes(); };
	Scalar.ptr.prototype.Equal = function(t) {
		var s, t;
		s = this;
		return subtle.ConstantTimeCompare(new sliceType(s.s), new sliceType(t.s));
	};
	Scalar.prototype.Equal = function(t) { return this.$val.Equal(t); };
	load3 = function(in$1) {
		var in$1, r, x, x$1;
		r = (new $Int64(0, (0 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 0])));
		r = (x = $shiftLeft64((new $Int64(0, (1 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 1]))), 8), new $Int64(r.$high | x.$high, (r.$low | x.$low) >>> 0));
		r = (x$1 = $shiftLeft64((new $Int64(0, (2 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 2]))), 16), new $Int64(r.$high | x$1.$high, (r.$low | x$1.$low) >>> 0));
		return r;
	};
	load4 = function(in$1) {
		var in$1, r, x, x$1, x$2;
		r = (new $Int64(0, (0 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 0])));
		r = (x = $shiftLeft64((new $Int64(0, (1 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 1]))), 8), new $Int64(r.$high | x.$high, (r.$low | x.$low) >>> 0));
		r = (x$1 = $shiftLeft64((new $Int64(0, (2 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 2]))), 16), new $Int64(r.$high | x$1.$high, (r.$low | x$1.$low) >>> 0));
		r = (x$2 = $shiftLeft64((new $Int64(0, (3 >= in$1.$length ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + 3]))), 24), new $Int64(r.$high | x$2.$high, (r.$low | x$2.$low) >>> 0));
		return r;
	};
	scMulAdd = function(s, a, b, c) {
		var a, a0, a1, a10, a11, a2, a3, a4, a5, a6, a7, a8, a9, b, b0, b1, b10, b11, b2, b3, b4, b5, b6, b7, b8, b9, c, c0, c1, c10, c11, c2, c3, c4, c5, c6, c7, c8, c9, carry, s, s0, s1, s10, s11, s12, s13, s14, s15, s16, s17, s18, s19, s2, s20, s21, s22, s23, s3, s4, s5, s6, s7, s8, s9, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$165, x$166, x$167, x$168, x$169, x$17, x$170, x$171, x$172, x$173, x$174, x$175, x$176, x$177, x$178, x$179, x$18, x$180, x$181, x$182, x$183, x$184, x$185, x$186, x$187, x$188, x$189, x$19, x$190, x$191, x$192, x$193, x$194, x$195, x$196, x$197, x$198, x$199, x$2, x$20, x$200, x$201, x$202, x$203, x$204, x$205, x$206, x$207, x$208, x$209, x$21, x$210, x$211, x$212, x$213, x$214, x$215, x$216, x$217, x$218, x$219, x$22, x$220, x$221, x$222, x$223, x$224, x$225, x$226, x$227, x$228, x$229, x$23, x$230, x$231, x$232, x$233, x$234, x$235, x$236, x$237, x$238, x$239, x$24, x$240, x$241, x$242, x$243, x$244, x$245, x$246, x$247, x$248, x$249, x$25, x$250, x$251, x$252, x$253, x$254, x$255, x$256, x$257, x$258, x$259, x$26, x$260, x$261, x$262, x$263, x$264, x$265, x$266, x$267, x$268, x$269, x$27, x$270, x$271, x$272, x$273, x$274, x$275, x$276, x$277, x$278, x$279, x$28, x$280, x$281, x$282, x$283, x$284, x$285, x$286, x$287, x$288, x$289, x$29, x$290, x$291, x$292, x$293, x$294, x$295, x$296, x$297, x$298, x$299, x$3, x$30, x$300, x$301, x$302, x$303, x$304, x$305, x$306, x$307, x$308, x$309, x$31, x$310, x$311, x$312, x$313, x$314, x$315, x$316, x$317, x$318, x$319, x$32, x$320, x$321, x$322, x$323, x$324, x$325, x$326, x$327, x$328, x$329, x$33, x$330, x$331, x$332, x$333, x$334, x$335, x$336, x$337, x$338, x$339, x$34, x$340, x$341, x$342, x$343, x$344, x$345, x$346, x$347, x$348, x$349, x$35, x$350, x$351, x$352, x$353, x$354, x$355, x$356, x$357, x$358, x$359, x$36, x$360, x$361, x$362, x$363, x$364, x$365, x$366, x$367, x$368, x$369, x$37, x$370, x$371, x$372, x$373, x$374, x$375, x$376, x$377, x$378, x$379, x$38, x$380, x$381, x$382, x$383, x$384, x$385, x$386, x$387, x$388, x$389, x$39, x$390, x$391, x$392, x$393, x$394, x$395, x$396, x$397, x$398, x$399, x$4, x$40, x$400, x$401, x$402, x$403, x$404, x$405, x$406, x$407, x$408, x$409, x$41, x$410, x$411, x$412, x$413, x$414, x$415, x$416, x$417, x$418, x$419, x$42, x$420, x$421, x$422, x$423, x$424, x$425, x$426, x$427, x$428, x$429, x$43, x$430, x$431, x$432, x$433, x$434, x$435, x$436, x$437, x$438, x$439, x$44, x$440, x$441, x$442, x$443, x$444, x$445, x$446, x$447, x$448, x$449, x$45, x$450, x$451, x$452, x$453, x$454, x$455, x$456, x$457, x$458, x$459, x$46, x$460, x$461, x$462, x$463, x$464, x$465, x$466, x$467, x$468, x$469, x$47, x$470, x$471, x$472, x$473, x$474, x$475, x$476, x$477, x$478, x$479, x$48, x$480, x$481, x$482, x$483, x$484, x$485, x$486, x$487, x$488, x$489, x$49, x$490, x$491, x$492, x$493, x$494, x$495, x$496, x$497, x$498, x$499, x$5, x$50, x$500, x$501, x$502, x$503, x$504, x$505, x$506, x$507, x$508, x$509, x$51, x$510, x$511, x$512, x$513, x$514, x$515, x$516, x$517, x$518, x$519, x$52, x$520, x$521, x$522, x$523, x$524, x$525, x$526, x$527, x$528, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99;
		a0 = (x = load3(new sliceType(a)), new $Int64(0 & x.$high, (2097151 & x.$low) >>> 0));
		a1 = (x$1 = $shiftRightInt64(load4($subslice(new sliceType(a), 2)), 5), new $Int64(0 & x$1.$high, (2097151 & x$1.$low) >>> 0));
		a2 = (x$2 = $shiftRightInt64(load3($subslice(new sliceType(a), 5)), 2), new $Int64(0 & x$2.$high, (2097151 & x$2.$low) >>> 0));
		a3 = (x$3 = $shiftRightInt64(load4($subslice(new sliceType(a), 7)), 7), new $Int64(0 & x$3.$high, (2097151 & x$3.$low) >>> 0));
		a4 = (x$4 = $shiftRightInt64(load4($subslice(new sliceType(a), 10)), 4), new $Int64(0 & x$4.$high, (2097151 & x$4.$low) >>> 0));
		a5 = (x$5 = $shiftRightInt64(load3($subslice(new sliceType(a), 13)), 1), new $Int64(0 & x$5.$high, (2097151 & x$5.$low) >>> 0));
		a6 = (x$6 = $shiftRightInt64(load4($subslice(new sliceType(a), 15)), 6), new $Int64(0 & x$6.$high, (2097151 & x$6.$low) >>> 0));
		a7 = (x$7 = $shiftRightInt64(load3($subslice(new sliceType(a), 18)), 3), new $Int64(0 & x$7.$high, (2097151 & x$7.$low) >>> 0));
		a8 = (x$8 = load3($subslice(new sliceType(a), 21)), new $Int64(0 & x$8.$high, (2097151 & x$8.$low) >>> 0));
		a9 = (x$9 = $shiftRightInt64(load4($subslice(new sliceType(a), 23)), 5), new $Int64(0 & x$9.$high, (2097151 & x$9.$low) >>> 0));
		a10 = (x$10 = $shiftRightInt64(load3($subslice(new sliceType(a), 26)), 2), new $Int64(0 & x$10.$high, (2097151 & x$10.$low) >>> 0));
		a11 = $shiftRightInt64(load4($subslice(new sliceType(a), 28)), 7);
		b0 = (x$11 = load3(new sliceType(b)), new $Int64(0 & x$11.$high, (2097151 & x$11.$low) >>> 0));
		b1 = (x$12 = $shiftRightInt64(load4($subslice(new sliceType(b), 2)), 5), new $Int64(0 & x$12.$high, (2097151 & x$12.$low) >>> 0));
		b2 = (x$13 = $shiftRightInt64(load3($subslice(new sliceType(b), 5)), 2), new $Int64(0 & x$13.$high, (2097151 & x$13.$low) >>> 0));
		b3 = (x$14 = $shiftRightInt64(load4($subslice(new sliceType(b), 7)), 7), new $Int64(0 & x$14.$high, (2097151 & x$14.$low) >>> 0));
		b4 = (x$15 = $shiftRightInt64(load4($subslice(new sliceType(b), 10)), 4), new $Int64(0 & x$15.$high, (2097151 & x$15.$low) >>> 0));
		b5 = (x$16 = $shiftRightInt64(load3($subslice(new sliceType(b), 13)), 1), new $Int64(0 & x$16.$high, (2097151 & x$16.$low) >>> 0));
		b6 = (x$17 = $shiftRightInt64(load4($subslice(new sliceType(b), 15)), 6), new $Int64(0 & x$17.$high, (2097151 & x$17.$low) >>> 0));
		b7 = (x$18 = $shiftRightInt64(load3($subslice(new sliceType(b), 18)), 3), new $Int64(0 & x$18.$high, (2097151 & x$18.$low) >>> 0));
		b8 = (x$19 = load3($subslice(new sliceType(b), 21)), new $Int64(0 & x$19.$high, (2097151 & x$19.$low) >>> 0));
		b9 = (x$20 = $shiftRightInt64(load4($subslice(new sliceType(b), 23)), 5), new $Int64(0 & x$20.$high, (2097151 & x$20.$low) >>> 0));
		b10 = (x$21 = $shiftRightInt64(load3($subslice(new sliceType(b), 26)), 2), new $Int64(0 & x$21.$high, (2097151 & x$21.$low) >>> 0));
		b11 = $shiftRightInt64(load4($subslice(new sliceType(b), 28)), 7);
		c0 = (x$22 = load3(new sliceType(c)), new $Int64(0 & x$22.$high, (2097151 & x$22.$low) >>> 0));
		c1 = (x$23 = $shiftRightInt64(load4($subslice(new sliceType(c), 2)), 5), new $Int64(0 & x$23.$high, (2097151 & x$23.$low) >>> 0));
		c2 = (x$24 = $shiftRightInt64(load3($subslice(new sliceType(c), 5)), 2), new $Int64(0 & x$24.$high, (2097151 & x$24.$low) >>> 0));
		c3 = (x$25 = $shiftRightInt64(load4($subslice(new sliceType(c), 7)), 7), new $Int64(0 & x$25.$high, (2097151 & x$25.$low) >>> 0));
		c4 = (x$26 = $shiftRightInt64(load4($subslice(new sliceType(c), 10)), 4), new $Int64(0 & x$26.$high, (2097151 & x$26.$low) >>> 0));
		c5 = (x$27 = $shiftRightInt64(load3($subslice(new sliceType(c), 13)), 1), new $Int64(0 & x$27.$high, (2097151 & x$27.$low) >>> 0));
		c6 = (x$28 = $shiftRightInt64(load4($subslice(new sliceType(c), 15)), 6), new $Int64(0 & x$28.$high, (2097151 & x$28.$low) >>> 0));
		c7 = (x$29 = $shiftRightInt64(load3($subslice(new sliceType(c), 18)), 3), new $Int64(0 & x$29.$high, (2097151 & x$29.$low) >>> 0));
		c8 = (x$30 = load3($subslice(new sliceType(c), 21)), new $Int64(0 & x$30.$high, (2097151 & x$30.$low) >>> 0));
		c9 = (x$31 = $shiftRightInt64(load4($subslice(new sliceType(c), 23)), 5), new $Int64(0 & x$31.$high, (2097151 & x$31.$low) >>> 0));
		c10 = (x$32 = $shiftRightInt64(load3($subslice(new sliceType(c), 26)), 2), new $Int64(0 & x$32.$high, (2097151 & x$32.$low) >>> 0));
		c11 = $shiftRightInt64(load4($subslice(new sliceType(c), 28)), 7);
		carry = arrayType$9.zero();
		s0 = (x$33 = $mul64(a0, b0), new $Int64(c0.$high + x$33.$high, c0.$low + x$33.$low));
		s1 = (x$34 = (x$35 = $mul64(a0, b1), new $Int64(c1.$high + x$35.$high, c1.$low + x$35.$low)), x$36 = $mul64(a1, b0), new $Int64(x$34.$high + x$36.$high, x$34.$low + x$36.$low));
		s2 = (x$37 = (x$38 = (x$39 = $mul64(a0, b2), new $Int64(c2.$high + x$39.$high, c2.$low + x$39.$low)), x$40 = $mul64(a1, b1), new $Int64(x$38.$high + x$40.$high, x$38.$low + x$40.$low)), x$41 = $mul64(a2, b0), new $Int64(x$37.$high + x$41.$high, x$37.$low + x$41.$low));
		s3 = (x$42 = (x$43 = (x$44 = (x$45 = $mul64(a0, b3), new $Int64(c3.$high + x$45.$high, c3.$low + x$45.$low)), x$46 = $mul64(a1, b2), new $Int64(x$44.$high + x$46.$high, x$44.$low + x$46.$low)), x$47 = $mul64(a2, b1), new $Int64(x$43.$high + x$47.$high, x$43.$low + x$47.$low)), x$48 = $mul64(a3, b0), new $Int64(x$42.$high + x$48.$high, x$42.$low + x$48.$low));
		s4 = (x$49 = (x$50 = (x$51 = (x$52 = (x$53 = $mul64(a0, b4), new $Int64(c4.$high + x$53.$high, c4.$low + x$53.$low)), x$54 = $mul64(a1, b3), new $Int64(x$52.$high + x$54.$high, x$52.$low + x$54.$low)), x$55 = $mul64(a2, b2), new $Int64(x$51.$high + x$55.$high, x$51.$low + x$55.$low)), x$56 = $mul64(a3, b1), new $Int64(x$50.$high + x$56.$high, x$50.$low + x$56.$low)), x$57 = $mul64(a4, b0), new $Int64(x$49.$high + x$57.$high, x$49.$low + x$57.$low));
		s5 = (x$58 = (x$59 = (x$60 = (x$61 = (x$62 = (x$63 = $mul64(a0, b5), new $Int64(c5.$high + x$63.$high, c5.$low + x$63.$low)), x$64 = $mul64(a1, b4), new $Int64(x$62.$high + x$64.$high, x$62.$low + x$64.$low)), x$65 = $mul64(a2, b3), new $Int64(x$61.$high + x$65.$high, x$61.$low + x$65.$low)), x$66 = $mul64(a3, b2), new $Int64(x$60.$high + x$66.$high, x$60.$low + x$66.$low)), x$67 = $mul64(a4, b1), new $Int64(x$59.$high + x$67.$high, x$59.$low + x$67.$low)), x$68 = $mul64(a5, b0), new $Int64(x$58.$high + x$68.$high, x$58.$low + x$68.$low));
		s6 = (x$69 = (x$70 = (x$71 = (x$72 = (x$73 = (x$74 = (x$75 = $mul64(a0, b6), new $Int64(c6.$high + x$75.$high, c6.$low + x$75.$low)), x$76 = $mul64(a1, b5), new $Int64(x$74.$high + x$76.$high, x$74.$low + x$76.$low)), x$77 = $mul64(a2, b4), new $Int64(x$73.$high + x$77.$high, x$73.$low + x$77.$low)), x$78 = $mul64(a3, b3), new $Int64(x$72.$high + x$78.$high, x$72.$low + x$78.$low)), x$79 = $mul64(a4, b2), new $Int64(x$71.$high + x$79.$high, x$71.$low + x$79.$low)), x$80 = $mul64(a5, b1), new $Int64(x$70.$high + x$80.$high, x$70.$low + x$80.$low)), x$81 = $mul64(a6, b0), new $Int64(x$69.$high + x$81.$high, x$69.$low + x$81.$low));
		s7 = (x$82 = (x$83 = (x$84 = (x$85 = (x$86 = (x$87 = (x$88 = (x$89 = $mul64(a0, b7), new $Int64(c7.$high + x$89.$high, c7.$low + x$89.$low)), x$90 = $mul64(a1, b6), new $Int64(x$88.$high + x$90.$high, x$88.$low + x$90.$low)), x$91 = $mul64(a2, b5), new $Int64(x$87.$high + x$91.$high, x$87.$low + x$91.$low)), x$92 = $mul64(a3, b4), new $Int64(x$86.$high + x$92.$high, x$86.$low + x$92.$low)), x$93 = $mul64(a4, b3), new $Int64(x$85.$high + x$93.$high, x$85.$low + x$93.$low)), x$94 = $mul64(a5, b2), new $Int64(x$84.$high + x$94.$high, x$84.$low + x$94.$low)), x$95 = $mul64(a6, b1), new $Int64(x$83.$high + x$95.$high, x$83.$low + x$95.$low)), x$96 = $mul64(a7, b0), new $Int64(x$82.$high + x$96.$high, x$82.$low + x$96.$low));
		s8 = (x$97 = (x$98 = (x$99 = (x$100 = (x$101 = (x$102 = (x$103 = (x$104 = (x$105 = $mul64(a0, b8), new $Int64(c8.$high + x$105.$high, c8.$low + x$105.$low)), x$106 = $mul64(a1, b7), new $Int64(x$104.$high + x$106.$high, x$104.$low + x$106.$low)), x$107 = $mul64(a2, b6), new $Int64(x$103.$high + x$107.$high, x$103.$low + x$107.$low)), x$108 = $mul64(a3, b5), new $Int64(x$102.$high + x$108.$high, x$102.$low + x$108.$low)), x$109 = $mul64(a4, b4), new $Int64(x$101.$high + x$109.$high, x$101.$low + x$109.$low)), x$110 = $mul64(a5, b3), new $Int64(x$100.$high + x$110.$high, x$100.$low + x$110.$low)), x$111 = $mul64(a6, b2), new $Int64(x$99.$high + x$111.$high, x$99.$low + x$111.$low)), x$112 = $mul64(a7, b1), new $Int64(x$98.$high + x$112.$high, x$98.$low + x$112.$low)), x$113 = $mul64(a8, b0), new $Int64(x$97.$high + x$113.$high, x$97.$low + x$113.$low));
		s9 = (x$114 = (x$115 = (x$116 = (x$117 = (x$118 = (x$119 = (x$120 = (x$121 = (x$122 = (x$123 = $mul64(a0, b9), new $Int64(c9.$high + x$123.$high, c9.$low + x$123.$low)), x$124 = $mul64(a1, b8), new $Int64(x$122.$high + x$124.$high, x$122.$low + x$124.$low)), x$125 = $mul64(a2, b7), new $Int64(x$121.$high + x$125.$high, x$121.$low + x$125.$low)), x$126 = $mul64(a3, b6), new $Int64(x$120.$high + x$126.$high, x$120.$low + x$126.$low)), x$127 = $mul64(a4, b5), new $Int64(x$119.$high + x$127.$high, x$119.$low + x$127.$low)), x$128 = $mul64(a5, b4), new $Int64(x$118.$high + x$128.$high, x$118.$low + x$128.$low)), x$129 = $mul64(a6, b3), new $Int64(x$117.$high + x$129.$high, x$117.$low + x$129.$low)), x$130 = $mul64(a7, b2), new $Int64(x$116.$high + x$130.$high, x$116.$low + x$130.$low)), x$131 = $mul64(a8, b1), new $Int64(x$115.$high + x$131.$high, x$115.$low + x$131.$low)), x$132 = $mul64(a9, b0), new $Int64(x$114.$high + x$132.$high, x$114.$low + x$132.$low));
		s10 = (x$133 = (x$134 = (x$135 = (x$136 = (x$137 = (x$138 = (x$139 = (x$140 = (x$141 = (x$142 = (x$143 = $mul64(a0, b10), new $Int64(c10.$high + x$143.$high, c10.$low + x$143.$low)), x$144 = $mul64(a1, b9), new $Int64(x$142.$high + x$144.$high, x$142.$low + x$144.$low)), x$145 = $mul64(a2, b8), new $Int64(x$141.$high + x$145.$high, x$141.$low + x$145.$low)), x$146 = $mul64(a3, b7), new $Int64(x$140.$high + x$146.$high, x$140.$low + x$146.$low)), x$147 = $mul64(a4, b6), new $Int64(x$139.$high + x$147.$high, x$139.$low + x$147.$low)), x$148 = $mul64(a5, b5), new $Int64(x$138.$high + x$148.$high, x$138.$low + x$148.$low)), x$149 = $mul64(a6, b4), new $Int64(x$137.$high + x$149.$high, x$137.$low + x$149.$low)), x$150 = $mul64(a7, b3), new $Int64(x$136.$high + x$150.$high, x$136.$low + x$150.$low)), x$151 = $mul64(a8, b2), new $Int64(x$135.$high + x$151.$high, x$135.$low + x$151.$low)), x$152 = $mul64(a9, b1), new $Int64(x$134.$high + x$152.$high, x$134.$low + x$152.$low)), x$153 = $mul64(a10, b0), new $Int64(x$133.$high + x$153.$high, x$133.$low + x$153.$low));
		s11 = (x$154 = (x$155 = (x$156 = (x$157 = (x$158 = (x$159 = (x$160 = (x$161 = (x$162 = (x$163 = (x$164 = (x$165 = $mul64(a0, b11), new $Int64(c11.$high + x$165.$high, c11.$low + x$165.$low)), x$166 = $mul64(a1, b10), new $Int64(x$164.$high + x$166.$high, x$164.$low + x$166.$low)), x$167 = $mul64(a2, b9), new $Int64(x$163.$high + x$167.$high, x$163.$low + x$167.$low)), x$168 = $mul64(a3, b8), new $Int64(x$162.$high + x$168.$high, x$162.$low + x$168.$low)), x$169 = $mul64(a4, b7), new $Int64(x$161.$high + x$169.$high, x$161.$low + x$169.$low)), x$170 = $mul64(a5, b6), new $Int64(x$160.$high + x$170.$high, x$160.$low + x$170.$low)), x$171 = $mul64(a6, b5), new $Int64(x$159.$high + x$171.$high, x$159.$low + x$171.$low)), x$172 = $mul64(a7, b4), new $Int64(x$158.$high + x$172.$high, x$158.$low + x$172.$low)), x$173 = $mul64(a8, b3), new $Int64(x$157.$high + x$173.$high, x$157.$low + x$173.$low)), x$174 = $mul64(a9, b2), new $Int64(x$156.$high + x$174.$high, x$156.$low + x$174.$low)), x$175 = $mul64(a10, b1), new $Int64(x$155.$high + x$175.$high, x$155.$low + x$175.$low)), x$176 = $mul64(a11, b0), new $Int64(x$154.$high + x$176.$high, x$154.$low + x$176.$low));
		s12 = (x$177 = (x$178 = (x$179 = (x$180 = (x$181 = (x$182 = (x$183 = (x$184 = (x$185 = (x$186 = $mul64(a1, b11), x$187 = $mul64(a2, b10), new $Int64(x$186.$high + x$187.$high, x$186.$low + x$187.$low)), x$188 = $mul64(a3, b9), new $Int64(x$185.$high + x$188.$high, x$185.$low + x$188.$low)), x$189 = $mul64(a4, b8), new $Int64(x$184.$high + x$189.$high, x$184.$low + x$189.$low)), x$190 = $mul64(a5, b7), new $Int64(x$183.$high + x$190.$high, x$183.$low + x$190.$low)), x$191 = $mul64(a6, b6), new $Int64(x$182.$high + x$191.$high, x$182.$low + x$191.$low)), x$192 = $mul64(a7, b5), new $Int64(x$181.$high + x$192.$high, x$181.$low + x$192.$low)), x$193 = $mul64(a8, b4), new $Int64(x$180.$high + x$193.$high, x$180.$low + x$193.$low)), x$194 = $mul64(a9, b3), new $Int64(x$179.$high + x$194.$high, x$179.$low + x$194.$low)), x$195 = $mul64(a10, b2), new $Int64(x$178.$high + x$195.$high, x$178.$low + x$195.$low)), x$196 = $mul64(a11, b1), new $Int64(x$177.$high + x$196.$high, x$177.$low + x$196.$low));
		s13 = (x$197 = (x$198 = (x$199 = (x$200 = (x$201 = (x$202 = (x$203 = (x$204 = (x$205 = $mul64(a2, b11), x$206 = $mul64(a3, b10), new $Int64(x$205.$high + x$206.$high, x$205.$low + x$206.$low)), x$207 = $mul64(a4, b9), new $Int64(x$204.$high + x$207.$high, x$204.$low + x$207.$low)), x$208 = $mul64(a5, b8), new $Int64(x$203.$high + x$208.$high, x$203.$low + x$208.$low)), x$209 = $mul64(a6, b7), new $Int64(x$202.$high + x$209.$high, x$202.$low + x$209.$low)), x$210 = $mul64(a7, b6), new $Int64(x$201.$high + x$210.$high, x$201.$low + x$210.$low)), x$211 = $mul64(a8, b5), new $Int64(x$200.$high + x$211.$high, x$200.$low + x$211.$low)), x$212 = $mul64(a9, b4), new $Int64(x$199.$high + x$212.$high, x$199.$low + x$212.$low)), x$213 = $mul64(a10, b3), new $Int64(x$198.$high + x$213.$high, x$198.$low + x$213.$low)), x$214 = $mul64(a11, b2), new $Int64(x$197.$high + x$214.$high, x$197.$low + x$214.$low));
		s14 = (x$215 = (x$216 = (x$217 = (x$218 = (x$219 = (x$220 = (x$221 = (x$222 = $mul64(a3, b11), x$223 = $mul64(a4, b10), new $Int64(x$222.$high + x$223.$high, x$222.$low + x$223.$low)), x$224 = $mul64(a5, b9), new $Int64(x$221.$high + x$224.$high, x$221.$low + x$224.$low)), x$225 = $mul64(a6, b8), new $Int64(x$220.$high + x$225.$high, x$220.$low + x$225.$low)), x$226 = $mul64(a7, b7), new $Int64(x$219.$high + x$226.$high, x$219.$low + x$226.$low)), x$227 = $mul64(a8, b6), new $Int64(x$218.$high + x$227.$high, x$218.$low + x$227.$low)), x$228 = $mul64(a9, b5), new $Int64(x$217.$high + x$228.$high, x$217.$low + x$228.$low)), x$229 = $mul64(a10, b4), new $Int64(x$216.$high + x$229.$high, x$216.$low + x$229.$low)), x$230 = $mul64(a11, b3), new $Int64(x$215.$high + x$230.$high, x$215.$low + x$230.$low));
		s15 = (x$231 = (x$232 = (x$233 = (x$234 = (x$235 = (x$236 = (x$237 = $mul64(a4, b11), x$238 = $mul64(a5, b10), new $Int64(x$237.$high + x$238.$high, x$237.$low + x$238.$low)), x$239 = $mul64(a6, b9), new $Int64(x$236.$high + x$239.$high, x$236.$low + x$239.$low)), x$240 = $mul64(a7, b8), new $Int64(x$235.$high + x$240.$high, x$235.$low + x$240.$low)), x$241 = $mul64(a8, b7), new $Int64(x$234.$high + x$241.$high, x$234.$low + x$241.$low)), x$242 = $mul64(a9, b6), new $Int64(x$233.$high + x$242.$high, x$233.$low + x$242.$low)), x$243 = $mul64(a10, b5), new $Int64(x$232.$high + x$243.$high, x$232.$low + x$243.$low)), x$244 = $mul64(a11, b4), new $Int64(x$231.$high + x$244.$high, x$231.$low + x$244.$low));
		s16 = (x$245 = (x$246 = (x$247 = (x$248 = (x$249 = (x$250 = $mul64(a5, b11), x$251 = $mul64(a6, b10), new $Int64(x$250.$high + x$251.$high, x$250.$low + x$251.$low)), x$252 = $mul64(a7, b9), new $Int64(x$249.$high + x$252.$high, x$249.$low + x$252.$low)), x$253 = $mul64(a8, b8), new $Int64(x$248.$high + x$253.$high, x$248.$low + x$253.$low)), x$254 = $mul64(a9, b7), new $Int64(x$247.$high + x$254.$high, x$247.$low + x$254.$low)), x$255 = $mul64(a10, b6), new $Int64(x$246.$high + x$255.$high, x$246.$low + x$255.$low)), x$256 = $mul64(a11, b5), new $Int64(x$245.$high + x$256.$high, x$245.$low + x$256.$low));
		s17 = (x$257 = (x$258 = (x$259 = (x$260 = (x$261 = $mul64(a6, b11), x$262 = $mul64(a7, b10), new $Int64(x$261.$high + x$262.$high, x$261.$low + x$262.$low)), x$263 = $mul64(a8, b9), new $Int64(x$260.$high + x$263.$high, x$260.$low + x$263.$low)), x$264 = $mul64(a9, b8), new $Int64(x$259.$high + x$264.$high, x$259.$low + x$264.$low)), x$265 = $mul64(a10, b7), new $Int64(x$258.$high + x$265.$high, x$258.$low + x$265.$low)), x$266 = $mul64(a11, b6), new $Int64(x$257.$high + x$266.$high, x$257.$low + x$266.$low));
		s18 = (x$267 = (x$268 = (x$269 = (x$270 = $mul64(a7, b11), x$271 = $mul64(a8, b10), new $Int64(x$270.$high + x$271.$high, x$270.$low + x$271.$low)), x$272 = $mul64(a9, b9), new $Int64(x$269.$high + x$272.$high, x$269.$low + x$272.$low)), x$273 = $mul64(a10, b8), new $Int64(x$268.$high + x$273.$high, x$268.$low + x$273.$low)), x$274 = $mul64(a11, b7), new $Int64(x$267.$high + x$274.$high, x$267.$low + x$274.$low));
		s19 = (x$275 = (x$276 = (x$277 = $mul64(a8, b11), x$278 = $mul64(a9, b10), new $Int64(x$277.$high + x$278.$high, x$277.$low + x$278.$low)), x$279 = $mul64(a10, b9), new $Int64(x$276.$high + x$279.$high, x$276.$low + x$279.$low)), x$280 = $mul64(a11, b8), new $Int64(x$275.$high + x$280.$high, x$275.$low + x$280.$low));
		s20 = (x$281 = (x$282 = $mul64(a9, b11), x$283 = $mul64(a10, b10), new $Int64(x$282.$high + x$283.$high, x$282.$low + x$283.$low)), x$284 = $mul64(a11, b9), new $Int64(x$281.$high + x$284.$high, x$281.$low + x$284.$low));
		s21 = (x$285 = $mul64(a10, b11), x$286 = $mul64(a11, b10), new $Int64(x$285.$high + x$286.$high, x$285.$low + x$286.$low));
		s22 = $mul64(a11, b11);
		s23 = new $Int64(0, 0);
		carry[0] = $shiftRightInt64((new $Int64(s0.$high + 0, s0.$low + 1048576)), 21);
		s1 = (x$287 = carry[0], new $Int64(s1.$high + x$287.$high, s1.$low + x$287.$low));
		s0 = (x$288 = $shiftLeft64(carry[0], 21), new $Int64(s0.$high - x$288.$high, s0.$low - x$288.$low));
		carry[2] = $shiftRightInt64((new $Int64(s2.$high + 0, s2.$low + 1048576)), 21);
		s3 = (x$289 = carry[2], new $Int64(s3.$high + x$289.$high, s3.$low + x$289.$low));
		s2 = (x$290 = $shiftLeft64(carry[2], 21), new $Int64(s2.$high - x$290.$high, s2.$low - x$290.$low));
		carry[4] = $shiftRightInt64((new $Int64(s4.$high + 0, s4.$low + 1048576)), 21);
		s5 = (x$291 = carry[4], new $Int64(s5.$high + x$291.$high, s5.$low + x$291.$low));
		s4 = (x$292 = $shiftLeft64(carry[4], 21), new $Int64(s4.$high - x$292.$high, s4.$low - x$292.$low));
		carry[6] = $shiftRightInt64((new $Int64(s6.$high + 0, s6.$low + 1048576)), 21);
		s7 = (x$293 = carry[6], new $Int64(s7.$high + x$293.$high, s7.$low + x$293.$low));
		s6 = (x$294 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$294.$high, s6.$low - x$294.$low));
		carry[8] = $shiftRightInt64((new $Int64(s8.$high + 0, s8.$low + 1048576)), 21);
		s9 = (x$295 = carry[8], new $Int64(s9.$high + x$295.$high, s9.$low + x$295.$low));
		s8 = (x$296 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$296.$high, s8.$low - x$296.$low));
		carry[10] = $shiftRightInt64((new $Int64(s10.$high + 0, s10.$low + 1048576)), 21);
		s11 = (x$297 = carry[10], new $Int64(s11.$high + x$297.$high, s11.$low + x$297.$low));
		s10 = (x$298 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$298.$high, s10.$low - x$298.$low));
		carry[12] = $shiftRightInt64((new $Int64(s12.$high + 0, s12.$low + 1048576)), 21);
		s13 = (x$299 = carry[12], new $Int64(s13.$high + x$299.$high, s13.$low + x$299.$low));
		s12 = (x$300 = $shiftLeft64(carry[12], 21), new $Int64(s12.$high - x$300.$high, s12.$low - x$300.$low));
		carry[14] = $shiftRightInt64((new $Int64(s14.$high + 0, s14.$low + 1048576)), 21);
		s15 = (x$301 = carry[14], new $Int64(s15.$high + x$301.$high, s15.$low + x$301.$low));
		s14 = (x$302 = $shiftLeft64(carry[14], 21), new $Int64(s14.$high - x$302.$high, s14.$low - x$302.$low));
		carry[16] = $shiftRightInt64((new $Int64(s16.$high + 0, s16.$low + 1048576)), 21);
		s17 = (x$303 = carry[16], new $Int64(s17.$high + x$303.$high, s17.$low + x$303.$low));
		s16 = (x$304 = $shiftLeft64(carry[16], 21), new $Int64(s16.$high - x$304.$high, s16.$low - x$304.$low));
		carry[18] = $shiftRightInt64((new $Int64(s18.$high + 0, s18.$low + 1048576)), 21);
		s19 = (x$305 = carry[18], new $Int64(s19.$high + x$305.$high, s19.$low + x$305.$low));
		s18 = (x$306 = $shiftLeft64(carry[18], 21), new $Int64(s18.$high - x$306.$high, s18.$low - x$306.$low));
		carry[20] = $shiftRightInt64((new $Int64(s20.$high + 0, s20.$low + 1048576)), 21);
		s21 = (x$307 = carry[20], new $Int64(s21.$high + x$307.$high, s21.$low + x$307.$low));
		s20 = (x$308 = $shiftLeft64(carry[20], 21), new $Int64(s20.$high - x$308.$high, s20.$low - x$308.$low));
		carry[22] = $shiftRightInt64((new $Int64(s22.$high + 0, s22.$low + 1048576)), 21);
		s23 = (x$309 = carry[22], new $Int64(s23.$high + x$309.$high, s23.$low + x$309.$low));
		s22 = (x$310 = $shiftLeft64(carry[22], 21), new $Int64(s22.$high - x$310.$high, s22.$low - x$310.$low));
		carry[1] = $shiftRightInt64((new $Int64(s1.$high + 0, s1.$low + 1048576)), 21);
		s2 = (x$311 = carry[1], new $Int64(s2.$high + x$311.$high, s2.$low + x$311.$low));
		s1 = (x$312 = $shiftLeft64(carry[1], 21), new $Int64(s1.$high - x$312.$high, s1.$low - x$312.$low));
		carry[3] = $shiftRightInt64((new $Int64(s3.$high + 0, s3.$low + 1048576)), 21);
		s4 = (x$313 = carry[3], new $Int64(s4.$high + x$313.$high, s4.$low + x$313.$low));
		s3 = (x$314 = $shiftLeft64(carry[3], 21), new $Int64(s3.$high - x$314.$high, s3.$low - x$314.$low));
		carry[5] = $shiftRightInt64((new $Int64(s5.$high + 0, s5.$low + 1048576)), 21);
		s6 = (x$315 = carry[5], new $Int64(s6.$high + x$315.$high, s6.$low + x$315.$low));
		s5 = (x$316 = $shiftLeft64(carry[5], 21), new $Int64(s5.$high - x$316.$high, s5.$low - x$316.$low));
		carry[7] = $shiftRightInt64((new $Int64(s7.$high + 0, s7.$low + 1048576)), 21);
		s8 = (x$317 = carry[7], new $Int64(s8.$high + x$317.$high, s8.$low + x$317.$low));
		s7 = (x$318 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$318.$high, s7.$low - x$318.$low));
		carry[9] = $shiftRightInt64((new $Int64(s9.$high + 0, s9.$low + 1048576)), 21);
		s10 = (x$319 = carry[9], new $Int64(s10.$high + x$319.$high, s10.$low + x$319.$low));
		s9 = (x$320 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$320.$high, s9.$low - x$320.$low));
		carry[11] = $shiftRightInt64((new $Int64(s11.$high + 0, s11.$low + 1048576)), 21);
		s12 = (x$321 = carry[11], new $Int64(s12.$high + x$321.$high, s12.$low + x$321.$low));
		s11 = (x$322 = $shiftLeft64(carry[11], 21), new $Int64(s11.$high - x$322.$high, s11.$low - x$322.$low));
		carry[13] = $shiftRightInt64((new $Int64(s13.$high + 0, s13.$low + 1048576)), 21);
		s14 = (x$323 = carry[13], new $Int64(s14.$high + x$323.$high, s14.$low + x$323.$low));
		s13 = (x$324 = $shiftLeft64(carry[13], 21), new $Int64(s13.$high - x$324.$high, s13.$low - x$324.$low));
		carry[15] = $shiftRightInt64((new $Int64(s15.$high + 0, s15.$low + 1048576)), 21);
		s16 = (x$325 = carry[15], new $Int64(s16.$high + x$325.$high, s16.$low + x$325.$low));
		s15 = (x$326 = $shiftLeft64(carry[15], 21), new $Int64(s15.$high - x$326.$high, s15.$low - x$326.$low));
		carry[17] = $shiftRightInt64((new $Int64(s17.$high + 0, s17.$low + 1048576)), 21);
		s18 = (x$327 = carry[17], new $Int64(s18.$high + x$327.$high, s18.$low + x$327.$low));
		s17 = (x$328 = $shiftLeft64(carry[17], 21), new $Int64(s17.$high - x$328.$high, s17.$low - x$328.$low));
		carry[19] = $shiftRightInt64((new $Int64(s19.$high + 0, s19.$low + 1048576)), 21);
		s20 = (x$329 = carry[19], new $Int64(s20.$high + x$329.$high, s20.$low + x$329.$low));
		s19 = (x$330 = $shiftLeft64(carry[19], 21), new $Int64(s19.$high - x$330.$high, s19.$low - x$330.$low));
		carry[21] = $shiftRightInt64((new $Int64(s21.$high + 0, s21.$low + 1048576)), 21);
		s22 = (x$331 = carry[21], new $Int64(s22.$high + x$331.$high, s22.$low + x$331.$low));
		s21 = (x$332 = $shiftLeft64(carry[21], 21), new $Int64(s21.$high - x$332.$high, s21.$low - x$332.$low));
		s11 = (x$333 = $mul64(s23, new $Int64(0, 666643)), new $Int64(s11.$high + x$333.$high, s11.$low + x$333.$low));
		s12 = (x$334 = $mul64(s23, new $Int64(0, 470296)), new $Int64(s12.$high + x$334.$high, s12.$low + x$334.$low));
		s13 = (x$335 = $mul64(s23, new $Int64(0, 654183)), new $Int64(s13.$high + x$335.$high, s13.$low + x$335.$low));
		s14 = (x$336 = $mul64(s23, new $Int64(0, 997805)), new $Int64(s14.$high - x$336.$high, s14.$low - x$336.$low));
		s15 = (x$337 = $mul64(s23, new $Int64(0, 136657)), new $Int64(s15.$high + x$337.$high, s15.$low + x$337.$low));
		s16 = (x$338 = $mul64(s23, new $Int64(0, 683901)), new $Int64(s16.$high - x$338.$high, s16.$low - x$338.$low));
		s23 = new $Int64(0, 0);
		s10 = (x$339 = $mul64(s22, new $Int64(0, 666643)), new $Int64(s10.$high + x$339.$high, s10.$low + x$339.$low));
		s11 = (x$340 = $mul64(s22, new $Int64(0, 470296)), new $Int64(s11.$high + x$340.$high, s11.$low + x$340.$low));
		s12 = (x$341 = $mul64(s22, new $Int64(0, 654183)), new $Int64(s12.$high + x$341.$high, s12.$low + x$341.$low));
		s13 = (x$342 = $mul64(s22, new $Int64(0, 997805)), new $Int64(s13.$high - x$342.$high, s13.$low - x$342.$low));
		s14 = (x$343 = $mul64(s22, new $Int64(0, 136657)), new $Int64(s14.$high + x$343.$high, s14.$low + x$343.$low));
		s15 = (x$344 = $mul64(s22, new $Int64(0, 683901)), new $Int64(s15.$high - x$344.$high, s15.$low - x$344.$low));
		s22 = new $Int64(0, 0);
		s9 = (x$345 = $mul64(s21, new $Int64(0, 666643)), new $Int64(s9.$high + x$345.$high, s9.$low + x$345.$low));
		s10 = (x$346 = $mul64(s21, new $Int64(0, 470296)), new $Int64(s10.$high + x$346.$high, s10.$low + x$346.$low));
		s11 = (x$347 = $mul64(s21, new $Int64(0, 654183)), new $Int64(s11.$high + x$347.$high, s11.$low + x$347.$low));
		s12 = (x$348 = $mul64(s21, new $Int64(0, 997805)), new $Int64(s12.$high - x$348.$high, s12.$low - x$348.$low));
		s13 = (x$349 = $mul64(s21, new $Int64(0, 136657)), new $Int64(s13.$high + x$349.$high, s13.$low + x$349.$low));
		s14 = (x$350 = $mul64(s21, new $Int64(0, 683901)), new $Int64(s14.$high - x$350.$high, s14.$low - x$350.$low));
		s21 = new $Int64(0, 0);
		s8 = (x$351 = $mul64(s20, new $Int64(0, 666643)), new $Int64(s8.$high + x$351.$high, s8.$low + x$351.$low));
		s9 = (x$352 = $mul64(s20, new $Int64(0, 470296)), new $Int64(s9.$high + x$352.$high, s9.$low + x$352.$low));
		s10 = (x$353 = $mul64(s20, new $Int64(0, 654183)), new $Int64(s10.$high + x$353.$high, s10.$low + x$353.$low));
		s11 = (x$354 = $mul64(s20, new $Int64(0, 997805)), new $Int64(s11.$high - x$354.$high, s11.$low - x$354.$low));
		s12 = (x$355 = $mul64(s20, new $Int64(0, 136657)), new $Int64(s12.$high + x$355.$high, s12.$low + x$355.$low));
		s13 = (x$356 = $mul64(s20, new $Int64(0, 683901)), new $Int64(s13.$high - x$356.$high, s13.$low - x$356.$low));
		s20 = new $Int64(0, 0);
		s7 = (x$357 = $mul64(s19, new $Int64(0, 666643)), new $Int64(s7.$high + x$357.$high, s7.$low + x$357.$low));
		s8 = (x$358 = $mul64(s19, new $Int64(0, 470296)), new $Int64(s8.$high + x$358.$high, s8.$low + x$358.$low));
		s9 = (x$359 = $mul64(s19, new $Int64(0, 654183)), new $Int64(s9.$high + x$359.$high, s9.$low + x$359.$low));
		s10 = (x$360 = $mul64(s19, new $Int64(0, 997805)), new $Int64(s10.$high - x$360.$high, s10.$low - x$360.$low));
		s11 = (x$361 = $mul64(s19, new $Int64(0, 136657)), new $Int64(s11.$high + x$361.$high, s11.$low + x$361.$low));
		s12 = (x$362 = $mul64(s19, new $Int64(0, 683901)), new $Int64(s12.$high - x$362.$high, s12.$low - x$362.$low));
		s19 = new $Int64(0, 0);
		s6 = (x$363 = $mul64(s18, new $Int64(0, 666643)), new $Int64(s6.$high + x$363.$high, s6.$low + x$363.$low));
		s7 = (x$364 = $mul64(s18, new $Int64(0, 470296)), new $Int64(s7.$high + x$364.$high, s7.$low + x$364.$low));
		s8 = (x$365 = $mul64(s18, new $Int64(0, 654183)), new $Int64(s8.$high + x$365.$high, s8.$low + x$365.$low));
		s9 = (x$366 = $mul64(s18, new $Int64(0, 997805)), new $Int64(s9.$high - x$366.$high, s9.$low - x$366.$low));
		s10 = (x$367 = $mul64(s18, new $Int64(0, 136657)), new $Int64(s10.$high + x$367.$high, s10.$low + x$367.$low));
		s11 = (x$368 = $mul64(s18, new $Int64(0, 683901)), new $Int64(s11.$high - x$368.$high, s11.$low - x$368.$low));
		s18 = new $Int64(0, 0);
		carry[6] = $shiftRightInt64((new $Int64(s6.$high + 0, s6.$low + 1048576)), 21);
		s7 = (x$369 = carry[6], new $Int64(s7.$high + x$369.$high, s7.$low + x$369.$low));
		s6 = (x$370 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$370.$high, s6.$low - x$370.$low));
		carry[8] = $shiftRightInt64((new $Int64(s8.$high + 0, s8.$low + 1048576)), 21);
		s9 = (x$371 = carry[8], new $Int64(s9.$high + x$371.$high, s9.$low + x$371.$low));
		s8 = (x$372 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$372.$high, s8.$low - x$372.$low));
		carry[10] = $shiftRightInt64((new $Int64(s10.$high + 0, s10.$low + 1048576)), 21);
		s11 = (x$373 = carry[10], new $Int64(s11.$high + x$373.$high, s11.$low + x$373.$low));
		s10 = (x$374 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$374.$high, s10.$low - x$374.$low));
		carry[12] = $shiftRightInt64((new $Int64(s12.$high + 0, s12.$low + 1048576)), 21);
		s13 = (x$375 = carry[12], new $Int64(s13.$high + x$375.$high, s13.$low + x$375.$low));
		s12 = (x$376 = $shiftLeft64(carry[12], 21), new $Int64(s12.$high - x$376.$high, s12.$low - x$376.$low));
		carry[14] = $shiftRightInt64((new $Int64(s14.$high + 0, s14.$low + 1048576)), 21);
		s15 = (x$377 = carry[14], new $Int64(s15.$high + x$377.$high, s15.$low + x$377.$low));
		s14 = (x$378 = $shiftLeft64(carry[14], 21), new $Int64(s14.$high - x$378.$high, s14.$low - x$378.$low));
		carry[16] = $shiftRightInt64((new $Int64(s16.$high + 0, s16.$low + 1048576)), 21);
		s17 = (x$379 = carry[16], new $Int64(s17.$high + x$379.$high, s17.$low + x$379.$low));
		s16 = (x$380 = $shiftLeft64(carry[16], 21), new $Int64(s16.$high - x$380.$high, s16.$low - x$380.$low));
		carry[7] = $shiftRightInt64((new $Int64(s7.$high + 0, s7.$low + 1048576)), 21);
		s8 = (x$381 = carry[7], new $Int64(s8.$high + x$381.$high, s8.$low + x$381.$low));
		s7 = (x$382 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$382.$high, s7.$low - x$382.$low));
		carry[9] = $shiftRightInt64((new $Int64(s9.$high + 0, s9.$low + 1048576)), 21);
		s10 = (x$383 = carry[9], new $Int64(s10.$high + x$383.$high, s10.$low + x$383.$low));
		s9 = (x$384 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$384.$high, s9.$low - x$384.$low));
		carry[11] = $shiftRightInt64((new $Int64(s11.$high + 0, s11.$low + 1048576)), 21);
		s12 = (x$385 = carry[11], new $Int64(s12.$high + x$385.$high, s12.$low + x$385.$low));
		s11 = (x$386 = $shiftLeft64(carry[11], 21), new $Int64(s11.$high - x$386.$high, s11.$low - x$386.$low));
		carry[13] = $shiftRightInt64((new $Int64(s13.$high + 0, s13.$low + 1048576)), 21);
		s14 = (x$387 = carry[13], new $Int64(s14.$high + x$387.$high, s14.$low + x$387.$low));
		s13 = (x$388 = $shiftLeft64(carry[13], 21), new $Int64(s13.$high - x$388.$high, s13.$low - x$388.$low));
		carry[15] = $shiftRightInt64((new $Int64(s15.$high + 0, s15.$low + 1048576)), 21);
		s16 = (x$389 = carry[15], new $Int64(s16.$high + x$389.$high, s16.$low + x$389.$low));
		s15 = (x$390 = $shiftLeft64(carry[15], 21), new $Int64(s15.$high - x$390.$high, s15.$low - x$390.$low));
		s5 = (x$391 = $mul64(s17, new $Int64(0, 666643)), new $Int64(s5.$high + x$391.$high, s5.$low + x$391.$low));
		s6 = (x$392 = $mul64(s17, new $Int64(0, 470296)), new $Int64(s6.$high + x$392.$high, s6.$low + x$392.$low));
		s7 = (x$393 = $mul64(s17, new $Int64(0, 654183)), new $Int64(s7.$high + x$393.$high, s7.$low + x$393.$low));
		s8 = (x$394 = $mul64(s17, new $Int64(0, 997805)), new $Int64(s8.$high - x$394.$high, s8.$low - x$394.$low));
		s9 = (x$395 = $mul64(s17, new $Int64(0, 136657)), new $Int64(s9.$high + x$395.$high, s9.$low + x$395.$low));
		s10 = (x$396 = $mul64(s17, new $Int64(0, 683901)), new $Int64(s10.$high - x$396.$high, s10.$low - x$396.$low));
		s17 = new $Int64(0, 0);
		s4 = (x$397 = $mul64(s16, new $Int64(0, 666643)), new $Int64(s4.$high + x$397.$high, s4.$low + x$397.$low));
		s5 = (x$398 = $mul64(s16, new $Int64(0, 470296)), new $Int64(s5.$high + x$398.$high, s5.$low + x$398.$low));
		s6 = (x$399 = $mul64(s16, new $Int64(0, 654183)), new $Int64(s6.$high + x$399.$high, s6.$low + x$399.$low));
		s7 = (x$400 = $mul64(s16, new $Int64(0, 997805)), new $Int64(s7.$high - x$400.$high, s7.$low - x$400.$low));
		s8 = (x$401 = $mul64(s16, new $Int64(0, 136657)), new $Int64(s8.$high + x$401.$high, s8.$low + x$401.$low));
		s9 = (x$402 = $mul64(s16, new $Int64(0, 683901)), new $Int64(s9.$high - x$402.$high, s9.$low - x$402.$low));
		s16 = new $Int64(0, 0);
		s3 = (x$403 = $mul64(s15, new $Int64(0, 666643)), new $Int64(s3.$high + x$403.$high, s3.$low + x$403.$low));
		s4 = (x$404 = $mul64(s15, new $Int64(0, 470296)), new $Int64(s4.$high + x$404.$high, s4.$low + x$404.$low));
		s5 = (x$405 = $mul64(s15, new $Int64(0, 654183)), new $Int64(s5.$high + x$405.$high, s5.$low + x$405.$low));
		s6 = (x$406 = $mul64(s15, new $Int64(0, 997805)), new $Int64(s6.$high - x$406.$high, s6.$low - x$406.$low));
		s7 = (x$407 = $mul64(s15, new $Int64(0, 136657)), new $Int64(s7.$high + x$407.$high, s7.$low + x$407.$low));
		s8 = (x$408 = $mul64(s15, new $Int64(0, 683901)), new $Int64(s8.$high - x$408.$high, s8.$low - x$408.$low));
		s15 = new $Int64(0, 0);
		s2 = (x$409 = $mul64(s14, new $Int64(0, 666643)), new $Int64(s2.$high + x$409.$high, s2.$low + x$409.$low));
		s3 = (x$410 = $mul64(s14, new $Int64(0, 470296)), new $Int64(s3.$high + x$410.$high, s3.$low + x$410.$low));
		s4 = (x$411 = $mul64(s14, new $Int64(0, 654183)), new $Int64(s4.$high + x$411.$high, s4.$low + x$411.$low));
		s5 = (x$412 = $mul64(s14, new $Int64(0, 997805)), new $Int64(s5.$high - x$412.$high, s5.$low - x$412.$low));
		s6 = (x$413 = $mul64(s14, new $Int64(0, 136657)), new $Int64(s6.$high + x$413.$high, s6.$low + x$413.$low));
		s7 = (x$414 = $mul64(s14, new $Int64(0, 683901)), new $Int64(s7.$high - x$414.$high, s7.$low - x$414.$low));
		s14 = new $Int64(0, 0);
		s1 = (x$415 = $mul64(s13, new $Int64(0, 666643)), new $Int64(s1.$high + x$415.$high, s1.$low + x$415.$low));
		s2 = (x$416 = $mul64(s13, new $Int64(0, 470296)), new $Int64(s2.$high + x$416.$high, s2.$low + x$416.$low));
		s3 = (x$417 = $mul64(s13, new $Int64(0, 654183)), new $Int64(s3.$high + x$417.$high, s3.$low + x$417.$low));
		s4 = (x$418 = $mul64(s13, new $Int64(0, 997805)), new $Int64(s4.$high - x$418.$high, s4.$low - x$418.$low));
		s5 = (x$419 = $mul64(s13, new $Int64(0, 136657)), new $Int64(s5.$high + x$419.$high, s5.$low + x$419.$low));
		s6 = (x$420 = $mul64(s13, new $Int64(0, 683901)), new $Int64(s6.$high - x$420.$high, s6.$low - x$420.$low));
		s13 = new $Int64(0, 0);
		s0 = (x$421 = $mul64(s12, new $Int64(0, 666643)), new $Int64(s0.$high + x$421.$high, s0.$low + x$421.$low));
		s1 = (x$422 = $mul64(s12, new $Int64(0, 470296)), new $Int64(s1.$high + x$422.$high, s1.$low + x$422.$low));
		s2 = (x$423 = $mul64(s12, new $Int64(0, 654183)), new $Int64(s2.$high + x$423.$high, s2.$low + x$423.$low));
		s3 = (x$424 = $mul64(s12, new $Int64(0, 997805)), new $Int64(s3.$high - x$424.$high, s3.$low - x$424.$low));
		s4 = (x$425 = $mul64(s12, new $Int64(0, 136657)), new $Int64(s4.$high + x$425.$high, s4.$low + x$425.$low));
		s5 = (x$426 = $mul64(s12, new $Int64(0, 683901)), new $Int64(s5.$high - x$426.$high, s5.$low - x$426.$low));
		s12 = new $Int64(0, 0);
		carry[0] = $shiftRightInt64((new $Int64(s0.$high + 0, s0.$low + 1048576)), 21);
		s1 = (x$427 = carry[0], new $Int64(s1.$high + x$427.$high, s1.$low + x$427.$low));
		s0 = (x$428 = $shiftLeft64(carry[0], 21), new $Int64(s0.$high - x$428.$high, s0.$low - x$428.$low));
		carry[2] = $shiftRightInt64((new $Int64(s2.$high + 0, s2.$low + 1048576)), 21);
		s3 = (x$429 = carry[2], new $Int64(s3.$high + x$429.$high, s3.$low + x$429.$low));
		s2 = (x$430 = $shiftLeft64(carry[2], 21), new $Int64(s2.$high - x$430.$high, s2.$low - x$430.$low));
		carry[4] = $shiftRightInt64((new $Int64(s4.$high + 0, s4.$low + 1048576)), 21);
		s5 = (x$431 = carry[4], new $Int64(s5.$high + x$431.$high, s5.$low + x$431.$low));
		s4 = (x$432 = $shiftLeft64(carry[4], 21), new $Int64(s4.$high - x$432.$high, s4.$low - x$432.$low));
		carry[6] = $shiftRightInt64((new $Int64(s6.$high + 0, s6.$low + 1048576)), 21);
		s7 = (x$433 = carry[6], new $Int64(s7.$high + x$433.$high, s7.$low + x$433.$low));
		s6 = (x$434 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$434.$high, s6.$low - x$434.$low));
		carry[8] = $shiftRightInt64((new $Int64(s8.$high + 0, s8.$low + 1048576)), 21);
		s9 = (x$435 = carry[8], new $Int64(s9.$high + x$435.$high, s9.$low + x$435.$low));
		s8 = (x$436 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$436.$high, s8.$low - x$436.$low));
		carry[10] = $shiftRightInt64((new $Int64(s10.$high + 0, s10.$low + 1048576)), 21);
		s11 = (x$437 = carry[10], new $Int64(s11.$high + x$437.$high, s11.$low + x$437.$low));
		s10 = (x$438 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$438.$high, s10.$low - x$438.$low));
		carry[1] = $shiftRightInt64((new $Int64(s1.$high + 0, s1.$low + 1048576)), 21);
		s2 = (x$439 = carry[1], new $Int64(s2.$high + x$439.$high, s2.$low + x$439.$low));
		s1 = (x$440 = $shiftLeft64(carry[1], 21), new $Int64(s1.$high - x$440.$high, s1.$low - x$440.$low));
		carry[3] = $shiftRightInt64((new $Int64(s3.$high + 0, s3.$low + 1048576)), 21);
		s4 = (x$441 = carry[3], new $Int64(s4.$high + x$441.$high, s4.$low + x$441.$low));
		s3 = (x$442 = $shiftLeft64(carry[3], 21), new $Int64(s3.$high - x$442.$high, s3.$low - x$442.$low));
		carry[5] = $shiftRightInt64((new $Int64(s5.$high + 0, s5.$low + 1048576)), 21);
		s6 = (x$443 = carry[5], new $Int64(s6.$high + x$443.$high, s6.$low + x$443.$low));
		s5 = (x$444 = $shiftLeft64(carry[5], 21), new $Int64(s5.$high - x$444.$high, s5.$low - x$444.$low));
		carry[7] = $shiftRightInt64((new $Int64(s7.$high + 0, s7.$low + 1048576)), 21);
		s8 = (x$445 = carry[7], new $Int64(s8.$high + x$445.$high, s8.$low + x$445.$low));
		s7 = (x$446 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$446.$high, s7.$low - x$446.$low));
		carry[9] = $shiftRightInt64((new $Int64(s9.$high + 0, s9.$low + 1048576)), 21);
		s10 = (x$447 = carry[9], new $Int64(s10.$high + x$447.$high, s10.$low + x$447.$low));
		s9 = (x$448 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$448.$high, s9.$low - x$448.$low));
		carry[11] = $shiftRightInt64((new $Int64(s11.$high + 0, s11.$low + 1048576)), 21);
		s12 = (x$449 = carry[11], new $Int64(s12.$high + x$449.$high, s12.$low + x$449.$low));
		s11 = (x$450 = $shiftLeft64(carry[11], 21), new $Int64(s11.$high - x$450.$high, s11.$low - x$450.$low));
		s0 = (x$451 = $mul64(s12, new $Int64(0, 666643)), new $Int64(s0.$high + x$451.$high, s0.$low + x$451.$low));
		s1 = (x$452 = $mul64(s12, new $Int64(0, 470296)), new $Int64(s1.$high + x$452.$high, s1.$low + x$452.$low));
		s2 = (x$453 = $mul64(s12, new $Int64(0, 654183)), new $Int64(s2.$high + x$453.$high, s2.$low + x$453.$low));
		s3 = (x$454 = $mul64(s12, new $Int64(0, 997805)), new $Int64(s3.$high - x$454.$high, s3.$low - x$454.$low));
		s4 = (x$455 = $mul64(s12, new $Int64(0, 136657)), new $Int64(s4.$high + x$455.$high, s4.$low + x$455.$low));
		s5 = (x$456 = $mul64(s12, new $Int64(0, 683901)), new $Int64(s5.$high - x$456.$high, s5.$low - x$456.$low));
		s12 = new $Int64(0, 0);
		carry[0] = $shiftRightInt64(s0, 21);
		s1 = (x$457 = carry[0], new $Int64(s1.$high + x$457.$high, s1.$low + x$457.$low));
		s0 = (x$458 = $shiftLeft64(carry[0], 21), new $Int64(s0.$high - x$458.$high, s0.$low - x$458.$low));
		carry[1] = $shiftRightInt64(s1, 21);
		s2 = (x$459 = carry[1], new $Int64(s2.$high + x$459.$high, s2.$low + x$459.$low));
		s1 = (x$460 = $shiftLeft64(carry[1], 21), new $Int64(s1.$high - x$460.$high, s1.$low - x$460.$low));
		carry[2] = $shiftRightInt64(s2, 21);
		s3 = (x$461 = carry[2], new $Int64(s3.$high + x$461.$high, s3.$low + x$461.$low));
		s2 = (x$462 = $shiftLeft64(carry[2], 21), new $Int64(s2.$high - x$462.$high, s2.$low - x$462.$low));
		carry[3] = $shiftRightInt64(s3, 21);
		s4 = (x$463 = carry[3], new $Int64(s4.$high + x$463.$high, s4.$low + x$463.$low));
		s3 = (x$464 = $shiftLeft64(carry[3], 21), new $Int64(s3.$high - x$464.$high, s3.$low - x$464.$low));
		carry[4] = $shiftRightInt64(s4, 21);
		s5 = (x$465 = carry[4], new $Int64(s5.$high + x$465.$high, s5.$low + x$465.$low));
		s4 = (x$466 = $shiftLeft64(carry[4], 21), new $Int64(s4.$high - x$466.$high, s4.$low - x$466.$low));
		carry[5] = $shiftRightInt64(s5, 21);
		s6 = (x$467 = carry[5], new $Int64(s6.$high + x$467.$high, s6.$low + x$467.$low));
		s5 = (x$468 = $shiftLeft64(carry[5], 21), new $Int64(s5.$high - x$468.$high, s5.$low - x$468.$low));
		carry[6] = $shiftRightInt64(s6, 21);
		s7 = (x$469 = carry[6], new $Int64(s7.$high + x$469.$high, s7.$low + x$469.$low));
		s6 = (x$470 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$470.$high, s6.$low - x$470.$low));
		carry[7] = $shiftRightInt64(s7, 21);
		s8 = (x$471 = carry[7], new $Int64(s8.$high + x$471.$high, s8.$low + x$471.$low));
		s7 = (x$472 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$472.$high, s7.$low - x$472.$low));
		carry[8] = $shiftRightInt64(s8, 21);
		s9 = (x$473 = carry[8], new $Int64(s9.$high + x$473.$high, s9.$low + x$473.$low));
		s8 = (x$474 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$474.$high, s8.$low - x$474.$low));
		carry[9] = $shiftRightInt64(s9, 21);
		s10 = (x$475 = carry[9], new $Int64(s10.$high + x$475.$high, s10.$low + x$475.$low));
		s9 = (x$476 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$476.$high, s9.$low - x$476.$low));
		carry[10] = $shiftRightInt64(s10, 21);
		s11 = (x$477 = carry[10], new $Int64(s11.$high + x$477.$high, s11.$low + x$477.$low));
		s10 = (x$478 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$478.$high, s10.$low - x$478.$low));
		carry[11] = $shiftRightInt64(s11, 21);
		s12 = (x$479 = carry[11], new $Int64(s12.$high + x$479.$high, s12.$low + x$479.$low));
		s11 = (x$480 = $shiftLeft64(carry[11], 21), new $Int64(s11.$high - x$480.$high, s11.$low - x$480.$low));
		s0 = (x$481 = $mul64(s12, new $Int64(0, 666643)), new $Int64(s0.$high + x$481.$high, s0.$low + x$481.$low));
		s1 = (x$482 = $mul64(s12, new $Int64(0, 470296)), new $Int64(s1.$high + x$482.$high, s1.$low + x$482.$low));
		s2 = (x$483 = $mul64(s12, new $Int64(0, 654183)), new $Int64(s2.$high + x$483.$high, s2.$low + x$483.$low));
		s3 = (x$484 = $mul64(s12, new $Int64(0, 997805)), new $Int64(s3.$high - x$484.$high, s3.$low - x$484.$low));
		s4 = (x$485 = $mul64(s12, new $Int64(0, 136657)), new $Int64(s4.$high + x$485.$high, s4.$low + x$485.$low));
		s5 = (x$486 = $mul64(s12, new $Int64(0, 683901)), new $Int64(s5.$high - x$486.$high, s5.$low - x$486.$low));
		s12 = new $Int64(0, 0);
		carry[0] = $shiftRightInt64(s0, 21);
		s1 = (x$487 = carry[0], new $Int64(s1.$high + x$487.$high, s1.$low + x$487.$low));
		s0 = (x$488 = $shiftLeft64(carry[0], 21), new $Int64(s0.$high - x$488.$high, s0.$low - x$488.$low));
		carry[1] = $shiftRightInt64(s1, 21);
		s2 = (x$489 = carry[1], new $Int64(s2.$high + x$489.$high, s2.$low + x$489.$low));
		s1 = (x$490 = $shiftLeft64(carry[1], 21), new $Int64(s1.$high - x$490.$high, s1.$low - x$490.$low));
		carry[2] = $shiftRightInt64(s2, 21);
		s3 = (x$491 = carry[2], new $Int64(s3.$high + x$491.$high, s3.$low + x$491.$low));
		s2 = (x$492 = $shiftLeft64(carry[2], 21), new $Int64(s2.$high - x$492.$high, s2.$low - x$492.$low));
		carry[3] = $shiftRightInt64(s3, 21);
		s4 = (x$493 = carry[3], new $Int64(s4.$high + x$493.$high, s4.$low + x$493.$low));
		s3 = (x$494 = $shiftLeft64(carry[3], 21), new $Int64(s3.$high - x$494.$high, s3.$low - x$494.$low));
		carry[4] = $shiftRightInt64(s4, 21);
		s5 = (x$495 = carry[4], new $Int64(s5.$high + x$495.$high, s5.$low + x$495.$low));
		s4 = (x$496 = $shiftLeft64(carry[4], 21), new $Int64(s4.$high - x$496.$high, s4.$low - x$496.$low));
		carry[5] = $shiftRightInt64(s5, 21);
		s6 = (x$497 = carry[5], new $Int64(s6.$high + x$497.$high, s6.$low + x$497.$low));
		s5 = (x$498 = $shiftLeft64(carry[5], 21), new $Int64(s5.$high - x$498.$high, s5.$low - x$498.$low));
		carry[6] = $shiftRightInt64(s6, 21);
		s7 = (x$499 = carry[6], new $Int64(s7.$high + x$499.$high, s7.$low + x$499.$low));
		s6 = (x$500 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$500.$high, s6.$low - x$500.$low));
		carry[7] = $shiftRightInt64(s7, 21);
		s8 = (x$501 = carry[7], new $Int64(s8.$high + x$501.$high, s8.$low + x$501.$low));
		s7 = (x$502 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$502.$high, s7.$low - x$502.$low));
		carry[8] = $shiftRightInt64(s8, 21);
		s9 = (x$503 = carry[8], new $Int64(s9.$high + x$503.$high, s9.$low + x$503.$low));
		s8 = (x$504 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$504.$high, s8.$low - x$504.$low));
		carry[9] = $shiftRightInt64(s9, 21);
		s10 = (x$505 = carry[9], new $Int64(s10.$high + x$505.$high, s10.$low + x$505.$low));
		s9 = (x$506 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$506.$high, s9.$low - x$506.$low));
		carry[10] = $shiftRightInt64(s10, 21);
		s11 = (x$507 = carry[10], new $Int64(s11.$high + x$507.$high, s11.$low + x$507.$low));
		s10 = (x$508 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$508.$high, s10.$low - x$508.$low));
		s.nilCheck, s[0] = (($shiftRightInt64(s0, 0).$low << 24 >>> 24));
		s.nilCheck, s[1] = (($shiftRightInt64(s0, 8).$low << 24 >>> 24));
		s.nilCheck, s[2] = (((x$509 = $shiftRightInt64(s0, 16), x$510 = $shiftLeft64(s1, 5), new $Int64(x$509.$high | x$510.$high, (x$509.$low | x$510.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[3] = (($shiftRightInt64(s1, 3).$low << 24 >>> 24));
		s.nilCheck, s[4] = (($shiftRightInt64(s1, 11).$low << 24 >>> 24));
		s.nilCheck, s[5] = (((x$511 = $shiftRightInt64(s1, 19), x$512 = $shiftLeft64(s2, 2), new $Int64(x$511.$high | x$512.$high, (x$511.$low | x$512.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[6] = (($shiftRightInt64(s2, 6).$low << 24 >>> 24));
		s.nilCheck, s[7] = (((x$513 = $shiftRightInt64(s2, 14), x$514 = $shiftLeft64(s3, 7), new $Int64(x$513.$high | x$514.$high, (x$513.$low | x$514.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[8] = (($shiftRightInt64(s3, 1).$low << 24 >>> 24));
		s.nilCheck, s[9] = (($shiftRightInt64(s3, 9).$low << 24 >>> 24));
		s.nilCheck, s[10] = (((x$515 = $shiftRightInt64(s3, 17), x$516 = $shiftLeft64(s4, 4), new $Int64(x$515.$high | x$516.$high, (x$515.$low | x$516.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[11] = (($shiftRightInt64(s4, 4).$low << 24 >>> 24));
		s.nilCheck, s[12] = (($shiftRightInt64(s4, 12).$low << 24 >>> 24));
		s.nilCheck, s[13] = (((x$517 = $shiftRightInt64(s4, 20), x$518 = $shiftLeft64(s5, 1), new $Int64(x$517.$high | x$518.$high, (x$517.$low | x$518.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[14] = (($shiftRightInt64(s5, 7).$low << 24 >>> 24));
		s.nilCheck, s[15] = (((x$519 = $shiftRightInt64(s5, 15), x$520 = $shiftLeft64(s6, 6), new $Int64(x$519.$high | x$520.$high, (x$519.$low | x$520.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[16] = (($shiftRightInt64(s6, 2).$low << 24 >>> 24));
		s.nilCheck, s[17] = (($shiftRightInt64(s6, 10).$low << 24 >>> 24));
		s.nilCheck, s[18] = (((x$521 = $shiftRightInt64(s6, 18), x$522 = $shiftLeft64(s7, 3), new $Int64(x$521.$high | x$522.$high, (x$521.$low | x$522.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[19] = (($shiftRightInt64(s7, 5).$low << 24 >>> 24));
		s.nilCheck, s[20] = (($shiftRightInt64(s7, 13).$low << 24 >>> 24));
		s.nilCheck, s[21] = (($shiftRightInt64(s8, 0).$low << 24 >>> 24));
		s.nilCheck, s[22] = (($shiftRightInt64(s8, 8).$low << 24 >>> 24));
		s.nilCheck, s[23] = (((x$523 = $shiftRightInt64(s8, 16), x$524 = $shiftLeft64(s9, 5), new $Int64(x$523.$high | x$524.$high, (x$523.$low | x$524.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[24] = (($shiftRightInt64(s9, 3).$low << 24 >>> 24));
		s.nilCheck, s[25] = (($shiftRightInt64(s9, 11).$low << 24 >>> 24));
		s.nilCheck, s[26] = (((x$525 = $shiftRightInt64(s9, 19), x$526 = $shiftLeft64(s10, 2), new $Int64(x$525.$high | x$526.$high, (x$525.$low | x$526.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[27] = (($shiftRightInt64(s10, 6).$low << 24 >>> 24));
		s.nilCheck, s[28] = (((x$527 = $shiftRightInt64(s10, 14), x$528 = $shiftLeft64(s11, 7), new $Int64(x$527.$high | x$528.$high, (x$527.$low | x$528.$low) >>> 0)).$low << 24 >>> 24));
		s.nilCheck, s[29] = (($shiftRightInt64(s11, 1).$low << 24 >>> 24));
		s.nilCheck, s[30] = (($shiftRightInt64(s11, 9).$low << 24 >>> 24));
		s.nilCheck, s[31] = (($shiftRightInt64(s11, 17).$low << 24 >>> 24));
	};
	scReduce = function(out, s) {
		var carry, out, s, s0, s1, s10, s11, s12, s13, s14, s15, s16, s17, s18, s19, s2, s20, s21, s22, s23, s3, s4, s5, s6, s7, s8, s9, x, x$1, x$10, x$100, x$101, x$102, x$103, x$104, x$105, x$106, x$107, x$108, x$109, x$11, x$110, x$111, x$112, x$113, x$114, x$115, x$116, x$117, x$118, x$119, x$12, x$120, x$121, x$122, x$123, x$124, x$125, x$126, x$127, x$128, x$129, x$13, x$130, x$131, x$132, x$133, x$134, x$135, x$136, x$137, x$138, x$139, x$14, x$140, x$141, x$142, x$143, x$144, x$145, x$146, x$147, x$148, x$149, x$15, x$150, x$151, x$152, x$153, x$154, x$155, x$156, x$157, x$158, x$159, x$16, x$160, x$161, x$162, x$163, x$164, x$165, x$166, x$167, x$168, x$169, x$17, x$170, x$171, x$172, x$173, x$174, x$175, x$176, x$177, x$178, x$179, x$18, x$180, x$181, x$182, x$183, x$184, x$185, x$186, x$187, x$188, x$189, x$19, x$190, x$191, x$192, x$193, x$194, x$195, x$196, x$197, x$198, x$199, x$2, x$20, x$200, x$201, x$202, x$203, x$204, x$205, x$206, x$207, x$208, x$209, x$21, x$210, x$211, x$212, x$213, x$214, x$215, x$216, x$217, x$218, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$35, x$36, x$37, x$38, x$39, x$4, x$40, x$41, x$42, x$43, x$44, x$45, x$46, x$47, x$48, x$49, x$5, x$50, x$51, x$52, x$53, x$54, x$55, x$56, x$57, x$58, x$59, x$6, x$60, x$61, x$62, x$63, x$64, x$65, x$66, x$67, x$68, x$69, x$7, x$70, x$71, x$72, x$73, x$74, x$75, x$76, x$77, x$78, x$79, x$8, x$80, x$81, x$82, x$83, x$84, x$85, x$86, x$87, x$88, x$89, x$9, x$90, x$91, x$92, x$93, x$94, x$95, x$96, x$97, x$98, x$99;
		s0 = (x = load3(new sliceType(s)), new $Int64(0 & x.$high, (2097151 & x.$low) >>> 0));
		s1 = (x$1 = $shiftRightInt64(load4($subslice(new sliceType(s), 2)), 5), new $Int64(0 & x$1.$high, (2097151 & x$1.$low) >>> 0));
		s2 = (x$2 = $shiftRightInt64(load3($subslice(new sliceType(s), 5)), 2), new $Int64(0 & x$2.$high, (2097151 & x$2.$low) >>> 0));
		s3 = (x$3 = $shiftRightInt64(load4($subslice(new sliceType(s), 7)), 7), new $Int64(0 & x$3.$high, (2097151 & x$3.$low) >>> 0));
		s4 = (x$4 = $shiftRightInt64(load4($subslice(new sliceType(s), 10)), 4), new $Int64(0 & x$4.$high, (2097151 & x$4.$low) >>> 0));
		s5 = (x$5 = $shiftRightInt64(load3($subslice(new sliceType(s), 13)), 1), new $Int64(0 & x$5.$high, (2097151 & x$5.$low) >>> 0));
		s6 = (x$6 = $shiftRightInt64(load4($subslice(new sliceType(s), 15)), 6), new $Int64(0 & x$6.$high, (2097151 & x$6.$low) >>> 0));
		s7 = (x$7 = $shiftRightInt64(load3($subslice(new sliceType(s), 18)), 3), new $Int64(0 & x$7.$high, (2097151 & x$7.$low) >>> 0));
		s8 = (x$8 = load3($subslice(new sliceType(s), 21)), new $Int64(0 & x$8.$high, (2097151 & x$8.$low) >>> 0));
		s9 = (x$9 = $shiftRightInt64(load4($subslice(new sliceType(s), 23)), 5), new $Int64(0 & x$9.$high, (2097151 & x$9.$low) >>> 0));
		s10 = (x$10 = $shiftRightInt64(load3($subslice(new sliceType(s), 26)), 2), new $Int64(0 & x$10.$high, (2097151 & x$10.$low) >>> 0));
		s11 = (x$11 = $shiftRightInt64(load4($subslice(new sliceType(s), 28)), 7), new $Int64(0 & x$11.$high, (2097151 & x$11.$low) >>> 0));
		s12 = (x$12 = $shiftRightInt64(load4($subslice(new sliceType(s), 31)), 4), new $Int64(0 & x$12.$high, (2097151 & x$12.$low) >>> 0));
		s13 = (x$13 = $shiftRightInt64(load3($subslice(new sliceType(s), 34)), 1), new $Int64(0 & x$13.$high, (2097151 & x$13.$low) >>> 0));
		s14 = (x$14 = $shiftRightInt64(load4($subslice(new sliceType(s), 36)), 6), new $Int64(0 & x$14.$high, (2097151 & x$14.$low) >>> 0));
		s15 = (x$15 = $shiftRightInt64(load3($subslice(new sliceType(s), 39)), 3), new $Int64(0 & x$15.$high, (2097151 & x$15.$low) >>> 0));
		s16 = (x$16 = load3($subslice(new sliceType(s), 42)), new $Int64(0 & x$16.$high, (2097151 & x$16.$low) >>> 0));
		s17 = (x$17 = $shiftRightInt64(load4($subslice(new sliceType(s), 44)), 5), new $Int64(0 & x$17.$high, (2097151 & x$17.$low) >>> 0));
		s18 = (x$18 = $shiftRightInt64(load3($subslice(new sliceType(s), 47)), 2), new $Int64(0 & x$18.$high, (2097151 & x$18.$low) >>> 0));
		s19 = (x$19 = $shiftRightInt64(load4($subslice(new sliceType(s), 49)), 7), new $Int64(0 & x$19.$high, (2097151 & x$19.$low) >>> 0));
		s20 = (x$20 = $shiftRightInt64(load4($subslice(new sliceType(s), 52)), 4), new $Int64(0 & x$20.$high, (2097151 & x$20.$low) >>> 0));
		s21 = (x$21 = $shiftRightInt64(load3($subslice(new sliceType(s), 55)), 1), new $Int64(0 & x$21.$high, (2097151 & x$21.$low) >>> 0));
		s22 = (x$22 = $shiftRightInt64(load4($subslice(new sliceType(s), 57)), 6), new $Int64(0 & x$22.$high, (2097151 & x$22.$low) >>> 0));
		s23 = $shiftRightInt64(load4($subslice(new sliceType(s), 60)), 3);
		s11 = (x$23 = $mul64(s23, new $Int64(0, 666643)), new $Int64(s11.$high + x$23.$high, s11.$low + x$23.$low));
		s12 = (x$24 = $mul64(s23, new $Int64(0, 470296)), new $Int64(s12.$high + x$24.$high, s12.$low + x$24.$low));
		s13 = (x$25 = $mul64(s23, new $Int64(0, 654183)), new $Int64(s13.$high + x$25.$high, s13.$low + x$25.$low));
		s14 = (x$26 = $mul64(s23, new $Int64(0, 997805)), new $Int64(s14.$high - x$26.$high, s14.$low - x$26.$low));
		s15 = (x$27 = $mul64(s23, new $Int64(0, 136657)), new $Int64(s15.$high + x$27.$high, s15.$low + x$27.$low));
		s16 = (x$28 = $mul64(s23, new $Int64(0, 683901)), new $Int64(s16.$high - x$28.$high, s16.$low - x$28.$low));
		s23 = new $Int64(0, 0);
		s10 = (x$29 = $mul64(s22, new $Int64(0, 666643)), new $Int64(s10.$high + x$29.$high, s10.$low + x$29.$low));
		s11 = (x$30 = $mul64(s22, new $Int64(0, 470296)), new $Int64(s11.$high + x$30.$high, s11.$low + x$30.$low));
		s12 = (x$31 = $mul64(s22, new $Int64(0, 654183)), new $Int64(s12.$high + x$31.$high, s12.$low + x$31.$low));
		s13 = (x$32 = $mul64(s22, new $Int64(0, 997805)), new $Int64(s13.$high - x$32.$high, s13.$low - x$32.$low));
		s14 = (x$33 = $mul64(s22, new $Int64(0, 136657)), new $Int64(s14.$high + x$33.$high, s14.$low + x$33.$low));
		s15 = (x$34 = $mul64(s22, new $Int64(0, 683901)), new $Int64(s15.$high - x$34.$high, s15.$low - x$34.$low));
		s22 = new $Int64(0, 0);
		s9 = (x$35 = $mul64(s21, new $Int64(0, 666643)), new $Int64(s9.$high + x$35.$high, s9.$low + x$35.$low));
		s10 = (x$36 = $mul64(s21, new $Int64(0, 470296)), new $Int64(s10.$high + x$36.$high, s10.$low + x$36.$low));
		s11 = (x$37 = $mul64(s21, new $Int64(0, 654183)), new $Int64(s11.$high + x$37.$high, s11.$low + x$37.$low));
		s12 = (x$38 = $mul64(s21, new $Int64(0, 997805)), new $Int64(s12.$high - x$38.$high, s12.$low - x$38.$low));
		s13 = (x$39 = $mul64(s21, new $Int64(0, 136657)), new $Int64(s13.$high + x$39.$high, s13.$low + x$39.$low));
		s14 = (x$40 = $mul64(s21, new $Int64(0, 683901)), new $Int64(s14.$high - x$40.$high, s14.$low - x$40.$low));
		s21 = new $Int64(0, 0);
		s8 = (x$41 = $mul64(s20, new $Int64(0, 666643)), new $Int64(s8.$high + x$41.$high, s8.$low + x$41.$low));
		s9 = (x$42 = $mul64(s20, new $Int64(0, 470296)), new $Int64(s9.$high + x$42.$high, s9.$low + x$42.$low));
		s10 = (x$43 = $mul64(s20, new $Int64(0, 654183)), new $Int64(s10.$high + x$43.$high, s10.$low + x$43.$low));
		s11 = (x$44 = $mul64(s20, new $Int64(0, 997805)), new $Int64(s11.$high - x$44.$high, s11.$low - x$44.$low));
		s12 = (x$45 = $mul64(s20, new $Int64(0, 136657)), new $Int64(s12.$high + x$45.$high, s12.$low + x$45.$low));
		s13 = (x$46 = $mul64(s20, new $Int64(0, 683901)), new $Int64(s13.$high - x$46.$high, s13.$low - x$46.$low));
		s20 = new $Int64(0, 0);
		s7 = (x$47 = $mul64(s19, new $Int64(0, 666643)), new $Int64(s7.$high + x$47.$high, s7.$low + x$47.$low));
		s8 = (x$48 = $mul64(s19, new $Int64(0, 470296)), new $Int64(s8.$high + x$48.$high, s8.$low + x$48.$low));
		s9 = (x$49 = $mul64(s19, new $Int64(0, 654183)), new $Int64(s9.$high + x$49.$high, s9.$low + x$49.$low));
		s10 = (x$50 = $mul64(s19, new $Int64(0, 997805)), new $Int64(s10.$high - x$50.$high, s10.$low - x$50.$low));
		s11 = (x$51 = $mul64(s19, new $Int64(0, 136657)), new $Int64(s11.$high + x$51.$high, s11.$low + x$51.$low));
		s12 = (x$52 = $mul64(s19, new $Int64(0, 683901)), new $Int64(s12.$high - x$52.$high, s12.$low - x$52.$low));
		s19 = new $Int64(0, 0);
		s6 = (x$53 = $mul64(s18, new $Int64(0, 666643)), new $Int64(s6.$high + x$53.$high, s6.$low + x$53.$low));
		s7 = (x$54 = $mul64(s18, new $Int64(0, 470296)), new $Int64(s7.$high + x$54.$high, s7.$low + x$54.$low));
		s8 = (x$55 = $mul64(s18, new $Int64(0, 654183)), new $Int64(s8.$high + x$55.$high, s8.$low + x$55.$low));
		s9 = (x$56 = $mul64(s18, new $Int64(0, 997805)), new $Int64(s9.$high - x$56.$high, s9.$low - x$56.$low));
		s10 = (x$57 = $mul64(s18, new $Int64(0, 136657)), new $Int64(s10.$high + x$57.$high, s10.$low + x$57.$low));
		s11 = (x$58 = $mul64(s18, new $Int64(0, 683901)), new $Int64(s11.$high - x$58.$high, s11.$low - x$58.$low));
		s18 = new $Int64(0, 0);
		carry = arrayType$10.zero();
		carry[6] = $shiftRightInt64((new $Int64(s6.$high + 0, s6.$low + 1048576)), 21);
		s7 = (x$59 = carry[6], new $Int64(s7.$high + x$59.$high, s7.$low + x$59.$low));
		s6 = (x$60 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$60.$high, s6.$low - x$60.$low));
		carry[8] = $shiftRightInt64((new $Int64(s8.$high + 0, s8.$low + 1048576)), 21);
		s9 = (x$61 = carry[8], new $Int64(s9.$high + x$61.$high, s9.$low + x$61.$low));
		s8 = (x$62 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$62.$high, s8.$low - x$62.$low));
		carry[10] = $shiftRightInt64((new $Int64(s10.$high + 0, s10.$low + 1048576)), 21);
		s11 = (x$63 = carry[10], new $Int64(s11.$high + x$63.$high, s11.$low + x$63.$low));
		s10 = (x$64 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$64.$high, s10.$low - x$64.$low));
		carry[12] = $shiftRightInt64((new $Int64(s12.$high + 0, s12.$low + 1048576)), 21);
		s13 = (x$65 = carry[12], new $Int64(s13.$high + x$65.$high, s13.$low + x$65.$low));
		s12 = (x$66 = $shiftLeft64(carry[12], 21), new $Int64(s12.$high - x$66.$high, s12.$low - x$66.$low));
		carry[14] = $shiftRightInt64((new $Int64(s14.$high + 0, s14.$low + 1048576)), 21);
		s15 = (x$67 = carry[14], new $Int64(s15.$high + x$67.$high, s15.$low + x$67.$low));
		s14 = (x$68 = $shiftLeft64(carry[14], 21), new $Int64(s14.$high - x$68.$high, s14.$low - x$68.$low));
		carry[16] = $shiftRightInt64((new $Int64(s16.$high + 0, s16.$low + 1048576)), 21);
		s17 = (x$69 = carry[16], new $Int64(s17.$high + x$69.$high, s17.$low + x$69.$low));
		s16 = (x$70 = $shiftLeft64(carry[16], 21), new $Int64(s16.$high - x$70.$high, s16.$low - x$70.$low));
		carry[7] = $shiftRightInt64((new $Int64(s7.$high + 0, s7.$low + 1048576)), 21);
		s8 = (x$71 = carry[7], new $Int64(s8.$high + x$71.$high, s8.$low + x$71.$low));
		s7 = (x$72 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$72.$high, s7.$low - x$72.$low));
		carry[9] = $shiftRightInt64((new $Int64(s9.$high + 0, s9.$low + 1048576)), 21);
		s10 = (x$73 = carry[9], new $Int64(s10.$high + x$73.$high, s10.$low + x$73.$low));
		s9 = (x$74 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$74.$high, s9.$low - x$74.$low));
		carry[11] = $shiftRightInt64((new $Int64(s11.$high + 0, s11.$low + 1048576)), 21);
		s12 = (x$75 = carry[11], new $Int64(s12.$high + x$75.$high, s12.$low + x$75.$low));
		s11 = (x$76 = $shiftLeft64(carry[11], 21), new $Int64(s11.$high - x$76.$high, s11.$low - x$76.$low));
		carry[13] = $shiftRightInt64((new $Int64(s13.$high + 0, s13.$low + 1048576)), 21);
		s14 = (x$77 = carry[13], new $Int64(s14.$high + x$77.$high, s14.$low + x$77.$low));
		s13 = (x$78 = $shiftLeft64(carry[13], 21), new $Int64(s13.$high - x$78.$high, s13.$low - x$78.$low));
		carry[15] = $shiftRightInt64((new $Int64(s15.$high + 0, s15.$low + 1048576)), 21);
		s16 = (x$79 = carry[15], new $Int64(s16.$high + x$79.$high, s16.$low + x$79.$low));
		s15 = (x$80 = $shiftLeft64(carry[15], 21), new $Int64(s15.$high - x$80.$high, s15.$low - x$80.$low));
		s5 = (x$81 = $mul64(s17, new $Int64(0, 666643)), new $Int64(s5.$high + x$81.$high, s5.$low + x$81.$low));
		s6 = (x$82 = $mul64(s17, new $Int64(0, 470296)), new $Int64(s6.$high + x$82.$high, s6.$low + x$82.$low));
		s7 = (x$83 = $mul64(s17, new $Int64(0, 654183)), new $Int64(s7.$high + x$83.$high, s7.$low + x$83.$low));
		s8 = (x$84 = $mul64(s17, new $Int64(0, 997805)), new $Int64(s8.$high - x$84.$high, s8.$low - x$84.$low));
		s9 = (x$85 = $mul64(s17, new $Int64(0, 136657)), new $Int64(s9.$high + x$85.$high, s9.$low + x$85.$low));
		s10 = (x$86 = $mul64(s17, new $Int64(0, 683901)), new $Int64(s10.$high - x$86.$high, s10.$low - x$86.$low));
		s17 = new $Int64(0, 0);
		s4 = (x$87 = $mul64(s16, new $Int64(0, 666643)), new $Int64(s4.$high + x$87.$high, s4.$low + x$87.$low));
		s5 = (x$88 = $mul64(s16, new $Int64(0, 470296)), new $Int64(s5.$high + x$88.$high, s5.$low + x$88.$low));
		s6 = (x$89 = $mul64(s16, new $Int64(0, 654183)), new $Int64(s6.$high + x$89.$high, s6.$low + x$89.$low));
		s7 = (x$90 = $mul64(s16, new $Int64(0, 997805)), new $Int64(s7.$high - x$90.$high, s7.$low - x$90.$low));
		s8 = (x$91 = $mul64(s16, new $Int64(0, 136657)), new $Int64(s8.$high + x$91.$high, s8.$low + x$91.$low));
		s9 = (x$92 = $mul64(s16, new $Int64(0, 683901)), new $Int64(s9.$high - x$92.$high, s9.$low - x$92.$low));
		s16 = new $Int64(0, 0);
		s3 = (x$93 = $mul64(s15, new $Int64(0, 666643)), new $Int64(s3.$high + x$93.$high, s3.$low + x$93.$low));
		s4 = (x$94 = $mul64(s15, new $Int64(0, 470296)), new $Int64(s4.$high + x$94.$high, s4.$low + x$94.$low));
		s5 = (x$95 = $mul64(s15, new $Int64(0, 654183)), new $Int64(s5.$high + x$95.$high, s5.$low + x$95.$low));
		s6 = (x$96 = $mul64(s15, new $Int64(0, 997805)), new $Int64(s6.$high - x$96.$high, s6.$low - x$96.$low));
		s7 = (x$97 = $mul64(s15, new $Int64(0, 136657)), new $Int64(s7.$high + x$97.$high, s7.$low + x$97.$low));
		s8 = (x$98 = $mul64(s15, new $Int64(0, 683901)), new $Int64(s8.$high - x$98.$high, s8.$low - x$98.$low));
		s15 = new $Int64(0, 0);
		s2 = (x$99 = $mul64(s14, new $Int64(0, 666643)), new $Int64(s2.$high + x$99.$high, s2.$low + x$99.$low));
		s3 = (x$100 = $mul64(s14, new $Int64(0, 470296)), new $Int64(s3.$high + x$100.$high, s3.$low + x$100.$low));
		s4 = (x$101 = $mul64(s14, new $Int64(0, 654183)), new $Int64(s4.$high + x$101.$high, s4.$low + x$101.$low));
		s5 = (x$102 = $mul64(s14, new $Int64(0, 997805)), new $Int64(s5.$high - x$102.$high, s5.$low - x$102.$low));
		s6 = (x$103 = $mul64(s14, new $Int64(0, 136657)), new $Int64(s6.$high + x$103.$high, s6.$low + x$103.$low));
		s7 = (x$104 = $mul64(s14, new $Int64(0, 683901)), new $Int64(s7.$high - x$104.$high, s7.$low - x$104.$low));
		s14 = new $Int64(0, 0);
		s1 = (x$105 = $mul64(s13, new $Int64(0, 666643)), new $Int64(s1.$high + x$105.$high, s1.$low + x$105.$low));
		s2 = (x$106 = $mul64(s13, new $Int64(0, 470296)), new $Int64(s2.$high + x$106.$high, s2.$low + x$106.$low));
		s3 = (x$107 = $mul64(s13, new $Int64(0, 654183)), new $Int64(s3.$high + x$107.$high, s3.$low + x$107.$low));
		s4 = (x$108 = $mul64(s13, new $Int64(0, 997805)), new $Int64(s4.$high - x$108.$high, s4.$low - x$108.$low));
		s5 = (x$109 = $mul64(s13, new $Int64(0, 136657)), new $Int64(s5.$high + x$109.$high, s5.$low + x$109.$low));
		s6 = (x$110 = $mul64(s13, new $Int64(0, 683901)), new $Int64(s6.$high - x$110.$high, s6.$low - x$110.$low));
		s13 = new $Int64(0, 0);
		s0 = (x$111 = $mul64(s12, new $Int64(0, 666643)), new $Int64(s0.$high + x$111.$high, s0.$low + x$111.$low));
		s1 = (x$112 = $mul64(s12, new $Int64(0, 470296)), new $Int64(s1.$high + x$112.$high, s1.$low + x$112.$low));
		s2 = (x$113 = $mul64(s12, new $Int64(0, 654183)), new $Int64(s2.$high + x$113.$high, s2.$low + x$113.$low));
		s3 = (x$114 = $mul64(s12, new $Int64(0, 997805)), new $Int64(s3.$high - x$114.$high, s3.$low - x$114.$low));
		s4 = (x$115 = $mul64(s12, new $Int64(0, 136657)), new $Int64(s4.$high + x$115.$high, s4.$low + x$115.$low));
		s5 = (x$116 = $mul64(s12, new $Int64(0, 683901)), new $Int64(s5.$high - x$116.$high, s5.$low - x$116.$low));
		s12 = new $Int64(0, 0);
		carry[0] = $shiftRightInt64((new $Int64(s0.$high + 0, s0.$low + 1048576)), 21);
		s1 = (x$117 = carry[0], new $Int64(s1.$high + x$117.$high, s1.$low + x$117.$low));
		s0 = (x$118 = $shiftLeft64(carry[0], 21), new $Int64(s0.$high - x$118.$high, s0.$low - x$118.$low));
		carry[2] = $shiftRightInt64((new $Int64(s2.$high + 0, s2.$low + 1048576)), 21);
		s3 = (x$119 = carry[2], new $Int64(s3.$high + x$119.$high, s3.$low + x$119.$low));
		s2 = (x$120 = $shiftLeft64(carry[2], 21), new $Int64(s2.$high - x$120.$high, s2.$low - x$120.$low));
		carry[4] = $shiftRightInt64((new $Int64(s4.$high + 0, s4.$low + 1048576)), 21);
		s5 = (x$121 = carry[4], new $Int64(s5.$high + x$121.$high, s5.$low + x$121.$low));
		s4 = (x$122 = $shiftLeft64(carry[4], 21), new $Int64(s4.$high - x$122.$high, s4.$low - x$122.$low));
		carry[6] = $shiftRightInt64((new $Int64(s6.$high + 0, s6.$low + 1048576)), 21);
		s7 = (x$123 = carry[6], new $Int64(s7.$high + x$123.$high, s7.$low + x$123.$low));
		s6 = (x$124 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$124.$high, s6.$low - x$124.$low));
		carry[8] = $shiftRightInt64((new $Int64(s8.$high + 0, s8.$low + 1048576)), 21);
		s9 = (x$125 = carry[8], new $Int64(s9.$high + x$125.$high, s9.$low + x$125.$low));
		s8 = (x$126 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$126.$high, s8.$low - x$126.$low));
		carry[10] = $shiftRightInt64((new $Int64(s10.$high + 0, s10.$low + 1048576)), 21);
		s11 = (x$127 = carry[10], new $Int64(s11.$high + x$127.$high, s11.$low + x$127.$low));
		s10 = (x$128 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$128.$high, s10.$low - x$128.$low));
		carry[1] = $shiftRightInt64((new $Int64(s1.$high + 0, s1.$low + 1048576)), 21);
		s2 = (x$129 = carry[1], new $Int64(s2.$high + x$129.$high, s2.$low + x$129.$low));
		s1 = (x$130 = $shiftLeft64(carry[1], 21), new $Int64(s1.$high - x$130.$high, s1.$low - x$130.$low));
		carry[3] = $shiftRightInt64((new $Int64(s3.$high + 0, s3.$low + 1048576)), 21);
		s4 = (x$131 = carry[3], new $Int64(s4.$high + x$131.$high, s4.$low + x$131.$low));
		s3 = (x$132 = $shiftLeft64(carry[3], 21), new $Int64(s3.$high - x$132.$high, s3.$low - x$132.$low));
		carry[5] = $shiftRightInt64((new $Int64(s5.$high + 0, s5.$low + 1048576)), 21);
		s6 = (x$133 = carry[5], new $Int64(s6.$high + x$133.$high, s6.$low + x$133.$low));
		s5 = (x$134 = $shiftLeft64(carry[5], 21), new $Int64(s5.$high - x$134.$high, s5.$low - x$134.$low));
		carry[7] = $shiftRightInt64((new $Int64(s7.$high + 0, s7.$low + 1048576)), 21);
		s8 = (x$135 = carry[7], new $Int64(s8.$high + x$135.$high, s8.$low + x$135.$low));
		s7 = (x$136 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$136.$high, s7.$low - x$136.$low));
		carry[9] = $shiftRightInt64((new $Int64(s9.$high + 0, s9.$low + 1048576)), 21);
		s10 = (x$137 = carry[9], new $Int64(s10.$high + x$137.$high, s10.$low + x$137.$low));
		s9 = (x$138 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$138.$high, s9.$low - x$138.$low));
		carry[11] = $shiftRightInt64((new $Int64(s11.$high + 0, s11.$low + 1048576)), 21);
		s12 = (x$139 = carry[11], new $Int64(s12.$high + x$139.$high, s12.$low + x$139.$low));
		s11 = (x$140 = $shiftLeft64(carry[11], 21), new $Int64(s11.$high - x$140.$high, s11.$low - x$140.$low));
		s0 = (x$141 = $mul64(s12, new $Int64(0, 666643)), new $Int64(s0.$high + x$141.$high, s0.$low + x$141.$low));
		s1 = (x$142 = $mul64(s12, new $Int64(0, 470296)), new $Int64(s1.$high + x$142.$high, s1.$low + x$142.$low));
		s2 = (x$143 = $mul64(s12, new $Int64(0, 654183)), new $Int64(s2.$high + x$143.$high, s2.$low + x$143.$low));
		s3 = (x$144 = $mul64(s12, new $Int64(0, 997805)), new $Int64(s3.$high - x$144.$high, s3.$low - x$144.$low));
		s4 = (x$145 = $mul64(s12, new $Int64(0, 136657)), new $Int64(s4.$high + x$145.$high, s4.$low + x$145.$low));
		s5 = (x$146 = $mul64(s12, new $Int64(0, 683901)), new $Int64(s5.$high - x$146.$high, s5.$low - x$146.$low));
		s12 = new $Int64(0, 0);
		carry[0] = $shiftRightInt64(s0, 21);
		s1 = (x$147 = carry[0], new $Int64(s1.$high + x$147.$high, s1.$low + x$147.$low));
		s0 = (x$148 = $shiftLeft64(carry[0], 21), new $Int64(s0.$high - x$148.$high, s0.$low - x$148.$low));
		carry[1] = $shiftRightInt64(s1, 21);
		s2 = (x$149 = carry[1], new $Int64(s2.$high + x$149.$high, s2.$low + x$149.$low));
		s1 = (x$150 = $shiftLeft64(carry[1], 21), new $Int64(s1.$high - x$150.$high, s1.$low - x$150.$low));
		carry[2] = $shiftRightInt64(s2, 21);
		s3 = (x$151 = carry[2], new $Int64(s3.$high + x$151.$high, s3.$low + x$151.$low));
		s2 = (x$152 = $shiftLeft64(carry[2], 21), new $Int64(s2.$high - x$152.$high, s2.$low - x$152.$low));
		carry[3] = $shiftRightInt64(s3, 21);
		s4 = (x$153 = carry[3], new $Int64(s4.$high + x$153.$high, s4.$low + x$153.$low));
		s3 = (x$154 = $shiftLeft64(carry[3], 21), new $Int64(s3.$high - x$154.$high, s3.$low - x$154.$low));
		carry[4] = $shiftRightInt64(s4, 21);
		s5 = (x$155 = carry[4], new $Int64(s5.$high + x$155.$high, s5.$low + x$155.$low));
		s4 = (x$156 = $shiftLeft64(carry[4], 21), new $Int64(s4.$high - x$156.$high, s4.$low - x$156.$low));
		carry[5] = $shiftRightInt64(s5, 21);
		s6 = (x$157 = carry[5], new $Int64(s6.$high + x$157.$high, s6.$low + x$157.$low));
		s5 = (x$158 = $shiftLeft64(carry[5], 21), new $Int64(s5.$high - x$158.$high, s5.$low - x$158.$low));
		carry[6] = $shiftRightInt64(s6, 21);
		s7 = (x$159 = carry[6], new $Int64(s7.$high + x$159.$high, s7.$low + x$159.$low));
		s6 = (x$160 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$160.$high, s6.$low - x$160.$low));
		carry[7] = $shiftRightInt64(s7, 21);
		s8 = (x$161 = carry[7], new $Int64(s8.$high + x$161.$high, s8.$low + x$161.$low));
		s7 = (x$162 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$162.$high, s7.$low - x$162.$low));
		carry[8] = $shiftRightInt64(s8, 21);
		s9 = (x$163 = carry[8], new $Int64(s9.$high + x$163.$high, s9.$low + x$163.$low));
		s8 = (x$164 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$164.$high, s8.$low - x$164.$low));
		carry[9] = $shiftRightInt64(s9, 21);
		s10 = (x$165 = carry[9], new $Int64(s10.$high + x$165.$high, s10.$low + x$165.$low));
		s9 = (x$166 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$166.$high, s9.$low - x$166.$low));
		carry[10] = $shiftRightInt64(s10, 21);
		s11 = (x$167 = carry[10], new $Int64(s11.$high + x$167.$high, s11.$low + x$167.$low));
		s10 = (x$168 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$168.$high, s10.$low - x$168.$low));
		carry[11] = $shiftRightInt64(s11, 21);
		s12 = (x$169 = carry[11], new $Int64(s12.$high + x$169.$high, s12.$low + x$169.$low));
		s11 = (x$170 = $shiftLeft64(carry[11], 21), new $Int64(s11.$high - x$170.$high, s11.$low - x$170.$low));
		s0 = (x$171 = $mul64(s12, new $Int64(0, 666643)), new $Int64(s0.$high + x$171.$high, s0.$low + x$171.$low));
		s1 = (x$172 = $mul64(s12, new $Int64(0, 470296)), new $Int64(s1.$high + x$172.$high, s1.$low + x$172.$low));
		s2 = (x$173 = $mul64(s12, new $Int64(0, 654183)), new $Int64(s2.$high + x$173.$high, s2.$low + x$173.$low));
		s3 = (x$174 = $mul64(s12, new $Int64(0, 997805)), new $Int64(s3.$high - x$174.$high, s3.$low - x$174.$low));
		s4 = (x$175 = $mul64(s12, new $Int64(0, 136657)), new $Int64(s4.$high + x$175.$high, s4.$low + x$175.$low));
		s5 = (x$176 = $mul64(s12, new $Int64(0, 683901)), new $Int64(s5.$high - x$176.$high, s5.$low - x$176.$low));
		s12 = new $Int64(0, 0);
		carry[0] = $shiftRightInt64(s0, 21);
		s1 = (x$177 = carry[0], new $Int64(s1.$high + x$177.$high, s1.$low + x$177.$low));
		s0 = (x$178 = $shiftLeft64(carry[0], 21), new $Int64(s0.$high - x$178.$high, s0.$low - x$178.$low));
		carry[1] = $shiftRightInt64(s1, 21);
		s2 = (x$179 = carry[1], new $Int64(s2.$high + x$179.$high, s2.$low + x$179.$low));
		s1 = (x$180 = $shiftLeft64(carry[1], 21), new $Int64(s1.$high - x$180.$high, s1.$low - x$180.$low));
		carry[2] = $shiftRightInt64(s2, 21);
		s3 = (x$181 = carry[2], new $Int64(s3.$high + x$181.$high, s3.$low + x$181.$low));
		s2 = (x$182 = $shiftLeft64(carry[2], 21), new $Int64(s2.$high - x$182.$high, s2.$low - x$182.$low));
		carry[3] = $shiftRightInt64(s3, 21);
		s4 = (x$183 = carry[3], new $Int64(s4.$high + x$183.$high, s4.$low + x$183.$low));
		s3 = (x$184 = $shiftLeft64(carry[3], 21), new $Int64(s3.$high - x$184.$high, s3.$low - x$184.$low));
		carry[4] = $shiftRightInt64(s4, 21);
		s5 = (x$185 = carry[4], new $Int64(s5.$high + x$185.$high, s5.$low + x$185.$low));
		s4 = (x$186 = $shiftLeft64(carry[4], 21), new $Int64(s4.$high - x$186.$high, s4.$low - x$186.$low));
		carry[5] = $shiftRightInt64(s5, 21);
		s6 = (x$187 = carry[5], new $Int64(s6.$high + x$187.$high, s6.$low + x$187.$low));
		s5 = (x$188 = $shiftLeft64(carry[5], 21), new $Int64(s5.$high - x$188.$high, s5.$low - x$188.$low));
		carry[6] = $shiftRightInt64(s6, 21);
		s7 = (x$189 = carry[6], new $Int64(s7.$high + x$189.$high, s7.$low + x$189.$low));
		s6 = (x$190 = $shiftLeft64(carry[6], 21), new $Int64(s6.$high - x$190.$high, s6.$low - x$190.$low));
		carry[7] = $shiftRightInt64(s7, 21);
		s8 = (x$191 = carry[7], new $Int64(s8.$high + x$191.$high, s8.$low + x$191.$low));
		s7 = (x$192 = $shiftLeft64(carry[7], 21), new $Int64(s7.$high - x$192.$high, s7.$low - x$192.$low));
		carry[8] = $shiftRightInt64(s8, 21);
		s9 = (x$193 = carry[8], new $Int64(s9.$high + x$193.$high, s9.$low + x$193.$low));
		s8 = (x$194 = $shiftLeft64(carry[8], 21), new $Int64(s8.$high - x$194.$high, s8.$low - x$194.$low));
		carry[9] = $shiftRightInt64(s9, 21);
		s10 = (x$195 = carry[9], new $Int64(s10.$high + x$195.$high, s10.$low + x$195.$low));
		s9 = (x$196 = $shiftLeft64(carry[9], 21), new $Int64(s9.$high - x$196.$high, s9.$low - x$196.$low));
		carry[10] = $shiftRightInt64(s10, 21);
		s11 = (x$197 = carry[10], new $Int64(s11.$high + x$197.$high, s11.$low + x$197.$low));
		s10 = (x$198 = $shiftLeft64(carry[10], 21), new $Int64(s10.$high - x$198.$high, s10.$low - x$198.$low));
		out.nilCheck, out[0] = (($shiftRightInt64(s0, 0).$low << 24 >>> 24));
		out.nilCheck, out[1] = (($shiftRightInt64(s0, 8).$low << 24 >>> 24));
		out.nilCheck, out[2] = (((x$199 = $shiftRightInt64(s0, 16), x$200 = $shiftLeft64(s1, 5), new $Int64(x$199.$high | x$200.$high, (x$199.$low | x$200.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[3] = (($shiftRightInt64(s1, 3).$low << 24 >>> 24));
		out.nilCheck, out[4] = (($shiftRightInt64(s1, 11).$low << 24 >>> 24));
		out.nilCheck, out[5] = (((x$201 = $shiftRightInt64(s1, 19), x$202 = $shiftLeft64(s2, 2), new $Int64(x$201.$high | x$202.$high, (x$201.$low | x$202.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[6] = (($shiftRightInt64(s2, 6).$low << 24 >>> 24));
		out.nilCheck, out[7] = (((x$203 = $shiftRightInt64(s2, 14), x$204 = $shiftLeft64(s3, 7), new $Int64(x$203.$high | x$204.$high, (x$203.$low | x$204.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[8] = (($shiftRightInt64(s3, 1).$low << 24 >>> 24));
		out.nilCheck, out[9] = (($shiftRightInt64(s3, 9).$low << 24 >>> 24));
		out.nilCheck, out[10] = (((x$205 = $shiftRightInt64(s3, 17), x$206 = $shiftLeft64(s4, 4), new $Int64(x$205.$high | x$206.$high, (x$205.$low | x$206.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[11] = (($shiftRightInt64(s4, 4).$low << 24 >>> 24));
		out.nilCheck, out[12] = (($shiftRightInt64(s4, 12).$low << 24 >>> 24));
		out.nilCheck, out[13] = (((x$207 = $shiftRightInt64(s4, 20), x$208 = $shiftLeft64(s5, 1), new $Int64(x$207.$high | x$208.$high, (x$207.$low | x$208.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[14] = (($shiftRightInt64(s5, 7).$low << 24 >>> 24));
		out.nilCheck, out[15] = (((x$209 = $shiftRightInt64(s5, 15), x$210 = $shiftLeft64(s6, 6), new $Int64(x$209.$high | x$210.$high, (x$209.$low | x$210.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[16] = (($shiftRightInt64(s6, 2).$low << 24 >>> 24));
		out.nilCheck, out[17] = (($shiftRightInt64(s6, 10).$low << 24 >>> 24));
		out.nilCheck, out[18] = (((x$211 = $shiftRightInt64(s6, 18), x$212 = $shiftLeft64(s7, 3), new $Int64(x$211.$high | x$212.$high, (x$211.$low | x$212.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[19] = (($shiftRightInt64(s7, 5).$low << 24 >>> 24));
		out.nilCheck, out[20] = (($shiftRightInt64(s7, 13).$low << 24 >>> 24));
		out.nilCheck, out[21] = (($shiftRightInt64(s8, 0).$low << 24 >>> 24));
		out.nilCheck, out[22] = (($shiftRightInt64(s8, 8).$low << 24 >>> 24));
		out.nilCheck, out[23] = (((x$213 = $shiftRightInt64(s8, 16), x$214 = $shiftLeft64(s9, 5), new $Int64(x$213.$high | x$214.$high, (x$213.$low | x$214.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[24] = (($shiftRightInt64(s9, 3).$low << 24 >>> 24));
		out.nilCheck, out[25] = (($shiftRightInt64(s9, 11).$low << 24 >>> 24));
		out.nilCheck, out[26] = (((x$215 = $shiftRightInt64(s9, 19), x$216 = $shiftLeft64(s10, 2), new $Int64(x$215.$high | x$216.$high, (x$215.$low | x$216.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[27] = (($shiftRightInt64(s10, 6).$low << 24 >>> 24));
		out.nilCheck, out[28] = (((x$217 = $shiftRightInt64(s10, 14), x$218 = $shiftLeft64(s11, 7), new $Int64(x$217.$high | x$218.$high, (x$217.$low | x$218.$low) >>> 0)).$low << 24 >>> 24));
		out.nilCheck, out[29] = (($shiftRightInt64(s11, 1).$low << 24 >>> 24));
		out.nilCheck, out[30] = (($shiftRightInt64(s11, 9).$low << 24 >>> 24));
		out.nilCheck, out[31] = (($shiftRightInt64(s11, 17).$low << 24 >>> 24));
	};
	Scalar.ptr.prototype.nonAdjacentForm = function(w) {
		var _q, _r, bitBuf, carry, digits, i, indexBit, indexU64, naf, pos, s, w, width, window, windowMask, x, x$1, x$2, x$3, x$4, x$5;
		s = this;
		if (s.s[31] > 127) {
			$panic(new $String("scalar has high bit set illegally"));
		}
		if (w < 2) {
			$panic(new $String("w must be at least 2 by the definition of NAF"));
		} else if (w > 8) {
			$panic(new $String("NAF digits must fit in int8"));
		}
		naf = arrayType$6.zero();
		digits = arrayType$11.zero();
		i = 0;
		while (true) {
			if (!(i < 4)) { break; }
			((i < 0 || i >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[i] = $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(new sliceType(s.s), ($imul(i, 8)))));
			i = i + (1) >> 0;
		}
		width = ($shiftLeft64(new $Uint64(0, 1), w));
		windowMask = (new $Uint64(width.$high - 0, width.$low - 1));
		pos = 0;
		carry = new $Uint64(0, 0);
		while (true) {
			if (!(pos < 256)) { break; }
			indexU64 = (_q = pos / 64, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			indexBit = (_r = pos % 64, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
			bitBuf = new $Uint64(0, 0);
			if (indexBit < (64 - w >>> 0)) {
				bitBuf = $shiftRightUint64(((indexU64 < 0 || indexU64 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[indexU64]), indexBit);
			} else {
				bitBuf = (x = $shiftRightUint64(((indexU64 < 0 || indexU64 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[indexU64]), indexBit), x$1 = $shiftLeft64((x$2 = 1 + indexU64 >>> 0, ((x$2 < 0 || x$2 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[x$2])), ((64 - indexBit >>> 0))), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
			}
			window = (x$3 = new $Uint64(bitBuf.$high & windowMask.$high, (bitBuf.$low & windowMask.$low) >>> 0), new $Uint64(carry.$high + x$3.$high, carry.$low + x$3.$low));
			if ((x$4 = new $Uint64(window.$high & 0, (window.$low & 1) >>> 0), (x$4.$high === 0 && x$4.$low === 0))) {
				pos = pos + (1) >>> 0;
				continue;
			}
			if ((x$5 = $div64(width, new $Uint64(0, 2), false), (window.$high < x$5.$high || (window.$high === x$5.$high && window.$low < x$5.$low)))) {
				carry = new $Uint64(0, 0);
				((pos < 0 || pos >= naf.length) ? ($throwRuntimeError("index out of range"), undefined) : naf[pos] = ((window.$low << 24 >> 24)));
			} else {
				carry = new $Uint64(0, 1);
				((pos < 0 || pos >= naf.length) ? ($throwRuntimeError("index out of range"), undefined) : naf[pos] = (((window.$low << 24 >> 24)) - ((width.$low << 24 >> 24)) << 24 >> 24));
			}
			pos = pos + (w) >>> 0;
		}
		return naf;
	};
	Scalar.prototype.nonAdjacentForm = function(w) { return this.$val.nonAdjacentForm(w); };
	Scalar.ptr.prototype.signedRadix16 = function() {
		var _index, carry, digits, i, i$1, s, x, x$1, x$2, x$3;
		s = this;
		if (s.s[31] > 127) {
			$panic(new $String("scalar has high bit set illegally"));
		}
		digits = arrayType$4.zero();
		i = 0;
		while (true) {
			if (!(i < 32)) { break; }
			(x$1 = $imul(2, i), ((x$1 < 0 || x$1 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[x$1] = (((((x = s.s, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) & 15) >>> 0) << 24 >> 24))));
			(x$3 = ($imul(2, i)) + 1 >> 0, ((x$3 < 0 || x$3 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[x$3] = (((((((x$2 = s.s, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) >>> 4 << 24 >>> 24)) & 15) >>> 0) << 24 >> 24))));
			i = i + (1) >> 0;
		}
		i$1 = 0;
		while (true) {
			if (!(i$1 < 63)) { break; }
			carry = ((((i$1 < 0 || i$1 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[i$1]) + 8 << 24 >> 24)) >> 4 << 24 >> 24;
			((i$1 < 0 || i$1 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[i$1] = (((i$1 < 0 || i$1 >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[i$1]) - ((carry << 4 << 24 >> 24)) << 24 >> 24));
			_index = i$1 + 1 >> 0;
			((_index < 0 || _index >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[_index] = (((_index < 0 || _index >= digits.length) ? ($throwRuntimeError("index out of range"), undefined) : digits[_index]) + (carry) << 24 >> 24));
			i$1 = i$1 + (1) >> 0;
		}
		return digits;
	};
	Scalar.prototype.signedRadix16 = function() { return this.$val.signedRadix16(); };
	checkInitialized = function(points) {
		var _i, _ref, p, points;
		_ref = points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			p = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ($equal(p.x, (new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0))), field.Element) && $equal(p.y, (new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0))), field.Element)) {
				$panic(new $String("edwards25519: use of uninitialized Point"));
			}
			_i++;
		}
	};
	projP2.ptr.prototype.Zero = function() {
		var v;
		v = this;
		v.X.Zero();
		v.Y.One();
		v.Z.One();
		return v;
	};
	projP2.prototype.Zero = function() { return this.$val.Zero(); };
	NewIdentityPoint = function() {
		return new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero()).Set(identity);
	};
	$pkg.NewIdentityPoint = NewIdentityPoint;
	NewGeneratorPoint = function() {
		return new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero()).Set(generator);
	};
	$pkg.NewGeneratorPoint = NewGeneratorPoint;
	projCached.ptr.prototype.Zero = function() {
		var v;
		v = this;
		v.YplusX.One();
		v.YminusX.One();
		v.Z.One();
		v.T2d.Zero();
		return v;
	};
	projCached.prototype.Zero = function() { return this.$val.Zero(); };
	affineCached.ptr.prototype.Zero = function() {
		var v;
		v = this;
		v.YplusX.One();
		v.YminusX.One();
		v.T2d.Zero();
		return v;
	};
	affineCached.prototype.Zero = function() { return this.$val.Zero(); };
	Point.ptr.prototype.Set = function(u) {
		var u, v;
		v = this;
		Point.copy(v, u);
		return v;
	};
	Point.prototype.Set = function(u) { return this.$val.Set(u); };
	Point.ptr.prototype.Bytes = function() {
		var buf, v;
		v = this;
		buf = arrayType$7.zero();
		return v.bytes(buf);
	};
	Point.prototype.Bytes = function() { return this.$val.Bytes(); };
	Point.ptr.prototype.bytes = function(buf) {
		var _tmp, _tmp$1, _tmp$2, buf, out, v, x, y, zInv;
		v = this;
		checkInitialized(new sliceType$1([v]));
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		zInv = $clone(_tmp, field.Element);
		x = $clone(_tmp$1, field.Element);
		y = $clone(_tmp$2, field.Element);
		zInv.Invert(v.z);
		x.Multiply(v.x, zInv);
		y.Multiply(v.y, zInv);
		out = copyFieldElement(buf, y);
		(31 >= out.$length ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + 31] = (((31 >= out.$length ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + 31]) | ((((x.IsNegative() << 7 >> 0) << 24 >>> 24)))) >>> 0));
		return out;
	};
	Point.prototype.bytes = function(buf) { return this.$val.bytes(buf); };
	Point.ptr.prototype.SetBytes = function(x) {
		var _tuple$2, u, v, vv, wasSquare, x, xx, xxNeg, y, y2;
		v = this;
		if (!((x.$length === 32))) {
			return [ptrType.nil, errors.New("edwards25519: invalid point encoding length")];
		}
		y = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).SetBytes(x);
		y2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Square(y);
		u = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Subtract(y2, feOne);
		vv = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Multiply(y2, d);
		vv = vv.Add(vv, feOne);
		_tuple$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).SqrtRatio(u, vv);
		xx = _tuple$2[0];
		wasSquare = _tuple$2[1];
		if (wasSquare === 0) {
			return [ptrType.nil, errors.New("edwards25519: invalid point encoding")];
		}
		xxNeg = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Negate(xx);
		xx = xx.Select(xxNeg, xx, ((((31 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 31]) >>> 7 << 24 >>> 24) >> 0)));
		v.x.Set(xx);
		v.y.Set(y);
		v.z.One();
		v.t.Multiply(xx, y);
		return [v, $ifaceNil];
	};
	Point.prototype.SetBytes = function(x) { return this.$val.SetBytes(x); };
	copyFieldElement = function(buf, v) {
		var buf, v;
		$copySlice(new sliceType(buf), v.Bytes());
		return new sliceType(buf);
	};
	projP2.ptr.prototype.FromP1xP1 = function(p) {
		var p, v;
		v = this;
		v.X.Multiply(p.X, p.T);
		v.Y.Multiply(p.Y, p.Z);
		v.Z.Multiply(p.Z, p.T);
		return v;
	};
	projP2.prototype.FromP1xP1 = function(p) { return this.$val.FromP1xP1(p); };
	projP2.ptr.prototype.FromP3 = function(p) {
		var p, v;
		v = this;
		v.X.Set(p.x);
		v.Y.Set(p.y);
		v.Z.Set(p.z);
		return v;
	};
	projP2.prototype.FromP3 = function(p) { return this.$val.FromP3(p); };
	Point.ptr.prototype.fromP1xP1 = function(p) {
		var p, v;
		v = this;
		v.x.Multiply(p.X, p.T);
		v.y.Multiply(p.Y, p.Z);
		v.z.Multiply(p.Z, p.T);
		v.t.Multiply(p.X, p.Y);
		return v;
	};
	Point.prototype.fromP1xP1 = function(p) { return this.$val.fromP1xP1(p); };
	Point.ptr.prototype.fromP2 = function(p) {
		var p, v;
		v = this;
		v.x.Multiply(p.X, p.Z);
		v.y.Multiply(p.Y, p.Z);
		v.z.Square(p.Z);
		v.t.Multiply(p.X, p.Y);
		return v;
	};
	Point.prototype.fromP2 = function(p) { return this.$val.fromP2(p); };
	projCached.ptr.prototype.FromP3 = function(p) {
		var p, v;
		v = this;
		v.YplusX.Add(p.y, p.x);
		v.YminusX.Subtract(p.y, p.x);
		v.Z.Set(p.z);
		v.T2d.Multiply(p.t, d2);
		return v;
	};
	projCached.prototype.FromP3 = function(p) { return this.$val.FromP3(p); };
	affineCached.ptr.prototype.FromP3 = function(p) {
		var invZ, p, v;
		v = this;
		v.YplusX.Add(p.y, p.x);
		v.YminusX.Subtract(p.y, p.x);
		v.T2d.Multiply(p.t, d2);
		invZ = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		invZ.Invert(p.z);
		v.YplusX.Multiply(v.YplusX, invZ);
		v.YminusX.Multiply(v.YminusX, invZ);
		v.T2d.Multiply(v.T2d, invZ);
		return v;
	};
	affineCached.prototype.FromP3 = function(p) { return this.$val.FromP3(p); };
	Point.ptr.prototype.Add = function(p, q) {
		var p, q, qCached, result, v;
		v = this;
		checkInitialized(new sliceType$1([p, q]));
		qCached = new projCached.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0))).FromP3(q);
		result = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0))).Add(p, qCached);
		return v.fromP1xP1(result);
	};
	Point.prototype.Add = function(p, q) { return this.$val.Add(p, q); };
	Point.ptr.prototype.Subtract = function(p, q) {
		var p, q, qCached, result, v;
		v = this;
		checkInitialized(new sliceType$1([p, q]));
		qCached = new projCached.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0))).FromP3(q);
		result = new projP1xP1.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0))).Sub(p, qCached);
		return v.fromP1xP1(result);
	};
	Point.prototype.Subtract = function(p, q) { return this.$val.Subtract(p, q); };
	projP1xP1.ptr.prototype.Add = function(p, q) {
		var MM, PP, TT2d, YminusX, YplusX, ZZ2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, p, q, v;
		v = this;
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$4 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$5 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		YplusX = $clone(_tmp, field.Element);
		YminusX = $clone(_tmp$1, field.Element);
		PP = $clone(_tmp$2, field.Element);
		MM = $clone(_tmp$3, field.Element);
		TT2d = $clone(_tmp$4, field.Element);
		ZZ2 = $clone(_tmp$5, field.Element);
		YplusX.Add(p.y, p.x);
		YminusX.Subtract(p.y, p.x);
		PP.Multiply(YplusX, q.YplusX);
		MM.Multiply(YminusX, q.YminusX);
		TT2d.Multiply(p.t, q.T2d);
		ZZ2.Multiply(p.z, q.Z);
		ZZ2.Add(ZZ2, ZZ2);
		v.X.Subtract(PP, MM);
		v.Y.Add(PP, MM);
		v.Z.Add(ZZ2, TT2d);
		v.T.Subtract(ZZ2, TT2d);
		return v;
	};
	projP1xP1.prototype.Add = function(p, q) { return this.$val.Add(p, q); };
	projP1xP1.ptr.prototype.Sub = function(p, q) {
		var MM, PP, TT2d, YminusX, YplusX, ZZ2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, p, q, v;
		v = this;
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$4 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$5 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		YplusX = $clone(_tmp, field.Element);
		YminusX = $clone(_tmp$1, field.Element);
		PP = $clone(_tmp$2, field.Element);
		MM = $clone(_tmp$3, field.Element);
		TT2d = $clone(_tmp$4, field.Element);
		ZZ2 = $clone(_tmp$5, field.Element);
		YplusX.Add(p.y, p.x);
		YminusX.Subtract(p.y, p.x);
		PP.Multiply(YplusX, q.YminusX);
		MM.Multiply(YminusX, q.YplusX);
		TT2d.Multiply(p.t, q.T2d);
		ZZ2.Multiply(p.z, q.Z);
		ZZ2.Add(ZZ2, ZZ2);
		v.X.Subtract(PP, MM);
		v.Y.Add(PP, MM);
		v.Z.Subtract(ZZ2, TT2d);
		v.T.Add(ZZ2, TT2d);
		return v;
	};
	projP1xP1.prototype.Sub = function(p, q) { return this.$val.Sub(p, q); };
	projP1xP1.ptr.prototype.AddAffine = function(p, q) {
		var MM, PP, TT2d, YminusX, YplusX, Z2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, p, q, v;
		v = this;
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$4 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$5 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		YplusX = $clone(_tmp, field.Element);
		YminusX = $clone(_tmp$1, field.Element);
		PP = $clone(_tmp$2, field.Element);
		MM = $clone(_tmp$3, field.Element);
		TT2d = $clone(_tmp$4, field.Element);
		Z2 = $clone(_tmp$5, field.Element);
		YplusX.Add(p.y, p.x);
		YminusX.Subtract(p.y, p.x);
		PP.Multiply(YplusX, q.YplusX);
		MM.Multiply(YminusX, q.YminusX);
		TT2d.Multiply(p.t, q.T2d);
		Z2.Add(p.z, p.z);
		v.X.Subtract(PP, MM);
		v.Y.Add(PP, MM);
		v.Z.Add(Z2, TT2d);
		v.T.Subtract(Z2, TT2d);
		return v;
	};
	projP1xP1.prototype.AddAffine = function(p, q) { return this.$val.AddAffine(p, q); };
	projP1xP1.ptr.prototype.SubAffine = function(p, q) {
		var MM, PP, TT2d, YminusX, YplusX, Z2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, p, q, v;
		v = this;
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$4 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$5 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		YplusX = $clone(_tmp, field.Element);
		YminusX = $clone(_tmp$1, field.Element);
		PP = $clone(_tmp$2, field.Element);
		MM = $clone(_tmp$3, field.Element);
		TT2d = $clone(_tmp$4, field.Element);
		Z2 = $clone(_tmp$5, field.Element);
		YplusX.Add(p.y, p.x);
		YminusX.Subtract(p.y, p.x);
		PP.Multiply(YplusX, q.YminusX);
		MM.Multiply(YminusX, q.YplusX);
		TT2d.Multiply(p.t, q.T2d);
		Z2.Add(p.z, p.z);
		v.X.Subtract(PP, MM);
		v.Y.Add(PP, MM);
		v.Z.Subtract(Z2, TT2d);
		v.T.Add(Z2, TT2d);
		return v;
	};
	projP1xP1.prototype.SubAffine = function(p, q) { return this.$val.SubAffine(p, q); };
	projP1xP1.ptr.prototype.Double = function(p) {
		var XX, XplusYsq, YY, ZZ2, _tmp, _tmp$1, _tmp$2, _tmp$3, p, v;
		v = this;
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		XX = $clone(_tmp, field.Element);
		YY = $clone(_tmp$1, field.Element);
		ZZ2 = $clone(_tmp$2, field.Element);
		XplusYsq = $clone(_tmp$3, field.Element);
		XX.Square(p.X);
		YY.Square(p.Y);
		ZZ2.Square(p.Z);
		ZZ2.Add(ZZ2, ZZ2);
		XplusYsq.Add(p.X, p.Y);
		XplusYsq.Square(XplusYsq);
		v.Y.Add(YY, XX);
		v.Z.Subtract(YY, XX);
		v.X.Subtract(XplusYsq, v.Y);
		v.T.Subtract(ZZ2, v.Z);
		return v;
	};
	projP1xP1.prototype.Double = function(p) { return this.$val.Double(p); };
	Point.ptr.prototype.Negate = function(p) {
		var p, v;
		v = this;
		checkInitialized(new sliceType$1([p]));
		v.x.Negate(p.x);
		v.y.Set(p.y);
		v.z.Set(p.z);
		v.t.Negate(p.t);
		return v;
	};
	Point.prototype.Negate = function(p) { return this.$val.Negate(p); };
	Point.ptr.prototype.Equal = function(u) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, t1, t2, t3, t4, u, v;
		v = this;
		checkInitialized(new sliceType$1([v, u]));
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		t1 = $clone(_tmp, field.Element);
		t2 = $clone(_tmp$1, field.Element);
		t3 = $clone(_tmp$2, field.Element);
		t4 = $clone(_tmp$3, field.Element);
		t1.Multiply(v.x, u.z);
		t2.Multiply(u.x, v.z);
		t3.Multiply(v.y, u.z);
		t4.Multiply(u.y, v.z);
		return t1.Equal(t2) & t3.Equal(t4);
	};
	Point.prototype.Equal = function(u) { return this.$val.Equal(u); };
	projCached.ptr.prototype.Select = function(a, b, cond) {
		var a, b, cond, v;
		v = this;
		v.YplusX.Select(a.YplusX, b.YplusX, cond);
		v.YminusX.Select(a.YminusX, b.YminusX, cond);
		v.Z.Select(a.Z, b.Z, cond);
		v.T2d.Select(a.T2d, b.T2d, cond);
		return v;
	};
	projCached.prototype.Select = function(a, b, cond) { return this.$val.Select(a, b, cond); };
	affineCached.ptr.prototype.Select = function(a, b, cond) {
		var a, b, cond, v;
		v = this;
		v.YplusX.Select(a.YplusX, b.YplusX, cond);
		v.YminusX.Select(a.YminusX, b.YminusX, cond);
		v.T2d.Select(a.T2d, b.T2d, cond);
		return v;
	};
	affineCached.prototype.Select = function(a, b, cond) { return this.$val.Select(a, b, cond); };
	projCached.ptr.prototype.CondNeg = function(cond) {
		var cond, v;
		v = this;
		v.YplusX.Swap(v.YminusX, cond);
		v.T2d.Select(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Negate(v.T2d), v.T2d, cond);
		return v;
	};
	projCached.prototype.CondNeg = function(cond) { return this.$val.CondNeg(cond); };
	affineCached.ptr.prototype.CondNeg = function(cond) {
		var cond, v;
		v = this;
		v.YplusX.Swap(v.YminusX, cond);
		v.T2d.Select(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Negate(v.T2d), v.T2d, cond);
		return v;
	};
	affineCached.prototype.CondNeg = function(cond) { return this.$val.CondNeg(cond); };
	ptrType$3.methods = [{prop: "FromP3", name: "FromP3", pkg: "", typ: $funcType([ptrType], [], false)}, {prop: "SelectInto", name: "SelectInto", pkg: "", typ: $funcType([ptrType$2, $Int8], [], false)}];
	ptrType$5.methods = [{prop: "FromP3", name: "FromP3", pkg: "", typ: $funcType([ptrType], [], false)}, {prop: "SelectInto", name: "SelectInto", pkg: "", typ: $funcType([ptrType$4, $Int8], [], false)}];
	ptrType$6.methods = [{prop: "FromP3", name: "FromP3", pkg: "", typ: $funcType([ptrType], [], false)}, {prop: "SelectInto", name: "SelectInto", pkg: "", typ: $funcType([ptrType$2, $Int8], [], false)}];
	ptrType$7.methods = [{prop: "FromP3", name: "FromP3", pkg: "", typ: $funcType([ptrType], [], false)}, {prop: "SelectInto", name: "SelectInto", pkg: "", typ: $funcType([ptrType$4, $Int8], [], false)}];
	ptrType$1.methods = [{prop: "MultiplyAdd", name: "MultiplyAdd", pkg: "", typ: $funcType([ptrType$1, ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Subtract", name: "Subtract", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Negate", name: "Negate", pkg: "", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "Multiply", name: "Multiply", pkg: "", typ: $funcType([ptrType$1, ptrType$1], [ptrType$1], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType$1], [ptrType$1], false)}, {prop: "SetUniformBytes", name: "SetUniformBytes", pkg: "", typ: $funcType([sliceType], [ptrType$1], false)}, {prop: "SetCanonicalBytes", name: "SetCanonicalBytes", pkg: "", typ: $funcType([sliceType], [ptrType$1, $error], false)}, {prop: "SetBytesWithClamping", name: "SetBytesWithClamping", pkg: "", typ: $funcType([sliceType], [ptrType$1], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType$1], [$Int], false)}, {prop: "nonAdjacentForm", name: "nonAdjacentForm", pkg: "crypto/ed25519/internal/edwards25519", typ: $funcType([$Uint], [arrayType$6], false)}, {prop: "signedRadix16", name: "signedRadix16", pkg: "crypto/ed25519/internal/edwards25519", typ: $funcType([], [arrayType$4], false)}];
	ptrType$8.methods = [{prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType, ptrType$2], [ptrType$8], false)}, {prop: "Sub", name: "Sub", pkg: "", typ: $funcType([ptrType, ptrType$2], [ptrType$8], false)}, {prop: "AddAffine", name: "AddAffine", pkg: "", typ: $funcType([ptrType, ptrType$4], [ptrType$8], false)}, {prop: "SubAffine", name: "SubAffine", pkg: "", typ: $funcType([ptrType, ptrType$4], [ptrType$8], false)}, {prop: "Double", name: "Double", pkg: "", typ: $funcType([ptrType$9], [ptrType$8], false)}];
	ptrType$9.methods = [{prop: "Zero", name: "Zero", pkg: "", typ: $funcType([], [ptrType$9], false)}, {prop: "FromP1xP1", name: "FromP1xP1", pkg: "", typ: $funcType([ptrType$8], [ptrType$9], false)}, {prop: "FromP3", name: "FromP3", pkg: "", typ: $funcType([ptrType], [ptrType$9], false)}];
	ptrType.methods = [{prop: "ScalarBaseMult", name: "ScalarBaseMult", pkg: "", typ: $funcType([ptrType$1], [ptrType], false)}, {prop: "ScalarMult", name: "ScalarMult", pkg: "", typ: $funcType([ptrType$1, ptrType], [ptrType], false)}, {prop: "VarTimeDoubleScalarBaseMult", name: "VarTimeDoubleScalarBaseMult", pkg: "", typ: $funcType([ptrType$1, ptrType, ptrType$1], [ptrType], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "crypto/ed25519/internal/edwards25519", typ: $funcType([ptrType$10], [sliceType], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType, $error], false)}, {prop: "fromP1xP1", name: "fromP1xP1", pkg: "crypto/ed25519/internal/edwards25519", typ: $funcType([ptrType$8], [ptrType], false)}, {prop: "fromP2", name: "fromP2", pkg: "crypto/ed25519/internal/edwards25519", typ: $funcType([ptrType$9], [ptrType], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Subtract", name: "Subtract", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Negate", name: "Negate", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType], [$Int], false)}];
	ptrType$2.methods = [{prop: "Zero", name: "Zero", pkg: "", typ: $funcType([], [ptrType$2], false)}, {prop: "FromP3", name: "FromP3", pkg: "", typ: $funcType([ptrType], [ptrType$2], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$2, ptrType$2, $Int], [ptrType$2], false)}, {prop: "CondNeg", name: "CondNeg", pkg: "", typ: $funcType([$Int], [ptrType$2], false)}];
	ptrType$4.methods = [{prop: "Zero", name: "Zero", pkg: "", typ: $funcType([], [ptrType$4], false)}, {prop: "FromP3", name: "FromP3", pkg: "", typ: $funcType([ptrType], [ptrType$4], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType$4, ptrType$4, $Int], [ptrType$4], false)}, {prop: "CondNeg", name: "CondNeg", pkg: "", typ: $funcType([$Int], [ptrType$4], false)}];
	projLookupTable.init("crypto/ed25519/internal/edwards25519", [{prop: "points", name: "points", embedded: false, exported: false, typ: arrayType$5, tag: ""}]);
	affineLookupTable.init("crypto/ed25519/internal/edwards25519", [{prop: "points", name: "points", embedded: false, exported: false, typ: arrayType, tag: ""}]);
	nafLookupTable5.init("crypto/ed25519/internal/edwards25519", [{prop: "points", name: "points", embedded: false, exported: false, typ: arrayType$5, tag: ""}]);
	nafLookupTable8.init("crypto/ed25519/internal/edwards25519", [{prop: "points", name: "points", embedded: false, exported: false, typ: arrayType$2, tag: ""}]);
	Scalar.init("crypto/ed25519/internal/edwards25519", [{prop: "s", name: "s", embedded: false, exported: false, typ: arrayType$7, tag: ""}]);
	projP1xP1.init("", [{prop: "X", name: "X", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "Z", name: "Z", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "T", name: "T", embedded: false, exported: true, typ: field.Element, tag: ""}]);
	projP2.init("", [{prop: "X", name: "X", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "Z", name: "Z", embedded: false, exported: true, typ: field.Element, tag: ""}]);
	Point.init("crypto/ed25519/internal/edwards25519", [{prop: "x", name: "x", embedded: false, exported: false, typ: field.Element, tag: ""}, {prop: "y", name: "y", embedded: false, exported: false, typ: field.Element, tag: ""}, {prop: "z", name: "z", embedded: false, exported: false, typ: field.Element, tag: ""}, {prop: "t", name: "t", embedded: false, exported: false, typ: field.Element, tag: ""}, {prop: "_$4", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}]);
	incomparable.init(funcType, 0);
	projCached.init("", [{prop: "YplusX", name: "YplusX", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "YminusX", name: "YminusX", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "Z", name: "Z", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "T2d", name: "T2d", embedded: false, exported: true, typ: field.Element, tag: ""}]);
	affineCached.init("", [{prop: "YplusX", name: "YplusX", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "YminusX", name: "YminusX", embedded: false, exported: true, typ: field.Element, tag: ""}, {prop: "T2d", name: "T2d", embedded: false, exported: true, typ: field.Element, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = field.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		basepointTablePrecomp = new structType.ptr(arrayType$1.zero(), new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)));
		basepointNafTablePrecomp = new structType$1.ptr(new nafLookupTable8.ptr(arrayType$2.zero()), new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)));
		scZero = new Scalar.ptr($toNativeArray($kindUint8, [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]));
		scOne = new Scalar.ptr($toNativeArray($kindUint8, [1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]));
		scMinusOne = new Scalar.ptr($toNativeArray($kindUint8, [236, 211, 245, 92, 26, 99, 18, 88, 214, 156, 247, 162, 222, 249, 222, 20, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16]));
		feOne = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).One();
		d = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).SetBytes(new sliceType([163, 120, 89, 19, 202, 77, 235, 117, 171, 216, 65, 65, 77, 10, 112, 0, 152, 232, 121, 119, 121, 64, 199, 140, 115, 254, 111, 43, 238, 108, 3, 82]));
		_tuple = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero()).SetBytes(new sliceType([1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]));
		identity = _tuple[0];
		_tuple$1 = new Point.ptr(new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$3.zero()).SetBytes(new sliceType([88, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102, 102]));
		generator = _tuple$1[0];
		d2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Add(d, d);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/ed25519"] = (function() {
	var $pkg = {}, $init, bytes, crypto, edwards25519, rand, sha512, errors, io, strconv, PublicKey, PrivateKey, sliceType, arrayType, funcType, arrayType$1, NewKeyFromSeed, newKeyFromSeed, Sign, sign, Verify;
	bytes = $packages["bytes"];
	crypto = $packages["crypto"];
	edwards25519 = $packages["crypto/ed25519/internal/edwards25519"];
	rand = $packages["crypto/rand"];
	sha512 = $packages["crypto/sha512"];
	errors = $packages["errors"];
	io = $packages["io"];
	strconv = $packages["strconv"];
	PublicKey = $pkg.PublicKey = $newType(12, $kindSlice, "ed25519.PublicKey", true, "crypto/ed25519", true, null);
	PrivateKey = $pkg.PrivateKey = $newType(12, $kindSlice, "ed25519.PrivateKey", true, "crypto/ed25519", true, null);
	sliceType = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 64);
	funcType = $funcType([], [], false);
	arrayType$1 = $arrayType(funcType, 0);
	PublicKey.prototype.Equal = function(x) {
		var _tuple, ok, pub, x, xx;
		pub = this;
		_tuple = $assertType(x, PublicKey, true);
		xx = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return false;
		}
		return bytes.Equal($convertSliceType(pub, sliceType), $convertSliceType(xx, sliceType));
	};
	$ptrType(PublicKey).prototype.Equal = function(x) { return this.$get().Equal(x); };
	PrivateKey.prototype.Public = function() {
		var priv, publicKey;
		priv = this;
		publicKey = $makeSlice(sliceType, 32);
		$copySlice(publicKey, $subslice(priv, 32));
		return ($convertSliceType(publicKey, PublicKey));
	};
	$ptrType(PrivateKey).prototype.Public = function() { return this.$get().Public(); };
	PrivateKey.prototype.Equal = function(x) {
		var _tuple, ok, priv, x, xx;
		priv = this;
		_tuple = $assertType(x, PrivateKey, true);
		xx = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return false;
		}
		return bytes.Equal($convertSliceType(priv, sliceType), $convertSliceType(xx, sliceType));
	};
	$ptrType(PrivateKey).prototype.Equal = function(x) { return this.$get().Equal(x); };
	PrivateKey.prototype.Seed = function() {
		var priv, seed;
		priv = this;
		seed = $makeSlice(sliceType, 32);
		$copySlice(seed, $subslice(priv, 0, 32));
		return seed;
	};
	$ptrType(PrivateKey).prototype.Seed = function() { return this.$get().Seed(); };
	PrivateKey.prototype.Sign = function(rand$1, message, opts) {
		var {$24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, err, message, opts, priv, rand$1, signature, $s, $r, $c} = $restore(this, {rand$1, message, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		signature = sliceType.nil;
		err = $ifaceNil;
		priv = this;
		_r = opts.HashFunc(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!((_r === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((_r === 0))) { */ case 1:
			_tmp = sliceType.nil;
			_tmp$1 = errors.New("ed25519: cannot sign hashed message");
			signature = _tmp;
			err = _tmp$1;
			$s = -1; return [signature, err];
		/* } */ case 2:
		_r$1 = Sign(priv, message); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tmp$2 = _r$1;
		_tmp$3 = $ifaceNil;
		signature = _tmp$2;
		err = _tmp$3;
		$24r = [signature, err];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: PrivateKey.prototype.Sign, $c: true, $r, $24r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, err, message, opts, priv, rand$1, signature, $s};return $f;
	};
	$ptrType(PrivateKey).prototype.Sign = function(rand$1, message, opts) { return this.$get().Sign(rand$1, message, opts); };
	NewKeyFromSeed = function(seed) {
		var {privateKey, seed, $s, $r, $c} = $restore(this, {seed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		privateKey = $makeSlice(sliceType, 64);
		$r = newKeyFromSeed(privateKey, seed); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $convertSliceType(privateKey, PrivateKey);
		/* */ } return; } var $f = {$blk: NewKeyFromSeed, $c: true, $r, privateKey, seed, $s};return $f;
	};
	$pkg.NewKeyFromSeed = NewKeyFromSeed;
	newKeyFromSeed = function(privateKey, seed) {
		var {A, _r, h, l, privateKey, publicKey, s, seed, $s, $r, $c} = $restore(this, {privateKey, seed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = seed.$length;
		if (!((l === 32))) {
			$panic(new $String("ed25519: bad seed length: " + strconv.Itoa(l)));
		}
		h = $clone(sha512.Sum512(seed), arrayType);
		s = edwards25519.NewScalar().SetBytesWithClamping($subslice(new sliceType(h), 0, 32));
		_r = (new edwards25519.Point.ptr(new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$1.zero())).ScalarBaseMult(s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		A = _r;
		publicKey = A.Bytes();
		$copySlice(privateKey, seed);
		$copySlice($subslice(privateKey, 32), publicKey);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: newKeyFromSeed, $c: true, $r, A, _r, h, l, privateKey, publicKey, s, seed, $s};return $f;
	};
	Sign = function(privateKey, message) {
		var {message, privateKey, signature, $s, $r, $c} = $restore(this, {privateKey, message});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		signature = $makeSlice(sliceType, 64);
		$r = sign(signature, $convertSliceType(privateKey, sliceType), message); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return signature;
		/* */ } return; } var $f = {$blk: Sign, $c: true, $r, message, privateKey, signature, $s};return $f;
	};
	$pkg.Sign = Sign;
	sign = function(signature, privateKey, message) {
		var {R, S, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, h, hramDigest, k, kh, l, message, messageDigest, mh, prefix, privateKey, publicKey, r, s, seed, signature, $s, $r, $c} = $restore(this, {signature, privateKey, message});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = privateKey.$length;
		if (!((l === 64))) {
			$panic(new $String("ed25519: bad private key length: " + strconv.Itoa(l)));
		}
		_tmp = $subslice(privateKey, 0, 32);
		_tmp$1 = $subslice(privateKey, 32);
		seed = _tmp;
		publicKey = _tmp$1;
		h = $clone(sha512.Sum512(seed), arrayType);
		s = edwards25519.NewScalar().SetBytesWithClamping($subslice(new sliceType(h), 0, 32));
		prefix = $subslice(new sliceType(h), 32);
		mh = sha512.New();
		_r = mh.Write(prefix); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		_r$1 = mh.Write(message); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		messageDigest = $makeSlice(sliceType, 0, 64);
		_r$2 = mh.Sum(messageDigest); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		messageDigest = _r$2;
		r = edwards25519.NewScalar().SetUniformBytes(messageDigest);
		_r$3 = (new edwards25519.Point.ptr(new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$1.zero())).ScalarBaseMult(r); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		R = _r$3;
		kh = sha512.New();
		_r$4 = kh.Write(R.Bytes()); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = kh.Write(publicKey); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = kh.Write(message); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		hramDigest = $makeSlice(sliceType, 0, 64);
		_r$7 = kh.Sum(hramDigest); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		hramDigest = _r$7;
		k = edwards25519.NewScalar().SetUniformBytes(hramDigest);
		S = edwards25519.NewScalar().MultiplyAdd(k, s, r);
		$copySlice($subslice(signature, 0, 32), R.Bytes());
		$copySlice($subslice(signature, 32), S.Bytes());
		$s = -1; return;
		/* */ } return; } var $f = {$blk: sign, $c: true, $r, R, S, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, h, hramDigest, k, kh, l, message, messageDigest, mh, prefix, privateKey, publicKey, r, s, seed, signature, $s};return $f;
	};
	Verify = function(publicKey, message, sig) {
		var {A, R, S, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, err, hramDigest, k, kh, l, message, minusA, publicKey, sig, $s, $r, $c} = $restore(this, {publicKey, message, sig});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = publicKey.$length;
		if (!((l === 32))) {
			$panic(new $String("ed25519: bad public key length: " + strconv.Itoa(l)));
		}
		if (!((sig.$length === 64)) || !(((((63 >= sig.$length ? ($throwRuntimeError("index out of range"), undefined) : sig.$array[sig.$offset + 63]) & 224) >>> 0) === 0))) {
			$s = -1; return false;
		}
		_tuple = (new edwards25519.Point.ptr(new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$1.zero())).SetBytes($convertSliceType(publicKey, sliceType));
		A = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return false;
		}
		kh = sha512.New();
		_r = kh.Write($subslice(sig, 0, 32)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		_r$1 = kh.Write($convertSliceType(publicKey, sliceType)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = kh.Write(message); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		hramDigest = $makeSlice(sliceType, 0, 64);
		_r$3 = kh.Sum(hramDigest); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		hramDigest = _r$3;
		k = edwards25519.NewScalar().SetUniformBytes(hramDigest);
		_tuple$1 = edwards25519.NewScalar().SetCanonicalBytes($subslice(sig, 32));
		S = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return false;
		}
		minusA = (new edwards25519.Point.ptr(new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$1.zero())).Negate(A);
		_r$4 = (new edwards25519.Point.ptr(new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), new $packages["crypto/ed25519/internal/edwards25519/field"].Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)), arrayType$1.zero())).VarTimeDoubleScalarBaseMult(k, minusA, S); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		R = _r$4;
		$s = -1; return bytes.Equal($subslice(sig, 0, 32), R.Bytes());
		/* */ } return; } var $f = {$blk: Verify, $c: true, $r, A, R, S, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, err, hramDigest, k, kh, l, message, minusA, publicKey, sig, $s};return $f;
	};
	$pkg.Verify = Verify;
	PublicKey.methods = [{prop: "Equal", name: "Equal", pkg: "", typ: $funcType([crypto.PublicKey], [$Bool], false)}];
	PrivateKey.methods = [{prop: "Public", name: "Public", pkg: "", typ: $funcType([], [crypto.PublicKey], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([crypto.PrivateKey], [$Bool], false)}, {prop: "Seed", name: "Seed", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "Sign", name: "Sign", pkg: "", typ: $funcType([io.Reader, sliceType, crypto.SignerOpts], [sliceType, $error], false)}];
	PublicKey.init($Uint8);
	PrivateKey.init($Uint8);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = crypto.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = edwards25519.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha512.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/hmac"] = (function() {
	var $pkg = {}, $init, subtle, hash, marshalable, hmac, sliceType, ptrType, New, Equal;
	subtle = $packages["crypto/subtle"];
	hash = $packages["hash"];
	marshalable = $pkg.marshalable = $newType(8, $kindInterface, "hmac.marshalable", true, "crypto/hmac", false, null);
	hmac = $pkg.hmac = $newType(0, $kindStruct, "hmac.hmac", true, "crypto/hmac", false, function(opad_, ipad_, outer_, inner_, marshaled_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.opad = sliceType.nil;
			this.ipad = sliceType.nil;
			this.outer = $ifaceNil;
			this.inner = $ifaceNil;
			this.marshaled = false;
			return;
		}
		this.opad = opad_;
		this.ipad = ipad_;
		this.outer = outer_;
		this.inner = inner_;
		this.marshaled = marshaled_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(hmac);
	hmac.ptr.prototype.Sum = function(in$1) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, err, h, in$1, origLen, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		origLen = in$1.$length;
		_r = h.inner.Sum(in$1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		in$1 = _r;
		/* */ if (h.marshaled) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (h.marshaled) { */ case 2:
			_r$1 = $assertType(h.outer, marshalable).UnmarshalBinary(h.opad); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$panic(err);
			}
			$s = 4; continue;
		/* } else { */ case 3:
			$r = h.outer.Reset(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$2 = h.outer.Write(h.opad); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 4:
		_r$3 = h.outer.Write($subslice(in$1, origLen)); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = h.outer.Sum($subslice(in$1, 0, origLen)); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 10; case 10: return $24r;
		/* */ } return; } var $f = {$blk: hmac.ptr.prototype.Sum, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, err, h, in$1, origLen, $s};return $f;
	};
	hmac.prototype.Sum = function(in$1) { return this.$val.Sum(in$1); };
	hmac.ptr.prototype.Write = function(p) {
		var {$24r, _r, _tuple, err, h, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		h = this;
		_r = h.inner.Write(p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: hmac.ptr.prototype.Write, $c: true, $r, $24r, _r, _tuple, err, h, n, p, $s};return $f;
	};
	hmac.prototype.Write = function(p) { return this.$val.Write(p); };
	hmac.ptr.prototype.Size = function() {
		var {$24r, _r, h, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		_r = h.outer.Size(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: hmac.ptr.prototype.Size, $c: true, $r, $24r, _r, h, $s};return $f;
	};
	hmac.prototype.Size = function() { return this.$val.Size(); };
	hmac.ptr.prototype.BlockSize = function() {
		var {$24r, _r, h, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		_r = h.inner.BlockSize(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: hmac.ptr.prototype.BlockSize, $c: true, $r, $24r, _r, h, $s};return $f;
	};
	hmac.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	hmac.ptr.prototype.Reset = function() {
		var {_r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, h, imarshal, innerOK, marshalableInner, marshalableOuter, omarshal, outerOK, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		/* */ if (h.marshaled) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (h.marshaled) { */ case 1:
			_r = $assertType(h.inner, marshalable).UnmarshalBinary(h.ipad); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			err = _r;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$panic(err);
			}
			$s = -1; return;
		/* } */ case 2:
		$r = h.inner.Reset(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = h.inner.Write(h.ipad); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_tuple = $assertType(h.inner, marshalable, true);
		marshalableInner = _tuple[0];
		innerOK = _tuple[1];
		if (!innerOK) {
			$s = -1; return;
		}
		_tuple$1 = $assertType(h.outer, marshalable, true);
		marshalableOuter = _tuple$1[0];
		outerOK = _tuple$1[1];
		if (!outerOK) {
			$s = -1; return;
		}
		_r$2 = marshalableInner.MarshalBinary(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		imarshal = _tuple$2[0];
		err$1 = _tuple$2[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return;
		}
		$r = h.outer.Reset(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$3 = h.outer.Write(h.opad); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = marshalableOuter.MarshalBinary(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$3 = _r$4;
		omarshal = _tuple$3[0];
		err$1 = _tuple$3[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return;
		}
		h.ipad = imarshal;
		h.opad = omarshal;
		h.marshaled = true;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: hmac.ptr.prototype.Reset, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, h, imarshal, innerOK, marshalableInner, marshalableOuter, omarshal, outerOK, $s};return $f;
	};
	hmac.prototype.Reset = function() { return this.$val.Reset(); };
	New = function(h, key) {
		var {_i, _i$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, blocksize, h, hm, i, i$1, key, unique, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {h, key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hm = [hm];
		unique = [unique];
		hm[0] = new hmac.ptr(sliceType.nil, sliceType.nil, $ifaceNil, $ifaceNil, false);
		_r = h(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		hm[0].outer = _r;
		_r$1 = h(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		hm[0].inner = _r$1;
		unique[0] = true;
		$r = (function(hm, unique) { return function() {
			var $deferred;
			/* */ var $err = null; try { $deferred = []; $curGoroutine.deferStack.push($deferred);
			$deferred.push([(function(hm, unique) { return function() {
				$unused($recover());
			}; })(hm, unique), []]);
			if ($interfaceIsEqual(hm[0].outer, hm[0].inner)) {
				unique[0] = false;
			}
			/* */ } catch(err) { $err = err; } finally { $callDeferred($deferred, $err); }
		}; })(hm, unique)(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!unique[0]) {
			$panic(new $String("crypto/hmac: hash generation function does not produce unique values"));
		}
		_r$2 = hm[0].inner.BlockSize(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		blocksize = _r$2;
		hm[0].ipad = $makeSlice(sliceType, blocksize);
		hm[0].opad = $makeSlice(sliceType, blocksize);
		/* */ if (key.$length > blocksize) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (key.$length > blocksize) { */ case 5:
			_r$3 = hm[0].outer.Write(key); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = hm[0].outer.Sum(sliceType.nil); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			key = _r$4;
		/* } */ case 6:
		$copySlice(hm[0].ipad, key);
		$copySlice(hm[0].opad, key);
		_ref = hm[0].ipad;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			(x$1 = hm[0].ipad, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i] = (((x = hm[0].ipad, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])) ^ (54)) << 24 >>> 24)));
			_i++;
		}
		_ref$1 = hm[0].opad;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			(x$3 = hm[0].opad, ((i$1 < 0 || i$1 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i$1] = (((x$2 = hm[0].opad, ((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1])) ^ (92)) << 24 >>> 24)));
			_i$1++;
		}
		_r$5 = hm[0].inner.Write(hm[0].ipad); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		$s = -1; return hm[0];
		/* */ } return; } var $f = {$blk: New, $c: true, $r, _i, _i$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, blocksize, h, hm, i, i$1, key, unique, x, x$1, x$2, x$3, $s};return $f;
	};
	$pkg.New = New;
	Equal = function(mac1, mac2) {
		var mac1, mac2;
		return subtle.ConstantTimeCompare(mac1, mac2) === 1;
	};
	$pkg.Equal = Equal;
	ptrType.methods = [{prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}];
	marshalable.init([{prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType], [$error], false)}]);
	hmac.init("crypto/hmac", [{prop: "opad", name: "opad", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "ipad", name: "ipad", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "outer", name: "outer", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "inner", name: "inner", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "marshaled", name: "marshaled", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/md5"] = (function() {
	var $pkg = {}, $init, crypto, binary, errors, hash, bits, digest, sliceType, arrayType, arrayType$1, arrayType$2, arrayType$3, arrayType$4, ptrType, block, blockGeneric, init, appendUint64, appendUint32, consumeUint64, consumeUint32, New;
	crypto = $packages["crypto"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	hash = $packages["hash"];
	bits = $packages["math/bits"];
	digest = $pkg.digest = $newType(0, $kindStruct, "md5.digest", true, "crypto/md5", false, function(s_, x_, nx_, len_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = arrayType$2.zero();
			this.x = arrayType$3.zero();
			this.nx = 0;
			this.len = new $Uint64(0, 0);
			return;
		}
		this.s = s_;
		this.x = x_;
		this.nx = nx_;
		this.len = len_;
	});
	sliceType = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 8);
	arrayType$1 = $arrayType($Uint8, 4);
	arrayType$2 = $arrayType($Uint32, 4);
	arrayType$3 = $arrayType($Uint8, 64);
	arrayType$4 = $arrayType($Uint8, 16);
	ptrType = $ptrType(digest);
	block = function(dig, p) {
		var dig, p;
		blockGeneric(dig, p);
	};
	blockGeneric = function(dig, p) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, a, aa, b, bb, c, cc, d, dd, dig, i, p, q, x0, x1, x2, x3, x4, x5, x6, x7, x8, x9, xa, xb, xc, xd, xe, xf;
		_tmp = dig.s[0];
		_tmp$1 = dig.s[1];
		_tmp$2 = dig.s[2];
		_tmp$3 = dig.s[3];
		a = _tmp;
		b = _tmp$1;
		c = _tmp$2;
		d = _tmp$3;
		i = 0;
		while (true) {
			if (!(i <= (p.$length - 64 >> 0))) { break; }
			q = $subslice(p, i);
			q = $subslice(q, 0, 64, 64);
			_tmp$4 = a;
			_tmp$5 = b;
			_tmp$6 = c;
			_tmp$7 = d;
			aa = _tmp$4;
			bb = _tmp$5;
			cc = _tmp$6;
			dd = _tmp$7;
			x0 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 0));
			x1 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 4));
			x2 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 8));
			x3 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 12));
			x4 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 16));
			x5 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 20));
			x6 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 24));
			x7 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 28));
			x8 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 32));
			x9 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 36));
			xa = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 40));
			xb = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 44));
			xc = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 48));
			xd = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 52));
			xe = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 56));
			xf = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(q, 60));
			a = b + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & b) >>> 0)) ^ d) >>> 0)) + a >>> 0) + x0 >>> 0) + 3614090360 >>> 0, 7) >>> 0;
			d = a + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & a) >>> 0)) ^ c) >>> 0)) + d >>> 0) + x1 >>> 0) + 3905402710 >>> 0, 12) >>> 0;
			c = d + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & d) >>> 0)) ^ b) >>> 0)) + c >>> 0) + x2 >>> 0) + 606105819 >>> 0, 17) >>> 0;
			b = c + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & c) >>> 0)) ^ a) >>> 0)) + b >>> 0) + x3 >>> 0) + 3250441966 >>> 0, 22) >>> 0;
			a = b + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & b) >>> 0)) ^ d) >>> 0)) + a >>> 0) + x4 >>> 0) + 4118548399 >>> 0, 7) >>> 0;
			d = a + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & a) >>> 0)) ^ c) >>> 0)) + d >>> 0) + x5 >>> 0) + 1200080426 >>> 0, 12) >>> 0;
			c = d + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & d) >>> 0)) ^ b) >>> 0)) + c >>> 0) + x6 >>> 0) + 2821735955 >>> 0, 17) >>> 0;
			b = c + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & c) >>> 0)) ^ a) >>> 0)) + b >>> 0) + x7 >>> 0) + 4249261313 >>> 0, 22) >>> 0;
			a = b + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & b) >>> 0)) ^ d) >>> 0)) + a >>> 0) + x8 >>> 0) + 1770035416 >>> 0, 7) >>> 0;
			d = a + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & a) >>> 0)) ^ c) >>> 0)) + d >>> 0) + x9 >>> 0) + 2336552879 >>> 0, 12) >>> 0;
			c = d + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & d) >>> 0)) ^ b) >>> 0)) + c >>> 0) + xa >>> 0) + 4294925233 >>> 0, 17) >>> 0;
			b = c + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & c) >>> 0)) ^ a) >>> 0)) + b >>> 0) + xb >>> 0) + 2304563134 >>> 0, 22) >>> 0;
			a = b + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & b) >>> 0)) ^ d) >>> 0)) + a >>> 0) + xc >>> 0) + 1804603682 >>> 0, 7) >>> 0;
			d = a + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & a) >>> 0)) ^ c) >>> 0)) + d >>> 0) + xd >>> 0) + 4254626195 >>> 0, 12) >>> 0;
			c = d + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & d) >>> 0)) ^ b) >>> 0)) + c >>> 0) + xe >>> 0) + 2792965006 >>> 0, 17) >>> 0;
			b = c + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & c) >>> 0)) ^ a) >>> 0)) + b >>> 0) + xf >>> 0) + 1236535329 >>> 0, 22) >>> 0;
			a = b + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & d) >>> 0)) ^ c) >>> 0)) + a >>> 0) + x1 >>> 0) + 4129170786 >>> 0, 5) >>> 0;
			d = a + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & c) >>> 0)) ^ b) >>> 0)) + d >>> 0) + x6 >>> 0) + 3225465664 >>> 0, 9) >>> 0;
			c = d + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & b) >>> 0)) ^ a) >>> 0)) + c >>> 0) + xb >>> 0) + 643717713 >>> 0, 14) >>> 0;
			b = c + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & a) >>> 0)) ^ d) >>> 0)) + b >>> 0) + x0 >>> 0) + 3921069994 >>> 0, 20) >>> 0;
			a = b + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & d) >>> 0)) ^ c) >>> 0)) + a >>> 0) + x5 >>> 0) + 3593408605 >>> 0, 5) >>> 0;
			d = a + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & c) >>> 0)) ^ b) >>> 0)) + d >>> 0) + xa >>> 0) + 38016083 >>> 0, 9) >>> 0;
			c = d + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & b) >>> 0)) ^ a) >>> 0)) + c >>> 0) + xf >>> 0) + 3634488961 >>> 0, 14) >>> 0;
			b = c + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & a) >>> 0)) ^ d) >>> 0)) + b >>> 0) + x4 >>> 0) + 3889429448 >>> 0, 20) >>> 0;
			a = b + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & d) >>> 0)) ^ c) >>> 0)) + a >>> 0) + x9 >>> 0) + 568446438 >>> 0, 5) >>> 0;
			d = a + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & c) >>> 0)) ^ b) >>> 0)) + d >>> 0) + xe >>> 0) + 3275163606 >>> 0, 9) >>> 0;
			c = d + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & b) >>> 0)) ^ a) >>> 0)) + c >>> 0) + x3 >>> 0) + 4107603335 >>> 0, 14) >>> 0;
			b = c + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & a) >>> 0)) ^ d) >>> 0)) + b >>> 0) + x8 >>> 0) + 1163531501 >>> 0, 20) >>> 0;
			a = b + bits.RotateLeft32((((((((((((b ^ c) >>> 0)) & d) >>> 0)) ^ c) >>> 0)) + a >>> 0) + xd >>> 0) + 2850285829 >>> 0, 5) >>> 0;
			d = a + bits.RotateLeft32((((((((((((a ^ b) >>> 0)) & c) >>> 0)) ^ b) >>> 0)) + d >>> 0) + x2 >>> 0) + 4243563512 >>> 0, 9) >>> 0;
			c = d + bits.RotateLeft32((((((((((((d ^ a) >>> 0)) & b) >>> 0)) ^ a) >>> 0)) + c >>> 0) + x7 >>> 0) + 1735328473 >>> 0, 14) >>> 0;
			b = c + bits.RotateLeft32((((((((((((c ^ d) >>> 0)) & a) >>> 0)) ^ d) >>> 0)) + b >>> 0) + xc >>> 0) + 2368359562 >>> 0, 20) >>> 0;
			a = b + bits.RotateLeft32((((((((b ^ c) >>> 0) ^ d) >>> 0)) + a >>> 0) + x5 >>> 0) + 4294588738 >>> 0, 4) >>> 0;
			d = a + bits.RotateLeft32((((((((a ^ b) >>> 0) ^ c) >>> 0)) + d >>> 0) + x8 >>> 0) + 2272392833 >>> 0, 11) >>> 0;
			c = d + bits.RotateLeft32((((((((d ^ a) >>> 0) ^ b) >>> 0)) + c >>> 0) + xb >>> 0) + 1839030562 >>> 0, 16) >>> 0;
			b = c + bits.RotateLeft32((((((((c ^ d) >>> 0) ^ a) >>> 0)) + b >>> 0) + xe >>> 0) + 4259657740 >>> 0, 23) >>> 0;
			a = b + bits.RotateLeft32((((((((b ^ c) >>> 0) ^ d) >>> 0)) + a >>> 0) + x1 >>> 0) + 2763975236 >>> 0, 4) >>> 0;
			d = a + bits.RotateLeft32((((((((a ^ b) >>> 0) ^ c) >>> 0)) + d >>> 0) + x4 >>> 0) + 1272893353 >>> 0, 11) >>> 0;
			c = d + bits.RotateLeft32((((((((d ^ a) >>> 0) ^ b) >>> 0)) + c >>> 0) + x7 >>> 0) + 4139469664 >>> 0, 16) >>> 0;
			b = c + bits.RotateLeft32((((((((c ^ d) >>> 0) ^ a) >>> 0)) + b >>> 0) + xa >>> 0) + 3200236656 >>> 0, 23) >>> 0;
			a = b + bits.RotateLeft32((((((((b ^ c) >>> 0) ^ d) >>> 0)) + a >>> 0) + xd >>> 0) + 681279174 >>> 0, 4) >>> 0;
			d = a + bits.RotateLeft32((((((((a ^ b) >>> 0) ^ c) >>> 0)) + d >>> 0) + x0 >>> 0) + 3936430074 >>> 0, 11) >>> 0;
			c = d + bits.RotateLeft32((((((((d ^ a) >>> 0) ^ b) >>> 0)) + c >>> 0) + x3 >>> 0) + 3572445317 >>> 0, 16) >>> 0;
			b = c + bits.RotateLeft32((((((((c ^ d) >>> 0) ^ a) >>> 0)) + b >>> 0) + x6 >>> 0) + 76029189 >>> 0, 23) >>> 0;
			a = b + bits.RotateLeft32((((((((b ^ c) >>> 0) ^ d) >>> 0)) + a >>> 0) + x9 >>> 0) + 3654602809 >>> 0, 4) >>> 0;
			d = a + bits.RotateLeft32((((((((a ^ b) >>> 0) ^ c) >>> 0)) + d >>> 0) + xc >>> 0) + 3873151461 >>> 0, 11) >>> 0;
			c = d + bits.RotateLeft32((((((((d ^ a) >>> 0) ^ b) >>> 0)) + c >>> 0) + xf >>> 0) + 530742520 >>> 0, 16) >>> 0;
			b = c + bits.RotateLeft32((((((((c ^ d) >>> 0) ^ a) >>> 0)) + b >>> 0) + x2 >>> 0) + 3299628645 >>> 0, 23) >>> 0;
			a = b + bits.RotateLeft32((((((c ^ (((b | (~d >>> 0)) >>> 0))) >>> 0)) + a >>> 0) + x0 >>> 0) + 4096336452 >>> 0, 6) >>> 0;
			d = a + bits.RotateLeft32((((((b ^ (((a | (~c >>> 0)) >>> 0))) >>> 0)) + d >>> 0) + x7 >>> 0) + 1126891415 >>> 0, 10) >>> 0;
			c = d + bits.RotateLeft32((((((a ^ (((d | (~b >>> 0)) >>> 0))) >>> 0)) + c >>> 0) + xe >>> 0) + 2878612391 >>> 0, 15) >>> 0;
			b = c + bits.RotateLeft32((((((d ^ (((c | (~a >>> 0)) >>> 0))) >>> 0)) + b >>> 0) + x5 >>> 0) + 4237533241 >>> 0, 21) >>> 0;
			a = b + bits.RotateLeft32((((((c ^ (((b | (~d >>> 0)) >>> 0))) >>> 0)) + a >>> 0) + xc >>> 0) + 1700485571 >>> 0, 6) >>> 0;
			d = a + bits.RotateLeft32((((((b ^ (((a | (~c >>> 0)) >>> 0))) >>> 0)) + d >>> 0) + x3 >>> 0) + 2399980690 >>> 0, 10) >>> 0;
			c = d + bits.RotateLeft32((((((a ^ (((d | (~b >>> 0)) >>> 0))) >>> 0)) + c >>> 0) + xa >>> 0) + 4293915773 >>> 0, 15) >>> 0;
			b = c + bits.RotateLeft32((((((d ^ (((c | (~a >>> 0)) >>> 0))) >>> 0)) + b >>> 0) + x1 >>> 0) + 2240044497 >>> 0, 21) >>> 0;
			a = b + bits.RotateLeft32((((((c ^ (((b | (~d >>> 0)) >>> 0))) >>> 0)) + a >>> 0) + x8 >>> 0) + 1873313359 >>> 0, 6) >>> 0;
			d = a + bits.RotateLeft32((((((b ^ (((a | (~c >>> 0)) >>> 0))) >>> 0)) + d >>> 0) + xf >>> 0) + 4264355552 >>> 0, 10) >>> 0;
			c = d + bits.RotateLeft32((((((a ^ (((d | (~b >>> 0)) >>> 0))) >>> 0)) + c >>> 0) + x6 >>> 0) + 2734768916 >>> 0, 15) >>> 0;
			b = c + bits.RotateLeft32((((((d ^ (((c | (~a >>> 0)) >>> 0))) >>> 0)) + b >>> 0) + xd >>> 0) + 1309151649 >>> 0, 21) >>> 0;
			a = b + bits.RotateLeft32((((((c ^ (((b | (~d >>> 0)) >>> 0))) >>> 0)) + a >>> 0) + x4 >>> 0) + 4149444226 >>> 0, 6) >>> 0;
			d = a + bits.RotateLeft32((((((b ^ (((a | (~c >>> 0)) >>> 0))) >>> 0)) + d >>> 0) + xb >>> 0) + 3174756917 >>> 0, 10) >>> 0;
			c = d + bits.RotateLeft32((((((a ^ (((d | (~b >>> 0)) >>> 0))) >>> 0)) + c >>> 0) + x2 >>> 0) + 718787259 >>> 0, 15) >>> 0;
			b = c + bits.RotateLeft32((((((d ^ (((c | (~a >>> 0)) >>> 0))) >>> 0)) + b >>> 0) + x9 >>> 0) + 3951481745 >>> 0, 21) >>> 0;
			a = a + (aa) >>> 0;
			b = b + (bb) >>> 0;
			c = c + (cc) >>> 0;
			d = d + (dd) >>> 0;
			i = i + (64) >> 0;
		}
		_tmp$8 = a;
		_tmp$9 = b;
		_tmp$10 = c;
		_tmp$11 = d;
		dig.s[0] = _tmp$8;
		dig.s[1] = _tmp$9;
		dig.s[2] = _tmp$10;
		dig.s[3] = _tmp$11;
	};
	init = function() {
		crypto.RegisterHash(2, New);
	};
	digest.ptr.prototype.Reset = function() {
		var d;
		d = this;
		d.s[0] = 1732584193;
		d.s[1] = 4023233417;
		d.s[2] = 2562383102;
		d.s[3] = 271733878;
		d.nx = 0;
		d.len = new $Uint64(0, 0);
	};
	digest.prototype.Reset = function() { return this.$val.Reset(); };
	digest.ptr.prototype.MarshalBinary = function() {
		var b, d;
		d = this;
		b = $makeSlice(sliceType, 0, 92);
		b = $appendSlice(b, "md5\x01");
		b = appendUint32(b, d.s[0]);
		b = appendUint32(b, d.s[1]);
		b = appendUint32(b, d.s[2]);
		b = appendUint32(b, d.s[3]);
		b = $appendSlice(b, $subslice(new sliceType(d.x), 0, d.nx));
		b = $subslice(b, 0, ((b.$length + 64 >> 0) - d.nx >> 0));
		b = appendUint64(b, d.len);
		return [b, $ifaceNil];
	};
	digest.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	digest.ptr.prototype.UnmarshalBinary = function(b) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, d;
		d = this;
		if (b.$length < 4 || !(($bytesToString($subslice(b, 0, 4))) === "md5\x01")) {
			return errors.New("crypto/md5: invalid hash state identifier");
		}
		if (!((b.$length === 92))) {
			return errors.New("crypto/md5: invalid hash state size");
		}
		b = $subslice(b, 4);
		_tuple = consumeUint32(b);
		b = _tuple[0];
		d.s[0] = _tuple[1];
		_tuple$1 = consumeUint32(b);
		b = _tuple$1[0];
		d.s[1] = _tuple$1[1];
		_tuple$2 = consumeUint32(b);
		b = _tuple$2[0];
		d.s[2] = _tuple$2[1];
		_tuple$3 = consumeUint32(b);
		b = _tuple$3[0];
		d.s[3] = _tuple$3[1];
		b = $subslice(b, $copySlice(new sliceType(d.x), b));
		_tuple$4 = consumeUint64(b);
		b = _tuple$4[0];
		d.len = _tuple$4[1];
		d.nx = (($div64(d.len, new $Uint64(0, 64), true).$low >> 0));
		return $ifaceNil;
	};
	digest.prototype.UnmarshalBinary = function(b) { return this.$val.UnmarshalBinary(b); };
	appendUint64 = function(b, x) {
		var a, b, x;
		a = arrayType.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(new sliceType(a), x);
		return $appendSlice(b, new sliceType(a));
	};
	appendUint32 = function(b, x) {
		var a, b, x;
		a = arrayType$1.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint32(new sliceType(a), x);
		return $appendSlice(b, new sliceType(a));
	};
	consumeUint64 = function(b) {
		var b;
		return [$subslice(b, 8), $clone(binary.BigEndian, binary.bigEndian).Uint64($subslice(b, 0, 8))];
	};
	consumeUint32 = function(b) {
		var b;
		return [$subslice(b, 4), $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(b, 0, 4))];
	};
	New = function() {
		var d;
		d = new digest.ptr(arrayType$2.zero(), arrayType$3.zero(), 0, new $Uint64(0, 0));
		d.Reset();
		return d;
	};
	$pkg.New = New;
	digest.ptr.prototype.Size = function() {
		var d;
		d = this;
		return 16;
	};
	digest.prototype.Size = function() { return this.$val.Size(); };
	digest.ptr.prototype.BlockSize = function() {
		var d;
		d = this;
		return 64;
	};
	digest.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	digest.ptr.prototype.Write = function(p) {
		var d, err, n, n$1, nn, p, x, x$1;
		nn = 0;
		err = $ifaceNil;
		d = this;
		nn = p.$length;
		d.len = (x = d.len, x$1 = (new $Uint64(0, nn)), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		if (d.nx > 0) {
			n = $copySlice($subslice(new sliceType(d.x), d.nx), p);
			d.nx = d.nx + (n) >> 0;
			if (d.nx === 64) {
				if (false) {
					block(d, new sliceType(d.x));
				} else {
					blockGeneric(d, new sliceType(d.x));
				}
				d.nx = 0;
			}
			p = $subslice(p, n);
		}
		if (p.$length >= 64) {
			n$1 = (p.$length & ~63) >> 0;
			if (false) {
				block(d, $subslice(p, 0, n$1));
			} else {
				blockGeneric(d, $subslice(p, 0, n$1));
			}
			p = $subslice(p, n$1);
		}
		if (p.$length > 0) {
			d.nx = $copySlice(new sliceType(d.x), p);
		}
		return [nn, err];
	};
	digest.prototype.Write = function(p) { return this.$val.Write(p); };
	digest.ptr.prototype.Sum = function(in$1) {
		var d, d0, hash$1, in$1;
		d = this;
		d0 = $clone(d, digest);
		hash$1 = $clone(d0.checkSum(), arrayType$4);
		return $appendSlice(in$1, new sliceType(hash$1));
	};
	digest.prototype.Sum = function(in$1) { return this.$val.Sum(in$1); };
	digest.ptr.prototype.checkSum = function() {
		var d, digest$1, pad, tmp, x, x$1;
		d = this;
		tmp = $toNativeArray($kindUint8, [128, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		pad = $div64(((x = d.len, new $Uint64(0 - x.$high, 55 - x.$low))), new $Uint64(0, 64), true);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint64($subslice(new sliceType(tmp), $flatten64(new $Uint64(0 + pad.$high, 1 + pad.$low))), $shiftLeft64(d.len, 3));
		d.Write($subslice(new sliceType(tmp), 0, $flatten64((x$1 = new $Uint64(0 + pad.$high, 1 + pad.$low), new $Uint64(x$1.$high + 0, x$1.$low + 8)))));
		if (!((d.nx === 0))) {
			$panic(new $String("d.nx != 0"));
		}
		digest$1 = arrayType$4.zero();
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(new sliceType(digest$1), 0), d.s[0]);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(new sliceType(digest$1), 4), d.s[1]);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(new sliceType(digest$1), 8), d.s[2]);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(new sliceType(digest$1), 12), d.s[3]);
		return digest$1;
	};
	digest.prototype.checkSum = function() { return this.$val.checkSum(); };
	ptrType.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType], [$error], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "checkSum", name: "checkSum", pkg: "crypto/md5", typ: $funcType([], [arrayType$4], false)}];
	digest.init("crypto/md5", [{prop: "s", name: "s", embedded: false, exported: false, typ: arrayType$2, tag: ""}, {prop: "x", name: "x", embedded: false, exported: false, typ: arrayType$3, tag: ""}, {prop: "nx", name: "nx", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = crypto.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/rc4"] = (function() {
	var $pkg = {}, $init, subtle, strconv, Cipher, KeySizeError, ptrType, arrayType, sliceType, NewCipher;
	subtle = $packages["crypto/internal/subtle"];
	strconv = $packages["strconv"];
	Cipher = $pkg.Cipher = $newType(0, $kindStruct, "rc4.Cipher", true, "crypto/rc4", true, function(s_, i_, j_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = arrayType.zero();
			this.i = 0;
			this.j = 0;
			return;
		}
		this.s = s_;
		this.i = i_;
		this.j = j_;
	});
	KeySizeError = $pkg.KeySizeError = $newType(4, $kindInt, "rc4.KeySizeError", true, "crypto/rc4", true, null);
	ptrType = $ptrType(Cipher);
	arrayType = $arrayType($Uint32, 256);
	sliceType = $sliceType($Uint8);
	KeySizeError.prototype.Error = function() {
		var k;
		k = this.$val;
		return "crypto/rc4: invalid key size " + strconv.Itoa(((k >> 0)));
	};
	$ptrType(KeySizeError).prototype.Error = function() { return new KeySizeError(this.$get()).Error(); };
	NewCipher = function(key) {
		var _r, _tmp, _tmp$1, c, i, i$1, j, k, key, x, x$1, x$2, x$3, x$4, x$5, x$6;
		k = key.$length;
		if (k < 1 || k > 256) {
			return [ptrType.nil, new KeySizeError(((k >> 0)))];
		}
		c = new Cipher.ptr(arrayType.zero(), 0, 0);
		i = 0;
		while (true) {
			if (!(i < 256)) { break; }
			(x = c.s, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i] = ((i >>> 0))));
			i = i + (1) >> 0;
		}
		j = 0;
		i$1 = 0;
		while (true) {
			if (!(i$1 < 256)) { break; }
			j = j + (((((x$1 = c.s, ((i$1 < 0 || i$1 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i$1])) << 24 >>> 24)) + (x$2 = (_r = i$1 % k, _r === _r ? _r : $throwRuntimeError("integer divide by zero")), ((x$2 < 0 || x$2 >= key.$length) ? ($throwRuntimeError("index out of range"), undefined) : key.$array[key.$offset + x$2])) << 24 >>> 24)) << 24 >>> 24;
			_tmp = (x$3 = c.s, ((j < 0 || j >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[j]));
			_tmp$1 = (x$4 = c.s, ((i$1 < 0 || i$1 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i$1]));
			(x$5 = c.s, ((i$1 < 0 || i$1 >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[i$1] = _tmp));
			(x$6 = c.s, ((j < 0 || j >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[j] = _tmp$1));
			i$1 = i$1 + (1) >> 0;
		}
		return [c, $ifaceNil];
	};
	$pkg.NewCipher = NewCipher;
	Cipher.ptr.prototype.Reset = function() {
		var _i, _ref, _tmp, _tmp$1, c, i, x;
		c = this;
		_ref = c.s;
		_i = 0;
		while (true) {
			if (!(_i < 256)) { break; }
			i = _i;
			(x = c.s, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i] = 0));
			_i++;
		}
		_tmp = 0;
		_tmp$1 = 0;
		c.i = _tmp;
		c.j = _tmp$1;
	};
	Cipher.prototype.Reset = function() { return this.$val.Reset(); };
	Cipher.ptr.prototype.XORKeyStream = function(dst, src) {
		var _i, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, c, dst, i, j, k, src, v, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, y;
		c = this;
		if (src.$length === 0) {
			return;
		}
		if (subtle.InexactOverlap($subslice(dst, 0, src.$length), src)) {
			$panic(new $String("crypto/rc4: invalid buffer overlap"));
		}
		_tmp = c.i;
		_tmp$1 = c.j;
		i = _tmp;
		j = _tmp$1;
		$unused((x = src.$length - 1 >> 0, ((x < 0 || x >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x])));
		dst = $subslice(dst, 0, src.$length);
		_ref = src;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			k = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			i = i + (1) << 24 >>> 24;
			x$2 = (x$1 = c.s, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i]));
			j = j + (((x$2 << 24 >>> 24))) << 24 >>> 24;
			y = (x$3 = c.s, ((j < 0 || j >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[j]));
			_tmp$2 = y;
			_tmp$3 = x$2;
			(x$4 = c.s, ((i < 0 || i >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i] = _tmp$2));
			(x$5 = c.s, ((j < 0 || j >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[j] = _tmp$3));
			((k < 0 || k >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + k] = ((v ^ (((x$6 = c.s, x$7 = (((x$2 + y >>> 0) << 24 >>> 24)), ((x$7 < 0 || x$7 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[x$7])) << 24 >>> 24))) << 24 >>> 24));
			_i++;
		}
		_tmp$4 = i;
		_tmp$5 = j;
		c.i = _tmp$4;
		c.j = _tmp$5;
	};
	Cipher.prototype.XORKeyStream = function(dst, src) { return this.$val.XORKeyStream(dst, src); };
	ptrType.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "XORKeyStream", name: "XORKeyStream", pkg: "", typ: $funcType([sliceType, sliceType], [], false)}];
	KeySizeError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	Cipher.init("crypto/rc4", [{prop: "s", name: "s", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "i", name: "i", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "j", name: "j", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/rsa"] = (function() {
	var $pkg = {}, $init, bytes, crypto, randutil, rand, subtle, errors, hash, io, math, big, PublicKey, OAEPOptions, PrivateKey, PrecomputedValues, CRTValue, PSSOptions, PKCS1v15DecryptOptions, sliceType, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, ptrType$5, sliceType$1, sliceType$2, arrayType, arrayType$1, bigZero, bigOne, errPublicModulus, errPublicExponentSmall, errPublicExponentLarge, hashPrefixes, checkPub, incCounter, mgf1XOR, encrypt, decrypt, decryptAndCheck, DecryptOAEP, emsaPSSEncode, emsaPSSVerify, signPSSWithSalt, SignPSS, VerifyPSS, EncryptPKCS1v15, DecryptPKCS1v15, DecryptPKCS1v15SessionKey, decryptPKCS1v15, nonZeroRandomBytes, SignPKCS1v15, VerifyPKCS1v15, pkcs1v15HashInfo;
	bytes = $packages["bytes"];
	crypto = $packages["crypto"];
	randutil = $packages["crypto/internal/randutil"];
	rand = $packages["crypto/rand"];
	subtle = $packages["crypto/subtle"];
	errors = $packages["errors"];
	hash = $packages["hash"];
	io = $packages["io"];
	math = $packages["math"];
	big = $packages["math/big"];
	PublicKey = $pkg.PublicKey = $newType(0, $kindStruct, "rsa.PublicKey", true, "crypto/rsa", true, function(N_, E_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.N = ptrType$1.nil;
			this.E = 0;
			return;
		}
		this.N = N_;
		this.E = E_;
	});
	OAEPOptions = $pkg.OAEPOptions = $newType(0, $kindStruct, "rsa.OAEPOptions", true, "crypto/rsa", true, function(Hash_, Label_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Hash = 0;
			this.Label = sliceType.nil;
			return;
		}
		this.Hash = Hash_;
		this.Label = Label_;
	});
	PrivateKey = $pkg.PrivateKey = $newType(0, $kindStruct, "rsa.PrivateKey", true, "crypto/rsa", true, function(PublicKey_, D_, Primes_, Precomputed_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.PublicKey = new PublicKey.ptr(ptrType$1.nil, 0);
			this.D = ptrType$1.nil;
			this.Primes = sliceType$1.nil;
			this.Precomputed = new PrecomputedValues.ptr(ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, sliceType$2.nil);
			return;
		}
		this.PublicKey = PublicKey_;
		this.D = D_;
		this.Primes = Primes_;
		this.Precomputed = Precomputed_;
	});
	PrecomputedValues = $pkg.PrecomputedValues = $newType(0, $kindStruct, "rsa.PrecomputedValues", true, "crypto/rsa", true, function(Dp_, Dq_, Qinv_, CRTValues_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Dp = ptrType$1.nil;
			this.Dq = ptrType$1.nil;
			this.Qinv = ptrType$1.nil;
			this.CRTValues = sliceType$2.nil;
			return;
		}
		this.Dp = Dp_;
		this.Dq = Dq_;
		this.Qinv = Qinv_;
		this.CRTValues = CRTValues_;
	});
	CRTValue = $pkg.CRTValue = $newType(0, $kindStruct, "rsa.CRTValue", true, "crypto/rsa", true, function(Exp_, Coeff_, R_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Exp = ptrType$1.nil;
			this.Coeff = ptrType$1.nil;
			this.R = ptrType$1.nil;
			return;
		}
		this.Exp = Exp_;
		this.Coeff = Coeff_;
		this.R = R_;
	});
	PSSOptions = $pkg.PSSOptions = $newType(0, $kindStruct, "rsa.PSSOptions", true, "crypto/rsa", true, function(SaltLength_, Hash_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.SaltLength = 0;
			this.Hash = 0;
			return;
		}
		this.SaltLength = SaltLength_;
		this.Hash = Hash_;
	});
	PKCS1v15DecryptOptions = $pkg.PKCS1v15DecryptOptions = $newType(0, $kindStruct, "rsa.PKCS1v15DecryptOptions", true, "crypto/rsa", true, function(SessionKeyLen_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.SessionKeyLen = 0;
			return;
		}
		this.SessionKeyLen = SessionKeyLen_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(PublicKey);
	ptrType$1 = $ptrType(big.Int);
	ptrType$2 = $ptrType(PrivateKey);
	ptrType$3 = $ptrType(PSSOptions);
	ptrType$4 = $ptrType(OAEPOptions);
	ptrType$5 = $ptrType(PKCS1v15DecryptOptions);
	sliceType$1 = $sliceType(ptrType$1);
	sliceType$2 = $sliceType(CRTValue);
	arrayType = $arrayType($Uint8, 4);
	arrayType$1 = $arrayType($Uint8, 8);
	PublicKey.ptr.prototype.Size = function() {
		var _q, pub;
		pub = this;
		return (_q = ((pub.N.BitLen() + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
	};
	PublicKey.prototype.Size = function() { return this.$val.Size(); };
	PublicKey.ptr.prototype.Equal = function(x) {
		var _tuple, ok, pub, x, xx;
		pub = this;
		_tuple = $assertType(x, ptrType, true);
		xx = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return false;
		}
		return (pub.N.Cmp(xx.N) === 0) && (pub.E === xx.E);
	};
	PublicKey.prototype.Equal = function(x) { return this.$val.Equal(x); };
	checkPub = function(pub) {
		var pub;
		if (pub.N === ptrType$1.nil) {
			return errPublicModulus;
		}
		if (pub.E < 2) {
			return errPublicExponentSmall;
		}
		if (pub.E > 2147483647) {
			return errPublicExponentLarge;
		}
		return $ifaceNil;
	};
	PrivateKey.ptr.prototype.Public = function() {
		var priv;
		priv = this;
		return priv.PublicKey;
	};
	PrivateKey.prototype.Public = function() { return this.$val.Public(); };
	PrivateKey.ptr.prototype.Equal = function(x) {
		var _i, _ref, _tuple, i, ok, priv, x, x$1, x$2, xx;
		priv = this;
		_tuple = $assertType(x, ptrType$2, true);
		xx = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return false;
		}
		if (!priv.PublicKey.Equal(xx.PublicKey) || !((priv.D.Cmp(xx.D) === 0))) {
			return false;
		}
		if (!((priv.Primes.$length === xx.Primes.$length))) {
			return false;
		}
		_ref = priv.Primes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (!(((x$1 = priv.Primes, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])).Cmp((x$2 = xx.Primes, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i]))) === 0))) {
				return false;
			}
			_i++;
		}
		return true;
	};
	PrivateKey.prototype.Equal = function(x) { return this.$val.Equal(x); };
	PrivateKey.ptr.prototype.Sign = function(rand$1, digest, opts) {
		var {$24r, $24r$1, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _tuple, digest, ok, opts, priv, pssOpts, rand$1, $s, $r, $c} = $restore(this, {rand$1, digest, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		priv = this;
		_tuple = $assertType(opts, ptrType$3, true);
		pssOpts = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r = SignPSS(rand$1, priv, pssOpts.Hash, digest, pssOpts); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_arg = rand$1;
		_arg$1 = priv;
		_r$1 = opts.HashFunc(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$2 = _r$1;
		_arg$3 = digest;
		_r$2 = SignPKCS1v15(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: PrivateKey.ptr.prototype.Sign, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _tuple, digest, ok, opts, priv, pssOpts, rand$1, $s};return $f;
	};
	PrivateKey.prototype.Sign = function(rand$1, digest, opts) { return this.$val.Sign(rand$1, digest, opts); };
	PrivateKey.ptr.prototype.Decrypt = function(rand$1, ciphertext, opts) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, ciphertext, err, err$1, err$2, l, opts, opts$1, opts$2, opts$3, plaintext, priv, rand$1, $s, $r, $c} = $restore(this, {rand$1, ciphertext, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		plaintext = sliceType.nil;
		err = $ifaceNil;
		priv = this;
		/* */ if ($interfaceIsEqual(opts, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(opts, $ifaceNil)) { */ case 1:
			_r = DecryptPKCS1v15(rand$1, priv, ciphertext); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			plaintext = _tuple[0];
			err = _tuple[1];
			$24r = [plaintext, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_ref = opts;
		/* */ if ($assertType(_ref, ptrType$4, true)[1]) { $s = 5; continue; }
		/* */ if ($assertType(_ref, ptrType$5, true)[1]) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if ($assertType(_ref, ptrType$4, true)[1]) { */ case 5:
			opts$1 = _ref.$val;
			_r$1 = new crypto.Hash(opts$1.Hash).New(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = DecryptOAEP(_r$1, rand$1, priv, ciphertext, opts$1.Label); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			plaintext = _tuple$1[0];
			err = _tuple$1[1];
			$24r$1 = [plaintext, err];
			$s = 11; case 11: return $24r$1;
		/* } else if ($assertType(_ref, ptrType$5, true)[1]) { */ case 6:
			opts$2 = _ref.$val;
			l = opts$2.SessionKeyLen;
			/* */ if (l > 0) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (l > 0) { */ case 12:
				plaintext = $makeSlice(sliceType, l);
				_r$3 = io.ReadFull(rand$1, plaintext); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$2 = _r$3;
				err$1 = _tuple$2[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp = sliceType.nil;
					_tmp$1 = err$1;
					plaintext = _tmp;
					err = _tmp$1;
					$s = -1; return [plaintext, err];
				}
				_r$4 = DecryptPKCS1v15SessionKey(rand$1, priv, ciphertext, plaintext); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				err$2 = _r$4;
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					_tmp$2 = sliceType.nil;
					_tmp$3 = err$2;
					plaintext = _tmp$2;
					err = _tmp$3;
					$s = -1; return [plaintext, err];
				}
				_tmp$4 = plaintext;
				_tmp$5 = $ifaceNil;
				plaintext = _tmp$4;
				err = _tmp$5;
				$s = -1; return [plaintext, err];
			/* } else { */ case 13:
				_r$5 = DecryptPKCS1v15(rand$1, priv, ciphertext); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$3 = _r$5;
				plaintext = _tuple$3[0];
				err = _tuple$3[1];
				$24r$2 = [plaintext, err];
				$s = 18; case 18: return $24r$2;
			/* } */ case 14:
			$s = 8; continue;
		/* } else { */ case 7:
			opts$3 = _ref;
			_tmp$6 = sliceType.nil;
			_tmp$7 = errors.New("crypto/rsa: invalid options for Decrypt");
			plaintext = _tmp$6;
			err = _tmp$7;
			$s = -1; return [plaintext, err];
		/* } */ case 8:
		$s = -1; return [plaintext, err];
		/* */ } return; } var $f = {$blk: PrivateKey.ptr.prototype.Decrypt, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, ciphertext, err, err$1, err$2, l, opts, opts$1, opts$2, opts$3, plaintext, priv, rand$1, $s};return $f;
	};
	PrivateKey.prototype.Decrypt = function(rand$1, ciphertext, opts) { return this.$val.Decrypt(rand$1, ciphertext, opts); };
	PrivateKey.ptr.prototype.Validate = function() {
		var {_i, _i$1, _r, _r$1, _r$2, _r$3, _ref, _ref$1, congruence, de, err, modulus, pminus1, prime, prime$1, priv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		priv = this;
		err = checkPub(priv.PublicKey);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		modulus = new big.Int.ptr(false, big.nat.nil).Set(bigOne);
		_ref = priv.Primes;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			prime = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (prime.Cmp(bigOne) <= 0) {
				$s = -1; return errors.New("crypto/rsa: invalid prime value");
			}
			_r = modulus.Mul(modulus, prime); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			_i++;
		$s = 1; continue;
		case 2:
		if (!((modulus.Cmp(priv.PublicKey.N) === 0))) {
			$s = -1; return errors.New("crypto/rsa: invalid modulus");
		}
		congruence = new big.Int.ptr(false, big.nat.nil);
		de = new big.Int.ptr(false, big.nat.nil).SetInt64((new $Int64(0, priv.PublicKey.E)));
		_r$1 = de.Mul(de, priv.D); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_ref$1 = priv.Primes;
		_i$1 = 0;
		/* while (true) { */ case 5:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 6; continue; }
			prime$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_r$2 = new big.Int.ptr(false, big.nat.nil).Sub(prime$1, bigOne); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			pminus1 = _r$2;
			_r$3 = congruence.Mod(de, pminus1); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			if (!((congruence.Cmp(bigOne) === 0))) {
				$s = -1; return errors.New("crypto/rsa: invalid exponents");
			}
			_i$1++;
		$s = 5; continue;
		case 6:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: PrivateKey.ptr.prototype.Validate, $c: true, $r, _i, _i$1, _r, _r$1, _r$2, _r$3, _ref, _ref$1, congruence, de, err, modulus, pminus1, prime, prime$1, priv, $s};return $f;
	};
	PrivateKey.prototype.Validate = function() { return this.$val.Validate(); };
	incCounter = function(c) {
		var c;
		c[3] = (c[3] + (1) << 24 >>> 24);
		if (!((c[3] === 0))) {
			return;
		}
		c[2] = (c[2] + (1) << 24 >>> 24);
		if (!((c[2] === 0))) {
			return;
		}
		c[1] = (c[1] + (1) << 24 >>> 24);
		if (!((c[1] === 0))) {
			return;
		}
		c[0] = (c[0] + (1) << 24 >>> 24);
	};
	mgf1XOR = function(out, hash$1, seed) {
		var {_r, _r$1, _r$2, counter, digest, done, hash$1, i, out, seed, $s, $r, $c} = $restore(this, {out, hash$1, seed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		counter = [counter];
		counter[0] = arrayType.zero();
		digest = sliceType.nil;
		done = 0;
		/* while (true) { */ case 1:
			/* if (!(done < out.$length)) { break; } */ if(!(done < out.$length)) { $s = 2; continue; }
			_r = hash$1.Write(seed); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			_r$1 = hash$1.Write($subslice(new sliceType(counter[0]), 0, 4)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = hash$1.Sum($subslice(digest, 0, 0)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			digest = _r$2;
			$r = hash$1.Reset(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i = 0;
			while (true) {
				if (!(i < digest.$length && done < out.$length)) { break; }
				((done < 0 || done >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + done] = ((((done < 0 || done >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + done]) ^ (((i < 0 || i >= digest.$length) ? ($throwRuntimeError("index out of range"), undefined) : digest.$array[digest.$offset + i]))) << 24 >>> 24));
				done = done + (1) >> 0;
				i = i + (1) >> 0;
			}
			incCounter(counter[0]);
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: mgf1XOR, $c: true, $r, _r, _r$1, _r$2, counter, digest, done, hash$1, i, out, seed, $s};return $f;
	};
	encrypt = function(c, pub, m) {
		var {_r, c, e, m, pub, $s, $r, $c} = $restore(this, {c, pub, m});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = big.NewInt((new $Int64(0, pub.E)));
		_r = c.Exp(m, e, pub.N); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return c;
		/* */ } return; } var $f = {$blk: encrypt, $c: true, $r, _r, c, e, m, pub, $s};return $f;
	};
	PrivateKey.ptr.prototype.Precompute = function() {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, i, prime, priv, r, values, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		priv = this;
		if (!(priv.Precomputed.Dp === ptrType$1.nil)) {
			$s = -1; return;
		}
		_r = new big.Int.ptr(false, big.nat.nil).Sub((x = priv.Primes, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])), bigOne); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		priv.Precomputed.Dp = _r;
		_r$1 = priv.Precomputed.Dp.Mod(priv.D, priv.Precomputed.Dp); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = new big.Int.ptr(false, big.nat.nil).Sub((x$1 = priv.Primes, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])), bigOne); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		priv.Precomputed.Dq = _r$2;
		_r$3 = priv.Precomputed.Dq.Mod(priv.D, priv.Precomputed.Dq); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = new big.Int.ptr(false, big.nat.nil).ModInverse((x$2 = priv.Primes, (1 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 1])), (x$3 = priv.Primes, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0]))); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		priv.Precomputed.Qinv = _r$4;
		_r$5 = new big.Int.ptr(false, big.nat.nil).Mul((x$4 = priv.Primes, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0])), (x$5 = priv.Primes, (1 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 1]))); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		r = _r$5;
		priv.Precomputed.CRTValues = $makeSlice(sliceType$2, (priv.Primes.$length - 2 >> 0));
		i = 2;
		/* while (true) { */ case 7:
			/* if (!(i < priv.Primes.$length)) { break; } */ if(!(i < priv.Primes.$length)) { $s = 8; continue; }
			prime = (x$6 = priv.Primes, ((i < 0 || i >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i]));
			values = (x$7 = priv.Precomputed.CRTValues, x$8 = i - 2 >> 0, ((x$8 < 0 || x$8 >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + x$8]));
			_r$6 = new big.Int.ptr(false, big.nat.nil).Sub(prime, bigOne); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			values.Exp = _r$6;
			_r$7 = values.Exp.Mod(priv.D, values.Exp); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			values.R = new big.Int.ptr(false, big.nat.nil).Set(r);
			_r$8 = new big.Int.ptr(false, big.nat.nil).ModInverse(r, prime); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			values.Coeff = _r$8;
			_r$9 = r.Mul(r, prime); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
			i = i + (1) >> 0;
		$s = 7; continue;
		case 8:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: PrivateKey.ptr.prototype.Precompute, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, i, prime, priv, r, values, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, $s};return $f;
	};
	PrivateKey.prototype.Precompute = function() { return this.$val.Precompute(); };
	decrypt = function(random, priv, c) {
		var {_i, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tuple, bigE, c, cCopy, err, i, ir, m, m2, ok, prime, priv, r, random, rpowe, values, x, x$1, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {random, priv, c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = ptrType$1.nil;
		err = $ifaceNil;
		if (c.Cmp(priv.PublicKey.N) > 0) {
			err = $pkg.ErrDecryption;
			$s = -1; return [m, err];
		}
		if (priv.PublicKey.N.Sign() === 0) {
			_tmp = ptrType$1.nil;
			_tmp$1 = $pkg.ErrDecryption;
			m = _tmp;
			err = _tmp$1;
			$s = -1; return [m, err];
		}
		ir = ptrType$1.nil;
		/* */ if (!($interfaceIsEqual(random, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(random, $ifaceNil))) { */ case 1:
			$r = randutil.MaybeReadByte(random); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			r = ptrType$1.nil;
			ir = new big.Int.ptr(false, big.nat.nil);
			/* while (true) { */ case 4:
				_r = rand.Int(random, priv.PublicKey.N); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				r = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [m, err];
				}
				if (r.Cmp(bigZero) === 0) {
					r = bigOne;
				}
				_r$1 = ir.ModInverse(r, priv.PublicKey.N); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				ok = _r$1;
				if (!(ok === ptrType$1.nil)) {
					/* break; */ $s = 5; continue;
				}
			$s = 4; continue;
			case 5:
			bigE = big.NewInt((new $Int64(0, priv.PublicKey.E)));
			_r$2 = new big.Int.ptr(false, big.nat.nil).Exp(r, bigE, priv.PublicKey.N); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			rpowe = _r$2;
			cCopy = new big.Int.ptr(false, big.nat.nil).Set(c);
			_r$3 = cCopy.Mul(cCopy, rpowe); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = cCopy.Mod(cCopy, priv.PublicKey.N); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			c = cCopy;
		/* } */ case 2:
		/* */ if (priv.Precomputed.Dp === ptrType$1.nil) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (priv.Precomputed.Dp === ptrType$1.nil) { */ case 11:
			_r$5 = new big.Int.ptr(false, big.nat.nil).Exp(c, priv.D, priv.PublicKey.N); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			m = _r$5;
			$s = 13; continue;
		/* } else { */ case 12:
			_r$6 = new big.Int.ptr(false, big.nat.nil).Exp(c, priv.Precomputed.Dp, (x = priv.Primes, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]))); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			m = _r$6;
			_r$7 = new big.Int.ptr(false, big.nat.nil).Exp(c, priv.Precomputed.Dq, (x$1 = priv.Primes, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1]))); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			m2 = _r$7;
			_r$8 = m.Sub(m, m2); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			/* */ if (m.Sign() < 0) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (m.Sign() < 0) { */ case 18:
				_r$9 = m.Add(m, (x$2 = priv.Primes, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0]))); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$9;
			/* } */ case 19:
			_r$10 = m.Mul(m, priv.Precomputed.Qinv); /* */ $s = 21; case 21: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
			_r$11 = m.Mod(m, (x$3 = priv.Primes, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0]))); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			_r$12 = m.Mul(m, (x$4 = priv.Primes, (1 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 1]))); /* */ $s = 23; case 23: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$12;
			_r$13 = m.Add(m, m2); /* */ $s = 24; case 24: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$13;
			_ref = priv.Precomputed.CRTValues;
			_i = 0;
			/* while (true) { */ case 25:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 26; continue; }
				i = _i;
				values = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), CRTValue);
				prime = (x$5 = priv.Primes, x$6 = 2 + i >> 0, ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6]));
				_r$14 = m2.Exp(c, values.Exp, prime); /* */ $s = 27; case 27: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
				_r$15 = m2.Sub(m2, m); /* */ $s = 28; case 28: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$15;
				_r$16 = m2.Mul(m2, values.Coeff); /* */ $s = 29; case 29: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_r$16;
				_r$17 = m2.Mod(m2, prime); /* */ $s = 30; case 30: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$17;
				/* */ if (m2.Sign() < 0) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if (m2.Sign() < 0) { */ case 31:
					_r$18 = m2.Add(m2, prime); /* */ $s = 33; case 33: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
					_r$18;
				/* } */ case 32:
				_r$19 = m2.Mul(m2, values.R); /* */ $s = 34; case 34: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_r$19;
				_r$20 = m.Add(m, m2); /* */ $s = 35; case 35: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$20;
				_i++;
			$s = 25; continue;
			case 26:
		/* } */ case 13:
		/* */ if (!(ir === ptrType$1.nil)) { $s = 36; continue; }
		/* */ $s = 37; continue;
		/* if (!(ir === ptrType$1.nil)) { */ case 36:
			_r$21 = m.Mul(m, ir); /* */ $s = 38; case 38: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_r$21;
			_r$22 = m.Mod(m, priv.PublicKey.N); /* */ $s = 39; case 39: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_r$22;
		/* } */ case 37:
		$s = -1; return [m, err];
		/* */ } return; } var $f = {$blk: decrypt, $c: true, $r, _i, _r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tuple, bigE, c, cCopy, err, i, ir, m, m2, ok, prime, priv, r, random, rpowe, values, x, x$1, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	decryptAndCheck = function(random, priv, c) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, check, err, m, priv, random, $s, $r, $c} = $restore(this, {random, priv, c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = ptrType$1.nil;
		err = $ifaceNil;
		_r = decrypt(random, priv, c); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		m = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = ptrType$1.nil;
			_tmp$1 = err;
			m = _tmp;
			err = _tmp$1;
			$s = -1; return [m, err];
		}
		_r$1 = encrypt(new big.Int.ptr(false, big.nat.nil), priv.PublicKey, m); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		check = _r$1;
		if (!((c.Cmp(check) === 0))) {
			_tmp$2 = ptrType$1.nil;
			_tmp$3 = errors.New("rsa: internal error");
			m = _tmp$2;
			err = _tmp$3;
			$s = -1; return [m, err];
		}
		_tmp$4 = m;
		_tmp$5 = $ifaceNil;
		m = _tmp$4;
		err = _tmp$5;
		$s = -1; return [m, err];
		/* */ } return; } var $f = {$blk: decryptAndCheck, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, check, err, m, priv, random, $s};return $f;
	};
	DecryptOAEP = function(hash$1, random, priv, ciphertext, label) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tuple, _v, c, ciphertext, db, em, equals0, equals1, err, err$1, firstByteIsZero, hash$1, i, index, invalid, k, lHash, lHash2, lHash2Good, label, lookingForIndex, m, priv, random, rest, seed, $s, $r, $c} = $restore(this, {hash$1, random, priv, ciphertext, label});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPub(priv.PublicKey);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		k = priv.PublicKey.Size();
		if (ciphertext.$length > k) { _v = true; $s = 3; continue s; }
		_r = hash$1.Size(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = k < (($imul(_r, 2)) + 2 >> 0); case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return [sliceType.nil, $pkg.ErrDecryption];
		/* } */ case 2:
		c = new big.Int.ptr(false, big.nat.nil).SetBytes(ciphertext);
		_r$1 = decrypt(random, priv, c); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		m = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err$1];
		}
		_r$2 = hash$1.Write(label); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = hash$1.Sum(sliceType.nil); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		lHash = _r$3;
		$r = hash$1.Reset(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		em = m.FillBytes($makeSlice(sliceType, k));
		firstByteIsZero = subtle.ConstantTimeByteEq((0 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 0]), 0);
		_r$4 = hash$1.Size(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		seed = $subslice(em, 1, (_r$4 + 1 >> 0));
		_r$5 = hash$1.Size(); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		db = $subslice(em, (_r$5 + 1 >> 0));
		$r = mgf1XOR(seed, hash$1, db); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = mgf1XOR(db, hash$1, seed); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$6 = hash$1.Size(); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		lHash2 = $subslice(db, 0, _r$6);
		lHash2Good = subtle.ConstantTimeCompare(lHash, lHash2);
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		lookingForIndex = _tmp;
		index = _tmp$1;
		invalid = _tmp$2;
		lookingForIndex = 1;
		_r$7 = hash$1.Size(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		rest = $subslice(db, _r$7);
		i = 0;
		while (true) {
			if (!(i < rest.$length)) { break; }
			equals0 = subtle.ConstantTimeByteEq(((i < 0 || i >= rest.$length) ? ($throwRuntimeError("index out of range"), undefined) : rest.$array[rest.$offset + i]), 0);
			equals1 = subtle.ConstantTimeByteEq(((i < 0 || i >= rest.$length) ? ($throwRuntimeError("index out of range"), undefined) : rest.$array[rest.$offset + i]), 1);
			index = subtle.ConstantTimeSelect(lookingForIndex & equals1, i, index);
			lookingForIndex = subtle.ConstantTimeSelect(equals1, 0, lookingForIndex);
			invalid = subtle.ConstantTimeSelect((lookingForIndex & ~equals0) >> 0, 1, invalid);
			i = i + (1) >> 0;
		}
		if (!(((((((firstByteIsZero & lHash2Good) & ~invalid) >> 0) & ~lookingForIndex) >> 0) === 1))) {
			$s = -1; return [sliceType.nil, $pkg.ErrDecryption];
		}
		$s = -1; return [$subslice(rest, (index + 1 >> 0)), $ifaceNil];
		/* */ } return; } var $f = {$blk: DecryptOAEP, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tuple, _v, c, ciphertext, db, em, equals0, equals1, err, err$1, firstByteIsZero, hash$1, i, index, invalid, k, lHash, lHash2, lHash2Good, label, lookingForIndex, m, priv, random, rest, seed, $s};return $f;
	};
	$pkg.DecryptOAEP = DecryptOAEP;
	emsaPSSEncode = function(mHash, emBits, salt, hash$1) {
		var {_q, _r, _r$1, _r$2, _r$3, _r$4, db, em, emBits, emLen, h, hLen, hash$1, mHash, prefix, psLen, sLen, salt, x, y, $s, $r, $c} = $restore(this, {mHash, emBits, salt, hash$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = hash$1.Size(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		hLen = _r;
		sLen = salt.$length;
		emLen = (_q = ((emBits + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		if (!((mHash.$length === hLen))) {
			$s = -1; return [sliceType.nil, errors.New("crypto/rsa: input must be hashed with given hash")];
		}
		if (emLen < ((hLen + sLen >> 0) + 2 >> 0)) {
			$s = -1; return [sliceType.nil, errors.New("crypto/rsa: key size too small for PSS signature")];
		}
		em = $makeSlice(sliceType, emLen);
		psLen = ((emLen - sLen >> 0) - hLen >> 0) - 2 >> 0;
		db = $subslice(em, 0, ((psLen + 1 >> 0) + sLen >> 0));
		h = $subslice(em, ((psLen + 1 >> 0) + sLen >> 0), (emLen - 1 >> 0));
		prefix = arrayType$1.zero();
		_r$1 = hash$1.Write(new sliceType(prefix)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = hash$1.Write(mHash); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = hash$1.Write(salt); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = hash$1.Sum($subslice(h, 0, 0)); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		h = _r$4;
		$r = hash$1.Reset(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		((psLen < 0 || psLen >= db.$length) ? ($throwRuntimeError("index out of range"), undefined) : db.$array[db.$offset + psLen] = 1);
		$copySlice($subslice(db, (psLen + 1 >> 0)), salt);
		$r = mgf1XOR(db, hash$1, h); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		(0 >= db.$length ? ($throwRuntimeError("index out of range"), undefined) : db.$array[db.$offset + 0] = (((0 >= db.$length ? ($throwRuntimeError("index out of range"), undefined) : db.$array[db.$offset + 0]) & (((y = ((($imul(8, emLen)) - emBits >> 0)), y < 32 ? (255 >>> y) : 0) << 24 >>> 24))) >>> 0));
		(x = emLen - 1 >> 0, ((x < 0 || x >= em.$length) ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + x] = 188));
		$s = -1; return [em, $ifaceNil];
		/* */ } return; } var $f = {$blk: emsaPSSEncode, $c: true, $r, _q, _r, _r$1, _r$2, _r$3, _r$4, db, em, emBits, emLen, h, hLen, hash$1, mHash, prefix, psLen, sLen, salt, x, y, $s};return $f;
	};
	emsaPSSVerify = function(mHash, em, emBits, sLen, hash$1) {
		var {_i, _q, _r, _r$1, _r$2, _r$3, _r$4, _ref, bitMask, db, e, em, emBits, emLen, h, h0, hLen, hash$1, mHash, prefix, psLen, psLen$1, sLen, salt, x, y, $s, $r, $c} = $restore(this, {mHash, em, emBits, sLen, hash$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = hash$1.Size(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		hLen = _r;
		if (sLen === -1) {
			sLen = hLen;
		}
		emLen = (_q = ((emBits + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		if (!((emLen === em.$length))) {
			$s = -1; return errors.New("rsa: internal error: inconsistent length");
		}
		if (!((hLen === mHash.$length))) {
			$s = -1; return $pkg.ErrVerification;
		}
		if (emLen < ((hLen + sLen >> 0) + 2 >> 0)) {
			$s = -1; return $pkg.ErrVerification;
		}
		if (!(((x = emLen - 1 >> 0, ((x < 0 || x >= em.$length) ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + x])) === 188))) {
			$s = -1; return $pkg.ErrVerification;
		}
		db = $subslice(em, 0, ((emLen - hLen >> 0) - 1 >> 0));
		h = $subslice(em, ((emLen - hLen >> 0) - 1 >> 0), (emLen - 1 >> 0));
		bitMask = (y = ((($imul(8, emLen)) - emBits >> 0)), y < 32 ? (255 >>> y) : 0) << 24 >>> 24;
		if (!(((((0 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 0]) & (~bitMask << 24 >>> 24)) >>> 0) === 0))) {
			$s = -1; return $pkg.ErrVerification;
		}
		$r = mgf1XOR(db, hash$1, h); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		(0 >= db.$length ? ($throwRuntimeError("index out of range"), undefined) : db.$array[db.$offset + 0] = (((0 >= db.$length ? ($throwRuntimeError("index out of range"), undefined) : db.$array[db.$offset + 0]) & (bitMask)) >>> 0));
		if (sLen === 0) {
			psLen = bytes.IndexByte(db, 1);
			if (psLen < 0) {
				$s = -1; return $pkg.ErrVerification;
			}
			sLen = (db.$length - psLen >> 0) - 1 >> 0;
		}
		psLen$1 = ((emLen - hLen >> 0) - sLen >> 0) - 2 >> 0;
		_ref = $subslice(db, 0, psLen$1);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			e = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((e === 0))) {
				$s = -1; return $pkg.ErrVerification;
			}
			_i++;
		}
		if (!((((psLen$1 < 0 || psLen$1 >= db.$length) ? ($throwRuntimeError("index out of range"), undefined) : db.$array[db.$offset + psLen$1]) === 1))) {
			$s = -1; return $pkg.ErrVerification;
		}
		salt = $subslice(db, (db.$length - sLen >> 0));
		prefix = arrayType$1.zero();
		_r$1 = hash$1.Write(new sliceType(prefix)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = hash$1.Write(mHash); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = hash$1.Write(salt); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = hash$1.Sum(sliceType.nil); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		h0 = _r$4;
		if (!bytes.Equal(h0, h)) {
			$s = -1; return $pkg.ErrVerification;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: emsaPSSVerify, $c: true, $r, _i, _q, _r, _r$1, _r$2, _r$3, _r$4, _ref, bitMask, db, e, em, emBits, emLen, h, h0, hLen, hash$1, mHash, prefix, psLen, psLen$1, sLen, salt, x, y, $s};return $f;
	};
	signPSSWithSalt = function(rand$1, priv, hash$1, hashed, salt) {
		var {_arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _tuple, _tuple$1, c, em, emBits, err, hash$1, hashed, m, priv, rand$1, s, salt, $s, $r, $c} = $restore(this, {rand$1, priv, hash$1, hashed, salt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		emBits = priv.PublicKey.N.BitLen() - 1 >> 0;
		_arg = hashed;
		_arg$1 = emBits;
		_arg$2 = salt;
		_r = new crypto.Hash(hash$1).New(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$3 = _r;
		_r$1 = emsaPSSEncode(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		em = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		m = new big.Int.ptr(false, big.nat.nil).SetBytes(em);
		_r$2 = decryptAndCheck(rand$1, priv, m); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		c = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		s = $makeSlice(sliceType, priv.PublicKey.Size());
		$s = -1; return [c.FillBytes(s), $ifaceNil];
		/* */ } return; } var $f = {$blk: signPSSWithSalt, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r, _r$1, _r$2, _tuple, _tuple$1, c, em, emBits, err, hash$1, hashed, m, priv, rand$1, s, salt, $s};return $f;
	};
	PSSOptions.ptr.prototype.HashFunc = function() {
		var opts;
		opts = this;
		return opts.Hash;
	};
	PSSOptions.prototype.HashFunc = function() { return this.$val.HashFunc(); };
	PSSOptions.ptr.prototype.saltLength = function() {
		var opts;
		opts = this;
		if (opts === ptrType$3.nil) {
			return 0;
		}
		return opts.SaltLength;
	};
	PSSOptions.prototype.saltLength = function() { return this.$val.saltLength(); };
	SignPSS = function(rand$1, priv, hash$1, digest, opts) {
		var {$24r, _1, _q, _r, _r$1, _tuple, digest, err, hash$1, opts, priv, rand$1, salt, saltLength, $s, $r, $c} = $restore(this, {rand$1, priv, hash$1, digest, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!(opts === ptrType$3.nil) && !((opts.Hash === 0))) {
			hash$1 = opts.Hash;
		}
		saltLength = opts.saltLength();
		_1 = saltLength;
		if (_1 === (0)) {
			saltLength = ((_q = (((priv.PublicKey.N.BitLen() - 1 >> 0) + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) - 2 >> 0) - new crypto.Hash(hash$1).Size() >> 0;
		} else if (_1 === (-1)) {
			saltLength = new crypto.Hash(hash$1).Size();
		}
		salt = $makeSlice(sliceType, saltLength);
		_r = io.ReadFull(rand$1, salt); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		_r$1 = signPSSWithSalt(rand$1, priv, hash$1, digest, salt); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: SignPSS, $c: true, $r, $24r, _1, _q, _r, _r$1, _tuple, digest, err, hash$1, opts, priv, rand$1, salt, saltLength, $s};return $f;
	};
	$pkg.SignPSS = SignPSS;
	VerifyPSS = function(pub, hash$1, digest, sig, opts) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _q, _r, _r$1, _r$2, digest, em, emBits, emLen, hash$1, m, opts, pub, s, sig, $s, $r, $c} = $restore(this, {pub, hash$1, digest, sig, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!((sig.$length === pub.Size()))) {
			$s = -1; return $pkg.ErrVerification;
		}
		s = new big.Int.ptr(false, big.nat.nil).SetBytes(sig);
		_r = encrypt(new big.Int.ptr(false, big.nat.nil), pub, s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		m = _r;
		emBits = pub.N.BitLen() - 1 >> 0;
		emLen = (_q = ((emBits + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		if (m.BitLen() > ($imul(emLen, 8))) {
			$s = -1; return $pkg.ErrVerification;
		}
		em = m.FillBytes($makeSlice(sliceType, emLen));
		_arg = digest;
		_arg$1 = em;
		_arg$2 = emBits;
		_arg$3 = opts.saltLength();
		_r$1 = new crypto.Hash(hash$1).New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$4 = _r$1;
		_r$2 = emsaPSSVerify(_arg, _arg$1, _arg$2, _arg$3, _arg$4); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: VerifyPSS, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _q, _r, _r$1, _r$2, digest, em, emBits, emLen, hash$1, m, opts, pub, s, sig, $s};return $f;
	};
	$pkg.VerifyPSS = VerifyPSS;
	EncryptPKCS1v15 = function(rand$1, pub, msg) {
		var {_r, _r$1, _tmp, _tmp$1, c, em, err, err$1, k, m, mm, msg, ps, pub, rand$1, x, $s, $r, $c} = $restore(this, {rand$1, pub, msg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = randutil.MaybeReadByte(rand$1); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		err = checkPub(pub);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		k = pub.Size();
		if (msg.$length > (k - 11 >> 0)) {
			$s = -1; return [sliceType.nil, $pkg.ErrMessageTooLong];
		}
		em = $makeSlice(sliceType, k);
		(1 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 1] = 2);
		_tmp = $subslice(em, 2, ((em.$length - msg.$length >> 0) - 1 >> 0));
		_tmp$1 = $subslice(em, (em.$length - msg.$length >> 0));
		ps = _tmp;
		mm = _tmp$1;
		_r = nonZeroRandomBytes(ps, rand$1); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err$1 = _r;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err$1];
		}
		(x = (em.$length - msg.$length >> 0) - 1 >> 0, ((x < 0 || x >= em.$length) ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + x] = 0));
		$copySlice(mm, msg);
		m = new big.Int.ptr(false, big.nat.nil).SetBytes(em);
		_r$1 = encrypt(new big.Int.ptr(false, big.nat.nil), pub, m); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		c = _r$1;
		$s = -1; return [c.FillBytes(em), $ifaceNil];
		/* */ } return; } var $f = {$blk: EncryptPKCS1v15, $c: true, $r, _r, _r$1, _tmp, _tmp$1, c, em, err, err$1, k, m, mm, msg, ps, pub, rand$1, x, $s};return $f;
	};
	$pkg.EncryptPKCS1v15 = EncryptPKCS1v15;
	DecryptPKCS1v15 = function(rand$1, priv, ciphertext) {
		var {_r, _tuple, ciphertext, err, err$1, index, out, priv, rand$1, valid, $s, $r, $c} = $restore(this, {rand$1, priv, ciphertext});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPub(priv.PublicKey);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		_r = decryptPKCS1v15(rand$1, priv, ciphertext); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		valid = _tuple[0];
		out = _tuple[1];
		index = _tuple[2];
		err$1 = _tuple[3];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err$1];
		}
		if (valid === 0) {
			$s = -1; return [sliceType.nil, $pkg.ErrDecryption];
		}
		$s = -1; return [$subslice(out, index), $ifaceNil];
		/* */ } return; } var $f = {$blk: DecryptPKCS1v15, $c: true, $r, _r, _tuple, ciphertext, err, err$1, index, out, priv, rand$1, valid, $s};return $f;
	};
	$pkg.DecryptPKCS1v15 = DecryptPKCS1v15;
	DecryptPKCS1v15SessionKey = function(rand$1, priv, ciphertext, key) {
		var {_r, _tuple, ciphertext, em, err, err$1, index, k, key, priv, rand$1, valid, $s, $r, $c} = $restore(this, {rand$1, priv, ciphertext, key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = checkPub(priv.PublicKey);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		k = priv.PublicKey.Size();
		if ((k - (((key.$length + 3 >> 0) + 8 >> 0)) >> 0) < 0) {
			$s = -1; return $pkg.ErrDecryption;
		}
		_r = decryptPKCS1v15(rand$1, priv, ciphertext); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		valid = _tuple[0];
		em = _tuple[1];
		index = _tuple[2];
		err$1 = _tuple[3];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		if (!((em.$length === k))) {
			$s = -1; return $pkg.ErrDecryption;
		}
		valid = valid & (subtle.ConstantTimeEq((((em.$length - index >> 0) >> 0)), ((key.$length >> 0))));
		subtle.ConstantTimeCopy(valid, key, $subslice(em, (em.$length - key.$length >> 0)));
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: DecryptPKCS1v15SessionKey, $c: true, $r, _r, _tuple, ciphertext, em, err, err$1, index, k, key, priv, rand$1, valid, $s};return $f;
	};
	$pkg.DecryptPKCS1v15SessionKey = DecryptPKCS1v15SessionKey;
	decryptPKCS1v15 = function(rand$1, priv, ciphertext) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, c, ciphertext, em, equals0, err, firstByteIsZero, i, index, k, lookingForIndex, m, priv, rand$1, secondByteIsTwo, valid, validPS, $s, $r, $c} = $restore(this, {rand$1, priv, ciphertext});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		valid = 0;
		em = sliceType.nil;
		index = 0;
		err = $ifaceNil;
		k = priv.PublicKey.Size();
		if (k < 11) {
			err = $pkg.ErrDecryption;
			$s = -1; return [valid, em, index, err];
		}
		c = new big.Int.ptr(false, big.nat.nil).SetBytes(ciphertext);
		_r = decrypt(rand$1, priv, c); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		m = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [valid, em, index, err];
		}
		em = m.FillBytes($makeSlice(sliceType, k));
		firstByteIsZero = subtle.ConstantTimeByteEq((0 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 0]), 0);
		secondByteIsTwo = subtle.ConstantTimeByteEq((1 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 1]), 2);
		lookingForIndex = 1;
		i = 2;
		while (true) {
			if (!(i < em.$length)) { break; }
			equals0 = subtle.ConstantTimeByteEq(((i < 0 || i >= em.$length) ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + i]), 0);
			index = subtle.ConstantTimeSelect(lookingForIndex & equals0, i, index);
			lookingForIndex = subtle.ConstantTimeSelect(equals0, 0, lookingForIndex);
			i = i + (1) >> 0;
		}
		validPS = subtle.ConstantTimeLessOrEq(10, index);
		valid = ((firstByteIsZero & secondByteIsTwo) & (((~lookingForIndex >> 0) & 1))) & validPS;
		index = subtle.ConstantTimeSelect(valid, index + 1 >> 0, 0);
		_tmp = valid;
		_tmp$1 = em;
		_tmp$2 = index;
		_tmp$3 = $ifaceNil;
		valid = _tmp;
		em = _tmp$1;
		index = _tmp$2;
		err = _tmp$3;
		$s = -1; return [valid, em, index, err];
		/* */ } return; } var $f = {$blk: decryptPKCS1v15, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, c, ciphertext, em, equals0, err, firstByteIsZero, i, index, k, lookingForIndex, m, priv, rand$1, secondByteIsTwo, valid, validPS, $s};return $f;
	};
	nonZeroRandomBytes = function(s, rand$1) {
		var {_r, _r$1, _tuple, _tuple$1, err, i, rand$1, s, $s, $r, $c} = $restore(this, {s, rand$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = $ifaceNil;
		_r = io.ReadFull(rand$1, s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < s.$length)) { break; } */ if(!(i < s.$length)) { $s = 3; continue; }
			/* while (true) { */ case 4:
				/* if (!(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) === 0)) { break; } */ if(!(((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) === 0)) { $s = 5; continue; }
				_r$1 = io.ReadFull(rand$1, $subslice(s, i, (i + 1 >> 0))); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$1 = _r$1;
				err = _tuple$1[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
				((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = ((((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) ^ (66)) << 24 >>> 24));
			$s = 4; continue;
			case 5:
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: nonZeroRandomBytes, $c: true, $r, _r, _r$1, _tuple, _tuple$1, err, i, rand$1, s, $s};return $f;
	};
	SignPKCS1v15 = function(rand$1, priv, hash$1, hashed) {
		var {_r, _tuple, _tuple$1, c, em, err, hash$1, hashLen, hashed, i, k, m, prefix, priv, rand$1, tLen, $s, $r, $c} = $restore(this, {rand$1, priv, hash$1, hashed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = pkcs1v15HashInfo(hash$1, hashed.$length);
		hashLen = _tuple[0];
		prefix = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		tLen = prefix.$length + hashLen >> 0;
		k = priv.PublicKey.Size();
		if (k < (tLen + 11 >> 0)) {
			$s = -1; return [sliceType.nil, $pkg.ErrMessageTooLong];
		}
		em = $makeSlice(sliceType, k);
		(1 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 1] = 1);
		i = 2;
		while (true) {
			if (!(i < ((k - tLen >> 0) - 1 >> 0))) { break; }
			((i < 0 || i >= em.$length) ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + i] = 255);
			i = i + (1) >> 0;
		}
		$copySlice($subslice(em, (k - tLen >> 0), (k - hashLen >> 0)), prefix);
		$copySlice($subslice(em, (k - hashLen >> 0), k), hashed);
		m = new big.Int.ptr(false, big.nat.nil).SetBytes(em);
		_r = decryptAndCheck(rand$1, priv, m); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		c = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		$s = -1; return [c.FillBytes(em), $ifaceNil];
		/* */ } return; } var $f = {$blk: SignPKCS1v15, $c: true, $r, _r, _tuple, _tuple$1, c, em, err, hash$1, hashLen, hashed, i, k, m, prefix, priv, rand$1, tLen, $s};return $f;
	};
	$pkg.SignPKCS1v15 = SignPKCS1v15;
	VerifyPKCS1v15 = function(pub, hash$1, hashed, sig) {
		var {_r, _tuple, c, em, err, hash$1, hashLen, hashed, i, k, m, ok, prefix, pub, sig, tLen, x, $s, $r, $c} = $restore(this, {pub, hash$1, hashed, sig});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = pkcs1v15HashInfo(hash$1, hashed.$length);
		hashLen = _tuple[0];
		prefix = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		tLen = prefix.$length + hashLen >> 0;
		k = pub.Size();
		if (k < (tLen + 11 >> 0)) {
			$s = -1; return $pkg.ErrVerification;
		}
		if (!((k === sig.$length))) {
			$s = -1; return $pkg.ErrVerification;
		}
		c = new big.Int.ptr(false, big.nat.nil).SetBytes(sig);
		_r = encrypt(new big.Int.ptr(false, big.nat.nil), pub, c); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		m = _r;
		em = m.FillBytes($makeSlice(sliceType, k));
		ok = subtle.ConstantTimeByteEq((0 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 0]), 0);
		ok = ok & (subtle.ConstantTimeByteEq((1 >= em.$length ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + 1]), 1));
		ok = ok & (subtle.ConstantTimeCompare($subslice(em, (k - hashLen >> 0), k), hashed));
		ok = ok & (subtle.ConstantTimeCompare($subslice(em, (k - tLen >> 0), (k - hashLen >> 0)), prefix));
		ok = ok & (subtle.ConstantTimeByteEq((x = (k - tLen >> 0) - 1 >> 0, ((x < 0 || x >= em.$length) ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + x])), 0));
		i = 2;
		while (true) {
			if (!(i < ((k - tLen >> 0) - 1 >> 0))) { break; }
			ok = ok & (subtle.ConstantTimeByteEq(((i < 0 || i >= em.$length) ? ($throwRuntimeError("index out of range"), undefined) : em.$array[em.$offset + i]), 255));
			i = i + (1) >> 0;
		}
		if (!((ok === 1))) {
			$s = -1; return $pkg.ErrVerification;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: VerifyPKCS1v15, $c: true, $r, _r, _tuple, c, em, err, hash$1, hashLen, hashed, i, k, m, ok, prefix, pub, sig, tLen, x, $s};return $f;
	};
	$pkg.VerifyPKCS1v15 = VerifyPKCS1v15;
	pkcs1v15HashInfo = function(hash$1, inLen) {
		var _entry, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, err, hash$1, hashLen, inLen, ok, prefix;
		hashLen = 0;
		prefix = sliceType.nil;
		err = $ifaceNil;
		if (hash$1 === 0) {
			_tmp = inLen;
			_tmp$1 = sliceType.nil;
			_tmp$2 = $ifaceNil;
			hashLen = _tmp;
			prefix = _tmp$1;
			err = _tmp$2;
			return [hashLen, prefix, err];
		}
		hashLen = new crypto.Hash(hash$1).Size();
		if (!((inLen === hashLen))) {
			_tmp$3 = 0;
			_tmp$4 = sliceType.nil;
			_tmp$5 = errors.New("crypto/rsa: input must be hashed message");
			hashLen = _tmp$3;
			prefix = _tmp$4;
			err = _tmp$5;
			return [hashLen, prefix, err];
		}
		_tuple = (_entry = hashPrefixes[crypto.Hash.keyFor(hash$1)], _entry !== undefined ? [_entry.v, true] : [sliceType.nil, false]);
		prefix = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			_tmp$6 = 0;
			_tmp$7 = sliceType.nil;
			_tmp$8 = errors.New("crypto/rsa: unsupported hash function");
			hashLen = _tmp$6;
			prefix = _tmp$7;
			err = _tmp$8;
			return [hashLen, prefix, err];
		}
		return [hashLen, prefix, err];
	};
	ptrType.methods = [{prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([crypto.PublicKey], [$Bool], false)}];
	ptrType$2.methods = [{prop: "Public", name: "Public", pkg: "", typ: $funcType([], [crypto.PublicKey], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([crypto.PrivateKey], [$Bool], false)}, {prop: "Sign", name: "Sign", pkg: "", typ: $funcType([io.Reader, sliceType, crypto.SignerOpts], [sliceType, $error], false)}, {prop: "Decrypt", name: "Decrypt", pkg: "", typ: $funcType([io.Reader, sliceType, crypto.DecrypterOpts], [sliceType, $error], false)}, {prop: "Validate", name: "Validate", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Precompute", name: "Precompute", pkg: "", typ: $funcType([], [], false)}];
	ptrType$3.methods = [{prop: "HashFunc", name: "HashFunc", pkg: "", typ: $funcType([], [crypto.Hash], false)}, {prop: "saltLength", name: "saltLength", pkg: "crypto/rsa", typ: $funcType([], [$Int], false)}];
	PublicKey.init("", [{prop: "N", name: "N", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "E", name: "E", embedded: false, exported: true, typ: $Int, tag: ""}]);
	OAEPOptions.init("", [{prop: "Hash", name: "Hash", embedded: false, exported: true, typ: crypto.Hash, tag: ""}, {prop: "Label", name: "Label", embedded: false, exported: true, typ: sliceType, tag: ""}]);
	PrivateKey.init("", [{prop: "PublicKey", name: "PublicKey", embedded: true, exported: true, typ: PublicKey, tag: ""}, {prop: "D", name: "D", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Primes", name: "Primes", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "Precomputed", name: "Precomputed", embedded: false, exported: true, typ: PrecomputedValues, tag: ""}]);
	PrecomputedValues.init("", [{prop: "Dp", name: "Dp", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Dq", name: "Dq", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Qinv", name: "Qinv", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "CRTValues", name: "CRTValues", embedded: false, exported: true, typ: sliceType$2, tag: ""}]);
	CRTValue.init("", [{prop: "Exp", name: "Exp", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Coeff", name: "Coeff", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "R", name: "R", embedded: false, exported: true, typ: ptrType$1, tag: ""}]);
	PSSOptions.init("", [{prop: "SaltLength", name: "SaltLength", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Hash", name: "Hash", embedded: false, exported: true, typ: crypto.Hash, tag: ""}]);
	PKCS1v15DecryptOptions.init("", [{prop: "SessionKeyLen", name: "SessionKeyLen", embedded: false, exported: true, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = crypto.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = randutil.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		bigZero = big.NewInt(new $Int64(0, 0));
		bigOne = big.NewInt(new $Int64(0, 1));
		errPublicModulus = errors.New("crypto/rsa: missing public modulus");
		errPublicExponentSmall = errors.New("crypto/rsa: public exponent too small");
		errPublicExponentLarge = errors.New("crypto/rsa: public exponent too large");
		$pkg.ErrMessageTooLong = errors.New("crypto/rsa: message too long for RSA public key size");
		$pkg.ErrDecryption = errors.New("crypto/rsa: decryption error");
		$pkg.ErrVerification = errors.New("crypto/rsa: verification error");
		hashPrefixes = $makeMap(crypto.Hash.keyFor, [{ k: 2, v: new sliceType([48, 32, 48, 12, 6, 8, 42, 134, 72, 134, 247, 13, 2, 5, 5, 0, 4, 16]) }, { k: 3, v: new sliceType([48, 33, 48, 9, 6, 5, 43, 14, 3, 2, 26, 5, 0, 4, 20]) }, { k: 4, v: new sliceType([48, 45, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 4, 5, 0, 4, 28]) }, { k: 5, v: new sliceType([48, 49, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 1, 5, 0, 4, 32]) }, { k: 6, v: new sliceType([48, 65, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 2, 5, 0, 4, 48]) }, { k: 7, v: new sliceType([48, 81, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 3, 5, 0, 4, 64]) }, { k: 8, v: new sliceType([]) }, { k: 9, v: new sliceType([48, 32, 48, 8, 6, 6, 40, 207, 6, 3, 0, 49, 4, 20]) }]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/sha1"] = (function() {
	var $pkg = {}, $init, crypto, binary, errors, hash, bits, digest, arrayType, sliceType, arrayType$1, arrayType$2, arrayType$3, arrayType$4, arrayType$5, ptrType, block, blockGeneric, init, appendUint64, appendUint32, consumeUint64, consumeUint32, New;
	crypto = $packages["crypto"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	hash = $packages["hash"];
	bits = $packages["math/bits"];
	digest = $pkg.digest = $newType(0, $kindStruct, "sha1.digest", true, "crypto/sha1", false, function(h_, x_, nx_, len_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.h = arrayType$3.zero();
			this.x = arrayType$4.zero();
			this.nx = 0;
			this.len = new $Uint64(0, 0);
			return;
		}
		this.h = h_;
		this.x = x_;
		this.nx = nx_;
		this.len = len_;
	});
	arrayType = $arrayType($Uint32, 16);
	sliceType = $sliceType($Uint8);
	arrayType$1 = $arrayType($Uint8, 8);
	arrayType$2 = $arrayType($Uint8, 4);
	arrayType$3 = $arrayType($Uint32, 5);
	arrayType$4 = $arrayType($Uint8, 64);
	arrayType$5 = $arrayType($Uint8, 20);
	ptrType = $ptrType(digest);
	block = function(dig, p) {
		var dig, p;
		blockGeneric(dig, p);
	};
	blockGeneric = function(dig, p) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, a, b, c, d, dig, e, f, f$1, f$2, f$3, f$4, h0, h1, h2, h3, h4, i, i$1, j, p, t, t$1, t$2, t$3, t$4, tmp, tmp$1, tmp$2, tmp$3, w, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		w = arrayType.zero();
		_tmp = dig.h[0];
		_tmp$1 = dig.h[1];
		_tmp$2 = dig.h[2];
		_tmp$3 = dig.h[3];
		_tmp$4 = dig.h[4];
		h0 = _tmp;
		h1 = _tmp$1;
		h2 = _tmp$2;
		h3 = _tmp$3;
		h4 = _tmp$4;
		while (true) {
			if (!(p.$length >= 64)) { break; }
			i = 0;
			while (true) {
				if (!(i < 16)) { break; }
				j = $imul(i, 4);
				((i < 0 || i >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[i] = (((((((((((j < 0 || j >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + j]) >>> 0)) << 24 >>> 0) | ((((x = j + 1 >> 0, ((x < 0 || x >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$1 = j + 2 >> 0, ((x$1 < 0 || x$1 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$1])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$2 = j + 3 >> 0, ((x$2 < 0 || x$2 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$2])) >>> 0))) >>> 0));
				i = i + (1) >> 0;
			}
			_tmp$5 = h0;
			_tmp$6 = h1;
			_tmp$7 = h2;
			_tmp$8 = h3;
			_tmp$9 = h4;
			a = _tmp$5;
			b = _tmp$6;
			c = _tmp$7;
			d = _tmp$8;
			e = _tmp$9;
			i$1 = 0;
			while (true) {
				if (!(i$1 < 16)) { break; }
				f = (((b & c) >>> 0) | ((((~b >>> 0)) & d) >>> 0)) >>> 0;
				t = (((bits.RotateLeft32(a, 5) + f >>> 0) + e >>> 0) + (x$3 = i$1 & 15, ((x$3 < 0 || x$3 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$3])) >>> 0) + 1518500249 >>> 0;
				_tmp$10 = t;
				_tmp$11 = a;
				_tmp$12 = bits.RotateLeft32(b, 30);
				_tmp$13 = c;
				_tmp$14 = d;
				a = _tmp$10;
				b = _tmp$11;
				c = _tmp$12;
				d = _tmp$13;
				e = _tmp$14;
				i$1 = i$1 + (1) >> 0;
			}
			while (true) {
				if (!(i$1 < 20)) { break; }
				tmp = ((((((x$4 = ((i$1 - 3 >> 0)) & 15, ((x$4 < 0 || x$4 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$4])) ^ (x$5 = ((i$1 - 8 >> 0)) & 15, ((x$5 < 0 || x$5 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$5]))) >>> 0) ^ (x$6 = ((i$1 - 14 >> 0)) & 15, ((x$6 < 0 || x$6 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$6]))) >>> 0) ^ (x$7 = (i$1) & 15, ((x$7 < 0 || x$7 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$7]))) >>> 0;
				(x$8 = i$1 & 15, ((x$8 < 0 || x$8 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$8] = (((tmp << 1 >>> 0) | (tmp >>> 31 >>> 0)) >>> 0)));
				f$1 = (((b & c) >>> 0) | ((((~b >>> 0)) & d) >>> 0)) >>> 0;
				t$1 = (((bits.RotateLeft32(a, 5) + f$1 >>> 0) + e >>> 0) + (x$9 = i$1 & 15, ((x$9 < 0 || x$9 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$9])) >>> 0) + 1518500249 >>> 0;
				_tmp$15 = t$1;
				_tmp$16 = a;
				_tmp$17 = bits.RotateLeft32(b, 30);
				_tmp$18 = c;
				_tmp$19 = d;
				a = _tmp$15;
				b = _tmp$16;
				c = _tmp$17;
				d = _tmp$18;
				e = _tmp$19;
				i$1 = i$1 + (1) >> 0;
			}
			while (true) {
				if (!(i$1 < 40)) { break; }
				tmp$1 = ((((((x$10 = ((i$1 - 3 >> 0)) & 15, ((x$10 < 0 || x$10 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$10])) ^ (x$11 = ((i$1 - 8 >> 0)) & 15, ((x$11 < 0 || x$11 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$11]))) >>> 0) ^ (x$12 = ((i$1 - 14 >> 0)) & 15, ((x$12 < 0 || x$12 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$12]))) >>> 0) ^ (x$13 = (i$1) & 15, ((x$13 < 0 || x$13 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$13]))) >>> 0;
				(x$14 = i$1 & 15, ((x$14 < 0 || x$14 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$14] = (((tmp$1 << 1 >>> 0) | (tmp$1 >>> 31 >>> 0)) >>> 0)));
				f$2 = (((b ^ c) >>> 0) ^ d) >>> 0;
				t$2 = (((bits.RotateLeft32(a, 5) + f$2 >>> 0) + e >>> 0) + (x$15 = i$1 & 15, ((x$15 < 0 || x$15 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$15])) >>> 0) + 1859775393 >>> 0;
				_tmp$20 = t$2;
				_tmp$21 = a;
				_tmp$22 = bits.RotateLeft32(b, 30);
				_tmp$23 = c;
				_tmp$24 = d;
				a = _tmp$20;
				b = _tmp$21;
				c = _tmp$22;
				d = _tmp$23;
				e = _tmp$24;
				i$1 = i$1 + (1) >> 0;
			}
			while (true) {
				if (!(i$1 < 60)) { break; }
				tmp$2 = ((((((x$16 = ((i$1 - 3 >> 0)) & 15, ((x$16 < 0 || x$16 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$16])) ^ (x$17 = ((i$1 - 8 >> 0)) & 15, ((x$17 < 0 || x$17 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$17]))) >>> 0) ^ (x$18 = ((i$1 - 14 >> 0)) & 15, ((x$18 < 0 || x$18 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$18]))) >>> 0) ^ (x$19 = (i$1) & 15, ((x$19 < 0 || x$19 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$19]))) >>> 0;
				(x$20 = i$1 & 15, ((x$20 < 0 || x$20 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$20] = (((tmp$2 << 1 >>> 0) | (tmp$2 >>> 31 >>> 0)) >>> 0)));
				f$3 = (((((((b | c) >>> 0)) & d) >>> 0)) | (((b & c) >>> 0))) >>> 0;
				t$3 = (((bits.RotateLeft32(a, 5) + f$3 >>> 0) + e >>> 0) + (x$21 = i$1 & 15, ((x$21 < 0 || x$21 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$21])) >>> 0) + 2400959708 >>> 0;
				_tmp$25 = t$3;
				_tmp$26 = a;
				_tmp$27 = bits.RotateLeft32(b, 30);
				_tmp$28 = c;
				_tmp$29 = d;
				a = _tmp$25;
				b = _tmp$26;
				c = _tmp$27;
				d = _tmp$28;
				e = _tmp$29;
				i$1 = i$1 + (1) >> 0;
			}
			while (true) {
				if (!(i$1 < 80)) { break; }
				tmp$3 = ((((((x$22 = ((i$1 - 3 >> 0)) & 15, ((x$22 < 0 || x$22 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$22])) ^ (x$23 = ((i$1 - 8 >> 0)) & 15, ((x$23 < 0 || x$23 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$23]))) >>> 0) ^ (x$24 = ((i$1 - 14 >> 0)) & 15, ((x$24 < 0 || x$24 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$24]))) >>> 0) ^ (x$25 = (i$1) & 15, ((x$25 < 0 || x$25 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$25]))) >>> 0;
				(x$26 = i$1 & 15, ((x$26 < 0 || x$26 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$26] = (((tmp$3 << 1 >>> 0) | (tmp$3 >>> 31 >>> 0)) >>> 0)));
				f$4 = (((b ^ c) >>> 0) ^ d) >>> 0;
				t$4 = (((bits.RotateLeft32(a, 5) + f$4 >>> 0) + e >>> 0) + (x$27 = i$1 & 15, ((x$27 < 0 || x$27 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$27])) >>> 0) + 3395469782 >>> 0;
				_tmp$30 = t$4;
				_tmp$31 = a;
				_tmp$32 = bits.RotateLeft32(b, 30);
				_tmp$33 = c;
				_tmp$34 = d;
				a = _tmp$30;
				b = _tmp$31;
				c = _tmp$32;
				d = _tmp$33;
				e = _tmp$34;
				i$1 = i$1 + (1) >> 0;
			}
			h0 = h0 + (a) >>> 0;
			h1 = h1 + (b) >>> 0;
			h2 = h2 + (c) >>> 0;
			h3 = h3 + (d) >>> 0;
			h4 = h4 + (e) >>> 0;
			p = $subslice(p, 64);
		}
		_tmp$35 = h0;
		_tmp$36 = h1;
		_tmp$37 = h2;
		_tmp$38 = h3;
		_tmp$39 = h4;
		dig.h[0] = _tmp$35;
		dig.h[1] = _tmp$36;
		dig.h[2] = _tmp$37;
		dig.h[3] = _tmp$38;
		dig.h[4] = _tmp$39;
	};
	init = function() {
		crypto.RegisterHash(3, New);
	};
	digest.ptr.prototype.MarshalBinary = function() {
		var b, d;
		d = this;
		b = $makeSlice(sliceType, 0, 96);
		b = $appendSlice(b, "sha\x01");
		b = appendUint32(b, d.h[0]);
		b = appendUint32(b, d.h[1]);
		b = appendUint32(b, d.h[2]);
		b = appendUint32(b, d.h[3]);
		b = appendUint32(b, d.h[4]);
		b = $appendSlice(b, $subslice(new sliceType(d.x), 0, d.nx));
		b = $subslice(b, 0, ((b.$length + 64 >> 0) - (d.nx) >> 0));
		b = appendUint64(b, d.len);
		return [b, $ifaceNil];
	};
	digest.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	digest.ptr.prototype.UnmarshalBinary = function(b) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, b, d;
		d = this;
		if (b.$length < 4 || !(($bytesToString($subslice(b, 0, 4))) === "sha\x01")) {
			return errors.New("crypto/sha1: invalid hash state identifier");
		}
		if (!((b.$length === 96))) {
			return errors.New("crypto/sha1: invalid hash state size");
		}
		b = $subslice(b, 4);
		_tuple = consumeUint32(b);
		b = _tuple[0];
		d.h[0] = _tuple[1];
		_tuple$1 = consumeUint32(b);
		b = _tuple$1[0];
		d.h[1] = _tuple$1[1];
		_tuple$2 = consumeUint32(b);
		b = _tuple$2[0];
		d.h[2] = _tuple$2[1];
		_tuple$3 = consumeUint32(b);
		b = _tuple$3[0];
		d.h[3] = _tuple$3[1];
		_tuple$4 = consumeUint32(b);
		b = _tuple$4[0];
		d.h[4] = _tuple$4[1];
		b = $subslice(b, $copySlice(new sliceType(d.x), b));
		_tuple$5 = consumeUint64(b);
		b = _tuple$5[0];
		d.len = _tuple$5[1];
		d.nx = (($div64(d.len, new $Uint64(0, 64), true).$low >> 0));
		return $ifaceNil;
	};
	digest.prototype.UnmarshalBinary = function(b) { return this.$val.UnmarshalBinary(b); };
	appendUint64 = function(b, x) {
		var a, b, x;
		a = arrayType$1.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(new sliceType(a), x);
		return $appendSlice(b, new sliceType(a));
	};
	appendUint32 = function(b, x) {
		var a, b, x;
		a = arrayType$2.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint32(new sliceType(a), x);
		return $appendSlice(b, new sliceType(a));
	};
	consumeUint64 = function(b) {
		var b, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		x$14 = (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), x$7 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
		return [$subslice(b, 8), x$14];
	};
	consumeUint32 = function(b) {
		var b, x;
		$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
		x = ((((((((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) >>> 0)) | ((((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >>> 0)) << 24 >>> 0)) >>> 0;
		return [$subslice(b, 4), x];
	};
	digest.ptr.prototype.Reset = function() {
		var d;
		d = this;
		d.h[0] = 1732584193;
		d.h[1] = 4023233417;
		d.h[2] = 2562383102;
		d.h[3] = 271733878;
		d.h[4] = 3285377520;
		d.nx = 0;
		d.len = new $Uint64(0, 0);
	};
	digest.prototype.Reset = function() { return this.$val.Reset(); };
	New = function() {
		var d;
		d = new digest.ptr(arrayType$3.zero(), arrayType$4.zero(), 0, new $Uint64(0, 0));
		d.Reset();
		return d;
	};
	$pkg.New = New;
	digest.ptr.prototype.Size = function() {
		var d;
		d = this;
		return 20;
	};
	digest.prototype.Size = function() { return this.$val.Size(); };
	digest.ptr.prototype.BlockSize = function() {
		var d;
		d = this;
		return 64;
	};
	digest.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	digest.ptr.prototype.Write = function(p) {
		var d, err, n, n$1, nn, p, x, x$1;
		nn = 0;
		err = $ifaceNil;
		d = this;
		nn = p.$length;
		d.len = (x = d.len, x$1 = (new $Uint64(0, nn)), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		if (d.nx > 0) {
			n = $copySlice($subslice(new sliceType(d.x), d.nx), p);
			d.nx = d.nx + (n) >> 0;
			if (d.nx === 64) {
				block(d, new sliceType(d.x));
				d.nx = 0;
			}
			p = $subslice(p, n);
		}
		if (p.$length >= 64) {
			n$1 = (p.$length & ~63) >> 0;
			block(d, $subslice(p, 0, n$1));
			p = $subslice(p, n$1);
		}
		if (p.$length > 0) {
			d.nx = $copySlice(new sliceType(d.x), p);
		}
		return [nn, err];
	};
	digest.prototype.Write = function(p) { return this.$val.Write(p); };
	digest.ptr.prototype.Sum = function(in$1) {
		var d, d0, hash$1, in$1;
		d = this;
		d0 = $clone(d, digest);
		hash$1 = $clone(d0.checkSum(), arrayType$5);
		return $appendSlice(in$1, new sliceType(hash$1));
	};
	digest.prototype.Sum = function(in$1) { return this.$val.Sum(in$1); };
	digest.ptr.prototype.checkSum = function() {
		var d, digest$1, len, tmp, x, x$1, x$2;
		d = this;
		len = d.len;
		tmp = arrayType$4.zero();
		tmp[0] = 128;
		if ((x = $div64(len, new $Uint64(0, 64), true), (x.$high < 0 || (x.$high === 0 && x.$low < 56)))) {
			d.Write($subslice(new sliceType(tmp), 0, $flatten64((x$1 = $div64(len, new $Uint64(0, 64), true), new $Uint64(0 - x$1.$high, 56 - x$1.$low)))));
		} else {
			d.Write($subslice(new sliceType(tmp), 0, $flatten64((x$2 = $div64(len, new $Uint64(0, 64), true), new $Uint64(0 - x$2.$high, 120 - x$2.$low)))));
		}
		len = $shiftLeft64(len, (3));
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(new sliceType(tmp), len);
		d.Write($subslice(new sliceType(tmp), 0, 8));
		if (!((d.nx === 0))) {
			$panic(new $String("d.nx != 0"));
		}
		digest$1 = arrayType$5.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType(digest$1), 0), d.h[0]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType(digest$1), 4), d.h[1]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType(digest$1), 8), d.h[2]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType(digest$1), 12), d.h[3]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType(digest$1), 16), d.h[4]);
		return digest$1;
	};
	digest.prototype.checkSum = function() { return this.$val.checkSum(); };
	digest.ptr.prototype.ConstantTimeSum = function(in$1) {
		var d, d0, hash$1, in$1;
		d = this;
		d0 = $clone(d, digest);
		hash$1 = $clone(d0.constSum(), arrayType$5);
		return $appendSlice(in$1, new sliceType(hash$1));
	};
	digest.prototype.ConstantTimeSum = function(in$1) { return this.$val.ConstantTimeSum(in$1); };
	digest.ptr.prototype.constSum = function() {
		var _i, _i$1, _index, _index$1, _index$2, _index$3, _ref, _ref$1, d, digest$1, i, i$1, i$2, i$3, i$4, l, length, mask, mask1b, nx, s, s$1, separator, t, x, x$1, x$10, x$11, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		d = this;
		length = arrayType$1.zero();
		l = $shiftLeft64(d.len, 3);
		i = 0;
		while (true) {
			if (!(i < 8)) { break; }
			((i < 0 || i >= length.length) ? ($throwRuntimeError("index out of range"), undefined) : length[i] = (($shiftRightUint64(l, ((56 - (8 * i >>> 0) >>> 0))).$low << 24 >>> 24)));
			i = i + (1) >>> 0;
		}
		nx = ((d.nx << 24 >>> 24));
		t = nx - 56 << 24 >>> 24;
		mask1b = (((((t << 24 >> 24)) >> 7 << 24 >> 24) << 24 >>> 24));
		separator = 128;
		i$1 = 0;
		while (true) {
			if (!(i$1 < 64)) { break; }
			mask = ((((((i$1 - nx << 24 >>> 24) << 24 >> 24)) >> 7 << 24 >> 24) << 24 >>> 24));
			(x$1 = d.x, ((i$1 < 0 || i$1 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i$1] = ((((((~mask << 24 >>> 24) & separator) >>> 0)) | (((mask & (x = d.x, ((i$1 < 0 || i$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i$1]))) >>> 0))) >>> 0)));
			separator = (separator & (mask)) >>> 0;
			if (i$1 >= 56) {
				(x$4 = d.x, ((i$1 < 0 || i$1 >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[i$1] = (((x$2 = d.x, ((i$1 < 0 || i$1 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i$1])) | (((mask1b & (x$3 = i$1 - 56 << 24 >>> 24, ((x$3 < 0 || x$3 >= length.length) ? ($throwRuntimeError("index out of range"), undefined) : length[x$3]))) >>> 0))) >>> 0)));
			}
			i$1 = i$1 + (1) << 24 >>> 24;
		}
		block(d, new sliceType(d.x));
		digest$1 = arrayType$5.zero();
		_ref = d.h;
		_i = 0;
		while (true) {
			if (!(_i < 5)) { break; }
			i$2 = _i;
			s = ((_i < 0 || _i >= _ref.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref[_i]);
			(x$5 = $imul(i$2, 4), ((x$5 < 0 || x$5 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[x$5] = ((mask1b & (((s >>> 24 >>> 0) << 24 >>> 24))) >>> 0)));
			(x$6 = ($imul(i$2, 4)) + 1 >> 0, ((x$6 < 0 || x$6 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[x$6] = ((mask1b & (((s >>> 16 >>> 0) << 24 >>> 24))) >>> 0)));
			(x$7 = ($imul(i$2, 4)) + 2 >> 0, ((x$7 < 0 || x$7 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[x$7] = ((mask1b & (((s >>> 8 >>> 0) << 24 >>> 24))) >>> 0)));
			(x$8 = ($imul(i$2, 4)) + 3 >> 0, ((x$8 < 0 || x$8 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[x$8] = ((mask1b & ((s << 24 >>> 24))) >>> 0)));
			_i++;
		}
		i$3 = 0;
		while (true) {
			if (!(i$3 < 64)) { break; }
			if (i$3 < 56) {
				(x$9 = d.x, ((i$3 < 0 || i$3 >= x$9.length) ? ($throwRuntimeError("index out of range"), undefined) : x$9[i$3] = separator));
				separator = 0;
			} else {
				(x$11 = d.x, ((i$3 < 0 || i$3 >= x$11.length) ? ($throwRuntimeError("index out of range"), undefined) : x$11[i$3] = (x$10 = i$3 - 56 << 24 >>> 24, ((x$10 < 0 || x$10 >= length.length) ? ($throwRuntimeError("index out of range"), undefined) : length[x$10]))));
			}
			i$3 = i$3 + (1) << 24 >>> 24;
		}
		block(d, new sliceType(d.x));
		_ref$1 = d.h;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < 5)) { break; }
			i$4 = _i$1;
			s$1 = ((_i$1 < 0 || _i$1 >= _ref$1.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1[_i$1]);
			_index = $imul(i$4, 4);
			((_index < 0 || _index >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index] = ((((_index < 0 || _index >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index]) | ((((~mask1b << 24 >>> 24) & (((s$1 >>> 24 >>> 0) << 24 >>> 24))) >>> 0))) >>> 0));
			_index$1 = ($imul(i$4, 4)) + 1 >> 0;
			((_index$1 < 0 || _index$1 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index$1] = ((((_index$1 < 0 || _index$1 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index$1]) | ((((~mask1b << 24 >>> 24) & (((s$1 >>> 16 >>> 0) << 24 >>> 24))) >>> 0))) >>> 0));
			_index$2 = ($imul(i$4, 4)) + 2 >> 0;
			((_index$2 < 0 || _index$2 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index$2] = ((((_index$2 < 0 || _index$2 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index$2]) | ((((~mask1b << 24 >>> 24) & (((s$1 >>> 8 >>> 0) << 24 >>> 24))) >>> 0))) >>> 0));
			_index$3 = ($imul(i$4, 4)) + 3 >> 0;
			((_index$3 < 0 || _index$3 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index$3] = ((((_index$3 < 0 || _index$3 >= digest$1.length) ? ($throwRuntimeError("index out of range"), undefined) : digest$1[_index$3]) | ((((~mask1b << 24 >>> 24) & ((s$1 << 24 >>> 24))) >>> 0))) >>> 0));
			_i$1++;
		}
		return digest$1;
	};
	digest.prototype.constSum = function() { return this.$val.constSum(); };
	ptrType.methods = [{prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType], [$error], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "checkSum", name: "checkSum", pkg: "crypto/sha1", typ: $funcType([], [arrayType$5], false)}, {prop: "ConstantTimeSum", name: "ConstantTimeSum", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "constSum", name: "constSum", pkg: "crypto/sha1", typ: $funcType([], [arrayType$5], false)}];
	digest.init("crypto/sha1", [{prop: "h", name: "h", embedded: false, exported: false, typ: arrayType$3, tag: ""}, {prop: "x", name: "x", embedded: false, exported: false, typ: arrayType$4, tag: ""}, {prop: "nx", name: "nx", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = crypto.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/sha256"] = (function() {
	var $pkg = {}, $init, crypto, binary, errors, hash, bits, digest, sliceType, arrayType, sliceType$1, arrayType$1, arrayType$2, arrayType$3, arrayType$4, arrayType$5, arrayType$6, ptrType, ptrType$1, _K, block, blockGeneric, init, appendUint64, appendUint32, consumeUint64, consumeUint32, New, New224, Sum224;
	crypto = $packages["crypto"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	hash = $packages["hash"];
	bits = $packages["math/bits"];
	digest = $pkg.digest = $newType(0, $kindStruct, "sha256.digest", true, "crypto/sha256", false, function(h_, x_, nx_, len_, is224_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.h = arrayType$3.zero();
			this.x = arrayType$4.zero();
			this.nx = 0;
			this.len = new $Uint64(0, 0);
			this.is224 = false;
			return;
		}
		this.h = h_;
		this.x = x_;
		this.nx = nx_;
		this.len = len_;
		this.is224 = is224_;
	});
	sliceType = $sliceType($Uint32);
	arrayType = $arrayType($Uint32, 64);
	sliceType$1 = $sliceType($Uint8);
	arrayType$1 = $arrayType($Uint8, 8);
	arrayType$2 = $arrayType($Uint8, 4);
	arrayType$3 = $arrayType($Uint32, 8);
	arrayType$4 = $arrayType($Uint8, 64);
	arrayType$5 = $arrayType($Uint8, 32);
	arrayType$6 = $arrayType($Uint8, 28);
	ptrType = $ptrType(arrayType$6);
	ptrType$1 = $ptrType(digest);
	block = function(dig, p) {
		var dig, p;
		blockGeneric(dig, p);
	};
	blockGeneric = function(dig, p) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, a, b, c, d, dig, e, f, g, h, h0, h1, h2, h3, h4, h5, h6, h7, i, i$1, i$2, j, p, t1, t1$1, t2, t2$1, v1, v2, w, x, x$1, x$2, x$3, x$4, x$5, x$6;
		w = arrayType.zero();
		_tmp = dig.h[0];
		_tmp$1 = dig.h[1];
		_tmp$2 = dig.h[2];
		_tmp$3 = dig.h[3];
		_tmp$4 = dig.h[4];
		_tmp$5 = dig.h[5];
		_tmp$6 = dig.h[6];
		_tmp$7 = dig.h[7];
		h0 = _tmp;
		h1 = _tmp$1;
		h2 = _tmp$2;
		h3 = _tmp$3;
		h4 = _tmp$4;
		h5 = _tmp$5;
		h6 = _tmp$6;
		h7 = _tmp$7;
		while (true) {
			if (!(p.$length >= 64)) { break; }
			i = 0;
			while (true) {
				if (!(i < 16)) { break; }
				j = $imul(i, 4);
				((i < 0 || i >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[i] = (((((((((((j < 0 || j >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + j]) >>> 0)) << 24 >>> 0) | ((((x = j + 1 >> 0, ((x < 0 || x >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x])) >>> 0)) << 16 >>> 0)) >>> 0) | ((((x$1 = j + 2 >> 0, ((x$1 < 0 || x$1 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$1])) >>> 0)) << 8 >>> 0)) >>> 0) | (((x$2 = j + 3 >> 0, ((x$2 < 0 || x$2 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$2])) >>> 0))) >>> 0));
				i = i + (1) >> 0;
			}
			i$1 = 16;
			while (true) {
				if (!(i$1 < 64)) { break; }
				v1 = (x$3 = i$1 - 2 >> 0, ((x$3 < 0 || x$3 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$3]));
				t1 = ((((bits.RotateLeft32(v1, -17)) ^ (bits.RotateLeft32(v1, -19))) >>> 0) ^ ((v1 >>> 10 >>> 0))) >>> 0;
				v2 = (x$4 = i$1 - 15 >> 0, ((x$4 < 0 || x$4 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$4]));
				t2 = ((((bits.RotateLeft32(v2, -7)) ^ (bits.RotateLeft32(v2, -18))) >>> 0) ^ ((v2 >>> 3 >>> 0))) >>> 0;
				((i$1 < 0 || i$1 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[i$1] = (((t1 + (x$5 = i$1 - 7 >> 0, ((x$5 < 0 || x$5 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$5])) >>> 0) + t2 >>> 0) + (x$6 = i$1 - 16 >> 0, ((x$6 < 0 || x$6 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[x$6])) >>> 0));
				i$1 = i$1 + (1) >> 0;
			}
			_tmp$8 = h0;
			_tmp$9 = h1;
			_tmp$10 = h2;
			_tmp$11 = h3;
			_tmp$12 = h4;
			_tmp$13 = h5;
			_tmp$14 = h6;
			_tmp$15 = h7;
			a = _tmp$8;
			b = _tmp$9;
			c = _tmp$10;
			d = _tmp$11;
			e = _tmp$12;
			f = _tmp$13;
			g = _tmp$14;
			h = _tmp$15;
			i$2 = 0;
			while (true) {
				if (!(i$2 < 64)) { break; }
				t1$1 = (((h + ((((((bits.RotateLeft32(e, -6)) ^ (bits.RotateLeft32(e, -11))) >>> 0) ^ (bits.RotateLeft32(e, -25))) >>> 0)) >>> 0) + ((((((e & f) >>> 0)) ^ ((((~e >>> 0) & g) >>> 0))) >>> 0)) >>> 0) + ((i$2 < 0 || i$2 >= _K.$length) ? ($throwRuntimeError("index out of range"), undefined) : _K.$array[_K.$offset + i$2]) >>> 0) + ((i$2 < 0 || i$2 >= w.length) ? ($throwRuntimeError("index out of range"), undefined) : w[i$2]) >>> 0;
				t2$1 = ((((((bits.RotateLeft32(a, -2)) ^ (bits.RotateLeft32(a, -13))) >>> 0) ^ (bits.RotateLeft32(a, -22))) >>> 0)) + ((((((((a & b) >>> 0)) ^ (((a & c) >>> 0))) >>> 0) ^ (((b & c) >>> 0))) >>> 0)) >>> 0;
				h = g;
				g = f;
				f = e;
				e = d + t1$1 >>> 0;
				d = c;
				c = b;
				b = a;
				a = t1$1 + t2$1 >>> 0;
				i$2 = i$2 + (1) >> 0;
			}
			h0 = h0 + (a) >>> 0;
			h1 = h1 + (b) >>> 0;
			h2 = h2 + (c) >>> 0;
			h3 = h3 + (d) >>> 0;
			h4 = h4 + (e) >>> 0;
			h5 = h5 + (f) >>> 0;
			h6 = h6 + (g) >>> 0;
			h7 = h7 + (h) >>> 0;
			p = $subslice(p, 64);
		}
		_tmp$16 = h0;
		_tmp$17 = h1;
		_tmp$18 = h2;
		_tmp$19 = h3;
		_tmp$20 = h4;
		_tmp$21 = h5;
		_tmp$22 = h6;
		_tmp$23 = h7;
		dig.h[0] = _tmp$16;
		dig.h[1] = _tmp$17;
		dig.h[2] = _tmp$18;
		dig.h[3] = _tmp$19;
		dig.h[4] = _tmp$20;
		dig.h[5] = _tmp$21;
		dig.h[6] = _tmp$22;
		dig.h[7] = _tmp$23;
	};
	init = function() {
		crypto.RegisterHash(4, New224);
		crypto.RegisterHash(5, New);
	};
	digest.ptr.prototype.MarshalBinary = function() {
		var b, d;
		d = this;
		b = $makeSlice(sliceType$1, 0, 108);
		if (d.is224) {
			b = $appendSlice(b, "sha\x02");
		} else {
			b = $appendSlice(b, "sha\x03");
		}
		b = appendUint32(b, d.h[0]);
		b = appendUint32(b, d.h[1]);
		b = appendUint32(b, d.h[2]);
		b = appendUint32(b, d.h[3]);
		b = appendUint32(b, d.h[4]);
		b = appendUint32(b, d.h[5]);
		b = appendUint32(b, d.h[6]);
		b = appendUint32(b, d.h[7]);
		b = $appendSlice(b, $subslice(new sliceType$1(d.x), 0, d.nx));
		b = $subslice(b, 0, ((b.$length + 64 >> 0) - (d.nx) >> 0));
		b = appendUint64(b, d.len);
		return [b, $ifaceNil];
	};
	digest.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	digest.ptr.prototype.UnmarshalBinary = function(b) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, b, d;
		d = this;
		if (b.$length < 4 || (d.is224 && !(($bytesToString($subslice(b, 0, 4))) === "sha\x02")) || (!d.is224 && !(($bytesToString($subslice(b, 0, 4))) === "sha\x03"))) {
			return errors.New("crypto/sha256: invalid hash state identifier");
		}
		if (!((b.$length === 108))) {
			return errors.New("crypto/sha256: invalid hash state size");
		}
		b = $subslice(b, 4);
		_tuple = consumeUint32(b);
		b = _tuple[0];
		d.h[0] = _tuple[1];
		_tuple$1 = consumeUint32(b);
		b = _tuple$1[0];
		d.h[1] = _tuple$1[1];
		_tuple$2 = consumeUint32(b);
		b = _tuple$2[0];
		d.h[2] = _tuple$2[1];
		_tuple$3 = consumeUint32(b);
		b = _tuple$3[0];
		d.h[3] = _tuple$3[1];
		_tuple$4 = consumeUint32(b);
		b = _tuple$4[0];
		d.h[4] = _tuple$4[1];
		_tuple$5 = consumeUint32(b);
		b = _tuple$5[0];
		d.h[5] = _tuple$5[1];
		_tuple$6 = consumeUint32(b);
		b = _tuple$6[0];
		d.h[6] = _tuple$6[1];
		_tuple$7 = consumeUint32(b);
		b = _tuple$7[0];
		d.h[7] = _tuple$7[1];
		b = $subslice(b, $copySlice(new sliceType$1(d.x), b));
		_tuple$8 = consumeUint64(b);
		b = _tuple$8[0];
		d.len = _tuple$8[1];
		d.nx = (($div64(d.len, new $Uint64(0, 64), true).$low >> 0));
		return $ifaceNil;
	};
	digest.prototype.UnmarshalBinary = function(b) { return this.$val.UnmarshalBinary(b); };
	appendUint64 = function(b, x) {
		var a, b, x;
		a = arrayType$1.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(new sliceType$1(a), x);
		return $appendSlice(b, new sliceType$1(a));
	};
	appendUint32 = function(b, x) {
		var a, b, x;
		a = arrayType$2.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint32(new sliceType$1(a), x);
		return $appendSlice(b, new sliceType$1(a));
	};
	consumeUint64 = function(b) {
		var b, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		x$14 = (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), x$7 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
		return [$subslice(b, 8), x$14];
	};
	consumeUint32 = function(b) {
		var b, x;
		$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
		x = ((((((((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) >>> 0)) | ((((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) >>> 0)) << 8 >>> 0)) >>> 0) | ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) >>> 0)) << 16 >>> 0)) >>> 0) | ((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >>> 0)) << 24 >>> 0)) >>> 0;
		return [$subslice(b, 4), x];
	};
	digest.ptr.prototype.Reset = function() {
		var d;
		d = this;
		if (!d.is224) {
			d.h[0] = 1779033703;
			d.h[1] = 3144134277;
			d.h[2] = 1013904242;
			d.h[3] = 2773480762;
			d.h[4] = 1359893119;
			d.h[5] = 2600822924;
			d.h[6] = 528734635;
			d.h[7] = 1541459225;
		} else {
			d.h[0] = 3238371032;
			d.h[1] = 914150663;
			d.h[2] = 812702999;
			d.h[3] = 4144912697;
			d.h[4] = 4290775857;
			d.h[5] = 1750603025;
			d.h[6] = 1694076839;
			d.h[7] = 3204075428;
		}
		d.nx = 0;
		d.len = new $Uint64(0, 0);
	};
	digest.prototype.Reset = function() { return this.$val.Reset(); };
	New = function() {
		var d;
		d = new digest.ptr(arrayType$3.zero(), arrayType$4.zero(), 0, new $Uint64(0, 0), false);
		d.Reset();
		return d;
	};
	$pkg.New = New;
	New224 = function() {
		var d;
		d = new digest.ptr(arrayType$3.zero(), arrayType$4.zero(), 0, new $Uint64(0, 0), false);
		d.is224 = true;
		d.Reset();
		return d;
	};
	$pkg.New224 = New224;
	digest.ptr.prototype.Size = function() {
		var d;
		d = this;
		if (!d.is224) {
			return 32;
		}
		return 28;
	};
	digest.prototype.Size = function() { return this.$val.Size(); };
	digest.ptr.prototype.BlockSize = function() {
		var d;
		d = this;
		return 64;
	};
	digest.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	digest.ptr.prototype.Write = function(p) {
		var d, err, n, n$1, nn, p, x, x$1;
		nn = 0;
		err = $ifaceNil;
		d = this;
		nn = p.$length;
		d.len = (x = d.len, x$1 = (new $Uint64(0, nn)), new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		if (d.nx > 0) {
			n = $copySlice($subslice(new sliceType$1(d.x), d.nx), p);
			d.nx = d.nx + (n) >> 0;
			if (d.nx === 64) {
				block(d, new sliceType$1(d.x));
				d.nx = 0;
			}
			p = $subslice(p, n);
		}
		if (p.$length >= 64) {
			n$1 = (p.$length & ~63) >> 0;
			block(d, $subslice(p, 0, n$1));
			p = $subslice(p, n$1);
		}
		if (p.$length > 0) {
			d.nx = $copySlice(new sliceType$1(d.x), p);
		}
		return [nn, err];
	};
	digest.prototype.Write = function(p) { return this.$val.Write(p); };
	digest.ptr.prototype.Sum = function(in$1) {
		var d, d0, hash$1, in$1;
		d = this;
		d0 = $clone(d, digest);
		hash$1 = $clone(d0.checkSum(), arrayType$5);
		if (d0.is224) {
			return $appendSlice(in$1, $subslice(new sliceType$1(hash$1), 0, 28));
		}
		return $appendSlice(in$1, new sliceType$1(hash$1));
	};
	digest.prototype.Sum = function(in$1) { return this.$val.Sum(in$1); };
	digest.ptr.prototype.checkSum = function() {
		var d, digest$1, len, tmp, x, x$1, x$2;
		d = this;
		len = d.len;
		tmp = arrayType$4.zero();
		tmp[0] = 128;
		if ((x = $div64(len, new $Uint64(0, 64), true), (x.$high < 0 || (x.$high === 0 && x.$low < 56)))) {
			d.Write($subslice(new sliceType$1(tmp), 0, $flatten64((x$1 = $div64(len, new $Uint64(0, 64), true), new $Uint64(0 - x$1.$high, 56 - x$1.$low)))));
		} else {
			d.Write($subslice(new sliceType$1(tmp), 0, $flatten64((x$2 = $div64(len, new $Uint64(0, 64), true), new $Uint64(0 - x$2.$high, 120 - x$2.$low)))));
		}
		len = $shiftLeft64(len, (3));
		$clone(binary.BigEndian, binary.bigEndian).PutUint64(new sliceType$1(tmp), len);
		d.Write($subslice(new sliceType$1(tmp), 0, 8));
		if (!((d.nx === 0))) {
			$panic(new $String("d.nx != 0"));
		}
		digest$1 = arrayType$5.zero();
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 0), d.h[0]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 4), d.h[1]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 8), d.h[2]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 12), d.h[3]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 16), d.h[4]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 20), d.h[5]);
		$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 24), d.h[6]);
		if (!d.is224) {
			$clone(binary.BigEndian, binary.bigEndian).PutUint32($subslice(new sliceType$1(digest$1), 28), d.h[7]);
		}
		return digest$1;
	};
	digest.prototype.checkSum = function() { return this.$val.checkSum(); };
	Sum224 = function(data) {
		var ap, d, data, sum;
		d = new digest.ptr(arrayType$3.zero(), arrayType$4.zero(), 0, new $Uint64(0, 0), false);
		d.is224 = true;
		d.Reset();
		d.Write(data);
		sum = $clone(d.checkSum(), arrayType$5);
		ap = ($sliceToGoArray(new sliceType$1(sum), ptrType));
		return ap;
	};
	$pkg.Sum224 = Sum224;
	ptrType$1.methods = [{prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType$1, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType$1], [$error], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType$1], [sliceType$1], false)}, {prop: "checkSum", name: "checkSum", pkg: "crypto/sha256", typ: $funcType([], [arrayType$5], false)}];
	digest.init("crypto/sha256", [{prop: "h", name: "h", embedded: false, exported: false, typ: arrayType$3, tag: ""}, {prop: "x", name: "x", embedded: false, exported: false, typ: arrayType$4, tag: ""}, {prop: "nx", name: "nx", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "is224", name: "is224", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = crypto.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_K = new sliceType([1116352408, 1899447441, 3049323471, 3921009573, 961987163, 1508970993, 2453635748, 2870763221, 3624381080, 310598401, 607225278, 1426881987, 1925078388, 2162078206, 2614888103, 3248222580, 3835390401, 4022224774, 264347078, 604807628, 770255983, 1249150122, 1555081692, 1996064986, 2554220882, 2821834349, 2952996808, 3210313671, 3336571891, 3584528711, 113926993, 338241895, 666307205, 773529912, 1294757372, 1396182291, 1695183700, 1986661051, 2177026350, 2456956037, 2730485921, 2820302411, 3259730800, 3345764771, 3516065817, 3600352804, 4094571909, 275423344, 430227734, 506948616, 659060556, 883997877, 958139571, 1322822218, 1537002063, 1747873779, 1955562222, 2024104815, 2227730452, 2361852424, 2428436474, 2756734187, 3204031479, 3329325298]);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/dsa"] = (function() {
	var $pkg = {}, $init, randutil, errors, io, big, Parameters, PublicKey, ptrType;
	randutil = $packages["crypto/internal/randutil"];
	errors = $packages["errors"];
	io = $packages["io"];
	big = $packages["math/big"];
	Parameters = $pkg.Parameters = $newType(0, $kindStruct, "dsa.Parameters", true, "crypto/dsa", true, function(P_, Q_, G_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.P = ptrType.nil;
			this.Q = ptrType.nil;
			this.G = ptrType.nil;
			return;
		}
		this.P = P_;
		this.Q = Q_;
		this.G = G_;
	});
	PublicKey = $pkg.PublicKey = $newType(0, $kindStruct, "dsa.PublicKey", true, "crypto/dsa", true, function(Parameters_, Y_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Parameters = new Parameters.ptr(ptrType.nil, ptrType.nil, ptrType.nil);
			this.Y = ptrType.nil;
			return;
		}
		this.Parameters = Parameters_;
		this.Y = Y_;
	});
	ptrType = $ptrType(big.Int);
	Parameters.init("", [{prop: "P", name: "P", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "Q", name: "Q", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "G", name: "G", embedded: false, exported: true, typ: ptrType, tag: ""}]);
	PublicKey.init("", [{prop: "Parameters", name: "Parameters", embedded: true, exported: true, typ: Parameters, tag: ""}, {prop: "Y", name: "Y", embedded: false, exported: true, typ: ptrType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = randutil.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrInvalidPublicKey = errors.New("crypto/dsa: invalid public key");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding/hex"] = (function() {
	var $pkg = {}, $init, errors, fmt, io, strings, sliceType$1, EncodedLen, Encode, EncodeToString;
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	strings = $packages["strings"];
	sliceType$1 = $sliceType($Uint8);
	EncodedLen = function(n) {
		var n;
		return $imul(n, 2);
	};
	$pkg.EncodedLen = EncodedLen;
	Encode = function(dst, src) {
		var _i, _ref, dst, j, src, v, x;
		j = 0;
		_ref = src;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			((j < 0 || j >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + j] = "0123456789abcdef".charCodeAt((v >>> 4 << 24 >>> 24)));
			(x = j + 1 >> 0, ((x < 0 || x >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x] = "0123456789abcdef".charCodeAt(((v & 15) >>> 0))));
			j = j + (2) >> 0;
			_i++;
		}
		return $imul(src.$length, 2);
	};
	$pkg.Encode = Encode;
	EncodeToString = function(src) {
		var dst, src;
		dst = $makeSlice(sliceType$1, EncodedLen(src.$length));
		Encode(dst, src);
		return ($bytesToString(dst));
	};
	$pkg.EncodeToString = EncodeToString;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrLength = errors.New("encoding/hex: odd length hex string");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/x509/pkix"] = (function() {
	var $pkg = {}, $init, asn1, hex, fmt, big, time, AlgorithmIdentifier, RDNSequence, RelativeDistinguishedNameSET, AttributeTypeAndValue, Extension, Name, CertificateList, TBSCertificateList, RevokedCertificate, sliceType, sliceType$1, sliceType$2, sliceType$3, sliceType$4, sliceType$5, sliceType$6, ptrType, ptrType$1, ptrType$2, sliceType$8, sliceType$9, ptrType$3, ptrType$4, attributeTypeNames, oidCountry, oidOrganization, oidOrganizationalUnit, oidCommonName, oidSerialNumber, oidLocality, oidProvince, oidStreetAddress, oidPostalCode, oidInAttributeTypeAndValue;
	asn1 = $packages["encoding/asn1"];
	hex = $packages["encoding/hex"];
	fmt = $packages["fmt"];
	big = $packages["math/big"];
	time = $packages["time"];
	AlgorithmIdentifier = $pkg.AlgorithmIdentifier = $newType(0, $kindStruct, "pkix.AlgorithmIdentifier", true, "crypto/x509/pkix", true, function(Algorithm_, Parameters_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Algorithm = asn1.ObjectIdentifier.nil;
			this.Parameters = new asn1.RawValue.ptr(0, 0, false, sliceType$6.nil, sliceType$6.nil);
			return;
		}
		this.Algorithm = Algorithm_;
		this.Parameters = Parameters_;
	});
	RDNSequence = $pkg.RDNSequence = $newType(12, $kindSlice, "pkix.RDNSequence", true, "crypto/x509/pkix", true, null);
	RelativeDistinguishedNameSET = $pkg.RelativeDistinguishedNameSET = $newType(12, $kindSlice, "pkix.RelativeDistinguishedNameSET", true, "crypto/x509/pkix", true, null);
	AttributeTypeAndValue = $pkg.AttributeTypeAndValue = $newType(0, $kindStruct, "pkix.AttributeTypeAndValue", true, "crypto/x509/pkix", true, function(Type_, Value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = asn1.ObjectIdentifier.nil;
			this.Value = $ifaceNil;
			return;
		}
		this.Type = Type_;
		this.Value = Value_;
	});
	Extension = $pkg.Extension = $newType(0, $kindStruct, "pkix.Extension", true, "crypto/x509/pkix", true, function(Id_, Critical_, Value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Id = asn1.ObjectIdentifier.nil;
			this.Critical = false;
			this.Value = sliceType$6.nil;
			return;
		}
		this.Id = Id_;
		this.Critical = Critical_;
		this.Value = Value_;
	});
	Name = $pkg.Name = $newType(0, $kindStruct, "pkix.Name", true, "crypto/x509/pkix", true, function(Country_, Organization_, OrganizationalUnit_, Locality_, Province_, StreetAddress_, PostalCode_, SerialNumber_, CommonName_, Names_, ExtraNames_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Country = sliceType$4.nil;
			this.Organization = sliceType$4.nil;
			this.OrganizationalUnit = sliceType$4.nil;
			this.Locality = sliceType$4.nil;
			this.Province = sliceType$4.nil;
			this.StreetAddress = sliceType$4.nil;
			this.PostalCode = sliceType$4.nil;
			this.SerialNumber = "";
			this.CommonName = "";
			this.Names = sliceType$3.nil;
			this.ExtraNames = sliceType$3.nil;
			return;
		}
		this.Country = Country_;
		this.Organization = Organization_;
		this.OrganizationalUnit = OrganizationalUnit_;
		this.Locality = Locality_;
		this.Province = Province_;
		this.StreetAddress = StreetAddress_;
		this.PostalCode = PostalCode_;
		this.SerialNumber = SerialNumber_;
		this.CommonName = CommonName_;
		this.Names = Names_;
		this.ExtraNames = ExtraNames_;
	});
	CertificateList = $pkg.CertificateList = $newType(0, $kindStruct, "pkix.CertificateList", true, "crypto/x509/pkix", true, function(TBSCertList_, SignatureAlgorithm_, SignatureValue_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.TBSCertList = new TBSCertificateList.ptr(asn1.RawContent.nil, 0, new AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$6.nil, sliceType$6.nil)), RDNSequence.nil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil), sliceType$8.nil, sliceType$9.nil);
			this.SignatureAlgorithm = new AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$6.nil, sliceType$6.nil));
			this.SignatureValue = new asn1.BitString.ptr(sliceType$6.nil, 0);
			return;
		}
		this.TBSCertList = TBSCertList_;
		this.SignatureAlgorithm = SignatureAlgorithm_;
		this.SignatureValue = SignatureValue_;
	});
	TBSCertificateList = $pkg.TBSCertificateList = $newType(0, $kindStruct, "pkix.TBSCertificateList", true, "crypto/x509/pkix", true, function(Raw_, Version_, Signature_, Issuer_, ThisUpdate_, NextUpdate_, RevokedCertificates_, Extensions_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Raw = asn1.RawContent.nil;
			this.Version = 0;
			this.Signature = new AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$6.nil, sliceType$6.nil));
			this.Issuer = RDNSequence.nil;
			this.ThisUpdate = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil);
			this.NextUpdate = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil);
			this.RevokedCertificates = sliceType$8.nil;
			this.Extensions = sliceType$9.nil;
			return;
		}
		this.Raw = Raw_;
		this.Version = Version_;
		this.Signature = Signature_;
		this.Issuer = Issuer_;
		this.ThisUpdate = ThisUpdate_;
		this.NextUpdate = NextUpdate_;
		this.RevokedCertificates = RevokedCertificates_;
		this.Extensions = Extensions_;
	});
	RevokedCertificate = $pkg.RevokedCertificate = $newType(0, $kindStruct, "pkix.RevokedCertificate", true, "crypto/x509/pkix", true, function(SerialNumber_, RevocationTime_, Extensions_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.SerialNumber = ptrType$4.nil;
			this.RevocationTime = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$2.nil);
			this.Extensions = sliceType$9.nil;
			return;
		}
		this.SerialNumber = SerialNumber_;
		this.RevocationTime = RevocationTime_;
		this.Extensions = Extensions_;
	});
	sliceType = $sliceType($Int);
	sliceType$1 = $sliceType($emptyInterface);
	sliceType$2 = $sliceType($Int32);
	sliceType$3 = $sliceType(AttributeTypeAndValue);
	sliceType$4 = $sliceType($String);
	sliceType$5 = $sliceType(RelativeDistinguishedNameSET);
	sliceType$6 = $sliceType($Uint8);
	ptrType = $ptrType(RDNSequence);
	ptrType$1 = $ptrType(Name);
	ptrType$2 = $ptrType(time.Location);
	sliceType$8 = $sliceType(RevokedCertificate);
	sliceType$9 = $sliceType(Extension);
	ptrType$3 = $ptrType(CertificateList);
	ptrType$4 = $ptrType(big.Int);
	RDNSequence.prototype.String = function() {
		var {_1, _entry, _i, _i$1, _r, _r$1, _ref, _ref$1, _rune, _tuple, _tuple$1, c, derBytes, err, escape, escaped, i, j, k, oidString, ok, r, rdn, s, tv, typeName, valueString, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		s = "";
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < r.$length)) { break; } */ if(!(i < r.$length)) { $s = 2; continue; }
			rdn = (x = (r.$length - 1 >> 0) - i >> 0, ((x < 0 || x >= r.$length) ? ($throwRuntimeError("index out of range"), undefined) : r.$array[r.$offset + x]));
			if (i > 0) {
				s = s + (",");
			}
			_ref = rdn;
			_i = 0;
			/* while (true) { */ case 3:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
				j = _i;
				tv = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), AttributeTypeAndValue);
				if (j > 0) {
					s = s + ("+");
				}
				oidString = tv.Type.String();
				_tuple = (_entry = attributeTypeNames[$String.keyFor(oidString)], _entry !== undefined ? [_entry.v, true] : ["", false]);
				typeName = _tuple[0];
				ok = _tuple[1];
				/* */ if (!ok) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!ok) { */ case 5:
					_r = asn1.Marshal(tv.Value); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_tuple$1 = _r;
					derBytes = _tuple$1[0];
					err = _tuple$1[1];
					if ($interfaceIsEqual(err, $ifaceNil)) {
						s = s + (oidString + "=#" + hex.EncodeToString(derBytes));
						_i++;
						/* continue; */ $s = 3; continue;
					}
					typeName = oidString;
				/* } */ case 6:
				_r$1 = fmt.Sprint(new sliceType$1([tv.Value])); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				valueString = _r$1;
				escaped = $makeSlice(sliceType$2, 0, valueString.length);
				_ref$1 = valueString;
				_i$1 = 0;
				while (true) {
					if (!(_i$1 < _ref$1.length)) { break; }
					_rune = $decodeRune(_ref$1, _i$1);
					k = _i$1;
					c = _rune[0];
					escape = false;
					_1 = c;
					if ((_1 === (44)) || (_1 === (43)) || (_1 === (34)) || (_1 === (92)) || (_1 === (60)) || (_1 === (62)) || (_1 === (59))) {
						escape = true;
					} else if (_1 === (32)) {
						escape = (k === 0) || (k === (valueString.length - 1 >> 0));
					} else if (_1 === (35)) {
						escape = k === 0;
					}
					if (escape) {
						escaped = $append(escaped, 92, c);
					} else {
						escaped = $append(escaped, c);
					}
					_i$1 += _rune[1];
				}
				s = s + (typeName + "=" + ($runesToString(escaped)));
				_i++;
			$s = 3; continue;
			case 4:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: RDNSequence.prototype.String, $c: true, $r, _1, _entry, _i, _i$1, _r, _r$1, _ref, _ref$1, _rune, _tuple, _tuple$1, c, derBytes, err, escape, escaped, i, j, k, oidString, ok, r, rdn, s, tv, typeName, valueString, x, $s};return $f;
	};
	$ptrType(RDNSequence).prototype.String = function() { return this.$get().String(); };
	Name.ptr.prototype.FillFromRDNSequence = function(rdns) {
		var _1, _i, _i$1, _ref, _ref$1, _tuple, atv, n, ok, rdn, rdns, t, value;
		n = this;
		_ref = rdns.$get();
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			rdn = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (rdn.$length === 0) {
				_i++;
				continue;
			}
			_ref$1 = rdn;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				atv = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), AttributeTypeAndValue);
				n.Names = $append(n.Names, atv);
				_tuple = $assertType(atv.Value, $String, true);
				value = _tuple[0];
				ok = _tuple[1];
				if (!ok) {
					_i$1++;
					continue;
				}
				t = atv.Type;
				if ((t.$length === 4) && ((0 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 0]) === 2) && ((1 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 1]) === 5) && ((2 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 2]) === 4)) {
					_1 = (3 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 3]);
					if (_1 === (3)) {
						n.CommonName = value;
					} else if (_1 === (5)) {
						n.SerialNumber = value;
					} else if (_1 === (6)) {
						n.Country = $append(n.Country, value);
					} else if (_1 === (7)) {
						n.Locality = $append(n.Locality, value);
					} else if (_1 === (8)) {
						n.Province = $append(n.Province, value);
					} else if (_1 === (9)) {
						n.StreetAddress = $append(n.StreetAddress, value);
					} else if (_1 === (10)) {
						n.Organization = $append(n.Organization, value);
					} else if (_1 === (11)) {
						n.OrganizationalUnit = $append(n.OrganizationalUnit, value);
					} else if (_1 === (17)) {
						n.PostalCode = $append(n.PostalCode, value);
					}
				}
				_i$1++;
			}
			_i++;
		}
	};
	Name.prototype.FillFromRDNSequence = function(rdns) { return this.$val.FillFromRDNSequence(rdns); };
	Name.ptr.prototype.appendRDNs = function(in$1, values, oid) {
		var _i, _ref, i, in$1, n, oid, s, value, values;
		n = this;
		if ((values.$length === 0) || oidInAttributeTypeAndValue(oid, n.ExtraNames)) {
			return in$1;
		}
		s = $makeSlice(sliceType$3, values.$length);
		_ref = values;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			value = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]).Type = oid;
			((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]).Value = new $String(value);
			_i++;
		}
		return $append(in$1, $convertSliceType(s, RelativeDistinguishedNameSET));
	};
	Name.prototype.appendRDNs = function(in$1, values, oid) { return this.$val.appendRDNs(in$1, values, oid); };
	Name.ptr.prototype.ToRDNSequence = function() {
		var _i, _ref, atv, n, ret;
		ret = RDNSequence.nil;
		n = this;
		ret = $clone(n, Name).appendRDNs(ret, n.Country, $convertSliceType(oidCountry, asn1.ObjectIdentifier));
		ret = $clone(n, Name).appendRDNs(ret, n.Province, $convertSliceType(oidProvince, asn1.ObjectIdentifier));
		ret = $clone(n, Name).appendRDNs(ret, n.Locality, $convertSliceType(oidLocality, asn1.ObjectIdentifier));
		ret = $clone(n, Name).appendRDNs(ret, n.StreetAddress, $convertSliceType(oidStreetAddress, asn1.ObjectIdentifier));
		ret = $clone(n, Name).appendRDNs(ret, n.PostalCode, $convertSliceType(oidPostalCode, asn1.ObjectIdentifier));
		ret = $clone(n, Name).appendRDNs(ret, n.Organization, $convertSliceType(oidOrganization, asn1.ObjectIdentifier));
		ret = $clone(n, Name).appendRDNs(ret, n.OrganizationalUnit, $convertSliceType(oidOrganizationalUnit, asn1.ObjectIdentifier));
		if (n.CommonName.length > 0) {
			ret = $clone(n, Name).appendRDNs(ret, new sliceType$4([n.CommonName]), $convertSliceType(oidCommonName, asn1.ObjectIdentifier));
		}
		if (n.SerialNumber.length > 0) {
			ret = $clone(n, Name).appendRDNs(ret, new sliceType$4([n.SerialNumber]), $convertSliceType(oidSerialNumber, asn1.ObjectIdentifier));
		}
		_ref = n.ExtraNames;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			atv = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), AttributeTypeAndValue);
			ret = $append(ret, $convertSliceType(new sliceType$3([$clone(atv, AttributeTypeAndValue)]), RelativeDistinguishedNameSET));
			_i++;
		}
		ret = ret;
		return ret;
	};
	Name.prototype.ToRDNSequence = function() { return this.$val.ToRDNSequence(); };
	Name.ptr.prototype.String = function() {
		var {$24r, _1, _i, _r, _ref, atv, n, rdns, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = this;
		rdns = RDNSequence.nil;
		if (n.ExtraNames === sliceType$3.nil) {
			_ref = n.Names;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				atv = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), AttributeTypeAndValue);
				t = atv.Type;
				if ((t.$length === 4) && ((0 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 0]) === 2) && ((1 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 1]) === 5) && ((2 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 2]) === 4)) {
					_1 = (3 >= t.$length ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + 3]);
					if ((_1 === (3)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (17))) {
						_i++;
						continue;
					}
				}
				rdns = $append(rdns, $convertSliceType(new sliceType$3([$clone(atv, AttributeTypeAndValue)]), RelativeDistinguishedNameSET));
				_i++;
			}
		}
		rdns = $appendSlice(rdns, $convertSliceType($clone(n, Name).ToRDNSequence(), sliceType$5));
		_r = rdns.String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Name.ptr.prototype.String, $c: true, $r, $24r, _1, _i, _r, _ref, atv, n, rdns, t, $s};return $f;
	};
	Name.prototype.String = function() { return this.$val.String(); };
	oidInAttributeTypeAndValue = function(oid, atv) {
		var _i, _ref, a, atv, oid;
		_ref = atv;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			a = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), AttributeTypeAndValue);
			if (a.Type.Equal(oid)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	CertificateList.ptr.prototype.HasExpired = function(now) {
		var certList, now;
		certList = this;
		return !$clone(now, time.Time).Before($clone(certList.TBSCertList.NextUpdate, time.Time));
	};
	CertificateList.prototype.HasExpired = function(now) { return this.$val.HasExpired(now); };
	RDNSequence.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	Name.methods = [{prop: "appendRDNs", name: "appendRDNs", pkg: "crypto/x509/pkix", typ: $funcType([RDNSequence, sliceType$4, asn1.ObjectIdentifier], [RDNSequence], false)}, {prop: "ToRDNSequence", name: "ToRDNSequence", pkg: "", typ: $funcType([], [RDNSequence], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$1.methods = [{prop: "FillFromRDNSequence", name: "FillFromRDNSequence", pkg: "", typ: $funcType([ptrType], [], false)}];
	ptrType$3.methods = [{prop: "HasExpired", name: "HasExpired", pkg: "", typ: $funcType([time.Time], [$Bool], false)}];
	AlgorithmIdentifier.init("", [{prop: "Algorithm", name: "Algorithm", embedded: false, exported: true, typ: asn1.ObjectIdentifier, tag: ""}, {prop: "Parameters", name: "Parameters", embedded: false, exported: true, typ: asn1.RawValue, tag: "asn1:\"optional\""}]);
	RDNSequence.init(RelativeDistinguishedNameSET);
	RelativeDistinguishedNameSET.init(AttributeTypeAndValue);
	AttributeTypeAndValue.init("", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: asn1.ObjectIdentifier, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: $emptyInterface, tag: ""}]);
	Extension.init("", [{prop: "Id", name: "Id", embedded: false, exported: true, typ: asn1.ObjectIdentifier, tag: ""}, {prop: "Critical", name: "Critical", embedded: false, exported: true, typ: $Bool, tag: "asn1:\"optional\""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: sliceType$6, tag: ""}]);
	Name.init("", [{prop: "Country", name: "Country", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "Organization", name: "Organization", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "OrganizationalUnit", name: "OrganizationalUnit", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "Locality", name: "Locality", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "Province", name: "Province", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "StreetAddress", name: "StreetAddress", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "PostalCode", name: "PostalCode", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "SerialNumber", name: "SerialNumber", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "CommonName", name: "CommonName", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Names", name: "Names", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "ExtraNames", name: "ExtraNames", embedded: false, exported: true, typ: sliceType$3, tag: ""}]);
	CertificateList.init("", [{prop: "TBSCertList", name: "TBSCertList", embedded: false, exported: true, typ: TBSCertificateList, tag: ""}, {prop: "SignatureAlgorithm", name: "SignatureAlgorithm", embedded: false, exported: true, typ: AlgorithmIdentifier, tag: ""}, {prop: "SignatureValue", name: "SignatureValue", embedded: false, exported: true, typ: asn1.BitString, tag: ""}]);
	TBSCertificateList.init("", [{prop: "Raw", name: "Raw", embedded: false, exported: true, typ: asn1.RawContent, tag: ""}, {prop: "Version", name: "Version", embedded: false, exported: true, typ: $Int, tag: "asn1:\"optional,default:0\""}, {prop: "Signature", name: "Signature", embedded: false, exported: true, typ: AlgorithmIdentifier, tag: ""}, {prop: "Issuer", name: "Issuer", embedded: false, exported: true, typ: RDNSequence, tag: ""}, {prop: "ThisUpdate", name: "ThisUpdate", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "NextUpdate", name: "NextUpdate", embedded: false, exported: true, typ: time.Time, tag: "asn1:\"optional\""}, {prop: "RevokedCertificates", name: "RevokedCertificates", embedded: false, exported: true, typ: sliceType$8, tag: "asn1:\"optional\""}, {prop: "Extensions", name: "Extensions", embedded: false, exported: true, typ: sliceType$9, tag: "asn1:\"tag:0,optional,explicit\""}]);
	RevokedCertificate.init("", [{prop: "SerialNumber", name: "SerialNumber", embedded: false, exported: true, typ: ptrType$4, tag: ""}, {prop: "RevocationTime", name: "RevocationTime", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "Extensions", name: "Extensions", embedded: false, exported: true, typ: sliceType$9, tag: "asn1:\"optional\""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = asn1.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hex.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		attributeTypeNames = $makeMap($String.keyFor, [{ k: "2.5.4.6", v: "C" }, { k: "2.5.4.10", v: "O" }, { k: "2.5.4.11", v: "OU" }, { k: "2.5.4.3", v: "CN" }, { k: "2.5.4.5", v: "SERIALNUMBER" }, { k: "2.5.4.7", v: "L" }, { k: "2.5.4.8", v: "ST" }, { k: "2.5.4.9", v: "STREET" }, { k: "2.5.4.17", v: "POSTALCODE" }]);
		oidCountry = new sliceType([2, 5, 4, 6]);
		oidOrganization = new sliceType([2, 5, 4, 10]);
		oidOrganizationalUnit = new sliceType([2, 5, 4, 11]);
		oidCommonName = new sliceType([2, 5, 4, 3]);
		oidSerialNumber = new sliceType([2, 5, 4, 5]);
		oidLocality = new sliceType([2, 5, 4, 7]);
		oidProvince = new sliceType([2, 5, 4, 8]);
		oidStreetAddress = new sliceType([2, 5, 4, 9]);
		oidPostalCode = new sliceType([2, 5, 4, 17]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["encoding/pem"] = (function() {
	var $pkg = {}, $init, bytes, base64, errors, io, sort, strings, Block, sliceType, ptrType, mapType, pemStart, pemEnd, pemEndOfLine, colon, getLine, removeSpacesAndTabs, Decode;
	bytes = $packages["bytes"];
	base64 = $packages["encoding/base64"];
	errors = $packages["errors"];
	io = $packages["io"];
	sort = $packages["sort"];
	strings = $packages["strings"];
	Block = $pkg.Block = $newType(0, $kindStruct, "pem.Block", true, "encoding/pem", true, function(Type_, Headers_, Bytes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = "";
			this.Headers = false;
			this.Bytes = sliceType.nil;
			return;
		}
		this.Type = Type_;
		this.Headers = Headers_;
		this.Bytes = Bytes_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(Block);
	mapType = $mapType($String, $String);
	getLine = function(data) {
		var _tmp, _tmp$1, data, i, j, line, rest, x;
		line = sliceType.nil;
		rest = sliceType.nil;
		i = bytes.IndexByte(data, 10);
		j = 0;
		if (i < 0) {
			i = data.$length;
			j = i;
		} else {
			j = i + 1 >> 0;
			if (i > 0 && ((x = i - 1 >> 0, ((x < 0 || x >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + x])) === 13)) {
				i = i - (1) >> 0;
			}
		}
		_tmp = bytes.TrimRight($subslice(data, 0, i), " \t");
		_tmp$1 = $subslice(data, j);
		line = _tmp;
		rest = _tmp$1;
		return [line, rest];
	};
	removeSpacesAndTabs = function(data) {
		var _i, _ref, b, data, n, result;
		if (!bytes.ContainsAny(data, " \t")) {
			return data;
		}
		result = $makeSlice(sliceType, data.$length);
		n = 0;
		_ref = data;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ((b === 32) || (b === 9)) {
				_i++;
				continue;
			}
			((n < 0 || n >= result.$length) ? ($throwRuntimeError("index out of range"), undefined) : result.$array[result.$offset + n] = b);
			n = n + (1) >> 0;
			_i++;
		}
		return $subslice(result, 0, n);
	};
	Decode = function(data) {
		var {_key, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, after, base64Data, data, endIndex, endTrailer, endTrailerIndex, endTrailerLen, err, key, line, n, next, ok, ok$1, p, rest, restOfEndLine, s, typeLine, val, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = ptrType.nil;
		rest = sliceType.nil;
		rest = data;
		/* while (true) { */ case 1:
			if (bytes.HasPrefix(rest, $subslice(pemStart, 1))) {
				rest = $subslice(rest, (pemStart.$length - 1 >> 0));
			} else {
				_tuple = bytes.Cut(rest, pemStart);
				after = _tuple[1];
				ok = _tuple[2];
				if (ok) {
					rest = after;
				} else {
					_tmp = ptrType.nil;
					_tmp$1 = data;
					p = _tmp;
					rest = _tmp$1;
					$s = -1; return [p, rest];
				}
			}
			typeLine = sliceType.nil;
			_tuple$1 = getLine(rest);
			typeLine = _tuple$1[0];
			rest = _tuple$1[1];
			if (!bytes.HasSuffix(typeLine, pemEndOfLine)) {
				/* continue; */ $s = 1; continue;
			}
			typeLine = $subslice(typeLine, 0, (typeLine.$length - pemEndOfLine.$length >> 0));
			p = new Block.ptr(($bytesToString(typeLine)), {}, sliceType.nil);
			/* while (true) { */ case 3:
				if (rest.$length === 0) {
					_tmp$2 = ptrType.nil;
					_tmp$3 = data;
					p = _tmp$2;
					rest = _tmp$3;
					$s = -1; return [p, rest];
				}
				_tuple$2 = getLine(rest);
				line = _tuple$2[0];
				next = _tuple$2[1];
				_tuple$3 = bytes.Cut(line, colon);
				key = _tuple$3[0];
				val = _tuple$3[1];
				ok$1 = _tuple$3[2];
				if (!ok$1) {
					/* break; */ $s = 4; continue;
				}
				_r = bytes.TrimSpace(key); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				key = _r;
				_r$1 = bytes.TrimSpace(val); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				val = _r$1;
				_key = ($bytesToString(key)); (p.Headers || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: ($bytesToString(val)) };
				rest = next;
			$s = 3; continue;
			case 4:
			_tmp$4 = 0;
			_tmp$5 = 0;
			endIndex = _tmp$4;
			endTrailerIndex = _tmp$5;
			if (($keys(p.Headers).length === 0) && bytes.HasPrefix(rest, $subslice(pemEnd, 1))) {
				endIndex = 0;
				endTrailerIndex = pemEnd.$length - 1 >> 0;
			} else {
				endIndex = bytes.Index(rest, pemEnd);
				endTrailerIndex = endIndex + pemEnd.$length >> 0;
			}
			if (endIndex < 0) {
				/* continue; */ $s = 1; continue;
			}
			endTrailer = $subslice(rest, endTrailerIndex);
			endTrailerLen = typeLine.$length + pemEndOfLine.$length >> 0;
			if (endTrailer.$length < endTrailerLen) {
				/* continue; */ $s = 1; continue;
			}
			restOfEndLine = $subslice(endTrailer, endTrailerLen);
			endTrailer = $subslice(endTrailer, 0, endTrailerLen);
			if (!bytes.HasPrefix(endTrailer, typeLine) || !bytes.HasSuffix(endTrailer, pemEndOfLine)) {
				/* continue; */ $s = 1; continue;
			}
			_tuple$4 = getLine(restOfEndLine);
			s = _tuple$4[0];
			if (!((s.$length === 0))) {
				/* continue; */ $s = 1; continue;
			}
			base64Data = removeSpacesAndTabs($subslice(rest, 0, endIndex));
			p.Bytes = $makeSlice(sliceType, base64.StdEncoding.DecodedLen(base64Data.$length));
			_tuple$5 = base64.StdEncoding.Decode(p.Bytes, base64Data);
			n = _tuple$5[0];
			err = _tuple$5[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				/* continue; */ $s = 1; continue;
			}
			p.Bytes = $subslice(p.Bytes, 0, n);
			_tuple$6 = getLine($subslice(rest, ((endIndex + pemEnd.$length >> 0) - 1 >> 0)));
			rest = _tuple$6[1];
			_tmp$6 = p;
			_tmp$7 = rest;
			p = _tmp$6;
			rest = _tmp$7;
			$s = -1; return [p, rest];
		case 2:
		$s = -1; return [p, rest];
		/* */ } return; } var $f = {$blk: Decode, $c: true, $r, _key, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, after, base64Data, data, endIndex, endTrailer, endTrailerIndex, endTrailerLen, err, key, line, n, next, ok, ok$1, p, rest, restOfEndLine, s, typeLine, val, $s};return $f;
	};
	$pkg.Decode = Decode;
	Block.init("", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Headers", name: "Headers", embedded: false, exported: true, typ: mapType, tag: ""}, {prop: "Bytes", name: "Bytes", embedded: false, exported: true, typ: sliceType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = base64.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		pemStart = (new sliceType($stringToBytes("\n-----BEGIN ")));
		pemEnd = (new sliceType($stringToBytes("\n-----END ")));
		pemEndOfLine = (new sliceType($stringToBytes("-----")));
		colon = (new sliceType($stringToBytes(":")));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/godebug"] = (function() {
	var $pkg = {}, $init, os, Get, get;
	os = $packages["os"];
	Get = function(key) {
		var {$24r, _r, _r$1, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = os.Getenv("GODEBUG"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = get(_r, key); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Get, $c: true, $r, $24r, _r, _r$1, key, $s};return $f;
	};
	$pkg.Get = Get;
	get = function(s, key) {
		var _i, _ref, _rune, afterKey, b, i, i$1, key, s, val;
		i = 0;
		while (true) {
			if (!(i < ((s.length - key.length >> 0) - 1 >> 0))) { break; }
			if (i > 0 && !((s.charCodeAt((i - 1 >> 0)) === 44))) {
				i = i + (1) >> 0;
				continue;
			}
			afterKey = $substring(s, (i + key.length >> 0));
			if (!((afterKey.charCodeAt(0) === 61)) || !($substring(s, i, (i + key.length >> 0)) === key)) {
				i = i + (1) >> 0;
				continue;
			}
			val = $substring(afterKey, 1);
			_ref = val;
			_i = 0;
			while (true) {
				if (!(_i < _ref.length)) { break; }
				_rune = $decodeRune(_ref, _i);
				i$1 = _i;
				b = _rune[0];
				if (b === 44) {
					return $substring(val, 0, i$1);
				}
				_i += _rune[1];
			}
			return val;
		}
		return "";
	};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = os.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/nettrace"] = (function() {
	var $pkg = {}, $init, TraceKey, LookupIPAltResolverKey, Trace, funcType, sliceType, funcType$1, funcType$2, funcType$3;
	TraceKey = $pkg.TraceKey = $newType(0, $kindStruct, "nettrace.TraceKey", true, "internal/nettrace", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	LookupIPAltResolverKey = $pkg.LookupIPAltResolverKey = $newType(0, $kindStruct, "nettrace.LookupIPAltResolverKey", true, "internal/nettrace", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	Trace = $pkg.Trace = $newType(0, $kindStruct, "nettrace.Trace", true, "internal/nettrace", true, function(DNSStart_, DNSDone_, ConnectStart_, ConnectDone_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.DNSStart = $throwNilPointerError;
			this.DNSDone = $throwNilPointerError;
			this.ConnectStart = $throwNilPointerError;
			this.ConnectDone = $throwNilPointerError;
			return;
		}
		this.DNSStart = DNSStart_;
		this.DNSDone = DNSDone_;
		this.ConnectStart = ConnectStart_;
		this.ConnectDone = ConnectDone_;
	});
	funcType = $funcType([$String], [], false);
	sliceType = $sliceType($emptyInterface);
	funcType$1 = $funcType([sliceType, $Bool, $error], [], false);
	funcType$2 = $funcType([$String, $String], [], false);
	funcType$3 = $funcType([$String, $String, $error], [], false);
	TraceKey.init("", []);
	LookupIPAltResolverKey.init("", []);
	Trace.init("", [{prop: "DNSStart", name: "DNSStart", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "DNSDone", name: "DNSDone", embedded: false, exported: true, typ: funcType$1, tag: ""}, {prop: "ConnectStart", name: "ConnectStart", embedded: false, exported: true, typ: funcType$2, tag: ""}, {prop: "ConnectDone", name: "ConnectDone", embedded: false, exported: true, typ: funcType$3, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/singleflight"] = (function() {
	var $pkg = {}, $init, sync, call, Group, Result, ptrType, chanType, sliceType, funcType, chanType$1, ptrType$1, mapType;
	sync = $packages["sync"];
	call = $pkg.call = $newType(0, $kindStruct, "singleflight.call", true, "internal/singleflight", false, function(wg_, val_, err_, dups_, chans_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.wg = new sync.WaitGroup.ptr(0, $chanNil, new $Uint64(0, 0), 0);
			this.val = $ifaceNil;
			this.err = $ifaceNil;
			this.dups = 0;
			this.chans = sliceType.nil;
			return;
		}
		this.wg = wg_;
		this.val = val_;
		this.err = err_;
		this.dups = dups_;
		this.chans = chans_;
	});
	Group = $pkg.Group = $newType(0, $kindStruct, "singleflight.Group", true, "internal/singleflight", true, function(mu_, m_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mu = new sync.Mutex.ptr(0, 0);
			this.m = false;
			return;
		}
		this.mu = mu_;
		this.m = m_;
	});
	Result = $pkg.Result = $newType(0, $kindStruct, "singleflight.Result", true, "internal/singleflight", true, function(Val_, Err_, Shared_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Val = $ifaceNil;
			this.Err = $ifaceNil;
			this.Shared = false;
			return;
		}
		this.Val = Val_;
		this.Err = Err_;
		this.Shared = Shared_;
	});
	ptrType = $ptrType(call);
	chanType = $chanType(Result, true, false);
	sliceType = $sliceType(chanType);
	funcType = $funcType([], [$emptyInterface, $error], false);
	chanType$1 = $chanType(Result, false, true);
	ptrType$1 = $ptrType(Group);
	mapType = $mapType($String, ptrType);
	Group.ptr.prototype.Do = function(key, fn) {
		var {_entry, _key, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, c$1, err, fn, g, key, ok, shared, v, $s, $r, $c} = $restore(this, {key, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = $ifaceNil;
		err = $ifaceNil;
		shared = false;
		g = this;
		$r = g.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (g.m === false) {
			g.m = {};
		}
		_tuple = (_entry = g.m[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [ptrType.nil, false]);
		c = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			c.dups = c.dups + (1) >> 0;
			$r = g.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = c.wg.Wait(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp = c.val;
			_tmp$1 = c.err;
			_tmp$2 = true;
			v = _tmp;
			err = _tmp$1;
			shared = _tmp$2;
			$s = -1; return [v, err, shared];
		/* } */ case 3:
		c$1 = new call.ptr(new sync.WaitGroup.ptr(0, $chanNil, new $Uint64(0, 0), 0), $ifaceNil, $ifaceNil, 0, sliceType.nil);
		c$1.wg.Add(1);
		_key = key; (g.m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: c$1 };
		$r = g.mu.Unlock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = g.doCall(c$1, key, fn); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$3 = c$1.val;
		_tmp$4 = c$1.err;
		_tmp$5 = c$1.dups > 0;
		v = _tmp$3;
		err = _tmp$4;
		shared = _tmp$5;
		$s = -1; return [v, err, shared];
		/* */ } return; } var $f = {$blk: Group.ptr.prototype.Do, $c: true, $r, _entry, _key, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, c$1, err, fn, g, key, ok, shared, v, $s};return $f;
	};
	Group.prototype.Do = function(key, fn) { return this.$val.Do(key, fn); };
	Group.ptr.prototype.DoChan = function(key, fn) {
		var {_entry, _key, _tuple, c, c$1, ch, fn, g, key, ok, $s, $r, $c} = $restore(this, {key, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		g = this;
		ch = new $Chan(Result, 1);
		$r = g.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (g.m === false) {
			g.m = {};
		}
		_tuple = (_entry = g.m[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [ptrType.nil, false]);
		c = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			c.dups = c.dups + (1) >> 0;
			c.chans = $append(c.chans, ch);
			$r = g.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [ch, false];
		/* } */ case 3:
		c$1 = new call.ptr(new sync.WaitGroup.ptr(0, $chanNil, new $Uint64(0, 0), 0), $ifaceNil, $ifaceNil, 0, new sliceType([ch]));
		c$1.wg.Add(1);
		_key = key; (g.m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: c$1 };
		$r = g.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$go($methodVal(g, "doCall"), [c$1, key, fn]);
		$s = -1; return [ch, true];
		/* */ } return; } var $f = {$blk: Group.ptr.prototype.DoChan, $c: true, $r, _entry, _key, _tuple, c, c$1, ch, fn, g, key, ok, $s};return $f;
	};
	Group.prototype.DoChan = function(key, fn) { return this.$val.DoChan(key, fn); };
	Group.ptr.prototype.doCall = function(c, key, fn) {
		var {_i, _r, _ref, _tuple, c, ch, fn, g, key, $s, $r, $c} = $restore(this, {c, key, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		g = this;
		_r = fn(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		c.val = _tuple[0];
		c.err = _tuple[1];
		c.wg.Done();
		$r = g.mu.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		delete g.m[$String.keyFor(key)];
		_ref = c.chans;
		_i = 0;
		/* while (true) { */ case 3:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
			ch = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$r = $send(ch, $clone(new Result.ptr(c.val, c.err, c.dups > 0), Result)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 3; continue;
		case 4:
		$r = g.mu.Unlock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Group.ptr.prototype.doCall, $c: true, $r, _i, _r, _ref, _tuple, c, ch, fn, g, key, $s};return $f;
	};
	Group.prototype.doCall = function(c, key, fn) { return this.$val.doCall(c, key, fn); };
	Group.ptr.prototype.ForgetUnshared = function(key) {
		var {$24r, $24r$1, $24r$2, _entry, _tuple, c, g, key, ok, $s, $deferred, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		g = this;
		$r = g.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(g.mu, "Unlock"), []]);
		_tuple = (_entry = g.m[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [ptrType.nil, false]);
		c = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			$24r = true;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		/* */ if (c.dups === 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (c.dups === 0) { */ case 5:
			delete g.m[$String.keyFor(key)];
			$24r$1 = true;
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		$24r$2 = false;
		$s = 8; case 8: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Group.ptr.prototype.ForgetUnshared, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _tuple, c, g, key, ok, $s, $deferred};return $f; } }
	};
	Group.prototype.ForgetUnshared = function(key) { return this.$val.ForgetUnshared(key); };
	ptrType$1.methods = [{prop: "Do", name: "Do", pkg: "", typ: $funcType([$String, funcType], [$emptyInterface, $error, $Bool], false)}, {prop: "DoChan", name: "DoChan", pkg: "", typ: $funcType([$String, funcType], [chanType$1, $Bool], false)}, {prop: "doCall", name: "doCall", pkg: "internal/singleflight", typ: $funcType([ptrType, $String, funcType], [], false)}, {prop: "ForgetUnshared", name: "ForgetUnshared", pkg: "", typ: $funcType([$String], [$Bool], false)}];
	call.init("internal/singleflight", [{prop: "wg", name: "wg", embedded: false, exported: false, typ: sync.WaitGroup, tag: ""}, {prop: "val", name: "val", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "dups", name: "dups", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "chans", name: "chans", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	Group.init("internal/singleflight", [{prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "m", name: "m", embedded: false, exported: false, typ: mapType, tag: ""}]);
	Result.init("", [{prop: "Val", name: "Val", embedded: false, exported: true, typ: $emptyInterface, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}, {prop: "Shared", name: "Shared", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = sync.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["internal/intern"] = (function() {
	var $pkg = {}, $init, godebug, runtime, sync, Value, key, funcType, arrayType, ptrType, valSafe, _r, safeMap;
	godebug = $packages["internal/godebug"];
	runtime = $packages["runtime"];
	sync = $packages["sync"];
	Value = $pkg.Value = $newType(0, $kindStruct, "intern.Value", true, "internal/intern", true, function(_$0_, cmpVal_, resurrected_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.cmpVal = $ifaceNil;
			this.resurrected = false;
			return;
		}
		this._$0 = _$0_;
		this.cmpVal = cmpVal_;
		this.resurrected = resurrected_;
	});
	key = $pkg.key = $newType(0, $kindStruct, "intern.key", true, "internal/intern", false, function(s_, cmpVal_, isString_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = "";
			this.cmpVal = $ifaceNil;
			this.isString = false;
			return;
		}
		this.s = s_;
		this.cmpVal = cmpVal_;
		this.isString = isString_;
	});
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	ptrType = $ptrType(Value);
	Value.ptr.prototype.Get = function() {
		var v;
		v = this;
		return v.cmpVal;
	};
	Value.prototype.Get = function() { return this.$val.Get(); };
	key.ptr.prototype.Value = function() {
		var k;
		k = this;
		if (k.isString) {
			return new Value.ptr(arrayType.zero(), new $String(k.s), false);
		}
		return new Value.ptr(arrayType.zero(), k.cmpVal, false);
	};
	key.prototype.Value = function() { return this.$val.Value(); };
	safeMap = function() {
		var {_r$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = godebug.Get("intern"); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1 === "leaky") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$1 === "leaky") { */ case 1:
			$s = -1; return $makeMap(key.keyFor, []);
		/* } */ case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: safeMap, $c: true, $r, _r$1, $s};return $f;
	};
	ptrType.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([], [$emptyInterface], false)}];
	key.methods = [{prop: "Value", name: "Value", pkg: "", typ: $funcType([], [ptrType], false)}];
	Value.init("internal/intern", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "cmpVal", name: "cmpVal", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "resurrected", name: "resurrected", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	key.init("internal/intern", [{prop: "s", name: "s", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "cmpVal", name: "cmpVal", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "isString", name: "isString", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = godebug.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = safeMap(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		valSafe = _r;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net/netip"] = (function() {
	var $pkg = {}, $init, errors, bytealg, intern, itoa, math, bits, strconv, uint128, parseAddrError, AddrPort, Prefix, Addr, funcType, arrayType, ptrType$1, arrayType$1, sliceType, arrayType$2, ptrType$2, arrayType$3, ptrType$3, ptrType$4, ptrType$5, ptrType$6, z0, z4, z6noz, mask6, IPv6Unspecified, IPv4Unspecified, AddrFrom4, AddrFrom16, ipv6Slice, ParseAddr, parseIPv4, parseIPv6, AddrFromSlice, appendDecimal, appendHex, appendHexPad, AddrPortFrom, splitAddrPort, ParseAddrPort, joinHostPort, PrefixFrom, ParsePrefix, stringsLastIndexByte, beUint64, bePutUint64, bePutUint32, leUint16, lePutUint16;
	errors = $packages["errors"];
	bytealg = $packages["internal/bytealg"];
	intern = $packages["internal/intern"];
	itoa = $packages["internal/itoa"];
	math = $packages["math"];
	bits = $packages["math/bits"];
	strconv = $packages["strconv"];
	uint128 = $pkg.uint128 = $newType(0, $kindStruct, "netip.uint128", true, "net/netip", false, function(hi_, lo_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.hi = new $Uint64(0, 0);
			this.lo = new $Uint64(0, 0);
			return;
		}
		this.hi = hi_;
		this.lo = lo_;
	});
	parseAddrError = $pkg.parseAddrError = $newType(0, $kindStruct, "netip.parseAddrError", true, "net/netip", false, function(in$0_, msg_, at_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.in$0 = "";
			this.msg = "";
			this.at = "";
			return;
		}
		this.in$0 = in$0_;
		this.msg = msg_;
		this.at = at_;
	});
	AddrPort = $pkg.AddrPort = $newType(0, $kindStruct, "netip.AddrPort", true, "net/netip", true, function(ip_, port_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ip = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
			this.port = 0;
			return;
		}
		this.ip = ip_;
		this.port = port_;
	});
	Prefix = $pkg.Prefix = $newType(0, $kindStruct, "netip.Prefix", true, "net/netip", true, function(ip_, bits_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ip = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
			this.bits = 0;
			return;
		}
		this.ip = ip_;
		this.bits = bits_;
	});
	Addr = $pkg.Addr = $newType(0, $kindStruct, "netip.Addr", true, "net/netip", true, function(addr_, z_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.addr = new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0));
			this.z = "";
			return;
		}
		this.addr = addr_;
		this.z = z_;
	});
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	ptrType$1 = $ptrType($Uint64);
	arrayType$1 = $arrayType($Uint8, 4);
	sliceType = $sliceType($Uint8);
	arrayType$2 = $arrayType($Uint8, 16);
	ptrType$2 = $ptrType(arrayType$1);
	arrayType$3 = $arrayType(ptrType$1, 2);
	ptrType$3 = $ptrType(uint128);
	ptrType$4 = $ptrType(AddrPort);
	ptrType$5 = $ptrType(Prefix);
	ptrType$6 = $ptrType(Addr);
	mask6 = function(n) {
		var n, x;
		return new uint128.ptr((x = $shiftRightUint64(new $Uint64(4294967295, 4294967295), n), new $Uint64(~x.$high, ~x.$low >>> 0)), $shiftLeft64(new $Uint64(4294967295, 4294967295), ((128 - n >> 0))));
	};
	uint128.ptr.prototype.isZero = function() {
		var u, x, x$1, x$2;
		u = this;
		return (x = (x$1 = u.hi, x$2 = u.lo, new $Uint64(x$1.$high | x$2.$high, (x$1.$low | x$2.$low) >>> 0)), (x.$high === 0 && x.$low === 0));
	};
	uint128.prototype.isZero = function() { return this.$val.isZero(); };
	uint128.ptr.prototype.and = function(m) {
		var m, u, x, x$1, x$2, x$3;
		u = this;
		return new uint128.ptr((x = u.hi, x$1 = m.hi, new $Uint64(x.$high & x$1.$high, (x.$low & x$1.$low) >>> 0)), (x$2 = u.lo, x$3 = m.lo, new $Uint64(x$2.$high & x$3.$high, (x$2.$low & x$3.$low) >>> 0)));
	};
	uint128.prototype.and = function(m) { return this.$val.and(m); };
	uint128.ptr.prototype.xor = function(m) {
		var m, u, x, x$1, x$2, x$3;
		u = this;
		return new uint128.ptr((x = u.hi, x$1 = m.hi, new $Uint64(x.$high ^ x$1.$high, (x.$low ^ x$1.$low) >>> 0)), (x$2 = u.lo, x$3 = m.lo, new $Uint64(x$2.$high ^ x$3.$high, (x$2.$low ^ x$3.$low) >>> 0)));
	};
	uint128.prototype.xor = function(m) { return this.$val.xor(m); };
	uint128.ptr.prototype.subOne = function() {
		var _tuple, borrow, lo, u, x;
		u = this;
		_tuple = bits.Sub64(u.lo, new $Uint64(0, 1), new $Uint64(0, 0));
		lo = _tuple[0];
		borrow = _tuple[1];
		return new uint128.ptr((x = u.hi, new $Uint64(x.$high - borrow.$high, x.$low - borrow.$low)), lo);
	};
	uint128.prototype.subOne = function() { return this.$val.subOne(); };
	uint128.ptr.prototype.addOne = function() {
		var _tuple, carry, lo, u, x;
		u = this;
		_tuple = bits.Add64(u.lo, new $Uint64(0, 1), new $Uint64(0, 0));
		lo = _tuple[0];
		carry = _tuple[1];
		return new uint128.ptr((x = u.hi, new $Uint64(x.$high + carry.$high, x.$low + carry.$low)), lo);
	};
	uint128.prototype.addOne = function() { return this.$val.addOne(); };
	uint128.ptr.prototype.halves = function() {
		var u;
		u = this;
		return $toNativeArray($kindPtr, [(u.$ptr_hi || (u.$ptr_hi = new ptrType$1(function() { return this.$target.hi; }, function($v) { this.$target.hi = $v; }, u))), (u.$ptr_lo || (u.$ptr_lo = new ptrType$1(function() { return this.$target.lo; }, function($v) { this.$target.lo = $v; }, u)))]);
	};
	uint128.prototype.halves = function() { return this.$val.halves(); };
	IPv6Unspecified = function() {
		return new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), z6noz);
	};
	$pkg.IPv6Unspecified = IPv6Unspecified;
	IPv4Unspecified = function() {
		return AddrFrom4(arrayType$1.zero());
	};
	$pkg.IPv4Unspecified = IPv4Unspecified;
	AddrFrom4 = function(addr) {
		var addr, x, x$1, x$2, x$3, x$4, x$5, x$6;
		return new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), (x = (x$1 = (x$2 = (x$3 = $shiftLeft64((new $Uint64(0, addr[0])), 24), new $Uint64(65535 | x$3.$high, (0 | x$3.$low) >>> 0)), x$4 = $shiftLeft64((new $Uint64(0, addr[1])), 16), new $Uint64(x$2.$high | x$4.$high, (x$2.$low | x$4.$low) >>> 0)), x$5 = $shiftLeft64((new $Uint64(0, addr[2])), 8), new $Uint64(x$1.$high | x$5.$high, (x$1.$low | x$5.$low) >>> 0)), x$6 = (new $Uint64(0, addr[3])), new $Uint64(x.$high | x$6.$high, (x.$low | x$6.$low) >>> 0))), z4);
	};
	$pkg.AddrFrom4 = AddrFrom4;
	AddrFrom16 = function(addr) {
		var addr;
		return new Addr.ptr(new uint128.ptr(beUint64($subslice(new sliceType(addr), 0, 8)), beUint64($subslice(new sliceType(addr), 8))), z6noz);
	};
	$pkg.AddrFrom16 = AddrFrom16;
	ipv6Slice = function(addr) {
		var addr;
		return new Addr.ptr(new uint128.ptr(beUint64($subslice(addr, 0, 8)), beUint64($subslice(addr, 8))), z6noz);
	};
	ParseAddr = function(s) {
		var {$24r, _1, _r, i, s, x, x$1, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < s.length)) { break; } */ if(!(i < s.length)) { $s = 2; continue; }
				_1 = s.charCodeAt(i);
				/* */ if (_1 === (46)) { $s = 4; continue; }
				/* */ if (_1 === (58)) { $s = 5; continue; }
				/* */ if (_1 === (37)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (_1 === (46)) { */ case 4:
					$s = -1; return parseIPv4(s);
				/* } else if (_1 === (58)) { */ case 5:
					_r = parseIPv6(s); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					$24r = _r;
					$s = 9; case 9: return $24r;
				/* } else if (_1 === (37)) { */ case 6:
					$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x = new parseAddrError.ptr(s, "missing IPv6 address", ""), new x.constructor.elem(x))];
				/* } */ case 7:
			case 3:
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$1 = new parseAddrError.ptr(s, "unable to parse IP", ""), new x$1.constructor.elem(x$1))];
		/* */ } return; } var $f = {$blk: ParseAddr, $c: true, $r, $24r, _1, _r, i, s, x, x$1, $s};return $f;
	};
	$pkg.ParseAddr = ParseAddr;
	parseAddrError.ptr.prototype.Error = function() {
		var {$24r, $24r$1, _r, _r$1, _r$2, err, q, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = this;
		q = strconv.Quote;
		/* */ if (!(err.at === "")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(err.at === "")) { */ case 1:
			_r = q(err.in$0); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = q(err.at); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = "ParseAddr(" + _r + "): " + err.msg + " (at " + _r$1 + ")";
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_r$2 = q(err.in$0); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = "ParseAddr(" + _r$2 + "): " + err.msg;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: parseAddrError.ptr.prototype.Error, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, err, q, $s};return $f;
	};
	parseAddrError.prototype.Error = function() { return this.$val.Error(); };
	parseIPv4 = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, digLen, err, fields, i, ip, pos, s, val, x, x$1, x$2, x$3, x$4, x$5;
		ip = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
		err = $ifaceNil;
		fields = arrayType$1.zero();
		_tmp = 0;
		_tmp$1 = 0;
		val = _tmp;
		pos = _tmp$1;
		digLen = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) >= 48 && s.charCodeAt(i) <= 57) {
				if ((digLen === 1) && (val === 0)) {
					_tmp$2 = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
					_tmp$3 = (x = new parseAddrError.ptr(s, "IPv4 field has octet with leading zero", ""), new x.constructor.elem(x));
					Addr.copy(ip, _tmp$2);
					err = _tmp$3;
					return [ip, err];
				}
				val = (($imul(val, 10)) + ((s.charCodeAt(i) >> 0)) >> 0) - 48 >> 0;
				digLen = digLen + (1) >> 0;
				if (val > 255) {
					_tmp$4 = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
					_tmp$5 = (x$1 = new parseAddrError.ptr(s, "IPv4 field has value >255", ""), new x$1.constructor.elem(x$1));
					Addr.copy(ip, _tmp$4);
					err = _tmp$5;
					return [ip, err];
				}
			} else if (s.charCodeAt(i) === 46) {
				if ((i === 0) || (i === (s.length - 1 >> 0)) || (s.charCodeAt((i - 1 >> 0)) === 46)) {
					_tmp$6 = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
					_tmp$7 = (x$2 = new parseAddrError.ptr(s, "IPv4 field must have at least one digit", $substring(s, i)), new x$2.constructor.elem(x$2));
					Addr.copy(ip, _tmp$6);
					err = _tmp$7;
					return [ip, err];
				}
				if (pos === 3) {
					_tmp$8 = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
					_tmp$9 = (x$3 = new parseAddrError.ptr(s, "IPv4 address too long", ""), new x$3.constructor.elem(x$3));
					Addr.copy(ip, _tmp$8);
					err = _tmp$9;
					return [ip, err];
				}
				((pos < 0 || pos >= fields.length) ? ($throwRuntimeError("index out of range"), undefined) : fields[pos] = ((val << 24 >>> 24)));
				pos = pos + (1) >> 0;
				val = 0;
				digLen = 0;
			} else {
				_tmp$10 = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
				_tmp$11 = (x$4 = new parseAddrError.ptr(s, "unexpected character", $substring(s, i)), new x$4.constructor.elem(x$4));
				Addr.copy(ip, _tmp$10);
				err = _tmp$11;
				return [ip, err];
			}
			i = i + (1) >> 0;
		}
		if (pos < 3) {
			_tmp$12 = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
			_tmp$13 = (x$5 = new parseAddrError.ptr(s, "IPv4 address too short", ""), new x$5.constructor.elem(x$5));
			Addr.copy(ip, _tmp$12);
			err = _tmp$13;
			return [ip, err];
		}
		fields[3] = ((val << 24 >>> 24));
		_tmp$14 = $clone(AddrFrom4($clone(fields, arrayType$1)), Addr);
		_tmp$15 = $ifaceNil;
		Addr.copy(ip, _tmp$14);
		err = _tmp$15;
		return [ip, err];
	};
	parseIPv6 = function(in$1) {
		var {$24r, _r, _tmp, _tmp$1, _tuple, acc, c, ellipsis, err, i, in$1, ip, ip4, j, j$1, n, off, s, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, zone, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = in$1;
		zone = "";
		i = bytealg.IndexByteString(s, 37);
		if (!((i === -1))) {
			_tmp = $substring(s, 0, i);
			_tmp$1 = $substring(s, (i + 1 >> 0));
			s = _tmp;
			zone = _tmp$1;
			if (zone === "") {
				$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x = new parseAddrError.ptr(in$1, "zone must be a non-empty string", ""), new x.constructor.elem(x))];
			}
		}
		ip = arrayType$2.zero();
		ellipsis = -1;
		if (s.length >= 2 && (s.charCodeAt(0) === 58) && (s.charCodeAt(1) === 58)) {
			ellipsis = 0;
			s = $substring(s, 2);
			if (s.length === 0) {
				$s = -1; return [$clone(IPv6Unspecified(), Addr).WithZone(zone), $ifaceNil];
			}
		}
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < 16)) { break; } */ if(!(i < 16)) { $s = 2; continue; }
			off = 0;
			acc = 0;
			while (true) {
				if (!(off < s.length)) { break; }
				c = s.charCodeAt(off);
				if (c >= 48 && c <= 57) {
					acc = ((acc << 4 >>> 0)) + (((c - 48 << 24 >>> 24) >>> 0)) >>> 0;
				} else if (c >= 97 && c <= 102) {
					acc = ((acc << 4 >>> 0)) + ((((c - 97 << 24 >>> 24) + 10 << 24 >>> 24) >>> 0)) >>> 0;
				} else if (c >= 65 && c <= 70) {
					acc = ((acc << 4 >>> 0)) + ((((c - 65 << 24 >>> 24) + 10 << 24 >>> 24) >>> 0)) >>> 0;
				} else {
					break;
				}
				if (acc > 65535) {
					$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$1 = new parseAddrError.ptr(in$1, "IPv6 field has value >=2^16", s), new x$1.constructor.elem(x$1))];
				}
				off = off + (1) >> 0;
			}
			if (off === 0) {
				$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$2 = new parseAddrError.ptr(in$1, "each colon-separated field must have at least one digit", s), new x$2.constructor.elem(x$2))];
			}
			/* */ if (off < s.length && (s.charCodeAt(off) === 46)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (off < s.length && (s.charCodeAt(off) === 46)) { */ case 3:
				if (ellipsis < 0 && !((i === 12))) {
					$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$3 = new parseAddrError.ptr(in$1, "embedded IPv4 address must replace the final 2 fields of the address", s), new x$3.constructor.elem(x$3))];
				}
				if ((i + 4 >> 0) > 16) {
					$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$4 = new parseAddrError.ptr(in$1, "too many hex fields to fit an embedded IPv4 at the end of the address", s), new x$4.constructor.elem(x$4))];
				}
				_tuple = parseIPv4(s);
				ip4 = $clone(_tuple[0], Addr);
				err = _tuple[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
					_r = err.Error(); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					$24r = [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$5 = new parseAddrError.ptr(in$1, _r, s), new x$5.constructor.elem(x$5))];
					$s = 8; case 8: return $24r;
				/* } */ case 6:
				((i < 0 || i >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[i] = $clone(ip4, Addr).v4(0));
				(x$6 = i + 1 >> 0, ((x$6 < 0 || x$6 >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[x$6] = $clone(ip4, Addr).v4(1)));
				(x$7 = i + 2 >> 0, ((x$7 < 0 || x$7 >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[x$7] = $clone(ip4, Addr).v4(2)));
				(x$8 = i + 3 >> 0, ((x$8 < 0 || x$8 >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[x$8] = $clone(ip4, Addr).v4(3)));
				s = "";
				i = i + (4) >> 0;
				/* break; */ $s = 2; continue;
			/* } */ case 4:
			((i < 0 || i >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[i] = (((acc >>> 8 >>> 0) << 24 >>> 24)));
			(x$9 = i + 1 >> 0, ((x$9 < 0 || x$9 >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[x$9] = ((acc << 24 >>> 24))));
			i = i + (2) >> 0;
			s = $substring(s, off);
			if (s.length === 0) {
				/* break; */ $s = 2; continue;
			}
			if (!((s.charCodeAt(0) === 58))) {
				$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$10 = new parseAddrError.ptr(in$1, "unexpected character, want colon", s), new x$10.constructor.elem(x$10))];
			} else if (s.length === 1) {
				$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$11 = new parseAddrError.ptr(in$1, "colon must be followed by more characters", s), new x$11.constructor.elem(x$11))];
			}
			s = $substring(s, 1);
			if (s.charCodeAt(0) === 58) {
				if (ellipsis >= 0) {
					$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$12 = new parseAddrError.ptr(in$1, "multiple :: in address", s), new x$12.constructor.elem(x$12))];
				}
				ellipsis = i;
				s = $substring(s, 1);
				if (s.length === 0) {
					/* break; */ $s = 2; continue;
				}
			}
		$s = 1; continue;
		case 2:
		if (!((s.length === 0))) {
			$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$13 = new parseAddrError.ptr(in$1, "trailing garbage after address", s), new x$13.constructor.elem(x$13))];
		}
		if (i < 16) {
			if (ellipsis < 0) {
				$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$14 = new parseAddrError.ptr(in$1, "address string too short", ""), new x$14.constructor.elem(x$14))];
			}
			n = 16 - i >> 0;
			j = i - 1 >> 0;
			while (true) {
				if (!(j >= ellipsis)) { break; }
				(x$15 = j + n >> 0, ((x$15 < 0 || x$15 >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[x$15] = ((j < 0 || j >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[j])));
				j = j - (1) >> 0;
			}
			j$1 = (ellipsis + n >> 0) - 1 >> 0;
			while (true) {
				if (!(j$1 >= ellipsis)) { break; }
				((j$1 < 0 || j$1 >= ip.length) ? ($throwRuntimeError("index out of range"), undefined) : ip[j$1] = 0);
				j$1 = j$1 - (1) >> 0;
			}
		} else if (ellipsis >= 0) {
			$s = -1; return [new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), (x$16 = new parseAddrError.ptr(in$1, "the :: must expand to at least one field of zeros", ""), new x$16.constructor.elem(x$16))];
		}
		$s = -1; return [$clone(AddrFrom16($clone(ip, arrayType$2)), Addr).WithZone(zone), $ifaceNil];
		/* */ } return; } var $f = {$blk: parseIPv6, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tuple, acc, c, ellipsis, err, i, in$1, ip, ip4, j, j$1, n, off, s, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, zone, $s};return $f;
	};
	AddrFromSlice = function(slice) {
		var _1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, ip, ok, slice;
		ip = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
		ok = false;
		_1 = slice.$length;
		if (_1 === (4)) {
			_tmp = $clone(AddrFrom4($clone(($sliceToGoArray(slice, ptrType$2)), arrayType$1)), Addr);
			_tmp$1 = true;
			Addr.copy(ip, _tmp);
			ok = _tmp$1;
			return [ip, ok];
		} else if (_1 === (16)) {
			_tmp$2 = $clone(ipv6Slice(slice), Addr);
			_tmp$3 = true;
			Addr.copy(ip, _tmp$2);
			ok = _tmp$3;
			return [ip, ok];
		}
		_tmp$4 = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
		_tmp$5 = false;
		Addr.copy(ip, _tmp$4);
		ok = _tmp$5;
		return [ip, ok];
	};
	$pkg.AddrFromSlice = AddrFromSlice;
	Addr.ptr.prototype.v4 = function(i) {
		var i, ip;
		ip = this;
		return (($shiftRightUint64(ip.addr.lo, ((((3 - i << 24 >>> 24)) * 8 << 24 >>> 24))).$low << 24 >>> 24));
	};
	Addr.prototype.v4 = function(i) { return this.$val.v4(i); };
	Addr.ptr.prototype.v6 = function(i) {
		var _q, _r, _r$1, i, ip, x, x$1;
		ip = this;
		return (($shiftRightUint64(((x = ip.addr.halves(), x$1 = (_r = ((_q = i / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"))) % 2, _r === _r ? _r : $throwRuntimeError("integer divide by zero")), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1]))).$get(), ((((7 - (_r$1 = i % 8, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) * 8 << 24 >>> 24))).$low << 24 >>> 24));
	};
	Addr.prototype.v6 = function(i) { return this.$val.v6(i); };
	Addr.ptr.prototype.v6u16 = function(i) {
		var _q, _r, _r$1, i, ip, x, x$1;
		ip = this;
		return (($shiftRightUint64(((x = ip.addr.halves(), x$1 = (_r = ((_q = i / 4, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"))) % 2, _r === _r ? _r : $throwRuntimeError("integer divide by zero")), ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1]))).$get(), ((((3 - (_r$1 = i % 4, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) << 24 >>> 24)) * 16 << 24 >>> 24))).$low << 16 >>> 16));
	};
	Addr.prototype.v6u16 = function(i) { return this.$val.v6u16(i); };
	Addr.ptr.prototype.isZero = function() {
		var ip;
		ip = this;
		return ip.z === z0;
	};
	Addr.prototype.isZero = function() { return this.$val.isZero(); };
	Addr.ptr.prototype.IsValid = function() {
		var ip;
		ip = this;
		return !(ip.z === z0);
	};
	Addr.prototype.IsValid = function() { return this.$val.IsValid(); };
	Addr.ptr.prototype.BitLen = function() {
		var _1, ip;
		ip = this;
		_1 = ip.z;
		if (_1 === (z0)) {
			return 0;
		} else if (_1 === (z4)) {
			return 32;
		}
		return 128;
	};
	Addr.prototype.BitLen = function() { return this.$val.BitLen(); };
	Addr.ptr.prototype.Compare = function(ip2) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, f1, f2, hi1, hi2, ip, ip2, lo1, lo2, za, zb;
		ip = this;
		_tmp = $clone(ip, Addr).BitLen();
		_tmp$1 = $clone(ip2, Addr).BitLen();
		f1 = _tmp;
		f2 = _tmp$1;
		if (f1 < f2) {
			return -1;
		}
		if (f1 > f2) {
			return 1;
		}
		_tmp$2 = ip.addr.hi;
		_tmp$3 = ip2.addr.hi;
		hi1 = _tmp$2;
		hi2 = _tmp$3;
		if ((hi1.$high < hi2.$high || (hi1.$high === hi2.$high && hi1.$low < hi2.$low))) {
			return -1;
		}
		if ((hi1.$high > hi2.$high || (hi1.$high === hi2.$high && hi1.$low > hi2.$low))) {
			return 1;
		}
		_tmp$4 = ip.addr.lo;
		_tmp$5 = ip2.addr.lo;
		lo1 = _tmp$4;
		lo2 = _tmp$5;
		if ((lo1.$high < lo2.$high || (lo1.$high === lo2.$high && lo1.$low < lo2.$low))) {
			return -1;
		}
		if ((lo1.$high > lo2.$high || (lo1.$high === lo2.$high && lo1.$low > lo2.$low))) {
			return 1;
		}
		if ($clone(ip, Addr).Is6()) {
			_tmp$6 = $clone(ip, Addr).Zone();
			_tmp$7 = $clone(ip2, Addr).Zone();
			za = _tmp$6;
			zb = _tmp$7;
			if (za < zb) {
				return -1;
			}
			if (za > zb) {
				return 1;
			}
		}
		return 0;
	};
	Addr.prototype.Compare = function(ip2) { return this.$val.Compare(ip2); };
	Addr.ptr.prototype.Less = function(ip2) {
		var ip, ip2;
		ip = this;
		return $clone(ip, Addr).Compare($clone(ip2, Addr)) === -1;
	};
	Addr.prototype.Less = function(ip2) { return this.$val.Less(ip2); };
	Addr.ptr.prototype.Is4 = function() {
		var ip;
		ip = this;
		return ip.z === z4;
	};
	Addr.prototype.Is4 = function() { return this.$val.Is4(); };
	Addr.ptr.prototype.Is4In6 = function() {
		var ip, x, x$1;
		ip = this;
		return $clone(ip, Addr).Is6() && (x = ip.addr.hi, (x.$high === 0 && x.$low === 0)) && (x$1 = $shiftRightUint64(ip.addr.lo, 32), (x$1.$high === 0 && x$1.$low === 65535));
	};
	Addr.prototype.Is4In6 = function() { return this.$val.Is4In6(); };
	Addr.ptr.prototype.Is6 = function() {
		var ip;
		ip = this;
		return !(ip.z === z0) && !(ip.z === z4);
	};
	Addr.prototype.Is6 = function() { return this.$val.Is6(); };
	Addr.ptr.prototype.Unmap = function() {
		var ip;
		ip = this;
		if ($clone(ip, Addr).Is4In6()) {
			ip.z = z4;
		}
		return ip;
	};
	Addr.prototype.Unmap = function() { return this.$val.Unmap(); };
	Addr.ptr.prototype.withoutZone = function() {
		var ip;
		ip = this;
		if (!$clone(ip, Addr).Is6()) {
			return ip;
		}
		ip.z = z6noz;
		return ip;
	};
	Addr.prototype.withoutZone = function() { return this.$val.withoutZone(); };
	Addr.ptr.prototype.hasZone = function() {
		var ip;
		ip = this;
		return !(ip.z === z0) && !(ip.z === z4) && !(ip.z === z6noz);
	};
	Addr.prototype.hasZone = function() { return this.$val.hasZone(); };
	Addr.ptr.prototype.IsLinkLocalUnicast = function() {
		var ip;
		ip = this;
		if ($clone(ip, Addr).Is4()) {
			return ($clone(ip, Addr).v4(0) === 169) && ($clone(ip, Addr).v4(1) === 254);
		}
		if ($clone(ip, Addr).Is6()) {
			return (($clone(ip, Addr).v6u16(0) & 65472) >>> 0) === 65152;
		}
		return false;
	};
	Addr.prototype.IsLinkLocalUnicast = function() { return this.$val.IsLinkLocalUnicast(); };
	Addr.ptr.prototype.IsLoopback = function() {
		var ip, x, x$1;
		ip = this;
		if ($clone(ip, Addr).Is4()) {
			return $clone(ip, Addr).v4(0) === 127;
		}
		if ($clone(ip, Addr).Is6()) {
			return (x = ip.addr.hi, (x.$high === 0 && x.$low === 0)) && (x$1 = ip.addr.lo, (x$1.$high === 0 && x$1.$low === 1));
		}
		return false;
	};
	Addr.prototype.IsLoopback = function() { return this.$val.IsLoopback(); };
	Addr.ptr.prototype.IsMulticast = function() {
		var ip, x;
		ip = this;
		if ($clone(ip, Addr).Is4()) {
			return (($clone(ip, Addr).v4(0) & 240) >>> 0) === 224;
		}
		if ($clone(ip, Addr).Is6()) {
			return (x = $shiftRightUint64(ip.addr.hi, 56), (x.$high === 0 && x.$low === 255));
		}
		return false;
	};
	Addr.prototype.IsMulticast = function() { return this.$val.IsMulticast(); };
	Addr.ptr.prototype.IsInterfaceLocalMulticast = function() {
		var ip;
		ip = this;
		if ($clone(ip, Addr).Is6()) {
			return (($clone(ip, Addr).v6u16(0) & 65295) >>> 0) === 65281;
		}
		return false;
	};
	Addr.prototype.IsInterfaceLocalMulticast = function() { return this.$val.IsInterfaceLocalMulticast(); };
	Addr.ptr.prototype.IsLinkLocalMulticast = function() {
		var ip;
		ip = this;
		if ($clone(ip, Addr).Is4()) {
			return ($clone(ip, Addr).v4(0) === 224) && ($clone(ip, Addr).v4(1) === 0) && ($clone(ip, Addr).v4(2) === 0);
		}
		if ($clone(ip, Addr).Is6()) {
			return (($clone(ip, Addr).v6u16(0) & 65295) >>> 0) === 65282;
		}
		return false;
	};
	Addr.prototype.IsLinkLocalMulticast = function() { return this.$val.IsLinkLocalMulticast(); };
	Addr.ptr.prototype.IsGlobalUnicast = function() {
		var ip;
		ip = this;
		if (ip.z === z0) {
			return false;
		}
		if ($clone(ip, Addr).Is4() && ($equal(ip, IPv4Unspecified(), Addr) || $equal(ip, AddrFrom4($toNativeArray($kindUint8, [255, 255, 255, 255])), Addr))) {
			return false;
		}
		return !($equal(ip, IPv6Unspecified(), Addr)) && !$clone(ip, Addr).IsLoopback() && !$clone(ip, Addr).IsMulticast() && !$clone(ip, Addr).IsLinkLocalUnicast();
	};
	Addr.prototype.IsGlobalUnicast = function() { return this.$val.IsGlobalUnicast(); };
	Addr.ptr.prototype.IsPrivate = function() {
		var ip;
		ip = this;
		if ($clone(ip, Addr).Is4()) {
			return ($clone(ip, Addr).v4(0) === 10) || (($clone(ip, Addr).v4(0) === 172) && ((($clone(ip, Addr).v4(1) & 240) >>> 0) === 16)) || (($clone(ip, Addr).v4(0) === 192) && ($clone(ip, Addr).v4(1) === 168));
		}
		if ($clone(ip, Addr).Is6()) {
			return (($clone(ip, Addr).v6(0) & 254) >>> 0) === 252;
		}
		return false;
	};
	Addr.prototype.IsPrivate = function() { return this.$val.IsPrivate(); };
	Addr.ptr.prototype.IsUnspecified = function() {
		var ip;
		ip = this;
		return $equal(ip, IPv4Unspecified(), Addr) || $equal(ip, IPv6Unspecified(), Addr);
	};
	Addr.prototype.IsUnspecified = function() { return this.$val.IsUnspecified(); };
	Addr.ptr.prototype.Prefix = function(b) {
		var _1, b, effectiveBits, ip;
		ip = this;
		if (b < 0) {
			return [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("negative Prefix bits")];
		}
		effectiveBits = b;
		_1 = ip.z;
		if (_1 === (z0)) {
			return [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), $ifaceNil];
		} else if (_1 === (z4)) {
			if (b > 32) {
				return [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("prefix length " + itoa.Itoa(b) + " too large for IPv4")];
			}
			effectiveBits = effectiveBits + (96) >> 0;
		} else if (b > 128) {
			return [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("prefix length " + itoa.Itoa(b) + " too large for IPv6")];
		}
		uint128.copy(ip.addr, $clone(ip.addr, uint128).and($clone(mask6(effectiveBits), uint128)));
		return [PrefixFrom($clone(ip, Addr), b), $ifaceNil];
	};
	Addr.prototype.Prefix = function(b) { return this.$val.Prefix(b); };
	Addr.ptr.prototype.As16 = function() {
		var a16, ip;
		a16 = arrayType$2.zero();
		ip = this;
		bePutUint64($subslice(new sliceType(a16), 0, 8), ip.addr.hi);
		bePutUint64($subslice(new sliceType(a16), 8), ip.addr.lo);
		arrayType$2.copy(a16, a16);
		return a16;
	};
	Addr.prototype.As16 = function() { return this.$val.As16(); };
	Addr.ptr.prototype.As4 = function() {
		var a4, ip;
		a4 = arrayType$1.zero();
		ip = this;
		if (ip.z === z4 || $clone(ip, Addr).Is4In6()) {
			bePutUint32(new sliceType(a4), ((ip.addr.lo.$low >>> 0)));
			arrayType$1.copy(a4, a4);
			return a4;
		}
		if (ip.z === z0) {
			$panic(new $String("As4 called on IP zero value"));
		}
		$panic(new $String("As4 called on IPv6 address"));
	};
	Addr.prototype.As4 = function() { return this.$val.As4(); };
	Addr.ptr.prototype.AsSlice = function() {
		var _1, ip, ret, ret$1;
		ip = this;
		_1 = ip.z;
		if (_1 === (z0)) {
			return sliceType.nil;
		} else if (_1 === (z4)) {
			ret = arrayType$1.zero();
			bePutUint32(new sliceType(ret), ((ip.addr.lo.$low >>> 0)));
			return new sliceType(ret);
		} else {
			ret$1 = arrayType$2.zero();
			bePutUint64($subslice(new sliceType(ret$1), 0, 8), ip.addr.hi);
			bePutUint64($subslice(new sliceType(ret$1), 8), ip.addr.lo);
			return new sliceType(ret$1);
		}
	};
	Addr.prototype.AsSlice = function() { return this.$val.AsSlice(); };
	Addr.ptr.prototype.Next = function() {
		var ip;
		ip = this;
		uint128.copy(ip.addr, $clone(ip.addr, uint128).addOne());
		if ($clone(ip, Addr).Is4()) {
			if (((ip.addr.lo.$low >>> 0)) === 0) {
				return new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
			}
		} else {
			if ($clone(ip.addr, uint128).isZero()) {
				return new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
			}
		}
		return ip;
	};
	Addr.prototype.Next = function() { return this.$val.Next(); };
	Addr.ptr.prototype.Prev = function() {
		var ip;
		ip = this;
		if ($clone(ip, Addr).Is4()) {
			if (((ip.addr.lo.$low >>> 0)) === 0) {
				return new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
			}
		} else if ($clone(ip.addr, uint128).isZero()) {
			return new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
		}
		uint128.copy(ip.addr, $clone(ip.addr, uint128).subOne());
		return ip;
	};
	Addr.prototype.Prev = function() { return this.$val.Prev(); };
	Addr.ptr.prototype.String = function() {
		var _1, ip, z;
		ip = this;
		_1 = ip.z;
		if (_1 === (z0)) {
			return "invalid IP";
		} else if (_1 === (z4)) {
			return $clone(ip, Addr).string4();
		} else {
			if ($clone(ip, Addr).Is4In6()) {
				z = $clone(ip, Addr).Zone();
				if (!(z === "")) {
					return "::ffff:" + $clone($clone(ip, Addr).Unmap(), Addr).String() + "%" + z;
				} else {
					return "::ffff:" + $clone($clone(ip, Addr).Unmap(), Addr).String();
				}
			}
			return $clone(ip, Addr).string6();
		}
	};
	Addr.prototype.String = function() { return this.$val.String(); };
	Addr.ptr.prototype.AppendTo = function(b) {
		var _1, b, ip, z;
		ip = this;
		_1 = ip.z;
		if (_1 === (z0)) {
			return b;
		} else if (_1 === (z4)) {
			return $clone(ip, Addr).appendTo4(b);
		} else {
			if ($clone(ip, Addr).Is4In6()) {
				b = $appendSlice(b, "::ffff:");
				b = $clone($clone(ip, Addr).Unmap(), Addr).appendTo4(b);
				z = $clone(ip, Addr).Zone();
				if (!(z === "")) {
					b = $append(b, 37);
					b = $appendSlice(b, z);
				}
				return b;
			}
			return $clone(ip, Addr).appendTo6(b);
		}
	};
	Addr.prototype.AppendTo = function(b) { return this.$val.AppendTo(b); };
	appendDecimal = function(b, x) {
		var _q, _q$1, _r, _r$1, b, x;
		if (x >= 100) {
			b = $append(b, "0123456789abcdef".charCodeAt((_q = x / 100, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"))));
		}
		if (x >= 10) {
			b = $append(b, "0123456789abcdef".charCodeAt((_r = (_q$1 = x / 10, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >>> 0 : $throwRuntimeError("integer divide by zero")) % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))));
		}
		return $append(b, "0123456789abcdef".charCodeAt((_r$1 = x % 10, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero"))));
	};
	appendHex = function(b, x) {
		var b, x;
		if (x >= 4096) {
			b = $append(b, "0123456789abcdef".charCodeAt((x >>> 12 << 16 >>> 16)));
		}
		if (x >= 256) {
			b = $append(b, "0123456789abcdef".charCodeAt((((x >>> 8 << 16 >>> 16) & 15) >>> 0)));
		}
		if (x >= 16) {
			b = $append(b, "0123456789abcdef".charCodeAt((((x >>> 4 << 16 >>> 16) & 15) >>> 0)));
		}
		return $append(b, "0123456789abcdef".charCodeAt(((x & 15) >>> 0)));
	};
	appendHexPad = function(b, x) {
		var b, x;
		return $append(b, "0123456789abcdef".charCodeAt((x >>> 12 << 16 >>> 16)), "0123456789abcdef".charCodeAt((((x >>> 8 << 16 >>> 16) & 15) >>> 0)), "0123456789abcdef".charCodeAt((((x >>> 4 << 16 >>> 16) & 15) >>> 0)), "0123456789abcdef".charCodeAt(((x & 15) >>> 0)));
	};
	Addr.ptr.prototype.string4 = function() {
		var ip, ret;
		ip = this;
		ret = $makeSlice(sliceType, 0, 15);
		ret = $clone(ip, Addr).appendTo4(ret);
		return ($bytesToString(ret));
	};
	Addr.prototype.string4 = function() { return this.$val.string4(); };
	Addr.ptr.prototype.appendTo4 = function(ret) {
		var ip, ret;
		ip = this;
		ret = appendDecimal(ret, $clone(ip, Addr).v4(0));
		ret = $append(ret, 46);
		ret = appendDecimal(ret, $clone(ip, Addr).v4(1));
		ret = $append(ret, 46);
		ret = appendDecimal(ret, $clone(ip, Addr).v4(2));
		ret = $append(ret, 46);
		ret = appendDecimal(ret, $clone(ip, Addr).v4(3));
		return ret;
	};
	Addr.prototype.appendTo4 = function(ret) { return this.$val.appendTo4(ret); };
	Addr.ptr.prototype.string6 = function() {
		var ip, ret;
		ip = this;
		ret = $makeSlice(sliceType, 0, 46);
		ret = $clone(ip, Addr).appendTo6(ret);
		return ($bytesToString(ret));
	};
	Addr.prototype.string6 = function() { return this.$val.string6(); };
	Addr.ptr.prototype.appendTo6 = function(ret) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, i, i$1, ip, j, l, ret, zeroEnd, zeroStart;
		ip = this;
		_tmp = 255;
		_tmp$1 = 255;
		zeroStart = _tmp;
		zeroEnd = _tmp$1;
		i = 0;
		while (true) {
			if (!(i < 8)) { break; }
			j = i;
			while (true) {
				if (!(j < 8 && ($clone(ip, Addr).v6u16(j) === 0))) { break; }
				j = j + (1) << 24 >>> 24;
			}
			l = j - i << 24 >>> 24;
			if (l >= 2 && l > (zeroEnd - zeroStart << 24 >>> 24)) {
				_tmp$2 = i;
				_tmp$3 = j;
				zeroStart = _tmp$2;
				zeroEnd = _tmp$3;
			}
			i = i + (1) << 24 >>> 24;
		}
		i$1 = 0;
		while (true) {
			if (!(i$1 < 8)) { break; }
			if (i$1 === zeroStart) {
				ret = $append(ret, 58, 58);
				i$1 = zeroEnd;
				if (i$1 >= 8) {
					break;
				}
			} else if (i$1 > 0) {
				ret = $append(ret, 58);
			}
			ret = appendHex(ret, $clone(ip, Addr).v6u16(i$1));
			i$1 = i$1 + (1) << 24 >>> 24;
		}
		if (!(ip.z === z6noz)) {
			ret = $append(ret, 37);
			ret = $appendSlice(ret, $clone(ip, Addr).Zone());
		}
		return ret;
	};
	Addr.prototype.appendTo6 = function(ret) { return this.$val.appendTo6(ret); };
	Addr.ptr.prototype.StringExpanded = function() {
		var _1, i, ip, ret;
		ip = this;
		_1 = ip.z;
		if (_1 === (z0) || _1 === (z4)) {
			return $clone(ip, Addr).String();
		}
		ret = $makeSlice(sliceType, 0, 39);
		i = 0;
		while (true) {
			if (!(i < 8)) { break; }
			if (i > 0) {
				ret = $append(ret, 58);
			}
			ret = appendHexPad(ret, $clone(ip, Addr).v6u16(i));
			i = i + (1) << 24 >>> 24;
		}
		if (!(ip.z === z6noz)) {
			ret = $append(ret, 37);
			ret = $appendSlice(ret, $clone(ip, Addr).Zone());
		}
		return ($bytesToString(ret));
	};
	Addr.prototype.StringExpanded = function() { return this.$val.StringExpanded(); };
	Addr.ptr.prototype.MarshalText = function() {
		var _1, b, b$1, ip, max, max$1, z;
		ip = this;
		_1 = ip.z;
		if (_1 === (z0)) {
			return [(new sliceType($stringToBytes(""))), $ifaceNil];
		} else if (_1 === (z4)) {
			max = 15;
			b = $makeSlice(sliceType, 0, max);
			return [$clone(ip, Addr).appendTo4(b), $ifaceNil];
		} else {
			max$1 = 46;
			b$1 = $makeSlice(sliceType, 0, max$1);
			if ($clone(ip, Addr).Is4In6()) {
				b$1 = $appendSlice(b$1, "::ffff:");
				b$1 = $clone($clone(ip, Addr).Unmap(), Addr).appendTo4(b$1);
				z = $clone(ip, Addr).Zone();
				if (!(z === "")) {
					b$1 = $append(b$1, 37);
					b$1 = $appendSlice(b$1, z);
				}
				return [b$1, $ifaceNil];
			}
			return [$clone(ip, Addr).appendTo6(b$1), $ifaceNil];
		}
	};
	Addr.prototype.MarshalText = function() { return this.$val.MarshalText(); };
	Addr.ptr.prototype.UnmarshalText = function(text) {
		var {_r, _tuple, err, ip, text, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ip = this;
		if (text.$length === 0) {
			Addr.copy(ip, new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""));
			$s = -1; return $ifaceNil;
		}
		err = $ifaceNil;
		_r = ParseAddr(($bytesToString(text))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		Addr.copy(ip, _tuple[0]);
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Addr.ptr.prototype.UnmarshalText, $c: true, $r, _r, _tuple, err, ip, text, $s};return $f;
	};
	Addr.prototype.UnmarshalText = function(text) { return this.$val.UnmarshalText(text); };
	Addr.ptr.prototype.marshalBinaryWithTrailingBytes = function(trailingBytes) {
		var _1, b, ip, trailingBytes, z;
		ip = this;
		b = sliceType.nil;
		_1 = ip.z;
		if (_1 === (z0)) {
			b = $makeSlice(sliceType, trailingBytes);
		} else if (_1 === (z4)) {
			b = $makeSlice(sliceType, (4 + trailingBytes >> 0));
			bePutUint32(b, ((ip.addr.lo.$low >>> 0)));
		} else {
			z = $clone(ip, Addr).Zone();
			b = $makeSlice(sliceType, ((16 + z.length >> 0) + trailingBytes >> 0));
			bePutUint64($subslice(b, 0, 8), ip.addr.hi);
			bePutUint64($subslice(b, 8), ip.addr.lo);
			$copyString($subslice(b, 16), z);
		}
		return b;
	};
	Addr.prototype.marshalBinaryWithTrailingBytes = function(trailingBytes) { return this.$val.marshalBinaryWithTrailingBytes(trailingBytes); };
	Addr.ptr.prototype.MarshalBinary = function() {
		var ip;
		ip = this;
		return [$clone(ip, Addr).marshalBinaryWithTrailingBytes(0), $ifaceNil];
	};
	Addr.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	Addr.ptr.prototype.UnmarshalBinary = function(b) {
		var b, ip, n;
		ip = this;
		n = b.$length;
		if ((n === 0)) {
			Addr.copy(ip, new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""));
			return $ifaceNil;
		} else if ((n === 4)) {
			Addr.copy(ip, AddrFrom4($clone(($sliceToGoArray(b, ptrType$2)), arrayType$1)));
			return $ifaceNil;
		} else if ((n === 16)) {
			Addr.copy(ip, ipv6Slice(b));
			return $ifaceNil;
		} else if (n > 16) {
			Addr.copy(ip, $clone(ipv6Slice($subslice(b, 0, 16)), Addr).WithZone(($bytesToString($subslice(b, 16)))));
			return $ifaceNil;
		}
		return errors.New("unexpected slice size");
	};
	Addr.prototype.UnmarshalBinary = function(b) { return this.$val.UnmarshalBinary(b); };
	AddrPortFrom = function(ip, port) {
		var ip, port;
		return new AddrPort.ptr($clone(ip, Addr), port);
	};
	$pkg.AddrPortFrom = AddrPortFrom;
	AddrPort.ptr.prototype.Addr = function() {
		var p;
		p = this;
		return p.ip;
	};
	AddrPort.prototype.Addr = function() { return this.$val.Addr(); };
	AddrPort.ptr.prototype.Port = function() {
		var p;
		p = this;
		return p.port;
	};
	AddrPort.prototype.Port = function() { return this.$val.Port(); };
	splitAddrPort = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, err, i, ip, port, s, v6;
		ip = "";
		port = "";
		v6 = false;
		err = $ifaceNil;
		i = stringsLastIndexByte(s, 58);
		if (i === -1) {
			_tmp = "";
			_tmp$1 = "";
			_tmp$2 = false;
			_tmp$3 = errors.New("not an ip:port");
			ip = _tmp;
			port = _tmp$1;
			v6 = _tmp$2;
			err = _tmp$3;
			return [ip, port, v6, err];
		}
		_tmp$4 = $substring(s, 0, i);
		_tmp$5 = $substring(s, (i + 1 >> 0));
		ip = _tmp$4;
		port = _tmp$5;
		if (ip.length === 0) {
			_tmp$6 = "";
			_tmp$7 = "";
			_tmp$8 = false;
			_tmp$9 = errors.New("no IP");
			ip = _tmp$6;
			port = _tmp$7;
			v6 = _tmp$8;
			err = _tmp$9;
			return [ip, port, v6, err];
		}
		if (port.length === 0) {
			_tmp$10 = "";
			_tmp$11 = "";
			_tmp$12 = false;
			_tmp$13 = errors.New("no port");
			ip = _tmp$10;
			port = _tmp$11;
			v6 = _tmp$12;
			err = _tmp$13;
			return [ip, port, v6, err];
		}
		if (ip.charCodeAt(0) === 91) {
			if (ip.length < 2 || !((ip.charCodeAt((ip.length - 1 >> 0)) === 93))) {
				_tmp$14 = "";
				_tmp$15 = "";
				_tmp$16 = false;
				_tmp$17 = errors.New("missing ]");
				ip = _tmp$14;
				port = _tmp$15;
				v6 = _tmp$16;
				err = _tmp$17;
				return [ip, port, v6, err];
			}
			ip = $substring(ip, 1, (ip.length - 1 >> 0));
			v6 = true;
		}
		_tmp$18 = ip;
		_tmp$19 = port;
		_tmp$20 = v6;
		_tmp$21 = $ifaceNil;
		ip = _tmp$18;
		port = _tmp$19;
		v6 = _tmp$20;
		err = _tmp$21;
		return [ip, port, v6, err];
	};
	ParseAddrPort = function(s) {
		var {_r, _tuple, _tuple$1, _tuple$2, err, ip, ipp, port, port16, s, v6, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ipp = new AddrPort.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		_tuple = splitAddrPort(s);
		ip = _tuple[0];
		port = _tuple[1];
		v6 = _tuple[2];
		err = _tuple[3];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ipp, err];
		}
		_tuple$1 = strconv.ParseUint(port, 10, 16);
		port16 = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ipp, errors.New("invalid port " + strconv.Quote(port) + " parsing " + strconv.Quote(s))];
		}
		ipp.port = ((port16.$low << 16 >>> 16));
		_r = ParseAddr(ip); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$2 = _r;
		Addr.copy(ipp.ip, _tuple$2[0]);
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new AddrPort.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), err];
		}
		if (v6 && $clone(ipp.ip, Addr).Is4()) {
			$s = -1; return [new AddrPort.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("invalid ip:port " + strconv.Quote(s) + ", square brackets can only be used with IPv6 addresses")];
		} else if (!v6 && $clone(ipp.ip, Addr).Is6()) {
			$s = -1; return [new AddrPort.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("invalid ip:port " + strconv.Quote(s) + ", IPv6 addresses must be surrounded by square brackets")];
		}
		$s = -1; return [ipp, $ifaceNil];
		/* */ } return; } var $f = {$blk: ParseAddrPort, $c: true, $r, _r, _tuple, _tuple$1, _tuple$2, err, ip, ipp, port, port16, s, v6, $s};return $f;
	};
	$pkg.ParseAddrPort = ParseAddrPort;
	AddrPort.ptr.prototype.isZero = function() {
		var p;
		p = this;
		return $equal(p, new AddrPort.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), AddrPort);
	};
	AddrPort.prototype.isZero = function() { return this.$val.isZero(); };
	AddrPort.ptr.prototype.IsValid = function() {
		var p;
		p = this;
		return $clone(p.ip, Addr).IsValid();
	};
	AddrPort.prototype.IsValid = function() { return this.$val.IsValid(); };
	AddrPort.ptr.prototype.String = function() {
		var _1, _i, _ref, a, buf, i, p;
		p = this;
		_1 = p.ip.z;
		if (_1 === (z0)) {
			return "invalid AddrPort";
		} else if (_1 === (z4)) {
			a = $clone($clone(p.ip, Addr).As4(), arrayType$1);
			buf = $makeSlice(sliceType, 0, 21);
			_ref = a;
			_i = 0;
			while (true) {
				if (!(_i < 4)) { break; }
				i = _i;
				buf = strconv.AppendUint(buf, (new $Uint64(0, ((i < 0 || i >= a.length) ? ($throwRuntimeError("index out of range"), undefined) : a[i]))), 10);
				buf = $append(buf, "...:".charCodeAt(i));
				_i++;
			}
			buf = strconv.AppendUint(buf, (new $Uint64(0, p.port)), 10);
			return ($bytesToString(buf));
		} else {
			return joinHostPort($clone(p.ip, Addr).String(), itoa.Itoa(((p.port >> 0))));
		}
	};
	AddrPort.prototype.String = function() { return this.$val.String(); };
	joinHostPort = function(host, port) {
		var host, port;
		if (bytealg.IndexByteString(host, 58) >= 0) {
			return "[" + host + "]:" + port;
		}
		return host + ":" + port;
	};
	AddrPort.ptr.prototype.AppendTo = function(b) {
		var _1, b, p, z;
		p = this;
		_1 = p.ip.z;
		if (_1 === (z0)) {
			return b;
		} else if (_1 === (z4)) {
			b = $clone(p.ip, Addr).appendTo4(b);
		} else {
			if ($clone(p.ip, Addr).Is4In6()) {
				b = $appendSlice(b, "[::ffff:");
				b = $clone($clone(p.ip, Addr).Unmap(), Addr).appendTo4(b);
				z = $clone(p.ip, Addr).Zone();
				if (!(z === "")) {
					b = $append(b, 37);
					b = $appendSlice(b, z);
				}
			} else {
				b = $append(b, 91);
				b = $clone(p.ip, Addr).appendTo6(b);
			}
			b = $append(b, 93);
		}
		b = $append(b, 58);
		b = strconv.AppendInt(b, (new $Int64(0, p.port)), 10);
		return b;
	};
	AddrPort.prototype.AppendTo = function(b) { return this.$val.AppendTo(b); };
	AddrPort.ptr.prototype.MarshalText = function() {
		var _1, b, max, p;
		p = this;
		max = 0;
		_1 = p.ip.z;
		if (_1 === (z0)) {
		} else if (_1 === (z4)) {
			max = 21;
		} else {
			max = 54;
		}
		b = $makeSlice(sliceType, 0, max);
		b = $clone(p, AddrPort).AppendTo(b);
		return [b, $ifaceNil];
	};
	AddrPort.prototype.MarshalText = function() { return this.$val.MarshalText(); };
	AddrPort.ptr.prototype.UnmarshalText = function(text) {
		var {_r, _tuple, err, p, text, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (text.$length === 0) {
			AddrPort.copy(p, new AddrPort.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0));
			$s = -1; return $ifaceNil;
		}
		err = $ifaceNil;
		_r = ParseAddrPort(($bytesToString(text))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		AddrPort.copy(p, _tuple[0]);
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: AddrPort.ptr.prototype.UnmarshalText, $c: true, $r, _r, _tuple, err, p, text, $s};return $f;
	};
	AddrPort.prototype.UnmarshalText = function(text) { return this.$val.UnmarshalText(text); };
	AddrPort.ptr.prototype.MarshalBinary = function() {
		var b, p;
		p = this;
		b = $clone($clone(p, AddrPort).Addr(), Addr).marshalBinaryWithTrailingBytes(2);
		lePutUint16($subslice(b, (b.$length - 2 >> 0)), $clone(p, AddrPort).Port());
		return [b, $ifaceNil];
	};
	AddrPort.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	AddrPort.ptr.prototype.UnmarshalBinary = function(b) {
		var addr, b, err, p;
		p = this;
		if (b.$length < 2) {
			return errors.New("unexpected slice size");
		}
		addr = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
		err = addr.UnmarshalBinary($subslice(b, 0, (b.$length - 2 >> 0)));
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return err;
		}
		AddrPort.copy(p, AddrPortFrom($clone(addr, Addr), leUint16($subslice(b, (b.$length - 2 >> 0)))));
		return $ifaceNil;
	};
	AddrPort.prototype.UnmarshalBinary = function(b) { return this.$val.UnmarshalBinary(b); };
	PrefixFrom = function(ip, bits$1) {
		var b16, bits$1, ip;
		if (bits$1 < 0 || bits$1 > $clone(ip, Addr).BitLen()) {
			bits$1 = -1;
		}
		b16 = ((bits$1 << 16 >> 16));
		return new Prefix.ptr($clone($clone(ip, Addr).withoutZone(), Addr), b16);
	};
	$pkg.PrefixFrom = PrefixFrom;
	Prefix.ptr.prototype.Addr = function() {
		var p;
		p = this;
		return p.ip;
	};
	Prefix.prototype.Addr = function() { return this.$val.Addr(); };
	Prefix.ptr.prototype.Bits = function() {
		var p;
		p = this;
		return ((p.bits >> 0));
	};
	Prefix.prototype.Bits = function() { return this.$val.Bits(); };
	Prefix.ptr.prototype.IsValid = function() {
		var p;
		p = this;
		return !$clone(p.ip, Addr).isZero() && p.bits >= 0 && ((p.bits >> 0)) <= $clone(p.ip, Addr).BitLen();
	};
	Prefix.prototype.IsValid = function() { return this.$val.IsValid(); };
	Prefix.ptr.prototype.isZero = function() {
		var p;
		p = this;
		return $equal(p, new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), Prefix);
	};
	Prefix.prototype.isZero = function() { return this.$val.isZero(); };
	Prefix.ptr.prototype.IsSingleIP = function() {
		var p;
		p = this;
		return !((p.bits === 0)) && (((p.bits >> 0)) === $clone(p.ip, Addr).BitLen());
	};
	Prefix.prototype.IsSingleIP = function() { return this.$val.IsSingleIP(); };
	ParsePrefix = function(s) {
		var {$24r, _r, _r$1, _r$2, _tuple, _tuple$1, bits$1, bitsStr, err, i, ip, maxBits, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = stringsLastIndexByte(s, 47);
		if (i < 0) {
			$s = -1; return [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("netip.ParsePrefix(" + strconv.Quote(s) + "): no '/'")];
		}
		_r = ParseAddr($substring(s, 0, i)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ip = $clone(_tuple[0], Addr);
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			_r$1 = err.Error(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = errors.New("netip.ParsePrefix(" + strconv.Quote(s) + "): " + _r$1); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), _r$2];
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		bitsStr = $substring(s, (i + 1 >> 0));
		_tuple$1 = strconv.Atoi(bitsStr);
		bits$1 = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("netip.ParsePrefix(" + strconv.Quote(s) + ": bad bits after slash: " + strconv.Quote(bitsStr))];
		}
		maxBits = 32;
		if ($clone(ip, Addr).Is6()) {
			maxBits = 128;
		}
		if (bits$1 < 0 || bits$1 > maxBits) {
			$s = -1; return [new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0), errors.New("netip.ParsePrefix(" + strconv.Quote(s) + ": prefix length out of range")];
		}
		$s = -1; return [PrefixFrom($clone(ip, Addr), bits$1), $ifaceNil];
		/* */ } return; } var $f = {$blk: ParsePrefix, $c: true, $r, $24r, _r, _r$1, _r$2, _tuple, _tuple$1, bits$1, bitsStr, err, i, ip, maxBits, s, $s};return $f;
	};
	$pkg.ParsePrefix = ParsePrefix;
	Prefix.ptr.prototype.Masked = function() {
		var _tuple, err, m, p;
		p = this;
		_tuple = $clone(p.ip, Addr).Prefix(((p.bits >> 0)));
		m = $clone(_tuple[0], Prefix);
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			return m;
		}
		return new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
	};
	Prefix.prototype.Masked = function() { return this.$val.Masked(); };
	Prefix.ptr.prototype.Contains = function(ip) {
		var _tmp, _tmp$1, f1, f2, ip, p, x, x$1;
		p = this;
		if (!$clone(p, Prefix).IsValid() || $clone(ip, Addr).hasZone()) {
			return false;
		}
		_tmp = $clone(p.ip, Addr).BitLen();
		_tmp$1 = $clone(ip, Addr).BitLen();
		f1 = _tmp;
		f2 = _tmp$1;
		if ((f1 === 0) || (f2 === 0) || !((f1 === f2))) {
			return false;
		}
		if ($clone(ip, Addr).Is4()) {
			return (($shiftRightUint64(((x = ip.addr.lo, x$1 = p.ip.addr.lo, new $Uint64(x.$high ^ x$1.$high, (x.$low ^ x$1.$low) >>> 0))), ((((32 - p.bits << 16 >> 16)) & 63))).$low >>> 0)) === 0;
		} else {
			return $clone($clone($clone(ip.addr, uint128).xor($clone(p.ip.addr, uint128)), uint128).and($clone(mask6(((p.bits >> 0))), uint128)), uint128).isZero();
		}
	};
	Prefix.prototype.Contains = function(ip) { return this.$val.Contains(ip); };
	Prefix.ptr.prototype.Overlaps = function(o) {
		var _tuple, _tuple$1, err, minBits, o, p;
		p = this;
		if (!$clone(p, Prefix).IsValid() || !$clone(o, Prefix).IsValid()) {
			return false;
		}
		if ($equal(p, o, Prefix)) {
			return true;
		}
		if (!($clone(p.ip, Addr).Is4() === $clone(o.ip, Addr).Is4())) {
			return false;
		}
		minBits = 0;
		if (p.bits < o.bits) {
			minBits = p.bits;
		} else {
			minBits = o.bits;
		}
		if (minBits === 0) {
			return true;
		}
		err = $ifaceNil;
		_tuple = $clone(p.ip, Addr).Prefix(((minBits >> 0)));
		Prefix.copy(p, _tuple[0]);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return false;
		}
		_tuple$1 = $clone(o.ip, Addr).Prefix(((minBits >> 0)));
		Prefix.copy(o, _tuple$1[0]);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return false;
		}
		return $equal(p.ip, o.ip, Addr);
	};
	Prefix.prototype.Overlaps = function(o) { return this.$val.Overlaps(o); };
	Prefix.ptr.prototype.AppendTo = function(b) {
		var b, p;
		p = this;
		if ($clone(p, Prefix).isZero()) {
			return b;
		}
		if (!$clone(p, Prefix).IsValid()) {
			return $appendSlice(b, "invalid Prefix");
		}
		if (p.ip.z === z4) {
			b = $clone(p.ip, Addr).appendTo4(b);
		} else {
			if ($clone(p.ip, Addr).Is4In6()) {
				b = $appendSlice(b, "::ffff:");
				b = $clone($clone(p.ip, Addr).Unmap(), Addr).appendTo4(b);
			} else {
				b = $clone(p.ip, Addr).appendTo6(b);
			}
		}
		b = $append(b, 47);
		b = appendDecimal(b, ((p.bits << 24 >>> 24)));
		return b;
	};
	Prefix.prototype.AppendTo = function(b) { return this.$val.AppendTo(b); };
	Prefix.ptr.prototype.MarshalText = function() {
		var _1, b, max, p;
		p = this;
		max = 0;
		_1 = p.ip.z;
		if (_1 === (z0)) {
		} else if (_1 === (z4)) {
			max = 18;
		} else {
			max = 50;
		}
		b = $makeSlice(sliceType, 0, max);
		b = $clone(p, Prefix).AppendTo(b);
		return [b, $ifaceNil];
	};
	Prefix.prototype.MarshalText = function() { return this.$val.MarshalText(); };
	Prefix.ptr.prototype.UnmarshalText = function(text) {
		var {_r, _tuple, err, p, text, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		if (text.$length === 0) {
			Prefix.copy(p, new Prefix.ptr(new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0));
			$s = -1; return $ifaceNil;
		}
		err = $ifaceNil;
		_r = ParsePrefix(($bytesToString(text))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		Prefix.copy(p, _tuple[0]);
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Prefix.ptr.prototype.UnmarshalText, $c: true, $r, _r, _tuple, err, p, text, $s};return $f;
	};
	Prefix.prototype.UnmarshalText = function(text) { return this.$val.UnmarshalText(text); };
	Prefix.ptr.prototype.MarshalBinary = function() {
		var b, p, x;
		p = this;
		b = $clone($clone($clone(p, Prefix).Addr(), Addr).withoutZone(), Addr).marshalBinaryWithTrailingBytes(1);
		(x = b.$length - 1 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x] = (($clone(p, Prefix).Bits() << 24 >>> 24))));
		return [b, $ifaceNil];
	};
	Prefix.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	Prefix.ptr.prototype.UnmarshalBinary = function(b) {
		var addr, b, err, p, x;
		p = this;
		if (b.$length < 1) {
			return errors.New("unexpected slice size");
		}
		addr = new Addr.ptr(new uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
		err = addr.UnmarshalBinary($subslice(b, 0, (b.$length - 1 >> 0)));
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return err;
		}
		Prefix.copy(p, PrefixFrom($clone(addr, Addr), (((x = b.$length - 1 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x])) >> 0))));
		return $ifaceNil;
	};
	Prefix.prototype.UnmarshalBinary = function(b) { return this.$val.UnmarshalBinary(b); };
	Prefix.ptr.prototype.String = function() {
		var p;
		p = this;
		if (!$clone(p, Prefix).IsValid()) {
			return "invalid Prefix";
		}
		return $clone(p.ip, Addr).String() + "/" + itoa.Itoa(((p.bits >> 0)));
	};
	Prefix.prototype.String = function() { return this.$val.String(); };
	stringsLastIndexByte = function(s, b) {
		var b, i, s;
		i = s.length - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			if (s.charCodeAt(i) === b) {
				return i;
			}
			i = i - (1) >> 0;
		}
		return -1;
	};
	beUint64 = function(b) {
		var b, x, x$1, x$10, x$11, x$12, x$13, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		return (x = (x$1 = (x$2 = (x$3 = (x$4 = (x$5 = (x$6 = (new $Uint64(0, (7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]))), x$7 = $shiftLeft64((new $Uint64(0, (6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6]))), 8), new $Uint64(x$6.$high | x$7.$high, (x$6.$low | x$7.$low) >>> 0)), x$8 = $shiftLeft64((new $Uint64(0, (5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5]))), 16), new $Uint64(x$5.$high | x$8.$high, (x$5.$low | x$8.$low) >>> 0)), x$9 = $shiftLeft64((new $Uint64(0, (4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4]))), 24), new $Uint64(x$4.$high | x$9.$high, (x$4.$low | x$9.$low) >>> 0)), x$10 = $shiftLeft64((new $Uint64(0, (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]))), 32), new $Uint64(x$3.$high | x$10.$high, (x$3.$low | x$10.$low) >>> 0)), x$11 = $shiftLeft64((new $Uint64(0, (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]))), 40), new $Uint64(x$2.$high | x$11.$high, (x$2.$low | x$11.$low) >>> 0)), x$12 = $shiftLeft64((new $Uint64(0, (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]))), 48), new $Uint64(x$1.$high | x$12.$high, (x$1.$low | x$12.$low) >>> 0)), x$13 = $shiftLeft64((new $Uint64(0, (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]))), 56), new $Uint64(x.$high | x$13.$high, (x.$low | x$13.$low) >>> 0));
	};
	bePutUint64 = function(b, v) {
		var b, v;
		$unused((7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = (($shiftRightUint64(v, 56).$low << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (($shiftRightUint64(v, 48).$low << 24 >>> 24)));
		(2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2] = (($shiftRightUint64(v, 40).$low << 24 >>> 24)));
		(3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3] = (($shiftRightUint64(v, 32).$low << 24 >>> 24)));
		(4 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 4] = (($shiftRightUint64(v, 24).$low << 24 >>> 24)));
		(5 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 5] = (($shiftRightUint64(v, 16).$low << 24 >>> 24)));
		(6 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 6] = (($shiftRightUint64(v, 8).$low << 24 >>> 24)));
		(7 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 7] = ((v.$low << 24 >>> 24)));
	};
	bePutUint32 = function(b, v) {
		var b, v;
		$unused((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = (((v >>> 24 >>> 0) << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (((v >>> 16 >>> 0) << 24 >>> 24)));
		(2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2] = (((v >>> 8 >>> 0) << 24 >>> 24)));
		(3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3] = ((v << 24 >>> 24)));
	};
	leUint16 = function(b) {
		var b;
		$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
		return ((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) << 16 >>> 16)) | ((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) << 16 >>> 16)) << 8 << 16 >>> 16)) >>> 0;
	};
	lePutUint16 = function(b, v) {
		var b, v;
		$unused((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]));
		(0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0] = ((v << 24 >>> 24)));
		(1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1] = (((v >>> 8 << 16 >>> 16) << 24 >>> 24)));
	};
	Addr.ptr.prototype.Zone = function() {
		var ip;
		ip = this;
		if (ip.z === z4 || ip.z === z6noz) {
			return "";
		}
		return ip.z;
	};
	Addr.prototype.Zone = function() { return this.$val.Zone(); };
	Addr.ptr.prototype.WithZone = function(zone) {
		var ip, zone;
		ip = this;
		if (!$clone(ip, Addr).Is6()) {
			return ip;
		}
		if (zone === "") {
			ip.z = z6noz;
			return ip;
		}
		ip.z = zone;
		return ip;
	};
	Addr.prototype.WithZone = function(zone) { return this.$val.WithZone(zone); };
	uint128.methods = [{prop: "isZero", name: "isZero", pkg: "net/netip", typ: $funcType([], [$Bool], false)}, {prop: "and", name: "and", pkg: "net/netip", typ: $funcType([uint128], [uint128], false)}, {prop: "xor", name: "xor", pkg: "net/netip", typ: $funcType([uint128], [uint128], false)}, {prop: "or", name: "or", pkg: "net/netip", typ: $funcType([uint128], [uint128], false)}, {prop: "not", name: "not", pkg: "net/netip", typ: $funcType([], [uint128], false)}, {prop: "subOne", name: "subOne", pkg: "net/netip", typ: $funcType([], [uint128], false)}, {prop: "addOne", name: "addOne", pkg: "net/netip", typ: $funcType([], [uint128], false)}, {prop: "commonPrefixLen", name: "commonPrefixLen", pkg: "net/netip", typ: $funcType([uint128], [$Uint8], false)}, {prop: "bitsSetFrom", name: "bitsSetFrom", pkg: "net/netip", typ: $funcType([$Uint8], [uint128], false)}, {prop: "bitsClearedFrom", name: "bitsClearedFrom", pkg: "net/netip", typ: $funcType([$Uint8], [uint128], false)}];
	ptrType$3.methods = [{prop: "halves", name: "halves", pkg: "net/netip", typ: $funcType([], [arrayType$3], false)}];
	parseAddrError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	AddrPort.methods = [{prop: "Addr", name: "Addr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "Port", name: "Port", pkg: "", typ: $funcType([], [$Uint16], false)}, {prop: "isZero", name: "isZero", pkg: "net/netip", typ: $funcType([], [$Bool], false)}, {prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "AppendTo", name: "AppendTo", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType, $error], false)}];
	ptrType$4.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType], [$error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType], [$error], false)}];
	Prefix.methods = [{prop: "Addr", name: "Addr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "Bits", name: "Bits", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "isZero", name: "isZero", pkg: "net/netip", typ: $funcType([], [$Bool], false)}, {prop: "IsSingleIP", name: "IsSingleIP", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Masked", name: "Masked", pkg: "", typ: $funcType([], [Prefix], false)}, {prop: "Contains", name: "Contains", pkg: "", typ: $funcType([Addr], [$Bool], false)}, {prop: "Overlaps", name: "Overlaps", pkg: "", typ: $funcType([Prefix], [$Bool], false)}, {prop: "AppendTo", name: "AppendTo", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$5.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType], [$error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType], [$error], false)}];
	Addr.methods = [{prop: "v4", name: "v4", pkg: "net/netip", typ: $funcType([$Uint8], [$Uint8], false)}, {prop: "v6", name: "v6", pkg: "net/netip", typ: $funcType([$Uint8], [$Uint8], false)}, {prop: "v6u16", name: "v6u16", pkg: "net/netip", typ: $funcType([$Uint8], [$Uint16], false)}, {prop: "isZero", name: "isZero", pkg: "net/netip", typ: $funcType([], [$Bool], false)}, {prop: "IsValid", name: "IsValid", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "BitLen", name: "BitLen", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Compare", name: "Compare", pkg: "", typ: $funcType([Addr], [$Int], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([Addr], [$Bool], false)}, {prop: "lessOrEq", name: "lessOrEq", pkg: "net/netip", typ: $funcType([Addr], [$Bool], false)}, {prop: "Is4", name: "Is4", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Is4In6", name: "Is4In6", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Is6", name: "Is6", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Unmap", name: "Unmap", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "withoutZone", name: "withoutZone", pkg: "net/netip", typ: $funcType([], [Addr], false)}, {prop: "hasZone", name: "hasZone", pkg: "net/netip", typ: $funcType([], [$Bool], false)}, {prop: "IsLinkLocalUnicast", name: "IsLinkLocalUnicast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsLoopback", name: "IsLoopback", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsMulticast", name: "IsMulticast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsInterfaceLocalMulticast", name: "IsInterfaceLocalMulticast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsLinkLocalMulticast", name: "IsLinkLocalMulticast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsGlobalUnicast", name: "IsGlobalUnicast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsPrivate", name: "IsPrivate", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsUnspecified", name: "IsUnspecified", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Prefix", name: "Prefix", pkg: "", typ: $funcType([$Int], [Prefix, $error], false)}, {prop: "As16", name: "As16", pkg: "", typ: $funcType([], [arrayType$2], false)}, {prop: "As4", name: "As4", pkg: "", typ: $funcType([], [arrayType$1], false)}, {prop: "AsSlice", name: "AsSlice", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "Next", name: "Next", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "Prev", name: "Prev", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "AppendTo", name: "AppendTo", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "string4", name: "string4", pkg: "net/netip", typ: $funcType([], [$String], false)}, {prop: "appendTo4", name: "appendTo4", pkg: "net/netip", typ: $funcType([sliceType], [sliceType], false)}, {prop: "string6", name: "string6", pkg: "net/netip", typ: $funcType([], [$String], false)}, {prop: "appendTo6", name: "appendTo6", pkg: "net/netip", typ: $funcType([sliceType], [sliceType], false)}, {prop: "StringExpanded", name: "StringExpanded", pkg: "", typ: $funcType([], [$String], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "marshalBinaryWithTrailingBytes", name: "marshalBinaryWithTrailingBytes", pkg: "net/netip", typ: $funcType([$Int], [sliceType], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "Zone", name: "Zone", pkg: "", typ: $funcType([], [$String], false)}, {prop: "WithZone", name: "WithZone", pkg: "", typ: $funcType([$String], [Addr], false)}];
	ptrType$6.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType], [$error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType], [$error], false)}];
	uint128.init("net/netip", [{prop: "hi", name: "hi", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "lo", name: "lo", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	parseAddrError.init("net/netip", [{prop: "in$0", name: "in", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "msg", name: "msg", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "at", name: "at", embedded: false, exported: false, typ: $String, tag: ""}]);
	AddrPort.init("net/netip", [{prop: "ip", name: "ip", embedded: false, exported: false, typ: Addr, tag: ""}, {prop: "port", name: "port", embedded: false, exported: false, typ: $Uint16, tag: ""}]);
	Prefix.init("net/netip", [{prop: "ip", name: "ip", embedded: false, exported: false, typ: Addr, tag: ""}, {prop: "bits", name: "bits", embedded: false, exported: false, typ: $Int16, tag: ""}]);
	Addr.init("net/netip", [{prop: "addr", name: "addr", embedded: false, exported: false, typ: uint128, tag: ""}, {prop: "z", name: "z", embedded: false, exported: false, typ: $String, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytealg.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = intern.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = itoa.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$unused(new intern.Value.ptr(arrayType.zero(), $ifaceNil, false));
		$unused(new intern.Value.ptr(arrayType.zero(), $ifaceNil, false));
		z0 = "";
		z4 = "\x00ipv4";
		z6noz = "\x00ipv6noz";
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/net/dns/dnsmessage"] = (function() {
	var $pkg = {}, $init, errors, errBaseLen, errCalcLen, errReserved, errTooManyPtr, errInvalidPtr, errNilResouceBody, errResourceLen, errSegTooLong, errZeroSegLen, errResTooLong, errTooManyQuestions, errTooManyAnswers, errTooManyAuthorities, errTooManyAdditionals, errNonCanonicalName, errStringTooLong, errCompressedSRV;
	errors = $packages["errors"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrNotStarted = errors.New("parsing/packing of this type isn't available yet");
		$pkg.ErrSectionDone = errors.New("parsing/packing of this section has completed");
		errBaseLen = errors.New("insufficient data for base length type");
		errCalcLen = errors.New("insufficient data for calculated length type");
		errReserved = errors.New("segment prefix is reserved");
		errTooManyPtr = errors.New("too many pointers (>10)");
		errInvalidPtr = errors.New("invalid pointer");
		errNilResouceBody = errors.New("nil resource body");
		errResourceLen = errors.New("insufficient data for resource body length");
		errSegTooLong = errors.New("segment length too long");
		errZeroSegLen = errors.New("zero length segment");
		errResTooLong = errors.New("resource length too long");
		errTooManyQuestions = errors.New("too many Questions to pack (>65535)");
		errTooManyAnswers = errors.New("too many Answers to pack (>65535)");
		errTooManyAuthorities = errors.New("too many Authorities to pack (>65535)");
		errTooManyAdditionals = errors.New("too many Additionals to pack (>65535)");
		errNonCanonicalName = errors.New("name is not in canonical format (it must end with a .)");
		errStringTooLong = errors.New("character string exceeds maximum length (255)");
		errCompressedSRV = errors.New("compressed name in SRV resource data");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net"] = (function() {
	var $pkg = {}, $init, context, errors, bytealg, itoa, nettrace, poll, singleflight, io, netip, os, runtime, sort, sync, syscall, time, dnsmessage, UnixAddr, UnixConn, UnixListener, UDPAddr, addrPortUDPAddr, UDPConn, TCPAddr, TCPConn, TCPListener, sockaddr, rawConn, rawListener, file, netFD, bufferedPipe, Addr, Conn, conn, PacketConn, Listener, Error, OpError, timeout, temporary, ParseError, AddrError, UnknownNetworkError, timeoutError, DNSError, writerOnly, HardwareAddr, Resolver, onlyValuesCtx, ipStackCapabilities, addrList, IPAddr, IPConn, IP, IPMask, IPNet, Interface, Flags, ipv6ZoneCache, SRV, MX, NS, Dialer, sysDialer, ListenConfig, sysListener, dialResult, ptrType, sliceType, ptrType$2, sliceType$1, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, ptrType$11, ptrType$12, arrayType, arrayType$1, ptrType$13, ptrType$14, ptrType$15, ptrType$16, ptrType$17, ptrType$18, ptrType$19, ptrType$20, structType$2, ptrType$22, ptrType$23, ptrType$24, sliceType$2, ptrType$25, ptrType$26, ptrType$27, ptrType$28, sliceType$3, ptrType$29, sliceType$4, ptrType$30, sliceType$5, ptrType$31, sliceType$6, arrayType$2, sliceType$7, ptrType$32, sliceType$8, ptrType$33, funcType, sliceType$9, structType$3, sliceType$10, ptrType$34, ptrType$35, sliceType$11, sliceType$12, funcType$1, funcType$2, ptrType$36, chanType$5, chanType$6, ptrType$39, ptrType$40, ptrType$42, funcType$3, ptrType$43, funcType$4, ptrType$44, ptrType$45, mapType$1, mapType$2, ptrType$46, funcType$5, ptrType$47, ptrType$48, ptrType$49, onceReadServices, listenersMu, listeners, portCounterMu, portCounter, netGo, errNoSuitableAddress, errMissingAddress, errCanceled, aLongTimeAgo, errTimeout, errNoSuchHost, errClosed, protocols, services, dnsWaitGroup, errMalformedDNSRecordsDetail, ipStackCaps, v4InV6Prefix, classAMask, classBMask, classCMask, errInvalidInterface, errInvalidInterfaceIndex, errInvalidInterfaceName, errNoSuchInterface, errNoSuchMulticastInterface, flagNames, zoneCache, testHookDialTCP, testHookLookupIP, testHookSetKeepAlive, setReadMsgCloseOnExec, unixSocket, sotypeToNet, ResolveUnixAddr, newUnixConn, UDPAddrFromAddrPort, newUDPConn, setNoDelay, setKeepAlivePeriod, selfConnect, spuriousENOTAVAIL, newTCPConn, splice, setReadBuffer, setWriteBuffer, setKeepAlive, setLinger, sendFile, newRawConn, newRawListener, readServices, goLookupPort, parsePort, open, countAnyByte, splitAtBytes, getFields, dtoi, xtoi, appendHex, last, lowerASCIIBytes, nextPort, socket, newBufferedPipe, sysSocket, mapErr, genericReadFrom, lookupProtocol, lookupProtocolMap, lookupPortMap, withUnexpiredValuesPreserved, lookupIPReturn, ipAddrsEface, favoriteAddrFamily, internetSocket, ipToSockaddrInet4, ipToSockaddrInet6, ipToSockaddr, addrPortToSockaddrInet4, addrPortToSockaddrInet6, supportsIPv4, supportsIPv4map, isIPv4, filterAddrList, ipv4only, ipv6only, SplitHostPort, splitHostZone, JoinHostPort, loopbackIP, stripIPv4Header, newIPConn, IPv4, IPv4Mask, CIDRMask, isZeros, allFF, ubtoa, hexString, ipEmptyString, simpleMaskLength, networkNumberAndMask, parseIPv4, parseIPv6Zone, parseIPv6, ParseIP, parseIPZone, ParseCIDR, interfaceTable, interfaceAddrTable, interfaceMulticastAddrTable, isConnError, isDomainName, minNonzeroTime, partialDeadline, parseNetwork, Dial, Listen, init;
	context = $packages["context"];
	errors = $packages["errors"];
	bytealg = $packages["internal/bytealg"];
	itoa = $packages["internal/itoa"];
	nettrace = $packages["internal/nettrace"];
	poll = $packages["internal/poll"];
	singleflight = $packages["internal/singleflight"];
	io = $packages["io"];
	netip = $packages["net/netip"];
	os = $packages["os"];
	runtime = $packages["runtime"];
	sort = $packages["sort"];
	sync = $packages["sync"];
	syscall = $packages["syscall"];
	time = $packages["time"];
	dnsmessage = $packages["vendor/golang.org/x/net/dns/dnsmessage"];
	UnixAddr = $pkg.UnixAddr = $newType(0, $kindStruct, "net.UnixAddr", true, "net", true, function(Name_, Net_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.Net = "";
			return;
		}
		this.Name = Name_;
		this.Net = Net_;
	});
	UnixConn = $pkg.UnixConn = $newType(0, $kindStruct, "net.UnixConn", true, "net", true, function(conn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = new conn.ptr(ptrType$3.nil);
			return;
		}
		this.conn = conn_;
	});
	UnixListener = $pkg.UnixListener = $newType(0, $kindStruct, "net.UnixListener", true, "net", true, function(fd_, path_, unlink_, unlinkOnce_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fd = ptrType$3.nil;
			this.path = "";
			this.unlink = false;
			this.unlinkOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			return;
		}
		this.fd = fd_;
		this.path = path_;
		this.unlink = unlink_;
		this.unlinkOnce = unlinkOnce_;
	});
	UDPAddr = $pkg.UDPAddr = $newType(0, $kindStruct, "net.UDPAddr", true, "net", true, function(IP_, Port_, Zone_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.IP = IP.nil;
			this.Port = 0;
			this.Zone = "";
			return;
		}
		this.IP = IP_;
		this.Port = Port_;
		this.Zone = Zone_;
	});
	addrPortUDPAddr = $pkg.addrPortUDPAddr = $newType(0, $kindStruct, "net.addrPortUDPAddr", true, "net", false, function(AddrPort_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.AddrPort = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
			return;
		}
		this.AddrPort = AddrPort_;
	});
	UDPConn = $pkg.UDPConn = $newType(0, $kindStruct, "net.UDPConn", true, "net", true, function(conn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = new conn.ptr(ptrType$3.nil);
			return;
		}
		this.conn = conn_;
	});
	TCPAddr = $pkg.TCPAddr = $newType(0, $kindStruct, "net.TCPAddr", true, "net", true, function(IP_, Port_, Zone_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.IP = IP.nil;
			this.Port = 0;
			this.Zone = "";
			return;
		}
		this.IP = IP_;
		this.Port = Port_;
		this.Zone = Zone_;
	});
	TCPConn = $pkg.TCPConn = $newType(0, $kindStruct, "net.TCPConn", true, "net", true, function(conn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = new conn.ptr(ptrType$3.nil);
			return;
		}
		this.conn = conn_;
	});
	TCPListener = $pkg.TCPListener = $newType(0, $kindStruct, "net.TCPListener", true, "net", true, function(fd_, lc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fd = ptrType$3.nil;
			this.lc = new ListenConfig.ptr($throwNilPointerError, new time.Duration(0, 0));
			return;
		}
		this.fd = fd_;
		this.lc = lc_;
	});
	sockaddr = $pkg.sockaddr = $newType(8, $kindInterface, "net.sockaddr", true, "net", false, null);
	rawConn = $pkg.rawConn = $newType(0, $kindStruct, "net.rawConn", true, "net", false, function(fd_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fd = ptrType$3.nil;
			return;
		}
		this.fd = fd_;
	});
	rawListener = $pkg.rawListener = $newType(0, $kindStruct, "net.rawListener", true, "net", false, function(rawConn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rawConn = new rawConn.ptr(ptrType$3.nil);
			return;
		}
		this.rawConn = rawConn_;
	});
	file = $pkg.file = $newType(0, $kindStruct, "net.file", true, "net", false, function(file_, data_, atEOF_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.file = ptrType$7.nil;
			this.data = sliceType$1.nil;
			this.atEOF = false;
			return;
		}
		this.file = file_;
		this.data = data_;
		this.atEOF = atEOF_;
	});
	netFD = $pkg.netFD = $newType(0, $kindStruct, "net.netFD", true, "net", false, function(r_, w_, incoming_, closedMu_, closed_, listener_, family_, sotype_, net_, laddr_, raddr_, pfd_, isConnected_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = ptrType$23.nil;
			this.w = ptrType$23.nil;
			this.incoming = $chanNil;
			this.closedMu = new sync.Mutex.ptr(0, 0);
			this.closed = false;
			this.listener = false;
			this.family = 0;
			this.sotype = 0;
			this.net = "";
			this.laddr = $ifaceNil;
			this.raddr = $ifaceNil;
			this.pfd = new poll.FD.ptr(new poll.fdMutex.ptr(new $Uint64(0, 0), 0, 0), 0, new poll.pollDesc.ptr(ptrType$24.nil, false), ptrType$25.nil, 0, 0, false, false, false);
			this.isConnected = false;
			return;
		}
		this.r = r_;
		this.w = w_;
		this.incoming = incoming_;
		this.closedMu = closedMu_;
		this.closed = closed_;
		this.listener = listener_;
		this.family = family_;
		this.sotype = sotype_;
		this.net = net_;
		this.laddr = laddr_;
		this.raddr = raddr_;
		this.pfd = pfd_;
		this.isConnected = isConnected_;
	});
	bufferedPipe = $pkg.bufferedPipe = $newType(0, $kindStruct, "net.bufferedPipe", true, "net", false, function(softLimit_, mu_, buf_, closed_, rCond_, wCond_, rDeadline_, wDeadline_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.softLimit = 0;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.buf = sliceType$1.nil;
			this.closed = false;
			this.rCond = new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil);
			this.wCond = new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil);
			this.rDeadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			this.wDeadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			return;
		}
		this.softLimit = softLimit_;
		this.mu = mu_;
		this.buf = buf_;
		this.closed = closed_;
		this.rCond = rCond_;
		this.wCond = wCond_;
		this.rDeadline = rDeadline_;
		this.wDeadline = wDeadline_;
	});
	Addr = $pkg.Addr = $newType(8, $kindInterface, "net.Addr", true, "net", true, null);
	Conn = $pkg.Conn = $newType(8, $kindInterface, "net.Conn", true, "net", true, null);
	conn = $pkg.conn = $newType(0, $kindStruct, "net.conn", true, "net", false, function(fd_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.fd = ptrType$3.nil;
			return;
		}
		this.fd = fd_;
	});
	PacketConn = $pkg.PacketConn = $newType(8, $kindInterface, "net.PacketConn", true, "net", true, null);
	Listener = $pkg.Listener = $newType(8, $kindInterface, "net.Listener", true, "net", true, null);
	Error = $pkg.Error = $newType(8, $kindInterface, "net.Error", true, "net", true, null);
	OpError = $pkg.OpError = $newType(0, $kindStruct, "net.OpError", true, "net", true, function(Op_, Net_, Source_, Addr_, Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Op = "";
			this.Net = "";
			this.Source = $ifaceNil;
			this.Addr = $ifaceNil;
			this.Err = $ifaceNil;
			return;
		}
		this.Op = Op_;
		this.Net = Net_;
		this.Source = Source_;
		this.Addr = Addr_;
		this.Err = Err_;
	});
	timeout = $pkg.timeout = $newType(8, $kindInterface, "net.timeout", true, "net", false, null);
	temporary = $pkg.temporary = $newType(8, $kindInterface, "net.temporary", true, "net", false, null);
	ParseError = $pkg.ParseError = $newType(0, $kindStruct, "net.ParseError", true, "net", true, function(Type_, Text_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Type = "";
			this.Text = "";
			return;
		}
		this.Type = Type_;
		this.Text = Text_;
	});
	AddrError = $pkg.AddrError = $newType(0, $kindStruct, "net.AddrError", true, "net", true, function(Err_, Addr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Err = "";
			this.Addr = "";
			return;
		}
		this.Err = Err_;
		this.Addr = Addr_;
	});
	UnknownNetworkError = $pkg.UnknownNetworkError = $newType(8, $kindString, "net.UnknownNetworkError", true, "net", true, null);
	timeoutError = $pkg.timeoutError = $newType(0, $kindStruct, "net.timeoutError", true, "net", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	DNSError = $pkg.DNSError = $newType(0, $kindStruct, "net.DNSError", true, "net", true, function(Err_, Name_, Server_, IsTimeout_, IsTemporary_, IsNotFound_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Err = "";
			this.Name = "";
			this.Server = "";
			this.IsTimeout = false;
			this.IsTemporary = false;
			this.IsNotFound = false;
			return;
		}
		this.Err = Err_;
		this.Name = Name_;
		this.Server = Server_;
		this.IsTimeout = IsTimeout_;
		this.IsTemporary = IsTemporary_;
		this.IsNotFound = IsNotFound_;
	});
	writerOnly = $pkg.writerOnly = $newType(0, $kindStruct, "net.writerOnly", true, "net", false, function(Writer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Writer = $ifaceNil;
			return;
		}
		this.Writer = Writer_;
	});
	HardwareAddr = $pkg.HardwareAddr = $newType(12, $kindSlice, "net.HardwareAddr", true, "net", true, null);
	Resolver = $pkg.Resolver = $newType(0, $kindStruct, "net.Resolver", true, "net", true, function(PreferGo_, StrictErrors_, Dial_, lookupGroup_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.PreferGo = false;
			this.StrictErrors = false;
			this.Dial = $throwNilPointerError;
			this.lookupGroup = new singleflight.Group.ptr(new sync.Mutex.ptr(0, 0), false);
			return;
		}
		this.PreferGo = PreferGo_;
		this.StrictErrors = StrictErrors_;
		this.Dial = Dial_;
		this.lookupGroup = lookupGroup_;
	});
	onlyValuesCtx = $pkg.onlyValuesCtx = $newType(0, $kindStruct, "net.onlyValuesCtx", true, "net", false, function(Context_, lookupValues_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Context = $ifaceNil;
			this.lookupValues = $ifaceNil;
			return;
		}
		this.Context = Context_;
		this.lookupValues = lookupValues_;
	});
	ipStackCapabilities = $pkg.ipStackCapabilities = $newType(0, $kindStruct, "net.ipStackCapabilities", true, "net", false, function(Once_, ipv4Enabled_, ipv6Enabled_, ipv4MappedIPv6Enabled_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.ipv4Enabled = false;
			this.ipv6Enabled = false;
			this.ipv4MappedIPv6Enabled = false;
			return;
		}
		this.Once = Once_;
		this.ipv4Enabled = ipv4Enabled_;
		this.ipv6Enabled = ipv6Enabled_;
		this.ipv4MappedIPv6Enabled = ipv4MappedIPv6Enabled_;
	});
	addrList = $pkg.addrList = $newType(12, $kindSlice, "net.addrList", true, "net", false, null);
	IPAddr = $pkg.IPAddr = $newType(0, $kindStruct, "net.IPAddr", true, "net", true, function(IP_, Zone_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.IP = IP.nil;
			this.Zone = "";
			return;
		}
		this.IP = IP_;
		this.Zone = Zone_;
	});
	IPConn = $pkg.IPConn = $newType(0, $kindStruct, "net.IPConn", true, "net", true, function(conn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = new conn.ptr(ptrType$3.nil);
			return;
		}
		this.conn = conn_;
	});
	IP = $pkg.IP = $newType(12, $kindSlice, "net.IP", true, "net", true, null);
	IPMask = $pkg.IPMask = $newType(12, $kindSlice, "net.IPMask", true, "net", true, null);
	IPNet = $pkg.IPNet = $newType(0, $kindStruct, "net.IPNet", true, "net", true, function(IP_, Mask_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.IP = IP.nil;
			this.Mask = IPMask.nil;
			return;
		}
		this.IP = IP_;
		this.Mask = Mask_;
	});
	Interface = $pkg.Interface = $newType(0, $kindStruct, "net.Interface", true, "net", true, function(Index_, MTU_, Name_, HardwareAddr_, Flags_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Index = 0;
			this.MTU = 0;
			this.Name = "";
			this.HardwareAddr = HardwareAddr.nil;
			this.Flags = 0;
			return;
		}
		this.Index = Index_;
		this.MTU = MTU_;
		this.Name = Name_;
		this.HardwareAddr = HardwareAddr_;
		this.Flags = Flags_;
	});
	Flags = $pkg.Flags = $newType(4, $kindUint, "net.Flags", true, "net", true, null);
	ipv6ZoneCache = $pkg.ipv6ZoneCache = $newType(0, $kindStruct, "net.ipv6ZoneCache", true, "net", false, function(RWMutex_, lastFetched_, toIndex_, toName_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.RWMutex = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
			this.lastFetched = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			this.toIndex = false;
			this.toName = false;
			return;
		}
		this.RWMutex = RWMutex_;
		this.lastFetched = lastFetched_;
		this.toIndex = toIndex_;
		this.toName = toName_;
	});
	SRV = $pkg.SRV = $newType(0, $kindStruct, "net.SRV", true, "net", true, function(Target_, Port_, Priority_, Weight_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Target = "";
			this.Port = 0;
			this.Priority = 0;
			this.Weight = 0;
			return;
		}
		this.Target = Target_;
		this.Port = Port_;
		this.Priority = Priority_;
		this.Weight = Weight_;
	});
	MX = $pkg.MX = $newType(0, $kindStruct, "net.MX", true, "net", true, function(Host_, Pref_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Host = "";
			this.Pref = 0;
			return;
		}
		this.Host = Host_;
		this.Pref = Pref_;
	});
	NS = $pkg.NS = $newType(0, $kindStruct, "net.NS", true, "net", true, function(Host_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Host = "";
			return;
		}
		this.Host = Host_;
	});
	Dialer = $pkg.Dialer = $newType(0, $kindStruct, "net.Dialer", true, "net", true, function(Timeout_, Deadline_, LocalAddr_, DualStack_, FallbackDelay_, KeepAlive_, Resolver_, Cancel_, Control_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Timeout = new time.Duration(0, 0);
			this.Deadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			this.LocalAddr = $ifaceNil;
			this.DualStack = false;
			this.FallbackDelay = new time.Duration(0, 0);
			this.KeepAlive = new time.Duration(0, 0);
			this.Resolver = ptrType$9.nil;
			this.Cancel = $chanNil;
			this.Control = $throwNilPointerError;
			return;
		}
		this.Timeout = Timeout_;
		this.Deadline = Deadline_;
		this.LocalAddr = LocalAddr_;
		this.DualStack = DualStack_;
		this.FallbackDelay = FallbackDelay_;
		this.KeepAlive = KeepAlive_;
		this.Resolver = Resolver_;
		this.Cancel = Cancel_;
		this.Control = Control_;
	});
	sysDialer = $pkg.sysDialer = $newType(0, $kindStruct, "net.sysDialer", true, "net", false, function(Dialer_, network_, address_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Dialer = new Dialer.ptr(new time.Duration(0, 0), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), $ifaceNil, false, new time.Duration(0, 0), new time.Duration(0, 0), ptrType$9.nil, $chanNil, $throwNilPointerError);
			this.network = "";
			this.address = "";
			return;
		}
		this.Dialer = Dialer_;
		this.network = network_;
		this.address = address_;
	});
	ListenConfig = $pkg.ListenConfig = $newType(0, $kindStruct, "net.ListenConfig", true, "net", true, function(Control_, KeepAlive_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Control = $throwNilPointerError;
			this.KeepAlive = new time.Duration(0, 0);
			return;
		}
		this.Control = Control_;
		this.KeepAlive = KeepAlive_;
	});
	sysListener = $pkg.sysListener = $newType(0, $kindStruct, "net.sysListener", true, "net", false, function(ListenConfig_, network_, address_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ListenConfig = new ListenConfig.ptr($throwNilPointerError, new time.Duration(0, 0));
			this.network = "";
			this.address = "";
			return;
		}
		this.ListenConfig = ListenConfig_;
		this.network = network_;
		this.address = address_;
	});
	dialResult = $newType(0, $kindStruct, "net.dialResult", true, "net", false, function(Conn_, error_, primary_, done_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Conn = $ifaceNil;
			this.error = $ifaceNil;
			this.primary = false;
			this.done = false;
			return;
		}
		this.Conn = Conn_;
		this.error = error_;
		this.primary = primary_;
		this.done = done_;
	});
	ptrType = $ptrType(time.Location);
	sliceType = $sliceType($String);
	ptrType$2 = $ptrType(onlyValuesCtx);
	sliceType$1 = $sliceType($Uint8);
	ptrType$3 = $ptrType(netFD);
	ptrType$4 = $ptrType(syscall.SockaddrUnix);
	ptrType$5 = $ptrType(UnixAddr);
	ptrType$6 = $ptrType(UnixConn);
	ptrType$7 = $ptrType(os.File);
	ptrType$8 = $ptrType(UnixListener);
	ptrType$9 = $ptrType(Resolver);
	ptrType$10 = $ptrType(syscall.SockaddrInet4);
	ptrType$11 = $ptrType(syscall.SockaddrInet6);
	ptrType$12 = $ptrType(UDPAddr);
	arrayType = $arrayType($Uint8, 4);
	arrayType$1 = $arrayType($Uint8, 16);
	ptrType$13 = $ptrType(UDPConn);
	ptrType$14 = $ptrType(Interface);
	ptrType$15 = $ptrType(TCPAddr);
	ptrType$16 = $ptrType(TCPConn);
	ptrType$17 = $ptrType(OpError);
	ptrType$18 = $ptrType(os.SyscallError);
	ptrType$19 = $ptrType(TCPListener);
	ptrType$20 = $ptrType(rawConn);
	structType$2 = $structType("", []);
	ptrType$22 = $ptrType(file);
	ptrType$23 = $ptrType(bufferedPipe);
	ptrType$24 = $ptrType(poll.FD);
	sliceType$2 = $sliceType(syscall.Iovec);
	ptrType$25 = $ptrType(sliceType$2);
	ptrType$26 = $ptrType(conn);
	ptrType$27 = $ptrType(AddrError);
	ptrType$28 = $ptrType(DNSError);
	sliceType$3 = $sliceType(IPAddr);
	ptrType$29 = $ptrType(SRV);
	sliceType$4 = $sliceType(ptrType$29);
	ptrType$30 = $ptrType(MX);
	sliceType$5 = $sliceType(ptrType$30);
	ptrType$31 = $ptrType(NS);
	sliceType$6 = $sliceType(ptrType$31);
	arrayType$2 = $arrayType($Uint8, 25);
	sliceType$7 = $sliceType(IP);
	ptrType$32 = $ptrType(IPAddr);
	sliceType$8 = $sliceType(netip.Addr);
	ptrType$33 = $ptrType(nettrace.Trace);
	funcType = $funcType([context.Context, $String, $String], [sliceType$3, $error], false);
	sliceType$9 = $sliceType($emptyInterface);
	structType$3 = $structType("net", [{prop: "laddr", name: "laddr", embedded: false, exported: false, typ: TCPAddr, tag: ""}, {prop: "value", name: "value", embedded: false, exported: false, typ: $Int, tag: ""}]);
	sliceType$10 = $sliceType(structType$3);
	ptrType$34 = $ptrType(IPConn);
	ptrType$35 = $ptrType(IPNet);
	sliceType$11 = $sliceType(Interface);
	sliceType$12 = $sliceType(Addr);
	funcType$1 = $funcType([$Uintptr], [], false);
	funcType$2 = $funcType([$Uintptr], [$Bool], false);
	ptrType$36 = $ptrType(rawListener);
	chanType$5 = $chanType(structType$2, false, true);
	chanType$6 = $chanType(ptrType$3, false, false);
	ptrType$39 = $ptrType(ParseError);
	ptrType$40 = $ptrType(timeoutError);
	ptrType$42 = $ptrType(singleflight.Group);
	funcType$3 = $funcType([context.Context, $String, $String], [Conn, $error], false);
	ptrType$43 = $ptrType(ipStackCapabilities);
	funcType$4 = $funcType([Addr], [$Bool], false);
	ptrType$44 = $ptrType(IP);
	ptrType$45 = $ptrType(ipv6ZoneCache);
	mapType$1 = $mapType($String, $Int);
	mapType$2 = $mapType($Int, $String);
	ptrType$46 = $ptrType(Dialer);
	funcType$5 = $funcType([$String, $String, syscall.RawConn], [$error], false);
	ptrType$47 = $ptrType(sysDialer);
	ptrType$48 = $ptrType(ListenConfig);
	ptrType$49 = $ptrType(sysListener);
	setReadMsgCloseOnExec = function(oob) {
		var oob;
	};
	unixSocket = function(ctx, net, laddr, raddr, mode, ctrlFn) {
		var {_1, _2, _r, _r$1, _r$2, _tuple, _v, _v$1, ctrlFn, ctx, err, fd, laddr, mode, net, raddr, sotype, $s, $r, $c} = $restore(this, {ctx, net, laddr, raddr, mode, ctrlFn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sotype = 0;
		_1 = net;
		if (_1 === ("unix")) {
			sotype = 1;
		} else if (_1 === ("unixgram")) {
			sotype = 2;
		} else if (_1 === ("unixpacket")) {
			sotype = 4;
		} else {
			$s = -1; return [ptrType$3.nil, new UnknownNetworkError((net))];
		}
			_2 = mode;
			/* */ if (_2 === ("dial")) { $s = 2; continue; }
			/* */ if (_2 === ("listen")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_2 === ("dial")) { */ case 2:
				if (!(!($interfaceIsEqual(laddr, $ifaceNil)))) { _v = false; $s = 8; continue s; }
				_r = laddr.isWildcard(); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_v = _r; case 8:
				/* */ if (_v) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (_v) { */ case 6:
					laddr = $ifaceNil;
				/* } */ case 7:
				if (!(!($interfaceIsEqual(raddr, $ifaceNil)))) { _v$1 = false; $s = 12; continue s; }
				_r$1 = raddr.isWildcard(); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v$1 = _r$1; case 12:
				/* */ if (_v$1) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (_v$1) { */ case 10:
					raddr = $ifaceNil;
				/* } */ case 11:
				if ($interfaceIsEqual(raddr, $ifaceNil) && (!((sotype === 2)) || $interfaceIsEqual(laddr, $ifaceNil))) {
					$s = -1; return [ptrType$3.nil, errMissingAddress];
				}
				$s = 5; continue;
			/* } else if (_2 === ("listen")) { */ case 3:
				$s = 5; continue;
			/* } else { */ case 4:
				$s = -1; return [ptrType$3.nil, errors.New("unknown mode: " + mode)];
			/* } */ case 5:
		case 1:
		_r$2 = socket(ctx, net, 1, sotype, 0, false, laddr, raddr, ctrlFn); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$3.nil, err];
		}
		$s = -1; return [fd, $ifaceNil];
		/* */ } return; } var $f = {$blk: unixSocket, $c: true, $r, _1, _2, _r, _r$1, _r$2, _tuple, _v, _v$1, ctrlFn, ctx, err, fd, laddr, mode, net, raddr, sotype, $s};return $f;
	};
	sotypeToNet = function(sotype) {
		var _1, sotype;
		_1 = sotype;
		if (_1 === (1)) {
			return "unix";
		} else if (_1 === (2)) {
			return "unixgram";
		} else if (_1 === (4)) {
			return "unixpacket";
		} else {
			$panic(new $String("sotypeToNet unknown socket type"));
		}
	};
	UnixAddr.ptr.prototype.family = function() {
		var a;
		a = this;
		return 1;
	};
	UnixAddr.prototype.family = function() { return this.$val.family(); };
	UnixAddr.ptr.prototype.sockaddr = function(family) {
		var a, family;
		a = this;
		if (a === ptrType$5.nil) {
			return [$ifaceNil, $ifaceNil];
		}
		return [new syscall.SockaddrUnix.ptr(a.Name), $ifaceNil];
	};
	UnixAddr.prototype.sockaddr = function(family) { return this.$val.sockaddr(family); };
	UnixAddr.ptr.prototype.toLocal = function(net) {
		var a, net;
		a = this;
		return a;
	};
	UnixAddr.prototype.toLocal = function(net) { return this.$val.toLocal(net); };
	UnixConn.ptr.prototype.readFrom = function(b) {
		var _ref, _tuple, addr, b, c, err, n, sa, sa$1;
		c = this;
		addr = ptrType$5.nil;
		_tuple = c.conn.fd.readFrom(b);
		n = _tuple[0];
		sa = _tuple[1];
		err = _tuple[2];
		_ref = sa;
		if ($assertType(_ref, ptrType$4, true)[1]) {
			sa$1 = _ref.$val;
			if (!(sa$1.Name === "")) {
				addr = new UnixAddr.ptr(sa$1.Name, sotypeToNet(c.conn.fd.sotype));
			}
		}
		return [n, addr, err];
	};
	UnixConn.prototype.readFrom = function(b) { return this.$val.readFrom(b); };
	UnixConn.ptr.prototype.readMsg = function(b, oob) {
		var _ref, _tuple, addr, b, c, err, flags, n, oob, oobn, sa, sa$1;
		n = 0;
		oobn = 0;
		flags = 0;
		addr = ptrType$5.nil;
		err = $ifaceNil;
		c = this;
		sa = $ifaceNil;
		_tuple = c.conn.fd.readMsg(b, oob, 0);
		n = _tuple[0];
		oobn = _tuple[1];
		flags = _tuple[2];
		sa = _tuple[3];
		err = _tuple[4];
		if (true && $interfaceIsEqual(err, $ifaceNil) && oobn > 0) {
			setReadMsgCloseOnExec($subslice(oob, 0, oobn));
		}
		_ref = sa;
		if ($assertType(_ref, ptrType$4, true)[1]) {
			sa$1 = _ref.$val;
			if (!(sa$1.Name === "")) {
				addr = new UnixAddr.ptr(sa$1.Name, sotypeToNet(c.conn.fd.sotype));
			}
		}
		return [n, oobn, flags, addr, err];
	};
	UnixConn.prototype.readMsg = function(b, oob) { return this.$val.readMsg(b, oob); };
	UnixConn.ptr.prototype.writeTo = function(b, addr) {
		var addr, b, c, sa;
		c = this;
		if (c.conn.fd.isConnected) {
			return [0, $pkg.ErrWriteToConnected];
		}
		if (addr === ptrType$5.nil) {
			return [0, errMissingAddress];
		}
		if (!(addr.Net === sotypeToNet(c.conn.fd.sotype))) {
			return [0, new syscall.Errno(97)];
		}
		sa = new syscall.SockaddrUnix.ptr(addr.Name);
		return c.conn.fd.writeTo(b, sa);
	};
	UnixConn.prototype.writeTo = function(b, addr) { return this.$val.writeTo(b, addr); };
	UnixConn.ptr.prototype.writeMsg = function(b, oob, addr) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, addr, b, c, err, n, oob, oobn, sa;
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if ((c.conn.fd.sotype === 2) && c.conn.fd.isConnected) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = $pkg.ErrWriteToConnected;
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			return [n, oobn, err];
		}
		sa = $ifaceNil;
		if (!(addr === ptrType$5.nil)) {
			if (!(addr.Net === sotypeToNet(c.conn.fd.sotype))) {
				_tmp$3 = 0;
				_tmp$4 = 0;
				_tmp$5 = new syscall.Errno(97);
				n = _tmp$3;
				oobn = _tmp$4;
				err = _tmp$5;
				return [n, oobn, err];
			}
			sa = new syscall.SockaddrUnix.ptr(addr.Name);
		}
		_tuple = c.conn.fd.writeMsg(b, oob, sa);
		n = _tuple[0];
		oobn = _tuple[1];
		err = _tuple[2];
		return [n, oobn, err];
	};
	UnixConn.prototype.writeMsg = function(b, oob, addr) { return this.$val.writeMsg(b, oob, addr); };
	sysDialer.ptr.prototype.dialUnix = function(ctx, laddr, raddr) {
		var {_r, _tuple, ctx, err, fd, laddr, raddr, sd, $s, $r, $c} = $restore(this, {ctx, laddr, raddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		_r = unixSocket(ctx, sd.network, laddr, raddr, "dial", sd.Dialer.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$6.nil, err];
		}
		$s = -1; return [newUnixConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysDialer.ptr.prototype.dialUnix, $c: true, $r, _r, _tuple, ctx, err, fd, laddr, raddr, sd, $s};return $f;
	};
	sysDialer.prototype.dialUnix = function(ctx, laddr, raddr) { return this.$val.dialUnix(ctx, laddr, raddr); };
	UnixListener.ptr.prototype.accept = function() {
		var {_r, _tuple, err, fd, ln, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ln = this;
		_r = ln.fd.accept(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$6.nil, err];
		}
		$s = -1; return [newUnixConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: UnixListener.ptr.prototype.accept, $c: true, $r, _r, _tuple, err, fd, ln, $s};return $f;
	};
	UnixListener.prototype.accept = function() { return this.$val.accept(); };
	UnixListener.ptr.prototype.close = function() {
		var {$24r, _r, ln, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ln = [ln];
		ln[0] = this;
		$r = ln[0].unlinkOnce.Do((function(ln) { return function $b() {
			var {_r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!((ln[0].path.charCodeAt(0) === 64)) && ln[0].unlink) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!((ln[0].path.charCodeAt(0) === 64)) && ln[0].unlink) { */ case 1:
				_r = syscall.Unlink(ln[0].path); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, $s};return $f;
		}; })(ln)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = ln[0].fd.Close(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: UnixListener.ptr.prototype.close, $c: true, $r, $24r, _r, ln, $s};return $f;
	};
	UnixListener.prototype.close = function() { return this.$val.close(); };
	UnixListener.ptr.prototype.file = function() {
		var _tuple, err, f, ln;
		ln = this;
		_tuple = ln.fd.dup();
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [ptrType$7.nil, err];
		}
		return [f, $ifaceNil];
	};
	UnixListener.prototype.file = function() { return this.$val.file(); };
	UnixListener.ptr.prototype.SetUnlinkOnClose = function(unlink) {
		var l, unlink;
		l = this;
		l.unlink = unlink;
	};
	UnixListener.prototype.SetUnlinkOnClose = function(unlink) { return this.$val.SetUnlinkOnClose(unlink); };
	sysListener.ptr.prototype.listenUnix = function(ctx, laddr) {
		var {$24r, _r, _r$1, _tuple, ctx, err, fd, laddr, sl, $s, $r, $c} = $restore(this, {ctx, laddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sl = this;
		_r = unixSocket(ctx, sl.network, laddr, $ifaceNil, "listen", sl.ListenConfig.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$8.nil, err];
		}
		_r$1 = fd.laddr.String(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = [new UnixListener.ptr(fd, _r$1, true, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0))), $ifaceNil];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: sysListener.ptr.prototype.listenUnix, $c: true, $r, $24r, _r, _r$1, _tuple, ctx, err, fd, laddr, sl, $s};return $f;
	};
	sysListener.prototype.listenUnix = function(ctx, laddr) { return this.$val.listenUnix(ctx, laddr); };
	sysListener.ptr.prototype.listenUnixgram = function(ctx, laddr) {
		var {_r, _tuple, ctx, err, fd, laddr, sl, $s, $r, $c} = $restore(this, {ctx, laddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sl = this;
		_r = unixSocket(ctx, sl.network, laddr, $ifaceNil, "listen", sl.ListenConfig.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$6.nil, err];
		}
		$s = -1; return [newUnixConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysListener.ptr.prototype.listenUnixgram, $c: true, $r, _r, _tuple, ctx, err, fd, laddr, sl, $s};return $f;
	};
	sysListener.prototype.listenUnixgram = function(ctx, laddr) { return this.$val.listenUnixgram(ctx, laddr); };
	UnixAddr.ptr.prototype.Network = function() {
		var a;
		a = this;
		return a.Net;
	};
	UnixAddr.prototype.Network = function() { return this.$val.Network(); };
	UnixAddr.ptr.prototype.String = function() {
		var a;
		a = this;
		if (a === ptrType$5.nil) {
			return "<nil>";
		}
		return a.Name;
	};
	UnixAddr.prototype.String = function() { return this.$val.String(); };
	UnixAddr.ptr.prototype.isWildcard = function() {
		var a;
		a = this;
		return a === ptrType$5.nil || a.Name === "";
	};
	UnixAddr.prototype.isWildcard = function() { return this.$val.isWildcard(); };
	UnixAddr.ptr.prototype.opAddr = function() {
		var a;
		a = this;
		if (a === ptrType$5.nil) {
			return $ifaceNil;
		}
		return a;
	};
	UnixAddr.prototype.opAddr = function() { return this.$val.opAddr(); };
	ResolveUnixAddr = function(network, address) {
		var _1, address, network;
		_1 = network;
		if (_1 === ("unix") || _1 === ("unixgram") || _1 === ("unixpacket")) {
			return [new UnixAddr.ptr(address, network), $ifaceNil];
		} else {
			return [ptrType$5.nil, new UnknownNetworkError((network))];
		}
	};
	$pkg.ResolveUnixAddr = ResolveUnixAddr;
	UnixConn.ptr.prototype.SyscallConn = function() {
		var _returncast, c;
		c = this;
		if (!c.conn.ok()) {
			return [$ifaceNil, new syscall.Errno(22)];
		}
		_returncast = newRawConn(c.conn.fd);
		return [_returncast[0], _returncast[1]];
	};
	UnixConn.prototype.SyscallConn = function() { return this.$val.SyscallConn(); };
	UnixConn.ptr.prototype.CloseRead = function() {
		var {_r, c, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.conn.fd.closeRead(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("close", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: UnixConn.ptr.prototype.CloseRead, $c: true, $r, _r, c, err, $s};return $f;
	};
	UnixConn.prototype.CloseRead = function() { return this.$val.CloseRead(); };
	UnixConn.ptr.prototype.CloseWrite = function() {
		var {_r, c, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.conn.fd.closeWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("close", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: UnixConn.ptr.prototype.CloseWrite, $c: true, $r, _r, c, err, $s};return $f;
	};
	UnixConn.prototype.CloseWrite = function() { return this.$val.CloseWrite(); };
	UnixConn.ptr.prototype.ReadFromUnix = function(b) {
		var _tuple, addr, b, c, err, n;
		c = this;
		if (!c.conn.ok()) {
			return [0, ptrType$5.nil, new syscall.Errno(22)];
		}
		_tuple = c.readFrom(b);
		n = _tuple[0];
		addr = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		return [n, addr, err];
	};
	UnixConn.prototype.ReadFromUnix = function(b) { return this.$val.ReadFromUnix(b); };
	UnixConn.ptr.prototype.ReadFrom = function(b) {
		var _tuple, addr, b, c, err, n;
		c = this;
		if (!c.conn.ok()) {
			return [0, $ifaceNil, new syscall.Errno(22)];
		}
		_tuple = c.readFrom(b);
		n = _tuple[0];
		addr = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		if (addr === ptrType$5.nil) {
			return [n, $ifaceNil, err];
		}
		return [n, addr, err];
	};
	UnixConn.prototype.ReadFrom = function(b) { return this.$val.ReadFrom(b); };
	UnixConn.ptr.prototype.ReadMsgUnix = function(b, oob) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, addr, b, c, err, flags, n, oob, oobn;
		n = 0;
		oobn = 0;
		flags = 0;
		addr = ptrType$5.nil;
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = 0;
			_tmp$3 = ptrType$5.nil;
			_tmp$4 = new syscall.Errno(22);
			n = _tmp;
			oobn = _tmp$1;
			flags = _tmp$2;
			addr = _tmp$3;
			err = _tmp$4;
			return [n, oobn, flags, addr, err];
		}
		_tuple = c.readMsg(b, oob);
		n = _tuple[0];
		oobn = _tuple[1];
		flags = _tuple[2];
		addr = _tuple[3];
		err = _tuple[4];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		return [n, oobn, flags, addr, err];
	};
	UnixConn.prototype.ReadMsgUnix = function(b, oob) { return this.$val.ReadMsgUnix(b, oob); };
	UnixConn.ptr.prototype.WriteToUnix = function(b, addr) {
		var _tuple, addr, b, c, err, n;
		c = this;
		if (!c.conn.ok()) {
			return [0, new syscall.Errno(22)];
		}
		_tuple = c.writeTo(b, addr);
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr.opAddr(), err);
		}
		return [n, err];
	};
	UnixConn.prototype.WriteToUnix = function(b, addr) { return this.$val.WriteToUnix(b, addr); };
	UnixConn.ptr.prototype.WriteTo = function(b, addr) {
		var _tuple, _tuple$1, a, addr, b, c, err, n, ok;
		c = this;
		if (!c.conn.ok()) {
			return [0, new syscall.Errno(22)];
		}
		_tuple = $assertType(addr, ptrType$5, true);
		a = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return [0, new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr, new syscall.Errno(22))];
		}
		_tuple$1 = c.writeTo(b, a);
		n = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, a.opAddr(), err);
		}
		return [n, err];
	};
	UnixConn.prototype.WriteTo = function(b, addr) { return this.$val.WriteTo(b, addr); };
	UnixConn.ptr.prototype.WriteMsgUnix = function(b, oob, addr) {
		var _tmp, _tmp$1, _tmp$2, _tuple, addr, b, c, err, n, oob, oobn;
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = new syscall.Errno(22);
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			return [n, oobn, err];
		}
		_tuple = c.writeMsg(b, oob, addr);
		n = _tuple[0];
		oobn = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr.opAddr(), err);
		}
		return [n, oobn, err];
	};
	UnixConn.prototype.WriteMsgUnix = function(b, oob, addr) { return this.$val.WriteMsgUnix(b, oob, addr); };
	newUnixConn = function(fd) {
		var fd;
		return new UnixConn.ptr(new conn.ptr(fd));
	};
	UnixListener.ptr.prototype.ok = function() {
		var ln;
		ln = this;
		return !(ln === ptrType$8.nil) && !(ln.fd === ptrType$3.nil);
	};
	UnixListener.prototype.ok = function() { return this.$val.ok(); };
	UnixListener.ptr.prototype.SyscallConn = function() {
		var _returncast, l;
		l = this;
		if (!l.ok()) {
			return [$ifaceNil, new syscall.Errno(22)];
		}
		_returncast = newRawListener(l.fd);
		return [_returncast[0], _returncast[1]];
	};
	UnixListener.prototype.SyscallConn = function() { return this.$val.SyscallConn(); };
	UnixListener.ptr.prototype.AcceptUnix = function() {
		var {_r, _tuple, c, err, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return [ptrType$6.nil, new syscall.Errno(22)];
		}
		_r = l.accept(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$6.nil, new OpError.ptr("accept", l.fd.net, $ifaceNil, l.fd.laddr, err)];
		}
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: UnixListener.ptr.prototype.AcceptUnix, $c: true, $r, _r, _tuple, c, err, l, $s};return $f;
	};
	UnixListener.prototype.AcceptUnix = function() { return this.$val.AcceptUnix(); };
	UnixListener.ptr.prototype.Accept = function() {
		var {_r, _tuple, c, err, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return [$ifaceNil, new syscall.Errno(22)];
		}
		_r = l.accept(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new OpError.ptr("accept", l.fd.net, $ifaceNil, l.fd.laddr, err)];
		}
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: UnixListener.ptr.prototype.Accept, $c: true, $r, _r, _tuple, c, err, l, $s};return $f;
	};
	UnixListener.prototype.Accept = function() { return this.$val.Accept(); };
	UnixListener.ptr.prototype.Close = function() {
		var {_r, err, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = l.close(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("close", l.fd.net, $ifaceNil, l.fd.laddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: UnixListener.ptr.prototype.Close, $c: true, $r, _r, err, l, $s};return $f;
	};
	UnixListener.prototype.Close = function() { return this.$val.Close(); };
	UnixListener.ptr.prototype.Addr = function() {
		var l;
		l = this;
		return l.fd.laddr;
	};
	UnixListener.prototype.Addr = function() { return this.$val.Addr(); };
	UnixListener.ptr.prototype.SetDeadline = function(t) {
		var {_r, err, l, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = l.fd.pfd.SetDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("set", l.fd.net, $ifaceNil, l.fd.laddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: UnixListener.ptr.prototype.SetDeadline, $c: true, $r, _r, err, l, t, $s};return $f;
	};
	UnixListener.prototype.SetDeadline = function(t) { return this.$val.SetDeadline(t); };
	UnixListener.ptr.prototype.File = function() {
		var _tmp, _tmp$1, _tuple, err, f, l;
		f = ptrType$7.nil;
		err = $ifaceNil;
		l = this;
		if (!l.ok()) {
			_tmp = ptrType$7.nil;
			_tmp$1 = new syscall.Errno(22);
			f = _tmp;
			err = _tmp$1;
			return [f, err];
		}
		_tuple = l.file();
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("file", l.fd.net, $ifaceNil, l.fd.laddr, err);
		}
		return [f, err];
	};
	UnixListener.prototype.File = function() { return this.$val.File(); };
	UDPAddr.ptr.prototype.family = function() {
		var a;
		a = this;
		if (a === ptrType$12.nil || a.IP.$length <= 4) {
			return 2;
		}
		if (!(a.IP.To4() === IP.nil)) {
			return 2;
		}
		return 3;
	};
	UDPAddr.prototype.family = function() { return this.$val.family(); };
	UDPAddr.ptr.prototype.sockaddr = function(family) {
		var {$24r, _r, a, family, $s, $r, $c} = $restore(this, {family});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = this;
		if (a === ptrType$12.nil) {
			$s = -1; return [$ifaceNil, $ifaceNil];
		}
		_r = ipToSockaddr(family, a.IP, a.Port, a.Zone); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: UDPAddr.ptr.prototype.sockaddr, $c: true, $r, $24r, _r, a, family, $s};return $f;
	};
	UDPAddr.prototype.sockaddr = function(family) { return this.$val.sockaddr(family); };
	UDPAddr.ptr.prototype.toLocal = function(net) {
		var a, net;
		a = this;
		return new UDPAddr.ptr(loopbackIP(net), a.Port, a.Zone);
	};
	UDPAddr.prototype.toLocal = function(net) { return this.$val.toLocal(net); };
	UDPConn.ptr.prototype.readFrom = function(b, addr) {
		var {_1, _r, _tuple, _tuple$1, addr, b, c, err, from, from$1, ip, ip$1, n, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		from = [from];
		from$1 = [from$1];
		c = this;
		n = 0;
		err = $ifaceNil;
			_1 = c.conn.fd.family;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				from[0] = new syscall.SockaddrInet4.ptr(0, arrayType.zero());
				_tuple = c.conn.fd.readFromInet4(b, from[0]);
				n = _tuple[0];
				err = _tuple[1];
				if ($interfaceIsEqual(err, $ifaceNil)) {
					ip = $clone(from[0].Addr, arrayType);
					UDPAddr.copy(addr, new UDPAddr.ptr($convertSliceType(new sliceType$1(ip), IP), from[0].Port, ""));
				}
				$s = 4; continue;
			/* } else if (_1 === (3)) { */ case 3:
				from$1[0] = new syscall.SockaddrInet6.ptr(0, 0, arrayType$1.zero());
				_tuple$1 = c.conn.fd.readFromInet6(b, from$1[0]);
				n = _tuple$1[0];
				err = _tuple$1[1];
				/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 5:
					ip$1 = $clone(from$1[0].Addr, arrayType$1);
					_r = zoneCache.name(((from$1[0].ZoneId >> 0))); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					UDPAddr.copy(addr, new UDPAddr.ptr($convertSliceType(new sliceType$1(ip$1), IP), from$1[0].Port, _r));
				/* } */ case 6:
			/* } */ case 4:
		case 1:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			addr = ptrType$12.nil;
		}
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.readFrom, $c: true, $r, _1, _r, _tuple, _tuple$1, addr, b, c, err, from, from$1, ip, ip$1, n, $s};return $f;
	};
	UDPConn.prototype.readFrom = function(b, addr) { return this.$val.readFrom(b, addr); };
	UDPConn.ptr.prototype.readFromAddrPort = function(b) {
		var {_1, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, addr, b, c, err, from, from$1, ip, n, port, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		from = [from];
		from$1 = [from$1];
		n = 0;
		addr = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		err = $ifaceNil;
		c = this;
		ip = new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), "");
		port = 0;
			_1 = c.conn.fd.family;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				from[0] = new syscall.SockaddrInet4.ptr(0, arrayType.zero());
				_tuple = c.conn.fd.readFromInet4(b, from[0]);
				n = _tuple[0];
				err = _tuple[1];
				if ($interfaceIsEqual(err, $ifaceNil)) {
					netip.Addr.copy(ip, netip.AddrFrom4($clone(from[0].Addr, arrayType)));
					port = from[0].Port;
				}
				$s = 4; continue;
			/* } else if (_1 === (3)) { */ case 3:
				from$1[0] = new syscall.SockaddrInet6.ptr(0, 0, arrayType$1.zero());
				_tuple$1 = c.conn.fd.readFromInet6(b, from$1[0]);
				n = _tuple$1[0];
				err = _tuple$1[1];
				/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 5:
					_r = zoneCache.name(((from$1[0].ZoneId >> 0))); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_r$1 = $clone(netip.AddrFrom16($clone(from$1[0].Addr, arrayType$1)), netip.Addr).WithZone(_r); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					netip.Addr.copy(ip, _r$1);
					port = from$1[0].Port;
				/* } */ case 6:
			/* } */ case 4:
		case 1:
		if ($interfaceIsEqual(err, $ifaceNil)) {
			netip.AddrPort.copy(addr, netip.AddrPortFrom($clone(ip, netip.Addr), ((port << 16 >>> 16))));
		}
		_tmp = n;
		_tmp$1 = $clone(addr, netip.AddrPort);
		_tmp$2 = err;
		n = _tmp;
		netip.AddrPort.copy(addr, _tmp$1);
		err = _tmp$2;
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.readFromAddrPort, $c: true, $r, _1, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, addr, b, c, err, from, from$1, ip, n, port, $s};return $f;
	};
	UDPConn.prototype.readFromAddrPort = function(b) { return this.$val.readFromAddrPort(b); };
	UDPConn.ptr.prototype.readMsg = function(b, oob) {
		var {_1, _r, _r$1, _tuple, _tuple$1, addr, b, c, err, flags, ip, ip$1, n, oob, oobn, sa, sa$1, $s, $r, $c} = $restore(this, {b, oob});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sa = [sa];
		sa$1 = [sa$1];
		n = 0;
		oobn = 0;
		flags = 0;
		addr = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		err = $ifaceNil;
		c = this;
			_1 = c.conn.fd.family;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				sa[0] = new syscall.SockaddrInet4.ptr(0, arrayType.zero());
				_tuple = c.conn.fd.readMsgInet4(b, oob, 0, sa[0]);
				n = _tuple[0];
				oobn = _tuple[1];
				flags = _tuple[2];
				err = _tuple[3];
				ip = $clone(netip.AddrFrom4($clone(sa[0].Addr, arrayType)), netip.Addr);
				netip.AddrPort.copy(addr, netip.AddrPortFrom($clone(ip, netip.Addr), ((sa[0].Port << 16 >>> 16))));
				$s = 4; continue;
			/* } else if (_1 === (3)) { */ case 3:
				sa$1[0] = new syscall.SockaddrInet6.ptr(0, 0, arrayType$1.zero());
				_tuple$1 = c.conn.fd.readMsgInet6(b, oob, 0, sa$1[0]);
				n = _tuple$1[0];
				oobn = _tuple$1[1];
				flags = _tuple$1[2];
				err = _tuple$1[3];
				_r = zoneCache.name(((sa$1[0].ZoneId >> 0))); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r$1 = $clone(netip.AddrFrom16($clone(sa$1[0].Addr, arrayType$1)), netip.Addr).WithZone(_r); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				ip$1 = $clone(_r$1, netip.Addr);
				netip.AddrPort.copy(addr, netip.AddrPortFrom($clone(ip$1, netip.Addr), ((sa$1[0].Port << 16 >>> 16))));
			/* } */ case 4:
		case 1:
		$s = -1; return [n, oobn, flags, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.readMsg, $c: true, $r, _1, _r, _r$1, _tuple, _tuple$1, addr, b, c, err, flags, ip, ip$1, n, oob, oobn, sa, sa$1, $s};return $f;
	};
	UDPConn.prototype.readMsg = function(b, oob) { return this.$val.readMsg(b, oob); };
	UDPConn.ptr.prototype.writeTo = function(b, addr) {
		var {_1, _r, _tuple, _tuple$1, addr, b, c, err, err$1, sa, sa$1, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sa = [sa];
		sa$1 = [sa$1];
		c = this;
		if (c.conn.fd.isConnected) {
			$s = -1; return [0, $pkg.ErrWriteToConnected];
		}
		if (addr === ptrType$12.nil) {
			$s = -1; return [0, errMissingAddress];
		}
			_1 = c.conn.fd.family;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				_tuple = ipToSockaddrInet4(addr.IP, addr.Port);
				sa[0] = $clone(_tuple[0], syscall.SockaddrInet4);
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [0, err];
				}
				$s = -1; return c.conn.fd.writeToInet4(b, sa[0]);
			/* } else if (_1 === (3)) { */ case 3:
				_r = ipToSockaddrInet6(addr.IP, addr.Port, addr.Zone); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple$1 = _r;
				sa$1[0] = $clone(_tuple$1[0], syscall.SockaddrInet6);
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [0, err$1];
				}
				$s = -1; return c.conn.fd.writeToInet6(b, sa$1[0]);
			/* } else { */ case 4:
				$s = -1; return [0, new AddrError.ptr("invalid address family", addr.IP.String())];
			/* } */ case 5:
		case 1:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.writeTo, $c: true, $r, _1, _r, _tuple, _tuple$1, addr, b, c, err, err$1, sa, sa$1, $s};return $f;
	};
	UDPConn.prototype.writeTo = function(b, addr) { return this.$val.writeTo(b, addr); };
	UDPConn.ptr.prototype.writeToAddrPort = function(b, addr) {
		var {_1, _r, _tuple, _tuple$1, addr, b, c, err, err$1, sa, sa$1, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sa = [sa];
		sa$1 = [sa$1];
		c = this;
		if (c.conn.fd.isConnected) {
			$s = -1; return [0, $pkg.ErrWriteToConnected];
		}
		if (!$clone(addr, netip.AddrPort).IsValid()) {
			$s = -1; return [0, errMissingAddress];
		}
			_1 = c.conn.fd.family;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				_tuple = addrPortToSockaddrInet4($clone(addr, netip.AddrPort));
				sa[0] = $clone(_tuple[0], syscall.SockaddrInet4);
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [0, err];
				}
				$s = -1; return c.conn.fd.writeToInet4(b, sa[0]);
			/* } else if (_1 === (3)) { */ case 3:
				_r = addrPortToSockaddrInet6($clone(addr, netip.AddrPort)); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple$1 = _r;
				sa$1[0] = $clone(_tuple$1[0], syscall.SockaddrInet6);
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [0, err$1];
				}
				$s = -1; return c.conn.fd.writeToInet6(b, sa$1[0]);
			/* } else { */ case 4:
				$s = -1; return [0, new AddrError.ptr("invalid address family", $clone($clone(addr, netip.AddrPort).Addr(), netip.Addr).String())];
			/* } */ case 5:
		case 1:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.writeToAddrPort, $c: true, $r, _1, _r, _tuple, _tuple$1, addr, b, c, err, err$1, sa, sa$1, $s};return $f;
	};
	UDPConn.prototype.writeToAddrPort = function(b, addr) { return this.$val.writeToAddrPort(b, addr); };
	UDPConn.ptr.prototype.writeMsg = function(b, oob, addr) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, _tuple$1, addr, b, c, err, n, oob, oobn, sa, $s, $r, $c} = $restore(this, {b, oob, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if (c.conn.fd.isConnected && !(addr === ptrType$12.nil)) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = $pkg.ErrWriteToConnected;
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			$s = -1; return [n, oobn, err];
		}
		if (!c.conn.fd.isConnected && addr === ptrType$12.nil) {
			_tmp$3 = 0;
			_tmp$4 = 0;
			_tmp$5 = errMissingAddress;
			n = _tmp$3;
			oobn = _tmp$4;
			err = _tmp$5;
			$s = -1; return [n, oobn, err];
		}
		_r = addr.sockaddr(c.conn.fd.family); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		sa = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = 0;
			_tmp$7 = 0;
			_tmp$8 = err;
			n = _tmp$6;
			oobn = _tmp$7;
			err = _tmp$8;
			$s = -1; return [n, oobn, err];
		}
		_tuple$1 = c.conn.fd.writeMsg(b, oob, sa);
		n = _tuple$1[0];
		oobn = _tuple$1[1];
		err = _tuple$1[2];
		$s = -1; return [n, oobn, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.writeMsg, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, _tuple$1, addr, b, c, err, n, oob, oobn, sa, $s};return $f;
	};
	UDPConn.prototype.writeMsg = function(b, oob, addr) { return this.$val.writeMsg(b, oob, addr); };
	UDPConn.ptr.prototype.writeMsgAddrPort = function(b, oob, addr) {
		var {_1, _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, addr, b, c, err, err$1, err$2, n, oob, oobn, sa, sa$1, $s, $r, $c} = $restore(this, {b, oob, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sa = [sa];
		sa$1 = [sa$1];
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if (c.conn.fd.isConnected && $clone(addr, netip.AddrPort).IsValid()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = $pkg.ErrWriteToConnected;
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			$s = -1; return [n, oobn, err];
		}
		if (!c.conn.fd.isConnected && !$clone(addr, netip.AddrPort).IsValid()) {
			_tmp$3 = 0;
			_tmp$4 = 0;
			_tmp$5 = errMissingAddress;
			n = _tmp$3;
			oobn = _tmp$4;
			err = _tmp$5;
			$s = -1; return [n, oobn, err];
		}
			_1 = c.conn.fd.family;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				_tuple = addrPortToSockaddrInet4($clone(addr, netip.AddrPort));
				sa[0] = $clone(_tuple[0], syscall.SockaddrInet4);
				err$1 = _tuple[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					_tmp$6 = 0;
					_tmp$7 = 0;
					_tmp$8 = err$1;
					n = _tmp$6;
					oobn = _tmp$7;
					err = _tmp$8;
					$s = -1; return [n, oobn, err];
				}
				_tuple$1 = c.conn.fd.writeMsgInet4(b, oob, sa[0]);
				n = _tuple$1[0];
				oobn = _tuple$1[1];
				err = _tuple$1[2];
				$s = -1; return [n, oobn, err];
			/* } else if (_1 === (3)) { */ case 3:
				_r = addrPortToSockaddrInet6($clone(addr, netip.AddrPort)); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple$2 = _r;
				sa$1[0] = $clone(_tuple$2[0], syscall.SockaddrInet6);
				err$2 = _tuple$2[1];
				if (!($interfaceIsEqual(err$2, $ifaceNil))) {
					_tmp$9 = 0;
					_tmp$10 = 0;
					_tmp$11 = err$2;
					n = _tmp$9;
					oobn = _tmp$10;
					err = _tmp$11;
					$s = -1; return [n, oobn, err];
				}
				_tuple$3 = c.conn.fd.writeMsgInet6(b, oob, sa$1[0]);
				n = _tuple$3[0];
				oobn = _tuple$3[1];
				err = _tuple$3[2];
				$s = -1; return [n, oobn, err];
			/* } else { */ case 4:
				_tmp$12 = 0;
				_tmp$13 = 0;
				_tmp$14 = new AddrError.ptr("invalid address family", $clone($clone(addr, netip.AddrPort).Addr(), netip.Addr).String());
				n = _tmp$12;
				oobn = _tmp$13;
				err = _tmp$14;
				$s = -1; return [n, oobn, err];
			/* } */ case 5:
		case 1:
		$s = -1; return [n, oobn, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.writeMsgAddrPort, $c: true, $r, _1, _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, addr, b, c, err, err$1, err$2, n, oob, oobn, sa, sa$1, $s};return $f;
	};
	UDPConn.prototype.writeMsgAddrPort = function(b, oob, addr) { return this.$val.writeMsgAddrPort(b, oob, addr); };
	sysDialer.ptr.prototype.dialUDP = function(ctx, laddr, raddr) {
		var {_r, _tuple, ctx, err, fd, laddr, raddr, sd, $s, $r, $c} = $restore(this, {ctx, laddr, raddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		_r = internetSocket(ctx, sd.network, laddr, raddr, 2, 0, "dial", sd.Dialer.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$13.nil, err];
		}
		$s = -1; return [newUDPConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysDialer.ptr.prototype.dialUDP, $c: true, $r, _r, _tuple, ctx, err, fd, laddr, raddr, sd, $s};return $f;
	};
	sysDialer.prototype.dialUDP = function(ctx, laddr, raddr) { return this.$val.dialUDP(ctx, laddr, raddr); };
	sysListener.ptr.prototype.listenUDP = function(ctx, laddr) {
		var {_r, _tuple, ctx, err, fd, laddr, sl, $s, $r, $c} = $restore(this, {ctx, laddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sl = this;
		_r = internetSocket(ctx, sl.network, laddr, $ifaceNil, 2, 0, "listen", sl.ListenConfig.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$13.nil, err];
		}
		$s = -1; return [newUDPConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysListener.ptr.prototype.listenUDP, $c: true, $r, _r, _tuple, ctx, err, fd, laddr, sl, $s};return $f;
	};
	sysListener.prototype.listenUDP = function(ctx, laddr) { return this.$val.listenUDP(ctx, laddr); };
	UDPAddr.ptr.prototype.AddrPort = function() {
		var _tuple, a, na;
		a = this;
		if (a === ptrType$12.nil) {
			return new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		}
		_tuple = netip.AddrFromSlice($convertSliceType(a.IP, sliceType$1));
		na = $clone(_tuple[0], netip.Addr);
		netip.Addr.copy(na, $clone(na, netip.Addr).WithZone(a.Zone));
		return netip.AddrPortFrom($clone(na, netip.Addr), ((a.Port << 16 >>> 16)));
	};
	UDPAddr.prototype.AddrPort = function() { return this.$val.AddrPort(); };
	UDPAddr.ptr.prototype.Network = function() {
		var a;
		a = this;
		return "udp";
	};
	UDPAddr.prototype.Network = function() { return this.$val.Network(); };
	UDPAddr.ptr.prototype.String = function() {
		var a, ip;
		a = this;
		if (a === ptrType$12.nil) {
			return "<nil>";
		}
		ip = ipEmptyString(a.IP);
		if (!(a.Zone === "")) {
			return JoinHostPort(ip + "%" + a.Zone, itoa.Itoa(a.Port));
		}
		return JoinHostPort(ip, itoa.Itoa(a.Port));
	};
	UDPAddr.prototype.String = function() { return this.$val.String(); };
	UDPAddr.ptr.prototype.isWildcard = function() {
		var a;
		a = this;
		if (a === ptrType$12.nil || a.IP === IP.nil) {
			return true;
		}
		return a.IP.IsUnspecified();
	};
	UDPAddr.prototype.isWildcard = function() { return this.$val.isWildcard(); };
	UDPAddr.ptr.prototype.opAddr = function() {
		var a;
		a = this;
		if (a === ptrType$12.nil) {
			return $ifaceNil;
		}
		return a;
	};
	UDPAddr.prototype.opAddr = function() { return this.$val.opAddr(); };
	UDPAddrFromAddrPort = function(addr) {
		var addr;
		return new UDPAddr.ptr($convertSliceType($clone($clone(addr, netip.AddrPort).Addr(), netip.Addr).AsSlice(), IP), (($clone(addr, netip.AddrPort).Port() >> 0)), $clone($clone(addr, netip.AddrPort).Addr(), netip.Addr).Zone());
	};
	$pkg.UDPAddrFromAddrPort = UDPAddrFromAddrPort;
	addrPortUDPAddr.ptr.prototype.Network = function() {
		return "udp";
	};
	addrPortUDPAddr.prototype.Network = function() { return this.$val.Network(); };
	UDPConn.ptr.prototype.SyscallConn = function() {
		var _returncast, c;
		c = this;
		if (!c.conn.ok()) {
			return [$ifaceNil, new syscall.Errno(22)];
		}
		_returncast = newRawConn(c.conn.fd);
		return [_returncast[0], _returncast[1]];
	};
	UDPConn.prototype.SyscallConn = function() { return this.$val.SyscallConn(); };
	UDPConn.ptr.prototype.ReadFromUDP = function(b) {
		var {$24r, _r, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		addr = ptrType$12.nil;
		err = $ifaceNil;
		c = this;
		_r = c.readFromUDP(b, new UDPAddr.ptr(IP.nil, 0, "")); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		addr = _tuple[1];
		err = _tuple[2];
		$24r = [n, addr, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.ReadFromUDP, $c: true, $r, $24r, _r, _tuple, addr, b, c, err, n, $s};return $f;
	};
	UDPConn.prototype.ReadFromUDP = function(b) { return this.$val.ReadFromUDP(b); };
	UDPConn.ptr.prototype.readFromUDP = function(b, addr) {
		var {_r, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, ptrType$12.nil, new syscall.Errno(22)];
		}
		_r = c.readFrom(b, addr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		addr = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.readFromUDP, $c: true, $r, _r, _tuple, addr, b, c, err, n, $s};return $f;
	};
	UDPConn.prototype.readFromUDP = function(b, addr) { return this.$val.readFromUDP(b, addr); };
	UDPConn.ptr.prototype.ReadFrom = function(b) {
		var {_r, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = c.readFromUDP(b, new UDPAddr.ptr(IP.nil, 0, "")); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		addr = _tuple[1];
		err = _tuple[2];
		if (addr === ptrType$12.nil) {
			$s = -1; return [n, $ifaceNil, err];
		}
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.ReadFrom, $c: true, $r, _r, _tuple, addr, b, c, err, n, $s};return $f;
	};
	UDPConn.prototype.ReadFrom = function(b) { return this.$val.ReadFrom(b); };
	UDPConn.ptr.prototype.ReadFromUDPAddrPort = function(b) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		addr = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
			_tmp$2 = new syscall.Errno(22);
			n = _tmp;
			netip.AddrPort.copy(addr, _tmp$1);
			err = _tmp$2;
			$s = -1; return [n, addr, err];
		}
		_r = c.readFromAddrPort(b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		netip.AddrPort.copy(addr, _tuple[1]);
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		_tmp$3 = n;
		_tmp$4 = $clone(addr, netip.AddrPort);
		_tmp$5 = err;
		n = _tmp$3;
		netip.AddrPort.copy(addr, _tmp$4);
		err = _tmp$5;
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.ReadFromUDPAddrPort, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, addr, b, c, err, n, $s};return $f;
	};
	UDPConn.prototype.ReadFromUDPAddrPort = function(b) { return this.$val.ReadFromUDPAddrPort(b); };
	UDPConn.ptr.prototype.ReadMsgUDP = function(b, oob) {
		var {_r, _tuple, addr, ap, b, c, err, flags, n, oob, oobn, $s, $r, $c} = $restore(this, {b, oob});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		flags = 0;
		addr = ptrType$12.nil;
		err = $ifaceNil;
		c = this;
		ap = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		_r = c.ReadMsgUDPAddrPort(b, oob); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		oobn = _tuple[1];
		flags = _tuple[2];
		netip.AddrPort.copy(ap, _tuple[3]);
		err = _tuple[4];
		if ($clone(ap, netip.AddrPort).IsValid()) {
			addr = UDPAddrFromAddrPort($clone(ap, netip.AddrPort));
		}
		$s = -1; return [n, oobn, flags, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.ReadMsgUDP, $c: true, $r, _r, _tuple, addr, ap, b, c, err, flags, n, oob, oobn, $s};return $f;
	};
	UDPConn.prototype.ReadMsgUDP = function(b, oob) { return this.$val.ReadMsgUDP(b, oob); };
	UDPConn.ptr.prototype.ReadMsgUDPAddrPort = function(b, oob) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, addr, b, c, err, flags, n, oob, oobn, $s, $r, $c} = $restore(this, {b, oob});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		flags = 0;
		addr = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = 0;
			_tmp$3 = new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
			_tmp$4 = new syscall.Errno(22);
			n = _tmp;
			oobn = _tmp$1;
			flags = _tmp$2;
			netip.AddrPort.copy(addr, _tmp$3);
			err = _tmp$4;
			$s = -1; return [n, oobn, flags, addr, err];
		}
		_r = c.readMsg(b, oob); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		oobn = _tuple[1];
		flags = _tuple[2];
		netip.AddrPort.copy(addr, _tuple[3]);
		err = _tuple[4];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return [n, oobn, flags, addr, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.ReadMsgUDPAddrPort, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, addr, b, c, err, flags, n, oob, oobn, $s};return $f;
	};
	UDPConn.prototype.ReadMsgUDPAddrPort = function(b, oob) { return this.$val.ReadMsgUDPAddrPort(b, oob); };
	UDPConn.ptr.prototype.WriteToUDP = function(b, addr) {
		var {_r, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, new syscall.Errno(22)];
		}
		_r = c.writeTo(b, addr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr.opAddr(), err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.WriteToUDP, $c: true, $r, _r, _tuple, addr, b, c, err, n, $s};return $f;
	};
	UDPConn.prototype.WriteToUDP = function(b, addr) { return this.$val.WriteToUDP(b, addr); };
	UDPConn.ptr.prototype.WriteToUDPAddrPort = function(b, addr) {
		var {_r, _tuple, addr, b, c, err, n, x, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, new syscall.Errno(22)];
		}
		_r = c.writeToAddrPort(b, $clone(addr, netip.AddrPort)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, (x = new addrPortUDPAddr.ptr($clone(addr, netip.AddrPort)), new x.constructor.elem(x)), err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.WriteToUDPAddrPort, $c: true, $r, _r, _tuple, addr, b, c, err, n, x, $s};return $f;
	};
	UDPConn.prototype.WriteToUDPAddrPort = function(b, addr) { return this.$val.WriteToUDPAddrPort(b, addr); };
	UDPConn.ptr.prototype.WriteTo = function(b, addr) {
		var {_r, _tuple, _tuple$1, a, addr, b, c, err, n, ok, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, new syscall.Errno(22)];
		}
		_tuple = $assertType(addr, ptrType$12, true);
		a = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [0, new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr, new syscall.Errno(22))];
		}
		_r = c.writeTo(b, a); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		n = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, a.opAddr(), err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.WriteTo, $c: true, $r, _r, _tuple, _tuple$1, a, addr, b, c, err, n, ok, $s};return $f;
	};
	UDPConn.prototype.WriteTo = function(b, addr) { return this.$val.WriteTo(b, addr); };
	UDPConn.ptr.prototype.WriteMsgUDP = function(b, oob, addr) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tuple, addr, b, c, err, n, oob, oobn, $s, $r, $c} = $restore(this, {b, oob, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = new syscall.Errno(22);
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			$s = -1; return [n, oobn, err];
		}
		_r = c.writeMsg(b, oob, addr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		oobn = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr.opAddr(), err);
		}
		$s = -1; return [n, oobn, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.WriteMsgUDP, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tuple, addr, b, c, err, n, oob, oobn, $s};return $f;
	};
	UDPConn.prototype.WriteMsgUDP = function(b, oob, addr) { return this.$val.WriteMsgUDP(b, oob, addr); };
	UDPConn.ptr.prototype.WriteMsgUDPAddrPort = function(b, oob, addr) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tuple, addr, b, c, err, n, oob, oobn, x, $s, $r, $c} = $restore(this, {b, oob, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = new syscall.Errno(22);
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			$s = -1; return [n, oobn, err];
		}
		_r = c.writeMsgAddrPort(b, oob, $clone(addr, netip.AddrPort)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		oobn = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, (x = new addrPortUDPAddr.ptr($clone(addr, netip.AddrPort)), new x.constructor.elem(x)), err);
		}
		$s = -1; return [n, oobn, err];
		/* */ } return; } var $f = {$blk: UDPConn.ptr.prototype.WriteMsgUDPAddrPort, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tuple, addr, b, c, err, n, oob, oobn, x, $s};return $f;
	};
	UDPConn.prototype.WriteMsgUDPAddrPort = function(b, oob, addr) { return this.$val.WriteMsgUDPAddrPort(b, oob, addr); };
	newUDPConn = function(fd) {
		var fd;
		return new UDPConn.ptr(new conn.ptr(fd));
	};
	setNoDelay = function(fd, noDelay) {
		var fd, noDelay;
		return new syscall.Errno(92);
	};
	setKeepAlivePeriod = function(fd, d) {
		var d, fd;
		return new syscall.Errno(92);
	};
	TCPAddr.ptr.prototype.family = function() {
		var a;
		a = this;
		if (a === ptrType$15.nil || a.IP.$length <= 4) {
			return 2;
		}
		if (!(a.IP.To4() === IP.nil)) {
			return 2;
		}
		return 3;
	};
	TCPAddr.prototype.family = function() { return this.$val.family(); };
	TCPAddr.ptr.prototype.sockaddr = function(family) {
		var {$24r, _r, a, family, $s, $r, $c} = $restore(this, {family});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = this;
		if (a === ptrType$15.nil) {
			$s = -1; return [$ifaceNil, $ifaceNil];
		}
		_r = ipToSockaddr(family, a.IP, a.Port, a.Zone); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: TCPAddr.ptr.prototype.sockaddr, $c: true, $r, $24r, _r, a, family, $s};return $f;
	};
	TCPAddr.prototype.sockaddr = function(family) { return this.$val.sockaddr(family); };
	TCPAddr.ptr.prototype.toLocal = function(net) {
		var a, net;
		a = this;
		return new TCPAddr.ptr(loopbackIP(net), a.Port, a.Zone);
	};
	TCPAddr.prototype.toLocal = function(net) { return this.$val.toLocal(net); };
	TCPConn.ptr.prototype.readFrom = function(r) {
		var {$24r, _r, _tuple, _tuple$1, c, err, err$1, handled, handled$1, n, n$1, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_tuple = splice(c.conn.fd, r);
		n = _tuple[0];
		err = _tuple[1];
		handled = _tuple[2];
		if (handled) {
			$s = -1; return [n, err];
		}
		_tuple$1 = sendFile(c.conn.fd, r);
		n$1 = _tuple$1[0];
		err$1 = _tuple$1[1];
		handled$1 = _tuple$1[2];
		if (handled$1) {
			$s = -1; return [n$1, err$1];
		}
		_r = genericReadFrom(c, r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: TCPConn.ptr.prototype.readFrom, $c: true, $r, $24r, _r, _tuple, _tuple$1, c, err, err$1, handled, handled$1, n, n$1, r, $s};return $f;
	};
	TCPConn.prototype.readFrom = function(r) { return this.$val.readFrom(r); };
	sysDialer.ptr.prototype.dialTCP = function(ctx, laddr, raddr) {
		var {$24r, $24r$1, _r, _r$1, ctx, laddr, raddr, sd, $s, $r, $c} = $restore(this, {ctx, laddr, raddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		/* */ if (!(testHookDialTCP === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(testHookDialTCP === $throwNilPointerError)) { */ case 1:
			_r = testHookDialTCP(ctx, sd.network, laddr, raddr); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = sd.doDialTCP(ctx, laddr, raddr); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: sysDialer.ptr.prototype.dialTCP, $c: true, $r, $24r, $24r$1, _r, _r$1, ctx, laddr, raddr, sd, $s};return $f;
	};
	sysDialer.prototype.dialTCP = function(ctx, laddr, raddr) { return this.$val.dialTCP(ctx, laddr, raddr); };
	sysDialer.ptr.prototype.doDialTCP = function(ctx, laddr, raddr) {
		var {_r, _r$1, _r$2, _tuple, _tuple$1, ctx, err, fd, i, laddr, raddr, sd, $s, $r, $c} = $restore(this, {ctx, laddr, raddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		_r = internetSocket(ctx, sd.network, laddr, raddr, 1, 0, "dial", sd.Dialer.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < 2 && (laddr === ptrType$15.nil || (laddr.Port === 0)) && (selfConnect(fd, err) || spuriousENOTAVAIL(err)))) { break; } */ if(!(i < 2 && (laddr === ptrType$15.nil || (laddr.Port === 0)) && (selfConnect(fd, err) || spuriousENOTAVAIL(err)))) { $s = 3; continue; }
			/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 4:
				_r$1 = fd.Close(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
			/* } */ case 5:
			_r$2 = internetSocket(ctx, sd.network, laddr, raddr, 1, 0, "dial", sd.Dialer.Control); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			fd = _tuple$1[0];
			err = _tuple$1[1];
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$16.nil, err];
		}
		$s = -1; return [newTCPConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysDialer.ptr.prototype.doDialTCP, $c: true, $r, _r, _r$1, _r$2, _tuple, _tuple$1, ctx, err, fd, i, laddr, raddr, sd, $s};return $f;
	};
	sysDialer.prototype.doDialTCP = function(ctx, laddr, raddr) { return this.$val.doDialTCP(ctx, laddr, raddr); };
	selfConnect = function(fd, err) {
		var err, fd, l, r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return false;
		}
		if ($interfaceIsEqual(fd.laddr, $ifaceNil) || $interfaceIsEqual(fd.raddr, $ifaceNil)) {
			return true;
		}
		l = $assertType(fd.laddr, ptrType$15);
		r = $assertType(fd.raddr, ptrType$15);
		return (l.Port === r.Port) && l.IP.Equal(r.IP);
	};
	spuriousENOTAVAIL = function(err) {
		var _tuple, _tuple$1, err, ok, ok$1, op, sys;
		_tuple = $assertType(err, ptrType$17, true);
		op = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			err = op.Err;
		}
		_tuple$1 = $assertType(err, ptrType$18, true);
		sys = _tuple$1[0];
		ok$1 = _tuple$1[1];
		if (ok$1) {
			err = sys.Err;
		}
		return $interfaceIsEqual(err, new syscall.Errno(99));
	};
	TCPListener.ptr.prototype.ok = function() {
		var ln;
		ln = this;
		return !(ln === ptrType$19.nil) && !(ln.fd === ptrType$3.nil);
	};
	TCPListener.prototype.ok = function() { return this.$val.ok(); };
	TCPListener.ptr.prototype.accept = function() {
		var {_r, _tuple, err, fd, ka, ln, tc, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ln = this;
		_r = ln.fd.accept(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$16.nil, err];
		}
		tc = newTCPConn(fd);
		if ((x = ln.lc.KeepAlive, (x.$high > 0 || (x.$high === 0 && x.$low >= 0)))) {
			setKeepAlive(fd, true);
			ka = ln.lc.KeepAlive;
			if ((x$1 = ln.lc.KeepAlive, (x$1.$high === 0 && x$1.$low === 0))) {
				ka = new time.Duration(3, 2115098112);
			}
			setKeepAlivePeriod(fd, ka);
		}
		$s = -1; return [tc, $ifaceNil];
		/* */ } return; } var $f = {$blk: TCPListener.ptr.prototype.accept, $c: true, $r, _r, _tuple, err, fd, ka, ln, tc, x, x$1, $s};return $f;
	};
	TCPListener.prototype.accept = function() { return this.$val.accept(); };
	TCPListener.ptr.prototype.close = function() {
		var {$24r, _r, ln, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ln = this;
		_r = ln.fd.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: TCPListener.ptr.prototype.close, $c: true, $r, $24r, _r, ln, $s};return $f;
	};
	TCPListener.prototype.close = function() { return this.$val.close(); };
	TCPListener.ptr.prototype.file = function() {
		var _tuple, err, f, ln;
		ln = this;
		_tuple = ln.fd.dup();
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [ptrType$7.nil, err];
		}
		return [f, $ifaceNil];
	};
	TCPListener.prototype.file = function() { return this.$val.file(); };
	sysListener.ptr.prototype.listenTCP = function(ctx, laddr) {
		var {_r, _tuple, ctx, err, fd, laddr, sl, $s, $r, $c} = $restore(this, {ctx, laddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sl = this;
		_r = internetSocket(ctx, sl.network, laddr, $ifaceNil, 1, 0, "listen", sl.ListenConfig.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$19.nil, err];
		}
		$s = -1; return [new TCPListener.ptr(fd, $clone(sl.ListenConfig, ListenConfig)), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysListener.ptr.prototype.listenTCP, $c: true, $r, _r, _tuple, ctx, err, fd, laddr, sl, $s};return $f;
	};
	sysListener.prototype.listenTCP = function(ctx, laddr) { return this.$val.listenTCP(ctx, laddr); };
	TCPAddr.ptr.prototype.AddrPort = function() {
		var _tuple, a, na;
		a = this;
		if (a === ptrType$15.nil) {
			return new netip.AddrPort.ptr(new netip.Addr.ptr(new netip.uint128.ptr(new $Uint64(0, 0), new $Uint64(0, 0)), ""), 0);
		}
		_tuple = netip.AddrFromSlice($convertSliceType(a.IP, sliceType$1));
		na = $clone(_tuple[0], netip.Addr);
		netip.Addr.copy(na, $clone(na, netip.Addr).WithZone(a.Zone));
		return netip.AddrPortFrom($clone(na, netip.Addr), ((a.Port << 16 >>> 16)));
	};
	TCPAddr.prototype.AddrPort = function() { return this.$val.AddrPort(); };
	TCPAddr.ptr.prototype.Network = function() {
		var a;
		a = this;
		return "tcp";
	};
	TCPAddr.prototype.Network = function() { return this.$val.Network(); };
	TCPAddr.ptr.prototype.String = function() {
		var a, ip;
		a = this;
		if (a === ptrType$15.nil) {
			return "<nil>";
		}
		ip = ipEmptyString(a.IP);
		if (!(a.Zone === "")) {
			return JoinHostPort(ip + "%" + a.Zone, itoa.Itoa(a.Port));
		}
		return JoinHostPort(ip, itoa.Itoa(a.Port));
	};
	TCPAddr.prototype.String = function() { return this.$val.String(); };
	TCPAddr.ptr.prototype.isWildcard = function() {
		var a;
		a = this;
		if (a === ptrType$15.nil || a.IP === IP.nil) {
			return true;
		}
		return a.IP.IsUnspecified();
	};
	TCPAddr.prototype.isWildcard = function() { return this.$val.isWildcard(); };
	TCPAddr.ptr.prototype.opAddr = function() {
		var a;
		a = this;
		if (a === ptrType$15.nil) {
			return $ifaceNil;
		}
		return a;
	};
	TCPAddr.prototype.opAddr = function() { return this.$val.opAddr(); };
	TCPConn.ptr.prototype.SyscallConn = function() {
		var _returncast, c;
		c = this;
		if (!c.conn.ok()) {
			return [$ifaceNil, new syscall.Errno(22)];
		}
		_returncast = newRawConn(c.conn.fd);
		return [_returncast[0], _returncast[1]];
	};
	TCPConn.prototype.SyscallConn = function() { return this.$val.SyscallConn(); };
	TCPConn.ptr.prototype.ReadFrom = function(r) {
		var {_r, _tuple, c, err, n, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [new $Int64(0, 0), new syscall.Errno(22)];
		}
		_r = c.readFrom(r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual(err, io.EOF))) {
			err = new OpError.ptr("readfrom", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: TCPConn.ptr.prototype.ReadFrom, $c: true, $r, _r, _tuple, c, err, n, r, $s};return $f;
	};
	TCPConn.prototype.ReadFrom = function(r) { return this.$val.ReadFrom(r); };
	TCPConn.ptr.prototype.CloseRead = function() {
		var {_r, c, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.conn.fd.closeRead(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("close", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: TCPConn.ptr.prototype.CloseRead, $c: true, $r, _r, c, err, $s};return $f;
	};
	TCPConn.prototype.CloseRead = function() { return this.$val.CloseRead(); };
	TCPConn.ptr.prototype.CloseWrite = function() {
		var {_r, c, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.conn.fd.closeWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("close", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: TCPConn.ptr.prototype.CloseWrite, $c: true, $r, _r, c, err, $s};return $f;
	};
	TCPConn.prototype.CloseWrite = function() { return this.$val.CloseWrite(); };
	TCPConn.ptr.prototype.SetLinger = function(sec) {
		var c, err, sec;
		c = this;
		if (!c.conn.ok()) {
			return new syscall.Errno(22);
		}
		err = setLinger(c.conn.fd, sec);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return new OpError.ptr("set", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		return $ifaceNil;
	};
	TCPConn.prototype.SetLinger = function(sec) { return this.$val.SetLinger(sec); };
	TCPConn.ptr.prototype.SetKeepAlive = function(keepalive) {
		var c, err, keepalive;
		c = this;
		if (!c.conn.ok()) {
			return new syscall.Errno(22);
		}
		err = setKeepAlive(c.conn.fd, keepalive);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return new OpError.ptr("set", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		return $ifaceNil;
	};
	TCPConn.prototype.SetKeepAlive = function(keepalive) { return this.$val.SetKeepAlive(keepalive); };
	TCPConn.ptr.prototype.SetKeepAlivePeriod = function(d) {
		var c, d, err;
		c = this;
		if (!c.conn.ok()) {
			return new syscall.Errno(22);
		}
		err = setKeepAlivePeriod(c.conn.fd, d);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return new OpError.ptr("set", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		return $ifaceNil;
	};
	TCPConn.prototype.SetKeepAlivePeriod = function(d) { return this.$val.SetKeepAlivePeriod(d); };
	TCPConn.ptr.prototype.SetNoDelay = function(noDelay) {
		var c, err, noDelay;
		c = this;
		if (!c.conn.ok()) {
			return new syscall.Errno(22);
		}
		err = setNoDelay(c.conn.fd, noDelay);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return new OpError.ptr("set", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		return $ifaceNil;
	};
	TCPConn.prototype.SetNoDelay = function(noDelay) { return this.$val.SetNoDelay(noDelay); };
	newTCPConn = function(fd) {
		var c, fd;
		c = new TCPConn.ptr(new conn.ptr(fd));
		setNoDelay(c.conn.fd, true);
		return c;
	};
	TCPListener.ptr.prototype.SyscallConn = function() {
		var _returncast, l;
		l = this;
		if (!l.ok()) {
			return [$ifaceNil, new syscall.Errno(22)];
		}
		_returncast = newRawListener(l.fd);
		return [_returncast[0], _returncast[1]];
	};
	TCPListener.prototype.SyscallConn = function() { return this.$val.SyscallConn(); };
	TCPListener.ptr.prototype.AcceptTCP = function() {
		var {_r, _tuple, c, err, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return [ptrType$16.nil, new syscall.Errno(22)];
		}
		_r = l.accept(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$16.nil, new OpError.ptr("accept", l.fd.net, $ifaceNil, l.fd.laddr, err)];
		}
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: TCPListener.ptr.prototype.AcceptTCP, $c: true, $r, _r, _tuple, c, err, l, $s};return $f;
	};
	TCPListener.prototype.AcceptTCP = function() { return this.$val.AcceptTCP(); };
	TCPListener.ptr.prototype.Accept = function() {
		var {_r, _tuple, c, err, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return [$ifaceNil, new syscall.Errno(22)];
		}
		_r = l.accept(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new OpError.ptr("accept", l.fd.net, $ifaceNil, l.fd.laddr, err)];
		}
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: TCPListener.ptr.prototype.Accept, $c: true, $r, _r, _tuple, c, err, l, $s};return $f;
	};
	TCPListener.prototype.Accept = function() { return this.$val.Accept(); };
	TCPListener.ptr.prototype.Close = function() {
		var {_r, err, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = l.close(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("close", l.fd.net, $ifaceNil, l.fd.laddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: TCPListener.ptr.prototype.Close, $c: true, $r, _r, err, l, $s};return $f;
	};
	TCPListener.prototype.Close = function() { return this.$val.Close(); };
	TCPListener.ptr.prototype.Addr = function() {
		var l;
		l = this;
		return l.fd.laddr;
	};
	TCPListener.prototype.Addr = function() { return this.$val.Addr(); };
	TCPListener.ptr.prototype.SetDeadline = function(t) {
		var {_r, err, l, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		if (!l.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = l.fd.pfd.SetDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("set", l.fd.net, $ifaceNil, l.fd.laddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: TCPListener.ptr.prototype.SetDeadline, $c: true, $r, _r, err, l, t, $s};return $f;
	};
	TCPListener.prototype.SetDeadline = function(t) { return this.$val.SetDeadline(t); };
	TCPListener.ptr.prototype.File = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, err, f, l;
		f = ptrType$7.nil;
		err = $ifaceNil;
		l = this;
		if (!l.ok()) {
			_tmp = ptrType$7.nil;
			_tmp$1 = new syscall.Errno(22);
			f = _tmp;
			err = _tmp$1;
			return [f, err];
		}
		_tuple = l.file();
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$2 = ptrType$7.nil;
			_tmp$3 = new OpError.ptr("file", l.fd.net, $ifaceNil, l.fd.laddr, err);
			f = _tmp$2;
			err = _tmp$3;
			return [f, err];
		}
		return [f, err];
	};
	TCPListener.prototype.File = function() { return this.$val.File(); };
	splice = function(c, r) {
		var c, r;
		return [new $Int64(0, 0), $ifaceNil, false];
	};
	setReadBuffer = function(fd, bytes) {
		var bytes, fd;
		return new syscall.Errno(92);
	};
	setWriteBuffer = function(fd, bytes) {
		var bytes, fd;
		return new syscall.Errno(92);
	};
	setKeepAlive = function(fd, keepalive) {
		var fd, keepalive;
		return new syscall.Errno(92);
	};
	setLinger = function(fd, sec) {
		var fd, sec;
		return new syscall.Errno(92);
	};
	sendFile = function(c, r) {
		var _tmp, _tmp$1, _tmp$2, c, err, handled, n, r;
		n = new $Int64(0, 0);
		err = $ifaceNil;
		handled = false;
		_tmp = new $Int64(0, 0);
		_tmp$1 = $ifaceNil;
		_tmp$2 = false;
		n = _tmp;
		err = _tmp$1;
		handled = _tmp$2;
		return [n, err, handled];
	};
	rawConn.ptr.prototype.ok = function() {
		var c;
		c = this;
		return !(c === ptrType$20.nil) && !(c.fd === ptrType$3.nil);
	};
	rawConn.prototype.ok = function() { return this.$val.ok(); };
	rawConn.ptr.prototype.Control = function(f) {
		var {_r, c, err, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.fd.pfd.RawControl(f); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		runtime.KeepAlive(c.fd);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("raw-control", c.fd.net, $ifaceNil, c.fd.laddr, err);
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: rawConn.ptr.prototype.Control, $c: true, $r, _r, c, err, f, $s};return $f;
	};
	rawConn.prototype.Control = function(f) { return this.$val.Control(f); };
	rawConn.ptr.prototype.Read = function(f) {
		var {_r, c, err, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.fd.pfd.RawRead(f); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		runtime.KeepAlive(c.fd);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("raw-read", c.fd.net, c.fd.laddr, c.fd.raddr, err);
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: rawConn.ptr.prototype.Read, $c: true, $r, _r, c, err, f, $s};return $f;
	};
	rawConn.prototype.Read = function(f) { return this.$val.Read(f); };
	rawConn.ptr.prototype.Write = function(f) {
		var {_r, c, err, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.fd.pfd.RawWrite(f); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		runtime.KeepAlive(c.fd);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("raw-write", c.fd.net, c.fd.laddr, c.fd.raddr, err);
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: rawConn.ptr.prototype.Write, $c: true, $r, _r, c, err, f, $s};return $f;
	};
	rawConn.prototype.Write = function(f) { return this.$val.Write(f); };
	newRawConn = function(fd) {
		var fd;
		return [new rawConn.ptr(fd), $ifaceNil];
	};
	rawListener.ptr.prototype.Read = function(param) {
		var l, param;
		l = this;
		return new syscall.Errno(22);
	};
	rawListener.prototype.Read = function(param) { return this.$val.Read(param); };
	rawListener.ptr.prototype.Write = function(param) {
		var l, param;
		l = this;
		return new syscall.Errno(22);
	};
	rawListener.prototype.Write = function(param) { return this.$val.Write(param); };
	newRawListener = function(fd) {
		var fd;
		return [new rawListener.ptr(new rawConn.ptr(fd)), $ifaceNil];
	};
	readServices = function() {
		var {_entry, _key, _key$1, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, err, f, file$1, i, i$1, j, line, m, netw, ok, ok$1, ok1, port, portnet, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r = open("/etc/services"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		file$1 = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		$deferred.push([$methodVal(file$1, "close"), []]);
		_r$1 = file$1.readLine(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		line = _tuple$1[0];
		ok = _tuple$1[1];
		/* while (true) { */ case 6:
			/* if (!(ok)) { break; } */ if(!(ok)) { $s = 7; continue; }
			i = bytealg.IndexByteString(line, 35);
			if (i >= 0) {
				line = $substring(line, 0, i);
			}
			f = getFields(line);
			/* */ if (f.$length < 2) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (f.$length < 2) { */ case 8:
				_r$2 = file$1.readLine(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$2 = _r$2;
				line = _tuple$2[0];
				ok = _tuple$2[1];
				/* continue; */ $s = 6; continue;
			/* } */ case 9:
			portnet = (1 >= f.$length ? ($throwRuntimeError("index out of range"), undefined) : f.$array[f.$offset + 1]);
			_tuple$3 = dtoi(portnet);
			port = _tuple$3[0];
			j = _tuple$3[1];
			ok$1 = _tuple$3[2];
			/* */ if (!ok$1 || port <= 0 || j >= portnet.length || !((portnet.charCodeAt(j) === 47))) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!ok$1 || port <= 0 || j >= portnet.length || !((portnet.charCodeAt(j) === 47))) { */ case 11:
				_r$3 = file$1.readLine(); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$4 = _r$3;
				line = _tuple$4[0];
				ok = _tuple$4[1];
				/* continue; */ $s = 6; continue;
			/* } */ case 12:
			netw = $substring(portnet, (j + 1 >> 0));
			_tuple$5 = (_entry = services[$String.keyFor(netw)], _entry !== undefined ? [_entry.v, true] : [false, false]);
			m = _tuple$5[0];
			ok1 = _tuple$5[1];
			if (!ok1) {
				m = {};
				_key = netw; (services || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: m };
			}
			i$1 = 0;
			while (true) {
				if (!(i$1 < f.$length)) { break; }
				if (!((i$1 === 1))) {
					_key$1 = ((i$1 < 0 || i$1 >= f.$length) ? ($throwRuntimeError("index out of range"), undefined) : f.$array[f.$offset + i$1]); (m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: port };
				}
				i$1 = i$1 + (1) >> 0;
			}
			_r$4 = file$1.readLine(); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$6 = _r$4;
			line = _tuple$6[0];
			ok = _tuple$6[1];
		$s = 6; continue;
		case 7:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: readServices, $c: true, $r, _entry, _key, _key$1, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, err, f, file$1, i, i$1, j, line, m, netw, ok, ok$1, ok1, port, portnet, $s, $deferred};return $f; } }
	};
	goLookupPort = function(network, service) {
		var {_tuple, err, network, port, service, $s, $r, $c} = $restore(this, {network, service});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		port = 0;
		err = $ifaceNil;
		$r = onceReadServices.Do(readServices); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = lookupPortMap(network, service);
		port = _tuple[0];
		err = _tuple[1];
		$s = -1; return [port, err];
		/* */ } return; } var $f = {$blk: goLookupPort, $c: true, $r, _tuple, err, network, port, service, $s};return $f;
	};
	parsePort = function(service) {
		var _i, _ref, _rune, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, d, n, needsLookup, neg, nn, port, service;
		port = 0;
		needsLookup = false;
		if (service === "") {
			_tmp = 0;
			_tmp$1 = false;
			port = _tmp;
			needsLookup = _tmp$1;
			return [port, needsLookup];
		}
		neg = false;
		if (service.charCodeAt(0) === 43) {
			service = $substring(service, 1);
		} else if (service.charCodeAt(0) === 45) {
			neg = true;
			service = $substring(service, 1);
		}
		n = 0;
		_ref = service;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			d = _rune[0];
			if (48 <= d && d <= 57) {
				d = d - (48) >> 0;
			} else {
				_tmp$2 = 0;
				_tmp$3 = true;
				port = _tmp$2;
				needsLookup = _tmp$3;
				return [port, needsLookup];
			}
			if (n >= 1073741824) {
				n = 4294967295;
				break;
			}
			n = $imul(n, (10)) >>> 0;
			nn = n + ((d >>> 0)) >>> 0;
			if (nn < n || nn > 4294967295) {
				n = 4294967295;
				break;
			}
			n = nn;
			_i += _rune[1];
		}
		if (!neg && n >= 1073741824) {
			port = 1073741823;
		} else if (neg && n > 1073741824) {
			port = 1073741824;
		} else {
			port = ((n >> 0));
		}
		if (neg) {
			port = -port;
		}
		_tmp$4 = port;
		_tmp$5 = false;
		port = _tmp$4;
		needsLookup = _tmp$5;
		return [port, needsLookup];
	};
	file.ptr.prototype.close = function() {
		var {_r, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r = f.file.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: file.ptr.prototype.close, $c: true, $r, _r, f, $s};return $f;
	};
	file.prototype.close = function() { return this.$val.close(); };
	file.ptr.prototype.getLineFromData = function() {
		var data, f, i, n, ok, s;
		s = "";
		ok = false;
		f = this;
		data = f.data;
		i = 0;
		i = 0;
		while (true) {
			if (!(i < data.$length)) { break; }
			if (((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i]) === 10) {
				s = ($bytesToString($subslice(data, 0, i)));
				ok = true;
				i = i + (1) >> 0;
				n = data.$length - i >> 0;
				$copySlice($subslice(data, 0), $subslice(data, i));
				f.data = $subslice(data, 0, n);
				return [s, ok];
			}
			i = i + (1) >> 0;
		}
		if (f.atEOF && f.data.$length > 0) {
			s = ($bytesToString(data));
			f.data = $subslice(f.data, 0, 0);
			ok = true;
		}
		return [s, ok];
	};
	file.prototype.getLineFromData = function() { return this.$val.getLineFromData(); };
	file.ptr.prototype.readLine = function() {
		var {_r, _tuple, _tuple$1, _tuple$2, err, f, ln, n, ok, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = "";
		ok = false;
		f = this;
		_tuple = f.getLineFromData();
		s = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return [s, ok];
		}
		/* */ if (f.data.$length < f.data.$capacity) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.data.$length < f.data.$capacity) { */ case 1:
			ln = f.data.$length;
			_r = io.ReadFull(f.file, $subslice(f.data, ln, f.data.$capacity)); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$1 = _r;
			n = _tuple$1[0];
			err = _tuple$1[1];
			if (n >= 0) {
				f.data = $subslice(f.data, 0, (ln + n >> 0));
			}
			if ($interfaceIsEqual(err, io.EOF) || $interfaceIsEqual(err, io.ErrUnexpectedEOF)) {
				f.atEOF = true;
			}
		/* } */ case 2:
		_tuple$2 = f.getLineFromData();
		s = _tuple$2[0];
		ok = _tuple$2[1];
		$s = -1; return [s, ok];
		/* */ } return; } var $f = {$blk: file.ptr.prototype.readLine, $c: true, $r, _r, _tuple, _tuple$1, _tuple$2, err, f, ln, n, ok, s, $s};return $f;
	};
	file.prototype.readLine = function() { return this.$val.readLine(); };
	open = function(name) {
		var {_r, _tuple, err, fd, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = os.Open(name); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		fd = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$22.nil, err];
		}
		$s = -1; return [new file.ptr(fd, $makeSlice(sliceType$1, 0, 65536), false), $ifaceNil];
		/* */ } return; } var $f = {$blk: open, $c: true, $r, _r, _tuple, err, fd, name, $s};return $f;
	};
	countAnyByte = function(s, t) {
		var i, n, s, t;
		n = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (bytealg.IndexByteString(t, s.charCodeAt(i)) >= 0) {
				n = n + (1) >> 0;
			}
			i = i + (1) >> 0;
		}
		return n;
	};
	splitAtBytes = function(s, t) {
		var a, i, last$1, n, s, t;
		a = $makeSlice(sliceType, (1 + countAnyByte(s, t) >> 0));
		n = 0;
		last$1 = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (bytealg.IndexByteString(t, s.charCodeAt(i)) >= 0) {
				if (last$1 < i) {
					((n < 0 || n >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + n] = $substring(s, last$1, i));
					n = n + (1) >> 0;
				}
				last$1 = i + 1 >> 0;
			}
			i = i + (1) >> 0;
		}
		if (last$1 < s.length) {
			((n < 0 || n >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + n] = $substring(s, last$1));
			n = n + (1) >> 0;
		}
		return $subslice(a, 0, n);
	};
	getFields = function(s) {
		var s;
		return splitAtBytes(s, " \r\t\n");
	};
	dtoi = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, i, n, ok, s;
		n = 0;
		i = 0;
		ok = false;
		n = 0;
		i = 0;
		while (true) {
			if (!(i < s.length && 48 <= s.charCodeAt(i) && s.charCodeAt(i) <= 57)) { break; }
			n = ($imul(n, 10)) + (((s.charCodeAt(i) - 48 << 24 >>> 24) >> 0)) >> 0;
			if (n >= 16777215) {
				_tmp = 16777215;
				_tmp$1 = i;
				_tmp$2 = false;
				n = _tmp;
				i = _tmp$1;
				ok = _tmp$2;
				return [n, i, ok];
			}
			i = i + (1) >> 0;
		}
		if (i === 0) {
			_tmp$3 = 0;
			_tmp$4 = 0;
			_tmp$5 = false;
			n = _tmp$3;
			i = _tmp$4;
			ok = _tmp$5;
			return [n, i, ok];
		}
		_tmp$6 = n;
		_tmp$7 = i;
		_tmp$8 = true;
		n = _tmp$6;
		i = _tmp$7;
		ok = _tmp$8;
		return [n, i, ok];
	};
	xtoi = function(s) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, i, n, ok, s;
		n = 0;
		i = 0;
		ok = false;
		n = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (48 <= s.charCodeAt(i) && s.charCodeAt(i) <= 57) {
				n = $imul(n, (16));
				n = n + ((((s.charCodeAt(i) - 48 << 24 >>> 24) >> 0))) >> 0;
			} else if (97 <= s.charCodeAt(i) && s.charCodeAt(i) <= 102) {
				n = $imul(n, (16));
				n = n + (((((s.charCodeAt(i) - 97 << 24 >>> 24) >> 0)) + 10 >> 0)) >> 0;
			} else if (65 <= s.charCodeAt(i) && s.charCodeAt(i) <= 70) {
				n = $imul(n, (16));
				n = n + (((((s.charCodeAt(i) - 65 << 24 >>> 24) >> 0)) + 10 >> 0)) >> 0;
			} else {
				break;
			}
			if (n >= 16777215) {
				_tmp = 0;
				_tmp$1 = i;
				_tmp$2 = false;
				n = _tmp;
				i = _tmp$1;
				ok = _tmp$2;
				return [n, i, ok];
			}
			i = i + (1) >> 0;
		}
		if (i === 0) {
			_tmp$3 = 0;
			_tmp$4 = i;
			_tmp$5 = false;
			n = _tmp$3;
			i = _tmp$4;
			ok = _tmp$5;
			return [n, i, ok];
		}
		_tmp$6 = n;
		_tmp$7 = i;
		_tmp$8 = true;
		n = _tmp$6;
		i = _tmp$7;
		ok = _tmp$8;
		return [n, i, ok];
	};
	appendHex = function(dst, i) {
		var dst, i, j, v, y;
		if (i === 0) {
			return $append(dst, 48);
		}
		j = 7;
		while (true) {
			if (!(j >= 0)) { break; }
			v = (y = ((($imul(j, 4)) >>> 0)), y < 32 ? (i >>> y) : 0) >>> 0;
			if (v > 0) {
				dst = $append(dst, "0123456789abcdef".charCodeAt(((v & 15) >>> 0)));
			}
			j = j - (1) >> 0;
		}
		return dst;
	};
	last = function(s, b) {
		var b, i, s;
		i = s.length;
		i = i - (1) >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			if (s.charCodeAt(i) === b) {
				break;
			}
			i = i - (1) >> 0;
		}
		return i;
	};
	lowerASCIIBytes = function(x) {
		var _i, _ref, b, i, x;
		_ref = x;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (65 <= b && b <= 90) {
				((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = (((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]) + (32) << 24 >>> 24));
			}
			_i++;
		}
	};
	nextPort = function() {
		var {$24r, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$r = portCounterMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(portCounterMu, "Unlock"), []]);
		portCounter = portCounter + (1) >> 0;
		$24r = portCounter;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: nextPort, $c: true, $r, $24r, $s, $deferred};return $f; } }
	};
	socket = function(ctx, net, family, sotype, proto, ipv6only$1, laddr, raddr, ctrlFn) {
		var {_entry, _key, _r, _r$1, _tuple, ctrlFn, ctx, family, fd, fd2, ipv6only$1, l, l$1, laddr, net, ok, proto, raddr, sotype, $s, $r, $c} = $restore(this, {ctx, net, family, sotype, proto, ipv6only$1, laddr, raddr, ctrlFn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = new netFD.ptr(ptrType$23.nil, ptrType$23.nil, $chanNil, new sync.Mutex.ptr(0, 0), false, false, family, sotype, net, $ifaceNil, $ifaceNil, new poll.FD.ptr(new poll.fdMutex.ptr(new $Uint64(0, 0), 0, 0), 0, new poll.pollDesc.ptr(ptrType$24.nil, false), ptrType$25.nil, 0, 0, false, false, false), false);
		/* */ if (!($interfaceIsEqual(laddr, $ifaceNil)) && $interfaceIsEqual(raddr, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(laddr, $ifaceNil)) && $interfaceIsEqual(raddr, $ifaceNil)) { */ case 1:
			l = $assertType(laddr, ptrType$15);
			_r = nextPort(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			fd.laddr = new TCPAddr.ptr(l.IP, _r, l.Zone);
			fd.listener = true;
			fd.incoming = new $Chan(ptrType$3, 1024);
			$r = listenersMu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_key = $assertType(fd.laddr, ptrType$15).String(); (listeners || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: fd };
			$r = listenersMu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [fd, $ifaceNil];
		/* } */ case 2:
		_r$1 = nextPort(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		fd.laddr = new TCPAddr.ptr(IPv4(127, 0, 0, 1), _r$1, "");
		fd.raddr = raddr;
		fd.r = newBufferedPipe(65536);
		fd.w = newBufferedPipe(65536);
		fd2 = new netFD.ptr(ptrType$23.nil, ptrType$23.nil, $chanNil, new sync.Mutex.ptr(0, 0), false, false, fd.family, sotype, net, $ifaceNil, $ifaceNil, new poll.FD.ptr(new poll.fdMutex.ptr(new $Uint64(0, 0), 0, 0), 0, new poll.pollDesc.ptr(ptrType$24.nil, false), ptrType$25.nil, 0, 0, false, false, false), false);
		fd2.laddr = fd.raddr;
		fd2.raddr = fd.laddr;
		fd2.r = fd.w;
		fd2.w = fd.r;
		$r = listenersMu.Lock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = listeners[$String.keyFor($assertType(fd.raddr, ptrType$15).String())], _entry !== undefined ? [_entry.v, true] : [ptrType$3.nil, false]);
		l$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!ok) { */ case 8:
			$r = listenersMu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [ptrType$3.nil, new syscall.Errno(111)];
		/* } */ case 9:
		$r = $send(l$1.incoming, fd2); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = listenersMu.Unlock(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [fd, $ifaceNil];
		/* */ } return; } var $f = {$blk: socket, $c: true, $r, _entry, _key, _r, _r$1, _tuple, ctrlFn, ctx, family, fd, fd2, ipv6only$1, l, l$1, laddr, net, ok, proto, raddr, sotype, $s};return $f;
	};
	netFD.ptr.prototype.Read = function(p) {
		var {$24r, _r, _tuple, err, fd, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		fd = this;
		_r = fd.r.Read(p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.Read, $c: true, $r, $24r, _r, _tuple, err, fd, n, p, $s};return $f;
	};
	netFD.prototype.Read = function(p) { return this.$val.Read(p); };
	netFD.ptr.prototype.Write = function(p) {
		var {$24r, _r, _tuple, err, fd, nn, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nn = 0;
		err = $ifaceNil;
		fd = this;
		_r = fd.w.Write(p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		nn = _tuple[0];
		err = _tuple[1];
		$24r = [nn, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.Write, $c: true, $r, $24r, _r, _tuple, err, fd, nn, p, $s};return $f;
	};
	netFD.prototype.Write = function(p) { return this.$val.Write(p); };
	netFD.ptr.prototype.Close = function() {
		var {_r, fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.closedMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (fd.closed) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (fd.closed) { */ case 2:
			$r = fd.closedMu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 3:
		fd.closed = true;
		$r = fd.closedMu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (fd.listener) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (fd.listener) { */ case 6:
			$r = listenersMu.Lock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r = fd.laddr.String(); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			delete listeners[$String.keyFor(_r)];
			$close(fd.incoming);
			fd.listener = false;
			$r = listenersMu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 7:
		$r = fd.r.Close(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fd.w.Close(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.Close, $c: true, $r, _r, fd, $s};return $f;
	};
	netFD.prototype.Close = function() { return this.$val.Close(); };
	netFD.ptr.prototype.closeRead = function() {
		var {fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.r.Close(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.closeRead, $c: true, $r, fd, $s};return $f;
	};
	netFD.prototype.closeRead = function() { return this.$val.closeRead(); };
	netFD.ptr.prototype.closeWrite = function() {
		var {fd, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.w.Close(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.closeWrite, $c: true, $r, fd, $s};return $f;
	};
	netFD.prototype.closeWrite = function() { return this.$val.closeWrite(); };
	netFD.ptr.prototype.accept = function() {
		var {_r, _tuple, c, fd, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		_r = $recv(fd.incoming); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		c = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [ptrType$3.nil, new syscall.Errno(22)];
		}
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.accept, $c: true, $r, _r, _tuple, c, fd, ok, $s};return $f;
	};
	netFD.prototype.accept = function() { return this.$val.accept(); };
	netFD.ptr.prototype.SetDeadline = function(t) {
		var {fd, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.r.SetReadDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fd.w.SetWriteDeadline($clone(t, time.Time)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.SetDeadline, $c: true, $r, fd, t, $s};return $f;
	};
	netFD.prototype.SetDeadline = function(t) { return this.$val.SetDeadline(t); };
	netFD.ptr.prototype.SetReadDeadline = function(t) {
		var {fd, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.r.SetReadDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.SetReadDeadline, $c: true, $r, fd, t, $s};return $f;
	};
	netFD.prototype.SetReadDeadline = function(t) { return this.$val.SetReadDeadline(t); };
	netFD.ptr.prototype.SetWriteDeadline = function(t) {
		var {fd, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = this;
		$r = fd.w.SetWriteDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: netFD.ptr.prototype.SetWriteDeadline, $c: true, $r, fd, t, $s};return $f;
	};
	netFD.prototype.SetWriteDeadline = function(t) { return this.$val.SetWriteDeadline(t); };
	newBufferedPipe = function(softLimit) {
		var p, softLimit;
		p = new bufferedPipe.ptr(softLimit, new sync.Mutex.ptr(0, 0), sliceType$1.nil, false, new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil), new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil));
		p.rCond.L = p.mu;
		p.wCond.L = p.mu;
		return p;
	};
	bufferedPipe.ptr.prototype.Read = function(b) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, b, d, n, p, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		/* while (true) { */ case 2:
			/* */ if (p.closed && (p.buf.$length === 0)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (p.closed && (p.buf.$length === 0)) { */ case 4:
				$24r = [0, io.EOF];
				$s = 6; case 6: return $24r;
			/* } */ case 5:
			/* */ if (!$clone(p.rDeadline, time.Time).IsZero()) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!$clone(p.rDeadline, time.Time).IsZero()) { */ case 7:
				_r = time.Until($clone(p.rDeadline, time.Time)); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				d = _r;
				/* */ if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) { */ case 10:
					$24r$1 = [0, new syscall.Errno(11)];
					$s = 12; case 12: return $24r$1;
				/* } */ case 11:
				_r$1 = time.AfterFunc(d, $methodVal(p.rCond, "Broadcast")); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
			/* } */ case 8:
			if (p.buf.$length > 0) {
				/* break; */ $s = 3; continue;
			}
			$r = p.rCond.Wait(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 2; continue;
		case 3:
		n = $copySlice(b, p.buf);
		p.buf = $subslice(p.buf, n);
		$r = p.wCond.Broadcast(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$24r$2 = [n, $ifaceNil];
		$s = 16; case 16: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: bufferedPipe.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, b, d, n, p, $s, $deferred};return $f; } }
	};
	bufferedPipe.prototype.Read = function(b) { return this.$val.Read(b); };
	bufferedPipe.ptr.prototype.Write = function(b) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, b, d, p, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		/* while (true) { */ case 2:
			/* */ if (p.closed) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (p.closed) { */ case 4:
				$24r = [0, new syscall.Errno(107)];
				$s = 6; case 6: return $24r;
			/* } */ case 5:
			/* */ if (!$clone(p.wDeadline, time.Time).IsZero()) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!$clone(p.wDeadline, time.Time).IsZero()) { */ case 7:
				_r = time.Until($clone(p.wDeadline, time.Time)); /* */ $s = 9; case 9: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				d = _r;
				/* */ if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if ((d.$high < 0 || (d.$high === 0 && d.$low <= 0))) { */ case 10:
					$24r$1 = [0, new syscall.Errno(11)];
					$s = 12; case 12: return $24r$1;
				/* } */ case 11:
				_r$1 = time.AfterFunc(d, $methodVal(p.wCond, "Broadcast")); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
			/* } */ case 8:
			if (p.buf.$length <= p.softLimit) {
				/* break; */ $s = 3; continue;
			}
			$r = p.wCond.Wait(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 2; continue;
		case 3:
		p.buf = $appendSlice(p.buf, b);
		$r = p.rCond.Broadcast(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$24r$2 = [b.$length, $ifaceNil];
		$s = 16; case 16: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: bufferedPipe.ptr.prototype.Write, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, b, d, p, $s, $deferred};return $f; } }
	};
	bufferedPipe.prototype.Write = function(b) { return this.$val.Write(b); };
	bufferedPipe.ptr.prototype.Close = function() {
		var {p, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		p.closed = true;
		$r = p.rCond.Broadcast(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = p.wCond.Broadcast(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: bufferedPipe.ptr.prototype.Close, $c: true, $r, p, $s, $deferred};return $f; } }
	};
	bufferedPipe.prototype.Close = function() { return this.$val.Close(); };
	bufferedPipe.ptr.prototype.SetReadDeadline = function(t) {
		var {p, t, $s, $deferred, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		time.Time.copy(p.rDeadline, t);
		$r = p.rCond.Broadcast(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: bufferedPipe.ptr.prototype.SetReadDeadline, $c: true, $r, p, t, $s, $deferred};return $f; } }
	};
	bufferedPipe.prototype.SetReadDeadline = function(t) { return this.$val.SetReadDeadline(t); };
	bufferedPipe.ptr.prototype.SetWriteDeadline = function(t) {
		var {p, t, $s, $deferred, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		time.Time.copy(p.wDeadline, t);
		$r = p.wCond.Broadcast(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: bufferedPipe.ptr.prototype.SetWriteDeadline, $c: true, $r, p, t, $s, $deferred};return $f; } }
	};
	bufferedPipe.prototype.SetWriteDeadline = function(t) { return this.$val.SetWriteDeadline(t); };
	sysSocket = function(family, sotype, proto) {
		var family, proto, sotype;
		return [0, new syscall.Errno(38)];
	};
	netFD.ptr.prototype.readFrom = function(p) {
		var _tmp, _tmp$1, _tmp$2, err, fd, n, p, sa;
		n = 0;
		sa = $ifaceNil;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = $ifaceNil;
		_tmp$2 = new syscall.Errno(38);
		n = _tmp;
		sa = _tmp$1;
		err = _tmp$2;
		return [n, sa, err];
	};
	netFD.prototype.readFrom = function(p) { return this.$val.readFrom(p); };
	netFD.ptr.prototype.readFromInet4 = function(p, sa) {
		var _tmp, _tmp$1, err, fd, n, p, sa;
		n = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	netFD.prototype.readFromInet4 = function(p, sa) { return this.$val.readFromInet4(p, sa); };
	netFD.ptr.prototype.readFromInet6 = function(p, sa) {
		var _tmp, _tmp$1, err, fd, n, p, sa;
		n = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	netFD.prototype.readFromInet6 = function(p, sa) { return this.$val.readFromInet6(p, sa); };
	netFD.ptr.prototype.readMsg = function(p, oob, flags) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, err, fd, flags, n, oob, oobn, p, retflags, sa;
		n = 0;
		oobn = 0;
		retflags = 0;
		sa = $ifaceNil;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = $ifaceNil;
		_tmp$4 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		retflags = _tmp$2;
		sa = _tmp$3;
		err = _tmp$4;
		return [n, oobn, retflags, sa, err];
	};
	netFD.prototype.readMsg = function(p, oob, flags) { return this.$val.readMsg(p, oob, flags); };
	netFD.ptr.prototype.readMsgInet4 = function(p, oob, flags, sa) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, err, fd, flags, n, oob, oobn, p, retflags, sa;
		n = 0;
		oobn = 0;
		retflags = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		retflags = _tmp$2;
		err = _tmp$3;
		return [n, oobn, retflags, err];
	};
	netFD.prototype.readMsgInet4 = function(p, oob, flags, sa) { return this.$val.readMsgInet4(p, oob, flags, sa); };
	netFD.ptr.prototype.readMsgInet6 = function(p, oob, flags, sa) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, err, fd, flags, n, oob, oobn, p, retflags, sa;
		n = 0;
		oobn = 0;
		retflags = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		_tmp$3 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		retflags = _tmp$2;
		err = _tmp$3;
		return [n, oobn, retflags, err];
	};
	netFD.prototype.readMsgInet6 = function(p, oob, flags, sa) { return this.$val.readMsgInet6(p, oob, flags, sa); };
	netFD.ptr.prototype.writeMsgInet4 = function(p, oob, sa) {
		var _tmp, _tmp$1, _tmp$2, err, fd, n, oob, oobn, p, sa;
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		err = _tmp$2;
		return [n, oobn, err];
	};
	netFD.prototype.writeMsgInet4 = function(p, oob, sa) { return this.$val.writeMsgInet4(p, oob, sa); };
	netFD.ptr.prototype.writeMsgInet6 = function(p, oob, sa) {
		var _tmp, _tmp$1, _tmp$2, err, fd, n, oob, oobn, p, sa;
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		err = _tmp$2;
		return [n, oobn, err];
	};
	netFD.prototype.writeMsgInet6 = function(p, oob, sa) { return this.$val.writeMsgInet6(p, oob, sa); };
	netFD.ptr.prototype.writeTo = function(p, sa) {
		var _tmp, _tmp$1, err, fd, n, p, sa;
		n = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	netFD.prototype.writeTo = function(p, sa) { return this.$val.writeTo(p, sa); };
	netFD.ptr.prototype.writeToInet4 = function(p, sa) {
		var _tmp, _tmp$1, err, fd, n, p, sa;
		n = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	netFD.prototype.writeToInet4 = function(p, sa) { return this.$val.writeToInet4(p, sa); };
	netFD.ptr.prototype.writeToInet6 = function(p, sa) {
		var _tmp, _tmp$1, err, fd, n, p, sa;
		n = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = new syscall.Errno(38);
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	netFD.prototype.writeToInet6 = function(p, sa) { return this.$val.writeToInet6(p, sa); };
	netFD.ptr.prototype.writeMsg = function(p, oob, sa) {
		var _tmp, _tmp$1, _tmp$2, err, fd, n, oob, oobn, p, sa;
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		fd = this;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = new syscall.Errno(38);
		n = _tmp;
		oobn = _tmp$1;
		err = _tmp$2;
		return [n, oobn, err];
	};
	netFD.prototype.writeMsg = function(p, oob, sa) { return this.$val.writeMsg(p, oob, sa); };
	netFD.ptr.prototype.dup = function() {
		var _tmp, _tmp$1, err, f, fd;
		f = ptrType$7.nil;
		err = $ifaceNil;
		fd = this;
		_tmp = ptrType$7.nil;
		_tmp$1 = new syscall.Errno(38);
		f = _tmp;
		err = _tmp$1;
		return [f, err];
	};
	netFD.prototype.dup = function() { return this.$val.dup(); };
	conn.ptr.prototype.ok = function() {
		var c;
		c = this;
		return !(c === ptrType$26.nil) && !(c.fd === ptrType$3.nil);
	};
	conn.prototype.ok = function() { return this.$val.ok(); };
	conn.ptr.prototype.Read = function(b) {
		var {_r, _tuple, b, c, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return [0, new syscall.Errno(22)];
		}
		_r = c.fd.Read(b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual(err, io.EOF))) {
			err = new OpError.ptr("read", c.fd.net, c.fd.laddr, c.fd.raddr, err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.Read, $c: true, $r, _r, _tuple, b, c, err, n, $s};return $f;
	};
	conn.prototype.Read = function(b) { return this.$val.Read(b); };
	conn.ptr.prototype.Write = function(b) {
		var {_r, _tuple, b, c, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return [0, new syscall.Errno(22)];
		}
		_r = c.fd.Write(b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.fd.net, c.fd.laddr, c.fd.raddr, err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.Write, $c: true, $r, _r, _tuple, b, c, err, n, $s};return $f;
	};
	conn.prototype.Write = function(b) { return this.$val.Write(b); };
	conn.ptr.prototype.Close = function() {
		var {_r, c, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.fd.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("close", c.fd.net, c.fd.laddr, c.fd.raddr, err);
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.Close, $c: true, $r, _r, c, err, $s};return $f;
	};
	conn.prototype.Close = function() { return this.$val.Close(); };
	conn.ptr.prototype.LocalAddr = function() {
		var c;
		c = this;
		if (!c.ok()) {
			return $ifaceNil;
		}
		return c.fd.laddr;
	};
	conn.prototype.LocalAddr = function() { return this.$val.LocalAddr(); };
	conn.ptr.prototype.RemoteAddr = function() {
		var c;
		c = this;
		if (!c.ok()) {
			return $ifaceNil;
		}
		return c.fd.raddr;
	};
	conn.prototype.RemoteAddr = function() { return this.$val.RemoteAddr(); };
	conn.ptr.prototype.SetDeadline = function(t) {
		var {_r, c, err, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.fd.SetDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("set", c.fd.net, $ifaceNil, c.fd.laddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.SetDeadline, $c: true, $r, _r, c, err, t, $s};return $f;
	};
	conn.prototype.SetDeadline = function(t) { return this.$val.SetDeadline(t); };
	conn.ptr.prototype.SetReadDeadline = function(t) {
		var {_r, c, err, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.fd.SetReadDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("set", c.fd.net, $ifaceNil, c.fd.laddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.SetReadDeadline, $c: true, $r, _r, c, err, t, $s};return $f;
	};
	conn.prototype.SetReadDeadline = function(t) { return this.$val.SetReadDeadline(t); };
	conn.ptr.prototype.SetWriteDeadline = function(t) {
		var {_r, c, err, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.ok()) {
			$s = -1; return new syscall.Errno(22);
		}
		_r = c.fd.SetWriteDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return new OpError.ptr("set", c.fd.net, $ifaceNil, c.fd.laddr, err);
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.SetWriteDeadline, $c: true, $r, _r, c, err, t, $s};return $f;
	};
	conn.prototype.SetWriteDeadline = function(t) { return this.$val.SetWriteDeadline(t); };
	conn.ptr.prototype.SetReadBuffer = function(bytes) {
		var bytes, c, err;
		c = this;
		if (!c.ok()) {
			return new syscall.Errno(22);
		}
		err = setReadBuffer(c.fd, bytes);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return new OpError.ptr("set", c.fd.net, $ifaceNil, c.fd.laddr, err);
		}
		return $ifaceNil;
	};
	conn.prototype.SetReadBuffer = function(bytes) { return this.$val.SetReadBuffer(bytes); };
	conn.ptr.prototype.SetWriteBuffer = function(bytes) {
		var bytes, c, err;
		c = this;
		if (!c.ok()) {
			return new syscall.Errno(22);
		}
		err = setWriteBuffer(c.fd, bytes);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return new OpError.ptr("set", c.fd.net, $ifaceNil, c.fd.laddr, err);
		}
		return $ifaceNil;
	};
	conn.prototype.SetWriteBuffer = function(bytes) { return this.$val.SetWriteBuffer(bytes); };
	conn.ptr.prototype.File = function() {
		var _tuple, c, err, f;
		f = ptrType$7.nil;
		err = $ifaceNil;
		c = this;
		_tuple = c.fd.dup();
		f = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("file", c.fd.net, c.fd.laddr, c.fd.raddr, err);
		}
		return [f, err];
	};
	conn.prototype.File = function() { return this.$val.File(); };
	mapErr = function(err) {
		var _1, err;
		_1 = err;
		if ($interfaceIsEqual(_1, (context.Canceled))) {
			return errCanceled;
		} else if ($interfaceIsEqual(_1, (context.DeadlineExceeded))) {
			return errTimeout;
		} else {
			return err;
		}
	};
	OpError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.Err;
	};
	OpError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	OpError.ptr.prototype.Error = function() {
		var {_r, _r$1, _r$2, e, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		if (e === ptrType$17.nil) {
			$s = -1; return "<nil>";
		}
		s = e.Op;
		if (!(e.Net === "")) {
			s = s + (" " + e.Net);
		}
		/* */ if (!($interfaceIsEqual(e.Source, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(e.Source, $ifaceNil))) { */ case 1:
			_r = e.Source.String(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			s = s + (" " + _r);
		/* } */ case 2:
		/* */ if (!($interfaceIsEqual(e.Addr, $ifaceNil))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!($interfaceIsEqual(e.Addr, $ifaceNil))) { */ case 4:
			if (!($interfaceIsEqual(e.Source, $ifaceNil))) {
				s = s + ("->");
			} else {
				s = s + (" ");
			}
			_r$1 = e.Addr.String(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			s = s + (_r$1);
		/* } */ case 5:
		_r$2 = e.Err.Error(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		s = s + (": " + _r$2);
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: OpError.ptr.prototype.Error, $c: true, $r, _r, _r$1, _r$2, e, s, $s};return $f;
	};
	OpError.prototype.Error = function() { return this.$val.Error(); };
	OpError.ptr.prototype.Timeout = function() {
		var {$24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, _v, _v$1, e, ne, ok, ok$1, ok$2, t, t$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_tuple = $assertType(e.Err, ptrType$18, true);
		ne = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_tuple$1 = $assertType(ne.Err, timeout, true);
			t = _tuple$1[0];
			ok$1 = _tuple$1[1];
			if (!(ok$1)) { _v = false; $s = 3; continue s; }
			_r = t.Timeout(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r; case 3:
			$24r = _v;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_tuple$2 = $assertType(e.Err, timeout, true);
		t$1 = _tuple$2[0];
		ok$2 = _tuple$2[1];
		if (!(ok$2)) { _v$1 = false; $s = 6; continue s; }
		_r$1 = t$1.Timeout(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v$1 = _r$1; case 6:
		$24r$1 = _v$1;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: OpError.ptr.prototype.Timeout, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, _v, _v$1, e, ne, ok, ok$1, ok$2, t, t$1, $s};return $f;
	};
	OpError.prototype.Timeout = function() { return this.$val.Timeout(); };
	OpError.ptr.prototype.Temporary = function() {
		var {$24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, _v, _v$1, e, ne, ok, ok$1, ok$2, t, t$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		if (e.Op === "accept" && isConnError(e.Err)) {
			$s = -1; return true;
		}
		_tuple = $assertType(e.Err, ptrType$18, true);
		ne = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_tuple$1 = $assertType(ne.Err, temporary, true);
			t = _tuple$1[0];
			ok$1 = _tuple$1[1];
			if (!(ok$1)) { _v = false; $s = 3; continue s; }
			_r = t.Temporary(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r; case 3:
			$24r = _v;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_tuple$2 = $assertType(e.Err, temporary, true);
		t$1 = _tuple$2[0];
		ok$2 = _tuple$2[1];
		if (!(ok$2)) { _v$1 = false; $s = 6; continue s; }
		_r$1 = t$1.Temporary(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v$1 = _r$1; case 6:
		$24r$1 = _v$1;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: OpError.ptr.prototype.Temporary, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, _v, _v$1, e, ne, ok, ok$1, ok$2, t, t$1, $s};return $f;
	};
	OpError.prototype.Temporary = function() { return this.$val.Temporary(); };
	ParseError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "invalid " + e.Type + ": " + e.Text;
	};
	ParseError.prototype.Error = function() { return this.$val.Error(); };
	ParseError.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return false;
	};
	ParseError.prototype.Timeout = function() { return this.$val.Timeout(); };
	ParseError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return false;
	};
	ParseError.prototype.Temporary = function() { return this.$val.Temporary(); };
	AddrError.ptr.prototype.Error = function() {
		var e, s;
		e = this;
		if (e === ptrType$27.nil) {
			return "<nil>";
		}
		s = e.Err;
		if (!(e.Addr === "")) {
			s = "address " + e.Addr + ": " + s;
		}
		return s;
	};
	AddrError.prototype.Error = function() { return this.$val.Error(); };
	AddrError.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return false;
	};
	AddrError.prototype.Timeout = function() { return this.$val.Timeout(); };
	AddrError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return false;
	};
	AddrError.prototype.Temporary = function() { return this.$val.Temporary(); };
	UnknownNetworkError.prototype.Error = function() {
		var e;
		e = this.$val;
		return "unknown network " + (e);
	};
	$ptrType(UnknownNetworkError).prototype.Error = function() { return new UnknownNetworkError(this.$get()).Error(); };
	UnknownNetworkError.prototype.Timeout = function() {
		var e;
		e = this.$val;
		return false;
	};
	$ptrType(UnknownNetworkError).prototype.Timeout = function() { return new UnknownNetworkError(this.$get()).Timeout(); };
	UnknownNetworkError.prototype.Temporary = function() {
		var e;
		e = this.$val;
		return false;
	};
	$ptrType(UnknownNetworkError).prototype.Temporary = function() { return new UnknownNetworkError(this.$get()).Temporary(); };
	timeoutError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "i/o timeout";
	};
	timeoutError.prototype.Error = function() { return this.$val.Error(); };
	timeoutError.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return true;
	};
	timeoutError.prototype.Timeout = function() { return this.$val.Timeout(); };
	timeoutError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return true;
	};
	timeoutError.prototype.Temporary = function() { return this.$val.Temporary(); };
	DNSError.ptr.prototype.Error = function() {
		var e, s;
		e = this;
		if (e === ptrType$28.nil) {
			return "<nil>";
		}
		s = "lookup " + e.Name;
		if (!(e.Server === "")) {
			s = s + (" on " + e.Server);
		}
		s = s + (": " + e.Err);
		return s;
	};
	DNSError.prototype.Error = function() { return this.$val.Error(); };
	DNSError.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return e.IsTimeout;
	};
	DNSError.prototype.Timeout = function() { return this.$val.Timeout(); };
	DNSError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return e.IsTimeout || e.IsTemporary;
	};
	DNSError.prototype.Temporary = function() { return this.$val.Temporary(); };
	genericReadFrom = function(w, r) {
		var {$24r, _r, _tuple, err, n, r, w, x, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		_r = io.Copy((x = new writerOnly.ptr(w), new x.constructor.elem(x)), r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: genericReadFrom, $c: true, $r, $24r, _r, _tuple, err, n, r, w, x, $s};return $f;
	};
	HardwareAddr.prototype.String = function() {
		var _i, _ref, a, b, buf, i;
		a = this;
		if (a.$length === 0) {
			return "";
		}
		buf = $makeSlice(sliceType$1, 0, (($imul(a.$length, 3)) - 1 >> 0));
		_ref = a;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (i > 0) {
				buf = $append(buf, 58);
			}
			buf = $append(buf, "0123456789abcdef".charCodeAt((b >>> 4 << 24 >>> 24)));
			buf = $append(buf, "0123456789abcdef".charCodeAt(((b & 15) >>> 0)));
			_i++;
		}
		return ($bytesToString(buf));
	};
	$ptrType(HardwareAddr).prototype.String = function() { return this.$get().String(); };
	lookupProtocol = function(ctx, name) {
		var _tuple, ctx, err, name, proto;
		proto = 0;
		err = $ifaceNil;
		_tuple = lookupProtocolMap(name);
		proto = _tuple[0];
		err = _tuple[1];
		return [proto, err];
	};
	Resolver.ptr.prototype.lookupHost = function(ctx, host) {
		var _tmp, _tmp$1, addrs, ctx, err, host;
		addrs = sliceType.nil;
		err = $ifaceNil;
		_tmp = sliceType.nil;
		_tmp$1 = new syscall.Errno(92);
		addrs = _tmp;
		err = _tmp$1;
		return [addrs, err];
	};
	Resolver.prototype.lookupHost = function(ctx, host) { return this.$val.lookupHost(ctx, host); };
	Resolver.ptr.prototype.lookupIP = function(ctx, network, host) {
		var _tmp, _tmp$1, addrs, ctx, err, host, network;
		addrs = sliceType$3.nil;
		err = $ifaceNil;
		_tmp = sliceType$3.nil;
		_tmp$1 = new syscall.Errno(92);
		addrs = _tmp;
		err = _tmp$1;
		return [addrs, err];
	};
	Resolver.prototype.lookupIP = function(ctx, network, host) { return this.$val.lookupIP(ctx, network, host); };
	Resolver.ptr.prototype.lookupPort = function(ctx, network, service) {
		var {$24r, _r, _tuple, ctx, err, network, port, service, $s, $r, $c} = $restore(this, {ctx, network, service});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		port = 0;
		err = $ifaceNil;
		_r = goLookupPort(network, service); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		port = _tuple[0];
		err = _tuple[1];
		$24r = [port, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.lookupPort, $c: true, $r, $24r, _r, _tuple, ctx, err, network, port, service, $s};return $f;
	};
	Resolver.prototype.lookupPort = function(ctx, network, service) { return this.$val.lookupPort(ctx, network, service); };
	Resolver.ptr.prototype.lookupCNAME = function(ctx, name) {
		var _tmp, _tmp$1, cname, ctx, err, name;
		cname = "";
		err = $ifaceNil;
		_tmp = "";
		_tmp$1 = new syscall.Errno(92);
		cname = _tmp;
		err = _tmp$1;
		return [cname, err];
	};
	Resolver.prototype.lookupCNAME = function(ctx, name) { return this.$val.lookupCNAME(ctx, name); };
	Resolver.ptr.prototype.lookupSRV = function(ctx, service, proto, name) {
		var _tmp, _tmp$1, _tmp$2, cname, ctx, err, name, proto, service, srvs;
		cname = "";
		srvs = sliceType$4.nil;
		err = $ifaceNil;
		_tmp = "";
		_tmp$1 = sliceType$4.nil;
		_tmp$2 = new syscall.Errno(92);
		cname = _tmp;
		srvs = _tmp$1;
		err = _tmp$2;
		return [cname, srvs, err];
	};
	Resolver.prototype.lookupSRV = function(ctx, service, proto, name) { return this.$val.lookupSRV(ctx, service, proto, name); };
	Resolver.ptr.prototype.lookupMX = function(ctx, name) {
		var _tmp, _tmp$1, ctx, err, mxs, name;
		mxs = sliceType$5.nil;
		err = $ifaceNil;
		_tmp = sliceType$5.nil;
		_tmp$1 = new syscall.Errno(92);
		mxs = _tmp;
		err = _tmp$1;
		return [mxs, err];
	};
	Resolver.prototype.lookupMX = function(ctx, name) { return this.$val.lookupMX(ctx, name); };
	Resolver.ptr.prototype.lookupNS = function(ctx, name) {
		var _tmp, _tmp$1, ctx, err, name, nss;
		nss = sliceType$6.nil;
		err = $ifaceNil;
		_tmp = sliceType$6.nil;
		_tmp$1 = new syscall.Errno(92);
		nss = _tmp;
		err = _tmp$1;
		return [nss, err];
	};
	Resolver.prototype.lookupNS = function(ctx, name) { return this.$val.lookupNS(ctx, name); };
	Resolver.ptr.prototype.lookupTXT = function(ctx, name) {
		var _tmp, _tmp$1, ctx, err, name, txts;
		txts = sliceType.nil;
		err = $ifaceNil;
		_tmp = sliceType.nil;
		_tmp$1 = new syscall.Errno(92);
		txts = _tmp;
		err = _tmp$1;
		return [txts, err];
	};
	Resolver.prototype.lookupTXT = function(ctx, name) { return this.$val.lookupTXT(ctx, name); };
	Resolver.ptr.prototype.lookupAddr = function(ctx, addr) {
		var _tmp, _tmp$1, addr, ctx, err, ptrs;
		ptrs = sliceType.nil;
		err = $ifaceNil;
		_tmp = sliceType.nil;
		_tmp$1 = new syscall.Errno(92);
		ptrs = _tmp;
		err = _tmp$1;
		return [ptrs, err];
	};
	Resolver.prototype.lookupAddr = function(ctx, addr) { return this.$val.lookupAddr(ctx, addr); };
	lookupProtocolMap = function(name) {
		var _entry, _tuple, found, lowerProtocol, n, name, proto;
		lowerProtocol = arrayType$2.zero();
		n = $copyString(new sliceType$1(lowerProtocol), name);
		lowerASCIIBytes($subslice(new sliceType$1(lowerProtocol), 0, n));
		_tuple = (_entry = protocols[$String.keyFor(($bytesToString($subslice(new sliceType$1(lowerProtocol), 0, n))))], _entry !== undefined ? [_entry.v, true] : [0, false]);
		proto = _tuple[0];
		found = _tuple[1];
		if (!found || !((n === name.length))) {
			return [0, new AddrError.ptr("unknown IP protocol specified", name)];
		}
		return [proto, $ifaceNil];
	};
	lookupPortMap = function(network, service) {
		var _1, _entry, _entry$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, error, lowerService, m, n, network, ok, ok$1, port, port$1, service;
		port = 0;
		error = $ifaceNil;
		_1 = network;
		if (_1 === ("tcp4") || _1 === ("tcp6")) {
			network = "tcp";
		} else if (_1 === ("udp4") || _1 === ("udp6")) {
			network = "udp";
		}
		_tuple = (_entry = services[$String.keyFor(network)], _entry !== undefined ? [_entry.v, true] : [false, false]);
		m = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			lowerService = arrayType$2.zero();
			n = $copyString(new sliceType$1(lowerService), service);
			lowerASCIIBytes($subslice(new sliceType$1(lowerService), 0, n));
			_tuple$1 = (_entry$1 = m[$String.keyFor(($bytesToString($subslice(new sliceType$1(lowerService), 0, n))))], _entry$1 !== undefined ? [_entry$1.v, true] : [0, false]);
			port$1 = _tuple$1[0];
			ok$1 = _tuple$1[1];
			if (ok$1 && (n === service.length)) {
				_tmp = port$1;
				_tmp$1 = $ifaceNil;
				port = _tmp;
				error = _tmp$1;
				return [port, error];
			}
		}
		_tmp$2 = 0;
		_tmp$3 = new AddrError.ptr("unknown port", network + "/" + service);
		port = _tmp$2;
		error = _tmp$3;
		return [port, error];
	};
	Resolver.ptr.prototype.getLookupGroup = function() {
		var r;
		r = this;
		if (r === ptrType$9.nil) {
			return $pkg.DefaultResolver.lookupGroup;
		}
		return r.lookupGroup;
	};
	Resolver.prototype.getLookupGroup = function() { return this.$val.getLookupGroup(); };
	Resolver.ptr.prototype.LookupHost = function(ctx, host) {
		var {$24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, addrs, ctx, err, host, ip, r, $s, $r, $c} = $restore(this, {ctx, host});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addrs = sliceType.nil;
		err = $ifaceNil;
		r = this;
		/* */ if (host === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (host === "") { */ case 1:
			_tmp = sliceType.nil;
			_r = errNoSuchHost.Error(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tmp$1 = new DNSError.ptr(_r, host, "", false, false, true);
			addrs = _tmp;
			err = _tmp$1;
			$24r = [addrs, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_tuple = parseIPZone(host);
		ip = _tuple[0];
		if (!(ip === IP.nil)) {
			_tmp$2 = new sliceType([host]);
			_tmp$3 = $ifaceNil;
			addrs = _tmp$2;
			err = _tmp$3;
			$s = -1; return [addrs, err];
		}
		_tuple$1 = r.lookupHost(ctx, host);
		addrs = _tuple$1[0];
		err = _tuple$1[1];
		$s = -1; return [addrs, err];
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.LookupHost, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, addrs, ctx, err, host, ip, r, $s};return $f;
	};
	Resolver.prototype.LookupHost = function(ctx, host) { return this.$val.LookupHost(ctx, host); };
	Resolver.ptr.prototype.LookupIPAddr = function(ctx, host) {
		var {$24r, _r, ctx, host, r, $s, $r, $c} = $restore(this, {ctx, host});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.lookupIPAddr(ctx, "ip", host); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.LookupIPAddr, $c: true, $r, $24r, _r, ctx, host, r, $s};return $f;
	};
	Resolver.prototype.LookupIPAddr = function(ctx, host) { return this.$val.LookupIPAddr(ctx, host); };
	Resolver.ptr.prototype.LookupIP = function(ctx, network, host) {
		var {_1, _i, _r, _ref, _tuple, _tuple$1, addr, addrs, afnet, ctx, err, host, ips, network, r, $s, $r, $c} = $restore(this, {ctx, network, host});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_tuple = parseNetwork(ctx, network, false);
		afnet = _tuple[0];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$7.nil, err];
		}
		_1 = afnet;
		if (_1 === ("ip") || _1 === ("ip4") || _1 === ("ip6")) {
		} else {
			$s = -1; return [sliceType$7.nil, new UnknownNetworkError((network))];
		}
		_r = r.internetAddrList(ctx, afnet, host); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		addrs = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$7.nil, err];
		}
		ips = $makeSlice(sliceType$7, 0, addrs.$length);
		_ref = addrs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			addr = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			ips = $append(ips, $assertType(addr, ptrType$32).IP);
			_i++;
		}
		$s = -1; return [ips, $ifaceNil];
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.LookupIP, $c: true, $r, _1, _i, _r, _ref, _tuple, _tuple$1, addr, addrs, afnet, ctx, err, host, ips, network, r, $s};return $f;
	};
	Resolver.prototype.LookupIP = function(ctx, network, host) { return this.$val.LookupIP(ctx, network, host); };
	Resolver.ptr.prototype.LookupNetIP = function(ctx, network, host) {
		var {_i, _r, _ref, _tuple, _tuple$1, a, ctx, err, host, ip, ips, network, ok, r, ret, $s, $r, $c} = $restore(this, {ctx, network, host});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.LookupIP(ctx, network, host); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		ips = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$8.nil, err];
		}
		ret = $makeSlice(sliceType$8, 0, ips.$length);
		_ref = ips;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			ip = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_tuple$1 = netip.AddrFromSlice($convertSliceType(ip, sliceType$1));
			a = $clone(_tuple$1[0], netip.Addr);
			ok = _tuple$1[1];
			if (ok) {
				ret = $append(ret, a);
			}
			_i++;
		}
		$s = -1; return [ret, $ifaceNil];
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.LookupNetIP, $c: true, $r, _i, _r, _ref, _tuple, _tuple$1, a, ctx, err, host, ip, ips, network, ok, r, ret, $s};return $f;
	};
	Resolver.prototype.LookupNetIP = function(ctx, network, host) { return this.$val.LookupNetIP(ctx, network, host); };
	onlyValuesCtx.ptr.prototype.Value = function(key) {
		var {$24r, _r, _r$1, _selection, key, ovc, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ovc = this;
		_r = ovc.lookupValues.Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_selection = $select([[_r], []]);
		/* */ if (_selection[0] === 0) { $s = 2; continue; }
		/* */ if (_selection[0] === 1) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (_selection[0] === 0) { */ case 2:
			$s = -1; return $ifaceNil;
		/* } else if (_selection[0] === 1) { */ case 3:
			_r$1 = ovc.lookupValues.Value(key); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 6; case 6: return $24r;
		/* } */ case 4:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: onlyValuesCtx.ptr.prototype.Value, $c: true, $r, $24r, _r, _r$1, _selection, key, ovc, $s};return $f;
	};
	onlyValuesCtx.prototype.Value = function(key) { return this.$val.Value(key); };
	withUnexpiredValuesPreserved = function(lookupCtx) {
		var lookupCtx;
		return new onlyValuesCtx.ptr(context.Background(), lookupCtx);
	};
	Resolver.ptr.prototype.lookupIPAddr = function(ctx, network, host) {
		var {$24r, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, addrs, alt, called, ch, ctx, ctxErr, err, err$1, host, ip, isTimeout, lookupGroupCancel, lookupGroupCtx, lookupKey, network, ok, ok$1, r, r$1, resolverFunc, terr, trace, x, x$1, zone, $s, $r, $c} = $restore(this, {ctx, network, host});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ch = [ch];
		host = [host];
		lookupGroupCancel = [lookupGroupCancel];
		lookupGroupCtx = [lookupGroupCtx];
		network = [network];
		resolverFunc = [resolverFunc];
		r = this;
		/* */ if (host[0] === "") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (host[0] === "") { */ case 1:
			_r = errNoSuchHost.Error(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [sliceType$3.nil, new DNSError.ptr(_r, host[0], "", false, false, true)];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_tuple = parseIPZone(host[0]);
		ip = _tuple[0];
		zone = _tuple[1];
		if (!(ip === IP.nil)) {
			$s = -1; return [new sliceType$3([new IPAddr.ptr(ip, zone)]), $ifaceNil];
		}
		_r$1 = ctx.Value((x = new nettrace.TraceKey.ptr(), new x.constructor.elem(x))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = $assertType(_r$1, ptrType$33, true);
		trace = _tuple$1[0];
		/* */ if (!(trace === ptrType$33.nil) && !(trace.DNSStart === $throwNilPointerError)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(trace === ptrType$33.nil) && !(trace.DNSStart === $throwNilPointerError)) { */ case 6:
			$r = trace.DNSStart(host[0]); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		resolverFunc[0] = $methodVal(r, "lookupIP");
		_r$2 = ctx.Value((x$1 = new nettrace.LookupIPAltResolverKey.ptr(), new x$1.constructor.elem(x$1))); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = $assertType(_r$2, funcType, true);
		alt = _tuple$2[0];
		if (!(alt === $throwNilPointerError)) {
			resolverFunc[0] = alt;
		}
		_r$3 = context.WithCancel(withUnexpiredValuesPreserved(ctx)); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$3 = _r$3;
		lookupGroupCtx[0] = _tuple$3[0];
		lookupGroupCancel[0] = _tuple$3[1];
		lookupKey = network[0] + "\x00" + host[0];
		dnsWaitGroup.Add(1);
		_r$4 = r.getLookupGroup().DoChan(lookupKey, (function(ch, host, lookupGroupCancel, lookupGroupCtx, network, resolverFunc) { return function $b() {
			var {$24r$1, _r$4, _returncast, $s, $deferred, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
			$deferred.push([$methodVal(dnsWaitGroup, "Done"), []]);
			_r$4 = testHookLookupIP(lookupGroupCtx[0], resolverFunc[0], network[0], host[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_returncast = _r$4;
			$24r$1 = [_returncast[0], _returncast[1]];
			$s = 2; case 2: return $24r$1;
			/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, $24r$1, _r$4, _returncast, $s, $deferred};return $f; } }
		}; })(ch, host, lookupGroupCancel, lookupGroupCtx, network, resolverFunc)); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$4 = _r$4;
		ch[0] = _tuple$4[0];
		called = _tuple$4[1];
		if (!called) {
			dnsWaitGroup.Done();
		}
		_r$5 = ctx.Done(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $select([[_r$5], [ch[0]]]); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_selection = _r$6;
		/* */ if (_selection[0] === 0) { $s = 14; continue; }
		/* */ if (_selection[0] === 1) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (_selection[0] === 0) { */ case 14:
			_r$7 = r.getLookupGroup().ForgetUnshared(lookupKey); /* */ $s = 20; case 20: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			/* */ if (_r$7) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (_r$7) { */ case 17:
				$r = lookupGroupCancel[0](); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 19; continue;
			/* } else { */ case 18:
				$go((function(ch, host, lookupGroupCancel, lookupGroupCtx, network, resolverFunc) { return function $b() {
					var {_r$8, $s, $r, $c} = $restore(this, {});
					/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
					_r$8 = $recv(ch[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$8[0];
					$r = lookupGroupCancel[0](); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = -1; return;
					/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$8, $s};return $f;
				}; })(ch, host, lookupGroupCancel, lookupGroupCtx, network, resolverFunc), []);
			/* } */ case 19:
			_r$8 = ctx.Err(); /* */ $s = 22; case 22: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			ctxErr = _r$8;
			_r$9 = mapErr(ctxErr).Error(); /* */ $s = 23; case 23: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err = new DNSError.ptr(_r$9, host[0], "", $interfaceIsEqual(ctxErr, context.DeadlineExceeded), false, false);
			/* */ if (!(trace === ptrType$33.nil) && !(trace.DNSDone === $throwNilPointerError)) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (!(trace === ptrType$33.nil) && !(trace.DNSDone === $throwNilPointerError)) { */ case 24:
				$r = trace.DNSDone(sliceType$9.nil, false, err); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 25:
			$s = -1; return [sliceType$3.nil, err];
		/* } else if (_selection[0] === 1) { */ case 15:
			r$1 = $clone(_selection[1][0], singleflight.Result);
			$r = lookupGroupCancel[0](); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			err$1 = r$1.Err;
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 28:
				_tuple$5 = $assertType(err$1, ptrType$28, true);
				ok = _tuple$5[1];
				/* */ if (!ok) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if (!ok) { */ case 30:
					isTimeout = false;
					/* */ if ($interfaceIsEqual(err$1, context.DeadlineExceeded)) { $s = 32; continue; }
					/* */ $s = 33; continue;
					/* if ($interfaceIsEqual(err$1, context.DeadlineExceeded)) { */ case 32:
						isTimeout = true;
						$s = 34; continue;
					/* } else { */ case 33:
						_tuple$6 = $assertType(err$1, timeout, true);
						terr = _tuple$6[0];
						ok$1 = _tuple$6[1];
						/* */ if (ok$1) { $s = 35; continue; }
						/* */ $s = 36; continue;
						/* if (ok$1) { */ case 35:
							_r$10 = terr.Timeout(); /* */ $s = 37; case 37: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
							isTimeout = _r$10;
						/* } */ case 36:
					/* } */ case 34:
					_r$11 = err$1.Error(); /* */ $s = 38; case 38: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					err$1 = new DNSError.ptr(_r$11, host[0], "", isTimeout, false, false);
				/* } */ case 31:
			/* } */ case 29:
			/* */ if (!(trace === ptrType$33.nil) && !(trace.DNSDone === $throwNilPointerError)) { $s = 39; continue; }
			/* */ $s = 40; continue;
			/* if (!(trace === ptrType$33.nil) && !(trace.DNSDone === $throwNilPointerError)) { */ case 39:
				_tuple$7 = $assertType(r$1.Val, sliceType$3, true);
				addrs = _tuple$7[0];
				$r = trace.DNSDone(ipAddrsEface(addrs), r$1.Shared, err$1); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 40:
			$s = -1; return lookupIPReturn(r$1.Val, err$1, r$1.Shared);
		/* } */ case 16:
		$s = -1; return [sliceType$3.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.lookupIPAddr, $c: true, $r, $24r, _r, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, addrs, alt, called, ch, ctx, ctxErr, err, err$1, host, ip, isTimeout, lookupGroupCancel, lookupGroupCtx, lookupKey, network, ok, ok$1, r, r$1, resolverFunc, terr, trace, x, x$1, zone, $s};return $f;
	};
	Resolver.prototype.lookupIPAddr = function(ctx, network, host) { return this.$val.lookupIPAddr(ctx, network, host); };
	lookupIPReturn = function(addrsi, err, shared) {
		var addrs, addrsi, clone, err, shared;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [sliceType$3.nil, err];
		}
		addrs = $assertType(addrsi, sliceType$3);
		if (shared) {
			clone = $makeSlice(sliceType$3, addrs.$length);
			$copySlice(clone, addrs);
			addrs = clone;
		}
		return [addrs, $ifaceNil];
	};
	ipAddrsEface = function(addrs) {
		var _i, _ref, addrs, i, s, v;
		s = $makeSlice(sliceType$9, addrs.$length);
		_ref = addrs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), IPAddr);
			((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i] = new v.constructor.elem(v));
			_i++;
		}
		return s;
	};
	Resolver.ptr.prototype.LookupPort = function(ctx, network, service) {
		var {_1, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, ctx, err, needsLookup, network, port, r, service, $s, $r, $c} = $restore(this, {ctx, network, service});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		port = 0;
		err = $ifaceNil;
		r = this;
		_tuple = parsePort(service);
		port = _tuple[0];
		needsLookup = _tuple[1];
		/* */ if (needsLookup) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (needsLookup) { */ case 1:
			_1 = network;
			if (_1 === ("tcp") || _1 === ("tcp4") || _1 === ("tcp6") || _1 === ("udp") || _1 === ("udp4") || _1 === ("udp6")) {
			} else if (_1 === ("")) {
				network = "ip";
			} else {
				_tmp = 0;
				_tmp$1 = new AddrError.ptr("unknown network", network);
				port = _tmp;
				err = _tmp$1;
				$s = -1; return [port, err];
			}
			_r = r.lookupPort(ctx, network, service); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$1 = _r;
			port = _tuple$1[0];
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$2 = 0;
				_tmp$3 = err;
				port = _tmp$2;
				err = _tmp$3;
				$s = -1; return [port, err];
			}
		/* } */ case 2:
		if (0 > port || port > 65535) {
			_tmp$4 = 0;
			_tmp$5 = new AddrError.ptr("invalid port", service);
			port = _tmp$4;
			err = _tmp$5;
			$s = -1; return [port, err];
		}
		_tmp$6 = port;
		_tmp$7 = $ifaceNil;
		port = _tmp$6;
		err = _tmp$7;
		$s = -1; return [port, err];
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.LookupPort, $c: true, $r, _1, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, ctx, err, needsLookup, network, port, r, service, $s};return $f;
	};
	Resolver.prototype.LookupPort = function(ctx, network, service) { return this.$val.LookupPort(ctx, network, service); };
	Resolver.ptr.prototype.LookupCNAME = function(ctx, host) {
		var _tuple, cname, ctx, err, host, r;
		r = this;
		_tuple = r.lookupCNAME(ctx, host);
		cname = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return ["", err];
		}
		if (!isDomainName(cname)) {
			return ["", new DNSError.ptr(errMalformedDNSRecordsDetail, host, "", false, false, false)];
		}
		return [cname, $ifaceNil];
	};
	Resolver.prototype.LookupCNAME = function(ctx, host) { return this.$val.LookupCNAME(ctx, host); };
	Resolver.ptr.prototype.LookupSRV = function(ctx, service, proto, name) {
		var _i, _ref, _tuple, addr, addrs, cname, ctx, err, filteredAddrs, name, proto, r, service;
		r = this;
		_tuple = r.lookupSRV(ctx, service, proto, name);
		cname = _tuple[0];
		addrs = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return ["", sliceType$4.nil, err];
		}
		if (!(cname === "") && !isDomainName(cname)) {
			return ["", sliceType$4.nil, new DNSError.ptr("SRV header name is invalid", name, "", false, false, false)];
		}
		filteredAddrs = $makeSlice(sliceType$4, 0, addrs.$length);
		_ref = addrs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			addr = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (addr === ptrType$29.nil) {
				_i++;
				continue;
			}
			if (!isDomainName(addr.Target)) {
				_i++;
				continue;
			}
			filteredAddrs = $append(filteredAddrs, addr);
			_i++;
		}
		if (!((addrs.$length === filteredAddrs.$length))) {
			return [cname, filteredAddrs, new DNSError.ptr(errMalformedDNSRecordsDetail, name, "", false, false, false)];
		}
		return [cname, filteredAddrs, $ifaceNil];
	};
	Resolver.prototype.LookupSRV = function(ctx, service, proto, name) { return this.$val.LookupSRV(ctx, service, proto, name); };
	Resolver.ptr.prototype.LookupMX = function(ctx, name) {
		var _i, _ref, _tuple, ctx, err, filteredMX, mx, name, r, records;
		r = this;
		_tuple = r.lookupMX(ctx, name);
		records = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [sliceType$5.nil, err];
		}
		filteredMX = $makeSlice(sliceType$5, 0, records.$length);
		_ref = records;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			mx = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (mx === ptrType$30.nil) {
				_i++;
				continue;
			}
			if (!isDomainName(mx.Host)) {
				_i++;
				continue;
			}
			filteredMX = $append(filteredMX, mx);
			_i++;
		}
		if (!((records.$length === filteredMX.$length))) {
			return [filteredMX, new DNSError.ptr(errMalformedDNSRecordsDetail, name, "", false, false, false)];
		}
		return [filteredMX, $ifaceNil];
	};
	Resolver.prototype.LookupMX = function(ctx, name) { return this.$val.LookupMX(ctx, name); };
	Resolver.ptr.prototype.LookupNS = function(ctx, name) {
		var _i, _ref, _tuple, ctx, err, filteredNS, name, ns, r, records;
		r = this;
		_tuple = r.lookupNS(ctx, name);
		records = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [sliceType$6.nil, err];
		}
		filteredNS = $makeSlice(sliceType$6, 0, records.$length);
		_ref = records;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			ns = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (ns === ptrType$31.nil) {
				_i++;
				continue;
			}
			if (!isDomainName(ns.Host)) {
				_i++;
				continue;
			}
			filteredNS = $append(filteredNS, ns);
			_i++;
		}
		if (!((records.$length === filteredNS.$length))) {
			return [filteredNS, new DNSError.ptr(errMalformedDNSRecordsDetail, name, "", false, false, false)];
		}
		return [filteredNS, $ifaceNil];
	};
	Resolver.prototype.LookupNS = function(ctx, name) { return this.$val.LookupNS(ctx, name); };
	Resolver.ptr.prototype.LookupTXT = function(ctx, name) {
		var ctx, name, r;
		r = this;
		return r.lookupTXT(ctx, name);
	};
	Resolver.prototype.LookupTXT = function(ctx, name) { return this.$val.LookupTXT(ctx, name); };
	Resolver.ptr.prototype.LookupAddr = function(ctx, addr) {
		var _i, _ref, _tuple, addr, ctx, err, filteredNames, name, names, r;
		r = this;
		_tuple = r.lookupAddr(ctx, addr);
		names = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return [sliceType.nil, err];
		}
		filteredNames = $makeSlice(sliceType, 0, names.$length);
		_ref = names;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			name = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (isDomainName(name)) {
				filteredNames = $append(filteredNames, name);
			}
			_i++;
		}
		if (!((names.$length === filteredNames.$length))) {
			return [filteredNames, new DNSError.ptr(errMalformedDNSRecordsDetail, addr, "", false, false, false)];
		}
		return [filteredNames, $ifaceNil];
	};
	Resolver.prototype.LookupAddr = function(ctx, addr) { return this.$val.LookupAddr(ctx, addr); };
	ipStackCapabilities.ptr.prototype.probe = function() {
		var {_1, _2, _i, _r, _r$1, _ref, _tuple, _tuple$1, _tuple$2, err, err$1, err$2, i, p, probes, s, s$1, sa, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		_tuple = sysSocket(2, 1, 6);
		s = _tuple[0];
		err = _tuple[1];
			_1 = err;
			/* */ if ($interfaceIsEqual(_1, new syscall.Errno((97))) || $interfaceIsEqual(_1, new syscall.Errno((93)))) { $s = 2; continue; }
			/* */ if ($interfaceIsEqual(_1, $ifaceNil)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ($interfaceIsEqual(_1, new syscall.Errno((97))) || $interfaceIsEqual(_1, new syscall.Errno((93)))) { */ case 2:
				$s = 4; continue;
			/* } else if ($interfaceIsEqual(_1, $ifaceNil)) { */ case 3:
				_r = poll.CloseFunc(s); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
				p.ipv4Enabled = true;
			/* } */ case 4:
		case 1:
		probes = new sliceType$10([new structType$3.ptr(new TCPAddr.ptr(ParseIP("::1"), 0, ""), 1), new structType$3.ptr(new TCPAddr.ptr(IPv4(127, 0, 0, 1), 0, ""), 0)]);
		_2 = "js";
		if (_2 === ("dragonfly") || _2 === ("openbsd")) {
			probes = $subslice(probes, 0, 1);
		}
		_ref = probes;
		_i = 0;
		/* while (true) { */ case 6:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 7; continue; }
			i = _i;
			_tuple$1 = sysSocket(3, 1, 6);
			s$1 = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				_i++;
				/* continue; */ $s = 6; continue;
			}
			$deferred.push([poll.CloseFunc, [s$1]]);
			syscall.SetsockoptInt(s$1, 41, 1, ((i < 0 || i >= probes.$length) ? ($throwRuntimeError("index out of range"), undefined) : probes.$array[probes.$offset + i]).value);
			_r$1 = ((i < 0 || i >= probes.$length) ? ($throwRuntimeError("index out of range"), undefined) : probes.$array[probes.$offset + i]).laddr.sockaddr(3); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$2 = _r$1;
			sa = _tuple$2[0];
			err$1 = _tuple$2[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				_i++;
				/* continue; */ $s = 6; continue;
			}
			err$2 = syscall.Bind(s$1, sa);
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				_i++;
				/* continue; */ $s = 6; continue;
			}
			if (i === 0) {
				p.ipv6Enabled = true;
			} else {
				p.ipv4MappedIPv6Enabled = true;
			}
			_i++;
		$s = 6; continue;
		case 7:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: ipStackCapabilities.ptr.prototype.probe, $c: true, $r, _1, _2, _i, _r, _r$1, _ref, _tuple, _tuple$1, _tuple$2, err, err$1, err$2, i, p, probes, s, s$1, sa, $s, $deferred};return $f; } }
	};
	ipStackCapabilities.prototype.probe = function() { return this.$val.probe(); };
	favoriteAddrFamily = function(network, laddr, raddr, mode) {
		var {$24r, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _v, _v$1, _v$2, _v$3, _v$4, _v$5, family, ipv6only$1, laddr, mode, network, raddr, $s, $r, $c} = $restore(this, {network, laddr, raddr, mode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		family = 0;
		ipv6only$1 = false;
		_1 = network.charCodeAt((network.length - 1 >> 0));
		if (_1 === (52)) {
			_tmp = 2;
			_tmp$1 = false;
			family = _tmp;
			ipv6only$1 = _tmp$1;
			$s = -1; return [family, ipv6only$1];
		} else if (_1 === (54)) {
			_tmp$2 = 3;
			_tmp$3 = true;
			family = _tmp$2;
			ipv6only$1 = _tmp$3;
			$s = -1; return [family, ipv6only$1];
		}
		if (!(mode === "listen")) { _v = false; $s = 3; continue s; }
		if ($interfaceIsEqual(laddr, $ifaceNil)) { _v$1 = true; $s = 4; continue s; }
		_r = laddr.isWildcard(); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v$1 = _r; case 4:
		_v = _v$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_r$1 = supportsIPv4map(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			if (_r$1) { _v$2 = true; $s = 8; continue s; }
			_r$2 = supportsIPv4(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_v$2 = !_r$2; case 8:
			/* */ if (_v$2) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_v$2) { */ case 6:
				_tmp$4 = 3;
				_tmp$5 = false;
				family = _tmp$4;
				ipv6only$1 = _tmp$5;
				$s = -1; return [family, ipv6only$1];
			/* } */ case 7:
			if ($interfaceIsEqual(laddr, $ifaceNil)) {
				_tmp$6 = 2;
				_tmp$7 = false;
				family = _tmp$6;
				ipv6only$1 = _tmp$7;
				$s = -1; return [family, ipv6only$1];
			}
			_r$3 = laddr.family(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tmp$8 = _r$3;
			_tmp$9 = false;
			family = _tmp$8;
			ipv6only$1 = _tmp$9;
			$24r = [family, ipv6only$1];
			$s = 12; case 12: return $24r;
		/* } */ case 2:
		if ($interfaceIsEqual(laddr, $ifaceNil)) { _v$4 = true; $s = 16; continue s; }
		_r$4 = laddr.family(); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v$4 = _r$4 === 2; case 16:
		if (!(_v$4)) { _v$3 = false; $s = 15; continue s; }
		if ($interfaceIsEqual(raddr, $ifaceNil)) { _v$5 = true; $s = 18; continue s; }
		_r$5 = raddr.family(); /* */ $s = 19; case 19: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_v$5 = _r$5 === 2; case 18:
		_v$3 = _v$5; case 15:
		/* */ if (_v$3) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (_v$3) { */ case 13:
			_tmp$10 = 2;
			_tmp$11 = false;
			family = _tmp$10;
			ipv6only$1 = _tmp$11;
			$s = -1; return [family, ipv6only$1];
		/* } */ case 14:
		_tmp$12 = 3;
		_tmp$13 = false;
		family = _tmp$12;
		ipv6only$1 = _tmp$13;
		$s = -1; return [family, ipv6only$1];
		/* */ } return; } var $f = {$blk: favoriteAddrFamily, $c: true, $r, $24r, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _v, _v$1, _v$2, _v$3, _v$4, _v$5, family, ipv6only$1, laddr, mode, network, raddr, $s};return $f;
	};
	internetSocket = function(ctx, net, laddr, raddr, sotype, proto, mode, ctrlFn) {
		var {$24r, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _v, ctrlFn, ctx, err, family, fd, ipv6only$1, laddr, mode, net, proto, raddr, sotype, $s, $r, $c} = $restore(this, {ctx, net, laddr, raddr, sotype, proto, mode, ctrlFn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = ptrType$3.nil;
		err = $ifaceNil;
		if (!(false && mode === "dial")) { _v = false; $s = 3; continue s; }
		_r = raddr.isWildcard(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			_r$1 = raddr.toLocal(net); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			raddr = _r$1;
		/* } */ case 2:
		_r$2 = favoriteAddrFamily(net, laddr, raddr, mode); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		family = _tuple[0];
		ipv6only$1 = _tuple[1];
		_r$3 = socket(ctx, net, family, sotype, proto, ipv6only$1, laddr, raddr, ctrlFn); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		fd = _tuple$1[0];
		err = _tuple$1[1];
		$24r = [fd, err];
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: internetSocket, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _v, ctrlFn, ctx, err, family, fd, ipv6only$1, laddr, mode, net, proto, raddr, sotype, $s};return $f;
	};
	ipToSockaddrInet4 = function(ip, port) {
		var ip, ip4, port, sa;
		if (ip.$length === 0) {
			ip = $pkg.IPv4zero;
		}
		ip4 = ip.To4();
		if (ip4 === IP.nil) {
			return [new syscall.SockaddrInet4.ptr(0, arrayType.zero()), new AddrError.ptr("non-IPv4 address", ip.String())];
		}
		sa = new syscall.SockaddrInet4.ptr(port, arrayType.zero());
		$copySlice(new sliceType$1(sa.Addr), ip4);
		return [sa, $ifaceNil];
	};
	ipToSockaddrInet6 = function(ip, port, zone) {
		var {_r, ip, ip6, port, sa, zone, $s, $r, $c} = $restore(this, {ip, port, zone});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ((ip.$length === 0) || ip.Equal($pkg.IPv4zero)) {
			ip = $pkg.IPv6zero;
		}
		ip6 = ip.To16();
		if (ip6 === IP.nil) {
			$s = -1; return [new syscall.SockaddrInet6.ptr(0, 0, arrayType$1.zero()), new AddrError.ptr("non-IPv6 address", ip.String())];
		}
		_r = zoneCache.index(zone); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		sa = new syscall.SockaddrInet6.ptr(port, ((_r >>> 0)), arrayType$1.zero());
		$copySlice(new sliceType$1(sa.Addr), ip6);
		$s = -1; return [sa, $ifaceNil];
		/* */ } return; } var $f = {$blk: ipToSockaddrInet6, $c: true, $r, _r, ip, ip6, port, sa, zone, $s};return $f;
	};
	ipToSockaddr = function(family, ip, port, zone) {
		var {_1, _r, _tuple, _tuple$1, err, err$1, family, ip, port, sa, sa$1, zone, $s, $r, $c} = $restore(this, {family, ip, port, zone});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sa = [sa];
		sa$1 = [sa$1];
			_1 = family;
			/* */ if (_1 === (2)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (2)) { */ case 2:
				_tuple = ipToSockaddrInet4(ip, port);
				sa[0] = $clone(_tuple[0], syscall.SockaddrInet4);
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [$ifaceNil, err];
				}
				$s = -1; return [sa[0], $ifaceNil];
			/* } else if (_1 === (3)) { */ case 3:
				_r = ipToSockaddrInet6(ip, port, zone); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple$1 = _r;
				sa$1[0] = $clone(_tuple$1[0], syscall.SockaddrInet6);
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [$ifaceNil, err$1];
				}
				$s = -1; return [sa$1[0], $ifaceNil];
			/* } */ case 4:
		case 1:
		$s = -1; return [$ifaceNil, new AddrError.ptr("invalid address family", ip.String())];
		/* */ } return; } var $f = {$blk: ipToSockaddr, $c: true, $r, _1, _r, _tuple, _tuple$1, err, err$1, family, ip, port, sa, sa$1, zone, $s};return $f;
	};
	addrPortToSockaddrInet4 = function(ap) {
		var addr, ap, sa;
		addr = $clone($clone(ap, netip.AddrPort).Addr(), netip.Addr);
		if (!$clone(addr, netip.Addr).Is4()) {
			return [new syscall.SockaddrInet4.ptr(0, arrayType.zero()), new AddrError.ptr("non-IPv4 address", $clone(addr, netip.Addr).String())];
		}
		sa = new syscall.SockaddrInet4.ptr((($clone(ap, netip.AddrPort).Port() >> 0)), $clone($clone(addr, netip.Addr).As4(), arrayType));
		return [sa, $ifaceNil];
	};
	addrPortToSockaddrInet6 = function(ap) {
		var {_r, addr, ap, sa, $s, $r, $c} = $restore(this, {ap});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addr = $clone($clone(ap, netip.AddrPort).Addr(), netip.Addr);
		if (!$clone(addr, netip.Addr).IsValid()) {
			$s = -1; return [new syscall.SockaddrInet6.ptr(0, 0, arrayType$1.zero()), new AddrError.ptr("non-IPv6 address", $clone(addr, netip.Addr).String())];
		}
		_r = zoneCache.index($clone(addr, netip.Addr).Zone()); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		sa = new syscall.SockaddrInet6.ptr((($clone(ap, netip.AddrPort).Port() >> 0)), ((_r >>> 0)), $clone($clone(addr, netip.Addr).As16(), arrayType$1));
		$s = -1; return [sa, $ifaceNil];
		/* */ } return; } var $f = {$blk: addrPortToSockaddrInet6, $c: true, $r, _r, addr, ap, sa, $s};return $f;
	};
	supportsIPv4 = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = ipStackCaps.Once.Do($methodVal(ipStackCaps, "probe")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return ipStackCaps.ipv4Enabled;
		/* */ } return; } var $f = {$blk: supportsIPv4, $c: true, $r, $s};return $f;
	};
	supportsIPv4map = function() {
		var {_1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_1 = "js";
		if (_1 === ("dragonfly") || _1 === ("openbsd")) {
			$s = -1; return false;
		}
		$r = ipStackCaps.Once.Do($methodVal(ipStackCaps, "probe")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return ipStackCaps.ipv4MappedIPv6Enabled;
		/* */ } return; } var $f = {$blk: supportsIPv4map, $c: true, $r, _1, $s};return $f;
	};
	isIPv4 = function(addr) {
		var _ref, addr, addr$1, addr$2, addr$3;
		_ref = addr;
		if ($assertType(_ref, ptrType$15, true)[1]) {
			addr$1 = _ref.$val;
			return !(addr$1.IP.To4() === IP.nil);
		} else if ($assertType(_ref, ptrType$12, true)[1]) {
			addr$2 = _ref.$val;
			return !(addr$2.IP.To4() === IP.nil);
		} else if ($assertType(_ref, ptrType$32, true)[1]) {
			addr$3 = _ref.$val;
			return !(addr$3.IP.To4() === IP.nil);
		}
		return false;
	};
	addrList.prototype.first = function(strategy) {
		var {_i, _r, _ref, addr, addrs, strategy, $s, $r, $c} = $restore(this, {strategy});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addrs = this;
		_ref = addrs;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			addr = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = strategy(addr); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (_r) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r) { */ case 3:
				$s = -1; return addr;
			/* } */ case 4:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return (0 >= addrs.$length ? ($throwRuntimeError("index out of range"), undefined) : addrs.$array[addrs.$offset + 0]);
		/* */ } return; } var $f = {$blk: addrList.prototype.first, $c: true, $r, _i, _r, _ref, addr, addrs, strategy, $s};return $f;
	};
	$ptrType(addrList).prototype.first = function(strategy) { return this.$get().first(strategy); };
	addrList.prototype.partition = function(strategy) {
		var {_i, _r, _ref, addr, addrs, fallbacks, i, label, primaries, primaryLabel, strategy, $s, $r, $c} = $restore(this, {strategy});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		primaries = addrList.nil;
		fallbacks = addrList.nil;
		addrs = this;
		primaryLabel = false;
		_ref = addrs;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			addr = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = strategy(addr); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			label = _r;
			if ((i === 0) || label === primaryLabel) {
				primaryLabel = label;
				primaries = $append(primaries, addr);
			} else {
				fallbacks = $append(fallbacks, addr);
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return [primaries, fallbacks];
		/* */ } return; } var $f = {$blk: addrList.prototype.partition, $c: true, $r, _i, _r, _ref, addr, addrs, fallbacks, i, label, primaries, primaryLabel, strategy, $s};return $f;
	};
	$ptrType(addrList).prototype.partition = function(strategy) { return this.$get().partition(strategy); };
	filterAddrList = function(filter, ips, inetaddr, originalAddr) {
		var {$24r, _i, _r, _r$1, _r$2, _ref, _v, addrs, filter, inetaddr, ip, ips, originalAddr, $s, $r, $c} = $restore(this, {filter, ips, inetaddr, originalAddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addrs = addrList.nil;
		_ref = ips;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			ip = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), IPAddr);
			if (filter === $throwNilPointerError) { _v = true; $s = 5; continue s; }
			_r = filter($clone(ip, IPAddr)); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_v = _r; case 5:
			/* */ if (_v) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_v) { */ case 3:
				_r$1 = inetaddr($clone(ip, IPAddr)); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				addrs = $append(addrs, _r$1);
			/* } */ case 4:
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (addrs.$length === 0) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (addrs.$length === 0) { */ case 8:
			_r$2 = errNoSuitableAddress.Error(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = [addrList.nil, new AddrError.ptr(_r$2, originalAddr)];
			$s = 11; case 11: return $24r;
		/* } */ case 9:
		$s = -1; return [addrs, $ifaceNil];
		/* */ } return; } var $f = {$blk: filterAddrList, $c: true, $r, $24r, _i, _r, _r$1, _r$2, _ref, _v, addrs, filter, inetaddr, ip, ips, originalAddr, $s};return $f;
	};
	ipv4only = function(addr) {
		var addr;
		return !(addr.IP.To4() === IP.nil);
	};
	ipv6only = function(addr) {
		var addr;
		return (addr.IP.$length === 16) && addr.IP.To4() === IP.nil;
	};
	SplitHostPort = function(hostport) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, addrErr, end, err, host, hostport, i, j, k, port, $s, $r, $c} = $restore(this, {hostport});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		host = "";
		port = "";
		err = $ifaceNil;
		addrErr = (function(addr, why) {
			var _tmp, _tmp$1, _tmp$2, addr, err$1, host$1, port$1, why;
			host$1 = "";
			port$1 = "";
			err$1 = $ifaceNil;
			_tmp = "";
			_tmp$1 = "";
			_tmp$2 = new AddrError.ptr(why, addr);
			host$1 = _tmp;
			port$1 = _tmp$1;
			err$1 = _tmp$2;
			return [host$1, port$1, err$1];
		});
		_tmp = 0;
		_tmp$1 = 0;
		j = _tmp;
		k = _tmp$1;
		i = last(hostport, 58);
		/* */ if (i < 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (i < 0) { */ case 1:
			_r = addrErr(hostport, "missing port in address"); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			host = _tuple[0];
			port = _tuple[1];
			err = _tuple[2];
			$24r = [host, port, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		/* */ if (hostport.charCodeAt(0) === 91) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (hostport.charCodeAt(0) === 91) { */ case 5:
			end = bytealg.IndexByteString(hostport, 93);
			/* */ if (end < 0) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (end < 0) { */ case 8:
				_r$1 = addrErr(hostport, "missing ']' in address"); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$1 = _r$1;
				host = _tuple$1[0];
				port = _tuple$1[1];
				err = _tuple$1[2];
				$24r$1 = [host, port, err];
				$s = 11; case 11: return $24r$1;
			/* } */ case 9:
				_1 = end + 1 >> 0;
				/* */ if (_1 === (hostport.length)) { $s = 13; continue; }
				/* */ if (_1 === (i)) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (_1 === (hostport.length)) { */ case 13:
					_r$2 = addrErr(hostport, "missing port in address"); /* */ $s = 17; case 17: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_tuple$2 = _r$2;
					host = _tuple$2[0];
					port = _tuple$2[1];
					err = _tuple$2[2];
					$24r$2 = [host, port, err];
					$s = 18; case 18: return $24r$2;
				/* } else if (_1 === (i)) { */ case 14:
					$s = 16; continue;
				/* } else { */ case 15:
					/* */ if (hostport.charCodeAt((end + 1 >> 0)) === 58) { $s = 19; continue; }
					/* */ $s = 20; continue;
					/* if (hostport.charCodeAt((end + 1 >> 0)) === 58) { */ case 19:
						_r$3 = addrErr(hostport, "too many colons in address"); /* */ $s = 21; case 21: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_tuple$3 = _r$3;
						host = _tuple$3[0];
						port = _tuple$3[1];
						err = _tuple$3[2];
						$24r$3 = [host, port, err];
						$s = 22; case 22: return $24r$3;
					/* } */ case 20:
					_r$4 = addrErr(hostport, "missing port in address"); /* */ $s = 23; case 23: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_tuple$4 = _r$4;
					host = _tuple$4[0];
					port = _tuple$4[1];
					err = _tuple$4[2];
					$24r$4 = [host, port, err];
					$s = 24; case 24: return $24r$4;
				/* } */ case 16:
			case 12:
			host = $substring(hostport, 1, end);
			_tmp$2 = 1;
			_tmp$3 = end + 1 >> 0;
			j = _tmp$2;
			k = _tmp$3;
			$s = 7; continue;
		/* } else { */ case 6:
			host = $substring(hostport, 0, i);
			/* */ if (bytealg.IndexByteString(host, 58) >= 0) { $s = 25; continue; }
			/* */ $s = 26; continue;
			/* if (bytealg.IndexByteString(host, 58) >= 0) { */ case 25:
				_r$5 = addrErr(hostport, "too many colons in address"); /* */ $s = 27; case 27: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$5 = _r$5;
				host = _tuple$5[0];
				port = _tuple$5[1];
				err = _tuple$5[2];
				$24r$5 = [host, port, err];
				$s = 28; case 28: return $24r$5;
			/* } */ case 26:
		/* } */ case 7:
		/* */ if (bytealg.IndexByteString($substring(hostport, j), 91) >= 0) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (bytealg.IndexByteString($substring(hostport, j), 91) >= 0) { */ case 29:
			_r$6 = addrErr(hostport, "unexpected '[' in address"); /* */ $s = 31; case 31: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$6 = _r$6;
			host = _tuple$6[0];
			port = _tuple$6[1];
			err = _tuple$6[2];
			$24r$6 = [host, port, err];
			$s = 32; case 32: return $24r$6;
		/* } */ case 30:
		/* */ if (bytealg.IndexByteString($substring(hostport, k), 93) >= 0) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (bytealg.IndexByteString($substring(hostport, k), 93) >= 0) { */ case 33:
			_r$7 = addrErr(hostport, "unexpected ']' in address"); /* */ $s = 35; case 35: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$7 = _r$7;
			host = _tuple$7[0];
			port = _tuple$7[1];
			err = _tuple$7[2];
			$24r$7 = [host, port, err];
			$s = 36; case 36: return $24r$7;
		/* } */ case 34:
		port = $substring(hostport, (i + 1 >> 0));
		_tmp$4 = host;
		_tmp$5 = port;
		_tmp$6 = $ifaceNil;
		host = _tmp$4;
		port = _tmp$5;
		err = _tmp$6;
		$s = -1; return [host, port, err];
		/* */ } return; } var $f = {$blk: SplitHostPort, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, addrErr, end, err, host, hostport, i, j, k, port, $s};return $f;
	};
	$pkg.SplitHostPort = SplitHostPort;
	splitHostZone = function(s) {
		var _tmp, _tmp$1, host, i, s, zone;
		host = "";
		zone = "";
		i = last(s, 37);
		if (i > 0) {
			_tmp = $substring(s, 0, i);
			_tmp$1 = $substring(s, (i + 1 >> 0));
			host = _tmp;
			zone = _tmp$1;
		} else {
			host = s;
		}
		return [host, zone];
	};
	JoinHostPort = function(host, port) {
		var host, port;
		if (bytealg.IndexByteString(host, 58) >= 0) {
			return "[" + host + "]:" + port;
		}
		return host + ":" + port;
	};
	$pkg.JoinHostPort = JoinHostPort;
	Resolver.ptr.prototype.internetAddrList = function(ctx, net, addr) {
		var {$24r, $24r$1, _1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, addr, ctx, err, filter, host, inetaddr, ips, net, port, portnum, r, $s, $r, $c} = $restore(this, {ctx, net, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		net = [net];
		portnum = [portnum];
		r = this;
		err = $ifaceNil;
		_tmp = "";
		_tmp$1 = "";
		host = _tmp;
		port = _tmp$1;
		portnum[0] = 0;
			_1 = net[0];
			/* */ if (_1 === ("tcp") || _1 === ("tcp4") || _1 === ("tcp6") || _1 === ("udp") || _1 === ("udp4") || _1 === ("udp6")) { $s = 2; continue; }
			/* */ if (_1 === ("ip") || _1 === ("ip4") || _1 === ("ip6")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === ("tcp") || _1 === ("tcp4") || _1 === ("tcp6") || _1 === ("udp") || _1 === ("udp4") || _1 === ("udp6")) { */ case 2:
				/* */ if (!(addr === "")) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!(addr === "")) { */ case 6:
					_r = SplitHostPort(addr); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					_tuple = _r;
					host = _tuple[0];
					port = _tuple[1];
					err = _tuple[2];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return [addrList.nil, err];
					}
					_r$1 = r.LookupPort(ctx, net[0], port); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_tuple$1 = _r$1;
					portnum[0] = _tuple$1[0];
					err = _tuple$1[1];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return [addrList.nil, err];
					}
				/* } */ case 7:
				$s = 5; continue;
			/* } else if (_1 === ("ip") || _1 === ("ip4") || _1 === ("ip6")) { */ case 3:
				if (!(addr === "")) {
					host = addr;
				}
				$s = 5; continue;
			/* } else { */ case 4:
				$s = -1; return [addrList.nil, new UnknownNetworkError((net[0]))];
			/* } */ case 5:
		case 1:
		inetaddr = (function(net, portnum) { return function(ip) {
			var _2, ip;
			_2 = net[0];
			if (_2 === ("tcp") || _2 === ("tcp4") || _2 === ("tcp6")) {
				return new TCPAddr.ptr(ip.IP, portnum[0], ip.Zone);
			} else if (_2 === ("udp") || _2 === ("udp4") || _2 === ("udp6")) {
				return new UDPAddr.ptr(ip.IP, portnum[0], ip.Zone);
			} else if (_2 === ("ip") || _2 === ("ip4") || _2 === ("ip6")) {
				return new IPAddr.ptr(ip.IP, ip.Zone);
			} else {
				$panic(new $String("unexpected network: " + net[0]));
			}
		}; })(net, portnum);
		/* */ if (host === "") { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (host === "") { */ case 10:
			_r$2 = inetaddr(new IPAddr.ptr(IP.nil, "")); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = [new addrList([_r$2]), $ifaceNil];
			$s = 13; case 13: return $24r;
		/* } */ case 11:
		_r$3 = r.lookupIPAddr(ctx, net[0], host); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		ips = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [addrList.nil, err];
		}
		if ((ips.$length === 1) && (0 >= ips.$length ? ($throwRuntimeError("index out of range"), undefined) : ips.$array[ips.$offset + 0]).IP.Equal($pkg.IPv6unspecified)) {
			ips = $append(ips, new IPAddr.ptr($pkg.IPv4zero, ""));
		}
		filter = $throwNilPointerError;
		if (!(net[0] === "") && (net[0].charCodeAt((net[0].length - 1 >> 0)) === 52)) {
			filter = ipv4only;
		}
		if (!(net[0] === "") && (net[0].charCodeAt((net[0].length - 1 >> 0)) === 54)) {
			filter = ipv6only;
		}
		_r$4 = filterAddrList(filter, ips, inetaddr, host); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$1 = _r$4;
		$s = 16; case 16: return $24r$1;
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.internetAddrList, $c: true, $r, $24r, $24r$1, _1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, addr, ctx, err, filter, host, inetaddr, ips, net, port, portnum, r, $s};return $f;
	};
	Resolver.prototype.internetAddrList = function(ctx, net, addr) { return this.$val.internetAddrList(ctx, net, addr); };
	loopbackIP = function(net) {
		var net;
		if (!(net === "") && (net.charCodeAt((net.length - 1 >> 0)) === 54)) {
			return $pkg.IPv6loopback;
		}
		return new IP([127, 0, 0, 1]);
	};
	IPAddr.ptr.prototype.family = function() {
		var a;
		a = this;
		if (a === ptrType$32.nil || a.IP.$length <= 4) {
			return 2;
		}
		if (!(a.IP.To4() === IP.nil)) {
			return 2;
		}
		return 3;
	};
	IPAddr.prototype.family = function() { return this.$val.family(); };
	IPAddr.ptr.prototype.sockaddr = function(family) {
		var {$24r, _r, a, family, $s, $r, $c} = $restore(this, {family});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		a = this;
		if (a === ptrType$32.nil) {
			$s = -1; return [$ifaceNil, $ifaceNil];
		}
		_r = ipToSockaddr(family, a.IP, 0, a.Zone); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: IPAddr.ptr.prototype.sockaddr, $c: true, $r, $24r, _r, a, family, $s};return $f;
	};
	IPAddr.prototype.sockaddr = function(family) { return this.$val.sockaddr(family); };
	IPAddr.ptr.prototype.toLocal = function(net) {
		var a, net;
		a = this;
		return new IPAddr.ptr(loopbackIP(net), a.Zone);
	};
	IPAddr.prototype.toLocal = function(net) { return this.$val.toLocal(net); };
	IPConn.ptr.prototype.readFrom = function(b) {
		var {_r, _ref, _tuple, addr, b, c, err, n, sa, sa$1, sa$2, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		addr = ptrType$32.nil;
		_tuple = c.conn.fd.readFrom(b);
		n = _tuple[0];
		sa = _tuple[1];
		err = _tuple[2];
		_ref = sa;
		/* */ if ($assertType(_ref, ptrType$10, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$10, true)[1]) { */ case 1:
			sa$1 = _ref.$val;
			addr = new IPAddr.ptr($convertSliceType($subslice(new sliceType$1(sa$1.Addr), 0), IP), "");
			n = stripIPv4Header(n, b);
			$s = 3; continue;
		/* } else if ($assertType(_ref, ptrType$11, true)[1]) { */ case 2:
			sa$2 = _ref.$val;
			_r = zoneCache.name(((sa$2.ZoneId >> 0))); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			addr = new IPAddr.ptr($convertSliceType($subslice(new sliceType$1(sa$2.Addr), 0), IP), _r);
		/* } */ case 3:
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.readFrom, $c: true, $r, _r, _ref, _tuple, addr, b, c, err, n, sa, sa$1, sa$2, $s};return $f;
	};
	IPConn.prototype.readFrom = function(b) { return this.$val.readFrom(b); };
	stripIPv4Header = function(n, b) {
		var b, l, n;
		if (b.$length < 20) {
			return n;
		}
		l = (((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) & 15) >>> 0) >> 0)) << 2 >> 0;
		if (20 > l || l > b.$length) {
			return n;
		}
		if (!((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >>> 4 << 24 >>> 24) === 4))) {
			return n;
		}
		$copySlice(b, $subslice(b, l));
		return n - l >> 0;
	};
	IPConn.ptr.prototype.readMsg = function(b, oob) {
		var {_r, _ref, _tuple, addr, b, c, err, flags, n, oob, oobn, sa, sa$1, sa$2, $s, $r, $c} = $restore(this, {b, oob});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		flags = 0;
		addr = ptrType$32.nil;
		err = $ifaceNil;
		c = this;
		sa = $ifaceNil;
		_tuple = c.conn.fd.readMsg(b, oob, 0);
		n = _tuple[0];
		oobn = _tuple[1];
		flags = _tuple[2];
		sa = _tuple[3];
		err = _tuple[4];
		_ref = sa;
		/* */ if ($assertType(_ref, ptrType$10, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$10, true)[1]) { */ case 1:
			sa$1 = _ref.$val;
			addr = new IPAddr.ptr($convertSliceType($subslice(new sliceType$1(sa$1.Addr), 0), IP), "");
			$s = 3; continue;
		/* } else if ($assertType(_ref, ptrType$11, true)[1]) { */ case 2:
			sa$2 = _ref.$val;
			_r = zoneCache.name(((sa$2.ZoneId >> 0))); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			addr = new IPAddr.ptr($convertSliceType($subslice(new sliceType$1(sa$2.Addr), 0), IP), _r);
		/* } */ case 3:
		$s = -1; return [n, oobn, flags, addr, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.readMsg, $c: true, $r, _r, _ref, _tuple, addr, b, c, err, flags, n, oob, oobn, sa, sa$1, sa$2, $s};return $f;
	};
	IPConn.prototype.readMsg = function(b, oob) { return this.$val.readMsg(b, oob); };
	IPConn.ptr.prototype.writeTo = function(b, addr) {
		var {_r, _tuple, addr, b, c, err, sa, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c.conn.fd.isConnected) {
			$s = -1; return [0, $pkg.ErrWriteToConnected];
		}
		if (addr === ptrType$32.nil) {
			$s = -1; return [0, errMissingAddress];
		}
		_r = addr.sockaddr(c.conn.fd.family); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		sa = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [0, err];
		}
		$s = -1; return c.conn.fd.writeTo(b, sa);
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.writeTo, $c: true, $r, _r, _tuple, addr, b, c, err, sa, $s};return $f;
	};
	IPConn.prototype.writeTo = function(b, addr) { return this.$val.writeTo(b, addr); };
	IPConn.ptr.prototype.writeMsg = function(b, oob, addr) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, _tuple$1, addr, b, c, err, n, oob, oobn, sa, $s, $r, $c} = $restore(this, {b, oob, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if (c.conn.fd.isConnected) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = $pkg.ErrWriteToConnected;
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			$s = -1; return [n, oobn, err];
		}
		if (addr === ptrType$32.nil) {
			_tmp$3 = 0;
			_tmp$4 = 0;
			_tmp$5 = errMissingAddress;
			n = _tmp$3;
			oobn = _tmp$4;
			err = _tmp$5;
			$s = -1; return [n, oobn, err];
		}
		_r = addr.sockaddr(c.conn.fd.family); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		sa = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = 0;
			_tmp$7 = 0;
			_tmp$8 = err;
			n = _tmp$6;
			oobn = _tmp$7;
			err = _tmp$8;
			$s = -1; return [n, oobn, err];
		}
		_tuple$1 = c.conn.fd.writeMsg(b, oob, sa);
		n = _tuple$1[0];
		oobn = _tuple$1[1];
		err = _tuple$1[2];
		$s = -1; return [n, oobn, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.writeMsg, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, _tuple$1, addr, b, c, err, n, oob, oobn, sa, $s};return $f;
	};
	IPConn.prototype.writeMsg = function(b, oob, addr) { return this.$val.writeMsg(b, oob, addr); };
	sysDialer.ptr.prototype.dialIP = function(ctx, laddr, raddr) {
		var {_1, _r, _tuple, _tuple$1, ctx, err, fd, laddr, network, proto, raddr, sd, $s, $r, $c} = $restore(this, {ctx, laddr, raddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sd = this;
		_tuple = parseNetwork(ctx, sd.network, true);
		network = _tuple[0];
		proto = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$34.nil, err];
		}
		_1 = network;
		if (_1 === ("ip") || _1 === ("ip4") || _1 === ("ip6")) {
		} else {
			$s = -1; return [ptrType$34.nil, new UnknownNetworkError((sd.network))];
		}
		_r = internetSocket(ctx, network, laddr, raddr, 3, proto, "dial", sd.Dialer.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		fd = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$34.nil, err];
		}
		$s = -1; return [newIPConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysDialer.ptr.prototype.dialIP, $c: true, $r, _1, _r, _tuple, _tuple$1, ctx, err, fd, laddr, network, proto, raddr, sd, $s};return $f;
	};
	sysDialer.prototype.dialIP = function(ctx, laddr, raddr) { return this.$val.dialIP(ctx, laddr, raddr); };
	sysListener.ptr.prototype.listenIP = function(ctx, laddr) {
		var {_1, _r, _tuple, _tuple$1, ctx, err, fd, laddr, network, proto, sl, $s, $r, $c} = $restore(this, {ctx, laddr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sl = this;
		_tuple = parseNetwork(ctx, sl.network, true);
		network = _tuple[0];
		proto = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$34.nil, err];
		}
		_1 = network;
		if (_1 === ("ip") || _1 === ("ip4") || _1 === ("ip6")) {
		} else {
			$s = -1; return [ptrType$34.nil, new UnknownNetworkError((sl.network))];
		}
		_r = internetSocket(ctx, network, laddr, $ifaceNil, 3, proto, "listen", sl.ListenConfig.Control); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		fd = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$34.nil, err];
		}
		$s = -1; return [newIPConn(fd), $ifaceNil];
		/* */ } return; } var $f = {$blk: sysListener.ptr.prototype.listenIP, $c: true, $r, _1, _r, _tuple, _tuple$1, ctx, err, fd, laddr, network, proto, sl, $s};return $f;
	};
	sysListener.prototype.listenIP = function(ctx, laddr) { return this.$val.listenIP(ctx, laddr); };
	IPAddr.ptr.prototype.Network = function() {
		var a;
		a = this;
		return "ip";
	};
	IPAddr.prototype.Network = function() { return this.$val.Network(); };
	IPAddr.ptr.prototype.String = function() {
		var a, ip;
		a = this;
		if (a === ptrType$32.nil) {
			return "<nil>";
		}
		ip = ipEmptyString(a.IP);
		if (!(a.Zone === "")) {
			return ip + "%" + a.Zone;
		}
		return ip;
	};
	IPAddr.prototype.String = function() { return this.$val.String(); };
	IPAddr.ptr.prototype.isWildcard = function() {
		var a;
		a = this;
		if (a === ptrType$32.nil || a.IP === IP.nil) {
			return true;
		}
		return a.IP.IsUnspecified();
	};
	IPAddr.prototype.isWildcard = function() { return this.$val.isWildcard(); };
	IPAddr.ptr.prototype.opAddr = function() {
		var a;
		a = this;
		if (a === ptrType$32.nil) {
			return $ifaceNil;
		}
		return a;
	};
	IPAddr.prototype.opAddr = function() { return this.$val.opAddr(); };
	IPConn.ptr.prototype.SyscallConn = function() {
		var _returncast, c;
		c = this;
		if (!c.conn.ok()) {
			return [$ifaceNil, new syscall.Errno(22)];
		}
		_returncast = newRawConn(c.conn.fd);
		return [_returncast[0], _returncast[1]];
	};
	IPConn.prototype.SyscallConn = function() { return this.$val.SyscallConn(); };
	IPConn.ptr.prototype.ReadFromIP = function(b) {
		var {_r, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, ptrType$32.nil, new syscall.Errno(22)];
		}
		_r = c.readFrom(b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		addr = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.ReadFromIP, $c: true, $r, _r, _tuple, addr, b, c, err, n, $s};return $f;
	};
	IPConn.prototype.ReadFromIP = function(b) { return this.$val.ReadFromIP(b); };
	IPConn.ptr.prototype.ReadFrom = function(b) {
		var {_r, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, $ifaceNil, new syscall.Errno(22)];
		}
		_r = c.readFrom(b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		addr = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		if (addr === ptrType$32.nil) {
			$s = -1; return [n, $ifaceNil, err];
		}
		$s = -1; return [n, addr, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.ReadFrom, $c: true, $r, _r, _tuple, addr, b, c, err, n, $s};return $f;
	};
	IPConn.prototype.ReadFrom = function(b) { return this.$val.ReadFrom(b); };
	IPConn.ptr.prototype.ReadMsgIP = function(b, oob) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, addr, b, c, err, flags, n, oob, oobn, $s, $r, $c} = $restore(this, {b, oob});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		flags = 0;
		addr = ptrType$32.nil;
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = 0;
			_tmp$3 = ptrType$32.nil;
			_tmp$4 = new syscall.Errno(22);
			n = _tmp;
			oobn = _tmp$1;
			flags = _tmp$2;
			addr = _tmp$3;
			err = _tmp$4;
			$s = -1; return [n, oobn, flags, addr, err];
		}
		_r = c.readMsg(b, oob); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		oobn = _tuple[1];
		flags = _tuple[2];
		addr = _tuple[3];
		err = _tuple[4];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("read", c.conn.fd.net, c.conn.fd.laddr, c.conn.fd.raddr, err);
		}
		$s = -1; return [n, oobn, flags, addr, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.ReadMsgIP, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, addr, b, c, err, flags, n, oob, oobn, $s};return $f;
	};
	IPConn.prototype.ReadMsgIP = function(b, oob) { return this.$val.ReadMsgIP(b, oob); };
	IPConn.ptr.prototype.WriteToIP = function(b, addr) {
		var {_r, _tuple, addr, b, c, err, n, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, new syscall.Errno(22)];
		}
		_r = c.writeTo(b, addr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr.opAddr(), err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.WriteToIP, $c: true, $r, _r, _tuple, addr, b, c, err, n, $s};return $f;
	};
	IPConn.prototype.WriteToIP = function(b, addr) { return this.$val.WriteToIP(b, addr); };
	IPConn.ptr.prototype.WriteTo = function(b, addr) {
		var {_r, _tuple, _tuple$1, a, addr, b, c, err, n, ok, $s, $r, $c} = $restore(this, {b, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.conn.ok()) {
			$s = -1; return [0, new syscall.Errno(22)];
		}
		_tuple = $assertType(addr, ptrType$32, true);
		a = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [0, new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr, new syscall.Errno(22))];
		}
		_r = c.writeTo(b, a); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		n = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, a.opAddr(), err);
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.WriteTo, $c: true, $r, _r, _tuple, _tuple$1, a, addr, b, c, err, n, ok, $s};return $f;
	};
	IPConn.prototype.WriteTo = function(b, addr) { return this.$val.WriteTo(b, addr); };
	IPConn.ptr.prototype.WriteMsgIP = function(b, oob, addr) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tuple, addr, b, c, err, n, oob, oobn, $s, $r, $c} = $restore(this, {b, oob, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		oobn = 0;
		err = $ifaceNil;
		c = this;
		if (!c.conn.ok()) {
			_tmp = 0;
			_tmp$1 = 0;
			_tmp$2 = new syscall.Errno(22);
			n = _tmp;
			oobn = _tmp$1;
			err = _tmp$2;
			$s = -1; return [n, oobn, err];
		}
		_r = c.writeMsg(b, oob, addr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		oobn = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("write", c.conn.fd.net, c.conn.fd.laddr, addr.opAddr(), err);
		}
		$s = -1; return [n, oobn, err];
		/* */ } return; } var $f = {$blk: IPConn.ptr.prototype.WriteMsgIP, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tuple, addr, b, c, err, n, oob, oobn, $s};return $f;
	};
	IPConn.prototype.WriteMsgIP = function(b, oob, addr) { return this.$val.WriteMsgIP(b, oob, addr); };
	newIPConn = function(fd) {
		var fd;
		return new IPConn.ptr(new conn.ptr(fd));
	};
	IPv4 = function(a, b, c, d) {
		var a, b, c, d, p;
		p = $makeSlice(IP, 16);
		$copySlice(p, v4InV6Prefix);
		(12 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 12] = a);
		(13 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 13] = b);
		(14 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 14] = c);
		(15 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 15] = d);
		return p;
	};
	$pkg.IPv4 = IPv4;
	IPv4Mask = function(a, b, c, d) {
		var a, b, c, d, p;
		p = $makeSlice(IPMask, 4);
		(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = a);
		(1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1] = b);
		(2 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 2] = c);
		(3 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 3] = d);
		return p;
	};
	$pkg.IPv4Mask = IPv4Mask;
	CIDRMask = function(ones, bits) {
		var _q, bits, i, l, m, n, ones, y;
		if (!((bits === 32)) && !((bits === 128))) {
			return IPMask.nil;
		}
		if (ones < 0 || ones > bits) {
			return IPMask.nil;
		}
		l = (_q = bits / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		m = $makeSlice(IPMask, l);
		n = ((ones >>> 0));
		i = 0;
		while (true) {
			if (!(i < l)) { break; }
			if (n >= 8) {
				((i < 0 || i >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + i] = 255);
				n = n - (8) >>> 0;
				i = i + (1) >> 0;
				continue;
			}
			((i < 0 || i >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + i] = (~(((y = n, y < 32 ? (255 >>> y) : 0) << 24 >>> 24)) << 24 >>> 24));
			n = 0;
			i = i + (1) >> 0;
		}
		return m;
	};
	$pkg.CIDRMask = CIDRMask;
	IP.prototype.IsUnspecified = function() {
		var ip;
		ip = this;
		return ip.Equal($pkg.IPv4zero) || ip.Equal($pkg.IPv6unspecified);
	};
	$ptrType(IP).prototype.IsUnspecified = function() { return this.$get().IsUnspecified(); };
	IP.prototype.IsLoopback = function() {
		var ip, ip4;
		ip = this;
		ip4 = ip.To4();
		if (!(ip4 === IP.nil)) {
			return (0 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 0]) === 127;
		}
		return ip.Equal($pkg.IPv6loopback);
	};
	$ptrType(IP).prototype.IsLoopback = function() { return this.$get().IsLoopback(); };
	IP.prototype.IsPrivate = function() {
		var ip, ip4;
		ip = this;
		ip4 = ip.To4();
		if (!(ip4 === IP.nil)) {
			return ((0 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 0]) === 10) || (((0 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 0]) === 172) && ((((1 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 1]) & 240) >>> 0) === 16)) || (((0 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 0]) === 192) && ((1 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 1]) === 168));
		}
		return (ip.$length === 16) && ((((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]) & 254) >>> 0) === 252);
	};
	$ptrType(IP).prototype.IsPrivate = function() { return this.$get().IsPrivate(); };
	IP.prototype.IsMulticast = function() {
		var ip, ip4;
		ip = this;
		ip4 = ip.To4();
		if (!(ip4 === IP.nil)) {
			return (((0 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 0]) & 240) >>> 0) === 224;
		}
		return (ip.$length === 16) && ((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]) === 255);
	};
	$ptrType(IP).prototype.IsMulticast = function() { return this.$get().IsMulticast(); };
	IP.prototype.IsInterfaceLocalMulticast = function() {
		var ip;
		ip = this;
		return (ip.$length === 16) && ((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]) === 255) && ((((1 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 1]) & 15) >>> 0) === 1);
	};
	$ptrType(IP).prototype.IsInterfaceLocalMulticast = function() { return this.$get().IsInterfaceLocalMulticast(); };
	IP.prototype.IsLinkLocalMulticast = function() {
		var ip, ip4;
		ip = this;
		ip4 = ip.To4();
		if (!(ip4 === IP.nil)) {
			return ((0 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 0]) === 224) && ((1 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 1]) === 0) && ((2 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 2]) === 0);
		}
		return (ip.$length === 16) && ((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]) === 255) && ((((1 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 1]) & 15) >>> 0) === 2);
	};
	$ptrType(IP).prototype.IsLinkLocalMulticast = function() { return this.$get().IsLinkLocalMulticast(); };
	IP.prototype.IsLinkLocalUnicast = function() {
		var ip, ip4;
		ip = this;
		ip4 = ip.To4();
		if (!(ip4 === IP.nil)) {
			return ((0 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 0]) === 169) && ((1 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 1]) === 254);
		}
		return (ip.$length === 16) && ((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]) === 254) && ((((1 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 1]) & 192) >>> 0) === 128);
	};
	$ptrType(IP).prototype.IsLinkLocalUnicast = function() { return this.$get().IsLinkLocalUnicast(); };
	IP.prototype.IsGlobalUnicast = function() {
		var ip;
		ip = this;
		return ((ip.$length === 4) || (ip.$length === 16)) && !ip.Equal($pkg.IPv4bcast) && !ip.IsUnspecified() && !ip.IsLoopback() && !ip.IsMulticast() && !ip.IsLinkLocalUnicast();
	};
	$ptrType(IP).prototype.IsGlobalUnicast = function() { return this.$get().IsGlobalUnicast(); };
	isZeros = function(p) {
		var i, p;
		i = 0;
		while (true) {
			if (!(i < p.$length)) { break; }
			if (!((((i < 0 || i >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + i]) === 0))) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	IP.prototype.To4 = function() {
		var ip;
		ip = this;
		if (ip.$length === 4) {
			return ip;
		}
		if ((ip.$length === 16) && isZeros($subslice(ip, 0, 10)) && ((10 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 10]) === 255) && ((11 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 11]) === 255)) {
			return $subslice(ip, 12, 16);
		}
		return IP.nil;
	};
	$ptrType(IP).prototype.To4 = function() { return this.$get().To4(); };
	IP.prototype.To16 = function() {
		var ip;
		ip = this;
		if (ip.$length === 4) {
			return IPv4((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]), (1 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 1]), (2 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 2]), (3 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 3]));
		}
		if (ip.$length === 16) {
			return ip;
		}
		return IP.nil;
	};
	$ptrType(IP).prototype.To16 = function() { return this.$get().To16(); };
	IP.prototype.DefaultMask = function() {
		var ip;
		ip = this;
		ip = ip.To4();
		if (ip === IP.nil) {
			return IPMask.nil;
		}
		if ((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]) < 128) {
			return classAMask;
		} else if ((0 >= ip.$length ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + 0]) < 192) {
			return classBMask;
		} else {
			return classCMask;
		}
	};
	$ptrType(IP).prototype.DefaultMask = function() { return this.$get().DefaultMask(); };
	allFF = function(b) {
		var _i, _ref, b, c;
		_ref = b;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((c === 255))) {
				return false;
			}
			_i++;
		}
		return true;
	};
	IP.prototype.Mask = function(mask) {
		var i, ip, mask, n, out;
		ip = this;
		if ((mask.$length === 16) && (ip.$length === 4) && allFF($convertSliceType($subslice(mask, 0, 12), sliceType$1))) {
			mask = $subslice(mask, 12);
		}
		if ((mask.$length === 4) && (ip.$length === 16) && bytealg.Equal($convertSliceType($subslice(ip, 0, 12), sliceType$1), v4InV6Prefix)) {
			ip = $subslice(ip, 12);
		}
		n = ip.$length;
		if (!((n === mask.$length))) {
			return IP.nil;
		}
		out = $makeSlice(IP, n);
		i = 0;
		while (true) {
			if (!(i < n)) { break; }
			((i < 0 || i >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i] = ((((i < 0 || i >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + i]) & ((i < 0 || i >= mask.$length) ? ($throwRuntimeError("index out of range"), undefined) : mask.$array[mask.$offset + i])) >>> 0));
			i = i + (1) >> 0;
		}
		return out;
	};
	$ptrType(IP).prototype.Mask = function(mask) { return this.$get().Mask(mask); };
	ubtoa = function(dst, start, v) {
		var _q, _q$1, _q$2, _r, _r$1, _r$2, dst, start, v, x, x$1, x$2;
		if (v < 10) {
			((start < 0 || start >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + start] = (v + 48 << 24 >>> 24));
			return 1;
		} else if (v < 100) {
			(x = start + 1 >> 0, ((x < 0 || x >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x] = ((_r = v % 10, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) + 48 << 24 >>> 24)));
			((start < 0 || start >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + start] = ((_q = v / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")) + 48 << 24 >>> 24));
			return 2;
		}
		(x$1 = start + 2 >> 0, ((x$1 < 0 || x$1 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$1] = ((_r$1 = v % 10, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) + 48 << 24 >>> 24)));
		(x$2 = start + 1 >> 0, ((x$2 < 0 || x$2 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + x$2] = ((_r$2 = ((_q$1 = v / 10, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >>> 0 : $throwRuntimeError("integer divide by zero"))) % 10, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) + 48 << 24 >>> 24)));
		((start < 0 || start >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + start] = ((_q$2 = v / 100, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >>> 0 : $throwRuntimeError("integer divide by zero")) + 48 << 24 >>> 24));
		return 3;
	};
	IP.prototype.String = function() {
		var b, b$1, e0, e1, i, i$1, ip, j, n, p, p4, x, x$1;
		ip = this;
		p = ip;
		if (ip.$length === 0) {
			return "<nil>";
		}
		p4 = p.To4();
		if (p4.$length === 4) {
			b = $makeSlice(sliceType$1, 15);
			n = ubtoa(b, 0, (0 >= p4.$length ? ($throwRuntimeError("index out of range"), undefined) : p4.$array[p4.$offset + 0]));
			((n < 0 || n >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + n] = 46);
			n = n + (1) >> 0;
			n = n + (ubtoa(b, n, (1 >= p4.$length ? ($throwRuntimeError("index out of range"), undefined) : p4.$array[p4.$offset + 1]))) >> 0;
			((n < 0 || n >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + n] = 46);
			n = n + (1) >> 0;
			n = n + (ubtoa(b, n, (2 >= p4.$length ? ($throwRuntimeError("index out of range"), undefined) : p4.$array[p4.$offset + 2]))) >> 0;
			((n < 0 || n >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + n] = 46);
			n = n + (1) >> 0;
			n = n + (ubtoa(b, n, (3 >= p4.$length ? ($throwRuntimeError("index out of range"), undefined) : p4.$array[p4.$offset + 3]))) >> 0;
			return ($bytesToString($subslice(b, 0, n)));
		}
		if (!((p.$length === 16))) {
			return "?" + hexString($convertSliceType(ip, sliceType$1));
		}
		e0 = -1;
		e1 = -1;
		i = 0;
		while (true) {
			if (!(i < 16)) { break; }
			j = i;
			while (true) {
				if (!(j < 16 && (((j < 0 || j >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + j]) === 0) && ((x = j + 1 >> 0, ((x < 0 || x >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x])) === 0))) { break; }
				j = j + (2) >> 0;
			}
			if (j > i && (j - i >> 0) > (e1 - e0 >> 0)) {
				e0 = i;
				e1 = j;
				i = j;
			}
			i = i + (2) >> 0;
		}
		if ((e1 - e0 >> 0) <= 2) {
			e0 = -1;
			e1 = -1;
		}
		b$1 = $makeSlice(sliceType$1, 0, 39);
		i$1 = 0;
		while (true) {
			if (!(i$1 < 16)) { break; }
			if (i$1 === e0) {
				b$1 = $append(b$1, 58, 58);
				i$1 = e1;
				if (i$1 >= 16) {
					break;
				}
			} else if (i$1 > 0) {
				b$1 = $append(b$1, 58);
			}
			b$1 = appendHex(b$1, (((((((i$1 < 0 || i$1 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + i$1]) >>> 0)) << 8 >>> 0)) | (((x$1 = i$1 + 1 >> 0, ((x$1 < 0 || x$1 >= p.$length) ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + x$1])) >>> 0))) >>> 0);
			i$1 = i$1 + (2) >> 0;
		}
		return ($bytesToString(b$1));
	};
	$ptrType(IP).prototype.String = function() { return this.$get().String(); };
	hexString = function(b) {
		var _i, _ref, _tmp, _tmp$1, b, i, s, tn, x, x$1;
		s = $makeSlice(sliceType$1, ($imul(b.$length, 2)));
		_ref = b;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			tn = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_tmp = "0123456789abcdef".charCodeAt((tn >>> 4 << 24 >>> 24));
			_tmp$1 = "0123456789abcdef".charCodeAt(((tn & 15) >>> 0));
			(x = $imul(i, 2), ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x] = _tmp));
			(x$1 = ($imul(i, 2)) + 1 >> 0, ((x$1 < 0 || x$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x$1] = _tmp$1));
			_i++;
		}
		return ($bytesToString(s));
	};
	ipEmptyString = function(ip) {
		var ip;
		if (ip.$length === 0) {
			return "";
		}
		return ip.String();
	};
	IP.prototype.MarshalText = function() {
		var ip;
		ip = this;
		if (ip.$length === 0) {
			return [(new sliceType$1($stringToBytes(""))), $ifaceNil];
		}
		if (!((ip.$length === 4)) && !((ip.$length === 16))) {
			return [sliceType$1.nil, new AddrError.ptr("invalid IP address", hexString($convertSliceType(ip, sliceType$1)))];
		}
		return [(new sliceType$1($stringToBytes(ip.String()))), $ifaceNil];
	};
	$ptrType(IP).prototype.MarshalText = function() { return this.$get().MarshalText(); };
	$ptrType(IP).prototype.UnmarshalText = function(text) {
		var ip, s, text, x;
		ip = this;
		if (text.$length === 0) {
			ip.$set(IP.nil);
			return $ifaceNil;
		}
		s = ($bytesToString(text));
		x = ParseIP(s);
		if (x === IP.nil) {
			return new ParseError.ptr("IP address", s);
		}
		ip.$set(x);
		return $ifaceNil;
	};
	IP.prototype.Equal = function(x) {
		var ip, x;
		ip = this;
		if (ip.$length === x.$length) {
			return bytealg.Equal($convertSliceType(ip, sliceType$1), $convertSliceType(x, sliceType$1));
		}
		if ((ip.$length === 4) && (x.$length === 16)) {
			return bytealg.Equal($convertSliceType($subslice(x, 0, 12), sliceType$1), v4InV6Prefix) && bytealg.Equal($convertSliceType(ip, sliceType$1), $convertSliceType($subslice(x, 12), sliceType$1));
		}
		if ((ip.$length === 16) && (x.$length === 4)) {
			return bytealg.Equal($convertSliceType($subslice(ip, 0, 12), sliceType$1), v4InV6Prefix) && bytealg.Equal($convertSliceType($subslice(ip, 12), sliceType$1), $convertSliceType(x, sliceType$1));
		}
		return false;
	};
	$ptrType(IP).prototype.Equal = function(x) { return this.$get().Equal(x); };
	IP.prototype.matchAddrFamily = function(x) {
		var ip, x;
		ip = this;
		return !(ip.To4() === IP.nil) && !(x.To4() === IP.nil) || !(ip.To16() === IP.nil) && ip.To4() === IP.nil && !(x.To16() === IP.nil) && x.To4() === IP.nil;
	};
	$ptrType(IP).prototype.matchAddrFamily = function(x) { return this.$get().matchAddrFamily(x); };
	simpleMaskLength = function(mask) {
		var _i, _ref, i, mask, n, v, y;
		n = 0;
		_ref = mask;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (v === 255) {
				n = n + (8) >> 0;
				_i++;
				continue;
			}
			while (true) {
				if (!(!((((v & 128) >>> 0) === 0)))) { break; }
				n = n + (1) >> 0;
				v = (y = (1), y < 32 ? (v << y) : 0) << 24 >>> 24;
			}
			if (!((v === 0))) {
				return -1;
			}
			i = i + (1) >> 0;
			while (true) {
				if (!(i < mask.$length)) { break; }
				if (!((((i < 0 || i >= mask.$length) ? ($throwRuntimeError("index out of range"), undefined) : mask.$array[mask.$offset + i]) === 0))) {
					return -1;
				}
				i = i + (1) >> 0;
			}
			break;
		}
		return n;
	};
	IPMask.prototype.Size = function() {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, bits, m, ones;
		ones = 0;
		bits = 0;
		m = this;
		_tmp = simpleMaskLength(m);
		_tmp$1 = $imul(m.$length, 8);
		ones = _tmp;
		bits = _tmp$1;
		if (ones === -1) {
			_tmp$2 = 0;
			_tmp$3 = 0;
			ones = _tmp$2;
			bits = _tmp$3;
			return [ones, bits];
		}
		return [ones, bits];
	};
	$ptrType(IPMask).prototype.Size = function() { return this.$get().Size(); };
	IPMask.prototype.String = function() {
		var m;
		m = this;
		if (m.$length === 0) {
			return "<nil>";
		}
		return hexString($convertSliceType(m, sliceType$1));
	};
	$ptrType(IPMask).prototype.String = function() { return this.$get().String(); };
	networkNumberAndMask = function(n) {
		var _1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, ip, m, n;
		ip = IP.nil;
		m = IPMask.nil;
		ip = n.IP.To4();
		if (ip === IP.nil) {
			ip = n.IP;
			if (!((ip.$length === 16))) {
				_tmp = IP.nil;
				_tmp$1 = IPMask.nil;
				ip = _tmp;
				m = _tmp$1;
				return [ip, m];
			}
		}
		m = n.Mask;
		_1 = m.$length;
		if (_1 === (4)) {
			if (!((ip.$length === 4))) {
				_tmp$2 = IP.nil;
				_tmp$3 = IPMask.nil;
				ip = _tmp$2;
				m = _tmp$3;
				return [ip, m];
			}
		} else if (_1 === (16)) {
			if (ip.$length === 4) {
				m = $subslice(m, 12);
			}
		} else {
			_tmp$4 = IP.nil;
			_tmp$5 = IPMask.nil;
			ip = _tmp$4;
			m = _tmp$5;
			return [ip, m];
		}
		return [ip, m];
	};
	IPNet.ptr.prototype.Contains = function(ip) {
		var _tuple, i, ip, l, m, n, nn, x;
		n = this;
		_tuple = networkNumberAndMask(n);
		nn = _tuple[0];
		m = _tuple[1];
		x = ip.To4();
		if (!(x === IP.nil)) {
			ip = x;
		}
		l = ip.$length;
		if (!((l === nn.$length))) {
			return false;
		}
		i = 0;
		while (true) {
			if (!(i < l)) { break; }
			if (!((((((i < 0 || i >= nn.$length) ? ($throwRuntimeError("index out of range"), undefined) : nn.$array[nn.$offset + i]) & ((i < 0 || i >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + i])) >>> 0) === ((((i < 0 || i >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + i]) & ((i < 0 || i >= m.$length) ? ($throwRuntimeError("index out of range"), undefined) : m.$array[m.$offset + i])) >>> 0)))) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	IPNet.prototype.Contains = function(ip) { return this.$val.Contains(ip); };
	IPNet.ptr.prototype.Network = function() {
		var n;
		n = this;
		return "ip+net";
	};
	IPNet.prototype.Network = function() { return this.$val.Network(); };
	IPNet.ptr.prototype.String = function() {
		var _tuple, l, m, n, nn;
		n = this;
		if (n === ptrType$35.nil) {
			return "<nil>";
		}
		_tuple = networkNumberAndMask(n);
		nn = _tuple[0];
		m = _tuple[1];
		if (nn === IP.nil || m === IPMask.nil) {
			return "<nil>";
		}
		l = simpleMaskLength(m);
		if (l === -1) {
			return nn.String() + "/" + m.String();
		}
		return nn.String() + "/" + itoa.Uitoa(((l >>> 0)));
	};
	IPNet.prototype.String = function() { return this.$val.String(); };
	parseIPv4 = function(s) {
		var _tuple, c, i, n, ok, p, s;
		p = arrayType.zero();
		i = 0;
		while (true) {
			if (!(i < 4)) { break; }
			if (s.length === 0) {
				return IP.nil;
			}
			if (i > 0) {
				if (!((s.charCodeAt(0) === 46))) {
					return IP.nil;
				}
				s = $substring(s, 1);
			}
			_tuple = dtoi(s);
			n = _tuple[0];
			c = _tuple[1];
			ok = _tuple[2];
			if (!ok || n > 255) {
				return IP.nil;
			}
			if (c > 1 && (s.charCodeAt(0) === 48)) {
				return IP.nil;
			}
			s = $substring(s, c);
			((i < 0 || i >= p.length) ? ($throwRuntimeError("index out of range"), undefined) : p[i] = ((n << 24 >>> 24)));
			i = i + (1) >> 0;
		}
		if (!((s.length === 0))) {
			return IP.nil;
		}
		return IPv4(p[0], p[1], p[2], p[3]);
	};
	parseIPv6Zone = function(s) {
		var _tuple, s, zone;
		_tuple = splitHostZone(s);
		s = _tuple[0];
		zone = _tuple[1];
		return [parseIPv6(s), zone];
	};
	parseIPv6 = function(s) {
		var _tuple, c, ellipsis, i, ip, ip4, j, j$1, n, n$1, ok, s, x, x$1, x$2, x$3, x$4;
		ip = IP.nil;
		ip = $makeSlice(IP, 16);
		ellipsis = -1;
		if (s.length >= 2 && (s.charCodeAt(0) === 58) && (s.charCodeAt(1) === 58)) {
			ellipsis = 0;
			s = $substring(s, 2);
			if (s.length === 0) {
				ip = ip;
				return ip;
			}
		}
		i = 0;
		while (true) {
			if (!(i < 16)) { break; }
			_tuple = xtoi(s);
			n = _tuple[0];
			c = _tuple[1];
			ok = _tuple[2];
			if (!ok || n > 65535) {
				ip = IP.nil;
				return ip;
			}
			if (c < s.length && (s.charCodeAt(c) === 46)) {
				if (ellipsis < 0 && !((i === 12))) {
					ip = IP.nil;
					return ip;
				}
				if ((i + 4 >> 0) > 16) {
					ip = IP.nil;
					return ip;
				}
				ip4 = parseIPv4(s);
				if (ip4 === IP.nil) {
					ip = IP.nil;
					return ip;
				}
				((i < 0 || i >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + i] = (12 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 12]));
				(x = i + 1 >> 0, ((x < 0 || x >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + x] = (13 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 13])));
				(x$1 = i + 2 >> 0, ((x$1 < 0 || x$1 >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + x$1] = (14 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 14])));
				(x$2 = i + 3 >> 0, ((x$2 < 0 || x$2 >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + x$2] = (15 >= ip4.$length ? ($throwRuntimeError("index out of range"), undefined) : ip4.$array[ip4.$offset + 15])));
				s = "";
				i = i + (4) >> 0;
				break;
			}
			((i < 0 || i >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + i] = (((n >> 8 >> 0) << 24 >>> 24)));
			(x$3 = i + 1 >> 0, ((x$3 < 0 || x$3 >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + x$3] = ((n << 24 >>> 24))));
			i = i + (2) >> 0;
			s = $substring(s, c);
			if (s.length === 0) {
				break;
			}
			if (!((s.charCodeAt(0) === 58)) || (s.length === 1)) {
				ip = IP.nil;
				return ip;
			}
			s = $substring(s, 1);
			if (s.charCodeAt(0) === 58) {
				if (ellipsis >= 0) {
					ip = IP.nil;
					return ip;
				}
				ellipsis = i;
				s = $substring(s, 1);
				if (s.length === 0) {
					break;
				}
			}
		}
		if (!((s.length === 0))) {
			ip = IP.nil;
			return ip;
		}
		if (i < 16) {
			if (ellipsis < 0) {
				ip = IP.nil;
				return ip;
			}
			n$1 = 16 - i >> 0;
			j = i - 1 >> 0;
			while (true) {
				if (!(j >= ellipsis)) { break; }
				(x$4 = j + n$1 >> 0, ((x$4 < 0 || x$4 >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + x$4] = ((j < 0 || j >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + j])));
				j = j - (1) >> 0;
			}
			j$1 = (ellipsis + n$1 >> 0) - 1 >> 0;
			while (true) {
				if (!(j$1 >= ellipsis)) { break; }
				((j$1 < 0 || j$1 >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + j$1] = 0);
				j$1 = j$1 - (1) >> 0;
			}
		} else if (ellipsis >= 0) {
			ip = IP.nil;
			return ip;
		}
		ip = ip;
		return ip;
	};
	ParseIP = function(s) {
		var _1, i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			_1 = s.charCodeAt(i);
			if (_1 === (46)) {
				return parseIPv4(s);
			} else if (_1 === (58)) {
				return parseIPv6(s);
			}
			i = i + (1) >> 0;
		}
		return IP.nil;
	};
	$pkg.ParseIP = ParseIP;
	parseIPZone = function(s) {
		var _1, i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			_1 = s.charCodeAt(i);
			if (_1 === (46)) {
				return [parseIPv4(s), ""];
			} else if (_1 === (58)) {
				return parseIPv6Zone(s);
			}
			i = i + (1) >> 0;
		}
		return [IP.nil, ""];
	};
	ParseCIDR = function(s) {
		var _tmp, _tmp$1, _tuple, addr, i, ip, iplen, m, mask, n, ok, s;
		i = bytealg.IndexByteString(s, 47);
		if (i < 0) {
			return [IP.nil, ptrType$35.nil, new ParseError.ptr("CIDR address", s)];
		}
		_tmp = $substring(s, 0, i);
		_tmp$1 = $substring(s, (i + 1 >> 0));
		addr = _tmp;
		mask = _tmp$1;
		iplen = 4;
		ip = parseIPv4(addr);
		if (ip === IP.nil) {
			iplen = 16;
			ip = parseIPv6(addr);
		}
		_tuple = dtoi(mask);
		n = _tuple[0];
		i = _tuple[1];
		ok = _tuple[2];
		if (ip === IP.nil || !ok || !((i === mask.length)) || n < 0 || n > ($imul(8, iplen))) {
			return [IP.nil, ptrType$35.nil, new ParseError.ptr("CIDR address", s)];
		}
		m = CIDRMask(n, $imul(8, iplen));
		return [ip, new IPNet.ptr(ip.Mask(m), m), $ifaceNil];
	};
	$pkg.ParseCIDR = ParseCIDR;
	interfaceTable = function(ifindex) {
		var ifindex;
		return [sliceType$11.nil, $ifaceNil];
	};
	interfaceAddrTable = function(ifi) {
		var ifi;
		return [sliceType$12.nil, $ifaceNil];
	};
	interfaceMulticastAddrTable = function(ifi) {
		var ifi;
		return [sliceType$12.nil, $ifaceNil];
	};
	Flags.prototype.String = function() {
		var _i, _ref, f, i, name, s, y;
		f = this.$val;
		s = "";
		_ref = flagNames;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			name = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!((((f & (((y = ((i >>> 0)), y < 32 ? (1 << y) : 0) >>> 0))) >>> 0) === 0))) {
				if (!(s === "")) {
					s = s + ("|");
				}
				s = s + (name);
			}
			_i++;
		}
		if (s === "") {
			s = "0";
		}
		return s;
	};
	$ptrType(Flags).prototype.String = function() { return new Flags(this.$get()).String(); };
	Interface.ptr.prototype.Addrs = function() {
		var _tuple, err, ifat, ifi;
		ifi = this;
		if (ifi === ptrType$14.nil) {
			return [sliceType$12.nil, new OpError.ptr("route", "ip+net", $ifaceNil, $ifaceNil, errInvalidInterface)];
		}
		_tuple = interfaceAddrTable(ifi);
		ifat = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("route", "ip+net", $ifaceNil, $ifaceNil, err);
		}
		return [ifat, err];
	};
	Interface.prototype.Addrs = function() { return this.$val.Addrs(); };
	Interface.ptr.prototype.MulticastAddrs = function() {
		var _tuple, err, ifat, ifi;
		ifi = this;
		if (ifi === ptrType$14.nil) {
			return [sliceType$12.nil, new OpError.ptr("route", "ip+net", $ifaceNil, $ifaceNil, errInvalidInterface)];
		}
		_tuple = interfaceMulticastAddrTable(ifi);
		ifat = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = new OpError.ptr("route", "ip+net", $ifaceNil, $ifaceNil, err);
		}
		return [ifat, err];
	};
	Interface.prototype.MulticastAddrs = function() { return this.$val.MulticastAddrs(); };
	ipv6ZoneCache.ptr.prototype.update = function(ift, force) {
		var {$24r, $24r$1, $24r$2, _entry, _i, _key, _key$1, _r, _ref, _tuple, _tuple$1, err, force, ifi, ift, now, ok, updated, x, x$1, zc, $s, $deferred, $r, $c} = $restore(this, {ift, force});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		updated = false;
		zc = this;
		$r = zc.RWMutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(zc.RWMutex, "Unlock"), []]);
		_r = time.Now(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		now = $clone(_r, time.Time);
		/* */ if (!force && $clone(zc.lastFetched, time.Time).After($clone($clone(now, time.Time).Add(new time.Duration(-14, 129542144)), time.Time))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!force && $clone(zc.lastFetched, time.Time).After($clone($clone(now, time.Time).Add(new time.Duration(-14, 129542144)), time.Time))) { */ case 3:
			updated = false;
			$24r = updated;
			$s = 5; case 5: return $24r;
		/* } */ case 4:
		time.Time.copy(zc.lastFetched, now);
		/* */ if (ift.$length === 0) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (ift.$length === 0) { */ case 6:
			err = $ifaceNil;
			_tuple = interfaceTable(0);
			ift = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 8:
				updated = false;
				$24r$1 = updated;
				$s = 10; case 10: return $24r$1;
			/* } */ case 9:
		/* } */ case 7:
		zc.toIndex = (x = ift.$length, ((x < 0 || x > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		zc.toName = (x$1 = ift.$length, ((x$1 < 0 || x$1 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_ref = ift;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			ifi = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), Interface);
			_key = ifi.Name; (zc.toIndex || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: ifi.Index };
			_tuple$1 = (_entry = zc.toName[$Int.keyFor(ifi.Index)], _entry !== undefined ? [_entry.v, true] : ["", false]);
			ok = _tuple$1[1];
			if (!ok) {
				_key$1 = ifi.Index; (zc.toName || $throwRuntimeError("assignment to entry in nil map"))[$Int.keyFor(_key$1)] = { k: _key$1, v: ifi.Name };
			}
			_i++;
		}
		updated = true;
		$24r$2 = updated;
		$s = 11; case 11: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  updated; } if($curGoroutine.asleep) { var $f = {$blk: ipv6ZoneCache.ptr.prototype.update, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _i, _key, _key$1, _r, _ref, _tuple, _tuple$1, err, force, ifi, ift, now, ok, updated, x, x$1, zc, $s, $deferred};return $f; } }
	};
	ipv6ZoneCache.prototype.update = function(ift, force) { return this.$val.update(ift, force); };
	ipv6ZoneCache.ptr.prototype.name = function(index) {
		var {_entry, _entry$1, _r, _r$1, _tuple, _tuple$1, index, name, ok, updated, zc, $s, $r, $c} = $restore(this, {index});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		zc = this;
		if (index === 0) {
			$s = -1; return "";
		}
		_r = zoneCache.update(sliceType$11.nil, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		updated = _r;
		$r = zoneCache.RWMutex.RLock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = zoneCache.toName[$Int.keyFor(index)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		name = _tuple[0];
		ok = _tuple[1];
		$r = zoneCache.RWMutex.RUnlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!ok && !updated) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!ok && !updated) { */ case 4:
			_r$1 = zoneCache.update(sliceType$11.nil, true); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$r = zoneCache.RWMutex.RLock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tuple$1 = (_entry$1 = zoneCache.toName[$Int.keyFor(index)], _entry$1 !== undefined ? [_entry$1.v, true] : ["", false]);
			name = _tuple$1[0];
			ok = _tuple$1[1];
			$r = zoneCache.RWMutex.RUnlock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		if (!ok) {
			name = itoa.Uitoa(((index >>> 0)));
		}
		$s = -1; return name;
		/* */ } return; } var $f = {$blk: ipv6ZoneCache.ptr.prototype.name, $c: true, $r, _entry, _entry$1, _r, _r$1, _tuple, _tuple$1, index, name, ok, updated, zc, $s};return $f;
	};
	ipv6ZoneCache.prototype.name = function(index) { return this.$val.name(index); };
	ipv6ZoneCache.ptr.prototype.index = function(name) {
		var {_entry, _entry$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, index, name, ok, updated, zc, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		zc = this;
		if (name === "") {
			$s = -1; return 0;
		}
		_r = zoneCache.update(sliceType$11.nil, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		updated = _r;
		$r = zoneCache.RWMutex.RLock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = zoneCache.toIndex[$String.keyFor(name)], _entry !== undefined ? [_entry.v, true] : [0, false]);
		index = _tuple[0];
		ok = _tuple[1];
		$r = zoneCache.RWMutex.RUnlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!ok && !updated) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!ok && !updated) { */ case 4:
			_r$1 = zoneCache.update(sliceType$11.nil, true); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$r = zoneCache.RWMutex.RLock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tuple$1 = (_entry$1 = zoneCache.toIndex[$String.keyFor(name)], _entry$1 !== undefined ? [_entry$1.v, true] : [0, false]);
			index = _tuple$1[0];
			ok = _tuple$1[1];
			$r = zoneCache.RWMutex.RUnlock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		if (!ok) {
			_tuple$2 = dtoi(name);
			index = _tuple$2[0];
		}
		$s = -1; return index;
		/* */ } return; } var $f = {$blk: ipv6ZoneCache.ptr.prototype.index, $c: true, $r, _entry, _entry$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, index, name, ok, updated, zc, $s};return $f;
	};
	ipv6ZoneCache.prototype.index = function(name) { return this.$val.index(name); };
	isConnError = function(err) {
		var _tuple, err, ok, se;
		_tuple = $assertType(err, syscall.Errno, true);
		se = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			return (se === 104) || (se === 103);
		}
		return false;
	};
	isDomainName = function(s) {
		var c, i, l, last$1, nonNumeric, partlen, s;
		if (s === ".") {
			return true;
		}
		l = s.length;
		if ((l === 0) || l > 254 || (l === 254) && !((s.charCodeAt((l - 1 >> 0)) === 46))) {
			return false;
		}
		last$1 = 46;
		nonNumeric = false;
		partlen = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (97 <= c && c <= 122 || 65 <= c && c <= 90 || (c === 95)) {
				nonNumeric = true;
				partlen = partlen + (1) >> 0;
			} else if (48 <= c && c <= 57) {
				partlen = partlen + (1) >> 0;
			} else if ((c === 45)) {
				if (last$1 === 46) {
					return false;
				}
				partlen = partlen + (1) >> 0;
				nonNumeric = true;
			} else if ((c === 46)) {
				if ((last$1 === 46) || (last$1 === 45)) {
					return false;
				}
				if (partlen > 63 || (partlen === 0)) {
					return false;
				}
				partlen = 0;
			} else {
				return false;
			}
			last$1 = c;
			i = i + (1) >> 0;
		}
		if ((last$1 === 45) || partlen > 63) {
			return false;
		}
		return nonNumeric;
	};
	Dialer.ptr.prototype.dualStack = function() {
		var d, x;
		d = this;
		return (x = d.FallbackDelay, (x.$high > 0 || (x.$high === 0 && x.$low >= 0)));
	};
	Dialer.prototype.dualStack = function() { return this.$val.dualStack(); };
	minNonzeroTime = function(a, b) {
		var a, b;
		if ($clone(a, time.Time).IsZero()) {
			return b;
		}
		if ($clone(b, time.Time).IsZero() || $clone(a, time.Time).Before($clone(b, time.Time))) {
			return a;
		}
		return b;
	};
	Dialer.ptr.prototype.deadline = function(ctx, now) {
		var {_r, _tuple, ctx, d, d$1, earliest, now, ok, x, $s, $r, $c} = $restore(this, {ctx, now});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		earliest = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
		d = this;
		if (!((x = d.Timeout, (x.$high === 0 && x.$low === 0)))) {
			time.Time.copy(earliest, $clone(now, time.Time).Add(d.Timeout));
		}
		_r = ctx.Deadline(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		d$1 = $clone(_tuple[0], time.Time);
		ok = _tuple[1];
		if (ok) {
			time.Time.copy(earliest, minNonzeroTime($clone(earliest, time.Time), $clone(d$1, time.Time)));
		}
		time.Time.copy(earliest, minNonzeroTime($clone(earliest, time.Time), $clone(d.Deadline, time.Time)));
		$s = -1; return earliest;
		/* */ } return; } var $f = {$blk: Dialer.ptr.prototype.deadline, $c: true, $r, _r, _tuple, ctx, d, d$1, earliest, now, ok, x, $s};return $f;
	};
	Dialer.prototype.deadline = function(ctx, now) { return this.$val.deadline(ctx, now); };
	Dialer.ptr.prototype.resolver = function() {
		var d;
		d = this;
		if (!(d.Resolver === ptrType$9.nil)) {
			return d.Resolver;
		}
		return $pkg.DefaultResolver;
	};
	Dialer.prototype.resolver = function() { return this.$val.resolver(); };
	partialDeadline = function(now, deadline, addrsRemaining) {
		var addrsRemaining, deadline, now, timeRemaining, timeout$1;
		if ($clone(deadline, time.Time).IsZero()) {
			return [deadline, $ifaceNil];
		}
		timeRemaining = $clone(deadline, time.Time).Sub($clone(now, time.Time));
		if ((timeRemaining.$high < 0 || (timeRemaining.$high === 0 && timeRemaining.$low <= 0))) {
			return [new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), errTimeout];
		}
		timeout$1 = $div64(timeRemaining, (new time.Duration(0, addrsRemaining)), false);
		if ((timeout$1.$high < 0 || (timeout$1.$high === 0 && timeout$1.$low < 2000000000))) {
			if ((timeRemaining.$high < 0 || (timeRemaining.$high === 0 && timeRemaining.$low < 2000000000))) {
				timeout$1 = timeRemaining;
			} else {
				timeout$1 = new time.Duration(0, 2000000000);
			}
		}
		return [$clone(now, time.Time).Add(timeout$1), $ifaceNil];
	};
	Dialer.ptr.prototype.fallbackDelay = function() {
		var d, x;
		d = this;
		if ((x = d.FallbackDelay, (x.$high > 0 || (x.$high === 0 && x.$low > 0)))) {
			return d.FallbackDelay;
		} else {
			return new time.Duration(0, 300000000);
		}
	};
	Dialer.prototype.fallbackDelay = function() { return this.$val.fallbackDelay(); };
	parseNetwork = function(ctx, network, needsProto) {
		var _1, _2, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, afnet, ctx, err, i, i$1, needsProto, network, ok, proto, proto$1, protostr;
		afnet = "";
		proto = 0;
		err = $ifaceNil;
		i = last(network, 58);
		if (i < 0) {
			_1 = network;
			if (_1 === ("tcp") || _1 === ("tcp4") || _1 === ("tcp6")) {
			} else if (_1 === ("udp") || _1 === ("udp4") || _1 === ("udp6")) {
			} else if (_1 === ("ip") || _1 === ("ip4") || _1 === ("ip6")) {
				if (needsProto) {
					_tmp = "";
					_tmp$1 = 0;
					_tmp$2 = new UnknownNetworkError((network));
					afnet = _tmp;
					proto = _tmp$1;
					err = _tmp$2;
					return [afnet, proto, err];
				}
			} else if (_1 === ("unix") || _1 === ("unixgram") || _1 === ("unixpacket")) {
			} else {
				_tmp$3 = "";
				_tmp$4 = 0;
				_tmp$5 = new UnknownNetworkError((network));
				afnet = _tmp$3;
				proto = _tmp$4;
				err = _tmp$5;
				return [afnet, proto, err];
			}
			_tmp$6 = network;
			_tmp$7 = 0;
			_tmp$8 = $ifaceNil;
			afnet = _tmp$6;
			proto = _tmp$7;
			err = _tmp$8;
			return [afnet, proto, err];
		}
		afnet = $substring(network, 0, i);
		_2 = afnet;
		if (_2 === ("ip") || _2 === ("ip4") || _2 === ("ip6")) {
			protostr = $substring(network, (i + 1 >> 0));
			_tuple = dtoi(protostr);
			proto$1 = _tuple[0];
			i$1 = _tuple[1];
			ok = _tuple[2];
			if (!ok || !((i$1 === protostr.length))) {
				_tuple$1 = lookupProtocol(ctx, protostr);
				proto$1 = _tuple$1[0];
				err = _tuple$1[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					_tmp$9 = "";
					_tmp$10 = 0;
					_tmp$11 = err;
					afnet = _tmp$9;
					proto = _tmp$10;
					err = _tmp$11;
					return [afnet, proto, err];
				}
			}
			_tmp$12 = afnet;
			_tmp$13 = proto$1;
			_tmp$14 = $ifaceNil;
			afnet = _tmp$12;
			proto = _tmp$13;
			err = _tmp$14;
			return [afnet, proto, err];
		}
		_tmp$15 = "";
		_tmp$16 = 0;
		_tmp$17 = new UnknownNetworkError((network));
		afnet = _tmp$15;
		proto = _tmp$16;
		err = _tmp$17;
		return [afnet, proto, err];
	};
	Resolver.ptr.prototype.resolveAddrList = function(ctx, op, network, addr, hint) {
		var {$24r, $24r$1, $24r$2, _1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _v, addr, addr$1, addr$2, addr$3, addr$4, addr$5, addrs, afnet, ctx, err, err$1, hint, hint$1, hint$2, hint$3, ip, naddrs, network, op, r, tcp, udp, wildcard, $s, $r, $c} = $restore(this, {ctx, op, network, addr, hint});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_tuple = parseNetwork(ctx, network, true);
		afnet = _tuple[0];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [addrList.nil, err];
		}
		if (op === "dial" && addr === "") {
			$s = -1; return [addrList.nil, errMissingAddress];
		}
			_1 = afnet;
			/* */ if (_1 === ("unix") || _1 === ("unixgram") || _1 === ("unixpacket")) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (_1 === ("unix") || _1 === ("unixgram") || _1 === ("unixpacket")) { */ case 2:
				_tuple$1 = ResolveUnixAddr(afnet, addr);
				addr$1 = _tuple$1[0];
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [addrList.nil, err$1];
				}
				if (!(op === "dial" && !($interfaceIsEqual(hint, $ifaceNil)))) { _v = false; $s = 6; continue s; }
				_r = hint.Network(); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_v = !(addr$1.Network() === _r); case 6:
				/* */ if (_v) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_v) { */ case 4:
					_r$1 = hint.String(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = [addrList.nil, new AddrError.ptr("mismatched local address type", _r$1)];
					$s = 9; case 9: return $24r;
				/* } */ case 5:
				$s = -1; return [new addrList([addr$1]), $ifaceNil];
			/* } */ case 3:
		case 1:
		_r$2 = r.internetAddrList(ctx, afnet, addr); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		addrs = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil)) || !(op === "dial") || $interfaceIsEqual(hint, $ifaceNil)) {
			$s = -1; return [addrs, err];
		}
		tcp = ptrType$15.nil;
		udp = ptrType$12.nil;
		ip = ptrType$32.nil;
		wildcard = false;
		_ref = hint;
		if ($assertType(_ref, ptrType$15, true)[1]) {
			hint$1 = _ref.$val;
			tcp = hint$1;
			wildcard = tcp.isWildcard();
		} else if ($assertType(_ref, ptrType$12, true)[1]) {
			hint$2 = _ref.$val;
			udp = hint$2;
			wildcard = udp.isWildcard();
		} else if ($assertType(_ref, ptrType$32, true)[1]) {
			hint$3 = _ref.$val;
			ip = hint$3;
			wildcard = ip.isWildcard();
		}
		naddrs = $subslice(addrs, 0, 0);
		_ref$1 = addrs;
		_i = 0;
		/* while (true) { */ case 11:
			/* if (!(_i < _ref$1.$length)) { break; } */ if(!(_i < _ref$1.$length)) { $s = 12; continue; }
			addr$2 = ((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]);
			_r$3 = addr$2.Network(); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = hint.Network(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (!(_r$3 === _r$4)) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (!(_r$3 === _r$4)) { */ case 13:
				_r$5 = hint.String(); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$1 = [addrList.nil, new AddrError.ptr("mismatched local address type", _r$5)];
				$s = 18; case 18: return $24r$1;
			/* } */ case 14:
			_ref$2 = addr$2;
			if ($assertType(_ref$2, ptrType$15, true)[1]) {
				addr$3 = _ref$2.$val;
				if (!wildcard && !addr$3.isWildcard() && !addr$3.IP.matchAddrFamily(tcp.IP)) {
					_i++;
					/* continue; */ $s = 11; continue;
				}
				naddrs = $append(naddrs, addr$3);
			} else if ($assertType(_ref$2, ptrType$12, true)[1]) {
				addr$4 = _ref$2.$val;
				if (!wildcard && !addr$4.isWildcard() && !addr$4.IP.matchAddrFamily(udp.IP)) {
					_i++;
					/* continue; */ $s = 11; continue;
				}
				naddrs = $append(naddrs, addr$4);
			} else if ($assertType(_ref$2, ptrType$32, true)[1]) {
				addr$5 = _ref$2.$val;
				if (!wildcard && !addr$5.isWildcard() && !addr$5.IP.matchAddrFamily(ip.IP)) {
					_i++;
					/* continue; */ $s = 11; continue;
				}
				naddrs = $append(naddrs, addr$5);
			}
			_i++;
		$s = 11; continue;
		case 12:
		/* */ if (naddrs.$length === 0) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (naddrs.$length === 0) { */ case 19:
			_r$6 = errNoSuitableAddress.Error(); /* */ $s = 21; case 21: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = hint.String(); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$2 = [addrList.nil, new AddrError.ptr(_r$6, _r$7)];
			$s = 23; case 23: return $24r$2;
		/* } */ case 20:
		$s = -1; return [naddrs, $ifaceNil];
		/* */ } return; } var $f = {$blk: Resolver.ptr.prototype.resolveAddrList, $c: true, $r, $24r, $24r$1, $24r$2, _1, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _v, addr, addr$1, addr$2, addr$3, addr$4, addr$5, addrs, afnet, ctx, err, err$1, hint, hint$1, hint$2, hint$3, ip, naddrs, network, op, r, tcp, udp, wildcard, $s};return $f;
	};
	Resolver.prototype.resolveAddrList = function(ctx, op, network, addr, hint) { return this.$val.resolveAddrList(ctx, op, network, addr, hint); };
	Dial = function(network, address) {
		var {$24r, _r, address, d, network, $s, $r, $c} = $restore(this, {network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = new Dialer.ptr(new time.Duration(0, 0), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), $ifaceNil, false, new time.Duration(0, 0), new time.Duration(0, 0), ptrType$9.nil, $chanNil, $throwNilPointerError);
		_r = d.Dial(network, address); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Dial, $c: true, $r, $24r, _r, address, d, network, $s};return $f;
	};
	$pkg.Dial = Dial;
	Dialer.ptr.prototype.Dial = function(network, address) {
		var {$24r, _r, address, d, network, $s, $r, $c} = $restore(this, {network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r = d.DialContext(context.Background(), network, address); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Dialer.ptr.prototype.Dial, $c: true, $r, $24r, _r, address, d, network, $s};return $f;
	};
	Dialer.prototype.Dial = function(network, address) { return this.$val.Dial(network, address); };
	Dialer.ptr.prototype.DialContext = function(ctx, network, address) {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, address, addrs, c, cancel, cancel$1, ctx, d, d$1, deadline, err, fallbacks, ka, network, ok, ok$1, oldCancel, primaries, resolveCtx, sd, shadow, subCtx, subCtx$1, tc, trace, x, x$1, x$2, x$3, $s, $deferred, $r, $c} = $restore(this, {ctx, network, address});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cancel = [cancel];
		oldCancel = [oldCancel];
		shadow = [shadow];
		subCtx = [subCtx];
		d = this;
		if ($interfaceIsEqual(ctx, $ifaceNil)) {
			$panic(new $String("nil context"));
		}
		_arg = ctx;
		_r = time.Now(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = $clone(_r, time.Time);
		_r$1 = d.deadline(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		deadline = $clone(_r$1, time.Time);
		/* */ if (!$clone(deadline, time.Time).IsZero()) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!$clone(deadline, time.Time).IsZero()) { */ case 3:
			_r$2 = ctx.Deadline(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			d$1 = $clone(_tuple[0], time.Time);
			ok = _tuple[1];
			/* */ if (!ok || $clone(deadline, time.Time).Before($clone(d$1, time.Time))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!ok || $clone(deadline, time.Time).Before($clone(d$1, time.Time))) { */ case 6:
				_r$3 = context.WithDeadline(ctx, $clone(deadline, time.Time)); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$1 = _r$3;
				subCtx$1 = _tuple$1[0];
				cancel$1 = _tuple$1[1];
				$deferred.push([cancel$1, []]);
				ctx = subCtx$1;
			/* } */ case 7:
		/* } */ case 4:
		oldCancel[0] = d.Cancel;
		/* */ if (!(oldCancel[0] === $chanNil)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(oldCancel[0] === $chanNil)) { */ case 9:
			_r$4 = context.WithCancel(ctx); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$2 = _r$4;
			subCtx[0] = _tuple$2[0];
			cancel[0] = _tuple$2[1];
			$deferred.push([cancel[0], []]);
			$go((function(cancel, oldCancel, shadow, subCtx) { return function $b() {
				var {_r$5, _r$6, _selection, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$5 = subCtx[0].Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $select([[oldCancel[0]], [_r$5]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_selection = _r$6;
				/* */ if (_selection[0] === 0) { $s = 3; continue; }
				/* */ if (_selection[0] === 1) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_selection[0] === 0) { */ case 3:
					$r = cancel[0](); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 5; continue;
				/* } else if (_selection[0] === 1) { */ case 4:
				/* } */ case 5:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, _selection, $s};return $f;
			}; })(cancel, oldCancel, shadow, subCtx), []);
			ctx = subCtx[0];
		/* } */ case 10:
		resolveCtx = ctx;
		_r$5 = ctx.Value((x = new nettrace.TraceKey.ptr(), new x.constructor.elem(x))); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$3 = $assertType(_r$5, ptrType$33, true);
		trace = _tuple$3[0];
		/* */ if (!(trace === ptrType$33.nil)) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!(trace === ptrType$33.nil)) { */ case 13:
			shadow[0] = $clone(trace, nettrace.Trace);
			shadow[0].ConnectStart = $throwNilPointerError;
			shadow[0].ConnectDone = $throwNilPointerError;
			_r$6 = context.WithValue(resolveCtx, (x$1 = new nettrace.TraceKey.ptr(), new x$1.constructor.elem(x$1)), shadow[0]); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			resolveCtx = _r$6;
		/* } */ case 14:
		_r$7 = d.resolver().resolveAddrList(resolveCtx, "dial", network, address, d.LocalAddr); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$4 = _r$7;
		addrs = _tuple$4[0];
		err = _tuple$4[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 17:
			$24r = [$ifaceNil, new OpError.ptr("dial", network, $ifaceNil, $ifaceNil, err)];
			$s = 19; case 19: return $24r;
		/* } */ case 18:
		sd = new sysDialer.ptr($clone(d, Dialer), network, address);
		_tmp = addrList.nil;
		_tmp$1 = addrList.nil;
		primaries = _tmp;
		fallbacks = _tmp$1;
		/* */ if (d.dualStack() && network === "tcp") { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (d.dualStack() && network === "tcp") { */ case 20:
			_r$8 = addrs.partition(isIPv4); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$5 = _r$8;
			primaries = _tuple$5[0];
			fallbacks = _tuple$5[1];
			$s = 22; continue;
		/* } else { */ case 21:
			primaries = addrs;
		/* } */ case 22:
		c = $ifaceNil;
		/* */ if (fallbacks.$length > 0) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (fallbacks.$length > 0) { */ case 24:
			_r$9 = sd.dialParallel(ctx, primaries, fallbacks); /* */ $s = 27; case 27: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tuple$6 = _r$9;
			c = _tuple$6[0];
			err = _tuple$6[1];
			$s = 26; continue;
		/* } else { */ case 25:
			_r$10 = sd.dialSerial(ctx, primaries); /* */ $s = 28; case 28: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple$7 = _r$10;
			c = _tuple$7[0];
			err = _tuple$7[1];
		/* } */ case 26:
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 29:
			$24r$1 = [$ifaceNil, err];
			$s = 31; case 31: return $24r$1;
		/* } */ case 30:
		_tuple$8 = $assertType(c, ptrType$16, true);
		tc = _tuple$8[0];
		ok$1 = _tuple$8[1];
		/* */ if (ok$1 && (x$2 = d.KeepAlive, (x$2.$high > 0 || (x$2.$high === 0 && x$2.$low >= 0)))) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (ok$1 && (x$2 = d.KeepAlive, (x$2.$high > 0 || (x$2.$high === 0 && x$2.$low >= 0)))) { */ case 32:
			setKeepAlive(tc.conn.fd, true);
			ka = d.KeepAlive;
			if ((x$3 = d.KeepAlive, (x$3.$high === 0 && x$3.$low === 0))) {
				ka = new time.Duration(3, 2115098112);
			}
			setKeepAlivePeriod(tc.conn.fd, ka);
			$r = testHookSetKeepAlive(ka); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 33:
		$24r$2 = [c, $ifaceNil];
		$s = 35; case 35: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Dialer.ptr.prototype.DialContext, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, address, addrs, c, cancel, cancel$1, ctx, d, d$1, deadline, err, fallbacks, ka, network, ok, ok$1, oldCancel, primaries, resolveCtx, sd, shadow, subCtx, subCtx$1, tc, trace, x, x$1, x$2, x$3, $s, $deferred};return $f; } }
	};
	Dialer.prototype.DialContext = function(ctx, network, address) { return this.$val.DialContext(ctx, network, address); };
	sysDialer.ptr.prototype.dialParallel = function(ctx, primaries, fallbacks) {
		var {$24r, $24r$1, $24r$2, _arg, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _selection, _tmp, _tmp$1, _tuple, _tuple$1, ctx, fallback, fallbackCancel, fallbackCtx, fallbackTimer, fallbacks, primaries, primary, primaryCancel, primaryCtx, res, results, returned, sd, startRacer, $s, $deferred, $r, $c} = $restore(this, {ctx, primaries, fallbacks});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fallbacks = [fallbacks];
		primaries = [primaries];
		results = [results];
		returned = [returned];
		sd = [sd];
		sd[0] = this;
		/* */ if (fallbacks[0].$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fallbacks[0].$length === 0) { */ case 1:
			_r = sd[0].dialSerial(ctx, primaries[0]); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		returned[0] = new $Chan(structType$2, 0);
		$deferred.push([function(_arg) { $close(_arg); }, [returned[0]]]);
		results[0] = new $Chan(dialResult, 0);
		startRacer = (function(fallbacks, primaries, results, returned, sd) { return function $b(ctx$1, primary) {
			var {_r$1, _r$2, _r$3, _selection, _tuple, c, ctx$1, err, primary, ras, $s, $r, $c} = $restore(this, {ctx$1, primary});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			ras = primaries[0];
			if (!primary) {
				ras = fallbacks[0];
			}
			_r$1 = sd[0].dialSerial(ctx$1, ras); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			c = _tuple[0];
			err = _tuple[1];
			_r$2 = $select([[results[0], new dialResult.ptr(c, err, primary, true)], [returned[0]]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_selection = _r$2;
			/* */ if (_selection[0] === 0) { $s = 3; continue; }
			/* */ if (_selection[0] === 1) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_selection[0] === 0) { */ case 3:
				$s = 5; continue;
			/* } else if (_selection[0] === 1) { */ case 4:
				/* */ if (!($interfaceIsEqual(c, $ifaceNil))) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!($interfaceIsEqual(c, $ifaceNil))) { */ case 6:
					_r$3 = c.Close(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$3;
				/* } */ case 7:
			/* } */ case 5:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, _r$2, _r$3, _selection, _tuple, c, ctx$1, err, primary, ras, $s};return $f;
		}; })(fallbacks, primaries, results, returned, sd);
		_tmp = new dialResult.ptr($ifaceNil, $ifaceNil, false, false);
		_tmp$1 = new dialResult.ptr($ifaceNil, $ifaceNil, false, false);
		primary = $clone(_tmp, dialResult);
		fallback = $clone(_tmp$1, dialResult);
		_r$1 = context.WithCancel(ctx); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		primaryCtx = _tuple[0];
		primaryCancel = _tuple[1];
		$deferred.push([primaryCancel, []]);
		$go(startRacer, [primaryCtx, true]);
		_r$2 = time.NewTimer(sd[0].Dialer.fallbackDelay()); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		fallbackTimer = _r$2;
		$deferred.push([$methodVal(fallbackTimer, "Stop"), []]);
		/* while (true) { */ case 7:
			_r$3 = $select([[fallbackTimer.C], [results[0]]]); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_selection = _r$3;
			/* */ if (_selection[0] === 0) { $s = 10; continue; }
			/* */ if (_selection[0] === 1) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (_selection[0] === 0) { */ case 10:
				_r$4 = context.WithCancel(ctx); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$1 = _r$4;
				fallbackCtx = _tuple$1[0];
				fallbackCancel = _tuple$1[1];
				$deferred.push([fallbackCancel, []]);
				$go(startRacer, [fallbackCtx, false]);
				$s = 12; continue;
			/* } else if (_selection[0] === 1) { */ case 11:
				res = $clone(_selection[1][0], dialResult);
				/* */ if ($interfaceIsEqual(res.error, $ifaceNil)) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if ($interfaceIsEqual(res.error, $ifaceNil)) { */ case 14:
					$24r$1 = [res.Conn, $ifaceNil];
					$s = 16; case 16: return $24r$1;
				/* } */ case 15:
				if (res.primary) {
					dialResult.copy(primary, res);
				} else {
					dialResult.copy(fallback, res);
				}
				/* */ if (primary.done && fallback.done) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (primary.done && fallback.done) { */ case 17:
					$24r$2 = [$ifaceNil, primary.error];
					$s = 19; case 19: return $24r$2;
				/* } */ case 18:
				/* */ if (res.primary && fallbackTimer.Stop()) { $s = 20; continue; }
				/* */ $s = 21; continue;
				/* if (res.primary && fallbackTimer.Stop()) { */ case 20:
					_r$5 = fallbackTimer.Reset(new time.Duration(0, 0)); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_r$5;
				/* } */ case 21:
			/* } */ case 12:
		$s = 7; continue;
		case 8:
		$s = -1; return [$ifaceNil, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: sysDialer.ptr.prototype.dialParallel, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _selection, _tmp, _tmp$1, _tuple, _tuple$1, ctx, fallback, fallbackCancel, fallbackCtx, fallbackTimer, fallbacks, primaries, primary, primaryCancel, primaryCtx, res, results, returned, sd, startRacer, $s, $deferred};return $f; } }
	};
	sysDialer.prototype.dialParallel = function(ctx, primaries, fallbacks) { return this.$val.dialParallel(ctx, primaries, fallbacks); };
	sysDialer.ptr.prototype.dialSerial = function(ctx, ras) {
		var {$24r, $24r$1, $24r$2, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _selection, _tuple, _tuple$1, _tuple$2, _tuple$3, c, cancel, ctx, deadline, dialCtx, err, err$1, firstErr, hasDeadline, i, partialDeadline$1, ra, ras, sd, $s, $deferred, $r, $c} = $restore(this, {ctx, ras});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		sd = this;
		firstErr = $ifaceNil;
		_ref = ras;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			ra = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = ctx.Done(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_selection = $select([[_r], []]);
			/* */ if (_selection[0] === 0) { $s = 4; continue; }
			/* */ if (_selection[0] === 1) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_selection[0] === 0) { */ case 4:
				_r$1 = ctx.Err(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = mapErr(_r$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r = [$ifaceNil, new OpError.ptr("dial", sd.network, sd.Dialer.LocalAddr, ra, _r$2)];
				$s = 9; case 9: return $24r;
			/* } else if (_selection[0] === 1) { */ case 5:
			/* } */ case 6:
			dialCtx = ctx;
			_r$3 = ctx.Deadline(); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			deadline = $clone(_tuple[0], time.Time);
			hasDeadline = _tuple[1];
			/* */ if (hasDeadline) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (hasDeadline) { */ case 11:
				_r$4 = time.Now(); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$5 = partialDeadline($clone(_r$4, time.Time), $clone(deadline, time.Time), ras.$length - i >> 0); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$1 = _r$5;
				partialDeadline$1 = $clone(_tuple$1[0], time.Time);
				err = _tuple$1[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					if ($interfaceIsEqual(firstErr, $ifaceNil)) {
						firstErr = new OpError.ptr("dial", sd.network, sd.Dialer.LocalAddr, ra, err);
					}
					/* break; */ $s = 2; continue;
				}
				/* */ if ($clone(partialDeadline$1, time.Time).Before($clone(deadline, time.Time))) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if ($clone(partialDeadline$1, time.Time).Before($clone(deadline, time.Time))) { */ case 15:
					cancel = $throwNilPointerError;
					_r$6 = context.WithDeadline(ctx, $clone(partialDeadline$1, time.Time)); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_tuple$2 = _r$6;
					dialCtx = _tuple$2[0];
					cancel = _tuple$2[1];
					$deferred.push([cancel, []]);
				/* } */ case 16:
			/* } */ case 12:
			_r$7 = sd.dialSingle(dialCtx, ra); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$3 = _r$7;
			c = _tuple$3[0];
			err$1 = _tuple$3[1];
			/* */ if ($interfaceIsEqual(err$1, $ifaceNil)) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if ($interfaceIsEqual(err$1, $ifaceNil)) { */ case 19:
				$24r$1 = [c, $ifaceNil];
				$s = 21; case 21: return $24r$1;
			/* } */ case 20:
			if ($interfaceIsEqual(firstErr, $ifaceNil)) {
				firstErr = err$1;
			}
			_i++;
		$s = 1; continue;
		case 2:
		if ($interfaceIsEqual(firstErr, $ifaceNil)) {
			firstErr = new OpError.ptr("dial", sd.network, $ifaceNil, $ifaceNil, errMissingAddress);
		}
		$24r$2 = [$ifaceNil, firstErr];
		$s = 22; case 22: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: sysDialer.ptr.prototype.dialSerial, $c: true, $r, $24r, $24r$1, $24r$2, _i, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _selection, _tuple, _tuple$1, _tuple$2, _tuple$3, c, cancel, ctx, deadline, dialCtx, err, err$1, firstErr, hasDeadline, i, partialDeadline$1, ra, ras, sd, $s, $deferred};return $f; } }
	};
	sysDialer.prototype.dialSerial = function(ctx, ras) { return this.$val.dialSerial(ctx, ras); };
	sysDialer.ptr.prototype.dialSingle = function(ctx, ra) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, c, ctx, err, la, la$1, la$2, la$3, la$4, ra, ra$1, ra$2, ra$3, ra$4, ra$5, raStr, sd, trace, x, $s, $deferred, $r, $c} = $restore(this, {ctx, ra});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		raStr = [raStr];
		sd = [sd];
		trace = [trace];
		c = $ifaceNil;
		err[0] = $ifaceNil;
		sd[0] = this;
		_r = ctx.Value((x = new nettrace.TraceKey.ptr(), new x.constructor.elem(x))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = $assertType(_r, ptrType$33, true);
		trace[0] = _tuple[0];
		/* */ if (!(trace[0] === ptrType$33.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(trace[0] === ptrType$33.nil)) { */ case 2:
			_r$1 = ra.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			raStr[0] = _r$1;
			/* */ if (!(trace[0].ConnectStart === $throwNilPointerError)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!(trace[0].ConnectStart === $throwNilPointerError)) { */ case 5:
				$r = trace[0].ConnectStart(sd[0].network, raStr[0]); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
			/* */ if (!(trace[0].ConnectDone === $throwNilPointerError)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!(trace[0].ConnectDone === $throwNilPointerError)) { */ case 8:
				$deferred.push([(function(err, raStr, sd, trace) { return function $b() {
					var {$s, $r, $c} = $restore(this, {});
					/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
					$r = trace[0].ConnectDone(sd[0].network, raStr[0], err[0]); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = -1; return;
					/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
				}; })(err, raStr, sd, trace), []]);
			/* } */ case 9:
		/* } */ case 3:
		la = sd[0].Dialer.LocalAddr;
		_ref = ra;
		/* */ if ($assertType(_ref, ptrType$15, true)[1]) { $s = 10; continue; }
		/* */ if ($assertType(_ref, ptrType$12, true)[1]) { $s = 11; continue; }
		/* */ if ($assertType(_ref, ptrType$32, true)[1]) { $s = 12; continue; }
		/* */ if ($assertType(_ref, ptrType$5, true)[1]) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if ($assertType(_ref, ptrType$15, true)[1]) { */ case 10:
			ra$1 = _ref.$val;
			_tuple$1 = $assertType(la, ptrType$15, true);
			la$1 = _tuple$1[0];
			_r$2 = sd[0].dialTCP(ctx, la$1, ra$1); /* */ $s = 16; case 16: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$2 = _r$2;
			c = _tuple$2[0];
			err[0] = _tuple$2[1];
			$s = 15; continue;
		/* } else if ($assertType(_ref, ptrType$12, true)[1]) { */ case 11:
			ra$2 = _ref.$val;
			_tuple$3 = $assertType(la, ptrType$12, true);
			la$2 = _tuple$3[0];
			_r$3 = sd[0].dialUDP(ctx, la$2, ra$2); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$4 = _r$3;
			c = _tuple$4[0];
			err[0] = _tuple$4[1];
			$s = 15; continue;
		/* } else if ($assertType(_ref, ptrType$32, true)[1]) { */ case 12:
			ra$3 = _ref.$val;
			_tuple$5 = $assertType(la, ptrType$32, true);
			la$3 = _tuple$5[0];
			_r$4 = sd[0].dialIP(ctx, la$3, ra$3); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$6 = _r$4;
			c = _tuple$6[0];
			err[0] = _tuple$6[1];
			$s = 15; continue;
		/* } else if ($assertType(_ref, ptrType$5, true)[1]) { */ case 13:
			ra$4 = _ref.$val;
			_tuple$7 = $assertType(la, ptrType$5, true);
			la$4 = _tuple$7[0];
			_r$5 = sd[0].dialUnix(ctx, la$4, ra$4); /* */ $s = 19; case 19: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$8 = _r$5;
			c = _tuple$8[0];
			err[0] = _tuple$8[1];
			$s = 15; continue;
		/* } else { */ case 14:
			ra$5 = _ref;
			_tmp = $ifaceNil;
			_tmp$1 = new OpError.ptr("dial", sd[0].network, la, ra$5, new AddrError.ptr("unexpected address type", sd[0].address));
			c = _tmp;
			err[0] = _tmp$1;
			$24r = [c, err[0]];
			$s = 20; case 20: return $24r;
		/* } */ case 15:
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 21:
			_tmp$2 = $ifaceNil;
			_tmp$3 = new OpError.ptr("dial", sd[0].network, la, ra, err[0]);
			c = _tmp$2;
			err[0] = _tmp$3;
			$24r$1 = [c, err[0]];
			$s = 23; case 23: return $24r$1;
		/* } */ case 22:
		_tmp$4 = c;
		_tmp$5 = $ifaceNil;
		c = _tmp$4;
		err[0] = _tmp$5;
		$24r$2 = [c, err[0]];
		$s = 24; case 24: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [c, err[0]]; } if($curGoroutine.asleep) { var $f = {$blk: sysDialer.ptr.prototype.dialSingle, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, c, ctx, err, la, la$1, la$2, la$3, la$4, ra, ra$1, ra$2, ra$3, ra$4, ra$5, raStr, sd, trace, x, $s, $deferred};return $f; } }
	};
	sysDialer.prototype.dialSingle = function(ctx, ra) { return this.$val.dialSingle(ctx, ra); };
	ListenConfig.ptr.prototype.Listen = function(ctx, network, address) {
		var {_r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, address, addrs, ctx, err, l, la, la$1, la$2, la$3, lc, network, sl, $s, $r, $c} = $restore(this, {ctx, network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lc = this;
		_r = $pkg.DefaultResolver.resolveAddrList(ctx, "listen", network, address, $ifaceNil); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		addrs = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new OpError.ptr("listen", network, $ifaceNil, $ifaceNil, err)];
		}
		sl = new sysListener.ptr($clone(lc, ListenConfig), network, address);
		l = $ifaceNil;
		_r$1 = addrs.first(isIPv4); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		la = _r$1;
		_ref = la;
		/* */ if ($assertType(_ref, ptrType$15, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, ptrType$5, true)[1]) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ($assertType(_ref, ptrType$15, true)[1]) { */ case 3:
			la$1 = _ref.$val;
			_r$2 = sl.listenTCP(ctx, la$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			l = _tuple$1[0];
			err = _tuple$1[1];
			$s = 6; continue;
		/* } else if ($assertType(_ref, ptrType$5, true)[1]) { */ case 4:
			la$2 = _ref.$val;
			_r$3 = sl.listenUnix(ctx, la$2); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			l = _tuple$2[0];
			err = _tuple$2[1];
			$s = 6; continue;
		/* } else { */ case 5:
			la$3 = _ref;
			$s = -1; return [$ifaceNil, new OpError.ptr("listen", sl.network, $ifaceNil, la$3, new AddrError.ptr("unexpected address type", address))];
		/* } */ case 6:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new OpError.ptr("listen", sl.network, $ifaceNil, la, err)];
		}
		$s = -1; return [l, $ifaceNil];
		/* */ } return; } var $f = {$blk: ListenConfig.ptr.prototype.Listen, $c: true, $r, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, address, addrs, ctx, err, l, la, la$1, la$2, la$3, lc, network, sl, $s};return $f;
	};
	ListenConfig.prototype.Listen = function(ctx, network, address) { return this.$val.Listen(ctx, network, address); };
	ListenConfig.ptr.prototype.ListenPacket = function(ctx, network, address) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, address, addrs, c, ctx, err, la, la$1, la$2, la$3, la$4, lc, network, sl, $s, $r, $c} = $restore(this, {ctx, network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lc = this;
		_r = $pkg.DefaultResolver.resolveAddrList(ctx, "listen", network, address, $ifaceNil); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		addrs = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new OpError.ptr("listen", network, $ifaceNil, $ifaceNil, err)];
		}
		sl = new sysListener.ptr($clone(lc, ListenConfig), network, address);
		c = $ifaceNil;
		_r$1 = addrs.first(isIPv4); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		la = _r$1;
		_ref = la;
		/* */ if ($assertType(_ref, ptrType$12, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, ptrType$32, true)[1]) { $s = 4; continue; }
		/* */ if ($assertType(_ref, ptrType$5, true)[1]) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($assertType(_ref, ptrType$12, true)[1]) { */ case 3:
			la$1 = _ref.$val;
			_r$2 = sl.listenUDP(ctx, la$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			c = _tuple$1[0];
			err = _tuple$1[1];
			$s = 7; continue;
		/* } else if ($assertType(_ref, ptrType$32, true)[1]) { */ case 4:
			la$2 = _ref.$val;
			_r$3 = sl.listenIP(ctx, la$2); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			c = _tuple$2[0];
			err = _tuple$2[1];
			$s = 7; continue;
		/* } else if ($assertType(_ref, ptrType$5, true)[1]) { */ case 5:
			la$3 = _ref.$val;
			_r$4 = sl.listenUnixgram(ctx, la$3); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$3 = _r$4;
			c = _tuple$3[0];
			err = _tuple$3[1];
			$s = 7; continue;
		/* } else { */ case 6:
			la$4 = _ref;
			$s = -1; return [$ifaceNil, new OpError.ptr("listen", sl.network, $ifaceNil, la$4, new AddrError.ptr("unexpected address type", address))];
		/* } */ case 7:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, new OpError.ptr("listen", sl.network, $ifaceNil, la, err)];
		}
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: ListenConfig.ptr.prototype.ListenPacket, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, address, addrs, c, ctx, err, la, la$1, la$2, la$3, la$4, lc, network, sl, $s};return $f;
	};
	ListenConfig.prototype.ListenPacket = function(ctx, network, address) { return this.$val.ListenPacket(ctx, network, address); };
	Listen = function(network, address) {
		var {$24r, _r, address, lc, network, $s, $r, $c} = $restore(this, {network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lc = new ListenConfig.ptr($throwNilPointerError, new time.Duration(0, 0));
		_r = lc.Listen(context.Background(), network, address); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Listen, $c: true, $r, $24r, _r, address, lc, network, $s};return $f;
	};
	$pkg.Listen = Listen;
	init = function() {
		netGo = true;
	};
	ptrType$5.methods = [{prop: "family", name: "family", pkg: "net", typ: $funcType([], [$Int], false)}, {prop: "sockaddr", name: "sockaddr", pkg: "net", typ: $funcType([$Int], [syscall.Sockaddr, $error], false)}, {prop: "toLocal", name: "toLocal", pkg: "net", typ: $funcType([$String], [sockaddr], false)}, {prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "isWildcard", name: "isWildcard", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "opAddr", name: "opAddr", pkg: "net", typ: $funcType([], [Addr], false)}];
	ptrType$6.methods = [{prop: "readFrom", name: "readFrom", pkg: "net", typ: $funcType([sliceType$1], [$Int, ptrType$5, $error], false)}, {prop: "readMsg", name: "readMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1], [$Int, $Int, $Int, ptrType$5, $error], false)}, {prop: "writeTo", name: "writeTo", pkg: "net", typ: $funcType([sliceType$1, ptrType$5], [$Int, $error], false)}, {prop: "writeMsg", name: "writeMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, ptrType$5], [$Int, $Int, $error], false)}, {prop: "SyscallConn", name: "SyscallConn", pkg: "", typ: $funcType([], [syscall.RawConn, $error], false)}, {prop: "CloseRead", name: "CloseRead", pkg: "", typ: $funcType([], [$error], false)}, {prop: "CloseWrite", name: "CloseWrite", pkg: "", typ: $funcType([], [$error], false)}, {prop: "ReadFromUnix", name: "ReadFromUnix", pkg: "", typ: $funcType([sliceType$1], [$Int, ptrType$5, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([sliceType$1], [$Int, Addr, $error], false)}, {prop: "ReadMsgUnix", name: "ReadMsgUnix", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [$Int, $Int, $Int, ptrType$5, $error], false)}, {prop: "WriteToUnix", name: "WriteToUnix", pkg: "", typ: $funcType([sliceType$1, ptrType$5], [$Int, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([sliceType$1, Addr], [$Int, $error], false)}, {prop: "WriteMsgUnix", name: "WriteMsgUnix", pkg: "", typ: $funcType([sliceType$1, sliceType$1, ptrType$5], [$Int, $Int, $error], false)}];
	ptrType$8.methods = [{prop: "accept", name: "accept", pkg: "net", typ: $funcType([], [ptrType$6, $error], false)}, {prop: "close", name: "close", pkg: "net", typ: $funcType([], [$error], false)}, {prop: "file", name: "file", pkg: "net", typ: $funcType([], [ptrType$7, $error], false)}, {prop: "SetUnlinkOnClose", name: "SetUnlinkOnClose", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "ok", name: "ok", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "SyscallConn", name: "SyscallConn", pkg: "", typ: $funcType([], [syscall.RawConn, $error], false)}, {prop: "AcceptUnix", name: "AcceptUnix", pkg: "", typ: $funcType([], [ptrType$6, $error], false)}, {prop: "Accept", name: "Accept", pkg: "", typ: $funcType([], [Conn, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Addr", name: "Addr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "File", name: "File", pkg: "", typ: $funcType([], [ptrType$7, $error], false)}];
	ptrType$12.methods = [{prop: "family", name: "family", pkg: "net", typ: $funcType([], [$Int], false)}, {prop: "sockaddr", name: "sockaddr", pkg: "net", typ: $funcType([$Int], [syscall.Sockaddr, $error], false)}, {prop: "toLocal", name: "toLocal", pkg: "net", typ: $funcType([$String], [sockaddr], false)}, {prop: "AddrPort", name: "AddrPort", pkg: "", typ: $funcType([], [netip.AddrPort], false)}, {prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "isWildcard", name: "isWildcard", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "opAddr", name: "opAddr", pkg: "net", typ: $funcType([], [Addr], false)}];
	addrPortUDPAddr.methods = [{prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$13.methods = [{prop: "readFrom", name: "readFrom", pkg: "net", typ: $funcType([sliceType$1, ptrType$12], [$Int, ptrType$12, $error], false)}, {prop: "readFromAddrPort", name: "readFromAddrPort", pkg: "net", typ: $funcType([sliceType$1], [$Int, netip.AddrPort, $error], false)}, {prop: "readMsg", name: "readMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1], [$Int, $Int, $Int, netip.AddrPort, $error], false)}, {prop: "writeTo", name: "writeTo", pkg: "net", typ: $funcType([sliceType$1, ptrType$12], [$Int, $error], false)}, {prop: "writeToAddrPort", name: "writeToAddrPort", pkg: "net", typ: $funcType([sliceType$1, netip.AddrPort], [$Int, $error], false)}, {prop: "writeMsg", name: "writeMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, ptrType$12], [$Int, $Int, $error], false)}, {prop: "writeMsgAddrPort", name: "writeMsgAddrPort", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, netip.AddrPort], [$Int, $Int, $error], false)}, {prop: "SyscallConn", name: "SyscallConn", pkg: "", typ: $funcType([], [syscall.RawConn, $error], false)}, {prop: "ReadFromUDP", name: "ReadFromUDP", pkg: "", typ: $funcType([sliceType$1], [$Int, ptrType$12, $error], false)}, {prop: "readFromUDP", name: "readFromUDP", pkg: "net", typ: $funcType([sliceType$1, ptrType$12], [$Int, ptrType$12, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([sliceType$1], [$Int, Addr, $error], false)}, {prop: "ReadFromUDPAddrPort", name: "ReadFromUDPAddrPort", pkg: "", typ: $funcType([sliceType$1], [$Int, netip.AddrPort, $error], false)}, {prop: "ReadMsgUDP", name: "ReadMsgUDP", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [$Int, $Int, $Int, ptrType$12, $error], false)}, {prop: "ReadMsgUDPAddrPort", name: "ReadMsgUDPAddrPort", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [$Int, $Int, $Int, netip.AddrPort, $error], false)}, {prop: "WriteToUDP", name: "WriteToUDP", pkg: "", typ: $funcType([sliceType$1, ptrType$12], [$Int, $error], false)}, {prop: "WriteToUDPAddrPort", name: "WriteToUDPAddrPort", pkg: "", typ: $funcType([sliceType$1, netip.AddrPort], [$Int, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([sliceType$1, Addr], [$Int, $error], false)}, {prop: "WriteMsgUDP", name: "WriteMsgUDP", pkg: "", typ: $funcType([sliceType$1, sliceType$1, ptrType$12], [$Int, $Int, $error], false)}, {prop: "WriteMsgUDPAddrPort", name: "WriteMsgUDPAddrPort", pkg: "", typ: $funcType([sliceType$1, sliceType$1, netip.AddrPort], [$Int, $Int, $error], false)}];
	ptrType$15.methods = [{prop: "family", name: "family", pkg: "net", typ: $funcType([], [$Int], false)}, {prop: "sockaddr", name: "sockaddr", pkg: "net", typ: $funcType([$Int], [syscall.Sockaddr, $error], false)}, {prop: "toLocal", name: "toLocal", pkg: "net", typ: $funcType([$String], [sockaddr], false)}, {prop: "AddrPort", name: "AddrPort", pkg: "", typ: $funcType([], [netip.AddrPort], false)}, {prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "isWildcard", name: "isWildcard", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "opAddr", name: "opAddr", pkg: "net", typ: $funcType([], [Addr], false)}];
	ptrType$16.methods = [{prop: "readFrom", name: "readFrom", pkg: "net", typ: $funcType([io.Reader], [$Int64, $error], false)}, {prop: "SyscallConn", name: "SyscallConn", pkg: "", typ: $funcType([], [syscall.RawConn, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([io.Reader], [$Int64, $error], false)}, {prop: "CloseRead", name: "CloseRead", pkg: "", typ: $funcType([], [$error], false)}, {prop: "CloseWrite", name: "CloseWrite", pkg: "", typ: $funcType([], [$error], false)}, {prop: "SetLinger", name: "SetLinger", pkg: "", typ: $funcType([$Int], [$error], false)}, {prop: "SetKeepAlive", name: "SetKeepAlive", pkg: "", typ: $funcType([$Bool], [$error], false)}, {prop: "SetKeepAlivePeriod", name: "SetKeepAlivePeriod", pkg: "", typ: $funcType([time.Duration], [$error], false)}, {prop: "SetNoDelay", name: "SetNoDelay", pkg: "", typ: $funcType([$Bool], [$error], false)}];
	ptrType$19.methods = [{prop: "ok", name: "ok", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "accept", name: "accept", pkg: "net", typ: $funcType([], [ptrType$16, $error], false)}, {prop: "close", name: "close", pkg: "net", typ: $funcType([], [$error], false)}, {prop: "file", name: "file", pkg: "net", typ: $funcType([], [ptrType$7, $error], false)}, {prop: "SyscallConn", name: "SyscallConn", pkg: "", typ: $funcType([], [syscall.RawConn, $error], false)}, {prop: "AcceptTCP", name: "AcceptTCP", pkg: "", typ: $funcType([], [ptrType$16, $error], false)}, {prop: "Accept", name: "Accept", pkg: "", typ: $funcType([], [Conn, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Addr", name: "Addr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "File", name: "File", pkg: "", typ: $funcType([], [ptrType$7, $error], false)}];
	ptrType$20.methods = [{prop: "ok", name: "ok", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "Control", name: "Control", pkg: "", typ: $funcType([funcType$1], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([funcType$2], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([funcType$2], [$error], false)}];
	ptrType$36.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([funcType$2], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([funcType$2], [$error], false)}];
	ptrType$22.methods = [{prop: "close", name: "close", pkg: "net", typ: $funcType([], [], false)}, {prop: "getLineFromData", name: "getLineFromData", pkg: "net", typ: $funcType([], [$String, $Bool], false)}, {prop: "readLine", name: "readLine", pkg: "net", typ: $funcType([], [$String, $Bool], false)}];
	ptrType$3.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "closeRead", name: "closeRead", pkg: "net", typ: $funcType([], [$error], false)}, {prop: "closeWrite", name: "closeWrite", pkg: "net", typ: $funcType([], [$error], false)}, {prop: "accept", name: "accept", pkg: "net", typ: $funcType([], [ptrType$3, $error], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "readFrom", name: "readFrom", pkg: "net", typ: $funcType([sliceType$1], [$Int, syscall.Sockaddr, $error], false)}, {prop: "readFromInet4", name: "readFromInet4", pkg: "net", typ: $funcType([sliceType$1, ptrType$10], [$Int, $error], false)}, {prop: "readFromInet6", name: "readFromInet6", pkg: "net", typ: $funcType([sliceType$1, ptrType$11], [$Int, $error], false)}, {prop: "readMsg", name: "readMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, $Int], [$Int, $Int, $Int, syscall.Sockaddr, $error], false)}, {prop: "readMsgInet4", name: "readMsgInet4", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, $Int, ptrType$10], [$Int, $Int, $Int, $error], false)}, {prop: "readMsgInet6", name: "readMsgInet6", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, $Int, ptrType$11], [$Int, $Int, $Int, $error], false)}, {prop: "writeMsgInet4", name: "writeMsgInet4", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, ptrType$10], [$Int, $Int, $error], false)}, {prop: "writeMsgInet6", name: "writeMsgInet6", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, ptrType$11], [$Int, $Int, $error], false)}, {prop: "writeTo", name: "writeTo", pkg: "net", typ: $funcType([sliceType$1, syscall.Sockaddr], [$Int, $error], false)}, {prop: "writeToInet4", name: "writeToInet4", pkg: "net", typ: $funcType([sliceType$1, ptrType$10], [$Int, $error], false)}, {prop: "writeToInet6", name: "writeToInet6", pkg: "net", typ: $funcType([sliceType$1, ptrType$11], [$Int, $error], false)}, {prop: "writeMsg", name: "writeMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, syscall.Sockaddr], [$Int, $Int, $error], false)}, {prop: "dup", name: "dup", pkg: "net", typ: $funcType([], [ptrType$7, $error], false)}];
	ptrType$23.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [], false)}];
	ptrType$26.methods = [{prop: "ok", name: "ok", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "LocalAddr", name: "LocalAddr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "RemoteAddr", name: "RemoteAddr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadBuffer", name: "SetReadBuffer", pkg: "", typ: $funcType([$Int], [$error], false)}, {prop: "SetWriteBuffer", name: "SetWriteBuffer", pkg: "", typ: $funcType([$Int], [$error], false)}, {prop: "File", name: "File", pkg: "", typ: $funcType([], [ptrType$7, $error], false)}];
	ptrType$17.methods = [{prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$39.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$27.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	UnknownNetworkError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$40.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$28.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	HardwareAddr.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$9.methods = [{prop: "lookupHost", name: "lookupHost", pkg: "net", typ: $funcType([context.Context, $String], [sliceType, $error], false)}, {prop: "lookupIP", name: "lookupIP", pkg: "net", typ: $funcType([context.Context, $String, $String], [sliceType$3, $error], false)}, {prop: "lookupPort", name: "lookupPort", pkg: "net", typ: $funcType([context.Context, $String, $String], [$Int, $error], false)}, {prop: "lookupCNAME", name: "lookupCNAME", pkg: "net", typ: $funcType([context.Context, $String], [$String, $error], false)}, {prop: "lookupSRV", name: "lookupSRV", pkg: "net", typ: $funcType([context.Context, $String, $String, $String], [$String, sliceType$4, $error], false)}, {prop: "lookupMX", name: "lookupMX", pkg: "net", typ: $funcType([context.Context, $String], [sliceType$5, $error], false)}, {prop: "lookupNS", name: "lookupNS", pkg: "net", typ: $funcType([context.Context, $String], [sliceType$6, $error], false)}, {prop: "lookupTXT", name: "lookupTXT", pkg: "net", typ: $funcType([context.Context, $String], [sliceType, $error], false)}, {prop: "lookupAddr", name: "lookupAddr", pkg: "net", typ: $funcType([context.Context, $String], [sliceType, $error], false)}, {prop: "preferGo", name: "preferGo", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "strictErrors", name: "strictErrors", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "getLookupGroup", name: "getLookupGroup", pkg: "net", typ: $funcType([], [ptrType$42], false)}, {prop: "LookupHost", name: "LookupHost", pkg: "", typ: $funcType([context.Context, $String], [sliceType, $error], false)}, {prop: "LookupIPAddr", name: "LookupIPAddr", pkg: "", typ: $funcType([context.Context, $String], [sliceType$3, $error], false)}, {prop: "LookupIP", name: "LookupIP", pkg: "", typ: $funcType([context.Context, $String, $String], [sliceType$7, $error], false)}, {prop: "LookupNetIP", name: "LookupNetIP", pkg: "", typ: $funcType([context.Context, $String, $String], [sliceType$8, $error], false)}, {prop: "lookupIPAddr", name: "lookupIPAddr", pkg: "net", typ: $funcType([context.Context, $String, $String], [sliceType$3, $error], false)}, {prop: "LookupPort", name: "LookupPort", pkg: "", typ: $funcType([context.Context, $String, $String], [$Int, $error], false)}, {prop: "LookupCNAME", name: "LookupCNAME", pkg: "", typ: $funcType([context.Context, $String], [$String, $error], false)}, {prop: "LookupSRV", name: "LookupSRV", pkg: "", typ: $funcType([context.Context, $String, $String, $String], [$String, sliceType$4, $error], false)}, {prop: "LookupMX", name: "LookupMX", pkg: "", typ: $funcType([context.Context, $String], [sliceType$5, $error], false)}, {prop: "LookupNS", name: "LookupNS", pkg: "", typ: $funcType([context.Context, $String], [sliceType$6, $error], false)}, {prop: "LookupTXT", name: "LookupTXT", pkg: "", typ: $funcType([context.Context, $String], [sliceType, $error], false)}, {prop: "LookupAddr", name: "LookupAddr", pkg: "", typ: $funcType([context.Context, $String], [sliceType, $error], false)}, {prop: "internetAddrList", name: "internetAddrList", pkg: "net", typ: $funcType([context.Context, $String, $String], [addrList, $error], false)}, {prop: "resolveAddrList", name: "resolveAddrList", pkg: "net", typ: $funcType([context.Context, $String, $String, $String, Addr], [addrList, $error], false)}];
	ptrType$2.methods = [{prop: "Value", name: "Value", pkg: "", typ: $funcType([$emptyInterface], [$emptyInterface], false)}];
	ptrType$43.methods = [{prop: "probe", name: "probe", pkg: "net", typ: $funcType([], [], false)}];
	addrList.methods = [{prop: "forResolve", name: "forResolve", pkg: "net", typ: $funcType([$String, $String], [Addr], false)}, {prop: "first", name: "first", pkg: "net", typ: $funcType([funcType$4], [Addr], false)}, {prop: "partition", name: "partition", pkg: "net", typ: $funcType([funcType$4], [addrList, addrList], false)}];
	ptrType$32.methods = [{prop: "family", name: "family", pkg: "net", typ: $funcType([], [$Int], false)}, {prop: "sockaddr", name: "sockaddr", pkg: "net", typ: $funcType([$Int], [syscall.Sockaddr, $error], false)}, {prop: "toLocal", name: "toLocal", pkg: "net", typ: $funcType([$String], [sockaddr], false)}, {prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "isWildcard", name: "isWildcard", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "opAddr", name: "opAddr", pkg: "net", typ: $funcType([], [Addr], false)}];
	ptrType$34.methods = [{prop: "readFrom", name: "readFrom", pkg: "net", typ: $funcType([sliceType$1], [$Int, ptrType$32, $error], false)}, {prop: "readMsg", name: "readMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1], [$Int, $Int, $Int, ptrType$32, $error], false)}, {prop: "writeTo", name: "writeTo", pkg: "net", typ: $funcType([sliceType$1, ptrType$32], [$Int, $error], false)}, {prop: "writeMsg", name: "writeMsg", pkg: "net", typ: $funcType([sliceType$1, sliceType$1, ptrType$32], [$Int, $Int, $error], false)}, {prop: "SyscallConn", name: "SyscallConn", pkg: "", typ: $funcType([], [syscall.RawConn, $error], false)}, {prop: "ReadFromIP", name: "ReadFromIP", pkg: "", typ: $funcType([sliceType$1], [$Int, ptrType$32, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([sliceType$1], [$Int, Addr, $error], false)}, {prop: "ReadMsgIP", name: "ReadMsgIP", pkg: "", typ: $funcType([sliceType$1, sliceType$1], [$Int, $Int, $Int, ptrType$32, $error], false)}, {prop: "WriteToIP", name: "WriteToIP", pkg: "", typ: $funcType([sliceType$1, ptrType$32], [$Int, $error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([sliceType$1, Addr], [$Int, $error], false)}, {prop: "WriteMsgIP", name: "WriteMsgIP", pkg: "", typ: $funcType([sliceType$1, sliceType$1, ptrType$32], [$Int, $Int, $error], false)}];
	IP.methods = [{prop: "IsUnspecified", name: "IsUnspecified", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsLoopback", name: "IsLoopback", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsPrivate", name: "IsPrivate", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsMulticast", name: "IsMulticast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsInterfaceLocalMulticast", name: "IsInterfaceLocalMulticast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsLinkLocalMulticast", name: "IsLinkLocalMulticast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsLinkLocalUnicast", name: "IsLinkLocalUnicast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsGlobalUnicast", name: "IsGlobalUnicast", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "To4", name: "To4", pkg: "", typ: $funcType([], [IP], false)}, {prop: "To16", name: "To16", pkg: "", typ: $funcType([], [IP], false)}, {prop: "DefaultMask", name: "DefaultMask", pkg: "", typ: $funcType([], [IPMask], false)}, {prop: "Mask", name: "Mask", pkg: "", typ: $funcType([IPMask], [IP], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType$1, $error], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([IP], [$Bool], false)}, {prop: "matchAddrFamily", name: "matchAddrFamily", pkg: "net", typ: $funcType([IP], [$Bool], false)}];
	ptrType$44.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$1], [$error], false)}];
	IPMask.methods = [{prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int, $Int], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$35.methods = [{prop: "Contains", name: "Contains", pkg: "", typ: $funcType([IP], [$Bool], false)}, {prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$14.methods = [{prop: "Addrs", name: "Addrs", pkg: "", typ: $funcType([], [sliceType$12, $error], false)}, {prop: "MulticastAddrs", name: "MulticastAddrs", pkg: "", typ: $funcType([], [sliceType$12, $error], false)}];
	Flags.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$45.methods = [{prop: "update", name: "update", pkg: "net", typ: $funcType([sliceType$11, $Bool], [$Bool], false)}, {prop: "name", name: "name", pkg: "net", typ: $funcType([$Int], [$String], false)}, {prop: "index", name: "index", pkg: "net", typ: $funcType([$String], [$Int], false)}];
	ptrType$46.methods = [{prop: "dualStack", name: "dualStack", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "deadline", name: "deadline", pkg: "net", typ: $funcType([context.Context, time.Time], [time.Time], false)}, {prop: "resolver", name: "resolver", pkg: "net", typ: $funcType([], [ptrType$9], false)}, {prop: "fallbackDelay", name: "fallbackDelay", pkg: "net", typ: $funcType([], [time.Duration], false)}, {prop: "Dial", name: "Dial", pkg: "", typ: $funcType([$String, $String], [Conn, $error], false)}, {prop: "DialContext", name: "DialContext", pkg: "", typ: $funcType([context.Context, $String, $String], [Conn, $error], false)}];
	ptrType$47.methods = [{prop: "dialUnix", name: "dialUnix", pkg: "net", typ: $funcType([context.Context, ptrType$5, ptrType$5], [ptrType$6, $error], false)}, {prop: "dialUDP", name: "dialUDP", pkg: "net", typ: $funcType([context.Context, ptrType$12, ptrType$12], [ptrType$13, $error], false)}, {prop: "dialTCP", name: "dialTCP", pkg: "net", typ: $funcType([context.Context, ptrType$15, ptrType$15], [ptrType$16, $error], false)}, {prop: "doDialTCP", name: "doDialTCP", pkg: "net", typ: $funcType([context.Context, ptrType$15, ptrType$15], [ptrType$16, $error], false)}, {prop: "dialIP", name: "dialIP", pkg: "net", typ: $funcType([context.Context, ptrType$32, ptrType$32], [ptrType$34, $error], false)}, {prop: "dialParallel", name: "dialParallel", pkg: "net", typ: $funcType([context.Context, addrList, addrList], [Conn, $error], false)}, {prop: "dialSerial", name: "dialSerial", pkg: "net", typ: $funcType([context.Context, addrList], [Conn, $error], false)}, {prop: "dialSingle", name: "dialSingle", pkg: "net", typ: $funcType([context.Context, Addr], [Conn, $error], false)}];
	ptrType$48.methods = [{prop: "Listen", name: "Listen", pkg: "", typ: $funcType([context.Context, $String, $String], [Listener, $error], false)}, {prop: "ListenPacket", name: "ListenPacket", pkg: "", typ: $funcType([context.Context, $String, $String], [PacketConn, $error], false)}];
	ptrType$49.methods = [{prop: "listenUnix", name: "listenUnix", pkg: "net", typ: $funcType([context.Context, ptrType$5], [ptrType$8, $error], false)}, {prop: "listenUnixgram", name: "listenUnixgram", pkg: "net", typ: $funcType([context.Context, ptrType$5], [ptrType$6, $error], false)}, {prop: "listenUDP", name: "listenUDP", pkg: "net", typ: $funcType([context.Context, ptrType$12], [ptrType$13, $error], false)}, {prop: "listenMulticastUDP", name: "listenMulticastUDP", pkg: "net", typ: $funcType([context.Context, ptrType$14, ptrType$12], [ptrType$13, $error], false)}, {prop: "listenTCP", name: "listenTCP", pkg: "net", typ: $funcType([context.Context, ptrType$15], [ptrType$19, $error], false)}, {prop: "listenIP", name: "listenIP", pkg: "net", typ: $funcType([context.Context, ptrType$32], [ptrType$34, $error], false)}];
	UnixAddr.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Net", name: "Net", embedded: false, exported: true, typ: $String, tag: ""}]);
	UnixConn.init("net", [{prop: "conn", name: "conn", embedded: true, exported: false, typ: conn, tag: ""}]);
	UnixListener.init("net", [{prop: "fd", name: "fd", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "path", name: "path", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "unlink", name: "unlink", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "unlinkOnce", name: "unlinkOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}]);
	UDPAddr.init("", [{prop: "IP", name: "IP", embedded: false, exported: true, typ: IP, tag: ""}, {prop: "Port", name: "Port", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Zone", name: "Zone", embedded: false, exported: true, typ: $String, tag: ""}]);
	addrPortUDPAddr.init("", [{prop: "AddrPort", name: "AddrPort", embedded: true, exported: true, typ: netip.AddrPort, tag: ""}]);
	UDPConn.init("net", [{prop: "conn", name: "conn", embedded: true, exported: false, typ: conn, tag: ""}]);
	TCPAddr.init("", [{prop: "IP", name: "IP", embedded: false, exported: true, typ: IP, tag: ""}, {prop: "Port", name: "Port", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Zone", name: "Zone", embedded: false, exported: true, typ: $String, tag: ""}]);
	TCPConn.init("net", [{prop: "conn", name: "conn", embedded: true, exported: false, typ: conn, tag: ""}]);
	TCPListener.init("net", [{prop: "fd", name: "fd", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "lc", name: "lc", embedded: false, exported: false, typ: ListenConfig, tag: ""}]);
	sockaddr.init([{prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "family", name: "family", pkg: "net", typ: $funcType([], [$Int], false)}, {prop: "isWildcard", name: "isWildcard", pkg: "net", typ: $funcType([], [$Bool], false)}, {prop: "sockaddr", name: "sockaddr", pkg: "net", typ: $funcType([$Int], [syscall.Sockaddr, $error], false)}, {prop: "toLocal", name: "toLocal", pkg: "net", typ: $funcType([$String], [sockaddr], false)}]);
	rawConn.init("net", [{prop: "fd", name: "fd", embedded: false, exported: false, typ: ptrType$3, tag: ""}]);
	rawListener.init("net", [{prop: "rawConn", name: "rawConn", embedded: true, exported: false, typ: rawConn, tag: ""}]);
	file.init("net", [{prop: "file", name: "file", embedded: false, exported: false, typ: ptrType$7, tag: ""}, {prop: "data", name: "data", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "atEOF", name: "atEOF", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	netFD.init("net", [{prop: "r", name: "r", embedded: false, exported: false, typ: ptrType$23, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: ptrType$23, tag: ""}, {prop: "incoming", name: "incoming", embedded: false, exported: false, typ: chanType$6, tag: ""}, {prop: "closedMu", name: "closedMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "listener", name: "listener", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "family", name: "family", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "sotype", name: "sotype", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "net", name: "net", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "laddr", name: "laddr", embedded: false, exported: false, typ: Addr, tag: ""}, {prop: "raddr", name: "raddr", embedded: false, exported: false, typ: Addr, tag: ""}, {prop: "pfd", name: "pfd", embedded: false, exported: false, typ: poll.FD, tag: ""}, {prop: "isConnected", name: "isConnected", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	bufferedPipe.init("net", [{prop: "softLimit", name: "softLimit", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "rCond", name: "rCond", embedded: false, exported: false, typ: sync.Cond, tag: ""}, {prop: "wCond", name: "wCond", embedded: false, exported: false, typ: sync.Cond, tag: ""}, {prop: "rDeadline", name: "rDeadline", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "wDeadline", name: "wDeadline", embedded: false, exported: false, typ: time.Time, tag: ""}]);
	Addr.init([{prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}]);
	Conn.init([{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "LocalAddr", name: "LocalAddr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "RemoteAddr", name: "RemoteAddr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}]);
	conn.init("net", [{prop: "fd", name: "fd", embedded: false, exported: false, typ: ptrType$3, tag: ""}]);
	PacketConn.init([{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "LocalAddr", name: "LocalAddr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([sliceType$1], [$Int, Addr, $error], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([sliceType$1, Addr], [$Int, $error], false)}]);
	Listener.init([{prop: "Accept", name: "Accept", pkg: "", typ: $funcType([], [Conn, $error], false)}, {prop: "Addr", name: "Addr", pkg: "", typ: $funcType([], [Addr], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}]);
	Error.init([{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}]);
	OpError.init("", [{prop: "Op", name: "Op", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Net", name: "Net", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Source", name: "Source", embedded: false, exported: true, typ: Addr, tag: ""}, {prop: "Addr", name: "Addr", embedded: false, exported: true, typ: Addr, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	timeout.init([{prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}]);
	temporary.init([{prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}]);
	ParseError.init("", [{prop: "Type", name: "Type", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Text", name: "Text", embedded: false, exported: true, typ: $String, tag: ""}]);
	AddrError.init("", [{prop: "Err", name: "Err", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Addr", name: "Addr", embedded: false, exported: true, typ: $String, tag: ""}]);
	timeoutError.init("", []);
	DNSError.init("", [{prop: "Err", name: "Err", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Server", name: "Server", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "IsTimeout", name: "IsTimeout", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsTemporary", name: "IsTemporary", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsNotFound", name: "IsNotFound", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	writerOnly.init("", [{prop: "Writer", name: "Writer", embedded: true, exported: true, typ: io.Writer, tag: ""}]);
	HardwareAddr.init($Uint8);
	Resolver.init("net", [{prop: "PreferGo", name: "PreferGo", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "StrictErrors", name: "StrictErrors", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Dial", name: "Dial", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "lookupGroup", name: "lookupGroup", embedded: false, exported: false, typ: singleflight.Group, tag: ""}]);
	onlyValuesCtx.init("net", [{prop: "Context", name: "Context", embedded: true, exported: true, typ: context.Context, tag: ""}, {prop: "lookupValues", name: "lookupValues", embedded: false, exported: false, typ: context.Context, tag: ""}]);
	ipStackCapabilities.init("net", [{prop: "Once", name: "Once", embedded: true, exported: true, typ: sync.Once, tag: ""}, {prop: "ipv4Enabled", name: "ipv4Enabled", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ipv6Enabled", name: "ipv6Enabled", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ipv4MappedIPv6Enabled", name: "ipv4MappedIPv6Enabled", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	addrList.init(Addr);
	IPAddr.init("", [{prop: "IP", name: "IP", embedded: false, exported: true, typ: IP, tag: ""}, {prop: "Zone", name: "Zone", embedded: false, exported: true, typ: $String, tag: ""}]);
	IPConn.init("net", [{prop: "conn", name: "conn", embedded: true, exported: false, typ: conn, tag: ""}]);
	IP.init($Uint8);
	IPMask.init($Uint8);
	IPNet.init("", [{prop: "IP", name: "IP", embedded: false, exported: true, typ: IP, tag: ""}, {prop: "Mask", name: "Mask", embedded: false, exported: true, typ: IPMask, tag: ""}]);
	Interface.init("", [{prop: "Index", name: "Index", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "MTU", name: "MTU", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "HardwareAddr", name: "HardwareAddr", embedded: false, exported: true, typ: HardwareAddr, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: Flags, tag: ""}]);
	ipv6ZoneCache.init("net", [{prop: "RWMutex", name: "RWMutex", embedded: true, exported: true, typ: sync.RWMutex, tag: ""}, {prop: "lastFetched", name: "lastFetched", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "toIndex", name: "toIndex", embedded: false, exported: false, typ: mapType$1, tag: ""}, {prop: "toName", name: "toName", embedded: false, exported: false, typ: mapType$2, tag: ""}]);
	SRV.init("", [{prop: "Target", name: "Target", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Port", name: "Port", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "Priority", name: "Priority", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "Weight", name: "Weight", embedded: false, exported: true, typ: $Uint16, tag: ""}]);
	MX.init("", [{prop: "Host", name: "Host", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Pref", name: "Pref", embedded: false, exported: true, typ: $Uint16, tag: ""}]);
	NS.init("", [{prop: "Host", name: "Host", embedded: false, exported: true, typ: $String, tag: ""}]);
	Dialer.init("", [{prop: "Timeout", name: "Timeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "Deadline", name: "Deadline", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "LocalAddr", name: "LocalAddr", embedded: false, exported: true, typ: Addr, tag: ""}, {prop: "DualStack", name: "DualStack", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "FallbackDelay", name: "FallbackDelay", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "KeepAlive", name: "KeepAlive", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "Resolver", name: "Resolver", embedded: false, exported: true, typ: ptrType$9, tag: ""}, {prop: "Cancel", name: "Cancel", embedded: false, exported: true, typ: chanType$5, tag: ""}, {prop: "Control", name: "Control", embedded: false, exported: true, typ: funcType$5, tag: ""}]);
	sysDialer.init("net", [{prop: "Dialer", name: "Dialer", embedded: true, exported: true, typ: Dialer, tag: ""}, {prop: "network", name: "network", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "address", name: "address", embedded: false, exported: false, typ: $String, tag: ""}]);
	ListenConfig.init("", [{prop: "Control", name: "Control", embedded: false, exported: true, typ: funcType$5, tag: ""}, {prop: "KeepAlive", name: "KeepAlive", embedded: false, exported: true, typ: time.Duration, tag: ""}]);
	sysListener.init("net", [{prop: "ListenConfig", name: "ListenConfig", embedded: true, exported: true, typ: ListenConfig, tag: ""}, {prop: "network", name: "network", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "address", name: "address", embedded: false, exported: false, typ: $String, tag: ""}]);
	dialResult.init("net", [{prop: "Conn", name: "Conn", embedded: true, exported: true, typ: Conn, tag: ""}, {prop: "error", name: "error", embedded: true, exported: false, typ: $error, tag: ""}, {prop: "primary", name: "primary", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = context.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytealg.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = itoa.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = nettrace.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = poll.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = singleflight.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = netip.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = syscall.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = dnsmessage.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		onceReadServices = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		listenersMu = new sync.Mutex.ptr(0, 0);
		portCounterMu = new sync.Mutex.ptr(0, 0);
		netGo = false;
		dnsWaitGroup = new sync.WaitGroup.ptr(0, $chanNil, new $Uint64(0, 0), 0);
		ipStackCaps = new ipStackCapabilities.ptr(new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), false, false, false);
		testHookDialTCP = $throwNilPointerError;
		listeners = {};
		portCounter = 0;
		errNoSuitableAddress = errors.New("no suitable address found");
		errMissingAddress = errors.New("missing address");
		errCanceled = errors.New("operation was canceled");
		$pkg.ErrWriteToConnected = errors.New("use of WriteTo with pre-connected connection");
		aLongTimeAgo = $clone(time.Unix(new $Int64(0, 1), new $Int64(0, 0)), time.Time);
		errTimeout = new timeoutError.ptr();
		errNoSuchHost = errors.New("no such host");
		errClosed = $clone(poll.ErrNetClosing, poll.errNetClosing);
		$pkg.ErrClosed = new errClosed.constructor.elem(errClosed);
		protocols = $makeMap($String.keyFor, [{ k: "icmp", v: 1 }, { k: "igmp", v: 2 }, { k: "tcp", v: 6 }, { k: "udp", v: 17 }, { k: "ipv6-icmp", v: 58 }]);
		services = $makeMap($String.keyFor, [{ k: "udp", v: $makeMap($String.keyFor, [{ k: "domain", v: 53 }]) }, { k: "tcp", v: $makeMap($String.keyFor, [{ k: "ftp", v: 21 }, { k: "ftps", v: 990 }, { k: "gopher", v: 70 }, { k: "http", v: 80 }, { k: "https", v: 443 }, { k: "imap2", v: 143 }, { k: "imap3", v: 220 }, { k: "imaps", v: 993 }, { k: "pop3", v: 110 }, { k: "pop3s", v: 995 }, { k: "smtp", v: 25 }, { k: "ssh", v: 22 }, { k: "telnet", v: 23 }]) }]);
		$pkg.DefaultResolver = new Resolver.ptr(false, false, $throwNilPointerError, new singleflight.Group.ptr(new sync.Mutex.ptr(0, 0), false));
		errMalformedDNSRecordsDetail = "DNS response contained records which contain invalid names";
		v4InV6Prefix = new sliceType$1([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 255, 255]);
		$pkg.IPv4bcast = IPv4(255, 255, 255, 255);
		$pkg.IPv4allsys = IPv4(224, 0, 0, 1);
		$pkg.IPv4allrouter = IPv4(224, 0, 0, 2);
		$pkg.IPv4zero = IPv4(0, 0, 0, 0);
		$pkg.IPv6zero = new IP([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		$pkg.IPv6unspecified = new IP([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		$pkg.IPv6loopback = new IP([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1]);
		classAMask = IPv4Mask(255, 0, 0, 0);
		classBMask = IPv4Mask(255, 255, 0, 0);
		classCMask = IPv4Mask(255, 255, 255, 0);
		errInvalidInterface = errors.New("invalid network interface");
		errInvalidInterfaceIndex = errors.New("invalid network interface index");
		errInvalidInterfaceName = errors.New("invalid network interface name");
		errNoSuchInterface = errors.New("no such network interface");
		errNoSuchMulticastInterface = errors.New("no such multicast network interface");
		flagNames = new sliceType(["up", "broadcast", "loopback", "pointtopoint", "multicast"]);
		zoneCache = new ipv6ZoneCache.ptr(new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), {}, {});
		testHookLookupIP = (function $b(ctx, fn, network, host) {
			var {$24r, _r, ctx, fn, host, network, $s, $r, $c} = $restore(this, {ctx, fn, network, host});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = fn(ctx, network, host); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r, ctx, fn, host, network, $s};return $f;
		});
		testHookSetKeepAlive = (function(param) {
			var param;
		});
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net/url"] = (function() {
	var $pkg = {}, $init, errors, fmt, sort, strconv, strings, Error, EscapeError, InvalidHostError, URL, Userinfo, Values, sliceType, interfaceType, interfaceType$1, ptrType, sliceType$1, arrayType, ptrType$1, ptrType$2, sliceType$2, ptrType$3, ishex, unhex, shouldEscape, QueryUnescape, unescape, QueryEscape, escape, User, UserPassword, getScheme, Parse, ParseRequestURI, parse, parseAuthority, parseHost, validEncoded, validOptionalPort, ParseQuery, parseQuery, resolvePath, splitHostPort, validUserinfo, stringContainsCTLByte;
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	Error = $pkg.Error = $newType(0, $kindStruct, "url.Error", true, "net/url", true, function(Op_, URL_, Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Op = "";
			this.URL = "";
			this.Err = $ifaceNil;
			return;
		}
		this.Op = Op_;
		this.URL = URL_;
		this.Err = Err_;
	});
	EscapeError = $pkg.EscapeError = $newType(8, $kindString, "url.EscapeError", true, "net/url", true, null);
	InvalidHostError = $pkg.InvalidHostError = $newType(8, $kindString, "url.InvalidHostError", true, "net/url", true, null);
	URL = $pkg.URL = $newType(0, $kindStruct, "url.URL", true, "net/url", true, function(Scheme_, Opaque_, User_, Host_, Path_, RawPath_, ForceQuery_, RawQuery_, Fragment_, RawFragment_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Scheme = "";
			this.Opaque = "";
			this.User = ptrType$1.nil;
			this.Host = "";
			this.Path = "";
			this.RawPath = "";
			this.ForceQuery = false;
			this.RawQuery = "";
			this.Fragment = "";
			this.RawFragment = "";
			return;
		}
		this.Scheme = Scheme_;
		this.Opaque = Opaque_;
		this.User = User_;
		this.Host = Host_;
		this.Path = Path_;
		this.RawPath = RawPath_;
		this.ForceQuery = ForceQuery_;
		this.RawQuery = RawQuery_;
		this.Fragment = Fragment_;
		this.RawFragment = RawFragment_;
	});
	Userinfo = $pkg.Userinfo = $newType(0, $kindStruct, "url.Userinfo", true, "net/url", true, function(username_, password_, passwordSet_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.username = "";
			this.password = "";
			this.passwordSet = false;
			return;
		}
		this.username = username_;
		this.password = password_;
		this.passwordSet = passwordSet_;
	});
	Values = $pkg.Values = $newType(4, $kindMap, "url.Values", true, "net/url", true, null);
	sliceType = $sliceType($emptyInterface);
	interfaceType = $interfaceType([{prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}]);
	interfaceType$1 = $interfaceType([{prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}]);
	ptrType = $ptrType(strings.Builder);
	sliceType$1 = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 64);
	ptrType$1 = $ptrType(Userinfo);
	ptrType$2 = $ptrType(URL);
	sliceType$2 = $sliceType($String);
	ptrType$3 = $ptrType(Error);
	Error.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.Err;
	};
	Error.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	Error.ptr.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = fmt.Sprintf("%s %q: %s", new sliceType([new $String(e.Op), new $String(e.URL), e.Err])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Error.ptr.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	Error.prototype.Error = function() { return this.$val.Error(); };
	Error.ptr.prototype.Timeout = function() {
		var {$24r, _r, _tuple, _v, e, ok, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_tuple = $assertType(e.Err, interfaceType, true);
		t = _tuple[0];
		ok = _tuple[1];
		if (!(ok)) { _v = false; $s = 1; continue s; }
		_r = t.Timeout(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Error.ptr.prototype.Timeout, $c: true, $r, $24r, _r, _tuple, _v, e, ok, t, $s};return $f;
	};
	Error.prototype.Timeout = function() { return this.$val.Timeout(); };
	Error.ptr.prototype.Temporary = function() {
		var {$24r, _r, _tuple, _v, e, ok, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_tuple = $assertType(e.Err, interfaceType$1, true);
		t = _tuple[0];
		ok = _tuple[1];
		if (!(ok)) { _v = false; $s = 1; continue s; }
		_r = t.Temporary(); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = _r; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Error.ptr.prototype.Temporary, $c: true, $r, $24r, _r, _tuple, _v, e, ok, t, $s};return $f;
	};
	Error.prototype.Temporary = function() { return this.$val.Temporary(); };
	ishex = function(c) {
		var c;
		if (48 <= c && c <= 57) {
			return true;
		} else if (97 <= c && c <= 102) {
			return true;
		} else if (65 <= c && c <= 70) {
			return true;
		}
		return false;
	};
	unhex = function(c) {
		var c;
		if (48 <= c && c <= 57) {
			return c - 48 << 24 >>> 24;
		} else if (97 <= c && c <= 102) {
			return (c - 97 << 24 >>> 24) + 10 << 24 >>> 24;
		} else if (65 <= c && c <= 70) {
			return (c - 65 << 24 >>> 24) + 10 << 24 >>> 24;
		}
		return 0;
	};
	EscapeError.prototype.Error = function() {
		var e;
		e = this.$val;
		return "invalid URL escape " + strconv.Quote((e));
	};
	$ptrType(EscapeError).prototype.Error = function() { return new EscapeError(this.$get()).Error(); };
	InvalidHostError.prototype.Error = function() {
		var e;
		e = this.$val;
		return "invalid character " + strconv.Quote((e)) + " in host name";
	};
	$ptrType(InvalidHostError).prototype.Error = function() { return new InvalidHostError(this.$get()).Error(); };
	shouldEscape = function(c, mode) {
		var _1, _2, _3, _4, c, mode;
		if (97 <= c && c <= 122 || 65 <= c && c <= 90 || 48 <= c && c <= 57) {
			return false;
		}
		if ((mode === 3) || (mode === 4)) {
			_1 = c;
			if ((_1 === (33)) || (_1 === (36)) || (_1 === (38)) || (_1 === (39)) || (_1 === (40)) || (_1 === (41)) || (_1 === (42)) || (_1 === (43)) || (_1 === (44)) || (_1 === (59)) || (_1 === (61)) || (_1 === (58)) || (_1 === (91)) || (_1 === (93)) || (_1 === (60)) || (_1 === (62)) || (_1 === (34))) {
				return false;
			}
		}
		_2 = c;
		if ((_2 === (45)) || (_2 === (95)) || (_2 === (46)) || (_2 === (126))) {
			return false;
		} else if ((_2 === (36)) || (_2 === (38)) || (_2 === (43)) || (_2 === (44)) || (_2 === (47)) || (_2 === (58)) || (_2 === (59)) || (_2 === (61)) || (_2 === (63)) || (_2 === (64))) {
			_3 = mode;
			if (_3 === (1)) {
				return c === 63;
			} else if (_3 === (2)) {
				return (c === 47) || (c === 59) || (c === 44) || (c === 63);
			} else if (_3 === (5)) {
				return (c === 64) || (c === 47) || (c === 63) || (c === 58);
			} else if (_3 === (6)) {
				return true;
			} else if (_3 === (7)) {
				return false;
			}
		}
		if (mode === 7) {
			_4 = c;
			if ((_4 === (33)) || (_4 === (40)) || (_4 === (41)) || (_4 === (42))) {
				return false;
			}
		}
		return true;
	};
	QueryUnescape = function(s) {
		var s;
		return unescape(s, 6);
	};
	$pkg.QueryUnescape = QueryUnescape;
	unescape = function(s, mode) {
		var _1, _2, hasPlus, i, i$1, mode, n, s, t, v;
		n = 0;
		hasPlus = false;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			_1 = s.charCodeAt(i);
			if (_1 === (37)) {
				n = n + (1) >> 0;
				if ((i + 2 >> 0) >= s.length || !ishex(s.charCodeAt((i + 1 >> 0))) || !ishex(s.charCodeAt((i + 2 >> 0)))) {
					s = $substring(s, i);
					if (s.length > 3) {
						s = $substring(s, 0, 3);
					}
					return ["", new EscapeError((s))];
				}
				if ((mode === 3) && unhex(s.charCodeAt((i + 1 >> 0))) < 8 && !($substring(s, i, (i + 3 >> 0)) === "%25")) {
					return ["", new EscapeError(($substring(s, i, (i + 3 >> 0))))];
				}
				if (mode === 4) {
					v = ((unhex(s.charCodeAt((i + 1 >> 0))) << 4 << 24 >>> 24) | unhex(s.charCodeAt((i + 2 >> 0)))) >>> 0;
					if (!($substring(s, i, (i + 3 >> 0)) === "%25") && !((v === 32)) && shouldEscape(v, 3)) {
						return ["", new EscapeError(($substring(s, i, (i + 3 >> 0))))];
					}
				}
				i = i + (3) >> 0;
			} else if (_1 === (43)) {
				hasPlus = mode === 6;
				i = i + (1) >> 0;
			} else {
				if (((mode === 3) || (mode === 4)) && s.charCodeAt(i) < 128 && shouldEscape(s.charCodeAt(i), mode)) {
					return ["", new InvalidHostError(($substring(s, i, (i + 1 >> 0))))];
				}
				i = i + (1) >> 0;
			}
		}
		if ((n === 0) && !hasPlus) {
			return [s, $ifaceNil];
		}
		t = new strings.Builder.ptr(ptrType.nil, sliceType$1.nil);
		t.Grow(s.length - ($imul(2, n)) >> 0);
		i$1 = 0;
		while (true) {
			if (!(i$1 < s.length)) { break; }
			_2 = s.charCodeAt(i$1);
			if (_2 === (37)) {
				t.WriteByte(((unhex(s.charCodeAt((i$1 + 1 >> 0))) << 4 << 24 >>> 24) | unhex(s.charCodeAt((i$1 + 2 >> 0)))) >>> 0);
				i$1 = i$1 + (2) >> 0;
			} else if (_2 === (43)) {
				if (mode === 6) {
					t.WriteByte(32);
				} else {
					t.WriteByte(43);
				}
			} else {
				t.WriteByte(s.charCodeAt(i$1));
			}
			i$1 = i$1 + (1) >> 0;
		}
		return [t.String(), $ifaceNil];
	};
	QueryEscape = function(s) {
		var s;
		return escape(s, 6);
	};
	$pkg.QueryEscape = QueryEscape;
	escape = function(s, mode) {
		var _tmp, _tmp$1, buf, c, c$1, hexCount, i, i$1, i$2, j, mode, required, s, spaceCount, t, x, x$1;
		_tmp = 0;
		_tmp$1 = 0;
		spaceCount = _tmp;
		hexCount = _tmp$1;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (shouldEscape(c, mode)) {
				if ((c === 32) && (mode === 6)) {
					spaceCount = spaceCount + (1) >> 0;
				} else {
					hexCount = hexCount + (1) >> 0;
				}
			}
			i = i + (1) >> 0;
		}
		if ((spaceCount === 0) && (hexCount === 0)) {
			return s;
		}
		buf = arrayType.zero();
		t = sliceType$1.nil;
		required = s.length + ($imul(2, hexCount)) >> 0;
		if (required <= 64) {
			t = $subslice(new sliceType$1(buf), 0, required);
		} else {
			t = $makeSlice(sliceType$1, required);
		}
		if (hexCount === 0) {
			$copyString(t, s);
			i$1 = 0;
			while (true) {
				if (!(i$1 < s.length)) { break; }
				if (s.charCodeAt(i$1) === 32) {
					((i$1 < 0 || i$1 >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + i$1] = 43);
				}
				i$1 = i$1 + (1) >> 0;
			}
			return ($bytesToString(t));
		}
		j = 0;
		i$2 = 0;
		while (true) {
			if (!(i$2 < s.length)) { break; }
			c$1 = s.charCodeAt(i$2);
			if ((c$1 === 32) && (mode === 6)) {
				((j < 0 || j >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + j] = 43);
				j = j + (1) >> 0;
			} else if (shouldEscape(c$1, mode)) {
				((j < 0 || j >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + j] = 37);
				(x = j + 1 >> 0, ((x < 0 || x >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + x] = "0123456789ABCDEF".charCodeAt((c$1 >>> 4 << 24 >>> 24))));
				(x$1 = j + 2 >> 0, ((x$1 < 0 || x$1 >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + x$1] = "0123456789ABCDEF".charCodeAt(((c$1 & 15) >>> 0))));
				j = j + (3) >> 0;
			} else {
				((j < 0 || j >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + j] = s.charCodeAt(i$2));
				j = j + (1) >> 0;
			}
			i$2 = i$2 + (1) >> 0;
		}
		return ($bytesToString(t));
	};
	User = function(username) {
		var username;
		return new Userinfo.ptr(username, "", false);
	};
	$pkg.User = User;
	UserPassword = function(username, password) {
		var password, username;
		return new Userinfo.ptr(username, password, true);
	};
	$pkg.UserPassword = UserPassword;
	Userinfo.ptr.prototype.Username = function() {
		var u;
		u = this;
		if (u === ptrType$1.nil) {
			return "";
		}
		return u.username;
	};
	Userinfo.prototype.Username = function() { return this.$val.Username(); };
	Userinfo.ptr.prototype.Password = function() {
		var u;
		u = this;
		if (u === ptrType$1.nil) {
			return ["", false];
		}
		return [u.password, u.passwordSet];
	};
	Userinfo.prototype.Password = function() { return this.$val.Password(); };
	Userinfo.ptr.prototype.String = function() {
		var s, u;
		u = this;
		if (u === ptrType$1.nil) {
			return "";
		}
		s = escape(u.username, 5);
		if (u.passwordSet) {
			s = s + (":" + escape(u.password, 5));
		}
		return s;
	};
	Userinfo.prototype.String = function() { return this.$val.String(); };
	getScheme = function(rawURL) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c, err, i, path, rawURL, scheme;
		scheme = "";
		path = "";
		err = $ifaceNil;
		i = 0;
		while (true) {
			if (!(i < rawURL.length)) { break; }
			c = rawURL.charCodeAt(i);
			if (97 <= c && c <= 122 || 65 <= c && c <= 90) {
			} else if (48 <= c && c <= 57 || (c === 43) || (c === 45) || (c === 46)) {
				if (i === 0) {
					_tmp = "";
					_tmp$1 = rawURL;
					_tmp$2 = $ifaceNil;
					scheme = _tmp;
					path = _tmp$1;
					err = _tmp$2;
					return [scheme, path, err];
				}
			} else if ((c === 58)) {
				if (i === 0) {
					_tmp$3 = "";
					_tmp$4 = "";
					_tmp$5 = errors.New("missing protocol scheme");
					scheme = _tmp$3;
					path = _tmp$4;
					err = _tmp$5;
					return [scheme, path, err];
				}
				_tmp$6 = $substring(rawURL, 0, i);
				_tmp$7 = $substring(rawURL, (i + 1 >> 0));
				_tmp$8 = $ifaceNil;
				scheme = _tmp$6;
				path = _tmp$7;
				err = _tmp$8;
				return [scheme, path, err];
			} else {
				_tmp$9 = "";
				_tmp$10 = rawURL;
				_tmp$11 = $ifaceNil;
				scheme = _tmp$9;
				path = _tmp$10;
				err = _tmp$11;
				return [scheme, path, err];
			}
			i = i + (1) >> 0;
		}
		_tmp$12 = "";
		_tmp$13 = rawURL;
		_tmp$14 = $ifaceNil;
		scheme = _tmp$12;
		path = _tmp$13;
		err = _tmp$14;
		return [scheme, path, err];
	};
	Parse = function(rawURL) {
		var {_r, _tuple, _tuple$1, err, frag, rawURL, u, url, $s, $r, $c} = $restore(this, {rawURL});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = strings.Cut(rawURL, "#");
		u = _tuple[0];
		frag = _tuple[1];
		_r = parse(u, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple$1 = _r;
		url = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, new Error.ptr("parse", u, err)];
		}
		if (frag === "") {
			$s = -1; return [url, $ifaceNil];
		}
		err = url.setFragment(frag);
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, new Error.ptr("parse", rawURL, err)];
		}
		$s = -1; return [url, $ifaceNil];
		/* */ } return; } var $f = {$blk: Parse, $c: true, $r, _r, _tuple, _tuple$1, err, frag, rawURL, u, url, $s};return $f;
	};
	$pkg.Parse = Parse;
	ParseRequestURI = function(rawURL) {
		var {_r, _tuple, err, rawURL, url, $s, $r, $c} = $restore(this, {rawURL});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = parse(rawURL, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		url = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, new Error.ptr("parse", rawURL, err)];
		}
		$s = -1; return [url, $ifaceNil];
		/* */ } return; } var $f = {$blk: ParseRequestURI, $c: true, $r, _r, _tuple, err, rawURL, url, $s};return $f;
	};
	$pkg.ParseRequestURI = ParseRequestURI;
	parse = function(rawURL, viaRequest) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, authority, err, err$1, i, rawURL, rest, segment, url, viaRequest, $s, $r, $c} = $restore(this, {rawURL, viaRequest});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rest = "";
		err = $ifaceNil;
		if (stringContainsCTLByte(rawURL)) {
			$s = -1; return [ptrType$2.nil, errors.New("net/url: invalid control character in URL")];
		}
		if (rawURL === "" && viaRequest) {
			$s = -1; return [ptrType$2.nil, errors.New("empty url")];
		}
		url = new URL.ptr("", "", ptrType$1.nil, "", "", "", false, "", "", "");
		if (rawURL === "*") {
			url.Path = "*";
			$s = -1; return [url, $ifaceNil];
		}
		_tuple = getScheme(rawURL);
		url.Scheme = _tuple[0];
		rest = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, err];
		}
		_r = strings.ToLower(url.Scheme); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		url.Scheme = _r;
		if (strings.HasSuffix(rest, "?") && (strings.Count(rest, "?") === 1)) {
			url.ForceQuery = true;
			rest = $substring(rest, 0, (rest.length - 1 >> 0));
		} else {
			_tuple$1 = strings.Cut(rest, "?");
			rest = _tuple$1[0];
			url.RawQuery = _tuple$1[1];
		}
		if (!strings.HasPrefix(rest, "/")) {
			if (!(url.Scheme === "")) {
				url.Opaque = rest;
				$s = -1; return [url, $ifaceNil];
			}
			if (viaRequest) {
				$s = -1; return [ptrType$2.nil, errors.New("invalid URI for request")];
			}
			_tuple$2 = strings.Cut(rest, "/");
			segment = _tuple$2[0];
			if (strings.Contains(segment, ":")) {
				$s = -1; return [ptrType$2.nil, errors.New("first path segment in URL cannot contain colon")];
			}
		}
		/* */ if ((!(url.Scheme === "") || !viaRequest && !strings.HasPrefix(rest, "///")) && strings.HasPrefix(rest, "//")) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ((!(url.Scheme === "") || !viaRequest && !strings.HasPrefix(rest, "///")) && strings.HasPrefix(rest, "//")) { */ case 2:
			authority = "";
			_tmp = $substring(rest, 2);
			_tmp$1 = "";
			authority = _tmp;
			rest = _tmp$1;
			i = strings.Index(authority, "/");
			if (i >= 0) {
				_tmp$2 = $substring(authority, 0, i);
				_tmp$3 = $substring(authority, i);
				authority = _tmp$2;
				rest = _tmp$3;
			}
			_r$1 = parseAuthority(authority); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$3 = _r$1;
			url.User = _tuple$3[0];
			url.Host = _tuple$3[1];
			err = _tuple$3[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ptrType$2.nil, err];
			}
		/* } */ case 3:
		err$1 = url.setPath(rest);
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, err$1];
		}
		$s = -1; return [url, $ifaceNil];
		/* */ } return; } var $f = {$blk: parse, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, authority, err, err$1, i, rawURL, rest, segment, url, viaRequest, $s};return $f;
	};
	parseAuthority = function(authority) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, authority, err, host, i, password, user, userinfo, username, $s, $r, $c} = $restore(this, {authority});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		user = ptrType$1.nil;
		host = "";
		err = $ifaceNil;
		i = strings.LastIndex(authority, "@");
		/* */ if (i < 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (i < 0) { */ case 1:
			_r = parseHost(authority); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			host = _tuple[0];
			err = _tuple[1];
			$s = 3; continue;
		/* } else { */ case 2:
			_r$1 = parseHost($substring(authority, (i + 1 >> 0))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			host = _tuple$1[0];
			err = _tuple$1[1];
		/* } */ case 3:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = ptrType$1.nil;
			_tmp$1 = "";
			_tmp$2 = err;
			user = _tmp;
			host = _tmp$1;
			err = _tmp$2;
			$s = -1; return [user, host, err];
		}
		if (i < 0) {
			_tmp$3 = ptrType$1.nil;
			_tmp$4 = host;
			_tmp$5 = $ifaceNil;
			user = _tmp$3;
			host = _tmp$4;
			err = _tmp$5;
			$s = -1; return [user, host, err];
		}
		userinfo = $substring(authority, 0, i);
		if (!validUserinfo(userinfo)) {
			_tmp$6 = ptrType$1.nil;
			_tmp$7 = "";
			_tmp$8 = errors.New("net/url: invalid userinfo");
			user = _tmp$6;
			host = _tmp$7;
			err = _tmp$8;
			$s = -1; return [user, host, err];
		}
		if (!strings.Contains(userinfo, ":")) {
			_tuple$2 = unescape(userinfo, 5);
			userinfo = _tuple$2[0];
			err = _tuple$2[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$9 = ptrType$1.nil;
				_tmp$10 = "";
				_tmp$11 = err;
				user = _tmp$9;
				host = _tmp$10;
				err = _tmp$11;
				$s = -1; return [user, host, err];
			}
			user = User(userinfo);
		} else {
			_tuple$3 = strings.Cut(userinfo, ":");
			username = _tuple$3[0];
			password = _tuple$3[1];
			_tuple$4 = unescape(username, 5);
			username = _tuple$4[0];
			err = _tuple$4[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$12 = ptrType$1.nil;
				_tmp$13 = "";
				_tmp$14 = err;
				user = _tmp$12;
				host = _tmp$13;
				err = _tmp$14;
				$s = -1; return [user, host, err];
			}
			_tuple$5 = unescape(password, 5);
			password = _tuple$5[0];
			err = _tuple$5[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$15 = ptrType$1.nil;
				_tmp$16 = "";
				_tmp$17 = err;
				user = _tmp$15;
				host = _tmp$16;
				err = _tmp$17;
				$s = -1; return [user, host, err];
			}
			user = UserPassword(username, password);
		}
		_tmp$18 = user;
		_tmp$19 = host;
		_tmp$20 = $ifaceNil;
		user = _tmp$18;
		host = _tmp$19;
		err = _tmp$20;
		$s = -1; return [user, host, err];
		/* */ } return; } var $f = {$blk: parseAuthority, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, authority, err, host, i, password, user, userinfo, username, $s};return $f;
	};
	parseHost = function(host) {
		var {$24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, _tuple$3, colonPort, colonPort$1, err, err$1, host, host1, host2, host3, i, i$1, zone, $s, $r, $c} = $restore(this, {host});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (strings.HasPrefix(host, "[")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (strings.HasPrefix(host, "[")) { */ case 1:
			i = strings.LastIndex(host, "]");
			if (i < 0) {
				$s = -1; return ["", errors.New("missing ']' in host")];
			}
			colonPort = $substring(host, (i + 1 >> 0));
			/* */ if (!validOptionalPort(colonPort)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!validOptionalPort(colonPort)) { */ case 4:
				_r = fmt.Errorf("invalid port %q after host", new sliceType([new $String(colonPort)])); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = ["", _r];
				$s = 7; case 7: return $24r;
			/* } */ case 5:
			zone = strings.Index($substring(host, 0, i), "%25");
			if (zone >= 0) {
				_tuple = unescape($substring(host, 0, zone), 3);
				host1 = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return ["", err];
				}
				_tuple$1 = unescape($substring(host, zone, i), 4);
				host2 = _tuple$1[0];
				err = _tuple$1[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return ["", err];
				}
				_tuple$2 = unescape($substring(host, i), 3);
				host3 = _tuple$2[0];
				err = _tuple$2[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return ["", err];
				}
				$s = -1; return [host1 + host2 + host3, $ifaceNil];
			}
			$s = 3; continue;
		/* } else { */ case 2:
			i$1 = strings.LastIndex(host, ":");
			/* */ if (!((i$1 === -1))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!((i$1 === -1))) { */ case 8:
				colonPort$1 = $substring(host, i$1);
				/* */ if (!validOptionalPort(colonPort$1)) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (!validOptionalPort(colonPort$1)) { */ case 10:
					_r$1 = fmt.Errorf("invalid port %q after host", new sliceType([new $String(colonPort$1)])); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r$1 = ["", _r$1];
					$s = 13; case 13: return $24r$1;
				/* } */ case 11:
			/* } */ case 9:
		/* } */ case 3:
		err$1 = $ifaceNil;
		_tuple$3 = unescape(host, 3);
		host = _tuple$3[0];
		err$1 = _tuple$3[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return ["", err$1];
		}
		$s = -1; return [host, $ifaceNil];
		/* */ } return; } var $f = {$blk: parseHost, $c: true, $r, $24r, $24r$1, _r, _r$1, _tuple, _tuple$1, _tuple$2, _tuple$3, colonPort, colonPort$1, err, err$1, host, host1, host2, host3, i, i$1, zone, $s};return $f;
	};
	URL.ptr.prototype.setPath = function(p) {
		var _tuple, err, escp, p, path, u;
		u = this;
		_tuple = unescape(p, 1);
		path = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return err;
		}
		u.Path = path;
		escp = escape(path, 1);
		if (p === escp) {
			u.RawPath = "";
		} else {
			u.RawPath = p;
		}
		return $ifaceNil;
	};
	URL.prototype.setPath = function(p) { return this.$val.setPath(p); };
	URL.ptr.prototype.EscapedPath = function() {
		var _tuple, err, p, u;
		u = this;
		if (!(u.RawPath === "") && validEncoded(u.RawPath, 1)) {
			_tuple = unescape(u.RawPath, 1);
			p = _tuple[0];
			err = _tuple[1];
			if ($interfaceIsEqual(err, $ifaceNil) && p === u.Path) {
				return u.RawPath;
			}
		}
		if (u.Path === "*") {
			return "*";
		}
		return escape(u.Path, 1);
	};
	URL.prototype.EscapedPath = function() { return this.$val.EscapedPath(); };
	validEncoded = function(s, mode) {
		var _1, i, mode, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			_1 = s.charCodeAt(i);
			if ((_1 === (33)) || (_1 === (36)) || (_1 === (38)) || (_1 === (39)) || (_1 === (40)) || (_1 === (41)) || (_1 === (42)) || (_1 === (43)) || (_1 === (44)) || (_1 === (59)) || (_1 === (61)) || (_1 === (58)) || (_1 === (64))) {
			} else if ((_1 === (91)) || (_1 === (93))) {
			} else if (_1 === (37)) {
			} else if (shouldEscape(s.charCodeAt(i), mode)) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	URL.ptr.prototype.setFragment = function(f) {
		var _tuple, err, escf, f, frag, u;
		u = this;
		_tuple = unescape(f, 7);
		frag = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			return err;
		}
		u.Fragment = frag;
		escf = escape(frag, 7);
		if (f === escf) {
			u.RawFragment = "";
		} else {
			u.RawFragment = f;
		}
		return $ifaceNil;
	};
	URL.prototype.setFragment = function(f) { return this.$val.setFragment(f); };
	URL.ptr.prototype.EscapedFragment = function() {
		var _tuple, err, f, u;
		u = this;
		if (!(u.RawFragment === "") && validEncoded(u.RawFragment, 7)) {
			_tuple = unescape(u.RawFragment, 7);
			f = _tuple[0];
			err = _tuple[1];
			if ($interfaceIsEqual(err, $ifaceNil) && f === u.Fragment) {
				return u.RawFragment;
			}
		}
		return escape(u.Fragment, 7);
	};
	URL.prototype.EscapedFragment = function() { return this.$val.EscapedFragment(); };
	validOptionalPort = function(port) {
		var _i, _ref, _rune, b, port;
		if (port === "") {
			return true;
		}
		if (!((port.charCodeAt(0) === 58))) {
			return false;
		}
		_ref = $substring(port, 1);
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			b = _rune[0];
			if (b < 48 || b > 57) {
				return false;
			}
			_i += _rune[1];
		}
		return true;
	};
	URL.ptr.prototype.String = function() {
		var _tuple, buf, h, path, segment, u, ui;
		u = this;
		buf = new strings.Builder.ptr(ptrType.nil, sliceType$1.nil);
		if (!(u.Scheme === "")) {
			buf.WriteString(u.Scheme);
			buf.WriteByte(58);
		}
		if (!(u.Opaque === "")) {
			buf.WriteString(u.Opaque);
		} else {
			if (!(u.Scheme === "") || !(u.Host === "") || !(u.User === ptrType$1.nil)) {
				if (!(u.Host === "") || !(u.Path === "") || !(u.User === ptrType$1.nil)) {
					buf.WriteString("//");
				}
				ui = u.User;
				if (!(ui === ptrType$1.nil)) {
					buf.WriteString(ui.String());
					buf.WriteByte(64);
				}
				h = u.Host;
				if (!(h === "")) {
					buf.WriteString(escape(h, 3));
				}
			}
			path = u.EscapedPath();
			if (!(path === "") && !((path.charCodeAt(0) === 47)) && !(u.Host === "")) {
				buf.WriteByte(47);
			}
			if (buf.Len() === 0) {
				_tuple = strings.Cut(path, "/");
				segment = _tuple[0];
				if (strings.Contains(segment, ":")) {
					buf.WriteString("./");
				}
			}
			buf.WriteString(path);
		}
		if (u.ForceQuery || !(u.RawQuery === "")) {
			buf.WriteByte(63);
			buf.WriteString(u.RawQuery);
		}
		if (!(u.Fragment === "")) {
			buf.WriteByte(35);
			buf.WriteString(u.EscapedFragment());
		}
		return buf.String();
	};
	URL.prototype.String = function() { return this.$val.String(); };
	URL.ptr.prototype.Redacted = function() {
		var _tuple, has, ru, u;
		u = this;
		if (u === ptrType$2.nil) {
			return "";
		}
		ru = $clone(u, URL);
		_tuple = ru.User.Password();
		has = _tuple[1];
		if (has) {
			ru.User = UserPassword(ru.User.Username(), "xxxxx");
		}
		return ru.String();
	};
	URL.prototype.Redacted = function() { return this.$val.Redacted(); };
	Values.prototype.Get = function(key) {
		var _entry, key, v, vs;
		v = this.$val;
		if (v === false) {
			return "";
		}
		vs = (_entry = v[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		if (vs.$length === 0) {
			return "";
		}
		return (0 >= vs.$length ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + 0]);
	};
	$ptrType(Values).prototype.Get = function(key) { return new Values(this.$get()).Get(key); };
	Values.prototype.Set = function(key, value) {
		var _key, key, v, value;
		v = this.$val;
		_key = key; (v || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new sliceType$2([value]) };
	};
	$ptrType(Values).prototype.Set = function(key, value) { return new Values(this.$get()).Set(key, value); };
	Values.prototype.Add = function(key, value) {
		var _entry, _key, key, v, value;
		v = this.$val;
		_key = key; (v || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry = v[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil), value) };
	};
	$ptrType(Values).prototype.Add = function(key, value) { return new Values(this.$get()).Add(key, value); };
	Values.prototype.Del = function(key) {
		var key, v;
		v = this.$val;
		delete v[$String.keyFor(key)];
	};
	$ptrType(Values).prototype.Del = function(key) { return new Values(this.$get()).Del(key); };
	Values.prototype.Has = function(key) {
		var _entry, _tuple, key, ok, v;
		v = this.$val;
		_tuple = (_entry = v[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
		ok = _tuple[1];
		return ok;
	};
	$ptrType(Values).prototype.Has = function(key) { return new Values(this.$get()).Has(key); };
	ParseQuery = function(query) {
		var {_r, err, m, query, $s, $r, $c} = $restore(this, {query});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = {};
		_r = parseQuery(m, query); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		$s = -1; return [m, err];
		/* */ } return; } var $f = {$blk: ParseQuery, $c: true, $r, _r, err, m, query, $s};return $f;
	};
	$pkg.ParseQuery = ParseQuery;
	parseQuery = function(m, query) {
		var {_entry, _key, _r, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err1, key, m, query, value, $s, $r, $c} = $restore(this, {m, query});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = $ifaceNil;
		/* while (true) { */ case 1:
			/* if (!(!(query === ""))) { break; } */ if(!(!(query === ""))) { $s = 2; continue; }
			key = "";
			_tuple = strings.Cut(query, "&");
			key = _tuple[0];
			query = _tuple[1];
			/* */ if (strings.Contains(key, ";")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (strings.Contains(key, ";")) { */ case 3:
				_r = fmt.Errorf("invalid semicolon separator in query", new sliceType([])); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				err = _r;
				/* continue; */ $s = 1; continue;
			/* } */ case 4:
			if (key === "") {
				/* continue; */ $s = 1; continue;
			}
			_tuple$1 = strings.Cut(key, "=");
			key = _tuple$1[0];
			value = _tuple$1[1];
			_tuple$2 = QueryUnescape(key);
			key = _tuple$2[0];
			err1 = _tuple$2[1];
			if (!($interfaceIsEqual(err1, $ifaceNil))) {
				if ($interfaceIsEqual(err, $ifaceNil)) {
					err = err1;
				}
				/* continue; */ $s = 1; continue;
			}
			_tuple$3 = QueryUnescape(value);
			value = _tuple$3[0];
			err1 = _tuple$3[1];
			if (!($interfaceIsEqual(err1, $ifaceNil))) {
				if ($interfaceIsEqual(err, $ifaceNil)) {
					err = err1;
				}
				/* continue; */ $s = 1; continue;
			}
			_key = key; (m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry = m[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil), value) };
		$s = 1; continue;
		case 2:
		err = err;
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: parseQuery, $c: true, $r, _entry, _key, _r, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err1, key, m, query, value, $s};return $f;
	};
	Values.prototype.Encode = function() {
		var {_entry, _entry$1, _i, _i$1, _i$2, _keys, _ref, _ref$1, _ref$2, buf, k, k$1, keyEscaped, keys, v, v$1, vs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = this.$val;
		if (v === false) {
			$s = -1; return "";
		}
		buf = new strings.Builder.ptr(ptrType.nil, sliceType$1.nil);
		keys = $makeSlice(sliceType$2, 0, $keys(v).length);
		_ref = v;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			keys = $append(keys, k);
			_i++;
		}
		$r = sort.Strings(keys); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref$1 = keys;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			k$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			vs = (_entry$1 = v[$String.keyFor(k$1)], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
			keyEscaped = QueryEscape(k$1);
			_ref$2 = vs;
			_i$2 = 0;
			while (true) {
				if (!(_i$2 < _ref$2.$length)) { break; }
				v$1 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
				if (buf.Len() > 0) {
					buf.WriteByte(38);
				}
				buf.WriteString(keyEscaped);
				buf.WriteByte(61);
				buf.WriteString(QueryEscape(v$1));
				_i$2++;
			}
			_i$1++;
		}
		$s = -1; return buf.String();
		/* */ } return; } var $f = {$blk: Values.prototype.Encode, $c: true, $r, _entry, _entry$1, _i, _i$1, _i$2, _keys, _ref, _ref$1, _ref$2, buf, k, k$1, keyEscaped, keys, v, v$1, vs, $s};return $f;
	};
	$ptrType(Values).prototype.Encode = function() { return new Values(this.$get()).Encode(); };
	resolvePath = function(base, ref) {
		var _tuple, base, dst, elem, first, found, full, i, index, r, ref, remaining, str;
		full = "";
		if (ref === "") {
			full = base;
		} else if (!((ref.charCodeAt(0) === 47))) {
			i = strings.LastIndex(base, "/");
			full = $substring(base, 0, (i + 1 >> 0)) + ref;
		} else {
			full = ref;
		}
		if (full === "") {
			return "";
		}
		elem = "";
		dst = new strings.Builder.ptr(ptrType.nil, sliceType$1.nil);
		first = true;
		remaining = full;
		dst.WriteByte(47);
		found = true;
		while (true) {
			if (!(found)) { break; }
			_tuple = strings.Cut(remaining, "/");
			elem = _tuple[0];
			remaining = _tuple[1];
			found = _tuple[2];
			if (elem === ".") {
				first = false;
				continue;
			}
			if (elem === "..") {
				str = $substring(dst.String(), 1);
				index = strings.LastIndexByte(str, 47);
				dst.Reset();
				dst.WriteByte(47);
				if (index === -1) {
					first = true;
				} else {
					dst.WriteString($substring(str, 0, index));
				}
			} else {
				if (!first) {
					dst.WriteByte(47);
				}
				dst.WriteString(elem);
				first = false;
			}
		}
		if (elem === "." || elem === "..") {
			dst.WriteByte(47);
		}
		r = dst.String();
		if (r.length > 1 && (r.charCodeAt(1) === 47)) {
			r = $substring(r, 1);
		}
		return r;
	};
	URL.ptr.prototype.IsAbs = function() {
		var u;
		u = this;
		return !(u.Scheme === "");
	};
	URL.prototype.IsAbs = function() { return this.$val.IsAbs(); };
	URL.ptr.prototype.Parse = function(ref) {
		var {_r, _tuple, err, ref, refURL, u, $s, $r, $c} = $restore(this, {ref});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		u = this;
		_r = Parse(ref); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		refURL = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$2.nil, err];
		}
		$s = -1; return [u.ResolveReference(refURL), $ifaceNil];
		/* */ } return; } var $f = {$blk: URL.ptr.prototype.Parse, $c: true, $r, _r, _tuple, err, ref, refURL, u, $s};return $f;
	};
	URL.prototype.Parse = function(ref) { return this.$val.Parse(ref); };
	URL.ptr.prototype.ResolveReference = function(ref) {
		var ref, u, url;
		u = this;
		url = $clone(ref, URL);
		if (ref.Scheme === "") {
			url.Scheme = u.Scheme;
		}
		if (!(ref.Scheme === "") || !(ref.Host === "") || !(ref.User === ptrType$1.nil)) {
			url.setPath(resolvePath(ref.EscapedPath(), ""));
			return url;
		}
		if (!(ref.Opaque === "")) {
			url.User = ptrType$1.nil;
			url.Host = "";
			url.Path = "";
			return url;
		}
		if (ref.Path === "" && !ref.ForceQuery && ref.RawQuery === "") {
			url.RawQuery = u.RawQuery;
			if (ref.Fragment === "") {
				url.Fragment = u.Fragment;
				url.RawFragment = u.RawFragment;
			}
		}
		url.Host = u.Host;
		url.User = u.User;
		url.setPath(resolvePath(u.EscapedPath(), ref.EscapedPath()));
		return url;
	};
	URL.prototype.ResolveReference = function(ref) { return this.$val.ResolveReference(ref); };
	URL.ptr.prototype.Query = function() {
		var {_r, _tuple, u, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		u = this;
		_r = ParseQuery(u.RawQuery); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		v = _tuple[0];
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: URL.ptr.prototype.Query, $c: true, $r, _r, _tuple, u, v, $s};return $f;
	};
	URL.prototype.Query = function() { return this.$val.Query(); };
	URL.ptr.prototype.RequestURI = function() {
		var result, u;
		u = this;
		result = u.Opaque;
		if (result === "") {
			result = u.EscapedPath();
			if (result === "") {
				result = "/";
			}
		} else {
			if (strings.HasPrefix(result, "//")) {
				result = u.Scheme + ":" + result;
			}
		}
		if (u.ForceQuery || !(u.RawQuery === "")) {
			result = result + ("?" + u.RawQuery);
		}
		return result;
	};
	URL.prototype.RequestURI = function() { return this.$val.RequestURI(); };
	URL.ptr.prototype.Hostname = function() {
		var _tuple, host, u;
		u = this;
		_tuple = splitHostPort(u.Host);
		host = _tuple[0];
		return host;
	};
	URL.prototype.Hostname = function() { return this.$val.Hostname(); };
	URL.ptr.prototype.Port = function() {
		var _tuple, port, u;
		u = this;
		_tuple = splitHostPort(u.Host);
		port = _tuple[1];
		return port;
	};
	URL.prototype.Port = function() { return this.$val.Port(); };
	splitHostPort = function(hostPort) {
		var _tmp, _tmp$1, colon, host, hostPort, port;
		host = "";
		port = "";
		host = hostPort;
		colon = strings.LastIndexByte(host, 58);
		if (!((colon === -1)) && validOptionalPort($substring(host, colon))) {
			_tmp = $substring(host, 0, colon);
			_tmp$1 = $substring(host, (colon + 1 >> 0));
			host = _tmp;
			port = _tmp$1;
		}
		if (strings.HasPrefix(host, "[") && strings.HasSuffix(host, "]")) {
			host = $substring(host, 1, (host.length - 1 >> 0));
		}
		return [host, port];
	};
	URL.ptr.prototype.MarshalBinary = function() {
		var _tmp, _tmp$1, err, text, u;
		text = sliceType$1.nil;
		err = $ifaceNil;
		u = this;
		_tmp = (new sliceType$1($stringToBytes(u.String())));
		_tmp$1 = $ifaceNil;
		text = _tmp;
		err = _tmp$1;
		return [text, err];
	};
	URL.prototype.MarshalBinary = function() { return this.$val.MarshalBinary(); };
	URL.ptr.prototype.UnmarshalBinary = function(text) {
		var {_r, _tuple, err, text, u, u1, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		u = this;
		_r = Parse(($bytesToString(text))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		u1 = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		URL.copy(u, u1);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: URL.ptr.prototype.UnmarshalBinary, $c: true, $r, _r, _tuple, err, text, u, u1, $s};return $f;
	};
	URL.prototype.UnmarshalBinary = function(text) { return this.$val.UnmarshalBinary(text); };
	validUserinfo = function(s) {
		var _1, _i, _ref, _rune, r, s;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			r = _rune[0];
			if (65 <= r && r <= 90) {
				_i += _rune[1];
				continue;
			}
			if (97 <= r && r <= 122) {
				_i += _rune[1];
				continue;
			}
			if (48 <= r && r <= 57) {
				_i += _rune[1];
				continue;
			}
			_1 = r;
			if ((_1 === (45)) || (_1 === (46)) || (_1 === (95)) || (_1 === (58)) || (_1 === (126)) || (_1 === (33)) || (_1 === (36)) || (_1 === (38)) || (_1 === (39)) || (_1 === (40)) || (_1 === (41)) || (_1 === (42)) || (_1 === (43)) || (_1 === (44)) || (_1 === (59)) || (_1 === (61)) || (_1 === (37)) || (_1 === (64))) {
				_i += _rune[1];
				continue;
			} else {
				return false;
			}
			_i += _rune[1];
		}
		return true;
	};
	stringContainsCTLByte = function(s) {
		var b, i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			b = s.charCodeAt(i);
			if (b < 32 || (b === 127)) {
				return true;
			}
			i = i + (1) >> 0;
		}
		return false;
	};
	ptrType$3.methods = [{prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	EscapeError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	InvalidHostError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$2.methods = [{prop: "setPath", name: "setPath", pkg: "net/url", typ: $funcType([$String], [$error], false)}, {prop: "EscapedPath", name: "EscapedPath", pkg: "", typ: $funcType([], [$String], false)}, {prop: "setFragment", name: "setFragment", pkg: "net/url", typ: $funcType([$String], [$error], false)}, {prop: "EscapedFragment", name: "EscapedFragment", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Redacted", name: "Redacted", pkg: "", typ: $funcType([], [$String], false)}, {prop: "IsAbs", name: "IsAbs", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Parse", name: "Parse", pkg: "", typ: $funcType([$String], [ptrType$2, $error], false)}, {prop: "ResolveReference", name: "ResolveReference", pkg: "", typ: $funcType([ptrType$2], [ptrType$2], false)}, {prop: "Query", name: "Query", pkg: "", typ: $funcType([], [Values], false)}, {prop: "RequestURI", name: "RequestURI", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Hostname", name: "Hostname", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Port", name: "Port", pkg: "", typ: $funcType([], [$String], false)}, {prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType$1, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType$1], [$error], false)}];
	ptrType$1.methods = [{prop: "Username", name: "Username", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Password", name: "Password", pkg: "", typ: $funcType([], [$String, $Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	Values.methods = [{prop: "Get", name: "Get", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "Del", name: "Del", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Has", name: "Has", pkg: "", typ: $funcType([$String], [$Bool], false)}, {prop: "Encode", name: "Encode", pkg: "", typ: $funcType([], [$String], false)}];
	Error.init("", [{prop: "Op", name: "Op", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "URL", name: "URL", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	URL.init("", [{prop: "Scheme", name: "Scheme", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Opaque", name: "Opaque", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "User", name: "User", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Host", name: "Host", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Path", name: "Path", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "RawPath", name: "RawPath", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "ForceQuery", name: "ForceQuery", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "RawQuery", name: "RawQuery", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Fragment", name: "Fragment", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "RawFragment", name: "RawFragment", embedded: false, exported: true, typ: $String, tag: ""}]);
	Userinfo.init("net/url", [{prop: "username", name: "username", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "password", name: "password", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "passwordSet", name: "passwordSet", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	Values.init($String, sliceType$2);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["path/filepath"] = (function() {
	var $pkg = {}, $init, errors, fs, os, runtime, sort, strings, syscall, utf8, lazybuf, sliceType$1, ptrType, volumeNameLen, join, Clean, FromSlash, Join, Base, VolumeName;
	errors = $packages["errors"];
	fs = $packages["io/fs"];
	os = $packages["os"];
	runtime = $packages["runtime"];
	sort = $packages["sort"];
	strings = $packages["strings"];
	syscall = $packages["syscall"];
	utf8 = $packages["unicode/utf8"];
	lazybuf = $pkg.lazybuf = $newType(0, $kindStruct, "filepath.lazybuf", true, "path/filepath", false, function(path_, buf_, w_, volAndPath_, volLen_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.path = "";
			this.buf = sliceType$1.nil;
			this.w = 0;
			this.volAndPath = "";
			this.volLen = 0;
			return;
		}
		this.path = path_;
		this.buf = buf_;
		this.w = w_;
		this.volAndPath = volAndPath_;
		this.volLen = volLen_;
	});
	sliceType$1 = $sliceType($Uint8);
	ptrType = $ptrType(lazybuf);
	volumeNameLen = function(path) {
		var path;
		return 0;
	};
	join = function(elem) {
		var _i, _ref, e, elem, i;
		_ref = elem;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			e = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!(e === "")) {
				return Clean(strings.Join($subslice(elem, i), "/"));
			}
			_i++;
		}
		return "";
	};
	lazybuf.ptr.prototype.index = function(i) {
		var b, i, x;
		b = this;
		if (!(b.buf === sliceType$1.nil)) {
			return (x = b.buf, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
		}
		return b.path.charCodeAt(i);
	};
	lazybuf.prototype.index = function(i) { return this.$val.index(i); };
	lazybuf.ptr.prototype.append = function(c) {
		var b, c, x, x$1;
		b = this;
		if (b.buf === sliceType$1.nil) {
			if (b.w < b.path.length && (b.path.charCodeAt(b.w) === c)) {
				b.w = b.w + (1) >> 0;
				return;
			}
			b.buf = $makeSlice(sliceType$1, b.path.length);
			$copyString(b.buf, $substring(b.path, 0, b.w));
		}
		(x = b.buf, x$1 = b.w, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = c));
		b.w = b.w + (1) >> 0;
	};
	lazybuf.prototype.append = function(c) { return this.$val.append(c); };
	lazybuf.ptr.prototype.string = function() {
		var b;
		b = this;
		if (b.buf === sliceType$1.nil) {
			return $substring(b.volAndPath, 0, (b.volLen + b.w >> 0));
		}
		return $substring(b.volAndPath, 0, b.volLen) + ($bytesToString($subslice(b.buf, 0, b.w)));
	};
	lazybuf.prototype.string = function() { return this.$val.string(); };
	Clean = function(path) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, dotdot, n, originalPath, out, path, r, rooted, volLen;
		originalPath = path;
		volLen = volumeNameLen(path);
		path = $substring(path, volLen);
		if (path === "") {
			if (volLen > 1 && !((originalPath.charCodeAt(1) === 58))) {
				return FromSlash(originalPath);
			}
			return originalPath + ".";
		}
		rooted = os.IsPathSeparator(path.charCodeAt(0));
		n = path.length;
		out = new lazybuf.ptr(path, sliceType$1.nil, 0, originalPath, volLen);
		_tmp = 0;
		_tmp$1 = 0;
		r = _tmp;
		dotdot = _tmp$1;
		if (rooted) {
			out.append(47);
			_tmp$2 = 1;
			_tmp$3 = 1;
			r = _tmp$2;
			dotdot = _tmp$3;
		}
		while (true) {
			if (!(r < n)) { break; }
			if (os.IsPathSeparator(path.charCodeAt(r))) {
				r = r + (1) >> 0;
			} else if ((path.charCodeAt(r) === 46) && ((r + 1 >> 0) === n)) {
				r = r + (1) >> 0;
			} else if ((path.charCodeAt(r) === 46) && os.IsPathSeparator(path.charCodeAt((r + 1 >> 0)))) {
				r = r + (1) >> 0;
				while (true) {
					if (!(r < path.length && os.IsPathSeparator(path.charCodeAt(r)))) { break; }
					r = r + (1) >> 0;
				}
				if ((out.w === 0) && volumeNameLen($substring(path, r)) > 0) {
					out.append(46);
				}
			} else if ((path.charCodeAt(r) === 46) && (path.charCodeAt((r + 1 >> 0)) === 46) && (((r + 2 >> 0) === n) || os.IsPathSeparator(path.charCodeAt((r + 2 >> 0))))) {
				r = r + (2) >> 0;
				if (out.w > dotdot) {
					out.w = out.w - (1) >> 0;
					while (true) {
						if (!(out.w > dotdot && !os.IsPathSeparator(out.index(out.w)))) { break; }
						out.w = out.w - (1) >> 0;
					}
				} else if (!rooted) {
					if (out.w > 0) {
						out.append(47);
					}
					out.append(46);
					out.append(46);
					dotdot = out.w;
				}
			} else {
				if (rooted && !((out.w === 1)) || !rooted && !((out.w === 0))) {
					out.append(47);
				}
				while (true) {
					if (!(r < n && !os.IsPathSeparator(path.charCodeAt(r)))) { break; }
					out.append(path.charCodeAt(r));
					r = r + (1) >> 0;
				}
			}
		}
		if (out.w === 0) {
			out.append(46);
		}
		return FromSlash(out.string());
	};
	$pkg.Clean = Clean;
	FromSlash = function(path) {
		var path;
		if (true) {
			return path;
		}
		return strings.ReplaceAll(path, "/", "/");
	};
	$pkg.FromSlash = FromSlash;
	Join = function(elem) {
		var elem;
		return join(elem);
	};
	$pkg.Join = Join;
	Base = function(path) {
		var i, path;
		if (path === "") {
			return ".";
		}
		while (true) {
			if (!(path.length > 0 && os.IsPathSeparator(path.charCodeAt((path.length - 1 >> 0))))) { break; }
			path = $substring(path, 0, (path.length - 1 >> 0));
		}
		path = $substring(path, VolumeName(path).length);
		i = path.length - 1 >> 0;
		while (true) {
			if (!(i >= 0 && !os.IsPathSeparator(path.charCodeAt(i)))) { break; }
			i = i - (1) >> 0;
		}
		if (i >= 0) {
			path = $substring(path, (i + 1 >> 0));
		}
		if (path === "") {
			return "/";
		}
		return path;
	};
	$pkg.Base = Base;
	VolumeName = function(path) {
		var path;
		return $substring(path, 0, volumeNameLen(path));
	};
	$pkg.VolumeName = VolumeName;
	ptrType.methods = [{prop: "index", name: "index", pkg: "path/filepath", typ: $funcType([$Int], [$Uint8], false)}, {prop: "append", name: "append", pkg: "path/filepath", typ: $funcType([$Uint8], [], false)}, {prop: "string", name: "string", pkg: "path/filepath", typ: $funcType([], [$String], false)}];
	lazybuf.init("path/filepath", [{prop: "path", name: "path", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "volAndPath", name: "volAndPath", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "volLen", name: "volLen", embedded: false, exported: false, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fs.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = syscall.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrBadPattern = errors.New("syntax error in pattern");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/x509"] = (function() {
	var $pkg = {}, $init, bytes, crypto, aes, cipher, des, dsa, ecdsa, ed25519, elliptic, md5, rsa, sha1, sha256, sha512, pkix, asn1, hex, pem, errors, fmt, godebug, io, fs, big, net, url, os, filepath, reflect, runtime, strconv, strings, sync, time, unicode, utf16, utf8, cryptobyte, asn1$1, publicKeyInfo, authKeyId, SignatureAlgorithm, PublicKeyAlgorithm, pssParameters, KeyUsage, ExtKeyUsage, Certificate, InsecureAlgorithmError, ConstraintViolationError, UnhandledCriticalExtension, InvalidReason, CertificateInvalidError, HostnameError, UnknownAuthorityError, SystemRootsError, VerifyOptions, rfc2821Mailbox, ecPrivateKey, pkcs8, pkcs1PrivateKey, pkcs1AdditionalRSAPrime, pkcs1PublicKey, sum224, CertPool, lazyCert, ptrType, structType, sliceType, sliceType$1, structType$1, sliceType$2, sliceType$3, sliceType$4, ptrType$1, ptrType$2, ptrType$3, sliceType$6, ptrType$4, sliceType$8, ptrType$6, sliceType$11, ptrType$7, ptrType$8, sliceType$13, ptrType$9, sliceType$15, sliceType$18, ptrType$13, sliceType$19, ptrType$14, ptrType$16, ptrType$17, sliceType$20, sliceType$21, sliceType$22, ptrType$18, ptrType$19, sliceType$23, sliceType$24, ptrType$20, ptrType$21, sliceType$25, sliceType$26, sliceType$27, ptrType$23, ptrType$24, sliceType$28, sliceType$29, structType$3, sliceType$30, funcType, ptrType$25, mapType, funcType$2, mapType$1, mapType$2, publicKeyAlgoName, oidSignatureMD2WithRSA, oidSignatureMD5WithRSA, oidSignatureSHA1WithRSA, oidSignatureSHA256WithRSA, oidSignatureSHA384WithRSA, oidSignatureSHA512WithRSA, oidSignatureRSAPSS, oidSignatureDSAWithSHA1, oidSignatureDSAWithSHA256, oidSignatureECDSAWithSHA1, oidSignatureECDSAWithSHA256, oidSignatureECDSAWithSHA384, oidSignatureECDSAWithSHA512, oidSignatureEd25519, oidSHA256, oidSHA384, oidSHA512, oidMGF1, oidISOSignatureSHA1WithRSA, signatureAlgorithmDetails, hashToPSSParameters, oidPublicKeyRSA, oidPublicKeyDSA, oidPublicKeyECDSA, oidPublicKeyEd25519, oidNamedCurveP224, oidNamedCurveP256, oidNamedCurveP384, oidNamedCurveP521, oidExtKeyUsageAny, oidExtKeyUsageServerAuth, oidExtKeyUsageClientAuth, oidExtKeyUsageCodeSigning, oidExtKeyUsageEmailProtection, oidExtKeyUsageIPSECEndSystem, oidExtKeyUsageIPSECTunnel, oidExtKeyUsageIPSECUser, oidExtKeyUsageTimeStamping, oidExtKeyUsageOCSPSigning, oidExtKeyUsageMicrosoftServerGatedCrypto, oidExtKeyUsageNetscapeServerGatedCrypto, oidExtKeyUsageMicrosoftCommercialCodeSigning, oidExtKeyUsageMicrosoftKernelCodeSigning, extKeyUsageOIDs, debugAllowSHA1, oidExtensionAuthorityKeyId, oidExtensionSubjectAltName, oidExtensionNameConstraints, oidExtensionAuthorityInfoAccess, oidAuthorityInfoAccessOcsp, oidAuthorityInfoAccessIssuers, errNotParsed, certFiles, certDirectories, once, systemRoots, systemRootsErr, _r, getSignatureAlgorithmFromAI, getPublicKeyAlgorithmFromOID, namedCurveFromOID, extKeyUsageFromOID, signaturePublicKeyAlgoMismatchError, checkSignature, oidInExtensions, isIA5String, signingParamsForPublicKey, parseRFC2821Mailbox, domainToReverseLabels, matchEmailConstraint, matchURIConstraint, matchIPConstraint, matchDomainConstraint, appendToFreshChain, validHostnamePattern, validHostnameInput, validHostname, matchExactly, matchHostnames, toLowerCaseASCII, checkChainForKeyUsage, ParseECPrivateKey, parseECPrivateKey, loadSystemRoots, readUniqueDirectoryEntries, isSameDirSymlink, systemRootsPool, initSystemRoots, ParsePKCS8PrivateKey, ParsePKCS1PrivateKey, isPrintable, parseASN1String, parseName, parseAI, parseValidity, parseExtension, parsePublicKey, parseKeyUsageExtension, parseBasicConstraintsExtension, forEachSAN, parseSANExtension, parseExtKeyUsageExtension, parseCertificatePoliciesExtension, isValidIPMask, parseNameConstraintsExtension, processExtensions, parseCertificate, ParseCertificate, NewCertPool;
	bytes = $packages["bytes"];
	crypto = $packages["crypto"];
	aes = $packages["crypto/aes"];
	cipher = $packages["crypto/cipher"];
	des = $packages["crypto/des"];
	dsa = $packages["crypto/dsa"];
	ecdsa = $packages["crypto/ecdsa"];
	ed25519 = $packages["crypto/ed25519"];
	elliptic = $packages["crypto/elliptic"];
	md5 = $packages["crypto/md5"];
	rsa = $packages["crypto/rsa"];
	sha1 = $packages["crypto/sha1"];
	sha256 = $packages["crypto/sha256"];
	sha512 = $packages["crypto/sha512"];
	pkix = $packages["crypto/x509/pkix"];
	asn1 = $packages["encoding/asn1"];
	hex = $packages["encoding/hex"];
	pem = $packages["encoding/pem"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	godebug = $packages["internal/godebug"];
	io = $packages["io"];
	fs = $packages["io/fs"];
	big = $packages["math/big"];
	net = $packages["net"];
	url = $packages["net/url"];
	os = $packages["os"];
	filepath = $packages["path/filepath"];
	reflect = $packages["reflect"];
	runtime = $packages["runtime"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	time = $packages["time"];
	unicode = $packages["unicode"];
	utf16 = $packages["unicode/utf16"];
	utf8 = $packages["unicode/utf8"];
	cryptobyte = $packages["vendor/golang.org/x/crypto/cryptobyte"];
	asn1$1 = $packages["vendor/golang.org/x/crypto/cryptobyte/asn1"];
	publicKeyInfo = $pkg.publicKeyInfo = $newType(0, $kindStruct, "x509.publicKeyInfo", true, "crypto/x509", false, function(Raw_, Algorithm_, PublicKey_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Raw = asn1.RawContent.nil;
			this.Algorithm = new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil));
			this.PublicKey = new asn1.BitString.ptr(sliceType$1.nil, 0);
			return;
		}
		this.Raw = Raw_;
		this.Algorithm = Algorithm_;
		this.PublicKey = PublicKey_;
	});
	authKeyId = $pkg.authKeyId = $newType(0, $kindStruct, "x509.authKeyId", true, "crypto/x509", false, function(Id_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Id = sliceType$1.nil;
			return;
		}
		this.Id = Id_;
	});
	SignatureAlgorithm = $pkg.SignatureAlgorithm = $newType(4, $kindInt, "x509.SignatureAlgorithm", true, "crypto/x509", true, null);
	PublicKeyAlgorithm = $pkg.PublicKeyAlgorithm = $newType(4, $kindInt, "x509.PublicKeyAlgorithm", true, "crypto/x509", true, null);
	pssParameters = $pkg.pssParameters = $newType(0, $kindStruct, "x509.pssParameters", true, "crypto/x509", false, function(Hash_, MGF_, SaltLength_, TrailerField_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Hash = new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil));
			this.MGF = new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil));
			this.SaltLength = 0;
			this.TrailerField = 0;
			return;
		}
		this.Hash = Hash_;
		this.MGF = MGF_;
		this.SaltLength = SaltLength_;
		this.TrailerField = TrailerField_;
	});
	KeyUsage = $pkg.KeyUsage = $newType(4, $kindInt, "x509.KeyUsage", true, "crypto/x509", true, null);
	ExtKeyUsage = $pkg.ExtKeyUsage = $newType(4, $kindInt, "x509.ExtKeyUsage", true, "crypto/x509", true, null);
	Certificate = $pkg.Certificate = $newType(0, $kindStruct, "x509.Certificate", true, "crypto/x509", true, function(Raw_, RawTBSCertificate_, RawSubjectPublicKeyInfo_, RawSubject_, RawIssuer_, Signature_, SignatureAlgorithm_, PublicKeyAlgorithm_, PublicKey_, Version_, SerialNumber_, Issuer_, Subject_, NotBefore_, NotAfter_, KeyUsage_, Extensions_, ExtraExtensions_, UnhandledCriticalExtensions_, ExtKeyUsage_, UnknownExtKeyUsage_, BasicConstraintsValid_, IsCA_, MaxPathLen_, MaxPathLenZero_, SubjectKeyId_, AuthorityKeyId_, OCSPServer_, IssuingCertificateURL_, DNSNames_, EmailAddresses_, IPAddresses_, URIs_, PermittedDNSDomainsCritical_, PermittedDNSDomains_, ExcludedDNSDomains_, PermittedIPRanges_, ExcludedIPRanges_, PermittedEmailAddresses_, ExcludedEmailAddresses_, PermittedURIDomains_, ExcludedURIDomains_, CRLDistributionPoints_, PolicyIdentifiers_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Raw = sliceType$1.nil;
			this.RawTBSCertificate = sliceType$1.nil;
			this.RawSubjectPublicKeyInfo = sliceType$1.nil;
			this.RawSubject = sliceType$1.nil;
			this.RawIssuer = sliceType$1.nil;
			this.Signature = sliceType$1.nil;
			this.SignatureAlgorithm = 0;
			this.PublicKeyAlgorithm = 0;
			this.PublicKey = $ifaceNil;
			this.Version = 0;
			this.SerialNumber = ptrType$1.nil;
			this.Issuer = new pkix.Name.ptr(sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, "", "", sliceType$15.nil, sliceType$15.nil);
			this.Subject = new pkix.Name.ptr(sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, "", "", sliceType$15.nil, sliceType$15.nil);
			this.NotBefore = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil);
			this.NotAfter = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil);
			this.KeyUsage = 0;
			this.Extensions = sliceType$8.nil;
			this.ExtraExtensions = sliceType$8.nil;
			this.UnhandledCriticalExtensions = sliceType$11.nil;
			this.ExtKeyUsage = sliceType$22.nil;
			this.UnknownExtKeyUsage = sliceType$11.nil;
			this.BasicConstraintsValid = false;
			this.IsCA = false;
			this.MaxPathLen = 0;
			this.MaxPathLenZero = false;
			this.SubjectKeyId = sliceType$1.nil;
			this.AuthorityKeyId = sliceType$1.nil;
			this.OCSPServer = sliceType$4.nil;
			this.IssuingCertificateURL = sliceType$4.nil;
			this.DNSNames = sliceType$4.nil;
			this.EmailAddresses = sliceType$4.nil;
			this.IPAddresses = sliceType$18.nil;
			this.URIs = sliceType$19.nil;
			this.PermittedDNSDomainsCritical = false;
			this.PermittedDNSDomains = sliceType$4.nil;
			this.ExcludedDNSDomains = sliceType$4.nil;
			this.PermittedIPRanges = sliceType$28.nil;
			this.ExcludedIPRanges = sliceType$28.nil;
			this.PermittedEmailAddresses = sliceType$4.nil;
			this.ExcludedEmailAddresses = sliceType$4.nil;
			this.PermittedURIDomains = sliceType$4.nil;
			this.ExcludedURIDomains = sliceType$4.nil;
			this.CRLDistributionPoints = sliceType$4.nil;
			this.PolicyIdentifiers = sliceType$11.nil;
			return;
		}
		this.Raw = Raw_;
		this.RawTBSCertificate = RawTBSCertificate_;
		this.RawSubjectPublicKeyInfo = RawSubjectPublicKeyInfo_;
		this.RawSubject = RawSubject_;
		this.RawIssuer = RawIssuer_;
		this.Signature = Signature_;
		this.SignatureAlgorithm = SignatureAlgorithm_;
		this.PublicKeyAlgorithm = PublicKeyAlgorithm_;
		this.PublicKey = PublicKey_;
		this.Version = Version_;
		this.SerialNumber = SerialNumber_;
		this.Issuer = Issuer_;
		this.Subject = Subject_;
		this.NotBefore = NotBefore_;
		this.NotAfter = NotAfter_;
		this.KeyUsage = KeyUsage_;
		this.Extensions = Extensions_;
		this.ExtraExtensions = ExtraExtensions_;
		this.UnhandledCriticalExtensions = UnhandledCriticalExtensions_;
		this.ExtKeyUsage = ExtKeyUsage_;
		this.UnknownExtKeyUsage = UnknownExtKeyUsage_;
		this.BasicConstraintsValid = BasicConstraintsValid_;
		this.IsCA = IsCA_;
		this.MaxPathLen = MaxPathLen_;
		this.MaxPathLenZero = MaxPathLenZero_;
		this.SubjectKeyId = SubjectKeyId_;
		this.AuthorityKeyId = AuthorityKeyId_;
		this.OCSPServer = OCSPServer_;
		this.IssuingCertificateURL = IssuingCertificateURL_;
		this.DNSNames = DNSNames_;
		this.EmailAddresses = EmailAddresses_;
		this.IPAddresses = IPAddresses_;
		this.URIs = URIs_;
		this.PermittedDNSDomainsCritical = PermittedDNSDomainsCritical_;
		this.PermittedDNSDomains = PermittedDNSDomains_;
		this.ExcludedDNSDomains = ExcludedDNSDomains_;
		this.PermittedIPRanges = PermittedIPRanges_;
		this.ExcludedIPRanges = ExcludedIPRanges_;
		this.PermittedEmailAddresses = PermittedEmailAddresses_;
		this.ExcludedEmailAddresses = ExcludedEmailAddresses_;
		this.PermittedURIDomains = PermittedURIDomains_;
		this.ExcludedURIDomains = ExcludedURIDomains_;
		this.CRLDistributionPoints = CRLDistributionPoints_;
		this.PolicyIdentifiers = PolicyIdentifiers_;
	});
	InsecureAlgorithmError = $pkg.InsecureAlgorithmError = $newType(4, $kindInt, "x509.InsecureAlgorithmError", true, "crypto/x509", true, null);
	ConstraintViolationError = $pkg.ConstraintViolationError = $newType(0, $kindStruct, "x509.ConstraintViolationError", true, "crypto/x509", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	UnhandledCriticalExtension = $pkg.UnhandledCriticalExtension = $newType(0, $kindStruct, "x509.UnhandledCriticalExtension", true, "crypto/x509", true, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	InvalidReason = $pkg.InvalidReason = $newType(4, $kindInt, "x509.InvalidReason", true, "crypto/x509", true, null);
	CertificateInvalidError = $pkg.CertificateInvalidError = $newType(0, $kindStruct, "x509.CertificateInvalidError", true, "crypto/x509", true, function(Cert_, Reason_, Detail_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Cert = ptrType$4.nil;
			this.Reason = 0;
			this.Detail = "";
			return;
		}
		this.Cert = Cert_;
		this.Reason = Reason_;
		this.Detail = Detail_;
	});
	HostnameError = $pkg.HostnameError = $newType(0, $kindStruct, "x509.HostnameError", true, "crypto/x509", true, function(Certificate_, Host_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Certificate = ptrType$4.nil;
			this.Host = "";
			return;
		}
		this.Certificate = Certificate_;
		this.Host = Host_;
	});
	UnknownAuthorityError = $pkg.UnknownAuthorityError = $newType(0, $kindStruct, "x509.UnknownAuthorityError", true, "crypto/x509", true, function(Cert_, hintErr_, hintCert_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Cert = ptrType$4.nil;
			this.hintErr = $ifaceNil;
			this.hintCert = ptrType$4.nil;
			return;
		}
		this.Cert = Cert_;
		this.hintErr = hintErr_;
		this.hintCert = hintCert_;
	});
	SystemRootsError = $pkg.SystemRootsError = $newType(0, $kindStruct, "x509.SystemRootsError", true, "crypto/x509", true, function(Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Err = $ifaceNil;
			return;
		}
		this.Err = Err_;
	});
	VerifyOptions = $pkg.VerifyOptions = $newType(0, $kindStruct, "x509.VerifyOptions", true, "crypto/x509", true, function(DNSName_, Intermediates_, Roots_, CurrentTime_, KeyUsages_, MaxConstraintComparisions_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.DNSName = "";
			this.Intermediates = ptrType.nil;
			this.Roots = ptrType.nil;
			this.CurrentTime = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil);
			this.KeyUsages = sliceType$22.nil;
			this.MaxConstraintComparisions = 0;
			return;
		}
		this.DNSName = DNSName_;
		this.Intermediates = Intermediates_;
		this.Roots = Roots_;
		this.CurrentTime = CurrentTime_;
		this.KeyUsages = KeyUsages_;
		this.MaxConstraintComparisions = MaxConstraintComparisions_;
	});
	rfc2821Mailbox = $pkg.rfc2821Mailbox = $newType(0, $kindStruct, "x509.rfc2821Mailbox", true, "crypto/x509", false, function(local_, domain_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.local = "";
			this.domain = "";
			return;
		}
		this.local = local_;
		this.domain = domain_;
	});
	ecPrivateKey = $pkg.ecPrivateKey = $newType(0, $kindStruct, "x509.ecPrivateKey", true, "crypto/x509", false, function(Version_, PrivateKey_, NamedCurveOID_, PublicKey_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Version = 0;
			this.PrivateKey = sliceType$1.nil;
			this.NamedCurveOID = asn1.ObjectIdentifier.nil;
			this.PublicKey = new asn1.BitString.ptr(sliceType$1.nil, 0);
			return;
		}
		this.Version = Version_;
		this.PrivateKey = PrivateKey_;
		this.NamedCurveOID = NamedCurveOID_;
		this.PublicKey = PublicKey_;
	});
	pkcs8 = $pkg.pkcs8 = $newType(0, $kindStruct, "x509.pkcs8", true, "crypto/x509", false, function(Version_, Algo_, PrivateKey_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Version = 0;
			this.Algo = new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil));
			this.PrivateKey = sliceType$1.nil;
			return;
		}
		this.Version = Version_;
		this.Algo = Algo_;
		this.PrivateKey = PrivateKey_;
	});
	pkcs1PrivateKey = $pkg.pkcs1PrivateKey = $newType(0, $kindStruct, "x509.pkcs1PrivateKey", true, "crypto/x509", false, function(Version_, N_, E_, D_, P_, Q_, Dp_, Dq_, Qinv_, AdditionalPrimes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Version = 0;
			this.N = ptrType$1.nil;
			this.E = 0;
			this.D = ptrType$1.nil;
			this.P = ptrType$1.nil;
			this.Q = ptrType$1.nil;
			this.Dp = ptrType$1.nil;
			this.Dq = ptrType$1.nil;
			this.Qinv = ptrType$1.nil;
			this.AdditionalPrimes = sliceType$23.nil;
			return;
		}
		this.Version = Version_;
		this.N = N_;
		this.E = E_;
		this.D = D_;
		this.P = P_;
		this.Q = Q_;
		this.Dp = Dp_;
		this.Dq = Dq_;
		this.Qinv = Qinv_;
		this.AdditionalPrimes = AdditionalPrimes_;
	});
	pkcs1AdditionalRSAPrime = $pkg.pkcs1AdditionalRSAPrime = $newType(0, $kindStruct, "x509.pkcs1AdditionalRSAPrime", true, "crypto/x509", false, function(Prime_, Exp_, Coeff_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Prime = ptrType$1.nil;
			this.Exp = ptrType$1.nil;
			this.Coeff = ptrType$1.nil;
			return;
		}
		this.Prime = Prime_;
		this.Exp = Exp_;
		this.Coeff = Coeff_;
	});
	pkcs1PublicKey = $pkg.pkcs1PublicKey = $newType(0, $kindStruct, "x509.pkcs1PublicKey", true, "crypto/x509", false, function(N_, E_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.N = ptrType$1.nil;
			this.E = 0;
			return;
		}
		this.N = N_;
		this.E = E_;
	});
	sum224 = $pkg.sum224 = $newType(28, $kindArray, "x509.sum224", true, "crypto/x509", false, null);
	CertPool = $pkg.CertPool = $newType(0, $kindStruct, "x509.CertPool", true, "crypto/x509", true, function(byName_, lazyCerts_, haveSum_, systemPool_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.byName = false;
			this.lazyCerts = sliceType$29.nil;
			this.haveSum = false;
			this.systemPool = false;
			return;
		}
		this.byName = byName_;
		this.lazyCerts = lazyCerts_;
		this.haveSum = haveSum_;
		this.systemPool = systemPool_;
	});
	lazyCert = $pkg.lazyCert = $newType(0, $kindStruct, "x509.lazyCert", true, "crypto/x509", false, function(rawSubject_, getCert_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rawSubject = sliceType$1.nil;
			this.getCert = $throwNilPointerError;
			return;
		}
		this.rawSubject = rawSubject_;
		this.getCert = getCert_;
	});
	ptrType = $ptrType(CertPool);
	structType = $structType("crypto/x509", [{prop: "algo", name: "algo", embedded: false, exported: false, typ: SignatureAlgorithm, tag: ""}, {prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "oid", name: "oid", embedded: false, exported: false, typ: asn1.ObjectIdentifier, tag: ""}, {prop: "pubKeyAlgo", name: "pubKeyAlgo", embedded: false, exported: false, typ: PublicKeyAlgorithm, tag: ""}, {prop: "hash", name: "hash", embedded: false, exported: false, typ: crypto.Hash, tag: ""}]);
	sliceType = $sliceType(structType);
	sliceType$1 = $sliceType($Uint8);
	structType$1 = $structType("crypto/x509", [{prop: "extKeyUsage", name: "extKeyUsage", embedded: false, exported: false, typ: ExtKeyUsage, tag: ""}, {prop: "oid", name: "oid", embedded: false, exported: false, typ: asn1.ObjectIdentifier, tag: ""}]);
	sliceType$2 = $sliceType(structType$1);
	sliceType$3 = $sliceType($Int);
	sliceType$4 = $sliceType($String);
	ptrType$1 = $ptrType(big.Int);
	ptrType$2 = $ptrType(rsa.PublicKey);
	ptrType$3 = $ptrType(ecdsa.PublicKey);
	sliceType$6 = $sliceType($emptyInterface);
	ptrType$4 = $ptrType(Certificate);
	sliceType$8 = $sliceType(pkix.Extension);
	ptrType$6 = $ptrType($Bool);
	sliceType$11 = $sliceType(asn1.ObjectIdentifier);
	ptrType$7 = $ptrType(time.Location);
	ptrType$8 = $ptrType(pem.Block);
	sliceType$13 = $sliceType(pkix.RevokedCertificate);
	ptrType$9 = $ptrType(pkix.CertificateList);
	sliceType$15 = $sliceType(pkix.AttributeTypeAndValue);
	sliceType$18 = $sliceType(net.IP);
	ptrType$13 = $ptrType(url.URL);
	sliceType$19 = $sliceType(ptrType$13);
	ptrType$14 = $ptrType(pkix.RDNSequence);
	ptrType$16 = $ptrType($Int);
	ptrType$17 = $ptrType(net.IPNet);
	sliceType$20 = $sliceType(ptrType$4);
	sliceType$21 = $sliceType(sliceType$20);
	sliceType$22 = $sliceType(ExtKeyUsage);
	ptrType$18 = $ptrType(asn1.ObjectIdentifier);
	ptrType$19 = $ptrType(ecdsa.PrivateKey);
	sliceType$23 = $sliceType(pkcs1AdditionalRSAPrime);
	sliceType$24 = $sliceType(fs.DirEntry);
	ptrType$20 = $ptrType(sliceType$1);
	ptrType$21 = $ptrType(rsa.PrivateKey);
	sliceType$25 = $sliceType(ptrType$1);
	sliceType$26 = $sliceType(rsa.CRTValue);
	sliceType$27 = $sliceType($Uint16);
	ptrType$23 = $ptrType(cryptobyte.String);
	ptrType$24 = $ptrType(asn1$1.Tag);
	sliceType$28 = $sliceType(ptrType$17);
	sliceType$29 = $sliceType(lazyCert);
	structType$3 = $structType("crypto/x509", [{prop: "Once", name: "Once", embedded: true, exported: true, typ: sync.Once, tag: ""}, {prop: "v", name: "v", embedded: false, exported: false, typ: ptrType$4, tag: ""}]);
	sliceType$30 = $sliceType(sliceType$1);
	funcType = $funcType([$emptyInterface, $emptyInterface], [$Bool, $error], false);
	ptrType$25 = $ptrType(VerifyOptions);
	mapType = $mapType(ptrType$4, sliceType$21);
	funcType$2 = $funcType([], [ptrType$4, $error], false);
	mapType$1 = $mapType($String, sliceType$3);
	mapType$2 = $mapType(sum224, $Bool);
	SignatureAlgorithm.prototype.isRSAPSS = function() {
		var _1, algo;
		algo = this.$val;
		_1 = algo;
		if ((_1 === (13)) || (_1 === (14)) || (_1 === (15))) {
			return true;
		} else {
			return false;
		}
	};
	$ptrType(SignatureAlgorithm).prototype.isRSAPSS = function() { return new SignatureAlgorithm(this.$get()).isRSAPSS(); };
	SignatureAlgorithm.prototype.String = function() {
		var _i, _ref, algo, details;
		algo = this.$val;
		_ref = signatureAlgorithmDetails;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			details = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), structType);
			if (details.algo === algo) {
				return details.name;
			}
			_i++;
		}
		return strconv.Itoa(((algo >> 0)));
	};
	$ptrType(SignatureAlgorithm).prototype.String = function() { return new SignatureAlgorithm(this.$get()).String(); };
	PublicKeyAlgorithm.prototype.String = function() {
		var algo;
		algo = this.$val;
		if (0 < algo && ((algo >> 0)) < 5) {
			return ((algo < 0 || algo >= publicKeyAlgoName.length) ? ($throwRuntimeError("index out of range"), undefined) : publicKeyAlgoName[algo]);
		}
		return strconv.Itoa(((algo >> 0)));
	};
	$ptrType(PublicKeyAlgorithm).prototype.String = function() { return new PublicKeyAlgorithm(this.$get()).String(); };
	getSignatureAlgorithmFromAI = function(ai) {
		var {_i, _r$1, _r$2, _ref, _tuple, _tuple$1, ai, details, err, err$1, mgf1HashFunc, params, $s, $r, $c} = $restore(this, {ai});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mgf1HashFunc = [mgf1HashFunc];
		params = [params];
		if (ai.Algorithm.Equal(oidSignatureEd25519)) {
			if (!((ai.Parameters.FullBytes.$length === 0))) {
				$s = -1; return 0;
			}
		}
		if (!ai.Algorithm.Equal(oidSignatureRSAPSS)) {
			_ref = signatureAlgorithmDetails;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				details = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), structType);
				if (ai.Algorithm.Equal(details.oid)) {
					$s = -1; return details.algo;
				}
				_i++;
			}
			$s = -1; return 0;
		}
		params[0] = new pssParameters.ptr(new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil)), new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil)), 0, 0);
		_r$1 = asn1.Unmarshal(ai.Parameters.FullBytes, params[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return 0;
		}
		mgf1HashFunc[0] = new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil));
		_r$2 = asn1.Unmarshal(params[0].MGF.Parameters.FullBytes, mgf1HashFunc[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return 0;
		}
		if ((!((params[0].Hash.Parameters.FullBytes.$length === 0)) && !bytes.Equal(params[0].Hash.Parameters.FullBytes, asn1.NullBytes)) || !params[0].MGF.Algorithm.Equal(oidMGF1) || !mgf1HashFunc[0].Algorithm.Equal(params[0].Hash.Algorithm) || (!((mgf1HashFunc[0].Parameters.FullBytes.$length === 0)) && !bytes.Equal(mgf1HashFunc[0].Parameters.FullBytes, asn1.NullBytes)) || !((params[0].TrailerField === 1))) {
			$s = -1; return 0;
		}
		if (params[0].Hash.Algorithm.Equal(oidSHA256) && (params[0].SaltLength === 32)) {
			$s = -1; return 13;
		} else if (params[0].Hash.Algorithm.Equal(oidSHA384) && (params[0].SaltLength === 48)) {
			$s = -1; return 14;
		} else if (params[0].Hash.Algorithm.Equal(oidSHA512) && (params[0].SaltLength === 64)) {
			$s = -1; return 15;
		}
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: getSignatureAlgorithmFromAI, $c: true, $r, _i, _r$1, _r$2, _ref, _tuple, _tuple$1, ai, details, err, err$1, mgf1HashFunc, params, $s};return $f;
	};
	getPublicKeyAlgorithmFromOID = function(oid) {
		var oid;
		if (oid.Equal(oidPublicKeyRSA)) {
			return 1;
		} else if (oid.Equal(oidPublicKeyDSA)) {
			return 2;
		} else if (oid.Equal(oidPublicKeyECDSA)) {
			return 3;
		} else if (oid.Equal(oidPublicKeyEd25519)) {
			return 4;
		}
		return 0;
	};
	namedCurveFromOID = function(oid) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, oid, $s, $r, $c} = $restore(this, {oid});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (oid.Equal(oidNamedCurveP224)) { $s = 2; continue; }
			/* */ if (oid.Equal(oidNamedCurveP256)) { $s = 3; continue; }
			/* */ if (oid.Equal(oidNamedCurveP384)) { $s = 4; continue; }
			/* */ if (oid.Equal(oidNamedCurveP521)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (oid.Equal(oidNamedCurveP224)) { */ case 2:
				_r$1 = elliptic.P224(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 8; case 8: return $24r;
			/* } else if (oid.Equal(oidNamedCurveP256)) { */ case 3:
				_r$2 = elliptic.P256(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$1 = _r$2;
				$s = 10; case 10: return $24r$1;
			/* } else if (oid.Equal(oidNamedCurveP384)) { */ case 4:
				_r$3 = elliptic.P384(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$2 = _r$3;
				$s = 12; case 12: return $24r$2;
			/* } else if (oid.Equal(oidNamedCurveP521)) { */ case 5:
				_r$4 = elliptic.P521(); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r$3 = _r$4;
				$s = 14; case 14: return $24r$3;
			/* } */ case 6:
		case 1:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: namedCurveFromOID, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, oid, $s};return $f;
	};
	extKeyUsageFromOID = function(oid) {
		var _i, _ref, _tmp, _tmp$1, eku, oid, ok, pair;
		eku = 0;
		ok = false;
		_ref = extKeyUsageOIDs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			pair = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), structType$1);
			if (oid.Equal(pair.oid)) {
				_tmp = pair.extKeyUsage;
				_tmp$1 = true;
				eku = _tmp;
				ok = _tmp$1;
				return [eku, ok];
			}
			_i++;
		}
		return [eku, ok];
	};
	InsecureAlgorithmError.prototype.Error = function() {
		var {$24r, _r$1, e, override, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		override = "";
		if ((((e >> 0)) === 3) || (((e >> 0)) === 9)) {
			override = " (temporarily override with GODEBUG=x509sha1=1)";
		}
		_r$1 = fmt.Sprintf("x509: cannot verify signature: insecure algorithm %v", new sliceType$6([new SignatureAlgorithm(((e >> 0)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1 + override;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InsecureAlgorithmError.prototype.Error, $c: true, $r, $24r, _r$1, e, override, $s};return $f;
	};
	$ptrType(InsecureAlgorithmError).prototype.Error = function() { return new InsecureAlgorithmError(this.$get()).Error(); };
	ConstraintViolationError.ptr.prototype.Error = function() {
		return "x509: invalid signature: parent certificate cannot sign this kind of certificate";
	};
	ConstraintViolationError.prototype.Error = function() { return this.$val.Error(); };
	Certificate.ptr.prototype.Equal = function(other) {
		var c, other;
		c = this;
		if (c === ptrType$4.nil || other === ptrType$4.nil) {
			return c === other;
		}
		return bytes.Equal(c.Raw, other.Raw);
	};
	Certificate.prototype.Equal = function(other) { return this.$val.Equal(other); };
	Certificate.ptr.prototype.hasSANExtension = function() {
		var c;
		c = this;
		return oidInExtensions($convertSliceType(oidExtensionSubjectAltName, asn1.ObjectIdentifier), c.Extensions);
	};
	Certificate.prototype.hasSANExtension = function() { return this.$val.hasSANExtension(); };
	Certificate.ptr.prototype.CheckSignatureFrom = function(parent) {
		var {$24r, _r$1, c, parent, x, x$1, $s, $r, $c} = $restore(this, {parent});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if ((parent.Version === 3) && !parent.BasicConstraintsValid || parent.BasicConstraintsValid && !parent.IsCA) {
			$s = -1; return (x = new ConstraintViolationError.ptr(), new x.constructor.elem(x));
		}
		if (!((parent.KeyUsage === 0)) && ((parent.KeyUsage & 32) === 0)) {
			$s = -1; return (x$1 = new ConstraintViolationError.ptr(), new x$1.constructor.elem(x$1));
		}
		if (parent.PublicKeyAlgorithm === 0) {
			$s = -1; return $pkg.ErrUnsupportedAlgorithm;
		}
		_r$1 = checkSignature(c.SignatureAlgorithm, c.RawTBSCertificate, c.Signature, parent.PublicKey, debugAllowSHA1); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.CheckSignatureFrom, $c: true, $r, $24r, _r$1, c, parent, x, x$1, $s};return $f;
	};
	Certificate.prototype.CheckSignatureFrom = function(parent) { return this.$val.CheckSignatureFrom(parent); };
	Certificate.ptr.prototype.CheckSignature = function(algo, signed, signature) {
		var {$24r, _r$1, algo, c, signature, signed, $s, $r, $c} = $restore(this, {algo, signed, signature});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = checkSignature(algo, signed, signature, c.PublicKey, true); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.CheckSignature, $c: true, $r, $24r, _r$1, algo, c, signature, signed, $s};return $f;
	};
	Certificate.prototype.CheckSignature = function(algo, signed, signature) { return this.$val.CheckSignature(algo, signed, signature); };
	Certificate.ptr.prototype.hasNameConstraints = function() {
		var c;
		c = this;
		return oidInExtensions($convertSliceType(oidExtensionNameConstraints, asn1.ObjectIdentifier), c.Extensions);
	};
	Certificate.prototype.hasNameConstraints = function() { return this.$val.hasNameConstraints(); };
	Certificate.ptr.prototype.getSANExtension = function() {
		var _i, _ref, c, e;
		c = this;
		_ref = c.Extensions;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			e = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pkix.Extension);
			if (e.Id.Equal($convertSliceType(oidExtensionSubjectAltName, asn1.ObjectIdentifier))) {
				return e.Value;
			}
			_i++;
		}
		return sliceType$1.nil;
	};
	Certificate.prototype.getSANExtension = function() { return this.$val.getSANExtension(); };
	signaturePublicKeyAlgoMismatchError = function(expectedPubKeyAlgo, pubKey) {
		var {$24r, _r$1, expectedPubKeyAlgo, pubKey, $s, $r, $c} = $restore(this, {expectedPubKeyAlgo, pubKey});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fmt.Errorf("x509: signature algorithm specifies an %s public key, but have public key of type %T", new sliceType$6([new $String(new PublicKeyAlgorithm(expectedPubKeyAlgo).String()), pubKey])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: signaturePublicKeyAlgoMismatchError, $c: true, $r, $24r, _r$1, expectedPubKeyAlgo, pubKey, $s};return $f;
	};
	checkSignature = function(algo, signed, signature, publicKey, allowSHA1) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _1, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, algo, allowSHA1, details, err, h, hashType, pub, pub$1, pub$2, pubKeyAlgo, publicKey, signature, signed, $s, $r, $c} = $restore(this, {algo, signed, signature, publicKey, allowSHA1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = $ifaceNil;
		hashType = 0;
		pubKeyAlgo = 0;
		_ref = signatureAlgorithmDetails;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			details = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), structType);
			if (details.algo === algo) {
				hashType = details.hash;
				pubKeyAlgo = details.pubKeyAlgo;
			}
			_i++;
		}
			_1 = hashType;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ if (_1 === (3)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (0)) { */ case 2:
				if (!((pubKeyAlgo === 4))) {
					err = $pkg.ErrUnsupportedAlgorithm;
					$s = -1; return err;
				}
				$s = 6; continue;
			/* } else if (_1 === (2)) { */ case 3:
				err = new InsecureAlgorithmError(((algo >> 0)));
				$s = -1; return err;
			/* } else if (_1 === (3)) { */ case 4:
				if (!allowSHA1) {
					err = new InsecureAlgorithmError(((algo >> 0)));
					$s = -1; return err;
				}
				if (!new crypto.Hash(hashType).Available()) {
					err = $pkg.ErrUnsupportedAlgorithm;
					$s = -1; return err;
				}
				_r$1 = new crypto.Hash(hashType).New(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				h = _r$1;
				_r$2 = h.Write(signed); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				_r$3 = h.Sum(sliceType$1.nil); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				signed = _r$3;
				$s = 6; continue;
			/* } else { */ case 5:
				if (!new crypto.Hash(hashType).Available()) {
					err = $pkg.ErrUnsupportedAlgorithm;
					$s = -1; return err;
				}
				_r$4 = new crypto.Hash(hashType).New(); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				h = _r$4;
				_r$5 = h.Write(signed); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
				_r$6 = h.Sum(sliceType$1.nil); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				signed = _r$6;
			/* } */ case 6:
		case 1:
		_ref$1 = publicKey;
		/* */ if ($assertType(_ref$1, ptrType$2, true)[1]) { $s = 13; continue; }
		/* */ if ($assertType(_ref$1, ptrType$3, true)[1]) { $s = 14; continue; }
		/* */ if ($assertType(_ref$1, ed25519.PublicKey, true)[1]) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if ($assertType(_ref$1, ptrType$2, true)[1]) { */ case 13:
			pub = _ref$1.$val;
			/* */ if (!((pubKeyAlgo === 1))) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (!((pubKeyAlgo === 1))) { */ case 17:
				_r$7 = signaturePublicKeyAlgoMismatchError(pubKeyAlgo, pub); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				err = _r$7;
				$24r = err;
				$s = 20; case 20: return $24r;
			/* } */ case 18:
			/* */ if (new SignatureAlgorithm(algo).isRSAPSS()) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (new SignatureAlgorithm(algo).isRSAPSS()) { */ case 21:
				_r$8 = rsa.VerifyPSS(pub, hashType, signed, signature, new rsa.PSSOptions.ptr(-1, 0)); /* */ $s = 24; case 24: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				err = _r$8;
				$24r$1 = err;
				$s = 25; case 25: return $24r$1;
			/* } else { */ case 22:
				_r$9 = rsa.VerifyPKCS1v15(pub, hashType, signed, signature); /* */ $s = 26; case 26: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				err = _r$9;
				$24r$2 = err;
				$s = 27; case 27: return $24r$2;
			/* } */ case 23:
			$s = 16; continue;
		/* } else if ($assertType(_ref$1, ptrType$3, true)[1]) { */ case 14:
			pub$1 = _ref$1.$val;
			/* */ if (!((pubKeyAlgo === 3))) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (!((pubKeyAlgo === 3))) { */ case 28:
				_r$10 = signaturePublicKeyAlgoMismatchError(pubKeyAlgo, pub$1); /* */ $s = 30; case 30: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				err = _r$10;
				$24r$3 = err;
				$s = 31; case 31: return $24r$3;
			/* } */ case 29:
			_r$11 = ecdsa.VerifyASN1(pub$1, signed, signature); /* */ $s = 34; case 34: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			/* */ if (!_r$11) { $s = 32; continue; }
			/* */ $s = 33; continue;
			/* if (!_r$11) { */ case 32:
				err = errors.New("x509: ECDSA verification failure");
				$s = -1; return err;
			/* } */ case 33:
			$s = -1; return err;
		/* } else if ($assertType(_ref$1, ed25519.PublicKey, true)[1]) { */ case 15:
			pub$2 = _ref$1.$val;
			/* */ if (!((pubKeyAlgo === 4))) { $s = 35; continue; }
			/* */ $s = 36; continue;
			/* if (!((pubKeyAlgo === 4))) { */ case 35:
				_r$12 = signaturePublicKeyAlgoMismatchError(pubKeyAlgo, pub$2); /* */ $s = 37; case 37: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				err = _r$12;
				$24r$4 = err;
				$s = 38; case 38: return $24r$4;
			/* } */ case 36:
			_r$13 = ed25519.Verify(pub$2, signed, signature); /* */ $s = 41; case 41: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			/* */ if (!_r$13) { $s = 39; continue; }
			/* */ $s = 40; continue;
			/* if (!_r$13) { */ case 39:
				err = errors.New("x509: Ed25519 verification failure");
				$s = -1; return err;
			/* } */ case 40:
			$s = -1; return err;
		/* } */ case 16:
		err = $pkg.ErrUnsupportedAlgorithm;
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: checkSignature, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _1, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, algo, allowSHA1, details, err, h, hashType, pub, pub$1, pub$2, pubKeyAlgo, publicKey, signature, signed, $s};return $f;
	};
	Certificate.ptr.prototype.CheckCRLSignature = function(crl) {
		var {$24r, _r$1, _r$2, algo, c, crl, $s, $r, $c} = $restore(this, {crl});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = getSignatureAlgorithmFromAI($clone(crl.SignatureAlgorithm, pkix.AlgorithmIdentifier)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		algo = _r$1;
		_r$2 = c.CheckSignature(algo, $convertSliceType(crl.TBSCertList.Raw, sliceType$1), $clone(crl.SignatureValue, asn1.BitString).RightAlign()); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.CheckCRLSignature, $c: true, $r, $24r, _r$1, _r$2, algo, c, crl, $s};return $f;
	};
	Certificate.prototype.CheckCRLSignature = function(crl) { return this.$val.CheckCRLSignature(crl); };
	UnhandledCriticalExtension.ptr.prototype.Error = function() {
		var h;
		h = this;
		return "x509: unhandled critical extension";
	};
	UnhandledCriticalExtension.prototype.Error = function() { return this.$val.Error(); };
	oidInExtensions = function(oid, extensions) {
		var _i, _ref, e, extensions, oid;
		_ref = extensions;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			e = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pkix.Extension);
			if (e.Id.Equal(oid)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	isIA5String = function(s) {
		var {$24r, _i, _r$1, _ref, _rune, r, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = s;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.length)) { break; } */ if(!(_i < _ref.length)) { $s = 2; continue; }
			_rune = $decodeRune(_ref, _i);
			r = _rune[0];
			/* */ if (r > 127) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (r > 127) { */ case 3:
				_r$1 = fmt.Errorf("x509: %q cannot be encoded as an IA5String", new sliceType$6([new $String(s)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			_i += _rune[1];
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: isIA5String, $c: true, $r, $24r, _i, _r$1, _ref, _rune, r, s, $s};return $f;
	};
	signingParamsForPublicKey = function(pub, requestedSigAlgo) {
		var {_1, _entry, _i, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _tmp, _tmp$1, _v, details, err, found, hashFunc, pub, pub$1, pub$2, pub$3, pub$4, pubType, requestedSigAlgo, sigAlgo, $s, $r, $c} = $restore(this, {pub, requestedSigAlgo});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hashFunc = 0;
		sigAlgo = new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil));
		err = $ifaceNil;
		pubType = 0;
		_ref = pub;
		/* */ if ($assertType(_ref, ptrType$2, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$3, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, ed25519.PublicKey, true)[1]) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($assertType(_ref, ptrType$2, true)[1]) { */ case 1:
			pub$1 = _ref.$val;
			pubType = 1;
			hashFunc = 5;
			sigAlgo.Algorithm = oidSignatureSHA256WithRSA;
			asn1.RawValue.copy(sigAlgo.Parameters, asn1.NullRawValue);
			$s = 5; continue;
		/* } else if ($assertType(_ref, ptrType$3, true)[1]) { */ case 2:
			pub$2 = _ref.$val;
			pubType = 3;
				_1 = pub$2.Curve;
				_r$1 = elliptic.P224(); /* */ $s = 13; case 13: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				if ($interfaceIsEqual(_1, (_r$1))) { _v = true; $s = 12; continue s; }
				_r$2 = elliptic.P256(); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_v = $interfaceIsEqual(_1, (_r$2)); case 12:
				/* */ if (_v) { $s = 7; continue; }
				_r$3 = elliptic.P384(); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$3))) { $s = 8; continue; }
				_r$4 = elliptic.P521(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$4))) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_v) { */ case 7:
					hashFunc = 5;
					sigAlgo.Algorithm = oidSignatureECDSAWithSHA256;
					$s = 11; continue;
				/* } else if ($interfaceIsEqual(_1, (_r$3))) { */ case 8:
					hashFunc = 6;
					sigAlgo.Algorithm = oidSignatureECDSAWithSHA384;
					$s = 11; continue;
				/* } else if ($interfaceIsEqual(_1, (_r$4))) { */ case 9:
					hashFunc = 7;
					sigAlgo.Algorithm = oidSignatureECDSAWithSHA512;
					$s = 11; continue;
				/* } else { */ case 10:
					err = errors.New("x509: unknown elliptic curve");
				/* } */ case 11:
			case 6:
			$s = 5; continue;
		/* } else if ($assertType(_ref, ed25519.PublicKey, true)[1]) { */ case 3:
			pub$3 = _ref.$val;
			pubType = 4;
			sigAlgo.Algorithm = oidSignatureEd25519;
			$s = 5; continue;
		/* } else { */ case 4:
			pub$4 = _ref;
			err = errors.New("x509: only RSA, ECDSA and Ed25519 keys supported");
		/* } */ case 5:
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [hashFunc, sigAlgo, err];
		}
		if (requestedSigAlgo === 0) {
			$s = -1; return [hashFunc, sigAlgo, err];
		}
		found = false;
		_ref$1 = signatureAlgorithmDetails;
		_i = 0;
		while (true) {
			if (!(_i < _ref$1.$length)) { break; }
			details = $clone(((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]), structType);
			if (details.algo === requestedSigAlgo) {
				if (!((details.pubKeyAlgo === pubType))) {
					err = errors.New("x509: requested SignatureAlgorithm does not match private key type");
					$s = -1; return [hashFunc, sigAlgo, err];
				}
				_tmp = details.oid;
				_tmp$1 = details.hash;
				sigAlgo.Algorithm = _tmp;
				hashFunc = _tmp$1;
				if ((hashFunc === 0) && !((pubType === 4))) {
					err = errors.New("x509: cannot sign with hash function requested");
					$s = -1; return [hashFunc, sigAlgo, err];
				}
				if (new SignatureAlgorithm(requestedSigAlgo).isRSAPSS()) {
					asn1.RawValue.copy(sigAlgo.Parameters, (_entry = hashToPSSParameters[crypto.Hash.keyFor(hashFunc)], _entry !== undefined ? _entry.v : new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil)));
				}
				found = true;
				break;
			}
			_i++;
		}
		if (!found) {
			err = errors.New("x509: unknown SignatureAlgorithm");
		}
		$s = -1; return [hashFunc, sigAlgo, err];
		/* */ } return; } var $f = {$blk: signingParamsForPublicKey, $c: true, $r, _1, _entry, _i, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _tmp, _tmp$1, _v, details, err, found, hashFunc, pub, pub$1, pub$2, pub$3, pub$4, pubType, requestedSigAlgo, sigAlgo, $s};return $f;
	};
	Certificate.ptr.prototype.CreateCRL = function(rand, priv, revokedCerts, now, expiry) {
		var {$24r, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, aki, c, crlBytes, err, expiry, h, hashFunc, i, key, now, ok, priv, rand, rc, revokedCerts, revokedCertsUTC, signature, signatureAlgorithm, signed, tbsCertList, tbsCertListContents, x, x$1, $s, $r, $c} = $restore(this, {rand, priv, revokedCerts, now, expiry});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		crlBytes = sliceType$1.nil;
		err = $ifaceNil;
		c = this;
		_tuple = $assertType(priv, crypto.Signer, true);
		key = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			_tmp = sliceType$1.nil;
			_tmp$1 = errors.New("x509: certificate private key does not implement crypto.Signer");
			crlBytes = _tmp;
			err = _tmp$1;
			$s = -1; return [crlBytes, err];
		}
		_r$1 = key.Public(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = signingParamsForPublicKey(_r$1, 0); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		hashFunc = _tuple$1[0];
		signatureAlgorithm = $clone(_tuple$1[1], pkix.AlgorithmIdentifier);
		err = _tuple$1[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$2 = sliceType$1.nil;
			_tmp$3 = err;
			crlBytes = _tmp$2;
			err = _tmp$3;
			$s = -1; return [crlBytes, err];
		}
		revokedCertsUTC = $makeSlice(sliceType$13, revokedCerts.$length);
		_ref = revokedCerts;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			rc = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pkix.RevokedCertificate);
			time.Time.copy(rc.RevocationTime, $clone(rc.RevocationTime, time.Time).UTC());
			pkix.RevokedCertificate.copy(((i < 0 || i >= revokedCertsUTC.$length) ? ($throwRuntimeError("index out of range"), undefined) : revokedCertsUTC.$array[revokedCertsUTC.$offset + i]), rc);
			_i++;
		}
		tbsCertList = new pkix.TBSCertificateList.ptr(asn1.RawContent.nil, 1, $clone(signatureAlgorithm, pkix.AlgorithmIdentifier), $clone(c.Subject, pkix.Name).ToRDNSequence(), $clone($clone(now, time.Time).UTC(), time.Time), $clone($clone(expiry, time.Time).UTC(), time.Time), revokedCertsUTC, sliceType$8.nil);
		/* */ if (c.SubjectKeyId.$length > 0) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (c.SubjectKeyId.$length > 0) { */ case 3:
			aki = new pkix.Extension.ptr(asn1.ObjectIdentifier.nil, false, sliceType$1.nil);
			aki.Id = $convertSliceType(oidExtensionAuthorityKeyId, asn1.ObjectIdentifier);
			_r$3 = asn1.Marshal((x = new authKeyId.ptr(c.SubjectKeyId), new x.constructor.elem(x))); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			aki.Value = _tuple$2[0];
			err = _tuple$2[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [crlBytes, err];
			}
			tbsCertList.Extensions = $append(tbsCertList.Extensions, aki);
		/* } */ case 4:
		_r$4 = asn1.Marshal(new tbsCertList.constructor.elem(tbsCertList)); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$3 = _r$4;
		tbsCertListContents = _tuple$3[0];
		err = _tuple$3[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [crlBytes, err];
		}
		signed = tbsCertListContents;
		/* */ if (!((hashFunc === 0))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((hashFunc === 0))) { */ case 7:
			_r$5 = new crypto.Hash(hashFunc).New(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			h = _r$5;
			_r$6 = h.Write(signed); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			_r$7 = h.Sum(sliceType$1.nil); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			signed = _r$7;
		/* } */ case 8:
		signature = sliceType$1.nil;
		_r$8 = key.Sign(rand, signed, new crypto.Hash(hashFunc)); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$4 = _r$8;
		signature = _tuple$4[0];
		err = _tuple$4[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [crlBytes, err];
		}
		_r$9 = asn1.Marshal((x$1 = new pkix.CertificateList.ptr($clone(tbsCertList, pkix.TBSCertificateList), $clone(signatureAlgorithm, pkix.AlgorithmIdentifier), new asn1.BitString.ptr(signature, $imul(signature.$length, 8))), new x$1.constructor.elem(x$1))); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$5 = _r$9;
		crlBytes = _tuple$5[0];
		err = _tuple$5[1];
		$24r = [crlBytes, err];
		$s = 14; case 14: return $24r;
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.CreateCRL, $c: true, $r, $24r, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, aki, c, crlBytes, err, expiry, h, hashFunc, i, key, now, ok, priv, rand, rc, revokedCerts, revokedCertsUTC, signature, signatureAlgorithm, signed, tbsCertList, tbsCertListContents, x, x$1, $s};return $f;
	};
	Certificate.prototype.CreateCRL = function(rand, priv, revokedCerts, now, expiry) { return this.$val.CreateCRL(rand, priv, revokedCerts, now, expiry); };
	CertificateInvalidError.ptr.prototype.Error = function() {
		var _1, e;
		e = this;
		_1 = e.Reason;
		if (_1 === (0)) {
			return "x509: certificate is not authorized to sign other certificates";
		} else if (_1 === (1)) {
			return "x509: certificate has expired or is not yet valid: " + e.Detail;
		} else if (_1 === (2)) {
			return "x509: a root or intermediate certificate is not authorized to sign for this name: " + e.Detail;
		} else if (_1 === (9)) {
			return "x509: a root or intermediate certificate is not authorized for an extended key usage: " + e.Detail;
		} else if (_1 === (3)) {
			return "x509: too many intermediates for path length constraint";
		} else if (_1 === (4)) {
			return "x509: certificate specifies an incompatible key usage";
		} else if (_1 === (5)) {
			return "x509: issuer name does not match subject from issuing certificate";
		} else if (_1 === (6)) {
			return "x509: issuer has name constraints but leaf doesn't have a SAN extension";
		} else if (_1 === (7)) {
			return "x509: issuer has name constraints but leaf contains unknown or unconstrained name: " + e.Detail;
		}
		return "x509: unknown error";
	};
	CertificateInvalidError.prototype.Error = function() { return this.$val.Error(); };
	HostnameError.ptr.prototype.Error = function() {
		var _i, _ref, c, h, ip, san, valid;
		h = this;
		c = h.Certificate;
		if (!c.hasSANExtension() && matchHostnames(c.Subject.CommonName, h.Host)) {
			return "x509: certificate relies on legacy Common Name field, use SANs instead";
		}
		valid = "";
		ip = net.ParseIP(h.Host);
		if (!(ip === net.IP.nil)) {
			if (c.IPAddresses.$length === 0) {
				return "x509: cannot validate certificate for " + h.Host + " because it doesn't contain any IP SANs";
			}
			_ref = c.IPAddresses;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				san = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (valid.length > 0) {
					valid = valid + (", ");
				}
				valid = valid + (san.String());
				_i++;
			}
		} else {
			valid = strings.Join(c.DNSNames, ", ");
		}
		if (valid.length === 0) {
			return "x509: certificate is not valid for any names, but wanted to match " + h.Host;
		}
		return "x509: certificate is valid for " + valid + ", not " + h.Host;
	};
	HostnameError.prototype.Error = function() { return this.$val.Error(); };
	UnknownAuthorityError.ptr.prototype.Error = function() {
		var {_r$1, _r$2, certName, e, s, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		s = "x509: certificate signed by unknown authority";
		/* */ if (!($interfaceIsEqual(e.hintErr, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(e.hintErr, $ifaceNil))) { */ case 1:
			certName = e.hintCert.Subject.CommonName;
			/* */ if (certName.length === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (certName.length === 0) { */ case 3:
				/* */ if (e.hintCert.Subject.Organization.$length > 0) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (e.hintCert.Subject.Organization.$length > 0) { */ case 5:
					certName = (x = e.hintCert.Subject.Organization, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
					$s = 7; continue;
				/* } else { */ case 6:
					_r$1 = e.hintCert.SerialNumber.String(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					certName = "serial:" + _r$1;
				/* } */ case 7:
			/* } */ case 4:
			_r$2 = fmt.Sprintf(" (possibly because of %q while trying to verify candidate authority certificate %q)", new sliceType$6([e.hintErr, new $String(certName)])); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			s = s + (_r$2);
		/* } */ case 2:
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: UnknownAuthorityError.ptr.prototype.Error, $c: true, $r, _r$1, _r$2, certName, e, s, x, $s};return $f;
	};
	UnknownAuthorityError.prototype.Error = function() { return this.$val.Error(); };
	SystemRootsError.ptr.prototype.Error = function() {
		var {$24r, _r$1, msg, se, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		se = this;
		msg = "x509: failed to load system roots and no roots provided";
		/* */ if (!($interfaceIsEqual(se.Err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(se.Err, $ifaceNil))) { */ case 1:
			_r$1 = se.Err.Error(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = msg + "; " + _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return msg;
		/* */ } return; } var $f = {$blk: SystemRootsError.ptr.prototype.Error, $c: true, $r, $24r, _r$1, msg, se, $s};return $f;
	};
	SystemRootsError.prototype.Error = function() { return this.$val.Error(); };
	SystemRootsError.ptr.prototype.Unwrap = function() {
		var se;
		se = this;
		return se.Err;
	};
	SystemRootsError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	parseRFC2821Mailbox = function(in$1) {
		var _q, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, c, c$1, in$1, localPartBytes, mailbox, ok, ok$1, twoDots, x;
		mailbox = new rfc2821Mailbox.ptr("", "");
		ok = false;
		if (in$1.length === 0) {
			_tmp = $clone(mailbox, rfc2821Mailbox);
			_tmp$1 = false;
			rfc2821Mailbox.copy(mailbox, _tmp);
			ok = _tmp$1;
			return [mailbox, ok];
		}
		localPartBytes = $makeSlice(sliceType$1, 0, (_q = in$1.length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
		if (in$1.charCodeAt(0) === 34) {
			in$1 = $substring(in$1, 1);
			QuotedString:
			while (true) {
				if (in$1.length === 0) {
					_tmp$2 = $clone(mailbox, rfc2821Mailbox);
					_tmp$3 = false;
					rfc2821Mailbox.copy(mailbox, _tmp$2);
					ok = _tmp$3;
					return [mailbox, ok];
				}
				c = in$1.charCodeAt(0);
				in$1 = $substring(in$1, 1);
				if ((c === 34)) {
					break QuotedString;
				} else if ((c === 92)) {
					if (in$1.length === 0) {
						_tmp$4 = $clone(mailbox, rfc2821Mailbox);
						_tmp$5 = false;
						rfc2821Mailbox.copy(mailbox, _tmp$4);
						ok = _tmp$5;
						return [mailbox, ok];
					}
					if ((in$1.charCodeAt(0) === 11) || (in$1.charCodeAt(0) === 12) || (1 <= in$1.charCodeAt(0) && in$1.charCodeAt(0) <= 9) || (14 <= in$1.charCodeAt(0) && in$1.charCodeAt(0) <= 127)) {
						localPartBytes = $append(localPartBytes, in$1.charCodeAt(0));
						in$1 = $substring(in$1, 1);
					} else {
						_tmp$6 = $clone(mailbox, rfc2821Mailbox);
						_tmp$7 = false;
						rfc2821Mailbox.copy(mailbox, _tmp$6);
						ok = _tmp$7;
						return [mailbox, ok];
					}
				} else if ((c === 11) || (c === 12) || (c === 32) || (c === 33) || (c === 127) || (1 <= c && c <= 8) || (14 <= c && c <= 31) || (35 <= c && c <= 91) || (93 <= c && c <= 126)) {
					localPartBytes = $append(localPartBytes, c);
				} else {
					_tmp$8 = $clone(mailbox, rfc2821Mailbox);
					_tmp$9 = false;
					rfc2821Mailbox.copy(mailbox, _tmp$8);
					ok = _tmp$9;
					return [mailbox, ok];
				}
			}
		} else {
			NextChar:
			while (true) {
				if (!(in$1.length > 0)) { break; }
				c$1 = in$1.charCodeAt(0);
				if ((c$1 === 92)) {
					in$1 = $substring(in$1, 1);
					if (in$1.length === 0) {
						_tmp$10 = $clone(mailbox, rfc2821Mailbox);
						_tmp$11 = false;
						rfc2821Mailbox.copy(mailbox, _tmp$10);
						ok = _tmp$11;
						return [mailbox, ok];
					}
					localPartBytes = $append(localPartBytes, in$1.charCodeAt(0));
					in$1 = $substring(in$1, 1);
				} else if ((48 <= c$1 && c$1 <= 57) || (97 <= c$1 && c$1 <= 122) || (65 <= c$1 && c$1 <= 90) || (c$1 === 33) || (c$1 === 35) || (c$1 === 36) || (c$1 === 37) || (c$1 === 38) || (c$1 === 39) || (c$1 === 42) || (c$1 === 43) || (c$1 === 45) || (c$1 === 47) || (c$1 === 61) || (c$1 === 63) || (c$1 === 94) || (c$1 === 95) || (c$1 === 96) || (c$1 === 123) || (c$1 === 124) || (c$1 === 125) || (c$1 === 126) || (c$1 === 46)) {
					localPartBytes = $append(localPartBytes, in$1.charCodeAt(0));
					in$1 = $substring(in$1, 1);
				} else {
					break NextChar;
				}
			}
			if (localPartBytes.$length === 0) {
				_tmp$12 = $clone(mailbox, rfc2821Mailbox);
				_tmp$13 = false;
				rfc2821Mailbox.copy(mailbox, _tmp$12);
				ok = _tmp$13;
				return [mailbox, ok];
			}
			twoDots = new sliceType$1([46, 46]);
			if (((0 >= localPartBytes.$length ? ($throwRuntimeError("index out of range"), undefined) : localPartBytes.$array[localPartBytes.$offset + 0]) === 46) || ((x = localPartBytes.$length - 1 >> 0, ((x < 0 || x >= localPartBytes.$length) ? ($throwRuntimeError("index out of range"), undefined) : localPartBytes.$array[localPartBytes.$offset + x])) === 46) || bytes.Contains(localPartBytes, twoDots)) {
				_tmp$14 = $clone(mailbox, rfc2821Mailbox);
				_tmp$15 = false;
				rfc2821Mailbox.copy(mailbox, _tmp$14);
				ok = _tmp$15;
				return [mailbox, ok];
			}
		}
		if ((in$1.length === 0) || !((in$1.charCodeAt(0) === 64))) {
			_tmp$16 = $clone(mailbox, rfc2821Mailbox);
			_tmp$17 = false;
			rfc2821Mailbox.copy(mailbox, _tmp$16);
			ok = _tmp$17;
			return [mailbox, ok];
		}
		in$1 = $substring(in$1, 1);
		_tuple = domainToReverseLabels(in$1);
		ok$1 = _tuple[1];
		if (!ok$1) {
			_tmp$18 = $clone(mailbox, rfc2821Mailbox);
			_tmp$19 = false;
			rfc2821Mailbox.copy(mailbox, _tmp$18);
			ok = _tmp$19;
			return [mailbox, ok];
		}
		mailbox.local = ($bytesToString(localPartBytes));
		mailbox.domain = in$1;
		_tmp$20 = $clone(mailbox, rfc2821Mailbox);
		_tmp$21 = true;
		rfc2821Mailbox.copy(mailbox, _tmp$20);
		ok = _tmp$21;
		return [mailbox, ok];
	};
	domainToReverseLabels = function(domain) {
		var _i, _i$1, _ref, _ref$1, _rune, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, c, domain, i, label, ok, reverseLabels;
		reverseLabels = sliceType$4.nil;
		ok = false;
		while (true) {
			if (!(domain.length > 0)) { break; }
			i = strings.LastIndexByte(domain, 46);
			if (i === -1) {
				reverseLabels = $append(reverseLabels, domain);
				domain = "";
			} else {
				reverseLabels = $append(reverseLabels, $substring(domain, (i + 1 >> 0)));
				domain = $substring(domain, 0, i);
			}
		}
		if (reverseLabels.$length > 0 && ((0 >= reverseLabels.$length ? ($throwRuntimeError("index out of range"), undefined) : reverseLabels.$array[reverseLabels.$offset + 0]).length === 0)) {
			_tmp = sliceType$4.nil;
			_tmp$1 = false;
			reverseLabels = _tmp;
			ok = _tmp$1;
			return [reverseLabels, ok];
		}
		_ref = reverseLabels;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			label = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (label.length === 0) {
				_tmp$2 = sliceType$4.nil;
				_tmp$3 = false;
				reverseLabels = _tmp$2;
				ok = _tmp$3;
				return [reverseLabels, ok];
			}
			_ref$1 = label;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.length)) { break; }
				_rune = $decodeRune(_ref$1, _i$1);
				c = _rune[0];
				if (c < 33 || c > 126) {
					_tmp$4 = sliceType$4.nil;
					_tmp$5 = false;
					reverseLabels = _tmp$4;
					ok = _tmp$5;
					return [reverseLabels, ok];
				}
				_i$1 += _rune[1];
			}
			_i++;
		}
		_tmp$6 = reverseLabels;
		_tmp$7 = true;
		reverseLabels = _tmp$6;
		ok = _tmp$7;
		return [reverseLabels, ok];
	};
	matchEmailConstraint = function(mailbox, constraint) {
		var {$24r, $24r$1, _r$1, _r$2, _tuple, constraint, constraintMailbox, mailbox, ok, $s, $r, $c} = $restore(this, {mailbox, constraint});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (strings.Contains(constraint, "@")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (strings.Contains(constraint, "@")) { */ case 1:
			_tuple = parseRFC2821Mailbox(constraint);
			constraintMailbox = $clone(_tuple[0], rfc2821Mailbox);
			ok = _tuple[1];
			/* */ if (!ok) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!ok) { */ case 3:
				_r$1 = fmt.Errorf("x509: internal error: cannot parse constraint %q", new sliceType$6([new $String(constraint)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = [false, _r$1];
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			$s = -1; return [mailbox.local === constraintMailbox.local && strings.EqualFold(mailbox.domain, constraintMailbox.domain), $ifaceNil];
		/* } */ case 2:
		_r$2 = matchDomainConstraint(mailbox.domain, constraint); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } var $f = {$blk: matchEmailConstraint, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _tuple, constraint, constraintMailbox, mailbox, ok, $s};return $f;
	};
	matchURIConstraint = function(uri, constraint) {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _r$4, _tuple, constraint, err, host, uri, $s, $r, $c} = $restore(this, {uri, constraint});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		host = uri.Host;
		/* */ if (host.length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (host.length === 0) { */ case 1:
			_r$1 = fmt.Errorf("URI with empty host (%q) cannot be matched against constraints", new sliceType$6([new $String(uri.String())])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = [false, _r$1];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		/* */ if (strings.Contains(host, ":") && !strings.HasSuffix(host, "]")) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (strings.Contains(host, ":") && !strings.HasSuffix(host, "]")) { */ case 5:
			err = $ifaceNil;
			_r$2 = net.SplitHostPort(uri.Host); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			host = _tuple[0];
			err = _tuple[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [false, err];
			}
		/* } */ case 6:
		/* */ if (strings.HasPrefix(host, "[") && strings.HasSuffix(host, "]") || !(net.ParseIP(host) === net.IP.nil)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (strings.HasPrefix(host, "[") && strings.HasSuffix(host, "]") || !(net.ParseIP(host) === net.IP.nil)) { */ case 8:
			_r$3 = fmt.Errorf("URI with IP (%q) cannot be matched against constraints", new sliceType$6([new $String(uri.String())])); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$1 = [false, _r$3];
			$s = 11; case 11: return $24r$1;
		/* } */ case 9:
		_r$4 = matchDomainConstraint(host, constraint); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$2 = _r$4;
		$s = 13; case 13: return $24r$2;
		/* */ } return; } var $f = {$blk: matchURIConstraint, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _r$4, _tuple, constraint, err, host, uri, $s};return $f;
	};
	matchIPConstraint = function(ip, constraint) {
		var _i, _ref, constraint, i, ip, mask, x, x$1;
		if (!((ip.$length === constraint.IP.$length))) {
			return [false, $ifaceNil];
		}
		_ref = ip;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			mask = (x = constraint.Mask, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			if (!((((((i < 0 || i >= ip.$length) ? ($throwRuntimeError("index out of range"), undefined) : ip.$array[ip.$offset + i]) & mask) >>> 0) === (((x$1 = constraint.IP, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i])) & mask) >>> 0)))) {
				return [false, $ifaceNil];
			}
			_i++;
		}
		return [true, $ifaceNil];
	};
	matchDomainConstraint = function(domain, constraint) {
		var {$24r, $24r$1, _i, _r$1, _r$2, _ref, _tuple, _tuple$1, constraint, constraintLabel, constraintLabels, domain, domainLabels, i, mustHaveSubdomains, ok, $s, $r, $c} = $restore(this, {domain, constraint});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (constraint.length === 0) {
			$s = -1; return [true, $ifaceNil];
		}
		_tuple = domainToReverseLabels(domain);
		domainLabels = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r$1 = fmt.Errorf("x509: internal error: cannot parse domain %q", new sliceType$6([new $String(domain)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = [false, _r$1];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		mustHaveSubdomains = false;
		if (constraint.charCodeAt(0) === 46) {
			mustHaveSubdomains = true;
			constraint = $substring(constraint, 1);
		}
		_tuple$1 = domainToReverseLabels(constraint);
		constraintLabels = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!ok) { */ case 5:
			_r$2 = fmt.Errorf("x509: internal error: cannot parse domain %q", new sliceType$6([new $String(constraint)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = [false, _r$2];
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		if (domainLabels.$length < constraintLabels.$length || (mustHaveSubdomains && (domainLabels.$length === constraintLabels.$length))) {
			$s = -1; return [false, $ifaceNil];
		}
		_ref = constraintLabels;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			constraintLabel = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!strings.EqualFold(constraintLabel, ((i < 0 || i >= domainLabels.$length) ? ($throwRuntimeError("index out of range"), undefined) : domainLabels.$array[domainLabels.$offset + i]))) {
				$s = -1; return [false, $ifaceNil];
			}
			_i++;
		}
		$s = -1; return [true, $ifaceNil];
		/* */ } return; } var $f = {$blk: matchDomainConstraint, $c: true, $r, $24r, $24r$1, _i, _r$1, _r$2, _ref, _tuple, _tuple$1, constraint, constraintLabel, constraintLabels, domain, domainLabels, i, mustHaveSubdomains, ok, $s};return $f;
	};
	Certificate.ptr.prototype.checkNameConstraints = function(count, maxConstraintComparisons, nameType, name, parsedName, match, permitted, excluded) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, c, constraint, constraint$1, count, err, err$1, excluded, excludedValue, i, i$1, match, match$1, maxConstraintComparisons, name, nameType, ok, parsedName, permitted, permittedValue, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {count, maxConstraintComparisons, nameType, name, parsedName, match, permitted, excluded});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = reflect.ValueOf(excluded); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		excludedValue = _r$1;
		count.$set(count.$get() + ($clone(excludedValue, reflect.Value).Len()) >> 0);
		if (count.$get() > maxConstraintComparisons) {
			$s = -1; return (x = new CertificateInvalidError.ptr(c, 8, ""), new x.constructor.elem(x));
		}
		i = 0;
		/* while (true) { */ case 2:
			/* if (!(i < $clone(excludedValue, reflect.Value).Len())) { break; } */ if(!(i < $clone(excludedValue, reflect.Value).Len())) { $s = 3; continue; }
			_r$2 = $clone(excludedValue, reflect.Value).Index(i); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $clone(_r$2, reflect.Value).Interface(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			constraint = _r$3;
			_r$4 = match(parsedName, constraint); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple = _r$4;
			match$1 = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
				_r$5 = err.Error(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r = (x$1 = new CertificateInvalidError.ptr(c, 2, _r$5), new x$1.constructor.elem(x$1));
				$s = 10; case 10: return $24r;
			/* } */ case 8:
			/* */ if (match$1) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (match$1) { */ case 11:
				_r$6 = fmt.Sprintf("%s %q is excluded by constraint %q", new sliceType$6([new $String(nameType), new $String(name), constraint])); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$1 = (x$2 = new CertificateInvalidError.ptr(c, 2, _r$6), new x$2.constructor.elem(x$2));
				$s = 14; case 14: return $24r$1;
			/* } */ case 12:
			i = i + (1) >> 0;
		$s = 2; continue;
		case 3:
		_r$7 = reflect.ValueOf(permitted); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		permittedValue = _r$7;
		count.$set(count.$get() + ($clone(permittedValue, reflect.Value).Len()) >> 0);
		if (count.$get() > maxConstraintComparisons) {
			$s = -1; return (x$3 = new CertificateInvalidError.ptr(c, 8, ""), new x$3.constructor.elem(x$3));
		}
		ok = true;
		i$1 = 0;
		/* while (true) { */ case 16:
			/* if (!(i$1 < $clone(permittedValue, reflect.Value).Len())) { break; } */ if(!(i$1 < $clone(permittedValue, reflect.Value).Len())) { $s = 17; continue; }
			_r$8 = $clone(permittedValue, reflect.Value).Index(i$1); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$9 = $clone(_r$8, reflect.Value).Interface(); /* */ $s = 19; case 19: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			constraint$1 = _r$9;
			err$1 = $ifaceNil;
			_r$10 = match(parsedName, constraint$1); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple$1 = _r$10;
			ok = _tuple$1[0];
			err$1 = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 21:
				_r$11 = err$1.Error(); /* */ $s = 23; case 23: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				$24r$2 = (x$4 = new CertificateInvalidError.ptr(c, 2, _r$11), new x$4.constructor.elem(x$4));
				$s = 24; case 24: return $24r$2;
			/* } */ case 22:
			if (ok) {
				/* break; */ $s = 17; continue;
			}
			i$1 = i$1 + (1) >> 0;
		$s = 16; continue;
		case 17:
		/* */ if (!ok) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (!ok) { */ case 25:
			_r$12 = fmt.Sprintf("%s %q is not permitted by any constraint", new sliceType$6([new $String(nameType), new $String(name)])); /* */ $s = 27; case 27: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r$3 = (x$5 = new CertificateInvalidError.ptr(c, 2, _r$12), new x$5.constructor.elem(x$5));
			$s = 28; case 28: return $24r$3;
		/* } */ case 26:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.checkNameConstraints, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, c, constraint, constraint$1, count, err, err$1, excluded, excludedValue, i, i$1, match, match$1, maxConstraintComparisons, name, nameType, ok, parsedName, permitted, permittedValue, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	Certificate.prototype.checkNameConstraints = function(count, maxConstraintComparisons, nameType, name, parsedName, match, permitted, excluded) { return this.$val.checkNameConstraints(count, maxConstraintComparisons, nameType, name, parsedName, match, permitted, excluded); };
	Certificate.ptr.prototype.isValid = function(certType, currentChain, opts) {
		var {$24r, $24r$1, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, certType, child, comparisonCount, currentChain, err, leaf, maxConstraintComparisons, now, numIntermediates, opts, x, x$1, x$2, x$3, x$4, x$5, x$6, $s, $r, $c} = $restore(this, {certType, currentChain, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = [c];
		comparisonCount = [comparisonCount];
		maxConstraintComparisons = [maxConstraintComparisons];
		c[0] = this;
		if (c[0].UnhandledCriticalExtensions.$length > 0) {
			$s = -1; return (x = new UnhandledCriticalExtension.ptr(), new x.constructor.elem(x));
		}
		if (currentChain.$length > 0) {
			child = (x$1 = currentChain.$length - 1 >> 0, ((x$1 < 0 || x$1 >= currentChain.$length) ? ($throwRuntimeError("index out of range"), undefined) : currentChain.$array[currentChain.$offset + x$1]));
			if (!bytes.Equal(child.RawIssuer, c[0].RawSubject)) {
				$s = -1; return (x$2 = new CertificateInvalidError.ptr(c[0], 5, ""), new x$2.constructor.elem(x$2));
			}
		}
		now = $clone(opts.CurrentTime, time.Time);
		/* */ if ($clone(now, time.Time).IsZero()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(now, time.Time).IsZero()) { */ case 1:
			_r$1 = time.Now(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			time.Time.copy(now, _r$1);
		/* } */ case 2:
		/* */ if ($clone(now, time.Time).Before($clone(c[0].NotBefore, time.Time))) { $s = 4; continue; }
		/* */ if ($clone(now, time.Time).After($clone(c[0].NotAfter, time.Time))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($clone(now, time.Time).Before($clone(c[0].NotBefore, time.Time))) { */ case 4:
			_r$2 = $clone(now, time.Time).Format("2006-01-02T15:04:05Z07:00"); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_arg = new $String(_r$2);
			_r$3 = $clone(c[0].NotBefore, time.Time).Format("2006-01-02T15:04:05Z07:00"); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_arg$1 = new $String(_r$3);
			_r$4 = fmt.Sprintf("current time %s is before %s", new sliceType$6([_arg, _arg$1])); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = (x$3 = new CertificateInvalidError.ptr(c[0], 1, _r$4), new x$3.constructor.elem(x$3));
			$s = 10; case 10: return $24r;
		/* } else if ($clone(now, time.Time).After($clone(c[0].NotAfter, time.Time))) { */ case 5:
			_r$5 = $clone(now, time.Time).Format("2006-01-02T15:04:05Z07:00"); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg$2 = new $String(_r$5);
			_r$6 = $clone(c[0].NotAfter, time.Time).Format("2006-01-02T15:04:05Z07:00"); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg$3 = new $String(_r$6);
			_r$7 = fmt.Sprintf("current time %s is after %s", new sliceType$6([_arg$2, _arg$3])); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$1 = (x$4 = new CertificateInvalidError.ptr(c[0], 1, _r$7), new x$4.constructor.elem(x$4));
			$s = 14; case 14: return $24r$1;
		/* } */ case 6:
		maxConstraintComparisons[0] = opts.MaxConstraintComparisions;
		if (maxConstraintComparisons[0] === 0) {
			maxConstraintComparisons[0] = 250000;
		}
		comparisonCount[0] = 0;
		leaf = ptrType$4.nil;
		if ((certType === 1) || (certType === 2)) {
			if (currentChain.$length === 0) {
				$s = -1; return errors.New("x509: internal error: empty chain when appending CA cert");
			}
			leaf = (0 >= currentChain.$length ? ($throwRuntimeError("index out of range"), undefined) : currentChain.$array[currentChain.$offset + 0]);
		}
		/* */ if (((certType === 1) || (certType === 2)) && c[0].hasNameConstraints() && leaf.hasSANExtension()) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (((certType === 1) || (certType === 2)) && c[0].hasNameConstraints() && leaf.hasSANExtension()) { */ case 15:
			_r$8 = forEachSAN($convertSliceType(leaf.getSANExtension(), cryptobyte.String), (function(c, comparisonCount, maxConstraintComparisons) { return function $b(tag, data) {
				var {$24r$2, $24r$3, $24r$4, $24r$5, _1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, data, err, err$1, err$2, err$3, err$4, ip, l, mailbox, name, name$1, name$2, ok, ok$1, tag, uri, $s, $r, $c} = $restore(this, {tag, data});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
					_1 = tag;
					/* */ if (_1 === (1)) { $s = 2; continue; }
					/* */ if (_1 === (2)) { $s = 3; continue; }
					/* */ if (_1 === (6)) { $s = 4; continue; }
					/* */ if (_1 === (7)) { $s = 5; continue; }
					/* */ $s = 6; continue;
					/* if (_1 === (1)) { */ case 2:
						name = ($bytesToString(data));
						_tuple = parseRFC2821Mailbox(name);
						mailbox = $clone(_tuple[0], rfc2821Mailbox);
						ok = _tuple[1];
						/* */ if (!ok) { $s = 7; continue; }
						/* */ $s = 8; continue;
						/* if (!ok) { */ case 7:
							_r$8 = fmt.Errorf("x509: cannot parse rfc822Name %q", new sliceType$6([new mailbox.constructor.elem(mailbox)])); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
							$24r$2 = _r$8;
							$s = 10; case 10: return $24r$2;
						/* } */ case 8:
						_r$9 = c[0].checkNameConstraints((comparisonCount.$ptr || (comparisonCount.$ptr = new ptrType$16(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, comparisonCount))), maxConstraintComparisons[0], "email address", name, new mailbox.constructor.elem(mailbox), (function(c, comparisonCount, maxConstraintComparisons) { return function $b(parsedName, constraint) {
							var {$24r$3, _r$9, constraint, parsedName, $s, $r, $c} = $restore(this, {parsedName, constraint});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							_r$9 = matchEmailConstraint($clone($assertType(parsedName, rfc2821Mailbox), rfc2821Mailbox), $assertType(constraint, $String)); /* */ $s = 1; case 1: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
							$24r$3 = _r$9;
							$s = 2; case 2: return $24r$3;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$3, _r$9, constraint, parsedName, $s};return $f;
						}; })(c, comparisonCount, maxConstraintComparisons), c[0].PermittedEmailAddresses, c[0].ExcludedEmailAddresses); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
						err = _r$9;
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return err;
						}
						$s = 6; continue;
					/* } else if (_1 === (2)) { */ case 3:
						name$1 = ($bytesToString(data));
						_tuple$1 = domainToReverseLabels(name$1);
						ok$1 = _tuple$1[1];
						/* */ if (!ok$1) { $s = 12; continue; }
						/* */ $s = 13; continue;
						/* if (!ok$1) { */ case 12:
							_r$10 = fmt.Errorf("x509: cannot parse dnsName %q", new sliceType$6([new $String(name$1)])); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
							$24r$3 = _r$10;
							$s = 15; case 15: return $24r$3;
						/* } */ case 13:
						_r$11 = c[0].checkNameConstraints((comparisonCount.$ptr || (comparisonCount.$ptr = new ptrType$16(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, comparisonCount))), maxConstraintComparisons[0], "DNS name", name$1, new $String(name$1), (function(c, comparisonCount, maxConstraintComparisons) { return function $b(parsedName, constraint) {
							var {$24r$4, _r$11, constraint, parsedName, $s, $r, $c} = $restore(this, {parsedName, constraint});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							_r$11 = matchDomainConstraint($assertType(parsedName, $String), $assertType(constraint, $String)); /* */ $s = 1; case 1: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
							$24r$4 = _r$11;
							$s = 2; case 2: return $24r$4;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$4, _r$11, constraint, parsedName, $s};return $f;
						}; })(c, comparisonCount, maxConstraintComparisons), c[0].PermittedDNSDomains, c[0].ExcludedDNSDomains); /* */ $s = 16; case 16: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						err$1 = _r$11;
						if (!($interfaceIsEqual(err$1, $ifaceNil))) {
							$s = -1; return err$1;
						}
						$s = 6; continue;
					/* } else if (_1 === (6)) { */ case 4:
						name$2 = ($bytesToString(data));
						_r$12 = url.Parse(name$2); /* */ $s = 17; case 17: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						_tuple$2 = _r$12;
						uri = _tuple$2[0];
						err$2 = _tuple$2[1];
						/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 18; continue; }
						/* */ $s = 19; continue;
						/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 18:
							_r$13 = fmt.Errorf("x509: internal error: URI SAN %q failed to parse", new sliceType$6([new $String(name$2)])); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
							$24r$4 = _r$13;
							$s = 21; case 21: return $24r$4;
						/* } */ case 19:
						_r$14 = c[0].checkNameConstraints((comparisonCount.$ptr || (comparisonCount.$ptr = new ptrType$16(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, comparisonCount))), maxConstraintComparisons[0], "URI", name$2, uri, (function(c, comparisonCount, maxConstraintComparisons) { return function $b(parsedName, constraint) {
							var {$24r$5, _r$14, constraint, parsedName, $s, $r, $c} = $restore(this, {parsedName, constraint});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							_r$14 = matchURIConstraint($assertType(parsedName, ptrType$13), $assertType(constraint, $String)); /* */ $s = 1; case 1: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
							$24r$5 = _r$14;
							$s = 2; case 2: return $24r$5;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$5, _r$14, constraint, parsedName, $s};return $f;
						}; })(c, comparisonCount, maxConstraintComparisons), c[0].PermittedURIDomains, c[0].ExcludedURIDomains); /* */ $s = 22; case 22: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
						err$3 = _r$14;
						if (!($interfaceIsEqual(err$3, $ifaceNil))) {
							$s = -1; return err$3;
						}
						$s = 6; continue;
					/* } else if (_1 === (7)) { */ case 5:
						ip = ($convertSliceType(data, net.IP));
						l = ip.$length;
						/* */ if (!((l === 4)) && !((l === 16))) { $s = 23; continue; }
						/* */ $s = 24; continue;
						/* if (!((l === 4)) && !((l === 16))) { */ case 23:
							_r$15 = fmt.Errorf("x509: internal error: IP SAN %x failed to parse", new sliceType$6([data])); /* */ $s = 25; case 25: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
							$24r$5 = _r$15;
							$s = 26; case 26: return $24r$5;
						/* } */ case 24:
						_r$16 = c[0].checkNameConstraints((comparisonCount.$ptr || (comparisonCount.$ptr = new ptrType$16(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, comparisonCount))), maxConstraintComparisons[0], "IP address", ip.String(), ip, (function(c, comparisonCount, maxConstraintComparisons) { return function(parsedName, constraint) {
							var constraint, parsedName;
							return matchIPConstraint($assertType(parsedName, net.IP), $assertType(constraint, ptrType$17));
						}; })(c, comparisonCount, maxConstraintComparisons), c[0].PermittedIPRanges, c[0].ExcludedIPRanges); /* */ $s = 27; case 27: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
						err$4 = _r$16;
						if (!($interfaceIsEqual(err$4, $ifaceNil))) {
							$s = -1; return err$4;
						}
					/* } */ case 6:
				case 1:
				$s = -1; return $ifaceNil;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r$2, $24r$3, $24r$4, $24r$5, _1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, data, err, err$1, err$2, err$3, err$4, ip, l, mailbox, name, name$1, name$2, ok, ok$1, tag, uri, $s};return $f;
			}; })(c, comparisonCount, maxConstraintComparisons)); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err = _r$8;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 16:
		if ((certType === 1) && (!c[0].BasicConstraintsValid || !c[0].IsCA)) {
			$s = -1; return (x$5 = new CertificateInvalidError.ptr(c[0], 0, ""), new x$5.constructor.elem(x$5));
		}
		if (c[0].BasicConstraintsValid && c[0].MaxPathLen >= 0) {
			numIntermediates = currentChain.$length - 1 >> 0;
			if (numIntermediates > c[0].MaxPathLen) {
				$s = -1; return (x$6 = new CertificateInvalidError.ptr(c[0], 3, ""), new x$6.constructor.elem(x$6));
			}
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.isValid, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, certType, child, comparisonCount, currentChain, err, leaf, maxConstraintComparisons, now, numIntermediates, opts, x, x$1, x$2, x$3, x$4, x$5, x$6, $s};return $f;
	};
	Certificate.prototype.isValid = function(certType, currentChain, opts) { return this.$val.isValid(certType, currentChain, opts); };
	Certificate.ptr.prototype.Verify = function(opts) {
		var {$24r, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, c, c$1, candidate, candidateChains, chains, err, err$1, err$2, i, keyUsages, opts, platformChains, usage, x, x$1, $s, $r, $c} = $restore(this, {opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		opts = [opts];
		chains = sliceType$21.nil;
		err = $ifaceNil;
		c = this;
		if (c.Raw.$length === 0) {
			_tmp = sliceType$21.nil;
			_tmp$1 = errNotParsed;
			chains = _tmp;
			err = _tmp$1;
			$s = -1; return [chains, err];
		}
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < opts[0].Intermediates.len())) { break; } */ if(!(i < opts[0].Intermediates.len())) { $s = 2; continue; }
			_r$1 = opts[0].Intermediates.cert(i); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			c$1 = _tuple[0];
			err$1 = _tuple[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 4:
				_tmp$2 = sliceType$21.nil;
				_r$2 = fmt.Errorf("crypto/x509: error fetching intermediate: %w", new sliceType$6([err$1])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tmp$3 = _r$2;
				chains = _tmp$2;
				err = _tmp$3;
				$24r = [chains, err];
				$s = 7; case 7: return $24r;
			/* } */ case 5:
			if (c$1.Raw.$length === 0) {
				_tmp$4 = sliceType$21.nil;
				_tmp$5 = errNotParsed;
				chains = _tmp$4;
				err = _tmp$5;
				$s = -1; return [chains, err];
			}
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		if (false) {
			if (opts[0].Roots === ptrType.nil) {
				_tuple$1 = c.systemVerify(opts[0]);
				chains = _tuple$1[0];
				err = _tuple$1[1];
				$s = -1; return [chains, err];
			}
			if (!(opts[0].Roots === ptrType.nil) && opts[0].Roots.systemPool) {
				_tuple$2 = c.systemVerify(opts[0]);
				platformChains = _tuple$2[0];
				err$2 = _tuple$2[1];
				if ($interfaceIsEqual(err$2, $ifaceNil) || (opts[0].Roots.len() === 0)) {
					_tmp$6 = platformChains;
					_tmp$7 = err$2;
					chains = _tmp$6;
					err = _tmp$7;
					$s = -1; return [chains, err];
				}
			}
		}
		/* */ if (opts[0].Roots === ptrType.nil) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (opts[0].Roots === ptrType.nil) { */ case 8:
			_r$3 = systemRootsPool(); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			opts[0].Roots = _r$3;
			if (opts[0].Roots === ptrType.nil) {
				_tmp$8 = sliceType$21.nil;
				_tmp$9 = (x = new SystemRootsError.ptr(systemRootsErr), new x.constructor.elem(x));
				chains = _tmp$8;
				err = _tmp$9;
				$s = -1; return [chains, err];
			}
		/* } */ case 9:
		_r$4 = c.isValid(0, sliceType$20.nil, opts[0]); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		err = _r$4;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [chains, err];
		}
		if (opts[0].DNSName.length > 0) {
			err = c.VerifyHostname(opts[0].DNSName);
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [chains, err];
			}
		}
		candidateChains = sliceType$21.nil;
		/* */ if (opts[0].Roots.contains(c)) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (opts[0].Roots.contains(c)) { */ case 12:
			candidateChains = $append(candidateChains, new sliceType$20([c]));
			$s = 14; continue;
		/* } else { */ case 13:
			_r$5 = c.buildChains(false, new sliceType$20([c]), ptrType$16.nil, opts[0]); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$3 = _r$5;
			candidateChains = _tuple$3[0];
			err = _tuple$3[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$10 = sliceType$21.nil;
				_tmp$11 = err;
				chains = _tmp$10;
				err = _tmp$11;
				$s = -1; return [chains, err];
			}
		/* } */ case 14:
		keyUsages = opts[0].KeyUsages;
		if (keyUsages.$length === 0) {
			keyUsages = new sliceType$22([1]);
		}
		_ref = keyUsages;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			usage = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (usage === 0) {
				_tmp$12 = candidateChains;
				_tmp$13 = $ifaceNil;
				chains = _tmp$12;
				err = _tmp$13;
				$s = -1; return [chains, err];
			}
			_i++;
		}
		_ref$1 = candidateChains;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			candidate = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (checkChainForKeyUsage(candidate, keyUsages)) {
				chains = $append(chains, candidate);
			}
			_i$1++;
		}
		if (chains.$length === 0) {
			_tmp$14 = sliceType$21.nil;
			_tmp$15 = (x$1 = new CertificateInvalidError.ptr(c, 4, ""), new x$1.constructor.elem(x$1));
			chains = _tmp$14;
			err = _tmp$15;
			$s = -1; return [chains, err];
		}
		_tmp$16 = chains;
		_tmp$17 = $ifaceNil;
		chains = _tmp$16;
		err = _tmp$17;
		$s = -1; return [chains, err];
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.Verify, $c: true, $r, $24r, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, c, c$1, candidate, candidateChains, chains, err, err$1, err$2, i, keyUsages, opts, platformChains, usage, x, x$1, $s};return $f;
	};
	Certificate.prototype.Verify = function(opts) { return this.$val.Verify(opts); };
	appendToFreshChain = function(chain, cert) {
		var cert, chain, n, x;
		n = $makeSlice(sliceType$20, (chain.$length + 1 >> 0));
		$copySlice(n, chain);
		(x = chain.$length, ((x < 0 || x >= n.$length) ? ($throwRuntimeError("index out of range"), undefined) : n.$array[n.$offset + x] = cert));
		return n;
	};
	Certificate.ptr.prototype.buildChains = function(cache, currentChain, sigChecks, opts) {
		var {_i, _i$1, _r$1, _r$2, _ref, _ref$1, c, cache, chains, considerCandidate, currentChain, err, hintCert, hintErr, intermediate, opts, root, sigChecks, x, $s, $r, $c} = $restore(this, {cache, currentChain, sigChecks, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = [c];
		cache = [cache];
		chains = [chains];
		currentChain = [currentChain];
		err = [err];
		hintCert = [hintCert];
		hintErr = [hintErr];
		opts = [opts];
		sigChecks = [sigChecks];
		chains[0] = sliceType$21.nil;
		err[0] = $ifaceNil;
		c[0] = this;
		hintErr[0] = $ifaceNil;
		hintCert[0] = ptrType$4.nil;
		considerCandidate = (function(c, cache, chains, currentChain, err, hintCert, hintErr, opts, sigChecks) { return function $b(certType, candidate) {
			var {_1, _entry, _i, _key, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, candidate, cert, certType, childChains, err$1, ok, $s, $r, $c} = $restore(this, {certType, candidate});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_ref = currentChain[0];
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				cert = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (cert.Equal(candidate)) {
					$s = -1; return;
				}
				_i++;
			}
			if (sigChecks[0] === ptrType$16.nil) {
				sigChecks[0] = $newDataPointer(0, ptrType$16);
			}
			sigChecks[0].$set(sigChecks[0].$get() + (1) >> 0);
			if (sigChecks[0].$get() > 100) {
				err[0] = errors.New("x509: signature check attempts limit reached while verifying certificate chain");
				$s = -1; return;
			}
			_r$1 = c[0].CheckSignatureFrom(candidate); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err$1 = _r$1;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				if ($interfaceIsEqual(hintErr[0], $ifaceNil)) {
					hintErr[0] = err$1;
					hintCert[0] = candidate;
				}
				$s = -1; return;
			}
			_r$2 = candidate.isValid(certType, currentChain[0], opts[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err[0] = _r$2;
			if (!($interfaceIsEqual(err[0], $ifaceNil))) {
				$s = -1; return;
			}
				_1 = certType;
				/* */ if (_1 === (2)) { $s = 4; continue; }
				/* */ if (_1 === (1)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (2)) { */ case 4:
					chains[0] = $append(chains[0], appendToFreshChain(currentChain[0], candidate));
					$s = 6; continue;
				/* } else if (_1 === (1)) { */ case 5:
					if (cache[0] === false) {
						cache[0] = {};
					}
					_tuple = (_entry = cache[0][ptrType$4.keyFor(candidate)], _entry !== undefined ? [_entry.v, true] : [sliceType$21.nil, false]);
					childChains = _tuple[0];
					ok = _tuple[1];
					/* */ if (!ok) { $s = 7; continue; }
					/* */ $s = 8; continue;
					/* if (!ok) { */ case 7:
						_r$3 = candidate.buildChains(cache[0], appendToFreshChain(currentChain[0], candidate), sigChecks[0], opts[0]); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_tuple$1 = _r$3;
						childChains = _tuple$1[0];
						err[0] = _tuple$1[1];
						_key = candidate; (cache[0] || $throwRuntimeError("assignment to entry in nil map"))[ptrType$4.keyFor(_key)] = { k: _key, v: childChains };
					/* } */ case 8:
					chains[0] = $appendSlice(chains[0], childChains);
				/* } */ case 6:
			case 3:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _1, _entry, _i, _key, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, candidate, cert, certType, childChains, err$1, ok, $s};return $f;
		}; })(c, cache, chains, currentChain, err, hintCert, hintErr, opts, sigChecks);
		_r$1 = opts[0].Roots.findPotentialParents(c[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_ref = _r$1;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			root = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$r = considerCandidate(2, root); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		_r$2 = opts[0].Intermediates.findPotentialParents(c[0]); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_ref$1 = _r$2;
		_i$1 = 0;
		/* while (true) { */ case 6:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 7; continue; }
			intermediate = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			$r = considerCandidate(1, intermediate); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i$1++;
		$s = 6; continue;
		case 7:
		if (chains[0].$length > 0) {
			err[0] = $ifaceNil;
		}
		if ((chains[0].$length === 0) && $interfaceIsEqual(err[0], $ifaceNil)) {
			err[0] = (x = new UnknownAuthorityError.ptr(c[0], hintErr[0], hintCert[0]), new x.constructor.elem(x));
		}
		$s = -1; return [chains[0], err[0]];
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.buildChains, $c: true, $r, _i, _i$1, _r$1, _r$2, _ref, _ref$1, c, cache, chains, considerCandidate, currentChain, err, hintCert, hintErr, intermediate, opts, root, sigChecks, x, $s};return $f;
	};
	Certificate.prototype.buildChains = function(cache, currentChain, sigChecks, opts) { return this.$val.buildChains(cache, currentChain, sigChecks, opts); };
	validHostnamePattern = function(host) {
		var host;
		return validHostname(host, true);
	};
	validHostnameInput = function(host) {
		var host;
		return validHostname(host, false);
	};
	validHostname = function(host, isPattern) {
		var _i, _i$1, _ref, _ref$1, _rune, c, host, i, isPattern, j, part;
		if (!isPattern) {
			host = strings.TrimSuffix(host, ".");
		}
		if (host.length === 0) {
			return false;
		}
		_ref = strings.Split(host, ".");
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			part = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (part === "") {
				return false;
			}
			if (isPattern && (i === 0) && part === "*") {
				_i++;
				continue;
			}
			_ref$1 = part;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.length)) { break; }
				_rune = $decodeRune(_ref$1, _i$1);
				j = _i$1;
				c = _rune[0];
				if (97 <= c && c <= 122) {
					_i$1 += _rune[1];
					continue;
				}
				if (48 <= c && c <= 57) {
					_i$1 += _rune[1];
					continue;
				}
				if (65 <= c && c <= 90) {
					_i$1 += _rune[1];
					continue;
				}
				if ((c === 45) && !((j === 0))) {
					_i$1 += _rune[1];
					continue;
				}
				if (c === 95) {
					_i$1 += _rune[1];
					continue;
				}
				return false;
			}
			_i++;
		}
		return true;
	};
	matchExactly = function(hostA, hostB) {
		var hostA, hostB;
		if (hostA === "" || hostA === "." || hostB === "" || hostB === ".") {
			return false;
		}
		return toLowerCaseASCII(hostA) === toLowerCaseASCII(hostB);
	};
	matchHostnames = function(pattern, host) {
		var _i, _ref, host, hostParts, i, pattern, patternPart, patternParts;
		pattern = toLowerCaseASCII(pattern);
		host = toLowerCaseASCII(strings.TrimSuffix(host, "."));
		if ((pattern.length === 0) || (host.length === 0)) {
			return false;
		}
		patternParts = strings.Split(pattern, ".");
		hostParts = strings.Split(host, ".");
		if (!((patternParts.$length === hostParts.$length))) {
			return false;
		}
		_ref = patternParts;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			patternPart = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ((i === 0) && patternPart === "*") {
				_i++;
				continue;
			}
			if (!(patternPart === ((i < 0 || i >= hostParts.$length) ? ($throwRuntimeError("index out of range"), undefined) : hostParts.$array[hostParts.$offset + i]))) {
				return false;
			}
			_i++;
		}
		return true;
	};
	toLowerCaseASCII = function(in$1) {
		var _i, _i$1, _ref, _ref$1, _rune, c, c$1, i, in$1, isAlreadyLowerCase, out;
		isAlreadyLowerCase = true;
		_ref = in$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			c = _rune[0];
			if (c === 65533) {
				isAlreadyLowerCase = false;
				break;
			}
			if (65 <= c && c <= 90) {
				isAlreadyLowerCase = false;
				break;
			}
			_i += _rune[1];
		}
		if (isAlreadyLowerCase) {
			return in$1;
		}
		out = (new sliceType$1($stringToBytes(in$1)));
		_ref$1 = out;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i = _i$1;
			c$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (65 <= c$1 && c$1 <= 90) {
				((i < 0 || i >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i] = (((i < 0 || i >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i]) + (32) << 24 >>> 24));
			}
			_i$1++;
		}
		return ($bytesToString(out));
	};
	Certificate.ptr.prototype.VerifyHostname = function(h) {
		var _i, _i$1, _ref, _ref$1, c, candidate, candidateIP, candidateName, h, ip, match, validCandidateName, x, x$1;
		c = this;
		candidateIP = h;
		if (h.length >= 3 && (h.charCodeAt(0) === 91) && (h.charCodeAt((h.length - 1 >> 0)) === 93)) {
			candidateIP = $substring(h, 1, (h.length - 1 >> 0));
		}
		ip = net.ParseIP(candidateIP);
		if (!(ip === net.IP.nil)) {
			_ref = c.IPAddresses;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				candidate = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (ip.Equal(candidate)) {
					return $ifaceNil;
				}
				_i++;
			}
			return (x = new HostnameError.ptr(c, candidateIP), new x.constructor.elem(x));
		}
		candidateName = toLowerCaseASCII(h);
		validCandidateName = validHostnameInput(candidateName);
		_ref$1 = c.DNSNames;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			match = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (validCandidateName && validHostnamePattern(match)) {
				if (matchHostnames(match, candidateName)) {
					return $ifaceNil;
				}
			} else {
				if (matchExactly(match, candidateName)) {
					return $ifaceNil;
				}
			}
			_i$1++;
		}
		return (x$1 = new HostnameError.ptr(c, h), new x$1.constructor.elem(x$1));
	};
	Certificate.prototype.VerifyHostname = function(h) { return this.$val.VerifyHostname(h); };
	checkChainForKeyUsage = function(chain, keyUsages) {
		var _i, _i$1, _i$2, _ref, _ref$1, _ref$2, cert, chain, i, i$1, keyUsages, requestedUsage, usage, usage$1, usages, usagesRemaining;
		usages = $makeSlice(sliceType$22, keyUsages.$length);
		$copySlice(usages, keyUsages);
		if (chain.$length === 0) {
			return false;
		}
		usagesRemaining = usages.$length;
		i = chain.$length - 1 >> 0;
		NextCert:
		while (true) {
			if (!(i >= 0)) { break; }
			cert = ((i < 0 || i >= chain.$length) ? ($throwRuntimeError("index out of range"), undefined) : chain.$array[chain.$offset + i]);
			if ((cert.ExtKeyUsage.$length === 0) && (cert.UnknownExtKeyUsage.$length === 0)) {
				i = i - (1) >> 0;
				continue;
			}
			_ref = cert.ExtKeyUsage;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				usage = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (usage === 0) {
					i = i - (1) >> 0;
					continue NextCert;
				}
				_i++;
			}
			_ref$1 = usages;
			_i$1 = 0;
			NextRequestedUsage:
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				i$1 = _i$1;
				requestedUsage = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (requestedUsage === -1) {
					_i$1++;
					continue;
				}
				_ref$2 = cert.ExtKeyUsage;
				_i$2 = 0;
				while (true) {
					if (!(_i$2 < _ref$2.$length)) { break; }
					usage$1 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
					if (requestedUsage === usage$1) {
						_i$1++;
						continue NextRequestedUsage;
					}
					_i$2++;
				}
				((i$1 < 0 || i$1 >= usages.$length) ? ($throwRuntimeError("index out of range"), undefined) : usages.$array[usages.$offset + i$1] = -1);
				usagesRemaining = usagesRemaining - (1) >> 0;
				if (usagesRemaining === 0) {
					return false;
				}
				_i$1++;
			}
			i = i - (1) >> 0;
		}
		return true;
	};
	ParseECPrivateKey = function(der) {
		var {$24r, _r$1, der, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = parseECPrivateKey(ptrType$18.nil, der); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ParseECPrivateKey, $c: true, $r, $24r, _r$1, der, $s};return $f;
	};
	$pkg.ParseECPrivateKey = ParseECPrivateKey;
	parseECPrivateKey = function(namedCurveOID, der) {
		var {$24r, $24r$1, _q, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, curve, curveOrder, der, err, err$1, err$2, err$3, k, key, namedCurveOID, priv, privKey, privateKey$1, x, $s, $r, $c} = $restore(this, {namedCurveOID, der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		privKey = [privKey];
		key = ptrType$19.nil;
		err = $ifaceNil;
		privKey[0] = new ecPrivateKey.ptr(0, sliceType$1.nil, asn1.ObjectIdentifier.nil, new asn1.BitString.ptr(sliceType$1.nil, 0));
		_r$1 = asn1.Unmarshal(der, privKey[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err$1 = _tuple[1];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 2:
			_r$2 = asn1.Unmarshal(der, new pkcs8.ptr(0, new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil)), sliceType$1.nil)); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			err$2 = _tuple$1[1];
			if ($interfaceIsEqual(err$2, $ifaceNil)) {
				_tmp = ptrType$19.nil;
				_tmp$1 = errors.New("x509: failed to parse private key (use ParsePKCS8PrivateKey instead for this key format)");
				key = _tmp;
				err = _tmp$1;
				$s = -1; return [key, err];
			}
			_r$3 = asn1.Unmarshal(der, new pkcs1PrivateKey.ptr(0, ptrType$1.nil, 0, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, sliceType$23.nil)); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			err$3 = _tuple$2[1];
			if ($interfaceIsEqual(err$3, $ifaceNil)) {
				_tmp$2 = ptrType$19.nil;
				_tmp$3 = errors.New("x509: failed to parse private key (use ParsePKCS1PrivateKey instead for this key format)");
				key = _tmp$2;
				err = _tmp$3;
				$s = -1; return [key, err];
			}
			_tmp$4 = ptrType$19.nil;
			_r$4 = err$1.Error(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = errors.New("x509: failed to parse EC private key: " + _r$4); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tmp$5 = _r$5;
			key = _tmp$4;
			err = _tmp$5;
			$24r = [key, err];
			$s = 8; case 8: return $24r;
		/* } */ case 3:
		/* */ if (!((privKey[0].Version === 1))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!((privKey[0].Version === 1))) { */ case 9:
			_tmp$6 = ptrType$19.nil;
			_r$6 = fmt.Errorf("x509: unknown EC private key version %d", new sliceType$6([new $Int(privKey[0].Version)])); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tmp$7 = _r$6;
			key = _tmp$6;
			err = _tmp$7;
			$24r$1 = [key, err];
			$s = 12; case 12: return $24r$1;
		/* } */ case 10:
		curve = $ifaceNil;
		/* */ if (!(namedCurveOID === ptrType$18.nil)) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!(namedCurveOID === ptrType$18.nil)) { */ case 13:
			_r$7 = namedCurveFromOID(namedCurveOID.$get()); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			curve = _r$7;
			$s = 15; continue;
		/* } else { */ case 14:
			_r$8 = namedCurveFromOID(privKey[0].NamedCurveOID); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			curve = _r$8;
		/* } */ case 15:
		if ($interfaceIsEqual(curve, $ifaceNil)) {
			_tmp$8 = ptrType$19.nil;
			_tmp$9 = errors.New("x509: unknown elliptic curve");
			key = _tmp$8;
			err = _tmp$9;
			$s = -1; return [key, err];
		}
		k = new big.Int.ptr(false, big.nat.nil).SetBytes(privKey[0].PrivateKey);
		_r$9 = curve.Params(); /* */ $s = 18; case 18: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		curveOrder = _r$9.N;
		if (k.Cmp(curveOrder) >= 0) {
			_tmp$10 = ptrType$19.nil;
			_tmp$11 = errors.New("x509: invalid elliptic curve private key value");
			key = _tmp$10;
			err = _tmp$11;
			$s = -1; return [key, err];
		}
		priv = new ecdsa.PrivateKey.ptr(new ecdsa.PublicKey.ptr($ifaceNil, ptrType$1.nil, ptrType$1.nil), ptrType$1.nil);
		priv.PublicKey.Curve = curve;
		priv.D = k;
		privateKey$1 = $makeSlice(sliceType$1, (_q = ((curveOrder.BitLen() + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
		while (true) {
			if (!(privKey[0].PrivateKey.$length > privateKey$1.$length)) { break; }
			if (!(((x = privKey[0].PrivateKey, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 0))) {
				_tmp$12 = ptrType$19.nil;
				_tmp$13 = errors.New("x509: invalid private key length");
				key = _tmp$12;
				err = _tmp$13;
				$s = -1; return [key, err];
			}
			privKey[0].PrivateKey = $subslice(privKey[0].PrivateKey, 1);
		}
		$copySlice($subslice(privateKey$1, (privateKey$1.$length - privKey[0].PrivateKey.$length >> 0)), privKey[0].PrivateKey);
		_r$10 = curve.ScalarBaseMult(privateKey$1); /* */ $s = 19; case 19: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$3 = _r$10;
		priv.PublicKey.X = _tuple$3[0];
		priv.PublicKey.Y = _tuple$3[1];
		_tmp$14 = priv;
		_tmp$15 = $ifaceNil;
		key = _tmp$14;
		err = _tmp$15;
		$s = -1; return [key, err];
		/* */ } return; } var $f = {$blk: parseECPrivateKey, $c: true, $r, $24r, $24r$1, _q, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, curve, curveOrder, der, err, err$1, err$2, err$3, k, key, namedCurveOID, priv, privKey, privateKey$1, x, $s};return $f;
	};
	Certificate.ptr.prototype.systemVerify = function(opts) {
		var _tmp, _tmp$1, c, chains, err, opts;
		chains = sliceType$21.nil;
		err = $ifaceNil;
		c = this;
		_tmp = sliceType$21.nil;
		_tmp$1 = $ifaceNil;
		chains = _tmp;
		err = _tmp$1;
		return [chains, err];
	};
	Certificate.prototype.systemVerify = function(opts) { return this.$val.systemVerify(opts); };
	loadSystemRoots = function() {
		var {_i, _i$1, _i$2, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, d, data, data$1, directory, dirs, err, err$1, err$2, f, fi, file, files, firstErr, fis, roots, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		roots = NewCertPool();
		files = certFiles;
		_r$1 = os.Getenv("SSL_CERT_FILE"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		f = _r$1;
		if (!(f === "")) {
			files = new sliceType$4([f]);
		}
		firstErr = $ifaceNil;
		_ref = files;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			file = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$2 = os.ReadFile(file); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			data = _tuple[0];
			err = _tuple[1];
			/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 5:
				_r$3 = roots.AppendCertsFromPEM(data); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				/* break; */ $s = 3; continue;
			/* } */ case 6:
			if ($interfaceIsEqual(firstErr, $ifaceNil) && !os.IsNotExist(err)) {
				firstErr = err;
			}
			_i++;
		$s = 2; continue;
		case 3:
		dirs = certDirectories;
		_r$4 = os.Getenv("SSL_CERT_DIR"); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		d = _r$4;
		if (!(d === "")) {
			dirs = strings.Split(d, ":");
		}
		_ref$1 = dirs;
		_i$1 = 0;
		/* while (true) { */ case 9:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 10; continue; }
			directory = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_r$5 = readUniqueDirectoryEntries(directory); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$1 = _r$5;
			fis = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				if ($interfaceIsEqual(firstErr, $ifaceNil) && !os.IsNotExist(err$1)) {
					firstErr = err$1;
				}
				_i$1++;
				/* continue; */ $s = 9; continue;
			}
			_ref$2 = fis;
			_i$2 = 0;
			/* while (true) { */ case 12:
				/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 13; continue; }
				fi = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
				_r$6 = fi.Name(); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = os.ReadFile(directory + "/" + _r$6); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tuple$2 = _r$7;
				data$1 = _tuple$2[0];
				err$2 = _tuple$2[1];
				/* */ if ($interfaceIsEqual(err$2, $ifaceNil)) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if ($interfaceIsEqual(err$2, $ifaceNil)) { */ case 16:
					_r$8 = roots.AppendCertsFromPEM(data$1); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$8;
				/* } */ case 17:
				_i$2++;
			$s = 12; continue;
			case 13:
			_i$1++;
		$s = 9; continue;
		case 10:
		if (roots.len() > 0 || $interfaceIsEqual(firstErr, $ifaceNil)) {
			$s = -1; return [roots, $ifaceNil];
		}
		$s = -1; return [ptrType.nil, firstErr];
		/* */ } return; } var $f = {$blk: loadSystemRoots, $c: true, $r, _i, _i$1, _i$2, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, d, data, data$1, directory, dirs, err, err$1, err$2, f, fi, file, files, firstErr, fis, roots, $s};return $f;
	};
	readUniqueDirectoryEntries = function(dir) {
		var {_i, _r$1, _r$2, _ref, _tuple, dir, err, f, files, uniq, $s, $r, $c} = $restore(this, {dir});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = os.ReadDir(dir); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		files = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$24.nil, err];
		}
		uniq = $subslice(files, 0, 0);
		_ref = files;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$2 = isSameDirSymlink(f, dir); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (!_r$2) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!_r$2) { */ case 4:
				uniq = $append(uniq, f);
			/* } */ case 5:
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return [uniq, $ifaceNil];
		/* */ } return; } var $f = {$blk: readUniqueDirectoryEntries, $c: true, $r, _i, _r$1, _r$2, _ref, _tuple, dir, err, f, files, uniq, $s};return $f;
	};
	isSameDirSymlink = function(f, dir) {
		var {_arg, _arg$1, _r$1, _r$2, _r$3, _r$4, _tuple, dir, err, f, target, $s, $r, $c} = $restore(this, {f, dir});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = f.Type(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (((_r$1 & 134217728) >>> 0) === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (((_r$1 & 134217728) >>> 0) === 0) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		_arg = dir;
		_r$2 = f.Name(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = filepath.Join(new sliceType$4([_arg, _arg$1])); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = os.Readlink(_r$3); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = _r$4;
		target = _tuple[0];
		err = _tuple[1];
		$s = -1; return $interfaceIsEqual(err, $ifaceNil) && !strings.Contains(target, "/");
		/* */ } return; } var $f = {$blk: isSameDirSymlink, $c: true, $r, _arg, _arg$1, _r$1, _r$2, _r$3, _r$4, _tuple, dir, err, f, target, $s};return $f;
	};
	systemRootsPool = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = once.Do(initSystemRoots); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return systemRoots;
		/* */ } return; } var $f = {$blk: systemRootsPool, $c: true, $r, $s};return $f;
	};
	initSystemRoots = function() {
		var {_r$1, _tuple, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = loadSystemRoots(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		systemRoots = _tuple[0];
		systemRootsErr = _tuple[1];
		if (!($interfaceIsEqual(systemRootsErr, $ifaceNil))) {
			systemRoots = ptrType.nil;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initSystemRoots, $c: true, $r, _r$1, _tuple, $s};return $f;
	};
	ParsePKCS8PrivateKey = function(der) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, bytes$1, curvePrivateKey, der, err, err$1, err$2, err$3, err$4, err$5, key, l, l$1, namedCurveOID, privKey, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		curvePrivateKey = [curvePrivateKey];
		privKey = [privKey];
		key = $ifaceNil;
		err = $ifaceNil;
		privKey[0] = new pkcs8.ptr(0, new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil)), sliceType$1.nil);
		_r$1 = asn1.Unmarshal(der, privKey[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err$1 = _tuple[1];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 2:
			_r$2 = asn1.Unmarshal(der, new ecPrivateKey.ptr(0, sliceType$1.nil, asn1.ObjectIdentifier.nil, new asn1.BitString.ptr(sliceType$1.nil, 0))); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			err$2 = _tuple$1[1];
			if ($interfaceIsEqual(err$2, $ifaceNil)) {
				_tmp = $ifaceNil;
				_tmp$1 = errors.New("x509: failed to parse private key (use ParseECPrivateKey instead for this key format)");
				key = _tmp;
				err = _tmp$1;
				$s = -1; return [key, err];
			}
			_r$3 = asn1.Unmarshal(der, new pkcs1PrivateKey.ptr(0, ptrType$1.nil, 0, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, sliceType$23.nil)); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			err$3 = _tuple$2[1];
			if ($interfaceIsEqual(err$3, $ifaceNil)) {
				_tmp$2 = $ifaceNil;
				_tmp$3 = errors.New("x509: failed to parse private key (use ParsePKCS1PrivateKey instead for this key format)");
				key = _tmp$2;
				err = _tmp$3;
				$s = -1; return [key, err];
			}
			_tmp$4 = $ifaceNil;
			_tmp$5 = err$1;
			key = _tmp$4;
			err = _tmp$5;
			$s = -1; return [key, err];
		/* } */ case 3:
			/* */ if (privKey[0].Algo.Algorithm.Equal(oidPublicKeyRSA)) { $s = 7; continue; }
			/* */ if (privKey[0].Algo.Algorithm.Equal(oidPublicKeyECDSA)) { $s = 8; continue; }
			/* */ if (privKey[0].Algo.Algorithm.Equal(oidPublicKeyEd25519)) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (privKey[0].Algo.Algorithm.Equal(oidPublicKeyRSA)) { */ case 7:
				_r$4 = ParsePKCS1PrivateKey(privKey[0].PrivateKey); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$3 = _r$4;
				key = _tuple$3[0];
				err = _tuple$3[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 13:
					_tmp$6 = $ifaceNil;
					_r$5 = err.Error(); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_r$6 = errors.New("x509: failed to parse RSA private key embedded in PKCS#8: " + _r$5); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_tmp$7 = _r$6;
					key = _tmp$6;
					err = _tmp$7;
					$24r = [key, err];
					$s = 17; case 17: return $24r;
				/* } */ case 14:
				_tmp$8 = key;
				_tmp$9 = $ifaceNil;
				key = _tmp$8;
				err = _tmp$9;
				$s = -1; return [key, err];
			/* } else if (privKey[0].Algo.Algorithm.Equal(oidPublicKeyECDSA)) { */ case 8:
				bytes$1 = privKey[0].Algo.Parameters.FullBytes;
				namedCurveOID = $newDataPointer(asn1.ObjectIdentifier.nil, ptrType$18);
				_r$7 = asn1.Unmarshal(bytes$1, namedCurveOID); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tuple$4 = _r$7;
				err$4 = _tuple$4[1];
				if (!($interfaceIsEqual(err$4, $ifaceNil))) {
					namedCurveOID = ptrType$18.nil;
				}
				_r$8 = parseECPrivateKey(namedCurveOID, privKey[0].PrivateKey); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_tuple$5 = _r$8;
				key = _tuple$5[0];
				err = _tuple$5[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 20; continue; }
				/* */ $s = 21; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 20:
					_tmp$10 = $ifaceNil;
					_r$9 = err.Error(); /* */ $s = 22; case 22: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_r$10 = errors.New("x509: failed to parse EC private key embedded in PKCS#8: " + _r$9); /* */ $s = 23; case 23: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_tmp$11 = _r$10;
					key = _tmp$10;
					err = _tmp$11;
					$24r$1 = [key, err];
					$s = 24; case 24: return $24r$1;
				/* } */ case 21:
				_tmp$12 = key;
				_tmp$13 = $ifaceNil;
				key = _tmp$12;
				err = _tmp$13;
				$s = -1; return [key, err];
			/* } else if (privKey[0].Algo.Algorithm.Equal(oidPublicKeyEd25519)) { */ case 9:
				l = privKey[0].Algo.Parameters.FullBytes.$length;
				if (!((l === 0))) {
					_tmp$14 = $ifaceNil;
					_tmp$15 = errors.New("x509: invalid Ed25519 private key parameters");
					key = _tmp$14;
					err = _tmp$15;
					$s = -1; return [key, err];
				}
				curvePrivateKey[0] = sliceType$1.nil;
				_r$11 = asn1.Unmarshal(privKey[0].PrivateKey, (curvePrivateKey.$ptr || (curvePrivateKey.$ptr = new ptrType$20(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, curvePrivateKey)))); /* */ $s = 25; case 25: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_tuple$6 = _r$11;
				err$5 = _tuple$6[1];
				/* */ if (!($interfaceIsEqual(err$5, $ifaceNil))) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (!($interfaceIsEqual(err$5, $ifaceNil))) { */ case 26:
					_tmp$16 = $ifaceNil;
					_r$12 = fmt.Errorf("x509: invalid Ed25519 private key: %v", new sliceType$6([err$5])); /* */ $s = 28; case 28: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					_tmp$17 = _r$12;
					key = _tmp$16;
					err = _tmp$17;
					$24r$2 = [key, err];
					$s = 29; case 29: return $24r$2;
				/* } */ case 27:
				l$1 = curvePrivateKey[0].$length;
				/* */ if (!((l$1 === 32))) { $s = 30; continue; }
				/* */ $s = 31; continue;
				/* if (!((l$1 === 32))) { */ case 30:
					_tmp$18 = $ifaceNil;
					_r$13 = fmt.Errorf("x509: invalid Ed25519 private key length: %d", new sliceType$6([new $Int(l$1)])); /* */ $s = 32; case 32: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_tmp$19 = _r$13;
					key = _tmp$18;
					err = _tmp$19;
					$24r$3 = [key, err];
					$s = 33; case 33: return $24r$3;
				/* } */ case 31:
				_r$14 = ed25519.NewKeyFromSeed(curvePrivateKey[0]); /* */ $s = 34; case 34: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_tmp$20 = _r$14;
				_tmp$21 = $ifaceNil;
				key = _tmp$20;
				err = _tmp$21;
				$24r$4 = [key, err];
				$s = 35; case 35: return $24r$4;
			/* } else { */ case 10:
				_tmp$22 = $ifaceNil;
				_r$15 = fmt.Errorf("x509: PKCS#8 wrapping contained private key with unknown algorithm: %v", new sliceType$6([privKey[0].Algo.Algorithm])); /* */ $s = 36; case 36: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_tmp$23 = _r$15;
				key = _tmp$22;
				err = _tmp$23;
				$24r$5 = [key, err];
				$s = 37; case 37: return $24r$5;
			/* } */ case 11:
		case 6:
		$s = -1; return [key, err];
		/* */ } return; } var $f = {$blk: ParsePKCS8PrivateKey, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, bytes$1, curvePrivateKey, der, err, err$1, err$2, err$3, err$4, err$5, key, l, l$1, namedCurveOID, privKey, $s};return $f;
	};
	$pkg.ParsePKCS8PrivateKey = ParsePKCS8PrivateKey;
	ParsePKCS1PrivateKey = function(der) {
		var {_i, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, _tuple$1, _tuple$2, a, der, err, err$1, err$2, i, key, priv, rest, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		priv = [priv];
		priv[0] = new pkcs1PrivateKey.ptr(0, ptrType$1.nil, 0, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, sliceType$23.nil);
		_r$1 = asn1.Unmarshal(der, priv[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		rest = _tuple[0];
		err = _tuple[1];
		if (rest.$length > 0) {
			$s = -1; return [ptrType$21.nil, (x = new asn1.SyntaxError.ptr("trailing data"), new x.constructor.elem(x))];
		}
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			_r$2 = asn1.Unmarshal(der, new ecPrivateKey.ptr(0, sliceType$1.nil, asn1.ObjectIdentifier.nil, new asn1.BitString.ptr(sliceType$1.nil, 0))); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			err$1 = _tuple$1[1];
			if ($interfaceIsEqual(err$1, $ifaceNil)) {
				$s = -1; return [ptrType$21.nil, errors.New("x509: failed to parse private key (use ParseECPrivateKey instead for this key format)")];
			}
			_r$3 = asn1.Unmarshal(der, new pkcs8.ptr(0, new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil)), sliceType$1.nil)); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			err$2 = _tuple$2[1];
			if ($interfaceIsEqual(err$2, $ifaceNil)) {
				$s = -1; return [ptrType$21.nil, errors.New("x509: failed to parse private key (use ParsePKCS8PrivateKey instead for this key format)")];
			}
			$s = -1; return [ptrType$21.nil, err];
		/* } */ case 3:
		if (priv[0].Version > 1) {
			$s = -1; return [ptrType$21.nil, errors.New("x509: unsupported private key version")];
		}
		if (priv[0].N.Sign() <= 0 || priv[0].D.Sign() <= 0 || priv[0].P.Sign() <= 0 || priv[0].Q.Sign() <= 0) {
			$s = -1; return [ptrType$21.nil, errors.New("x509: private key contains zero or negative value")];
		}
		key = new rsa.PrivateKey.ptr(new rsa.PublicKey.ptr(ptrType$1.nil, 0), ptrType$1.nil, sliceType$25.nil, new rsa.PrecomputedValues.ptr(ptrType$1.nil, ptrType$1.nil, ptrType$1.nil, sliceType$26.nil));
		rsa.PublicKey.copy(key.PublicKey, new rsa.PublicKey.ptr(priv[0].N, priv[0].E));
		key.D = priv[0].D;
		key.Primes = $makeSlice(sliceType$25, (2 + priv[0].AdditionalPrimes.$length >> 0));
		(x$1 = key.Primes, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0] = priv[0].P));
		(x$2 = key.Primes, (1 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 1] = priv[0].Q));
		_ref = priv[0].AdditionalPrimes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			a = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pkcs1AdditionalRSAPrime);
			if (a.Prime.Sign() <= 0) {
				$s = -1; return [ptrType$21.nil, errors.New("x509: private key contains zero or negative prime")];
			}
			(x$3 = key.Primes, x$4 = i + 2 >> 0, ((x$4 < 0 || x$4 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + x$4] = a.Prime));
			_i++;
		}
		_r$4 = key.Validate(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		err = _r$4;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$21.nil, err];
		}
		$r = key.Precompute(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [key, $ifaceNil];
		/* */ } return; } var $f = {$blk: ParsePKCS1PrivateKey, $c: true, $r, _i, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, _tuple$1, _tuple$2, a, der, err, err$1, err$2, i, key, priv, rest, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	$pkg.ParsePKCS1PrivateKey = ParsePKCS1PrivateKey;
	isPrintable = function(b) {
		var b;
		return 97 <= b && b <= 122 || 65 <= b && b <= 90 || 48 <= b && b <= 57 || 39 <= b && b <= 41 || 43 <= b && b <= 47 || (b === 32) || (b === 58) || (b === 61) || (b === 63) || (b === 42) || (b === 38);
	};
	parseASN1String = function(tag, value) {
		var {$24r, _1, _i, _i$1, _q, _r$1, _r$2, _r$3, _ref, _ref$1, b, b$1, l, s, s$1, tag, value, x, x$1, $s, $r, $c} = $restore(this, {tag, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_1 = tag;
			/* */ if (_1 === (20)) { $s = 2; continue; }
			/* */ if (_1 === (19)) { $s = 3; continue; }
			/* */ if (_1 === (12)) { $s = 4; continue; }
			/* */ if (_1 === (30)) { $s = 5; continue; }
			/* */ if (_1 === (22)) { $s = 6; continue; }
			/* */ if (_1 === (18)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_1 === (20)) { */ case 2:
				$s = -1; return [($bytesToString(value)), $ifaceNil];
			/* } else if (_1 === (19)) { */ case 3:
				_ref = value;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					if (!isPrintable(b)) {
						$s = -1; return ["", errors.New("invalid PrintableString")];
					}
					_i++;
				}
				$s = -1; return [($bytesToString(value)), $ifaceNil];
			/* } else if (_1 === (12)) { */ case 4:
				if (!utf8.Valid(value)) {
					$s = -1; return ["", errors.New("invalid UTF-8 string")];
				}
				$s = -1; return [($bytesToString(value)), $ifaceNil];
			/* } else if (_1 === (30)) { */ case 5:
				if (!(((_r$1 = value.$length % 2, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0))) {
					$s = -1; return ["", errors.New("invalid BMPString")];
				}
				l = value.$length;
				if (l >= 2 && ((x = l - 1 >> 0, ((x < 0 || x >= value.$length) ? ($throwRuntimeError("index out of range"), undefined) : value.$array[value.$offset + x])) === 0) && ((x$1 = l - 2 >> 0, ((x$1 < 0 || x$1 >= value.$length) ? ($throwRuntimeError("index out of range"), undefined) : value.$array[value.$offset + x$1])) === 0)) {
					value = $subslice(value, 0, (l - 2 >> 0));
				}
				s = $makeSlice(sliceType$27, 0, (_q = value.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
				while (true) {
					if (!(value.$length > 0)) { break; }
					s = $append(s, ((((0 >= value.$length ? ($throwRuntimeError("index out of range"), undefined) : value.$array[value.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) + (((1 >= value.$length ? ($throwRuntimeError("index out of range"), undefined) : value.$array[value.$offset + 1]) << 16 >>> 16)) << 16 >>> 16);
					value = $subslice(value, 2);
				}
				$s = -1; return [($runesToString(utf16.Decode(s))), $ifaceNil];
			/* } else if (_1 === (22)) { */ case 6:
				s$1 = ($bytesToString(value));
				_r$2 = isIA5String(s$1); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(_r$2, $ifaceNil))) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (!($interfaceIsEqual(_r$2, $ifaceNil))) { */ case 9:
					$s = -1; return ["", errors.New("invalid IA5String")];
				/* } */ case 10:
				$s = -1; return [s$1, $ifaceNil];
			/* } else if (_1 === (18)) { */ case 7:
				_ref$1 = value;
				_i$1 = 0;
				while (true) {
					if (!(_i$1 < _ref$1.$length)) { break; }
					b$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
					if (!(48 <= b$1 && b$1 <= 57 || (b$1 === 32))) {
						$s = -1; return ["", errors.New("invalid NumericString")];
					}
					_i$1++;
				}
				$s = -1; return [($bytesToString(value)), $ifaceNil];
			/* } */ case 8:
		case 1:
		_r$3 = fmt.Errorf("unsupported string type: %v", new sliceType$6([new asn1$1.Tag(tag)])); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = ["", _r$3];
		$s = 13; case 13: return $24r;
		/* */ } return; } var $f = {$blk: parseASN1String, $c: true, $r, $24r, _1, _i, _i$1, _q, _r$1, _r$2, _r$3, _ref, _ref$1, b, b$1, l, s, s$1, tag, value, x, x$1, $s};return $f;
	};
	parseName = function(raw) {
		var {$24r, _r$1, _r$2, _tuple, atav, attr, err, raw, rawValue, rdnSeq, rdnSet, set, valueTag, $s, $r, $c} = $restore(this, {raw});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		raw = [raw];
		rdnSeq = [rdnSeq];
		if (!(raw.$ptr || (raw.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, raw))).ReadASN1((raw.$ptr || (raw.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, raw))), 48)) {
			$s = -1; return [ptrType$14.nil, errors.New("x509: invalid RDNSequence")];
		}
		rdnSeq[0] = pkix.RDNSequence.nil;
		/* while (true) { */ case 1:
			/* if (!(!raw[0].Empty())) { break; } */ if(!(!raw[0].Empty())) { $s = 2; continue; }
			set = [set];
			rdnSet = pkix.RelativeDistinguishedNameSET.nil;
			set[0] = cryptobyte.String.nil;
			if (!(raw.$ptr || (raw.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, raw))).ReadASN1((set.$ptr || (set.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, set))), 49)) {
				$s = -1; return [ptrType$14.nil, errors.New("x509: invalid RDNSequence")];
			}
			/* while (true) { */ case 3:
				/* if (!(!set[0].Empty())) { break; } */ if(!(!set[0].Empty())) { $s = 4; continue; }
				atav = [atav];
				rawValue = [rawValue];
				valueTag = [valueTag];
				atav[0] = cryptobyte.String.nil;
				if (!(set.$ptr || (set.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, set))).ReadASN1((atav.$ptr || (atav.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, atav))), 48)) {
					$s = -1; return [ptrType$14.nil, errors.New("x509: invalid RDNSequence: invalid attribute")];
				}
				attr = new pkix.AttributeTypeAndValue.ptr(asn1.ObjectIdentifier.nil, $ifaceNil);
				if (!(atav.$ptr || (atav.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, atav))).ReadASN1ObjectIdentifier((attr.$ptr_Type || (attr.$ptr_Type = new ptrType$18(function() { return this.$target.Type; }, function($v) { this.$target.Type = $v; }, attr))))) {
					$s = -1; return [ptrType$14.nil, errors.New("x509: invalid RDNSequence: invalid attribute type")];
				}
				rawValue[0] = cryptobyte.String.nil;
				valueTag[0] = 0;
				if (!(atav.$ptr || (atav.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, atav))).ReadAnyASN1((rawValue.$ptr || (rawValue.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, rawValue))), (valueTag.$ptr || (valueTag.$ptr = new ptrType$24(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, valueTag))))) {
					$s = -1; return [ptrType$14.nil, errors.New("x509: invalid RDNSequence: invalid attribute value")];
				}
				err = $ifaceNil;
				_r$1 = parseASN1String(valueTag[0], $convertSliceType(rawValue[0], sliceType$1)); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				attr.Value = new $String(_tuple[0]);
				err = _tuple[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
					_r$2 = fmt.Errorf("x509: invalid RDNSequence: invalid attribute value: %s", new sliceType$6([err])); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r = [ptrType$14.nil, _r$2];
					$s = 9; case 9: return $24r;
				/* } */ case 7:
				rdnSet = $append(rdnSet, attr);
			$s = 3; continue;
			case 4:
			rdnSeq[0] = $append(rdnSeq[0], rdnSet);
		$s = 1; continue;
		case 2:
		$s = -1; return [(rdnSeq.$ptr || (rdnSeq.$ptr = new ptrType$14(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, rdnSeq))), $ifaceNil];
		/* */ } return; } var $f = {$blk: parseName, $c: true, $r, $24r, _r$1, _r$2, _tuple, atav, attr, err, raw, rawValue, rdnSeq, rdnSet, set, valueTag, $s};return $f;
	};
	parseAI = function(der) {
		var ai, der, der$24ptr, params, params$24ptr, tag, tag$24ptr;
		ai = new pkix.AlgorithmIdentifier.ptr(asn1.ObjectIdentifier.nil, new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, sliceType$1.nil));
		if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1ObjectIdentifier((ai.$ptr_Algorithm || (ai.$ptr_Algorithm = new ptrType$18(function() { return this.$target.Algorithm; }, function($v) { this.$target.Algorithm = $v; }, ai))))) {
			return [ai, errors.New("x509: malformed OID")];
		}
		if (der.Empty()) {
			return [ai, $ifaceNil];
		}
		params = cryptobyte.String.nil;
		tag = 0;
		if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadAnyASN1Element((params$24ptr || (params$24ptr = new ptrType$23(function() { return params; }, function($v) { params = $convertSliceType($v, cryptobyte.String); }))), (tag$24ptr || (tag$24ptr = new ptrType$24(function() { return tag; }, function($v) { tag = $v; }))))) {
			return [ai, errors.New("x509: malformed parameters")];
		}
		ai.Parameters.Tag = ((tag >> 0));
		ai.Parameters.FullBytes = $convertSliceType(params, sliceType$1);
		return [ai, $ifaceNil];
	};
	parseValidity = function(der) {
		var {_r$1, _r$2, _tuple, _tuple$1, der, err, extract, notAfter, notBefore, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		der = [der];
		extract = (function(der) { return function $b() {
			var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, err, formatStr, s, serialized, t, utc, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			t = [t];
			utc = [utc];
			t[0] = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil);
				/* */ if (der[0].PeekASN1Tag(23)) { $s = 2; continue; }
				/* */ if (der[0].PeekASN1Tag(24)) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if (der[0].PeekASN1Tag(23)) { */ case 2:
					utc[0] = cryptobyte.String.nil;
					if (!(der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1((utc.$ptr || (utc.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, utc))), 23)) {
						$s = -1; return [t[0], errors.New("x509: malformed UTCTime")];
					}
					s = ($bytesToString(utc[0]));
					formatStr = "0601021504Z0700";
					err = $ifaceNil;
					_r$1 = time.Parse(formatStr, s); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_tuple = _r$1;
					time.Time.copy(t[0], _tuple[0]);
					err = _tuple[1];
					/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
					/* */ $s = 8; continue;
					/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
						formatStr = "060102150405Z0700";
						_r$2 = time.Parse(formatStr, s); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						_tuple$1 = _r$2;
						time.Time.copy(t[0], _tuple$1[0]);
						err = _tuple$1[1];
					/* } */ case 8:
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return [t[0], err];
					}
					_r$3 = $clone(t[0], time.Time).Format(formatStr); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					serialized = _r$3;
					if (!(serialized === s)) {
						$s = -1; return [t[0], errors.New("x509: malformed UTCTime")];
					}
					_r$4 = $clone(t[0], time.Time).Year(); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					/* */ if (_r$4 >= 2050) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (_r$4 >= 2050) { */ case 11:
						_r$5 = $clone(t[0], time.Time).AddDate(-100, 0, 0); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
						time.Time.copy(t[0], _r$5);
					/* } */ case 12:
					$s = 5; continue;
				/* } else if (der[0].PeekASN1Tag(24)) { */ case 3:
					_r$6 = (der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1GeneralizedTime(t[0]); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					/* */ if (!_r$6) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if (!_r$6) { */ case 15:
						$s = -1; return [t[0], errors.New("x509: malformed GeneralizedTime")];
					/* } */ case 16:
					$s = 5; continue;
				/* } else { */ case 4:
					$s = -1; return [t[0], errors.New("x509: unsupported time format")];
				/* } */ case 5:
			case 1:
			$s = -1; return [t[0], $ifaceNil];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, err, formatStr, s, serialized, t, utc, $s};return $f;
		}; })(der);
		_r$1 = extract(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		notBefore = $clone(_tuple[0], time.Time);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), err];
		}
		_r$2 = extract(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		notAfter = $clone(_tuple$1[0], time.Time);
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), err];
		}
		$s = -1; return [notBefore, notAfter, $ifaceNil];
		/* */ } return; } var $f = {$blk: parseValidity, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, der, err, extract, notAfter, notBefore, $s};return $f;
	};
	parseExtension = function(der) {
		var der, der$24ptr, ext, val, val$24ptr;
		ext = new pkix.Extension.ptr(asn1.ObjectIdentifier.nil, false, sliceType$1.nil);
		if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1ObjectIdentifier((ext.$ptr_Id || (ext.$ptr_Id = new ptrType$18(function() { return this.$target.Id; }, function($v) { this.$target.Id = $v; }, ext))))) {
			return [ext, errors.New("x509: malformed extension OID field")];
		}
		if (der.PeekASN1Tag(1)) {
			if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1Boolean((ext.$ptr_Critical || (ext.$ptr_Critical = new ptrType$6(function() { return this.$target.Critical; }, function($v) { this.$target.Critical = $v; }, ext))))) {
				return [ext, errors.New("x509: malformed extension critical field")];
			}
		}
		val = cryptobyte.String.nil;
		if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((val$24ptr || (val$24ptr = new ptrType$23(function() { return val; }, function($v) { val = $convertSliceType($v, cryptobyte.String); }))), 4)) {
			return [ext, errors.New("x509: malformed extension value field")];
		}
		ext.Value = $convertSliceType(val, sliceType$1);
		return [ext, $ifaceNil];
	};
	parsePublicKey = function(algo, keyData) {
		var {_1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _v, _v$1, _v$2, algo, der, keyData, namedCurve, namedCurveOID, p, paramsDer, paramsDer$1, paramsDer$24ptr, pub, pub$1, pub$2, x, y, y$1, $s, $r, $c} = $restore(this, {algo, keyData});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		der = [der];
		paramsDer = [paramsDer];
		der[0] = ($convertSliceType($clone(keyData.PublicKey, asn1.BitString).RightAlign(), cryptobyte.String));
			_1 = algo;
			/* */ if (_1 === (1)) { $s = 2; continue; }
			/* */ if (_1 === (3)) { $s = 3; continue; }
			/* */ if (_1 === (4)) { $s = 4; continue; }
			/* */ if (_1 === (2)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_1 === (1)) { */ case 2:
				if (!bytes.Equal(keyData.Algorithm.Parameters.FullBytes, asn1.NullBytes)) {
					$s = -1; return [$ifaceNil, errors.New("x509: RSA key missing NULL parameters")];
				}
				p = new pkcs1PublicKey.ptr(new big.Int.ptr(false, big.nat.nil), 0);
				if (!(der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1((der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))), 48)) {
					$s = -1; return [$ifaceNil, errors.New("x509: invalid RSA public key")];
				}
				_r$1 = (der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1Integer(p.N); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (!_r$1) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (!_r$1) { */ case 8:
					$s = -1; return [$ifaceNil, errors.New("x509: invalid RSA modulus")];
				/* } */ case 9:
				_r$2 = (der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1Integer((p.$ptr_E || (p.$ptr_E = new ptrType$16(function() { return this.$target.E; }, function($v) { this.$target.E = $v; }, p)))); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (!_r$2) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!_r$2) { */ case 11:
					$s = -1; return [$ifaceNil, errors.New("x509: invalid RSA public exponent")];
				/* } */ case 12:
				if (p.N.Sign() <= 0) {
					$s = -1; return [$ifaceNil, errors.New("x509: RSA modulus is not a positive number")];
				}
				if (p.E <= 0) {
					$s = -1; return [$ifaceNil, errors.New("x509: RSA public exponent is not a positive number")];
				}
				pub = new rsa.PublicKey.ptr(p.N, p.E);
				$s = -1; return [pub, $ifaceNil];
			/* } else if (_1 === (3)) { */ case 3:
				paramsDer$1 = ($convertSliceType(keyData.Algorithm.Parameters.FullBytes, cryptobyte.String));
				namedCurveOID = $newDataPointer(asn1.ObjectIdentifier.nil, ptrType$18);
				if (!(paramsDer$24ptr || (paramsDer$24ptr = new ptrType$23(function() { return paramsDer$1; }, function($v) { paramsDer$1 = $convertSliceType($v, cryptobyte.String); }))).ReadASN1ObjectIdentifier(namedCurveOID)) {
					$s = -1; return [$ifaceNil, errors.New("x509: invalid ECDSA parameters")];
				}
				_r$3 = namedCurveFromOID(namedCurveOID.$get()); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				namedCurve = _r$3;
				if ($interfaceIsEqual(namedCurve, $ifaceNil)) {
					$s = -1; return [$ifaceNil, errors.New("x509: unsupported elliptic curve")];
				}
				_r$4 = elliptic.Unmarshal(namedCurve, $convertSliceType(der[0], sliceType$1)); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple = _r$4;
				x = _tuple[0];
				y = _tuple[1];
				if (x === ptrType$1.nil) {
					$s = -1; return [$ifaceNil, errors.New("x509: failed to unmarshal elliptic curve point")];
				}
				pub$1 = new ecdsa.PublicKey.ptr(namedCurve, x, y);
				$s = -1; return [pub$1, $ifaceNil];
			/* } else if (_1 === (4)) { */ case 4:
				if (!((keyData.Algorithm.Parameters.FullBytes.$length === 0))) {
					$s = -1; return [$ifaceNil, errors.New("x509: Ed25519 key encoded with illegal parameters")];
				}
				if (!((der[0].$length === 32))) {
					$s = -1; return [$ifaceNil, errors.New("x509: wrong Ed25519 public key size")];
				}
				$s = -1; return [($convertSliceType(der[0], ed25519.PublicKey)), $ifaceNil];
			/* } else if (_1 === (2)) { */ case 5:
				y$1 = new big.Int.ptr(false, big.nat.nil);
				_r$5 = (der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1Integer(y$1); /* */ $s = 18; case 18: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if (!_r$5) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (!_r$5) { */ case 16:
					$s = -1; return [$ifaceNil, errors.New("x509: invalid DSA public key")];
				/* } */ case 17:
				pub$2 = new dsa.PublicKey.ptr(new dsa.Parameters.ptr(new big.Int.ptr(false, big.nat.nil), new big.Int.ptr(false, big.nat.nil), new big.Int.ptr(false, big.nat.nil)), y$1);
				paramsDer[0] = ($convertSliceType(keyData.Algorithm.Parameters.FullBytes, cryptobyte.String));
				if (!(paramsDer.$ptr || (paramsDer.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, paramsDer))).ReadASN1((paramsDer.$ptr || (paramsDer.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, paramsDer))), 48)) { _v$2 = true; $s = 23; continue s; }
				_r$6 = (paramsDer.$ptr || (paramsDer.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, paramsDer))).ReadASN1Integer(pub$2.Parameters.P); /* */ $s = 24; case 24: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_v$2 = !_r$6; case 23:
				if (_v$2) { _v$1 = true; $s = 22; continue s; }
				_r$7 = (paramsDer.$ptr || (paramsDer.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, paramsDer))).ReadASN1Integer(pub$2.Parameters.Q); /* */ $s = 25; case 25: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_v$1 = !_r$7; case 22:
				if (_v$1) { _v = true; $s = 21; continue s; }
				_r$8 = (paramsDer.$ptr || (paramsDer.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, paramsDer))).ReadASN1Integer(pub$2.Parameters.G); /* */ $s = 26; case 26: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_v = !_r$8; case 21:
				/* */ if (_v) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (_v) { */ case 19:
					$s = -1; return [$ifaceNil, errors.New("x509: invalid DSA parameters")];
				/* } */ case 20:
				if (pub$2.Y.Sign() <= 0 || pub$2.Parameters.P.Sign() <= 0 || pub$2.Parameters.Q.Sign() <= 0 || pub$2.Parameters.G.Sign() <= 0) {
					$s = -1; return [$ifaceNil, errors.New("x509: zero or negative DSA parameter")];
				}
				$s = -1; return [pub$2, $ifaceNil];
			/* } else { */ case 6:
				$s = -1; return [$ifaceNil, $ifaceNil];
			/* } */ case 7:
		case 1:
		$s = -1; return [$ifaceNil, $ifaceNil];
		/* */ } return; } var $f = {$blk: parsePublicKey, $c: true, $r, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _v, _v$1, _v$2, algo, der, keyData, namedCurve, namedCurveOID, p, paramsDer, paramsDer$1, paramsDer$24ptr, pub, pub$1, pub$2, x, y, y$1, $s};return $f;
	};
	parseKeyUsageExtension = function(der) {
		var der, der$24ptr, i, usage, usageBits, y;
		usageBits = new asn1.BitString.ptr(sliceType$1.nil, 0);
		if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1BitString(usageBits)) {
			return [0, errors.New("x509: invalid key usage")];
		}
		usage = 0;
		i = 0;
		while (true) {
			if (!(i < 9)) { break; }
			if (!(($clone(usageBits, asn1.BitString).At(i) === 0))) {
				usage = usage | (((y = ((i >>> 0)), y < 32 ? (1 << y) : 0) >> 0));
			}
			i = i + (1) >> 0;
		}
		return [((usage >> 0)), $ifaceNil];
	};
	parseBasicConstraintsExtension = function(der) {
		var {_r$1, der, isCA, maxPathLen, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		der = [der];
		isCA = [isCA];
		maxPathLen = [maxPathLen];
		isCA[0] = false;
		if (!(der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1((der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))), 48)) {
			$s = -1; return [false, 0, errors.New("x509: invalid basic constraints a")];
		}
		if (der[0].PeekASN1Tag(1)) {
			if (!(der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1Boolean((isCA.$ptr || (isCA.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, isCA))))) {
				$s = -1; return [false, 0, errors.New("x509: invalid basic constraints b")];
			}
		}
		maxPathLen[0] = -1;
		/* */ if (!der[0].Empty() && der[0].PeekASN1Tag(2)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!der[0].Empty() && der[0].PeekASN1Tag(2)) { */ case 1:
			_r$1 = (der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1Integer((maxPathLen.$ptr || (maxPathLen.$ptr = new ptrType$16(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, maxPathLen)))); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!_r$1) { */ case 3:
				$s = -1; return [false, 0, errors.New("x509: invalid basic constraints c")];
			/* } */ case 4:
		/* } */ case 2:
		$s = -1; return [isCA[0], maxPathLen[0], $ifaceNil];
		/* */ } return; } var $f = {$blk: parseBasicConstraintsExtension, $c: true, $r, _r$1, der, isCA, maxPathLen, $s};return $f;
	};
	forEachSAN = function(der, callback) {
		var {_r$1, callback, der, err, san, tag, $s, $r, $c} = $restore(this, {der, callback});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		der = [der];
		if (!(der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadASN1((der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))), 48)) {
			$s = -1; return errors.New("x509: invalid subject alternative names");
		}
		/* while (true) { */ case 1:
			/* if (!(!der[0].Empty())) { break; } */ if(!(!der[0].Empty())) { $s = 2; continue; }
			san = [san];
			tag = [tag];
			san[0] = cryptobyte.String.nil;
			tag[0] = 0;
			if (!(der.$ptr || (der.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, der))).ReadAnyASN1((san.$ptr || (san.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, san))), (tag.$ptr || (tag.$ptr = new ptrType$24(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tag))))) {
				$s = -1; return errors.New("x509: invalid subject alternative name");
			}
			_r$1 = callback(((((tag[0] ^ 128) << 24 >>> 24) >> 0)), $convertSliceType(san[0], sliceType$1)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: forEachSAN, $c: true, $r, _r$1, callback, der, err, san, tag, $s};return $f;
	};
	parseSANExtension = function(der) {
		var {_r$1, der, dnsNames, emailAddresses, err, ipAddresses, uris, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dnsNames = [dnsNames];
		emailAddresses = [emailAddresses];
		ipAddresses = [ipAddresses];
		uris = [uris];
		dnsNames[0] = sliceType$4.nil;
		emailAddresses[0] = sliceType$4.nil;
		ipAddresses[0] = sliceType$18.nil;
		uris[0] = sliceType$19.nil;
		err = $ifaceNil;
		_r$1 = forEachSAN(der, (function(dnsNames, emailAddresses, ipAddresses, uris) { return function $b(tag, data) {
			var {$24r, $24r$1, _1, _2, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, data, email, err$1, err$2, err$3, err$4, name, ok, tag, uri, uriStr, $s, $r, $c} = $restore(this, {tag, data});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_1 = tag;
				/* */ if (_1 === (1)) { $s = 2; continue; }
				/* */ if (_1 === (2)) { $s = 3; continue; }
				/* */ if (_1 === (6)) { $s = 4; continue; }
				/* */ if (_1 === (7)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (1)) { */ case 2:
					email = ($bytesToString(data));
					_r$1 = isIA5String(email); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					err$1 = _r$1;
					if (!($interfaceIsEqual(err$1, $ifaceNil))) {
						$s = -1; return errors.New("x509: SAN rfc822Name is malformed");
					}
					emailAddresses[0] = $append(emailAddresses[0], email);
					$s = 6; continue;
				/* } else if (_1 === (2)) { */ case 3:
					name = ($bytesToString(data));
					_r$2 = isIA5String(name); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					err$2 = _r$2;
					if (!($interfaceIsEqual(err$2, $ifaceNil))) {
						$s = -1; return errors.New("x509: SAN dNSName is malformed");
					}
					dnsNames[0] = $append(dnsNames[0], (name));
					$s = 6; continue;
				/* } else if (_1 === (6)) { */ case 4:
					uriStr = ($bytesToString(data));
					_r$3 = isIA5String(uriStr); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					err$3 = _r$3;
					if (!($interfaceIsEqual(err$3, $ifaceNil))) {
						$s = -1; return errors.New("x509: SAN uniformResourceIdentifier is malformed");
					}
					_r$4 = url.Parse(uriStr); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_tuple = _r$4;
					uri = _tuple[0];
					err$4 = _tuple[1];
					/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 11:
						_r$5 = fmt.Errorf("x509: cannot parse URI %q: %s", new sliceType$6([new $String(uriStr), err$4])); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
						$24r = _r$5;
						$s = 14; case 14: return $24r;
					/* } */ case 12:
					/* */ if (uri.Host.length > 0) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if (uri.Host.length > 0) { */ case 15:
						_tuple$1 = domainToReverseLabels(uri.Host);
						ok = _tuple$1[1];
						/* */ if (!ok) { $s = 17; continue; }
						/* */ $s = 18; continue;
						/* if (!ok) { */ case 17:
							_r$6 = fmt.Errorf("x509: cannot parse URI %q: invalid domain", new sliceType$6([new $String(uriStr)])); /* */ $s = 19; case 19: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
							$24r$1 = _r$6;
							$s = 20; case 20: return $24r$1;
						/* } */ case 18:
					/* } */ case 16:
					uris[0] = $append(uris[0], uri);
					$s = 6; continue;
				/* } else if (_1 === (7)) { */ case 5:
					_2 = data.$length;
					if ((_2 === (4)) || (_2 === (16))) {
						ipAddresses[0] = $append(ipAddresses[0], $convertSliceType(data, net.IP));
					} else {
						$s = -1; return errors.New("x509: cannot parse IP address of length " + strconv.Itoa(data.$length));
					}
				/* } */ case 6:
			case 1:
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, _1, _2, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, data, email, err$1, err$2, err$3, err$4, name, ok, tag, uri, uriStr, $s};return $f;
		}; })(dnsNames, emailAddresses, ipAddresses, uris)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		$s = -1; return [dnsNames[0], emailAddresses[0], ipAddresses[0], uris[0], err];
		/* */ } return; } var $f = {$blk: parseSANExtension, $c: true, $r, _r$1, der, dnsNames, emailAddresses, err, ipAddresses, uris, $s};return $f;
	};
	parseExtKeyUsageExtension = function(der) {
		var _tuple, der, der$24ptr, eku, extKeyUsage, extKeyUsages, ok, unknownUsages;
		extKeyUsages = sliceType$22.nil;
		unknownUsages = sliceType$11.nil;
		if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))), 48)) {
			return [sliceType$22.nil, sliceType$11.nil, errors.New("x509: invalid extended key usages")];
		}
		while (true) {
			if (!(!der.Empty())) { break; }
			eku = [eku];
			eku[0] = asn1.ObjectIdentifier.nil;
			if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1ObjectIdentifier((eku.$ptr || (eku.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, eku))))) {
				return [sliceType$22.nil, sliceType$11.nil, errors.New("x509: invalid extended key usages")];
			}
			_tuple = extKeyUsageFromOID(eku[0]);
			extKeyUsage = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				extKeyUsages = $append(extKeyUsages, extKeyUsage);
			} else {
				unknownUsages = $append(unknownUsages, eku[0]);
			}
		}
		return [extKeyUsages, unknownUsages, $ifaceNil];
	};
	parseCertificatePoliciesExtension = function(der) {
		var cp, der, der$24ptr, oid, oids;
		oids = sliceType$11.nil;
		if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))), 48)) {
			return [sliceType$11.nil, errors.New("x509: invalid certificate policies")];
		}
		while (true) {
			if (!(!der.Empty())) { break; }
			cp = [cp];
			oid = [oid];
			cp[0] = cryptobyte.String.nil;
			if (!(der$24ptr || (der$24ptr = new ptrType$23(function() { return der; }, function($v) { der = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((cp.$ptr || (cp.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, cp))), 48)) {
				return [sliceType$11.nil, errors.New("x509: invalid certificate policies")];
			}
			oid[0] = asn1.ObjectIdentifier.nil;
			if (!(cp.$ptr || (cp.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, cp))).ReadASN1ObjectIdentifier((oid.$ptr || (oid.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, oid))))) {
				return [sliceType$11.nil, errors.New("x509: invalid certificate policies")];
			}
			oids = $append(oids, oid[0]);
		}
		return [oids, $ifaceNil];
	};
	isValidIPMask = function(mask) {
		var _1, _i, _ref, b, mask, seenZero;
		seenZero = false;
		_ref = mask;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (seenZero) {
				if (!((b === 0))) {
					return false;
				}
				_i++;
				continue;
			}
			_1 = b;
			if ((_1 === (0)) || (_1 === (128)) || (_1 === (192)) || (_1 === (224)) || (_1 === (240)) || (_1 === (248)) || (_1 === (252)) || (_1 === (254))) {
				seenZero = true;
			} else if (_1 === (255)) {
			} else {
				return false;
			}
			_i++;
		}
		return true;
	};
	parseNameConstraintsExtension = function(out, e) {
		var {_r$1, _r$2, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, e, err, excluded, getValues, haveExcluded, havePermitted, out, outer, outer$24ptr, permitted, toplevel, unhandled, $s, $r, $c} = $restore(this, {out, e});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		excluded = [excluded];
		haveExcluded = [haveExcluded];
		havePermitted = [havePermitted];
		permitted = [permitted];
		toplevel = [toplevel];
		unhandled = [unhandled];
		unhandled[0] = false;
		err = $ifaceNil;
		outer = ($convertSliceType(e.Value, cryptobyte.String));
		_tmp = cryptobyte.String.nil;
		_tmp$1 = cryptobyte.String.nil;
		_tmp$2 = cryptobyte.String.nil;
		toplevel[0] = _tmp;
		permitted[0] = _tmp$1;
		excluded[0] = _tmp$2;
		_tmp$3 = false;
		_tmp$4 = false;
		havePermitted[0] = _tmp$3;
		haveExcluded[0] = _tmp$4;
		if (!(outer$24ptr || (outer$24ptr = new ptrType$23(function() { return outer; }, function($v) { outer = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((toplevel.$ptr || (toplevel.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, toplevel))), 48) || !outer.Empty() || !(toplevel.$ptr || (toplevel.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, toplevel))).ReadOptionalASN1((permitted.$ptr || (permitted.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, permitted))), (havePermitted.$ptr || (havePermitted.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, havePermitted))), new asn1$1.Tag(new asn1$1.Tag(0).ContextSpecific()).Constructed()) || !(toplevel.$ptr || (toplevel.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, toplevel))).ReadOptionalASN1((excluded.$ptr || (excluded.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, excluded))), (haveExcluded.$ptr || (haveExcluded.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, haveExcluded))), new asn1$1.Tag(new asn1$1.Tag(1).ContextSpecific()).Constructed()) || !toplevel[0].Empty()) {
			_tmp$5 = false;
			_tmp$6 = errors.New("x509: invalid NameConstraints extension");
			unhandled[0] = _tmp$5;
			err = _tmp$6;
			$s = -1; return [unhandled[0], err];
		}
		if (!havePermitted[0] && !haveExcluded[0] || (permitted[0].$length === 0) && (excluded[0].$length === 0)) {
			_tmp$7 = false;
			_tmp$8 = errors.New("x509: empty name constraints extension");
			unhandled[0] = _tmp$7;
			err = _tmp$8;
			$s = -1; return [unhandled[0], err];
		}
		getValues = (function(excluded, haveExcluded, havePermitted, permitted, toplevel, unhandled) { return function $b(subtrees) {
			var {$24r, $24r$1, $24r$10, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$70, _tmp$71, _tmp$72, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, constraint, dnsNames, dnsTag, domain, domain$1, domain$2, emailTag, emails, err$1, err$2, err$3, err$4, ip, ipTag, ips, l, mask, ok, ok$1, ok$2, ok$3, seq, subtrees, subtrees$24ptr, tag, trimmedDomain, trimmedDomain$1, uriDomains, uriTag, value, $s, $r, $c} = $restore(this, {subtrees});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			dnsNames = sliceType$4.nil;
			ips = sliceType$28.nil;
			emails = sliceType$4.nil;
			uriDomains = sliceType$4.nil;
			err$1 = $ifaceNil;
			/* while (true) { */ case 1:
				/* if (!(!subtrees.Empty())) { break; } */ if(!(!subtrees.Empty())) { $s = 2; continue; }
				seq = [seq];
				tag = [tag];
				value = [value];
				_tmp$9 = cryptobyte.String.nil;
				_tmp$10 = cryptobyte.String.nil;
				seq[0] = _tmp$9;
				value[0] = _tmp$10;
				tag[0] = 0;
				/* */ if (!(subtrees$24ptr || (subtrees$24ptr = new ptrType$23(function() { return subtrees; }, function($v) { subtrees = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((seq.$ptr || (seq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, seq))), 48) || !(seq.$ptr || (seq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, seq))).ReadAnyASN1((value.$ptr || (value.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, value))), (tag.$ptr || (tag.$ptr = new ptrType$24(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tag))))) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if (!(subtrees$24ptr || (subtrees$24ptr = new ptrType$23(function() { return subtrees; }, function($v) { subtrees = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((seq.$ptr || (seq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, seq))), 48) || !(seq.$ptr || (seq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, seq))).ReadAnyASN1((value.$ptr || (value.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, value))), (tag.$ptr || (tag.$ptr = new ptrType$24(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tag))))) { */ case 3:
					_tmp$11 = sliceType$4.nil;
					_tmp$12 = sliceType$28.nil;
					_tmp$13 = sliceType$4.nil;
					_tmp$14 = sliceType$4.nil;
					_r$1 = fmt.Errorf("x509: invalid NameConstraints extension", new sliceType$6([])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_tmp$15 = _r$1;
					dnsNames = _tmp$11;
					ips = _tmp$12;
					emails = _tmp$13;
					uriDomains = _tmp$14;
					err$1 = _tmp$15;
					$24r = [dnsNames, ips, emails, uriDomains, err$1];
					$s = 6; case 6: return $24r;
				/* } */ case 4:
				dnsTag = new asn1$1.Tag(2).ContextSpecific();
				emailTag = new asn1$1.Tag(1).ContextSpecific();
				ipTag = new asn1$1.Tag(7).ContextSpecific();
				uriTag = new asn1$1.Tag(6).ContextSpecific();
					_1 = tag[0];
					/* */ if (_1 === (dnsTag)) { $s = 8; continue; }
					/* */ if (_1 === (ipTag)) { $s = 9; continue; }
					/* */ if (_1 === (emailTag)) { $s = 10; continue; }
					/* */ if (_1 === (uriTag)) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (_1 === (dnsTag)) { */ case 8:
						domain = ($bytesToString(value[0]));
						_r$2 = isIA5String(domain); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						err$2 = _r$2;
						/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 15; continue; }
						/* */ $s = 16; continue;
						/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 15:
							_tmp$16 = sliceType$4.nil;
							_tmp$17 = sliceType$28.nil;
							_tmp$18 = sliceType$4.nil;
							_tmp$19 = sliceType$4.nil;
							_r$3 = err$2.Error(); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
							_r$4 = errors.New("x509: invalid constraint value: " + _r$3); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
							_tmp$20 = _r$4;
							dnsNames = _tmp$16;
							ips = _tmp$17;
							emails = _tmp$18;
							uriDomains = _tmp$19;
							err$1 = _tmp$20;
							$24r$1 = [dnsNames, ips, emails, uriDomains, err$1];
							$s = 19; case 19: return $24r$1;
						/* } */ case 16:
						trimmedDomain = domain;
						if (trimmedDomain.length > 0 && (trimmedDomain.charCodeAt(0) === 46)) {
							trimmedDomain = $substring(trimmedDomain, 1);
						}
						_tuple = domainToReverseLabels(trimmedDomain);
						ok = _tuple[1];
						/* */ if (!ok) { $s = 20; continue; }
						/* */ $s = 21; continue;
						/* if (!ok) { */ case 20:
							_tmp$21 = sliceType$4.nil;
							_tmp$22 = sliceType$28.nil;
							_tmp$23 = sliceType$4.nil;
							_tmp$24 = sliceType$4.nil;
							_r$5 = fmt.Errorf("x509: failed to parse dnsName constraint %q", new sliceType$6([new $String(domain)])); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
							_tmp$25 = _r$5;
							dnsNames = _tmp$21;
							ips = _tmp$22;
							emails = _tmp$23;
							uriDomains = _tmp$24;
							err$1 = _tmp$25;
							$24r$2 = [dnsNames, ips, emails, uriDomains, err$1];
							$s = 23; case 23: return $24r$2;
						/* } */ case 21:
						dnsNames = $append(dnsNames, domain);
						$s = 13; continue;
					/* } else if (_1 === (ipTag)) { */ case 9:
						l = value[0].$length;
						_tmp$26 = sliceType$1.nil;
						_tmp$27 = sliceType$1.nil;
						ip = _tmp$26;
						mask = _tmp$27;
							_2 = l;
							/* */ if (_2 === (8)) { $s = 25; continue; }
							/* */ if (_2 === (32)) { $s = 26; continue; }
							/* */ $s = 27; continue;
							/* if (_2 === (8)) { */ case 25:
								ip = $convertSliceType($subslice(value[0], 0, 4), sliceType$1);
								mask = $convertSliceType($subslice(value[0], 4), sliceType$1);
								$s = 28; continue;
							/* } else if (_2 === (32)) { */ case 26:
								ip = $convertSliceType($subslice(value[0], 0, 16), sliceType$1);
								mask = $convertSliceType($subslice(value[0], 16), sliceType$1);
								$s = 28; continue;
							/* } else { */ case 27:
								_tmp$28 = sliceType$4.nil;
								_tmp$29 = sliceType$28.nil;
								_tmp$30 = sliceType$4.nil;
								_tmp$31 = sliceType$4.nil;
								_r$6 = fmt.Errorf("x509: IP constraint contained value of length %d", new sliceType$6([new $Int(l)])); /* */ $s = 29; case 29: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
								_tmp$32 = _r$6;
								dnsNames = _tmp$28;
								ips = _tmp$29;
								emails = _tmp$30;
								uriDomains = _tmp$31;
								err$1 = _tmp$32;
								$24r$3 = [dnsNames, ips, emails, uriDomains, err$1];
								$s = 30; case 30: return $24r$3;
							/* } */ case 28:
						case 24:
						/* */ if (!isValidIPMask(mask)) { $s = 31; continue; }
						/* */ $s = 32; continue;
						/* if (!isValidIPMask(mask)) { */ case 31:
							_tmp$33 = sliceType$4.nil;
							_tmp$34 = sliceType$28.nil;
							_tmp$35 = sliceType$4.nil;
							_tmp$36 = sliceType$4.nil;
							_r$7 = fmt.Errorf("x509: IP constraint contained invalid mask %x", new sliceType$6([mask])); /* */ $s = 33; case 33: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
							_tmp$37 = _r$7;
							dnsNames = _tmp$33;
							ips = _tmp$34;
							emails = _tmp$35;
							uriDomains = _tmp$36;
							err$1 = _tmp$37;
							$24r$4 = [dnsNames, ips, emails, uriDomains, err$1];
							$s = 34; case 34: return $24r$4;
						/* } */ case 32:
						ips = $append(ips, new net.IPNet.ptr(($convertSliceType(ip, net.IP)), ($convertSliceType(mask, net.IPMask))));
						$s = 13; continue;
					/* } else if (_1 === (emailTag)) { */ case 10:
						constraint = ($bytesToString(value[0]));
						_r$8 = isIA5String(constraint); /* */ $s = 35; case 35: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
						err$3 = _r$8;
						/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 36; continue; }
						/* */ $s = 37; continue;
						/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 36:
							_tmp$38 = sliceType$4.nil;
							_tmp$39 = sliceType$28.nil;
							_tmp$40 = sliceType$4.nil;
							_tmp$41 = sliceType$4.nil;
							_r$9 = err$3.Error(); /* */ $s = 38; case 38: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
							_r$10 = errors.New("x509: invalid constraint value: " + _r$9); /* */ $s = 39; case 39: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
							_tmp$42 = _r$10;
							dnsNames = _tmp$38;
							ips = _tmp$39;
							emails = _tmp$40;
							uriDomains = _tmp$41;
							err$1 = _tmp$42;
							$24r$5 = [dnsNames, ips, emails, uriDomains, err$1];
							$s = 40; case 40: return $24r$5;
						/* } */ case 37:
						/* */ if (strings.Contains(constraint, "@")) { $s = 41; continue; }
						/* */ $s = 42; continue;
						/* if (strings.Contains(constraint, "@")) { */ case 41:
							_tuple$1 = parseRFC2821Mailbox(constraint);
							ok$1 = _tuple$1[1];
							/* */ if (!ok$1) { $s = 44; continue; }
							/* */ $s = 45; continue;
							/* if (!ok$1) { */ case 44:
								_tmp$43 = sliceType$4.nil;
								_tmp$44 = sliceType$28.nil;
								_tmp$45 = sliceType$4.nil;
								_tmp$46 = sliceType$4.nil;
								_r$11 = fmt.Errorf("x509: failed to parse rfc822Name constraint %q", new sliceType$6([new $String(constraint)])); /* */ $s = 46; case 46: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
								_tmp$47 = _r$11;
								dnsNames = _tmp$43;
								ips = _tmp$44;
								emails = _tmp$45;
								uriDomains = _tmp$46;
								err$1 = _tmp$47;
								$24r$6 = [dnsNames, ips, emails, uriDomains, err$1];
								$s = 47; case 47: return $24r$6;
							/* } */ case 45:
							$s = 43; continue;
						/* } else { */ case 42:
							domain$1 = constraint;
							if (domain$1.length > 0 && (domain$1.charCodeAt(0) === 46)) {
								domain$1 = $substring(domain$1, 1);
							}
							_tuple$2 = domainToReverseLabels(domain$1);
							ok$2 = _tuple$2[1];
							/* */ if (!ok$2) { $s = 48; continue; }
							/* */ $s = 49; continue;
							/* if (!ok$2) { */ case 48:
								_tmp$48 = sliceType$4.nil;
								_tmp$49 = sliceType$28.nil;
								_tmp$50 = sliceType$4.nil;
								_tmp$51 = sliceType$4.nil;
								_r$12 = fmt.Errorf("x509: failed to parse rfc822Name constraint %q", new sliceType$6([new $String(constraint)])); /* */ $s = 50; case 50: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
								_tmp$52 = _r$12;
								dnsNames = _tmp$48;
								ips = _tmp$49;
								emails = _tmp$50;
								uriDomains = _tmp$51;
								err$1 = _tmp$52;
								$24r$7 = [dnsNames, ips, emails, uriDomains, err$1];
								$s = 51; case 51: return $24r$7;
							/* } */ case 49:
						/* } */ case 43:
						emails = $append(emails, constraint);
						$s = 13; continue;
					/* } else if (_1 === (uriTag)) { */ case 11:
						domain$2 = ($bytesToString(value[0]));
						_r$13 = isIA5String(domain$2); /* */ $s = 52; case 52: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
						err$4 = _r$13;
						/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 53; continue; }
						/* */ $s = 54; continue;
						/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 53:
							_tmp$53 = sliceType$4.nil;
							_tmp$54 = sliceType$28.nil;
							_tmp$55 = sliceType$4.nil;
							_tmp$56 = sliceType$4.nil;
							_r$14 = err$4.Error(); /* */ $s = 55; case 55: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
							_r$15 = errors.New("x509: invalid constraint value: " + _r$14); /* */ $s = 56; case 56: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
							_tmp$57 = _r$15;
							dnsNames = _tmp$53;
							ips = _tmp$54;
							emails = _tmp$55;
							uriDomains = _tmp$56;
							err$1 = _tmp$57;
							$24r$8 = [dnsNames, ips, emails, uriDomains, err$1];
							$s = 57; case 57: return $24r$8;
						/* } */ case 54:
						/* */ if (!(net.ParseIP(domain$2) === net.IP.nil)) { $s = 58; continue; }
						/* */ $s = 59; continue;
						/* if (!(net.ParseIP(domain$2) === net.IP.nil)) { */ case 58:
							_tmp$58 = sliceType$4.nil;
							_tmp$59 = sliceType$28.nil;
							_tmp$60 = sliceType$4.nil;
							_tmp$61 = sliceType$4.nil;
							_r$16 = fmt.Errorf("x509: failed to parse URI constraint %q: cannot be IP address", new sliceType$6([new $String(domain$2)])); /* */ $s = 60; case 60: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
							_tmp$62 = _r$16;
							dnsNames = _tmp$58;
							ips = _tmp$59;
							emails = _tmp$60;
							uriDomains = _tmp$61;
							err$1 = _tmp$62;
							$24r$9 = [dnsNames, ips, emails, uriDomains, err$1];
							$s = 61; case 61: return $24r$9;
						/* } */ case 59:
						trimmedDomain$1 = domain$2;
						if (trimmedDomain$1.length > 0 && (trimmedDomain$1.charCodeAt(0) === 46)) {
							trimmedDomain$1 = $substring(trimmedDomain$1, 1);
						}
						_tuple$3 = domainToReverseLabels(trimmedDomain$1);
						ok$3 = _tuple$3[1];
						/* */ if (!ok$3) { $s = 62; continue; }
						/* */ $s = 63; continue;
						/* if (!ok$3) { */ case 62:
							_tmp$63 = sliceType$4.nil;
							_tmp$64 = sliceType$28.nil;
							_tmp$65 = sliceType$4.nil;
							_tmp$66 = sliceType$4.nil;
							_r$17 = fmt.Errorf("x509: failed to parse URI constraint %q", new sliceType$6([new $String(domain$2)])); /* */ $s = 64; case 64: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
							_tmp$67 = _r$17;
							dnsNames = _tmp$63;
							ips = _tmp$64;
							emails = _tmp$65;
							uriDomains = _tmp$66;
							err$1 = _tmp$67;
							$24r$10 = [dnsNames, ips, emails, uriDomains, err$1];
							$s = 65; case 65: return $24r$10;
						/* } */ case 63:
						uriDomains = $append(uriDomains, domain$2);
						$s = 13; continue;
					/* } else { */ case 12:
						unhandled[0] = true;
					/* } */ case 13:
				case 7:
			$s = 1; continue;
			case 2:
			_tmp$68 = dnsNames;
			_tmp$69 = ips;
			_tmp$70 = emails;
			_tmp$71 = uriDomains;
			_tmp$72 = $ifaceNil;
			dnsNames = _tmp$68;
			ips = _tmp$69;
			emails = _tmp$70;
			uriDomains = _tmp$71;
			err$1 = _tmp$72;
			$s = -1; return [dnsNames, ips, emails, uriDomains, err$1];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$10, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$44, _tmp$45, _tmp$46, _tmp$47, _tmp$48, _tmp$49, _tmp$50, _tmp$51, _tmp$52, _tmp$53, _tmp$54, _tmp$55, _tmp$56, _tmp$57, _tmp$58, _tmp$59, _tmp$60, _tmp$61, _tmp$62, _tmp$63, _tmp$64, _tmp$65, _tmp$66, _tmp$67, _tmp$68, _tmp$69, _tmp$70, _tmp$71, _tmp$72, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, constraint, dnsNames, dnsTag, domain, domain$1, domain$2, emailTag, emails, err$1, err$2, err$3, err$4, ip, ipTag, ips, l, mask, ok, ok$1, ok$2, ok$3, seq, subtrees, subtrees$24ptr, tag, trimmedDomain, trimmedDomain$1, uriDomains, uriTag, value, $s};return $f;
		}; })(excluded, haveExcluded, havePermitted, permitted, toplevel, unhandled);
		_r$1 = getValues(permitted[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		out.PermittedDNSDomains = _tuple[0];
		out.PermittedIPRanges = _tuple[1];
		out.PermittedEmailAddresses = _tuple[2];
		out.PermittedURIDomains = _tuple[3];
		err = _tuple[4];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$9 = false;
			_tmp$10 = err;
			unhandled[0] = _tmp$9;
			err = _tmp$10;
			$s = -1; return [unhandled[0], err];
		}
		_r$2 = getValues(excluded[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		out.ExcludedDNSDomains = _tuple$1[0];
		out.ExcludedIPRanges = _tuple$1[1];
		out.ExcludedEmailAddresses = _tuple$1[2];
		out.ExcludedURIDomains = _tuple$1[3];
		err = _tuple$1[4];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$11 = false;
			_tmp$12 = err;
			unhandled[0] = _tmp$11;
			err = _tmp$12;
			$s = -1; return [unhandled[0], err];
		}
		out.PermittedDNSDomainsCritical = e.Critical;
		_tmp$13 = unhandled[0];
		_tmp$14 = $ifaceNil;
		unhandled[0] = _tmp$13;
		err = _tmp$14;
		$s = -1; return [unhandled[0], err];
		/* */ } return; } var $f = {$blk: parseNameConstraintsExtension, $c: true, $r, _r$1, _r$2, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, e, err, excluded, getValues, haveExcluded, havePermitted, out, outer, outer$24ptr, permitted, toplevel, unhandled, $s};return $f;
	};
	processExtensions = function(out) {
		var {_1, _i, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, aiaDER, akid, dpDER, dpNameDER, dpNamePresent, e, err, method, out, skid, unhandled, uri, val, val$1, val$2, val$24ptr, val$24ptr$1, val$3, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = $ifaceNil;
		_ref = out.Extensions;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			akid = [akid];
			skid = [skid];
			val = [val];
			val$1 = [val$1];
			e = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pkix.Extension);
			unhandled = false;
			/* */ if ((e.Id.$length === 4) && ((x = e.Id, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 2) && ((x$1 = e.Id, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])) === 5) && ((x$2 = e.Id, (2 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 2])) === 29)) { $s = 3; continue; }
			/* */ if (e.Id.Equal($convertSliceType(oidExtensionAuthorityInfoAccess, asn1.ObjectIdentifier))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((e.Id.$length === 4) && ((x = e.Id, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 2) && ((x$1 = e.Id, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])) === 5) && ((x$2 = e.Id, (2 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 2])) === 29)) { */ case 3:
					_1 = (x$3 = e.Id, (3 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 3]));
					/* */ if (_1 === (15)) { $s = 8; continue; }
					/* */ if (_1 === (19)) { $s = 9; continue; }
					/* */ if (_1 === (17)) { $s = 10; continue; }
					/* */ if (_1 === (30)) { $s = 11; continue; }
					/* */ if (_1 === (31)) { $s = 12; continue; }
					/* */ if (_1 === (35)) { $s = 13; continue; }
					/* */ if (_1 === (37)) { $s = 14; continue; }
					/* */ if (_1 === (14)) { $s = 15; continue; }
					/* */ if (_1 === (32)) { $s = 16; continue; }
					/* */ $s = 17; continue;
					/* if (_1 === (15)) { */ case 8:
						_tuple = parseKeyUsageExtension($convertSliceType(e.Value, cryptobyte.String));
						out.KeyUsage = _tuple[0];
						err = _tuple[1];
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return err;
						}
						$s = 18; continue;
					/* } else if (_1 === (19)) { */ case 9:
						_r$1 = parseBasicConstraintsExtension($convertSliceType(e.Value, cryptobyte.String)); /* */ $s = 19; case 19: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						_tuple$1 = _r$1;
						out.IsCA = _tuple$1[0];
						out.MaxPathLen = _tuple$1[1];
						err = _tuple$1[2];
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return err;
						}
						out.BasicConstraintsValid = true;
						out.MaxPathLenZero = out.MaxPathLen === 0;
						$s = 18; continue;
					/* } else if (_1 === (17)) { */ case 10:
						_r$2 = parseSANExtension($convertSliceType(e.Value, cryptobyte.String)); /* */ $s = 20; case 20: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						_tuple$2 = _r$2;
						out.DNSNames = _tuple$2[0];
						out.EmailAddresses = _tuple$2[1];
						out.IPAddresses = _tuple$2[2];
						out.URIs = _tuple$2[3];
						err = _tuple$2[4];
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return err;
						}
						if ((out.DNSNames.$length === 0) && (out.EmailAddresses.$length === 0) && (out.IPAddresses.$length === 0) && (out.URIs.$length === 0)) {
							unhandled = true;
						}
						$s = 18; continue;
					/* } else if (_1 === (30)) { */ case 11:
						_r$3 = parseNameConstraintsExtension(out, $clone(e, pkix.Extension)); /* */ $s = 21; case 21: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_tuple$3 = _r$3;
						unhandled = _tuple$3[0];
						err = _tuple$3[1];
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return err;
						}
						$s = 18; continue;
					/* } else if (_1 === (31)) { */ case 12:
						val[0] = ($convertSliceType(e.Value, cryptobyte.String));
						if (!(val.$ptr || (val.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, val))).ReadASN1((val.$ptr || (val.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, val))), 48)) {
							$s = -1; return errors.New("x509: invalid CRL distribution points");
						}
						while (true) {
							if (!(!val[0].Empty())) { break; }
							dpDER = [dpDER];
							dpNameDER = [dpNameDER];
							dpNamePresent = [dpNamePresent];
							dpDER[0] = cryptobyte.String.nil;
							if (!(val.$ptr || (val.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, val))).ReadASN1((dpDER.$ptr || (dpDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, dpDER))), 48)) {
								$s = -1; return errors.New("x509: invalid CRL distribution point");
							}
							dpNameDER[0] = cryptobyte.String.nil;
							dpNamePresent[0] = false;
							if (!(dpDER.$ptr || (dpDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, dpDER))).ReadOptionalASN1((dpNameDER.$ptr || (dpNameDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, dpNameDER))), (dpNamePresent.$ptr || (dpNamePresent.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, dpNamePresent))), new asn1$1.Tag(new asn1$1.Tag(0).Constructed()).ContextSpecific())) {
								$s = -1; return errors.New("x509: invalid CRL distribution point");
							}
							if (!dpNamePresent[0]) {
								continue;
							}
							if (!(dpNameDER.$ptr || (dpNameDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, dpNameDER))).ReadASN1((dpNameDER.$ptr || (dpNameDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, dpNameDER))), new asn1$1.Tag(new asn1$1.Tag(0).Constructed()).ContextSpecific())) {
								$s = -1; return errors.New("x509: invalid CRL distribution point");
							}
							while (true) {
								if (!(!dpNameDER[0].Empty())) { break; }
								uri = [uri];
								if (!dpNameDER[0].PeekASN1Tag(new asn1$1.Tag(6).ContextSpecific())) {
									break;
								}
								uri[0] = cryptobyte.String.nil;
								if (!(dpNameDER.$ptr || (dpNameDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, dpNameDER))).ReadASN1((uri.$ptr || (uri.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, uri))), new asn1$1.Tag(6).ContextSpecific())) {
									$s = -1; return errors.New("x509: invalid CRL distribution point");
								}
								out.CRLDistributionPoints = $append(out.CRLDistributionPoints, ($bytesToString(uri[0])));
							}
						}
						$s = 18; continue;
					/* } else if (_1 === (35)) { */ case 13:
						val$2 = ($convertSliceType(e.Value, cryptobyte.String));
						akid[0] = cryptobyte.String.nil;
						if (!(val$24ptr || (val$24ptr = new ptrType$23(function() { return val$2; }, function($v) { val$2 = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((akid.$ptr || (akid.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, akid))), 48)) {
							$s = -1; return errors.New("x509: invalid authority key identifier");
						}
						if (akid[0].PeekASN1Tag(new asn1$1.Tag(0).ContextSpecific())) {
							if (!(akid.$ptr || (akid.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, akid))).ReadASN1((akid.$ptr || (akid.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, akid))), new asn1$1.Tag(0).ContextSpecific())) {
								$s = -1; return errors.New("x509: invalid authority key identifier");
							}
							out.AuthorityKeyId = $convertSliceType(akid[0], sliceType$1);
						}
						$s = 18; continue;
					/* } else if (_1 === (37)) { */ case 14:
						_tuple$4 = parseExtKeyUsageExtension($convertSliceType(e.Value, cryptobyte.String));
						out.ExtKeyUsage = _tuple$4[0];
						out.UnknownExtKeyUsage = _tuple$4[1];
						err = _tuple$4[2];
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return err;
						}
						$s = 18; continue;
					/* } else if (_1 === (14)) { */ case 15:
						val$3 = ($convertSliceType(e.Value, cryptobyte.String));
						skid[0] = cryptobyte.String.nil;
						if (!(val$24ptr$1 || (val$24ptr$1 = new ptrType$23(function() { return val$3; }, function($v) { val$3 = $convertSliceType($v, cryptobyte.String); }))).ReadASN1((skid.$ptr || (skid.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, skid))), 4)) {
							$s = -1; return errors.New("x509: invalid subject key identifier");
						}
						out.SubjectKeyId = $convertSliceType(skid[0], sliceType$1);
						$s = 18; continue;
					/* } else if (_1 === (32)) { */ case 16:
						_tuple$5 = parseCertificatePoliciesExtension($convertSliceType(e.Value, cryptobyte.String));
						out.PolicyIdentifiers = _tuple$5[0];
						err = _tuple$5[1];
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							$s = -1; return err;
						}
						$s = 18; continue;
					/* } else { */ case 17:
						unhandled = true;
					/* } */ case 18:
				case 7:
				$s = 6; continue;
			/* } else if (e.Id.Equal($convertSliceType(oidExtensionAuthorityInfoAccess, asn1.ObjectIdentifier))) { */ case 4:
				val$1[0] = ($convertSliceType(e.Value, cryptobyte.String));
				if (!(val$1.$ptr || (val$1.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, val$1))).ReadASN1((val$1.$ptr || (val$1.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, val$1))), 48)) {
					$s = -1; return errors.New("x509: invalid authority info access");
				}
				while (true) {
					if (!(!val$1[0].Empty())) { break; }
					aiaDER = [aiaDER];
					method = [method];
					aiaDER[0] = cryptobyte.String.nil;
					if (!(val$1.$ptr || (val$1.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, val$1))).ReadASN1((aiaDER.$ptr || (aiaDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, aiaDER))), 48)) {
						$s = -1; return errors.New("x509: invalid authority info access");
					}
					method[0] = asn1.ObjectIdentifier.nil;
					if (!(aiaDER.$ptr || (aiaDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, aiaDER))).ReadASN1ObjectIdentifier((method.$ptr || (method.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, method))))) {
						$s = -1; return errors.New("x509: invalid authority info access");
					}
					if (!aiaDER[0].PeekASN1Tag(new asn1$1.Tag(6).ContextSpecific())) {
						continue;
					}
					if (!(aiaDER.$ptr || (aiaDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, aiaDER))).ReadASN1((aiaDER.$ptr || (aiaDER.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, aiaDER))), new asn1$1.Tag(6).ContextSpecific())) {
						$s = -1; return errors.New("x509: invalid authority info access");
					}
					if (method[0].Equal(oidAuthorityInfoAccessOcsp)) {
						out.OCSPServer = $append(out.OCSPServer, ($bytesToString(aiaDER[0])));
					} else if (method[0].Equal(oidAuthorityInfoAccessIssuers)) {
						out.IssuingCertificateURL = $append(out.IssuingCertificateURL, ($bytesToString(aiaDER[0])));
					}
				}
				$s = 6; continue;
			/* } else { */ case 5:
				unhandled = true;
			/* } */ case 6:
			if (e.Critical && unhandled) {
				out.UnhandledCriticalExtensions = $append(out.UnhandledCriticalExtensions, e.Id);
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: processExtensions, $c: true, $r, _1, _i, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, aiaDER, akid, dpDER, dpNameDER, dpNamePresent, e, err, method, out, skid, unhandled, uri, val, val$1, val$2, val$24ptr, val$24ptr$1, val$3, x, x$1, x$2, x$3, $s};return $f;
	};
	parseCertificate = function(der) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, cert, der, err, err$1, ext, extension, extensions, input, issuerRDNs, issuerSeq, outerSigAISeq, pkAI, pkAISeq, present, serial, sigAI, sigAISeq, signature, spk, spki, subjectRDNs, subjectSeq, tbs, validity$1, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		extensions = [extensions];
		input = [input];
		issuerSeq = [issuerSeq];
		outerSigAISeq = [outerSigAISeq];
		pkAISeq = [pkAISeq];
		present = [present];
		sigAISeq = [sigAISeq];
		signature = [signature];
		spk = [spk];
		spki = [spki];
		subjectSeq = [subjectSeq];
		tbs = [tbs];
		validity$1 = [validity$1];
		cert = new Certificate.ptr(sliceType$1.nil, sliceType$1.nil, sliceType$1.nil, sliceType$1.nil, sliceType$1.nil, sliceType$1.nil, 0, 0, $ifaceNil, 0, ptrType$1.nil, new pkix.Name.ptr(sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, "", "", sliceType$15.nil, sliceType$15.nil), new pkix.Name.ptr(sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, "", "", sliceType$15.nil, sliceType$15.nil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), 0, sliceType$8.nil, sliceType$8.nil, sliceType$11.nil, sliceType$22.nil, sliceType$11.nil, false, false, 0, false, sliceType$1.nil, sliceType$1.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$18.nil, sliceType$19.nil, false, sliceType$4.nil, sliceType$4.nil, sliceType$28.nil, sliceType$28.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$4.nil, sliceType$11.nil);
		input[0] = ($convertSliceType(der, cryptobyte.String));
		if (!(input.$ptr || (input.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, input))).ReadASN1Element((input.$ptr || (input.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, input))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed certificate")];
		}
		cert.Raw = $convertSliceType(input[0], sliceType$1);
		if (!(input.$ptr || (input.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, input))).ReadASN1((input.$ptr || (input.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, input))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed certificate")];
		}
		tbs[0] = cryptobyte.String.nil;
		if (!(input.$ptr || (input.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, input))).ReadASN1Element((tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed tbs certificate")];
		}
		cert.RawTBSCertificate = $convertSliceType(tbs[0], sliceType$1);
		if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadASN1((tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed tbs certificate")];
		}
		_r$1 = (tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadOptionalASN1Integer((cert.$ptr_Version || (cert.$ptr_Version = new ptrType$16(function() { return this.$target.Version; }, function($v) { this.$target.Version = $v; }, cert))), new asn1$1.Tag(new asn1$1.Tag(0).Constructed()).ContextSpecific(), new $Int(0)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$1) { */ case 1:
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed version")];
		/* } */ case 2:
		if (cert.Version < 0) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed version")];
		}
		cert.Version = cert.Version + (1) >> 0;
		if (cert.Version > 3) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: invalid version")];
		}
		serial = new big.Int.ptr(false, big.nat.nil);
		_r$2 = (tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadASN1Integer(serial); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!_r$2) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!_r$2) { */ case 4:
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed serial number")];
		/* } */ case 5:
		cert.SerialNumber = serial;
		sigAISeq[0] = cryptobyte.String.nil;
		if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadASN1((sigAISeq.$ptr || (sigAISeq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAISeq))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed signature algorithm identifier")];
		}
		outerSigAISeq[0] = cryptobyte.String.nil;
		if (!(input.$ptr || (input.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, input))).ReadASN1((outerSigAISeq.$ptr || (outerSigAISeq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, outerSigAISeq))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed algorithm identifier")];
		}
		if (!bytes.Equal($convertSliceType(outerSigAISeq[0], sliceType$1), $convertSliceType(sigAISeq[0], sliceType$1))) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: inner and outer signature algorithm identifiers don't match")];
		}
		_tuple = parseAI(sigAISeq[0]);
		sigAI = $clone(_tuple[0], pkix.AlgorithmIdentifier);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$4.nil, err];
		}
		_r$3 = getSignatureAlgorithmFromAI($clone(sigAI, pkix.AlgorithmIdentifier)); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		cert.SignatureAlgorithm = _r$3;
		issuerSeq[0] = cryptobyte.String.nil;
		if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadASN1Element((issuerSeq.$ptr || (issuerSeq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, issuerSeq))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed issuer")];
		}
		cert.RawIssuer = $convertSliceType(issuerSeq[0], sliceType$1);
		_r$4 = parseName(issuerSeq[0]); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$1 = _r$4;
		issuerRDNs = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$4.nil, err];
		}
		cert.Issuer.FillFromRDNSequence(issuerRDNs);
		validity$1[0] = cryptobyte.String.nil;
		if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadASN1((validity$1.$ptr || (validity$1.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, validity$1))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed validity")];
		}
		_r$5 = parseValidity(validity$1[0]); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$2 = _r$5;
		time.Time.copy(cert.NotBefore, _tuple$2[0]);
		time.Time.copy(cert.NotAfter, _tuple$2[1]);
		err = _tuple$2[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$4.nil, err];
		}
		subjectSeq[0] = cryptobyte.String.nil;
		if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadASN1Element((subjectSeq.$ptr || (subjectSeq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, subjectSeq))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed issuer")];
		}
		cert.RawSubject = $convertSliceType(subjectSeq[0], sliceType$1);
		_r$6 = parseName(subjectSeq[0]); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$3 = _r$6;
		subjectRDNs = _tuple$3[0];
		err = _tuple$3[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$4.nil, err];
		}
		cert.Subject.FillFromRDNSequence(subjectRDNs);
		spki[0] = cryptobyte.String.nil;
		if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadASN1Element((spki.$ptr || (spki.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, spki))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed spki")];
		}
		cert.RawSubjectPublicKeyInfo = $convertSliceType(spki[0], sliceType$1);
		if (!(spki.$ptr || (spki.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, spki))).ReadASN1((spki.$ptr || (spki.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, spki))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed spki")];
		}
		pkAISeq[0] = cryptobyte.String.nil;
		if (!(spki.$ptr || (spki.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, spki))).ReadASN1((pkAISeq.$ptr || (pkAISeq.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, pkAISeq))), 48)) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed public key algorithm identifier")];
		}
		_tuple$4 = parseAI(pkAISeq[0]);
		pkAI = $clone(_tuple$4[0], pkix.AlgorithmIdentifier);
		err = _tuple$4[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$4.nil, err];
		}
		cert.PublicKeyAlgorithm = getPublicKeyAlgorithmFromOID(pkAI.Algorithm);
		spk[0] = new asn1.BitString.ptr(sliceType$1.nil, 0);
		if (!(spki.$ptr || (spki.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, spki))).ReadASN1BitString(spk[0])) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed subjectPublicKey")];
		}
		_r$7 = parsePublicKey(cert.PublicKeyAlgorithm, new publicKeyInfo.ptr(asn1.RawContent.nil, $clone(pkAI, pkix.AlgorithmIdentifier), $clone(spk[0], asn1.BitString))); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$5 = _r$7;
		cert.PublicKey = _tuple$5[0];
		err = _tuple$5[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$4.nil, err];
		}
		/* */ if (cert.Version > 1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (cert.Version > 1) { */ case 12:
			if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).SkipOptionalASN1(new asn1$1.Tag(1).ContextSpecific())) {
				$s = -1; return [ptrType$4.nil, errors.New("x509: malformed issuerUniqueID")];
			}
			if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).SkipOptionalASN1(new asn1$1.Tag(2).ContextSpecific())) {
				$s = -1; return [ptrType$4.nil, errors.New("x509: malformed subjectUniqueID")];
			}
			/* */ if (cert.Version === 3) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (cert.Version === 3) { */ case 14:
				extensions[0] = cryptobyte.String.nil;
				present[0] = false;
				if (!(tbs.$ptr || (tbs.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, tbs))).ReadOptionalASN1((extensions.$ptr || (extensions.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extensions))), (present.$ptr || (present.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, present))), new asn1$1.Tag(new asn1$1.Tag(3).Constructed()).ContextSpecific())) {
					$s = -1; return [ptrType$4.nil, errors.New("x509: malformed extensions")];
				}
				/* */ if (present[0]) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (present[0]) { */ case 16:
					if (!(extensions.$ptr || (extensions.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extensions))).ReadASN1((extensions.$ptr || (extensions.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extensions))), 48)) {
						$s = -1; return [ptrType$4.nil, errors.New("x509: malformed extensions")];
					}
					while (true) {
						if (!(!extensions[0].Empty())) { break; }
						extension = [extension];
						extension[0] = cryptobyte.String.nil;
						if (!(extensions.$ptr || (extensions.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extensions))).ReadASN1((extension.$ptr || (extension.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extension))), 48)) {
							$s = -1; return [ptrType$4.nil, errors.New("x509: malformed extension")];
						}
						_tuple$6 = parseExtension(extension[0]);
						ext = $clone(_tuple$6[0], pkix.Extension);
						err$1 = _tuple$6[1];
						if (!($interfaceIsEqual(err$1, $ifaceNil))) {
							$s = -1; return [ptrType$4.nil, err$1];
						}
						cert.Extensions = $append(cert.Extensions, ext);
					}
					_r$8 = processExtensions(cert); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					err = _r$8;
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						$s = -1; return [ptrType$4.nil, err];
					}
				/* } */ case 17:
			/* } */ case 15:
		/* } */ case 13:
		signature[0] = new asn1.BitString.ptr(sliceType$1.nil, 0);
		if (!(input.$ptr || (input.$ptr = new ptrType$23(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, input))).ReadASN1BitString(signature[0])) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: malformed signature")];
		}
		cert.Signature = $clone(signature[0], asn1.BitString).RightAlign();
		$s = -1; return [cert, $ifaceNil];
		/* */ } return; } var $f = {$blk: parseCertificate, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, cert, der, err, err$1, ext, extension, extensions, input, issuerRDNs, issuerSeq, outerSigAISeq, pkAI, pkAISeq, present, serial, sigAI, sigAISeq, signature, spk, spki, subjectRDNs, subjectSeq, tbs, validity$1, $s};return $f;
	};
	ParseCertificate = function(der) {
		var {_r$1, _tuple, cert, der, err, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = parseCertificate(der); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		cert = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$4.nil, err];
		}
		if (!((der.$length === cert.Raw.$length))) {
			$s = -1; return [ptrType$4.nil, errors.New("x509: trailing data")];
		}
		$s = -1; return [cert, err];
		/* */ } return; } var $f = {$blk: ParseCertificate, $c: true, $r, _r$1, _tuple, cert, der, err, $s};return $f;
	};
	$pkg.ParseCertificate = ParseCertificate;
	NewCertPool = function() {
		return new CertPool.ptr({}, sliceType$29.nil, {}, false);
	};
	$pkg.NewCertPool = NewCertPool;
	CertPool.ptr.prototype.len = function() {
		var s;
		s = this;
		if (s === ptrType.nil) {
			return 0;
		}
		return s.lazyCerts.$length;
	};
	CertPool.prototype.len = function() { return this.$val.len(); };
	CertPool.ptr.prototype.cert = function(n) {
		var {$24r, _r$1, n, s, x, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r$1 = (x = s.lazyCerts, ((n < 0 || n >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + n])).getCert(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: CertPool.ptr.prototype.cert, $c: true, $r, $24r, _r$1, n, s, x, $s};return $f;
	};
	CertPool.prototype.cert = function(n) { return this.$val.cert(n); };
	CertPool.ptr.prototype.findPotentialParents = function(cert) {
		var {_entry, _i, _r$1, _ref, _tmp, _tmp$1, _tmp$2, _tuple, c, candidate, candidates, cert, err, found, kidMatch, matchingKeyID, mismatchKeyID, oneKeyID, s, $s, $r, $c} = $restore(this, {cert});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (s === ptrType.nil) {
			$s = -1; return sliceType$20.nil;
		}
		_tmp = sliceType$20.nil;
		_tmp$1 = sliceType$20.nil;
		_tmp$2 = sliceType$20.nil;
		matchingKeyID = _tmp;
		oneKeyID = _tmp$1;
		mismatchKeyID = _tmp$2;
		_ref = (_entry = s.byName[$String.keyFor(($bytesToString(cert.RawIssuer)))], _entry !== undefined ? _entry.v : sliceType$3.nil);
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = s.cert(c); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			candidate = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			kidMatch = bytes.Equal(candidate.SubjectKeyId, cert.AuthorityKeyId);
			if (kidMatch) {
				matchingKeyID = $append(matchingKeyID, candidate);
			} else if (((candidate.SubjectKeyId.$length === 0) && cert.AuthorityKeyId.$length > 0) || (candidate.SubjectKeyId.$length > 0 && (cert.AuthorityKeyId.$length === 0))) {
				oneKeyID = $append(oneKeyID, candidate);
			} else {
				mismatchKeyID = $append(mismatchKeyID, candidate);
			}
			_i++;
		$s = 1; continue;
		case 2:
		found = (matchingKeyID.$length + oneKeyID.$length >> 0) + mismatchKeyID.$length >> 0;
		if (found === 0) {
			$s = -1; return sliceType$20.nil;
		}
		candidates = $makeSlice(sliceType$20, 0, found);
		candidates = $appendSlice(candidates, matchingKeyID);
		candidates = $appendSlice(candidates, oneKeyID);
		candidates = $appendSlice(candidates, mismatchKeyID);
		$s = -1; return candidates;
		/* */ } return; } var $f = {$blk: CertPool.ptr.prototype.findPotentialParents, $c: true, $r, _entry, _i, _r$1, _ref, _tmp, _tmp$1, _tmp$2, _tuple, c, candidate, candidates, cert, err, found, kidMatch, matchingKeyID, mismatchKeyID, oneKeyID, s, $s};return $f;
	};
	CertPool.prototype.findPotentialParents = function(cert) { return this.$val.findPotentialParents(cert); };
	CertPool.ptr.prototype.contains = function(cert) {
		var _entry, cert, s;
		s = this;
		if (s === ptrType.nil) {
			return false;
		}
		return (_entry = s.haveSum[sum224.keyFor(sha256.Sum224(cert.Raw))], _entry !== undefined ? _entry.v : false);
	};
	CertPool.prototype.contains = function(cert) { return this.$val.contains(cert); };
	CertPool.ptr.prototype.AddCert = function(cert) {
		var cert, s;
		s = this;
		if (cert === ptrType$4.nil) {
			$panic(new $String("adding nil Certificate to CertPool"));
		}
		s.addCertFunc($clone(sha256.Sum224(cert.Raw), sum224), ($bytesToString(cert.RawSubject)), (function() {
			return [cert, $ifaceNil];
		}));
	};
	CertPool.prototype.AddCert = function(cert) { return this.$val.AddCert(cert); };
	CertPool.ptr.prototype.addCertFunc = function(rawSum224, rawSubject, getCert) {
		var _entry, _entry$1, _key, _key$1, getCert, rawSubject, rawSum224, s;
		s = this;
		if (getCert === $throwNilPointerError) {
			$panic(new $String("getCert can't be nil"));
		}
		if ((_entry = s.haveSum[sum224.keyFor(rawSum224)], _entry !== undefined ? _entry.v : false)) {
			return;
		}
		_key = $clone(rawSum224, sum224); (s.haveSum || $throwRuntimeError("assignment to entry in nil map"))[sum224.keyFor(_key)] = { k: _key, v: true };
		s.lazyCerts = $append(s.lazyCerts, new lazyCert.ptr((new sliceType$1($stringToBytes(rawSubject))), getCert));
		_key$1 = rawSubject; (s.byName || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: $append((_entry$1 = s.byName[$String.keyFor(rawSubject)], _entry$1 !== undefined ? _entry$1.v : sliceType$3.nil), s.lazyCerts.$length - 1 >> 0) };
	};
	CertPool.prototype.addCertFunc = function(rawSum224, rawSubject, getCert) { return this.$val.addCertFunc(rawSum224, rawSubject, getCert); };
	CertPool.ptr.prototype.AppendCertsFromPEM = function(pemCerts) {
		var {_r$1, _r$2, _tuple, _tuple$1, block, cert, certBytes, err, lazyCert$1, ok, pemCerts, s, $s, $r, $c} = $restore(this, {pemCerts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ok = false;
		s = this;
		/* while (true) { */ case 1:
			/* if (!(pemCerts.$length > 0)) { break; } */ if(!(pemCerts.$length > 0)) { $s = 2; continue; }
			certBytes = [certBytes];
			lazyCert$1 = [lazyCert$1];
			block = ptrType$8.nil;
			_r$1 = pem.Decode(pemCerts); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			block = _tuple[0];
			pemCerts = _tuple[1];
			if (block === ptrType$8.nil) {
				/* break; */ $s = 2; continue;
			}
			if (!(block.Type === "CERTIFICATE") || !(($keys(block.Headers).length === 0))) {
				/* continue; */ $s = 1; continue;
			}
			certBytes[0] = block.Bytes;
			_r$2 = ParseCertificate(certBytes[0]); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			cert = _tuple$1[0];
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				/* continue; */ $s = 1; continue;
			}
			lazyCert$1[0] = new structType$3.ptr(new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), ptrType$4.nil);
			s.addCertFunc($clone(sha256.Sum224(cert.Raw), sum224), ($bytesToString(cert.RawSubject)), (function(certBytes, lazyCert$1) { return function $b() {
				var {$s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = lazyCert$1[0].Once.Do((function(certBytes, lazyCert$1) { return function $b() {
					var {_r$3, _tuple$2, $s, $r, $c} = $restore(this, {});
					/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
					_r$3 = ParseCertificate(certBytes[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_tuple$2 = _r$3;
					lazyCert$1[0].v = _tuple$2[0];
					certBytes[0] = sliceType$1.nil;
					$s = -1; return;
					/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$3, _tuple$2, $s};return $f;
				}; })(certBytes, lazyCert$1)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [lazyCert$1[0].v, $ifaceNil];
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
			}; })(certBytes, lazyCert$1));
			ok = true;
		$s = 1; continue;
		case 2:
		ok = ok;
		$s = -1; return ok;
		/* */ } return; } var $f = {$blk: CertPool.ptr.prototype.AppendCertsFromPEM, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, block, cert, certBytes, err, lazyCert$1, ok, pemCerts, s, $s};return $f;
	};
	CertPool.prototype.AppendCertsFromPEM = function(pemCerts) { return this.$val.AppendCertsFromPEM(pemCerts); };
	CertPool.ptr.prototype.Subjects = function() {
		var _i, _ref, i, lc, res, s;
		s = this;
		res = $makeSlice(sliceType$30, s.len());
		_ref = s.lazyCerts;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			lc = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), lazyCert);
			((i < 0 || i >= res.$length) ? ($throwRuntimeError("index out of range"), undefined) : res.$array[res.$offset + i] = lc.rawSubject);
			_i++;
		}
		return res;
	};
	CertPool.prototype.Subjects = function() { return this.$val.Subjects(); };
	SignatureAlgorithm.methods = [{prop: "isRSAPSS", name: "isRSAPSS", pkg: "crypto/x509", typ: $funcType([], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	PublicKeyAlgorithm.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$4.methods = [{prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType$4], [$Bool], false)}, {prop: "hasSANExtension", name: "hasSANExtension", pkg: "crypto/x509", typ: $funcType([], [$Bool], false)}, {prop: "CheckSignatureFrom", name: "CheckSignatureFrom", pkg: "", typ: $funcType([ptrType$4], [$error], false)}, {prop: "CheckSignature", name: "CheckSignature", pkg: "", typ: $funcType([SignatureAlgorithm, sliceType$1, sliceType$1], [$error], false)}, {prop: "hasNameConstraints", name: "hasNameConstraints", pkg: "crypto/x509", typ: $funcType([], [$Bool], false)}, {prop: "getSANExtension", name: "getSANExtension", pkg: "crypto/x509", typ: $funcType([], [sliceType$1], false)}, {prop: "CheckCRLSignature", name: "CheckCRLSignature", pkg: "", typ: $funcType([ptrType$9], [$error], false)}, {prop: "CreateCRL", name: "CreateCRL", pkg: "", typ: $funcType([io.Reader, $emptyInterface, sliceType$13, time.Time, time.Time], [sliceType$1, $error], false)}, {prop: "checkNameConstraints", name: "checkNameConstraints", pkg: "crypto/x509", typ: $funcType([ptrType$16, $Int, $String, $String, $emptyInterface, funcType, $emptyInterface, $emptyInterface], [$error], false)}, {prop: "isValid", name: "isValid", pkg: "crypto/x509", typ: $funcType([$Int, sliceType$20, ptrType$25], [$error], false)}, {prop: "Verify", name: "Verify", pkg: "", typ: $funcType([VerifyOptions], [sliceType$21, $error], false)}, {prop: "buildChains", name: "buildChains", pkg: "crypto/x509", typ: $funcType([mapType, sliceType$20, ptrType$16, ptrType$25], [sliceType$21, $error], false)}, {prop: "VerifyHostname", name: "VerifyHostname", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "systemVerify", name: "systemVerify", pkg: "crypto/x509", typ: $funcType([ptrType$25], [sliceType$21, $error], false)}];
	InsecureAlgorithmError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ConstraintViolationError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	UnhandledCriticalExtension.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	CertificateInvalidError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	HostnameError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	UnknownAuthorityError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	SystemRootsError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType.methods = [{prop: "len", name: "len", pkg: "crypto/x509", typ: $funcType([], [$Int], false)}, {prop: "cert", name: "cert", pkg: "crypto/x509", typ: $funcType([$Int], [ptrType$4, $error], false)}, {prop: "copy", name: "copy", pkg: "crypto/x509", typ: $funcType([], [ptrType], false)}, {prop: "findPotentialParents", name: "findPotentialParents", pkg: "crypto/x509", typ: $funcType([ptrType$4], [sliceType$20], false)}, {prop: "contains", name: "contains", pkg: "crypto/x509", typ: $funcType([ptrType$4], [$Bool], false)}, {prop: "AddCert", name: "AddCert", pkg: "", typ: $funcType([ptrType$4], [], false)}, {prop: "addCertFunc", name: "addCertFunc", pkg: "crypto/x509", typ: $funcType([sum224, $String, funcType$2], [], false)}, {prop: "AppendCertsFromPEM", name: "AppendCertsFromPEM", pkg: "", typ: $funcType([sliceType$1], [$Bool], false)}, {prop: "Subjects", name: "Subjects", pkg: "", typ: $funcType([], [sliceType$30], false)}];
	publicKeyInfo.init("", [{prop: "Raw", name: "Raw", embedded: false, exported: true, typ: asn1.RawContent, tag: ""}, {prop: "Algorithm", name: "Algorithm", embedded: false, exported: true, typ: pkix.AlgorithmIdentifier, tag: ""}, {prop: "PublicKey", name: "PublicKey", embedded: false, exported: true, typ: asn1.BitString, tag: ""}]);
	authKeyId.init("", [{prop: "Id", name: "Id", embedded: false, exported: true, typ: sliceType$1, tag: "asn1:\"optional,tag:0\""}]);
	pssParameters.init("", [{prop: "Hash", name: "Hash", embedded: false, exported: true, typ: pkix.AlgorithmIdentifier, tag: "asn1:\"explicit,tag:0\""}, {prop: "MGF", name: "MGF", embedded: false, exported: true, typ: pkix.AlgorithmIdentifier, tag: "asn1:\"explicit,tag:1\""}, {prop: "SaltLength", name: "SaltLength", embedded: false, exported: true, typ: $Int, tag: "asn1:\"explicit,tag:2\""}, {prop: "TrailerField", name: "TrailerField", embedded: false, exported: true, typ: $Int, tag: "asn1:\"optional,explicit,tag:3,default:1\""}]);
	Certificate.init("", [{prop: "Raw", name: "Raw", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "RawTBSCertificate", name: "RawTBSCertificate", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "RawSubjectPublicKeyInfo", name: "RawSubjectPublicKeyInfo", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "RawSubject", name: "RawSubject", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "RawIssuer", name: "RawIssuer", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "Signature", name: "Signature", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "SignatureAlgorithm", name: "SignatureAlgorithm", embedded: false, exported: true, typ: SignatureAlgorithm, tag: ""}, {prop: "PublicKeyAlgorithm", name: "PublicKeyAlgorithm", embedded: false, exported: true, typ: PublicKeyAlgorithm, tag: ""}, {prop: "PublicKey", name: "PublicKey", embedded: false, exported: true, typ: $emptyInterface, tag: ""}, {prop: "Version", name: "Version", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "SerialNumber", name: "SerialNumber", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Issuer", name: "Issuer", embedded: false, exported: true, typ: pkix.Name, tag: ""}, {prop: "Subject", name: "Subject", embedded: false, exported: true, typ: pkix.Name, tag: ""}, {prop: "NotBefore", name: "NotBefore", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "NotAfter", name: "NotAfter", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "KeyUsage", name: "KeyUsage", embedded: false, exported: true, typ: KeyUsage, tag: ""}, {prop: "Extensions", name: "Extensions", embedded: false, exported: true, typ: sliceType$8, tag: ""}, {prop: "ExtraExtensions", name: "ExtraExtensions", embedded: false, exported: true, typ: sliceType$8, tag: ""}, {prop: "UnhandledCriticalExtensions", name: "UnhandledCriticalExtensions", embedded: false, exported: true, typ: sliceType$11, tag: ""}, {prop: "ExtKeyUsage", name: "ExtKeyUsage", embedded: false, exported: true, typ: sliceType$22, tag: ""}, {prop: "UnknownExtKeyUsage", name: "UnknownExtKeyUsage", embedded: false, exported: true, typ: sliceType$11, tag: ""}, {prop: "BasicConstraintsValid", name: "BasicConstraintsValid", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IsCA", name: "IsCA", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "MaxPathLen", name: "MaxPathLen", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "MaxPathLenZero", name: "MaxPathLenZero", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "SubjectKeyId", name: "SubjectKeyId", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "AuthorityKeyId", name: "AuthorityKeyId", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "OCSPServer", name: "OCSPServer", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "IssuingCertificateURL", name: "IssuingCertificateURL", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "DNSNames", name: "DNSNames", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "EmailAddresses", name: "EmailAddresses", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "IPAddresses", name: "IPAddresses", embedded: false, exported: true, typ: sliceType$18, tag: ""}, {prop: "URIs", name: "URIs", embedded: false, exported: true, typ: sliceType$19, tag: ""}, {prop: "PermittedDNSDomainsCritical", name: "PermittedDNSDomainsCritical", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "PermittedDNSDomains", name: "PermittedDNSDomains", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "ExcludedDNSDomains", name: "ExcludedDNSDomains", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "PermittedIPRanges", name: "PermittedIPRanges", embedded: false, exported: true, typ: sliceType$28, tag: ""}, {prop: "ExcludedIPRanges", name: "ExcludedIPRanges", embedded: false, exported: true, typ: sliceType$28, tag: ""}, {prop: "PermittedEmailAddresses", name: "PermittedEmailAddresses", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "ExcludedEmailAddresses", name: "ExcludedEmailAddresses", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "PermittedURIDomains", name: "PermittedURIDomains", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "ExcludedURIDomains", name: "ExcludedURIDomains", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "CRLDistributionPoints", name: "CRLDistributionPoints", embedded: false, exported: true, typ: sliceType$4, tag: ""}, {prop: "PolicyIdentifiers", name: "PolicyIdentifiers", embedded: false, exported: true, typ: sliceType$11, tag: ""}]);
	ConstraintViolationError.init("", []);
	UnhandledCriticalExtension.init("", []);
	CertificateInvalidError.init("", [{prop: "Cert", name: "Cert", embedded: false, exported: true, typ: ptrType$4, tag: ""}, {prop: "Reason", name: "Reason", embedded: false, exported: true, typ: InvalidReason, tag: ""}, {prop: "Detail", name: "Detail", embedded: false, exported: true, typ: $String, tag: ""}]);
	HostnameError.init("", [{prop: "Certificate", name: "Certificate", embedded: false, exported: true, typ: ptrType$4, tag: ""}, {prop: "Host", name: "Host", embedded: false, exported: true, typ: $String, tag: ""}]);
	UnknownAuthorityError.init("crypto/x509", [{prop: "Cert", name: "Cert", embedded: false, exported: true, typ: ptrType$4, tag: ""}, {prop: "hintErr", name: "hintErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "hintCert", name: "hintCert", embedded: false, exported: false, typ: ptrType$4, tag: ""}]);
	SystemRootsError.init("", [{prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	VerifyOptions.init("", [{prop: "DNSName", name: "DNSName", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Intermediates", name: "Intermediates", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "Roots", name: "Roots", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "CurrentTime", name: "CurrentTime", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "KeyUsages", name: "KeyUsages", embedded: false, exported: true, typ: sliceType$22, tag: ""}, {prop: "MaxConstraintComparisions", name: "MaxConstraintComparisions", embedded: false, exported: true, typ: $Int, tag: ""}]);
	rfc2821Mailbox.init("crypto/x509", [{prop: "local", name: "local", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "domain", name: "domain", embedded: false, exported: false, typ: $String, tag: ""}]);
	ecPrivateKey.init("", [{prop: "Version", name: "Version", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "PrivateKey", name: "PrivateKey", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "NamedCurveOID", name: "NamedCurveOID", embedded: false, exported: true, typ: asn1.ObjectIdentifier, tag: "asn1:\"optional,explicit,tag:0\""}, {prop: "PublicKey", name: "PublicKey", embedded: false, exported: true, typ: asn1.BitString, tag: "asn1:\"optional,explicit,tag:1\""}]);
	pkcs8.init("", [{prop: "Version", name: "Version", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Algo", name: "Algo", embedded: false, exported: true, typ: pkix.AlgorithmIdentifier, tag: ""}, {prop: "PrivateKey", name: "PrivateKey", embedded: false, exported: true, typ: sliceType$1, tag: ""}]);
	pkcs1PrivateKey.init("", [{prop: "Version", name: "Version", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "N", name: "N", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "E", name: "E", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "D", name: "D", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "P", name: "P", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Q", name: "Q", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Dp", name: "Dp", embedded: false, exported: true, typ: ptrType$1, tag: "asn1:\"optional\""}, {prop: "Dq", name: "Dq", embedded: false, exported: true, typ: ptrType$1, tag: "asn1:\"optional\""}, {prop: "Qinv", name: "Qinv", embedded: false, exported: true, typ: ptrType$1, tag: "asn1:\"optional\""}, {prop: "AdditionalPrimes", name: "AdditionalPrimes", embedded: false, exported: true, typ: sliceType$23, tag: "asn1:\"optional,omitempty\""}]);
	pkcs1AdditionalRSAPrime.init("", [{prop: "Prime", name: "Prime", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Exp", name: "Exp", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "Coeff", name: "Coeff", embedded: false, exported: true, typ: ptrType$1, tag: ""}]);
	pkcs1PublicKey.init("", [{prop: "N", name: "N", embedded: false, exported: true, typ: ptrType$1, tag: ""}, {prop: "E", name: "E", embedded: false, exported: true, typ: $Int, tag: ""}]);
	sum224.init($Uint8, 28);
	CertPool.init("crypto/x509", [{prop: "byName", name: "byName", embedded: false, exported: false, typ: mapType$1, tag: ""}, {prop: "lazyCerts", name: "lazyCerts", embedded: false, exported: false, typ: sliceType$29, tag: ""}, {prop: "haveSum", name: "haveSum", embedded: false, exported: false, typ: mapType$2, tag: ""}, {prop: "systemPool", name: "systemPool", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	lazyCert.init("crypto/x509", [{prop: "rawSubject", name: "rawSubject", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "getCert", name: "getCert", embedded: false, exported: false, typ: funcType$2, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = crypto.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = aes.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cipher.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = des.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = dsa.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ecdsa.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ed25519.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = elliptic.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = md5.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rsa.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha1.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha256.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha512.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pkix.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = asn1.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hex.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pem.$init(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = godebug.$init(); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fs.$init(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = net.$init(); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = url.$init(); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = filepath.$init(); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf16.$init(); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cryptobyte.$init(); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = asn1$1.$init(); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		systemRoots = ptrType.nil;
		systemRootsErr = $ifaceNil;
		publicKeyAlgoName = $toNativeArray($kindString, ["", "RSA", "DSA", "ECDSA", "Ed25519"]);
		oidSignatureMD2WithRSA = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 2]);
		oidSignatureMD5WithRSA = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 4]);
		oidSignatureSHA1WithRSA = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 5]);
		oidSignatureSHA256WithRSA = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 11]);
		oidSignatureSHA384WithRSA = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 12]);
		oidSignatureSHA512WithRSA = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 13]);
		oidSignatureRSAPSS = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 10]);
		oidSignatureDSAWithSHA1 = new asn1.ObjectIdentifier([1, 2, 840, 10040, 4, 3]);
		oidSignatureDSAWithSHA256 = new asn1.ObjectIdentifier([2, 16, 840, 1, 101, 3, 4, 3, 2]);
		oidSignatureECDSAWithSHA1 = new asn1.ObjectIdentifier([1, 2, 840, 10045, 4, 1]);
		oidSignatureECDSAWithSHA256 = new asn1.ObjectIdentifier([1, 2, 840, 10045, 4, 3, 2]);
		oidSignatureECDSAWithSHA384 = new asn1.ObjectIdentifier([1, 2, 840, 10045, 4, 3, 3]);
		oidSignatureECDSAWithSHA512 = new asn1.ObjectIdentifier([1, 2, 840, 10045, 4, 3, 4]);
		oidSignatureEd25519 = new asn1.ObjectIdentifier([1, 3, 101, 112]);
		oidSHA256 = new asn1.ObjectIdentifier([2, 16, 840, 1, 101, 3, 4, 2, 1]);
		oidSHA384 = new asn1.ObjectIdentifier([2, 16, 840, 1, 101, 3, 4, 2, 2]);
		oidSHA512 = new asn1.ObjectIdentifier([2, 16, 840, 1, 101, 3, 4, 2, 3]);
		oidMGF1 = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 8]);
		oidISOSignatureSHA1WithRSA = new asn1.ObjectIdentifier([1, 3, 14, 3, 2, 29]);
		signatureAlgorithmDetails = new sliceType([new structType.ptr(1, "MD2-RSA", oidSignatureMD2WithRSA, 1, 0), new structType.ptr(2, "MD5-RSA", oidSignatureMD5WithRSA, 1, 2), new structType.ptr(3, "SHA1-RSA", oidSignatureSHA1WithRSA, 1, 3), new structType.ptr(3, "SHA1-RSA", oidISOSignatureSHA1WithRSA, 1, 3), new structType.ptr(4, "SHA256-RSA", oidSignatureSHA256WithRSA, 1, 5), new structType.ptr(5, "SHA384-RSA", oidSignatureSHA384WithRSA, 1, 6), new structType.ptr(6, "SHA512-RSA", oidSignatureSHA512WithRSA, 1, 7), new structType.ptr(13, "SHA256-RSAPSS", oidSignatureRSAPSS, 1, 5), new structType.ptr(14, "SHA384-RSAPSS", oidSignatureRSAPSS, 1, 6), new structType.ptr(15, "SHA512-RSAPSS", oidSignatureRSAPSS, 1, 7), new structType.ptr(7, "DSA-SHA1", oidSignatureDSAWithSHA1, 2, 3), new structType.ptr(8, "DSA-SHA256", oidSignatureDSAWithSHA256, 2, 5), new structType.ptr(9, "ECDSA-SHA1", oidSignatureECDSAWithSHA1, 3, 3), new structType.ptr(10, "ECDSA-SHA256", oidSignatureECDSAWithSHA256, 3, 5), new structType.ptr(11, "ECDSA-SHA384", oidSignatureECDSAWithSHA384, 3, 6), new structType.ptr(12, "ECDSA-SHA512", oidSignatureECDSAWithSHA512, 3, 7), new structType.ptr(16, "Ed25519", oidSignatureEd25519, 4, 0)]);
		hashToPSSParameters = $makeMap(crypto.Hash.keyFor, [{ k: 5, v: new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, new sliceType$1([48, 52, 160, 15, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 1, 5, 0, 161, 28, 48, 26, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 8, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 1, 5, 0, 162, 3, 2, 1, 32])) }, { k: 6, v: new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, new sliceType$1([48, 52, 160, 15, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 2, 5, 0, 161, 28, 48, 26, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 8, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 2, 5, 0, 162, 3, 2, 1, 48])) }, { k: 7, v: new asn1.RawValue.ptr(0, 0, false, sliceType$1.nil, new sliceType$1([48, 52, 160, 15, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 3, 5, 0, 161, 28, 48, 26, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 8, 48, 13, 6, 9, 96, 134, 72, 1, 101, 3, 4, 2, 3, 5, 0, 162, 3, 2, 1, 64])) }]);
		oidPublicKeyRSA = new asn1.ObjectIdentifier([1, 2, 840, 113549, 1, 1, 1]);
		oidPublicKeyDSA = new asn1.ObjectIdentifier([1, 2, 840, 10040, 4, 1]);
		oidPublicKeyECDSA = new asn1.ObjectIdentifier([1, 2, 840, 10045, 2, 1]);
		oidPublicKeyEd25519 = oidSignatureEd25519;
		oidNamedCurveP224 = new asn1.ObjectIdentifier([1, 3, 132, 0, 33]);
		oidNamedCurveP256 = new asn1.ObjectIdentifier([1, 2, 840, 10045, 3, 1, 7]);
		oidNamedCurveP384 = new asn1.ObjectIdentifier([1, 3, 132, 0, 34]);
		oidNamedCurveP521 = new asn1.ObjectIdentifier([1, 3, 132, 0, 35]);
		oidExtKeyUsageAny = new asn1.ObjectIdentifier([2, 5, 29, 37, 0]);
		oidExtKeyUsageServerAuth = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 1]);
		oidExtKeyUsageClientAuth = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 2]);
		oidExtKeyUsageCodeSigning = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 3]);
		oidExtKeyUsageEmailProtection = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 4]);
		oidExtKeyUsageIPSECEndSystem = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 5]);
		oidExtKeyUsageIPSECTunnel = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 6]);
		oidExtKeyUsageIPSECUser = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 7]);
		oidExtKeyUsageTimeStamping = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 8]);
		oidExtKeyUsageOCSPSigning = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 3, 9]);
		oidExtKeyUsageMicrosoftServerGatedCrypto = new asn1.ObjectIdentifier([1, 3, 6, 1, 4, 1, 311, 10, 3, 3]);
		oidExtKeyUsageNetscapeServerGatedCrypto = new asn1.ObjectIdentifier([2, 16, 840, 1, 113730, 4, 1]);
		oidExtKeyUsageMicrosoftCommercialCodeSigning = new asn1.ObjectIdentifier([1, 3, 6, 1, 4, 1, 311, 2, 1, 22]);
		oidExtKeyUsageMicrosoftKernelCodeSigning = new asn1.ObjectIdentifier([1, 3, 6, 1, 4, 1, 311, 61, 1, 1]);
		extKeyUsageOIDs = new sliceType$2([new structType$1.ptr(0, oidExtKeyUsageAny), new structType$1.ptr(1, oidExtKeyUsageServerAuth), new structType$1.ptr(2, oidExtKeyUsageClientAuth), new structType$1.ptr(3, oidExtKeyUsageCodeSigning), new structType$1.ptr(4, oidExtKeyUsageEmailProtection), new structType$1.ptr(5, oidExtKeyUsageIPSECEndSystem), new structType$1.ptr(6, oidExtKeyUsageIPSECTunnel), new structType$1.ptr(7, oidExtKeyUsageIPSECUser), new structType$1.ptr(8, oidExtKeyUsageTimeStamping), new structType$1.ptr(9, oidExtKeyUsageOCSPSigning), new structType$1.ptr(10, oidExtKeyUsageMicrosoftServerGatedCrypto), new structType$1.ptr(11, oidExtKeyUsageNetscapeServerGatedCrypto), new structType$1.ptr(12, oidExtKeyUsageMicrosoftCommercialCodeSigning), new structType$1.ptr(13, oidExtKeyUsageMicrosoftKernelCodeSigning)]);
		$pkg.ErrUnsupportedAlgorithm = errors.New("x509: cannot verify signature: algorithm unimplemented");
		_r = godebug.Get("x509sha1"); /* */ $s = 40; case 40: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		debugAllowSHA1 = _r === "1";
		oidExtensionAuthorityKeyId = new sliceType$3([2, 5, 29, 35]);
		oidExtensionSubjectAltName = new sliceType$3([2, 5, 29, 17]);
		oidExtensionNameConstraints = new sliceType$3([2, 5, 29, 30]);
		oidExtensionAuthorityInfoAccess = new sliceType$3([1, 3, 6, 1, 5, 5, 7, 1, 1]);
		oidAuthorityInfoAccessOcsp = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 48, 1]);
		oidAuthorityInfoAccessIssuers = new asn1.ObjectIdentifier([1, 3, 6, 1, 5, 5, 7, 48, 2]);
		errNotParsed = errors.New("x509: missing ASN.1 contents; use ParseCertificate");
		certFiles = new sliceType$4([]);
		certDirectories = new sliceType$4([]);
		$pkg.IncorrectPasswordError = errors.New("x509: decryption password incorrect");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/internal/subtle"] = (function() {
	var $pkg = {}, $init, js, reflect, ptrType, InexactOverlap, AnyOverlap;
	js = $packages["github.com/gopherjs/gopherjs/js"];
	reflect = $packages["reflect"];
	ptrType = $ptrType($Uint8);
	InexactOverlap = function(x, y) {
		var x, y;
		if ((x.$length === 0) || (y.$length === 0) || $indexPtr(x.$array, x.$offset + 0, ptrType) === $indexPtr(y.$array, y.$offset + 0, ptrType)) {
			return false;
		}
		return AnyOverlap(x, y);
	};
	$pkg.InexactOverlap = InexactOverlap;
	AnyOverlap = function(x, y) {
		var x, y;
		return x.$length > 0 && y.$length > 0 && x.$array === y.$array && ($parseInt(x.$offset) >> 0) <= ((($parseInt(y.$offset) >> 0) + y.$length >> 0) - 1 >> 0) && ($parseInt(y.$offset) >> 0) <= ((($parseInt(x.$offset) >> 0) + x.$length >> 0) - 1 >> 0);
	};
	$pkg.AnyOverlap = AnyOverlap;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = js.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/chacha20"] = (function() {
	var $pkg = {}, $init, cipher, binary, errors, bits, runtime, subtle, Cipher, ptrType, arrayType, arrayType$1, arrayType$2, sliceType, addXor, NewUnauthenticatedCipher, newUnauthenticatedCipher, quarterRound, HChaCha20, hChaCha20;
	cipher = $packages["crypto/cipher"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	bits = $packages["math/bits"];
	runtime = $packages["runtime"];
	subtle = $packages["vendor/golang.org/x/crypto/internal/subtle"];
	Cipher = $pkg.Cipher = $newType(0, $kindStruct, "chacha20.Cipher", true, "vendor/golang.org/x/crypto/chacha20", true, function(key_, counter_, nonce_, buf_, len_, overflow_, precompDone_, p1_, p5_, p9_, p13_, p2_, p6_, p10_, p14_, p3_, p7_, p11_, p15_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.key = arrayType.zero();
			this.counter = 0;
			this.nonce = arrayType$1.zero();
			this.buf = arrayType$2.zero();
			this.len = 0;
			this.overflow = false;
			this.precompDone = false;
			this.p1 = 0;
			this.p5 = 0;
			this.p9 = 0;
			this.p13 = 0;
			this.p2 = 0;
			this.p6 = 0;
			this.p10 = 0;
			this.p14 = 0;
			this.p3 = 0;
			this.p7 = 0;
			this.p11 = 0;
			this.p15 = 0;
			return;
		}
		this.key = key_;
		this.counter = counter_;
		this.nonce = nonce_;
		this.buf = buf_;
		this.len = len_;
		this.overflow = overflow_;
		this.precompDone = precompDone_;
		this.p1 = p1_;
		this.p5 = p5_;
		this.p9 = p9_;
		this.p13 = p13_;
		this.p2 = p2_;
		this.p6 = p6_;
		this.p10 = p10_;
		this.p14 = p14_;
		this.p3 = p3_;
		this.p7 = p7_;
		this.p11 = p11_;
		this.p15 = p15_;
	});
	ptrType = $ptrType(Cipher);
	arrayType = $arrayType($Uint32, 8);
	arrayType$1 = $arrayType($Uint32, 3);
	arrayType$2 = $arrayType($Uint8, 64);
	sliceType = $sliceType($Uint8);
	addXor = function(dst, src, a, b) {
		var _tmp, _tmp$1, a, b, dst, src, v;
		$unused((3 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 3]));
		$unused((3 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 3]));
		if (false) {
			v = (((0 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 0]) >>> 0));
			v = (v | (((((1 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 1]) >>> 0)) << 8 >>> 0))) >>> 0;
			v = (v | (((((2 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 2]) >>> 0)) << 16 >>> 0))) >>> 0;
			v = (v | (((((3 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 3]) >>> 0)) << 24 >>> 0))) >>> 0;
			v = (v ^ ((a + b >>> 0))) >>> 0;
			(0 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 0] = ((v << 24 >>> 24)));
			(1 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 1] = (((v >>> 8 >>> 0) << 24 >>> 24)));
			(2 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 2] = (((v >>> 16 >>> 0) << 24 >>> 24)));
			(3 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 3] = (((v >>> 24 >>> 0) << 24 >>> 24)));
		} else {
			a = a + (b) >>> 0;
			(0 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 0] = (((0 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 0]) ^ ((a << 24 >>> 24))) << 24 >>> 24));
			(1 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 1] = (((1 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 1]) ^ (((a >>> 8 >>> 0) << 24 >>> 24))) << 24 >>> 24));
			(2 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 2] = (((2 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 2]) ^ (((a >>> 16 >>> 0) << 24 >>> 24))) << 24 >>> 24));
			(3 >= dst.$length ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + 3] = (((3 >= src.$length ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + 3]) ^ (((a >>> 24 >>> 0) << 24 >>> 24))) << 24 >>> 24));
		}
	};
	Cipher.ptr.prototype.xorKeyStreamBlocks = function(dst, src) {
		var dst, s, src;
		s = this;
		s.xorKeyStreamBlocksGeneric(dst, src);
	};
	Cipher.prototype.xorKeyStreamBlocks = function(dst, src) { return this.$val.xorKeyStreamBlocks(dst, src); };
	NewUnauthenticatedCipher = function(key, nonce) {
		var c, key, nonce;
		c = new Cipher.ptr(arrayType.zero(), 0, arrayType$1.zero(), arrayType$2.zero(), 0, false, false, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
		return newUnauthenticatedCipher(c, key, nonce);
	};
	$pkg.NewUnauthenticatedCipher = NewUnauthenticatedCipher;
	newUnauthenticatedCipher = function(c, key, nonce) {
		var _tmp, _tmp$1, _tuple, c, cNonce, key, nonce;
		if (!((key.$length === 32))) {
			return [ptrType.nil, errors.New("chacha20: wrong key size")];
		}
		if (nonce.$length === 24) {
			_tuple = HChaCha20(key, $subslice(nonce, 0, 16));
			key = _tuple[0];
			cNonce = $makeSlice(sliceType, 12);
			$copySlice($subslice(cNonce, 4, 12), $subslice(nonce, 16, 24));
			nonce = cNonce;
		} else if (!((nonce.$length === 12))) {
			return [ptrType.nil, errors.New("chacha20: wrong nonce size")];
		}
		_tmp = $subslice(key, 0, 32);
		_tmp$1 = $subslice(nonce, 0, 12);
		key = _tmp;
		nonce = _tmp$1;
		arrayType.copy(c.key, $toNativeArray($kindUint32, [$clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 0, 4)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 4, 8)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 8, 12)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 12, 16)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 16, 20)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 20, 24)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 24, 28)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 28, 32))]));
		arrayType$1.copy(c.nonce, $toNativeArray($kindUint32, [$clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(nonce, 0, 4)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(nonce, 4, 8)), $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(nonce, 8, 12))]));
		return [c, $ifaceNil];
	};
	quarterRound = function(a, b, c, d) {
		var a, b, c, d;
		a = a + (b) >>> 0;
		d = (d ^ (a)) >>> 0;
		d = bits.RotateLeft32(d, 16);
		c = c + (d) >>> 0;
		b = (b ^ (c)) >>> 0;
		b = bits.RotateLeft32(b, 12);
		a = a + (b) >>> 0;
		d = (d ^ (a)) >>> 0;
		d = bits.RotateLeft32(d, 8);
		c = c + (d) >>> 0;
		b = (b ^ (c)) >>> 0;
		b = bits.RotateLeft32(b, 7);
		return [a, b, c, d];
	};
	Cipher.ptr.prototype.SetCounter = function(counter) {
		var _q, counter, outputCounter, s;
		s = this;
		outputCounter = s.counter - (_q = ((s.len >>> 0)) / 64, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")) >>> 0;
		if (s.overflow || counter < outputCounter) {
			$panic(new $String("chacha20: SetCounter attempted to rollback counter"));
		}
		if (counter < s.counter) {
			s.len = $imul((((s.counter - counter >>> 0) >> 0)), 64);
		} else {
			s.counter = counter;
			s.len = 0;
		}
	};
	Cipher.prototype.SetCounter = function(counter) { return this.$val.SetCounter(counter); };
	Cipher.ptr.prototype.XORKeyStream = function(dst, src) {
		var _i, _q, _r, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, b, buf, dst, full, i, keyStream, numBlocks, numBlocks$1, s, src, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8;
		s = this;
		if (src.$length === 0) {
			return;
		}
		if (dst.$length < src.$length) {
			$panic(new $String("chacha20: output smaller than input"));
		}
		dst = $subslice(dst, 0, src.$length);
		if (subtle.InexactOverlap(dst, src)) {
			$panic(new $String("chacha20: invalid buffer overlap"));
		}
		if (!((s.len === 0))) {
			keyStream = $subslice(new sliceType(s.buf), (64 - s.len >> 0));
			if (src.$length < keyStream.$length) {
				keyStream = $subslice(keyStream, 0, src.$length);
			}
			$unused((x = keyStream.$length - 1 >> 0, ((x < 0 || x >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + x])));
			_ref = keyStream;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i] = ((((i < 0 || i >= src.$length) ? ($throwRuntimeError("index out of range"), undefined) : src.$array[src.$offset + i]) ^ b) << 24 >>> 24));
				_i++;
			}
			s.len = s.len - (keyStream.$length) >> 0;
			_tmp = $subslice(dst, keyStream.$length);
			_tmp$1 = $subslice(src, keyStream.$length);
			dst = _tmp;
			src = _tmp$1;
		}
		if (src.$length === 0) {
			return;
		}
		numBlocks = $div64(((x$1 = (x$2 = (new $Uint64(0, src.$length)), new $Uint64(x$2.$high + 0, x$2.$low + 64)), new $Uint64(x$1.$high - 0, x$1.$low - 1))), new $Uint64(0, 64), false);
		if (s.overflow || (x$3 = (x$4 = (new $Uint64(0, s.counter)), new $Uint64(x$4.$high + numBlocks.$high, x$4.$low + numBlocks.$low)), (x$3.$high > 1 || (x$3.$high === 1 && x$3.$low > 0)))) {
			$panic(new $String("chacha20: counter overflow"));
		} else if ((x$5 = (x$6 = (new $Uint64(0, s.counter)), new $Uint64(x$6.$high + numBlocks.$high, x$6.$low + numBlocks.$low)), (x$5.$high === 1 && x$5.$low === 0))) {
			s.overflow = true;
		}
		full = src.$length - (_r = src.$length % 64, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >> 0;
		if (full > 0) {
			s.xorKeyStreamBlocks($subslice(dst, 0, full), $subslice(src, 0, full));
		}
		_tmp$2 = $subslice(dst, full);
		_tmp$3 = $subslice(src, full);
		dst = _tmp$2;
		src = _tmp$3;
		if ((x$7 = (x$8 = (new $Uint64(0, s.counter)), new $Uint64(x$8.$high + 0, x$8.$low + 1)), (x$7.$high > 1 || (x$7.$high === 1 && x$7.$low > 0)))) {
			arrayType$2.copy(s.buf, arrayType$2.zero());
			numBlocks$1 = (_q = (((src.$length + 64 >> 0) - 1 >> 0)) / 64, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
			buf = $subslice(new sliceType(s.buf), (64 - ($imul(numBlocks$1, 64)) >> 0));
			$copySlice(buf, src);
			s.xorKeyStreamBlocksGeneric(buf, buf);
			s.len = buf.$length - $copySlice(dst, buf) >> 0;
			return;
		}
		if (src.$length > 0) {
			arrayType$2.copy(s.buf, arrayType$2.zero());
			$copySlice(new sliceType(s.buf), src);
			s.xorKeyStreamBlocks(new sliceType(s.buf), new sliceType(s.buf));
			s.len = 64 - $copySlice(dst, new sliceType(s.buf)) >> 0;
		}
	};
	Cipher.prototype.XORKeyStream = function(dst, src) { return this.$val.XORKeyStream(dst, src); };
	Cipher.ptr.prototype.xorKeyStreamBlocksGeneric = function(dst, src) {
		var _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, c0, c1, c10, c11, c13, c14, c15, c2, c3, c4, c5, c6, c7, c8, c9, dst, fcr0, fcr12, fcr4, fcr8, i, s, src, x0, x1, x10, x11, x12, x13, x14, x15, x2, x3, x4, x5, x6, x7, x8, x9;
		s = this;
		if (!((dst.$length === src.$length)) || !(((_r = dst.$length % 64, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) === 0))) {
			$panic(new $String("chacha20: internal error: wrong dst and/or src length"));
		}
		_tmp = 1634760805;
		_tmp$1 = 857760878;
		_tmp$2 = 2036477234;
		_tmp$3 = 1797285236;
		c0 = _tmp;
		c1 = _tmp$1;
		c2 = _tmp$2;
		c3 = _tmp$3;
		_tmp$4 = s.key[0];
		_tmp$5 = s.key[1];
		_tmp$6 = s.key[2];
		_tmp$7 = s.key[3];
		c4 = _tmp$4;
		c5 = _tmp$5;
		c6 = _tmp$6;
		c7 = _tmp$7;
		_tmp$8 = s.key[4];
		_tmp$9 = s.key[5];
		_tmp$10 = s.key[6];
		_tmp$11 = s.key[7];
		c8 = _tmp$8;
		c9 = _tmp$9;
		c10 = _tmp$10;
		c11 = _tmp$11;
		$unused(s.counter);
		_tmp$13 = s.nonce[0];
		_tmp$14 = s.nonce[1];
		_tmp$15 = s.nonce[2];
		c13 = _tmp$13;
		c14 = _tmp$14;
		c15 = _tmp$15;
		if (!s.precompDone) {
			_tuple = quarterRound(c1, c5, c9, c13);
			s.p1 = _tuple[0];
			s.p5 = _tuple[1];
			s.p9 = _tuple[2];
			s.p13 = _tuple[3];
			_tuple$1 = quarterRound(c2, c6, c10, c14);
			s.p2 = _tuple$1[0];
			s.p6 = _tuple$1[1];
			s.p10 = _tuple$1[2];
			s.p14 = _tuple$1[3];
			_tuple$2 = quarterRound(c3, c7, c11, c15);
			s.p3 = _tuple$2[0];
			s.p7 = _tuple$2[1];
			s.p11 = _tuple$2[2];
			s.p15 = _tuple$2[3];
			s.precompDone = true;
		}
		while (true) {
			if (!(src.$length >= 64 && dst.$length >= 64)) { break; }
			_tuple$3 = quarterRound(c0, c4, c8, s.counter);
			fcr0 = _tuple$3[0];
			fcr4 = _tuple$3[1];
			fcr8 = _tuple$3[2];
			fcr12 = _tuple$3[3];
			_tuple$4 = quarterRound(fcr0, s.p5, s.p10, s.p15);
			x0 = _tuple$4[0];
			x5 = _tuple$4[1];
			x10 = _tuple$4[2];
			x15 = _tuple$4[3];
			_tuple$5 = quarterRound(s.p1, s.p6, s.p11, fcr12);
			x1 = _tuple$5[0];
			x6 = _tuple$5[1];
			x11 = _tuple$5[2];
			x12 = _tuple$5[3];
			_tuple$6 = quarterRound(s.p2, s.p7, fcr8, s.p13);
			x2 = _tuple$6[0];
			x7 = _tuple$6[1];
			x8 = _tuple$6[2];
			x13 = _tuple$6[3];
			_tuple$7 = quarterRound(s.p3, fcr4, s.p9, s.p14);
			x3 = _tuple$7[0];
			x4 = _tuple$7[1];
			x9 = _tuple$7[2];
			x14 = _tuple$7[3];
			i = 0;
			while (true) {
				if (!(i < 9)) { break; }
				_tuple$8 = quarterRound(x0, x4, x8, x12);
				x0 = _tuple$8[0];
				x4 = _tuple$8[1];
				x8 = _tuple$8[2];
				x12 = _tuple$8[3];
				_tuple$9 = quarterRound(x1, x5, x9, x13);
				x1 = _tuple$9[0];
				x5 = _tuple$9[1];
				x9 = _tuple$9[2];
				x13 = _tuple$9[3];
				_tuple$10 = quarterRound(x2, x6, x10, x14);
				x2 = _tuple$10[0];
				x6 = _tuple$10[1];
				x10 = _tuple$10[2];
				x14 = _tuple$10[3];
				_tuple$11 = quarterRound(x3, x7, x11, x15);
				x3 = _tuple$11[0];
				x7 = _tuple$11[1];
				x11 = _tuple$11[2];
				x15 = _tuple$11[3];
				_tuple$12 = quarterRound(x0, x5, x10, x15);
				x0 = _tuple$12[0];
				x5 = _tuple$12[1];
				x10 = _tuple$12[2];
				x15 = _tuple$12[3];
				_tuple$13 = quarterRound(x1, x6, x11, x12);
				x1 = _tuple$13[0];
				x6 = _tuple$13[1];
				x11 = _tuple$13[2];
				x12 = _tuple$13[3];
				_tuple$14 = quarterRound(x2, x7, x8, x13);
				x2 = _tuple$14[0];
				x7 = _tuple$14[1];
				x8 = _tuple$14[2];
				x13 = _tuple$14[3];
				_tuple$15 = quarterRound(x3, x4, x9, x14);
				x3 = _tuple$15[0];
				x4 = _tuple$15[1];
				x9 = _tuple$15[2];
				x14 = _tuple$15[3];
				i = i + (1) >> 0;
			}
			addXor($subslice(dst, 0, 4), $subslice(src, 0, 4), x0, c0);
			addXor($subslice(dst, 4, 8), $subslice(src, 4, 8), x1, c1);
			addXor($subslice(dst, 8, 12), $subslice(src, 8, 12), x2, c2);
			addXor($subslice(dst, 12, 16), $subslice(src, 12, 16), x3, c3);
			addXor($subslice(dst, 16, 20), $subslice(src, 16, 20), x4, c4);
			addXor($subslice(dst, 20, 24), $subslice(src, 20, 24), x5, c5);
			addXor($subslice(dst, 24, 28), $subslice(src, 24, 28), x6, c6);
			addXor($subslice(dst, 28, 32), $subslice(src, 28, 32), x7, c7);
			addXor($subslice(dst, 32, 36), $subslice(src, 32, 36), x8, c8);
			addXor($subslice(dst, 36, 40), $subslice(src, 36, 40), x9, c9);
			addXor($subslice(dst, 40, 44), $subslice(src, 40, 44), x10, c10);
			addXor($subslice(dst, 44, 48), $subslice(src, 44, 48), x11, c11);
			addXor($subslice(dst, 48, 52), $subslice(src, 48, 52), x12, s.counter);
			addXor($subslice(dst, 52, 56), $subslice(src, 52, 56), x13, c13);
			addXor($subslice(dst, 56, 60), $subslice(src, 56, 60), x14, c14);
			addXor($subslice(dst, 60, 64), $subslice(src, 60, 64), x15, c15);
			s.counter = s.counter + (1) >>> 0;
			_tmp$16 = $subslice(src, 64);
			_tmp$17 = $subslice(dst, 64);
			src = _tmp$16;
			dst = _tmp$17;
		}
	};
	Cipher.prototype.xorKeyStreamBlocksGeneric = function(dst, src) { return this.$val.xorKeyStreamBlocksGeneric(dst, src); };
	HChaCha20 = function(key, nonce) {
		var key, nonce, out;
		out = $makeSlice(sliceType, 32);
		return hChaCha20(out, key, nonce);
	};
	$pkg.HChaCha20 = HChaCha20;
	hChaCha20 = function(out, key, nonce) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, i, key, nonce, out, x0, x1, x10, x11, x12, x13, x14, x15, x2, x3, x4, x5, x6, x7, x8, x9;
		if (!((key.$length === 32))) {
			return [sliceType.nil, errors.New("chacha20: wrong HChaCha20 key size")];
		}
		if (!((nonce.$length === 16))) {
			return [sliceType.nil, errors.New("chacha20: wrong HChaCha20 nonce size")];
		}
		_tmp = 1634760805;
		_tmp$1 = 857760878;
		_tmp$2 = 2036477234;
		_tmp$3 = 1797285236;
		x0 = _tmp;
		x1 = _tmp$1;
		x2 = _tmp$2;
		x3 = _tmp$3;
		x4 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 0, 4));
		x5 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 4, 8));
		x6 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 8, 12));
		x7 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 12, 16));
		x8 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 16, 20));
		x9 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 20, 24));
		x10 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 24, 28));
		x11 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(key, 28, 32));
		x12 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(nonce, 0, 4));
		x13 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(nonce, 4, 8));
		x14 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(nonce, 8, 12));
		x15 = $clone(binary.LittleEndian, binary.littleEndian).Uint32($subslice(nonce, 12, 16));
		i = 0;
		while (true) {
			if (!(i < 10)) { break; }
			_tuple = quarterRound(x0, x4, x8, x12);
			x0 = _tuple[0];
			x4 = _tuple[1];
			x8 = _tuple[2];
			x12 = _tuple[3];
			_tuple$1 = quarterRound(x1, x5, x9, x13);
			x1 = _tuple$1[0];
			x5 = _tuple$1[1];
			x9 = _tuple$1[2];
			x13 = _tuple$1[3];
			_tuple$2 = quarterRound(x2, x6, x10, x14);
			x2 = _tuple$2[0];
			x6 = _tuple$2[1];
			x10 = _tuple$2[2];
			x14 = _tuple$2[3];
			_tuple$3 = quarterRound(x3, x7, x11, x15);
			x3 = _tuple$3[0];
			x7 = _tuple$3[1];
			x11 = _tuple$3[2];
			x15 = _tuple$3[3];
			_tuple$4 = quarterRound(x0, x5, x10, x15);
			x0 = _tuple$4[0];
			x5 = _tuple$4[1];
			x10 = _tuple$4[2];
			x15 = _tuple$4[3];
			_tuple$5 = quarterRound(x1, x6, x11, x12);
			x1 = _tuple$5[0];
			x6 = _tuple$5[1];
			x11 = _tuple$5[2];
			x12 = _tuple$5[3];
			_tuple$6 = quarterRound(x2, x7, x8, x13);
			x2 = _tuple$6[0];
			x7 = _tuple$6[1];
			x8 = _tuple$6[2];
			x13 = _tuple$6[3];
			_tuple$7 = quarterRound(x3, x4, x9, x14);
			x3 = _tuple$7[0];
			x4 = _tuple$7[1];
			x9 = _tuple$7[2];
			x14 = _tuple$7[3];
			i = i + (1) >> 0;
		}
		$unused((31 >= out.$length ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + 31]));
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 0, 4), x0);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 4, 8), x1);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 8, 12), x2);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 12, 16), x3);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 16, 20), x12);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 20, 24), x13);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 24, 28), x14);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint32($subslice(out, 28, 32), x15);
		return [out, $ifaceNil];
	};
	ptrType.methods = [{prop: "xorKeyStreamBlocks", name: "xorKeyStreamBlocks", pkg: "vendor/golang.org/x/crypto/chacha20", typ: $funcType([sliceType, sliceType], [], false)}, {prop: "SetCounter", name: "SetCounter", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "XORKeyStream", name: "XORKeyStream", pkg: "", typ: $funcType([sliceType, sliceType], [], false)}, {prop: "xorKeyStreamBlocksGeneric", name: "xorKeyStreamBlocksGeneric", pkg: "vendor/golang.org/x/crypto/chacha20", typ: $funcType([sliceType, sliceType], [], false)}];
	Cipher.init("vendor/golang.org/x/crypto/chacha20", [{prop: "key", name: "key", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "counter", name: "counter", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "nonce", name: "nonce", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: arrayType$2, tag: ""}, {prop: "len", name: "len", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "overflow", name: "overflow", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "precompDone", name: "precompDone", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "p1", name: "p1", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p5", name: "p5", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p9", name: "p9", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p13", name: "p13", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p2", name: "p2", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p6", name: "p6", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p10", name: "p10", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p14", name: "p14", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p3", name: "p3", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p7", name: "p7", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p11", name: "p11", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p15", name: "p15", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = cipher.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/internal/poly1305"] = (function() {
	var $pkg = {}, $init, subtle, binary, bits, macState, macGeneric, uint128, MAC, mac, arrayType, arrayType$1, arrayType$2, sliceType, ptrType, ptrType$1, ptrType$2, initialize, mul64, add128, shiftRightBy2, updateGeneric, select64, finalize, New, bitsAdd64, bitsSub64, bitsMul64;
	subtle = $packages["crypto/subtle"];
	binary = $packages["encoding/binary"];
	bits = $packages["math/bits"];
	macState = $pkg.macState = $newType(0, $kindStruct, "poly1305.macState", true, "vendor/golang.org/x/crypto/internal/poly1305", false, function(h_, r_, s_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.h = arrayType.zero();
			this.r = arrayType$1.zero();
			this.s = arrayType$1.zero();
			return;
		}
		this.h = h_;
		this.r = r_;
		this.s = s_;
	});
	macGeneric = $pkg.macGeneric = $newType(0, $kindStruct, "poly1305.macGeneric", true, "vendor/golang.org/x/crypto/internal/poly1305", false, function(macState_, buffer_, offset_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.macState = new macState.ptr(arrayType.zero(), arrayType$1.zero(), arrayType$1.zero());
			this.buffer = arrayType$2.zero();
			this.offset = 0;
			return;
		}
		this.macState = macState_;
		this.buffer = buffer_;
		this.offset = offset_;
	});
	uint128 = $pkg.uint128 = $newType(0, $kindStruct, "poly1305.uint128", true, "vendor/golang.org/x/crypto/internal/poly1305", false, function(lo_, hi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.lo = new $Uint64(0, 0);
			this.hi = new $Uint64(0, 0);
			return;
		}
		this.lo = lo_;
		this.hi = hi_;
	});
	MAC = $pkg.MAC = $newType(0, $kindStruct, "poly1305.MAC", true, "vendor/golang.org/x/crypto/internal/poly1305", true, function(mac_, finalized_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mac = new mac.ptr(new macGeneric.ptr(new macState.ptr(arrayType.zero(), arrayType$1.zero(), arrayType$1.zero()), arrayType$2.zero(), 0));
			this.finalized = false;
			return;
		}
		this.mac = mac_;
		this.finalized = finalized_;
	});
	mac = $pkg.mac = $newType(0, $kindStruct, "poly1305.mac", true, "vendor/golang.org/x/crypto/internal/poly1305", false, function(macGeneric_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.macGeneric = new macGeneric.ptr(new macState.ptr(arrayType.zero(), arrayType$1.zero(), arrayType$1.zero()), arrayType$2.zero(), 0);
			return;
		}
		this.macGeneric = macGeneric_;
	});
	arrayType = $arrayType($Uint64, 3);
	arrayType$1 = $arrayType($Uint64, 2);
	arrayType$2 = $arrayType($Uint8, 16);
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(arrayType$2);
	ptrType$1 = $ptrType(macGeneric);
	ptrType$2 = $ptrType(MAC);
	macGeneric.ptr.prototype.Write = function(p) {
		var _r, h, n, n$1, nn, p;
		h = this;
		nn = p.$length;
		if (h.offset > 0) {
			n = $copySlice($subslice(new sliceType(h.buffer), h.offset), p);
			if ((h.offset + n >> 0) < 16) {
				h.offset = h.offset + (n) >> 0;
				return [nn, $ifaceNil];
			}
			p = $subslice(p, n);
			h.offset = 0;
			updateGeneric(h.macState, new sliceType(h.buffer));
		}
		n$1 = p.$length - ((_r = p.$length % 16, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))) >> 0;
		if (n$1 > 0) {
			updateGeneric(h.macState, $subslice(p, 0, n$1));
			p = $subslice(p, n$1);
		}
		if (p.$length > 0) {
			h.offset = h.offset + ($copySlice($subslice(new sliceType(h.buffer), h.offset), p)) >> 0;
		}
		return [nn, $ifaceNil];
	};
	macGeneric.prototype.Write = function(p) { return this.$val.Write(p); };
	macGeneric.ptr.prototype.Sum = function(out) {
		var h, out, state;
		h = this;
		state = $clone(h.macState, macState);
		if (h.offset > 0) {
			updateGeneric(state, $subslice(new sliceType(h.buffer), 0, h.offset));
		}
		finalize(out, state.h, state.s);
	};
	macGeneric.prototype.Sum = function(out) { return this.$val.Sum(out); };
	initialize = function(key, m) {
		var key, m, x, x$1;
		m.r[0] = (x = $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(new sliceType(key), 0, 8)), new $Uint64(x.$high & 268435452, (x.$low & 268435455) >>> 0));
		m.r[1] = (x$1 = $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(new sliceType(key), 8, 16)), new $Uint64(x$1.$high & 268435452, (x$1.$low & 268435452) >>> 0));
		m.s[0] = $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(new sliceType(key), 16, 24));
		m.s[1] = $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(new sliceType(key), 24, 32));
	};
	mul64 = function(a, b) {
		var _tuple, a, b, hi, lo;
		_tuple = bitsMul64(a, b);
		hi = _tuple[0];
		lo = _tuple[1];
		return new uint128.ptr(lo, hi);
	};
	add128 = function(a, b) {
		var _tuple, _tuple$1, a, b, c, hi, lo;
		_tuple = bitsAdd64(a.lo, b.lo, new $Uint64(0, 0));
		lo = _tuple[0];
		c = _tuple[1];
		_tuple$1 = bitsAdd64(a.hi, b.hi, c);
		hi = _tuple$1[0];
		c = _tuple$1[1];
		if (!((c.$high === 0 && c.$low === 0))) {
			$panic(new $String("poly1305: unexpected overflow"));
		}
		return new uint128.ptr(lo, hi);
	};
	shiftRightBy2 = function(a) {
		var a, x, x$1, x$2;
		a.lo = (x = $shiftRightUint64(a.lo, 2), x$1 = $shiftLeft64(((x$2 = a.hi, new $Uint64(x$2.$high & 0, (x$2.$low & 3) >>> 0))), 62), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		a.hi = $shiftRightUint64(a.hi, 2);
		return a;
	};
	updateGeneric = function(state, msg) {
		var _tmp, _tmp$1, _tmp$10, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, buf, c, cc, h0, h0r0, h0r1, h1, h1r0, h1r1, h2, h2r0, h2r1, m0, m1, m2, m3, msg, r0, r1, state, t0, t1, t2, t3, x, x$1, x$2, x$3, x$4, x$5, x$6;
		_tmp = state.h[0];
		_tmp$1 = state.h[1];
		_tmp$2 = state.h[2];
		h0 = _tmp;
		h1 = _tmp$1;
		h2 = _tmp$2;
		_tmp$3 = state.r[0];
		_tmp$4 = state.r[1];
		r0 = _tmp$3;
		r1 = _tmp$4;
		while (true) {
			if (!(msg.$length > 0)) { break; }
			c = new $Uint64(0, 0);
			if (msg.$length >= 16) {
				_tuple = bitsAdd64(h0, $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(msg, 0, 8)), new $Uint64(0, 0));
				h0 = _tuple[0];
				c = _tuple[1];
				_tuple$1 = bitsAdd64(h1, $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(msg, 8, 16)), c);
				h1 = _tuple$1[0];
				c = _tuple$1[1];
				h2 = (x = new $Uint64(c.$high + 0, c.$low + 1), new $Uint64(h2.$high + x.$high, h2.$low + x.$low));
				msg = $subslice(msg, 16);
			} else {
				buf = arrayType$2.zero();
				$copySlice(new sliceType(buf), msg);
				(x$1 = msg.$length, ((x$1 < 0 || x$1 >= buf.length) ? ($throwRuntimeError("index out of range"), undefined) : buf[x$1] = 1));
				_tuple$2 = bitsAdd64(h0, $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(new sliceType(buf), 0, 8)), new $Uint64(0, 0));
				h0 = _tuple$2[0];
				c = _tuple$2[1];
				_tuple$3 = bitsAdd64(h1, $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(new sliceType(buf), 8, 16)), c);
				h1 = _tuple$3[0];
				c = _tuple$3[1];
				h2 = (x$2 = c, new $Uint64(h2.$high + x$2.$high, h2.$low + x$2.$low));
				msg = sliceType.nil;
			}
			h0r0 = $clone(mul64(h0, r0), uint128);
			h1r0 = $clone(mul64(h1, r0), uint128);
			h2r0 = $clone(mul64(h2, r0), uint128);
			h0r1 = $clone(mul64(h0, r1), uint128);
			h1r1 = $clone(mul64(h1, r1), uint128);
			h2r1 = $clone(mul64(h2, r1), uint128);
			if (!((x$3 = h2r0.hi, (x$3.$high === 0 && x$3.$low === 0)))) {
				$panic(new $String("poly1305: unexpected overflow"));
			}
			if (!((x$4 = h2r1.hi, (x$4.$high === 0 && x$4.$low === 0)))) {
				$panic(new $String("poly1305: unexpected overflow"));
			}
			m0 = $clone(h0r0, uint128);
			m1 = $clone(add128($clone(h1r0, uint128), $clone(h0r1, uint128)), uint128);
			m2 = $clone(add128($clone(h2r0, uint128), $clone(h1r1, uint128)), uint128);
			m3 = $clone(h2r1, uint128);
			t0 = m0.lo;
			_tuple$4 = bitsAdd64(m1.lo, m0.hi, new $Uint64(0, 0));
			t1 = _tuple$4[0];
			c = _tuple$4[1];
			_tuple$5 = bitsAdd64(m2.lo, m1.hi, c);
			t2 = _tuple$5[0];
			c = _tuple$5[1];
			_tuple$6 = bitsAdd64(m3.lo, m2.hi, c);
			t3 = _tuple$6[0];
			_tmp$5 = t0;
			_tmp$6 = t1;
			_tmp$7 = new $Uint64(t2.$high & 0, (t2.$low & 3) >>> 0);
			h0 = _tmp$5;
			h1 = _tmp$6;
			h2 = _tmp$7;
			cc = new uint128.ptr(new $Uint64(t2.$high & 4294967295, (t2.$low & 4294967292) >>> 0), t3);
			_tuple$7 = bitsAdd64(h0, cc.lo, new $Uint64(0, 0));
			h0 = _tuple$7[0];
			c = _tuple$7[1];
			_tuple$8 = bitsAdd64(h1, cc.hi, c);
			h1 = _tuple$8[0];
			c = _tuple$8[1];
			h2 = (x$5 = c, new $Uint64(h2.$high + x$5.$high, h2.$low + x$5.$low));
			uint128.copy(cc, shiftRightBy2($clone(cc, uint128)));
			_tuple$9 = bitsAdd64(h0, cc.lo, new $Uint64(0, 0));
			h0 = _tuple$9[0];
			c = _tuple$9[1];
			_tuple$10 = bitsAdd64(h1, cc.hi, c);
			h1 = _tuple$10[0];
			c = _tuple$10[1];
			h2 = (x$6 = c, new $Uint64(h2.$high + x$6.$high, h2.$low + x$6.$low));
		}
		_tmp$8 = h0;
		_tmp$9 = h1;
		_tmp$10 = h2;
		state.h[0] = _tmp$8;
		state.h[1] = _tmp$9;
		state.h[2] = _tmp$10;
	};
	select64 = function(v, x, y) {
		var v, x, x$1, x$2, x$3, x$4, x$5, y;
		return (x$1 = (x$2 = (x$3 = new $Uint64(v.$high - 0, v.$low - 1), new $Uint64(~x$3.$high, ~x$3.$low >>> 0)), new $Uint64(x$2.$high & x.$high, (x$2.$low & x.$low) >>> 0)), x$4 = (x$5 = new $Uint64(v.$high - 0, v.$low - 1), new $Uint64(x$5.$high & y.$high, (x$5.$low & y.$low) >>> 0)), new $Uint64(x$1.$high | x$4.$high, (x$1.$low | x$4.$low) >>> 0));
	};
	finalize = function(out, h, s) {
		var _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, c, h, h0, h1, h2, hMinusP0, hMinusP1, out, s;
		_tmp = h[0];
		_tmp$1 = h[1];
		_tmp$2 = h[2];
		h0 = _tmp;
		h1 = _tmp$1;
		h2 = _tmp$2;
		_tuple = bitsSub64(h0, new $Uint64(4294967295, 4294967291), new $Uint64(0, 0));
		hMinusP0 = _tuple[0];
		b = _tuple[1];
		_tuple$1 = bitsSub64(h1, new $Uint64(4294967295, 4294967295), b);
		hMinusP1 = _tuple$1[0];
		b = _tuple$1[1];
		_tuple$2 = bitsSub64(h2, new $Uint64(0, 3), b);
		b = _tuple$2[1];
		h0 = select64(b, h0, hMinusP0);
		h1 = select64(b, h1, hMinusP1);
		_tuple$3 = bitsAdd64(h0, s[0], new $Uint64(0, 0));
		h0 = _tuple$3[0];
		c = _tuple$3[1];
		_tuple$4 = bitsAdd64(h1, s[1], c);
		h1 = _tuple$4[0];
		$clone(binary.LittleEndian, binary.littleEndian).PutUint64($subslice(new sliceType(out), 0, 8), h0);
		$clone(binary.LittleEndian, binary.littleEndian).PutUint64($subslice(new sliceType(out), 8, 16), h1);
	};
	New = function(key) {
		var key, m;
		m = new MAC.ptr(new mac.ptr(new macGeneric.ptr(new macState.ptr(arrayType.zero(), arrayType$1.zero(), arrayType$1.zero()), arrayType$2.zero(), 0)), false);
		initialize(key, m.mac.macGeneric.macState);
		return m;
	};
	$pkg.New = New;
	MAC.ptr.prototype.Size = function() {
		var h;
		h = this;
		return 16;
	};
	MAC.prototype.Size = function() { return this.$val.Size(); };
	MAC.ptr.prototype.Write = function(p) {
		var _tuple, err, h, n, p;
		n = 0;
		err = $ifaceNil;
		h = this;
		if (h.finalized) {
			$panic(new $String("poly1305: write to MAC after Sum or Verify"));
		}
		_tuple = h.mac.macGeneric.Write(p);
		n = _tuple[0];
		err = _tuple[1];
		return [n, err];
	};
	MAC.prototype.Write = function(p) { return this.$val.Write(p); };
	MAC.ptr.prototype.Sum = function(b) {
		var b, h, mac$1;
		h = this;
		mac$1 = arrayType$2.zero();
		h.mac.macGeneric.Sum(mac$1);
		h.finalized = true;
		return $appendSlice(b, new sliceType(mac$1));
	};
	MAC.prototype.Sum = function(b) { return this.$val.Sum(b); };
	MAC.ptr.prototype.Verify = function(expected) {
		var expected, h, mac$1;
		h = this;
		mac$1 = arrayType$2.zero();
		h.mac.macGeneric.Sum(mac$1);
		h.finalized = true;
		return subtle.ConstantTimeCompare(expected, new sliceType(mac$1)) === 1;
	};
	MAC.prototype.Verify = function(expected) { return this.$val.Verify(expected); };
	bitsAdd64 = function(x, y, carry) {
		var _tuple, carry, carryOut, sum, x, y;
		sum = new $Uint64(0, 0);
		carryOut = new $Uint64(0, 0);
		_tuple = bits.Add64(x, y, carry);
		sum = _tuple[0];
		carryOut = _tuple[1];
		return [sum, carryOut];
	};
	bitsSub64 = function(x, y, borrow) {
		var _tuple, borrow, borrowOut, diff, x, y;
		diff = new $Uint64(0, 0);
		borrowOut = new $Uint64(0, 0);
		_tuple = bits.Sub64(x, y, borrow);
		diff = _tuple[0];
		borrowOut = _tuple[1];
		return [diff, borrowOut];
	};
	bitsMul64 = function(x, y) {
		var _tuple, hi, lo, x, y;
		hi = new $Uint64(0, 0);
		lo = new $Uint64(0, 0);
		_tuple = bits.Mul64(x, y);
		hi = _tuple[0];
		lo = _tuple[1];
		return [hi, lo];
	};
	ptrType$1.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([ptrType], [], false)}];
	ptrType$2.methods = [{prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType], [sliceType], false)}, {prop: "Verify", name: "Verify", pkg: "", typ: $funcType([sliceType], [$Bool], false)}];
	macState.init("vendor/golang.org/x/crypto/internal/poly1305", [{prop: "h", name: "h", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "s", name: "s", embedded: false, exported: false, typ: arrayType$1, tag: ""}]);
	macGeneric.init("vendor/golang.org/x/crypto/internal/poly1305", [{prop: "macState", name: "macState", embedded: true, exported: false, typ: macState, tag: ""}, {prop: "buffer", name: "buffer", embedded: false, exported: false, typ: arrayType$2, tag: ""}, {prop: "offset", name: "offset", embedded: false, exported: false, typ: $Int, tag: ""}]);
	uint128.init("vendor/golang.org/x/crypto/internal/poly1305", [{prop: "lo", name: "lo", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "hi", name: "hi", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	MAC.init("vendor/golang.org/x/crypto/internal/poly1305", [{prop: "mac", name: "mac", embedded: true, exported: false, typ: mac, tag: ""}, {prop: "finalized", name: "finalized", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	mac.init("vendor/golang.org/x/crypto/internal/poly1305", [{prop: "macGeneric", name: "macGeneric", embedded: true, exported: false, typ: macGeneric, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/chacha20poly1305"] = (function() {
	var $pkg = {}, $init, cipher, binary, errors, chacha20, poly1305, subtle, chacha20poly1305, arrayType, sliceType, arrayType$1, arrayType$2, ptrType$1, errOpen, writeWithPadding, writeUint64, New, sliceForAppend;
	cipher = $packages["crypto/cipher"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	chacha20 = $packages["vendor/golang.org/x/crypto/chacha20"];
	poly1305 = $packages["vendor/golang.org/x/crypto/internal/poly1305"];
	subtle = $packages["vendor/golang.org/x/crypto/internal/subtle"];
	chacha20poly1305 = $pkg.chacha20poly1305 = $newType(0, $kindStruct, "chacha20poly1305.chacha20poly1305", true, "vendor/golang.org/x/crypto/chacha20poly1305", false, function(key_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.key = arrayType.zero();
			return;
		}
		this.key = key_;
	});
	arrayType = $arrayType($Uint8, 32);
	sliceType = $sliceType($Uint8);
	arrayType$1 = $arrayType($Uint8, 16);
	arrayType$2 = $arrayType($Uint8, 8);
	ptrType$1 = $ptrType(chacha20poly1305);
	chacha20poly1305.ptr.prototype.seal = function(dst, nonce, plaintext, additionalData) {
		var additionalData, c, dst, nonce, plaintext;
		c = this;
		return c.sealGeneric(dst, nonce, plaintext, additionalData);
	};
	chacha20poly1305.prototype.seal = function(dst, nonce, plaintext, additionalData) { return this.$val.seal(dst, nonce, plaintext, additionalData); };
	chacha20poly1305.ptr.prototype.open = function(dst, nonce, ciphertext, additionalData) {
		var additionalData, c, ciphertext, dst, nonce;
		c = this;
		return c.openGeneric(dst, nonce, ciphertext, additionalData);
	};
	chacha20poly1305.prototype.open = function(dst, nonce, ciphertext, additionalData) { return this.$val.open(dst, nonce, ciphertext, additionalData); };
	writeWithPadding = function(p, b) {
		var _r, b, buf, p, padLen, rem;
		p.Write(b);
		rem = (_r = b.$length % 16, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
		if (!((rem === 0))) {
			buf = arrayType$1.zero();
			padLen = 16 - rem >> 0;
			p.Write($subslice(new sliceType(buf), 0, padLen));
		}
	};
	writeUint64 = function(p, n) {
		var buf, n, p;
		buf = arrayType$2.zero();
		$clone(binary.LittleEndian, binary.littleEndian).PutUint64(new sliceType(buf), (new $Uint64(0, n)));
		p.Write(new sliceType(buf));
	};
	chacha20poly1305.ptr.prototype.sealGeneric = function(dst, nonce, plaintext, additionalData) {
		var _tmp, _tmp$1, _tuple, _tuple$1, additionalData, c, ciphertext, dst, nonce, out, p, plaintext, polyKey, ret, s, tag;
		c = this;
		_tuple = sliceForAppend(dst, plaintext.$length + 16 >> 0);
		ret = _tuple[0];
		out = _tuple[1];
		_tmp = $subslice(out, 0, plaintext.$length);
		_tmp$1 = $subslice(out, plaintext.$length);
		ciphertext = _tmp;
		tag = _tmp$1;
		if (subtle.InexactOverlap(out, plaintext)) {
			$panic(new $String("chacha20poly1305: invalid buffer overlap"));
		}
		polyKey = arrayType.zero();
		_tuple$1 = chacha20.NewUnauthenticatedCipher(new sliceType(c.key), nonce);
		s = _tuple$1[0];
		s.XORKeyStream(new sliceType(polyKey), new sliceType(polyKey));
		s.SetCounter(1);
		s.XORKeyStream(ciphertext, plaintext);
		p = poly1305.New(polyKey);
		writeWithPadding(p, additionalData);
		writeWithPadding(p, ciphertext);
		writeUint64(p, additionalData.$length);
		writeUint64(p, plaintext.$length);
		p.Sum($subslice(tag, 0, 0));
		return ret;
	};
	chacha20poly1305.prototype.sealGeneric = function(dst, nonce, plaintext, additionalData) { return this.$val.sealGeneric(dst, nonce, plaintext, additionalData); };
	chacha20poly1305.ptr.prototype.openGeneric = function(dst, nonce, ciphertext, additionalData) {
		var _i, _ref, _tuple, _tuple$1, additionalData, c, ciphertext, dst, i, nonce, out, p, polyKey, ret, s, tag;
		c = this;
		tag = $subslice(ciphertext, (ciphertext.$length - 16 >> 0));
		ciphertext = $subslice(ciphertext, 0, (ciphertext.$length - 16 >> 0));
		polyKey = arrayType.zero();
		_tuple = chacha20.NewUnauthenticatedCipher(new sliceType(c.key), nonce);
		s = _tuple[0];
		s.XORKeyStream(new sliceType(polyKey), new sliceType(polyKey));
		s.SetCounter(1);
		p = poly1305.New(polyKey);
		writeWithPadding(p, additionalData);
		writeWithPadding(p, ciphertext);
		writeUint64(p, additionalData.$length);
		writeUint64(p, ciphertext.$length);
		_tuple$1 = sliceForAppend(dst, ciphertext.$length);
		ret = _tuple$1[0];
		out = _tuple$1[1];
		if (subtle.InexactOverlap(out, ciphertext)) {
			$panic(new $String("chacha20poly1305: invalid buffer overlap"));
		}
		if (!p.Verify(tag)) {
			_ref = out;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				((i < 0 || i >= out.$length) ? ($throwRuntimeError("index out of range"), undefined) : out.$array[out.$offset + i] = 0);
				_i++;
			}
			return [sliceType.nil, errOpen];
		}
		s.XORKeyStream(out, ciphertext);
		return [ret, $ifaceNil];
	};
	chacha20poly1305.prototype.openGeneric = function(dst, nonce, ciphertext, additionalData) { return this.$val.openGeneric(dst, nonce, ciphertext, additionalData); };
	New = function(key) {
		var key, ret;
		if (!((key.$length === 32))) {
			return [$ifaceNil, errors.New("chacha20poly1305: bad key length")];
		}
		ret = new chacha20poly1305.ptr(arrayType.zero());
		$copySlice(new sliceType(ret.key), key);
		return [ret, $ifaceNil];
	};
	$pkg.New = New;
	chacha20poly1305.ptr.prototype.NonceSize = function() {
		var c;
		c = this;
		return 12;
	};
	chacha20poly1305.prototype.NonceSize = function() { return this.$val.NonceSize(); };
	chacha20poly1305.ptr.prototype.Overhead = function() {
		var c;
		c = this;
		return 16;
	};
	chacha20poly1305.prototype.Overhead = function() { return this.$val.Overhead(); };
	chacha20poly1305.ptr.prototype.Seal = function(dst, nonce, plaintext, additionalData) {
		var additionalData, c, dst, nonce, plaintext, x;
		c = this;
		if (!((nonce.$length === 12))) {
			$panic(new $String("chacha20poly1305: bad nonce length passed to Seal"));
		}
		if ((x = (new $Uint64(0, plaintext.$length)), (x.$high > 63 || (x.$high === 63 && x.$low > 4294967232)))) {
			$panic(new $String("chacha20poly1305: plaintext too large"));
		}
		return c.seal(dst, nonce, plaintext, additionalData);
	};
	chacha20poly1305.prototype.Seal = function(dst, nonce, plaintext, additionalData) { return this.$val.Seal(dst, nonce, plaintext, additionalData); };
	chacha20poly1305.ptr.prototype.Open = function(dst, nonce, ciphertext, additionalData) {
		var additionalData, c, ciphertext, dst, nonce, x;
		c = this;
		if (!((nonce.$length === 12))) {
			$panic(new $String("chacha20poly1305: bad nonce length passed to Open"));
		}
		if (ciphertext.$length < 16) {
			return [sliceType.nil, errOpen];
		}
		if ((x = (new $Uint64(0, ciphertext.$length)), (x.$high > 63 || (x.$high === 63 && x.$low > 4294967248)))) {
			$panic(new $String("chacha20poly1305: ciphertext too large"));
		}
		return c.open(dst, nonce, ciphertext, additionalData);
	};
	chacha20poly1305.prototype.Open = function(dst, nonce, ciphertext, additionalData) { return this.$val.Open(dst, nonce, ciphertext, additionalData); };
	sliceForAppend = function(in$1, n) {
		var head, in$1, n, tail, total;
		head = sliceType.nil;
		tail = sliceType.nil;
		total = in$1.$length + n >> 0;
		if (in$1.$capacity >= total) {
			head = $subslice(in$1, 0, total);
		} else {
			head = $makeSlice(sliceType, total);
			$copySlice(head, in$1);
		}
		tail = $subslice(head, in$1.$length);
		return [head, tail];
	};
	ptrType$1.methods = [{prop: "seal", name: "seal", pkg: "vendor/golang.org/x/crypto/chacha20poly1305", typ: $funcType([sliceType, sliceType, sliceType, sliceType], [sliceType], false)}, {prop: "open", name: "open", pkg: "vendor/golang.org/x/crypto/chacha20poly1305", typ: $funcType([sliceType, sliceType, sliceType, sliceType], [sliceType, $error], false)}, {prop: "sealGeneric", name: "sealGeneric", pkg: "vendor/golang.org/x/crypto/chacha20poly1305", typ: $funcType([sliceType, sliceType, sliceType, sliceType], [sliceType], false)}, {prop: "openGeneric", name: "openGeneric", pkg: "vendor/golang.org/x/crypto/chacha20poly1305", typ: $funcType([sliceType, sliceType, sliceType, sliceType], [sliceType, $error], false)}, {prop: "NonceSize", name: "NonceSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Overhead", name: "Overhead", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Seal", name: "Seal", pkg: "", typ: $funcType([sliceType, sliceType, sliceType, sliceType], [sliceType], false)}, {prop: "Open", name: "Open", pkg: "", typ: $funcType([sliceType, sliceType, sliceType, sliceType], [sliceType, $error], false)}];
	chacha20poly1305.init("vendor/golang.org/x/crypto/chacha20poly1305", [{prop: "key", name: "key", embedded: false, exported: false, typ: arrayType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = cipher.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = chacha20.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = poly1305.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		errOpen = errors.New("chacha20poly1305: message authentication failed");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/curve25519/internal/field"] = (function() {
	var $pkg = {}, $init, subtle, binary, bits, uint128, Element, arrayType, arrayType$1, sliceType, ptrType, ptrType$1, feZero, feOne, sqrtM1, mul64, addMul64, shiftRightBy51, feMulGeneric, feSquareGeneric, feMul, feSquare, mask64Bits, mul51;
	subtle = $packages["crypto/subtle"];
	binary = $packages["encoding/binary"];
	bits = $packages["math/bits"];
	uint128 = $pkg.uint128 = $newType(0, $kindStruct, "field.uint128", true, "vendor/golang.org/x/crypto/curve25519/internal/field", false, function(lo_, hi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.lo = new $Uint64(0, 0);
			this.hi = new $Uint64(0, 0);
			return;
		}
		this.lo = lo_;
		this.hi = hi_;
	});
	Element = $pkg.Element = $newType(0, $kindStruct, "field.Element", true, "vendor/golang.org/x/crypto/curve25519/internal/field", true, function(l0_, l1_, l2_, l3_, l4_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.l0 = new $Uint64(0, 0);
			this.l1 = new $Uint64(0, 0);
			this.l2 = new $Uint64(0, 0);
			this.l3 = new $Uint64(0, 0);
			this.l4 = new $Uint64(0, 0);
			return;
		}
		this.l0 = l0_;
		this.l1 = l1_;
		this.l2 = l2_;
		this.l3 = l3_;
		this.l4 = l4_;
	});
	arrayType = $arrayType($Uint8, 32);
	arrayType$1 = $arrayType($Uint8, 8);
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(Element);
	ptrType$1 = $ptrType(arrayType);
	mul64 = function(a, b) {
		var _tuple, a, b, hi, lo;
		_tuple = bits.Mul64(a, b);
		hi = _tuple[0];
		lo = _tuple[1];
		return new uint128.ptr(lo, hi);
	};
	addMul64 = function(v, a, b) {
		var _tuple, _tuple$1, _tuple$2, a, b, c, hi, lo, v;
		_tuple = bits.Mul64(a, b);
		hi = _tuple[0];
		lo = _tuple[1];
		_tuple$1 = bits.Add64(lo, v.lo, new $Uint64(0, 0));
		lo = _tuple$1[0];
		c = _tuple$1[1];
		_tuple$2 = bits.Add64(hi, v.hi, c);
		hi = _tuple$2[0];
		return new uint128.ptr(lo, hi);
	};
	shiftRightBy51 = function(a) {
		var a, x, x$1;
		return (x = $shiftLeft64(a.hi, 13), x$1 = $shiftRightUint64(a.lo, 51), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
	};
	feMulGeneric = function(v, a, b) {
		var a, a0, a1, a1_19, a2, a2_19, a3, a3_19, a4, a4_19, b, b0, b1, b2, b3, b4, c0, c1, c2, c3, c4, r0, r1, r2, r3, r4, rr0, rr1, rr2, rr3, rr4, v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		a0 = a.l0;
		a1 = a.l1;
		a2 = a.l2;
		a3 = a.l3;
		a4 = a.l4;
		b0 = b.l0;
		b1 = b.l1;
		b2 = b.l2;
		b3 = b.l3;
		b4 = b.l4;
		a1_19 = $mul64(a1, new $Uint64(0, 19));
		a2_19 = $mul64(a2, new $Uint64(0, 19));
		a3_19 = $mul64(a3, new $Uint64(0, 19));
		a4_19 = $mul64(a4, new $Uint64(0, 19));
		r0 = $clone(mul64(a0, b0), uint128);
		uint128.copy(r0, addMul64($clone(r0, uint128), a1_19, b4));
		uint128.copy(r0, addMul64($clone(r0, uint128), a2_19, b3));
		uint128.copy(r0, addMul64($clone(r0, uint128), a3_19, b2));
		uint128.copy(r0, addMul64($clone(r0, uint128), a4_19, b1));
		r1 = $clone(mul64(a0, b1), uint128);
		uint128.copy(r1, addMul64($clone(r1, uint128), a1, b0));
		uint128.copy(r1, addMul64($clone(r1, uint128), a2_19, b4));
		uint128.copy(r1, addMul64($clone(r1, uint128), a3_19, b3));
		uint128.copy(r1, addMul64($clone(r1, uint128), a4_19, b2));
		r2 = $clone(mul64(a0, b2), uint128);
		uint128.copy(r2, addMul64($clone(r2, uint128), a1, b1));
		uint128.copy(r2, addMul64($clone(r2, uint128), a2, b0));
		uint128.copy(r2, addMul64($clone(r2, uint128), a3_19, b4));
		uint128.copy(r2, addMul64($clone(r2, uint128), a4_19, b3));
		r3 = $clone(mul64(a0, b3), uint128);
		uint128.copy(r3, addMul64($clone(r3, uint128), a1, b2));
		uint128.copy(r3, addMul64($clone(r3, uint128), a2, b1));
		uint128.copy(r3, addMul64($clone(r3, uint128), a3, b0));
		uint128.copy(r3, addMul64($clone(r3, uint128), a4_19, b4));
		r4 = $clone(mul64(a0, b4), uint128);
		uint128.copy(r4, addMul64($clone(r4, uint128), a1, b3));
		uint128.copy(r4, addMul64($clone(r4, uint128), a2, b2));
		uint128.copy(r4, addMul64($clone(r4, uint128), a3, b1));
		uint128.copy(r4, addMul64($clone(r4, uint128), a4, b0));
		c0 = shiftRightBy51($clone(r0, uint128));
		c1 = shiftRightBy51($clone(r1, uint128));
		c2 = shiftRightBy51($clone(r2, uint128));
		c3 = shiftRightBy51($clone(r3, uint128));
		c4 = shiftRightBy51($clone(r4, uint128));
		rr0 = (x = (x$1 = r0.lo, new $Uint64(x$1.$high & 524287, (x$1.$low & 4294967295) >>> 0)), x$2 = $mul64(c4, new $Uint64(0, 19)), new $Uint64(x.$high + x$2.$high, x.$low + x$2.$low));
		rr1 = (x$3 = (x$4 = r1.lo, new $Uint64(x$4.$high & 524287, (x$4.$low & 4294967295) >>> 0)), new $Uint64(x$3.$high + c0.$high, x$3.$low + c0.$low));
		rr2 = (x$5 = (x$6 = r2.lo, new $Uint64(x$6.$high & 524287, (x$6.$low & 4294967295) >>> 0)), new $Uint64(x$5.$high + c1.$high, x$5.$low + c1.$low));
		rr3 = (x$7 = (x$8 = r3.lo, new $Uint64(x$8.$high & 524287, (x$8.$low & 4294967295) >>> 0)), new $Uint64(x$7.$high + c2.$high, x$7.$low + c2.$low));
		rr4 = (x$9 = (x$10 = r4.lo, new $Uint64(x$10.$high & 524287, (x$10.$low & 4294967295) >>> 0)), new $Uint64(x$9.$high + c3.$high, x$9.$low + c3.$low));
		Element.copy(v, new Element.ptr(rr0, rr1, rr2, rr3, rr4));
		v.carryPropagate();
	};
	feSquareGeneric = function(v, a) {
		var a, c0, c1, c2, c3, c4, l0, l0_2, l1, l1_2, l1_38, l2, l2_38, l3, l3_19, l3_38, l4, l4_19, r0, r1, r2, r3, r4, rr0, rr1, rr2, rr3, rr4, v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		l0 = a.l0;
		l1 = a.l1;
		l2 = a.l2;
		l3 = a.l3;
		l4 = a.l4;
		l0_2 = $mul64(l0, new $Uint64(0, 2));
		l1_2 = $mul64(l1, new $Uint64(0, 2));
		l1_38 = $mul64(l1, new $Uint64(0, 38));
		l2_38 = $mul64(l2, new $Uint64(0, 38));
		l3_38 = $mul64(l3, new $Uint64(0, 38));
		l3_19 = $mul64(l3, new $Uint64(0, 19));
		l4_19 = $mul64(l4, new $Uint64(0, 19));
		r0 = $clone(mul64(l0, l0), uint128);
		uint128.copy(r0, addMul64($clone(r0, uint128), l1_38, l4));
		uint128.copy(r0, addMul64($clone(r0, uint128), l2_38, l3));
		r1 = $clone(mul64(l0_2, l1), uint128);
		uint128.copy(r1, addMul64($clone(r1, uint128), l2_38, l4));
		uint128.copy(r1, addMul64($clone(r1, uint128), l3_19, l3));
		r2 = $clone(mul64(l0_2, l2), uint128);
		uint128.copy(r2, addMul64($clone(r2, uint128), l1, l1));
		uint128.copy(r2, addMul64($clone(r2, uint128), l3_38, l4));
		r3 = $clone(mul64(l0_2, l3), uint128);
		uint128.copy(r3, addMul64($clone(r3, uint128), l1_2, l2));
		uint128.copy(r3, addMul64($clone(r3, uint128), l4_19, l4));
		r4 = $clone(mul64(l0_2, l4), uint128);
		uint128.copy(r4, addMul64($clone(r4, uint128), l1_2, l3));
		uint128.copy(r4, addMul64($clone(r4, uint128), l2, l2));
		c0 = shiftRightBy51($clone(r0, uint128));
		c1 = shiftRightBy51($clone(r1, uint128));
		c2 = shiftRightBy51($clone(r2, uint128));
		c3 = shiftRightBy51($clone(r3, uint128));
		c4 = shiftRightBy51($clone(r4, uint128));
		rr0 = (x = (x$1 = r0.lo, new $Uint64(x$1.$high & 524287, (x$1.$low & 4294967295) >>> 0)), x$2 = $mul64(c4, new $Uint64(0, 19)), new $Uint64(x.$high + x$2.$high, x.$low + x$2.$low));
		rr1 = (x$3 = (x$4 = r1.lo, new $Uint64(x$4.$high & 524287, (x$4.$low & 4294967295) >>> 0)), new $Uint64(x$3.$high + c0.$high, x$3.$low + c0.$low));
		rr2 = (x$5 = (x$6 = r2.lo, new $Uint64(x$6.$high & 524287, (x$6.$low & 4294967295) >>> 0)), new $Uint64(x$5.$high + c1.$high, x$5.$low + c1.$low));
		rr3 = (x$7 = (x$8 = r3.lo, new $Uint64(x$8.$high & 524287, (x$8.$low & 4294967295) >>> 0)), new $Uint64(x$7.$high + c2.$high, x$7.$low + c2.$low));
		rr4 = (x$9 = (x$10 = r4.lo, new $Uint64(x$10.$high & 524287, (x$10.$low & 4294967295) >>> 0)), new $Uint64(x$9.$high + c3.$high, x$9.$low + c3.$low));
		Element.copy(v, new Element.ptr(rr0, rr1, rr2, rr3, rr4));
		v.carryPropagate();
	};
	Element.ptr.prototype.carryPropagateGeneric = function() {
		var c0, c1, c2, c3, c4, v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		c0 = $shiftRightUint64(v.l0, 51);
		c1 = $shiftRightUint64(v.l1, 51);
		c2 = $shiftRightUint64(v.l2, 51);
		c3 = $shiftRightUint64(v.l3, 51);
		c4 = $shiftRightUint64(v.l4, 51);
		v.l0 = (x = (x$1 = v.l0, new $Uint64(x$1.$high & 524287, (x$1.$low & 4294967295) >>> 0)), x$2 = $mul64(c4, new $Uint64(0, 19)), new $Uint64(x.$high + x$2.$high, x.$low + x$2.$low));
		v.l1 = (x$3 = (x$4 = v.l1, new $Uint64(x$4.$high & 524287, (x$4.$low & 4294967295) >>> 0)), new $Uint64(x$3.$high + c0.$high, x$3.$low + c0.$low));
		v.l2 = (x$5 = (x$6 = v.l2, new $Uint64(x$6.$high & 524287, (x$6.$low & 4294967295) >>> 0)), new $Uint64(x$5.$high + c1.$high, x$5.$low + c1.$low));
		v.l3 = (x$7 = (x$8 = v.l3, new $Uint64(x$8.$high & 524287, (x$8.$low & 4294967295) >>> 0)), new $Uint64(x$7.$high + c2.$high, x$7.$low + c2.$low));
		v.l4 = (x$9 = (x$10 = v.l4, new $Uint64(x$10.$high & 524287, (x$10.$low & 4294967295) >>> 0)), new $Uint64(x$9.$high + c3.$high, x$9.$low + c3.$low));
		return v;
	};
	Element.prototype.carryPropagateGeneric = function() { return this.$val.carryPropagateGeneric(); };
	Element.ptr.prototype.carryPropagate = function() {
		var v;
		v = this;
		return v.carryPropagateGeneric();
	};
	Element.prototype.carryPropagate = function() { return this.$val.carryPropagate(); };
	feMul = function(v, x, y) {
		var v, x, y;
		feMulGeneric(v, x, y);
	};
	feSquare = function(v, x) {
		var v, x;
		feSquareGeneric(v, x);
	};
	Element.ptr.prototype.Zero = function() {
		var v;
		v = this;
		Element.copy(v, feZero);
		return v;
	};
	Element.prototype.Zero = function() { return this.$val.Zero(); };
	Element.ptr.prototype.One = function() {
		var v;
		v = this;
		Element.copy(v, feOne);
		return v;
	};
	Element.prototype.One = function() { return this.$val.One(); };
	Element.ptr.prototype.reduce = function() {
		var c, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		v.carryPropagate();
		c = $shiftRightUint64(((x = v.l0, new $Uint64(x.$high + 0, x.$low + 19))), 51);
		c = $shiftRightUint64(((x$1 = v.l1, new $Uint64(x$1.$high + c.$high, x$1.$low + c.$low))), 51);
		c = $shiftRightUint64(((x$2 = v.l2, new $Uint64(x$2.$high + c.$high, x$2.$low + c.$low))), 51);
		c = $shiftRightUint64(((x$3 = v.l3, new $Uint64(x$3.$high + c.$high, x$3.$low + c.$low))), 51);
		c = $shiftRightUint64(((x$4 = v.l4, new $Uint64(x$4.$high + c.$high, x$4.$low + c.$low))), 51);
		v.l0 = (x$5 = v.l0, x$6 = $mul64(new $Uint64(0, 19), c), new $Uint64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		v.l1 = (x$7 = v.l1, x$8 = $shiftRightUint64(v.l0, 51), new $Uint64(x$7.$high + x$8.$high, x$7.$low + x$8.$low));
		v.l0 = (x$9 = v.l0, new $Uint64(x$9.$high & 524287, (x$9.$low & 4294967295) >>> 0));
		v.l2 = (x$10 = v.l2, x$11 = $shiftRightUint64(v.l1, 51), new $Uint64(x$10.$high + x$11.$high, x$10.$low + x$11.$low));
		v.l1 = (x$12 = v.l1, new $Uint64(x$12.$high & 524287, (x$12.$low & 4294967295) >>> 0));
		v.l3 = (x$13 = v.l3, x$14 = $shiftRightUint64(v.l2, 51), new $Uint64(x$13.$high + x$14.$high, x$13.$low + x$14.$low));
		v.l2 = (x$15 = v.l2, new $Uint64(x$15.$high & 524287, (x$15.$low & 4294967295) >>> 0));
		v.l4 = (x$16 = v.l4, x$17 = $shiftRightUint64(v.l3, 51), new $Uint64(x$16.$high + x$17.$high, x$16.$low + x$17.$low));
		v.l3 = (x$18 = v.l3, new $Uint64(x$18.$high & 524287, (x$18.$low & 4294967295) >>> 0));
		v.l4 = (x$19 = v.l4, new $Uint64(x$19.$high & 524287, (x$19.$low & 4294967295) >>> 0));
		return v;
	};
	Element.prototype.reduce = function() { return this.$val.reduce(); };
	Element.ptr.prototype.Add = function(a, b) {
		var a, b, v, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		v.l0 = (x = a.l0, x$1 = b.l0, new $Uint64(x.$high + x$1.$high, x.$low + x$1.$low));
		v.l1 = (x$2 = a.l1, x$3 = b.l1, new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low));
		v.l2 = (x$4 = a.l2, x$5 = b.l2, new $Uint64(x$4.$high + x$5.$high, x$4.$low + x$5.$low));
		v.l3 = (x$6 = a.l3, x$7 = b.l3, new $Uint64(x$6.$high + x$7.$high, x$6.$low + x$7.$low));
		v.l4 = (x$8 = a.l4, x$9 = b.l4, new $Uint64(x$8.$high + x$9.$high, x$8.$low + x$9.$low));
		return v.carryPropagateGeneric();
	};
	Element.prototype.Add = function(a, b) { return this.$val.Add(a, b); };
	Element.ptr.prototype.Subtract = function(a, b) {
		var a, b, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		v.l0 = (x = (x$1 = a.l0, new $Uint64(x$1.$high + 1048575, x$1.$low + 4294967258)), x$2 = b.l0, new $Uint64(x.$high - x$2.$high, x.$low - x$2.$low));
		v.l1 = (x$3 = (x$4 = a.l1, new $Uint64(x$4.$high + 1048575, x$4.$low + 4294967294)), x$5 = b.l1, new $Uint64(x$3.$high - x$5.$high, x$3.$low - x$5.$low));
		v.l2 = (x$6 = (x$7 = a.l2, new $Uint64(x$7.$high + 1048575, x$7.$low + 4294967294)), x$8 = b.l2, new $Uint64(x$6.$high - x$8.$high, x$6.$low - x$8.$low));
		v.l3 = (x$9 = (x$10 = a.l3, new $Uint64(x$10.$high + 1048575, x$10.$low + 4294967294)), x$11 = b.l3, new $Uint64(x$9.$high - x$11.$high, x$9.$low - x$11.$low));
		v.l4 = (x$12 = (x$13 = a.l4, new $Uint64(x$13.$high + 1048575, x$13.$low + 4294967294)), x$14 = b.l4, new $Uint64(x$12.$high - x$14.$high, x$12.$low - x$14.$low));
		return v.carryPropagate();
	};
	Element.prototype.Subtract = function(a, b) { return this.$val.Subtract(a, b); };
	Element.ptr.prototype.Negate = function(a) {
		var a, v;
		v = this;
		return v.Subtract(feZero, a);
	};
	Element.prototype.Negate = function(a) { return this.$val.Negate(a); };
	Element.ptr.prototype.Invert = function(z) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, i, i$1, i$2, i$3, i$4, i$5, i$6, t, v, z, z11, z2, z2_100_0, z2_10_0, z2_20_0, z2_50_0, z2_5_0, z9;
		v = this;
		_tmp = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$4 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$5 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$6 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$7 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$8 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		z2 = $clone(_tmp, Element);
		z9 = $clone(_tmp$1, Element);
		z11 = $clone(_tmp$2, Element);
		z2_5_0 = $clone(_tmp$3, Element);
		z2_10_0 = $clone(_tmp$4, Element);
		z2_20_0 = $clone(_tmp$5, Element);
		z2_50_0 = $clone(_tmp$6, Element);
		z2_100_0 = $clone(_tmp$7, Element);
		t = $clone(_tmp$8, Element);
		z2.Square(z);
		t.Square(z2);
		t.Square(t);
		z9.Multiply(t, z);
		z11.Multiply(z9, z2);
		t.Square(z11);
		z2_5_0.Multiply(t, z9);
		t.Square(z2_5_0);
		i = 0;
		while (true) {
			if (!(i < 4)) { break; }
			t.Square(t);
			i = i + (1) >> 0;
		}
		z2_10_0.Multiply(t, z2_5_0);
		t.Square(z2_10_0);
		i$1 = 0;
		while (true) {
			if (!(i$1 < 9)) { break; }
			t.Square(t);
			i$1 = i$1 + (1) >> 0;
		}
		z2_20_0.Multiply(t, z2_10_0);
		t.Square(z2_20_0);
		i$2 = 0;
		while (true) {
			if (!(i$2 < 19)) { break; }
			t.Square(t);
			i$2 = i$2 + (1) >> 0;
		}
		t.Multiply(t, z2_20_0);
		t.Square(t);
		i$3 = 0;
		while (true) {
			if (!(i$3 < 9)) { break; }
			t.Square(t);
			i$3 = i$3 + (1) >> 0;
		}
		z2_50_0.Multiply(t, z2_10_0);
		t.Square(z2_50_0);
		i$4 = 0;
		while (true) {
			if (!(i$4 < 49)) { break; }
			t.Square(t);
			i$4 = i$4 + (1) >> 0;
		}
		z2_100_0.Multiply(t, z2_50_0);
		t.Square(z2_100_0);
		i$5 = 0;
		while (true) {
			if (!(i$5 < 99)) { break; }
			t.Square(t);
			i$5 = i$5 + (1) >> 0;
		}
		t.Multiply(t, z2_100_0);
		t.Square(t);
		i$6 = 0;
		while (true) {
			if (!(i$6 < 49)) { break; }
			t.Square(t);
			i$6 = i$6 + (1) >> 0;
		}
		t.Multiply(t, z2_50_0);
		t.Square(t);
		t.Square(t);
		t.Square(t);
		t.Square(t);
		t.Square(t);
		return v.Multiply(t, z11);
	};
	Element.prototype.Invert = function(z) { return this.$val.Invert(z); };
	Element.ptr.prototype.Set = function(a) {
		var a, v;
		v = this;
		Element.copy(v, a);
		return v;
	};
	Element.prototype.Set = function(a) { return this.$val.Set(a); };
	Element.ptr.prototype.SetBytes = function(x) {
		var v, x, x$1, x$10, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		if (!((x.$length === 32))) {
			$panic(new $String("edwards25519: invalid field element input size"));
		}
		v.l0 = $clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 0, 8));
		v.l0 = (x$1 = v.l0, x$2 = new $Uint64(524287, 4294967295), new $Uint64(x$1.$high & x$2.$high, (x$1.$low & x$2.$low) >>> 0));
		v.l1 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 6, 14)), 3);
		v.l1 = (x$3 = v.l1, x$4 = new $Uint64(524287, 4294967295), new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0));
		v.l2 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 12, 20)), 6);
		v.l2 = (x$5 = v.l2, x$6 = new $Uint64(524287, 4294967295), new $Uint64(x$5.$high & x$6.$high, (x$5.$low & x$6.$low) >>> 0));
		v.l3 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 19, 27)), 1);
		v.l3 = (x$7 = v.l3, x$8 = new $Uint64(524287, 4294967295), new $Uint64(x$7.$high & x$8.$high, (x$7.$low & x$8.$low) >>> 0));
		v.l4 = $shiftRightUint64($clone(binary.LittleEndian, binary.littleEndian).Uint64($subslice(x, 24, 32)), 12);
		v.l4 = (x$9 = v.l4, x$10 = new $Uint64(524287, 4294967295), new $Uint64(x$9.$high & x$10.$high, (x$9.$low & x$10.$low) >>> 0));
		return v;
	};
	Element.prototype.SetBytes = function(x) { return this.$val.SetBytes(x); };
	Element.ptr.prototype.Bytes = function() {
		var out, v;
		v = this;
		out = arrayType.zero();
		return v.bytes(out);
	};
	Element.prototype.Bytes = function() { return this.$val.Bytes(); };
	Element.ptr.prototype.bytes = function(out) {
		var _i, _i$1, _q, _r, _ref, _ref$1, bb, bitsOffset, buf, i, i$1, l, off, out, t, v, x, x$1;
		v = this;
		t = $clone(v, Element);
		t.reduce();
		buf = arrayType$1.zero();
		_ref = $toNativeArray($kindUint64, [t.l0, t.l1, t.l2, t.l3, t.l4]);
		_i = 0;
		while (true) {
			if (!(_i < 5)) { break; }
			i = _i;
			l = ((_i < 0 || _i >= _ref.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref[_i]);
			bitsOffset = $imul(i, 51);
			$clone(binary.LittleEndian, binary.littleEndian).PutUint64(new sliceType(buf), $shiftLeft64(l, (((_r = bitsOffset % 8, _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >>> 0))));
			_ref$1 = buf;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < 8)) { break; }
				i$1 = _i$1;
				bb = ((_i$1 < 0 || _i$1 >= _ref$1.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1[_i$1]);
				off = (_q = bitsOffset / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) + i$1 >> 0;
				if (off >= 32) {
					break;
				}
				(x$1 = out, ((off < 0 || off >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[off] = (((x = out, ((off < 0 || off >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[off])) | (bb)) >>> 0)));
				_i$1++;
			}
			_i++;
		}
		return new sliceType(out);
	};
	Element.prototype.bytes = function(out) { return this.$val.bytes(out); };
	Element.ptr.prototype.Equal = function(u) {
		var _tmp, _tmp$1, sa, sv, u, v;
		v = this;
		_tmp = u.Bytes();
		_tmp$1 = v.Bytes();
		sa = _tmp;
		sv = _tmp$1;
		return subtle.ConstantTimeCompare(sa, sv);
	};
	Element.prototype.Equal = function(u) { return this.$val.Equal(u); };
	mask64Bits = function(cond) {
		var cond, x, x$1;
		return (x = (x$1 = (new $Uint64(0, cond)), new $Uint64(x$1.$high - 0, x$1.$low - 1)), new $Uint64(~x.$high, ~x.$low >>> 0));
	};
	Element.ptr.prototype.Select = function(a, b, cond) {
		var a, b, cond, m, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		m = mask64Bits(cond);
		v.l0 = (x = (x$1 = a.l0, new $Uint64(m.$high & x$1.$high, (m.$low & x$1.$low) >>> 0)), x$2 = (x$3 = new $Uint64(~m.$high, ~m.$low >>> 0), x$4 = b.l0, new $Uint64(x$3.$high & x$4.$high, (x$3.$low & x$4.$low) >>> 0)), new $Uint64(x.$high | x$2.$high, (x.$low | x$2.$low) >>> 0));
		v.l1 = (x$5 = (x$6 = a.l1, new $Uint64(m.$high & x$6.$high, (m.$low & x$6.$low) >>> 0)), x$7 = (x$8 = new $Uint64(~m.$high, ~m.$low >>> 0), x$9 = b.l1, new $Uint64(x$8.$high & x$9.$high, (x$8.$low & x$9.$low) >>> 0)), new $Uint64(x$5.$high | x$7.$high, (x$5.$low | x$7.$low) >>> 0));
		v.l2 = (x$10 = (x$11 = a.l2, new $Uint64(m.$high & x$11.$high, (m.$low & x$11.$low) >>> 0)), x$12 = (x$13 = new $Uint64(~m.$high, ~m.$low >>> 0), x$14 = b.l2, new $Uint64(x$13.$high & x$14.$high, (x$13.$low & x$14.$low) >>> 0)), new $Uint64(x$10.$high | x$12.$high, (x$10.$low | x$12.$low) >>> 0));
		v.l3 = (x$15 = (x$16 = a.l3, new $Uint64(m.$high & x$16.$high, (m.$low & x$16.$low) >>> 0)), x$17 = (x$18 = new $Uint64(~m.$high, ~m.$low >>> 0), x$19 = b.l3, new $Uint64(x$18.$high & x$19.$high, (x$18.$low & x$19.$low) >>> 0)), new $Uint64(x$15.$high | x$17.$high, (x$15.$low | x$17.$low) >>> 0));
		v.l4 = (x$20 = (x$21 = a.l4, new $Uint64(m.$high & x$21.$high, (m.$low & x$21.$low) >>> 0)), x$22 = (x$23 = new $Uint64(~m.$high, ~m.$low >>> 0), x$24 = b.l4, new $Uint64(x$23.$high & x$24.$high, (x$23.$low & x$24.$low) >>> 0)), new $Uint64(x$20.$high | x$22.$high, (x$20.$low | x$22.$low) >>> 0));
		return v;
	};
	Element.prototype.Select = function(a, b, cond) { return this.$val.Select(a, b, cond); };
	Element.ptr.prototype.Swap = function(u, cond) {
		var cond, m, t, u, v, x, x$1, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$17, x$18, x$19, x$2, x$20, x$21, x$22, x$23, x$24, x$25, x$26, x$27, x$28, x$29, x$3, x$30, x$31, x$32, x$33, x$34, x$4, x$5, x$6, x$7, x$8, x$9;
		v = this;
		m = mask64Bits(cond);
		t = (x = (x$1 = v.l0, x$2 = u.l0, new $Uint64(x$1.$high ^ x$2.$high, (x$1.$low ^ x$2.$low) >>> 0)), new $Uint64(m.$high & x.$high, (m.$low & x.$low) >>> 0));
		v.l0 = (x$3 = v.l0, x$4 = t, new $Uint64(x$3.$high ^ x$4.$high, (x$3.$low ^ x$4.$low) >>> 0));
		u.l0 = (x$5 = u.l0, x$6 = t, new $Uint64(x$5.$high ^ x$6.$high, (x$5.$low ^ x$6.$low) >>> 0));
		t = (x$7 = (x$8 = v.l1, x$9 = u.l1, new $Uint64(x$8.$high ^ x$9.$high, (x$8.$low ^ x$9.$low) >>> 0)), new $Uint64(m.$high & x$7.$high, (m.$low & x$7.$low) >>> 0));
		v.l1 = (x$10 = v.l1, x$11 = t, new $Uint64(x$10.$high ^ x$11.$high, (x$10.$low ^ x$11.$low) >>> 0));
		u.l1 = (x$12 = u.l1, x$13 = t, new $Uint64(x$12.$high ^ x$13.$high, (x$12.$low ^ x$13.$low) >>> 0));
		t = (x$14 = (x$15 = v.l2, x$16 = u.l2, new $Uint64(x$15.$high ^ x$16.$high, (x$15.$low ^ x$16.$low) >>> 0)), new $Uint64(m.$high & x$14.$high, (m.$low & x$14.$low) >>> 0));
		v.l2 = (x$17 = v.l2, x$18 = t, new $Uint64(x$17.$high ^ x$18.$high, (x$17.$low ^ x$18.$low) >>> 0));
		u.l2 = (x$19 = u.l2, x$20 = t, new $Uint64(x$19.$high ^ x$20.$high, (x$19.$low ^ x$20.$low) >>> 0));
		t = (x$21 = (x$22 = v.l3, x$23 = u.l3, new $Uint64(x$22.$high ^ x$23.$high, (x$22.$low ^ x$23.$low) >>> 0)), new $Uint64(m.$high & x$21.$high, (m.$low & x$21.$low) >>> 0));
		v.l3 = (x$24 = v.l3, x$25 = t, new $Uint64(x$24.$high ^ x$25.$high, (x$24.$low ^ x$25.$low) >>> 0));
		u.l3 = (x$26 = u.l3, x$27 = t, new $Uint64(x$26.$high ^ x$27.$high, (x$26.$low ^ x$27.$low) >>> 0));
		t = (x$28 = (x$29 = v.l4, x$30 = u.l4, new $Uint64(x$29.$high ^ x$30.$high, (x$29.$low ^ x$30.$low) >>> 0)), new $Uint64(m.$high & x$28.$high, (m.$low & x$28.$low) >>> 0));
		v.l4 = (x$31 = v.l4, x$32 = t, new $Uint64(x$31.$high ^ x$32.$high, (x$31.$low ^ x$32.$low) >>> 0));
		u.l4 = (x$33 = u.l4, x$34 = t, new $Uint64(x$33.$high ^ x$34.$high, (x$33.$low ^ x$34.$low) >>> 0));
	};
	Element.prototype.Swap = function(u, cond) { return this.$val.Swap(u, cond); };
	Element.ptr.prototype.IsNegative = function() {
		var v, x;
		v = this;
		return (((((x = v.Bytes(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) & 1) >>> 0) >> 0));
	};
	Element.prototype.IsNegative = function() { return this.$val.IsNegative(); };
	Element.ptr.prototype.Absolute = function(u) {
		var u, v;
		v = this;
		return v.Select(new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0)).Negate(u), u, u.IsNegative());
	};
	Element.prototype.Absolute = function(u) { return this.$val.Absolute(u); };
	Element.ptr.prototype.Multiply = function(x, y) {
		var v, x, y;
		v = this;
		feMul(v, x, y);
		return v;
	};
	Element.prototype.Multiply = function(x, y) { return this.$val.Multiply(x, y); };
	Element.ptr.prototype.Square = function(x) {
		var v, x;
		v = this;
		feSquare(v, x);
		return v;
	};
	Element.prototype.Square = function(x) { return this.$val.Square(x); };
	Element.ptr.prototype.Mult32 = function(x, y) {
		var _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, v, x, x$1, x0hi, x0lo, x1hi, x1lo, x2hi, x2lo, x3hi, x3lo, x4hi, x4lo, y;
		v = this;
		_tuple = mul51(x.l0, y);
		x0lo = _tuple[0];
		x0hi = _tuple[1];
		_tuple$1 = mul51(x.l1, y);
		x1lo = _tuple$1[0];
		x1hi = _tuple$1[1];
		_tuple$2 = mul51(x.l2, y);
		x2lo = _tuple$2[0];
		x2hi = _tuple$2[1];
		_tuple$3 = mul51(x.l3, y);
		x3lo = _tuple$3[0];
		x3hi = _tuple$3[1];
		_tuple$4 = mul51(x.l4, y);
		x4lo = _tuple$4[0];
		x4hi = _tuple$4[1];
		v.l0 = (x$1 = $mul64(new $Uint64(0, 19), x4hi), new $Uint64(x0lo.$high + x$1.$high, x0lo.$low + x$1.$low));
		v.l1 = new $Uint64(x1lo.$high + x0hi.$high, x1lo.$low + x0hi.$low);
		v.l2 = new $Uint64(x2lo.$high + x1hi.$high, x2lo.$low + x1hi.$low);
		v.l3 = new $Uint64(x3lo.$high + x2hi.$high, x3lo.$low + x2hi.$low);
		v.l4 = new $Uint64(x4lo.$high + x3hi.$high, x4lo.$low + x3hi.$low);
		return v;
	};
	Element.prototype.Mult32 = function(x, y) { return this.$val.Mult32(x, y); };
	mul51 = function(a, b) {
		var _tuple, a, b, hi, lo, mh, ml, x, x$1;
		lo = new $Uint64(0, 0);
		hi = new $Uint64(0, 0);
		_tuple = bits.Mul64(a, (new $Uint64(0, b)));
		mh = _tuple[0];
		ml = _tuple[1];
		lo = new $Uint64(ml.$high & 524287, (ml.$low & 4294967295) >>> 0);
		hi = (x = $shiftLeft64(mh, 13), x$1 = $shiftRightUint64(ml, 51), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0));
		return [lo, hi];
	};
	Element.ptr.prototype.Pow22523 = function(x) {
		var _tmp, _tmp$1, _tmp$2, i, i$1, i$2, i$3, i$4, i$5, i$6, t0, t1, t2, v, x;
		v = this;
		_tmp = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		t0 = $clone(_tmp, Element);
		t1 = $clone(_tmp$1, Element);
		t2 = $clone(_tmp$2, Element);
		t0.Square(x);
		t1.Square(t0);
		t1.Square(t1);
		t1.Multiply(x, t1);
		t0.Multiply(t0, t1);
		t0.Square(t0);
		t0.Multiply(t1, t0);
		t1.Square(t0);
		i = 1;
		while (true) {
			if (!(i < 5)) { break; }
			t1.Square(t1);
			i = i + (1) >> 0;
		}
		t0.Multiply(t1, t0);
		t1.Square(t0);
		i$1 = 1;
		while (true) {
			if (!(i$1 < 10)) { break; }
			t1.Square(t1);
			i$1 = i$1 + (1) >> 0;
		}
		t1.Multiply(t1, t0);
		t2.Square(t1);
		i$2 = 1;
		while (true) {
			if (!(i$2 < 20)) { break; }
			t2.Square(t2);
			i$2 = i$2 + (1) >> 0;
		}
		t1.Multiply(t2, t1);
		t1.Square(t1);
		i$3 = 1;
		while (true) {
			if (!(i$3 < 10)) { break; }
			t1.Square(t1);
			i$3 = i$3 + (1) >> 0;
		}
		t0.Multiply(t1, t0);
		t1.Square(t0);
		i$4 = 1;
		while (true) {
			if (!(i$4 < 50)) { break; }
			t1.Square(t1);
			i$4 = i$4 + (1) >> 0;
		}
		t1.Multiply(t1, t0);
		t2.Square(t1);
		i$5 = 1;
		while (true) {
			if (!(i$5 < 100)) { break; }
			t2.Square(t2);
			i$5 = i$5 + (1) >> 0;
		}
		t1.Multiply(t2, t1);
		t1.Square(t1);
		i$6 = 1;
		while (true) {
			if (!(i$6 < 50)) { break; }
			t1.Square(t1);
			i$6 = i$6 + (1) >> 0;
		}
		t0.Multiply(t1, t0);
		t0.Square(t0);
		t0.Square(t0);
		return v.Multiply(t0, x);
	};
	Element.prototype.Pow22523 = function(x) { return this.$val.Pow22523(x); };
	Element.ptr.prototype.SqrtRatio = function(u, v) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, a, b, check, correctSignSqrt, flippedSignSqrt, flippedSignSqrtI, r, rPrime, rr, u, uNeg, uv3, uv7, v, v2, wasSquare;
		rr = ptrType.nil;
		wasSquare = 0;
		r = this;
		_tmp = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		a = $clone(_tmp, Element);
		b = $clone(_tmp$1, Element);
		v2 = a.Square(v);
		uv3 = b.Multiply(u, b.Multiply(v2, v));
		uv7 = a.Multiply(uv3, a.Square(v2));
		r.Multiply(uv3, r.Pow22523(uv7));
		check = a.Multiply(v, a.Square(r));
		uNeg = b.Negate(u);
		correctSignSqrt = check.Equal(u);
		flippedSignSqrt = check.Equal(uNeg);
		flippedSignSqrtI = check.Equal(uNeg.Multiply(uNeg, sqrtM1));
		rPrime = b.Multiply(r, sqrtM1);
		r.Select(rPrime, r, flippedSignSqrt | flippedSignSqrtI);
		r.Absolute(r);
		_tmp$2 = r;
		_tmp$3 = correctSignSqrt | flippedSignSqrt;
		rr = _tmp$2;
		wasSquare = _tmp$3;
		return [rr, wasSquare];
	};
	Element.prototype.SqrtRatio = function(u, v) { return this.$val.SqrtRatio(u, v); };
	ptrType.methods = [{prop: "carryPropagateGeneric", name: "carryPropagateGeneric", pkg: "vendor/golang.org/x/crypto/curve25519/internal/field", typ: $funcType([], [ptrType], false)}, {prop: "carryPropagate", name: "carryPropagate", pkg: "vendor/golang.org/x/crypto/curve25519/internal/field", typ: $funcType([], [ptrType], false)}, {prop: "Zero", name: "Zero", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "One", name: "One", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "reduce", name: "reduce", pkg: "vendor/golang.org/x/crypto/curve25519/internal/field", typ: $funcType([], [ptrType], false)}, {prop: "Add", name: "Add", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Subtract", name: "Subtract", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Negate", name: "Negate", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Invert", name: "Invert", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "SetBytes", name: "SetBytes", pkg: "", typ: $funcType([sliceType], [ptrType], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([], [sliceType], false)}, {prop: "bytes", name: "bytes", pkg: "vendor/golang.org/x/crypto/curve25519/internal/field", typ: $funcType([ptrType$1], [sliceType], false)}, {prop: "Equal", name: "Equal", pkg: "", typ: $funcType([ptrType], [$Int], false)}, {prop: "Select", name: "Select", pkg: "", typ: $funcType([ptrType, ptrType, $Int], [ptrType], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([ptrType, $Int], [], false)}, {prop: "IsNegative", name: "IsNegative", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Absolute", name: "Absolute", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Multiply", name: "Multiply", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType], false)}, {prop: "Square", name: "Square", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "Mult32", name: "Mult32", pkg: "", typ: $funcType([ptrType, $Uint32], [ptrType], false)}, {prop: "Pow22523", name: "Pow22523", pkg: "", typ: $funcType([ptrType], [ptrType], false)}, {prop: "SqrtRatio", name: "SqrtRatio", pkg: "", typ: $funcType([ptrType, ptrType], [ptrType, $Int], false)}];
	uint128.init("vendor/golang.org/x/crypto/curve25519/internal/field", [{prop: "lo", name: "lo", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "hi", name: "hi", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	Element.init("vendor/golang.org/x/crypto/curve25519/internal/field", [{prop: "l0", name: "l0", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l1", name: "l1", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l2", name: "l2", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l3", name: "l3", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "l4", name: "l4", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bits.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		feZero = new Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		feOne = new Element.ptr(new $Uint64(0, 1), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		sqrtM1 = new Element.ptr(new $Uint64(400167, 1242472624), new $Uint64(54693, 4237236381), new $Uint64(520030, 2629635168), new $Uint64(492949, 2793426078), new $Uint64(178226, 1208286237));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/curve25519"] = (function() {
	var $pkg = {}, $init, subtle, fmt, field, sliceType, arrayType, sliceType$1, ptrType, basePoint, basePoint$24ptr, ScalarMult, ScalarBaseMult, init, checkBasepoint, X25519, x25519;
	subtle = $packages["crypto/subtle"];
	fmt = $packages["fmt"];
	field = $packages["vendor/golang.org/x/crypto/curve25519/internal/field"];
	sliceType = $sliceType($Uint8);
	arrayType = $arrayType($Uint8, 32);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType = $ptrType($Uint8);
	ScalarMult = function(dst, scalar, point) {
		var _q, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, b, dst, e, point, pos, scalar, swap, tmp0, tmp1, x, x1, x2, x3, y, z2, z3;
		e = arrayType.zero();
		$copySlice(new sliceType(e), new sliceType(scalar));
		e[0] = ((e[0] & (248)) >>> 0);
		e[31] = ((e[31] & (127)) >>> 0);
		e[31] = ((e[31] | (64)) >>> 0);
		_tmp = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$1 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$2 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$3 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$4 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$5 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		_tmp$6 = new field.Element.ptr(new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0), new $Uint64(0, 0));
		x1 = $clone(_tmp, field.Element);
		x2 = $clone(_tmp$1, field.Element);
		z2 = $clone(_tmp$2, field.Element);
		x3 = $clone(_tmp$3, field.Element);
		z3 = $clone(_tmp$4, field.Element);
		tmp0 = $clone(_tmp$5, field.Element);
		tmp1 = $clone(_tmp$6, field.Element);
		x1.SetBytes(new sliceType(point));
		x2.One();
		x3.Set(x1);
		z3.One();
		swap = 0;
		pos = 254;
		while (true) {
			if (!(pos >= 0)) { break; }
			b = (y = (((pos & 7) >>> 0)), y < 32 ? ((x = (_q = pos / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")), ((x < 0 || x >= e.length) ? ($throwRuntimeError("index out of range"), undefined) : e[x])) >>> y) : 0) << 24 >>> 24;
			b = (b & (1)) >>> 0;
			swap = (swap ^ (((b >> 0)))) >> 0;
			x2.Swap(x3, swap);
			z2.Swap(z3, swap);
			swap = ((b >> 0));
			tmp0.Subtract(x3, z3);
			tmp1.Subtract(x2, z2);
			x2.Add(x2, z2);
			z2.Add(x3, z3);
			z3.Multiply(tmp0, x2);
			z2.Multiply(z2, tmp1);
			tmp0.Square(tmp1);
			tmp1.Square(x2);
			x3.Add(z3, z2);
			z2.Subtract(z3, z2);
			x2.Multiply(tmp1, tmp0);
			tmp1.Subtract(tmp1, tmp0);
			z2.Square(z2);
			z3.Mult32(tmp1, 121666);
			x3.Square(x3);
			tmp0.Add(tmp0, z3);
			z3.Multiply(x1, z2);
			z2.Multiply(tmp1, tmp0);
			pos = pos - (1) >> 0;
		}
		x2.Swap(x3, swap);
		z2.Swap(z3, swap);
		z2.Invert(z2);
		x2.Multiply(x2, z2);
		$copySlice(new sliceType(dst), x2.Bytes());
	};
	$pkg.ScalarMult = ScalarMult;
	ScalarBaseMult = function(dst, scalar) {
		var dst, scalar;
		ScalarMult(dst, scalar, basePoint);
	};
	$pkg.ScalarBaseMult = ScalarBaseMult;
	init = function() {
		$pkg.Basepoint = new sliceType(basePoint);
	};
	checkBasepoint = function() {
		if (!((subtle.ConstantTimeCompare($pkg.Basepoint, new sliceType([9, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0])) === 1))) {
			$panic(new $String("curve25519: global Basepoint value was modified"));
		}
	};
	X25519 = function(scalar, point) {
		var {$24r, _r, dst, point, scalar, $s, $r, $c} = $restore(this, {scalar, point});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dst = [dst];
		dst[0] = arrayType.zero();
		_r = x25519(dst[0], scalar, point); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: X25519, $c: true, $r, $24r, _r, dst, point, scalar, $s};return $f;
	};
	$pkg.X25519 = X25519;
	x25519 = function(dst, scalar, point) {
		var {$24r, $24r$1, $24r$2, _r, _r$1, _r$2, _tmp, _tmp$1, base, dst, in$1, l, l$1, point, scalar, zero, $s, $r, $c} = $restore(this, {dst, scalar, point});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		base = [base];
		in$1 = [in$1];
		in$1[0] = arrayType.zero();
		l = scalar.$length;
		/* */ if (!((l === 32))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((l === 32))) { */ case 1:
			_r = fmt.Errorf("bad scalar length: %d, expected %d", new sliceType$1([new $Int(l), new $Int(32)])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [sliceType.nil, _r];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		l$1 = point.$length;
		/* */ if (!((l$1 === 32))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!((l$1 === 32))) { */ case 5:
			_r$1 = fmt.Errorf("bad point length: %d, expected %d", new sliceType$1([new $Int(l$1), new $Int(32)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r$1 = [sliceType.nil, _r$1];
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		$copySlice(new sliceType(in$1[0]), scalar);
		/* */ if ($indexPtr(point.$array, point.$offset + 0, ptrType) === $indexPtr($pkg.Basepoint.$array, $pkg.Basepoint.$offset + 0, ptrType)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if ($indexPtr(point.$array, point.$offset + 0, ptrType) === $indexPtr($pkg.Basepoint.$array, $pkg.Basepoint.$offset + 0, ptrType)) { */ case 9:
			checkBasepoint();
			ScalarBaseMult(dst, in$1[0]);
			$s = 11; continue;
		/* } else { */ case 10:
			_tmp = arrayType.zero();
			_tmp$1 = arrayType.zero();
			base[0] = $clone(_tmp, arrayType);
			zero = $clone(_tmp$1, arrayType);
			$copySlice(new sliceType(base[0]), point);
			ScalarMult(dst, in$1[0], base[0]);
			/* */ if (subtle.ConstantTimeCompare(new sliceType(dst), new sliceType(zero)) === 1) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (subtle.ConstantTimeCompare(new sliceType(dst), new sliceType(zero)) === 1) { */ case 12:
				_r$2 = fmt.Errorf("bad input point: low order point", new sliceType$1([])); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$2 = [sliceType.nil, _r$2];
				$s = 15; case 15: return $24r$2;
			/* } */ case 13:
		/* } */ case 11:
		$s = -1; return [new sliceType(dst), $ifaceNil];
		/* */ } return; } var $f = {$blk: x25519, $c: true, $r, $24r, $24r$1, $24r$2, _r, _r$1, _r$2, _tmp, _tmp$1, base, dst, in$1, l, l$1, point, scalar, zero, $s};return $f;
	};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = subtle.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = field.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.Basepoint = sliceType.nil;
		basePoint = $toNativeArray($kindUint8, [9, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/crypto/hkdf"] = (function() {
	var $pkg = {}, $init, hmac, errors, hash, io, hkdf, sliceType, ptrType, Extract, Expand;
	hmac = $packages["crypto/hmac"];
	errors = $packages["errors"];
	hash = $packages["hash"];
	io = $packages["io"];
	hkdf = $pkg.hkdf = $newType(0, $kindStruct, "hkdf.hkdf", true, "vendor/golang.org/x/crypto/hkdf", false, function(expander_, size_, info_, counter_, prev_, buf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.expander = $ifaceNil;
			this.size = 0;
			this.info = sliceType.nil;
			this.counter = 0;
			this.prev = sliceType.nil;
			this.buf = sliceType.nil;
			return;
		}
		this.expander = expander_;
		this.size = size_;
		this.info = info_;
		this.counter = counter_;
		this.prev = prev_;
		this.buf = buf_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(hkdf);
	Extract = function(hash$1, secret, salt) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, extractor, hash$1, salt, secret, $s, $r, $c} = $restore(this, {hash$1, secret, salt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (salt === sliceType.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (salt === sliceType.nil) { */ case 1:
			_r = hash$1(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r$1 = _r.Size(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			salt = $makeSlice(sliceType, _r$1);
		/* } */ case 2:
		_r$2 = hmac.New(hash$1, salt); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		extractor = _r$2;
		_r$3 = extractor.Write(secret); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = extractor.Sum(sliceType.nil); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: Extract, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, extractor, hash$1, salt, secret, $s};return $f;
	};
	$pkg.Extract = Extract;
	hkdf.ptr.prototype.Read = function(p) {
		var {_r, _r$1, _r$2, _r$3, f, n, need, p, remains, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		need = p.$length;
		remains = f.buf.$length + ($imul(((((255 - f.counter << 24 >>> 24) + 1 << 24 >>> 24) >> 0)), f.size)) >> 0;
		if (remains < need) {
			$s = -1; return [0, errors.New("hkdf: entropy limit reached")];
		}
		n = $copySlice(p, f.buf);
		p = $subslice(p, n);
		/* while (true) { */ case 1:
			/* if (!(p.$length > 0)) { break; } */ if(!(p.$length > 0)) { $s = 2; continue; }
			$r = f.expander.Reset(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r = f.expander.Write(f.prev); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			_r$1 = f.expander.Write(f.info); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = f.expander.Write(new sliceType([f.counter])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = f.expander.Sum($subslice(f.prev, 0, 0)); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			f.prev = _r$3;
			f.counter = f.counter + (1) << 24 >>> 24;
			f.buf = f.prev;
			n = $copySlice(p, f.buf);
			p = $subslice(p, n);
		$s = 1; continue;
		case 2:
		f.buf = $subslice(f.buf, n);
		$s = -1; return [need, $ifaceNil];
		/* */ } return; } var $f = {$blk: hkdf.ptr.prototype.Read, $c: true, $r, _r, _r$1, _r$2, _r$3, f, n, need, p, remains, $s};return $f;
	};
	hkdf.prototype.Read = function(p) { return this.$val.Read(p); };
	Expand = function(hash$1, pseudorandomKey, info) {
		var {$24r, _r, _r$1, expander, hash$1, info, pseudorandomKey, $s, $r, $c} = $restore(this, {hash$1, pseudorandomKey, info});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = hmac.New(hash$1, pseudorandomKey); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		expander = _r;
		_r$1 = expander.Size(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = new hkdf.ptr(expander, _r$1, info, 1, sliceType.nil, sliceType.nil);
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Expand, $c: true, $r, $24r, _r, _r$1, expander, hash$1, info, pseudorandomKey, $s};return $f;
	};
	$pkg.Expand = Expand;
	ptrType.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}];
	hkdf.init("vendor/golang.org/x/crypto/hkdf", [{prop: "expander", name: "expander", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "info", name: "info", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "counter", name: "counter", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "prev", name: "prev", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = hmac.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["crypto/tls"] = (function() {
	var $pkg = {}, $init, bytes, list, context, crypto, aes, cipher, des, ecdsa, ed25519, elliptic, hmac, md5, rand, rc4, rsa, sha1, sha256, sha512, subtle, x509, binary, pem, errors, fmt, hash, cpu, godebug, io, big, net, os, runtime, strconv, strings, sync, atomic, time, chacha20poly1305, cryptobyte, curve25519, hkdf, listener, Dialer, sessionState, sessionStateTLS13, finishedHash, ecdheParameters, nistParameters, x25519Parameters, keyAgreement, rsaKeyAgreement, ecdheKeyAgreement, serverHandshakeStateTLS13, serverHandshakeState, marshalingFunction, clientHelloMsg, serverHelloMsg, encryptedExtensionsMsg, endOfEarlyDataMsg, keyUpdateMsg, newSessionTicketMsgTLS13, certificateRequestMsgTLS13, certificateMsg, certificateMsgTLS13, serverKeyExchangeMsg, certificateStatusMsg, serverHelloDoneMsg, clientKeyExchangeMsg, finishedMsg, certificateRequestMsg, certificateVerifyMsg, newSessionTicketMsg, helloRequestMsg, clientHandshakeStateTLS13, clientHandshakeState, Conn, halfConn, permanentError, cbcMode, RecordHeaderError, atLeastReader, recordType, CurveID, keyShare, pskIdentity, ConnectionState, ClientAuthType, ClientSessionState, ClientSessionCache, SignatureScheme, ClientHelloInfo, CertificateRequestInfo, RenegotiationSupport, Config, ticketKey, Certificate, cipherSuite, cipherSuiteTLS13, aead, prefixNonceAEAD, xorNonceAEAD, constantTimeHash, cthWrapper, alert, binaryMarshaler, sliceType, ptrType, sliceType$1, sliceType$2, arrayType, sliceType$3, sliceType$4, sliceType$5, sliceType$6, ptrType$1, sliceType$7, ptrType$2, sliceType$8, ptrType$3, sliceType$9, structType, sliceType$10, ptrType$4, sliceType$11, ptrType$5, sliceType$12, sliceType$13, arrayType$1, arrayType$2, arrayType$3, arrayType$4, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, ptrType$11, ptrType$12, ptrType$13, ptrType$14, ptrType$15, ptrType$16, ptrType$17, ptrType$18, ptrType$19, ptrType$20, ptrType$21, ptrType$22, ptrType$23, ptrType$24, ptrType$25, ptrType$26, ptrType$27, ptrType$28, ptrType$29, ptrType$30, ptrType$31, ptrType$32, ptrType$33, ptrType$34, sliceType$14, sliceType$15, sliceType$16, ptrType$35, ptrType$36, ptrType$37, ptrType$38, ptrType$39, ptrType$40, ptrType$41, arrayType$5, ptrType$42, arrayType$6, ptrType$43, ptrType$44, ptrType$45, ptrType$46, structType$1, arrayType$7, ptrType$51, ptrType$52, ptrType$53, ptrType$54, ptrType$55, funcType, ptrType$56, ptrType$57, ptrType$58, ptrType$59, ptrType$60, ptrType$61, ptrType$62, ptrType$63, ptrType$64, funcType$1, funcType$2, ptrType$65, ptrType$66, ptrType$67, ptrType$68, ptrType$69, sliceType$18, funcType$3, mapType, funcType$4, funcType$5, funcType$6, funcType$7, funcType$8, funcType$9, funcType$10, funcType$11, funcType$12, ptrType$71, ptrType$72, ptrType$73, masterSecretLabel, keyExpansionLabel, clientFinishedLabel, serverFinishedLabel, errClientKeyExchange, errServerKeyExchange, outBufPool, errShutdown, errEarlyCloseWrite, _SignatureScheme_index_8, _CurveID_index_0, _ClientAuthType_index, directSigning, supportedSignatureAlgorithms, helloRetryRequestRandom, testingOnlyForceDowngradeCanary, deprecatedSessionTicketKey, supportedVersions, debugEnableTLS10, defaultCurvePreferences, errNoCertificates, writerMutex, emptyConfig, emptyConfig$24ptr, cipherSuites, cipherSuitesTLS13, cipherSuitesPreferenceOrder, cipherSuitesPreferenceOrderNoAES, disabledCipherSuites, defaultCipherSuitesLen, defaultCipherSuites, defaultCipherSuitesTLS13, defaultCipherSuitesTLS13NoAES, hasGCMAsmAMD64, hasGCMAsmARM64, hasGCMAsmS390X, hasAESGCMHardwareSupport, aesgcmCiphers, signaturePadding, rsaSignatureSchemes, alertText, _r, Server, Client, NewListener, dial, LoadX509KeyPair, X509KeyPair, parsePrivateKey, splitPreMasterSecret, pHash, prf10, prf12, prfAndHashForVersion, prfForVersion, masterFromPreMasterSecret, keysFromMasterSecret, newFinishedHash, noExportedKeyingMaterial, ekmFromMasterSecret, generateECDHEParameters, curveForCurveID, sha1Hash, md5SHA1Hash, hashForServerKeyExchange, cloneHash, illegalClientHelloChange, negotiateALPN, supportsECDHE, clientHelloInfo, addBytesWithLength, addUint64, readUint64, readUint8LengthPrefixed, readUint16LengthPrefixed, readUint24LengthPrefixed, marshalCertificate, unmarshalCertificate, checkALPN, certificateRequestInfoFromMsg, clientSessionCacheKey, hostnameInSNI, extractPadding, roundUp, sliceForAppend, requiresClientCert, supportedVersionsFromMax, defaultConfig, unexpectedMessageError, isSupportedSignatureAlgorithm, selectCipherSuite, aesgcmPreferred, cipherRC4, cipher3DES, cipherAES, macSHA1, macSHA256, aeadAESGCM, aeadAESGCMTLS13, aeadChaCha20Poly1305, newConstantTimeHash, tls10MAC, rsaKA, ecdheECDSAKA, ecdheRSAKA, mutualCipherSuite, cipherSuiteByID, mutualCipherSuiteTLS13, cipherSuiteTLS13ByID, verifyHandshakeSignature, signedMessage, typeAndHashFromSignatureScheme, legacyTypeAndHashFromPublicKey, signatureSchemesForCertificate, selectSignatureScheme, unsupportedCertificateError;
	bytes = $packages["bytes"];
	list = $packages["container/list"];
	context = $packages["context"];
	crypto = $packages["crypto"];
	aes = $packages["crypto/aes"];
	cipher = $packages["crypto/cipher"];
	des = $packages["crypto/des"];
	ecdsa = $packages["crypto/ecdsa"];
	ed25519 = $packages["crypto/ed25519"];
	elliptic = $packages["crypto/elliptic"];
	hmac = $packages["crypto/hmac"];
	md5 = $packages["crypto/md5"];
	rand = $packages["crypto/rand"];
	rc4 = $packages["crypto/rc4"];
	rsa = $packages["crypto/rsa"];
	sha1 = $packages["crypto/sha1"];
	sha256 = $packages["crypto/sha256"];
	sha512 = $packages["crypto/sha512"];
	subtle = $packages["crypto/subtle"];
	x509 = $packages["crypto/x509"];
	binary = $packages["encoding/binary"];
	pem = $packages["encoding/pem"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	hash = $packages["hash"];
	cpu = $packages["internal/cpu"];
	godebug = $packages["internal/godebug"];
	io = $packages["io"];
	big = $packages["math/big"];
	net = $packages["net"];
	os = $packages["os"];
	runtime = $packages["runtime"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	time = $packages["time"];
	chacha20poly1305 = $packages["vendor/golang.org/x/crypto/chacha20poly1305"];
	cryptobyte = $packages["vendor/golang.org/x/crypto/cryptobyte"];
	curve25519 = $packages["vendor/golang.org/x/crypto/curve25519"];
	hkdf = $packages["vendor/golang.org/x/crypto/hkdf"];
	listener = $pkg.listener = $newType(0, $kindStruct, "tls.listener", true, "crypto/tls", false, function(Listener_, config_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Listener = $ifaceNil;
			this.config = ptrType$4.nil;
			return;
		}
		this.Listener = Listener_;
		this.config = config_;
	});
	Dialer = $pkg.Dialer = $newType(0, $kindStruct, "tls.Dialer", true, "crypto/tls", true, function(NetDialer_, Config_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.NetDialer = ptrType$9.nil;
			this.Config = ptrType$4.nil;
			return;
		}
		this.NetDialer = NetDialer_;
		this.Config = Config_;
	});
	sessionState = $pkg.sessionState = $newType(0, $kindStruct, "tls.sessionState", true, "crypto/tls", false, function(vers_, cipherSuite_, createdAt_, masterSecret_, certificates_, usedOldKey_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.vers = 0;
			this.cipherSuite = 0;
			this.createdAt = new $Uint64(0, 0);
			this.masterSecret = sliceType$5.nil;
			this.certificates = sliceType$11.nil;
			this.usedOldKey = false;
			return;
		}
		this.vers = vers_;
		this.cipherSuite = cipherSuite_;
		this.createdAt = createdAt_;
		this.masterSecret = masterSecret_;
		this.certificates = certificates_;
		this.usedOldKey = usedOldKey_;
	});
	sessionStateTLS13 = $pkg.sessionStateTLS13 = $newType(0, $kindStruct, "tls.sessionStateTLS13", true, "crypto/tls", false, function(cipherSuite_, createdAt_, resumptionSecret_, certificate_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cipherSuite = 0;
			this.createdAt = new $Uint64(0, 0);
			this.resumptionSecret = sliceType$5.nil;
			this.certificate = new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil);
			return;
		}
		this.cipherSuite = cipherSuite_;
		this.createdAt = createdAt_;
		this.resumptionSecret = resumptionSecret_;
		this.certificate = certificate_;
	});
	finishedHash = $pkg.finishedHash = $newType(0, $kindStruct, "tls.finishedHash", true, "crypto/tls", false, function(client_, server_, clientMD5_, serverMD5_, buffer_, version_, prf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.client = $ifaceNil;
			this.server = $ifaceNil;
			this.clientMD5 = $ifaceNil;
			this.serverMD5 = $ifaceNil;
			this.buffer = sliceType$5.nil;
			this.version = 0;
			this.prf = $throwNilPointerError;
			return;
		}
		this.client = client_;
		this.server = server_;
		this.clientMD5 = clientMD5_;
		this.serverMD5 = serverMD5_;
		this.buffer = buffer_;
		this.version = version_;
		this.prf = prf_;
	});
	ecdheParameters = $pkg.ecdheParameters = $newType(8, $kindInterface, "tls.ecdheParameters", true, "crypto/tls", false, null);
	nistParameters = $pkg.nistParameters = $newType(0, $kindStruct, "tls.nistParameters", true, "crypto/tls", false, function(privateKey_, x_, y_, curveID_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.privateKey = sliceType$5.nil;
			this.x = ptrType$21.nil;
			this.y = ptrType$21.nil;
			this.curveID = 0;
			return;
		}
		this.privateKey = privateKey_;
		this.x = x_;
		this.y = y_;
		this.curveID = curveID_;
	});
	x25519Parameters = $pkg.x25519Parameters = $newType(0, $kindStruct, "tls.x25519Parameters", true, "crypto/tls", false, function(privateKey_, publicKey_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.privateKey = sliceType$5.nil;
			this.publicKey = sliceType$5.nil;
			return;
		}
		this.privateKey = privateKey_;
		this.publicKey = publicKey_;
	});
	keyAgreement = $pkg.keyAgreement = $newType(8, $kindInterface, "tls.keyAgreement", true, "crypto/tls", false, null);
	rsaKeyAgreement = $pkg.rsaKeyAgreement = $newType(0, $kindStruct, "tls.rsaKeyAgreement", true, "crypto/tls", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	ecdheKeyAgreement = $pkg.ecdheKeyAgreement = $newType(0, $kindStruct, "tls.ecdheKeyAgreement", true, "crypto/tls", false, function(version_, isRSA_, params_, ckx_, preMasterSecret_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.version = 0;
			this.isRSA = false;
			this.params = $ifaceNil;
			this.ckx = ptrType$23.nil;
			this.preMasterSecret = sliceType$5.nil;
			return;
		}
		this.version = version_;
		this.isRSA = isRSA_;
		this.params = params_;
		this.ckx = ckx_;
		this.preMasterSecret = preMasterSecret_;
	});
	serverHandshakeStateTLS13 = $pkg.serverHandshakeStateTLS13 = $newType(0, $kindStruct, "tls.serverHandshakeStateTLS13", true, "crypto/tls", false, function(c_, ctx_, clientHello_, hello_, sentDummyCCS_, usingPSK_, suite_, cert_, sigAlg_, earlySecret_, sharedKey_, handshakeSecret_, masterSecret_, trafficSecret_, transcript_, clientFinished_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.c = ptrType$6.nil;
			this.ctx = $ifaceNil;
			this.clientHello = ptrType$26.nil;
			this.hello = ptrType$30.nil;
			this.sentDummyCCS = false;
			this.usingPSK = false;
			this.suite = ptrType$2.nil;
			this.cert = ptrType$31.nil;
			this.sigAlg = 0;
			this.earlySecret = sliceType$5.nil;
			this.sharedKey = sliceType$5.nil;
			this.handshakeSecret = sliceType$5.nil;
			this.masterSecret = sliceType$5.nil;
			this.trafficSecret = sliceType$5.nil;
			this.transcript = $ifaceNil;
			this.clientFinished = sliceType$5.nil;
			return;
		}
		this.c = c_;
		this.ctx = ctx_;
		this.clientHello = clientHello_;
		this.hello = hello_;
		this.sentDummyCCS = sentDummyCCS_;
		this.usingPSK = usingPSK_;
		this.suite = suite_;
		this.cert = cert_;
		this.sigAlg = sigAlg_;
		this.earlySecret = earlySecret_;
		this.sharedKey = sharedKey_;
		this.handshakeSecret = handshakeSecret_;
		this.masterSecret = masterSecret_;
		this.trafficSecret = trafficSecret_;
		this.transcript = transcript_;
		this.clientFinished = clientFinished_;
	});
	serverHandshakeState = $pkg.serverHandshakeState = $newType(0, $kindStruct, "tls.serverHandshakeState", true, "crypto/tls", false, function(c_, ctx_, clientHello_, hello_, suite_, ecdheOk_, ecSignOk_, rsaDecryptOk_, rsaSignOk_, sessionState_, finishedHash_, masterSecret_, cert_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.c = ptrType$6.nil;
			this.ctx = $ifaceNil;
			this.clientHello = ptrType$26.nil;
			this.hello = ptrType$30.nil;
			this.suite = ptrType$3.nil;
			this.ecdheOk = false;
			this.ecSignOk = false;
			this.rsaDecryptOk = false;
			this.rsaSignOk = false;
			this.sessionState = ptrType$32.nil;
			this.finishedHash = new finishedHash.ptr($ifaceNil, $ifaceNil, $ifaceNil, $ifaceNil, sliceType$5.nil, 0, $throwNilPointerError);
			this.masterSecret = sliceType$5.nil;
			this.cert = ptrType$31.nil;
			return;
		}
		this.c = c_;
		this.ctx = ctx_;
		this.clientHello = clientHello_;
		this.hello = hello_;
		this.suite = suite_;
		this.ecdheOk = ecdheOk_;
		this.ecSignOk = ecSignOk_;
		this.rsaDecryptOk = rsaDecryptOk_;
		this.rsaSignOk = rsaSignOk_;
		this.sessionState = sessionState_;
		this.finishedHash = finishedHash_;
		this.masterSecret = masterSecret_;
		this.cert = cert_;
	});
	marshalingFunction = $pkg.marshalingFunction = $newType(4, $kindFunc, "tls.marshalingFunction", true, "crypto/tls", false, null);
	clientHelloMsg = $pkg.clientHelloMsg = $newType(0, $kindStruct, "tls.clientHelloMsg", true, "crypto/tls", false, function(raw_, vers_, random_, sessionId_, cipherSuites_, compressionMethods_, serverName_, ocspStapling_, supportedCurves_, supportedPoints_, ticketSupported_, sessionTicket_, supportedSignatureAlgorithms_, supportedSignatureAlgorithmsCert_, secureRenegotiationSupported_, secureRenegotiation_, alpnProtocols_, scts_, supportedVersions_, cookie_, keyShares_, earlyData_, pskModes_, pskIdentities_, pskBinders_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.vers = 0;
			this.random = sliceType$5.nil;
			this.sessionId = sliceType$5.nil;
			this.cipherSuites = sliceType$2.nil;
			this.compressionMethods = sliceType$5.nil;
			this.serverName = "";
			this.ocspStapling = false;
			this.supportedCurves = sliceType$3.nil;
			this.supportedPoints = sliceType$5.nil;
			this.ticketSupported = false;
			this.sessionTicket = sliceType$5.nil;
			this.supportedSignatureAlgorithms = sliceType$7.nil;
			this.supportedSignatureAlgorithmsCert = sliceType$7.nil;
			this.secureRenegotiationSupported = false;
			this.secureRenegotiation = sliceType$5.nil;
			this.alpnProtocols = sliceType$1.nil;
			this.scts = false;
			this.supportedVersions = sliceType$2.nil;
			this.cookie = sliceType$5.nil;
			this.keyShares = sliceType$15.nil;
			this.earlyData = false;
			this.pskModes = sliceType$5.nil;
			this.pskIdentities = sliceType$16.nil;
			this.pskBinders = sliceType$11.nil;
			return;
		}
		this.raw = raw_;
		this.vers = vers_;
		this.random = random_;
		this.sessionId = sessionId_;
		this.cipherSuites = cipherSuites_;
		this.compressionMethods = compressionMethods_;
		this.serverName = serverName_;
		this.ocspStapling = ocspStapling_;
		this.supportedCurves = supportedCurves_;
		this.supportedPoints = supportedPoints_;
		this.ticketSupported = ticketSupported_;
		this.sessionTicket = sessionTicket_;
		this.supportedSignatureAlgorithms = supportedSignatureAlgorithms_;
		this.supportedSignatureAlgorithmsCert = supportedSignatureAlgorithmsCert_;
		this.secureRenegotiationSupported = secureRenegotiationSupported_;
		this.secureRenegotiation = secureRenegotiation_;
		this.alpnProtocols = alpnProtocols_;
		this.scts = scts_;
		this.supportedVersions = supportedVersions_;
		this.cookie = cookie_;
		this.keyShares = keyShares_;
		this.earlyData = earlyData_;
		this.pskModes = pskModes_;
		this.pskIdentities = pskIdentities_;
		this.pskBinders = pskBinders_;
	});
	serverHelloMsg = $pkg.serverHelloMsg = $newType(0, $kindStruct, "tls.serverHelloMsg", true, "crypto/tls", false, function(raw_, vers_, random_, sessionId_, cipherSuite_, compressionMethod_, ocspStapling_, ticketSupported_, secureRenegotiationSupported_, secureRenegotiation_, alpnProtocol_, scts_, supportedVersion_, serverShare_, selectedIdentityPresent_, selectedIdentity_, supportedPoints_, cookie_, selectedGroup_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.vers = 0;
			this.random = sliceType$5.nil;
			this.sessionId = sliceType$5.nil;
			this.cipherSuite = 0;
			this.compressionMethod = 0;
			this.ocspStapling = false;
			this.ticketSupported = false;
			this.secureRenegotiationSupported = false;
			this.secureRenegotiation = sliceType$5.nil;
			this.alpnProtocol = "";
			this.scts = sliceType$11.nil;
			this.supportedVersion = 0;
			this.serverShare = new keyShare.ptr(0, sliceType$5.nil);
			this.selectedIdentityPresent = false;
			this.selectedIdentity = 0;
			this.supportedPoints = sliceType$5.nil;
			this.cookie = sliceType$5.nil;
			this.selectedGroup = 0;
			return;
		}
		this.raw = raw_;
		this.vers = vers_;
		this.random = random_;
		this.sessionId = sessionId_;
		this.cipherSuite = cipherSuite_;
		this.compressionMethod = compressionMethod_;
		this.ocspStapling = ocspStapling_;
		this.ticketSupported = ticketSupported_;
		this.secureRenegotiationSupported = secureRenegotiationSupported_;
		this.secureRenegotiation = secureRenegotiation_;
		this.alpnProtocol = alpnProtocol_;
		this.scts = scts_;
		this.supportedVersion = supportedVersion_;
		this.serverShare = serverShare_;
		this.selectedIdentityPresent = selectedIdentityPresent_;
		this.selectedIdentity = selectedIdentity_;
		this.supportedPoints = supportedPoints_;
		this.cookie = cookie_;
		this.selectedGroup = selectedGroup_;
	});
	encryptedExtensionsMsg = $pkg.encryptedExtensionsMsg = $newType(0, $kindStruct, "tls.encryptedExtensionsMsg", true, "crypto/tls", false, function(raw_, alpnProtocol_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.alpnProtocol = "";
			return;
		}
		this.raw = raw_;
		this.alpnProtocol = alpnProtocol_;
	});
	endOfEarlyDataMsg = $pkg.endOfEarlyDataMsg = $newType(0, $kindStruct, "tls.endOfEarlyDataMsg", true, "crypto/tls", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	keyUpdateMsg = $pkg.keyUpdateMsg = $newType(0, $kindStruct, "tls.keyUpdateMsg", true, "crypto/tls", false, function(raw_, updateRequested_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.updateRequested = false;
			return;
		}
		this.raw = raw_;
		this.updateRequested = updateRequested_;
	});
	newSessionTicketMsgTLS13 = $pkg.newSessionTicketMsgTLS13 = $newType(0, $kindStruct, "tls.newSessionTicketMsgTLS13", true, "crypto/tls", false, function(raw_, lifetime_, ageAdd_, nonce_, label_, maxEarlyData_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.lifetime = 0;
			this.ageAdd = 0;
			this.nonce = sliceType$5.nil;
			this.label = sliceType$5.nil;
			this.maxEarlyData = 0;
			return;
		}
		this.raw = raw_;
		this.lifetime = lifetime_;
		this.ageAdd = ageAdd_;
		this.nonce = nonce_;
		this.label = label_;
		this.maxEarlyData = maxEarlyData_;
	});
	certificateRequestMsgTLS13 = $pkg.certificateRequestMsgTLS13 = $newType(0, $kindStruct, "tls.certificateRequestMsgTLS13", true, "crypto/tls", false, function(raw_, ocspStapling_, scts_, supportedSignatureAlgorithms_, supportedSignatureAlgorithmsCert_, certificateAuthorities_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.ocspStapling = false;
			this.scts = false;
			this.supportedSignatureAlgorithms = sliceType$7.nil;
			this.supportedSignatureAlgorithmsCert = sliceType$7.nil;
			this.certificateAuthorities = sliceType$11.nil;
			return;
		}
		this.raw = raw_;
		this.ocspStapling = ocspStapling_;
		this.scts = scts_;
		this.supportedSignatureAlgorithms = supportedSignatureAlgorithms_;
		this.supportedSignatureAlgorithmsCert = supportedSignatureAlgorithmsCert_;
		this.certificateAuthorities = certificateAuthorities_;
	});
	certificateMsg = $pkg.certificateMsg = $newType(0, $kindStruct, "tls.certificateMsg", true, "crypto/tls", false, function(raw_, certificates_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.certificates = sliceType$11.nil;
			return;
		}
		this.raw = raw_;
		this.certificates = certificates_;
	});
	certificateMsgTLS13 = $pkg.certificateMsgTLS13 = $newType(0, $kindStruct, "tls.certificateMsgTLS13", true, "crypto/tls", false, function(raw_, certificate_, ocspStapling_, scts_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.certificate = new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil);
			this.ocspStapling = false;
			this.scts = false;
			return;
		}
		this.raw = raw_;
		this.certificate = certificate_;
		this.ocspStapling = ocspStapling_;
		this.scts = scts_;
	});
	serverKeyExchangeMsg = $pkg.serverKeyExchangeMsg = $newType(0, $kindStruct, "tls.serverKeyExchangeMsg", true, "crypto/tls", false, function(raw_, key_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.key = sliceType$5.nil;
			return;
		}
		this.raw = raw_;
		this.key = key_;
	});
	certificateStatusMsg = $pkg.certificateStatusMsg = $newType(0, $kindStruct, "tls.certificateStatusMsg", true, "crypto/tls", false, function(raw_, response_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.response = sliceType$5.nil;
			return;
		}
		this.raw = raw_;
		this.response = response_;
	});
	serverHelloDoneMsg = $pkg.serverHelloDoneMsg = $newType(0, $kindStruct, "tls.serverHelloDoneMsg", true, "crypto/tls", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	clientKeyExchangeMsg = $pkg.clientKeyExchangeMsg = $newType(0, $kindStruct, "tls.clientKeyExchangeMsg", true, "crypto/tls", false, function(raw_, ciphertext_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.ciphertext = sliceType$5.nil;
			return;
		}
		this.raw = raw_;
		this.ciphertext = ciphertext_;
	});
	finishedMsg = $pkg.finishedMsg = $newType(0, $kindStruct, "tls.finishedMsg", true, "crypto/tls", false, function(raw_, verifyData_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.verifyData = sliceType$5.nil;
			return;
		}
		this.raw = raw_;
		this.verifyData = verifyData_;
	});
	certificateRequestMsg = $pkg.certificateRequestMsg = $newType(0, $kindStruct, "tls.certificateRequestMsg", true, "crypto/tls", false, function(raw_, hasSignatureAlgorithm_, certificateTypes_, supportedSignatureAlgorithms_, certificateAuthorities_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.hasSignatureAlgorithm = false;
			this.certificateTypes = sliceType$5.nil;
			this.supportedSignatureAlgorithms = sliceType$7.nil;
			this.certificateAuthorities = sliceType$11.nil;
			return;
		}
		this.raw = raw_;
		this.hasSignatureAlgorithm = hasSignatureAlgorithm_;
		this.certificateTypes = certificateTypes_;
		this.supportedSignatureAlgorithms = supportedSignatureAlgorithms_;
		this.certificateAuthorities = certificateAuthorities_;
	});
	certificateVerifyMsg = $pkg.certificateVerifyMsg = $newType(0, $kindStruct, "tls.certificateVerifyMsg", true, "crypto/tls", false, function(raw_, hasSignatureAlgorithm_, signatureAlgorithm_, signature_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.hasSignatureAlgorithm = false;
			this.signatureAlgorithm = 0;
			this.signature = sliceType$5.nil;
			return;
		}
		this.raw = raw_;
		this.hasSignatureAlgorithm = hasSignatureAlgorithm_;
		this.signatureAlgorithm = signatureAlgorithm_;
		this.signature = signature_;
	});
	newSessionTicketMsg = $pkg.newSessionTicketMsg = $newType(0, $kindStruct, "tls.newSessionTicketMsg", true, "crypto/tls", false, function(raw_, ticket_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.raw = sliceType$5.nil;
			this.ticket = sliceType$5.nil;
			return;
		}
		this.raw = raw_;
		this.ticket = ticket_;
	});
	helloRequestMsg = $pkg.helloRequestMsg = $newType(0, $kindStruct, "tls.helloRequestMsg", true, "crypto/tls", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	clientHandshakeStateTLS13 = $pkg.clientHandshakeStateTLS13 = $newType(0, $kindStruct, "tls.clientHandshakeStateTLS13", true, "crypto/tls", false, function(c_, ctx_, serverHello_, hello_, ecdheParams_, session_, earlySecret_, binderKey_, certReq_, usingPSK_, sentDummyCCS_, suite_, transcript_, masterSecret_, trafficSecret_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.c = ptrType$6.nil;
			this.ctx = $ifaceNil;
			this.serverHello = ptrType$30.nil;
			this.hello = ptrType$26.nil;
			this.ecdheParams = $ifaceNil;
			this.session = ptrType$37.nil;
			this.earlySecret = sliceType$5.nil;
			this.binderKey = sliceType$5.nil;
			this.certReq = ptrType$39.nil;
			this.usingPSK = false;
			this.sentDummyCCS = false;
			this.suite = ptrType$2.nil;
			this.transcript = $ifaceNil;
			this.masterSecret = sliceType$5.nil;
			this.trafficSecret = sliceType$5.nil;
			return;
		}
		this.c = c_;
		this.ctx = ctx_;
		this.serverHello = serverHello_;
		this.hello = hello_;
		this.ecdheParams = ecdheParams_;
		this.session = session_;
		this.earlySecret = earlySecret_;
		this.binderKey = binderKey_;
		this.certReq = certReq_;
		this.usingPSK = usingPSK_;
		this.sentDummyCCS = sentDummyCCS_;
		this.suite = suite_;
		this.transcript = transcript_;
		this.masterSecret = masterSecret_;
		this.trafficSecret = trafficSecret_;
	});
	clientHandshakeState = $pkg.clientHandshakeState = $newType(0, $kindStruct, "tls.clientHandshakeState", true, "crypto/tls", false, function(c_, ctx_, serverHello_, hello_, suite_, finishedHash_, masterSecret_, session_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.c = ptrType$6.nil;
			this.ctx = $ifaceNil;
			this.serverHello = ptrType$30.nil;
			this.hello = ptrType$26.nil;
			this.suite = ptrType$3.nil;
			this.finishedHash = new finishedHash.ptr($ifaceNil, $ifaceNil, $ifaceNil, $ifaceNil, sliceType$5.nil, 0, $throwNilPointerError);
			this.masterSecret = sliceType$5.nil;
			this.session = ptrType$37.nil;
			return;
		}
		this.c = c_;
		this.ctx = ctx_;
		this.serverHello = serverHello_;
		this.hello = hello_;
		this.suite = suite_;
		this.finishedHash = finishedHash_;
		this.masterSecret = masterSecret_;
		this.session = session_;
	});
	Conn = $pkg.Conn = $newType(0, $kindStruct, "tls.Conn", true, "crypto/tls", true, function(conn_, isClient_, handshakeFn_, handshakeStatus_, handshakeMutex_, handshakeErr_, vers_, haveVers_, config_, handshakes_, didResume_, cipherSuite_, ocspResponse_, scts_, peerCertificates_, verifiedChains_, serverName_, secureRenegotiation_, ekm_, resumptionSecret_, ticketKeys_, clientFinishedIsFirst_, closeNotifyErr_, closeNotifySent_, clientFinished_, serverFinished_, clientProtocol_, in$27_, out_, rawInput_, input_, hand_, buffering_, sendBuf_, bytesSent_, packetsSent_, retryCount_, activeCall_, tmp_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = $ifaceNil;
			this.isClient = false;
			this.handshakeFn = $throwNilPointerError;
			this.handshakeStatus = 0;
			this.handshakeMutex = new sync.Mutex.ptr(0, 0);
			this.handshakeErr = $ifaceNil;
			this.vers = 0;
			this.haveVers = false;
			this.config = ptrType$4.nil;
			this.handshakes = 0;
			this.didResume = false;
			this.cipherSuite = 0;
			this.ocspResponse = sliceType$5.nil;
			this.scts = sliceType$11.nil;
			this.peerCertificates = sliceType$12.nil;
			this.verifiedChains = sliceType$13.nil;
			this.serverName = "";
			this.secureRenegotiation = false;
			this.ekm = $throwNilPointerError;
			this.resumptionSecret = sliceType$5.nil;
			this.ticketKeys = sliceType$4.nil;
			this.clientFinishedIsFirst = false;
			this.closeNotifyErr = $ifaceNil;
			this.closeNotifySent = false;
			this.clientFinished = arrayType$1.zero();
			this.serverFinished = arrayType$1.zero();
			this.clientProtocol = "";
			this.in$27 = new halfConn.ptr(new sync.Mutex.ptr(0, 0), $ifaceNil, 0, $ifaceNil, $ifaceNil, arrayType$2.zero(), arrayType$3.zero(), $ifaceNil, $ifaceNil, sliceType$5.nil);
			this.out = new halfConn.ptr(new sync.Mutex.ptr(0, 0), $ifaceNil, 0, $ifaceNil, $ifaceNil, arrayType$2.zero(), arrayType$3.zero(), $ifaceNil, $ifaceNil, sliceType$5.nil);
			this.rawInput = new bytes.Buffer.ptr(sliceType$5.nil, 0, 0);
			this.input = new bytes.Reader.ptr(sliceType$5.nil, new $Int64(0, 0), 0);
			this.hand = new bytes.Buffer.ptr(sliceType$5.nil, 0, 0);
			this.buffering = false;
			this.sendBuf = sliceType$5.nil;
			this.bytesSent = new $Int64(0, 0);
			this.packetsSent = new $Int64(0, 0);
			this.retryCount = 0;
			this.activeCall = 0;
			this.tmp = arrayType$4.zero();
			return;
		}
		this.conn = conn_;
		this.isClient = isClient_;
		this.handshakeFn = handshakeFn_;
		this.handshakeStatus = handshakeStatus_;
		this.handshakeMutex = handshakeMutex_;
		this.handshakeErr = handshakeErr_;
		this.vers = vers_;
		this.haveVers = haveVers_;
		this.config = config_;
		this.handshakes = handshakes_;
		this.didResume = didResume_;
		this.cipherSuite = cipherSuite_;
		this.ocspResponse = ocspResponse_;
		this.scts = scts_;
		this.peerCertificates = peerCertificates_;
		this.verifiedChains = verifiedChains_;
		this.serverName = serverName_;
		this.secureRenegotiation = secureRenegotiation_;
		this.ekm = ekm_;
		this.resumptionSecret = resumptionSecret_;
		this.ticketKeys = ticketKeys_;
		this.clientFinishedIsFirst = clientFinishedIsFirst_;
		this.closeNotifyErr = closeNotifyErr_;
		this.closeNotifySent = closeNotifySent_;
		this.clientFinished = clientFinished_;
		this.serverFinished = serverFinished_;
		this.clientProtocol = clientProtocol_;
		this.in$27 = in$27_;
		this.out = out_;
		this.rawInput = rawInput_;
		this.input = input_;
		this.hand = hand_;
		this.buffering = buffering_;
		this.sendBuf = sendBuf_;
		this.bytesSent = bytesSent_;
		this.packetsSent = packetsSent_;
		this.retryCount = retryCount_;
		this.activeCall = activeCall_;
		this.tmp = tmp_;
	});
	halfConn = $pkg.halfConn = $newType(0, $kindStruct, "tls.halfConn", true, "crypto/tls", false, function(Mutex_, err_, version_, cipher_, mac_, seq_, scratchBuf_, nextCipher_, nextMac_, trafficSecret_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Mutex = new sync.Mutex.ptr(0, 0);
			this.err = $ifaceNil;
			this.version = 0;
			this.cipher = $ifaceNil;
			this.mac = $ifaceNil;
			this.seq = arrayType$2.zero();
			this.scratchBuf = arrayType$3.zero();
			this.nextCipher = $ifaceNil;
			this.nextMac = $ifaceNil;
			this.trafficSecret = sliceType$5.nil;
			return;
		}
		this.Mutex = Mutex_;
		this.err = err_;
		this.version = version_;
		this.cipher = cipher_;
		this.mac = mac_;
		this.seq = seq_;
		this.scratchBuf = scratchBuf_;
		this.nextCipher = nextCipher_;
		this.nextMac = nextMac_;
		this.trafficSecret = trafficSecret_;
	});
	permanentError = $pkg.permanentError = $newType(0, $kindStruct, "tls.permanentError", true, "crypto/tls", false, function(err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			return;
		}
		this.err = err_;
	});
	cbcMode = $pkg.cbcMode = $newType(8, $kindInterface, "tls.cbcMode", true, "crypto/tls", false, null);
	RecordHeaderError = $pkg.RecordHeaderError = $newType(0, $kindStruct, "tls.RecordHeaderError", true, "crypto/tls", true, function(Msg_, RecordHeader_, Conn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Msg = "";
			this.RecordHeader = arrayType$6.zero();
			this.Conn = $ifaceNil;
			return;
		}
		this.Msg = Msg_;
		this.RecordHeader = RecordHeader_;
		this.Conn = Conn_;
	});
	atLeastReader = $pkg.atLeastReader = $newType(0, $kindStruct, "tls.atLeastReader", true, "crypto/tls", false, function(R_, N_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.R = $ifaceNil;
			this.N = new $Int64(0, 0);
			return;
		}
		this.R = R_;
		this.N = N_;
	});
	recordType = $pkg.recordType = $newType(1, $kindUint8, "tls.recordType", true, "crypto/tls", false, null);
	CurveID = $pkg.CurveID = $newType(2, $kindUint16, "tls.CurveID", true, "crypto/tls", true, null);
	keyShare = $pkg.keyShare = $newType(0, $kindStruct, "tls.keyShare", true, "crypto/tls", false, function(group_, data_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.group = 0;
			this.data = sliceType$5.nil;
			return;
		}
		this.group = group_;
		this.data = data_;
	});
	pskIdentity = $pkg.pskIdentity = $newType(0, $kindStruct, "tls.pskIdentity", true, "crypto/tls", false, function(label_, obfuscatedTicketAge_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.label = sliceType$5.nil;
			this.obfuscatedTicketAge = 0;
			return;
		}
		this.label = label_;
		this.obfuscatedTicketAge = obfuscatedTicketAge_;
	});
	ConnectionState = $pkg.ConnectionState = $newType(0, $kindStruct, "tls.ConnectionState", true, "crypto/tls", true, function(Version_, HandshakeComplete_, DidResume_, CipherSuite_, NegotiatedProtocol_, NegotiatedProtocolIsMutual_, ServerName_, PeerCertificates_, VerifiedChains_, SignedCertificateTimestamps_, OCSPResponse_, TLSUnique_, ekm_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Version = 0;
			this.HandshakeComplete = false;
			this.DidResume = false;
			this.CipherSuite = 0;
			this.NegotiatedProtocol = "";
			this.NegotiatedProtocolIsMutual = false;
			this.ServerName = "";
			this.PeerCertificates = sliceType$12.nil;
			this.VerifiedChains = sliceType$13.nil;
			this.SignedCertificateTimestamps = sliceType$11.nil;
			this.OCSPResponse = sliceType$5.nil;
			this.TLSUnique = sliceType$5.nil;
			this.ekm = $throwNilPointerError;
			return;
		}
		this.Version = Version_;
		this.HandshakeComplete = HandshakeComplete_;
		this.DidResume = DidResume_;
		this.CipherSuite = CipherSuite_;
		this.NegotiatedProtocol = NegotiatedProtocol_;
		this.NegotiatedProtocolIsMutual = NegotiatedProtocolIsMutual_;
		this.ServerName = ServerName_;
		this.PeerCertificates = PeerCertificates_;
		this.VerifiedChains = VerifiedChains_;
		this.SignedCertificateTimestamps = SignedCertificateTimestamps_;
		this.OCSPResponse = OCSPResponse_;
		this.TLSUnique = TLSUnique_;
		this.ekm = ekm_;
	});
	ClientAuthType = $pkg.ClientAuthType = $newType(4, $kindInt, "tls.ClientAuthType", true, "crypto/tls", true, null);
	ClientSessionState = $pkg.ClientSessionState = $newType(0, $kindStruct, "tls.ClientSessionState", true, "crypto/tls", true, function(sessionTicket_, vers_, cipherSuite_, masterSecret_, serverCertificates_, verifiedChains_, receivedAt_, ocspResponse_, scts_, nonce_, useBy_, ageAdd_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.sessionTicket = sliceType$5.nil;
			this.vers = 0;
			this.cipherSuite = 0;
			this.masterSecret = sliceType$5.nil;
			this.serverCertificates = sliceType$12.nil;
			this.verifiedChains = sliceType$13.nil;
			this.receivedAt = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil);
			this.ocspResponse = sliceType$5.nil;
			this.scts = sliceType$11.nil;
			this.nonce = sliceType$5.nil;
			this.useBy = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil);
			this.ageAdd = 0;
			return;
		}
		this.sessionTicket = sessionTicket_;
		this.vers = vers_;
		this.cipherSuite = cipherSuite_;
		this.masterSecret = masterSecret_;
		this.serverCertificates = serverCertificates_;
		this.verifiedChains = verifiedChains_;
		this.receivedAt = receivedAt_;
		this.ocspResponse = ocspResponse_;
		this.scts = scts_;
		this.nonce = nonce_;
		this.useBy = useBy_;
		this.ageAdd = ageAdd_;
	});
	ClientSessionCache = $pkg.ClientSessionCache = $newType(8, $kindInterface, "tls.ClientSessionCache", true, "crypto/tls", true, null);
	SignatureScheme = $pkg.SignatureScheme = $newType(2, $kindUint16, "tls.SignatureScheme", true, "crypto/tls", true, null);
	ClientHelloInfo = $pkg.ClientHelloInfo = $newType(0, $kindStruct, "tls.ClientHelloInfo", true, "crypto/tls", true, function(CipherSuites_, ServerName_, SupportedCurves_, SupportedPoints_, SignatureSchemes_, SupportedProtos_, SupportedVersions_, Conn_, config_, ctx_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.CipherSuites = sliceType$2.nil;
			this.ServerName = "";
			this.SupportedCurves = sliceType$3.nil;
			this.SupportedPoints = sliceType$5.nil;
			this.SignatureSchemes = sliceType$7.nil;
			this.SupportedProtos = sliceType$1.nil;
			this.SupportedVersions = sliceType$2.nil;
			this.Conn = $ifaceNil;
			this.config = ptrType$4.nil;
			this.ctx = $ifaceNil;
			return;
		}
		this.CipherSuites = CipherSuites_;
		this.ServerName = ServerName_;
		this.SupportedCurves = SupportedCurves_;
		this.SupportedPoints = SupportedPoints_;
		this.SignatureSchemes = SignatureSchemes_;
		this.SupportedProtos = SupportedProtos_;
		this.SupportedVersions = SupportedVersions_;
		this.Conn = Conn_;
		this.config = config_;
		this.ctx = ctx_;
	});
	CertificateRequestInfo = $pkg.CertificateRequestInfo = $newType(0, $kindStruct, "tls.CertificateRequestInfo", true, "crypto/tls", true, function(AcceptableCAs_, SignatureSchemes_, Version_, ctx_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.AcceptableCAs = sliceType$11.nil;
			this.SignatureSchemes = sliceType$7.nil;
			this.Version = 0;
			this.ctx = $ifaceNil;
			return;
		}
		this.AcceptableCAs = AcceptableCAs_;
		this.SignatureSchemes = SignatureSchemes_;
		this.Version = Version_;
		this.ctx = ctx_;
	});
	RenegotiationSupport = $pkg.RenegotiationSupport = $newType(4, $kindInt, "tls.RenegotiationSupport", true, "crypto/tls", true, null);
	Config = $pkg.Config = $newType(0, $kindStruct, "tls.Config", true, "crypto/tls", true, function(Rand_, Time_, Certificates_, NameToCertificate_, GetCertificate_, GetClientCertificate_, GetConfigForClient_, VerifyPeerCertificate_, VerifyConnection_, RootCAs_, NextProtos_, ServerName_, ClientAuth_, ClientCAs_, InsecureSkipVerify_, CipherSuites_, PreferServerCipherSuites_, SessionTicketsDisabled_, SessionTicketKey_, ClientSessionCache_, MinVersion_, MaxVersion_, CurvePreferences_, DynamicRecordSizingDisabled_, Renegotiation_, KeyLogWriter_, mutex_, sessionTicketKeys_, autoSessionTicketKeys_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Rand = $ifaceNil;
			this.Time = $throwNilPointerError;
			this.Certificates = sliceType.nil;
			this.NameToCertificate = false;
			this.GetCertificate = $throwNilPointerError;
			this.GetClientCertificate = $throwNilPointerError;
			this.GetConfigForClient = $throwNilPointerError;
			this.VerifyPeerCertificate = $throwNilPointerError;
			this.VerifyConnection = $throwNilPointerError;
			this.RootCAs = ptrType.nil;
			this.NextProtos = sliceType$1.nil;
			this.ServerName = "";
			this.ClientAuth = 0;
			this.ClientCAs = ptrType.nil;
			this.InsecureSkipVerify = false;
			this.CipherSuites = sliceType$2.nil;
			this.PreferServerCipherSuites = false;
			this.SessionTicketsDisabled = false;
			this.SessionTicketKey = arrayType.zero();
			this.ClientSessionCache = $ifaceNil;
			this.MinVersion = 0;
			this.MaxVersion = 0;
			this.CurvePreferences = sliceType$3.nil;
			this.DynamicRecordSizingDisabled = false;
			this.Renegotiation = 0;
			this.KeyLogWriter = $ifaceNil;
			this.mutex = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
			this.sessionTicketKeys = sliceType$4.nil;
			this.autoSessionTicketKeys = sliceType$4.nil;
			return;
		}
		this.Rand = Rand_;
		this.Time = Time_;
		this.Certificates = Certificates_;
		this.NameToCertificate = NameToCertificate_;
		this.GetCertificate = GetCertificate_;
		this.GetClientCertificate = GetClientCertificate_;
		this.GetConfigForClient = GetConfigForClient_;
		this.VerifyPeerCertificate = VerifyPeerCertificate_;
		this.VerifyConnection = VerifyConnection_;
		this.RootCAs = RootCAs_;
		this.NextProtos = NextProtos_;
		this.ServerName = ServerName_;
		this.ClientAuth = ClientAuth_;
		this.ClientCAs = ClientCAs_;
		this.InsecureSkipVerify = InsecureSkipVerify_;
		this.CipherSuites = CipherSuites_;
		this.PreferServerCipherSuites = PreferServerCipherSuites_;
		this.SessionTicketsDisabled = SessionTicketsDisabled_;
		this.SessionTicketKey = SessionTicketKey_;
		this.ClientSessionCache = ClientSessionCache_;
		this.MinVersion = MinVersion_;
		this.MaxVersion = MaxVersion_;
		this.CurvePreferences = CurvePreferences_;
		this.DynamicRecordSizingDisabled = DynamicRecordSizingDisabled_;
		this.Renegotiation = Renegotiation_;
		this.KeyLogWriter = KeyLogWriter_;
		this.mutex = mutex_;
		this.sessionTicketKeys = sessionTicketKeys_;
		this.autoSessionTicketKeys = autoSessionTicketKeys_;
	});
	ticketKey = $pkg.ticketKey = $newType(0, $kindStruct, "tls.ticketKey", true, "crypto/tls", false, function(keyName_, aesKey_, hmacKey_, created_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.keyName = arrayType$4.zero();
			this.aesKey = arrayType$4.zero();
			this.hmacKey = arrayType$4.zero();
			this.created = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil);
			return;
		}
		this.keyName = keyName_;
		this.aesKey = aesKey_;
		this.hmacKey = hmacKey_;
		this.created = created_;
	});
	Certificate = $pkg.Certificate = $newType(0, $kindStruct, "tls.Certificate", true, "crypto/tls", true, function(Certificate_, PrivateKey_, SupportedSignatureAlgorithms_, OCSPStaple_, SignedCertificateTimestamps_, Leaf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Certificate = sliceType$11.nil;
			this.PrivateKey = $ifaceNil;
			this.SupportedSignatureAlgorithms = sliceType$7.nil;
			this.OCSPStaple = sliceType$5.nil;
			this.SignedCertificateTimestamps = sliceType$11.nil;
			this.Leaf = ptrType$5.nil;
			return;
		}
		this.Certificate = Certificate_;
		this.PrivateKey = PrivateKey_;
		this.SupportedSignatureAlgorithms = SupportedSignatureAlgorithms_;
		this.OCSPStaple = OCSPStaple_;
		this.SignedCertificateTimestamps = SignedCertificateTimestamps_;
		this.Leaf = Leaf_;
	});
	cipherSuite = $pkg.cipherSuite = $newType(0, $kindStruct, "tls.cipherSuite", true, "crypto/tls", false, function(id_, keyLen_, macLen_, ivLen_, ka_, flags_, cipher_, mac_, aead_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.id = 0;
			this.keyLen = 0;
			this.macLen = 0;
			this.ivLen = 0;
			this.ka = $throwNilPointerError;
			this.flags = 0;
			this.cipher = $throwNilPointerError;
			this.mac = $throwNilPointerError;
			this.aead = $throwNilPointerError;
			return;
		}
		this.id = id_;
		this.keyLen = keyLen_;
		this.macLen = macLen_;
		this.ivLen = ivLen_;
		this.ka = ka_;
		this.flags = flags_;
		this.cipher = cipher_;
		this.mac = mac_;
		this.aead = aead_;
	});
	cipherSuiteTLS13 = $pkg.cipherSuiteTLS13 = $newType(0, $kindStruct, "tls.cipherSuiteTLS13", true, "crypto/tls", false, function(id_, keyLen_, aead_, hash_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.id = 0;
			this.keyLen = 0;
			this.aead = $throwNilPointerError;
			this.hash = 0;
			return;
		}
		this.id = id_;
		this.keyLen = keyLen_;
		this.aead = aead_;
		this.hash = hash_;
	});
	aead = $pkg.aead = $newType(8, $kindInterface, "tls.aead", true, "crypto/tls", false, null);
	prefixNonceAEAD = $pkg.prefixNonceAEAD = $newType(0, $kindStruct, "tls.prefixNonceAEAD", true, "crypto/tls", false, function(nonce_, aead_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.nonce = arrayType$1.zero();
			this.aead = $ifaceNil;
			return;
		}
		this.nonce = nonce_;
		this.aead = aead_;
	});
	xorNonceAEAD = $pkg.xorNonceAEAD = $newType(0, $kindStruct, "tls.xorNonceAEAD", true, "crypto/tls", false, function(nonceMask_, aead_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.nonceMask = arrayType$1.zero();
			this.aead = $ifaceNil;
			return;
		}
		this.nonceMask = nonceMask_;
		this.aead = aead_;
	});
	constantTimeHash = $pkg.constantTimeHash = $newType(8, $kindInterface, "tls.constantTimeHash", true, "crypto/tls", false, null);
	cthWrapper = $pkg.cthWrapper = $newType(0, $kindStruct, "tls.cthWrapper", true, "crypto/tls", false, function(h_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.h = $ifaceNil;
			return;
		}
		this.h = h_;
	});
	alert = $pkg.alert = $newType(1, $kindUint8, "tls.alert", true, "crypto/tls", false, null);
	binaryMarshaler = $newType(8, $kindInterface, "tls.binaryMarshaler", true, "crypto/tls", false, null);
	sliceType = $sliceType(Certificate);
	ptrType = $ptrType(x509.CertPool);
	sliceType$1 = $sliceType($String);
	sliceType$2 = $sliceType($Uint16);
	arrayType = $arrayType($Uint8, 32);
	sliceType$3 = $sliceType(CurveID);
	sliceType$4 = $sliceType(ticketKey);
	sliceType$5 = $sliceType($Uint8);
	sliceType$6 = $sliceType($emptyInterface);
	ptrType$1 = $ptrType(sliceType$5);
	sliceType$7 = $sliceType(SignatureScheme);
	ptrType$2 = $ptrType(cipherSuiteTLS13);
	sliceType$8 = $sliceType(ptrType$2);
	ptrType$3 = $ptrType(cipherSuite);
	sliceType$9 = $sliceType(ptrType$3);
	structType = $structType("crypto/tls", [{prop: "scheme", name: "scheme", embedded: false, exported: false, typ: SignatureScheme, tag: ""}, {prop: "minModulusBytes", name: "minModulusBytes", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "maxVersion", name: "maxVersion", embedded: false, exported: false, typ: $Uint16, tag: ""}]);
	sliceType$10 = $sliceType(structType);
	ptrType$4 = $ptrType(Config);
	sliceType$11 = $sliceType(sliceType$5);
	ptrType$5 = $ptrType(x509.Certificate);
	sliceType$12 = $sliceType(ptrType$5);
	sliceType$13 = $sliceType(sliceType$12);
	arrayType$1 = $arrayType($Uint8, 12);
	arrayType$2 = $arrayType($Uint8, 8);
	arrayType$3 = $arrayType($Uint8, 13);
	arrayType$4 = $arrayType($Uint8, 16);
	ptrType$6 = $ptrType(Conn);
	ptrType$7 = $ptrType(time.Location);
	ptrType$8 = $ptrType(net.Resolver);
	ptrType$9 = $ptrType(net.Dialer);
	ptrType$10 = $ptrType(pem.Block);
	ptrType$11 = $ptrType(rsa.PublicKey);
	ptrType$12 = $ptrType(ecdsa.PublicKey);
	ptrType$13 = $ptrType(rsa.PrivateKey);
	ptrType$14 = $ptrType(ecdsa.PrivateKey);
	ptrType$15 = $ptrType(cryptobyte.Builder);
	ptrType$16 = $ptrType($Bool);
	ptrType$17 = $ptrType(cryptobyte.String);
	ptrType$18 = $ptrType($Uint16);
	ptrType$19 = $ptrType($Uint64);
	ptrType$20 = $ptrType($Uint8);
	ptrType$21 = $ptrType(big.Int);
	ptrType$22 = $ptrType(serverKeyExchangeMsg);
	ptrType$23 = $ptrType(clientKeyExchangeMsg);
	ptrType$24 = $ptrType($Uint32);
	ptrType$25 = $ptrType(keyShare);
	ptrType$26 = $ptrType(clientHelloMsg);
	ptrType$27 = $ptrType(certificateMsgTLS13);
	ptrType$28 = $ptrType(certificateVerifyMsg);
	ptrType$29 = $ptrType(finishedMsg);
	ptrType$30 = $ptrType(serverHelloMsg);
	ptrType$31 = $ptrType(Certificate);
	ptrType$32 = $ptrType(sessionState);
	ptrType$33 = $ptrType(certificateRequestMsg);
	ptrType$34 = $ptrType(certificateMsg);
	sliceType$14 = $sliceType(x509.ExtKeyUsage);
	sliceType$15 = $sliceType(keyShare);
	sliceType$16 = $sliceType(pskIdentity);
	ptrType$35 = $ptrType(CurveID);
	ptrType$36 = $ptrType(SignatureScheme);
	ptrType$37 = $ptrType(ClientSessionState);
	ptrType$38 = $ptrType(encryptedExtensionsMsg);
	ptrType$39 = $ptrType(certificateRequestMsgTLS13);
	ptrType$40 = $ptrType(certificateStatusMsg);
	ptrType$41 = $ptrType(serverHelloDoneMsg);
	arrayType$5 = $arrayType($Uint8, 24);
	ptrType$42 = $ptrType(newSessionTicketMsg);
	arrayType$6 = $arrayType($Uint8, 5);
	ptrType$43 = $ptrType($Int32);
	ptrType$44 = $ptrType(helloRequestMsg);
	ptrType$45 = $ptrType(newSessionTicketMsgTLS13);
	ptrType$46 = $ptrType(keyUpdateMsg);
	structType$1 = $structType("", []);
	arrayType$7 = $arrayType($Uint8, 64);
	ptrType$51 = $ptrType(ed25519.PrivateKey);
	ptrType$52 = $ptrType(listener);
	ptrType$53 = $ptrType(Dialer);
	ptrType$54 = $ptrType(sessionStateTLS13);
	ptrType$55 = $ptrType(finishedHash);
	funcType = $funcType([sliceType$5, sliceType$5, sliceType$5, sliceType$5], [], false);
	ptrType$56 = $ptrType(nistParameters);
	ptrType$57 = $ptrType(x25519Parameters);
	ptrType$58 = $ptrType(ecdheKeyAgreement);
	ptrType$59 = $ptrType(serverHandshakeStateTLS13);
	ptrType$60 = $ptrType(serverHandshakeState);
	ptrType$61 = $ptrType(endOfEarlyDataMsg);
	ptrType$62 = $ptrType(clientHandshakeStateTLS13);
	ptrType$63 = $ptrType(clientHandshakeState);
	ptrType$64 = $ptrType(CertificateRequestInfo);
	funcType$1 = $funcType([context.Context], [$error], false);
	funcType$2 = $funcType([$String, sliceType$5, $Int], [sliceType$5, $error], false);
	ptrType$65 = $ptrType(halfConn);
	ptrType$66 = $ptrType(permanentError);
	ptrType$67 = $ptrType(atLeastReader);
	ptrType$68 = $ptrType(ConnectionState);
	ptrType$69 = $ptrType(ClientHelloInfo);
	sliceType$18 = $sliceType(arrayType);
	funcType$3 = $funcType([], [time.Time], false);
	mapType = $mapType($String, ptrType$31);
	funcType$4 = $funcType([ptrType$69], [ptrType$31, $error], false);
	funcType$5 = $funcType([ptrType$64], [ptrType$31, $error], false);
	funcType$6 = $funcType([ptrType$69], [ptrType$4, $error], false);
	funcType$7 = $funcType([sliceType$11, sliceType$13], [$error], false);
	funcType$8 = $funcType([ConnectionState], [$error], false);
	funcType$9 = $funcType([$Uint16], [keyAgreement], false);
	funcType$10 = $funcType([sliceType$5, sliceType$5, $Bool], [$emptyInterface], false);
	funcType$11 = $funcType([sliceType$5], [hash.Hash], false);
	funcType$12 = $funcType([sliceType$5, sliceType$5], [aead], false);
	ptrType$71 = $ptrType(prefixNonceAEAD);
	ptrType$72 = $ptrType(xorNonceAEAD);
	ptrType$73 = $ptrType(cthWrapper);
	Server = function(conn, config) {
		var c, config, conn;
		c = new Conn.ptr(conn, false, $throwNilPointerError, 0, new sync.Mutex.ptr(0, 0), $ifaceNil, 0, false, config, 0, false, 0, sliceType$5.nil, sliceType$11.nil, sliceType$12.nil, sliceType$13.nil, "", false, $throwNilPointerError, sliceType$5.nil, sliceType$4.nil, false, $ifaceNil, false, arrayType$1.zero(), arrayType$1.zero(), "", new halfConn.ptr(new sync.Mutex.ptr(0, 0), $ifaceNil, 0, $ifaceNil, $ifaceNil, arrayType$2.zero(), arrayType$3.zero(), $ifaceNil, $ifaceNil, sliceType$5.nil), new halfConn.ptr(new sync.Mutex.ptr(0, 0), $ifaceNil, 0, $ifaceNil, $ifaceNil, arrayType$2.zero(), arrayType$3.zero(), $ifaceNil, $ifaceNil, sliceType$5.nil), new bytes.Buffer.ptr(sliceType$5.nil, 0, 0), new bytes.Reader.ptr(sliceType$5.nil, new $Int64(0, 0), 0), new bytes.Buffer.ptr(sliceType$5.nil, 0, 0), false, sliceType$5.nil, new $Int64(0, 0), new $Int64(0, 0), 0, 0, arrayType$4.zero());
		c.handshakeFn = $methodVal(c, "serverHandshake");
		return c;
	};
	$pkg.Server = Server;
	Client = function(conn, config) {
		var c, config, conn;
		c = new Conn.ptr(conn, true, $throwNilPointerError, 0, new sync.Mutex.ptr(0, 0), $ifaceNil, 0, false, config, 0, false, 0, sliceType$5.nil, sliceType$11.nil, sliceType$12.nil, sliceType$13.nil, "", false, $throwNilPointerError, sliceType$5.nil, sliceType$4.nil, false, $ifaceNil, false, arrayType$1.zero(), arrayType$1.zero(), "", new halfConn.ptr(new sync.Mutex.ptr(0, 0), $ifaceNil, 0, $ifaceNil, $ifaceNil, arrayType$2.zero(), arrayType$3.zero(), $ifaceNil, $ifaceNil, sliceType$5.nil), new halfConn.ptr(new sync.Mutex.ptr(0, 0), $ifaceNil, 0, $ifaceNil, $ifaceNil, arrayType$2.zero(), arrayType$3.zero(), $ifaceNil, $ifaceNil, sliceType$5.nil), new bytes.Buffer.ptr(sliceType$5.nil, 0, 0), new bytes.Reader.ptr(sliceType$5.nil, new $Int64(0, 0), 0), new bytes.Buffer.ptr(sliceType$5.nil, 0, 0), false, sliceType$5.nil, new $Int64(0, 0), new $Int64(0, 0), 0, 0, arrayType$4.zero());
		c.handshakeFn = $methodVal(c, "clientHandshake");
		return c;
	};
	$pkg.Client = Client;
	listener.ptr.prototype.Accept = function() {
		var {_r$1, _tuple, c, err, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r$1 = l.Listener.Accept(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, err];
		}
		$s = -1; return [Server(c, l.config), $ifaceNil];
		/* */ } return; } var $f = {$blk: listener.ptr.prototype.Accept, $c: true, $r, _r$1, _tuple, c, err, l, $s};return $f;
	};
	listener.prototype.Accept = function() { return this.$val.Accept(); };
	NewListener = function(inner, config) {
		var config, inner, l;
		l = new listener.ptr($ifaceNil, ptrType$4.nil);
		l.Listener = inner;
		l.config = config;
		return l;
	};
	$pkg.NewListener = NewListener;
	dial = function(ctx, netDialer, network, addr, config) {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, _tuple$2, addr, c, cancel, cancel$1, colonPos, config, conn, ctx, err, err$1, hostname, netDialer, network, rawConn, x, $s, $deferred, $r, $c} = $restore(this, {ctx, netDialer, network, addr, config});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		/* */ if (!((x = netDialer.Timeout, (x.$high === 0 && x.$low === 0)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((x = netDialer.Timeout, (x.$high === 0 && x.$low === 0)))) { */ case 1:
			cancel = $throwNilPointerError;
			_r$1 = context.WithTimeout(ctx, netDialer.Timeout); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			ctx = _tuple[0];
			cancel = _tuple[1];
			$deferred.push([cancel, []]);
		/* } */ case 2:
		/* */ if (!$clone(netDialer.Deadline, time.Time).IsZero()) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!$clone(netDialer.Deadline, time.Time).IsZero()) { */ case 4:
			cancel$1 = $throwNilPointerError;
			_r$2 = context.WithDeadline(ctx, $clone(netDialer.Deadline, time.Time)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			ctx = _tuple$1[0];
			cancel$1 = _tuple$1[1];
			$deferred.push([cancel$1, []]);
		/* } */ case 5:
		_r$3 = netDialer.DialContext(ctx, network, addr); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		rawConn = _tuple$2[0];
		err = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 8:
			$24r = [ptrType$6.nil, err];
			$s = 10; case 10: return $24r;
		/* } */ case 9:
		colonPos = strings.LastIndex(addr, ":");
		if (colonPos === -1) {
			colonPos = addr.length;
		}
		hostname = $substring(addr, 0, colonPos);
		if (config === ptrType$4.nil) {
			config = defaultConfig();
		}
		/* */ if (config.ServerName === "") { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (config.ServerName === "") { */ case 11:
			_r$4 = config.Clone(); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			c = _r$4;
			c.ServerName = hostname;
			config = c;
		/* } */ case 12:
		conn = Client(rawConn, config);
		_r$5 = conn.HandshakeContext(ctx); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		err$1 = _r$5;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 15:
			_r$6 = rawConn.Close(); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$24r$1 = [ptrType$6.nil, err$1];
			$s = 18; case 18: return $24r$1;
		/* } */ case 16:
		$24r$2 = [conn, $ifaceNil];
		$s = 19; case 19: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [ptrType$6.nil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: dial, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, _tuple$2, addr, c, cancel, cancel$1, colonPos, config, conn, ctx, err, err$1, hostname, netDialer, network, rawConn, x, $s, $deferred};return $f; } }
	};
	Dialer.ptr.prototype.Dial = function(network, addr) {
		var {$24r, _r$1, addr, d, network, $s, $r, $c} = $restore(this, {network, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$1 = d.DialContext(context.Background(), network, addr); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Dialer.ptr.prototype.Dial, $c: true, $r, $24r, _r$1, addr, d, network, $s};return $f;
	};
	Dialer.prototype.Dial = function(network, addr) { return this.$val.Dial(network, addr); };
	Dialer.ptr.prototype.netDialer = function() {
		var d;
		d = this;
		if (!(d.NetDialer === ptrType$9.nil)) {
			return d.NetDialer;
		}
		return new net.Dialer.ptr(new time.Duration(0, 0), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), $ifaceNil, false, new time.Duration(0, 0), new time.Duration(0, 0), ptrType$8.nil, $chanNil, $throwNilPointerError);
	};
	Dialer.prototype.netDialer = function() { return this.$val.netDialer(); };
	Dialer.ptr.prototype.DialContext = function(ctx, network, addr) {
		var {_r$1, _tuple, addr, c, ctx, d, err, network, $s, $r, $c} = $restore(this, {ctx, network, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		_r$1 = dial(ctx, d.netDialer(), network, addr, d.Config); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, err];
		}
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: Dialer.ptr.prototype.DialContext, $c: true, $r, _r$1, _tuple, addr, c, ctx, d, err, network, $s};return $f;
	};
	Dialer.prototype.DialContext = function(ctx, network, addr) { return this.$val.DialContext(ctx, network, addr); };
	LoadX509KeyPair = function(certFile, keyFile) {
		var {$24r, _r$1, _r$2, _r$3, _tuple, _tuple$1, certFile, certPEMBlock, err, keyFile, keyPEMBlock, $s, $r, $c} = $restore(this, {certFile, keyFile});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = os.ReadFile(certFile); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		certPEMBlock = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), err];
		}
		_r$2 = os.ReadFile(keyFile); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		keyPEMBlock = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), err];
		}
		_r$3 = X509KeyPair(certPEMBlock, keyPEMBlock); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 4; case 4: return $24r;
		/* */ } return; } var $f = {$blk: LoadX509KeyPair, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, _tuple$1, certFile, certPEMBlock, err, keyFile, keyPEMBlock, $s};return $f;
	};
	$pkg.LoadX509KeyPair = LoadX509KeyPair;
	X509KeyPair = function(certPEMBlock, keyPEMBlock) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, cert, certDERBlock, certPEMBlock, err, fail, keyDERBlock, keyPEMBlock, ok, ok$1, ok$2, priv, priv$1, priv$2, pub, pub$1, pub$2, pub$3, skippedBlockTypes, x, x509Cert, $s, $r, $c} = $restore(this, {certPEMBlock, keyPEMBlock});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fail = (function(err) {
			var err;
			return [new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), err];
		});
		cert = new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil);
		skippedBlockTypes = sliceType$1.nil;
		/* while (true) { */ case 1:
			certDERBlock = ptrType$10.nil;
			_r$1 = pem.Decode(certPEMBlock); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			certDERBlock = _tuple[0];
			certPEMBlock = _tuple[1];
			if (certDERBlock === ptrType$10.nil) {
				/* break; */ $s = 2; continue;
			}
			if (certDERBlock.Type === "CERTIFICATE") {
				cert.Certificate = $append(cert.Certificate, certDERBlock.Bytes);
			} else {
				skippedBlockTypes = $append(skippedBlockTypes, certDERBlock.Type);
			}
		$s = 1; continue;
		case 2:
		/* */ if (cert.Certificate.$length === 0) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (cert.Certificate.$length === 0) { */ case 4:
			/* */ if (skippedBlockTypes.$length === 0) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (skippedBlockTypes.$length === 0) { */ case 6:
				_r$2 = fail(errors.New("tls: failed to find any PEM data in certificate input")); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r = _r$2;
				$s = 9; case 9: return $24r;
			/* } */ case 7:
			/* */ if ((skippedBlockTypes.$length === 1) && strings.HasSuffix((0 >= skippedBlockTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : skippedBlockTypes.$array[skippedBlockTypes.$offset + 0]), "PRIVATE KEY")) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if ((skippedBlockTypes.$length === 1) && strings.HasSuffix((0 >= skippedBlockTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : skippedBlockTypes.$array[skippedBlockTypes.$offset + 0]), "PRIVATE KEY")) { */ case 10:
				_r$3 = fail(errors.New("tls: failed to find certificate PEM data in certificate input, but did find a private key; PEM inputs may have been switched")); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$1 = _r$3;
				$s = 13; case 13: return $24r$1;
			/* } */ case 11:
			_r$4 = fmt.Errorf("tls: failed to find \"CERTIFICATE\" PEM block in certificate input after skipping PEM blocks of the following types: %v", new sliceType$6([skippedBlockTypes])); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = fail(_r$4); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r$2 = _r$5;
			$s = 16; case 16: return $24r$2;
		/* } */ case 5:
		skippedBlockTypes = $subslice(skippedBlockTypes, 0, 0);
		keyDERBlock = ptrType$10.nil;
		/* while (true) { */ case 17:
			_r$6 = pem.Decode(keyPEMBlock); /* */ $s = 19; case 19: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$1 = _r$6;
			keyDERBlock = _tuple$1[0];
			keyPEMBlock = _tuple$1[1];
			/* */ if (keyDERBlock === ptrType$10.nil) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (keyDERBlock === ptrType$10.nil) { */ case 20:
				/* */ if (skippedBlockTypes.$length === 0) { $s = 22; continue; }
				/* */ $s = 23; continue;
				/* if (skippedBlockTypes.$length === 0) { */ case 22:
					_r$7 = fail(errors.New("tls: failed to find any PEM data in key input")); /* */ $s = 24; case 24: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$24r$3 = _r$7;
					$s = 25; case 25: return $24r$3;
				/* } */ case 23:
				/* */ if ((skippedBlockTypes.$length === 1) && (0 >= skippedBlockTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : skippedBlockTypes.$array[skippedBlockTypes.$offset + 0]) === "CERTIFICATE") { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if ((skippedBlockTypes.$length === 1) && (0 >= skippedBlockTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : skippedBlockTypes.$array[skippedBlockTypes.$offset + 0]) === "CERTIFICATE") { */ case 26:
					_r$8 = fail(errors.New("tls: found a certificate rather than a key in the PEM for the private key")); /* */ $s = 28; case 28: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					$24r$4 = _r$8;
					$s = 29; case 29: return $24r$4;
				/* } */ case 27:
				_r$9 = fmt.Errorf("tls: failed to find PEM block with type ending in \"PRIVATE KEY\" in key input after skipping PEM blocks of the following types: %v", new sliceType$6([skippedBlockTypes])); /* */ $s = 30; case 30: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = fail(_r$9); /* */ $s = 31; case 31: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r$5 = _r$10;
				$s = 32; case 32: return $24r$5;
			/* } */ case 21:
			if (keyDERBlock.Type === "PRIVATE KEY" || strings.HasSuffix(keyDERBlock.Type, " PRIVATE KEY")) {
				/* break; */ $s = 18; continue;
			}
			skippedBlockTypes = $append(skippedBlockTypes, keyDERBlock.Type);
		$s = 17; continue;
		case 18:
		_r$11 = x509.ParseCertificate((x = cert.Certificate, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]))); /* */ $s = 33; case 33: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_tuple$2 = _r$11;
		x509Cert = _tuple$2[0];
		err = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 34:
			_r$12 = fail(err); /* */ $s = 36; case 36: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r$6 = _r$12;
			$s = 37; case 37: return $24r$6;
		/* } */ case 35:
		_r$13 = parsePrivateKey(keyDERBlock.Bytes); /* */ $s = 38; case 38: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_tuple$3 = _r$13;
		cert.PrivateKey = _tuple$3[0];
		err = _tuple$3[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 39; continue; }
		/* */ $s = 40; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 39:
			_r$14 = fail(err); /* */ $s = 41; case 41: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			$24r$7 = _r$14;
			$s = 42; case 42: return $24r$7;
		/* } */ case 40:
		_ref = x509Cert.PublicKey;
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 43; continue; }
		/* */ if ($assertType(_ref, ptrType$12, true)[1]) { $s = 44; continue; }
		/* */ if ($assertType(_ref, ed25519.PublicKey, true)[1]) { $s = 45; continue; }
		/* */ $s = 46; continue;
		/* if ($assertType(_ref, ptrType$11, true)[1]) { */ case 43:
			pub = _ref.$val;
			_tuple$4 = $assertType(cert.PrivateKey, ptrType$13, true);
			priv = _tuple$4[0];
			ok = _tuple$4[1];
			/* */ if (!ok) { $s = 48; continue; }
			/* */ $s = 49; continue;
			/* if (!ok) { */ case 48:
				_r$15 = fail(errors.New("tls: private key type does not match public key type")); /* */ $s = 50; case 50: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				$24r$8 = _r$15;
				$s = 51; case 51: return $24r$8;
			/* } */ case 49:
			/* */ if (!((pub.N.Cmp(priv.PublicKey.N) === 0))) { $s = 52; continue; }
			/* */ $s = 53; continue;
			/* if (!((pub.N.Cmp(priv.PublicKey.N) === 0))) { */ case 52:
				_r$16 = fail(errors.New("tls: private key does not match public key")); /* */ $s = 54; case 54: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				$24r$9 = _r$16;
				$s = 55; case 55: return $24r$9;
			/* } */ case 53:
			$s = 47; continue;
		/* } else if ($assertType(_ref, ptrType$12, true)[1]) { */ case 44:
			pub$1 = _ref.$val;
			_tuple$5 = $assertType(cert.PrivateKey, ptrType$14, true);
			priv$1 = _tuple$5[0];
			ok$1 = _tuple$5[1];
			/* */ if (!ok$1) { $s = 56; continue; }
			/* */ $s = 57; continue;
			/* if (!ok$1) { */ case 56:
				_r$17 = fail(errors.New("tls: private key type does not match public key type")); /* */ $s = 58; case 58: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r$10 = _r$17;
				$s = 59; case 59: return $24r$10;
			/* } */ case 57:
			/* */ if (!((pub$1.X.Cmp(priv$1.PublicKey.X) === 0)) || !((pub$1.Y.Cmp(priv$1.PublicKey.Y) === 0))) { $s = 60; continue; }
			/* */ $s = 61; continue;
			/* if (!((pub$1.X.Cmp(priv$1.PublicKey.X) === 0)) || !((pub$1.Y.Cmp(priv$1.PublicKey.Y) === 0))) { */ case 60:
				_r$18 = fail(errors.New("tls: private key does not match public key")); /* */ $s = 62; case 62: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				$24r$11 = _r$18;
				$s = 63; case 63: return $24r$11;
			/* } */ case 61:
			$s = 47; continue;
		/* } else if ($assertType(_ref, ed25519.PublicKey, true)[1]) { */ case 45:
			pub$2 = _ref.$val;
			_tuple$6 = $assertType(cert.PrivateKey, ed25519.PrivateKey, true);
			priv$2 = _tuple$6[0];
			ok$2 = _tuple$6[1];
			/* */ if (!ok$2) { $s = 64; continue; }
			/* */ $s = 65; continue;
			/* if (!ok$2) { */ case 64:
				_r$19 = fail(errors.New("tls: private key type does not match public key type")); /* */ $s = 66; case 66: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				$24r$12 = _r$19;
				$s = 67; case 67: return $24r$12;
			/* } */ case 65:
			/* */ if (!bytes.Equal($convertSliceType($assertType(priv$2.Public(), ed25519.PublicKey), sliceType$5), $convertSliceType(pub$2, sliceType$5))) { $s = 68; continue; }
			/* */ $s = 69; continue;
			/* if (!bytes.Equal($convertSliceType($assertType(priv$2.Public(), ed25519.PublicKey), sliceType$5), $convertSliceType(pub$2, sliceType$5))) { */ case 68:
				_r$20 = fail(errors.New("tls: private key does not match public key")); /* */ $s = 70; case 70: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				$24r$13 = _r$20;
				$s = 71; case 71: return $24r$13;
			/* } */ case 69:
			$s = 47; continue;
		/* } else { */ case 46:
			pub$3 = _ref;
			_r$21 = fail(errors.New("tls: unknown public key algorithm")); /* */ $s = 72; case 72: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			$24r$14 = _r$21;
			$s = 73; case 73: return $24r$14;
		/* } */ case 47:
		$s = -1; return [cert, $ifaceNil];
		/* */ } return; } var $f = {$blk: X509KeyPair, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, cert, certDERBlock, certPEMBlock, err, fail, keyDERBlock, keyPEMBlock, ok, ok$1, ok$2, priv, priv$1, priv$2, pub, pub$1, pub$2, pub$3, skippedBlockTypes, x, x509Cert, $s};return $f;
	};
	$pkg.X509KeyPair = X509KeyPair;
	parsePrivateKey = function(der) {
		var {_r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, der, err, err$1, err$2, key, key$1, key$2, key$3, key$4, $s, $r, $c} = $restore(this, {der});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = x509.ParsePKCS1PrivateKey(der); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		key = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			$s = -1; return [key, $ifaceNil];
		}
		_r$2 = x509.ParsePKCS8PrivateKey(der); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		key$1 = _tuple$1[0];
		err$1 = _tuple$1[1];
		if ($interfaceIsEqual(err$1, $ifaceNil)) {
			_ref = key$1;
			if ($assertType(_ref, ptrType$13, true)[1] || $assertType(_ref, ptrType$14, true)[1] || $assertType(_ref, ed25519.PrivateKey, true)[1]) {
				key$2 = _ref;
				$s = -1; return [key$2, $ifaceNil];
			} else {
				key$3 = _ref;
				$s = -1; return [$ifaceNil, errors.New("tls: found unknown private key type in PKCS#8 wrapping")];
			}
		}
		_r$3 = x509.ParseECPrivateKey(der); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		key$4 = _tuple$2[0];
		err$2 = _tuple$2[1];
		if ($interfaceIsEqual(err$2, $ifaceNil)) {
			$s = -1; return [key$4, $ifaceNil];
		}
		$s = -1; return [$ifaceNil, errors.New("tls: failed to parse private key")];
		/* */ } return; } var $f = {$blk: parsePrivateKey, $c: true, $r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, der, err, err$1, err$2, key, key$1, key$2, key$3, key$4, $s};return $f;
	};
	sessionState.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = [b];
		m = [m];
		m[0] = this;
		b[0] = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b[0].AddUint16(m[0].vers);
		b[0].AddUint16(m[0].cipherSuite);
		addUint64(b[0], m[0].createdAt);
		$r = b[0].AddUint16LengthPrefixed((function(b, m) { return function(b$1) {
			var b$1;
			b$1.AddBytes(m[0].masterSecret);
		}; })(b, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = b[0].AddUint24LengthPrefixed((function(b, m) { return function $b(b$1) {
			var {_i, _ref, b$1, cert, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			cert = [cert];
			_ref = m[0].certificates;
			_i = 0;
			/* while (true) { */ case 1:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
				cert[0] = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				$r = b$1.AddUint24LengthPrefixed((function(b, cert, m) { return function(b$2) {
					var b$2;
					b$2.AddBytes(cert[0]);
				}; })(b, cert, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i++;
			$s = 1; continue;
			case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$1, cert, $s};return $f;
		}; })(b, m)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return b[0].BytesOrPanic();
		/* */ } return; } var $f = {$blk: sessionState.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	sessionState.prototype.marshal = function() { return this.$val.marshal(); };
	sessionState.ptr.prototype.unmarshal = function(data) {
		var cert, certList, certList$24ptr, data, m, ok, s, s$24ptr;
		m = this;
		sessionState.copy(m, new sessionState.ptr(0, 0, new $Uint64(0, 0), sliceType$5.nil, sliceType$11.nil, m.usedOldKey));
		s = ($convertSliceType(data, cryptobyte.String));
		ok = (s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((m.$ptr_vers || (m.$ptr_vers = new ptrType$18(function() { return this.$target.vers; }, function($v) { this.$target.vers = $v; }, m)))) && (s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((m.$ptr_cipherSuite || (m.$ptr_cipherSuite = new ptrType$18(function() { return this.$target.cipherSuite; }, function($v) { this.$target.cipherSuite = $v; }, m)))) && readUint64((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_createdAt || (m.$ptr_createdAt = new ptrType$19(function() { return this.$target.createdAt; }, function($v) { this.$target.createdAt = $v; }, m)))) && readUint16LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_masterSecret || (m.$ptr_masterSecret = new ptrType$1(function() { return this.$target.masterSecret; }, function($v) { this.$target.masterSecret = $v; }, m)))) && !((m.masterSecret.$length === 0));
		if (!ok) {
			return false;
		}
		certList = cryptobyte.String.nil;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint24LengthPrefixed((certList$24ptr || (certList$24ptr = new ptrType$17(function() { return certList; }, function($v) { certList = $convertSliceType($v, cryptobyte.String); }))))) {
			return false;
		}
		while (true) {
			if (!(!certList.Empty())) { break; }
			cert = [cert];
			cert[0] = sliceType$5.nil;
			if (!readUint24LengthPrefixed((certList$24ptr || (certList$24ptr = new ptrType$17(function() { return certList; }, function($v) { certList = $convertSliceType($v, cryptobyte.String); }))), (cert.$ptr || (cert.$ptr = new ptrType$1(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, cert))))) {
				return false;
			}
			m.certificates = $append(m.certificates, cert[0]);
		}
		return s.Empty();
	};
	sessionState.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	sessionStateTLS13.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = [b];
		m = [m];
		m[0] = this;
		b[0] = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b[0].AddUint16(772);
		b[0].AddUint8(0);
		b[0].AddUint16(m[0].cipherSuite);
		addUint64(b[0], m[0].createdAt);
		$r = b[0].AddUint8LengthPrefixed((function(b, m) { return function(b$1) {
			var b$1;
			b$1.AddBytes(m[0].resumptionSecret);
		}; })(b, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = marshalCertificate(b[0], $clone(m[0].certificate, Certificate)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return b[0].BytesOrPanic();
		/* */ } return; } var $f = {$blk: sessionStateTLS13.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	sessionStateTLS13.prototype.marshal = function() { return this.$val.marshal(); };
	sessionStateTLS13.ptr.prototype.unmarshal = function(data) {
		var data, m, revision, revision$24ptr, s, s$24ptr, version, version$24ptr;
		m = this;
		sessionStateTLS13.copy(m, new sessionStateTLS13.ptr(0, new $Uint64(0, 0), sliceType$5.nil, new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil)));
		s = ($convertSliceType(data, cryptobyte.String));
		version = 0;
		revision = 0;
		return (s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((version$24ptr || (version$24ptr = new ptrType$18(function() { return version; }, function($v) { version = $v; })))) && (version === 772) && (s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint8((revision$24ptr || (revision$24ptr = new ptrType$20(function() { return revision; }, function($v) { revision = $v; })))) && (revision === 0) && (s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((m.$ptr_cipherSuite || (m.$ptr_cipherSuite = new ptrType$18(function() { return this.$target.cipherSuite; }, function($v) { this.$target.cipherSuite = $v; }, m)))) && readUint64((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_createdAt || (m.$ptr_createdAt = new ptrType$19(function() { return this.$target.createdAt; }, function($v) { this.$target.createdAt = $v; }, m)))) && readUint8LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_resumptionSecret || (m.$ptr_resumptionSecret = new ptrType$1(function() { return this.$target.resumptionSecret; }, function($v) { this.$target.resumptionSecret = $v; }, m)))) && !((m.resumptionSecret.$length === 0)) && unmarshalCertificate((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), m.certificate) && s.Empty();
	};
	sessionStateTLS13.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	Conn.ptr.prototype.encryptTicket = function(state) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, block, c, encrypted, err, err$1, iv, key, keyName, mac, macBytes, state, x, $s, $r, $c} = $restore(this, {state});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c.ticketKeys.$length === 0) {
			$s = -1; return [sliceType$5.nil, errors.New("tls: internal error: session ticket keys unavailable")];
		}
		encrypted = $makeSlice(sliceType$5, ((32 + state.$length >> 0) + 32 >> 0));
		keyName = $subslice(encrypted, 0, 16);
		iv = $subslice(encrypted, 16, 32);
		macBytes = $subslice(encrypted, (encrypted.$length - 32 >> 0));
		_r$1 = io.ReadFull(c.config.rand(), iv); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$5.nil, err];
		}
		key = $clone((x = c.ticketKeys, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])), ticketKey);
		$copySlice(keyName, new sliceType$5(key.keyName));
		_tuple$1 = aes.NewCipher(new sliceType$5(key.aesKey));
		block = _tuple$1[0];
		err$1 = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 2:
			_r$2 = err$1.Error(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = errors.New("tls: failed to create cipher while encrypting ticket: " + _r$2); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = [sliceType$5.nil, _r$3];
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$4 = cipher.NewCTR(block, iv); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$r = _r$4.XORKeyStream($subslice(encrypted, 32), state); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$5 = hmac.New(sha256.New, new sliceType$5(key.hmacKey)); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		mac = _r$5;
		_r$6 = mac.Write($subslice(encrypted, 0, (encrypted.$length - 32 >> 0))); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		_r$7 = mac.Sum($subslice(macBytes, 0, 0)); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		$s = -1; return [encrypted, $ifaceNil];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.encryptTicket, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, block, c, encrypted, err, err$1, iv, key, keyName, mac, macBytes, state, x, $s};return $f;
	};
	Conn.prototype.encryptTicket = function(state) { return this.$val.encryptTicket(state); };
	Conn.ptr.prototype.decryptTicket = function(encrypted) {
		var {_i, _r$1, _r$2, _r$3, _r$4, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, block, c, candidateKey, ciphertext, encrypted, err, expected, i, iv, key, keyIndex, keyName, mac, macBytes, plaintext, usedOldKey, x, $s, $r, $c} = $restore(this, {encrypted});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		plaintext = sliceType$5.nil;
		usedOldKey = false;
		c = this;
		if (encrypted.$length < 64) {
			_tmp = sliceType$5.nil;
			_tmp$1 = false;
			plaintext = _tmp;
			usedOldKey = _tmp$1;
			$s = -1; return [plaintext, usedOldKey];
		}
		keyName = $subslice(encrypted, 0, 16);
		iv = $subslice(encrypted, 16, 32);
		macBytes = $subslice(encrypted, (encrypted.$length - 32 >> 0));
		ciphertext = $subslice(encrypted, 32, (encrypted.$length - 32 >> 0));
		keyIndex = -1;
		_ref = c.ticketKeys;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			candidateKey = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), ticketKey);
			if (bytes.Equal(keyName, new sliceType$5(candidateKey.keyName))) {
				keyIndex = i;
				break;
			}
			_i++;
		}
		if (keyIndex === -1) {
			_tmp$2 = sliceType$5.nil;
			_tmp$3 = false;
			plaintext = _tmp$2;
			usedOldKey = _tmp$3;
			$s = -1; return [plaintext, usedOldKey];
		}
		key = (x = c.ticketKeys, ((keyIndex < 0 || keyIndex >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + keyIndex]));
		_r$1 = hmac.New(sha256.New, new sliceType$5(key.hmacKey)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		mac = _r$1;
		_r$2 = mac.Write($subslice(encrypted, 0, (encrypted.$length - 32 >> 0))); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = mac.Sum(sliceType$5.nil); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		expected = _r$3;
		if (!((subtle.ConstantTimeCompare(macBytes, expected) === 1))) {
			_tmp$4 = sliceType$5.nil;
			_tmp$5 = false;
			plaintext = _tmp$4;
			usedOldKey = _tmp$5;
			$s = -1; return [plaintext, usedOldKey];
		}
		_tuple = aes.NewCipher(new sliceType$5(key.aesKey));
		block = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = sliceType$5.nil;
			_tmp$7 = false;
			plaintext = _tmp$6;
			usedOldKey = _tmp$7;
			$s = -1; return [plaintext, usedOldKey];
		}
		plaintext = $makeSlice(sliceType$5, ciphertext.$length);
		_r$4 = cipher.NewCTR(block, iv); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$r = _r$4.XORKeyStream(plaintext, ciphertext); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$8 = plaintext;
		_tmp$9 = keyIndex > 0;
		plaintext = _tmp$8;
		usedOldKey = _tmp$9;
		$s = -1; return [plaintext, usedOldKey];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.decryptTicket, $c: true, $r, _i, _r$1, _r$2, _r$3, _r$4, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, block, c, candidateKey, ciphertext, encrypted, err, expected, i, iv, key, keyIndex, keyName, mac, macBytes, plaintext, usedOldKey, x, $s};return $f;
	};
	Conn.prototype.decryptTicket = function(encrypted) { return this.$val.decryptTicket(encrypted); };
	splitPreMasterSecret = function(secret) {
		var _q, _q$1, s1, s2, secret;
		s1 = sliceType$5.nil;
		s2 = sliceType$5.nil;
		s1 = $subslice(secret, 0, (_q = ((secret.$length + 1 >> 0)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
		s2 = $subslice(secret, (_q$1 = secret.$length / 2, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")));
		return [s1, s2];
	};
	pHash = function(result, secret, seed, hash$1) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, a, b, h, hash$1, j, result, secret, seed, $s, $r, $c} = $restore(this, {result, secret, seed, hash$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = hmac.New(hash$1, secret); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		h = _r$1;
		_r$2 = h.Write(seed); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = h.Sum(sliceType$5.nil); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		a = _r$3;
		j = 0;
		/* while (true) { */ case 4:
			/* if (!(j < result.$length)) { break; } */ if(!(j < result.$length)) { $s = 5; continue; }
			$r = h.Reset(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$4 = h.Write(a); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			_r$5 = h.Write(seed); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			_r$6 = h.Sum(sliceType$5.nil); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			b = _r$6;
			$copySlice($subslice(result, j), b);
			j = j + (b.$length) >> 0;
			$r = h.Reset(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$7 = h.Write(a); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			_r$8 = h.Sum(sliceType$5.nil); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			a = _r$8;
		$s = 4; continue;
		case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: pHash, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, a, b, h, hash$1, j, result, secret, seed, $s};return $f;
	};
	prf10 = function(result, secret, label, seed) {
		var {_i, _ref, _tuple, b, hashMD5, hashSHA1, i, label, labelAndSeed, result, result2, s1, s2, secret, seed, $s, $r, $c} = $restore(this, {result, secret, label, seed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hashSHA1 = sha1.New;
		hashMD5 = md5.New;
		labelAndSeed = $makeSlice(sliceType$5, (label.$length + seed.$length >> 0));
		$copySlice(labelAndSeed, label);
		$copySlice($subslice(labelAndSeed, label.$length), seed);
		_tuple = splitPreMasterSecret(secret);
		s1 = _tuple[0];
		s2 = _tuple[1];
		$r = pHash(result, s1, labelAndSeed, hashMD5); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		result2 = $makeSlice(sliceType$5, result.$length);
		$r = pHash(result2, s2, labelAndSeed, hashSHA1); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = result2;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			((i < 0 || i >= result.$length) ? ($throwRuntimeError("index out of range"), undefined) : result.$array[result.$offset + i] = ((((i < 0 || i >= result.$length) ? ($throwRuntimeError("index out of range"), undefined) : result.$array[result.$offset + i]) ^ (b)) << 24 >>> 24));
			_i++;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: prf10, $c: true, $r, _i, _ref, _tuple, b, hashMD5, hashSHA1, i, label, labelAndSeed, result, result2, s1, s2, secret, seed, $s};return $f;
	};
	prf12 = function(hashFunc) {
		var hashFunc;
		return (function $b(result, secret, label, seed) {
			var {label, labelAndSeed, result, secret, seed, $s, $r, $c} = $restore(this, {result, secret, label, seed});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			labelAndSeed = $makeSlice(sliceType$5, (label.$length + seed.$length >> 0));
			$copySlice(labelAndSeed, label);
			$copySlice($subslice(labelAndSeed, label.$length), seed);
			$r = pHash(result, secret, labelAndSeed, hashFunc); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, label, labelAndSeed, result, secret, seed, $s};return $f;
		});
	};
	prfAndHashForVersion = function(version, suite) {
		var _1, suite, version;
		_1 = version;
		if ((_1 === (769)) || (_1 === (770))) {
			return [prf10, 0];
		} else if (_1 === (771)) {
			if (!(((suite.flags & 8) === 0))) {
				return [prf12(sha512.New384), 6];
			}
			return [prf12(sha256.New), 5];
		} else {
			$panic(new $String("unknown version"));
		}
	};
	prfForVersion = function(version, suite) {
		var _tuple, prf, suite, version;
		_tuple = prfAndHashForVersion(version, suite);
		prf = _tuple[0];
		return prf;
	};
	masterFromPreMasterSecret = function(version, suite, preMasterSecret, clientRandom, serverRandom) {
		var {clientRandom, masterSecret, preMasterSecret, seed, serverRandom, suite, version, $s, $r, $c} = $restore(this, {version, suite, preMasterSecret, clientRandom, serverRandom});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		seed = $makeSlice(sliceType$5, 0, (clientRandom.$length + serverRandom.$length >> 0));
		seed = $appendSlice(seed, clientRandom);
		seed = $appendSlice(seed, serverRandom);
		masterSecret = $makeSlice(sliceType$5, 48);
		$r = prfForVersion(version, suite)(masterSecret, preMasterSecret, masterSecretLabel, seed); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return masterSecret;
		/* */ } return; } var $f = {$blk: masterFromPreMasterSecret, $c: true, $r, clientRandom, masterSecret, preMasterSecret, seed, serverRandom, suite, version, $s};return $f;
	};
	keysFromMasterSecret = function(version, suite, masterSecret, clientRandom, serverRandom, macLen, keyLen, ivLen) {
		var {clientIV, clientKey, clientMAC, clientRandom, ivLen, keyLen, keyMaterial, macLen, masterSecret, n, seed, serverIV, serverKey, serverMAC, serverRandom, suite, version, $s, $r, $c} = $restore(this, {version, suite, masterSecret, clientRandom, serverRandom, macLen, keyLen, ivLen});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		clientMAC = sliceType$5.nil;
		serverMAC = sliceType$5.nil;
		clientKey = sliceType$5.nil;
		serverKey = sliceType$5.nil;
		clientIV = sliceType$5.nil;
		serverIV = sliceType$5.nil;
		seed = $makeSlice(sliceType$5, 0, (serverRandom.$length + clientRandom.$length >> 0));
		seed = $appendSlice(seed, serverRandom);
		seed = $appendSlice(seed, clientRandom);
		n = (($imul(2, macLen)) + ($imul(2, keyLen)) >> 0) + ($imul(2, ivLen)) >> 0;
		keyMaterial = $makeSlice(sliceType$5, n);
		$r = prfForVersion(version, suite)(keyMaterial, masterSecret, keyExpansionLabel, seed); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		clientMAC = $subslice(keyMaterial, 0, macLen);
		keyMaterial = $subslice(keyMaterial, macLen);
		serverMAC = $subslice(keyMaterial, 0, macLen);
		keyMaterial = $subslice(keyMaterial, macLen);
		clientKey = $subslice(keyMaterial, 0, keyLen);
		keyMaterial = $subslice(keyMaterial, keyLen);
		serverKey = $subslice(keyMaterial, 0, keyLen);
		keyMaterial = $subslice(keyMaterial, keyLen);
		clientIV = $subslice(keyMaterial, 0, ivLen);
		keyMaterial = $subslice(keyMaterial, ivLen);
		serverIV = $subslice(keyMaterial, 0, ivLen);
		$s = -1; return [clientMAC, serverMAC, clientKey, serverKey, clientIV, serverIV];
		/* */ } return; } var $f = {$blk: keysFromMasterSecret, $c: true, $r, clientIV, clientKey, clientMAC, clientRandom, ivLen, keyLen, keyMaterial, macLen, masterSecret, n, seed, serverIV, serverKey, serverMAC, serverRandom, suite, version, $s};return $f;
	};
	newFinishedHash = function(version, cipherSuite$1) {
		var {$24r, _r$1, _r$2, _tuple, buffer, cipherSuite$1, hash$1, prf, version, $s, $r, $c} = $restore(this, {version, cipherSuite$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		buffer = sliceType$5.nil;
		if (version >= 771) {
			buffer = new sliceType$5([]);
		}
		_tuple = prfAndHashForVersion(version, cipherSuite$1);
		prf = _tuple[0];
		hash$1 = _tuple[1];
		/* */ if (!((hash$1 === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((hash$1 === 0))) { */ case 1:
			_r$1 = new crypto.Hash(hash$1).New(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = new crypto.Hash(hash$1).New(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = new finishedHash.ptr(_r$1, _r$2, $ifaceNil, $ifaceNil, buffer, version, prf);
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		$s = -1; return new finishedHash.ptr(sha1.New(), sha1.New(), md5.New(), md5.New(), buffer, version, prf);
		/* */ } return; } var $f = {$blk: newFinishedHash, $c: true, $r, $24r, _r$1, _r$2, _tuple, buffer, cipherSuite$1, hash$1, prf, version, $s};return $f;
	};
	finishedHash.ptr.prototype.Write = function(msg) {
		var {_r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, err, h, msg, n, $s, $r, $c} = $restore(this, {msg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		h = this;
		_r$1 = h.client.Write(msg); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = h.server.Write(msg); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		/* */ if (h.version < 771) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (h.version < 771) { */ case 3:
			_r$3 = h.clientMD5.Write(msg); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = h.serverMD5.Write(msg); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
		/* } */ case 4:
		if (!(h.buffer === sliceType$5.nil)) {
			h.buffer = $appendSlice(h.buffer, msg);
		}
		_tmp = msg.$length;
		_tmp$1 = $ifaceNil;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: finishedHash.ptr.prototype.Write, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, err, h, msg, n, $s};return $f;
	};
	finishedHash.prototype.Write = function(msg) { return this.$val.Write(msg); };
	finishedHash.ptr.prototype.Sum = function() {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, h, out, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		/* */ if (h.version >= 771) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (h.version >= 771) { */ case 1:
			_r$1 = h.client.Sum(sliceType$5.nil); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		out = $makeSlice(sliceType$5, 0, 36);
		_r$2 = h.clientMD5.Sum(out); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		out = _r$2;
		_r$3 = h.client.Sum(out); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: finishedHash.ptr.prototype.Sum, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, h, out, $s};return $f;
	};
	finishedHash.prototype.Sum = function() { return this.$val.Sum(); };
	finishedHash.ptr.prototype.clientSum = function(masterSecret) {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$1, h, masterSecret, out, $s, $r, $c} = $restore(this, {masterSecret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		out = $makeSlice(sliceType$5, 12);
		_arg = out;
		_arg$1 = masterSecret;
		_arg$2 = clientFinishedLabel;
		_r$1 = $clone(h, finishedHash).Sum(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$3 = _r$1;
		$r = h.prf(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return out;
		/* */ } return; } var $f = {$blk: finishedHash.ptr.prototype.clientSum, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$1, h, masterSecret, out, $s};return $f;
	};
	finishedHash.prototype.clientSum = function(masterSecret) { return this.$val.clientSum(masterSecret); };
	finishedHash.ptr.prototype.serverSum = function(masterSecret) {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$1, h, masterSecret, out, $s, $r, $c} = $restore(this, {masterSecret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		out = $makeSlice(sliceType$5, 12);
		_arg = out;
		_arg$1 = masterSecret;
		_arg$2 = serverFinishedLabel;
		_r$1 = $clone(h, finishedHash).Sum(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg$3 = _r$1;
		$r = h.prf(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return out;
		/* */ } return; } var $f = {$blk: finishedHash.ptr.prototype.serverSum, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$1, h, masterSecret, out, $s};return $f;
	};
	finishedHash.prototype.serverSum = function(masterSecret) { return this.$val.serverSum(masterSecret); };
	finishedHash.ptr.prototype.hashForClientCertificate = function(sigType, hashAlg, masterSecret) {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _r$4, _r$5, h, hash$1, hashAlg, masterSecret, sigType, $s, $r, $c} = $restore(this, {sigType, hashAlg, masterSecret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		if ((h.version >= 771 || (sigType === 228)) && h.buffer === sliceType$5.nil) {
			$panic(new $String("tls: handshake hash for a client certificate requested after discarding the handshake buffer"));
		}
		if (sigType === 228) {
			$s = -1; return h.buffer;
		}
		/* */ if (h.version >= 771) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (h.version >= 771) { */ case 1:
			_r$1 = new crypto.Hash(hashAlg).New(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			hash$1 = _r$1;
			_r$2 = hash$1.Write(h.buffer); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = hash$1.Sum(sliceType$5.nil); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		/* */ if (sigType === 227) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (sigType === 227) { */ case 7:
			_r$4 = h.server.Sum(sliceType$5.nil); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$1 = _r$4;
			$s = 10; case 10: return $24r$1;
		/* } */ case 8:
		_r$5 = $clone(h, finishedHash).Sum(); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r$2 = _r$5;
		$s = 12; case 12: return $24r$2;
		/* */ } return; } var $f = {$blk: finishedHash.ptr.prototype.hashForClientCertificate, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _r$4, _r$5, h, hash$1, hashAlg, masterSecret, sigType, $s};return $f;
	};
	finishedHash.prototype.hashForClientCertificate = function(sigType, hashAlg, masterSecret) { return this.$val.hashForClientCertificate(sigType, hashAlg, masterSecret); };
	finishedHash.ptr.prototype.discardHandshakeBuffer = function() {
		var h;
		h = this;
		h.buffer = sliceType$5.nil;
	};
	finishedHash.prototype.discardHandshakeBuffer = function() { return this.$val.discardHandshakeBuffer(); };
	noExportedKeyingMaterial = function(label, context$1, length) {
		var context$1, label, length;
		return [sliceType$5.nil, errors.New("crypto/tls: ExportKeyingMaterial is unavailable when renegotiation is enabled")];
	};
	ekmFromMasterSecret = function(version, suite, masterSecret, clientRandom, serverRandom) {
		var clientRandom, masterSecret, serverRandom, suite, version;
		return (function $b(label, context$1, length) {
			var {$24r, $24r$1, _1, _r$1, _r$2, context$1, keyMaterial, label, length, seed, seedLen, $s, $r, $c} = $restore(this, {label, context$1, length});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_1 = label;
				/* */ if (_1 === ("client finished") || _1 === ("server finished") || _1 === ("master secret") || _1 === ("key expansion")) { $s = 2; continue; }
				/* */ $s = 3; continue;
				/* if (_1 === ("client finished") || _1 === ("server finished") || _1 === ("master secret") || _1 === ("key expansion")) { */ case 2:
					_r$1 = fmt.Errorf("crypto/tls: reserved ExportKeyingMaterial label: %s", new sliceType$6([new $String(label)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = [sliceType$5.nil, _r$1];
					$s = 5; case 5: return $24r;
				/* } */ case 3:
			case 1:
			seedLen = serverRandom.$length + clientRandom.$length >> 0;
			if (!(context$1 === sliceType$5.nil)) {
				seedLen = seedLen + ((2 + context$1.$length >> 0)) >> 0;
			}
			seed = $makeSlice(sliceType$5, 0, seedLen);
			seed = $appendSlice(seed, clientRandom);
			seed = $appendSlice(seed, serverRandom);
			/* */ if (!(context$1 === sliceType$5.nil)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!(context$1 === sliceType$5.nil)) { */ case 6:
				/* */ if (context$1.$length >= 65536) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (context$1.$length >= 65536) { */ case 8:
					_r$2 = fmt.Errorf("crypto/tls: ExportKeyingMaterial context too long", new sliceType$6([])); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r$1 = [sliceType$5.nil, _r$2];
					$s = 11; case 11: return $24r$1;
				/* } */ case 9:
				seed = $append(seed, (((context$1.$length >> 8 >> 0) << 24 >>> 24)), ((context$1.$length << 24 >>> 24)));
				seed = $appendSlice(seed, context$1);
			/* } */ case 7:
			keyMaterial = $makeSlice(sliceType$5, length);
			$r = prfForVersion(version, suite)(keyMaterial, masterSecret, (new sliceType$5($stringToBytes(label))), seed); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [keyMaterial, $ifaceNil];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, _1, _r$1, _r$2, context$1, keyMaterial, label, length, seed, seedLen, $s};return $f;
		});
	};
	cipherSuiteTLS13.ptr.prototype.expandLabel = function(secret, label, context$1, length) {
		var {_r$1, _r$2, _tuple, c, context$1, err, hkdfLabel, label, length, n, out, secret, $s, $r, $c} = $restore(this, {secret, label, context$1, length});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		context$1 = [context$1];
		label = [label];
		c = this;
		hkdfLabel = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		hkdfLabel.AddUint16(((length << 16 >>> 16)));
		$r = hkdfLabel.AddUint8LengthPrefixed((function(context$1, label) { return function(b) {
			var b;
			b.AddBytes((new sliceType$5($stringToBytes("tls13 "))));
			b.AddBytes((new sliceType$5($stringToBytes(label[0]))));
		}; })(context$1, label)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hkdfLabel.AddUint8LengthPrefixed((function(context$1, label) { return function(b) {
			var b;
			b.AddBytes(context$1[0]);
		}; })(context$1, label)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		out = $makeSlice(sliceType$5, length);
		_r$1 = hkdf.Expand($methodVal(new crypto.Hash(c.hash), "New"), secret, hkdfLabel.BytesOrPanic()); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.Read(out); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil)) || !((n === length))) {
			$panic(new $String("tls: HKDF-Expand-Label invocation failed unexpectedly"));
		}
		$s = -1; return out;
		/* */ } return; } var $f = {$blk: cipherSuiteTLS13.ptr.prototype.expandLabel, $c: true, $r, _r$1, _r$2, _tuple, c, context$1, err, hkdfLabel, label, length, n, out, secret, $s};return $f;
	};
	cipherSuiteTLS13.prototype.expandLabel = function(secret, label, context$1, length) { return this.$val.expandLabel(secret, label, context$1, length); };
	cipherSuiteTLS13.ptr.prototype.deriveSecret = function(secret, label, transcript) {
		var {$24r, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$2, _r$3, c, label, secret, transcript, $s, $r, $c} = $restore(this, {secret, label, transcript});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if ($interfaceIsEqual(transcript, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(transcript, $ifaceNil)) { */ case 1:
			_r$1 = new crypto.Hash(c.hash).New(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			transcript = _r$1;
		/* } */ case 2:
		_arg = secret;
		_arg$1 = label;
		_r$2 = transcript.Sum(sliceType$5.nil); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$2 = _r$2;
		_arg$3 = new crypto.Hash(c.hash).Size();
		_r$3 = c.expandLabel(_arg, _arg$1, _arg$2, _arg$3); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: cipherSuiteTLS13.ptr.prototype.deriveSecret, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$2, _r$3, c, label, secret, transcript, $s};return $f;
	};
	cipherSuiteTLS13.prototype.deriveSecret = function(secret, label, transcript) { return this.$val.deriveSecret(secret, label, transcript); };
	cipherSuiteTLS13.ptr.prototype.extract = function(newSecret, currentSecret) {
		var {$24r, _r$1, c, currentSecret, newSecret, $s, $r, $c} = $restore(this, {newSecret, currentSecret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (newSecret === sliceType$5.nil) {
			newSecret = $makeSlice(sliceType$5, new crypto.Hash(c.hash).Size());
		}
		_r$1 = hkdf.Extract($methodVal(new crypto.Hash(c.hash), "New"), newSecret, currentSecret); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cipherSuiteTLS13.ptr.prototype.extract, $c: true, $r, $24r, _r$1, c, currentSecret, newSecret, $s};return $f;
	};
	cipherSuiteTLS13.prototype.extract = function(newSecret, currentSecret) { return this.$val.extract(newSecret, currentSecret); };
	cipherSuiteTLS13.ptr.prototype.nextTrafficSecret = function(trafficSecret) {
		var {$24r, _r$1, c, trafficSecret, $s, $r, $c} = $restore(this, {trafficSecret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.expandLabel(trafficSecret, "traffic upd", sliceType$5.nil, new crypto.Hash(c.hash).Size()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cipherSuiteTLS13.ptr.prototype.nextTrafficSecret, $c: true, $r, $24r, _r$1, c, trafficSecret, $s};return $f;
	};
	cipherSuiteTLS13.prototype.nextTrafficSecret = function(trafficSecret) { return this.$val.nextTrafficSecret(trafficSecret); };
	cipherSuiteTLS13.ptr.prototype.trafficKey = function(trafficSecret) {
		var {_r$1, _r$2, c, iv, key, trafficSecret, $s, $r, $c} = $restore(this, {trafficSecret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		key = sliceType$5.nil;
		iv = sliceType$5.nil;
		c = this;
		_r$1 = c.expandLabel(trafficSecret, "key", sliceType$5.nil, c.keyLen); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		key = _r$1;
		_r$2 = c.expandLabel(trafficSecret, "iv", sliceType$5.nil, 12); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		iv = _r$2;
		$s = -1; return [key, iv];
		/* */ } return; } var $f = {$blk: cipherSuiteTLS13.ptr.prototype.trafficKey, $c: true, $r, _r$1, _r$2, c, iv, key, trafficSecret, $s};return $f;
	};
	cipherSuiteTLS13.prototype.trafficKey = function(trafficSecret) { return this.$val.trafficKey(trafficSecret); };
	cipherSuiteTLS13.ptr.prototype.finishedHash = function(baseKey, transcript) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, baseKey, c, finishedKey, transcript, verifyData, $s, $r, $c} = $restore(this, {baseKey, transcript});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.expandLabel(baseKey, "finished", sliceType$5.nil, new crypto.Hash(c.hash).Size()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		finishedKey = _r$1;
		_r$2 = hmac.New($methodVal(new crypto.Hash(c.hash), "New"), finishedKey); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		verifyData = _r$2;
		_r$3 = transcript.Sum(sliceType$5.nil); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = verifyData.Write(_r$3); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = verifyData.Sum(sliceType$5.nil); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r = _r$5;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: cipherSuiteTLS13.ptr.prototype.finishedHash, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, baseKey, c, finishedKey, transcript, verifyData, $s};return $f;
	};
	cipherSuiteTLS13.prototype.finishedHash = function(baseKey, transcript) { return this.$val.finishedHash(baseKey, transcript); };
	cipherSuiteTLS13.ptr.prototype.exportKeyingMaterial = function(masterSecret, transcript) {
		var {_r$1, c, expMasterSecret, masterSecret, transcript, $s, $r, $c} = $restore(this, {masterSecret, transcript});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = [c];
		expMasterSecret = [expMasterSecret];
		c[0] = this;
		_r$1 = c[0].deriveSecret(masterSecret, "exp master", transcript); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		expMasterSecret[0] = _r$1;
		$s = -1; return (function(c, expMasterSecret) { return function $b(label, context$1, length) {
			var {$24r, _arg, _arg$1, _arg$2, _r$2, _r$3, _r$4, _r$5, _r$6, context$1, h, label, length, secret, $s, $r, $c} = $restore(this, {label, context$1, length});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$2 = c[0].deriveSecret(expMasterSecret[0], label, $ifaceNil); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			secret = _r$2;
			_r$3 = new crypto.Hash(c[0].hash).New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			h = _r$3;
			_r$4 = h.Write(context$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			_arg = secret;
			_r$5 = h.Sum(sliceType$5.nil); /* */ $s = 4; case 4: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg$1 = _r$5;
			_arg$2 = length;
			_r$6 = c[0].expandLabel(_arg, "exporter", _arg$1, _arg$2); /* */ $s = 5; case 5: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r = [_r$6, $ifaceNil];
			$s = 6; case 6: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _arg, _arg$1, _arg$2, _r$2, _r$3, _r$4, _r$5, _r$6, context$1, h, label, length, secret, $s};return $f;
		}; })(c, expMasterSecret);
		/* */ } return; } var $f = {$blk: cipherSuiteTLS13.ptr.prototype.exportKeyingMaterial, $c: true, $r, _r$1, c, expMasterSecret, masterSecret, transcript, $s};return $f;
	};
	cipherSuiteTLS13.prototype.exportKeyingMaterial = function(masterSecret, transcript) { return this.$val.exportKeyingMaterial(masterSecret, transcript); };
	generateECDHEParameters = function(rand$1, curveID) {
		var {_r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, curve, curveID, err, err$1, err$2, ok, p, privateKey, publicKey, rand$1, $s, $r, $c} = $restore(this, {rand$1, curveID});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (curveID === 29) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (curveID === 29) { */ case 1:
			privateKey = $makeSlice(sliceType$5, 32);
			_r$1 = io.ReadFull(rand$1, privateKey); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [$ifaceNil, err];
			}
			_r$2 = curve25519.X25519(privateKey, curve25519.Basepoint); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			publicKey = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [$ifaceNil, err$1];
			}
			$s = -1; return [new x25519Parameters.ptr(privateKey, publicKey), $ifaceNil];
		/* } */ case 2:
		_r$3 = curveForCurveID(curveID); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		curve = _tuple$2[0];
		ok = _tuple$2[1];
		if (!ok) {
			$s = -1; return [$ifaceNil, errors.New("tls: internal error: unsupported curve")];
		}
		p = new nistParameters.ptr(sliceType$5.nil, ptrType$21.nil, ptrType$21.nil, curveID);
		err$2 = $ifaceNil;
		_r$4 = elliptic.GenerateKey(curve, rand$1); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$3 = _r$4;
		p.privateKey = _tuple$3[0];
		p.x = _tuple$3[1];
		p.y = _tuple$3[2];
		err$2 = _tuple$3[3];
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return [$ifaceNil, err$2];
		}
		$s = -1; return [p, $ifaceNil];
		/* */ } return; } var $f = {$blk: generateECDHEParameters, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, curve, curveID, err, err$1, err$2, ok, p, privateKey, publicKey, rand$1, $s};return $f;
	};
	curveForCurveID = function(id) {
		var {$24r, $24r$1, $24r$2, _1, _r$1, _r$2, _r$3, id, $s, $r, $c} = $restore(this, {id});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_1 = id;
			/* */ if (_1 === (23)) { $s = 2; continue; }
			/* */ if (_1 === (24)) { $s = 3; continue; }
			/* */ if (_1 === (25)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (23)) { */ case 2:
				_r$1 = elliptic.P256(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = [_r$1, true];
				$s = 8; case 8: return $24r;
			/* } else if (_1 === (24)) { */ case 3:
				_r$2 = elliptic.P384(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$1 = [_r$2, true];
				$s = 10; case 10: return $24r$1;
			/* } else if (_1 === (25)) { */ case 4:
				_r$3 = elliptic.P521(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$2 = [_r$3, true];
				$s = 12; case 12: return $24r$2;
			/* } else { */ case 5:
				$s = -1; return [$ifaceNil, false];
			/* } */ case 6:
		case 1:
		$s = -1; return [$ifaceNil, false];
		/* */ } return; } var $f = {$blk: curveForCurveID, $c: true, $r, $24r, $24r$1, $24r$2, _1, _r$1, _r$2, _r$3, id, $s};return $f;
	};
	nistParameters.ptr.prototype.CurveID = function() {
		var p;
		p = this;
		return p.curveID;
	};
	nistParameters.prototype.CurveID = function() { return this.$val.CurveID(); };
	nistParameters.ptr.prototype.PublicKey = function() {
		var {$24r, _r$1, _r$2, _tuple, curve, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$1 = curveForCurveID(p.curveID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		curve = _tuple[0];
		_r$2 = elliptic.Marshal(curve, p.x, p.y); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: nistParameters.ptr.prototype.PublicKey, $c: true, $r, $24r, _r$1, _r$2, _tuple, curve, p, $s};return $f;
	};
	nistParameters.prototype.PublicKey = function() { return this.$val.PublicKey(); };
	nistParameters.ptr.prototype.SharedKey = function(peerPublicKey) {
		var {_q, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, curve, p, peerPublicKey, sharedKey, x, xShared, y, $s, $r, $c} = $restore(this, {peerPublicKey});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$1 = curveForCurveID(p.curveID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		curve = _tuple[0];
		_r$2 = elliptic.Unmarshal(curve, peerPublicKey); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		x = _tuple$1[0];
		y = _tuple$1[1];
		if (x === ptrType$21.nil) {
			$s = -1; return sliceType$5.nil;
		}
		_r$3 = curve.ScalarMult(x, y, p.privateKey); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		xShared = _tuple$2[0];
		_r$4 = curve.Params(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		sharedKey = $makeSlice(sliceType$5, (_q = ((_r$4.BitSize + 7 >> 0)) / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
		$s = -1; return xShared.FillBytes(sharedKey);
		/* */ } return; } var $f = {$blk: nistParameters.ptr.prototype.SharedKey, $c: true, $r, _q, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, curve, p, peerPublicKey, sharedKey, x, xShared, y, $s};return $f;
	};
	nistParameters.prototype.SharedKey = function(peerPublicKey) { return this.$val.SharedKey(peerPublicKey); };
	x25519Parameters.ptr.prototype.CurveID = function() {
		var p;
		p = this;
		return 29;
	};
	x25519Parameters.prototype.CurveID = function() { return this.$val.CurveID(); };
	x25519Parameters.ptr.prototype.PublicKey = function() {
		var p;
		p = this;
		return p.publicKey;
	};
	x25519Parameters.prototype.PublicKey = function() { return this.$val.PublicKey(); };
	x25519Parameters.ptr.prototype.SharedKey = function(peerPublicKey) {
		var {_r$1, _tuple, err, p, peerPublicKey, sharedKey, $s, $r, $c} = $restore(this, {peerPublicKey});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$1 = curve25519.X25519(p.privateKey, peerPublicKey); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		sharedKey = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return sliceType$5.nil;
		}
		$s = -1; return sharedKey;
		/* */ } return; } var $f = {$blk: x25519Parameters.ptr.prototype.SharedKey, $c: true, $r, _r$1, _tuple, err, p, peerPublicKey, sharedKey, $s};return $f;
	};
	x25519Parameters.prototype.SharedKey = function(peerPublicKey) { return this.$val.SharedKey(peerPublicKey); };
	rsaKeyAgreement.ptr.prototype.generateServerKeyExchange = function(config, cert, clientHello, hello) {
		var cert, clientHello, config, hello, ka;
		ka = this;
		return [ptrType$22.nil, $ifaceNil];
	};
	rsaKeyAgreement.prototype.generateServerKeyExchange = function(config, cert, clientHello, hello) { return this.$val.generateServerKeyExchange(config, cert, clientHello, hello); };
	rsaKeyAgreement.ptr.prototype.processClientKeyExchange = function(config, cert, ckx, version) {
		var {_r$1, _tuple, _tuple$1, cert, ciphertext, ciphertextLen, ckx, config, err, ka, ok, preMasterSecret, priv, version, x, x$1, $s, $r, $c} = $restore(this, {config, cert, ckx, version});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ka = this;
		if (ckx.ciphertext.$length < 2) {
			$s = -1; return [sliceType$5.nil, errClientKeyExchange];
		}
		ciphertextLen = ((((x = ckx.ciphertext, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) >> 0)) << 8 >> 0) | (((x$1 = ckx.ciphertext, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])) >> 0));
		if (!((ciphertextLen === (ckx.ciphertext.$length - 2 >> 0)))) {
			$s = -1; return [sliceType$5.nil, errClientKeyExchange];
		}
		ciphertext = $subslice(ckx.ciphertext, 2);
		_tuple = $assertType(cert.PrivateKey, crypto.Decrypter, true);
		priv = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [sliceType$5.nil, errors.New("tls: certificate private key does not implement crypto.Decrypter")];
		}
		_r$1 = priv.Decrypt(config.rand(), ciphertext, new rsa.PKCS1v15DecryptOptions.ptr(48)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		preMasterSecret = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$5.nil, err];
		}
		$s = -1; return [preMasterSecret, $ifaceNil];
		/* */ } return; } var $f = {$blk: rsaKeyAgreement.ptr.prototype.processClientKeyExchange, $c: true, $r, _r$1, _tuple, _tuple$1, cert, ciphertext, ciphertextLen, ckx, config, err, ka, ok, preMasterSecret, priv, version, x, x$1, $s};return $f;
	};
	rsaKeyAgreement.prototype.processClientKeyExchange = function(config, cert, ckx, version) { return this.$val.processClientKeyExchange(config, cert, ckx, version); };
	rsaKeyAgreement.ptr.prototype.processServerKeyExchange = function(config, clientHello, serverHello, cert, skx) {
		var cert, clientHello, config, ka, serverHello, skx;
		ka = this;
		return errors.New("tls: unexpected ServerKeyExchange");
	};
	rsaKeyAgreement.prototype.processServerKeyExchange = function(config, clientHello, serverHello, cert, skx) { return this.$val.processServerKeyExchange(config, clientHello, serverHello, cert, skx); };
	rsaKeyAgreement.ptr.prototype.generateClientKeyExchange = function(config, clientHello, cert) {
		var {_r$1, _r$2, _tuple, _tuple$1, _tuple$2, cert, ckx, clientHello, config, encrypted, err, ka, ok, preMasterSecret, rsaKey, x, x$1, $s, $r, $c} = $restore(this, {config, clientHello, cert});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ka = this;
		preMasterSecret = $makeSlice(sliceType$5, 48);
		(0 >= preMasterSecret.$length ? ($throwRuntimeError("index out of range"), undefined) : preMasterSecret.$array[preMasterSecret.$offset + 0] = (((clientHello.vers >>> 8 << 16 >>> 16) << 24 >>> 24)));
		(1 >= preMasterSecret.$length ? ($throwRuntimeError("index out of range"), undefined) : preMasterSecret.$array[preMasterSecret.$offset + 1] = ((clientHello.vers << 24 >>> 24)));
		_r$1 = io.ReadFull(config.rand(), $subslice(preMasterSecret, 2)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$5.nil, ptrType$23.nil, err];
		}
		_tuple$1 = $assertType(cert.PublicKey, ptrType$11, true);
		rsaKey = _tuple$1[0];
		ok = _tuple$1[1];
		if (!ok) {
			$s = -1; return [sliceType$5.nil, ptrType$23.nil, errors.New("tls: server certificate contains incorrect key type for selected ciphersuite")];
		}
		_r$2 = rsa.EncryptPKCS1v15(config.rand(), rsaKey, preMasterSecret); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		encrypted = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$5.nil, ptrType$23.nil, err];
		}
		ckx = new clientKeyExchangeMsg.ptr(sliceType$5.nil, sliceType$5.nil);
		ckx.ciphertext = $makeSlice(sliceType$5, (encrypted.$length + 2 >> 0));
		(x = ckx.ciphertext, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = (((encrypted.$length >> 8 >> 0) << 24 >>> 24))));
		(x$1 = ckx.ciphertext, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1] = ((encrypted.$length << 24 >>> 24))));
		$copySlice($subslice(ckx.ciphertext, 2), encrypted);
		$s = -1; return [preMasterSecret, ckx, $ifaceNil];
		/* */ } return; } var $f = {$blk: rsaKeyAgreement.ptr.prototype.generateClientKeyExchange, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, cert, ckx, clientHello, config, encrypted, err, ka, ok, preMasterSecret, rsaKey, x, x$1, $s};return $f;
	};
	rsaKeyAgreement.prototype.generateClientKeyExchange = function(config, clientHello, cert) { return this.$val.generateClientKeyExchange(config, clientHello, cert); };
	sha1Hash = function(slices) {
		var {$24r, _i, _r$1, _r$2, _ref, hsha1, slice, slices, $s, $r, $c} = $restore(this, {slices});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hsha1 = sha1.New();
		_ref = slices;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			slice = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = hsha1.Write(slice); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_i++;
		$s = 1; continue;
		case 2:
		_r$2 = hsha1.Sum(sliceType$5.nil); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: sha1Hash, $c: true, $r, $24r, _i, _r$1, _r$2, _ref, hsha1, slice, slices, $s};return $f;
	};
	md5SHA1Hash = function(slices) {
		var {_i, _r$1, _r$2, _r$3, _ref, hmd5, md5sha1, slice, slices, $s, $r, $c} = $restore(this, {slices});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		md5sha1 = $makeSlice(sliceType$5, 36);
		hmd5 = md5.New();
		_ref = slices;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			slice = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = hmd5.Write(slice); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_i++;
		$s = 1; continue;
		case 2:
		_r$2 = hmd5.Sum(sliceType$5.nil); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$copySlice(md5sha1, _r$2);
		_r$3 = sha1Hash(slices); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$copySlice($subslice(md5sha1, 16), _r$3);
		$s = -1; return md5sha1;
		/* */ } return; } var $f = {$blk: md5SHA1Hash, $c: true, $r, _i, _r$1, _r$2, _r$3, _ref, hmd5, md5sha1, slice, slices, $s};return $f;
	};
	hashForServerKeyExchange = function(sigType, hashFunc, version, slices) {
		var {$24r, $24r$1, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, digest, h, hashFunc, sigType, signed, slice, slice$1, slices, version, $s, $r, $c} = $restore(this, {sigType, hashFunc, version, slices});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (sigType === 228) {
			signed = sliceType$5.nil;
			_ref = slices;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				slice = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				signed = $appendSlice(signed, slice);
				_i++;
			}
			$s = -1; return signed;
		}
		/* */ if (version >= 771) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (version >= 771) { */ case 1:
			_r$1 = new crypto.Hash(hashFunc).New(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			h = _r$1;
			_ref$1 = slices;
			_i$1 = 0;
			/* while (true) { */ case 4:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 5; continue; }
				slice$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				_r$2 = h.Write(slice$1); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				_i$1++;
			$s = 4; continue;
			case 5:
			_r$3 = h.Sum(sliceType$5.nil); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			digest = _r$3;
			$s = -1; return digest;
		/* } */ case 2:
		/* */ if (sigType === 227) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (sigType === 227) { */ case 8:
			_r$4 = sha1Hash(slices); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 11; case 11: return $24r;
		/* } */ case 9:
		_r$5 = md5SHA1Hash(slices); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		$24r$1 = _r$5;
		$s = 13; case 13: return $24r$1;
		/* */ } return; } var $f = {$blk: hashForServerKeyExchange, $c: true, $r, $24r, $24r$1, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, digest, h, hashFunc, sigType, signed, slice, slice$1, slices, version, $s};return $f;
	};
	ecdheKeyAgreement.ptr.prototype.generateServerKeyExchange = function(config, cert, clientHello, hello) {
		var {$24r, $24r$1, _i, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, c, cert, clientHello, config, curveID, ecdhePublic, err, hello, k, ka, ok, ok$1, params, priv, serverECDHEParams, sig, sigAndHashLen, sigHash, sigType, signOpts, signatureAlgorithm, signed, skx, $s, $r, $c} = $restore(this, {config, cert, clientHello, hello});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ka = this;
		curveID = 0;
		_ref = clientHello.supportedCurves;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (config.supportsCurve(c)) {
				curveID = c;
				break;
			}
			_i++;
		}
		if (curveID === 0) {
			$s = -1; return [ptrType$22.nil, errors.New("tls: no supported elliptic curves offered")];
		}
		_r$1 = curveForCurveID(curveID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ok = _tuple[1];
		if (!((curveID === 29)) && !ok) {
			$s = -1; return [ptrType$22.nil, errors.New("tls: CurvePreferences includes unsupported curve")];
		}
		_r$2 = generateECDHEParameters(config.rand(), curveID); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		params = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$22.nil, err];
		}
		ka.params = params;
		_r$3 = params.PublicKey(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		ecdhePublic = _r$3;
		serverECDHEParams = $makeSlice(sliceType$5, (4 + ecdhePublic.$length >> 0));
		(0 >= serverECDHEParams.$length ? ($throwRuntimeError("index out of range"), undefined) : serverECDHEParams.$array[serverECDHEParams.$offset + 0] = 3);
		(1 >= serverECDHEParams.$length ? ($throwRuntimeError("index out of range"), undefined) : serverECDHEParams.$array[serverECDHEParams.$offset + 1] = (((curveID >>> 8 << 16 >>> 16) << 24 >>> 24)));
		(2 >= serverECDHEParams.$length ? ($throwRuntimeError("index out of range"), undefined) : serverECDHEParams.$array[serverECDHEParams.$offset + 2] = ((curveID << 24 >>> 24)));
		(3 >= serverECDHEParams.$length ? ($throwRuntimeError("index out of range"), undefined) : serverECDHEParams.$array[serverECDHEParams.$offset + 3] = ((ecdhePublic.$length << 24 >>> 24)));
		$copySlice($subslice(serverECDHEParams, 4), ecdhePublic);
		_tuple$2 = $assertType(cert.PrivateKey, crypto.Signer, true);
		priv = _tuple$2[0];
		ok$1 = _tuple$2[1];
		/* */ if (!ok$1) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!ok$1) { */ case 4:
			_r$4 = fmt.Errorf("tls: certificate private key of type %T does not implement crypto.Signer", new sliceType$6([cert.PrivateKey])); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = [ptrType$22.nil, _r$4];
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		signatureAlgorithm = 0;
		sigType = 0;
		sigHash = 0;
		/* */ if (ka.version >= 771) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (ka.version >= 771) { */ case 8:
			_r$5 = selectSignatureScheme(ka.version, cert, clientHello.supportedSignatureAlgorithms); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$3 = _r$5;
			signatureAlgorithm = _tuple$3[0];
			err = _tuple$3[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ptrType$22.nil, err];
			}
			_r$6 = typeAndHashFromSignatureScheme(signatureAlgorithm); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$4 = _r$6;
			sigType = _tuple$4[0];
			sigHash = _tuple$4[1];
			err = _tuple$4[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ptrType$22.nil, err];
			}
			$s = 10; continue;
		/* } else { */ case 9:
			_r$7 = priv.Public(); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = legacyTypeAndHashFromPublicKey(_r$7); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$5 = _r$8;
			sigType = _tuple$5[0];
			sigHash = _tuple$5[1];
			err = _tuple$5[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ptrType$22.nil, err];
			}
		/* } */ case 10:
		if (!(((sigType === 225) || (sigType === 226)) === ka.isRSA)) {
			$s = -1; return [ptrType$22.nil, errors.New("tls: certificate cannot be used with the selected cipher suite")];
		}
		_r$9 = hashForServerKeyExchange(sigType, sigHash, ka.version, new sliceType$11([clientHello.random, hello.random, serverECDHEParams])); /* */ $s = 15; case 15: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		signed = _r$9;
		signOpts = (new crypto.Hash(sigHash));
		if (sigType === 226) {
			signOpts = new rsa.PSSOptions.ptr(-1, sigHash);
		}
		_r$10 = priv.Sign(config.rand(), signed, signOpts); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$6 = _r$10;
		sig = _tuple$6[0];
		err = _tuple$6[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 17:
			_r$11 = err.Error(); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = errors.New("tls: failed to sign ECDHE parameters: " + _r$11); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r$1 = [ptrType$22.nil, _r$12];
			$s = 21; case 21: return $24r$1;
		/* } */ case 18:
		skx = new serverKeyExchangeMsg.ptr(sliceType$5.nil, sliceType$5.nil);
		sigAndHashLen = 0;
		if (ka.version >= 771) {
			sigAndHashLen = 2;
		}
		skx.key = $makeSlice(sliceType$5, (((serverECDHEParams.$length + sigAndHashLen >> 0) + 2 >> 0) + sig.$length >> 0));
		$copySlice(skx.key, serverECDHEParams);
		k = $subslice(skx.key, serverECDHEParams.$length);
		if (ka.version >= 771) {
			(0 >= k.$length ? ($throwRuntimeError("index out of range"), undefined) : k.$array[k.$offset + 0] = (((signatureAlgorithm >>> 8 << 16 >>> 16) << 24 >>> 24)));
			(1 >= k.$length ? ($throwRuntimeError("index out of range"), undefined) : k.$array[k.$offset + 1] = ((signatureAlgorithm << 24 >>> 24)));
			k = $subslice(k, 2);
		}
		(0 >= k.$length ? ($throwRuntimeError("index out of range"), undefined) : k.$array[k.$offset + 0] = (((sig.$length >> 8 >> 0) << 24 >>> 24)));
		(1 >= k.$length ? ($throwRuntimeError("index out of range"), undefined) : k.$array[k.$offset + 1] = ((sig.$length << 24 >>> 24)));
		$copySlice($subslice(k, 2), sig);
		$s = -1; return [skx, $ifaceNil];
		/* */ } return; } var $f = {$blk: ecdheKeyAgreement.ptr.prototype.generateServerKeyExchange, $c: true, $r, $24r, $24r$1, _i, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, c, cert, clientHello, config, curveID, ecdhePublic, err, hello, k, ka, ok, ok$1, params, priv, serverECDHEParams, sig, sigAndHashLen, sigHash, sigType, signOpts, signatureAlgorithm, signed, skx, $s};return $f;
	};
	ecdheKeyAgreement.prototype.generateServerKeyExchange = function(config, cert, clientHello, hello) { return this.$val.generateServerKeyExchange(config, cert, clientHello, hello); };
	ecdheKeyAgreement.ptr.prototype.processClientKeyExchange = function(config, cert, ckx, version) {
		var {_r$1, cert, ckx, config, ka, preMasterSecret, version, x, $s, $r, $c} = $restore(this, {config, cert, ckx, version});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ka = this;
		if ((ckx.ciphertext.$length === 0) || !(((((x = ckx.ciphertext, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) >> 0)) === (ckx.ciphertext.$length - 1 >> 0)))) {
			$s = -1; return [sliceType$5.nil, errClientKeyExchange];
		}
		_r$1 = ka.params.SharedKey($subslice(ckx.ciphertext, 1)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		preMasterSecret = _r$1;
		if (preMasterSecret === sliceType$5.nil) {
			$s = -1; return [sliceType$5.nil, errClientKeyExchange];
		}
		$s = -1; return [preMasterSecret, $ifaceNil];
		/* */ } return; } var $f = {$blk: ecdheKeyAgreement.ptr.prototype.processClientKeyExchange, $c: true, $r, _r$1, cert, ckx, config, ka, preMasterSecret, version, x, $s};return $f;
	};
	ecdheKeyAgreement.prototype.processClientKeyExchange = function(config, cert, ckx, version) { return this.$val.processClientKeyExchange(config, cert, ckx, version); };
	ecdheKeyAgreement.ptr.prototype.processServerKeyExchange = function(config, clientHello, serverHello, cert, skx) {
		var {$24r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, cert, clientHello, config, curveID, err, err$1, ka, ok, ourPublicKey, params, publicKey, publicLen, serverECDHEParams, serverHello, sig, sigHash, sigLen, sigType, signatureAlgorithm, signed, skx, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {config, clientHello, serverHello, cert, skx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ka = this;
		if (skx.key.$length < 4) {
			$s = -1; return errServerKeyExchange;
		}
		if (!(((x = skx.key, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 3))) {
			$s = -1; return errors.New("tls: server selected unsupported curve");
		}
		curveID = (((((x$1 = skx.key, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])) << 16 >>> 16)) << 8 << 16 >>> 16) | (((x$2 = skx.key, (2 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 2])) << 16 >>> 16))) >>> 0;
		publicLen = (((x$3 = skx.key, (3 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 3])) >> 0));
		if ((publicLen + 4 >> 0) > skx.key.$length) {
			$s = -1; return errServerKeyExchange;
		}
		serverECDHEParams = $subslice(skx.key, 0, (4 + publicLen >> 0));
		publicKey = $subslice(serverECDHEParams, 4);
		sig = $subslice(skx.key, (4 + publicLen >> 0));
		if (sig.$length < 2) {
			$s = -1; return errServerKeyExchange;
		}
		_r$1 = curveForCurveID(curveID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ok = _tuple[1];
		if (!((curveID === 29)) && !ok) {
			$s = -1; return errors.New("tls: server selected unsupported curve");
		}
		_r$2 = generateECDHEParameters(config.rand(), curveID); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		params = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		ka.params = params;
		_r$3 = params.SharedKey(publicKey); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		ka.preMasterSecret = _r$3;
		if (ka.preMasterSecret === sliceType$5.nil) {
			$s = -1; return errServerKeyExchange;
		}
		_r$4 = params.PublicKey(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		ourPublicKey = _r$4;
		ka.ckx = new clientKeyExchangeMsg.ptr(sliceType$5.nil, sliceType$5.nil);
		ka.ckx.ciphertext = $makeSlice(sliceType$5, (1 + ourPublicKey.$length >> 0));
		(x$4 = ka.ckx.ciphertext, (0 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 0] = ((ourPublicKey.$length << 24 >>> 24))));
		$copySlice($subslice(ka.ckx.ciphertext, 1), ourPublicKey);
		sigType = 0;
		sigHash = 0;
		/* */ if (ka.version >= 771) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (ka.version >= 771) { */ case 5:
			signatureAlgorithm = (((((0 >= sig.$length ? ($throwRuntimeError("index out of range"), undefined) : sig.$array[sig.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) | (((1 >= sig.$length ? ($throwRuntimeError("index out of range"), undefined) : sig.$array[sig.$offset + 1]) << 16 >>> 16))) >>> 0;
			sig = $subslice(sig, 2);
			if (sig.$length < 2) {
				$s = -1; return errServerKeyExchange;
			}
			if (!isSupportedSignatureAlgorithm(signatureAlgorithm, clientHello.supportedSignatureAlgorithms)) {
				$s = -1; return errors.New("tls: certificate used with invalid signature algorithm");
			}
			_r$5 = typeAndHashFromSignatureScheme(signatureAlgorithm); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$2 = _r$5;
			sigType = _tuple$2[0];
			sigHash = _tuple$2[1];
			err = _tuple$2[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			$s = 7; continue;
		/* } else { */ case 6:
			_r$6 = legacyTypeAndHashFromPublicKey(cert.PublicKey); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$3 = _r$6;
			sigType = _tuple$3[0];
			sigHash = _tuple$3[1];
			err = _tuple$3[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 7:
		if (!(((sigType === 225) || (sigType === 226)) === ka.isRSA)) {
			$s = -1; return errServerKeyExchange;
		}
		sigLen = ((((0 >= sig.$length ? ($throwRuntimeError("index out of range"), undefined) : sig.$array[sig.$offset + 0]) >> 0)) << 8 >> 0) | (((1 >= sig.$length ? ($throwRuntimeError("index out of range"), undefined) : sig.$array[sig.$offset + 1]) >> 0));
		if (!(((sigLen + 2 >> 0) === sig.$length))) {
			$s = -1; return errServerKeyExchange;
		}
		sig = $subslice(sig, 2);
		_r$7 = hashForServerKeyExchange(sigType, sigHash, ka.version, new sliceType$11([clientHello.random, serverHello.random, serverECDHEParams])); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		signed = _r$7;
		_r$8 = verifyHandshakeSignature(sigType, cert.PublicKey, sigHash, signed, sig); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$1 = _r$8;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 12:
			_r$9 = err$1.Error(); /* */ $s = 14; case 14: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = errors.New("tls: invalid signature by the server certificate: " + _r$9); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r = _r$10;
			$s = 16; case 16: return $24r;
		/* } */ case 13:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: ecdheKeyAgreement.ptr.prototype.processServerKeyExchange, $c: true, $r, $24r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, cert, clientHello, config, curveID, err, err$1, ka, ok, ourPublicKey, params, publicKey, publicLen, serverECDHEParams, serverHello, sig, sigHash, sigLen, sigType, signatureAlgorithm, signed, skx, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	ecdheKeyAgreement.prototype.processServerKeyExchange = function(config, clientHello, serverHello, cert, skx) { return this.$val.processServerKeyExchange(config, clientHello, serverHello, cert, skx); };
	ecdheKeyAgreement.ptr.prototype.generateClientKeyExchange = function(config, clientHello, cert) {
		var cert, clientHello, config, ka;
		ka = this;
		if (ka.ckx === ptrType$23.nil) {
			return [sliceType$5.nil, ptrType$23.nil, errors.New("tls: missing ServerKeyExchange message")];
		}
		return [ka.preMasterSecret, ka.ckx, $ifaceNil];
	};
	ecdheKeyAgreement.prototype.generateClientKeyExchange = function(config, clientHello, cert) { return this.$val.generateClientKeyExchange(config, clientHello, cert); };
	serverHandshakeStateTLS13.ptr.prototype.handshake = function() {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$2, err$3, err$4, err$5, err$6, err$7, err$8, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.processClientHello(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$2 = hs.checkForResumption(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err$1 = _r$2;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_r$3 = hs.pickCertificate(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err$2 = _r$3;
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		c.buffering = true;
		_r$4 = hs.sendServerParameters(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		err$3 = _r$4;
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		_r$5 = hs.sendServerCertificate(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		err$4 = _r$5;
		if (!($interfaceIsEqual(err$4, $ifaceNil))) {
			$s = -1; return err$4;
		}
		_r$6 = hs.sendServerFinished(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		err$5 = _r$6;
		if (!($interfaceIsEqual(err$5, $ifaceNil))) {
			$s = -1; return err$5;
		}
		_r$7 = c.flush(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		err$6 = _tuple[1];
		if (!($interfaceIsEqual(err$6, $ifaceNil))) {
			$s = -1; return err$6;
		}
		_r$8 = hs.readClientCertificate(); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$7 = _r$8;
		if (!($interfaceIsEqual(err$7, $ifaceNil))) {
			$s = -1; return err$7;
		}
		_r$9 = hs.readClientFinished(); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		err$8 = _r$9;
		if (!($interfaceIsEqual(err$8, $ifaceNil))) {
			$s = -1; return err$8;
		}
		atomic.StoreUint32((c.$ptr_handshakeStatus || (c.$ptr_handshakeStatus = new ptrType$24(function() { return this.$target.handshakeStatus; }, function($v) { this.$target.handshakeStatus = $v; }, c))), 1);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.handshake, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$2, err$3, err$4, err$5, err$6, err$7, err$8, hs, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.handshake = function() { return this.$val.handshake(); };
	serverHandshakeStateTLS13.ptr.prototype.processClientHello = function() {
		var {_i, _i$1, _i$2, _i$3, _i$4, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _tuple, _tuple$1, _tuple$2, c, clientKeyShare, err, err$1, err$2, group, hs, id, ks, ok, params, preferenceList, preferredGroup, selectedGroup, suiteID, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		hs.hello = new serverHelloMsg.ptr(sliceType$5.nil, 0, sliceType$5.nil, sliceType$5.nil, 0, 0, false, false, false, sliceType$5.nil, "", sliceType$11.nil, 0, new keyShare.ptr(0, sliceType$5.nil), false, 0, sliceType$5.nil, sliceType$5.nil, 0);
		hs.hello.vers = 771;
		hs.hello.supportedVersion = c.vers;
		/* */ if (hs.clientHello.supportedVersions.$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (hs.clientHello.supportedVersions.$length === 0) { */ case 1:
			_r$1 = c.sendAlert(47); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: client used the legacy version field to negotiate TLS 1.3");
		/* } */ case 2:
		_ref = hs.clientHello.cipherSuites;
		_i = 0;
		/* while (true) { */ case 4:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
			id = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (id === 22016) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (id === 22016) { */ case 6:
				/* */ if (c.vers < c.config.maxSupportedVersion(false)) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (c.vers < c.config.maxSupportedVersion(false)) { */ case 8:
					_r$2 = c.sendAlert(86); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
					$s = -1; return errors.New("tls: client using inappropriate protocol fallback");
				/* } */ case 9:
				/* break; */ $s = 5; continue;
			/* } */ case 7:
			_i++;
		$s = 4; continue;
		case 5:
		/* */ if (!((hs.clientHello.compressionMethods.$length === 1)) || !(((x = hs.clientHello.compressionMethods, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 0))) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!((hs.clientHello.compressionMethods.$length === 1)) || !(((x = hs.clientHello.compressionMethods, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 0))) { */ case 11:
			_r$3 = c.sendAlert(47); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return errors.New("tls: TLS 1.3 client supports illegal compression methods");
		/* } */ case 12:
		hs.hello.random = $makeSlice(sliceType$5, 32);
		_r$4 = io.ReadFull(c.config.rand(), hs.hello.random); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = _r$4;
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 15:
			_r$5 = c.sendAlert(80); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return err;
		/* } */ case 16:
		/* */ if (!((hs.clientHello.secureRenegotiation.$length === 0))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!((hs.clientHello.secureRenegotiation.$length === 0))) { */ case 18:
			_r$6 = c.sendAlert(40); /* */ $s = 20; case 20: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return errors.New("tls: initial handshake had non-empty renegotiation extension");
		/* } */ case 19:
		/* */ if (hs.clientHello.earlyData) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (hs.clientHello.earlyData) { */ case 21:
			_r$7 = c.sendAlert(110); /* */ $s = 23; case 23: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = -1; return errors.New("tls: client sent unexpected early data");
		/* } */ case 22:
		hs.hello.sessionId = hs.clientHello.sessionId;
		hs.hello.compressionMethod = 0;
		preferenceList = defaultCipherSuitesTLS13;
		if (!hasAESGCMHardwareSupport || !aesgcmPreferred(hs.clientHello.cipherSuites)) {
			preferenceList = defaultCipherSuitesTLS13NoAES;
		}
		_ref$1 = preferenceList;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			suiteID = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			hs.suite = mutualCipherSuiteTLS13(hs.clientHello.cipherSuites, suiteID);
			if (!(hs.suite === ptrType$2.nil)) {
				break;
			}
			_i$1++;
		}
		/* */ if (hs.suite === ptrType$2.nil) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (hs.suite === ptrType$2.nil) { */ case 24:
			_r$8 = c.sendAlert(40); /* */ $s = 26; case 26: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			$s = -1; return errors.New("tls: no cipher suite supported by both client and server");
		/* } */ case 25:
		c.cipherSuite = hs.suite.id;
		hs.hello.cipherSuite = hs.suite.id;
		_r$9 = new crypto.Hash(hs.suite.hash).New(); /* */ $s = 27; case 27: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		hs.transcript = _r$9;
		selectedGroup = 0;
		clientKeyShare = ptrType$25.nil;
		_ref$2 = c.config.curvePreferences();
		_i$2 = 0;
		GroupSelection:
		while (true) {
			if (!(_i$2 < _ref$2.$length)) { break; }
			ks = [ks];
			preferredGroup = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
			_ref$3 = hs.clientHello.keyShares;
			_i$3 = 0;
			while (true) {
				if (!(_i$3 < _ref$3.$length)) { break; }
				ks[0] = $clone(((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]), keyShare);
				if (ks[0].group === preferredGroup) {
					selectedGroup = ks[0].group;
					clientKeyShare = ks[0];
					break GroupSelection;
				}
				_i$3++;
			}
			if (!((selectedGroup === 0))) {
				_i$2++;
				continue;
			}
			_ref$4 = hs.clientHello.supportedCurves;
			_i$4 = 0;
			while (true) {
				if (!(_i$4 < _ref$4.$length)) { break; }
				group = ((_i$4 < 0 || _i$4 >= _ref$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$4.$array[_ref$4.$offset + _i$4]);
				if (group === preferredGroup) {
					selectedGroup = group;
					break;
				}
				_i$4++;
			}
			_i$2++;
		}
		/* */ if (selectedGroup === 0) { $s = 28; continue; }
		/* */ $s = 29; continue;
		/* if (selectedGroup === 0) { */ case 28:
			_r$10 = c.sendAlert(40); /* */ $s = 30; case 30: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
			$s = -1; return errors.New("tls: no ECDHE curve supported by both client and server");
		/* } */ case 29:
		/* */ if (clientKeyShare === ptrType$25.nil) { $s = 31; continue; }
		/* */ $s = 32; continue;
		/* if (clientKeyShare === ptrType$25.nil) { */ case 31:
			_r$11 = hs.doHelloRetryRequest(selectedGroup); /* */ $s = 33; case 33: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			err$1 = _r$11;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			clientKeyShare = (x$1 = hs.clientHello.keyShares, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
		/* } */ case 32:
		_r$12 = curveForCurveID(selectedGroup); /* */ $s = 34; case 34: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_tuple$1 = _r$12;
		ok = _tuple$1[1];
		/* */ if (!((selectedGroup === 29)) && !ok) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (!((selectedGroup === 29)) && !ok) { */ case 35:
			_r$13 = c.sendAlert(80); /* */ $s = 37; case 37: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$13;
			$s = -1; return errors.New("tls: CurvePreferences includes unsupported curve");
		/* } */ case 36:
		_r$14 = generateECDHEParameters(c.config.rand(), selectedGroup); /* */ $s = 38; case 38: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_tuple$2 = _r$14;
		params = _tuple$2[0];
		err$2 = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 39; continue; }
		/* */ $s = 40; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 39:
			_r$15 = c.sendAlert(80); /* */ $s = 41; case 41: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$15;
			$s = -1; return err$2;
		/* } */ case 40:
		_r$16 = params.PublicKey(); /* */ $s = 42; case 42: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		keyShare.copy(hs.hello.serverShare, new keyShare.ptr(selectedGroup, _r$16));
		_r$17 = params.SharedKey(clientKeyShare.data); /* */ $s = 43; case 43: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		hs.sharedKey = _r$17;
		/* */ if (hs.sharedKey === sliceType$5.nil) { $s = 44; continue; }
		/* */ $s = 45; continue;
		/* if (hs.sharedKey === sliceType$5.nil) { */ case 44:
			_r$18 = c.sendAlert(47); /* */ $s = 46; case 46: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$18;
			$s = -1; return errors.New("tls: invalid client key share");
		/* } */ case 45:
		c.serverName = hs.clientHello.serverName;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.processClientHello, $c: true, $r, _i, _i$1, _i$2, _i$3, _i$4, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _tuple, _tuple$1, _tuple$2, c, clientKeyShare, err, err$1, err$2, group, hs, id, ks, ok, params, preferenceList, preferredGroup, selectedGroup, suiteID, x, x$1, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.processClientHello = function() { return this.$val.processClientHello(); };
	serverHandshakeStateTLS13.ptr.prototype.checkForResumption = function() {
		var {_i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, binderKey, c, createdAt, err, hs, i, identity, mode, modeOK, needClientCerts, ok, plaintext, psk, pskBinder, pskSuite, sessionHasClientCerts, sessionState$1, transcript, x, x$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		if (c.config.SessionTicketsDisabled) {
			$s = -1; return $ifaceNil;
		}
		modeOK = false;
		_ref = hs.clientHello.pskModes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			mode = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (mode === 1) {
				modeOK = true;
				break;
			}
			_i++;
		}
		if (!modeOK) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (!((hs.clientHello.pskIdentities.$length === hs.clientHello.pskBinders.$length))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((hs.clientHello.pskIdentities.$length === hs.clientHello.pskBinders.$length))) { */ case 1:
			_r$1 = c.sendAlert(47); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: invalid or missing PSK binders");
		/* } */ case 2:
		if (hs.clientHello.pskIdentities.$length === 0) {
			$s = -1; return $ifaceNil;
		}
		_ref$1 = hs.clientHello.pskIdentities;
		_i$1 = 0;
		/* while (true) { */ case 4:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 5; continue; }
			i = _i$1;
			identity = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), pskIdentity);
			if (i >= 5) {
				/* break; */ $s = 5; continue;
			}
			_r$2 = c.decryptTicket(identity.label); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			plaintext = _tuple[0];
			if (plaintext === sliceType$5.nil) {
				_i$1++;
				/* continue; */ $s = 4; continue;
			}
			sessionState$1 = new sessionStateTLS13.ptr(0, new $Uint64(0, 0), sliceType$5.nil, new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil));
			ok = sessionState$1.unmarshal(plaintext);
			if (!ok) {
				_i$1++;
				/* continue; */ $s = 4; continue;
			}
			createdAt = $clone(time.Unix(((x = sessionState$1.createdAt, new $Int64(x.$high, x.$low))), new $Int64(0, 0)), time.Time);
			_r$3 = c.config.time(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = $clone(_r$3, time.Time).Sub($clone(createdAt, time.Time)); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if ((x$1 = _r$4, (x$1.$high > 140815 || (x$1.$high === 140815 && x$1.$low > 4180213760)))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ((x$1 = _r$4, (x$1.$high > 140815 || (x$1.$high === 140815 && x$1.$low > 4180213760)))) { */ case 7:
				_i$1++;
				/* continue; */ $s = 4; continue;
			/* } */ case 8:
			pskSuite = cipherSuiteTLS13ByID(sessionState$1.cipherSuite);
			if (pskSuite === ptrType$2.nil || !((pskSuite.hash === hs.suite.hash))) {
				_i$1++;
				/* continue; */ $s = 4; continue;
			}
			sessionHasClientCerts = !((sessionState$1.certificate.Certificate.$length === 0));
			needClientCerts = requiresClientCert(c.config.ClientAuth);
			if (needClientCerts && !sessionHasClientCerts) {
				_i$1++;
				/* continue; */ $s = 4; continue;
			}
			if (sessionHasClientCerts && (c.config.ClientAuth === 0)) {
				_i$1++;
				/* continue; */ $s = 4; continue;
			}
			_r$5 = hs.suite.expandLabel(sessionState$1.resumptionSecret, "resumption", sliceType$5.nil, new crypto.Hash(hs.suite.hash).Size()); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			psk = _r$5;
			_r$6 = hs.suite.extract(psk, sliceType$5.nil); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			hs.earlySecret = _r$6;
			_r$7 = hs.suite.deriveSecret(hs.earlySecret, "res binder", $ifaceNil); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			binderKey = _r$7;
			_r$8 = cloneHash(hs.transcript, hs.suite.hash); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			transcript = _r$8;
			/* */ if ($interfaceIsEqual(transcript, $ifaceNil)) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if ($interfaceIsEqual(transcript, $ifaceNil)) { */ case 15:
				_r$9 = c.sendAlert(80); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$9;
				$s = -1; return errors.New("tls: internal error: failed to clone hash");
			/* } */ case 16:
			_r$10 = hs.clientHello.marshalWithoutBinders(); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = transcript.Write(_r$10); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			_r$12 = hs.suite.finishedHash(binderKey, transcript); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			pskBinder = _r$12;
			/* */ if (!hmac.Equal((x$2 = hs.clientHello.pskBinders, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i])), pskBinder)) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (!hmac.Equal((x$2 = hs.clientHello.pskBinders, ((i < 0 || i >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i])), pskBinder)) { */ case 21:
				_r$13 = c.sendAlert(51); /* */ $s = 23; case 23: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$13;
				$s = -1; return errors.New("tls: invalid PSK binder");
			/* } */ case 22:
			c.didResume = true;
			_r$14 = c.processCertsFromClient($clone(sessionState$1.certificate, Certificate)); /* */ $s = 24; case 24: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			err = _r$14;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			hs.hello.selectedIdentityPresent = true;
			hs.hello.selectedIdentity = ((i << 16 >>> 16));
			hs.usingPSK = true;
			$s = -1; return $ifaceNil;
		case 5:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.checkForResumption, $c: true, $r, _i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, binderKey, c, createdAt, err, hs, i, identity, mode, modeOK, needClientCerts, ok, plaintext, psk, pskBinder, pskSuite, sessionHasClientCerts, sessionState$1, transcript, x, x$1, x$2, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.checkForResumption = function() { return this.$val.checkForResumption(); };
	cloneHash = function(in$1, h) {
		var {_r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, err, err$1, h, in$1, marshaler, ok, out, state, unmarshaler, $s, $r, $c} = $restore(this, {in$1, h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(in$1, binaryMarshaler, true);
		marshaler = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = marshaler.MarshalBinary(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		state = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return $ifaceNil;
		}
		_r$2 = new crypto.Hash(h).New(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		out = _r$2;
		_tuple$2 = $assertType(out, binaryMarshaler, true);
		unmarshaler = _tuple$2[0];
		ok = _tuple$2[1];
		if (!ok) {
			$s = -1; return $ifaceNil;
		}
		_r$3 = unmarshaler.UnmarshalBinary(state); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err$1 = _r$3;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return $ifaceNil;
		}
		$s = -1; return out;
		/* */ } return; } var $f = {$blk: cloneHash, $c: true, $r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, err, err$1, h, in$1, marshaler, ok, out, state, unmarshaler, $s};return $f;
	};
	serverHandshakeStateTLS13.ptr.prototype.pickCertificate = function() {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, certificate, err, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		if (hs.usingPSK) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (hs.clientHello.supportedSignatureAlgorithms.$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (hs.clientHello.supportedSignatureAlgorithms.$length === 0) { */ case 1:
			_r$1 = c.sendAlert(109); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$2 = c.config.getCertificate(clientHelloInfo(hs.ctx, c, hs.clientHello)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		certificate = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
			/* */ if ($interfaceIsEqual(err, errNoCertificates)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ($interfaceIsEqual(err, errNoCertificates)) { */ case 8:
				_r$3 = c.sendAlert(112); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				$s = 10; continue;
			/* } else { */ case 9:
				_r$4 = c.sendAlert(80); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
			/* } */ case 10:
			$s = -1; return err;
		/* } */ case 7:
		_r$5 = selectSignatureScheme(c.vers, certificate, hs.clientHello.supportedSignatureAlgorithms); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$1 = _r$5;
		hs.sigAlg = _tuple$1[0];
		err = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 14:
			_r$6 = c.sendAlert(40); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return err;
		/* } */ case 15:
		hs.cert = certificate;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.pickCertificate, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, certificate, err, hs, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.pickCertificate = function() { return this.$val.pickCertificate(); };
	serverHandshakeStateTLS13.ptr.prototype.sendDummyChangeCipherSpec = function() {
		var {_r$1, _tuple, err, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		if (hs.sentDummyCCS) {
			$s = -1; return $ifaceNil;
		}
		hs.sentDummyCCS = true;
		_r$1 = hs.c.writeRecord(20, new sliceType$5([1])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.sendDummyChangeCipherSpec, $c: true, $r, _r$1, _tuple, err, hs, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.sendDummyChangeCipherSpec = function() { return this.$val.sendDummyChangeCipherSpec(); };
	serverHandshakeStateTLS13.ptr.prototype.doHelloRetryRequest = function(selectedGroup) {
		var {$24r, _arg, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, c, chHash, clientHello, err, err$1, err$2, helloRetryRequest, hs, msg, ok, selectedGroup, x, $s, $r, $c} = $restore(this, {selectedGroup});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.clientHello.marshal(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = hs.transcript.Write(_r$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = hs.transcript.Sum(sliceType$5.nil); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		chHash = _r$3;
		$r = hs.transcript.Reset(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$4 = hs.transcript.Write(new sliceType$5([254, 0, 0, ((chHash.$length << 24 >>> 24))])); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = hs.transcript.Write(chHash); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		helloRetryRequest = new serverHelloMsg.ptr(sliceType$5.nil, hs.hello.vers, helloRetryRequestRandom, hs.hello.sessionId, hs.hello.cipherSuite, hs.hello.compressionMethod, false, false, false, sliceType$5.nil, "", sliceType$11.nil, hs.hello.supportedVersion, new keyShare.ptr(0, sliceType$5.nil), false, 0, sliceType$5.nil, sliceType$5.nil, selectedGroup);
		_r$6 = helloRetryRequest.marshal(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = hs.transcript.Write(_r$6); /* */ $s = 8; case 8: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = helloRetryRequest.marshal(); /* */ $s = 9; case 9: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_arg = _r$8;
		_r$9 = c.writeRecord(22, _arg); /* */ $s = 10; case 10: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple = _r$9;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$10 = hs.sendDummyChangeCipherSpec(); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		err$1 = _r$10;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_r$11 = c.readHandshake(); /* */ $s = 12; case 12: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_tuple$1 = _r$11;
		msg = _tuple$1[0];
		err$2 = _tuple$1[1];
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		_tuple$2 = $assertType(msg, ptrType$26, true);
		clientHello = _tuple$2[0];
		ok = _tuple$2[1];
		/* */ if (!ok) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!ok) { */ case 13:
			_r$12 = c.sendAlert(10); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$12;
			_r$13 = unexpectedMessageError(clientHello, msg); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			$24r = _r$13;
			$s = 17; case 17: return $24r;
		/* } */ case 14:
		/* */ if (!((clientHello.keyShares.$length === 1)) || !(((x = clientHello.keyShares, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).group === selectedGroup))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!((clientHello.keyShares.$length === 1)) || !(((x = clientHello.keyShares, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).group === selectedGroup))) { */ case 18:
			_r$14 = c.sendAlert(47); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$14;
			$s = -1; return errors.New("tls: client sent invalid key share in second ClientHello");
		/* } */ case 19:
		/* */ if (clientHello.earlyData) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (clientHello.earlyData) { */ case 21:
			_r$15 = c.sendAlert(47); /* */ $s = 23; case 23: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$15;
			$s = -1; return errors.New("tls: client indicated early data in second ClientHello");
		/* } */ case 22:
		/* */ if (illegalClientHelloChange(clientHello, hs.clientHello)) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (illegalClientHelloChange(clientHello, hs.clientHello)) { */ case 24:
			_r$16 = c.sendAlert(47); /* */ $s = 26; case 26: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$16;
			$s = -1; return errors.New("tls: client illegally modified second ClientHello");
		/* } */ case 25:
		hs.clientHello = clientHello;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.doHelloRetryRequest, $c: true, $r, $24r, _arg, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, c, chHash, clientHello, err, err$1, err$2, helloRetryRequest, hs, msg, ok, selectedGroup, x, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.doHelloRetryRequest = function(selectedGroup) { return this.$val.doHelloRetryRequest(selectedGroup); };
	illegalClientHelloChange = function(ch, ch1) {
		var _i, _i$1, _i$2, _i$3, _i$4, _i$5, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _ref$5, ch, ch1, i, i$1, i$2, i$3, i$4, i$5, x, x$1, x$10, x$11, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9;
		if (!((ch.supportedVersions.$length === ch1.supportedVersions.$length)) || !((ch.cipherSuites.$length === ch1.cipherSuites.$length)) || !((ch.supportedCurves.$length === ch1.supportedCurves.$length)) || !((ch.supportedSignatureAlgorithms.$length === ch1.supportedSignatureAlgorithms.$length)) || !((ch.supportedSignatureAlgorithmsCert.$length === ch1.supportedSignatureAlgorithmsCert.$length)) || !((ch.alpnProtocols.$length === ch1.alpnProtocols.$length))) {
			return true;
		}
		_ref = ch.supportedVersions;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (!(((x = ch.supportedVersions, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])) === (x$1 = ch1.supportedVersions, ((i < 0 || i >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + i]))))) {
				return true;
			}
			_i++;
		}
		_ref$1 = ch.cipherSuites;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			if (!(((x$2 = ch.cipherSuites, ((i$1 < 0 || i$1 >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + i$1])) === (x$3 = ch1.cipherSuites, ((i$1 < 0 || i$1 >= x$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + i$1]))))) {
				return true;
			}
			_i$1++;
		}
		_ref$2 = ch.supportedCurves;
		_i$2 = 0;
		while (true) {
			if (!(_i$2 < _ref$2.$length)) { break; }
			i$2 = _i$2;
			if (!(((x$4 = ch.supportedCurves, ((i$2 < 0 || i$2 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + i$2])) === (x$5 = ch1.supportedCurves, ((i$2 < 0 || i$2 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i$2]))))) {
				return true;
			}
			_i$2++;
		}
		_ref$3 = ch.supportedSignatureAlgorithms;
		_i$3 = 0;
		while (true) {
			if (!(_i$3 < _ref$3.$length)) { break; }
			i$3 = _i$3;
			if (!(((x$6 = ch.supportedSignatureAlgorithms, ((i$3 < 0 || i$3 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i$3])) === (x$7 = ch1.supportedSignatureAlgorithms, ((i$3 < 0 || i$3 >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + i$3]))))) {
				return true;
			}
			_i$3++;
		}
		_ref$4 = ch.supportedSignatureAlgorithmsCert;
		_i$4 = 0;
		while (true) {
			if (!(_i$4 < _ref$4.$length)) { break; }
			i$4 = _i$4;
			if (!(((x$8 = ch.supportedSignatureAlgorithmsCert, ((i$4 < 0 || i$4 >= x$8.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + i$4])) === (x$9 = ch1.supportedSignatureAlgorithmsCert, ((i$4 < 0 || i$4 >= x$9.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$9.$array[x$9.$offset + i$4]))))) {
				return true;
			}
			_i$4++;
		}
		_ref$5 = ch.alpnProtocols;
		_i$5 = 0;
		while (true) {
			if (!(_i$5 < _ref$5.$length)) { break; }
			i$5 = _i$5;
			if (!((x$10 = ch.alpnProtocols, ((i$5 < 0 || i$5 >= x$10.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$10.$array[x$10.$offset + i$5])) === (x$11 = ch1.alpnProtocols, ((i$5 < 0 || i$5 >= x$11.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$11.$array[x$11.$offset + i$5])))) {
				return true;
			}
			_i$5++;
		}
		return !((ch.vers === ch1.vers)) || !bytes.Equal(ch.random, ch1.random) || !bytes.Equal(ch.sessionId, ch1.sessionId) || !bytes.Equal(ch.compressionMethods, ch1.compressionMethods) || !(ch.serverName === ch1.serverName) || !(ch.ocspStapling === ch1.ocspStapling) || !bytes.Equal(ch.supportedPoints, ch1.supportedPoints) || !(ch.ticketSupported === ch1.ticketSupported) || !bytes.Equal(ch.sessionTicket, ch1.sessionTicket) || !(ch.secureRenegotiationSupported === ch1.secureRenegotiationSupported) || !bytes.Equal(ch.secureRenegotiation, ch1.secureRenegotiation) || !(ch.scts === ch1.scts) || !bytes.Equal(ch.cookie, ch1.cookie) || !bytes.Equal(ch.pskModes, ch1.pskModes);
	};
	serverHandshakeStateTLS13.ptr.prototype.sendServerParameters = function() {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, c, clientSecret, earlySecret, encryptedExtensions, err, err$1, err$2, err$3, hs, selectedProto, serverSecret, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.clientHello.marshal(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = hs.transcript.Write(_r$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = hs.hello.marshal(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = hs.transcript.Write(_r$3); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = hs.hello.marshal(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg = _r$5;
		_r$6 = c.writeRecord(22, _arg); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$7 = hs.sendDummyChangeCipherSpec(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		err$1 = _r$7;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		earlySecret = hs.earlySecret;
		/* */ if (earlySecret === sliceType$5.nil) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (earlySecret === sliceType$5.nil) { */ case 8:
			_r$8 = hs.suite.extract(sliceType$5.nil, sliceType$5.nil); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			earlySecret = _r$8;
		/* } */ case 9:
		_arg$1 = hs.sharedKey;
		_r$9 = hs.suite.deriveSecret(earlySecret, "derived", $ifaceNil); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_arg$2 = _r$9;
		_r$10 = hs.suite.extract(_arg$1, _arg$2); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		hs.handshakeSecret = _r$10;
		_r$11 = hs.suite.deriveSecret(hs.handshakeSecret, "c hs traffic", hs.transcript); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		clientSecret = _r$11;
		$r = c.in$27.setTrafficSecret(hs.suite, clientSecret); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$12 = hs.suite.deriveSecret(hs.handshakeSecret, "s hs traffic", hs.transcript); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		serverSecret = _r$12;
		$r = c.out.setTrafficSecret(hs.suite, serverSecret); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$13 = c.config.writeKeyLog("CLIENT_HANDSHAKE_TRAFFIC_SECRET", hs.clientHello.random, clientSecret); /* */ $s = 17; case 17: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		err$2 = _r$13;
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 18:
			_r$14 = c.sendAlert(80); /* */ $s = 20; case 20: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$14;
			$s = -1; return err$2;
		/* } */ case 19:
		_r$15 = c.config.writeKeyLog("SERVER_HANDSHAKE_TRAFFIC_SECRET", hs.clientHello.random, serverSecret); /* */ $s = 21; case 21: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		err$2 = _r$15;
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 22:
			_r$16 = c.sendAlert(80); /* */ $s = 24; case 24: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$16;
			$s = -1; return err$2;
		/* } */ case 23:
		encryptedExtensions = new encryptedExtensionsMsg.ptr(sliceType$5.nil, "");
		_r$17 = negotiateALPN(c.config.NextProtos, hs.clientHello.alpnProtocols); /* */ $s = 25; case 25: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		_tuple$1 = _r$17;
		selectedProto = _tuple$1[0];
		err$2 = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 26:
			_r$18 = c.sendAlert(120); /* */ $s = 28; case 28: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_r$18;
			$s = -1; return err$2;
		/* } */ case 27:
		encryptedExtensions.alpnProtocol = selectedProto;
		c.clientProtocol = selectedProto;
		_r$19 = encryptedExtensions.marshal(); /* */ $s = 29; case 29: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_r$20 = hs.transcript.Write(_r$19); /* */ $s = 30; case 30: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		_r$20;
		_r$21 = encryptedExtensions.marshal(); /* */ $s = 31; case 31: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		_arg$3 = _r$21;
		_r$22 = c.writeRecord(22, _arg$3); /* */ $s = 32; case 32: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
		_tuple$2 = _r$22;
		err$3 = _tuple$2[1];
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.sendServerParameters, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, c, clientSecret, earlySecret, encryptedExtensions, err, err$1, err$2, err$3, hs, selectedProto, serverSecret, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.sendServerParameters = function() { return this.$val.sendServerParameters(); };
	serverHandshakeStateTLS13.ptr.prototype.requestClientCert = function() {
		var hs;
		hs = this;
		return hs.c.config.ClientAuth >= 1 && !hs.usingPSK;
	};
	serverHandshakeStateTLS13.prototype.requestClientCert = function() { return this.$val.requestClientCert(); };
	serverHandshakeStateTLS13.ptr.prototype.sendServerCertificate = function() {
		var {$24r, $24r$1, _arg, _arg$1, _arg$2, _q, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, c, certMsg, certReq, certVerifyMsg, err, err$1, err$2, err$3, hs, ok, public$1, rsaKey, sig, sigHash, sigType, signOpts, signed, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		if (hs.usingPSK) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (hs.requestClientCert()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (hs.requestClientCert()) { */ case 1:
			certReq = new certificateRequestMsgTLS13.ptr(sliceType$5.nil, false, false, sliceType$7.nil, sliceType$7.nil, sliceType$11.nil);
			certReq.ocspStapling = true;
			certReq.scts = true;
			certReq.supportedSignatureAlgorithms = supportedSignatureAlgorithms;
			if (!(c.config.ClientCAs === ptrType.nil)) {
				certReq.certificateAuthorities = c.config.ClientCAs.Subjects();
			}
			_r$1 = certReq.marshal(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = hs.transcript.Write(_r$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = certReq.marshal(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_arg = _r$3;
			_r$4 = c.writeRecord(22, _arg); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple = _r$4;
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 2:
		certMsg = new certificateMsgTLS13.ptr(sliceType$5.nil, new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), false, false);
		Certificate.copy(certMsg.certificate, hs.cert);
		certMsg.scts = hs.clientHello.scts && hs.cert.SignedCertificateTimestamps.$length > 0;
		certMsg.ocspStapling = hs.clientHello.ocspStapling && hs.cert.OCSPStaple.$length > 0;
		_r$5 = certMsg.marshal(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = hs.transcript.Write(_r$5); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		_r$7 = certMsg.marshal(); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_arg$1 = _r$7;
		_r$8 = c.writeRecord(22, _arg$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$1 = _r$8;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		certVerifyMsg = new certificateVerifyMsg.ptr(sliceType$5.nil, false, 0, sliceType$5.nil);
		certVerifyMsg.hasSignatureAlgorithm = true;
		certVerifyMsg.signatureAlgorithm = hs.sigAlg;
		_r$9 = typeAndHashFromSignatureScheme(hs.sigAlg); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$2 = _r$9;
		sigType = _tuple$2[0];
		sigHash = _tuple$2[1];
		err$2 = _tuple$2[2];
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 12:
			_r$10 = c.sendAlert(80); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r = _r$10;
			$s = 15; case 15: return $24r;
		/* } */ case 13:
		_r$11 = signedMessage(sigHash, "TLS 1.3, server CertificateVerify\x00", hs.transcript); /* */ $s = 16; case 16: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		signed = _r$11;
		signOpts = (new crypto.Hash(sigHash));
		if (sigType === 226) {
			signOpts = new rsa.PSSOptions.ptr(-1, sigHash);
		}
		_r$12 = $assertType(hs.cert.PrivateKey, crypto.Signer).Sign(c.config.rand(), signed, signOpts); /* */ $s = 17; case 17: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_tuple$3 = _r$12;
		sig = _tuple$3[0];
		err$2 = _tuple$3[1];
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 18:
			_r$13 = $assertType(hs.cert.PrivateKey, crypto.Signer).Public(); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			public$1 = _r$13;
			_tuple$4 = $assertType(public$1, ptrType$11, true);
			rsaKey = _tuple$4[0];
			ok = _tuple$4[1];
			/* */ if (ok && (sigType === 226) && (_q = rsaKey.N.BitLen() / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) < (($imul(new crypto.Hash(sigHash).Size(), 2)) + 2 >> 0)) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (ok && (sigType === 226) && (_q = rsaKey.N.BitLen() / 8, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) < (($imul(new crypto.Hash(sigHash).Size(), 2)) + 2 >> 0)) { */ case 21:
				_r$14 = c.sendAlert(40); /* */ $s = 24; case 24: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
				$s = 23; continue;
			/* } else { */ case 22:
				_r$15 = c.sendAlert(80); /* */ $s = 25; case 25: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$15;
			/* } */ case 23:
			_r$16 = err$2.Error(); /* */ $s = 26; case 26: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$17 = errors.New("tls: failed to sign handshake: " + _r$16); /* */ $s = 27; case 27: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			$24r$1 = _r$17;
			$s = 28; case 28: return $24r$1;
		/* } */ case 19:
		certVerifyMsg.signature = sig;
		_r$18 = certVerifyMsg.marshal(); /* */ $s = 29; case 29: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		_r$19 = hs.transcript.Write(_r$18); /* */ $s = 30; case 30: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_r$19;
		_r$20 = certVerifyMsg.marshal(); /* */ $s = 31; case 31: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		_arg$2 = _r$20;
		_r$21 = c.writeRecord(22, _arg$2); /* */ $s = 32; case 32: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		_tuple$5 = _r$21;
		err$3 = _tuple$5[1];
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.sendServerCertificate, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _arg$2, _q, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, c, certMsg, certReq, certVerifyMsg, err, err$1, err$2, err$3, hs, ok, public$1, rsaKey, sig, sigHash, sigType, signOpts, signed, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.sendServerCertificate = function() { return this.$val.sendServerCertificate(); };
	serverHandshakeStateTLS13.ptr.prototype.sendServerFinished = function() {
		var {_arg, _arg$1, _arg$2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$2, finished, hs, serverSecret, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.suite.finishedHash(c.out.trafficSecret, hs.transcript); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		finished = new finishedMsg.ptr(sliceType$5.nil, _r$1);
		_r$2 = finished.marshal(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = hs.transcript.Write(_r$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = finished.marshal(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_arg = _r$4;
		_r$5 = c.writeRecord(22, _arg); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_arg$1 = sliceType$5.nil;
		_r$6 = hs.suite.deriveSecret(hs.handshakeSecret, "derived", $ifaceNil); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg$2 = _r$6;
		_r$7 = hs.suite.extract(_arg$1, _arg$2); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		hs.masterSecret = _r$7;
		_r$8 = hs.suite.deriveSecret(hs.masterSecret, "c ap traffic", hs.transcript); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		hs.trafficSecret = _r$8;
		_r$9 = hs.suite.deriveSecret(hs.masterSecret, "s ap traffic", hs.transcript); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		serverSecret = _r$9;
		$r = c.out.setTrafficSecret(hs.suite, serverSecret); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$10 = c.config.writeKeyLog("CLIENT_TRAFFIC_SECRET_0", hs.clientHello.random, hs.trafficSecret); /* */ $s = 11; case 11: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		err$1 = _r$10;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 12:
			_r$11 = c.sendAlert(80); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			$s = -1; return err$1;
		/* } */ case 13:
		_r$12 = c.config.writeKeyLog("SERVER_TRAFFIC_SECRET_0", hs.clientHello.random, serverSecret); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		err$1 = _r$12;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 16:
			_r$13 = c.sendAlert(80); /* */ $s = 18; case 18: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$13;
			$s = -1; return err$1;
		/* } */ case 17:
		_r$14 = hs.suite.exportKeyingMaterial(hs.masterSecret, hs.transcript); /* */ $s = 19; case 19: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		c.ekm = _r$14;
		/* */ if (!hs.requestClientCert()) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (!hs.requestClientCert()) { */ case 20:
			_r$15 = hs.sendSessionTickets(); /* */ $s = 22; case 22: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			err$2 = _r$15;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
		/* } */ case 21:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.sendServerFinished, $c: true, $r, _arg, _arg$1, _arg$2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$2, finished, hs, serverSecret, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.sendServerFinished = function() { return this.$val.sendServerFinished(); };
	serverHandshakeStateTLS13.ptr.prototype.shouldSendSessionTickets = function() {
		var _i, _ref, hs, pskMode;
		hs = this;
		if (hs.c.config.SessionTicketsDisabled) {
			return false;
		}
		_ref = hs.clientHello.pskModes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			pskMode = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (pskMode === 1) {
				return true;
			}
			_i++;
		}
		return false;
	};
	serverHandshakeStateTLS13.prototype.shouldSendSessionTickets = function() { return this.$val.shouldSendSessionTickets(); };
	serverHandshakeStateTLS13.ptr.prototype.sendSessionTickets = function() {
		var {_arg, _i, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, ageAdd, c, cert, certsFromClient, err, err$1, finishedMsg$1, hs, m, resumptionSecret, state, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.suite.finishedHash(c.in$27.trafficSecret, hs.transcript); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		hs.clientFinished = _r$1;
		finishedMsg$1 = new finishedMsg.ptr(sliceType$5.nil, hs.clientFinished);
		_r$2 = finishedMsg$1.marshal(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = hs.transcript.Write(_r$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		if (!hs.shouldSendSessionTickets()) {
			$s = -1; return $ifaceNil;
		}
		_r$4 = hs.suite.deriveSecret(hs.masterSecret, "res master", hs.transcript); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		resumptionSecret = _r$4;
		m = new newSessionTicketMsgTLS13.ptr(sliceType$5.nil, 0, 0, sliceType$5.nil, sliceType$5.nil, 0);
		certsFromClient = sliceType$11.nil;
		_ref = c.peerCertificates;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cert = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			certsFromClient = $append(certsFromClient, cert.Raw);
			_i++;
		}
		_r$5 = c.config.time(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, time.Time).Unix(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		state = new sessionStateTLS13.ptr(hs.suite.id, ((x = _r$6, new $Uint64(x.$high, x.$low))), resumptionSecret, new Certificate.ptr(certsFromClient, $ifaceNil, sliceType$7.nil, c.ocspResponse, c.scts, ptrType$5.nil));
		err = $ifaceNil;
		_r$7 = state.marshal(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = c.encryptTicket(_r$7); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple = _r$8;
		m.label = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		m.lifetime = 604800;
		ageAdd = $makeSlice(sliceType$5, 4);
		_r$9 = hs.c.config.rand().Read(ageAdd); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$1 = _r$9;
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		m.ageAdd = $clone(binary.LittleEndian, binary.littleEndian).Uint32(ageAdd);
		_r$10 = m.marshal(); /* */ $s = 10; case 10: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_arg = _r$10;
		_r$11 = c.writeRecord(22, _arg); /* */ $s = 11; case 11: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_tuple$2 = _r$11;
		err$1 = _tuple$2[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.sendSessionTickets, $c: true, $r, _arg, _i, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, ageAdd, c, cert, certsFromClient, err, err$1, finishedMsg$1, hs, m, resumptionSecret, state, x, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.sendSessionTickets = function() { return this.$val.sendSessionTickets(); };
	serverHandshakeStateTLS13.ptr.prototype.readClientCertificate = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, c, certMsg, certVerify, err, err$1, err$2, err$3, err$4, err$5, err$6, hs, msg, ok, ok$1, sigHash, sigType, signed, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		/* */ if (!hs.requestClientCert()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!hs.requestClientCert()) { */ case 1:
			/* */ if (!(c.config.VerifyConnection === $throwNilPointerError)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(c.config.VerifyConnection === $throwNilPointerError)) { */ case 3:
				_r$1 = c.config.VerifyConnection($clone(c.connectionStateLocked(), ConnectionState)); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				err = _r$1;
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
					_r$2 = c.sendAlert(42); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
					$s = -1; return err;
				/* } */ case 7:
			/* } */ case 4:
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		_r$3 = c.readHandshake(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		msg = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_tuple$1 = $assertType(msg, ptrType$27, true);
		certMsg = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!ok) { */ case 10:
			_r$4 = c.sendAlert(10); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			_r$5 = unexpectedMessageError(certMsg, msg); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r = _r$5;
			$s = 14; case 14: return $24r;
		/* } */ case 11:
		_r$6 = certMsg.marshal(); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = hs.transcript.Write(_r$6); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = c.processCertsFromClient($clone(certMsg.certificate, Certificate)); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$2 = _r$8;
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		/* */ if (!(c.config.VerifyConnection === $throwNilPointerError)) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!(c.config.VerifyConnection === $throwNilPointerError)) { */ case 18:
			_r$9 = c.config.VerifyConnection($clone(c.connectionStateLocked(), ConnectionState)); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err$3 = _r$9;
			/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 21:
				_r$10 = c.sendAlert(42); /* */ $s = 23; case 23: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
				$s = -1; return err$3;
			/* } */ case 22:
		/* } */ case 19:
		/* */ if (!((certMsg.certificate.Certificate.$length === 0))) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (!((certMsg.certificate.Certificate.$length === 0))) { */ case 24:
			_r$11 = c.readHandshake(); /* */ $s = 26; case 26: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_tuple$2 = _r$11;
			msg = _tuple$2[0];
			err$1 = _tuple$2[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			_tuple$3 = $assertType(msg, ptrType$28, true);
			certVerify = _tuple$3[0];
			ok$1 = _tuple$3[1];
			/* */ if (!ok$1) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (!ok$1) { */ case 27:
				_r$12 = c.sendAlert(10); /* */ $s = 29; case 29: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$12;
				_r$13 = unexpectedMessageError(certVerify, msg); /* */ $s = 30; case 30: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$24r$1 = _r$13;
				$s = 31; case 31: return $24r$1;
			/* } */ case 28:
			/* */ if (!isSupportedSignatureAlgorithm(certVerify.signatureAlgorithm, supportedSignatureAlgorithms)) { $s = 32; continue; }
			/* */ $s = 33; continue;
			/* if (!isSupportedSignatureAlgorithm(certVerify.signatureAlgorithm, supportedSignatureAlgorithms)) { */ case 32:
				_r$14 = c.sendAlert(47); /* */ $s = 34; case 34: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
				$s = -1; return errors.New("tls: client certificate used with invalid signature algorithm");
			/* } */ case 33:
			_r$15 = typeAndHashFromSignatureScheme(certVerify.signatureAlgorithm); /* */ $s = 35; case 35: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_tuple$4 = _r$15;
			sigType = _tuple$4[0];
			sigHash = _tuple$4[1];
			err$4 = _tuple$4[2];
			/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 36:
				_r$16 = c.sendAlert(80); /* */ $s = 38; case 38: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				$24r$2 = _r$16;
				$s = 39; case 39: return $24r$2;
			/* } */ case 37:
			/* */ if ((sigType === 225) || (sigHash === 3)) { $s = 40; continue; }
			/* */ $s = 41; continue;
			/* if ((sigType === 225) || (sigHash === 3)) { */ case 40:
				_r$17 = c.sendAlert(47); /* */ $s = 42; case 42: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$17;
				$s = -1; return errors.New("tls: client certificate used with invalid signature algorithm");
			/* } */ case 41:
			_r$18 = signedMessage(sigHash, "TLS 1.3, client CertificateVerify\x00", hs.transcript); /* */ $s = 43; case 43: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			signed = _r$18;
			_r$19 = verifyHandshakeSignature(sigType, (x = c.peerCertificates, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).PublicKey, sigHash, signed, certVerify.signature); /* */ $s = 44; case 44: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			err$5 = _r$19;
			/* */ if (!($interfaceIsEqual(err$5, $ifaceNil))) { $s = 45; continue; }
			/* */ $s = 46; continue;
			/* if (!($interfaceIsEqual(err$5, $ifaceNil))) { */ case 45:
				_r$20 = c.sendAlert(51); /* */ $s = 47; case 47: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$20;
				_r$21 = err$5.Error(); /* */ $s = 48; case 48: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$22 = errors.New("tls: invalid signature by the client certificate: " + _r$21); /* */ $s = 49; case 49: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				$24r$3 = _r$22;
				$s = 50; case 50: return $24r$3;
			/* } */ case 46:
			_r$23 = certVerify.marshal(); /* */ $s = 51; case 51: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_r$24 = hs.transcript.Write(_r$23); /* */ $s = 52; case 52: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			_r$24;
		/* } */ case 25:
		_r$25 = hs.sendSessionTickets(); /* */ $s = 53; case 53: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
		err$6 = _r$25;
		if (!($interfaceIsEqual(err$6, $ifaceNil))) {
			$s = -1; return err$6;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.readClientCertificate, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, c, certMsg, certVerify, err, err$1, err$2, err$3, err$4, err$5, err$6, hs, msg, ok, ok$1, sigHash, sigType, signed, x, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.readClientCertificate = function() { return this.$val.readClientCertificate(); };
	serverHandshakeStateTLS13.ptr.prototype.readClientFinished = function() {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, c, err, finished, hs, msg, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.readHandshake(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		msg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_tuple$1 = $assertType(msg, ptrType$29, true);
		finished = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$2 = c.sendAlert(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = unexpectedMessageError(finished, msg); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		/* */ if (!hmac.Equal(hs.clientFinished, finished.verifyData)) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!hmac.Equal(hs.clientFinished, finished.verifyData)) { */ case 7:
			_r$4 = c.sendAlert(51); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			$s = -1; return errors.New("tls: invalid client finished hash");
		/* } */ case 8:
		$r = c.in$27.setTrafficSecret(hs.suite, hs.trafficSecret); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeStateTLS13.ptr.prototype.readClientFinished, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, c, err, finished, hs, msg, ok, $s};return $f;
	};
	serverHandshakeStateTLS13.prototype.readClientFinished = function() { return this.$val.readClientFinished(); };
	Conn.ptr.prototype.serverHandshake = function(ctx) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _tuple, c, clientHello, ctx, err, hs, hs$1, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.readClientHello(ctx); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		clientHello = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		/* */ if (c.vers === 772) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (c.vers === 772) { */ case 2:
			hs = new serverHandshakeStateTLS13.ptr(c, ctx, clientHello, ptrType$30.nil, false, false, ptrType$2.nil, ptrType$31.nil, 0, sliceType$5.nil, sliceType$5.nil, sliceType$5.nil, sliceType$5.nil, sliceType$5.nil, $ifaceNil, sliceType$5.nil);
			_r$2 = hs.handshake(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		hs$1 = new serverHandshakeState.ptr(c, ctx, clientHello, ptrType$30.nil, ptrType$3.nil, false, false, false, false, ptrType$32.nil, new finishedHash.ptr($ifaceNil, $ifaceNil, $ifaceNil, $ifaceNil, sliceType$5.nil, 0, $throwNilPointerError), sliceType$5.nil, ptrType$31.nil);
		_r$3 = hs$1.handshake(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.serverHandshake, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _tuple, c, clientHello, ctx, err, hs, hs$1, $s};return $f;
	};
	Conn.prototype.serverHandshake = function(ctx) { return this.$val.serverHandshake(ctx); };
	serverHandshakeState.ptr.prototype.handshake = function() {
		var {_r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, c, err, err$1, err$10, err$11, err$12, err$13, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.processClientHello(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		c.buffering = true;
		_r$2 = hs.checkForResumption(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (_r$2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_r$2) { */ case 2:
			c.didResume = true;
			_r$3 = hs.doResumeHandshake(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err$1 = _r$3;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			_r$4 = hs.establishKeys(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			err$2 = _r$4;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
			_r$5 = hs.sendSessionTicket(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			err$3 = _r$5;
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return err$3;
			}
			_r$6 = hs.sendFinished(new sliceType$5(c.serverFinished)); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			err$4 = _r$6;
			if (!($interfaceIsEqual(err$4, $ifaceNil))) {
				$s = -1; return err$4;
			}
			_r$7 = c.flush(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple = _r$7;
			err$5 = _tuple[1];
			if (!($interfaceIsEqual(err$5, $ifaceNil))) {
				$s = -1; return err$5;
			}
			c.clientFinishedIsFirst = false;
			_r$8 = hs.readFinished(sliceType$5.nil); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err$6 = _r$8;
			if (!($interfaceIsEqual(err$6, $ifaceNil))) {
				$s = -1; return err$6;
			}
			$s = 4; continue;
		/* } else { */ case 3:
			_r$9 = hs.pickCipherSuite(); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err$7 = _r$9;
			if (!($interfaceIsEqual(err$7, $ifaceNil))) {
				$s = -1; return err$7;
			}
			_r$10 = hs.doFullHandshake(); /* */ $s = 13; case 13: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			err$8 = _r$10;
			if (!($interfaceIsEqual(err$8, $ifaceNil))) {
				$s = -1; return err$8;
			}
			_r$11 = hs.establishKeys(); /* */ $s = 14; case 14: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			err$9 = _r$11;
			if (!($interfaceIsEqual(err$9, $ifaceNil))) {
				$s = -1; return err$9;
			}
			_r$12 = hs.readFinished(new sliceType$5(c.clientFinished)); /* */ $s = 15; case 15: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			err$10 = _r$12;
			if (!($interfaceIsEqual(err$10, $ifaceNil))) {
				$s = -1; return err$10;
			}
			c.clientFinishedIsFirst = true;
			c.buffering = true;
			_r$13 = hs.sendSessionTicket(); /* */ $s = 16; case 16: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			err$11 = _r$13;
			if (!($interfaceIsEqual(err$11, $ifaceNil))) {
				$s = -1; return err$11;
			}
			_r$14 = hs.sendFinished(sliceType$5.nil); /* */ $s = 17; case 17: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			err$12 = _r$14;
			if (!($interfaceIsEqual(err$12, $ifaceNil))) {
				$s = -1; return err$12;
			}
			_r$15 = c.flush(); /* */ $s = 18; case 18: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_tuple$1 = _r$15;
			err$13 = _tuple$1[1];
			if (!($interfaceIsEqual(err$13, $ifaceNil))) {
				$s = -1; return err$13;
			}
		/* } */ case 4:
		c.ekm = ekmFromMasterSecret(c.vers, hs.suite, hs.masterSecret, hs.clientHello.random, hs.hello.random);
		atomic.StoreUint32((c.$ptr_handshakeStatus || (c.$ptr_handshakeStatus = new ptrType$24(function() { return this.$target.handshakeStatus; }, function($v) { this.$target.handshakeStatus = $v; }, c))), 1);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.handshake, $c: true, $r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, c, err, err$1, err$10, err$11, err$12, err$13, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, hs, $s};return $f;
	};
	serverHandshakeState.prototype.handshake = function() { return this.$val.handshake(); };
	Conn.ptr.prototype.readClientHello = function(ctx) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, c, chi, clientHello, clientVersions, configForClient, ctx, err, msg, ok, originalConfig, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.readHandshake(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		msg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$26.nil, err];
		}
		_tuple$1 = $assertType(msg, ptrType$26, true);
		clientHello = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$2 = c.sendAlert(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = unexpectedMessageError(clientHello, msg); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = [ptrType$26.nil, _r$3];
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		configForClient = ptrType$4.nil;
		originalConfig = c.config;
		/* */ if (!(c.config.GetConfigForClient === $throwNilPointerError)) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!(c.config.GetConfigForClient === $throwNilPointerError)) { */ case 7:
			chi = clientHelloInfo(ctx, c, clientHello);
			_r$4 = c.config.GetConfigForClient(chi); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$2 = _r$4;
			configForClient = _tuple$2[0];
			err = _tuple$2[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 10; continue; }
			/* */ if (!(configForClient === ptrType$4.nil)) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 10:
				_r$5 = c.sendAlert(80); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
				$s = -1; return [ptrType$26.nil, err];
			/* } else if (!(configForClient === ptrType$4.nil)) { */ case 11:
				c.config = configForClient;
			/* } */ case 12:
		/* } */ case 8:
		_r$6 = originalConfig.ticketKeys(configForClient); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		c.ticketKeys = _r$6;
		clientVersions = clientHello.supportedVersions;
		if (clientHello.supportedVersions.$length === 0) {
			clientVersions = supportedVersionsFromMax(clientHello.vers);
		}
		_tuple$3 = c.config.mutualVersion(false, clientVersions);
		c.vers = _tuple$3[0];
		ok = _tuple$3[1];
		/* */ if (!ok) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!ok) { */ case 15:
			_r$7 = c.sendAlert(70); /* */ $s = 17; case 17: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			_r$8 = fmt.Errorf("tls: client offered only unsupported versions: %x", new sliceType$6([clientVersions])); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$1 = [ptrType$26.nil, _r$8];
			$s = 19; case 19: return $24r$1;
		/* } */ case 16:
		c.haveVers = true;
		c.in$27.version = c.vers;
		c.out.version = c.vers;
		$s = -1; return [clientHello, $ifaceNil];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.readClientHello, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, c, chi, clientHello, clientVersions, configForClient, ctx, err, msg, ok, originalConfig, $s};return $f;
	};
	Conn.prototype.readClientHello = function(ctx) { return this.$val.readClientHello(ctx); };
	serverHandshakeState.ptr.prototype.processClientHello = function() {
		var {$24r, $24r$1, _arg, _arg$1, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, c, compression, err, foundCompression, hs, maxVers, ok, ok$1, priv, priv$1, selectedProto, serverRandom, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		hs.hello = new serverHelloMsg.ptr(sliceType$5.nil, 0, sliceType$5.nil, sliceType$5.nil, 0, 0, false, false, false, sliceType$5.nil, "", sliceType$11.nil, 0, new keyShare.ptr(0, sliceType$5.nil), false, 0, sliceType$5.nil, sliceType$5.nil, 0);
		hs.hello.vers = c.vers;
		foundCompression = false;
		_ref = hs.clientHello.compressionMethods;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			compression = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (compression === 0) {
				foundCompression = true;
				break;
			}
			_i++;
		}
		/* */ if (!foundCompression) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!foundCompression) { */ case 1:
			_r$1 = c.sendAlert(40); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: client does not support uncompressed connections");
		/* } */ case 2:
		hs.hello.random = $makeSlice(sliceType$5, 32);
		serverRandom = hs.hello.random;
		maxVers = c.config.maxSupportedVersion(false);
		if (maxVers >= 771 && c.vers < maxVers || testingOnlyForceDowngradeCanary) {
			if (c.vers === 771) {
				$copyString($subslice(serverRandom, 24), "DOWNGRD\x01");
			} else {
				$copyString($subslice(serverRandom, 24), "DOWNGRD\x00");
			}
			serverRandom = $subslice(serverRandom, 0, 24);
		}
		_r$2 = io.ReadFull(c.config.rand(), serverRandom); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			_r$3 = c.sendAlert(80); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return err;
		/* } */ case 6:
		/* */ if (!((hs.clientHello.secureRenegotiation.$length === 0))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!((hs.clientHello.secureRenegotiation.$length === 0))) { */ case 8:
			_r$4 = c.sendAlert(40); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			$s = -1; return errors.New("tls: initial handshake had non-empty renegotiation extension");
		/* } */ case 9:
		hs.hello.secureRenegotiationSupported = hs.clientHello.secureRenegotiationSupported;
		hs.hello.compressionMethod = 0;
		if (hs.clientHello.serverName.length > 0) {
			c.serverName = hs.clientHello.serverName;
		}
		_r$5 = negotiateALPN(c.config.NextProtos, hs.clientHello.alpnProtocols); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$1 = _r$5;
		selectedProto = _tuple$1[0];
		err = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 12:
			_r$6 = c.sendAlert(120); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return err;
		/* } */ case 13:
		hs.hello.alpnProtocol = selectedProto;
		c.clientProtocol = selectedProto;
		_r$7 = c.config.getCertificate(clientHelloInfo(hs.ctx, c, hs.clientHello)); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$2 = _r$7;
		hs.cert = _tuple$2[0];
		err = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 16:
			/* */ if ($interfaceIsEqual(err, errNoCertificates)) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if ($interfaceIsEqual(err, errNoCertificates)) { */ case 18:
				_r$8 = c.sendAlert(112); /* */ $s = 21; case 21: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
				$s = 20; continue;
			/* } else { */ case 19:
				_r$9 = c.sendAlert(80); /* */ $s = 22; case 22: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$9;
			/* } */ case 20:
			$s = -1; return err;
		/* } */ case 17:
		if (hs.clientHello.scts) {
			hs.hello.scts = hs.cert.SignedCertificateTimestamps;
		}
		hs.ecdheOk = supportsECDHE(c.config, hs.clientHello.supportedCurves, hs.clientHello.supportedPoints);
		if (hs.ecdheOk && hs.clientHello.supportedPoints.$length > 0) {
			hs.hello.supportedPoints = new sliceType$5([0]);
		}
		_tuple$3 = $assertType(hs.cert.PrivateKey, crypto.Signer, true);
		priv = _tuple$3[0];
		ok = _tuple$3[1];
		/* */ if (ok) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (ok) { */ case 23:
			_r$10 = priv.Public(); /* */ $s = 25; case 25: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_ref$1 = _r$10;
			/* */ if ($assertType(_ref$1, ptrType$12, true)[1]) { $s = 26; continue; }
			/* */ if ($assertType(_ref$1, ed25519.PublicKey, true)[1]) { $s = 27; continue; }
			/* */ if ($assertType(_ref$1, ptrType$11, true)[1]) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if ($assertType(_ref$1, ptrType$12, true)[1]) { */ case 26:
				hs.ecSignOk = true;
				$s = 30; continue;
			/* } else if ($assertType(_ref$1, ed25519.PublicKey, true)[1]) { */ case 27:
				hs.ecSignOk = true;
				$s = 30; continue;
			/* } else if ($assertType(_ref$1, ptrType$11, true)[1]) { */ case 28:
				hs.rsaSignOk = true;
				$s = 30; continue;
			/* } else { */ case 29:
				_r$11 = c.sendAlert(80); /* */ $s = 31; case 31: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$11;
				_r$12 = priv.Public(); /* */ $s = 32; case 32: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_arg = _r$12;
				_r$13 = fmt.Errorf("tls: unsupported signing key type (%T)", new sliceType$6([_arg])); /* */ $s = 33; case 33: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				$24r = _r$13;
				$s = 34; case 34: return $24r;
			/* } */ case 30:
		/* } */ case 24:
		_tuple$4 = $assertType(hs.cert.PrivateKey, crypto.Decrypter, true);
		priv$1 = _tuple$4[0];
		ok$1 = _tuple$4[1];
		/* */ if (ok$1) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (ok$1) { */ case 35:
			_r$14 = priv$1.Public(); /* */ $s = 37; case 37: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_ref$2 = _r$14;
			/* */ if ($assertType(_ref$2, ptrType$11, true)[1]) { $s = 38; continue; }
			/* */ $s = 39; continue;
			/* if ($assertType(_ref$2, ptrType$11, true)[1]) { */ case 38:
				hs.rsaDecryptOk = true;
				$s = 40; continue;
			/* } else { */ case 39:
				_r$15 = c.sendAlert(80); /* */ $s = 41; case 41: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$15;
				_r$16 = priv$1.Public(); /* */ $s = 42; case 42: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_arg$1 = _r$16;
				_r$17 = fmt.Errorf("tls: unsupported decryption key type (%T)", new sliceType$6([_arg$1])); /* */ $s = 43; case 43: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				$24r$1 = _r$17;
				$s = 44; case 44: return $24r$1;
			/* } */ case 40:
		/* } */ case 36:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.processClientHello, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, c, compression, err, foundCompression, hs, maxVers, ok, ok$1, priv, priv$1, selectedProto, serverRandom, $s};return $f;
	};
	serverHandshakeState.prototype.processClientHello = function() { return this.$val.processClientHello(); };
	negotiateALPN = function(serverProtos, clientProtos) {
		var {$24r, _i, _i$1, _r$1, _ref, _ref$1, c, clientProtos, http11fallback, s, serverProtos, $s, $r, $c} = $restore(this, {serverProtos, clientProtos});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ((serverProtos.$length === 0) || (clientProtos.$length === 0)) {
			$s = -1; return ["", $ifaceNil];
		}
		http11fallback = false;
		_ref = serverProtos;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = clientProtos;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				c = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (s === c) {
					$s = -1; return [s, $ifaceNil];
				}
				if (s === "h2" && c === "http/1.1") {
					http11fallback = true;
				}
				_i$1++;
			}
			_i++;
		}
		if (http11fallback) {
			$s = -1; return ["", $ifaceNil];
		}
		_r$1 = fmt.Errorf("tls: client requested unsupported application protocols (%s)", new sliceType$6([clientProtos])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = ["", _r$1];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: negotiateALPN, $c: true, $r, $24r, _i, _i$1, _r$1, _ref, _ref$1, c, clientProtos, http11fallback, s, serverProtos, $s};return $f;
	};
	supportsECDHE = function(c, supportedCurves, supportedPoints) {
		var _i, _i$1, _ref, _ref$1, c, curve, pointFormat, supportedCurves, supportedPoints, supportsCurve, supportsPointFormat;
		supportsCurve = false;
		_ref = supportedCurves;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			curve = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (c.supportsCurve(curve)) {
				supportsCurve = true;
				break;
			}
			_i++;
		}
		supportsPointFormat = false;
		_ref$1 = supportedPoints;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			pointFormat = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (pointFormat === 0) {
				supportsPointFormat = true;
				break;
			}
			_i$1++;
		}
		if (supportedPoints.$length === 0) {
			supportsPointFormat = true;
		}
		return supportsCurve && supportsPointFormat;
	};
	serverHandshakeState.ptr.prototype.pickCipherSuite = function() {
		var {_i, _i$1, _i$2, _r$1, _r$2, _r$3, _ref, _ref$1, _ref$2, c, configCipherSuites, hs, id, id$1, preferenceList, preferenceOrder, suiteID, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		preferenceOrder = cipherSuitesPreferenceOrder;
		if (!hasAESGCMHardwareSupport || !aesgcmPreferred(hs.clientHello.cipherSuites)) {
			preferenceOrder = cipherSuitesPreferenceOrderNoAES;
		}
		configCipherSuites = c.config.cipherSuites();
		preferenceList = $makeSlice(sliceType$2, 0, configCipherSuites.$length);
		_ref = preferenceOrder;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			suiteID = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = configCipherSuites;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				id = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (id === suiteID) {
					preferenceList = $append(preferenceList, id);
					break;
				}
				_i$1++;
			}
			_i++;
		}
		_r$1 = selectCipherSuite(preferenceList, hs.clientHello.cipherSuites, $methodVal(hs, "cipherSuiteOk")); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		hs.suite = _r$1;
		/* */ if (hs.suite === ptrType$3.nil) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (hs.suite === ptrType$3.nil) { */ case 2:
			_r$2 = c.sendAlert(40); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return errors.New("tls: no cipher suite supported by both client and server");
		/* } */ case 3:
		c.cipherSuite = hs.suite.id;
		_ref$2 = hs.clientHello.cipherSuites;
		_i$2 = 0;
		/* while (true) { */ case 5:
			/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 6; continue; }
			id$1 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
			/* */ if (id$1 === 22016) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (id$1 === 22016) { */ case 7:
				/* */ if (hs.clientHello.vers < c.config.maxSupportedVersion(false)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (hs.clientHello.vers < c.config.maxSupportedVersion(false)) { */ case 9:
					_r$3 = c.sendAlert(86); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$3;
					$s = -1; return errors.New("tls: client using inappropriate protocol fallback");
				/* } */ case 10:
				/* break; */ $s = 6; continue;
			/* } */ case 8:
			_i$2++;
		$s = 5; continue;
		case 6:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.pickCipherSuite, $c: true, $r, _i, _i$1, _i$2, _r$1, _r$2, _r$3, _ref, _ref$1, _ref$2, c, configCipherSuites, hs, id, id$1, preferenceList, preferenceOrder, suiteID, $s};return $f;
	};
	serverHandshakeState.prototype.pickCipherSuite = function() { return this.$val.pickCipherSuite(); };
	serverHandshakeState.ptr.prototype.cipherSuiteOk = function(c) {
		var c, hs;
		hs = this;
		if (!(((c.flags & 1) === 0))) {
			if (!hs.ecdheOk) {
				return false;
			}
			if (!(((c.flags & 2) === 0))) {
				if (!hs.ecSignOk) {
					return false;
				}
			} else if (!hs.rsaSignOk) {
				return false;
			}
		} else if (!hs.rsaDecryptOk) {
			return false;
		}
		if (hs.c.vers < 771 && !(((c.flags & 4) === 0))) {
			return false;
		}
		return true;
	};
	serverHandshakeState.prototype.cipherSuiteOk = function(c) { return this.$val.cipherSuiteOk(c); };
	serverHandshakeState.ptr.prototype.checkForResumption = function() {
		var {_i, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, c, cipherSuiteOk, createdAt, hs, id, needClientCerts, ok, plaintext, sessionHasClientCerts, usedOldKey, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		if (c.config.SessionTicketsDisabled) {
			$s = -1; return false;
		}
		_r$1 = c.decryptTicket(hs.clientHello.sessionTicket); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		plaintext = _tuple[0];
		usedOldKey = _tuple[1];
		if (plaintext === sliceType$5.nil) {
			$s = -1; return false;
		}
		hs.sessionState = new sessionState.ptr(0, 0, new $Uint64(0, 0), sliceType$5.nil, sliceType$11.nil, usedOldKey);
		ok = hs.sessionState.unmarshal(plaintext);
		if (!ok) {
			$s = -1; return false;
		}
		createdAt = $clone(time.Unix(((x = hs.sessionState.createdAt, new $Int64(x.$high, x.$low))), new $Int64(0, 0)), time.Time);
		_r$2 = c.config.time(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = $clone(_r$2, time.Time).Sub($clone(createdAt, time.Time)); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if ((x$1 = _r$3, (x$1.$high > 140815 || (x$1.$high === 140815 && x$1.$low > 4180213760)))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ((x$1 = _r$3, (x$1.$high > 140815 || (x$1.$high === 140815 && x$1.$low > 4180213760)))) { */ case 2:
			$s = -1; return false;
		/* } */ case 3:
		if (!((c.vers === hs.sessionState.vers))) {
			$s = -1; return false;
		}
		cipherSuiteOk = false;
		_ref = hs.clientHello.cipherSuites;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			id = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (id === hs.sessionState.cipherSuite) {
				cipherSuiteOk = true;
				break;
			}
			_i++;
		}
		if (!cipherSuiteOk) {
			$s = -1; return false;
		}
		_r$4 = selectCipherSuite(new sliceType$2([hs.sessionState.cipherSuite]), c.config.cipherSuites(), $methodVal(hs, "cipherSuiteOk")); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		hs.suite = _r$4;
		if (hs.suite === ptrType$3.nil) {
			$s = -1; return false;
		}
		sessionHasClientCerts = !((hs.sessionState.certificates.$length === 0));
		needClientCerts = requiresClientCert(c.config.ClientAuth);
		if (needClientCerts && !sessionHasClientCerts) {
			$s = -1; return false;
		}
		if (sessionHasClientCerts && (c.config.ClientAuth === 0)) {
			$s = -1; return false;
		}
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.checkForResumption, $c: true, $r, _i, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, c, cipherSuiteOk, createdAt, hs, id, needClientCerts, ok, plaintext, sessionHasClientCerts, usedOldKey, x, x$1, $s};return $f;
	};
	serverHandshakeState.prototype.checkForResumption = function() { return this.$val.checkForResumption(); };
	serverHandshakeState.ptr.prototype.doResumeHandshake = function() {
		var {_arg, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$2, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		hs.hello.cipherSuite = hs.suite.id;
		c.cipherSuite = hs.suite.id;
		hs.hello.sessionId = hs.clientHello.sessionId;
		hs.hello.ticketSupported = hs.sessionState.usedOldKey;
		_r$1 = newFinishedHash(c.vers, hs.suite); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		finishedHash.copy(hs.finishedHash, _r$1);
		hs.finishedHash.discardHandshakeBuffer();
		_r$2 = hs.clientHello.marshal(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = hs.finishedHash.Write(_r$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = hs.hello.marshal(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = hs.finishedHash.Write(_r$4); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = hs.hello.marshal(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg = _r$6;
		_r$7 = c.writeRecord(22, _arg); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$8 = c.processCertsFromClient(new Certificate.ptr(hs.sessionState.certificates, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil)); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$1 = _r$8;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		/* */ if (!(c.config.VerifyConnection === $throwNilPointerError)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(c.config.VerifyConnection === $throwNilPointerError)) { */ case 9:
			_r$9 = c.config.VerifyConnection($clone(c.connectionStateLocked(), ConnectionState)); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err$2 = _r$9;
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 12:
				_r$10 = c.sendAlert(42); /* */ $s = 14; case 14: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
				$s = -1; return err$2;
			/* } */ case 13:
		/* } */ case 10:
		hs.masterSecret = hs.sessionState.masterSecret;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.doResumeHandshake, $c: true, $r, _arg, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$2, hs, $s};return $f;
	};
	serverHandshakeState.prototype.doResumeHandshake = function() { return this.$val.doResumeHandshake(); };
	serverHandshakeState.ptr.prototype.doFullHandshake = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _arg$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$52, _r$53, _r$54, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, c, certMsg, certMsg$1, certReq, certStatus, certVerify, ckx, err, err$1, err$10, err$11, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, helloDone, hs, keyAgreement$1, msg, ok, ok$1, ok$2, preMasterSecret, pub, sigHash, sigType, signed, skx, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		if (hs.clientHello.ocspStapling && hs.cert.OCSPStaple.$length > 0) {
			hs.hello.ocspStapling = true;
		}
		hs.hello.ticketSupported = hs.clientHello.ticketSupported && !c.config.SessionTicketsDisabled;
		hs.hello.cipherSuite = hs.suite.id;
		_r$1 = newFinishedHash(hs.c.vers, hs.suite); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		finishedHash.copy(hs.finishedHash, _r$1);
		if (c.config.ClientAuth === 0) {
			hs.finishedHash.discardHandshakeBuffer();
		}
		_r$2 = hs.clientHello.marshal(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = hs.finishedHash.Write(_r$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = hs.hello.marshal(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = hs.finishedHash.Write(_r$4); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = hs.hello.marshal(); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_arg = _r$6;
		_r$7 = c.writeRecord(22, _arg); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple = _r$7;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		certMsg = new certificateMsg.ptr(sliceType$5.nil, sliceType$11.nil);
		certMsg.certificates = hs.cert.Certificate;
		_r$8 = hs.finishedHash.Write(certMsg.marshal()); /* */ $s = 8; case 8: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		_r$9 = c.writeRecord(22, certMsg.marshal()); /* */ $s = 9; case 9: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_tuple$1 = _r$9;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		/* */ if (hs.hello.ocspStapling) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (hs.hello.ocspStapling) { */ case 10:
			certStatus = new certificateStatusMsg.ptr(sliceType$5.nil, sliceType$5.nil);
			certStatus.response = hs.cert.OCSPStaple;
			_r$10 = certStatus.marshal(); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = hs.finishedHash.Write(_r$10); /* */ $s = 13; case 13: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			_r$12 = certStatus.marshal(); /* */ $s = 14; case 14: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_arg$1 = _r$12;
			_r$13 = c.writeRecord(22, _arg$1); /* */ $s = 15; case 15: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_tuple$2 = _r$13;
			err$2 = _tuple$2[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
		/* } */ case 11:
		_r$14 = hs.suite.ka(c.vers); /* */ $s = 16; case 16: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		keyAgreement$1 = _r$14;
		_r$15 = keyAgreement$1.generateServerKeyExchange(c.config, hs.cert, hs.clientHello, hs.hello); /* */ $s = 17; case 17: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_tuple$3 = _r$15;
		skx = _tuple$3[0];
		err$3 = _tuple$3[1];
		/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 18:
			_r$16 = c.sendAlert(40); /* */ $s = 20; case 20: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$16;
			$s = -1; return err$3;
		/* } */ case 19:
		/* */ if (!(skx === ptrType$22.nil)) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!(skx === ptrType$22.nil)) { */ case 21:
			_r$17 = hs.finishedHash.Write(skx.marshal()); /* */ $s = 23; case 23: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$17;
			_r$18 = c.writeRecord(22, skx.marshal()); /* */ $s = 24; case 24: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_tuple$4 = _r$18;
			err$4 = _tuple$4[1];
			if (!($interfaceIsEqual(err$4, $ifaceNil))) {
				$s = -1; return err$4;
			}
		/* } */ case 22:
		certReq = ptrType$33.nil;
		/* */ if (c.config.ClientAuth >= 1) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (c.config.ClientAuth >= 1) { */ case 25:
			certReq = new certificateRequestMsg.ptr(sliceType$5.nil, false, sliceType$5.nil, sliceType$7.nil, sliceType$11.nil);
			certReq.certificateTypes = new sliceType$5([1, 64]);
			if (c.vers >= 771) {
				certReq.hasSignatureAlgorithm = true;
				certReq.supportedSignatureAlgorithms = supportedSignatureAlgorithms;
			}
			if (!(c.config.ClientCAs === ptrType.nil)) {
				certReq.certificateAuthorities = c.config.ClientCAs.Subjects();
			}
			_r$19 = hs.finishedHash.Write(certReq.marshal()); /* */ $s = 27; case 27: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$19;
			_r$20 = c.writeRecord(22, certReq.marshal()); /* */ $s = 28; case 28: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_tuple$5 = _r$20;
			err$5 = _tuple$5[1];
			if (!($interfaceIsEqual(err$5, $ifaceNil))) {
				$s = -1; return err$5;
			}
		/* } */ case 26:
		helloDone = new serverHelloDoneMsg.ptr();
		_r$21 = hs.finishedHash.Write(helloDone.marshal()); /* */ $s = 29; case 29: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		_r$21;
		_r$22 = c.writeRecord(22, helloDone.marshal()); /* */ $s = 30; case 30: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
		_tuple$6 = _r$22;
		err$6 = _tuple$6[1];
		if (!($interfaceIsEqual(err$6, $ifaceNil))) {
			$s = -1; return err$6;
		}
		_r$23 = c.flush(); /* */ $s = 31; case 31: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
		_tuple$7 = _r$23;
		err$7 = _tuple$7[1];
		if (!($interfaceIsEqual(err$7, $ifaceNil))) {
			$s = -1; return err$7;
		}
		pub = $ifaceNil;
		_r$24 = c.readHandshake(); /* */ $s = 32; case 32: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		_tuple$8 = _r$24;
		msg = _tuple$8[0];
		err$3 = _tuple$8[1];
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		/* */ if (c.config.ClientAuth >= 1) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (c.config.ClientAuth >= 1) { */ case 33:
			_tuple$9 = $assertType(msg, ptrType$34, true);
			certMsg$1 = _tuple$9[0];
			ok = _tuple$9[1];
			/* */ if (!ok) { $s = 35; continue; }
			/* */ $s = 36; continue;
			/* if (!ok) { */ case 35:
				_r$25 = c.sendAlert(10); /* */ $s = 37; case 37: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_r$25;
				_r$26 = unexpectedMessageError(certMsg$1, msg); /* */ $s = 38; case 38: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				$24r = _r$26;
				$s = 39; case 39: return $24r;
			/* } */ case 36:
			_r$27 = hs.finishedHash.Write(certMsg$1.marshal()); /* */ $s = 40; case 40: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			_r$27;
			_r$28 = c.processCertsFromClient(new Certificate.ptr(certMsg$1.certificates, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil)); /* */ $s = 41; case 41: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			err$8 = _r$28;
			if (!($interfaceIsEqual(err$8, $ifaceNil))) {
				$s = -1; return err$8;
			}
			if (!((certMsg$1.certificates.$length === 0))) {
				pub = (x = c.peerCertificates, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).PublicKey;
			}
			_r$29 = c.readHandshake(); /* */ $s = 42; case 42: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
			_tuple$10 = _r$29;
			msg = _tuple$10[0];
			err$3 = _tuple$10[1];
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return err$3;
			}
		/* } */ case 34:
		/* */ if (!(c.config.VerifyConnection === $throwNilPointerError)) { $s = 43; continue; }
		/* */ $s = 44; continue;
		/* if (!(c.config.VerifyConnection === $throwNilPointerError)) { */ case 43:
			_r$30 = c.config.VerifyConnection($clone(c.connectionStateLocked(), ConnectionState)); /* */ $s = 45; case 45: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
			err$9 = _r$30;
			/* */ if (!($interfaceIsEqual(err$9, $ifaceNil))) { $s = 46; continue; }
			/* */ $s = 47; continue;
			/* if (!($interfaceIsEqual(err$9, $ifaceNil))) { */ case 46:
				_r$31 = c.sendAlert(42); /* */ $s = 48; case 48: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				_r$31;
				$s = -1; return err$9;
			/* } */ case 47:
		/* } */ case 44:
		_tuple$11 = $assertType(msg, ptrType$23, true);
		ckx = _tuple$11[0];
		ok$1 = _tuple$11[1];
		/* */ if (!ok$1) { $s = 49; continue; }
		/* */ $s = 50; continue;
		/* if (!ok$1) { */ case 49:
			_r$32 = c.sendAlert(10); /* */ $s = 51; case 51: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
			_r$32;
			_r$33 = unexpectedMessageError(ckx, msg); /* */ $s = 52; case 52: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
			$24r$1 = _r$33;
			$s = 53; case 53: return $24r$1;
		/* } */ case 50:
		_r$34 = hs.finishedHash.Write(ckx.marshal()); /* */ $s = 54; case 54: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
		_r$34;
		_r$35 = keyAgreement$1.processClientKeyExchange(c.config, hs.cert, ckx, c.vers); /* */ $s = 55; case 55: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
		_tuple$12 = _r$35;
		preMasterSecret = _tuple$12[0];
		err$3 = _tuple$12[1];
		/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 56; continue; }
		/* */ $s = 57; continue;
		/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 56:
			_r$36 = c.sendAlert(40); /* */ $s = 58; case 58: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
			_r$36;
			$s = -1; return err$3;
		/* } */ case 57:
		_r$37 = masterFromPreMasterSecret(c.vers, hs.suite, preMasterSecret, hs.clientHello.random, hs.hello.random); /* */ $s = 59; case 59: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
		hs.masterSecret = _r$37;
		_r$38 = c.config.writeKeyLog("CLIENT_RANDOM", hs.clientHello.random, hs.masterSecret); /* */ $s = 60; case 60: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
		err$10 = _r$38;
		/* */ if (!($interfaceIsEqual(err$10, $ifaceNil))) { $s = 61; continue; }
		/* */ $s = 62; continue;
		/* if (!($interfaceIsEqual(err$10, $ifaceNil))) { */ case 61:
			_r$39 = c.sendAlert(80); /* */ $s = 63; case 63: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
			_r$39;
			$s = -1; return err$10;
		/* } */ case 62:
		/* */ if (c.peerCertificates.$length > 0) { $s = 64; continue; }
		/* */ $s = 65; continue;
		/* if (c.peerCertificates.$length > 0) { */ case 64:
			_r$40 = c.readHandshake(); /* */ $s = 66; case 66: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
			_tuple$13 = _r$40;
			msg = _tuple$13[0];
			err$3 = _tuple$13[1];
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return err$3;
			}
			_tuple$14 = $assertType(msg, ptrType$28, true);
			certVerify = _tuple$14[0];
			ok$2 = _tuple$14[1];
			/* */ if (!ok$2) { $s = 67; continue; }
			/* */ $s = 68; continue;
			/* if (!ok$2) { */ case 67:
				_r$41 = c.sendAlert(10); /* */ $s = 69; case 69: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
				_r$41;
				_r$42 = unexpectedMessageError(certVerify, msg); /* */ $s = 70; case 70: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
				$24r$2 = _r$42;
				$s = 71; case 71: return $24r$2;
			/* } */ case 68:
			sigType = 0;
			sigHash = 0;
			/* */ if (c.vers >= 771) { $s = 72; continue; }
			/* */ $s = 73; continue;
			/* if (c.vers >= 771) { */ case 72:
				/* */ if (!isSupportedSignatureAlgorithm(certVerify.signatureAlgorithm, certReq.supportedSignatureAlgorithms)) { $s = 75; continue; }
				/* */ $s = 76; continue;
				/* if (!isSupportedSignatureAlgorithm(certVerify.signatureAlgorithm, certReq.supportedSignatureAlgorithms)) { */ case 75:
					_r$43 = c.sendAlert(47); /* */ $s = 77; case 77: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
					_r$43;
					$s = -1; return errors.New("tls: client certificate used with invalid signature algorithm");
				/* } */ case 76:
				_r$44 = typeAndHashFromSignatureScheme(certVerify.signatureAlgorithm); /* */ $s = 78; case 78: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
				_tuple$15 = _r$44;
				sigType = _tuple$15[0];
				sigHash = _tuple$15[1];
				err$3 = _tuple$15[2];
				/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 79; continue; }
				/* */ $s = 80; continue;
				/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 79:
					_r$45 = c.sendAlert(80); /* */ $s = 81; case 81: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
					$24r$3 = _r$45;
					$s = 82; case 82: return $24r$3;
				/* } */ case 80:
				$s = 74; continue;
			/* } else { */ case 73:
				_r$46 = legacyTypeAndHashFromPublicKey(pub); /* */ $s = 83; case 83: if($c) { $c = false; _r$46 = _r$46.$blk(); } if (_r$46 && _r$46.$blk !== undefined) { break s; }
				_tuple$16 = _r$46;
				sigType = _tuple$16[0];
				sigHash = _tuple$16[1];
				err$3 = _tuple$16[2];
				/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 84; continue; }
				/* */ $s = 85; continue;
				/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 84:
					_r$47 = c.sendAlert(47); /* */ $s = 86; case 86: if($c) { $c = false; _r$47 = _r$47.$blk(); } if (_r$47 && _r$47.$blk !== undefined) { break s; }
					_r$47;
					$s = -1; return err$3;
				/* } */ case 85:
			/* } */ case 74:
			_r$48 = $clone(hs.finishedHash, finishedHash).hashForClientCertificate(sigType, sigHash, hs.masterSecret); /* */ $s = 87; case 87: if($c) { $c = false; _r$48 = _r$48.$blk(); } if (_r$48 && _r$48.$blk !== undefined) { break s; }
			signed = _r$48;
			_r$49 = verifyHandshakeSignature(sigType, pub, sigHash, signed, certVerify.signature); /* */ $s = 88; case 88: if($c) { $c = false; _r$49 = _r$49.$blk(); } if (_r$49 && _r$49.$blk !== undefined) { break s; }
			err$11 = _r$49;
			/* */ if (!($interfaceIsEqual(err$11, $ifaceNil))) { $s = 89; continue; }
			/* */ $s = 90; continue;
			/* if (!($interfaceIsEqual(err$11, $ifaceNil))) { */ case 89:
				_r$50 = c.sendAlert(51); /* */ $s = 91; case 91: if($c) { $c = false; _r$50 = _r$50.$blk(); } if (_r$50 && _r$50.$blk !== undefined) { break s; }
				_r$50;
				_r$51 = err$11.Error(); /* */ $s = 92; case 92: if($c) { $c = false; _r$51 = _r$51.$blk(); } if (_r$51 && _r$51.$blk !== undefined) { break s; }
				_r$52 = errors.New("tls: invalid signature by the client certificate: " + _r$51); /* */ $s = 93; case 93: if($c) { $c = false; _r$52 = _r$52.$blk(); } if (_r$52 && _r$52.$blk !== undefined) { break s; }
				$24r$4 = _r$52;
				$s = 94; case 94: return $24r$4;
			/* } */ case 90:
			_r$53 = certVerify.marshal(); /* */ $s = 95; case 95: if($c) { $c = false; _r$53 = _r$53.$blk(); } if (_r$53 && _r$53.$blk !== undefined) { break s; }
			_r$54 = hs.finishedHash.Write(_r$53); /* */ $s = 96; case 96: if($c) { $c = false; _r$54 = _r$54.$blk(); } if (_r$54 && _r$54.$blk !== undefined) { break s; }
			_r$54;
		/* } */ case 65:
		hs.finishedHash.discardHandshakeBuffer();
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.doFullHandshake, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _arg$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$52, _r$53, _r$54, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, c, certMsg, certMsg$1, certReq, certStatus, certVerify, ckx, err, err$1, err$10, err$11, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, helloDone, hs, keyAgreement$1, msg, ok, ok$1, ok$2, preMasterSecret, pub, sigHash, sigType, signed, skx, x, $s};return $f;
	};
	serverHandshakeState.prototype.doFullHandshake = function() { return this.$val.doFullHandshake(); };
	serverHandshakeState.ptr.prototype.establishKeys = function() {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, c, clientCipher, clientHash, clientIV, clientKey, clientMAC, hs, serverCipher, serverHash, serverIV, serverKey, serverMAC, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = keysFromMasterSecret(c.vers, hs.suite, hs.masterSecret, hs.clientHello.random, hs.hello.random, hs.suite.macLen, hs.suite.keyLen, hs.suite.ivLen); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		clientMAC = _tuple[0];
		serverMAC = _tuple[1];
		clientKey = _tuple[2];
		serverKey = _tuple[3];
		clientIV = _tuple[4];
		serverIV = _tuple[5];
		_tmp = $ifaceNil;
		_tmp$1 = $ifaceNil;
		clientCipher = _tmp;
		serverCipher = _tmp$1;
		_tmp$2 = $ifaceNil;
		_tmp$3 = $ifaceNil;
		clientHash = _tmp$2;
		serverHash = _tmp$3;
		/* */ if (hs.suite.aead === $throwNilPointerError) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (hs.suite.aead === $throwNilPointerError) { */ case 2:
			_r$2 = hs.suite.cipher(clientKey, clientIV, true); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			clientCipher = _r$2;
			_r$3 = hs.suite.mac(clientMAC); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			clientHash = _r$3;
			_r$4 = hs.suite.cipher(serverKey, serverIV, false); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			serverCipher = _r$4;
			_r$5 = hs.suite.mac(serverMAC); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			serverHash = _r$5;
			$s = 4; continue;
		/* } else { */ case 3:
			_r$6 = hs.suite.aead(clientKey, clientIV); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			clientCipher = _r$6;
			_r$7 = hs.suite.aead(serverKey, serverIV); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			serverCipher = _r$7;
		/* } */ case 4:
		c.in$27.prepareCipherSpec(c.vers, clientCipher, clientHash);
		c.out.prepareCipherSpec(c.vers, serverCipher, serverHash);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.establishKeys, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, c, clientCipher, clientHash, clientIV, clientKey, clientMAC, hs, serverCipher, serverHash, serverIV, serverKey, serverMAC, $s};return $f;
	};
	serverHandshakeState.prototype.establishKeys = function() { return this.$val.establishKeys(); };
	serverHandshakeState.ptr.prototype.readFinished = function(out) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, c, clientFinished, err, err$1, hs, msg, ok, out, verify, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.readChangeCipherSpec(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$2 = c.readHandshake(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		msg = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_tuple$1 = $assertType(msg, ptrType$29, true);
		clientFinished = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!ok) { */ case 3:
			_r$3 = c.sendAlert(10); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = unexpectedMessageError(clientFinished, msg); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 7; case 7: return $24r;
		/* } */ case 4:
		_r$5 = $clone(hs.finishedHash, finishedHash).clientSum(hs.masterSecret); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		verify = _r$5;
		/* */ if (!((verify.$length === clientFinished.verifyData.$length)) || !((subtle.ConstantTimeCompare(verify, clientFinished.verifyData) === 1))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!((verify.$length === clientFinished.verifyData.$length)) || !((subtle.ConstantTimeCompare(verify, clientFinished.verifyData) === 1))) { */ case 9:
			_r$6 = c.sendAlert(40); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return errors.New("tls: client's Finished message is incorrect");
		/* } */ case 10:
		_r$7 = clientFinished.marshal(); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = hs.finishedHash.Write(_r$7); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		$copySlice(out, verify);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.readFinished, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, c, clientFinished, err, err$1, hs, msg, ok, out, verify, $s};return $f;
	};
	serverHandshakeState.prototype.readFinished = function(out) { return this.$val.readFinished(out); };
	serverHandshakeState.ptr.prototype.sendSessionTicket = function() {
		var {_i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _tuple, _tuple$1, c, cert, certsFromClient, createdAt, err, err$1, hs, m, state, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		if (!hs.hello.ticketSupported) {
			$s = -1; return $ifaceNil;
		}
		c = hs.c;
		m = new newSessionTicketMsg.ptr(sliceType$5.nil, sliceType$5.nil);
		_r$1 = c.config.time(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = $clone(_r$1, time.Time).Unix(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		createdAt = ((x = _r$2, new $Uint64(x.$high, x.$low)));
		if (!(hs.sessionState === ptrType$32.nil)) {
			createdAt = hs.sessionState.createdAt;
		}
		certsFromClient = sliceType$11.nil;
		_ref = c.peerCertificates;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cert = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			certsFromClient = $append(certsFromClient, cert.Raw);
			_i++;
		}
		state = new sessionState.ptr(c.vers, hs.suite.id, createdAt, hs.masterSecret, certsFromClient, false);
		err = $ifaceNil;
		_r$3 = state.marshal(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = c.encryptTicket(_r$3); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = _r$4;
		m.ticket = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$5 = hs.finishedHash.Write(m.marshal()); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		_r$6 = c.writeRecord(22, m.marshal()); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.sendSessionTicket, $c: true, $r, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _tuple, _tuple$1, c, cert, certsFromClient, createdAt, err, err$1, hs, m, state, x, $s};return $f;
	};
	serverHandshakeState.prototype.sendSessionTicket = function() { return this.$val.sendSessionTicket(); };
	serverHandshakeState.ptr.prototype.sendFinished = function(out) {
		var {_arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, err, err$1, finished, hs, out, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.writeRecord(20, new sliceType$5([1])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		finished = new finishedMsg.ptr(sliceType$5.nil, sliceType$5.nil);
		_r$2 = $clone(hs.finishedHash, finishedHash).serverSum(hs.masterSecret); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		finished.verifyData = _r$2;
		_r$3 = finished.marshal(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = hs.finishedHash.Write(_r$3); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = finished.marshal(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg = _r$5;
		_r$6 = c.writeRecord(22, _arg); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		$copySlice(out, finished.verifyData);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: serverHandshakeState.ptr.prototype.sendFinished, $c: true, $r, _arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, err, err$1, finished, hs, out, $s};return $f;
	};
	serverHandshakeState.prototype.sendFinished = function(out) { return this.$val.sendFinished(out); };
	Conn.ptr.prototype.processCertsFromClient = function(certificate) {
		var {$24r, $24r$1, $24r$2, _i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, asn1Data, c, cert, certificate, certificates, certs, chains, err, err$1, err$2, i, opts, $s, $r, $c} = $restore(this, {certificate});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		certificates = certificate.Certificate;
		certs = $makeSlice(sliceType$12, certificates.$length);
		err = $ifaceNil;
		_ref = certificates;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			asn1Data = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = x509.ParseCertificate(asn1Data); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			((i < 0 || i >= certs.$length) ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + i] = _tuple[0]);
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 4:
				_r$2 = c.sendAlert(42); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				_r$3 = err.Error(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = errors.New("tls: failed to parse client certificate: " + _r$3); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 9; case 9: return $24r;
			/* } */ case 5:
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if ((certs.$length === 0) && requiresClientCert(c.config.ClientAuth)) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if ((certs.$length === 0) && requiresClientCert(c.config.ClientAuth)) { */ case 10:
			_r$5 = c.sendAlert(42); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return errors.New("tls: client didn't provide a certificate");
		/* } */ case 11:
		/* */ if (c.config.ClientAuth >= 3 && certs.$length > 0) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (c.config.ClientAuth >= 3 && certs.$length > 0) { */ case 13:
			_r$6 = c.config.time(); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			opts = new x509.VerifyOptions.ptr("", x509.NewCertPool(), c.config.ClientCAs, $clone(_r$6, time.Time), new sliceType$14([2]), 0);
			_ref$1 = $subslice(certs, 1);
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				cert = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				opts.Intermediates.AddCert(cert);
				_i$1++;
			}
			_r$7 = (0 >= certs.$length ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + 0]).Verify($clone(opts, x509.VerifyOptions)); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$1 = _r$7;
			chains = _tuple$1[0];
			err$1 = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 17:
				_r$8 = c.sendAlert(42); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
				_r$9 = err$1.Error(); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = errors.New("tls: failed to verify client certificate: " + _r$9); /* */ $s = 21; case 21: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				$24r$1 = _r$10;
				$s = 22; case 22: return $24r$1;
			/* } */ case 18:
			c.verifiedChains = chains;
		/* } */ case 14:
		c.peerCertificates = certs;
		c.ocspResponse = certificate.OCSPStaple;
		c.scts = certificate.SignedCertificateTimestamps;
		/* */ if (certs.$length > 0) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (certs.$length > 0) { */ case 23:
			_ref$2 = (0 >= certs.$length ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + 0]).PublicKey;
			/* */ if ($assertType(_ref$2, ptrType$12, true)[1] || $assertType(_ref$2, ptrType$11, true)[1] || $assertType(_ref$2, ed25519.PublicKey, true)[1]) { $s = 25; continue; }
			/* */ $s = 26; continue;
			/* if ($assertType(_ref$2, ptrType$12, true)[1] || $assertType(_ref$2, ptrType$11, true)[1] || $assertType(_ref$2, ed25519.PublicKey, true)[1]) { */ case 25:
				$s = 27; continue;
			/* } else { */ case 26:
				_r$11 = c.sendAlert(43); /* */ $s = 28; case 28: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$11;
				_r$12 = fmt.Errorf("tls: client certificate contains an unsupported public key of type %T", new sliceType$6([(0 >= certs.$length ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + 0]).PublicKey])); /* */ $s = 29; case 29: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				$24r$2 = _r$12;
				$s = 30; case 30: return $24r$2;
			/* } */ case 27:
		/* } */ case 24:
		/* */ if (!(c.config.VerifyPeerCertificate === $throwNilPointerError)) { $s = 31; continue; }
		/* */ $s = 32; continue;
		/* if (!(c.config.VerifyPeerCertificate === $throwNilPointerError)) { */ case 31:
			_r$13 = c.config.VerifyPeerCertificate(certificates, c.verifiedChains); /* */ $s = 33; case 33: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			err$2 = _r$13;
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 34:
				_r$14 = c.sendAlert(42); /* */ $s = 36; case 36: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
				$s = -1; return err$2;
			/* } */ case 35:
		/* } */ case 32:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.processCertsFromClient, $c: true, $r, $24r, $24r$1, $24r$2, _i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, asn1Data, c, cert, certificate, certificates, certs, chains, err, err$1, err$2, i, opts, $s};return $f;
	};
	Conn.prototype.processCertsFromClient = function(certificate) { return this.$val.processCertsFromClient(certificate); };
	clientHelloInfo = function(ctx, c, clientHello) {
		var c, clientHello, ctx, supportedVersions$1;
		supportedVersions$1 = clientHello.supportedVersions;
		if (clientHello.supportedVersions.$length === 0) {
			supportedVersions$1 = supportedVersionsFromMax(clientHello.vers);
		}
		return new ClientHelloInfo.ptr(clientHello.cipherSuites, clientHello.serverName, clientHello.supportedCurves, clientHello.supportedPoints, clientHello.supportedSignatureAlgorithms, clientHello.alpnProtocols, supportedVersions$1, c.conn, c.config, ctx);
	};
	marshalingFunction.prototype.Marshal = function(b) {
		var {$24r, _r$1, b, f, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r$1 = f(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: marshalingFunction.prototype.Marshal, $c: true, $r, $24r, _r$1, b, f, $s};return $f;
	};
	$ptrType(marshalingFunction).prototype.Marshal = function(b) { return new marshalingFunction(this.$get()).Marshal(b); };
	addBytesWithLength = function(b, v, n) {
		var {b, n, v, $s, $r, $c} = $restore(this, {b, v, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = [n];
		v = [v];
		$r = b.AddValue(new marshalingFunction(((function(n, v) { return function $b(b$1) {
			var {$24r, _r$1, b$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!((v[0].$length === n[0]))) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!((v[0].$length === n[0]))) { */ case 1:
				_r$1 = fmt.Errorf("invalid value length: expected %d, got %d", new sliceType$6([new $Int(n[0]), new $Int(v[0].$length)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 4; case 4: return $24r;
			/* } */ case 2:
			b$1.AddBytes(v[0]);
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$1, b$1, $s};return $f;
		}; })(n, v)))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: addBytesWithLength, $c: true, $r, b, n, v, $s};return $f;
	};
	addUint64 = function(b, v) {
		var b, v;
		b.AddUint32((($shiftRightUint64(v, 32).$low >>> 0)));
		b.AddUint32(((v.$low >>> 0)));
	};
	readUint64 = function(s, out) {
		var _tmp, _tmp$1, hi, hi$24ptr, lo, lo$24ptr, out, s, x, x$1;
		_tmp = 0;
		_tmp$1 = 0;
		hi = _tmp;
		lo = _tmp$1;
		if (!s.ReadUint32((hi$24ptr || (hi$24ptr = new ptrType$24(function() { return hi; }, function($v) { hi = $v; })))) || !s.ReadUint32((lo$24ptr || (lo$24ptr = new ptrType$24(function() { return lo; }, function($v) { lo = $v; }))))) {
			return false;
		}
		out.$set((x = $shiftLeft64((new $Uint64(0, hi)), 32), x$1 = (new $Uint64(0, lo)), new $Uint64(x.$high | x$1.$high, (x.$low | x$1.$low) >>> 0)));
		return true;
	};
	readUint8LengthPrefixed = function(s, out) {
		var _ptr, out, s;
		return s.ReadUint8LengthPrefixed(((_ptr = out, new ptrType$17(function() { return $convertSliceType(_ptr.$get(), cryptobyte.String); }, function($v) { _ptr.$set($convertSliceType($v, sliceType$5)); }, _ptr.$target))));
	};
	readUint16LengthPrefixed = function(s, out) {
		var _ptr, out, s;
		return s.ReadUint16LengthPrefixed(((_ptr = out, new ptrType$17(function() { return $convertSliceType(_ptr.$get(), cryptobyte.String); }, function($v) { _ptr.$set($convertSliceType($v, sliceType$5)); }, _ptr.$target))));
	};
	readUint24LengthPrefixed = function(s, out) {
		var _ptr, out, s;
		return s.ReadUint24LengthPrefixed(((_ptr = out, new ptrType$17(function() { return $convertSliceType(_ptr.$get(), cryptobyte.String); }, function($v) { _ptr.$set($convertSliceType($v, sliceType$5)); }, _ptr.$target))));
	};
	clientHelloMsg.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(1);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, bWithoutExtensions, extensionsPresent, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			extensionsPresent = [extensionsPresent];
			b$1.AddUint16(m[0].vers);
			$r = addBytesWithLength(b$1, m[0].random, 32); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = b$1.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$2) {
				var b$2;
				b$2.AddBytes(m[0].sessionId);
			}; })(extensionsPresent, m)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = b$1.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$2) {
				var _i, _ref, b$2, suite;
				_ref = m[0].cipherSuites;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					suite = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					b$2.AddUint16(suite);
					_i++;
				}
			}; })(extensionsPresent, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = b$1.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$2) {
				var b$2;
				b$2.AddBytes(m[0].compressionMethods);
			}; })(extensionsPresent, m)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			extensionsPresent[0] = false;
			bWithoutExtensions = $clone(b$1, cryptobyte.Builder);
			$r = b$1.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$2) {
				var {b$2, $s, $r, $c} = $restore(this, {b$2});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				/* */ if (m[0].serverName.length > 0) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (m[0].serverName.length > 0) { */ case 1:
					b$2.AddUint16(0);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$4) {
							var {b$4, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							b$4.AddUint8(0);
							$r = b$4.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$5) {
								var b$5;
								b$5.AddBytes((new sliceType$5($stringToBytes(m[0].serverName))));
							}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$4, $s};return $f;
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 2:
				/* */ if (m[0].ocspStapling) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (m[0].ocspStapling) { */ case 4:
					b$2.AddUint16(5);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$3) {
						var b$3;
						b$3.AddUint8(1);
						b$3.AddUint16(0);
						b$3.AddUint16(0);
					}; })(extensionsPresent, m)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 5:
				/* */ if (m[0].supportedCurves.$length > 0) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (m[0].supportedCurves.$length > 0) { */ case 7:
					b$2.AddUint16(10);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var _i, _ref, b$4, curve;
							_ref = m[0].supportedCurves;
							_i = 0;
							while (true) {
								if (!(_i < _ref.$length)) { break; }
								curve = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								b$4.AddUint16(((curve << 16 >>> 16)));
								_i++;
							}
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 8:
				/* */ if (m[0].supportedPoints.$length > 0) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (m[0].supportedPoints.$length > 0) { */ case 10:
					b$2.AddUint16(11);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].supportedPoints);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 11:
				/* */ if (m[0].ticketSupported) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (m[0].ticketSupported) { */ case 13:
					b$2.AddUint16(35);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$3) {
						var b$3;
						b$3.AddBytes(m[0].sessionTicket);
					}; })(extensionsPresent, m)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 14:
				/* */ if (m[0].supportedSignatureAlgorithms.$length > 0) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (m[0].supportedSignatureAlgorithms.$length > 0) { */ case 16:
					b$2.AddUint16(13);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var _i, _ref, b$4, sigAlgo;
							_ref = m[0].supportedSignatureAlgorithms;
							_i = 0;
							while (true) {
								if (!(_i < _ref.$length)) { break; }
								sigAlgo = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								b$4.AddUint16(((sigAlgo << 16 >>> 16)));
								_i++;
							}
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 17:
				/* */ if (m[0].supportedSignatureAlgorithmsCert.$length > 0) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (m[0].supportedSignatureAlgorithmsCert.$length > 0) { */ case 19:
					b$2.AddUint16(50);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var _i, _ref, b$4, sigAlgo;
							_ref = m[0].supportedSignatureAlgorithmsCert;
							_i = 0;
							while (true) {
								if (!(_i < _ref.$length)) { break; }
								sigAlgo = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								b$4.AddUint16(((sigAlgo << 16 >>> 16)));
								_i++;
							}
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 20:
				/* */ if (m[0].secureRenegotiationSupported) { $s = 22; continue; }
				/* */ $s = 23; continue;
				/* if (m[0].secureRenegotiationSupported) { */ case 22:
					b$2.AddUint16(65281);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].secureRenegotiation);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 23:
				/* */ if (m[0].alpnProtocols.$length > 0) { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (m[0].alpnProtocols.$length > 0) { */ case 25:
					b$2.AddUint16(16);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$4) {
							var {_i, _ref, b$4, proto, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							proto = [proto];
							_ref = m[0].alpnProtocols;
							_i = 0;
							/* while (true) { */ case 1:
								/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
								proto[0] = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								$r = b$4.AddUint8LengthPrefixed((function(extensionsPresent, m, proto) { return function(b$5) {
									var b$5;
									b$5.AddBytes((new sliceType$5($stringToBytes(proto[0]))));
								}; })(extensionsPresent, m, proto)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								_i++;
							$s = 1; continue;
							case 2:
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$4, proto, $s};return $f;
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 26:
				if (m[0].scts) {
					b$2.AddUint16(18);
					b$2.AddUint16(0);
				}
				/* */ if (m[0].supportedVersions.$length > 0) { $s = 28; continue; }
				/* */ $s = 29; continue;
				/* if (m[0].supportedVersions.$length > 0) { */ case 28:
					b$2.AddUint16(43);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var _i, _ref, b$4, vers;
							_ref = m[0].supportedVersions;
							_i = 0;
							while (true) {
								if (!(_i < _ref.$length)) { break; }
								vers = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								b$4.AddUint16(vers);
								_i++;
							}
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 29:
				/* */ if (m[0].cookie.$length > 0) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if (m[0].cookie.$length > 0) { */ case 31:
					b$2.AddUint16(44);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].cookie);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 32:
				/* */ if (m[0].keyShares.$length > 0) { $s = 34; continue; }
				/* */ $s = 35; continue;
				/* if (m[0].keyShares.$length > 0) { */ case 34:
					b$2.AddUint16(51);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$4) {
							var {_i, _ref, b$4, ks, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							ks = [ks];
							_ref = m[0].keyShares;
							_i = 0;
							/* while (true) { */ case 1:
								/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
								ks[0] = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), keyShare);
								b$4.AddUint16(((ks[0].group << 16 >>> 16)));
								$r = b$4.AddUint16LengthPrefixed((function(extensionsPresent, ks, m) { return function(b$5) {
									var b$5;
									b$5.AddBytes(ks[0].data);
								}; })(extensionsPresent, ks, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								_i++;
							$s = 1; continue;
							case 2:
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$4, ks, $s};return $f;
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 35:
				if (m[0].earlyData) {
					b$2.AddUint16(42);
					b$2.AddUint16(0);
				}
				/* */ if (m[0].pskModes.$length > 0) { $s = 37; continue; }
				/* */ $s = 38; continue;
				/* if (m[0].pskModes.$length > 0) { */ case 37:
					b$2.AddUint16(45);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].pskModes);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 38:
				/* */ if (m[0].pskIdentities.$length > 0) { $s = 40; continue; }
				/* */ $s = 41; continue;
				/* if (m[0].pskIdentities.$length > 0) { */ case 40:
					b$2.AddUint16(41);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$4) {
							var {_i, _ref, b$4, psk, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							psk = [psk];
							_ref = m[0].pskIdentities;
							_i = 0;
							/* while (true) { */ case 1:
								/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
								psk[0] = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), pskIdentity);
								$r = b$4.AddUint16LengthPrefixed((function(extensionsPresent, m, psk) { return function(b$5) {
									var b$5;
									b$5.AddBytes(psk[0].label);
								}; })(extensionsPresent, m, psk)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								b$4.AddUint32(psk[0].obfuscatedTicketAge);
								_i++;
							$s = 1; continue;
							case 2:
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$4, psk, $s};return $f;
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$4) {
							var {_i, _ref, b$4, binder, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							binder = [binder];
							_ref = m[0].pskBinders;
							_i = 0;
							/* while (true) { */ case 1:
								/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
								binder[0] = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								$r = b$4.AddUint8LengthPrefixed((function(binder, extensionsPresent, m) { return function(b$5) {
									var b$5;
									b$5.AddBytes(binder[0]);
								}; })(binder, extensionsPresent, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								_i++;
							$s = 1; continue;
							case 2:
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$4, binder, $s};return $f;
						}; })(extensionsPresent, m)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 41:
				extensionsPresent[0] = b$2.BytesOrPanic().$length > 2;
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$2, $s};return $f;
			}; })(extensionsPresent, m)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (!extensionsPresent[0]) {
				cryptobyte.Builder.copy(b$1, bWithoutExtensions);
			}
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, bWithoutExtensions, extensionsPresent, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: clientHelloMsg.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	clientHelloMsg.prototype.marshal = function() { return this.$val.marshal(); };
	clientHelloMsg.ptr.prototype.marshalWithoutBinders = function() {
		var {_i, _r$1, _ref, binder, bindersLen, fullMessage, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = this;
		bindersLen = 2;
		_ref = m.pskBinders;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			binder = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			bindersLen = bindersLen + (1) >> 0;
			bindersLen = bindersLen + (binder.$length) >> 0;
			_i++;
		}
		_r$1 = m.marshal(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		fullMessage = _r$1;
		$s = -1; return $subslice(fullMessage, 0, (fullMessage.$length - bindersLen >> 0));
		/* */ } return; } var $f = {$blk: clientHelloMsg.ptr.prototype.marshalWithoutBinders, $c: true, $r, _i, _r$1, _ref, binder, bindersLen, fullMessage, m, $s};return $f;
	};
	clientHelloMsg.prototype.marshalWithoutBinders = function() { return this.$val.marshalWithoutBinders(); };
	clientHelloMsg.ptr.prototype.updateBinders = function(pskBinders) {
		var {_i, _r$1, _ref, _tuple, b, err, i, lenWithoutBinders, m, out, pskBinders, x, $s, $r, $c} = $restore(this, {pskBinders});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!((pskBinders.$length === m[0].pskBinders.$length))) {
			$panic(new $String("tls: internal error: pskBinders length mismatch"));
		}
		_ref = m[0].pskBinders;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			if (!((((i < 0 || i >= pskBinders.$length) ? ($throwRuntimeError("index out of range"), undefined) : pskBinders.$array[pskBinders.$offset + i]).$length === (x = m[0].pskBinders, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i])).$length))) {
				$panic(new $String("tls: internal error: pskBinders length mismatch"));
			}
			_i++;
		}
		m[0].pskBinders = pskBinders;
		/* */ if (!(m[0].raw === sliceType$5.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(m[0].raw === sliceType$5.nil)) { */ case 1:
			_r$1 = m[0].marshalWithoutBinders(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			lenWithoutBinders = _r$1.$length;
			b = cryptobyte.NewFixedBuilder($subslice(m[0].raw, 0, lenWithoutBinders));
			$r = b.AddUint16LengthPrefixed((function(m) { return function $b(b$1) {
				var {_i$1, _ref$1, b$1, binder, $s, $r, $c} = $restore(this, {b$1});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				binder = [binder];
				_ref$1 = m[0].pskBinders;
				_i$1 = 0;
				/* while (true) { */ case 1:
					/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 2; continue; }
					binder[0] = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
					$r = b$1.AddUint8LengthPrefixed((function(binder, m) { return function(b$2) {
						var b$2;
						b$2.AddBytes(binder[0]);
					}; })(binder, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_i$1++;
				$s = 1; continue;
				case 2:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i$1, _ref$1, b$1, binder, $s};return $f;
			}; })(m)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tuple = b.Bytes();
			out = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil)) || !((out.$length === m[0].raw.$length))) {
				$panic(new $String("tls: internal error: failed to update binders"));
			}
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: clientHelloMsg.ptr.prototype.updateBinders, $c: true, $r, _i, _r$1, _ref, _tuple, b, err, i, lenWithoutBinders, m, out, pskBinders, x, $s};return $f;
	};
	clientHelloMsg.prototype.updateBinders = function(pskBinders) { return this.$val.updateBinders(pskBinders); };
	clientHelloMsg.ptr.prototype.unmarshal = function(data) {
		var _1, _ptr, binder, binders, cipherSuites$1, cipherSuites$24ptr, clientShares, curve, curves, data, extData, extension, extensions, extensions$24ptr, identities, ignored, ks, m, nameList, nameType, proto, protoList, psk, s, s$24ptr, serverName, sigAndAlg, sigAndAlg$1, sigAndAlgs, sigAndAlgs$1, statusType, suite, vers, versList;
		m = this;
		clientHelloMsg.copy(m, new clientHelloMsg.ptr(data, 0, sliceType$5.nil, sliceType$5.nil, sliceType$2.nil, sliceType$5.nil, "", false, sliceType$3.nil, sliceType$5.nil, false, sliceType$5.nil, sliceType$7.nil, sliceType$7.nil, false, sliceType$5.nil, sliceType$1.nil, false, sliceType$2.nil, sliceType$5.nil, sliceType$15.nil, false, sliceType$5.nil, sliceType$16.nil, sliceType$11.nil));
		s = ($convertSliceType(data, cryptobyte.String));
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((m.$ptr_vers || (m.$ptr_vers = new ptrType$18(function() { return this.$target.vers; }, function($v) { this.$target.vers = $v; }, m)))) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadBytes((m.$ptr_random || (m.$ptr_random = new ptrType$1(function() { return this.$target.random; }, function($v) { this.$target.random = $v; }, m))), 32) || !readUint8LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_sessionId || (m.$ptr_sessionId = new ptrType$1(function() { return this.$target.sessionId; }, function($v) { this.$target.sessionId = $v; }, m))))) {
			return false;
		}
		cipherSuites$1 = cryptobyte.String.nil;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((cipherSuites$24ptr || (cipherSuites$24ptr = new ptrType$17(function() { return cipherSuites$1; }, function($v) { cipherSuites$1 = $convertSliceType($v, cryptobyte.String); }))))) {
			return false;
		}
		m.cipherSuites = new sliceType$2([]);
		m.secureRenegotiationSupported = false;
		while (true) {
			if (!(!cipherSuites$1.Empty())) { break; }
			suite = [suite];
			suite[0] = 0;
			if (!(cipherSuites$24ptr || (cipherSuites$24ptr = new ptrType$17(function() { return cipherSuites$1; }, function($v) { cipherSuites$1 = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((suite.$ptr || (suite.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, suite))))) {
				return false;
			}
			if (suite[0] === 255) {
				m.secureRenegotiationSupported = true;
			}
			m.cipherSuites = $append(m.cipherSuites, suite[0]);
		}
		if (!readUint8LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_compressionMethods || (m.$ptr_compressionMethods = new ptrType$1(function() { return this.$target.compressionMethods; }, function($v) { this.$target.compressionMethods = $v; }, m))))) {
			return false;
		}
		if (s.Empty()) {
			return true;
		}
		extensions = cryptobyte.String.nil;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); })))) || !s.Empty()) {
			return false;
		}
		while (true) {
			if (!(!extensions.Empty())) { break; }
			binders = [binders];
			clientShares = [clientShares];
			curves = [curves];
			extData = [extData];
			extension = [extension];
			identities = [identities];
			ignored = [ignored];
			nameList = [nameList];
			protoList = [protoList];
			sigAndAlgs = [sigAndAlgs];
			sigAndAlgs$1 = [sigAndAlgs$1];
			statusType = [statusType];
			versList = [versList];
			extension[0] = 0;
			extData[0] = cryptobyte.String.nil;
			if (!(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((extension.$ptr || (extension.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extension)))) || !(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))))) {
				return false;
			}
			_1 = extension[0];
			if (_1 === (0)) {
				nameList[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((nameList.$ptr || (nameList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, nameList)))) || nameList[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!nameList[0].Empty())) { break; }
					nameType = [nameType];
					serverName = [serverName];
					nameType[0] = 0;
					serverName[0] = cryptobyte.String.nil;
					if (!(nameList.$ptr || (nameList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, nameList))).ReadUint8((nameType.$ptr || (nameType.$ptr = new ptrType$20(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, nameType)))) || !(nameList.$ptr || (nameList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, nameList))).ReadUint16LengthPrefixed((serverName.$ptr || (serverName.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, serverName)))) || serverName[0].Empty()) {
						return false;
					}
					if (!((nameType[0] === 0))) {
						continue;
					}
					if (!((m.serverName.length === 0))) {
						return false;
					}
					m.serverName = ($bytesToString(serverName[0]));
					if (strings.HasSuffix(m.serverName, ".")) {
						return false;
					}
				}
			} else if (_1 === (5)) {
				statusType[0] = 0;
				ignored[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint8((statusType.$ptr || (statusType.$ptr = new ptrType$20(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, statusType)))) || !(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((ignored.$ptr || (ignored.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, ignored)))) || !(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((ignored.$ptr || (ignored.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, ignored))))) {
					return false;
				}
				m.ocspStapling = statusType[0] === 1;
			} else if (_1 === (10)) {
				curves[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((curves.$ptr || (curves.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, curves)))) || curves[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!curves[0].Empty())) { break; }
					curve = [curve];
					curve[0] = 0;
					if (!(curves.$ptr || (curves.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, curves))).ReadUint16((curve.$ptr || (curve.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, curve))))) {
						return false;
					}
					m.supportedCurves = $append(m.supportedCurves, ((curve[0] << 16 >>> 16)));
				}
			} else if (_1 === (11)) {
				if (!readUint8LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (m.$ptr_supportedPoints || (m.$ptr_supportedPoints = new ptrType$1(function() { return this.$target.supportedPoints; }, function($v) { this.$target.supportedPoints = $v; }, m)))) || (m.supportedPoints.$length === 0)) {
					return false;
				}
			} else if (_1 === (35)) {
				m.ticketSupported = true;
				(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadBytes((m.$ptr_sessionTicket || (m.$ptr_sessionTicket = new ptrType$1(function() { return this.$target.sessionTicket; }, function($v) { this.$target.sessionTicket = $v; }, m))), extData[0].$length);
			} else if (_1 === (13)) {
				sigAndAlgs[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((sigAndAlgs.$ptr || (sigAndAlgs.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs)))) || sigAndAlgs[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!sigAndAlgs[0].Empty())) { break; }
					sigAndAlg = [sigAndAlg];
					sigAndAlg[0] = 0;
					if (!(sigAndAlgs.$ptr || (sigAndAlgs.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs))).ReadUint16((sigAndAlg.$ptr || (sigAndAlg.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlg))))) {
						return false;
					}
					m.supportedSignatureAlgorithms = $append(m.supportedSignatureAlgorithms, ((sigAndAlg[0] << 16 >>> 16)));
				}
			} else if (_1 === (50)) {
				sigAndAlgs$1[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((sigAndAlgs$1.$ptr || (sigAndAlgs$1.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs$1)))) || sigAndAlgs$1[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!sigAndAlgs$1[0].Empty())) { break; }
					sigAndAlg$1 = [sigAndAlg$1];
					sigAndAlg$1[0] = 0;
					if (!(sigAndAlgs$1.$ptr || (sigAndAlgs$1.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs$1))).ReadUint16((sigAndAlg$1.$ptr || (sigAndAlg$1.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlg$1))))) {
						return false;
					}
					m.supportedSignatureAlgorithmsCert = $append(m.supportedSignatureAlgorithmsCert, ((sigAndAlg$1[0] << 16 >>> 16)));
				}
			} else if (_1 === (65281)) {
				if (!readUint8LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (m.$ptr_secureRenegotiation || (m.$ptr_secureRenegotiation = new ptrType$1(function() { return this.$target.secureRenegotiation; }, function($v) { this.$target.secureRenegotiation = $v; }, m))))) {
					return false;
				}
				m.secureRenegotiationSupported = true;
			} else if (_1 === (16)) {
				protoList[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((protoList.$ptr || (protoList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, protoList)))) || protoList[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!protoList[0].Empty())) { break; }
					proto = [proto];
					proto[0] = cryptobyte.String.nil;
					if (!(protoList.$ptr || (protoList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, protoList))).ReadUint8LengthPrefixed((proto.$ptr || (proto.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, proto)))) || proto[0].Empty()) {
						return false;
					}
					m.alpnProtocols = $append(m.alpnProtocols, ($bytesToString(proto[0])));
				}
			} else if (_1 === (18)) {
				m.scts = true;
			} else if (_1 === (43)) {
				versList[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint8LengthPrefixed((versList.$ptr || (versList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, versList)))) || versList[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!versList[0].Empty())) { break; }
					vers = [vers];
					vers[0] = 0;
					if (!(versList.$ptr || (versList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, versList))).ReadUint16((vers.$ptr || (vers.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, vers))))) {
						return false;
					}
					m.supportedVersions = $append(m.supportedVersions, vers[0]);
				}
			} else if (_1 === (44)) {
				if (!readUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (m.$ptr_cookie || (m.$ptr_cookie = new ptrType$1(function() { return this.$target.cookie; }, function($v) { this.$target.cookie = $v; }, m)))) || (m.cookie.$length === 0)) {
					return false;
				}
			} else if (_1 === (51)) {
				clientShares[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((clientShares.$ptr || (clientShares.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, clientShares))))) {
					return false;
				}
				while (true) {
					if (!(!clientShares[0].Empty())) { break; }
					ks = new keyShare.ptr(0, sliceType$5.nil);
					if (!(clientShares.$ptr || (clientShares.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, clientShares))).ReadUint16(((_ptr = (ks.$ptr_group || (ks.$ptr_group = new ptrType$35(function() { return this.$target.group; }, function($v) { this.$target.group = $v; }, ks))), new ptrType$18(function() { return (_ptr.$get() << 16 >>> 16); }, function($v) { _ptr.$set(($v << 16 >>> 16)); }, _ptr.$target)))) || !readUint16LengthPrefixed((clientShares.$ptr || (clientShares.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, clientShares))), (ks.$ptr_data || (ks.$ptr_data = new ptrType$1(function() { return this.$target.data; }, function($v) { this.$target.data = $v; }, ks)))) || (ks.data.$length === 0)) {
						return false;
					}
					m.keyShares = $append(m.keyShares, ks);
				}
			} else if (_1 === (42)) {
				m.earlyData = true;
			} else if (_1 === (45)) {
				if (!readUint8LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (m.$ptr_pskModes || (m.$ptr_pskModes = new ptrType$1(function() { return this.$target.pskModes; }, function($v) { this.$target.pskModes = $v; }, m))))) {
					return false;
				}
			} else if (_1 === (41)) {
				if (!extensions.Empty()) {
					return false;
				}
				identities[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((identities.$ptr || (identities.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, identities)))) || identities[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!identities[0].Empty())) { break; }
					psk = new pskIdentity.ptr(sliceType$5.nil, 0);
					if (!readUint16LengthPrefixed((identities.$ptr || (identities.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, identities))), (psk.$ptr_label || (psk.$ptr_label = new ptrType$1(function() { return this.$target.label; }, function($v) { this.$target.label = $v; }, psk)))) || !(identities.$ptr || (identities.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, identities))).ReadUint32((psk.$ptr_obfuscatedTicketAge || (psk.$ptr_obfuscatedTicketAge = new ptrType$24(function() { return this.$target.obfuscatedTicketAge; }, function($v) { this.$target.obfuscatedTicketAge = $v; }, psk)))) || (psk.label.$length === 0)) {
						return false;
					}
					m.pskIdentities = $append(m.pskIdentities, psk);
				}
				binders[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((binders.$ptr || (binders.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, binders)))) || binders[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!binders[0].Empty())) { break; }
					binder = [binder];
					binder[0] = sliceType$5.nil;
					if (!readUint8LengthPrefixed((binders.$ptr || (binders.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, binders))), (binder.$ptr || (binder.$ptr = new ptrType$1(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, binder)))) || (binder[0].$length === 0)) {
						return false;
					}
					m.pskBinders = $append(m.pskBinders, binder[0]);
				}
			} else {
				continue;
			}
			if (!extData[0].Empty()) {
				return false;
			}
		}
		return true;
	};
	clientHelloMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	serverHelloMsg.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(2);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, bWithoutExtensions, extensionsPresent, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			extensionsPresent = [extensionsPresent];
			b$1.AddUint16(m[0].vers);
			$r = addBytesWithLength(b$1, m[0].random, 32); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = b$1.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$2) {
				var b$2;
				b$2.AddBytes(m[0].sessionId);
			}; })(extensionsPresent, m)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			b$1.AddUint16(m[0].cipherSuite);
			b$1.AddUint8(m[0].compressionMethod);
			extensionsPresent[0] = false;
			bWithoutExtensions = $clone(b$1, cryptobyte.Builder);
			$r = b$1.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$2) {
				var {b$2, $s, $r, $c} = $restore(this, {b$2});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if (m[0].ocspStapling) {
					b$2.AddUint16(5);
					b$2.AddUint16(0);
				}
				if (m[0].ticketSupported) {
					b$2.AddUint16(35);
					b$2.AddUint16(0);
				}
				/* */ if (m[0].secureRenegotiationSupported) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (m[0].secureRenegotiationSupported) { */ case 1:
					b$2.AddUint16(65281);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].secureRenegotiation);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 2:
				/* */ if (m[0].alpnProtocol.length > 0) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (m[0].alpnProtocol.length > 0) { */ case 4:
					b$2.AddUint16(16);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$4) {
							var {b$4, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							$r = b$4.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$5) {
								var b$5;
								b$5.AddBytes((new sliceType$5($stringToBytes(m[0].alpnProtocol))));
							}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$4, $s};return $f;
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 5:
				/* */ if (m[0].scts.$length > 0) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (m[0].scts.$length > 0) { */ case 7:
					b$2.AddUint16(18);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$4) {
							var {_i, _ref, b$4, sct, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							sct = [sct];
							_ref = m[0].scts;
							_i = 0;
							/* while (true) { */ case 1:
								/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
								sct[0] = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								$r = b$4.AddUint16LengthPrefixed((function(extensionsPresent, m, sct) { return function(b$5) {
									var b$5;
									b$5.AddBytes(sct[0]);
								}; })(extensionsPresent, m, sct)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								_i++;
							$s = 1; continue;
							case 2:
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$4, sct, $s};return $f;
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 8:
				/* */ if (!((m[0].supportedVersion === 0))) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (!((m[0].supportedVersion === 0))) { */ case 10:
					b$2.AddUint16(43);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$3) {
						var b$3;
						b$3.AddUint16(m[0].supportedVersion);
					}; })(extensionsPresent, m)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 11:
				/* */ if (!((m[0].serverShare.group === 0))) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (!((m[0].serverShare.group === 0))) { */ case 13:
					b$2.AddUint16(51);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						b$3.AddUint16(((m[0].serverShare.group << 16 >>> 16)));
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].serverShare.data);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 14:
				/* */ if (m[0].selectedIdentityPresent) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (m[0].selectedIdentityPresent) { */ case 16:
					b$2.AddUint16(41);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$3) {
						var b$3;
						b$3.AddUint16(m[0].selectedIdentity);
					}; })(extensionsPresent, m)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 17:
				/* */ if (m[0].cookie.$length > 0) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (m[0].cookie.$length > 0) { */ case 19:
					b$2.AddUint16(44);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].cookie);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 20:
				/* */ if (!((m[0].selectedGroup === 0))) { $s = 22; continue; }
				/* */ $s = 23; continue;
				/* if (!((m[0].selectedGroup === 0))) { */ case 22:
					b$2.AddUint16(51);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function(b$3) {
						var b$3;
						b$3.AddUint16(((m[0].selectedGroup << 16 >>> 16)));
					}; })(extensionsPresent, m)); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 23:
				/* */ if (m[0].supportedPoints.$length > 0) { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (m[0].supportedPoints.$length > 0) { */ case 25:
					b$2.AddUint16(11);
					$r = b$2.AddUint16LengthPrefixed((function(extensionsPresent, m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint8LengthPrefixed((function(extensionsPresent, m) { return function(b$4) {
							var b$4;
							b$4.AddBytes(m[0].supportedPoints);
						}; })(extensionsPresent, m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(extensionsPresent, m)); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 26:
				extensionsPresent[0] = b$2.BytesOrPanic().$length > 2;
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$2, $s};return $f;
			}; })(extensionsPresent, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (!extensionsPresent[0]) {
				cryptobyte.Builder.copy(b$1, bWithoutExtensions);
			}
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, bWithoutExtensions, extensionsPresent, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: serverHelloMsg.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	serverHelloMsg.prototype.marshal = function() { return this.$val.marshal(); };
	serverHelloMsg.ptr.prototype.unmarshal = function(data) {
		var _1, _ptr, _ptr$1, data, extData, extension, extensions, extensions$24ptr, m, proto, protoList, s, s$24ptr, sct, sctList, x, x$1;
		m = this;
		serverHelloMsg.copy(m, new serverHelloMsg.ptr(data, 0, sliceType$5.nil, sliceType$5.nil, 0, 0, false, false, false, sliceType$5.nil, "", sliceType$11.nil, 0, new keyShare.ptr(0, sliceType$5.nil), false, 0, sliceType$5.nil, sliceType$5.nil, 0));
		s = ($convertSliceType(data, cryptobyte.String));
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((m.$ptr_vers || (m.$ptr_vers = new ptrType$18(function() { return this.$target.vers; }, function($v) { this.$target.vers = $v; }, m)))) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadBytes((m.$ptr_random || (m.$ptr_random = new ptrType$1(function() { return this.$target.random; }, function($v) { this.$target.random = $v; }, m))), 32) || !readUint8LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_sessionId || (m.$ptr_sessionId = new ptrType$1(function() { return this.$target.sessionId; }, function($v) { this.$target.sessionId = $v; }, m)))) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((m.$ptr_cipherSuite || (m.$ptr_cipherSuite = new ptrType$18(function() { return this.$target.cipherSuite; }, function($v) { this.$target.cipherSuite = $v; }, m)))) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint8((m.$ptr_compressionMethod || (m.$ptr_compressionMethod = new ptrType$20(function() { return this.$target.compressionMethod; }, function($v) { this.$target.compressionMethod = $v; }, m))))) {
			return false;
		}
		if (s.Empty()) {
			return true;
		}
		extensions = cryptobyte.String.nil;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); })))) || !s.Empty()) {
			return false;
		}
		while (true) {
			if (!(!extensions.Empty())) { break; }
			extData = [extData];
			extension = [extension];
			proto = [proto];
			protoList = [protoList];
			sctList = [sctList];
			extension[0] = 0;
			extData[0] = cryptobyte.String.nil;
			if (!(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((extension.$ptr || (extension.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extension)))) || !(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))))) {
				return false;
			}
			_1 = extension[0];
			if (_1 === (5)) {
				m.ocspStapling = true;
			} else if (_1 === (35)) {
				m.ticketSupported = true;
			} else if (_1 === (65281)) {
				if (!readUint8LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (m.$ptr_secureRenegotiation || (m.$ptr_secureRenegotiation = new ptrType$1(function() { return this.$target.secureRenegotiation; }, function($v) { this.$target.secureRenegotiation = $v; }, m))))) {
					return false;
				}
				m.secureRenegotiationSupported = true;
			} else if (_1 === (16)) {
				protoList[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((protoList.$ptr || (protoList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, protoList)))) || protoList[0].Empty()) {
					return false;
				}
				proto[0] = cryptobyte.String.nil;
				if (!(protoList.$ptr || (protoList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, protoList))).ReadUint8LengthPrefixed((proto.$ptr || (proto.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, proto)))) || proto[0].Empty() || !protoList[0].Empty()) {
					return false;
				}
				m.alpnProtocol = ($bytesToString(proto[0]));
			} else if (_1 === (18)) {
				sctList[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((sctList.$ptr || (sctList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sctList)))) || sctList[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!sctList[0].Empty())) { break; }
					sct = [sct];
					sct[0] = sliceType$5.nil;
					if (!readUint16LengthPrefixed((sctList.$ptr || (sctList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sctList))), (sct.$ptr || (sct.$ptr = new ptrType$1(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sct)))) || (sct[0].$length === 0)) {
						return false;
					}
					m.scts = $append(m.scts, sct[0]);
				}
			} else if (_1 === (43)) {
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16((m.$ptr_supportedVersion || (m.$ptr_supportedVersion = new ptrType$18(function() { return this.$target.supportedVersion; }, function($v) { this.$target.supportedVersion = $v; }, m))))) {
					return false;
				}
			} else if (_1 === (44)) {
				if (!readUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (m.$ptr_cookie || (m.$ptr_cookie = new ptrType$1(function() { return this.$target.cookie; }, function($v) { this.$target.cookie = $v; }, m)))) || (m.cookie.$length === 0)) {
					return false;
				}
			} else if (_1 === (51)) {
				if (extData[0].$length === 2) {
					if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16(((_ptr = (m.$ptr_selectedGroup || (m.$ptr_selectedGroup = new ptrType$35(function() { return this.$target.selectedGroup; }, function($v) { this.$target.selectedGroup = $v; }, m))), new ptrType$18(function() { return (_ptr.$get() << 16 >>> 16); }, function($v) { _ptr.$set(($v << 16 >>> 16)); }, _ptr.$target))))) {
						return false;
					}
				} else {
					if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16(((_ptr$1 = (x = m.serverShare, (x.$ptr_group || (x.$ptr_group = new ptrType$35(function() { return this.$target.group; }, function($v) { this.$target.group = $v; }, x)))), new ptrType$18(function() { return (_ptr$1.$get() << 16 >>> 16); }, function($v) { _ptr$1.$set(($v << 16 >>> 16)); }, _ptr$1.$target)))) || !readUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (x$1 = m.serverShare, (x$1.$ptr_data || (x$1.$ptr_data = new ptrType$1(function() { return this.$target.data; }, function($v) { this.$target.data = $v; }, x$1)))))) {
						return false;
					}
				}
			} else if (_1 === (41)) {
				m.selectedIdentityPresent = true;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16((m.$ptr_selectedIdentity || (m.$ptr_selectedIdentity = new ptrType$18(function() { return this.$target.selectedIdentity; }, function($v) { this.$target.selectedIdentity = $v; }, m))))) {
					return false;
				}
			} else if (_1 === (11)) {
				if (!readUint8LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (m.$ptr_supportedPoints || (m.$ptr_supportedPoints = new ptrType$1(function() { return this.$target.supportedPoints; }, function($v) { this.$target.supportedPoints = $v; }, m)))) || (m.supportedPoints.$length === 0)) {
					return false;
				}
			} else {
				continue;
			}
			if (!extData[0].Empty()) {
				return false;
			}
		}
		return true;
	};
	serverHelloMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	encryptedExtensionsMsg.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(8);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = b$1.AddUint16LengthPrefixed((function(m) { return function $b(b$2) {
				var {b$2, $s, $r, $c} = $restore(this, {b$2});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				/* */ if (m[0].alpnProtocol.length > 0) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (m[0].alpnProtocol.length > 0) { */ case 1:
					b$2.AddUint16(16);
					$r = b$2.AddUint16LengthPrefixed((function(m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(m) { return function $b(b$4) {
							var {b$4, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							$r = b$4.AddUint8LengthPrefixed((function(m) { return function(b$5) {
								var b$5;
								b$5.AddBytes((new sliceType$5($stringToBytes(m[0].alpnProtocol))));
							}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$4, $s};return $f;
						}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 2:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$2, $s};return $f;
			}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: encryptedExtensionsMsg.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	encryptedExtensionsMsg.prototype.marshal = function() { return this.$val.marshal(); };
	encryptedExtensionsMsg.ptr.prototype.unmarshal = function(data) {
		var _1, data, extData, extension, extensions, extensions$24ptr, m, proto, protoList, s, s$24ptr;
		m = this;
		encryptedExtensionsMsg.copy(m, new encryptedExtensionsMsg.ptr(data, ""));
		s = ($convertSliceType(data, cryptobyte.String));
		extensions = cryptobyte.String.nil;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); })))) || !s.Empty()) {
			return false;
		}
		while (true) {
			if (!(!extensions.Empty())) { break; }
			extData = [extData];
			extension = [extension];
			proto = [proto];
			protoList = [protoList];
			extension[0] = 0;
			extData[0] = cryptobyte.String.nil;
			if (!(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((extension.$ptr || (extension.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extension)))) || !(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))))) {
				return false;
			}
			_1 = extension[0];
			if (_1 === (16)) {
				protoList[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((protoList.$ptr || (protoList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, protoList)))) || protoList[0].Empty()) {
					return false;
				}
				proto[0] = cryptobyte.String.nil;
				if (!(protoList.$ptr || (protoList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, protoList))).ReadUint8LengthPrefixed((proto.$ptr || (proto.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, proto)))) || proto[0].Empty() || !protoList[0].Empty()) {
					return false;
				}
				m.alpnProtocol = ($bytesToString(proto[0]));
			} else {
				continue;
			}
			if (!extData[0].Empty()) {
				return false;
			}
		}
		return true;
	};
	encryptedExtensionsMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	endOfEarlyDataMsg.ptr.prototype.marshal = function() {
		var m, x;
		m = this;
		x = $makeSlice(sliceType$5, 4);
		(0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = 5);
		return x;
	};
	endOfEarlyDataMsg.prototype.marshal = function() { return this.$val.marshal(); };
	endOfEarlyDataMsg.ptr.prototype.unmarshal = function(data) {
		var data, m;
		m = this;
		return data.$length === 4;
	};
	endOfEarlyDataMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	keyUpdateMsg.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(24);
		$r = b.AddUint24LengthPrefixed((function(m) { return function(b$1) {
			var b$1;
			if (m[0].updateRequested) {
				b$1.AddUint8(1);
			} else {
				b$1.AddUint8(0);
			}
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: keyUpdateMsg.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	keyUpdateMsg.prototype.marshal = function() { return this.$val.marshal(); };
	keyUpdateMsg.ptr.prototype.unmarshal = function(data) {
		var _1, data, m, s, s$24ptr, updateRequested, updateRequested$24ptr;
		m = this;
		m.raw = data;
		s = ($convertSliceType(data, cryptobyte.String));
		updateRequested = 0;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint8((updateRequested$24ptr || (updateRequested$24ptr = new ptrType$20(function() { return updateRequested; }, function($v) { updateRequested = $v; })))) || !s.Empty()) {
			return false;
		}
		_1 = updateRequested;
		if (_1 === (0)) {
			m.updateRequested = false;
		} else if (_1 === (1)) {
			m.updateRequested = true;
		} else {
			return false;
		}
		return true;
	};
	keyUpdateMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	newSessionTicketMsgTLS13.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(4);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			b$1.AddUint32(m[0].lifetime);
			b$1.AddUint32(m[0].ageAdd);
			$r = b$1.AddUint8LengthPrefixed((function(m) { return function(b$2) {
				var b$2;
				b$2.AddBytes(m[0].nonce);
			}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = b$1.AddUint16LengthPrefixed((function(m) { return function(b$2) {
				var b$2;
				b$2.AddBytes(m[0].label);
			}; })(m)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = b$1.AddUint16LengthPrefixed((function(m) { return function $b(b$2) {
				var {b$2, $s, $r, $c} = $restore(this, {b$2});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				/* */ if (m[0].maxEarlyData > 0) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (m[0].maxEarlyData > 0) { */ case 1:
					b$2.AddUint16(42);
					$r = b$2.AddUint16LengthPrefixed((function(m) { return function(b$3) {
						var b$3;
						b$3.AddUint32(m[0].maxEarlyData);
					}; })(m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 2:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$2, $s};return $f;
			}; })(m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: newSessionTicketMsgTLS13.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	newSessionTicketMsgTLS13.prototype.marshal = function() { return this.$val.marshal(); };
	newSessionTicketMsgTLS13.ptr.prototype.unmarshal = function(data) {
		var _1, data, extData, extension, extensions, extensions$24ptr, m, s, s$24ptr;
		m = this;
		newSessionTicketMsgTLS13.copy(m, new newSessionTicketMsgTLS13.ptr(data, 0, 0, sliceType$5.nil, sliceType$5.nil, 0));
		s = ($convertSliceType(data, cryptobyte.String));
		extensions = cryptobyte.String.nil;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint32((m.$ptr_lifetime || (m.$ptr_lifetime = new ptrType$24(function() { return this.$target.lifetime; }, function($v) { this.$target.lifetime = $v; }, m)))) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint32((m.$ptr_ageAdd || (m.$ptr_ageAdd = new ptrType$24(function() { return this.$target.ageAdd; }, function($v) { this.$target.ageAdd = $v; }, m)))) || !readUint8LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_nonce || (m.$ptr_nonce = new ptrType$1(function() { return this.$target.nonce; }, function($v) { this.$target.nonce = $v; }, m)))) || !readUint16LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_label || (m.$ptr_label = new ptrType$1(function() { return this.$target.label; }, function($v) { this.$target.label = $v; }, m)))) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); })))) || !s.Empty()) {
			return false;
		}
		while (true) {
			if (!(!extensions.Empty())) { break; }
			extData = [extData];
			extension = [extension];
			extension[0] = 0;
			extData[0] = cryptobyte.String.nil;
			if (!(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((extension.$ptr || (extension.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extension)))) || !(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))))) {
				return false;
			}
			_1 = extension[0];
			if (_1 === (42)) {
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint32((m.$ptr_maxEarlyData || (m.$ptr_maxEarlyData = new ptrType$24(function() { return this.$target.maxEarlyData; }, function($v) { this.$target.maxEarlyData = $v; }, m))))) {
					return false;
				}
			} else {
				continue;
			}
			if (!extData[0].Empty()) {
				return false;
			}
		}
		return true;
	};
	newSessionTicketMsgTLS13.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	certificateRequestMsgTLS13.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(13);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			b$1.AddUint8(0);
			$r = b$1.AddUint16LengthPrefixed((function(m) { return function $b(b$2) {
				var {b$2, $s, $r, $c} = $restore(this, {b$2});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				if (m[0].ocspStapling) {
					b$2.AddUint16(5);
					b$2.AddUint16(0);
				}
				if (m[0].scts) {
					b$2.AddUint16(18);
					b$2.AddUint16(0);
				}
				/* */ if (m[0].supportedSignatureAlgorithms.$length > 0) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (m[0].supportedSignatureAlgorithms.$length > 0) { */ case 1:
					b$2.AddUint16(13);
					$r = b$2.AddUint16LengthPrefixed((function(m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(m) { return function(b$4) {
							var _i, _ref, b$4, sigAlgo;
							_ref = m[0].supportedSignatureAlgorithms;
							_i = 0;
							while (true) {
								if (!(_i < _ref.$length)) { break; }
								sigAlgo = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								b$4.AddUint16(((sigAlgo << 16 >>> 16)));
								_i++;
							}
						}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 2:
				/* */ if (m[0].supportedSignatureAlgorithmsCert.$length > 0) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (m[0].supportedSignatureAlgorithmsCert.$length > 0) { */ case 4:
					b$2.AddUint16(50);
					$r = b$2.AddUint16LengthPrefixed((function(m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(m) { return function(b$4) {
							var _i, _ref, b$4, sigAlgo;
							_ref = m[0].supportedSignatureAlgorithmsCert;
							_i = 0;
							while (true) {
								if (!(_i < _ref.$length)) { break; }
								sigAlgo = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								b$4.AddUint16(((sigAlgo << 16 >>> 16)));
								_i++;
							}
						}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(m)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 5:
				/* */ if (m[0].certificateAuthorities.$length > 0) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (m[0].certificateAuthorities.$length > 0) { */ case 7:
					b$2.AddUint16(47);
					$r = b$2.AddUint16LengthPrefixed((function(m) { return function $b(b$3) {
						var {b$3, $s, $r, $c} = $restore(this, {b$3});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = b$3.AddUint16LengthPrefixed((function(m) { return function $b(b$4) {
							var {_i, _ref, b$4, ca, $s, $r, $c} = $restore(this, {b$4});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							ca = [ca];
							_ref = m[0].certificateAuthorities;
							_i = 0;
							/* while (true) { */ case 1:
								/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
								ca[0] = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
								$r = b$4.AddUint16LengthPrefixed((function(ca, m) { return function(b$5) {
									var b$5;
									b$5.AddBytes(ca[0]);
								}; })(ca, m)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
								_i++;
							$s = 1; continue;
							case 2:
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$4, ca, $s};return $f;
						}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
					}; })(m)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 8:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$2, $s};return $f;
			}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: certificateRequestMsgTLS13.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	certificateRequestMsgTLS13.prototype.marshal = function() { return this.$val.marshal(); };
	certificateRequestMsgTLS13.ptr.prototype.unmarshal = function(data) {
		var _1, _tmp, _tmp$1, auths, ca, context$1, context$24ptr, data, extData, extension, extensions, extensions$24ptr, m, s, s$24ptr, sigAndAlg, sigAndAlg$1, sigAndAlgs, sigAndAlgs$1;
		m = this;
		certificateRequestMsgTLS13.copy(m, new certificateRequestMsgTLS13.ptr(data, false, false, sliceType$7.nil, sliceType$7.nil, sliceType$11.nil));
		s = ($convertSliceType(data, cryptobyte.String));
		_tmp = cryptobyte.String.nil;
		_tmp$1 = cryptobyte.String.nil;
		context$1 = _tmp;
		extensions = _tmp$1;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint8LengthPrefixed((context$24ptr || (context$24ptr = new ptrType$17(function() { return context$1; }, function($v) { context$1 = $convertSliceType($v, cryptobyte.String); })))) || !context$1.Empty() || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); })))) || !s.Empty()) {
			return false;
		}
		while (true) {
			if (!(!extensions.Empty())) { break; }
			auths = [auths];
			extData = [extData];
			extension = [extension];
			sigAndAlgs = [sigAndAlgs];
			sigAndAlgs$1 = [sigAndAlgs$1];
			extension[0] = 0;
			extData[0] = cryptobyte.String.nil;
			if (!(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16((extension.$ptr || (extension.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extension)))) || !(extensions$24ptr || (extensions$24ptr = new ptrType$17(function() { return extensions; }, function($v) { extensions = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))))) {
				return false;
			}
			_1 = extension[0];
			if (_1 === (5)) {
				m.ocspStapling = true;
			} else if (_1 === (18)) {
				m.scts = true;
			} else if (_1 === (13)) {
				sigAndAlgs[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((sigAndAlgs.$ptr || (sigAndAlgs.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs)))) || sigAndAlgs[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!sigAndAlgs[0].Empty())) { break; }
					sigAndAlg = [sigAndAlg];
					sigAndAlg[0] = 0;
					if (!(sigAndAlgs.$ptr || (sigAndAlgs.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs))).ReadUint16((sigAndAlg.$ptr || (sigAndAlg.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlg))))) {
						return false;
					}
					m.supportedSignatureAlgorithms = $append(m.supportedSignatureAlgorithms, ((sigAndAlg[0] << 16 >>> 16)));
				}
			} else if (_1 === (50)) {
				sigAndAlgs$1[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((sigAndAlgs$1.$ptr || (sigAndAlgs$1.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs$1)))) || sigAndAlgs$1[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!sigAndAlgs$1[0].Empty())) { break; }
					sigAndAlg$1 = [sigAndAlg$1];
					sigAndAlg$1[0] = 0;
					if (!(sigAndAlgs$1.$ptr || (sigAndAlgs$1.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlgs$1))).ReadUint16((sigAndAlg$1.$ptr || (sigAndAlg$1.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sigAndAlg$1))))) {
						return false;
					}
					m.supportedSignatureAlgorithmsCert = $append(m.supportedSignatureAlgorithmsCert, ((sigAndAlg$1[0] << 16 >>> 16)));
				}
			} else if (_1 === (47)) {
				auths[0] = cryptobyte.String.nil;
				if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((auths.$ptr || (auths.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, auths)))) || auths[0].Empty()) {
					return false;
				}
				while (true) {
					if (!(!auths[0].Empty())) { break; }
					ca = [ca];
					ca[0] = sliceType$5.nil;
					if (!readUint16LengthPrefixed((auths.$ptr || (auths.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, auths))), (ca.$ptr || (ca.$ptr = new ptrType$1(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, ca)))) || (ca[0].$length === 0)) {
						return false;
					}
					m.certificateAuthorities = $append(m.certificateAuthorities, ca[0]);
				}
			} else {
				continue;
			}
			if (!extData[0].Empty()) {
				return false;
			}
		}
		return true;
	};
	certificateRequestMsgTLS13.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	certificateMsg.ptr.prototype.marshal = function() {
		var _i, _i$1, _ref, _ref$1, certificateOctets, i, length, m, slice, slice$1, x, y;
		x = sliceType$5.nil;
		m = this;
		if (!(m.raw === sliceType$5.nil)) {
			x = m.raw;
			return x;
		}
		i = 0;
		_ref = m.certificates;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			slice = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			i = i + (slice.$length) >> 0;
			_i++;
		}
		length = (3 + ($imul(3, m.certificates.$length)) >> 0) + i >> 0;
		x = $makeSlice(sliceType$5, (4 + length >> 0));
		(0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = 11);
		(1 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 1] = (((length >> 16 >> 0) << 24 >>> 24)));
		(2 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 2] = (((length >> 8 >> 0) << 24 >>> 24)));
		(3 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 3] = ((length << 24 >>> 24)));
		certificateOctets = length - 3 >> 0;
		(4 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 4] = (((certificateOctets >> 16 >> 0) << 24 >>> 24)));
		(5 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 5] = (((certificateOctets >> 8 >> 0) << 24 >>> 24)));
		(6 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 6] = ((certificateOctets << 24 >>> 24)));
		y = $subslice(x, 7);
		_ref$1 = m.certificates;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			slice$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			(0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0] = (((slice$1.$length >> 16 >> 0) << 24 >>> 24)));
			(1 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 1] = (((slice$1.$length >> 8 >> 0) << 24 >>> 24)));
			(2 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 2] = ((slice$1.$length << 24 >>> 24)));
			$copySlice($subslice(y, 3), slice$1);
			y = $subslice(y, (3 + slice$1.$length >> 0));
			_i$1++;
		}
		m.raw = x;
		return x;
	};
	certificateMsg.prototype.marshal = function() { return this.$val.marshal(); };
	certificateMsg.ptr.prototype.unmarshal = function(data) {
		var certLen, certLen$1, certsLen, d, data, i, m, numCerts, x;
		m = this;
		if (data.$length < 7) {
			return false;
		}
		m.raw = data;
		certsLen = (((((((4 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 4]) >>> 0)) << 16 >>> 0) | ((((5 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 5]) >>> 0)) << 8 >>> 0)) >>> 0) | (((6 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 6]) >>> 0))) >>> 0;
		if (!((((data.$length >>> 0)) === (certsLen + 7 >>> 0)))) {
			return false;
		}
		numCerts = 0;
		d = $subslice(data, 7);
		while (true) {
			if (!(certsLen > 0)) { break; }
			if (d.$length < 4) {
				return false;
			}
			certLen = (((((((0 >= d.$length ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + 0]) >>> 0)) << 16 >>> 0) | ((((1 >= d.$length ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | (((2 >= d.$length ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + 2]) >>> 0))) >>> 0;
			if (((d.$length >>> 0)) < (3 + certLen >>> 0)) {
				return false;
			}
			d = $subslice(d, (3 + certLen >>> 0));
			certsLen = certsLen - ((3 + certLen >>> 0)) >>> 0;
			numCerts = numCerts + (1) >> 0;
		}
		m.certificates = $makeSlice(sliceType$11, numCerts);
		d = $subslice(data, 7);
		i = 0;
		while (true) {
			if (!(i < numCerts)) { break; }
			certLen$1 = (((((((0 >= d.$length ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + 0]) >>> 0)) << 16 >>> 0) | ((((1 >= d.$length ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | (((2 >= d.$length ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + 2]) >>> 0))) >>> 0;
			(x = m.certificates, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = $subslice(d, 3, (3 + certLen$1 >>> 0))));
			d = $subslice(d, (3 + certLen$1 >>> 0));
			i = i + (1) >> 0;
		}
		return true;
	};
	certificateMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	certificateMsgTLS13.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(11);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, certificate, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			b$1.AddUint8(0);
			certificate = $clone(m[0].certificate, Certificate);
			if (!m[0].ocspStapling) {
				certificate.OCSPStaple = sliceType$5.nil;
			}
			if (!m[0].scts) {
				certificate.SignedCertificateTimestamps = sliceType$11.nil;
			}
			$r = marshalCertificate(b$1, $clone(certificate, Certificate)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, certificate, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: certificateMsgTLS13.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	certificateMsgTLS13.prototype.marshal = function() { return this.$val.marshal(); };
	marshalCertificate = function(b, certificate) {
		var {b, certificate, $s, $r, $c} = $restore(this, {b, certificate});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		certificate = [certificate];
		$r = b.AddUint24LengthPrefixed((function(certificate) { return function $b(b$1) {
			var {_i, _ref, b$1, cert, i, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			cert = [cert];
			i = [i];
			_ref = certificate[0].Certificate;
			_i = 0;
			/* while (true) { */ case 1:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
				i[0] = _i;
				cert[0] = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				$r = b$1.AddUint24LengthPrefixed((function(cert, certificate, i) { return function(b$2) {
					var b$2;
					b$2.AddBytes(cert[0]);
				}; })(cert, certificate, i)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = b$1.AddUint16LengthPrefixed((function(cert, certificate, i) { return function $b(b$2) {
					var {b$2, $s, $r, $c} = $restore(this, {b$2});
					/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
					if (i[0] > 0) {
						$s = -1; return;
					}
					/* */ if (!(certificate[0].OCSPStaple === sliceType$5.nil)) { $s = 1; continue; }
					/* */ $s = 2; continue;
					/* if (!(certificate[0].OCSPStaple === sliceType$5.nil)) { */ case 1:
						b$2.AddUint16(5);
						$r = b$2.AddUint16LengthPrefixed((function(cert, certificate, i) { return function $b(b$3) {
							var {b$3, $s, $r, $c} = $restore(this, {b$3});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							b$3.AddUint8(1);
							$r = b$3.AddUint24LengthPrefixed((function(cert, certificate, i) { return function(b$4) {
								var b$4;
								b$4.AddBytes(certificate[0].OCSPStaple);
							}; })(cert, certificate, i)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
						}; })(cert, certificate, i)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 2:
					/* */ if (!(certificate[0].SignedCertificateTimestamps === sliceType$11.nil)) { $s = 4; continue; }
					/* */ $s = 5; continue;
					/* if (!(certificate[0].SignedCertificateTimestamps === sliceType$11.nil)) { */ case 4:
						b$2.AddUint16(18);
						$r = b$2.AddUint16LengthPrefixed((function(cert, certificate, i) { return function $b(b$3) {
							var {b$3, $s, $r, $c} = $restore(this, {b$3});
							/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
							$r = b$3.AddUint16LengthPrefixed((function(cert, certificate, i) { return function $b(b$4) {
								var {_i$1, _ref$1, b$4, sct, $s, $r, $c} = $restore(this, {b$4});
								/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
								sct = [sct];
								_ref$1 = certificate[0].SignedCertificateTimestamps;
								_i$1 = 0;
								/* while (true) { */ case 1:
									/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 2; continue; }
									sct[0] = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
									$r = b$4.AddUint16LengthPrefixed((function(cert, certificate, i, sct) { return function(b$5) {
										var b$5;
										b$5.AddBytes(sct[0]);
									}; })(cert, certificate, i, sct)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
									_i$1++;
								$s = 1; continue;
								case 2:
								$s = -1; return;
								/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i$1, _ref$1, b$4, sct, $s};return $f;
							}; })(cert, certificate, i)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = -1; return;
							/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$3, $s};return $f;
						}; })(cert, certificate, i)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 5:
					$s = -1; return;
					/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$2, $s};return $f;
				}; })(cert, certificate, i)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i++;
			$s = 1; continue;
			case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _ref, b$1, cert, i, $s};return $f;
		}; })(certificate)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: marshalCertificate, $c: true, $r, b, certificate, $s};return $f;
	};
	certificateMsgTLS13.ptr.prototype.unmarshal = function(data) {
		var context$1, context$24ptr, data, m, s, s$24ptr;
		m = this;
		certificateMsgTLS13.copy(m, new certificateMsgTLS13.ptr(data, new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), false, false));
		s = ($convertSliceType(data, cryptobyte.String));
		context$1 = cryptobyte.String.nil;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint8LengthPrefixed((context$24ptr || (context$24ptr = new ptrType$17(function() { return context$1; }, function($v) { context$1 = $convertSliceType($v, cryptobyte.String); })))) || !context$1.Empty() || !unmarshalCertificate((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), m.certificate) || !s.Empty()) {
			return false;
		}
		m.scts = !(m.certificate.SignedCertificateTimestamps === sliceType$11.nil);
		m.ocspStapling = !(m.certificate.OCSPStaple === sliceType$5.nil);
		return true;
	};
	certificateMsgTLS13.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	unmarshalCertificate = function(s, certificate) {
		var _1, cert, certList, certList$24ptr, certificate, extData, extension, extensions, s, sct, sctList, statusType;
		certList = cryptobyte.String.nil;
		if (!s.ReadUint24LengthPrefixed((certList$24ptr || (certList$24ptr = new ptrType$17(function() { return certList; }, function($v) { certList = $convertSliceType($v, cryptobyte.String); }))))) {
			return false;
		}
		while (true) {
			if (!(!certList.Empty())) { break; }
			cert = [cert];
			extensions = [extensions];
			cert[0] = sliceType$5.nil;
			extensions[0] = cryptobyte.String.nil;
			if (!readUint24LengthPrefixed((certList$24ptr || (certList$24ptr = new ptrType$17(function() { return certList; }, function($v) { certList = $convertSliceType($v, cryptobyte.String); }))), (cert.$ptr || (cert.$ptr = new ptrType$1(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, cert)))) || !(certList$24ptr || (certList$24ptr = new ptrType$17(function() { return certList; }, function($v) { certList = $convertSliceType($v, cryptobyte.String); }))).ReadUint16LengthPrefixed((extensions.$ptr || (extensions.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extensions))))) {
				return false;
			}
			certificate.Certificate = $append(certificate.Certificate, cert[0]);
			while (true) {
				if (!(!extensions[0].Empty())) { break; }
				extData = [extData];
				extension = [extension];
				sctList = [sctList];
				statusType = [statusType];
				extension[0] = 0;
				extData[0] = cryptobyte.String.nil;
				if (!(extensions.$ptr || (extensions.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extensions))).ReadUint16((extension.$ptr || (extension.$ptr = new ptrType$18(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extension)))) || !(extensions.$ptr || (extensions.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extensions))).ReadUint16LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))))) {
					return false;
				}
				if (certificate.Certificate.$length > 1) {
					continue;
				}
				_1 = extension[0];
				if (_1 === (5)) {
					statusType[0] = 0;
					if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint8((statusType.$ptr || (statusType.$ptr = new ptrType$20(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, statusType)))) || !((statusType[0] === 1)) || !readUint24LengthPrefixed((extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))), (certificate.$ptr_OCSPStaple || (certificate.$ptr_OCSPStaple = new ptrType$1(function() { return this.$target.OCSPStaple; }, function($v) { this.$target.OCSPStaple = $v; }, certificate)))) || (certificate.OCSPStaple.$length === 0)) {
						return false;
					}
				} else if (_1 === (18)) {
					sctList[0] = cryptobyte.String.nil;
					if (!(extData.$ptr || (extData.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, extData))).ReadUint16LengthPrefixed((sctList.$ptr || (sctList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sctList)))) || sctList[0].Empty()) {
						return false;
					}
					while (true) {
						if (!(!sctList[0].Empty())) { break; }
						sct = [sct];
						sct[0] = sliceType$5.nil;
						if (!readUint16LengthPrefixed((sctList.$ptr || (sctList.$ptr = new ptrType$17(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sctList))), (sct.$ptr || (sct.$ptr = new ptrType$1(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, sct)))) || (sct[0].$length === 0)) {
							return false;
						}
						certificate.SignedCertificateTimestamps = $append(certificate.SignedCertificateTimestamps, sct[0]);
					}
				} else {
					continue;
				}
				if (!extData[0].Empty()) {
					return false;
				}
			}
		}
		return true;
	};
	serverKeyExchangeMsg.ptr.prototype.marshal = function() {
		var length, m, x;
		m = this;
		if (!(m.raw === sliceType$5.nil)) {
			return m.raw;
		}
		length = m.key.$length;
		x = $makeSlice(sliceType$5, (length + 4 >> 0));
		(0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = 12);
		(1 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 1] = (((length >> 16 >> 0) << 24 >>> 24)));
		(2 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 2] = (((length >> 8 >> 0) << 24 >>> 24)));
		(3 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 3] = ((length << 24 >>> 24)));
		$copySlice($subslice(x, 4), m.key);
		m.raw = x;
		return x;
	};
	serverKeyExchangeMsg.prototype.marshal = function() { return this.$val.marshal(); };
	serverKeyExchangeMsg.ptr.prototype.unmarshal = function(data) {
		var data, m;
		m = this;
		m.raw = data;
		if (data.$length < 4) {
			return false;
		}
		m.key = $subslice(data, 4);
		return true;
	};
	serverKeyExchangeMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	certificateStatusMsg.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(22);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			b$1.AddUint8(1);
			$r = b$1.AddUint24LengthPrefixed((function(m) { return function(b$2) {
				var b$2;
				b$2.AddBytes(m[0].response);
			}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: certificateStatusMsg.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	certificateStatusMsg.prototype.marshal = function() { return this.$val.marshal(); };
	certificateStatusMsg.ptr.prototype.unmarshal = function(data) {
		var data, m, s, s$24ptr, statusType, statusType$24ptr;
		m = this;
		m.raw = data;
		s = ($convertSliceType(data, cryptobyte.String));
		statusType = 0;
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4) || !(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint8((statusType$24ptr || (statusType$24ptr = new ptrType$20(function() { return statusType; }, function($v) { statusType = $v; })))) || !((statusType === 1)) || !readUint24LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_response || (m.$ptr_response = new ptrType$1(function() { return this.$target.response; }, function($v) { this.$target.response = $v; }, m)))) || (m.response.$length === 0) || !s.Empty()) {
			return false;
		}
		return true;
	};
	certificateStatusMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	serverHelloDoneMsg.ptr.prototype.marshal = function() {
		var m, x;
		m = this;
		x = $makeSlice(sliceType$5, 4);
		(0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = 14);
		return x;
	};
	serverHelloDoneMsg.prototype.marshal = function() { return this.$val.marshal(); };
	serverHelloDoneMsg.ptr.prototype.unmarshal = function(data) {
		var data, m;
		m = this;
		return data.$length === 4;
	};
	serverHelloDoneMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	clientKeyExchangeMsg.ptr.prototype.marshal = function() {
		var length, m, x;
		m = this;
		if (!(m.raw === sliceType$5.nil)) {
			return m.raw;
		}
		length = m.ciphertext.$length;
		x = $makeSlice(sliceType$5, (length + 4 >> 0));
		(0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = 16);
		(1 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 1] = (((length >> 16 >> 0) << 24 >>> 24)));
		(2 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 2] = (((length >> 8 >> 0) << 24 >>> 24)));
		(3 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 3] = ((length << 24 >>> 24)));
		$copySlice($subslice(x, 4), m.ciphertext);
		m.raw = x;
		return x;
	};
	clientKeyExchangeMsg.prototype.marshal = function() { return this.$val.marshal(); };
	clientKeyExchangeMsg.ptr.prototype.unmarshal = function(data) {
		var data, l, m;
		m = this;
		m.raw = data;
		if (data.$length < 4) {
			return false;
		}
		l = (((((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) >> 0)) << 16 >> 0) | ((((2 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 2]) >> 0)) << 8 >> 0)) | (((3 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 3]) >> 0));
		if (!((l === (data.$length - 4 >> 0)))) {
			return false;
		}
		m.ciphertext = $subslice(data, 4);
		return true;
	};
	clientKeyExchangeMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	finishedMsg.ptr.prototype.marshal = function() {
		var {b, m, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			$s = -1; return m[0].raw;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(20);
		$r = b.AddUint24LengthPrefixed((function(m) { return function(b$1) {
			var b$1;
			b$1.AddBytes(m[0].verifyData);
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		$s = -1; return m[0].raw;
		/* */ } return; } var $f = {$blk: finishedMsg.ptr.prototype.marshal, $c: true, $r, b, m, $s};return $f;
	};
	finishedMsg.prototype.marshal = function() { return this.$val.marshal(); };
	finishedMsg.ptr.prototype.unmarshal = function(data) {
		var data, m, s, s$24ptr;
		m = this;
		m.raw = data;
		s = ($convertSliceType(data, cryptobyte.String));
		return (s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(1) && readUint24LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_verifyData || (m.$ptr_verifyData = new ptrType$1(function() { return this.$target.verifyData; }, function($v) { this.$target.verifyData = $v; }, m)))) && s.Empty();
	};
	finishedMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	certificateRequestMsg.ptr.prototype.marshal = function() {
		var _i, _i$1, _i$2, _ref, _ref$1, _ref$2, ca, ca$1, casLength, length, m, n, sigAlgo, x, y;
		x = sliceType$5.nil;
		m = this;
		if (!(m.raw === sliceType$5.nil)) {
			x = m.raw;
			return x;
		}
		length = (1 + m.certificateTypes.$length >> 0) + 2 >> 0;
		casLength = 0;
		_ref = m.certificateAuthorities;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			ca = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			casLength = casLength + ((2 + ca.$length >> 0)) >> 0;
			_i++;
		}
		length = length + (casLength) >> 0;
		if (m.hasSignatureAlgorithm) {
			length = length + ((2 + ($imul(2, m.supportedSignatureAlgorithms.$length)) >> 0)) >> 0;
		}
		x = $makeSlice(sliceType$5, (4 + length >> 0));
		(0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = 13);
		(1 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 1] = (((length >> 16 >> 0) << 24 >>> 24)));
		(2 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 2] = (((length >> 8 >> 0) << 24 >>> 24)));
		(3 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 3] = ((length << 24 >>> 24)));
		(4 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 4] = ((m.certificateTypes.$length << 24 >>> 24)));
		$copySlice($subslice(x, 5), m.certificateTypes);
		y = $subslice(x, (5 + m.certificateTypes.$length >> 0));
		if (m.hasSignatureAlgorithm) {
			n = $imul(m.supportedSignatureAlgorithms.$length, 2);
			(0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0] = (((n >> 8 >> 0) << 24 >>> 24)));
			(1 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 1] = ((n << 24 >>> 24)));
			y = $subslice(y, 2);
			_ref$1 = m.supportedSignatureAlgorithms;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				sigAlgo = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				(0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0] = (((sigAlgo >>> 8 << 16 >>> 16) << 24 >>> 24)));
				(1 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 1] = ((sigAlgo << 24 >>> 24)));
				y = $subslice(y, 2);
				_i$1++;
			}
		}
		(0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0] = (((casLength >> 8 >> 0) << 24 >>> 24)));
		(1 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 1] = ((casLength << 24 >>> 24)));
		y = $subslice(y, 2);
		_ref$2 = m.certificateAuthorities;
		_i$2 = 0;
		while (true) {
			if (!(_i$2 < _ref$2.$length)) { break; }
			ca$1 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
			(0 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 0] = (((ca$1.$length >> 8 >> 0) << 24 >>> 24)));
			(1 >= y.$length ? ($throwRuntimeError("index out of range"), undefined) : y.$array[y.$offset + 1] = ((ca$1.$length << 24 >>> 24)));
			y = $subslice(y, 2);
			$copySlice(y, ca$1);
			y = $subslice(y, ca$1.$length);
			_i$2++;
		}
		m.raw = x;
		return x;
	};
	certificateRequestMsg.prototype.marshal = function() { return this.$val.marshal(); };
	certificateRequestMsg.ptr.prototype.unmarshal = function(data) {
		var _i, _q, _ref, caLen, cas, casLength, data, i, length, m, numCertTypes, numSigAlgos, sigAndHashLen, x;
		m = this;
		m.raw = data;
		if (data.$length < 5) {
			return false;
		}
		length = (((((((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) >>> 0)) << 16 >>> 0) | ((((2 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 2]) >>> 0)) << 8 >>> 0)) >>> 0) | (((3 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 3]) >>> 0))) >>> 0;
		if (!(((((data.$length >>> 0)) - 4 >>> 0) === length))) {
			return false;
		}
		numCertTypes = (((4 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 4]) >> 0));
		data = $subslice(data, 5);
		if ((numCertTypes === 0) || data.$length <= numCertTypes) {
			return false;
		}
		m.certificateTypes = $makeSlice(sliceType$5, numCertTypes);
		if (!(($copySlice(m.certificateTypes, data) === numCertTypes))) {
			return false;
		}
		data = $subslice(data, numCertTypes);
		if (m.hasSignatureAlgorithm) {
			if (data.$length < 2) {
				return false;
			}
			sigAndHashLen = (((((0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) | (((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) << 16 >>> 16))) >>> 0;
			data = $subslice(data, 2);
			if (!((((sigAndHashLen & 1) >>> 0) === 0))) {
				return false;
			}
			if (data.$length < ((sigAndHashLen >> 0))) {
				return false;
			}
			numSigAlgos = (_q = sigAndHashLen / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero"));
			m.supportedSignatureAlgorithms = $makeSlice(sliceType$7, numSigAlgos);
			_ref = m.supportedSignatureAlgorithms;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				(x = m.supportedSignatureAlgorithms, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = ((((((0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) | (((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) << 16 >>> 16))) >>> 0)));
				data = $subslice(data, 2);
				_i++;
			}
		}
		if (data.$length < 2) {
			return false;
		}
		casLength = (((((0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) | (((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) << 16 >>> 16))) >>> 0;
		data = $subslice(data, 2);
		if (data.$length < ((casLength >> 0))) {
			return false;
		}
		cas = $makeSlice(sliceType$5, casLength);
		$copySlice(cas, data);
		data = $subslice(data, casLength);
		m.certificateAuthorities = sliceType$11.nil;
		while (true) {
			if (!(cas.$length > 0)) { break; }
			if (cas.$length < 2) {
				return false;
			}
			caLen = (((((0 >= cas.$length ? ($throwRuntimeError("index out of range"), undefined) : cas.$array[cas.$offset + 0]) << 16 >>> 16)) << 8 << 16 >>> 16) | (((1 >= cas.$length ? ($throwRuntimeError("index out of range"), undefined) : cas.$array[cas.$offset + 1]) << 16 >>> 16))) >>> 0;
			cas = $subslice(cas, 2);
			if (cas.$length < ((caLen >> 0))) {
				return false;
			}
			m.certificateAuthorities = $append(m.certificateAuthorities, $subslice(cas, 0, caLen));
			cas = $subslice(cas, caLen);
		}
		return data.$length === 0;
	};
	certificateRequestMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	certificateVerifyMsg.ptr.prototype.marshal = function() {
		var {b, m, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		m = [m];
		x = sliceType$5.nil;
		m[0] = this;
		if (!(m[0].raw === sliceType$5.nil)) {
			x = m[0].raw;
			$s = -1; return x;
		}
		b = new cryptobyte.Builder.ptr($ifaceNil, sliceType$5.nil, false, ptrType$15.nil, 0, 0, false, ptrType$16.nil);
		b.AddUint8(15);
		$r = b.AddUint24LengthPrefixed((function(m) { return function $b(b$1) {
			var {b$1, $s, $r, $c} = $restore(this, {b$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if (m[0].hasSignatureAlgorithm) {
				b$1.AddUint16(((m[0].signatureAlgorithm << 16 >>> 16)));
			}
			$r = b$1.AddUint16LengthPrefixed((function(m) { return function(b$2) {
				var b$2;
				b$2.AddBytes(m[0].signature);
			}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, b$1, $s};return $f;
		}; })(m)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m[0].raw = b.BytesOrPanic();
		x = m[0].raw;
		$s = -1; return x;
		/* */ } return; } var $f = {$blk: certificateVerifyMsg.ptr.prototype.marshal, $c: true, $r, b, m, x, $s};return $f;
	};
	certificateVerifyMsg.prototype.marshal = function() { return this.$val.marshal(); };
	certificateVerifyMsg.ptr.prototype.unmarshal = function(data) {
		var _ptr, data, m, s, s$24ptr;
		m = this;
		m.raw = data;
		s = ($convertSliceType(data, cryptobyte.String));
		if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).Skip(4)) {
			return false;
		}
		if (m.hasSignatureAlgorithm) {
			if (!(s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))).ReadUint16(((_ptr = (m.$ptr_signatureAlgorithm || (m.$ptr_signatureAlgorithm = new ptrType$36(function() { return this.$target.signatureAlgorithm; }, function($v) { this.$target.signatureAlgorithm = $v; }, m))), new ptrType$18(function() { return (_ptr.$get() << 16 >>> 16); }, function($v) { _ptr.$set(($v << 16 >>> 16)); }, _ptr.$target))))) {
				return false;
			}
		}
		return readUint16LengthPrefixed((s$24ptr || (s$24ptr = new ptrType$17(function() { return s; }, function($v) { s = $convertSliceType($v, cryptobyte.String); }))), (m.$ptr_signature || (m.$ptr_signature = new ptrType$1(function() { return this.$target.signature; }, function($v) { this.$target.signature = $v; }, m)))) && s.Empty();
	};
	certificateVerifyMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	newSessionTicketMsg.ptr.prototype.marshal = function() {
		var length, m, ticketLen, x;
		x = sliceType$5.nil;
		m = this;
		if (!(m.raw === sliceType$5.nil)) {
			x = m.raw;
			return x;
		}
		ticketLen = m.ticket.$length;
		length = 6 + ticketLen >> 0;
		x = $makeSlice(sliceType$5, (4 + length >> 0));
		(0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0] = 4);
		(1 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 1] = (((length >> 16 >> 0) << 24 >>> 24)));
		(2 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 2] = (((length >> 8 >> 0) << 24 >>> 24)));
		(3 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 3] = ((length << 24 >>> 24)));
		(8 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 8] = (((ticketLen >> 8 >> 0) << 24 >>> 24)));
		(9 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 9] = ((ticketLen << 24 >>> 24)));
		$copySlice($subslice(x, 10), m.ticket);
		m.raw = x;
		return x;
	};
	newSessionTicketMsg.prototype.marshal = function() { return this.$val.marshal(); };
	newSessionTicketMsg.ptr.prototype.unmarshal = function(data) {
		var data, length, m, ticketLen;
		m = this;
		m.raw = data;
		if (data.$length < 10) {
			return false;
		}
		length = (((((((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) >>> 0)) << 16 >>> 0) | ((((2 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 2]) >>> 0)) << 8 >>> 0)) >>> 0) | (((3 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 3]) >>> 0))) >>> 0;
		if (!(((((data.$length >>> 0)) - 4 >>> 0) === length))) {
			return false;
		}
		ticketLen = ((((8 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 8]) >> 0)) << 8 >> 0) + (((9 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 9]) >> 0)) >> 0;
		if (!(((data.$length - 10 >> 0) === ticketLen))) {
			return false;
		}
		m.ticket = $subslice(data, 10);
		return true;
	};
	newSessionTicketMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	helloRequestMsg.ptr.prototype.marshal = function() {
		return new sliceType$5([0, 0, 0, 0]);
	};
	helloRequestMsg.prototype.marshal = function() { return this.$val.marshal(); };
	helloRequestMsg.ptr.prototype.unmarshal = function(data) {
		var data;
		return data.$length === 4;
	};
	helloRequestMsg.prototype.unmarshal = function(data) { return this.$val.unmarshal(data); };
	clientHandshakeStateTLS13.ptr.prototype.handshake = function() {
		var {$24r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$10, err$11, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		/* */ if (c.handshakes > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (c.handshakes > 0) { */ case 1:
			_r$1 = c.sendAlert(70); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: server selected TLS 1.3 in a renegotiation");
		/* } */ case 2:
		/* */ if ($interfaceIsEqual(hs.ecdheParams, $ifaceNil) || !((hs.hello.keyShares.$length === 1))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ($interfaceIsEqual(hs.ecdheParams, $ifaceNil) || !((hs.hello.keyShares.$length === 1))) { */ case 4:
			_r$2 = c.sendAlert(80); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		_r$3 = hs.checkServerHelloOrHRR(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$4 = new crypto.Hash(hs.suite.hash).New(); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		hs.transcript = _r$4;
		_r$5 = hs.hello.marshal(); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = hs.transcript.Write(_r$5); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		/* */ if (bytes.Equal(hs.serverHello.random, helloRetryRequestRandom)) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (bytes.Equal(hs.serverHello.random, helloRetryRequestRandom)) { */ case 12:
			_r$7 = hs.sendDummyChangeCipherSpec(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			err$1 = _r$7;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			_r$8 = hs.processHelloRetryRequest(); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err$2 = _r$8;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
		/* } */ case 13:
		_r$9 = hs.serverHello.marshal(); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$10 = hs.transcript.Write(_r$9); /* */ $s = 17; case 17: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$10;
		c.buffering = true;
		_r$11 = hs.processServerHello(); /* */ $s = 18; case 18: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		err$3 = _r$11;
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		_r$12 = hs.sendDummyChangeCipherSpec(); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		err$4 = _r$12;
		if (!($interfaceIsEqual(err$4, $ifaceNil))) {
			$s = -1; return err$4;
		}
		_r$13 = hs.establishHandshakeKeys(); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		err$5 = _r$13;
		if (!($interfaceIsEqual(err$5, $ifaceNil))) {
			$s = -1; return err$5;
		}
		_r$14 = hs.readServerParameters(); /* */ $s = 21; case 21: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		err$6 = _r$14;
		if (!($interfaceIsEqual(err$6, $ifaceNil))) {
			$s = -1; return err$6;
		}
		_r$15 = hs.readServerCertificate(); /* */ $s = 22; case 22: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		err$7 = _r$15;
		if (!($interfaceIsEqual(err$7, $ifaceNil))) {
			$s = -1; return err$7;
		}
		_r$16 = hs.readServerFinished(); /* */ $s = 23; case 23: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		err$8 = _r$16;
		if (!($interfaceIsEqual(err$8, $ifaceNil))) {
			$s = -1; return err$8;
		}
		_r$17 = hs.sendClientCertificate(); /* */ $s = 24; case 24: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		err$9 = _r$17;
		if (!($interfaceIsEqual(err$9, $ifaceNil))) {
			$s = -1; return err$9;
		}
		_r$18 = hs.sendClientFinished(); /* */ $s = 25; case 25: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		err$10 = _r$18;
		if (!($interfaceIsEqual(err$10, $ifaceNil))) {
			$s = -1; return err$10;
		}
		_r$19 = c.flush(); /* */ $s = 26; case 26: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
		_tuple = _r$19;
		err$11 = _tuple[1];
		if (!($interfaceIsEqual(err$11, $ifaceNil))) {
			$s = -1; return err$11;
		}
		atomic.StoreUint32((c.$ptr_handshakeStatus || (c.$ptr_handshakeStatus = new ptrType$24(function() { return this.$target.handshakeStatus; }, function($v) { this.$target.handshakeStatus = $v; }, c))), 1);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.handshake, $c: true, $r, $24r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, err, err$1, err$10, err$11, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, hs, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.handshake = function() { return this.$val.handshake(); };
	clientHandshakeStateTLS13.ptr.prototype.checkServerHelloOrHRR = function() {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, hs, selectedSuite, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		/* */ if (hs.serverHello.supportedVersion === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (hs.serverHello.supportedVersion === 0) { */ case 1:
			_r$1 = c.sendAlert(109); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: server selected TLS 1.3 using the legacy version field");
		/* } */ case 2:
		/* */ if (!((hs.serverHello.supportedVersion === 772))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!((hs.serverHello.supportedVersion === 772))) { */ case 4:
			_r$2 = c.sendAlert(47); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return errors.New("tls: server selected an invalid version after a HelloRetryRequest");
		/* } */ case 5:
		/* */ if (!((hs.serverHello.vers === 771))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((hs.serverHello.vers === 771))) { */ case 7:
			_r$3 = c.sendAlert(47); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return errors.New("tls: server sent an incorrect legacy version");
		/* } */ case 8:
		/* */ if (hs.serverHello.ocspStapling || hs.serverHello.ticketSupported || hs.serverHello.secureRenegotiationSupported || !((hs.serverHello.secureRenegotiation.$length === 0)) || !((hs.serverHello.alpnProtocol.length === 0)) || !((hs.serverHello.scts.$length === 0))) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (hs.serverHello.ocspStapling || hs.serverHello.ticketSupported || hs.serverHello.secureRenegotiationSupported || !((hs.serverHello.secureRenegotiation.$length === 0)) || !((hs.serverHello.alpnProtocol.length === 0)) || !((hs.serverHello.scts.$length === 0))) { */ case 10:
			_r$4 = c.sendAlert(110); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			$s = -1; return errors.New("tls: server sent a ServerHello extension forbidden in TLS 1.3");
		/* } */ case 11:
		/* */ if (!bytes.Equal(hs.hello.sessionId, hs.serverHello.sessionId)) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!bytes.Equal(hs.hello.sessionId, hs.serverHello.sessionId)) { */ case 13:
			_r$5 = c.sendAlert(47); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return errors.New("tls: server did not echo the legacy session ID");
		/* } */ case 14:
		/* */ if (!((hs.serverHello.compressionMethod === 0))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!((hs.serverHello.compressionMethod === 0))) { */ case 16:
			_r$6 = c.sendAlert(47); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return errors.New("tls: server selected unsupported compression format");
		/* } */ case 17:
		selectedSuite = mutualCipherSuiteTLS13(hs.hello.cipherSuites, hs.serverHello.cipherSuite);
		/* */ if (!(hs.suite === ptrType$2.nil) && !(selectedSuite === hs.suite)) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (!(hs.suite === ptrType$2.nil) && !(selectedSuite === hs.suite)) { */ case 19:
			_r$7 = c.sendAlert(47); /* */ $s = 21; case 21: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = -1; return errors.New("tls: server changed cipher suite after a HelloRetryRequest");
		/* } */ case 20:
		/* */ if (selectedSuite === ptrType$2.nil) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (selectedSuite === ptrType$2.nil) { */ case 22:
			_r$8 = c.sendAlert(47); /* */ $s = 24; case 24: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			$s = -1; return errors.New("tls: server chose an unconfigured cipher suite");
		/* } */ case 23:
		hs.suite = selectedSuite;
		c.cipherSuite = hs.suite.id;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.checkServerHelloOrHRR, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, hs, selectedSuite, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.checkServerHelloOrHRR = function() { return this.$val.checkServerHelloOrHRR(); };
	clientHandshakeStateTLS13.ptr.prototype.sendDummyChangeCipherSpec = function() {
		var {_r$1, _tuple, err, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		if (hs.sentDummyCCS) {
			$s = -1; return $ifaceNil;
		}
		hs.sentDummyCCS = true;
		_r$1 = hs.c.writeRecord(20, new sliceType$5([1])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.sendDummyChangeCipherSpec, $c: true, $r, _r$1, _tuple, err, hs, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.sendDummyChangeCipherSpec = function() { return this.$val.sendDummyChangeCipherSpec(); };
	clientHandshakeStateTLS13.ptr.prototype.processHelloRetryRequest = function() {
		var {$24r, $24r$1, _arg, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, c, chHash, curveID, curveOK, err, err$1, err$2, err$3, hs, id, msg, ok, ok$1, params, pskBinders, pskSuite, serverHello, ticketAge, transcript, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.transcript.Sum(sliceType$5.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		chHash = _r$1;
		$r = hs.transcript.Reset(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = hs.transcript.Write(new sliceType$5([254, 0, 0, ((chHash.$length << 24 >>> 24))])); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = hs.transcript.Write(chHash); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = hs.serverHello.marshal(); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = hs.transcript.Write(_r$4); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		/* */ if ((hs.serverHello.selectedGroup === 0) && hs.serverHello.cookie === sliceType$5.nil) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if ((hs.serverHello.selectedGroup === 0) && hs.serverHello.cookie === sliceType$5.nil) { */ case 7:
			_r$6 = c.sendAlert(47); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return errors.New("tls: server sent an unnecessary HelloRetryRequest message");
		/* } */ case 8:
		if (!(hs.serverHello.cookie === sliceType$5.nil)) {
			hs.hello.cookie = hs.serverHello.cookie;
		}
		/* */ if (!((hs.serverHello.serverShare.group === 0))) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!((hs.serverHello.serverShare.group === 0))) { */ case 10:
			_r$7 = c.sendAlert(50); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = -1; return errors.New("tls: received malformed key_share extension");
		/* } */ case 11:
		curveID = hs.serverHello.selectedGroup;
		/* */ if (!((curveID === 0))) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!((curveID === 0))) { */ case 13:
			curveOK = false;
			_ref = hs.hello.supportedCurves;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				id = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (id === curveID) {
					curveOK = true;
					break;
				}
				_i++;
			}
			/* */ if (!curveOK) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!curveOK) { */ case 15:
				_r$8 = c.sendAlert(47); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
				$s = -1; return errors.New("tls: server selected unsupported group");
			/* } */ case 16:
			_r$9 = hs.ecdheParams.CurveID(); /* */ $s = 20; case 20: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			/* */ if (_r$9 === curveID) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (_r$9 === curveID) { */ case 18:
				_r$10 = c.sendAlert(47); /* */ $s = 21; case 21: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
				$s = -1; return errors.New("tls: server sent an unnecessary HelloRetryRequest key_share");
			/* } */ case 19:
			_r$11 = curveForCurveID(curveID); /* */ $s = 22; case 22: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_tuple = _r$11;
			ok = _tuple[1];
			/* */ if (!((curveID === 29)) && !ok) { $s = 23; continue; }
			/* */ $s = 24; continue;
			/* if (!((curveID === 29)) && !ok) { */ case 23:
				_r$12 = c.sendAlert(80); /* */ $s = 25; case 25: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$12;
				$s = -1; return errors.New("tls: CurvePreferences includes unsupported curve");
			/* } */ case 24:
			_r$13 = generateECDHEParameters(c.config.rand(), curveID); /* */ $s = 26; case 26: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_tuple$1 = _r$13;
			params = _tuple$1[0];
			err = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 27:
				_r$14 = c.sendAlert(80); /* */ $s = 29; case 29: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
				$s = -1; return err;
			/* } */ case 28:
			hs.ecdheParams = params;
			_r$15 = params.PublicKey(); /* */ $s = 30; case 30: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			hs.hello.keyShares = new sliceType$15([new keyShare.ptr(curveID, _r$15)]);
		/* } */ case 14:
		hs.hello.raw = sliceType$5.nil;
		/* */ if (hs.hello.pskIdentities.$length > 0) { $s = 31; continue; }
		/* */ $s = 32; continue;
		/* if (hs.hello.pskIdentities.$length > 0) { */ case 31:
			pskSuite = cipherSuiteTLS13ByID(hs.session.cipherSuite);
			/* */ if (pskSuite === ptrType$2.nil) { $s = 33; continue; }
			/* */ $s = 34; continue;
			/* if (pskSuite === ptrType$2.nil) { */ case 33:
				_r$16 = c.sendAlert(80); /* */ $s = 35; case 35: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				$24r = _r$16;
				$s = 36; case 36: return $24r;
			/* } */ case 34:
			/* */ if (pskSuite.hash === hs.suite.hash) { $s = 37; continue; }
			/* */ $s = 38; continue;
			/* if (pskSuite.hash === hs.suite.hash) { */ case 37:
				_r$17 = c.config.time(); /* */ $s = 40; case 40: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$18 = $clone(_r$17, time.Time).Sub($clone(hs.session.receivedAt, time.Time)); /* */ $s = 41; case 41: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				ticketAge = (($div64(_r$18, new time.Duration(0, 1000000), false).$low >>> 0));
				(x = hs.hello.pskIdentities, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).obfuscatedTicketAge = ticketAge + hs.session.ageAdd >>> 0;
				_r$19 = new crypto.Hash(hs.suite.hash).New(); /* */ $s = 42; case 42: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				transcript = _r$19;
				_r$20 = transcript.Write(new sliceType$5([254, 0, 0, ((chHash.$length << 24 >>> 24))])); /* */ $s = 43; case 43: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$20;
				_r$21 = transcript.Write(chHash); /* */ $s = 44; case 44: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$21;
				_r$22 = hs.serverHello.marshal(); /* */ $s = 45; case 45: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				_r$23 = transcript.Write(_r$22); /* */ $s = 46; case 46: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				_r$23;
				_r$24 = hs.hello.marshalWithoutBinders(); /* */ $s = 47; case 47: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_r$25 = transcript.Write(_r$24); /* */ $s = 48; case 48: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_r$25;
				_r$26 = hs.suite.finishedHash(hs.binderKey, transcript); /* */ $s = 49; case 49: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
				pskBinders = new sliceType$11([_r$26]);
				$r = hs.hello.updateBinders(pskBinders); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 39; continue;
			/* } else { */ case 38:
				hs.hello.pskIdentities = sliceType$16.nil;
				hs.hello.pskBinders = sliceType$11.nil;
			/* } */ case 39:
		/* } */ case 32:
		_r$27 = hs.hello.marshal(); /* */ $s = 51; case 51: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
		_r$28 = hs.transcript.Write(_r$27); /* */ $s = 52; case 52: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
		_r$28;
		_r$29 = hs.hello.marshal(); /* */ $s = 53; case 53: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
		_arg = _r$29;
		_r$30 = c.writeRecord(22, _arg); /* */ $s = 54; case 54: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
		_tuple$2 = _r$30;
		err$1 = _tuple$2[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_r$31 = c.readHandshake(); /* */ $s = 55; case 55: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
		_tuple$3 = _r$31;
		msg = _tuple$3[0];
		err$2 = _tuple$3[1];
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		_tuple$4 = $assertType(msg, ptrType$30, true);
		serverHello = _tuple$4[0];
		ok$1 = _tuple$4[1];
		/* */ if (!ok$1) { $s = 56; continue; }
		/* */ $s = 57; continue;
		/* if (!ok$1) { */ case 56:
			_r$32 = c.sendAlert(10); /* */ $s = 58; case 58: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
			_r$32;
			_r$33 = unexpectedMessageError(serverHello, msg); /* */ $s = 59; case 59: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
			$24r$1 = _r$33;
			$s = 60; case 60: return $24r$1;
		/* } */ case 57:
		hs.serverHello = serverHello;
		_r$34 = hs.checkServerHelloOrHRR(); /* */ $s = 61; case 61: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
		err$3 = _r$34;
		if (!($interfaceIsEqual(err$3, $ifaceNil))) {
			$s = -1; return err$3;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.processHelloRetryRequest, $c: true, $r, $24r, $24r$1, _arg, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, c, chHash, curveID, curveOK, err, err$1, err$2, err$3, hs, id, msg, ok, ok$1, params, pskBinders, pskSuite, serverHello, ticketAge, transcript, x, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.processHelloRetryRequest = function() { return this.$val.processHelloRetryRequest(); };
	clientHandshakeStateTLS13.ptr.prototype.processServerHello = function() {
		var {$24r, $24r$1, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, c, hs, pskSuite, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		/* */ if (bytes.Equal(hs.serverHello.random, helloRetryRequestRandom)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (bytes.Equal(hs.serverHello.random, helloRetryRequestRandom)) { */ case 1:
			_r$1 = c.sendAlert(10); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: server sent two HelloRetryRequest messages");
		/* } */ case 2:
		/* */ if (!((hs.serverHello.cookie.$length === 0))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!((hs.serverHello.cookie.$length === 0))) { */ case 4:
			_r$2 = c.sendAlert(110); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return errors.New("tls: server sent a cookie in a normal ServerHello");
		/* } */ case 5:
		/* */ if (!((hs.serverHello.selectedGroup === 0))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((hs.serverHello.selectedGroup === 0))) { */ case 7:
			_r$3 = c.sendAlert(50); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return errors.New("tls: malformed key_share extension");
		/* } */ case 8:
		/* */ if (hs.serverHello.serverShare.group === 0) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (hs.serverHello.serverShare.group === 0) { */ case 10:
			_r$4 = c.sendAlert(47); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			$s = -1; return errors.New("tls: server did not send a key share");
		/* } */ case 11:
		_r$5 = hs.ecdheParams.CurveID(); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (!((hs.serverHello.serverShare.group === _r$5))) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!((hs.serverHello.serverShare.group === _r$5))) { */ case 13:
			_r$6 = c.sendAlert(47); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return errors.New("tls: server selected unsupported group");
		/* } */ case 14:
		if (!hs.serverHello.selectedIdentityPresent) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (((hs.serverHello.selectedIdentity >> 0)) >= hs.hello.pskIdentities.$length) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (((hs.serverHello.selectedIdentity >> 0)) >= hs.hello.pskIdentities.$length) { */ case 17:
			_r$7 = c.sendAlert(47); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = -1; return errors.New("tls: server selected an invalid PSK");
		/* } */ case 18:
		/* */ if (!((hs.hello.pskIdentities.$length === 1)) || hs.session === ptrType$37.nil) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (!((hs.hello.pskIdentities.$length === 1)) || hs.session === ptrType$37.nil) { */ case 20:
			_r$8 = c.sendAlert(80); /* */ $s = 22; case 22: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 23; case 23: return $24r;
		/* } */ case 21:
		pskSuite = cipherSuiteTLS13ByID(hs.session.cipherSuite);
		/* */ if (pskSuite === ptrType$2.nil) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (pskSuite === ptrType$2.nil) { */ case 24:
			_r$9 = c.sendAlert(80); /* */ $s = 26; case 26: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r$1 = _r$9;
			$s = 27; case 27: return $24r$1;
		/* } */ case 25:
		/* */ if (!((pskSuite.hash === hs.suite.hash))) { $s = 28; continue; }
		/* */ $s = 29; continue;
		/* if (!((pskSuite.hash === hs.suite.hash))) { */ case 28:
			_r$10 = c.sendAlert(47); /* */ $s = 30; case 30: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
			$s = -1; return errors.New("tls: server selected an invalid PSK and cipher suite pair");
		/* } */ case 29:
		hs.usingPSK = true;
		c.didResume = true;
		c.peerCertificates = hs.session.serverCertificates;
		c.verifiedChains = hs.session.verifiedChains;
		c.ocspResponse = hs.session.ocspResponse;
		c.scts = hs.session.scts;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.processServerHello, $c: true, $r, $24r, $24r$1, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, c, hs, pskSuite, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.processServerHello = function() { return this.$val.processServerHello(); };
	clientHandshakeStateTLS13.ptr.prototype.establishHandshakeKeys = function() {
		var {_arg, _arg$1, _arg$2, _arg$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, c, clientSecret, earlySecret, err, handshakeSecret, hs, serverSecret, sharedKey, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.ecdheParams.SharedKey(hs.serverHello.serverShare.data); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		sharedKey = _r$1;
		/* */ if (sharedKey === sliceType$5.nil) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (sharedKey === sliceType$5.nil) { */ case 2:
			_r$2 = c.sendAlert(47); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return errors.New("tls: invalid server key share");
		/* } */ case 3:
		earlySecret = hs.earlySecret;
		/* */ if (!hs.usingPSK) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!hs.usingPSK) { */ case 5:
			_r$3 = hs.suite.extract(sliceType$5.nil, sliceType$5.nil); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			earlySecret = _r$3;
		/* } */ case 6:
		_arg = sharedKey;
		_r$4 = hs.suite.deriveSecret(earlySecret, "derived", $ifaceNil); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_arg$1 = _r$4;
		_r$5 = hs.suite.extract(_arg, _arg$1); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		handshakeSecret = _r$5;
		_r$6 = hs.suite.deriveSecret(handshakeSecret, "c hs traffic", hs.transcript); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		clientSecret = _r$6;
		$r = c.out.setTrafficSecret(hs.suite, clientSecret); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$7 = hs.suite.deriveSecret(handshakeSecret, "s hs traffic", hs.transcript); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		serverSecret = _r$7;
		$r = c.in$27.setTrafficSecret(hs.suite, serverSecret); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$8 = c.config.writeKeyLog("CLIENT_HANDSHAKE_TRAFFIC_SECRET", hs.hello.random, clientSecret); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err = _r$8;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 15:
			_r$9 = c.sendAlert(80); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
			$s = -1; return err;
		/* } */ case 16:
		_r$10 = c.config.writeKeyLog("SERVER_HANDSHAKE_TRAFFIC_SECRET", hs.hello.random, serverSecret); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		err = _r$10;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 19:
			_r$11 = c.sendAlert(80); /* */ $s = 21; case 21: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			$s = -1; return err;
		/* } */ case 20:
		_arg$2 = sliceType$5.nil;
		_r$12 = hs.suite.deriveSecret(handshakeSecret, "derived", $ifaceNil); /* */ $s = 22; case 22: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_arg$3 = _r$12;
		_r$13 = hs.suite.extract(_arg$2, _arg$3); /* */ $s = 23; case 23: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		hs.masterSecret = _r$13;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.establishHandshakeKeys, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, c, clientSecret, earlySecret, err, handshakeSecret, hs, serverSecret, sharedKey, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.establishHandshakeKeys = function() { return this.$val.establishHandshakeKeys(); };
	clientHandshakeStateTLS13.ptr.prototype.readServerParameters = function() {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, encryptedExtensions, err, err$1, hs, msg, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.readHandshake(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		msg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_tuple$1 = $assertType(msg, ptrType$38, true);
		encryptedExtensions = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$2 = c.sendAlert(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = unexpectedMessageError(encryptedExtensions, msg); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$4 = encryptedExtensions.marshal(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = hs.transcript.Write(_r$4); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$5;
		err$1 = checkALPN(hs.hello.alpnProtocols, encryptedExtensions.alpnProtocol);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 9:
			_r$6 = c.sendAlert(110); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return err$1;
		/* } */ case 10:
		c.clientProtocol = encryptedExtensions.alpnProtocol;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.readServerParameters, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, encryptedExtensions, err, err$1, hs, msg, ok, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.readServerParameters = function() { return this.$val.readServerParameters(); };
	clientHandshakeStateTLS13.ptr.prototype.readServerCertificate = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, c, certMsg, certReq, certVerify, err, err$1, err$2, err$3, hs, msg, ok, sigHash, sigType, signed, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		/* */ if (hs.usingPSK) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (hs.usingPSK) { */ case 1:
			/* */ if (!(c.config.VerifyConnection === $throwNilPointerError)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(c.config.VerifyConnection === $throwNilPointerError)) { */ case 3:
				_r$1 = c.config.VerifyConnection($clone(c.connectionStateLocked(), ConnectionState)); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				err = _r$1;
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
					_r$2 = c.sendAlert(42); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
					$s = -1; return err;
				/* } */ case 7:
			/* } */ case 4:
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		_r$3 = c.readHandshake(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		msg = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_tuple$1 = $assertType(msg, ptrType$39, true);
		certReq = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (ok) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (ok) { */ case 10:
			_r$4 = certReq.marshal(); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = hs.transcript.Write(_r$4); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			hs.certReq = certReq;
			_r$6 = c.readHandshake(); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$2 = _r$6;
			msg = _tuple$2[0];
			err$1 = _tuple$2[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
		/* } */ case 11:
		_tuple$3 = $assertType(msg, ptrType$27, true);
		certMsg = _tuple$3[0];
		ok = _tuple$3[1];
		/* */ if (!ok) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!ok) { */ case 15:
			_r$7 = c.sendAlert(10); /* */ $s = 17; case 17: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			_r$8 = unexpectedMessageError(certMsg, msg); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r = _r$8;
			$s = 19; case 19: return $24r;
		/* } */ case 16:
		/* */ if (certMsg.certificate.Certificate.$length === 0) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (certMsg.certificate.Certificate.$length === 0) { */ case 20:
			_r$9 = c.sendAlert(50); /* */ $s = 22; case 22: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
			$s = -1; return errors.New("tls: received empty certificates message");
		/* } */ case 21:
		_r$10 = certMsg.marshal(); /* */ $s = 23; case 23: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$11 = hs.transcript.Write(_r$10); /* */ $s = 24; case 24: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_r$11;
		c.scts = certMsg.certificate.SignedCertificateTimestamps;
		c.ocspResponse = certMsg.certificate.OCSPStaple;
		_r$12 = c.verifyServerCertificate(certMsg.certificate.Certificate); /* */ $s = 25; case 25: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		err$2 = _r$12;
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		_r$13 = c.readHandshake(); /* */ $s = 26; case 26: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_tuple$4 = _r$13;
		msg = _tuple$4[0];
		err$1 = _tuple$4[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_tuple$5 = $assertType(msg, ptrType$28, true);
		certVerify = _tuple$5[0];
		ok = _tuple$5[1];
		/* */ if (!ok) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (!ok) { */ case 27:
			_r$14 = c.sendAlert(10); /* */ $s = 29; case 29: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$14;
			_r$15 = unexpectedMessageError(certVerify, msg); /* */ $s = 30; case 30: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			$24r$1 = _r$15;
			$s = 31; case 31: return $24r$1;
		/* } */ case 28:
		/* */ if (!isSupportedSignatureAlgorithm(certVerify.signatureAlgorithm, supportedSignatureAlgorithms)) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (!isSupportedSignatureAlgorithm(certVerify.signatureAlgorithm, supportedSignatureAlgorithms)) { */ case 32:
			_r$16 = c.sendAlert(47); /* */ $s = 34; case 34: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$16;
			$s = -1; return errors.New("tls: certificate used with invalid signature algorithm");
		/* } */ case 33:
		_r$17 = typeAndHashFromSignatureScheme(certVerify.signatureAlgorithm); /* */ $s = 35; case 35: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		_tuple$6 = _r$17;
		sigType = _tuple$6[0];
		sigHash = _tuple$6[1];
		err$1 = _tuple$6[2];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 36; continue; }
		/* */ $s = 37; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 36:
			_r$18 = c.sendAlert(80); /* */ $s = 38; case 38: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$24r$2 = _r$18;
			$s = 39; case 39: return $24r$2;
		/* } */ case 37:
		/* */ if ((sigType === 225) || (sigHash === 3)) { $s = 40; continue; }
		/* */ $s = 41; continue;
		/* if ((sigType === 225) || (sigHash === 3)) { */ case 40:
			_r$19 = c.sendAlert(47); /* */ $s = 42; case 42: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_r$19;
			$s = -1; return errors.New("tls: certificate used with invalid signature algorithm");
		/* } */ case 41:
		_r$20 = signedMessage(sigHash, "TLS 1.3, server CertificateVerify\x00", hs.transcript); /* */ $s = 43; case 43: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
		signed = _r$20;
		_r$21 = verifyHandshakeSignature(sigType, (x = c.peerCertificates, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).PublicKey, sigHash, signed, certVerify.signature); /* */ $s = 44; case 44: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
		err$3 = _r$21;
		/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 45; continue; }
		/* */ $s = 46; continue;
		/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 45:
			_r$22 = c.sendAlert(51); /* */ $s = 47; case 47: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_r$22;
			_r$23 = err$3.Error(); /* */ $s = 48; case 48: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			_r$24 = errors.New("tls: invalid signature by the server certificate: " + _r$23); /* */ $s = 49; case 49: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
			$24r$3 = _r$24;
			$s = 50; case 50: return $24r$3;
		/* } */ case 46:
		_r$25 = certVerify.marshal(); /* */ $s = 51; case 51: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
		_r$26 = hs.transcript.Write(_r$25); /* */ $s = 52; case 52: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
		_r$26;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.readServerCertificate, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, c, certMsg, certReq, certVerify, err, err$1, err$2, err$3, hs, msg, ok, sigHash, sigType, signed, x, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.readServerCertificate = function() { return this.$val.readServerCertificate(); };
	clientHandshakeStateTLS13.ptr.prototype.readServerFinished = function() {
		var {$24r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, c, err, expectedMAC, finished, hs, msg, ok, serverSecret, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.readHandshake(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		msg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_tuple$1 = $assertType(msg, ptrType$29, true);
		finished = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$2 = c.sendAlert(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = unexpectedMessageError(finished, msg); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$4 = hs.suite.finishedHash(c.in$27.trafficSecret, hs.transcript); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		expectedMAC = _r$4;
		/* */ if (!hmac.Equal(expectedMAC, finished.verifyData)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!hmac.Equal(expectedMAC, finished.verifyData)) { */ case 8:
			_r$5 = c.sendAlert(51); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return errors.New("tls: invalid server finished hash");
		/* } */ case 9:
		_r$6 = finished.marshal(); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = hs.transcript.Write(_r$6); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = hs.suite.deriveSecret(hs.masterSecret, "c ap traffic", hs.transcript); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		hs.trafficSecret = _r$8;
		_r$9 = hs.suite.deriveSecret(hs.masterSecret, "s ap traffic", hs.transcript); /* */ $s = 14; case 14: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		serverSecret = _r$9;
		$r = c.in$27.setTrafficSecret(hs.suite, serverSecret); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$10 = c.config.writeKeyLog("CLIENT_TRAFFIC_SECRET_0", hs.hello.random, hs.trafficSecret); /* */ $s = 16; case 16: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		err = _r$10;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 17:
			_r$11 = c.sendAlert(80); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			$s = -1; return err;
		/* } */ case 18:
		_r$12 = c.config.writeKeyLog("SERVER_TRAFFIC_SECRET_0", hs.hello.random, serverSecret); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		err = _r$12;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 21:
			_r$13 = c.sendAlert(80); /* */ $s = 23; case 23: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$13;
			$s = -1; return err;
		/* } */ case 22:
		_r$14 = hs.suite.exportKeyingMaterial(hs.masterSecret, hs.transcript); /* */ $s = 24; case 24: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		c.ekm = _r$14;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.readServerFinished, $c: true, $r, $24r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, c, err, expectedMAC, finished, hs, msg, ok, serverSecret, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.readServerFinished = function() { return this.$val.readServerFinished(); };
	clientHandshakeStateTLS13.ptr.prototype.sendClientCertificate = function() {
		var {$24r, $24r$1, _arg, _arg$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, c, cert, certMsg, certVerifyMsg, err, err$1, err$2, hs, sig, sigHash, sigType, signOpts, signed, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		if (hs.certReq === ptrType$39.nil) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = c.getClientCertificate(new CertificateRequestInfo.ptr(hs.certReq.certificateAuthorities, hs.certReq.supportedSignatureAlgorithms, c.vers, hs.ctx)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		cert = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		certMsg = new certificateMsgTLS13.ptr(sliceType$5.nil, new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), false, false);
		Certificate.copy(certMsg.certificate, cert);
		certMsg.scts = hs.certReq.scts && cert.SignedCertificateTimestamps.$length > 0;
		certMsg.ocspStapling = hs.certReq.ocspStapling && cert.OCSPStaple.$length > 0;
		_r$2 = certMsg.marshal(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = hs.transcript.Write(_r$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = certMsg.marshal(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_arg = _r$4;
		_r$5 = c.writeRecord(22, _arg); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$1 = _r$5;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		if (cert.Certificate.$length === 0) {
			$s = -1; return $ifaceNil;
		}
		certVerifyMsg = new certificateVerifyMsg.ptr(sliceType$5.nil, false, 0, sliceType$5.nil);
		certVerifyMsg.hasSignatureAlgorithm = true;
		_r$6 = selectSignatureScheme(c.vers, cert, hs.certReq.supportedSignatureAlgorithms); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$2 = _r$6;
		certVerifyMsg.signatureAlgorithm = _tuple$2[0];
		err = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
			_r$7 = c.sendAlert(40); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = -1; return err;
		/* } */ case 8:
		_r$8 = typeAndHashFromSignatureScheme(certVerifyMsg.signatureAlgorithm); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$3 = _r$8;
		sigType = _tuple$3[0];
		sigHash = _tuple$3[1];
		err = _tuple$3[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 11:
			_r$9 = c.sendAlert(80); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r = _r$9;
			$s = 14; case 14: return $24r;
		/* } */ case 12:
		_r$10 = signedMessage(sigHash, "TLS 1.3, client CertificateVerify\x00", hs.transcript); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		signed = _r$10;
		signOpts = (new crypto.Hash(sigHash));
		if (sigType === 226) {
			signOpts = new rsa.PSSOptions.ptr(-1, sigHash);
		}
		_r$11 = $assertType(cert.PrivateKey, crypto.Signer).Sign(c.config.rand(), signed, signOpts); /* */ $s = 16; case 16: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		_tuple$4 = _r$11;
		sig = _tuple$4[0];
		err = _tuple$4[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 17:
			_r$12 = c.sendAlert(80); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$12;
			_r$13 = err.Error(); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = errors.New("tls: failed to sign handshake: " + _r$13); /* */ $s = 21; case 21: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			$24r$1 = _r$14;
			$s = 22; case 22: return $24r$1;
		/* } */ case 18:
		certVerifyMsg.signature = sig;
		_r$15 = certVerifyMsg.marshal(); /* */ $s = 23; case 23: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_r$16 = hs.transcript.Write(_r$15); /* */ $s = 24; case 24: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		_r$16;
		_r$17 = certVerifyMsg.marshal(); /* */ $s = 25; case 25: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		_arg$1 = _r$17;
		_r$18 = c.writeRecord(22, _arg$1); /* */ $s = 26; case 26: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		_tuple$5 = _r$18;
		err$2 = _tuple$5[1];
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.sendClientCertificate, $c: true, $r, $24r, $24r$1, _arg, _arg$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, c, cert, certMsg, certVerifyMsg, err, err$1, err$2, hs, sig, sigHash, sigType, signOpts, signed, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.sendClientCertificate = function() { return this.$val.sendClientCertificate(); };
	clientHandshakeStateTLS13.ptr.prototype.sendClientFinished = function() {
		var {_arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, c, err, finished, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.suite.finishedHash(c.out.trafficSecret, hs.transcript); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		finished = new finishedMsg.ptr(sliceType$5.nil, _r$1);
		_r$2 = finished.marshal(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = hs.transcript.Write(_r$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = finished.marshal(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_arg = _r$4;
		_r$5 = c.writeRecord(22, _arg); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple = _r$5;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		$r = c.out.setTrafficSecret(hs.suite, hs.trafficSecret); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!c.config.SessionTicketsDisabled && !($interfaceIsEqual(c.config.ClientSessionCache, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!c.config.SessionTicketsDisabled && !($interfaceIsEqual(c.config.ClientSessionCache, $ifaceNil))) { */ case 7:
			_r$6 = hs.suite.deriveSecret(hs.masterSecret, "res master", hs.transcript); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			c.resumptionSecret = _r$6;
		/* } */ case 8:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeStateTLS13.ptr.prototype.sendClientFinished, $c: true, $r, _arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, c, err, finished, hs, $s};return $f;
	};
	clientHandshakeStateTLS13.prototype.sendClientFinished = function() { return this.$val.sendClientFinished(); };
	Conn.ptr.prototype.handleNewSessionTicket = function(msg) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, cacheKey, cipherSuite$1, lifetime, msg, session, $s, $r, $c} = $restore(this, {msg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!c.isClient) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!c.isClient) { */ case 1:
			_r$1 = c.sendAlert(10); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: received new session ticket from a client");
		/* } */ case 2:
		if (c.config.SessionTicketsDisabled || $interfaceIsEqual(c.config.ClientSessionCache, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		if (msg.lifetime === 0) {
			$s = -1; return $ifaceNil;
		}
		lifetime = $mul64((new time.Duration(0, msg.lifetime)), new time.Duration(0, 1000000000));
		/* */ if ((lifetime.$high > 140815 || (lifetime.$high === 140815 && lifetime.$low > 4180213760))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ((lifetime.$high > 140815 || (lifetime.$high === 140815 && lifetime.$low > 4180213760))) { */ case 4:
			_r$2 = c.sendAlert(47); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return errors.New("tls: received a session ticket with invalid lifetime");
		/* } */ case 5:
		cipherSuite$1 = cipherSuiteTLS13ByID(c.cipherSuite);
		/* */ if (cipherSuite$1 === ptrType$2.nil || c.resumptionSecret === sliceType$5.nil) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (cipherSuite$1 === ptrType$2.nil || c.resumptionSecret === sliceType$5.nil) { */ case 7:
			_r$3 = c.sendAlert(80); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 10; case 10: return $24r;
		/* } */ case 8:
		_r$4 = c.config.time(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = c.config.time(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = $clone(_r$5, time.Time).Add(lifetime); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		session = new ClientSessionState.ptr(msg.label, c.vers, c.cipherSuite, c.resumptionSecret, c.peerCertificates, c.verifiedChains, $clone(_r$4, time.Time), c.ocspResponse, c.scts, msg.nonce, $clone(_r$6, time.Time), msg.ageAdd);
		_r$7 = c.conn.RemoteAddr(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = clientSessionCacheKey(_r$7, c.config); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		cacheKey = _r$8;
		$r = c.config.ClientSessionCache.Put(cacheKey, session); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.handleNewSessionTicket, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, c, cacheKey, cipherSuite$1, lifetime, msg, session, $s};return $f;
	};
	Conn.prototype.handleNewSessionTicket = function(msg) { return this.$val.handleNewSessionTicket(msg); };
	Conn.ptr.prototype.makeClientHello = function() {
		var {$24r, $24r$1, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, _tuple$2, _tuple$3, c, clientHelloVersion, config, configCipherSuites, curveID, err, err$1, hello, l, nextProtosLength, ok, params, preferenceOrder, proto, suite, suiteId, supportedVersions$1, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		config = c.config;
		if ((config.ServerName.length === 0) && !config.InsecureSkipVerify) {
			$s = -1; return [ptrType$26.nil, $ifaceNil, errors.New("tls: either ServerName or InsecureSkipVerify must be specified in the tls.Config")];
		}
		nextProtosLength = 0;
		_ref = config.NextProtos;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			proto = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			l = proto.length;
			if ((l === 0) || l > 255) {
				$s = -1; return [ptrType$26.nil, $ifaceNil, errors.New("tls: invalid NextProtos value")];
			} else {
				nextProtosLength = nextProtosLength + ((1 + l >> 0)) >> 0;
			}
			_i++;
		}
		if (nextProtosLength > 65535) {
			$s = -1; return [ptrType$26.nil, $ifaceNil, errors.New("tls: NextProtos values too large")];
		}
		supportedVersions$1 = config.supportedVersions(true);
		if (supportedVersions$1.$length === 0) {
			$s = -1; return [ptrType$26.nil, $ifaceNil, errors.New("tls: no supported versions satisfy MinVersion and MaxVersion")];
		}
		clientHelloVersion = config.maxSupportedVersion(true);
		if (clientHelloVersion > 771) {
			clientHelloVersion = 771;
		}
		hello = new clientHelloMsg.ptr(sliceType$5.nil, clientHelloVersion, $makeSlice(sliceType$5, 32), $makeSlice(sliceType$5, 32), sliceType$2.nil, new sliceType$5([0]), hostnameInSNI(config.ServerName), true, config.curvePreferences(), new sliceType$5([0]), false, sliceType$5.nil, sliceType$7.nil, sliceType$7.nil, true, sliceType$5.nil, config.NextProtos, true, supportedVersions$1, sliceType$5.nil, sliceType$15.nil, false, sliceType$5.nil, sliceType$16.nil, sliceType$11.nil);
		if (c.handshakes > 0) {
			hello.secureRenegotiation = new sliceType$5(c.clientFinished);
		}
		preferenceOrder = cipherSuitesPreferenceOrder;
		if (!hasAESGCMHardwareSupport) {
			preferenceOrder = cipherSuitesPreferenceOrderNoAES;
		}
		configCipherSuites = config.cipherSuites();
		hello.cipherSuites = $makeSlice(sliceType$2, 0, configCipherSuites.$length);
		_ref$1 = preferenceOrder;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			suiteId = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			suite = mutualCipherSuite(configCipherSuites, suiteId);
			if (suite === ptrType$3.nil) {
				_i$1++;
				continue;
			}
			if (hello.vers < 771 && !(((suite.flags & 4) === 0))) {
				_i$1++;
				continue;
			}
			hello.cipherSuites = $append(hello.cipherSuites, suiteId);
			_i$1++;
		}
		_r$1 = io.ReadFull(config.rand(), hello.random); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			_r$2 = err.Error(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = errors.New("tls: short read from Rand: " + _r$2); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = [ptrType$26.nil, $ifaceNil, _r$3];
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$4 = io.ReadFull(config.rand(), hello.sessionId); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$1 = _r$4;
		err$1 = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 8:
			_r$5 = err$1.Error(); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = errors.New("tls: short read from Rand: " + _r$5); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$1 = [ptrType$26.nil, $ifaceNil, _r$6];
			$s = 12; case 12: return $24r$1;
		/* } */ case 9:
		if (hello.vers >= 771) {
			hello.supportedSignatureAlgorithms = supportedSignatureAlgorithms;
		}
		params = $ifaceNil;
		/* */ if ((x = hello.supportedVersions, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 772) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if ((x = hello.supportedVersions, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 772) { */ case 13:
			if (hasAESGCMHardwareSupport) {
				hello.cipherSuites = $appendSlice(hello.cipherSuites, defaultCipherSuitesTLS13);
			} else {
				hello.cipherSuites = $appendSlice(hello.cipherSuites, defaultCipherSuitesTLS13NoAES);
			}
			curveID = (x$1 = config.curvePreferences(), (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
			_r$7 = curveForCurveID(curveID); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$2 = _r$7;
			ok = _tuple$2[1];
			if (!((curveID === 29)) && !ok) {
				$s = -1; return [ptrType$26.nil, $ifaceNil, errors.New("tls: CurvePreferences includes unsupported curve")];
			}
			_r$8 = generateECDHEParameters(config.rand(), curveID); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$3 = _r$8;
			params = _tuple$3[0];
			err = _tuple$3[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ptrType$26.nil, $ifaceNil, err];
			}
			_r$9 = params.PublicKey(); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			hello.keyShares = new sliceType$15([new keyShare.ptr(curveID, _r$9)]);
		/* } */ case 14:
		$s = -1; return [hello, params, $ifaceNil];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.makeClientHello, $c: true, $r, $24r, $24r$1, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, _tuple$2, _tuple$3, c, clientHelloVersion, config, configCipherSuites, curveID, err, err$1, hello, l, nextProtosLength, ok, params, preferenceOrder, proto, suite, suiteId, supportedVersions$1, x, x$1, $s};return $f;
	};
	Conn.prototype.makeClientHello = function() { return this.$val.makeClientHello(); };
	Conn.ptr.prototype.clientHandshake = function(ctx) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _arg, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, binderKey, c, cacheKey, ctx, earlySecret, ecdheParams, err, err$1, err$2, err$3, hello, hs, hs$1, maxVers, msg, ok, serverHello, session, tls11Downgrade, tls12Downgrade, $s, $deferred, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = [c];
		cacheKey = [cacheKey];
		err = [err];
		err[0] = $ifaceNil;
		c[0] = this;
		if (c[0].config === ptrType$4.nil) {
			c[0].config = defaultConfig();
		}
		c[0].didResume = false;
		_r$1 = c[0].makeClientHello(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		hello = _tuple[0];
		ecdheParams = _tuple[1];
		err[0] = _tuple[2];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 2:
			err[0] = err[0];
			$24r = err[0];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		c[0].serverName = hello.serverName;
		_r$2 = c[0].loadSession(hello); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		cacheKey[0] = _tuple$1[0];
		session = _tuple$1[1];
		earlySecret = _tuple$1[2];
		binderKey = _tuple$1[3];
		/* */ if (!(cacheKey[0] === "") && !(session === ptrType$37.nil)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(cacheKey[0] === "") && !(session === ptrType$37.nil)) { */ case 6:
			$deferred.push([(function(c, cacheKey, err) { return function $b() {
				var {$s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 1:
					$r = c[0].config.ClientSessionCache.Put(cacheKey[0], ptrType$37.nil); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 2:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
			}; })(c, cacheKey, err), []]);
		/* } */ case 7:
		_r$3 = hello.marshal(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_arg = _r$3;
		_r$4 = c[0].writeRecord(22, _arg); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$2 = _r$4;
		err$1 = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 10:
			err[0] = err$1;
			$24r$1 = err[0];
			$s = 12; case 12: return $24r$1;
		/* } */ case 11:
		_r$5 = c[0].readHandshake(); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$3 = _r$5;
		msg = _tuple$3[0];
		err[0] = _tuple$3[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 14:
			err[0] = err[0];
			$24r$2 = err[0];
			$s = 16; case 16: return $24r$2;
		/* } */ case 15:
		_tuple$4 = $assertType(msg, ptrType$30, true);
		serverHello = _tuple$4[0];
		ok = _tuple$4[1];
		/* */ if (!ok) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!ok) { */ case 17:
			_r$6 = c[0].sendAlert(10); /* */ $s = 19; case 19: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			_r$7 = unexpectedMessageError(serverHello, msg); /* */ $s = 20; case 20: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			err[0] = _r$7;
			$24r$3 = err[0];
			$s = 21; case 21: return $24r$3;
		/* } */ case 18:
		_r$8 = c[0].pickTLSVersion(serverHello); /* */ $s = 22; case 22: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$2 = _r$8;
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 23:
			err[0] = err$2;
			$24r$4 = err[0];
			$s = 25; case 25: return $24r$4;
		/* } */ case 24:
		maxVers = c[0].config.maxSupportedVersion(true);
		tls12Downgrade = ($bytesToString($subslice(serverHello.random, 24))) === "DOWNGRD\x01";
		tls11Downgrade = ($bytesToString($subslice(serverHello.random, 24))) === "DOWNGRD\x00";
		/* */ if ((maxVers === 772) && c[0].vers <= 771 && (tls12Downgrade || tls11Downgrade) || (maxVers === 771) && c[0].vers <= 770 && tls11Downgrade) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if ((maxVers === 772) && c[0].vers <= 771 && (tls12Downgrade || tls11Downgrade) || (maxVers === 771) && c[0].vers <= 770 && tls11Downgrade) { */ case 26:
			_r$9 = c[0].sendAlert(47); /* */ $s = 28; case 28: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
			err[0] = errors.New("tls: downgrade attempt detected, possibly due to a MitM attack or a broken middlebox");
			$24r$5 = err[0];
			$s = 29; case 29: return $24r$5;
		/* } */ case 27:
		/* */ if (c[0].vers === 772) { $s = 30; continue; }
		/* */ $s = 31; continue;
		/* if (c[0].vers === 772) { */ case 30:
			hs = new clientHandshakeStateTLS13.ptr(c[0], ctx, serverHello, hello, ecdheParams, session, earlySecret, binderKey, ptrType$39.nil, false, false, ptrType$2.nil, $ifaceNil, sliceType$5.nil, sliceType$5.nil);
			_r$10 = hs.handshake(); /* */ $s = 32; case 32: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			err[0] = _r$10;
			$24r$6 = err[0];
			$s = 33; case 33: return $24r$6;
		/* } */ case 31:
		hs$1 = new clientHandshakeState.ptr(c[0], ctx, serverHello, hello, ptrType$3.nil, new finishedHash.ptr($ifaceNil, $ifaceNil, $ifaceNil, $ifaceNil, sliceType$5.nil, 0, $throwNilPointerError), sliceType$5.nil, session);
		_r$11 = hs$1.handshake(); /* */ $s = 34; case 34: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		err$3 = _r$11;
		/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 35:
			err[0] = err$3;
			$24r$7 = err[0];
			$s = 37; case 37: return $24r$7;
		/* } */ case 36:
		/* */ if (!(cacheKey[0] === "") && !(hs$1.session === ptrType$37.nil) && !(session === hs$1.session)) { $s = 38; continue; }
		/* */ $s = 39; continue;
		/* if (!(cacheKey[0] === "") && !(hs$1.session === ptrType$37.nil) && !(session === hs$1.session)) { */ case 38:
			$r = c[0].config.ClientSessionCache.Put(cacheKey[0], hs$1.session); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 39:
		err[0] = $ifaceNil;
		$24r$8 = err[0];
		$s = 41; case 41: return $24r$8;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err[0]; } if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.clientHandshake, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _arg, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, binderKey, c, cacheKey, ctx, earlySecret, ecdheParams, err, err$1, err$2, err$3, hello, hs, hs$1, maxVers, msg, ok, serverHello, session, tls11Downgrade, tls12Downgrade, $s, $deferred};return $f; } }
	};
	Conn.prototype.clientHandshake = function(ctx) { return this.$val.clientHandshake(ctx); };
	Conn.ptr.prototype.loadSession = function(hello) {
		var {_i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, binderKey, c, cacheKey, cipherSuite$1, cipherSuiteOk, earlySecret, err, hello, identity, offeredID, offeredSuite, ok, psk, pskBinders, serverCert, session, ticketAge, transcript, v, versOk, x, x$1, $s, $r, $c} = $restore(this, {hello});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cacheKey = "";
		session = ptrType$37.nil;
		earlySecret = sliceType$5.nil;
		binderKey = sliceType$5.nil;
		c = this;
		if (c.config.SessionTicketsDisabled || $interfaceIsEqual(c.config.ClientSessionCache, $ifaceNil)) {
			_tmp = "";
			_tmp$1 = ptrType$37.nil;
			_tmp$2 = sliceType$5.nil;
			_tmp$3 = sliceType$5.nil;
			cacheKey = _tmp;
			session = _tmp$1;
			earlySecret = _tmp$2;
			binderKey = _tmp$3;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		}
		hello.ticketSupported = true;
		if ((x = hello.supportedVersions, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === 772) {
			hello.pskModes = new sliceType$5([1]);
		}
		if (!((c.handshakes === 0))) {
			_tmp$4 = "";
			_tmp$5 = ptrType$37.nil;
			_tmp$6 = sliceType$5.nil;
			_tmp$7 = sliceType$5.nil;
			cacheKey = _tmp$4;
			session = _tmp$5;
			earlySecret = _tmp$6;
			binderKey = _tmp$7;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		}
		_r$1 = c.conn.RemoteAddr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = clientSessionCacheKey(_r$1, c.config); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		cacheKey = _r$2;
		_r$3 = c.config.ClientSessionCache.Get(cacheKey); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		session = _tuple[0];
		ok = _tuple[1];
		if (!ok || session === ptrType$37.nil) {
			_tmp$8 = cacheKey;
			_tmp$9 = ptrType$37.nil;
			_tmp$10 = sliceType$5.nil;
			_tmp$11 = sliceType$5.nil;
			cacheKey = _tmp$8;
			session = _tmp$9;
			earlySecret = _tmp$10;
			binderKey = _tmp$11;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		}
		versOk = false;
		_ref = hello.supportedVersions;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (v === session.vers) {
				versOk = true;
				break;
			}
			_i++;
		}
		if (!versOk) {
			_tmp$12 = cacheKey;
			_tmp$13 = ptrType$37.nil;
			_tmp$14 = sliceType$5.nil;
			_tmp$15 = sliceType$5.nil;
			cacheKey = _tmp$12;
			session = _tmp$13;
			earlySecret = _tmp$14;
			binderKey = _tmp$15;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		}
		/* */ if (!c.config.InsecureSkipVerify) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!c.config.InsecureSkipVerify) { */ case 4:
			if (session.verifiedChains.$length === 0) {
				_tmp$16 = cacheKey;
				_tmp$17 = ptrType$37.nil;
				_tmp$18 = sliceType$5.nil;
				_tmp$19 = sliceType$5.nil;
				cacheKey = _tmp$16;
				session = _tmp$17;
				earlySecret = _tmp$18;
				binderKey = _tmp$19;
				$s = -1; return [cacheKey, session, earlySecret, binderKey];
			}
			serverCert = (x$1 = session.serverCertificates, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0]));
			_r$4 = c.config.time(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = $clone(_r$4, time.Time).After($clone(serverCert.NotAfter, time.Time)); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (_r$5) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_r$5) { */ case 6:
				$r = c.config.ClientSessionCache.Put(cacheKey, ptrType$37.nil); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$20 = cacheKey;
				_tmp$21 = ptrType$37.nil;
				_tmp$22 = sliceType$5.nil;
				_tmp$23 = sliceType$5.nil;
				cacheKey = _tmp$20;
				session = _tmp$21;
				earlySecret = _tmp$22;
				binderKey = _tmp$23;
				$s = -1; return [cacheKey, session, earlySecret, binderKey];
			/* } */ case 7:
			err = serverCert.VerifyHostname(c.config.ServerName);
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_tmp$24 = cacheKey;
				_tmp$25 = ptrType$37.nil;
				_tmp$26 = sliceType$5.nil;
				_tmp$27 = sliceType$5.nil;
				cacheKey = _tmp$24;
				session = _tmp$25;
				earlySecret = _tmp$26;
				binderKey = _tmp$27;
				$s = -1; return [cacheKey, session, earlySecret, binderKey];
			}
		/* } */ case 5:
		if (!((session.vers === 772))) {
			if (mutualCipherSuite(hello.cipherSuites, session.cipherSuite) === ptrType$3.nil) {
				_tmp$28 = cacheKey;
				_tmp$29 = ptrType$37.nil;
				_tmp$30 = sliceType$5.nil;
				_tmp$31 = sliceType$5.nil;
				cacheKey = _tmp$28;
				session = _tmp$29;
				earlySecret = _tmp$30;
				binderKey = _tmp$31;
				$s = -1; return [cacheKey, session, earlySecret, binderKey];
			}
			hello.sessionTicket = session.sessionTicket;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		}
		_r$6 = c.config.time(); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$7 = $clone(_r$6, time.Time).After($clone(session.useBy, time.Time)); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		/* */ if (_r$7) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (_r$7) { */ case 11:
			$r = c.config.ClientSessionCache.Put(cacheKey, ptrType$37.nil); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp$32 = cacheKey;
			_tmp$33 = ptrType$37.nil;
			_tmp$34 = sliceType$5.nil;
			_tmp$35 = sliceType$5.nil;
			cacheKey = _tmp$32;
			session = _tmp$33;
			earlySecret = _tmp$34;
			binderKey = _tmp$35;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		/* } */ case 12:
		cipherSuite$1 = cipherSuiteTLS13ByID(session.cipherSuite);
		if (cipherSuite$1 === ptrType$2.nil) {
			_tmp$36 = cacheKey;
			_tmp$37 = ptrType$37.nil;
			_tmp$38 = sliceType$5.nil;
			_tmp$39 = sliceType$5.nil;
			cacheKey = _tmp$36;
			session = _tmp$37;
			earlySecret = _tmp$38;
			binderKey = _tmp$39;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		}
		cipherSuiteOk = false;
		_ref$1 = hello.cipherSuites;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			offeredID = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			offeredSuite = cipherSuiteTLS13ByID(offeredID);
			if (!(offeredSuite === ptrType$2.nil) && (offeredSuite.hash === cipherSuite$1.hash)) {
				cipherSuiteOk = true;
				break;
			}
			_i$1++;
		}
		if (!cipherSuiteOk) {
			_tmp$40 = cacheKey;
			_tmp$41 = ptrType$37.nil;
			_tmp$42 = sliceType$5.nil;
			_tmp$43 = sliceType$5.nil;
			cacheKey = _tmp$40;
			session = _tmp$41;
			earlySecret = _tmp$42;
			binderKey = _tmp$43;
			$s = -1; return [cacheKey, session, earlySecret, binderKey];
		}
		_r$8 = c.config.time(); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = $clone(_r$8, time.Time).Sub($clone(session.receivedAt, time.Time)); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		ticketAge = (($div64(_r$9, new time.Duration(0, 1000000), false).$low >>> 0));
		identity = new pskIdentity.ptr(session.sessionTicket, ticketAge + session.ageAdd >>> 0);
		hello.pskIdentities = new sliceType$16([$clone(identity, pskIdentity)]);
		hello.pskBinders = new sliceType$11([$makeSlice(sliceType$5, new crypto.Hash(cipherSuite$1.hash).Size())]);
		_r$10 = cipherSuite$1.expandLabel(session.masterSecret, "resumption", session.nonce, new crypto.Hash(cipherSuite$1.hash).Size()); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		psk = _r$10;
		_r$11 = cipherSuite$1.extract(psk, sliceType$5.nil); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		earlySecret = _r$11;
		_r$12 = cipherSuite$1.deriveSecret(earlySecret, "res binder", $ifaceNil); /* */ $s = 20; case 20: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		binderKey = _r$12;
		_r$13 = new crypto.Hash(cipherSuite$1.hash).New(); /* */ $s = 21; case 21: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		transcript = _r$13;
		_r$14 = hello.marshalWithoutBinders(); /* */ $s = 22; case 22: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_r$15 = transcript.Write(_r$14); /* */ $s = 23; case 23: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_r$15;
		_r$16 = cipherSuite$1.finishedHash(binderKey, transcript); /* */ $s = 24; case 24: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		pskBinders = new sliceType$11([_r$16]);
		$r = hello.updateBinders(pskBinders); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [cacheKey, session, earlySecret, binderKey];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.loadSession, $c: true, $r, _i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$30, _tmp$31, _tmp$32, _tmp$33, _tmp$34, _tmp$35, _tmp$36, _tmp$37, _tmp$38, _tmp$39, _tmp$4, _tmp$40, _tmp$41, _tmp$42, _tmp$43, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, binderKey, c, cacheKey, cipherSuite$1, cipherSuiteOk, earlySecret, err, hello, identity, offeredID, offeredSuite, ok, psk, pskBinders, serverCert, session, ticketAge, transcript, v, versOk, x, x$1, $s};return $f;
	};
	Conn.prototype.loadSession = function(hello) { return this.$val.loadSession(hello); };
	Conn.ptr.prototype.pickTLSVersion = function(serverHello) {
		var {$24r, _r$1, _r$2, _tuple, c, ok, peerVersion, serverHello, vers, $s, $r, $c} = $restore(this, {serverHello});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		peerVersion = serverHello.vers;
		if (!((serverHello.supportedVersion === 0))) {
			peerVersion = serverHello.supportedVersion;
		}
		_tuple = c.config.mutualVersion(true, new sliceType$2([peerVersion]));
		vers = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r$1 = c.sendAlert(70); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = fmt.Errorf("tls: server selected unsupported protocol version %x", new sliceType$6([new $Uint16(peerVersion)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		c.vers = vers;
		c.haveVers = true;
		c.in$27.version = vers;
		c.out.version = vers;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.pickTLSVersion, $c: true, $r, $24r, _r$1, _r$2, _tuple, c, ok, peerVersion, serverHello, vers, $s};return $f;
	};
	Conn.prototype.pickTLSVersion = function(serverHello) { return this.$val.pickTLSVersion(serverHello); };
	clientHandshakeState.ptr.prototype.handshake = function() {
		var {_r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, c, err, err$1, err$10, err$11, err$12, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, hs, isResume, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.processServerHello(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		isResume = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$2 = newFinishedHash(c.vers, hs.suite); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		finishedHash.copy(hs.finishedHash, _r$2);
		if (isResume || ((c.config.Certificates.$length === 0) && c.config.GetClientCertificate === $throwNilPointerError)) {
			hs.finishedHash.discardHandshakeBuffer();
		}
		_r$3 = hs.hello.marshal(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = hs.finishedHash.Write(_r$3); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = hs.serverHello.marshal(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_r$6 = hs.finishedHash.Write(_r$5); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		c.buffering = true;
		c.didResume = isResume;
		/* */ if (isResume) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (isResume) { */ case 7:
			_r$7 = hs.establishKeys(); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			err$1 = _r$7;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			_r$8 = hs.readSessionTicket(); /* */ $s = 11; case 11: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err$2 = _r$8;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
			_r$9 = hs.readFinished(new sliceType$5(c.serverFinished)); /* */ $s = 12; case 12: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err$3 = _r$9;
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return err$3;
			}
			c.clientFinishedIsFirst = false;
			/* */ if (!(c.config.VerifyConnection === $throwNilPointerError)) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (!(c.config.VerifyConnection === $throwNilPointerError)) { */ case 13:
				_r$10 = c.config.VerifyConnection($clone(c.connectionStateLocked(), ConnectionState)); /* */ $s = 15; case 15: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				err$4 = _r$10;
				/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 16:
					_r$11 = c.sendAlert(42); /* */ $s = 18; case 18: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_r$11;
					$s = -1; return err$4;
				/* } */ case 17:
			/* } */ case 14:
			_r$12 = hs.sendFinished(new sliceType$5(c.clientFinished)); /* */ $s = 19; case 19: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			err$5 = _r$12;
			if (!($interfaceIsEqual(err$5, $ifaceNil))) {
				$s = -1; return err$5;
			}
			_r$13 = c.flush(); /* */ $s = 20; case 20: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_tuple$1 = _r$13;
			err$6 = _tuple$1[1];
			if (!($interfaceIsEqual(err$6, $ifaceNil))) {
				$s = -1; return err$6;
			}
			$s = 9; continue;
		/* } else { */ case 8:
			_r$14 = hs.doFullHandshake(); /* */ $s = 21; case 21: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			err$7 = _r$14;
			if (!($interfaceIsEqual(err$7, $ifaceNil))) {
				$s = -1; return err$7;
			}
			_r$15 = hs.establishKeys(); /* */ $s = 22; case 22: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			err$8 = _r$15;
			if (!($interfaceIsEqual(err$8, $ifaceNil))) {
				$s = -1; return err$8;
			}
			_r$16 = hs.sendFinished(new sliceType$5(c.clientFinished)); /* */ $s = 23; case 23: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			err$9 = _r$16;
			if (!($interfaceIsEqual(err$9, $ifaceNil))) {
				$s = -1; return err$9;
			}
			_r$17 = c.flush(); /* */ $s = 24; case 24: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_tuple$2 = _r$17;
			err$10 = _tuple$2[1];
			if (!($interfaceIsEqual(err$10, $ifaceNil))) {
				$s = -1; return err$10;
			}
			c.clientFinishedIsFirst = true;
			_r$18 = hs.readSessionTicket(); /* */ $s = 25; case 25: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			err$11 = _r$18;
			if (!($interfaceIsEqual(err$11, $ifaceNil))) {
				$s = -1; return err$11;
			}
			_r$19 = hs.readFinished(new sliceType$5(c.serverFinished)); /* */ $s = 26; case 26: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			err$12 = _r$19;
			if (!($interfaceIsEqual(err$12, $ifaceNil))) {
				$s = -1; return err$12;
			}
		/* } */ case 9:
		c.ekm = ekmFromMasterSecret(c.vers, hs.suite, hs.masterSecret, hs.hello.random, hs.serverHello.random);
		atomic.StoreUint32((c.$ptr_handshakeStatus || (c.$ptr_handshakeStatus = new ptrType$24(function() { return this.$target.handshakeStatus; }, function($v) { this.$target.handshakeStatus = $v; }, c))), 1);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.handshake, $c: true, $r, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, c, err, err$1, err$10, err$11, err$12, err$2, err$3, err$4, err$5, err$6, err$7, err$8, err$9, hs, isResume, $s};return $f;
	};
	clientHandshakeState.prototype.handshake = function() { return this.$val.handshake(); };
	clientHandshakeState.ptr.prototype.pickCipherSuite = function() {
		var {_r$1, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		hs.suite = mutualCipherSuite(hs.hello.cipherSuites, hs.serverHello.cipherSuite);
		/* */ if (hs.suite === ptrType$3.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (hs.suite === ptrType$3.nil) { */ case 1:
			_r$1 = hs.c.sendAlert(40); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return errors.New("tls: server chose an unconfigured cipher suite");
		/* } */ case 2:
		hs.c.cipherSuite = hs.suite.id;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.pickCipherSuite, $c: true, $r, _r$1, hs, $s};return $f;
	};
	clientHandshakeState.prototype.pickCipherSuite = function() { return this.$val.pickCipherSuite(); };
	clientHandshakeState.ptr.prototype.doFullHandshake = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, c, certMsg, certReq, certRequested, certVerify, chainToSend, ckx, cri, cs, err, err$1, err$2, err$3, err$4, err$5, err$6, hs, key, keyAgreement$1, msg, ok, ok$1, preMasterSecret, shd, sigHash, sigType, signOpts, signatureAlgorithm, signed, skx, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.readHandshake(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		msg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_tuple$1 = $assertType(msg, ptrType$34, true);
		certMsg = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok || (certMsg.certificates.$length === 0)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok || (certMsg.certificates.$length === 0)) { */ case 2:
			_r$2 = c.sendAlert(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = unexpectedMessageError(certMsg, msg); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$4 = hs.finishedHash.Write(certMsg.marshal()); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = c.readHandshake(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$2 = _r$5;
		msg = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_tuple$3 = $assertType(msg, ptrType$40, true);
		cs = _tuple$3[0];
		ok = _tuple$3[1];
		/* */ if (ok) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (ok) { */ case 9:
			/* */ if (!hs.serverHello.ocspStapling) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!hs.serverHello.ocspStapling) { */ case 11:
				_r$6 = c.sendAlert(10); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
				$s = -1; return errors.New("tls: received unexpected CertificateStatus message");
			/* } */ case 12:
			_r$7 = cs.marshal(); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = hs.finishedHash.Write(_r$7); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			c.ocspResponse = cs.response;
			_r$9 = c.readHandshake(); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tuple$4 = _r$9;
			msg = _tuple$4[0];
			err = _tuple$4[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 10:
		/* */ if (c.handshakes === 0) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (c.handshakes === 0) { */ case 17:
			_r$10 = c.verifyServerCertificate(certMsg.certificates); /* */ $s = 20; case 20: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			err$1 = _r$10;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			$s = 19; continue;
		/* } else { */ case 18:
			/* */ if (!bytes.Equal((x = c.peerCertificates, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).Raw, (x$1 = certMsg.certificates, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])))) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (!bytes.Equal((x = c.peerCertificates, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).Raw, (x$1 = certMsg.certificates, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])))) { */ case 21:
				_r$11 = c.sendAlert(42); /* */ $s = 23; case 23: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$11;
				$s = -1; return errors.New("tls: server's identity changed during renegotiation");
			/* } */ case 22:
		/* } */ case 19:
		_r$12 = hs.suite.ka(c.vers); /* */ $s = 24; case 24: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		keyAgreement$1 = _r$12;
		_tuple$5 = $assertType(msg, ptrType$22, true);
		skx = _tuple$5[0];
		ok = _tuple$5[1];
		/* */ if (ok) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (ok) { */ case 25:
			_r$13 = hs.finishedHash.Write(skx.marshal()); /* */ $s = 27; case 27: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$13;
			_r$14 = keyAgreement$1.processServerKeyExchange(c.config, hs.hello, hs.serverHello, (x$2 = c.peerCertificates, (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])), skx); /* */ $s = 28; case 28: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			err = _r$14;
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 29:
				_r$15 = c.sendAlert(10); /* */ $s = 31; case 31: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$15;
				$s = -1; return err;
			/* } */ case 30:
			_r$16 = c.readHandshake(); /* */ $s = 32; case 32: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_tuple$6 = _r$16;
			msg = _tuple$6[0];
			err = _tuple$6[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 26:
		chainToSend = ptrType$31.nil;
		certRequested = false;
		_tuple$7 = $assertType(msg, ptrType$33, true);
		certReq = _tuple$7[0];
		ok = _tuple$7[1];
		/* */ if (ok) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (ok) { */ case 33:
			certRequested = true;
			_r$17 = hs.finishedHash.Write(certReq.marshal()); /* */ $s = 35; case 35: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$17;
			_r$18 = certificateRequestInfoFromMsg(hs.ctx, c.vers, certReq); /* */ $s = 36; case 36: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			cri = _r$18;
			_r$19 = c.getClientCertificate(cri); /* */ $s = 37; case 37: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_tuple$8 = _r$19;
			chainToSend = _tuple$8[0];
			err = _tuple$8[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 38; continue; }
			/* */ $s = 39; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 38:
				_r$20 = c.sendAlert(80); /* */ $s = 40; case 40: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$20;
				$s = -1; return err;
			/* } */ case 39:
			_r$21 = c.readHandshake(); /* */ $s = 41; case 41: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
			_tuple$9 = _r$21;
			msg = _tuple$9[0];
			err = _tuple$9[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 34:
		_tuple$10 = $assertType(msg, ptrType$41, true);
		shd = _tuple$10[0];
		ok = _tuple$10[1];
		/* */ if (!ok) { $s = 42; continue; }
		/* */ $s = 43; continue;
		/* if (!ok) { */ case 42:
			_r$22 = c.sendAlert(10); /* */ $s = 44; case 44: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_r$22;
			_r$23 = unexpectedMessageError(shd, msg); /* */ $s = 45; case 45: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
			$24r$1 = _r$23;
			$s = 46; case 46: return $24r$1;
		/* } */ case 43:
		_r$24 = hs.finishedHash.Write(shd.marshal()); /* */ $s = 47; case 47: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
		_r$24;
		/* */ if (certRequested) { $s = 48; continue; }
		/* */ $s = 49; continue;
		/* if (certRequested) { */ case 48:
			certMsg = new certificateMsg.ptr(sliceType$5.nil, sliceType$11.nil);
			certMsg.certificates = chainToSend.Certificate;
			_r$25 = hs.finishedHash.Write(certMsg.marshal()); /* */ $s = 50; case 50: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			_r$25;
			_r$26 = c.writeRecord(22, certMsg.marshal()); /* */ $s = 51; case 51: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			_tuple$11 = _r$26;
			err$2 = _tuple$11[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
		/* } */ case 49:
		_r$27 = keyAgreement$1.generateClientKeyExchange(c.config, hs.hello, (x$3 = c.peerCertificates, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0]))); /* */ $s = 52; case 52: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
		_tuple$12 = _r$27;
		preMasterSecret = _tuple$12[0];
		ckx = _tuple$12[1];
		err = _tuple$12[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 53; continue; }
		/* */ $s = 54; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 53:
			_r$28 = c.sendAlert(80); /* */ $s = 55; case 55: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			_r$28;
			$s = -1; return err;
		/* } */ case 54:
		/* */ if (!(ckx === ptrType$23.nil)) { $s = 56; continue; }
		/* */ $s = 57; continue;
		/* if (!(ckx === ptrType$23.nil)) { */ case 56:
			_r$29 = hs.finishedHash.Write(ckx.marshal()); /* */ $s = 58; case 58: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
			_r$29;
			_r$30 = c.writeRecord(22, ckx.marshal()); /* */ $s = 59; case 59: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
			_tuple$13 = _r$30;
			err$3 = _tuple$13[1];
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return err$3;
			}
		/* } */ case 57:
		/* */ if (!(chainToSend === ptrType$31.nil) && chainToSend.Certificate.$length > 0) { $s = 60; continue; }
		/* */ $s = 61; continue;
		/* if (!(chainToSend === ptrType$31.nil) && chainToSend.Certificate.$length > 0) { */ case 60:
			certVerify = new certificateVerifyMsg.ptr(sliceType$5.nil, false, 0, sliceType$5.nil);
			_tuple$14 = $assertType(chainToSend.PrivateKey, crypto.Signer, true);
			key = _tuple$14[0];
			ok$1 = _tuple$14[1];
			/* */ if (!ok$1) { $s = 62; continue; }
			/* */ $s = 63; continue;
			/* if (!ok$1) { */ case 62:
				_r$31 = c.sendAlert(80); /* */ $s = 64; case 64: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				_r$31;
				_r$32 = fmt.Errorf("tls: client certificate private key of type %T does not implement crypto.Signer", new sliceType$6([chainToSend.PrivateKey])); /* */ $s = 65; case 65: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
				$24r$2 = _r$32;
				$s = 66; case 66: return $24r$2;
			/* } */ case 63:
			sigType = 0;
			sigHash = 0;
			/* */ if (c.vers >= 771) { $s = 67; continue; }
			/* */ $s = 68; continue;
			/* if (c.vers >= 771) { */ case 67:
				_r$33 = selectSignatureScheme(c.vers, chainToSend, certReq.supportedSignatureAlgorithms); /* */ $s = 70; case 70: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
				_tuple$15 = _r$33;
				signatureAlgorithm = _tuple$15[0];
				err$4 = _tuple$15[1];
				/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 71; continue; }
				/* */ $s = 72; continue;
				/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 71:
					_r$34 = c.sendAlert(47); /* */ $s = 73; case 73: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
					_r$34;
					$s = -1; return err$4;
				/* } */ case 72:
				_r$35 = typeAndHashFromSignatureScheme(signatureAlgorithm); /* */ $s = 74; case 74: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
				_tuple$16 = _r$35;
				sigType = _tuple$16[0];
				sigHash = _tuple$16[1];
				err$4 = _tuple$16[2];
				/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 75; continue; }
				/* */ $s = 76; continue;
				/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 75:
					_r$36 = c.sendAlert(80); /* */ $s = 77; case 77: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
					$24r$3 = _r$36;
					$s = 78; case 78: return $24r$3;
				/* } */ case 76:
				certVerify.hasSignatureAlgorithm = true;
				certVerify.signatureAlgorithm = signatureAlgorithm;
				$s = 69; continue;
			/* } else { */ case 68:
				_r$37 = key.Public(); /* */ $s = 79; case 79: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
				_r$38 = legacyTypeAndHashFromPublicKey(_r$37); /* */ $s = 80; case 80: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
				_tuple$17 = _r$38;
				sigType = _tuple$17[0];
				sigHash = _tuple$17[1];
				err = _tuple$17[2];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 81; continue; }
				/* */ $s = 82; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 81:
					_r$39 = c.sendAlert(47); /* */ $s = 83; case 83: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
					_r$39;
					$s = -1; return err;
				/* } */ case 82:
			/* } */ case 69:
			_r$40 = $clone(hs.finishedHash, finishedHash).hashForClientCertificate(sigType, sigHash, hs.masterSecret); /* */ $s = 84; case 84: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
			signed = _r$40;
			signOpts = (new crypto.Hash(sigHash));
			if (sigType === 226) {
				signOpts = new rsa.PSSOptions.ptr(-1, sigHash);
			}
			_r$41 = key.Sign(c.config.rand(), signed, signOpts); /* */ $s = 85; case 85: if($c) { $c = false; _r$41 = _r$41.$blk(); } if (_r$41 && _r$41.$blk !== undefined) { break s; }
			_tuple$18 = _r$41;
			certVerify.signature = _tuple$18[0];
			err = _tuple$18[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 86; continue; }
			/* */ $s = 87; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 86:
				_r$42 = c.sendAlert(80); /* */ $s = 88; case 88: if($c) { $c = false; _r$42 = _r$42.$blk(); } if (_r$42 && _r$42.$blk !== undefined) { break s; }
				_r$42;
				$s = -1; return err;
			/* } */ case 87:
			_r$43 = certVerify.marshal(); /* */ $s = 89; case 89: if($c) { $c = false; _r$43 = _r$43.$blk(); } if (_r$43 && _r$43.$blk !== undefined) { break s; }
			_r$44 = hs.finishedHash.Write(_r$43); /* */ $s = 90; case 90: if($c) { $c = false; _r$44 = _r$44.$blk(); } if (_r$44 && _r$44.$blk !== undefined) { break s; }
			_r$44;
			_r$45 = certVerify.marshal(); /* */ $s = 91; case 91: if($c) { $c = false; _r$45 = _r$45.$blk(); } if (_r$45 && _r$45.$blk !== undefined) { break s; }
			_arg = _r$45;
			_r$46 = c.writeRecord(22, _arg); /* */ $s = 92; case 92: if($c) { $c = false; _r$46 = _r$46.$blk(); } if (_r$46 && _r$46.$blk !== undefined) { break s; }
			_tuple$19 = _r$46;
			err$5 = _tuple$19[1];
			if (!($interfaceIsEqual(err$5, $ifaceNil))) {
				$s = -1; return err$5;
			}
		/* } */ case 61:
		_r$47 = masterFromPreMasterSecret(c.vers, hs.suite, preMasterSecret, hs.hello.random, hs.serverHello.random); /* */ $s = 93; case 93: if($c) { $c = false; _r$47 = _r$47.$blk(); } if (_r$47 && _r$47.$blk !== undefined) { break s; }
		hs.masterSecret = _r$47;
		_r$48 = c.config.writeKeyLog("CLIENT_RANDOM", hs.hello.random, hs.masterSecret); /* */ $s = 94; case 94: if($c) { $c = false; _r$48 = _r$48.$blk(); } if (_r$48 && _r$48.$blk !== undefined) { break s; }
		err$6 = _r$48;
		/* */ if (!($interfaceIsEqual(err$6, $ifaceNil))) { $s = 95; continue; }
		/* */ $s = 96; continue;
		/* if (!($interfaceIsEqual(err$6, $ifaceNil))) { */ case 95:
			_r$49 = c.sendAlert(80); /* */ $s = 97; case 97: if($c) { $c = false; _r$49 = _r$49.$blk(); } if (_r$49 && _r$49.$blk !== undefined) { break s; }
			_r$49;
			_r$50 = err$6.Error(); /* */ $s = 98; case 98: if($c) { $c = false; _r$50 = _r$50.$blk(); } if (_r$50 && _r$50.$blk !== undefined) { break s; }
			_r$51 = errors.New("tls: failed to write to key log: " + _r$50); /* */ $s = 99; case 99: if($c) { $c = false; _r$51 = _r$51.$blk(); } if (_r$51 && _r$51.$blk !== undefined) { break s; }
			$24r$4 = _r$51;
			$s = 100; case 100: return $24r$4;
		/* } */ case 96:
		hs.finishedHash.discardHandshakeBuffer();
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.doFullHandshake, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _arg, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$41, _r$42, _r$43, _r$44, _r$45, _r$46, _r$47, _r$48, _r$49, _r$5, _r$50, _r$51, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$10, _tuple$11, _tuple$12, _tuple$13, _tuple$14, _tuple$15, _tuple$16, _tuple$17, _tuple$18, _tuple$19, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, c, certMsg, certReq, certRequested, certVerify, chainToSend, ckx, cri, cs, err, err$1, err$2, err$3, err$4, err$5, err$6, hs, key, keyAgreement$1, msg, ok, ok$1, preMasterSecret, shd, sigHash, sigType, signOpts, signatureAlgorithm, signed, skx, x, x$1, x$2, x$3, $s};return $f;
	};
	clientHandshakeState.prototype.doFullHandshake = function() { return this.$val.doFullHandshake(); };
	clientHandshakeState.ptr.prototype.establishKeys = function() {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, c, clientCipher, clientHash, clientIV, clientKey, clientMAC, hs, serverCipher, serverHash, serverIV, serverKey, serverMAC, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = keysFromMasterSecret(c.vers, hs.suite, hs.masterSecret, hs.hello.random, hs.serverHello.random, hs.suite.macLen, hs.suite.keyLen, hs.suite.ivLen); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		clientMAC = _tuple[0];
		serverMAC = _tuple[1];
		clientKey = _tuple[2];
		serverKey = _tuple[3];
		clientIV = _tuple[4];
		serverIV = _tuple[5];
		_tmp = $ifaceNil;
		_tmp$1 = $ifaceNil;
		clientCipher = _tmp;
		serverCipher = _tmp$1;
		_tmp$2 = $ifaceNil;
		_tmp$3 = $ifaceNil;
		clientHash = _tmp$2;
		serverHash = _tmp$3;
		/* */ if (!(hs.suite.cipher === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(hs.suite.cipher === $throwNilPointerError)) { */ case 2:
			_r$2 = hs.suite.cipher(clientKey, clientIV, false); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			clientCipher = _r$2;
			_r$3 = hs.suite.mac(clientMAC); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			clientHash = _r$3;
			_r$4 = hs.suite.cipher(serverKey, serverIV, true); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			serverCipher = _r$4;
			_r$5 = hs.suite.mac(serverMAC); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			serverHash = _r$5;
			$s = 4; continue;
		/* } else { */ case 3:
			_r$6 = hs.suite.aead(clientKey, clientIV); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			clientCipher = _r$6;
			_r$7 = hs.suite.aead(serverKey, serverIV); /* */ $s = 10; case 10: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			serverCipher = _r$7;
		/* } */ case 4:
		c.in$27.prepareCipherSpec(c.vers, serverCipher, serverHash);
		c.out.prepareCipherSpec(c.vers, clientCipher, clientHash);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.establishKeys, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, c, clientCipher, clientHash, clientIV, clientKey, clientMAC, hs, serverCipher, serverHash, serverIV, serverKey, serverMAC, $s};return $f;
	};
	clientHandshakeState.prototype.establishKeys = function() { return this.$val.establishKeys(); };
	clientHandshakeState.ptr.prototype.serverResumedSession = function() {
		var hs;
		hs = this;
		return !(hs.session === ptrType$37.nil) && !(hs.hello.sessionId === sliceType$5.nil) && bytes.Equal(hs.serverHello.sessionId, hs.hello.sessionId);
	};
	clientHandshakeState.prototype.serverResumedSession = function() { return this.$val.serverResumedSession(); };
	clientHandshakeState.ptr.prototype.processServerHello = function() {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, c, err, err$1, expectedSecureRenegotiation, hs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = hs.pickCipherSuite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [false, err];
		}
		/* */ if (!((hs.serverHello.compressionMethod === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((hs.serverHello.compressionMethod === 0))) { */ case 2:
			_r$2 = c.sendAlert(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return [false, errors.New("tls: server selected unsupported compression format")];
		/* } */ case 3:
		/* */ if ((c.handshakes === 0) && hs.serverHello.secureRenegotiationSupported) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ((c.handshakes === 0) && hs.serverHello.secureRenegotiationSupported) { */ case 5:
			c.secureRenegotiation = true;
			/* */ if (!((hs.serverHello.secureRenegotiation.$length === 0))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!((hs.serverHello.secureRenegotiation.$length === 0))) { */ case 7:
				_r$3 = c.sendAlert(40); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				$s = -1; return [false, errors.New("tls: initial handshake had non-empty renegotiation extension")];
			/* } */ case 8:
		/* } */ case 6:
		/* */ if (c.handshakes > 0 && c.secureRenegotiation) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (c.handshakes > 0 && c.secureRenegotiation) { */ case 10:
			expectedSecureRenegotiation = arrayType$5.zero();
			$copySlice(new sliceType$5(expectedSecureRenegotiation), new sliceType$5(c.clientFinished));
			$copySlice($subslice(new sliceType$5(expectedSecureRenegotiation), 12), new sliceType$5(c.serverFinished));
			/* */ if (!bytes.Equal(hs.serverHello.secureRenegotiation, new sliceType$5(expectedSecureRenegotiation))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!bytes.Equal(hs.serverHello.secureRenegotiation, new sliceType$5(expectedSecureRenegotiation))) { */ case 12:
				_r$4 = c.sendAlert(40); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
				$s = -1; return [false, errors.New("tls: incorrect renegotiation extension contents")];
			/* } */ case 13:
		/* } */ case 11:
		err$1 = checkALPN(hs.hello.alpnProtocols, hs.serverHello.alpnProtocol);
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 15:
			_r$5 = c.sendAlert(110); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			$s = -1; return [false, err$1];
		/* } */ case 16:
		c.clientProtocol = hs.serverHello.alpnProtocol;
		c.scts = hs.serverHello.scts;
		if (!hs.serverResumedSession()) {
			$s = -1; return [false, $ifaceNil];
		}
		/* */ if (!((hs.session.vers === c.vers))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!((hs.session.vers === c.vers))) { */ case 18:
			_r$6 = c.sendAlert(40); /* */ $s = 20; case 20: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return [false, errors.New("tls: server resumed a session with a different version")];
		/* } */ case 19:
		/* */ if (!((hs.session.cipherSuite === hs.suite.id))) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!((hs.session.cipherSuite === hs.suite.id))) { */ case 21:
			_r$7 = c.sendAlert(40); /* */ $s = 23; case 23: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = -1; return [false, errors.New("tls: server resumed a session with a different cipher suite")];
		/* } */ case 22:
		hs.masterSecret = hs.session.masterSecret;
		c.peerCertificates = hs.session.serverCertificates;
		c.verifiedChains = hs.session.verifiedChains;
		c.ocspResponse = hs.session.ocspResponse;
		if ((c.scts.$length === 0) && !((hs.session.scts.$length === 0))) {
			c.scts = hs.session.scts;
		}
		$s = -1; return [true, $ifaceNil];
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.processServerHello, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, c, err, err$1, expectedSecureRenegotiation, hs, $s};return $f;
	};
	clientHandshakeState.prototype.processServerHello = function() { return this.$val.processServerHello(); };
	checkALPN = function(clientProtos, serverProto) {
		var _i, _ref, clientProtos, proto, serverProto;
		if (serverProto === "") {
			return $ifaceNil;
		}
		if (clientProtos.$length === 0) {
			return errors.New("tls: server advertised unrequested ALPN extension");
		}
		_ref = clientProtos;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			proto = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (proto === serverProto) {
				return $ifaceNil;
			}
			_i++;
		}
		return errors.New("tls: server selected unadvertised ALPN protocol");
	};
	clientHandshakeState.ptr.prototype.readFinished = function(out) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, c, err, err$1, hs, msg, ok, out, serverFinished, verify, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.readChangeCipherSpec(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$2 = c.readHandshake(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		msg = _tuple[0];
		err$1 = _tuple[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		_tuple$1 = $assertType(msg, ptrType$29, true);
		serverFinished = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!ok) { */ case 3:
			_r$3 = c.sendAlert(10); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = unexpectedMessageError(serverFinished, msg); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 7; case 7: return $24r;
		/* } */ case 4:
		_r$5 = $clone(hs.finishedHash, finishedHash).serverSum(hs.masterSecret); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		verify = _r$5;
		/* */ if (!((verify.$length === serverFinished.verifyData.$length)) || !((subtle.ConstantTimeCompare(verify, serverFinished.verifyData) === 1))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!((verify.$length === serverFinished.verifyData.$length)) || !((subtle.ConstantTimeCompare(verify, serverFinished.verifyData) === 1))) { */ case 9:
			_r$6 = c.sendAlert(40); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return errors.New("tls: server's Finished message was incorrect");
		/* } */ case 10:
		_r$7 = serverFinished.marshal(); /* */ $s = 12; case 12: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$8 = hs.finishedHash.Write(_r$7); /* */ $s = 13; case 13: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		$copySlice(out, verify);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.readFinished, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, c, err, err$1, hs, msg, ok, out, serverFinished, verify, $s};return $f;
	};
	clientHandshakeState.prototype.readFinished = function(out) { return this.$val.readFinished(out); };
	clientHandshakeState.ptr.prototype.readSessionTicket = function() {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, c, err, hs, msg, ok, sessionTicketMsg, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		if (!hs.serverHello.ticketSupported) {
			$s = -1; return $ifaceNil;
		}
		c = hs.c;
		_r$1 = c.readHandshake(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		msg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_tuple$1 = $assertType(msg, ptrType$42, true);
		sessionTicketMsg = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$2 = c.sendAlert(10); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = unexpectedMessageError(sessionTicketMsg, msg); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		_r$4 = hs.finishedHash.Write(sessionTicketMsg.marshal()); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = c.config.time(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		hs.session = new ClientSessionState.ptr(sessionTicketMsg.ticket, c.vers, hs.suite.id, hs.masterSecret, c.peerCertificates, c.verifiedChains, $clone(_r$5, time.Time), c.ocspResponse, c.scts, sliceType$5.nil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil), 0);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.readSessionTicket, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, c, err, hs, msg, ok, sessionTicketMsg, $s};return $f;
	};
	clientHandshakeState.prototype.readSessionTicket = function() { return this.$val.readSessionTicket(); };
	clientHandshakeState.ptr.prototype.sendFinished = function(out) {
		var {_arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, err, err$1, finished, hs, out, $s, $r, $c} = $restore(this, {out});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hs = this;
		c = hs.c;
		_r$1 = c.writeRecord(20, new sliceType$5([1])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		finished = new finishedMsg.ptr(sliceType$5.nil, sliceType$5.nil);
		_r$2 = $clone(hs.finishedHash, finishedHash).clientSum(hs.masterSecret); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		finished.verifyData = _r$2;
		_r$3 = finished.marshal(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = hs.finishedHash.Write(_r$3); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		_r$5 = finished.marshal(); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_arg = _r$5;
		_r$6 = c.writeRecord(22, _arg); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		$copySlice(out, finished.verifyData);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: clientHandshakeState.ptr.prototype.sendFinished, $c: true, $r, _arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, c, err, err$1, finished, hs, out, $s};return $f;
	};
	clientHandshakeState.prototype.sendFinished = function(out) { return this.$val.sendFinished(out); };
	Conn.ptr.prototype.verifyServerCertificate = function(certificates) {
		var {$24r, $24r$1, _i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, asn1Data, c, cert, cert$1, certificates, certs, err, err$1, err$2, err$3, i, opts, $s, $r, $c} = $restore(this, {certificates});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		certs = $makeSlice(sliceType$12, certificates.$length);
		_ref = certificates;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			asn1Data = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = x509.ParseCertificate(asn1Data); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			cert = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 4:
				_r$2 = c.sendAlert(42); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				_r$3 = err.Error(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = errors.New("tls: failed to parse certificate from server: " + _r$3); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 9; case 9: return $24r;
			/* } */ case 5:
			((i < 0 || i >= certs.$length) ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + i] = cert);
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (!c.config.InsecureSkipVerify) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!c.config.InsecureSkipVerify) { */ case 10:
			_r$5 = c.config.time(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			opts = new x509.VerifyOptions.ptr(c.config.ServerName, x509.NewCertPool(), c.config.RootCAs, $clone(_r$5, time.Time), sliceType$14.nil, 0);
			_ref$1 = $subslice(certs, 1);
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				cert$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				opts.Intermediates.AddCert(cert$1);
				_i$1++;
			}
			err$1 = $ifaceNil;
			_r$6 = (0 >= certs.$length ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + 0]).Verify($clone(opts, x509.VerifyOptions)); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$1 = _r$6;
			c.verifiedChains = _tuple$1[0];
			err$1 = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 14:
				_r$7 = c.sendAlert(42); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				$s = -1; return err$1;
			/* } */ case 15:
		/* } */ case 11:
		_ref$2 = (0 >= certs.$length ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + 0]).PublicKey;
		/* */ if ($assertType(_ref$2, ptrType$11, true)[1] || $assertType(_ref$2, ptrType$12, true)[1] || $assertType(_ref$2, ed25519.PublicKey, true)[1]) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* switch (0) { default: if ($assertType(_ref$2, ptrType$11, true)[1] || $assertType(_ref$2, ptrType$12, true)[1] || $assertType(_ref$2, ed25519.PublicKey, true)[1]) { */ case 17:
			/* break; */ $s = 19; continue;
			$s = 19; continue;
		/* } else { */ case 18:
			_r$8 = c.sendAlert(43); /* */ $s = 20; case 20: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			_r$9 = fmt.Errorf("tls: server's certificate contains an unsupported type of public key: %T", new sliceType$6([(0 >= certs.$length ? ($throwRuntimeError("index out of range"), undefined) : certs.$array[certs.$offset + 0]).PublicKey])); /* */ $s = 21; case 21: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r$1 = _r$9;
			$s = 22; case 22: return $24r$1;
		/* } } */ case 19:
		c.peerCertificates = certs;
		/* */ if (!(c.config.VerifyPeerCertificate === $throwNilPointerError)) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (!(c.config.VerifyPeerCertificate === $throwNilPointerError)) { */ case 23:
			_r$10 = c.config.VerifyPeerCertificate(certificates, c.verifiedChains); /* */ $s = 25; case 25: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			err$2 = _r$10;
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 26; continue; }
			/* */ $s = 27; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 26:
				_r$11 = c.sendAlert(42); /* */ $s = 28; case 28: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$11;
				$s = -1; return err$2;
			/* } */ case 27:
		/* } */ case 24:
		/* */ if (!(c.config.VerifyConnection === $throwNilPointerError)) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (!(c.config.VerifyConnection === $throwNilPointerError)) { */ case 29:
			_r$12 = c.config.VerifyConnection($clone(c.connectionStateLocked(), ConnectionState)); /* */ $s = 31; case 31: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			err$3 = _r$12;
			/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 32; continue; }
			/* */ $s = 33; continue;
			/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 32:
				_r$13 = c.sendAlert(42); /* */ $s = 34; case 34: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$13;
				$s = -1; return err$3;
			/* } */ case 33:
		/* } */ case 30:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.verifyServerCertificate, $c: true, $r, $24r, $24r$1, _i, _i$1, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _tuple, _tuple$1, asn1Data, c, cert, cert$1, certificates, certs, err, err$1, err$2, err$3, i, opts, $s};return $f;
	};
	Conn.prototype.verifyServerCertificate = function(certificates) { return this.$val.verifyServerCertificate(certificates); };
	certificateRequestInfoFromMsg = function(ctx, vers, certReq) {
		var {_1, _2, _i, _i$1, _r$1, _ref, _ref$1, _tmp, _tmp$1, _tuple, certReq, certType, cri, ctx, ecAvail, err, rsaAvail, sigScheme, sigType, vers, $s, $r, $c} = $restore(this, {ctx, vers, certReq});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cri = new CertificateRequestInfo.ptr(certReq.certificateAuthorities, sliceType$7.nil, vers, ctx);
		_tmp = false;
		_tmp$1 = false;
		rsaAvail = _tmp;
		ecAvail = _tmp$1;
		_ref = certReq.certificateTypes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			certType = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_1 = certType;
			if (_1 === (1)) {
				rsaAvail = true;
			} else if (_1 === (64)) {
				ecAvail = true;
			}
			_i++;
		}
		if (!certReq.hasSignatureAlgorithm) {
			if (rsaAvail && ecAvail) {
				cri.SignatureSchemes = new sliceType$7([1027, 1283, 1539, 1025, 1281, 1537, 513]);
			} else if (rsaAvail) {
				cri.SignatureSchemes = new sliceType$7([1025, 1281, 1537, 513]);
			} else if (ecAvail) {
				cri.SignatureSchemes = new sliceType$7([1027, 1283, 1539]);
			}
			$s = -1; return cri;
		}
		cri.SignatureSchemes = $makeSlice(sliceType$7, 0, certReq.supportedSignatureAlgorithms.$length);
		_ref$1 = certReq.supportedSignatureAlgorithms;
		_i$1 = 0;
		/* while (true) { */ case 1:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 2; continue; }
			sigScheme = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_r$1 = typeAndHashFromSignatureScheme(sigScheme); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			sigType = _tuple[0];
			err = _tuple[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_i$1++;
				/* continue; */ $s = 1; continue;
			}
			_2 = sigType;
			if ((_2 === (227)) || (_2 === (228))) {
				if (ecAvail) {
					cri.SignatureSchemes = $append(cri.SignatureSchemes, sigScheme);
				}
			} else if ((_2 === (226)) || (_2 === (225))) {
				if (rsaAvail) {
					cri.SignatureSchemes = $append(cri.SignatureSchemes, sigScheme);
				}
			}
			_i$1++;
		$s = 1; continue;
		case 2:
		$s = -1; return cri;
		/* */ } return; } var $f = {$blk: certificateRequestInfoFromMsg, $c: true, $r, _1, _2, _i, _i$1, _r$1, _ref, _ref$1, _tmp, _tmp$1, _tuple, certReq, certType, cri, ctx, ecAvail, err, rsaAvail, sigScheme, sigType, vers, $s};return $f;
	};
	Conn.ptr.prototype.getClientCertificate = function(cri) {
		var {$24r, _i, _r$1, _r$2, _ref, c, chain, cri, err, $s, $r, $c} = $restore(this, {cri});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		chain = [chain];
		c = this;
		/* */ if (!(c.config.GetClientCertificate === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(c.config.GetClientCertificate === $throwNilPointerError)) { */ case 1:
			_r$1 = c.config.GetClientCertificate(cri); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_ref = c.config.Certificates;
		_i = 0;
		/* while (true) { */ case 5:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 6; continue; }
			chain[0] = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), Certificate);
			_r$2 = cri.SupportsCertificate(chain[0]); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err = _r$2;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_i++;
				/* continue; */ $s = 5; continue;
			}
			$s = -1; return [chain[0], $ifaceNil];
		case 6:
		$s = -1; return [new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), $ifaceNil];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.getClientCertificate, $c: true, $r, $24r, _i, _r$1, _r$2, _ref, c, chain, cri, err, $s};return $f;
	};
	Conn.prototype.getClientCertificate = function(cri) { return this.$val.getClientCertificate(cri); };
	clientSessionCacheKey = function(serverAddr, config) {
		var {$24r, _r$1, config, serverAddr, $s, $r, $c} = $restore(this, {serverAddr, config});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (config.ServerName.length > 0) {
			$s = -1; return config.ServerName;
		}
		_r$1 = serverAddr.String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: clientSessionCacheKey, $c: true, $r, $24r, _r$1, config, serverAddr, $s};return $f;
	};
	hostnameInSNI = function(name) {
		var host, i, name;
		host = name;
		if (host.length > 0 && (host.charCodeAt(0) === 91) && (host.charCodeAt((host.length - 1 >> 0)) === 93)) {
			host = $substring(host, 1, (host.length - 1 >> 0));
		}
		i = strings.LastIndex(host, "%");
		if (i > 0) {
			host = $substring(host, 0, i);
		}
		if (!(net.ParseIP(host) === net.IP.nil)) {
			return "";
		}
		while (true) {
			if (!(name.length > 0 && (name.charCodeAt((name.length - 1 >> 0)) === 46))) { break; }
			name = $substring(name, 0, (name.length - 1 >> 0));
		}
		return name;
	};
	Conn.ptr.prototype.LocalAddr = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.conn.LocalAddr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.LocalAddr, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	Conn.prototype.LocalAddr = function() { return this.$val.LocalAddr(); };
	Conn.ptr.prototype.RemoteAddr = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.conn.RemoteAddr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.RemoteAddr, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	Conn.prototype.RemoteAddr = function() { return this.$val.RemoteAddr(); };
	Conn.ptr.prototype.SetDeadline = function(t) {
		var {$24r, _r$1, c, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.conn.SetDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.SetDeadline, $c: true, $r, $24r, _r$1, c, t, $s};return $f;
	};
	Conn.prototype.SetDeadline = function(t) { return this.$val.SetDeadline(t); };
	Conn.ptr.prototype.SetReadDeadline = function(t) {
		var {$24r, _r$1, c, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.conn.SetReadDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.SetReadDeadline, $c: true, $r, $24r, _r$1, c, t, $s};return $f;
	};
	Conn.prototype.SetReadDeadline = function(t) { return this.$val.SetReadDeadline(t); };
	Conn.ptr.prototype.SetWriteDeadline = function(t) {
		var {$24r, _r$1, c, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.conn.SetWriteDeadline($clone(t, time.Time)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.SetWriteDeadline, $c: true, $r, $24r, _r$1, c, t, $s};return $f;
	};
	Conn.prototype.SetWriteDeadline = function(t) { return this.$val.SetWriteDeadline(t); };
	Conn.ptr.prototype.NetConn = function() {
		var c;
		c = this;
		return c.conn;
	};
	Conn.prototype.NetConn = function() { return this.$val.NetConn(); };
	permanentError.ptr.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$1 = e.err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: permanentError.ptr.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	permanentError.prototype.Error = function() { return this.$val.Error(); };
	permanentError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.err;
	};
	permanentError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	permanentError.ptr.prototype.Timeout = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$1 = e.err.Timeout(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: permanentError.ptr.prototype.Timeout, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	permanentError.prototype.Timeout = function() { return this.$val.Timeout(); };
	permanentError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return false;
	};
	permanentError.prototype.Temporary = function() { return this.$val.Temporary(); };
	halfConn.ptr.prototype.setErrorLocked = function(err) {
		var _tuple, e, err, hc, ok;
		hc = this;
		_tuple = $assertType(err, net.Error, true);
		e = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			hc.err = new permanentError.ptr(e);
		} else {
			hc.err = err;
		}
		return hc.err;
	};
	halfConn.prototype.setErrorLocked = function(err) { return this.$val.setErrorLocked(err); };
	halfConn.ptr.prototype.prepareCipherSpec = function(version, cipher$1, mac) {
		var cipher$1, hc, mac, version;
		hc = this;
		hc.version = version;
		hc.nextCipher = cipher$1;
		hc.nextMac = mac;
	};
	halfConn.prototype.prepareCipherSpec = function(version, cipher$1, mac) { return this.$val.prepareCipherSpec(version, cipher$1, mac); };
	halfConn.ptr.prototype.changeCipherSpec = function() {
		var _i, _ref, hc, i, x;
		hc = this;
		if ($interfaceIsEqual(hc.nextCipher, $ifaceNil) || (hc.version === 772)) {
			return new alert(80);
		}
		hc.cipher = hc.nextCipher;
		hc.mac = hc.nextMac;
		hc.nextCipher = $ifaceNil;
		hc.nextMac = $ifaceNil;
		_ref = hc.seq;
		_i = 0;
		while (true) {
			if (!(_i < 8)) { break; }
			i = _i;
			(x = hc.seq, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i] = 0));
			_i++;
		}
		return $ifaceNil;
	};
	halfConn.prototype.changeCipherSpec = function() { return this.$val.changeCipherSpec(); };
	halfConn.ptr.prototype.setTrafficSecret = function(suite, secret) {
		var {_i, _r$1, _r$2, _ref, _tuple, hc, i, iv, key, secret, suite, x, $s, $r, $c} = $restore(this, {suite, secret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hc = this;
		hc.trafficSecret = secret;
		_r$1 = suite.trafficKey(secret); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		key = _tuple[0];
		iv = _tuple[1];
		_r$2 = suite.aead(key, iv); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		hc.cipher = _r$2;
		_ref = hc.seq;
		_i = 0;
		while (true) {
			if (!(_i < 8)) { break; }
			i = _i;
			(x = hc.seq, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i] = 0));
			_i++;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: halfConn.ptr.prototype.setTrafficSecret, $c: true, $r, _i, _r$1, _r$2, _ref, _tuple, hc, i, iv, key, secret, suite, x, $s};return $f;
	};
	halfConn.prototype.setTrafficSecret = function(suite, secret) { return this.$val.setTrafficSecret(suite, secret); };
	halfConn.ptr.prototype.incSeq = function() {
		var hc, i, x, x$1, x$2;
		hc = this;
		i = 7;
		while (true) {
			if (!(i >= 0)) { break; }
			(x$1 = hc.seq, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i] = ((x = hc.seq, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) + (1) << 24 >>> 24)));
			if (!(((x$2 = hc.seq, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i])) === 0))) {
				return;
			}
			i = i - (1) >> 0;
		}
		$panic(new $String("TLS: sequence number wraparound"));
	};
	halfConn.prototype.incSeq = function() { return this.$val.incSeq(); };
	halfConn.ptr.prototype.explicitNonceLen = function() {
		var {$24r, $24r$1, _r$1, _r$2, _ref, c, c$1, c$2, c$3, hc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hc = this;
		if ($interfaceIsEqual(hc.cipher, $ifaceNil)) {
			$s = -1; return 0;
		}
		_ref = hc.cipher;
		/* */ if ($assertType(_ref, cipher.Stream, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, aead, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, cbcMode, true)[1]) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($assertType(_ref, cipher.Stream, true)[1]) { */ case 1:
			c = _ref;
			$s = -1; return 0;
		/* } else if ($assertType(_ref, aead, true)[1]) { */ case 2:
			c$1 = _ref;
			_r$1 = c$1.explicitNonceLen(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 7; case 7: return $24r;
		/* } else if ($assertType(_ref, cbcMode, true)[1]) { */ case 3:
			c$2 = _ref;
			/* */ if (hc.version >= 770) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (hc.version >= 770) { */ case 8:
				_r$2 = c$2.BlockSize(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$1 = _r$2;
				$s = 11; case 11: return $24r$1;
			/* } */ case 9:
			$s = -1; return 0;
		/* } else { */ case 4:
			c$3 = _ref;
			$panic(new $String("unknown cipher type"));
		/* } */ case 5:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: halfConn.ptr.prototype.explicitNonceLen, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _ref, c, c$1, c$2, c$3, hc, $s};return $f;
	};
	halfConn.prototype.explicitNonceLen = function() { return this.$val.explicitNonceLen(); };
	extractPadding = function(payload) {
		var _tmp, _tmp$1, b, good, i, mask, paddingLen, payload, t, t$1, toCheck, toRemove, x, x$1;
		toRemove = 0;
		good = 0;
		if (payload.$length < 1) {
			_tmp = 0;
			_tmp$1 = 0;
			toRemove = _tmp;
			good = _tmp$1;
			return [toRemove, good];
		}
		paddingLen = (x = payload.$length - 1 >> 0, ((x < 0 || x >= payload.$length) ? ($throwRuntimeError("index out of range"), undefined) : payload.$array[payload.$offset + x]));
		t = (((payload.$length - 1 >> 0) >>> 0)) - ((paddingLen >>> 0)) >>> 0;
		good = ((((((~t >>> 0) >> 0)) >> 31 >> 0) << 24 >>> 24));
		toCheck = 256;
		if (toCheck > payload.$length) {
			toCheck = payload.$length;
		}
		i = 0;
		while (true) {
			if (!(i < toCheck)) { break; }
			t$1 = ((paddingLen >>> 0)) - ((i >>> 0)) >>> 0;
			mask = ((((((~t$1 >>> 0) >> 0)) >> 31 >> 0) << 24 >>> 24));
			b = (x$1 = (payload.$length - 1 >> 0) - i >> 0, ((x$1 < 0 || x$1 >= payload.$length) ? ($throwRuntimeError("index out of range"), undefined) : payload.$array[payload.$offset + x$1]));
			good = (good & ~(((((mask & paddingLen) >>> 0) ^ ((mask & b) >>> 0)) << 24 >>> 24))) << 24 >>> 24;
			i = i + (1) >> 0;
		}
		good = (good & ((good << 4 << 24 >>> 24))) >>> 0;
		good = (good & ((good << 2 << 24 >>> 24))) >>> 0;
		good = (good & ((good << 1 << 24 >>> 24))) >>> 0;
		good = (((((good << 24 >> 24)) >> 7 << 24 >> 24) << 24 >>> 24));
		paddingLen = (paddingLen & (good)) >>> 0;
		toRemove = ((paddingLen >> 0)) + 1 >> 0;
		return [toRemove, good];
	};
	roundUp = function(a, b) {
		var _r$1, _r$2, a, b;
		return a + (_r$1 = ((b - (_r$2 = a % b, _r$2 === _r$2 ? _r$2 : $throwRuntimeError("integer divide by zero")) >> 0)) % b, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >> 0;
	};
	halfConn.ptr.prototype.decrypt = function(record) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, additionalData, blockSize, c, c$1, c$2, c$3, err, explicitNonceLen, hc, i, localMAC, macAndPaddingGood, macSize, minPayload, n, n$1, nonce, paddingGood, paddingLen, payload, plaintext, record, remoteMAC, typ, $s, $r, $c} = $restore(this, {record});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hc = this;
		plaintext = sliceType$5.nil;
		typ = (((0 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 0]) << 24 >>> 24));
		payload = $subslice(record, 5);
		if ((hc.version === 772) && (typ === 20)) {
			$s = -1; return [payload, typ, $ifaceNil];
		}
		paddingGood = 255;
		paddingLen = 0;
		_r$1 = hc.explicitNonceLen(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		explicitNonceLen = _r$1;
		/* */ if (!($interfaceIsEqual(hc.cipher, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(hc.cipher, $ifaceNil))) { */ case 2:
			_ref = hc.cipher;
			/* */ if ($assertType(_ref, cipher.Stream, true)[1]) { $s = 5; continue; }
			/* */ if ($assertType(_ref, aead, true)[1]) { $s = 6; continue; }
			/* */ if ($assertType(_ref, cbcMode, true)[1]) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ($assertType(_ref, cipher.Stream, true)[1]) { */ case 5:
				c = _ref;
				$r = c.XORKeyStream(payload, payload); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 9; continue;
			/* } else if ($assertType(_ref, aead, true)[1]) { */ case 6:
				c$1 = _ref;
				if (payload.$length < explicitNonceLen) {
					$s = -1; return [sliceType$5.nil, 0, new alert(20)];
				}
				nonce = $subslice(payload, 0, explicitNonceLen);
				if (nonce.$length === 0) {
					nonce = new sliceType$5(hc.seq);
				}
				payload = $subslice(payload, explicitNonceLen);
				additionalData = sliceType$5.nil;
				/* */ if (hc.version === 772) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (hc.version === 772) { */ case 11:
					additionalData = $subslice(record, 0, 5);
					$s = 13; continue;
				/* } else { */ case 12:
					additionalData = $appendSlice($subslice(new sliceType$5(hc.scratchBuf), 0, 0), new sliceType$5(hc.seq));
					additionalData = $appendSlice(additionalData, $subslice(record, 0, 3));
					_r$2 = c$1.Overhead(); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					n = payload.$length - _r$2 >> 0;
					additionalData = $append(additionalData, (((n >> 8 >> 0) << 24 >>> 24)), ((n << 24 >>> 24)));
				/* } */ case 13:
				err = $ifaceNil;
				_r$3 = c$1.Open($subslice(payload, 0, 0), nonce, payload, additionalData); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple = _r$3;
				plaintext = _tuple[0];
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [sliceType$5.nil, 0, new alert(20)];
				}
				$s = 9; continue;
			/* } else if ($assertType(_ref, cbcMode, true)[1]) { */ case 7:
				c$2 = _ref;
				_r$4 = c$2.BlockSize(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				blockSize = _r$4;
				_r$5 = hc.mac.Size(); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = roundUp(_r$5 + 1 >> 0, blockSize); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				minPayload = explicitNonceLen + _r$6 >> 0;
				if (!(((_r$7 = payload.$length % blockSize, _r$7 === _r$7 ? _r$7 : $throwRuntimeError("integer divide by zero")) === 0)) || payload.$length < minPayload) {
					$s = -1; return [sliceType$5.nil, 0, new alert(20)];
				}
				/* */ if (explicitNonceLen > 0) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (explicitNonceLen > 0) { */ case 19:
					$r = c$2.SetIV($subslice(payload, 0, explicitNonceLen)); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					payload = $subslice(payload, explicitNonceLen);
				/* } */ case 20:
				$r = c$2.CryptBlocks(payload, payload); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tuple$1 = extractPadding(payload);
				paddingLen = _tuple$1[0];
				paddingGood = _tuple$1[1];
				$s = 9; continue;
			/* } else { */ case 8:
				c$3 = _ref;
				$panic(new $String("unknown cipher type"));
			/* } */ case 9:
			if (hc.version === 772) {
				if (!((typ === 23))) {
					$s = -1; return [sliceType$5.nil, 0, new alert(10)];
				}
				if (plaintext.$length > 16385) {
					$s = -1; return [sliceType$5.nil, 0, new alert(22)];
				}
				i = plaintext.$length - 1 >> 0;
				while (true) {
					if (!(i >= 0)) { break; }
					if (!((((i < 0 || i >= plaintext.$length) ? ($throwRuntimeError("index out of range"), undefined) : plaintext.$array[plaintext.$offset + i]) === 0))) {
						typ = ((((i < 0 || i >= plaintext.$length) ? ($throwRuntimeError("index out of range"), undefined) : plaintext.$array[plaintext.$offset + i]) << 24 >>> 24));
						plaintext = $subslice(plaintext, 0, i);
						break;
					}
					if (i === 0) {
						$s = -1; return [sliceType$5.nil, 0, new alert(10)];
					}
					i = i - (1) >> 0;
				}
			}
			$s = 4; continue;
		/* } else { */ case 3:
			plaintext = payload;
		/* } */ case 4:
		/* */ if (!($interfaceIsEqual(hc.mac, $ifaceNil))) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (!($interfaceIsEqual(hc.mac, $ifaceNil))) { */ case 23:
			_r$8 = hc.mac.Size(); /* */ $s = 25; case 25: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			macSize = _r$8;
			if (payload.$length < macSize) {
				$s = -1; return [sliceType$5.nil, 0, new alert(20)];
			}
			n$1 = (payload.$length - macSize >> 0) - paddingLen >> 0;
			n$1 = subtle.ConstantTimeSelect((((((n$1 >>> 0)) >>> 31 >>> 0) >> 0)), 0, n$1);
			(3 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 3] = (((n$1 >> 8 >> 0) << 24 >>> 24)));
			(4 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 4] = ((n$1 << 24 >>> 24)));
			remoteMAC = $subslice(payload, n$1, (n$1 + macSize >> 0));
			_r$9 = tls10MAC(hc.mac, $subslice(new sliceType$5(hc.scratchBuf), 0, 0), new sliceType$5(hc.seq), $subslice(record, 0, 5), $subslice(payload, 0, n$1), $subslice(payload, (n$1 + macSize >> 0))); /* */ $s = 26; case 26: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			localMAC = _r$9;
			macAndPaddingGood = subtle.ConstantTimeCompare(localMAC, remoteMAC) & ((paddingGood >> 0));
			if (!((macAndPaddingGood === 1))) {
				$s = -1; return [sliceType$5.nil, 0, new alert(20)];
			}
			plaintext = $subslice(payload, 0, n$1);
		/* } */ case 24:
		hc.incSeq();
		$s = -1; return [plaintext, typ, $ifaceNil];
		/* */ } return; } var $f = {$blk: halfConn.ptr.prototype.decrypt, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, additionalData, blockSize, c, c$1, c$2, c$3, err, explicitNonceLen, hc, i, localMAC, macAndPaddingGood, macSize, minPayload, n, n$1, nonce, paddingGood, paddingLen, payload, plaintext, record, remoteMAC, typ, $s};return $f;
	};
	halfConn.prototype.decrypt = function(record) { return this.$val.decrypt(record); };
	sliceForAppend = function(in$1, n) {
		var head, in$1, n, tail, total;
		head = sliceType$5.nil;
		tail = sliceType$5.nil;
		total = in$1.$length + n >> 0;
		if (in$1.$capacity >= total) {
			head = $subslice(in$1, 0, total);
		} else {
			head = $makeSlice(sliceType$5, total);
			$copySlice(head, in$1);
		}
		tail = $subslice(head, in$1.$length);
		return [head, tail];
	};
	halfConn.ptr.prototype.encrypt = function(record, payload, rand$1) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, additionalData, blockSize, c, c$1, c$2, c$3, dst, err, explicitNonce, explicitNonceLen, hc, i, isCBC, mac, mac$1, n, n$1, nonce, paddingLen, payload, plaintextLen, rand$1, record, $s, $r, $c} = $restore(this, {record, payload, rand$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hc = this;
		if ($interfaceIsEqual(hc.cipher, $ifaceNil)) {
			$s = -1; return [$appendSlice(record, payload), $ifaceNil];
		}
		explicitNonce = sliceType$5.nil;
		_r$1 = hc.explicitNonceLen(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		explicitNonceLen = _r$1;
		/* */ if (explicitNonceLen > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (explicitNonceLen > 0) { */ case 2:
			_tuple = sliceForAppend(record, explicitNonceLen);
			record = _tuple[0];
			explicitNonce = _tuple[1];
			_tuple$1 = $assertType(hc.cipher, cbcMode, true);
			isCBC = _tuple$1[1];
			/* */ if (!isCBC && explicitNonceLen < 16) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!isCBC && explicitNonceLen < 16) { */ case 4:
				$copySlice(explicitNonce, new sliceType$5(hc.seq));
				$s = 6; continue;
			/* } else { */ case 5:
				_r$2 = io.ReadFull(rand$1, explicitNonce); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$2 = _r$2;
				err = _tuple$2[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [sliceType$5.nil, err];
				}
			/* } */ case 6:
		/* } */ case 3:
		dst = sliceType$5.nil;
		_ref = hc.cipher;
		/* */ if ($assertType(_ref, cipher.Stream, true)[1]) { $s = 8; continue; }
		/* */ if ($assertType(_ref, aead, true)[1]) { $s = 9; continue; }
		/* */ if ($assertType(_ref, cbcMode, true)[1]) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if ($assertType(_ref, cipher.Stream, true)[1]) { */ case 8:
			c = _ref;
			_r$3 = tls10MAC(hc.mac, $subslice(new sliceType$5(hc.scratchBuf), 0, 0), new sliceType$5(hc.seq), $subslice(record, 0, 5), payload, sliceType$5.nil); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			mac = _r$3;
			_tuple$3 = sliceForAppend(record, payload.$length + mac.$length >> 0);
			record = _tuple$3[0];
			dst = _tuple$3[1];
			$r = c.XORKeyStream($subslice(dst, 0, payload.$length), payload); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = c.XORKeyStream($subslice(dst, payload.$length), mac); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 12; continue;
		/* } else if ($assertType(_ref, aead, true)[1]) { */ case 9:
			c$1 = _ref;
			nonce = explicitNonce;
			if (nonce.$length === 0) {
				nonce = new sliceType$5(hc.seq);
			}
			/* */ if (hc.version === 772) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (hc.version === 772) { */ case 16:
				record = $appendSlice(record, payload);
				record = $append(record, (0 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 0]));
				(0 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 0] = 23);
				_r$4 = c$1.Overhead(); /* */ $s = 19; case 19: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				n = (payload.$length + 1 >> 0) + _r$4 >> 0;
				(3 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 3] = (((n >> 8 >> 0) << 24 >>> 24)));
				(4 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 4] = ((n << 24 >>> 24)));
				_r$5 = c$1.Seal($subslice(record, 0, 5), nonce, $subslice(record, 5), $subslice(record, 0, 5)); /* */ $s = 20; case 20: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				record = _r$5;
				$s = 18; continue;
			/* } else { */ case 17:
				additionalData = $appendSlice($subslice(new sliceType$5(hc.scratchBuf), 0, 0), new sliceType$5(hc.seq));
				additionalData = $appendSlice(additionalData, $subslice(record, 0, 5));
				_r$6 = c$1.Seal(record, nonce, payload, additionalData); /* */ $s = 21; case 21: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				record = _r$6;
			/* } */ case 18:
			$s = 12; continue;
		/* } else if ($assertType(_ref, cbcMode, true)[1]) { */ case 10:
			c$2 = _ref;
			_r$7 = tls10MAC(hc.mac, $subslice(new sliceType$5(hc.scratchBuf), 0, 0), new sliceType$5(hc.seq), $subslice(record, 0, 5), payload, sliceType$5.nil); /* */ $s = 22; case 22: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			mac$1 = _r$7;
			_r$8 = c$2.BlockSize(); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			blockSize = _r$8;
			plaintextLen = payload.$length + mac$1.$length >> 0;
			paddingLen = blockSize - (_r$9 = plaintextLen % blockSize, _r$9 === _r$9 ? _r$9 : $throwRuntimeError("integer divide by zero")) >> 0;
			_tuple$4 = sliceForAppend(record, plaintextLen + paddingLen >> 0);
			record = _tuple$4[0];
			dst = _tuple$4[1];
			$copySlice(dst, payload);
			$copySlice($subslice(dst, payload.$length), mac$1);
			i = plaintextLen;
			while (true) {
				if (!(i < dst.$length)) { break; }
				((i < 0 || i >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + i] = (((paddingLen - 1 >> 0) << 24 >>> 24)));
				i = i + (1) >> 0;
			}
			/* */ if (explicitNonce.$length > 0) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (explicitNonce.$length > 0) { */ case 24:
				$r = c$2.SetIV(explicitNonce); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 25:
			$r = c$2.CryptBlocks(dst, dst); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 12; continue;
		/* } else { */ case 11:
			c$3 = _ref;
			$panic(new $String("unknown cipher type"));
		/* } */ case 12:
		n$1 = record.$length - 5 >> 0;
		(3 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 3] = (((n$1 >> 8 >> 0) << 24 >>> 24)));
		(4 >= record.$length ? ($throwRuntimeError("index out of range"), undefined) : record.$array[record.$offset + 4] = ((n$1 << 24 >>> 24)));
		hc.incSeq();
		$s = -1; return [record, $ifaceNil];
		/* */ } return; } var $f = {$blk: halfConn.ptr.prototype.encrypt, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, additionalData, blockSize, c, c$1, c$2, c$3, dst, err, explicitNonce, explicitNonceLen, hc, i, isCBC, mac, mac$1, n, n$1, nonce, paddingLen, payload, plaintextLen, rand$1, record, $s};return $f;
	};
	halfConn.prototype.encrypt = function(record, payload, rand$1) { return this.$val.encrypt(record, payload, rand$1); };
	RecordHeaderError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return "tls: " + e.Msg;
	};
	RecordHeaderError.prototype.Error = function() { return this.$val.Error(); };
	Conn.ptr.prototype.newRecordHeaderError = function(conn, msg) {
		var c, conn, err, msg;
		err = new RecordHeaderError.ptr("", arrayType$6.zero(), $ifaceNil);
		c = this;
		err.Msg = msg;
		err.Conn = conn;
		$copySlice(new sliceType$5(err.RecordHeader), c.rawInput.Bytes());
		RecordHeaderError.copy(err, err);
		return err;
	};
	Conn.prototype.newRecordHeaderError = function(conn, msg) { return this.$val.newRecordHeaderError(conn, msg); };
	Conn.ptr.prototype.readRecord = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.readRecordOrCCS(false); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.readRecord, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	Conn.prototype.readRecord = function() { return this.$val.readRecord(); };
	Conn.ptr.prototype.readChangeCipherSpec = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.readRecordOrCCS(true); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.readChangeCipherSpec, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	Conn.prototype.readChangeCipherSpec = function() { return this.$val.readChangeCipherSpec(); };
	Conn.ptr.prototype.readRecordOrCCS = function(expectChangeCipherSpec) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _v, _v$1, c, data, e, e$1, err, err$1, err$2, err$3, expectChangeCipherSpec, handshakeComplete, hdr, msg, msg$1, n, ok, ok$1, record, typ, vers, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {expectChangeCipherSpec});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!($interfaceIsEqual(c.in$27.err, $ifaceNil))) {
			$s = -1; return c.in$27.err;
		}
		handshakeComplete = c.handshakeComplete();
		if (!((c.input.Len() === 0))) {
			$s = -1; return c.in$27.setErrorLocked(errors.New("tls: internal error: attempted to read record with pending application data"));
		}
		c.input.Reset(sliceType$5.nil);
		_r$1 = c.readFromUntil(c.conn, 5); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			if ($interfaceIsEqual(err, io.ErrUnexpectedEOF) && (c.rawInput.Len() === 0)) {
				err = io.EOF;
			}
			_tuple = $assertType(err, net.Error, true);
			e = _tuple[0];
			ok = _tuple[1];
			if (!ok) { _v = true; $s = 6; continue s; }
			_r$2 = e.Temporary(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_v = !_r$2; case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				c.in$27.setErrorLocked(err);
			/* } */ case 5:
			$s = -1; return err;
		/* } */ case 3:
		hdr = $subslice(c.rawInput.Bytes(), 0, 5);
		typ = (((0 >= hdr.$length ? ($throwRuntimeError("index out of range"), undefined) : hdr.$array[hdr.$offset + 0]) << 24 >>> 24));
		/* */ if (!handshakeComplete && (typ === 128)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!handshakeComplete && (typ === 128)) { */ case 8:
			_r$3 = c.sendAlert(70); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return c.in$27.setErrorLocked((x = c.newRecordHeaderError($ifaceNil, "unsupported SSLv2 handshake received"), new x.constructor.elem(x)));
		/* } */ case 9:
		vers = (((((1 >= hdr.$length ? ($throwRuntimeError("index out of range"), undefined) : hdr.$array[hdr.$offset + 1]) << 16 >>> 16)) << 8 << 16 >>> 16) | (((2 >= hdr.$length ? ($throwRuntimeError("index out of range"), undefined) : hdr.$array[hdr.$offset + 2]) << 16 >>> 16))) >>> 0;
		n = ((((3 >= hdr.$length ? ($throwRuntimeError("index out of range"), undefined) : hdr.$array[hdr.$offset + 3]) >> 0)) << 8 >> 0) | (((4 >= hdr.$length ? ($throwRuntimeError("index out of range"), undefined) : hdr.$array[hdr.$offset + 4]) >> 0));
		/* */ if (c.haveVers && !((c.vers === 772)) && !((vers === c.vers))) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (c.haveVers && !((c.vers === 772)) && !((vers === c.vers))) { */ case 11:
			_r$4 = c.sendAlert(70); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			_r$5 = fmt.Sprintf("received record with version %x when expecting version %x", new sliceType$6([new $Uint16(vers), new $Uint16(c.vers)])); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			msg = _r$5;
			$s = -1; return c.in$27.setErrorLocked((x$1 = c.newRecordHeaderError($ifaceNil, msg), new x$1.constructor.elem(x$1)));
		/* } */ case 12:
		if (!c.haveVers) {
			if ((!((typ === 21)) && !((typ === 22))) || vers >= 4096) {
				$s = -1; return c.in$27.setErrorLocked((x$2 = c.newRecordHeaderError(c.conn, "first record does not look like a TLS handshake"), new x$2.constructor.elem(x$2)));
			}
		}
		/* */ if ((c.vers === 772) && n > 16640 || n > 18432) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if ((c.vers === 772) && n > 16640 || n > 18432) { */ case 15:
			_r$6 = c.sendAlert(22); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			_r$7 = fmt.Sprintf("oversized record received with length %d", new sliceType$6([new $Int(n)])); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			msg$1 = _r$7;
			$s = -1; return c.in$27.setErrorLocked((x$3 = c.newRecordHeaderError($ifaceNil, msg$1), new x$3.constructor.elem(x$3)));
		/* } */ case 16:
		_r$8 = c.readFromUntil(c.conn, 5 + n >> 0); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$1 = _r$8;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 20:
			_tuple$1 = $assertType(err$1, net.Error, true);
			e$1 = _tuple$1[0];
			ok$1 = _tuple$1[1];
			if (!ok$1) { _v$1 = true; $s = 24; continue s; }
			_r$9 = e$1.Temporary(); /* */ $s = 25; case 25: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_v$1 = !_r$9; case 24:
			/* */ if (_v$1) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (_v$1) { */ case 22:
				c.in$27.setErrorLocked(err$1);
			/* } */ case 23:
			$s = -1; return err$1;
		/* } */ case 21:
		record = c.rawInput.Next(5 + n >> 0);
		_r$10 = c.in$27.decrypt(record); /* */ $s = 26; case 26: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$2 = _r$10;
		data = _tuple$2[0];
		typ = _tuple$2[1];
		err$2 = _tuple$2[2];
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 27:
			_r$11 = c.sendAlert($assertType(err$2, alert)); /* */ $s = 29; case 29: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = c.in$27.setErrorLocked(_r$11); /* */ $s = 30; case 30: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r = _r$12;
			$s = 31; case 31: return $24r;
		/* } */ case 28:
		/* */ if (data.$length > 16384) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (data.$length > 16384) { */ case 32:
			_r$13 = c.sendAlert(22); /* */ $s = 34; case 34: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_r$14 = c.in$27.setErrorLocked(_r$13); /* */ $s = 35; case 35: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			$24r$1 = _r$14;
			$s = 36; case 36: return $24r$1;
		/* } */ case 33:
		/* */ if ($interfaceIsEqual(c.in$27.cipher, $ifaceNil) && (typ === 23)) { $s = 37; continue; }
		/* */ $s = 38; continue;
		/* if ($interfaceIsEqual(c.in$27.cipher, $ifaceNil) && (typ === 23)) { */ case 37:
			_r$15 = c.sendAlert(10); /* */ $s = 39; case 39: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = c.in$27.setErrorLocked(_r$15); /* */ $s = 40; case 40: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			$24r$2 = _r$16;
			$s = 41; case 41: return $24r$2;
		/* } */ case 38:
		if (!((typ === 21)) && !((typ === 20)) && data.$length > 0) {
			c.retryCount = 0;
		}
		/* */ if ((c.vers === 772) && !((typ === 22)) && c.hand.Len() > 0) { $s = 42; continue; }
		/* */ $s = 43; continue;
		/* if ((c.vers === 772) && !((typ === 22)) && c.hand.Len() > 0) { */ case 42:
			_r$17 = c.sendAlert(10); /* */ $s = 44; case 44: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = c.in$27.setErrorLocked(_r$17); /* */ $s = 45; case 45: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$24r$3 = _r$18;
			$s = 46; case 46: return $24r$3;
		/* } */ case 43:
			_1 = typ;
			/* */ if (_1 === (21)) { $s = 48; continue; }
			/* */ if (_1 === (20)) { $s = 49; continue; }
			/* */ if (_1 === (23)) { $s = 50; continue; }
			/* */ if (_1 === (22)) { $s = 51; continue; }
			/* */ $s = 52; continue;
			/* if (_1 === (21)) { */ case 48:
				/* */ if (!((data.$length === 2))) { $s = 54; continue; }
				/* */ $s = 55; continue;
				/* if (!((data.$length === 2))) { */ case 54:
					_r$19 = c.sendAlert(10); /* */ $s = 56; case 56: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$20 = c.in$27.setErrorLocked(_r$19); /* */ $s = 57; case 57: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					$24r$4 = _r$20;
					$s = 58; case 58: return $24r$4;
				/* } */ case 55:
				if ((((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) << 24 >>> 24)) === 0) {
					$s = -1; return c.in$27.setErrorLocked(io.EOF);
				}
				if (c.vers === 772) {
					$s = -1; return c.in$27.setErrorLocked(new net.OpError.ptr("remote error", "", $ifaceNil, $ifaceNil, new alert((((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) << 24 >>> 24)))));
				}
					_2 = (0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]);
					/* */ if (_2 === (1)) { $s = 60; continue; }
					/* */ if (_2 === (2)) { $s = 61; continue; }
					/* */ $s = 62; continue;
					/* if (_2 === (1)) { */ case 60:
						_r$21 = c.retryReadRecord(expectChangeCipherSpec); /* */ $s = 64; case 64: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						$24r$5 = _r$21;
						$s = 65; case 65: return $24r$5;
					/* } else if (_2 === (2)) { */ case 61:
						$s = -1; return c.in$27.setErrorLocked(new net.OpError.ptr("remote error", "", $ifaceNil, $ifaceNil, new alert((((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) << 24 >>> 24)))));
					/* } else { */ case 62:
						_r$22 = c.sendAlert(10); /* */ $s = 66; case 66: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
						_r$23 = c.in$27.setErrorLocked(_r$22); /* */ $s = 67; case 67: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
						$24r$6 = _r$23;
						$s = 68; case 68: return $24r$6;
					/* } */ case 63:
				case 59:
				$s = 53; continue;
			/* } else if (_1 === (20)) { */ case 49:
				/* */ if (!((data.$length === 1)) || !(((0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]) === 1))) { $s = 69; continue; }
				/* */ $s = 70; continue;
				/* if (!((data.$length === 1)) || !(((0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]) === 1))) { */ case 69:
					_r$24 = c.sendAlert(50); /* */ $s = 71; case 71: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					_r$25 = c.in$27.setErrorLocked(_r$24); /* */ $s = 72; case 72: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
					$24r$7 = _r$25;
					$s = 73; case 73: return $24r$7;
				/* } */ case 70:
				/* */ if (c.hand.Len() > 0) { $s = 74; continue; }
				/* */ $s = 75; continue;
				/* if (c.hand.Len() > 0) { */ case 74:
					_r$26 = c.sendAlert(10); /* */ $s = 76; case 76: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
					_r$27 = c.in$27.setErrorLocked(_r$26); /* */ $s = 77; case 77: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					$24r$8 = _r$27;
					$s = 78; case 78: return $24r$8;
				/* } */ case 75:
				/* */ if (c.vers === 772) { $s = 79; continue; }
				/* */ $s = 80; continue;
				/* if (c.vers === 772) { */ case 79:
					_r$28 = c.retryReadRecord(expectChangeCipherSpec); /* */ $s = 81; case 81: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
					$24r$9 = _r$28;
					$s = 82; case 82: return $24r$9;
				/* } */ case 80:
				/* */ if (!expectChangeCipherSpec) { $s = 83; continue; }
				/* */ $s = 84; continue;
				/* if (!expectChangeCipherSpec) { */ case 83:
					_r$29 = c.sendAlert(10); /* */ $s = 85; case 85: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
					_r$30 = c.in$27.setErrorLocked(_r$29); /* */ $s = 86; case 86: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
					$24r$10 = _r$30;
					$s = 87; case 87: return $24r$10;
				/* } */ case 84:
				err$3 = c.in$27.changeCipherSpec();
				/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 88; continue; }
				/* */ $s = 89; continue;
				/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 88:
					_r$31 = c.sendAlert($assertType(err$3, alert)); /* */ $s = 90; case 90: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
					_r$32 = c.in$27.setErrorLocked(_r$31); /* */ $s = 91; case 91: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
					$24r$11 = _r$32;
					$s = 92; case 92: return $24r$11;
				/* } */ case 89:
				$s = 53; continue;
			/* } else if (_1 === (23)) { */ case 50:
				/* */ if (!handshakeComplete || expectChangeCipherSpec) { $s = 93; continue; }
				/* */ $s = 94; continue;
				/* if (!handshakeComplete || expectChangeCipherSpec) { */ case 93:
					_r$33 = c.sendAlert(10); /* */ $s = 95; case 95: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
					_r$34 = c.in$27.setErrorLocked(_r$33); /* */ $s = 96; case 96: if($c) { $c = false; _r$34 = _r$34.$blk(); } if (_r$34 && _r$34.$blk !== undefined) { break s; }
					$24r$12 = _r$34;
					$s = 97; case 97: return $24r$12;
				/* } */ case 94:
				/* */ if (data.$length === 0) { $s = 98; continue; }
				/* */ $s = 99; continue;
				/* if (data.$length === 0) { */ case 98:
					_r$35 = c.retryReadRecord(expectChangeCipherSpec); /* */ $s = 100; case 100: if($c) { $c = false; _r$35 = _r$35.$blk(); } if (_r$35 && _r$35.$blk !== undefined) { break s; }
					$24r$13 = _r$35;
					$s = 101; case 101: return $24r$13;
				/* } */ case 99:
				c.input.Reset(data);
				$s = 53; continue;
			/* } else if (_1 === (22)) { */ case 51:
				/* */ if ((data.$length === 0) || expectChangeCipherSpec) { $s = 102; continue; }
				/* */ $s = 103; continue;
				/* if ((data.$length === 0) || expectChangeCipherSpec) { */ case 102:
					_r$36 = c.sendAlert(10); /* */ $s = 104; case 104: if($c) { $c = false; _r$36 = _r$36.$blk(); } if (_r$36 && _r$36.$blk !== undefined) { break s; }
					_r$37 = c.in$27.setErrorLocked(_r$36); /* */ $s = 105; case 105: if($c) { $c = false; _r$37 = _r$37.$blk(); } if (_r$37 && _r$37.$blk !== undefined) { break s; }
					$24r$14 = _r$37;
					$s = 106; case 106: return $24r$14;
				/* } */ case 103:
				_r$38 = c.hand.Write(data); /* */ $s = 107; case 107: if($c) { $c = false; _r$38 = _r$38.$blk(); } if (_r$38 && _r$38.$blk !== undefined) { break s; }
				_r$38;
				$s = 53; continue;
			/* } else { */ case 52:
				_r$39 = c.sendAlert(10); /* */ $s = 108; case 108: if($c) { $c = false; _r$39 = _r$39.$blk(); } if (_r$39 && _r$39.$blk !== undefined) { break s; }
				_r$40 = c.in$27.setErrorLocked(_r$39); /* */ $s = 109; case 109: if($c) { $c = false; _r$40 = _r$40.$blk(); } if (_r$40 && _r$40.$blk !== undefined) { break s; }
				$24r$15 = _r$40;
				$s = 110; case 110: return $24r$15;
			/* } */ case 53:
		case 47:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.readRecordOrCCS, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _1, _2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$34, _r$35, _r$36, _r$37, _r$38, _r$39, _r$4, _r$40, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _v, _v$1, c, data, e, e$1, err, err$1, err$2, err$3, expectChangeCipherSpec, handshakeComplete, hdr, msg, msg$1, n, ok, ok$1, record, typ, vers, x, x$1, x$2, x$3, $s};return $f;
	};
	Conn.prototype.readRecordOrCCS = function(expectChangeCipherSpec) { return this.$val.readRecordOrCCS(expectChangeCipherSpec); };
	Conn.ptr.prototype.retryReadRecord = function(expectChangeCipherSpec) {
		var {$24r, _r$1, _r$2, c, expectChangeCipherSpec, $s, $r, $c} = $restore(this, {expectChangeCipherSpec});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		c.retryCount = c.retryCount + (1) >> 0;
		/* */ if (c.retryCount > 16) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (c.retryCount > 16) { */ case 1:
			_r$1 = c.sendAlert(10); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return c.in$27.setErrorLocked(errors.New("tls: too many ignored records"));
		/* } */ case 2:
		_r$2 = c.readRecordOrCCS(expectChangeCipherSpec); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.retryReadRecord, $c: true, $r, $24r, _r$1, _r$2, c, expectChangeCipherSpec, $s};return $f;
	};
	Conn.prototype.retryReadRecord = function(expectChangeCipherSpec) { return this.$val.retryReadRecord(expectChangeCipherSpec); };
	atLeastReader.ptr.prototype.Read = function(p) {
		var {_r$1, _tuple, err, n, p, r, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if ((x = r.N, (x.$high < 0 || (x.$high === 0 && x.$low <= 0)))) {
			$s = -1; return [0, io.EOF];
		}
		_r$1 = r.R.Read(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		r.N = (x$1 = r.N, x$2 = (new $Int64(0, n)), new $Int64(x$1.$high - x$2.$high, x$1.$low - x$2.$low));
		if ((x$3 = r.N, (x$3.$high > 0 || (x$3.$high === 0 && x$3.$low > 0))) && $interfaceIsEqual(err, io.EOF)) {
			$s = -1; return [n, io.ErrUnexpectedEOF];
		}
		if ((x$4 = r.N, (x$4.$high < 0 || (x$4.$high === 0 && x$4.$low <= 0))) && $interfaceIsEqual(err, $ifaceNil)) {
			$s = -1; return [n, io.EOF];
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: atLeastReader.ptr.prototype.Read, $c: true, $r, _r$1, _tuple, err, n, p, r, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	atLeastReader.prototype.Read = function(p) { return this.$val.Read(p); };
	Conn.ptr.prototype.readFromUntil = function(r, n) {
		var {_r$1, _tuple, c, err, n, needs, r, $s, $r, $c} = $restore(this, {r, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c.rawInput.Len() >= n) {
			$s = -1; return $ifaceNil;
		}
		needs = n - c.rawInput.Len() >> 0;
		$r = c.rawInput.Grow(needs + 512 >> 0); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = c.rawInput.ReadFrom(new atLeastReader.ptr(r, (new $Int64(0, needs)))); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.readFromUntil, $c: true, $r, _r$1, _tuple, c, err, n, needs, r, $s};return $f;
	};
	Conn.prototype.readFromUntil = function(r, n) { return this.$val.readFromUntil(r, n); };
	Conn.ptr.prototype.sendAlertLocked = function(err) {
		var {_1, _r$1, _tuple, c, err, writeErr, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_1 = err;
		if ((_1 === (100)) || (_1 === (0))) {
			c.tmp[0] = 1;
		} else {
			c.tmp[0] = 2;
		}
		c.tmp[1] = ((err << 24 >>> 24));
		_r$1 = c.writeRecordLocked(21, $subslice(new sliceType$5(c.tmp), 0, 2)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		writeErr = _tuple[1];
		if (err === 0) {
			$s = -1; return writeErr;
		}
		$s = -1; return c.out.setErrorLocked(new net.OpError.ptr("local error", "", $ifaceNil, $ifaceNil, new alert(err)));
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.sendAlertLocked, $c: true, $r, _1, _r$1, _tuple, c, err, writeErr, $s};return $f;
	};
	Conn.prototype.sendAlertLocked = function(err) { return this.$val.sendAlertLocked(err); };
	Conn.ptr.prototype.sendAlert = function(err) {
		var {$24r, _r$1, c, err, $s, $deferred, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		$r = c.out.Mutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.out.Mutex, "Unlock"), []]);
		_r$1 = c.sendAlertLocked(err); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.sendAlert, $c: true, $r, $24r, _r$1, c, err, $s, $deferred};return $f; } }
	};
	Conn.prototype.sendAlert = function(err) { return this.$val.sendAlert(err); };
	Conn.ptr.prototype.maxPayloadSizeForWrite = function(typ) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _ref, blockSize, c, ciph, ciph$1, ciph$2, ciph$3, n, payloadBytes, pkt, typ, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {typ});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c.config.DynamicRecordSizingDisabled || !((typ === 23))) {
			$s = -1; return 16384;
		}
		if ((x = c.bytesSent, (x.$high > 0 || (x.$high === 0 && x.$low >= 131072)))) {
			$s = -1; return 16384;
		}
		_r$1 = c.out.explicitNonceLen(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		payloadBytes = 1203 - _r$1 >> 0;
		/* */ if (!($interfaceIsEqual(c.out.cipher, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(c.out.cipher, $ifaceNil))) { */ case 2:
			_ref = c.out.cipher;
			/* */ if ($assertType(_ref, cipher.Stream, true)[1]) { $s = 4; continue; }
			/* */ if ($assertType(_ref, cipher.AEAD, true)[1]) { $s = 5; continue; }
			/* */ if ($assertType(_ref, cbcMode, true)[1]) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ($assertType(_ref, cipher.Stream, true)[1]) { */ case 4:
				ciph = _ref;
				_r$2 = c.out.mac.Size(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				payloadBytes = payloadBytes - (_r$2) >> 0;
				$s = 8; continue;
			/* } else if ($assertType(_ref, cipher.AEAD, true)[1]) { */ case 5:
				ciph$1 = _ref;
				_r$3 = ciph$1.Overhead(); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				payloadBytes = payloadBytes - (_r$3) >> 0;
				$s = 8; continue;
			/* } else if ($assertType(_ref, cbcMode, true)[1]) { */ case 6:
				ciph$2 = _ref;
				_r$4 = ciph$2.BlockSize(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				blockSize = _r$4;
				payloadBytes = ((payloadBytes & (~((blockSize - 1 >> 0)) >> 0))) - 1 >> 0;
				_r$5 = c.out.mac.Size(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				payloadBytes = payloadBytes - (_r$5) >> 0;
				$s = 8; continue;
			/* } else { */ case 7:
				ciph$3 = _ref;
				$panic(new $String("unknown cipher type"));
			/* } */ case 8:
		/* } */ case 3:
		if (c.vers === 772) {
			payloadBytes = payloadBytes - (1) >> 0;
		}
		pkt = c.packetsSent;
		c.packetsSent = (x$1 = c.packetsSent, x$2 = new $Int64(0, 1), new $Int64(x$1.$high + x$2.$high, x$1.$low + x$2.$low));
		if ((pkt.$high > 0 || (pkt.$high === 0 && pkt.$low > 1000))) {
			$s = -1; return 16384;
		}
		n = $imul(payloadBytes, (((x$3 = new $Int64(pkt.$high + 0, pkt.$low + 1), x$3.$low + ((x$3.$high >> 31) * 4294967296)) >> 0)));
		if (n > 16384) {
			n = 16384;
		}
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.maxPayloadSizeForWrite, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, blockSize, c, ciph, ciph$1, ciph$2, ciph$3, n, payloadBytes, pkt, typ, x, x$1, x$2, x$3, $s};return $f;
	};
	Conn.prototype.maxPayloadSizeForWrite = function(typ) { return this.$val.maxPayloadSizeForWrite(typ); };
	Conn.ptr.prototype.write = function(data) {
		var {_r$1, _tuple, c, data, err, n, x, x$1, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c.buffering) {
			c.sendBuf = $appendSlice(c.sendBuf, data);
			$s = -1; return [data.$length, $ifaceNil];
		}
		_r$1 = c.conn.Write(data); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		c.bytesSent = (x = c.bytesSent, x$1 = (new $Int64(0, n)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.write, $c: true, $r, _r$1, _tuple, c, data, err, n, x, x$1, $s};return $f;
	};
	Conn.prototype.write = function(data) { return this.$val.write(data); };
	Conn.ptr.prototype.flush = function() {
		var {_r$1, _tuple, c, err, n, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c.sendBuf.$length === 0) {
			$s = -1; return [0, $ifaceNil];
		}
		_r$1 = c.conn.Write(c.sendBuf); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		c.bytesSent = (x = c.bytesSent, x$1 = (new $Int64(0, n)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
		c.sendBuf = sliceType$5.nil;
		c.buffering = false;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.flush, $c: true, $r, _r$1, _tuple, c, err, n, x, x$1, $s};return $f;
	};
	Conn.prototype.flush = function() { return this.$val.flush(); };
	Conn.ptr.prototype.writeRecordLocked = function(typ, data) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, _tuple$2, c, data, err, err$1, err$2, m, maxPayload, n, outBuf, outBufPtr, typ, vers, $s, $deferred, $r, $c} = $restore(this, {typ, data});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		outBuf = [outBuf];
		outBufPtr = [outBufPtr];
		c = this;
		_r$1 = outBufPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		outBufPtr[0] = $assertType(_r$1, ptrType$1);
		outBuf[0] = outBufPtr[0].$get();
		$deferred.push([(function(outBuf, outBufPtr) { return function() {
			outBufPtr[0].$set(outBuf[0]);
			outBufPool.Put(outBufPtr[0]);
		}; })(outBuf, outBufPtr), []]);
		n = 0;
		/* while (true) { */ case 2:
			/* if (!(data.$length > 0)) { break; } */ if(!(data.$length > 0)) { $s = 3; continue; }
			m = data.$length;
			_r$2 = c.maxPayloadSizeForWrite(typ); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			maxPayload = _r$2;
			if (m > maxPayload) {
				m = maxPayload;
			}
			_tuple = sliceForAppend($subslice(outBuf[0], 0, 0), 5);
			outBuf[0] = _tuple[1];
			(0 >= outBuf[0].$length ? ($throwRuntimeError("index out of range"), undefined) : outBuf[0].$array[outBuf[0].$offset + 0] = ((typ << 24 >>> 24)));
			vers = c.vers;
			if (vers === 0) {
				vers = 769;
			} else if (vers === 772) {
				vers = 771;
			}
			(1 >= outBuf[0].$length ? ($throwRuntimeError("index out of range"), undefined) : outBuf[0].$array[outBuf[0].$offset + 1] = (((vers >>> 8 << 16 >>> 16) << 24 >>> 24)));
			(2 >= outBuf[0].$length ? ($throwRuntimeError("index out of range"), undefined) : outBuf[0].$array[outBuf[0].$offset + 2] = ((vers << 24 >>> 24)));
			(3 >= outBuf[0].$length ? ($throwRuntimeError("index out of range"), undefined) : outBuf[0].$array[outBuf[0].$offset + 3] = (((m >> 8 >> 0) << 24 >>> 24)));
			(4 >= outBuf[0].$length ? ($throwRuntimeError("index out of range"), undefined) : outBuf[0].$array[outBuf[0].$offset + 4] = ((m << 24 >>> 24)));
			err = $ifaceNil;
			_r$3 = c.out.encrypt(outBuf[0], $subslice(data, 0, m), c.config.rand()); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			outBuf[0] = _tuple$1[0];
			err = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
				$24r = [n, err];
				$s = 8; case 8: return $24r;
			/* } */ case 7:
			_r$4 = c.write(outBuf[0]); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$2 = _r$4;
			err$1 = _tuple$2[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 10:
				$24r$1 = [n, err$1];
				$s = 12; case 12: return $24r$1;
			/* } */ case 11:
			n = n + (m) >> 0;
			data = $subslice(data, m);
		$s = 2; continue;
		case 3:
		/* */ if ((typ === 20) && !((c.vers === 772))) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if ((typ === 20) && !((c.vers === 772))) { */ case 13:
			err$2 = c.out.changeCipherSpec();
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 15:
				_r$5 = c.sendAlertLocked($assertType(err$2, alert)); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$2 = [n, _r$5];
				$s = 18; case 18: return $24r$2;
			/* } */ case 16:
		/* } */ case 14:
		$24r$3 = [n, $ifaceNil];
		$s = 19; case 19: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.writeRecordLocked, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, _tuple$2, c, data, err, err$1, err$2, m, maxPayload, n, outBuf, outBufPtr, typ, vers, $s, $deferred};return $f; } }
	};
	Conn.prototype.writeRecordLocked = function(typ, data) { return this.$val.writeRecordLocked(typ, data); };
	Conn.ptr.prototype.writeRecord = function(typ, data) {
		var {$24r, _r$1, c, data, typ, $s, $deferred, $r, $c} = $restore(this, {typ, data});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		$r = c.out.Mutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.out.Mutex, "Unlock"), []]);
		_r$1 = c.writeRecordLocked(typ, data); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.writeRecord, $c: true, $r, $24r, _r$1, c, data, typ, $s, $deferred};return $f; } }
	};
	Conn.prototype.writeRecord = function(typ, data) { return this.$val.writeRecord(typ, data); };
	Conn.ptr.prototype.readHandshake = function() {
		var {$24r, $24r$1, $24r$2, _1, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, c, data, err, err$1, m, n, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* while (true) { */ case 1:
			/* if (!(c.hand.Len() < 4)) { break; } */ if(!(c.hand.Len() < 4)) { $s = 2; continue; }
			_r$1 = c.readRecord(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [$ifaceNil, err];
			}
		$s = 1; continue;
		case 2:
		data = c.hand.Bytes();
		n = (((((1 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 1]) >> 0)) << 16 >> 0) | ((((2 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 2]) >> 0)) << 8 >> 0)) | (((3 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 3]) >> 0));
		/* */ if (n > 65536) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (n > 65536) { */ case 4:
			_r$2 = c.sendAlertLocked(80); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = fmt.Errorf("tls: handshake message of length %d bytes exceeds maximum of %d bytes", new sliceType$6([new $Int(n), new $Int(65536)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = c.in$27.setErrorLocked(_r$3); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = [$ifaceNil, _r$4];
			$s = 9; case 9: return $24r;
		/* } */ case 5:
		/* while (true) { */ case 10:
			/* if (!(c.hand.Len() < (4 + n >> 0))) { break; } */ if(!(c.hand.Len() < (4 + n >> 0))) { $s = 11; continue; }
			_r$5 = c.readRecord(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			err$1 = _r$5;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [$ifaceNil, err$1];
			}
		$s = 10; continue;
		case 11:
		data = c.hand.Next(4 + n >> 0);
		m = $ifaceNil;
			_1 = (0 >= data.$length ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + 0]);
			/* */ if (_1 === (0)) { $s = 14; continue; }
			/* */ if (_1 === (1)) { $s = 15; continue; }
			/* */ if (_1 === (2)) { $s = 16; continue; }
			/* */ if (_1 === (4)) { $s = 17; continue; }
			/* */ if (_1 === (11)) { $s = 18; continue; }
			/* */ if (_1 === (13)) { $s = 19; continue; }
			/* */ if (_1 === (22)) { $s = 20; continue; }
			/* */ if (_1 === (12)) { $s = 21; continue; }
			/* */ if (_1 === (14)) { $s = 22; continue; }
			/* */ if (_1 === (16)) { $s = 23; continue; }
			/* */ if (_1 === (15)) { $s = 24; continue; }
			/* */ if (_1 === (20)) { $s = 25; continue; }
			/* */ if (_1 === (8)) { $s = 26; continue; }
			/* */ if (_1 === (5)) { $s = 27; continue; }
			/* */ if (_1 === (24)) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (_1 === (0)) { */ case 14:
				m = new helloRequestMsg.ptr();
				$s = 30; continue;
			/* } else if (_1 === (1)) { */ case 15:
				m = new clientHelloMsg.ptr(sliceType$5.nil, 0, sliceType$5.nil, sliceType$5.nil, sliceType$2.nil, sliceType$5.nil, "", false, sliceType$3.nil, sliceType$5.nil, false, sliceType$5.nil, sliceType$7.nil, sliceType$7.nil, false, sliceType$5.nil, sliceType$1.nil, false, sliceType$2.nil, sliceType$5.nil, sliceType$15.nil, false, sliceType$5.nil, sliceType$16.nil, sliceType$11.nil);
				$s = 30; continue;
			/* } else if (_1 === (2)) { */ case 16:
				m = new serverHelloMsg.ptr(sliceType$5.nil, 0, sliceType$5.nil, sliceType$5.nil, 0, 0, false, false, false, sliceType$5.nil, "", sliceType$11.nil, 0, new keyShare.ptr(0, sliceType$5.nil), false, 0, sliceType$5.nil, sliceType$5.nil, 0);
				$s = 30; continue;
			/* } else if (_1 === (4)) { */ case 17:
				if (c.vers === 772) {
					m = new newSessionTicketMsgTLS13.ptr(sliceType$5.nil, 0, 0, sliceType$5.nil, sliceType$5.nil, 0);
				} else {
					m = new newSessionTicketMsg.ptr(sliceType$5.nil, sliceType$5.nil);
				}
				$s = 30; continue;
			/* } else if (_1 === (11)) { */ case 18:
				if (c.vers === 772) {
					m = new certificateMsgTLS13.ptr(sliceType$5.nil, new Certificate.ptr(sliceType$11.nil, $ifaceNil, sliceType$7.nil, sliceType$5.nil, sliceType$11.nil, ptrType$5.nil), false, false);
				} else {
					m = new certificateMsg.ptr(sliceType$5.nil, sliceType$11.nil);
				}
				$s = 30; continue;
			/* } else if (_1 === (13)) { */ case 19:
				if (c.vers === 772) {
					m = new certificateRequestMsgTLS13.ptr(sliceType$5.nil, false, false, sliceType$7.nil, sliceType$7.nil, sliceType$11.nil);
				} else {
					m = new certificateRequestMsg.ptr(sliceType$5.nil, c.vers >= 771, sliceType$5.nil, sliceType$7.nil, sliceType$11.nil);
				}
				$s = 30; continue;
			/* } else if (_1 === (22)) { */ case 20:
				m = new certificateStatusMsg.ptr(sliceType$5.nil, sliceType$5.nil);
				$s = 30; continue;
			/* } else if (_1 === (12)) { */ case 21:
				m = new serverKeyExchangeMsg.ptr(sliceType$5.nil, sliceType$5.nil);
				$s = 30; continue;
			/* } else if (_1 === (14)) { */ case 22:
				m = new serverHelloDoneMsg.ptr();
				$s = 30; continue;
			/* } else if (_1 === (16)) { */ case 23:
				m = new clientKeyExchangeMsg.ptr(sliceType$5.nil, sliceType$5.nil);
				$s = 30; continue;
			/* } else if (_1 === (15)) { */ case 24:
				m = new certificateVerifyMsg.ptr(sliceType$5.nil, c.vers >= 771, 0, sliceType$5.nil);
				$s = 30; continue;
			/* } else if (_1 === (20)) { */ case 25:
				m = new finishedMsg.ptr(sliceType$5.nil, sliceType$5.nil);
				$s = 30; continue;
			/* } else if (_1 === (8)) { */ case 26:
				m = new encryptedExtensionsMsg.ptr(sliceType$5.nil, "");
				$s = 30; continue;
			/* } else if (_1 === (5)) { */ case 27:
				m = new endOfEarlyDataMsg.ptr();
				$s = 30; continue;
			/* } else if (_1 === (24)) { */ case 28:
				m = new keyUpdateMsg.ptr(sliceType$5.nil, false);
				$s = 30; continue;
			/* } else { */ case 29:
				_r$6 = c.sendAlert(10); /* */ $s = 31; case 31: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$7 = c.in$27.setErrorLocked(_r$6); /* */ $s = 32; case 32: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r$1 = [$ifaceNil, _r$7];
				$s = 33; case 33: return $24r$1;
			/* } */ case 30:
		case 13:
		data = $appendSlice((sliceType$5.nil), data);
		_r$8 = m.unmarshal(data); /* */ $s = 36; case 36: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		/* */ if (!_r$8) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if (!_r$8) { */ case 34:
			_r$9 = c.sendAlert(10); /* */ $s = 37; case 37: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$10 = c.in$27.setErrorLocked(_r$9); /* */ $s = 38; case 38: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r$2 = [$ifaceNil, _r$10];
			$s = 39; case 39: return $24r$2;
		/* } */ case 35:
		$s = -1; return [m, $ifaceNil];
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.readHandshake, $c: true, $r, $24r, $24r$1, $24r$2, _1, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, c, data, err, err$1, m, n, $s};return $f;
	};
	Conn.prototype.readHandshake = function() { return this.$val.readHandshake(); };
	Conn.ptr.prototype.Write = function(b) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, b, c, err, err$1, err$2, err$3, m, n, n$1, ok, x, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		/* while (true) { */ case 1:
			x = atomic.LoadInt32((c.$ptr_activeCall || (c.$ptr_activeCall = new ptrType$43(function() { return this.$target.activeCall; }, function($v) { this.$target.activeCall = $v; }, c))));
			/* */ if (!(((x & 1) === 0))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(((x & 1) === 0))) { */ case 3:
				$24r = [0, net.ErrClosed];
				$s = 5; case 5: return $24r;
			/* } */ case 4:
			if (atomic.CompareAndSwapInt32((c.$ptr_activeCall || (c.$ptr_activeCall = new ptrType$43(function() { return this.$target.activeCall; }, function($v) { this.$target.activeCall = $v; }, c))), x, x + 2 >> 0)) {
				/* break; */ $s = 2; continue;
			}
		$s = 1; continue;
		case 2:
		$deferred.push([atomic.AddInt32, [(c.$ptr_activeCall || (c.$ptr_activeCall = new ptrType$43(function() { return this.$target.activeCall; }, function($v) { this.$target.activeCall = $v; }, c))), -2]]);
		_r$1 = c.Handshake(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
			$24r$1 = [0, err];
			$s = 9; case 9: return $24r$1;
		/* } */ case 8:
		$r = c.out.Mutex.Lock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.out.Mutex, "Unlock"), []]);
		err$1 = c.out.err;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 11:
			$24r$2 = [0, err$1];
			$s = 13; case 13: return $24r$2;
		/* } */ case 12:
		/* */ if (!c.handshakeComplete()) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!c.handshakeComplete()) { */ case 14:
			$24r$3 = [0, new alert(80)];
			$s = 16; case 16: return $24r$3;
		/* } */ case 15:
		/* */ if (c.closeNotifySent) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (c.closeNotifySent) { */ case 17:
			$24r$4 = [0, errShutdown];
			$s = 19; case 19: return $24r$4;
		/* } */ case 18:
		m = 0;
		/* */ if (b.$length > 1 && (c.vers === 769)) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (b.$length > 1 && (c.vers === 769)) { */ case 20:
			_tuple = $assertType(c.out.cipher, cipher.BlockMode, true);
			ok = _tuple[1];
			/* */ if (ok) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (ok) { */ case 22:
				_r$2 = c.writeRecordLocked(23, $subslice(b, 0, 1)); /* */ $s = 24; case 24: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				n = _tuple$1[0];
				err$2 = _tuple$1[1];
				/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 25:
					$24r$5 = [n, c.out.setErrorLocked(err$2)];
					$s = 27; case 27: return $24r$5;
				/* } */ case 26:
				_tmp = 1;
				_tmp$1 = $subslice(b, 1);
				m = _tmp;
				b = _tmp$1;
			/* } */ case 23:
		/* } */ case 21:
		_r$3 = c.writeRecordLocked(23, b); /* */ $s = 28; case 28: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		n$1 = _tuple$2[0];
		err$3 = _tuple$2[1];
		$24r$6 = [n$1 + m >> 0, c.out.setErrorLocked(err$3)];
		$s = 29; case 29: return $24r$6;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.Write, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, b, c, err, err$1, err$2, err$3, m, n, n$1, ok, x, $s, $deferred};return $f; } }
	};
	Conn.prototype.Write = function(b) { return this.$val.Write(b); };
	Conn.ptr.prototype.handleRenegotiation = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, c, err, helloReq, msg, ok, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		/* */ if (c.vers === 772) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (c.vers === 772) { */ case 1:
			$24r = errors.New("tls: internal error: unexpected renegotiation");
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		_r$1 = c.readHandshake(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		msg = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			$24r$1 = err;
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		_tuple$1 = $assertType(msg, ptrType$44, true);
		helloReq = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (!ok) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!ok) { */ case 8:
			_r$2 = c.sendAlert(10); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = unexpectedMessageError(helloReq, msg); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$2 = _r$3;
			$s = 12; case 12: return $24r$2;
		/* } */ case 9:
		/* */ if (!c.isClient) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!c.isClient) { */ case 13:
			_r$4 = c.sendAlert(100); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$3 = _r$4;
			$s = 16; case 16: return $24r$3;
		/* } */ case 14:
			_1 = c.config.Renegotiation;
			/* */ if (_1 === (0)) { $s = 18; continue; }
			/* */ if (_1 === (1)) { $s = 19; continue; }
			/* */ if (_1 === (2)) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (_1 === (0)) { */ case 18:
				_r$5 = c.sendAlert(100); /* */ $s = 23; case 23: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$4 = _r$5;
				$s = 24; case 24: return $24r$4;
			/* } else if (_1 === (1)) { */ case 19:
				/* */ if (c.handshakes > 1) { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (c.handshakes > 1) { */ case 25:
					_r$6 = c.sendAlert(100); /* */ $s = 27; case 27: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					$24r$5 = _r$6;
					$s = 28; case 28: return $24r$5;
				/* } */ case 26:
				$s = 22; continue;
			/* } else if (_1 === (2)) { */ case 20:
				$s = 22; continue;
			/* } else { */ case 21:
				_r$7 = c.sendAlert(80); /* */ $s = 29; case 29: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				$24r$6 = errors.New("tls: unknown Renegotiation value");
				$s = 30; case 30: return $24r$6;
			/* } */ case 22:
		case 17:
		$r = c.handshakeMutex.Lock(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.handshakeMutex, "Unlock"), []]);
		atomic.StoreUint32((c.$ptr_handshakeStatus || (c.$ptr_handshakeStatus = new ptrType$24(function() { return this.$target.handshakeStatus; }, function($v) { this.$target.handshakeStatus = $v; }, c))), 0);
		_r$8 = c.clientHandshake(context.Background()); /* */ $s = 32; case 32: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		c.handshakeErr = _r$8;
		if ($interfaceIsEqual(c.handshakeErr, $ifaceNil)) {
			c.handshakes = c.handshakes + (1) >> 0;
		}
		$24r$7 = c.handshakeErr;
		$s = 33; case 33: return $24r$7;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.handleRenegotiation, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, c, err, helloReq, msg, ok, $s, $deferred};return $f; } }
	};
	Conn.prototype.handleRenegotiation = function() { return this.$val.handleRenegotiation(); };
	Conn.ptr.prototype.handlePostHandshakeMessage = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tuple, c, err, msg, msg$1, msg$2, msg$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		/* */ if (!((c.vers === 772))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((c.vers === 772))) { */ case 1:
			_r$1 = c.handleRenegotiation(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$2 = c.readHandshake(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		msg = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		c.retryCount = c.retryCount + (1) >> 0;
		/* */ if (c.retryCount > 16) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (c.retryCount > 16) { */ case 6:
			_r$3 = c.sendAlert(10); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return c.in$27.setErrorLocked(errors.New("tls: too many non-advancing records"));
		/* } */ case 7:
		_ref = msg;
		/* */ if ($assertType(_ref, ptrType$45, true)[1]) { $s = 9; continue; }
		/* */ if ($assertType(_ref, ptrType$46, true)[1]) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if ($assertType(_ref, ptrType$45, true)[1]) { */ case 9:
			msg$1 = _ref.$val;
			_r$4 = c.handleNewSessionTicket(msg$1); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$1 = _r$4;
			$s = 14; case 14: return $24r$1;
		/* } else if ($assertType(_ref, ptrType$46, true)[1]) { */ case 10:
			msg$2 = _ref.$val;
			_r$5 = c.handleKeyUpdate(msg$2); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r$2 = _r$5;
			$s = 16; case 16: return $24r$2;
		/* } else { */ case 11:
			msg$3 = _ref;
			_r$6 = c.sendAlert(10); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			_r$7 = fmt.Errorf("tls: received unexpected handshake message of type %T", new sliceType$6([msg$3])); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$3 = _r$7;
			$s = 19; case 19: return $24r$3;
		/* } */ case 12:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.handlePostHandshakeMessage, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tuple, c, err, msg, msg$1, msg$2, msg$3, $s};return $f;
	};
	Conn.prototype.handlePostHandshakeMessage = function() { return this.$val.handlePostHandshakeMessage(); };
	Conn.ptr.prototype.handleKeyUpdate = function(keyUpdate) {
		var {$24r, $24r$1, $24r$2, _arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, c, cipherSuite$1, err, keyUpdate, msg, newSecret, newSecret$1, $s, $deferred, $r, $c} = $restore(this, {keyUpdate});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		cipherSuite$1 = cipherSuiteTLS13ByID(c.cipherSuite);
		/* */ if (cipherSuite$1 === ptrType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (cipherSuite$1 === ptrType$2.nil) { */ case 1:
			_r$1 = c.sendAlert(80); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = c.in$27.setErrorLocked(_r$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_r$3 = cipherSuite$1.nextTrafficSecret(c.in$27.trafficSecret); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		newSecret = _r$3;
		$r = c.in$27.setTrafficSecret(cipherSuite$1, newSecret); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (keyUpdate.updateRequested) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (keyUpdate.updateRequested) { */ case 8:
			$r = c.out.Mutex.Lock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(c.out.Mutex, "Unlock"), []]);
			msg = new keyUpdateMsg.ptr(sliceType$5.nil, false);
			_r$4 = msg.marshal(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_arg = _r$4;
			_r$5 = c.writeRecordLocked(22, _arg); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple = _r$5;
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 13:
				c.out.setErrorLocked(err);
				$24r$1 = $ifaceNil;
				$s = 15; case 15: return $24r$1;
			/* } */ case 14:
			_r$6 = cipherSuite$1.nextTrafficSecret(c.out.trafficSecret); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			newSecret$1 = _r$6;
			$r = c.out.setTrafficSecret(cipherSuite$1, newSecret$1); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 9:
		$24r$2 = $ifaceNil;
		$s = 18; case 18: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.handleKeyUpdate, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, c, cipherSuite$1, err, keyUpdate, msg, newSecret, newSecret$1, $s, $deferred};return $f; } }
	};
	Conn.prototype.handleKeyUpdate = function(keyUpdate) { return this.$val.handleKeyUpdate(keyUpdate); };
	Conn.ptr.prototype.Read = function(b) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _r$3, _r$4, _tuple, b, c, err, err$1, err$2, err$3, n, x, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		_r$1 = c.Handshake(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [0, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		/* */ if (b.$length === 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (b.$length === 0) { */ case 5:
			$24r$1 = [0, $ifaceNil];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		$r = c.in$27.Mutex.Lock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.in$27.Mutex, "Unlock"), []]);
		/* while (true) { */ case 9:
			/* if (!(c.input.Len() === 0)) { break; } */ if(!(c.input.Len() === 0)) { $s = 10; continue; }
			_r$2 = c.readRecord(); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err$1 = _r$2;
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 12:
				$24r$2 = [0, err$1];
				$s = 14; case 14: return $24r$2;
			/* } */ case 13:
			/* while (true) { */ case 15:
				/* if (!(c.hand.Len() > 0)) { break; } */ if(!(c.hand.Len() > 0)) { $s = 16; continue; }
				_r$3 = c.handlePostHandshakeMessage(); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				err$2 = _r$3;
				/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 18; continue; }
				/* */ $s = 19; continue;
				/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 18:
					$24r$3 = [0, err$2];
					$s = 20; case 20: return $24r$3;
				/* } */ case 19:
			$s = 15; continue;
			case 16:
		$s = 9; continue;
		case 10:
		_tuple = c.input.Read(b);
		n = _tuple[0];
		/* */ if (!((n === 0)) && (c.input.Len() === 0) && c.rawInput.Len() > 0 && ((((x = c.rawInput.Bytes(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) << 24 >>> 24)) === 21)) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!((n === 0)) && (c.input.Len() === 0) && c.rawInput.Len() > 0 && ((((x = c.rawInput.Bytes(), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) << 24 >>> 24)) === 21)) { */ case 21:
			_r$4 = c.readRecord(); /* */ $s = 23; case 23: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			err$3 = _r$4;
			/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 24:
				$24r$4 = [n, err$3];
				$s = 26; case 26: return $24r$4;
			/* } */ case 25:
		/* } */ case 22:
		$24r$5 = [n, $ifaceNil];
		$s = 27; case 27: return $24r$5;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [0, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _r$3, _r$4, _tuple, b, c, err, err$1, err$2, err$3, n, x, $s, $deferred};return $f; } }
	};
	Conn.prototype.Read = function(b) { return this.$val.Read(b); };
	Conn.ptr.prototype.Close = function() {
		var {$24r, _r$1, _r$2, _r$3, _r$4, alertErr, c, err, err$1, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		x = 0;
		while (true) {
			x = atomic.LoadInt32((c.$ptr_activeCall || (c.$ptr_activeCall = new ptrType$43(function() { return this.$target.activeCall; }, function($v) { this.$target.activeCall = $v; }, c))));
			if (!(((x & 1) === 0))) {
				$s = -1; return net.ErrClosed;
			}
			if (atomic.CompareAndSwapInt32((c.$ptr_activeCall || (c.$ptr_activeCall = new ptrType$43(function() { return this.$target.activeCall; }, function($v) { this.$target.activeCall = $v; }, c))), x, x | 1)) {
				break;
			}
		}
		/* */ if (!((x === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((x === 0))) { */ case 1:
			_r$1 = c.conn.Close(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		alertErr = $ifaceNil;
		/* */ if (c.handshakeComplete()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (c.handshakeComplete()) { */ case 5:
			_r$2 = c.closeNotify(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err = _r$2;
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 8:
				_r$3 = fmt.Errorf("tls: failed to send closeNotify alert (but connection was closed anyway): %w", new sliceType$6([err])); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				alertErr = _r$3;
			/* } */ case 9:
		/* } */ case 6:
		_r$4 = c.conn.Close(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		err$1 = _r$4;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		$s = -1; return alertErr;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.Close, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, alertErr, c, err, err$1, x, $s};return $f;
	};
	Conn.prototype.Close = function() { return this.$val.Close(); };
	Conn.ptr.prototype.CloseWrite = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!c.handshakeComplete()) {
			$s = -1; return errEarlyCloseWrite;
		}
		_r$1 = c.closeNotify(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.CloseWrite, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	Conn.prototype.CloseWrite = function() { return this.$val.CloseWrite(); };
	Conn.ptr.prototype.closeNotify = function() {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, c, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		$r = c.out.Mutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.out.Mutex, "Unlock"), []]);
		/* */ if (!c.closeNotifySent) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!c.closeNotifySent) { */ case 2:
			_r$1 = time.Now(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = $clone(_r$1, time.Time).Add(new time.Duration(1, 705032704)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = c.SetWriteDeadline($clone(_r$2, time.Time)); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = c.sendAlertLocked(0); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			c.closeNotifyErr = _r$4;
			c.closeNotifySent = true;
			_r$5 = time.Now(); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = c.SetWriteDeadline($clone(_r$5, time.Time)); /* */ $s = 9; case 9: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
		/* } */ case 3:
		$24r = c.closeNotifyErr;
		$s = 10; case 10: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.closeNotify, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, c, $s, $deferred};return $f; } }
	};
	Conn.prototype.closeNotify = function() { return this.$val.closeNotify(); };
	Conn.ptr.prototype.Handshake = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.HandshakeContext(context.Background()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.Handshake, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	Conn.prototype.Handshake = function() { return this.$val.Handshake(); };
	Conn.ptr.prototype.HandshakeContext = function(ctx) {
		var {$24r, _r$1, c, ctx, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.handshakeContext(ctx); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Conn.ptr.prototype.HandshakeContext, $c: true, $r, $24r, _r$1, c, ctx, $s};return $f;
	};
	Conn.prototype.HandshakeContext = function(ctx) { return this.$val.HandshakeContext(ctx); };
	Conn.ptr.prototype.handshakeContext = function(ctx) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _tuple, c, cancel, ctx, done, err, handshakeCtx, interruptRes, ret, $s, $deferred, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = [c];
		done = [done];
		handshakeCtx = [handshakeCtx];
		interruptRes = [interruptRes];
		ret = [ret];
		ret[0] = $ifaceNil;
		c[0] = this;
		/* */ if (c[0].handshakeComplete()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (c[0].handshakeComplete()) { */ case 1:
			ret[0] = $ifaceNil;
			$24r = ret[0];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		_r$1 = context.WithCancel(ctx); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		handshakeCtx[0] = _tuple[0];
		cancel = _tuple[1];
		$deferred.push([cancel, []]);
		_r$2 = ctx.Done(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!(_r$2 === $chanNil)) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(_r$2 === $chanNil)) { */ case 5:
			done[0] = new $Chan(structType$1, 0);
			interruptRes[0] = new $Chan($error, 1);
			$deferred.push([(function(c, done, handshakeCtx, interruptRes, ret) { return function $b() {
				var {_r$3, ctxErr, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$close(done[0]);
				_r$3 = $recv(interruptRes[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				ctxErr = _r$3[0];
				if (!($interfaceIsEqual(ctxErr, $ifaceNil))) {
					ret[0] = ctxErr;
				}
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$3, ctxErr, $s};return $f;
			}; })(c, done, handshakeCtx, interruptRes, ret), []]);
			$go((function(c, done, handshakeCtx, interruptRes, ret) { return function $b() {
				var {_r$3, _r$4, _r$5, _r$6, _selection, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$3 = handshakeCtx[0].Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$4 = $select([[_r$3], [done[0]]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_selection = _r$4;
				/* */ if (_selection[0] === 0) { $s = 3; continue; }
				/* */ if (_selection[0] === 1) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_selection[0] === 0) { */ case 3:
					_r$5 = c[0].conn.Close(); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					$unused(_r$5);
					_r$6 = handshakeCtx[0].Err(); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					$r = $send(interruptRes[0], _r$6); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 5; continue;
				/* } else if (_selection[0] === 1) { */ case 4:
					$r = $send(interruptRes[0], $ifaceNil); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 5:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$3, _r$4, _r$5, _r$6, _selection, $s};return $f;
			}; })(c, done, handshakeCtx, interruptRes, ret), []);
		/* } */ case 6:
		$r = c[0].handshakeMutex.Lock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c[0].handshakeMutex, "Unlock"), []]);
		err = c[0].handshakeErr;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 9:
			ret[0] = err;
			$24r$1 = ret[0];
			$s = 11; case 11: return $24r$1;
		/* } */ case 10:
		/* */ if (c[0].handshakeComplete()) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (c[0].handshakeComplete()) { */ case 12:
			ret[0] = $ifaceNil;
			$24r$2 = ret[0];
			$s = 14; case 14: return $24r$2;
		/* } */ case 13:
		$r = c[0].in$27.Mutex.Lock(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c[0].in$27.Mutex, "Unlock"), []]);
		_r$3 = c[0].handshakeFn(handshakeCtx[0]); /* */ $s = 16; case 16: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		c[0].handshakeErr = _r$3;
		/* */ if ($interfaceIsEqual(c[0].handshakeErr, $ifaceNil)) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if ($interfaceIsEqual(c[0].handshakeErr, $ifaceNil)) { */ case 17:
			c[0].handshakes = c[0].handshakes + (1) >> 0;
			$s = 19; continue;
		/* } else { */ case 18:
			_r$4 = c[0].flush(); /* */ $s = 20; case 20: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
		/* } */ case 19:
		if ($interfaceIsEqual(c[0].handshakeErr, $ifaceNil) && !c[0].handshakeComplete()) {
			c[0].handshakeErr = errors.New("tls: internal error: handshake should have had a result");
		}
		if (!($interfaceIsEqual(c[0].handshakeErr, $ifaceNil)) && c[0].handshakeComplete()) {
			$panic(new $String("tls: internal error: handshake returned an error but is marked successful"));
		}
		ret[0] = c[0].handshakeErr;
		$24r$3 = ret[0];
		$s = 21; case 21: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  ret[0]; } if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.handshakeContext, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _tuple, c, cancel, ctx, done, err, handshakeCtx, interruptRes, ret, $s, $deferred};return $f; } }
	};
	Conn.prototype.handshakeContext = function(ctx) { return this.$val.handshakeContext(ctx); };
	Conn.ptr.prototype.ConnectionState = function() {
		var {$24r, c, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		$r = c.handshakeMutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.handshakeMutex, "Unlock"), []]);
		$24r = c.connectionStateLocked();
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return new ConnectionState.ptr(0, false, false, 0, "", false, "", sliceType$12.nil, sliceType$13.nil, sliceType$11.nil, sliceType$5.nil, sliceType$5.nil, $throwNilPointerError); } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.ConnectionState, $c: true, $r, $24r, c, $s, $deferred};return $f; } }
	};
	Conn.prototype.ConnectionState = function() { return this.$val.ConnectionState(); };
	Conn.ptr.prototype.connectionStateLocked = function() {
		var c, state;
		c = this;
		state = new ConnectionState.ptr(0, false, false, 0, "", false, "", sliceType$12.nil, sliceType$13.nil, sliceType$11.nil, sliceType$5.nil, sliceType$5.nil, $throwNilPointerError);
		state.HandshakeComplete = c.handshakeComplete();
		state.Version = c.vers;
		state.NegotiatedProtocol = c.clientProtocol;
		state.DidResume = c.didResume;
		state.NegotiatedProtocolIsMutual = true;
		state.ServerName = c.serverName;
		state.CipherSuite = c.cipherSuite;
		state.PeerCertificates = c.peerCertificates;
		state.VerifiedChains = c.verifiedChains;
		state.SignedCertificateTimestamps = c.scts;
		state.OCSPResponse = c.ocspResponse;
		if (!c.didResume && !((c.vers === 772))) {
			if (c.clientFinishedIsFirst) {
				state.TLSUnique = new sliceType$5(c.clientFinished);
			} else {
				state.TLSUnique = new sliceType$5(c.serverFinished);
			}
		}
		if (!((c.config.Renegotiation === 0))) {
			state.ekm = noExportedKeyingMaterial;
		} else {
			state.ekm = c.ekm;
		}
		return state;
	};
	Conn.prototype.connectionStateLocked = function() { return this.$val.connectionStateLocked(); };
	Conn.ptr.prototype.OCSPResponse = function() {
		var {$24r, c, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		$r = c.handshakeMutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.handshakeMutex, "Unlock"), []]);
		$24r = c.ocspResponse;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return sliceType$5.nil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.OCSPResponse, $c: true, $r, $24r, c, $s, $deferred};return $f; } }
	};
	Conn.prototype.OCSPResponse = function() { return this.$val.OCSPResponse(); };
	Conn.ptr.prototype.VerifyHostname = function(host) {
		var {$24r, $24r$1, $24r$2, $24r$3, c, host, x, $s, $deferred, $r, $c} = $restore(this, {host});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		$r = c.handshakeMutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.handshakeMutex, "Unlock"), []]);
		/* */ if (!c.isClient) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!c.isClient) { */ case 2:
			$24r = errors.New("tls: VerifyHostname called on TLS server connection");
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		/* */ if (!c.handshakeComplete()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!c.handshakeComplete()) { */ case 5:
			$24r$1 = errors.New("tls: handshake has not yet been performed");
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		/* */ if (c.verifiedChains.$length === 0) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (c.verifiedChains.$length === 0) { */ case 8:
			$24r$2 = errors.New("tls: handshake did not verify certificate chain");
			$s = 10; case 10: return $24r$2;
		/* } */ case 9:
		$24r$3 = (x = c.peerCertificates, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])).VerifyHostname(host);
		$s = 11; case 11: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Conn.ptr.prototype.VerifyHostname, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, c, host, x, $s, $deferred};return $f; } }
	};
	Conn.prototype.VerifyHostname = function(host) { return this.$val.VerifyHostname(host); };
	Conn.ptr.prototype.handshakeComplete = function() {
		var c;
		c = this;
		return atomic.LoadUint32((c.$ptr_handshakeStatus || (c.$ptr_handshakeStatus = new ptrType$24(function() { return this.$target.handshakeStatus; }, function($v) { this.$target.handshakeStatus = $v; }, c)))) === 1;
	};
	Conn.prototype.handshakeComplete = function() { return this.$val.handshakeComplete(); };
	SignatureScheme.prototype.String = function() {
		var i, x;
		i = this.$val;
		if ((i === 513)) {
			return "PKCS1WithSHA1";
		} else if ((i === 515)) {
			return "ECDSAWithSHA1";
		} else if ((i === 1025)) {
			return "PKCS1WithSHA256";
		} else if ((i === 1027)) {
			return "ECDSAWithP256AndSHA256";
		} else if ((i === 1281)) {
			return "PKCS1WithSHA384";
		} else if ((i === 1283)) {
			return "ECDSAWithP384AndSHA384";
		} else if ((i === 1537)) {
			return "PKCS1WithSHA512";
		} else if ((i === 1539)) {
			return "ECDSAWithP521AndSHA512";
		} else if (2052 <= i && i <= 2055) {
			i = i - (2052) << 16 >>> 16;
			return $substring("PSSWithSHA256PSSWithSHA384PSSWithSHA512Ed25519", ((i < 0 || i >= _SignatureScheme_index_8.length) ? ($throwRuntimeError("index out of range"), undefined) : _SignatureScheme_index_8[i]), (x = i + 1 << 16 >>> 16, ((x < 0 || x >= _SignatureScheme_index_8.length) ? ($throwRuntimeError("index out of range"), undefined) : _SignatureScheme_index_8[x])));
		} else {
			return "SignatureScheme(" + strconv.FormatInt((new $Int64(0, i)), 10) + ")";
		}
	};
	$ptrType(SignatureScheme).prototype.String = function() { return new SignatureScheme(this.$get()).String(); };
	CurveID.prototype.String = function() {
		var i, x;
		i = this.$val;
		if (23 <= i && i <= 25) {
			i = i - (23) << 16 >>> 16;
			return $substring("CurveP256CurveP384CurveP521", ((i < 0 || i >= _CurveID_index_0.length) ? ($throwRuntimeError("index out of range"), undefined) : _CurveID_index_0[i]), (x = i + 1 << 16 >>> 16, ((x < 0 || x >= _CurveID_index_0.length) ? ($throwRuntimeError("index out of range"), undefined) : _CurveID_index_0[x])));
		} else if ((i === 29)) {
			return "X25519";
		} else {
			return "CurveID(" + strconv.FormatInt((new $Int64(0, i)), 10) + ")";
		}
	};
	$ptrType(CurveID).prototype.String = function() { return new CurveID(this.$get()).String(); };
	ClientAuthType.prototype.String = function() {
		var i, x;
		i = this.$val;
		if (i < 0 || i >= 5) {
			return "ClientAuthType(" + strconv.FormatInt((new $Int64(0, i)), 10) + ")";
		}
		return $substring("NoClientCertRequestClientCertRequireAnyClientCertVerifyClientCertIfGivenRequireAndVerifyClientCert", ((i < 0 || i >= _ClientAuthType_index.length) ? ($throwRuntimeError("index out of range"), undefined) : _ClientAuthType_index[i]), (x = i + 1 >> 0, ((x < 0 || x >= _ClientAuthType_index.length) ? ($throwRuntimeError("index out of range"), undefined) : _ClientAuthType_index[x])));
	};
	$ptrType(ClientAuthType).prototype.String = function() { return new ClientAuthType(this.$get()).String(); };
	ConnectionState.ptr.prototype.ExportKeyingMaterial = function(label, context$1, length) {
		var {$24r, _r$1, context$1, cs, label, length, $s, $r, $c} = $restore(this, {label, context$1, length});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cs = this;
		_r$1 = cs.ekm(label, context$1, length); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ConnectionState.ptr.prototype.ExportKeyingMaterial, $c: true, $r, $24r, _r$1, context$1, cs, label, length, $s};return $f;
	};
	ConnectionState.prototype.ExportKeyingMaterial = function(label, context$1, length) { return this.$val.ExportKeyingMaterial(label, context$1, length); };
	requiresClientCert = function(c) {
		var _1, c;
		_1 = c;
		if ((_1 === (2)) || (_1 === (4))) {
			return true;
		} else {
			return false;
		}
	};
	ClientHelloInfo.ptr.prototype.Context = function() {
		var c;
		c = this;
		return c.ctx;
	};
	ClientHelloInfo.prototype.Context = function() { return this.$val.Context(); };
	CertificateRequestInfo.ptr.prototype.Context = function() {
		var c;
		c = this;
		return c.ctx;
	};
	CertificateRequestInfo.prototype.Context = function() { return this.$val.Context(); };
	Config.ptr.prototype.ticketKeyFromBytes = function(b) {
		var {_r$1, b, c, hashed, key, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		key = new ticketKey.ptr(arrayType$4.zero(), arrayType$4.zero(), arrayType$4.zero(), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType$7.nil));
		c = this;
		hashed = $clone(sha512.Sum512(new sliceType$5(b)), arrayType$7);
		$copySlice(new sliceType$5(key.keyName), $subslice(new sliceType$5(hashed), 0, 16));
		$copySlice(new sliceType$5(key.aesKey), $subslice(new sliceType$5(hashed), 16, 32));
		$copySlice(new sliceType$5(key.hmacKey), $subslice(new sliceType$5(hashed), 32, 48));
		_r$1 = c.time(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		time.Time.copy(key.created, _r$1);
		ticketKey.copy(key, key);
		$s = -1; return key;
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.ticketKeyFromBytes, $c: true, $r, _r$1, b, c, hashed, key, $s};return $f;
	};
	Config.prototype.ticketKeyFromBytes = function(b) { return this.$val.ticketKeyFromBytes(b); };
	Config.ptr.prototype.Clone = function() {
		var {$24r, $24r$1, c, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		/* */ if (c === ptrType$4.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (c === ptrType$4.nil) { */ case 1:
			$24r = ptrType$4.nil;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$r = c.mutex.RLock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mutex, "RUnlock"), []]);
		$24r$1 = new Config.ptr(c.Rand, c.Time, c.Certificates, c.NameToCertificate, c.GetCertificate, c.GetClientCertificate, c.GetConfigForClient, c.VerifyPeerCertificate, c.VerifyConnection, c.RootCAs, c.NextProtos, c.ServerName, c.ClientAuth, c.ClientCAs, c.InsecureSkipVerify, c.CipherSuites, c.PreferServerCipherSuites, c.SessionTicketsDisabled, $clone(c.SessionTicketKey, arrayType), c.ClientSessionCache, c.MinVersion, c.MaxVersion, c.CurvePreferences, c.DynamicRecordSizingDisabled, c.Renegotiation, c.KeyLogWriter, new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), c.sessionTicketKeys, c.autoSessionTicketKeys);
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return ptrType$4.nil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Config.ptr.prototype.Clone, $c: true, $r, $24r, $24r$1, c, $s, $deferred};return $f; } }
	};
	Config.prototype.Clone = function() { return this.$val.Clone(); };
	Config.ptr.prototype.initLegacySessionTicketKeyRLocked = function() {
		var {_r$1, _r$2, _r$3, _tuple, c, err, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		/* */ if (!($equal(c.SessionTicketKey, arrayType.zero(), arrayType)) && (bytes.HasPrefix(new sliceType$5(c.SessionTicketKey), deprecatedSessionTicketKey) || c.sessionTicketKeys.$length > 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($equal(c.SessionTicketKey, arrayType.zero(), arrayType)) && (bytes.HasPrefix(new sliceType$5(c.SessionTicketKey), deprecatedSessionTicketKey) || c.sessionTicketKeys.$length > 0)) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		$r = c.mutex.RUnlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mutex, "RLock"), []]);
		$r = c.mutex.Lock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mutex, "Unlock"), []]);
		/* */ if ($equal(c.SessionTicketKey, arrayType.zero(), arrayType)) { $s = 6; continue; }
		/* */ if (!bytes.HasPrefix(new sliceType$5(c.SessionTicketKey), deprecatedSessionTicketKey) && (c.sessionTicketKeys.$length === 0)) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if ($equal(c.SessionTicketKey, arrayType.zero(), arrayType)) { */ case 6:
			_r$1 = io.ReadFull(c.rand(), new sliceType$5(c.SessionTicketKey)); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 10:
				_r$2 = fmt.Sprintf("tls: unable to generate random session ticket key: %v", new sliceType$6([err])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$panic(new $String(_r$2));
			/* } */ case 11:
			$copySlice(new sliceType$5(c.SessionTicketKey), deprecatedSessionTicketKey);
			$s = 8; continue;
		/* } else if (!bytes.HasPrefix(new sliceType$5(c.SessionTicketKey), deprecatedSessionTicketKey) && (c.sessionTicketKeys.$length === 0)) { */ case 7:
			_r$3 = c.ticketKeyFromBytes($clone(c.SessionTicketKey, arrayType)); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			c.sessionTicketKeys = new sliceType$4([$clone(_r$3, ticketKey)]);
		/* } */ case 8:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Config.ptr.prototype.initLegacySessionTicketKeyRLocked, $c: true, $r, _r$1, _r$2, _r$3, _tuple, c, err, $s, $deferred};return $f; } }
	};
	Config.prototype.initLegacySessionTicketKeyRLocked = function() { return this.$val.initLegacySessionTicketKeyRLocked(); };
	Config.ptr.prototype.ticketKeys = function(configForClient) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _v, _v$1, c, configForClient, err, k, newKey, ret, valid, x, x$1, x$2, x$3, x$4, $s, $deferred, $r, $c} = $restore(this, {configForClient});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		/* */ if (!(configForClient === ptrType$4.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(configForClient === ptrType$4.nil)) { */ case 1:
			$r = configForClient.mutex.RLock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (configForClient.SessionTicketsDisabled) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (configForClient.SessionTicketsDisabled) { */ case 4:
				$24r = sliceType$4.nil;
				$s = 6; case 6: return $24r;
			/* } */ case 5:
			$r = configForClient.initLegacySessionTicketKeyRLocked(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (!((configForClient.sessionTicketKeys.$length === 0))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!((configForClient.sessionTicketKeys.$length === 0))) { */ case 8:
				ret = configForClient.sessionTicketKeys;
				$r = configForClient.mutex.RUnlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$24r$1 = ret;
				$s = 11; case 11: return $24r$1;
			/* } */ case 9:
			$r = configForClient.mutex.RUnlock(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$r = c.mutex.RLock(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mutex, "RUnlock"), []]);
		/* */ if (c.SessionTicketsDisabled) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (c.SessionTicketsDisabled) { */ case 14:
			$24r$2 = sliceType$4.nil;
			$s = 16; case 16: return $24r$2;
		/* } */ case 15:
		$r = c.initLegacySessionTicketKeyRLocked(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((c.sessionTicketKeys.$length === 0))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!((c.sessionTicketKeys.$length === 0))) { */ case 18:
			$24r$3 = c.sessionTicketKeys;
			$s = 20; case 20: return $24r$3;
		/* } */ case 19:
		if (!(c.autoSessionTicketKeys.$length > 0)) { _v = false; $s = 23; continue s; }
		_r$1 = c.time(); /* */ $s = 24; case 24: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = $clone(_r$1, time.Time).Sub($clone((x$1 = c.autoSessionTicketKeys, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])).created, time.Time)); /* */ $s = 25; case 25: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v = (x = _r$2, (x.$high < 20116 || (x.$high === 20116 && x.$low < 2437873664))); case 23:
		/* */ if (_v) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (_v) { */ case 21:
			$24r$4 = c.autoSessionTicketKeys;
			$s = 26; case 26: return $24r$4;
		/* } */ case 22:
		$r = c.mutex.RUnlock(); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mutex, "RLock"), []]);
		$r = c.mutex.Lock(); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mutex, "Unlock"), []]);
		if (c.autoSessionTicketKeys.$length === 0) { _v$1 = true; $s = 31; continue s; }
		_r$3 = c.time(); /* */ $s = 32; case 32: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = $clone(_r$3, time.Time).Sub($clone((x$3 = c.autoSessionTicketKeys, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0])).created, time.Time)); /* */ $s = 33; case 33: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v$1 = (x$2 = _r$4, (x$2.$high > 20116 || (x$2.$high === 20116 && x$2.$low >= 2437873664))); case 31:
		/* */ if (_v$1) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (_v$1) { */ case 29:
			newKey = arrayType.zero();
			_r$5 = io.ReadFull(c.rand(), new sliceType$5(newKey)); /* */ $s = 34; case 34: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple = _r$5;
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 35; continue; }
			/* */ $s = 36; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 35:
				_r$6 = fmt.Sprintf("unable to generate random session ticket key: %v", new sliceType$6([err])); /* */ $s = 37; case 37: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$panic(new $String(_r$6));
			/* } */ case 36:
			valid = $makeSlice(sliceType$4, 0, (c.autoSessionTicketKeys.$length + 1 >> 0));
			_r$7 = c.ticketKeyFromBytes($clone(newKey, arrayType)); /* */ $s = 38; case 38: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			valid = $append(valid, _r$7);
			_ref = c.autoSessionTicketKeys;
			_i = 0;
			/* while (true) { */ case 39:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 40; continue; }
				k = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), ticketKey);
				_r$8 = c.time(); /* */ $s = 43; case 43: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$9 = $clone(_r$8, time.Time).Sub($clone(k.created, time.Time)); /* */ $s = 44; case 44: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				/* */ if ((x$4 = _r$9, (x$4.$high < 140815 || (x$4.$high === 140815 && x$4.$low < 4180213760)))) { $s = 41; continue; }
				/* */ $s = 42; continue;
				/* if ((x$4 = _r$9, (x$4.$high < 140815 || (x$4.$high === 140815 && x$4.$low < 4180213760)))) { */ case 41:
					valid = $append(valid, k);
				/* } */ case 42:
				_i++;
			$s = 39; continue;
			case 40:
			c.autoSessionTicketKeys = valid;
		/* } */ case 30:
		$24r$5 = c.autoSessionTicketKeys;
		$s = 45; case 45: return $24r$5;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return sliceType$4.nil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Config.ptr.prototype.ticketKeys, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _v, _v$1, c, configForClient, err, k, newKey, ret, valid, x, x$1, x$2, x$3, x$4, $s, $deferred};return $f; } }
	};
	Config.prototype.ticketKeys = function(configForClient) { return this.$val.ticketKeys(configForClient); };
	Config.ptr.prototype.SetSessionTicketKeys = function(keys) {
		var {_i, _r$1, _ref, bytes$1, c, i, keys, newKeys, $s, $r, $c} = $restore(this, {keys});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (keys.$length === 0) {
			$panic(new $String("tls: keys must have at least one key"));
		}
		newKeys = $makeSlice(sliceType$4, keys.$length);
		_ref = keys;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			bytes$1 = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), arrayType);
			_r$1 = c.ticketKeyFromBytes($clone(bytes$1, arrayType)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			ticketKey.copy(((i < 0 || i >= newKeys.$length) ? ($throwRuntimeError("index out of range"), undefined) : newKeys.$array[newKeys.$offset + i]), _r$1);
			_i++;
		$s = 1; continue;
		case 2:
		$r = c.mutex.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		c.sessionTicketKeys = newKeys;
		$r = c.mutex.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.SetSessionTicketKeys, $c: true, $r, _i, _r$1, _ref, bytes$1, c, i, keys, newKeys, $s};return $f;
	};
	Config.prototype.SetSessionTicketKeys = function(keys) { return this.$val.SetSessionTicketKeys(keys); };
	Config.ptr.prototype.rand = function() {
		var c, r;
		c = this;
		r = c.Rand;
		if ($interfaceIsEqual(r, $ifaceNil)) {
			return rand.Reader;
		}
		return r;
	};
	Config.prototype.rand = function() { return this.$val.rand(); };
	Config.ptr.prototype.time = function() {
		var {$24r, _r$1, c, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		t = c.Time;
		if (t === $throwNilPointerError) {
			t = time.Now;
		}
		_r$1 = t(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.time, $c: true, $r, $24r, _r$1, c, t, $s};return $f;
	};
	Config.prototype.time = function() { return this.$val.time(); };
	Config.ptr.prototype.cipherSuites = function() {
		var c;
		c = this;
		if (!(c.CipherSuites === sliceType$2.nil)) {
			return c.CipherSuites;
		}
		return defaultCipherSuites;
	};
	Config.prototype.cipherSuites = function() { return this.$val.cipherSuites(); };
	Config.ptr.prototype.supportedVersions = function(isClient) {
		var _i, _ref, c, isClient, v, versions;
		c = this;
		versions = $makeSlice(sliceType$2, 0, supportedVersions.$length);
		_ref = supportedVersions;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ((c === ptrType$4.nil || (c.MinVersion === 0)) && !debugEnableTLS10 && isClient && v < 771) {
				_i++;
				continue;
			}
			if (!(c === ptrType$4.nil) && !((c.MinVersion === 0)) && v < c.MinVersion) {
				_i++;
				continue;
			}
			if (!(c === ptrType$4.nil) && !((c.MaxVersion === 0)) && v > c.MaxVersion) {
				_i++;
				continue;
			}
			versions = $append(versions, v);
			_i++;
		}
		return versions;
	};
	Config.prototype.supportedVersions = function(isClient) { return this.$val.supportedVersions(isClient); };
	Config.ptr.prototype.maxSupportedVersion = function(isClient) {
		var c, isClient, supportedVersions$1;
		c = this;
		supportedVersions$1 = c.supportedVersions(isClient);
		if (supportedVersions$1.$length === 0) {
			return 0;
		}
		return (0 >= supportedVersions$1.$length ? ($throwRuntimeError("index out of range"), undefined) : supportedVersions$1.$array[supportedVersions$1.$offset + 0]);
	};
	Config.prototype.maxSupportedVersion = function(isClient) { return this.$val.maxSupportedVersion(isClient); };
	supportedVersionsFromMax = function(maxVersion) {
		var _i, _ref, maxVersion, v, versions;
		versions = $makeSlice(sliceType$2, 0, supportedVersions.$length);
		_ref = supportedVersions;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (v > maxVersion) {
				_i++;
				continue;
			}
			versions = $append(versions, v);
			_i++;
		}
		return versions;
	};
	Config.ptr.prototype.curvePreferences = function() {
		var c;
		c = this;
		if (c === ptrType$4.nil || (c.CurvePreferences.$length === 0)) {
			return defaultCurvePreferences;
		}
		return c.CurvePreferences;
	};
	Config.prototype.curvePreferences = function() { return this.$val.curvePreferences(); };
	Config.ptr.prototype.supportsCurve = function(curve) {
		var _i, _ref, c, cc, curve;
		c = this;
		_ref = c.curvePreferences();
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cc = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (cc === curve) {
				return true;
			}
			_i++;
		}
		return false;
	};
	Config.prototype.supportsCurve = function(curve) { return this.$val.supportsCurve(curve); };
	Config.ptr.prototype.mutualVersion = function(isClient, peerVersions) {
		var _i, _i$1, _ref, _ref$1, c, isClient, peerVersion, peerVersions, supportedVersions$1, v;
		c = this;
		supportedVersions$1 = c.supportedVersions(isClient);
		_ref = peerVersions;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			peerVersion = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = supportedVersions$1;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (v === peerVersion) {
					return [v, true];
				}
				_i$1++;
			}
			_i++;
		}
		return [0, false];
	};
	Config.prototype.mutualVersion = function(isClient, peerVersions) { return this.$val.mutualVersion(isClient, peerVersions); };
	Config.ptr.prototype.getCertificate = function(clientHello) {
		var {_entry, _entry$1, _i, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, c, cert, cert$1, cert$2, cert$3, clientHello, err, err$1, labels, name, ok, ok$1, wildcardName, x, x$1, $s, $r, $c} = $restore(this, {clientHello});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cert = [cert];
		c = this;
		/* */ if (!(c.GetCertificate === $throwNilPointerError) && ((c.Certificates.$length === 0) || clientHello.ServerName.length > 0)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(c.GetCertificate === $throwNilPointerError) && ((c.Certificates.$length === 0) || clientHello.ServerName.length > 0)) { */ case 1:
			_r$1 = c.GetCertificate(clientHello); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			cert$1 = _tuple[0];
			err = _tuple[1];
			if (!(cert$1 === ptrType$31.nil) || !($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [cert$1, err];
			}
		/* } */ case 2:
		if (c.Certificates.$length === 0) {
			$s = -1; return [ptrType$31.nil, errNoCertificates];
		}
		if (c.Certificates.$length === 1) {
			$s = -1; return [(x = c.Certificates, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])), $ifaceNil];
		}
		/* */ if (!(c.NameToCertificate === false)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(c.NameToCertificate === false)) { */ case 4:
			_r$2 = strings.ToLower(clientHello.ServerName); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			name = _r$2;
			_tuple$1 = (_entry = c.NameToCertificate[$String.keyFor(name)], _entry !== undefined ? [_entry.v, true] : [ptrType$31.nil, false]);
			cert$2 = _tuple$1[0];
			ok = _tuple$1[1];
			if (ok) {
				$s = -1; return [cert$2, $ifaceNil];
			}
			if (name.length > 0) {
				labels = strings.Split(name, ".");
				(0 >= labels.$length ? ($throwRuntimeError("index out of range"), undefined) : labels.$array[labels.$offset + 0] = "*");
				wildcardName = strings.Join(labels, ".");
				_tuple$2 = (_entry$1 = c.NameToCertificate[$String.keyFor(wildcardName)], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$31.nil, false]);
				cert$3 = _tuple$2[0];
				ok$1 = _tuple$2[1];
				if (ok$1) {
					$s = -1; return [cert$3, $ifaceNil];
				}
			}
		/* } */ case 5:
		_ref = c.Certificates;
		_i = 0;
		/* while (true) { */ case 7:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 8; continue; }
			cert[0] = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), Certificate);
			_r$3 = clientHello.SupportsCertificate(cert[0]); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err$1 = _r$3;
			if ($interfaceIsEqual(err$1, $ifaceNil)) {
				$s = -1; return [cert[0], $ifaceNil];
			}
			_i++;
		$s = 7; continue;
		case 8:
		$s = -1; return [(x$1 = c.Certificates, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])), $ifaceNil];
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.getCertificate, $c: true, $r, _entry, _entry$1, _i, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, _tuple$2, c, cert, cert$1, cert$2, cert$3, clientHello, err, err$1, labels, name, ok, ok$1, wildcardName, x, x$1, $s};return $f;
	};
	Config.prototype.getCertificate = function(clientHello) { return this.$val.getCertificate(clientHello); };
	ClientHelloInfo.ptr.prototype.SupportsCertificate = function(c) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, _tuple$2, _tuple$3, c, c$1, chi, cipherSuite$1, config, curve, curveOk, ecdsaCipherSuite, err, err$1, err$2, ok, ok$1, priv, pub, pub$1, pub$2, pub$3, supportsRSAFallback, vers, x509Cert, $s, $r, $c} = $restore(this, {c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = [c];
		chi = [chi];
		config = [config];
		ecdsaCipherSuite = [ecdsaCipherSuite];
		vers = [vers];
		chi[0] = this;
		config[0] = chi[0].config;
		if (config[0] === ptrType$4.nil) {
			config[0] = new Config.ptr($ifaceNil, $throwNilPointerError, sliceType.nil, false, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType.nil, sliceType$1.nil, "", 0, ptrType.nil, false, sliceType$2.nil, false, false, arrayType.zero(), $ifaceNil, 0, 0, sliceType$3.nil, false, 0, $ifaceNil, new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), sliceType$4.nil, sliceType$4.nil);
		}
		_tuple = config[0].mutualVersion(false, chi[0].SupportedVersions);
		vers[0] = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return errors.New("no mutually supported protocol versions");
		}
		/* */ if (!(chi[0].ServerName === "")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(chi[0].ServerName === "")) { */ case 1:
			_r$1 = c[0].leaf(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			x509Cert = _tuple$1[0];
			err = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 4:
				_r$2 = fmt.Errorf("failed to parse certificate: %w", new sliceType$6([err])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r = _r$2;
				$s = 7; case 7: return $24r;
			/* } */ case 5:
			err$1 = x509Cert.VerifyHostname(chi[0].ServerName);
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 8:
				_r$3 = fmt.Errorf("certificate is not valid for requested server name: %w", new sliceType$6([err$1])); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$1 = _r$3;
				$s = 11; case 11: return $24r$1;
			/* } */ case 9:
		/* } */ case 2:
		supportsRSAFallback = (function(c, chi, config, ecdsaCipherSuite, vers) { return function $b(unsupported) {
			var {_r$4, _r$5, _tuple$2, _tuple$3, ok$1, ok$2, priv, rsaCipherSuite, unsupported, $s, $r, $c} = $restore(this, {unsupported});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if (vers[0] === 772) {
				$s = -1; return unsupported;
			}
			_tuple$2 = $assertType(c[0].PrivateKey, crypto.Decrypter, true);
			priv = _tuple$2[0];
			ok$1 = _tuple$2[1];
			/* */ if (ok$1) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (ok$1) { */ case 1:
				_r$4 = priv.Public(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$3 = $assertType(_r$4, ptrType$11, true);
				ok$2 = _tuple$3[1];
				if (!ok$2) {
					$s = -1; return unsupported;
				}
				$s = 3; continue;
			/* } else { */ case 2:
				$s = -1; return unsupported;
			/* } */ case 3:
			_r$5 = selectCipherSuite(chi[0].CipherSuites, config[0].cipherSuites(), (function(c, chi, config, ecdsaCipherSuite, vers) { return function(c$1) {
				var c$1;
				if (!(((c$1.flags & 1) === 0))) {
					return false;
				}
				if (vers[0] < 771 && !(((c$1.flags & 4) === 0))) {
					return false;
				}
				return true;
			}; })(c, chi, config, ecdsaCipherSuite, vers)); /* */ $s = 5; case 5: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			rsaCipherSuite = _r$5;
			if (rsaCipherSuite === ptrType$3.nil) {
				$s = -1; return unsupported;
			}
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$4, _r$5, _tuple$2, _tuple$3, ok$1, ok$2, priv, rsaCipherSuite, unsupported, $s};return $f;
		}; })(c, chi, config, ecdsaCipherSuite, vers);
		/* */ if (chi[0].SignatureSchemes.$length > 0) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (chi[0].SignatureSchemes.$length > 0) { */ case 12:
			_r$4 = selectSignatureScheme(vers[0], c[0], chi[0].SignatureSchemes); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$2 = _r$4;
			err$2 = _tuple$2[1];
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 15:
				_r$5 = supportsRSAFallback(err$2); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$2 = _r$5;
				$s = 18; case 18: return $24r$2;
			/* } */ case 16:
		/* } */ case 13:
		if (vers[0] === 772) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (!supportsECDHE(config[0], chi[0].SupportedCurves, chi[0].SupportedPoints)) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (!supportsECDHE(config[0], chi[0].SupportedCurves, chi[0].SupportedPoints)) { */ case 19:
			_r$6 = supportsRSAFallback(errors.New("client doesn't support ECDHE, can only use legacy RSA key exchange")); /* */ $s = 21; case 21: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$3 = _r$6;
			$s = 22; case 22: return $24r$3;
		/* } */ case 20:
		ecdsaCipherSuite[0] = false;
		_tuple$3 = $assertType(c[0].PrivateKey, crypto.Signer, true);
		priv = _tuple$3[0];
		ok$1 = _tuple$3[1];
		/* */ if (ok$1) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (ok$1) { */ case 23:
			_r$7 = priv.Public(); /* */ $s = 26; case 26: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_ref = _r$7;
			/* */ if ($assertType(_ref, ptrType$12, true)[1]) { $s = 27; continue; }
			/* */ if ($assertType(_ref, ed25519.PublicKey, true)[1]) { $s = 28; continue; }
			/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* if ($assertType(_ref, ptrType$12, true)[1]) { */ case 27:
				pub = _ref.$val;
				curve = 0;
					_1 = pub.Curve;
					_r$8 = elliptic.P256(); /* */ $s = 38; case 38: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					/* */ if ($interfaceIsEqual(_1, (_r$8))) { $s = 33; continue; }
					_r$9 = elliptic.P384(); /* */ $s = 39; case 39: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					/* */ if ($interfaceIsEqual(_1, (_r$9))) { $s = 34; continue; }
					_r$10 = elliptic.P521(); /* */ $s = 40; case 40: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					/* */ if ($interfaceIsEqual(_1, (_r$10))) { $s = 35; continue; }
					/* */ $s = 36; continue;
					/* if ($interfaceIsEqual(_1, (_r$8))) { */ case 33:
						curve = 23;
						$s = 37; continue;
					/* } else if ($interfaceIsEqual(_1, (_r$9))) { */ case 34:
						curve = 24;
						$s = 37; continue;
					/* } else if ($interfaceIsEqual(_1, (_r$10))) { */ case 35:
						curve = 25;
						$s = 37; continue;
					/* } else { */ case 36:
						_r$11 = unsupportedCertificateError(c[0]); /* */ $s = 41; case 41: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
						_r$12 = supportsRSAFallback(_r$11); /* */ $s = 42; case 42: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
						$24r$4 = _r$12;
						$s = 43; case 43: return $24r$4;
					/* } */ case 37:
				case 32:
				curveOk = false;
				_ref$1 = chi[0].SupportedCurves;
				_i = 0;
				while (true) {
					if (!(_i < _ref$1.$length)) { break; }
					c$1 = ((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]);
					if ((c$1 === curve) && config[0].supportsCurve(c$1)) {
						curveOk = true;
						break;
					}
					_i++;
				}
				if (!curveOk) {
					$s = -1; return errors.New("client doesn't support certificate curve");
				}
				ecdsaCipherSuite[0] = true;
				$s = 31; continue;
			/* } else if ($assertType(_ref, ed25519.PublicKey, true)[1]) { */ case 28:
				pub$1 = _ref.$val;
				if (vers[0] < 771 || (chi[0].SignatureSchemes.$length === 0)) {
					$s = -1; return errors.New("connection doesn't support Ed25519");
				}
				ecdsaCipherSuite[0] = true;
				$s = 31; continue;
			/* } else if ($assertType(_ref, ptrType$11, true)[1]) { */ case 29:
				pub$2 = _ref.$val;
				$s = 31; continue;
			/* } else { */ case 30:
				pub$3 = _ref;
				_r$13 = unsupportedCertificateError(c[0]); /* */ $s = 44; case 44: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$14 = supportsRSAFallback(_r$13); /* */ $s = 45; case 45: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				$24r$5 = _r$14;
				$s = 46; case 46: return $24r$5;
			/* } */ case 31:
			$s = 25; continue;
		/* } else { */ case 24:
			_r$15 = unsupportedCertificateError(c[0]); /* */ $s = 47; case 47: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_r$16 = supportsRSAFallback(_r$15); /* */ $s = 48; case 48: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			$24r$6 = _r$16;
			$s = 49; case 49: return $24r$6;
		/* } */ case 25:
		_r$17 = selectCipherSuite(chi[0].CipherSuites, config[0].cipherSuites(), (function(c, chi, config, ecdsaCipherSuite, vers) { return function(c$2) {
			var c$2;
			if ((c$2.flags & 1) === 0) {
				return false;
			}
			if (!(((c$2.flags & 2) === 0))) {
				if (!ecdsaCipherSuite[0]) {
					return false;
				}
			} else {
				if (ecdsaCipherSuite[0]) {
					return false;
				}
			}
			if (vers[0] < 771 && !(((c$2.flags & 4) === 0))) {
				return false;
			}
			return true;
		}; })(c, chi, config, ecdsaCipherSuite, vers)); /* */ $s = 50; case 50: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		cipherSuite$1 = _r$17;
		/* */ if (cipherSuite$1 === ptrType$3.nil) { $s = 51; continue; }
		/* */ $s = 52; continue;
		/* if (cipherSuite$1 === ptrType$3.nil) { */ case 51:
			_r$18 = supportsRSAFallback(errors.New("client doesn't support any cipher suites compatible with the certificate")); /* */ $s = 53; case 53: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$24r$7 = _r$18;
			$s = 54; case 54: return $24r$7;
		/* } */ case 52:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: ClientHelloInfo.ptr.prototype.SupportsCertificate, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _i, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _tuple$1, _tuple$2, _tuple$3, c, c$1, chi, cipherSuite$1, config, curve, curveOk, ecdsaCipherSuite, err, err$1, err$2, ok, ok$1, priv, pub, pub$1, pub$2, pub$3, supportsRSAFallback, vers, x509Cert, $s};return $f;
	};
	ClientHelloInfo.prototype.SupportsCertificate = function(c) { return this.$val.SupportsCertificate(c); };
	CertificateRequestInfo.ptr.prototype.SupportsCertificate = function(c) {
		var {$24r, _i, _i$1, _r$1, _r$2, _r$3, _ref, _ref$1, _tuple, _tuple$1, c, ca, cert, cri, err, err$1, j, x509Cert, $s, $r, $c} = $restore(this, {c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cri = this;
		_r$1 = selectSignatureScheme(cri.Version, c, cri.SignatureSchemes); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		if (cri.AcceptableCAs.$length === 0) {
			$s = -1; return $ifaceNil;
		}
		_ref = c.Certificate;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			j = _i;
			cert = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			x509Cert = c.Leaf;
			/* */ if (!((j === 0)) || x509Cert === ptrType$5.nil) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!((j === 0)) || x509Cert === ptrType$5.nil) { */ case 4:
				err$1 = $ifaceNil;
				_r$2 = x509.ParseCertificate(cert); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				x509Cert = _tuple$1[0];
				err$1 = _tuple$1[1];
				/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 7:
					_r$3 = fmt.Errorf("failed to parse certificate #%d in the chain: %w", new sliceType$6([new $Int(j), err$1])); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					$24r = _r$3;
					$s = 10; case 10: return $24r;
				/* } */ case 8:
			/* } */ case 5:
			_ref$1 = cri.AcceptableCAs;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				ca = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (bytes.Equal(x509Cert.RawIssuer, ca)) {
					$s = -1; return $ifaceNil;
				}
				_i$1++;
			}
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return errors.New("chain is not signed by an acceptable CA");
		/* */ } return; } var $f = {$blk: CertificateRequestInfo.ptr.prototype.SupportsCertificate, $c: true, $r, $24r, _i, _i$1, _r$1, _r$2, _r$3, _ref, _ref$1, _tuple, _tuple$1, c, ca, cert, cri, err, err$1, j, x509Cert, $s};return $f;
	};
	CertificateRequestInfo.prototype.SupportsCertificate = function(c) { return this.$val.SupportsCertificate(c); };
	Config.ptr.prototype.BuildNameToCertificate = function() {
		var {_i, _i$1, _key, _key$1, _r$1, _ref, _ref$1, _tuple, c, cert, err, i, san, x, x509Cert, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		c.NameToCertificate = {};
		_ref = c.Certificates;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			cert = (x = c.Certificates, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i]));
			_r$1 = cert.leaf(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			x509Cert = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			if (!(x509Cert.Subject.CommonName === "") && (x509Cert.DNSNames.$length === 0)) {
				_key = x509Cert.Subject.CommonName; (c.NameToCertificate || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: cert };
			}
			_ref$1 = x509Cert.DNSNames;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				san = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				_key$1 = san; (c.NameToCertificate || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: cert };
				_i$1++;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.BuildNameToCertificate, $c: true, $r, _i, _i$1, _key, _key$1, _r$1, _ref, _ref$1, _tuple, c, cert, err, i, san, x, x509Cert, $s};return $f;
	};
	Config.prototype.BuildNameToCertificate = function() { return this.$val.BuildNameToCertificate(); };
	Config.ptr.prototype.writeKeyLog = function(label, clientRandom, secret) {
		var {_r$1, _r$2, _tuple, c, clientRandom, err, label, logLine, secret, $s, $r, $c} = $restore(this, {label, clientRandom, secret});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if ($interfaceIsEqual(c.KeyLogWriter, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = fmt.Sprintf("%s %x %x\n", new sliceType$6([new $String(label), clientRandom, secret])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		logLine = (new sliceType$5($stringToBytes(_r$1)));
		$r = writerMutex.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = c.KeyLogWriter.Write(logLine); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		err = _tuple[1];
		$r = writerMutex.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.writeKeyLog, $c: true, $r, _r$1, _r$2, _tuple, c, clientRandom, err, label, logLine, secret, $s};return $f;
	};
	Config.prototype.writeKeyLog = function(label, clientRandom, secret) { return this.$val.writeKeyLog(label, clientRandom, secret); };
	Certificate.ptr.prototype.leaf = function() {
		var {$24r, _r$1, c, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!(c.Leaf === ptrType$5.nil)) {
			$s = -1; return [c.Leaf, $ifaceNil];
		}
		_r$1 = x509.ParseCertificate((x = c.Certificate, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]))); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Certificate.ptr.prototype.leaf, $c: true, $r, $24r, _r$1, c, x, $s};return $f;
	};
	Certificate.prototype.leaf = function() { return this.$val.leaf(); };
	defaultConfig = function() {
		return emptyConfig;
	};
	unexpectedMessageError = function(wanted, got) {
		var {$24r, _r$1, got, wanted, $s, $r, $c} = $restore(this, {wanted, got});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fmt.Errorf("tls: received unexpected handshake message of type %T when waiting for %T", new sliceType$6([got, wanted])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: unexpectedMessageError, $c: true, $r, $24r, _r$1, got, wanted, $s};return $f;
	};
	isSupportedSignatureAlgorithm = function(sigAlg, supportedSignatureAlgorithms$1) {
		var _i, _ref, s, sigAlg, supportedSignatureAlgorithms$1;
		_ref = supportedSignatureAlgorithms$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (s === sigAlg) {
				return true;
			}
			_i++;
		}
		return false;
	};
	selectCipherSuite = function(ids, supportedIDs, ok) {
		var {_i, _i$1, _r$1, _ref, _ref$1, _v, candidate, id, ids, ok, suppID, supportedIDs, $s, $r, $c} = $restore(this, {ids, supportedIDs, ok});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = ids;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			id = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			candidate = cipherSuiteByID(id);
			if (candidate === ptrType$3.nil) { _v = true; $s = 5; continue s; }
			_r$1 = ok(candidate); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_v = !_r$1; case 5:
			/* */ if (_v) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_v) { */ case 3:
				_i++;
				/* continue; */ $s = 1; continue;
			/* } */ case 4:
			_ref$1 = supportedIDs;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				suppID = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (id === suppID) {
					$s = -1; return candidate;
				}
				_i$1++;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return ptrType$3.nil;
		/* */ } return; } var $f = {$blk: selectCipherSuite, $c: true, $r, _i, _i$1, _r$1, _ref, _ref$1, _v, candidate, id, ids, ok, suppID, supportedIDs, $s};return $f;
	};
	aesgcmPreferred = function(ciphers) {
		var _entry, _entry$1, _i, _ref, c, c$1, cID, ciphers;
		_ref = ciphers;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cID = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			c = cipherSuiteByID(cID);
			if (!(c === ptrType$3.nil)) {
				return (_entry = aesgcmCiphers[$Uint16.keyFor(cID)], _entry !== undefined ? _entry.v : false);
			}
			c$1 = cipherSuiteTLS13ByID(cID);
			if (!(c$1 === ptrType$2.nil)) {
				return (_entry$1 = aesgcmCiphers[$Uint16.keyFor(cID)], _entry$1 !== undefined ? _entry$1.v : false);
			}
			_i++;
		}
		return false;
	};
	cipherRC4 = function(key, iv, isRead) {
		var _tuple, cipher$1, isRead, iv, key;
		_tuple = rc4.NewCipher(key);
		cipher$1 = _tuple[0];
		return cipher$1;
	};
	cipher3DES = function(key, iv, isRead) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _tuple, block, isRead, iv, key, $s, $r, $c} = $restore(this, {key, iv, isRead});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = des.NewTripleDESCipher(key); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		block = _tuple[0];
		/* */ if (isRead) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (isRead) { */ case 2:
			_r$2 = cipher.NewCBCDecrypter(block, iv); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$3 = cipher.NewCBCEncrypter(block, iv); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: cipher3DES, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _tuple, block, isRead, iv, key, $s};return $f;
	};
	cipherAES = function(key, iv, isRead) {
		var {$24r, $24r$1, _r$1, _r$2, _tuple, block, isRead, iv, key, $s, $r, $c} = $restore(this, {key, iv, isRead});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = aes.NewCipher(key);
		block = _tuple[0];
		/* */ if (isRead) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (isRead) { */ case 1:
			_r$1 = cipher.NewCBCDecrypter(block, iv); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$2 = cipher.NewCBCEncrypter(block, iv); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: cipherAES, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _tuple, block, isRead, iv, key, $s};return $f;
	};
	macSHA1 = function(key) {
		var {$24r, _r$1, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = hmac.New(newConstantTimeHash(sha1.New), key); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: macSHA1, $c: true, $r, $24r, _r$1, key, $s};return $f;
	};
	macSHA256 = function(key) {
		var {$24r, _r$1, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = hmac.New(sha256.New, key); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: macSHA256, $c: true, $r, $24r, _r$1, key, $s};return $f;
	};
	prefixNonceAEAD.ptr.prototype.NonceSize = function() {
		var f;
		f = this;
		return 8;
	};
	prefixNonceAEAD.prototype.NonceSize = function() { return this.$val.NonceSize(); };
	prefixNonceAEAD.ptr.prototype.Overhead = function() {
		var {$24r, _r$1, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r$1 = f.aead.Overhead(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: prefixNonceAEAD.ptr.prototype.Overhead, $c: true, $r, $24r, _r$1, f, $s};return $f;
	};
	prefixNonceAEAD.prototype.Overhead = function() { return this.$val.Overhead(); };
	prefixNonceAEAD.ptr.prototype.explicitNonceLen = function() {
		var f;
		f = this;
		return f.NonceSize();
	};
	prefixNonceAEAD.prototype.explicitNonceLen = function() { return this.$val.explicitNonceLen(); };
	prefixNonceAEAD.ptr.prototype.Seal = function(out, nonce, plaintext, additionalData) {
		var {$24r, _r$1, additionalData, f, nonce, out, plaintext, $s, $r, $c} = $restore(this, {out, nonce, plaintext, additionalData});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$copySlice($subslice(new sliceType$5(f.nonce), 4), nonce);
		_r$1 = f.aead.Seal(out, new sliceType$5(f.nonce), plaintext, additionalData); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: prefixNonceAEAD.ptr.prototype.Seal, $c: true, $r, $24r, _r$1, additionalData, f, nonce, out, plaintext, $s};return $f;
	};
	prefixNonceAEAD.prototype.Seal = function(out, nonce, plaintext, additionalData) { return this.$val.Seal(out, nonce, plaintext, additionalData); };
	prefixNonceAEAD.ptr.prototype.Open = function(out, nonce, ciphertext, additionalData) {
		var {$24r, _r$1, additionalData, ciphertext, f, nonce, out, $s, $r, $c} = $restore(this, {out, nonce, ciphertext, additionalData});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		$copySlice($subslice(new sliceType$5(f.nonce), 4), nonce);
		_r$1 = f.aead.Open(out, new sliceType$5(f.nonce), ciphertext, additionalData); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: prefixNonceAEAD.ptr.prototype.Open, $c: true, $r, $24r, _r$1, additionalData, ciphertext, f, nonce, out, $s};return $f;
	};
	prefixNonceAEAD.prototype.Open = function(out, nonce, ciphertext, additionalData) { return this.$val.Open(out, nonce, ciphertext, additionalData); };
	xorNonceAEAD.ptr.prototype.NonceSize = function() {
		var f;
		f = this;
		return 8;
	};
	xorNonceAEAD.prototype.NonceSize = function() { return this.$val.NonceSize(); };
	xorNonceAEAD.ptr.prototype.Overhead = function() {
		var {$24r, _r$1, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r$1 = f.aead.Overhead(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: xorNonceAEAD.ptr.prototype.Overhead, $c: true, $r, $24r, _r$1, f, $s};return $f;
	};
	xorNonceAEAD.prototype.Overhead = function() { return this.$val.Overhead(); };
	xorNonceAEAD.ptr.prototype.explicitNonceLen = function() {
		var f;
		f = this;
		return 0;
	};
	xorNonceAEAD.prototype.explicitNonceLen = function() { return this.$val.explicitNonceLen(); };
	xorNonceAEAD.ptr.prototype.Seal = function(out, nonce, plaintext, additionalData) {
		var {_i, _i$1, _index, _index$1, _r$1, _ref, _ref$1, additionalData, b, b$1, f, i, i$1, nonce, out, plaintext, result, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {out, nonce, plaintext, additionalData});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_ref = nonce;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_index = 4 + i >> 0;
			(x$1 = f.nonceMask, ((_index < 0 || _index >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[_index] = (((x = f.nonceMask, ((_index < 0 || _index >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[_index])) ^ (b)) << 24 >>> 24)));
			_i++;
		}
		_r$1 = f.aead.Seal(out, new sliceType$5(f.nonceMask), plaintext, additionalData); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		result = _r$1;
		_ref$1 = nonce;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			b$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_index$1 = 4 + i$1 >> 0;
			(x$3 = f.nonceMask, ((_index$1 < 0 || _index$1 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[_index$1] = (((x$2 = f.nonceMask, ((_index$1 < 0 || _index$1 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[_index$1])) ^ (b$1)) << 24 >>> 24)));
			_i$1++;
		}
		$s = -1; return result;
		/* */ } return; } var $f = {$blk: xorNonceAEAD.ptr.prototype.Seal, $c: true, $r, _i, _i$1, _index, _index$1, _r$1, _ref, _ref$1, additionalData, b, b$1, f, i, i$1, nonce, out, plaintext, result, x, x$1, x$2, x$3, $s};return $f;
	};
	xorNonceAEAD.prototype.Seal = function(out, nonce, plaintext, additionalData) { return this.$val.Seal(out, nonce, plaintext, additionalData); };
	xorNonceAEAD.ptr.prototype.Open = function(out, nonce, ciphertext, additionalData) {
		var {_i, _i$1, _index, _index$1, _r$1, _ref, _ref$1, _tuple, additionalData, b, b$1, ciphertext, err, f, i, i$1, nonce, out, result, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {out, nonce, ciphertext, additionalData});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_ref = nonce;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_index = 4 + i >> 0;
			(x$1 = f.nonceMask, ((_index < 0 || _index >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[_index] = (((x = f.nonceMask, ((_index < 0 || _index >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[_index])) ^ (b)) << 24 >>> 24)));
			_i++;
		}
		_r$1 = f.aead.Open(out, new sliceType$5(f.nonceMask), ciphertext, additionalData); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		result = _tuple[0];
		err = _tuple[1];
		_ref$1 = nonce;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i$1 = _i$1;
			b$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_index$1 = 4 + i$1 >> 0;
			(x$3 = f.nonceMask, ((_index$1 < 0 || _index$1 >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[_index$1] = (((x$2 = f.nonceMask, ((_index$1 < 0 || _index$1 >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[_index$1])) ^ (b$1)) << 24 >>> 24)));
			_i$1++;
		}
		$s = -1; return [result, err];
		/* */ } return; } var $f = {$blk: xorNonceAEAD.ptr.prototype.Open, $c: true, $r, _i, _i$1, _index, _index$1, _r$1, _ref, _ref$1, _tuple, additionalData, b, b$1, ciphertext, err, f, i, i$1, nonce, out, result, x, x$1, x$2, x$3, $s};return $f;
	};
	xorNonceAEAD.prototype.Open = function(out, nonce, ciphertext, additionalData) { return this.$val.Open(out, nonce, ciphertext, additionalData); };
	aeadAESGCM = function(key, noncePrefix) {
		var {_r$1, _tuple, _tuple$1, aead$1, aes$1, err, key, noncePrefix, ret, $s, $r, $c} = $restore(this, {key, noncePrefix});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!((noncePrefix.$length === 4))) {
			$panic(new $String("tls: internal error: wrong nonce length"));
		}
		_tuple = aes.NewCipher(key);
		aes$1 = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		_r$1 = cipher.NewGCM(aes$1); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		aead$1 = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		ret = new prefixNonceAEAD.ptr(arrayType$1.zero(), aead$1);
		$copySlice(new sliceType$5(ret.nonce), noncePrefix);
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: aeadAESGCM, $c: true, $r, _r$1, _tuple, _tuple$1, aead$1, aes$1, err, key, noncePrefix, ret, $s};return $f;
	};
	aeadAESGCMTLS13 = function(key, nonceMask) {
		var {_r$1, _tuple, _tuple$1, aead$1, aes$1, err, key, nonceMask, ret, $s, $r, $c} = $restore(this, {key, nonceMask});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!((nonceMask.$length === 12))) {
			$panic(new $String("tls: internal error: wrong nonce length"));
		}
		_tuple = aes.NewCipher(key);
		aes$1 = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		_r$1 = cipher.NewGCM(aes$1); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		aead$1 = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		ret = new xorNonceAEAD.ptr(arrayType$1.zero(), aead$1);
		$copySlice(new sliceType$5(ret.nonceMask), nonceMask);
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: aeadAESGCMTLS13, $c: true, $r, _r$1, _tuple, _tuple$1, aead$1, aes$1, err, key, nonceMask, ret, $s};return $f;
	};
	aeadChaCha20Poly1305 = function(key, nonceMask) {
		var _tuple, aead$1, err, key, nonceMask, ret;
		if (!((nonceMask.$length === 12))) {
			$panic(new $String("tls: internal error: wrong nonce length"));
		}
		_tuple = chacha20poly1305.New(key);
		aead$1 = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$panic(err);
		}
		ret = new xorNonceAEAD.ptr(arrayType$1.zero(), aead$1);
		$copySlice(new sliceType$5(ret.nonceMask), nonceMask);
		return ret;
	};
	cthWrapper.ptr.prototype.Size = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.h.Size(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cthWrapper.ptr.prototype.Size, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	cthWrapper.prototype.Size = function() { return this.$val.Size(); };
	cthWrapper.ptr.prototype.BlockSize = function() {
		var {$24r, _r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.h.BlockSize(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cthWrapper.ptr.prototype.BlockSize, $c: true, $r, $24r, _r$1, c, $s};return $f;
	};
	cthWrapper.prototype.BlockSize = function() { return this.$val.BlockSize(); };
	cthWrapper.ptr.prototype.Reset = function() {
		var {c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		$r = c.h.Reset(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: cthWrapper.ptr.prototype.Reset, $c: true, $r, c, $s};return $f;
	};
	cthWrapper.prototype.Reset = function() { return this.$val.Reset(); };
	cthWrapper.ptr.prototype.Write = function(p) {
		var {$24r, _r$1, c, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.h.Write(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cthWrapper.ptr.prototype.Write, $c: true, $r, $24r, _r$1, c, p, $s};return $f;
	};
	cthWrapper.prototype.Write = function(p) { return this.$val.Write(p); };
	cthWrapper.ptr.prototype.Sum = function(b) {
		var {$24r, _r$1, b, c, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.h.ConstantTimeSum(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cthWrapper.ptr.prototype.Sum, $c: true, $r, $24r, _r$1, b, c, $s};return $f;
	};
	cthWrapper.prototype.Sum = function(b) { return this.$val.Sum(b); };
	newConstantTimeHash = function(h) {
		var h;
		return (function $b() {
			var {$24r, _r$1, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = h(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = new cthWrapper.ptr($assertType(_r$1, constantTimeHash));
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$1, $s};return $f;
		});
	};
	tls10MAC = function(h, out, seq, header, data, extra) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, data, extra, h, header, out, res, seq, $s, $r, $c} = $restore(this, {h, out, seq, header, data, extra});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = h.Reset(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = h.Write(seq); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = h.Write(header); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = h.Write(data); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = h.Sum(out); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		res = _r$4;
		/* */ if (!(extra === sliceType$5.nil)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(extra === sliceType$5.nil)) { */ case 6:
			_r$5 = h.Write(extra); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 7:
		$s = -1; return res;
		/* */ } return; } var $f = {$blk: tls10MAC, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, data, extra, h, header, out, res, seq, $s};return $f;
	};
	rsaKA = function(version) {
		var version, x;
		return (x = new rsaKeyAgreement.ptr(), new x.constructor.elem(x));
	};
	ecdheECDSAKA = function(version) {
		var version;
		return new ecdheKeyAgreement.ptr(version, false, $ifaceNil, ptrType$23.nil, sliceType$5.nil);
	};
	ecdheRSAKA = function(version) {
		var version;
		return new ecdheKeyAgreement.ptr(version, true, $ifaceNil, ptrType$23.nil, sliceType$5.nil);
	};
	mutualCipherSuite = function(have, want) {
		var _i, _ref, have, id, want;
		_ref = have;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			id = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (id === want) {
				return cipherSuiteByID(id);
			}
			_i++;
		}
		return ptrType$3.nil;
	};
	cipherSuiteByID = function(id) {
		var _i, _ref, cipherSuite$1, id;
		_ref = cipherSuites;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cipherSuite$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (cipherSuite$1.id === id) {
				return cipherSuite$1;
			}
			_i++;
		}
		return ptrType$3.nil;
	};
	mutualCipherSuiteTLS13 = function(have, want) {
		var _i, _ref, have, id, want;
		_ref = have;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			id = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (id === want) {
				return cipherSuiteTLS13ByID(id);
			}
			_i++;
		}
		return ptrType$2.nil;
	};
	cipherSuiteTLS13ByID = function(id) {
		var _i, _ref, cipherSuite$1, id;
		_ref = cipherSuitesTLS13;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			cipherSuite$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (cipherSuite$1.id === id) {
				return cipherSuite$1;
			}
			_i++;
		}
		return ptrType$2.nil;
	};
	verifyHandshakeSignature = function(sigType, pubkey, hashFunc, signed, sig) {
		var {$24r, $24r$1, $24r$2, $24r$3, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, hashFunc, ok, ok$1, ok$2, ok$3, pubKey, pubKey$1, pubKey$2, pubKey$3, pubkey, sig, sigType, signOpts, signed, $s, $r, $c} = $restore(this, {sigType, pubkey, hashFunc, signed, sig});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_1 = sigType;
			/* */ if (_1 === (227)) { $s = 2; continue; }
			/* */ if (_1 === (228)) { $s = 3; continue; }
			/* */ if (_1 === (225)) { $s = 4; continue; }
			/* */ if (_1 === (226)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_1 === (227)) { */ case 2:
				_tuple = $assertType(pubkey, ptrType$12, true);
				pubKey = _tuple[0];
				ok = _tuple[1];
				/* */ if (!ok) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (!ok) { */ case 8:
					_r$1 = fmt.Errorf("expected an ECDSA public key, got %T", new sliceType$6([pubkey])); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = _r$1;
					$s = 11; case 11: return $24r;
				/* } */ case 9:
				_r$2 = ecdsa.VerifyASN1(pubKey, signed, sig); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (!_r$2) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (!_r$2) { */ case 12:
					$s = -1; return errors.New("ECDSA verification failure");
				/* } */ case 13:
				$s = 7; continue;
			/* } else if (_1 === (228)) { */ case 3:
				_tuple$1 = $assertType(pubkey, ed25519.PublicKey, true);
				pubKey$1 = _tuple$1[0];
				ok$1 = _tuple$1[1];
				/* */ if (!ok$1) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (!ok$1) { */ case 15:
					_r$3 = fmt.Errorf("expected an Ed25519 public key, got %T", new sliceType$6([pubkey])); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					$24r$1 = _r$3;
					$s = 18; case 18: return $24r$1;
				/* } */ case 16:
				_r$4 = ed25519.Verify(pubKey$1, signed, sig); /* */ $s = 21; case 21: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				/* */ if (!_r$4) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (!_r$4) { */ case 19:
					$s = -1; return errors.New("Ed25519 verification failure");
				/* } */ case 20:
				$s = 7; continue;
			/* } else if (_1 === (225)) { */ case 4:
				_tuple$2 = $assertType(pubkey, ptrType$11, true);
				pubKey$2 = _tuple$2[0];
				ok$2 = _tuple$2[1];
				/* */ if (!ok$2) { $s = 22; continue; }
				/* */ $s = 23; continue;
				/* if (!ok$2) { */ case 22:
					_r$5 = fmt.Errorf("expected an RSA public key, got %T", new sliceType$6([pubkey])); /* */ $s = 24; case 24: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					$24r$2 = _r$5;
					$s = 25; case 25: return $24r$2;
				/* } */ case 23:
				_r$6 = rsa.VerifyPKCS1v15(pubKey$2, hashFunc, signed, sig); /* */ $s = 26; case 26: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				err = _r$6;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
				$s = 7; continue;
			/* } else if (_1 === (226)) { */ case 5:
				_tuple$3 = $assertType(pubkey, ptrType$11, true);
				pubKey$3 = _tuple$3[0];
				ok$3 = _tuple$3[1];
				/* */ if (!ok$3) { $s = 27; continue; }
				/* */ $s = 28; continue;
				/* if (!ok$3) { */ case 27:
					_r$7 = fmt.Errorf("expected an RSA public key, got %T", new sliceType$6([pubkey])); /* */ $s = 29; case 29: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$24r$3 = _r$7;
					$s = 30; case 30: return $24r$3;
				/* } */ case 28:
				signOpts = new rsa.PSSOptions.ptr(-1, 0);
				_r$8 = rsa.VerifyPSS(pubKey$3, hashFunc, signed, sig, signOpts); /* */ $s = 31; case 31: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				err$1 = _r$8;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
				$s = 7; continue;
			/* } else { */ case 6:
				$s = -1; return errors.New("internal error: unknown signature type");
			/* } */ case 7:
		case 1:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: verifyHandshakeSignature, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, err, err$1, hashFunc, ok, ok$1, ok$2, ok$3, pubKey, pubKey$1, pubKey$2, pubKey$3, pubkey, sig, sigType, signOpts, signed, $s};return $f;
	};
	signedMessage = function(sigHash, context$1, transcript) {
		var {$24r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, context$1, h, sigHash, transcript, $s, $r, $c} = $restore(this, {sigHash, context$1, transcript});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (sigHash === directSigning) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (sigHash === directSigning) { */ case 1:
			b = new bytes.Buffer.ptr(sliceType$5.nil, 0, 0);
			_r$1 = b.Write(signaturePadding); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = io.WriteString(b, context$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = transcript.Sum(sliceType$5.nil); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = b.Write(_r$3); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			$s = -1; return b.Bytes();
		/* } */ case 2:
		_r$5 = new crypto.Hash(sigHash).New(); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		h = _r$5;
		_r$6 = h.Write(signaturePadding); /* */ $s = 8; case 8: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		_r$7 = io.WriteString(h, context$1); /* */ $s = 9; case 9: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = transcript.Sum(sliceType$5.nil); /* */ $s = 10; case 10: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$9 = h.Write(_r$8); /* */ $s = 11; case 11: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$9;
		_r$10 = h.Sum(sliceType$5.nil); /* */ $s = 12; case 12: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		$24r = _r$10;
		$s = 13; case 13: return $24r;
		/* */ } return; } var $f = {$blk: signedMessage, $c: true, $r, $24r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, b, context$1, h, sigHash, transcript, $s};return $f;
	};
	typeAndHashFromSignatureScheme = function(signatureAlgorithm) {
		var {$24r, $24r$1, _1, _2, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, err, hash$1, sigType, signatureAlgorithm, $s, $r, $c} = $restore(this, {signatureAlgorithm});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sigType = 0;
		hash$1 = 0;
		err = $ifaceNil;
			_1 = signatureAlgorithm;
			/* */ if ((_1 === (513)) || (_1 === (1025)) || (_1 === (1281)) || (_1 === (1537))) { $s = 2; continue; }
			/* */ if ((_1 === (2052)) || (_1 === (2053)) || (_1 === (2054))) { $s = 3; continue; }
			/* */ if ((_1 === (515)) || (_1 === (1027)) || (_1 === (1283)) || (_1 === (1539))) { $s = 4; continue; }
			/* */ if (_1 === (2055)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ((_1 === (513)) || (_1 === (1025)) || (_1 === (1281)) || (_1 === (1537))) { */ case 2:
				sigType = 225;
				$s = 7; continue;
			/* } else if ((_1 === (2052)) || (_1 === (2053)) || (_1 === (2054))) { */ case 3:
				sigType = 226;
				$s = 7; continue;
			/* } else if ((_1 === (515)) || (_1 === (1027)) || (_1 === (1283)) || (_1 === (1539))) { */ case 4:
				sigType = 227;
				$s = 7; continue;
			/* } else if (_1 === (2055)) { */ case 5:
				sigType = 228;
				$s = 7; continue;
			/* } else { */ case 6:
				_tmp = 0;
				_tmp$1 = 0;
				_r$1 = fmt.Errorf("unsupported signature algorithm: %v", new sliceType$6([new SignatureScheme(signatureAlgorithm)])); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tmp$2 = _r$1;
				sigType = _tmp;
				hash$1 = _tmp$1;
				err = _tmp$2;
				$24r = [sigType, hash$1, err];
				$s = 9; case 9: return $24r;
			/* } */ case 7:
		case 1:
			_2 = signatureAlgorithm;
			/* */ if ((_2 === (513)) || (_2 === (515))) { $s = 11; continue; }
			/* */ if ((_2 === (1025)) || (_2 === (2052)) || (_2 === (1027))) { $s = 12; continue; }
			/* */ if ((_2 === (1281)) || (_2 === (2053)) || (_2 === (1283))) { $s = 13; continue; }
			/* */ if ((_2 === (1537)) || (_2 === (2054)) || (_2 === (1539))) { $s = 14; continue; }
			/* */ if (_2 === (2055)) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if ((_2 === (513)) || (_2 === (515))) { */ case 11:
				hash$1 = 3;
				$s = 17; continue;
			/* } else if ((_2 === (1025)) || (_2 === (2052)) || (_2 === (1027))) { */ case 12:
				hash$1 = 5;
				$s = 17; continue;
			/* } else if ((_2 === (1281)) || (_2 === (2053)) || (_2 === (1283))) { */ case 13:
				hash$1 = 6;
				$s = 17; continue;
			/* } else if ((_2 === (1537)) || (_2 === (2054)) || (_2 === (1539))) { */ case 14:
				hash$1 = 7;
				$s = 17; continue;
			/* } else if (_2 === (2055)) { */ case 15:
				hash$1 = directSigning;
				$s = 17; continue;
			/* } else { */ case 16:
				_tmp$3 = 0;
				_tmp$4 = 0;
				_r$2 = fmt.Errorf("unsupported signature algorithm: %v", new sliceType$6([new SignatureScheme(signatureAlgorithm)])); /* */ $s = 18; case 18: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tmp$5 = _r$2;
				sigType = _tmp$3;
				hash$1 = _tmp$4;
				err = _tmp$5;
				$24r$1 = [sigType, hash$1, err];
				$s = 19; case 19: return $24r$1;
			/* } */ case 17:
		case 10:
		_tmp$6 = sigType;
		_tmp$7 = hash$1;
		_tmp$8 = $ifaceNil;
		sigType = _tmp$6;
		hash$1 = _tmp$7;
		err = _tmp$8;
		$s = -1; return [sigType, hash$1, err];
		/* */ } return; } var $f = {$blk: typeAndHashFromSignatureScheme, $c: true, $r, $24r, $24r$1, _1, _2, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, err, hash$1, sigType, signatureAlgorithm, $s};return $f;
	};
	legacyTypeAndHashFromPublicKey = function(pub) {
		var {$24r, $24r$1, _r$1, _r$2, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, err, hash$1, pub, sigType, $s, $r, $c} = $restore(this, {pub});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sigType = 0;
		hash$1 = 0;
		err = $ifaceNil;
		_ref = pub;
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$12, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, ed25519.PublicKey, true)[1]) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($assertType(_ref, ptrType$11, true)[1]) { */ case 1:
			_tmp = 225;
			_tmp$1 = 8;
			_tmp$2 = $ifaceNil;
			sigType = _tmp;
			hash$1 = _tmp$1;
			err = _tmp$2;
			$s = -1; return [sigType, hash$1, err];
		/* } else if ($assertType(_ref, ptrType$12, true)[1]) { */ case 2:
			_tmp$3 = 227;
			_tmp$4 = 3;
			_tmp$5 = $ifaceNil;
			sigType = _tmp$3;
			hash$1 = _tmp$4;
			err = _tmp$5;
			$s = -1; return [sigType, hash$1, err];
		/* } else if ($assertType(_ref, ed25519.PublicKey, true)[1]) { */ case 3:
			_tmp$6 = 0;
			_tmp$7 = 0;
			_r$1 = fmt.Errorf("tls: Ed25519 public keys are not supported before TLS 1.2", new sliceType$6([])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tmp$8 = _r$1;
			sigType = _tmp$6;
			hash$1 = _tmp$7;
			err = _tmp$8;
			$24r = [sigType, hash$1, err];
			$s = 7; case 7: return $24r;
		/* } else { */ case 4:
			_tmp$9 = 0;
			_tmp$10 = 0;
			_r$2 = fmt.Errorf("tls: unsupported public key: %T", new sliceType$6([pub])); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tmp$11 = _r$2;
			sigType = _tmp$9;
			hash$1 = _tmp$10;
			err = _tmp$11;
			$24r$1 = [sigType, hash$1, err];
			$s = 9; case 9: return $24r$1;
		/* } */ case 5:
		$s = -1; return [sigType, hash$1, err];
		/* */ } return; } var $f = {$blk: legacyTypeAndHashFromPublicKey, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, err, hash$1, pub, sigType, $s};return $f;
	};
	signatureSchemesForCertificate = function(version, cert) {
		var {_1, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _ref$2, _tuple, candidate, cert, filteredSigAlgs, ok, priv, pub, pub$1, pub$2, pub$3, sigAlg, sigAlgs, size, version, $s, $r, $c} = $restore(this, {version, cert});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = $assertType(cert.PrivateKey, crypto.Signer, true);
		priv = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return sliceType$7.nil;
		}
		sigAlgs = sliceType$7.nil;
		_r$1 = priv.Public(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_ref = _r$1;
		/* */ if ($assertType(_ref, ptrType$12, true)[1]) { $s = 2; continue; }
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, ed25519.PublicKey, true)[1]) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* switch (0) { default: if ($assertType(_ref, ptrType$12, true)[1]) { */ case 2:
			pub = _ref.$val;
			if (!((version === 772))) {
				sigAlgs = new sliceType$7([1027, 1283, 1539, 515]);
				/* break; */ $s = 6; continue;
			}
				_1 = pub.Curve;
				_r$2 = elliptic.P256(); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$2))) { $s = 8; continue; }
				_r$3 = elliptic.P384(); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$3))) { $s = 9; continue; }
				_r$4 = elliptic.P521(); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$4))) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if ($interfaceIsEqual(_1, (_r$2))) { */ case 8:
					sigAlgs = new sliceType$7([1027]);
					$s = 12; continue;
				/* } else if ($interfaceIsEqual(_1, (_r$3))) { */ case 9:
					sigAlgs = new sliceType$7([1283]);
					$s = 12; continue;
				/* } else if ($interfaceIsEqual(_1, (_r$4))) { */ case 10:
					sigAlgs = new sliceType$7([1539]);
					$s = 12; continue;
				/* } else { */ case 11:
					$s = -1; return sliceType$7.nil;
				/* } */ case 12:
			case 7:
			$s = 6; continue;
		/* } else if ($assertType(_ref, ptrType$11, true)[1]) { */ case 3:
			pub$1 = _ref.$val;
			size = pub$1.Size();
			sigAlgs = $makeSlice(sliceType$7, 0, rsaSignatureSchemes.$length);
			_ref$1 = rsaSignatureSchemes;
			_i = 0;
			while (true) {
				if (!(_i < _ref$1.$length)) { break; }
				candidate = $clone(((_i < 0 || _i >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i]), structType);
				if (size >= candidate.minModulusBytes && version <= candidate.maxVersion) {
					sigAlgs = $append(sigAlgs, candidate.scheme);
				}
				_i++;
			}
			$s = 6; continue;
		/* } else if ($assertType(_ref, ed25519.PublicKey, true)[1]) { */ case 4:
			pub$2 = _ref.$val;
			sigAlgs = new sliceType$7([2055]);
			$s = 6; continue;
		/* } else { */ case 5:
			pub$3 = _ref;
			$s = -1; return sliceType$7.nil;
		/* } } */ case 6:
		if (!(cert.SupportedSignatureAlgorithms === sliceType$7.nil)) {
			filteredSigAlgs = sliceType$7.nil;
			_ref$2 = sigAlgs;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$2.$length)) { break; }
				sigAlg = ((_i$1 < 0 || _i$1 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$1]);
				if (isSupportedSignatureAlgorithm(sigAlg, cert.SupportedSignatureAlgorithms)) {
					filteredSigAlgs = $append(filteredSigAlgs, sigAlg);
				}
				_i$1++;
			}
			$s = -1; return filteredSigAlgs;
		}
		$s = -1; return sigAlgs;
		/* */ } return; } var $f = {$blk: signatureSchemesForCertificate, $c: true, $r, _1, _i, _i$1, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _ref$2, _tuple, candidate, cert, filteredSigAlgs, ok, priv, pub, pub$1, pub$2, pub$3, sigAlg, sigAlgs, size, version, $s};return $f;
	};
	selectSignatureScheme = function(vers, c, peerAlgs) {
		var {$24r, _i, _r$1, _r$2, _ref, c, peerAlgs, preferredAlg, supportedAlgs, vers, $s, $r, $c} = $restore(this, {vers, c, peerAlgs});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = signatureSchemesForCertificate(vers, c); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		supportedAlgs = _r$1;
		/* */ if (supportedAlgs.$length === 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (supportedAlgs.$length === 0) { */ case 2:
			_r$2 = unsupportedCertificateError(c); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = [0, _r$2];
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		if ((peerAlgs.$length === 0) && (vers === 771)) {
			peerAlgs = new sliceType$7([513, 515]);
		}
		_ref = peerAlgs;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			preferredAlg = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (isSupportedSignatureAlgorithm(preferredAlg, supportedAlgs)) {
				$s = -1; return [preferredAlg, $ifaceNil];
			}
			_i++;
		}
		$s = -1; return [0, errors.New("tls: peer doesn't support any of the certificate's signature algorithms")];
		/* */ } return; } var $f = {$blk: selectSignatureScheme, $c: true, $r, $24r, _i, _r$1, _r$2, _ref, c, peerAlgs, preferredAlg, supportedAlgs, vers, $s};return $f;
	};
	unsupportedCertificateError = function(cert) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _arg, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, cert, ok, pub, pub$1, pub$2, pub$3, signer, $s, $r, $c} = $restore(this, {cert});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = cert.PrivateKey;
		/* */ if ($assertType(_ref, rsa.PrivateKey, true)[1] || $assertType(_ref, ecdsa.PrivateKey, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$51, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, rsa.PrivateKey, true)[1] || $assertType(_ref, ecdsa.PrivateKey, true)[1]) { */ case 1:
			_r$1 = fmt.Errorf("tls: unsupported certificate: private key is %T, expected *%T", new sliceType$6([cert.PrivateKey, cert.PrivateKey])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } else if ($assertType(_ref, ptrType$51, true)[1]) { */ case 2:
			_r$2 = fmt.Errorf("tls: unsupported certificate: private key is *ed25519.PrivateKey, expected ed25519.PrivateKey", new sliceType$6([])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = _r$2;
			$s = 7; case 7: return $24r$1;
		/* } */ case 3:
		_tuple = $assertType(cert.PrivateKey, crypto.Signer, true);
		signer = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!ok) { */ case 8:
			_r$3 = fmt.Errorf("tls: certificate private key (%T) does not implement crypto.Signer", new sliceType$6([cert.PrivateKey])); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$2 = _r$3;
			$s = 11; case 11: return $24r$2;
		/* } */ case 9:
		_r$4 = signer.Public(); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_ref$1 = _r$4;
		/* */ if ($assertType(_ref$1, ptrType$12, true)[1]) { $s = 13; continue; }
		/* */ if ($assertType(_ref$1, ptrType$11, true)[1]) { $s = 14; continue; }
		/* */ if ($assertType(_ref$1, ed25519.PublicKey, true)[1]) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if ($assertType(_ref$1, ptrType$12, true)[1]) { */ case 13:
			pub = _ref$1.$val;
				_1 = pub.Curve;
				_r$5 = elliptic.P256(); /* */ $s = 24; case 24: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$5))) { $s = 19; continue; }
				_r$6 = elliptic.P384(); /* */ $s = 25; case 25: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$6))) { $s = 20; continue; }
				_r$7 = elliptic.P521(); /* */ $s = 26; case 26: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				/* */ if ($interfaceIsEqual(_1, (_r$7))) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if ($interfaceIsEqual(_1, (_r$5))) { */ case 19:
					$s = 23; continue;
				/* } else if ($interfaceIsEqual(_1, (_r$6))) { */ case 20:
					$s = 23; continue;
				/* } else if ($interfaceIsEqual(_1, (_r$7))) { */ case 21:
					$s = 23; continue;
				/* } else { */ case 22:
					_r$8 = pub.Curve.Params(); /* */ $s = 27; case 27: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_arg = new $String(_r$8.Name);
					_r$9 = fmt.Errorf("tls: unsupported certificate curve (%s)", new sliceType$6([_arg])); /* */ $s = 28; case 28: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					$24r$3 = _r$9;
					$s = 29; case 29: return $24r$3;
				/* } */ case 23:
			case 18:
			$s = 17; continue;
		/* } else if ($assertType(_ref$1, ptrType$11, true)[1]) { */ case 14:
			pub$1 = _ref$1.$val;
			_r$10 = fmt.Errorf("tls: certificate RSA key size too small for supported signature algorithms", new sliceType$6([])); /* */ $s = 30; case 30: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r$4 = _r$10;
			$s = 31; case 31: return $24r$4;
		/* } else if ($assertType(_ref$1, ed25519.PublicKey, true)[1]) { */ case 15:
			pub$2 = _ref$1.$val;
			$s = 17; continue;
		/* } else { */ case 16:
			pub$3 = _ref$1;
			_r$11 = fmt.Errorf("tls: unsupported certificate key (%T)", new sliceType$6([pub$3])); /* */ $s = 32; case 32: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			$24r$5 = _r$11;
			$s = 33; case 33: return $24r$5;
		/* } */ case 17:
		/* */ if (!(cert.SupportedSignatureAlgorithms === sliceType$7.nil)) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if (!(cert.SupportedSignatureAlgorithms === sliceType$7.nil)) { */ case 34:
			_r$12 = fmt.Errorf("tls: peer doesn't support the certificate custom signature algorithms", new sliceType$6([])); /* */ $s = 36; case 36: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r$6 = _r$12;
			$s = 37; case 37: return $24r$6;
		/* } */ case 35:
		_r$13 = fmt.Errorf("tls: internal error: unsupported key (%T)", new sliceType$6([cert.PrivateKey])); /* */ $s = 38; case 38: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		$24r$7 = _r$13;
		$s = 39; case 39: return $24r$7;
		/* */ } return; } var $f = {$blk: unsupportedCertificateError, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _1, _arg, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, cert, ok, pub, pub$1, pub$2, pub$3, signer, $s};return $f;
	};
	alert.prototype.String = function() {
		var _entry, _tuple, e, ok, s;
		e = this.$val;
		_tuple = (_entry = alertText[alert.keyFor(e)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		s = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			return "tls: " + s;
		}
		return "tls: alert(" + strconv.Itoa(((e >> 0))) + ")";
	};
	$ptrType(alert).prototype.String = function() { return new alert(this.$get()).String(); };
	alert.prototype.Error = function() {
		var e;
		e = this.$val;
		return new alert(e).String();
	};
	$ptrType(alert).prototype.Error = function() { return new alert(this.$get()).Error(); };
	ptrType$52.methods = [{prop: "Accept", name: "Accept", pkg: "", typ: $funcType([], [net.Conn, $error], false)}];
	ptrType$53.methods = [{prop: "Dial", name: "Dial", pkg: "", typ: $funcType([$String, $String], [net.Conn, $error], false)}, {prop: "netDialer", name: "netDialer", pkg: "crypto/tls", typ: $funcType([], [ptrType$9], false)}, {prop: "DialContext", name: "DialContext", pkg: "", typ: $funcType([context.Context, $String, $String], [net.Conn, $error], false)}];
	ptrType$32.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$54.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	finishedHash.methods = [{prop: "Sum", name: "Sum", pkg: "", typ: $funcType([], [sliceType$5], false)}, {prop: "clientSum", name: "clientSum", pkg: "crypto/tls", typ: $funcType([sliceType$5], [sliceType$5], false)}, {prop: "serverSum", name: "serverSum", pkg: "crypto/tls", typ: $funcType([sliceType$5], [sliceType$5], false)}, {prop: "hashForClientCertificate", name: "hashForClientCertificate", pkg: "crypto/tls", typ: $funcType([$Uint8, crypto.Hash, sliceType$5], [sliceType$5], false)}];
	ptrType$55.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}, {prop: "discardHandshakeBuffer", name: "discardHandshakeBuffer", pkg: "crypto/tls", typ: $funcType([], [], false)}];
	ptrType$56.methods = [{prop: "CurveID", name: "CurveID", pkg: "", typ: $funcType([], [CurveID], false)}, {prop: "PublicKey", name: "PublicKey", pkg: "", typ: $funcType([], [sliceType$5], false)}, {prop: "SharedKey", name: "SharedKey", pkg: "", typ: $funcType([sliceType$5], [sliceType$5], false)}];
	ptrType$57.methods = [{prop: "CurveID", name: "CurveID", pkg: "", typ: $funcType([], [CurveID], false)}, {prop: "PublicKey", name: "PublicKey", pkg: "", typ: $funcType([], [sliceType$5], false)}, {prop: "SharedKey", name: "SharedKey", pkg: "", typ: $funcType([sliceType$5], [sliceType$5], false)}];
	rsaKeyAgreement.methods = [{prop: "generateServerKeyExchange", name: "generateServerKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$31, ptrType$26, ptrType$30], [ptrType$22, $error], false)}, {prop: "processClientKeyExchange", name: "processClientKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$31, ptrType$23, $Uint16], [sliceType$5, $error], false)}, {prop: "processServerKeyExchange", name: "processServerKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$26, ptrType$30, ptrType$5, ptrType$22], [$error], false)}, {prop: "generateClientKeyExchange", name: "generateClientKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$26, ptrType$5], [sliceType$5, ptrType$23, $error], false)}];
	ptrType$58.methods = [{prop: "generateServerKeyExchange", name: "generateServerKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$31, ptrType$26, ptrType$30], [ptrType$22, $error], false)}, {prop: "processClientKeyExchange", name: "processClientKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$31, ptrType$23, $Uint16], [sliceType$5, $error], false)}, {prop: "processServerKeyExchange", name: "processServerKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$26, ptrType$30, ptrType$5, ptrType$22], [$error], false)}, {prop: "generateClientKeyExchange", name: "generateClientKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$26, ptrType$5], [sliceType$5, ptrType$23, $error], false)}];
	ptrType$59.methods = [{prop: "handshake", name: "handshake", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "processClientHello", name: "processClientHello", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "checkForResumption", name: "checkForResumption", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "pickCertificate", name: "pickCertificate", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "sendDummyChangeCipherSpec", name: "sendDummyChangeCipherSpec", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "doHelloRetryRequest", name: "doHelloRetryRequest", pkg: "crypto/tls", typ: $funcType([CurveID], [$error], false)}, {prop: "sendServerParameters", name: "sendServerParameters", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "requestClientCert", name: "requestClientCert", pkg: "crypto/tls", typ: $funcType([], [$Bool], false)}, {prop: "sendServerCertificate", name: "sendServerCertificate", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "sendServerFinished", name: "sendServerFinished", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "shouldSendSessionTickets", name: "shouldSendSessionTickets", pkg: "crypto/tls", typ: $funcType([], [$Bool], false)}, {prop: "sendSessionTickets", name: "sendSessionTickets", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readClientCertificate", name: "readClientCertificate", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readClientFinished", name: "readClientFinished", pkg: "crypto/tls", typ: $funcType([], [$error], false)}];
	ptrType$60.methods = [{prop: "handshake", name: "handshake", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "processClientHello", name: "processClientHello", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "pickCipherSuite", name: "pickCipherSuite", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "cipherSuiteOk", name: "cipherSuiteOk", pkg: "crypto/tls", typ: $funcType([ptrType$3], [$Bool], false)}, {prop: "checkForResumption", name: "checkForResumption", pkg: "crypto/tls", typ: $funcType([], [$Bool], false)}, {prop: "doResumeHandshake", name: "doResumeHandshake", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "doFullHandshake", name: "doFullHandshake", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "establishKeys", name: "establishKeys", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readFinished", name: "readFinished", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$error], false)}, {prop: "sendSessionTicket", name: "sendSessionTicket", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "sendFinished", name: "sendFinished", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$error], false)}];
	marshalingFunction.methods = [{prop: "Marshal", name: "Marshal", pkg: "", typ: $funcType([ptrType$15], [$error], false)}];
	ptrType$26.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "marshalWithoutBinders", name: "marshalWithoutBinders", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "updateBinders", name: "updateBinders", pkg: "crypto/tls", typ: $funcType([sliceType$11], [], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$30.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$38.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$61.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$46.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$45.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$39.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$34.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$27.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$22.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$40.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$41.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$23.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$29.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$33.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$28.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$42.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$44.methods = [{prop: "marshal", name: "marshal", pkg: "crypto/tls", typ: $funcType([], [sliceType$5], false)}, {prop: "unmarshal", name: "unmarshal", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Bool], false)}];
	ptrType$62.methods = [{prop: "handshake", name: "handshake", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "checkServerHelloOrHRR", name: "checkServerHelloOrHRR", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "sendDummyChangeCipherSpec", name: "sendDummyChangeCipherSpec", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "processHelloRetryRequest", name: "processHelloRetryRequest", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "processServerHello", name: "processServerHello", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "establishHandshakeKeys", name: "establishHandshakeKeys", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readServerParameters", name: "readServerParameters", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readServerCertificate", name: "readServerCertificate", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readServerFinished", name: "readServerFinished", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "sendClientCertificate", name: "sendClientCertificate", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "sendClientFinished", name: "sendClientFinished", pkg: "crypto/tls", typ: $funcType([], [$error], false)}];
	ptrType$63.methods = [{prop: "handshake", name: "handshake", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "pickCipherSuite", name: "pickCipherSuite", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "doFullHandshake", name: "doFullHandshake", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "establishKeys", name: "establishKeys", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "serverResumedSession", name: "serverResumedSession", pkg: "crypto/tls", typ: $funcType([], [$Bool], false)}, {prop: "processServerHello", name: "processServerHello", pkg: "crypto/tls", typ: $funcType([], [$Bool, $error], false)}, {prop: "readFinished", name: "readFinished", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$error], false)}, {prop: "readSessionTicket", name: "readSessionTicket", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "sendFinished", name: "sendFinished", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$error], false)}];
	ptrType$6.methods = [{prop: "encryptTicket", name: "encryptTicket", pkg: "crypto/tls", typ: $funcType([sliceType$5], [sliceType$5, $error], false)}, {prop: "decryptTicket", name: "decryptTicket", pkg: "crypto/tls", typ: $funcType([sliceType$5], [sliceType$5, $Bool], false)}, {prop: "serverHandshake", name: "serverHandshake", pkg: "crypto/tls", typ: $funcType([context.Context], [$error], false)}, {prop: "readClientHello", name: "readClientHello", pkg: "crypto/tls", typ: $funcType([context.Context], [ptrType$26, $error], false)}, {prop: "processCertsFromClient", name: "processCertsFromClient", pkg: "crypto/tls", typ: $funcType([Certificate], [$error], false)}, {prop: "handleNewSessionTicket", name: "handleNewSessionTicket", pkg: "crypto/tls", typ: $funcType([ptrType$45], [$error], false)}, {prop: "makeClientHello", name: "makeClientHello", pkg: "crypto/tls", typ: $funcType([], [ptrType$26, ecdheParameters, $error], false)}, {prop: "clientHandshake", name: "clientHandshake", pkg: "crypto/tls", typ: $funcType([context.Context], [$error], false)}, {prop: "loadSession", name: "loadSession", pkg: "crypto/tls", typ: $funcType([ptrType$26], [$String, ptrType$37, sliceType$5, sliceType$5], false)}, {prop: "pickTLSVersion", name: "pickTLSVersion", pkg: "crypto/tls", typ: $funcType([ptrType$30], [$error], false)}, {prop: "verifyServerCertificate", name: "verifyServerCertificate", pkg: "crypto/tls", typ: $funcType([sliceType$11], [$error], false)}, {prop: "getClientCertificate", name: "getClientCertificate", pkg: "crypto/tls", typ: $funcType([ptrType$64], [ptrType$31, $error], false)}, {prop: "LocalAddr", name: "LocalAddr", pkg: "", typ: $funcType([], [net.Addr], false)}, {prop: "RemoteAddr", name: "RemoteAddr", pkg: "", typ: $funcType([], [net.Addr], false)}, {prop: "SetDeadline", name: "SetDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetReadDeadline", name: "SetReadDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "SetWriteDeadline", name: "SetWriteDeadline", pkg: "", typ: $funcType([time.Time], [$error], false)}, {prop: "NetConn", name: "NetConn", pkg: "", typ: $funcType([], [net.Conn], false)}, {prop: "newRecordHeaderError", name: "newRecordHeaderError", pkg: "crypto/tls", typ: $funcType([net.Conn, $String], [RecordHeaderError], false)}, {prop: "readRecord", name: "readRecord", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readChangeCipherSpec", name: "readChangeCipherSpec", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "readRecordOrCCS", name: "readRecordOrCCS", pkg: "crypto/tls", typ: $funcType([$Bool], [$error], false)}, {prop: "retryReadRecord", name: "retryReadRecord", pkg: "crypto/tls", typ: $funcType([$Bool], [$error], false)}, {prop: "readFromUntil", name: "readFromUntil", pkg: "crypto/tls", typ: $funcType([io.Reader, $Int], [$error], false)}, {prop: "sendAlertLocked", name: "sendAlertLocked", pkg: "crypto/tls", typ: $funcType([alert], [$error], false)}, {prop: "sendAlert", name: "sendAlert", pkg: "crypto/tls", typ: $funcType([alert], [$error], false)}, {prop: "maxPayloadSizeForWrite", name: "maxPayloadSizeForWrite", pkg: "crypto/tls", typ: $funcType([recordType], [$Int], false)}, {prop: "write", name: "write", pkg: "crypto/tls", typ: $funcType([sliceType$5], [$Int, $error], false)}, {prop: "flush", name: "flush", pkg: "crypto/tls", typ: $funcType([], [$Int, $error], false)}, {prop: "writeRecordLocked", name: "writeRecordLocked", pkg: "crypto/tls", typ: $funcType([recordType, sliceType$5], [$Int, $error], false)}, {prop: "writeRecord", name: "writeRecord", pkg: "crypto/tls", typ: $funcType([recordType, sliceType$5], [$Int, $error], false)}, {prop: "readHandshake", name: "readHandshake", pkg: "crypto/tls", typ: $funcType([], [$emptyInterface, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}, {prop: "handleRenegotiation", name: "handleRenegotiation", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "handlePostHandshakeMessage", name: "handlePostHandshakeMessage", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "handleKeyUpdate", name: "handleKeyUpdate", pkg: "crypto/tls", typ: $funcType([ptrType$46], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "CloseWrite", name: "CloseWrite", pkg: "", typ: $funcType([], [$error], false)}, {prop: "closeNotify", name: "closeNotify", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "Handshake", name: "Handshake", pkg: "", typ: $funcType([], [$error], false)}, {prop: "HandshakeContext", name: "HandshakeContext", pkg: "", typ: $funcType([context.Context], [$error], false)}, {prop: "handshakeContext", name: "handshakeContext", pkg: "crypto/tls", typ: $funcType([context.Context], [$error], false)}, {prop: "ConnectionState", name: "ConnectionState", pkg: "", typ: $funcType([], [ConnectionState], false)}, {prop: "connectionStateLocked", name: "connectionStateLocked", pkg: "crypto/tls", typ: $funcType([], [ConnectionState], false)}, {prop: "OCSPResponse", name: "OCSPResponse", pkg: "", typ: $funcType([], [sliceType$5], false)}, {prop: "VerifyHostname", name: "VerifyHostname", pkg: "", typ: $funcType([$String], [$error], false)}, {prop: "handshakeComplete", name: "handshakeComplete", pkg: "crypto/tls", typ: $funcType([], [$Bool], false)}];
	ptrType$65.methods = [{prop: "setErrorLocked", name: "setErrorLocked", pkg: "crypto/tls", typ: $funcType([$error], [$error], false)}, {prop: "prepareCipherSpec", name: "prepareCipherSpec", pkg: "crypto/tls", typ: $funcType([$Uint16, $emptyInterface, hash.Hash], [], false)}, {prop: "changeCipherSpec", name: "changeCipherSpec", pkg: "crypto/tls", typ: $funcType([], [$error], false)}, {prop: "setTrafficSecret", name: "setTrafficSecret", pkg: "crypto/tls", typ: $funcType([ptrType$2, sliceType$5], [], false)}, {prop: "incSeq", name: "incSeq", pkg: "crypto/tls", typ: $funcType([], [], false)}, {prop: "explicitNonceLen", name: "explicitNonceLen", pkg: "crypto/tls", typ: $funcType([], [$Int], false)}, {prop: "decrypt", name: "decrypt", pkg: "crypto/tls", typ: $funcType([sliceType$5], [sliceType$5, recordType, $error], false)}, {prop: "encrypt", name: "encrypt", pkg: "crypto/tls", typ: $funcType([sliceType$5, sliceType$5, io.Reader], [sliceType$5, $error], false)}];
	ptrType$66.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	RecordHeaderError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$67.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}];
	CurveID.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$68.methods = [{prop: "ExportKeyingMaterial", name: "ExportKeyingMaterial", pkg: "", typ: $funcType([$String, sliceType$5, $Int], [sliceType$5, $error], false)}];
	ClientAuthType.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	SignatureScheme.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$69.methods = [{prop: "Context", name: "Context", pkg: "", typ: $funcType([], [context.Context], false)}, {prop: "SupportsCertificate", name: "SupportsCertificate", pkg: "", typ: $funcType([ptrType$31], [$error], false)}];
	ptrType$64.methods = [{prop: "Context", name: "Context", pkg: "", typ: $funcType([], [context.Context], false)}, {prop: "SupportsCertificate", name: "SupportsCertificate", pkg: "", typ: $funcType([ptrType$31], [$error], false)}];
	ptrType$4.methods = [{prop: "ticketKeyFromBytes", name: "ticketKeyFromBytes", pkg: "crypto/tls", typ: $funcType([arrayType], [ticketKey], false)}, {prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [ptrType$4], false)}, {prop: "initLegacySessionTicketKeyRLocked", name: "initLegacySessionTicketKeyRLocked", pkg: "crypto/tls", typ: $funcType([], [], false)}, {prop: "ticketKeys", name: "ticketKeys", pkg: "crypto/tls", typ: $funcType([ptrType$4], [sliceType$4], false)}, {prop: "SetSessionTicketKeys", name: "SetSessionTicketKeys", pkg: "", typ: $funcType([sliceType$18], [], false)}, {prop: "rand", name: "rand", pkg: "crypto/tls", typ: $funcType([], [io.Reader], false)}, {prop: "time", name: "time", pkg: "crypto/tls", typ: $funcType([], [time.Time], false)}, {prop: "cipherSuites", name: "cipherSuites", pkg: "crypto/tls", typ: $funcType([], [sliceType$2], false)}, {prop: "supportedVersions", name: "supportedVersions", pkg: "crypto/tls", typ: $funcType([$Bool], [sliceType$2], false)}, {prop: "maxSupportedVersion", name: "maxSupportedVersion", pkg: "crypto/tls", typ: $funcType([$Bool], [$Uint16], false)}, {prop: "curvePreferences", name: "curvePreferences", pkg: "crypto/tls", typ: $funcType([], [sliceType$3], false)}, {prop: "supportsCurve", name: "supportsCurve", pkg: "crypto/tls", typ: $funcType([CurveID], [$Bool], false)}, {prop: "mutualVersion", name: "mutualVersion", pkg: "crypto/tls", typ: $funcType([$Bool, sliceType$2], [$Uint16, $Bool], false)}, {prop: "getCertificate", name: "getCertificate", pkg: "crypto/tls", typ: $funcType([ptrType$69], [ptrType$31, $error], false)}, {prop: "BuildNameToCertificate", name: "BuildNameToCertificate", pkg: "", typ: $funcType([], [], false)}, {prop: "writeKeyLog", name: "writeKeyLog", pkg: "crypto/tls", typ: $funcType([$String, sliceType$5, sliceType$5], [$error], false)}];
	ptrType$31.methods = [{prop: "leaf", name: "leaf", pkg: "crypto/tls", typ: $funcType([], [ptrType$5, $error], false)}];
	ptrType$2.methods = [{prop: "expandLabel", name: "expandLabel", pkg: "crypto/tls", typ: $funcType([sliceType$5, $String, sliceType$5, $Int], [sliceType$5], false)}, {prop: "deriveSecret", name: "deriveSecret", pkg: "crypto/tls", typ: $funcType([sliceType$5, $String, hash.Hash], [sliceType$5], false)}, {prop: "extract", name: "extract", pkg: "crypto/tls", typ: $funcType([sliceType$5, sliceType$5], [sliceType$5], false)}, {prop: "nextTrafficSecret", name: "nextTrafficSecret", pkg: "crypto/tls", typ: $funcType([sliceType$5], [sliceType$5], false)}, {prop: "trafficKey", name: "trafficKey", pkg: "crypto/tls", typ: $funcType([sliceType$5], [sliceType$5, sliceType$5], false)}, {prop: "finishedHash", name: "finishedHash", pkg: "crypto/tls", typ: $funcType([sliceType$5, hash.Hash], [sliceType$5], false)}, {prop: "exportKeyingMaterial", name: "exportKeyingMaterial", pkg: "crypto/tls", typ: $funcType([sliceType$5, hash.Hash], [funcType$2], false)}];
	ptrType$71.methods = [{prop: "NonceSize", name: "NonceSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Overhead", name: "Overhead", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "explicitNonceLen", name: "explicitNonceLen", pkg: "crypto/tls", typ: $funcType([], [$Int], false)}, {prop: "Seal", name: "Seal", pkg: "", typ: $funcType([sliceType$5, sliceType$5, sliceType$5, sliceType$5], [sliceType$5], false)}, {prop: "Open", name: "Open", pkg: "", typ: $funcType([sliceType$5, sliceType$5, sliceType$5, sliceType$5], [sliceType$5, $error], false)}];
	ptrType$72.methods = [{prop: "NonceSize", name: "NonceSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Overhead", name: "Overhead", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "explicitNonceLen", name: "explicitNonceLen", pkg: "crypto/tls", typ: $funcType([], [$Int], false)}, {prop: "Seal", name: "Seal", pkg: "", typ: $funcType([sliceType$5, sliceType$5, sliceType$5, sliceType$5], [sliceType$5], false)}, {prop: "Open", name: "Open", pkg: "", typ: $funcType([sliceType$5, sliceType$5, sliceType$5, sliceType$5], [sliceType$5, $error], false)}];
	ptrType$73.methods = [{prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType$5], [sliceType$5], false)}];
	alert.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	listener.init("crypto/tls", [{prop: "Listener", name: "Listener", embedded: true, exported: true, typ: net.Listener, tag: ""}, {prop: "config", name: "config", embedded: false, exported: false, typ: ptrType$4, tag: ""}]);
	Dialer.init("", [{prop: "NetDialer", name: "NetDialer", embedded: false, exported: true, typ: ptrType$9, tag: ""}, {prop: "Config", name: "Config", embedded: false, exported: true, typ: ptrType$4, tag: ""}]);
	sessionState.init("crypto/tls", [{prop: "vers", name: "vers", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "cipherSuite", name: "cipherSuite", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "createdAt", name: "createdAt", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "masterSecret", name: "masterSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "certificates", name: "certificates", embedded: false, exported: false, typ: sliceType$11, tag: ""}, {prop: "usedOldKey", name: "usedOldKey", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	sessionStateTLS13.init("crypto/tls", [{prop: "cipherSuite", name: "cipherSuite", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "createdAt", name: "createdAt", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "resumptionSecret", name: "resumptionSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "certificate", name: "certificate", embedded: false, exported: false, typ: Certificate, tag: ""}]);
	finishedHash.init("crypto/tls", [{prop: "client", name: "client", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "server", name: "server", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "clientMD5", name: "clientMD5", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "serverMD5", name: "serverMD5", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "buffer", name: "buffer", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "version", name: "version", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "prf", name: "prf", embedded: false, exported: false, typ: funcType, tag: ""}]);
	ecdheParameters.init([{prop: "CurveID", name: "CurveID", pkg: "", typ: $funcType([], [CurveID], false)}, {prop: "PublicKey", name: "PublicKey", pkg: "", typ: $funcType([], [sliceType$5], false)}, {prop: "SharedKey", name: "SharedKey", pkg: "", typ: $funcType([sliceType$5], [sliceType$5], false)}]);
	nistParameters.init("crypto/tls", [{prop: "privateKey", name: "privateKey", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "x", name: "x", embedded: false, exported: false, typ: ptrType$21, tag: ""}, {prop: "y", name: "y", embedded: false, exported: false, typ: ptrType$21, tag: ""}, {prop: "curveID", name: "curveID", embedded: false, exported: false, typ: CurveID, tag: ""}]);
	x25519Parameters.init("crypto/tls", [{prop: "privateKey", name: "privateKey", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "publicKey", name: "publicKey", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	keyAgreement.init([{prop: "generateClientKeyExchange", name: "generateClientKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$26, ptrType$5], [sliceType$5, ptrType$23, $error], false)}, {prop: "generateServerKeyExchange", name: "generateServerKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$31, ptrType$26, ptrType$30], [ptrType$22, $error], false)}, {prop: "processClientKeyExchange", name: "processClientKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$31, ptrType$23, $Uint16], [sliceType$5, $error], false)}, {prop: "processServerKeyExchange", name: "processServerKeyExchange", pkg: "crypto/tls", typ: $funcType([ptrType$4, ptrType$26, ptrType$30, ptrType$5, ptrType$22], [$error], false)}]);
	rsaKeyAgreement.init("", []);
	ecdheKeyAgreement.init("crypto/tls", [{prop: "version", name: "version", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "isRSA", name: "isRSA", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "params", name: "params", embedded: false, exported: false, typ: ecdheParameters, tag: ""}, {prop: "ckx", name: "ckx", embedded: false, exported: false, typ: ptrType$23, tag: ""}, {prop: "preMasterSecret", name: "preMasterSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	serverHandshakeStateTLS13.init("crypto/tls", [{prop: "c", name: "c", embedded: false, exported: false, typ: ptrType$6, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "clientHello", name: "clientHello", embedded: false, exported: false, typ: ptrType$26, tag: ""}, {prop: "hello", name: "hello", embedded: false, exported: false, typ: ptrType$30, tag: ""}, {prop: "sentDummyCCS", name: "sentDummyCCS", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "usingPSK", name: "usingPSK", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "suite", name: "suite", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "cert", name: "cert", embedded: false, exported: false, typ: ptrType$31, tag: ""}, {prop: "sigAlg", name: "sigAlg", embedded: false, exported: false, typ: SignatureScheme, tag: ""}, {prop: "earlySecret", name: "earlySecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "sharedKey", name: "sharedKey", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "handshakeSecret", name: "handshakeSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "masterSecret", name: "masterSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "trafficSecret", name: "trafficSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "transcript", name: "transcript", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "clientFinished", name: "clientFinished", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	serverHandshakeState.init("crypto/tls", [{prop: "c", name: "c", embedded: false, exported: false, typ: ptrType$6, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "clientHello", name: "clientHello", embedded: false, exported: false, typ: ptrType$26, tag: ""}, {prop: "hello", name: "hello", embedded: false, exported: false, typ: ptrType$30, tag: ""}, {prop: "suite", name: "suite", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "ecdheOk", name: "ecdheOk", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ecSignOk", name: "ecSignOk", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "rsaDecryptOk", name: "rsaDecryptOk", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "rsaSignOk", name: "rsaSignOk", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sessionState", name: "sessionState", embedded: false, exported: false, typ: ptrType$32, tag: ""}, {prop: "finishedHash", name: "finishedHash", embedded: false, exported: false, typ: finishedHash, tag: ""}, {prop: "masterSecret", name: "masterSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "cert", name: "cert", embedded: false, exported: false, typ: ptrType$31, tag: ""}]);
	marshalingFunction.init([ptrType$15], [$error], false);
	clientHelloMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "vers", name: "vers", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "random", name: "random", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "sessionId", name: "sessionId", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "cipherSuites", name: "cipherSuites", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "compressionMethods", name: "compressionMethods", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "serverName", name: "serverName", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "ocspStapling", name: "ocspStapling", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "supportedCurves", name: "supportedCurves", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "supportedPoints", name: "supportedPoints", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "ticketSupported", name: "ticketSupported", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sessionTicket", name: "sessionTicket", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "supportedSignatureAlgorithms", name: "supportedSignatureAlgorithms", embedded: false, exported: false, typ: sliceType$7, tag: ""}, {prop: "supportedSignatureAlgorithmsCert", name: "supportedSignatureAlgorithmsCert", embedded: false, exported: false, typ: sliceType$7, tag: ""}, {prop: "secureRenegotiationSupported", name: "secureRenegotiationSupported", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "secureRenegotiation", name: "secureRenegotiation", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "alpnProtocols", name: "alpnProtocols", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "scts", name: "scts", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "supportedVersions", name: "supportedVersions", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "cookie", name: "cookie", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "keyShares", name: "keyShares", embedded: false, exported: false, typ: sliceType$15, tag: ""}, {prop: "earlyData", name: "earlyData", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "pskModes", name: "pskModes", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "pskIdentities", name: "pskIdentities", embedded: false, exported: false, typ: sliceType$16, tag: ""}, {prop: "pskBinders", name: "pskBinders", embedded: false, exported: false, typ: sliceType$11, tag: ""}]);
	serverHelloMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "vers", name: "vers", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "random", name: "random", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "sessionId", name: "sessionId", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "cipherSuite", name: "cipherSuite", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "compressionMethod", name: "compressionMethod", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "ocspStapling", name: "ocspStapling", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ticketSupported", name: "ticketSupported", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "secureRenegotiationSupported", name: "secureRenegotiationSupported", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "secureRenegotiation", name: "secureRenegotiation", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "alpnProtocol", name: "alpnProtocol", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "scts", name: "scts", embedded: false, exported: false, typ: sliceType$11, tag: ""}, {prop: "supportedVersion", name: "supportedVersion", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "serverShare", name: "serverShare", embedded: false, exported: false, typ: keyShare, tag: ""}, {prop: "selectedIdentityPresent", name: "selectedIdentityPresent", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "selectedIdentity", name: "selectedIdentity", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "supportedPoints", name: "supportedPoints", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "cookie", name: "cookie", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "selectedGroup", name: "selectedGroup", embedded: false, exported: false, typ: CurveID, tag: ""}]);
	encryptedExtensionsMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "alpnProtocol", name: "alpnProtocol", embedded: false, exported: false, typ: $String, tag: ""}]);
	endOfEarlyDataMsg.init("", []);
	keyUpdateMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "updateRequested", name: "updateRequested", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	newSessionTicketMsgTLS13.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "lifetime", name: "lifetime", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "ageAdd", name: "ageAdd", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "nonce", name: "nonce", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "label", name: "label", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "maxEarlyData", name: "maxEarlyData", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	certificateRequestMsgTLS13.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "ocspStapling", name: "ocspStapling", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "scts", name: "scts", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "supportedSignatureAlgorithms", name: "supportedSignatureAlgorithms", embedded: false, exported: false, typ: sliceType$7, tag: ""}, {prop: "supportedSignatureAlgorithmsCert", name: "supportedSignatureAlgorithmsCert", embedded: false, exported: false, typ: sliceType$7, tag: ""}, {prop: "certificateAuthorities", name: "certificateAuthorities", embedded: false, exported: false, typ: sliceType$11, tag: ""}]);
	certificateMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "certificates", name: "certificates", embedded: false, exported: false, typ: sliceType$11, tag: ""}]);
	certificateMsgTLS13.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "certificate", name: "certificate", embedded: false, exported: false, typ: Certificate, tag: ""}, {prop: "ocspStapling", name: "ocspStapling", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "scts", name: "scts", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	serverKeyExchangeMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "key", name: "key", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	certificateStatusMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "response", name: "response", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	serverHelloDoneMsg.init("", []);
	clientKeyExchangeMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "ciphertext", name: "ciphertext", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	finishedMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "verifyData", name: "verifyData", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	certificateRequestMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "hasSignatureAlgorithm", name: "hasSignatureAlgorithm", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "certificateTypes", name: "certificateTypes", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "supportedSignatureAlgorithms", name: "supportedSignatureAlgorithms", embedded: false, exported: false, typ: sliceType$7, tag: ""}, {prop: "certificateAuthorities", name: "certificateAuthorities", embedded: false, exported: false, typ: sliceType$11, tag: ""}]);
	certificateVerifyMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "hasSignatureAlgorithm", name: "hasSignatureAlgorithm", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "signatureAlgorithm", name: "signatureAlgorithm", embedded: false, exported: false, typ: SignatureScheme, tag: ""}, {prop: "signature", name: "signature", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	newSessionTicketMsg.init("crypto/tls", [{prop: "raw", name: "raw", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "ticket", name: "ticket", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	helloRequestMsg.init("", []);
	clientHandshakeStateTLS13.init("crypto/tls", [{prop: "c", name: "c", embedded: false, exported: false, typ: ptrType$6, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "serverHello", name: "serverHello", embedded: false, exported: false, typ: ptrType$30, tag: ""}, {prop: "hello", name: "hello", embedded: false, exported: false, typ: ptrType$26, tag: ""}, {prop: "ecdheParams", name: "ecdheParams", embedded: false, exported: false, typ: ecdheParameters, tag: ""}, {prop: "session", name: "session", embedded: false, exported: false, typ: ptrType$37, tag: ""}, {prop: "earlySecret", name: "earlySecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "binderKey", name: "binderKey", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "certReq", name: "certReq", embedded: false, exported: false, typ: ptrType$39, tag: ""}, {prop: "usingPSK", name: "usingPSK", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sentDummyCCS", name: "sentDummyCCS", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "suite", name: "suite", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "transcript", name: "transcript", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "masterSecret", name: "masterSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "trafficSecret", name: "trafficSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	clientHandshakeState.init("crypto/tls", [{prop: "c", name: "c", embedded: false, exported: false, typ: ptrType$6, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "serverHello", name: "serverHello", embedded: false, exported: false, typ: ptrType$30, tag: ""}, {prop: "hello", name: "hello", embedded: false, exported: false, typ: ptrType$26, tag: ""}, {prop: "suite", name: "suite", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "finishedHash", name: "finishedHash", embedded: false, exported: false, typ: finishedHash, tag: ""}, {prop: "masterSecret", name: "masterSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "session", name: "session", embedded: false, exported: false, typ: ptrType$37, tag: ""}]);
	Conn.init("crypto/tls", [{prop: "conn", name: "conn", embedded: false, exported: false, typ: net.Conn, tag: ""}, {prop: "isClient", name: "isClient", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "handshakeFn", name: "handshakeFn", embedded: false, exported: false, typ: funcType$1, tag: ""}, {prop: "handshakeStatus", name: "handshakeStatus", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "handshakeMutex", name: "handshakeMutex", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "handshakeErr", name: "handshakeErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "vers", name: "vers", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "haveVers", name: "haveVers", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "config", name: "config", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "handshakes", name: "handshakes", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "didResume", name: "didResume", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "cipherSuite", name: "cipherSuite", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "ocspResponse", name: "ocspResponse", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "scts", name: "scts", embedded: false, exported: false, typ: sliceType$11, tag: ""}, {prop: "peerCertificates", name: "peerCertificates", embedded: false, exported: false, typ: sliceType$12, tag: ""}, {prop: "verifiedChains", name: "verifiedChains", embedded: false, exported: false, typ: sliceType$13, tag: ""}, {prop: "serverName", name: "serverName", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "secureRenegotiation", name: "secureRenegotiation", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ekm", name: "ekm", embedded: false, exported: false, typ: funcType$2, tag: ""}, {prop: "resumptionSecret", name: "resumptionSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "ticketKeys", name: "ticketKeys", embedded: false, exported: false, typ: sliceType$4, tag: ""}, {prop: "clientFinishedIsFirst", name: "clientFinishedIsFirst", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "closeNotifyErr", name: "closeNotifyErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "closeNotifySent", name: "closeNotifySent", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "clientFinished", name: "clientFinished", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "serverFinished", name: "serverFinished", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "clientProtocol", name: "clientProtocol", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "in$27", name: "in", embedded: false, exported: false, typ: halfConn, tag: ""}, {prop: "out", name: "out", embedded: false, exported: false, typ: halfConn, tag: ""}, {prop: "rawInput", name: "rawInput", embedded: false, exported: false, typ: bytes.Buffer, tag: ""}, {prop: "input", name: "input", embedded: false, exported: false, typ: bytes.Reader, tag: ""}, {prop: "hand", name: "hand", embedded: false, exported: false, typ: bytes.Buffer, tag: ""}, {prop: "buffering", name: "buffering", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sendBuf", name: "sendBuf", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "bytesSent", name: "bytesSent", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "packetsSent", name: "packetsSent", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "retryCount", name: "retryCount", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "activeCall", name: "activeCall", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "tmp", name: "tmp", embedded: false, exported: false, typ: arrayType$4, tag: ""}]);
	halfConn.init("crypto/tls", [{prop: "Mutex", name: "Mutex", embedded: true, exported: true, typ: sync.Mutex, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "version", name: "version", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "cipher", name: "cipher", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "mac", name: "mac", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "seq", name: "seq", embedded: false, exported: false, typ: arrayType$2, tag: ""}, {prop: "scratchBuf", name: "scratchBuf", embedded: false, exported: false, typ: arrayType$3, tag: ""}, {prop: "nextCipher", name: "nextCipher", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "nextMac", name: "nextMac", embedded: false, exported: false, typ: hash.Hash, tag: ""}, {prop: "trafficSecret", name: "trafficSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	permanentError.init("crypto/tls", [{prop: "err", name: "err", embedded: false, exported: false, typ: net.Error, tag: ""}]);
	cbcMode.init([{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "CryptBlocks", name: "CryptBlocks", pkg: "", typ: $funcType([sliceType$5, sliceType$5], [], false)}, {prop: "SetIV", name: "SetIV", pkg: "", typ: $funcType([sliceType$5], [], false)}]);
	RecordHeaderError.init("", [{prop: "Msg", name: "Msg", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "RecordHeader", name: "RecordHeader", embedded: false, exported: true, typ: arrayType$6, tag: ""}, {prop: "Conn", name: "Conn", embedded: false, exported: true, typ: net.Conn, tag: ""}]);
	atLeastReader.init("", [{prop: "R", name: "R", embedded: false, exported: true, typ: io.Reader, tag: ""}, {prop: "N", name: "N", embedded: false, exported: true, typ: $Int64, tag: ""}]);
	keyShare.init("crypto/tls", [{prop: "group", name: "group", embedded: false, exported: false, typ: CurveID, tag: ""}, {prop: "data", name: "data", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	pskIdentity.init("crypto/tls", [{prop: "label", name: "label", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "obfuscatedTicketAge", name: "obfuscatedTicketAge", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	ConnectionState.init("crypto/tls", [{prop: "Version", name: "Version", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "HandshakeComplete", name: "HandshakeComplete", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "DidResume", name: "DidResume", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "CipherSuite", name: "CipherSuite", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "NegotiatedProtocol", name: "NegotiatedProtocol", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "NegotiatedProtocolIsMutual", name: "NegotiatedProtocolIsMutual", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "ServerName", name: "ServerName", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "PeerCertificates", name: "PeerCertificates", embedded: false, exported: true, typ: sliceType$12, tag: ""}, {prop: "VerifiedChains", name: "VerifiedChains", embedded: false, exported: true, typ: sliceType$13, tag: ""}, {prop: "SignedCertificateTimestamps", name: "SignedCertificateTimestamps", embedded: false, exported: true, typ: sliceType$11, tag: ""}, {prop: "OCSPResponse", name: "OCSPResponse", embedded: false, exported: true, typ: sliceType$5, tag: ""}, {prop: "TLSUnique", name: "TLSUnique", embedded: false, exported: true, typ: sliceType$5, tag: ""}, {prop: "ekm", name: "ekm", embedded: false, exported: false, typ: funcType$2, tag: ""}]);
	ClientSessionState.init("crypto/tls", [{prop: "sessionTicket", name: "sessionTicket", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "vers", name: "vers", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "cipherSuite", name: "cipherSuite", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "masterSecret", name: "masterSecret", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "serverCertificates", name: "serverCertificates", embedded: false, exported: false, typ: sliceType$12, tag: ""}, {prop: "verifiedChains", name: "verifiedChains", embedded: false, exported: false, typ: sliceType$13, tag: ""}, {prop: "receivedAt", name: "receivedAt", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "ocspResponse", name: "ocspResponse", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "scts", name: "scts", embedded: false, exported: false, typ: sliceType$11, tag: ""}, {prop: "nonce", name: "nonce", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "useBy", name: "useBy", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "ageAdd", name: "ageAdd", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	ClientSessionCache.init([{prop: "Get", name: "Get", pkg: "", typ: $funcType([$String], [ptrType$37, $Bool], false)}, {prop: "Put", name: "Put", pkg: "", typ: $funcType([$String, ptrType$37], [], false)}]);
	ClientHelloInfo.init("crypto/tls", [{prop: "CipherSuites", name: "CipherSuites", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "ServerName", name: "ServerName", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "SupportedCurves", name: "SupportedCurves", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "SupportedPoints", name: "SupportedPoints", embedded: false, exported: true, typ: sliceType$5, tag: ""}, {prop: "SignatureSchemes", name: "SignatureSchemes", embedded: false, exported: true, typ: sliceType$7, tag: ""}, {prop: "SupportedProtos", name: "SupportedProtos", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "SupportedVersions", name: "SupportedVersions", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "Conn", name: "Conn", embedded: false, exported: true, typ: net.Conn, tag: ""}, {prop: "config", name: "config", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}]);
	CertificateRequestInfo.init("crypto/tls", [{prop: "AcceptableCAs", name: "AcceptableCAs", embedded: false, exported: true, typ: sliceType$11, tag: ""}, {prop: "SignatureSchemes", name: "SignatureSchemes", embedded: false, exported: true, typ: sliceType$7, tag: ""}, {prop: "Version", name: "Version", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}]);
	Config.init("crypto/tls", [{prop: "Rand", name: "Rand", embedded: false, exported: true, typ: io.Reader, tag: ""}, {prop: "Time", name: "Time", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "Certificates", name: "Certificates", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "NameToCertificate", name: "NameToCertificate", embedded: false, exported: true, typ: mapType, tag: ""}, {prop: "GetCertificate", name: "GetCertificate", embedded: false, exported: true, typ: funcType$4, tag: ""}, {prop: "GetClientCertificate", name: "GetClientCertificate", embedded: false, exported: true, typ: funcType$5, tag: ""}, {prop: "GetConfigForClient", name: "GetConfigForClient", embedded: false, exported: true, typ: funcType$6, tag: ""}, {prop: "VerifyPeerCertificate", name: "VerifyPeerCertificate", embedded: false, exported: true, typ: funcType$7, tag: ""}, {prop: "VerifyConnection", name: "VerifyConnection", embedded: false, exported: true, typ: funcType$8, tag: ""}, {prop: "RootCAs", name: "RootCAs", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "NextProtos", name: "NextProtos", embedded: false, exported: true, typ: sliceType$1, tag: ""}, {prop: "ServerName", name: "ServerName", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "ClientAuth", name: "ClientAuth", embedded: false, exported: true, typ: ClientAuthType, tag: ""}, {prop: "ClientCAs", name: "ClientCAs", embedded: false, exported: true, typ: ptrType, tag: ""}, {prop: "InsecureSkipVerify", name: "InsecureSkipVerify", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "CipherSuites", name: "CipherSuites", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "PreferServerCipherSuites", name: "PreferServerCipherSuites", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "SessionTicketsDisabled", name: "SessionTicketsDisabled", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "SessionTicketKey", name: "SessionTicketKey", embedded: false, exported: true, typ: arrayType, tag: ""}, {prop: "ClientSessionCache", name: "ClientSessionCache", embedded: false, exported: true, typ: ClientSessionCache, tag: ""}, {prop: "MinVersion", name: "MinVersion", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "MaxVersion", name: "MaxVersion", embedded: false, exported: true, typ: $Uint16, tag: ""}, {prop: "CurvePreferences", name: "CurvePreferences", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "DynamicRecordSizingDisabled", name: "DynamicRecordSizingDisabled", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Renegotiation", name: "Renegotiation", embedded: false, exported: true, typ: RenegotiationSupport, tag: ""}, {prop: "KeyLogWriter", name: "KeyLogWriter", embedded: false, exported: true, typ: io.Writer, tag: ""}, {prop: "mutex", name: "mutex", embedded: false, exported: false, typ: sync.RWMutex, tag: ""}, {prop: "sessionTicketKeys", name: "sessionTicketKeys", embedded: false, exported: false, typ: sliceType$4, tag: ""}, {prop: "autoSessionTicketKeys", name: "autoSessionTicketKeys", embedded: false, exported: false, typ: sliceType$4, tag: ""}]);
	ticketKey.init("crypto/tls", [{prop: "keyName", name: "keyName", embedded: false, exported: false, typ: arrayType$4, tag: ""}, {prop: "aesKey", name: "aesKey", embedded: false, exported: false, typ: arrayType$4, tag: ""}, {prop: "hmacKey", name: "hmacKey", embedded: false, exported: false, typ: arrayType$4, tag: ""}, {prop: "created", name: "created", embedded: false, exported: false, typ: time.Time, tag: ""}]);
	Certificate.init("", [{prop: "Certificate", name: "Certificate", embedded: false, exported: true, typ: sliceType$11, tag: ""}, {prop: "PrivateKey", name: "PrivateKey", embedded: false, exported: true, typ: crypto.PrivateKey, tag: ""}, {prop: "SupportedSignatureAlgorithms", name: "SupportedSignatureAlgorithms", embedded: false, exported: true, typ: sliceType$7, tag: ""}, {prop: "OCSPStaple", name: "OCSPStaple", embedded: false, exported: true, typ: sliceType$5, tag: ""}, {prop: "SignedCertificateTimestamps", name: "SignedCertificateTimestamps", embedded: false, exported: true, typ: sliceType$11, tag: ""}, {prop: "Leaf", name: "Leaf", embedded: false, exported: true, typ: ptrType$5, tag: ""}]);
	cipherSuite.init("crypto/tls", [{prop: "id", name: "id", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "keyLen", name: "keyLen", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "macLen", name: "macLen", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "ivLen", name: "ivLen", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "ka", name: "ka", embedded: false, exported: false, typ: funcType$9, tag: ""}, {prop: "flags", name: "flags", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "cipher", name: "cipher", embedded: false, exported: false, typ: funcType$10, tag: ""}, {prop: "mac", name: "mac", embedded: false, exported: false, typ: funcType$11, tag: ""}, {prop: "aead", name: "aead", embedded: false, exported: false, typ: funcType$12, tag: ""}]);
	cipherSuiteTLS13.init("crypto/tls", [{prop: "id", name: "id", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "keyLen", name: "keyLen", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "aead", name: "aead", embedded: false, exported: false, typ: funcType$12, tag: ""}, {prop: "hash", name: "hash", embedded: false, exported: false, typ: crypto.Hash, tag: ""}]);
	aead.init([{prop: "NonceSize", name: "NonceSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Open", name: "Open", pkg: "", typ: $funcType([sliceType$5, sliceType$5, sliceType$5, sliceType$5], [sliceType$5, $error], false)}, {prop: "Overhead", name: "Overhead", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Seal", name: "Seal", pkg: "", typ: $funcType([sliceType$5, sliceType$5, sliceType$5, sliceType$5], [sliceType$5], false)}, {prop: "explicitNonceLen", name: "explicitNonceLen", pkg: "crypto/tls", typ: $funcType([], [$Int], false)}]);
	prefixNonceAEAD.init("crypto/tls", [{prop: "nonce", name: "nonce", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "aead", name: "aead", embedded: false, exported: false, typ: cipher.AEAD, tag: ""}]);
	xorNonceAEAD.init("crypto/tls", [{prop: "nonceMask", name: "nonceMask", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "aead", name: "aead", embedded: false, exported: false, typ: cipher.AEAD, tag: ""}]);
	constantTimeHash.init([{prop: "BlockSize", name: "BlockSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "ConstantTimeSum", name: "ConstantTimeSum", pkg: "", typ: $funcType([sliceType$5], [sliceType$5], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Sum", name: "Sum", pkg: "", typ: $funcType([sliceType$5], [sliceType$5], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$5], [$Int, $error], false)}]);
	cthWrapper.init("crypto/tls", [{prop: "h", name: "h", embedded: false, exported: false, typ: constantTimeHash, tag: ""}]);
	binaryMarshaler.init([{prop: "MarshalBinary", name: "MarshalBinary", pkg: "", typ: $funcType([], [sliceType$5, $error], false)}, {prop: "UnmarshalBinary", name: "UnmarshalBinary", pkg: "", typ: $funcType([sliceType$5], [$error], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = list.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = context.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = crypto.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = aes.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cipher.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = des.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ecdsa.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ed25519.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = elliptic.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hmac.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = md5.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rc4.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rsa.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha1.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha256.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sha512.$init(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = subtle.$init(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = x509.$init(); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = pem.$init(); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hash.$init(); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cpu.$init(); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = godebug.$init(); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = big.$init(); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = net.$init(); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = chacha20poly1305.$init(); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cryptobyte.$init(); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = curve25519.$init(); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hkdf.$init(); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		testingOnlyForceDowngradeCanary = false;
		writerMutex = new sync.Mutex.ptr(0, 0);
		emptyConfig = new Config.ptr($ifaceNil, $throwNilPointerError, sliceType.nil, false, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType.nil, sliceType$1.nil, "", 0, ptrType.nil, false, sliceType$2.nil, false, false, arrayType.zero(), $ifaceNil, 0, 0, sliceType$3.nil, false, 0, $ifaceNil, new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), sliceType$4.nil, sliceType$4.nil);
		masterSecretLabel = (new sliceType$5($stringToBytes("master secret")));
		keyExpansionLabel = (new sliceType$5($stringToBytes("key expansion")));
		clientFinishedLabel = (new sliceType$5($stringToBytes("client finished")));
		serverFinishedLabel = (new sliceType$5($stringToBytes("server finished")));
		errClientKeyExchange = errors.New("tls: invalid ClientKeyExchange message");
		errServerKeyExchange = errors.New("tls: invalid ServerKeyExchange message");
		outBufPool = new sync.Pool.ptr(sliceType$6.nil, (function() {
			return $newDataPointer(sliceType$5.nil, ptrType$1);
		}));
		errShutdown = errors.New("tls: protocol is shutdown");
		errEarlyCloseWrite = errors.New("tls: CloseWrite called before handshake complete");
		_SignatureScheme_index_8 = $toNativeArray($kindUint8, [0, 13, 26, 39, 46]);
		_CurveID_index_0 = $toNativeArray($kindUint8, [0, 9, 18, 27]);
		_ClientAuthType_index = $toNativeArray($kindUint8, [0, 12, 29, 49, 72, 98]);
		directSigning = 0;
		helloRetryRequestRandom = new sliceType$5([207, 33, 173, 116, 229, 154, 97, 17, 190, 29, 140, 2, 30, 101, 184, 145, 194, 162, 17, 22, 122, 187, 140, 94, 7, 158, 9, 226, 200, 168, 51, 156]);
		supportedSignatureAlgorithms = new sliceType$7([2052, 1027, 2055, 2053, 2054, 1025, 1281, 1537, 1283, 1539, 513, 515]);
		deprecatedSessionTicketKey = (new sliceType$5($stringToBytes("DEPRECATED")));
		supportedVersions = new sliceType$2([772, 771, 770, 769]);
		_r = godebug.Get("tls10default"); /* */ $s = 42; case 42: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		debugEnableTLS10 = _r === "1";
		defaultCurvePreferences = new sliceType$3([29, 23, 24, 25]);
		errNoCertificates = errors.New("tls: no certificates configured");
		hasGCMAsmAMD64 = cpu.X86.HasAES && cpu.X86.HasPCLMULQDQ;
		hasGCMAsmARM64 = cpu.ARM64.HasAES && cpu.ARM64.HasPMULL;
		hasGCMAsmS390X = cpu.S390X.HasAES && cpu.S390X.HasAESCBC && cpu.S390X.HasAESCTR && (cpu.S390X.HasGHASH || cpu.S390X.HasAESGCM);
		hasAESGCMHardwareSupport = false && hasGCMAsmAMD64 || false && hasGCMAsmARM64 || false && hasGCMAsmS390X;
		disabledCipherSuites = new sliceType$2([49187, 49191, 60, 49159, 49169, 5]);
		aesgcmCiphers = $makeMap($Uint16.keyFor, [{ k: 49199, v: true }, { k: 49200, v: true }, { k: 49195, v: true }, { k: 49196, v: true }, { k: 4865, v: true }, { k: 4866, v: true }]);
		cipherSuitesTLS13 = new sliceType$8([new cipherSuiteTLS13.ptr(4865, 16, aeadAESGCMTLS13, 5), new cipherSuiteTLS13.ptr(4867, 32, aeadChaCha20Poly1305, 5), new cipherSuiteTLS13.ptr(4866, 32, aeadAESGCMTLS13, 6)]);
		defaultCipherSuitesTLS13 = new sliceType$2([4865, 4866, 4867]);
		defaultCipherSuitesTLS13NoAES = new sliceType$2([4867, 4865, 4866]);
		cipherSuites = new sliceType$9([new cipherSuite.ptr(52392, 32, 0, 12, ecdheRSAKA, 5, $throwNilPointerError, $throwNilPointerError, aeadChaCha20Poly1305), new cipherSuite.ptr(52393, 32, 0, 12, ecdheECDSAKA, 7, $throwNilPointerError, $throwNilPointerError, aeadChaCha20Poly1305), new cipherSuite.ptr(49199, 16, 0, 4, ecdheRSAKA, 5, $throwNilPointerError, $throwNilPointerError, aeadAESGCM), new cipherSuite.ptr(49195, 16, 0, 4, ecdheECDSAKA, 7, $throwNilPointerError, $throwNilPointerError, aeadAESGCM), new cipherSuite.ptr(49200, 32, 0, 4, ecdheRSAKA, 13, $throwNilPointerError, $throwNilPointerError, aeadAESGCM), new cipherSuite.ptr(49196, 32, 0, 4, ecdheECDSAKA, 15, $throwNilPointerError, $throwNilPointerError, aeadAESGCM), new cipherSuite.ptr(49191, 16, 32, 16, ecdheRSAKA, 5, cipherAES, macSHA256, $throwNilPointerError), new cipherSuite.ptr(49171, 16, 20, 16, ecdheRSAKA, 1, cipherAES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(49187, 16, 32, 16, ecdheECDSAKA, 7, cipherAES, macSHA256, $throwNilPointerError), new cipherSuite.ptr(49161, 16, 20, 16, ecdheECDSAKA, 3, cipherAES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(49172, 32, 20, 16, ecdheRSAKA, 1, cipherAES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(49162, 32, 20, 16, ecdheECDSAKA, 3, cipherAES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(156, 16, 0, 4, rsaKA, 4, $throwNilPointerError, $throwNilPointerError, aeadAESGCM), new cipherSuite.ptr(157, 32, 0, 4, rsaKA, 12, $throwNilPointerError, $throwNilPointerError, aeadAESGCM), new cipherSuite.ptr(60, 16, 32, 16, rsaKA, 4, cipherAES, macSHA256, $throwNilPointerError), new cipherSuite.ptr(47, 16, 20, 16, rsaKA, 0, cipherAES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(53, 32, 20, 16, rsaKA, 0, cipherAES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(49170, 24, 20, 8, ecdheRSAKA, 1, cipher3DES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(10, 24, 20, 8, rsaKA, 0, cipher3DES, macSHA1, $throwNilPointerError), new cipherSuite.ptr(5, 16, 20, 0, rsaKA, 0, cipherRC4, macSHA1, $throwNilPointerError), new cipherSuite.ptr(49169, 16, 20, 0, ecdheRSAKA, 1, cipherRC4, macSHA1, $throwNilPointerError), new cipherSuite.ptr(49159, 16, 20, 0, ecdheECDSAKA, 3, cipherRC4, macSHA1, $throwNilPointerError)]);
		cipherSuitesPreferenceOrder = new sliceType$2([49195, 49199, 49196, 49200, 52393, 52392, 49161, 49171, 49162, 49172, 156, 157, 47, 53, 49170, 10, 49187, 49191, 60, 49159, 49169, 5]);
		cipherSuitesPreferenceOrderNoAES = new sliceType$2([52393, 52392, 49195, 49199, 49196, 49200, 49161, 49171, 49162, 49172, 156, 157, 47, 53, 49170, 10, 49187, 49191, 60, 49159, 49169, 5]);
		defaultCipherSuitesLen = cipherSuitesPreferenceOrder.$length - disabledCipherSuites.$length >> 0;
		defaultCipherSuites = $subslice(cipherSuitesPreferenceOrder, 0, defaultCipherSuitesLen);
		signaturePadding = new sliceType$5([32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32]);
		rsaSignatureSchemes = new sliceType$10([new structType.ptr(2052, ($imul(new crypto.Hash(5).Size(), 2)) + 2 >> 0, 772), new structType.ptr(2053, ($imul(new crypto.Hash(6).Size(), 2)) + 2 >> 0, 772), new structType.ptr(2054, ($imul(new crypto.Hash(7).Size(), 2)) + 2 >> 0, 772), new structType.ptr(1025, (19 + new crypto.Hash(5).Size() >> 0) + 11 >> 0, 771), new structType.ptr(1281, (19 + new crypto.Hash(6).Size() >> 0) + 11 >> 0, 771), new structType.ptr(1537, (19 + new crypto.Hash(7).Size() >> 0) + 11 >> 0, 771), new structType.ptr(513, (15 + new crypto.Hash(3).Size() >> 0) + 11 >> 0, 771)]);
		alertText = $makeMap(alert.keyFor, [{ k: 0, v: "close notify" }, { k: 10, v: "unexpected message" }, { k: 20, v: "bad record MAC" }, { k: 21, v: "decryption failed" }, { k: 22, v: "record overflow" }, { k: 30, v: "decompression failure" }, { k: 40, v: "handshake failure" }, { k: 42, v: "bad certificate" }, { k: 43, v: "unsupported certificate" }, { k: 44, v: "revoked certificate" }, { k: 45, v: "expired certificate" }, { k: 46, v: "unknown certificate" }, { k: 47, v: "illegal parameter" }, { k: 48, v: "unknown certificate authority" }, { k: 49, v: "access denied" }, { k: 50, v: "error decoding message" }, { k: 51, v: "error decrypting message" }, { k: 60, v: "export restriction" }, { k: 70, v: "protocol version not supported" }, { k: 71, v: "insufficient security level" }, { k: 80, v: "internal error" }, { k: 86, v: "inappropriate fallback" }, { k: 90, v: "user canceled" }, { k: 100, v: "no renegotiation" }, { k: 109, v: "missing extension" }, { k: 110, v: "unsupported extension" }, { k: 111, v: "certificate unobtainable" }, { k: 112, v: "unrecognized name" }, { k: 113, v: "bad certificate status response" }, { k: 114, v: "bad certificate hash value" }, { k: 115, v: "unknown PSK identity" }, { k: 116, v: "certificate required" }, { k: 120, v: "no application protocol" }]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["mime"] = (function() {
	var $pkg = {}, $init, bufio, bytes, base64, errors, fmt, io, os, sort, strings, sync, unicode, utf8, sliceType, sliceType$1, sliceType$2, ptrType, mimeGlobs, typeFiles, mimeTypes, mimeTypes$24ptr, mimeTypesLower, mimeTypesLower$24ptr, extensionsMu, extensions, extensions$24ptr, osInitMime, errInvalidWord, maxBase64Len, init, loadMimeGlobsFile, loadMimeFile, initMimeUnix, setExtensionType, FormatMediaType, checkMediaTypeDisposition, ParseMediaType, decode2231Enc, isNotTokenChar, consumeToken, consumeValue, consumeMediaParam, percentHexUnescape, ishex, unhex, isTSpecial, isTokenChar, isToken, needsEncoding;
	bufio = $packages["bufio"];
	bytes = $packages["bytes"];
	base64 = $packages["encoding/base64"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	os = $packages["os"];
	sort = $packages["sort"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	unicode = $packages["unicode"];
	utf8 = $packages["unicode/utf8"];
	sliceType = $sliceType($String);
	sliceType$1 = $sliceType($Uint8);
	sliceType$2 = $sliceType($emptyInterface);
	ptrType = $ptrType(strings.Builder);
	init = function() {
		osInitMime = initMimeUnix;
	};
	loadMimeGlobsFile = function(filename) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, err, err$1, extension, f, fields, filename, ok, scanner, $s, $deferred, $r, $c} = $restore(this, {filename});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r = os.Open(filename); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		f = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = err;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$deferred.push([$methodVal(f, "Close"), []]);
		scanner = bufio.NewScanner(f);
		/* while (true) { */ case 5:
			_r$1 = scanner.Scan(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* if (!(_r$1)) { break; } */ if(!(_r$1)) { $s = 6; continue; }
			fields = strings.Split(scanner.Text(), ":");
			if (fields.$length < 3 || (0 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 0]).length < 1 || (2 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 2]).length < 2) {
				/* continue; */ $s = 5; continue;
			} else if (((0 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 0]).charCodeAt(0) === 35) || !(((2 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 2]).charCodeAt(0) === 42))) {
				/* continue; */ $s = 5; continue;
			}
			extension = $substring((2 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 2]), 1);
			_r$2 = mimeTypes.Load(new $String(extension)); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			ok = _tuple$1[1];
			if (ok) {
				/* continue; */ $s = 5; continue;
			}
			_r$3 = setExtensionType(extension, (1 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 1])); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		$s = 5; continue;
		case 6:
		err$1 = scanner.Err();
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$panic(err$1);
		}
		$24r$1 = $ifaceNil;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: loadMimeGlobsFile, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _tuple, _tuple$1, err, err$1, extension, f, fields, filename, ok, scanner, $s, $deferred};return $f; } }
	};
	loadMimeFile = function(filename) {
		var {_i, _r, _r$1, _r$2, _r$3, _ref, _tuple, err, err$1, ext, f, fields, filename, mimeType, scanner, $s, $deferred, $r, $c} = $restore(this, {filename});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r = os.Open(filename); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		f = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		$deferred.push([$methodVal(f, "Close"), []]);
		scanner = bufio.NewScanner(f);
		/* while (true) { */ case 5:
			_r$1 = scanner.Scan(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* if (!(_r$1)) { break; } */ if(!(_r$1)) { $s = 6; continue; }
			_r$2 = strings.Fields(scanner.Text()); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			fields = _r$2;
			if (fields.$length <= 1 || ((0 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 0]).charCodeAt(0) === 35)) {
				/* continue; */ $s = 5; continue;
			}
			mimeType = (0 >= fields.$length ? ($throwRuntimeError("index out of range"), undefined) : fields.$array[fields.$offset + 0]);
			_ref = $subslice(fields, 1);
			_i = 0;
			/* while (true) { */ case 9:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 10; continue; }
				ext = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (ext.charCodeAt(0) === 35) {
					/* break; */ $s = 10; continue;
				}
				_r$3 = setExtensionType("." + ext, mimeType); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				_i++;
			$s = 9; continue;
			case 10:
		$s = 5; continue;
		case 6:
		err$1 = scanner.Err();
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$panic(err$1);
		}
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: loadMimeFile, $c: true, $r, _i, _r, _r$1, _r$2, _r$3, _ref, _tuple, err, err$1, ext, f, fields, filename, mimeType, scanner, $s, $deferred};return $f; } }
	};
	initMimeUnix = function() {
		var {_i, _i$1, _r, _ref, _ref$1, err, filename, filename$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = mimeGlobs;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			filename = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = loadMimeGlobsFile(filename); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			err = _r;
			if ($interfaceIsEqual(err, $ifaceNil)) {
				$s = -1; return;
			}
			_i++;
		$s = 1; continue;
		case 2:
		_ref$1 = typeFiles;
		_i$1 = 0;
		/* while (true) { */ case 4:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 5; continue; }
			filename$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			$r = loadMimeFile(filename$1); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i$1++;
		$s = 4; continue;
		case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initMimeUnix, $c: true, $r, _i, _i$1, _r, _ref, _ref$1, err, filename, filename$1, $s};return $f;
	};
	setExtensionType = function(extension, mimeType) {
		var {$24r, $24r$1, $24r$2, _entry, _i, _key, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, ei, err, extLower, extension, exts, justType, mimeType, ok, param, v, $s, $deferred, $r, $c} = $restore(this, {extension, mimeType});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r = ParseMediaType(mimeType); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		justType = _tuple[0];
		param = _tuple[1];
		err = _tuple[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = err;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		/* */ if (strings.HasPrefix(mimeType, "text/") && (_entry = param[$String.keyFor("charset")], _entry !== undefined ? _entry.v : "") === "") { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (strings.HasPrefix(mimeType, "text/") && (_entry = param[$String.keyFor("charset")], _entry !== undefined ? _entry.v : "") === "") { */ case 5:
			_key = "charset"; (param || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: "utf-8" };
			_r$1 = FormatMediaType(mimeType, param); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			mimeType = _r$1;
		/* } */ case 6:
		_r$2 = strings.ToLower(extension); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		extLower = _r$2;
		$r = mimeTypes.Store(new $String(extension), new $String(mimeType)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = mimeTypesLower.Store(new $String(extLower), new $String(mimeType)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = extensionsMu.Lock(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(extensionsMu, "Unlock"), []]);
		exts = sliceType.nil;
		_r$3 = extensions.Load(new $String(justType)); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		ei = _tuple$1[0];
		ok = _tuple$1[1];
		if (ok) {
			exts = $assertType(ei, sliceType);
		}
		_ref = exts;
		_i = 0;
		/* while (true) { */ case 13:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 14; continue; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (v === extLower) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (v === extLower) { */ case 15:
				$24r$1 = $ifaceNil;
				$s = 17; case 17: return $24r$1;
			/* } */ case 16:
			_i++;
		$s = 13; continue;
		case 14:
		$r = extensions.Store(new $String(justType), $append(exts, extLower)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$24r$2 = $ifaceNil;
		$s = 19; case 19: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: setExtensionType, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _i, _key, _r, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, ei, err, extLower, extension, exts, justType, mimeType, ok, param, v, $s, $deferred};return $f; } }
	};
	FormatMediaType = function(t, param) {
		var {_entry, _entry$1, _i, _i$1, _keys, _r, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _v, a, attribute, attrs, b, ch, character, index, index$1, major, needEnc, offset, offset$1, ok, param, sub, t, value, $s, $r, $c} = $restore(this, {t, param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = new strings.Builder.ptr(ptrType.nil, sliceType$1.nil);
		_tuple = strings.Cut(t, "/");
		major = _tuple[0];
		sub = _tuple[1];
		ok = _tuple[2];
		/* */ if (!ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!ok) { */ case 1:
			_r = isToken(t); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			/* */ if (!_r) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!_r) { */ case 4:
				$s = -1; return "";
			/* } */ case 5:
			_r$1 = strings.ToLower(t); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = b.WriteString(_r$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$3 = isToken(major); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			if (!_r$3) { _v = true; $s = 11; continue s; }
			_r$4 = isToken(sub); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_v = !_r$4; case 11:
			/* */ if (_v) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_v) { */ case 9:
				$s = -1; return "";
			/* } */ case 10:
			_r$5 = strings.ToLower(major); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$6 = b.WriteString(_r$5); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			b.WriteByte(47);
			_r$7 = strings.ToLower(sub); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = b.WriteString(_r$7); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
		/* } */ case 3:
		attrs = $makeSlice(sliceType, 0, $keys(param).length);
		_ref = param;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			a = _entry.k;
			attrs = $append(attrs, a);
			_i++;
		}
		$r = sort.Strings(attrs); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref$1 = attrs;
		_i$1 = 0;
		/* while (true) { */ case 19:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 20; continue; }
			attribute = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			value = (_entry$1 = param[$String.keyFor(attribute)], _entry$1 !== undefined ? _entry$1.v : "");
			b.WriteByte(59);
			b.WriteByte(32);
			_r$9 = isToken(attribute); /* */ $s = 23; case 23: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			/* */ if (!_r$9) { $s = 21; continue; }
			/* */ $s = 22; continue;
			/* if (!_r$9) { */ case 21:
				$s = -1; return "";
			/* } */ case 22:
			_r$10 = strings.ToLower(attribute); /* */ $s = 24; case 24: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$11 = b.WriteString(_r$10); /* */ $s = 25; case 25: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			needEnc = needsEncoding(value);
			if (needEnc) {
				b.WriteByte(42);
			}
			b.WriteByte(61);
			if (needEnc) {
				b.WriteString("utf-8''");
				offset = 0;
				index = 0;
				while (true) {
					if (!(index < value.length)) { break; }
					ch = value.charCodeAt(index);
					if (ch <= 32 || ch >= 127 || (ch === 42) || (ch === 39) || (ch === 37) || isTSpecial(((ch >> 0)))) {
						b.WriteString($substring(value, offset, index));
						offset = index + 1 >> 0;
						b.WriteByte(37);
						b.WriteByte("0123456789ABCDEF".charCodeAt((ch >>> 4 << 24 >>> 24)));
						b.WriteByte("0123456789ABCDEF".charCodeAt(((ch & 15) >>> 0)));
					}
					index = index + (1) >> 0;
				}
				b.WriteString($substring(value, offset));
				_i$1++;
				/* continue; */ $s = 19; continue;
			}
			_r$12 = isToken(value); /* */ $s = 28; case 28: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			/* */ if (_r$12) { $s = 26; continue; }
			/* */ $s = 27; continue;
			/* if (_r$12) { */ case 26:
				b.WriteString(value);
				_i$1++;
				/* continue; */ $s = 19; continue;
			/* } */ case 27:
			b.WriteByte(34);
			offset$1 = 0;
			index$1 = 0;
			while (true) {
				if (!(index$1 < value.length)) { break; }
				character = value.charCodeAt(index$1);
				if ((character === 34) || (character === 92)) {
					b.WriteString($substring(value, offset$1, index$1));
					offset$1 = index$1;
					b.WriteByte(92);
				}
				index$1 = index$1 + (1) >> 0;
			}
			b.WriteString($substring(value, offset$1));
			b.WriteByte(34);
			_i$1++;
		$s = 19; continue;
		case 20:
		$s = -1; return b.String();
		/* */ } return; } var $f = {$blk: FormatMediaType, $c: true, $r, _entry, _entry$1, _i, _i$1, _keys, _r, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tuple, _v, a, attribute, attrs, b, ch, character, index, index$1, major, needEnc, offset, offset$1, ok, param, sub, t, value, $s};return $f;
	};
	$pkg.FormatMediaType = FormatMediaType;
	checkMediaTypeDisposition = function(s) {
		var {_r, _r$1, _tuple, _tuple$1, rest, s, subtype, typ, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = consumeToken(s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		typ = _tuple[0];
		rest = _tuple[1];
		if (typ === "") {
			$s = -1; return errors.New("mime: no media type");
		}
		if (rest === "") {
			$s = -1; return $ifaceNil;
		}
		if (!strings.HasPrefix(rest, "/")) {
			$s = -1; return errors.New("mime: expected slash after first token");
		}
		_r$1 = consumeToken($substring(rest, 1)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		subtype = _tuple$1[0];
		rest = _tuple$1[1];
		if (subtype === "") {
			$s = -1; return errors.New("mime: expected token after slash");
		}
		if (!(rest === "")) {
			$s = -1; return errors.New("mime: unexpected content after media subtype");
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: checkMediaTypeDisposition, $c: true, $r, _r, _r$1, _tuple, _tuple$1, rest, s, subtype, typ, $s};return $f;
	};
	ParseMediaType = function(v) {
		var {_entry, _entry$1, _entry$2, _entry$3, _entry$4, _entry$5, _entry$6, _i, _key, _key$1, _key$2, _key$3, _keys, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, _tuple$1, _tuple$10, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, base, baseName, buf, continuation, decv, decv$1, decv$2, encodedPart, err, exists, key, key$1, mediatype, n, ok, ok$1, ok$2, ok$3, ok$4, ok$5, ok$6, params, pieceMap, pmap, rest, simplePart, singlePartKey, v, v$1, v$2, v$3, valid, value, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mediatype = "";
		params = false;
		err = $ifaceNil;
		_tuple = strings.Cut(v, ";");
		base = _tuple[0];
		_r = strings.ToLower(base); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = strings.TrimSpace(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		mediatype = _r$1;
		_r$2 = checkMediaTypeDisposition(mediatype); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp = "";
			_tmp$1 = false;
			_tmp$2 = err;
			mediatype = _tmp;
			params = _tmp$1;
			err = _tmp$2;
			$s = -1; return [mediatype, params, err];
		}
		params = {};
		continuation = false;
		v = $substring(v, base.length);
		/* while (true) { */ case 4:
			/* if (!(v.length > 0)) { break; } */ if(!(v.length > 0)) { $s = 5; continue; }
			_r$3 = strings.TrimLeftFunc(v, unicode.IsSpace); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			v = _r$3;
			if (v.length === 0) {
				/* break; */ $s = 5; continue;
			}
			_r$4 = consumeMediaParam(v); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$1 = _r$4;
			key = _tuple$1[0];
			value = _tuple$1[1];
			rest = _tuple$1[2];
			/* */ if (key === "") { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (key === "") { */ case 8:
				_r$5 = strings.TrimSpace(rest); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if (_r$5 === ";") { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (_r$5 === ";") { */ case 10:
					/* break; */ $s = 5; continue;
				/* } */ case 11:
				_tmp$3 = mediatype;
				_tmp$4 = false;
				_tmp$5 = $pkg.ErrInvalidMediaParameter;
				mediatype = _tmp$3;
				params = _tmp$4;
				err = _tmp$5;
				$s = -1; return [mediatype, params, err];
			/* } */ case 9:
			pmap = params;
			_tuple$2 = strings.Cut(key, "*");
			baseName = _tuple$2[0];
			ok = _tuple$2[2];
			if (ok) {
				if (continuation === false) {
					continuation = {};
				}
				ok$1 = false;
				_tuple$3 = (_entry = continuation[$String.keyFor(baseName)], _entry !== undefined ? [_entry.v, true] : [false, false]);
				pmap = _tuple$3[0];
				ok$1 = _tuple$3[1];
				if (!ok$1) {
					_key = baseName; (continuation || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: {} };
					pmap = (_entry$1 = continuation[$String.keyFor(baseName)], _entry$1 !== undefined ? _entry$1.v : false);
				}
			}
			_tuple$4 = (_entry$2 = pmap[$String.keyFor(key)], _entry$2 !== undefined ? [_entry$2.v, true] : ["", false]);
			exists = _tuple$4[1];
			if (exists) {
				_tmp$6 = "";
				_tmp$7 = false;
				_tmp$8 = errors.New("mime: duplicate parameter name");
				mediatype = _tmp$6;
				params = _tmp$7;
				err = _tmp$8;
				$s = -1; return [mediatype, params, err];
			}
			_key$1 = key; (pmap || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: value };
			v = rest;
		$s = 4; continue;
		case 5:
		buf = new strings.Builder.ptr(ptrType.nil, sliceType$1.nil);
		_ref = continuation;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 13:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 14; continue; }
			_entry$3 = _ref[_keys[_i]];
			if (_entry$3 === undefined) {
				_i++;
				/* continue; */ $s = 13; continue;
			}
			key$1 = _entry$3.k;
			pieceMap = _entry$3.v;
			singlePartKey = key$1 + "*";
			_tuple$5 = (_entry$4 = pieceMap[$String.keyFor(singlePartKey)], _entry$4 !== undefined ? [_entry$4.v, true] : ["", false]);
			v$1 = _tuple$5[0];
			ok$2 = _tuple$5[1];
			/* */ if (ok$2) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (ok$2) { */ case 15:
				_r$6 = decode2231Enc(v$1); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$6 = _r$6;
				decv = _tuple$6[0];
				ok$3 = _tuple$6[1];
				if (ok$3) {
					_key$2 = key$1; (params || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$2)] = { k: _key$2, v: decv };
				}
				_i++;
				/* continue; */ $s = 13; continue;
			/* } */ case 16:
			buf.Reset();
			valid = false;
			n = 0;
			/* while (true) { */ case 18:
				_r$7 = fmt.Sprintf("%s*%d", new sliceType$2([new $String(key$1), new $Int(n)])); /* */ $s = 20; case 20: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				simplePart = _r$7;
				_tuple$7 = (_entry$5 = pieceMap[$String.keyFor(simplePart)], _entry$5 !== undefined ? [_entry$5.v, true] : ["", false]);
				v$2 = _tuple$7[0];
				ok$4 = _tuple$7[1];
				if (ok$4) {
					valid = true;
					buf.WriteString(v$2);
					n = n + (1) >> 0;
					/* continue; */ $s = 18; continue;
				}
				encodedPart = simplePart + "*";
				_tuple$8 = (_entry$6 = pieceMap[$String.keyFor(encodedPart)], _entry$6 !== undefined ? [_entry$6.v, true] : ["", false]);
				v$3 = _tuple$8[0];
				ok$5 = _tuple$8[1];
				if (!ok$5) {
					/* break; */ $s = 19; continue;
				}
				valid = true;
				/* */ if (n === 0) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (n === 0) { */ case 21:
					_r$8 = decode2231Enc(v$3); /* */ $s = 24; case 24: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_tuple$9 = _r$8;
					decv$1 = _tuple$9[0];
					ok$6 = _tuple$9[1];
					if (ok$6) {
						buf.WriteString(decv$1);
					}
					$s = 23; continue;
				/* } else { */ case 22:
					_r$9 = percentHexUnescape(v$3); /* */ $s = 25; case 25: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_tuple$10 = _r$9;
					decv$2 = _tuple$10[0];
					buf.WriteString(decv$2);
				/* } */ case 23:
				n = n + (1) >> 0;
			$s = 18; continue;
			case 19:
			if (valid) {
				_key$3 = key$1; (params || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$3)] = { k: _key$3, v: buf.String() };
			}
			_i++;
		$s = 13; continue;
		case 14:
		$s = -1; return [mediatype, params, err];
		/* */ } return; } var $f = {$blk: ParseMediaType, $c: true, $r, _entry, _entry$1, _entry$2, _entry$3, _entry$4, _entry$5, _entry$6, _i, _key, _key$1, _key$2, _key$3, _keys, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tuple, _tuple$1, _tuple$10, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, base, baseName, buf, continuation, decv, decv$1, decv$2, encodedPart, err, exists, key, key$1, mediatype, n, ok, ok$1, ok$2, ok$3, ok$4, ok$5, ok$6, params, pieceMap, pmap, rest, simplePart, singlePartKey, v, v$1, v$2, v$3, valid, value, $s};return $f;
	};
	$pkg.ParseMediaType = ParseMediaType;
	decode2231Enc = function(v) {
		var {_r, _r$1, _tuple, charset, encv, err, sv, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sv = strings.SplitN(v, "'", 3);
		if (!((sv.$length === 3))) {
			$s = -1; return ["", false];
		}
		_r = strings.ToLower((0 >= sv.$length ? ($throwRuntimeError("index out of range"), undefined) : sv.$array[sv.$offset + 0])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		charset = _r;
		if (charset.length === 0) {
			$s = -1; return ["", false];
		}
		if (!(charset === "us-ascii") && !(charset === "utf-8")) {
			$s = -1; return ["", false];
		}
		_r$1 = percentHexUnescape((2 >= sv.$length ? ($throwRuntimeError("index out of range"), undefined) : sv.$array[sv.$offset + 2])); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		encv = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return ["", false];
		}
		$s = -1; return [encv, true];
		/* */ } return; } var $f = {$blk: decode2231Enc, $c: true, $r, _r, _r$1, _tuple, charset, encv, err, sv, v, $s};return $f;
	};
	isNotTokenChar = function(r) {
		var r;
		return !isTokenChar(r);
	};
	consumeToken = function(v) {
		var {_r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, notPos, rest, token, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		token = "";
		rest = "";
		_r = strings.IndexFunc(v, isNotTokenChar); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		notPos = _r;
		if (notPos === -1) {
			_tmp = v;
			_tmp$1 = "";
			token = _tmp;
			rest = _tmp$1;
			$s = -1; return [token, rest];
		}
		if (notPos === 0) {
			_tmp$2 = "";
			_tmp$3 = v;
			token = _tmp$2;
			rest = _tmp$3;
			$s = -1; return [token, rest];
		}
		_tmp$4 = $substring(v, 0, notPos);
		_tmp$5 = $substring(v, notPos);
		token = _tmp$4;
		rest = _tmp$5;
		$s = -1; return [token, rest];
		/* */ } return; } var $f = {$blk: consumeToken, $c: true, $r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, notPos, rest, token, v, $s};return $f;
	};
	consumeValue = function(v) {
		var {$24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, buffer, i, r, rest, v, value, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		value = "";
		rest = "";
		if (v === "") {
			$s = -1; return [value, rest];
		}
		/* */ if (!((v.charCodeAt(0) === 34))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((v.charCodeAt(0) === 34))) { */ case 1:
			_r = consumeToken(v); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			value = _tuple[0];
			rest = _tuple[1];
			$24r = [value, rest];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		buffer = new strings.Builder.ptr(ptrType.nil, sliceType$1.nil);
		i = 1;
		while (true) {
			if (!(i < v.length)) { break; }
			r = v.charCodeAt(i);
			if (r === 34) {
				_tmp = buffer.String();
				_tmp$1 = $substring(v, (i + 1 >> 0));
				value = _tmp;
				rest = _tmp$1;
				$s = -1; return [value, rest];
			}
			if ((r === 92) && (i + 1 >> 0) < v.length && isTSpecial(((v.charCodeAt((i + 1 >> 0)) >> 0)))) {
				buffer.WriteByte(v.charCodeAt((i + 1 >> 0)));
				i = i + (1) >> 0;
				i = i + (1) >> 0;
				continue;
			}
			if ((r === 13) || (r === 10)) {
				_tmp$2 = "";
				_tmp$3 = v;
				value = _tmp$2;
				rest = _tmp$3;
				$s = -1; return [value, rest];
			}
			buffer.WriteByte(v.charCodeAt(i));
			i = i + (1) >> 0;
		}
		_tmp$4 = "";
		_tmp$5 = v;
		value = _tmp$4;
		rest = _tmp$5;
		$s = -1; return [value, rest];
		/* */ } return; } var $f = {$blk: consumeValue, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, buffer, i, r, rest, v, value, $s};return $f;
	};
	consumeMediaParam = function(v) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, param, rest, rest2, v, value, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		param = "";
		value = "";
		rest = "";
		_r = strings.TrimLeftFunc(v, unicode.IsSpace); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		rest = _r;
		if (!strings.HasPrefix(rest, ";")) {
			_tmp = "";
			_tmp$1 = "";
			_tmp$2 = v;
			param = _tmp;
			value = _tmp$1;
			rest = _tmp$2;
			$s = -1; return [param, value, rest];
		}
		rest = $substring(rest, 1);
		_r$1 = strings.TrimLeftFunc(rest, unicode.IsSpace); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		rest = _r$1;
		_r$2 = consumeToken(rest); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		param = _tuple[0];
		rest = _tuple[1];
		_r$3 = strings.ToLower(param); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		param = _r$3;
		if (param === "") {
			_tmp$3 = "";
			_tmp$4 = "";
			_tmp$5 = v;
			param = _tmp$3;
			value = _tmp$4;
			rest = _tmp$5;
			$s = -1; return [param, value, rest];
		}
		_r$4 = strings.TrimLeftFunc(rest, unicode.IsSpace); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		rest = _r$4;
		if (!strings.HasPrefix(rest, "=")) {
			_tmp$6 = "";
			_tmp$7 = "";
			_tmp$8 = v;
			param = _tmp$6;
			value = _tmp$7;
			rest = _tmp$8;
			$s = -1; return [param, value, rest];
		}
		rest = $substring(rest, 1);
		_r$5 = strings.TrimLeftFunc(rest, unicode.IsSpace); /* */ $s = 6; case 6: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		rest = _r$5;
		_r$6 = consumeValue(rest); /* */ $s = 7; case 7: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		value = _tuple$1[0];
		rest2 = _tuple$1[1];
		if (value === "" && rest2 === rest) {
			_tmp$9 = "";
			_tmp$10 = "";
			_tmp$11 = v;
			param = _tmp$9;
			value = _tmp$10;
			rest = _tmp$11;
			$s = -1; return [param, value, rest];
		}
		rest = rest2;
		_tmp$12 = param;
		_tmp$13 = value;
		_tmp$14 = rest;
		param = _tmp$12;
		value = _tmp$13;
		rest = _tmp$14;
		$s = -1; return [param, value, rest];
		/* */ } return; } var $f = {$blk: consumeMediaParam, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, param, rest, rest2, v, value, $s};return $f;
	};
	percentHexUnescape = function(s) {
		var {$24r, _1, _r, i, i$1, j, percents, s, t, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		percents = 0;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < s.length)) { break; } */ if(!(i < s.length)) { $s = 2; continue; }
			if (!((s.charCodeAt(i) === 37))) {
				i = i + (1) >> 0;
				/* continue; */ $s = 1; continue;
			}
			percents = percents + (1) >> 0;
			/* */ if ((i + 2 >> 0) >= s.length || !ishex(s.charCodeAt((i + 1 >> 0))) || !ishex(s.charCodeAt((i + 2 >> 0)))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ((i + 2 >> 0) >= s.length || !ishex(s.charCodeAt((i + 1 >> 0))) || !ishex(s.charCodeAt((i + 2 >> 0)))) { */ case 3:
				s = $substring(s, i);
				if (s.length > 3) {
					s = $substring(s, 0, 3);
				}
				_r = fmt.Errorf("mime: bogus characters after %%: %q", new sliceType$2([new $String(s)])); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = ["", _r];
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			i = i + (3) >> 0;
		$s = 1; continue;
		case 2:
		if (percents === 0) {
			$s = -1; return [s, $ifaceNil];
		}
		t = $makeSlice(sliceType$1, (s.length - ($imul(2, percents)) >> 0));
		j = 0;
		i$1 = 0;
		while (true) {
			if (!(i$1 < s.length)) { break; }
			_1 = s.charCodeAt(i$1);
			if (_1 === (37)) {
				((j < 0 || j >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + j] = (((unhex(s.charCodeAt((i$1 + 1 >> 0))) << 4 << 24 >>> 24) | unhex(s.charCodeAt((i$1 + 2 >> 0)))) >>> 0));
				j = j + (1) >> 0;
				i$1 = i$1 + (3) >> 0;
			} else {
				((j < 0 || j >= t.$length) ? ($throwRuntimeError("index out of range"), undefined) : t.$array[t.$offset + j] = s.charCodeAt(i$1));
				j = j + (1) >> 0;
				i$1 = i$1 + (1) >> 0;
			}
		}
		$s = -1; return [($bytesToString(t)), $ifaceNil];
		/* */ } return; } var $f = {$blk: percentHexUnescape, $c: true, $r, $24r, _1, _r, i, i$1, j, percents, s, t, $s};return $f;
	};
	ishex = function(c) {
		var c;
		if (48 <= c && c <= 57) {
			return true;
		} else if (97 <= c && c <= 102) {
			return true;
		} else if (65 <= c && c <= 70) {
			return true;
		}
		return false;
	};
	unhex = function(c) {
		var c;
		if (48 <= c && c <= 57) {
			return c - 48 << 24 >>> 24;
		} else if (97 <= c && c <= 102) {
			return (c - 97 << 24 >>> 24) + 10 << 24 >>> 24;
		} else if (65 <= c && c <= 70) {
			return (c - 65 << 24 >>> 24) + 10 << 24 >>> 24;
		}
		return 0;
	};
	isTSpecial = function(r) {
		var r;
		return strings.ContainsRune("()<>@,;:\\\"/[]?=", r);
	};
	isTokenChar = function(r) {
		var r;
		return r > 32 && r < 127 && !isTSpecial(r);
	};
	isToken = function(s) {
		var {$24r, _r, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (s === "") {
			$s = -1; return false;
		}
		_r = strings.IndexFunc(s, isNotTokenChar); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r < 0;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: isToken, $c: true, $r, $24r, _r, s, $s};return $f;
	};
	needsEncoding = function(s) {
		var _i, _ref, _rune, b, s;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			b = _rune[0];
			if ((b < 32 || b > 126) && !((b === 9))) {
				return true;
			}
			_i += _rune[1];
		}
		return false;
	};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = base64.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		mimeTypes = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new $packages["sync/atomic"].Value.ptr($ifaceNil), false, 0);
		mimeTypesLower = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new $packages["sync/atomic"].Value.ptr($ifaceNil), false, 0);
		extensionsMu = new sync.Mutex.ptr(0, 0);
		extensions = new sync.Map.ptr(new sync.Mutex.ptr(0, 0), new $packages["sync/atomic"].Value.ptr($ifaceNil), false, 0);
		osInitMime = $throwNilPointerError;
		mimeGlobs = new sliceType(["/usr/local/share/mime/globs2", "/usr/share/mime/globs2"]);
		typeFiles = new sliceType(["/etc/mime.types", "/etc/apache2/mime.types", "/etc/apache/mime.types", "/etc/httpd/conf/mime.types"]);
		$pkg.ErrInvalidMediaParameter = errors.New("mime: invalid media parameter");
		errInvalidWord = errors.New("mime: invalid RFC 2047 encoded-word");
		maxBase64Len = base64.StdEncoding.DecodedLen(63);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["mime/quotedprintable"] = (function() {
	var $pkg = {}, $init, bufio, bytes, fmt, io, Reader, sliceType, ptrType, sliceType$1, ptrType$2, crlf, lf, softSuffix, NewReader, fromHex, readHexByte, isQPDiscardWhitespace;
	bufio = $packages["bufio"];
	bytes = $packages["bytes"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	Reader = $pkg.Reader = $newType(0, $kindStruct, "quotedprintable.Reader", true, "mime/quotedprintable", true, function(br_, rerr_, line_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.br = ptrType.nil;
			this.rerr = $ifaceNil;
			this.line = sliceType.nil;
			return;
		}
		this.br = br_;
		this.rerr = rerr_;
		this.line = line_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(bufio.Reader);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType$2 = $ptrType(Reader);
	NewReader = function(r) {
		var r;
		return new Reader.ptr(bufio.NewReader(r), $ifaceNil, sliceType.nil);
	};
	$pkg.NewReader = NewReader;
	fromHex = function(b) {
		var {$24r, _r, b, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (b >= 48 && b <= 57) {
			$s = -1; return [b - 48 << 24 >>> 24, $ifaceNil];
		} else if (b >= 65 && b <= 70) {
			$s = -1; return [(b - 65 << 24 >>> 24) + 10 << 24 >>> 24, $ifaceNil];
		} else if (b >= 97 && b <= 102) {
			$s = -1; return [(b - 97 << 24 >>> 24) + 10 << 24 >>> 24, $ifaceNil];
		}
		_r = fmt.Errorf("quotedprintable: invalid hex byte 0x%02x", new sliceType$1([new $Uint8(b)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [0, _r];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: fromHex, $c: true, $r, $24r, _r, b, $s};return $f;
	};
	readHexByte = function(v) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, hb, lb, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = 0;
		err = $ifaceNil;
		if (v.$length < 2) {
			_tmp = 0;
			_tmp$1 = io.ErrUnexpectedEOF;
			b = _tmp;
			err = _tmp$1;
			$s = -1; return [b, err];
		}
		_tmp$2 = 0;
		_tmp$3 = 0;
		hb = _tmp$2;
		lb = _tmp$3;
		_r = fromHex((0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		hb = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = 0;
			_tmp$5 = err;
			b = _tmp$4;
			err = _tmp$5;
			$s = -1; return [b, err];
		}
		_r$1 = fromHex((1 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 1])); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		lb = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$6 = 0;
			_tmp$7 = err;
			b = _tmp$6;
			err = _tmp$7;
			$s = -1; return [b, err];
		}
		_tmp$8 = ((hb << 4 << 24 >>> 24) | lb) >>> 0;
		_tmp$9 = $ifaceNil;
		b = _tmp$8;
		err = _tmp$9;
		$s = -1; return [b, err];
		/* */ } return; } var $f = {$blk: readHexByte, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, b, err, hb, lb, v, $s};return $f;
	};
	isQPDiscardWhitespace = function(r) {
		var _1, r;
		_1 = r;
		if ((_1 === (10)) || (_1 === (13)) || (_1 === (32)) || (_1 === (9))) {
			return true;
		}
		return false;
	};
	Reader.ptr.prototype.Read = function(p) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, hasCR, hasLF, n, p, r, rightStripped, wholeLine, x, x$1, x$2, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		r = this;
		/* while (true) { */ case 1:
			/* if (!(p.$length > 0)) { break; } */ if(!(p.$length > 0)) { $s = 2; continue; }
			/* */ if (r.line.$length === 0) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (r.line.$length === 0) { */ case 3:
				if (!($interfaceIsEqual(r.rerr, $ifaceNil))) {
					_tmp = n;
					_tmp$1 = r.rerr;
					n = _tmp;
					err = _tmp$1;
					$s = -1; return [n, err];
				}
				_r = r.br.ReadSlice(10); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				r.line = _tuple[0];
				r.rerr = _tuple[1];
				hasLF = bytes.HasSuffix(r.line, lf);
				hasCR = bytes.HasSuffix(r.line, crlf);
				wholeLine = r.line;
				_r$1 = bytes.TrimRightFunc(wholeLine, isQPDiscardWhitespace); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				r.line = _r$1;
				/* */ if (bytes.HasSuffix(r.line, softSuffix)) { $s = 7; continue; }
				/* */ if (hasLF) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (bytes.HasSuffix(r.line, softSuffix)) { */ case 7:
					rightStripped = $subslice(wholeLine, r.line.$length);
					r.line = $subslice(r.line, 0, (r.line.$length - 1 >> 0));
					/* */ if (!bytes.HasPrefix(rightStripped, lf) && !bytes.HasPrefix(rightStripped, crlf) && !((rightStripped.$length === 0) && r.line.$length > 0 && $interfaceIsEqual(r.rerr, io.EOF))) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (!bytes.HasPrefix(rightStripped, lf) && !bytes.HasPrefix(rightStripped, crlf) && !((rightStripped.$length === 0) && r.line.$length > 0 && $interfaceIsEqual(r.rerr, io.EOF))) { */ case 10:
						_r$2 = fmt.Errorf("quotedprintable: invalid bytes after =: %q", new sliceType$1([rightStripped])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						r.rerr = _r$2;
					/* } */ case 11:
					$s = 9; continue;
				/* } else if (hasLF) { */ case 8:
					if (hasCR) {
						r.line = $append(r.line, 13, 10);
					} else {
						r.line = $append(r.line, 10);
					}
				/* } */ case 9:
				/* continue; */ $s = 1; continue;
			/* } */ case 4:
			b = (x = r.line, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
				/* */ if ((b === 61)) { $s = 14; continue; }
				/* */ if ((b === 9) || (b === 13) || (b === 10)) { $s = 15; continue; }
				/* */ if (b >= 128) { $s = 16; continue; }
				/* */ if (b < 32 || b > 126) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if ((b === 61)) { */ case 14:
					_r$3 = readHexByte($subslice(r.line, 1)); /* */ $s = 19; case 19: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_tuple$1 = _r$3;
					b = _tuple$1[0];
					err = _tuple$1[1];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						if (r.line.$length >= 2 && !(((x$1 = r.line, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])) === 13)) && !(((x$2 = r.line, (1 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 1])) === 10))) {
							b = 61;
							/* break; */ $s = 13; continue;
						}
						_tmp$2 = n;
						_tmp$3 = err;
						n = _tmp$2;
						err = _tmp$3;
						$s = -1; return [n, err];
					}
					r.line = $subslice(r.line, 2);
					$s = 18; continue;
				/* } else if ((b === 9) || (b === 13) || (b === 10)) { */ case 15:
					/* break; */ $s = 13; continue;
					$s = 18; continue;
				/* } else if (b >= 128) { */ case 16:
					/* break; */ $s = 13; continue;
					$s = 18; continue;
				/* } else if (b < 32 || b > 126) { */ case 17:
					_tmp$4 = n;
					_r$4 = fmt.Errorf("quotedprintable: invalid unescaped byte 0x%02x in body", new sliceType$1([new $Uint8(b)])); /* */ $s = 20; case 20: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_tmp$5 = _r$4;
					n = _tmp$4;
					err = _tmp$5;
					$24r = [n, err];
					$s = 21; case 21: return $24r;
				/* } */ case 18:
			case 13:
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = b);
			p = $subslice(p, 1);
			r.line = $subslice(r.line, 1);
			n = n + (1) >> 0;
		$s = 1; continue;
		case 2:
		_tmp$6 = n;
		_tmp$7 = $ifaceNil;
		n = _tmp$6;
		err = _tmp$7;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.Read, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, b, err, hasCR, hasLF, n, p, r, rightStripped, wholeLine, x, x$1, x$2, $s};return $f;
	};
	Reader.prototype.Read = function(p) { return this.$val.Read(p); };
	ptrType$2.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}];
	Reader.init("mime/quotedprintable", [{prop: "br", name: "br", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "rerr", name: "rerr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "line", name: "line", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		crlf = (new sliceType($stringToBytes("\r\n")));
		lf = (new sliceType($stringToBytes("\n")));
		softSuffix = (new sliceType($stringToBytes("=")));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net/textproto"] = (function() {
	var $pkg = {}, $init, bufio, bytes, fmt, io, net, strconv, strings, sync, Error, ProtocolError, Reader, dotReader, MIMEHeader, sliceType, sliceType$1, ptrType$3, ptrType$4, ptrType$6, sliceType$2, ptrType$7, funcType, colon, nl, commonHeader, commonHeaderOnce, isTokenTable, TrimString, isASCIISpace, isASCIILetter, NewReader, trim, parseCodeLine, noValidation, mustHaveFieldNameColon, CanonicalMIMEHeaderKey, validHeaderFieldByte, canonicalMIMEHeaderKey, initCommonHeader;
	bufio = $packages["bufio"];
	bytes = $packages["bytes"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	net = $packages["net"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	Error = $pkg.Error = $newType(0, $kindStruct, "textproto.Error", true, "net/textproto", true, function(Code_, Msg_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Code = 0;
			this.Msg = "";
			return;
		}
		this.Code = Code_;
		this.Msg = Msg_;
	});
	ProtocolError = $pkg.ProtocolError = $newType(8, $kindString, "textproto.ProtocolError", true, "net/textproto", true, null);
	Reader = $pkg.Reader = $newType(0, $kindStruct, "textproto.Reader", true, "net/textproto", true, function(R_, dot_, buf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.R = ptrType$3.nil;
			this.dot = ptrType$4.nil;
			this.buf = sliceType.nil;
			return;
		}
		this.R = R_;
		this.dot = dot_;
		this.buf = buf_;
	});
	dotReader = $pkg.dotReader = $newType(0, $kindStruct, "textproto.dotReader", true, "net/textproto", false, function(r_, state_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = ptrType$6.nil;
			this.state = 0;
			return;
		}
		this.r = r_;
		this.state = state_;
	});
	MIMEHeader = $pkg.MIMEHeader = $newType(4, $kindMap, "textproto.MIMEHeader", true, "net/textproto", true, null);
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType$3 = $ptrType(bufio.Reader);
	ptrType$4 = $ptrType(dotReader);
	ptrType$6 = $ptrType(Reader);
	sliceType$2 = $sliceType($String);
	ptrType$7 = $ptrType(Error);
	funcType = $funcType([sliceType], [$error], false);
	Error.ptr.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = fmt.Sprintf("%03d %s", new sliceType$1([new $Int(e.Code), new $String(e.Msg)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Error.ptr.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	Error.prototype.Error = function() { return this.$val.Error(); };
	ProtocolError.prototype.Error = function() {
		var p;
		p = this.$val;
		return (p);
	};
	$ptrType(ProtocolError).prototype.Error = function() { return new ProtocolError(this.$get()).Error(); };
	TrimString = function(s) {
		var s;
		while (true) {
			if (!(s.length > 0 && isASCIISpace(s.charCodeAt(0)))) { break; }
			s = $substring(s, 1);
		}
		while (true) {
			if (!(s.length > 0 && isASCIISpace(s.charCodeAt((s.length - 1 >> 0))))) { break; }
			s = $substring(s, 0, (s.length - 1 >> 0));
		}
		return s;
	};
	$pkg.TrimString = TrimString;
	isASCIISpace = function(b) {
		var b;
		return (b === 32) || (b === 9) || (b === 10) || (b === 13);
	};
	isASCIILetter = function(b) {
		var b;
		b = (b | (32)) >>> 0;
		return 97 <= b && b <= 122;
	};
	NewReader = function(r) {
		var {r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = commonHeaderOnce.Do(initCommonHeader); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return new Reader.ptr(r, ptrType$4.nil, sliceType.nil);
		/* */ } return; } var $f = {$blk: NewReader, $c: true, $r, r, $s};return $f;
	};
	$pkg.NewReader = NewReader;
	Reader.ptr.prototype.ReadLine = function() {
		var {_r, _tuple, err, line, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.readLineSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		line = _tuple[0];
		err = _tuple[1];
		$s = -1; return [($bytesToString(line)), err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadLine, $c: true, $r, _r, _tuple, err, line, r, $s};return $f;
	};
	Reader.prototype.ReadLine = function() { return this.$val.ReadLine(); };
	Reader.ptr.prototype.ReadLineBytes = function() {
		var {_r, _tuple, buf, err, line, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.readLineSlice(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		line = _tuple[0];
		err = _tuple[1];
		if (!(line === sliceType.nil)) {
			buf = $makeSlice(sliceType, line.$length);
			$copySlice(buf, line);
			line = buf;
		}
		$s = -1; return [line, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadLineBytes, $c: true, $r, _r, _tuple, buf, err, line, r, $s};return $f;
	};
	Reader.prototype.ReadLineBytes = function() { return this.$val.ReadLineBytes(); };
	Reader.ptr.prototype.readLineSlice = function() {
		var {_r, _tuple, err, l, line, more, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		$r = r.closeDot(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		line = sliceType.nil;
		/* while (true) { */ case 2:
			_r = r.R.ReadLine(); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			l = _tuple[0];
			more = _tuple[1];
			err = _tuple[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [sliceType.nil, err];
			}
			if (line === sliceType.nil && !more) {
				$s = -1; return [l, $ifaceNil];
			}
			line = $appendSlice(line, l);
			if (!more) {
				/* break; */ $s = 3; continue;
			}
		$s = 2; continue;
		case 3:
		$s = -1; return [line, $ifaceNil];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.readLineSlice, $c: true, $r, _r, _tuple, err, l, line, more, r, $s};return $f;
	};
	Reader.prototype.readLineSlice = function() { return this.$val.readLineSlice(); };
	Reader.ptr.prototype.ReadContinuedLine = function() {
		var {_r, _tuple, err, line, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.readContinuedLineSlice(noValidation); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		line = _tuple[0];
		err = _tuple[1];
		$s = -1; return [($bytesToString(line)), err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadContinuedLine, $c: true, $r, _r, _tuple, err, line, r, $s};return $f;
	};
	Reader.prototype.ReadContinuedLine = function() { return this.$val.ReadContinuedLine(); };
	trim = function(s) {
		var i, n, s, x, x$1;
		i = 0;
		while (true) {
			if (!(i < s.$length && ((((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) === 32) || (((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]) === 9)))) { break; }
			i = i + (1) >> 0;
		}
		n = s.$length;
		while (true) {
			if (!(n > i && (((x = n - 1 >> 0, ((x < 0 || x >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x])) === 32) || ((x$1 = n - 1 >> 0, ((x$1 < 0 || x$1 >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + x$1])) === 9)))) { break; }
			n = n - (1) >> 0;
		}
		return $subslice(s, i, n);
	};
	Reader.ptr.prototype.ReadContinuedLineBytes = function() {
		var {_r, _tuple, buf, err, line, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.readContinuedLineSlice(noValidation); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		line = _tuple[0];
		err = _tuple[1];
		if (!(line === sliceType.nil)) {
			buf = $makeSlice(sliceType, line.$length);
			$copySlice(buf, line);
			line = buf;
		}
		$s = -1; return [line, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadContinuedLineBytes, $c: true, $r, _r, _tuple, buf, err, line, r, $s};return $f;
	};
	Reader.prototype.ReadContinuedLineBytes = function() { return this.$val.ReadContinuedLineBytes(); };
	Reader.ptr.prototype.readContinuedLineSlice = function(validateFirstLine) {
		var {$24r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, _tuple$2, err, err$1, err$2, line, line$1, peek, r, validateFirstLine, $s, $r, $c} = $restore(this, {validateFirstLine});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* */ if (validateFirstLine === $throwNilPointerError) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (validateFirstLine === $throwNilPointerError) { */ case 1:
			_r = fmt.Errorf("missing validateFirstLine func", new sliceType$1([])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [sliceType.nil, _r];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$1 = r.readLineSlice(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		line = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		if (line.$length === 0) {
			$s = -1; return [line, $ifaceNil];
		}
		_r$2 = validateFirstLine(line); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err$1 = _r$2;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err$1];
		}
		/* */ if (r.R.Buffered() > 1) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (r.R.Buffered() > 1) { */ case 7:
			_r$3 = r.R.Peek(2); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			peek = _tuple$1[0];
			if (peek.$length > 0 && (isASCIILetter((0 >= peek.$length ? ($throwRuntimeError("index out of range"), undefined) : peek.$array[peek.$offset + 0])) || ((0 >= peek.$length ? ($throwRuntimeError("index out of range"), undefined) : peek.$array[peek.$offset + 0]) === 10)) || (peek.$length === 2) && ((0 >= peek.$length ? ($throwRuntimeError("index out of range"), undefined) : peek.$array[peek.$offset + 0]) === 13) && ((1 >= peek.$length ? ($throwRuntimeError("index out of range"), undefined) : peek.$array[peek.$offset + 1]) === 10)) {
				$s = -1; return [trim(line), $ifaceNil];
			}
		/* } */ case 8:
		r.buf = $appendSlice($subslice(r.buf, 0, 0), trim(line));
		/* while (true) { */ case 10:
			_r$4 = r.skipSpace(); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* if (!(_r$4 > 0)) { break; } */ if(!(_r$4 > 0)) { $s = 11; continue; }
			_r$5 = r.readLineSlice(); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$2 = _r$5;
			line$1 = _tuple$2[0];
			err$2 = _tuple$2[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				/* break; */ $s = 11; continue;
			}
			r.buf = $append(r.buf, 32);
			r.buf = $appendSlice(r.buf, trim(line$1));
		$s = 10; continue;
		case 11:
		$s = -1; return [r.buf, $ifaceNil];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.readContinuedLineSlice, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, _tuple$1, _tuple$2, err, err$1, err$2, line, line$1, peek, r, validateFirstLine, $s};return $f;
	};
	Reader.prototype.readContinuedLineSlice = function(validateFirstLine) { return this.$val.readContinuedLineSlice(validateFirstLine); };
	Reader.ptr.prototype.skipSpace = function() {
		var {_r, _tuple, c, err, n, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		n = 0;
		/* while (true) { */ case 1:
			_r = r.R.ReadByte(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			c = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				/* break; */ $s = 2; continue;
			}
			if (!((c === 32)) && !((c === 9))) {
				r.R.UnreadByte();
				/* break; */ $s = 2; continue;
			}
			n = n + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.skipSpace, $c: true, $r, _r, _tuple, c, err, n, r, $s};return $f;
	};
	Reader.prototype.skipSpace = function() { return this.$val.skipSpace(); };
	Reader.ptr.prototype.readCodeLine = function(expectCode) {
		var {_r, _tuple, _tuple$1, code, continued, err, expectCode, line, message, r, $s, $r, $c} = $restore(this, {expectCode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		code = 0;
		continued = false;
		message = "";
		err = $ifaceNil;
		r = this;
		_r = r.ReadLine(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		line = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [code, continued, message, err];
		}
		_tuple$1 = parseCodeLine(line, expectCode);
		code = _tuple$1[0];
		continued = _tuple$1[1];
		message = _tuple$1[2];
		err = _tuple$1[3];
		$s = -1; return [code, continued, message, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.readCodeLine, $c: true, $r, _r, _tuple, _tuple$1, code, continued, err, expectCode, line, message, r, $s};return $f;
	};
	Reader.prototype.readCodeLine = function(expectCode) { return this.$val.readCodeLine(expectCode); };
	parseCodeLine = function(line, expectCode) {
		var _q, _q$1, _tuple, code, continued, err, expectCode, line, message;
		code = 0;
		continued = false;
		message = "";
		err = $ifaceNil;
		if (line.length < 4 || !((line.charCodeAt(3) === 32)) && !((line.charCodeAt(3) === 45))) {
			err = new ProtocolError(("short response: " + line));
			return [code, continued, message, err];
		}
		continued = line.charCodeAt(3) === 45;
		_tuple = strconv.Atoi($substring(line, 0, 3));
		code = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil)) || code < 100) {
			err = new ProtocolError(("invalid response code: " + line));
			return [code, continued, message, err];
		}
		message = $substring(line, 4);
		if (1 <= expectCode && expectCode < 10 && !(((_q = code / 100, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) === expectCode)) || 10 <= expectCode && expectCode < 100 && !(((_q$1 = code / 10, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) === expectCode)) || 100 <= expectCode && expectCode < 1000 && !((code === expectCode))) {
			err = new Error.ptr(code, message);
		}
		return [code, continued, message, err];
	};
	Reader.ptr.prototype.ReadCodeLine = function(expectCode) {
		var {_r, _tuple, code, continued, err, expectCode, message, r, $s, $r, $c} = $restore(this, {expectCode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		code = 0;
		message = "";
		err = $ifaceNil;
		r = this;
		_r = r.readCodeLine(expectCode); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		code = _tuple[0];
		continued = _tuple[1];
		message = _tuple[2];
		err = _tuple[3];
		if ($interfaceIsEqual(err, $ifaceNil) && continued) {
			err = new ProtocolError(("unexpected multi-line response: " + message));
		}
		$s = -1; return [code, message, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadCodeLine, $c: true, $r, _r, _tuple, code, continued, err, expectCode, message, r, $s};return $f;
	};
	Reader.prototype.ReadCodeLine = function(expectCode) { return this.$val.ReadCodeLine(expectCode); };
	Reader.ptr.prototype.ReadResponse = function(expectCode) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, _tuple$2, code, code2, continued, err, err$1, expectCode, line, message, moreMessage, multi, r, $s, $r, $c} = $restore(this, {expectCode});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		code = 0;
		message = "";
		err = $ifaceNil;
		r = this;
		_r = r.readCodeLine(expectCode); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		code = _tuple[0];
		continued = _tuple[1];
		message = _tuple[2];
		err = _tuple[3];
		multi = continued;
		/* while (true) { */ case 2:
			/* if (!(continued)) { break; } */ if(!(continued)) { $s = 3; continue; }
			_r$1 = r.ReadLine(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			line = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				_tmp = 0;
				_tmp$1 = "";
				_tmp$2 = err$1;
				code = _tmp;
				message = _tmp$1;
				err = _tmp$2;
				$s = -1; return [code, message, err];
			}
			code2 = 0;
			moreMessage = "";
			_tuple$2 = parseCodeLine(line, 0);
			code2 = _tuple$2[0];
			continued = _tuple$2[1];
			moreMessage = _tuple$2[2];
			err$1 = _tuple$2[3];
			if (!($interfaceIsEqual(err$1, $ifaceNil)) || !((code2 === code))) {
				message = message + ("\n" + strings.TrimRight(line, "\r\n"));
				continued = true;
				/* continue; */ $s = 2; continue;
			}
			message = message + ("\n" + moreMessage);
		$s = 2; continue;
		case 3:
		if (!($interfaceIsEqual(err, $ifaceNil)) && multi && !(message === "")) {
			err = new Error.ptr(code, message);
		}
		$s = -1; return [code, message, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadResponse, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, _tuple$2, code, code2, continued, err, err$1, expectCode, line, message, moreMessage, multi, r, $s};return $f;
	};
	Reader.prototype.ReadResponse = function(expectCode) { return this.$val.ReadResponse(expectCode); };
	Reader.ptr.prototype.DotReader = function() {
		var {r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		$r = r.closeDot(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		r.dot = new dotReader.ptr(r, 0);
		$s = -1; return r.dot;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.DotReader, $c: true, $r, r, $s};return $f;
	};
	Reader.prototype.DotReader = function() { return this.$val.DotReader(); };
	dotReader.ptr.prototype.Read = function(b) {
		var {_1, _r, _tuple, b, br, c, d, err, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		d = this;
		br = d.r.R;
		/* while (true) { */ case 1:
			/* if (!(n < b.$length && !((d.state === 5)))) { break; } */ if(!(n < b.$length && !((d.state === 5)))) { $s = 2; continue; }
			c = 0;
			_r = br.ReadByte(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			c = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				if ($interfaceIsEqual(err, io.EOF)) {
					err = io.ErrUnexpectedEOF;
				}
				/* break; */ $s = 2; continue;
			}
			switch (0) { default:
				_1 = d.state;
				if (_1 === (0)) {
					if (c === 46) {
						d.state = 1;
						/* continue; */ $s = 1; continue;
					}
					if (c === 13) {
						d.state = 3;
						/* continue; */ $s = 1; continue;
					}
					d.state = 4;
				} else if (_1 === (1)) {
					if (c === 13) {
						d.state = 2;
						/* continue; */ $s = 1; continue;
					}
					if (c === 10) {
						d.state = 5;
						/* continue; */ $s = 1; continue;
					}
					d.state = 4;
				} else if (_1 === (2)) {
					if (c === 10) {
						d.state = 5;
						/* continue; */ $s = 1; continue;
					}
					br.UnreadByte();
					c = 13;
					d.state = 4;
				} else if (_1 === (3)) {
					if (c === 10) {
						d.state = 0;
						break;
					}
					br.UnreadByte();
					c = 13;
					d.state = 4;
				} else if (_1 === (4)) {
					if (c === 13) {
						d.state = 3;
						/* continue; */ $s = 1; continue;
					}
					if (c === 10) {
						d.state = 0;
					}
				}
			}
			((n < 0 || n >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + n] = c);
			n = n + (1) >> 0;
		$s = 1; continue;
		case 2:
		if ($interfaceIsEqual(err, $ifaceNil) && (d.state === 5)) {
			err = io.EOF;
		}
		if (!($interfaceIsEqual(err, $ifaceNil)) && d.r.dot === d) {
			d.r.dot = ptrType$4.nil;
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: dotReader.ptr.prototype.Read, $c: true, $r, _1, _r, _tuple, b, br, c, d, err, n, $s};return $f;
	};
	dotReader.prototype.Read = function(b) { return this.$val.Read(b); };
	Reader.ptr.prototype.closeDot = function() {
		var {_r, buf, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (r.dot === ptrType$4.nil) {
			$s = -1; return;
		}
		buf = $makeSlice(sliceType, 128);
		/* while (true) { */ case 1:
			/* if (!(!(r.dot === ptrType$4.nil))) { break; } */ if(!(!(r.dot === ptrType$4.nil))) { $s = 2; continue; }
			_r = r.dot.Read(buf); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.closeDot, $c: true, $r, _r, buf, r, $s};return $f;
	};
	Reader.prototype.closeDot = function() { return this.$val.closeDot(); };
	Reader.ptr.prototype.ReadDotBytes = function() {
		var {$24r, _r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.DotReader(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = io.ReadAll(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadDotBytes, $c: true, $r, $24r, _r, _r$1, r, $s};return $f;
	};
	Reader.prototype.ReadDotBytes = function() { return this.$val.ReadDotBytes(); };
	Reader.ptr.prototype.ReadDotLines = function() {
		var {_r, _tuple, err, line, r, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		v = sliceType$2.nil;
		err = $ifaceNil;
		/* while (true) { */ case 1:
			line = "";
			_r = r.ReadLine(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			line = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				if ($interfaceIsEqual(err, io.EOF)) {
					err = io.ErrUnexpectedEOF;
				}
				/* break; */ $s = 2; continue;
			}
			if (line.length > 0 && (line.charCodeAt(0) === 46)) {
				if (line.length === 1) {
					/* break; */ $s = 2; continue;
				}
				line = $substring(line, 1);
			}
			v = $append(v, line);
		$s = 1; continue;
		case 2:
		$s = -1; return [v, err];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadDotLines, $c: true, $r, _r, _tuple, err, line, r, v, $s};return $f;
	};
	Reader.prototype.ReadDotLines = function() { return this.$val.ReadDotLines(); };
	Reader.ptr.prototype.ReadMIMEHeader = function() {
		var {_entry, _key, _key$1, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, buf, err, err$1, err$2, hint, k, key, kv, line, m, ok, r, strs, v, value, vv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		strs = sliceType$2.nil;
		_r = r.upcomingHeaderNewlines(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		hint = _r;
		if (hint > 0) {
			strs = $makeSlice(sliceType$2, hint);
		}
		m = ((hint < 0 || hint > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {});
		_r$1 = r.R.Peek(1); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		buf = _tuple[0];
		err = _tuple[1];
		/* */ if ($interfaceIsEqual(err, $ifaceNil) && (((0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]) === 32) || ((0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]) === 9))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($interfaceIsEqual(err, $ifaceNil) && (((0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]) === 32) || ((0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]) === 9))) { */ case 3:
			_r$2 = r.readLineSlice(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			line = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [m, err$1];
			}
			$s = -1; return [m, new ProtocolError(("malformed MIME header initial line: " + ($bytesToString(line))))];
		/* } */ case 4:
		/* while (true) { */ case 6:
			_r$3 = r.readContinuedLineSlice(mustHaveFieldNameColon); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			kv = _tuple$2[0];
			err$2 = _tuple$2[1];
			if (kv.$length === 0) {
				$s = -1; return [m, err$2];
			}
			_tuple$3 = bytes.Cut(kv, colon);
			k = _tuple$3[0];
			v = _tuple$3[1];
			ok = _tuple$3[2];
			if (!ok) {
				$s = -1; return [m, new ProtocolError(("malformed MIME header line: " + ($bytesToString(kv))))];
			}
			key = canonicalMIMEHeaderKey(k);
			if (key === "") {
				/* continue; */ $s = 6; continue;
			}
			value = strings.TrimLeft(($bytesToString(v)), " \t");
			vv = (_entry = m[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil);
			if (vv === sliceType$2.nil && strs.$length > 0) {
				_tmp = $subslice(strs, 0, 1, 1);
				_tmp$1 = $subslice(strs, 1);
				vv = _tmp;
				strs = _tmp$1;
				(0 >= vv.$length ? ($throwRuntimeError("index out of range"), undefined) : vv.$array[vv.$offset + 0] = value);
				_key = key; (m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv };
			} else {
				_key$1 = key; (m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: $append(vv, value) };
			}
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return [m, err$2];
			}
		$s = 6; continue;
		case 7:
		$s = -1; return [false, $ifaceNil];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadMIMEHeader, $c: true, $r, _entry, _key, _key$1, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, buf, err, err$1, err$2, hint, k, key, kv, line, m, ok, r, strs, v, value, vv, $s};return $f;
	};
	Reader.prototype.ReadMIMEHeader = function() { return this.$val.ReadMIMEHeader(); };
	noValidation = function(param) {
		var param;
		return $ifaceNil;
	};
	mustHaveFieldNameColon = function(line) {
		var {$24r, _r, line, $s, $r, $c} = $restore(this, {line});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (bytes.IndexByte(line, 58) < 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (bytes.IndexByte(line, 58) < 0) { */ case 1:
			_r = fmt.Sprintf("malformed MIME header: missing colon: %q", new sliceType$1([line])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = new ProtocolError((_r));
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: mustHaveFieldNameColon, $c: true, $r, $24r, _r, line, $s};return $f;
	};
	Reader.ptr.prototype.upcomingHeaderNewlines = function() {
		var {_r, _r$1, _tuple, n, peek, r, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		r = this;
		_r = r.R.Peek(1); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		s = r.R.Buffered();
		if (s === 0) {
			$s = -1; return n;
		}
		_r$1 = r.R.Peek(s); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		peek = _tuple[0];
		n = bytes.Count(peek, nl);
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.upcomingHeaderNewlines, $c: true, $r, _r, _r$1, _tuple, n, peek, r, s, $s};return $f;
	};
	Reader.prototype.upcomingHeaderNewlines = function() { return this.$val.upcomingHeaderNewlines(); };
	CanonicalMIMEHeaderKey = function(s) {
		var {c, i, s, upper, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = commonHeaderOnce.Do(initCommonHeader); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		upper = true;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (!validHeaderFieldByte(c)) {
				$s = -1; return s;
			}
			if (upper && 97 <= c && c <= 122) {
				$s = -1; return canonicalMIMEHeaderKey((new sliceType($stringToBytes(s))));
			}
			if (!upper && 65 <= c && c <= 90) {
				$s = -1; return canonicalMIMEHeaderKey((new sliceType($stringToBytes(s))));
			}
			upper = c === 45;
			i = i + (1) >> 0;
		}
		$s = -1; return s;
		/* */ } return; } var $f = {$blk: CanonicalMIMEHeaderKey, $c: true, $r, c, i, s, upper, $s};return $f;
	};
	$pkg.CanonicalMIMEHeaderKey = CanonicalMIMEHeaderKey;
	validHeaderFieldByte = function(b) {
		var b;
		return ((b >> 0)) < 127 && ((b < 0 || b >= isTokenTable.length) ? ($throwRuntimeError("index out of range"), undefined) : isTokenTable[b]);
	};
	canonicalMIMEHeaderKey = function(a) {
		var _entry, _i, _i$1, _ref, _ref$1, a, c, c$1, i, upper, v;
		_ref = a;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (validHeaderFieldByte(c)) {
				_i++;
				continue;
			}
			return ($bytesToString(a));
		}
		upper = true;
		_ref$1 = a;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i = _i$1;
			c$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (upper && 97 <= c$1 && c$1 <= 122) {
				c$1 = c$1 - (32) << 24 >>> 24;
			} else if (!upper && 65 <= c$1 && c$1 <= 90) {
				c$1 = c$1 + (32) << 24 >>> 24;
			}
			((i < 0 || i >= a.$length) ? ($throwRuntimeError("index out of range"), undefined) : a.$array[a.$offset + i] = c$1);
			upper = c$1 === 45;
			_i$1++;
		}
		v = (_entry = commonHeader[$String.keyFor(($bytesToString(a)))], _entry !== undefined ? _entry.v : "");
		if (!(v === "")) {
			return v;
		}
		return ($bytesToString(a));
	};
	initCommonHeader = function() {
		var _i, _key, _ref, v;
		commonHeader = {};
		_ref = new sliceType$2(["Accept", "Accept-Charset", "Accept-Encoding", "Accept-Language", "Accept-Ranges", "Cache-Control", "Cc", "Connection", "Content-Id", "Content-Language", "Content-Length", "Content-Transfer-Encoding", "Content-Type", "Cookie", "Date", "Dkim-Signature", "Etag", "Expires", "From", "Host", "If-Modified-Since", "If-None-Match", "In-Reply-To", "Last-Modified", "Location", "Message-Id", "Mime-Version", "Pragma", "Received", "Return-Path", "Server", "Set-Cookie", "Subject", "To", "User-Agent", "Via", "X-Forwarded-For", "X-Imforwards", "X-Powered-By"]);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_key = v; (commonHeader || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
			_i++;
		}
	};
	MIMEHeader.prototype.Add = function(key, value) {
		var {_entry, _key, _r, h, key, value, $s, $r, $c} = $restore(this, {key, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r = CanonicalMIMEHeaderKey(key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		key = _r;
		_key = key; (h || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry = h[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil), value) };
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MIMEHeader.prototype.Add, $c: true, $r, _entry, _key, _r, h, key, value, $s};return $f;
	};
	$ptrType(MIMEHeader).prototype.Add = function(key, value) { return new MIMEHeader(this.$get()).Add(key, value); };
	MIMEHeader.prototype.Set = function(key, value) {
		var {_key, _r, h, key, value, $s, $r, $c} = $restore(this, {key, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r = CanonicalMIMEHeaderKey(key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_key = _r; (h || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new sliceType$2([value]) };
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MIMEHeader.prototype.Set, $c: true, $r, _key, _r, h, key, value, $s};return $f;
	};
	$ptrType(MIMEHeader).prototype.Set = function(key, value) { return new MIMEHeader(this.$get()).Set(key, value); };
	MIMEHeader.prototype.Get = function(key) {
		var {_entry, _r, h, key, v, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		if (h === false) {
			$s = -1; return "";
		}
		_r = CanonicalMIMEHeaderKey(key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		v = (_entry = h[$String.keyFor(_r)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		if (v.$length === 0) {
			$s = -1; return "";
		}
		$s = -1; return (0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]);
		/* */ } return; } var $f = {$blk: MIMEHeader.prototype.Get, $c: true, $r, _entry, _r, h, key, v, $s};return $f;
	};
	$ptrType(MIMEHeader).prototype.Get = function(key) { return new MIMEHeader(this.$get()).Get(key); };
	MIMEHeader.prototype.Values = function(key) {
		var {$24r, _entry, _r, h, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		if (h === false) {
			$s = -1; return sliceType$2.nil;
		}
		_r = CanonicalMIMEHeaderKey(key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = (_entry = h[$String.keyFor(_r)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MIMEHeader.prototype.Values, $c: true, $r, $24r, _entry, _r, h, key, $s};return $f;
	};
	$ptrType(MIMEHeader).prototype.Values = function(key) { return new MIMEHeader(this.$get()).Values(key); };
	MIMEHeader.prototype.Del = function(key) {
		var {_r, h, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r = CanonicalMIMEHeaderKey(key); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		delete h[$String.keyFor(_r)];
		$s = -1; return;
		/* */ } return; } var $f = {$blk: MIMEHeader.prototype.Del, $c: true, $r, _r, h, key, $s};return $f;
	};
	$ptrType(MIMEHeader).prototype.Del = function(key) { return new MIMEHeader(this.$get()).Del(key); };
	ptrType$7.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ProtocolError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$6.methods = [{prop: "ReadLine", name: "ReadLine", pkg: "", typ: $funcType([], [$String, $error], false)}, {prop: "ReadLineBytes", name: "ReadLineBytes", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "readLineSlice", name: "readLineSlice", pkg: "net/textproto", typ: $funcType([], [sliceType, $error], false)}, {prop: "ReadContinuedLine", name: "ReadContinuedLine", pkg: "", typ: $funcType([], [$String, $error], false)}, {prop: "ReadContinuedLineBytes", name: "ReadContinuedLineBytes", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "readContinuedLineSlice", name: "readContinuedLineSlice", pkg: "net/textproto", typ: $funcType([funcType], [sliceType, $error], false)}, {prop: "skipSpace", name: "skipSpace", pkg: "net/textproto", typ: $funcType([], [$Int], false)}, {prop: "readCodeLine", name: "readCodeLine", pkg: "net/textproto", typ: $funcType([$Int], [$Int, $Bool, $String, $error], false)}, {prop: "ReadCodeLine", name: "ReadCodeLine", pkg: "", typ: $funcType([$Int], [$Int, $String, $error], false)}, {prop: "ReadResponse", name: "ReadResponse", pkg: "", typ: $funcType([$Int], [$Int, $String, $error], false)}, {prop: "DotReader", name: "DotReader", pkg: "", typ: $funcType([], [io.Reader], false)}, {prop: "closeDot", name: "closeDot", pkg: "net/textproto", typ: $funcType([], [], false)}, {prop: "ReadDotBytes", name: "ReadDotBytes", pkg: "", typ: $funcType([], [sliceType, $error], false)}, {prop: "ReadDotLines", name: "ReadDotLines", pkg: "", typ: $funcType([], [sliceType$2, $error], false)}, {prop: "ReadMIMEHeader", name: "ReadMIMEHeader", pkg: "", typ: $funcType([], [MIMEHeader, $error], false)}, {prop: "upcomingHeaderNewlines", name: "upcomingHeaderNewlines", pkg: "net/textproto", typ: $funcType([], [$Int], false)}];
	ptrType$4.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}];
	MIMEHeader.methods = [{prop: "Add", name: "Add", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "Values", name: "Values", pkg: "", typ: $funcType([$String], [sliceType$2], false)}, {prop: "Del", name: "Del", pkg: "", typ: $funcType([$String], [], false)}];
	Error.init("", [{prop: "Code", name: "Code", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Msg", name: "Msg", embedded: false, exported: true, typ: $String, tag: ""}]);
	Reader.init("net/textproto", [{prop: "R", name: "R", embedded: false, exported: true, typ: ptrType$3, tag: ""}, {prop: "dot", name: "dot", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	dotReader.init("net/textproto", [{prop: "r", name: "r", embedded: false, exported: false, typ: ptrType$6, tag: ""}, {prop: "state", name: "state", embedded: false, exported: false, typ: $Int, tag: ""}]);
	MIMEHeader.init($String, sliceType$2);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = net.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		commonHeader = false;
		commonHeaderOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		colon = (new sliceType($stringToBytes(":")));
		nl = (new sliceType($stringToBytes("\n")));
		isTokenTable = $toNativeArray($kindBool, [false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, true, false, true, true, true, true, true, false, false, true, true, false, true, true, false, true, true, true, true, true, true, true, true, true, true, false, false, false, false, false, false, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, false, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, true, false, true]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["mime/multipart"] = (function() {
	var $pkg = {}, $init, bufio, bytes, rand, errors, fmt, io, math, mime, quotedprintable, textproto, os, filepath, sort, strings, Part, stickyErrorReader, partReader, Reader, Form, FileHeader, File, sectionReadCloser, sliceType, sliceType$1, sliceType$2, ptrType$2, ptrType$3, ptrType$4, ptrType$5, sliceType$3, ptrType$6, sliceType$4, mapType, ptrType$7, mapType$1, mapType$2, ptrType$8, quoteEscaper, emptyParams, NewReader, newPart, scanUntilBoundary, matchAfterPrefix, skipLWSPChar;
	bufio = $packages["bufio"];
	bytes = $packages["bytes"];
	rand = $packages["crypto/rand"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	math = $packages["math"];
	mime = $packages["mime"];
	quotedprintable = $packages["mime/quotedprintable"];
	textproto = $packages["net/textproto"];
	os = $packages["os"];
	filepath = $packages["path/filepath"];
	sort = $packages["sort"];
	strings = $packages["strings"];
	Part = $pkg.Part = $newType(0, $kindStruct, "multipart.Part", true, "mime/multipart", true, function(Header_, mr_, disposition_, dispositionParams_, r_, n_, total_, err_, readErr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Header = false;
			this.mr = ptrType$4.nil;
			this.disposition = "";
			this.dispositionParams = false;
			this.r = $ifaceNil;
			this.n = 0;
			this.total = new $Int64(0, 0);
			this.err = $ifaceNil;
			this.readErr = $ifaceNil;
			return;
		}
		this.Header = Header_;
		this.mr = mr_;
		this.disposition = disposition_;
		this.dispositionParams = dispositionParams_;
		this.r = r_;
		this.n = n_;
		this.total = total_;
		this.err = err_;
		this.readErr = readErr_;
	});
	stickyErrorReader = $pkg.stickyErrorReader = $newType(0, $kindStruct, "multipart.stickyErrorReader", true, "mime/multipart", false, function(r_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = $ifaceNil;
			this.err = $ifaceNil;
			return;
		}
		this.r = r_;
		this.err = err_;
	});
	partReader = $pkg.partReader = $newType(0, $kindStruct, "multipart.partReader", true, "mime/multipart", false, function(p_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.p = ptrType$3.nil;
			return;
		}
		this.p = p_;
	});
	Reader = $pkg.Reader = $newType(0, $kindStruct, "multipart.Reader", true, "mime/multipart", true, function(bufReader_, currentPart_, partsRead_, nl_, nlDashBoundary_, dashBoundaryDash_, dashBoundary_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.bufReader = ptrType$2.nil;
			this.currentPart = ptrType$3.nil;
			this.partsRead = 0;
			this.nl = sliceType$1.nil;
			this.nlDashBoundary = sliceType$1.nil;
			this.dashBoundaryDash = sliceType$1.nil;
			this.dashBoundary = sliceType$1.nil;
			return;
		}
		this.bufReader = bufReader_;
		this.currentPart = currentPart_;
		this.partsRead = partsRead_;
		this.nl = nl_;
		this.nlDashBoundary = nlDashBoundary_;
		this.dashBoundaryDash = dashBoundaryDash_;
		this.dashBoundary = dashBoundary_;
	});
	Form = $pkg.Form = $newType(0, $kindStruct, "multipart.Form", true, "mime/multipart", true, function(Value_, File_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Value = false;
			this.File = false;
			return;
		}
		this.Value = Value_;
		this.File = File_;
	});
	FileHeader = $pkg.FileHeader = $newType(0, $kindStruct, "multipart.FileHeader", true, "mime/multipart", true, function(Filename_, Header_, Size_, content_, tmpfile_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Filename = "";
			this.Header = false;
			this.Size = new $Int64(0, 0);
			this.content = sliceType$1.nil;
			this.tmpfile = "";
			return;
		}
		this.Filename = Filename_;
		this.Header = Header_;
		this.Size = Size_;
		this.content = content_;
		this.tmpfile = tmpfile_;
	});
	File = $pkg.File = $newType(8, $kindInterface, "multipart.File", true, "mime/multipart", true, null);
	sectionReadCloser = $pkg.sectionReadCloser = $newType(0, $kindStruct, "multipart.sectionReadCloser", true, "mime/multipart", false, function(SectionReader_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.SectionReader = ptrType$8.nil;
			return;
		}
		this.SectionReader = SectionReader_;
	});
	sliceType = $sliceType($String);
	sliceType$1 = $sliceType($Uint8);
	sliceType$2 = $sliceType($emptyInterface);
	ptrType$2 = $ptrType(bufio.Reader);
	ptrType$3 = $ptrType(Part);
	ptrType$4 = $ptrType(Reader);
	ptrType$5 = $ptrType(Form);
	sliceType$3 = $sliceType(io.Reader);
	ptrType$6 = $ptrType(FileHeader);
	sliceType$4 = $sliceType(ptrType$6);
	mapType = $mapType($String, $String);
	ptrType$7 = $ptrType(stickyErrorReader);
	mapType$1 = $mapType($String, sliceType);
	mapType$2 = $mapType($String, sliceType$4);
	ptrType$8 = $ptrType(io.SectionReader);
	Part.ptr.prototype.FormName = function() {
		var {_entry, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (p.dispositionParams === false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.dispositionParams === false) { */ case 1:
			$r = p.parseContentDisposition(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (!(p.disposition === "form-data")) {
			$s = -1; return "";
		}
		$s = -1; return (_entry = p.dispositionParams[$String.keyFor("name")], _entry !== undefined ? _entry.v : "");
		/* */ } return; } var $f = {$blk: Part.ptr.prototype.FormName, $c: true, $r, _entry, p, $s};return $f;
	};
	Part.prototype.FormName = function() { return this.$val.FormName(); };
	Part.ptr.prototype.FileName = function() {
		var {_entry, filename, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (p.dispositionParams === false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.dispositionParams === false) { */ case 1:
			$r = p.parseContentDisposition(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		filename = (_entry = p.dispositionParams[$String.keyFor("filename")], _entry !== undefined ? _entry.v : "");
		if (filename === "") {
			$s = -1; return "";
		}
		$s = -1; return filepath.Base(filename);
		/* */ } return; } var $f = {$blk: Part.ptr.prototype.FileName, $c: true, $r, _entry, filename, p, $s};return $f;
	};
	Part.prototype.FileName = function() { return this.$val.FileName(); };
	Part.ptr.prototype.parseContentDisposition = function() {
		var {_r, _r$1, _tuple, err, p, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = new textproto.MIMEHeader(p.Header).Get("Content-Disposition"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		v = _r;
		err = $ifaceNil;
		_r$1 = mime.ParseMediaType(v); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		p.disposition = _tuple[0];
		p.dispositionParams = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			p.dispositionParams = emptyParams;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Part.ptr.prototype.parseContentDisposition, $c: true, $r, _r, _r$1, _tuple, err, p, v, $s};return $f;
	};
	Part.prototype.parseContentDisposition = function() { return this.$val.parseContentDisposition(); };
	NewReader = function(r, boundary) {
		var b, boundary, r;
		b = (new sliceType$1($stringToBytes("\r\n--" + boundary + "--")));
		return new Reader.ptr(bufio.NewReaderSize(new stickyErrorReader.ptr(r, $ifaceNil), 4096), ptrType$3.nil, 0, $subslice(b, 0, 2), $subslice(b, 0, (b.$length - 2 >> 0)), $subslice(b, 2), $subslice(b, 2, (b.$length - 2 >> 0)));
	};
	$pkg.NewReader = NewReader;
	stickyErrorReader.ptr.prototype.Read = function(p) {
		var {_, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, n, p, r, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		_ = $ifaceNil;
		r = this;
		if (!($interfaceIsEqual(r.err, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = r.err;
			n = _tmp;
			_ = _tmp$1;
			$s = -1; return [n, _];
		}
		_r = r.r.Read(p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		r.err = _tuple[1];
		_tmp$2 = n;
		_tmp$3 = r.err;
		n = _tmp$2;
		_ = _tmp$3;
		$s = -1; return [n, _];
		/* */ } return; } var $f = {$blk: stickyErrorReader.ptr.prototype.Read, $c: true, $r, _, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, n, p, r, $s};return $f;
	};
	stickyErrorReader.prototype.Read = function(p) { return this.$val.Read(p); };
	newPart = function(mr, rawPart) {
		var {_r, _r$1, _r$2, bp, err, mr, rawPart, x, $s, $r, $c} = $restore(this, {mr, rawPart});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bp = new Part.ptr({}, mr, "", false, $ifaceNil, 0, new $Int64(0, 0), $ifaceNil, $ifaceNil);
		_r = bp.populateHeaders(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$3.nil, err];
		}
		bp.r = (x = new partReader.ptr(bp), new x.constructor.elem(x));
		/* */ if (!rawPart) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!rawPart) { */ case 2:
			_r$1 = new textproto.MIMEHeader(bp.Header).Get("Content-Transfer-Encoding"); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = strings.EqualFold(_r$1, "quoted-printable"); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (_r$2) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r$2) { */ case 4:
				$r = new textproto.MIMEHeader(bp.Header).Del("Content-Transfer-Encoding"); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				bp.r = quotedprintable.NewReader(bp.r);
			/* } */ case 5:
		/* } */ case 3:
		$s = -1; return [bp, $ifaceNil];
		/* */ } return; } var $f = {$blk: newPart, $c: true, $r, _r, _r$1, _r$2, bp, err, mr, rawPart, x, $s};return $f;
	};
	Part.ptr.prototype.populateHeaders = function() {
		var {_r, _r$1, _tuple, bp, err, header, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bp = this;
		_r = textproto.NewReader(bp.mr.bufReader); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		r = _r;
		_r$1 = r.ReadMIMEHeader(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		header = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			bp.Header = header;
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Part.ptr.prototype.populateHeaders, $c: true, $r, _r, _r$1, _tuple, bp, err, header, r, $s};return $f;
	};
	Part.prototype.populateHeaders = function() { return this.$val.populateHeaders(); };
	Part.ptr.prototype.Read = function(d) {
		var {$24r, _r, _tuple, d, err, n, p, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		p = this;
		_r = p.r.Read(d); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Part.ptr.prototype.Read, $c: true, $r, $24r, _r, _tuple, d, err, n, p, $s};return $f;
	};
	Part.prototype.Read = function(d) { return this.$val.Read(d); };
	partReader.ptr.prototype.Read = function(d) {
		var {_r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, _tuple$3, br, d, n, p, peek, pr, x, x$1, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pr = this;
		p = pr.p;
		br = p.mr.bufReader;
		/* while (true) { */ case 1:
			/* if (!((p.n === 0) && $interfaceIsEqual(p.err, $ifaceNil))) { break; } */ if(!((p.n === 0) && $interfaceIsEqual(p.err, $ifaceNil))) { $s = 2; continue; }
			_r = br.Peek(br.Buffered()); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			peek = _tuple[0];
			_tuple$1 = scanUntilBoundary(peek, p.mr.dashBoundary, p.mr.nlDashBoundary, p.total, p.readErr);
			p.n = _tuple$1[0];
			p.err = _tuple$1[1];
			/* */ if ((p.n === 0) && $interfaceIsEqual(p.err, $ifaceNil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ((p.n === 0) && $interfaceIsEqual(p.err, $ifaceNil)) { */ case 4:
				_r$1 = br.Peek(peek.$length + 1 >> 0); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$2 = _r$1;
				p.readErr = _tuple$2[1];
				if ($interfaceIsEqual(p.readErr, io.EOF)) {
					p.readErr = io.ErrUnexpectedEOF;
				}
			/* } */ case 5:
		$s = 1; continue;
		case 2:
		if (p.n === 0) {
			$s = -1; return [0, p.err];
		}
		n = d.$length;
		if (n > p.n) {
			n = p.n;
		}
		_r$2 = br.Read($subslice(d, 0, n)); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$3 = _r$2;
		n = _tuple$3[0];
		p.total = (x = p.total, x$1 = (new $Int64(0, n)), new $Int64(x.$high + x$1.$high, x.$low + x$1.$low));
		p.n = p.n - (n) >> 0;
		if (p.n === 0) {
			$s = -1; return [n, p.err];
		}
		$s = -1; return [n, $ifaceNil];
		/* */ } return; } var $f = {$blk: partReader.ptr.prototype.Read, $c: true, $r, _r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, _tuple$3, br, d, n, p, peek, pr, x, x$1, $s};return $f;
	};
	partReader.prototype.Read = function(d) { return this.$val.Read(d); };
	scanUntilBoundary = function(buf, dashBoundary, nlDashBoundary, total, readErr) {
		var _1, _2, buf, dashBoundary, i, i$1, nlDashBoundary, readErr, total;
		if ((total.$high === 0 && total.$low === 0)) {
			if (bytes.HasPrefix(buf, dashBoundary)) {
				_1 = matchAfterPrefix(buf, dashBoundary, readErr);
				if (_1 === (-1)) {
					return [dashBoundary.$length, $ifaceNil];
				} else if (_1 === (0)) {
					return [0, $ifaceNil];
				} else if (_1 === (1)) {
					return [0, io.EOF];
				}
			}
			if (bytes.HasPrefix(dashBoundary, buf)) {
				return [0, readErr];
			}
		}
		i = bytes.Index(buf, nlDashBoundary);
		if (i >= 0) {
			_2 = matchAfterPrefix($subslice(buf, i), nlDashBoundary, readErr);
			if (_2 === (-1)) {
				return [i + nlDashBoundary.$length >> 0, $ifaceNil];
			} else if (_2 === (0)) {
				return [i, $ifaceNil];
			} else if (_2 === (1)) {
				return [i, io.EOF];
			}
		}
		if (bytes.HasPrefix(nlDashBoundary, buf)) {
			return [0, readErr];
		}
		i$1 = bytes.LastIndexByte(buf, (0 >= nlDashBoundary.$length ? ($throwRuntimeError("index out of range"), undefined) : nlDashBoundary.$array[nlDashBoundary.$offset + 0]));
		if (i$1 >= 0 && bytes.HasPrefix(nlDashBoundary, $subslice(buf, i$1))) {
			return [i$1, $ifaceNil];
		}
		return [buf.$length, readErr];
	};
	matchAfterPrefix = function(buf, prefix, readErr) {
		var buf, c, prefix, readErr, x;
		if (buf.$length === prefix.$length) {
			if (!($interfaceIsEqual(readErr, $ifaceNil))) {
				return 1;
			}
			return 0;
		}
		c = (x = prefix.$length, ((x < 0 || x >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + x]));
		if ((c === 32) || (c === 9) || (c === 13) || (c === 10) || (c === 45)) {
			return 1;
		}
		return -1;
	};
	Part.ptr.prototype.Close = function() {
		var {_r, p, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = io.Copy(io.Discard, p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Part.ptr.prototype.Close, $c: true, $r, _r, p, $s};return $f;
	};
	Part.prototype.Close = function() { return this.$val.Close(); };
	Reader.ptr.prototype.NextPart = function() {
		var {$24r, _r, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.nextPart(false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.NextPart, $c: true, $r, $24r, _r, r, $s};return $f;
	};
	Reader.prototype.NextPart = function() { return this.$val.NextPart(); };
	Reader.ptr.prototype.NextRawPart = function() {
		var {$24r, _r, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.nextPart(true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.NextRawPart, $c: true, $r, $24r, _r, r, $s};return $f;
	};
	Reader.prototype.NextRawPart = function() { return this.$val.NextRawPart(); };
	Reader.ptr.prototype.nextPart = function(rawPart) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, bp, err, err$1, expectNewPart, line, r, rawPart, $s, $r, $c} = $restore(this, {rawPart});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* */ if (!(r.currentPart === ptrType$3.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(r.currentPart === ptrType$3.nil)) { */ case 1:
			_r = r.currentPart.Close(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
		/* } */ case 2:
		/* */ if (($bytesToString(r.dashBoundary)) === "--") { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (($bytesToString(r.dashBoundary)) === "--") { */ case 4:
			_r$1 = fmt.Errorf("multipart: boundary is empty", new sliceType$2([])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = [ptrType$3.nil, _r$1];
			$s = 7; case 7: return $24r;
		/* } */ case 5:
		expectNewPart = false;
		/* while (true) { */ case 8:
			_r$2 = r.bufReader.ReadSlice(10); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			line = _tuple[0];
			err = _tuple[1];
			if ($interfaceIsEqual(err, io.EOF) && r.isFinalBoundary(line)) {
				$s = -1; return [ptrType$3.nil, io.EOF];
			}
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 11:
				_r$3 = fmt.Errorf("multipart: NextPart: %v", new sliceType$2([err])); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$1 = [ptrType$3.nil, _r$3];
				$s = 14; case 14: return $24r$1;
			/* } */ case 12:
			/* */ if (r.isBoundaryDelimiterLine(line)) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (r.isBoundaryDelimiterLine(line)) { */ case 15:
				r.partsRead = r.partsRead + (1) >> 0;
				_r$4 = newPart(r, rawPart); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$1 = _r$4;
				bp = _tuple$1[0];
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [ptrType$3.nil, err$1];
				}
				r.currentPart = bp;
				$s = -1; return [bp, $ifaceNil];
			/* } */ case 16:
			if (r.isFinalBoundary(line)) {
				$s = -1; return [ptrType$3.nil, io.EOF];
			}
			/* */ if (expectNewPart) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (expectNewPart) { */ case 18:
				_r$5 = fmt.Errorf("multipart: expecting a new Part; got line %q", new sliceType$2([new $String(($bytesToString(line)))])); /* */ $s = 20; case 20: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$2 = [ptrType$3.nil, _r$5];
				$s = 21; case 21: return $24r$2;
			/* } */ case 19:
			if (r.partsRead === 0) {
				/* continue; */ $s = 8; continue;
			}
			if (bytes.Equal(line, r.nl)) {
				expectNewPart = true;
				/* continue; */ $s = 8; continue;
			}
			_r$6 = fmt.Errorf("multipart: unexpected line in Next(): %q", new sliceType$2([line])); /* */ $s = 22; case 22: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$3 = [ptrType$3.nil, _r$6];
			$s = 23; case 23: return $24r$3;
		case 9:
		$s = -1; return [ptrType$3.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.nextPart, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, bp, err, err$1, expectNewPart, line, r, rawPart, $s};return $f;
	};
	Reader.prototype.nextPart = function(rawPart) { return this.$val.nextPart(rawPart); };
	Reader.ptr.prototype.isFinalBoundary = function(line) {
		var line, mr, rest;
		mr = this;
		if (!bytes.HasPrefix(line, mr.dashBoundaryDash)) {
			return false;
		}
		rest = $subslice(line, mr.dashBoundaryDash.$length);
		rest = skipLWSPChar(rest);
		return (rest.$length === 0) || bytes.Equal(rest, mr.nl);
	};
	Reader.prototype.isFinalBoundary = function(line) { return this.$val.isFinalBoundary(line); };
	Reader.ptr.prototype.isBoundaryDelimiterLine = function(line) {
		var line, mr, rest, ret;
		ret = false;
		mr = this;
		if (!bytes.HasPrefix(line, mr.dashBoundary)) {
			ret = false;
			return ret;
		}
		rest = $subslice(line, mr.dashBoundary.$length);
		rest = skipLWSPChar(rest);
		if ((mr.partsRead === 0) && (rest.$length === 1) && ((0 >= rest.$length ? ($throwRuntimeError("index out of range"), undefined) : rest.$array[rest.$offset + 0]) === 10)) {
			mr.nl = $subslice(mr.nl, 1);
			mr.nlDashBoundary = $subslice(mr.nlDashBoundary, 1);
		}
		ret = bytes.Equal(rest, mr.nl);
		return ret;
	};
	Reader.prototype.isBoundaryDelimiterLine = function(line) { return this.$val.isBoundaryDelimiterLine(line); };
	skipLWSPChar = function(b) {
		var b;
		while (true) {
			if (!(b.$length > 0 && (((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 32) || ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 9)))) { break; }
			b = $subslice(b, 1);
		}
		return b;
	};
	Reader.ptr.prototype.ReadForm = function(maxMemory) {
		var {$24r, _r, maxMemory, r, $s, $r, $c} = $restore(this, {maxMemory});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r = r.readForm(maxMemory); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Reader.ptr.prototype.ReadForm, $c: true, $r, $24r, _r, maxMemory, r, $s};return $f;
	};
	Reader.prototype.ReadForm = function(maxMemory) { return this.$val.ReadForm(maxMemory); };
	Reader.ptr.prototype.readForm = function(maxMemory) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _, _entry, _entry$1, _key, _key$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, cerr, err, err$1, err$2, err$3, fh, file, filename, form, maxMemory, maxValueBytes, n, n$1, name, p, r, size, x, x$1, x$2, $s, $deferred, $r, $c} = $restore(this, {maxMemory});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		form = [form];
		_ = ptrType$5.nil;
		err[0] = $ifaceNil;
		r = this;
		form[0] = new Form.ptr({}, {});
		$deferred.push([(function(err, form) { return function $b() {
			var {_r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 1:
				_r = form[0].RemoveAll(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, $s};return $f;
		}; })(err, form), []]);
		maxValueBytes = new $Int64(maxMemory.$high + 0, maxMemory.$low + 10485760);
		if ((maxValueBytes.$high < 0 || (maxValueBytes.$high === 0 && maxValueBytes.$low <= 0))) {
			if ((maxMemory.$high < 0 || (maxMemory.$high === 0 && maxMemory.$low < 0))) {
				maxValueBytes = new $Int64(0, 0);
			} else {
				maxValueBytes = new $Int64(2147483647, 4294967295);
			}
		}
		/* while (true) { */ case 1:
			b = [b];
			_r = r.NextPart(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			p = _tuple[0];
			err$1 = _tuple[1];
			if ($interfaceIsEqual(err$1, io.EOF)) {
				/* break; */ $s = 2; continue;
			}
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 4:
				_tmp = ptrType$5.nil;
				_tmp$1 = err$1;
				_ = _tmp;
				err[0] = _tmp$1;
				$24r = [_, err[0]];
				$s = 6; case 6: return $24r;
			/* } */ case 5:
			_r$1 = p.FormName(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			name = _r$1;
			if (name === "") {
				/* continue; */ $s = 1; continue;
			}
			_r$2 = p.FileName(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			filename = _r$2;
			b[0] = new bytes.Buffer.ptr(sliceType$1.nil, 0, 0);
			/* */ if (filename === "") { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (filename === "") { */ case 9:
				_r$3 = io.CopyN(b[0], p, new $Int64(maxValueBytes.$high + 0, maxValueBytes.$low + 1)); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$1 = _r$3;
				n = _tuple$1[0];
				err$2 = _tuple$1[1];
				/* */ if (!($interfaceIsEqual(err$2, $ifaceNil)) && !($interfaceIsEqual(err$2, io.EOF))) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if (!($interfaceIsEqual(err$2, $ifaceNil)) && !($interfaceIsEqual(err$2, io.EOF))) { */ case 12:
					_tmp$2 = ptrType$5.nil;
					_tmp$3 = err$2;
					_ = _tmp$2;
					err[0] = _tmp$3;
					$24r$1 = [_, err[0]];
					$s = 14; case 14: return $24r$1;
				/* } */ case 13:
				maxValueBytes = (x = n, new $Int64(maxValueBytes.$high - x.$high, maxValueBytes.$low - x.$low));
				/* */ if ((maxValueBytes.$high < 0 || (maxValueBytes.$high === 0 && maxValueBytes.$low < 0))) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if ((maxValueBytes.$high < 0 || (maxValueBytes.$high === 0 && maxValueBytes.$low < 0))) { */ case 15:
					_tmp$4 = ptrType$5.nil;
					_tmp$5 = $pkg.ErrMessageTooLarge;
					_ = _tmp$4;
					err[0] = _tmp$5;
					$24r$2 = [_, err[0]];
					$s = 17; case 17: return $24r$2;
				/* } */ case 16:
				_key = name; (form[0].Value || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry = form[0].Value[$String.keyFor(name)], _entry !== undefined ? _entry.v : sliceType.nil), b[0].String()) };
				/* continue; */ $s = 1; continue;
			/* } */ case 10:
			fh = new FileHeader.ptr(filename, p.Header, new $Int64(0, 0), sliceType$1.nil, "");
			_r$4 = io.CopyN(b[0], p, new $Int64(maxMemory.$high + 0, maxMemory.$low + 1)); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$2 = _r$4;
			n$1 = _tuple$2[0];
			err$1 = _tuple$2[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil)) && !($interfaceIsEqual(err$1, io.EOF))) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil)) && !($interfaceIsEqual(err$1, io.EOF))) { */ case 19:
				_tmp$6 = ptrType$5.nil;
				_tmp$7 = err$1;
				_ = _tmp$6;
				err[0] = _tmp$7;
				$24r$3 = [_, err[0]];
				$s = 21; case 21: return $24r$3;
			/* } */ case 20:
			/* */ if ((n$1.$high > maxMemory.$high || (n$1.$high === maxMemory.$high && n$1.$low > maxMemory.$low))) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if ((n$1.$high > maxMemory.$high || (n$1.$high === maxMemory.$high && n$1.$low > maxMemory.$low))) { */ case 22:
				_r$5 = os.CreateTemp("", "multipart-"); /* */ $s = 25; case 25: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$3 = _r$5;
				file = _tuple$3[0];
				err$3 = _tuple$3[1];
				/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 26:
					_tmp$8 = ptrType$5.nil;
					_tmp$9 = err$3;
					_ = _tmp$8;
					err[0] = _tmp$9;
					$24r$4 = [_, err[0]];
					$s = 28; case 28: return $24r$4;
				/* } */ case 27:
				_r$6 = io.Copy(file, io.MultiReader(new sliceType$3([b[0], p]))); /* */ $s = 29; case 29: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$4 = _r$6;
				size = _tuple$4[0];
				err$3 = _tuple$4[1];
				_r$7 = file.Close(); /* */ $s = 30; case 30: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				cerr = _r$7;
				if ($interfaceIsEqual(err$3, $ifaceNil)) {
					err$3 = cerr;
				}
				/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 31:
					_r$8 = os.Remove(file.Name()); /* */ $s = 33; case 33: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$8;
					_tmp$10 = ptrType$5.nil;
					_tmp$11 = err$3;
					_ = _tmp$10;
					err[0] = _tmp$11;
					$24r$5 = [_, err[0]];
					$s = 34; case 34: return $24r$5;
				/* } */ case 32:
				fh.tmpfile = file.Name();
				fh.Size = size;
				$s = 24; continue;
			/* } else { */ case 23:
				fh.content = b[0].Bytes();
				fh.Size = (new $Int64(0, fh.content.$length));
				maxMemory = (x$1 = n$1, new $Int64(maxMemory.$high - x$1.$high, maxMemory.$low - x$1.$low));
				maxValueBytes = (x$2 = n$1, new $Int64(maxValueBytes.$high - x$2.$high, maxValueBytes.$low - x$2.$low));
			/* } */ case 24:
			_key$1 = name; (form[0].File || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: $append((_entry$1 = form[0].File[$String.keyFor(name)], _entry$1 !== undefined ? _entry$1.v : sliceType$4.nil), fh) };
		$s = 1; continue;
		case 2:
		_tmp$12 = form[0];
		_tmp$13 = $ifaceNil;
		_ = _tmp$12;
		err[0] = _tmp$13;
		$24r$6 = [_, err[0]];
		$s = 35; case 35: return $24r$6;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [_, err[0]]; } if($curGoroutine.asleep) { var $f = {$blk: Reader.ptr.prototype.readForm, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _, _entry, _entry$1, _key, _key$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, cerr, err, err$1, err$2, err$3, fh, file, filename, form, maxMemory, maxValueBytes, n, n$1, name, p, r, size, x, x$1, x$2, $s, $deferred};return $f; } }
	};
	Reader.prototype.readForm = function(maxMemory) { return this.$val.readForm(maxMemory); };
	Form.ptr.prototype.RemoveAll = function() {
		var {_entry, _i, _i$1, _keys, _r, _ref, _ref$1, e, err, f, fh, fhs, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		err = $ifaceNil;
		_ref = f.File;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			fhs = _entry.v;
			_ref$1 = fhs;
			_i$1 = 0;
			/* while (true) { */ case 3:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 4; continue; }
				fh = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				/* */ if (!(fh.tmpfile === "")) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!(fh.tmpfile === "")) { */ case 5:
					_r = os.Remove(fh.tmpfile); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
					e = _r;
					if (!($interfaceIsEqual(e, $ifaceNil)) && $interfaceIsEqual(err, $ifaceNil)) {
						err = e;
					}
				/* } */ case 6:
				_i$1++;
			$s = 3; continue;
			case 4:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Form.ptr.prototype.RemoveAll, $c: true, $r, _entry, _i, _i$1, _keys, _r, _ref, _ref$1, e, err, f, fh, fhs, $s};return $f;
	};
	Form.prototype.RemoveAll = function() { return this.$val.RemoveAll(); };
	FileHeader.ptr.prototype.Open = function() {
		var {$24r, _r, _returncast, b, fh, r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fh = this;
		b = fh.content;
		if (!(b === sliceType$1.nil)) {
			r = io.NewSectionReader(bytes.NewReader(b), new $Int64(0, 0), (new $Int64(0, b.$length)));
			$s = -1; return [(x = new sectionReadCloser.ptr(r), new x.constructor.elem(x)), $ifaceNil];
		}
		_r = os.Open(fh.tmpfile); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_returncast = _r;
		$24r = [_returncast[0], _returncast[1]];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: FileHeader.ptr.prototype.Open, $c: true, $r, $24r, _r, _returncast, b, fh, r, x, $s};return $f;
	};
	FileHeader.prototype.Open = function() { return this.$val.Open(); };
	sectionReadCloser.ptr.prototype.Close = function() {
		var rc;
		rc = this;
		return $ifaceNil;
	};
	sectionReadCloser.prototype.Close = function() { return this.$val.Close(); };
	ptrType$3.methods = [{prop: "FormName", name: "FormName", pkg: "", typ: $funcType([], [$String], false)}, {prop: "FileName", name: "FileName", pkg: "", typ: $funcType([], [$String], false)}, {prop: "parseContentDisposition", name: "parseContentDisposition", pkg: "mime/multipart", typ: $funcType([], [], false)}, {prop: "populateHeaders", name: "populateHeaders", pkg: "mime/multipart", typ: $funcType([], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$7.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}];
	partReader.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}];
	ptrType$4.methods = [{prop: "NextPart", name: "NextPart", pkg: "", typ: $funcType([], [ptrType$3, $error], false)}, {prop: "NextRawPart", name: "NextRawPart", pkg: "", typ: $funcType([], [ptrType$3, $error], false)}, {prop: "nextPart", name: "nextPart", pkg: "mime/multipart", typ: $funcType([$Bool], [ptrType$3, $error], false)}, {prop: "isFinalBoundary", name: "isFinalBoundary", pkg: "mime/multipart", typ: $funcType([sliceType$1], [$Bool], false)}, {prop: "isBoundaryDelimiterLine", name: "isBoundaryDelimiterLine", pkg: "mime/multipart", typ: $funcType([sliceType$1], [$Bool], false)}, {prop: "ReadForm", name: "ReadForm", pkg: "", typ: $funcType([$Int64], [ptrType$5, $error], false)}, {prop: "readForm", name: "readForm", pkg: "mime/multipart", typ: $funcType([$Int64], [ptrType$5, $error], false)}];
	ptrType$5.methods = [{prop: "RemoveAll", name: "RemoveAll", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$6.methods = [{prop: "Open", name: "Open", pkg: "", typ: $funcType([], [File, $error], false)}];
	sectionReadCloser.methods = [{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	Part.init("mime/multipart", [{prop: "Header", name: "Header", embedded: false, exported: true, typ: textproto.MIMEHeader, tag: ""}, {prop: "mr", name: "mr", embedded: false, exported: false, typ: ptrType$4, tag: ""}, {prop: "disposition", name: "disposition", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "dispositionParams", name: "dispositionParams", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "total", name: "total", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "readErr", name: "readErr", embedded: false, exported: false, typ: $error, tag: ""}]);
	stickyErrorReader.init("mime/multipart", [{prop: "r", name: "r", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	partReader.init("mime/multipart", [{prop: "p", name: "p", embedded: false, exported: false, typ: ptrType$3, tag: ""}]);
	Reader.init("mime/multipart", [{prop: "bufReader", name: "bufReader", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "currentPart", name: "currentPart", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "partsRead", name: "partsRead", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "nl", name: "nl", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "nlDashBoundary", name: "nlDashBoundary", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "dashBoundaryDash", name: "dashBoundaryDash", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "dashBoundary", name: "dashBoundary", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	Form.init("", [{prop: "Value", name: "Value", embedded: false, exported: true, typ: mapType$1, tag: ""}, {prop: "File", name: "File", embedded: false, exported: true, typ: mapType$2, tag: ""}]);
	FileHeader.init("mime/multipart", [{prop: "Filename", name: "Filename", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Header", name: "Header", embedded: false, exported: true, typ: textproto.MIMEHeader, tag: ""}, {prop: "Size", name: "Size", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "content", name: "content", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "tmpfile", name: "tmpfile", embedded: false, exported: false, typ: $String, tag: ""}]);
	File.init([{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "ReadAt", name: "ReadAt", pkg: "", typ: $funcType([sliceType$1, $Int64], [$Int, $error], false)}, {prop: "Seek", name: "Seek", pkg: "", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}]);
	sectionReadCloser.init("", [{prop: "SectionReader", name: "SectionReader", embedded: true, exported: true, typ: ptrType$8, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = mime.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = quotedprintable.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = textproto.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = filepath.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		quoteEscaper = strings.NewReplacer(new sliceType(["\\", "\\\\", "\"", "\\\""]));
		emptyParams = {};
		$pkg.ErrMessageTooLarge = errors.New("multipart: message too large");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net/http/httptrace"] = (function() {
	var $pkg = {}, $init, context, tls, nettrace, net, textproto, reflect, time, clientEventContextKey, ClientTrace, WroteRequestInfo, DNSStartInfo, DNSDoneInfo, GotConnInfo, ptrType, sliceType, funcType, funcType$1, funcType$2, funcType$3, funcType$4, funcType$5, funcType$6, funcType$7, funcType$8, funcType$9, sliceType$1, funcType$10, funcType$11, ContextClientTrace;
	context = $packages["context"];
	tls = $packages["crypto/tls"];
	nettrace = $packages["internal/nettrace"];
	net = $packages["net"];
	textproto = $packages["net/textproto"];
	reflect = $packages["reflect"];
	time = $packages["time"];
	clientEventContextKey = $pkg.clientEventContextKey = $newType(0, $kindStruct, "httptrace.clientEventContextKey", true, "net/http/httptrace", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	ClientTrace = $pkg.ClientTrace = $newType(0, $kindStruct, "httptrace.ClientTrace", true, "net/http/httptrace", true, function(GetConn_, GotConn_, PutIdleConn_, GotFirstResponseByte_, Got100Continue_, Got1xxResponse_, DNSStart_, DNSDone_, ConnectStart_, ConnectDone_, TLSHandshakeStart_, TLSHandshakeDone_, WroteHeaderField_, WroteHeaders_, Wait100Continue_, WroteRequest_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.GetConn = $throwNilPointerError;
			this.GotConn = $throwNilPointerError;
			this.PutIdleConn = $throwNilPointerError;
			this.GotFirstResponseByte = $throwNilPointerError;
			this.Got100Continue = $throwNilPointerError;
			this.Got1xxResponse = $throwNilPointerError;
			this.DNSStart = $throwNilPointerError;
			this.DNSDone = $throwNilPointerError;
			this.ConnectStart = $throwNilPointerError;
			this.ConnectDone = $throwNilPointerError;
			this.TLSHandshakeStart = $throwNilPointerError;
			this.TLSHandshakeDone = $throwNilPointerError;
			this.WroteHeaderField = $throwNilPointerError;
			this.WroteHeaders = $throwNilPointerError;
			this.Wait100Continue = $throwNilPointerError;
			this.WroteRequest = $throwNilPointerError;
			return;
		}
		this.GetConn = GetConn_;
		this.GotConn = GotConn_;
		this.PutIdleConn = PutIdleConn_;
		this.GotFirstResponseByte = GotFirstResponseByte_;
		this.Got100Continue = Got100Continue_;
		this.Got1xxResponse = Got1xxResponse_;
		this.DNSStart = DNSStart_;
		this.DNSDone = DNSDone_;
		this.ConnectStart = ConnectStart_;
		this.ConnectDone = ConnectDone_;
		this.TLSHandshakeStart = TLSHandshakeStart_;
		this.TLSHandshakeDone = TLSHandshakeDone_;
		this.WroteHeaderField = WroteHeaderField_;
		this.WroteHeaders = WroteHeaders_;
		this.Wait100Continue = Wait100Continue_;
		this.WroteRequest = WroteRequest_;
	});
	WroteRequestInfo = $pkg.WroteRequestInfo = $newType(0, $kindStruct, "httptrace.WroteRequestInfo", true, "net/http/httptrace", true, function(Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Err = $ifaceNil;
			return;
		}
		this.Err = Err_;
	});
	DNSStartInfo = $pkg.DNSStartInfo = $newType(0, $kindStruct, "httptrace.DNSStartInfo", true, "net/http/httptrace", true, function(Host_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Host = "";
			return;
		}
		this.Host = Host_;
	});
	DNSDoneInfo = $pkg.DNSDoneInfo = $newType(0, $kindStruct, "httptrace.DNSDoneInfo", true, "net/http/httptrace", true, function(Addrs_, Err_, Coalesced_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Addrs = sliceType.nil;
			this.Err = $ifaceNil;
			this.Coalesced = false;
			return;
		}
		this.Addrs = Addrs_;
		this.Err = Err_;
		this.Coalesced = Coalesced_;
	});
	GotConnInfo = $pkg.GotConnInfo = $newType(0, $kindStruct, "httptrace.GotConnInfo", true, "net/http/httptrace", true, function(Conn_, Reused_, WasIdle_, IdleTime_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Conn = $ifaceNil;
			this.Reused = false;
			this.WasIdle = false;
			this.IdleTime = new time.Duration(0, 0);
			return;
		}
		this.Conn = Conn_;
		this.Reused = Reused_;
		this.WasIdle = WasIdle_;
		this.IdleTime = IdleTime_;
	});
	ptrType = $ptrType(ClientTrace);
	sliceType = $sliceType(net.IPAddr);
	funcType = $funcType([$String], [], false);
	funcType$1 = $funcType([GotConnInfo], [], false);
	funcType$2 = $funcType([$error], [], false);
	funcType$3 = $funcType([], [], false);
	funcType$4 = $funcType([$Int, textproto.MIMEHeader], [$error], false);
	funcType$5 = $funcType([DNSStartInfo], [], false);
	funcType$6 = $funcType([DNSDoneInfo], [], false);
	funcType$7 = $funcType([$String, $String], [], false);
	funcType$8 = $funcType([$String, $String, $error], [], false);
	funcType$9 = $funcType([tls.ConnectionState, $error], [], false);
	sliceType$1 = $sliceType($String);
	funcType$10 = $funcType([$String, sliceType$1], [], false);
	funcType$11 = $funcType([WroteRequestInfo], [], false);
	ContextClientTrace = function(ctx) {
		var {_r, _tuple, ctx, trace, x, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = ctx.Value((x = new clientEventContextKey.ptr(), new x.constructor.elem(x))); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = $assertType(_r, ptrType, true);
		trace = _tuple[0];
		$s = -1; return trace;
		/* */ } return; } var $f = {$blk: ContextClientTrace, $c: true, $r, _r, _tuple, ctx, trace, x, $s};return $f;
	};
	$pkg.ContextClientTrace = ContextClientTrace;
	ptrType.methods = [{prop: "compose", name: "compose", pkg: "net/http/httptrace", typ: $funcType([ptrType], [], false)}, {prop: "hasNetHooks", name: "hasNetHooks", pkg: "net/http/httptrace", typ: $funcType([], [$Bool], false)}];
	clientEventContextKey.init("", []);
	ClientTrace.init("", [{prop: "GetConn", name: "GetConn", embedded: false, exported: true, typ: funcType, tag: ""}, {prop: "GotConn", name: "GotConn", embedded: false, exported: true, typ: funcType$1, tag: ""}, {prop: "PutIdleConn", name: "PutIdleConn", embedded: false, exported: true, typ: funcType$2, tag: ""}, {prop: "GotFirstResponseByte", name: "GotFirstResponseByte", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "Got100Continue", name: "Got100Continue", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "Got1xxResponse", name: "Got1xxResponse", embedded: false, exported: true, typ: funcType$4, tag: ""}, {prop: "DNSStart", name: "DNSStart", embedded: false, exported: true, typ: funcType$5, tag: ""}, {prop: "DNSDone", name: "DNSDone", embedded: false, exported: true, typ: funcType$6, tag: ""}, {prop: "ConnectStart", name: "ConnectStart", embedded: false, exported: true, typ: funcType$7, tag: ""}, {prop: "ConnectDone", name: "ConnectDone", embedded: false, exported: true, typ: funcType$8, tag: ""}, {prop: "TLSHandshakeStart", name: "TLSHandshakeStart", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "TLSHandshakeDone", name: "TLSHandshakeDone", embedded: false, exported: true, typ: funcType$9, tag: ""}, {prop: "WroteHeaderField", name: "WroteHeaderField", embedded: false, exported: true, typ: funcType$10, tag: ""}, {prop: "WroteHeaders", name: "WroteHeaders", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "Wait100Continue", name: "Wait100Continue", embedded: false, exported: true, typ: funcType$3, tag: ""}, {prop: "WroteRequest", name: "WroteRequest", embedded: false, exported: true, typ: funcType$11, tag: ""}]);
	WroteRequestInfo.init("", [{prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	DNSStartInfo.init("", [{prop: "Host", name: "Host", embedded: false, exported: true, typ: $String, tag: ""}]);
	DNSDoneInfo.init("", [{prop: "Addrs", name: "Addrs", embedded: false, exported: true, typ: sliceType, tag: ""}, {prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}, {prop: "Coalesced", name: "Coalesced", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	GotConnInfo.init("", [{prop: "Conn", name: "Conn", embedded: false, exported: true, typ: net.Conn, tag: ""}, {prop: "Reused", name: "Reused", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "WasIdle", name: "WasIdle", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IdleTime", name: "IdleTime", embedded: false, exported: true, typ: time.Duration, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = context.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = tls.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = nettrace.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = net.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = textproto.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net/http/internal"] = (function() {
	var $pkg = {}, $init, bufio, bytes, errors, fmt, io, chunkedReader, chunkedWriter, FlushAfterChunkWriter, sliceType, ptrType, arrayType, sliceType$1, ptrType$1, ptrType$2, ptrType$3, ptrType$4, semi, NewChunkedReader, readChunkLine, trimTrailingWhitespace, isASCIISpace, removeChunkExtension, NewChunkedWriter, parseHexUint;
	bufio = $packages["bufio"];
	bytes = $packages["bytes"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	chunkedReader = $pkg.chunkedReader = $newType(0, $kindStruct, "internal.chunkedReader", true, "net/http/internal", false, function(r_, n_, err_, buf_, checkEnd_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = ptrType.nil;
			this.n = new $Uint64(0, 0);
			this.err = $ifaceNil;
			this.buf = arrayType.zero();
			this.checkEnd = false;
			return;
		}
		this.r = r_;
		this.n = n_;
		this.err = err_;
		this.buf = buf_;
		this.checkEnd = checkEnd_;
	});
	chunkedWriter = $pkg.chunkedWriter = $newType(0, $kindStruct, "internal.chunkedWriter", true, "net/http/internal", false, function(Wire_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Wire = $ifaceNil;
			return;
		}
		this.Wire = Wire_;
	});
	FlushAfterChunkWriter = $pkg.FlushAfterChunkWriter = $newType(0, $kindStruct, "internal.FlushAfterChunkWriter", true, "net/http/internal", true, function(Writer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Writer = ptrType$4.nil;
			return;
		}
		this.Writer = Writer_;
	});
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(bufio.Reader);
	arrayType = $arrayType($Uint8, 2);
	sliceType$1 = $sliceType($emptyInterface);
	ptrType$1 = $ptrType(FlushAfterChunkWriter);
	ptrType$2 = $ptrType(chunkedReader);
	ptrType$3 = $ptrType(chunkedWriter);
	ptrType$4 = $ptrType(bufio.Writer);
	NewChunkedReader = function(r) {
		var _tuple, br, ok, r;
		_tuple = $assertType(r, ptrType, true);
		br = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			br = bufio.NewReader(r);
		}
		return new chunkedReader.ptr(br, new $Uint64(0, 0), $ifaceNil, arrayType.zero(), false);
	};
	$pkg.NewChunkedReader = NewChunkedReader;
	chunkedReader.ptr.prototype.beginChunk = function() {
		var {_r, _tuple, _tuple$1, cr, line, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cr = this;
		line = sliceType.nil;
		_r = readChunkLine(cr.r); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		line = _tuple[0];
		cr.err = _tuple[1];
		if (!($interfaceIsEqual(cr.err, $ifaceNil))) {
			$s = -1; return;
		}
		_tuple$1 = parseHexUint(line);
		cr.n = _tuple$1[0];
		cr.err = _tuple$1[1];
		if (!($interfaceIsEqual(cr.err, $ifaceNil))) {
			$s = -1; return;
		}
		if ((x = cr.n, (x.$high === 0 && x.$low === 0))) {
			cr.err = io.EOF;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: chunkedReader.ptr.prototype.beginChunk, $c: true, $r, _r, _tuple, _tuple$1, cr, line, x, $s};return $f;
	};
	chunkedReader.prototype.beginChunk = function() { return this.$val.beginChunk(); };
	chunkedReader.ptr.prototype.chunkHeaderAvailable = function() {
		var {_r, _tuple, cr, n, peek, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cr = this;
		n = cr.r.Buffered();
		/* */ if (n > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n > 0) { */ case 1:
			_r = cr.r.Peek(n); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			peek = _tuple[0];
			$s = -1; return bytes.IndexByte(peek, 10) >= 0;
		/* } */ case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: chunkedReader.ptr.prototype.chunkHeaderAvailable, $c: true, $r, _r, _tuple, cr, n, peek, $s};return $f;
	};
	chunkedReader.prototype.chunkHeaderAvailable = function() { return this.$val.chunkHeaderAvailable(); };
	chunkedReader.ptr.prototype.Read = function(b) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, _v, b, cr, err, n, n0, rbuf, x, x$1, x$2, x$3, x$4, x$5, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		cr = this;
		/* while (true) { */ case 1:
			/* if (!($interfaceIsEqual(cr.err, $ifaceNil))) { break; } */ if(!($interfaceIsEqual(cr.err, $ifaceNil))) { $s = 2; continue; }
			/* */ if (cr.checkEnd) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (cr.checkEnd) { */ case 3:
				if (n > 0 && cr.r.Buffered() < 2) {
					/* break; */ $s = 2; continue;
				}
				_r = io.ReadFull(cr.r, $subslice(new sliceType(cr.buf), 0, 2)); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tuple = _r;
				cr.err = _tuple[1];
				if ($interfaceIsEqual(cr.err, $ifaceNil)) {
					if (!(($bytesToString(new sliceType(cr.buf))) === "\r\n")) {
						cr.err = errors.New("malformed chunked encoding");
						/* break; */ $s = 2; continue;
					}
				} else {
					if ($interfaceIsEqual(cr.err, io.EOF)) {
						cr.err = io.ErrUnexpectedEOF;
					}
					/* break; */ $s = 2; continue;
				}
				cr.checkEnd = false;
			/* } */ case 4:
			/* */ if ((x = cr.n, (x.$high === 0 && x.$low === 0))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ((x = cr.n, (x.$high === 0 && x.$low === 0))) { */ case 6:
				if (!(n > 0)) { _v = false; $s = 10; continue s; }
				_r$1 = cr.chunkHeaderAvailable(); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_v = !_r$1; case 10:
				/* */ if (_v) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (_v) { */ case 8:
					/* break; */ $s = 2; continue;
				/* } */ case 9:
				$r = cr.beginChunk(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* continue; */ $s = 1; continue;
			/* } */ case 7:
			if (b.$length === 0) {
				/* break; */ $s = 2; continue;
			}
			rbuf = b;
			if ((x$1 = (new $Uint64(0, rbuf.$length)), x$2 = cr.n, (x$1.$high > x$2.$high || (x$1.$high === x$2.$high && x$1.$low > x$2.$low)))) {
				rbuf = $subslice(rbuf, 0, $flatten64(cr.n));
			}
			n0 = 0;
			_r$2 = cr.r.Read(rbuf); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			n0 = _tuple$1[0];
			cr.err = _tuple$1[1];
			n = n + (n0) >> 0;
			b = $subslice(b, n0);
			cr.n = (x$3 = cr.n, x$4 = (new $Uint64(0, n0)), new $Uint64(x$3.$high - x$4.$high, x$3.$low - x$4.$low));
			if ((x$5 = cr.n, (x$5.$high === 0 && x$5.$low === 0)) && $interfaceIsEqual(cr.err, $ifaceNil)) {
				cr.checkEnd = true;
			} else if ($interfaceIsEqual(cr.err, io.EOF)) {
				cr.err = io.ErrUnexpectedEOF;
			}
		$s = 1; continue;
		case 2:
		_tmp = n;
		_tmp$1 = cr.err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: chunkedReader.ptr.prototype.Read, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, _v, b, cr, err, n, n0, rbuf, x, x$1, x$2, x$3, x$4, x$5, $s};return $f;
	};
	chunkedReader.prototype.Read = function(b) { return this.$val.Read(b); };
	readChunkLine = function(b) {
		var {_r, _tuple, _tuple$1, b, err, p, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = b.ReadSlice(10); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		p = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			if ($interfaceIsEqual(err, io.EOF)) {
				err = io.ErrUnexpectedEOF;
			} else if ($interfaceIsEqual(err, bufio.ErrBufferFull)) {
				err = $pkg.ErrLineTooLong;
			}
			$s = -1; return [sliceType.nil, err];
		}
		if (p.$length >= 4096) {
			$s = -1; return [sliceType.nil, $pkg.ErrLineTooLong];
		}
		p = trimTrailingWhitespace(p);
		_tuple$1 = removeChunkExtension(p);
		p = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType.nil, err];
		}
		$s = -1; return [p, $ifaceNil];
		/* */ } return; } var $f = {$blk: readChunkLine, $c: true, $r, _r, _tuple, _tuple$1, b, err, p, $s};return $f;
	};
	trimTrailingWhitespace = function(b) {
		var b, x;
		while (true) {
			if (!(b.$length > 0 && isASCIISpace((x = b.$length - 1 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x]))))) { break; }
			b = $subslice(b, 0, (b.$length - 1 >> 0));
		}
		return b;
	};
	isASCIISpace = function(b) {
		var b;
		return (b === 32) || (b === 9) || (b === 10) || (b === 13);
	};
	removeChunkExtension = function(p) {
		var _tuple, p;
		_tuple = bytes.Cut(p, semi);
		p = _tuple[0];
		return [p, $ifaceNil];
	};
	NewChunkedWriter = function(w) {
		var w;
		return new chunkedWriter.ptr(w);
	};
	$pkg.NewChunkedWriter = NewChunkedWriter;
	chunkedWriter.ptr.prototype.Write = function(data) {
		var {_r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, bw, cw, data, err, n, ok, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		cw = this;
		if (data.$length === 0) {
			_tmp = 0;
			_tmp$1 = $ifaceNil;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_r = fmt.Fprintf(cw.Wire, "%x\r\n", new sliceType$1([new $Int(data.$length)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$2 = 0;
			_tmp$3 = err;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		_r$1 = cw.Wire.Write(data); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		n = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [n, err];
		}
		if (!((n === data.$length))) {
			err = io.ErrShortWrite;
			$s = -1; return [n, err];
		}
		_r$2 = io.WriteString(cw.Wire, "\r\n"); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$2 = _r$2;
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [n, err];
		}
		_tuple$3 = $assertType(cw.Wire, ptrType$1, true);
		bw = _tuple$3[0];
		ok = _tuple$3[1];
		/* */ if (ok) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (ok) { */ case 4:
			_r$3 = bw.Writer.Flush(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
		/* } */ case 5:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: chunkedWriter.ptr.prototype.Write, $c: true, $r, _r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, _tuple$3, bw, cw, data, err, n, ok, $s};return $f;
	};
	chunkedWriter.prototype.Write = function(data) { return this.$val.Write(data); };
	chunkedWriter.ptr.prototype.Close = function() {
		var {_r, _tuple, cw, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cw = this;
		_r = io.WriteString(cw.Wire, "0\r\n"); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[1];
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: chunkedWriter.ptr.prototype.Close, $c: true, $r, _r, _tuple, cw, err, $s};return $f;
	};
	chunkedWriter.prototype.Close = function() { return this.$val.Close(); };
	parseHexUint = function(v) {
		var _i, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, b, err, i, n, v, x;
		n = new $Uint64(0, 0);
		err = $ifaceNil;
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (48 <= b && b <= 57) {
				b = b - 48 << 24 >>> 24;
			} else if (97 <= b && b <= 102) {
				b = (b - 97 << 24 >>> 24) + 10 << 24 >>> 24;
			} else if (65 <= b && b <= 70) {
				b = (b - 65 << 24 >>> 24) + 10 << 24 >>> 24;
			} else {
				_tmp = new $Uint64(0, 0);
				_tmp$1 = errors.New("invalid byte in chunk length");
				n = _tmp;
				err = _tmp$1;
				return [n, err];
			}
			if (i === 16) {
				_tmp$2 = new $Uint64(0, 0);
				_tmp$3 = errors.New("http chunk length too large");
				n = _tmp$2;
				err = _tmp$3;
				return [n, err];
			}
			n = $shiftLeft64(n, (4));
			n = (x = (new $Uint64(0, b)), new $Uint64(n.$high | x.$high, (n.$low | x.$low) >>> 0));
			_i++;
		}
		return [n, err];
	};
	ptrType$2.methods = [{prop: "beginChunk", name: "beginChunk", pkg: "net/http/internal", typ: $funcType([], [], false)}, {prop: "chunkHeaderAvailable", name: "chunkHeaderAvailable", pkg: "net/http/internal", typ: $funcType([], [$Bool], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}];
	ptrType$3.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	chunkedReader.init("net/http/internal", [{prop: "r", name: "r", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "checkEnd", name: "checkEnd", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	chunkedWriter.init("", [{prop: "Wire", name: "Wire", embedded: false, exported: true, typ: io.Writer, tag: ""}]);
	FlushAfterChunkWriter.init("", [{prop: "Writer", name: "Writer", embedded: true, exported: true, typ: ptrType$4, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrLineTooLong = errors.New("header line too long");
		semi = (new sliceType($stringToBytes(";")));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net/http/internal/ascii"] = (function() {
	var $pkg = {}, $init, strings, unicode, EqualFold, lower, IsPrint, Is, ToLower;
	strings = $packages["strings"];
	unicode = $packages["unicode"];
	EqualFold = function(s, t) {
		var i, s, t;
		if (!((s.length === t.length))) {
			return false;
		}
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (!((lower(s.charCodeAt(i)) === lower(t.charCodeAt(i))))) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	$pkg.EqualFold = EqualFold;
	lower = function(b) {
		var b;
		if (65 <= b && b <= 90) {
			return b + 32 << 24 >>> 24;
		}
		return b;
	};
	IsPrint = function(s) {
		var i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) < 32 || s.charCodeAt(i) > 126) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	$pkg.IsPrint = IsPrint;
	Is = function(s) {
		var i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) > 127) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	$pkg.Is = Is;
	ToLower = function(s) {
		var {$24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, lower$1, ok, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lower$1 = "";
		ok = false;
		if (!IsPrint(s)) {
			_tmp = "";
			_tmp$1 = false;
			lower$1 = _tmp;
			ok = _tmp$1;
			$s = -1; return [lower$1, ok];
		}
		_r = strings.ToLower(s); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tmp$2 = _r;
		_tmp$3 = true;
		lower$1 = _tmp$2;
		ok = _tmp$3;
		$24r = [lower$1, ok];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ToLower, $c: true, $r, $24r, _r, _tmp, _tmp$1, _tmp$2, _tmp$3, lower$1, ok, s, $s};return $f;
	};
	$pkg.ToLower = ToLower;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = strings.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = unicode.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/text/transform"] = (function() {
	var $pkg = {}, $init, bytes, errors, io, utf8, errInconsistentByteCount, errShortInternal;
	bytes = $packages["bytes"];
	errors = $packages["errors"];
	io = $packages["io"];
	utf8 = $packages["unicode/utf8"];
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.ErrShortDst = errors.New("transform: short destination buffer");
		$pkg.ErrShortSrc = errors.New("transform: short source buffer");
		$pkg.ErrEndOfSpan = errors.New("transform: input and output are not identical");
		errInconsistentByteCount = errors.New("transform: inconsistent byte count returned");
		errShortInternal = errors.New("transform: short internal buffer");
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/text/unicode/bidi"] = (function() {
	var $pkg = {}, $init, bytes, list, fmt, log, sort, utf8, Class, bidiTrie, Properties, arrayType, sliceType$1, sliceType$2, ptrType$4, bidiValues, bidiIndex, trie, controlByteToClass, newBidiTrie, LookupRune, Lookup, LookupString;
	bytes = $packages["bytes"];
	list = $packages["container/list"];
	fmt = $packages["fmt"];
	log = $packages["log"];
	sort = $packages["sort"];
	utf8 = $packages["unicode/utf8"];
	Class = $pkg.Class = $newType(4, $kindUint, "bidi.Class", true, "vendor/golang.org/x/text/unicode/bidi", true, null);
	bidiTrie = $pkg.bidiTrie = $newType(0, $kindStruct, "bidi.bidiTrie", true, "vendor/golang.org/x/text/unicode/bidi", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	Properties = $pkg.Properties = $newType(0, $kindStruct, "bidi.Properties", true, "vendor/golang.org/x/text/unicode/bidi", true, function(entry_, last_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.entry = 0;
			this.last = 0;
			return;
		}
		this.entry = entry_;
		this.last = last_;
	});
	arrayType = $arrayType($Uint8, 4);
	sliceType$1 = $sliceType($Uint8);
	sliceType$2 = $sliceType(Class);
	ptrType$4 = $ptrType(bidiTrie);
	newBidiTrie = function(i) {
		var i;
		return new bidiTrie.ptr();
	};
	bidiTrie.ptr.prototype.lookupValue = function(n, b) {
		var b, n, t, x;
		t = this;
		return ((x = (n << 6 >>> 0) + ((b >>> 0)) >>> 0, ((x < 0 || x >= bidiValues.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiValues[x])));
	};
	bidiTrie.prototype.lookupValue = function(n, b) { return this.$val.lookupValue(n, b); };
	Properties.ptr.prototype.Class = function() {
		var c, p, x;
		p = this;
		c = ((((p.entry & 15) >>> 0) >>> 0));
		if (c === 14) {
			c = (x = (p.last & 15) >>> 0, ((x < 0 || x >= controlByteToClass.length) ? ($throwRuntimeError("index out of range"), undefined) : controlByteToClass[x]));
		}
		return c;
	};
	Properties.prototype.Class = function() { return this.$val.Class(); };
	Properties.ptr.prototype.IsBracket = function() {
		var p;
		p = this;
		return !((((p.entry & 240) >>> 0) === 0));
	};
	Properties.prototype.IsBracket = function() { return this.$val.IsBracket(); };
	Properties.ptr.prototype.IsOpeningBracket = function() {
		var p;
		p = this;
		return !((((p.entry & 16) >>> 0) === 0));
	};
	Properties.prototype.IsOpeningBracket = function() { return this.$val.IsOpeningBracket(); };
	LookupRune = function(r) {
		var _tuple, buf, n, p, r, size;
		p = new Properties.ptr(0, 0);
		size = 0;
		buf = arrayType.zero();
		n = utf8.EncodeRune(new sliceType$1(buf), r);
		_tuple = Lookup($subslice(new sliceType$1(buf), 0, n));
		Properties.copy(p, _tuple[0]);
		size = _tuple[1];
		return [p, size];
	};
	$pkg.LookupRune = LookupRune;
	Lookup = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, p, s, sz;
		p = new Properties.ptr(0, 0);
		sz = 0;
		c0 = (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]);
		if (c0 < 128) {
			_tmp = new Properties.ptr(((c0 < 0 || c0 >= bidiValues.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiValues[c0]), 0);
			_tmp$1 = 1;
			Properties.copy(p, _tmp);
			sz = _tmp$1;
			return [p, sz];
		} else if (c0 < 194) {
			_tmp$2 = new Properties.ptr(0, 0);
			_tmp$3 = 1;
			Properties.copy(p, _tmp$2);
			sz = _tmp$3;
			return [p, sz];
		} else if (c0 < 224) {
			if (s.$length < 2) {
				_tmp$4 = new Properties.ptr(0, 0);
				_tmp$5 = 0;
				Properties.copy(p, _tmp$4);
				sz = _tmp$5;
				return [p, sz];
			}
			i = ((c0 < 0 || c0 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[c0]);
			c1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = new Properties.ptr(0, 0);
				_tmp$7 = 1;
				Properties.copy(p, _tmp$6);
				sz = _tmp$7;
				return [p, sz];
			}
			_tmp$8 = new Properties.ptr(trie.lookupValue(((i >>> 0)), c1), 0);
			_tmp$9 = 2;
			Properties.copy(p, _tmp$8);
			sz = _tmp$9;
			return [p, sz];
		} else if (c0 < 240) {
			if (s.$length < 3) {
				_tmp$10 = new Properties.ptr(0, 0);
				_tmp$11 = 0;
				Properties.copy(p, _tmp$10);
				sz = _tmp$11;
				return [p, sz];
			}
			i$1 = ((c0 < 0 || c0 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[c0]);
			c1$1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = new Properties.ptr(0, 0);
				_tmp$13 = 1;
				Properties.copy(p, _tmp$12);
				sz = _tmp$13;
				return [p, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[o]);
			c2 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = new Properties.ptr(0, 0);
				_tmp$15 = 1;
				Properties.copy(p, _tmp$14);
				sz = _tmp$15;
				return [p, sz];
			}
			_tmp$16 = new Properties.ptr(trie.lookupValue(((i$1 >>> 0)), c2), c2);
			_tmp$17 = 3;
			Properties.copy(p, _tmp$16);
			sz = _tmp$17;
			return [p, sz];
		} else if (c0 < 248) {
			if (s.$length < 4) {
				_tmp$18 = new Properties.ptr(0, 0);
				_tmp$19 = 0;
				Properties.copy(p, _tmp$18);
				sz = _tmp$19;
				return [p, sz];
			}
			i$2 = ((c0 < 0 || c0 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[c0]);
			c1$2 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = new Properties.ptr(0, 0);
				_tmp$21 = 1;
				Properties.copy(p, _tmp$20);
				sz = _tmp$21;
				return [p, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[o$1]);
			c2$1 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = new Properties.ptr(0, 0);
				_tmp$23 = 1;
				Properties.copy(p, _tmp$22);
				sz = _tmp$23;
				return [p, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[o$1]);
			c3 = (3 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 3]);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = new Properties.ptr(0, 0);
				_tmp$25 = 1;
				Properties.copy(p, _tmp$24);
				sz = _tmp$25;
				return [p, sz];
			}
			_tmp$26 = new Properties.ptr(trie.lookupValue(((i$2 >>> 0)), c3), 0);
			_tmp$27 = 4;
			Properties.copy(p, _tmp$26);
			sz = _tmp$27;
			return [p, sz];
		}
		_tmp$28 = new Properties.ptr(0, 0);
		_tmp$29 = 1;
		Properties.copy(p, _tmp$28);
		sz = _tmp$29;
		return [p, sz];
	};
	$pkg.Lookup = Lookup;
	LookupString = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, p, s, sz;
		p = new Properties.ptr(0, 0);
		sz = 0;
		c0 = s.charCodeAt(0);
		if (c0 < 128) {
			_tmp = new Properties.ptr(((c0 < 0 || c0 >= bidiValues.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiValues[c0]), 0);
			_tmp$1 = 1;
			Properties.copy(p, _tmp);
			sz = _tmp$1;
			return [p, sz];
		} else if (c0 < 194) {
			_tmp$2 = new Properties.ptr(0, 0);
			_tmp$3 = 1;
			Properties.copy(p, _tmp$2);
			sz = _tmp$3;
			return [p, sz];
		} else if (c0 < 224) {
			if (s.length < 2) {
				_tmp$4 = new Properties.ptr(0, 0);
				_tmp$5 = 0;
				Properties.copy(p, _tmp$4);
				sz = _tmp$5;
				return [p, sz];
			}
			i = ((c0 < 0 || c0 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[c0]);
			c1 = s.charCodeAt(1);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = new Properties.ptr(0, 0);
				_tmp$7 = 1;
				Properties.copy(p, _tmp$6);
				sz = _tmp$7;
				return [p, sz];
			}
			_tmp$8 = new Properties.ptr(trie.lookupValue(((i >>> 0)), c1), 0);
			_tmp$9 = 2;
			Properties.copy(p, _tmp$8);
			sz = _tmp$9;
			return [p, sz];
		} else if (c0 < 240) {
			if (s.length < 3) {
				_tmp$10 = new Properties.ptr(0, 0);
				_tmp$11 = 0;
				Properties.copy(p, _tmp$10);
				sz = _tmp$11;
				return [p, sz];
			}
			i$1 = ((c0 < 0 || c0 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[c0]);
			c1$1 = s.charCodeAt(1);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = new Properties.ptr(0, 0);
				_tmp$13 = 1;
				Properties.copy(p, _tmp$12);
				sz = _tmp$13;
				return [p, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[o]);
			c2 = s.charCodeAt(2);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = new Properties.ptr(0, 0);
				_tmp$15 = 1;
				Properties.copy(p, _tmp$14);
				sz = _tmp$15;
				return [p, sz];
			}
			_tmp$16 = new Properties.ptr(trie.lookupValue(((i$1 >>> 0)), c2), c2);
			_tmp$17 = 3;
			Properties.copy(p, _tmp$16);
			sz = _tmp$17;
			return [p, sz];
		} else if (c0 < 248) {
			if (s.length < 4) {
				_tmp$18 = new Properties.ptr(0, 0);
				_tmp$19 = 0;
				Properties.copy(p, _tmp$18);
				sz = _tmp$19;
				return [p, sz];
			}
			i$2 = ((c0 < 0 || c0 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[c0]);
			c1$2 = s.charCodeAt(1);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = new Properties.ptr(0, 0);
				_tmp$21 = 1;
				Properties.copy(p, _tmp$20);
				sz = _tmp$21;
				return [p, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[o$1]);
			c2$1 = s.charCodeAt(2);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = new Properties.ptr(0, 0);
				_tmp$23 = 1;
				Properties.copy(p, _tmp$22);
				sz = _tmp$23;
				return [p, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= bidiIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : bidiIndex[o$1]);
			c3 = s.charCodeAt(3);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = new Properties.ptr(0, 0);
				_tmp$25 = 1;
				Properties.copy(p, _tmp$24);
				sz = _tmp$25;
				return [p, sz];
			}
			_tmp$26 = new Properties.ptr(trie.lookupValue(((i$2 >>> 0)), c3), 0);
			_tmp$27 = 4;
			Properties.copy(p, _tmp$26);
			sz = _tmp$27;
			return [p, sz];
		}
		_tmp$28 = new Properties.ptr(0, 0);
		_tmp$29 = 1;
		Properties.copy(p, _tmp$28);
		sz = _tmp$29;
		return [p, sz];
	};
	$pkg.LookupString = LookupString;
	Class.methods = [{prop: "in$", name: "in", pkg: "vendor/golang.org/x/text/unicode/bidi", typ: $funcType([sliceType$2], [$Bool], true)}];
	ptrType$4.methods = [{prop: "lookup", name: "lookup", pkg: "vendor/golang.org/x/text/unicode/bidi", typ: $funcType([sliceType$1], [$Uint8, $Int], false)}, {prop: "lookupUnsafe", name: "lookupUnsafe", pkg: "vendor/golang.org/x/text/unicode/bidi", typ: $funcType([sliceType$1], [$Uint8], false)}, {prop: "lookupString", name: "lookupString", pkg: "vendor/golang.org/x/text/unicode/bidi", typ: $funcType([$String], [$Uint8, $Int], false)}, {prop: "lookupStringUnsafe", name: "lookupStringUnsafe", pkg: "vendor/golang.org/x/text/unicode/bidi", typ: $funcType([$String], [$Uint8], false)}, {prop: "lookupValue", name: "lookupValue", pkg: "vendor/golang.org/x/text/unicode/bidi", typ: $funcType([$Uint32, $Uint8], [$Uint8], false)}];
	Properties.methods = [{prop: "Class", name: "Class", pkg: "", typ: $funcType([], [Class], false)}, {prop: "IsBracket", name: "IsBracket", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "IsOpeningBracket", name: "IsOpeningBracket", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "reverseBracket", name: "reverseBracket", pkg: "vendor/golang.org/x/text/unicode/bidi", typ: $funcType([$Int32], [$Int32], false)}];
	bidiTrie.init("", []);
	Properties.init("vendor/golang.org/x/text/unicode/bidi", [{prop: "entry", name: "entry", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "last", name: "last", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = list.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = log.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		bidiValues = $toNativeArray($kindUint8, [11, 11, 11, 11, 11, 11, 11, 11, 11, 8, 7, 8, 9, 7, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 7, 7, 7, 8, 9, 10, 10, 4, 4, 4, 10, 10, 58, 42, 10, 3, 6, 3, 6, 6, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 6, 10, 10, 10, 10, 10, 10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 90, 10, 74, 10, 10, 10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 90, 10, 74, 10, 11, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 11, 11, 11, 11, 11, 7, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 6, 10, 4, 4, 4, 4, 10, 10, 10, 10, 0, 10, 10, 11, 10, 10, 4, 4, 2, 2, 10, 0, 10, 10, 10, 2, 0, 10, 10, 10, 10, 10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 10, 10, 0, 0, 0, 0, 0, 0, 0, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 0, 0, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 0, 0, 0, 0, 0, 10, 10, 10, 10, 10, 10, 10, 10, 10, 0, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 0, 0, 0, 0, 10, 10, 0, 0, 0, 0, 0, 0, 0, 0, 10, 0, 0, 0, 0, 0, 10, 10, 0, 10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 12, 12, 12, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 10, 0, 0, 10, 10, 4, 1, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 1, 12, 1, 12, 12, 1, 12, 12, 1, 12, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 5, 5, 5, 5, 5, 5, 10, 10, 13, 4, 4, 13, 6, 13, 10, 10, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 5, 5, 13, 13, 13, 12, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 12, 12, 12, 12, 12, 12, 12, 5, 10, 12, 12, 12, 12, 12, 12, 13, 13, 12, 12, 10, 12, 12, 12, 12, 13, 13, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 12, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 12, 12, 12, 12, 12, 12, 12, 12, 12, 1, 1, 10, 10, 10, 10, 1, 1, 1, 12, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 12, 12, 12, 12, 1, 12, 12, 12, 12, 12, 12, 12, 12, 12, 1, 12, 12, 12, 1, 12, 12, 12, 12, 12, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 12, 12, 12, 1, 1, 1, 1, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 5, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 12, 0, 0, 0, 0, 12, 12, 12, 12, 12, 12, 12, 12, 0, 0, 0, 0, 12, 0, 0, 0, 12, 12, 12, 12, 12, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 12, 12, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 4, 4, 0, 0, 0, 0, 0, 0, 0, 4, 0, 0, 12, 0, 0, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 12, 12, 0, 0, 0, 0, 12, 12, 0, 0, 12, 12, 12, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 12, 12, 12, 0, 12, 12, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 4, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 12, 12, 12, 12, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 12, 0, 12, 12, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 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		bidiIndex = $toNativeArray($kindUint8, [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 3, 4, 5, 6, 7, 8, 0, 0, 9, 0, 0, 0, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 2, 3, 4, 5, 6, 0, 0, 0, 0, 0, 7, 0, 0, 0, 0, 8, 17, 18, 18, 20, 21, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 28, 30, 31, 32, 33, 34, 35, 36, 26, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 53, 54, 0, 55, 0, 0, 0, 0, 0, 0, 0, 0, 0, 56, 0, 57, 58, 59, 60, 61, 0, 62, 0, 63, 64, 0, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 0, 0, 75, 0, 0, 0, 76, 0, 0, 0, 0, 0, 0, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 86, 86, 86, 88, 89, 90, 86, 91, 92, 93, 94, 86, 86, 86, 86, 86, 86, 95, 86, 86, 96, 86, 97, 0, 0, 0, 0, 86, 86, 98, 99, 86, 86, 86, 86, 86, 100, 101, 86, 0, 0, 0, 102, 0, 103, 0, 104, 105, 106, 107, 108, 86, 86, 86, 109, 110, 0, 111, 112, 0, 0, 0, 113, 114, 115, 116, 117, 0, 118, 0, 119, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 86, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 120, 121, 0, 0, 0, 0, 122, 123, 124, 125, 126, 0, 127, 0, 128, 129, 0, 130, 131, 132, 133, 134, 135, 136, 137, 138, 0, 139, 0, 140, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 141, 142, 14, 14, 14, 14, 14, 14, 143, 14, 14, 144, 145, 146, 14, 147, 148, 149, 0, 150, 0, 0, 0, 0, 151, 86, 152, 153, 0, 0, 0, 154, 0, 155, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 156, 156, 156, 156, 157, 156, 156, 156, 158, 156, 156, 159, 160, 156, 156, 156, 156, 156, 156, 156, 161, 156, 156, 156, 156, 162, 163, 156, 164, 165, 156, 156, 166, 167, 168, 0, 169, 170, 171, 172, 173, 0, 0, 174, 38, 175, 0, 0, 176, 177, 178, 179, 0, 0, 180, 181, 182, 183, 184, 0, 185, 0, 0, 0, 186, 0, 0, 0, 187, 188, 0, 189, 190, 191, 192, 0, 0, 0, 0, 0, 193, 0, 194, 0, 195, 196, 197, 0, 0, 0, 0, 198, 0, 0, 0, 199, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 200, 201, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 202, 203, 204, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 205, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 206, 207, 0, 86, 208, 0, 0, 86, 209, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 210, 211, 212, 213, 214, 0, 0, 0, 0, 0, 0, 0, 0, 215, 216, 217, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 218, 0, 0, 0, 201, 0, 0, 0, 0, 0, 0, 219, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 156, 156, 156, 220, 156, 221, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 164, 14, 156, 14, 222, 156, 156, 14, 14, 14, 223, 156, 156, 156, 156, 224, 86, 225, 226, 227, 228, 229, 0, 0, 230, 0, 0, 86, 86, 86, 86, 86, 86, 86, 86, 86, 86, 86, 86, 86, 86, 86, 231, 86, 108, 86, 232, 233, 234, 235, 0, 86, 236, 86, 237, 86, 238, 239, 240, 86, 86, 241, 242, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 243, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 243, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 9, 10, 0, 0, 0, 0, 11, 0, 0, 0, 0, 12, 0, 13, 14, 15, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 244, 244, 244, 244, 5, 5, 5, 245, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 244, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 19, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		trie = newBidiTrie(0);
		controlByteToClass = $toNativeArray($kindUint, [0, 0, 0, 0, 0, 0, 21, 22, 23, 24, 18, 19, 20, 16, 17, 0]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/text/secure/bidirule"] = (function() {
	var $pkg = {}, $init, errors, utf8, transform, bidi, ruleState, ruleTransition, Transformer, arrayType, arrayType$1, sliceType, ptrType, transitions, asciiTable, DirectionString, ValidString, init;
	errors = $packages["errors"];
	utf8 = $packages["unicode/utf8"];
	transform = $packages["vendor/golang.org/x/text/transform"];
	bidi = $packages["vendor/golang.org/x/text/unicode/bidi"];
	ruleState = $pkg.ruleState = $newType(1, $kindUint8, "bidirule.ruleState", true, "vendor/golang.org/x/text/secure/bidirule", false, null);
	ruleTransition = $pkg.ruleTransition = $newType(0, $kindStruct, "bidirule.ruleTransition", true, "vendor/golang.org/x/text/secure/bidirule", false, function(next_, mask_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.next = 0;
			this.mask = 0;
			return;
		}
		this.next = next_;
		this.mask = mask_;
	});
	Transformer = $pkg.Transformer = $newType(0, $kindStruct, "bidirule.Transformer", true, "vendor/golang.org/x/text/secure/bidirule", true, function(state_, hasRTL_, seen_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = 0;
			this.hasRTL = false;
			this.seen = 0;
			return;
		}
		this.state = state_;
		this.hasRTL = hasRTL_;
		this.seen = seen_;
	});
	arrayType = $arrayType(bidi.Properties, 128);
	arrayType$1 = $arrayType(ruleTransition, 2);
	sliceType = $sliceType($Uint8);
	ptrType = $ptrType(Transformer);
	Transformer.ptr.prototype.isFinal = function() {
		var t;
		t = this;
		return (t.state === 2) || (t.state === 4) || (t.state === 0);
	};
	Transformer.prototype.isFinal = function() { return this.$val.isFinal(); };
	DirectionString = function(s) {
		var _tuple, c, e, i, s, sz;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			_tuple = bidi.LookupString($substring(s, i));
			e = $clone(_tuple[0], bidi.Properties);
			sz = _tuple[1];
			if (sz === 0) {
				i = i + (1) >> 0;
				continue;
			}
			c = $clone(e, bidi.Properties).Class();
			if ((c === 1) || (c === 13) || (c === 5)) {
				return 1;
			}
			i = i + (sz) >> 0;
		}
		return 0;
	};
	$pkg.DirectionString = DirectionString;
	ValidString = function(s) {
		var _tuple, n, ok, s, t;
		t = new Transformer.ptr(0, false, 0);
		_tuple = t.advanceString(s);
		n = _tuple[0];
		ok = _tuple[1];
		if (!ok || n < s.length) {
			return false;
		}
		return t.isFinal();
	};
	$pkg.ValidString = ValidString;
	Transformer.ptr.prototype.isRTL = function() {
		var t;
		t = this;
		return !((((t.seen & 8226) >>> 0) === 0));
	};
	Transformer.prototype.isRTL = function() { return this.$val.isRTL(); };
	Transformer.ptr.prototype.Reset = function() {
		var t;
		t = this;
		Transformer.copy(t, new Transformer.ptr(0, false, 0));
	};
	Transformer.prototype.Reset = function() { return this.$val.Reset(); };
	Transformer.ptr.prototype.Transform = function(dst, src, atEOF) {
		var _tmp, _tmp$1, _tmp$2, _tuple, atEOF, dst, err, err1, n, nDst, nSrc, src, t;
		nDst = 0;
		nSrc = 0;
		err = $ifaceNil;
		t = this;
		if (dst.$length < src.$length) {
			src = $subslice(src, 0, dst.$length);
			atEOF = false;
			err = transform.ErrShortDst;
		}
		_tuple = t.Span(src, atEOF);
		n = _tuple[0];
		err1 = _tuple[1];
		$copySlice(dst, $subslice(src, 0, n));
		if ($interfaceIsEqual(err, $ifaceNil) || !($interfaceIsEqual(err1, $ifaceNil)) && !($interfaceIsEqual(err1, transform.ErrShortSrc))) {
			err = err1;
		}
		_tmp = n;
		_tmp$1 = n;
		_tmp$2 = err;
		nDst = _tmp;
		nSrc = _tmp$1;
		err = _tmp$2;
		return [nDst, nSrc, err];
	};
	Transformer.prototype.Transform = function(dst, src, atEOF) { return this.$val.Transform(dst, src, atEOF); };
	Transformer.ptr.prototype.Span = function(src, atEOF) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, atEOF, err, n, ok, src, t;
		n = 0;
		err = $ifaceNil;
		t = this;
		if ((t.state === 5) && t.isRTL()) {
			_tmp = 0;
			_tmp$1 = $pkg.ErrInvalid;
			n = _tmp;
			err = _tmp$1;
			return [n, err];
		}
		_tuple = t.advance(src);
		n = _tuple[0];
		ok = _tuple[1];
		switch (0) { default:
			if (!ok) {
				err = $pkg.ErrInvalid;
			} else if (n < src.$length) {
				if (!atEOF) {
					err = transform.ErrShortSrc;
					break;
				}
				err = $pkg.ErrInvalid;
			} else if (!t.isFinal()) {
				err = $pkg.ErrInvalid;
			}
		}
		_tmp$2 = n;
		_tmp$3 = err;
		n = _tmp$2;
		err = _tmp$3;
		return [n, err];
	};
	Transformer.prototype.Span = function(src, atEOF) { return this.$val.Span(src, atEOF); };
	init = function() {
		var _i, _ref, _tuple, i, p;
		_ref = asciiTable;
		_i = 0;
		while (true) {
			if (!(_i < 128)) { break; }
			i = _i;
			_tuple = bidi.LookupRune(((i >> 0)));
			p = $clone(_tuple[0], bidi.Properties);
			bidi.Properties.copy(((i < 0 || i >= asciiTable.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiTable[i]), p);
			_i++;
		}
	};
	Transformer.ptr.prototype.advance = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, c, e, n, ok, s, sz, t, tr, x, x$1, y;
		n = 0;
		ok = false;
		t = this;
		e = new bidi.Properties.ptr(0, 0);
		sz = 0;
		while (true) {
			if (!(n < s.$length)) { break; }
			if (((n < 0 || n >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + n]) < 128) {
				_tmp = $clone((x = ((n < 0 || n >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + n]), ((x < 0 || x >= asciiTable.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiTable[x])), bidi.Properties);
				_tmp$1 = 1;
				bidi.Properties.copy(e, _tmp);
				sz = _tmp$1;
			} else {
				_tuple = bidi.Lookup($subslice(s, n));
				bidi.Properties.copy(e, _tuple[0]);
				sz = _tuple[1];
				if (sz <= 1) {
					if (sz === 1) {
						_tmp$2 = n;
						_tmp$3 = false;
						n = _tmp$2;
						ok = _tmp$3;
						return [n, ok];
					}
					_tmp$4 = n;
					_tmp$5 = true;
					n = _tmp$4;
					ok = _tmp$5;
					return [n, ok];
				}
			}
			c = (((y = $clone(e, bidi.Properties).Class(), y < 32 ? (1 << y) : 0) << 16 >>> 16));
			t.seen = (t.seen | (c)) >>> 0;
			if (((t.seen & 36) >>> 0) === 36) {
				t.state = 5;
				_tmp$6 = n;
				_tmp$7 = false;
				n = _tmp$6;
				ok = _tmp$7;
				return [n, ok];
			}
			tr = $clone((x$1 = t.state, ((x$1 < 0 || x$1 >= transitions.length) ? ($throwRuntimeError("index out of range"), undefined) : transitions[x$1])), arrayType$1);
			if (!((((tr[0].mask & c) >>> 0) === 0))) {
				t.state = tr[0].next;
			} else if (!((((tr[1].mask & c) >>> 0) === 0))) {
				t.state = tr[1].next;
			} else {
				t.state = 5;
				if (t.isRTL()) {
					_tmp$8 = n;
					_tmp$9 = false;
					n = _tmp$8;
					ok = _tmp$9;
					return [n, ok];
				}
			}
			n = n + (sz) >> 0;
		}
		_tmp$10 = n;
		_tmp$11 = true;
		n = _tmp$10;
		ok = _tmp$11;
		return [n, ok];
	};
	Transformer.prototype.advance = function(s) { return this.$val.advance(s); };
	Transformer.ptr.prototype.advanceString = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, c, e, n, ok, s, sz, t, tr, x, x$1, y;
		n = 0;
		ok = false;
		t = this;
		e = new bidi.Properties.ptr(0, 0);
		sz = 0;
		while (true) {
			if (!(n < s.length)) { break; }
			if (s.charCodeAt(n) < 128) {
				_tmp = $clone((x = s.charCodeAt(n), ((x < 0 || x >= asciiTable.length) ? ($throwRuntimeError("index out of range"), undefined) : asciiTable[x])), bidi.Properties);
				_tmp$1 = 1;
				bidi.Properties.copy(e, _tmp);
				sz = _tmp$1;
			} else {
				_tuple = bidi.LookupString($substring(s, n));
				bidi.Properties.copy(e, _tuple[0]);
				sz = _tuple[1];
				if (sz <= 1) {
					if (sz === 1) {
						_tmp$2 = n;
						_tmp$3 = false;
						n = _tmp$2;
						ok = _tmp$3;
						return [n, ok];
					}
					_tmp$4 = n;
					_tmp$5 = true;
					n = _tmp$4;
					ok = _tmp$5;
					return [n, ok];
				}
			}
			c = (((y = $clone(e, bidi.Properties).Class(), y < 32 ? (1 << y) : 0) << 16 >>> 16));
			t.seen = (t.seen | (c)) >>> 0;
			if (((t.seen & 36) >>> 0) === 36) {
				t.state = 5;
				_tmp$6 = n;
				_tmp$7 = false;
				n = _tmp$6;
				ok = _tmp$7;
				return [n, ok];
			}
			tr = $clone((x$1 = t.state, ((x$1 < 0 || x$1 >= transitions.length) ? ($throwRuntimeError("index out of range"), undefined) : transitions[x$1])), arrayType$1);
			if (!((((tr[0].mask & c) >>> 0) === 0))) {
				t.state = tr[0].next;
			} else if (!((((tr[1].mask & c) >>> 0) === 0))) {
				t.state = tr[1].next;
			} else {
				t.state = 5;
				if (t.isRTL()) {
					_tmp$8 = n;
					_tmp$9 = false;
					n = _tmp$8;
					ok = _tmp$9;
					return [n, ok];
				}
			}
			n = n + (sz) >> 0;
		}
		_tmp$10 = n;
		_tmp$11 = true;
		n = _tmp$10;
		ok = _tmp$11;
		return [n, ok];
	};
	Transformer.prototype.advanceString = function(s) { return this.$val.advanceString(s); };
	ptrType.methods = [{prop: "isFinal", name: "isFinal", pkg: "vendor/golang.org/x/text/secure/bidirule", typ: $funcType([], [$Bool], false)}, {prop: "isRTL", name: "isRTL", pkg: "vendor/golang.org/x/text/secure/bidirule", typ: $funcType([], [$Bool], false)}, {prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Transform", name: "Transform", pkg: "", typ: $funcType([sliceType, sliceType, $Bool], [$Int, $Int, $error], false)}, {prop: "Span", name: "Span", pkg: "", typ: $funcType([sliceType, $Bool], [$Int, $error], false)}, {prop: "advance", name: "advance", pkg: "vendor/golang.org/x/text/secure/bidirule", typ: $funcType([sliceType], [$Int, $Bool], false)}, {prop: "advanceString", name: "advanceString", pkg: "vendor/golang.org/x/text/secure/bidirule", typ: $funcType([$String], [$Int, $Bool], false)}];
	ruleTransition.init("vendor/golang.org/x/text/secure/bidirule", [{prop: "next", name: "next", embedded: false, exported: false, typ: ruleState, tag: ""}, {prop: "mask", name: "mask", embedded: false, exported: false, typ: $Uint16, tag: ""}]);
	Transformer.init("vendor/golang.org/x/text/secure/bidirule", [{prop: "state", name: "state", embedded: false, exported: false, typ: ruleState, tag: ""}, {prop: "hasRTL", name: "hasRTL", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "seen", name: "seen", embedded: false, exported: false, typ: $Uint16, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = transform.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bidi.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		asciiTable = arrayType.zero();
		$pkg.ErrInvalid = errors.New("bidirule: failed Bidi Rule");
		transitions = $toNativeArray($kindArray, [$toNativeArray($kindStruct, [new ruleTransition.ptr(2, 1), new ruleTransition.ptr(4, 8194)]), $toNativeArray($kindStruct, [new ruleTransition.ptr(2, 5), new ruleTransition.ptr(1, 7256)]), $toNativeArray($kindStruct, [new ruleTransition.ptr(2, 4101), new ruleTransition.ptr(1, 3160)]), $toNativeArray($kindStruct, [new ruleTransition.ptr(4, 8230), new ruleTransition.ptr(3, 7256)]), $toNativeArray($kindStruct, [new ruleTransition.ptr(4, 12326), new ruleTransition.ptr(3, 3160)]), $toNativeArray($kindStruct, [new ruleTransition.ptr(5, 0), new ruleTransition.ptr(5, 0)])]);
		init();
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/text/unicode/norm"] = (function() {
	var $pkg = {}, $init, binary, fmt, io, sync, utf8, transform, valueRange, sparseBlocks, nfcTrie, nfkcTrie, normWriter, normReader, Form, Iter, iterFunc, input, Properties, lookupFunc, formInfo, qcInfo, ssState, streamSafe, reorderBuffer, insertErr, sliceType, sliceType$1, sliceType$2, ptrType, sliceType$3, arrayType, arrayType$1, sliceType$4, ptrType$1, arrayType$2, sliceType$5, arrayType$3, sliceType$6, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, funcType, nfcSparse, nfkcSparse, nfcData, nfkcData, errs, ccc, decomps, nfcValues, nfcIndex, nfcSparseOffset, nfcSparseValues, nfkcValues, nfkcIndex, nfkcSparseOffset, nfkcSparseValues, recompMap, recompMapOnce, formTable, flushTransform, newNfcTrie, newNfkcTrie, cmpNormalBytes, patchTail, appendQuick, doAppend, doAppendInner, lastBoundary, decomposeSegment, lastRuneStart, decomposeToLastBoundary, nextASCIIBytes, nextASCIIString, nextHangul, nextDone, nextMulti, nextMultiNorm, nextDecomposed, doNormDecomposed, nextCGJDecompose, nextComposed, doNormComposed, nextCGJCompose, inputBytes, inputString, buildRecompMap, combine, lookupInfoNFC, lookupInfoNFKC, compInfo, appendFlush, isHangul, isHangulString, isJamoVT, decomposeHangul;
	binary = $packages["encoding/binary"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	sync = $packages["sync"];
	utf8 = $packages["unicode/utf8"];
	transform = $packages["vendor/golang.org/x/text/transform"];
	valueRange = $pkg.valueRange = $newType(0, $kindStruct, "norm.valueRange", true, "vendor/golang.org/x/text/unicode/norm", false, function(value_, lo_, hi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.value = 0;
			this.lo = 0;
			this.hi = 0;
			return;
		}
		this.value = value_;
		this.lo = lo_;
		this.hi = hi_;
	});
	sparseBlocks = $pkg.sparseBlocks = $newType(0, $kindStruct, "norm.sparseBlocks", true, "vendor/golang.org/x/text/unicode/norm", false, function(values_, offset_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.values = sliceType$2.nil;
			this.offset = sliceType$1.nil;
			return;
		}
		this.values = values_;
		this.offset = offset_;
	});
	nfcTrie = $pkg.nfcTrie = $newType(0, $kindStruct, "norm.nfcTrie", true, "vendor/golang.org/x/text/unicode/norm", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	nfkcTrie = $pkg.nfkcTrie = $newType(0, $kindStruct, "norm.nfkcTrie", true, "vendor/golang.org/x/text/unicode/norm", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	normWriter = $pkg.normWriter = $newType(0, $kindStruct, "norm.normWriter", true, "vendor/golang.org/x/text/unicode/norm", false, function(rb_, w_, buf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rb = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, new formInfo.ptr(0, false, false, $throwNilPointerError, $throwNilPointerError), new input.ptr("", sliceType$4.nil), 0, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError);
			this.w = $ifaceNil;
			this.buf = sliceType$4.nil;
			return;
		}
		this.rb = rb_;
		this.w = w_;
		this.buf = buf_;
	});
	normReader = $pkg.normReader = $newType(0, $kindStruct, "norm.normReader", true, "vendor/golang.org/x/text/unicode/norm", false, function(rb_, r_, inbuf_, outbuf_, bufStart_, lastBoundary_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rb = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, new formInfo.ptr(0, false, false, $throwNilPointerError, $throwNilPointerError), new input.ptr("", sliceType$4.nil), 0, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError);
			this.r = $ifaceNil;
			this.inbuf = sliceType$4.nil;
			this.outbuf = sliceType$4.nil;
			this.bufStart = 0;
			this.lastBoundary = 0;
			this.err = $ifaceNil;
			return;
		}
		this.rb = rb_;
		this.r = r_;
		this.inbuf = inbuf_;
		this.outbuf = outbuf_;
		this.bufStart = bufStart_;
		this.lastBoundary = lastBoundary_;
		this.err = err_;
	});
	Form = $pkg.Form = $newType(4, $kindInt, "norm.Form", true, "vendor/golang.org/x/text/unicode/norm", true, null);
	Iter = $pkg.Iter = $newType(0, $kindStruct, "norm.Iter", true, "vendor/golang.org/x/text/unicode/norm", true, function(rb_, buf_, info_, next_, asciiF_, p_, multiSeg_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rb = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, new formInfo.ptr(0, false, false, $throwNilPointerError, $throwNilPointerError), new input.ptr("", sliceType$4.nil), 0, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError);
			this.buf = arrayType$1.zero();
			this.info = new Properties.ptr(0, 0, 0, 0, 0, 0, 0);
			this.next = $throwNilPointerError;
			this.asciiF = $throwNilPointerError;
			this.p = 0;
			this.multiSeg = sliceType$4.nil;
			return;
		}
		this.rb = rb_;
		this.buf = buf_;
		this.info = info_;
		this.next = next_;
		this.asciiF = asciiF_;
		this.p = p_;
		this.multiSeg = multiSeg_;
	});
	iterFunc = $pkg.iterFunc = $newType(4, $kindFunc, "norm.iterFunc", true, "vendor/golang.org/x/text/unicode/norm", false, null);
	input = $pkg.input = $newType(0, $kindStruct, "norm.input", true, "vendor/golang.org/x/text/unicode/norm", false, function(str_, bytes_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.str = "";
			this.bytes = sliceType$4.nil;
			return;
		}
		this.str = str_;
		this.bytes = bytes_;
	});
	Properties = $pkg.Properties = $newType(0, $kindStruct, "norm.Properties", true, "vendor/golang.org/x/text/unicode/norm", true, function(pos_, size_, ccc_, tccc_, nLead_, flags_, index_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pos = 0;
			this.size = 0;
			this.ccc = 0;
			this.tccc = 0;
			this.nLead = 0;
			this.flags = 0;
			this.index = 0;
			return;
		}
		this.pos = pos_;
		this.size = size_;
		this.ccc = ccc_;
		this.tccc = tccc_;
		this.nLead = nLead_;
		this.flags = flags_;
		this.index = index_;
	});
	lookupFunc = $pkg.lookupFunc = $newType(4, $kindFunc, "norm.lookupFunc", true, "vendor/golang.org/x/text/unicode/norm", false, null);
	formInfo = $pkg.formInfo = $newType(0, $kindStruct, "norm.formInfo", true, "vendor/golang.org/x/text/unicode/norm", false, function(form_, composing_, compatibility_, info_, nextMain_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.form = 0;
			this.composing = false;
			this.compatibility = false;
			this.info = $throwNilPointerError;
			this.nextMain = $throwNilPointerError;
			return;
		}
		this.form = form_;
		this.composing = composing_;
		this.compatibility = compatibility_;
		this.info = info_;
		this.nextMain = nextMain_;
	});
	qcInfo = $pkg.qcInfo = $newType(1, $kindUint8, "norm.qcInfo", true, "vendor/golang.org/x/text/unicode/norm", false, null);
	ssState = $pkg.ssState = $newType(4, $kindInt, "norm.ssState", true, "vendor/golang.org/x/text/unicode/norm", false, null);
	streamSafe = $pkg.streamSafe = $newType(1, $kindUint8, "norm.streamSafe", true, "vendor/golang.org/x/text/unicode/norm", false, null);
	reorderBuffer = $pkg.reorderBuffer = $newType(0, $kindStruct, "norm.reorderBuffer", true, "vendor/golang.org/x/text/unicode/norm", false, function(rune_, byte$1_, nbyte_, ss_, nrune_, f_, src_, nsrc_, tmpBytes_, out_, flushF_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rune = arrayType.zero();
			this.byte$1 = arrayType$1.zero();
			this.nbyte = 0;
			this.ss = 0;
			this.nrune = 0;
			this.f = new formInfo.ptr(0, false, false, $throwNilPointerError, $throwNilPointerError);
			this.src = new input.ptr("", sliceType$4.nil);
			this.nsrc = 0;
			this.tmpBytes = new input.ptr("", sliceType$4.nil);
			this.out = sliceType$4.nil;
			this.flushF = $throwNilPointerError;
			return;
		}
		this.rune = rune_;
		this.byte$1 = byte$1_;
		this.nbyte = nbyte_;
		this.ss = ss_;
		this.nrune = nrune_;
		this.f = f_;
		this.src = src_;
		this.nsrc = nsrc_;
		this.tmpBytes = tmpBytes_;
		this.out = out_;
		this.flushF = flushF_;
	});
	insertErr = $pkg.insertErr = $newType(4, $kindInt, "norm.insertErr", true, "vendor/golang.org/x/text/unicode/norm", false, null);
	sliceType = $sliceType($error);
	sliceType$1 = $sliceType($Uint16);
	sliceType$2 = $sliceType(valueRange);
	ptrType = $ptrType(formInfo);
	sliceType$3 = $sliceType(ptrType);
	arrayType = $arrayType(Properties, 32);
	arrayType$1 = $arrayType($Uint8, 128);
	sliceType$4 = $sliceType($Uint8);
	ptrType$1 = $ptrType(streamSafe);
	arrayType$2 = $arrayType(Properties, 31);
	sliceType$5 = $sliceType($emptyInterface);
	arrayType$3 = $arrayType($Uint8, 8);
	sliceType$6 = $sliceType(Properties);
	ptrType$2 = $ptrType(sparseBlocks);
	ptrType$3 = $ptrType(nfcTrie);
	ptrType$4 = $ptrType(nfkcTrie);
	ptrType$5 = $ptrType(normWriter);
	ptrType$6 = $ptrType(normReader);
	ptrType$7 = $ptrType(Iter);
	ptrType$8 = $ptrType(input);
	ptrType$9 = $ptrType(reorderBuffer);
	funcType = $funcType([ptrType$9], [$Bool], false);
	sparseBlocks.ptr.prototype.lookup = function(n, b) {
		var _q, b, header, hi, lo, m, n, offset, r, t, x, x$1, x$2;
		t = this;
		offset = (x = t.offset, ((n < 0 || n >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + n]));
		header = $clone((x$1 = t.values, ((offset < 0 || offset >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + offset])), valueRange);
		lo = offset + 1 << 16 >>> 16;
		hi = lo + ((header.lo << 16 >>> 16)) << 16 >>> 16;
		while (true) {
			if (!(lo < hi)) { break; }
			m = lo + (_q = ((hi - lo << 16 >>> 16)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")) << 16 >>> 16;
			r = $clone((x$2 = t.values, ((m < 0 || m >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + m])), valueRange);
			if (r.lo <= b && b <= r.hi) {
				return r.value + ((((b - r.lo << 24 >>> 24) << 16 >>> 16)) * header.value << 16 >>> 16) << 16 >>> 16;
			}
			if (b < r.lo) {
				hi = m;
			} else {
				lo = m + 1 << 16 >>> 16;
			}
		}
		return 0;
	};
	sparseBlocks.prototype.lookup = function(n, b) { return this.$val.lookup(n, b); };
	Form.prototype.Reset = function() {
	};
	$ptrType(Form).prototype.Reset = function() { return new Form(this.$get()).Reset(); };
	Form.prototype.Transform = function(dst, src, atEOF) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, atEOF, b, dst, eof, err, f, i, n, nDst, nSrc, ns, ok, src, $s, $r, $c} = $restore(this, {dst, src, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nDst = 0;
		nSrc = 0;
		err = $ifaceNil;
		f = this.$val;
		b = src;
		eof = atEOF;
		ns = dst.$length;
		if (ns < b.$length) {
			err = transform.ErrShortDst;
			eof = false;
			b = $subslice(b, 0, ns);
		}
		_r = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]).quickSpan($clone(inputBytes(b), input), 0, b.$length, eof); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		i = _tuple[0];
		ok = _tuple[1];
		n = $copySlice(dst, $subslice(b, 0, i));
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$1 = new Form(f).transform($subslice(dst, n), $subslice(src, n), atEOF); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			nDst = _tuple$1[0];
			nSrc = _tuple$1[1];
			err = _tuple$1[2];
			_tmp = nDst + n >> 0;
			_tmp$1 = nSrc + n >> 0;
			_tmp$2 = err;
			nDst = _tmp;
			nSrc = _tmp$1;
			err = _tmp$2;
			$s = -1; return [nDst, nSrc, err];
		/* } */ case 3:
		if ($interfaceIsEqual(err, $ifaceNil) && n < src.$length && !atEOF) {
			err = transform.ErrShortSrc;
		}
		_tmp$3 = n;
		_tmp$4 = n;
		_tmp$5 = err;
		nDst = _tmp$3;
		nSrc = _tmp$4;
		err = _tmp$5;
		$s = -1; return [nDst, nSrc, err];
		/* */ } return; } var $f = {$blk: Form.prototype.Transform, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, atEOF, b, dst, eof, err, f, i, n, nDst, nSrc, ns, ok, src, $s};return $f;
	};
	$ptrType(Form).prototype.Transform = function(dst, src, atEOF) { return new Form(this.$get()).Transform(dst, src, atEOF); };
	flushTransform = function(rb) {
		var rb;
		if (rb.out.$length < ($imul(rb.nrune, 4))) {
			return false;
		}
		rb.out = $subslice(rb.out, rb.flushCopy(rb.out));
		return true;
	};
	Form.prototype.transform = function(dst, src, atEOF) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, atEOF, dst, end, eof, err, f, n, n$1, nDst, nSrc, ok, rb, src, x, $s, $r, $c} = $restore(this, {dst, src, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = [rb];
		nDst = 0;
		nSrc = 0;
		err = $ifaceNil;
		f = this.$val;
		rb[0] = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, new formInfo.ptr(0, false, false, $throwNilPointerError, $throwNilPointerError), new input.ptr("", sliceType$4.nil), 0, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError);
		rb[0].init(f, src);
		/* while (true) { */ case 1:
			rb[0].setFlusher($subslice(dst, nDst), flushTransform);
			_r = decomposeSegment(rb[0], nSrc, atEOF); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			end = _r;
			if (end < 0) {
				_tmp = nDst;
				_tmp$1 = nSrc;
				_tmp$2 = (x = -end, ((x < 0 || x >= errs.$length) ? ($throwRuntimeError("index out of range"), undefined) : errs.$array[errs.$offset + x]));
				nDst = _tmp;
				nSrc = _tmp$1;
				err = _tmp$2;
				$s = -1; return [nDst, nSrc, err];
			}
			nDst = dst.$length - rb[0].out.$length >> 0;
			nSrc = end;
			end = rb[0].nsrc;
			eof = atEOF;
			n = (nSrc + dst.$length >> 0) - nDst >> 0;
			if (n < end) {
				err = transform.ErrShortDst;
				end = n;
				eof = false;
			}
			_r$1 = rb[0].f.quickSpan($clone(rb[0].src, input), nSrc, end, eof); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			end = _tuple[0];
			ok = _tuple[1];
			n$1 = $copySlice($subslice(dst, nDst), $subslice(rb[0].src.bytes, nSrc, end));
			nSrc = nSrc + (n$1) >> 0;
			nDst = nDst + (n$1) >> 0;
			if (ok) {
				if ($interfaceIsEqual(err, $ifaceNil) && n$1 < rb[0].nsrc && !atEOF) {
					err = transform.ErrShortSrc;
				}
				_tmp$3 = nDst;
				_tmp$4 = nSrc;
				_tmp$5 = err;
				nDst = _tmp$3;
				nSrc = _tmp$4;
				err = _tmp$5;
				$s = -1; return [nDst, nSrc, err];
			}
		$s = 1; continue;
		case 2:
		$s = -1; return [nDst, nSrc, err];
		/* */ } return; } var $f = {$blk: Form.prototype.transform, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, atEOF, dst, end, eof, err, f, n, n$1, nDst, nSrc, ok, rb, src, x, $s};return $f;
	};
	$ptrType(Form).prototype.transform = function(dst, src, atEOF) { return new Form(this.$get()).transform(dst, src, atEOF); };
	nfcTrie.ptr.prototype.lookup = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, s, sz, t, v;
		v = 0;
		sz = 0;
		t = this;
		c0 = (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]);
		if (c0 < 128) {
			_tmp = ((c0 < 0 || c0 >= nfcValues.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcValues[c0]);
			_tmp$1 = 1;
			v = _tmp;
			sz = _tmp$1;
			return [v, sz];
		} else if (c0 < 194) {
			_tmp$2 = 0;
			_tmp$3 = 1;
			v = _tmp$2;
			sz = _tmp$3;
			return [v, sz];
		} else if (c0 < 224) {
			if (s.$length < 2) {
				_tmp$4 = 0;
				_tmp$5 = 0;
				v = _tmp$4;
				sz = _tmp$5;
				return [v, sz];
			}
			i = ((c0 < 0 || c0 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[c0]);
			c1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = 0;
				_tmp$7 = 1;
				v = _tmp$6;
				sz = _tmp$7;
				return [v, sz];
			}
			_tmp$8 = t.lookupValue(((i >>> 0)), c1);
			_tmp$9 = 2;
			v = _tmp$8;
			sz = _tmp$9;
			return [v, sz];
		} else if (c0 < 240) {
			if (s.$length < 3) {
				_tmp$10 = 0;
				_tmp$11 = 0;
				v = _tmp$10;
				sz = _tmp$11;
				return [v, sz];
			}
			i$1 = ((c0 < 0 || c0 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[c0]);
			c1$1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = 0;
				_tmp$13 = 1;
				v = _tmp$12;
				sz = _tmp$13;
				return [v, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[o]);
			c2 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = 0;
				_tmp$15 = 2;
				v = _tmp$14;
				sz = _tmp$15;
				return [v, sz];
			}
			_tmp$16 = t.lookupValue(((i$1 >>> 0)), c2);
			_tmp$17 = 3;
			v = _tmp$16;
			sz = _tmp$17;
			return [v, sz];
		} else if (c0 < 248) {
			if (s.$length < 4) {
				_tmp$18 = 0;
				_tmp$19 = 0;
				v = _tmp$18;
				sz = _tmp$19;
				return [v, sz];
			}
			i$2 = ((c0 < 0 || c0 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[c0]);
			c1$2 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = 0;
				_tmp$21 = 1;
				v = _tmp$20;
				sz = _tmp$21;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[o$1]);
			c2$1 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = 0;
				_tmp$23 = 2;
				v = _tmp$22;
				sz = _tmp$23;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[o$1]);
			c3 = (3 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 3]);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = 0;
				_tmp$25 = 3;
				v = _tmp$24;
				sz = _tmp$25;
				return [v, sz];
			}
			_tmp$26 = t.lookupValue(((i$2 >>> 0)), c3);
			_tmp$27 = 4;
			v = _tmp$26;
			sz = _tmp$27;
			return [v, sz];
		}
		_tmp$28 = 0;
		_tmp$29 = 1;
		v = _tmp$28;
		sz = _tmp$29;
		return [v, sz];
	};
	nfcTrie.prototype.lookup = function(s) { return this.$val.lookup(s); };
	nfcTrie.ptr.prototype.lookupString = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, s, sz, t, v;
		v = 0;
		sz = 0;
		t = this;
		c0 = s.charCodeAt(0);
		if (c0 < 128) {
			_tmp = ((c0 < 0 || c0 >= nfcValues.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcValues[c0]);
			_tmp$1 = 1;
			v = _tmp;
			sz = _tmp$1;
			return [v, sz];
		} else if (c0 < 194) {
			_tmp$2 = 0;
			_tmp$3 = 1;
			v = _tmp$2;
			sz = _tmp$3;
			return [v, sz];
		} else if (c0 < 224) {
			if (s.length < 2) {
				_tmp$4 = 0;
				_tmp$5 = 0;
				v = _tmp$4;
				sz = _tmp$5;
				return [v, sz];
			}
			i = ((c0 < 0 || c0 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[c0]);
			c1 = s.charCodeAt(1);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = 0;
				_tmp$7 = 1;
				v = _tmp$6;
				sz = _tmp$7;
				return [v, sz];
			}
			_tmp$8 = t.lookupValue(((i >>> 0)), c1);
			_tmp$9 = 2;
			v = _tmp$8;
			sz = _tmp$9;
			return [v, sz];
		} else if (c0 < 240) {
			if (s.length < 3) {
				_tmp$10 = 0;
				_tmp$11 = 0;
				v = _tmp$10;
				sz = _tmp$11;
				return [v, sz];
			}
			i$1 = ((c0 < 0 || c0 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[c0]);
			c1$1 = s.charCodeAt(1);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = 0;
				_tmp$13 = 1;
				v = _tmp$12;
				sz = _tmp$13;
				return [v, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[o]);
			c2 = s.charCodeAt(2);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = 0;
				_tmp$15 = 2;
				v = _tmp$14;
				sz = _tmp$15;
				return [v, sz];
			}
			_tmp$16 = t.lookupValue(((i$1 >>> 0)), c2);
			_tmp$17 = 3;
			v = _tmp$16;
			sz = _tmp$17;
			return [v, sz];
		} else if (c0 < 248) {
			if (s.length < 4) {
				_tmp$18 = 0;
				_tmp$19 = 0;
				v = _tmp$18;
				sz = _tmp$19;
				return [v, sz];
			}
			i$2 = ((c0 < 0 || c0 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[c0]);
			c1$2 = s.charCodeAt(1);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = 0;
				_tmp$21 = 1;
				v = _tmp$20;
				sz = _tmp$21;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[o$1]);
			c2$1 = s.charCodeAt(2);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = 0;
				_tmp$23 = 2;
				v = _tmp$22;
				sz = _tmp$23;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcIndex[o$1]);
			c3 = s.charCodeAt(3);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = 0;
				_tmp$25 = 3;
				v = _tmp$24;
				sz = _tmp$25;
				return [v, sz];
			}
			_tmp$26 = t.lookupValue(((i$2 >>> 0)), c3);
			_tmp$27 = 4;
			v = _tmp$26;
			sz = _tmp$27;
			return [v, sz];
		}
		_tmp$28 = 0;
		_tmp$29 = 1;
		v = _tmp$28;
		sz = _tmp$29;
		return [v, sz];
	};
	nfcTrie.prototype.lookupString = function(s) { return this.$val.lookupString(s); };
	newNfcTrie = function(i) {
		var i;
		return new nfcTrie.ptr();
	};
	nfcTrie.ptr.prototype.lookupValue = function(n, b) {
		var b, n, t, x;
		t = this;
		if (n < 46) {
			return ((x = (n << 6 >>> 0) + ((b >>> 0)) >>> 0, ((x < 0 || x >= nfcValues.length) ? ($throwRuntimeError("index out of range"), undefined) : nfcValues[x])));
		} else {
			n = n - (46) >>> 0;
			return (nfcSparse.lookup(n, b));
		}
	};
	nfcTrie.prototype.lookupValue = function(n, b) { return this.$val.lookupValue(n, b); };
	nfkcTrie.ptr.prototype.lookup = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, s, sz, t, v;
		v = 0;
		sz = 0;
		t = this;
		c0 = (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]);
		if (c0 < 128) {
			_tmp = ((c0 < 0 || c0 >= nfkcValues.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcValues[c0]);
			_tmp$1 = 1;
			v = _tmp;
			sz = _tmp$1;
			return [v, sz];
		} else if (c0 < 194) {
			_tmp$2 = 0;
			_tmp$3 = 1;
			v = _tmp$2;
			sz = _tmp$3;
			return [v, sz];
		} else if (c0 < 224) {
			if (s.$length < 2) {
				_tmp$4 = 0;
				_tmp$5 = 0;
				v = _tmp$4;
				sz = _tmp$5;
				return [v, sz];
			}
			i = ((c0 < 0 || c0 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[c0]);
			c1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = 0;
				_tmp$7 = 1;
				v = _tmp$6;
				sz = _tmp$7;
				return [v, sz];
			}
			_tmp$8 = t.lookupValue(((i >>> 0)), c1);
			_tmp$9 = 2;
			v = _tmp$8;
			sz = _tmp$9;
			return [v, sz];
		} else if (c0 < 240) {
			if (s.$length < 3) {
				_tmp$10 = 0;
				_tmp$11 = 0;
				v = _tmp$10;
				sz = _tmp$11;
				return [v, sz];
			}
			i$1 = ((c0 < 0 || c0 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[c0]);
			c1$1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = 0;
				_tmp$13 = 1;
				v = _tmp$12;
				sz = _tmp$13;
				return [v, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[o]);
			c2 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = 0;
				_tmp$15 = 2;
				v = _tmp$14;
				sz = _tmp$15;
				return [v, sz];
			}
			_tmp$16 = t.lookupValue(((i$1 >>> 0)), c2);
			_tmp$17 = 3;
			v = _tmp$16;
			sz = _tmp$17;
			return [v, sz];
		} else if (c0 < 248) {
			if (s.$length < 4) {
				_tmp$18 = 0;
				_tmp$19 = 0;
				v = _tmp$18;
				sz = _tmp$19;
				return [v, sz];
			}
			i$2 = ((c0 < 0 || c0 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[c0]);
			c1$2 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = 0;
				_tmp$21 = 1;
				v = _tmp$20;
				sz = _tmp$21;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[o$1]);
			c2$1 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = 0;
				_tmp$23 = 2;
				v = _tmp$22;
				sz = _tmp$23;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[o$1]);
			c3 = (3 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 3]);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = 0;
				_tmp$25 = 3;
				v = _tmp$24;
				sz = _tmp$25;
				return [v, sz];
			}
			_tmp$26 = t.lookupValue(((i$2 >>> 0)), c3);
			_tmp$27 = 4;
			v = _tmp$26;
			sz = _tmp$27;
			return [v, sz];
		}
		_tmp$28 = 0;
		_tmp$29 = 1;
		v = _tmp$28;
		sz = _tmp$29;
		return [v, sz];
	};
	nfkcTrie.prototype.lookup = function(s) { return this.$val.lookup(s); };
	nfkcTrie.ptr.prototype.lookupString = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, s, sz, t, v;
		v = 0;
		sz = 0;
		t = this;
		c0 = s.charCodeAt(0);
		if (c0 < 128) {
			_tmp = ((c0 < 0 || c0 >= nfkcValues.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcValues[c0]);
			_tmp$1 = 1;
			v = _tmp;
			sz = _tmp$1;
			return [v, sz];
		} else if (c0 < 194) {
			_tmp$2 = 0;
			_tmp$3 = 1;
			v = _tmp$2;
			sz = _tmp$3;
			return [v, sz];
		} else if (c0 < 224) {
			if (s.length < 2) {
				_tmp$4 = 0;
				_tmp$5 = 0;
				v = _tmp$4;
				sz = _tmp$5;
				return [v, sz];
			}
			i = ((c0 < 0 || c0 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[c0]);
			c1 = s.charCodeAt(1);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = 0;
				_tmp$7 = 1;
				v = _tmp$6;
				sz = _tmp$7;
				return [v, sz];
			}
			_tmp$8 = t.lookupValue(((i >>> 0)), c1);
			_tmp$9 = 2;
			v = _tmp$8;
			sz = _tmp$9;
			return [v, sz];
		} else if (c0 < 240) {
			if (s.length < 3) {
				_tmp$10 = 0;
				_tmp$11 = 0;
				v = _tmp$10;
				sz = _tmp$11;
				return [v, sz];
			}
			i$1 = ((c0 < 0 || c0 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[c0]);
			c1$1 = s.charCodeAt(1);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = 0;
				_tmp$13 = 1;
				v = _tmp$12;
				sz = _tmp$13;
				return [v, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[o]);
			c2 = s.charCodeAt(2);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = 0;
				_tmp$15 = 2;
				v = _tmp$14;
				sz = _tmp$15;
				return [v, sz];
			}
			_tmp$16 = t.lookupValue(((i$1 >>> 0)), c2);
			_tmp$17 = 3;
			v = _tmp$16;
			sz = _tmp$17;
			return [v, sz];
		} else if (c0 < 248) {
			if (s.length < 4) {
				_tmp$18 = 0;
				_tmp$19 = 0;
				v = _tmp$18;
				sz = _tmp$19;
				return [v, sz];
			}
			i$2 = ((c0 < 0 || c0 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[c0]);
			c1$2 = s.charCodeAt(1);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = 0;
				_tmp$21 = 1;
				v = _tmp$20;
				sz = _tmp$21;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[o$1]);
			c2$1 = s.charCodeAt(2);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = 0;
				_tmp$23 = 2;
				v = _tmp$22;
				sz = _tmp$23;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= nfkcIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcIndex[o$1]);
			c3 = s.charCodeAt(3);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = 0;
				_tmp$25 = 3;
				v = _tmp$24;
				sz = _tmp$25;
				return [v, sz];
			}
			_tmp$26 = t.lookupValue(((i$2 >>> 0)), c3);
			_tmp$27 = 4;
			v = _tmp$26;
			sz = _tmp$27;
			return [v, sz];
		}
		_tmp$28 = 0;
		_tmp$29 = 1;
		v = _tmp$28;
		sz = _tmp$29;
		return [v, sz];
	};
	nfkcTrie.prototype.lookupString = function(s) { return this.$val.lookupString(s); };
	newNfkcTrie = function(i) {
		var i;
		return new nfkcTrie.ptr();
	};
	nfkcTrie.ptr.prototype.lookupValue = function(n, b) {
		var b, n, t, x;
		t = this;
		if (n < 92) {
			return ((x = (n << 6 >>> 0) + ((b >>> 0)) >>> 0, ((x < 0 || x >= nfkcValues.length) ? ($throwRuntimeError("index out of range"), undefined) : nfkcValues[x])));
		} else {
			n = n - (92) >>> 0;
			return (nfkcSparse.lookup(n, b));
		}
	};
	nfkcTrie.prototype.lookupValue = function(n, b) { return this.$val.lookupValue(n, b); };
	normWriter.ptr.prototype.Write = function(data) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tuple, bn, data, err, i, m, n, w, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		/* while (true) { */ case 1:
			/* if (!(data.$length > 0)) { break; } */ if(!(data.$length > 0)) { $s = 2; continue; }
			m = data.$length;
			if (m > 4000) {
				m = 4000;
			}
			input.copy(w.rb.src, inputBytes($subslice(data, 0, m)));
			w.rb.nsrc = m;
			_r = doAppend(w.rb, w.buf, 0); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			w.buf = _r;
			data = $subslice(data, m);
			n = n + (m) >> 0;
			_r$1 = lastBoundary(w.rb.f, w.buf); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			i = _r$1;
			if (i === -1) {
				i = 0;
			}
			/* */ if (i > 0) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (i > 0) { */ case 5:
				_r$2 = w.w.Write($subslice(w.buf, 0, i)); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple = _r$2;
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					/* break; */ $s = 2; continue;
				}
				bn = $copySlice(w.buf, $subslice(w.buf, i));
				w.buf = $subslice(w.buf, 0, bn);
			/* } */ case 6:
		$s = 1; continue;
		case 2:
		_tmp = n;
		_tmp$1 = err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: normWriter.ptr.prototype.Write, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tuple, bn, data, err, i, m, n, w, $s};return $f;
	};
	normWriter.prototype.Write = function(data) { return this.$val.Write(data); };
	normWriter.ptr.prototype.Close = function() {
		var {_r, _tuple, err, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		/* */ if (w.buf.$length > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (w.buf.$length > 0) { */ case 1:
			_r = w.w.Write(w.buf); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: normWriter.ptr.prototype.Close, $c: true, $r, _r, _tuple, err, w, $s};return $f;
	};
	normWriter.prototype.Close = function() { return this.$val.Close(); };
	Form.prototype.Writer = function(w) {
		var f, w, wr;
		f = this.$val;
		wr = new normWriter.ptr(new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, new formInfo.ptr(0, false, false, $throwNilPointerError, $throwNilPointerError), new input.ptr("", sliceType$4.nil), 0, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError), w, sliceType$4.nil);
		wr.rb.init(f, sliceType$4.nil);
		return wr;
	};
	$ptrType(Form).prototype.Writer = function(w) { return new Form(this.$get()).Writer(w); };
	normReader.ptr.prototype.Read = function(p) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tuple, err, n, n$1, outn, p, r, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* while (true) { */ case 1:
			if ((r.lastBoundary - r.bufStart >> 0) > 0) {
				n = $copySlice(p, $subslice(r.outbuf, r.bufStart, r.lastBoundary));
				r.bufStart = r.bufStart + (n) >> 0;
				if ((r.lastBoundary - r.bufStart >> 0) > 0) {
					$s = -1; return [n, $ifaceNil];
				}
				$s = -1; return [n, r.err];
			}
			if (!($interfaceIsEqual(r.err, $ifaceNil))) {
				$s = -1; return [0, r.err];
			}
			outn = $copySlice(r.outbuf, $subslice(r.outbuf, r.lastBoundary));
			r.outbuf = $subslice(r.outbuf, 0, outn);
			r.bufStart = 0;
			_r = r.r.Read(r.inbuf); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			n$1 = _tuple[0];
			err = _tuple[1];
			input.copy(r.rb.src, inputBytes($subslice(r.inbuf, 0, n$1)));
			_tmp = n$1;
			_tmp$1 = err;
			r.rb.nsrc = _tmp;
			r.err = _tmp$1;
			/* */ if (n$1 > 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (n$1 > 0) { */ case 4:
				_r$1 = doAppend(r.rb, r.outbuf, 0); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				r.outbuf = _r$1;
			/* } */ case 5:
			/* */ if ($interfaceIsEqual(err, io.EOF)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ($interfaceIsEqual(err, io.EOF)) { */ case 7:
				r.lastBoundary = r.outbuf.$length;
				$s = 9; continue;
			/* } else { */ case 8:
				_r$2 = lastBoundary(r.rb.f, r.outbuf); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				r.lastBoundary = _r$2;
				if (r.lastBoundary === -1) {
					r.lastBoundary = 0;
				}
			/* } */ case 9:
		$s = 1; continue;
		case 2:
		$s = -1; return [0, $ifaceNil];
		/* */ } return; } var $f = {$blk: normReader.ptr.prototype.Read, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tuple, err, n, n$1, outn, p, r, $s};return $f;
	};
	normReader.prototype.Read = function(p) { return this.$val.Read(p); };
	Form.prototype.Reader = function(r) {
		var buf, f, r, rr;
		f = this.$val;
		buf = $makeSlice(sliceType$4, 4000);
		rr = new normReader.ptr(new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, new formInfo.ptr(0, false, false, $throwNilPointerError, $throwNilPointerError), new input.ptr("", sliceType$4.nil), 0, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError), r, buf, sliceType$4.nil, 0, 0, $ifaceNil);
		rr.rb.init(f, buf);
		return rr;
	};
	$ptrType(Form).prototype.Reader = function(r) { return new Form(this.$get()).Reader(r); };
	Form.prototype.Bytes = function(b) {
		var {$24r, _r, _r$1, _tuple, b, f, ft, n, ok, out, rb, src, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = [rb];
		f = this.$val;
		src = $clone(inputBytes(b), input);
		ft = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]);
		_r = ft.quickSpan($clone(src, input), 0, b.$length, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return b;
		}
		out = $makeSlice(sliceType$4, n, b.$length);
		$copySlice(out, $subslice(b, 0, n));
		rb[0] = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, $clone(ft, formInfo), $clone(src, input), b.$length, new input.ptr("", sliceType$4.nil), out, appendFlush);
		_r$1 = doAppendInner(rb[0], n); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.Bytes, $c: true, $r, $24r, _r, _r$1, _tuple, b, f, ft, n, ok, out, rb, src, $s};return $f;
	};
	$ptrType(Form).prototype.Bytes = function(b) { return new Form(this.$get()).Bytes(b); };
	Form.prototype.String = function(s) {
		var {$24r, _r, _r$1, _tuple, f, ft, n, ok, out, rb, s, src, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = [rb];
		f = this.$val;
		src = $clone(inputString(s), input);
		ft = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]);
		_r = ft.quickSpan($clone(src, input), 0, s.length, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return s;
		}
		out = $makeSlice(sliceType$4, n, s.length);
		$copyString(out, $substring(s, 0, n));
		rb[0] = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, $clone(ft, formInfo), $clone(src, input), s.length, new input.ptr("", sliceType$4.nil), out, appendFlush);
		_r$1 = doAppendInner(rb[0], n); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = ($bytesToString(_r$1));
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.String, $c: true, $r, $24r, _r, _r$1, _tuple, f, ft, n, ok, out, rb, s, src, $s};return $f;
	};
	$ptrType(Form).prototype.String = function(s) { return new Form(this.$get()).String(s); };
	Form.prototype.IsNormal = function(b) {
		var {_r, _r$1, _r$2, _tuple, _tuple$1, b, bp, f, ft, ok, rb, src, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = [rb];
		f = this.$val;
		src = $clone(inputBytes(b), input);
		ft = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]);
		_r = ft.quickSpan($clone(src, input), 0, b.$length, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		bp = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return true;
		}
		rb[0] = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, $clone(ft, formInfo), $clone(src, input), b.$length, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError);
		rb[0].setFlusher(sliceType$4.nil, cmpNormalBytes);
		/* while (true) { */ case 2:
			/* if (!(bp < b.$length)) { break; } */ if(!(bp < b.$length)) { $s = 3; continue; }
			rb[0].out = $subslice(b, bp);
			_r$1 = decomposeSegment(rb[0], bp, true); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			bp = _r$1;
			if (bp < 0) {
				$s = -1; return false;
			}
			_r$2 = rb[0].f.quickSpan($clone(rb[0].src, input), bp, b.$length, true); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			bp = _tuple$1[0];
		$s = 2; continue;
		case 3:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: Form.prototype.IsNormal, $c: true, $r, _r, _r$1, _r$2, _tuple, _tuple$1, b, bp, f, ft, ok, rb, src, $s};return $f;
	};
	$ptrType(Form).prototype.IsNormal = function(b) { return new Form(this.$get()).IsNormal(b); };
	cmpNormalBytes = function(rb) {
		var b, i, info, p, pe, rb, x, x$1;
		b = rb.out;
		i = 0;
		while (true) {
			if (!(i < rb.nrune)) { break; }
			info = $clone((x = rb.rune, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])), Properties);
			if (((info.size >> 0)) > b.$length) {
				return false;
			}
			p = info.pos;
			pe = p + info.size << 24 >>> 24;
			while (true) {
				if (!(p < pe)) { break; }
				if (!(((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === (x$1 = rb.byte$1, ((p < 0 || p >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[p]))))) {
					return false;
				}
				b = $subslice(b, 1);
				p = p + (1) << 24 >>> 24;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	Form.prototype.IsNormalString = function(s) {
		var {_r, _r$1, _r$2, _tuple, _tuple$1, bp, f, ft, ok, rb, s, src, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bp = [bp];
		rb = [rb];
		s = [s];
		f = this.$val;
		src = $clone(inputString(s[0]), input);
		ft = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]);
		_r = ft.quickSpan($clone(src, input), 0, s[0].length, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		bp[0] = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return true;
		}
		rb[0] = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, $clone(ft, formInfo), $clone(src, input), s[0].length, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError);
		rb[0].setFlusher(sliceType$4.nil, (function(bp, rb, s) { return function(rb$1) {
			var i, info, p, pe, rb$1, x, x$1;
			i = 0;
			while (true) {
				if (!(i < rb$1.nrune)) { break; }
				info = $clone((x = rb$1.rune, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])), Properties);
				if ((bp[0] + ((info.size >> 0)) >> 0) > s[0].length) {
					return false;
				}
				p = info.pos;
				pe = p + info.size << 24 >>> 24;
				while (true) {
					if (!(p < pe)) { break; }
					if (!((s[0].charCodeAt(bp[0]) === (x$1 = rb$1.byte$1, ((p < 0 || p >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[p]))))) {
						return false;
					}
					bp[0] = bp[0] + (1) >> 0;
					p = p + (1) << 24 >>> 24;
				}
				i = i + (1) >> 0;
			}
			return true;
		}; })(bp, rb, s));
		/* while (true) { */ case 2:
			/* if (!(bp[0] < s[0].length)) { break; } */ if(!(bp[0] < s[0].length)) { $s = 3; continue; }
			_r$1 = decomposeSegment(rb[0], bp[0], true); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			bp[0] = _r$1;
			if (bp[0] < 0) {
				$s = -1; return false;
			}
			_r$2 = rb[0].f.quickSpan($clone(rb[0].src, input), bp[0], s[0].length, true); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			bp[0] = _tuple$1[0];
		$s = 2; continue;
		case 3:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: Form.prototype.IsNormalString, $c: true, $r, _r, _r$1, _r$2, _tuple, _tuple$1, bp, f, ft, ok, rb, s, src, $s};return $f;
	};
	$ptrType(Form).prototype.IsNormalString = function(s) { return new Form(this.$get()).IsNormalString(s); };
	patchTail = function(rb) {
		var {_r, _r$1, _r$2, _r$3, _tuple, buf, end, extra, info, p, rb, s, x, $s, $r, $c} = $restore(this, {rb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = lastRuneStart(rb.f, rb.out); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		info = $clone(_tuple[0], Properties);
		p = _tuple[1];
		if ((p === -1) || (info.size === 0)) {
			$s = -1; return true;
		}
		end = p + ((info.size >> 0)) >> 0;
		extra = rb.out.$length - end >> 0;
		/* */ if (extra > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (extra > 0) { */ case 2:
			x = $makeSlice(sliceType$4, 0);
			x = $appendSlice(x, $subslice(rb.out, (rb.out.$length - extra >> 0)));
			rb.out = $subslice(rb.out, 0, end);
			$r = decomposeToLastBoundary(rb); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$1 = rb.doFlush(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			rb.out = $appendSlice(rb.out, x);
			$s = -1; return false;
		/* } */ case 3:
		buf = $subslice(rb.out, p);
		rb.out = $subslice(rb.out, 0, p);
		$r = decomposeToLastBoundary(rb); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		s = (rb.$ptr_ss || (rb.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, rb))).next($clone(info, Properties));
		/* */ if (s === 1) { $s = 7; continue; }
		/* */ if (s === 2) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (s === 1) { */ case 7:
			_r$2 = rb.doFlush(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			(rb.$ptr_ss || (rb.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, rb))).first($clone(info, Properties));
			$s = 9; continue;
		/* } else if (s === 2) { */ case 8:
			_r$3 = rb.doFlush(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			rb.insertCGJ();
			rb.ss = 0;
		/* } */ case 9:
		$r = rb.insertUnsafe($clone(inputBytes(buf), input), 0, $clone(info, Properties)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: patchTail, $c: true, $r, _r, _r$1, _r$2, _r$3, _tuple, buf, end, extra, info, p, rb, s, x, $s};return $f;
	};
	appendQuick = function(rb, i) {
		var {_r, _tuple, end, i, rb, $s, $r, $c} = $restore(this, {rb, i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (rb.nsrc === i) {
			$s = -1; return i;
		}
		_r = rb.f.quickSpan($clone(rb.src, input), i, rb.nsrc, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		end = _tuple[0];
		rb.out = rb.src.appendSlice(rb.out, i, end);
		$s = -1; return end;
		/* */ } return; } var $f = {$blk: appendQuick, $c: true, $r, _r, _tuple, end, i, rb, $s};return $f;
	};
	Form.prototype.Append = function(out, src) {
		var {$24r, _r, f, out, src, $s, $r, $c} = $restore(this, {out, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = new Form(f).doAppend(out, $clone(inputBytes(src), input), src.$length); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.Append, $c: true, $r, $24r, _r, f, out, src, $s};return $f;
	};
	$ptrType(Form).prototype.Append = function(out, src) { return new Form(this.$get()).Append(out, src); };
	Form.prototype.doAppend = function(out, src, n) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _tuple, f, ft, n, out, p, rb, rb$1, src, $s, $r, $c} = $restore(this, {out, src, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = [rb];
		rb$1 = [rb$1];
		f = this.$val;
		if (n === 0) {
			$s = -1; return out;
		}
		ft = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]);
		/* */ if (out.$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (out.$length === 0) { */ case 1:
			_r = ft.quickSpan($clone(src, input), 0, n, true); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			p = _tuple[0];
			out = src.appendSlice(out, 0, p);
			if (p === n) {
				$s = -1; return out;
			}
			rb[0] = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, $clone(ft, formInfo), $clone(src, input), n, new input.ptr("", sliceType$4.nil), out, appendFlush);
			_r$1 = doAppendInner(rb[0], p); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		rb$1[0] = new reorderBuffer.ptr(arrayType.zero(), arrayType$1.zero(), 0, 0, 0, $clone(ft, formInfo), $clone(src, input), n, new input.ptr("", sliceType$4.nil), sliceType$4.nil, $throwNilPointerError);
		_r$2 = doAppend(rb$1[0], out, 0); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: Form.prototype.doAppend, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _tuple, f, ft, n, out, p, rb, rb$1, src, $s};return $f;
	};
	$ptrType(Form).prototype.doAppend = function(out, src, n) { return new Form(this.$get()).doAppend(out, src, n); };
	doAppend = function(rb, out, p) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, doMerge, fd, info, n, out, p, q, rb, src, $s, $r, $c} = $restore(this, {rb, out, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb.setFlusher(out, appendFlush);
		_tmp = $clone(rb.src, input);
		_tmp$1 = rb.nsrc;
		src = $clone(_tmp, input);
		n = _tmp$1;
		doMerge = out.$length > 0;
		q = src.skipContinuationBytes(p);
		/* */ if (q > p) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (q > p) { */ case 1:
			rb.out = src.appendSlice(rb.out, p, q);
			p = q;
			_r = patchTail(rb); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			doMerge = _r;
		/* } */ case 2:
		fd = rb.f;
		/* */ if (doMerge) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (doMerge) { */ case 4:
			info = new Properties.ptr(0, 0, 0, 0, 0, 0, 0);
			/* */ if (p < n) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (p < n) { */ case 6:
				_r$1 = fd.info($clone(src, input), p); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				Properties.copy(info, _r$1);
				/* */ if (!$clone(info, Properties).BoundaryBefore() || $clone(info, Properties).nLeadingNonStarters() > 0) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (!$clone(info, Properties).BoundaryBefore() || $clone(info, Properties).nLeadingNonStarters() > 0) { */ case 9:
					/* */ if (p === 0) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (p === 0) { */ case 11:
						$r = decomposeToLastBoundary(rb); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 12:
					_r$2 = decomposeSegment(rb, p, true); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					p = _r$2;
				/* } */ case 10:
			/* } */ case 7:
			/* */ if (info.size === 0) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (info.size === 0) { */ case 15:
				_r$3 = rb.doFlush(); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				$s = -1; return src.appendSlice(rb.out, p, n);
			/* } */ case 16:
			/* */ if (rb.nrune > 0) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (rb.nrune > 0) { */ case 18:
				_r$4 = doAppendInner(rb, p); /* */ $s = 20; case 20: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 21; case 21: return $24r;
			/* } */ case 19:
		/* } */ case 5:
		_r$5 = appendQuick(rb, p); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		p = _r$5;
		_r$6 = doAppendInner(rb, p); /* */ $s = 23; case 23: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		$24r$1 = _r$6;
		$s = 24; case 24: return $24r$1;
		/* */ } return; } var $f = {$blk: doAppend, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, doMerge, fd, info, n, out, p, q, rb, src, $s};return $f;
	};
	doAppendInner = function(rb, p) {
		var {_r, _r$1, n, p, rb, $s, $r, $c} = $restore(this, {rb, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = rb.nsrc;
		/* while (true) { */ case 1:
			/* if (!(p < n)) { break; } */ if(!(p < n)) { $s = 2; continue; }
			_r = decomposeSegment(rb, p, true); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			p = _r;
			_r$1 = appendQuick(rb, p); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			p = _r$1;
		$s = 1; continue;
		case 2:
		$s = -1; return rb.out;
		/* */ } return; } var $f = {$blk: doAppendInner, $c: true, $r, _r, _r$1, n, p, rb, $s};return $f;
	};
	Form.prototype.AppendString = function(out, src) {
		var {$24r, _r, f, out, src, $s, $r, $c} = $restore(this, {out, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = new Form(f).doAppend(out, $clone(inputString(src), input), src.length); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.AppendString, $c: true, $r, $24r, _r, f, out, src, $s};return $f;
	};
	$ptrType(Form).prototype.AppendString = function(out, src) { return new Form(this.$get()).AppendString(out, src); };
	Form.prototype.QuickSpan = function(b) {
		var {_r, _tuple, b, f, n, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]).quickSpan($clone(inputBytes(b), input), 0, b.$length, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: Form.prototype.QuickSpan, $c: true, $r, _r, _tuple, b, f, n, $s};return $f;
	};
	$ptrType(Form).prototype.QuickSpan = function(b) { return new Form(this.$get()).QuickSpan(b); };
	Form.prototype.Span = function(b, atEOF) {
		var {_r, _tmp, _tmp$1, _tuple, atEOF, b, err, f, n, ok, $s, $r, $c} = $restore(this, {b, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this.$val;
		_r = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]).quickSpan($clone(inputBytes(b), input), 0, b.$length, atEOF); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		ok = _tuple[1];
		if (n < b.$length) {
			if (!ok) {
				err = transform.ErrEndOfSpan;
			} else {
				err = transform.ErrShortSrc;
			}
		}
		_tmp = n;
		_tmp$1 = err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Form.prototype.Span, $c: true, $r, _r, _tmp, _tmp$1, _tuple, atEOF, b, err, f, n, ok, $s};return $f;
	};
	$ptrType(Form).prototype.Span = function(b, atEOF) { return new Form(this.$get()).Span(b, atEOF); };
	Form.prototype.SpanString = function(s, atEOF) {
		var {_r, _tmp, _tmp$1, _tuple, atEOF, err, f, n, ok, s, $s, $r, $c} = $restore(this, {s, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		f = this.$val;
		_r = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]).quickSpan($clone(inputString(s), input), 0, s.length, atEOF); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		ok = _tuple[1];
		if (n < s.length) {
			if (!ok) {
				err = transform.ErrEndOfSpan;
			} else {
				err = transform.ErrShortSrc;
			}
		}
		_tmp = n;
		_tmp$1 = err;
		n = _tmp;
		err = _tmp$1;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Form.prototype.SpanString, $c: true, $r, _r, _tmp, _tmp$1, _tuple, atEOF, err, f, n, ok, s, $s};return $f;
	};
	$ptrType(Form).prototype.SpanString = function(s, atEOF) { return new Form(this.$get()).SpanString(s, atEOF); };
	formInfo.ptr.prototype.quickSpan = function(src, i, end, atEOF) {
		var {_1, _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, atEOF, end, f, i, info, j, lastCC, lastSegStart, n, ok, src, ss, ss$24ptr, $s, $r, $c} = $restore(this, {src, i, end, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		ok = false;
		f = this;
		lastCC = 0;
		ss = 0;
		lastSegStart = i;
		n = end;
		/* while (true) { */ case 1:
			/* if (!(i < n)) { break; } */ if(!(i < n)) { $s = 2; continue; }
			j = src.skipASCII(i, n);
			if (!((i === j))) {
				i = j;
				lastSegStart = i - 1 >> 0;
				lastCC = 0;
				ss = 0;
				/* continue; */ $s = 1; continue;
			}
			_r = f.info($clone(src, input), i); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			info = $clone(_r, Properties);
			if (info.size === 0) {
				if (atEOF) {
					_tmp = n;
					_tmp$1 = true;
					n = _tmp;
					ok = _tmp$1;
					$s = -1; return [n, ok];
				}
				_tmp$2 = lastSegStart;
				_tmp$3 = true;
				n = _tmp$2;
				ok = _tmp$3;
				$s = -1; return [n, ok];
			}
			_1 = (ss$24ptr || (ss$24ptr = new ptrType$1(function() { return ss; }, function($v) { ss = $v; }))).next($clone(info, Properties));
			if (_1 === (1)) {
				lastSegStart = i;
			} else if (_1 === (2)) {
				_tmp$4 = lastSegStart;
				_tmp$5 = false;
				n = _tmp$4;
				ok = _tmp$5;
				$s = -1; return [n, ok];
			} else if (_1 === (0)) {
				if (lastCC > info.ccc) {
					_tmp$6 = lastSegStart;
					_tmp$7 = false;
					n = _tmp$6;
					ok = _tmp$7;
					$s = -1; return [n, ok];
				}
			}
			if (f.composing) {
				if (!$clone(info, Properties).isYesC()) {
					/* break; */ $s = 2; continue;
				}
			} else {
				if (!$clone(info, Properties).isYesD()) {
					/* break; */ $s = 2; continue;
				}
			}
			lastCC = info.ccc;
			i = i + (((info.size >> 0))) >> 0;
		$s = 1; continue;
		case 2:
		if (i === n) {
			if (!atEOF) {
				n = lastSegStart;
			}
			_tmp$8 = n;
			_tmp$9 = true;
			n = _tmp$8;
			ok = _tmp$9;
			$s = -1; return [n, ok];
		}
		_tmp$10 = lastSegStart;
		_tmp$11 = false;
		n = _tmp$10;
		ok = _tmp$11;
		$s = -1; return [n, ok];
		/* */ } return; } var $f = {$blk: formInfo.ptr.prototype.quickSpan, $c: true, $r, _1, _r, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, atEOF, end, f, i, info, j, lastCC, lastSegStart, n, ok, src, ss, ss$24ptr, $s};return $f;
	};
	formInfo.prototype.quickSpan = function(src, i, end, atEOF) { return this.$val.quickSpan(src, i, end, atEOF); };
	Form.prototype.QuickSpanString = function(s) {
		var {_r, _tuple, f, n, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]).quickSpan($clone(inputString(s), input), 0, s.length, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		n = _tuple[0];
		$s = -1; return n;
		/* */ } return; } var $f = {$blk: Form.prototype.QuickSpanString, $c: true, $r, _r, _tuple, f, n, s, $s};return $f;
	};
	$ptrType(Form).prototype.QuickSpanString = function(s) { return new Form(this.$get()).QuickSpanString(s); };
	Form.prototype.FirstBoundary = function(b) {
		var {$24r, _r, b, f, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = new Form(f).firstBoundary($clone(inputBytes(b), input), b.$length); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.FirstBoundary, $c: true, $r, $24r, _r, b, f, $s};return $f;
	};
	$ptrType(Form).prototype.FirstBoundary = function(b) { return new Form(this.$get()).FirstBoundary(b); };
	Form.prototype.firstBoundary = function(src, nsrc) {
		var {_r, f, fd, i, info, nsrc, s, src, ss, ss$24ptr, $s, $r, $c} = $restore(this, {src, nsrc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		i = src.skipContinuationBytes(0);
		if (i >= nsrc) {
			$s = -1; return -1;
		}
		fd = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]);
		ss = 0;
		/* while (true) { */ case 1:
			_r = fd.info($clone(src, input), i); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			info = $clone(_r, Properties);
			if (info.size === 0) {
				$s = -1; return -1;
			}
			s = (ss$24ptr || (ss$24ptr = new ptrType$1(function() { return ss; }, function($v) { ss = $v; }))).next($clone(info, Properties));
			if (!((s === 0))) {
				$s = -1; return i;
			}
			i = i + (((info.size >> 0))) >> 0;
			if (i >= nsrc) {
				if (!$clone(info, Properties).BoundaryAfter() && !new streamSafe(ss).isMax()) {
					$s = -1; return -1;
				}
				$s = -1; return nsrc;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: Form.prototype.firstBoundary, $c: true, $r, _r, f, fd, i, info, nsrc, s, src, ss, ss$24ptr, $s};return $f;
	};
	$ptrType(Form).prototype.firstBoundary = function(src, nsrc) { return new Form(this.$get()).firstBoundary(src, nsrc); };
	Form.prototype.FirstBoundaryInString = function(s) {
		var {$24r, _r, f, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = new Form(f).firstBoundary($clone(inputString(s), input), s.length); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.FirstBoundaryInString, $c: true, $r, $24r, _r, f, s, $s};return $f;
	};
	$ptrType(Form).prototype.FirstBoundaryInString = function(s) { return new Form(this.$get()).FirstBoundaryInString(s); };
	Form.prototype.NextBoundary = function(b, atEOF) {
		var {$24r, _r, atEOF, b, f, $s, $r, $c} = $restore(this, {b, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = new Form(f).nextBoundary($clone(inputBytes(b), input), b.$length, atEOF); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.NextBoundary, $c: true, $r, $24r, _r, atEOF, b, f, $s};return $f;
	};
	$ptrType(Form).prototype.NextBoundary = function(b, atEOF) { return new Form(this.$get()).NextBoundary(b, atEOF); };
	Form.prototype.NextBoundaryInString = function(s, atEOF) {
		var {$24r, _r, atEOF, f, s, $s, $r, $c} = $restore(this, {s, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = new Form(f).nextBoundary($clone(inputString(s), input), s.length, atEOF); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.NextBoundaryInString, $c: true, $r, $24r, _r, atEOF, f, s, $s};return $f;
	};
	$ptrType(Form).prototype.NextBoundaryInString = function(s, atEOF) { return new Form(this.$get()).NextBoundaryInString(s, atEOF); };
	Form.prototype.nextBoundary = function(src, nsrc, atEOF) {
		var {_r, _r$1, atEOF, f, fd, i, info, nsrc, s, src, ss, ss$24ptr, $s, $r, $c} = $restore(this, {src, nsrc, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		if (nsrc === 0) {
			if (atEOF) {
				$s = -1; return 0;
			}
			$s = -1; return -1;
		}
		fd = ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]);
		_r = fd.info($clone(src, input), 0); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		info = $clone(_r, Properties);
		if (info.size === 0) {
			if (atEOF) {
				$s = -1; return 1;
			}
			$s = -1; return -1;
		}
		ss = 0;
		(ss$24ptr || (ss$24ptr = new ptrType$1(function() { return ss; }, function($v) { ss = $v; }))).first($clone(info, Properties));
		i = ((info.size >> 0));
		/* while (true) { */ case 2:
			/* if (!(i < nsrc)) { break; } */ if(!(i < nsrc)) { $s = 3; continue; }
			_r$1 = fd.info($clone(src, input), i); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			Properties.copy(info, _r$1);
			if (info.size === 0) {
				if (atEOF) {
					$s = -1; return i;
				}
				$s = -1; return -1;
			}
			s = (ss$24ptr || (ss$24ptr = new ptrType$1(function() { return ss; }, function($v) { ss = $v; }))).next($clone(info, Properties));
			if (!((s === 0))) {
				$s = -1; return i;
			}
			i = i + (((info.size >> 0))) >> 0;
		$s = 2; continue;
		case 3:
		if (!atEOF && !$clone(info, Properties).BoundaryAfter() && !new streamSafe(ss).isMax()) {
			$s = -1; return -1;
		}
		$s = -1; return nsrc;
		/* */ } return; } var $f = {$blk: Form.prototype.nextBoundary, $c: true, $r, _r, _r$1, atEOF, f, fd, i, info, nsrc, s, src, ss, ss$24ptr, $s};return $f;
	};
	$ptrType(Form).prototype.nextBoundary = function(src, nsrc, atEOF) { return new Form(this.$get()).nextBoundary(src, nsrc, atEOF); };
	Form.prototype.LastBoundary = function(b) {
		var {$24r, _r, b, f, $s, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		_r = lastBoundary(((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]), b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Form.prototype.LastBoundary, $c: true, $r, $24r, _r, b, f, $s};return $f;
	};
	$ptrType(Form).prototype.LastBoundary = function(b) { return new Form(this.$get()).LastBoundary(b); };
	lastBoundary = function(fd, b) {
		var {_r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, b, fd, i, info, p, ss, ss$24ptr, v, $s, $r, $c} = $restore(this, {fd, b});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = b.$length;
		_r = lastRuneStart(fd, b); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		info = $clone(_tuple[0], Properties);
		p = _tuple[1];
		if (p === -1) {
			$s = -1; return -1;
		}
		/* */ if (info.size === 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (info.size === 0) { */ case 2:
			if (p === 0) {
				$s = -1; return -1;
			}
			i = p;
			_r$1 = lastRuneStart(fd, $subslice(b, 0, i)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			Properties.copy(info, _tuple$1[0]);
			p = _tuple$1[1];
			if (p === -1) {
				$s = -1; return i;
			}
		/* } */ case 3:
		if (!(((p + ((info.size >> 0)) >> 0) === i))) {
			$s = -1; return i;
		}
		if ($clone(info, Properties).BoundaryAfter()) {
			$s = -1; return i;
		}
		ss = 0;
		v = (ss$24ptr || (ss$24ptr = new ptrType$1(function() { return ss; }, function($v) { ss = $v; }))).backwards($clone(info, Properties));
		i = p;
		/* while (true) { */ case 5:
			/* if (!(i >= 0 && !((v === 1)))) { break; } */ if(!(i >= 0 && !((v === 1)))) { $s = 6; continue; }
			_r$2 = lastRuneStart(fd, $subslice(b, 0, i)); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$2 = _r$2;
			Properties.copy(info, _tuple$2[0]);
			p = _tuple$2[1];
			v = (ss$24ptr || (ss$24ptr = new ptrType$1(function() { return ss; }, function($v) { ss = $v; }))).backwards($clone(info, Properties));
			if (v === 2) {
				/* break; */ $s = 6; continue;
			}
			if (!(((p + ((info.size >> 0)) >> 0) === i))) {
				if (p === -1) {
					$s = -1; return -1;
				}
				$s = -1; return i;
			}
			i = p;
		$s = 5; continue;
		case 6:
		$s = -1; return i;
		/* */ } return; } var $f = {$blk: lastBoundary, $c: true, $r, _r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, b, fd, i, info, p, ss, ss$24ptr, v, $s};return $f;
	};
	decomposeSegment = function(rb, sp, atEOF) {
		var {_r, _r$1, _r$2, _r$3, _r$4, atEOF, err, err$1, info, rb, s, s$1, sp, $s, $r, $c} = $restore(this, {rb, sp, atEOF});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = rb.f.info($clone(rb.src, input), sp); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		info = $clone(_r, Properties);
		if (info.size === 0) {
			$s = -1; return 0;
		}
		s = (rb.$ptr_ss || (rb.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, rb))).next($clone(info, Properties));
		/* */ if (s === 1) { $s = 2; continue; }
		/* */ if (s === 2) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (s === 1) { */ case 2:
			/* */ if (rb.nrune > 0) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (rb.nrune > 0) { */ case 5:
				/* goto end */ $s = 7; continue;
			/* } */ case 6:
			$s = 4; continue;
		/* } else if (s === 2) { */ case 3:
			rb.insertCGJ();
			/* goto end */ $s = 7; continue;
		/* } */ case 4:
		_r$1 = rb.insertFlush($clone(rb.src, input), sp, $clone(info, Properties)); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!((err === 0))) {
			$s = -1; return ((err >> 0));
		}
		/* while (true) { */ case 9:
			sp = sp + (((info.size >> 0))) >> 0;
			if (sp >= rb.nsrc) {
				if (!atEOF && !$clone(info, Properties).BoundaryAfter()) {
					$s = -1; return -2;
				}
				/* break; */ $s = 10; continue;
			}
			_r$2 = rb.f.info($clone(rb.src, input), sp); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			Properties.copy(info, _r$2);
			if (info.size === 0) {
				if (!atEOF) {
					$s = -1; return -2;
				}
				/* break; */ $s = 10; continue;
			}
			s$1 = (rb.$ptr_ss || (rb.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, rb))).next($clone(info, Properties));
			if (s$1 === 1) {
				/* break; */ $s = 10; continue;
			} else if (s$1 === 2) {
				rb.insertCGJ();
				/* break; */ $s = 10; continue;
			}
			_r$3 = rb.insertFlush($clone(rb.src, input), sp, $clone(info, Properties)); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err$1 = _r$3;
			if (!((err$1 === 0))) {
				$s = -1; return ((err$1 >> 0));
			}
		$s = 9; continue;
		case 10:
		/* end: */ case 7:
		_r$4 = rb.doFlush(); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (!_r$4) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!_r$4) { */ case 13:
			$s = -1; return -1;
		/* } */ case 14:
		$s = -1; return sp;
		/* */ } return; } var $f = {$blk: decomposeSegment, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, atEOF, err, err$1, info, rb, s, s$1, sp, $s};return $f;
	};
	lastRuneStart = function(fd, buf) {
		var {$24r, _r, buf, fd, p, $s, $r, $c} = $restore(this, {fd, buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = buf.$length - 1 >> 0;
		while (true) {
			if (!(p >= 0 && !utf8.RuneStart(((p < 0 || p >= buf.$length) ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + p])))) { break; }
			p = p - (1) >> 0;
		}
		if (p < 0) {
			$s = -1; return [new Properties.ptr(0, 0, 0, 0, 0, 0, 0), -1];
		}
		_r = fd.info($clone(inputBytes(buf), input), p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, p];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: lastRuneStart, $c: true, $r, $24r, _r, buf, fd, p, $s};return $f;
	};
	decomposeToLastBoundary = function(rb) {
		var {_r, _r$1, _tuple, _tuple$1, add, buf, cp, fd, i, info, p, padd, rb, ss, ss$24ptr, v, $s, $r, $c} = $restore(this, {rb});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fd = rb.f;
		_r = lastRuneStart(fd, rb.out); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		info = $clone(_tuple[0], Properties);
		i = _tuple[1];
		if (!((((info.size >> 0)) === (rb.out.$length - i >> 0)))) {
			$s = -1; return;
		}
		if ($clone(info, Properties).BoundaryAfter()) {
			$s = -1; return;
		}
		add = arrayType$2.zero();
		padd = 0;
		ss = 0;
		p = rb.out.$length;
		/* while (true) { */ case 2:
			Properties.copy(((padd < 0 || padd >= add.length) ? ($throwRuntimeError("index out of range"), undefined) : add[padd]), info);
			v = (ss$24ptr || (ss$24ptr = new ptrType$1(function() { return ss; }, function($v) { ss = $v; }))).backwards($clone(info, Properties));
			if (v === 2) {
				/* break; */ $s = 3; continue;
			}
			padd = padd + (1) >> 0;
			p = p - (((info.size >> 0))) >> 0;
			if ((v === 1) || p < 0) {
				/* break; */ $s = 3; continue;
			}
			_r$1 = lastRuneStart(fd, $subslice(rb.out, 0, p)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			Properties.copy(info, _tuple$1[0]);
			i = _tuple$1[1];
			if (!((((info.size >> 0)) === (p - i >> 0)))) {
				/* break; */ $s = 3; continue;
			}
		$s = 2; continue;
		case 3:
		rb.ss = ss;
		buf = arrayType$1.zero();
		cp = $subslice(new sliceType$4(buf), 0, $copySlice(new sliceType$4(buf), $subslice(rb.out, p)));
		rb.out = $subslice(rb.out, 0, p);
		padd = padd - (1) >> 0;
		/* while (true) { */ case 5:
			/* if (!(padd >= 0)) { break; } */ if(!(padd >= 0)) { $s = 6; continue; }
			Properties.copy(info, ((padd < 0 || padd >= add.length) ? ($throwRuntimeError("index out of range"), undefined) : add[padd]));
			$r = rb.insertUnsafe($clone(inputBytes(cp), input), 0, $clone(info, Properties)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			cp = $subslice(cp, info.size);
			padd = padd - (1) >> 0;
		$s = 5; continue;
		case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: decomposeToLastBoundary, $c: true, $r, _r, _r$1, _tuple, _tuple$1, add, buf, cp, fd, i, info, p, padd, rb, ss, ss$24ptr, v, $s};return $f;
	};
	Iter.ptr.prototype.Init = function(f, src) {
		var {_r, f, i, src, x, $s, $r, $c} = $restore(this, {f, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = this;
		i.p = 0;
		if (src.$length === 0) {
			i.setDone();
			i.rb.nsrc = 0;
			$s = -1; return;
		}
		i.multiSeg = sliceType$4.nil;
		i.rb.init(f, src);
		i.next = i.rb.f.nextMain;
		i.asciiF = nextASCIIBytes;
		_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		Properties.copy(i.info, _r);
		(x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).first($clone(i.info, Properties));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Iter.ptr.prototype.Init, $c: true, $r, _r, f, i, src, x, $s};return $f;
	};
	Iter.prototype.Init = function(f, src) { return this.$val.Init(f, src); };
	Iter.ptr.prototype.InitString = function(f, src) {
		var {_r, f, i, src, x, $s, $r, $c} = $restore(this, {f, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = this;
		i.p = 0;
		if (src.length === 0) {
			i.setDone();
			i.rb.nsrc = 0;
			$s = -1; return;
		}
		i.multiSeg = sliceType$4.nil;
		i.rb.initString(f, src);
		i.next = i.rb.f.nextMain;
		i.asciiF = nextASCIIString;
		_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		Properties.copy(i.info, _r);
		(x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).first($clone(i.info, Properties));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Iter.ptr.prototype.InitString, $c: true, $r, _r, f, i, src, x, $s};return $f;
	};
	Iter.prototype.InitString = function(f, src) { return this.$val.InitString(f, src); };
	Iter.ptr.prototype.Seek = function(offset, whence) {
		var {$24r, $24r$1, _1, _r, _r$1, _r$2, abs, i, offset, whence, x, x$1, x$2, $s, $r, $c} = $restore(this, {offset, whence});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = this;
		abs = new $Int64(0, 0);
			_1 = whence;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (1)) { $s = 3; continue; }
			/* */ if (_1 === (2)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_1 === (0)) { */ case 2:
				abs = offset;
				$s = 6; continue;
			/* } else if (_1 === (1)) { */ case 3:
				abs = (x = (new $Int64(0, i.p)), new $Int64(x.$high + offset.$high, x.$low + offset.$low));
				$s = 6; continue;
			/* } else if (_1 === (2)) { */ case 4:
				abs = (x$1 = (new $Int64(0, i.rb.nsrc)), new $Int64(x$1.$high + offset.$high, x$1.$low + offset.$low));
				$s = 6; continue;
			/* } else { */ case 5:
				_r = fmt.Errorf("norm: invalid whence", new sliceType$5([])); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = [new $Int64(0, 0), _r];
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		case 1:
		/* */ if ((abs.$high < 0 || (abs.$high === 0 && abs.$low < 0))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if ((abs.$high < 0 || (abs.$high === 0 && abs.$low < 0))) { */ case 9:
			_r$1 = fmt.Errorf("norm: negative position", new sliceType$5([])); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r$1 = [new $Int64(0, 0), _r$1];
			$s = 12; case 12: return $24r$1;
		/* } */ case 10:
		if ((((abs.$low + ((abs.$high >> 31) * 4294967296)) >> 0)) >= i.rb.nsrc) {
			i.setDone();
			$s = -1; return [(new $Int64(0, i.p)), $ifaceNil];
		}
		i.p = (((abs.$low + ((abs.$high >> 31) * 4294967296)) >> 0));
		i.multiSeg = sliceType$4.nil;
		i.next = i.rb.f.nextMain;
		_r$2 = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		Properties.copy(i.info, _r$2);
		(x$2 = i.rb, (x$2.$ptr_ss || (x$2.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x$2)))).first($clone(i.info, Properties));
		$s = -1; return [abs, $ifaceNil];
		/* */ } return; } var $f = {$blk: Iter.ptr.prototype.Seek, $c: true, $r, $24r, $24r$1, _1, _r, _r$1, _r$2, abs, i, offset, whence, x, x$1, x$2, $s};return $f;
	};
	Iter.prototype.Seek = function(offset, whence) { return this.$val.Seek(offset, whence); };
	Iter.ptr.prototype.returnSlice = function(a, b) {
		var a, b, i;
		i = this;
		if (i.rb.src.bytes === sliceType$4.nil) {
			return $subslice(new sliceType$4(i.buf), 0, $copyString(new sliceType$4(i.buf), $substring(i.rb.src.str, a, b)));
		}
		return $subslice(i.rb.src.bytes, a, b);
	};
	Iter.prototype.returnSlice = function(a, b) { return this.$val.returnSlice(a, b); };
	Iter.ptr.prototype.Pos = function() {
		var i;
		i = this;
		return i.p;
	};
	Iter.prototype.Pos = function() { return this.$val.Pos(); };
	Iter.ptr.prototype.setDone = function() {
		var i;
		i = this;
		i.next = nextDone;
		i.p = i.rb.nsrc;
	};
	Iter.prototype.setDone = function() { return this.$val.setDone(); };
	Iter.ptr.prototype.Done = function() {
		var i;
		i = this;
		return i.p >= i.rb.nsrc;
	};
	Iter.prototype.Done = function() { return this.$val.Done(); };
	Iter.ptr.prototype.Next = function() {
		var {$24r, _r, i, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = this;
		_r = i.next(i); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Iter.ptr.prototype.Next, $c: true, $r, $24r, _r, i, $s};return $f;
	};
	Iter.prototype.Next = function() { return this.$val.Next(); };
	nextASCIIBytes = function(i) {
		var {$24r, _r, _r$1, i, p, p0, p0$1, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = i.p + 1 >> 0;
		if (p >= i.rb.nsrc) {
			p0 = i.p;
			i.setDone();
			$s = -1; return $subslice(i.rb.src.bytes, p0, p);
		}
		if ((x = i.rb.src.bytes, ((p < 0 || p >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + p])) < 128) {
			p0$1 = i.p;
			i.p = p;
			$s = -1; return $subslice(i.rb.src.bytes, p0$1, p);
		}
		_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		Properties.copy(i.info, _r);
		i.next = i.rb.f.nextMain;
		_r$1 = i.next(i); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: nextASCIIBytes, $c: true, $r, $24r, _r, _r$1, i, p, p0, p0$1, x, $s};return $f;
	};
	nextASCIIString = function(i) {
		var {$24r, _r, _r$1, i, p, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = i.p + 1 >> 0;
		if (p >= i.rb.nsrc) {
			i.buf[0] = i.rb.src.str.charCodeAt(i.p);
			i.setDone();
			$s = -1; return $subslice(new sliceType$4(i.buf), 0, 1);
		}
		if (i.rb.src.str.charCodeAt(p) < 128) {
			i.buf[0] = i.rb.src.str.charCodeAt(i.p);
			i.p = p;
			$s = -1; return $subslice(new sliceType$4(i.buf), 0, 1);
		}
		_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		Properties.copy(i.info, _r);
		i.next = i.rb.f.nextMain;
		_r$1 = i.next(i); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: nextASCIIString, $c: true, $r, $24r, _r, _r$1, i, p, $s};return $f;
	};
	nextHangul = function(i) {
		var {$24r, _r, _r$1, i, next, p, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = i.p;
		next = p + 3 >> 0;
		/* */ if (next >= i.rb.nsrc) { $s = 1; continue; }
		/* */ if (i.rb.src.hangul(next) === 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (next >= i.rb.nsrc) { */ case 1:
			i.setDone();
			$s = 3; continue;
		/* } else if (i.rb.src.hangul(next) === 0) { */ case 2:
			(x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).next($clone(i.info, Properties));
			_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			Properties.copy(i.info, _r);
			i.next = i.rb.f.nextMain;
			_r$1 = i.next(i); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		i.p = next;
		$s = -1; return $subslice(new sliceType$4(i.buf), 0, decomposeHangul(new sliceType$4(i.buf), i.rb.src.hangul(p)));
		/* */ } return; } var $f = {$blk: nextHangul, $c: true, $r, $24r, _r, _r$1, i, next, p, x, $s};return $f;
	};
	nextDone = function(i) {
		var i;
		return sliceType$4.nil;
	};
	nextMulti = function(i) {
		var {$24r, _r, _r$1, d, i, info, j, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		j = 0;
		d = i.multiSeg;
		j = 1;
		while (true) {
			if (!(j < d.$length && !utf8.RuneStart(((j < 0 || j >= d.$length) ? ($throwRuntimeError("index out of range"), undefined) : d.$array[d.$offset + j])))) { break; }
			j = j + (1) >> 0;
		}
		/* while (true) { */ case 1:
			/* if (!(j < d.$length)) { break; } */ if(!(j < d.$length)) { $s = 2; continue; }
			_r = i.rb.f.info(new input.ptr("", d), j); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			info = $clone(_r, Properties);
			if ($clone(info, Properties).BoundaryBefore()) {
				i.multiSeg = $subslice(d, j);
				$s = -1; return $subslice(d, 0, j);
			}
			j = j + (((info.size >> 0))) >> 0;
		$s = 1; continue;
		case 2:
		i.next = i.rb.f.nextMain;
		_r$1 = i.next(i); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: nextMulti, $c: true, $r, $24r, _r, _r$1, d, i, info, j, $s};return $f;
	};
	nextMultiNorm = function(i) {
		var {$24r, _r, _r$1, d, i, info, j, seg, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		j = 0;
		d = i.multiSeg;
		/* while (true) { */ case 1:
			/* if (!(j < d.$length)) { break; } */ if(!(j < d.$length)) { $s = 2; continue; }
			_r = i.rb.f.info(new input.ptr("", d), j); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			info = $clone(_r, Properties);
			/* */ if ($clone(info, Properties).BoundaryBefore()) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($clone(info, Properties).BoundaryBefore()) { */ case 4:
				$r = i.rb.compose(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				seg = $subslice(new sliceType$4(i.buf), 0, i.rb.flushCopy(new sliceType$4(i.buf)));
				$r = i.rb.insertUnsafe(new input.ptr("", d), j, $clone(info, Properties)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				i.multiSeg = $subslice(d, (j + ((info.size >> 0)) >> 0));
				$s = -1; return seg;
			/* } */ case 5:
			$r = i.rb.insertUnsafe(new input.ptr("", d), j, $clone(info, Properties)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			j = j + (((info.size >> 0))) >> 0;
		$s = 1; continue;
		case 2:
		i.multiSeg = sliceType$4.nil;
		i.next = nextComposed;
		_r$1 = doNormComposed(i); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 10; case 10: return $24r;
		/* */ } return; } var $f = {$blk: nextMultiNorm, $c: true, $r, $24r, _r, _r$1, d, i, info, j, seg, $s};return $f;
	};
	nextDecomposed = function(i) {
		var {$24r, $24r$1, _1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, d, i, inCopyStart, next, outCopyStart, outp, p, p$1, p$2, prevCC, prevCC$1, r, sz, v, x, x$1, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		next = sliceType$4.nil;
		outp = 0;
		_tmp = i.p;
		_tmp$1 = 0;
		inCopyStart = _tmp;
		outCopyStart = _tmp$1;
		/* while (true) { */ case 1:
			sz = ((i.info.size >> 0));
			/* */ if (sz <= 1) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (sz <= 1) { */ case 3:
				i.rb.ss = 0;
				p = i.p;
				i.p = i.p + (1) >> 0;
				if (i.p >= i.rb.nsrc) {
					i.setDone();
					next = i.returnSlice(p, i.p);
					$s = -1; return next;
				} else if (i.rb.src._byte(i.p) < 128) {
					i.next = i.asciiF;
					next = i.returnSlice(p, i.p);
					$s = -1; return next;
				}
				outp = outp + (1) >> 0;
				$s = 5; continue;
			/* } else { */ case 4:
				d = $clone(i.info, Properties).Decomposition();
				/* */ if (!(d === sliceType$4.nil)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!(d === sliceType$4.nil)) { */ case 6:
					p$1 = outp + d.$length >> 0;
					/* */ if (outp > 0) { $s = 9; continue; }
					/* */ if ($clone(i.info, Properties).multiSegment()) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (outp > 0) { */ case 9:
						i.rb.src.copySlice($subslice(new sliceType$4(i.buf), outCopyStart), inCopyStart, i.p);
						if (p$1 > 128) {
							next = $subslice(new sliceType$4(i.buf), 0, outp);
							$s = -1; return next;
						}
						$s = 11; continue;
					/* } else if ($clone(i.info, Properties).multiSegment()) { */ case 10:
						/* */ if (i.multiSeg === sliceType$4.nil) { $s = 12; continue; }
						/* */ $s = 13; continue;
						/* if (i.multiSeg === sliceType$4.nil) { */ case 12:
							i.multiSeg = d;
							i.next = nextMulti;
							_r = nextMulti(i); /* */ $s = 14; case 14: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
							next = _r;
							$24r = next;
							$s = 15; case 15: return $24r;
						/* } */ case 13:
						d = i.multiSeg;
						i.multiSeg = sliceType$4.nil;
						p$1 = d.$length;
					/* } */ case 11:
					prevCC = i.info.tccc;
					i.p = i.p + (sz) >> 0;
					/* */ if (i.p >= i.rb.nsrc) { $s = 16; continue; }
					/* */ $s = 17; continue;
					/* if (i.p >= i.rb.nsrc) { */ case 16:
						i.setDone();
						Properties.copy(i.info, new Properties.ptr(0, 0, 0, 0, 0, 0, 0));
						$s = 18; continue;
					/* } else { */ case 17:
						_r$1 = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 19; case 19: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						Properties.copy(i.info, _r$1);
					/* } */ case 18:
					_1 = (x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).next($clone(i.info, Properties));
					if (_1 === (2)) {
						i.next = nextCGJDecompose;
						if (outp > 0) {
							$copySlice($subslice(new sliceType$4(i.buf), outp), d);
							next = $subslice(new sliceType$4(i.buf), 0, p$1);
							$s = -1; return next;
						}
						next = d;
						$s = -1; return next;
					} else if (_1 === (1)) {
						if (outp > 0) {
							$copySlice($subslice(new sliceType$4(i.buf), outp), d);
							next = $subslice(new sliceType$4(i.buf), 0, p$1);
							$s = -1; return next;
						}
						next = d;
						$s = -1; return next;
					}
					$copySlice($subslice(new sliceType$4(i.buf), outp), d);
					outp = p$1;
					_tmp$2 = i.p;
					_tmp$3 = outp;
					inCopyStart = _tmp$2;
					outCopyStart = _tmp$3;
					/* */ if (i.info.ccc < prevCC) { $s = 20; continue; }
					/* */ $s = 21; continue;
					/* if (i.info.ccc < prevCC) { */ case 20:
						/* goto doNorm */ $s = 22; continue;
					/* } */ case 21:
					/* continue; */ $s = 1; continue;
					$s = 8; continue;
				/* } else { */ case 7:
					r = i.rb.src.hangul(i.p);
					if (!((r === 0))) {
						outp = decomposeHangul(new sliceType$4(i.buf), r);
						i.p = i.p + (3) >> 0;
						_tmp$4 = i.p;
						_tmp$5 = outp;
						inCopyStart = _tmp$4;
						outCopyStart = _tmp$5;
						if (i.p >= i.rb.nsrc) {
							i.setDone();
							/* break; */ $s = 2; continue;
						} else if (!((i.rb.src.hangul(i.p) === 0))) {
							i.next = nextHangul;
							next = $subslice(new sliceType$4(i.buf), 0, outp);
							$s = -1; return next;
						}
					} else {
						p$2 = outp + sz >> 0;
						if (p$2 > 128) {
							/* break; */ $s = 2; continue;
						}
						outp = p$2;
						i.p = i.p + (sz) >> 0;
					}
				/* } */ case 8:
			/* } */ case 5:
			if (i.p >= i.rb.nsrc) {
				i.setDone();
				/* break; */ $s = 2; continue;
			}
			prevCC$1 = i.info.tccc;
			_r$2 = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 23; case 23: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			Properties.copy(i.info, _r$2);
			v = (x$1 = i.rb, (x$1.$ptr_ss || (x$1.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x$1)))).next($clone(i.info, Properties));
			if (v === 1) {
				/* break; */ $s = 2; continue;
			} else if (v === 2) {
				i.next = nextCGJDecompose;
				/* break; */ $s = 2; continue;
			}
			/* */ if (i.info.ccc < prevCC$1) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (i.info.ccc < prevCC$1) { */ case 24:
				/* goto doNorm */ $s = 22; continue;
			/* } */ case 25:
		$s = 1; continue;
		case 2:
		if (outCopyStart === 0) {
			next = i.returnSlice(inCopyStart, i.p);
			$s = -1; return next;
		} else if (inCopyStart < i.p) {
			i.rb.src.copySlice($subslice(new sliceType$4(i.buf), outCopyStart), inCopyStart, i.p);
		}
		next = $subslice(new sliceType$4(i.buf), 0, outp);
		$s = -1; return next;
		/* doNorm: */ case 22:
		i.rb.src.copySlice($subslice(new sliceType$4(i.buf), outCopyStart), inCopyStart, i.p);
		_r$3 = i.rb.insertDecomposed($subslice(new sliceType$4(i.buf), 0, outp)); /* */ $s = 26; case 26: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		_r$4 = doNormDecomposed(i); /* */ $s = 27; case 27: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		next = _r$4;
		$24r$1 = next;
		$s = 28; case 28: return $24r$1;
		/* */ } return; } var $f = {$blk: nextDecomposed, $c: true, $r, $24r, $24r$1, _1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, d, i, inCopyStart, next, outCopyStart, outp, p, p$1, p$2, prevCC, prevCC$1, r, sz, v, x, x$1, $s};return $f;
	};
	doNormDecomposed = function(i) {
		var {_r, i, s, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			$r = i.rb.insertUnsafe($clone(i.rb.src, input), i.p, $clone(i.info, Properties)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i.p = i.p + (((i.info.size >> 0))) >> 0;
			if (i.p >= i.rb.nsrc) {
				i.setDone();
				/* break; */ $s = 2; continue;
			}
			_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			Properties.copy(i.info, _r);
			if (i.info.ccc === 0) {
				/* break; */ $s = 2; continue;
			}
			s = (x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).next($clone(i.info, Properties));
			if (s === 2) {
				i.next = nextCGJDecompose;
				/* break; */ $s = 2; continue;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return $subslice(new sliceType$4(i.buf), 0, i.rb.flushCopy(new sliceType$4(i.buf)));
		/* */ } return; } var $f = {$blk: doNormDecomposed, $c: true, $r, _r, i, s, x, $s};return $f;
	};
	nextCGJDecompose = function(i) {
		var {_r, buf, i, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i.rb.ss = 0;
		i.rb.insertCGJ();
		i.next = nextDecomposed;
		(x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).first($clone(i.info, Properties));
		_r = doNormDecomposed(i); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		buf = _r;
		$s = -1; return buf;
		/* */ } return; } var $f = {$blk: nextCGJDecompose, $c: true, $r, _r, buf, i, x, $s};return $f;
	};
	nextComposed = function(i) {
		var {$24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, d, i, info, outp, p, prevCC, startp, sz, v, x, x$1, x$2, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = 0;
		_tmp$1 = i.p;
		outp = _tmp;
		startp = _tmp$1;
		prevCC = 0;
		/* while (true) { */ case 1:
			/* */ if (!$clone(i.info, Properties).isYesC()) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!$clone(i.info, Properties).isYesC()) { */ case 3:
				/* goto doNorm */ $s = 5; continue;
			/* } */ case 4:
			prevCC = i.info.tccc;
			sz = ((i.info.size >> 0));
			if (sz === 0) {
				sz = 1;
			}
			p = outp + sz >> 0;
			if (p > 128) {
				/* break; */ $s = 2; continue;
			}
			outp = p;
			i.p = i.p + (sz) >> 0;
			if (i.p >= i.rb.nsrc) {
				i.setDone();
				/* break; */ $s = 2; continue;
			} else if (i.rb.src._byte(i.p) < 128) {
				i.rb.ss = 0;
				i.next = i.asciiF;
				/* break; */ $s = 2; continue;
			}
			_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			Properties.copy(i.info, _r);
			v = (x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).next($clone(i.info, Properties));
			if (v === 1) {
				/* break; */ $s = 2; continue;
			} else if (v === 2) {
				i.next = nextCGJCompose;
				/* break; */ $s = 2; continue;
			}
			/* */ if (i.info.ccc < prevCC) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (i.info.ccc < prevCC) { */ case 7:
				/* goto doNorm */ $s = 5; continue;
			/* } */ case 8:
		$s = 1; continue;
		case 2:
		$s = -1; return i.returnSlice(startp, i.p);
		/* doNorm: */ case 5:
		i.p = startp;
		_r$1 = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		Properties.copy(i.info, _r$1);
		(x$1 = i.rb, (x$1.$ptr_ss || (x$1.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x$1)))).first($clone(i.info, Properties));
		/* */ if ($clone(i.info, Properties).multiSegment()) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if ($clone(i.info, Properties).multiSegment()) { */ case 10:
			d = $clone(i.info, Properties).Decomposition();
			_r$2 = i.rb.f.info(new input.ptr("", d), 0); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			info = $clone(_r$2, Properties);
			$r = i.rb.insertUnsafe(new input.ptr("", d), 0, $clone(info, Properties)); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			i.multiSeg = $subslice(d, ((info.size >> 0)));
			i.next = nextMultiNorm;
			_r$3 = nextMultiNorm(i); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = _r$3;
			$s = 15; case 15: return $24r;
		/* } */ case 11:
		(x$2 = i.rb, (x$2.$ptr_ss || (x$2.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x$2)))).first($clone(i.info, Properties));
		$r = i.rb.insertUnsafe($clone(i.rb.src, input), i.p, $clone(i.info, Properties)); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$4 = doNormComposed(i); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r$1 = _r$4;
		$s = 18; case 18: return $24r$1;
		/* */ } return; } var $f = {$blk: nextComposed, $c: true, $r, $24r, $24r$1, _r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, d, i, info, outp, p, prevCC, startp, sz, v, x, x$1, x$2, $s};return $f;
	};
	doNormComposed = function(i) {
		var {_r, i, s, seg, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* while (true) { */ case 1:
			i.p = i.p + (((i.info.size >> 0))) >> 0;
			if (i.p >= i.rb.nsrc) {
				i.setDone();
				/* break; */ $s = 2; continue;
			}
			_r = i.rb.f.info($clone(i.rb.src, input), i.p); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			Properties.copy(i.info, _r);
			s = (x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).next($clone(i.info, Properties));
			if (s === 1) {
				/* break; */ $s = 2; continue;
			} else if (s === 2) {
				i.next = nextCGJCompose;
				/* break; */ $s = 2; continue;
			}
			$r = i.rb.insertUnsafe($clone(i.rb.src, input), i.p, $clone(i.info, Properties)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 1; continue;
		case 2:
		$r = i.rb.compose(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		seg = $subslice(new sliceType$4(i.buf), 0, i.rb.flushCopy(new sliceType$4(i.buf)));
		$s = -1; return seg;
		/* */ } return; } var $f = {$blk: doNormComposed, $c: true, $r, _r, i, s, seg, x, $s};return $f;
	};
	nextCGJCompose = function(i) {
		var {$24r, _r, i, x, $s, $r, $c} = $restore(this, {i});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i.rb.ss = 0;
		i.rb.insertCGJ();
		i.next = nextComposed;
		(x = i.rb, (x.$ptr_ss || (x.$ptr_ss = new ptrType$1(function() { return this.$target.ss; }, function($v) { this.$target.ss = $v; }, x)))).first($clone(i.info, Properties));
		$r = i.rb.insertUnsafe($clone(i.rb.src, input), i.p, $clone(i.info, Properties)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r = doNormComposed(i); /* */ $s = 2; case 2: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: nextCGJCompose, $c: true, $r, $24r, _r, i, x, $s};return $f;
	};
	inputBytes = function(str) {
		var str;
		return new input.ptr("", str);
	};
	inputString = function(str) {
		var str;
		return new input.ptr(str, sliceType$4.nil);
	};
	input.ptr.prototype.setBytes = function(str) {
		var in$1, str;
		in$1 = this;
		in$1.str = "";
		in$1.bytes = str;
	};
	input.prototype.setBytes = function(str) { return this.$val.setBytes(str); };
	input.ptr.prototype.setString = function(str) {
		var in$1, str;
		in$1 = this;
		in$1.str = str;
		in$1.bytes = sliceType$4.nil;
	};
	input.prototype.setString = function(str) { return this.$val.setString(str); };
	input.ptr.prototype._byte = function(p) {
		var in$1, p, x;
		in$1 = this;
		if (in$1.bytes === sliceType$4.nil) {
			return in$1.str.charCodeAt(p);
		}
		return (x = in$1.bytes, ((p < 0 || p >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + p]));
	};
	input.prototype._byte = function(p) { return this.$val._byte(p); };
	input.ptr.prototype.skipASCII = function(p, max) {
		var in$1, max, p, x;
		in$1 = this;
		if (in$1.bytes === sliceType$4.nil) {
			while (true) {
				if (!(p < max && in$1.str.charCodeAt(p) < 128)) { break; }
				p = p + (1) >> 0;
			}
		} else {
			while (true) {
				if (!(p < max && (x = in$1.bytes, ((p < 0 || p >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + p])) < 128)) { break; }
				p = p + (1) >> 0;
			}
		}
		return p;
	};
	input.prototype.skipASCII = function(p, max) { return this.$val.skipASCII(p, max); };
	input.ptr.prototype.skipContinuationBytes = function(p) {
		var in$1, p, x;
		in$1 = this;
		if (in$1.bytes === sliceType$4.nil) {
			while (true) {
				if (!(p < in$1.str.length && !utf8.RuneStart(in$1.str.charCodeAt(p)))) { break; }
				p = p + (1) >> 0;
			}
		} else {
			while (true) {
				if (!(p < in$1.bytes.$length && !utf8.RuneStart((x = in$1.bytes, ((p < 0 || p >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + p]))))) { break; }
				p = p + (1) >> 0;
			}
		}
		return p;
	};
	input.prototype.skipContinuationBytes = function(p) { return this.$val.skipContinuationBytes(p); };
	input.ptr.prototype.appendSlice = function(buf, b, e) {
		var b, buf, e, i, in$1;
		in$1 = this;
		if (!(in$1.bytes === sliceType$4.nil)) {
			return $appendSlice(buf, $subslice(in$1.bytes, b, e));
		}
		i = b;
		while (true) {
			if (!(i < e)) { break; }
			buf = $append(buf, in$1.str.charCodeAt(i));
			i = i + (1) >> 0;
		}
		return buf;
	};
	input.prototype.appendSlice = function(buf, b, e) { return this.$val.appendSlice(buf, b, e); };
	input.ptr.prototype.copySlice = function(buf, b, e) {
		var b, buf, e, in$1;
		in$1 = this;
		if (in$1.bytes === sliceType$4.nil) {
			return $copyString(buf, $substring(in$1.str, b, e));
		}
		return $copySlice(buf, $subslice(in$1.bytes, b, e));
	};
	input.prototype.copySlice = function(buf, b, e) { return this.$val.copySlice(buf, b, e); };
	input.ptr.prototype.charinfoNFC = function(p) {
		var in$1, p;
		in$1 = this;
		if (in$1.bytes === sliceType$4.nil) {
			return nfcData.lookupString($substring(in$1.str, p));
		}
		return nfcData.lookup($subslice(in$1.bytes, p));
	};
	input.prototype.charinfoNFC = function(p) { return this.$val.charinfoNFC(p); };
	input.ptr.prototype.charinfoNFKC = function(p) {
		var in$1, p;
		in$1 = this;
		if (in$1.bytes === sliceType$4.nil) {
			return nfkcData.lookupString($substring(in$1.str, p));
		}
		return nfkcData.lookup($subslice(in$1.bytes, p));
	};
	input.prototype.charinfoNFKC = function(p) { return this.$val.charinfoNFKC(p); };
	input.ptr.prototype.hangul = function(p) {
		var _tuple, _tuple$1, in$1, p, r, size;
		r = 0;
		in$1 = this;
		size = 0;
		if (in$1.bytes === sliceType$4.nil) {
			if (!isHangulString($substring(in$1.str, p))) {
				r = 0;
				return r;
			}
			_tuple = utf8.DecodeRuneInString($substring(in$1.str, p));
			r = _tuple[0];
			size = _tuple[1];
		} else {
			if (!isHangul($subslice(in$1.bytes, p))) {
				r = 0;
				return r;
			}
			_tuple$1 = utf8.DecodeRune($subslice(in$1.bytes, p));
			r = _tuple$1[0];
			size = _tuple$1[1];
		}
		if (!((size === 3))) {
			r = 0;
			return r;
		}
		r = r;
		return r;
	};
	input.prototype.hangul = function(p) { return this.$val.hangul(p); };
	Properties.ptr.prototype.BoundaryBefore = function() {
		var p;
		p = this;
		if ((p.ccc === 0) && !$clone(p, Properties).combinesBackward()) {
			return true;
		}
		return false;
	};
	Properties.prototype.BoundaryBefore = function() { return this.$val.BoundaryBefore(); };
	Properties.ptr.prototype.BoundaryAfter = function() {
		var p;
		p = this;
		return $clone(p, Properties).isInert();
	};
	Properties.prototype.BoundaryAfter = function() { return this.$val.BoundaryAfter(); };
	Properties.ptr.prototype.isYesC = function() {
		var p;
		p = this;
		return ((p.flags & 16) >>> 0) === 0;
	};
	Properties.prototype.isYesC = function() { return this.$val.isYesC(); };
	Properties.ptr.prototype.isYesD = function() {
		var p;
		p = this;
		return ((p.flags & 4) >>> 0) === 0;
	};
	Properties.prototype.isYesD = function() { return this.$val.isYesD(); };
	Properties.ptr.prototype.combinesBackward = function() {
		var p;
		p = this;
		return !((((p.flags & 8) >>> 0) === 0));
	};
	Properties.prototype.combinesBackward = function() { return this.$val.combinesBackward(); };
	Properties.ptr.prototype.hasDecomposition = function() {
		var p;
		p = this;
		return !((((p.flags & 4) >>> 0) === 0));
	};
	Properties.prototype.hasDecomposition = function() { return this.$val.hasDecomposition(); };
	Properties.ptr.prototype.isInert = function() {
		var p;
		p = this;
		return (((p.flags & 63) >>> 0) === 0) && (p.ccc === 0);
	};
	Properties.prototype.isInert = function() { return this.$val.isInert(); };
	Properties.ptr.prototype.multiSegment = function() {
		var p;
		p = this;
		return p.index >= 6256 && p.index < 12151;
	};
	Properties.prototype.multiSegment = function() { return this.$val.multiSegment(); };
	Properties.ptr.prototype.nLeadingNonStarters = function() {
		var p;
		p = this;
		return p.nLead;
	};
	Properties.prototype.nLeadingNonStarters = function() { return this.$val.nLeadingNonStarters(); };
	Properties.ptr.prototype.nTrailingNonStarters = function() {
		var p;
		p = this;
		return ((((p.flags & 3) >>> 0) << 24 >>> 24));
	};
	Properties.prototype.nTrailingNonStarters = function() { return this.$val.nTrailingNonStarters(); };
	Properties.ptr.prototype.Decomposition = function() {
		var i, n, p;
		p = this;
		if (p.index === 0) {
			return sliceType$4.nil;
		}
		i = p.index;
		n = (((i < 0 || i >= decomps.length) ? ($throwRuntimeError("index out of range"), undefined) : decomps[i]) & 63) >>> 0;
		i = i + (1) << 16 >>> 16;
		return $subslice(new sliceType$4(decomps), i, (i + ((n << 16 >>> 16)) << 16 >>> 16));
	};
	Properties.prototype.Decomposition = function() { return this.$val.Decomposition(); };
	Properties.ptr.prototype.Size = function() {
		var p;
		p = this;
		return ((p.size >> 0));
	};
	Properties.prototype.Size = function() { return this.$val.Size(); };
	Properties.ptr.prototype.CCC = function() {
		var p, x;
		p = this;
		if (p.index >= 19087) {
			return 0;
		}
		return (x = p.ccc, ((x < 0 || x >= ccc.length) ? ($throwRuntimeError("index out of range"), undefined) : ccc[x]));
	};
	Properties.prototype.CCC = function() { return this.$val.CCC(); };
	Properties.ptr.prototype.LeadCCC = function() {
		var p, x;
		p = this;
		return (x = p.ccc, ((x < 0 || x >= ccc.length) ? ($throwRuntimeError("index out of range"), undefined) : ccc[x]));
	};
	Properties.prototype.LeadCCC = function() { return this.$val.LeadCCC(); };
	Properties.ptr.prototype.TrailCCC = function() {
		var p, x;
		p = this;
		return (x = p.tccc, ((x < 0 || x >= ccc.length) ? ($throwRuntimeError("index out of range"), undefined) : ccc[x]));
	};
	Properties.prototype.TrailCCC = function() { return this.$val.TrailCCC(); };
	buildRecompMap = function() {
		var _key, buf, i, key, val;
		recompMap = {};
		buf = arrayType$3.zero();
		i = 0;
		while (true) {
			if (!(i < 7528)) { break; }
			$copyString(new sliceType$4(buf), 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i, (i + 8 >> 0)));
			key = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(new sliceType$4(buf), 0, 4));
			val = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(new sliceType$4(buf), 4));
			_key = key; (recompMap || $throwRuntimeError("assignment to entry in nil map"))[$Uint32.keyFor(_key)] = { k: _key, v: ((val >> 0)) };
			i = i + (8) >> 0;
		}
	};
	combine = function(a, b) {
		var _entry, a, b, key;
		key = (((((a << 16 >>> 16)) >>> 0)) << 16 >>> 0) + ((((b << 16 >>> 16)) >>> 0)) >>> 0;
		if (recompMap === false) {
			$panic(new $String("caller error"));
		}
		return (_entry = recompMap[$Uint32.keyFor(key)], _entry !== undefined ? _entry.v : 0);
	};
	lookupInfoNFC = function(b, i) {
		var _tuple, b, i, sz, v;
		_tuple = b.charinfoNFC(i);
		v = _tuple[0];
		sz = _tuple[1];
		return compInfo(v, sz);
	};
	lookupInfoNFKC = function(b, i) {
		var _tuple, b, i, sz, v;
		_tuple = b.charinfoNFKC(i);
		v = _tuple[0];
		sz = _tuple[1];
		return compInfo(v, sz);
	};
	Form.prototype.Properties = function(s) {
		var _tuple, _tuple$1, f, s;
		f = this.$val;
		if ((f === 0) || (f === 1)) {
			_tuple = nfcData.lookup(s);
			return compInfo(_tuple[0], _tuple[1]);
		}
		_tuple$1 = nfkcData.lookup(s);
		return compInfo(_tuple$1[0], _tuple$1[1]);
	};
	$ptrType(Form).prototype.Properties = function(s) { return new Form(this.$get()).Properties(s); };
	Form.prototype.PropertiesString = function(s) {
		var _tuple, _tuple$1, f, s;
		f = this.$val;
		if ((f === 0) || (f === 1)) {
			_tuple = nfcData.lookupString(s);
			return compInfo(_tuple[0], _tuple[1]);
		}
		_tuple$1 = nfkcData.lookupString(s);
		return compInfo(_tuple$1[0], _tuple$1[1]);
	};
	$ptrType(Form).prototype.PropertiesString = function(s) { return new Form(this.$get()).PropertiesString(s); };
	compInfo = function(v, sz) {
		var c, f, h, p, p$1, sz, v, x;
		if (v === 0) {
			return new Properties.ptr(0, ((sz << 24 >>> 24)), 0, 0, 0, 0, 0);
		} else if (v >= 32768) {
			p = new Properties.ptr(0, ((sz << 24 >>> 24)), ((v << 24 >>> 24)), ((v << 24 >>> 24)), 0, (((v >>> 8 << 16 >>> 16) << 24 >>> 24)), 0);
			if (p.ccc > 0 || $clone(p, Properties).combinesBackward()) {
				p.nLead = ((((p.flags & 3) >>> 0) << 24 >>> 24));
			}
			return p;
		}
		h = ((v < 0 || v >= decomps.length) ? ($throwRuntimeError("index out of range"), undefined) : decomps[v]);
		f = (((((((h & 192) >>> 0) << 24 >>> 24)) >>> 2 << 24 >>> 24)) | 4) >>> 0;
		p$1 = new Properties.ptr(0, ((sz << 24 >>> 24)), 0, 0, 0, f, v);
		if (v >= 11435) {
			v = v + ((((((h & 63) >>> 0) << 16 >>> 16)) + 1 << 16 >>> 16)) << 16 >>> 16;
			c = ((v < 0 || v >= decomps.length) ? ($throwRuntimeError("index out of range"), undefined) : decomps[v]);
			p$1.tccc = c >>> 2 << 24 >>> 24;
			p$1.flags = (p$1.flags | (((((c & 3) >>> 0) << 24 >>> 24)))) >>> 0;
			if (v >= 18885) {
				p$1.nLead = (c & 3) >>> 0;
				if (v >= 19126) {
					p$1.flags = (p$1.flags & (3)) >>> 0;
					p$1.index = 0;
					return p$1;
				}
				p$1.ccc = (x = v + 1 << 16 >>> 16, ((x < 0 || x >= decomps.length) ? ($throwRuntimeError("index out of range"), undefined) : decomps[x]));
			}
		}
		return p$1;
	};
	$ptrType(streamSafe).prototype.first = function(p) {
		var p, ss;
		ss = this;
		ss.$set((($clone(p, Properties).nTrailingNonStarters() << 24 >>> 24)));
	};
	$ptrType(streamSafe).prototype.next = function(p) {
		var n, p, ss;
		ss = this;
		if (ss.$get() > 30) {
			$panic(new $String("streamSafe was not reset"));
		}
		n = $clone(p, Properties).nLeadingNonStarters();
		ss.$set(ss.$get() + (((n << 24 >>> 24))) << 24 >>> 24);
		if (ss.$get() > 30) {
			ss.$set(0);
			return 2;
		}
		if (n === 0) {
			ss.$set((($clone(p, Properties).nTrailingNonStarters() << 24 >>> 24)));
			return 1;
		}
		return 0;
	};
	$ptrType(streamSafe).prototype.backwards = function(p) {
		var c, p, ss;
		ss = this;
		if (ss.$get() > 30) {
			$panic(new $String("streamSafe was not reset"));
		}
		c = ss.$get() + (($clone(p, Properties).nTrailingNonStarters() << 24 >>> 24)) << 24 >>> 24;
		if (c > 30) {
			return 2;
		}
		ss.$set(c);
		if ($clone(p, Properties).nLeadingNonStarters() === 0) {
			return 1;
		}
		return 0;
	};
	streamSafe.prototype.isMax = function() {
		var ss;
		ss = this.$val;
		return ss === 30;
	};
	$ptrType(streamSafe).prototype.isMax = function() { return new streamSafe(this.$get()).isMax(); };
	reorderBuffer.ptr.prototype.init = function(f, src) {
		var f, rb, src;
		rb = this;
		formInfo.copy(rb.f, ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]));
		rb.src.setBytes(src);
		rb.nsrc = src.$length;
		rb.ss = 0;
	};
	reorderBuffer.prototype.init = function(f, src) { return this.$val.init(f, src); };
	reorderBuffer.ptr.prototype.initString = function(f, src) {
		var f, rb, src;
		rb = this;
		formInfo.copy(rb.f, ((f < 0 || f >= formTable.$length) ? ($throwRuntimeError("index out of range"), undefined) : formTable.$array[formTable.$offset + f]));
		rb.src.setString(src);
		rb.nsrc = src.length;
		rb.ss = 0;
	};
	reorderBuffer.prototype.initString = function(f, src) { return this.$val.initString(f, src); };
	reorderBuffer.ptr.prototype.setFlusher = function(out, f) {
		var f, out, rb;
		rb = this;
		rb.out = out;
		rb.flushF = f;
	};
	reorderBuffer.prototype.setFlusher = function(out, f) { return this.$val.setFlusher(out, f); };
	reorderBuffer.ptr.prototype.reset = function() {
		var rb;
		rb = this;
		rb.nrune = 0;
		rb.nbyte = 0;
	};
	reorderBuffer.prototype.reset = function() { return this.$val.reset(); };
	reorderBuffer.ptr.prototype.doFlush = function() {
		var {_r, rb, res, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = this;
		/* */ if (rb.f.composing) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (rb.f.composing) { */ case 1:
			$r = rb.compose(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r = rb.flushF(rb); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		res = _r;
		rb.reset();
		$s = -1; return res;
		/* */ } return; } var $f = {$blk: reorderBuffer.ptr.prototype.doFlush, $c: true, $r, _r, rb, res, $s};return $f;
	};
	reorderBuffer.prototype.doFlush = function() { return this.$val.doFlush(); };
	appendFlush = function(rb) {
		var end, i, rb, start, x, x$1;
		i = 0;
		while (true) {
			if (!(i < rb.nrune)) { break; }
			start = (x = rb.rune, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])).pos;
			end = start + (x$1 = rb.rune, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i])).size << 24 >>> 24;
			rb.out = $appendSlice(rb.out, $subslice(new sliceType$4(rb.byte$1), start, end));
			i = i + (1) >> 0;
		}
		return true;
	};
	reorderBuffer.ptr.prototype.flushCopy = function(buf) {
		var buf, i, p, rb, runep, x;
		rb = this;
		p = 0;
		i = 0;
		while (true) {
			if (!(i < rb.nrune)) { break; }
			runep = $clone((x = rb.rune, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])), Properties);
			p = p + ($copySlice($subslice(buf, p), $subslice(new sliceType$4(rb.byte$1), runep.pos, (runep.pos + runep.size << 24 >>> 24)))) >> 0;
			i = i + (1) >> 0;
		}
		rb.reset();
		return p;
	};
	reorderBuffer.prototype.flushCopy = function(buf) { return this.$val.flushCopy(buf); };
	reorderBuffer.ptr.prototype.insertOrdered = function(info) {
		var b, cc, info, n, pos, rb, x, x$1;
		rb = this;
		n = rb.nrune;
		b = new sliceType$6(rb.rune);
		cc = info.ccc;
		if (cc > 0) {
			while (true) {
				if (!(n > 0)) { break; }
				if ((x = n - 1 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x])).ccc <= cc) {
					break;
				}
				Properties.copy(((n < 0 || n >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + n]), (x$1 = n - 1 >> 0, ((x$1 < 0 || x$1 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$1])));
				n = n - (1) >> 0;
			}
		}
		rb.nrune = rb.nrune + (1) >> 0;
		pos = (rb.nbyte);
		rb.nbyte = rb.nbyte + (4) << 24 >>> 24;
		info.pos = pos;
		Properties.copy(((n < 0 || n >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + n]), info);
	};
	reorderBuffer.prototype.insertOrdered = function(info) { return this.$val.insertOrdered(info); };
	reorderBuffer.ptr.prototype.insertFlush = function(src, i, info) {
		var {$24r, _r, i, info, rb, rune, src, $s, $r, $c} = $restore(this, {src, i, info});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = this;
		rune = src.hangul(i);
		if (!((rune === 0))) {
			rb.decomposeHangul(rune);
			$s = -1; return 0;
		}
		/* */ if ($clone(info, Properties).hasDecomposition()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(info, Properties).hasDecomposition()) { */ case 1:
			_r = rb.insertDecomposed($clone(info, Properties).Decomposition()); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = _r;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		rb.insertSingle($clone(src, input), i, $clone(info, Properties));
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: reorderBuffer.ptr.prototype.insertFlush, $c: true, $r, $24r, _r, i, info, rb, rune, src, $s};return $f;
	};
	reorderBuffer.prototype.insertFlush = function(src, i, info) { return this.$val.insertFlush(src, i, info); };
	reorderBuffer.ptr.prototype.insertUnsafe = function(src, i, info) {
		var {_r, i, info, rb, rune, src, $s, $r, $c} = $restore(this, {src, i, info});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = this;
		rune = src.hangul(i);
		if (!((rune === 0))) {
			rb.decomposeHangul(rune);
		}
		/* */ if ($clone(info, Properties).hasDecomposition()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($clone(info, Properties).hasDecomposition()) { */ case 1:
			_r = rb.insertDecomposed($clone(info, Properties).Decomposition()); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			$s = 3; continue;
		/* } else { */ case 2:
			rb.insertSingle($clone(src, input), i, $clone(info, Properties));
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: reorderBuffer.ptr.prototype.insertUnsafe, $c: true, $r, _r, i, info, rb, rune, src, $s};return $f;
	};
	reorderBuffer.prototype.insertUnsafe = function(src, i, info) { return this.$val.insertUnsafe(src, i, info); };
	reorderBuffer.ptr.prototype.insertDecomposed = function(dcomp) {
		var {_r, _r$1, _v, dcomp, i, info, rb, $s, $r, $c} = $restore(this, {dcomp});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = this;
		rb.tmpBytes.setBytes(dcomp);
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < dcomp.$length)) { break; } */ if(!(i < dcomp.$length)) { $s = 2; continue; }
			_r = rb.f.info($clone(rb.tmpBytes, input), i); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			info = $clone(_r, Properties);
			if (!($clone(info, Properties).BoundaryBefore() && rb.nrune > 0)) { _v = false; $s = 6; continue s; }
			_r$1 = rb.doFlush(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_v = !_r$1; case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				$s = -1; return -1;
			/* } */ case 5:
			i = i + ($copySlice($subslice(new sliceType$4(rb.byte$1), rb.nbyte), $subslice(dcomp, i, (i + ((info.size >> 0)) >> 0)))) >> 0;
			rb.insertOrdered($clone(info, Properties));
		$s = 1; continue;
		case 2:
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: reorderBuffer.ptr.prototype.insertDecomposed, $c: true, $r, _r, _r$1, _v, dcomp, i, info, rb, $s};return $f;
	};
	reorderBuffer.prototype.insertDecomposed = function(dcomp) { return this.$val.insertDecomposed(dcomp); };
	reorderBuffer.ptr.prototype.insertSingle = function(src, i, info) {
		var i, info, rb, src;
		rb = this;
		src.copySlice($subslice(new sliceType$4(rb.byte$1), rb.nbyte), i, i + ((info.size >> 0)) >> 0);
		rb.insertOrdered($clone(info, Properties));
	};
	reorderBuffer.prototype.insertSingle = function(src, i, info) { return this.$val.insertSingle(src, i, info); };
	reorderBuffer.ptr.prototype.insertCGJ = function() {
		var rb;
		rb = this;
		rb.insertSingle(new input.ptr("\xCD\x8F", sliceType$4.nil), 0, new Properties.ptr(0, 2, 0, 0, 0, 0, 0));
	};
	reorderBuffer.prototype.insertCGJ = function() { return this.$val.insertCGJ(); };
	reorderBuffer.ptr.prototype.appendRune = function(r) {
		var bn, r, rb, sz, x, x$1;
		rb = this;
		bn = rb.nbyte;
		sz = utf8.EncodeRune($subslice(new sliceType$4(rb.byte$1), bn), (r));
		rb.nbyte = rb.nbyte + (4) << 24 >>> 24;
		Properties.copy((x = rb.rune, x$1 = rb.nrune, ((x$1 < 0 || x$1 >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[x$1])), new Properties.ptr(bn, ((sz << 24 >>> 24)), 0, 0, 0, 0, 0));
		rb.nrune = rb.nrune + (1) >> 0;
	};
	reorderBuffer.prototype.appendRune = function(r) { return this.$val.appendRune(r); };
	reorderBuffer.ptr.prototype.assignRune = function(pos, r) {
		var bn, pos, r, rb, sz, x, x$1;
		rb = this;
		bn = (x = rb.rune, ((pos < 0 || pos >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[pos])).pos;
		sz = utf8.EncodeRune($subslice(new sliceType$4(rb.byte$1), bn), (r));
		Properties.copy((x$1 = rb.rune, ((pos < 0 || pos >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[pos])), new Properties.ptr(bn, ((sz << 24 >>> 24)), 0, 0, 0, 0, 0));
	};
	reorderBuffer.prototype.assignRune = function(pos, r) { return this.$val.assignRune(pos, r); };
	reorderBuffer.ptr.prototype.runeAt = function(n) {
		var _tuple, inf, n, r, rb, x;
		rb = this;
		inf = $clone((x = rb.rune, ((n < 0 || n >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[n])), Properties);
		_tuple = utf8.DecodeRune($subslice(new sliceType$4(rb.byte$1), inf.pos, (inf.pos + inf.size << 24 >>> 24)));
		r = _tuple[0];
		return r;
	};
	reorderBuffer.prototype.runeAt = function(n) { return this.$val.runeAt(n); };
	reorderBuffer.ptr.prototype.bytesAt = function(n) {
		var inf, n, rb, x;
		rb = this;
		inf = $clone((x = rb.rune, ((n < 0 || n >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[n])), Properties);
		return $subslice(new sliceType$4(rb.byte$1), inf.pos, (((inf.pos >> 0)) + ((inf.size >> 0)) >> 0));
	};
	reorderBuffer.prototype.bytesAt = function(n) { return this.$val.bytesAt(n); };
	isHangul = function(b) {
		var b, b0, b1;
		if (b.$length < 3) {
			return false;
		}
		b0 = (0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]);
		if (b0 < 234) {
			return false;
		}
		b1 = (1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]);
		if ((b0 === 234)) {
			return b1 >= 176;
		} else if (b0 < 237) {
			return true;
		} else if (b0 > 237) {
			return false;
		} else if (b1 < 158) {
			return true;
		}
		return (b1 === 158) && (2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) < 164;
	};
	isHangulString = function(b) {
		var b, b0, b1;
		if (b.length < 3) {
			return false;
		}
		b0 = b.charCodeAt(0);
		if (b0 < 234) {
			return false;
		}
		b1 = b.charCodeAt(1);
		if ((b0 === 234)) {
			return b1 >= 176;
		} else if (b0 < 237) {
			return true;
		} else if (b0 > 237) {
			return false;
		} else if (b1 < 158) {
			return true;
		}
		return (b1 === 158) && b.charCodeAt(2) < 164;
	};
	isJamoVT = function(b) {
		var b;
		return ((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 225) && (((((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) & 252) >>> 0)) === 132);
	};
	decomposeHangul = function(buf, r) {
		var _q, _q$1, _r, _r$1, buf, r, x;
		r = r - (44032) >> 0;
		x = (_r = r % 28, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
		r = (_q = r / (28), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		utf8.EncodeRune(buf, 4352 + (_q$1 = r / 21, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0);
		utf8.EncodeRune($subslice(buf, 3), 4449 + (_r$1 = r % 21, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >> 0);
		if (!((x === 0))) {
			utf8.EncodeRune($subslice(buf, 6), 4519 + x >> 0);
			return 9;
		}
		return 6;
	};
	reorderBuffer.ptr.prototype.decomposeHangul = function(r) {
		var _q, _q$1, _r, _r$1, r, rb, x;
		rb = this;
		r = r - (44032) >> 0;
		x = (_r = r % 28, _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
		r = (_q = r / (28), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		rb.appendRune(4352 + (_q$1 = r / 21, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0);
		rb.appendRune(4449 + (_r$1 = r % 21, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) >> 0);
		if (!((x === 0))) {
			rb.appendRune(4519 + x >> 0);
		}
	};
	reorderBuffer.prototype.decomposeHangul = function(r) { return this.$val.decomposeHangul(r); };
	reorderBuffer.ptr.prototype.combineHangul = function(s, i, k) {
		var _r, b, bn, cccB, cccC, i, k, l, rb, s, v, x;
		rb = this;
		b = new sliceType$6(rb.rune);
		bn = rb.nrune;
		while (true) {
			if (!(i < bn)) { break; }
			cccB = (x = k - 1 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x])).ccc;
			cccC = ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]).ccc;
			if (cccB === 0) {
				s = k - 1 >> 0;
			}
			if (!((s === (k - 1 >> 0))) && cccB >= cccC) {
				Properties.copy(((k < 0 || k >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + k]), ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]));
				k = k + (1) >> 0;
			} else {
				l = rb.runeAt(s);
				v = rb.runeAt(i);
				if (4352 <= l && l < 4371 && 4449 <= v && v < 4470) {
					rb.assignRune(s, (44032 + ($imul(((l - 4352 >> 0)), 588)) >> 0) + ($imul(((v - 4449 >> 0)), 28)) >> 0);
				} else if (44032 <= l && l < 55204 && 4519 < v && v < 4547 && (((_r = ((l - 44032 >> 0)) % 28, _r === _r ? _r : $throwRuntimeError("integer divide by zero"))) === 0)) {
					rb.assignRune(s, (l + v >> 0) - 4519 >> 0);
				} else {
					Properties.copy(((k < 0 || k >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + k]), ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]));
					k = k + (1) >> 0;
				}
			}
			i = i + (1) >> 0;
		}
		rb.nrune = k;
	};
	reorderBuffer.prototype.combineHangul = function(s, i, k) { return this.$val.combineHangul(s, i, k); };
	reorderBuffer.ptr.prototype.compose = function() {
		var {_tmp, _tmp$1, b, blocked, bn, cccB, cccC, combined, i, ii, k, rb, s, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rb = this;
		$r = recompMapOnce.Do(buildRecompMap); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		bn = rb.nrune;
		if (bn === 0) {
			$s = -1; return;
		}
		k = 1;
		b = new sliceType$6(rb.rune);
		_tmp = 0;
		_tmp$1 = 1;
		s = _tmp;
		i = _tmp$1;
		while (true) {
			if (!(i < bn)) { break; }
			if (isJamoVT(rb.bytesAt(i))) {
				rb.combineHangul(s, i, k);
				$s = -1; return;
			}
			ii = $clone(((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]), Properties);
			if ($clone(ii, Properties).combinesBackward()) {
				cccB = (x = k - 1 >> 0, ((x < 0 || x >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x])).ccc;
				cccC = ii.ccc;
				blocked = false;
				if (cccB === 0) {
					s = k - 1 >> 0;
				} else {
					blocked = !((s === (k - 1 >> 0))) && cccB >= cccC;
				}
				if (!blocked) {
					combined = combine(rb.runeAt(s), rb.runeAt(i));
					if (!((combined === 0))) {
						rb.assignRune(s, combined);
						i = i + (1) >> 0;
						continue;
					}
				}
			}
			Properties.copy(((k < 0 || k >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + k]), ((i < 0 || i >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + i]));
			k = k + (1) >> 0;
			i = i + (1) >> 0;
		}
		rb.nrune = k;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: reorderBuffer.ptr.prototype.compose, $c: true, $r, _tmp, _tmp$1, b, blocked, bn, cccB, cccC, combined, i, ii, k, rb, s, x, $s};return $f;
	};
	reorderBuffer.prototype.compose = function() { return this.$val.compose(); };
	ptrType$2.methods = [{prop: "lookup", name: "lookup", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Uint32, $Uint8], [$Uint16], false)}];
	ptrType$3.methods = [{prop: "lookup", name: "lookup", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [$Uint16, $Int], false)}, {prop: "lookupUnsafe", name: "lookupUnsafe", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [$Uint16], false)}, {prop: "lookupString", name: "lookupString", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$String], [$Uint16, $Int], false)}, {prop: "lookupStringUnsafe", name: "lookupStringUnsafe", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$String], [$Uint16], false)}, {prop: "lookupValue", name: "lookupValue", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Uint32, $Uint8], [$Uint16], false)}];
	ptrType$4.methods = [{prop: "lookup", name: "lookup", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [$Uint16, $Int], false)}, {prop: "lookupUnsafe", name: "lookupUnsafe", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [$Uint16], false)}, {prop: "lookupString", name: "lookupString", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$String], [$Uint16, $Int], false)}, {prop: "lookupStringUnsafe", name: "lookupStringUnsafe", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$String], [$Uint16], false)}, {prop: "lookupValue", name: "lookupValue", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Uint32, $Uint8], [$Uint16], false)}];
	ptrType$5.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$4], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$6.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$4], [$Int, $error], false)}];
	Form.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "Transform", name: "Transform", pkg: "", typ: $funcType([sliceType$4, sliceType$4, $Bool], [$Int, $Int, $error], false)}, {prop: "transform", name: "transform", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4, sliceType$4, $Bool], [$Int, $Int, $error], false)}, {prop: "Writer", name: "Writer", pkg: "", typ: $funcType([io.Writer], [io.WriteCloser], false)}, {prop: "Reader", name: "Reader", pkg: "", typ: $funcType([io.Reader], [io.Reader], false)}, {prop: "Bytes", name: "Bytes", pkg: "", typ: $funcType([sliceType$4], [sliceType$4], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "IsNormal", name: "IsNormal", pkg: "", typ: $funcType([sliceType$4], [$Bool], false)}, {prop: "IsNormalString", name: "IsNormalString", pkg: "", typ: $funcType([$String], [$Bool], false)}, {prop: "Append", name: "Append", pkg: "", typ: $funcType([sliceType$4, sliceType$4], [sliceType$4], true)}, {prop: "doAppend", name: "doAppend", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4, input, $Int], [sliceType$4], false)}, {prop: "AppendString", name: "AppendString", pkg: "", typ: $funcType([sliceType$4, $String], [sliceType$4], false)}, {prop: "QuickSpan", name: "QuickSpan", pkg: "", typ: $funcType([sliceType$4], [$Int], false)}, {prop: "Span", name: "Span", pkg: "", typ: $funcType([sliceType$4, $Bool], [$Int, $error], false)}, {prop: "SpanString", name: "SpanString", pkg: "", typ: $funcType([$String, $Bool], [$Int, $error], false)}, {prop: "QuickSpanString", name: "QuickSpanString", pkg: "", typ: $funcType([$String], [$Int], false)}, {prop: "FirstBoundary", name: "FirstBoundary", pkg: "", typ: $funcType([sliceType$4], [$Int], false)}, {prop: "firstBoundary", name: "firstBoundary", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([input, $Int], [$Int], false)}, {prop: "FirstBoundaryInString", name: "FirstBoundaryInString", pkg: "", typ: $funcType([$String], [$Int], false)}, {prop: "NextBoundary", name: "NextBoundary", pkg: "", typ: $funcType([sliceType$4, $Bool], [$Int], false)}, {prop: "NextBoundaryInString", name: "NextBoundaryInString", pkg: "", typ: $funcType([$String, $Bool], [$Int], false)}, {prop: "nextBoundary", name: "nextBoundary", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([input, $Int, $Bool], [$Int], false)}, {prop: "LastBoundary", name: "LastBoundary", pkg: "", typ: $funcType([sliceType$4], [$Int], false)}, {prop: "Properties", name: "Properties", pkg: "", typ: $funcType([sliceType$4], [Properties], false)}, {prop: "PropertiesString", name: "PropertiesString", pkg: "", typ: $funcType([$String], [Properties], false)}];
	ptrType$7.methods = [{prop: "Init", name: "Init", pkg: "", typ: $funcType([Form, sliceType$4], [], false)}, {prop: "InitString", name: "InitString", pkg: "", typ: $funcType([Form, $String], [], false)}, {prop: "Seek", name: "Seek", pkg: "", typ: $funcType([$Int64, $Int], [$Int64, $error], false)}, {prop: "returnSlice", name: "returnSlice", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int, $Int], [sliceType$4], false)}, {prop: "Pos", name: "Pos", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "setDone", name: "setDone", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [], false)}, {prop: "Done", name: "Done", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Next", name: "Next", pkg: "", typ: $funcType([], [sliceType$4], false)}];
	ptrType$8.methods = [{prop: "setBytes", name: "setBytes", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [], false)}, {prop: "setString", name: "setString", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$String], [], false)}, {prop: "_byte", name: "_byte", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int], [$Uint8], false)}, {prop: "skipASCII", name: "skipASCII", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int, $Int], [$Int], false)}, {prop: "skipContinuationBytes", name: "skipContinuationBytes", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int], [$Int], false)}, {prop: "appendSlice", name: "appendSlice", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4, $Int, $Int], [sliceType$4], false)}, {prop: "copySlice", name: "copySlice", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4, $Int, $Int], [$Int], false)}, {prop: "charinfoNFC", name: "charinfoNFC", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int], [$Uint16, $Int], false)}, {prop: "charinfoNFKC", name: "charinfoNFKC", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int], [$Uint16, $Int], false)}, {prop: "hangul", name: "hangul", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int], [$Int32], false)}];
	Properties.methods = [{prop: "BoundaryBefore", name: "BoundaryBefore", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "BoundaryAfter", name: "BoundaryAfter", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "isYesC", name: "isYesC", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "isYesD", name: "isYesD", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "combinesForward", name: "combinesForward", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "combinesBackward", name: "combinesBackward", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "hasDecomposition", name: "hasDecomposition", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "isInert", name: "isInert", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "multiSegment", name: "multiSegment", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "nLeadingNonStarters", name: "nLeadingNonStarters", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Uint8], false)}, {prop: "nTrailingNonStarters", name: "nTrailingNonStarters", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Uint8], false)}, {prop: "Decomposition", name: "Decomposition", pkg: "", typ: $funcType([], [sliceType$4], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "CCC", name: "CCC", pkg: "", typ: $funcType([], [$Uint8], false)}, {prop: "LeadCCC", name: "LeadCCC", pkg: "", typ: $funcType([], [$Uint8], false)}, {prop: "TrailCCC", name: "TrailCCC", pkg: "", typ: $funcType([], [$Uint8], false)}];
	ptrType.methods = [{prop: "quickSpan", name: "quickSpan", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([input, $Int, $Int, $Bool], [$Int, $Bool], false)}];
	streamSafe.methods = [{prop: "isMax", name: "isMax", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}];
	ptrType$1.methods = [{prop: "first", name: "first", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([Properties], [], false)}, {prop: "next", name: "next", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([Properties], [ssState], false)}, {prop: "backwards", name: "backwards", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([Properties], [ssState], false)}];
	ptrType$9.methods = [{prop: "init", name: "init", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([Form, sliceType$4], [], false)}, {prop: "initString", name: "initString", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([Form, $String], [], false)}, {prop: "setFlusher", name: "setFlusher", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4, funcType], [], false)}, {prop: "reset", name: "reset", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [], false)}, {prop: "doFlush", name: "doFlush", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [$Bool], false)}, {prop: "flush", name: "flush", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [sliceType$4], false)}, {prop: "flushCopy", name: "flushCopy", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [$Int], false)}, {prop: "insertOrdered", name: "insertOrdered", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([Properties], [], false)}, {prop: "insertFlush", name: "insertFlush", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([input, $Int, Properties], [insertErr], false)}, {prop: "insertUnsafe", name: "insertUnsafe", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([input, $Int, Properties], [], false)}, {prop: "insertDecomposed", name: "insertDecomposed", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([sliceType$4], [insertErr], false)}, {prop: "insertSingle", name: "insertSingle", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([input, $Int, Properties], [], false)}, {prop: "insertCGJ", name: "insertCGJ", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [], false)}, {prop: "appendRune", name: "appendRune", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int32], [], false)}, {prop: "assignRune", name: "assignRune", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int, $Int32], [], false)}, {prop: "runeAt", name: "runeAt", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int], [$Int32], false)}, {prop: "bytesAt", name: "bytesAt", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int], [sliceType$4], false)}, {prop: "decomposeHangul", name: "decomposeHangul", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int32], [], false)}, {prop: "combineHangul", name: "combineHangul", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([$Int, $Int, $Int], [], false)}, {prop: "compose", name: "compose", pkg: "vendor/golang.org/x/text/unicode/norm", typ: $funcType([], [], false)}];
	valueRange.init("vendor/golang.org/x/text/unicode/norm", [{prop: "value", name: "value", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "lo", name: "lo", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "hi", name: "hi", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	sparseBlocks.init("vendor/golang.org/x/text/unicode/norm", [{prop: "values", name: "values", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "offset", name: "offset", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	nfcTrie.init("", []);
	nfkcTrie.init("", []);
	normWriter.init("vendor/golang.org/x/text/unicode/norm", [{prop: "rb", name: "rb", embedded: false, exported: false, typ: reorderBuffer, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType$4, tag: ""}]);
	normReader.init("vendor/golang.org/x/text/unicode/norm", [{prop: "rb", name: "rb", embedded: false, exported: false, typ: reorderBuffer, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "inbuf", name: "inbuf", embedded: false, exported: false, typ: sliceType$4, tag: ""}, {prop: "outbuf", name: "outbuf", embedded: false, exported: false, typ: sliceType$4, tag: ""}, {prop: "bufStart", name: "bufStart", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "lastBoundary", name: "lastBoundary", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	Iter.init("vendor/golang.org/x/text/unicode/norm", [{prop: "rb", name: "rb", embedded: false, exported: false, typ: reorderBuffer, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "info", name: "info", embedded: false, exported: false, typ: Properties, tag: ""}, {prop: "next", name: "next", embedded: false, exported: false, typ: iterFunc, tag: ""}, {prop: "asciiF", name: "asciiF", embedded: false, exported: false, typ: iterFunc, tag: ""}, {prop: "p", name: "p", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "multiSeg", name: "multiSeg", embedded: false, exported: false, typ: sliceType$4, tag: ""}]);
	iterFunc.init([ptrType$7], [sliceType$4], false);
	input.init("vendor/golang.org/x/text/unicode/norm", [{prop: "str", name: "str", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "bytes", name: "bytes", embedded: false, exported: false, typ: sliceType$4, tag: ""}]);
	Properties.init("vendor/golang.org/x/text/unicode/norm", [{prop: "pos", name: "pos", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "ccc", name: "ccc", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "tccc", name: "tccc", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "nLead", name: "nLead", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "flags", name: "flags", embedded: false, exported: false, typ: qcInfo, tag: ""}, {prop: "index", name: "index", embedded: false, exported: false, typ: $Uint16, tag: ""}]);
	lookupFunc.init([input, $Int], [Properties], false);
	formInfo.init("vendor/golang.org/x/text/unicode/norm", [{prop: "form", name: "form", embedded: false, exported: false, typ: Form, tag: ""}, {prop: "composing", name: "composing", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "compatibility", name: "compatibility", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "info", name: "info", embedded: false, exported: false, typ: lookupFunc, tag: ""}, {prop: "nextMain", name: "nextMain", embedded: false, exported: false, typ: iterFunc, tag: ""}]);
	reorderBuffer.init("vendor/golang.org/x/text/unicode/norm", [{prop: "rune", name: "rune", embedded: false, exported: false, typ: arrayType, tag: ""}, {prop: "byte$1", name: "byte", embedded: false, exported: false, typ: arrayType$1, tag: ""}, {prop: "nbyte", name: "nbyte", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "ss", name: "ss", embedded: false, exported: false, typ: streamSafe, tag: ""}, {prop: "nrune", name: "nrune", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "f", name: "f", embedded: false, exported: false, typ: formInfo, tag: ""}, {prop: "src", name: "src", embedded: false, exported: false, typ: input, tag: ""}, {prop: "nsrc", name: "nsrc", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "tmpBytes", name: "tmpBytes", embedded: false, exported: false, typ: input, tag: ""}, {prop: "out", name: "out", embedded: false, exported: false, typ: sliceType$4, tag: ""}, {prop: "flushF", name: "flushF", embedded: false, exported: false, typ: funcType, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = binary.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = transform.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		recompMap = false;
		recompMapOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		nfcData = newNfcTrie(0);
		nfkcData = newNfkcTrie(0);
		errs = new sliceType([$ifaceNil, transform.ErrShortDst, transform.ErrShortSrc]);
		ccc = $toNativeArray($kindUint8, [0, 1, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 84, 91, 103, 107, 118, 122, 129, 130, 132, 202, 214, 216, 218, 220, 222, 224, 226, 228, 230, 232, 233, 234, 240]);
		decomps = $toNativeArray($kindUint8, [0, 65, 32, 65, 33, 65, 34, 65, 35, 65, 36, 65, 37, 65, 38, 65, 39, 65, 40, 65, 41, 65, 42, 65, 43, 65, 44, 65, 45, 65, 46, 65, 47, 65, 48, 65, 49, 65, 50, 65, 51, 65, 52, 65, 53, 65, 54, 65, 55, 65, 56, 65, 57, 65, 58, 65, 59, 65, 60, 65, 61, 65, 62, 65, 63, 65, 64, 65, 65, 65, 66, 65, 67, 65, 68, 65, 69, 65, 70, 65, 71, 65, 72, 65, 73, 65, 74, 65, 75, 65, 76, 65, 77, 65, 78, 65, 79, 65, 80, 65, 81, 65, 82, 65, 83, 65, 84, 65, 85, 65, 86, 65, 87, 65, 88, 65, 89, 65, 90, 65, 91, 65, 92, 65, 93, 65, 94, 65, 95, 65, 96, 65, 97, 65, 98, 65, 99, 65, 100, 65, 101, 65, 102, 65, 103, 65, 104, 65, 105, 65, 106, 65, 107, 65, 108, 65, 109, 65, 110, 65, 111, 65, 112, 65, 113, 65, 114, 65, 115, 65, 116, 65, 117, 65, 118, 65, 119, 65, 120, 65, 121, 65, 122, 65, 123, 65, 124, 65, 125, 65, 126, 66, 194, 162, 66, 194, 163, 66, 194, 165, 66, 194, 166, 66, 194, 172, 66, 194, 183, 66, 195, 134, 66, 195, 176, 66, 196, 166, 66, 196, 167, 66, 196, 177, 66, 197, 139, 66, 197, 147, 66, 198, 142, 66, 198, 144, 66, 198, 171, 66, 200, 162, 66, 200, 183, 66, 201, 144, 66, 201, 145, 66, 201, 146, 66, 201, 148, 66, 201, 149, 66, 201, 153, 66, 201, 155, 66, 201, 156, 66, 201, 159, 66, 201, 161, 66, 201, 163, 66, 201, 165, 66, 201, 166, 66, 201, 168, 66, 201, 169, 66, 201, 170, 66, 201, 171, 66, 201, 173, 66, 201, 175, 66, 201, 176, 66, 201, 177, 66, 201, 178, 66, 201, 179, 66, 201, 180, 66, 201, 181, 66, 201, 184, 66, 201, 185, 66, 201, 187, 66, 202, 129, 66, 202, 130, 66, 202, 131, 66, 202, 137, 66, 202, 138, 66, 202, 139, 66, 202, 140, 66, 202, 141, 66, 202, 144, 66, 202, 145, 66, 202, 146, 66, 202, 149, 66, 202, 157, 66, 202, 159, 66, 202, 185, 66, 206, 145, 66, 206, 146, 66, 206, 147, 66, 206, 148, 66, 206, 149, 66, 206, 150, 66, 206, 151, 66, 206, 152, 66, 206, 153, 66, 206, 154, 66, 206, 155, 66, 206, 156, 66, 206, 157, 66, 206, 158, 66, 206, 159, 66, 206, 160, 66, 206, 161, 66, 206, 163, 66, 206, 164, 66, 206, 165, 66, 206, 166, 66, 206, 167, 66, 206, 168, 66, 206, 169, 66, 206, 177, 66, 206, 178, 66, 206, 179, 66, 206, 180, 66, 206, 181, 66, 206, 182, 66, 206, 183, 66, 206, 184, 66, 206, 185, 66, 206, 186, 66, 206, 187, 66, 206, 188, 66, 206, 189, 66, 206, 190, 66, 206, 191, 66, 207, 128, 66, 207, 129, 66, 207, 130, 66, 207, 131, 66, 207, 132, 66, 207, 133, 66, 207, 134, 66, 207, 135, 66, 207, 136, 66, 207, 137, 66, 207, 156, 66, 207, 157, 66, 208, 189, 66, 209, 138, 66, 209, 140, 66, 215, 144, 66, 215, 145, 66, 215, 146, 66, 215, 147, 66, 215, 148, 66, 215, 155, 66, 215, 156, 66, 215, 157, 66, 215, 162, 66, 215, 168, 66, 215, 170, 66, 216, 161, 66, 216, 167, 66, 216, 168, 66, 216, 169, 66, 216, 170, 66, 216, 171, 66, 216, 172, 66, 216, 173, 66, 216, 174, 66, 216, 175, 66, 216, 176, 66, 216, 177, 66, 216, 178, 66, 216, 179, 66, 216, 180, 66, 216, 181, 66, 216, 182, 66, 216, 183, 66, 216, 184, 66, 216, 185, 66, 216, 186, 66, 217, 129, 66, 217, 130, 66, 217, 131, 66, 217, 132, 66, 217, 133, 66, 217, 134, 66, 217, 135, 66, 217, 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129, 206, 134, 206, 177, 204, 147, 205, 130, 206, 134, 206, 177, 204, 148, 204, 128, 206, 134, 206, 177, 204, 148, 204, 129, 206, 134, 206, 177, 204, 148, 205, 130, 206, 134, 206, 183, 204, 147, 204, 128, 206, 134, 206, 183, 204, 147, 204, 129, 206, 134, 206, 183, 204, 147, 205, 130, 206, 134, 206, 183, 204, 148, 204, 128, 206, 134, 206, 183, 204, 148, 204, 129, 206, 134, 206, 183, 204, 148, 205, 130, 206, 134, 207, 137, 204, 147, 204, 128, 206, 134, 207, 137, 204, 147, 204, 129, 206, 134, 207, 137, 204, 147, 205, 130, 206, 134, 207, 137, 204, 148, 204, 128, 206, 134, 207, 137, 204, 148, 204, 129, 206, 134, 207, 137, 204, 148, 205, 130, 206, 66, 204, 128, 205, 51, 66, 204, 129, 205, 51, 66, 204, 147, 205, 51, 67, 225, 133, 161, 1, 0, 67, 225, 133, 162, 1, 0, 67, 225, 133, 163, 1, 0, 67, 225, 133, 164, 1, 0, 67, 225, 133, 165, 1, 0, 67, 225, 133, 166, 1, 0, 67, 225, 133, 167, 1, 0, 67, 225, 133, 168, 1, 0, 67, 225, 133, 169, 1, 0, 67, 225, 133, 170, 1, 0, 67, 225, 133, 171, 1, 0, 67, 225, 133, 172, 1, 0, 67, 225, 133, 173, 1, 0, 67, 225, 133, 174, 1, 0, 67, 225, 133, 175, 1, 0, 67, 225, 133, 176, 1, 0, 67, 225, 133, 177, 1, 0, 67, 225, 133, 178, 1, 0, 67, 225, 133, 179, 1, 0, 67, 225, 133, 180, 1, 0, 67, 225, 133, 181, 1, 0, 67, 225, 134, 170, 1, 0, 67, 225, 134, 172, 1, 0, 67, 225, 134, 173, 1, 0, 67, 225, 134, 176, 1, 0, 67, 225, 134, 177, 1, 0, 67, 225, 134, 178, 1, 0, 67, 225, 134, 179, 1, 0, 67, 225, 134, 180, 1, 0, 67, 225, 134, 181, 1, 0, 68, 204, 136, 204, 129, 206, 51, 67, 227, 130, 153, 17, 4, 67, 227, 130, 154, 17, 4, 70, 224, 189, 177, 224, 189, 178, 162, 39, 70, 224, 189, 177, 224, 189, 180, 166, 39, 70, 224, 189, 177, 224, 190, 128, 162, 39, 0, 1]);
		nfcValues = $toNativeArray($kindUint16, [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 40960, 40960, 40960, 0, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 0, 0, 0, 0, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12166, 12171, 18079, 12176, 18094, 18099, 40960, 18109, 12281, 12286, 18114, 12306, 12421, 12426, 12431, 18134, 0, 12571, 12606, 12611, 18144, 18149, 18164, 0, 40960, 12746, 12751, 12756, 18214, 12876, 0, 0, 12946, 12951, 18224, 12956, 18239, 18244, 40960, 18254, 13061, 13066, 18259, 13086, 13206, 13211, 13216, 18279, 0, 13356, 13391, 13396, 18289, 18294, 18309, 0, 40960, 13536, 13541, 13546, 18359, 13671, 0, 13696, 12181, 12961, 18084, 18229, 12211, 12991, 12231, 13011, 12236, 13016, 12241, 13021, 12246, 13026, 12256, 13036, 0, 0, 18119, 18264, 12296, 13076, 12301, 13081, 12331, 13111, 12316, 13096, 12356, 13136, 12366, 13146, 12371, 13151, 12381, 13161, 12386, 13166, 0, 0, 12436, 13221, 12441, 13226, 12446, 13231, 12481, 13261, 12451, 0, 0, 0, 12491, 13271, 12511, 13296, 0, 12521, 13306, 12531, 13316, 12526, 13311, 0, 0, 0, 0, 12566, 13351, 12591, 13376, 12581, 13366, 0, 0, 0, 18154, 18299, 12616, 13401, 12626, 13411, 0, 0, 12656, 13441, 12681, 13466, 12666, 13451, 18189, 18334, 12691, 13476, 12706, 13491, 18194, 18339, 12731, 13521, 12716, 13506, 0, 0, 18204, 18349, 18209, 18354, 12761, 13551, 12771, 13561, 12776, 13566, 12806, 13596, 12841, 13631, 12881, 13676, 12901, 12916, 13716, 12926, 13726, 12931, 13731, 40960, 0, 0, 0, 0, 33024, 33024, 33024, 0, 0, 0, 0, 0, 0, 12191, 12971, 12461, 13241, 12631, 13416, 12781, 13571, 14822, 15221, 14815, 15214, 14829, 15228, 14808, 15207, 0, 14535, 14934, 14528, 14927, 13770, 13788, 0, 0, 12376, 13156, 12501, 13286, 18179, 18324, 14759, 15158, 13806, 13812, 13276, 0, 0, 0, 12351, 13131, 0, 0, 12561, 13346, 14542, 14941, 13764, 13782, 13776, 13794, 12196, 12976, 12201, 12981, 12321, 13101, 12326, 13106, 12466, 13246, 12471, 13251, 12636, 13421, 12641, 13426, 12671, 13456, 12676, 13461, 12786, 13576, 12791, 13581, 12701, 13486, 12726, 13516, 0, 0, 12401, 13181, 0, 0, 0, 0, 0, 0, 18089, 18234, 18129, 18274, 14710, 15109, 14675, 15074, 18159, 18304, 14703, 15102, 12891, 13686, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 39219, 39219, 39219, 39219, 39219, 33075, 39219, 39219, 39219, 39219, 39219, 39219, 39219, 33075, 33075, 39219, 33075, 39219, 33075, 39219, 39219, 33076, 33070, 33070, 33070, 33070, 33076, 39212, 33070, 33070, 33070, 33070, 33070, 33066, 33066, 39214, 39214, 39214, 39214, 39210, 39210, 33070, 33070, 33070, 33070, 39214, 39214, 33070, 39214, 39214, 33070, 33070, 33025, 33025, 33025, 33025, 39169, 33070, 33070, 33070, 33070, 33075, 33075, 33075, 18885, 18890, 39219, 18895, 19080, 39223, 33075, 33070, 33070, 33070, 33075, 33075, 33075, 33070, 33070, 0, 33075, 33075, 33075, 33070, 33070, 33070, 33070, 33075, 33076, 33070, 33070, 33075, 33077, 33078, 33078, 33077, 33078, 33078, 33077, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 0, 0, 0, 0, 371, 0, 0, 0, 0, 0, 33024, 0, 0, 0, 55, 0, 0, 0, 0, 0, 33024, 13752, 13824, 206, 13854, 13866, 13884, 0, 13914, 0, 13932, 13962, 15903, 40960, 0, 0, 0, 40960, 0, 40960, 0, 40960, 0, 0, 0, 0, 0, 40960, 0, 40960, 0, 0, 0, 40960, 0, 0, 0, 40960, 13902, 13950, 18453, 13998, 18495, 14016, 16007, 40960, 0, 0, 0, 40960, 0, 40960, 0, 40960, 0, 0, 0, 0, 0, 40960, 14136, 14148, 0, 14130, 0, 0, 40960, 14112, 0, 0, 0, 0, 14196, 14172, 14214, 0, 40960, 0, 0, 40960, 0, 40960, 40960, 40960, 40960, 14184, 40960, 0, 0, 0, 40960, 0, 0, 0, 0, 40960, 0, 0, 0, 40960, 0, 0, 0, 40960, 0, 40960, 0, 0, 40960, 0, 0, 40960, 0, 40960, 40960, 40960, 40960, 14316, 40960, 0, 0, 0, 40960, 0, 0, 14154, 14286, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 14118, 14250, 14124, 14256, 0, 0, 14142, 14274, 40960, 40960, 14400, 14406, 14160, 14292, 14166, 14298, 0, 0, 14178, 14310, 14190, 14322, 14202, 14334, 40960, 40960, 14412, 14418, 14244, 14376, 14208, 14340, 14220, 14352, 14226, 14358, 14232, 14364, 0, 0, 14238, 14370, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33070, 33075, 33075, 33075, 33075, 33070, 33075, 33075, 33075, 33071, 33070, 33075, 33075, 33075, 33075, 33075, 33075, 33070, 33070, 33070, 33070, 33070, 33070, 33075, 33075, 33070, 33075, 33075, 33071, 33074, 33075, 33030, 33031, 33032, 33033, 33034, 33035, 33036, 33037, 33038, 33039, 33039, 33040, 33041, 33042, 0, 33043, 0, 0, 0, 0, 0, 0, 0, 0, 40960, 0, 40960, 33047, 33048, 33049, 33050, 33051, 33052, 33053, 33054, 39219, 39219, 39214, 33070, 33075, 33075, 33075, 33075, 33075, 33070, 33075, 33075, 33070, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33055, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33070, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 0, 33070, 33075, 33075, 33070, 33075, 33075, 33070, 33075, 33075, 33075, 33070, 33070, 33070, 33047, 33048, 33049, 33075, 33075, 33075, 33070, 33075, 33075, 33070, 33070, 33075, 33075, 33075, 33075, 33075, 0, 0, 0, 0, 0, 40960, 11571, 40960, 11579, 40960, 11587, 40960, 11595, 40960, 11603, 0, 0, 40960, 11611, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33027, 39168, 0, 0, 0, 0, 40960, 11619, 40960, 11627, 40960, 40960, 33075, 33075, 33070, 33075, 33075, 33075, 33075, 33075, 33075, 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15242, 14836, 15235, 14857, 15256, 14850, 15249, 14864, 15263, 12871, 13666, 12911, 13711, 12906, 13701, 12886, 13681, 0, 0, 0, 0, 0, 0, 18459, 18465, 18741, 18765, 18749, 18773, 18757, 18781, 18369, 18375, 18597, 18621, 18605, 18629, 18613, 18637, 18477, 18483, 15823, 15839, 15831, 15847, 0, 0, 18381, 18387, 15615, 15631, 15623, 15639, 0, 0, 18501, 18507, 18789, 18813, 18797, 18821, 18805, 18829, 18393, 18399, 18645, 18669, 18653, 18677, 18661, 18685, 18525, 18531, 15919, 15943, 15927, 15951, 15935, 15959, 18405, 18411, 15663, 15687, 15671, 15695, 15679, 15703, 18537, 18543, 15967, 15983, 15975, 15991, 0, 0, 18417, 18423, 15711, 15727, 15719, 15735, 0, 0, 18555, 18561, 16023, 16047, 16031, 16055, 16039, 16063, 0, 18429, 0, 15743, 0, 15751, 0, 15759, 18579, 18585, 18837, 18861, 18845, 18869, 18853, 18877, 18435, 18441, 18693, 18717, 18701, 18725, 18709, 18733, 18447, 17205, 13992, 17211, 18489, 17217, 14010, 17223, 14040, 17229, 14064, 17235, 18567, 17241, 0, 0, 15799, 15807, 16795, 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1482, 1486, 2618, 2626, 2626, 5766, 2654, 2658, 2662, 2670, 5771, 2678, 2682, 2898, 2690, 1490, 2702, 2718, 2730, 2726, 5781, 2738, 5786, 2750, 2746, 2754, 2770, 2774, 1494, 2790, 2798, 2802, 2806, 1498, 5791, 1502, 2834, 2838, 2842, 2850, 6246, 2874, 5801, 5801, 4570, 2890, 2890, 1506, 5836, 6046, 2906, 2914, 1510, 2934, 2950, 2954, 2962, 2978, 1518, 1514, 2982, 5806, 2986, 3006, 3010, 3014, 3010, 3026, 3030, 3046, 3038, 3042, 3050, 3054, 3058, 3070, 3074, 3098, 3106, 3122, 3142, 5821, 3138, 3126, 3150, 3158, 3178, 5826, 3186, 3174, 3166, 1522, 3194, 3202, 3210, 3198, 1526, 3226, 3234, 5831, 3278, 3330, 3294, 1538, 3306, 1534, 1530, 1990, 1994, 3334, 3310, 4526, 1638, 3346, 3350, 3354, 3374, 3366, 5856, 1542, 3394, 3382, 3410, 3418, 5866, 3422, 3402, 3430, 1546, 3434, 3438, 3442, 3454, 5871, 3462, 1550, 3474, 5876, 3478, 1554, 3490, 3502, 3514, 3518, 5881, 5776, 5886, 3550, 5891, 3562, 3570, 3554, 3582, 3598, 3614, 3602, 3606, 3618, 3622, 5896, 3594, 3646, 3650, 1558, 3670, 3666, 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		nfcIndex = $toNativeArray($kindUint8, [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 46, 1, 2, 3, 47, 4, 5, 0, 48, 49, 6, 7, 8, 50, 9, 51, 52, 10, 0, 0, 11, 53, 54, 12, 0, 55, 56, 57, 0, 58, 2, 3, 4, 5, 0, 0, 0, 0, 0, 0, 6, 7, 8, 9, 0, 10, 19, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 59, 60, 0, 13, 61, 62, 63, 64, 65, 66, 67, 68, 63, 69, 70, 71, 0, 72, 73, 74, 75, 76, 0, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 0, 87, 0, 88, 89, 90, 91, 0, 0, 0, 0, 0, 92, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 93, 0, 0, 94, 0, 0, 95, 0, 96, 0, 0, 0, 97, 98, 99, 100, 14, 101, 102, 103, 104, 0, 0, 105, 0, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 106, 0, 0, 107, 108, 0, 109, 110, 111, 24, 25, 112, 113, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 114, 0, 0, 0, 0, 0, 0, 0, 115, 0, 116, 0, 117, 0, 0, 0, 0, 0, 0, 0, 0, 118, 26, 27, 28, 119, 120, 0, 0, 0, 121, 0, 0, 122, 123, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 124, 125, 126, 0, 0, 0, 0, 127, 0, 0, 128, 129, 130, 131, 132, 0, 0, 133, 134, 0, 0, 0, 135, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 142, 136, 137, 138, 139, 140, 141, 143, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 29, 30, 31, 32, 33, 34, 35, 36, 144, 145, 146, 0, 0, 147, 148, 149, 150, 0, 0, 0, 151, 152, 153, 154, 0, 0, 155, 156, 0, 0, 0, 0, 0, 0, 0, 157, 0, 0, 0, 158, 0, 159, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 160, 0, 0, 161, 0, 0, 0, 0, 0, 0, 0, 0, 162, 0, 0, 0, 0, 0, 163, 0, 0, 164, 0, 0, 0, 165, 166, 0, 167, 131, 0, 168, 169, 0, 0, 170, 171, 172, 0, 0, 0, 173, 174, 175, 0, 0, 176, 177, 116, 0, 178, 0, 179, 0, 0, 0, 180, 0, 0, 0, 181, 182, 0, 183, 184, 185, 186, 0, 0, 0, 0, 0, 116, 0, 0, 0, 0, 187, 188, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 189, 190, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 191, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 192, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 193, 194, 195, 0, 196, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 197, 0, 0, 0, 190, 0, 0, 0, 0, 0, 0, 198, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 199, 0, 200, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 201, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 37, 38, 39, 40, 41, 42, 43, 44, 45, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 11, 12, 0, 0, 0, 0, 13, 0, 0, 0, 0, 14, 0, 15, 16, 17, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 18, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		nfcSparseOffset = new sliceType$1([0, 5, 9, 11, 13, 24, 40, 42, 47, 58, 73, 86, 94, 99, 104, 106, 114, 121, 124, 132, 136, 140, 142, 144, 153, 157, 164, 169, 172, 182, 185, 192, 200, 203, 205, 208, 210, 215, 232, 244, 246, 252, 254, 256, 258, 260, 262, 264, 267, 270, 272, 275, 278, 282, 288, 290, 299, 301, 304, 306, 317, 321, 335, 338, 344, 350, 361, 365, 367, 369, 371, 373, 375, 381, 385, 387, 389, 397, 401, 404, 406, 408, 411, 414, 416, 418, 420, 422, 428, 431, 433, 440, 446, 452, 460, 466, 472, 478, 482, 496, 505, 508, 511, 513, 516, 518, 522, 527, 529, 531, 536, 542, 544, 546, 548, 554, 557, 559, 561, 567, 570, 578, 585, 588, 591, 593, 596, 604, 608, 615, 618, 624, 626, 629, 631, 634, 639, 641, 643, 645, 647, 649, 652, 654, 656, 658, 660, 662, 675, 685, 687, 689, 695, 697, 699, 702]);
		nfcSparseValues = $toNativeArray($kindStruct, [new valueRange.ptr(0, 4, 0), new valueRange.ptr(41216, 168, 168), new valueRange.ptr(33024, 175, 175), new valueRange.ptr(33024, 180, 180), new valueRange.ptr(33024, 184, 184), new valueRange.ptr(145, 3, 0), new valueRange.ptr(18169, 160, 161), new valueRange.ptr(18219, 175, 176), new valueRange.ptr(40960, 183, 183), new valueRange.ptr(0, 1, 0), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33024, 152, 157), new valueRange.ptr(6, 10, 0), new valueRange.ptr(40960, 129, 129), new valueRange.ptr(40960, 133, 133), new valueRange.ptr(40960, 137, 137), new valueRange.ptr(18519, 138, 138), new valueRange.ptr(18549, 139, 139), new valueRange.ptr(14046, 140, 140), new valueRange.ptr(14070, 141, 141), new valueRange.ptr(18573, 142, 142), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(14100, 147, 148), new valueRange.ptr(0, 15, 0), new valueRange.ptr(40960, 131, 131), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(40960, 139, 139), new valueRange.ptr(40960, 141, 141), new valueRange.ptr(14268, 144, 144), new valueRange.ptr(14280, 145, 145), new valueRange.ptr(14262, 147, 147), new valueRange.ptr(40960, 150, 150), new valueRange.ptr(14382, 151, 151), new valueRange.ptr(14328, 156, 156), new valueRange.ptr(14304, 157, 157), new valueRange.ptr(14346, 158, 158), new valueRange.ptr(40960, 180, 181), new valueRange.ptr(14388, 182, 182), new valueRange.ptr(14394, 183, 183), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 131, 135), new valueRange.ptr(1, 4, 0), new valueRange.ptr(33044, 129, 130), new valueRange.ptr(33075, 132, 132), new valueRange.ptr(33070, 133, 133), new valueRange.ptr(33038, 135, 135), new valueRange.ptr(0, 10, 0), new valueRange.ptr(33075, 144, 151), new valueRange.ptr(33050, 152, 152), new valueRange.ptr(33051, 153, 153), new valueRange.ptr(33052, 154, 154), new valueRange.ptr(14424, 162, 162), new valueRange.ptr(14430, 163, 163), new valueRange.ptr(14442, 164, 164), new valueRange.ptr(14436, 165, 165), new valueRange.ptr(14448, 166, 166), new valueRange.ptr(40960, 167, 167), new valueRange.ptr(0, 14, 0), new valueRange.ptr(14466, 128, 128), new valueRange.ptr(40960, 129, 129), new valueRange.ptr(14454, 130, 130), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(14460, 147, 147), new valueRange.ptr(40960, 149, 149), new valueRange.ptr(33075, 150, 156), new valueRange.ptr(33075, 159, 162), new valueRange.ptr(33070, 163, 163), new valueRange.ptr(33075, 164, 164), new valueRange.ptr(33075, 167, 168), new valueRange.ptr(33070, 170, 170), new valueRange.ptr(33075, 171, 172), new valueRange.ptr(33070, 173, 173), new valueRange.ptr(0, 12, 0), new valueRange.ptr(33056, 145, 145), new valueRange.ptr(33075, 176, 176), new valueRange.ptr(33070, 177, 177), new valueRange.ptr(33075, 178, 179), new valueRange.ptr(33070, 180, 180), new valueRange.ptr(33075, 181, 182), new valueRange.ptr(33070, 183, 185), new valueRange.ptr(33075, 186, 186), new valueRange.ptr(33070, 187, 188), new valueRange.ptr(33075, 189, 189), new valueRange.ptr(33070, 190, 190), new valueRange.ptr(33075, 191, 191), new valueRange.ptr(5, 7, 0), new valueRange.ptr(33075, 128, 128), new valueRange.ptr(33075, 129, 129), new valueRange.ptr(33070, 130, 131), new valueRange.ptr(33070, 132, 133), new valueRange.ptr(33070, 134, 135), new valueRange.ptr(33070, 136, 137), new valueRange.ptr(33075, 138, 138), new valueRange.ptr(0, 4, 0), new valueRange.ptr(33075, 171, 177), new valueRange.ptr(33070, 178, 178), new valueRange.ptr(33075, 179, 179), new valueRange.ptr(33070, 189, 189), new valueRange.ptr(0, 4, 0), new valueRange.ptr(33075, 150, 153), new valueRange.ptr(33075, 155, 163), new valueRange.ptr(33075, 165, 167), new valueRange.ptr(33075, 169, 173), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 153, 155), new valueRange.ptr(0, 7, 0), new valueRange.ptr(40960, 168, 168), new valueRange.ptr(16111, 169, 169), new valueRange.ptr(40960, 176, 176), new valueRange.ptr(16119, 177, 177), new valueRange.ptr(40960, 179, 179), new valueRange.ptr(16127, 180, 180), new valueRange.ptr(39171, 188, 188), new valueRange.ptr(8, 6, 0), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(33075, 145, 145), new valueRange.ptr(33070, 146, 146), new valueRange.ptr(33075, 147, 147), new valueRange.ptr(33075, 148, 148), new valueRange.ptr(17715, 152, 159), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(8, 7, 0), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(11435, 139, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(17779, 156, 157), new valueRange.ptr(17795, 159, 159), new valueRange.ptr(33075, 190, 190), new valueRange.ptr(0, 3, 0), new valueRange.ptr(17835, 179, 179), new valueRange.ptr(17843, 182, 182), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(8, 3, 0), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(17803, 153, 155), new valueRange.ptr(17827, 158, 158), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(0, 8, 0), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(11459, 136, 136), new valueRange.ptr(11451, 139, 139), new valueRange.ptr(11467, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 150, 151), new valueRange.ptr(17851, 156, 156), new valueRange.ptr(17859, 157, 157), new valueRange.ptr(0, 3, 0), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(11475, 148, 148), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(0, 6, 0), new valueRange.ptr(40960, 134, 135), new valueRange.ptr(11483, 138, 138), new valueRange.ptr(11499, 139, 139), new valueRange.ptr(11491, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(6145, 4, 0), new valueRange.ptr(40960, 134, 134), new valueRange.ptr(16135, 136, 136), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(33057, 149, 150), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(40960, 191, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(11507, 128, 128), new valueRange.ptr(39168, 130, 130), new valueRange.ptr(40960, 134, 134), new valueRange.ptr(11515, 135, 135), new valueRange.ptr(11523, 136, 136), new valueRange.ptr(12135, 138, 138), new valueRange.ptr(11759, 139, 139), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 149, 150), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 187, 188), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(0, 6, 0), new valueRange.ptr(40960, 134, 135), new valueRange.ptr(11531, 138, 138), new valueRange.ptr(11547, 139, 139), new valueRange.ptr(11539, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(27613, 7, 0), new valueRange.ptr(39173, 138, 138), new valueRange.ptr(39168, 143, 143), new valueRange.ptr(40960, 153, 153), new valueRange.ptr(16143, 154, 154), new valueRange.ptr(12143, 156, 156), new valueRange.ptr(11770, 157, 157), new valueRange.ptr(11555, 158, 159), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33059, 184, 185), new valueRange.ptr(33029, 186, 186), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33060, 136, 139), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33061, 184, 185), new valueRange.ptr(33029, 186, 186), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33062, 136, 139), new valueRange.ptr(0, 4, 0), new valueRange.ptr(33070, 152, 153), new valueRange.ptr(33070, 181, 181), new valueRange.ptr(33070, 183, 183), new valueRange.ptr(33068, 185, 185), new valueRange.ptr(0, 16, 0), new valueRange.ptr(9802, 131, 131), new valueRange.ptr(9809, 141, 141), new valueRange.ptr(9816, 146, 146), new valueRange.ptr(9823, 151, 151), new valueRange.ptr(9830, 156, 156), new valueRange.ptr(9795, 169, 169), new valueRange.ptr(33063, 177, 177), new valueRange.ptr(33064, 178, 178), new valueRange.ptr(19099, 179, 179), new valueRange.ptr(33065, 180, 180), new valueRange.ptr(19108, 181, 181), new valueRange.ptr(17867, 182, 182), new valueRange.ptr(33280, 183, 183), new valueRange.ptr(17875, 184, 184), new valueRange.ptr(33280, 185, 185), new valueRange.ptr(33064, 186, 189), new valueRange.ptr(0, 11, 0), new valueRange.ptr(33064, 128, 128), new valueRange.ptr(19117, 129, 129), new valueRange.ptr(33075, 130, 131), new valueRange.ptr(33029, 132, 132), new valueRange.ptr(33075, 134, 135), new valueRange.ptr(9844, 147, 147), new valueRange.ptr(9851, 157, 157), new valueRange.ptr(9858, 162, 162), new valueRange.ptr(9865, 167, 167), new valueRange.ptr(9872, 172, 172), new valueRange.ptr(9837, 185, 185), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 134, 134), new valueRange.ptr(0, 5, 0), new valueRange.ptr(40960, 165, 165), new valueRange.ptr(11563, 166, 166), new valueRange.ptr(39168, 174, 174), new valueRange.ptr(33027, 183, 183), new valueRange.ptr(33029, 185, 186), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 141, 141), new valueRange.ptr(0, 1, 0), new valueRange.ptr(40960, 128, 146), new valueRange.ptr(0, 1, 0), new valueRange.ptr(47360, 161, 181), new valueRange.ptr(0, 1, 0), new valueRange.ptr(39168, 168, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(39168, 128, 130), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 157, 159), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 148, 148), new valueRange.ptr(33029, 180, 180), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 146, 146), new valueRange.ptr(33075, 157, 157), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33074, 169, 169), new valueRange.ptr(4, 2, 0), new valueRange.ptr(33071, 185, 186), new valueRange.ptr(33070, 187, 187), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 151, 151), new valueRange.ptr(33070, 152, 152), new valueRange.ptr(0, 3, 0), new valueRange.ptr(33029, 160, 160), new valueRange.ptr(33075, 181, 188), new valueRange.ptr(33070, 191, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33075, 176, 180), new valueRange.ptr(33070, 181, 186), new valueRange.ptr(33075, 187, 188), new valueRange.ptr(33070, 189, 189), new valueRange.ptr(33070, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 128, 128), new valueRange.ptr(0, 8, 0), new valueRange.ptr(11635, 128, 128), new valueRange.ptr(11643, 129, 129), new valueRange.ptr(40960, 130, 130), new valueRange.ptr(11651, 131, 131), new valueRange.ptr(33029, 132, 132), new valueRange.ptr(33075, 171, 171), new valueRange.ptr(33070, 172, 172), new valueRange.ptr(33075, 173, 179), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 170, 171), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 166, 166), new valueRange.ptr(33029, 178, 179), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 183, 183), new valueRange.ptr(0, 10, 0), new valueRange.ptr(33075, 144, 146), new valueRange.ptr(33025, 148, 148), new valueRange.ptr(33070, 149, 153), new valueRange.ptr(33075, 154, 155), new valueRange.ptr(33070, 156, 159), new valueRange.ptr(33075, 160, 160), new valueRange.ptr(33025, 162, 168), new valueRange.ptr(33070, 173, 173), new valueRange.ptr(33075, 180, 180), new valueRange.ptr(33075, 184, 185), new valueRange.ptr(4, 3, 0), new valueRange.ptr(1078, 128, 129), new valueRange.ptr(33024, 151, 151), new valueRange.ptr(33024, 190, 190), new valueRange.ptr(0, 13, 0), new valueRange.ptr(33075, 144, 145), new valueRange.ptr(33025, 146, 147), new valueRange.ptr(33075, 148, 151), new valueRange.ptr(33025, 152, 154), new valueRange.ptr(33075, 155, 156), new valueRange.ptr(33075, 161, 161), new valueRange.ptr(33025, 165, 166), new valueRange.ptr(33075, 167, 167), new valueRange.ptr(33070, 168, 168), new valueRange.ptr(33075, 169, 169), new valueRange.ptr(33025, 170, 171), new valueRange.ptr(33070, 172, 175), new valueRange.ptr(33075, 176, 176), new valueRange.ptr(17042, 2, 0), new valueRange.ptr(443, 166, 166), new valueRange.ptr(87, 170, 171), new valueRange.ptr(7, 5, 0), new valueRange.ptr(40960, 144, 144), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(40960, 148, 148), new valueRange.ptr(15312, 154, 155), new valueRange.ptr(15326, 174, 174), new valueRange.ptr(14, 5, 0), new valueRange.ptr(15333, 141, 142), new valueRange.ptr(15340, 143, 143), new valueRange.ptr(40960, 144, 144), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(40960, 148, 148), new valueRange.ptr(25585, 10, 0), new valueRange.ptr(40960, 131, 131), new valueRange.ptr(15354, 132, 132), new valueRange.ptr(40960, 136, 136), new valueRange.ptr(15361, 137, 137), new valueRange.ptr(40960, 139, 139), new valueRange.ptr(15368, 140, 140), new valueRange.ptr(40960, 163, 163), new valueRange.ptr(15375, 164, 165), new valueRange.ptr(15382, 166, 166), new valueRange.ptr(40960, 188, 188), new valueRange.ptr(7, 3, 0), new valueRange.ptr(15487, 160, 161), new valueRange.ptr(15529, 162, 163), new valueRange.ptr(15571, 170, 173), new valueRange.ptr(4, 1, 0), new valueRange.ptr(1166, 169, 170), new valueRange.ptr(0, 1, 0), new valueRange.ptr(17652, 156, 156), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 175, 177), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 160, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33069, 170, 170), new valueRange.ptr(33074, 171, 171), new valueRange.ptr(33076, 172, 172), new valueRange.ptr(33071, 173, 173), new valueRange.ptr(33072, 174, 175), new valueRange.ptr(0, 3, 0), new valueRange.ptr(19126, 179, 179), new valueRange.ptr(19126, 181, 182), new valueRange.ptr(19126, 186, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(19126, 143, 163), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33024, 174, 190), new valueRange.ptr(0, 7, 0), new valueRange.ptr(33024, 132, 132), new valueRange.ptr(33024, 135, 135), new valueRange.ptr(33024, 144, 144), new valueRange.ptr(33024, 158, 158), new valueRange.ptr(33024, 161, 161), new valueRange.ptr(33024, 178, 178), new valueRange.ptr(33024, 187, 187), new valueRange.ptr(0, 3, 0), new valueRange.ptr(33024, 128, 128), new valueRange.ptr(33024, 139, 139), new valueRange.ptr(33024, 142, 142), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 175, 175), new valueRange.ptr(33075, 180, 189), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 158, 159), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 176, 177), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 134, 134), new valueRange.ptr(33029, 172, 172), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 132, 132), new valueRange.ptr(33075, 160, 177), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 171, 173), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 147, 147), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 179, 179), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 128, 128), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33075, 176, 176), new valueRange.ptr(33075, 178, 179), new valueRange.ptr(33070, 180, 180), new valueRange.ptr(33075, 183, 184), new valueRange.ptr(33075, 190, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 129, 129), new valueRange.ptr(33029, 182, 182), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 173, 173), new valueRange.ptr(0, 6, 0), new valueRange.ptr(58624, 128, 128), new valueRange.ptr(50688, 129, 155), new valueRange.ptr(58624, 156, 156), new valueRange.ptr(50688, 157, 183), new valueRange.ptr(58624, 184, 184), new valueRange.ptr(50688, 185, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 147), new valueRange.ptr(58624, 148, 148), new valueRange.ptr(50688, 149, 175), new valueRange.ptr(58624, 176, 176), new valueRange.ptr(50688, 177, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 139), new valueRange.ptr(58624, 140, 140), new valueRange.ptr(50688, 141, 167), new valueRange.ptr(58624, 168, 168), new valueRange.ptr(50688, 169, 191), new valueRange.ptr(0, 7, 0), new valueRange.ptr(50688, 128, 131), new valueRange.ptr(58624, 132, 132), new valueRange.ptr(50688, 133, 159), new valueRange.ptr(58624, 160, 160), new valueRange.ptr(50688, 161, 187), new valueRange.ptr(58624, 188, 188), new valueRange.ptr(50688, 189, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 151), new valueRange.ptr(58624, 152, 152), new valueRange.ptr(50688, 153, 179), new valueRange.ptr(58624, 180, 180), new valueRange.ptr(50688, 181, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 143), new valueRange.ptr(58624, 144, 144), new valueRange.ptr(50688, 145, 171), new valueRange.ptr(58624, 172, 172), new valueRange.ptr(50688, 173, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 135), new valueRange.ptr(58624, 136, 136), new valueRange.ptr(50688, 137, 163), new valueRange.ptr(58624, 164, 164), new valueRange.ptr(50688, 165, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(50688, 128, 135), new valueRange.ptr(58624, 136, 136), new valueRange.ptr(50688, 137, 163), new valueRange.ptr(6, 13, 0), new valueRange.ptr(17319, 157, 157), new valueRange.ptr(33046, 158, 158), new valueRange.ptr(17433, 159, 159), new valueRange.ptr(17415, 170, 171), new valueRange.ptr(17675, 172, 172), new valueRange.ptr(17683, 173, 173), new valueRange.ptr(17247, 174, 177), new valueRange.ptr(17277, 178, 180), new valueRange.ptr(17301, 181, 182), new valueRange.ptr(17313, 184, 184), new valueRange.ptr(17325, 185, 187), new valueRange.ptr(17349, 188, 188), new valueRange.ptr(17355, 190, 190), new valueRange.ptr(6, 8, 0), new valueRange.ptr(17361, 128, 129), new valueRange.ptr(17373, 131, 132), new valueRange.ptr(17391, 134, 137), new valueRange.ptr(17427, 138, 138), new valueRange.ptr(17295, 139, 139), new valueRange.ptr(17271, 140, 140), new valueRange.ptr(17343, 141, 141), new valueRange.ptr(17385, 142, 142), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33024, 164, 165), new valueRange.ptr(33024, 176, 177), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33024, 155, 157), new valueRange.ptr(33280, 158, 163), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33024, 144, 144), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33024, 153, 153), new valueRange.ptr(33280, 178, 180), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33024, 188, 189), new valueRange.ptr(0, 3, 0), new valueRange.ptr(33075, 160, 166), new valueRange.ptr(33070, 167, 173), new valueRange.ptr(33075, 174, 175), new valueRange.ptr(0, 4, 0), new valueRange.ptr(33024, 137, 140), new valueRange.ptr(33024, 176, 178), new valueRange.ptr(33024, 180, 180), new valueRange.ptr(33024, 182, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33024, 129, 140), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33024, 181, 186), new valueRange.ptr(0, 4, 0), new valueRange.ptr(19126, 158, 159), new valueRange.ptr(19126, 163, 163), new valueRange.ptr(19126, 165, 166), new valueRange.ptr(19126, 170, 175), new valueRange.ptr(0, 5, 0), new valueRange.ptr(19126, 130, 135), new valueRange.ptr(19126, 138, 143), new valueRange.ptr(19126, 146, 151), new valueRange.ptr(19126, 154, 156), new valueRange.ptr(33024, 163, 163), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 189, 189), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 160, 160), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 182, 186), new valueRange.ptr(45, 5, 0), new valueRange.ptr(33070, 141, 141), new valueRange.ptr(33075, 143, 143), new valueRange.ptr(33075, 184, 184), new valueRange.ptr(33025, 185, 186), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 165, 165), new valueRange.ptr(33070, 166, 166), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 164, 167), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 171, 172), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33070, 134, 135), new valueRange.ptr(33075, 136, 138), new valueRange.ptr(33070, 139, 139), new valueRange.ptr(33075, 140, 140), new valueRange.ptr(33070, 141, 144), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 134, 134), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(6142, 7, 0), new valueRange.ptr(40960, 153, 153), new valueRange.ptr(16975, 154, 154), new valueRange.ptr(40960, 155, 155), new valueRange.ptr(16985, 156, 156), new valueRange.ptr(40960, 165, 165), new valueRange.ptr(16995, 171, 171), new valueRange.ptr(33029, 185, 186), new valueRange.ptr(0, 6, 0), new valueRange.ptr(33075, 128, 130), new valueRange.ptr(39168, 167, 167), new valueRange.ptr(11659, 174, 174), new valueRange.ptr(11669, 175, 175), new valueRange.ptr(40960, 177, 178), new valueRange.ptr(33029, 179, 180), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 128, 128), new valueRange.ptr(33027, 138, 138), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 181, 181), new valueRange.ptr(33027, 182, 182), new valueRange.ptr(2, 1, 0), new valueRange.ptr(33027, 169, 170), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 187, 188), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(0, 7, 0), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(11679, 139, 139), new valueRange.ptr(11689, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(33075, 166, 172), new valueRange.ptr(33075, 176, 180), new valueRange.ptr(0, 3, 0), new valueRange.ptr(33029, 130, 130), new valueRange.ptr(33027, 134, 134), new valueRange.ptr(33075, 158, 158), new valueRange.ptr(27469, 6, 0), new valueRange.ptr(39168, 176, 176), new valueRange.ptr(40960, 185, 185), new valueRange.ptr(39168, 186, 186), new valueRange.ptr(11709, 187, 187), new valueRange.ptr(11699, 188, 189), new valueRange.ptr(11719, 190, 190), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 130, 130), new valueRange.ptr(33027, 131, 131), new valueRange.ptr(0, 5, 0), new valueRange.ptr(39168, 175, 175), new valueRange.ptr(40960, 184, 185), new valueRange.ptr(11729, 186, 186), new valueRange.ptr(11739, 187, 187), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 128, 128), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 182, 182), new valueRange.ptr(33027, 183, 183), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 171, 171), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 185, 185), new valueRange.ptr(33027, 186, 186), new valueRange.ptr(0, 4, 0), new valueRange.ptr(39168, 176, 176), new valueRange.ptr(40960, 181, 181), new valueRange.ptr(11749, 184, 184), new valueRange.ptr(33029, 189, 190), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 131, 131), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 160, 160), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 180, 180), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 135, 135), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 153, 153), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 130, 130), new valueRange.ptr(33029, 132, 133), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 151, 151), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33025, 176, 180), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 176, 182), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33026, 176, 177), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33025, 158, 158), new valueRange.ptr(0, 12, 0), new valueRange.ptr(17891, 158, 158), new valueRange.ptr(17901, 159, 159), new valueRange.ptr(17953, 160, 160), new valueRange.ptr(17967, 161, 161), new valueRange.ptr(17981, 162, 162), new valueRange.ptr(17995, 163, 163), new valueRange.ptr(18009, 164, 164), new valueRange.ptr(33068, 165, 166), new valueRange.ptr(33025, 167, 169), new valueRange.ptr(33073, 173, 173), new valueRange.ptr(33068, 174, 178), new valueRange.ptr(33070, 187, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(33070, 128, 130), new valueRange.ptr(33075, 133, 137), new valueRange.ptr(33070, 138, 139), new valueRange.ptr(33075, 170, 173), new valueRange.ptr(17911, 187, 187), new valueRange.ptr(17921, 188, 188), new valueRange.ptr(18023, 189, 189), new valueRange.ptr(18051, 190, 190), new valueRange.ptr(18037, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(18065, 128, 128), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 130, 132), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33075, 128, 134), new valueRange.ptr(33075, 136, 152), new valueRange.ptr(33075, 155, 161), new valueRange.ptr(33075, 163, 164), new valueRange.ptr(33075, 166, 170), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 172, 175), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 144, 150), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 132, 137), new valueRange.ptr(33027, 138, 138), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33024, 147, 147)]);
		nfcSparse = new sparseBlocks.ptr(new sliceType$2(nfcSparseValues), nfcSparseOffset);
		nfkcValues = $toNativeArray($kindUint16, [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 40960, 40960, 40960, 0, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 0, 0, 0, 0, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 40960, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12166, 12171, 18079, 12176, 18094, 18099, 40960, 18109, 12281, 12286, 18114, 12306, 12421, 12426, 12431, 18134, 0, 12571, 12606, 12611, 18144, 18149, 18164, 0, 40960, 12746, 12751, 12756, 18214, 12876, 0, 0, 12946, 12951, 18224, 12956, 18239, 18244, 40960, 18254, 13061, 13066, 18259, 13086, 13206, 13211, 13216, 18279, 0, 13356, 13391, 13396, 18289, 18294, 18309, 0, 40960, 13536, 13541, 13546, 18359, 13671, 0, 13696, 12181, 12961, 18084, 18229, 12211, 12991, 12231, 13011, 12236, 13016, 12241, 13021, 12246, 13026, 12256, 13036, 0, 0, 18119, 18264, 12296, 13076, 12301, 13081, 12331, 13111, 12316, 13096, 12356, 13136, 12366, 13146, 12371, 13151, 12381, 13161, 12386, 13166, 0, 0, 12436, 13221, 12441, 13226, 12446, 13231, 12481, 13261, 12451, 0, 6496, 6637, 12491, 13271, 12511, 13296, 0, 12521, 13306, 12531, 13316, 12526, 13311, 7090, 7226, 0, 0, 12566, 13351, 12591, 13376, 12581, 13366, 7266, 0, 0, 18154, 18299, 12616, 13401, 12626, 13411, 0, 0, 12656, 13441, 12681, 13466, 12666, 13451, 18189, 18334, 12691, 13476, 12706, 13491, 18194, 18339, 12731, 13521, 12716, 13506, 0, 0, 18204, 18349, 18209, 18354, 12761, 13551, 12771, 13561, 12776, 13566, 12806, 13596, 12841, 13631, 12881, 13676, 12901, 12916, 13716, 12926, 13726, 12931, 13731, 167, 0, 0, 0, 0, 11781, 11787, 11793, 6517, 6520, 6670, 6541, 6544, 6724, 12191, 12971, 12461, 13241, 12631, 13416, 12781, 13571, 14822, 15221, 14815, 15214, 14829, 15228, 14808, 15207, 0, 14535, 14934, 14528, 14927, 13770, 13788, 0, 0, 12376, 13156, 12501, 13286, 18179, 18324, 14759, 15158, 13806, 13812, 13276, 6469, 6472, 6613, 12351, 13131, 0, 0, 12561, 13346, 14542, 14941, 13764, 13782, 13776, 13794, 12196, 12976, 12201, 12981, 12321, 13101, 12326, 13106, 12466, 13246, 12471, 13251, 12636, 13421, 12641, 13426, 12671, 13456, 12676, 13461, 12786, 13576, 12791, 13581, 12701, 13486, 12726, 13516, 0, 0, 12401, 13181, 0, 0, 0, 0, 0, 0, 18089, 18234, 18129, 18274, 14710, 15109, 14675, 15074, 18159, 18304, 14703, 15102, 12891, 13686, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 39219, 39219, 39219, 39219, 39219, 33075, 39219, 39219, 39219, 39219, 39219, 39219, 39219, 33075, 33075, 39219, 33075, 39219, 33075, 39219, 39219, 33076, 33070, 33070, 33070, 33070, 33076, 39212, 33070, 33070, 33070, 33070, 33070, 33066, 33066, 39214, 39214, 39214, 39214, 39210, 39210, 33070, 33070, 33070, 33070, 39214, 39214, 33070, 39214, 39214, 33070, 33070, 33025, 33025, 33025, 33025, 39169, 33070, 33070, 33070, 33070, 33075, 33075, 33075, 18885, 18890, 39219, 18895, 19080, 39223, 33075, 33070, 33070, 33070, 33075, 33075, 33075, 33070, 33070, 0, 33075, 33075, 33075, 33070, 33070, 33070, 33070, 33075, 33076, 33070, 33070, 33075, 33077, 33078, 33078, 33077, 33078, 33078, 33077, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 0, 0, 0, 0, 371, 0, 0, 0, 0, 0, 17084, 0, 0, 0, 55, 0, 0, 0, 0, 0, 17009, 17554, 13824, 206, 13854, 13866, 13884, 0, 13914, 0, 13932, 13962, 15903, 40960, 0, 0, 0, 40960, 0, 40960, 0, 40960, 0, 0, 0, 0, 0, 40960, 0, 40960, 0, 0, 0, 40960, 0, 0, 0, 40960, 13902, 13950, 18453, 13998, 18495, 14016, 16007, 40960, 0, 0, 0, 40960, 0, 40960, 0, 40960, 0, 0, 0, 0, 0, 40960, 0, 40960, 0, 0, 0, 40960, 0, 0, 0, 40960, 18519, 18549, 14046, 14070, 18573, 0, 449, 467, 431, 17187, 17193, 509, 491, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 473, 494, 497, 0, 395, 458, 0, 0, 0, 425, 0, 0, 0, 0, 0, 0, 14136, 14148, 0, 14130, 0, 0, 40960, 14112, 0, 0, 0, 0, 14196, 14172, 14214, 0, 40960, 0, 0, 40960, 0, 40960, 40960, 40960, 40960, 14184, 40960, 0, 0, 0, 40960, 0, 0, 0, 0, 40960, 0, 0, 0, 40960, 0, 0, 0, 40960, 0, 40960, 0, 0, 40960, 0, 0, 40960, 0, 40960, 40960, 40960, 40960, 14316, 40960, 0, 0, 0, 40960, 0, 0, 14154, 14286, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 14118, 14250, 14124, 14256, 0, 0, 14142, 14274, 40960, 40960, 14400, 14406, 14160, 14292, 14166, 14298, 0, 0, 14178, 14310, 14190, 14322, 14202, 14334, 40960, 40960, 14412, 14418, 14244, 14376, 14208, 14340, 14220, 14352, 14226, 14358, 14232, 14364, 0, 0, 14238, 14370, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 7527, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33070, 33075, 33075, 33075, 33075, 33070, 33075, 33075, 33075, 33071, 33070, 33075, 33075, 33075, 33075, 33075, 33075, 33070, 33070, 33070, 33070, 33070, 33070, 33075, 33075, 33070, 33075, 33075, 33071, 33074, 33075, 33030, 33031, 33032, 33033, 33034, 33035, 33036, 33037, 33038, 33039, 33039, 33040, 33041, 33042, 0, 33043, 0, 0, 0, 0, 0, 0, 0, 0, 40960, 0, 40960, 33047, 33048, 33049, 33050, 33051, 33052, 33053, 33054, 39219, 39219, 39214, 33070, 33075, 33075, 33075, 33075, 33075, 33070, 33075, 33075, 33070, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33055, 0, 0, 0, 0, 7562, 8217, 8277, 8272, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33070, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 0, 33070, 33075, 33075, 33070, 33075, 33075, 33070, 33075, 33075, 33075, 33070, 33070, 33070, 33047, 33048, 33049, 33075, 33075, 33075, 33070, 33075, 33075, 33070, 33070, 33075, 33075, 33075, 33075, 33075, 0, 0, 0, 0, 0, 40960, 11571, 40960, 11579, 40960, 11587, 40960, 11595, 40960, 11603, 0, 0, 40960, 11611, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 33027, 39168, 0, 0, 0, 0, 40960, 11619, 40960, 11627, 40960, 40960, 105, 107, 111, 131, 245, 248, 1046, 133, 137, 139, 260, 263, 266, 143, 0, 151, 155, 224, 159, 254, 1050, 1054, 161, 169, 171, 1062, 299, 173, 1066, 449, 452, 455, 509, 512, 147, 165, 171, 173, 449, 452, 494, 509, 512, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 527, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 251, 135, 257, 212, 266, 141, 269, 272, 278, 284, 287, 290, 1070, 365, 296, 1074, 368, 305, 302, 308, 311, 314, 317, 320, 332, 335, 236, 338, 341, 1058, 344, 347, 181, 353, 356, 359, 467, 33075, 33075, 33070, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33070, 33075, 33075, 33078, 33067, 33070, 33066, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33075, 33076, 33074, 33074, 33070, 0, 33075, 33077, 33070, 33075, 33070, 12206, 12986, 12216, 12996, 12221, 13001, 12226, 13006, 14563, 14962, 12251, 13031, 12261, 13041, 12276, 13056, 12266, 13046, 12271, 13051, 14598, 14997, 14605, 15004, 12336, 13116, 12341, 13121, 14619, 15018, 12346, 13126, 12361, 13141, 12391, 13171, 12406, 13186, 12396, 13176, 12411, 13191, 12416, 13196, 12486, 13266, 14626, 15025, 12496, 13281, 12506, 13291, 12516, 13301, 18139, 18284, 14633, 15032, 12541, 13326, 12536, 13321, 12546, 13331, 12551, 13336, 12556, 13341, 12576, 13361, 12586, 13371, 12601, 13386, 12596, 13381, 14668, 15067, 14682, 15081, 14689, 15088, 14696, 15095, 12646, 13431, 12651, 13436, 12661, 13446, 18184, 18329, 14766, 15165, 12686, 13471, 12696, 13481, 18199, 18344, 14773, 15172, 14780, 15179, 14787, 15186, 12711, 13496, 12721, 13511, 12741, 13531, 12736, 13526, 12801, 13591, 12816, 13606, 12811, 13601, 14794, 15193, 14801, 15200, 12821, 13611, 12826, 13616, 12831, 13621, 12836, 13626, 12851, 13641, 12846, 13636, 12856, 13651, 12861, 13656, 12866, 13661, 12896, 13691, 12921, 13721, 12936, 13736, 12941, 13741, 13201, 13501, 13646, 13706, 7142, 17134, 0, 0, 0, 0, 18104, 18249, 12186, 12966, 14479, 14878, 14472, 14871, 14493, 14892, 14486, 14885, 14549, 14948, 14507, 14906, 14500, 14899, 14521, 14920, 14514, 14913, 14556, 14955, 18124, 18269, 12311, 13091, 12291, 13071, 14577, 14976, 14570, 14969, 14591, 14990, 14584, 14983, 14612, 15011, 12456, 13236, 12476, 13256, 18174, 18319, 12621, 13406, 14647, 15046, 14640, 15039, 14661, 15060, 14654, 15053, 14752, 15151, 14724, 15123, 14717, 15116, 14738, 15137, 14731, 15130, 14745, 15144, 12796, 13586, 12766, 13556, 14843, 15242, 14836, 15235, 14857, 15256, 14850, 15249, 14864, 15263, 12871, 13666, 12911, 13711, 12906, 13701, 12886, 13681, 0, 0, 0, 0, 0, 0, 18459, 18465, 18741, 18765, 18749, 18773, 18757, 18781, 18369, 18375, 18597, 18621, 18605, 18629, 18613, 18637, 18477, 18483, 15823, 15839, 15831, 15847, 0, 0, 18381, 18387, 15615, 15631, 15623, 15639, 0, 0, 18501, 18507, 18789, 18813, 18797, 18821, 18805, 18829, 18393, 18399, 18645, 18669, 18653, 18677, 18661, 18685, 18525, 18531, 15919, 15943, 15927, 15951, 15935, 15959, 18405, 18411, 15663, 15687, 15671, 15695, 15679, 15703, 18537, 18543, 15967, 15983, 15975, 15991, 0, 0, 18417, 18423, 15711, 15727, 15719, 15735, 0, 0, 18555, 18561, 16023, 16047, 16031, 16055, 16039, 16063, 0, 18429, 0, 15743, 0, 15751, 0, 15759, 18579, 18585, 18837, 18861, 18845, 18869, 18853, 18877, 18435, 18441, 18693, 18717, 18701, 18725, 18709, 18733, 18447, 17205, 13992, 17211, 18489, 17217, 14010, 17223, 14040, 17229, 14064, 17235, 18567, 17241, 0, 0, 15799, 15807, 16795, 16825, 16805, 16835, 16815, 16845, 15599, 15607, 16615, 16645, 16625, 16655, 16635, 16665, 15871, 15879, 16855, 16885, 16865, 16895, 16875, 16905, 15647, 15655, 16675, 16705, 16685, 16715, 16695, 16725, 16087, 16095, 16915, 16945, 16925, 16955, 16935, 16965, 15767, 15775, 16735, 16765, 16745, 16775, 16755, 16785, 13980, 13974, 15783, 13986, 15791, 0, 18471, 15815, 13836, 13830, 13818, 17157, 13842, 17054, 470, 17054, 17079, 17561, 15855, 14004, 15863, 0, 18513, 15887, 13848, 17163, 13860, 17169, 13872, 17568, 17575, 17582, 14028, 14022, 15895, 17659, 0, 0, 14034, 15911, 13896, 13890, 13878, 17175, 0, 17589, 17596, 17603, 14082, 14076, 15999, 17667, 14052, 14058, 14088, 16015, 13944, 13938, 13926, 17187, 13920, 17547, 17554, 129, 0, 0, 16071, 14094, 16079, 0, 18591, 16103, 13908, 17181, 13956, 17199, 13968, 17009, 17059, 0, 7134, 7138, 71, 7258, 0, 7150, 7154, 233, 0, 7262, 143, 81, 81, 81, 145, 218, 83, 83, 89, 153, 0, 93, 6547, 0, 0, 97, 99, 101, 101, 101, 0, 0, 6565, 7118, 6574, 0, 117, 0, 443, 0, 117, 0, 87, 17129, 69, 71, 0, 139, 75, 77, 0, 91, 159, 536, 539, 542, 545, 147, 0, 7070, 491, 452, 380, 419, 1126, 0, 0, 0, 0, 73, 137, 139, 147, 149, 0, 0, 0, 0, 0, 0, 8756, 8768, 8948, 8732, 8864, 8744, 8870, 8894, 8906, 8750, 8912, 8762, 8900, 8918, 8924, 7362, 83, 6493, 7082, 6502, 109, 6577, 7126, 7502, 6505, 113, 6589, 7130, 89, 71, 73, 91, 147, 6634, 7198, 6643, 173, 6760, 7250, 7522, 6646, 177, 6763, 7254, 153, 135, 137, 155, 0, 15389, 0, 40960, 15396, 40960, 0, 15403, 40960, 15410, 0, 0, 0, 40960, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 12156, 40960, 15424, 0, 40960, 40960, 0, 0, 0, 0, 0, 0, 0, 15417, 12151, 12161, 15431, 15438, 40960, 40960, 15445, 15452, 40960, 40960, 15459, 15466, 40960, 40960, 40960, 40960, 0, 0, 15473, 15480, 40960, 40960, 15501, 15508, 40960, 40960, 15515, 15522, 0, 0, 0, 0, 0, 0, 0, 40960, 40960, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 40960, 0, 0, 0, 0, 0, 40960, 40960, 0, 40960, 15543, 15550, 15557, 15564, 0, 0, 40960, 40960, 40960, 40960, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 35, 37, 39, 41, 43, 45, 47, 49, 51, 6277, 6280, 6283, 6286, 6289, 6292, 6295, 6298, 6301, 6304, 6313, 6766, 6770, 6774, 6778, 6782, 6786, 6790, 6794, 6798, 7302, 7307, 7312, 7317, 7322, 7327, 7332, 7337, 7342, 7347, 7352, 6274, 6310, 6346, 6382, 6418, 6427, 6433, 6439, 6445, 7014, 7018, 7022, 7026, 7030, 7034, 7038, 7042, 7046, 7050, 7054, 6906, 6910, 6914, 6918, 6922, 6926, 6930, 6934, 6938, 6942, 6946, 6950, 6954, 6958, 6962, 6966, 6970, 6974, 6978, 6982, 6986, 6990, 6994, 6998, 7002, 7006, 67, 69, 71, 73, 75, 77, 79, 81, 83, 85, 1730, 1766, 1778, 1794, 1802, 1814, 1822, 1830, 1842, 1926, 1950, 1966, 1982, 1998, 2014, 2046, 2050, 2054, 2106, 2146, 2162, 2170, 2174, 2186, 2214, 2218, 2242, 2246, 2254, 2270, 2426, 2446, 2510, 2530, 2538, 2542, 2558, 2586, 2630, 2642, 2674, 2686, 2690, 2694, 2718, 2722, 2766, 2778, 2786, 2794, 2810, 2818, 2826, 2870, 2874, 2882, 2886, 2894, 2902, 2918, 2946, 3066, 3086, 3090, 3218, 3222, 3242, 3246, 3254, 3262, 3270, 3282, 3322, 3338, 3358, 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1506, 5836, 6046, 2906, 2914, 1510, 2934, 2950, 2954, 2962, 2978, 1518, 1514, 2982, 5806, 2986, 3006, 3010, 3014, 3010, 3026, 3030, 3046, 3038, 3042, 3050, 3054, 3058, 3070, 3074, 3098, 3106, 3122, 3142, 5821, 3138, 3126, 3150, 3158, 3178, 5826, 3186, 3174, 3166, 1522, 3194, 3202, 3210, 3198, 1526, 3226, 3234, 5831, 3278, 3330, 3294, 1538, 3306, 1534, 1530, 1990, 1994, 3334, 3310, 4526, 1638, 3346, 3350, 3354, 3374, 3366, 5856, 1542, 3394, 3382, 3410, 3418, 5866, 3422, 3402, 3430, 1546, 3434, 3438, 3442, 3454, 5871, 3462, 1550, 3474, 5876, 3478, 1554, 3490, 3502, 3514, 3518, 5881, 5776, 5886, 3550, 5891, 3562, 3570, 3554, 3582, 3598, 3614, 3602, 3606, 3618, 3622, 5896, 3594, 3646, 3650, 1558, 3670, 3666, 5901, 3638, 3698, 5906, 5911, 3702, 3722, 3718, 3714, 1562, 3726, 3742, 3738, 3750, 5716, 3766, 5916, 3778, 5926, 3798, 3810, 3830, 5931, 3850, 3854, 5936, 5941, 3882, 3898, 1566, 3902, 1570, 1570, 3926, 3930, 3938, 3942, 3954, 1574, 3978, 5946, 4006, 5951, 4018, 5796, 4034, 5956, 5961, 5966, 1578, 1582, 4090, 5976, 5971, 5981, 5986, 4098, 4102, 4102, 4110, 1590, 4114, 1594, 1598, 5996, 4134, 4142, 4154, 1602, 6001, 4190, 6006, 6011, 4222, 4246, 1606, 4254, 4258, 4262, 6016, 6021, 6021, 4286, 1610, 6026, 4306, 4310, 1614, 6031, 4338, 1618, 4354, 4346, 4362, 6041, 4386, 1622, 4398, 4406, 4422, 1626, 6051, 6056, 1630, 6061, 4446, 6066, 4458, 4470, 4478, 6071, 6076, 4498, 6081, 4506, 5841, 1634, 4530, 4534, 1642, 4538, 2614, 6086, 6091, 5846, 5851, 4570, 4574, 5110, 1646, 4618, 4614, 4622, 2114, 4626, 4630, 4634, 4642, 6096, 4638, 4646, 4666, 4670, 4650, 4674, 4694, 4714, 4662, 4682, 4686, 4690, 6101, 6111, 6106, 1650, 4722, 4726, 4734, 6131, 4738, 6116, 1654, 1658, 6121, 6126, 1662, 4770, 4774, 4778, 4782, 4794, 4790, 4802, 4798, 4814, 4806, 4810, 4818, 1666, 4826, 4830, 1670, 4846, 4850, 6136, 4862, 4866, 1674, 4878, 1470, 6141, 6146, 1678, 1682, 4922, 4946, 4974, 4990, 6151, 5010, 5014, 5038, 5050, 6161, 5731, 5062, 5058, 5070, 5736, 5082, 5094, 6166, 6171, 5158, 5170, 5178, 6176, 5182, 5226, 5238, 5242, 5234, 5254, 5258, 6181, 5270, 1686, 5278, 6186, 1690, 5334, 2758, 5358, 6191, 6201, 1694, 1698, 5398, 6206, 1702, 6211, 5422, 5422, 5430, 6216, 5454, 1706, 5470, 5482, 5490, 5498, 1710, 6221, 5518, 5546, 5558, 1714, 1718, 5562, 6226, 1722, 6231, 6236, 6241, 5598, 1726, 5618, 5626, 5630, 5638, 5646, 5654, 6251, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		nfkcIndex = $toNativeArray($kindUint16, [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 92, 1, 2, 3, 93, 4, 5, 0, 94, 95, 6, 7, 8, 9, 10, 96, 97, 11, 0, 0, 12, 98, 99, 13, 0, 100, 101, 102, 0, 103, 2, 3, 4, 5, 0, 0, 0, 0, 0, 0, 6, 7, 8, 9, 0, 10, 19, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 104, 105, 0, 14, 106, 107, 108, 109, 110, 111, 112, 113, 108, 114, 115, 116, 0, 117, 118, 119, 120, 121, 0, 122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 0, 132, 133, 134, 135, 136, 137, 0, 0, 0, 0, 0, 138, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 139, 0, 0, 140, 0, 0, 141, 0, 142, 0, 0, 0, 143, 144, 145, 146, 15, 147, 148, 149, 150, 0, 0, 151, 152, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 153, 154, 155, 156, 27, 28, 157, 158, 159, 29, 30, 160, 161, 0, 0, 0, 0, 31, 32, 162, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 163, 164, 0, 165, 0, 0, 0, 0, 0, 166, 0, 167, 0, 168, 0, 169, 0, 0, 170, 171, 33, 34, 35, 172, 173, 36, 37, 38, 174, 39, 40, 0, 41, 42, 43, 44, 45, 46, 47, 48, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 175, 176, 177, 0, 178, 0, 179, 180, 0, 0, 181, 182, 183, 184, 185, 0, 0, 186, 187, 0, 188, 0, 189, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 196, 190, 191, 192, 193, 194, 195, 197, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 198, 73, 74, 75, 0, 0, 0, 0, 0, 0, 0, 199, 0, 0, 0, 200, 0, 201, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 202, 0, 0, 203, 0, 0, 0, 0, 0, 0, 0, 0, 204, 0, 0, 0, 0, 0, 205, 0, 0, 206, 0, 0, 0, 207, 208, 0, 209, 184, 0, 210, 211, 0, 0, 212, 213, 214, 0, 0, 0, 215, 216, 217, 0, 0, 218, 219, 220, 0, 221, 0, 222, 0, 0, 0, 223, 0, 0, 0, 224, 225, 0, 226, 227, 228, 229, 0, 0, 0, 0, 0, 220, 0, 0, 0, 0, 230, 231, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 232, 233, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 234, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 235, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 236, 237, 238, 0, 239, 0, 0, 0, 0, 0, 0, 240, 241, 242, 243, 244, 245, 246, 247, 248, 249, 76, 250, 251, 252, 253, 77, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 254, 0, 0, 0, 233, 0, 0, 0, 0, 0, 0, 255, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 256, 0, 257, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 78, 79, 80, 0, 0, 0, 0, 0, 0, 0, 0, 0, 81, 258, 259, 0, 82, 260, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 261, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 83, 84, 85, 86, 87, 88, 89, 90, 91, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 11, 12, 0, 0, 0, 0, 13, 0, 0, 0, 0, 14, 0, 15, 16, 17, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 18, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]);
		nfkcSparseOffset = new sliceType$1([0, 14, 18, 27, 37, 53, 55, 60, 71, 86, 99, 107, 112, 117, 119, 127, 134, 137, 145, 149, 153, 155, 157, 166, 170, 177, 182, 185, 195, 198, 205, 213, 217, 219, 223, 227, 233, 250, 262, 264, 270, 272, 274, 276, 278, 280, 282, 284, 287, 290, 292, 295, 298, 302, 308, 310, 319, 321, 324, 326, 337, 348, 362, 376, 392, 406, 413, 419, 434, 438, 440, 444, 446, 449, 451, 454, 456, 459, 461, 463, 465, 477, 487, 497, 500, 504, 506, 508, 510, 513, 516, 518, 520, 522, 524, 530, 533, 538, 540, 547, 553, 559, 567, 573, 579, 585, 589, 591, 593, 595, 597, 603, 606, 608, 610, 616, 619, 627, 634, 637, 640, 642, 645, 653, 657, 664, 667, 673, 675, 677, 680, 682, 685, 690, 692, 694, 696, 698, 700, 703, 705, 707, 709, 711, 713, 726, 736, 738, 740, 744, 749, 761, 766, 775, 781, 786, 790, 795, 799, 815, 829, 843, 857, 863, 865, 867, 870, 881, 883, 893]);
		nfkcSparseValues = $toNativeArray($kindStruct, [new valueRange.ptr(2, 13, 0), new valueRange.ptr(1, 160, 160), new valueRange.ptr(17039, 168, 168), new valueRange.ptr(131, 170, 170), new valueRange.ptr(17019, 175, 175), new valueRange.ptr(37, 178, 179), new valueRange.ptr(17009, 180, 180), new valueRange.ptr(479, 181, 181), new valueRange.ptr(17064, 184, 184), new valueRange.ptr(35, 185, 185), new valueRange.ptr(159, 186, 186), new valueRange.ptr(8738, 188, 188), new valueRange.ptr(8726, 189, 189), new valueRange.ptr(8888, 190, 190), new valueRange.ptr(145, 3, 0), new valueRange.ptr(18169, 160, 161), new valueRange.ptr(18219, 175, 176), new valueRange.ptr(40960, 183, 183), new valueRange.ptr(3, 8, 0), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(145, 176, 176), new valueRange.ptr(281, 177, 177), new valueRange.ptr(149, 178, 178), new valueRange.ptr(165, 179, 179), new valueRange.ptr(323, 180, 182), new valueRange.ptr(175, 183, 183), new valueRange.ptr(179, 184, 184), new valueRange.ptr(10, 9, 0), new valueRange.ptr(17029, 152, 152), new valueRange.ptr(17034, 153, 154), new valueRange.ptr(17069, 155, 155), new valueRange.ptr(17014, 156, 156), new valueRange.ptr(17049, 157, 157), new valueRange.ptr(275, 160, 160), new valueRange.ptr(153, 161, 161), new valueRange.ptr(167, 162, 163), new valueRange.ptr(362, 164, 164), new valueRange.ptr(0, 15, 0), new valueRange.ptr(40960, 131, 131), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(40960, 139, 139), new valueRange.ptr(40960, 141, 141), new valueRange.ptr(14268, 144, 144), new valueRange.ptr(14280, 145, 145), new valueRange.ptr(14262, 147, 147), new valueRange.ptr(40960, 150, 150), new valueRange.ptr(14382, 151, 151), new valueRange.ptr(14328, 156, 156), new valueRange.ptr(14304, 157, 157), new valueRange.ptr(14346, 158, 158), new valueRange.ptr(40960, 180, 181), new valueRange.ptr(14388, 182, 182), new valueRange.ptr(14394, 183, 183), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 131, 135), new valueRange.ptr(1, 4, 0), new valueRange.ptr(33044, 129, 130), new valueRange.ptr(33075, 132, 132), new valueRange.ptr(33070, 133, 133), new valueRange.ptr(33038, 135, 135), new valueRange.ptr(0, 10, 0), new valueRange.ptr(33075, 144, 151), new valueRange.ptr(33050, 152, 152), new valueRange.ptr(33051, 153, 153), new valueRange.ptr(33052, 154, 154), new valueRange.ptr(14424, 162, 162), new valueRange.ptr(14430, 163, 163), new valueRange.ptr(14442, 164, 164), new valueRange.ptr(14436, 165, 165), new valueRange.ptr(14448, 166, 166), new valueRange.ptr(40960, 167, 167), new valueRange.ptr(0, 14, 0), new valueRange.ptr(14466, 128, 128), new valueRange.ptr(40960, 129, 129), new valueRange.ptr(14454, 130, 130), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(14460, 147, 147), new valueRange.ptr(40960, 149, 149), new valueRange.ptr(33075, 150, 156), new valueRange.ptr(33075, 159, 162), new valueRange.ptr(33070, 163, 163), new valueRange.ptr(33075, 164, 164), new valueRange.ptr(33075, 167, 168), new valueRange.ptr(33070, 170, 170), new valueRange.ptr(33075, 171, 172), new valueRange.ptr(33070, 173, 173), new valueRange.ptr(0, 12, 0), new valueRange.ptr(33056, 145, 145), new valueRange.ptr(33075, 176, 176), new valueRange.ptr(33070, 177, 177), new valueRange.ptr(33075, 178, 179), new valueRange.ptr(33070, 180, 180), new valueRange.ptr(33075, 181, 182), new valueRange.ptr(33070, 183, 185), new valueRange.ptr(33075, 186, 186), new valueRange.ptr(33070, 187, 188), new valueRange.ptr(33075, 189, 189), new valueRange.ptr(33070, 190, 190), new valueRange.ptr(33075, 191, 191), new valueRange.ptr(5, 7, 0), new valueRange.ptr(33075, 128, 128), new valueRange.ptr(33075, 129, 129), new valueRange.ptr(33070, 130, 131), new valueRange.ptr(33070, 132, 133), new valueRange.ptr(33070, 134, 135), new valueRange.ptr(33070, 136, 137), new valueRange.ptr(33075, 138, 138), new valueRange.ptr(0, 4, 0), new valueRange.ptr(33075, 171, 177), new valueRange.ptr(33070, 178, 178), new valueRange.ptr(33075, 179, 179), new valueRange.ptr(33070, 189, 189), new valueRange.ptr(0, 4, 0), new valueRange.ptr(33075, 150, 153), new valueRange.ptr(33075, 155, 163), new valueRange.ptr(33075, 165, 167), new valueRange.ptr(33075, 169, 173), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 153, 155), new valueRange.ptr(0, 7, 0), new valueRange.ptr(40960, 168, 168), new valueRange.ptr(16111, 169, 169), new valueRange.ptr(40960, 176, 176), new valueRange.ptr(16119, 177, 177), new valueRange.ptr(40960, 179, 179), new valueRange.ptr(16127, 180, 180), new valueRange.ptr(39171, 188, 188), new valueRange.ptr(8, 6, 0), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(33075, 145, 145), new valueRange.ptr(33070, 146, 146), new valueRange.ptr(33075, 147, 147), new valueRange.ptr(33075, 148, 148), new valueRange.ptr(17715, 152, 159), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(8, 7, 0), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(11435, 139, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(17779, 156, 157), new valueRange.ptr(17795, 159, 159), new valueRange.ptr(33075, 190, 190), new valueRange.ptr(0, 3, 0), new valueRange.ptr(17835, 179, 179), new valueRange.ptr(17843, 182, 182), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(8, 3, 0), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(17803, 153, 155), new valueRange.ptr(17827, 158, 158), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(0, 8, 0), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(11459, 136, 136), new valueRange.ptr(11451, 139, 139), new valueRange.ptr(11467, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 150, 151), new valueRange.ptr(17851, 156, 156), new valueRange.ptr(17859, 157, 157), new valueRange.ptr(0, 3, 0), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(11475, 148, 148), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(0, 6, 0), new valueRange.ptr(40960, 134, 135), new valueRange.ptr(11483, 138, 138), new valueRange.ptr(11499, 139, 139), new valueRange.ptr(11491, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(6145, 4, 0), new valueRange.ptr(40960, 134, 134), new valueRange.ptr(16135, 136, 136), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(33057, 149, 150), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 188, 188), new valueRange.ptr(40960, 191, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(11507, 128, 128), new valueRange.ptr(39168, 130, 130), new valueRange.ptr(40960, 134, 134), new valueRange.ptr(11515, 135, 135), new valueRange.ptr(11523, 136, 136), new valueRange.ptr(12135, 138, 138), new valueRange.ptr(11759, 139, 139), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 149, 150), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 187, 188), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(0, 6, 0), new valueRange.ptr(40960, 134, 135), new valueRange.ptr(11531, 138, 138), new valueRange.ptr(11547, 139, 139), new valueRange.ptr(11539, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(27613, 7, 0), new valueRange.ptr(39173, 138, 138), new valueRange.ptr(39168, 143, 143), new valueRange.ptr(40960, 153, 153), new valueRange.ptr(16143, 154, 154), new valueRange.ptr(12143, 156, 156), new valueRange.ptr(11770, 157, 157), new valueRange.ptr(11555, 158, 159), new valueRange.ptr(0, 3, 0), new valueRange.ptr(9767, 179, 179), new valueRange.ptr(33059, 184, 185), new valueRange.ptr(33029, 186, 186), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33060, 136, 139), new valueRange.ptr(0, 3, 0), new valueRange.ptr(9788, 179, 179), new valueRange.ptr(33061, 184, 185), new valueRange.ptr(33029, 186, 186), new valueRange.ptr(0, 3, 0), new valueRange.ptr(33062, 136, 139), new valueRange.ptr(9774, 156, 156), new valueRange.ptr(9781, 157, 157), new valueRange.ptr(0, 5, 0), new valueRange.ptr(782, 140, 140), new valueRange.ptr(33070, 152, 153), new valueRange.ptr(33070, 181, 181), new valueRange.ptr(33070, 183, 183), new valueRange.ptr(33068, 185, 185), new valueRange.ptr(0, 16, 0), new valueRange.ptr(9802, 131, 131), new valueRange.ptr(9809, 141, 141), new valueRange.ptr(9816, 146, 146), new valueRange.ptr(9823, 151, 151), new valueRange.ptr(9830, 156, 156), new valueRange.ptr(9795, 169, 169), new valueRange.ptr(33063, 177, 177), new valueRange.ptr(33064, 178, 178), new valueRange.ptr(19099, 179, 179), new valueRange.ptr(33065, 180, 180), new valueRange.ptr(19108, 181, 181), new valueRange.ptr(17867, 182, 182), new valueRange.ptr(17931, 183, 183), new valueRange.ptr(17875, 184, 184), new valueRange.ptr(17942, 185, 185), new valueRange.ptr(33064, 186, 189), 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0), new valueRange.ptr(39168, 168, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(39168, 128, 130), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 157, 159), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 148, 148), new valueRange.ptr(33029, 180, 180), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 146, 146), new valueRange.ptr(33075, 157, 157), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33074, 169, 169), new valueRange.ptr(4, 2, 0), new valueRange.ptr(33071, 185, 186), new valueRange.ptr(33070, 187, 187), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 151, 151), new valueRange.ptr(33070, 152, 152), new valueRange.ptr(0, 3, 0), new valueRange.ptr(33029, 160, 160), new valueRange.ptr(33075, 181, 188), new valueRange.ptr(33070, 191, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33075, 176, 180), new valueRange.ptr(33070, 181, 186), new valueRange.ptr(33075, 187, 188), new valueRange.ptr(33070, 189, 189), new valueRange.ptr(33070, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 128, 128), new valueRange.ptr(0, 8, 0), new valueRange.ptr(11635, 128, 128), new valueRange.ptr(11643, 129, 129), new valueRange.ptr(40960, 130, 130), new valueRange.ptr(11651, 131, 131), new valueRange.ptr(33029, 132, 132), new valueRange.ptr(33075, 171, 171), new valueRange.ptr(33070, 172, 172), new valueRange.ptr(33075, 173, 179), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 170, 171), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 166, 166), new valueRange.ptr(33029, 178, 179), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 183, 183), new valueRange.ptr(0, 10, 0), new valueRange.ptr(33075, 144, 146), new valueRange.ptr(33025, 148, 148), new valueRange.ptr(33070, 149, 153), new valueRange.ptr(33075, 154, 155), new valueRange.ptr(33070, 156, 159), new valueRange.ptr(33075, 160, 160), new valueRange.ptr(33025, 162, 168), new valueRange.ptr(33070, 173, 173), new valueRange.ptr(33075, 180, 180), new valueRange.ptr(33075, 184, 185), new valueRange.ptr(2, 10, 0), new valueRange.ptr(67, 172, 172), new valueRange.ptr(209, 173, 173), new valueRange.ptr(69, 174, 174), new valueRange.ptr(73, 176, 177), new valueRange.ptr(230, 178, 178), new valueRange.ptr(79, 179, 186), new valueRange.ptr(95, 188, 188), new valueRange.ptr(239, 189, 189), new valueRange.ptr(97, 190, 190), new valueRange.ptr(101, 191, 191), new valueRange.ptr(0, 13, 0), new valueRange.ptr(1, 128, 138), new valueRange.ptr(1086, 145, 145), new valueRange.ptr(17074, 151, 151), new valueRange.ptr(29, 164, 164), new valueRange.ptr(6262, 165, 165), new valueRange.ptr(7010, 166, 166), new valueRange.ptr(1, 175, 175), new valueRange.ptr(9879, 179, 179), new valueRange.ptr(10251, 180, 180), new valueRange.ptr(9886, 182, 182), new valueRange.ptr(10261, 183, 183), new valueRange.ptr(6256, 188, 188), new valueRange.ptr(17024, 190, 190), new valueRange.ptr(2, 13, 0), new valueRange.ptr(6454, 135, 135), new valueRange.ptr(6451, 136, 136), new valueRange.ptr(6259, 137, 137), new valueRange.ptr(10651, 151, 151), new valueRange.ptr(1, 159, 159), new valueRange.ptr(33, 176, 176), new valueRange.ptr(147, 177, 177), new valueRange.ptr(41, 180, 185), new valueRange.ptr(23, 186, 186), new valueRange.ptr(1130, 187, 187), new valueRange.ptr(59, 188, 188), new valueRange.ptr(17, 189, 190), new valueRange.ptr(157, 191, 191), new valueRange.ptr(2, 15, 0), new valueRange.ptr(33, 128, 137), new valueRange.ptr(23, 138, 138), new valueRange.ptr(1130, 139, 139), new valueRange.ptr(59, 140, 140), new valueRange.ptr(17, 141, 142), new valueRange.ptr(131, 144, 144), new valueRange.ptr(139, 145, 145), new valueRange.ptr(159, 146, 146), new valueRange.ptr(177, 147, 147), new valueRange.ptr(260, 148, 148), new valueRange.ptr(145, 149, 149), new valueRange.ptr(151, 150, 153), new valueRange.ptr(161, 154, 154), new valueRange.ptr(167, 155, 156), new valueRange.ptr(6559, 168, 168), new valueRange.ptr(0, 13, 0), new valueRange.ptr(33075, 144, 145), new valueRange.ptr(33025, 146, 147), new valueRange.ptr(33075, 148, 151), new valueRange.ptr(33025, 152, 154), new valueRange.ptr(33075, 155, 156), new valueRange.ptr(33075, 161, 161), new valueRange.ptr(33025, 165, 166), new valueRange.ptr(33075, 167, 167), new valueRange.ptr(33070, 168, 168), new valueRange.ptr(33075, 169, 169), new valueRange.ptr(33025, 170, 171), new valueRange.ptr(33070, 172, 175), new valueRange.ptr(33075, 176, 176), new valueRange.ptr(7, 6, 0), new valueRange.ptr(8582, 137, 137), new valueRange.ptr(40960, 144, 144), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(40960, 148, 148), new valueRange.ptr(15312, 154, 155), new valueRange.ptr(15326, 174, 174), new valueRange.ptr(14, 5, 0), new valueRange.ptr(15333, 141, 142), new valueRange.ptr(15340, 143, 143), new valueRange.ptr(40960, 144, 144), new valueRange.ptr(40960, 146, 146), new valueRange.ptr(40960, 148, 148), new valueRange.ptr(378, 14, 0), new valueRange.ptr(40960, 131, 131), new valueRange.ptr(15354, 132, 132), new valueRange.ptr(40960, 136, 136), new valueRange.ptr(15361, 137, 137), new valueRange.ptr(40960, 139, 139), new valueRange.ptr(15368, 140, 140), new valueRange.ptr(40960, 163, 163), new valueRange.ptr(15375, 164, 164), new valueRange.ptr(40960, 165, 165), new valueRange.ptr(15382, 166, 166), new valueRange.ptr(9893, 172, 173), new valueRange.ptr(9900, 175, 175), new valueRange.ptr(10281, 176, 176), new valueRange.ptr(40960, 188, 188), new valueRange.ptr(7, 3, 0), new valueRange.ptr(15487, 160, 161), new valueRange.ptr(15529, 162, 163), new valueRange.ptr(15571, 170, 173), new valueRange.ptr(4, 1, 0), new valueRange.ptr(1166, 169, 170), new valueRange.ptr(2, 3, 0), new valueRange.ptr(87, 128, 143), new valueRange.ptr(131, 144, 169), new valueRange.ptr(33, 170, 170), new valueRange.ptr(0, 1, 0), new valueRange.ptr(10664, 140, 140), new valueRange.ptr(614, 2, 0), new valueRange.ptr(7058, 180, 180), new valueRange.ptr(6448, 181, 182), new valueRange.ptr(0, 1, 0), new valueRange.ptr(17652, 156, 156), new valueRange.ptr(0, 2, 0), new valueRange.ptr(149, 188, 188), new valueRange.ptr(109, 189, 189), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 175, 177), new valueRange.ptr(0, 2, 0), new valueRange.ptr(1154, 175, 175), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 160, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(3526, 159, 159), new valueRange.ptr(0, 1, 0), new valueRange.ptr(5682, 179, 179), new valueRange.ptr(4, 11, 0), new valueRange.ptr(5530, 128, 130), new valueRange.ptr(5554, 131, 131), new valueRange.ptr(5578, 132, 133), new valueRange.ptr(5594, 134, 137), new valueRange.ptr(5614, 138, 140), new valueRange.ptr(5634, 141, 141), new valueRange.ptr(5642, 142, 142), new valueRange.ptr(5650, 143, 144), new valueRange.ptr(5662, 145, 147), new valueRange.ptr(5678, 148, 148), new valueRange.ptr(5686, 149, 149), new valueRange.ptr(4, 9, 0), new valueRange.ptr(1, 128, 128), new valueRange.ptr(33069, 170, 170), new valueRange.ptr(33074, 171, 171), new valueRange.ptr(33076, 172, 172), new valueRange.ptr(33071, 173, 173), new valueRange.ptr(33072, 174, 174), new valueRange.ptr(33072, 175, 175), new valueRange.ptr(1206, 182, 182), new valueRange.ptr(2186, 184, 186), new valueRange.ptr(6, 9, 0), new valueRange.ptr(790, 177, 177), new valueRange.ptr(794, 178, 178), new valueRange.ptr(19026, 179, 179), new valueRange.ptr(798, 180, 180), new valueRange.ptr(19032, 181, 182), new valueRange.ptr(802, 183, 183), new valueRange.ptr(806, 184, 184), new valueRange.ptr(810, 185, 185), new valueRange.ptr(19044, 186, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 175, 175), new valueRange.ptr(33075, 180, 189), new valueRange.ptr(0, 3, 0), new valueRange.ptr(530, 156, 156), new valueRange.ptr(533, 157, 157), new valueRange.ptr(33075, 158, 159), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 176, 177), new valueRange.ptr(0, 1, 0), new valueRange.ptr(5694, 176, 176), new valueRange.ptr(12, 1, 0), new valueRange.ptr(215, 184, 185), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 134, 134), new valueRange.ptr(33029, 172, 172), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 132, 132), new valueRange.ptr(33075, 160, 177), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 171, 173), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 147, 147), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 179, 179), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 128, 128), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33075, 176, 176), new valueRange.ptr(33075, 178, 179), new valueRange.ptr(33070, 180, 180), new valueRange.ptr(33075, 183, 184), new valueRange.ptr(33075, 190, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 129, 129), new valueRange.ptr(33029, 182, 182), new valueRange.ptr(8, 4, 0), new valueRange.ptr(5690, 156, 157), new valueRange.ptr(293, 158, 158), new valueRange.ptr(5702, 159, 159), new valueRange.ptr(350, 169, 169), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 173, 173), new valueRange.ptr(0, 6, 0), new valueRange.ptr(58624, 128, 128), new valueRange.ptr(50688, 129, 155), new valueRange.ptr(58624, 156, 156), new valueRange.ptr(50688, 157, 183), new valueRange.ptr(58624, 184, 184), new valueRange.ptr(50688, 185, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 147), new valueRange.ptr(58624, 148, 148), new valueRange.ptr(50688, 149, 175), new valueRange.ptr(58624, 176, 176), new valueRange.ptr(50688, 177, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 139), new valueRange.ptr(58624, 140, 140), new valueRange.ptr(50688, 141, 167), new valueRange.ptr(58624, 168, 168), new valueRange.ptr(50688, 169, 191), new valueRange.ptr(0, 7, 0), new valueRange.ptr(50688, 128, 131), new valueRange.ptr(58624, 132, 132), new valueRange.ptr(50688, 133, 159), new valueRange.ptr(58624, 160, 160), new valueRange.ptr(50688, 161, 187), new valueRange.ptr(58624, 188, 188), new valueRange.ptr(50688, 189, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 151), new valueRange.ptr(58624, 152, 152), new valueRange.ptr(50688, 153, 179), new valueRange.ptr(58624, 180, 180), new valueRange.ptr(50688, 181, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 143), new valueRange.ptr(58624, 144, 144), new valueRange.ptr(50688, 145, 171), new valueRange.ptr(58624, 172, 172), new valueRange.ptr(50688, 173, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(50688, 128, 135), new valueRange.ptr(58624, 136, 136), new valueRange.ptr(50688, 137, 163), new valueRange.ptr(58624, 164, 164), new valueRange.ptr(50688, 165, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(50688, 128, 135), new valueRange.ptr(58624, 136, 136), new valueRange.ptr(50688, 137, 163), new valueRange.ptr(2, 1, 0), new valueRange.ptr(3, 129, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 189, 189), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 160, 160), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 182, 186), new valueRange.ptr(45, 5, 0), new valueRange.ptr(33070, 141, 141), new valueRange.ptr(33075, 143, 143), new valueRange.ptr(33075, 184, 184), new valueRange.ptr(33025, 185, 186), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 165, 165), new valueRange.ptr(33070, 166, 166), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 164, 167), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 171, 172), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33070, 134, 135), new valueRange.ptr(33075, 136, 138), new valueRange.ptr(33070, 139, 139), new valueRange.ptr(33075, 140, 140), new valueRange.ptr(33070, 141, 144), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 134, 134), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(6142, 7, 0), new valueRange.ptr(40960, 153, 153), new valueRange.ptr(16975, 154, 154), new valueRange.ptr(40960, 155, 155), new valueRange.ptr(16985, 156, 156), new valueRange.ptr(40960, 165, 165), new valueRange.ptr(16995, 171, 171), new valueRange.ptr(33029, 185, 186), new valueRange.ptr(0, 6, 0), new valueRange.ptr(33075, 128, 130), new valueRange.ptr(39168, 167, 167), new valueRange.ptr(11659, 174, 174), new valueRange.ptr(11669, 175, 175), new valueRange.ptr(40960, 177, 178), new valueRange.ptr(33029, 179, 180), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 128, 128), new valueRange.ptr(33027, 138, 138), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 181, 181), new valueRange.ptr(33027, 182, 182), new valueRange.ptr(2, 1, 0), new valueRange.ptr(33027, 169, 170), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 187, 188), new valueRange.ptr(39168, 190, 190), new valueRange.ptr(0, 7, 0), new valueRange.ptr(40960, 135, 135), new valueRange.ptr(11679, 139, 139), new valueRange.ptr(11689, 140, 140), new valueRange.ptr(33029, 141, 141), new valueRange.ptr(39168, 151, 151), new valueRange.ptr(33075, 166, 172), new valueRange.ptr(33075, 176, 180), new valueRange.ptr(0, 3, 0), new valueRange.ptr(33029, 130, 130), new valueRange.ptr(33027, 134, 134), new valueRange.ptr(33075, 158, 158), new valueRange.ptr(27469, 6, 0), new valueRange.ptr(39168, 176, 176), new valueRange.ptr(40960, 185, 185), new valueRange.ptr(39168, 186, 186), new valueRange.ptr(11709, 187, 187), new valueRange.ptr(11699, 188, 189), new valueRange.ptr(11719, 190, 190), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 130, 130), new valueRange.ptr(33027, 131, 131), new valueRange.ptr(0, 5, 0), new valueRange.ptr(39168, 175, 175), new valueRange.ptr(40960, 184, 185), new valueRange.ptr(11729, 186, 186), new valueRange.ptr(11739, 187, 187), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 128, 128), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 191, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 182, 182), new valueRange.ptr(33027, 183, 183), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 171, 171), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33029, 185, 185), new valueRange.ptr(33027, 186, 186), new valueRange.ptr(0, 4, 0), new valueRange.ptr(39168, 176, 176), new valueRange.ptr(40960, 181, 181), new valueRange.ptr(11749, 184, 184), new valueRange.ptr(33029, 189, 190), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33027, 131, 131), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 160, 160), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 180, 180), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 135, 135), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 153, 153), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33027, 130, 130), new valueRange.ptr(33029, 132, 133), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33029, 151, 151), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33025, 176, 180), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 176, 182), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33026, 176, 177), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33025, 158, 158), new valueRange.ptr(0, 12, 0), new valueRange.ptr(17891, 158, 158), new valueRange.ptr(17901, 159, 159), new valueRange.ptr(17953, 160, 160), new valueRange.ptr(17967, 161, 161), new valueRange.ptr(17981, 162, 162), new valueRange.ptr(17995, 163, 163), new valueRange.ptr(18009, 164, 164), new valueRange.ptr(33068, 165, 166), new valueRange.ptr(33025, 167, 169), new valueRange.ptr(33073, 173, 173), new valueRange.ptr(33068, 174, 178), new valueRange.ptr(33070, 187, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(33070, 128, 130), new valueRange.ptr(33075, 133, 137), new valueRange.ptr(33070, 138, 139), new valueRange.ptr(33075, 170, 173), new valueRange.ptr(17911, 187, 187), new valueRange.ptr(17921, 188, 188), new valueRange.ptr(18023, 189, 189), new valueRange.ptr(18051, 190, 190), new valueRange.ptr(18037, 191, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(18065, 128, 128), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 130, 132), new valueRange.ptr(2, 3, 0), new valueRange.ptr(67, 128, 153), new valueRange.ptr(131, 154, 179), new valueRange.ptr(67, 180, 191), new valueRange.ptr(2, 4, 0), new valueRange.ptr(91, 128, 141), new valueRange.ptr(131, 142, 148), new valueRange.ptr(147, 150, 167), new valueRange.ptr(67, 168, 191), new valueRange.ptr(2, 11, 0), new valueRange.ptr(115, 128, 129), new valueRange.ptr(131, 130, 155), new valueRange.ptr(67, 156, 156), new valueRange.ptr(71, 158, 159), new valueRange.ptr(79, 162, 162), new valueRange.ptr(85, 165, 166), new valueRange.ptr(93, 169, 172), new valueRange.ptr(103, 174, 181), new valueRange.ptr(131, 182, 185), new valueRange.ptr(141, 187, 187), new valueRange.ptr(145, 189, 191), new valueRange.ptr(2, 4, 0), new valueRange.ptr(151, 128, 131), new valueRange.ptr(161, 133, 143), new valueRange.ptr(67, 144, 169), new valueRange.ptr(131, 170, 191), new valueRange.ptr(2, 8, 0), new valueRange.ptr(175, 128, 131), new valueRange.ptr(67, 132, 133), new valueRange.ptr(73, 135, 138), new valueRange.ptr(85, 141, 148), new valueRange.ptr(103, 150, 156), new valueRange.ptr(131, 158, 183), new valueRange.ptr(67, 184, 185), new valueRange.ptr(73, 187, 190), new valueRange.ptr(2, 5, 0), new valueRange.ptr(83, 128, 132), new valueRange.ptr(95, 134, 134), new valueRange.ptr(103, 138, 144), new valueRange.ptr(131, 146, 171), new valueRange.ptr(67, 172, 191), new valueRange.ptr(2, 4, 0), new valueRange.ptr(107, 128, 133), new valueRange.ptr(131, 134, 159), new valueRange.ptr(67, 160, 185), new valueRange.ptr(131, 186, 191), new valueRange.ptr(2, 3, 0), new valueRange.ptr(143, 128, 147), new valueRange.ptr(67, 148, 173), new valueRange.ptr(131, 174, 191), new valueRange.ptr(2, 4, 0), new valueRange.ptr(167, 128, 135), new valueRange.ptr(67, 136, 161), new valueRange.ptr(131, 162, 187), new valueRange.ptr(67, 188, 191), new valueRange.ptr(2, 3, 0), new valueRange.ptr(75, 128, 149), new valueRange.ptr(131, 150, 175), new valueRange.ptr(67, 176, 191), new valueRange.ptr(3, 15, 0), new valueRange.ptr(443, 128, 128), new valueRange.ptr(1122, 129, 129), new valueRange.ptr(446, 130, 154), new valueRange.ptr(1118, 155, 155), new valueRange.ptr(458, 156, 156), new valueRange.ptr(467, 157, 157), new valueRange.ptr(473, 158, 158), new valueRange.ptr(509, 159, 159), new valueRange.ptr(494, 160, 160), new valueRange.ptr(491, 161, 161), new valueRange.ptr(374, 162, 178), new valueRange.ptr(395, 179, 179), new valueRange.ptr(425, 180, 186), new valueRange.ptr(1122, 187, 187), new valueRange.ptr(446, 188, 191), new valueRange.ptr(3, 13, 0), new valueRange.ptr(458, 128, 148), new valueRange.ptr(1118, 149, 149), new valueRange.ptr(458, 150, 150), new valueRange.ptr(467, 151, 151), new valueRange.ptr(473, 152, 152), new valueRange.ptr(509, 153, 153), new valueRange.ptr(494, 154, 154), new valueRange.ptr(491, 155, 155), new valueRange.ptr(374, 156, 172), new valueRange.ptr(395, 173, 173), new valueRange.ptr(425, 174, 180), new valueRange.ptr(1122, 181, 181), new valueRange.ptr(446, 182, 191), new valueRange.ptr(3, 13, 0), new valueRange.ptr(476, 128, 142), new valueRange.ptr(1118, 143, 143), new valueRange.ptr(458, 144, 144), new valueRange.ptr(467, 145, 145), new valueRange.ptr(473, 146, 146), new valueRange.ptr(509, 147, 147), new valueRange.ptr(494, 148, 148), new valueRange.ptr(491, 149, 149), new valueRange.ptr(374, 150, 166), new valueRange.ptr(395, 167, 167), new valueRange.ptr(425, 168, 174), new valueRange.ptr(1122, 175, 175), new valueRange.ptr(446, 176, 191), new valueRange.ptr(3, 13, 0), new valueRange.ptr(494, 128, 136), new valueRange.ptr(1118, 137, 137), new valueRange.ptr(458, 138, 138), new valueRange.ptr(467, 139, 139), new valueRange.ptr(473, 140, 140), new valueRange.ptr(509, 141, 141), new valueRange.ptr(494, 142, 142), new valueRange.ptr(491, 143, 143), new valueRange.ptr(374, 144, 160), new valueRange.ptr(395, 161, 161), new valueRange.ptr(425, 162, 168), new valueRange.ptr(1122, 169, 169), new valueRange.ptr(446, 170, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(33075, 128, 134), new valueRange.ptr(33075, 136, 152), new valueRange.ptr(33075, 155, 161), new valueRange.ptr(33075, 163, 164), new valueRange.ptr(33075, 166, 170), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33075, 172, 175), new valueRange.ptr(0, 1, 0), new valueRange.ptr(33070, 144, 150), new valueRange.ptr(0, 2, 0), new valueRange.ptr(33075, 132, 137), new valueRange.ptr(33027, 138, 138), new valueRange.ptr(2, 10, 0), new valueRange.ptr(99, 128, 137), new valueRange.ptr(6484, 138, 138), new valueRange.ptr(6535, 139, 139), new valueRange.ptr(6562, 140, 140), new valueRange.ptr(6568, 141, 141), new valueRange.ptr(7110, 142, 142), new valueRange.ptr(6580, 143, 143), new valueRange.ptr(6526, 170, 170), new valueRange.ptr(6529, 171, 171), new valueRange.ptr(6532, 172, 172), new valueRange.ptr(0, 1, 0), new valueRange.ptr(6466, 144, 144), new valueRange.ptr(40, 9, 0), new valueRange.ptr(10351, 128, 128), new valueRange.ptr(10291, 129, 129), new valueRange.ptr(10301, 130, 130), new valueRange.ptr(10321, 131, 132), new valueRange.ptr(10331, 133, 134), new valueRange.ptr(10311, 135, 135), new valueRange.ptr(10341, 136, 136), new valueRange.ptr(2930, 144, 144), new valueRange.ptr(2282, 145, 145), new valueRange.ptr(2, 1, 0), new valueRange.ptr(33, 176, 185)]);
		nfkcSparse = new sparseBlocks.ptr(new sliceType$2(nfkcSparseValues), nfkcSparseOffset);
		formTable = new sliceType$3([new formInfo.ptr(0, true, false, lookupInfoNFC, nextComposed), new formInfo.ptr(1, false, false, lookupInfoNFC, nextDecomposed), new formInfo.ptr(2, true, true, lookupInfoNFKC, nextComposed), new formInfo.ptr(3, false, true, lookupInfoNFKC, nextDecomposed)]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/net/idna"] = (function() {
	var $pkg = {}, $init, fmt, math, strings, utf8, bidirule, bidi, norm, info, category, valueRange, sparseBlocks, idnaTrie, options, Profile, labelError, runeError, labelIter, joinState, sliceType, sliceType$1, ptrType, arrayType, sliceType$2, sliceType$3, sliceType$4, sliceType$5, sliceType$6, ptrType$1, ptrType$3, funcType, funcType$1, funcType$2, ptrType$4, idnaSparse, trie, mappings, xorData, idnaValues, idnaIndex, idnaSparseOffset, idnaSparseValues, punycode, lookup, joinStates, punyError, decode, encode, madd, decodeDigit, encodeDigit, adapt, ToASCII, validateAndMap, validateFromPunycode, ascii;
	fmt = $packages["fmt"];
	math = $packages["math"];
	strings = $packages["strings"];
	utf8 = $packages["unicode/utf8"];
	bidirule = $packages["vendor/golang.org/x/text/secure/bidirule"];
	bidi = $packages["vendor/golang.org/x/text/unicode/bidi"];
	norm = $packages["vendor/golang.org/x/text/unicode/norm"];
	info = $pkg.info = $newType(2, $kindUint16, "idna.info", true, "vendor/golang.org/x/net/idna", false, null);
	category = $pkg.category = $newType(2, $kindUint16, "idna.category", true, "vendor/golang.org/x/net/idna", false, null);
	valueRange = $pkg.valueRange = $newType(0, $kindStruct, "idna.valueRange", true, "vendor/golang.org/x/net/idna", false, function(value_, lo_, hi_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.value = 0;
			this.lo = 0;
			this.hi = 0;
			return;
		}
		this.value = value_;
		this.lo = lo_;
		this.hi = hi_;
	});
	sparseBlocks = $pkg.sparseBlocks = $newType(0, $kindStruct, "idna.sparseBlocks", true, "vendor/golang.org/x/net/idna", false, function(values_, offset_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.values = sliceType$1.nil;
			this.offset = sliceType.nil;
			return;
		}
		this.values = values_;
		this.offset = offset_;
	});
	idnaTrie = $pkg.idnaTrie = $newType(0, $kindStruct, "idna.idnaTrie", true, "vendor/golang.org/x/net/idna", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	options = $pkg.options = $newType(0, $kindStruct, "idna.options", true, "vendor/golang.org/x/net/idna", false, function(transitional_, useSTD3Rules_, checkHyphens_, checkJoiners_, verifyDNSLength_, removeLeadingDots_, trie_, fromPuny_, mapping_, bidirule_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.transitional = false;
			this.useSTD3Rules = false;
			this.checkHyphens = false;
			this.checkJoiners = false;
			this.verifyDNSLength = false;
			this.removeLeadingDots = false;
			this.trie = ptrType.nil;
			this.fromPuny = $throwNilPointerError;
			this.mapping = $throwNilPointerError;
			this.bidirule = $throwNilPointerError;
			return;
		}
		this.transitional = transitional_;
		this.useSTD3Rules = useSTD3Rules_;
		this.checkHyphens = checkHyphens_;
		this.checkJoiners = checkJoiners_;
		this.verifyDNSLength = verifyDNSLength_;
		this.removeLeadingDots = removeLeadingDots_;
		this.trie = trie_;
		this.fromPuny = fromPuny_;
		this.mapping = mapping_;
		this.bidirule = bidirule_;
	});
	Profile = $pkg.Profile = $newType(0, $kindStruct, "idna.Profile", true, "vendor/golang.org/x/net/idna", true, function(options_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.options = new options.ptr(false, false, false, false, false, false, ptrType.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			return;
		}
		this.options = options_;
	});
	labelError = $pkg.labelError = $newType(0, $kindStruct, "idna.labelError", true, "vendor/golang.org/x/net/idna", false, function(label_, code__) {
		this.$val = this;
		if (arguments.length === 0) {
			this.label = "";
			this.code_ = "";
			return;
		}
		this.label = label_;
		this.code_ = code__;
	});
	runeError = $pkg.runeError = $newType(4, $kindInt32, "idna.runeError", true, "vendor/golang.org/x/net/idna", false, null);
	labelIter = $pkg.labelIter = $newType(0, $kindStruct, "idna.labelIter", true, "vendor/golang.org/x/net/idna", false, function(orig_, slice_, curStart_, curEnd_, i_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.orig = "";
			this.slice = sliceType$6.nil;
			this.curStart = 0;
			this.curEnd = 0;
			this.i = 0;
			return;
		}
		this.orig = orig_;
		this.slice = slice_;
		this.curStart = curStart_;
		this.curEnd = curEnd_;
		this.i = i_;
	});
	joinState = $pkg.joinState = $newType(1, $kindInt8, "idna.joinState", true, "vendor/golang.org/x/net/idna", false, null);
	sliceType = $sliceType($Uint16);
	sliceType$1 = $sliceType(valueRange);
	ptrType = $ptrType(idnaTrie);
	arrayType = $arrayType(joinState, 8);
	sliceType$2 = $sliceType(arrayType);
	sliceType$3 = $sliceType($Int32);
	sliceType$4 = $sliceType($Uint8);
	sliceType$5 = $sliceType($emptyInterface);
	sliceType$6 = $sliceType($String);
	ptrType$1 = $ptrType(sparseBlocks);
	ptrType$3 = $ptrType(Profile);
	funcType = $funcType([ptrType$3, $String], [$error], false);
	funcType$1 = $funcType([ptrType$3, $String], [$String, $Bool, $error], false);
	funcType$2 = $funcType([$String], [$Bool], false);
	ptrType$4 = $ptrType(labelIter);
	info.prototype.isMapped = function() {
		var c;
		c = this.$val;
		return !((((c & 3) >>> 0) === 0));
	};
	$ptrType(info).prototype.isMapped = function() { return new info(this.$get()).isMapped(); };
	info.prototype.category = function() {
		var c, small;
		c = this.$val;
		small = (c & 3) >>> 0;
		if (!((small === 0))) {
			return ((small << 16 >>> 16));
		}
		return ((((c & 248) >>> 0) << 16 >>> 16));
	};
	$ptrType(info).prototype.category = function() { return new info(this.$get()).category(); };
	info.prototype.joinType = function() {
		var c;
		c = this.$val;
		if (new info(c).isMapped()) {
			return 0;
		}
		return (((c >>> 8 << 16 >>> 16)) & 7) >>> 0;
	};
	$ptrType(info).prototype.joinType = function() { return new info(this.$get()).joinType(); };
	info.prototype.isModifier = function() {
		var c;
		c = this.$val;
		return ((c & 4099) >>> 0) === 4096;
	};
	$ptrType(info).prototype.isModifier = function() { return new info(this.$get()).isModifier(); };
	info.prototype.isViramaModifier = function() {
		var c;
		c = this.$val;
		return ((c & 6147) >>> 0) === 6144;
	};
	$ptrType(info).prototype.isViramaModifier = function() { return new info(this.$get()).isViramaModifier(); };
	info.prototype.appendMapping = function(b, s) {
		var _index, b, c, index, p, s, s$1;
		c = this.$val;
		index = (((c >>> 3 << 16 >>> 16) >> 0));
		if (((c & 4) >>> 0) === 0) {
			s$1 = $substring(mappings, index);
			return $appendSlice(b, $substring(s$1, 1, (s$1.charCodeAt(0) + 1 << 24 >>> 24)));
		}
		b = $appendSlice(b, s);
		if (((c & 57344) >>> 0) === 57344) {
			_index = b.$length - 1 >> 0;
			((_index < 0 || _index >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + _index] = ((((_index < 0 || _index >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + _index]) ^ (((index << 24 >>> 24)))) << 24 >>> 24));
		} else {
			p = b.$length - ((xorData.charCodeAt(index) >> 0)) >> 0;
			while (true) {
				if (!(p < b.$length)) { break; }
				index = index + (1) >> 0;
				((p < 0 || p >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + p] = ((((p < 0 || p >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + p]) ^ (xorData.charCodeAt(index))) << 24 >>> 24));
				p = p + (1) >> 0;
			}
		}
		return b;
	};
	$ptrType(info).prototype.appendMapping = function(b, s) { return new info(this.$get()).appendMapping(b, s); };
	sparseBlocks.ptr.prototype.lookup = function(n, b) {
		var _q, b, header, hi, lo, m, n, offset, r, t, x, x$1, x$2;
		t = this;
		offset = (x = t.offset, ((n < 0 || n >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + n]));
		header = $clone((x$1 = t.values, ((offset < 0 || offset >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + offset])), valueRange);
		lo = offset + 1 << 16 >>> 16;
		hi = lo + ((header.lo << 16 >>> 16)) << 16 >>> 16;
		while (true) {
			if (!(lo < hi)) { break; }
			m = lo + (_q = ((hi - lo << 16 >>> 16)) / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >>> 0 : $throwRuntimeError("integer divide by zero")) << 16 >>> 16;
			r = $clone((x$2 = t.values, ((m < 0 || m >= x$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + m])), valueRange);
			if (r.lo <= b && b <= r.hi) {
				return r.value + ((((b - r.lo << 24 >>> 24) << 16 >>> 16)) * header.value << 16 >>> 16) << 16 >>> 16;
			}
			if (b < r.lo) {
				hi = m;
			} else {
				lo = m + 1 << 16 >>> 16;
			}
		}
		return 0;
	};
	sparseBlocks.prototype.lookup = function(n, b) { return this.$val.lookup(n, b); };
	idnaTrie.ptr.prototype.lookup = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, s, sz, t, v;
		v = 0;
		sz = 0;
		t = this;
		c0 = (0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]);
		if (c0 < 128) {
			_tmp = ((c0 < 0 || c0 >= idnaValues.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaValues[c0]);
			_tmp$1 = 1;
			v = _tmp;
			sz = _tmp$1;
			return [v, sz];
		} else if (c0 < 194) {
			_tmp$2 = 0;
			_tmp$3 = 1;
			v = _tmp$2;
			sz = _tmp$3;
			return [v, sz];
		} else if (c0 < 224) {
			if (s.$length < 2) {
				_tmp$4 = 0;
				_tmp$5 = 0;
				v = _tmp$4;
				sz = _tmp$5;
				return [v, sz];
			}
			i = ((c0 < 0 || c0 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[c0]);
			c1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = 0;
				_tmp$7 = 1;
				v = _tmp$6;
				sz = _tmp$7;
				return [v, sz];
			}
			_tmp$8 = t.lookupValue(((i >>> 0)), c1);
			_tmp$9 = 2;
			v = _tmp$8;
			sz = _tmp$9;
			return [v, sz];
		} else if (c0 < 240) {
			if (s.$length < 3) {
				_tmp$10 = 0;
				_tmp$11 = 0;
				v = _tmp$10;
				sz = _tmp$11;
				return [v, sz];
			}
			i$1 = ((c0 < 0 || c0 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[c0]);
			c1$1 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = 0;
				_tmp$13 = 1;
				v = _tmp$12;
				sz = _tmp$13;
				return [v, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[o]);
			c2 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = 0;
				_tmp$15 = 2;
				v = _tmp$14;
				sz = _tmp$15;
				return [v, sz];
			}
			_tmp$16 = t.lookupValue(((i$1 >>> 0)), c2);
			_tmp$17 = 3;
			v = _tmp$16;
			sz = _tmp$17;
			return [v, sz];
		} else if (c0 < 248) {
			if (s.$length < 4) {
				_tmp$18 = 0;
				_tmp$19 = 0;
				v = _tmp$18;
				sz = _tmp$19;
				return [v, sz];
			}
			i$2 = ((c0 < 0 || c0 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[c0]);
			c1$2 = (1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = 0;
				_tmp$21 = 1;
				v = _tmp$20;
				sz = _tmp$21;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[o$1]);
			c2$1 = (2 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 2]);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = 0;
				_tmp$23 = 2;
				v = _tmp$22;
				sz = _tmp$23;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[o$1]);
			c3 = (3 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 3]);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = 0;
				_tmp$25 = 3;
				v = _tmp$24;
				sz = _tmp$25;
				return [v, sz];
			}
			_tmp$26 = t.lookupValue(((i$2 >>> 0)), c3);
			_tmp$27 = 4;
			v = _tmp$26;
			sz = _tmp$27;
			return [v, sz];
		}
		_tmp$28 = 0;
		_tmp$29 = 1;
		v = _tmp$28;
		sz = _tmp$29;
		return [v, sz];
	};
	idnaTrie.prototype.lookup = function(s) { return this.$val.lookup(s); };
	idnaTrie.ptr.prototype.lookupString = function(s) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, c0, c1, c1$1, c1$2, c2, c2$1, c3, i, i$1, i$2, o, o$1, s, sz, t, v;
		v = 0;
		sz = 0;
		t = this;
		c0 = s.charCodeAt(0);
		if (c0 < 128) {
			_tmp = ((c0 < 0 || c0 >= idnaValues.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaValues[c0]);
			_tmp$1 = 1;
			v = _tmp;
			sz = _tmp$1;
			return [v, sz];
		} else if (c0 < 194) {
			_tmp$2 = 0;
			_tmp$3 = 1;
			v = _tmp$2;
			sz = _tmp$3;
			return [v, sz];
		} else if (c0 < 224) {
			if (s.length < 2) {
				_tmp$4 = 0;
				_tmp$5 = 0;
				v = _tmp$4;
				sz = _tmp$5;
				return [v, sz];
			}
			i = ((c0 < 0 || c0 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[c0]);
			c1 = s.charCodeAt(1);
			if (c1 < 128 || 192 <= c1) {
				_tmp$6 = 0;
				_tmp$7 = 1;
				v = _tmp$6;
				sz = _tmp$7;
				return [v, sz];
			}
			_tmp$8 = t.lookupValue(((i >>> 0)), c1);
			_tmp$9 = 2;
			v = _tmp$8;
			sz = _tmp$9;
			return [v, sz];
		} else if (c0 < 240) {
			if (s.length < 3) {
				_tmp$10 = 0;
				_tmp$11 = 0;
				v = _tmp$10;
				sz = _tmp$11;
				return [v, sz];
			}
			i$1 = ((c0 < 0 || c0 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[c0]);
			c1$1 = s.charCodeAt(1);
			if (c1$1 < 128 || 192 <= c1$1) {
				_tmp$12 = 0;
				_tmp$13 = 1;
				v = _tmp$12;
				sz = _tmp$13;
				return [v, sz];
			}
			o = (((i$1 >>> 0)) << 6 >>> 0) + ((c1$1 >>> 0)) >>> 0;
			i$1 = ((o < 0 || o >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[o]);
			c2 = s.charCodeAt(2);
			if (c2 < 128 || 192 <= c2) {
				_tmp$14 = 0;
				_tmp$15 = 2;
				v = _tmp$14;
				sz = _tmp$15;
				return [v, sz];
			}
			_tmp$16 = t.lookupValue(((i$1 >>> 0)), c2);
			_tmp$17 = 3;
			v = _tmp$16;
			sz = _tmp$17;
			return [v, sz];
		} else if (c0 < 248) {
			if (s.length < 4) {
				_tmp$18 = 0;
				_tmp$19 = 0;
				v = _tmp$18;
				sz = _tmp$19;
				return [v, sz];
			}
			i$2 = ((c0 < 0 || c0 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[c0]);
			c1$2 = s.charCodeAt(1);
			if (c1$2 < 128 || 192 <= c1$2) {
				_tmp$20 = 0;
				_tmp$21 = 1;
				v = _tmp$20;
				sz = _tmp$21;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c1$2 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[o$1]);
			c2$1 = s.charCodeAt(2);
			if (c2$1 < 128 || 192 <= c2$1) {
				_tmp$22 = 0;
				_tmp$23 = 2;
				v = _tmp$22;
				sz = _tmp$23;
				return [v, sz];
			}
			o$1 = (((i$2 >>> 0)) << 6 >>> 0) + ((c2$1 >>> 0)) >>> 0;
			i$2 = ((o$1 < 0 || o$1 >= idnaIndex.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaIndex[o$1]);
			c3 = s.charCodeAt(3);
			if (c3 < 128 || 192 <= c3) {
				_tmp$24 = 0;
				_tmp$25 = 3;
				v = _tmp$24;
				sz = _tmp$25;
				return [v, sz];
			}
			_tmp$26 = t.lookupValue(((i$2 >>> 0)), c3);
			_tmp$27 = 4;
			v = _tmp$26;
			sz = _tmp$27;
			return [v, sz];
		}
		_tmp$28 = 0;
		_tmp$29 = 1;
		v = _tmp$28;
		sz = _tmp$29;
		return [v, sz];
	};
	idnaTrie.prototype.lookupString = function(s) { return this.$val.lookupString(s); };
	idnaTrie.ptr.prototype.lookupValue = function(n, b) {
		var b, n, t, x;
		t = this;
		if (n < 126) {
			return ((x = (n << 6 >>> 0) + ((b >>> 0)) >>> 0, ((x < 0 || x >= idnaValues.length) ? ($throwRuntimeError("index out of range"), undefined) : idnaValues[x])));
		} else {
			n = n - (126) >>> 0;
			return (idnaSparse.lookup(n, b));
		}
	};
	idnaTrie.prototype.lookupValue = function(n, b) { return this.$val.lookupValue(n, b); };
	punyError = function(s) {
		var s;
		return new labelError.ptr(s, "A3");
	};
	decode = function(encoded) {
		var _i, _q, _r, _ref, _rune, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, _tuple$1, _tuple$2, bias, digit, encoded, i, k, n, ok, oldI, output, overflow, pos, r, t, w, x;
		if (encoded === "") {
			return ["", $ifaceNil];
		}
		pos = 1 + strings.LastIndex(encoded, "-") >> 0;
		if (pos === 1) {
			return ["", punyError(encoded)];
		}
		if (pos === encoded.length) {
			return [$substring(encoded, 0, (encoded.length - 1 >> 0)), $ifaceNil];
		}
		output = $makeSlice(sliceType$3, 0, encoded.length);
		if (!((pos === 0))) {
			_ref = $substring(encoded, 0, (pos - 1 >> 0));
			_i = 0;
			while (true) {
				if (!(_i < _ref.length)) { break; }
				_rune = $decodeRune(_ref, _i);
				r = _rune[0];
				output = $append(output, r);
				_i += _rune[1];
			}
		}
		_tmp = 0;
		_tmp$1 = 128;
		_tmp$2 = 72;
		i = _tmp;
		n = _tmp$1;
		bias = _tmp$2;
		overflow = false;
		while (true) {
			if (!(pos < encoded.length)) { break; }
			_tmp$3 = i;
			_tmp$4 = 1;
			oldI = _tmp$3;
			w = _tmp$4;
			k = 36;
			while (true) {
				if (pos === encoded.length) {
					return ["", punyError(encoded)];
				}
				_tuple = decodeDigit(encoded.charCodeAt(pos));
				digit = _tuple[0];
				ok = _tuple[1];
				if (!ok) {
					return ["", punyError(encoded)];
				}
				pos = pos + (1) >> 0;
				_tuple$1 = madd(i, digit, w);
				i = _tuple$1[0];
				overflow = _tuple$1[1];
				if (overflow) {
					return ["", punyError(encoded)];
				}
				t = k - bias >> 0;
				if (k <= bias) {
					t = 1;
				} else if (k >= (bias + 26 >> 0)) {
					t = 26;
				}
				if (digit < t) {
					break;
				}
				_tuple$2 = madd(0, w, 36 - t >> 0);
				w = _tuple$2[0];
				overflow = _tuple$2[1];
				if (overflow) {
					return ["", punyError(encoded)];
				}
				k = k + (36) >> 0;
			}
			if (output.$length >= 1024) {
				return ["", punyError(encoded)];
			}
			x = (((output.$length + 1 >> 0) >> 0));
			bias = adapt(i - oldI >> 0, x, oldI === 0);
			n = n + ((_q = i / x, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0;
			i = (_r = i % (x), _r === _r ? _r : $throwRuntimeError("integer divide by zero"));
			if (n < 0 || n > 1114111) {
				return ["", punyError(encoded)];
			}
			output = $append(output, 0);
			$copySlice($subslice(output, (i + 1 >> 0)), $subslice(output, i));
			((i < 0 || i >= output.$length) ? ($throwRuntimeError("index out of range"), undefined) : output.$array[output.$offset + i] = n);
			i = i + (1) >> 0;
		}
		return [($runesToString(output)), $ifaceNil];
	};
	encode = function(prefix, s) {
		var _i, _i$1, _i$2, _q, _r, _ref, _ref$1, _ref$2, _rune, _rune$1, _rune$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tuple, b, bias, delta, h, k, m, n, output, overflow, prefix, q, r, r$1, r$2, remaining, s, t;
		output = $makeSlice(sliceType$4, prefix.length, ((prefix.length + 1 >> 0) + ($imul(2, s.length)) >> 0));
		$copyString(output, prefix);
		_tmp = 0;
		_tmp$1 = 128;
		_tmp$2 = 72;
		delta = _tmp;
		n = _tmp$1;
		bias = _tmp$2;
		_tmp$3 = 0;
		_tmp$4 = 0;
		b = _tmp$3;
		remaining = _tmp$4;
		_ref = s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			r = _rune[0];
			if (r < 128) {
				b = b + (1) >> 0;
				output = $append(output, ((r << 24 >>> 24)));
			} else {
				remaining = remaining + (1) >> 0;
			}
			_i += _rune[1];
		}
		h = b;
		if (b > 0) {
			output = $append(output, 45);
		}
		overflow = false;
		while (true) {
			if (!(!((remaining === 0)))) { break; }
			m = 2147483647;
			_ref$1 = s;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.length)) { break; }
				_rune$1 = $decodeRune(_ref$1, _i$1);
				r$1 = _rune$1[0];
				if (m > r$1 && r$1 >= n) {
					m = r$1;
				}
				_i$1 += _rune$1[1];
			}
			_tuple = madd(delta, m - n >> 0, h + 1 >> 0);
			delta = _tuple[0];
			overflow = _tuple[1];
			if (overflow) {
				return ["", punyError(s)];
			}
			n = m;
			_ref$2 = s;
			_i$2 = 0;
			while (true) {
				if (!(_i$2 < _ref$2.length)) { break; }
				_rune$2 = $decodeRune(_ref$2, _i$2);
				r$2 = _rune$2[0];
				if (r$2 < n) {
					delta = delta + (1) >> 0;
					if (delta < 0) {
						return ["", punyError(s)];
					}
					_i$2 += _rune$2[1];
					continue;
				}
				if (r$2 > n) {
					_i$2 += _rune$2[1];
					continue;
				}
				q = delta;
				k = 36;
				while (true) {
					t = k - bias >> 0;
					if (k <= bias) {
						t = 1;
					} else if (k >= (bias + 26 >> 0)) {
						t = 26;
					}
					if (q < t) {
						break;
					}
					output = $append(output, encodeDigit(t + (_r = ((q - t >> 0)) % ((36 - t >> 0)), _r === _r ? _r : $throwRuntimeError("integer divide by zero")) >> 0));
					q = (_q = ((q - t >> 0)) / ((36 - t >> 0)), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
					k = k + (36) >> 0;
				}
				output = $append(output, encodeDigit(q));
				bias = adapt(delta, h + 1 >> 0, h === b);
				delta = 0;
				h = h + (1) >> 0;
				remaining = remaining - (1) >> 0;
				_i$2 += _rune$2[1];
			}
			delta = delta + (1) >> 0;
			n = n + (1) >> 0;
		}
		return [($bytesToString(output)), $ifaceNil];
	};
	madd = function(a, b, c) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, a, b, c, next, overflow, p, x, x$1;
		next = 0;
		overflow = false;
		p = $mul64((new $Int64(0, b)), (new $Int64(0, c)));
		if ((x = (x$1 = (new $Int64(0, a)), new $Int64(0 - x$1.$high, 2147483647 - x$1.$low)), (p.$high > x.$high || (p.$high === x.$high && p.$low > x.$low)))) {
			_tmp = 0;
			_tmp$1 = true;
			next = _tmp;
			overflow = _tmp$1;
			return [next, overflow];
		}
		_tmp$2 = a + (((p.$low + ((p.$high >> 31) * 4294967296)) >> 0)) >> 0;
		_tmp$3 = false;
		next = _tmp$2;
		overflow = _tmp$3;
		return [next, overflow];
	};
	decodeDigit = function(x) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, digit, ok, x;
		digit = 0;
		ok = false;
		if (48 <= x && x <= 57) {
			_tmp = (((x - 22 << 24 >>> 24) >> 0));
			_tmp$1 = true;
			digit = _tmp;
			ok = _tmp$1;
			return [digit, ok];
		} else if (65 <= x && x <= 90) {
			_tmp$2 = (((x - 65 << 24 >>> 24) >> 0));
			_tmp$3 = true;
			digit = _tmp$2;
			ok = _tmp$3;
			return [digit, ok];
		} else if (97 <= x && x <= 122) {
			_tmp$4 = (((x - 97 << 24 >>> 24) >> 0));
			_tmp$5 = true;
			digit = _tmp$4;
			ok = _tmp$5;
			return [digit, ok];
		}
		_tmp$6 = 0;
		_tmp$7 = false;
		digit = _tmp$6;
		ok = _tmp$7;
		return [digit, ok];
	};
	encodeDigit = function(digit) {
		var digit;
		if (0 <= digit && digit < 26) {
			return (((digit + 97 >> 0) << 24 >>> 24));
		} else if (26 <= digit && digit < 36) {
			return (((digit + 22 >> 0) << 24 >>> 24));
		}
		$panic(new $String("idna: internal error in punycode encoding"));
	};
	adapt = function(delta, numPoints, firstTime) {
		var _q, _q$1, _q$2, _q$3, _q$4, delta, firstTime, k, numPoints;
		if (firstTime) {
			delta = (_q = delta / (700), (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
		} else {
			delta = (_q$1 = delta / (2), (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero"));
		}
		delta = delta + ((_q$2 = delta / numPoints, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero"))) >> 0;
		k = 0;
		while (true) {
			if (!(delta > 455)) { break; }
			delta = (_q$3 = delta / (35), (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero"));
			k = k + (36) >> 0;
		}
		return k + (_q$4 = ($imul(36, delta)) / ((delta + 38 >> 0)), (_q$4 === _q$4 && _q$4 !== 1/0 && _q$4 !== -1/0) ? _q$4 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0;
	};
	ToASCII = function(s) {
		var {$24r, _r, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = $pkg.Punycode.process(s, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: ToASCII, $c: true, $r, $24r, _r, s, $s};return $f;
	};
	$pkg.ToASCII = ToASCII;
	Profile.ptr.prototype.ToASCII = function(s) {
		var {$24r, _r, p, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r = p.process(s, true); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Profile.ptr.prototype.ToASCII, $c: true, $r, $24r, _r, p, s, $s};return $f;
	};
	Profile.prototype.ToASCII = function(s) { return this.$val.ToASCII(s); };
	Profile.ptr.prototype.ToUnicode = function(s) {
		var {$24r, _r, p, pp, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		pp = $clone(p, Profile);
		pp.options.transitional = false;
		_r = pp.process(s, false); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Profile.ptr.prototype.ToUnicode, $c: true, $r, $24r, _r, p, pp, s, $s};return $f;
	};
	Profile.prototype.ToUnicode = function(s) { return this.$val.ToUnicode(s); };
	Profile.ptr.prototype.String = function() {
		var p, s;
		p = this;
		s = "";
		if (p.options.transitional) {
			s = "Transitional";
		} else {
			s = "NonTransitional";
		}
		if (p.options.useSTD3Rules) {
			s = s + (":UseSTD3Rules");
		}
		if (p.options.checkHyphens) {
			s = s + (":CheckHyphens");
		}
		if (p.options.checkJoiners) {
			s = s + (":CheckJoiners");
		}
		if (p.options.verifyDNSLength) {
			s = s + (":VerifyDNSLength");
		}
		return s;
	};
	Profile.prototype.String = function() { return this.$val.String(); };
	labelError.ptr.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = fmt.Sprintf("idna: invalid label %q", new sliceType$5([new $String(e.label)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: labelError.ptr.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	labelError.prototype.Error = function() { return this.$val.Error(); };
	runeError.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_r = fmt.Sprintf("idna: disallowed rune %U", new sliceType$5([new runeError(e)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: runeError.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	$ptrType(runeError).prototype.Error = function() { return new runeError(this.$get()).Error(); };
	Profile.ptr.prototype.process = function(s, toASCII) {
		var {_r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, a, err, err2, err2$1, isBidi, label, label$1, labels, n, n$1, p, s, toASCII, u, $s, $r, $c} = $restore(this, {s, toASCII});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		err = $ifaceNil;
		isBidi = false;
		/* */ if (!(p.options.mapping === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(p.options.mapping === $throwNilPointerError)) { */ case 1:
			_r = p.options.mapping(p, s); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			s = _tuple[0];
			isBidi = _tuple[1];
			err = _tuple[2];
		/* } */ case 2:
		if (p.options.removeLeadingDots) {
			while (true) {
				if (!(s.length > 0 && (s.charCodeAt(0) === 46))) { break; }
				s = $substring(s, 1);
			}
		}
		if ($interfaceIsEqual(err, $ifaceNil) && p.options.verifyDNSLength && s === "") {
			err = new labelError.ptr(s, "A4");
		}
		labels = new labelIter.ptr(s, sliceType$6.nil, 0, 0, 0);
		/* while (true) { */ case 4:
			/* if (!(!labels.done())) { break; } */ if(!(!labels.done())) { $s = 5; continue; }
			label = labels.label();
			if (label === "") {
				if ($interfaceIsEqual(err, $ifaceNil) && p.options.verifyDNSLength) {
					err = new labelError.ptr(s, "A4");
				}
				labels.next();
				/* continue; */ $s = 4; continue;
			}
			/* */ if (strings.HasPrefix(label, "xn--")) { $s = 6; continue; }
			/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (strings.HasPrefix(label, "xn--")) { */ case 6:
				_tuple$1 = decode($substring(label, 4));
				u = _tuple$1[0];
				err2 = _tuple$1[1];
				if (!($interfaceIsEqual(err2, $ifaceNil))) {
					if ($interfaceIsEqual(err, $ifaceNil)) {
						err = err2;
					}
					labels.next();
					/* continue; */ $s = 4; continue;
				}
				isBidi = isBidi || !((bidirule.DirectionString(u) === 0));
				labels.set(u);
				/* */ if ($interfaceIsEqual(err, $ifaceNil) && !(p.options.fromPuny === $throwNilPointerError)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if ($interfaceIsEqual(err, $ifaceNil) && !(p.options.fromPuny === $throwNilPointerError)) { */ case 9:
					_r$1 = p.options.fromPuny(p, u); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					err = _r$1;
				/* } */ case 10:
				if ($interfaceIsEqual(err, $ifaceNil)) {
					err = p.validateLabel(u);
				}
				$s = 8; continue;
			/* } else if ($interfaceIsEqual(err, $ifaceNil)) { */ case 7:
				err = p.validateLabel(label);
			/* } */ case 8:
			labels.next();
		$s = 4; continue;
		case 5:
		/* */ if (isBidi && !(p.options.bidirule === $throwNilPointerError) && $interfaceIsEqual(err, $ifaceNil)) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (isBidi && !(p.options.bidirule === $throwNilPointerError) && $interfaceIsEqual(err, $ifaceNil)) { */ case 12:
			labels.reset();
			/* while (true) { */ case 14:
				/* if (!(!labels.done())) { break; } */ if(!(!labels.done())) { $s = 15; continue; }
				_r$2 = p.options.bidirule(labels.label()); /* */ $s = 18; case 18: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (!_r$2) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (!_r$2) { */ case 16:
					err = new labelError.ptr(s, "B");
					/* break; */ $s = 15; continue;
				/* } */ case 17:
				labels.next();
			$s = 14; continue;
			case 15:
		/* } */ case 13:
		if (toASCII) {
			labels.reset();
			while (true) {
				if (!(!labels.done())) { break; }
				label$1 = labels.label();
				if (!ascii(label$1)) {
					_tuple$2 = encode("xn--", label$1);
					a = _tuple$2[0];
					err2$1 = _tuple$2[1];
					if ($interfaceIsEqual(err, $ifaceNil)) {
						err = err2$1;
					}
					label$1 = a;
					labels.set(a);
				}
				n = label$1.length;
				if (p.options.verifyDNSLength && $interfaceIsEqual(err, $ifaceNil) && ((n === 0) || n > 63)) {
					err = new labelError.ptr(label$1, "A4");
				}
				labels.next();
			}
		}
		s = labels.result();
		if (toASCII && p.options.verifyDNSLength && $interfaceIsEqual(err, $ifaceNil)) {
			n$1 = s.length;
			if (n$1 > 0 && (s.charCodeAt((n$1 - 1 >> 0)) === 46)) {
				n$1 = n$1 - (1) >> 0;
			}
			if (s.length < 1 || n$1 > 253) {
				err = new labelError.ptr(s, "A4");
			}
		}
		$s = -1; return [s, err];
		/* */ } return; } var $f = {$blk: Profile.ptr.prototype.process, $c: true, $r, _r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, a, err, err2, err2$1, isBidi, label, label$1, labels, n, n$1, p, s, toASCII, u, $s};return $f;
	};
	Profile.prototype.process = function(s, toASCII) { return this.$val.process(s, toASCII); };
	info.prototype.isBidi = function(s) {
		var _1, _tuple, c, p, s;
		c = this.$val;
		if (!new info(c).isMapped()) {
			return ((c & 6144) >>> 0) === 2048;
		}
		_tuple = bidi.LookupString(s);
		p = $clone(_tuple[0], bidi.Properties);
		_1 = $clone(p, bidi.Properties).Class();
		if ((_1 === (1)) || (_1 === (13)) || (_1 === (5))) {
			return true;
		}
		return false;
	};
	$ptrType(info).prototype.isBidi = function(s) { return new info(this.$get()).isBidi(s); };
	validateAndMap = function(p, s) {
		var {_1, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, b, bidi$1, combinedInfoBits, err, i, k, p, r, s, start, sz, v, vm, $s, $r, $c} = $restore(this, {p, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		vm = "";
		bidi$1 = false;
		err = $ifaceNil;
		b = sliceType$4.nil;
		k = 0;
		combinedInfoBits = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			_tuple = trie.lookupString($substring(s, i));
			v = _tuple[0];
			sz = _tuple[1];
			if (sz === 0) {
				b = $appendSlice(b, $substring(s, k, i));
				b = $appendSlice(b, "\xEF\xBF\xBD");
				k = s.length;
				if ($interfaceIsEqual(err, $ifaceNil)) {
					err = new runeError(65533);
				}
				break;
			}
			combinedInfoBits = (combinedInfoBits | (((v << 16 >>> 16)))) >>> 0;
			bidi$1 = bidi$1 || new info(((v << 16 >>> 16))).isBidi($substring(s, i));
			start = i;
			i = i + (sz) >> 0;
			_1 = p.simplify(new info(((v << 16 >>> 16))).category());
			if (_1 === (8)) {
				continue;
			} else if (_1 === (64)) {
				if ($interfaceIsEqual(err, $ifaceNil)) {
					_tuple$1 = utf8.DecodeRuneInString($substring(s, start));
					r = _tuple$1[0];
					err = new runeError(((r >> 0)));
				}
				continue;
			} else if ((_1 === (1)) || (_1 === (3))) {
				b = $appendSlice(b, $substring(s, k, start));
				b = new info(((v << 16 >>> 16))).appendMapping(b, $substring(s, start, i));
			} else if (_1 === (192)) {
				b = $appendSlice(b, $substring(s, k, start));
			} else if (_1 === (0)) {
				b = $appendSlice(b, $substring(s, k, start));
				b = $appendSlice(b, "\xEF\xBF\xBD");
			}
			k = i;
		}
		/* */ if (k === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (k === 0) { */ case 1:
			/* */ if (!((((combinedInfoBits & 8192) >>> 0) === 0))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!((((combinedInfoBits & 8192) >>> 0) === 0))) { */ case 4:
				_r = new norm.Form(0).String(s); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				s = _r;
			/* } */ case 5:
			$s = 3; continue;
		/* } else { */ case 2:
			b = $appendSlice(b, $substring(s, k));
			_r$1 = new norm.Form(0).QuickSpan(b); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!((_r$1 === b.$length))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!((_r$1 === b.$length))) { */ case 7:
				_r$2 = new norm.Form(0).Bytes(b); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				b = _r$2;
			/* } */ case 8:
			s = ($bytesToString(b));
		/* } */ case 3:
		_tmp = s;
		_tmp$1 = bidi$1;
		_tmp$2 = err;
		vm = _tmp;
		bidi$1 = _tmp$1;
		err = _tmp$2;
		$s = -1; return [vm, bidi$1, err];
		/* */ } return; } var $f = {$blk: validateAndMap, $c: true, $r, _1, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tuple, _tuple$1, b, bidi$1, combinedInfoBits, err, i, k, p, r, s, start, sz, v, vm, $s};return $f;
	};
	labelIter.ptr.prototype.reset = function() {
		var l;
		l = this;
		l.curStart = 0;
		l.curEnd = 0;
		l.i = 0;
	};
	labelIter.prototype.reset = function() { return this.$val.reset(); };
	labelIter.ptr.prototype.done = function() {
		var l;
		l = this;
		return l.curStart >= l.orig.length;
	};
	labelIter.prototype.done = function() { return this.$val.done(); };
	labelIter.ptr.prototype.result = function() {
		var l;
		l = this;
		if (!(l.slice === sliceType$6.nil)) {
			return strings.Join(l.slice, ".");
		}
		return l.orig;
	};
	labelIter.prototype.result = function() { return this.$val.result(); };
	labelIter.ptr.prototype.label = function() {
		var l, p, x, x$1;
		l = this;
		if (!(l.slice === sliceType$6.nil)) {
			return (x = l.slice, x$1 = l.i, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1]));
		}
		p = strings.IndexByte($substring(l.orig, l.curStart), 46);
		l.curEnd = l.curStart + p >> 0;
		if (p === -1) {
			l.curEnd = l.orig.length;
		}
		return $substring(l.orig, l.curStart, l.curEnd);
	};
	labelIter.prototype.label = function() { return this.$val.label(); };
	labelIter.ptr.prototype.next = function() {
		var l, x, x$1;
		l = this;
		l.i = l.i + (1) >> 0;
		if (!(l.slice === sliceType$6.nil)) {
			if (l.i >= l.slice.$length || (l.i === (l.slice.$length - 1 >> 0)) && (x = l.slice, x$1 = l.i, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1])) === "") {
				l.curStart = l.orig.length;
			}
		} else {
			l.curStart = l.curEnd + 1 >> 0;
			if ((l.curStart === (l.orig.length - 1 >> 0)) && (l.orig.charCodeAt(l.curStart) === 46)) {
				l.curStart = l.orig.length;
			}
		}
	};
	labelIter.prototype.next = function() { return this.$val.next(); };
	labelIter.ptr.prototype.set = function(s) {
		var l, s, x, x$1;
		l = this;
		if (l.slice === sliceType$6.nil) {
			l.slice = strings.Split(l.orig, ".");
		}
		(x = l.slice, x$1 = l.i, ((x$1 < 0 || x$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + x$1] = s));
	};
	labelIter.prototype.set = function(s) { return this.$val.set(s); };
	Profile.ptr.prototype.simplify = function(cat) {
		var _1, cat, p;
		p = this;
		_1 = cat;
		if (_1 === (2)) {
			if (p.options.useSTD3Rules) {
				cat = 64;
			} else {
				cat = 1;
			}
		} else if (_1 === (128)) {
			if (p.options.useSTD3Rules) {
				cat = 64;
			} else {
				cat = 8;
			}
		} else if (_1 === (3)) {
			if (!p.options.transitional) {
				cat = 8;
			}
		} else if ((_1 === (24)) || (_1 === (40))) {
			cat = 8;
		}
		return cat;
	};
	Profile.prototype.simplify = function(cat) { return this.$val.simplify(cat); };
	validateFromPunycode = function(p, s) {
		var {_r, _tuple, c, i, p, s, sz, v, $s, $r, $c} = $restore(this, {p, s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = new norm.Form(0).IsNormalString(s); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		/* */ if (!_r) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r) { */ case 1:
			$s = -1; return new labelError.ptr(s, "V1");
		/* } */ case 2:
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			_tuple = trie.lookupString($substring(s, i));
			v = _tuple[0];
			sz = _tuple[1];
			if (sz === 0) {
				$s = -1; return new runeError(65533);
			}
			c = p.simplify(new info(((v << 16 >>> 16))).category());
			if (!((c === 8)) && !((c === 3))) {
				$s = -1; return new labelError.ptr(s, "V6");
			}
			i = i + (sz) >> 0;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: validateFromPunycode, $c: true, $r, _r, _tuple, c, i, p, s, sz, v, $s};return $f;
	};
	Profile.ptr.prototype.validateLabel = function(s) {
		var _tuple, _tuple$1, err, i, jt, p, s, st, sz, trie$1, v, x, x$1;
		err = $ifaceNil;
		p = this;
		if (s === "") {
			if (p.options.verifyDNSLength) {
				err = new labelError.ptr(s, "A4");
				return err;
			}
			err = $ifaceNil;
			return err;
		}
		if (p.options.checkHyphens) {
			if (s.length > 4 && (s.charCodeAt(2) === 45) && (s.charCodeAt(3) === 45)) {
				err = new labelError.ptr(s, "V2");
				return err;
			}
			if ((s.charCodeAt(0) === 45) || (s.charCodeAt((s.length - 1 >> 0)) === 45)) {
				err = new labelError.ptr(s, "V3");
				return err;
			}
		}
		if (!p.options.checkJoiners) {
			err = $ifaceNil;
			return err;
		}
		trie$1 = p.options.trie;
		_tuple = trie$1.lookupString(s);
		v = _tuple[0];
		sz = _tuple[1];
		x = ((v << 16 >>> 16));
		if (new info(x).isModifier()) {
			err = new labelError.ptr(s, "V5");
			return err;
		}
		if ((strings.Index(s, "\xE2\x80\x8D") === -1) && (strings.Index(s, "\xE2\x80\x8C") === -1)) {
			err = $ifaceNil;
			return err;
		}
		st = 0;
		i = 0;
		while (true) {
			jt = new info(x).joinType();
			if ($substring(s, i, (i + sz >> 0)) === "\xE2\x80\x8D") {
				jt = 5;
			} else if ($substring(s, i, (i + sz >> 0)) === "\xE2\x80\x8C") {
				jt = 6;
			}
			st = (x$1 = ((st < 0 || st >= joinStates.$length) ? ($throwRuntimeError("index out of range"), undefined) : joinStates.$array[joinStates.$offset + st]), ((jt < 0 || jt >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[jt]));
			if (new info(x).isViramaModifier()) {
				st = ((st < 0 || st >= joinStates.$length) ? ($throwRuntimeError("index out of range"), undefined) : joinStates.$array[joinStates.$offset + st])[7];
			}
			i = i + (sz) >> 0;
			if (i === s.length) {
				break;
			}
			_tuple$1 = trie$1.lookupString($substring(s, i));
			v = _tuple$1[0];
			sz = _tuple$1[1];
			x = ((v << 16 >>> 16));
		}
		if ((st === 5) || (st === 4)) {
			err = new labelError.ptr(s, "C");
			return err;
		}
		err = $ifaceNil;
		return err;
	};
	Profile.prototype.validateLabel = function(s) { return this.$val.validateLabel(s); };
	ascii = function(s) {
		var i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) >= 128) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	info.methods = [{prop: "isMapped", name: "isMapped", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$Bool], false)}, {prop: "category", name: "category", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [category], false)}, {prop: "joinType", name: "joinType", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [info], false)}, {prop: "isModifier", name: "isModifier", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$Bool], false)}, {prop: "isViramaModifier", name: "isViramaModifier", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$Bool], false)}, {prop: "appendMapping", name: "appendMapping", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([sliceType$4, $String], [sliceType$4], false)}, {prop: "isBidi", name: "isBidi", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$String], [$Bool], false)}];
	ptrType$1.methods = [{prop: "lookup", name: "lookup", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$Uint32, $Uint8], [$Uint16], false)}];
	ptrType.methods = [{prop: "lookup", name: "lookup", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([sliceType$4], [$Uint16, $Int], false)}, {prop: "lookupUnsafe", name: "lookupUnsafe", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([sliceType$4], [$Uint16], false)}, {prop: "lookupString", name: "lookupString", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$String], [$Uint16, $Int], false)}, {prop: "lookupStringUnsafe", name: "lookupStringUnsafe", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$String], [$Uint16], false)}, {prop: "lookupValue", name: "lookupValue", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$Uint32, $Uint8], [$Uint16], false)}];
	ptrType$3.methods = [{prop: "ToASCII", name: "ToASCII", pkg: "", typ: $funcType([$String], [$String, $error], false)}, {prop: "ToUnicode", name: "ToUnicode", pkg: "", typ: $funcType([$String], [$String, $error], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "process", name: "process", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$String, $Bool], [$String, $error], false)}, {prop: "simplify", name: "simplify", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([category], [category], false)}, {prop: "validateLabel", name: "validateLabel", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$String], [$error], false)}];
	labelError.methods = [{prop: "code", name: "code", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$String], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	runeError.methods = [{prop: "code", name: "code", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$String], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$4.methods = [{prop: "reset", name: "reset", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [], false)}, {prop: "done", name: "done", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$Bool], false)}, {prop: "result", name: "result", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$String], false)}, {prop: "label", name: "label", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [$String], false)}, {prop: "next", name: "next", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([], [], false)}, {prop: "set", name: "set", pkg: "vendor/golang.org/x/net/idna", typ: $funcType([$String], [], false)}];
	valueRange.init("vendor/golang.org/x/net/idna", [{prop: "value", name: "value", embedded: false, exported: false, typ: $Uint16, tag: ""}, {prop: "lo", name: "lo", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "hi", name: "hi", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	sparseBlocks.init("vendor/golang.org/x/net/idna", [{prop: "values", name: "values", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "offset", name: "offset", embedded: false, exported: false, typ: sliceType, tag: ""}]);
	idnaTrie.init("", []);
	options.init("vendor/golang.org/x/net/idna", [{prop: "transitional", name: "transitional", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "useSTD3Rules", name: "useSTD3Rules", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "checkHyphens", name: "checkHyphens", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "checkJoiners", name: "checkJoiners", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "verifyDNSLength", name: "verifyDNSLength", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "removeLeadingDots", name: "removeLeadingDots", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "trie", name: "trie", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "fromPuny", name: "fromPuny", embedded: false, exported: false, typ: funcType, tag: ""}, {prop: "mapping", name: "mapping", embedded: false, exported: false, typ: funcType$1, tag: ""}, {prop: "bidirule", name: "bidirule", embedded: false, exported: false, typ: funcType$2, tag: ""}]);
	Profile.init("vendor/golang.org/x/net/idna", [{prop: "options", name: "options", embedded: true, exported: false, typ: options, tag: ""}]);
	labelError.init("vendor/golang.org/x/net/idna", [{prop: "label", name: "label", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "code_", name: "code_", embedded: false, exported: false, typ: $String, tag: ""}]);
	labelIter.init("vendor/golang.org/x/net/idna", [{prop: "orig", name: "orig", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "slice", name: "slice", embedded: false, exported: false, typ: sliceType$6, tag: ""}, {prop: "curStart", name: "curStart", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "curEnd", name: "curEnd", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "i", name: "i", embedded: false, exported: false, typ: $Int, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = fmt.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bidirule.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bidi.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = norm.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		trie = new idnaTrie.ptr();
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8049, 8065, 8081, 8097, 57621, 57621, 57653, 57653, 57621, 57621, 57717, 57717, 57621, 57621, 57653, 57653, 57621, 57621, 57845, 57845, 57621, 57621, 57653, 57653, 57621, 57621, 57717, 57717, 57621, 57621, 57653, 57653, 57621, 57621, 35645, 35645, 1205, 1205, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 2568, 45529, 45553, 45649, 45721, 64, 46177, 45793, 45673, 45913, 46201, 46057, 46081, 46105, 46129, 45817, 45961, 46009, 45865, 46033, 45769, 45841, 45601, 45625, 45697, 45745, 45889, 45937, 45985, 48297, 31129, 48321, 48345, 64, 45553, 45649, 64, 46153, 64, 64, 45673, 64, 46201, 46057, 46081, 46105, 46129, 45817, 45961, 46009, 45865, 46033, 64, 45841, 45601, 45625, 45697, 64, 45889, 64, 45985, 64, 64, 64, 64, 64, 64, 45649, 64, 64, 64, 64, 45673, 64, 46201, 64, 46081, 64, 46129, 45817, 45961, 64, 45865, 46033, 64, 45841, 64, 64, 45697, 64, 45889, 64, 45985, 64, 31129, 64, 48345, 64, 45553, 45649, 64, 46153, 64, 64, 45673, 45913, 46201, 46057, 64, 46105, 46129, 45817, 45961, 46009, 45865, 46033, 64, 45841, 45601, 45625, 45697, 64, 45889, 45937, 45985, 48297, 64, 48321, 64, 45529, 45553, 45649, 45721, 46153, 46177, 45793, 45673, 45913, 46201, 64, 46081, 46105, 46129, 45817, 45961, 46009, 45865, 46033, 45769, 45841, 45601, 45625, 45697, 45745, 45889, 45937, 45985, 64, 64, 64, 64, 64, 45553, 45649, 45721, 64, 46177, 45793, 45673, 45913, 46201, 64, 46081, 46105, 46129, 45817, 45961, 46009, 45865, 46033, 45769, 45841, 45601, 45625, 45697, 45745, 45889, 45937, 45985, 64, 64, 64, 64, 64, 48370, 48394, 48418, 48442, 48466, 48490, 48514, 48538, 48562, 48586, 24, 24, 24, 24, 24, 48610, 48642, 48674, 48706, 48738, 48770, 48802, 48834, 48866, 48898, 48930, 48962, 48994, 49026, 49058, 49090, 49122, 49154, 49186, 49218, 49250, 49282, 49314, 49346, 49378, 49410, 49441, 4441, 617, 26281, 49505, 24, 57, 3817, 4441, 3833, 3849, 4505, 3889, 585, 3905, 601, 3921, 857, 3937, 3953, 217, 3993, 8249, 617, 473, 4009, 4025, 4233, 633, 873, 649, 5073, 49529, 26089, 49553, 5185, 49577, 49609, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 49633, 49657, 49681, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 49729, 49785, 49841, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 49873, 49905, 49937, 49969, 50001, 50033, 50065, 50097, 50129, 50161, 50193, 50225, 50257, 50289, 50321, 50353, 50385, 50417, 50449, 50481, 50513, 50545, 50577, 50609, 50641, 50673, 50705, 50737, 50769, 50801, 50833, 50865, 50897, 50929, 50961, 50993, 51025, 51057, 51089, 51121, 51153, 51185, 51217, 51249, 64, 64, 64, 64, 52065, 52097, 52129, 35669, 52161, 52193, 52225, 52257, 52289, 52321, 52353, 52385, 52417, 35701, 52449, 52481, 52513, 52545, 35733, 52577, 52609, 50321, 35765, 52641, 52673, 52705, 52737, 52769, 35797, 52801, 52833, 52865, 52897, 52929, 51185, 52961, 52993, 53025, 53057, 53089, 53121, 53153, 53185, 53217, 53249, 53281, 53313, 53345, 53377, 53409, 53409, 53409, 35829, 53441, 53473, 53505, 35861, 53537, 53569, 53601, 53633, 53665, 53697, 53729, 53761, 53793, 53825, 53857, 53889, 53921, 53921, 53953, 53985, 54017, 54049, 54081, 54113, 54145, 54177, 54209, 54241, 54273, 54305, 54337, 54369, 54401, 54433, 54465, 54497, 35893, 54529, 54561, 54593, 50033, 54625, 54657, 35925, 35957, 54689, 54721, 54753, 54785, 54817, 54849, 8256, 54881, 54913, 54913, 35989, 54945, 54977, 55009, 55041, 36021, 55073, 55105, 8256, 55137, 55169, 55201, 55233, 55265, 55297, 36053, 55329, 36085, 55361, 55393, 55425, 55457, 55489, 55521, 55553, 55585, 55617, 55649, 55681, 36117, 55713, 55745, 55777, 55809, 55841, 36149, 55873, 36181, 36213, 55905, 55937, 55937, 55969, 36245, 36277, 56001, 56033, 56065, 56097, 56129, 56161, 56193, 56225, 56257, 56289, 56321, 36309, 56353, 56385, 56417, 56449, 56417, 56481, 56513, 56545, 56577, 56609, 56641, 56673, 56705, 56737, 56769, 56801, 56833, 56865, 56897, 36341, 56929, 56961, 56993, 57025, 57057, 36373, 57089, 58881, 58913, 58945, 58977, 59009, 59041, 36661, 59073, 59105, 59137, 59169, 59201, 59233, 36693, 59265, 59297, 36725, 36757, 59329, 59361, 59393, 59425, 59457, 59489, 59521, 59553, 59585, 36789, 59617, 36821, 59649, 8256, 59681, 59713, 59745, 36853, 59777, 59809, 36885, 36917, 59841, 59873, 59905, 59937, 59969, 59969, 60001, 60033, 60065, 60097, 60129, 60161, 60193, 36949, 60225, 36981, 60257, 37013, 60289, 37045, 37077, 37109, 60321, 60353, 60385, 37141, 37173, 37205, 37237, 60417, 60449, 60449, 60481, 60513, 60545, 60577, 60609, 37269, 60641, 60673, 60705, 60737, 37301, 60769, 37333, 37365, 60801, 60833, 60865, 60897, 60929, 60961, 37397, 37429, 37461, 8256, 60993, 37493, 61025, 61057, 61089, 37525, 61121, 61153, 61185, 61217, 61249, 37557, 61281, 61313, 61345, 61377, 61409, 61441, 37589, 37621, 61473, 37653, 61505, 37685, 61537, 61569, 61601, 37717, 37749, 61633, 37781, 61665, 63265, 63297, 63329, 63361, 63393, 38229, 63425, 63457, 63489, 63521, 63553, 38261, 38293, 63585, 63617, 63649, 63681, 63713, 63745, 38325, 63777, 63809, 63841, 63873, 38357, 38389, 63905, 63937, 63969, 38421, 64001, 64033, 26701, 38453, 64065, 64097, 64129, 38485, 64161, 64193, 64225, 64257, 64289, 64321, 64353, 38517, 64385, 64417, 64449, 38549, 64481, 64513, 64545, 64577, 31597, 38581, 64609, 64641, 64673, 38613, 64705, 38645, 64737, 64737, 64769, 38677, 64801, 64833, 64865, 64897, 64929, 64961, 64993, 38709, 65025, 65057, 65089, 65121, 65153, 65185, 38741, 65217, 38773, 38805, 38837, 65249, 65281, 65313, 65345, 65377, 65409, 65441, 65473, 38869, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64, 64]);
		idnaIndex = $toNativeArray($kindUint16, [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 126, 2, 3, 4, 5, 6, 127, 128, 7, 129, 8, 9, 10, 130, 11, 12, 13, 14, 131, 132, 133, 15, 16, 134, 17, 18, 135, 136, 137, 2, 3, 4, 5, 6, 7, 7, 7, 7, 8, 9, 7, 7, 10, 11, 12, 30, 31, 31, 33, 34, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 138, 19, 139, 140, 141, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 142, 143, 30, 31, 32, 144, 33, 145, 146, 147, 148, 34, 149, 150, 35, 36, 151, 152, 153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166, 167, 168, 160, 160, 160, 160, 160, 160, 160, 160, 169, 170, 171, 172, 173, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 184, 185, 186, 187, 188, 189, 190, 191, 192, 193, 194, 195, 37, 38, 39, 196, 40, 40, 41, 40, 197, 42, 43, 44, 45, 46, 47, 198, 48, 49, 199, 156, 200, 201, 156, 156, 202, 156, 156, 156, 203, 50, 51, 52, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 156, 204, 205, 156, 206, 156, 207, 208, 156, 209, 53, 40, 54, 210, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 55, 56, 221, 222, 223, 224, 57, 58, 225, 226, 59, 60, 61, 62, 63, 64, 65, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 156, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 227, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 228, 229, 160, 160, 160, 160, 230, 66, 67, 231, 68, 69, 70, 232, 233, 234, 235, 236, 237, 238, 239, 240, 241, 242, 243, 244, 245, 246, 247, 248, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 249, 250, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 252, 253, 254, 255, 71, 256, 257, 72, 73, 74, 75, 76, 258, 77, 78, 79, 80, 81, 259, 82, 83, 84, 85, 86, 87, 88, 89, 90, 260, 261, 160, 262, 263, 156, 264, 265, 251, 251, 266, 267, 268, 269, 270, 271, 272, 160, 273, 274, 275, 276, 251, 251, 160, 160, 160, 160, 277, 278, 251, 251, 279, 280, 281, 282, 283, 251, 284, 285, 286, 287, 288, 91, 289, 290, 92, 251, 291, 292, 293, 294, 295, 251, 251, 251, 251, 296, 297, 251, 298, 299, 300, 301, 302, 303, 304, 305, 306, 307, 308, 309, 310, 251, 311, 312, 93, 94, 251, 251, 313, 314, 315, 316, 251, 251, 317, 318, 319, 320, 321, 322, 323, 251, 251, 251, 324, 251, 325, 326, 95, 327, 328, 329, 330, 331, 332, 333, 251, 251, 251, 251, 334, 335, 336, 251, 337, 338, 339, 251, 251, 251, 251, 340, 251, 251, 341, 342, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 343, 251, 156, 344, 160, 160, 160, 345, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 346, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 160, 160, 160, 160, 160, 160, 160, 160, 160, 347, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 160, 160, 160, 160, 160, 160, 160, 160, 333, 348, 251, 349, 350, 351, 352, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 353, 354, 251, 160, 355, 356, 357, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 358, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 160, 359, 360, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 160, 160, 160, 160, 361, 362, 160, 160, 160, 160, 160, 363, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 160, 364, 365, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 156, 156, 156, 366, 367, 368, 369, 370, 156, 371, 251, 372, 156, 373, 251, 251, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 156, 156, 156, 156, 156, 156, 156, 156, 374, 375, 376, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 251, 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		idnaSparseOffset = new sliceType([0, 8, 25, 37, 39, 44, 51, 62, 74, 78, 93, 98, 108, 120, 133, 139, 148, 164, 178, 189, 202, 219, 229, 236, 249, 266, 273, 284, 299, 313, 323, 325, 330, 333, 336, 338, 350, 361, 369, 375, 381, 386, 391, 394, 398, 404, 409, 421, 431, 437, 454, 464, 467, 475, 478, 491, 499, 503, 510, 518, 534, 546, 549, 559, 571, 583, 595, 603, 608, 621, 638, 642, 653, 657, 666, 674, 680, 685, 688, 692, 698, 702, 706, 710, 716, 724, 731, 742, 752, 756, 759, 765, 769, 771, 774, 776, 779, 789, 792, 807, 811, 816, 819, 823, 828, 833, 839, 856, 872, 878, 882, 897, 902, 910, 920, 931, 939, 956, 965, 981, 994, 1006, 1011, 1024, 1028, 1033, 1035, 1037, 1041, 1043, 1047, 1056, 1062, 1066, 1082, 1092, 1097, 1100, 1106, 1113, 1118, 1122, 1128, 1133, 1142, 1147, 1153, 1160, 1167, 1174, 1178, 1183, 1186, 1191, 1203, 1209, 1214, 1221, 1229, 1234, 1238, 1254, 1261, 1265, 1269, 1276, 1278, 1281, 1284, 1288, 1297, 1301, 1309, 1317, 1325, 1337, 1349, 1355, 1364, 1376, 1383, 1392, 1403, 1410, 1425, 1438, 1451, 1460, 1464, 1479, 1487, 1498, 1507, 1513, 1521, 1530, 1541, 1544, 1556, 1565, 1568, 1573, 1582, 1587, 1600, 1611, 1620, 1630, 1633, 1643, 1652, 1664, 1677, 1690, 1704, 1711, 1715, 1719, 1722, 1727, 1730, 1735, 1738, 1745, 1752, 1756, 1767, 1770, 1773, 1776, 1782, 1788, 1797, 1800, 1803, 1806, 1809, 1816, 1819, 1824, 1834, 1837, 1841, 1856, 1868, 1872, 1877, 1881, 1886, 1890, 1895, 1904, 1915, 1921, 1927, 1933, 1939, 1948, 1951, 1954, 1958, 1962, 1966, 1972, 1978, 1983, 1986, 2002, 2009, 2012, 2017, 2021, 2027, 2034, 2038, 2042, 2051, 2058, 2063, 2067, 2081, 2084, 2087, 2091, 2095, 2098, 2114, 2131, 2134, 2139, 2141, 2143]);
		idnaSparseValues = $toNativeArray($kindStruct, [new valueRange.ptr(0, 7, 0), new valueRange.ptr(57605, 128, 150), new valueRange.ptr(24, 151, 151), new valueRange.ptr(57605, 152, 158), new valueRange.ptr(31, 159, 159), new valueRange.ptr(8, 160, 182), new valueRange.ptr(24, 183, 183), new valueRange.ptr(8, 184, 191), new valueRange.ptr(0, 16, 0), new valueRange.ptr(8, 128, 128), new valueRange.ptr(57373, 129, 129), new valueRange.ptr(8, 130, 130), new valueRange.ptr(821, 131, 131), new valueRange.ptr(845, 132, 132), new valueRange.ptr(869, 133, 133), new valueRange.ptr(57357, 134, 134), new valueRange.ptr(8, 135, 135), new valueRange.ptr(57357, 136, 136), new valueRange.ptr(8, 137, 137), new valueRange.ptr(57357, 138, 138), new valueRange.ptr(8, 139, 139), new valueRange.ptr(57357, 140, 140), new valueRange.ptr(8, 141, 141), new valueRange.ptr(57357, 142, 142), new valueRange.ptr(8, 143, 191), new valueRange.ptr(0, 11, 0), new valueRange.ptr(8, 128, 175), new valueRange.ptr(585, 176, 176), new valueRange.ptr(893, 177, 177), new valueRange.ptr(601, 178, 178), new valueRange.ptr(617, 179, 179), new valueRange.ptr(845, 180, 180), new valueRange.ptr(917, 181, 181), new valueRange.ptr(57789, 182, 182), new valueRange.ptr(633, 183, 183), new valueRange.ptr(649, 184, 184), new valueRange.ptr(8, 185, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(13064, 128, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(1013, 128, 143), new valueRange.ptr(57605, 144, 159), new valueRange.ptr(1181, 160, 175), new valueRange.ptr(8, 176, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(57733, 128, 143), new valueRange.ptr(1349, 144, 150), new valueRange.ptr(64, 151, 152), new valueRange.ptr(8, 153, 153), new valueRange.ptr(24, 154, 159), new valueRange.ptr(8, 160, 191), new valueRange.ptr(0, 10, 0), new valueRange.ptr(8, 128, 134), new valueRange.ptr(1025, 135, 135), new valueRange.ptr(8, 136, 136), new valueRange.ptr(24, 137, 138), new valueRange.ptr(64, 139, 140), new valueRange.ptr(24, 141, 143), new valueRange.ptr(64, 144, 144), new valueRange.ptr(13064, 145, 189), new valueRange.ptr(2072, 190, 190), new valueRange.ptr(13064, 191, 191), new valueRange.ptr(0, 11, 0), new valueRange.ptr(2072, 128, 128), new valueRange.ptr(13064, 129, 130), new valueRange.ptr(2072, 131, 131), new valueRange.ptr(13064, 132, 133), new valueRange.ptr(2072, 134, 134), new valueRange.ptr(13064, 135, 135), new valueRange.ptr(64, 136, 143), new valueRange.ptr(2056, 144, 170), new valueRange.ptr(64, 171, 174), new valueRange.ptr(2056, 175, 180), new valueRange.ptr(64, 181, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(2568, 128, 135), new valueRange.ptr(3080, 136, 153), new valueRange.ptr(2568, 154, 191), new valueRange.ptr(0, 14, 0), new valueRange.ptr(13064, 128, 138), new valueRange.ptr(64, 139, 140), new valueRange.ptr(3080, 141, 141), new valueRange.ptr(2568, 142, 152), new valueRange.ptr(3080, 153, 155), new valueRange.ptr(2568, 156, 170), new valueRange.ptr(3080, 171, 172), new valueRange.ptr(2568, 173, 176), new valueRange.ptr(3080, 177, 177), new valueRange.ptr(2568, 178, 178), new valueRange.ptr(3080, 179, 180), new valueRange.ptr(2568, 181, 183), new valueRange.ptr(3080, 184, 185), new valueRange.ptr(2568, 186, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(2056, 128, 165), new valueRange.ptr(13064, 166, 176), new valueRange.ptr(2056, 177, 177), new valueRange.ptr(64, 178, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(2056, 128, 137), new valueRange.ptr(2568, 138, 170), new valueRange.ptr(13064, 171, 179), new valueRange.ptr(2056, 180, 181), new valueRange.ptr(24, 182, 185), new valueRange.ptr(2072, 186, 186), new valueRange.ptr(64, 187, 188), new valueRange.ptr(13064, 189, 189), new valueRange.ptr(2072, 190, 191), new valueRange.ptr(0, 11, 0), new valueRange.ptr(2056, 128, 149), new valueRange.ptr(13064, 150, 153), new valueRange.ptr(2056, 154, 154), new valueRange.ptr(13064, 155, 163), new valueRange.ptr(2056, 164, 164), new valueRange.ptr(13064, 165, 167), new valueRange.ptr(2056, 168, 168), new valueRange.ptr(13064, 169, 173), new valueRange.ptr(64, 174, 175), new valueRange.ptr(2072, 176, 190), new valueRange.ptr(64, 191, 191), new valueRange.ptr(0, 12, 0), new valueRange.ptr(64, 128, 159), new valueRange.ptr(2568, 160, 169), new valueRange.ptr(3080, 170, 172), new valueRange.ptr(2056, 173, 173), new valueRange.ptr(3080, 174, 174), new valueRange.ptr(2568, 175, 176), new valueRange.ptr(3080, 177, 178), new valueRange.ptr(2568, 179, 180), new valueRange.ptr(64, 181, 181), new valueRange.ptr(2568, 182, 184), new valueRange.ptr(3080, 185, 185), new valueRange.ptr(2568, 186, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(2568, 128, 135), new valueRange.ptr(64, 136, 146), new valueRange.ptr(13064, 147, 161), new valueRange.ptr(2112, 162, 162), new valueRange.ptr(13064, 163, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(13064, 128, 130), new valueRange.ptr(12296, 131, 131), new valueRange.ptr(8, 132, 185), new valueRange.ptr(13064, 186, 186), new valueRange.ptr(12296, 187, 187), new valueRange.ptr(13064, 188, 188), new valueRange.ptr(8, 189, 189), new valueRange.ptr(12296, 190, 191), new valueRange.ptr(0, 15, 0), new valueRange.ptr(13064, 128, 128), new valueRange.ptr(12296, 129, 130), new valueRange.ptr(64, 131, 133), new valueRange.ptr(12296, 134, 136), new valueRange.ptr(64, 137, 137), new valueRange.ptr(12296, 138, 140), new valueRange.ptr(15112, 141, 141), new valueRange.ptr(64, 142, 143), new valueRange.ptr(8, 144, 144), new valueRange.ptr(64, 145, 150), new valueRange.ptr(12296, 151, 151), new valueRange.ptr(64, 152, 165), new valueRange.ptr(8, 166, 175), new valueRange.ptr(24, 176, 186), new valueRange.ptr(64, 187, 191), new valueRange.ptr(0, 13, 0), new valueRange.ptr(13064, 128, 128), new valueRange.ptr(12296, 129, 131), new valueRange.ptr(13064, 132, 132), new valueRange.ptr(8, 133, 140), new valueRange.ptr(64, 141, 141), new valueRange.ptr(8, 142, 144), new valueRange.ptr(64, 145, 145), new valueRange.ptr(8, 146, 168), new valueRange.ptr(64, 169, 169), new valueRange.ptr(8, 170, 185), new valueRange.ptr(64, 186, 188), new valueRange.ptr(8, 189, 189), new valueRange.ptr(13064, 190, 191), new valueRange.ptr(0, 10, 0), new valueRange.ptr(13064, 128, 129), new valueRange.ptr(12296, 130, 131), new valueRange.ptr(8, 132, 140), new valueRange.ptr(64, 141, 141), new valueRange.ptr(8, 142, 144), new valueRange.ptr(64, 145, 145), new valueRange.ptr(8, 146, 186), new valueRange.ptr(15112, 187, 188), new valueRange.ptr(8, 189, 189), new valueRange.ptr(12296, 190, 191), new valueRange.ptr(0, 12, 0), new valueRange.ptr(64, 128, 128), new valueRange.ptr(13064, 129, 129), new valueRange.ptr(12296, 130, 131), new valueRange.ptr(64, 132, 132), new valueRange.ptr(8, 133, 150), new valueRange.ptr(64, 151, 153), new valueRange.ptr(8, 154, 177), new valueRange.ptr(64, 178, 178), new valueRange.ptr(8, 179, 187), new valueRange.ptr(64, 188, 188), new valueRange.ptr(8, 189, 189), new valueRange.ptr(64, 190, 191), new valueRange.ptr(0, 16, 0), new valueRange.ptr(8, 128, 134), new valueRange.ptr(64, 135, 137), new valueRange.ptr(15112, 138, 138), new valueRange.ptr(64, 139, 142), new valueRange.ptr(12296, 143, 145), new valueRange.ptr(13064, 146, 148), new valueRange.ptr(64, 149, 149), new valueRange.ptr(13064, 150, 150), new valueRange.ptr(64, 151, 151), new valueRange.ptr(12296, 152, 159), new valueRange.ptr(64, 160, 165), new valueRange.ptr(8, 166, 175), new valueRange.ptr(64, 176, 177), new valueRange.ptr(12296, 178, 179), new valueRange.ptr(24, 180, 180), new valueRange.ptr(64, 181, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(64, 128, 128), new valueRange.ptr(8, 129, 176), new valueRange.ptr(13064, 177, 177), new valueRange.ptr(8, 178, 178), new valueRange.ptr(2289, 179, 179), new valueRange.ptr(13064, 180, 185), new valueRange.ptr(15112, 186, 186), new valueRange.ptr(64, 187, 190), new valueRange.ptr(24, 191, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(8, 128, 134), new valueRange.ptr(13064, 135, 142), new valueRange.ptr(24, 143, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(24, 154, 155), new valueRange.ptr(64, 156, 191), new valueRange.ptr(0, 12, 0), new valueRange.ptr(8, 128, 132), new valueRange.ptr(64, 133, 133), new valueRange.ptr(8, 134, 134), new valueRange.ptr(64, 135, 135), new valueRange.ptr(13064, 136, 141), new valueRange.ptr(64, 142, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(64, 154, 155), new valueRange.ptr(2401, 156, 156), new valueRange.ptr(2457, 157, 157), new valueRange.ptr(8, 158, 159), new valueRange.ptr(64, 160, 191), new valueRange.ptr(0, 16, 0), new valueRange.ptr(8, 128, 128), new valueRange.ptr(24, 129, 138), new valueRange.ptr(8, 139, 139), new valueRange.ptr(57405, 140, 140), new valueRange.ptr(24, 141, 151), new valueRange.ptr(13064, 152, 153), new valueRange.ptr(24, 154, 159), new valueRange.ptr(8, 160, 169), new valueRange.ptr(24, 170, 180), new valueRange.ptr(13064, 181, 181), new valueRange.ptr(24, 182, 182), new valueRange.ptr(13064, 183, 183), new valueRange.ptr(24, 184, 184), new valueRange.ptr(13064, 185, 185), new valueRange.ptr(24, 186, 189), new valueRange.ptr(12296, 190, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(24, 128, 133), new valueRange.ptr(13064, 134, 134), new valueRange.ptr(24, 135, 140), new valueRange.ptr(64, 141, 141), new valueRange.ptr(24, 142, 154), new valueRange.ptr(64, 155, 191), new valueRange.ptr(0, 10, 0), new valueRange.ptr(8, 128, 170), new valueRange.ptr(12296, 171, 172), new valueRange.ptr(13064, 173, 176), new valueRange.ptr(12296, 177, 177), new valueRange.ptr(13064, 178, 183), new valueRange.ptr(12296, 184, 184), new valueRange.ptr(15112, 185, 186), new valueRange.ptr(12296, 187, 188), new valueRange.ptr(13064, 189, 190), new valueRange.ptr(8, 191, 191), new valueRange.ptr(0, 14, 0), new valueRange.ptr(8, 128, 137), new valueRange.ptr(24, 138, 143), new valueRange.ptr(8, 144, 149), new valueRange.ptr(12296, 150, 151), new valueRange.ptr(13064, 152, 153), new valueRange.ptr(8, 154, 157), new valueRange.ptr(13064, 158, 160), new valueRange.ptr(8, 161, 161), new valueRange.ptr(12296, 162, 164), new valueRange.ptr(8, 165, 166), new valueRange.ptr(12296, 167, 173), new valueRange.ptr(8, 174, 176), new valueRange.ptr(13064, 177, 180), new valueRange.ptr(8, 181, 191), new valueRange.ptr(0, 13, 0), new valueRange.ptr(8, 128, 129), new valueRange.ptr(13064, 130, 130), new valueRange.ptr(12296, 131, 132), new valueRange.ptr(13064, 133, 134), new valueRange.ptr(12296, 135, 140), new valueRange.ptr(13064, 141, 141), new valueRange.ptr(8, 142, 142), new valueRange.ptr(12296, 143, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(12296, 154, 156), new valueRange.ptr(13064, 157, 157), new valueRange.ptr(24, 158, 159), new valueRange.ptr(64, 160, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(64, 128, 134), new valueRange.ptr(1373, 135, 135), new valueRange.ptr(64, 136, 140), new valueRange.ptr(1373, 141, 141), new valueRange.ptr(64, 142, 143), new valueRange.ptr(8, 144, 186), new valueRange.ptr(24, 187, 187), new valueRange.ptr(57605, 188, 188), new valueRange.ptr(8, 189, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(24, 128, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(24, 128, 158), new valueRange.ptr(64, 159, 160), new valueRange.ptr(8216, 161, 181), new valueRange.ptr(24, 182, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(24, 128, 167), new valueRange.ptr(8216, 168, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8216, 128, 130), new valueRange.ptr(24, 131, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(8, 128, 191), new valueRange.ptr(0, 11, 0), new valueRange.ptr(8, 128, 136), new valueRange.ptr(64, 137, 137), new valueRange.ptr(8, 138, 141), new valueRange.ptr(64, 142, 143), new valueRange.ptr(8, 144, 150), new valueRange.ptr(64, 151, 151), new valueRange.ptr(8, 152, 152), new valueRange.ptr(64, 153, 153), new valueRange.ptr(8, 154, 157), new valueRange.ptr(64, 158, 159), new valueRange.ptr(8, 160, 191), new valueRange.ptr(0, 10, 0), new valueRange.ptr(8, 128, 136), new valueRange.ptr(64, 137, 137), new valueRange.ptr(8, 138, 141), new valueRange.ptr(64, 142, 143), new valueRange.ptr(8, 144, 176), new valueRange.ptr(64, 177, 177), new valueRange.ptr(8, 178, 181), new valueRange.ptr(64, 182, 183), new valueRange.ptr(8, 184, 190), new valueRange.ptr(64, 191, 191), new valueRange.ptr(0, 7, 0), new valueRange.ptr(8, 128, 128), new valueRange.ptr(64, 129, 129), new valueRange.ptr(8, 130, 133), new valueRange.ptr(64, 134, 135), new valueRange.ptr(8, 136, 150), new valueRange.ptr(64, 151, 151), new valueRange.ptr(8, 152, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(8, 128, 144), new valueRange.ptr(64, 145, 145), new valueRange.ptr(8, 146, 149), new valueRange.ptr(64, 150, 151), new valueRange.ptr(8, 152, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(8, 128, 154), new valueRange.ptr(64, 155, 156), new valueRange.ptr(13064, 157, 159), new valueRange.ptr(24, 160, 188), new valueRange.ptr(64, 189, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(8, 128, 143), new valueRange.ptr(24, 144, 153), new valueRange.ptr(64, 154, 159), new valueRange.ptr(8, 160, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(8, 128, 181), new valueRange.ptr(64, 182, 183), new valueRange.ptr(57413, 184, 189), new valueRange.ptr(64, 190, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(24, 128, 128), new valueRange.ptr(8, 129, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(8, 128, 172), new valueRange.ptr(24, 173, 174), new valueRange.ptr(8, 175, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(64, 128, 128), new valueRange.ptr(8, 129, 154), new valueRange.ptr(24, 155, 156), new valueRange.ptr(64, 157, 159), new valueRange.ptr(8, 160, 191), new 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191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(64, 128, 159), new valueRange.ptr(1181, 160, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(8, 128, 169), new valueRange.ptr(24, 170, 178), new valueRange.ptr(64, 179, 190), new valueRange.ptr(8, 191, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(12296, 128, 128), new valueRange.ptr(8, 129, 129), new valueRange.ptr(12296, 130, 130), new valueRange.ptr(13064, 131, 131), new valueRange.ptr(24, 132, 134), new valueRange.ptr(64, 135, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(64, 154, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(64, 128, 159), new valueRange.ptr(8, 160, 167), new valueRange.ptr(64, 168, 169), new valueRange.ptr(8, 170, 191), new valueRange.ptr(0, 12, 0), new valueRange.ptr(8, 128, 144), new valueRange.ptr(12296, 145, 147), new valueRange.ptr(13064, 148, 151), new valueRange.ptr(64, 152, 153), new valueRange.ptr(13064, 154, 155), new valueRange.ptr(12296, 156, 159), new valueRange.ptr(15112, 160, 160), new valueRange.ptr(8, 161, 161), new valueRange.ptr(24, 162, 162), new valueRange.ptr(8, 163, 163), new valueRange.ptr(12296, 164, 164), new valueRange.ptr(64, 165, 191), new valueRange.ptr(0, 10, 0), new valueRange.ptr(8, 128, 128), new valueRange.ptr(13064, 129, 138), new valueRange.ptr(8, 139, 178), new valueRange.ptr(13064, 179, 179), new valueRange.ptr(15112, 180, 180), new valueRange.ptr(13064, 181, 184), new valueRange.ptr(12296, 185, 185), new valueRange.ptr(8, 186, 186), new valueRange.ptr(13064, 187, 190), new valueRange.ptr(24, 191, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(24, 128, 134), new valueRange.ptr(15112, 135, 135), new valueRange.ptr(64, 136, 143), new valueRange.ptr(8, 144, 144), new valueRange.ptr(13064, 145, 150), new valueRange.ptr(12296, 151, 152), new valueRange.ptr(13064, 153, 155), new valueRange.ptr(8, 156, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(8, 128, 137), new valueRange.ptr(13064, 138, 150), new valueRange.ptr(12296, 151, 151), new valueRange.ptr(13064, 152, 152), new valueRange.ptr(15112, 153, 153), new valueRange.ptr(24, 154, 156), new valueRange.ptr(8, 157, 157), new valueRange.ptr(24, 158, 162), new valueRange.ptr(64, 163, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 184), new valueRange.ptr(64, 185, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(8, 128, 136), new valueRange.ptr(64, 137, 137), new valueRange.ptr(8, 138, 174), new valueRange.ptr(12296, 175, 175), new valueRange.ptr(13064, 176, 182), new valueRange.ptr(64, 183, 183), new valueRange.ptr(13064, 184, 189), new valueRange.ptr(12296, 190, 190), new valueRange.ptr(15112, 191, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(8, 128, 128), new valueRange.ptr(24, 129, 133), new valueRange.ptr(64, 134, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(24, 154, 172), new valueRange.ptr(64, 173, 175), new valueRange.ptr(24, 176, 177), new valueRange.ptr(8, 178, 191), new valueRange.ptr(0, 11, 0), new valueRange.ptr(8, 128, 143), new valueRange.ptr(64, 144, 145), new valueRange.ptr(13064, 146, 167), new valueRange.ptr(64, 168, 168), new valueRange.ptr(12296, 169, 169), new valueRange.ptr(13064, 170, 176), new valueRange.ptr(12296, 177, 177), new valueRange.ptr(13064, 178, 179), new valueRange.ptr(12296, 180, 180), new valueRange.ptr(13064, 181, 182), new valueRange.ptr(64, 183, 191), new valueRange.ptr(0, 12, 0), new valueRange.ptr(8, 128, 134), new valueRange.ptr(64, 135, 135), new valueRange.ptr(8, 136, 137), new valueRange.ptr(64, 138, 138), new valueRange.ptr(8, 139, 176), new valueRange.ptr(13064, 177, 182), new valueRange.ptr(64, 183, 185), new valueRange.ptr(13064, 186, 186), new valueRange.ptr(64, 187, 187), new valueRange.ptr(13064, 188, 189), new valueRange.ptr(64, 190, 190), new valueRange.ptr(13064, 191, 191), new valueRange.ptr(0, 12, 0), new valueRange.ptr(13064, 128, 131), new valueRange.ptr(15112, 132, 133), new valueRange.ptr(8, 134, 134), new valueRange.ptr(13064, 135, 135), new valueRange.ptr(64, 136, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(64, 154, 159), new valueRange.ptr(8, 160, 165), new valueRange.ptr(64, 166, 166), new valueRange.ptr(8, 167, 168), new valueRange.ptr(64, 169, 169), new valueRange.ptr(8, 170, 191), new valueRange.ptr(0, 13, 0), new valueRange.ptr(8, 128, 137), new valueRange.ptr(12296, 138, 142), new valueRange.ptr(64, 143, 143), new valueRange.ptr(13064, 144, 145), new valueRange.ptr(64, 146, 146), new valueRange.ptr(12296, 147, 148), new valueRange.ptr(13064, 149, 149), new valueRange.ptr(12296, 150, 150), new valueRange.ptr(15112, 151, 151), new valueRange.ptr(8, 152, 152), new valueRange.ptr(64, 153, 159), new valueRange.ptr(8, 160, 169), new valueRange.ptr(64, 170, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(64, 128, 159), new valueRange.ptr(8, 160, 178), new valueRange.ptr(13064, 179, 180), new valueRange.ptr(12296, 181, 182), new valueRange.ptr(24, 183, 184), new valueRange.ptr(64, 185, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(64, 128, 175), new valueRange.ptr(8, 176, 176), new valueRange.ptr(64, 177, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(24, 128, 177), new valueRange.ptr(64, 178, 190), new valueRange.ptr(24, 191, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 153), new valueRange.ptr(64, 154, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(24, 128, 174), new valueRange.ptr(64, 175, 175), new valueRange.ptr(24, 176, 180), new valueRange.ptr(64, 181, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 131), new valueRange.ptr(64, 132, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(8, 128, 174), new valueRange.ptr(64, 175, 175), new valueRange.ptr(832, 176, 184), new valueRange.ptr(64, 185, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 134), new valueRange.ptr(64, 135, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(8, 128, 158), new valueRange.ptr(64, 159, 159), new valueRange.ptr(8, 160, 169), new valueRange.ptr(64, 170, 173), new valueRange.ptr(24, 174, 175), new valueRange.ptr(64, 176, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(64, 128, 143), new valueRange.ptr(8, 144, 173), new valueRange.ptr(64, 174, 175), new valueRange.ptr(13064, 176, 180), new valueRange.ptr(24, 181, 181), new valueRange.ptr(64, 182, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(8, 128, 175), new valueRange.ptr(13064, 176, 182), new valueRange.ptr(24, 183, 191), new valueRange.ptr(0, 10, 0), new valueRange.ptr(8, 128, 131), new valueRange.ptr(24, 132, 133), new valueRange.ptr(64, 134, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(64, 154, 154), new valueRange.ptr(24, 155, 161), new valueRange.ptr(64, 162, 162), new valueRange.ptr(8, 163, 183), new valueRange.ptr(64, 184, 188), new valueRange.ptr(8, 189, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 143), new valueRange.ptr(64, 144, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(57605, 128, 159), new valueRange.ptr(8, 160, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(24, 128, 154), new valueRange.ptr(64, 155, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(8, 128, 138), new valueRange.ptr(64, 139, 142), new valueRange.ptr(13064, 143, 143), new valueRange.ptr(8, 144, 144), new valueRange.ptr(12296, 145, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(12296, 128, 135), new valueRange.ptr(64, 136, 142), new valueRange.ptr(13064, 143, 146), new valueRange.ptr(8, 147, 159), new valueRange.ptr(64, 160, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(64, 128, 159), new valueRange.ptr(8, 160, 161), new valueRange.ptr(24, 162, 162), new valueRange.ptr(8, 163, 163), new valueRange.ptr(13064, 164, 164), new valueRange.ptr(64, 165, 175), new valueRange.ptr(12296, 176, 177), new valueRange.ptr(64, 178, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 183), new valueRange.ptr(64, 184, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 149), new valueRange.ptr(64, 150, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 136), new valueRange.ptr(64, 137, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 158), new valueRange.ptr(64, 159, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(64, 128, 143), new valueRange.ptr(8, 144, 146), new valueRange.ptr(64, 147, 163), new valueRange.ptr(8, 164, 167), new valueRange.ptr(64, 168, 175), new valueRange.ptr(8, 176, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 187), new valueRange.ptr(64, 188, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(8, 128, 170), new valueRange.ptr(64, 171, 175), new valueRange.ptr(8, 176, 188), new valueRange.ptr(64, 189, 191), new valueRange.ptr(0, 9, 0), new valueRange.ptr(8, 128, 136), new valueRange.ptr(64, 137, 143), new valueRange.ptr(8, 144, 153), new valueRange.ptr(64, 154, 155), new valueRange.ptr(24, 156, 156), new valueRange.ptr(13064, 157, 158), new valueRange.ptr(24, 159, 159), new valueRange.ptr(960, 160, 163), new valueRange.ptr(64, 164, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(24, 128, 181), new valueRange.ptr(64, 182, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(24, 128, 166), new valueRange.ptr(64, 167, 168), new valueRange.ptr(24, 169, 191), new valueRange.ptr(0, 14, 0), new valueRange.ptr(24, 128, 157), new valueRange.ptr(46601, 158, 158), new valueRange.ptr(46673, 159, 159), new valueRange.ptr(46745, 160, 160), new valueRange.ptr(46849, 161, 161), new valueRange.ptr(46953, 162, 162), new valueRange.ptr(47057, 163, 163), new valueRange.ptr(47161, 164, 164), new valueRange.ptr(12312, 165, 166), new valueRange.ptr(13080, 167, 169), new valueRange.ptr(24, 170, 172), new valueRange.ptr(12312, 173, 178), new valueRange.ptr(832, 179, 186), new valueRange.ptr(13080, 187, 191), new valueRange.ptr(0, 11, 0), new valueRange.ptr(13080, 128, 130), new valueRange.ptr(24, 131, 132), new valueRange.ptr(13080, 133, 139), new valueRange.ptr(24, 140, 169), new valueRange.ptr(13080, 170, 173), new valueRange.ptr(24, 174, 186), new valueRange.ptr(47265, 187, 187), new valueRange.ptr(47337, 188, 188), new valueRange.ptr(47409, 189, 189), new valueRange.ptr(47513, 190, 190), new valueRange.ptr(47617, 191, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(47721, 128, 128), new valueRange.ptr(24, 129, 168), new valueRange.ptr(64, 169, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(24, 128, 129), new valueRange.ptr(13080, 130, 132), new valueRange.ptr(24, 133, 133), new valueRange.ptr(64, 134, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(64, 128, 159), new valueRange.ptr(24, 160, 179), new valueRange.ptr(64, 180, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(24, 128, 150), new valueRange.ptr(64, 151, 159), new valueRange.ptr(24, 160, 184), new valueRange.ptr(64, 185, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(13064, 128, 182), new valueRange.ptr(24, 183, 186), new valueRange.ptr(13064, 187, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(13064, 128, 172), new valueRange.ptr(24, 173, 180), new valueRange.ptr(13064, 181, 181), new valueRange.ptr(24, 182, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(24, 128, 131), new valueRange.ptr(13064, 132, 132), new valueRange.ptr(24, 133, 139), new valueRange.ptr(64, 140, 154), new valueRange.ptr(13064, 155, 159), new valueRange.ptr(64, 160, 160), new valueRange.ptr(13064, 161, 175), new valueRange.ptr(64, 176, 191), new valueRange.ptr(0, 10, 0), new valueRange.ptr(13064, 128, 134), new valueRange.ptr(64, 135, 135), new valueRange.ptr(13064, 136, 152), new valueRange.ptr(64, 153, 154), new valueRange.ptr(13064, 155, 161), new valueRange.ptr(64, 162, 162), new valueRange.ptr(13064, 163, 164), new valueRange.ptr(64, 165, 165), new valueRange.ptr(13064, 166, 170), new valueRange.ptr(64, 171, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(8, 128, 172), new valueRange.ptr(64, 173, 175), new valueRange.ptr(13064, 176, 182), new valueRange.ptr(8, 183, 189), new valueRange.ptr(64, 190, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(8, 128, 137), new valueRange.ptr(64, 138, 141), new valueRange.ptr(8, 142, 142), new valueRange.ptr(24, 143, 143), new valueRange.ptr(64, 144, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(8, 128, 171), new valueRange.ptr(13064, 172, 175), new valueRange.ptr(8, 176, 185), new valueRange.ptr(64, 186, 190), new valueRange.ptr(24, 191, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(2056, 128, 132), new valueRange.ptr(64, 133, 134), new valueRange.ptr(2072, 135, 143), new valueRange.ptr(13064, 144, 150), new valueRange.ptr(64, 151, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(2568, 128, 131), new valueRange.ptr(13064, 132, 138), new valueRange.ptr(2824, 139, 139), new valueRange.ptr(64, 140, 143), new valueRange.ptr(2056, 144, 153), new valueRange.ptr(64, 154, 157), new valueRange.ptr(2072, 158, 159), new valueRange.ptr(64, 160, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(64, 128, 176), new valueRange.ptr(2072, 177, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(2072, 128, 180), new valueRange.ptr(64, 181, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(64, 128, 128), new valueRange.ptr(2072, 129, 189), new valueRange.ptr(64, 190, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(64, 128, 175), new valueRange.ptr(24, 176, 177), new valueRange.ptr(64, 178, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(24, 128, 171), new valueRange.ptr(64, 172, 175), new valueRange.ptr(24, 176, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(24, 128, 147), new valueRange.ptr(64, 148, 159), new valueRange.ptr(24, 160, 174), new valueRange.ptr(64, 175, 176), new valueRange.ptr(24, 177, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(64, 128, 128), new valueRange.ptr(24, 129, 143), new valueRange.ptr(64, 144, 144), new valueRange.ptr(24, 145, 181), new valueRange.ptr(64, 182, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(24, 128, 143), new valueRange.ptr(49705, 144, 144), new valueRange.ptr(24, 145, 173), new valueRange.ptr(64, 174, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(64, 128, 165), new valueRange.ptr(24, 166, 191), new valueRange.ptr(0, 15, 0), new valueRange.ptr(51281, 128, 128), new valueRange.ptr(51361, 129, 129), new valueRange.ptr(51441, 130, 130), new valueRange.ptr(51521, 131, 131), new valueRange.ptr(51601, 132, 132), new valueRange.ptr(51681, 133, 133), new valueRange.ptr(51761, 134, 134), new valueRange.ptr(51841, 135, 135), new valueRange.ptr(51921, 136, 136), new valueRange.ptr(64, 137, 143), new valueRange.ptr(52001, 144, 144), new valueRange.ptr(52033, 145, 145), new valueRange.ptr(64, 146, 159), new valueRange.ptr(24, 160, 165), new valueRange.ptr(64, 166, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(24, 128, 151), new valueRange.ptr(64, 152, 159), new valueRange.ptr(24, 160, 172), new valueRange.ptr(64, 173, 175), new valueRange.ptr(24, 176, 188), new valueRange.ptr(64, 189, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(24, 128, 179), new valueRange.ptr(64, 180, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(24, 128, 152), new valueRange.ptr(64, 153, 159), new valueRange.ptr(24, 160, 171), new valueRange.ptr(64, 172, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(24, 128, 139), new valueRange.ptr(64, 140, 143), new valueRange.ptr(24, 144, 191), new valueRange.ptr(0, 5, 0), new valueRange.ptr(24, 128, 135), new valueRange.ptr(64, 136, 143), new valueRange.ptr(24, 144, 153), new valueRange.ptr(64, 154, 159), new valueRange.ptr(24, 160, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(24, 128, 135), new valueRange.ptr(64, 136, 143), new valueRange.ptr(24, 144, 173), new valueRange.ptr(64, 174, 175), new valueRange.ptr(24, 176, 177), new valueRange.ptr(64, 178, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(24, 128, 184), new valueRange.ptr(64, 185, 185), new valueRange.ptr(24, 186, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(24, 128, 139), new valueRange.ptr(64, 140, 140), new valueRange.ptr(24, 141, 191), new valueRange.ptr(0, 8, 0), new valueRange.ptr(24, 128, 147), new valueRange.ptr(64, 148, 159), new valueRange.ptr(24, 160, 173), new valueRange.ptr(64, 174, 175), new valueRange.ptr(24, 176, 180), new valueRange.ptr(64, 181, 183), new valueRange.ptr(24, 184, 186), new valueRange.ptr(64, 187, 191), new valueRange.ptr(0, 6, 0), new valueRange.ptr(24, 128, 134), new valueRange.ptr(64, 135, 143), new valueRange.ptr(24, 144, 168), new valueRange.ptr(64, 169, 175), new valueRange.ptr(24, 176, 182), new valueRange.ptr(64, 183, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(24, 128, 130), new valueRange.ptr(64, 131, 143), new valueRange.ptr(24, 144, 150), new valueRange.ptr(64, 151, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(24, 128, 146), new valueRange.ptr(64, 147, 147), new valueRange.ptr(24, 148, 191), new valueRange.ptr(0, 13, 0), new valueRange.ptr(24, 128, 138), new valueRange.ptr(64, 139, 175), new valueRange.ptr(8001, 176, 176), new valueRange.ptr(201, 177, 177), new valueRange.ptr(105, 178, 178), new valueRange.ptr(121, 179, 179), new valueRange.ptr(8017, 180, 180), new valueRange.ptr(8033, 181, 181), new valueRange.ptr(8049, 182, 182), new valueRange.ptr(8065, 183, 183), new valueRange.ptr(8081, 184, 184), new valueRange.ptr(8097, 185, 185), new valueRange.ptr(64, 186, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 157), new valueRange.ptr(64, 158, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 180), new valueRange.ptr(64, 181, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(8, 128, 157), new valueRange.ptr(64, 158, 159), new valueRange.ptr(8, 160, 191), new valueRange.ptr(0, 3, 0), new valueRange.ptr(8, 128, 161), new valueRange.ptr(64, 162, 175), new valueRange.ptr(8, 176, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 160), new valueRange.ptr(64, 161, 191), new valueRange.ptr(32, 15, 0), new valueRange.ptr(57121, 128, 137), new valueRange.ptr(36405, 138, 138), new valueRange.ptr(57441, 139, 156), new valueRange.ptr(36437, 157, 157), new valueRange.ptr(58017, 158, 162), new valueRange.ptr(36469, 163, 163), new valueRange.ptr(58177, 164, 171), new valueRange.ptr(32525, 172, 172), new valueRange.ptr(58433, 173, 175), new valueRange.ptr(36501, 176, 176), new valueRange.ptr(58529, 177, 182), new valueRange.ptr(36533, 183, 185), new valueRange.ptr(58721, 186, 186), new valueRange.ptr(36629, 187, 187), new valueRange.ptr(58753, 188, 191), new valueRange.ptr(32, 16, 0), new valueRange.ptr(37813, 128, 128), new valueRange.ptr(61697, 129, 134), new valueRange.ptr(37845, 135, 138), new valueRange.ptr(55905, 139, 139), new valueRange.ptr(61889, 140, 150), new valueRange.ptr(37973, 151, 151), new valueRange.ptr(62241, 152, 163), new valueRange.ptr(38005, 164, 166), new valueRange.ptr(62625, 167, 170), new valueRange.ptr(38101, 171, 171), new valueRange.ptr(62753, 172, 172), new valueRange.ptr(38133, 173, 173), new valueRange.ptr(62785, 174, 175), new valueRange.ptr(38165, 176, 177), new valueRange.ptr(62849, 178, 190), new valueRange.ptr(8256, 191, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(8, 128, 138), new valueRange.ptr(64, 139, 191), new valueRange.ptr(0, 4, 0), new valueRange.ptr(64, 128, 128), new valueRange.ptr(832, 129, 129), new valueRange.ptr(64, 130, 159), new valueRange.ptr(832, 160, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(832, 128, 191), new valueRange.ptr(0, 1, 0), new valueRange.ptr(13248, 128, 191), new valueRange.ptr(0, 2, 0), new valueRange.ptr(13248, 128, 175), new valueRange.ptr(64, 176, 191)]);
		idnaSparse = new sparseBlocks.ptr(new sliceType$1(idnaSparseValues), idnaSparseOffset);
		punycode = new Profile.ptr(new options.ptr(false, false, false, false, false, false, ptrType.nil, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError));
		$pkg.Punycode = punycode;
		joinStates = new sliceType$2([$toNativeArray($kindInt8, [0, 2, 2, 0, 0, 5, 5, 1]), $toNativeArray($kindInt8, [0, 2, 2, 0, 0, 0, 0, 0]), $toNativeArray($kindInt8, [0, 2, 2, 2, 0, 5, 4, 3]), $toNativeArray($kindInt8, [0, 2, 2, 2, 0, 0, 0, 0]), $toNativeArray($kindInt8, [0, 5, 2, 4, 0, 5, 5, 4]), $toNativeArray($kindInt8, [5, 5, 5, 5, 5, 5, 5, 5])]);
		lookup = new Profile.ptr(new options.ptr(false, true, true, true, false, false, trie, validateFromPunycode, validateAndMap, bidirule.ValidString));
		$pkg.Lookup = lookup;
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/net/http/httpguts"] = (function() {
	var $pkg = {}, $init, net, textproto, strings, utf8, idna, isTokenTable, validHostByte, badTrailer, IsTokenRune, HeaderValuesContainsToken, isOWS, trimOWS, headerValueContainsToken, lowerASCII, tokenEqual, isLWS, isCTL, ValidHeaderFieldName, ValidHostHeader, ValidHeaderFieldValue, isASCII, PunycodeHostPort, ValidTrailerHeader;
	net = $packages["net"];
	textproto = $packages["net/textproto"];
	strings = $packages["strings"];
	utf8 = $packages["unicode/utf8"];
	idna = $packages["vendor/golang.org/x/net/idna"];
	IsTokenRune = function(r) {
		var i, r;
		i = ((r >> 0));
		return i < 127 && ((i < 0 || i >= isTokenTable.length) ? ($throwRuntimeError("index out of range"), undefined) : isTokenTable[i]);
	};
	$pkg.IsTokenRune = IsTokenRune;
	HeaderValuesContainsToken = function(values, token) {
		var _i, _ref, token, v, values;
		_ref = values;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (headerValueContainsToken(v, token)) {
				return true;
			}
			_i++;
		}
		return false;
	};
	$pkg.HeaderValuesContainsToken = HeaderValuesContainsToken;
	isOWS = function(b) {
		var b;
		return (b === 32) || (b === 9);
	};
	trimOWS = function(x) {
		var x;
		while (true) {
			if (!(x.length > 0 && isOWS(x.charCodeAt(0)))) { break; }
			x = $substring(x, 1);
		}
		while (true) {
			if (!(x.length > 0 && isOWS(x.charCodeAt((x.length - 1 >> 0))))) { break; }
			x = $substring(x, 0, (x.length - 1 >> 0));
		}
		return x;
	};
	headerValueContainsToken = function(v, token) {
		var comma, token, v;
		comma = strings.IndexByte(v, 44);
		while (true) {
			if (!(!((comma === -1)))) { break; }
			if (tokenEqual(trimOWS($substring(v, 0, comma)), token)) {
				return true;
			}
			v = $substring(v, (comma + 1 >> 0));
			comma = strings.IndexByte(v, 44);
		}
		return tokenEqual(trimOWS(v), token);
	};
	lowerASCII = function(b) {
		var b;
		if (65 <= b && b <= 90) {
			return b + 32 << 24 >>> 24;
		}
		return b;
	};
	tokenEqual = function(t1, t2) {
		var _i, _ref, _rune, b, i, t1, t2;
		if (!((t1.length === t2.length))) {
			return false;
		}
		_ref = t1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			i = _i;
			b = _rune[0];
			if (b >= 128) {
				return false;
			}
			if (!((lowerASCII(((b << 24 >>> 24))) === lowerASCII(t2.charCodeAt(i))))) {
				return false;
			}
			_i += _rune[1];
		}
		return true;
	};
	isLWS = function(b) {
		var b;
		return (b === 32) || (b === 9);
	};
	isCTL = function(b) {
		var b;
		return b < 32 || (b === 127);
	};
	ValidHeaderFieldName = function(v) {
		var _i, _ref, _rune, r, v;
		if (v.length === 0) {
			return false;
		}
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			r = _rune[0];
			if (!IsTokenRune(r)) {
				return false;
			}
			_i += _rune[1];
		}
		return true;
	};
	$pkg.ValidHeaderFieldName = ValidHeaderFieldName;
	ValidHostHeader = function(h) {
		var h, i, x;
		i = 0;
		while (true) {
			if (!(i < h.length)) { break; }
			if (!(x = h.charCodeAt(i), ((x < 0 || x >= validHostByte.length) ? ($throwRuntimeError("index out of range"), undefined) : validHostByte[x]))) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	$pkg.ValidHostHeader = ValidHostHeader;
	ValidHeaderFieldValue = function(v) {
		var b, i, v;
		i = 0;
		while (true) {
			if (!(i < v.length)) { break; }
			b = v.charCodeAt(i);
			if (isCTL(b) && !isLWS(b)) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	$pkg.ValidHeaderFieldValue = ValidHeaderFieldValue;
	isASCII = function(s) {
		var i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) >= 128) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	PunycodeHostPort = function(v) {
		var {_r, _r$1, _tuple, _tuple$1, err, host, port, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (isASCII(v)) {
			$s = -1; return [v, $ifaceNil];
		}
		_r = net.SplitHostPort(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		host = _tuple[0];
		port = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			host = v;
			port = "";
		}
		_r$1 = idna.ToASCII(host); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		host = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return ["", err];
		}
		if (port === "") {
			$s = -1; return [host, $ifaceNil];
		}
		$s = -1; return [net.JoinHostPort(host, port), $ifaceNil];
		/* */ } return; } var $f = {$blk: PunycodeHostPort, $c: true, $r, _r, _r$1, _tuple, _tuple$1, err, host, port, v, $s};return $f;
	};
	$pkg.PunycodeHostPort = PunycodeHostPort;
	ValidTrailerHeader = function(name) {
		var {_entry, _r, name, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = textproto.CanonicalMIMEHeaderKey(name); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		name = _r;
		if (strings.HasPrefix(name, "If-") || (_entry = badTrailer[$String.keyFor(name)], _entry !== undefined ? _entry.v : false)) {
			$s = -1; return false;
		}
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: ValidTrailerHeader, $c: true, $r, _entry, _r, name, $s};return $f;
	};
	$pkg.ValidTrailerHeader = ValidTrailerHeader;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = net.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = textproto.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = idna.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		isTokenTable = $toNativeArray($kindBool, [false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, true, false, true, true, true, true, true, false, false, true, true, false, true, true, false, true, true, true, true, true, true, true, true, true, true, false, false, false, false, false, false, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, false, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, true, false, true]);
		validHostByte = $toNativeArray($kindBool, [false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, true, false, false, true, true, true, true, true, true, true, true, true, true, true, false, true, true, true, true, true, true, true, true, true, true, true, true, false, true, false, false, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, true, false, true, false, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, true, false, false, false, true, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false]);
		badTrailer = $makeMap($String.keyFor, [{ k: "Authorization", v: true }, { k: "Cache-Control", v: true }, { k: "Connection", v: true }, { k: "Content-Encoding", v: true }, { k: "Content-Length", v: true }, { k: "Content-Range", v: true }, { k: "Content-Type", v: true }, { k: "Expect", v: true }, { k: "Host", v: true }, { k: "Keep-Alive", v: true }, { k: "Max-Forwards", v: true }, { k: "Pragma", v: true }, { k: "Proxy-Authenticate", v: true }, { k: "Proxy-Authorization", v: true }, { k: "Proxy-Connection", v: true }, { k: "Range", v: true }, { k: "Realm", v: true }, { k: "Te", v: true }, { k: "Trailer", v: true }, { k: "Transfer-Encoding", v: true }, { k: "Www-Authenticate", v: true }]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/net/http/httpproxy"] = (function() {
	var $pkg = {}, $init, errors, fmt, net, url, os, strings, utf8, idna, Config, config, matcher, allMatch, cidrMatch, ipMatch, domainMatch, sliceType, ptrType, sliceType$1, sliceType$2, ptrType$1, funcType, ptrType$2, ptrType$3, portMap, FromEnvironment, getEnvAny, parseProxy, canonicalAddr, idnaASCII, isASCII;
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	net = $packages["net"];
	url = $packages["net/url"];
	os = $packages["os"];
	strings = $packages["strings"];
	utf8 = $packages["unicode/utf8"];
	idna = $packages["vendor/golang.org/x/net/idna"];
	Config = $pkg.Config = $newType(0, $kindStruct, "httpproxy.Config", true, "vendor/golang.org/x/net/http/httpproxy", true, function(HTTPProxy_, HTTPSProxy_, NoProxy_, CGI_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.HTTPProxy = "";
			this.HTTPSProxy = "";
			this.NoProxy = "";
			this.CGI = false;
			return;
		}
		this.HTTPProxy = HTTPProxy_;
		this.HTTPSProxy = HTTPSProxy_;
		this.NoProxy = NoProxy_;
		this.CGI = CGI_;
	});
	config = $pkg.config = $newType(0, $kindStruct, "httpproxy.config", true, "vendor/golang.org/x/net/http/httpproxy", false, function(Config_, httpsProxy_, httpProxy_, ipMatchers_, domainMatchers_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Config = new Config.ptr("", "", "", false);
			this.httpsProxy = ptrType.nil;
			this.httpProxy = ptrType.nil;
			this.ipMatchers = sliceType$1.nil;
			this.domainMatchers = sliceType$1.nil;
			return;
		}
		this.Config = Config_;
		this.httpsProxy = httpsProxy_;
		this.httpProxy = httpProxy_;
		this.ipMatchers = ipMatchers_;
		this.domainMatchers = domainMatchers_;
	});
	matcher = $pkg.matcher = $newType(8, $kindInterface, "httpproxy.matcher", true, "vendor/golang.org/x/net/http/httpproxy", false, null);
	allMatch = $pkg.allMatch = $newType(0, $kindStruct, "httpproxy.allMatch", true, "vendor/golang.org/x/net/http/httpproxy", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	cidrMatch = $pkg.cidrMatch = $newType(0, $kindStruct, "httpproxy.cidrMatch", true, "vendor/golang.org/x/net/http/httpproxy", false, function(cidr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cidr = ptrType$1.nil;
			return;
		}
		this.cidr = cidr_;
	});
	ipMatch = $pkg.ipMatch = $newType(0, $kindStruct, "httpproxy.ipMatch", true, "vendor/golang.org/x/net/http/httpproxy", false, function(ip_, port_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ip = net.IP.nil;
			this.port = "";
			return;
		}
		this.ip = ip_;
		this.port = port_;
	});
	domainMatch = $pkg.domainMatch = $newType(0, $kindStruct, "httpproxy.domainMatch", true, "vendor/golang.org/x/net/http/httpproxy", false, function(host_, port_, matchHost_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.host = "";
			this.port = "";
			this.matchHost = false;
			return;
		}
		this.host = host_;
		this.port = port_;
		this.matchHost = matchHost_;
	});
	sliceType = $sliceType($String);
	ptrType = $ptrType(url.URL);
	sliceType$1 = $sliceType(matcher);
	sliceType$2 = $sliceType($emptyInterface);
	ptrType$1 = $ptrType(net.IPNet);
	funcType = $funcType([ptrType], [ptrType, $error], false);
	ptrType$2 = $ptrType(Config);
	ptrType$3 = $ptrType(config);
	FromEnvironment = function() {
		var {$24r, _r, _r$1, _r$2, _r$3, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = getEnvAny(new sliceType(["HTTP_PROXY", "http_proxy"])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = getEnvAny(new sliceType(["HTTPS_PROXY", "https_proxy"])); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = getEnvAny(new sliceType(["NO_PROXY", "no_proxy"])); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = os.Getenv("REQUEST_METHOD"); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = new Config.ptr(_r, _r$1, _r$2, !(_r$3 === ""));
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: FromEnvironment, $c: true, $r, $24r, _r, _r$1, _r$2, _r$3, $s};return $f;
	};
	$pkg.FromEnvironment = FromEnvironment;
	getEnvAny = function(names) {
		var {_i, _r, _ref, n, names, val, $s, $r, $c} = $restore(this, {names});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = names;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			n = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = os.Getenv(n); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			val = _r;
			if (!(val === "")) {
				$s = -1; return val;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: getEnvAny, $c: true, $r, _i, _r, _ref, n, names, val, $s};return $f;
	};
	Config.ptr.prototype.ProxyFunc = function() {
		var {cfg, cfg1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = this;
		cfg1 = new config.ptr($clone(cfg, Config), ptrType.nil, ptrType.nil, sliceType$1.nil, sliceType$1.nil);
		$r = cfg1.init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $methodVal(cfg1, "proxyForURL");
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.ProxyFunc, $c: true, $r, cfg, cfg1, $s};return $f;
	};
	Config.prototype.ProxyFunc = function() { return this.$val.ProxyFunc(); };
	config.ptr.prototype.proxyForURL = function(reqURL) {
		var {_r, _r$1, cfg, proxy, reqURL, $s, $r, $c} = $restore(this, {reqURL});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = this;
		proxy = ptrType.nil;
		if (reqURL.Scheme === "https") {
			proxy = cfg.httpsProxy;
		} else if (reqURL.Scheme === "http") {
			proxy = cfg.httpProxy;
			if (!(proxy === ptrType.nil) && cfg.Config.CGI) {
				$s = -1; return [ptrType.nil, errors.New("refusing to use HTTP_PROXY value in CGI environment; see golang.org/s/cgihttpproxy")];
			}
		}
		if (proxy === ptrType.nil) {
			$s = -1; return [ptrType.nil, $ifaceNil];
		}
		_r = canonicalAddr(reqURL); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = cfg.useProxy(_r); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$1) { */ case 1:
			$s = -1; return [ptrType.nil, $ifaceNil];
		/* } */ case 2:
		$s = -1; return [proxy, $ifaceNil];
		/* */ } return; } var $f = {$blk: config.ptr.prototype.proxyForURL, $c: true, $r, _r, _r$1, cfg, proxy, reqURL, $s};return $f;
	};
	config.prototype.proxyForURL = function(reqURL) { return this.$val.proxyForURL(reqURL); };
	parseProxy = function(proxy) {
		var {$24r, _r, _r$1, _r$2, _tuple, _tuple$1, err, err$1, proxy, proxyURL, proxyURL$1, $s, $r, $c} = $restore(this, {proxy});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (proxy === "") {
			$s = -1; return [ptrType.nil, $ifaceNil];
		}
		_r = url.Parse(proxy); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		proxyURL = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil)) || (!(proxyURL.Scheme === "http") && !(proxyURL.Scheme === "https") && !(proxyURL.Scheme === "socks5"))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil)) || (!(proxyURL.Scheme === "http") && !(proxyURL.Scheme === "https") && !(proxyURL.Scheme === "socks5"))) { */ case 2:
			_r$1 = url.Parse("http://" + proxy); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			proxyURL$1 = _tuple$1[0];
			err$1 = _tuple$1[1];
			if ($interfaceIsEqual(err$1, $ifaceNil)) {
				$s = -1; return [proxyURL$1, $ifaceNil];
			}
		/* } */ case 3:
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			_r$2 = fmt.Errorf("invalid proxy address %q: %v", new sliceType$2([new $String(proxy), err])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = [ptrType.nil, _r$2];
			$s = 8; case 8: return $24r;
		/* } */ case 6:
		$s = -1; return [proxyURL, $ifaceNil];
		/* */ } return; } var $f = {$blk: parseProxy, $c: true, $r, $24r, _r, _r$1, _r$2, _tuple, _tuple$1, err, err$1, proxy, proxyURL, proxyURL$1, $s};return $f;
	};
	config.ptr.prototype.useProxy = function(addr) {
		var {_i, _i$1, _r, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _tuple, addr, cfg, err, host, ip, m, m$1, port, $s, $r, $c} = $restore(this, {addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = this;
		if (addr.length === 0) {
			$s = -1; return true;
		}
		_r = net.SplitHostPort(addr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		host = _tuple[0];
		port = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return false;
		}
		if (host === "localhost") {
			$s = -1; return false;
		}
		ip = net.ParseIP(host);
		if (!(ip === net.IP.nil)) {
			if (ip.IsLoopback()) {
				$s = -1; return false;
			}
		}
		_r$1 = strings.TrimSpace(host); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = strings.ToLower(_r$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		addr = _r$2;
		/* */ if (!(ip === net.IP.nil)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(ip === net.IP.nil)) { */ case 4:
			_ref = cfg.ipMatchers;
			_i = 0;
			/* while (true) { */ case 6:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 7; continue; }
				m = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				_r$3 = m.match(addr, port, ip); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if (_r$3) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (_r$3) { */ case 8:
					$s = -1; return false;
				/* } */ case 9:
				_i++;
			$s = 6; continue;
			case 7:
		/* } */ case 5:
		_ref$1 = cfg.domainMatchers;
		_i$1 = 0;
		/* while (true) { */ case 11:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 12; continue; }
			m$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_r$4 = m$1.match(addr, port, ip); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (_r$4) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (_r$4) { */ case 13:
				$s = -1; return false;
			/* } */ case 14:
			_i$1++;
		$s = 11; continue;
		case 12:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: config.ptr.prototype.useProxy, $c: true, $r, _i, _i$1, _r, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _tuple, addr, cfg, err, host, ip, m, m$1, port, $s};return $f;
	};
	config.prototype.useProxy = function(addr) { return this.$val.useProxy(addr); };
	config.ptr.prototype.init = function() {
		var {_i, _r, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, c, err, err$1, err$2, err$3, matchHost, p, parsed, parsed$1, phost, pip, pnet, pport, x, x$1, x$2, x$3, x$4, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r = parseProxy(c.Config.HTTPProxy); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		parsed = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			c.httpProxy = parsed;
		}
		_r$1 = parseProxy(c.Config.HTTPSProxy); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		parsed$1 = _tuple$1[0];
		err$1 = _tuple$1[1];
		if ($interfaceIsEqual(err$1, $ifaceNil)) {
			c.httpsProxy = parsed$1;
		}
		_ref = strings.Split(c.Config.NoProxy, ",");
		_i = 0;
		/* while (true) { */ case 3:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
			p = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$2 = strings.TrimSpace(p); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = strings.ToLower(_r$2); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			p = _r$3;
			if (p.length === 0) {
				_i++;
				/* continue; */ $s = 3; continue;
			}
			if (p === "*") {
				c.ipMatchers = new sliceType$1([(x = new allMatch.ptr(), new x.constructor.elem(x))]);
				c.domainMatchers = new sliceType$1([(x$1 = new allMatch.ptr(), new x$1.constructor.elem(x$1))]);
				$s = -1; return;
			}
			_tuple$2 = net.ParseCIDR(p);
			pnet = _tuple$2[1];
			err$2 = _tuple$2[2];
			if ($interfaceIsEqual(err$2, $ifaceNil)) {
				c.ipMatchers = $append(c.ipMatchers, (x$2 = new cidrMatch.ptr(pnet), new x$2.constructor.elem(x$2)));
				_i++;
				/* continue; */ $s = 3; continue;
			}
			_r$4 = net.SplitHostPort(p); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$3 = _r$4;
			phost = _tuple$3[0];
			pport = _tuple$3[1];
			err$3 = _tuple$3[2];
			if ($interfaceIsEqual(err$3, $ifaceNil)) {
				if (phost.length === 0) {
					_i++;
					/* continue; */ $s = 3; continue;
				}
				if ((phost.charCodeAt(0) === 91) && (phost.charCodeAt((phost.length - 1 >> 0)) === 93)) {
					phost = $substring(phost, 1, (phost.length - 1 >> 0));
				}
			} else {
				phost = p;
			}
			pip = net.ParseIP(phost);
			if (!(pip === net.IP.nil)) {
				c.ipMatchers = $append(c.ipMatchers, (x$3 = new ipMatch.ptr(pip, pport), new x$3.constructor.elem(x$3)));
				_i++;
				/* continue; */ $s = 3; continue;
			}
			if (phost.length === 0) {
				_i++;
				/* continue; */ $s = 3; continue;
			}
			if (strings.HasPrefix(phost, "*.")) {
				phost = $substring(phost, 1);
			}
			matchHost = false;
			if (!((phost.charCodeAt(0) === 46))) {
				matchHost = true;
				phost = "." + phost;
			}
			c.domainMatchers = $append(c.domainMatchers, (x$4 = new domainMatch.ptr(phost, pport, matchHost), new x$4.constructor.elem(x$4)));
			_i++;
		$s = 3; continue;
		case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: config.ptr.prototype.init, $c: true, $r, _i, _r, _r$1, _r$2, _r$3, _r$4, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, c, err, err$1, err$2, err$3, matchHost, p, parsed, parsed$1, phost, pip, pnet, pport, x, x$1, x$2, x$3, x$4, $s};return $f;
	};
	config.prototype.init = function() { return this.$val.init(); };
	canonicalAddr = function(url$1) {
		var {_entry, _r, _tuple, addr, err, port, url$1, v, $s, $r, $c} = $restore(this, {url$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addr = url$1.Hostname();
		_r = idnaASCII(addr); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		v = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			addr = v;
		}
		port = url$1.Port();
		if (port === "") {
			port = (_entry = portMap[$String.keyFor(url$1.Scheme)], _entry !== undefined ? _entry.v : "");
		}
		$s = -1; return net.JoinHostPort(addr, port);
		/* */ } return; } var $f = {$blk: canonicalAddr, $c: true, $r, _entry, _r, _tuple, addr, err, port, url$1, v, $s};return $f;
	};
	idnaASCII = function(v) {
		var {$24r, _r, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (isASCII(v)) {
			$s = -1; return [v, $ifaceNil];
		}
		_r = idna.Lookup.ToASCII(v); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: idnaASCII, $c: true, $r, $24r, _r, v, $s};return $f;
	};
	isASCII = function(s) {
		var i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) >= 128) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	allMatch.ptr.prototype.match = function(host, port, ip) {
		var a, host, ip, port;
		a = this;
		return true;
	};
	allMatch.prototype.match = function(host, port, ip) { return this.$val.match(host, port, ip); };
	cidrMatch.ptr.prototype.match = function(host, port, ip) {
		var host, ip, m, port;
		m = this;
		return m.cidr.Contains(ip);
	};
	cidrMatch.prototype.match = function(host, port, ip) { return this.$val.match(host, port, ip); };
	ipMatch.ptr.prototype.match = function(host, port, ip) {
		var host, ip, m, port;
		m = this;
		if (m.ip.Equal(ip)) {
			return m.port === "" || m.port === port;
		}
		return false;
	};
	ipMatch.prototype.match = function(host, port, ip) { return this.$val.match(host, port, ip); };
	domainMatch.ptr.prototype.match = function(host, port, ip) {
		var host, ip, m, port;
		m = this;
		if (strings.HasSuffix(host, m.host) || (m.matchHost && host === $substring(m.host, 1))) {
			return m.port === "" || m.port === port;
		}
		return false;
	};
	domainMatch.prototype.match = function(host, port, ip) { return this.$val.match(host, port, ip); };
	ptrType$2.methods = [{prop: "ProxyFunc", name: "ProxyFunc", pkg: "", typ: $funcType([], [funcType], false)}];
	ptrType$3.methods = [{prop: "proxyForURL", name: "proxyForURL", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([ptrType], [ptrType, $error], false)}, {prop: "useProxy", name: "useProxy", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([$String], [$Bool], false)}, {prop: "init", name: "init", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([], [], false)}];
	allMatch.methods = [{prop: "match", name: "match", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([$String, $String, net.IP], [$Bool], false)}];
	cidrMatch.methods = [{prop: "match", name: "match", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([$String, $String, net.IP], [$Bool], false)}];
	ipMatch.methods = [{prop: "match", name: "match", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([$String, $String, net.IP], [$Bool], false)}];
	domainMatch.methods = [{prop: "match", name: "match", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([$String, $String, net.IP], [$Bool], false)}];
	Config.init("", [{prop: "HTTPProxy", name: "HTTPProxy", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "HTTPSProxy", name: "HTTPSProxy", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "NoProxy", name: "NoProxy", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "CGI", name: "CGI", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	config.init("vendor/golang.org/x/net/http/httpproxy", [{prop: "Config", name: "Config", embedded: true, exported: true, typ: Config, tag: ""}, {prop: "httpsProxy", name: "httpsProxy", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "httpProxy", name: "httpProxy", embedded: false, exported: false, typ: ptrType, tag: ""}, {prop: "ipMatchers", name: "ipMatchers", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "domainMatchers", name: "domainMatchers", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	matcher.init([{prop: "match", name: "match", pkg: "vendor/golang.org/x/net/http/httpproxy", typ: $funcType([$String, $String, net.IP], [$Bool], false)}]);
	allMatch.init("", []);
	cidrMatch.init("vendor/golang.org/x/net/http/httpproxy", [{prop: "cidr", name: "cidr", embedded: false, exported: false, typ: ptrType$1, tag: ""}]);
	ipMatch.init("vendor/golang.org/x/net/http/httpproxy", [{prop: "ip", name: "ip", embedded: false, exported: false, typ: net.IP, tag: ""}, {prop: "port", name: "port", embedded: false, exported: false, typ: $String, tag: ""}]);
	domainMatch.init("vendor/golang.org/x/net/http/httpproxy", [{prop: "host", name: "host", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "port", name: "port", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "matchHost", name: "matchHost", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = errors.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = net.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = url.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = idna.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		portMap = $makeMap($String.keyFor, [{ k: "http", v: "80" }, { k: "https", v: "443" }, { k: "socks5", v: "1080" }]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["vendor/golang.org/x/net/http2/hpack"] = (function() {
	var $pkg = {}, $init, bytes, errors, fmt, io, sync, headerFieldTable, pairNameValue, incomparable, node, DecodingError, InvalidIndexError, HeaderField, Decoder, dynamicTable, indexType, Encoder, ptrType, sliceType, sliceType$1, sliceType$2, ptrType$1, arrayType, ptrType$2, funcType, arrayType$1, arrayType$2, ptrType$3, mapType, mapType$1, funcType$1, ptrType$4, ptrType$5, ptrType$6, staticTable, staticTableEntries, huffmanCodes, huffmanCodeLen, bufPool, buildRootOnce, lazyRootHuffmanNode, errNeedMore, errVarintOverflow, newStaticTable, huffmanDecode, newInternalNode, getRootHuffmanNode, buildRootHuffmanNode, AppendHuffmanString, HuffmanEncodeLength, appendByteToHuffmanCode, NewDecoder, readVarInt, NewEncoder, appendIndexed, appendNewName, appendIndexedName, appendTableSize, appendVarInt, appendHpackString, encodeTypeByte;
	bytes = $packages["bytes"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	io = $packages["io"];
	sync = $packages["sync"];
	headerFieldTable = $pkg.headerFieldTable = $newType(0, $kindStruct, "hpack.headerFieldTable", true, "vendor/golang.org/x/net/http2/hpack", false, function(ents_, evictCount_, byName_, byNameValue_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ents = sliceType$2.nil;
			this.evictCount = new $Uint64(0, 0);
			this.byName = false;
			this.byNameValue = false;
			return;
		}
		this.ents = ents_;
		this.evictCount = evictCount_;
		this.byName = byName_;
		this.byNameValue = byNameValue_;
	});
	pairNameValue = $pkg.pairNameValue = $newType(0, $kindStruct, "hpack.pairNameValue", true, "vendor/golang.org/x/net/http2/hpack", false, function(name_, value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.value = "";
			return;
		}
		this.name = name_;
		this.value = value_;
	});
	incomparable = $pkg.incomparable = $newType(0, $kindArray, "hpack.incomparable", true, "vendor/golang.org/x/net/http2/hpack", false, null);
	node = $pkg.node = $newType(0, $kindStruct, "hpack.node", true, "vendor/golang.org/x/net/http2/hpack", false, function(_$0_, children_, codeLen_, sym_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType$1.zero();
			this.children = ptrType$2.nil;
			this.codeLen = 0;
			this.sym = 0;
			return;
		}
		this._$0 = _$0_;
		this.children = children_;
		this.codeLen = codeLen_;
		this.sym = sym_;
	});
	DecodingError = $pkg.DecodingError = $newType(0, $kindStruct, "hpack.DecodingError", true, "vendor/golang.org/x/net/http2/hpack", true, function(Err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Err = $ifaceNil;
			return;
		}
		this.Err = Err_;
	});
	InvalidIndexError = $pkg.InvalidIndexError = $newType(4, $kindInt, "hpack.InvalidIndexError", true, "vendor/golang.org/x/net/http2/hpack", true, null);
	HeaderField = $pkg.HeaderField = $newType(0, $kindStruct, "hpack.HeaderField", true, "vendor/golang.org/x/net/http2/hpack", true, function(Name_, Value_, Sensitive_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.Value = "";
			this.Sensitive = false;
			return;
		}
		this.Name = Name_;
		this.Value = Value_;
		this.Sensitive = Sensitive_;
	});
	Decoder = $pkg.Decoder = $newType(0, $kindStruct, "hpack.Decoder", true, "vendor/golang.org/x/net/http2/hpack", true, function(dynTab_, emit_, emitEnabled_, maxStrLen_, buf_, saveBuf_, firstField_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.dynTab = new dynamicTable.ptr(new headerFieldTable.ptr(sliceType$2.nil, new $Uint64(0, 0), false, false), 0, 0, 0);
			this.emit = $throwNilPointerError;
			this.emitEnabled = false;
			this.maxStrLen = 0;
			this.buf = sliceType$1.nil;
			this.saveBuf = new bytes.Buffer.ptr(sliceType$1.nil, 0, 0);
			this.firstField = false;
			return;
		}
		this.dynTab = dynTab_;
		this.emit = emit_;
		this.emitEnabled = emitEnabled_;
		this.maxStrLen = maxStrLen_;
		this.buf = buf_;
		this.saveBuf = saveBuf_;
		this.firstField = firstField_;
	});
	dynamicTable = $pkg.dynamicTable = $newType(0, $kindStruct, "hpack.dynamicTable", true, "vendor/golang.org/x/net/http2/hpack", false, function(table_, size_, maxSize_, allowedMaxSize_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.table = new headerFieldTable.ptr(sliceType$2.nil, new $Uint64(0, 0), false, false);
			this.size = 0;
			this.maxSize = 0;
			this.allowedMaxSize = 0;
			return;
		}
		this.table = table_;
		this.size = size_;
		this.maxSize = maxSize_;
		this.allowedMaxSize = allowedMaxSize_;
	});
	indexType = $pkg.indexType = $newType(4, $kindInt, "hpack.indexType", true, "vendor/golang.org/x/net/http2/hpack", false, null);
	Encoder = $pkg.Encoder = $newType(0, $kindStruct, "hpack.Encoder", true, "vendor/golang.org/x/net/http2/hpack", true, function(dynTab_, minSize_, maxSizeLimit_, tableSizeUpdate_, w_, buf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.dynTab = new dynamicTable.ptr(new headerFieldTable.ptr(sliceType$2.nil, new $Uint64(0, 0), false, false), 0, 0, 0);
			this.minSize = 0;
			this.maxSizeLimit = 0;
			this.tableSizeUpdate = false;
			this.w = $ifaceNil;
			this.buf = sliceType$1.nil;
			return;
		}
		this.dynTab = dynTab_;
		this.minSize = minSize_;
		this.maxSizeLimit = maxSizeLimit_;
		this.tableSizeUpdate = tableSizeUpdate_;
		this.w = w_;
		this.buf = buf_;
	});
	ptrType = $ptrType(node);
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($Uint8);
	sliceType$2 = $sliceType(HeaderField);
	ptrType$1 = $ptrType(bytes.Buffer);
	arrayType = $arrayType(ptrType, 256);
	ptrType$2 = $ptrType(arrayType);
	funcType = $funcType([], [], false);
	arrayType$1 = $arrayType(funcType, 0);
	arrayType$2 = $arrayType(node, 256);
	ptrType$3 = $ptrType(headerFieldTable);
	mapType = $mapType($String, $Uint64);
	mapType$1 = $mapType(pairNameValue, $Uint64);
	funcType$1 = $funcType([HeaderField], [], false);
	ptrType$4 = $ptrType(Decoder);
	ptrType$5 = $ptrType(dynamicTable);
	ptrType$6 = $ptrType(Encoder);
	headerFieldTable.ptr.prototype.init = function() {
		var t;
		t = this;
		t.byName = {};
		t.byNameValue = {};
	};
	headerFieldTable.prototype.init = function() { return this.$val.init(); };
	headerFieldTable.ptr.prototype.len = function() {
		var t;
		t = this;
		return t.ents.$length;
	};
	headerFieldTable.prototype.len = function() { return this.$val.len(); };
	headerFieldTable.ptr.prototype.addEntry = function(f) {
		var _key, _key$1, f, id, t, x, x$1, x$2;
		t = this;
		id = (x = (x$1 = (new $Uint64(0, t.len())), x$2 = t.evictCount, new $Uint64(x$1.$high + x$2.$high, x$1.$low + x$2.$low)), new $Uint64(x.$high + 0, x.$low + 1));
		_key = f.Name; (t.byName || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: id };
		_key$1 = new pairNameValue.ptr(f.Name, f.Value); (t.byNameValue || $throwRuntimeError("assignment to entry in nil map"))[pairNameValue.keyFor(_key$1)] = { k: _key$1, v: id };
		t.ents = $append(t.ents, f);
	};
	headerFieldTable.prototype.addEntry = function(f) { return this.$val.addEntry(f); };
	headerFieldTable.ptr.prototype.evictOldest = function(n) {
		var {_entry, _entry$1, _r, f, id, k, k$1, n, p, t, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		/* */ if (n > t.len()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n > t.len()) { */ case 1:
			_r = fmt.Sprintf("evictOldest(%v) on table with %v entries", new sliceType([new $Int(n), new $Int(t.len())])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
		/* } */ case 2:
		k = 0;
		while (true) {
			if (!(k < n)) { break; }
			f = $clone((x = t.ents, ((k < 0 || k >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + k])), HeaderField);
			id = (x$1 = (x$2 = t.evictCount, x$3 = (new $Uint64(0, k)), new $Uint64(x$2.$high + x$3.$high, x$2.$low + x$3.$low)), new $Uint64(x$1.$high + 0, x$1.$low + 1));
			if ((x$4 = (_entry = t.byName[$String.keyFor(f.Name)], _entry !== undefined ? _entry.v : new $Uint64(0, 0)), (x$4.$high === id.$high && x$4.$low === id.$low))) {
				delete t.byName[$String.keyFor(f.Name)];
			}
			p = $clone(new pairNameValue.ptr(f.Name, f.Value), pairNameValue);
			if ((x$5 = (_entry$1 = t.byNameValue[pairNameValue.keyFor(p)], _entry$1 !== undefined ? _entry$1.v : new $Uint64(0, 0)), (x$5.$high === id.$high && x$5.$low === id.$low))) {
				delete t.byNameValue[pairNameValue.keyFor(p)];
			}
			k = k + (1) >> 0;
		}
		$copySlice(t.ents, $subslice(t.ents, n));
		k$1 = t.len() - n >> 0;
		while (true) {
			if (!(k$1 < t.len())) { break; }
			HeaderField.copy((x$6 = t.ents, ((k$1 < 0 || k$1 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + k$1])), new HeaderField.ptr("", "", false));
			k$1 = k$1 + (1) >> 0;
		}
		t.ents = $subslice(t.ents, 0, (t.len() - n >> 0));
		if ((x$7 = (x$8 = t.evictCount, x$9 = (new $Uint64(0, n)), new $Uint64(x$8.$high + x$9.$high, x$8.$low + x$9.$low)), x$10 = t.evictCount, (x$7.$high < x$10.$high || (x$7.$high === x$10.$high && x$7.$low < x$10.$low)))) {
			$panic(new $String("evictCount overflow"));
		}
		t.evictCount = (x$11 = t.evictCount, x$12 = (new $Uint64(0, n)), new $Uint64(x$11.$high + x$12.$high, x$11.$low + x$12.$low));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: headerFieldTable.ptr.prototype.evictOldest, $c: true, $r, _entry, _entry$1, _r, f, id, k, k$1, n, p, t, x, x$1, x$10, x$11, x$12, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	headerFieldTable.prototype.evictOldest = function(n) { return this.$val.evictOldest(n); };
	headerFieldTable.ptr.prototype.search = function(f) {
		var {$24r, $24r$1, _entry, _entry$1, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, f, i, id, id$1, nameValueMatch, t, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = new $Uint64(0, 0);
		nameValueMatch = false;
		t = this;
		/* */ if (!f.Sensitive) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!f.Sensitive) { */ case 1:
			id = (_entry = t.byNameValue[pairNameValue.keyFor(new pairNameValue.ptr(f.Name, f.Value))], _entry !== undefined ? _entry.v : new $Uint64(0, 0));
			/* */ if (!((id.$high === 0 && id.$low === 0))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!((id.$high === 0 && id.$low === 0))) { */ case 3:
				_r = t.idToIndex(id); /* */ $s = 5; case 5: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_tmp = _r;
				_tmp$1 = true;
				i = _tmp;
				nameValueMatch = _tmp$1;
				$24r = [i, nameValueMatch];
				$s = 6; case 6: return $24r;
			/* } */ case 4:
		/* } */ case 2:
		id$1 = (_entry$1 = t.byName[$String.keyFor(f.Name)], _entry$1 !== undefined ? _entry$1.v : new $Uint64(0, 0));
		/* */ if (!((id$1.$high === 0 && id$1.$low === 0))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((id$1.$high === 0 && id$1.$low === 0))) { */ case 7:
			_r$1 = t.idToIndex(id$1); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tmp$2 = _r$1;
			_tmp$3 = false;
			i = _tmp$2;
			nameValueMatch = _tmp$3;
			$24r$1 = [i, nameValueMatch];
			$s = 10; case 10: return $24r$1;
		/* } */ case 8:
		_tmp$4 = new $Uint64(0, 0);
		_tmp$5 = false;
		i = _tmp$4;
		nameValueMatch = _tmp$5;
		$s = -1; return [i, nameValueMatch];
		/* */ } return; } var $f = {$blk: headerFieldTable.ptr.prototype.search, $c: true, $r, $24r, $24r$1, _entry, _entry$1, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, f, i, id, id$1, nameValueMatch, t, $s};return $f;
	};
	headerFieldTable.prototype.search = function(f) { return this.$val.search(f); };
	headerFieldTable.ptr.prototype.idToIndex = function(id) {
		var {_r, id, k, t, x, x$1, x$2, x$3, $s, $r, $c} = $restore(this, {id});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		/* */ if ((x = t.evictCount, (id.$high < x.$high || (id.$high === x.$high && id.$low <= x.$low)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x = t.evictCount, (id.$high < x.$high || (id.$high === x.$high && id.$low <= x.$low)))) { */ case 1:
			_r = fmt.Sprintf("id (%v) <= evictCount (%v)", new sliceType([id, t.evictCount])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$panic(new $String(_r));
		/* } */ case 2:
		k = (x$1 = (x$2 = t.evictCount, new $Uint64(id.$high - x$2.$high, id.$low - x$2.$low)), new $Uint64(x$1.$high - 0, x$1.$low - 1));
		if (!(t === staticTable)) {
			$s = -1; return (x$3 = (new $Uint64(0, t.len())), new $Uint64(x$3.$high - k.$high, x$3.$low - k.$low));
		}
		$s = -1; return new $Uint64(k.$high + 0, k.$low + 1);
		/* */ } return; } var $f = {$blk: headerFieldTable.ptr.prototype.idToIndex, $c: true, $r, _r, id, k, t, x, x$1, x$2, x$3, $s};return $f;
	};
	headerFieldTable.prototype.idToIndex = function(id) { return this.$val.idToIndex(id); };
	newStaticTable = function() {
		var _i, _ref, e, t;
		t = new headerFieldTable.ptr(sliceType$2.nil, new $Uint64(0, 0), false, false);
		t.init();
		_ref = new sliceType$2(staticTableEntries);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			e = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), HeaderField);
			t.addEntry($clone(e, HeaderField));
			_i++;
		}
		return t;
	};
	huffmanDecode = function(buf, maxLen, v) {
		var {_i, _r, _r$1, _r$2, _ref, _tmp, _tmp$1, _tmp$2, b, buf, cbits, cur, idx, mask, maxLen, n, rootHuffmanNode, sbits, v, x, x$1, x$2, y, y$1, y$2, $s, $r, $c} = $restore(this, {buf, maxLen, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = getRootHuffmanNode(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		rootHuffmanNode = _r;
		n = rootHuffmanNode;
		_tmp = 0;
		_tmp$1 = 0;
		_tmp$2 = 0;
		cur = _tmp;
		cbits = _tmp$1;
		sbits = _tmp$2;
		_ref = v;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			cur = ((cur << 8 >>> 0) | ((b >>> 0))) >>> 0;
			cbits = cbits + (8) << 24 >>> 24;
			sbits = sbits + (8) << 24 >>> 24;
			/* while (true) { */ case 4:
				/* if (!(cbits >= 8)) { break; } */ if(!(cbits >= 8)) { $s = 5; continue; }
				idx = ((((y = ((cbits - 8 << 24 >>> 24)), y < 32 ? (cur >>> y) : 0) >>> 0) << 24 >>> 24));
				n = (x = n.children, ((idx < 0 || idx >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[idx]));
				if (n === ptrType.nil) {
					$s = -1; return $pkg.ErrInvalidHuffman;
				}
				/* */ if (n.children === ptrType$2.nil) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (n.children === ptrType$2.nil) { */ case 6:
					if (!((maxLen === 0)) && (buf.Len() === maxLen)) {
						$s = -1; return $pkg.ErrStringLength;
					}
					_r$1 = buf.WriteByte(n.sym); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_r$1;
					cbits = cbits - (n.codeLen) << 24 >>> 24;
					n = rootHuffmanNode;
					sbits = cbits;
					$s = 8; continue;
				/* } else { */ case 7:
					cbits = cbits - (8) << 24 >>> 24;
				/* } */ case 8:
			$s = 4; continue;
			case 5:
			_i++;
		$s = 2; continue;
		case 3:
		/* while (true) { */ case 10:
			/* if (!(cbits > 0)) { break; } */ if(!(cbits > 0)) { $s = 11; continue; }
			n = (x$1 = n.children, x$2 = ((((y$1 = ((8 - cbits << 24 >>> 24)), y$1 < 32 ? (cur << y$1) : 0) >>> 0) << 24 >>> 24)), ((x$2 < 0 || x$2 >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[x$2]));
			if (n === ptrType.nil) {
				$s = -1; return $pkg.ErrInvalidHuffman;
			}
			if (!(n.children === ptrType$2.nil) || n.codeLen > cbits) {
				/* break; */ $s = 11; continue;
			}
			if (!((maxLen === 0)) && (buf.Len() === maxLen)) {
				$s = -1; return $pkg.ErrStringLength;
			}
			_r$2 = buf.WriteByte(n.sym); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			cbits = cbits - (n.codeLen) << 24 >>> 24;
			n = rootHuffmanNode;
			sbits = cbits;
		$s = 10; continue;
		case 11:
		if (sbits > 7) {
			$s = -1; return $pkg.ErrInvalidHuffman;
		}
		mask = ((((y$2 = cbits, y$2 < 32 ? (1 << y$2) : 0) >>> 0) - 1 >>> 0));
		if (!((((cur & mask) >>> 0) === mask))) {
			$s = -1; return $pkg.ErrInvalidHuffman;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: huffmanDecode, $c: true, $r, _i, _r, _r$1, _r$2, _ref, _tmp, _tmp$1, _tmp$2, b, buf, cbits, cur, idx, mask, maxLen, n, rootHuffmanNode, sbits, v, x, x$1, x$2, y, y$1, y$2, $s};return $f;
	};
	newInternalNode = function() {
		return new node.ptr(arrayType$1.zero(), arrayType.zero(), 0, 0);
	};
	getRootHuffmanNode = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = buildRootOnce.Do(buildRootHuffmanNode); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return lazyRootHuffmanNode;
		/* */ } return; } var $f = {$blk: getRootHuffmanNode, $c: true, $r, $s};return $f;
	};
	buildRootHuffmanNode = function() {
		var _i, _ref, _tmp, _tmp$1, code, codeLen, cur, end, i, i$1, leaves, shift, start, sym, x, x$1, x$2, x$3, x$4, x$5, x$6, y, y$1, y$2;
		if (false) {
			$panic(new $String("unexpected size"));
		}
		lazyRootHuffmanNode = newInternalNode();
		leaves = arrayType$2.zero();
		_ref = huffmanCodes;
		_i = 0;
		while (true) {
			if (!(_i < 256)) { break; }
			sym = _i;
			code = ((_i < 0 || _i >= _ref.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref[_i]);
			codeLen = ((sym < 0 || sym >= huffmanCodeLen.length) ? ($throwRuntimeError("index out of range"), undefined) : huffmanCodeLen[sym]);
			cur = lazyRootHuffmanNode;
			while (true) {
				if (!(codeLen > 8)) { break; }
				codeLen = codeLen - (8) << 24 >>> 24;
				i = ((((y = codeLen, y < 32 ? (code >>> y) : 0) >>> 0) << 24 >>> 24));
				if ((x = cur.children, ((i < 0 || i >= x.length) ? ($throwRuntimeError("index out of range"), undefined) : x[i])) === ptrType.nil) {
					(x$1 = cur.children, x$1.nilCheck, ((i < 0 || i >= x$1.length) ? ($throwRuntimeError("index out of range"), undefined) : x$1[i] = newInternalNode()));
				}
				cur = (x$2 = cur.children, ((i < 0 || i >= x$2.length) ? ($throwRuntimeError("index out of range"), undefined) : x$2[i]));
			}
			shift = 8 - codeLen << 24 >>> 24;
			_tmp = ((((((y$1 = shift, y$1 < 32 ? (code << y$1) : 0) >>> 0) << 24 >>> 24)) >> 0));
			_tmp$1 = (((y$2 = shift, y$2 < 32 ? (1 << y$2) : 0) >> 0));
			start = _tmp;
			end = _tmp$1;
			(x$3 = leaves, ((sym < 0 || sym >= x$3.length) ? ($throwRuntimeError("index out of range"), undefined) : x$3[sym])).sym = ((sym << 24 >>> 24));
			(x$4 = leaves, ((sym < 0 || sym >= x$4.length) ? ($throwRuntimeError("index out of range"), undefined) : x$4[sym])).codeLen = codeLen;
			i$1 = start;
			while (true) {
				if (!(i$1 < (start + end >> 0))) { break; }
				(x$6 = cur.children, x$6.nilCheck, ((i$1 < 0 || i$1 >= x$6.length) ? ($throwRuntimeError("index out of range"), undefined) : x$6[i$1] = (x$5 = leaves, ((sym < 0 || sym >= x$5.length) ? ($throwRuntimeError("index out of range"), undefined) : x$5[sym]))));
				i$1 = i$1 + (1) >> 0;
			}
			_i++;
		}
	};
	AppendHuffmanString = function(dst, s) {
		var _index, _tuple, code, dst, i, nbits, rembits, s, t, y;
		rembits = 8;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (rembits === 8) {
				dst = $append(dst, 0);
			}
			_tuple = appendByteToHuffmanCode(dst, rembits, s.charCodeAt(i));
			dst = _tuple[0];
			rembits = _tuple[1];
			i = i + (1) >> 0;
		}
		if (rembits < 8) {
			code = 1073741823;
			nbits = 30;
			t = ((((y = ((nbits - rembits << 24 >>> 24)), y < 32 ? (code >>> y) : 0) >>> 0) << 24 >>> 24));
			_index = dst.$length - 1 >> 0;
			((_index < 0 || _index >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + _index] = ((((_index < 0 || _index >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + _index]) | (t)) >>> 0));
		}
		return dst;
	};
	$pkg.AppendHuffmanString = AppendHuffmanString;
	HuffmanEncodeLength = function(s) {
		var i, n, s, x, x$1;
		n = new $Uint64(0, 0);
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			n = (x = (new $Uint64(0, (x$1 = s.charCodeAt(i), ((x$1 < 0 || x$1 >= huffmanCodeLen.length) ? ($throwRuntimeError("index out of range"), undefined) : huffmanCodeLen[x$1])))), new $Uint64(n.$high + x.$high, n.$low + x.$low));
			i = i + (1) >> 0;
		}
		return $div64((new $Uint64(n.$high + 0, n.$low + 7)), new $Uint64(0, 8), false);
	};
	$pkg.HuffmanEncodeLength = HuffmanEncodeLength;
	appendByteToHuffmanCode = function(dst, rembits, c) {
		var _index, _index$1, c, code, dst, nbits, rembits, t, t$1, y, y$1;
		code = ((c < 0 || c >= huffmanCodes.length) ? ($throwRuntimeError("index out of range"), undefined) : huffmanCodes[c]);
		nbits = ((c < 0 || c >= huffmanCodeLen.length) ? ($throwRuntimeError("index out of range"), undefined) : huffmanCodeLen[c]);
		while (true) {
			if (rembits > nbits) {
				t = ((((y = ((rembits - nbits << 24 >>> 24)), y < 32 ? (code << y) : 0) >>> 0) << 24 >>> 24));
				_index = dst.$length - 1 >> 0;
				((_index < 0 || _index >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + _index] = ((((_index < 0 || _index >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + _index]) | (t)) >>> 0));
				rembits = rembits - (nbits) << 24 >>> 24;
				break;
			}
			t$1 = ((((y$1 = ((nbits - rembits << 24 >>> 24)), y$1 < 32 ? (code >>> y$1) : 0) >>> 0) << 24 >>> 24));
			_index$1 = dst.$length - 1 >> 0;
			((_index$1 < 0 || _index$1 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + _index$1] = ((((_index$1 < 0 || _index$1 >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + _index$1]) | (t$1)) >>> 0));
			nbits = nbits - (rembits) << 24 >>> 24;
			rembits = 8;
			if (nbits === 0) {
				break;
			}
			dst = $append(dst, 0);
		}
		return [dst, rembits];
	};
	DecodingError.ptr.prototype.Error = function() {
		var {$24r, _r, de, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		de = this;
		_r = fmt.Sprintf("decoding error: %v", new sliceType([de.Err])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: DecodingError.ptr.prototype.Error, $c: true, $r, $24r, _r, de, $s};return $f;
	};
	DecodingError.prototype.Error = function() { return this.$val.Error(); };
	InvalidIndexError.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_r = fmt.Sprintf("invalid indexed representation index %d", new sliceType([new $Int(((e >> 0)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InvalidIndexError.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	$ptrType(InvalidIndexError).prototype.Error = function() { return new InvalidIndexError(this.$get()).Error(); };
	HeaderField.ptr.prototype.IsPseudo = function() {
		var hf;
		hf = this;
		return !((hf.Name.length === 0)) && (hf.Name.charCodeAt(0) === 58);
	};
	HeaderField.prototype.IsPseudo = function() { return this.$val.IsPseudo(); };
	HeaderField.ptr.prototype.String = function() {
		var {$24r, _r, hf, suffix, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hf = this;
		suffix = "";
		if (hf.Sensitive) {
			suffix = " (sensitive)";
		}
		_r = fmt.Sprintf("header field %q = %q%s", new sliceType([new $String(hf.Name), new $String(hf.Value), new $String(suffix)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: HeaderField.ptr.prototype.String, $c: true, $r, $24r, _r, hf, suffix, $s};return $f;
	};
	HeaderField.prototype.String = function() { return this.$val.String(); };
	HeaderField.ptr.prototype.Size = function() {
		var hf;
		hf = this;
		return ((((hf.Name.length + hf.Value.length >> 0) + 32 >> 0) >>> 0));
	};
	HeaderField.prototype.Size = function() { return this.$val.Size(); };
	NewDecoder = function(maxDynamicTableSize, emitFunc) {
		var {d, emitFunc, maxDynamicTableSize, $s, $r, $c} = $restore(this, {maxDynamicTableSize, emitFunc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = new Decoder.ptr(new dynamicTable.ptr(new headerFieldTable.ptr(sliceType$2.nil, new $Uint64(0, 0), false, false), 0, 0, 0), emitFunc, true, 0, sliceType$1.nil, new bytes.Buffer.ptr(sliceType$1.nil, 0, 0), true);
		d.dynTab.table.init();
		d.dynTab.allowedMaxSize = maxDynamicTableSize;
		$r = d.dynTab.setMaxSize(maxDynamicTableSize); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return d;
		/* */ } return; } var $f = {$blk: NewDecoder, $c: true, $r, d, emitFunc, maxDynamicTableSize, $s};return $f;
	};
	$pkg.NewDecoder = NewDecoder;
	Decoder.ptr.prototype.SetMaxStringLength = function(n) {
		var d, n;
		d = this;
		d.maxStrLen = n;
	};
	Decoder.prototype.SetMaxStringLength = function(n) { return this.$val.SetMaxStringLength(n); };
	Decoder.ptr.prototype.SetEmitFunc = function(emitFunc) {
		var d, emitFunc;
		d = this;
		d.emit = emitFunc;
	};
	Decoder.prototype.SetEmitFunc = function(emitFunc) { return this.$val.SetEmitFunc(emitFunc); };
	Decoder.ptr.prototype.SetEmitEnabled = function(v) {
		var d, v;
		d = this;
		d.emitEnabled = v;
	};
	Decoder.prototype.SetEmitEnabled = function(v) { return this.$val.SetEmitEnabled(v); };
	Decoder.ptr.prototype.EmitEnabled = function() {
		var d;
		d = this;
		return d.emitEnabled;
	};
	Decoder.prototype.EmitEnabled = function() { return this.$val.EmitEnabled(); };
	Decoder.ptr.prototype.SetMaxDynamicTableSize = function(v) {
		var {d, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		$r = d.dynTab.setMaxSize(v); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.SetMaxDynamicTableSize, $c: true, $r, d, v, $s};return $f;
	};
	Decoder.prototype.SetMaxDynamicTableSize = function(v) { return this.$val.SetMaxDynamicTableSize(v); };
	Decoder.ptr.prototype.SetAllowedMaxDynamicTableSize = function(v) {
		var d, v;
		d = this;
		d.dynTab.allowedMaxSize = v;
	};
	Decoder.prototype.SetAllowedMaxDynamicTableSize = function(v) { return this.$val.SetAllowedMaxDynamicTableSize(v); };
	dynamicTable.ptr.prototype.setMaxSize = function(v) {
		var {dt, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dt = this;
		dt.maxSize = v;
		$r = dt.evict(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: dynamicTable.ptr.prototype.setMaxSize, $c: true, $r, dt, v, $s};return $f;
	};
	dynamicTable.prototype.setMaxSize = function(v) { return this.$val.setMaxSize(v); };
	dynamicTable.ptr.prototype.add = function(f) {
		var {dt, f, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dt = this;
		dt.table.addEntry($clone(f, HeaderField));
		dt.size = dt.size + ($clone(f, HeaderField).Size()) >>> 0;
		$r = dt.evict(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: dynamicTable.ptr.prototype.add, $c: true, $r, dt, f, $s};return $f;
	};
	dynamicTable.prototype.add = function(f) { return this.$val.add(f); };
	dynamicTable.ptr.prototype.evict = function() {
		var {dt, n, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		dt = this;
		n = 0;
		while (true) {
			if (!(dt.size > dt.maxSize && n < dt.table.len())) { break; }
			dt.size = dt.size - ($clone((x = dt.table.ents, ((n < 0 || n >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + n])), HeaderField).Size()) >>> 0;
			n = n + (1) >> 0;
		}
		$r = dt.table.evictOldest(n); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: dynamicTable.ptr.prototype.evict, $c: true, $r, dt, n, x, $s};return $f;
	};
	dynamicTable.prototype.evict = function() { return this.$val.evict(); };
	Decoder.ptr.prototype.maxTableIndex = function() {
		var d;
		d = this;
		return d.dynTab.table.len() + staticTable.len() >> 0;
	};
	Decoder.prototype.maxTableIndex = function() { return this.$val.maxTableIndex(); };
	Decoder.ptr.prototype.at = function(i) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, d, dt, hf, i, ok, x, x$1, x$2, x$3, x$4, x$5;
		hf = new HeaderField.ptr("", "", false);
		ok = false;
		d = this;
		if ((i.$high === 0 && i.$low === 0)) {
			return [hf, ok];
		}
		if ((x = (new $Uint64(0, staticTable.len())), (i.$high < x.$high || (i.$high === x.$high && i.$low <= x.$low)))) {
			_tmp = $clone((x$1 = staticTable.ents, x$2 = new $Uint64(i.$high - 0, i.$low - 1), (($flatten64(x$2) < 0 || $flatten64(x$2) >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + $flatten64(x$2)])), HeaderField);
			_tmp$1 = true;
			HeaderField.copy(hf, _tmp);
			ok = _tmp$1;
			return [hf, ok];
		}
		if ((x$3 = (new $Uint64(0, d.maxTableIndex())), (i.$high > x$3.$high || (i.$high === x$3.$high && i.$low > x$3.$low)))) {
			return [hf, ok];
		}
		dt = $clone(d.dynTab.table, headerFieldTable);
		_tmp$2 = $clone((x$4 = dt.ents, x$5 = dt.len() - ((((i.$low >> 0)) - staticTable.len() >> 0)) >> 0, ((x$5 < 0 || x$5 >= x$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + x$5])), HeaderField);
		_tmp$3 = true;
		HeaderField.copy(hf, _tmp$2);
		ok = _tmp$3;
		return [hf, ok];
	};
	Decoder.prototype.at = function(i) { return this.$val.at(i); };
	Decoder.ptr.prototype.DecodeFull = function(p) {
		var {$24r, $24r$1, $24r$2, _r, _tuple, d, err, err$1, hf, p, saveFunc, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		d = [d];
		hf = [hf];
		saveFunc = [saveFunc];
		d[0] = this;
		hf[0] = sliceType$2.nil;
		saveFunc[0] = d[0].emit;
		$deferred.push([(function(d, hf, saveFunc) { return function() {
			d[0].emit = saveFunc[0];
		}; })(d, hf, saveFunc), []]);
		d[0].emit = (function(d, hf, saveFunc) { return function(f) {
			var f;
			hf[0] = $append(hf[0], f);
		}; })(d, hf, saveFunc);
		_r = d[0].Write(p); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$24r = [sliceType$2.nil, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		err$1 = d[0].Close();
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 5:
			$24r$1 = [sliceType$2.nil, err$1];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		$24r$2 = [hf[0], $ifaceNil];
		$s = 8; case 8: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [sliceType$2.nil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Decoder.ptr.prototype.DecodeFull, $c: true, $r, $24r, $24r$1, $24r$2, _r, _tuple, d, err, err$1, hf, p, saveFunc, $s, $deferred};return $f; } }
	};
	Decoder.prototype.DecodeFull = function(p) { return this.$val.DecodeFull(p); };
	Decoder.ptr.prototype.Close = function() {
		var d, x;
		d = this;
		if (d.saveBuf.Len() > 0) {
			d.saveBuf.Reset();
			return (x = new DecodingError.ptr(errors.New("truncated headers")), new x.constructor.elem(x));
		}
		d.firstField = true;
		return $ifaceNil;
	};
	Decoder.prototype.Close = function() { return this.$val.Close(); };
	Decoder.ptr.prototype.Write = function(p) {
		var {_r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, d, err, n, p, x, x$1, x$2, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		d = this;
		if (p.$length === 0) {
			$s = -1; return [n, err];
		}
		/* */ if (d.saveBuf.Len() === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (d.saveBuf.Len() === 0) { */ case 1:
			d.buf = p;
			$s = 3; continue;
		/* } else { */ case 2:
			_r = d.saveBuf.Write(p); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_r;
			d.buf = d.saveBuf.Bytes();
			d.saveBuf.Reset();
		/* } */ case 3:
		/* while (true) { */ case 5:
			/* if (!(d.buf.$length > 0)) { break; } */ if(!(d.buf.$length > 0)) { $s = 6; continue; }
			_r$1 = d.parseHeaderFieldRepr(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			/* */ if ($interfaceIsEqual(err, errNeedMore)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ($interfaceIsEqual(err, errNeedMore)) { */ case 8:
				if (!((d.maxStrLen === 0)) && (x = (new $Int64(0, d.buf.$length)), x$1 = $mul64(new $Int64(0, 2), ((x$2 = (new $Int64(0, d.maxStrLen)), new $Int64(x$2.$high + 0, x$2.$low + 8)))), (x.$high > x$1.$high || (x.$high === x$1.$high && x.$low > x$1.$low)))) {
					_tmp = 0;
					_tmp$1 = $pkg.ErrStringLength;
					n = _tmp;
					err = _tmp$1;
					$s = -1; return [n, err];
				}
				_r$2 = d.saveBuf.Write(d.buf); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				_tmp$2 = p.$length;
				_tmp$3 = $ifaceNil;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			/* } */ case 9:
			d.firstField = false;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				/* break; */ $s = 6; continue;
			}
		$s = 5; continue;
		case 6:
		_tmp$4 = p.$length;
		_tmp$5 = err;
		n = _tmp$4;
		err = _tmp$5;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.Write, $c: true, $r, _r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, d, err, n, p, x, x$1, x$2, $s};return $f;
	};
	Decoder.prototype.Write = function(p) { return this.$val.Write(p); };
	indexType.prototype.indexed = function() {
		var v;
		v = this.$val;
		return v === 0;
	};
	$ptrType(indexType).prototype.indexed = function() { return new indexType(this.$get()).indexed(); };
	indexType.prototype.sensitive = function() {
		var v;
		v = this.$val;
		return v === 2;
	};
	$ptrType(indexType).prototype.sensitive = function() { return new indexType(this.$get()).sensitive(); };
	Decoder.ptr.prototype.parseHeaderFieldRepr = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _r, _r$1, _r$2, _r$3, _r$4, b, d, x, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		b = (x = d.buf, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]));
			/* */ if (!((((b & 128) >>> 0) === 0))) { $s = 2; continue; }
			/* */ if ((((b & 192) >>> 0) === 64)) { $s = 3; continue; }
			/* */ if ((((b & 240) >>> 0) === 0)) { $s = 4; continue; }
			/* */ if ((((b & 240) >>> 0) === 16)) { $s = 5; continue; }
			/* */ if ((((b & 224) >>> 0) === 32)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!((((b & 128) >>> 0) === 0))) { */ case 2:
				_r = d.parseFieldIndexed(); /* */ $s = 8; case 8: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				$24r = _r;
				$s = 9; case 9: return $24r;
			/* } else if ((((b & 192) >>> 0) === 64)) { */ case 3:
				_r$1 = d.parseFieldLiteral(6, 0); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r$1 = _r$1;
				$s = 11; case 11: return $24r$1;
			/* } else if ((((b & 240) >>> 0) === 0)) { */ case 4:
				_r$2 = d.parseFieldLiteral(4, 1); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$2 = _r$2;
				$s = 13; case 13: return $24r$2;
			/* } else if ((((b & 240) >>> 0) === 16)) { */ case 5:
				_r$3 = d.parseFieldLiteral(4, 2); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$3 = _r$3;
				$s = 15; case 15: return $24r$3;
			/* } else if ((((b & 224) >>> 0) === 32)) { */ case 6:
				_r$4 = d.parseDynamicTableSizeUpdate(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r$4 = _r$4;
				$s = 17; case 17: return $24r$4;
			/* } */ case 7:
		case 1:
		$s = -1; return (x$1 = new DecodingError.ptr(errors.New("invalid encoding")), new x$1.constructor.elem(x$1));
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseHeaderFieldRepr, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _r, _r$1, _r$2, _r$3, _r$4, b, d, x, x$1, $s};return $f;
	};
	Decoder.prototype.parseHeaderFieldRepr = function() { return this.$val.parseHeaderFieldRepr(); };
	Decoder.ptr.prototype.parseFieldIndexed = function() {
		var {$24r, _r, _tuple, _tuple$1, buf, d, err, hf, idx, ok, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		buf = d.buf;
		_tuple = readVarInt(7, buf);
		idx = _tuple[0];
		buf = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_tuple$1 = d.at(idx);
		hf = $clone(_tuple$1[0], HeaderField);
		ok = _tuple$1[1];
		if (!ok) {
			$s = -1; return (x = new DecodingError.ptr(new InvalidIndexError(((idx.$low >> 0)))), new x.constructor.elem(x));
		}
		d.buf = buf;
		_r = d.callEmit(new HeaderField.ptr(hf.Name, hf.Value, false)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseFieldIndexed, $c: true, $r, $24r, _r, _tuple, _tuple$1, buf, d, err, hf, idx, ok, x, $s};return $f;
	};
	Decoder.prototype.parseFieldIndexed = function() { return this.$val.parseFieldIndexed(); };
	Decoder.ptr.prototype.parseFieldLiteral = function(n, it) {
		var {$24r, _r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, _tuple$3, buf, d, err, hf, ihf, it, n, nameIdx, ok, wantStr, x, $s, $r, $c} = $restore(this, {n, it});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		buf = d.buf;
		_tuple = readVarInt(n, buf);
		nameIdx = _tuple[0];
		buf = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		hf = new HeaderField.ptr("", "", false);
		wantStr = d.emitEnabled || new indexType(it).indexed();
		/* */ if ((nameIdx.$high > 0 || (nameIdx.$high === 0 && nameIdx.$low > 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((nameIdx.$high > 0 || (nameIdx.$high === 0 && nameIdx.$low > 0))) { */ case 1:
			_tuple$1 = d.at(nameIdx);
			ihf = $clone(_tuple$1[0], HeaderField);
			ok = _tuple$1[1];
			if (!ok) {
				$s = -1; return (x = new DecodingError.ptr(new InvalidIndexError(((nameIdx.$low >> 0)))), new x.constructor.elem(x));
			}
			hf.Name = ihf.Name;
			$s = 3; continue;
		/* } else { */ case 2:
			_r = d.readString(buf, wantStr); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple$2 = _r;
			hf.Name = _tuple$2[0];
			buf = _tuple$2[1];
			err = _tuple$2[2];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
		/* } */ case 3:
		_r$1 = d.readString(buf, wantStr); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$3 = _r$1;
		hf.Value = _tuple$3[0];
		buf = _tuple$3[1];
		err = _tuple$3[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		d.buf = buf;
		/* */ if (new indexType(it).indexed()) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (new indexType(it).indexed()) { */ case 6:
			$r = d.dynTab.add($clone(hf, HeaderField)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		hf.Sensitive = new indexType(it).sensitive();
		_r$2 = d.callEmit($clone(hf, HeaderField)); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 10; case 10: return $24r;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseFieldLiteral, $c: true, $r, $24r, _r, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, _tuple$3, buf, d, err, hf, ihf, it, n, nameIdx, ok, wantStr, x, $s};return $f;
	};
	Decoder.prototype.parseFieldLiteral = function(n, it) { return this.$val.parseFieldLiteral(n, it); };
	Decoder.ptr.prototype.callEmit = function(hf) {
		var {d, hf, $s, $r, $c} = $restore(this, {hf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		if (!((d.maxStrLen === 0))) {
			if (hf.Name.length > d.maxStrLen || hf.Value.length > d.maxStrLen) {
				$s = -1; return $pkg.ErrStringLength;
			}
		}
		/* */ if (d.emitEnabled) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (d.emitEnabled) { */ case 1:
			$r = d.emit($clone(hf, HeaderField)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.callEmit, $c: true, $r, d, hf, $s};return $f;
	};
	Decoder.prototype.callEmit = function(hf) { return this.$val.callEmit(hf); };
	Decoder.ptr.prototype.parseDynamicTableSizeUpdate = function() {
		var {_tuple, buf, d, err, size, x, x$1, x$2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		if (!d.firstField && d.dynTab.size > 0) {
			$s = -1; return (x = new DecodingError.ptr(errors.New("dynamic table size update MUST occur at the beginning of a header block")), new x.constructor.elem(x));
		}
		buf = d.buf;
		_tuple = readVarInt(5, buf);
		size = _tuple[0];
		buf = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		if ((x$1 = (new $Uint64(0, d.dynTab.allowedMaxSize)), (size.$high > x$1.$high || (size.$high === x$1.$high && size.$low > x$1.$low)))) {
			$s = -1; return (x$2 = new DecodingError.ptr(errors.New("dynamic table size update too large")), new x$2.constructor.elem(x$2));
		}
		$r = d.dynTab.setMaxSize(((size.$low >>> 0))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		d.buf = buf;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Decoder.ptr.prototype.parseDynamicTableSizeUpdate, $c: true, $r, _tuple, buf, d, err, size, x, x$1, x$2, $s};return $f;
	};
	Decoder.prototype.parseDynamicTableSizeUpdate = function() { return this.$val.parseDynamicTableSizeUpdate(); };
	readVarInt = function(n, p) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, b, err, i, m, n, origP, p, remain, x, x$1, x$2, x$3, x$4, x$5;
		i = new $Uint64(0, 0);
		remain = sliceType$1.nil;
		err = $ifaceNil;
		if (n < 1 || n > 8) {
			$panic(new $String("bad n"));
		}
		if (p.$length === 0) {
			_tmp = new $Uint64(0, 0);
			_tmp$1 = p;
			_tmp$2 = errNeedMore;
			i = _tmp;
			remain = _tmp$1;
			err = _tmp$2;
			return [i, remain, err];
		}
		i = (new $Uint64(0, (0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0])));
		if (n < 8) {
			i = (x = (x$1 = $shiftLeft64(new $Uint64(0, 1), $flatten64((new $Uint64(0, n)))), new $Uint64(x$1.$high - 0, x$1.$low - 1)), new $Uint64(i.$high & x.$high, (i.$low & x.$low) >>> 0));
		}
		if ((x$2 = (x$3 = $shiftLeft64(new $Uint64(0, 1), $flatten64((new $Uint64(0, n)))), new $Uint64(x$3.$high - 0, x$3.$low - 1)), (i.$high < x$2.$high || (i.$high === x$2.$high && i.$low < x$2.$low)))) {
			_tmp$3 = i;
			_tmp$4 = $subslice(p, 1);
			_tmp$5 = $ifaceNil;
			i = _tmp$3;
			remain = _tmp$4;
			err = _tmp$5;
			return [i, remain, err];
		}
		origP = p;
		p = $subslice(p, 1);
		m = new $Uint64(0, 0);
		while (true) {
			if (!(p.$length > 0)) { break; }
			b = (0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]);
			p = $subslice(p, 1);
			i = (x$4 = $shiftLeft64((new $Uint64(0, ((b & 127) >>> 0))), $flatten64(m)), new $Uint64(i.$high + x$4.$high, i.$low + x$4.$low));
			if (((b & 128) >>> 0) === 0) {
				_tmp$6 = i;
				_tmp$7 = p;
				_tmp$8 = $ifaceNil;
				i = _tmp$6;
				remain = _tmp$7;
				err = _tmp$8;
				return [i, remain, err];
			}
			m = (x$5 = new $Uint64(0, 7), new $Uint64(m.$high + x$5.$high, m.$low + x$5.$low));
			if ((m.$high > 0 || (m.$high === 0 && m.$low >= 63))) {
				_tmp$9 = new $Uint64(0, 0);
				_tmp$10 = origP;
				_tmp$11 = new errVarintOverflow.constructor.elem(errVarintOverflow);
				i = _tmp$9;
				remain = _tmp$10;
				err = _tmp$11;
				return [i, remain, err];
			}
		}
		_tmp$12 = new $Uint64(0, 0);
		_tmp$13 = origP;
		_tmp$14 = errNeedMore;
		i = _tmp$12;
		remain = _tmp$13;
		err = _tmp$14;
		return [i, remain, err];
	};
	Decoder.ptr.prototype.readString = function(p, wantStr) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _r, _r$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, buf, d, err, err$1, isHuff, p, remain, s, strLen, wantStr, x, x$1, $s, $deferred, $r, $c} = $restore(this, {p, wantStr});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		s = "";
		remain = sliceType$1.nil;
		err = $ifaceNil;
		d = this;
		/* */ if (p.$length === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (p.$length === 0) { */ case 1:
			_tmp = "";
			_tmp$1 = p;
			_tmp$2 = errNeedMore;
			s = _tmp;
			remain = _tmp$1;
			err = _tmp$2;
			$24r = [s, remain, err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		isHuff = !(((((0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]) & 128) >>> 0) === 0));
		_tuple = readVarInt(7, p);
		strLen = _tuple[0];
		p = _tuple[1];
		err = _tuple[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 4:
			_tmp$3 = "";
			_tmp$4 = p;
			_tmp$5 = err;
			s = _tmp$3;
			remain = _tmp$4;
			err = _tmp$5;
			$24r$1 = [s, remain, err];
			$s = 6; case 6: return $24r$1;
		/* } */ case 5:
		/* */ if (!((d.maxStrLen === 0)) && (x = (new $Uint64(0, d.maxStrLen)), (strLen.$high > x.$high || (strLen.$high === x.$high && strLen.$low > x.$low)))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((d.maxStrLen === 0)) && (x = (new $Uint64(0, d.maxStrLen)), (strLen.$high > x.$high || (strLen.$high === x.$high && strLen.$low > x.$low)))) { */ case 7:
			_tmp$6 = "";
			_tmp$7 = sliceType$1.nil;
			_tmp$8 = $pkg.ErrStringLength;
			s = _tmp$6;
			remain = _tmp$7;
			err = _tmp$8;
			$24r$2 = [s, remain, err];
			$s = 9; case 9: return $24r$2;
		/* } */ case 8:
		/* */ if ((x$1 = (new $Uint64(0, p.$length)), (x$1.$high < strLen.$high || (x$1.$high === strLen.$high && x$1.$low < strLen.$low)))) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if ((x$1 = (new $Uint64(0, p.$length)), (x$1.$high < strLen.$high || (x$1.$high === strLen.$high && x$1.$low < strLen.$low)))) { */ case 10:
			_tmp$9 = "";
			_tmp$10 = p;
			_tmp$11 = errNeedMore;
			s = _tmp$9;
			remain = _tmp$10;
			err = _tmp$11;
			$24r$3 = [s, remain, err];
			$s = 12; case 12: return $24r$3;
		/* } */ case 11:
		/* */ if (!isHuff) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!isHuff) { */ case 13:
			if (wantStr) {
				s = ($bytesToString($subslice(p, 0, $flatten64(strLen))));
			}
			_tmp$12 = s;
			_tmp$13 = $subslice(p, $flatten64(strLen));
			_tmp$14 = $ifaceNil;
			s = _tmp$12;
			remain = _tmp$13;
			err = _tmp$14;
			$24r$4 = [s, remain, err];
			$s = 15; case 15: return $24r$4;
		/* } */ case 14:
		/* */ if (wantStr) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (wantStr) { */ case 16:
			_r = bufPool.Get(); /* */ $s = 18; case 18: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			buf = $assertType(_r, ptrType$1);
			buf.Reset();
			$deferred.push([$methodVal(bufPool, "Put"), [buf]]);
			_r$1 = huffmanDecode(buf, d.maxStrLen, $subslice(p, 0, $flatten64(strLen))); /* */ $s = 19; case 19: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err$1 = _r$1;
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 20:
				buf.Reset();
				_tmp$15 = "";
				_tmp$16 = sliceType$1.nil;
				_tmp$17 = err$1;
				s = _tmp$15;
				remain = _tmp$16;
				err = _tmp$17;
				$24r$5 = [s, remain, err];
				$s = 22; case 22: return $24r$5;
			/* } */ case 21:
			s = buf.String();
			buf.Reset();
		/* } */ case 17:
		_tmp$18 = s;
		_tmp$19 = $subslice(p, $flatten64(strLen));
		_tmp$20 = $ifaceNil;
		s = _tmp$18;
		remain = _tmp$19;
		err = _tmp$20;
		$24r$6 = [s, remain, err];
		$s = 23; case 23: return $24r$6;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [s, remain, err]; } if($curGoroutine.asleep) { var $f = {$blk: Decoder.ptr.prototype.readString, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _r, _r$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, buf, d, err, err$1, isHuff, p, remain, s, strLen, wantStr, x, x$1, $s, $deferred};return $f; } }
	};
	Decoder.prototype.readString = function(p, wantStr) { return this.$val.readString(p, wantStr); };
	NewEncoder = function(w) {
		var {e, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = new Encoder.ptr(new dynamicTable.ptr(new headerFieldTable.ptr(sliceType$2.nil, new $Uint64(0, 0), false, false), 0, 0, 0), 4294967295, 4096, false, w, sliceType$1.nil);
		e.dynTab.table.init();
		$r = e.dynTab.setMaxSize(4096); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return e;
		/* */ } return; } var $f = {$blk: NewEncoder, $c: true, $r, e, w, $s};return $f;
	};
	$pkg.NewEncoder = NewEncoder;
	Encoder.ptr.prototype.WriteField = function(f) {
		var {_r, _r$1, _tuple, _tuple$1, e, err, f, idx, indexing, n, nameValueMatch, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		e.buf = $subslice(e.buf, 0, 0);
		if (e.tableSizeUpdate) {
			e.tableSizeUpdate = false;
			if (e.minSize < e.dynTab.maxSize) {
				e.buf = appendTableSize(e.buf, e.minSize);
			}
			e.minSize = 4294967295;
			e.buf = appendTableSize(e.buf, e.dynTab.maxSize);
		}
		_r = e.searchTable($clone(f, HeaderField)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		idx = _tuple[0];
		nameValueMatch = _tuple[1];
		/* */ if (nameValueMatch) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (nameValueMatch) { */ case 2:
			e.buf = appendIndexed(e.buf, idx);
			$s = 4; continue;
		/* } else { */ case 3:
			indexing = e.shouldIndex($clone(f, HeaderField));
			/* */ if (indexing) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (indexing) { */ case 5:
				$r = e.dynTab.add($clone(f, HeaderField)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
			if ((idx.$high === 0 && idx.$low === 0)) {
				e.buf = appendNewName(e.buf, $clone(f, HeaderField), indexing);
			} else {
				e.buf = appendIndexedName(e.buf, $clone(f, HeaderField), idx, indexing);
			}
		/* } */ case 4:
		_r$1 = e.w.Write(e.buf); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		n = _tuple$1[0];
		err = _tuple$1[1];
		if ($interfaceIsEqual(err, $ifaceNil) && !((n === e.buf.$length))) {
			err = io.ErrShortWrite;
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.WriteField, $c: true, $r, _r, _r$1, _tuple, _tuple$1, e, err, f, idx, indexing, n, nameValueMatch, $s};return $f;
	};
	Encoder.prototype.WriteField = function(f) { return this.$val.WriteField(f); };
	Encoder.ptr.prototype.searchTable = function(f) {
		var {_r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, e, f, i, j, nameValueMatch, x, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = new $Uint64(0, 0);
		nameValueMatch = false;
		e = this;
		_r = staticTable.search($clone(f, HeaderField)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		i = _tuple[0];
		nameValueMatch = _tuple[1];
		if (nameValueMatch) {
			_tmp = i;
			_tmp$1 = true;
			i = _tmp;
			nameValueMatch = _tmp$1;
			$s = -1; return [i, nameValueMatch];
		}
		_r$1 = e.dynTab.table.search($clone(f, HeaderField)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		j = _tuple$1[0];
		nameValueMatch = _tuple$1[1];
		if (nameValueMatch || ((i.$high === 0 && i.$low === 0) && !((j.$high === 0 && j.$low === 0)))) {
			_tmp$2 = (x = (new $Uint64(0, staticTable.len())), new $Uint64(j.$high + x.$high, j.$low + x.$low));
			_tmp$3 = nameValueMatch;
			i = _tmp$2;
			nameValueMatch = _tmp$3;
			$s = -1; return [i, nameValueMatch];
		}
		_tmp$4 = i;
		_tmp$5 = false;
		i = _tmp$4;
		nameValueMatch = _tmp$5;
		$s = -1; return [i, nameValueMatch];
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.searchTable, $c: true, $r, _r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, e, f, i, j, nameValueMatch, x, $s};return $f;
	};
	Encoder.prototype.searchTable = function(f) { return this.$val.searchTable(f); };
	Encoder.ptr.prototype.SetMaxDynamicTableSize = function(v) {
		var {e, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		if (v > e.maxSizeLimit) {
			v = e.maxSizeLimit;
		}
		if (v < e.minSize) {
			e.minSize = v;
		}
		e.tableSizeUpdate = true;
		$r = e.dynTab.setMaxSize(v); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.SetMaxDynamicTableSize, $c: true, $r, e, v, $s};return $f;
	};
	Encoder.prototype.SetMaxDynamicTableSize = function(v) { return this.$val.SetMaxDynamicTableSize(v); };
	Encoder.ptr.prototype.SetMaxDynamicTableSizeLimit = function(v) {
		var {e, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		e.maxSizeLimit = v;
		/* */ if (e.dynTab.maxSize > v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (e.dynTab.maxSize > v) { */ case 1:
			e.tableSizeUpdate = true;
			$r = e.dynTab.setMaxSize(v); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Encoder.ptr.prototype.SetMaxDynamicTableSizeLimit, $c: true, $r, e, v, $s};return $f;
	};
	Encoder.prototype.SetMaxDynamicTableSizeLimit = function(v) { return this.$val.SetMaxDynamicTableSizeLimit(v); };
	Encoder.ptr.prototype.shouldIndex = function(f) {
		var e, f;
		e = this;
		return !f.Sensitive && $clone(f, HeaderField).Size() <= e.dynTab.maxSize;
	};
	Encoder.prototype.shouldIndex = function(f) { return this.$val.shouldIndex(f); };
	appendIndexed = function(dst, i) {
		var dst, first, i;
		first = dst.$length;
		dst = appendVarInt(dst, 7, i);
		((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first] = ((((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first]) | (128)) >>> 0));
		return dst;
	};
	appendNewName = function(dst, f, indexing) {
		var dst, f, indexing;
		dst = $append(dst, encodeTypeByte(indexing, f.Sensitive));
		dst = appendHpackString(dst, f.Name);
		return appendHpackString(dst, f.Value);
	};
	appendIndexedName = function(dst, f, i, indexing) {
		var dst, f, first, i, indexing, n;
		first = dst.$length;
		n = 0;
		if (indexing) {
			n = 6;
		} else {
			n = 4;
		}
		dst = appendVarInt(dst, n, i);
		((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first] = ((((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first]) | (encodeTypeByte(indexing, f.Sensitive))) >>> 0));
		return appendHpackString(dst, f.Value);
	};
	appendTableSize = function(dst, v) {
		var dst, first, v;
		first = dst.$length;
		dst = appendVarInt(dst, 5, (new $Uint64(0, v)));
		((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first] = ((((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first]) | (32)) >>> 0));
		return dst;
	};
	appendVarInt = function(dst, n, i) {
		var dst, i, k, n, x, x$1, x$2;
		k = ((x = $shiftLeft64(new $Uint64(0, 1), n), new $Uint64(x.$high - 0, x.$low - 1)));
		if ((i.$high < k.$high || (i.$high === k.$high && i.$low < k.$low))) {
			return $append(dst, ((i.$low << 24 >>> 24)));
		}
		dst = $append(dst, ((k.$low << 24 >>> 24)));
		i = (x$1 = k, new $Uint64(i.$high - x$1.$high, i.$low - x$1.$low));
		while (true) {
			if (!((i.$high > 0 || (i.$high === 0 && i.$low >= 128)))) { break; }
			dst = $append(dst, (((x$2 = new $Uint64(i.$high & 0, (i.$low & 127) >>> 0), new $Uint64(0 | x$2.$high, (128 | x$2.$low) >>> 0)).$low << 24 >>> 24)));
			i = $shiftRightUint64(i, (7));
		}
		return $append(dst, ((i.$low << 24 >>> 24)));
	};
	appendHpackString = function(dst, s) {
		var dst, first, huffmanLength, s, x;
		huffmanLength = HuffmanEncodeLength(s);
		if ((x = (new $Uint64(0, s.length)), (huffmanLength.$high < x.$high || (huffmanLength.$high === x.$high && huffmanLength.$low < x.$low)))) {
			first = dst.$length;
			dst = appendVarInt(dst, 7, huffmanLength);
			dst = AppendHuffmanString(dst, s);
			((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first] = ((((first < 0 || first >= dst.$length) ? ($throwRuntimeError("index out of range"), undefined) : dst.$array[dst.$offset + first]) | (128)) >>> 0));
		} else {
			dst = appendVarInt(dst, 7, (new $Uint64(0, s.length)));
			dst = $appendSlice(dst, s);
		}
		return dst;
	};
	encodeTypeByte = function(indexing, sensitive) {
		var indexing, sensitive;
		if (sensitive) {
			return 16;
		}
		if (indexing) {
			return 64;
		}
		return 0;
	};
	ptrType$3.methods = [{prop: "init", name: "init", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [], false)}, {prop: "len", name: "len", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [$Int], false)}, {prop: "addEntry", name: "addEntry", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([HeaderField], [], false)}, {prop: "evictOldest", name: "evictOldest", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([$Int], [], false)}, {prop: "search", name: "search", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([HeaderField], [$Uint64, $Bool], false)}, {prop: "idToIndex", name: "idToIndex", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([$Uint64], [$Uint64], false)}];
	DecodingError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	InvalidIndexError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	HeaderField.methods = [{prop: "IsPseudo", name: "IsPseudo", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Size", name: "Size", pkg: "", typ: $funcType([], [$Uint32], false)}];
	ptrType$4.methods = [{prop: "SetMaxStringLength", name: "SetMaxStringLength", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "SetEmitFunc", name: "SetEmitFunc", pkg: "", typ: $funcType([funcType$1], [], false)}, {prop: "SetEmitEnabled", name: "SetEmitEnabled", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "EmitEnabled", name: "EmitEnabled", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "SetMaxDynamicTableSize", name: "SetMaxDynamicTableSize", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "SetAllowedMaxDynamicTableSize", name: "SetAllowedMaxDynamicTableSize", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "maxTableIndex", name: "maxTableIndex", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [$Int], false)}, {prop: "at", name: "at", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([$Uint64], [HeaderField, $Bool], false)}, {prop: "DecodeFull", name: "DecodeFull", pkg: "", typ: $funcType([sliceType$1], [sliceType$2, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$1], [$Int, $error], false)}, {prop: "parseHeaderFieldRepr", name: "parseHeaderFieldRepr", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [$error], false)}, {prop: "parseFieldIndexed", name: "parseFieldIndexed", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [$error], false)}, {prop: "parseFieldLiteral", name: "parseFieldLiteral", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([$Uint8, indexType], [$error], false)}, {prop: "callEmit", name: "callEmit", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([HeaderField], [$error], false)}, {prop: "parseDynamicTableSizeUpdate", name: "parseDynamicTableSizeUpdate", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [$error], false)}, {prop: "readString", name: "readString", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([sliceType$1, $Bool], [$String, sliceType$1, $error], false)}];
	ptrType$5.methods = [{prop: "setMaxSize", name: "setMaxSize", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([$Uint32], [], false)}, {prop: "add", name: "add", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([HeaderField], [], false)}, {prop: "evict", name: "evict", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [], false)}];
	indexType.methods = [{prop: "indexed", name: "indexed", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [$Bool], false)}, {prop: "sensitive", name: "sensitive", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([], [$Bool], false)}];
	ptrType$6.methods = [{prop: "WriteField", name: "WriteField", pkg: "", typ: $funcType([HeaderField], [$error], false)}, {prop: "searchTable", name: "searchTable", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([HeaderField], [$Uint64, $Bool], false)}, {prop: "SetMaxDynamicTableSize", name: "SetMaxDynamicTableSize", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "SetMaxDynamicTableSizeLimit", name: "SetMaxDynamicTableSizeLimit", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "shouldIndex", name: "shouldIndex", pkg: "vendor/golang.org/x/net/http2/hpack", typ: $funcType([HeaderField], [$Bool], false)}];
	headerFieldTable.init("vendor/golang.org/x/net/http2/hpack", [{prop: "ents", name: "ents", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "evictCount", name: "evictCount", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "byName", name: "byName", embedded: false, exported: false, typ: mapType, tag: ""}, {prop: "byNameValue", name: "byNameValue", embedded: false, exported: false, typ: mapType$1, tag: ""}]);
	pairNameValue.init("vendor/golang.org/x/net/http2/hpack", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "value", name: "value", embedded: false, exported: false, typ: $String, tag: ""}]);
	incomparable.init(funcType, 0);
	node.init("vendor/golang.org/x/net/http2/hpack", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}, {prop: "children", name: "children", embedded: false, exported: false, typ: ptrType$2, tag: ""}, {prop: "codeLen", name: "codeLen", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "sym", name: "sym", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	DecodingError.init("", [{prop: "Err", name: "Err", embedded: false, exported: true, typ: $error, tag: ""}]);
	HeaderField.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Sensitive", name: "Sensitive", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	Decoder.init("vendor/golang.org/x/net/http2/hpack", [{prop: "dynTab", name: "dynTab", embedded: false, exported: false, typ: dynamicTable, tag: ""}, {prop: "emit", name: "emit", embedded: false, exported: false, typ: funcType$1, tag: ""}, {prop: "emitEnabled", name: "emitEnabled", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "maxStrLen", name: "maxStrLen", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "saveBuf", name: "saveBuf", embedded: false, exported: false, typ: bytes.Buffer, tag: ""}, {prop: "firstField", name: "firstField", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	dynamicTable.init("vendor/golang.org/x/net/http2/hpack", [{prop: "table", name: "table", embedded: false, exported: false, typ: headerFieldTable, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "maxSize", name: "maxSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "allowedMaxSize", name: "allowedMaxSize", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	Encoder.init("vendor/golang.org/x/net/http2/hpack", [{prop: "dynTab", name: "dynTab", embedded: false, exported: false, typ: dynamicTable, tag: ""}, {prop: "minSize", name: "minSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "maxSizeLimit", name: "maxSizeLimit", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "tableSizeUpdate", name: "tableSizeUpdate", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}, {prop: "buf", name: "buf", embedded: false, exported: false, typ: sliceType$1, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		buildRootOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		lazyRootHuffmanNode = ptrType.nil;
		staticTableEntries = $toNativeArray($kindStruct, [new HeaderField.ptr(":authority", "", false), new HeaderField.ptr(":method", "GET", false), new HeaderField.ptr(":method", "POST", false), new HeaderField.ptr(":path", "/", false), new HeaderField.ptr(":path", "/index.html", false), new HeaderField.ptr(":scheme", "http", false), new HeaderField.ptr(":scheme", "https", false), new HeaderField.ptr(":status", "200", false), new HeaderField.ptr(":status", "204", false), new HeaderField.ptr(":status", "206", false), new HeaderField.ptr(":status", "304", false), new HeaderField.ptr(":status", "400", false), new HeaderField.ptr(":status", "404", false), new HeaderField.ptr(":status", "500", false), new HeaderField.ptr("accept-charset", "", false), new HeaderField.ptr("accept-encoding", "gzip, deflate", false), new HeaderField.ptr("accept-language", "", false), new HeaderField.ptr("accept-ranges", "", false), new HeaderField.ptr("accept", "", false), new HeaderField.ptr("access-control-allow-origin", "", false), new HeaderField.ptr("age", "", false), new HeaderField.ptr("allow", "", false), new HeaderField.ptr("authorization", "", false), new HeaderField.ptr("cache-control", "", false), new HeaderField.ptr("content-disposition", "", false), new HeaderField.ptr("content-encoding", "", false), new HeaderField.ptr("content-language", "", false), new HeaderField.ptr("content-length", "", false), new HeaderField.ptr("content-location", "", false), new HeaderField.ptr("content-range", "", false), new HeaderField.ptr("content-type", "", false), new HeaderField.ptr("cookie", "", false), new HeaderField.ptr("date", "", false), new HeaderField.ptr("etag", "", false), new HeaderField.ptr("expect", "", false), new HeaderField.ptr("expires", "", false), new HeaderField.ptr("from", "", false), new HeaderField.ptr("host", "", false), new HeaderField.ptr("if-match", "", false), new HeaderField.ptr("if-modified-since", "", false), new HeaderField.ptr("if-none-match", "", false), new HeaderField.ptr("if-range", "", false), new HeaderField.ptr("if-unmodified-since", "", false), new HeaderField.ptr("last-modified", "", false), new HeaderField.ptr("link", "", false), new HeaderField.ptr("location", "", false), new HeaderField.ptr("max-forwards", "", false), new HeaderField.ptr("proxy-authenticate", "", false), new HeaderField.ptr("proxy-authorization", "", false), new HeaderField.ptr("range", "", false), new HeaderField.ptr("referer", "", false), new HeaderField.ptr("refresh", "", false), new HeaderField.ptr("retry-after", "", false), new HeaderField.ptr("server", "", false), new HeaderField.ptr("set-cookie", "", false), new HeaderField.ptr("strict-transport-security", "", false), new HeaderField.ptr("transfer-encoding", "", false), new HeaderField.ptr("user-agent", "", false), new HeaderField.ptr("vary", "", false), new HeaderField.ptr("via", "", false), new HeaderField.ptr("www-authenticate", "", false)]);
		staticTable = newStaticTable();
		huffmanCodes = $toNativeArray($kindUint32, [8184, 8388568, 268435426, 268435427, 268435428, 268435429, 268435430, 268435431, 268435432, 16777194, 1073741820, 268435433, 268435434, 1073741821, 268435435, 268435436, 268435437, 268435438, 268435439, 268435440, 268435441, 268435442, 1073741822, 268435443, 268435444, 268435445, 268435446, 268435447, 268435448, 268435449, 268435450, 268435451, 20, 1016, 1017, 4090, 8185, 21, 248, 2042, 1018, 1019, 249, 2043, 250, 22, 23, 24, 0, 1, 2, 25, 26, 27, 28, 29, 30, 31, 92, 251, 32764, 32, 4091, 1020, 8186, 33, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 252, 115, 253, 8187, 524272, 8188, 16380, 34, 32765, 3, 35, 4, 36, 5, 37, 38, 39, 6, 116, 117, 40, 41, 42, 7, 43, 118, 44, 8, 9, 45, 119, 120, 121, 122, 123, 32766, 2044, 16381, 8189, 268435452, 1048550, 4194258, 1048551, 1048552, 4194259, 4194260, 4194261, 8388569, 4194262, 8388570, 8388571, 8388572, 8388573, 8388574, 16777195, 8388575, 16777196, 16777197, 4194263, 8388576, 16777198, 8388577, 8388578, 8388579, 8388580, 2097116, 4194264, 8388581, 4194265, 8388582, 8388583, 16777199, 4194266, 2097117, 1048553, 4194267, 4194268, 8388584, 8388585, 2097118, 8388586, 4194269, 4194270, 16777200, 2097119, 4194271, 8388587, 8388588, 2097120, 2097121, 4194272, 2097122, 8388589, 4194273, 8388590, 8388591, 1048554, 4194274, 4194275, 4194276, 8388592, 4194277, 4194278, 8388593, 67108832, 67108833, 1048555, 524273, 4194279, 8388594, 4194280, 33554412, 67108834, 67108835, 67108836, 134217694, 134217695, 67108837, 16777201, 33554413, 524274, 2097123, 67108838, 134217696, 134217697, 67108839, 134217698, 16777202, 2097124, 2097125, 67108840, 67108841, 268435453, 134217699, 134217700, 134217701, 1048556, 16777203, 1048557, 2097126, 4194281, 2097127, 2097128, 8388595, 4194282, 4194283, 33554414, 33554415, 16777204, 16777205, 67108842, 8388596, 67108843, 134217702, 67108844, 67108845, 134217703, 134217704, 134217705, 134217706, 134217707, 268435454, 134217708, 134217709, 134217710, 134217711, 134217712, 67108846]);
		huffmanCodeLen = $toNativeArray($kindUint8, [13, 23, 28, 28, 28, 28, 28, 28, 28, 24, 30, 28, 28, 30, 28, 28, 28, 28, 28, 28, 28, 28, 30, 28, 28, 28, 28, 28, 28, 28, 28, 28, 6, 10, 10, 12, 13, 6, 8, 11, 10, 10, 8, 11, 8, 6, 6, 6, 5, 5, 5, 6, 6, 6, 6, 6, 6, 6, 7, 8, 15, 6, 12, 10, 13, 6, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 8, 7, 8, 13, 19, 13, 14, 6, 15, 5, 6, 5, 6, 5, 6, 6, 6, 5, 7, 7, 6, 6, 6, 5, 6, 7, 6, 5, 5, 6, 7, 7, 7, 7, 7, 15, 11, 14, 13, 28, 20, 22, 20, 20, 22, 22, 22, 23, 22, 23, 23, 23, 23, 23, 24, 23, 24, 24, 22, 23, 24, 23, 23, 23, 23, 21, 22, 23, 22, 23, 23, 24, 22, 21, 20, 22, 22, 23, 23, 21, 23, 22, 22, 24, 21, 22, 23, 23, 21, 21, 22, 21, 23, 22, 23, 23, 20, 22, 22, 22, 23, 22, 22, 23, 26, 26, 20, 19, 22, 23, 22, 25, 26, 26, 26, 27, 27, 26, 24, 25, 19, 21, 26, 27, 27, 26, 27, 24, 21, 21, 26, 26, 28, 27, 27, 27, 20, 24, 20, 21, 22, 21, 21, 23, 22, 22, 25, 25, 24, 24, 26, 23, 26, 27, 26, 26, 27, 27, 27, 27, 27, 28, 27, 27, 27, 27, 27, 26]);
		bufPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new bytes.Buffer.ptr(sliceType$1.nil, 0, 0);
		}));
		$pkg.ErrInvalidHuffman = errors.New("hpack: invalid Huffman-encoded data");
		$pkg.ErrStringLength = errors.New("hpack: string too long");
		errNeedMore = errors.New("need more data");
		errVarintOverflow = new DecodingError.ptr(errors.New("varint integer overflow"));
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["net/http"] = (function() {
	var $pkg = {}, $init, bufio, bytes, gzip, list, context, rand$1, tls, base64, binary, errors, fmt, js$1, godebug, io, fs, ioutil, log, math, rand, mime, multipart, net, httptrace, internal, ascii, textproto, url, os, path, filepath, reflect, runtime, sort, strconv, strings, sync, atomic, js, time, utf8, httpguts, httpproxy, hpack, idna, Transport, cancelKey, h2Transport, transportRequest, readTrackingBody, transportReadFromServerError, wantConn, wantConnQueue, erringRoundTripper, persistConnWriter, connectMethod, connectMethodKey, persistConn, readWriteCloserBody, nothingWrittenError, responseAndError, requestAndChan, writeRequest, httpError, tLogKey, bodyEOFSignal, gzipReader, tlsHandshakeTimeoutError, fakeLocker, connLRU, errorReader, byteReader, transferWriter, transferReader, unsupportedTEError, body, bodyLocked, finishAsyncByteRead, bufioFlushWriter, socksCommand, socksAuthMethod, socksReply, socksAddr, socksConn, socksDialer, socksUsernamePassword, sniffSig, exactSig, maskedSig, htmlSig, mp4Sig, textSig, Handler, ResponseWriter, conn, chunkWriter, response, atomicBool, writerOnly, readResult, connReader, expectContinueReader, extraHeader, closeWriter, statusError, HandlerFunc, redirectHandler, ServeMux, muxEntry, Server, ConnState, serverHandler, onceCloseListener, globalOptionsHandler, initALPNRequest, loggingConn, checkConnErrorWriter, streamReader, arrayReader, Response, ProtocolError, Request, requestBodyReadError, maxBytesReader, incomparable, contextKey, noBody, PushOptions, Header, stringWriter, keyValues, headerSorter, http2ClientConnPool, http2clientConnPoolIdleCloser, http2clientConnPool, http2dialCall, http2addConnCall, http2noDialClientConnPool, http2dataBuffer, http2ErrCode, http2ConnectionError, http2StreamError, http2goAwayFlowError, http2connError, http2pseudoHeaderError, http2duplicatePseudoHeaderError, http2headerFieldNameError, http2headerFieldValueError, http2flow, http2FrameType, http2Flags, http2FrameHeader, http2Frame, http2Framer, http2frameCache, http2DataFrame, http2SettingsFrame, http2PingFrame, http2GoAwayFrame, http2UnknownFrame, http2WindowUpdateFrame, http2HeadersFrame, http2HeadersFrameParam, http2PriorityFrame, http2PriorityParam, http2RSTStreamFrame, http2ContinuationFrame, http2PushPromiseFrame, http2PushPromiseParam, http2MetaHeadersFrame, http2goroutineLock, http2streamState, http2Setting, http2SettingID, http2gate, http2closeWaiter, http2bufferedWriter, http2httpError, http2connectionStater, http2sorter, http2incomparable, http2pipe, http2pipeBuffer, http2Server, http2serverInternalState, http2ServeConnOpts, http2serverConn, http2stream, http2readFrameResult, http2frameWriteResult, http2serverMessage, http2requestParam, http2bodyReadMsg, http2requestBody, http2responseWriter, http2responseWriterState, http2chunkWriter, http2startPushRequest, http2Transport, http2ClientConn, http2clientStream, http2stickyErrWriter, http2noCachedConnError, http2RoundTripOpt, http2ClientConnState, http2clientConnIdleState, http2clientConnReadLoop, http2GoAwayError, http2transportResponseBody, http2missingBody, http2erringRoundTripper, http2gzipReader, http2noDialH2RoundTripper, http2writeFramer, http2writeContext, http2flushFrameWriter, http2writeSettings, http2writeGoAway, http2writeData, http2handlerPanicRST, http2writePingAck, http2writeSettingsAck, http2writeResHeaders, http2writePushPromise, http2write100ContinueHeadersFrame, http2writeWindowUpdate, http2WriteScheduler, http2OpenStreamOptions, http2FrameWriteRequest, http2writeQueue, http2writeQueuePool, http2PriorityWriteSchedulerConfig, http2priorityNodeState, http2priorityNode, http2sortPriorityNodeSiblings, http2priorityWriteScheduler, http2randomWriteScheduler, Cookie, SameSite, RoundTripper, noTransport, XHRTransport, requestTooLarger, baseContexter, I, ptrType, ptrType$1, sliceType, sliceType$1, ptrType$2, ptrType$3, ptrType$4, sliceType$2, sliceType$3, sliceType$4, ptrType$6, sliceType$5, sliceType$6, ptrType$9, sliceType$7, funcType, arrayType, ptrType$10, ptrType$11, ptrType$12, ptrType$13, ptrType$14, ptrType$15, chanType, ptrType$16, mapType, ptrType$17, ptrType$18, ptrType$19, ptrType$20, ptrType$21, ptrType$22, ptrType$23, ptrType$24, sliceType$8, sliceType$9, ptrType$25, structType, ptrType$26, sliceType$10, sliceType$11, ptrType$27, ptrType$28, ptrType$29, ptrType$30, sliceType$12, ptrType$31, ptrType$32, ptrType$33, funcType$1, sliceType$13, ptrType$34, sliceType$14, arrayType$1, sliceType$15, sliceType$16, ptrType$35, arrayType$2, sliceType$17, ptrType$36, ptrType$37, ptrType$38, ptrType$39, ptrType$40, ptrType$41, ptrType$42, ptrType$43, ptrType$44, ptrType$45, ptrType$46, ptrType$47, structType$1, ptrType$48, ptrType$49, ptrType$50, ptrType$51, ptrType$52, ptrType$53, arrayType$3, arrayType$4, arrayType$5, sliceType$18, ptrType$54, ptrType$55, ptrType$56, ptrType$57, arrayType$6, ptrType$58, sliceType$19, ptrType$59, ptrType$60, ptrType$61, structType$2, ptrType$62, ptrType$63, ptrType$64, ptrType$65, ptrType$66, sliceType$20, ptrType$67, ptrType$68, sliceType$21, ptrType$69, ptrType$70, ptrType$71, ptrType$72, ptrType$73, arrayType$7, ptrType$74, ptrType$75, arrayType$8, sliceType$22, ptrType$76, ptrType$77, ptrType$78, ptrType$79, ptrType$80, ptrType$81, ptrType$82, ptrType$83, ptrType$84, ptrType$85, ptrType$86, ptrType$87, ptrType$88, ptrType$89, ptrType$90, funcType$2, ptrType$91, ptrType$92, ptrType$93, ptrType$94, ptrType$95, ptrType$96, ptrType$97, ptrType$98, ptrType$99, ptrType$100, ptrType$101, ptrType$102, interfaceType, ptrType$103, sliceType$23, ptrType$104, sliceType$24, ptrType$105, ptrType$106, sliceType$25, ptrType$107, ptrType$108, sliceType$29, ptrType$111, ptrType$113, funcType$3, ptrType$114, funcType$4, mapType$1, mapType$2, mapType$3, mapType$4, funcType$5, funcType$6, funcType$7, funcType$8, mapType$5, funcType$9, chanType$1, ptrType$115, ptrType$116, chanType$2, funcType$10, chanType$3, chanType$4, funcType$11, ptrType$117, chanType$5, chanType$6, chanType$7, ptrType$118, funcType$12, funcType$13, ptrType$119, ptrType$120, mapType$6, ptrType$121, chanType$8, ptrType$122, ptrType$123, funcType$14, ptrType$124, ptrType$125, ptrType$126, chanType$9, ptrType$127, chanType$10, ptrType$128, funcType$15, ptrType$129, mapType$7, funcType$16, mapType$8, funcType$17, funcType$18, funcType$19, mapType$9, mapType$10, ptrType$131, ptrType$132, ptrType$133, ptrType$134, ptrType$135, funcType$20, ptrType$136, mapType$11, mapType$12, mapType$13, mapType$14, mapType$15, ptrType$137, funcType$21, ptrType$138, funcType$22, funcType$23, ptrType$139, ptrType$140, funcType$24, mapType$16, chanType$11, chanType$12, chanType$13, chanType$14, chanType$15, mapType$17, mapType$18, funcType$25, mapType$19, mapType$20, funcType$26, ptrType$141, ptrType$142, ptrType$143, funcType$27, ptrType$144, funcType$28, ptrType$145, mapType$21, ptrType$146, mapType$22, ptrType$151, mapType$23, errCannotRewind, envProxyOnce, envProxyFuncValue, errKeepAlivesDisabled, errConnBroken, errCloseIdle, errTooManyIdle, errTooManyIdleHost, errCloseIdleConns, errReadLoopExiting, errIdleConnTimeout, errServerClosedIdle, zeroDialer, errCallerOwnsConn, errTimeout, errRequestCanceled, errRequestCanceledConn, testHookEnterRoundTrip, testHookWaitResLoop, testHookRoundTripRetried, testHookPrePendingDial, testHookPostPendingDial, testHookMu, testHookReadLoopBeforeNextRead, portMap, errReadOnClosedResBody, suppressedHeaders304, suppressedHeadersNoBody, singleCRLF, doubleCRLF, errTrailerEOF, nopCloserType, statusText, socksnoDeadline, socksaLongTimeAgo, sniffSignatures, mp4ftype, mp4, crlf, colonSpace, bufioReaderPool, bufioWriter2kPool, bufioWriter2kPool$24ptr, bufioWriter4kPool, bufioWriter4kPool$24ptr, copyBufPool, errTooLarge, extraHeaderKeys, headerContentLength, headerDate, htmlReplacer, defaultServeMux, defaultServeMux$24ptr, stateName, silenceSemWarnContextKey, testHookServerServe, uniqNameMu, uniqNameNext, uint8Array, jsFetchMissing, errClosed, respExcludeHeader, reqWriteExcludeHeader, multipartByReader, errMissingHost, textprotoReaderPool, aLongTimeAgo, omitBundledHTTP2, headerNewlineToSpace, headerSorterPool, http2dataChunkSizeClasses, http2dataChunkPools, http2errReadEmpty, http2errCodeName, http2errFromPeer, http2errMixPseudoHeaderTypes, http2errPseudoAfterRegular, http2padZeros, http2frameName, http2flagName, http2frameParsers, http2fhBytes, http2ErrFrameTooLarge, http2errStreamID, http2errDepStreamID, http2errPadLength, http2errPadBytes, http2DebugGoroutines, http2goroutineSpace, http2littleBuf, http2commonBuildOnce, http2commonLowerHeader, http2commonCanonHeader, http2VerboseLogs, http2logFrameWrites, http2logFrameReads, http2inTests, http2clientPreface, http2stateName, http2settingName, http2bufWriterPool, http2errTimeout, http2sorterPool, http2errClosedPipeWrite, http2errClientDisconnected, http2errClosedBody, http2errHandlerComplete, http2errStreamClosed, http2responseWriterStatePool, http2testHookOnConn, http2testHookGetServerConn, http2testHookOnPanicMu, http2testHookOnPanic, http2settingsTimerMsg, http2idleTimerMsg, http2shutdownTimerMsg, http2gracefulShutdownMsg, http2errPrefaceTimeout, http2errChanPool, http2writeDataPool, http2errHandlerPanicked, http2goAwayTimeout, http2ErrRecursivePush, http2ErrPushLimitReached, http2connHeaders, http2got1xxFuncForTests, http2ErrNoCachedConn, http2errClientConnClosed, http2errClientConnUnusable, http2errClientConnGotGoAway, http2shutdownEnterWaitStateHook, http2errRequestCanceled, http2errStopReqBodyWrite, http2errStopReqBodyWriteAndCancel, http2errReqBodyTooLong, http2bufPool, http2errNilRequestURL, http2errClosedResponseBody, http2errResponseHeaderListSize, http2errRequestHeaderListSize, http2noBody, errSeeker, errNoOverlap, unixEpochTime, errMissingSeek, errMissingReadDir, cookieNameSanitizer, x, x$1, x$2, _r, x$4, defaultTransportDialContext, ProxyFromEnvironment, setupRewindBody, rewindBody, envProxyFunc, is408Message, newReadWriteCloserBody, nop, canonicalAddr, cloneTLSConfig, newTransferWriter, noResponseBodyExpected, bodyAllowedForStatus, suppressedHeaders, readTransfer, chunked, isIdentity, isUnsupportedTEError, fixLength, shouldClose, fixTrailer, seeUpcomingDoubleCRLF, mergeSetHeader, parseContentLength, isKnownInMemoryReader, StatusText, sockssplitHostPort, socksNewDialer, DetectContentType, isWS, isTT, bufioWriterPool, newBufioReader, putBufioReader, newBufioWriterSize, putBufioWriter, appendTime, http1ServerSupportsRequest, checkWriteHeaderCode, relevantCaller, foreachHeaderElement, writeStatusLine, validNextProto, badRequestError, isCommonNetReadError, registerOnHitEOF, requestBodyRemains, Error, NotFound, NotFoundHandler, Redirect, htmlEscape, RedirectHandler, cleanPath, stripHostPort, appendSorted, newLoggingConn, numLeadingCRorLF, strSliceContains, tlsRecordHeaderLooksLikeHTTP, ReadResponse, fixPragmaCacheControl, isProtocolSwitchResponse, isProtocolSwitchHeader, badStringError, valueOrDefault, idnaASCII, cleanHost, removeZone, ParseHTTPVersion, validMethod, parseBasicAuth, parseRequestLine, newTextprotoReader, putTextprotoReader, readRequest, MaxBytesReader, copyValues, parsePostForm, requestMethodUsuallyLacksBody, hasPort, isNotToken, stringContainsCTLByte, hexEscapeNonASCII, CanonicalHeaderKey, hasToken, isTokenBoundary, http2asciiEqualFold, http2lower, http2isASCIIPrint, http2asciiToLower, http2isBadCipher, http2filterOutClientConn, http2shouldRetryDial, http2getDataBufferChunk, http2putDataBufferChunk, http2streamError, http2typeFrameParser, http2readFrameHeader, http2NewFramer, http2terminalReadFrameError, http2parseDataFrame, http2validStreamIDOrZero, http2validStreamID, http2parseSettingsFrame, http2parsePingFrame, http2parseGoAwayFrame, http2parseUnknownFrame, http2parseWindowUpdateFrame, http2parseHeadersFrame, http2parsePriorityFrame, http2parseRSTStreamFrame, http2parseContinuationFrame, http2parsePushPromise, http2readByte, http2readUint32, http2summarizeFrame, http2traceHasWroteHeaderField, http2traceWroteHeaderField, http2traceGot1xxResponseFunc, http2newGoroutineLock, http2curGoroutineID, http2parseUintBytes, http2cutoff64, http2buildCommonHeaderMapsOnce, http2buildCommonHeaderMaps, http2lowerHeader, init, http2validWireHeaderFieldName, http2httpCodeString, http2newBufferedWriter, http2mustUint31, http2bodyAllowedForStatus, http2validPseudoPath, http2ConfigureServer, http2serverConnBaseContext, http2errno, http2isClosedConnError, http2handleHeaderListTooLong, http2checkWriteHeaderCode, http2cloneHeader, http2foreachHeaderElement, http2checkValidHTTP2RequestHeaders, http2new400Handler, http2h1ServerKeepAlivesDisabled, http2configureTransports, http2isNoCachedConnError, http2authorityAddr, http2shouldRetryRequest, http2canRetryError, http2commaSeparatedTrailers, http2checkConnHeaders, http2actualContentLength, http2shouldSendReqContentLength, http2isEOFOrNetReadError, http2strSliceContains, http2isConnectionCloseRequest, http2registerHTTPSProtocol, http2traceGetConn, http2traceGotConn, http2traceWroteHeaders, http2traceGot100Continue, http2traceWait100Continue, http2traceWroteRequest, http2traceFirstResponseByte, http2writeEndsStream, http2splitHeaderBlock, http2encKV, http2encodeHeaders, http2NewPriorityWriteScheduler, http2NewRandomWriteScheduler, readSetCookies, readCookies, validCookieDomain, validCookieExpires, isCookieDomainName, sanitizeCookieName, sanitizeCookieValue, validCookieValueByte, sanitizeCookiePath, validCookiePathByte, sanitizeOrWarn, parseCookieValue, isCookieNameValid, cloneURLValues, cloneURL, cloneMultipartForm, cloneMultipartFileHeader, basicAuth;
	bufio = $packages["bufio"];
	bytes = $packages["bytes"];
	gzip = $packages["compress/gzip"];
	list = $packages["container/list"];
	context = $packages["context"];
	rand$1 = $packages["crypto/rand"];
	tls = $packages["crypto/tls"];
	base64 = $packages["encoding/base64"];
	binary = $packages["encoding/binary"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	js$1 = $packages["github.com/gopherjs/gopherjs/js"];
	godebug = $packages["internal/godebug"];
	io = $packages["io"];
	fs = $packages["io/fs"];
	ioutil = $packages["io/ioutil"];
	log = $packages["log"];
	math = $packages["math"];
	rand = $packages["math/rand"];
	mime = $packages["mime"];
	multipart = $packages["mime/multipart"];
	net = $packages["net"];
	httptrace = $packages["net/http/httptrace"];
	internal = $packages["net/http/internal"];
	ascii = $packages["net/http/internal/ascii"];
	textproto = $packages["net/textproto"];
	url = $packages["net/url"];
	os = $packages["os"];
	path = $packages["path"];
	filepath = $packages["path/filepath"];
	reflect = $packages["reflect"];
	runtime = $packages["runtime"];
	sort = $packages["sort"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	atomic = $packages["sync/atomic"];
	js = $packages["syscall/js"];
	time = $packages["time"];
	utf8 = $packages["unicode/utf8"];
	httpguts = $packages["vendor/golang.org/x/net/http/httpguts"];
	httpproxy = $packages["vendor/golang.org/x/net/http/httpproxy"];
	hpack = $packages["vendor/golang.org/x/net/http2/hpack"];
	idna = $packages["vendor/golang.org/x/net/idna"];
	Transport = $pkg.Transport = $newType(0, $kindStruct, "http.Transport", true, "net/http", true, function(idleMu_, closeIdle_, idleConn_, idleConnWait_, idleLRU_, reqMu_, reqCanceler_, altMu_, altProto_, connsPerHostMu_, connsPerHost_, connsPerHostWait_, Proxy_, DialContext_, Dial_, DialTLSContext_, DialTLS_, TLSClientConfig_, TLSHandshakeTimeout_, DisableKeepAlives_, DisableCompression_, MaxIdleConns_, MaxIdleConnsPerHost_, MaxConnsPerHost_, IdleConnTimeout_, ResponseHeaderTimeout_, ExpectContinueTimeout_, TLSNextProto_, ProxyConnectHeader_, GetProxyConnectHeader_, MaxResponseHeaderBytes_, WriteBufferSize_, ReadBufferSize_, nextProtoOnce_, h2transport_, tlsNextProtoWasNil_, ForceAttemptHTTP2_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.idleMu = new sync.Mutex.ptr(0, 0);
			this.closeIdle = false;
			this.idleConn = false;
			this.idleConnWait = false;
			this.idleLRU = new connLRU.ptr(ptrType$3.nil, false);
			this.reqMu = new sync.Mutex.ptr(0, 0);
			this.reqCanceler = false;
			this.altMu = new sync.Mutex.ptr(0, 0);
			this.altProto = new atomic.Value.ptr($ifaceNil);
			this.connsPerHostMu = new sync.Mutex.ptr(0, 0);
			this.connsPerHost = false;
			this.connsPerHostWait = false;
			this.Proxy = $throwNilPointerError;
			this.DialContext = $throwNilPointerError;
			this.Dial = $throwNilPointerError;
			this.DialTLSContext = $throwNilPointerError;
			this.DialTLS = $throwNilPointerError;
			this.TLSClientConfig = ptrType$4.nil;
			this.TLSHandshakeTimeout = new time.Duration(0, 0);
			this.DisableKeepAlives = false;
			this.DisableCompression = false;
			this.MaxIdleConns = 0;
			this.MaxIdleConnsPerHost = 0;
			this.MaxConnsPerHost = 0;
			this.IdleConnTimeout = new time.Duration(0, 0);
			this.ResponseHeaderTimeout = new time.Duration(0, 0);
			this.ExpectContinueTimeout = new time.Duration(0, 0);
			this.TLSNextProto = false;
			this.ProxyConnectHeader = false;
			this.GetProxyConnectHeader = $throwNilPointerError;
			this.MaxResponseHeaderBytes = new $Int64(0, 0);
			this.WriteBufferSize = 0;
			this.ReadBufferSize = 0;
			this.nextProtoOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.h2transport = $ifaceNil;
			this.tlsNextProtoWasNil = false;
			this.ForceAttemptHTTP2 = false;
			return;
		}
		this.idleMu = idleMu_;
		this.closeIdle = closeIdle_;
		this.idleConn = idleConn_;
		this.idleConnWait = idleConnWait_;
		this.idleLRU = idleLRU_;
		this.reqMu = reqMu_;
		this.reqCanceler = reqCanceler_;
		this.altMu = altMu_;
		this.altProto = altProto_;
		this.connsPerHostMu = connsPerHostMu_;
		this.connsPerHost = connsPerHost_;
		this.connsPerHostWait = connsPerHostWait_;
		this.Proxy = Proxy_;
		this.DialContext = DialContext_;
		this.Dial = Dial_;
		this.DialTLSContext = DialTLSContext_;
		this.DialTLS = DialTLS_;
		this.TLSClientConfig = TLSClientConfig_;
		this.TLSHandshakeTimeout = TLSHandshakeTimeout_;
		this.DisableKeepAlives = DisableKeepAlives_;
		this.DisableCompression = DisableCompression_;
		this.MaxIdleConns = MaxIdleConns_;
		this.MaxIdleConnsPerHost = MaxIdleConnsPerHost_;
		this.MaxConnsPerHost = MaxConnsPerHost_;
		this.IdleConnTimeout = IdleConnTimeout_;
		this.ResponseHeaderTimeout = ResponseHeaderTimeout_;
		this.ExpectContinueTimeout = ExpectContinueTimeout_;
		this.TLSNextProto = TLSNextProto_;
		this.ProxyConnectHeader = ProxyConnectHeader_;
		this.GetProxyConnectHeader = GetProxyConnectHeader_;
		this.MaxResponseHeaderBytes = MaxResponseHeaderBytes_;
		this.WriteBufferSize = WriteBufferSize_;
		this.ReadBufferSize = ReadBufferSize_;
		this.nextProtoOnce = nextProtoOnce_;
		this.h2transport = h2transport_;
		this.tlsNextProtoWasNil = tlsNextProtoWasNil_;
		this.ForceAttemptHTTP2 = ForceAttemptHTTP2_;
	});
	cancelKey = $pkg.cancelKey = $newType(0, $kindStruct, "http.cancelKey", true, "net/http", false, function(req_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.req = ptrType$11.nil;
			return;
		}
		this.req = req_;
	});
	h2Transport = $pkg.h2Transport = $newType(8, $kindInterface, "http.h2Transport", true, "net/http", false, null);
	transportRequest = $pkg.transportRequest = $newType(0, $kindStruct, "http.transportRequest", true, "net/http", false, function(Request_, extra_, trace_, cancelKey_, mu_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Request = ptrType$11.nil;
			this.extra = false;
			this.trace = ptrType$19.nil;
			this.cancelKey = new cancelKey.ptr(ptrType$11.nil);
			this.mu = new sync.Mutex.ptr(0, 0);
			this.err = $ifaceNil;
			return;
		}
		this.Request = Request_;
		this.extra = extra_;
		this.trace = trace_;
		this.cancelKey = cancelKey_;
		this.mu = mu_;
		this.err = err_;
	});
	readTrackingBody = $pkg.readTrackingBody = $newType(0, $kindStruct, "http.readTrackingBody", true, "net/http", false, function(ReadCloser_, didRead_, didClose_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ReadCloser = $ifaceNil;
			this.didRead = false;
			this.didClose = false;
			return;
		}
		this.ReadCloser = ReadCloser_;
		this.didRead = didRead_;
		this.didClose = didClose_;
	});
	transportReadFromServerError = $pkg.transportReadFromServerError = $newType(0, $kindStruct, "http.transportReadFromServerError", true, "net/http", false, function(err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			return;
		}
		this.err = err_;
	});
	wantConn = $pkg.wantConn = $newType(0, $kindStruct, "http.wantConn", true, "net/http", false, function(cm_, key_, ctx_, ready_, beforeDial_, afterDial_, mu_, pc_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cm = new connectMethod.ptr(arrayType.zero(), ptrType$17.nil, "", "", false);
			this.key = new connectMethodKey.ptr("", "", "", false);
			this.ctx = $ifaceNil;
			this.ready = $chanNil;
			this.beforeDial = $throwNilPointerError;
			this.afterDial = $throwNilPointerError;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.pc = ptrType$22.nil;
			this.err = $ifaceNil;
			return;
		}
		this.cm = cm_;
		this.key = key_;
		this.ctx = ctx_;
		this.ready = ready_;
		this.beforeDial = beforeDial_;
		this.afterDial = afterDial_;
		this.mu = mu_;
		this.pc = pc_;
		this.err = err_;
	});
	wantConnQueue = $pkg.wantConnQueue = $newType(0, $kindStruct, "http.wantConnQueue", true, "net/http", false, function(head_, headPos_, tail_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.head = sliceType$8.nil;
			this.headPos = 0;
			this.tail = sliceType$8.nil;
			return;
		}
		this.head = head_;
		this.headPos = headPos_;
		this.tail = tail_;
	});
	erringRoundTripper = $pkg.erringRoundTripper = $newType(8, $kindInterface, "http.erringRoundTripper", true, "net/http", false, null);
	persistConnWriter = $pkg.persistConnWriter = $newType(0, $kindStruct, "http.persistConnWriter", true, "net/http", false, function(pc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pc = ptrType$22.nil;
			return;
		}
		this.pc = pc_;
	});
	connectMethod = $pkg.connectMethod = $newType(0, $kindStruct, "http.connectMethod", true, "net/http", false, function(_$0_, proxyURL_, targetScheme_, targetAddr_, onlyH1_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.proxyURL = ptrType$17.nil;
			this.targetScheme = "";
			this.targetAddr = "";
			this.onlyH1 = false;
			return;
		}
		this._$0 = _$0_;
		this.proxyURL = proxyURL_;
		this.targetScheme = targetScheme_;
		this.targetAddr = targetAddr_;
		this.onlyH1 = onlyH1_;
	});
	connectMethodKey = $pkg.connectMethodKey = $newType(0, $kindStruct, "http.connectMethodKey", true, "net/http", false, function(proxy_, scheme_, addr_, onlyH1_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.proxy = "";
			this.scheme = "";
			this.addr = "";
			this.onlyH1 = false;
			return;
		}
		this.proxy = proxy_;
		this.scheme = scheme_;
		this.addr = addr_;
		this.onlyH1 = onlyH1_;
	});
	persistConn = $pkg.persistConn = $newType(0, $kindStruct, "http.persistConn", true, "net/http", false, function(alt_, t_, cacheKey_, conn_, tlsState_, br_, bw_, nwrite_, reqch_, writech_, closech_, isProxy_, sawEOF_, readLimit_, writeErrCh_, writeLoopDone_, idleAt_, idleTimer_, mu_, numExpectedResponses_, closed_, canceledErr_, broken_, reused_, mutateHeaderFunc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.alt = $ifaceNil;
			this.t = ptrType$27.nil;
			this.cacheKey = new connectMethodKey.ptr("", "", "", false);
			this.conn = $ifaceNil;
			this.tlsState = ptrType$28.nil;
			this.br = ptrType$29.nil;
			this.bw = ptrType$14.nil;
			this.nwrite = new $Int64(0, 0);
			this.reqch = $chanNil;
			this.writech = $chanNil;
			this.closech = $chanNil;
			this.isProxy = false;
			this.sawEOF = false;
			this.readLimit = new $Int64(0, 0);
			this.writeErrCh = $chanNil;
			this.writeLoopDone = $chanNil;
			this.idleAt = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			this.idleTimer = ptrType$25.nil;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.numExpectedResponses = 0;
			this.closed = $ifaceNil;
			this.canceledErr = $ifaceNil;
			this.broken = false;
			this.reused = false;
			this.mutateHeaderFunc = $throwNilPointerError;
			return;
		}
		this.alt = alt_;
		this.t = t_;
		this.cacheKey = cacheKey_;
		this.conn = conn_;
		this.tlsState = tlsState_;
		this.br = br_;
		this.bw = bw_;
		this.nwrite = nwrite_;
		this.reqch = reqch_;
		this.writech = writech_;
		this.closech = closech_;
		this.isProxy = isProxy_;
		this.sawEOF = sawEOF_;
		this.readLimit = readLimit_;
		this.writeErrCh = writeErrCh_;
		this.writeLoopDone = writeLoopDone_;
		this.idleAt = idleAt_;
		this.idleTimer = idleTimer_;
		this.mu = mu_;
		this.numExpectedResponses = numExpectedResponses_;
		this.closed = closed_;
		this.canceledErr = canceledErr_;
		this.broken = broken_;
		this.reused = reused_;
		this.mutateHeaderFunc = mutateHeaderFunc_;
	});
	readWriteCloserBody = $pkg.readWriteCloserBody = $newType(0, $kindStruct, "http.readWriteCloserBody", true, "net/http", false, function(_$0_, br_, ReadWriteCloser_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.br = ptrType$29.nil;
			this.ReadWriteCloser = $ifaceNil;
			return;
		}
		this._$0 = _$0_;
		this.br = br_;
		this.ReadWriteCloser = ReadWriteCloser_;
	});
	nothingWrittenError = $pkg.nothingWrittenError = $newType(0, $kindStruct, "http.nothingWrittenError", true, "net/http", false, function(error_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.error = $ifaceNil;
			return;
		}
		this.error = error_;
	});
	responseAndError = $pkg.responseAndError = $newType(0, $kindStruct, "http.responseAndError", true, "net/http", false, function(_$0_, res_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.res = ptrType$18.nil;
			this.err = $ifaceNil;
			return;
		}
		this._$0 = _$0_;
		this.res = res_;
		this.err = err_;
	});
	requestAndChan = $pkg.requestAndChan = $newType(0, $kindStruct, "http.requestAndChan", true, "net/http", false, function(_$0_, req_, cancelKey_, ch_, addedGzip_, continueCh_, callerGone_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.req = ptrType$11.nil;
			this.cancelKey = new cancelKey.ptr(ptrType$11.nil);
			this.ch = $chanNil;
			this.addedGzip = false;
			this.continueCh = $chanNil;
			this.callerGone = $chanNil;
			return;
		}
		this._$0 = _$0_;
		this.req = req_;
		this.cancelKey = cancelKey_;
		this.ch = ch_;
		this.addedGzip = addedGzip_;
		this.continueCh = continueCh_;
		this.callerGone = callerGone_;
	});
	writeRequest = $pkg.writeRequest = $newType(0, $kindStruct, "http.writeRequest", true, "net/http", false, function(req_, ch_, continueCh_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.req = ptrType$114.nil;
			this.ch = $chanNil;
			this.continueCh = $chanNil;
			return;
		}
		this.req = req_;
		this.ch = ch_;
		this.continueCh = continueCh_;
	});
	httpError = $pkg.httpError = $newType(0, $kindStruct, "http.httpError", true, "net/http", false, function(err_, timeout_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = "";
			this.timeout = false;
			return;
		}
		this.err = err_;
		this.timeout = timeout_;
	});
	tLogKey = $pkg.tLogKey = $newType(0, $kindStruct, "http.tLogKey", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	bodyEOFSignal = $pkg.bodyEOFSignal = $newType(0, $kindStruct, "http.bodyEOFSignal", true, "net/http", false, function(body_, mu_, closed_, rerr_, fn_, earlyCloseFn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.body = $ifaceNil;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.closed = false;
			this.rerr = $ifaceNil;
			this.fn = $throwNilPointerError;
			this.earlyCloseFn = $throwNilPointerError;
			return;
		}
		this.body = body_;
		this.mu = mu_;
		this.closed = closed_;
		this.rerr = rerr_;
		this.fn = fn_;
		this.earlyCloseFn = earlyCloseFn_;
	});
	gzipReader = $pkg.gzipReader = $newType(0, $kindStruct, "http.gzipReader", true, "net/http", false, function(_$0_, body_, zr_, zerr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.body = ptrType$32.nil;
			this.zr = ptrType$33.nil;
			this.zerr = $ifaceNil;
			return;
		}
		this._$0 = _$0_;
		this.body = body_;
		this.zr = zr_;
		this.zerr = zerr_;
	});
	tlsHandshakeTimeoutError = $pkg.tlsHandshakeTimeoutError = $newType(0, $kindStruct, "http.tlsHandshakeTimeoutError", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	fakeLocker = $pkg.fakeLocker = $newType(0, $kindStruct, "http.fakeLocker", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	connLRU = $pkg.connLRU = $newType(0, $kindStruct, "http.connLRU", true, "net/http", false, function(ll_, m_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ll = ptrType$3.nil;
			this.m = false;
			return;
		}
		this.ll = ll_;
		this.m = m_;
	});
	errorReader = $pkg.errorReader = $newType(0, $kindStruct, "http.errorReader", true, "net/http", false, function(err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			return;
		}
		this.err = err_;
	});
	byteReader = $pkg.byteReader = $newType(0, $kindStruct, "http.byteReader", true, "net/http", false, function(b_, done_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.b = 0;
			this.done = false;
			return;
		}
		this.b = b_;
		this.done = done_;
	});
	transferWriter = $pkg.transferWriter = $newType(0, $kindStruct, "http.transferWriter", true, "net/http", false, function(Method_, Body_, BodyCloser_, ResponseToHEAD_, ContentLength_, Close_, TransferEncoding_, Header_, Trailer_, IsResponse_, bodyReadError_, FlushHeaders_, ByteReadCh_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Method = "";
			this.Body = $ifaceNil;
			this.BodyCloser = $ifaceNil;
			this.ResponseToHEAD = false;
			this.ContentLength = new $Int64(0, 0);
			this.Close = false;
			this.TransferEncoding = sliceType$2.nil;
			this.Header = false;
			this.Trailer = false;
			this.IsResponse = false;
			this.bodyReadError = $ifaceNil;
			this.FlushHeaders = false;
			this.ByteReadCh = $chanNil;
			return;
		}
		this.Method = Method_;
		this.Body = Body_;
		this.BodyCloser = BodyCloser_;
		this.ResponseToHEAD = ResponseToHEAD_;
		this.ContentLength = ContentLength_;
		this.Close = Close_;
		this.TransferEncoding = TransferEncoding_;
		this.Header = Header_;
		this.Trailer = Trailer_;
		this.IsResponse = IsResponse_;
		this.bodyReadError = bodyReadError_;
		this.FlushHeaders = FlushHeaders_;
		this.ByteReadCh = ByteReadCh_;
	});
	transferReader = $pkg.transferReader = $newType(0, $kindStruct, "http.transferReader", true, "net/http", false, function(Header_, StatusCode_, RequestMethod_, ProtoMajor_, ProtoMinor_, Body_, ContentLength_, Chunked_, Close_, Trailer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Header = false;
			this.StatusCode = 0;
			this.RequestMethod = "";
			this.ProtoMajor = 0;
			this.ProtoMinor = 0;
			this.Body = $ifaceNil;
			this.ContentLength = new $Int64(0, 0);
			this.Chunked = false;
			this.Close = false;
			this.Trailer = false;
			return;
		}
		this.Header = Header_;
		this.StatusCode = StatusCode_;
		this.RequestMethod = RequestMethod_;
		this.ProtoMajor = ProtoMajor_;
		this.ProtoMinor = ProtoMinor_;
		this.Body = Body_;
		this.ContentLength = ContentLength_;
		this.Chunked = Chunked_;
		this.Close = Close_;
		this.Trailer = Trailer_;
	});
	unsupportedTEError = $pkg.unsupportedTEError = $newType(0, $kindStruct, "http.unsupportedTEError", true, "net/http", false, function(err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = "";
			return;
		}
		this.err = err_;
	});
	body = $pkg.body = $newType(0, $kindStruct, "http.body", true, "net/http", false, function(src_, hdr_, r_, closing_, doEarlyClose_, mu_, sawEOF_, closed_, earlyClose_, onHitEOF_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.src = $ifaceNil;
			this.hdr = $ifaceNil;
			this.r = ptrType$29.nil;
			this.closing = false;
			this.doEarlyClose = false;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.sawEOF = false;
			this.closed = false;
			this.earlyClose = false;
			this.onHitEOF = $throwNilPointerError;
			return;
		}
		this.src = src_;
		this.hdr = hdr_;
		this.r = r_;
		this.closing = closing_;
		this.doEarlyClose = doEarlyClose_;
		this.mu = mu_;
		this.sawEOF = sawEOF_;
		this.closed = closed_;
		this.earlyClose = earlyClose_;
		this.onHitEOF = onHitEOF_;
	});
	bodyLocked = $pkg.bodyLocked = $newType(0, $kindStruct, "http.bodyLocked", true, "net/http", false, function(b_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.b = ptrType$52.nil;
			return;
		}
		this.b = b_;
	});
	finishAsyncByteRead = $pkg.finishAsyncByteRead = $newType(0, $kindStruct, "http.finishAsyncByteRead", true, "net/http", false, function(tw_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.tw = ptrType$35.nil;
			return;
		}
		this.tw = tw_;
	});
	bufioFlushWriter = $pkg.bufioFlushWriter = $newType(0, $kindStruct, "http.bufioFlushWriter", true, "net/http", false, function(w_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.w = $ifaceNil;
			return;
		}
		this.w = w_;
	});
	socksCommand = $pkg.socksCommand = $newType(4, $kindInt, "http.socksCommand", true, "net/http", false, null);
	socksAuthMethod = $pkg.socksAuthMethod = $newType(4, $kindInt, "http.socksAuthMethod", true, "net/http", false, null);
	socksReply = $pkg.socksReply = $newType(4, $kindInt, "http.socksReply", true, "net/http", false, null);
	socksAddr = $pkg.socksAddr = $newType(0, $kindStruct, "http.socksAddr", true, "net/http", false, function(Name_, IP_, Port_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.IP = net.IP.nil;
			this.Port = 0;
			return;
		}
		this.Name = Name_;
		this.IP = IP_;
		this.Port = Port_;
	});
	socksConn = $pkg.socksConn = $newType(0, $kindStruct, "http.socksConn", true, "net/http", false, function(Conn_, boundAddr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Conn = $ifaceNil;
			this.boundAddr = $ifaceNil;
			return;
		}
		this.Conn = Conn_;
		this.boundAddr = boundAddr_;
	});
	socksDialer = $pkg.socksDialer = $newType(0, $kindStruct, "http.socksDialer", true, "net/http", false, function(cmd_, proxyNetwork_, proxyAddress_, ProxyDial_, AuthMethods_, Authenticate_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cmd = 0;
			this.proxyNetwork = "";
			this.proxyAddress = "";
			this.ProxyDial = $throwNilPointerError;
			this.AuthMethods = sliceType$12.nil;
			this.Authenticate = $throwNilPointerError;
			return;
		}
		this.cmd = cmd_;
		this.proxyNetwork = proxyNetwork_;
		this.proxyAddress = proxyAddress_;
		this.ProxyDial = ProxyDial_;
		this.AuthMethods = AuthMethods_;
		this.Authenticate = Authenticate_;
	});
	socksUsernamePassword = $pkg.socksUsernamePassword = $newType(0, $kindStruct, "http.socksUsernamePassword", true, "net/http", false, function(Username_, Password_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Username = "";
			this.Password = "";
			return;
		}
		this.Username = Username_;
		this.Password = Password_;
	});
	sniffSig = $pkg.sniffSig = $newType(8, $kindInterface, "http.sniffSig", true, "net/http", false, null);
	exactSig = $pkg.exactSig = $newType(0, $kindStruct, "http.exactSig", true, "net/http", false, function(sig_, ct_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.sig = sliceType$3.nil;
			this.ct = "";
			return;
		}
		this.sig = sig_;
		this.ct = ct_;
	});
	maskedSig = $pkg.maskedSig = $newType(0, $kindStruct, "http.maskedSig", true, "net/http", false, function(mask_, pat_, skipWS_, ct_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mask = sliceType$3.nil;
			this.pat = sliceType$3.nil;
			this.skipWS = false;
			this.ct = "";
			return;
		}
		this.mask = mask_;
		this.pat = pat_;
		this.skipWS = skipWS_;
		this.ct = ct_;
	});
	htmlSig = $pkg.htmlSig = $newType(12, $kindSlice, "http.htmlSig", true, "net/http", false, null);
	mp4Sig = $pkg.mp4Sig = $newType(0, $kindStruct, "http.mp4Sig", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	textSig = $pkg.textSig = $newType(0, $kindStruct, "http.textSig", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	Handler = $pkg.Handler = $newType(8, $kindInterface, "http.Handler", true, "net/http", true, null);
	ResponseWriter = $pkg.ResponseWriter = $newType(8, $kindInterface, "http.ResponseWriter", true, "net/http", true, null);
	conn = $pkg.conn = $newType(0, $kindStruct, "http.conn", true, "net/http", false, function(server_, cancelCtx_, rwc_, remoteAddr_, tlsState_, werr_, r_, bufr_, bufw_, lastMethod_, curReq_, curState_, mu_, hijackedv_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.server = ptrType$46.nil;
			this.cancelCtx = $throwNilPointerError;
			this.rwc = $ifaceNil;
			this.remoteAddr = "";
			this.tlsState = ptrType$28.nil;
			this.werr = $ifaceNil;
			this.r = ptrType$47.nil;
			this.bufr = ptrType$29.nil;
			this.bufw = ptrType$14.nil;
			this.lastMethod = "";
			this.curReq = new atomic.Value.ptr($ifaceNil);
			this.curState = new structType$1.ptr(new $Uint64(0, 0));
			this.mu = new sync.Mutex.ptr(0, 0);
			this.hijackedv = false;
			return;
		}
		this.server = server_;
		this.cancelCtx = cancelCtx_;
		this.rwc = rwc_;
		this.remoteAddr = remoteAddr_;
		this.tlsState = tlsState_;
		this.werr = werr_;
		this.r = r_;
		this.bufr = bufr_;
		this.bufw = bufw_;
		this.lastMethod = lastMethod_;
		this.curReq = curReq_;
		this.curState = curState_;
		this.mu = mu_;
		this.hijackedv = hijackedv_;
	});
	chunkWriter = $pkg.chunkWriter = $newType(0, $kindStruct, "http.chunkWriter", true, "net/http", false, function(res_, header_, wroteHeader_, chunking_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.res = ptrType$49.nil;
			this.header = false;
			this.wroteHeader = false;
			this.chunking = false;
			return;
		}
		this.res = res_;
		this.header = header_;
		this.wroteHeader = wroteHeader_;
		this.chunking = chunking_;
	});
	response = $pkg.response = $newType(0, $kindStruct, "http.response", true, "net/http", false, function(conn_, req_, reqBody_, cancelCtx_, wroteHeader_, wroteContinue_, wants10KeepAlive_, wantsClose_, canWriteContinue_, writeContinueMu_, w_, cw_, handlerHeader_, calledHeader_, written_, contentLength_, status_, closeAfterReply_, requestBodyLimitHit_, trailers_, handlerDone_, dateBuf_, clenBuf_, statusBuf_, closeNotifyCh_, didCloseNotify_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = ptrType$53.nil;
			this.req = ptrType$11.nil;
			this.reqBody = $ifaceNil;
			this.cancelCtx = $throwNilPointerError;
			this.wroteHeader = false;
			this.wroteContinue = false;
			this.wants10KeepAlive = false;
			this.wantsClose = false;
			this.canWriteContinue = 0;
			this.writeContinueMu = new sync.Mutex.ptr(0, 0);
			this.w = ptrType$14.nil;
			this.cw = new chunkWriter.ptr(ptrType$49.nil, false, false, false);
			this.handlerHeader = false;
			this.calledHeader = false;
			this.written = new $Int64(0, 0);
			this.contentLength = new $Int64(0, 0);
			this.status = 0;
			this.closeAfterReply = false;
			this.requestBodyLimitHit = false;
			this.trailers = sliceType$2.nil;
			this.handlerDone = 0;
			this.dateBuf = arrayType$3.zero();
			this.clenBuf = arrayType$4.zero();
			this.statusBuf = arrayType$5.zero();
			this.closeNotifyCh = $chanNil;
			this.didCloseNotify = 0;
			return;
		}
		this.conn = conn_;
		this.req = req_;
		this.reqBody = reqBody_;
		this.cancelCtx = cancelCtx_;
		this.wroteHeader = wroteHeader_;
		this.wroteContinue = wroteContinue_;
		this.wants10KeepAlive = wants10KeepAlive_;
		this.wantsClose = wantsClose_;
		this.canWriteContinue = canWriteContinue_;
		this.writeContinueMu = writeContinueMu_;
		this.w = w_;
		this.cw = cw_;
		this.handlerHeader = handlerHeader_;
		this.calledHeader = calledHeader_;
		this.written = written_;
		this.contentLength = contentLength_;
		this.status = status_;
		this.closeAfterReply = closeAfterReply_;
		this.requestBodyLimitHit = requestBodyLimitHit_;
		this.trailers = trailers_;
		this.handlerDone = handlerDone_;
		this.dateBuf = dateBuf_;
		this.clenBuf = clenBuf_;
		this.statusBuf = statusBuf_;
		this.closeNotifyCh = closeNotifyCh_;
		this.didCloseNotify = didCloseNotify_;
	});
	atomicBool = $pkg.atomicBool = $newType(4, $kindInt32, "http.atomicBool", true, "net/http", false, null);
	writerOnly = $pkg.writerOnly = $newType(0, $kindStruct, "http.writerOnly", true, "net/http", false, function(Writer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Writer = $ifaceNil;
			return;
		}
		this.Writer = Writer_;
	});
	readResult = $pkg.readResult = $newType(0, $kindStruct, "http.readResult", true, "net/http", false, function(_$0_, n_, err_, b_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.n = 0;
			this.err = $ifaceNil;
			this.b = 0;
			return;
		}
		this._$0 = _$0_;
		this.n = n_;
		this.err = err_;
		this.b = b_;
	});
	connReader = $pkg.connReader = $newType(0, $kindStruct, "http.connReader", true, "net/http", false, function(conn_, mu_, hasByte_, byteBuf_, cond_, inRead_, aborted_, remain_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = ptrType$53.nil;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.hasByte = false;
			this.byteBuf = arrayType$2.zero();
			this.cond = ptrType$48.nil;
			this.inRead = false;
			this.aborted = false;
			this.remain = new $Int64(0, 0);
			return;
		}
		this.conn = conn_;
		this.mu = mu_;
		this.hasByte = hasByte_;
		this.byteBuf = byteBuf_;
		this.cond = cond_;
		this.inRead = inRead_;
		this.aborted = aborted_;
		this.remain = remain_;
	});
	expectContinueReader = $pkg.expectContinueReader = $newType(0, $kindStruct, "http.expectContinueReader", true, "net/http", false, function(resp_, readCloser_, closed_, sawEOF_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.resp = ptrType$49.nil;
			this.readCloser = $ifaceNil;
			this.closed = 0;
			this.sawEOF = 0;
			return;
		}
		this.resp = resp_;
		this.readCloser = readCloser_;
		this.closed = closed_;
		this.sawEOF = sawEOF_;
	});
	extraHeader = $pkg.extraHeader = $newType(0, $kindStruct, "http.extraHeader", true, "net/http", false, function(contentType_, connection_, transferEncoding_, date_, contentLength_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.contentType = "";
			this.connection = "";
			this.transferEncoding = "";
			this.date = sliceType$3.nil;
			this.contentLength = sliceType$3.nil;
			return;
		}
		this.contentType = contentType_;
		this.connection = connection_;
		this.transferEncoding = transferEncoding_;
		this.date = date_;
		this.contentLength = contentLength_;
	});
	closeWriter = $pkg.closeWriter = $newType(8, $kindInterface, "http.closeWriter", true, "net/http", false, null);
	statusError = $pkg.statusError = $newType(0, $kindStruct, "http.statusError", true, "net/http", false, function(code_, text_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.code = 0;
			this.text = "";
			return;
		}
		this.code = code_;
		this.text = text_;
	});
	HandlerFunc = $pkg.HandlerFunc = $newType(4, $kindFunc, "http.HandlerFunc", true, "net/http", true, null);
	redirectHandler = $pkg.redirectHandler = $newType(0, $kindStruct, "http.redirectHandler", true, "net/http", false, function(url_, code_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.url = "";
			this.code = 0;
			return;
		}
		this.url = url_;
		this.code = code_;
	});
	ServeMux = $pkg.ServeMux = $newType(0, $kindStruct, "http.ServeMux", true, "net/http", true, function(mu_, m_, es_, hosts_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mu = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
			this.m = false;
			this.es = sliceType$1.nil;
			this.hosts = false;
			return;
		}
		this.mu = mu_;
		this.m = m_;
		this.es = es_;
		this.hosts = hosts_;
	});
	muxEntry = $pkg.muxEntry = $newType(0, $kindStruct, "http.muxEntry", true, "net/http", false, function(h_, pattern_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.h = $ifaceNil;
			this.pattern = "";
			return;
		}
		this.h = h_;
		this.pattern = pattern_;
	});
	Server = $pkg.Server = $newType(0, $kindStruct, "http.Server", true, "net/http", true, function(Addr_, Handler_, TLSConfig_, ReadTimeout_, ReadHeaderTimeout_, WriteTimeout_, IdleTimeout_, MaxHeaderBytes_, TLSNextProto_, ConnState_, ErrorLog_, BaseContext_, ConnContext_, inShutdown_, disableKeepAlives_, nextProtoOnce_, nextProtoErr_, mu_, listeners_, activeConn_, doneChan_, onShutdown_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Addr = "";
			this.Handler = $ifaceNil;
			this.TLSConfig = ptrType$4.nil;
			this.ReadTimeout = new time.Duration(0, 0);
			this.ReadHeaderTimeout = new time.Duration(0, 0);
			this.WriteTimeout = new time.Duration(0, 0);
			this.IdleTimeout = new time.Duration(0, 0);
			this.MaxHeaderBytes = 0;
			this.TLSNextProto = false;
			this.ConnState = $throwNilPointerError;
			this.ErrorLog = ptrType$58.nil;
			this.BaseContext = $throwNilPointerError;
			this.ConnContext = $throwNilPointerError;
			this.inShutdown = 0;
			this.disableKeepAlives = 0;
			this.nextProtoOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.nextProtoErr = $ifaceNil;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.listeners = false;
			this.activeConn = false;
			this.doneChan = $chanNil;
			this.onShutdown = sliceType$19.nil;
			return;
		}
		this.Addr = Addr_;
		this.Handler = Handler_;
		this.TLSConfig = TLSConfig_;
		this.ReadTimeout = ReadTimeout_;
		this.ReadHeaderTimeout = ReadHeaderTimeout_;
		this.WriteTimeout = WriteTimeout_;
		this.IdleTimeout = IdleTimeout_;
		this.MaxHeaderBytes = MaxHeaderBytes_;
		this.TLSNextProto = TLSNextProto_;
		this.ConnState = ConnState_;
		this.ErrorLog = ErrorLog_;
		this.BaseContext = BaseContext_;
		this.ConnContext = ConnContext_;
		this.inShutdown = inShutdown_;
		this.disableKeepAlives = disableKeepAlives_;
		this.nextProtoOnce = nextProtoOnce_;
		this.nextProtoErr = nextProtoErr_;
		this.mu = mu_;
		this.listeners = listeners_;
		this.activeConn = activeConn_;
		this.doneChan = doneChan_;
		this.onShutdown = onShutdown_;
	});
	ConnState = $pkg.ConnState = $newType(4, $kindInt, "http.ConnState", true, "net/http", true, null);
	serverHandler = $pkg.serverHandler = $newType(0, $kindStruct, "http.serverHandler", true, "net/http", false, function(srv_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.srv = ptrType$46.nil;
			return;
		}
		this.srv = srv_;
	});
	onceCloseListener = $pkg.onceCloseListener = $newType(0, $kindStruct, "http.onceCloseListener", true, "net/http", false, function(Listener_, once_, closeErr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Listener = $ifaceNil;
			this.once = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.closeErr = $ifaceNil;
			return;
		}
		this.Listener = Listener_;
		this.once = once_;
		this.closeErr = closeErr_;
	});
	globalOptionsHandler = $pkg.globalOptionsHandler = $newType(0, $kindStruct, "http.globalOptionsHandler", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	initALPNRequest = $pkg.initALPNRequest = $newType(0, $kindStruct, "http.initALPNRequest", true, "net/http", false, function(ctx_, c_, h_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ctx = $ifaceNil;
			this.c = ptrType$30.nil;
			this.h = new serverHandler.ptr(ptrType$46.nil);
			return;
		}
		this.ctx = ctx_;
		this.c = c_;
		this.h = h_;
	});
	loggingConn = $pkg.loggingConn = $newType(0, $kindStruct, "http.loggingConn", true, "net/http", false, function(name_, Conn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			this.Conn = $ifaceNil;
			return;
		}
		this.name = name_;
		this.Conn = Conn_;
	});
	checkConnErrorWriter = $pkg.checkConnErrorWriter = $newType(0, $kindStruct, "http.checkConnErrorWriter", true, "net/http", false, function(c_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.c = ptrType$53.nil;
			return;
		}
		this.c = c_;
	});
	streamReader = $pkg.streamReader = $newType(0, $kindStruct, "http.streamReader", true, "net/http", false, function(pending_, stream_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pending = sliceType$3.nil;
			this.stream = new js.Value.ptr(null, false, arrayType.zero());
			this.err = $ifaceNil;
			return;
		}
		this.pending = pending_;
		this.stream = stream_;
		this.err = err_;
	});
	arrayReader = $pkg.arrayReader = $newType(0, $kindStruct, "http.arrayReader", true, "net/http", false, function(arrayPromise_, pending_, read_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.arrayPromise = new js.Value.ptr(null, false, arrayType.zero());
			this.pending = sliceType$3.nil;
			this.read = false;
			this.err = $ifaceNil;
			return;
		}
		this.arrayPromise = arrayPromise_;
		this.pending = pending_;
		this.read = read_;
		this.err = err_;
	});
	Response = $pkg.Response = $newType(0, $kindStruct, "http.Response", true, "net/http", true, function(Status_, StatusCode_, Proto_, ProtoMajor_, ProtoMinor_, Header_, Body_, ContentLength_, TransferEncoding_, Close_, Uncompressed_, Trailer_, Request_, TLS_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Status = "";
			this.StatusCode = 0;
			this.Proto = "";
			this.ProtoMajor = 0;
			this.ProtoMinor = 0;
			this.Header = false;
			this.Body = $ifaceNil;
			this.ContentLength = new $Int64(0, 0);
			this.TransferEncoding = sliceType$2.nil;
			this.Close = false;
			this.Uncompressed = false;
			this.Trailer = false;
			this.Request = ptrType$11.nil;
			this.TLS = ptrType$28.nil;
			return;
		}
		this.Status = Status_;
		this.StatusCode = StatusCode_;
		this.Proto = Proto_;
		this.ProtoMajor = ProtoMajor_;
		this.ProtoMinor = ProtoMinor_;
		this.Header = Header_;
		this.Body = Body_;
		this.ContentLength = ContentLength_;
		this.TransferEncoding = TransferEncoding_;
		this.Close = Close_;
		this.Uncompressed = Uncompressed_;
		this.Trailer = Trailer_;
		this.Request = Request_;
		this.TLS = TLS_;
	});
	ProtocolError = $pkg.ProtocolError = $newType(0, $kindStruct, "http.ProtocolError", true, "net/http", true, function(ErrorString_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ErrorString = "";
			return;
		}
		this.ErrorString = ErrorString_;
	});
	Request = $pkg.Request = $newType(0, $kindStruct, "http.Request", true, "net/http", true, function(Method_, URL_, Proto_, ProtoMajor_, ProtoMinor_, Header_, Body_, GetBody_, ContentLength_, TransferEncoding_, Close_, Host_, Form_, PostForm_, MultipartForm_, Trailer_, RemoteAddr_, RequestURI_, TLS_, Cancel_, Response_, ctx_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Method = "";
			this.URL = ptrType$17.nil;
			this.Proto = "";
			this.ProtoMajor = 0;
			this.ProtoMinor = 0;
			this.Header = false;
			this.Body = $ifaceNil;
			this.GetBody = $throwNilPointerError;
			this.ContentLength = new $Int64(0, 0);
			this.TransferEncoding = sliceType$2.nil;
			this.Close = false;
			this.Host = "";
			this.Form = false;
			this.PostForm = false;
			this.MultipartForm = ptrType$31.nil;
			this.Trailer = false;
			this.RemoteAddr = "";
			this.RequestURI = "";
			this.TLS = ptrType$28.nil;
			this.Cancel = $chanNil;
			this.Response = ptrType$18.nil;
			this.ctx = $ifaceNil;
			return;
		}
		this.Method = Method_;
		this.URL = URL_;
		this.Proto = Proto_;
		this.ProtoMajor = ProtoMajor_;
		this.ProtoMinor = ProtoMinor_;
		this.Header = Header_;
		this.Body = Body_;
		this.GetBody = GetBody_;
		this.ContentLength = ContentLength_;
		this.TransferEncoding = TransferEncoding_;
		this.Close = Close_;
		this.Host = Host_;
		this.Form = Form_;
		this.PostForm = PostForm_;
		this.MultipartForm = MultipartForm_;
		this.Trailer = Trailer_;
		this.RemoteAddr = RemoteAddr_;
		this.RequestURI = RequestURI_;
		this.TLS = TLS_;
		this.Cancel = Cancel_;
		this.Response = Response_;
		this.ctx = ctx_;
	});
	requestBodyReadError = $pkg.requestBodyReadError = $newType(0, $kindStruct, "http.requestBodyReadError", true, "net/http", false, function(error_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.error = $ifaceNil;
			return;
		}
		this.error = error_;
	});
	maxBytesReader = $pkg.maxBytesReader = $newType(0, $kindStruct, "http.maxBytesReader", true, "net/http", false, function(w_, r_, n_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.w = $ifaceNil;
			this.r = $ifaceNil;
			this.n = new $Int64(0, 0);
			this.err = $ifaceNil;
			return;
		}
		this.w = w_;
		this.r = r_;
		this.n = n_;
		this.err = err_;
	});
	incomparable = $pkg.incomparable = $newType(0, $kindArray, "http.incomparable", true, "net/http", false, null);
	contextKey = $pkg.contextKey = $newType(0, $kindStruct, "http.contextKey", true, "net/http", false, function(name_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.name = "";
			return;
		}
		this.name = name_;
	});
	noBody = $pkg.noBody = $newType(0, $kindStruct, "http.noBody", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	PushOptions = $pkg.PushOptions = $newType(0, $kindStruct, "http.PushOptions", true, "net/http", true, function(Method_, Header_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Method = "";
			this.Header = false;
			return;
		}
		this.Method = Method_;
		this.Header = Header_;
	});
	Header = $pkg.Header = $newType(4, $kindMap, "http.Header", true, "net/http", true, null);
	stringWriter = $pkg.stringWriter = $newType(0, $kindStruct, "http.stringWriter", true, "net/http", false, function(w_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.w = $ifaceNil;
			return;
		}
		this.w = w_;
	});
	keyValues = $pkg.keyValues = $newType(0, $kindStruct, "http.keyValues", true, "net/http", false, function(key_, values_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.key = "";
			this.values = sliceType$2.nil;
			return;
		}
		this.key = key_;
		this.values = values_;
	});
	headerSorter = $pkg.headerSorter = $newType(0, $kindStruct, "http.headerSorter", true, "net/http", false, function(kvs_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.kvs = sliceType$6.nil;
			return;
		}
		this.kvs = kvs_;
	});
	http2ClientConnPool = $pkg.http2ClientConnPool = $newType(8, $kindInterface, "http.http2ClientConnPool", true, "net/http", false, null);
	http2clientConnPoolIdleCloser = $pkg.http2clientConnPoolIdleCloser = $newType(8, $kindInterface, "http.http2clientConnPoolIdleCloser", true, "net/http", false, null);
	http2clientConnPool = $pkg.http2clientConnPool = $newType(0, $kindStruct, "http.http2clientConnPool", true, "net/http", false, function(t_, mu_, conns_, dialing_, keys_, addConnCalls_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.t = ptrType$102.nil;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.conns = false;
			this.dialing = false;
			this.keys = false;
			this.addConnCalls = false;
			return;
		}
		this.t = t_;
		this.mu = mu_;
		this.conns = conns_;
		this.dialing = dialing_;
		this.keys = keys_;
		this.addConnCalls = addConnCalls_;
	});
	http2dialCall = $pkg.http2dialCall = $newType(0, $kindStruct, "http.http2dialCall", true, "net/http", false, function(_$0_, p_, ctx_, done_, res_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.p = ptrType$9.nil;
			this.ctx = $ifaceNil;
			this.done = $chanNil;
			this.res = ptrType$68.nil;
			this.err = $ifaceNil;
			return;
		}
		this._$0 = _$0_;
		this.p = p_;
		this.ctx = ctx_;
		this.done = done_;
		this.res = res_;
		this.err = err_;
	});
	http2addConnCall = $pkg.http2addConnCall = $newType(0, $kindStruct, "http.http2addConnCall", true, "net/http", false, function(_$0_, p_, done_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.p = ptrType$9.nil;
			this.done = $chanNil;
			this.err = $ifaceNil;
			return;
		}
		this._$0 = _$0_;
		this.p = p_;
		this.done = done_;
		this.err = err_;
	});
	http2noDialClientConnPool = $pkg.http2noDialClientConnPool = $newType(0, $kindStruct, "http.http2noDialClientConnPool", true, "net/http", false, function(http2clientConnPool_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2clientConnPool = ptrType$9.nil;
			return;
		}
		this.http2clientConnPool = http2clientConnPool_;
	});
	http2dataBuffer = $pkg.http2dataBuffer = $newType(0, $kindStruct, "http.http2dataBuffer", true, "net/http", false, function(chunks_, r_, w_, size_, expected_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.chunks = sliceType$5.nil;
			this.r = 0;
			this.w = 0;
			this.size = 0;
			this.expected = new $Int64(0, 0);
			return;
		}
		this.chunks = chunks_;
		this.r = r_;
		this.w = w_;
		this.size = size_;
		this.expected = expected_;
	});
	http2ErrCode = $pkg.http2ErrCode = $newType(4, $kindUint32, "http.http2ErrCode", true, "net/http", false, null);
	http2ConnectionError = $pkg.http2ConnectionError = $newType(4, $kindUint32, "http.http2ConnectionError", true, "net/http", false, null);
	http2StreamError = $pkg.http2StreamError = $newType(0, $kindStruct, "http.http2StreamError", true, "net/http", false, function(StreamID_, Code_, Cause_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.StreamID = 0;
			this.Code = 0;
			this.Cause = $ifaceNil;
			return;
		}
		this.StreamID = StreamID_;
		this.Code = Code_;
		this.Cause = Cause_;
	});
	http2goAwayFlowError = $pkg.http2goAwayFlowError = $newType(0, $kindStruct, "http.http2goAwayFlowError", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	http2connError = $pkg.http2connError = $newType(0, $kindStruct, "http.http2connError", true, "net/http", false, function(Code_, Reason_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Code = 0;
			this.Reason = "";
			return;
		}
		this.Code = Code_;
		this.Reason = Reason_;
	});
	http2pseudoHeaderError = $pkg.http2pseudoHeaderError = $newType(8, $kindString, "http.http2pseudoHeaderError", true, "net/http", false, null);
	http2duplicatePseudoHeaderError = $pkg.http2duplicatePseudoHeaderError = $newType(8, $kindString, "http.http2duplicatePseudoHeaderError", true, "net/http", false, null);
	http2headerFieldNameError = $pkg.http2headerFieldNameError = $newType(8, $kindString, "http.http2headerFieldNameError", true, "net/http", false, null);
	http2headerFieldValueError = $pkg.http2headerFieldValueError = $newType(8, $kindString, "http.http2headerFieldValueError", true, "net/http", false, null);
	http2flow = $pkg.http2flow = $newType(0, $kindStruct, "http.http2flow", true, "net/http", false, function(_$0_, n_, conn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.n = 0;
			this.conn = ptrType$71.nil;
			return;
		}
		this._$0 = _$0_;
		this.n = n_;
		this.conn = conn_;
	});
	http2FrameType = $pkg.http2FrameType = $newType(1, $kindUint8, "http.http2FrameType", true, "net/http", false, null);
	http2Flags = $pkg.http2Flags = $newType(1, $kindUint8, "http.http2Flags", true, "net/http", false, null);
	http2FrameHeader = $pkg.http2FrameHeader = $newType(0, $kindStruct, "http.http2FrameHeader", true, "net/http", false, function(valid_, Type_, Flags_, Length_, StreamID_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.valid = false;
			this.Type = 0;
			this.Flags = 0;
			this.Length = 0;
			this.StreamID = 0;
			return;
		}
		this.valid = valid_;
		this.Type = Type_;
		this.Flags = Flags_;
		this.Length = Length_;
		this.StreamID = StreamID_;
	});
	http2Frame = $pkg.http2Frame = $newType(8, $kindInterface, "http.http2Frame", true, "net/http", false, null);
	http2Framer = $pkg.http2Framer = $newType(0, $kindStruct, "http.http2Framer", true, "net/http", false, function(r_, lastFrame_, errDetail_, countError_, lastHeaderStream_, maxReadSize_, headerBuf_, getReadBuf_, readBuf_, maxWriteSize_, w_, wbuf_, AllowIllegalWrites_, AllowIllegalReads_, ReadMetaHeaders_, MaxHeaderListSize_, logReads_, logWrites_, debugFramer_, debugFramerBuf_, debugReadLoggerf_, debugWriteLoggerf_, frameCache_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.r = $ifaceNil;
			this.lastFrame = $ifaceNil;
			this.errDetail = $ifaceNil;
			this.countError = $throwNilPointerError;
			this.lastHeaderStream = 0;
			this.maxReadSize = 0;
			this.headerBuf = arrayType$7.zero();
			this.getReadBuf = $throwNilPointerError;
			this.readBuf = sliceType$3.nil;
			this.maxWriteSize = 0;
			this.w = $ifaceNil;
			this.wbuf = sliceType$3.nil;
			this.AllowIllegalWrites = false;
			this.AllowIllegalReads = false;
			this.ReadMetaHeaders = ptrType$74.nil;
			this.MaxHeaderListSize = 0;
			this.logReads = false;
			this.logWrites = false;
			this.debugFramer = ptrType$72.nil;
			this.debugFramerBuf = ptrType$40.nil;
			this.debugReadLoggerf = $throwNilPointerError;
			this.debugWriteLoggerf = $throwNilPointerError;
			this.frameCache = ptrType$73.nil;
			return;
		}
		this.r = r_;
		this.lastFrame = lastFrame_;
		this.errDetail = errDetail_;
		this.countError = countError_;
		this.lastHeaderStream = lastHeaderStream_;
		this.maxReadSize = maxReadSize_;
		this.headerBuf = headerBuf_;
		this.getReadBuf = getReadBuf_;
		this.readBuf = readBuf_;
		this.maxWriteSize = maxWriteSize_;
		this.w = w_;
		this.wbuf = wbuf_;
		this.AllowIllegalWrites = AllowIllegalWrites_;
		this.AllowIllegalReads = AllowIllegalReads_;
		this.ReadMetaHeaders = ReadMetaHeaders_;
		this.MaxHeaderListSize = MaxHeaderListSize_;
		this.logReads = logReads_;
		this.logWrites = logWrites_;
		this.debugFramer = debugFramer_;
		this.debugFramerBuf = debugFramerBuf_;
		this.debugReadLoggerf = debugReadLoggerf_;
		this.debugWriteLoggerf = debugWriteLoggerf_;
		this.frameCache = frameCache_;
	});
	http2frameCache = $pkg.http2frameCache = $newType(0, $kindStruct, "http.http2frameCache", true, "net/http", false, function(dataFrame_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.dataFrame = new http2DataFrame.ptr(new http2FrameHeader.ptr(false, 0, 0, 0, 0), sliceType$3.nil);
			return;
		}
		this.dataFrame = dataFrame_;
	});
	http2DataFrame = $pkg.http2DataFrame = $newType(0, $kindStruct, "http.http2DataFrame", true, "net/http", false, function(http2FrameHeader_, data_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.data = sliceType$3.nil;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.data = data_;
	});
	http2SettingsFrame = $pkg.http2SettingsFrame = $newType(0, $kindStruct, "http.http2SettingsFrame", true, "net/http", false, function(http2FrameHeader_, p_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.p = sliceType$3.nil;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.p = p_;
	});
	http2PingFrame = $pkg.http2PingFrame = $newType(0, $kindStruct, "http.http2PingFrame", true, "net/http", false, function(http2FrameHeader_, Data_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.Data = arrayType$8.zero();
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.Data = Data_;
	});
	http2GoAwayFrame = $pkg.http2GoAwayFrame = $newType(0, $kindStruct, "http.http2GoAwayFrame", true, "net/http", false, function(http2FrameHeader_, LastStreamID_, ErrCode_, debugData_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.LastStreamID = 0;
			this.ErrCode = 0;
			this.debugData = sliceType$3.nil;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.LastStreamID = LastStreamID_;
		this.ErrCode = ErrCode_;
		this.debugData = debugData_;
	});
	http2UnknownFrame = $pkg.http2UnknownFrame = $newType(0, $kindStruct, "http.http2UnknownFrame", true, "net/http", false, function(http2FrameHeader_, p_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.p = sliceType$3.nil;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.p = p_;
	});
	http2WindowUpdateFrame = $pkg.http2WindowUpdateFrame = $newType(0, $kindStruct, "http.http2WindowUpdateFrame", true, "net/http", false, function(http2FrameHeader_, Increment_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.Increment = 0;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.Increment = Increment_;
	});
	http2HeadersFrame = $pkg.http2HeadersFrame = $newType(0, $kindStruct, "http.http2HeadersFrame", true, "net/http", false, function(http2FrameHeader_, Priority_, headerFragBuf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.Priority = new http2PriorityParam.ptr(0, false, 0);
			this.headerFragBuf = sliceType$3.nil;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.Priority = Priority_;
		this.headerFragBuf = headerFragBuf_;
	});
	http2HeadersFrameParam = $pkg.http2HeadersFrameParam = $newType(0, $kindStruct, "http.http2HeadersFrameParam", true, "net/http", false, function(StreamID_, BlockFragment_, EndStream_, EndHeaders_, PadLength_, Priority_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.StreamID = 0;
			this.BlockFragment = sliceType$3.nil;
			this.EndStream = false;
			this.EndHeaders = false;
			this.PadLength = 0;
			this.Priority = new http2PriorityParam.ptr(0, false, 0);
			return;
		}
		this.StreamID = StreamID_;
		this.BlockFragment = BlockFragment_;
		this.EndStream = EndStream_;
		this.EndHeaders = EndHeaders_;
		this.PadLength = PadLength_;
		this.Priority = Priority_;
	});
	http2PriorityFrame = $pkg.http2PriorityFrame = $newType(0, $kindStruct, "http.http2PriorityFrame", true, "net/http", false, function(http2FrameHeader_, http2PriorityParam_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.http2PriorityParam = new http2PriorityParam.ptr(0, false, 0);
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.http2PriorityParam = http2PriorityParam_;
	});
	http2PriorityParam = $pkg.http2PriorityParam = $newType(0, $kindStruct, "http.http2PriorityParam", true, "net/http", false, function(StreamDep_, Exclusive_, Weight_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.StreamDep = 0;
			this.Exclusive = false;
			this.Weight = 0;
			return;
		}
		this.StreamDep = StreamDep_;
		this.Exclusive = Exclusive_;
		this.Weight = Weight_;
	});
	http2RSTStreamFrame = $pkg.http2RSTStreamFrame = $newType(0, $kindStruct, "http.http2RSTStreamFrame", true, "net/http", false, function(http2FrameHeader_, ErrCode_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.ErrCode = 0;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.ErrCode = ErrCode_;
	});
	http2ContinuationFrame = $pkg.http2ContinuationFrame = $newType(0, $kindStruct, "http.http2ContinuationFrame", true, "net/http", false, function(http2FrameHeader_, headerFragBuf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.headerFragBuf = sliceType$3.nil;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.headerFragBuf = headerFragBuf_;
	});
	http2PushPromiseFrame = $pkg.http2PushPromiseFrame = $newType(0, $kindStruct, "http.http2PushPromiseFrame", true, "net/http", false, function(http2FrameHeader_, PromiseID_, headerFragBuf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2FrameHeader = new http2FrameHeader.ptr(false, 0, 0, 0, 0);
			this.PromiseID = 0;
			this.headerFragBuf = sliceType$3.nil;
			return;
		}
		this.http2FrameHeader = http2FrameHeader_;
		this.PromiseID = PromiseID_;
		this.headerFragBuf = headerFragBuf_;
	});
	http2PushPromiseParam = $pkg.http2PushPromiseParam = $newType(0, $kindStruct, "http.http2PushPromiseParam", true, "net/http", false, function(StreamID_, PromiseID_, BlockFragment_, EndHeaders_, PadLength_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.StreamID = 0;
			this.PromiseID = 0;
			this.BlockFragment = sliceType$3.nil;
			this.EndHeaders = false;
			this.PadLength = 0;
			return;
		}
		this.StreamID = StreamID_;
		this.PromiseID = PromiseID_;
		this.BlockFragment = BlockFragment_;
		this.EndHeaders = EndHeaders_;
		this.PadLength = PadLength_;
	});
	http2MetaHeadersFrame = $pkg.http2MetaHeadersFrame = $newType(0, $kindStruct, "http.http2MetaHeadersFrame", true, "net/http", false, function(http2HeadersFrame_, Fields_, Truncated_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2HeadersFrame = ptrType$75.nil;
			this.Fields = sliceType$22.nil;
			this.Truncated = false;
			return;
		}
		this.http2HeadersFrame = http2HeadersFrame_;
		this.Fields = Fields_;
		this.Truncated = Truncated_;
	});
	http2goroutineLock = $pkg.http2goroutineLock = $newType(8, $kindUint64, "http.http2goroutineLock", true, "net/http", false, null);
	http2streamState = $pkg.http2streamState = $newType(4, $kindInt, "http.http2streamState", true, "net/http", false, null);
	http2Setting = $pkg.http2Setting = $newType(0, $kindStruct, "http.http2Setting", true, "net/http", false, function(ID_, Val_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.ID = 0;
			this.Val = 0;
			return;
		}
		this.ID = ID_;
		this.Val = Val_;
	});
	http2SettingID = $pkg.http2SettingID = $newType(2, $kindUint16, "http.http2SettingID", true, "net/http", false, null);
	http2gate = $pkg.http2gate = $newType(4, $kindChan, "http.http2gate", true, "net/http", false, null);
	http2closeWaiter = $pkg.http2closeWaiter = $newType(4, $kindChan, "http.http2closeWaiter", true, "net/http", false, null);
	http2bufferedWriter = $pkg.http2bufferedWriter = $newType(0, $kindStruct, "http.http2bufferedWriter", true, "net/http", false, function(_$0_, w_, bw_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.w = $ifaceNil;
			this.bw = ptrType$14.nil;
			return;
		}
		this._$0 = _$0_;
		this.w = w_;
		this.bw = bw_;
	});
	http2httpError = $pkg.http2httpError = $newType(0, $kindStruct, "http.http2httpError", true, "net/http", false, function(_$0_, msg_, timeout_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.msg = "";
			this.timeout = false;
			return;
		}
		this._$0 = _$0_;
		this.msg = msg_;
		this.timeout = timeout_;
	});
	http2connectionStater = $pkg.http2connectionStater = $newType(8, $kindInterface, "http.http2connectionStater", true, "net/http", false, null);
	http2sorter = $pkg.http2sorter = $newType(0, $kindStruct, "http.http2sorter", true, "net/http", false, function(v_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.v = sliceType$2.nil;
			return;
		}
		this.v = v_;
	});
	http2incomparable = $pkg.http2incomparable = $newType(0, $kindArray, "http.http2incomparable", true, "net/http", false, null);
	http2pipe = $pkg.http2pipe = $newType(0, $kindStruct, "http.http2pipe", true, "net/http", false, function(mu_, c_, b_, unread_, err_, breakErr_, donec_, readFn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mu = new sync.Mutex.ptr(0, 0);
			this.c = new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil);
			this.b = $ifaceNil;
			this.unread = 0;
			this.err = $ifaceNil;
			this.breakErr = $ifaceNil;
			this.donec = $chanNil;
			this.readFn = $throwNilPointerError;
			return;
		}
		this.mu = mu_;
		this.c = c_;
		this.b = b_;
		this.unread = unread_;
		this.err = err_;
		this.breakErr = breakErr_;
		this.donec = donec_;
		this.readFn = readFn_;
	});
	http2pipeBuffer = $pkg.http2pipeBuffer = $newType(8, $kindInterface, "http.http2pipeBuffer", true, "net/http", false, null);
	http2Server = $pkg.http2Server = $newType(0, $kindStruct, "http.http2Server", true, "net/http", false, function(MaxHandlers_, MaxConcurrentStreams_, MaxReadFrameSize_, PermitProhibitedCipherSuites_, IdleTimeout_, MaxUploadBufferPerConnection_, MaxUploadBufferPerStream_, NewWriteScheduler_, CountError_, state_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.MaxHandlers = 0;
			this.MaxConcurrentStreams = 0;
			this.MaxReadFrameSize = 0;
			this.PermitProhibitedCipherSuites = false;
			this.IdleTimeout = new time.Duration(0, 0);
			this.MaxUploadBufferPerConnection = 0;
			this.MaxUploadBufferPerStream = 0;
			this.NewWriteScheduler = $throwNilPointerError;
			this.CountError = $throwNilPointerError;
			this.state = ptrType$60.nil;
			return;
		}
		this.MaxHandlers = MaxHandlers_;
		this.MaxConcurrentStreams = MaxConcurrentStreams_;
		this.MaxReadFrameSize = MaxReadFrameSize_;
		this.PermitProhibitedCipherSuites = PermitProhibitedCipherSuites_;
		this.IdleTimeout = IdleTimeout_;
		this.MaxUploadBufferPerConnection = MaxUploadBufferPerConnection_;
		this.MaxUploadBufferPerStream = MaxUploadBufferPerStream_;
		this.NewWriteScheduler = NewWriteScheduler_;
		this.CountError = CountError_;
		this.state = state_;
	});
	http2serverInternalState = $pkg.http2serverInternalState = $newType(0, $kindStruct, "http.http2serverInternalState", true, "net/http", false, function(mu_, activeConns_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.mu = new sync.Mutex.ptr(0, 0);
			this.activeConns = false;
			return;
		}
		this.mu = mu_;
		this.activeConns = activeConns_;
	});
	http2ServeConnOpts = $pkg.http2ServeConnOpts = $newType(0, $kindStruct, "http.http2ServeConnOpts", true, "net/http", false, function(Context_, BaseConfig_, Handler_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Context = $ifaceNil;
			this.BaseConfig = ptrType$46.nil;
			this.Handler = $ifaceNil;
			return;
		}
		this.Context = Context_;
		this.BaseConfig = BaseConfig_;
		this.Handler = Handler_;
	});
	http2serverConn = $pkg.http2serverConn = $newType(0, $kindStruct, "http.http2serverConn", true, "net/http", false, function(srv_, hs_, conn_, bw_, handler_, baseCtx_, framer_, doneServing_, readFrameCh_, wantWriteFrameCh_, wroteFrameCh_, bodyReadCh_, serveMsgCh_, flow_, inflow_, tlsState_, remoteAddrStr_, writeSched_, serveG_, pushEnabled_, sawFirstSettings_, needToSendSettingsAck_, unackedSettings_, queuedControlFrames_, clientMaxStreams_, advMaxStreams_, curClientStreams_, curPushedStreams_, maxClientStreamID_, maxPushPromiseID_, streams_, initialStreamSendWindowSize_, maxFrameSize_, headerTableSize_, peerMaxHeaderListSize_, canonHeader_, writingFrame_, writingFrameAsync_, needsFrameFlush_, inGoAway_, inFrameScheduleLoop_, needToSendGoAway_, goAwayCode_, shutdownTimer_, idleTimer_, headerWriteBuf_, hpackEncoder_, shutdownOnce_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.srv = ptrType$86.nil;
			this.hs = ptrType$46.nil;
			this.conn = $ifaceNil;
			this.bw = ptrType$88.nil;
			this.handler = $ifaceNil;
			this.baseCtx = $ifaceNil;
			this.framer = ptrType$72.nil;
			this.doneServing = $chanNil;
			this.readFrameCh = $chanNil;
			this.wantWriteFrameCh = $chanNil;
			this.wroteFrameCh = $chanNil;
			this.bodyReadCh = $chanNil;
			this.serveMsgCh = $chanNil;
			this.flow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.inflow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.tlsState = ptrType$28.nil;
			this.remoteAddrStr = "";
			this.writeSched = $ifaceNil;
			this.serveG = new http2goroutineLock(0, 0);
			this.pushEnabled = false;
			this.sawFirstSettings = false;
			this.needToSendSettingsAck = false;
			this.unackedSettings = 0;
			this.queuedControlFrames = 0;
			this.clientMaxStreams = 0;
			this.advMaxStreams = 0;
			this.curClientStreams = 0;
			this.curPushedStreams = 0;
			this.maxClientStreamID = 0;
			this.maxPushPromiseID = 0;
			this.streams = false;
			this.initialStreamSendWindowSize = 0;
			this.maxFrameSize = 0;
			this.headerTableSize = 0;
			this.peerMaxHeaderListSize = 0;
			this.canonHeader = false;
			this.writingFrame = false;
			this.writingFrameAsync = false;
			this.needsFrameFlush = false;
			this.inGoAway = false;
			this.inFrameScheduleLoop = false;
			this.needToSendGoAway = false;
			this.goAwayCode = 0;
			this.shutdownTimer = ptrType$25.nil;
			this.idleTimer = ptrType$25.nil;
			this.headerWriteBuf = new bytes.Buffer.ptr(sliceType$3.nil, 0, 0);
			this.hpackEncoder = ptrType$89.nil;
			this.shutdownOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			return;
		}
		this.srv = srv_;
		this.hs = hs_;
		this.conn = conn_;
		this.bw = bw_;
		this.handler = handler_;
		this.baseCtx = baseCtx_;
		this.framer = framer_;
		this.doneServing = doneServing_;
		this.readFrameCh = readFrameCh_;
		this.wantWriteFrameCh = wantWriteFrameCh_;
		this.wroteFrameCh = wroteFrameCh_;
		this.bodyReadCh = bodyReadCh_;
		this.serveMsgCh = serveMsgCh_;
		this.flow = flow_;
		this.inflow = inflow_;
		this.tlsState = tlsState_;
		this.remoteAddrStr = remoteAddrStr_;
		this.writeSched = writeSched_;
		this.serveG = serveG_;
		this.pushEnabled = pushEnabled_;
		this.sawFirstSettings = sawFirstSettings_;
		this.needToSendSettingsAck = needToSendSettingsAck_;
		this.unackedSettings = unackedSettings_;
		this.queuedControlFrames = queuedControlFrames_;
		this.clientMaxStreams = clientMaxStreams_;
		this.advMaxStreams = advMaxStreams_;
		this.curClientStreams = curClientStreams_;
		this.curPushedStreams = curPushedStreams_;
		this.maxClientStreamID = maxClientStreamID_;
		this.maxPushPromiseID = maxPushPromiseID_;
		this.streams = streams_;
		this.initialStreamSendWindowSize = initialStreamSendWindowSize_;
		this.maxFrameSize = maxFrameSize_;
		this.headerTableSize = headerTableSize_;
		this.peerMaxHeaderListSize = peerMaxHeaderListSize_;
		this.canonHeader = canonHeader_;
		this.writingFrame = writingFrame_;
		this.writingFrameAsync = writingFrameAsync_;
		this.needsFrameFlush = needsFrameFlush_;
		this.inGoAway = inGoAway_;
		this.inFrameScheduleLoop = inFrameScheduleLoop_;
		this.needToSendGoAway = needToSendGoAway_;
		this.goAwayCode = goAwayCode_;
		this.shutdownTimer = shutdownTimer_;
		this.idleTimer = idleTimer_;
		this.headerWriteBuf = headerWriteBuf_;
		this.hpackEncoder = hpackEncoder_;
		this.shutdownOnce = shutdownOnce_;
	});
	http2stream = $pkg.http2stream = $newType(0, $kindStruct, "http.http2stream", true, "net/http", false, function(sc_, id_, body_, cw_, ctx_, cancelCtx_, bodyBytes_, declBodyBytes_, flow_, inflow_, state_, resetQueued_, gotTrailerHeader_, wroteHeaders_, writeDeadline_, trailer_, reqTrailer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.sc = ptrType$13.nil;
			this.id = 0;
			this.body = ptrType$97.nil;
			this.cw = $chanNil;
			this.ctx = $ifaceNil;
			this.cancelCtx = $throwNilPointerError;
			this.bodyBytes = new $Int64(0, 0);
			this.declBodyBytes = new $Int64(0, 0);
			this.flow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.inflow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.state = 0;
			this.resetQueued = false;
			this.gotTrailerHeader = false;
			this.wroteHeaders = false;
			this.writeDeadline = ptrType$25.nil;
			this.trailer = false;
			this.reqTrailer = false;
			return;
		}
		this.sc = sc_;
		this.id = id_;
		this.body = body_;
		this.cw = cw_;
		this.ctx = ctx_;
		this.cancelCtx = cancelCtx_;
		this.bodyBytes = bodyBytes_;
		this.declBodyBytes = declBodyBytes_;
		this.flow = flow_;
		this.inflow = inflow_;
		this.state = state_;
		this.resetQueued = resetQueued_;
		this.gotTrailerHeader = gotTrailerHeader_;
		this.wroteHeaders = wroteHeaders_;
		this.writeDeadline = writeDeadline_;
		this.trailer = trailer_;
		this.reqTrailer = reqTrailer_;
	});
	http2readFrameResult = $pkg.http2readFrameResult = $newType(0, $kindStruct, "http.http2readFrameResult", true, "net/http", false, function(f_, err_, readMore_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.f = $ifaceNil;
			this.err = $ifaceNil;
			this.readMore = $throwNilPointerError;
			return;
		}
		this.f = f_;
		this.err = err_;
		this.readMore = readMore_;
	});
	http2frameWriteResult = $pkg.http2frameWriteResult = $newType(0, $kindStruct, "http.http2frameWriteResult", true, "net/http", false, function(_$0_, wr_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.wr = new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil);
			this.err = $ifaceNil;
			return;
		}
		this._$0 = _$0_;
		this.wr = wr_;
		this.err = err_;
	});
	http2serverMessage = $pkg.http2serverMessage = $newType(4, $kindInt, "http.http2serverMessage", true, "net/http", false, null);
	http2requestParam = $pkg.http2requestParam = $newType(0, $kindStruct, "http.http2requestParam", true, "net/http", false, function(method_, scheme_, authority_, path_, header_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.method = "";
			this.scheme = "";
			this.authority = "";
			this.path = "";
			this.header = false;
			return;
		}
		this.method = method_;
		this.scheme = scheme_;
		this.authority = authority_;
		this.path = path_;
		this.header = header_;
	});
	http2bodyReadMsg = $pkg.http2bodyReadMsg = $newType(0, $kindStruct, "http.http2bodyReadMsg", true, "net/http", false, function(st_, n_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.st = ptrType$10.nil;
			this.n = 0;
			return;
		}
		this.st = st_;
		this.n = n_;
	});
	http2requestBody = $pkg.http2requestBody = $newType(0, $kindStruct, "http.http2requestBody", true, "net/http", false, function(_$0_, stream_, conn_, closed_, sawEOF_, pipe_, needsContinue_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.stream = ptrType$10.nil;
			this.conn = ptrType$13.nil;
			this.closed = false;
			this.sawEOF = false;
			this.pipe = ptrType$97.nil;
			this.needsContinue = false;
			return;
		}
		this._$0 = _$0_;
		this.stream = stream_;
		this.conn = conn_;
		this.closed = closed_;
		this.sawEOF = sawEOF_;
		this.pipe = pipe_;
		this.needsContinue = needsContinue_;
	});
	http2responseWriter = $pkg.http2responseWriter = $newType(0, $kindStruct, "http.http2responseWriter", true, "net/http", false, function(rws_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rws = ptrType$99.nil;
			return;
		}
		this.rws = rws_;
	});
	http2responseWriterState = $pkg.http2responseWriterState = $newType(0, $kindStruct, "http.http2responseWriterState", true, "net/http", false, function(stream_, req_, body_, conn_, bw_, handlerHeader_, snapHeader_, trailers_, status_, wroteHeader_, sentHeader_, handlerDone_, dirty_, sentContentLen_, wroteBytes_, closeNotifierMu_, closeNotifierCh_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.stream = ptrType$10.nil;
			this.req = ptrType$11.nil;
			this.body = ptrType$12.nil;
			this.conn = ptrType$13.nil;
			this.bw = ptrType$14.nil;
			this.handlerHeader = false;
			this.snapHeader = false;
			this.trailers = sliceType$2.nil;
			this.status = 0;
			this.wroteHeader = false;
			this.sentHeader = false;
			this.handlerDone = false;
			this.dirty = false;
			this.sentContentLen = new $Int64(0, 0);
			this.wroteBytes = new $Int64(0, 0);
			this.closeNotifierMu = new sync.Mutex.ptr(0, 0);
			this.closeNotifierCh = $chanNil;
			return;
		}
		this.stream = stream_;
		this.req = req_;
		this.body = body_;
		this.conn = conn_;
		this.bw = bw_;
		this.handlerHeader = handlerHeader_;
		this.snapHeader = snapHeader_;
		this.trailers = trailers_;
		this.status = status_;
		this.wroteHeader = wroteHeader_;
		this.sentHeader = sentHeader_;
		this.handlerDone = handlerDone_;
		this.dirty = dirty_;
		this.sentContentLen = sentContentLen_;
		this.wroteBytes = wroteBytes_;
		this.closeNotifierMu = closeNotifierMu_;
		this.closeNotifierCh = closeNotifierCh_;
	});
	http2chunkWriter = $pkg.http2chunkWriter = $newType(0, $kindStruct, "http.http2chunkWriter", true, "net/http", false, function(rws_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.rws = ptrType$99.nil;
			return;
		}
		this.rws = rws_;
	});
	http2startPushRequest = $pkg.http2startPushRequest = $newType(0, $kindStruct, "http.http2startPushRequest", true, "net/http", false, function(parent_, method_, url_, header_, done_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.parent = ptrType$10.nil;
			this.method = "";
			this.url = ptrType$17.nil;
			this.header = false;
			this.done = $chanNil;
			return;
		}
		this.parent = parent_;
		this.method = method_;
		this.url = url_;
		this.header = header_;
		this.done = done_;
	});
	http2Transport = $pkg.http2Transport = $newType(0, $kindStruct, "http.http2Transport", true, "net/http", false, function(DialTLS_, TLSClientConfig_, ConnPool_, DisableCompression_, AllowHTTP_, MaxHeaderListSize_, StrictMaxConcurrentStreams_, ReadIdleTimeout_, PingTimeout_, WriteByteTimeout_, CountError_, t1_, connPoolOnce_, connPoolOrDef_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.DialTLS = $throwNilPointerError;
			this.TLSClientConfig = ptrType$4.nil;
			this.ConnPool = $ifaceNil;
			this.DisableCompression = false;
			this.AllowHTTP = false;
			this.MaxHeaderListSize = 0;
			this.StrictMaxConcurrentStreams = false;
			this.ReadIdleTimeout = new time.Duration(0, 0);
			this.PingTimeout = new time.Duration(0, 0);
			this.WriteByteTimeout = new time.Duration(0, 0);
			this.CountError = $throwNilPointerError;
			this.t1 = ptrType$27.nil;
			this.connPoolOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.connPoolOrDef = $ifaceNil;
			return;
		}
		this.DialTLS = DialTLS_;
		this.TLSClientConfig = TLSClientConfig_;
		this.ConnPool = ConnPool_;
		this.DisableCompression = DisableCompression_;
		this.AllowHTTP = AllowHTTP_;
		this.MaxHeaderListSize = MaxHeaderListSize_;
		this.StrictMaxConcurrentStreams = StrictMaxConcurrentStreams_;
		this.ReadIdleTimeout = ReadIdleTimeout_;
		this.PingTimeout = PingTimeout_;
		this.WriteByteTimeout = WriteByteTimeout_;
		this.CountError = CountError_;
		this.t1 = t1_;
		this.connPoolOnce = connPoolOnce_;
		this.connPoolOrDef = connPoolOrDef_;
	});
	http2ClientConn = $pkg.http2ClientConn = $newType(0, $kindStruct, "http.http2ClientConn", true, "net/http", false, function(t_, tconn_, tlsState_, reused_, singleUse_, getConnCalled_, readerDone_, readerErr_, idleTimeout_, idleTimer_, mu_, cond_, flow_, inflow_, doNotReuse_, closing_, closed_, seenSettings_, wantSettingsAck_, goAway_, goAwayDebug_, streams_, streamsReserved_, nextStreamID_, pendingRequests_, pings_, br_, lastActive_, lastIdle_, maxFrameSize_, maxConcurrentStreams_, peerMaxHeaderListSize_, initialWindowSize_, reqHeaderMu_, wmu_, bw_, fr_, werr_, hbuf_, henc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.t = ptrType$102.nil;
			this.tconn = $ifaceNil;
			this.tlsState = ptrType$28.nil;
			this.reused = 0;
			this.singleUse = false;
			this.getConnCalled = false;
			this.readerDone = $chanNil;
			this.readerErr = $ifaceNil;
			this.idleTimeout = new time.Duration(0, 0);
			this.idleTimer = ptrType$25.nil;
			this.mu = new sync.Mutex.ptr(0, 0);
			this.cond = ptrType$48.nil;
			this.flow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.inflow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.doNotReuse = false;
			this.closing = false;
			this.closed = false;
			this.seenSettings = false;
			this.wantSettingsAck = false;
			this.goAway = ptrType$82.nil;
			this.goAwayDebug = "";
			this.streams = false;
			this.streamsReserved = 0;
			this.nextStreamID = 0;
			this.pendingRequests = 0;
			this.pings = false;
			this.br = ptrType$29.nil;
			this.lastActive = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			this.lastIdle = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			this.maxFrameSize = 0;
			this.maxConcurrentStreams = 0;
			this.peerMaxHeaderListSize = new $Uint64(0, 0);
			this.initialWindowSize = 0;
			this.reqHeaderMu = $chanNil;
			this.wmu = new sync.Mutex.ptr(0, 0);
			this.bw = ptrType$14.nil;
			this.fr = ptrType$72.nil;
			this.werr = $ifaceNil;
			this.hbuf = new bytes.Buffer.ptr(sliceType$3.nil, 0, 0);
			this.henc = ptrType$89.nil;
			return;
		}
		this.t = t_;
		this.tconn = tconn_;
		this.tlsState = tlsState_;
		this.reused = reused_;
		this.singleUse = singleUse_;
		this.getConnCalled = getConnCalled_;
		this.readerDone = readerDone_;
		this.readerErr = readerErr_;
		this.idleTimeout = idleTimeout_;
		this.idleTimer = idleTimer_;
		this.mu = mu_;
		this.cond = cond_;
		this.flow = flow_;
		this.inflow = inflow_;
		this.doNotReuse = doNotReuse_;
		this.closing = closing_;
		this.closed = closed_;
		this.seenSettings = seenSettings_;
		this.wantSettingsAck = wantSettingsAck_;
		this.goAway = goAway_;
		this.goAwayDebug = goAwayDebug_;
		this.streams = streams_;
		this.streamsReserved = streamsReserved_;
		this.nextStreamID = nextStreamID_;
		this.pendingRequests = pendingRequests_;
		this.pings = pings_;
		this.br = br_;
		this.lastActive = lastActive_;
		this.lastIdle = lastIdle_;
		this.maxFrameSize = maxFrameSize_;
		this.maxConcurrentStreams = maxConcurrentStreams_;
		this.peerMaxHeaderListSize = peerMaxHeaderListSize_;
		this.initialWindowSize = initialWindowSize_;
		this.reqHeaderMu = reqHeaderMu_;
		this.wmu = wmu_;
		this.bw = bw_;
		this.fr = fr_;
		this.werr = werr_;
		this.hbuf = hbuf_;
		this.henc = henc_;
	});
	http2clientStream = $pkg.http2clientStream = $newType(0, $kindStruct, "http.http2clientStream", true, "net/http", false, function(cc_, ctx_, reqCancel_, trace_, ID_, bufPipe_, requestedGzip_, isHead_, abortOnce_, abort_, abortErr_, peerClosed_, donec_, on100_, respHeaderRecv_, res_, flow_, inflow_, bytesRemain_, readErr_, reqBody_, reqBodyContentLength_, reqBodyClosed_, sentEndStream_, sentHeaders_, firstByte_, pastHeaders_, pastTrailers_, num1xx_, readClosed_, readAborted_, trailer_, resTrailer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cc = ptrType$68.nil;
			this.ctx = $ifaceNil;
			this.reqCancel = $chanNil;
			this.trace = ptrType$19.nil;
			this.ID = 0;
			this.bufPipe = new http2pipe.ptr(new sync.Mutex.ptr(0, 0), new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil), $ifaceNil, 0, $ifaceNil, $ifaceNil, $chanNil, $throwNilPointerError);
			this.requestedGzip = false;
			this.isHead = false;
			this.abortOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
			this.abort = $chanNil;
			this.abortErr = $ifaceNil;
			this.peerClosed = $chanNil;
			this.donec = $chanNil;
			this.on100 = $chanNil;
			this.respHeaderRecv = $chanNil;
			this.res = ptrType$18.nil;
			this.flow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.inflow = new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil);
			this.bytesRemain = new $Int64(0, 0);
			this.readErr = $ifaceNil;
			this.reqBody = $ifaceNil;
			this.reqBodyContentLength = new $Int64(0, 0);
			this.reqBodyClosed = false;
			this.sentEndStream = false;
			this.sentHeaders = false;
			this.firstByte = false;
			this.pastHeaders = false;
			this.pastTrailers = false;
			this.num1xx = 0;
			this.readClosed = false;
			this.readAborted = false;
			this.trailer = false;
			this.resTrailer = ptrType$38.nil;
			return;
		}
		this.cc = cc_;
		this.ctx = ctx_;
		this.reqCancel = reqCancel_;
		this.trace = trace_;
		this.ID = ID_;
		this.bufPipe = bufPipe_;
		this.requestedGzip = requestedGzip_;
		this.isHead = isHead_;
		this.abortOnce = abortOnce_;
		this.abort = abort_;
		this.abortErr = abortErr_;
		this.peerClosed = peerClosed_;
		this.donec = donec_;
		this.on100 = on100_;
		this.respHeaderRecv = respHeaderRecv_;
		this.res = res_;
		this.flow = flow_;
		this.inflow = inflow_;
		this.bytesRemain = bytesRemain_;
		this.readErr = readErr_;
		this.reqBody = reqBody_;
		this.reqBodyContentLength = reqBodyContentLength_;
		this.reqBodyClosed = reqBodyClosed_;
		this.sentEndStream = sentEndStream_;
		this.sentHeaders = sentHeaders_;
		this.firstByte = firstByte_;
		this.pastHeaders = pastHeaders_;
		this.pastTrailers = pastTrailers_;
		this.num1xx = num1xx_;
		this.readClosed = readClosed_;
		this.readAborted = readAborted_;
		this.trailer = trailer_;
		this.resTrailer = resTrailer_;
	});
	http2stickyErrWriter = $pkg.http2stickyErrWriter = $newType(0, $kindStruct, "http.http2stickyErrWriter", true, "net/http", false, function(conn_, timeout_, err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.conn = $ifaceNil;
			this.timeout = new time.Duration(0, 0);
			this.err = ptrType$85.nil;
			return;
		}
		this.conn = conn_;
		this.timeout = timeout_;
		this.err = err_;
	});
	http2noCachedConnError = $pkg.http2noCachedConnError = $newType(0, $kindStruct, "http.http2noCachedConnError", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	http2RoundTripOpt = $pkg.http2RoundTripOpt = $newType(0, $kindStruct, "http.http2RoundTripOpt", true, "net/http", false, function(OnlyCachedConn_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.OnlyCachedConn = false;
			return;
		}
		this.OnlyCachedConn = OnlyCachedConn_;
	});
	http2ClientConnState = $pkg.http2ClientConnState = $newType(0, $kindStruct, "http.http2ClientConnState", true, "net/http", false, function(Closed_, Closing_, StreamsActive_, StreamsReserved_, StreamsPending_, MaxConcurrentStreams_, LastIdle_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Closed = false;
			this.Closing = false;
			this.StreamsActive = 0;
			this.StreamsReserved = 0;
			this.StreamsPending = 0;
			this.MaxConcurrentStreams = 0;
			this.LastIdle = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			return;
		}
		this.Closed = Closed_;
		this.Closing = Closing_;
		this.StreamsActive = StreamsActive_;
		this.StreamsReserved = StreamsReserved_;
		this.StreamsPending = StreamsPending_;
		this.MaxConcurrentStreams = MaxConcurrentStreams_;
		this.LastIdle = LastIdle_;
	});
	http2clientConnIdleState = $pkg.http2clientConnIdleState = $newType(0, $kindStruct, "http.http2clientConnIdleState", true, "net/http", false, function(canTakeNewRequest_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.canTakeNewRequest = false;
			return;
		}
		this.canTakeNewRequest = canTakeNewRequest_;
	});
	http2clientConnReadLoop = $pkg.http2clientConnReadLoop = $newType(0, $kindStruct, "http.http2clientConnReadLoop", true, "net/http", false, function(_$0_, cc_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.cc = ptrType$68.nil;
			return;
		}
		this._$0 = _$0_;
		this.cc = cc_;
	});
	http2GoAwayError = $pkg.http2GoAwayError = $newType(0, $kindStruct, "http.http2GoAwayError", true, "net/http", false, function(LastStreamID_, ErrCode_, DebugData_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.LastStreamID = 0;
			this.ErrCode = 0;
			this.DebugData = "";
			return;
		}
		this.LastStreamID = LastStreamID_;
		this.ErrCode = ErrCode_;
		this.DebugData = DebugData_;
	});
	http2transportResponseBody = $pkg.http2transportResponseBody = $newType(0, $kindStruct, "http.http2transportResponseBody", true, "net/http", false, function(cs_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.cs = ptrType$104.nil;
			return;
		}
		this.cs = cs_;
	});
	http2missingBody = $pkg.http2missingBody = $newType(0, $kindStruct, "http.http2missingBody", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	http2erringRoundTripper = $pkg.http2erringRoundTripper = $newType(0, $kindStruct, "http.http2erringRoundTripper", true, "net/http", false, function(err_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.err = $ifaceNil;
			return;
		}
		this.err = err_;
	});
	http2gzipReader = $pkg.http2gzipReader = $newType(0, $kindStruct, "http.http2gzipReader", true, "net/http", false, function(_$0_, body_, zr_, zerr_) {
		this.$val = this;
		if (arguments.length === 0) {
			this._$0 = arrayType.zero();
			this.body = $ifaceNil;
			this.zr = ptrType$33.nil;
			this.zerr = $ifaceNil;
			return;
		}
		this._$0 = _$0_;
		this.body = body_;
		this.zr = zr_;
		this.zerr = zerr_;
	});
	http2noDialH2RoundTripper = $pkg.http2noDialH2RoundTripper = $newType(0, $kindStruct, "http.http2noDialH2RoundTripper", true, "net/http", false, function(http2Transport_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.http2Transport = ptrType$102.nil;
			return;
		}
		this.http2Transport = http2Transport_;
	});
	http2writeFramer = $pkg.http2writeFramer = $newType(8, $kindInterface, "http.http2writeFramer", true, "net/http", false, null);
	http2writeContext = $pkg.http2writeContext = $newType(8, $kindInterface, "http.http2writeContext", true, "net/http", false, null);
	http2flushFrameWriter = $pkg.http2flushFrameWriter = $newType(0, $kindStruct, "http.http2flushFrameWriter", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	http2writeSettings = $pkg.http2writeSettings = $newType(12, $kindSlice, "http.http2writeSettings", true, "net/http", false, null);
	http2writeGoAway = $pkg.http2writeGoAway = $newType(0, $kindStruct, "http.http2writeGoAway", true, "net/http", false, function(maxStreamID_, code_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.maxStreamID = 0;
			this.code = 0;
			return;
		}
		this.maxStreamID = maxStreamID_;
		this.code = code_;
	});
	http2writeData = $pkg.http2writeData = $newType(0, $kindStruct, "http.http2writeData", true, "net/http", false, function(streamID_, p_, endStream_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.streamID = 0;
			this.p = sliceType$3.nil;
			this.endStream = false;
			return;
		}
		this.streamID = streamID_;
		this.p = p_;
		this.endStream = endStream_;
	});
	http2handlerPanicRST = $pkg.http2handlerPanicRST = $newType(0, $kindStruct, "http.http2handlerPanicRST", true, "net/http", false, function(StreamID_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.StreamID = 0;
			return;
		}
		this.StreamID = StreamID_;
	});
	http2writePingAck = $pkg.http2writePingAck = $newType(0, $kindStruct, "http.http2writePingAck", true, "net/http", false, function(pf_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pf = ptrType$81.nil;
			return;
		}
		this.pf = pf_;
	});
	http2writeSettingsAck = $pkg.http2writeSettingsAck = $newType(0, $kindStruct, "http.http2writeSettingsAck", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	http2writeResHeaders = $pkg.http2writeResHeaders = $newType(0, $kindStruct, "http.http2writeResHeaders", true, "net/http", false, function(streamID_, httpResCode_, h_, trailers_, endStream_, date_, contentType_, contentLength_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.streamID = 0;
			this.httpResCode = 0;
			this.h = false;
			this.trailers = sliceType$2.nil;
			this.endStream = false;
			this.date = "";
			this.contentType = "";
			this.contentLength = "";
			return;
		}
		this.streamID = streamID_;
		this.httpResCode = httpResCode_;
		this.h = h_;
		this.trailers = trailers_;
		this.endStream = endStream_;
		this.date = date_;
		this.contentType = contentType_;
		this.contentLength = contentLength_;
	});
	http2writePushPromise = $pkg.http2writePushPromise = $newType(0, $kindStruct, "http.http2writePushPromise", true, "net/http", false, function(streamID_, method_, url_, h_, allocatePromisedID_, promisedID_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.streamID = 0;
			this.method = "";
			this.url = ptrType$17.nil;
			this.h = false;
			this.allocatePromisedID = $throwNilPointerError;
			this.promisedID = 0;
			return;
		}
		this.streamID = streamID_;
		this.method = method_;
		this.url = url_;
		this.h = h_;
		this.allocatePromisedID = allocatePromisedID_;
		this.promisedID = promisedID_;
	});
	http2write100ContinueHeadersFrame = $pkg.http2write100ContinueHeadersFrame = $newType(0, $kindStruct, "http.http2write100ContinueHeadersFrame", true, "net/http", false, function(streamID_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.streamID = 0;
			return;
		}
		this.streamID = streamID_;
	});
	http2writeWindowUpdate = $pkg.http2writeWindowUpdate = $newType(0, $kindStruct, "http.http2writeWindowUpdate", true, "net/http", false, function(streamID_, n_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.streamID = 0;
			this.n = 0;
			return;
		}
		this.streamID = streamID_;
		this.n = n_;
	});
	http2WriteScheduler = $pkg.http2WriteScheduler = $newType(8, $kindInterface, "http.http2WriteScheduler", true, "net/http", false, null);
	http2OpenStreamOptions = $pkg.http2OpenStreamOptions = $newType(0, $kindStruct, "http.http2OpenStreamOptions", true, "net/http", false, function(PusherID_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.PusherID = 0;
			return;
		}
		this.PusherID = PusherID_;
	});
	http2FrameWriteRequest = $pkg.http2FrameWriteRequest = $newType(0, $kindStruct, "http.http2FrameWriteRequest", true, "net/http", false, function(write_, stream_, done_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.write = $ifaceNil;
			this.stream = ptrType$10.nil;
			this.done = $chanNil;
			return;
		}
		this.write = write_;
		this.stream = stream_;
		this.done = done_;
	});
	http2writeQueue = $pkg.http2writeQueue = $newType(0, $kindStruct, "http.http2writeQueue", true, "net/http", false, function(s_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.s = sliceType$24.nil;
			return;
		}
		this.s = s_;
	});
	http2writeQueuePool = $pkg.http2writeQueuePool = $newType(12, $kindSlice, "http.http2writeQueuePool", true, "net/http", false, null);
	http2PriorityWriteSchedulerConfig = $pkg.http2PriorityWriteSchedulerConfig = $newType(0, $kindStruct, "http.http2PriorityWriteSchedulerConfig", true, "net/http", false, function(MaxClosedNodesInTree_, MaxIdleNodesInTree_, ThrottleOutOfOrderWrites_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.MaxClosedNodesInTree = 0;
			this.MaxIdleNodesInTree = 0;
			this.ThrottleOutOfOrderWrites = false;
			return;
		}
		this.MaxClosedNodesInTree = MaxClosedNodesInTree_;
		this.MaxIdleNodesInTree = MaxIdleNodesInTree_;
		this.ThrottleOutOfOrderWrites = ThrottleOutOfOrderWrites_;
	});
	http2priorityNodeState = $pkg.http2priorityNodeState = $newType(4, $kindInt, "http.http2priorityNodeState", true, "net/http", false, null);
	http2priorityNode = $pkg.http2priorityNode = $newType(0, $kindStruct, "http.http2priorityNode", true, "net/http", false, function(q_, id_, weight_, state_, bytes_, subtreeBytes_, parent_, kids_, prev_, next_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.q = new http2writeQueue.ptr(sliceType$24.nil);
			this.id = 0;
			this.weight = 0;
			this.state = 0;
			this.bytes = new $Int64(0, 0);
			this.subtreeBytes = new $Int64(0, 0);
			this.parent = ptrType$106.nil;
			this.kids = ptrType$106.nil;
			this.prev = ptrType$106.nil;
			this.next = ptrType$106.nil;
			return;
		}
		this.q = q_;
		this.id = id_;
		this.weight = weight_;
		this.state = state_;
		this.bytes = bytes_;
		this.subtreeBytes = subtreeBytes_;
		this.parent = parent_;
		this.kids = kids_;
		this.prev = prev_;
		this.next = next_;
	});
	http2sortPriorityNodeSiblings = $pkg.http2sortPriorityNodeSiblings = $newType(12, $kindSlice, "http.http2sortPriorityNodeSiblings", true, "net/http", false, null);
	http2priorityWriteScheduler = $pkg.http2priorityWriteScheduler = $newType(0, $kindStruct, "http.http2priorityWriteScheduler", true, "net/http", false, function(root_, nodes_, maxID_, closedNodes_, idleNodes_, maxClosedNodesInTree_, maxIdleNodesInTree_, writeThrottleLimit_, enableWriteThrottle_, tmp_, queuePool_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.root = new http2priorityNode.ptr(new http2writeQueue.ptr(sliceType$24.nil), 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), ptrType$106.nil, ptrType$106.nil, ptrType$106.nil, ptrType$106.nil);
			this.nodes = false;
			this.maxID = 0;
			this.closedNodes = sliceType$25.nil;
			this.idleNodes = sliceType$25.nil;
			this.maxClosedNodesInTree = 0;
			this.maxIdleNodesInTree = 0;
			this.writeThrottleLimit = 0;
			this.enableWriteThrottle = false;
			this.tmp = sliceType$25.nil;
			this.queuePool = http2writeQueuePool.nil;
			return;
		}
		this.root = root_;
		this.nodes = nodes_;
		this.maxID = maxID_;
		this.closedNodes = closedNodes_;
		this.idleNodes = idleNodes_;
		this.maxClosedNodesInTree = maxClosedNodesInTree_;
		this.maxIdleNodesInTree = maxIdleNodesInTree_;
		this.writeThrottleLimit = writeThrottleLimit_;
		this.enableWriteThrottle = enableWriteThrottle_;
		this.tmp = tmp_;
		this.queuePool = queuePool_;
	});
	http2randomWriteScheduler = $pkg.http2randomWriteScheduler = $newType(0, $kindStruct, "http.http2randomWriteScheduler", true, "net/http", false, function(zero_, sq_, queuePool_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.zero = new http2writeQueue.ptr(sliceType$24.nil);
			this.sq = false;
			this.queuePool = http2writeQueuePool.nil;
			return;
		}
		this.zero = zero_;
		this.sq = sq_;
		this.queuePool = queuePool_;
	});
	Cookie = $pkg.Cookie = $newType(0, $kindStruct, "http.Cookie", true, "net/http", true, function(Name_, Value_, Path_, Domain_, Expires_, RawExpires_, MaxAge_, Secure_, HttpOnly_, SameSite_, Raw_, Unparsed_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Name = "";
			this.Value = "";
			this.Path = "";
			this.Domain = "";
			this.Expires = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
			this.RawExpires = "";
			this.MaxAge = 0;
			this.Secure = false;
			this.HttpOnly = false;
			this.SameSite = 0;
			this.Raw = "";
			this.Unparsed = sliceType$2.nil;
			return;
		}
		this.Name = Name_;
		this.Value = Value_;
		this.Path = Path_;
		this.Domain = Domain_;
		this.Expires = Expires_;
		this.RawExpires = RawExpires_;
		this.MaxAge = MaxAge_;
		this.Secure = Secure_;
		this.HttpOnly = HttpOnly_;
		this.SameSite = SameSite_;
		this.Raw = Raw_;
		this.Unparsed = Unparsed_;
	});
	SameSite = $pkg.SameSite = $newType(4, $kindInt, "http.SameSite", true, "net/http", true, null);
	RoundTripper = $pkg.RoundTripper = $newType(8, $kindInterface, "http.RoundTripper", true, "net/http", true, null);
	noTransport = $pkg.noTransport = $newType(0, $kindStruct, "http.noTransport", true, "net/http", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	XHRTransport = $pkg.XHRTransport = $newType(0, $kindStruct, "http.XHRTransport", true, "net/http", true, function(inflight_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.inflight = false;
			return;
		}
		this.inflight = inflight_;
	});
	requestTooLarger = $newType(8, $kindInterface, "http.requestTooLarger", true, "net/http", false, null);
	baseContexter = $newType(8, $kindInterface, "http.baseContexter", true, "net/http", false, null);
	I = $newType(8, $kindInterface, "http.I", true, "net/http", true, null);
	ptrType = $ptrType(time.Location);
	ptrType$1 = $ptrType(net.Resolver);
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType(muxEntry);
	ptrType$2 = $ptrType(sync.Mutex);
	ptrType$3 = $ptrType(list.List);
	ptrType$4 = $ptrType(tls.Config);
	sliceType$2 = $sliceType($String);
	sliceType$3 = $sliceType($Uint8);
	sliceType$4 = $sliceType(sniffSig);
	ptrType$6 = $ptrType(sliceType$3);
	sliceType$5 = $sliceType(sliceType$3);
	sliceType$6 = $sliceType(keyValues);
	ptrType$9 = $ptrType(http2clientConnPool);
	sliceType$7 = $sliceType($Int);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	ptrType$10 = $ptrType(http2stream);
	ptrType$11 = $ptrType(Request);
	ptrType$12 = $ptrType(http2requestBody);
	ptrType$13 = $ptrType(http2serverConn);
	ptrType$14 = $ptrType(bufio.Writer);
	ptrType$15 = $ptrType(http2serverMessage);
	chanType = $chanType($error, false, false);
	ptrType$16 = $ptrType(http2responseWriter);
	mapType = $mapType($String, RoundTripper);
	ptrType$17 = $ptrType(url.URL);
	ptrType$18 = $ptrType(Response);
	ptrType$19 = $ptrType(httptrace.ClientTrace);
	ptrType$20 = $ptrType(readTrackingBody);
	ptrType$21 = $ptrType(url.Userinfo);
	ptrType$22 = $ptrType(persistConn);
	ptrType$23 = $ptrType(list.Element);
	ptrType$24 = $ptrType(wantConn);
	sliceType$8 = $sliceType(ptrType$24);
	sliceType$9 = $sliceType(ptrType$22);
	ptrType$25 = $ptrType(time.Timer);
	structType = $structType("", []);
	ptrType$26 = $ptrType($packages["crypto/x509"].Certificate);
	sliceType$10 = $sliceType(ptrType$26);
	sliceType$11 = $sliceType(sliceType$10);
	ptrType$27 = $ptrType(Transport);
	ptrType$28 = $ptrType(tls.ConnectionState);
	ptrType$29 = $ptrType(bufio.Reader);
	ptrType$30 = $ptrType(tls.Conn);
	sliceType$12 = $sliceType(socksAuthMethod);
	ptrType$31 = $ptrType(multipart.Form);
	ptrType$32 = $ptrType(bodyEOFSignal);
	ptrType$33 = $ptrType(gzip.Reader);
	funcType$1 = $funcType([$String, sliceType], [], true);
	sliceType$13 = $sliceType(tls.Certificate);
	ptrType$34 = $ptrType($packages["crypto/x509"].CertPool);
	sliceType$14 = $sliceType($Uint16);
	arrayType$1 = $arrayType($Uint8, 32);
	sliceType$15 = $sliceType(tls.CurveID);
	sliceType$16 = $sliceType(tls.ticketKey);
	ptrType$35 = $ptrType(transferWriter);
	arrayType$2 = $arrayType($Uint8, 1);
	sliceType$17 = $sliceType(io.Reader);
	ptrType$36 = $ptrType(unsupportedTEError);
	ptrType$37 = $ptrType(io.LimitedReader);
	ptrType$38 = $ptrType(Header);
	ptrType$39 = $ptrType(bytes.Reader);
	ptrType$40 = $ptrType(bytes.Buffer);
	ptrType$41 = $ptrType(strings.Reader);
	ptrType$42 = $ptrType(socksAddr);
	ptrType$43 = $ptrType(socksConn);
	ptrType$44 = $ptrType(bufio.ReadWriter);
	ptrType$45 = $ptrType($Int32);
	ptrType$46 = $ptrType(Server);
	ptrType$47 = $ptrType(connReader);
	structType$1 = $structType("net/http", [{prop: "atomic", name: "atomic", embedded: false, exported: false, typ: $Uint64, tag: ""}]);
	ptrType$48 = $ptrType(sync.Cond);
	ptrType$49 = $ptrType(response);
	ptrType$50 = $ptrType(sync.Pool);
	ptrType$51 = $ptrType(atomicBool);
	ptrType$52 = $ptrType(body);
	ptrType$53 = $ptrType(conn);
	arrayType$3 = $arrayType($Uint8, 29);
	arrayType$4 = $arrayType($Uint8, 10);
	arrayType$5 = $arrayType($Uint8, 3);
	sliceType$18 = $sliceType($Uintptr);
	ptrType$54 = $ptrType(runtime.Func);
	ptrType$55 = $ptrType(expectContinueReader);
	ptrType$56 = $ptrType($Uint64);
	ptrType$57 = $ptrType(net.OpError);
	arrayType$6 = $arrayType($Uint8, 5);
	ptrType$58 = $ptrType(log.Logger);
	sliceType$19 = $sliceType(funcType);
	ptrType$59 = $ptrType(net.Listener);
	ptrType$60 = $ptrType(http2serverInternalState);
	ptrType$61 = $ptrType(http2PriorityWriteSchedulerConfig);
	structType$2 = $structType("", [{prop: "Reader", name: "Reader", embedded: true, exported: true, typ: io.Reader, tag: ""}, {prop: "Closer", name: "Closer", embedded: true, exported: true, typ: io.Closer, tag: ""}]);
	ptrType$62 = $ptrType(Cookie);
	ptrType$63 = $ptrType(multipart.Reader);
	ptrType$64 = $ptrType(textproto.Reader);
	ptrType$65 = $ptrType(maxBytesReader);
	ptrType$66 = $ptrType(multipart.FileHeader);
	sliceType$20 = $sliceType(ptrType$66);
	ptrType$67 = $ptrType(headerSorter);
	ptrType$68 = $ptrType(http2ClientConn);
	sliceType$21 = $sliceType(ptrType$68);
	ptrType$69 = $ptrType(http2dialCall);
	ptrType$70 = $ptrType(http2addConnCall);
	ptrType$71 = $ptrType(http2flow);
	ptrType$72 = $ptrType(http2Framer);
	ptrType$73 = $ptrType(http2frameCache);
	arrayType$7 = $arrayType($Uint8, 9);
	ptrType$74 = $ptrType(hpack.Decoder);
	ptrType$75 = $ptrType(http2HeadersFrame);
	arrayType$8 = $arrayType($Uint8, 8);
	sliceType$22 = $sliceType(hpack.HeaderField);
	ptrType$76 = $ptrType(http2MetaHeadersFrame);
	ptrType$77 = $ptrType(http2ContinuationFrame);
	ptrType$78 = $ptrType(http2SettingsFrame);
	ptrType$79 = $ptrType(http2DataFrame);
	ptrType$80 = $ptrType(http2WindowUpdateFrame);
	ptrType$81 = $ptrType(http2PingFrame);
	ptrType$82 = $ptrType(http2GoAwayFrame);
	ptrType$83 = $ptrType(http2RSTStreamFrame);
	ptrType$84 = $ptrType(net.Dialer);
	ptrType$85 = $ptrType($error);
	ptrType$86 = $ptrType(http2Server);
	ptrType$87 = $ptrType(http2ServeConnOpts);
	ptrType$88 = $ptrType(http2bufferedWriter);
	ptrType$89 = $ptrType(hpack.Encoder);
	ptrType$90 = $ptrType(os.SyscallError);
	funcType$2 = $funcType([$Int], [], false);
	ptrType$91 = $ptrType(http2startPushRequest);
	ptrType$92 = $ptrType(http2writeData);
	ptrType$93 = $ptrType(http2writeResHeaders);
	ptrType$94 = $ptrType(http2writePushPromise);
	ptrType$95 = $ptrType(http2PriorityFrame);
	ptrType$96 = $ptrType(http2PushPromiseFrame);
	ptrType$97 = $ptrType(http2pipe);
	ptrType$98 = $ptrType(http2closeWaiter);
	ptrType$99 = $ptrType(http2responseWriterState);
	ptrType$100 = $ptrType(http2sorter);
	ptrType$101 = $ptrType(PushOptions);
	ptrType$102 = $ptrType(http2Transport);
	interfaceType = $interfaceType([{prop: "IsHTTP2NoCachedConnError", name: "IsHTTP2NoCachedConnError", pkg: "", typ: $funcType([], [], false)}]);
	ptrType$103 = $ptrType($Uint32);
	sliceType$23 = $sliceType(http2Setting);
	ptrType$104 = $ptrType(http2clientStream);
	sliceType$24 = $sliceType(http2FrameWriteRequest);
	ptrType$105 = $ptrType(http2writeQueue);
	ptrType$106 = $ptrType(http2priorityNode);
	sliceType$25 = $sliceType(ptrType$106);
	ptrType$107 = $ptrType(http2writeQueuePool);
	ptrType$108 = $ptrType(sliceType$25);
	sliceType$29 = $sliceType(ptrType$62);
	ptrType$111 = $ptrType(strings.Builder);
	ptrType$113 = $ptrType(js$1.Object);
	funcType$3 = $funcType([ptrType$113], [], false);
	ptrType$114 = $ptrType(transportRequest);
	funcType$4 = $funcType([$error], [], false);
	mapType$1 = $mapType(connectMethodKey, sliceType$9);
	mapType$2 = $mapType(connectMethodKey, wantConnQueue);
	mapType$3 = $mapType(cancelKey, funcType$4);
	mapType$4 = $mapType(connectMethodKey, $Int);
	funcType$5 = $funcType([ptrType$11], [ptrType$17, $error], false);
	funcType$6 = $funcType([context.Context, $String, $String], [net.Conn, $error], false);
	funcType$7 = $funcType([$String, $String], [net.Conn, $error], false);
	funcType$8 = $funcType([$String, ptrType$30], [RoundTripper], false);
	mapType$5 = $mapType($String, funcType$8);
	funcType$9 = $funcType([context.Context, ptrType$17, $String], [Header, $error], false);
	chanType$1 = $chanType(structType, false, false);
	ptrType$115 = $ptrType(wantConnQueue);
	ptrType$116 = $ptrType(connectMethod);
	chanType$2 = $chanType(structType, false, true);
	funcType$10 = $funcType([], [$Bool], false);
	chanType$3 = $chanType(requestAndChan, false, false);
	chanType$4 = $chanType(writeRequest, false, false);
	funcType$11 = $funcType([Header], [], false);
	ptrType$117 = $ptrType(readWriteCloserBody);
	chanType$5 = $chanType(responseAndError, false, false);
	chanType$6 = $chanType(structType, true, false);
	chanType$7 = $chanType($error, true, false);
	ptrType$118 = $ptrType(httpError);
	funcType$12 = $funcType([$error], [$error], false);
	funcType$13 = $funcType([], [$error], false);
	ptrType$119 = $ptrType(gzipReader);
	ptrType$120 = $ptrType(connLRU);
	mapType$6 = $mapType(ptrType$22, ptrType$23);
	ptrType$121 = $ptrType(byteReader);
	chanType$8 = $chanType(readResult, false, false);
	ptrType$122 = $ptrType(transferReader);
	ptrType$123 = $ptrType(socksDialer);
	funcType$14 = $funcType([context.Context, io.ReadWriter, socksAuthMethod], [$error], false);
	ptrType$124 = $ptrType(socksUsernamePassword);
	ptrType$125 = $ptrType(exactSig);
	ptrType$126 = $ptrType(maskedSig);
	chanType$9 = $chanType($Bool, false, true);
	ptrType$127 = $ptrType(chunkWriter);
	chanType$10 = $chanType($Bool, false, false);
	ptrType$128 = $ptrType(redirectHandler);
	funcType$15 = $funcType([ResponseWriter, ptrType$11], [], false);
	ptrType$129 = $ptrType(ServeMux);
	mapType$7 = $mapType($String, muxEntry);
	funcType$16 = $funcType([ptrType$46, ptrType$30, Handler], [], false);
	mapType$8 = $mapType($String, funcType$16);
	funcType$17 = $funcType([net.Conn, ConnState], [], false);
	funcType$18 = $funcType([net.Listener], [context.Context], false);
	funcType$19 = $funcType([context.Context, net.Conn], [context.Context], false);
	mapType$9 = $mapType(ptrType$59, structType);
	mapType$10 = $mapType(ptrType$53, structType);
	ptrType$131 = $ptrType(onceCloseListener);
	ptrType$132 = $ptrType(loggingConn);
	ptrType$133 = $ptrType(streamReader);
	ptrType$134 = $ptrType(arrayReader);
	ptrType$135 = $ptrType(ProtocolError);
	funcType$20 = $funcType([], [io.ReadCloser, $error], false);
	ptrType$136 = $ptrType(contextKey);
	mapType$11 = $mapType($String, $Bool);
	mapType$12 = $mapType($String, sliceType$21);
	mapType$13 = $mapType($String, ptrType$69);
	mapType$14 = $mapType(ptrType$68, sliceType$2);
	mapType$15 = $mapType($String, ptrType$70);
	ptrType$137 = $ptrType(http2dataBuffer);
	funcType$21 = $funcType([$String], [], false);
	ptrType$138 = $ptrType(http2FrameHeader);
	funcType$22 = $funcType([$Uint32], [sliceType$3], false);
	funcType$23 = $funcType([http2Setting], [$error], false);
	ptrType$139 = $ptrType(http2UnknownFrame);
	ptrType$140 = $ptrType(http2httpError);
	funcType$24 = $funcType([], [http2WriteScheduler], false);
	mapType$16 = $mapType(ptrType$13, structType);
	chanType$11 = $chanType(http2readFrameResult, false, false);
	chanType$12 = $chanType(http2FrameWriteRequest, false, false);
	chanType$13 = $chanType(http2frameWriteResult, false, false);
	chanType$14 = $chanType(http2bodyReadMsg, false, false);
	chanType$15 = $chanType($emptyInterface, false, false);
	mapType$17 = $mapType($Uint32, ptrType$10);
	mapType$18 = $mapType($String, $String);
	funcType$25 = $funcType([$String, $String, ptrType$4], [net.Conn, $error], false);
	mapType$19 = $mapType($Uint32, ptrType$104);
	mapType$20 = $mapType(arrayType$8, chanType$1);
	funcType$26 = $funcType([$Int, textproto.MIMEHeader], [$error], false);
	ptrType$141 = $ptrType(http2clientConnReadLoop);
	ptrType$142 = $ptrType(http2gzipReader);
	ptrType$143 = $ptrType(http2writeGoAway);
	funcType$27 = $funcType([], [$Uint32, $error], false);
	ptrType$144 = $ptrType(http2FrameWriteRequest);
	funcType$28 = $funcType([ptrType$106, $Bool], [$Bool], false);
	ptrType$145 = $ptrType(http2priorityWriteScheduler);
	mapType$21 = $mapType($Uint32, ptrType$106);
	ptrType$146 = $ptrType(http2randomWriteScheduler);
	mapType$22 = $mapType($Uint32, ptrType$105);
	ptrType$151 = $ptrType(XHRTransport);
	mapType$23 = $mapType(ptrType$11, ptrType$113);
	defaultTransportDialContext = function(dialer) {
		var dialer;
		return $throwNilPointerError;
	};
	Transport.ptr.prototype.writeBufferSize = function() {
		var t;
		t = this;
		if (t.WriteBufferSize > 0) {
			return t.WriteBufferSize;
		}
		return 4096;
	};
	Transport.prototype.writeBufferSize = function() { return this.$val.writeBufferSize(); };
	Transport.ptr.prototype.readBufferSize = function() {
		var t;
		t = this;
		if (t.ReadBufferSize > 0) {
			return t.ReadBufferSize;
		}
		return 4096;
	};
	Transport.prototype.readBufferSize = function() { return this.$val.readBufferSize(); };
	Transport.ptr.prototype.Clone = function() {
		var {_entry, _i, _key, _keys, _r$1, _ref, k, npm, t, t2, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		$r = t.nextProtoOnce.Do($methodVal(t, "onceSetNextProtoDefaults")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		t2 = new Transport.ptr(new sync.Mutex.ptr(0, 0), false, false, false, new connLRU.ptr(ptrType$3.nil, false), new sync.Mutex.ptr(0, 0), false, new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), new sync.Mutex.ptr(0, 0), false, false, t.Proxy, t.DialContext, t.Dial, t.DialTLSContext, t.DialTLS, ptrType$4.nil, t.TLSHandshakeTimeout, t.DisableKeepAlives, t.DisableCompression, t.MaxIdleConns, t.MaxIdleConnsPerHost, t.MaxConnsPerHost, t.IdleConnTimeout, t.ResponseHeaderTimeout, t.ExpectContinueTimeout, false, new Header(t.ProxyConnectHeader).Clone(), t.GetProxyConnectHeader, t.MaxResponseHeaderBytes, t.WriteBufferSize, t.ReadBufferSize, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), $ifaceNil, false, t.ForceAttemptHTTP2);
		/* */ if (!(t.TLSClientConfig === ptrType$4.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(t.TLSClientConfig === ptrType$4.nil)) { */ case 2:
			_r$1 = t.TLSClientConfig.Clone(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			t2.TLSClientConfig = _r$1;
		/* } */ case 3:
		if (!t.tlsNextProtoWasNil) {
			npm = $makeMap($String.keyFor, []);
			_ref = t.TLSNextProto;
			_i = 0;
			_keys = $keys(_ref);
			while (true) {
				if (!(_i < _keys.length)) { break; }
				_entry = _ref[_keys[_i]];
				if (_entry === undefined) {
					_i++;
					continue;
				}
				k = _entry.k;
				v = _entry.v;
				_key = k; (npm || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
				_i++;
			}
			t2.TLSNextProto = npm;
		}
		$s = -1; return t2;
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.Clone, $c: true, $r, _entry, _i, _key, _keys, _r$1, _ref, k, npm, t, t2, v, $s};return $f;
	};
	Transport.prototype.Clone = function() { return this.$val.Clone(); };
	Transport.ptr.prototype.hasCustomTLSDialer = function() {
		var t;
		t = this;
		return !(t.DialTLS === $throwNilPointerError) || !(t.DialTLSContext === $throwNilPointerError);
	};
	Transport.prototype.hasCustomTLSDialer = function() { return this.$val.hasCustomTLSDialer(); };
	Transport.ptr.prototype.onceSetNextProtoDefaults = function() {
		var {_entry, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, _v, _v$1, altProto, err, h2i, limit1, ok, rv, t, t2, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		t.tlsNextProtoWasNil = t.TLSNextProto === false;
		_r$1 = godebug.Get("http2client"); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1 === "0") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$1 === "0") { */ case 1:
			$s = -1; return;
		/* } */ case 2:
		_tuple = $assertType(t.altProto.Load(), mapType, true);
		altProto = _tuple[0];
		_r$2 = reflect.ValueOf((_entry = altProto[$String.keyFor("https")], _entry !== undefined ? _entry.v : $ifaceNil)); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		rv = _r$2;
		if (!($clone(rv, reflect.Value).IsValid())) { _v$1 = false; $s = 8; continue s; }
		_r$3 = $clone(rv, reflect.Value).Type().Kind(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v$1 = _r$3 === 25; case 8:
		if (!(_v$1)) { _v = false; $s = 7; continue s; }
		_r$4 = $clone(rv, reflect.Value).Type().NumField(); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v = _r$4 === 1; case 7:
		/* */ if (_v) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (_v) { */ case 5:
			_r$5 = $clone(rv, reflect.Value).Field(0); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			v = _r$5;
			/* */ if ($clone(v, reflect.Value).CanInterface()) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if ($clone(v, reflect.Value).CanInterface()) { */ case 12:
				_r$6 = $clone(v, reflect.Value).Interface(); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$1 = $assertType(_r$6, h2Transport, true);
				h2i = _tuple$1[0];
				ok = _tuple$1[1];
				if (ok) {
					t.h2transport = h2i;
					$s = -1; return;
				}
			/* } */ case 13:
		/* } */ case 6:
		if (!(t.TLSNextProto === false)) {
			$s = -1; return;
		}
		if (!t.ForceAttemptHTTP2 && (!(t.TLSClientConfig === ptrType$4.nil) || !(t.Dial === $throwNilPointerError) || !(t.DialContext === $throwNilPointerError) || t.hasCustomTLSDialer())) {
			$s = -1; return;
		}
		if (omitBundledHTTP2) {
			$s = -1; return;
		}
		_r$7 = http2configureTransports(t); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$2 = _r$7;
		t2 = _tuple$2[0];
		err = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 16:
			$r = log.Printf("Error enabling Transport HTTP/2 support: %v", new sliceType([err])); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 17:
		t.h2transport = t2;
		limit1 = t.MaxResponseHeaderBytes;
		if (!((limit1.$high === 0 && limit1.$low === 0)) && (t2.MaxHeaderListSize === 0)) {
			if ((limit1.$high > 0 || (limit1.$high === 0 && limit1.$low >= 4294967295))) {
				t2.MaxHeaderListSize = 4294967295;
			} else {
				t2.MaxHeaderListSize = ((limit1.$low >>> 0));
			}
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.onceSetNextProtoDefaults, $c: true, $r, _entry, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, _tuple$1, _tuple$2, _v, _v$1, altProto, err, h2i, limit1, ok, rv, t, t2, v, $s};return $f;
	};
	Transport.prototype.onceSetNextProtoDefaults = function() { return this.$val.onceSetNextProtoDefaults(); };
	ProxyFromEnvironment = function(req) {
		var {$24r, _r$1, _r$2, req, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = envProxyFunc(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1(req.URL); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: ProxyFromEnvironment, $c: true, $r, $24r, _r$1, _r$2, req, $s};return $f;
	};
	$pkg.ProxyFromEnvironment = ProxyFromEnvironment;
	transportRequest.ptr.prototype.extraHeaders = function() {
		var tr;
		tr = this;
		if (tr.extra === false) {
			tr.extra = {};
		}
		return tr.extra;
	};
	transportRequest.prototype.extraHeaders = function() { return this.$val.extraHeaders(); };
	transportRequest.ptr.prototype.setError = function(err) {
		var {err, tr, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		tr = this;
		$r = tr.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if ($interfaceIsEqual(tr.err, $ifaceNil)) {
			tr.err = err;
		}
		$r = tr.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: transportRequest.ptr.prototype.setError, $c: true, $r, err, tr, $s};return $f;
	};
	transportRequest.prototype.setError = function(err) { return this.$val.setError(err); };
	Transport.ptr.prototype.useRegisteredProtocol = function(req) {
		var {_r$1, _v, req, t, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (!(req.URL.Scheme === "https")) { _v = false; $s = 3; continue s; }
		_r$1 = req.requiresHTTP1(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.useRegisteredProtocol, $c: true, $r, _r$1, _v, req, t, $s};return $f;
	};
	Transport.prototype.useRegisteredProtocol = function(req) { return this.$val.useRegisteredProtocol(req); };
	Transport.ptr.prototype.alternateRoundTripper = function(req) {
		var {_entry, _r$1, _tuple, altProto, req, t, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.useRegisteredProtocol(req); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$1) { */ case 1:
			$s = -1; return $ifaceNil;
		/* } */ case 2:
		_tuple = $assertType(t.altProto.Load(), mapType, true);
		altProto = _tuple[0];
		$s = -1; return (_entry = altProto[$String.keyFor(req.URL.Scheme)], _entry !== undefined ? _entry.v : $ifaceNil);
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.alternateRoundTripper, $c: true, $r, _entry, _r$1, _tuple, altProto, req, t, $s};return $f;
	};
	Transport.prototype.alternateRoundTripper = function(req) { return this.$val.alternateRoundTripper(req); };
	Transport.ptr.prototype.roundTrip = function(req) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _entry, _i, _i$1, _keys, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _selection, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _v, altRT, cancelKey$1, cm, ctx, e, e$1, err, err$1, err$2, isHTTP, k, ok, ok$1, origReq, pconn, req, resp, resp$1, scheme, t, trace, treq, v, vv, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		$r = t.nextProtoOnce.Do($methodVal(t, "onceSetNextProtoDefaults")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		ctx = req.Context();
		_r$1 = httptrace.ContextClientTrace(ctx); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		trace = _r$1;
		/* */ if (req.URL === ptrType$17.nil) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (req.URL === ptrType$17.nil) { */ case 3:
			_r$2 = req.closeBody(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return [ptrType$18.nil, errors.New("http: nil Request.URL")];
		/* } */ case 4:
		/* */ if (req.Header === false) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (req.Header === false) { */ case 6:
			_r$3 = req.closeBody(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$s = -1; return [ptrType$18.nil, errors.New("http: nil Request.Header")];
		/* } */ case 7:
		scheme = req.URL.Scheme;
		isHTTP = scheme === "http" || scheme === "https";
		/* */ if (isHTTP) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (isHTTP) { */ case 9:
			_ref = req.Header;
			_i = 0;
			_keys = $keys(_ref);
			/* while (true) { */ case 11:
				/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 12; continue; }
				_entry = _ref[_keys[_i]];
				if (_entry === undefined) {
					_i++;
					/* continue; */ $s = 11; continue;
				}
				k = _entry.k;
				vv = _entry.v;
				/* */ if (!httpguts.ValidHeaderFieldName(k)) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (!httpguts.ValidHeaderFieldName(k)) { */ case 13:
					_r$4 = req.closeBody(); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$4;
					_r$5 = fmt.Errorf("net/http: invalid header field name %q", new sliceType([new $String(k)])); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					$24r = [ptrType$18.nil, _r$5];
					$s = 17; case 17: return $24r;
				/* } */ case 14:
				_ref$1 = vv;
				_i$1 = 0;
				/* while (true) { */ case 18:
					/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 19; continue; }
					v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
					/* */ if (!httpguts.ValidHeaderFieldValue(v)) { $s = 20; continue; }
					/* */ $s = 21; continue;
					/* if (!httpguts.ValidHeaderFieldValue(v)) { */ case 20:
						_r$6 = req.closeBody(); /* */ $s = 22; case 22: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						_r$6;
						_r$7 = fmt.Errorf("net/http: invalid header field value %q for key %v", new sliceType([new $String(v), new $String(k)])); /* */ $s = 23; case 23: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
						$24r$1 = [ptrType$18.nil, _r$7];
						$s = 24; case 24: return $24r$1;
					/* } */ case 21:
					_i$1++;
				$s = 18; continue;
				case 19:
				_i++;
			$s = 11; continue;
			case 12:
		/* } */ case 10:
		origReq = req;
		cancelKey$1 = new cancelKey.ptr(origReq);
		req = setupRewindBody(req);
		_r$8 = t.alternateRoundTripper(req); /* */ $s = 25; case 25: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		altRT = _r$8;
		/* */ if (!($interfaceIsEqual(altRT, $ifaceNil))) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (!($interfaceIsEqual(altRT, $ifaceNil))) { */ case 26:
			_r$9 = altRT.RoundTrip(req); /* */ $s = 28; case 28: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tuple = _r$9;
			resp = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $pkg.ErrSkipAltProtocol))) {
				$s = -1; return [resp, err];
			}
			err$1 = $ifaceNil;
			_r$10 = rewindBody(req); /* */ $s = 29; case 29: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple$1 = _r$10;
			req = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [ptrType$18.nil, err$1];
			}
		/* } */ case 27:
		/* */ if (!isHTTP) { $s = 30; continue; }
		/* */ $s = 31; continue;
		/* if (!isHTTP) { */ case 30:
			_r$11 = req.closeBody(); /* */ $s = 32; case 32: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			_r$12 = badStringError("unsupported protocol scheme", scheme); /* */ $s = 33; case 33: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			$24r$2 = [ptrType$18.nil, _r$12];
			$s = 34; case 34: return $24r$2;
		/* } */ case 31:
		if (!(!(req.Method === ""))) { _v = false; $s = 37; continue s; }
		_r$13 = validMethod(req.Method); /* */ $s = 38; case 38: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		_v = !_r$13; case 37:
		/* */ if (_v) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (_v) { */ case 35:
			_r$14 = req.closeBody(); /* */ $s = 39; case 39: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$14;
			_r$15 = fmt.Errorf("net/http: invalid method %q", new sliceType([new $String(req.Method)])); /* */ $s = 40; case 40: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			$24r$3 = [ptrType$18.nil, _r$15];
			$s = 41; case 41: return $24r$3;
		/* } */ case 36:
		/* */ if (req.URL.Host === "") { $s = 42; continue; }
		/* */ $s = 43; continue;
		/* if (req.URL.Host === "") { */ case 42:
			_r$16 = req.closeBody(); /* */ $s = 44; case 44: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			_r$16;
			$s = -1; return [ptrType$18.nil, errors.New("http: no Host in request URL")];
		/* } */ case 43:
		/* while (true) { */ case 45:
			_r$17 = ctx.Done(); /* */ $s = 47; case 47: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_selection = $select([[_r$17], []]);
			/* */ if (_selection[0] === 0) { $s = 48; continue; }
			/* */ if (_selection[0] === 1) { $s = 49; continue; }
			/* */ $s = 50; continue;
			/* if (_selection[0] === 0) { */ case 48:
				_r$18 = req.closeBody(); /* */ $s = 51; case 51: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_r$18;
				_r$19 = ctx.Err(); /* */ $s = 52; case 52: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				$24r$4 = [ptrType$18.nil, _r$19];
				$s = 53; case 53: return $24r$4;
			/* } else if (_selection[0] === 1) { */ case 49:
			/* } */ case 50:
			treq = new transportRequest.ptr(req, false, trace, $clone(cancelKey$1, cancelKey), new sync.Mutex.ptr(0, 0), $ifaceNil);
			_r$20 = t.connectMethodForRequest(treq); /* */ $s = 54; case 54: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
			_tuple$2 = _r$20;
			cm = $clone(_tuple$2[0], connectMethod);
			err$2 = _tuple$2[1];
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 55; continue; }
			/* */ $s = 56; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 55:
				_r$21 = req.closeBody(); /* */ $s = 57; case 57: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				_r$21;
				$s = -1; return [ptrType$18.nil, err$2];
			/* } */ case 56:
			_r$22 = t.getConn(treq, $clone(cm, connectMethod)); /* */ $s = 58; case 58: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			_tuple$3 = _r$22;
			pconn = _tuple$3[0];
			err$2 = _tuple$3[1];
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 59; continue; }
			/* */ $s = 60; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 59:
				$r = t.setReqCanceler($clone(cancelKey$1, cancelKey), $throwNilPointerError); /* */ $s = 61; case 61: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$23 = req.closeBody(); /* */ $s = 62; case 62: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
				_r$23;
				$s = -1; return [ptrType$18.nil, err$2];
			/* } */ case 60:
			resp$1 = ptrType$18.nil;
			/* */ if (!($interfaceIsEqual(pconn.alt, $ifaceNil))) { $s = 63; continue; }
			/* */ $s = 64; continue;
			/* if (!($interfaceIsEqual(pconn.alt, $ifaceNil))) { */ case 63:
				$r = t.setReqCanceler($clone(cancelKey$1, cancelKey), $throwNilPointerError); /* */ $s = 66; case 66: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$24 = pconn.alt.RoundTrip(req); /* */ $s = 67; case 67: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_tuple$4 = _r$24;
				resp$1 = _tuple$4[0];
				err$2 = _tuple$4[1];
				$s = 65; continue;
			/* } else { */ case 64:
				_r$25 = pconn.roundTrip(treq); /* */ $s = 68; case 68: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_tuple$5 = _r$25;
				resp$1 = _tuple$5[0];
				err$2 = _tuple$5[1];
			/* } */ case 65:
			if ($interfaceIsEqual(err$2, $ifaceNil)) {
				resp$1.Request = origReq;
				$s = -1; return [resp$1, $ifaceNil];
			}
			/* */ if (http2isNoCachedConnError(err$2)) { $s = 69; continue; }
			_r$26 = pconn.shouldRetryRequest(req, err$2); /* */ $s = 72; case 72: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			/* */ if (!_r$26) { $s = 70; continue; }
			/* */ $s = 71; continue;
			/* if (http2isNoCachedConnError(err$2)) { */ case 69:
				_r$27 = t.removeIdleConn(pconn); /* */ $s = 75; case 75: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
				/* */ if (_r$27) { $s = 73; continue; }
				/* */ $s = 74; continue;
				/* if (_r$27) { */ case 73:
					$r = t.decConnsPerHost($clone(pconn.cacheKey, connectMethodKey)); /* */ $s = 76; case 76: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 74:
				$s = 71; continue;
			/* } else if (!_r$26) { */ case 70:
				_tuple$6 = $assertType(err$2, nothingWrittenError, true);
				e = $clone(_tuple$6[0], nothingWrittenError);
				ok = _tuple$6[1];
				if (ok) {
					err$2 = e.error;
				}
				_tuple$7 = $assertType(err$2, transportReadFromServerError, true);
				e$1 = $clone(_tuple$7[0], transportReadFromServerError);
				ok$1 = _tuple$7[1];
				if (ok$1) {
					err$2 = e$1.err;
				}
				$s = -1; return [ptrType$18.nil, err$2];
			/* } */ case 71:
			$r = testHookRoundTripRetried(); /* */ $s = 77; case 77: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$28 = rewindBody(req); /* */ $s = 78; case 78: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
			_tuple$8 = _r$28;
			req = _tuple$8[0];
			err$2 = _tuple$8[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return [ptrType$18.nil, err$2];
			}
		$s = 45; continue;
		case 46:
		$s = -1; return [ptrType$18.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.roundTrip, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _entry, _i, _i$1, _keys, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _selection, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _v, altRT, cancelKey$1, cm, ctx, e, e$1, err, err$1, err$2, isHTTP, k, ok, ok$1, origReq, pconn, req, resp, resp$1, scheme, t, trace, treq, v, vv, $s};return $f;
	};
	Transport.prototype.roundTrip = function(req) { return this.$val.roundTrip(req); };
	readTrackingBody.ptr.prototype.Read = function(data) {
		var {$24r, _r$1, data, r, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		r.didRead = true;
		_r$1 = r.ReadCloser.Read(data); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: readTrackingBody.ptr.prototype.Read, $c: true, $r, $24r, _r$1, data, r, $s};return $f;
	};
	readTrackingBody.prototype.Read = function(data) { return this.$val.Read(data); };
	readTrackingBody.ptr.prototype.Close = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		r.didClose = true;
		_r$1 = r.ReadCloser.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: readTrackingBody.ptr.prototype.Close, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	readTrackingBody.prototype.Close = function() { return this.$val.Close(); };
	setupRewindBody = function(req) {
		var newReq, req;
		if ($interfaceIsEqual(req.Body, $ifaceNil) || $interfaceIsEqual(req.Body, new $pkg.NoBody.constructor.elem($pkg.NoBody))) {
			return req;
		}
		newReq = $clone(req, Request);
		newReq.Body = new readTrackingBody.ptr(req.Body, false, false);
		return newReq;
	};
	rewindBody = function(req) {
		var {_r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, body$1, err, newReq, req, rewound, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		newReq = [newReq];
		rewound = ptrType$11.nil;
		err = $ifaceNil;
		if ($interfaceIsEqual(req.Body, $ifaceNil) || $interfaceIsEqual(req.Body, new $pkg.NoBody.constructor.elem($pkg.NoBody)) || (!$assertType(req.Body, ptrType$20).didRead && !$assertType(req.Body, ptrType$20).didClose)) {
			_tmp = req;
			_tmp$1 = $ifaceNil;
			rewound = _tmp;
			err = _tmp$1;
			$s = -1; return [rewound, err];
		}
		/* */ if (!$assertType(req.Body, ptrType$20).didClose) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!$assertType(req.Body, ptrType$20).didClose) { */ case 1:
			_r$1 = req.closeBody(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 2:
		if (req.GetBody === $throwNilPointerError) {
			_tmp$2 = ptrType$11.nil;
			_tmp$3 = errCannotRewind;
			rewound = _tmp$2;
			err = _tmp$3;
			$s = -1; return [rewound, err];
		}
		_r$2 = req.GetBody(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		body$1 = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$4 = ptrType$11.nil;
			_tmp$5 = err;
			rewound = _tmp$4;
			err = _tmp$5;
			$s = -1; return [rewound, err];
		}
		newReq[0] = $clone(req, Request);
		newReq[0].Body = new readTrackingBody.ptr(body$1, false, false);
		_tmp$6 = newReq[0];
		_tmp$7 = $ifaceNil;
		rewound = _tmp$6;
		err = _tmp$7;
		$s = -1; return [rewound, err];
		/* */ } return; } var $f = {$blk: rewindBody, $c: true, $r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, body$1, err, newReq, req, rewound, $s};return $f;
	};
	persistConn.ptr.prototype.shouldRetryRequest = function(req, err) {
		var {_r$1, _tuple, _tuple$1, err, ok, ok$1, pc, req, x$5, $s, $r, $c} = $restore(this, {req, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pc = this;
		if (http2isNoCachedConnError(err)) {
			$s = -1; return true;
		}
		if ($interfaceIsEqual(err, errMissingHost)) {
			$s = -1; return false;
		}
		_r$1 = pc.isReused(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$1) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		_tuple = $assertType(err, nothingWrittenError, true);
		ok = _tuple[1];
		if (ok) {
			$s = -1; return (x$5 = req.outgoingLength(), (x$5.$high === 0 && x$5.$low === 0)) || !(req.GetBody === $throwNilPointerError);
		}
		if (!req.isReplayable()) {
			$s = -1; return false;
		}
		_tuple$1 = $assertType(err, transportReadFromServerError, true);
		ok$1 = _tuple$1[1];
		if (ok$1) {
			$s = -1; return true;
		}
		if ($interfaceIsEqual(err, errServerClosedIdle)) {
			$s = -1; return true;
		}
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.shouldRetryRequest, $c: true, $r, _r$1, _tuple, _tuple$1, err, ok, ok$1, pc, req, x$5, $s};return $f;
	};
	persistConn.prototype.shouldRetryRequest = function(req, err) { return this.$val.shouldRetryRequest(req, err); };
	Transport.ptr.prototype.RegisterProtocol = function(scheme, rt) {
		var {_entry, _entry$1, _i, _key, _key$1, _keys, _ref, _tuple, _tuple$1, exists, k, newMap, oldMap, rt, scheme, t, v, $s, $deferred, $r, $c} = $restore(this, {scheme, rt});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		$r = t.altMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.altMu, "Unlock"), []]);
		_tuple = $assertType(t.altProto.Load(), mapType, true);
		oldMap = _tuple[0];
		_tuple$1 = (_entry = oldMap[$String.keyFor(scheme)], _entry !== undefined ? [_entry.v, true] : [$ifaceNil, false]);
		exists = _tuple$1[1];
		if (exists) {
			$panic(new $String("protocol " + scheme + " already registered"));
		}
		newMap = {};
		_ref = oldMap;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry$1 = _ref[_keys[_i]];
			if (_entry$1 === undefined) {
				_i++;
				continue;
			}
			k = _entry$1.k;
			v = _entry$1.v;
			_key = k; (newMap || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
			_i++;
		}
		_key$1 = scheme; (newMap || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: rt };
		t.altProto.Store(new mapType(newMap));
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.RegisterProtocol, $c: true, $r, _entry, _entry$1, _i, _key, _key$1, _keys, _ref, _tuple, _tuple$1, exists, k, newMap, oldMap, rt, scheme, t, v, $s, $deferred};return $f; } }
	};
	Transport.prototype.RegisterProtocol = function(scheme, rt) { return this.$val.RegisterProtocol(scheme, rt); };
	Transport.ptr.prototype.CloseIdleConnections = function() {
		var {_entry, _i, _i$1, _keys, _ref, _ref$1, conns, m, pconn, t, t2, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		$r = t.nextProtoOnce.Do($methodVal(t, "onceSetNextProtoDefaults")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = t.idleMu.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		m = t.idleConn;
		t.idleConn = false;
		t.closeIdle = true;
		connLRU.copy(t.idleLRU, new connLRU.ptr(ptrType$3.nil, false));
		$r = t.idleMu.Unlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = m;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 4:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 5; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 4; continue;
			}
			conns = _entry.v;
			_ref$1 = conns;
			_i$1 = 0;
			/* while (true) { */ case 6:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 7; continue; }
				pconn = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				$r = pconn.close(errCloseIdleConns); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i$1++;
			$s = 6; continue;
			case 7:
			_i++;
		$s = 4; continue;
		case 5:
		t2 = t.h2transport;
		/* */ if (!($interfaceIsEqual(t2, $ifaceNil))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(t2, $ifaceNil))) { */ case 9:
			$r = t2.CloseIdleConnections(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.CloseIdleConnections, $c: true, $r, _entry, _i, _i$1, _keys, _ref, _ref$1, conns, m, pconn, t, t2, $s};return $f;
	};
	Transport.prototype.CloseIdleConnections = function() { return this.$val.CloseIdleConnections(); };
	Transport.ptr.prototype.CancelRequest = function(req) {
		var {_r$1, req, t, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.cancelRequest(new cancelKey.ptr(req), errRequestCanceled); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.CancelRequest, $c: true, $r, _r$1, req, t, $s};return $f;
	};
	Transport.prototype.CancelRequest = function(req) { return this.$val.CancelRequest(req); };
	Transport.ptr.prototype.cancelRequest = function(key, err) {
		var {$24r, _entry, cancel, err, key, t, $s, $deferred, $r, $c} = $restore(this, {key, err});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		$r = t.reqMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.reqMu, "Unlock"), []]);
		cancel = (_entry = t.reqCanceler[cancelKey.keyFor(key)], _entry !== undefined ? _entry.v : $throwNilPointerError);
		delete t.reqCanceler[cancelKey.keyFor(key)];
		/* */ if (!(cancel === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(cancel === $throwNilPointerError)) { */ case 2:
			$r = cancel(err); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$24r = !(cancel === $throwNilPointerError);
		$s = 5; case 5: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.cancelRequest, $c: true, $r, $24r, _entry, cancel, err, key, t, $s, $deferred};return $f; } }
	};
	Transport.prototype.cancelRequest = function(key, err) { return this.$val.cancelRequest(key, err); };
	envProxyFunc = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = envProxyOnce.Do((function $b() {
			var {_r$1, _r$2, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = httpproxy.FromEnvironment(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = _r$1.ProxyFunc(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			envProxyFuncValue = _r$2;
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, _r$2, $s};return $f;
		})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return envProxyFuncValue;
		/* */ } return; } var $f = {$blk: envProxyFunc, $c: true, $r, $s};return $f;
	};
	Transport.ptr.prototype.connectMethodForRequest = function(treq) {
		var {_r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, cm, err, t, treq, $s, $r, $c} = $restore(this, {treq});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cm = new connectMethod.ptr(arrayType.zero(), ptrType$17.nil, "", "", false);
		err = $ifaceNil;
		t = this;
		cm.targetScheme = treq.Request.URL.Scheme;
		_r$1 = canonicalAddr(treq.Request.URL); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cm.targetAddr = _r$1;
		/* */ if (!(t.Proxy === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(t.Proxy === $throwNilPointerError)) { */ case 2:
			_r$2 = t.Proxy(treq.Request); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			cm.proxyURL = _tuple[0];
			err = _tuple[1];
		/* } */ case 3:
		_r$3 = treq.Request.requiresHTTP1(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		cm.onlyH1 = _r$3;
		_tmp = $clone(cm, connectMethod);
		_tmp$1 = err;
		connectMethod.copy(cm, _tmp);
		err = _tmp$1;
		$s = -1; return [cm, err];
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.connectMethodForRequest, $c: true, $r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tuple, cm, err, t, treq, $s};return $f;
	};
	Transport.prototype.connectMethodForRequest = function(treq) { return this.$val.connectMethodForRequest(treq); };
	connectMethod.ptr.prototype.proxyAuth = function() {
		var _tuple, cm, password, u, username;
		cm = this;
		if (cm.proxyURL === ptrType$17.nil) {
			return "";
		}
		u = cm.proxyURL.User;
		if (!(u === ptrType$21.nil)) {
			username = u.Username();
			_tuple = u.Password();
			password = _tuple[0];
			return "Basic " + basicAuth(username, password);
		}
		return "";
	};
	connectMethod.prototype.proxyAuth = function() { return this.$val.proxyAuth(); };
	transportReadFromServerError.ptr.prototype.Unwrap = function() {
		var e;
		e = this;
		return e.err;
	};
	transportReadFromServerError.prototype.Unwrap = function() { return this.$val.Unwrap(); };
	transportReadFromServerError.ptr.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$1 = fmt.Sprintf("net/http: Transport failed to read from server: %v", new sliceType([e.err])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: transportReadFromServerError.ptr.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	transportReadFromServerError.prototype.Error = function() { return this.$val.Error(); };
	Transport.ptr.prototype.putOrCloseIdleConn = function(pconn) {
		var {_r$1, err, pconn, t, $s, $r, $c} = $restore(this, {pconn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.tryPutIdleConn(pconn); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			$r = pconn.close(err); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.putOrCloseIdleConn, $c: true, $r, _r$1, err, pconn, t, $s};return $f;
	};
	Transport.prototype.putOrCloseIdleConn = function(pconn) { return this.$val.putOrCloseIdleConn(pconn); };
	Transport.ptr.prototype.maxIdleConnsPerHost = function() {
		var t, v;
		t = this;
		v = t.MaxIdleConnsPerHost;
		if (!((v === 0))) {
			return v;
		}
		return 2;
	};
	Transport.prototype.maxIdleConnsPerHost = function() { return this.$val.maxIdleConnsPerHost(); };
	Transport.ptr.prototype.tryPutIdleConn = function(pconn) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _entry, _entry$1, _entry$2, _i, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _tuple, done, exist, idles, key, ok, oldest, pconn, q, t, w, w$1, x$5, $s, $deferred, $r, $c} = $restore(this, {pconn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		/* */ if (t.DisableKeepAlives || t.MaxIdleConnsPerHost < 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (t.DisableKeepAlives || t.MaxIdleConnsPerHost < 0) { */ case 1:
			$24r = errKeepAlivesDisabled;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		_r$1 = pconn.isBroken(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_r$1) { */ case 4:
			$24r$1 = errConnBroken;
			$s = 7; case 7: return $24r$1;
		/* } */ case 5:
		$r = pconn.markReused(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = t.idleMu.Lock(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.idleMu, "Unlock"), []]);
		/* */ if (!($interfaceIsEqual(pconn.alt, $ifaceNil)) && !((_entry = t.idleLRU.m[ptrType$22.keyFor(pconn)], _entry !== undefined ? _entry.v : ptrType$23.nil) === ptrType$23.nil)) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!($interfaceIsEqual(pconn.alt, $ifaceNil)) && !((_entry = t.idleLRU.m[ptrType$22.keyFor(pconn)], _entry !== undefined ? _entry.v : ptrType$23.nil) === ptrType$23.nil)) { */ case 10:
			$24r$2 = $ifaceNil;
			$s = 12; case 12: return $24r$2;
		/* } */ case 11:
		key = $clone(pconn.cacheKey, connectMethodKey);
		_tuple = (_entry$1 = t.idleConnWait[connectMethodKey.keyFor(key)], _entry$1 !== undefined ? [_entry$1.v, true] : [new wantConnQueue.ptr(sliceType$8.nil, 0, sliceType$8.nil), false]);
		q = $clone(_tuple[0], wantConnQueue);
		ok = _tuple[1];
		/* */ if (ok) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (ok) { */ case 13:
			done = false;
			/* */ if ($interfaceIsEqual(pconn.alt, $ifaceNil)) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if ($interfaceIsEqual(pconn.alt, $ifaceNil)) { */ case 15:
				/* while (true) { */ case 18:
					/* if (!(q.len() > 0)) { break; } */ if(!(q.len() > 0)) { $s = 19; continue; }
					w = q.popFront();
					_r$2 = w.tryDeliver(pconn, $ifaceNil); /* */ $s = 22; case 22: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					/* */ if (_r$2) { $s = 20; continue; }
					/* */ $s = 21; continue;
					/* if (_r$2) { */ case 20:
						done = true;
						/* break; */ $s = 19; continue;
					/* } */ case 21:
				$s = 18; continue;
				case 19:
				$s = 17; continue;
			/* } else { */ case 16:
				/* while (true) { */ case 23:
					/* if (!(q.len() > 0)) { break; } */ if(!(q.len() > 0)) { $s = 24; continue; }
					w$1 = q.popFront();
					_r$3 = w$1.tryDeliver(pconn, $ifaceNil); /* */ $s = 25; case 25: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$3;
				$s = 23; continue;
				case 24:
			/* } */ case 17:
			if (q.len() === 0) {
				delete t.idleConnWait[connectMethodKey.keyFor(key)];
			} else {
				_key = $clone(key, connectMethodKey); (t.idleConnWait || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key)] = { k: _key, v: $clone(q, wantConnQueue) };
			}
			/* */ if (done) { $s = 26; continue; }
			/* */ $s = 27; continue;
			/* if (done) { */ case 26:
				$24r$3 = $ifaceNil;
				$s = 28; case 28: return $24r$3;
			/* } */ case 27:
		/* } */ case 14:
		/* */ if (t.closeIdle) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (t.closeIdle) { */ case 29:
			$24r$4 = errCloseIdle;
			$s = 31; case 31: return $24r$4;
		/* } */ case 30:
		if (t.idleConn === false) {
			t.idleConn = {};
		}
		idles = (_entry$2 = t.idleConn[connectMethodKey.keyFor(key)], _entry$2 !== undefined ? _entry$2.v : sliceType$9.nil);
		/* */ if (idles.$length >= t.maxIdleConnsPerHost()) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (idles.$length >= t.maxIdleConnsPerHost()) { */ case 32:
			$24r$5 = errTooManyIdleHost;
			$s = 34; case 34: return $24r$5;
		/* } */ case 33:
		_ref = idles;
		_i = 0;
		/* while (true) { */ case 35:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 36; continue; }
			exist = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (exist === pconn) { $s = 37; continue; }
			/* */ $s = 38; continue;
			/* if (exist === pconn) { */ case 37:
				$r = log.Fatalf("dup idle pconn %p in freelist", new sliceType([pconn])); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 38:
			_i++;
		$s = 35; continue;
		case 36:
		_key$1 = $clone(key, connectMethodKey); (t.idleConn || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key$1)] = { k: _key$1, v: $append(idles, pconn) };
		t.idleLRU.add(pconn);
		/* */ if (!((t.MaxIdleConns === 0)) && t.idleLRU.len() > t.MaxIdleConns) { $s = 40; continue; }
		/* */ $s = 41; continue;
		/* if (!((t.MaxIdleConns === 0)) && t.idleLRU.len() > t.MaxIdleConns) { */ case 40:
			oldest = t.idleLRU.removeOldest();
			$r = oldest.close(errTooManyIdle); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			t.removeIdleConnLocked(oldest);
		/* } */ case 41:
		/* */ if ((x$5 = t.IdleConnTimeout, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 0))) && $interfaceIsEqual(pconn.alt, $ifaceNil)) { $s = 43; continue; }
		/* */ $s = 44; continue;
		/* if ((x$5 = t.IdleConnTimeout, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 0))) && $interfaceIsEqual(pconn.alt, $ifaceNil)) { */ case 43:
			/* */ if (!(pconn.idleTimer === ptrType$25.nil)) { $s = 45; continue; }
			/* */ $s = 46; continue;
			/* if (!(pconn.idleTimer === ptrType$25.nil)) { */ case 45:
				_r$4 = pconn.idleTimer.Reset(t.IdleConnTimeout); /* */ $s = 48; case 48: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
				$s = 47; continue;
			/* } else { */ case 46:
				_r$5 = time.AfterFunc(t.IdleConnTimeout, $methodVal(pconn, "closeConnIfStillIdle")); /* */ $s = 49; case 49: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				pconn.idleTimer = _r$5;
			/* } */ case 47:
		/* } */ case 44:
		_r$6 = time.Now(); /* */ $s = 50; case 50: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		time.Time.copy(pconn.idleAt, _r$6);
		$24r$6 = $ifaceNil;
		$s = 51; case 51: return $24r$6;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.tryPutIdleConn, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _entry, _entry$1, _entry$2, _i, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _tuple, done, exist, idles, key, ok, oldest, pconn, q, t, w, w$1, x$5, $s, $deferred};return $f; } }
	};
	Transport.prototype.tryPutIdleConn = function(pconn) { return this.$val.tryPutIdleConn(pconn); };
	Transport.ptr.prototype.queueForIdleConn = function(w) {
		var {$24r, $24r$1, $24r$2, $24r$3, _entry, _entry$1, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _tuple, delivered, delivered$1, list$1, ok, oldTime, pconn, q, stop, t, tooOld, w, x$5, x$6, x$7, $s, $deferred, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		delivered = false;
		t = this;
		/* */ if (t.DisableKeepAlives) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (t.DisableKeepAlives) { */ case 1:
			delivered = false;
			$24r = delivered;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		$r = t.idleMu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.idleMu, "Unlock"), []]);
		t.closeIdle = false;
		/* */ if (w === ptrType$24.nil) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (w === ptrType$24.nil) { */ case 5:
			delivered = false;
			$24r$1 = delivered;
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		oldTime = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
		/* */ if ((x$5 = t.IdleConnTimeout, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 0)))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if ((x$5 = t.IdleConnTimeout, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 0)))) { */ case 8:
			_r$1 = time.Now(); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = $clone(_r$1, time.Time).Add((x$6 = t.IdleConnTimeout, new time.Duration(-x$6.$high, -x$6.$low))); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			time.Time.copy(oldTime, _r$2);
		/* } */ case 9:
		_tuple = (_entry = t.idleConn[connectMethodKey.keyFor(w.key)], _entry !== undefined ? [_entry.v, true] : [sliceType$9.nil, false]);
		list$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (ok) { */ case 12:
			stop = false;
			delivered$1 = false;
			/* while (true) { */ case 14:
				/* if (!(list$1.$length > 0 && !stop)) { break; } */ if(!(list$1.$length > 0 && !stop)) { $s = 15; continue; }
				pconn = (x$7 = list$1.$length - 1 >> 0, ((x$7 < 0 || x$7 >= list$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : list$1.$array[list$1.$offset + x$7]));
				tooOld = !$clone(oldTime, time.Time).IsZero() && $clone($clone(pconn.idleAt, time.Time).Round(new time.Duration(0, 0)), time.Time).Before($clone(oldTime, time.Time));
				/* */ if (tooOld) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (tooOld) { */ case 16:
					$go($methodVal(pconn, "closeConnIfStillIdle"), []);
				/* } */ case 17:
				_r$3 = pconn.isBroken(); /* */ $s = 20; case 20: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				/* */ if (_r$3 || tooOld) { $s = 18; continue; }
				/* */ $s = 19; continue;
				/* if (_r$3 || tooOld) { */ case 18:
					list$1 = $subslice(list$1, 0, (list$1.$length - 1 >> 0));
					/* continue; */ $s = 14; continue;
				/* } */ case 19:
				_r$4 = w.tryDeliver(pconn, $ifaceNil); /* */ $s = 21; case 21: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				delivered$1 = _r$4;
				if (delivered$1) {
					if (!($interfaceIsEqual(pconn.alt, $ifaceNil))) {
					} else {
						t.idleLRU.remove(pconn);
						list$1 = $subslice(list$1, 0, (list$1.$length - 1 >> 0));
					}
				}
				stop = true;
			$s = 14; continue;
			case 15:
			if (list$1.$length > 0) {
				_key = $clone(w.key, connectMethodKey); (t.idleConn || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key)] = { k: _key, v: list$1 };
			} else {
				delete t.idleConn[connectMethodKey.keyFor(w.key)];
			}
			/* */ if (stop) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (stop) { */ case 22:
				delivered = delivered$1;
				$24r$2 = delivered;
				$s = 24; case 24: return $24r$2;
			/* } */ case 23:
		/* } */ case 13:
		if (t.idleConnWait === false) {
			t.idleConnWait = {};
		}
		q = $clone((_entry$1 = t.idleConnWait[connectMethodKey.keyFor(w.key)], _entry$1 !== undefined ? _entry$1.v : new wantConnQueue.ptr(sliceType$8.nil, 0, sliceType$8.nil)), wantConnQueue);
		q.cleanFront();
		q.pushBack(w);
		_key$1 = $clone(w.key, connectMethodKey); (t.idleConnWait || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key$1)] = { k: _key$1, v: $clone(q, wantConnQueue) };
		delivered = false;
		$24r$3 = delivered;
		$s = 25; case 25: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  delivered; } if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.queueForIdleConn, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _entry, _entry$1, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _tuple, delivered, delivered$1, list$1, ok, oldTime, pconn, q, stop, t, tooOld, w, x$5, x$6, x$7, $s, $deferred};return $f; } }
	};
	Transport.prototype.queueForIdleConn = function(w) { return this.$val.queueForIdleConn(w); };
	Transport.ptr.prototype.removeIdleConn = function(pconn) {
		var {$24r, pconn, t, $s, $deferred, $r, $c} = $restore(this, {pconn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		$r = t.idleMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.idleMu, "Unlock"), []]);
		$24r = t.removeIdleConnLocked(pconn);
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.removeIdleConn, $c: true, $r, $24r, pconn, t, $s, $deferred};return $f; } }
	};
	Transport.prototype.removeIdleConn = function(pconn) { return this.$val.removeIdleConn(pconn); };
	Transport.ptr.prototype.removeIdleConnLocked = function(pconn) {
		var _1, _entry, _i, _key, _ref, i, key, pconn, pconns, removed, t, v;
		t = this;
		if (!(pconn.idleTimer === ptrType$25.nil)) {
			pconn.idleTimer.Stop();
		}
		t.idleLRU.remove(pconn);
		key = $clone(pconn.cacheKey, connectMethodKey);
		pconns = (_entry = t.idleConn[connectMethodKey.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$9.nil);
		removed = false;
		_1 = pconns.$length;
		if (_1 === (0)) {
		} else if (_1 === (1)) {
			if ((0 >= pconns.$length ? ($throwRuntimeError("index out of range"), undefined) : pconns.$array[pconns.$offset + 0]) === pconn) {
				delete t.idleConn[connectMethodKey.keyFor(key)];
				removed = true;
			}
		} else {
			_ref = pconns;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				i = _i;
				v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (!(v === pconn)) {
					_i++;
					continue;
				}
				$copySlice($subslice(pconns, i), $subslice(pconns, (i + 1 >> 0)));
				_key = $clone(key, connectMethodKey); (t.idleConn || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key)] = { k: _key, v: $subslice(pconns, 0, (pconns.$length - 1 >> 0)) };
				removed = true;
				break;
			}
		}
		return removed;
	};
	Transport.prototype.removeIdleConnLocked = function(pconn) { return this.$val.removeIdleConnLocked(pconn); };
	Transport.ptr.prototype.setReqCanceler = function(key, fn) {
		var {_key, fn, key, t, $s, $deferred, $r, $c} = $restore(this, {key, fn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		$r = t.reqMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.reqMu, "Unlock"), []]);
		if (t.reqCanceler === false) {
			t.reqCanceler = {};
		}
		if (!(fn === $throwNilPointerError)) {
			_key = $clone(key, cancelKey); (t.reqCanceler || $throwRuntimeError("assignment to entry in nil map"))[cancelKey.keyFor(_key)] = { k: _key, v: fn };
		} else {
			delete t.reqCanceler[cancelKey.keyFor(key)];
		}
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.setReqCanceler, $c: true, $r, _key, fn, key, t, $s, $deferred};return $f; } }
	};
	Transport.prototype.setReqCanceler = function(key, fn) { return this.$val.setReqCanceler(key, fn); };
	Transport.ptr.prototype.replaceReqCanceler = function(key, fn) {
		var {$24r, $24r$1, _entry, _key, _tuple, fn, key, ok, t, $s, $deferred, $r, $c} = $restore(this, {key, fn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		$r = t.reqMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.reqMu, "Unlock"), []]);
		_tuple = (_entry = t.reqCanceler[cancelKey.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [$throwNilPointerError, false]);
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			$24r = false;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		if (!(fn === $throwNilPointerError)) {
			_key = $clone(key, cancelKey); (t.reqCanceler || $throwRuntimeError("assignment to entry in nil map"))[cancelKey.keyFor(_key)] = { k: _key, v: fn };
		} else {
			delete t.reqCanceler[cancelKey.keyFor(key)];
		}
		$24r$1 = true;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.replaceReqCanceler, $c: true, $r, $24r, $24r$1, _entry, _key, _tuple, fn, key, ok, t, $s, $deferred};return $f; } }
	};
	Transport.prototype.replaceReqCanceler = function(key, fn) { return this.$val.replaceReqCanceler(key, fn); };
	Transport.ptr.prototype.dial = function(ctx, network, addr) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _tuple, addr, c, ctx, err, network, t, $s, $r, $c} = $restore(this, {ctx, network, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		/* */ if (!(t.DialContext === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(t.DialContext === $throwNilPointerError)) { */ case 1:
			_r$1 = t.DialContext(ctx, network, addr); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		/* */ if (!(t.Dial === $throwNilPointerError)) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(t.Dial === $throwNilPointerError)) { */ case 5:
			_r$2 = t.Dial(network, addr); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			c = _tuple[0];
			err = _tuple[1];
			if ($interfaceIsEqual(c, $ifaceNil) && $interfaceIsEqual(err, $ifaceNil)) {
				err = errors.New("net/http: Transport.Dial hook returned (nil, nil)");
			}
			$s = -1; return [c, err];
		/* } */ case 6:
		_r$3 = zeroDialer.DialContext(ctx, network, addr); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.dial, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _tuple, addr, c, ctx, err, network, t, $s};return $f;
	};
	Transport.prototype.dial = function(ctx, network, addr) { return this.$val.dial(ctx, network, addr); };
	wantConn.ptr.prototype.waiting = function() {
		var _selection, w;
		w = this;
		_selection = $select([[w.ready], []]);
		if (_selection[0] === 0) {
			return false;
		} else if (_selection[0] === 1) {
			return true;
		}
	};
	wantConn.prototype.waiting = function() { return this.$val.waiting(); };
	wantConn.ptr.prototype.tryDeliver = function(pc, err) {
		var {$24r, $24r$1, err, pc, w, $s, $deferred, $r, $c} = $restore(this, {pc, err});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		w = this;
		$r = w.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(w.mu, "Unlock"), []]);
		/* */ if (!(w.pc === ptrType$22.nil) || !($interfaceIsEqual(w.err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(w.pc === ptrType$22.nil) || !($interfaceIsEqual(w.err, $ifaceNil))) { */ case 2:
			$24r = false;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		w.pc = pc;
		w.err = err;
		if (w.pc === ptrType$22.nil && $interfaceIsEqual(w.err, $ifaceNil)) {
			$panic(new $String("net/http: internal error: misuse of tryDeliver"));
		}
		$close(w.ready);
		$24r$1 = true;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: wantConn.ptr.prototype.tryDeliver, $c: true, $r, $24r, $24r$1, err, pc, w, $s, $deferred};return $f; } }
	};
	wantConn.prototype.tryDeliver = function(pc, err) { return this.$val.tryDeliver(pc, err); };
	wantConn.ptr.prototype.cancel = function(t, err) {
		var {err, pc, t, w, $s, $r, $c} = $restore(this, {t, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		$r = w.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (w.pc === ptrType$22.nil && $interfaceIsEqual(w.err, $ifaceNil)) {
			$close(w.ready);
		}
		pc = w.pc;
		w.pc = ptrType$22.nil;
		w.err = err;
		$r = w.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!(pc === ptrType$22.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!(pc === ptrType$22.nil)) { */ case 3:
			$r = t.putOrCloseIdleConn(pc); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: wantConn.ptr.prototype.cancel, $c: true, $r, err, pc, t, w, $s};return $f;
	};
	wantConn.prototype.cancel = function(t, err) { return this.$val.cancel(t, err); };
	wantConnQueue.ptr.prototype.len = function() {
		var q;
		q = this;
		return (q.head.$length - q.headPos >> 0) + q.tail.$length >> 0;
	};
	wantConnQueue.prototype.len = function() { return this.$val.len(); };
	wantConnQueue.ptr.prototype.pushBack = function(w) {
		var q, w;
		q = this;
		q.tail = $append(q.tail, w);
	};
	wantConnQueue.prototype.pushBack = function(w) { return this.$val.pushBack(w); };
	wantConnQueue.ptr.prototype.popFront = function() {
		var _tmp, _tmp$1, _tmp$2, q, w, x$5, x$6, x$7, x$8;
		q = this;
		if (q.headPos >= q.head.$length) {
			if (q.tail.$length === 0) {
				return ptrType$24.nil;
			}
			_tmp = q.tail;
			_tmp$1 = 0;
			_tmp$2 = $subslice(q.head, 0, 0);
			q.head = _tmp;
			q.headPos = _tmp$1;
			q.tail = _tmp$2;
		}
		w = (x$5 = q.head, x$6 = q.headPos, ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6]));
		(x$7 = q.head, x$8 = q.headPos, ((x$8 < 0 || x$8 >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + x$8] = ptrType$24.nil));
		q.headPos = q.headPos + (1) >> 0;
		return w;
	};
	wantConnQueue.prototype.popFront = function() { return this.$val.popFront(); };
	wantConnQueue.ptr.prototype.peekFront = function() {
		var q, x$5, x$6, x$7;
		q = this;
		if (q.headPos < q.head.$length) {
			return (x$5 = q.head, x$6 = q.headPos, ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6]));
		}
		if (q.tail.$length > 0) {
			return (x$7 = q.tail, (0 >= x$7.$length ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + 0]));
		}
		return ptrType$24.nil;
	};
	wantConnQueue.prototype.peekFront = function() { return this.$val.peekFront(); };
	wantConnQueue.ptr.prototype.cleanFront = function() {
		var cleaned, q, w;
		cleaned = false;
		q = this;
		while (true) {
			w = q.peekFront();
			if (w === ptrType$24.nil || w.waiting()) {
				cleaned = cleaned;
				return cleaned;
			}
			q.popFront();
			cleaned = true;
		}
	};
	wantConnQueue.prototype.cleanFront = function() { return this.$val.cleanFront(); };
	Transport.ptr.prototype.customDialTLS = function(ctx, network, addr) {
		var {_r$1, _r$2, _tuple, _tuple$1, addr, conn$1, ctx, err, network, t, $s, $r, $c} = $restore(this, {ctx, network, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conn$1 = $ifaceNil;
		err = $ifaceNil;
		t = this;
		/* */ if (!(t.DialTLSContext === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(t.DialTLSContext === $throwNilPointerError)) { */ case 1:
			_r$1 = t.DialTLSContext(ctx, network, addr); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			conn$1 = _tuple[0];
			err = _tuple[1];
			$s = 3; continue;
		/* } else { */ case 2:
			_r$2 = t.DialTLS(network, addr); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			conn$1 = _tuple$1[0];
			err = _tuple$1[1];
		/* } */ case 3:
		if ($interfaceIsEqual(conn$1, $ifaceNil) && $interfaceIsEqual(err, $ifaceNil)) {
			err = errors.New("net/http: Transport.DialTLS or DialTLSContext returned (nil, nil)");
		}
		$s = -1; return [conn$1, err];
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.customDialTLS, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, addr, conn$1, ctx, err, network, t, $s};return $f;
	};
	Transport.prototype.customDialTLS = function(ctx, network, addr) { return this.$val.customDialTLS(ctx, network, addr); };
	Transport.ptr.prototype.getConn = function(treq, cm) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _selection$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, cancelc, cm, ctx, delivered, err, err$1, err$2, pc, pc$1, req, t, trace, treq, w, $s, $deferred, $r, $c} = $restore(this, {treq, cm});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cancelc = [cancelc];
		err = [err];
		t = [t];
		w = [w];
		pc = ptrType$22.nil;
		err[0] = $ifaceNil;
		t[0] = this;
		req = treq.Request;
		trace = treq.trace;
		ctx = req.Context();
		/* */ if (!(trace === ptrType$19.nil) && !(trace.GetConn === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.GetConn === $throwNilPointerError)) { */ case 1:
			_r$1 = cm.addr(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$r = trace.GetConn(_r$1); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		w[0] = new wantConn.ptr($clone(cm, connectMethod), $clone(cm.key(), connectMethodKey), ctx, new $Chan(structType, 1), testHookPrePendingDial, testHookPostPendingDial, new sync.Mutex.ptr(0, 0), ptrType$22.nil, $ifaceNil);
		$deferred.push([(function(cancelc, err, t, w) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 1:
				$r = w[0].cancel(t[0], err[0]); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(cancelc, err, t, w), []]);
		_r$2 = t[0].queueForIdleConn(w[0]); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		delivered = _r$2;
		/* */ if (delivered) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (delivered) { */ case 6:
			pc$1 = w[0].pc;
			/* */ if ($interfaceIsEqual(pc$1.alt, $ifaceNil) && !(trace === ptrType$19.nil) && !(trace.GotConn === $throwNilPointerError)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if ($interfaceIsEqual(pc$1.alt, $ifaceNil) && !(trace === ptrType$19.nil) && !(trace.GotConn === $throwNilPointerError)) { */ case 8:
				_r$3 = pc$1.gotIdleConnTrace($clone(pc$1.idleAt, time.Time)); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$r = trace.GotConn($clone(_r$3, httptrace.GotConnInfo)); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 9:
			$r = t[0].setReqCanceler($clone(treq.cancelKey, cancelKey), (function(cancelc, err, t, w) { return function(param) {
				var param;
			}; })(cancelc, err, t, w)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp = pc$1;
			_tmp$1 = $ifaceNil;
			pc = _tmp;
			err[0] = _tmp$1;
			$24r = [pc, err[0]];
			$s = 13; case 13: return $24r;
		/* } */ case 7:
		cancelc[0] = new $Chan($error, 1);
		$r = t[0].setReqCanceler($clone(treq.cancelKey, cancelKey), (function(cancelc, err, t, w) { return function $b(err$1) {
			var {err$1, $s, $r, $c} = $restore(this, {err$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = $send(cancelc[0], err$1); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, err$1, $s};return $f;
		}; })(cancelc, err, t, w)); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = t[0].queueForDial(w[0]); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$4 = req.Context().Done(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = $select([[w[0].ready], [req.Cancel], [_r$4], [cancelc[0]]]); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_selection = _r$5;
		/* */ if (_selection[0] === 0) { $s = 18; continue; }
		/* */ if (_selection[0] === 1) { $s = 19; continue; }
		/* */ if (_selection[0] === 2) { $s = 20; continue; }
		/* */ if (_selection[0] === 3) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (_selection[0] === 0) { */ case 18:
			/* */ if (!(w[0].pc === ptrType$22.nil) && $interfaceIsEqual(w[0].pc.alt, $ifaceNil) && !(trace === ptrType$19.nil) && !(trace.GotConn === $throwNilPointerError)) { $s = 23; continue; }
			/* */ $s = 24; continue;
			/* if (!(w[0].pc === ptrType$22.nil) && $interfaceIsEqual(w[0].pc.alt, $ifaceNil) && !(trace === ptrType$19.nil) && !(trace.GotConn === $throwNilPointerError)) { */ case 23:
				_r$6 = w[0].pc.isReused(); /* */ $s = 25; case 25: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$r = trace.GotConn(new httptrace.GotConnInfo.ptr(w[0].pc.conn, _r$6, false, new time.Duration(0, 0))); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 24:
			/* */ if (!($interfaceIsEqual(w[0].err, $ifaceNil))) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (!($interfaceIsEqual(w[0].err, $ifaceNil))) { */ case 27:
				_r$7 = req.Context().Done(); /* */ $s = 29; case 29: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_selection$1 = $select([[req.Cancel], [_r$7], [cancelc[0]], []]);
				/* */ if (_selection$1[0] === 0) { $s = 30; continue; }
				/* */ if (_selection$1[0] === 1) { $s = 31; continue; }
				/* */ if (_selection$1[0] === 2) { $s = 32; continue; }
				/* */ if (_selection$1[0] === 3) { $s = 33; continue; }
				/* */ $s = 34; continue;
				/* if (_selection$1[0] === 0) { */ case 30:
					_tmp$2 = ptrType$22.nil;
					_tmp$3 = errRequestCanceledConn;
					pc = _tmp$2;
					err[0] = _tmp$3;
					$24r$1 = [pc, err[0]];
					$s = 35; case 35: return $24r$1;
				/* } else if (_selection$1[0] === 1) { */ case 31:
					_tmp$4 = ptrType$22.nil;
					_r$8 = req.Context().Err(); /* */ $s = 36; case 36: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_tmp$5 = _r$8;
					pc = _tmp$4;
					err[0] = _tmp$5;
					$24r$2 = [pc, err[0]];
					$s = 37; case 37: return $24r$2;
				/* } else if (_selection$1[0] === 2) { */ case 32:
					err$1 = _selection$1[1][0];
					if ($interfaceIsEqual(err$1, errRequestCanceled)) {
						err$1 = errRequestCanceledConn;
					}
					_tmp$6 = ptrType$22.nil;
					_tmp$7 = err$1;
					pc = _tmp$6;
					err[0] = _tmp$7;
					$24r$3 = [pc, err[0]];
					$s = 38; case 38: return $24r$3;
				/* } else if (_selection$1[0] === 3) { */ case 33:
				/* } */ case 34:
			/* } */ case 28:
			_tmp$8 = w[0].pc;
			_tmp$9 = w[0].err;
			pc = _tmp$8;
			err[0] = _tmp$9;
			$24r$4 = [pc, err[0]];
			$s = 39; case 39: return $24r$4;
		/* } else if (_selection[0] === 1) { */ case 19:
			_tmp$10 = ptrType$22.nil;
			_tmp$11 = errRequestCanceledConn;
			pc = _tmp$10;
			err[0] = _tmp$11;
			$24r$5 = [pc, err[0]];
			$s = 40; case 40: return $24r$5;
		/* } else if (_selection[0] === 2) { */ case 20:
			_tmp$12 = ptrType$22.nil;
			_r$9 = req.Context().Err(); /* */ $s = 41; case 41: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tmp$13 = _r$9;
			pc = _tmp$12;
			err[0] = _tmp$13;
			$24r$6 = [pc, err[0]];
			$s = 42; case 42: return $24r$6;
		/* } else if (_selection[0] === 3) { */ case 21:
			err$2 = _selection[1][0];
			if ($interfaceIsEqual(err$2, errRequestCanceled)) {
				err$2 = errRequestCanceledConn;
			}
			_tmp$14 = ptrType$22.nil;
			_tmp$15 = err$2;
			pc = _tmp$14;
			err[0] = _tmp$15;
			$24r$7 = [pc, err[0]];
			$s = 43; case 43: return $24r$7;
		/* } */ case 22:
		$s = -1; return [pc, err[0]];
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [pc, err[0]]; } if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.getConn, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _selection$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, cancelc, cm, ctx, delivered, err, err$1, err$2, pc, pc$1, req, t, trace, treq, w, $s, $deferred};return $f; } }
	};
	Transport.prototype.getConn = function(treq, cm) { return this.$val.getConn(treq, cm); };
	Transport.ptr.prototype.queueForDial = function(w) {
		var {_entry, _entry$1, _key, _key$1, n, q, t, w, $s, $deferred, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		$r = w.beforeDial(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (t.MaxConnsPerHost <= 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (t.MaxConnsPerHost <= 0) { */ case 2:
			$go($methodVal(t, "dialConnFor"), [w]);
			$s = 4; case 4: return;
		/* } */ case 3:
		$r = t.connsPerHostMu.Lock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.connsPerHostMu, "Unlock"), []]);
		n = (_entry = t.connsPerHost[connectMethodKey.keyFor(w.key)], _entry !== undefined ? _entry.v : 0);
		/* */ if (n < t.MaxConnsPerHost) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (n < t.MaxConnsPerHost) { */ case 6:
			if (t.connsPerHost === false) {
				t.connsPerHost = {};
			}
			_key = $clone(w.key, connectMethodKey); (t.connsPerHost || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key)] = { k: _key, v: n + 1 >> 0 };
			$go($methodVal(t, "dialConnFor"), [w]);
			$s = 8; case 8: return;
		/* } */ case 7:
		if (t.connsPerHostWait === false) {
			t.connsPerHostWait = {};
		}
		q = $clone((_entry$1 = t.connsPerHostWait[connectMethodKey.keyFor(w.key)], _entry$1 !== undefined ? _entry$1.v : new wantConnQueue.ptr(sliceType$8.nil, 0, sliceType$8.nil)), wantConnQueue);
		q.cleanFront();
		q.pushBack(w);
		_key$1 = $clone(w.key, connectMethodKey); (t.connsPerHostWait || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key$1)] = { k: _key$1, v: $clone(q, wantConnQueue) };
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.queueForDial, $c: true, $r, _entry, _entry$1, _key, _key$1, n, q, t, w, $s, $deferred};return $f; } }
	};
	Transport.prototype.queueForDial = function(w) { return this.$val.queueForDial(w); };
	Transport.ptr.prototype.dialConnFor = function(w) {
		var {_r$1, _r$2, _tuple, delivered, err, pc, t, w, $s, $deferred, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		$deferred.push([w.afterDial, []]);
		_r$1 = t.dialConn(w.ctx, $clone(w.cm, connectMethod)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		pc = _tuple[0];
		err = _tuple[1];
		_r$2 = w.tryDeliver(pc, err); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		delivered = _r$2;
		/* */ if ($interfaceIsEqual(err, $ifaceNil) && (!delivered || !($interfaceIsEqual(pc.alt, $ifaceNil)))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($interfaceIsEqual(err, $ifaceNil) && (!delivered || !($interfaceIsEqual(pc.alt, $ifaceNil)))) { */ case 3:
			$r = t.putOrCloseIdleConn(pc); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
			$r = t.decConnsPerHost($clone(w.key, connectMethodKey)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.dialConnFor, $c: true, $r, _r$1, _r$2, _tuple, delivered, err, pc, t, w, $s, $deferred};return $f; } }
	};
	Transport.prototype.dialConnFor = function(w) { return this.$val.dialConnFor(w); };
	Transport.ptr.prototype.decConnsPerHost = function(key) {
		var {_entry, _entry$1, _key, _key$1, done, key, n, q, t, w, $s, $deferred, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = this;
		/* */ if (t.MaxConnsPerHost <= 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (t.MaxConnsPerHost <= 0) { */ case 1:
			$s = 3; case 3: return;
		/* } */ case 2:
		$r = t.connsPerHostMu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.connsPerHostMu, "Unlock"), []]);
		n = (_entry = t.connsPerHost[connectMethodKey.keyFor(key)], _entry !== undefined ? _entry.v : 0);
		if (n === 0) {
			$panic(new $String("net/http: internal error: connCount underflow"));
		}
		q = $clone((_entry$1 = t.connsPerHostWait[connectMethodKey.keyFor(key)], _entry$1 !== undefined ? _entry$1.v : new wantConnQueue.ptr(sliceType$8.nil, 0, sliceType$8.nil)), wantConnQueue);
		/* */ if (q.len() > 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (q.len() > 0) { */ case 5:
			done = false;
			/* while (true) { */ case 7:
				/* if (!(q.len() > 0)) { break; } */ if(!(q.len() > 0)) { $s = 8; continue; }
				w = q.popFront();
				if (w.waiting()) {
					$go($methodVal(t, "dialConnFor"), [w]);
					done = true;
					/* break; */ $s = 8; continue;
				}
			$s = 7; continue;
			case 8:
			if (q.len() === 0) {
				delete t.connsPerHostWait[connectMethodKey.keyFor(key)];
			} else {
				_key = $clone(key, connectMethodKey); (t.connsPerHostWait || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key)] = { k: _key, v: $clone(q, wantConnQueue) };
			}
			/* */ if (done) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (done) { */ case 9:
				$s = 11; case 11: return;
			/* } */ case 10:
		/* } */ case 6:
		n = n - (1) >> 0;
		if (n === 0) {
			delete t.connsPerHost[connectMethodKey.keyFor(key)];
		} else {
			_key$1 = $clone(key, connectMethodKey); (t.connsPerHost || $throwRuntimeError("assignment to entry in nil map"))[connectMethodKey.keyFor(_key$1)] = { k: _key$1, v: n };
		}
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.decConnsPerHost, $c: true, $r, _entry, _entry$1, _key, _key$1, done, key, n, q, t, w, $s, $deferred};return $f; } }
	};
	Transport.prototype.decConnsPerHost = function(key) { return this.$val.decConnsPerHost(key); };
	persistConn.ptr.prototype.addTLS = function(ctx, name, trace) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, cfg, cs, ctx, d, err, errc, name, pconn, plainConn, timer, tlsConn, trace, $s, $r, $c} = $restore(this, {ctx, name, trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cs = [cs];
		ctx = [ctx];
		errc = [errc];
		timer = [timer];
		tlsConn = [tlsConn];
		trace = [trace];
		pconn = this;
		_r$1 = cloneTLSConfig(pconn.t.TLSClientConfig); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cfg = _r$1;
		if (cfg.ServerName === "") {
			cfg.ServerName = name;
		}
		if (pconn.cacheKey.onlyH1) {
			cfg.NextProtos = sliceType$2.nil;
		}
		plainConn = pconn.conn;
		tlsConn[0] = tls.Client(plainConn, cfg);
		errc[0] = new $Chan($error, 2);
		timer[0] = ptrType$25.nil;
		d = pconn.t.TLSHandshakeTimeout;
		/* */ if (!((d.$high === 0 && d.$low === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((d.$high === 0 && d.$low === 0))) { */ case 2:
			_r$2 = time.AfterFunc(d, (function(cs, ctx, errc, timer, tlsConn, trace) { return function $b() {
				var {x$5, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = $send(errc[0], (x$5 = new tlsHandshakeTimeoutError.ptr(), new x$5.constructor.elem(x$5))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, x$5, $s};return $f;
			}; })(cs, ctx, errc, timer, tlsConn, trace)); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			timer[0] = _r$2;
		/* } */ case 3:
		$go((function(cs, ctx, errc, timer, tlsConn, trace) { return function $b() {
			var {_r$3, err, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].TLSHandshakeStart === $throwNilPointerError)) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].TLSHandshakeStart === $throwNilPointerError)) { */ case 1:
				$r = trace[0].TLSHandshakeStart(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			_r$3 = tlsConn[0].HandshakeContext(ctx[0]); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
			if (!(timer[0] === ptrType$25.nil)) {
				timer[0].Stop();
			}
			$r = $send(errc[0], err); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$3, err, $s};return $f;
		}; })(cs, ctx, errc, timer, tlsConn, trace), []);
		_r$3 = $recv(errc[0]); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3[0];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
			_r$4 = plainConn.Close(); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].TLSHandshakeDone === $throwNilPointerError)) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].TLSHandshakeDone === $throwNilPointerError)) { */ case 9:
				$r = trace[0].TLSHandshakeDone(new tls.ConnectionState.ptr(0, false, false, 0, "", false, "", sliceType$10.nil, sliceType$11.nil, sliceType$5.nil, sliceType$3.nil, sliceType$3.nil, $throwNilPointerError), err); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 10:
			$s = -1; return err;
		/* } */ case 7:
		_r$5 = tlsConn[0].ConnectionState(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		cs[0] = $clone(_r$5, tls.ConnectionState);
		/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].TLSHandshakeDone === $throwNilPointerError)) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].TLSHandshakeDone === $throwNilPointerError)) { */ case 13:
			$r = trace[0].TLSHandshakeDone($clone(cs[0], tls.ConnectionState), $ifaceNil); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 14:
		pconn.tlsState = cs[0];
		pconn.conn = tlsConn[0];
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.addTLS, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, cfg, cs, ctx, d, err, errc, name, pconn, plainConn, timer, tlsConn, trace, $s};return $f;
	};
	persistConn.prototype.addTLS = function(ctx, name, trace) { return this.$val.addTLS(ctx, name, trace); };
	Transport.ptr.prototype.dialConn = function(ctx, cm) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, alt, auth, cancel, cm, conn$1, conn$2, conn$3, connectCtx, connectReq, cs, ctx, d, didReadResponse, e, err, err$1, err$2, err$3, err$4, err$5, err$6, err$7, firstTLSHost, hdr, newCtx, next, ok, ok$1, ok$2, ok$3, pa, pa$1, pconn, resp, s, t, tc, text, trace, u, wrapErr, x$5, $s, $deferred, $r, $c} = $restore(this, {ctx, cm});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cm = [cm];
		conn$1 = [conn$1];
		connectReq = [connectReq];
		cs = [cs];
		didReadResponse = [didReadResponse];
		err = [err];
		pa = [pa];
		resp = [resp];
		pconn = ptrType$22.nil;
		err$1 = $ifaceNil;
		t = this;
		pconn = new persistConn.ptr($ifaceNil, t, $clone(cm[0].key(), connectMethodKey), $ifaceNil, ptrType$28.nil, ptrType$29.nil, ptrType$14.nil, new $Int64(0, 0), new $Chan(requestAndChan, 1), new $Chan(writeRequest, 1), new $Chan(structType, 0), false, false, new $Int64(0, 0), new $Chan($error, 1), new $Chan(structType, 0), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), ptrType$25.nil, new sync.Mutex.ptr(0, 0), 0, $ifaceNil, $ifaceNil, false, false, $throwNilPointerError);
		_r$1 = httptrace.ContextClientTrace(ctx); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		trace = _r$1;
		wrapErr = (function(cm, conn$1, connectReq, cs, didReadResponse, err, pa, resp) { return function(err$2) {
			var err$2;
			if (!(cm[0].proxyURL === ptrType$17.nil)) {
				return new net.OpError.ptr("proxyconnect", "tcp", $ifaceNil, $ifaceNil, err$2);
			}
			return err$2;
		}; })(cm, conn$1, connectReq, cs, didReadResponse, err, pa, resp);
		/* */ if (cm[0].scheme() === "https" && t.hasCustomTLSDialer()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (cm[0].scheme() === "https" && t.hasCustomTLSDialer()) { */ case 2:
			err$2 = $ifaceNil;
			_arg = ctx;
			_r$2 = cm[0].addr(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_arg$1 = _r$2;
			_r$3 = t.customDialTLS(_arg, "tcp", _arg$1); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			pconn.conn = _tuple[0];
			err$2 = _tuple[1];
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 7:
				_tmp = ptrType$22.nil;
				_r$4 = wrapErr(err$2); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tmp$1 = _r$4;
				pconn = _tmp;
				err$1 = _tmp$1;
				$24r = [pconn, err$1];
				$s = 10; case 10: return $24r;
			/* } */ case 8:
			_tuple$1 = $assertType(pconn.conn, ptrType$30, true);
			tc = _tuple$1[0];
			ok = _tuple$1[1];
			/* */ if (ok) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (ok) { */ case 11:
				/* */ if (!(trace === ptrType$19.nil) && !(trace.TLSHandshakeStart === $throwNilPointerError)) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (!(trace === ptrType$19.nil) && !(trace.TLSHandshakeStart === $throwNilPointerError)) { */ case 13:
					$r = trace.TLSHandshakeStart(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 14:
				_r$5 = tc.HandshakeContext(ctx); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				err$3 = _r$5;
				/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 17:
					$go($methodVal(pconn.conn, "Close"), []);
					/* */ if (!(trace === ptrType$19.nil) && !(trace.TLSHandshakeDone === $throwNilPointerError)) { $s = 19; continue; }
					/* */ $s = 20; continue;
					/* if (!(trace === ptrType$19.nil) && !(trace.TLSHandshakeDone === $throwNilPointerError)) { */ case 19:
						$r = trace.TLSHandshakeDone(new tls.ConnectionState.ptr(0, false, false, 0, "", false, "", sliceType$10.nil, sliceType$11.nil, sliceType$5.nil, sliceType$3.nil, sliceType$3.nil, $throwNilPointerError), err$3); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 20:
					_tmp$2 = ptrType$22.nil;
					_tmp$3 = err$3;
					pconn = _tmp$2;
					err$1 = _tmp$3;
					$24r$1 = [pconn, err$1];
					$s = 22; case 22: return $24r$1;
				/* } */ case 18:
				_r$6 = tc.ConnectionState(); /* */ $s = 23; case 23: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				cs[0] = $clone(_r$6, tls.ConnectionState);
				/* */ if (!(trace === ptrType$19.nil) && !(trace.TLSHandshakeDone === $throwNilPointerError)) { $s = 24; continue; }
				/* */ $s = 25; continue;
				/* if (!(trace === ptrType$19.nil) && !(trace.TLSHandshakeDone === $throwNilPointerError)) { */ case 24:
					$r = trace.TLSHandshakeDone($clone(cs[0], tls.ConnectionState), $ifaceNil); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 25:
				pconn.tlsState = cs[0];
			/* } */ case 12:
			$s = 4; continue;
		/* } else { */ case 3:
			_arg$2 = ctx;
			_r$7 = cm[0].addr(); /* */ $s = 27; case 27: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg$3 = _r$7;
			_r$8 = t.dial(_arg$2, "tcp", _arg$3); /* */ $s = 28; case 28: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$2 = _r$8;
			conn$2 = _tuple$2[0];
			err$4 = _tuple$2[1];
			/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 29:
				_tmp$4 = ptrType$22.nil;
				_r$9 = wrapErr(err$4); /* */ $s = 31; case 31: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_tmp$5 = _r$9;
				pconn = _tmp$4;
				err$1 = _tmp$5;
				$24r$2 = [pconn, err$1];
				$s = 32; case 32: return $24r$2;
			/* } */ case 30:
			pconn.conn = conn$2;
			/* */ if (cm[0].scheme() === "https") { $s = 33; continue; }
			/* */ $s = 34; continue;
			/* if (cm[0].scheme() === "https") { */ case 33:
				firstTLSHost = "";
				_r$10 = cm[0].addr(); /* */ $s = 35; case 35: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$11 = net.SplitHostPort(_r$10); /* */ $s = 36; case 36: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_tuple$3 = _r$11;
				firstTLSHost = _tuple$3[0];
				err$4 = _tuple$3[2];
				/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 37; continue; }
				/* */ $s = 38; continue;
				/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 37:
					_tmp$6 = ptrType$22.nil;
					_r$12 = wrapErr(err$4); /* */ $s = 39; case 39: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					_tmp$7 = _r$12;
					pconn = _tmp$6;
					err$1 = _tmp$7;
					$24r$3 = [pconn, err$1];
					$s = 40; case 40: return $24r$3;
				/* } */ case 38:
				_r$13 = pconn.addTLS(ctx, firstTLSHost, trace); /* */ $s = 41; case 41: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				err$4 = _r$13;
				/* */ if (!($interfaceIsEqual(err$4, $ifaceNil))) { $s = 42; continue; }
				/* */ $s = 43; continue;
				/* if (!($interfaceIsEqual(err$4, $ifaceNil))) { */ case 42:
					_tmp$8 = ptrType$22.nil;
					_r$14 = wrapErr(err$4); /* */ $s = 44; case 44: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					_tmp$9 = _r$14;
					pconn = _tmp$8;
					err$1 = _tmp$9;
					$24r$4 = [pconn, err$1];
					$s = 45; case 45: return $24r$4;
				/* } */ case 43:
			/* } */ case 34:
		/* } */ case 4:
			/* */ if (cm[0].proxyURL === ptrType$17.nil) { $s = 47; continue; }
			/* */ if (cm[0].proxyURL.Scheme === "socks5") { $s = 48; continue; }
			/* */ if (cm[0].targetScheme === "http") { $s = 49; continue; }
			/* */ if (cm[0].targetScheme === "https") { $s = 50; continue; }
			/* */ $s = 51; continue;
			/* if (cm[0].proxyURL === ptrType$17.nil) { */ case 47:
				$s = 51; continue;
			/* } else if (cm[0].proxyURL.Scheme === "socks5") { */ case 48:
				conn$3 = pconn.conn;
				_r$15 = conn$3.RemoteAddr(); /* */ $s = 52; case 52: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$16 = _r$15.String(); /* */ $s = 53; case 53: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				_arg$4 = _r$16;
				_r$17 = socksNewDialer("tcp", _arg$4); /* */ $s = 54; case 54: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				d = _r$17;
				u = cm[0].proxyURL.User;
				if (!(u === ptrType$21.nil)) {
					auth = new socksUsernamePassword.ptr(u.Username(), "");
					_tuple$4 = u.Password();
					auth.Password = _tuple$4[0];
					d.AuthMethods = new sliceType$12([0, 2]);
					d.Authenticate = $methodVal(auth, "Authenticate");
				}
				_r$18 = d.DialWithConn(ctx, conn$3, "tcp", cm[0].targetAddr); /* */ $s = 55; case 55: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_tuple$5 = _r$18;
				err$5 = _tuple$5[1];
				/* */ if (!($interfaceIsEqual(err$5, $ifaceNil))) { $s = 56; continue; }
				/* */ $s = 57; continue;
				/* if (!($interfaceIsEqual(err$5, $ifaceNil))) { */ case 56:
					_r$19 = conn$3.Close(); /* */ $s = 58; case 58: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
					_r$19;
					_tmp$10 = ptrType$22.nil;
					_tmp$11 = err$5;
					pconn = _tmp$10;
					err$1 = _tmp$11;
					$24r$5 = [pconn, err$1];
					$s = 59; case 59: return $24r$5;
				/* } */ case 57:
				$s = 51; continue;
			/* } else if (cm[0].targetScheme === "http") { */ case 49:
				pconn.isProxy = true;
				pa[0] = cm[0].proxyAuth();
				if (!(pa[0] === "")) {
					pconn.mutateHeaderFunc = (function(cm, conn$1, connectReq, cs, didReadResponse, err, pa, resp) { return function $b(h) {
						var {h, $s, $r, $c} = $restore(this, {h});
						/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
						$r = new Header(h).Set("Proxy-Authorization", pa[0]); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return;
						/* */ } return; } var $f = {$blk: $b, $c: true, $r, h, $s};return $f;
					}; })(cm, conn$1, connectReq, cs, didReadResponse, err, pa, resp);
				}
				$s = 51; continue;
			/* } else if (cm[0].targetScheme === "https") { */ case 50:
				conn$1[0] = pconn.conn;
				hdr = false;
				/* */ if (!(t.GetProxyConnectHeader === $throwNilPointerError)) { $s = 60; continue; }
				/* */ $s = 61; continue;
				/* if (!(t.GetProxyConnectHeader === $throwNilPointerError)) { */ case 60:
					err$6 = $ifaceNil;
					_r$20 = t.GetProxyConnectHeader(ctx, cm[0].proxyURL, cm[0].targetAddr); /* */ $s = 63; case 63: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					_tuple$6 = _r$20;
					hdr = _tuple$6[0];
					err$6 = _tuple$6[1];
					/* */ if (!($interfaceIsEqual(err$6, $ifaceNil))) { $s = 64; continue; }
					/* */ $s = 65; continue;
					/* if (!($interfaceIsEqual(err$6, $ifaceNil))) { */ case 64:
						_r$21 = conn$1[0].Close(); /* */ $s = 66; case 66: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						_r$21;
						_tmp$12 = ptrType$22.nil;
						_tmp$13 = err$6;
						pconn = _tmp$12;
						err$1 = _tmp$13;
						$24r$6 = [pconn, err$1];
						$s = 67; case 67: return $24r$6;
					/* } */ case 65:
					$s = 62; continue;
				/* } else { */ case 61:
					hdr = t.ProxyConnectHeader;
				/* } */ case 62:
				if (hdr === false) {
					hdr = {};
				}
				pa$1 = cm[0].proxyAuth();
				/* */ if (!(pa$1 === "")) { $s = 68; continue; }
				/* */ $s = 69; continue;
				/* if (!(pa$1 === "")) { */ case 68:
					hdr = new Header(hdr).Clone();
					$r = new Header(hdr).Set("Proxy-Authorization", pa$1); /* */ $s = 70; case 70: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 69:
				connectReq[0] = new Request.ptr("CONNECT", new url.URL.ptr("", cm[0].targetAddr, ptrType$21.nil, "", "", "", false, "", "", ""), "", 0, 0, hdr, $ifaceNil, $throwNilPointerError, new $Int64(0, 0), sliceType$2.nil, false, cm[0].targetAddr, false, false, ptrType$31.nil, false, "", "", ptrType$28.nil, $chanNil, ptrType$18.nil, $ifaceNil);
				connectCtx = ctx;
				_r$22 = ctx.Done(); /* */ $s = 73; case 73: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
				/* */ if (_r$22 === $chanNil) { $s = 71; continue; }
				/* */ $s = 72; continue;
				/* if (_r$22 === $chanNil) { */ case 71:
					_r$23 = context.WithTimeout(ctx, new time.Duration(13, 4165425152)); /* */ $s = 74; case 74: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
					_tuple$7 = _r$23;
					newCtx = _tuple$7[0];
					cancel = _tuple$7[1];
					$deferred.push([cancel, []]);
					connectCtx = newCtx;
				/* } */ case 72:
				didReadResponse[0] = new $Chan(structType, 0);
				resp[0] = ptrType$18.nil;
				err[0] = $ifaceNil;
				$go((function(cm, conn$1, connectReq, cs, didReadResponse, err, pa, resp) { return function $b() {
					var {_arg$5, _r$24, _r$25, _tuple$8, br, $s, $deferred, $r, $c} = $restore(this, {});
					/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
					$deferred.push([function(_arg$5) { $close(_arg$5); }, [didReadResponse[0]]]);
					_r$24 = connectReq[0].Write(conn$1[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
					err[0] = _r$24;
					/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 2; continue; }
					/* */ $s = 3; continue;
					/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 2:
						$s = 4; case 4: return;
					/* } */ case 3:
					br = bufio.NewReader(conn$1[0]);
					_r$25 = ReadResponse(br, connectReq[0]); /* */ $s = 5; case 5: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
					_tuple$8 = _r$25;
					resp[0] = _tuple$8[0];
					err[0] = _tuple$8[1];
					$s = -1; return;
					/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, _arg$5, _r$24, _r$25, _tuple$8, br, $s, $deferred};return $f; } }
				}; })(cm, conn$1, connectReq, cs, didReadResponse, err, pa, resp), []);
				_r$24 = connectCtx.Done(); /* */ $s = 75; case 75: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
				_r$25 = $select([[_r$24], [didReadResponse[0]]]); /* */ $s = 76; case 76: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
				_selection = _r$25;
				/* */ if (_selection[0] === 0) { $s = 77; continue; }
				/* */ if (_selection[0] === 1) { $s = 78; continue; }
				/* */ $s = 79; continue;
				/* if (_selection[0] === 0) { */ case 77:
					_r$26 = conn$1[0].Close(); /* */ $s = 80; case 80: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
					_r$26;
					_r$27 = $recv(didReadResponse[0]); /* */ $s = 81; case 81: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
					_r$27[0];
					_tmp$14 = ptrType$22.nil;
					_r$28 = connectCtx.Err(); /* */ $s = 82; case 82: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
					_tmp$15 = _r$28;
					pconn = _tmp$14;
					err$1 = _tmp$15;
					$24r$7 = [pconn, err$1];
					$s = 83; case 83: return $24r$7;
				/* } else if (_selection[0] === 1) { */ case 78:
				/* } */ case 79:
				/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 84; continue; }
				/* */ $s = 85; continue;
				/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 84:
					_r$29 = conn$1[0].Close(); /* */ $s = 86; case 86: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
					_r$29;
					_tmp$16 = ptrType$22.nil;
					_tmp$17 = err[0];
					pconn = _tmp$16;
					err$1 = _tmp$17;
					$24r$8 = [pconn, err$1];
					$s = 87; case 87: return $24r$8;
				/* } */ case 85:
				/* */ if (!((resp[0].StatusCode === 200))) { $s = 88; continue; }
				/* */ $s = 89; continue;
				/* if (!((resp[0].StatusCode === 200))) { */ case 88:
					_tuple$8 = strings.Cut(resp[0].Status, " ");
					text = _tuple$8[1];
					ok$1 = _tuple$8[2];
					_r$30 = conn$1[0].Close(); /* */ $s = 90; case 90: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
					_r$30;
					/* */ if (!ok$1) { $s = 91; continue; }
					/* */ $s = 92; continue;
					/* if (!ok$1) { */ case 91:
						_tmp$18 = ptrType$22.nil;
						_tmp$19 = errors.New("unknown status code");
						pconn = _tmp$18;
						err$1 = _tmp$19;
						$24r$9 = [pconn, err$1];
						$s = 93; case 93: return $24r$9;
					/* } */ case 92:
					_tmp$20 = ptrType$22.nil;
					_tmp$21 = errors.New(text);
					pconn = _tmp$20;
					err$1 = _tmp$21;
					$24r$10 = [pconn, err$1];
					$s = 94; case 94: return $24r$10;
				/* } */ case 89:
			/* } */ case 51:
		case 46:
		/* */ if (!(cm[0].proxyURL === ptrType$17.nil) && cm[0].targetScheme === "https") { $s = 95; continue; }
		/* */ $s = 96; continue;
		/* if (!(cm[0].proxyURL === ptrType$17.nil) && cm[0].targetScheme === "https") { */ case 95:
			_r$31 = pconn.addTLS(ctx, cm[0].tlsHost(), trace); /* */ $s = 97; case 97: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
			err$7 = _r$31;
			/* */ if (!($interfaceIsEqual(err$7, $ifaceNil))) { $s = 98; continue; }
			/* */ $s = 99; continue;
			/* if (!($interfaceIsEqual(err$7, $ifaceNil))) { */ case 98:
				_tmp$22 = ptrType$22.nil;
				_tmp$23 = err$7;
				pconn = _tmp$22;
				err$1 = _tmp$23;
				$24r$11 = [pconn, err$1];
				$s = 100; case 100: return $24r$11;
			/* } */ case 99:
		/* } */ case 96:
		s = pconn.tlsState;
		/* */ if (!(s === ptrType$28.nil) && s.NegotiatedProtocolIsMutual && !(s.NegotiatedProtocol === "")) { $s = 101; continue; }
		/* */ $s = 102; continue;
		/* if (!(s === ptrType$28.nil) && s.NegotiatedProtocolIsMutual && !(s.NegotiatedProtocol === "")) { */ case 101:
			_tuple$9 = (_entry = t.TLSNextProto[$String.keyFor(s.NegotiatedProtocol)], _entry !== undefined ? [_entry.v, true] : [$throwNilPointerError, false]);
			next = _tuple$9[0];
			ok$2 = _tuple$9[1];
			/* */ if (ok$2) { $s = 103; continue; }
			/* */ $s = 104; continue;
			/* if (ok$2) { */ case 103:
				_r$32 = next(cm[0].targetAddr, $assertType(pconn.conn, ptrType$30)); /* */ $s = 105; case 105: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
				alt = _r$32;
				_tuple$10 = $assertType(alt, erringRoundTripper, true);
				e = _tuple$10[0];
				ok$3 = _tuple$10[1];
				/* */ if (ok$3) { $s = 106; continue; }
				/* */ $s = 107; continue;
				/* if (ok$3) { */ case 106:
					_tmp$24 = ptrType$22.nil;
					_r$33 = e.RoundTripErr(); /* */ $s = 108; case 108: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
					_tmp$25 = _r$33;
					pconn = _tmp$24;
					err$1 = _tmp$25;
					$24r$12 = [pconn, err$1];
					$s = 109; case 109: return $24r$12;
				/* } */ case 107:
				_tmp$26 = new persistConn.ptr(alt, t, $clone(pconn.cacheKey, connectMethodKey), $ifaceNil, ptrType$28.nil, ptrType$29.nil, ptrType$14.nil, new $Int64(0, 0), $chanNil, $chanNil, $chanNil, false, false, new $Int64(0, 0), $chanNil, $chanNil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), ptrType$25.nil, new sync.Mutex.ptr(0, 0), 0, $ifaceNil, $ifaceNil, false, false, $throwNilPointerError);
				_tmp$27 = $ifaceNil;
				pconn = _tmp$26;
				err$1 = _tmp$27;
				$24r$13 = [pconn, err$1];
				$s = 110; case 110: return $24r$13;
			/* } */ case 104:
		/* } */ case 102:
		pconn.br = bufio.NewReaderSize(pconn, t.readBufferSize());
		pconn.bw = bufio.NewWriterSize((x$5 = new persistConnWriter.ptr(pconn), new x$5.constructor.elem(x$5)), t.writeBufferSize());
		$go($methodVal(pconn, "readLoop"), []);
		$go($methodVal(pconn, "writeLoop"), []);
		_tmp$28 = pconn;
		_tmp$29 = $ifaceNil;
		pconn = _tmp$28;
		err$1 = _tmp$29;
		$24r$14 = [pconn, err$1];
		$s = 111; case 111: return $24r$14;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [pconn, err$1]; } if($curGoroutine.asleep) { var $f = {$blk: Transport.ptr.prototype.dialConn, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$24, _tmp$25, _tmp$26, _tmp$27, _tmp$28, _tmp$29, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$10, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, _tuple$9, alt, auth, cancel, cm, conn$1, conn$2, conn$3, connectCtx, connectReq, cs, ctx, d, didReadResponse, e, err, err$1, err$2, err$3, err$4, err$5, err$6, err$7, firstTLSHost, hdr, newCtx, next, ok, ok$1, ok$2, ok$3, pa, pa$1, pconn, resp, s, t, tc, text, trace, u, wrapErr, x$5, $s, $deferred};return $f; } }
	};
	Transport.prototype.dialConn = function(ctx, cm) { return this.$val.dialConn(ctx, cm); };
	persistConnWriter.ptr.prototype.Write = function(p) {
		var {_r$1, _tuple, err, n, p, w, x$5, x$6, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.pc.conn.Write(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		w.pc.nwrite = (x$5 = w.pc.nwrite, x$6 = (new $Int64(0, n)), new $Int64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: persistConnWriter.ptr.prototype.Write, $c: true, $r, _r$1, _tuple, err, n, p, w, x$5, x$6, $s};return $f;
	};
	persistConnWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	persistConnWriter.ptr.prototype.ReadFrom = function(r) {
		var {_r$1, _tuple, err, n, r, w, x$5, x$6, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		w = this;
		_r$1 = io.Copy(w.pc.conn, r); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		w.pc.nwrite = (x$5 = w.pc.nwrite, x$6 = n, new $Int64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: persistConnWriter.ptr.prototype.ReadFrom, $c: true, $r, _r$1, _tuple, err, n, r, w, x$5, x$6, $s};return $f;
	};
	persistConnWriter.prototype.ReadFrom = function(r) { return this.$val.ReadFrom(r); };
	connectMethod.ptr.prototype.key = function() {
		var cm, proxyStr, targetAddr;
		cm = this;
		proxyStr = "";
		targetAddr = cm.targetAddr;
		if (!(cm.proxyURL === ptrType$17.nil)) {
			proxyStr = cm.proxyURL.String();
			if ((cm.proxyURL.Scheme === "http" || cm.proxyURL.Scheme === "https") && cm.targetScheme === "http") {
				targetAddr = "";
			}
		}
		return new connectMethodKey.ptr(proxyStr, cm.targetScheme, targetAddr, cm.onlyH1);
	};
	connectMethod.prototype.key = function() { return this.$val.key(); };
	connectMethod.ptr.prototype.scheme = function() {
		var cm;
		cm = this;
		if (!(cm.proxyURL === ptrType$17.nil)) {
			return cm.proxyURL.Scheme;
		}
		return cm.targetScheme;
	};
	connectMethod.prototype.scheme = function() { return this.$val.scheme(); };
	connectMethod.ptr.prototype.addr = function() {
		var {$24r, _r$1, cm, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cm = this;
		/* */ if (!(cm.proxyURL === ptrType$17.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(cm.proxyURL === ptrType$17.nil)) { */ case 1:
			_r$1 = canonicalAddr(cm.proxyURL); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return cm.targetAddr;
		/* */ } return; } var $f = {$blk: connectMethod.ptr.prototype.addr, $c: true, $r, $24r, _r$1, cm, $s};return $f;
	};
	connectMethod.prototype.addr = function() { return this.$val.addr(); };
	connectMethod.ptr.prototype.tlsHost = function() {
		var cm, h;
		cm = this;
		h = cm.targetAddr;
		if (hasPort(h)) {
			h = $substring(h, 0, strings.LastIndex(h, ":"));
		}
		return h;
	};
	connectMethod.prototype.tlsHost = function() { return this.$val.tlsHost(); };
	connectMethodKey.ptr.prototype.String = function() {
		var {$24r, _r$1, h1, k, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		k = this;
		h1 = "";
		if (k.onlyH1) {
			h1 = ",h1";
		}
		_r$1 = fmt.Sprintf("%s|%s%s|%s", new sliceType([new $String(k.proxy), new $String(k.scheme), new $String(h1), new $String(k.addr)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: connectMethodKey.ptr.prototype.String, $c: true, $r, $24r, _r$1, h1, k, $s};return $f;
	};
	connectMethodKey.prototype.String = function() { return this.$val.String(); };
	persistConn.ptr.prototype.maxHeaderResponseSize = function() {
		var pc, v;
		pc = this;
		v = pc.t.MaxResponseHeaderBytes;
		if (!((v.$high === 0 && v.$low === 0))) {
			return v;
		}
		return new $Int64(0, 10485760);
	};
	persistConn.prototype.maxHeaderResponseSize = function() { return this.$val.maxHeaderResponseSize(); };
	persistConn.ptr.prototype.Read = function(p) {
		var {$24r, _r$1, _r$2, _tmp, _tmp$1, _tuple, err, n, p, pc, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		pc = this;
		/* */ if ((x$5 = pc.readLimit, (x$5.$high < 0 || (x$5.$high === 0 && x$5.$low <= 0)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x$5 = pc.readLimit, (x$5.$high < 0 || (x$5.$high === 0 && x$5.$low <= 0)))) { */ case 1:
			_tmp = 0;
			_r$1 = fmt.Errorf("read limit of %d bytes exhausted", new sliceType([pc.maxHeaderResponseSize()])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tmp$1 = _r$1;
			n = _tmp;
			err = _tmp$1;
			$24r = [n, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		if ((x$6 = (new $Int64(0, p.$length)), x$7 = pc.readLimit, (x$6.$high > x$7.$high || (x$6.$high === x$7.$high && x$6.$low > x$7.$low)))) {
			p = $subslice(p, 0, $flatten64(pc.readLimit));
		}
		_r$2 = pc.conn.Read(p); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		n = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, io.EOF)) {
			pc.sawEOF = true;
		}
		pc.readLimit = (x$8 = pc.readLimit, x$9 = (new $Int64(0, n)), new $Int64(x$8.$high - x$9.$high, x$8.$low - x$9.$low));
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.Read, $c: true, $r, $24r, _r$1, _r$2, _tmp, _tmp$1, _tuple, err, n, p, pc, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	persistConn.prototype.Read = function(p) { return this.$val.Read(p); };
	persistConn.ptr.prototype.isBroken = function() {
		var {b, pc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pc = this;
		$r = pc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		b = !($interfaceIsEqual(pc.closed, $ifaceNil));
		$r = pc.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return b;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.isBroken, $c: true, $r, b, pc, $s};return $f;
	};
	persistConn.prototype.isBroken = function() { return this.$val.isBroken(); };
	persistConn.ptr.prototype.canceled = function() {
		var {$24r, pc, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pc = this;
		$r = pc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(pc.mu, "Unlock"), []]);
		$24r = pc.canceledErr;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.canceled, $c: true, $r, $24r, pc, $s, $deferred};return $f; } }
	};
	persistConn.prototype.canceled = function() { return this.$val.canceled(); };
	persistConn.ptr.prototype.isReused = function() {
		var {pc, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pc = this;
		$r = pc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		r = pc.reused;
		$r = pc.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return r;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.isReused, $c: true, $r, pc, r, $s};return $f;
	};
	persistConn.prototype.isReused = function() { return this.$val.isReused(); };
	persistConn.ptr.prototype.gotIdleConnTrace = function(idleAt) {
		var {$24r, _r$1, idleAt, pc, t, $s, $deferred, $r, $c} = $restore(this, {idleAt});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		t = new httptrace.GotConnInfo.ptr($ifaceNil, false, false, new time.Duration(0, 0));
		pc = this;
		$r = pc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(pc.mu, "Unlock"), []]);
		t.Reused = pc.reused;
		t.Conn = pc.conn;
		t.WasIdle = true;
		/* */ if (!$clone(idleAt, time.Time).IsZero()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!$clone(idleAt, time.Time).IsZero()) { */ case 2:
			_r$1 = time.Since($clone(idleAt, time.Time)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			t.IdleTime = _r$1;
		/* } */ case 3:
		$24r = t;
		$s = 5; case 5: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  t; } if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.gotIdleConnTrace, $c: true, $r, $24r, _r$1, idleAt, pc, t, $s, $deferred};return $f; } }
	};
	persistConn.prototype.gotIdleConnTrace = function(idleAt) { return this.$val.gotIdleConnTrace(idleAt); };
	persistConn.ptr.prototype.cancelRequest = function(err) {
		var {err, pc, $s, $deferred, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pc = this;
		$r = pc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(pc.mu, "Unlock"), []]);
		pc.canceledErr = err;
		$r = pc.closeLocked(errRequestCanceled); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.cancelRequest, $c: true, $r, err, pc, $s, $deferred};return $f; } }
	};
	persistConn.prototype.cancelRequest = function(err) { return this.$val.cancelRequest(err); };
	persistConn.ptr.prototype.closeConnIfStillIdle = function() {
		var {_entry, _tuple, ok, pc, t, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pc = this;
		t = pc.t;
		$r = t.idleMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(t.idleMu, "Unlock"), []]);
		_tuple = (_entry = t.idleLRU.m[ptrType$22.keyFor(pc)], _entry !== undefined ? [_entry.v, true] : [ptrType$23.nil, false]);
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		t.removeIdleConnLocked(pc);
		$r = pc.close(errIdleConnTimeout); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.closeConnIfStillIdle, $c: true, $r, _entry, _tuple, ok, pc, t, $s, $deferred};return $f; } }
	};
	persistConn.prototype.closeConnIfStillIdle = function() { return this.$val.closeConnIfStillIdle(); };
	persistConn.ptr.prototype.mapRoundTripError = function(req, startBytesWritten, err) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _tuple, cerr, err, ok, pc, req, reqErr, startBytesWritten, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {req, startBytesWritten, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pc = this;
		if ($interfaceIsEqual(err, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = $recv(pc.writeLoopDone); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1[0];
		_r$2 = pc.canceled(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		cerr = _r$2;
		if (!($interfaceIsEqual(cerr, $ifaceNil))) {
			$s = -1; return cerr;
		}
		$r = req.mu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		reqErr = req.err;
		$r = req.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!($interfaceIsEqual(reqErr, $ifaceNil))) {
			$s = -1; return reqErr;
		}
		if ($interfaceIsEqual(err, errServerClosedIdle)) {
			$s = -1; return err;
		}
		_tuple = $assertType(err, transportReadFromServerError, true);
		ok = _tuple[1];
		if (ok) {
			if ((x$5 = pc.nwrite, (x$5.$high === startBytesWritten.$high && x$5.$low === startBytesWritten.$low))) {
				$s = -1; return (x$6 = new nothingWrittenError.ptr(err), new x$6.constructor.elem(x$6));
			}
			$s = -1; return err;
		}
		_r$3 = pc.isBroken(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (_r$3) { */ case 5:
			if ((x$7 = pc.nwrite, (x$7.$high === startBytesWritten.$high && x$7.$low === startBytesWritten.$low))) {
				$s = -1; return (x$8 = new nothingWrittenError.ptr(err), new x$8.constructor.elem(x$8));
			}
			_r$4 = fmt.Errorf("net/http: HTTP/1.x transport connection broken: %v", new sliceType([err])); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 9; case 9: return $24r;
		/* } */ case 6:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.mapRoundTripError, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _tuple, cerr, err, ok, pc, req, reqErr, startBytesWritten, x$5, x$6, x$7, x$8, $s};return $f;
	};
	persistConn.prototype.mapRoundTripError = function(req, startBytesWritten, err) { return this.$val.mapRoundTripError(req, startBytesWritten, err); };
	persistConn.ptr.prototype.readLoop = function() {
		var {_arg, _arg$1, _arg$2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _selection$1, _selection$2, _selection$3, _tuple, _tuple$1, _v, _v$1, _v$2, _v$3, _v$4, alive, body$1, bodyEOF, bodyWritable, closeErr, eofc, err, hasBody, pc, rc, replaced, replaced$1, resp, testHookReadLoopBeforeNextRead$1, trace, tryPutIdleConn, waitForBodyRead, x$5, x$6, x$7, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		closeErr = [closeErr];
		eofc = [eofc];
		pc = [pc];
		pc[0] = this;
		closeErr[0] = errReadLoopExiting;
		$deferred.push([(function(closeErr, eofc, pc) { return function $b() {
			var {_r$1, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = pc[0].close(closeErr[0]); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$1 = pc[0].t.removeIdleConn(pc[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, $s};return $f;
		}; })(closeErr, eofc, pc), []]);
		tryPutIdleConn = (function(closeErr, eofc, pc) { return function $b(trace) {
			var {_r$1, err, trace, $s, $r, $c} = $restore(this, {trace});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = pc[0].t.tryPutIdleConn(pc[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
				closeErr[0] = err;
				/* */ if (!(trace === ptrType$19.nil) && !(trace.PutIdleConn === $throwNilPointerError) && !($interfaceIsEqual(err, errKeepAlivesDisabled))) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (!(trace === ptrType$19.nil) && !(trace.PutIdleConn === $throwNilPointerError) && !($interfaceIsEqual(err, errKeepAlivesDisabled))) { */ case 4:
					$r = trace.PutIdleConn(err); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 5:
				$s = -1; return false;
			/* } */ case 3:
			/* */ if (!(trace === ptrType$19.nil) && !(trace.PutIdleConn === $throwNilPointerError)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!(trace === ptrType$19.nil) && !(trace.PutIdleConn === $throwNilPointerError)) { */ case 7:
				$r = trace.PutIdleConn($ifaceNil); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
			$s = -1; return true;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, err, trace, $s};return $f;
		}; })(closeErr, eofc, pc);
		eofc[0] = new $Chan(structType, 0);
		$deferred.push([function(_arg) { $close(_arg); }, [eofc[0]]]);
		$r = testHookMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		testHookReadLoopBeforeNextRead$1 = testHookReadLoopBeforeNextRead;
		$r = testHookMu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		alive = true;
		/* while (true) { */ case 3:
			/* if (!(alive)) { break; } */ if(!(alive)) { $s = 4; continue; }
			waitForBodyRead = [waitForBodyRead];
			pc[0].readLimit = pc[0].maxHeaderResponseSize();
			_r$1 = pc[0].br.Peek(1); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			$r = pc[0].mu.Lock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (pc[0].numExpectedResponses === 0) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (pc[0].numExpectedResponses === 0) { */ case 7:
				$r = pc[0].readLoopPeekFailLocked(err); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = pc[0].mu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 11; case 11: return;
			/* } */ case 8:
			$r = pc[0].mu.Unlock(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$2 = $recv(pc[0].reqch); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			rc = $clone(_r$2[0], requestAndChan);
			_r$3 = httptrace.ContextClientTrace(rc.req.Context()); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			trace = _r$3;
			resp = ptrType$18.nil;
			/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 15:
				_r$4 = pc[0].readResponse($clone(rc, requestAndChan), trace); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$1 = _r$4;
				resp = _tuple$1[0];
				err = _tuple$1[1];
				$s = 17; continue;
			/* } else { */ case 16:
				err = (x$5 = new transportReadFromServerError.ptr(err), new x$5.constructor.elem(x$5));
				closeErr[0] = err;
			/* } */ case 17:
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 19:
				/* */ if ((x$6 = pc[0].readLimit, (x$6.$high < 0 || (x$6.$high === 0 && x$6.$low <= 0)))) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if ((x$6 = pc[0].readLimit, (x$6.$high < 0 || (x$6.$high === 0 && x$6.$low <= 0)))) { */ case 21:
					_r$5 = fmt.Errorf("net/http: server response headers exceeded %d bytes; aborted", new sliceType([pc[0].maxHeaderResponseSize()])); /* */ $s = 23; case 23: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					err = _r$5;
				/* } */ case 22:
				_r$6 = $select([[rc.ch, new responseAndError.ptr(arrayType.zero(), ptrType$18.nil, err)], [rc.callerGone]]); /* */ $s = 24; case 24: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_selection = _r$6;
				/* */ if (_selection[0] === 0) { $s = 25; continue; }
				/* */ if (_selection[0] === 1) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (_selection[0] === 0) { */ case 25:
					$s = 27; continue;
				/* } else if (_selection[0] === 1) { */ case 26:
					$s = 28; case 28: return;
				/* } */ case 27:
				$s = 29; case 29: return;
			/* } */ case 20:
			pc[0].readLimit = new $Int64(2147483647, 4294967295);
			$r = pc[0].mu.Lock(); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			pc[0].numExpectedResponses = pc[0].numExpectedResponses - (1) >> 0;
			$r = pc[0].mu.Unlock(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			bodyWritable = resp.bodyIsWritable();
			hasBody = !(rc.req.Method === "HEAD") && !((x$7 = resp.ContentLength, (x$7.$high === 0 && x$7.$low === 0)));
			if (resp.Close || rc.req.Close || resp.StatusCode <= 199 || bodyWritable) {
				alive = false;
			}
			/* */ if (!hasBody || bodyWritable) { $s = 32; continue; }
			/* */ $s = 33; continue;
			/* if (!hasBody || bodyWritable) { */ case 32:
				_r$7 = pc[0].t.replaceReqCanceler($clone(rc.cancelKey, cancelKey), $throwNilPointerError); /* */ $s = 34; case 34: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				replaced = _r$7;
				if (!(alive && !pc[0].sawEOF)) { _v$1 = false; $s = 36; continue s; }
				_r$8 = pc[0].wroteRequest(); /* */ $s = 37; case 37: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_v$1 = _r$8; case 36:
				if (!(_v$1 && replaced)) { _v = false; $s = 35; continue s; }
				_r$9 = tryPutIdleConn(trace); /* */ $s = 38; case 38: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_v = _r$9; case 35:
				alive = _v;
				if (bodyWritable) {
					closeErr[0] = errCallerOwnsConn;
				}
				_r$10 = $select([[rc.ch, new responseAndError.ptr(arrayType.zero(), resp, $ifaceNil)], [rc.callerGone]]); /* */ $s = 39; case 39: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_selection$1 = _r$10;
				/* */ if (_selection$1[0] === 0) { $s = 40; continue; }
				/* */ if (_selection$1[0] === 1) { $s = 41; continue; }
				/* */ $s = 42; continue;
				/* if (_selection$1[0] === 0) { */ case 40:
					$s = 42; continue;
				/* } else if (_selection$1[0] === 1) { */ case 41:
					$s = 43; case 43: return;
				/* } */ case 42:
				$r = testHookReadLoopBeforeNextRead$1(); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* continue; */ $s = 3; continue;
			/* } */ case 33:
			waitForBodyRead[0] = new $Chan($Bool, 2);
			body$1 = new bodyEOFSignal.ptr(resp.Body, new sync.Mutex.ptr(0, 0), false, $ifaceNil, (function(closeErr, eofc, pc, waitForBodyRead) { return function $b(err$1) {
				var {_r$11, _r$12, cerr, err$1, isEOF, $s, $r, $c} = $restore(this, {err$1});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				isEOF = $interfaceIsEqual(err$1, io.EOF);
				$r = $send(waitForBodyRead[0], isEOF); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* */ if (isEOF) { $s = 2; continue; }
				/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 3; continue; }
				/* */ $s = 4; continue;
				/* if (isEOF) { */ case 2:
					_r$11 = $recv(eofc[0]); /* */ $s = 5; case 5: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_r$11[0];
					$s = 4; continue;
				/* } else if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 3:
					_r$12 = pc[0].canceled(); /* */ $s = 6; case 6: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					cerr = _r$12;
					if (!($interfaceIsEqual(cerr, $ifaceNil))) {
						$s = -1; return cerr;
					}
				/* } */ case 4:
				$s = -1; return err$1;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$11, _r$12, cerr, err$1, isEOF, $s};return $f;
			}; })(closeErr, eofc, pc, waitForBodyRead), (function(closeErr, eofc, pc, waitForBodyRead) { return function $b() {
				var {_r$11, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = $send(waitForBodyRead[0], false); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$11 = $recv(eofc[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				_r$11[0];
				$s = -1; return $ifaceNil;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$11, $s};return $f;
			}; })(closeErr, eofc, pc, waitForBodyRead));
			resp.Body = body$1;
			if (!(rc.addedGzip)) { _v$2 = false; $s = 47; continue s; }
			_r$11 = new Header(resp.Header).Get("Content-Encoding"); /* */ $s = 48; case 48: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$12 = ascii.EqualFold(_r$11, "gzip"); /* */ $s = 49; case 49: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_v$2 = _r$12; case 47:
			/* */ if (_v$2) { $s = 45; continue; }
			/* */ $s = 46; continue;
			/* if (_v$2) { */ case 45:
				resp.Body = new gzipReader.ptr(arrayType.zero(), body$1, ptrType$33.nil, $ifaceNil);
				$r = new Header(resp.Header).Del("Content-Encoding"); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = new Header(resp.Header).Del("Content-Length"); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				resp.ContentLength = new $Int64(-1, 4294967295);
				resp.Uncompressed = true;
			/* } */ case 46:
			_r$13 = $select([[rc.ch, new responseAndError.ptr(arrayType.zero(), resp, $ifaceNil)], [rc.callerGone]]); /* */ $s = 52; case 52: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
			_selection$2 = _r$13;
			/* */ if (_selection$2[0] === 0) { $s = 53; continue; }
			/* */ if (_selection$2[0] === 1) { $s = 54; continue; }
			/* */ $s = 55; continue;
			/* if (_selection$2[0] === 0) { */ case 53:
				$s = 55; continue;
			/* } else if (_selection$2[0] === 1) { */ case 54:
				$s = 56; case 56: return;
			/* } */ case 55:
			_r$14 = rc.req.Context().Done(); /* */ $s = 57; case 57: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			_r$15 = $select([[waitForBodyRead[0]], [rc.req.Cancel], [_r$14], [pc[0].closech]]); /* */ $s = 58; case 58: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			_selection$3 = _r$15;
			/* */ if (_selection$3[0] === 0) { $s = 59; continue; }
			/* */ if (_selection$3[0] === 1) { $s = 60; continue; }
			/* */ if (_selection$3[0] === 2) { $s = 61; continue; }
			/* */ if (_selection$3[0] === 3) { $s = 62; continue; }
			/* */ $s = 63; continue;
			/* if (_selection$3[0] === 0) { */ case 59:
				bodyEOF = _selection$3[1][0];
				_r$16 = pc[0].t.replaceReqCanceler($clone(rc.cancelKey, cancelKey), $throwNilPointerError); /* */ $s = 64; case 64: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				replaced$1 = _r$16;
				if (!(alive && bodyEOF && !pc[0].sawEOF)) { _v$4 = false; $s = 66; continue s; }
				_r$17 = pc[0].wroteRequest(); /* */ $s = 67; case 67: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_v$4 = _r$17; case 66:
				if (!(_v$4 && replaced$1)) { _v$3 = false; $s = 65; continue s; }
				_r$18 = tryPutIdleConn(trace); /* */ $s = 68; case 68: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
				_v$3 = _r$18; case 65:
				alive = _v$3;
				/* */ if (bodyEOF) { $s = 69; continue; }
				/* */ $s = 70; continue;
				/* if (bodyEOF) { */ case 69:
					$r = $send(eofc[0], $clone(new structType.ptr(), structType)); /* */ $s = 71; case 71: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 70:
				$s = 63; continue;
			/* } else if (_selection$3[0] === 1) { */ case 60:
				alive = false;
				$r = pc[0].t.CancelRequest(rc.req); /* */ $s = 72; case 72: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 63; continue;
			/* } else if (_selection$3[0] === 2) { */ case 61:
				alive = false;
				_arg$1 = $clone(rc.cancelKey, cancelKey);
				_r$19 = rc.req.Context().Err(); /* */ $s = 73; case 73: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				_arg$2 = _r$19;
				_r$20 = pc[0].t.cancelRequest(_arg$1, _arg$2); /* */ $s = 74; case 74: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				_r$20;
				$s = 63; continue;
			/* } else if (_selection$3[0] === 3) { */ case 62:
				alive = false;
			/* } */ case 63:
			$r = testHookReadLoopBeforeNextRead$1(); /* */ $s = 75; case 75: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 3; continue;
		case 4:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.readLoop, $c: true, $r, _arg, _arg$1, _arg$2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _selection$1, _selection$2, _selection$3, _tuple, _tuple$1, _v, _v$1, _v$2, _v$3, _v$4, alive, body$1, bodyEOF, bodyWritable, closeErr, eofc, err, hasBody, pc, rc, replaced, replaced$1, resp, testHookReadLoopBeforeNextRead$1, trace, tryPutIdleConn, waitForBodyRead, x$5, x$6, x$7, $s, $deferred};return $f; } }
	};
	persistConn.prototype.readLoop = function() { return this.$val.readLoop(); };
	persistConn.ptr.prototype.readLoopPeekFailLocked = function(peekErr) {
		var {_r$1, _r$2, _tuple, buf, n, pc, peekErr, $s, $r, $c} = $restore(this, {peekErr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pc = this;
		if (!($interfaceIsEqual(pc.closed, $ifaceNil))) {
			$s = -1; return;
		}
		n = pc.br.Buffered();
		/* */ if (n > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (n > 0) { */ case 1:
			_r$1 = pc.br.Peek(n); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			buf = _tuple[0];
			/* */ if (is408Message(buf)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (is408Message(buf)) { */ case 4:
				$r = pc.closeLocked(errServerClosedIdle); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } else { */ case 5:
				$r = log.Printf("Unsolicited response received on idle HTTP channel starting with %q; err=%v", new sliceType([buf, peekErr])); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 6:
		/* } */ case 2:
		/* */ if ($interfaceIsEqual(peekErr, io.EOF)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if ($interfaceIsEqual(peekErr, io.EOF)) { */ case 9:
			$r = pc.closeLocked(errServerClosedIdle); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 11; continue;
		/* } else { */ case 10:
			_r$2 = fmt.Errorf("readLoopPeekFailLocked: %v", new sliceType([peekErr])); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$r = pc.closeLocked(_r$2); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 11:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.readLoopPeekFailLocked, $c: true, $r, _r$1, _r$2, _tuple, buf, n, pc, peekErr, $s};return $f;
	};
	persistConn.prototype.readLoopPeekFailLocked = function(peekErr) { return this.$val.readLoopPeekFailLocked(peekErr); };
	is408Message = function(buf) {
		var buf;
		if (buf.$length < 12) {
			return false;
		}
		if (!(($bytesToString($subslice(buf, 0, 7))) === "HTTP/1.")) {
			return false;
		}
		return ($bytesToString($subslice(buf, 8, 12))) === " 408";
	};
	persistConn.ptr.prototype.readResponse = function(rc, trace) {
		var {_r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, continueCh, err, err$1, err$2, is1xx, is1xxNonTerminal, num1xx, pc, peek, rc, resCode, resp, trace, $s, $r, $c} = $restore(this, {rc, trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		resp = ptrType$18.nil;
		err = $ifaceNil;
		pc = this;
		/* */ if (!(trace === ptrType$19.nil) && !(trace.GotFirstResponseByte === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.GotFirstResponseByte === $throwNilPointerError)) { */ case 1:
			_r$1 = pc.br.Peek(1); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			peek = _tuple[0];
			err$1 = _tuple[1];
			/* */ if ($interfaceIsEqual(err$1, $ifaceNil) && (peek.$length === 1)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($interfaceIsEqual(err$1, $ifaceNil) && (peek.$length === 1)) { */ case 4:
				$r = trace.GotFirstResponseByte(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
		/* } */ case 2:
		num1xx = 0;
		continueCh = rc.continueCh;
		/* while (true) { */ case 7:
			_r$2 = ReadResponse(pc.br, rc.req); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			resp = _tuple$1[0];
			err = _tuple$1[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [resp, err];
			}
			resCode = resp.StatusCode;
			/* */ if (!(continueCh === $chanNil)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!(continueCh === $chanNil)) { */ case 10:
				/* */ if (resCode === 100) { $s = 12; continue; }
				/* */ if (resCode >= 200) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (resCode === 100) { */ case 12:
					/* */ if (!(trace === ptrType$19.nil) && !(trace.Got100Continue === $throwNilPointerError)) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if (!(trace === ptrType$19.nil) && !(trace.Got100Continue === $throwNilPointerError)) { */ case 15:
						$r = trace.Got100Continue(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 16:
					$r = $send(continueCh, $clone(new structType.ptr(), structType)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					continueCh = $chanNil;
					$s = 14; continue;
				/* } else if (resCode >= 200) { */ case 13:
					$close(continueCh);
					continueCh = $chanNil;
				/* } */ case 14:
			/* } */ case 11:
			is1xx = 100 <= resCode && resCode <= 199;
			is1xxNonTerminal = is1xx && !((resCode === 101));
			/* */ if (is1xxNonTerminal) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (is1xxNonTerminal) { */ case 19:
				num1xx = num1xx + (1) >> 0;
				if (num1xx > 5) {
					_tmp = ptrType$18.nil;
					_tmp$1 = errors.New("net/http: too many 1xx informational responses");
					resp = _tmp;
					err = _tmp$1;
					$s = -1; return [resp, err];
				}
				pc.readLimit = pc.maxHeaderResponseSize();
				/* */ if (!(trace === ptrType$19.nil) && !(trace.Got1xxResponse === $throwNilPointerError)) { $s = 21; continue; }
				/* */ $s = 22; continue;
				/* if (!(trace === ptrType$19.nil) && !(trace.Got1xxResponse === $throwNilPointerError)) { */ case 21:
					_r$3 = trace.Got1xxResponse(resCode, (resp.Header)); /* */ $s = 23; case 23: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					err$2 = _r$3;
					if (!($interfaceIsEqual(err$2, $ifaceNil))) {
						_tmp$2 = ptrType$18.nil;
						_tmp$3 = err$2;
						resp = _tmp$2;
						err = _tmp$3;
						$s = -1; return [resp, err];
					}
				/* } */ case 22:
				/* continue; */ $s = 7; continue;
			/* } */ case 20:
			/* break; */ $s = 8; continue;
		case 8:
		_r$4 = resp.isProtocolSwitch(); /* */ $s = 26; case 26: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (_r$4) { */ case 24:
			resp.Body = newReadWriteCloserBody(pc.br, pc.conn);
		/* } */ case 25:
		resp.TLS = pc.tlsState;
		$s = -1; return [resp, err];
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.readResponse, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, continueCh, err, err$1, err$2, is1xx, is1xxNonTerminal, num1xx, pc, peek, rc, resCode, resp, trace, $s};return $f;
	};
	persistConn.prototype.readResponse = function(rc, trace) { return this.$val.readResponse(rc, trace); };
	persistConn.ptr.prototype.waitForContinue = function(continueCh) {
		var continueCh, pc;
		pc = this;
		if (continueCh === $chanNil) {
			return $throwNilPointerError;
		}
		return (function $b() {
			var {$24r, $24r$1, $24r$2, _r$1, _r$2, _selection, _tuple, ok, timer, $s, $deferred, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
			_r$1 = time.NewTimer(pc.t.ExpectContinueTimeout); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			timer = _r$1;
			$deferred.push([$methodVal(timer, "Stop"), []]);
			_r$2 = $select([[continueCh], [timer.C], [pc.closech]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_selection = _r$2;
			/* */ if (_selection[0] === 0) { $s = 3; continue; }
			/* */ if (_selection[0] === 1) { $s = 4; continue; }
			/* */ if (_selection[0] === 2) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_selection[0] === 0) { */ case 3:
				_tuple = _selection[1];
				ok = _tuple[1];
				$24r = ok;
				$s = 7; case 7: return $24r;
			/* } else if (_selection[0] === 1) { */ case 4:
				$24r$1 = true;
				$s = 8; case 8: return $24r$1;
			/* } else if (_selection[0] === 2) { */ case 5:
				$24r$2 = false;
				$s = 9; case 9: return $24r$2;
			/* } */ case 6:
			$s = -1; return false;
			/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _selection, _tuple, ok, timer, $s, $deferred};return $f; } }
		});
	};
	persistConn.prototype.waitForContinue = function(continueCh) { return this.$val.waitForContinue(continueCh); };
	newReadWriteCloserBody = function(br, rwc) {
		var body$1, br, rwc;
		body$1 = new readWriteCloserBody.ptr(arrayType.zero(), ptrType$29.nil, rwc);
		if (!((br.Buffered() === 0))) {
			body$1.br = br;
		}
		return body$1;
	};
	readWriteCloserBody.ptr.prototype.Read = function(p) {
		var {$24r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, b, err, n, n$1, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		b = this;
		/* */ if (!(b.br === ptrType$29.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(b.br === ptrType$29.nil)) { */ case 1:
			n$1 = b.br.Buffered();
			if (p.$length > n$1) {
				p = $subslice(p, 0, n$1);
			}
			_r$1 = b.br.Read(p); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			n = _tuple[0];
			err = _tuple[1];
			if (b.br.Buffered() === 0) {
				b.br = ptrType$29.nil;
			}
			_tmp = n;
			_tmp$1 = err;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		/* } */ case 2:
		_r$2 = b.ReadWriteCloser.Read(p); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		n = _tuple$1[0];
		err = _tuple$1[1];
		$24r = [n, err];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: readWriteCloserBody.ptr.prototype.Read, $c: true, $r, $24r, _r$1, _r$2, _tmp, _tmp$1, _tuple, _tuple$1, b, err, n, n$1, p, $s};return $f;
	};
	readWriteCloserBody.prototype.Read = function(p) { return this.$val.Read(p); };
	persistConn.ptr.prototype.writeLoop = function() {
		var {_arg, _r$1, _r$2, _r$3, _selection, _tuple, bre, err, ok, pc, startBytesWritten, wr, x$5, x$6, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pc = this;
		$deferred.push([function(_arg) { $close(_arg); }, [pc.writeLoopDone]]);
		/* while (true) { */ case 1:
			_r$1 = $select([[pc.writech], [pc.closech]]); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_selection = _r$1;
			/* */ if (_selection[0] === 0) { $s = 4; continue; }
			/* */ if (_selection[0] === 1) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_selection[0] === 0) { */ case 4:
				wr = $clone(_selection[1][0], writeRequest);
				startBytesWritten = pc.nwrite;
				_r$2 = wr.req.Request.write(pc.bw, pc.isProxy, wr.req.extra, pc.waitForContinue(wr.continueCh)); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				err = _r$2;
				_tuple = $assertType(err, requestBodyReadError, true);
				bre = $clone(_tuple[0], requestBodyReadError);
				ok = _tuple[1];
				/* */ if (ok) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (ok) { */ case 8:
					err = bre.error;
					$r = wr.req.setError(err); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 9:
				/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 11:
					_r$3 = pc.bw.Flush(); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					err = _r$3;
				/* } */ case 12:
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					if ((x$5 = pc.nwrite, (x$5.$high === startBytesWritten.$high && x$5.$low === startBytesWritten.$low))) {
						err = (x$6 = new nothingWrittenError.ptr(err), new x$6.constructor.elem(x$6));
					}
				}
				$r = $send(pc.writeErrCh, err); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = $send(wr.ch, err); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 16:
					$r = pc.close(err); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 19; case 19: return;
				/* } */ case 17:
				$s = 6; continue;
			/* } else if (_selection[0] === 1) { */ case 5:
				$s = 20; case 20: return;
			/* } */ case 6:
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.writeLoop, $c: true, $r, _arg, _r$1, _r$2, _r$3, _selection, _tuple, bre, err, ok, pc, startBytesWritten, wr, x$5, x$6, $s, $deferred};return $f; } }
	};
	persistConn.prototype.writeLoop = function() { return this.$val.writeLoop(); };
	persistConn.ptr.prototype.wroteRequest = function() {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _selection, _selection$1, err, err$1, pc, t, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pc = this;
		_selection = $select([[pc.writeErrCh], []]);
		/* */ if (_selection[0] === 0) { $s = 1; continue; }
		/* */ if (_selection[0] === 1) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_selection[0] === 0) { */ case 1:
			err = _selection[1][0];
			$24r = $interfaceIsEqual(err, $ifaceNil);
			$s = 4; case 4: return $24r;
		/* } else if (_selection[0] === 1) { */ case 2:
			_r$1 = time.NewTimer(new time.Duration(0, 50000000)); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			t = _r$1;
			$deferred.push([$methodVal(t, "Stop"), []]);
			_r$2 = $select([[pc.writeErrCh], [t.C]]); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_selection$1 = _r$2;
			/* */ if (_selection$1[0] === 0) { $s = 7; continue; }
			/* */ if (_selection$1[0] === 1) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_selection$1[0] === 0) { */ case 7:
				err$1 = _selection$1[1][0];
				$24r$1 = $interfaceIsEqual(err$1, $ifaceNil);
				$s = 10; case 10: return $24r$1;
			/* } else if (_selection$1[0] === 1) { */ case 8:
				$24r$2 = false;
				$s = 11; case 11: return $24r$2;
			/* } */ case 9:
		/* } */ case 3:
		$s = -1; return false;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.wroteRequest, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _selection, _selection$1, err, err$1, pc, t, $s, $deferred};return $f; } }
	};
	persistConn.prototype.wroteRequest = function() { return this.$val.wroteRequest(); };
	httpError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return e.err;
	};
	httpError.prototype.Error = function() { return this.$val.Error(); };
	httpError.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return e.timeout;
	};
	httpError.prototype.Timeout = function() { return this.$val.Timeout(); };
	httpError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return true;
	};
	httpError.prototype.Temporary = function() { return this.$val.Temporary(); };
	nop = function() {
	};
	persistConn.ptr.prototype.roundTrip = function(req) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _arg, _arg$1, _arg$2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _v, _v$1, _v$2, _v$3, cancelChan, canceled, continueCh, ctxDoneChan, d, err, err$1, gone, headerFn, pc, pcClosed, re, req, requestedGzip, resc, resp, respHeaderTimer, startBytesWritten, timer, writeErrCh, $s, $deferred, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		pc = [pc];
		req = [req];
		resp = ptrType$18.nil;
		err[0] = $ifaceNil;
		pc[0] = this;
		$r = testHookEnterRoundTrip(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = pc[0].t.replaceReqCanceler($clone(req[0].cancelKey, cancelKey), $methodVal(pc[0], "cancelRequest")); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!_r$1) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!_r$1) { */ case 2:
			$r = pc[0].t.putOrCloseIdleConn(pc[0]); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp = ptrType$18.nil;
			_tmp$1 = errRequestCanceled;
			resp = _tmp;
			err[0] = _tmp$1;
			$24r = [resp, err[0]];
			$s = 6; case 6: return $24r;
		/* } */ case 3:
		$r = pc[0].mu.Lock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		pc[0].numExpectedResponses = pc[0].numExpectedResponses + (1) >> 0;
		headerFn = pc[0].mutateHeaderFunc;
		$r = pc[0].mu.Unlock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!(headerFn === $throwNilPointerError)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(headerFn === $throwNilPointerError)) { */ case 9:
			$r = headerFn(req[0].extraHeaders()); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		requestedGzip = false;
		if (!(!pc[0].t.DisableCompression)) { _v$1 = false; $s = 15; continue s; }
		_r$2 = new Header(req[0].Request.Header).Get("Accept-Encoding"); /* */ $s = 16; case 16: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v$1 = _r$2 === ""; case 15:
		if (!(_v$1)) { _v = false; $s = 14; continue s; }
		_r$3 = new Header(req[0].Request.Header).Get("Range"); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_v = _r$3 === ""; case 14:
		/* */ if (_v && !(req[0].Request.Method === "HEAD")) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (_v && !(req[0].Request.Method === "HEAD")) { */ case 12:
			requestedGzip = true;
			$r = new Header(req[0].extraHeaders()).Set("Accept-Encoding", "gzip"); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 13:
		continueCh = $chanNil;
		if (req[0].Request.ProtoAtLeast(1, 1) && !($interfaceIsEqual(req[0].Request.Body, $ifaceNil)) && req[0].Request.expectsContinue()) {
			continueCh = new $Chan(structType, 1);
		}
		if (!(pc[0].t.DisableKeepAlives && !req[0].Request.wantsClose())) { _v$2 = false; $s = 21; continue s; }
		_r$4 = isProtocolSwitchHeader(req[0].Request.Header); /* */ $s = 22; case 22: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v$2 = !_r$4; case 21:
		/* */ if (_v$2) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (_v$2) { */ case 19:
			$r = new Header(req[0].extraHeaders()).Set("Connection", "close"); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 20:
		gone = new $Chan(structType, 0);
		$deferred.push([function(_arg) { $close(_arg); }, [gone]]);
		$deferred.push([(function(err, pc, req) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 1:
				$r = pc[0].t.setReqCanceler($clone(req[0].cancelKey, cancelKey), $throwNilPointerError); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(err, pc, req), []]);
		startBytesWritten = pc[0].nwrite;
		writeErrCh = new $Chan($error, 1);
		$r = $send(pc[0].writech, $clone(new writeRequest.ptr(req[0], writeErrCh, continueCh), writeRequest)); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		resc = new $Chan(responseAndError, 0);
		$r = $send(pc[0].reqch, $clone(new requestAndChan.ptr(arrayType.zero(), req[0].Request, $clone(req[0].cancelKey, cancelKey), resc, requestedGzip, continueCh, gone), requestAndChan)); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		respHeaderTimer = $chanNil;
		cancelChan = req[0].Request.Cancel;
		_r$5 = req[0].Request.Context().Done(); /* */ $s = 26; case 26: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		ctxDoneChan = _r$5;
		pcClosed = pc[0].closech;
		canceled = false;
		/* while (true) { */ case 27:
			$r = testHookWaitResLoop(); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$6 = $select([[writeErrCh], [pcClosed], [respHeaderTimer], [resc], [cancelChan], [ctxDoneChan]]); /* */ $s = 30; case 30: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_selection = _r$6;
			/* */ if (_selection[0] === 0) { $s = 31; continue; }
			/* */ if (_selection[0] === 1) { $s = 32; continue; }
			/* */ if (_selection[0] === 2) { $s = 33; continue; }
			/* */ if (_selection[0] === 3) { $s = 34; continue; }
			/* */ if (_selection[0] === 4) { $s = 35; continue; }
			/* */ if (_selection[0] === 5) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (_selection[0] === 0) { */ case 31:
				err$1 = _selection[1][0];
				/* */ if (false) { $s = 38; continue; }
				/* */ $s = 39; continue;
				/* if (false) { */ case 38:
					$r = req[0].logf("writeErrCh resv: %T/%#v", new sliceType([err$1, err$1])); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 39:
				/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 41; continue; }
				/* */ $s = 42; continue;
				/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 41:
					_r$7 = fmt.Errorf("write error: %v", new sliceType([err$1])); /* */ $s = 43; case 43: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$r = pc[0].close(_r$7); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_tmp$2 = ptrType$18.nil;
					_r$8 = pc[0].mapRoundTripError(req[0], startBytesWritten, err$1); /* */ $s = 45; case 45: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_tmp$3 = _r$8;
					resp = _tmp$2;
					err[0] = _tmp$3;
					$24r$1 = [resp, err[0]];
					$s = 46; case 46: return $24r$1;
				/* } */ case 42:
				d = pc[0].t.ResponseHeaderTimeout;
				/* */ if ((d.$high > 0 || (d.$high === 0 && d.$low > 0))) { $s = 47; continue; }
				/* */ $s = 48; continue;
				/* if ((d.$high > 0 || (d.$high === 0 && d.$low > 0))) { */ case 47:
					/* */ if (false) { $s = 49; continue; }
					/* */ $s = 50; continue;
					/* if (false) { */ case 49:
						$r = req[0].logf("starting timer for %v", new sliceType([d])); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 50:
					_r$9 = time.NewTimer(d); /* */ $s = 52; case 52: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					timer = _r$9;
					$deferred.push([$methodVal(timer, "Stop"), []]);
					respHeaderTimer = timer.C;
				/* } */ case 48:
				$s = 37; continue;
			/* } else if (_selection[0] === 1) { */ case 32:
				pcClosed = $chanNil;
				if (canceled) { _v$3 = true; $s = 55; continue s; }
				_r$10 = pc[0].t.replaceReqCanceler($clone(req[0].cancelKey, cancelKey), $throwNilPointerError); /* */ $s = 56; case 56: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_v$3 = _r$10; case 55:
				/* */ if (_v$3) { $s = 53; continue; }
				/* */ $s = 54; continue;
				/* if (_v$3) { */ case 53:
					/* */ if (false) { $s = 57; continue; }
					/* */ $s = 58; continue;
					/* if (false) { */ case 57:
						$r = req[0].logf("closech recv: %T %#v", new sliceType([pc[0].closed, pc[0].closed])); /* */ $s = 59; case 59: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 58:
					_tmp$4 = ptrType$18.nil;
					_r$11 = pc[0].mapRoundTripError(req[0], startBytesWritten, pc[0].closed); /* */ $s = 60; case 60: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_tmp$5 = _r$11;
					resp = _tmp$4;
					err[0] = _tmp$5;
					$24r$2 = [resp, err[0]];
					$s = 61; case 61: return $24r$2;
				/* } */ case 54:
				$s = 37; continue;
			/* } else if (_selection[0] === 2) { */ case 33:
				/* */ if (false) { $s = 62; continue; }
				/* */ $s = 63; continue;
				/* if (false) { */ case 62:
					$r = req[0].logf("timeout waiting for response headers.", new sliceType([])); /* */ $s = 64; case 64: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 63:
				$r = pc[0].close(errTimeout); /* */ $s = 65; case 65: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$6 = ptrType$18.nil;
				_tmp$7 = errTimeout;
				resp = _tmp$6;
				err[0] = _tmp$7;
				$24r$3 = [resp, err[0]];
				$s = 66; case 66: return $24r$3;
			/* } else if (_selection[0] === 3) { */ case 34:
				re = $clone(_selection[1][0], responseAndError);
				/* */ if ((re.res === ptrType$18.nil) === ($interfaceIsEqual(re.err, $ifaceNil))) { $s = 67; continue; }
				/* */ $s = 68; continue;
				/* if ((re.res === ptrType$18.nil) === ($interfaceIsEqual(re.err, $ifaceNil))) { */ case 67:
					_r$12 = fmt.Sprintf("internal error: exactly one of res or err should be set; nil=%v", new sliceType([new $Bool(re.res === ptrType$18.nil)])); /* */ $s = 69; case 69: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
					$panic(new $String(_r$12));
				/* } */ case 68:
				/* */ if (false) { $s = 70; continue; }
				/* */ $s = 71; continue;
				/* if (false) { */ case 70:
					$r = req[0].logf("resc recv: %p, %T/%#v", new sliceType([re.res, re.err, re.err])); /* */ $s = 72; case 72: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 71:
				/* */ if (!($interfaceIsEqual(re.err, $ifaceNil))) { $s = 73; continue; }
				/* */ $s = 74; continue;
				/* if (!($interfaceIsEqual(re.err, $ifaceNil))) { */ case 73:
					_tmp$8 = ptrType$18.nil;
					_r$13 = pc[0].mapRoundTripError(req[0], startBytesWritten, re.err); /* */ $s = 75; case 75: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_tmp$9 = _r$13;
					resp = _tmp$8;
					err[0] = _tmp$9;
					$24r$4 = [resp, err[0]];
					$s = 76; case 76: return $24r$4;
				/* } */ case 74:
				_tmp$10 = re.res;
				_tmp$11 = $ifaceNil;
				resp = _tmp$10;
				err[0] = _tmp$11;
				$24r$5 = [resp, err[0]];
				$s = 77; case 77: return $24r$5;
			/* } else if (_selection[0] === 4) { */ case 35:
				_r$14 = pc[0].t.cancelRequest($clone(req[0].cancelKey, cancelKey), errRequestCanceled); /* */ $s = 78; case 78: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				canceled = _r$14;
				cancelChan = $chanNil;
				$s = 37; continue;
			/* } else if (_selection[0] === 5) { */ case 36:
				_arg$1 = $clone(req[0].cancelKey, cancelKey);
				_r$15 = req[0].Request.Context().Err(); /* */ $s = 79; case 79: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_arg$2 = _r$15;
				_r$16 = pc[0].t.cancelRequest(_arg$1, _arg$2); /* */ $s = 80; case 80: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				canceled = _r$16;
				cancelChan = $chanNil;
				ctxDoneChan = $chanNil;
			/* } */ case 37:
		$s = 27; continue;
		case 28:
		$s = -1; return [resp, err[0]];
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [resp, err[0]]; } if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.roundTrip, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _arg, _arg$1, _arg$2, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _v, _v$1, _v$2, _v$3, cancelChan, canceled, continueCh, ctxDoneChan, d, err, err$1, gone, headerFn, pc, pcClosed, re, req, requestedGzip, resc, resp, respHeaderTimer, startBytesWritten, timer, writeErrCh, $s, $deferred};return $f; } }
	};
	persistConn.prototype.roundTrip = function(req) { return this.$val.roundTrip(req); };
	transportRequest.ptr.prototype.logf = function(format, args) {
		var {_r$1, _r$2, _r$3, _tuple, args, format, logf$1, ok, tr, x$5, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		tr = this;
		_r$1 = tr.Request.Context().Value((x$5 = new tLogKey.ptr(), new x$5.constructor.elem(x$5))); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$1, funcType$1, true);
		logf$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$2 = time.Now(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $clone(_r$2, time.Time).Format("2006-01-02T15:04:05.999999999Z07:00"); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$r = logf$1(_r$3 + ": " + format, args); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: transportRequest.ptr.prototype.logf, $c: true, $r, _r$1, _r$2, _r$3, _tuple, args, format, logf$1, ok, tr, x$5, $s};return $f;
	};
	transportRequest.prototype.logf = function(format, args) { return this.$val.logf(format, args); };
	persistConn.ptr.prototype.markReused = function() {
		var {pc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pc = this;
		$r = pc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		pc.reused = true;
		$r = pc.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.markReused, $c: true, $r, pc, $s};return $f;
	};
	persistConn.prototype.markReused = function() { return this.$val.markReused(); };
	persistConn.ptr.prototype.close = function(err) {
		var {err, pc, $s, $deferred, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pc = this;
		$r = pc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(pc.mu, "Unlock"), []]);
		$r = pc.closeLocked(err); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: persistConn.ptr.prototype.close, $c: true, $r, err, pc, $s, $deferred};return $f; } }
	};
	persistConn.prototype.close = function(err) { return this.$val.close(err); };
	persistConn.ptr.prototype.closeLocked = function(err) {
		var {_r$1, err, pc, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pc = this;
		if ($interfaceIsEqual(err, $ifaceNil)) {
			$panic(new $String("nil error"));
		}
		pc.broken = true;
		/* */ if ($interfaceIsEqual(pc.closed, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(pc.closed, $ifaceNil)) { */ case 1:
			pc.closed = err;
			$r = pc.t.decConnsPerHost($clone(pc.cacheKey, connectMethodKey)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if ($interfaceIsEqual(pc.alt, $ifaceNil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($interfaceIsEqual(pc.alt, $ifaceNil)) { */ case 4:
				/* */ if (!($interfaceIsEqual(err, errCallerOwnsConn))) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!($interfaceIsEqual(err, errCallerOwnsConn))) { */ case 6:
					_r$1 = pc.conn.Close(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_r$1;
				/* } */ case 7:
				$close(pc.closech);
			/* } */ case 5:
		/* } */ case 2:
		pc.mutateHeaderFunc = $throwNilPointerError;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: persistConn.ptr.prototype.closeLocked, $c: true, $r, _r$1, err, pc, $s};return $f;
	};
	persistConn.prototype.closeLocked = function(err) { return this.$val.closeLocked(err); };
	canonicalAddr = function(url$1) {
		var {_entry, _r$1, _tuple, addr, err, port, url$1, v, $s, $r, $c} = $restore(this, {url$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addr = url$1.Hostname();
		_r$1 = idnaASCII(addr); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		v = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			addr = v;
		}
		port = url$1.Port();
		if (port === "") {
			port = (_entry = portMap[$String.keyFor(url$1.Scheme)], _entry !== undefined ? _entry.v : "");
		}
		$s = -1; return net.JoinHostPort(addr, port);
		/* */ } return; } var $f = {$blk: canonicalAddr, $c: true, $r, _entry, _r$1, _tuple, addr, err, port, url$1, v, $s};return $f;
	};
	bodyEOFSignal.ptr.prototype.Read = function(p) {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, closed, err, es, n, p, rerr, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		n = 0;
		err = $ifaceNil;
		es = this;
		$r = es.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp = es.closed;
		_tmp$1 = es.rerr;
		closed = _tmp;
		rerr = _tmp$1;
		$r = es.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (closed) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (closed) { */ case 3:
			_tmp$2 = 0;
			_tmp$3 = errReadOnClosedResBody;
			n = _tmp$2;
			err = _tmp$3;
			$24r = [n, err];
			$s = 5; case 5: return $24r;
		/* } */ case 4:
		/* */ if (!($interfaceIsEqual(rerr, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!($interfaceIsEqual(rerr, $ifaceNil))) { */ case 6:
			_tmp$4 = 0;
			_tmp$5 = rerr;
			n = _tmp$4;
			err = _tmp$5;
			$24r$1 = [n, err];
			$s = 8; case 8: return $24r$1;
		/* } */ case 7:
		_r$1 = es.body.Read(p); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 10:
			$r = es.mu.Lock(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(es.mu, "Unlock"), []]);
			if ($interfaceIsEqual(es.rerr, $ifaceNil)) {
				es.rerr = err;
			}
			_r$2 = es.condfn(err); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err = _r$2;
		/* } */ case 11:
		$24r$2 = [n, err];
		$s = 14; case 14: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: bodyEOFSignal.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, closed, err, es, n, p, rerr, $s, $deferred};return $f; } }
	};
	bodyEOFSignal.prototype.Read = function(p) { return this.$val.Read(p); };
	bodyEOFSignal.ptr.prototype.Close = function() {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, err, es, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		es = this;
		$r = es.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(es.mu, "Unlock"), []]);
		/* */ if (es.closed) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (es.closed) { */ case 2:
			$24r = $ifaceNil;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		es.closed = true;
		/* */ if (!(es.earlyCloseFn === $throwNilPointerError) && !($interfaceIsEqual(es.rerr, io.EOF))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(es.earlyCloseFn === $throwNilPointerError) && !($interfaceIsEqual(es.rerr, io.EOF))) { */ case 5:
			_r$1 = es.earlyCloseFn(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r$1 = _r$1;
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		_r$2 = es.body.Close(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		_r$3 = es.condfn(err); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$2 = _r$3;
		$s = 11; case 11: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: bodyEOFSignal.ptr.prototype.Close, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, err, es, $s, $deferred};return $f; } }
	};
	bodyEOFSignal.prototype.Close = function() { return this.$val.Close(); };
	bodyEOFSignal.ptr.prototype.condfn = function(err) {
		var {_r$1, err, es, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		es = this;
		if (es.fn === $throwNilPointerError) {
			$s = -1; return err;
		}
		_r$1 = es.fn(err); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		es.fn = $throwNilPointerError;
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: bodyEOFSignal.ptr.prototype.condfn, $c: true, $r, _r$1, err, es, $s};return $f;
	};
	bodyEOFSignal.prototype.condfn = function(err) { return this.$val.condfn(err); };
	gzipReader.ptr.prototype.Read = function(p) {
		var {$24r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, err, gz, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		gz = this;
		/* */ if (gz.zr === ptrType$33.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (gz.zr === ptrType$33.nil) { */ case 1:
			/* */ if ($interfaceIsEqual(gz.zerr, $ifaceNil)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if ($interfaceIsEqual(gz.zerr, $ifaceNil)) { */ case 3:
				_r$1 = gzip.NewReader(gz.body); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				gz.zr = _tuple[0];
				gz.zerr = _tuple[1];
			/* } */ case 4:
			if (!($interfaceIsEqual(gz.zerr, $ifaceNil))) {
				_tmp = 0;
				_tmp$1 = gz.zerr;
				n = _tmp;
				err = _tmp$1;
				$s = -1; return [n, err];
			}
		/* } */ case 2:
		$r = gz.body.mu.Lock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (gz.body.closed) {
			err = errReadOnClosedResBody;
		}
		$r = gz.body.mu.Unlock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$2 = 0;
			_tmp$3 = err;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		_r$2 = gz.zr.Read(p); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		n = _tuple$1[0];
		err = _tuple$1[1];
		$24r = [n, err];
		$s = 9; case 9: return $24r;
		/* */ } return; } var $f = {$blk: gzipReader.ptr.prototype.Read, $c: true, $r, $24r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, err, gz, n, p, $s};return $f;
	};
	gzipReader.prototype.Read = function(p) { return this.$val.Read(p); };
	gzipReader.ptr.prototype.Close = function() {
		var {$24r, _r$1, gz, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		gz = this;
		_r$1 = gz.body.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: gzipReader.ptr.prototype.Close, $c: true, $r, $24r, _r$1, gz, $s};return $f;
	};
	gzipReader.prototype.Close = function() { return this.$val.Close(); };
	tlsHandshakeTimeoutError.ptr.prototype.Timeout = function() {
		return true;
	};
	tlsHandshakeTimeoutError.prototype.Timeout = function() { return this.$val.Timeout(); };
	tlsHandshakeTimeoutError.ptr.prototype.Temporary = function() {
		return true;
	};
	tlsHandshakeTimeoutError.prototype.Temporary = function() { return this.$val.Temporary(); };
	tlsHandshakeTimeoutError.ptr.prototype.Error = function() {
		return "net/http: TLS handshake timeout";
	};
	tlsHandshakeTimeoutError.prototype.Error = function() { return this.$val.Error(); };
	fakeLocker.ptr.prototype.Lock = function() {
	};
	fakeLocker.prototype.Lock = function() { return this.$val.Lock(); };
	fakeLocker.ptr.prototype.Unlock = function() {
	};
	fakeLocker.prototype.Unlock = function() { return this.$val.Unlock(); };
	cloneTLSConfig = function(cfg) {
		var {$24r, _r$1, cfg, $s, $r, $c} = $restore(this, {cfg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (cfg === ptrType$4.nil) {
			$s = -1; return new tls.Config.ptr($ifaceNil, $throwNilPointerError, sliceType$13.nil, false, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType$34.nil, sliceType$2.nil, "", 0, ptrType$34.nil, false, sliceType$14.nil, false, false, arrayType$1.zero(), $ifaceNil, 0, 0, sliceType$15.nil, false, 0, $ifaceNil, new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), sliceType$16.nil, sliceType$16.nil);
		}
		_r$1 = cfg.Clone(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: cloneTLSConfig, $c: true, $r, $24r, _r$1, cfg, $s};return $f;
	};
	connLRU.ptr.prototype.add = function(pc) {
		var _entry, _key, _tuple, cl, ele, ok, pc;
		cl = this;
		if (cl.ll === ptrType$3.nil) {
			cl.ll = list.New();
			cl.m = {};
		}
		ele = cl.ll.PushFront(pc);
		_tuple = (_entry = cl.m[ptrType$22.keyFor(pc)], _entry !== undefined ? [_entry.v, true] : [ptrType$23.nil, false]);
		ok = _tuple[1];
		if (ok) {
			$panic(new $String("persistConn was already in LRU"));
		}
		_key = pc; (cl.m || $throwRuntimeError("assignment to entry in nil map"))[ptrType$22.keyFor(_key)] = { k: _key, v: ele };
	};
	connLRU.prototype.add = function(pc) { return this.$val.add(pc); };
	connLRU.ptr.prototype.removeOldest = function() {
		var cl, ele, pc;
		cl = this;
		ele = cl.ll.Back();
		pc = $assertType(ele.Value, ptrType$22);
		cl.ll.Remove(ele);
		delete cl.m[ptrType$22.keyFor(pc)];
		return pc;
	};
	connLRU.prototype.removeOldest = function() { return this.$val.removeOldest(); };
	connLRU.ptr.prototype.remove = function(pc) {
		var _entry, _tuple, cl, ele, ok, pc;
		cl = this;
		_tuple = (_entry = cl.m[ptrType$22.keyFor(pc)], _entry !== undefined ? [_entry.v, true] : [ptrType$23.nil, false]);
		ele = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			cl.ll.Remove(ele);
			delete cl.m[ptrType$22.keyFor(pc)];
		}
	};
	connLRU.prototype.remove = function(pc) { return this.$val.remove(pc); };
	connLRU.ptr.prototype.len = function() {
		var cl;
		cl = this;
		return $keys(cl.m).length;
	};
	connLRU.prototype.len = function() { return this.$val.len(); };
	errorReader.ptr.prototype.Read = function(p) {
		var _tmp, _tmp$1, err, n, p, r;
		n = 0;
		err = $ifaceNil;
		r = this;
		_tmp = 0;
		_tmp$1 = r.err;
		n = _tmp;
		err = _tmp$1;
		return [n, err];
	};
	errorReader.prototype.Read = function(p) { return this.$val.Read(p); };
	byteReader.ptr.prototype.Read = function(p) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, br, err, n, p;
		n = 0;
		err = $ifaceNil;
		br = this;
		if (br.done) {
			_tmp = 0;
			_tmp$1 = io.EOF;
			n = _tmp;
			err = _tmp$1;
			return [n, err];
		}
		if (p.$length === 0) {
			_tmp$2 = 0;
			_tmp$3 = $ifaceNil;
			n = _tmp$2;
			err = _tmp$3;
			return [n, err];
		}
		br.done = true;
		(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = br.b);
		_tmp$4 = 1;
		_tmp$5 = io.EOF;
		n = _tmp$4;
		err = _tmp$5;
		return [n, err];
	};
	byteReader.prototype.Read = function(p) { return this.$val.Read(p); };
	newTransferWriter = function(r) {
		var {$24r, _r$1, _r$2, _r$3, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, _v$1, atLeastHTTP11, err, r, rr, rr$1, t, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = ptrType$35.nil;
		err = $ifaceNil;
		t = new transferWriter.ptr("", $ifaceNil, $ifaceNil, false, new $Int64(0, 0), false, sliceType$2.nil, false, false, false, $ifaceNil, false, $chanNil);
		atLeastHTTP11 = false;
		_ref = r;
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$18, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$11, true)[1]) { */ case 1:
			rr = _ref.$val;
			/* */ if (!((x$5 = rr.ContentLength, (x$5.$high === 0 && x$5.$low === 0))) && $interfaceIsEqual(rr.Body, $ifaceNil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!((x$5 = rr.ContentLength, (x$5.$high === 0 && x$5.$low === 0))) && $interfaceIsEqual(rr.Body, $ifaceNil)) { */ case 4:
				_tmp = ptrType$35.nil;
				_r$1 = fmt.Errorf("http: Request.ContentLength=%d with nil Body", new sliceType([rr.ContentLength])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tmp$1 = _r$1;
				t = _tmp;
				err = _tmp$1;
				$24r = [t, err];
				$s = 7; case 7: return $24r;
			/* } */ case 5:
			t.Method = valueOrDefault(rr.Method, "GET");
			t.Close = rr.Close;
			t.TransferEncoding = rr.TransferEncoding;
			t.Header = rr.Header;
			t.Trailer = rr.Trailer;
			t.Body = rr.Body;
			t.BodyCloser = rr.Body;
			t.ContentLength = rr.outgoingLength();
			if (!((x$6 = t.ContentLength, (x$6.$high < 0 || (x$6.$high === 0 && x$6.$low < 0))) && (t.TransferEncoding.$length === 0))) { _v = false; $s = 10; continue s; }
			_r$2 = t.shouldSendChunkedRequestBody(); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_v = _r$2; case 10:
			/* */ if (_v) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (_v) { */ case 8:
				t.TransferEncoding = new sliceType$2(["chunked"]);
			/* } */ case 9:
			if (!(!((x$7 = t.ContentLength, (x$7.$high === 0 && x$7.$low === 0))))) { _v$1 = false; $s = 14; continue s; }
			_r$3 = isKnownInMemoryReader(t.Body); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_v$1 = !_r$3; case 14:
			/* */ if (_v$1) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (_v$1) { */ case 12:
				t.FlushHeaders = true;
			/* } */ case 13:
			atLeastHTTP11 = true;
			$s = 3; continue;
		/* } else if ($assertType(_ref, ptrType$18, true)[1]) { */ case 2:
			rr$1 = _ref.$val;
			t.IsResponse = true;
			if (!(rr$1.Request === ptrType$11.nil)) {
				t.Method = rr$1.Request.Method;
			}
			t.Body = rr$1.Body;
			t.BodyCloser = rr$1.Body;
			t.ContentLength = rr$1.ContentLength;
			t.Close = rr$1.Close;
			t.TransferEncoding = rr$1.TransferEncoding;
			t.Header = rr$1.Header;
			t.Trailer = rr$1.Trailer;
			atLeastHTTP11 = rr$1.ProtoAtLeast(1, 1);
			t.ResponseToHEAD = noResponseBodyExpected(t.Method);
		/* } */ case 3:
		if (t.ResponseToHEAD) {
			t.Body = $ifaceNil;
			if (chunked(t.TransferEncoding)) {
				t.ContentLength = new $Int64(-1, 4294967295);
			}
		} else {
			if (!atLeastHTTP11 || $interfaceIsEqual(t.Body, $ifaceNil)) {
				t.TransferEncoding = sliceType$2.nil;
			}
			if (chunked(t.TransferEncoding)) {
				t.ContentLength = new $Int64(-1, 4294967295);
			} else if ($interfaceIsEqual(t.Body, $ifaceNil)) {
				t.ContentLength = new $Int64(0, 0);
			}
		}
		if (!chunked(t.TransferEncoding)) {
			t.Trailer = false;
		}
		_tmp$2 = t;
		_tmp$3 = $ifaceNil;
		t = _tmp$2;
		err = _tmp$3;
		$s = -1; return [t, err];
		/* */ } return; } var $f = {$blk: newTransferWriter, $c: true, $r, $24r, _r$1, _r$2, _r$3, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _v, _v$1, atLeastHTTP11, err, r, rr, rr$1, t, x$5, x$6, x$7, $s};return $f;
	};
	transferWriter.ptr.prototype.shouldSendChunkedRequestBody = function() {
		var {t, x$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if ((x$5 = t.ContentLength, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low >= 0))) || $interfaceIsEqual(t.Body, $ifaceNil)) {
			$s = -1; return false;
		}
		if (t.Method === "CONNECT") {
			$s = -1; return false;
		}
		/* */ if (requestMethodUsuallyLacksBody(t.Method)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (requestMethodUsuallyLacksBody(t.Method)) { */ case 1:
			$r = t.probeRequestBody(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return !($interfaceIsEqual(t.Body, $ifaceNil));
		/* } */ case 2:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: transferWriter.ptr.prototype.shouldSendChunkedRequestBody, $c: true, $r, t, x$5, $s};return $f;
	};
	transferWriter.prototype.shouldSendChunkedRequestBody = function() { return this.$val.shouldSendChunkedRequestBody(); };
	transferWriter.ptr.prototype.probeRequestBody = function() {
		var {_r$1, _r$2, _selection, rres, t, timer, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = [t];
		t[0] = this;
		t[0].ByteReadCh = new $Chan(readResult, 1);
		$go((function(t) { return function $b(body$1) {
			var {_r$1, _tuple, body$1, buf, rres, $s, $r, $c} = $restore(this, {body$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			buf = arrayType$2.zero();
			rres = new readResult.ptr(arrayType.zero(), 0, $ifaceNil, 0);
			_r$1 = body$1.Read(new sliceType$3(buf)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			rres.n = _tuple[0];
			rres.err = _tuple[1];
			if (rres.n === 1) {
				rres.b = buf[0];
			}
			$r = $send(t[0].ByteReadCh, $clone($clone(rres, readResult), readResult)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$close(t[0].ByteReadCh);
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, _tuple, body$1, buf, rres, $s};return $f;
		}; })(t), [t[0].Body]);
		_r$1 = time.NewTimer(new time.Duration(0, 200000000)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		timer = _r$1;
		_r$2 = $select([[t[0].ByteReadCh], [timer.C]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_selection = _r$2;
		if (_selection[0] === 0) {
			rres = $clone(_selection[1][0], readResult);
			timer.Stop();
			if ((rres.n === 0) && $interfaceIsEqual(rres.err, io.EOF)) {
				t[0].Body = $ifaceNil;
				t[0].ContentLength = new $Int64(0, 0);
			} else if (rres.n === 1) {
				if (!($interfaceIsEqual(rres.err, $ifaceNil))) {
					t[0].Body = io.MultiReader(new sliceType$17([new byteReader.ptr(rres.b, false), (x$5 = new errorReader.ptr(rres.err), new x$5.constructor.elem(x$5))]));
				} else {
					t[0].Body = io.MultiReader(new sliceType$17([new byteReader.ptr(rres.b, false), t[0].Body]));
				}
			} else if (!($interfaceIsEqual(rres.err, $ifaceNil))) {
				t[0].Body = (x$6 = new errorReader.ptr(rres.err), new x$6.constructor.elem(x$6));
			}
		} else if (_selection[0] === 1) {
			t[0].Body = io.MultiReader(new sliceType$17([(x$7 = new finishAsyncByteRead.ptr(t[0]), new x$7.constructor.elem(x$7)), t[0].Body]));
			t[0].FlushHeaders = true;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: transferWriter.ptr.prototype.probeRequestBody, $c: true, $r, _r$1, _r$2, _selection, rres, t, timer, x$5, x$6, x$7, $s};return $f;
	};
	transferWriter.prototype.probeRequestBody = function() { return this.$val.probeRequestBody(); };
	noResponseBodyExpected = function(requestMethod) {
		var requestMethod;
		return requestMethod === "HEAD";
	};
	transferWriter.ptr.prototype.shouldSendContentLength = function() {
		var t, x$5, x$6, x$7;
		t = this;
		if (chunked(t.TransferEncoding)) {
			return false;
		}
		if ((x$5 = t.ContentLength, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 0)))) {
			return true;
		}
		if ((x$6 = t.ContentLength, (x$6.$high < 0 || (x$6.$high === 0 && x$6.$low < 0)))) {
			return false;
		}
		if (t.Method === "POST" || t.Method === "PUT" || t.Method === "PATCH") {
			return true;
		}
		if ((x$7 = t.ContentLength, (x$7.$high === 0 && x$7.$low === 0)) && isIdentity(t.TransferEncoding)) {
			if (t.Method === "GET" || t.Method === "HEAD") {
				return false;
			}
			return true;
		}
		return false;
	};
	transferWriter.prototype.shouldSendContentLength = function() { return this.$val.shouldSendContentLength(); };
	transferWriter.ptr.prototype.writeHeader = function(w, trace) {
		var {$24r, _1, _entry, _i, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, err, err$1, err$2, err$3, err$4, k, keys, t, trace, w, $s, $r, $c} = $restore(this, {w, trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		/* */ if (t.Close && !hasToken(new Header(t.Header).get("Connection"), "close")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (t.Close && !hasToken(new Header(t.Header).get("Connection"), "close")) { */ case 1:
			_r$1 = io.WriteString(w, "Connection: close\r\n"); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { */ case 4:
				$r = trace.WroteHeaderField("Connection", new sliceType$2(["close"])); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
		/* } */ case 2:
		/* */ if (t.shouldSendContentLength()) { $s = 7; continue; }
		/* */ if (chunked(t.TransferEncoding)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (t.shouldSendContentLength()) { */ case 7:
			_r$2 = io.WriteString(w, "Content-Length: "); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
			_r$3 = io.WriteString(w, strconv.FormatInt(t.ContentLength, 10) + "\r\n"); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			err$2 = _tuple$2[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				$s = -1; return err$2;
			}
			/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { */ case 12:
				$r = trace.WroteHeaderField("Content-Length", new sliceType$2([strconv.FormatInt(t.ContentLength, 10)])); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 13:
			$s = 9; continue;
		/* } else if (chunked(t.TransferEncoding)) { */ case 8:
			_r$4 = io.WriteString(w, "Transfer-Encoding: chunked\r\n"); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$3 = _r$4;
			err$3 = _tuple$3[1];
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return err$3;
			}
			/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { */ case 16:
				$r = trace.WroteHeaderField("Transfer-Encoding", new sliceType$2(["chunked"])); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 17:
		/* } */ case 9:
		/* */ if (!(t.Trailer === false)) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (!(t.Trailer === false)) { */ case 19:
			keys = $makeSlice(sliceType$2, 0, $keys(t.Trailer).length);
			_ref = t.Trailer;
			_i = 0;
			_keys = $keys(_ref);
			/* while (true) { */ case 21:
				/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 22; continue; }
				_entry = _ref[_keys[_i]];
				if (_entry === undefined) {
					_i++;
					/* continue; */ $s = 21; continue;
				}
				k = _entry.k;
				_r$5 = CanonicalHeaderKey(k); /* */ $s = 23; case 23: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				k = _r$5;
					_1 = k;
					/* */ if (_1 === ("Transfer-Encoding") || _1 === ("Trailer") || _1 === ("Content-Length")) { $s = 25; continue; }
					/* */ $s = 26; continue;
					/* if (_1 === ("Transfer-Encoding") || _1 === ("Trailer") || _1 === ("Content-Length")) { */ case 25:
						_r$6 = badStringError("invalid Trailer key", k); /* */ $s = 27; case 27: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
						$24r = _r$6;
						$s = 28; case 28: return $24r;
					/* } */ case 26:
				case 24:
				keys = $append(keys, k);
				_i++;
			$s = 21; continue;
			case 22:
			/* */ if (keys.$length > 0) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* if (keys.$length > 0) { */ case 29:
				$r = sort.Strings(keys); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$7 = io.WriteString(w, "Trailer: " + strings.Join(keys, ",") + "\r\n"); /* */ $s = 32; case 32: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_tuple$4 = _r$7;
				err$4 = _tuple$4[1];
				if (!($interfaceIsEqual(err$4, $ifaceNil))) {
					$s = -1; return err$4;
				}
				/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { $s = 33; continue; }
				/* */ $s = 34; continue;
				/* if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { */ case 33:
					$r = trace.WroteHeaderField("Trailer", keys); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 34:
			/* } */ case 30:
		/* } */ case 20:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: transferWriter.ptr.prototype.writeHeader, $c: true, $r, $24r, _1, _entry, _i, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, err, err$1, err$2, err$3, err$4, k, keys, t, trace, w, $s};return $f;
	};
	transferWriter.prototype.writeHeader = function(w, trace) { return this.$val.writeHeader(w, trace); };
	transferWriter.ptr.prototype.writeBody = function(w) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, body$1, bw, closed, cw, dst, err, err$1, err$2, ncopy, nextra, ok, t, w, x$5, x$6, x$7, x$8, x$9, $s, $deferred, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		closed = [closed];
		err = [err];
		t = [t];
		err[0] = $ifaceNil;
		t[0] = this;
		ncopy = new $Int64(0, 0);
		closed[0] = false;
		$deferred.push([(function(closed, err, t) { return function $b() {
			var {_r$1, closeErr, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if (closed[0] || $interfaceIsEqual(t[0].BodyCloser, $ifaceNil)) {
				$s = -1; return;
			}
			_r$1 = t[0].BodyCloser.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			closeErr = _r$1;
			if (!($interfaceIsEqual(closeErr, $ifaceNil)) && $interfaceIsEqual(err[0], $ifaceNil)) {
				err[0] = closeErr;
			}
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, closeErr, $s};return $f;
		}; })(closed, err, t), []]);
		/* */ if (!($interfaceIsEqual(t[0].Body, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(t[0].Body, $ifaceNil))) { */ case 1:
			_r$1 = t[0].unwrapBody(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			body$1 = _r$1;
			/* */ if (chunked(t[0].TransferEncoding)) { $s = 4; continue; }
			/* */ if ((x$5 = t[0].ContentLength, (x$5.$high === -1 && x$5.$low === 4294967295))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (chunked(t[0].TransferEncoding)) { */ case 4:
				_tuple = $assertType(w, ptrType$14, true);
				bw = _tuple[0];
				ok = _tuple[1];
				if (ok && !t[0].IsResponse) {
					w = new internal.FlushAfterChunkWriter.ptr(bw);
				}
				cw = internal.NewChunkedWriter(w);
				_r$2 = t[0].doBodyCopy(cw, body$1); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				err[0] = _tuple$1[1];
				/* */ if ($interfaceIsEqual(err[0], $ifaceNil)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if ($interfaceIsEqual(err[0], $ifaceNil)) { */ case 9:
					_r$3 = cw.Close(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					err[0] = _r$3;
				/* } */ case 10:
				$s = 7; continue;
			/* } else if ((x$5 = t[0].ContentLength, (x$5.$high === -1 && x$5.$low === 4294967295))) { */ case 5:
				dst = w;
				if (t[0].Method === "CONNECT") {
					dst = (x$6 = new bufioFlushWriter.ptr(dst), new x$6.constructor.elem(x$6));
				}
				_r$4 = t[0].doBodyCopy(dst, body$1); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$2 = _r$4;
				ncopy = _tuple$2[0];
				err[0] = _tuple$2[1];
				$s = 7; continue;
			/* } else { */ case 6:
				_r$5 = t[0].doBodyCopy(w, io.LimitReader(body$1, t[0].ContentLength)); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$3 = _r$5;
				ncopy = _tuple$3[0];
				err[0] = _tuple$3[1];
				/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 14:
					err[0] = err[0];
					$24r = err[0];
					$s = 16; case 16: return $24r;
				/* } */ case 15:
				nextra = new $Int64(0, 0);
				_r$6 = t[0].doBodyCopy(io.Discard, body$1); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_tuple$4 = _r$6;
				nextra = _tuple$4[0];
				err[0] = _tuple$4[1];
				ncopy = (x$7 = nextra, new $Int64(ncopy.$high + x$7.$high, ncopy.$low + x$7.$low));
			/* } */ case 7:
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 18:
				err[0] = err[0];
				$24r$1 = err[0];
				$s = 20; case 20: return $24r$1;
			/* } */ case 19:
		/* } */ case 2:
		/* */ if (!($interfaceIsEqual(t[0].BodyCloser, $ifaceNil))) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!($interfaceIsEqual(t[0].BodyCloser, $ifaceNil))) { */ case 21:
			closed[0] = true;
			_r$7 = t[0].BodyCloser.Close(); /* */ $s = 23; case 23: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			err$1 = _r$7;
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 24:
				err[0] = err$1;
				$24r$2 = err[0];
				$s = 26; case 26: return $24r$2;
			/* } */ case 25:
		/* } */ case 22:
		/* */ if (!t[0].ResponseToHEAD && !((x$8 = t[0].ContentLength, (x$8.$high === -1 && x$8.$low === 4294967295))) && !((x$9 = t[0].ContentLength, (x$9.$high === ncopy.$high && x$9.$low === ncopy.$low)))) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (!t[0].ResponseToHEAD && !((x$8 = t[0].ContentLength, (x$8.$high === -1 && x$8.$low === 4294967295))) && !((x$9 = t[0].ContentLength, (x$9.$high === ncopy.$high && x$9.$low === ncopy.$low)))) { */ case 27:
			_r$8 = fmt.Errorf("http: ContentLength=%d with Body length %d", new sliceType([t[0].ContentLength, ncopy])); /* */ $s = 29; case 29: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err[0] = _r$8;
			$24r$3 = err[0];
			$s = 30; case 30: return $24r$3;
		/* } */ case 28:
		/* */ if (chunked(t[0].TransferEncoding)) { $s = 31; continue; }
		/* */ $s = 32; continue;
		/* if (chunked(t[0].TransferEncoding)) { */ case 31:
			/* */ if (!(t[0].Trailer === false)) { $s = 33; continue; }
			/* */ $s = 34; continue;
			/* if (!(t[0].Trailer === false)) { */ case 33:
				_r$9 = new Header(t[0].Trailer).Write(w); /* */ $s = 35; case 35: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				err$2 = _r$9;
				/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 36; continue; }
				/* */ $s = 37; continue;
				/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 36:
					err[0] = err$2;
					$24r$4 = err[0];
					$s = 38; case 38: return $24r$4;
				/* } */ case 37:
			/* } */ case 34:
			_r$10 = io.WriteString(w, "\r\n"); /* */ $s = 39; case 39: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_tuple$5 = _r$10;
			err[0] = _tuple$5[1];
		/* } */ case 32:
		err[0] = err[0];
		$24r$5 = err[0];
		$s = 40; case 40: return $24r$5;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err[0]; } if($curGoroutine.asleep) { var $f = {$blk: transferWriter.ptr.prototype.writeBody, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, body$1, bw, closed, cw, dst, err, err$1, err$2, ncopy, nextra, ok, t, w, x$5, x$6, x$7, x$8, x$9, $s, $deferred};return $f; } }
	};
	transferWriter.prototype.writeBody = function(w) { return this.$val.writeBody(w); };
	transferWriter.ptr.prototype.doBodyCopy = function(dst, src) {
		var {_r$1, _tuple, dst, err, n, src, t, $s, $r, $c} = $restore(this, {dst, src});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Int64(0, 0);
		err = $ifaceNil;
		t = this;
		_r$1 = io.Copy(dst, src); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual(err, io.EOF))) {
			t.bodyReadError = err;
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: transferWriter.ptr.prototype.doBodyCopy, $c: true, $r, _r$1, _tuple, dst, err, n, src, t, $s};return $f;
	};
	transferWriter.prototype.doBodyCopy = function(dst, src) { return this.$val.doBodyCopy(dst, src); };
	transferWriter.ptr.prototype.unwrapBody = function() {
		var {$24r, _r$1, _r$2, _r$3, _tuple, ok, r, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		/* */ if ($interfaceIsEqual(reflect.TypeOf(t.Body), nopCloserType)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(reflect.TypeOf(t.Body), nopCloserType)) { */ case 1:
			_r$1 = reflect.ValueOf(t.Body); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = $clone(_r$1, reflect.Value).Field(0); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $clone(_r$2, reflect.Value).Interface(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = $assertType(_r$3, io.Reader);
			$s = 6; case 6: return $24r;
		/* } */ case 2:
		_tuple = $assertType(t.Body, ptrType$20, true);
		r = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			r.didRead = true;
			$s = -1; return r.ReadCloser;
		}
		$s = -1; return t.Body;
		/* */ } return; } var $f = {$blk: transferWriter.ptr.prototype.unwrapBody, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, ok, r, t, $s};return $f;
	};
	transferWriter.prototype.unwrapBody = function() { return this.$val.unwrapBody(); };
	transferReader.ptr.prototype.protoAtLeast = function(m, n) {
		var m, n, t;
		t = this;
		return t.ProtoMajor > m || ((t.ProtoMajor === m) && t.ProtoMinor >= n);
	};
	transferReader.prototype.protoAtLeast = function(m, n) { return this.$val.protoAtLeast(m, n); };
	bodyAllowedForStatus = function(status) {
		var status;
		if (status >= 100 && status <= 199) {
			return false;
		} else if ((status === 204)) {
			return false;
		} else if ((status === 304)) {
			return false;
		}
		return true;
	};
	suppressedHeaders = function(status) {
		var status;
		if ((status === 304)) {
			return suppressedHeaders304;
		} else if (!bodyAllowedForStatus(status)) {
			return suppressedHeadersNoBody;
		}
		return sliceType$2.nil;
	};
	readTransfer = function(msg, r) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, err, err$1, err$2, isResponse, msg, n, r, realLength, rr, rr$1, rr$2, rr$3, rr$4, t, $s, $r, $c} = $restore(this, {msg, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = $ifaceNil;
		t = new transferReader.ptr(false, 0, "GET", 0, 0, $ifaceNil, new $Int64(0, 0), false, false, false);
		isResponse = false;
		_ref = msg;
		/* */ if ($assertType(_ref, ptrType$18, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$11, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$18, true)[1]) { */ case 1:
			rr = _ref.$val;
			t.Header = rr.Header;
			t.StatusCode = rr.StatusCode;
			t.ProtoMajor = rr.ProtoMajor;
			t.ProtoMinor = rr.ProtoMinor;
			_r$1 = shouldClose(t.ProtoMajor, t.ProtoMinor, t.Header, true); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			t.Close = _r$1;
			isResponse = true;
			if (!(rr.Request === ptrType$11.nil)) {
				t.RequestMethod = rr.Request.Method;
			}
			$s = 4; continue;
		/* } else if ($assertType(_ref, ptrType$11, true)[1]) { */ case 2:
			rr$1 = _ref.$val;
			t.Header = rr$1.Header;
			t.RequestMethod = rr$1.Method;
			t.ProtoMajor = rr$1.ProtoMajor;
			t.ProtoMinor = rr$1.ProtoMinor;
			t.StatusCode = 200;
			t.Close = rr$1.Close;
			$s = 4; continue;
		/* } else { */ case 3:
			rr$2 = _ref;
			$panic(new $String("unexpected type"));
		/* } */ case 4:
		if ((t.ProtoMajor === 0) && (t.ProtoMinor === 0)) {
			_tmp = 1;
			_tmp$1 = 1;
			t.ProtoMajor = _tmp;
			t.ProtoMinor = _tmp$1;
		}
		_r$2 = t.parseTransferEncoding(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err$1 = _r$2;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			err = err$1;
			$s = -1; return err;
		}
		_r$3 = fixLength(isResponse, t.StatusCode, t.RequestMethod, t.Header, t.Chunked); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		realLength = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = err;
			$s = -1; return err;
		}
		/* */ if (isResponse && t.RequestMethod === "HEAD") { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (isResponse && t.RequestMethod === "HEAD") { */ case 8:
			_r$4 = parseContentLength(new Header(t.Header).get("Content-Length")); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$1 = _r$4;
			n = _tuple$1[0];
			err$2 = _tuple$1[1];
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				err = err$2;
				$s = -1; return err;
			} else {
				t.ContentLength = n;
			}
			$s = 10; continue;
		/* } else { */ case 9:
			t.ContentLength = realLength;
		/* } */ case 10:
		_r$5 = fixTrailer(t.Header, t.Chunked); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$2 = _r$5;
		t.Trailer = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			err = err;
			$s = -1; return err;
		}
		_ref$1 = msg;
		if ($assertType(_ref$1, ptrType$18, true)[1]) {
			if ((realLength.$high === -1 && realLength.$low === 4294967295) && !t.Chunked && bodyAllowedForStatus(t.StatusCode)) {
				t.Close = true;
			}
		}
		if (t.Chunked) {
			if (noResponseBodyExpected(t.RequestMethod) || !bodyAllowedForStatus(t.StatusCode)) {
				t.Body = new $pkg.NoBody.constructor.elem($pkg.NoBody);
			} else {
				t.Body = new body.ptr(internal.NewChunkedReader(r), msg, r, t.Close, false, new sync.Mutex.ptr(0, 0), false, false, false, $throwNilPointerError);
			}
		} else if ((realLength.$high === 0 && realLength.$low === 0)) {
			t.Body = new $pkg.NoBody.constructor.elem($pkg.NoBody);
		} else if ((realLength.$high > 0 || (realLength.$high === 0 && realLength.$low > 0))) {
			t.Body = new body.ptr(io.LimitReader(r, realLength), $ifaceNil, ptrType$29.nil, t.Close, false, new sync.Mutex.ptr(0, 0), false, false, false, $throwNilPointerError);
		} else if (t.Close) {
			t.Body = new body.ptr(r, $ifaceNil, ptrType$29.nil, t.Close, false, new sync.Mutex.ptr(0, 0), false, false, false, $throwNilPointerError);
		} else {
			t.Body = new $pkg.NoBody.constructor.elem($pkg.NoBody);
		}
		_ref$2 = msg;
		if ($assertType(_ref$2, ptrType$11, true)[1]) {
			rr$3 = _ref$2.$val;
			rr$3.Body = t.Body;
			rr$3.ContentLength = t.ContentLength;
			if (t.Chunked) {
				rr$3.TransferEncoding = new sliceType$2(["chunked"]);
			}
			rr$3.Close = t.Close;
			rr$3.Trailer = t.Trailer;
		} else if ($assertType(_ref$2, ptrType$18, true)[1]) {
			rr$4 = _ref$2.$val;
			rr$4.Body = t.Body;
			rr$4.ContentLength = t.ContentLength;
			if (t.Chunked) {
				rr$4.TransferEncoding = new sliceType$2(["chunked"]);
			}
			rr$4.Close = t.Close;
			rr$4.Trailer = t.Trailer;
		}
		err = $ifaceNil;
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: readTransfer, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _ref$2, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, err, err$1, err$2, isResponse, msg, n, r, realLength, rr, rr$1, rr$2, rr$3, rr$4, t, $s};return $f;
	};
	chunked = function(te) {
		var te;
		return te.$length > 0 && (0 >= te.$length ? ($throwRuntimeError("index out of range"), undefined) : te.$array[te.$offset + 0]) === "chunked";
	};
	isIdentity = function(te) {
		var te;
		return (te.$length === 1) && (0 >= te.$length ? ($throwRuntimeError("index out of range"), undefined) : te.$array[te.$offset + 0]) === "identity";
	};
	unsupportedTEError.ptr.prototype.Error = function() {
		var uste;
		uste = this;
		return uste.err;
	};
	unsupportedTEError.prototype.Error = function() { return this.$val.Error(); };
	isUnsupportedTEError = function(err) {
		var _tuple, err, ok;
		_tuple = $assertType(err, ptrType$36, true);
		ok = _tuple[1];
		return ok;
	};
	transferReader.ptr.prototype.parseTransferEncoding = function() {
		var {$24r, $24r$1, _entry, _r$1, _r$2, _tuple, present, raw, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_tuple = (_entry = t.Header[$String.keyFor("Transfer-Encoding")], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
		raw = _tuple[0];
		present = _tuple[1];
		if (!present) {
			$s = -1; return $ifaceNil;
		}
		delete t.Header[$String.keyFor("Transfer-Encoding")];
		if (!t.protoAtLeast(1, 1)) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (!((raw.$length === 1))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((raw.$length === 1))) { */ case 1:
			_r$1 = fmt.Sprintf("too many transfer encodings: %q", new sliceType([raw])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = new unsupportedTEError.ptr(_r$1);
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		/* */ if (!ascii.EqualFold((0 >= raw.$length ? ($throwRuntimeError("index out of range"), undefined) : raw.$array[raw.$offset + 0]), "chunked")) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!ascii.EqualFold((0 >= raw.$length ? ($throwRuntimeError("index out of range"), undefined) : raw.$array[raw.$offset + 0]), "chunked")) { */ case 5:
			_r$2 = fmt.Sprintf("unsupported transfer encoding: %q", new sliceType([new $String((0 >= raw.$length ? ($throwRuntimeError("index out of range"), undefined) : raw.$array[raw.$offset + 0]))])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = new unsupportedTEError.ptr(_r$2);
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		delete t.Header[$String.keyFor("Content-Length")];
		t.Chunked = true;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: transferReader.ptr.prototype.parseTransferEncoding, $c: true, $r, $24r, $24r$1, _entry, _r$1, _r$2, _tuple, present, raw, t, $s};return $f;
	};
	transferReader.prototype.parseTransferEncoding = function() { return this.$val.parseTransferEncoding(); };
	fixLength = function(isResponse, status, requestMethod, header, chunked$1) {
		var {$24r, $24r$1, _1, _entry, _entry$1, _i, _q, _r$1, _r$2, _r$3, _ref, _tuple, chunked$1, cl, contentLens, ct, err, first, header, isRequest, isResponse, n, requestMethod, status, $s, $r, $c} = $restore(this, {isResponse, status, requestMethod, header, chunked$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		isRequest = !isResponse;
		contentLens = (_entry = header[$String.keyFor("Content-Length")], _entry !== undefined ? _entry.v : sliceType$2.nil);
		/* */ if (contentLens.$length > 1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (contentLens.$length > 1) { */ case 1:
			first = textproto.TrimString((0 >= contentLens.$length ? ($throwRuntimeError("index out of range"), undefined) : contentLens.$array[contentLens.$offset + 0]));
			_ref = $subslice(contentLens, 1);
			_i = 0;
			/* while (true) { */ case 3:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
				ct = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				/* */ if (!(first === textproto.TrimString(ct))) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!(first === textproto.TrimString(ct))) { */ case 5:
					_r$1 = fmt.Errorf("http: message cannot contain multiple Content-Length headers; got %q", new sliceType([contentLens])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					$24r = [new $Int64(0, 0), _r$1];
					$s = 8; case 8: return $24r;
				/* } */ case 6:
				_i++;
			$s = 3; continue;
			case 4:
			$r = new Header(header).Del("Content-Length"); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = new Header(header).Add("Content-Length", first); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			contentLens = (_entry$1 = header[$String.keyFor("Content-Length")], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
		/* } */ case 2:
		/* */ if (noResponseBodyExpected(requestMethod)) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (noResponseBodyExpected(requestMethod)) { */ case 11:
			/* */ if (isRequest && contentLens.$length > 0 && !((contentLens.$length === 1) && (0 >= contentLens.$length ? ($throwRuntimeError("index out of range"), undefined) : contentLens.$array[contentLens.$offset + 0]) === "0")) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (isRequest && contentLens.$length > 0 && !((contentLens.$length === 1) && (0 >= contentLens.$length ? ($throwRuntimeError("index out of range"), undefined) : contentLens.$array[contentLens.$offset + 0]) === "0")) { */ case 13:
				_r$2 = fmt.Errorf("http: method cannot contain a Content-Length; got %q", new sliceType([contentLens])); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r$1 = [new $Int64(0, 0), _r$2];
				$s = 16; case 16: return $24r$1;
			/* } */ case 14:
			$s = -1; return [new $Int64(0, 0), $ifaceNil];
		/* } */ case 12:
		if ((_q = status / 100, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) === 1) {
			$s = -1; return [new $Int64(0, 0), $ifaceNil];
		}
		_1 = status;
		if ((_1 === (204)) || (_1 === (304))) {
			$s = -1; return [new $Int64(0, 0), $ifaceNil];
		}
		if (chunked$1) {
			$s = -1; return [new $Int64(-1, 4294967295), $ifaceNil];
		}
		cl = "";
		if (contentLens.$length === 1) {
			cl = textproto.TrimString((0 >= contentLens.$length ? ($throwRuntimeError("index out of range"), undefined) : contentLens.$array[contentLens.$offset + 0]));
		}
		/* */ if (!(cl === "")) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!(cl === "")) { */ case 17:
			_r$3 = parseContentLength(cl); /* */ $s = 19; case 19: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			n = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [new $Int64(-1, 4294967295), err];
			}
			$s = -1; return [n, $ifaceNil];
		/* } */ case 18:
		$r = new Header(header).Del("Content-Length"); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (isRequest) {
			$s = -1; return [new $Int64(0, 0), $ifaceNil];
		}
		$s = -1; return [new $Int64(-1, 4294967295), $ifaceNil];
		/* */ } return; } var $f = {$blk: fixLength, $c: true, $r, $24r, $24r$1, _1, _entry, _entry$1, _i, _q, _r$1, _r$2, _r$3, _ref, _tuple, chunked$1, cl, contentLens, ct, err, first, header, isRequest, isResponse, n, requestMethod, status, $s};return $f;
	};
	shouldClose = function(major, minor, header, removeCloseHeader) {
		var {_entry, conv, hasClose, header, major, minor, removeCloseHeader, $s, $r, $c} = $restore(this, {major, minor, header, removeCloseHeader});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (major < 1) {
			$s = -1; return true;
		}
		conv = (_entry = header[$String.keyFor("Connection")], _entry !== undefined ? _entry.v : sliceType$2.nil);
		hasClose = httpguts.HeaderValuesContainsToken(conv, "close");
		if ((major === 1) && (minor === 0)) {
			$s = -1; return hasClose || !httpguts.HeaderValuesContainsToken(conv, "keep-alive");
		}
		/* */ if (hasClose && removeCloseHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (hasClose && removeCloseHeader) { */ case 1:
			$r = new Header(header).Del("Connection"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return hasClose;
		/* */ } return; } var $f = {$blk: shouldClose, $c: true, $r, _entry, conv, hasClose, header, major, minor, removeCloseHeader, $s};return $f;
	};
	fixTrailer = function(header, chunked$1) {
		var {_entry, _i, _ref, _tuple, chunked$1, err, header, ok, trailer, v, vv, $s, $r, $c} = $restore(this, {header, chunked$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = [err];
		trailer = [trailer];
		_tuple = (_entry = header[$String.keyFor("Trailer")], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
		vv = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			$s = -1; return [false, $ifaceNil];
		}
		if (!chunked$1) {
			$s = -1; return [false, $ifaceNil];
		}
		$r = new Header(header).Del("Trailer"); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		trailer[0] = {};
		err[0] = $ifaceNil;
		_ref = vv;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$r = foreachHeaderElement(v, (function(err, trailer) { return function $b(key) {
				var {_1, _key, _r$1, _r$2, key, $s, $r, $c} = $restore(this, {key});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$1 = CanonicalHeaderKey(key); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				key = _r$1;
					_1 = key;
					/* */ if (_1 === ("Transfer-Encoding") || _1 === ("Trailer") || _1 === ("Content-Length")) { $s = 3; continue; }
					/* */ $s = 4; continue;
					/* if (_1 === ("Transfer-Encoding") || _1 === ("Trailer") || _1 === ("Content-Length")) { */ case 3:
						/* */ if ($interfaceIsEqual(err[0], $ifaceNil)) { $s = 5; continue; }
						/* */ $s = 6; continue;
						/* if ($interfaceIsEqual(err[0], $ifaceNil)) { */ case 5:
							_r$2 = badStringError("bad trailer key", key); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
							err[0] = _r$2;
							$s = -1; return;
						/* } */ case 6:
					/* } */ case 4:
				case 2:
				_key = key; (trailer[0] || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: sliceType$2.nil };
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _1, _key, _r$1, _r$2, key, $s};return $f;
			}; })(err, trailer)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		if (!($interfaceIsEqual(err[0], $ifaceNil))) {
			$s = -1; return [false, err[0]];
		}
		if ($keys(trailer[0]).length === 0) {
			$s = -1; return [false, $ifaceNil];
		}
		$s = -1; return [trailer[0], $ifaceNil];
		/* */ } return; } var $f = {$blk: fixTrailer, $c: true, $r, _entry, _i, _ref, _tuple, chunked$1, err, header, ok, trailer, v, vv, $s};return $f;
	};
	body.ptr.prototype.Read = function(p) {
		var {$24r, $24r$1, _r$1, _tmp, _tmp$1, _tuple, b, err, n, p, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		n = 0;
		err = $ifaceNil;
		b = this;
		$r = b.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(b.mu, "Unlock"), []]);
		/* */ if (b.closed) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (b.closed) { */ case 2:
			_tmp = 0;
			_tmp$1 = $pkg.ErrBodyReadAfterClose;
			n = _tmp;
			err = _tmp$1;
			$24r = [n, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		_r$1 = b.readLocked(p); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r$1 = [n, err];
		$s = 6; case 6: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: body.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, _r$1, _tmp, _tmp$1, _tuple, b, err, n, p, $s, $deferred};return $f; } }
	};
	body.prototype.Read = function(p) { return this.$val.Read(p); };
	body.ptr.prototype.readLocked = function(p) {
		var {_r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, b, e, err, lr, lr$1, n, ok, ok$1, p, x$5, x$6, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		b = this;
		if (b.sawEOF) {
			_tmp = 0;
			_tmp$1 = io.EOF;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_r$1 = b.src.Read(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		/* */ if ($interfaceIsEqual(err, io.EOF)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($interfaceIsEqual(err, io.EOF)) { */ case 2:
			b.sawEOF = true;
			/* */ if (!($interfaceIsEqual(b.hdr, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(b.hdr, $ifaceNil))) { */ case 4:
				_r$2 = b.readTrailer(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				e = _r$2;
				if (!($interfaceIsEqual(e, $ifaceNil))) {
					err = e;
					b.sawEOF = false;
					b.closed = true;
				}
				b.hdr = $ifaceNil;
				$s = 6; continue;
			/* } else { */ case 5:
				_tuple$1 = $assertType(b.src, ptrType$37, true);
				lr = _tuple$1[0];
				ok = _tuple$1[1];
				if (ok && (x$5 = lr.N, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 0)))) {
					err = io.ErrUnexpectedEOF;
				}
			/* } */ case 6:
		/* } */ case 3:
		if ($interfaceIsEqual(err, $ifaceNil) && n > 0) {
			_tuple$2 = $assertType(b.src, ptrType$37, true);
			lr$1 = _tuple$2[0];
			ok$1 = _tuple$2[1];
			if (ok$1 && (x$6 = lr$1.N, (x$6.$high === 0 && x$6.$low === 0))) {
				err = io.EOF;
				b.sawEOF = true;
			}
		}
		/* */ if (b.sawEOF && !(b.onHitEOF === $throwNilPointerError)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (b.sawEOF && !(b.onHitEOF === $throwNilPointerError)) { */ case 8:
			$r = b.onHitEOF(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 9:
		_tmp$2 = n;
		_tmp$3 = err;
		n = _tmp$2;
		err = _tmp$3;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: body.ptr.prototype.readLocked, $c: true, $r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, _tuple$2, b, e, err, lr, lr$1, n, ok, ok$1, p, x$5, x$6, $s};return $f;
	};
	body.prototype.readLocked = function(p) { return this.$val.readLocked(p); };
	seeUpcomingDoubleCRLF = function(r) {
		var {_r$1, _tuple, buf, err, peekSize, r, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		peekSize = 4;
		/* while (true) { */ case 1:
			_r$1 = r.Peek(peekSize); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			buf = _tuple[0];
			err = _tuple[1];
			if (bytes.HasSuffix(buf, doubleCRLF)) {
				$s = -1; return true;
			}
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				/* break; */ $s = 2; continue;
			}
			peekSize = peekSize + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: seeUpcomingDoubleCRLF, $c: true, $r, _r$1, _tuple, buf, err, peekSize, r, $s};return $f;
	};
	body.ptr.prototype.readTrailer = function() {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, b, buf, err, hdr, rr, rr$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		_r$1 = b.r.Peek(2); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		buf = _tuple[0];
		err = _tuple[1];
		/* */ if (bytes.Equal(buf, singleCRLF)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (bytes.Equal(buf, singleCRLF)) { */ case 2:
			_r$2 = b.r.Discard(2); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$s = -1; return $ifaceNil;
		/* } */ case 3:
		if (buf.$length < 2) {
			$s = -1; return errTrailerEOF;
		}
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = seeUpcomingDoubleCRLF(b.r); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (!_r$3) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!_r$3) { */ case 5:
			$s = -1; return errors.New("http: suspiciously long trailer after chunked body");
		/* } */ case 6:
		_r$4 = textproto.NewReader(b.r); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = _r$4.ReadMIMEHeader(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$1 = _r$5;
		hdr = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			if ($interfaceIsEqual(err, io.EOF)) {
				$s = -1; return errTrailerEOF;
			}
			$s = -1; return err;
		}
		_ref = b.hdr;
		if ($assertType(_ref, ptrType$11, true)[1]) {
			rr = _ref.$val;
			mergeSetHeader((rr.$ptr_Trailer || (rr.$ptr_Trailer = new ptrType$38(function() { return this.$target.Trailer; }, function($v) { this.$target.Trailer = $v; }, rr))), (hdr));
		} else if ($assertType(_ref, ptrType$18, true)[1]) {
			rr$1 = _ref.$val;
			mergeSetHeader((rr$1.$ptr_Trailer || (rr$1.$ptr_Trailer = new ptrType$38(function() { return this.$target.Trailer; }, function($v) { this.$target.Trailer = $v; }, rr$1))), (hdr));
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: body.ptr.prototype.readTrailer, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, b, buf, err, hdr, rr, rr$1, $s};return $f;
	};
	body.prototype.readTrailer = function() { return this.$val.readTrailer(); };
	mergeSetHeader = function(dst, src) {
		var _entry, _i, _key, _keys, _ref, dst, k, src, vv;
		if (dst.$get() === false) {
			dst.$set(src);
			return;
		}
		_ref = src;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vv = _entry.v;
			_key = k; (dst.$get() || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv };
			_i++;
		}
	};
	body.ptr.prototype.unreadDataSizeLocked = function() {
		var _tuple, b, lr, ok;
		b = this;
		_tuple = $assertType(b.src, ptrType$37, true);
		lr = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			return lr.N;
		}
		return new $Int64(-1, 4294967295);
	};
	body.prototype.unreadDataSizeLocked = function() { return this.$val.unreadDataSizeLocked(); };
	body.ptr.prototype.Close = function() {
		var {$24r, $24r$1, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, b, err, lr, n, ok, x$5, x$6, x$7, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		b = this;
		$r = b.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(b.mu, "Unlock"), []]);
		/* */ if (b.closed) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (b.closed) { */ case 2:
			$24r = $ifaceNil;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		err = $ifaceNil;
			/* */ if (b.sawEOF) { $s = 6; continue; }
			/* */ if ($interfaceIsEqual(b.hdr, $ifaceNil) && b.closing) { $s = 7; continue; }
			/* */ if (b.doEarlyClose) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (b.sawEOF) { */ case 6:
				$s = 10; continue;
			/* } else if ($interfaceIsEqual(b.hdr, $ifaceNil) && b.closing) { */ case 7:
				$s = 10; continue;
			/* } else if (b.doEarlyClose) { */ case 8:
				_tuple = $assertType(b.src, ptrType$37, true);
				lr = _tuple[0];
				ok = _tuple[1];
				/* */ if (ok && (x$5 = lr.N, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 262144)))) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (ok && (x$5 = lr.N, (x$5.$high > 0 || (x$5.$high === 0 && x$5.$low > 262144)))) { */ case 11:
					b.earlyClose = true;
					$s = 13; continue;
				/* } else { */ case 12:
					n = new $Int64(0, 0);
					_r$1 = io.CopyN(io.Discard, (x$6 = new bodyLocked.ptr(b), new x$6.constructor.elem(x$6)), new $Int64(0, 262144)); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					_tuple$1 = _r$1;
					n = _tuple$1[0];
					err = _tuple$1[1];
					if ($interfaceIsEqual(err, io.EOF)) {
						err = $ifaceNil;
					}
					if ((n.$high === 0 && n.$low === 262144)) {
						b.earlyClose = true;
					}
				/* } */ case 13:
				$s = 10; continue;
			/* } else { */ case 9:
				_r$2 = io.Copy(io.Discard, (x$7 = new bodyLocked.ptr(b), new x$7.constructor.elem(x$7))); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$2 = _r$2;
				err = _tuple$2[1];
			/* } */ case 10:
		case 5:
		b.closed = true;
		$24r$1 = err;
		$s = 16; case 16: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: body.ptr.prototype.Close, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _tuple, _tuple$1, _tuple$2, b, err, lr, n, ok, x$5, x$6, x$7, $s, $deferred};return $f; } }
	};
	body.prototype.Close = function() { return this.$val.Close(); };
	body.ptr.prototype.didEarlyClose = function() {
		var {$24r, b, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		b = this;
		$r = b.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(b.mu, "Unlock"), []]);
		$24r = b.earlyClose;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: body.ptr.prototype.didEarlyClose, $c: true, $r, $24r, b, $s, $deferred};return $f; } }
	};
	body.prototype.didEarlyClose = function() { return this.$val.didEarlyClose(); };
	body.ptr.prototype.bodyRemains = function() {
		var {$24r, b, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		b = this;
		$r = b.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(b.mu, "Unlock"), []]);
		$24r = !b.sawEOF;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: body.ptr.prototype.bodyRemains, $c: true, $r, $24r, b, $s, $deferred};return $f; } }
	};
	body.prototype.bodyRemains = function() { return this.$val.bodyRemains(); };
	body.ptr.prototype.registerOnHitEOF = function(fn) {
		var {b, fn, $s, $deferred, $r, $c} = $restore(this, {fn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		b = this;
		$r = b.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(b.mu, "Unlock"), []]);
		b.onHitEOF = fn;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: body.ptr.prototype.registerOnHitEOF, $c: true, $r, b, fn, $s, $deferred};return $f; } }
	};
	body.prototype.registerOnHitEOF = function(fn) { return this.$val.registerOnHitEOF(fn); };
	bodyLocked.ptr.prototype.Read = function(p) {
		var {$24r, _r$1, _tmp, _tmp$1, _tuple, bl, err, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		bl = this;
		if (bl.b.closed) {
			_tmp = 0;
			_tmp$1 = $pkg.ErrBodyReadAfterClose;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_r$1 = bl.b.readLocked(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: bodyLocked.ptr.prototype.Read, $c: true, $r, $24r, _r$1, _tmp, _tmp$1, _tuple, bl, err, n, p, $s};return $f;
	};
	bodyLocked.prototype.Read = function(p) { return this.$val.Read(p); };
	parseContentLength = function(cl) {
		var {$24r, _r$1, _tuple, cl, err, n, $s, $r, $c} = $restore(this, {cl});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cl = textproto.TrimString(cl);
		if (cl === "") {
			$s = -1; return [new $Int64(-1, 4294967295), $ifaceNil];
		}
		_tuple = strconv.ParseUint(cl, 10, 63);
		n = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			_r$1 = badStringError("bad Content-Length", cl); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = [new $Int64(0, 0), _r$1];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return [(new $Int64(n.$high, n.$low)), $ifaceNil];
		/* */ } return; } var $f = {$blk: parseContentLength, $c: true, $r, $24r, _r$1, _tuple, cl, err, n, $s};return $f;
	};
	finishAsyncByteRead.ptr.prototype.Read = function(p) {
		var {_r$1, _tmp, _tmp$1, err, fr, n, p, rres, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		fr = this;
		if (p.$length === 0) {
			$s = -1; return [n, err];
		}
		_r$1 = $recv(fr.tw.ByteReadCh); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		rres = $clone(_r$1[0], readResult);
		_tmp = rres.n;
		_tmp$1 = rres.err;
		n = _tmp;
		err = _tmp$1;
		if (n === 1) {
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = rres.b);
		}
		if ($interfaceIsEqual(err, $ifaceNil)) {
			err = io.EOF;
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: finishAsyncByteRead.ptr.prototype.Read, $c: true, $r, _r$1, _tmp, _tmp$1, err, fr, n, p, rres, $s};return $f;
	};
	finishAsyncByteRead.prototype.Read = function(p) { return this.$val.Read(p); };
	isKnownInMemoryReader = function(r) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, ok, r, r$1, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = r;
		if ($assertType(_ref, ptrType$39, true)[1] || $assertType(_ref, ptrType$40, true)[1] || $assertType(_ref, ptrType$41, true)[1]) {
			$s = -1; return true;
		}
		/* */ if ($interfaceIsEqual(reflect.TypeOf(r), nopCloserType)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(reflect.TypeOf(r), nopCloserType)) { */ case 1:
			_r$1 = reflect.ValueOf(r); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = $clone(_r$1, reflect.Value).Field(0); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $clone(_r$2, reflect.Value).Interface(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = isKnownInMemoryReader($assertType(_r$3, io.Reader)); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 7; case 7: return $24r;
		/* } */ case 2:
		_tuple = $assertType(r, ptrType$20, true);
		r$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (ok) { */ case 8:
			_r$5 = isKnownInMemoryReader(r$1.ReadCloser); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r$1 = _r$5;
			$s = 11; case 11: return $24r$1;
		/* } */ case 9:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: isKnownInMemoryReader, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, ok, r, r$1, $s};return $f;
	};
	bufioFlushWriter.ptr.prototype.Write = function(p) {
		var {_r$1, _r$2, _tuple, _tuple$1, bw, err, ferr, fw, n, ok, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		fw = this;
		_r$1 = fw.w.Write(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		_tuple$1 = $assertType(fw.w, ptrType$14, true);
		bw = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (n > 0 && ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (n > 0 && ok) { */ case 2:
			_r$2 = bw.Flush(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			ferr = _r$2;
			if (!($interfaceIsEqual(ferr, $ifaceNil)) && $interfaceIsEqual(err, $ifaceNil)) {
				err = ferr;
			}
		/* } */ case 3:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: bufioFlushWriter.ptr.prototype.Write, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, bw, err, ferr, fw, n, ok, p, $s};return $f;
	};
	bufioFlushWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	StatusText = function(code) {
		var _entry, code;
		return (_entry = statusText[$Int.keyFor(code)], _entry !== undefined ? _entry.v : "");
	};
	$pkg.StatusText = StatusText;
	socksDialer.ptr.prototype.connect = function(ctx, c, address) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$16, $24r$17, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _, _1, _i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, a, address, am, am$1, ams, b, c, cmdErr, ctx, ctxErr, d, deadline, done, err, err$1, errCh, host, ip, ip4, ip6, l, ok, port, x$5, x$6, $s, $deferred, $r, $c} = $restore(this, {ctx, c, address});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		a = [a];
		c = [c];
		ctx = [ctx];
		ctxErr = [ctxErr];
		done = [done];
		errCh = [errCh];
		_ = $ifaceNil;
		ctxErr[0] = $ifaceNil;
		d = this;
		_r$1 = sockssplitHostPort(address); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		host = _tuple[0];
		port = _tuple[1];
		err = _tuple[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			_tmp = $ifaceNil;
			_tmp$1 = err;
			_ = _tmp;
			ctxErr[0] = _tmp$1;
			$24r = [_, ctxErr[0]];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		_r$2 = ctx[0].Deadline(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		deadline = $clone(_tuple$1[0], time.Time);
		ok = _tuple$1[1];
		/* */ if (ok && !$clone(deadline, time.Time).IsZero()) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (ok && !$clone(deadline, time.Time).IsZero()) { */ case 6:
			_r$3 = c[0].SetDeadline($clone(deadline, time.Time)); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$deferred.push([$methodVal(c[0], "SetDeadline"), [$clone(socksnoDeadline, time.Time)]]);
		/* } */ case 7:
		/* */ if (!($interfaceIsEqual(ctx[0], context.Background()))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(ctx[0], context.Background()))) { */ case 9:
			errCh[0] = new $Chan($error, 1);
			done[0] = new $Chan(structType, 0);
			$deferred.push([(function(a, c, ctx, ctxErr, done, errCh) { return function $b() {
				var {_r$4, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$close(done[0]);
				/* */ if ($interfaceIsEqual(ctxErr[0], $ifaceNil)) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if ($interfaceIsEqual(ctxErr[0], $ifaceNil)) { */ case 1:
					_r$4 = $recv(errCh[0]); /* */ $s = 3; case 3: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					ctxErr[0] = _r$4[0];
				/* } */ case 2:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$4, $s};return $f;
			}; })(a, c, ctx, ctxErr, done, errCh), []]);
			$go((function(a, c, ctx, ctxErr, done, errCh) { return function $b() {
				var {_r$4, _r$5, _r$6, _r$7, _selection, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$4 = ctx[0].Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$5 = $select([[_r$4], [done[0]]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_selection = _r$5;
				/* */ if (_selection[0] === 0) { $s = 3; continue; }
				/* */ if (_selection[0] === 1) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_selection[0] === 0) { */ case 3:
					_r$6 = c[0].SetDeadline($clone(socksaLongTimeAgo, time.Time)); /* */ $s = 6; case 6: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$6;
					_r$7 = ctx[0].Err(); /* */ $s = 7; case 7: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					$r = $send(errCh[0], _r$7); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 5; continue;
				/* } else if (_selection[0] === 1) { */ case 4:
					$r = $send(errCh[0], $ifaceNil); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 5:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$4, _r$5, _r$6, _r$7, _selection, $s};return $f;
			}; })(a, c, ctx, ctxErr, done, errCh), []);
		/* } */ case 10:
		b = $makeSlice(sliceType$3, 0, (6 + host.length >> 0));
		b = $append(b, 5);
		/* */ if ((d.AuthMethods.$length === 0) || d.Authenticate === $throwNilPointerError) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if ((d.AuthMethods.$length === 0) || d.Authenticate === $throwNilPointerError) { */ case 11:
			b = $append(b, 1, 0);
			$s = 13; continue;
		/* } else { */ case 12:
			ams = d.AuthMethods;
			/* */ if (ams.$length > 255) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (ams.$length > 255) { */ case 14:
				_tmp$2 = $ifaceNil;
				_tmp$3 = errors.New("too many authentication methods");
				_ = _tmp$2;
				ctxErr[0] = _tmp$3;
				$24r$1 = [_, ctxErr[0]];
				$s = 16; case 16: return $24r$1;
			/* } */ case 15:
			b = $append(b, ((ams.$length << 24 >>> 24)));
			_ref = ams;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				am = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				b = $append(b, ((am << 24 >>> 24)));
				_i++;
			}
		/* } */ case 13:
		_r$4 = c[0].Write(b); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$2 = _r$4;
		ctxErr[0] = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { */ case 18:
			$24r$2 = [_, ctxErr[0]];
			$s = 20; case 20: return $24r$2;
		/* } */ case 19:
		_r$5 = io.ReadFull(c[0], $subslice(b, 0, 2)); /* */ $s = 21; case 21: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$3 = _r$5;
		ctxErr[0] = _tuple$3[1];
		/* */ if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { */ case 22:
			$24r$3 = [_, ctxErr[0]];
			$s = 24; case 24: return $24r$3;
		/* } */ case 23:
		/* */ if (!(((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 5))) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (!(((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 5))) { */ case 25:
			_tmp$4 = $ifaceNil;
			_tmp$5 = errors.New("unexpected protocol version " + strconv.Itoa((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >> 0))));
			_ = _tmp$4;
			ctxErr[0] = _tmp$5;
			$24r$4 = [_, ctxErr[0]];
			$s = 27; case 27: return $24r$4;
		/* } */ case 26:
		am$1 = (((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) >> 0));
		/* */ if (am$1 === 255) { $s = 28; continue; }
		/* */ $s = 29; continue;
		/* if (am$1 === 255) { */ case 28:
			_tmp$6 = $ifaceNil;
			_tmp$7 = errors.New("no acceptable authentication methods");
			_ = _tmp$6;
			ctxErr[0] = _tmp$7;
			$24r$5 = [_, ctxErr[0]];
			$s = 30; case 30: return $24r$5;
		/* } */ case 29:
		/* */ if (!(d.Authenticate === $throwNilPointerError)) { $s = 31; continue; }
		/* */ $s = 32; continue;
		/* if (!(d.Authenticate === $throwNilPointerError)) { */ case 31:
			_r$6 = d.Authenticate(ctx[0], c[0], am$1); /* */ $s = 33; case 33: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			ctxErr[0] = _r$6;
			/* */ if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { */ case 34:
				$24r$6 = [_, ctxErr[0]];
				$s = 36; case 36: return $24r$6;
			/* } */ case 35:
		/* } */ case 32:
		b = $subslice(b, 0, 0);
		b = $append(b, 5, ((d.cmd << 24 >>> 24)), 0);
		ip = net.ParseIP(host);
		/* */ if (!(ip === net.IP.nil)) { $s = 37; continue; }
		/* */ $s = 38; continue;
		/* if (!(ip === net.IP.nil)) { */ case 37:
			ip4 = ip.To4();
			/* */ if (!(ip4 === net.IP.nil)) { $s = 40; continue; }
			/* */ $s = 41; continue;
			/* if (!(ip4 === net.IP.nil)) { */ case 40:
				b = $append(b, 1);
				b = $appendSlice(b, $convertSliceType(ip4, sliceType$3));
				$s = 42; continue;
			/* } else { */ case 41:
				ip6 = ip.To16();
				/* */ if (!(ip6 === net.IP.nil)) { $s = 43; continue; }
				/* */ $s = 44; continue;
				/* if (!(ip6 === net.IP.nil)) { */ case 43:
					b = $append(b, 4);
					b = $appendSlice(b, $convertSliceType(ip6, sliceType$3));
					$s = 45; continue;
				/* } else { */ case 44:
					_tmp$8 = $ifaceNil;
					_tmp$9 = errors.New("unknown address type");
					_ = _tmp$8;
					ctxErr[0] = _tmp$9;
					$24r$7 = [_, ctxErr[0]];
					$s = 46; case 46: return $24r$7;
				/* } */ case 45:
			/* } */ case 42:
			$s = 39; continue;
		/* } else { */ case 38:
			/* */ if (host.length > 255) { $s = 47; continue; }
			/* */ $s = 48; continue;
			/* if (host.length > 255) { */ case 47:
				_tmp$10 = $ifaceNil;
				_tmp$11 = errors.New("FQDN too long");
				_ = _tmp$10;
				ctxErr[0] = _tmp$11;
				$24r$8 = [_, ctxErr[0]];
				$s = 49; case 49: return $24r$8;
			/* } */ case 48:
			b = $append(b, 3);
			b = $append(b, ((host.length << 24 >>> 24)));
			b = $appendSlice(b, host);
		/* } */ case 39:
		b = $append(b, (((port >> 8 >> 0) << 24 >>> 24)), ((port << 24 >>> 24)));
		_r$7 = c[0].Write(b); /* */ $s = 50; case 50: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$4 = _r$7;
		ctxErr[0] = _tuple$4[1];
		/* */ if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { $s = 51; continue; }
		/* */ $s = 52; continue;
		/* if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { */ case 51:
			$24r$9 = [_, ctxErr[0]];
			$s = 53; case 53: return $24r$9;
		/* } */ case 52:
		_r$8 = io.ReadFull(c[0], $subslice(b, 0, 4)); /* */ $s = 54; case 54: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$5 = _r$8;
		ctxErr[0] = _tuple$5[1];
		/* */ if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { $s = 55; continue; }
		/* */ $s = 56; continue;
		/* if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { */ case 55:
			$24r$10 = [_, ctxErr[0]];
			$s = 57; case 57: return $24r$10;
		/* } */ case 56:
		/* */ if (!(((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 5))) { $s = 58; continue; }
		/* */ $s = 59; continue;
		/* if (!(((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 5))) { */ case 58:
			_tmp$12 = $ifaceNil;
			_tmp$13 = errors.New("unexpected protocol version " + strconv.Itoa((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >> 0))));
			_ = _tmp$12;
			ctxErr[0] = _tmp$13;
			$24r$11 = [_, ctxErr[0]];
			$s = 60; case 60: return $24r$11;
		/* } */ case 59:
		cmdErr = (((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) >> 0));
		/* */ if (!((cmdErr === 0))) { $s = 61; continue; }
		/* */ $s = 62; continue;
		/* if (!((cmdErr === 0))) { */ case 61:
			_tmp$14 = $ifaceNil;
			_tmp$15 = errors.New("unknown error " + new socksReply(cmdErr).String());
			_ = _tmp$14;
			ctxErr[0] = _tmp$15;
			$24r$12 = [_, ctxErr[0]];
			$s = 63; case 63: return $24r$12;
		/* } */ case 62:
		/* */ if (!(((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) === 0))) { $s = 64; continue; }
		/* */ $s = 65; continue;
		/* if (!(((2 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 2]) === 0))) { */ case 64:
			_tmp$16 = $ifaceNil;
			_tmp$17 = errors.New("non-zero reserved field");
			_ = _tmp$16;
			ctxErr[0] = _tmp$17;
			$24r$13 = [_, ctxErr[0]];
			$s = 66; case 66: return $24r$13;
		/* } */ case 65:
		l = 2;
		a[0] = new socksAddr.ptr("", net.IP.nil, 0);
			_1 = (3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]);
			/* */ if (_1 === (1)) { $s = 68; continue; }
			/* */ if (_1 === (4)) { $s = 69; continue; }
			/* */ if (_1 === (3)) { $s = 70; continue; }
			/* */ $s = 71; continue;
			/* if (_1 === (1)) { */ case 68:
				l = l + (4) >> 0;
				a[0].IP = $makeSlice(net.IP, 4);
				$s = 72; continue;
			/* } else if (_1 === (4)) { */ case 69:
				l = l + (16) >> 0;
				a[0].IP = $makeSlice(net.IP, 16);
				$s = 72; continue;
			/* } else if (_1 === (3)) { */ case 70:
				_r$9 = io.ReadFull(c[0], $subslice(b, 0, 1)); /* */ $s = 73; case 73: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_tuple$6 = _r$9;
				err$1 = _tuple$6[1];
				/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 74; continue; }
				/* */ $s = 75; continue;
				/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 74:
					_tmp$18 = $ifaceNil;
					_tmp$19 = err$1;
					_ = _tmp$18;
					ctxErr[0] = _tmp$19;
					$24r$14 = [_, ctxErr[0]];
					$s = 76; case 76: return $24r$14;
				/* } */ case 75:
				l = l + ((((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) >> 0))) >> 0;
				$s = 72; continue;
			/* } else { */ case 71:
				_tmp$20 = $ifaceNil;
				_tmp$21 = errors.New("unknown address type " + strconv.Itoa((((3 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 3]) >> 0))));
				_ = _tmp$20;
				ctxErr[0] = _tmp$21;
				$24r$15 = [_, ctxErr[0]];
				$s = 77; case 77: return $24r$15;
			/* } */ case 72:
		case 67:
		if (b.$capacity < l) {
			b = $makeSlice(sliceType$3, l);
		} else {
			b = $subslice(b, 0, l);
		}
		_r$10 = io.ReadFull(c[0], b); /* */ $s = 78; case 78: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple$7 = _r$10;
		ctxErr[0] = _tuple$7[1];
		/* */ if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { $s = 79; continue; }
		/* */ $s = 80; continue;
		/* if (!($interfaceIsEqual(ctxErr[0], $ifaceNil))) { */ case 79:
			$24r$16 = [_, ctxErr[0]];
			$s = 81; case 81: return $24r$16;
		/* } */ case 80:
		if (!(a[0].IP === net.IP.nil)) {
			$copySlice(a[0].IP, b);
		} else {
			a[0].Name = ($bytesToString($subslice(b, 0, (b.$length - 2 >> 0))));
		}
		a[0].Port = ((((x$5 = b.$length - 2 >> 0, ((x$5 < 0 || x$5 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$5])) >> 0)) << 8 >> 0) | (((x$6 = b.$length - 1 >> 0, ((x$6 < 0 || x$6 >= b.$length) ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + x$6])) >> 0));
		_tmp$22 = a[0];
		_tmp$23 = $ifaceNil;
		_ = _tmp$22;
		ctxErr[0] = _tmp$23;
		$24r$17 = [_, ctxErr[0]];
		$s = 82; case 82: return $24r$17;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [_, ctxErr[0]]; } if($curGoroutine.asleep) { var $f = {$blk: socksDialer.ptr.prototype.connect, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$16, $24r$17, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _, _1, _i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, a, address, am, am$1, ams, b, c, cmdErr, ctx, ctxErr, d, deadline, done, err, err$1, errCh, host, ip, ip4, ip6, l, ok, port, x$5, x$6, $s, $deferred};return $f; } }
	};
	socksDialer.prototype.connect = function(ctx, c, address) { return this.$val.connect(ctx, c, address); };
	sockssplitHostPort = function(address) {
		var {_r$1, _tuple, _tuple$1, address, err, host, port, portnum, $s, $r, $c} = $restore(this, {address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = net.SplitHostPort(address); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		host = _tuple[0];
		port = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return ["", 0, err];
		}
		_tuple$1 = strconv.Atoi(port);
		portnum = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return ["", 0, err];
		}
		if (1 > portnum || portnum > 65535) {
			$s = -1; return ["", 0, errors.New("port number out of range " + port)];
		}
		$s = -1; return [host, portnum, $ifaceNil];
		/* */ } return; } var $f = {$blk: sockssplitHostPort, $c: true, $r, _r$1, _tuple, _tuple$1, address, err, host, port, portnum, $s};return $f;
	};
	socksCommand.prototype.String = function() {
		var _1, cmd;
		cmd = this.$val;
		_1 = cmd;
		if (_1 === (1)) {
			return "socks connect";
		} else if (_1 === (2)) {
			return "socks bind";
		} else {
			return "socks " + strconv.Itoa(((cmd >> 0)));
		}
	};
	$ptrType(socksCommand).prototype.String = function() { return new socksCommand(this.$get()).String(); };
	socksReply.prototype.String = function() {
		var _1, code;
		code = this.$val;
		_1 = code;
		if (_1 === (0)) {
			return "succeeded";
		} else if (_1 === (1)) {
			return "general SOCKS server failure";
		} else if (_1 === (2)) {
			return "connection not allowed by ruleset";
		} else if (_1 === (3)) {
			return "network unreachable";
		} else if (_1 === (4)) {
			return "host unreachable";
		} else if (_1 === (5)) {
			return "connection refused";
		} else if (_1 === (6)) {
			return "TTL expired";
		} else if (_1 === (7)) {
			return "command not supported";
		} else if (_1 === (8)) {
			return "address type not supported";
		} else {
			return "unknown code: " + strconv.Itoa(((code >> 0)));
		}
	};
	$ptrType(socksReply).prototype.String = function() { return new socksReply(this.$get()).String(); };
	socksAddr.ptr.prototype.Network = function() {
		var a;
		a = this;
		return "socks";
	};
	socksAddr.prototype.Network = function() { return this.$val.Network(); };
	socksAddr.ptr.prototype.String = function() {
		var a, port;
		a = this;
		if (a === ptrType$42.nil) {
			return "<nil>";
		}
		port = strconv.Itoa(a.Port);
		if (a.IP === net.IP.nil) {
			return net.JoinHostPort(a.Name, port);
		}
		return net.JoinHostPort(a.IP.String(), port);
	};
	socksAddr.prototype.String = function() { return this.$val.String(); };
	socksConn.ptr.prototype.BoundAddr = function() {
		var c;
		c = this;
		if (c === ptrType$43.nil) {
			return $ifaceNil;
		}
		return c.boundAddr;
	};
	socksConn.prototype.BoundAddr = function() { return this.$val.BoundAddr(); };
	socksDialer.ptr.prototype.DialContext = function(ctx, network, address) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, a, address, c, ctx, d, dd, dst, dst$1, dst$2, dst$3, err, err$1, network, proxy, proxy$1, proxy$2, proxy$3, $s, $r, $c} = $restore(this, {ctx, network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		err = d.validateTarget(network, address);
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			_r$1 = d.pathAddrs(address); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			proxy = _tuple[0];
			dst = _tuple[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy, dst, err)];
		/* } */ case 2:
		/* */ if ($interfaceIsEqual(ctx, $ifaceNil)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ($interfaceIsEqual(ctx, $ifaceNil)) { */ case 4:
			_r$2 = d.pathAddrs(address); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			proxy$1 = _tuple$1[0];
			dst$1 = _tuple$1[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy$1, dst$1, errors.New("nil context"))];
		/* } */ case 5:
		err$1 = $ifaceNil;
		c = $ifaceNil;
		/* */ if (!(d.ProxyDial === $throwNilPointerError)) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!(d.ProxyDial === $throwNilPointerError)) { */ case 7:
			_r$3 = d.ProxyDial(ctx, d.proxyNetwork, d.proxyAddress); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			c = _tuple$2[0];
			err$1 = _tuple$2[1];
			$s = 9; continue;
		/* } else { */ case 8:
			dd = new net.Dialer.ptr(new time.Duration(0, 0), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), $ifaceNil, false, new time.Duration(0, 0), new time.Duration(0, 0), ptrType$1.nil, $chanNil, $throwNilPointerError);
			_r$4 = dd.DialContext(ctx, d.proxyNetwork, d.proxyAddress); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$3 = _r$4;
			c = _tuple$3[0];
			err$1 = _tuple$3[1];
		/* } */ case 9:
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 12:
			_r$5 = d.pathAddrs(address); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$4 = _r$5;
			proxy$2 = _tuple$4[0];
			dst$2 = _tuple$4[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy$2, dst$2, err$1)];
		/* } */ case 13:
		_r$6 = d.connect(ctx, c, address); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$5 = _r$6;
		a = _tuple$5[0];
		err$1 = _tuple$5[1];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 16:
			_r$7 = c.Close(); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			_r$8 = d.pathAddrs(address); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_tuple$6 = _r$8;
			proxy$3 = _tuple$6[0];
			dst$3 = _tuple$6[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy$3, dst$3, err$1)];
		/* } */ case 17:
		$s = -1; return [new socksConn.ptr(c, a), $ifaceNil];
		/* */ } return; } var $f = {$blk: socksDialer.ptr.prototype.DialContext, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, a, address, c, ctx, d, dd, dst, dst$1, dst$2, dst$3, err, err$1, network, proxy, proxy$1, proxy$2, proxy$3, $s};return $f;
	};
	socksDialer.prototype.DialContext = function(ctx, network, address) { return this.$val.DialContext(ctx, network, address); };
	socksDialer.ptr.prototype.DialWithConn = function(ctx, c, network, address) {
		var {_r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, a, address, c, ctx, d, dst, dst$1, dst$2, err, err$1, network, proxy, proxy$1, proxy$2, $s, $r, $c} = $restore(this, {ctx, c, network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		err = d.validateTarget(network, address);
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			_r$1 = d.pathAddrs(address); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			proxy = _tuple[0];
			dst = _tuple[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy, dst, err)];
		/* } */ case 2:
		/* */ if ($interfaceIsEqual(ctx, $ifaceNil)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if ($interfaceIsEqual(ctx, $ifaceNil)) { */ case 4:
			_r$2 = d.pathAddrs(address); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			proxy$1 = _tuple$1[0];
			dst$1 = _tuple$1[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy$1, dst$1, errors.New("nil context"))];
		/* } */ case 5:
		_r$3 = d.connect(ctx, c, address); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		a = _tuple$2[0];
		err$1 = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 8:
			_r$4 = d.pathAddrs(address); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$3 = _r$4;
			proxy$2 = _tuple$3[0];
			dst$2 = _tuple$3[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy$2, dst$2, err$1)];
		/* } */ case 9:
		$s = -1; return [a, $ifaceNil];
		/* */ } return; } var $f = {$blk: socksDialer.ptr.prototype.DialWithConn, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, a, address, c, ctx, d, dst, dst$1, dst$2, err, err$1, network, proxy, proxy$1, proxy$2, $s};return $f;
	};
	socksDialer.prototype.DialWithConn = function(ctx, c, network, address) { return this.$val.DialWithConn(ctx, c, network, address); };
	socksDialer.ptr.prototype.Dial = function(network, address) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, address, c, d, dst, dst$1, err, err$1, err$2, network, proxy, proxy$1, $s, $r, $c} = $restore(this, {network, address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		d = this;
		err = d.validateTarget(network, address);
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 1:
			_r$1 = d.pathAddrs(address); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			proxy = _tuple[0];
			dst = _tuple[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy, dst, err)];
		/* } */ case 2:
		err$1 = $ifaceNil;
		c = $ifaceNil;
		/* */ if (!(d.ProxyDial === $throwNilPointerError)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(d.ProxyDial === $throwNilPointerError)) { */ case 4:
			_r$2 = d.ProxyDial(context.Background(), d.proxyNetwork, d.proxyAddress); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			c = _tuple$1[0];
			err$1 = _tuple$1[1];
			$s = 6; continue;
		/* } else { */ case 5:
			_r$3 = net.Dial(d.proxyNetwork, d.proxyAddress); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			c = _tuple$2[0];
			err$1 = _tuple$2[1];
		/* } */ case 6:
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 9:
			_r$4 = d.pathAddrs(address); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$3 = _r$4;
			proxy$1 = _tuple$3[0];
			dst$1 = _tuple$3[1];
			$s = -1; return [$ifaceNil, new net.OpError.ptr(new socksCommand(d.cmd).String(), network, proxy$1, dst$1, err$1)];
		/* } */ case 10:
		_r$5 = d.DialWithConn(context.Background(), c, network, address); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$4 = _r$5;
		err$2 = _tuple$4[1];
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 13:
			_r$6 = c.Close(); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = -1; return [$ifaceNil, err$2];
		/* } */ case 14:
		$s = -1; return [c, $ifaceNil];
		/* */ } return; } var $f = {$blk: socksDialer.ptr.prototype.Dial, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, address, c, d, dst, dst$1, err, err$1, err$2, network, proxy, proxy$1, $s};return $f;
	};
	socksDialer.prototype.Dial = function(network, address) { return this.$val.Dial(network, address); };
	socksDialer.ptr.prototype.validateTarget = function(network, address) {
		var _1, _2, address, d, network;
		d = this;
		_1 = network;
		if (_1 === ("tcp") || _1 === ("tcp6") || _1 === ("tcp4")) {
		} else {
			return errors.New("network not implemented");
		}
		_2 = d.cmd;
		if ((_2 === (1)) || (_2 === (2))) {
		} else {
			return errors.New("command not implemented");
		}
		return $ifaceNil;
	};
	socksDialer.prototype.validateTarget = function(network, address) { return this.$val.validateTarget(network, address); };
	socksDialer.ptr.prototype.pathAddrs = function(address) {
		var {_i, _r$1, _ref, _tmp, _tmp$1, _tmp$2, _tuple, a, address, d, dst, err, err$1, host, i, port, proxy, s, $s, $r, $c} = $restore(this, {address});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		proxy = $ifaceNil;
		dst = $ifaceNil;
		err = $ifaceNil;
		d = this;
		_ref = new sliceType$2([d.proxyAddress, address]);
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = sockssplitHostPort(s); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			host = _tuple[0];
			port = _tuple[1];
			err$1 = _tuple[2];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				_tmp = $ifaceNil;
				_tmp$1 = $ifaceNil;
				_tmp$2 = err$1;
				proxy = _tmp;
				dst = _tmp$1;
				err = _tmp$2;
				$s = -1; return [proxy, dst, err];
			}
			a = new socksAddr.ptr("", net.IP.nil, port);
			a.IP = net.ParseIP(host);
			if (a.IP === net.IP.nil) {
				a.Name = host;
			}
			if (i === 0) {
				proxy = a;
			} else {
				dst = a;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return [proxy, dst, err];
		/* */ } return; } var $f = {$blk: socksDialer.ptr.prototype.pathAddrs, $c: true, $r, _i, _r$1, _ref, _tmp, _tmp$1, _tmp$2, _tuple, a, address, d, dst, err, err$1, host, i, port, proxy, s, $s};return $f;
	};
	socksDialer.prototype.pathAddrs = function(address) { return this.$val.pathAddrs(address); };
	socksNewDialer = function(network, address) {
		var address, network;
		return new socksDialer.ptr(1, network, address, $throwNilPointerError, sliceType$12.nil, $throwNilPointerError);
	};
	socksUsernamePassword.ptr.prototype.Authenticate = function(ctx, rw, auth) {
		var {_1, _r$1, _r$2, _tuple, _tuple$1, auth, b, ctx, err, err$1, rw, up, $s, $r, $c} = $restore(this, {ctx, rw, auth});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		up = this;
			_1 = auth;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if (_1 === (2)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (0)) { */ case 2:
				$s = -1; return $ifaceNil;
			/* } else if (_1 === (2)) { */ case 3:
				if ((up.Username.length === 0) || up.Username.length > 255 || (up.Password.length === 0) || up.Password.length > 255) {
					$s = -1; return errors.New("invalid username/password");
				}
				b = new sliceType$3([1]);
				b = $append(b, ((up.Username.length << 24 >>> 24)));
				b = $appendSlice(b, up.Username);
				b = $append(b, ((up.Password.length << 24 >>> 24)));
				b = $appendSlice(b, up.Password);
				_r$1 = rw.Write(b); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return err;
				}
				_r$2 = io.ReadFull(rw, $subslice(b, 0, 2)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				err$1 = _tuple$1[1];
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return err$1;
				}
				if (!(((0 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 0]) === 1))) {
					$s = -1; return errors.New("invalid username/password version");
				}
				if (!(((1 >= b.$length ? ($throwRuntimeError("index out of range"), undefined) : b.$array[b.$offset + 1]) === 0))) {
					$s = -1; return errors.New("username/password authentication failed");
				}
				$s = -1; return $ifaceNil;
			/* } */ case 4:
		case 1:
		$s = -1; return errors.New("unsupported authentication method " + strconv.Itoa(((auth >> 0))));
		/* */ } return; } var $f = {$blk: socksUsernamePassword.ptr.prototype.Authenticate, $c: true, $r, _1, _r$1, _r$2, _tuple, _tuple$1, auth, b, ctx, err, err$1, rw, up, $s};return $f;
	};
	socksUsernamePassword.prototype.Authenticate = function(ctx, rw, auth) { return this.$val.Authenticate(ctx, rw, auth); };
	DetectContentType = function(data) {
		var {_i, _r$1, _ref, ct, data, firstNonWS, sig, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (data.$length > 512) {
			data = $subslice(data, 0, 512);
		}
		firstNonWS = 0;
		while (true) {
			if (!(firstNonWS < data.$length && isWS(((firstNonWS < 0 || firstNonWS >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + firstNonWS])))) { break; }
			firstNonWS = firstNonWS + (1) >> 0;
		}
		_ref = sniffSignatures;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			sig = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = sig.match(data, firstNonWS); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			ct = _r$1;
			if (!(ct === "")) {
				$s = -1; return ct;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return "application/octet-stream";
		/* */ } return; } var $f = {$blk: DetectContentType, $c: true, $r, _i, _r$1, _ref, ct, data, firstNonWS, sig, $s};return $f;
	};
	$pkg.DetectContentType = DetectContentType;
	isWS = function(b) {
		var _1, b;
		_1 = b;
		if ((_1 === (9)) || (_1 === (10)) || (_1 === (12)) || (_1 === (13)) || (_1 === (32))) {
			return true;
		}
		return false;
	};
	isTT = function(b) {
		var _1, b;
		_1 = b;
		if ((_1 === (32)) || (_1 === (62))) {
			return true;
		}
		return false;
	};
	exactSig.ptr.prototype.match = function(data, firstNonWS) {
		var data, e, firstNonWS;
		e = this;
		if (bytes.HasPrefix(data, e.sig)) {
			return e.ct;
		}
		return "";
	};
	exactSig.prototype.match = function(data, firstNonWS) { return this.$val.match(data, firstNonWS); };
	maskedSig.ptr.prototype.match = function(data, firstNonWS) {
		var _i, _ref, data, firstNonWS, i, m, maskedData, pb, x$5;
		m = this;
		if (m.skipWS) {
			data = $subslice(data, firstNonWS);
		}
		if (!((m.pat.$length === m.mask.$length))) {
			return "";
		}
		if (data.$length < m.pat.$length) {
			return "";
		}
		_ref = m.pat;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			pb = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			maskedData = (((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i]) & (x$5 = m.mask, ((i < 0 || i >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i]))) >>> 0;
			if (!((maskedData === pb))) {
				return "";
			}
			_i++;
		}
		return m.ct;
	};
	maskedSig.prototype.match = function(data, firstNonWS) { return this.$val.match(data, firstNonWS); };
	htmlSig.prototype.match = function(data, firstNonWS) {
		var _i, _ref, b, data, db, firstNonWS, h, i, x$5;
		h = this;
		data = $subslice(data, firstNonWS);
		if (data.$length < (h.$length + 1 >> 0)) {
			return "";
		}
		_ref = h;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			db = ((i < 0 || i >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + i]);
			if (65 <= b && b <= 90) {
				db = (db & (223)) >>> 0;
			}
			if (!((b === db))) {
				return "";
			}
			_i++;
		}
		if (!isTT((x$5 = h.$length, ((x$5 < 0 || x$5 >= data.$length) ? ($throwRuntimeError("index out of range"), undefined) : data.$array[data.$offset + x$5])))) {
			return "";
		}
		return "text/html; charset=utf-8";
	};
	$ptrType(htmlSig).prototype.match = function(data, firstNonWS) { return this.$get().match(data, firstNonWS); };
	mp4Sig.ptr.prototype.match = function(data, firstNonWS) {
		var _r$1, boxSize, data, firstNonWS, st;
		if (data.$length < 12) {
			return "";
		}
		boxSize = (($clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(data, 0, 4)) >> 0));
		if (data.$length < boxSize || !(((_r$1 = boxSize % 4, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0))) {
			return "";
		}
		if (!bytes.Equal($subslice(data, 4, 8), mp4ftype)) {
			return "";
		}
		st = 8;
		while (true) {
			if (!(st < boxSize)) { break; }
			if (st === 12) {
				st = st + (4) >> 0;
				continue;
			}
			if (bytes.Equal($subslice(data, st, (st + 3 >> 0)), mp4)) {
				return "video/mp4";
			}
			st = st + (4) >> 0;
		}
		return "";
	};
	mp4Sig.prototype.match = function(data, firstNonWS) { return this.$val.match(data, firstNonWS); };
	textSig.ptr.prototype.match = function(data, firstNonWS) {
		var _i, _ref, b, data, firstNonWS;
		_ref = $subslice(data, firstNonWS);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ((b <= 8) || ((b === 11)) || (14 <= b && b <= 26) || (28 <= b && b <= 31)) {
				return "";
			}
			_i++;
		}
		return "text/plain; charset=utf-8";
	};
	textSig.prototype.match = function(data, firstNonWS) { return this.$val.match(data, firstNonWS); };
	conn.ptr.prototype.hijacked = function() {
		var {$24r, c, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = this;
		$r = c.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mu, "Unlock"), []]);
		$24r = c.hijackedv;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: conn.ptr.prototype.hijacked, $c: true, $r, $24r, c, $s, $deferred};return $f; } }
	};
	conn.prototype.hijacked = function() { return this.$val.hijacked(); };
	conn.ptr.prototype.hijackLocked = function() {
		var {$24r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, buf, c, err, err$1, rwc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rwc = $ifaceNil;
		buf = ptrType$44.nil;
		err = $ifaceNil;
		c = this;
		if (c.hijackedv) {
			_tmp = $ifaceNil;
			_tmp$1 = ptrType$44.nil;
			_tmp$2 = $pkg.ErrHijacked;
			rwc = _tmp;
			buf = _tmp$1;
			err = _tmp$2;
			$s = -1; return [rwc, buf, err];
		}
		$r = c.r.abortPendingRead(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		c.hijackedv = true;
		rwc = c.rwc;
		_r$1 = rwc.SetDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		buf = bufio.NewReadWriter(c.bufr, bufio.NewWriter(rwc));
		/* */ if (c.r.hasByte) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (c.r.hasByte) { */ case 3:
			_r$2 = c.bufr.Peek(c.bufr.Buffered() + 1 >> 0); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			err$1 = _tuple[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 6:
				_tmp$3 = $ifaceNil;
				_tmp$4 = ptrType$44.nil;
				_r$3 = fmt.Errorf("unexpected Peek failure reading buffered byte: %v", new sliceType([err$1])); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tmp$5 = _r$3;
				rwc = _tmp$3;
				buf = _tmp$4;
				err = _tmp$5;
				$24r = [rwc, buf, err];
				$s = 9; case 9: return $24r;
			/* } */ case 7:
		/* } */ case 4:
		$r = c.setState(rwc, 3, true); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [rwc, buf, err];
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.hijackLocked, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, buf, c, err, err$1, rwc, $s};return $f;
	};
	conn.prototype.hijackLocked = function() { return this.$val.hijackLocked(); };
	chunkWriter.ptr.prototype.Write = function(p) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, cw, err, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		cw = this;
		/* */ if (!cw.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!cw.wroteHeader) { */ case 1:
			$r = cw.writeHeader(p); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (cw.res.req.Method === "HEAD") {
			_tmp = p.$length;
			_tmp$1 = $ifaceNil;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		/* */ if (cw.chunking) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (cw.chunking) { */ case 4:
			_r$1 = fmt.Fprintf(cw.res.conn.bufw, "%x\r\n", new sliceType([new $Int(p.$length)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
				_r$2 = cw.res.conn.rwc.Close(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				$s = -1; return [n, err];
			/* } */ case 8:
		/* } */ case 5:
		_r$3 = cw.res.conn.bufw.Write(p); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		n = _tuple$1[0];
		err = _tuple$1[1];
		/* */ if (cw.chunking && $interfaceIsEqual(err, $ifaceNil)) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (cw.chunking && $interfaceIsEqual(err, $ifaceNil)) { */ case 11:
			_r$4 = cw.res.conn.bufw.Write(crlf); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$2 = _r$4;
			err = _tuple$2[1];
		/* } */ case 12:
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 14:
			_r$5 = cw.res.conn.rwc.Close(); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 15:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: chunkWriter.ptr.prototype.Write, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, cw, err, n, p, $s};return $f;
	};
	chunkWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	chunkWriter.ptr.prototype.flush = function() {
		var {_r$1, cw, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cw = this;
		/* */ if (!cw.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!cw.wroteHeader) { */ case 1:
			$r = cw.writeHeader(sliceType$3.nil); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = cw.res.conn.bufw.Flush(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: chunkWriter.ptr.prototype.flush, $c: true, $r, _r$1, cw, $s};return $f;
	};
	chunkWriter.prototype.flush = function() { return this.$val.flush(); };
	chunkWriter.ptr.prototype.close = function() {
		var {_r$1, _r$2, _r$3, _r$4, bw, cw, trailers, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cw = this;
		/* */ if (!cw.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!cw.wroteHeader) { */ case 1:
			$r = cw.writeHeader(sliceType$3.nil); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		/* */ if (cw.chunking) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (cw.chunking) { */ case 4:
			bw = cw.res.conn.bufw;
			_r$1 = bw.WriteString("0\r\n"); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = cw.res.finalTrailers(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			trailers = _r$2;
			/* */ if (!(trailers === false)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!(trailers === false)) { */ case 8:
				_r$3 = new Header(trailers).Write(bw); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
			/* } */ case 9:
			_r$4 = bw.WriteString("\r\n"); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: chunkWriter.ptr.prototype.close, $c: true, $r, _r$1, _r$2, _r$3, _r$4, bw, cw, trailers, $s};return $f;
	};
	chunkWriter.prototype.close = function() { return this.$val.close(); };
	response.ptr.prototype.finalTrailers = function() {
		var {_entry, _entry$1, _i, _i$1, _i$2, _key, _keys, _ref, _ref$1, _ref$2, k, k$1, t, v, vv, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		t = false;
		_ref = w.handlerHeader;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vv = _entry.v;
			if (strings.HasPrefix(k, "Trailer:")) {
				if (t === false) {
					t = {};
				}
				_key = strings.TrimPrefix(k, "Trailer:"); (t || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv };
			}
			_i++;
		}
		_ref$1 = w.trailers;
		_i$1 = 0;
		/* while (true) { */ case 1:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 2; continue; }
			k$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (t === false) {
				t = {};
			}
			_ref$2 = (_entry$1 = w.handlerHeader[$String.keyFor(k$1)], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
			_i$2 = 0;
			/* while (true) { */ case 3:
				/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 4; continue; }
				v = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
				$r = new Header(t).Add(k$1, v); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i$2++;
			$s = 3; continue;
			case 4:
			_i$1++;
		$s = 1; continue;
		case 2:
		$s = -1; return t;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.finalTrailers, $c: true, $r, _entry, _entry$1, _i, _i$1, _i$2, _key, _keys, _ref, _ref$1, _ref$2, k, k$1, t, v, vv, w, $s};return $f;
	};
	response.prototype.finalTrailers = function() { return this.$val.finalTrailers(); };
	$ptrType(atomicBool).prototype.isSet = function() {
		var _ptr, b;
		b = this;
		return !((atomic.LoadInt32(((_ptr = b, new ptrType$45(function() { return (_ptr.$get() >> 0); }, function($v) { _ptr.$set(($v >> 0)); }, _ptr.$target)))) === 0));
	};
	$ptrType(atomicBool).prototype.setTrue = function() {
		var _ptr, b;
		b = this;
		atomic.StoreInt32(((_ptr = b, new ptrType$45(function() { return (_ptr.$get() >> 0); }, function($v) { _ptr.$set(($v >> 0)); }, _ptr.$target))), 1);
	};
	$ptrType(atomicBool).prototype.setFalse = function() {
		var _ptr, b;
		b = this;
		atomic.StoreInt32(((_ptr = b, new ptrType$45(function() { return (_ptr.$get() >> 0); }, function($v) { _ptr.$set(($v >> 0)); }, _ptr.$target))), 0);
	};
	response.ptr.prototype.declareTrailer = function(k) {
		var {_r$1, _r$2, k, w, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = CanonicalHeaderKey(k); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		k = _r$1;
		_r$2 = httpguts.ValidTrailerHeader(k); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!_r$2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!_r$2) { */ case 2:
			$s = -1; return;
		/* } */ case 3:
		w.trailers = $append(w.trailers, k);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.declareTrailer, $c: true, $r, _r$1, _r$2, k, w, $s};return $f;
	};
	response.prototype.declareTrailer = function(k) { return this.$val.declareTrailer(k); };
	response.ptr.prototype.requestTooLarge = function() {
		var {w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		w.closeAfterReply = true;
		w.requestBodyLimitHit = true;
		/* */ if (!w.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!w.wroteHeader) { */ case 1:
			$r = new Header(w.Header()).Set("Connection", "close"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.requestTooLarge, $c: true, $r, w, $s};return $f;
	};
	response.prototype.requestTooLarge = function() { return this.$val.requestTooLarge(); };
	response.ptr.prototype.ReadFrom = function(src) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, buf, bufp, err, err$1, err$2, n, n0, n0$1, n0$2, ok, rf, src, w, x$10, x$11, x$12, x$5, x$6, x$7, x$8, x$9, $s, $deferred, $r, $c} = $restore(this, {src});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		n = new $Int64(0, 0);
		err = $ifaceNil;
		w = this;
		_r$1 = copyBufPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		bufp = $assertType(_r$1, ptrType$6);
		buf = bufp.$get();
		$deferred.push([$methodVal(copyBufPool, "Put"), [bufp]]);
		_tuple = $assertType(w.conn.rwc, io.ReaderFrom, true);
		rf = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!ok) { */ case 2:
			_r$2 = io.CopyBuffer((x$5 = new writerOnly.ptr(w), new x$5.constructor.elem(x$5)), src, buf); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			n = _tuple$1[0];
			err = _tuple$1[1];
			$24r = [n, err];
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		/* */ if (!w.cw.wroteHeader) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!w.cw.wroteHeader) { */ case 6:
			_r$3 = io.CopyBuffer((x$6 = new writerOnly.ptr(w), new x$6.constructor.elem(x$6)), io.LimitReader(src, new $Int64(0, 512)), buf); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$2 = _r$3;
			n0 = _tuple$2[0];
			err$1 = _tuple$2[1];
			n = (x$7 = n0, new $Int64(n.$high + x$7.$high, n.$low + x$7.$low));
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil)) || (n0.$high < 0 || (n0.$high === 0 && n0.$low < 512))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil)) || (n0.$high < 0 || (n0.$high === 0 && n0.$low < 512))) { */ case 9:
				_tmp = n;
				_tmp$1 = err$1;
				n = _tmp;
				err = _tmp$1;
				$24r$1 = [n, err];
				$s = 11; case 11: return $24r$1;
			/* } */ case 10:
		/* } */ case 7:
		_r$4 = w.w.Flush(); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$4;
		$r = w.cw.flush(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!w.cw.chunking && w.bodyAllowed()) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!w.cw.chunking && w.bodyAllowed()) { */ case 14:
			_r$5 = rf.ReadFrom(src); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$3 = _r$5;
			n0$1 = _tuple$3[0];
			err$2 = _tuple$3[1];
			n = (x$8 = n0$1, new $Int64(n.$high + x$8.$high, n.$low + x$8.$low));
			w.written = (x$9 = w.written, x$10 = n0$1, new $Int64(x$9.$high + x$10.$high, x$9.$low + x$10.$low));
			_tmp$2 = n;
			_tmp$3 = err$2;
			n = _tmp$2;
			err = _tmp$3;
			$24r$2 = [n, err];
			$s = 17; case 17: return $24r$2;
		/* } */ case 15:
		_r$6 = io.CopyBuffer((x$11 = new writerOnly.ptr(w), new x$11.constructor.elem(x$11)), src, buf); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$4 = _r$6;
		n0$2 = _tuple$4[0];
		err = _tuple$4[1];
		n = (x$12 = n0$2, new $Int64(n.$high + x$12.$high, n.$low + x$12.$low));
		_tmp$4 = n;
		_tmp$5 = err;
		n = _tmp$4;
		err = _tmp$5;
		$24r$3 = [n, err];
		$s = 19; case 19: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: response.ptr.prototype.ReadFrom, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, buf, bufp, err, err$1, err$2, n, n0, n0$1, n0$2, ok, rf, src, w, x$10, x$11, x$12, x$5, x$6, x$7, x$8, x$9, $s, $deferred};return $f; } }
	};
	response.prototype.ReadFrom = function(src) { return this.$val.ReadFrom(src); };
	Server.ptr.prototype.newConn = function(rwc) {
		var {_r$1, c, rwc, srv, $s, $r, $c} = $restore(this, {rwc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		c = new conn.ptr(srv, $throwNilPointerError, rwc, "", ptrType$28.nil, $ifaceNil, ptrType$47.nil, ptrType$29.nil, ptrType$14.nil, "", new atomic.Value.ptr($ifaceNil), new structType$1.ptr(new $Uint64(0, 0)), new sync.Mutex.ptr(0, 0), false);
		/* */ if (false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (false) { */ case 1:
			_r$1 = newLoggingConn("server", c.rwc); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			c.rwc = _r$1;
		/* } */ case 2:
		$s = -1; return c;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.newConn, $c: true, $r, _r$1, c, rwc, srv, $s};return $f;
	};
	Server.prototype.newConn = function(rwc) { return this.$val.newConn(rwc); };
	connReader.ptr.prototype.lock = function() {
		var {cr, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cr = this;
		$r = cr.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (cr.cond === ptrType$48.nil) {
			cr.cond = sync.NewCond(cr.mu);
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: connReader.ptr.prototype.lock, $c: true, $r, cr, $s};return $f;
	};
	connReader.prototype.lock = function() { return this.$val.lock(); };
	connReader.ptr.prototype.unlock = function() {
		var {cr, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cr = this;
		$r = cr.mu.Unlock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: connReader.ptr.prototype.unlock, $c: true, $r, cr, $s};return $f;
	};
	connReader.prototype.unlock = function() { return this.$val.unlock(); };
	connReader.ptr.prototype.startBackgroundRead = function() {
		var {_r$1, cr, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cr = this;
		$r = cr.lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cr, "unlock"), []]);
		if (cr.inRead) {
			$panic(new $String("invalid concurrent Body.Read call"));
		}
		/* */ if (cr.hasByte) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (cr.hasByte) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		cr.inRead = true;
		_r$1 = cr.conn.rwc.SetReadDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$go($methodVal(cr, "backgroundRead"), []);
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: connReader.ptr.prototype.startBackgroundRead, $c: true, $r, _r$1, cr, $s, $deferred};return $f; } }
	};
	connReader.prototype.startBackgroundRead = function() { return this.$val.startBackgroundRead(); };
	connReader.ptr.prototype.backgroundRead = function() {
		var {_r$1, _r$2, _tuple, _tuple$1, _v, cr, err, n, ne, ok, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cr = this;
		_r$1 = cr.conn.rwc.Read(new sliceType$3(cr.byteBuf)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$r = cr.lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (n === 1) {
			cr.hasByte = true;
		}
		_tuple$1 = $assertType(err, net.Error, true);
		ne = _tuple$1[0];
		ok = _tuple$1[1];
		if (!(ok && cr.aborted)) { _v = false; $s = 6; continue s; }
		_r$2 = ne.Timeout(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v = _r$2; case 6:
		/* */ if (_v) { $s = 3; continue; }
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_v) { */ case 3:
			$s = 5; continue;
		/* } else if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 4:
			$r = cr.handleReadError(err); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		cr.aborted = false;
		cr.inRead = false;
		$r = cr.unlock(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cr.cond.Broadcast(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: connReader.ptr.prototype.backgroundRead, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, _v, cr, err, n, ne, ok, $s};return $f;
	};
	connReader.prototype.backgroundRead = function() { return this.$val.backgroundRead(); };
	connReader.ptr.prototype.abortPendingRead = function() {
		var {_r$1, _r$2, cr, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cr = this;
		$r = cr.lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cr, "unlock"), []]);
		/* */ if (!cr.inRead) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!cr.inRead) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		cr.aborted = true;
		_r$1 = cr.conn.rwc.SetReadDeadline($clone(aLongTimeAgo, time.Time)); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		/* while (true) { */ case 6:
			/* if (!(cr.inRead)) { break; } */ if(!(cr.inRead)) { $s = 7; continue; }
			$r = cr.cond.Wait(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 6; continue;
		case 7:
		_r$2 = cr.conn.rwc.SetReadDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: connReader.ptr.prototype.abortPendingRead, $c: true, $r, _r$1, _r$2, cr, $s, $deferred};return $f; } }
	};
	connReader.prototype.abortPendingRead = function() { return this.$val.abortPendingRead(); };
	connReader.ptr.prototype.setReadLimit = function(remain) {
		var cr, remain;
		cr = this;
		cr.remain = remain;
	};
	connReader.prototype.setReadLimit = function(remain) { return this.$val.setReadLimit(remain); };
	connReader.ptr.prototype.setInfiniteReadLimit = function() {
		var cr;
		cr = this;
		cr.remain = new $Int64(2147483647, 4294967295);
	};
	connReader.prototype.setInfiniteReadLimit = function() { return this.$val.setInfiniteReadLimit(); };
	connReader.ptr.prototype.hitReadLimit = function() {
		var cr, x$5;
		cr = this;
		return (x$5 = cr.remain, (x$5.$high < 0 || (x$5.$high === 0 && x$5.$low <= 0)));
	};
	connReader.prototype.hitReadLimit = function() { return this.$val.hitReadLimit(); };
	connReader.ptr.prototype.handleReadError = function(param) {
		var {cr, param, $s, $r, $c} = $restore(this, {param});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cr = this;
		$r = cr.conn.cancelCtx(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cr.closeNotify(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: connReader.ptr.prototype.handleReadError, $c: true, $r, cr, param, $s};return $f;
	};
	connReader.prototype.handleReadError = function(param) { return this.$val.handleReadError(param); };
	connReader.ptr.prototype.closeNotify = function() {
		var {_tuple, cr, res, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cr = this;
		_tuple = $assertType(cr.conn.curReq.Load(), ptrType$49, true);
		res = _tuple[0];
		/* */ if (!(res === ptrType$49.nil) && atomic.CompareAndSwapInt32((res.$ptr_didCloseNotify || (res.$ptr_didCloseNotify = new ptrType$45(function() { return this.$target.didCloseNotify; }, function($v) { this.$target.didCloseNotify = $v; }, res))), 0, 1)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(res === ptrType$49.nil) && atomic.CompareAndSwapInt32((res.$ptr_didCloseNotify || (res.$ptr_didCloseNotify = new ptrType$45(function() { return this.$target.didCloseNotify; }, function($v) { this.$target.didCloseNotify = $v; }, res))), 0, 1)) { */ case 1:
			$r = $send(res.closeNotifyCh, true); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: connReader.ptr.prototype.closeNotify, $c: true, $r, _tuple, cr, res, $s};return $f;
	};
	connReader.prototype.closeNotify = function() { return this.$val.closeNotify(); };
	connReader.ptr.prototype.Read = function(p) {
		var {_r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, cr, err, n, p, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		cr = this;
		$r = cr.lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (cr.inRead) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (cr.inRead) { */ case 2:
			$r = cr.unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$1 = cr.conn.hijacked(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_r$1) { */ case 5:
				$panic(new $String("invalid Body.Read call. After hijacked, the original Request must not be used"));
			/* } */ case 6:
			$panic(new $String("invalid concurrent Body.Read call"));
		/* } */ case 3:
		/* */ if (cr.hitReadLimit()) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (cr.hitReadLimit()) { */ case 8:
			$r = cr.unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp = 0;
			_tmp$1 = io.EOF;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		/* } */ case 9:
		/* */ if (p.$length === 0) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (p.$length === 0) { */ case 11:
			$r = cr.unlock(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp$2 = 0;
			_tmp$3 = $ifaceNil;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		/* } */ case 12:
		if ((x$5 = (new $Int64(0, p.$length)), x$6 = cr.remain, (x$5.$high > x$6.$high || (x$5.$high === x$6.$high && x$5.$low > x$6.$low)))) {
			p = $subslice(p, 0, $flatten64(cr.remain));
		}
		/* */ if (cr.hasByte) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (cr.hasByte) { */ case 14:
			(0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0] = cr.byteBuf[0]);
			cr.hasByte = false;
			$r = cr.unlock(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp$4 = 1;
			_tmp$5 = $ifaceNil;
			n = _tmp$4;
			err = _tmp$5;
			$s = -1; return [n, err];
		/* } */ case 15:
		cr.inRead = true;
		$r = cr.unlock(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = cr.conn.rwc.Read(p); /* */ $s = 18; case 18: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		n = _tuple[0];
		err = _tuple[1];
		$r = cr.lock(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		cr.inRead = false;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 20:
			$r = cr.handleReadError(err); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 21:
		cr.remain = (x$7 = cr.remain, x$8 = (new $Int64(0, n)), new $Int64(x$7.$high - x$8.$high, x$7.$low - x$8.$low));
		$r = cr.unlock(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cr.cond.Broadcast(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$6 = n;
		_tmp$7 = err;
		n = _tmp$6;
		err = _tmp$7;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: connReader.ptr.prototype.Read, $c: true, $r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, cr, err, n, p, x$5, x$6, x$7, x$8, $s};return $f;
	};
	connReader.prototype.Read = function(p) { return this.$val.Read(p); };
	bufioWriterPool = function(size) {
		var _1, size;
		_1 = size;
		if (_1 === (2048)) {
			return bufioWriter2kPool;
		} else if (_1 === (4096)) {
			return bufioWriter4kPool;
		}
		return ptrType$50.nil;
	};
	newBufioReader = function(r) {
		var {_r$1, br, r, v, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = bufioReaderPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		v = _r$1;
		if (!($interfaceIsEqual(v, $ifaceNil))) {
			br = $assertType(v, ptrType$29);
			br.Reset(r);
			$s = -1; return br;
		}
		$s = -1; return bufio.NewReader(r);
		/* */ } return; } var $f = {$blk: newBufioReader, $c: true, $r, _r$1, br, r, v, $s};return $f;
	};
	putBufioReader = function(br) {
		var br;
		br.Reset($ifaceNil);
		bufioReaderPool.Put(br);
	};
	newBufioWriterSize = function(w, size) {
		var {_r$1, bw, pool, size, v, w, $s, $r, $c} = $restore(this, {w, size});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		pool = bufioWriterPool(size);
		/* */ if (!(pool === ptrType$50.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(pool === ptrType$50.nil)) { */ case 1:
			_r$1 = pool.Get(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			v = _r$1;
			if (!($interfaceIsEqual(v, $ifaceNil))) {
				bw = $assertType(v, ptrType$14);
				bw.Reset(w);
				$s = -1; return bw;
			}
		/* } */ case 2:
		$s = -1; return bufio.NewWriterSize(w, size);
		/* */ } return; } var $f = {$blk: newBufioWriterSize, $c: true, $r, _r$1, bw, pool, size, v, w, $s};return $f;
	};
	putBufioWriter = function(bw) {
		var bw, pool;
		bw.Reset($ifaceNil);
		pool = bufioWriterPool(bw.Available());
		if (!(pool === ptrType$50.nil)) {
			pool.Put(bw);
		}
	};
	Server.ptr.prototype.maxHeaderBytes = function() {
		var srv;
		srv = this;
		if (srv.MaxHeaderBytes > 0) {
			return srv.MaxHeaderBytes;
		}
		return 1048576;
	};
	Server.prototype.maxHeaderBytes = function() { return this.$val.maxHeaderBytes(); };
	Server.ptr.prototype.initialReadLimitSize = function() {
		var srv, x$5;
		srv = this;
		return (x$5 = (new $Int64(0, srv.maxHeaderBytes())), new $Int64(x$5.$high + 0, x$5.$low + 4096));
	};
	Server.prototype.initialReadLimitSize = function() { return this.$val.initialReadLimitSize(); };
	Server.ptr.prototype.tlsHandshakeTimeout = function() {
		var _i, _ref, ret, srv, v;
		srv = this;
		ret = new time.Duration(0, 0);
		_ref = $toNativeArray($kindInt64, [srv.ReadHeaderTimeout, srv.ReadTimeout, srv.WriteTimeout]);
		_i = 0;
		while (true) {
			if (!(_i < 3)) { break; }
			v = ((_i < 0 || _i >= _ref.length) ? ($throwRuntimeError("index out of range"), undefined) : _ref[_i]);
			if ((v.$high < 0 || (v.$high === 0 && v.$low <= 0))) {
				_i++;
				continue;
			}
			if ((ret.$high === 0 && ret.$low === 0) || (v.$high < ret.$high || (v.$high === ret.$high && v.$low < ret.$low))) {
				ret = v;
			}
			_i++;
		}
		return ret;
	};
	Server.prototype.tlsHandshakeTimeout = function() { return this.$val.tlsHandshakeTimeout(); };
	expectContinueReader.ptr.prototype.Read = function(p) {
		var {_r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _v, ecr, err, n, p, w, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		ecr = this;
		if ((ecr.$ptr_closed || (ecr.$ptr_closed = new ptrType$51(function() { return this.$target.closed; }, function($v) { this.$target.closed = $v; }, ecr))).isSet()) {
			_tmp = 0;
			_tmp$1 = $pkg.ErrBodyReadAfterClose;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		w = ecr.resp;
		if (!(!w.wroteContinue && (w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).isSet())) { _v = false; $s = 3; continue s; }
		_r$1 = w.conn.hijacked(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !_r$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			w.wroteContinue = true;
			$r = w.writeContinueMu.Lock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if ((w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).isSet()) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if ((w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).isSet()) { */ case 6:
				_r$2 = w.conn.bufw.WriteString("HTTP/1.1 100 Continue\r\n\r\n"); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				_r$3 = w.conn.bufw.Flush(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				(w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).setFalse();
			/* } */ case 7:
			$r = w.writeContinueMu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$4 = ecr.readCloser.Read(p); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple = _r$4;
		n = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, io.EOF)) {
			(ecr.$ptr_sawEOF || (ecr.$ptr_sawEOF = new ptrType$51(function() { return this.$target.sawEOF; }, function($v) { this.$target.sawEOF = $v; }, ecr))).setTrue();
		}
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: expectContinueReader.ptr.prototype.Read, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _v, ecr, err, n, p, w, $s};return $f;
	};
	expectContinueReader.prototype.Read = function(p) { return this.$val.Read(p); };
	expectContinueReader.ptr.prototype.Close = function() {
		var {$24r, _r$1, ecr, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ecr = this;
		(ecr.$ptr_closed || (ecr.$ptr_closed = new ptrType$51(function() { return this.$target.closed; }, function($v) { this.$target.closed = $v; }, ecr))).setTrue();
		_r$1 = ecr.readCloser.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: expectContinueReader.ptr.prototype.Close, $c: true, $r, $24r, _r$1, ecr, $s};return $f;
	};
	expectContinueReader.prototype.Close = function() { return this.$val.Close(); };
	appendTime = function(b, t) {
		var {_q, _q$1, _q$2, _q$3, _q$4, _q$5, _q$6, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, day, dd, hh, mm, mn, mon, ss, t, yy, $s, $r, $c} = $restore(this, {b, t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		time.Time.copy(t, $clone(t, time.Time).UTC());
		_r$1 = $clone(t, time.Time).Date(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		yy = _tuple[0];
		mm = _tuple[1];
		dd = _tuple[2];
		_r$2 = $clone(t, time.Time).Clock(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		hh = _tuple$1[0];
		mn = _tuple$1[1];
		ss = _tuple$1[2];
		_r$3 = $clone(t, time.Time).Weekday(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		day = $substring("SunMonTueWedThuFriSat", ($imul(3, _r$3)));
		mon = $substring("JanFebMarAprMayJunJulAugSepOctNovDec", ($imul(3, ((mm - 1 >> 0)))));
		$s = -1; return $append(b, day.charCodeAt(0), day.charCodeAt(1), day.charCodeAt(2), 44, 32, (((48 + (_q = dd / 10, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$4 = dd % 10, _r$4 === _r$4 ? _r$4 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), 32, mon.charCodeAt(0), mon.charCodeAt(1), mon.charCodeAt(2), 32, (((48 + (_q$1 = yy / 1000, (_q$1 === _q$1 && _q$1 !== 1/0 && _q$1 !== -1/0) ? _q$1 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$5 = ((_q$2 = yy / 100, (_q$2 === _q$2 && _q$2 !== 1/0 && _q$2 !== -1/0) ? _q$2 >> 0 : $throwRuntimeError("integer divide by zero"))) % 10, _r$5 === _r$5 ? _r$5 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$6 = ((_q$3 = yy / 10, (_q$3 === _q$3 && _q$3 !== 1/0 && _q$3 !== -1/0) ? _q$3 >> 0 : $throwRuntimeError("integer divide by zero"))) % 10, _r$6 === _r$6 ? _r$6 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$7 = yy % 10, _r$7 === _r$7 ? _r$7 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), 32, (((48 + (_q$4 = hh / 10, (_q$4 === _q$4 && _q$4 !== 1/0 && _q$4 !== -1/0) ? _q$4 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$8 = hh % 10, _r$8 === _r$8 ? _r$8 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), 58, (((48 + (_q$5 = mn / 10, (_q$5 === _q$5 && _q$5 !== 1/0 && _q$5 !== -1/0) ? _q$5 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$9 = mn % 10, _r$9 === _r$9 ? _r$9 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), 58, (((48 + (_q$6 = ss / 10, (_q$6 === _q$6 && _q$6 !== 1/0 && _q$6 !== -1/0) ? _q$6 >> 0 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), (((48 + (_r$10 = ss % 10, _r$10 === _r$10 ? _r$10 : $throwRuntimeError("integer divide by zero")) >> 0) << 24 >>> 24)), 32, 71, 77, 84);
		/* */ } return; } var $f = {$blk: appendTime, $c: true, $r, _q, _q$1, _q$2, _q$3, _q$4, _q$5, _q$6, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, b, day, dd, hh, mm, mn, mon, ss, t, yy, $s};return $f;
	};
	conn.ptr.prototype.readRequest = function(ctx) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _entry, _entry$1, _i, _i$1, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, body$1, c, cancelCtx, ctx, d, d$1, d$2, err, haveHost, hdrDeadline, hosts, isH2Upgrade, k, ok, peek, req, t0, v, vv, w, wholeReqDeadline, x$5, $s, $deferred, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = [c];
		d = [d];
		w = ptrType$49.nil;
		err = $ifaceNil;
		c[0] = this;
		_r$1 = c[0].hijacked(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$1) { */ case 1:
			_tmp = ptrType$49.nil;
			_tmp$1 = $pkg.ErrHijacked;
			w = _tmp;
			err = _tmp$1;
			$24r = [w, err];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		wholeReqDeadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
		hdrDeadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
		_r$2 = time.Now(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		t0 = $clone(_r$2, time.Time);
		d$1 = c[0].server.readHeaderTimeout();
		if ((d$1.$high > 0 || (d$1.$high === 0 && d$1.$low > 0))) {
			time.Time.copy(hdrDeadline, $clone(t0, time.Time).Add(d$1));
		}
		d$2 = c[0].server.ReadTimeout;
		if ((d$2.$high > 0 || (d$2.$high === 0 && d$2.$low > 0))) {
			time.Time.copy(wholeReqDeadline, $clone(t0, time.Time).Add(d$2));
		}
		_r$3 = c[0].rwc.SetReadDeadline($clone(hdrDeadline, time.Time)); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		d[0] = c[0].server.WriteTimeout;
		/* */ if ((d[0].$high > 0 || (d[0].$high === 0 && d[0].$low > 0))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if ((d[0].$high > 0 || (d[0].$high === 0 && d[0].$low > 0))) { */ case 7:
			$deferred.push([(function(c, d) { return function $b() {
				var {_r$4, _r$5, _r$6, $s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$4 = time.Now(); /* */ $s = 1; case 1: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$5 = $clone(_r$4, time.Time).Add(d[0]); /* */ $s = 2; case 2: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = c[0].rwc.SetWriteDeadline($clone(_r$5, time.Time)); /* */ $s = 3; case 3: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$4, _r$5, _r$6, $s};return $f;
			}; })(c, d), []]);
		/* } */ case 8:
		c[0].r.setReadLimit(c[0].server.initialReadLimitSize());
		/* */ if (c[0].lastMethod === "POST") { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (c[0].lastMethod === "POST") { */ case 9:
			_r$4 = c[0].bufr.Peek(4); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple = _r$4;
			peek = _tuple[0];
			_r$5 = c[0].bufr.Discard(numLeadingCRorLF(peek)); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 10:
		_r$6 = readRequest(c[0].bufr); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$1 = _r$6;
		req = _tuple$1[0];
		err = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 14:
			/* */ if (c[0].r.hitReadLimit()) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (c[0].r.hitReadLimit()) { */ case 16:
				_tmp$2 = ptrType$49.nil;
				_tmp$3 = errTooLarge;
				w = _tmp$2;
				err = _tmp$3;
				$24r$1 = [w, err];
				$s = 18; case 18: return $24r$1;
			/* } */ case 17:
			_tmp$4 = ptrType$49.nil;
			_tmp$5 = err;
			w = _tmp$4;
			err = _tmp$5;
			$24r$2 = [w, err];
			$s = 19; case 19: return $24r$2;
		/* } */ case 15:
		/* */ if (!http1ServerSupportsRequest(req)) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (!http1ServerSupportsRequest(req)) { */ case 20:
			_tmp$6 = ptrType$49.nil;
			_tmp$7 = (x$5 = new statusError.ptr(505, "unsupported protocol version"), new x$5.constructor.elem(x$5));
			w = _tmp$6;
			err = _tmp$7;
			$24r$3 = [w, err];
			$s = 22; case 22: return $24r$3;
		/* } */ case 21:
		c[0].lastMethod = req.Method;
		c[0].r.setInfiniteReadLimit();
		_tuple$2 = (_entry = req.Header[$String.keyFor("Host")], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
		hosts = _tuple$2[0];
		haveHost = _tuple$2[1];
		isH2Upgrade = req.isH2Upgrade();
		/* */ if (req.ProtoAtLeast(1, 1) && (!haveHost || (hosts.$length === 0)) && !isH2Upgrade && !(req.Method === "CONNECT")) { $s = 23; continue; }
		/* */ $s = 24; continue;
		/* if (req.ProtoAtLeast(1, 1) && (!haveHost || (hosts.$length === 0)) && !isH2Upgrade && !(req.Method === "CONNECT")) { */ case 23:
			_tmp$8 = ptrType$49.nil;
			_tmp$9 = badRequestError("missing required Host header");
			w = _tmp$8;
			err = _tmp$9;
			$24r$4 = [w, err];
			$s = 25; case 25: return $24r$4;
		/* } */ case 24:
		/* */ if ((hosts.$length === 1) && !httpguts.ValidHostHeader((0 >= hosts.$length ? ($throwRuntimeError("index out of range"), undefined) : hosts.$array[hosts.$offset + 0]))) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if ((hosts.$length === 1) && !httpguts.ValidHostHeader((0 >= hosts.$length ? ($throwRuntimeError("index out of range"), undefined) : hosts.$array[hosts.$offset + 0]))) { */ case 26:
			_tmp$10 = ptrType$49.nil;
			_tmp$11 = badRequestError("malformed Host header");
			w = _tmp$10;
			err = _tmp$11;
			$24r$5 = [w, err];
			$s = 28; case 28: return $24r$5;
		/* } */ case 27:
		_ref = req.Header;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 29:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 30; continue; }
			_entry$1 = _ref[_keys[_i]];
			if (_entry$1 === undefined) {
				_i++;
				/* continue; */ $s = 29; continue;
			}
			k = _entry$1.k;
			vv = _entry$1.v;
			/* */ if (!httpguts.ValidHeaderFieldName(k)) { $s = 31; continue; }
			/* */ $s = 32; continue;
			/* if (!httpguts.ValidHeaderFieldName(k)) { */ case 31:
				_tmp$12 = ptrType$49.nil;
				_tmp$13 = badRequestError("invalid header name");
				w = _tmp$12;
				err = _tmp$13;
				$24r$6 = [w, err];
				$s = 33; case 33: return $24r$6;
			/* } */ case 32:
			_ref$1 = vv;
			_i$1 = 0;
			/* while (true) { */ case 34:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 35; continue; }
				v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				/* */ if (!httpguts.ValidHeaderFieldValue(v)) { $s = 36; continue; }
				/* */ $s = 37; continue;
				/* if (!httpguts.ValidHeaderFieldValue(v)) { */ case 36:
					_tmp$14 = ptrType$49.nil;
					_tmp$15 = badRequestError("invalid header value");
					w = _tmp$14;
					err = _tmp$15;
					$24r$7 = [w, err];
					$s = 38; case 38: return $24r$7;
				/* } */ case 37:
				_i$1++;
			$s = 34; continue;
			case 35:
			_i++;
		$s = 29; continue;
		case 30:
		delete req.Header[$String.keyFor("Host")];
		_r$7 = context.WithCancel(ctx); /* */ $s = 39; case 39: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$3 = _r$7;
		ctx = _tuple$3[0];
		cancelCtx = _tuple$3[1];
		req.ctx = ctx;
		req.RemoteAddr = c[0].remoteAddr;
		req.TLS = c[0].tlsState;
		_tuple$4 = $assertType(req.Body, ptrType$52, true);
		body$1 = _tuple$4[0];
		ok = _tuple$4[1];
		if (ok) {
			body$1.doEarlyClose = true;
		}
		/* */ if (!$clone(hdrDeadline, time.Time).Equal($clone(wholeReqDeadline, time.Time))) { $s = 40; continue; }
		/* */ $s = 41; continue;
		/* if (!$clone(hdrDeadline, time.Time).Equal($clone(wholeReqDeadline, time.Time))) { */ case 40:
			_r$8 = c[0].rwc.SetReadDeadline($clone(wholeReqDeadline, time.Time)); /* */ $s = 42; case 42: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
		/* } */ case 41:
		w = new response.ptr(c[0], req, req.Body, cancelCtx, false, false, req.wantsHttp10KeepAlive(), req.wantsClose(), 0, new sync.Mutex.ptr(0, 0), ptrType$14.nil, new chunkWriter.ptr(ptrType$49.nil, false, false, false), {}, false, new $Int64(0, 0), new $Int64(-1, 4294967295), 0, false, false, sliceType$2.nil, 0, arrayType$3.zero(), arrayType$4.zero(), arrayType$5.zero(), new $Chan($Bool, 1), 0);
		if (isH2Upgrade) {
			w.closeAfterReply = true;
		}
		w.cw.res = w;
		_r$9 = newBufioWriterSize(w.cw, 2048); /* */ $s = 43; case 43: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		w.w = _r$9;
		_tmp$16 = w;
		_tmp$17 = $ifaceNil;
		w = _tmp$16;
		err = _tmp$17;
		$24r$8 = [w, err];
		$s = 44; case 44: return $24r$8;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [w, err]; } if($curGoroutine.asleep) { var $f = {$blk: conn.ptr.prototype.readRequest, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _entry, _entry$1, _i, _i$1, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, body$1, c, cancelCtx, ctx, d, d$1, d$2, err, haveHost, hdrDeadline, hosts, isH2Upgrade, k, ok, peek, req, t0, v, vv, w, wholeReqDeadline, x$5, $s, $deferred};return $f; } }
	};
	conn.prototype.readRequest = function(ctx) { return this.$val.readRequest(ctx); };
	http1ServerSupportsRequest = function(req) {
		var req;
		if (req.ProtoMajor === 1) {
			return true;
		}
		if ((req.ProtoMajor === 2) && (req.ProtoMinor === 0) && req.Method === "PRI" && req.RequestURI === "*") {
			return true;
		}
		return false;
	};
	response.ptr.prototype.Header = function() {
		var w;
		w = this;
		if (w.cw.header === false && w.wroteHeader && !w.cw.wroteHeader) {
			w.cw.header = new Header(w.handlerHeader).Clone();
		}
		w.calledHeader = true;
		return w.handlerHeader;
	};
	response.prototype.Header = function() { return this.$val.Header(); };
	checkWriteHeaderCode = function(code) {
		var {_r$1, code, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (code < 100 || code > 999) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (code < 100 || code > 999) { */ case 1:
			_r$1 = fmt.Sprintf("invalid WriteHeader code %v", new sliceType([new $Int(code)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(_r$1));
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: checkWriteHeaderCode, $c: true, $r, _r$1, code, $s};return $f;
	};
	relevantCaller = function() {
		var _tuple, frame, frame$1, frames, more, n, pc;
		pc = $makeSlice(sliceType$18, 16);
		n = runtime.Callers(1, pc);
		frames = runtime.CallersFrames($subslice(pc, 0, n));
		frame = new runtime.Frame.ptr(0, ptrType$54.nil, "", "", 0, 0);
		while (true) {
			_tuple = frames.Next();
			frame$1 = $clone(_tuple[0], runtime.Frame);
			more = _tuple[1];
			if (!strings.HasPrefix(frame$1.Function, "net/http.")) {
				return frame$1;
			}
			if (!more) {
				break;
			}
		}
		return frame;
	};
	response.ptr.prototype.WriteHeader = function(code) {
		var {_r$1, _tuple, caller, caller$1, cl, code, err, v, w, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = w.conn.hijacked(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$1) { */ case 1:
			caller = $clone(relevantCaller(), runtime.Frame);
			$r = w.conn.server.logf("http: response.WriteHeader on hijacked connection from %s (%s:%d)", new sliceType([new $String(caller.Function), new $String(path.Base(caller.File)), new $Int(caller.Line)])); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		/* */ if (w.wroteHeader) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (w.wroteHeader) { */ case 5:
			caller$1 = $clone(relevantCaller(), runtime.Frame);
			$r = w.conn.server.logf("http: superfluous response.WriteHeader call from %s (%s:%d)", new sliceType([new $String(caller$1.Function), new $String(path.Base(caller$1.File)), new $Int(caller$1.Line)])); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 6:
		$r = checkWriteHeaderCode(code); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		w.wroteHeader = true;
		w.status = code;
		if (w.calledHeader && w.cw.header === false) {
			w.cw.header = new Header(w.handlerHeader).Clone();
		}
		cl = new Header(w.handlerHeader).get("Content-Length");
		/* */ if (!(cl === "")) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(cl === "")) { */ case 9:
			_tuple = strconv.ParseInt(cl, 10, 64);
			v = _tuple[0];
			err = _tuple[1];
			/* */ if ($interfaceIsEqual(err, $ifaceNil) && (v.$high > 0 || (v.$high === 0 && v.$low >= 0))) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if ($interfaceIsEqual(err, $ifaceNil) && (v.$high > 0 || (v.$high === 0 && v.$low >= 0))) { */ case 11:
				w.contentLength = v;
				$s = 13; continue;
			/* } else { */ case 12:
				$r = w.conn.server.logf("http: invalid Content-Length of %q", new sliceType([new $String(cl)])); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = new Header(w.handlerHeader).Del("Content-Length"); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 13:
		/* } */ case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.WriteHeader, $c: true, $r, _r$1, _tuple, caller, caller$1, cl, code, err, v, w, $s};return $f;
	};
	response.prototype.WriteHeader = function(code) { return this.$val.WriteHeader(code); };
	extraHeader.ptr.prototype.Write = function(w) {
		var {_i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, h, i, v, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		/* */ if (!(h.date === sliceType$3.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(h.date === sliceType$3.nil)) { */ case 1:
			_r$1 = w.Write(headerDate); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = w.Write(h.date); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = w.Write(crlf); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		/* } */ case 2:
		/* */ if (!(h.contentLength === sliceType$3.nil)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(h.contentLength === sliceType$3.nil)) { */ case 6:
			_r$4 = w.Write(headerContentLength); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			_r$5 = w.Write(h.contentLength); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			_r$6 = w.Write(crlf); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
		/* } */ case 7:
		_ref = new sliceType$2([h.contentType, h.connection, h.transferEncoding]);
		_i = 0;
		/* while (true) { */ case 11:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 12; continue; }
			i = _i;
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			/* */ if (!(v === "")) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (!(v === "")) { */ case 13:
				_r$7 = w.Write(((i < 0 || i >= extraHeaderKeys.$length) ? ($throwRuntimeError("index out of range"), undefined) : extraHeaderKeys.$array[extraHeaderKeys.$offset + i])); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				_r$8 = w.Write(colonSpace); /* */ $s = 16; case 16: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
				_r$9 = w.WriteString(v); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$9;
				_r$10 = w.Write(crlf); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
			/* } */ case 14:
			_i++;
		$s = 11; continue;
		case 12:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: extraHeader.ptr.prototype.Write, $c: true, $r, _i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, h, i, v, w, $s};return $f;
	};
	extraHeader.prototype.Write = function(w) { return this.$val.Write(w); };
	chunkWriter.ptr.prototype.writeHeader = function(p) {
		var {_1, _arg, _arg$1, _entry, _entry$1, _entry$2, _entry$3, _i, _i$1, _i$2, _key, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _v, bdy, bdy$1, bdy$2, ce, code, connectionHeaderSet, cw, delConnectionHeader, delHeader, discard, ecr, err, excludeHeader, hasCE, hasCL, hasTE, haveType, header, isHEAD, k, k$1, keepAlivesEnabled, ok, owned, p, sentLength, setHeader, te, tooBig, trailers, v, w, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		excludeHeader = [excludeHeader];
		header = [header];
		owned = [owned];
		cw = this;
		if (cw.wroteHeader) {
			$s = -1; return;
		}
		cw.wroteHeader = true;
		w = cw.res;
		keepAlivesEnabled = w.conn.server.doKeepAlives();
		isHEAD = w.req.Method === "HEAD";
		header[0] = cw.header;
		owned[0] = !(header[0] === false);
		if (!owned[0]) {
			header[0] = w.handlerHeader;
		}
		excludeHeader[0] = false;
		delHeader = (function(excludeHeader, header, owned) { return function $b(key) {
			var {_entry, _key, _tuple, key, ok, $s, $r, $c} = $restore(this, {key});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (owned[0]) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (owned[0]) { */ case 1:
				$r = new Header(header[0]).Del(key); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } */ case 2:
			_tuple = (_entry = header[0][$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
			ok = _tuple[1];
			if (!ok) {
				$s = -1; return;
			}
			if (excludeHeader[0] === false) {
				excludeHeader[0] = {};
			}
			_key = key; (excludeHeader[0] || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: true };
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _entry, _key, _tuple, key, ok, $s};return $f;
		}; })(excludeHeader, header, owned);
		setHeader = new extraHeader.ptr("", "", "", sliceType$3.nil, sliceType$3.nil);
		trailers = false;
		_ref = cw.header;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			if (strings.HasPrefix(k, "Trailer:")) {
				if (excludeHeader[0] === false) {
					excludeHeader[0] = {};
				}
				_key = k; (excludeHeader[0] || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: true };
				trailers = true;
			}
			_i++;
		}
		_ref$1 = (_entry$1 = cw.header[$String.keyFor("Trailer")], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
		_i$1 = 0;
		/* while (true) { */ case 1:
			/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 2; continue; }
			v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			trailers = true;
			$r = foreachHeaderElement(v, $methodVal(cw.res, "declareTrailer")); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i$1++;
		$s = 1; continue;
		case 2:
		te = new Header(header[0]).get("Transfer-Encoding");
		hasTE = !(te === "");
		if ((w.$ptr_handlerDone || (w.$ptr_handlerDone = new ptrType$51(function() { return this.$target.handlerDone; }, function($v) { this.$target.handlerDone = $v; }, w))).isSet() && !trailers && !hasTE && bodyAllowedForStatus(w.status) && new Header(header[0]).get("Content-Length") === "" && (!isHEAD || p.$length > 0)) {
			w.contentLength = (new $Int64(0, p.$length));
			setHeader.contentLength = strconv.AppendInt($subslice(new sliceType$3(cw.res.clenBuf), 0, 0), (new $Int64(0, p.$length)), 10);
		}
		if (w.wants10KeepAlive && keepAlivesEnabled) {
			sentLength = !(new Header(header[0]).get("Content-Length") === "");
			if (sentLength && new Header(header[0]).get("Connection") === "keep-alive") {
				w.closeAfterReply = false;
			}
		}
		hasCL = !((x$5 = w.contentLength, (x$5.$high === -1 && x$5.$low === 4294967295)));
		if (w.wants10KeepAlive && (isHEAD || hasCL || !bodyAllowedForStatus(w.status))) {
			_tuple = (_entry$2 = header[0][$String.keyFor("Connection")], _entry$2 !== undefined ? [_entry$2.v, true] : [sliceType$2.nil, false]);
			connectionHeaderSet = _tuple[1];
			if (!connectionHeaderSet) {
				setHeader.connection = "keep-alive";
			}
		} else if (!w.req.ProtoAtLeast(1, 1) || w.wantsClose) {
			w.closeAfterReply = true;
		}
		if (new Header(header[0]).get("Connection") === "close" || !keepAlivesEnabled) {
			w.closeAfterReply = true;
		}
		_tuple$1 = $assertType(w.req.Body, ptrType$55, true);
		ecr = _tuple$1[0];
		ok = _tuple$1[1];
		if (ok && !(ecr.$ptr_sawEOF || (ecr.$ptr_sawEOF = new ptrType$51(function() { return this.$target.sawEOF; }, function($v) { this.$target.sawEOF = $v; }, ecr))).isSet()) {
			w.closeAfterReply = true;
		}
		/* */ if (!((x$6 = w.req.ContentLength, (x$6.$high === 0 && x$6.$low === 0))) && !w.closeAfterReply) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!((x$6 = w.req.ContentLength, (x$6.$high === 0 && x$6.$low === 0))) && !w.closeAfterReply) { */ case 4:
			_tmp = false;
			_tmp$1 = false;
			discard = _tmp;
			tooBig = _tmp$1;
			_ref$2 = w.req.Body;
			/* */ if ($assertType(_ref$2, ptrType$55, true)[1]) { $s = 6; continue; }
			/* */ if ($assertType(_ref$2, ptrType$52, true)[1]) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ($assertType(_ref$2, ptrType$55, true)[1]) { */ case 6:
				bdy = _ref$2.$val;
				if (bdy.resp.wroteContinue) {
					discard = true;
				}
				$s = 9; continue;
			/* } else if ($assertType(_ref$2, ptrType$52, true)[1]) { */ case 7:
				bdy$1 = _ref$2.$val;
				$r = bdy$1.mu.Lock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				if (bdy$1.closed) {
					if (!bdy$1.sawEOF) {
						w.closeAfterReply = true;
					}
				} else if ((x$7 = bdy$1.unreadDataSizeLocked(), (x$7.$high > 0 || (x$7.$high === 0 && x$7.$low >= 262144)))) {
					tooBig = true;
				} else {
					discard = true;
				}
				$r = bdy$1.mu.Unlock(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 9; continue;
			/* } else { */ case 8:
				bdy$2 = _ref$2;
				discard = true;
			/* } */ case 9:
			/* */ if (discard) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (discard) { */ case 12:
				_r$1 = io.CopyN(io.Discard, w.reqBody, new $Int64(0, 262145)); /* */ $s = 14; case 14: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple$2 = _r$1;
				err = _tuple$2[1];
					_1 = err;
					/* */ if ($interfaceIsEqual(_1, $ifaceNil)) { $s = 16; continue; }
					/* */ if ($interfaceIsEqual(_1, ($pkg.ErrBodyReadAfterClose))) { $s = 17; continue; }
					/* */ if ($interfaceIsEqual(_1, (io.EOF))) { $s = 18; continue; }
					/* */ $s = 19; continue;
					/* if ($interfaceIsEqual(_1, $ifaceNil)) { */ case 16:
						tooBig = true;
						$s = 20; continue;
					/* } else if ($interfaceIsEqual(_1, ($pkg.ErrBodyReadAfterClose))) { */ case 17:
						$s = 20; continue;
					/* } else if ($interfaceIsEqual(_1, (io.EOF))) { */ case 18:
						_r$2 = w.reqBody.Close(); /* */ $s = 21; case 21: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						err = _r$2;
						if (!($interfaceIsEqual(err, $ifaceNil))) {
							w.closeAfterReply = true;
						}
						$s = 20; continue;
					/* } else { */ case 19:
						w.closeAfterReply = true;
					/* } */ case 20:
				case 15:
			/* } */ case 13:
			/* */ if (tooBig) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (tooBig) { */ case 22:
				$r = w.requestTooLarge(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = delHeader("Connection"); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				setHeader.connection = "close";
			/* } */ case 23:
		/* } */ case 5:
		code = w.status;
		/* */ if (bodyAllowedForStatus(code)) { $s = 26; continue; }
		/* */ $s = 27; continue;
		/* if (bodyAllowedForStatus(code)) { */ case 26:
			_tuple$3 = (_entry$3 = header[0][$String.keyFor("Content-Type")], _entry$3 !== undefined ? [_entry$3.v, true] : [sliceType$2.nil, false]);
			haveType = _tuple$3[1];
			_r$3 = new Header(header[0]).Get("Content-Encoding"); /* */ $s = 29; case 29: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			ce = _r$3;
			hasCE = ce.length > 0;
			/* */ if (!hasCE && !haveType && !hasTE && p.$length > 0) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (!hasCE && !haveType && !hasTE && p.$length > 0) { */ case 30:
				_r$4 = DetectContentType(p); /* */ $s = 32; case 32: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				setHeader.contentType = _r$4;
			/* } */ case 31:
			$s = 28; continue;
		/* } else { */ case 27:
			_ref$3 = suppressedHeaders(code);
			_i$2 = 0;
			/* while (true) { */ case 33:
				/* if (!(_i$2 < _ref$3.$length)) { break; } */ if(!(_i$2 < _ref$3.$length)) { $s = 34; continue; }
				k$1 = ((_i$2 < 0 || _i$2 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$2]);
				$r = delHeader(k$1); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i$2++;
			$s = 33; continue;
			case 34:
		/* } */ case 28:
		/* */ if (!new Header(header[0]).has("Date")) { $s = 36; continue; }
		/* */ $s = 37; continue;
		/* if (!new Header(header[0]).has("Date")) { */ case 36:
			_arg = $subslice(new sliceType$3(cw.res.dateBuf), 0, 0);
			_r$5 = time.Now(); /* */ $s = 38; case 38: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_arg$1 = $clone(_r$5, time.Time);
			_r$6 = appendTime(_arg, _arg$1); /* */ $s = 39; case 39: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			setHeader.date = _r$6;
		/* } */ case 37:
		/* */ if (hasCL && hasTE && !(te === "identity")) { $s = 40; continue; }
		/* */ $s = 41; continue;
		/* if (hasCL && hasTE && !(te === "identity")) { */ case 40:
			$r = w.conn.server.logf("http: WriteHeader called with both Transfer-Encoding of %q and a Content-Length of %d", new sliceType([new $String(te), w.contentLength])); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = delHeader("Content-Length"); /* */ $s = 43; case 43: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			hasCL = false;
		/* } */ case 41:
		/* */ if (w.req.Method === "HEAD" || !bodyAllowedForStatus(code) || (code === 204)) { $s = 44; continue; }
		/* */ if (hasCL) { $s = 45; continue; }
		/* */ if (w.req.ProtoAtLeast(1, 1)) { $s = 46; continue; }
		/* */ $s = 47; continue;
		/* if (w.req.Method === "HEAD" || !bodyAllowedForStatus(code) || (code === 204)) { */ case 44:
			$r = delHeader("Transfer-Encoding"); /* */ $s = 49; case 49: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 48; continue;
		/* } else if (hasCL) { */ case 45:
			$r = delHeader("Transfer-Encoding"); /* */ $s = 50; case 50: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 48; continue;
		/* } else if (w.req.ProtoAtLeast(1, 1)) { */ case 46:
			/* */ if (hasTE && te === "identity") { $s = 51; continue; }
			/* */ $s = 52; continue;
			/* if (hasTE && te === "identity") { */ case 51:
				cw.chunking = false;
				w.closeAfterReply = true;
				$r = delHeader("Transfer-Encoding"); /* */ $s = 54; case 54: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 53; continue;
			/* } else { */ case 52:
				cw.chunking = true;
				setHeader.transferEncoding = "chunked";
				/* */ if (hasTE && te === "chunked") { $s = 55; continue; }
				/* */ $s = 56; continue;
				/* if (hasTE && te === "chunked") { */ case 55:
					$r = delHeader("Transfer-Encoding"); /* */ $s = 57; case 57: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 56:
			/* } */ case 53:
			$s = 48; continue;
		/* } else { */ case 47:
			w.closeAfterReply = true;
			$r = delHeader("Transfer-Encoding"); /* */ $s = 58; case 58: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 48:
		/* */ if (cw.chunking) { $s = 59; continue; }
		/* */ $s = 60; continue;
		/* if (cw.chunking) { */ case 59:
			$r = delHeader("Content-Length"); /* */ $s = 61; case 61: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 60:
		if (!w.req.ProtoAtLeast(1, 0)) {
			$s = -1; return;
		}
		if (!(w.closeAfterReply && (!keepAlivesEnabled || !hasToken(new Header(cw.header).get("Connection"), "close")))) { _v = false; $s = 62; continue s; }
		_r$7 = isProtocolSwitchResponse(w.status, header[0]); /* */ $s = 63; case 63: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v = !_r$7; case 62:
		delConnectionHeader = _v;
		/* */ if (delConnectionHeader) { $s = 64; continue; }
		/* */ $s = 65; continue;
		/* if (delConnectionHeader) { */ case 64:
			$r = delHeader("Connection"); /* */ $s = 66; case 66: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (w.req.ProtoAtLeast(1, 1)) {
				setHeader.connection = "close";
			}
		/* } */ case 65:
		$r = writeStatusLine(w.conn.bufw, w.req.ProtoAtLeast(1, 1), code, new sliceType$3(w.statusBuf)); /* */ $s = 67; case 67: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$8 = new Header(cw.header).WriteSubset(w.conn.bufw, excludeHeader[0]); /* */ $s = 68; case 68: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		$r = $clone(setHeader, extraHeader).Write(w.conn.bufw); /* */ $s = 69; case 69: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$9 = w.conn.bufw.Write(crlf); /* */ $s = 70; case 70: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$9;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: chunkWriter.ptr.prototype.writeHeader, $c: true, $r, _1, _arg, _arg$1, _entry, _entry$1, _entry$2, _entry$3, _i, _i$1, _i$2, _key, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _ref$2, _ref$3, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, _tuple$3, _v, bdy, bdy$1, bdy$2, ce, code, connectionHeaderSet, cw, delConnectionHeader, delHeader, discard, ecr, err, excludeHeader, hasCE, hasCL, hasTE, haveType, header, isHEAD, k, k$1, keepAlivesEnabled, ok, owned, p, sentLength, setHeader, te, tooBig, trailers, v, w, x$5, x$6, x$7, $s};return $f;
	};
	chunkWriter.prototype.writeHeader = function(p) { return this.$val.writeHeader(p); };
	foreachHeaderElement = function(v, fn) {
		var {_i, _ref, f, fn, v, $s, $r, $c} = $restore(this, {v, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = textproto.TrimString(v);
		if (v === "") {
			$s = -1; return;
		}
		/* */ if (!strings.Contains(v, ",")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!strings.Contains(v, ",")) { */ case 1:
			$r = fn(v); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		_ref = strings.Split(v, ",");
		_i = 0;
		/* while (true) { */ case 4:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			f = textproto.TrimString(f);
			/* */ if (!(f === "")) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!(f === "")) { */ case 6:
				$r = fn(f); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 7:
			_i++;
		$s = 4; continue;
		case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: foreachHeaderElement, $c: true, $r, _i, _ref, f, fn, v, $s};return $f;
	};
	writeStatusLine = function(bw, is11, code, scratch) {
		var {_entry, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, bw, code, is11, ok, scratch, text, $s, $r, $c} = $restore(this, {bw, is11, code, scratch});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (is11) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (is11) { */ case 1:
			_r$1 = bw.WriteString("HTTP/1.1 "); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$2 = bw.WriteString("HTTP/1.0 "); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 3:
		_tuple = (_entry = statusText[$Int.keyFor(code)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		text = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (ok) { */ case 6:
			_r$3 = bw.Write(strconv.AppendInt($subslice(scratch, 0, 0), (new $Int64(0, code)), 10)); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = bw.WriteByte(32); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
			_r$5 = bw.WriteString(text); /* */ $s = 11; case 11: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
			_r$6 = bw.WriteString("\r\n"); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = 8; continue;
		/* } else { */ case 7:
			_r$7 = fmt.Fprintf(bw, "%03d status code %d\r\n", new sliceType([new $Int(code), new $Int(code)])); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
		/* } */ case 8:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: writeStatusLine, $c: true, $r, _entry, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, bw, code, is11, ok, scratch, text, $s};return $f;
	};
	response.ptr.prototype.bodyAllowed = function() {
		var w;
		w = this;
		if (!w.wroteHeader) {
			$panic(new $String(""));
		}
		return bodyAllowedForStatus(w.status);
	};
	response.prototype.bodyAllowed = function() { return this.$val.bodyAllowed(); };
	response.ptr.prototype.Write = function(data) {
		var {$24r, _r$1, _tuple, data, err, n, w, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.write(data.$length, data, ""); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.Write, $c: true, $r, $24r, _r$1, _tuple, data, err, n, w, $s};return $f;
	};
	response.prototype.Write = function(data) { return this.$val.Write(data); };
	response.ptr.prototype.WriteString = function(data) {
		var {$24r, _r$1, _tuple, data, err, n, w, $s, $r, $c} = $restore(this, {data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.write(data.length, sliceType$3.nil, data); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.WriteString, $c: true, $r, $24r, _r$1, _tuple, data, err, n, w, $s};return $f;
	};
	response.prototype.WriteString = function(data) { return this.$val.WriteString(data); };
	response.ptr.prototype.write = function(lenData, dataB, dataS) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, caller, dataB, dataS, err, lenData, n, w, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {lenData, dataB, dataS});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.conn.hijacked(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$1) { */ case 1:
			/* */ if (lenData > 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (lenData > 0) { */ case 4:
				caller = $clone(relevantCaller(), runtime.Frame);
				$r = w.conn.server.logf("http: response.Write on hijacked connection from %s (%s:%d)", new sliceType([new $String(caller.Function), new $String(path.Base(caller.File)), new $Int(caller.Line)])); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			_tmp = 0;
			_tmp$1 = $pkg.ErrHijacked;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		/* } */ case 2:
		/* */ if ((w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).isSet()) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if ((w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).isSet()) { */ case 7:
			$r = w.writeContinueMu.Lock(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			(w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).setFalse();
			$r = w.writeContinueMu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 8:
		/* */ if (!w.wroteHeader) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!w.wroteHeader) { */ case 11:
			$r = w.WriteHeader(200); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 12:
		if (lenData === 0) {
			_tmp$2 = 0;
			_tmp$3 = $ifaceNil;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		if (!w.bodyAllowed()) {
			_tmp$4 = 0;
			_tmp$5 = $pkg.ErrBodyNotAllowed;
			n = _tmp$4;
			err = _tmp$5;
			$s = -1; return [n, err];
		}
		w.written = (x$5 = w.written, x$6 = (new $Int64(0, lenData)), new $Int64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		if (!((x$7 = w.contentLength, (x$7.$high === -1 && x$7.$low === 4294967295))) && (x$8 = w.written, x$9 = w.contentLength, (x$8.$high > x$9.$high || (x$8.$high === x$9.$high && x$8.$low > x$9.$low)))) {
			_tmp$6 = 0;
			_tmp$7 = $pkg.ErrContentLength;
			n = _tmp$6;
			err = _tmp$7;
			$s = -1; return [n, err];
		}
		/* */ if (!(dataB === sliceType$3.nil)) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!(dataB === sliceType$3.nil)) { */ case 14:
			_r$2 = w.w.Write(dataB); /* */ $s = 17; case 17: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			n = _tuple[0];
			err = _tuple[1];
			$24r = [n, err];
			$s = 18; case 18: return $24r;
		/* } else { */ case 15:
			_r$3 = w.w.WriteString(dataS); /* */ $s = 19; case 19: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			n = _tuple$1[0];
			err = _tuple$1[1];
			$24r$1 = [n, err];
			$s = 20; case 20: return $24r$1;
		/* } */ case 16:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: response.ptr.prototype.write, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, caller, dataB, dataS, err, lenData, n, w, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	response.prototype.write = function(lenData, dataB, dataS) { return this.$val.write(lenData, dataB, dataS); };
	response.ptr.prototype.finishRequest = function() {
		var {_r$1, _r$2, _r$3, _r$4, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		(w.$ptr_handlerDone || (w.$ptr_handlerDone = new ptrType$51(function() { return this.$target.handlerDone; }, function($v) { this.$target.handlerDone = $v; }, w))).setTrue();
		/* */ if (!w.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!w.wroteHeader) { */ case 1:
			$r = w.WriteHeader(200); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = w.w.Flush(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		putBufioWriter(w.w);
		$r = w.cw.close(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = w.conn.bufw.Flush(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		$r = w.conn.r.abortPendingRead(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$3 = w.reqBody.Close(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		/* */ if (!(w.req.MultipartForm === ptrType$31.nil)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(w.req.MultipartForm === ptrType$31.nil)) { */ case 9:
			_r$4 = w.req.MultipartForm.RemoveAll(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
		/* } */ case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.finishRequest, $c: true, $r, _r$1, _r$2, _r$3, _r$4, w, $s};return $f;
	};
	response.prototype.finishRequest = function() { return this.$val.finishRequest(); };
	response.ptr.prototype.shouldReuseConnection = function() {
		var {_r$1, w, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		if (w.closeAfterReply) {
			$s = -1; return false;
		}
		if (!(w.req.Method === "HEAD") && !((x$5 = w.contentLength, (x$5.$high === -1 && x$5.$low === 4294967295))) && w.bodyAllowed() && !((x$6 = w.contentLength, x$7 = w.written, (x$6.$high === x$7.$high && x$6.$low === x$7.$low)))) {
			$s = -1; return false;
		}
		if (!($interfaceIsEqual(w.conn.werr, $ifaceNil))) {
			$s = -1; return false;
		}
		_r$1 = w.closedRequestBodyEarly(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_r$1) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		$s = -1; return true;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.shouldReuseConnection, $c: true, $r, _r$1, w, x$5, x$6, x$7, $s};return $f;
	};
	response.prototype.shouldReuseConnection = function() { return this.$val.shouldReuseConnection(); };
	response.ptr.prototype.closedRequestBodyEarly = function() {
		var {$24r, _r$1, _tuple, _v, body$1, ok, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_tuple = $assertType(w.req.Body, ptrType$52, true);
		body$1 = _tuple[0];
		ok = _tuple[1];
		if (!(ok)) { _v = false; $s = 1; continue s; }
		_r$1 = body$1.didEarlyClose(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.closedRequestBodyEarly, $c: true, $r, $24r, _r$1, _tuple, _v, body$1, ok, w, $s};return $f;
	};
	response.prototype.closedRequestBodyEarly = function() { return this.$val.closedRequestBodyEarly(); };
	response.ptr.prototype.Flush = function() {
		var {_r$1, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		/* */ if (!w.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!w.wroteHeader) { */ case 1:
			$r = w.WriteHeader(200); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = w.w.Flush(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$r = w.cw.flush(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.Flush, $c: true, $r, _r$1, w, $s};return $f;
	};
	response.prototype.Flush = function() { return this.$val.Flush(); };
	conn.ptr.prototype.finalFlush = function() {
		var {_r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (!(c.bufr === ptrType$29.nil)) {
			putBufioReader(c.bufr);
			c.bufr = ptrType$29.nil;
		}
		/* */ if (!(c.bufw === ptrType$14.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(c.bufw === ptrType$14.nil)) { */ case 1:
			_r$1 = c.bufw.Flush(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			putBufioWriter(c.bufw);
			c.bufw = ptrType$14.nil;
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.finalFlush, $c: true, $r, _r$1, c, $s};return $f;
	};
	conn.prototype.finalFlush = function() { return this.$val.finalFlush(); };
	conn.ptr.prototype.close = function() {
		var {_r$1, c, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		$r = c.finalFlush(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = c.rwc.Close(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.close, $c: true, $r, _r$1, c, $s};return $f;
	};
	conn.prototype.close = function() { return this.$val.close(); };
	conn.ptr.prototype.closeWriteAndWait = function() {
		var {_r$1, _tuple, c, ok, tcp, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		$r = c.finalFlush(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = $assertType(c.rwc, closeWriter, true);
		tcp = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			_r$1 = tcp.CloseWrite(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 3:
		$r = time.Sleep(new time.Duration(0, 500000000)); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.closeWriteAndWait, $c: true, $r, _r$1, _tuple, c, ok, tcp, $s};return $f;
	};
	conn.prototype.closeWriteAndWait = function() { return this.$val.closeWriteAndWait(); };
	validNextProto = function(proto) {
		var _1, proto;
		_1 = proto;
		if (_1 === ("") || _1 === ("http/1.1") || _1 === ("http/1.0")) {
			return false;
		}
		return true;
	};
	conn.ptr.prototype.setState = function(nc, state, runHook) {
		var {_1, _r$1, _r$2, c, hook, nc, packedState, runHook, srv, state, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {nc, state, runHook});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		srv = c.server;
			_1 = state;
			/* */ if (_1 === (0)) { $s = 2; continue; }
			/* */ if ((_1 === (3)) || (_1 === (4))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === (0)) { */ case 2:
				$r = srv.trackConn(c, true); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 4; continue;
			/* } else if ((_1 === (3)) || (_1 === (4))) { */ case 3:
				$r = srv.trackConn(c, false); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
		case 1:
		if (state > 255 || state < 0) {
			$panic(new $String("internal error"));
		}
		_r$1 = time.Now(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = $clone(_r$1, time.Time).Unix(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		packedState = (x$5 = ((x$6 = $shiftLeft64(_r$2, 8), new $Uint64(x$6.$high, x$6.$low))), x$7 = (new $Uint64(0, state)), new $Uint64(x$5.$high | x$7.$high, (x$5.$low | x$7.$low) >>> 0));
		atomic.StoreUint64((x$8 = c.curState, (x$8.$ptr_atomic || (x$8.$ptr_atomic = new ptrType$56(function() { return this.$target.atomic; }, function($v) { this.$target.atomic = $v; }, x$8)))), packedState);
		if (!runHook) {
			$s = -1; return;
		}
		hook = srv.ConnState;
		/* */ if (!(hook === $throwNilPointerError)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(hook === $throwNilPointerError)) { */ case 9:
			$r = hook(nc, state); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: conn.ptr.prototype.setState, $c: true, $r, _1, _r$1, _r$2, c, hook, nc, packedState, runHook, srv, state, x$5, x$6, x$7, x$8, $s};return $f;
	};
	conn.prototype.setState = function(nc, state, runHook) { return this.$val.setState(nc, state, runHook); };
	conn.ptr.prototype.getState = function() {
		var _tmp, _tmp$1, c, packedState, state, unixSec, x$5, x$6;
		state = 0;
		unixSec = new $Int64(0, 0);
		c = this;
		packedState = atomic.LoadUint64((x$5 = c.curState, (x$5.$ptr_atomic || (x$5.$ptr_atomic = new ptrType$56(function() { return this.$target.atomic; }, function($v) { this.$target.atomic = $v; }, x$5)))));
		_tmp = ((new $Uint64(packedState.$high & 0, (packedState.$low & 255) >>> 0).$low >> 0));
		_tmp$1 = ((x$6 = $shiftRightUint64(packedState, 8), new $Int64(x$6.$high, x$6.$low)));
		state = _tmp;
		unixSec = _tmp$1;
		return [state, unixSec];
	};
	conn.prototype.getState = function() { return this.$val.getState(); };
	badRequestError = function(e) {
		var e, x$5;
		return (x$5 = new statusError.ptr(400, e), new x$5.constructor.elem(x$5));
	};
	statusError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return StatusText(e.code) + ": " + e.text;
	};
	statusError.prototype.Error = function() { return this.$val.Error(); };
	isCommonNetReadError = function(err) {
		var {_r$1, _tuple, _tuple$1, _v, err, neterr, oe, ok, ok$1, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(err, io.EOF)) {
			$s = -1; return true;
		}
		_tuple = $assertType(err, net.Error, true);
		neterr = _tuple[0];
		ok = _tuple[1];
		if (!(ok)) { _v = false; $s = 3; continue s; }
		_r$1 = neterr.Timeout(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return true;
		/* } */ case 2:
		_tuple$1 = $assertType(err, ptrType$57, true);
		oe = _tuple$1[0];
		ok$1 = _tuple$1[1];
		if (ok$1 && oe.Op === "read") {
			$s = -1; return true;
		}
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: isCommonNetReadError, $c: true, $r, _r$1, _tuple, _tuple$1, _v, err, neterr, oe, ok, ok$1, $s};return $f;
	};
	conn.ptr.prototype.serve = function(ctx) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _v, c, cancelCtx, code, ctx, d, dl, err, err$1, err$2, fn, h, inFlightResponse, ok, ok$1, ok$2, proto, publicErr, re, req, tlsConn, tlsTO, v, w, x$5, x$6, x$7, x$8, $s, $deferred, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		c = [c];
		inFlightResponse = [inFlightResponse];
		c[0] = this;
		_r$1 = c[0].rwc.RemoteAddr(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.String(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		c[0].remoteAddr = _r$2;
		_arg = ctx;
		_arg$1 = $pkg.LocalAddrContextKey;
		_r$3 = c[0].rwc.LocalAddr(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_arg$2 = _r$3;
		_r$4 = context.WithValue(_arg, _arg$1, _arg$2); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		ctx = _r$4;
		inFlightResponse[0] = ptrType$49.nil;
		$deferred.push([(function(c, inFlightResponse) { return function $b() {
			var {_r$5, _r$6, buf, err, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			err = $recover();
			/* */ if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual(err, $pkg.ErrAbortHandler))) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil)) && !($interfaceIsEqual(err, $pkg.ErrAbortHandler))) { */ case 1:
				buf = $makeSlice(sliceType$3, 65536);
				buf = $subslice(buf, 0, runtime.Stack(buf, false));
				$r = c[0].server.logf("http: panic serving %v: %v\n%s", new sliceType([new $String(c[0].remoteAddr), err, buf])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			/* */ if (!(inFlightResponse[0] === ptrType$49.nil)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!(inFlightResponse[0] === ptrType$49.nil)) { */ case 4:
				$r = inFlightResponse[0].cancelCtx(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			_r$5 = c[0].hijacked(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (!_r$5) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!_r$5) { */ case 7:
				/* */ if (!(inFlightResponse[0] === ptrType$49.nil)) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (!(inFlightResponse[0] === ptrType$49.nil)) { */ case 10:
					$r = inFlightResponse[0].conn.r.abortPendingRead(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_r$6 = inFlightResponse[0].reqBody.Close(); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$6;
				/* } */ case 11:
				$r = c[0].close(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = c[0].setState(c[0].rwc, 4, true); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$5, _r$6, buf, err, $s};return $f;
		}; })(c, inFlightResponse), []]);
		_tuple = $assertType(c[0].rwc, ptrType$30, true);
		tlsConn = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (ok) { */ case 5:
			tlsTO = c[0].server.tlsHandshakeTimeout();
			/* */ if ((tlsTO.$high > 0 || (tlsTO.$high === 0 && tlsTO.$low > 0))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ((tlsTO.$high > 0 || (tlsTO.$high === 0 && tlsTO.$low > 0))) { */ case 7:
				_r$5 = time.Now(); /* */ $s = 9; case 9: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, time.Time).Add(tlsTO); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				dl = $clone(_r$6, time.Time);
				_r$7 = c[0].rwc.SetReadDeadline($clone(dl, time.Time)); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				_r$8 = c[0].rwc.SetWriteDeadline($clone(dl, time.Time)); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
			/* } */ case 8:
			_r$9 = tlsConn.HandshakeContext(ctx); /* */ $s = 13; case 13: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err = _r$9;
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 14:
				_tuple$1 = $assertType(err, tls.RecordHeaderError, true);
				re = $clone(_tuple$1[0], tls.RecordHeaderError);
				ok$1 = _tuple$1[1];
				/* */ if (ok$1 && !($interfaceIsEqual(re.Conn, $ifaceNil)) && tlsRecordHeaderLooksLikeHTTP($clone(re.RecordHeader, arrayType$6))) { $s = 16; continue; }
				/* */ $s = 17; continue;
				/* if (ok$1 && !($interfaceIsEqual(re.Conn, $ifaceNil)) && tlsRecordHeaderLooksLikeHTTP($clone(re.RecordHeader, arrayType$6))) { */ case 16:
					_r$10 = io.WriteString(re.Conn, "HTTP/1.0 400 Bad Request\r\n\r\nClient sent an HTTP request to an HTTPS server.\n"); /* */ $s = 18; case 18: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					_r$10;
					_r$11 = re.Conn.Close(); /* */ $s = 19; case 19: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
					_r$11;
					$s = 20; case 20: return;
				/* } */ case 17:
				_r$12 = c[0].rwc.RemoteAddr(); /* */ $s = 21; case 21: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_arg$3 = _r$12;
				_arg$4 = err;
				$r = c[0].server.logf("http: TLS handshake error from %s: %v", new sliceType([_arg$3, _arg$4])); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 23; case 23: return;
			/* } */ case 15:
			/* */ if ((tlsTO.$high > 0 || (tlsTO.$high === 0 && tlsTO.$low > 0))) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if ((tlsTO.$high > 0 || (tlsTO.$high === 0 && tlsTO.$low > 0))) { */ case 24:
				_r$13 = c[0].rwc.SetReadDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 26; case 26: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_r$13;
				_r$14 = c[0].rwc.SetWriteDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 27; case 27: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
				_r$14;
			/* } */ case 25:
			c[0].tlsState = new tls.ConnectionState.ptr(0, false, false, 0, "", false, "", sliceType$10.nil, sliceType$11.nil, sliceType$5.nil, sliceType$3.nil, sliceType$3.nil, $throwNilPointerError);
			_r$15 = tlsConn.ConnectionState(); /* */ $s = 28; case 28: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			tls.ConnectionState.copy(c[0].tlsState, _r$15);
			proto = c[0].tlsState.NegotiatedProtocol;
			/* */ if (validNextProto(proto)) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* if (validNextProto(proto)) { */ case 29:
				fn = (_entry = c[0].server.TLSNextProto[$String.keyFor(proto)], _entry !== undefined ? _entry.v : $throwNilPointerError);
				/* */ if (!(fn === $throwNilPointerError)) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if (!(fn === $throwNilPointerError)) { */ case 31:
					h = new initALPNRequest.ptr(ctx, tlsConn, new serverHandler.ptr(c[0].server));
					$r = c[0].setState(c[0].rwc, 1, false); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$r = fn(c[0].server, tlsConn, new h.constructor.elem(h)); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 32:
				$s = 35; case 35: return;
			/* } */ case 30:
		/* } */ case 6:
		_r$16 = context.WithCancel(ctx); /* */ $s = 36; case 36: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		_tuple$2 = _r$16;
		ctx = _tuple$2[0];
		cancelCtx = _tuple$2[1];
		c[0].cancelCtx = cancelCtx;
		$deferred.push([cancelCtx, []]);
		c[0].r = new connReader.ptr(c[0], new sync.Mutex.ptr(0, 0), false, arrayType$2.zero(), ptrType$48.nil, false, false, new $Int64(0, 0));
		_r$17 = newBufioReader(c[0].r); /* */ $s = 37; case 37: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		c[0].bufr = _r$17;
		_r$18 = newBufioWriterSize((x$5 = new checkConnErrorWriter.ptr(c[0]), new x$5.constructor.elem(x$5)), 4096); /* */ $s = 38; case 38: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
		c[0].bufw = _r$18;
		/* while (true) { */ case 39:
			_r$19 = c[0].readRequest(ctx); /* */ $s = 41; case 41: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
			_tuple$3 = _r$19;
			w = _tuple$3[0];
			err$1 = _tuple$3[1];
			/* */ if (!((x$6 = c[0].r.remain, x$7 = c[0].server.initialReadLimitSize(), (x$6.$high === x$7.$high && x$6.$low === x$7.$low)))) { $s = 42; continue; }
			/* */ $s = 43; continue;
			/* if (!((x$6 = c[0].r.remain, x$7 = c[0].server.initialReadLimitSize(), (x$6.$high === x$7.$high && x$6.$low === x$7.$low)))) { */ case 42:
				$r = c[0].setState(c[0].rwc, 1, true); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 43:
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 45; continue; }
			/* */ $s = 46; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 45:
					/* */ if ($interfaceIsEqual(err$1, errTooLarge)) { $s = 48; continue; }
					/* */ if (isUnsupportedTEError(err$1)) { $s = 49; continue; }
					_r$20 = isCommonNetReadError(err$1); /* */ $s = 53; case 53: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
					/* */ if (_r$20) { $s = 50; continue; }
					/* */ $s = 51; continue;
					/* if ($interfaceIsEqual(err$1, errTooLarge)) { */ case 48:
						_r$21 = fmt.Fprintf(c[0].rwc, "HTTP/1.1 431 Request Header Fields Too Large\r\nContent-Type: text/plain; charset=utf-8\r\nConnection: close\r\n\r\n431 Request Header Fields Too Large", new sliceType([])); /* */ $s = 54; case 54: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
						_r$21;
						$r = c[0].closeWriteAndWait(); /* */ $s = 55; case 55: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = 56; case 56: return;
					/* } else if (isUnsupportedTEError(err$1)) { */ case 49:
						code = 501;
						_r$22 = fmt.Fprintf(c[0].rwc, "HTTP/1.1 %d %s%sUnsupported transfer encoding", new sliceType([new $Int(code), new $String(StatusText(code)), new $String("\r\nContent-Type: text/plain; charset=utf-8\r\nConnection: close\r\n\r\n")])); /* */ $s = 57; case 57: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
						_r$22;
						$s = 58; case 58: return;
					/* } else if (_r$20) { */ case 50:
						$s = 59; case 59: return;
					/* } else { */ case 51:
						_tuple$4 = $assertType(err$1, statusError, true);
						v = $clone(_tuple$4[0], statusError);
						ok$2 = _tuple$4[1];
						/* */ if (ok$2) { $s = 60; continue; }
						/* */ $s = 61; continue;
						/* if (ok$2) { */ case 60:
							_r$23 = fmt.Fprintf(c[0].rwc, "HTTP/1.1 %d %s: %s%s%d %s: %s", new sliceType([new $Int(v.code), new $String(StatusText(v.code)), new $String(v.text), new $String("\r\nContent-Type: text/plain; charset=utf-8\r\nConnection: close\r\n\r\n"), new $Int(v.code), new $String(StatusText(v.code)), new $String(v.text)])); /* */ $s = 62; case 62: if($c) { $c = false; _r$23 = _r$23.$blk(); } if (_r$23 && _r$23.$blk !== undefined) { break s; }
							_r$23;
							$s = 63; case 63: return;
						/* } */ case 61:
						publicErr = "400 Bad Request";
						_r$24 = fmt.Fprintf(c[0].rwc, "HTTP/1.1 " + publicErr + "\r\nContent-Type: text/plain; charset=utf-8\r\nConnection: close\r\n\r\n" + publicErr, new sliceType([])); /* */ $s = 64; case 64: if($c) { $c = false; _r$24 = _r$24.$blk(); } if (_r$24 && _r$24.$blk !== undefined) { break s; }
						_r$24;
						$s = 65; case 65: return;
					/* } */ case 52:
				case 47:
			/* } */ case 46:
			req = w.req;
			/* */ if (req.expectsContinue()) { $s = 66; continue; }
			/* */ if (!(new Header(req.Header).get("Expect") === "")) { $s = 67; continue; }
			/* */ $s = 68; continue;
			/* if (req.expectsContinue()) { */ case 66:
				if (req.ProtoAtLeast(1, 1) && !((x$8 = req.ContentLength, (x$8.$high === 0 && x$8.$low === 0)))) {
					req.Body = new expectContinueReader.ptr(w, req.Body, 0, 0);
					(w.$ptr_canWriteContinue || (w.$ptr_canWriteContinue = new ptrType$51(function() { return this.$target.canWriteContinue; }, function($v) { this.$target.canWriteContinue = $v; }, w))).setTrue();
				}
				$s = 68; continue;
			/* } else if (!(new Header(req.Header).get("Expect") === "")) { */ case 67:
				$r = w.sendExpectationFailed(); /* */ $s = 69; case 69: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 70; case 70: return;
			/* } */ case 68:
			c[0].curReq.Store(w);
			_r$25 = requestBodyRemains(req.Body); /* */ $s = 74; case 74: if($c) { $c = false; _r$25 = _r$25.$blk(); } if (_r$25 && _r$25.$blk !== undefined) { break s; }
			/* */ if (_r$25) { $s = 71; continue; }
			/* */ $s = 72; continue;
			/* if (_r$25) { */ case 71:
				$r = registerOnHitEOF(req.Body, $methodVal(w.conn.r, "startBackgroundRead")); /* */ $s = 75; case 75: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 73; continue;
			/* } else { */ case 72:
				$r = w.conn.r.startBackgroundRead(); /* */ $s = 76; case 76: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 73:
			inFlightResponse[0] = w;
			$r = new serverHandler.ptr(c[0].server).ServeHTTP(w, w.req); /* */ $s = 77; case 77: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			inFlightResponse[0] = ptrType$49.nil;
			$r = w.cancelCtx(); /* */ $s = 78; case 78: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$26 = c[0].hijacked(); /* */ $s = 81; case 81: if($c) { $c = false; _r$26 = _r$26.$blk(); } if (_r$26 && _r$26.$blk !== undefined) { break s; }
			/* */ if (_r$26) { $s = 79; continue; }
			/* */ $s = 80; continue;
			/* if (_r$26) { */ case 79:
				$s = 82; case 82: return;
			/* } */ case 80:
			$r = w.finishRequest(); /* */ $s = 83; case 83: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$27 = w.shouldReuseConnection(); /* */ $s = 86; case 86: if($c) { $c = false; _r$27 = _r$27.$blk(); } if (_r$27 && _r$27.$blk !== undefined) { break s; }
			/* */ if (!_r$27) { $s = 84; continue; }
			/* */ $s = 85; continue;
			/* if (!_r$27) { */ case 84:
				if (w.requestBodyLimitHit) { _v = true; $s = 89; continue s; }
				_r$28 = w.closedRequestBodyEarly(); /* */ $s = 90; case 90: if($c) { $c = false; _r$28 = _r$28.$blk(); } if (_r$28 && _r$28.$blk !== undefined) { break s; }
				_v = _r$28; case 89:
				/* */ if (_v) { $s = 87; continue; }
				/* */ $s = 88; continue;
				/* if (_v) { */ case 87:
					$r = c[0].closeWriteAndWait(); /* */ $s = 91; case 91: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 88:
				$s = 92; case 92: return;
			/* } */ case 85:
			$r = c[0].setState(c[0].rwc, 2, true); /* */ $s = 93; case 93: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			c[0].curReq.Store((ptrType$49.nil));
			/* */ if (!w.conn.server.doKeepAlives()) { $s = 94; continue; }
			/* */ $s = 95; continue;
			/* if (!w.conn.server.doKeepAlives()) { */ case 94:
				$s = 96; case 96: return;
			/* } */ case 95:
			d = c[0].server.idleTimeout();
			/* */ if (!((d.$high === 0 && d.$low === 0))) { $s = 97; continue; }
			/* */ $s = 98; continue;
			/* if (!((d.$high === 0 && d.$low === 0))) { */ case 97:
				_r$29 = time.Now(); /* */ $s = 99; case 99: if($c) { $c = false; _r$29 = _r$29.$blk(); } if (_r$29 && _r$29.$blk !== undefined) { break s; }
				_r$30 = $clone(_r$29, time.Time).Add(d); /* */ $s = 100; case 100: if($c) { $c = false; _r$30 = _r$30.$blk(); } if (_r$30 && _r$30.$blk !== undefined) { break s; }
				_r$31 = c[0].rwc.SetReadDeadline($clone(_r$30, time.Time)); /* */ $s = 101; case 101: if($c) { $c = false; _r$31 = _r$31.$blk(); } if (_r$31 && _r$31.$blk !== undefined) { break s; }
				_r$31;
				_r$32 = c[0].bufr.Peek(4); /* */ $s = 102; case 102: if($c) { $c = false; _r$32 = _r$32.$blk(); } if (_r$32 && _r$32.$blk !== undefined) { break s; }
				_tuple$5 = _r$32;
				err$2 = _tuple$5[1];
				/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 103; continue; }
				/* */ $s = 104; continue;
				/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 103:
					$s = 105; case 105: return;
				/* } */ case 104:
			/* } */ case 98:
			_r$33 = c[0].rwc.SetReadDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 106; case 106: if($c) { $c = false; _r$33 = _r$33.$blk(); } if (_r$33 && _r$33.$blk !== undefined) { break s; }
			_r$33;
		$s = 39; continue;
		case 40:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: conn.ptr.prototype.serve, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _entry, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$20, _r$21, _r$22, _r$23, _r$24, _r$25, _r$26, _r$27, _r$28, _r$29, _r$3, _r$30, _r$31, _r$32, _r$33, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _v, c, cancelCtx, code, ctx, d, dl, err, err$1, err$2, fn, h, inFlightResponse, ok, ok$1, ok$2, proto, publicErr, re, req, tlsConn, tlsTO, v, w, x$5, x$6, x$7, x$8, $s, $deferred};return $f; } }
	};
	conn.prototype.serve = function(ctx) { return this.$val.serve(ctx); };
	response.ptr.prototype.sendExpectationFailed = function() {
		var {w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		$r = new Header(w.Header()).Set("Connection", "close"); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = w.WriteHeader(417); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = w.finishRequest(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: response.ptr.prototype.sendExpectationFailed, $c: true, $r, w, $s};return $f;
	};
	response.prototype.sendExpectationFailed = function() { return this.$val.sendExpectationFailed(); };
	response.ptr.prototype.Hijack = function() {
		var {$24r, _r$1, _tmp, _tmp$1, _tmp$2, _tuple, buf, c, err, rwc, w, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rwc = $ifaceNil;
		buf = ptrType$44.nil;
		err = $ifaceNil;
		w = this;
		if ((w.$ptr_handlerDone || (w.$ptr_handlerDone = new ptrType$51(function() { return this.$target.handlerDone; }, function($v) { this.$target.handlerDone = $v; }, w))).isSet()) {
			$panic(new $String("net/http: Hijack called after ServeHTTP finished"));
		}
		/* */ if (w.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (w.wroteHeader) { */ case 1:
			$r = w.cw.flush(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		c = w.conn;
		$r = c.mu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(c.mu, "Unlock"), []]);
		_r$1 = c.hijackLocked(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		rwc = _tuple[0];
		buf = _tuple[1];
		err = _tuple[2];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			putBufioWriter(w.w);
			w.w = ptrType$14.nil;
		}
		_tmp = rwc;
		_tmp$1 = buf;
		_tmp$2 = err;
		rwc = _tmp;
		buf = _tmp$1;
		err = _tmp$2;
		$24r = [rwc, buf, err];
		$s = 6; case 6: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [rwc, buf, err]; } if($curGoroutine.asleep) { var $f = {$blk: response.ptr.prototype.Hijack, $c: true, $r, $24r, _r$1, _tmp, _tmp$1, _tmp$2, _tuple, buf, c, err, rwc, w, $s, $deferred};return $f; } }
	};
	response.prototype.Hijack = function() { return this.$val.Hijack(); };
	response.ptr.prototype.CloseNotify = function() {
		var w;
		w = this;
		if ((w.$ptr_handlerDone || (w.$ptr_handlerDone = new ptrType$51(function() { return this.$target.handlerDone; }, function($v) { this.$target.handlerDone = $v; }, w))).isSet()) {
			$panic(new $String("net/http: CloseNotify called after ServeHTTP finished"));
		}
		return w.closeNotifyCh;
	};
	response.prototype.CloseNotify = function() { return this.$val.CloseNotify(); };
	registerOnHitEOF = function(rc, fn) {
		var {_r$1, _ref, fn, rc, v, v$1, v$2, $s, $r, $c} = $restore(this, {rc, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = rc;
		/* */ if ($assertType(_ref, ptrType$55, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$52, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$55, true)[1]) { */ case 1:
			v = _ref.$val;
			$r = registerOnHitEOF(v.readCloser, fn); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 4; continue;
		/* } else if ($assertType(_ref, ptrType$52, true)[1]) { */ case 2:
			v$1 = _ref.$val;
			$r = v$1.registerOnHitEOF(fn); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 4; continue;
		/* } else { */ case 3:
			v$2 = _ref;
			_r$1 = fmt.Sprintf("%T", new sliceType([rc])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String("unexpected type " + _r$1));
		/* } */ case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: registerOnHitEOF, $c: true, $r, _r$1, _ref, fn, rc, v, v$1, v$2, $s};return $f;
	};
	requestBodyRemains = function(rc) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _ref, rc, v, v$1, v$2, $s, $r, $c} = $restore(this, {rc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(rc, new $pkg.NoBody.constructor.elem($pkg.NoBody))) {
			$s = -1; return false;
		}
		_ref = rc;
		/* */ if ($assertType(_ref, ptrType$55, true)[1]) { $s = 1; continue; }
		/* */ if ($assertType(_ref, ptrType$52, true)[1]) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($assertType(_ref, ptrType$55, true)[1]) { */ case 1:
			v = _ref.$val;
			_r$1 = requestBodyRemains(v.readCloser); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 6; case 6: return $24r;
		/* } else if ($assertType(_ref, ptrType$52, true)[1]) { */ case 2:
			v$1 = _ref.$val;
			_r$2 = v$1.bodyRemains(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = _r$2;
			$s = 8; case 8: return $24r$1;
		/* } else { */ case 3:
			v$2 = _ref;
			_r$3 = fmt.Sprintf("%T", new sliceType([rc])); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$panic(new $String("unexpected type " + _r$3));
		/* } */ case 4:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: requestBodyRemains, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _ref, rc, v, v$1, v$2, $s};return $f;
	};
	HandlerFunc.prototype.ServeHTTP = function(w, r) {
		var {f, r, w, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		$r = f(w, r); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: HandlerFunc.prototype.ServeHTTP, $c: true, $r, f, r, w, $s};return $f;
	};
	$ptrType(HandlerFunc).prototype.ServeHTTP = function(w, r) { return new HandlerFunc(this.$get()).ServeHTTP(w, r); };
	Error = function(w, error, code) {
		var {_r$1, _r$2, _r$3, code, error, w, $s, $r, $c} = $restore(this, {w, error, code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = w.Header(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$r = new Header(_r$1).Set("Content-Type", "text/plain; charset=utf-8"); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = w.Header(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$r = new Header(_r$2).Set("X-Content-Type-Options", "nosniff"); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = w.WriteHeader(code); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$3 = fmt.Fprintln(w, new sliceType([new $String(error)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Error, $c: true, $r, _r$1, _r$2, _r$3, code, error, w, $s};return $f;
	};
	$pkg.Error = Error;
	NotFound = function(w, r) {
		var {r, w, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = Error(w, "404 page not found", 404); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: NotFound, $c: true, $r, r, w, $s};return $f;
	};
	$pkg.NotFound = NotFound;
	NotFoundHandler = function() {
		return new HandlerFunc((NotFound));
	};
	$pkg.NotFoundHandler = NotFoundHandler;
	Redirect = function(w, r, url$1, code) {
		var {_entry, _entry$1, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, body$1, code, err, h, hadCT, i, olddir, oldpath, query, r, trailing, u, url$1, w, $s, $r, $c} = $restore(this, {w, r, url$1, code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = url.Parse(url$1); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		u = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil)) {
			if (u.Scheme === "" && u.Host === "") {
				oldpath = r.URL.Path;
				if (oldpath === "") {
					oldpath = "/";
				}
				if (url$1 === "" || !((url$1.charCodeAt(0) === 47))) {
					_tuple$1 = path.Split(oldpath);
					olddir = _tuple$1[0];
					url$1 = olddir + url$1;
				}
				query = "";
				i = strings.Index(url$1, "?");
				if (!((i === -1))) {
					_tmp = $substring(url$1, 0, i);
					_tmp$1 = $substring(url$1, i);
					url$1 = _tmp;
					query = _tmp$1;
				}
				trailing = strings.HasSuffix(url$1, "/");
				url$1 = path.Clean(url$1);
				if (trailing && !strings.HasSuffix(url$1, "/")) {
					url$1 = url$1 + ("/");
				}
				url$1 = url$1 + (query);
			}
		}
		_r$2 = w.Header(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		h = _r$2;
		_tuple$2 = (_entry = h[$String.keyFor("Content-Type")], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
		hadCT = _tuple$2[1];
		$r = new Header(h).Set("Location", hexEscapeNonASCII(url$1)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!hadCT && (r.Method === "GET" || r.Method === "HEAD")) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!hadCT && (r.Method === "GET" || r.Method === "HEAD")) { */ case 4:
			$r = new Header(h).Set("Content-Type", "text/html; charset=utf-8"); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		$r = w.WriteHeader(code); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!hadCT && r.Method === "GET") { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!hadCT && r.Method === "GET") { */ case 8:
			_r$3 = htmlEscape(url$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			body$1 = "<a href=\"" + _r$3 + "\">" + (_entry$1 = statusText[$Int.keyFor(code)], _entry$1 !== undefined ? _entry$1.v : "") + "</a>.\n";
			_r$4 = fmt.Fprintln(w, new sliceType([new $String(body$1)])); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$4;
		/* } */ case 9:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Redirect, $c: true, $r, _entry, _entry$1, _r$1, _r$2, _r$3, _r$4, _tmp, _tmp$1, _tuple, _tuple$1, _tuple$2, body$1, code, err, h, hadCT, i, olddir, oldpath, query, r, trailing, u, url$1, w, $s};return $f;
	};
	$pkg.Redirect = Redirect;
	htmlEscape = function(s) {
		var {$24r, _r$1, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = htmlReplacer.Replace(s); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: htmlEscape, $c: true, $r, $24r, _r$1, s, $s};return $f;
	};
	redirectHandler.ptr.prototype.ServeHTTP = function(w, r) {
		var {r, rh, w, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rh = this;
		$r = Redirect(w, r, rh.url, rh.code); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: redirectHandler.ptr.prototype.ServeHTTP, $c: true, $r, r, rh, w, $s};return $f;
	};
	redirectHandler.prototype.ServeHTTP = function(w, r) { return this.$val.ServeHTTP(w, r); };
	RedirectHandler = function(url$1, code) {
		var code, url$1;
		return new redirectHandler.ptr(url$1, code);
	};
	$pkg.RedirectHandler = RedirectHandler;
	cleanPath = function(p) {
		var np, p;
		if (p === "") {
			return "/";
		}
		if (!((p.charCodeAt(0) === 47))) {
			p = "/" + p;
		}
		np = path.Clean(p);
		if ((p.charCodeAt((p.length - 1 >> 0)) === 47) && !(np === "/")) {
			if ((p.length === (np.length + 1 >> 0)) && strings.HasPrefix(p, np)) {
				np = p;
			} else {
				np = np + ("/");
			}
		}
		return np;
	};
	stripHostPort = function(h) {
		var {_r$1, _tuple, err, h, host, $s, $r, $c} = $restore(this, {h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!strings.Contains(h, ":")) {
			$s = -1; return h;
		}
		_r$1 = net.SplitHostPort(h); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		host = _tuple[0];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return h;
		}
		$s = -1; return host;
		/* */ } return; } var $f = {$blk: stripHostPort, $c: true, $r, _r$1, _tuple, err, h, host, $s};return $f;
	};
	ServeMux.ptr.prototype.match = function(path$1) {
		var _entry, _i, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, e, h, mux, ok, path$1, pattern, v;
		h = $ifaceNil;
		pattern = "";
		mux = this;
		_tuple = (_entry = mux.m[$String.keyFor(path$1)], _entry !== undefined ? [_entry.v, true] : [new muxEntry.ptr($ifaceNil, ""), false]);
		v = $clone(_tuple[0], muxEntry);
		ok = _tuple[1];
		if (ok) {
			_tmp = v.h;
			_tmp$1 = v.pattern;
			h = _tmp;
			pattern = _tmp$1;
			return [h, pattern];
		}
		_ref = mux.es;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			e = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), muxEntry);
			if (strings.HasPrefix(path$1, e.pattern)) {
				_tmp$2 = e.h;
				_tmp$3 = e.pattern;
				h = _tmp$2;
				pattern = _tmp$3;
				return [h, pattern];
			}
			_i++;
		}
		_tmp$4 = $ifaceNil;
		_tmp$5 = "";
		h = _tmp$4;
		pattern = _tmp$5;
		return [h, pattern];
	};
	ServeMux.prototype.match = function(path$1) { return this.$val.match(path$1); };
	ServeMux.ptr.prototype.redirectToPathSlash = function(host, path$1, u) {
		var {host, mux, path$1, shouldRedirect, u, $s, $r, $c} = $restore(this, {host, path$1, u});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mux = this;
		$r = mux.mu.RLock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		shouldRedirect = mux.shouldRedirectRLocked(host, path$1);
		$r = mux.mu.RUnlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!shouldRedirect) {
			$s = -1; return [u, false];
		}
		path$1 = path$1 + "/";
		u = new url.URL.ptr("", "", ptrType$21.nil, "", path$1, "", false, u.RawQuery, "", "");
		$s = -1; return [u, true];
		/* */ } return; } var $f = {$blk: ServeMux.ptr.prototype.redirectToPathSlash, $c: true, $r, host, mux, path$1, shouldRedirect, u, $s};return $f;
	};
	ServeMux.prototype.redirectToPathSlash = function(host, path$1, u) { return this.$val.redirectToPathSlash(host, path$1, u); };
	ServeMux.ptr.prototype.shouldRedirectRLocked = function(host, path$1) {
		var _entry, _entry$1, _i, _i$1, _ref, _ref$1, _tuple, _tuple$1, c, c$1, exist, exist$1, host, mux, n, p, path$1;
		mux = this;
		p = new sliceType$2([path$1, host + path$1]);
		_ref = p;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_tuple = (_entry = mux.m[$String.keyFor(c)], _entry !== undefined ? [_entry.v, true] : [new muxEntry.ptr($ifaceNil, ""), false]);
			exist = _tuple[1];
			if (exist) {
				return false;
			}
			_i++;
		}
		n = path$1.length;
		if (n === 0) {
			return false;
		}
		_ref$1 = p;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			c$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			_tuple$1 = (_entry$1 = mux.m[$String.keyFor(c$1 + "/")], _entry$1 !== undefined ? [_entry$1.v, true] : [new muxEntry.ptr($ifaceNil, ""), false]);
			exist$1 = _tuple$1[1];
			if (exist$1) {
				return !((path$1.charCodeAt((n - 1 >> 0)) === 47));
			}
			_i$1++;
		}
		return false;
	};
	ServeMux.prototype.shouldRedirectRLocked = function(host, path$1) { return this.$val.shouldRedirectRLocked(host, path$1); };
	ServeMux.ptr.prototype.Handler = function(r) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, h, host, mux, ok, ok$1, path$1, pattern, r, u, u$1, u$2, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = $ifaceNil;
		pattern = "";
		mux = this;
		/* */ if (r.Method === "CONNECT") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r.Method === "CONNECT") { */ case 1:
			_r$1 = mux.redirectToPathSlash(r.URL.Host, r.URL.Path, r.URL); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			u = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				_tmp = RedirectHandler(u.String(), 301);
				_tmp$1 = u.Path;
				h = _tmp;
				pattern = _tmp$1;
				$s = -1; return [h, pattern];
			}
			_r$2 = mux.handler(r.Host, r.URL.Path); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			h = _tuple$1[0];
			pattern = _tuple$1[1];
			$24r = [h, pattern];
			$s = 5; case 5: return $24r;
		/* } */ case 2:
		_r$3 = stripHostPort(r.Host); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		host = _r$3;
		path$1 = cleanPath(r.URL.Path);
		_r$4 = mux.redirectToPathSlash(host, path$1, r.URL); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$2 = _r$4;
		u$1 = _tuple$2[0];
		ok$1 = _tuple$2[1];
		if (ok$1) {
			_tmp$2 = RedirectHandler(u$1.String(), 301);
			_tmp$3 = u$1.Path;
			h = _tmp$2;
			pattern = _tmp$3;
			$s = -1; return [h, pattern];
		}
		/* */ if (!(path$1 === r.URL.Path)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!(path$1 === r.URL.Path)) { */ case 8:
			_r$5 = mux.handler(host, path$1); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple$3 = _r$5;
			pattern = _tuple$3[1];
			u$2 = new url.URL.ptr("", "", ptrType$21.nil, "", path$1, "", false, r.URL.RawQuery, "", "");
			_tmp$4 = RedirectHandler(u$2.String(), 301);
			_tmp$5 = pattern;
			h = _tmp$4;
			pattern = _tmp$5;
			$s = -1; return [h, pattern];
		/* } */ case 9:
		_r$6 = mux.handler(host, r.URL.Path); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple$4 = _r$6;
		h = _tuple$4[0];
		pattern = _tuple$4[1];
		$24r$1 = [h, pattern];
		$s = 12; case 12: return $24r$1;
		/* */ } return; } var $f = {$blk: ServeMux.ptr.prototype.Handler, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, h, host, mux, ok, ok$1, path$1, pattern, r, u, u$1, u$2, $s};return $f;
	};
	ServeMux.prototype.Handler = function(r) { return this.$val.Handler(r); };
	ServeMux.ptr.prototype.handler = function(host, path$1) {
		var {$24r, _tmp, _tmp$1, _tuple, _tuple$1, h, host, mux, path$1, pattern, $s, $deferred, $r, $c} = $restore(this, {host, path$1});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		h = $ifaceNil;
		pattern = "";
		mux = this;
		$r = mux.mu.RLock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(mux.mu, "RUnlock"), []]);
		if (mux.hosts) {
			_tuple = mux.match(host + path$1);
			h = _tuple[0];
			pattern = _tuple[1];
		}
		if ($interfaceIsEqual(h, $ifaceNil)) {
			_tuple$1 = mux.match(path$1);
			h = _tuple$1[0];
			pattern = _tuple$1[1];
		}
		if ($interfaceIsEqual(h, $ifaceNil)) {
			_tmp = NotFoundHandler();
			_tmp$1 = "";
			h = _tmp;
			pattern = _tmp$1;
		}
		$24r = [h, pattern];
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [h, pattern]; } if($curGoroutine.asleep) { var $f = {$blk: ServeMux.ptr.prototype.handler, $c: true, $r, $24r, _tmp, _tmp$1, _tuple, _tuple$1, h, host, mux, path$1, pattern, $s, $deferred};return $f; } }
	};
	ServeMux.prototype.handler = function(host, path$1) { return this.$val.handler(host, path$1); };
	ServeMux.ptr.prototype.ServeHTTP = function(w, r) {
		var {_r$1, _r$2, _tuple, h, mux, r, w, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mux = this;
		/* */ if (r.RequestURI === "*") { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r.RequestURI === "*") { */ case 1:
			/* */ if (r.ProtoAtLeast(1, 1)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (r.ProtoAtLeast(1, 1)) { */ case 3:
				_r$1 = w.Header(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$r = new Header(_r$1).Set("Connection", "close"); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
			$r = w.WriteHeader(400); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		_r$2 = mux.Handler(r); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		h = _tuple[0];
		$r = h.ServeHTTP(w, r); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ServeMux.ptr.prototype.ServeHTTP, $c: true, $r, _r$1, _r$2, _tuple, h, mux, r, w, $s};return $f;
	};
	ServeMux.prototype.ServeHTTP = function(w, r) { return this.$val.ServeHTTP(w, r); };
	ServeMux.ptr.prototype.Handle = function(pattern, handler) {
		var {_entry, _key, _r$1, _tuple, e, exist, handler, mux, pattern, $s, $deferred, $r, $c} = $restore(this, {pattern, handler});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		mux = this;
		$r = mux.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(mux.mu, "Unlock"), []]);
		if (pattern === "") {
			$panic(new $String("http: invalid pattern"));
		}
		if ($interfaceIsEqual(handler, $ifaceNil)) {
			$panic(new $String("http: nil handler"));
		}
		_tuple = (_entry = mux.m[$String.keyFor(pattern)], _entry !== undefined ? [_entry.v, true] : [new muxEntry.ptr($ifaceNil, ""), false]);
		exist = _tuple[1];
		if (exist) {
			$panic(new $String("http: multiple registrations for " + pattern));
		}
		if (mux.m === false) {
			mux.m = {};
		}
		e = new muxEntry.ptr(handler, pattern);
		_key = pattern; (mux.m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $clone(e, muxEntry) };
		/* */ if (pattern.charCodeAt((pattern.length - 1 >> 0)) === 47) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (pattern.charCodeAt((pattern.length - 1 >> 0)) === 47) { */ case 2:
			_r$1 = appendSorted(mux.es, $clone(e, muxEntry)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			mux.es = _r$1;
		/* } */ case 3:
		if (!((pattern.charCodeAt(0) === 47))) {
			mux.hosts = true;
		}
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: ServeMux.ptr.prototype.Handle, $c: true, $r, _entry, _key, _r$1, _tuple, e, exist, handler, mux, pattern, $s, $deferred};return $f; } }
	};
	ServeMux.prototype.Handle = function(pattern, handler) { return this.$val.Handle(pattern, handler); };
	appendSorted = function(es, e) {
		var {_r$1, e, es, i, n, $s, $r, $c} = $restore(this, {es, e});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = [e];
		es = [es];
		n = es[0].$length;
		_r$1 = sort.Search(n, (function(e, es) { return function(i) {
			var i;
			return ((i < 0 || i >= es[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : es[0].$array[es[0].$offset + i]).pattern.length < e[0].pattern.length;
		}; })(e, es)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		i = _r$1;
		if (i === n) {
			$s = -1; return $append(es[0], e[0]);
		}
		es[0] = $append(es[0], new muxEntry.ptr($ifaceNil, ""));
		$copySlice($subslice(es[0], (i + 1 >> 0)), $subslice(es[0], i));
		muxEntry.copy(((i < 0 || i >= es[0].$length) ? ($throwRuntimeError("index out of range"), undefined) : es[0].$array[es[0].$offset + i]), e[0]);
		$s = -1; return es[0];
		/* */ } return; } var $f = {$blk: appendSorted, $c: true, $r, _r$1, e, es, i, n, $s};return $f;
	};
	ServeMux.ptr.prototype.HandleFunc = function(pattern, handler) {
		var {handler, mux, pattern, $s, $r, $c} = $restore(this, {pattern, handler});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		mux = this;
		if (handler === $throwNilPointerError) {
			$panic(new $String("http: nil handler"));
		}
		$r = mux.Handle(pattern, new HandlerFunc((handler))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: ServeMux.ptr.prototype.HandleFunc, $c: true, $r, handler, mux, pattern, $s};return $f;
	};
	ServeMux.prototype.HandleFunc = function(pattern, handler) { return this.$val.HandleFunc(pattern, handler); };
	Server.ptr.prototype.getDoneChan = function() {
		var {$24r, s, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		s = this;
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(s.mu, "Unlock"), []]);
		$24r = s.getDoneChanLocked();
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $chanNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.getDoneChan, $c: true, $r, $24r, s, $s, $deferred};return $f; } }
	};
	Server.prototype.getDoneChan = function() { return this.$val.getDoneChan(); };
	Server.ptr.prototype.getDoneChanLocked = function() {
		var s;
		s = this;
		if (s.doneChan === $chanNil) {
			s.doneChan = new $Chan(structType, 0);
		}
		return s.doneChan;
	};
	Server.prototype.getDoneChanLocked = function() { return this.$val.getDoneChanLocked(); };
	Server.ptr.prototype.closeDoneChanLocked = function() {
		var _selection, ch, s;
		s = this;
		ch = s.getDoneChanLocked();
		_selection = $select([[ch], []]);
		if (_selection[0] === 0) {
		} else if (_selection[0] === 1) {
			$close(ch);
		}
	};
	Server.prototype.closeDoneChanLocked = function() { return this.$val.closeDoneChanLocked(); };
	Server.ptr.prototype.Close = function() {
		var {$24r, _entry, _i, _keys, _r$1, _r$2, _ref, c, err, srv, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		srv = this;
		(srv.$ptr_inShutdown || (srv.$ptr_inShutdown = new ptrType$51(function() { return this.$target.inShutdown; }, function($v) { this.$target.inShutdown = $v; }, srv))).setTrue();
		$r = srv.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(srv.mu, "Unlock"), []]);
		srv.closeDoneChanLocked();
		_r$1 = srv.closeListenersLocked(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		_ref = srv.activeConn;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 3:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 4; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 3; continue;
			}
			c = _entry.k;
			_r$2 = c.rwc.Close(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			delete srv.activeConn[ptrType$53.keyFor(c)];
			_i++;
		$s = 3; continue;
		case 4:
		$24r = err;
		$s = 6; case 6: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.Close, $c: true, $r, $24r, _entry, _i, _keys, _r$1, _r$2, _ref, c, err, srv, $s, $deferred};return $f; } }
	};
	Server.prototype.Close = function() { return this.$val.Close(); };
	Server.ptr.prototype.Shutdown = function(ctx) {
		var {$24r, $24r$1, _i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _selection, _v, ctx, f, lnerr, nextPollInterval, pollIntervalBase, srv, timer, $s, $deferred, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		pollIntervalBase = [pollIntervalBase];
		srv = this;
		(srv.$ptr_inShutdown || (srv.$ptr_inShutdown = new ptrType$51(function() { return this.$target.inShutdown; }, function($v) { this.$target.inShutdown = $v; }, srv))).setTrue();
		$r = srv.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = srv.closeListenersLocked(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		lnerr = _r$1;
		srv.closeDoneChanLocked();
		_ref = srv.onShutdown;
		_i = 0;
		/* while (true) { */ case 3:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 4; continue; }
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$go(f, []);
			_i++;
		$s = 3; continue;
		case 4:
		$r = srv.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		pollIntervalBase[0] = new time.Duration(0, 1000000);
		nextPollInterval = (function(pollIntervalBase) { return function $b() {
			var {_r$2, interval, x$5, x$6, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$2 = rand.Intn((((x$6 = $div64(pollIntervalBase[0], new time.Duration(0, 10), false), x$6.$low + ((x$6.$high >> 31) * 4294967296)) >> 0))); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			interval = (x$5 = (new time.Duration(0, _r$2)), new time.Duration(pollIntervalBase[0].$high + x$5.$high, pollIntervalBase[0].$low + x$5.$low));
			pollIntervalBase[0] = $mul64(pollIntervalBase[0], (new time.Duration(0, 2)));
			if ((pollIntervalBase[0].$high > 0 || (pollIntervalBase[0].$high === 0 && pollIntervalBase[0].$low > 500000000))) {
				pollIntervalBase[0] = new time.Duration(0, 500000000);
			}
			$s = -1; return interval;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, interval, x$5, x$6, $s};return $f;
		}; })(pollIntervalBase);
		_r$2 = nextPollInterval(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = time.NewTimer(_r$2); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		timer = _r$3;
		$deferred.push([$methodVal(timer, "Stop"), []]);
		/* while (true) { */ case 8:
			_r$4 = srv.closeIdleConns(); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			if (!(_r$4)) { _v = false; $s = 12; continue s; }
			_r$5 = srv.numListeners(); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_v = _r$5 === 0; case 12:
			/* */ if (_v) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_v) { */ case 10:
				$24r = lnerr;
				$s = 15; case 15: return $24r;
			/* } */ case 11:
			_r$6 = ctx.Done(); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$7 = $select([[_r$6], [timer.C]]); /* */ $s = 17; case 17: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_selection = _r$7;
			/* */ if (_selection[0] === 0) { $s = 18; continue; }
			/* */ if (_selection[0] === 1) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (_selection[0] === 0) { */ case 18:
				_r$8 = ctx.Err(); /* */ $s = 21; case 21: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				$24r$1 = _r$8;
				$s = 22; case 22: return $24r$1;
			/* } else if (_selection[0] === 1) { */ case 19:
				_r$9 = nextPollInterval(); /* */ $s = 23; case 23: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				_r$10 = timer.Reset(_r$9); /* */ $s = 24; case 24: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
			/* } */ case 20:
		$s = 8; continue;
		case 9:
		$s = -1; return $ifaceNil;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.Shutdown, $c: true, $r, $24r, $24r$1, _i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _selection, _v, ctx, f, lnerr, nextPollInterval, pollIntervalBase, srv, timer, $s, $deferred};return $f; } }
	};
	Server.prototype.Shutdown = function(ctx) { return this.$val.Shutdown(ctx); };
	Server.ptr.prototype.RegisterOnShutdown = function(f) {
		var {f, srv, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		$r = srv.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		srv.onShutdown = $append(srv.onShutdown, f);
		$r = srv.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.RegisterOnShutdown, $c: true, $r, f, srv, $s};return $f;
	};
	Server.prototype.RegisterOnShutdown = function(f) { return this.$val.RegisterOnShutdown(f); };
	Server.ptr.prototype.numListeners = function() {
		var {$24r, s, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		s = this;
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(s.mu, "Unlock"), []]);
		$24r = $keys(s.listeners).length;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.numListeners, $c: true, $r, $24r, s, $s, $deferred};return $f; } }
	};
	Server.prototype.numListeners = function() { return this.$val.numListeners(); };
	Server.ptr.prototype.closeIdleConns = function() {
		var {$24r, _entry, _i, _keys, _r$1, _r$2, _r$3, _ref, _tuple, _v, c, quiescent, s, st, unixSec, x$5, x$6, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		s = this;
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(s.mu, "Unlock"), []]);
		quiescent = true;
		_ref = s.activeConn;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			c = _entry.k;
			_tuple = c.getState();
			st = _tuple[0];
			unixSec = _tuple[1];
			if (!(st === 0)) { _v = false; $s = 6; continue s; }
			_r$1 = time.Now(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = $clone(_r$1, time.Time).Unix(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_v = (x$5 = (x$6 = _r$2, new $Int64(x$6.$high - 0, x$6.$low - 5)), (unixSec.$high < x$5.$high || (unixSec.$high === x$5.$high && unixSec.$low < x$5.$low))); case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				st = 2;
			/* } */ case 5:
			if (!((st === 2)) || (unixSec.$high === 0 && unixSec.$low === 0)) {
				quiescent = false;
				_i++;
				/* continue; */ $s = 2; continue;
			}
			_r$3 = c.rwc.Close(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			delete s.activeConn[ptrType$53.keyFor(c)];
			_i++;
		$s = 2; continue;
		case 3:
		$24r = quiescent;
		$s = 10; case 10: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.closeIdleConns, $c: true, $r, $24r, _entry, _i, _keys, _r$1, _r$2, _r$3, _ref, _tuple, _v, c, quiescent, s, st, unixSec, x$5, x$6, $s, $deferred};return $f; } }
	};
	Server.prototype.closeIdleConns = function() { return this.$val.closeIdleConns(); };
	Server.ptr.prototype.closeListenersLocked = function() {
		var {_entry, _i, _keys, _r$1, _ref, cerr, err, ln, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		err = $ifaceNil;
		_ref = s.listeners;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			ln = _entry.k;
			_r$1 = (ln.$get()).Close(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			cerr = _r$1;
			if (!($interfaceIsEqual(cerr, $ifaceNil)) && $interfaceIsEqual(err, $ifaceNil)) {
				err = cerr;
			}
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.closeListenersLocked, $c: true, $r, _entry, _i, _keys, _r$1, _ref, cerr, err, ln, s, $s};return $f;
	};
	Server.prototype.closeListenersLocked = function() { return this.$val.closeListenersLocked(); };
	ConnState.prototype.String = function() {
		var _entry, c;
		c = this.$val;
		return (_entry = stateName[ConnState.keyFor(c)], _entry !== undefined ? _entry.v : "");
	};
	$ptrType(ConnState).prototype.String = function() { return new ConnState(this.$get()).String(); };
	serverHandler.ptr.prototype.ServeHTTP = function(rw, req) {
		var {_r$1, _r$2, allowQuerySemicolonsInUse, handler, req, rw, sh, x$5, $s, $deferred, $r, $c} = $restore(this, {rw, req});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		allowQuerySemicolonsInUse = [allowQuerySemicolonsInUse];
		sh = [sh];
		sh[0] = this;
		handler = sh[0].srv.Handler;
		if ($interfaceIsEqual(handler, $ifaceNil)) {
			handler = $pkg.DefaultServeMux;
		}
		if (req.RequestURI === "*" && req.Method === "OPTIONS") {
			handler = (x$5 = new globalOptionsHandler.ptr(), new x$5.constructor.elem(x$5));
		}
		/* */ if (!(req.URL === ptrType$17.nil) && strings.Contains(req.URL.RawQuery, ";")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(req.URL === ptrType$17.nil) && strings.Contains(req.URL.RawQuery, ";")) { */ case 1:
			allowQuerySemicolonsInUse[0] = 0;
			_r$1 = context.WithValue(req.Context(), silenceSemWarnContextKey, new funcType((function(allowQuerySemicolonsInUse, sh) { return function() {
				atomic.StoreInt32((allowQuerySemicolonsInUse.$ptr || (allowQuerySemicolonsInUse.$ptr = new ptrType$45(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, allowQuerySemicolonsInUse))), 1);
			}; })(allowQuerySemicolonsInUse, sh))); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = req.WithContext(_r$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			req = _r$2;
			$deferred.push([(function(allowQuerySemicolonsInUse, sh) { return function $b() {
				var {$s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				/* */ if (atomic.LoadInt32((allowQuerySemicolonsInUse.$ptr || (allowQuerySemicolonsInUse.$ptr = new ptrType$45(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, allowQuerySemicolonsInUse)))) === 0) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (atomic.LoadInt32((allowQuerySemicolonsInUse.$ptr || (allowQuerySemicolonsInUse.$ptr = new ptrType$45(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, allowQuerySemicolonsInUse)))) === 0) { */ case 1:
					$r = sh[0].srv.logf("http: URL query contains semicolon, which is no longer a supported separator; parts of the query may be stripped when parsed; see golang.org/issue/25192", new sliceType([])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 2:
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
			}; })(allowQuerySemicolonsInUse, sh), []]);
		/* } */ case 2:
		$r = handler.ServeHTTP(rw, req); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: serverHandler.ptr.prototype.ServeHTTP, $c: true, $r, _r$1, _r$2, allowQuerySemicolonsInUse, handler, req, rw, sh, x$5, $s, $deferred};return $f; } }
	};
	serverHandler.prototype.ServeHTTP = function(rw, req) { return this.$val.ServeHTTP(rw, req); };
	Server.ptr.prototype.ListenAndServe = function() {
		var {$24r, _r$1, _r$2, _tuple, addr, err, ln, srv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		if (srv.shuttingDown()) {
			$s = -1; return $pkg.ErrServerClosed;
		}
		addr = srv.Addr;
		if (addr === "") {
			addr = ":http";
		}
		_r$1 = net.Listen("tcp", addr); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ln = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$2 = srv.Serve(ln); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.ListenAndServe, $c: true, $r, $24r, _r$1, _r$2, _tuple, addr, err, ln, srv, $s};return $f;
	};
	Server.prototype.ListenAndServe = function() { return this.$val.ListenAndServe(); };
	Server.ptr.prototype.shouldConfigureHTTP2ForServe = function() {
		var srv;
		srv = this;
		if (srv.TLSConfig === ptrType$4.nil) {
			return true;
		}
		return strSliceContains(srv.TLSConfig.NextProtos, "h2");
	};
	Server.prototype.shouldConfigureHTTP2ForServe = function() { return this.$val.shouldConfigureHTTP2ForServe(); };
	Server.ptr.prototype.Serve = function(l) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tuple, _tuple$1, _v, baseCtx, c, cc, connCtx, ctx, err, err$1, fn, l, max, ne, ok, origListener, rw, srv, tempDelay, $s, $deferred, $r, $c} = $restore(this, {l});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		l = [l];
		srv = this;
		fn = testHookServerServe;
		/* */ if (!(fn === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(fn === $throwNilPointerError)) { */ case 1:
			$r = fn(srv, l[0]); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		origListener = l[0];
		l[0] = new onceCloseListener.ptr(l[0], new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), $ifaceNil);
		$deferred.push([$methodVal(l[0], "Close"), []]);
		_r$1 = srv.setupHTTP2_Serve(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			$24r = err;
			$s = 7; case 7: return $24r;
		/* } */ case 6:
		_r$2 = srv.trackListener((l.$ptr || (l.$ptr = new ptrType$59(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, l))), true); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!_r$2) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!_r$2) { */ case 8:
			$24r$1 = $pkg.ErrServerClosed;
			$s = 11; case 11: return $24r$1;
		/* } */ case 9:
		$deferred.push([$methodVal(srv, "trackListener"), [(l.$ptr || (l.$ptr = new ptrType$59(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, l))), false]]);
		baseCtx = context.Background();
		/* */ if (!(srv.BaseContext === $throwNilPointerError)) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!(srv.BaseContext === $throwNilPointerError)) { */ case 12:
			_r$3 = srv.BaseContext(origListener); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			baseCtx = _r$3;
			if ($interfaceIsEqual(baseCtx, $ifaceNil)) {
				$panic(new $String("BaseContext returned a nil context"));
			}
		/* } */ case 13:
		tempDelay = new time.Duration(0, 0);
		_r$4 = context.WithValue(baseCtx, $pkg.ServerContextKey, srv); /* */ $s = 15; case 15: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		ctx = _r$4;
		/* while (true) { */ case 16:
			_r$5 = l[0].Accept(); /* */ $s = 18; case 18: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tuple = _r$5;
			rw = _tuple[0];
			err$1 = _tuple[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 19:
				_r$6 = srv.getDoneChan(); /* */ $s = 21; case 21: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_selection = $select([[_r$6], []]);
				/* */ if (_selection[0] === 0) { $s = 22; continue; }
				/* */ if (_selection[0] === 1) { $s = 23; continue; }
				/* */ $s = 24; continue;
				/* if (_selection[0] === 0) { */ case 22:
					$24r$2 = $pkg.ErrServerClosed;
					$s = 25; case 25: return $24r$2;
				/* } else if (_selection[0] === 1) { */ case 23:
				/* } */ case 24:
				_tuple$1 = $assertType(err$1, net.Error, true);
				ne = _tuple$1[0];
				ok = _tuple$1[1];
				if (!(ok)) { _v = false; $s = 28; continue s; }
				_r$7 = ne.Temporary(); /* */ $s = 29; case 29: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_v = _r$7; case 28:
				/* */ if (_v) { $s = 26; continue; }
				/* */ $s = 27; continue;
				/* if (_v) { */ case 26:
					if ((tempDelay.$high === 0 && tempDelay.$low === 0)) {
						tempDelay = new time.Duration(0, 5000000);
					} else {
						tempDelay = $mul64(tempDelay, (new time.Duration(0, 2)));
					}
					max = new time.Duration(0, 1000000000);
					if ((tempDelay.$high > max.$high || (tempDelay.$high === max.$high && tempDelay.$low > max.$low))) {
						tempDelay = max;
					}
					$r = srv.logf("http: Accept error: %v; retrying in %v", new sliceType([err$1, tempDelay])); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$r = time.Sleep(tempDelay); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* continue; */ $s = 16; continue;
				/* } */ case 27:
				$24r$3 = err$1;
				$s = 32; case 32: return $24r$3;
			/* } */ case 20:
			connCtx = ctx;
			cc = srv.ConnContext;
			/* */ if (!(cc === $throwNilPointerError)) { $s = 33; continue; }
			/* */ $s = 34; continue;
			/* if (!(cc === $throwNilPointerError)) { */ case 33:
				_r$8 = cc(connCtx, rw); /* */ $s = 35; case 35: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				connCtx = _r$8;
				if ($interfaceIsEqual(connCtx, $ifaceNil)) {
					$panic(new $String("ConnContext returned nil"));
				}
			/* } */ case 34:
			tempDelay = new time.Duration(0, 0);
			_r$9 = srv.newConn(rw); /* */ $s = 36; case 36: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			c = _r$9;
			$r = c.setState(c.rwc, 0, true); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$go($methodVal(c, "serve"), [connCtx]);
		$s = 16; continue;
		case 17:
		$s = -1; return $ifaceNil;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.Serve, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tuple, _tuple$1, _v, baseCtx, c, cc, connCtx, ctx, err, err$1, fn, l, max, ne, ok, origListener, rw, srv, tempDelay, $s, $deferred};return $f; } }
	};
	Server.prototype.Serve = function(l) { return this.$val.Serve(l); };
	Server.ptr.prototype.ServeTLS = function(l, certFile, keyFile) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _tuple, certFile, config, configHasCert, err, err$1, keyFile, l, srv, tlsListener, x$5, $s, $r, $c} = $restore(this, {l, certFile, keyFile});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		_r$1 = srv.setupHTTP2_ServeTLS(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$2 = cloneTLSConfig(srv.TLSConfig); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		config = _r$2;
		if (!strSliceContains(config.NextProtos, "http/1.1")) {
			config.NextProtos = $append(config.NextProtos, "http/1.1");
		}
		configHasCert = config.Certificates.$length > 0 || !(config.GetCertificate === $throwNilPointerError);
		/* */ if (!configHasCert || !(certFile === "") || !(keyFile === "")) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!configHasCert || !(certFile === "") || !(keyFile === "")) { */ case 3:
			err$1 = $ifaceNil;
			config.Certificates = $makeSlice(sliceType$13, 1);
			_r$3 = tls.LoadX509KeyPair(certFile, keyFile); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			tls.Certificate.copy((x$5 = config.Certificates, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])), _tuple[0]);
			err$1 = _tuple[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return err$1;
			}
		/* } */ case 4:
		tlsListener = tls.NewListener(l, config);
		_r$4 = srv.Serve(tlsListener); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.ServeTLS, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _tuple, certFile, config, configHasCert, err, err$1, keyFile, l, srv, tlsListener, x$5, $s};return $f;
	};
	Server.prototype.ServeTLS = function(l, certFile, keyFile) { return this.$val.ServeTLS(l, certFile, keyFile); };
	Server.ptr.prototype.trackListener = function(ln, add) {
		var {$24r, $24r$1, _key, add, ln, s, $s, $deferred, $r, $c} = $restore(this, {ln, add});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		s = this;
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(s.mu, "Unlock"), []]);
		if (s.listeners === false) {
			s.listeners = {};
		}
		/* */ if (add) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (add) { */ case 2:
			/* */ if (s.shuttingDown()) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (s.shuttingDown()) { */ case 5:
				$24r = false;
				$s = 7; case 7: return $24r;
			/* } */ case 6:
			_key = ln; (s.listeners || $throwRuntimeError("assignment to entry in nil map"))[ptrType$59.keyFor(_key)] = { k: _key, v: new structType.ptr() };
			$s = 4; continue;
		/* } else { */ case 3:
			delete s.listeners[ptrType$59.keyFor(ln)];
		/* } */ case 4:
		$24r$1 = true;
		$s = 8; case 8: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.trackListener, $c: true, $r, $24r, $24r$1, _key, add, ln, s, $s, $deferred};return $f; } }
	};
	Server.prototype.trackListener = function(ln, add) { return this.$val.trackListener(ln, add); };
	Server.ptr.prototype.trackConn = function(c, add) {
		var {_key, add, c, s, $s, $deferred, $r, $c} = $restore(this, {c, add});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		s = this;
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(s.mu, "Unlock"), []]);
		if (s.activeConn === false) {
			s.activeConn = {};
		}
		if (add) {
			_key = c; (s.activeConn || $throwRuntimeError("assignment to entry in nil map"))[ptrType$53.keyFor(_key)] = { k: _key, v: new structType.ptr() };
		} else {
			delete s.activeConn[ptrType$53.keyFor(c)];
		}
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.trackConn, $c: true, $r, _key, add, c, s, $s, $deferred};return $f; } }
	};
	Server.prototype.trackConn = function(c, add) { return this.$val.trackConn(c, add); };
	Server.ptr.prototype.idleTimeout = function() {
		var s, x$5;
		s = this;
		if (!((x$5 = s.IdleTimeout, (x$5.$high === 0 && x$5.$low === 0)))) {
			return s.IdleTimeout;
		}
		return s.ReadTimeout;
	};
	Server.prototype.idleTimeout = function() { return this.$val.idleTimeout(); };
	Server.ptr.prototype.readHeaderTimeout = function() {
		var s, x$5;
		s = this;
		if (!((x$5 = s.ReadHeaderTimeout, (x$5.$high === 0 && x$5.$low === 0)))) {
			return s.ReadHeaderTimeout;
		}
		return s.ReadTimeout;
	};
	Server.prototype.readHeaderTimeout = function() { return this.$val.readHeaderTimeout(); };
	Server.ptr.prototype.doKeepAlives = function() {
		var s;
		s = this;
		return (atomic.LoadInt32((s.$ptr_disableKeepAlives || (s.$ptr_disableKeepAlives = new ptrType$45(function() { return this.$target.disableKeepAlives; }, function($v) { this.$target.disableKeepAlives = $v; }, s)))) === 0) && !s.shuttingDown();
	};
	Server.prototype.doKeepAlives = function() { return this.$val.doKeepAlives(); };
	Server.ptr.prototype.shuttingDown = function() {
		var s;
		s = this;
		return (s.$ptr_inShutdown || (s.$ptr_inShutdown = new ptrType$51(function() { return this.$target.inShutdown; }, function($v) { this.$target.inShutdown = $v; }, s))).isSet();
	};
	Server.prototype.shuttingDown = function() { return this.$val.shuttingDown(); };
	Server.ptr.prototype.SetKeepAlivesEnabled = function(v) {
		var {_r$1, srv, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		if (v) {
			atomic.StoreInt32((srv.$ptr_disableKeepAlives || (srv.$ptr_disableKeepAlives = new ptrType$45(function() { return this.$target.disableKeepAlives; }, function($v) { this.$target.disableKeepAlives = $v; }, srv))), 0);
			$s = -1; return;
		}
		atomic.StoreInt32((srv.$ptr_disableKeepAlives || (srv.$ptr_disableKeepAlives = new ptrType$45(function() { return this.$target.disableKeepAlives; }, function($v) { this.$target.disableKeepAlives = $v; }, srv))), 1);
		_r$1 = srv.closeIdleConns(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.SetKeepAlivesEnabled, $c: true, $r, _r$1, srv, v, $s};return $f;
	};
	Server.prototype.SetKeepAlivesEnabled = function(v) { return this.$val.SetKeepAlivesEnabled(v); };
	Server.ptr.prototype.logf = function(format, args) {
		var {args, format, s, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		/* */ if (!(s.ErrorLog === ptrType$58.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(s.ErrorLog === ptrType$58.nil)) { */ case 1:
			$r = s.ErrorLog.Printf(format, args); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			$r = log.Printf(format, args); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.logf, $c: true, $r, args, format, s, $s};return $f;
	};
	Server.prototype.logf = function(format, args) { return this.$val.logf(format, args); };
	Server.ptr.prototype.ListenAndServeTLS = function(certFile, keyFile) {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _tuple, addr, certFile, err, keyFile, ln, srv, $s, $deferred, $r, $c} = $restore(this, {certFile, keyFile});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		srv = this;
		/* */ if (srv.shuttingDown()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (srv.shuttingDown()) { */ case 1:
			$24r = $pkg.ErrServerClosed;
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		addr = srv.Addr;
		if (addr === "") {
			addr = ":https";
		}
		_r$1 = net.Listen("tcp", addr); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ln = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			$24r$1 = err;
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		$deferred.push([$methodVal(ln, "Close"), []]);
		_r$2 = srv.ServeTLS(ln, certFile, keyFile); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$2 = _r$2;
		$s = 9; case 9: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: Server.ptr.prototype.ListenAndServeTLS, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _tuple, addr, certFile, err, keyFile, ln, srv, $s, $deferred};return $f; } }
	};
	Server.prototype.ListenAndServeTLS = function(certFile, keyFile) { return this.$val.ListenAndServeTLS(certFile, keyFile); };
	Server.ptr.prototype.setupHTTP2_ServeTLS = function() {
		var {srv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		$r = srv.nextProtoOnce.Do($methodVal(srv, "onceSetNextProtoDefaults")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return srv.nextProtoErr;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.setupHTTP2_ServeTLS, $c: true, $r, srv, $s};return $f;
	};
	Server.prototype.setupHTTP2_ServeTLS = function() { return this.$val.setupHTTP2_ServeTLS(); };
	Server.ptr.prototype.setupHTTP2_Serve = function() {
		var {srv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		$r = srv.nextProtoOnce.Do($methodVal(srv, "onceSetNextProtoDefaults_Serve")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return srv.nextProtoErr;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.setupHTTP2_Serve, $c: true, $r, srv, $s};return $f;
	};
	Server.prototype.setupHTTP2_Serve = function() { return this.$val.setupHTTP2_Serve(); };
	Server.ptr.prototype.onceSetNextProtoDefaults_Serve = function() {
		var {srv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		/* */ if (srv.shouldConfigureHTTP2ForServe()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (srv.shouldConfigureHTTP2ForServe()) { */ case 1:
			$r = srv.onceSetNextProtoDefaults(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.onceSetNextProtoDefaults_Serve, $c: true, $r, srv, $s};return $f;
	};
	Server.prototype.onceSetNextProtoDefaults_Serve = function() { return this.$val.onceSetNextProtoDefaults_Serve(); };
	Server.ptr.prototype.onceSetNextProtoDefaults = function() {
		var {_r$1, _r$2, _v, conf, srv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		srv = this;
		if (omitBundledHTTP2) { _v = true; $s = 3; continue s; }
		_r$1 = godebug.Get("http2server"); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1 === "0"; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return;
		/* } */ case 2:
		/* */ if (srv.TLSNextProto === false) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (srv.TLSNextProto === false) { */ case 5:
			conf = new http2Server.ptr(0, 0, 0, false, new time.Duration(0, 0), 0, 0, (function() {
				return http2NewPriorityWriteScheduler(ptrType$61.nil);
			}), $throwNilPointerError, ptrType$60.nil);
			_r$2 = http2ConfigureServer(srv, conf); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			srv.nextProtoErr = _r$2;
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Server.ptr.prototype.onceSetNextProtoDefaults, $c: true, $r, _r$1, _r$2, _v, conf, srv, $s};return $f;
	};
	Server.prototype.onceSetNextProtoDefaults = function() { return this.$val.onceSetNextProtoDefaults(); };
	onceCloseListener.ptr.prototype.Close = function() {
		var {oc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		oc = this;
		$r = oc.once.Do($methodVal(oc, "close")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return oc.closeErr;
		/* */ } return; } var $f = {$blk: onceCloseListener.ptr.prototype.Close, $c: true, $r, oc, $s};return $f;
	};
	onceCloseListener.prototype.Close = function() { return this.$val.Close(); };
	onceCloseListener.ptr.prototype.close = function() {
		var {_r$1, oc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		oc = this;
		_r$1 = oc.Listener.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		oc.closeErr = _r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: onceCloseListener.ptr.prototype.close, $c: true, $r, _r$1, oc, $s};return $f;
	};
	onceCloseListener.prototype.close = function() { return this.$val.close(); };
	globalOptionsHandler.ptr.prototype.ServeHTTP = function(w, r) {
		var {_r$1, _r$2, mb, r, w, x$5, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = w.Header(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$r = new Header(_r$1).Set("Content-Length", "0"); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((x$5 = r.ContentLength, (x$5.$high === 0 && x$5.$low === 0)))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!((x$5 = r.ContentLength, (x$5.$high === 0 && x$5.$low === 0)))) { */ case 3:
			mb = MaxBytesReader(w, r.Body, new $Int64(0, 4096));
			_r$2 = io.Copy(io.Discard, mb); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: globalOptionsHandler.ptr.prototype.ServeHTTP, $c: true, $r, _r$1, _r$2, mb, r, w, x$5, $s};return $f;
	};
	globalOptionsHandler.prototype.ServeHTTP = function(w, r) { return this.$val.ServeHTTP(w, r); };
	initALPNRequest.ptr.prototype.BaseContext = function() {
		var h;
		h = this;
		return h.ctx;
	};
	initALPNRequest.prototype.BaseContext = function() { return this.$val.BaseContext(); };
	initALPNRequest.ptr.prototype.ServeHTTP = function(rw, req) {
		var {_r$1, _r$2, _r$3, h, req, rw, $s, $r, $c} = $restore(this, {rw, req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		/* */ if (req.TLS === ptrType$28.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (req.TLS === ptrType$28.nil) { */ case 1:
			req.TLS = new tls.ConnectionState.ptr(0, false, false, 0, "", false, "", sliceType$10.nil, sliceType$11.nil, sliceType$5.nil, sliceType$3.nil, sliceType$3.nil, $throwNilPointerError);
			_r$1 = h.c.ConnectionState(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			tls.ConnectionState.copy(req.TLS, _r$1);
		/* } */ case 2:
		if ($interfaceIsEqual(req.Body, $ifaceNil)) {
			req.Body = new $pkg.NoBody.constructor.elem($pkg.NoBody);
		}
		/* */ if (req.RemoteAddr === "") { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (req.RemoteAddr === "") { */ case 4:
			_r$2 = h.c.RemoteAddr(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = _r$2.String(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			req.RemoteAddr = _r$3;
		/* } */ case 5:
		$r = $clone(h.h, serverHandler).ServeHTTP(rw, req); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: initALPNRequest.ptr.prototype.ServeHTTP, $c: true, $r, _r$1, _r$2, _r$3, h, req, rw, $s};return $f;
	};
	initALPNRequest.prototype.ServeHTTP = function(rw, req) { return this.$val.ServeHTTP(rw, req); };
	newLoggingConn = function(baseName, c) {
		var {$24r, _entry, _entry$1, _key, _r$1, baseName, c, $s, $deferred, $r, $c} = $restore(this, {baseName, c});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$r = uniqNameMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(uniqNameMu, "Unlock"), []]);
		_key = baseName; (uniqNameNext || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: (_entry = uniqNameNext[$String.keyFor(baseName)], _entry !== undefined ? _entry.v : 0) + (1) >> 0 };
		_r$1 = fmt.Sprintf("%s-%d", new sliceType([new $String(baseName), new $Int((_entry$1 = uniqNameNext[$String.keyFor(baseName)], _entry$1 !== undefined ? _entry$1.v : 0))])); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = new loggingConn.ptr(_r$1, c);
		$s = 3; case 3: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: newLoggingConn, $c: true, $r, $24r, _entry, _entry$1, _key, _r$1, baseName, c, $s, $deferred};return $f; } }
	};
	loggingConn.ptr.prototype.Write = function(p) {
		var {_r$1, _tuple, c, err, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		c = this;
		$r = log.Printf("%s.Write(%d) = ....", new sliceType([new $String(c.name), new $Int(p.$length)])); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = c.Conn.Write(p); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$r = log.Printf("%s.Write(%d) = %d, %v", new sliceType([new $String(c.name), new $Int(p.$length), new $Int(n), err])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: loggingConn.ptr.prototype.Write, $c: true, $r, _r$1, _tuple, c, err, n, p, $s};return $f;
	};
	loggingConn.prototype.Write = function(p) { return this.$val.Write(p); };
	loggingConn.ptr.prototype.Read = function(p) {
		var {_r$1, _tuple, c, err, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		c = this;
		$r = log.Printf("%s.Read(%d) = ....", new sliceType([new $String(c.name), new $Int(p.$length)])); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = c.Conn.Read(p); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$r = log.Printf("%s.Read(%d) = %d, %v", new sliceType([new $String(c.name), new $Int(p.$length), new $Int(n), err])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: loggingConn.ptr.prototype.Read, $c: true, $r, _r$1, _tuple, c, err, n, p, $s};return $f;
	};
	loggingConn.prototype.Read = function(p) { return this.$val.Read(p); };
	loggingConn.ptr.prototype.Close = function() {
		var {_r$1, c, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		err = $ifaceNil;
		c = this;
		$r = log.Printf("%s.Close() = ...", new sliceType([new $String(c.name)])); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = c.Conn.Close(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		$r = log.Printf("%s.Close() = %v", new sliceType([new $String(c.name), err])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: loggingConn.ptr.prototype.Close, $c: true, $r, _r$1, c, err, $s};return $f;
	};
	loggingConn.prototype.Close = function() { return this.$val.Close(); };
	checkConnErrorWriter.ptr.prototype.Write = function(p) {
		var {_r$1, _tuple, err, n, p, w, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.c.rwc.Write(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil)) && $interfaceIsEqual(w.c.werr, $ifaceNil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil)) && $interfaceIsEqual(w.c.werr, $ifaceNil)) { */ case 2:
			w.c.werr = err;
			$r = w.c.cancelCtx(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: checkConnErrorWriter.ptr.prototype.Write, $c: true, $r, _r$1, _tuple, err, n, p, w, $s};return $f;
	};
	checkConnErrorWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	numLeadingCRorLF = function(v) {
		var _i, _ref, b, n, v;
		n = 0;
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if ((b === 13) || (b === 10)) {
				n = n + (1) >> 0;
				_i++;
				continue;
			}
			break;
		}
		return n;
	};
	strSliceContains = function(ss, s) {
		var _i, _ref, s, ss, v;
		_ref = ss;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (v === s) {
				return true;
			}
			_i++;
		}
		return false;
	};
	tlsRecordHeaderLooksLikeHTTP = function(hdr) {
		var _1, hdr;
		_1 = ($bytesToString(new sliceType$3(hdr)));
		if (_1 === ("GET /") || _1 === ("HEAD ") || _1 === ("POST ") || _1 === ("PUT /") || _1 === ("OPTIO")) {
			return true;
		}
		return false;
	};
	Transport.ptr.prototype.RoundTrip = function(req) {
		var {$24r, $24r$1, _entry, _i, _i$1, _keys, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _selection, _tmp, _tmp$1, _tuple, ac, body$1, buf, err, err$1, errCh, failure, fetchPromise, h, h$1, h$2, headers, key, opt, req, resp, respCh, success, t, value, values, x$5, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		errCh = [errCh];
		failure = [failure];
		req = [req];
		respCh = [respCh];
		success = [success];
		t = this;
		/* */ if (!(t.Dial === $throwNilPointerError) || !(t.DialContext === $throwNilPointerError) || !(t.DialTLS === $throwNilPointerError) || !(t.DialTLSContext === $throwNilPointerError) || jsFetchMissing) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(t.Dial === $throwNilPointerError) || !(t.DialContext === $throwNilPointerError) || !(t.DialTLS === $throwNilPointerError) || !(t.DialTLSContext === $throwNilPointerError) || jsFetchMissing) { */ case 1:
			_r$1 = t.roundTrip(req[0]); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		ac = $clone($clone(js.Global(), js.Value).Get("AbortController"), js.Value);
		/* */ if (!$clone(ac, js.Value).IsUndefined()) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!$clone(ac, js.Value).IsUndefined()) { */ case 5:
			_r$2 = $clone(ac, js.Value).New(sliceType.nil); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			js.Value.copy(ac, _r$2);
		/* } */ case 6:
		_r$3 = $clone($clone(js.Global(), js.Value).Get("Object"), js.Value).New(sliceType.nil); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		opt = $clone(_r$3, js.Value);
		$clone(opt, js.Value).Set("method", new $String(req[0].Method));
		$clone(opt, js.Value).Set("credentials", new $String("same-origin"));
		_r$4 = new Header(req[0].Header).Get("js.fetch:credentials"); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		h = _r$4;
		/* */ if (!(h === "")) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!(h === "")) { */ case 10:
			$clone(opt, js.Value).Set("credentials", new $String(h));
			$r = new Header(req[0].Header).Del("js.fetch:credentials"); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 11:
		_r$5 = new Header(req[0].Header).Get("js.fetch:mode"); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		h$1 = _r$5;
		/* */ if (!(h$1 === "")) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!(h$1 === "")) { */ case 14:
			$clone(opt, js.Value).Set("mode", new $String(h$1));
			$r = new Header(req[0].Header).Del("js.fetch:mode"); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 15:
		_r$6 = new Header(req[0].Header).Get("js.fetch:redirect"); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		h$2 = _r$6;
		/* */ if (!(h$2 === "")) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!(h$2 === "")) { */ case 18:
			$clone(opt, js.Value).Set("redirect", new $String(h$2));
			$r = new Header(req[0].Header).Del("js.fetch:redirect"); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 19:
		if (!$clone(ac, js.Value).IsUndefined()) {
			$clone(opt, js.Value).Set("signal", (x$5 = $clone(ac, js.Value).Get("signal"), new x$5.constructor.elem(x$5)));
		}
		_r$7 = $clone($clone(js.Global(), js.Value).Get("Headers"), js.Value).New(sliceType.nil); /* */ $s = 21; case 21: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		headers = $clone(_r$7, js.Value);
		_ref = req[0].Header;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 22:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 23; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 22; continue;
			}
			key = _entry.k;
			values = _entry.v;
			_ref$1 = values;
			_i$1 = 0;
			/* while (true) { */ case 24:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 25; continue; }
				value = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				_r$8 = $clone(headers, js.Value).Call("append", new sliceType([new $String(key), new $String(value)])); /* */ $s = 26; case 26: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
				_i$1++;
			$s = 24; continue;
			case 25:
			_i++;
		$s = 22; continue;
		case 23:
		$clone(opt, js.Value).Set("headers", new headers.constructor.elem(headers));
		/* */ if (!($interfaceIsEqual(req[0].Body, $ifaceNil))) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (!($interfaceIsEqual(req[0].Body, $ifaceNil))) { */ case 27:
			_r$9 = io.ReadAll(req[0].Body); /* */ $s = 29; case 29: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tuple = _r$9;
			body$1 = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 30:
				_r$10 = req[0].Body.Close(); /* */ $s = 32; case 32: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_r$10;
				$s = -1; return [ptrType$18.nil, err];
			/* } */ case 31:
			_r$11 = req[0].Body.Close(); /* */ $s = 33; case 33: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_r$11;
			/* */ if (!((body$1.$length === 0))) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (!((body$1.$length === 0))) { */ case 34:
				_r$12 = $clone(uint8Array, js.Value).New(new sliceType([new $Int(body$1.$length)])); /* */ $s = 36; case 36: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				buf = $clone(_r$12, js.Value);
				js.CopyBytesToJS($clone(buf, js.Value), body$1);
				$clone(opt, js.Value).Set("body", new buf.constructor.elem(buf));
			/* } */ case 35:
		/* } */ case 28:
		_r$13 = $clone(js.Global(), js.Value).Call("fetch", new sliceType([new $String(req[0].URL.String()), new opt.constructor.elem(opt)])); /* */ $s = 37; case 37: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
		fetchPromise = $clone(_r$13, js.Value);
		respCh[0] = new $Chan(ptrType$18, 1);
		errCh[0] = new $Chan($error, 1);
		_tmp = new js.Func.ptr(new js.Value.ptr(null, false, arrayType.zero()));
		_tmp$1 = new js.Func.ptr(new js.Value.ptr(null, false, arrayType.zero()));
		success[0] = $clone(_tmp, js.Func);
		failure[0] = $clone(_tmp$1, js.Func);
		js.Func.copy(success[0], js.FuncOf((function(errCh, failure, req, respCh, success) { return function $b(this$1, args) {
			var {_entry$1, _key, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _tmp$2, _tmp$3, _tuple$1, args, b, body$2, ck, cl, clHeader, code, contentLength, err$1, header, headersIt, key$1, n, pair, result, this$1, value$1, $s, $r, $c} = $restore(this, {this$1, args});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$clone(success[0], js.Func).Release();
			$clone(failure[0], js.Func).Release();
			result = $clone((0 >= args.$length ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + 0]), js.Value);
			header = $makeMap($String.keyFor, []);
			_r$14 = $clone($clone(result, js.Value).Get("headers"), js.Value).Call("entries", new sliceType([])); /* */ $s = 1; case 1: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			headersIt = $clone(_r$14, js.Value);
			/* while (true) { */ case 2:
				_r$15 = $clone(headersIt, js.Value).Call("next", new sliceType([])); /* */ $s = 4; case 4: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				n = $clone(_r$15, js.Value);
				if ($clone($clone(n, js.Value).Get("done"), js.Value).Bool()) {
					/* break; */ $s = 3; continue;
				}
				pair = $clone($clone(n, js.Value).Get("value"), js.Value);
				_tmp$2 = $clone($clone(pair, js.Value).Index(0), js.Value).String();
				_tmp$3 = $clone($clone(pair, js.Value).Index(1), js.Value).String();
				key$1 = _tmp$2;
				value$1 = _tmp$3;
				_r$16 = CanonicalHeaderKey(key$1); /* */ $s = 5; case 5: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
				ck = _r$16;
				_key = ck; (header || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry$1 = header[$String.keyFor(ck)], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil), value$1) };
			$s = 2; continue;
			case 3:
			contentLength = new $Int64(0, 0);
			_r$17 = new Header(header).Get("Content-Length"); /* */ $s = 6; case 6: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			clHeader = _r$17;
				/* */ if (!(clHeader === "")) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (!(clHeader === "")) { */ case 8:
					_tuple$1 = strconv.ParseInt(clHeader, 10, 64);
					cl = _tuple$1[0];
					err$1 = _tuple$1[1];
					/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 11; continue; }
					/* */ $s = 12; continue;
					/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 11:
						_r$18 = fmt.Errorf("net/http: ill-formed Content-Length header: %v", new sliceType([err$1])); /* */ $s = 13; case 13: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
						$r = $send(errCh[0], _r$18); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return $ifaceNil;
					/* } */ case 12:
					/* */ if ((cl.$high < 0 || (cl.$high === 0 && cl.$low < 0))) { $s = 15; continue; }
					/* */ $s = 16; continue;
					/* if ((cl.$high < 0 || (cl.$high === 0 && cl.$low < 0))) { */ case 15:
						_r$19 = fmt.Errorf("net/http: invalid Content-Length header: %q", new sliceType([new $String(clHeader)])); /* */ $s = 17; case 17: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
						$r = $send(errCh[0], _r$19); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = -1; return $ifaceNil;
					/* } */ case 16:
					contentLength = cl;
					$s = 10; continue;
				/* } else { */ case 9:
					contentLength = new $Int64(-1, 4294967295);
				/* } */ case 10:
			case 7:
			b = $clone($clone(result, js.Value).Get("body"), js.Value);
			body$2 = $ifaceNil;
			/* */ if (!$clone(b, js.Value).IsUndefined() && !$clone(b, js.Value).IsNull()) { $s = 19; continue; }
			/* */ $s = 20; continue;
			/* if (!$clone(b, js.Value).IsUndefined() && !$clone(b, js.Value).IsNull()) { */ case 19:
				_r$20 = $clone(b, js.Value).Call("getReader", new sliceType([])); /* */ $s = 22; case 22: if($c) { $c = false; _r$20 = _r$20.$blk(); } if (_r$20 && _r$20.$blk !== undefined) { break s; }
				body$2 = new streamReader.ptr(sliceType$3.nil, $clone(_r$20, js.Value), $ifaceNil);
				$s = 21; continue;
			/* } else { */ case 20:
				_r$21 = $clone(result, js.Value).Call("arrayBuffer", new sliceType([])); /* */ $s = 23; case 23: if($c) { $c = false; _r$21 = _r$21.$blk(); } if (_r$21 && _r$21.$blk !== undefined) { break s; }
				body$2 = new arrayReader.ptr($clone(_r$21, js.Value), sliceType$3.nil, false, $ifaceNil);
			/* } */ case 21:
			code = $clone($clone(result, js.Value).Get("status"), js.Value).Int();
			_r$22 = fmt.Sprintf("%d %s", new sliceType([new $Int(code), new $String(StatusText(code))])); /* */ $s = 24; case 24: if($c) { $c = false; _r$22 = _r$22.$blk(); } if (_r$22 && _r$22.$blk !== undefined) { break s; }
			$r = $send(respCh[0], new Response.ptr(_r$22, code, "", 0, 0, header, body$2, contentLength, sliceType$2.nil, false, false, false, req[0], ptrType$28.nil)); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _entry$1, _key, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$20, _r$21, _r$22, _tmp$2, _tmp$3, _tuple$1, args, b, body$2, ck, cl, clHeader, code, contentLength, err$1, header, headersIt, key$1, n, pair, result, this$1, value$1, $s};return $f;
		}; })(errCh, failure, req, respCh, success)));
		js.Func.copy(failure[0], js.FuncOf((function(errCh, failure, req, respCh, success) { return function $b(this$1, args) {
			var {_r$14, args, this$1, $s, $r, $c} = $restore(this, {this$1, args});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$clone(success[0], js.Func).Release();
			$clone(failure[0], js.Func).Release();
			_r$14 = fmt.Errorf("net/http: fetch() failed: %s", new sliceType([new $String($clone($clone((0 >= args.$length ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + 0]), js.Value).Get("message"), js.Value).String())])); /* */ $s = 1; case 1: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			$r = $send(errCh[0], _r$14); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$14, args, this$1, $s};return $f;
		}; })(errCh, failure, req, respCh, success)));
		_r$14 = $clone(fetchPromise, js.Value).Call("then", new sliceType([new success[0].constructor.elem(success[0]), new failure[0].constructor.elem(failure[0])])); /* */ $s = 38; case 38: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
		_r$14;
		_r$15 = req[0].Context().Done(); /* */ $s = 39; case 39: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
		_r$16 = $select([[_r$15], [respCh[0]], [errCh[0]]]); /* */ $s = 40; case 40: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
		_selection = _r$16;
		/* */ if (_selection[0] === 0) { $s = 41; continue; }
		/* */ if (_selection[0] === 1) { $s = 42; continue; }
		/* */ if (_selection[0] === 2) { $s = 43; continue; }
		/* */ $s = 44; continue;
		/* if (_selection[0] === 0) { */ case 41:
			/* */ if (!$clone(ac, js.Value).IsUndefined()) { $s = 45; continue; }
			/* */ $s = 46; continue;
			/* if (!$clone(ac, js.Value).IsUndefined()) { */ case 45:
				_r$17 = $clone(ac, js.Value).Call("abort", new sliceType([])); /* */ $s = 47; case 47: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
				_r$17;
			/* } */ case 46:
			_r$18 = req[0].Context().Err(); /* */ $s = 48; case 48: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			$24r$1 = [ptrType$18.nil, _r$18];
			$s = 49; case 49: return $24r$1;
		/* } else if (_selection[0] === 1) { */ case 42:
			resp = _selection[1][0];
			$s = -1; return [resp, $ifaceNil];
		/* } else if (_selection[0] === 2) { */ case 43:
			err$1 = _selection[1][0];
			$s = -1; return [ptrType$18.nil, err$1];
		/* } */ case 44:
		$s = -1; return [ptrType$18.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: Transport.ptr.prototype.RoundTrip, $c: true, $r, $24r, $24r$1, _entry, _i, _i$1, _keys, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _ref$1, _selection, _tmp, _tmp$1, _tuple, ac, body$1, buf, err, err$1, errCh, failure, fetchPromise, h, h$1, h$2, headers, key, opt, req, resp, respCh, success, t, value, values, x$5, $s};return $f;
	};
	Transport.prototype.RoundTrip = function(req) { return this.$val.RoundTrip(req); };
	streamReader.ptr.prototype.Read = function(p) {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _selection, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, bCh, err, err$1, errCh, failure, n, p, r, success, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		bCh = [bCh];
		errCh = [errCh];
		n = 0;
		err = $ifaceNil;
		r = this;
		/* */ if (!($interfaceIsEqual(r.err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(r.err, $ifaceNil))) { */ case 1:
			_tmp = 0;
			_tmp$1 = r.err;
			n = _tmp;
			err = _tmp$1;
			$24r = [n, err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (r.pending.$length === 0) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (r.pending.$length === 0) { */ case 4:
			bCh[0] = new $Chan(sliceType$3, 1);
			errCh[0] = new $Chan($error, 1);
			success = $clone(js.FuncOf((function(bCh, errCh) { return function $b(this$1, args) {
				var {args, result, this$1, value, $s, $r, $c} = $restore(this, {this$1, args});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				result = $clone((0 >= args.$length ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + 0]), js.Value);
				/* */ if ($clone($clone(result, js.Value).Get("done"), js.Value).Bool()) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if ($clone($clone(result, js.Value).Get("done"), js.Value).Bool()) { */ case 1:
					$r = $send(errCh[0], io.EOF); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = -1; return $ifaceNil;
				/* } */ case 2:
				value = $makeSlice(sliceType$3, $clone($clone($clone(result, js.Value).Get("value"), js.Value).Get("byteLength"), js.Value).Int());
				js.CopyBytesToGo(value, $clone($clone(result, js.Value).Get("value"), js.Value));
				$r = $send(bCh[0], value); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, args, result, this$1, value, $s};return $f;
			}; })(bCh, errCh)), js.Func);
			$deferred.push([$methodVal($clone(success, js.Func), "Release"), []]);
			failure = $clone(js.FuncOf((function(bCh, errCh) { return function $b(this$1, args) {
				var {args, this$1, $s, $r, $c} = $restore(this, {this$1, args});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = $send(errCh[0], errors.New($clone($clone((0 >= args.$length ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + 0]), js.Value).Get("message"), js.Value).String())); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, args, this$1, $s};return $f;
			}; })(bCh, errCh)), js.Func);
			$deferred.push([$methodVal($clone(failure, js.Func), "Release"), []]);
			_r$1 = $clone(r.stream, js.Value).Call("read", new sliceType([])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = $clone(_r$1, js.Value).Call("then", new sliceType([new success.constructor.elem(success), new failure.constructor.elem(failure)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = $select([[bCh[0]], [errCh[0]]]); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_selection = _r$3;
			/* */ if (_selection[0] === 0) { $s = 9; continue; }
			/* */ if (_selection[0] === 1) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (_selection[0] === 0) { */ case 9:
				b = _selection[1][0];
				r.pending = b;
				$s = 11; continue;
			/* } else if (_selection[0] === 1) { */ case 10:
				err$1 = _selection[1][0];
				r.err = err$1;
				_tmp$2 = 0;
				_tmp$3 = err$1;
				n = _tmp$2;
				err = _tmp$3;
				$24r$1 = [n, err];
				$s = 12; case 12: return $24r$1;
			/* } */ case 11:
		/* } */ case 5:
		n = $copySlice(p, r.pending);
		r.pending = $subslice(r.pending, n);
		_tmp$4 = n;
		_tmp$5 = $ifaceNil;
		n = _tmp$4;
		err = _tmp$5;
		$24r$2 = [n, err];
		$s = 13; case 13: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: streamReader.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _r$3, _selection, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, bCh, err, err$1, errCh, failure, n, p, r, success, $s, $deferred};return $f; } }
	};
	streamReader.prototype.Read = function(p) { return this.$val.Read(p); };
	streamReader.ptr.prototype.Close = function() {
		var {_r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = $clone(r.stream, js.Value).Call("cancel", new sliceType([])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		if ($interfaceIsEqual(r.err, $ifaceNil)) {
			r.err = errClosed;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: streamReader.ptr.prototype.Close, $c: true, $r, _r$1, r, $s};return $f;
	};
	streamReader.prototype.Close = function() { return this.$val.Close(); };
	arrayReader.ptr.prototype.Read = function(p) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _selection, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, b, bCh, err, err$1, errCh, failure, n, p, r, success, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		bCh = [bCh];
		errCh = [errCh];
		n = 0;
		err = $ifaceNil;
		r = this;
		/* */ if (!($interfaceIsEqual(r.err, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(r.err, $ifaceNil))) { */ case 1:
			_tmp = 0;
			_tmp$1 = r.err;
			n = _tmp;
			err = _tmp$1;
			$24r = [n, err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		/* */ if (!r.read) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!r.read) { */ case 4:
			r.read = true;
			bCh[0] = new $Chan(sliceType$3, 1);
			errCh[0] = new $Chan($error, 1);
			success = $clone(js.FuncOf((function(bCh, errCh) { return function $b(this$1, args) {
				var {_r$1, args, this$1, uint8arrayWrapper, value, x$5, $s, $r, $c} = $restore(this, {this$1, args});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_r$1 = $clone(uint8Array, js.Value).New(new sliceType([(x$5 = (0 >= args.$length ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + 0]), new x$5.constructor.elem(x$5))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				uint8arrayWrapper = $clone(_r$1, js.Value);
				value = $makeSlice(sliceType$3, $clone($clone(uint8arrayWrapper, js.Value).Get("byteLength"), js.Value).Int());
				js.CopyBytesToGo(value, $clone(uint8arrayWrapper, js.Value));
				$r = $send(bCh[0], value); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, args, this$1, uint8arrayWrapper, value, x$5, $s};return $f;
			}; })(bCh, errCh)), js.Func);
			$deferred.push([$methodVal($clone(success, js.Func), "Release"), []]);
			failure = $clone(js.FuncOf((function(bCh, errCh) { return function $b(this$1, args) {
				var {args, this$1, $s, $r, $c} = $restore(this, {this$1, args});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = $send(errCh[0], errors.New($clone($clone((0 >= args.$length ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + 0]), js.Value).Get("message"), js.Value).String())); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, args, this$1, $s};return $f;
			}; })(bCh, errCh)), js.Func);
			$deferred.push([$methodVal($clone(failure, js.Func), "Release"), []]);
			_r$1 = $clone(r.arrayPromise, js.Value).Call("then", new sliceType([new success.constructor.elem(success), new failure.constructor.elem(failure)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			_r$2 = $select([[bCh[0]], [errCh[0]]]); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_selection = _r$2;
			/* */ if (_selection[0] === 0) { $s = 8; continue; }
			/* */ if (_selection[0] === 1) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_selection[0] === 0) { */ case 8:
				b = _selection[1][0];
				r.pending = b;
				$s = 10; continue;
			/* } else if (_selection[0] === 1) { */ case 9:
				err$1 = _selection[1][0];
				_tmp$2 = 0;
				_tmp$3 = err$1;
				n = _tmp$2;
				err = _tmp$3;
				$24r$1 = [n, err];
				$s = 11; case 11: return $24r$1;
			/* } */ case 10:
		/* } */ case 5:
		/* */ if (r.pending.$length === 0) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (r.pending.$length === 0) { */ case 12:
			_tmp$4 = 0;
			_tmp$5 = io.EOF;
			n = _tmp$4;
			err = _tmp$5;
			$24r$2 = [n, err];
			$s = 14; case 14: return $24r$2;
		/* } */ case 13:
		n = $copySlice(p, r.pending);
		r.pending = $subslice(r.pending, n);
		_tmp$6 = n;
		_tmp$7 = $ifaceNil;
		n = _tmp$6;
		err = _tmp$7;
		$24r$3 = [n, err];
		$s = 15; case 15: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: arrayReader.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _selection, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, b, bCh, err, err$1, errCh, failure, n, p, r, success, $s, $deferred};return $f; } }
	};
	arrayReader.prototype.Read = function(p) { return this.$val.Read(p); };
	arrayReader.ptr.prototype.Close = function() {
		var r;
		r = this;
		if ($interfaceIsEqual(r.err, $ifaceNil)) {
			r.err = errClosed;
		}
		return $ifaceNil;
	};
	arrayReader.prototype.Close = function() { return this.$val.Close(); };
	Response.ptr.prototype.Cookies = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = readSetCookies(r.Header); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Response.ptr.prototype.Cookies, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	Response.prototype.Cookies = function() { return this.$val.Cookies(); };
	Response.ptr.prototype.Location = function() {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, lv, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = new Header(r.Header).Get("Location"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		lv = _r$1;
		if (lv === "") {
			$s = -1; return [ptrType$17.nil, $pkg.ErrNoLocation];
		}
		/* */ if (!(r.Request === ptrType$11.nil) && !(r.Request.URL === ptrType$17.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(r.Request === ptrType$11.nil) && !(r.Request.URL === ptrType$17.nil)) { */ case 2:
			_r$2 = r.Request.URL.Parse(lv); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		_r$3 = url.Parse(lv); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r$1 = _r$3;
		$s = 7; case 7: return $24r$1;
		/* */ } return; } var $f = {$blk: Response.ptr.prototype.Location, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, lv, r, $s};return $f;
	};
	Response.prototype.Location = function() { return this.$val.Location(); };
	ReadResponse = function(r, req) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, err, line, mimeHeader, ok, proto, r, req, resp, status, statusCode, tp, $s, $r, $c} = $restore(this, {r, req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = textproto.NewReader(r); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		tp = _r$1;
		resp = new Response.ptr("", 0, "", 0, 0, false, $ifaceNil, new $Int64(0, 0), sliceType$2.nil, false, false, false, req, ptrType$28.nil);
		_r$2 = tp.ReadLine(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		line = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			if ($interfaceIsEqual(err, io.EOF)) {
				err = io.ErrUnexpectedEOF;
			}
			$s = -1; return [ptrType$18.nil, err];
		}
		_tuple$1 = strings.Cut(line, " ");
		proto = _tuple$1[0];
		status = _tuple$1[1];
		ok = _tuple$1[2];
		/* */ if (!ok) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!ok) { */ case 3:
			_r$3 = badStringError("malformed HTTP response", line); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r = [ptrType$18.nil, _r$3];
			$s = 6; case 6: return $24r;
		/* } */ case 4:
		resp.Proto = proto;
		resp.Status = strings.TrimLeft(status, " ");
		_tuple$2 = strings.Cut(resp.Status, " ");
		statusCode = _tuple$2[0];
		/* */ if (!((statusCode.length === 3))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!((statusCode.length === 3))) { */ case 7:
			_r$4 = badStringError("malformed HTTP status code", statusCode); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$1 = [ptrType$18.nil, _r$4];
			$s = 10; case 10: return $24r$1;
		/* } */ case 8:
		_tuple$3 = strconv.Atoi(statusCode);
		resp.StatusCode = _tuple$3[0];
		err = _tuple$3[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil)) || resp.StatusCode < 0) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil)) || resp.StatusCode < 0) { */ case 11:
			_r$5 = badStringError("malformed HTTP status code", statusCode); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r$2 = [ptrType$18.nil, _r$5];
			$s = 14; case 14: return $24r$2;
		/* } */ case 12:
		_tuple$4 = ParseHTTPVersion(resp.Proto);
		resp.ProtoMajor = _tuple$4[0];
		resp.ProtoMinor = _tuple$4[1];
		ok = _tuple$4[2];
		/* */ if (!ok) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!ok) { */ case 15:
			_r$6 = badStringError("malformed HTTP version", resp.Proto); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$3 = [ptrType$18.nil, _r$6];
			$s = 18; case 18: return $24r$3;
		/* } */ case 16:
		_r$7 = tp.ReadMIMEHeader(); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$5 = _r$7;
		mimeHeader = _tuple$5[0];
		err = _tuple$5[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			if ($interfaceIsEqual(err, io.EOF)) {
				err = io.ErrUnexpectedEOF;
			}
			$s = -1; return [ptrType$18.nil, err];
		}
		resp.Header = (mimeHeader);
		fixPragmaCacheControl(resp.Header);
		_r$8 = readTransfer(resp, r); /* */ $s = 20; case 20: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err = _r$8;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$18.nil, err];
		}
		$s = -1; return [resp, $ifaceNil];
		/* */ } return; } var $f = {$blk: ReadResponse, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, err, line, mimeHeader, ok, proto, r, req, resp, status, statusCode, tp, $s};return $f;
	};
	$pkg.ReadResponse = ReadResponse;
	fixPragmaCacheControl = function(header) {
		var _entry, _entry$1, _key, _tuple, _tuple$1, header, hp, ok, presentcc;
		_tuple = (_entry = header[$String.keyFor("Pragma")], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
		hp = _tuple[0];
		ok = _tuple[1];
		if (ok && hp.$length > 0 && (0 >= hp.$length ? ($throwRuntimeError("index out of range"), undefined) : hp.$array[hp.$offset + 0]) === "no-cache") {
			_tuple$1 = (_entry$1 = header[$String.keyFor("Cache-Control")], _entry$1 !== undefined ? [_entry$1.v, true] : [sliceType$2.nil, false]);
			presentcc = _tuple$1[1];
			if (!presentcc) {
				_key = "Cache-Control"; (header || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: new sliceType$2(["no-cache"]) };
			}
		}
	};
	Response.ptr.prototype.ProtoAtLeast = function(major, minor) {
		var major, minor, r;
		r = this;
		return r.ProtoMajor > major || (r.ProtoMajor === major) && r.ProtoMinor >= minor;
	};
	Response.prototype.ProtoAtLeast = function(major, minor) { return this.$val.ProtoAtLeast(major, minor); };
	Response.ptr.prototype.Write = function(w) {
		var {_entry, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, buf, contentLengthAlreadySent, err, err$1, err$2, err$3, err$4, n, ok, r, r1, text, tw, w, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		text = r.Status;
		if (text === "") {
			ok = false;
			_tuple = (_entry = statusText[$Int.keyFor(r.StatusCode)], _entry !== undefined ? [_entry.v, true] : ["", false]);
			text = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				text = "status code " + strconv.Itoa(r.StatusCode);
			}
		} else {
			text = strings.TrimPrefix(text, strconv.Itoa(r.StatusCode) + " ");
		}
		_r$1 = fmt.Fprintf(w, "HTTP/%d.%d %03d %s\r\n", new sliceType([new $Int(r.ProtoMajor), new $Int(r.ProtoMinor), new $Int(r.StatusCode), new $String(text)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		r1 = new Response.ptr("", 0, "", 0, 0, false, $ifaceNil, new $Int64(0, 0), sliceType$2.nil, false, false, false, ptrType$11.nil, ptrType$28.nil);
		Response.copy(r1, r);
		/* */ if ((x$5 = r1.ContentLength, (x$5.$high === 0 && x$5.$low === 0)) && !($interfaceIsEqual(r1.Body, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ((x$5 = r1.ContentLength, (x$5.$high === 0 && x$5.$low === 0)) && !($interfaceIsEqual(r1.Body, $ifaceNil))) { */ case 2:
			buf = arrayType$2.zero();
			_r$2 = r1.Body.Read(new sliceType$3(buf)); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$2 = _r$2;
			n = _tuple$2[0];
			err$1 = _tuple$2[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil)) && !($interfaceIsEqual(err$1, io.EOF))) {
				$s = -1; return err$1;
			}
			if (n === 0) {
				r1.Body = new $pkg.NoBody.constructor.elem($pkg.NoBody);
			} else {
				r1.ContentLength = new $Int64(-1, 4294967295);
				r1.Body = (x$6 = new structType$2.ptr(io.MultiReader(new sliceType$17([bytes.NewReader($subslice(new sliceType$3(buf), 0, 1)), r.Body])), r.Body), new x$6.constructor.elem(x$6));
			}
		/* } */ case 3:
		if ((x$7 = r1.ContentLength, (x$7.$high === -1 && x$7.$low === 4294967295)) && !r1.Close && r1.ProtoAtLeast(1, 1) && !chunked(r1.TransferEncoding) && !r1.Uncompressed) {
			r1.Close = true;
		}
		_r$3 = newTransferWriter(r1); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$3 = _r$3;
		tw = _tuple$3[0];
		err$2 = _tuple$3[1];
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		_r$4 = tw.writeHeader(w, ptrType$19.nil); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		err$2 = _r$4;
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		_r$5 = new Header(r.Header).WriteSubset(w, respExcludeHeader); /* */ $s = 7; case 7: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		err$2 = _r$5;
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		contentLengthAlreadySent = tw.shouldSendContentLength();
		/* */ if ((x$8 = r1.ContentLength, (x$8.$high === 0 && x$8.$low === 0)) && !chunked(r1.TransferEncoding) && !contentLengthAlreadySent && bodyAllowedForStatus(r.StatusCode)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if ((x$8 = r1.ContentLength, (x$8.$high === 0 && x$8.$low === 0)) && !chunked(r1.TransferEncoding) && !contentLengthAlreadySent && bodyAllowedForStatus(r.StatusCode)) { */ case 8:
			_r$6 = io.WriteString(w, "Content-Length: 0\r\n"); /* */ $s = 10; case 10: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tuple$4 = _r$6;
			err$3 = _tuple$4[1];
			if (!($interfaceIsEqual(err$3, $ifaceNil))) {
				$s = -1; return err$3;
			}
		/* } */ case 9:
		_r$7 = io.WriteString(w, "\r\n"); /* */ $s = 11; case 11: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$5 = _r$7;
		err$4 = _tuple$5[1];
		if (!($interfaceIsEqual(err$4, $ifaceNil))) {
			$s = -1; return err$4;
		}
		_r$8 = tw.writeBody(w); /* */ $s = 12; case 12: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		err$2 = _r$8;
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return err$2;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Response.ptr.prototype.Write, $c: true, $r, _entry, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, buf, contentLengthAlreadySent, err, err$1, err$2, err$3, err$4, n, ok, r, r1, text, tw, w, x$5, x$6, x$7, x$8, $s};return $f;
	};
	Response.prototype.Write = function(w) { return this.$val.Write(w); };
	Response.ptr.prototype.closeBody = function() {
		var {_r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* */ if (!($interfaceIsEqual(r.Body, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(r.Body, $ifaceNil))) { */ case 1:
			_r$1 = r.Body.Close(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Response.ptr.prototype.closeBody, $c: true, $r, _r$1, r, $s};return $f;
	};
	Response.prototype.closeBody = function() { return this.$val.closeBody(); };
	Response.ptr.prototype.bodyIsWritable = function() {
		var _tuple, ok, r;
		r = this;
		_tuple = $assertType(r.Body, io.Writer, true);
		ok = _tuple[1];
		return ok;
	};
	Response.prototype.bodyIsWritable = function() { return this.$val.bodyIsWritable(); };
	Response.ptr.prototype.isProtocolSwitch = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = isProtocolSwitchResponse(r.StatusCode, r.Header); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Response.ptr.prototype.isProtocolSwitch, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	Response.prototype.isProtocolSwitch = function() { return this.$val.isProtocolSwitch(); };
	isProtocolSwitchResponse = function(code, h) {
		var {$24r, _r$1, _v, code, h, $s, $r, $c} = $restore(this, {code, h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!(code === 101)) { _v = false; $s = 1; continue s; }
		_r$1 = isProtocolSwitchHeader(h); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: isProtocolSwitchResponse, $c: true, $r, $24r, _r$1, _v, code, h, $s};return $f;
	};
	isProtocolSwitchHeader = function(h) {
		var {$24r, _entry, _r$1, h, $s, $r, $c} = $restore(this, {h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = new Header(h).Get("Upgrade"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = !(_r$1 === "") && httpguts.HeaderValuesContainsToken((_entry = h[$String.keyFor("Connection")], _entry !== undefined ? _entry.v : sliceType$2.nil), "Upgrade");
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: isProtocolSwitchHeader, $c: true, $r, $24r, _entry, _r$1, h, $s};return $f;
	};
	ProtocolError.ptr.prototype.Error = function() {
		var pe;
		pe = this;
		return pe.ErrorString;
	};
	ProtocolError.prototype.Error = function() { return this.$val.Error(); };
	badStringError = function(what, val) {
		var {$24r, _r$1, val, what, $s, $r, $c} = $restore(this, {what, val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = fmt.Errorf("%s %q", new sliceType([new $String(what), new $String(val)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: badStringError, $c: true, $r, $24r, _r$1, val, what, $s};return $f;
	};
	Request.ptr.prototype.Context = function() {
		var r;
		r = this;
		if (!($interfaceIsEqual(r.ctx, $ifaceNil))) {
			return r.ctx;
		}
		return context.Background();
	};
	Request.prototype.Context = function() { return this.$val.Context(); };
	Request.ptr.prototype.WithContext = function(ctx) {
		var ctx, r, r2;
		r = this;
		if ($interfaceIsEqual(ctx, $ifaceNil)) {
			$panic(new $String("nil context"));
		}
		r2 = new Request.ptr("", ptrType$17.nil, "", 0, 0, false, $ifaceNil, $throwNilPointerError, new $Int64(0, 0), sliceType$2.nil, false, "", false, false, ptrType$31.nil, false, "", "", ptrType$28.nil, $chanNil, ptrType$18.nil, $ifaceNil);
		Request.copy(r2, r);
		r2.ctx = ctx;
		r2.URL = cloneURL(r.URL);
		return r2;
	};
	Request.prototype.WithContext = function(ctx) { return this.$val.WithContext(ctx); };
	Request.ptr.prototype.Clone = function(ctx) {
		var ctx, r, r2, s, s2;
		r = this;
		if ($interfaceIsEqual(ctx, $ifaceNil)) {
			$panic(new $String("nil context"));
		}
		r2 = new Request.ptr("", ptrType$17.nil, "", 0, 0, false, $ifaceNil, $throwNilPointerError, new $Int64(0, 0), sliceType$2.nil, false, "", false, false, ptrType$31.nil, false, "", "", ptrType$28.nil, $chanNil, ptrType$18.nil, $ifaceNil);
		Request.copy(r2, r);
		r2.ctx = ctx;
		r2.URL = cloneURL(r.URL);
		if (!(r.Header === false)) {
			r2.Header = new Header(r.Header).Clone();
		}
		if (!(r.Trailer === false)) {
			r2.Trailer = new Header(r.Trailer).Clone();
		}
		s = r.TransferEncoding;
		if (!(s === sliceType$2.nil)) {
			s2 = $makeSlice(sliceType$2, s.$length);
			$copySlice(s2, s);
			r2.TransferEncoding = s2;
		}
		r2.Form = cloneURLValues(r.Form);
		r2.PostForm = cloneURLValues(r.PostForm);
		r2.MultipartForm = cloneMultipartForm(r.MultipartForm);
		return r2;
	};
	Request.prototype.Clone = function(ctx) { return this.$val.Clone(ctx); };
	Request.ptr.prototype.ProtoAtLeast = function(major, minor) {
		var major, minor, r;
		r = this;
		return r.ProtoMajor > major || (r.ProtoMajor === major) && r.ProtoMinor >= minor;
	};
	Request.prototype.ProtoAtLeast = function(major, minor) { return this.$val.ProtoAtLeast(major, minor); };
	Request.ptr.prototype.UserAgent = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = new Header(r.Header).Get("User-Agent"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.UserAgent, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	Request.prototype.UserAgent = function() { return this.$val.UserAgent(); };
	Request.ptr.prototype.Cookies = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = readCookies(r.Header, ""); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.Cookies, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	Request.prototype.Cookies = function() { return this.$val.Cookies(); };
	Request.ptr.prototype.Cookie = function(name) {
		var {_i, _r$1, _ref, c, name, r, $s, $r, $c} = $restore(this, {name});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = readCookies(r.Header, name); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_ref = _r$1;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$s = -1; return [c, $ifaceNil];
		case 3:
		$s = -1; return [ptrType$62.nil, $pkg.ErrNoCookie];
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.Cookie, $c: true, $r, _i, _r$1, _ref, c, name, r, $s};return $f;
	};
	Request.prototype.Cookie = function(name) { return this.$val.Cookie(name); };
	Request.ptr.prototype.AddCookie = function(c) {
		var {_arg, _arg$1, _r$1, _r$2, _r$3, _r$4, c, c$1, r, s, $s, $r, $c} = $restore(this, {c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = sanitizeCookieName(c.Name); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_arg = new $String(_r$1);
		_r$2 = sanitizeCookieValue(c.Value); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = new $String(_r$2);
		_r$3 = fmt.Sprintf("%s=%s", new sliceType([_arg, _arg$1])); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		s = _r$3;
		_r$4 = new Header(r.Header).Get("Cookie"); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		c$1 = _r$4;
		/* */ if (!(c$1 === "")) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(c$1 === "")) { */ case 5:
			$r = new Header(r.Header).Set("Cookie", c$1 + "; " + s); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 7; continue;
		/* } else { */ case 6:
			$r = new Header(r.Header).Set("Cookie", s); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.AddCookie, $c: true, $r, _arg, _arg$1, _r$1, _r$2, _r$3, _r$4, c, c$1, r, s, $s};return $f;
	};
	Request.prototype.AddCookie = function(c) { return this.$val.AddCookie(c); };
	Request.ptr.prototype.Referer = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = new Header(r.Header).Get("Referer"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.Referer, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	Request.prototype.Referer = function() { return this.$val.Referer(); };
	Request.ptr.prototype.MultipartReader = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (r.MultipartForm === multipartByReader) {
			$s = -1; return [ptrType$63.nil, errors.New("http: MultipartReader called twice")];
		}
		if (!(r.MultipartForm === ptrType$31.nil)) {
			$s = -1; return [ptrType$63.nil, errors.New("http: multipart handled by ParseMultipartForm")];
		}
		r.MultipartForm = multipartByReader;
		_r$1 = r.multipartReader(true); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.MultipartReader, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	Request.prototype.MultipartReader = function() { return this.$val.MultipartReader(); };
	Request.ptr.prototype.multipartReader = function(allowMixed) {
		var {_entry, _r$1, _r$2, _tuple, _tuple$1, allowMixed, boundary, d, err, ok, params, r, v, $s, $r, $c} = $restore(this, {allowMixed});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = new Header(r.Header).Get("Content-Type"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		v = _r$1;
		if (v === "") {
			$s = -1; return [ptrType$63.nil, $pkg.ErrNotMultipart];
		}
		_r$2 = mime.ParseMediaType(v); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		d = _tuple[0];
		params = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil)) || !(d === "multipart/form-data" || allowMixed && d === "multipart/mixed")) {
			$s = -1; return [ptrType$63.nil, $pkg.ErrNotMultipart];
		}
		_tuple$1 = (_entry = params[$String.keyFor("boundary")], _entry !== undefined ? [_entry.v, true] : ["", false]);
		boundary = _tuple$1[0];
		ok = _tuple$1[1];
		if (!ok) {
			$s = -1; return [ptrType$63.nil, $pkg.ErrMissingBoundary];
		}
		$s = -1; return [multipart.NewReader(r.Body, boundary), $ifaceNil];
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.multipartReader, $c: true, $r, _entry, _r$1, _r$2, _tuple, _tuple$1, allowMixed, boundary, d, err, ok, params, r, v, $s};return $f;
	};
	Request.prototype.multipartReader = function(allowMixed) { return this.$val.multipartReader(allowMixed); };
	Request.ptr.prototype.isH2Upgrade = function() {
		var r;
		r = this;
		return r.Method === "PRI" && ($keys(r.Header).length === 0) && r.URL.Path === "*" && r.Proto === "HTTP/2.0";
	};
	Request.prototype.isH2Upgrade = function() { return this.$val.isH2Upgrade(); };
	valueOrDefault = function(value, def) {
		var def, value;
		if (!(value === "")) {
			return value;
		}
		return def;
	};
	Request.ptr.prototype.Write = function(w) {
		var {$24r, _r$1, r, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = r.write(w, false, false, $throwNilPointerError); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.Write, $c: true, $r, $24r, _r$1, r, w, $s};return $f;
	};
	Request.prototype.Write = function(w) { return this.$val.Write(w); };
	Request.ptr.prototype.WriteProxy = function(w) {
		var {$24r, _r$1, r, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = r.write(w, true, false, $throwNilPointerError); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.WriteProxy, $c: true, $r, $24r, _r$1, r, w, $s};return $f;
	};
	Request.prototype.WriteProxy = function(w) { return this.$val.WriteProxy(w); };
	Request.ptr.prototype.write = function(w, usingProxy, extraHeaders, waitForContinue) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, bw, bw$1, bw$2, closed, err, err$1, extraHeaders, host, ok, ok$1, ok$2, r, ruri, trace, tw, userAgent, usingProxy, w, waitForContinue, x$5, $s, $deferred, $r, $c} = $restore(this, {w, usingProxy, extraHeaders, waitForContinue});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		closed = [closed];
		err = [err];
		r = [r];
		trace = [trace];
		err[0] = $ifaceNil;
		r[0] = this;
		_r$1 = httptrace.ContextClientTrace(r[0].Context()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		trace[0] = _r$1;
		/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteRequest === $throwNilPointerError)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteRequest === $throwNilPointerError)) { */ case 2:
			$deferred.push([(function(closed, err, r, trace) { return function $b() {
				var {$s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = trace[0].WroteRequest(new httptrace.WroteRequestInfo.ptr(err[0])); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
			}; })(closed, err, r, trace), []]);
		/* } */ case 3:
		closed[0] = false;
		$deferred.push([(function(closed, err, r, trace) { return function $b() {
			var {_r$2, closeErr, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			if (closed[0]) {
				$s = -1; return;
			}
			_r$2 = r[0].closeBody(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			closeErr = _r$2;
			if (!($interfaceIsEqual(closeErr, $ifaceNil)) && $interfaceIsEqual(err[0], $ifaceNil)) {
				err[0] = closeErr;
			}
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, closeErr, $s};return $f;
		}; })(closed, err, r, trace), []]);
		_r$2 = cleanHost(r[0].Host); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		host = _r$2;
		/* */ if (host === "") { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (host === "") { */ case 5:
			/* */ if (r[0].URL === ptrType$17.nil) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (r[0].URL === ptrType$17.nil) { */ case 7:
				err[0] = errMissingHost;
				$24r = err[0];
				$s = 9; case 9: return $24r;
			/* } */ case 8:
			_r$3 = cleanHost(r[0].URL.Host); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			host = _r$3;
		/* } */ case 6:
		host = removeZone(host);
		ruri = r[0].URL.RequestURI();
		if (usingProxy && !(r[0].URL.Scheme === "") && r[0].URL.Opaque === "") {
			ruri = r[0].URL.Scheme + "://" + host + ruri;
		} else if (r[0].Method === "CONNECT" && r[0].URL.Path === "") {
			ruri = host;
			if (!(r[0].URL.Opaque === "")) {
				ruri = r[0].URL.Opaque;
			}
		}
		/* */ if (stringContainsCTLByte(ruri)) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (stringContainsCTLByte(ruri)) { */ case 11:
			err[0] = errors.New("net/http: can't write control character in Request.URL");
			$24r$1 = err[0];
			$s = 13; case 13: return $24r$1;
		/* } */ case 12:
		bw = ptrType$14.nil;
		_tuple = $assertType(w, io.ByteWriter, true);
		ok = _tuple[1];
		if (!ok) {
			bw = bufio.NewWriter(w);
			w = bw;
		}
		_r$4 = fmt.Fprintf(w, "%s %s HTTP/1.1\r\n", new sliceType([new $String(valueOrDefault(r[0].Method, "GET")), new $String(ruri)])); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$1 = _r$4;
		err[0] = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 15:
			err[0] = err[0];
			$24r$2 = err[0];
			$s = 17; case 17: return $24r$2;
		/* } */ case 16:
		_r$5 = fmt.Fprintf(w, "Host: %s\r\n", new sliceType([new $String(host)])); /* */ $s = 18; case 18: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_tuple$2 = _r$5;
		err[0] = _tuple$2[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 19:
			err[0] = err[0];
			$24r$3 = err[0];
			$s = 21; case 21: return $24r$3;
		/* } */ case 20:
		/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteHeaderField === $throwNilPointerError)) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteHeaderField === $throwNilPointerError)) { */ case 22:
			$r = trace[0].WroteHeaderField("Host", new sliceType$2([host])); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 23:
		userAgent = "Go-http-client/1.1";
		/* */ if (new Header(r[0].Header).has("User-Agent")) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (new Header(r[0].Header).has("User-Agent")) { */ case 25:
			_r$6 = new Header(r[0].Header).Get("User-Agent"); /* */ $s = 27; case 27: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			userAgent = _r$6;
		/* } */ case 26:
		/* */ if (!(userAgent === "")) { $s = 28; continue; }
		/* */ $s = 29; continue;
		/* if (!(userAgent === "")) { */ case 28:
			_r$7 = fmt.Fprintf(w, "User-Agent: %s\r\n", new sliceType([new $String(userAgent)])); /* */ $s = 30; case 30: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$3 = _r$7;
			err[0] = _tuple$3[1];
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 31; continue; }
			/* */ $s = 32; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 31:
				err[0] = err[0];
				$24r$4 = err[0];
				$s = 33; case 33: return $24r$4;
			/* } */ case 32:
			/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteHeaderField === $throwNilPointerError)) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteHeaderField === $throwNilPointerError)) { */ case 34:
				$r = trace[0].WroteHeaderField("User-Agent", new sliceType$2([userAgent])); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 35:
		/* } */ case 29:
		_r$8 = newTransferWriter(r[0]); /* */ $s = 37; case 37: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$4 = _r$8;
		tw = _tuple$4[0];
		err[0] = _tuple$4[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 38; continue; }
		/* */ $s = 39; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 38:
			err[0] = err[0];
			$24r$5 = err[0];
			$s = 40; case 40: return $24r$5;
		/* } */ case 39:
		_r$9 = tw.writeHeader(w, trace[0]); /* */ $s = 41; case 41: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		err[0] = _r$9;
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 42; continue; }
		/* */ $s = 43; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 42:
			err[0] = err[0];
			$24r$6 = err[0];
			$s = 44; case 44: return $24r$6;
		/* } */ case 43:
		_r$10 = new Header(r[0].Header).writeSubset(w, reqWriteExcludeHeader, trace[0]); /* */ $s = 45; case 45: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		err[0] = _r$10;
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 46; continue; }
		/* */ $s = 47; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 46:
			err[0] = err[0];
			$24r$7 = err[0];
			$s = 48; case 48: return $24r$7;
		/* } */ case 47:
		/* */ if (!(extraHeaders === false)) { $s = 49; continue; }
		/* */ $s = 50; continue;
		/* if (!(extraHeaders === false)) { */ case 49:
			_r$11 = new Header(extraHeaders).write(w, trace[0]); /* */ $s = 51; case 51: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			err[0] = _r$11;
			/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 52; continue; }
			/* */ $s = 53; continue;
			/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 52:
				err[0] = err[0];
				$24r$8 = err[0];
				$s = 54; case 54: return $24r$8;
			/* } */ case 53:
		/* } */ case 50:
		_r$12 = io.WriteString(w, "\r\n"); /* */ $s = 55; case 55: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
		_tuple$5 = _r$12;
		err[0] = _tuple$5[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 56; continue; }
		/* */ $s = 57; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 56:
			err[0] = err[0];
			$24r$9 = err[0];
			$s = 58; case 58: return $24r$9;
		/* } */ case 57:
		/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteHeaders === $throwNilPointerError)) { $s = 59; continue; }
		/* */ $s = 60; continue;
		/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].WroteHeaders === $throwNilPointerError)) { */ case 59:
			$r = trace[0].WroteHeaders(); /* */ $s = 61; case 61: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 60:
		/* */ if (!(waitForContinue === $throwNilPointerError)) { $s = 62; continue; }
		/* */ $s = 63; continue;
		/* if (!(waitForContinue === $throwNilPointerError)) { */ case 62:
			_tuple$6 = $assertType(w, ptrType$14, true);
			bw$1 = _tuple$6[0];
			ok$1 = _tuple$6[1];
			/* */ if (ok$1) { $s = 64; continue; }
			/* */ $s = 65; continue;
			/* if (ok$1) { */ case 64:
				_r$13 = bw$1.Flush(); /* */ $s = 66; case 66: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				err[0] = _r$13;
				/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 67; continue; }
				/* */ $s = 68; continue;
				/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 67:
					err[0] = err[0];
					$24r$10 = err[0];
					$s = 69; case 69: return $24r$10;
				/* } */ case 68:
			/* } */ case 65:
			/* */ if (!(trace[0] === ptrType$19.nil) && !(trace[0].Wait100Continue === $throwNilPointerError)) { $s = 70; continue; }
			/* */ $s = 71; continue;
			/* if (!(trace[0] === ptrType$19.nil) && !(trace[0].Wait100Continue === $throwNilPointerError)) { */ case 70:
				$r = trace[0].Wait100Continue(); /* */ $s = 72; case 72: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 71:
			_r$14 = waitForContinue(); /* */ $s = 75; case 75: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
			/* */ if (!_r$14) { $s = 73; continue; }
			/* */ $s = 74; continue;
			/* if (!_r$14) { */ case 73:
				closed[0] = true;
				_r$15 = r[0].closeBody(); /* */ $s = 76; case 76: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
				_r$15;
				err[0] = $ifaceNil;
				$24r$11 = err[0];
				$s = 77; case 77: return $24r$11;
			/* } */ case 74:
		/* } */ case 63:
		_tuple$7 = $assertType(w, ptrType$14, true);
		bw$2 = _tuple$7[0];
		ok$2 = _tuple$7[1];
		/* */ if (ok$2 && tw.FlushHeaders) { $s = 78; continue; }
		/* */ $s = 79; continue;
		/* if (ok$2 && tw.FlushHeaders) { */ case 78:
			_r$16 = bw$2.Flush(); /* */ $s = 80; case 80: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			err$1 = _r$16;
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 81; continue; }
			/* */ $s = 82; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 81:
				err[0] = err$1;
				$24r$12 = err[0];
				$s = 83; case 83: return $24r$12;
			/* } */ case 82:
		/* } */ case 79:
		closed[0] = true;
		_r$17 = tw.writeBody(w); /* */ $s = 84; case 84: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
		err[0] = _r$17;
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 85; continue; }
		/* */ $s = 86; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 85:
			if ($interfaceIsEqual(tw.bodyReadError, err[0])) {
				err[0] = (x$5 = new requestBodyReadError.ptr(err[0]), new x$5.constructor.elem(x$5));
			}
			err[0] = err[0];
			$24r$13 = err[0];
			$s = 87; case 87: return $24r$13;
		/* } */ case 86:
		/* */ if (!(bw === ptrType$14.nil)) { $s = 88; continue; }
		/* */ $s = 89; continue;
		/* if (!(bw === ptrType$14.nil)) { */ case 88:
			_r$18 = bw.Flush(); /* */ $s = 90; case 90: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			err[0] = _r$18;
			$24r$14 = err[0];
			$s = 91; case 91: return $24r$14;
		/* } */ case 89:
		err[0] = $ifaceNil;
		$24r$15 = err[0];
		$s = 92; case 92: return $24r$15;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err[0]; } if($curGoroutine.asleep) { var $f = {$blk: Request.ptr.prototype.write, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$12, $24r$13, $24r$14, $24r$15, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, bw, bw$1, bw$2, closed, err, err$1, extraHeaders, host, ok, ok$1, ok$2, r, ruri, trace, tw, userAgent, usingProxy, w, waitForContinue, x$5, $s, $deferred};return $f; } }
	};
	Request.prototype.write = function(w, usingProxy, extraHeaders, waitForContinue) { return this.$val.write(w, usingProxy, extraHeaders, waitForContinue); };
	idnaASCII = function(v) {
		var {$24r, _r$1, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (ascii.Is(v)) {
			$s = -1; return [v, $ifaceNil];
		}
		_r$1 = idna.Lookup.ToASCII(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: idnaASCII, $c: true, $r, $24r, _r$1, v, $s};return $f;
	};
	cleanHost = function(in$1) {
		var {_r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, a, a$1, err, err$1, host, i, in$1, port, $s, $r, $c} = $restore(this, {in$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = strings.IndexAny(in$1, " /");
		if (!((i === -1))) {
			in$1 = $substring(in$1, 0, i);
		}
		_r$1 = net.SplitHostPort(in$1); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		host = _tuple[0];
		port = _tuple[1];
		err = _tuple[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			_r$2 = idnaASCII(in$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			a = _tuple$1[0];
			err$1 = _tuple$1[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return in$1;
			}
			$s = -1; return a;
		/* } */ case 3:
		_r$3 = idnaASCII(host); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$2 = _r$3;
		a$1 = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return in$1;
		}
		$s = -1; return net.JoinHostPort(a$1, port);
		/* */ } return; } var $f = {$blk: cleanHost, $c: true, $r, _r$1, _r$2, _r$3, _tuple, _tuple$1, _tuple$2, a, a$1, err, err$1, host, i, in$1, port, $s};return $f;
	};
	removeZone = function(host) {
		var host, i, j;
		if (!strings.HasPrefix(host, "[")) {
			return host;
		}
		i = strings.LastIndex(host, "]");
		if (i < 0) {
			return host;
		}
		j = strings.LastIndex($substring(host, 0, i), "%");
		if (j < 0) {
			return host;
		}
		return $substring(host, 0, j) + $substring(host, i);
	};
	ParseHTTPVersion = function(vers) {
		var _1, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$19, _tmp$2, _tmp$20, _tmp$21, _tmp$22, _tmp$23, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, err, maj, major, min, minor, ok, vers;
		major = 0;
		minor = 0;
		ok = false;
		_1 = vers;
		if (_1 === ("HTTP/1.1")) {
			_tmp = 1;
			_tmp$1 = 1;
			_tmp$2 = true;
			major = _tmp;
			minor = _tmp$1;
			ok = _tmp$2;
			return [major, minor, ok];
		} else if (_1 === ("HTTP/1.0")) {
			_tmp$3 = 1;
			_tmp$4 = 0;
			_tmp$5 = true;
			major = _tmp$3;
			minor = _tmp$4;
			ok = _tmp$5;
			return [major, minor, ok];
		}
		if (!strings.HasPrefix(vers, "HTTP/")) {
			_tmp$6 = 0;
			_tmp$7 = 0;
			_tmp$8 = false;
			major = _tmp$6;
			minor = _tmp$7;
			ok = _tmp$8;
			return [major, minor, ok];
		}
		if (!((vers.length === 8))) {
			_tmp$9 = 0;
			_tmp$10 = 0;
			_tmp$11 = false;
			major = _tmp$9;
			minor = _tmp$10;
			ok = _tmp$11;
			return [major, minor, ok];
		}
		if (!((vers.charCodeAt(6) === 46))) {
			_tmp$12 = 0;
			_tmp$13 = 0;
			_tmp$14 = false;
			major = _tmp$12;
			minor = _tmp$13;
			ok = _tmp$14;
			return [major, minor, ok];
		}
		_tuple = strconv.ParseUint($substring(vers, 5, 6), 10, 0);
		maj = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$15 = 0;
			_tmp$16 = 0;
			_tmp$17 = false;
			major = _tmp$15;
			minor = _tmp$16;
			ok = _tmp$17;
			return [major, minor, ok];
		}
		_tuple$1 = strconv.ParseUint($substring(vers, 7, 8), 10, 0);
		min = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$18 = 0;
			_tmp$19 = 0;
			_tmp$20 = false;
			major = _tmp$18;
			minor = _tmp$19;
			ok = _tmp$20;
			return [major, minor, ok];
		}
		_tmp$21 = ((maj.$low >> 0));
		_tmp$22 = ((min.$low >> 0));
		_tmp$23 = true;
		major = _tmp$21;
		minor = _tmp$22;
		ok = _tmp$23;
		return [major, minor, ok];
	};
	$pkg.ParseHTTPVersion = ParseHTTPVersion;
	validMethod = function(method) {
		var {$24r, _r$1, _v, method, $s, $r, $c} = $restore(this, {method});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!(method.length > 0)) { _v = false; $s = 1; continue s; }
		_r$1 = strings.IndexFunc(method, isNotToken); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1 === -1; case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: validMethod, $c: true, $r, $24r, _r$1, _v, method, $s};return $f;
	};
	Request.ptr.prototype.BasicAuth = function() {
		var {_r$1, _tmp, _tmp$1, _tmp$2, _tuple, auth, ok, password, r, username, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		username = "";
		password = "";
		ok = false;
		r = this;
		_r$1 = new Header(r.Header).Get("Authorization"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		auth = _r$1;
		if (auth === "") {
			_tmp = "";
			_tmp$1 = "";
			_tmp$2 = false;
			username = _tmp;
			password = _tmp$1;
			ok = _tmp$2;
			$s = -1; return [username, password, ok];
		}
		_tuple = parseBasicAuth(auth);
		username = _tuple[0];
		password = _tuple[1];
		ok = _tuple[2];
		$s = -1; return [username, password, ok];
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.BasicAuth, $c: true, $r, _r$1, _tmp, _tmp$1, _tmp$2, _tuple, auth, ok, password, r, username, $s};return $f;
	};
	Request.prototype.BasicAuth = function() { return this.$val.BasicAuth(); };
	parseBasicAuth = function(auth) {
		var _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, auth, c, cs, err, ok, password, username;
		username = "";
		password = "";
		ok = false;
		if (auth.length < 6 || !ascii.EqualFold($substring(auth, 0, 6), "Basic ")) {
			_tmp = "";
			_tmp$1 = "";
			_tmp$2 = false;
			username = _tmp;
			password = _tmp$1;
			ok = _tmp$2;
			return [username, password, ok];
		}
		_tuple = base64.StdEncoding.DecodeString($substring(auth, 6));
		c = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tmp$3 = "";
			_tmp$4 = "";
			_tmp$5 = false;
			username = _tmp$3;
			password = _tmp$4;
			ok = _tmp$5;
			return [username, password, ok];
		}
		cs = ($bytesToString(c));
		_tuple$1 = strings.Cut(cs, ":");
		username = _tuple$1[0];
		password = _tuple$1[1];
		ok = _tuple$1[2];
		if (!ok) {
			_tmp$6 = "";
			_tmp$7 = "";
			_tmp$8 = false;
			username = _tmp$6;
			password = _tmp$7;
			ok = _tmp$8;
			return [username, password, ok];
		}
		_tmp$9 = username;
		_tmp$10 = password;
		_tmp$11 = true;
		username = _tmp$9;
		password = _tmp$10;
		ok = _tmp$11;
		return [username, password, ok];
	};
	Request.ptr.prototype.SetBasicAuth = function(username, password) {
		var {password, r, username, $s, $r, $c} = $restore(this, {username, password});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		$r = new Header(r.Header).Set("Authorization", "Basic " + basicAuth(username, password)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.SetBasicAuth, $c: true, $r, password, r, username, $s};return $f;
	};
	Request.prototype.SetBasicAuth = function(username, password) { return this.$val.SetBasicAuth(username, password); };
	parseRequestLine = function(line) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, line, method, ok, ok1, ok2, proto, requestURI, rest;
		method = "";
		requestURI = "";
		proto = "";
		ok = false;
		_tuple = strings.Cut(line, " ");
		method = _tuple[0];
		rest = _tuple[1];
		ok1 = _tuple[2];
		_tuple$1 = strings.Cut(rest, " ");
		requestURI = _tuple$1[0];
		proto = _tuple$1[1];
		ok2 = _tuple$1[2];
		if (!ok1 || !ok2) {
			_tmp = "";
			_tmp$1 = "";
			_tmp$2 = "";
			_tmp$3 = false;
			method = _tmp;
			requestURI = _tmp$1;
			proto = _tmp$2;
			ok = _tmp$3;
			return [method, requestURI, proto, ok];
		}
		_tmp$4 = method;
		_tmp$5 = requestURI;
		_tmp$6 = proto;
		_tmp$7 = true;
		method = _tmp$4;
		requestURI = _tmp$5;
		proto = _tmp$6;
		ok = _tmp$7;
		return [method, requestURI, proto, ok];
	};
	newTextprotoReader = function(br) {
		var {$24r, _r$1, _r$2, br, tr, v, $s, $r, $c} = $restore(this, {br});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = textprotoReaderPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		v = _r$1;
		if (!($interfaceIsEqual(v, $ifaceNil))) {
			tr = $assertType(v, ptrType$64);
			tr.R = br;
			$s = -1; return tr;
		}
		_r$2 = textproto.NewReader(br); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: newTextprotoReader, $c: true, $r, $24r, _r$1, _r$2, br, tr, v, $s};return $f;
	};
	putTextprotoReader = function(r) {
		var r;
		r.R = ptrType$29.nil;
		textprotoReaderPool.Put(r);
	};
	readRequest = function(b) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _entry, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, err, justAuthority, mimeHeader, ok, rawurl, req, s, tp, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		tp = [tp];
		req = ptrType$11.nil;
		err[0] = $ifaceNil;
		_r$1 = newTextprotoReader(b); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		tp[0] = _r$1;
		req = new Request.ptr("", ptrType$17.nil, "", 0, 0, false, $ifaceNil, $throwNilPointerError, new $Int64(0, 0), sliceType$2.nil, false, "", false, false, ptrType$31.nil, false, "", "", ptrType$28.nil, $chanNil, ptrType$18.nil, $ifaceNil);
		s = "";
		_r$2 = tp[0].ReadLine(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		s = _tuple[0];
		err[0] = _tuple[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 3:
			_tmp = ptrType$11.nil;
			_tmp$1 = err[0];
			req = _tmp;
			err[0] = _tmp$1;
			$24r = [req, err[0]];
			$s = 5; case 5: return $24r;
		/* } */ case 4:
		$deferred.push([(function(err, tp) { return function() {
			putTextprotoReader(tp[0]);
			if ($interfaceIsEqual(err[0], io.EOF)) {
				err[0] = io.ErrUnexpectedEOF;
			}
		}; })(err, tp), []]);
		ok = false;
		_tuple$1 = parseRequestLine(s);
		req.Method = _tuple$1[0];
		req.RequestURI = _tuple$1[1];
		req.Proto = _tuple$1[2];
		ok = _tuple$1[3];
		/* */ if (!ok) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!ok) { */ case 6:
			_tmp$2 = ptrType$11.nil;
			_r$3 = badStringError("malformed HTTP request", s); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tmp$3 = _r$3;
			req = _tmp$2;
			err[0] = _tmp$3;
			$24r$1 = [req, err[0]];
			$s = 9; case 9: return $24r$1;
		/* } */ case 7:
		_r$4 = validMethod(req.Method); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (!_r$4) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!_r$4) { */ case 10:
			_tmp$4 = ptrType$11.nil;
			_r$5 = badStringError("invalid method", req.Method); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_tmp$5 = _r$5;
			req = _tmp$4;
			err[0] = _tmp$5;
			$24r$2 = [req, err[0]];
			$s = 14; case 14: return $24r$2;
		/* } */ case 11:
		rawurl = req.RequestURI;
		_tuple$2 = ParseHTTPVersion(req.Proto);
		req.ProtoMajor = _tuple$2[0];
		req.ProtoMinor = _tuple$2[1];
		ok = _tuple$2[2];
		/* */ if (!ok) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!ok) { */ case 15:
			_tmp$6 = ptrType$11.nil;
			_r$6 = badStringError("malformed HTTP version", req.Proto); /* */ $s = 17; case 17: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_tmp$7 = _r$6;
			req = _tmp$6;
			err[0] = _tmp$7;
			$24r$3 = [req, err[0]];
			$s = 18; case 18: return $24r$3;
		/* } */ case 16:
		justAuthority = req.Method === "CONNECT" && !strings.HasPrefix(rawurl, "/");
		if (justAuthority) {
			rawurl = "http://" + rawurl;
		}
		_r$7 = url.ParseRequestURI(rawurl); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_tuple$3 = _r$7;
		req.URL = _tuple$3[0];
		err[0] = _tuple$3[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 20:
			_tmp$8 = ptrType$11.nil;
			_tmp$9 = err[0];
			req = _tmp$8;
			err[0] = _tmp$9;
			$24r$4 = [req, err[0]];
			$s = 22; case 22: return $24r$4;
		/* } */ case 21:
		if (justAuthority) {
			req.URL.Scheme = "";
		}
		_r$8 = tp[0].ReadMIMEHeader(); /* */ $s = 23; case 23: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_tuple$4 = _r$8;
		mimeHeader = _tuple$4[0];
		err[0] = _tuple$4[1];
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 24:
			_tmp$10 = ptrType$11.nil;
			_tmp$11 = err[0];
			req = _tmp$10;
			err[0] = _tmp$11;
			$24r$5 = [req, err[0]];
			$s = 26; case 26: return $24r$5;
		/* } */ case 25:
		req.Header = (mimeHeader);
		/* */ if ((_entry = req.Header[$String.keyFor("Host")], _entry !== undefined ? _entry.v : sliceType$2.nil).$length > 1) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if ((_entry = req.Header[$String.keyFor("Host")], _entry !== undefined ? _entry.v : sliceType$2.nil).$length > 1) { */ case 27:
			_tmp$12 = ptrType$11.nil;
			_r$9 = fmt.Errorf("too many Host headers", new sliceType([])); /* */ $s = 29; case 29: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_tmp$13 = _r$9;
			req = _tmp$12;
			err[0] = _tmp$13;
			$24r$6 = [req, err[0]];
			$s = 30; case 30: return $24r$6;
		/* } */ case 28:
		req.Host = req.URL.Host;
		if (req.Host === "") {
			req.Host = new Header(req.Header).get("Host");
		}
		fixPragmaCacheControl(req.Header);
		_r$10 = shouldClose(req.ProtoMajor, req.ProtoMinor, req.Header, false); /* */ $s = 31; case 31: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		req.Close = _r$10;
		_r$11 = readTransfer(req, b); /* */ $s = 32; case 32: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
		err[0] = _r$11;
		/* */ if (!($interfaceIsEqual(err[0], $ifaceNil))) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (!($interfaceIsEqual(err[0], $ifaceNil))) { */ case 33:
			_tmp$14 = ptrType$11.nil;
			_tmp$15 = err[0];
			req = _tmp$14;
			err[0] = _tmp$15;
			$24r$7 = [req, err[0]];
			$s = 35; case 35: return $24r$7;
		/* } */ case 34:
		if (req.isH2Upgrade()) {
			req.ContentLength = new $Int64(-1, 4294967295);
			req.Close = true;
		}
		_tmp$16 = req;
		_tmp$17 = $ifaceNil;
		req = _tmp$16;
		err[0] = _tmp$17;
		$24r$8 = [req, err[0]];
		$s = 36; case 36: return $24r$8;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [req, err[0]]; } if($curGoroutine.asleep) { var $f = {$blk: readRequest, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _entry, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, b, err, justAuthority, mimeHeader, ok, rawurl, req, s, tp, $s, $deferred};return $f; } }
	};
	MaxBytesReader = function(w, r, n) {
		var n, r, w;
		if ((n.$high < 0 || (n.$high === 0 && n.$low < 0))) {
			n = new $Int64(0, 0);
		}
		return new maxBytesReader.ptr(w, r, n, $ifaceNil);
	};
	$pkg.MaxBytesReader = MaxBytesReader;
	maxBytesReader.ptr.prototype.Read = function(p) {
		var {_r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, err, l, n, ok, p, res, x$10, x$11, x$12, x$13, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		l = this;
		if (!($interfaceIsEqual(l.err, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = l.err;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		if (p.$length === 0) {
			_tmp$2 = 0;
			_tmp$3 = $ifaceNil;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		if ((x$5 = (new $Int64(0, p.$length)), x$6 = (x$7 = l.n, new $Int64(x$7.$high + 0, x$7.$low + 1)), (x$5.$high > x$6.$high || (x$5.$high === x$6.$high && x$5.$low > x$6.$low)))) {
			p = $subslice(p, 0, $flatten64((x$8 = l.n, new $Int64(x$8.$high + 0, x$8.$low + 1))));
		}
		_r$1 = l.r.Read(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		if ((x$9 = (new $Int64(0, n)), x$10 = l.n, (x$9.$high < x$10.$high || (x$9.$high === x$10.$high && x$9.$low <= x$10.$low)))) {
			l.n = (x$11 = l.n, x$12 = (new $Int64(0, n)), new $Int64(x$11.$high - x$12.$high, x$11.$low - x$12.$low));
			l.err = err;
			_tmp$4 = n;
			_tmp$5 = err;
			n = _tmp$4;
			err = _tmp$5;
			$s = -1; return [n, err];
		}
		n = (((x$13 = l.n, x$13.$low + ((x$13.$high >> 31) * 4294967296)) >> 0));
		l.n = new $Int64(0, 0);
		_tuple$1 = $assertType(l.w, requestTooLarger, true);
		res = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			$r = res.requestTooLarge(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		l.err = errors.New("http: request body too large");
		_tmp$6 = n;
		_tmp$7 = l.err;
		n = _tmp$6;
		err = _tmp$7;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: maxBytesReader.ptr.prototype.Read, $c: true, $r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, _tuple$1, err, l, n, ok, p, res, x$10, x$11, x$12, x$13, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	maxBytesReader.prototype.Read = function(p) { return this.$val.Read(p); };
	maxBytesReader.ptr.prototype.Close = function() {
		var {$24r, _r$1, l, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		l = this;
		_r$1 = l.r.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: maxBytesReader.ptr.prototype.Close, $c: true, $r, $24r, _r$1, l, $s};return $f;
	};
	maxBytesReader.prototype.Close = function() { return this.$val.Close(); };
	copyValues = function(dst, src) {
		var _entry, _entry$1, _i, _key, _keys, _ref, dst, k, src, vs;
		_ref = src;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vs = _entry.v;
			_key = k; (dst || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $appendSlice((_entry$1 = dst[$String.keyFor(k)], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil), vs) };
			_i++;
		}
	};
	parsePostForm = function(r) {
		var {_r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, b, ct, e, err, maxFormSize, ok, r, reader, vs, x$5, $s, $r, $c} = $restore(this, {r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		vs = false;
		err = $ifaceNil;
		if ($interfaceIsEqual(r.Body, $ifaceNil)) {
			err = errors.New("missing form body");
			$s = -1; return [vs, err];
		}
		_r$1 = new Header(r.Header).Get("Content-Type"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		ct = _r$1;
		if (ct === "") {
			ct = "application/octet-stream";
		}
		_r$2 = mime.ParseMediaType(ct); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		ct = _tuple[0];
		err = _tuple[2];
			/* */ if (ct === "application/x-www-form-urlencoded") { $s = 4; continue; }
			/* */ if (ct === "multipart/form-data") { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (ct === "application/x-www-form-urlencoded") { */ case 4:
				reader = r.Body;
				maxFormSize = new $Int64(2147483647, 4294967295);
				_tuple$1 = $assertType(r.Body, ptrType$65, true);
				ok = _tuple$1[1];
				if (!ok) {
					maxFormSize = new $Int64(0, 10485760);
					reader = io.LimitReader(r.Body, new $Int64(maxFormSize.$high + 0, maxFormSize.$low + 1));
				}
				_r$3 = io.ReadAll(reader); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_tuple$2 = _r$3;
				b = _tuple$2[0];
				e = _tuple$2[1];
				if (!($interfaceIsEqual(e, $ifaceNil))) {
					if ($interfaceIsEqual(err, $ifaceNil)) {
						err = e;
					}
					/* break; */ $s = 3; continue;
				}
				if ((x$5 = (new $Int64(0, b.$length)), (x$5.$high > maxFormSize.$high || (x$5.$high === maxFormSize.$high && x$5.$low > maxFormSize.$low)))) {
					err = errors.New("http: POST too large");
					$s = -1; return [vs, err];
				}
				_r$4 = url.ParseQuery(($bytesToString(b))); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$3 = _r$4;
				vs = _tuple$3[0];
				e = _tuple$3[1];
				if ($interfaceIsEqual(err, $ifaceNil)) {
					err = e;
				}
				$s = 6; continue;
			/* } else if (ct === "multipart/form-data") { */ case 5:
			/* } */ case 6:
		case 3:
		$s = -1; return [vs, err];
		/* */ } return; } var $f = {$blk: parsePostForm, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, _tuple$2, _tuple$3, b, ct, e, err, maxFormSize, ok, r, reader, vs, x$5, $s};return $f;
	};
	Request.ptr.prototype.ParseForm = function() {
		var {_r$1, _r$2, _tuple, _tuple$1, e, err, newValues, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		err = $ifaceNil;
		/* */ if (r.PostForm === false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r.PostForm === false) { */ case 1:
			/* */ if (r.Method === "POST" || r.Method === "PUT" || r.Method === "PATCH") { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (r.Method === "POST" || r.Method === "PUT" || r.Method === "PATCH") { */ case 3:
				_r$1 = parsePostForm(r); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				r.PostForm = _tuple[0];
				err = _tuple[1];
			/* } */ case 4:
			if (r.PostForm === false) {
				r.PostForm = {};
			}
		/* } */ case 2:
		/* */ if (r.Form === false) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (r.Form === false) { */ case 6:
			if ($keys(r.PostForm).length > 0) {
				r.Form = {};
				copyValues(r.Form, r.PostForm);
			}
			newValues = false;
			/* */ if (!(r.URL === ptrType$17.nil)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!(r.URL === ptrType$17.nil)) { */ case 8:
				e = $ifaceNil;
				_r$2 = url.ParseQuery(r.URL.RawQuery); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$1 = _r$2;
				newValues = _tuple$1[0];
				e = _tuple$1[1];
				if ($interfaceIsEqual(err, $ifaceNil)) {
					err = e;
				}
			/* } */ case 9:
			if (newValues === false) {
				newValues = {};
			}
			if (r.Form === false) {
				r.Form = newValues;
			} else {
				copyValues(r.Form, newValues);
			}
		/* } */ case 7:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.ParseForm, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, e, err, newValues, r, $s};return $f;
	};
	Request.prototype.ParseForm = function() { return this.$val.ParseForm(); };
	Request.ptr.prototype.ParseMultipartForm = function(maxMemory) {
		var {_entry, _entry$1, _entry$2, _i, _key, _key$1, _keys, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, err, f, k, maxMemory, mr, parseFormErr, r, v, $s, $r, $c} = $restore(this, {maxMemory});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (r.MultipartForm === multipartByReader) {
			$s = -1; return errors.New("http: multipart handled by MultipartReader");
		}
		parseFormErr = $ifaceNil;
		/* */ if (r.Form === false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r.Form === false) { */ case 1:
			_r$1 = r.ParseForm(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			parseFormErr = _r$1;
		/* } */ case 2:
		if (!(r.MultipartForm === ptrType$31.nil)) {
			$s = -1; return $ifaceNil;
		}
		_r$2 = r.multipartReader(false); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		mr = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		_r$3 = mr.ReadForm(maxMemory); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		f = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		if (r.PostForm === false) {
			r.PostForm = {};
		}
		_ref = f.Value;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			v = _entry.v;
			_key = k; (r.Form || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $appendSlice((_entry$1 = r.Form[$String.keyFor(k)], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil), v) };
			_key$1 = k; (r.PostForm || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: $appendSlice((_entry$2 = r.PostForm[$String.keyFor(k)], _entry$2 !== undefined ? _entry$2.v : sliceType$2.nil), v) };
			_i++;
		}
		r.MultipartForm = f;
		$s = -1; return parseFormErr;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.ParseMultipartForm, $c: true, $r, _entry, _entry$1, _entry$2, _i, _key, _key$1, _keys, _r$1, _r$2, _r$3, _ref, _tuple, _tuple$1, err, f, k, maxMemory, mr, parseFormErr, r, v, $s};return $f;
	};
	Request.prototype.ParseMultipartForm = function(maxMemory) { return this.$val.ParseMultipartForm(maxMemory); };
	Request.ptr.prototype.FormValue = function(key) {
		var {_entry, _r$1, key, r, vs, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* */ if (r.Form === false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r.Form === false) { */ case 1:
			_r$1 = r.ParseMultipartForm(new $Int64(0, 33554432)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 2:
		vs = (_entry = r.Form[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		if (vs.$length > 0) {
			$s = -1; return (0 >= vs.$length ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + 0]);
		}
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.FormValue, $c: true, $r, _entry, _r$1, key, r, vs, $s};return $f;
	};
	Request.prototype.FormValue = function(key) { return this.$val.FormValue(key); };
	Request.ptr.prototype.PostFormValue = function(key) {
		var {_entry, _r$1, key, r, vs, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		/* */ if (r.PostForm === false) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r.PostForm === false) { */ case 1:
			_r$1 = r.ParseMultipartForm(new $Int64(0, 33554432)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 2:
		vs = (_entry = r.PostForm[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		if (vs.$length > 0) {
			$s = -1; return (0 >= vs.$length ? ($throwRuntimeError("index out of range"), undefined) : vs.$array[vs.$offset + 0]);
		}
		$s = -1; return "";
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.PostFormValue, $c: true, $r, _entry, _r$1, key, r, vs, $s};return $f;
	};
	Request.prototype.PostFormValue = function(key) { return this.$val.PostFormValue(key); };
	Request.ptr.prototype.FormFile = function(key) {
		var {_entry, _r$1, _r$2, _tuple, err, err$1, f, fhs, key, r, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if (r.MultipartForm === multipartByReader) {
			$s = -1; return [$ifaceNil, ptrType$66.nil, errors.New("http: multipart handled by MultipartReader")];
		}
		/* */ if (r.MultipartForm === ptrType$31.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (r.MultipartForm === ptrType$31.nil) { */ case 1:
			_r$1 = r.ParseMultipartForm(new $Int64(0, 33554432)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [$ifaceNil, ptrType$66.nil, err];
			}
		/* } */ case 2:
		/* */ if (!(r.MultipartForm === ptrType$31.nil) && !(r.MultipartForm.File === false)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(r.MultipartForm === ptrType$31.nil) && !(r.MultipartForm.File === false)) { */ case 4:
			fhs = (_entry = r.MultipartForm.File[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$20.nil);
			/* */ if (fhs.$length > 0) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (fhs.$length > 0) { */ case 6:
				_r$2 = (0 >= fhs.$length ? ($throwRuntimeError("index out of range"), undefined) : fhs.$array[fhs.$offset + 0]).Open(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple = _r$2;
				f = _tuple[0];
				err$1 = _tuple[1];
				$s = -1; return [f, (0 >= fhs.$length ? ($throwRuntimeError("index out of range"), undefined) : fhs.$array[fhs.$offset + 0]), err$1];
			/* } */ case 7:
		/* } */ case 5:
		$s = -1; return [$ifaceNil, ptrType$66.nil, $pkg.ErrMissingFile];
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.FormFile, $c: true, $r, _entry, _r$1, _r$2, _tuple, err, err$1, f, fhs, key, r, $s};return $f;
	};
	Request.prototype.FormFile = function(key) { return this.$val.FormFile(key); };
	Request.ptr.prototype.expectsContinue = function() {
		var r;
		r = this;
		return hasToken(new Header(r.Header).get("Expect"), "100-continue");
	};
	Request.prototype.expectsContinue = function() { return this.$val.expectsContinue(); };
	Request.ptr.prototype.wantsHttp10KeepAlive = function() {
		var r;
		r = this;
		if (!((r.ProtoMajor === 1)) || !((r.ProtoMinor === 0))) {
			return false;
		}
		return hasToken(new Header(r.Header).get("Connection"), "keep-alive");
	};
	Request.prototype.wantsHttp10KeepAlive = function() { return this.$val.wantsHttp10KeepAlive(); };
	Request.ptr.prototype.wantsClose = function() {
		var r;
		r = this;
		if (r.Close) {
			return true;
		}
		return hasToken(new Header(r.Header).get("Connection"), "close");
	};
	Request.prototype.wantsClose = function() { return this.$val.wantsClose(); };
	Request.ptr.prototype.closeBody = function() {
		var {$24r, _r$1, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		if ($interfaceIsEqual(r.Body, $ifaceNil)) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = r.Body.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.closeBody, $c: true, $r, $24r, _r$1, r, $s};return $f;
	};
	Request.prototype.closeBody = function() { return this.$val.closeBody(); };
	Request.ptr.prototype.isReplayable = function() {
		var _1, r;
		r = this;
		if ($interfaceIsEqual(r.Body, $ifaceNil) || $interfaceIsEqual(r.Body, new $pkg.NoBody.constructor.elem($pkg.NoBody)) || !(r.GetBody === $throwNilPointerError)) {
			_1 = valueOrDefault(r.Method, "GET");
			if (_1 === ("GET") || _1 === ("HEAD") || _1 === ("OPTIONS") || _1 === ("TRACE")) {
				return true;
			}
			if (new Header(r.Header).has("Idempotency-Key") || new Header(r.Header).has("X-Idempotency-Key")) {
				return true;
			}
		}
		return false;
	};
	Request.prototype.isReplayable = function() { return this.$val.isReplayable(); };
	Request.ptr.prototype.outgoingLength = function() {
		var r, x$5;
		r = this;
		if ($interfaceIsEqual(r.Body, $ifaceNil) || $interfaceIsEqual(r.Body, new $pkg.NoBody.constructor.elem($pkg.NoBody))) {
			return new $Int64(0, 0);
		}
		if (!((x$5 = r.ContentLength, (x$5.$high === 0 && x$5.$low === 0)))) {
			return r.ContentLength;
		}
		return new $Int64(-1, 4294967295);
	};
	Request.prototype.outgoingLength = function() { return this.$val.outgoingLength(); };
	requestMethodUsuallyLacksBody = function(method) {
		var _1, method;
		_1 = method;
		if (_1 === ("GET") || _1 === ("HEAD") || _1 === ("DELETE") || _1 === ("OPTIONS") || _1 === ("PROPFIND") || _1 === ("SEARCH")) {
			return true;
		}
		return false;
	};
	Request.ptr.prototype.requiresHTTP1 = function() {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _v, r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		r = this;
		_r$1 = new Header(r.Header).Get("Connection"); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = hasToken(_r$1, "upgrade"); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		if (!(_r$2)) { _v = false; $s = 1; continue s; }
		_r$3 = new Header(r.Header).Get("Upgrade"); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = ascii.EqualFold(_r$3, "websocket"); /* */ $s = 5; case 5: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v = _r$4; case 1:
		$24r = _v;
		$s = 6; case 6: return $24r;
		/* */ } return; } var $f = {$blk: Request.ptr.prototype.requiresHTTP1, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _v, r, $s};return $f;
	};
	Request.prototype.requiresHTTP1 = function() { return this.$val.requiresHTTP1(); };
	contextKey.ptr.prototype.String = function() {
		var k;
		k = this;
		return "net/http context value " + k.name;
	};
	contextKey.prototype.String = function() { return this.$val.String(); };
	hasPort = function(s) {
		var s;
		return strings.LastIndex(s, ":") > strings.LastIndex(s, "]");
	};
	isNotToken = function(r) {
		var r;
		return !httpguts.IsTokenRune(r);
	};
	stringContainsCTLByte = function(s) {
		var b, i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			b = s.charCodeAt(i);
			if (b < 32 || (b === 127)) {
				return true;
			}
			i = i + (1) >> 0;
		}
		return false;
	};
	hexEscapeNonASCII = function(s) {
		var b, i, i$1, newLen, s;
		newLen = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) >= 128) {
				newLen = newLen + (3) >> 0;
			} else {
				newLen = newLen + (1) >> 0;
			}
			i = i + (1) >> 0;
		}
		if (newLen === s.length) {
			return s;
		}
		b = $makeSlice(sliceType$3, 0, newLen);
		i$1 = 0;
		while (true) {
			if (!(i$1 < s.length)) { break; }
			if (s.charCodeAt(i$1) >= 128) {
				b = $append(b, 37);
				b = strconv.AppendInt(b, (new $Int64(0, s.charCodeAt(i$1))), 16);
			} else {
				b = $append(b, s.charCodeAt(i$1));
			}
			i$1 = i$1 + (1) >> 0;
		}
		return ($bytesToString(b));
	};
	noBody.ptr.prototype.Read = function(param) {
		var param;
		return [0, io.EOF];
	};
	noBody.prototype.Read = function(param) { return this.$val.Read(param); };
	noBody.ptr.prototype.Close = function() {
		return $ifaceNil;
	};
	noBody.prototype.Close = function() { return this.$val.Close(); };
	noBody.ptr.prototype.WriteTo = function(param) {
		var param;
		return [new $Int64(0, 0), $ifaceNil];
	};
	noBody.prototype.WriteTo = function(param) { return this.$val.WriteTo(param); };
	Header.prototype.Add = function(key, value) {
		var {h, key, value, $s, $r, $c} = $restore(this, {key, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		$r = new textproto.MIMEHeader((h)).Add(key, value); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Header.prototype.Add, $c: true, $r, h, key, value, $s};return $f;
	};
	$ptrType(Header).prototype.Add = function(key, value) { return new Header(this.$get()).Add(key, value); };
	Header.prototype.Set = function(key, value) {
		var {h, key, value, $s, $r, $c} = $restore(this, {key, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		$r = new textproto.MIMEHeader((h)).Set(key, value); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Header.prototype.Set, $c: true, $r, h, key, value, $s};return $f;
	};
	$ptrType(Header).prototype.Set = function(key, value) { return new Header(this.$get()).Set(key, value); };
	Header.prototype.Get = function(key) {
		var {$24r, _r$1, h, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r$1 = new textproto.MIMEHeader((h)).Get(key); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Header.prototype.Get, $c: true, $r, $24r, _r$1, h, key, $s};return $f;
	};
	$ptrType(Header).prototype.Get = function(key) { return new Header(this.$get()).Get(key); };
	Header.prototype.Values = function(key) {
		var {$24r, _r$1, h, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r$1 = new textproto.MIMEHeader((h)).Values(key); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Header.prototype.Values, $c: true, $r, $24r, _r$1, h, key, $s};return $f;
	};
	$ptrType(Header).prototype.Values = function(key) { return new Header(this.$get()).Values(key); };
	Header.prototype.get = function(key) {
		var _entry, h, key, v;
		h = this.$val;
		v = (_entry = h[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		if (v.$length > 0) {
			return (0 >= v.$length ? ($throwRuntimeError("index out of range"), undefined) : v.$array[v.$offset + 0]);
		}
		return "";
	};
	$ptrType(Header).prototype.get = function(key) { return new Header(this.$get()).get(key); };
	Header.prototype.has = function(key) {
		var _entry, _tuple, h, key, ok;
		h = this.$val;
		_tuple = (_entry = h[$String.keyFor(key)], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
		ok = _tuple[1];
		return ok;
	};
	$ptrType(Header).prototype.has = function(key) { return new Header(this.$get()).has(key); };
	Header.prototype.Del = function(key) {
		var {h, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		$r = new textproto.MIMEHeader((h)).Del(key); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Header.prototype.Del, $c: true, $r, h, key, $s};return $f;
	};
	$ptrType(Header).prototype.Del = function(key) { return new Header(this.$get()).Del(key); };
	Header.prototype.Write = function(w) {
		var {$24r, _r$1, h, w, $s, $r, $c} = $restore(this, {w});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r$1 = new Header(h).write(w, ptrType$19.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Header.prototype.Write, $c: true, $r, $24r, _r$1, h, w, $s};return $f;
	};
	$ptrType(Header).prototype.Write = function(w) { return new Header(this.$get()).Write(w); };
	Header.prototype.write = function(w, trace) {
		var {$24r, _r$1, h, trace, w, $s, $r, $c} = $restore(this, {w, trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r$1 = new Header(h).writeSubset(w, false, trace); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Header.prototype.write, $c: true, $r, $24r, _r$1, h, trace, w, $s};return $f;
	};
	$ptrType(Header).prototype.write = function(w, trace) { return new Header(this.$get()).write(w, trace); };
	Header.prototype.Clone = function() {
		var _entry, _entry$1, _i, _i$1, _key, _key$1, _keys, _keys$1, _ref, _ref$1, h, h2, k, n, nv, sv, vv, vv$1, x$5;
		h = this.$val;
		if (h === false) {
			return false;
		}
		nv = 0;
		_ref = h;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			vv = _entry.v;
			nv = nv + (vv.$length) >> 0;
			_i++;
		}
		sv = $makeSlice(sliceType$2, nv);
		h2 = (x$5 = $keys(h).length, ((x$5 < 0 || x$5 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_ref$1 = h;
		_i$1 = 0;
		_keys$1 = $keys(_ref$1);
		while (true) {
			if (!(_i$1 < _keys$1.length)) { break; }
			_entry$1 = _ref$1[_keys$1[_i$1]];
			if (_entry$1 === undefined) {
				_i$1++;
				continue;
			}
			k = _entry$1.k;
			vv$1 = _entry$1.v;
			if (vv$1 === sliceType$2.nil) {
				_key = k; (h2 || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: sliceType$2.nil };
				_i$1++;
				continue;
			}
			n = $copySlice(sv, vv$1);
			_key$1 = k; (h2 || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: $subslice(sv, 0, n, n) };
			sv = $subslice(sv, n);
			_i$1++;
		}
		return h2;
	};
	$ptrType(Header).prototype.Clone = function() { return new Header(this.$get()).Clone(); };
	stringWriter.ptr.prototype.WriteString = function(s) {
		var {$24r, _r$1, _tuple, err, n, s, w, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.w.Write((new sliceType$3($stringToBytes(s)))); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: stringWriter.ptr.prototype.WriteString, $c: true, $r, $24r, _r$1, _tuple, err, n, s, w, $s};return $f;
	};
	stringWriter.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	headerSorter.ptr.prototype.Len = function() {
		var s;
		s = this;
		return s.kvs.$length;
	};
	headerSorter.prototype.Len = function() { return this.$val.Len(); };
	headerSorter.ptr.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, i, j, s, x$5, x$6, x$7, x$8;
		s = this;
		_tmp = $clone((x$5 = s.kvs, ((j < 0 || j >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + j])), keyValues);
		_tmp$1 = $clone((x$6 = s.kvs, ((i < 0 || i >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i])), keyValues);
		keyValues.copy((x$7 = s.kvs, ((i < 0 || i >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + i])), _tmp);
		keyValues.copy((x$8 = s.kvs, ((j < 0 || j >= x$8.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + j])), _tmp$1);
	};
	headerSorter.prototype.Swap = function(i, j) { return this.$val.Swap(i, j); };
	headerSorter.ptr.prototype.Less = function(i, j) {
		var i, j, s, x$5, x$6;
		s = this;
		return (x$5 = s.kvs, ((i < 0 || i >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i])).key < (x$6 = s.kvs, ((j < 0 || j >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + j])).key;
	};
	headerSorter.prototype.Less = function(i, j) { return this.$val.Less(i, j); };
	Header.prototype.sortedKeyValues = function(exclude) {
		var {_entry, _entry$1, _i, _keys, _r$1, _ref, _tmp, _tmp$1, exclude, h, hs, k, kvs, vv, $s, $r, $c} = $restore(this, {exclude});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		kvs = sliceType$6.nil;
		hs = ptrType$67.nil;
		h = this.$val;
		_r$1 = headerSorterPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		hs = $assertType(_r$1, ptrType$67);
		if (hs.kvs.$capacity < $keys(h).length) {
			hs.kvs = $makeSlice(sliceType$6, 0, $keys(h).length);
		}
		kvs = $subslice(hs.kvs, 0, 0);
		_ref = h;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vv = _entry.v;
			if (!(_entry$1 = exclude[$String.keyFor(k)], _entry$1 !== undefined ? _entry$1.v : false)) {
				kvs = $append(kvs, new keyValues.ptr(k, vv));
			}
			_i++;
		}
		hs.kvs = kvs;
		$r = sort.Sort(hs); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp = kvs;
		_tmp$1 = hs;
		kvs = _tmp;
		hs = _tmp$1;
		$s = -1; return [kvs, hs];
		/* */ } return; } var $f = {$blk: Header.prototype.sortedKeyValues, $c: true, $r, _entry, _entry$1, _i, _keys, _r$1, _ref, _tmp, _tmp$1, exclude, h, hs, k, kvs, vv, $s};return $f;
	};
	$ptrType(Header).prototype.sortedKeyValues = function(exclude) { return new Header(this.$get()).sortedKeyValues(exclude); };
	Header.prototype.WriteSubset = function(w, exclude) {
		var {$24r, _r$1, exclude, h, w, $s, $r, $c} = $restore(this, {w, exclude});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_r$1 = new Header(h).writeSubset(w, exclude, ptrType$19.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Header.prototype.WriteSubset, $c: true, $r, $24r, _r$1, exclude, h, w, $s};return $f;
	};
	$ptrType(Header).prototype.WriteSubset = function(w, exclude) { return new Header(this.$get()).WriteSubset(w, exclude); };
	Header.prototype.writeSubset = function(w, exclude, trace) {
		var {_i, _i$1, _i$2, _r$1, _r$2, _r$3, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, err, exclude, formattedVals, h, kv, kvs, ok, s, sorter, trace, v, w, ws, x$5, $s, $r, $c} = $restore(this, {w, exclude, trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this.$val;
		_tuple = $assertType(w, io.StringWriter, true);
		ws = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			ws = (x$5 = new stringWriter.ptr(w), new x$5.constructor.elem(x$5));
		}
		_r$1 = new Header(h).sortedKeyValues(exclude); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		kvs = _tuple$1[0];
		sorter = _tuple$1[1];
		formattedVals = sliceType$2.nil;
		_ref = kvs;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			kv = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), keyValues);
			if (!httpguts.ValidHeaderFieldName(kv.key)) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			_ref$1 = kv.values;
			_i$1 = 0;
			/* while (true) { */ case 4:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 5; continue; }
				v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				_r$2 = headerNewlineToSpace.Replace(v); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				v = _r$2;
				v = textproto.TrimString(v);
				_ref$2 = new sliceType$2([kv.key, ": ", v, "\r\n"]);
				_i$2 = 0;
				/* while (true) { */ case 7:
					/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 8; continue; }
					s = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
					_r$3 = ws.WriteString(s); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_tuple$2 = _r$3;
					err = _tuple$2[1];
					if (!($interfaceIsEqual(err, $ifaceNil))) {
						headerSorterPool.Put(sorter);
						$s = -1; return err;
					}
					_i$2++;
				$s = 7; continue;
				case 8:
				if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) {
					formattedVals = $append(formattedVals, v);
				}
				_i$1++;
			$s = 4; continue;
			case 5:
			/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { */ case 10:
				$r = trace.WroteHeaderField(kv.key, formattedVals); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				formattedVals = sliceType$2.nil;
			/* } */ case 11:
			_i++;
		$s = 2; continue;
		case 3:
		headerSorterPool.Put(sorter);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Header.prototype.writeSubset, $c: true, $r, _i, _i$1, _i$2, _r$1, _r$2, _r$3, _ref, _ref$1, _ref$2, _tuple, _tuple$1, _tuple$2, err, exclude, formattedVals, h, kv, kvs, ok, s, sorter, trace, v, w, ws, x$5, $s};return $f;
	};
	$ptrType(Header).prototype.writeSubset = function(w, exclude, trace) { return new Header(this.$get()).writeSubset(w, exclude, trace); };
	CanonicalHeaderKey = function(s) {
		var {$24r, _r$1, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = textproto.CanonicalMIMEHeaderKey(s); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: CanonicalHeaderKey, $c: true, $r, $24r, _r$1, s, $s};return $f;
	};
	$pkg.CanonicalHeaderKey = CanonicalHeaderKey;
	hasToken = function(v, token) {
		var b, endPos, sp, token, v;
		if (token.length > v.length || token === "") {
			return false;
		}
		if (v === token) {
			return true;
		}
		sp = 0;
		while (true) {
			if (!(sp <= (v.length - token.length >> 0))) { break; }
			b = v.charCodeAt(sp);
			if (!((b === token.charCodeAt(0))) && !((((b | 32) >>> 0) === token.charCodeAt(0)))) {
				sp = sp + (1) >> 0;
				continue;
			}
			if (sp > 0 && !isTokenBoundary(v.charCodeAt((sp - 1 >> 0)))) {
				sp = sp + (1) >> 0;
				continue;
			}
			endPos = sp + token.length >> 0;
			if (!((endPos === v.length)) && !isTokenBoundary(v.charCodeAt(endPos))) {
				sp = sp + (1) >> 0;
				continue;
			}
			if (ascii.EqualFold($substring(v, sp, (sp + token.length >> 0)), token)) {
				return true;
			}
			sp = sp + (1) >> 0;
		}
		return false;
	};
	isTokenBoundary = function(b) {
		var b;
		return (b === 32) || (b === 44) || (b === 9);
	};
	http2asciiEqualFold = function(s, t) {
		var i, s, t;
		if (!((s.length === t.length))) {
			return false;
		}
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (!((http2lower(s.charCodeAt(i)) === http2lower(t.charCodeAt(i))))) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	http2lower = function(b) {
		var b;
		if (65 <= b && b <= 90) {
			return b + 32 << 24 >>> 24;
		}
		return b;
	};
	http2isASCIIPrint = function(s) {
		var i, s;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			if (s.charCodeAt(i) < 32 || s.charCodeAt(i) > 126) {
				return false;
			}
			i = i + (1) >> 0;
		}
		return true;
	};
	http2asciiToLower = function(s) {
		var {$24r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, lower, ok, s, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lower = "";
		ok = false;
		if (!http2isASCIIPrint(s)) {
			_tmp = "";
			_tmp$1 = false;
			lower = _tmp;
			ok = _tmp$1;
			$s = -1; return [lower, ok];
		}
		_r$1 = strings.ToLower(s); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tmp$2 = _r$1;
		_tmp$3 = true;
		lower = _tmp$2;
		ok = _tmp$3;
		$24r = [lower, ok];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2asciiToLower, $c: true, $r, $24r, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, lower, ok, s, $s};return $f;
	};
	http2isBadCipher = function(cipher) {
		var _1, cipher;
		_1 = cipher;
		if ((_1 === (0)) || (_1 === (1)) || (_1 === (2)) || (_1 === (3)) || (_1 === (4)) || (_1 === (5)) || (_1 === (6)) || (_1 === (7)) || (_1 === (8)) || (_1 === (9)) || (_1 === (10)) || (_1 === (11)) || (_1 === (12)) || (_1 === (13)) || (_1 === (14)) || (_1 === (15)) || (_1 === (16)) || (_1 === (17)) || (_1 === (18)) || (_1 === (19)) || (_1 === (20)) || (_1 === (21)) || (_1 === (22)) || (_1 === (23)) || (_1 === (24)) || (_1 === (25)) || (_1 === (26)) || (_1 === (27)) || (_1 === (30)) || (_1 === (31)) || (_1 === (32)) || (_1 === (33)) || (_1 === (34)) || (_1 === (35)) || (_1 === (36)) || (_1 === (37)) || (_1 === (38)) || (_1 === (39)) || (_1 === (40)) || (_1 === (41)) || (_1 === (42)) || (_1 === (43)) || (_1 === (44)) || (_1 === (45)) || (_1 === (46)) || (_1 === (47)) || (_1 === (48)) || (_1 === (49)) || (_1 === (50)) || (_1 === (51)) || (_1 === (52)) || (_1 === (53)) || (_1 === (54)) || (_1 === (55)) || (_1 === (56)) || (_1 === (57)) || (_1 === (58)) || (_1 === (59)) || (_1 === (60)) || (_1 === (61)) || (_1 === (62)) || (_1 === (63)) || (_1 === (64)) || (_1 === (65)) || (_1 === (66)) || (_1 === (67)) || (_1 === (68)) || (_1 === (69)) || (_1 === (70)) || (_1 === (103)) || (_1 === (104)) || (_1 === (105)) || (_1 === (106)) || (_1 === (107)) || (_1 === (108)) || (_1 === (109)) || (_1 === (132)) || (_1 === (133)) || (_1 === (134)) || (_1 === (135)) || (_1 === (136)) || (_1 === (137)) || (_1 === (138)) || (_1 === (139)) || (_1 === (140)) || (_1 === (141)) || (_1 === (142)) || (_1 === (143)) || (_1 === (144)) || (_1 === (145)) || (_1 === (146)) || (_1 === (147)) || (_1 === (148)) || (_1 === (149)) || (_1 === (150)) || (_1 === (151)) || (_1 === (152)) || (_1 === (153)) || (_1 === (154)) || (_1 === (155)) || (_1 === (156)) || (_1 === (157)) || (_1 === (160)) || (_1 === (161)) || (_1 === (164)) || (_1 === (165)) || (_1 === (166)) || (_1 === (167)) || (_1 === (168)) || (_1 === (169)) || (_1 === (172)) || (_1 === (173)) || (_1 === (174)) || (_1 === (175)) || (_1 === (176)) || (_1 === (177)) || (_1 === (178)) || (_1 === (179)) || (_1 === (180)) || (_1 === (181)) || (_1 === (182)) || (_1 === (183)) || (_1 === (184)) || (_1 === (185)) || (_1 === (186)) || (_1 === (187)) || (_1 === (188)) || (_1 === (189)) || (_1 === (190)) || (_1 === (191)) || (_1 === (192)) || (_1 === (193)) || (_1 === (194)) || (_1 === (195)) || (_1 === (196)) || (_1 === (197)) || (_1 === (255)) || (_1 === (49153)) || (_1 === (49154)) || (_1 === (49155)) || (_1 === (49156)) || (_1 === (49157)) || (_1 === (49158)) || (_1 === (49159)) || (_1 === (49160)) || (_1 === (49161)) || (_1 === (49162)) || (_1 === (49163)) || (_1 === (49164)) || (_1 === (49165)) || (_1 === (49166)) || (_1 === (49167)) || (_1 === (49168)) || (_1 === (49169)) || (_1 === (49170)) || (_1 === (49171)) || (_1 === (49172)) || (_1 === (49173)) || (_1 === (49174)) || (_1 === (49175)) || (_1 === (49176)) || (_1 === (49177)) || (_1 === (49178)) || (_1 === (49179)) || (_1 === (49180)) || (_1 === (49181)) || (_1 === (49182)) || (_1 === (49183)) || (_1 === (49184)) || (_1 === (49185)) || (_1 === (49186)) || (_1 === (49187)) || (_1 === (49188)) || (_1 === (49189)) || (_1 === (49190)) || (_1 === (49191)) || (_1 === (49192)) || (_1 === (49193)) || (_1 === (49194)) || (_1 === (49197)) || (_1 === (49198)) || (_1 === (49201)) || (_1 === (49202)) || (_1 === (49203)) || (_1 === (49204)) || (_1 === (49205)) || (_1 === (49206)) || (_1 === (49207)) || (_1 === (49208)) || (_1 === (49209)) || (_1 === (49210)) || (_1 === (49211)) || (_1 === (49212)) || (_1 === (49213)) || (_1 === (49214)) || (_1 === (49215)) || (_1 === (49216)) || (_1 === (49217)) || (_1 === (49218)) || (_1 === (49219)) || (_1 === (49220)) || (_1 === (49221)) || (_1 === (49222)) || (_1 === (49223)) || (_1 === (49224)) || (_1 === (49225)) || (_1 === (49226)) || (_1 === (49227)) || (_1 === (49228)) || (_1 === (49229)) || (_1 === (49230)) || (_1 === (49231)) || (_1 === (49232)) || (_1 === (49233)) || (_1 === (49236)) || (_1 === (49237)) || (_1 === (49240)) || (_1 === (49241)) || (_1 === (49242)) || (_1 === (49243)) || (_1 === (49246)) || (_1 === (49247)) || (_1 === (49250)) || (_1 === (49251)) || (_1 === (49252)) || (_1 === (49253)) || (_1 === (49254)) || (_1 === (49255)) || (_1 === (49256)) || (_1 === (49257)) || (_1 === (49258)) || (_1 === (49259)) || (_1 === (49262)) || (_1 === (49263)) || (_1 === (49264)) || (_1 === (49265)) || (_1 === (49266)) || (_1 === (49267)) || (_1 === (49268)) || (_1 === (49269)) || (_1 === (49270)) || (_1 === (49271)) || (_1 === (49272)) || (_1 === (49273)) || (_1 === (49274)) || (_1 === (49275)) || (_1 === (49278)) || (_1 === (49279)) || (_1 === (49282)) || (_1 === (49283)) || (_1 === (49284)) || (_1 === (49285)) || (_1 === (49288)) || (_1 === (49289)) || (_1 === (49292)) || (_1 === (49293)) || (_1 === (49294)) || (_1 === (49295)) || (_1 === (49298)) || (_1 === (49299)) || (_1 === (49300)) || (_1 === (49301)) || (_1 === (49302)) || (_1 === (49303)) || (_1 === (49304)) || (_1 === (49305)) || (_1 === (49306)) || (_1 === (49307)) || (_1 === (49308)) || (_1 === (49309)) || (_1 === (49312)) || (_1 === (49313)) || (_1 === (49316)) || (_1 === (49317)) || (_1 === (49320)) || (_1 === (49321))) {
			return true;
		} else {
			return false;
		}
	};
	http2clientConnPool.ptr.prototype.GetClientConn = function(req, addr) {
		var {$24r, _r$1, addr, p, req, $s, $r, $c} = $restore(this, {req, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$1 = p.getClientConn(req, addr, true); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2clientConnPool.ptr.prototype.GetClientConn, $c: true, $r, $24r, _r$1, addr, p, req, $s};return $f;
	};
	http2clientConnPool.prototype.GetClientConn = function(req, addr) { return this.$val.GetClientConn(req, addr); };
	http2clientConnPool.ptr.prototype.getClientConn = function(req, addr, dialOnMiss) {
		var {_entry, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tmp, _tmp$1, _tuple, addr, call, cc, cc$1, cc$2, dialOnMiss, err, err$1, p, req, $s, $r, $c} = $restore(this, {req, addr, dialOnMiss});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		/* */ if (http2isConnectionCloseRequest(req) && dialOnMiss) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (http2isConnectionCloseRequest(req) && dialOnMiss) { */ case 1:
			$r = http2traceGetConn(req, addr); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$1 = p.t.dialClientConn(req.Context(), addr, true); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			cc = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [ptrType$68.nil, err];
			}
			$s = -1; return [cc, $ifaceNil];
		/* } */ case 2:
		/* while (true) { */ case 5:
			$r = p.mu.Lock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_ref = (_entry = p.conns[$String.keyFor(addr)], _entry !== undefined ? _entry.v : sliceType$21.nil);
			_i = 0;
			/* while (true) { */ case 8:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 9; continue; }
				cc$1 = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				_r$2 = cc$1.ReserveNewRequest(); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (_r$2) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (_r$2) { */ case 10:
					/* */ if (!cc$1.getConnCalled) { $s = 13; continue; }
					/* */ $s = 14; continue;
					/* if (!cc$1.getConnCalled) { */ case 13:
						$r = http2traceGetConn(req, addr); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 14:
					cc$1.getConnCalled = false;
					$r = p.mu.Unlock(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = -1; return [cc$1, $ifaceNil];
				/* } */ case 11:
				_i++;
			$s = 8; continue;
			case 9:
			/* */ if (!dialOnMiss) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (!dialOnMiss) { */ case 17:
				$r = p.mu.Unlock(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [ptrType$68.nil, http2ErrNoCachedConn];
			/* } */ case 18:
			$r = http2traceGetConn(req, addr); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			call = p.getStartDialLocked(req.Context(), addr);
			$r = p.mu.Unlock(); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$3 = $recv(call.done); /* */ $s = 22; case 22: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3[0];
			_r$4 = http2shouldRetryDial(call, req); /* */ $s = 25; case 25: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			/* */ if (_r$4) { $s = 23; continue; }
			/* */ $s = 24; continue;
			/* if (_r$4) { */ case 23:
				/* continue; */ $s = 5; continue;
			/* } */ case 24:
			_tmp = call.res;
			_tmp$1 = call.err;
			cc$2 = _tmp;
			err$1 = _tmp$1;
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [ptrType$68.nil, err$1];
			}
			_r$5 = cc$2.ReserveNewRequest(); /* */ $s = 28; case 28: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			/* */ if (_r$5) { $s = 26; continue; }
			/* */ $s = 27; continue;
			/* if (_r$5) { */ case 26:
				$s = -1; return [cc$2, $ifaceNil];
			/* } */ case 27:
		$s = 5; continue;
		case 6:
		$s = -1; return [ptrType$68.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2clientConnPool.ptr.prototype.getClientConn, $c: true, $r, _entry, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tmp, _tmp$1, _tuple, addr, call, cc, cc$1, cc$2, dialOnMiss, err, err$1, p, req, $s};return $f;
	};
	http2clientConnPool.prototype.getClientConn = function(req, addr, dialOnMiss) { return this.$val.getClientConn(req, addr, dialOnMiss); };
	http2clientConnPool.ptr.prototype.getStartDialLocked = function(ctx, addr) {
		var _entry, _key, _tuple, addr, call, call$1, ctx, ok, p;
		p = this;
		_tuple = (_entry = p.dialing[$String.keyFor(addr)], _entry !== undefined ? [_entry.v, true] : [ptrType$69.nil, false]);
		call = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			return call;
		}
		call$1 = new http2dialCall.ptr(arrayType.zero(), p, ctx, new $Chan(structType, 0), ptrType$68.nil, $ifaceNil);
		if (p.dialing === false) {
			p.dialing = {};
		}
		_key = addr; (p.dialing || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: call$1 };
		$go($methodVal(call$1, "dial"), [call$1.ctx, addr]);
		return call$1;
	};
	http2clientConnPool.prototype.getStartDialLocked = function(ctx, addr) { return this.$val.getStartDialLocked(ctx, addr); };
	http2dialCall.ptr.prototype.dial = function(ctx, addr) {
		var {_r$1, _tuple, addr, c, ctx, $s, $r, $c} = $restore(this, {ctx, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = c.p.t.dialClientConn(ctx, addr, false); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		c.res = _tuple[0];
		c.err = _tuple[1];
		$close(c.done);
		$r = c.p.mu.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		delete c.p.dialing[$String.keyFor(addr)];
		if ($interfaceIsEqual(c.err, $ifaceNil)) {
			c.p.addConnLocked(addr, c.res);
		}
		$r = c.p.mu.Unlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2dialCall.ptr.prototype.dial, $c: true, $r, _r$1, _tuple, addr, c, ctx, $s};return $f;
	};
	http2dialCall.prototype.dial = function(ctx, addr) { return this.$val.dial(ctx, addr); };
	http2clientConnPool.ptr.prototype.addConnIfNeeded = function(key, t, c) {
		var {_entry, _entry$1, _i, _key, _r$1, _r$2, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, call, cc, dup, err, key, p, t, used, $s, $r, $c} = $restore(this, {key, t, c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		used = false;
		err = $ifaceNil;
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = (_entry = p.conns[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$21.nil);
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			cc = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = cc.CanTakeNewRequest(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_r$1) { */ case 4:
				$r = p.mu.Unlock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp = false;
				_tmp$1 = $ifaceNil;
				used = _tmp;
				err = _tmp$1;
				$s = -1; return [used, err];
			/* } */ case 5:
			_i++;
		$s = 2; continue;
		case 3:
		_tuple = (_entry$1 = p.addConnCalls[$String.keyFor(key)], _entry$1 !== undefined ? [_entry$1.v, true] : [ptrType$70.nil, false]);
		call = _tuple[0];
		dup = _tuple[1];
		/* */ if (!dup) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!dup) { */ case 8:
			if (p.addConnCalls === false) {
				p.addConnCalls = {};
			}
			call = new http2addConnCall.ptr(arrayType.zero(), p, new $Chan(structType, 0), $ifaceNil);
			_key = key; (p.addConnCalls || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: call };
			$go($methodVal(call, "run"), [t, key, c]);
		/* } */ case 9:
		$r = p.mu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = $recv(call.done); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2[0];
		if (!($interfaceIsEqual(call.err, $ifaceNil))) {
			_tmp$2 = false;
			_tmp$3 = call.err;
			used = _tmp$2;
			err = _tmp$3;
			$s = -1; return [used, err];
		}
		_tmp$4 = !dup;
		_tmp$5 = $ifaceNil;
		used = _tmp$4;
		err = _tmp$5;
		$s = -1; return [used, err];
		/* */ } return; } var $f = {$blk: http2clientConnPool.ptr.prototype.addConnIfNeeded, $c: true, $r, _entry, _entry$1, _i, _key, _r$1, _r$2, _ref, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, c, call, cc, dup, err, key, p, t, used, $s};return $f;
	};
	http2clientConnPool.prototype.addConnIfNeeded = function(key, t, c) { return this.$val.addConnIfNeeded(key, t, c); };
	http2addConnCall.ptr.prototype.run = function(t, key, tc) {
		var {_r$1, _tuple, c, cc, err, key, p, t, tc, $s, $r, $c} = $restore(this, {t, key, tc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		_r$1 = t.NewClientConn(tc); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		cc = _tuple[0];
		err = _tuple[1];
		p = c.p;
		$r = p.mu.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			c.err = err;
		} else {
			cc.getConnCalled = true;
			p.addConnLocked(key, cc);
		}
		delete p.addConnCalls[$String.keyFor(key)];
		$r = p.mu.Unlock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$close(c.done);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2addConnCall.ptr.prototype.run, $c: true, $r, _r$1, _tuple, c, cc, err, key, p, t, tc, $s};return $f;
	};
	http2addConnCall.prototype.run = function(t, key, tc) { return this.$val.run(t, key, tc); };
	http2clientConnPool.ptr.prototype.addConnLocked = function(key, cc) {
		var _entry, _entry$1, _entry$2, _i, _key, _key$1, _ref, cc, key, p, v;
		p = this;
		_ref = (_entry = p.conns[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$21.nil);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (v === cc) {
				return;
			}
			_i++;
		}
		if (p.conns === false) {
			p.conns = {};
		}
		if (p.keys === false) {
			p.keys = {};
		}
		_key = key; (p.conns || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry$1 = p.conns[$String.keyFor(key)], _entry$1 !== undefined ? _entry$1.v : sliceType$21.nil), cc) };
		_key$1 = cc; (p.keys || $throwRuntimeError("assignment to entry in nil map"))[ptrType$68.keyFor(_key$1)] = { k: _key$1, v: $append((_entry$2 = p.keys[ptrType$68.keyFor(cc)], _entry$2 !== undefined ? _entry$2.v : sliceType$2.nil), key) };
	};
	http2clientConnPool.prototype.addConnLocked = function(key, cc) { return this.$val.addConnLocked(key, cc); };
	http2clientConnPool.ptr.prototype.MarkDead = function(cc) {
		var {_entry, _entry$1, _i, _key, _ref, _tuple, cc, key, newList, ok, p, vv, $s, $deferred, $r, $c} = $restore(this, {cc});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		_ref = (_entry = p.keys[ptrType$68.keyFor(cc)], _entry !== undefined ? _entry.v : sliceType$2.nil);
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			key = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_tuple = (_entry$1 = p.conns[$String.keyFor(key)], _entry$1 !== undefined ? [_entry$1.v, true] : [sliceType$21.nil, false]);
			vv = _tuple[0];
			ok = _tuple[1];
			if (!ok) {
				_i++;
				continue;
			}
			newList = http2filterOutClientConn(vv, cc);
			if (newList.$length > 0) {
				_key = key; (p.conns || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: newList };
			} else {
				delete p.conns[$String.keyFor(key)];
			}
			_i++;
		}
		delete p.keys[ptrType$68.keyFor(cc)];
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnPool.ptr.prototype.MarkDead, $c: true, $r, _entry, _entry$1, _i, _key, _ref, _tuple, cc, key, newList, ok, p, vv, $s, $deferred};return $f; } }
	};
	http2clientConnPool.prototype.MarkDead = function(cc) { return this.$val.MarkDead(cc); };
	http2clientConnPool.ptr.prototype.closeIdleConnections = function() {
		var {_entry, _i, _i$1, _keys, _ref, _ref$1, cc, p, vv, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		_ref = p.conns;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			vv = _entry.v;
			_ref$1 = vv;
			_i$1 = 0;
			/* while (true) { */ case 4:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 5; continue; }
				cc = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				$r = cc.closeIfIdle(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i$1++;
			$s = 4; continue;
			case 5:
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnPool.ptr.prototype.closeIdleConnections, $c: true, $r, _entry, _i, _i$1, _keys, _ref, _ref$1, cc, p, vv, $s, $deferred};return $f; } }
	};
	http2clientConnPool.prototype.closeIdleConnections = function() { return this.$val.closeIdleConnections(); };
	http2filterOutClientConn = function(in$1, exclude) {
		var _i, _ref, exclude, in$1, out, v, x$5;
		out = $subslice(in$1, 0, 0);
		_ref = in$1;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (!(v === exclude)) {
				out = $append(out, v);
			}
			_i++;
		}
		if (!((in$1.$length === out.$length))) {
			(x$5 = in$1.$length - 1 >> 0, ((x$5 < 0 || x$5 >= in$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : in$1.$array[in$1.$offset + x$5] = ptrType$68.nil));
		}
		return out;
	};
	http2noDialClientConnPool.ptr.prototype.GetClientConn = function(req, addr) {
		var {$24r, _r$1, addr, p, req, $s, $r, $c} = $restore(this, {req, addr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$1 = p.http2clientConnPool.getClientConn(req, addr, false); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2noDialClientConnPool.ptr.prototype.GetClientConn, $c: true, $r, $24r, _r$1, addr, p, req, $s};return $f;
	};
	http2noDialClientConnPool.prototype.GetClientConn = function(req, addr) { return this.$val.GetClientConn(req, addr); };
	http2shouldRetryDial = function(call, req) {
		var {$24r, _r$1, _r$2, _r$3, _v, call, req, $s, $r, $c} = $restore(this, {call, req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(call.err, $ifaceNil)) {
			$s = -1; return false;
		}
		if ($interfaceIsEqual(call.ctx, req.Context())) {
			$s = -1; return false;
		}
		_r$1 = errors.Is(call.err, context.Canceled); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		if (!(!_r$1)) { _v = false; $s = 3; continue s; }
		_r$2 = errors.Is(call.err, context.DeadlineExceeded); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_v = !_r$2; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return false;
		/* } */ case 2:
		_r$3 = call.ctx.Err(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = !($interfaceIsEqual(_r$3, $ifaceNil));
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: http2shouldRetryDial, $c: true, $r, $24r, _r$1, _r$2, _r$3, _v, call, req, $s};return $f;
	};
	http2getDataBufferChunk = function(size) {
		var {$24r, _r$1, i, size, x$5, $s, $r, $c} = $restore(this, {size});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		i = 0;
		while (true) {
			if (!(i < (http2dataChunkSizeClasses.$length - 1 >> 0))) { break; }
			if ((x$5 = (new $Int64(0, ((i < 0 || i >= http2dataChunkSizeClasses.$length) ? ($throwRuntimeError("index out of range"), undefined) : http2dataChunkSizeClasses.$array[http2dataChunkSizeClasses.$offset + i]))), (size.$high < x$5.$high || (size.$high === x$5.$high && size.$low <= x$5.$low)))) {
				break;
			}
			i = i + (1) >> 0;
		}
		_r$1 = ((i < 0 || i >= http2dataChunkPools.length) ? ($throwRuntimeError("index out of range"), undefined) : http2dataChunkPools[i]).Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = $assertType(_r$1, sliceType$3);
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2getDataBufferChunk, $c: true, $r, $24r, _r$1, i, size, x$5, $s};return $f;
	};
	http2putDataBufferChunk = function(p) {
		var {_i, _r$1, _ref, i, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = http2dataChunkSizeClasses;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			n = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (p.$length === n) {
				((i < 0 || i >= http2dataChunkPools.length) ? ($throwRuntimeError("index out of range"), undefined) : http2dataChunkPools[i]).Put(p);
				$s = -1; return;
			}
			_i++;
		}
		_r$1 = fmt.Sprintf("unexpected buffer len=%v", new sliceType([new $Int(p.$length)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$panic(new $String(_r$1));
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2putDataBufferChunk, $c: true, $r, _i, _r$1, _ref, i, n, p, $s};return $f;
	};
	http2dataBuffer.ptr.prototype.Read = function(p) {
		var {b, end, n, ntotal, p, readFrom, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (b.size === 0) {
			$s = -1; return [0, http2errReadEmpty];
		}
		ntotal = 0;
		/* while (true) { */ case 1:
			/* if (!(p.$length > 0 && b.size > 0)) { break; } */ if(!(p.$length > 0 && b.size > 0)) { $s = 2; continue; }
			readFrom = b.bytesFromFirstChunk();
			n = $copySlice(p, readFrom);
			p = $subslice(p, n);
			ntotal = ntotal + (n) >> 0;
			b.r = b.r + (n) >> 0;
			b.size = b.size - (n) >> 0;
			/* */ if (b.r === (x$5 = b.chunks, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])).$length) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (b.r === (x$5 = b.chunks, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])).$length) { */ case 3:
				$r = http2putDataBufferChunk((x$6 = b.chunks, (0 >= x$6.$length ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + 0]))); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				end = b.chunks.$length - 1 >> 0;
				$copySlice($subslice(b.chunks, 0, end), $subslice(b.chunks, 1));
				(x$7 = b.chunks, ((end < 0 || end >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + end] = sliceType$3.nil));
				b.chunks = $subslice(b.chunks, 0, end);
				b.r = 0;
			/* } */ case 4:
		$s = 1; continue;
		case 2:
		$s = -1; return [ntotal, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2dataBuffer.ptr.prototype.Read, $c: true, $r, b, end, n, ntotal, p, readFrom, x$5, x$6, x$7, $s};return $f;
	};
	http2dataBuffer.prototype.Read = function(p) { return this.$val.Read(p); };
	http2dataBuffer.ptr.prototype.bytesFromFirstChunk = function() {
		var b, x$5, x$6;
		b = this;
		if (b.chunks.$length === 1) {
			return $subslice((x$5 = b.chunks, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])), b.r, b.w);
		}
		return $subslice((x$6 = b.chunks, (0 >= x$6.$length ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + 0])), b.r);
	};
	http2dataBuffer.prototype.bytesFromFirstChunk = function() { return this.$val.bytesFromFirstChunk(); };
	http2dataBuffer.ptr.prototype.Len = function() {
		var b;
		b = this;
		return b.size;
	};
	http2dataBuffer.prototype.Len = function() { return this.$val.Len(); };
	http2dataBuffer.ptr.prototype.Write = function(p) {
		var {_r$1, b, chunk, n, ntotal, p, want, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		ntotal = p.$length;
		/* while (true) { */ case 1:
			/* if (!(p.$length > 0)) { break; } */ if(!(p.$length > 0)) { $s = 2; continue; }
			want = (new $Int64(0, p.$length));
			if ((x$5 = b.expected, (x$5.$high > want.$high || (x$5.$high === want.$high && x$5.$low > want.$low)))) {
				want = b.expected;
			}
			_r$1 = b.lastChunkOrAlloc(want); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			chunk = _r$1;
			n = $copySlice($subslice(chunk, b.w), p);
			p = $subslice(p, n);
			b.w = b.w + (n) >> 0;
			b.size = b.size + (n) >> 0;
			b.expected = (x$6 = b.expected, x$7 = (new $Int64(0, n)), new $Int64(x$6.$high - x$7.$high, x$6.$low - x$7.$low));
		$s = 1; continue;
		case 2:
		$s = -1; return [ntotal, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2dataBuffer.ptr.prototype.Write, $c: true, $r, _r$1, b, chunk, n, ntotal, p, want, x$5, x$6, x$7, $s};return $f;
	};
	http2dataBuffer.prototype.Write = function(p) { return this.$val.Write(p); };
	http2dataBuffer.ptr.prototype.lastChunkOrAlloc = function(want) {
		var {_r$1, b, chunk, last, want, x$5, x$6, $s, $r, $c} = $restore(this, {want});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		if (!((b.chunks.$length === 0))) {
			last = (x$5 = b.chunks, x$6 = b.chunks.$length - 1 >> 0, ((x$6 < 0 || x$6 >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + x$6]));
			if (b.w < last.$length) {
				$s = -1; return last;
			}
		}
		_r$1 = http2getDataBufferChunk(want); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		chunk = _r$1;
		b.chunks = $append(b.chunks, chunk);
		b.w = 0;
		$s = -1; return chunk;
		/* */ } return; } var $f = {$blk: http2dataBuffer.ptr.prototype.lastChunkOrAlloc, $c: true, $r, _r$1, b, chunk, last, want, x$5, x$6, $s};return $f;
	};
	http2dataBuffer.prototype.lastChunkOrAlloc = function(want) { return this.$val.lastChunkOrAlloc(want); };
	http2ErrCode.prototype.String = function() {
		var {$24r, _entry, _r$1, _tuple, e, ok, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_tuple = (_entry = http2errCodeName[http2ErrCode.keyFor(e)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		s = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return s;
		}
		_r$1 = fmt.Sprintf("unknown error code 0x%x", new sliceType([new $Uint32(((e >>> 0)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2ErrCode.prototype.String, $c: true, $r, $24r, _entry, _r$1, _tuple, e, ok, s, $s};return $f;
	};
	$ptrType(http2ErrCode).prototype.String = function() { return new http2ErrCode(this.$get()).String(); };
	http2ErrCode.prototype.stringToken = function() {
		var {$24r, _entry, _r$1, _tuple, e, ok, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_tuple = (_entry = http2errCodeName[http2ErrCode.keyFor(e)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		s = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return s;
		}
		_r$1 = fmt.Sprintf("ERR_UNKNOWN_%d", new sliceType([new $Uint32(((e >>> 0)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2ErrCode.prototype.stringToken, $c: true, $r, $24r, _entry, _r$1, _tuple, e, ok, s, $s};return $f;
	};
	$ptrType(http2ErrCode).prototype.stringToken = function() { return new http2ErrCode(this.$get()).stringToken(); };
	http2ConnectionError.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_r$1 = fmt.Sprintf("connection error: %s", new sliceType([new http2ErrCode(((e >>> 0)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2ConnectionError.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	$ptrType(http2ConnectionError).prototype.Error = function() { return new http2ConnectionError(this.$get()).Error(); };
	http2streamError = function(id, code) {
		var code, id;
		return new http2StreamError.ptr(id, code, $ifaceNil);
	};
	http2StreamError.ptr.prototype.Error = function() {
		var {$24r, $24r$1, _r$1, _r$2, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		/* */ if (!($interfaceIsEqual(e.Cause, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(e.Cause, $ifaceNil))) { */ case 1:
			_r$1 = fmt.Sprintf("stream error: stream ID %d; %v; %v", new sliceType([new $Uint32(e.StreamID), new http2ErrCode(e.Code), e.Cause])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		_r$2 = fmt.Sprintf("stream error: stream ID %d; %v", new sliceType([new $Uint32(e.StreamID), new http2ErrCode(e.Code)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } var $f = {$blk: http2StreamError.ptr.prototype.Error, $c: true, $r, $24r, $24r$1, _r$1, _r$2, e, $s};return $f;
	};
	http2StreamError.prototype.Error = function() { return this.$val.Error(); };
	http2goAwayFlowError.ptr.prototype.Error = function() {
		return "connection exceeded flow control window size";
	};
	http2goAwayFlowError.prototype.Error = function() { return this.$val.Error(); };
	http2connError.ptr.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$1 = fmt.Sprintf("http2: connection error: %v: %v", new sliceType([new http2ErrCode(e.Code), new $String(e.Reason)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2connError.ptr.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	http2connError.prototype.Error = function() { return this.$val.Error(); };
	http2pseudoHeaderError.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_r$1 = fmt.Sprintf("invalid pseudo-header %q", new sliceType([new $String((e))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2pseudoHeaderError.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	$ptrType(http2pseudoHeaderError).prototype.Error = function() { return new http2pseudoHeaderError(this.$get()).Error(); };
	http2duplicatePseudoHeaderError.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_r$1 = fmt.Sprintf("duplicate pseudo-header %q", new sliceType([new $String((e))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2duplicatePseudoHeaderError.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	$ptrType(http2duplicatePseudoHeaderError).prototype.Error = function() { return new http2duplicatePseudoHeaderError(this.$get()).Error(); };
	http2headerFieldNameError.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_r$1 = fmt.Sprintf("invalid header field name %q", new sliceType([new $String((e))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2headerFieldNameError.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	$ptrType(http2headerFieldNameError).prototype.Error = function() { return new http2headerFieldNameError(this.$get()).Error(); };
	http2headerFieldValueError.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this.$val;
		_r$1 = fmt.Sprintf("invalid header field value %q", new sliceType([new $String((e))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2headerFieldValueError.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	$ptrType(http2headerFieldValueError).prototype.Error = function() { return new http2headerFieldValueError(this.$get()).Error(); };
	http2flow.ptr.prototype.setConnFlow = function(cf) {
		var cf, f;
		f = this;
		f.conn = cf;
	};
	http2flow.prototype.setConnFlow = function(cf) { return this.$val.setConnFlow(cf); };
	http2flow.ptr.prototype.available = function() {
		var f, n;
		f = this;
		n = f.n;
		if (!(f.conn === ptrType$71.nil) && f.conn.n < n) {
			n = f.conn.n;
		}
		return n;
	};
	http2flow.prototype.available = function() { return this.$val.available(); };
	http2flow.ptr.prototype.take = function(n) {
		var f, n;
		f = this;
		if (n > f.available()) {
			$panic(new $String("internal error: took too much"));
		}
		f.n = f.n - (n) >> 0;
		if (!(f.conn === ptrType$71.nil)) {
			f.conn.n = f.conn.n - (n) >> 0;
		}
	};
	http2flow.prototype.take = function(n) { return this.$val.take(n); };
	http2flow.ptr.prototype.add = function(n) {
		var f, n, sum;
		f = this;
		sum = f.n + n >> 0;
		if ((sum > n) === (f.n > 0)) {
			f.n = sum;
			return true;
		}
		return false;
	};
	http2flow.prototype.add = function(n) { return this.$val.add(n); };
	http2FrameType.prototype.String = function() {
		var {$24r, _entry, _r$1, _tuple, ok, s, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this.$val;
		_tuple = (_entry = http2frameName[http2FrameType.keyFor(t)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		s = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return s;
		}
		_r$1 = fmt.Sprintf("UNKNOWN_FRAME_TYPE_%d", new sliceType([new $Uint8(((t << 24 >>> 24)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2FrameType.prototype.String, $c: true, $r, $24r, _entry, _r$1, _tuple, ok, s, t, $s};return $f;
	};
	$ptrType(http2FrameType).prototype.String = function() { return new http2FrameType(this.$get()).String(); };
	http2Flags.prototype.Has = function(v) {
		var f, v;
		f = this.$val;
		return (((f & v) >>> 0)) === v;
	};
	$ptrType(http2Flags).prototype.Has = function(v) { return new http2Flags(this.$get()).Has(v); };
	http2typeFrameParser = function(t) {
		var _entry, f, t;
		f = (_entry = http2frameParsers[http2FrameType.keyFor(t)], _entry !== undefined ? _entry.v : $throwNilPointerError);
		if (!(f === $throwNilPointerError)) {
			return f;
		}
		return http2parseUnknownFrame;
	};
	http2FrameHeader.ptr.prototype.Header = function() {
		var h;
		h = this;
		return h;
	};
	http2FrameHeader.prototype.Header = function() { return this.$val.Header(); };
	http2FrameHeader.ptr.prototype.String = function() {
		var {_r$1, _r$2, buf, h, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		buf = [buf];
		h = this;
		buf[0] = new bytes.Buffer.ptr(sliceType$3.nil, 0, 0);
		_r$1 = buf[0].WriteString("[FrameHeader "); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$r = $clone(h, http2FrameHeader).writeDebug(buf[0]); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = buf[0].WriteByte(93); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		$s = -1; return buf[0].String();
		/* */ } return; } var $f = {$blk: http2FrameHeader.ptr.prototype.String, $c: true, $r, _r$1, _r$2, buf, h, $s};return $f;
	};
	http2FrameHeader.prototype.String = function() { return this.$val.String(); };
	http2FrameHeader.ptr.prototype.writeDebug = function(buf) {
		var {_entry, _entry$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, buf, h, i, name, set, y, y$1, y$2, $s, $r, $c} = $restore(this, {buf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		h = this;
		_r$1 = new http2FrameType(h.Type).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = buf.WriteString(_r$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		/* */ if (!((h.Flags === 0))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!((h.Flags === 0))) { */ case 3:
			_r$3 = buf.WriteString(" flags="); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			set = 0;
			i = 0;
			/* while (true) { */ case 6:
				/* if (!(i < 8)) { break; } */ if(!(i < 8)) { $s = 7; continue; }
				if (((h.Flags & (((y = i, y < 32 ? (1 << y) : 0) << 24 >>> 24))) >>> 0) === 0) {
					i = i + (1) << 24 >>> 24;
					/* continue; */ $s = 6; continue;
				}
				set = set + (1) >> 0;
				/* */ if (set > 1) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (set > 1) { */ case 8:
					_r$4 = buf.WriteByte(124); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_r$4;
				/* } */ case 9:
				name = (_entry = (_entry$1 = http2flagName[http2FrameType.keyFor(h.Type)], _entry$1 !== undefined ? _entry$1.v : false)[http2Flags.keyFor((((y$1 = i, y$1 < 32 ? (1 << y$1) : 0) << 24 >>> 24)))], _entry !== undefined ? _entry.v : "");
				/* */ if (!(name === "")) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!(name === "")) { */ case 11:
					_r$5 = buf.WriteString(name); /* */ $s = 14; case 14: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					_r$5;
					$s = 13; continue;
				/* } else { */ case 12:
					_r$6 = fmt.Fprintf(buf, "0x%x", new sliceType([new $Int(((y$2 = i, y$2 < 32 ? (1 << y$2) : 0) >> 0))])); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$6;
				/* } */ case 13:
				i = i + (1) << 24 >>> 24;
			$s = 6; continue;
			case 7:
		/* } */ case 4:
		/* */ if (!((h.StreamID === 0))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!((h.StreamID === 0))) { */ case 16:
			_r$7 = fmt.Fprintf(buf, " stream=%d", new sliceType([new $Uint32(h.StreamID)])); /* */ $s = 18; case 18: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
		/* } */ case 17:
		_r$8 = fmt.Fprintf(buf, " len=%d", new sliceType([new $Uint32(h.Length)])); /* */ $s = 19; case 19: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2FrameHeader.ptr.prototype.writeDebug, $c: true, $r, _entry, _entry$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, buf, h, i, name, set, y, y$1, y$2, $s};return $f;
	};
	http2FrameHeader.prototype.writeDebug = function(buf) { return this.$val.writeDebug(buf); };
	http2FrameHeader.ptr.prototype.checkValid = function() {
		var h;
		h = this;
		if (!h.valid) {
			$panic(new $String("Frame accessor called on non-owned Frame"));
		}
	};
	http2FrameHeader.prototype.checkValid = function() { return this.$val.checkValid(); };
	http2FrameHeader.ptr.prototype.invalidate = function() {
		var h;
		h = this;
		h.valid = false;
	};
	http2FrameHeader.prototype.invalidate = function() { return this.$val.invalidate(); };
	http2readFrameHeader = function(buf, r) {
		var {_r$1, _tuple, buf, err, r, $s, $r, $c} = $restore(this, {buf, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = io.ReadFull(r, $subslice(buf, 0, 9)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [new http2FrameHeader.ptr(false, 0, 0, 0, 0), err];
		}
		$s = -1; return [new http2FrameHeader.ptr(true, (((3 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 3]) << 24 >>> 24)), (((4 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 4]) << 24 >>> 24)), ((((((((0 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 0]) >>> 0)) << 16 >>> 0) | ((((1 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 1]) >>> 0)) << 8 >>> 0)) >>> 0) | (((2 >= buf.$length ? ($throwRuntimeError("index out of range"), undefined) : buf.$array[buf.$offset + 2]) >>> 0))) >>> 0), ($clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(buf, 5)) & 2147483647) >>> 0), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2readFrameHeader, $c: true, $r, _r$1, _tuple, buf, err, r, $s};return $f;
	};
	http2Framer.ptr.prototype.maxHeaderListSize = function() {
		var fr;
		fr = this;
		if (fr.MaxHeaderListSize === 0) {
			return 16777216;
		}
		return fr.MaxHeaderListSize;
	};
	http2Framer.prototype.maxHeaderListSize = function() { return this.$val.maxHeaderListSize(); };
	http2Framer.ptr.prototype.startWrite = function(ftype, flags, streamID) {
		var f, flags, ftype, streamID;
		f = this;
		f.wbuf = $append($subslice(f.wbuf, 0, 0), 0, 0, 0, ((ftype << 24 >>> 24)), ((flags << 24 >>> 24)), (((streamID >>> 24 >>> 0) << 24 >>> 24)), (((streamID >>> 16 >>> 0) << 24 >>> 24)), (((streamID >>> 8 >>> 0) << 24 >>> 24)), ((streamID << 24 >>> 24)));
	};
	http2Framer.prototype.startWrite = function(ftype, flags, streamID) { return this.$val.startWrite(ftype, flags, streamID); };
	http2Framer.ptr.prototype.endWrite = function() {
		var {_r$1, _tuple, err, f, length, n, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		length = f.wbuf.$length - 9 >> 0;
		if (length >= 16777216) {
			$s = -1; return http2ErrFrameTooLarge;
		}
		$unused($append($subslice(f.wbuf, 0, 0), (((length >> 16 >> 0) << 24 >>> 24)), (((length >> 8 >> 0) << 24 >>> 24)), ((length << 24 >>> 24))));
		/* */ if (f.logWrites) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.logWrites) { */ case 1:
			$r = f.logWrite(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = f.w.Write(f.wbuf); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, $ifaceNil) && !((n === f.wbuf.$length))) {
			err = io.ErrShortWrite;
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.endWrite, $c: true, $r, _r$1, _tuple, err, f, length, n, $s};return $f;
	};
	http2Framer.prototype.endWrite = function() { return this.$val.endWrite(); };
	http2Framer.ptr.prototype.logWrite = function() {
		var {_arg, _arg$1, _r$1, _r$2, _r$3, _tuple, err, f, fr, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (f.debugFramer === ptrType$72.nil) {
			f.debugFramerBuf = new bytes.Buffer.ptr(sliceType$3.nil, 0, 0);
			f.debugFramer = http2NewFramer($ifaceNil, f.debugFramerBuf);
			f.debugFramer.logReads = false;
			f.debugFramer.AllowIllegalReads = true;
		}
		_r$1 = f.debugFramerBuf.Write(f.wbuf); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = f.debugFramer.ReadFrame(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		fr = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 3:
			$r = f.debugWriteLoggerf("http2: Framer %p: failed to decode just-written frame", new sliceType([f])); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 4:
		_arg = f;
		_r$3 = http2summarizeFrame(fr); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_arg$1 = new $String(_r$3);
		$r = f.debugWriteLoggerf("http2: Framer %p: wrote %v", new sliceType([_arg, _arg$1])); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.logWrite, $c: true, $r, _arg, _arg$1, _r$1, _r$2, _r$3, _tuple, err, f, fr, $s};return $f;
	};
	http2Framer.prototype.logWrite = function() { return this.$val.logWrite(); };
	http2Framer.ptr.prototype.writeByte = function(v) {
		var f, v;
		f = this;
		f.wbuf = $append(f.wbuf, v);
	};
	http2Framer.prototype.writeByte = function(v) { return this.$val.writeByte(v); };
	http2Framer.ptr.prototype.writeBytes = function(v) {
		var f, v;
		f = this;
		f.wbuf = $appendSlice(f.wbuf, v);
	};
	http2Framer.prototype.writeBytes = function(v) { return this.$val.writeBytes(v); };
	http2Framer.ptr.prototype.writeUint16 = function(v) {
		var f, v;
		f = this;
		f.wbuf = $append(f.wbuf, (((v >>> 8 << 16 >>> 16) << 24 >>> 24)), ((v << 24 >>> 24)));
	};
	http2Framer.prototype.writeUint16 = function(v) { return this.$val.writeUint16(v); };
	http2Framer.ptr.prototype.writeUint32 = function(v) {
		var f, v;
		f = this;
		f.wbuf = $append(f.wbuf, (((v >>> 24 >>> 0) << 24 >>> 24)), (((v >>> 16 >>> 0) << 24 >>> 24)), (((v >>> 8 >>> 0) << 24 >>> 24)), ((v << 24 >>> 24)));
	};
	http2Framer.prototype.writeUint32 = function(v) { return this.$val.writeUint32(v); };
	http2Framer.ptr.prototype.SetReuseFrames = function() {
		var fr;
		fr = this;
		if (!(fr.frameCache === ptrType$73.nil)) {
			return;
		}
		fr.frameCache = new http2frameCache.ptr(new http2DataFrame.ptr(new http2FrameHeader.ptr(false, 0, 0, 0, 0), sliceType$3.nil));
	};
	http2Framer.prototype.SetReuseFrames = function() { return this.$val.SetReuseFrames(); };
	http2frameCache.ptr.prototype.getDataFrame = function() {
		var fc;
		fc = this;
		if (fc === ptrType$73.nil) {
			return new http2DataFrame.ptr(new http2FrameHeader.ptr(false, 0, 0, 0, 0), sliceType$3.nil);
		}
		return fc.dataFrame;
	};
	http2frameCache.prototype.getDataFrame = function() { return this.$val.getDataFrame(); };
	http2NewFramer = function(w, r) {
		var fr, r, w;
		fr = new http2Framer.ptr(r, $ifaceNil, $ifaceNil, (function(param) {
			var param;
		}), 0, 0, arrayType$7.zero(), $throwNilPointerError, sliceType$3.nil, 0, w, sliceType$3.nil, false, false, ptrType$74.nil, 0, http2logFrameReads, http2logFrameWrites, ptrType$72.nil, ptrType$40.nil, log.Printf, log.Printf, ptrType$73.nil);
		fr.getReadBuf = (function(size) {
			var size;
			if (fr.readBuf.$capacity >= ((size >> 0))) {
				return $subslice(fr.readBuf, 0, size);
			}
			fr.readBuf = $makeSlice(sliceType$3, size);
			return fr.readBuf;
		});
		fr.SetMaxReadFrameSize(16777215);
		return fr;
	};
	http2Framer.ptr.prototype.SetMaxReadFrameSize = function(v) {
		var fr, v;
		fr = this;
		if (v > 16777215) {
			v = 16777215;
		}
		fr.maxReadSize = v;
	};
	http2Framer.prototype.SetMaxReadFrameSize = function(v) { return this.$val.SetMaxReadFrameSize(v); };
	http2Framer.ptr.prototype.ErrorDetail = function() {
		var fr;
		fr = this;
		return fr.errDetail;
	};
	http2Framer.prototype.ErrorDetail = function() { return this.$val.ErrorDetail(); };
	http2terminalReadFrameError = function(err) {
		var _tuple, err, ok;
		_tuple = $assertType(err, http2StreamError, true);
		ok = _tuple[1];
		if (ok) {
			return false;
		}
		return !($interfaceIsEqual(err, $ifaceNil));
	};
	http2Framer.ptr.prototype.ReadFrame = function() {
		var {$24r, _arg, _arg$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _returncast, _tuple, _tuple$1, _tuple$2, _tuple$3, ce, err, err$1, err$2, f, fh, fr, ok, payload, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fr = this;
		fr.errDetail = $ifaceNil;
		/* */ if (!($interfaceIsEqual(fr.lastFrame, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(fr.lastFrame, $ifaceNil))) { */ case 1:
			$r = fr.lastFrame.invalidate(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = http2readFrameHeader(new sliceType$3(fr.headerBuf), fr.r); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		fh = $clone(_tuple[0], http2FrameHeader);
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, err];
		}
		if (fh.Length > fr.maxReadSize) {
			$s = -1; return [$ifaceNil, http2ErrFrameTooLarge];
		}
		_r$2 = fr.getReadBuf(fh.Length); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		payload = _r$2;
		_r$3 = io.ReadFull(fr.r, payload); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		err$1 = _tuple$1[1];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return [$ifaceNil, err$1];
		}
		_r$4 = http2typeFrameParser(fh.Type)(fr.frameCache, $clone(fh, http2FrameHeader), fr.countError, payload); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$2 = _r$4;
		f = _tuple$2[0];
		err = _tuple$2[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			_tuple$3 = $assertType(err, http2connError, true);
			ce = $clone(_tuple$3[0], http2connError);
			ok = _tuple$3[1];
			if (ok) {
				$s = -1; return [$ifaceNil, fr.connError(ce.Code, ce.Reason)];
			}
			$s = -1; return [$ifaceNil, err];
		}
		_r$5 = fr.checkFrameOrder(f); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		err$2 = _r$5;
		if (!($interfaceIsEqual(err$2, $ifaceNil))) {
			$s = -1; return [$ifaceNil, err$2];
		}
		/* */ if (fr.logReads) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (fr.logReads) { */ case 9:
			_arg = fr;
			_r$6 = http2summarizeFrame(f); /* */ $s = 11; case 11: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_arg$1 = new $String(_r$6);
			$r = fr.debugReadLoggerf("http2: Framer %p: read %v", new sliceType([_arg, _arg$1])); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		/* */ if ((fh.Type === 1) && !(fr.ReadMetaHeaders === ptrType$74.nil)) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if ((fh.Type === 1) && !(fr.ReadMetaHeaders === ptrType$74.nil)) { */ case 13:
			_r$7 = fr.readMetaFrame($assertType(f, ptrType$75)); /* */ $s = 15; case 15: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_returncast = _r$7;
			$24r = [_returncast[0], _returncast[1]];
			$s = 16; case 16: return $24r;
		/* } */ case 14:
		$s = -1; return [f, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.ReadFrame, $c: true, $r, $24r, _arg, _arg$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _returncast, _tuple, _tuple$1, _tuple$2, _tuple$3, ce, err, err$1, err$2, f, fh, fr, ok, payload, $s};return $f;
	};
	http2Framer.prototype.ReadFrame = function() { return this.$val.ReadFrame(); };
	http2Framer.ptr.prototype.connError = function(code, reason) {
		var code, fr, reason;
		fr = this;
		fr.errDetail = errors.New(reason);
		return new http2ConnectionError(((code >>> 0)));
	};
	http2Framer.prototype.connError = function(code, reason) { return this.$val.connError(code, reason); };
	http2Framer.ptr.prototype.checkFrameOrder = function(f) {
		var {$24r, $24r$1, $24r$2, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, f, fh, fr, last, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		fr = this;
		last = fr.lastFrame;
		fr.lastFrame = f;
		if (fr.AllowIllegalReads) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = f.Header(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		fh = $clone(_r$1, http2FrameHeader);
		/* */ if (!((fr.lastHeaderStream === 0))) { $s = 2; continue; }
		/* */ if (fh.Type === 9) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!((fr.lastHeaderStream === 0))) { */ case 2:
			/* */ if (!((fh.Type === 9))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!((fh.Type === 9))) { */ case 5:
				_arg = new http2FrameType(fh.Type);
				_arg$1 = new $Uint32(fh.StreamID);
				_r$2 = last.Header(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_arg$2 = new http2FrameType(_r$2.Type);
				_arg$3 = new $Uint32(fr.lastHeaderStream);
				_r$3 = fmt.Sprintf("got %s for stream %d; expected CONTINUATION following %s for stream %d", new sliceType([_arg, _arg$1, _arg$2, _arg$3])); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_arg$4 = _r$3;
				_r$4 = fr.connError(1, _arg$4); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 10; case 10: return $24r;
			/* } */ case 6:
			/* */ if (!((fh.StreamID === fr.lastHeaderStream))) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!((fh.StreamID === fr.lastHeaderStream))) { */ case 11:
				_r$5 = fmt.Sprintf("got CONTINUATION for stream %d; expected stream %d", new sliceType([new $Uint32(fh.StreamID), new $Uint32(fr.lastHeaderStream)])); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_arg$5 = _r$5;
				_r$6 = fr.connError(1, _arg$5); /* */ $s = 14; case 14: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$1 = _r$6;
				$s = 15; case 15: return $24r$1;
			/* } */ case 12:
			$s = 4; continue;
		/* } else if (fh.Type === 9) { */ case 3:
			_r$7 = fmt.Sprintf("unexpected CONTINUATION for stream %d", new sliceType([new $Uint32(fh.StreamID)])); /* */ $s = 16; case 16: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_arg$6 = _r$7;
			_r$8 = fr.connError(1, _arg$6); /* */ $s = 17; case 17: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$2 = _r$8;
			$s = 18; case 18: return $24r$2;
		/* } */ case 4:
		_1 = fh.Type;
		if ((_1 === (1)) || (_1 === (9))) {
			if (new http2Flags(fh.Flags).Has(4)) {
				fr.lastHeaderStream = 0;
			} else {
				fr.lastHeaderStream = fh.StreamID;
			}
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.checkFrameOrder, $c: true, $r, $24r, $24r$1, $24r$2, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, f, fh, fr, last, $s};return $f;
	};
	http2Framer.prototype.checkFrameOrder = function(f) { return this.$val.checkFrameOrder(f); };
	http2DataFrame.ptr.prototype.StreamEnded = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(1);
	};
	http2DataFrame.prototype.StreamEnded = function() { return this.$val.StreamEnded(); };
	http2DataFrame.ptr.prototype.Data = function() {
		var f;
		f = this;
		f.http2FrameHeader.checkValid();
		return f.data;
	};
	http2DataFrame.prototype.Data = function() { return this.$val.Data(); };
	http2parseDataFrame = function(fc, fh, countError, payload) {
		var {_tuple, countError, err, f, fc, fh, padSize, payload, x$5, x$6, $s, $r, $c} = $restore(this, {fc, fh, countError, payload});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (fh.StreamID === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fh.StreamID === 0) { */ case 1:
			$r = countError("frame_data_stream_0"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, (x$5 = new http2connError.ptr(1, "DATA frame with stream ID 0"), new x$5.constructor.elem(x$5))];
		/* } */ case 2:
		f = fc.getDataFrame();
		http2FrameHeader.copy(f.http2FrameHeader, fh);
		padSize = 0;
		/* */ if (new http2Flags(fh.Flags).Has(8)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (new http2Flags(fh.Flags).Has(8)) { */ case 4:
			err = $ifaceNil;
			_tuple = http2readByte(payload);
			payload = _tuple[0];
			padSize = _tuple[1];
			err = _tuple[2];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
				$r = countError("frame_data_pad_byte_short"); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [$ifaceNil, err];
			/* } */ case 7:
		/* } */ case 5:
		/* */ if (((padSize >> 0)) > payload.$length) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (((padSize >> 0)) > payload.$length) { */ case 9:
			$r = countError("frame_data_pad_too_big"); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, (x$6 = new http2connError.ptr(1, "pad size larger than data payload"), new x$6.constructor.elem(x$6))];
		/* } */ case 10:
		f.data = $subslice(payload, 0, (payload.$length - ((padSize >> 0)) >> 0));
		$s = -1; return [f, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parseDataFrame, $c: true, $r, _tuple, countError, err, f, fc, fh, padSize, payload, x$5, x$6, $s};return $f;
	};
	http2validStreamIDOrZero = function(streamID) {
		var streamID;
		return ((streamID & 2147483648) >>> 0) === 0;
	};
	http2validStreamID = function(streamID) {
		var streamID;
		return !((streamID === 0)) && (((streamID & 2147483648) >>> 0) === 0);
	};
	http2Framer.ptr.prototype.WriteData = function(streamID, endStream, data) {
		var {$24r, _r$1, data, endStream, f, streamID, $s, $r, $c} = $restore(this, {streamID, endStream, data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		_r$1 = f.WriteDataPadded(streamID, endStream, data, sliceType$3.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteData, $c: true, $r, $24r, _r$1, data, endStream, f, streamID, $s};return $f;
	};
	http2Framer.prototype.WriteData = function(streamID, endStream, data) { return this.$val.WriteData(streamID, endStream, data); };
	http2Framer.ptr.prototype.WriteDataPadded = function(streamID, endStream, data, pad) {
		var {$24r, _i, _r$1, _ref, b, data, endStream, f, flags, pad, streamID, $s, $r, $c} = $restore(this, {streamID, endStream, data, pad});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (!http2validStreamID(streamID) && !f.AllowIllegalWrites) {
			$s = -1; return http2errStreamID;
		}
		if (pad.$length > 0) {
			if (pad.$length > 255) {
				$s = -1; return http2errPadLength;
			}
			if (!f.AllowIllegalWrites) {
				_ref = pad;
				_i = 0;
				while (true) {
					if (!(_i < _ref.$length)) { break; }
					b = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
					if (!((b === 0))) {
						$s = -1; return http2errPadBytes;
					}
					_i++;
				}
			}
		}
		flags = 0;
		if (endStream) {
			flags = (flags | (1)) >>> 0;
		}
		if (!(pad === sliceType$3.nil)) {
			flags = (flags | (8)) >>> 0;
		}
		f.startWrite(0, flags, streamID);
		if (!(pad === sliceType$3.nil)) {
			f.wbuf = $append(f.wbuf, ((pad.$length << 24 >>> 24)));
		}
		f.wbuf = $appendSlice(f.wbuf, data);
		f.wbuf = $appendSlice(f.wbuf, pad);
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteDataPadded, $c: true, $r, $24r, _i, _r$1, _ref, b, data, endStream, f, flags, pad, streamID, $s};return $f;
	};
	http2Framer.prototype.WriteDataPadded = function(streamID, endStream, data, pad) { return this.$val.WriteDataPadded(streamID, endStream, data, pad); };
	http2parseSettingsFrame = function(param, fh, countError, p) {
		var {_r$1, _tuple, countError, f, fh, ok, p, param, v, $s, $r, $c} = $restore(this, {param, fh, countError, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (new http2Flags(fh.Flags).Has(1) && fh.Length > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (new http2Flags(fh.Flags).Has(1) && fh.Length > 0) { */ case 1:
			$r = countError("frame_settings_ack_with_length"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(6)];
		/* } */ case 2:
		/* */ if (!((fh.StreamID === 0))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!((fh.StreamID === 0))) { */ case 4:
			$r = countError("frame_settings_has_stream"); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(1)];
		/* } */ case 5:
		/* */ if (!(((_r$1 = p.$length % 6, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!(((_r$1 = p.$length % 6, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0))) { */ case 7:
			$r = countError("frame_settings_mod_6"); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(6)];
		/* } */ case 8:
		f = new http2SettingsFrame.ptr($clone(fh, http2FrameHeader), p);
		_tuple = f.Value(4);
		v = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok && v > 2147483647) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (ok && v > 2147483647) { */ case 10:
			$r = countError("frame_settings_window_size_too_big"); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(3)];
		/* } */ case 11:
		$s = -1; return [f, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parseSettingsFrame, $c: true, $r, _r$1, _tuple, countError, f, fh, ok, p, param, v, $s};return $f;
	};
	http2SettingsFrame.ptr.prototype.IsAck = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(1);
	};
	http2SettingsFrame.prototype.IsAck = function() { return this.$val.IsAck(); };
	http2SettingsFrame.ptr.prototype.Value = function(id) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, f, i, id, ok, s, v;
		v = 0;
		ok = false;
		f = this;
		f.http2FrameHeader.checkValid();
		i = 0;
		while (true) {
			if (!(i < f.NumSettings())) { break; }
			s = $clone(f.Setting(i), http2Setting);
			if (s.ID === id) {
				_tmp = s.Val;
				_tmp$1 = true;
				v = _tmp;
				ok = _tmp$1;
				return [v, ok];
			}
			i = i + (1) >> 0;
		}
		_tmp$2 = 0;
		_tmp$3 = false;
		v = _tmp$2;
		ok = _tmp$3;
		return [v, ok];
	};
	http2SettingsFrame.prototype.Value = function(id) { return this.$val.Value(id); };
	http2SettingsFrame.ptr.prototype.Setting = function(i) {
		var buf, f, i;
		f = this;
		buf = f.p;
		return new http2Setting.ptr((($clone(binary.BigEndian, binary.bigEndian).Uint16($subslice(buf, ($imul(i, 6)), (($imul(i, 6)) + 2 >> 0))) << 16 >>> 16)), $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(buf, (($imul(i, 6)) + 2 >> 0), (($imul(i, 6)) + 6 >> 0))));
	};
	http2SettingsFrame.prototype.Setting = function(i) { return this.$val.Setting(i); };
	http2SettingsFrame.ptr.prototype.NumSettings = function() {
		var _q, f;
		f = this;
		return (_q = f.p.$length / 6, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero"));
	};
	http2SettingsFrame.prototype.NumSettings = function() { return this.$val.NumSettings(); };
	http2SettingsFrame.ptr.prototype.HasDuplicates = function() {
		var _entry, _key, f, i, i$1, id, idi, idj, j, num, seen;
		f = this;
		num = f.NumSettings();
		if (num === 0) {
			return false;
		}
		if (num < 10) {
			i = 0;
			while (true) {
				if (!(i < num)) { break; }
				idi = f.Setting(i).ID;
				j = i + 1 >> 0;
				while (true) {
					if (!(j < num)) { break; }
					idj = f.Setting(j).ID;
					if (idi === idj) {
						return true;
					}
					j = j + (1) >> 0;
				}
				i = i + (1) >> 0;
			}
			return false;
		}
		seen = $makeMap(http2SettingID.keyFor, []);
		i$1 = 0;
		while (true) {
			if (!(i$1 < num)) { break; }
			id = f.Setting(i$1).ID;
			if ((_entry = seen[http2SettingID.keyFor(id)], _entry !== undefined ? _entry.v : false)) {
				return true;
			}
			_key = id; (seen || $throwRuntimeError("assignment to entry in nil map"))[http2SettingID.keyFor(_key)] = { k: _key, v: true };
			i$1 = i$1 + (1) >> 0;
		}
		return false;
	};
	http2SettingsFrame.prototype.HasDuplicates = function() { return this.$val.HasDuplicates(); };
	http2SettingsFrame.ptr.prototype.ForeachSetting = function(fn) {
		var {_r$1, err, f, fn, i, $s, $r, $c} = $restore(this, {fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		f.http2FrameHeader.checkValid();
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < f.NumSettings())) { break; } */ if(!(i < f.NumSettings())) { $s = 2; continue; }
			_r$1 = fn($clone(f.Setting(i), http2Setting)); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			i = i + (1) >> 0;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2SettingsFrame.ptr.prototype.ForeachSetting, $c: true, $r, _r$1, err, f, fn, i, $s};return $f;
	};
	http2SettingsFrame.prototype.ForeachSetting = function(fn) { return this.$val.ForeachSetting(fn); };
	http2Framer.ptr.prototype.WriteSettings = function(settings) {
		var {$24r, _i, _r$1, _ref, f, s, settings, $s, $r, $c} = $restore(this, {settings});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		f.startWrite(4, 0, 0);
		_ref = settings;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			s = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), http2Setting);
			f.writeUint16(((s.ID << 16 >>> 16)));
			f.writeUint32(s.Val);
			_i++;
		}
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteSettings, $c: true, $r, $24r, _i, _r$1, _ref, f, s, settings, $s};return $f;
	};
	http2Framer.prototype.WriteSettings = function(settings) { return this.$val.WriteSettings(settings); };
	http2Framer.ptr.prototype.WriteSettingsAck = function() {
		var {$24r, _r$1, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		f.startWrite(4, 1, 0);
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteSettingsAck, $c: true, $r, $24r, _r$1, f, $s};return $f;
	};
	http2Framer.prototype.WriteSettingsAck = function() { return this.$val.WriteSettingsAck(); };
	http2PingFrame.ptr.prototype.IsAck = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(1);
	};
	http2PingFrame.prototype.IsAck = function() { return this.$val.IsAck(); };
	http2parsePingFrame = function(param, fh, countError, payload) {
		var {countError, f, fh, param, payload, $s, $r, $c} = $restore(this, {param, fh, countError, payload});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!((payload.$length === 8))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((payload.$length === 8))) { */ case 1:
			$r = countError("frame_ping_length"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(6)];
		/* } */ case 2:
		/* */ if (!((fh.StreamID === 0))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!((fh.StreamID === 0))) { */ case 4:
			$r = countError("frame_ping_has_stream"); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(1)];
		/* } */ case 5:
		f = new http2PingFrame.ptr($clone(fh, http2FrameHeader), arrayType$8.zero());
		$copySlice(new sliceType$3(f.Data), payload);
		$s = -1; return [f, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parsePingFrame, $c: true, $r, countError, f, fh, param, payload, $s};return $f;
	};
	http2Framer.ptr.prototype.WritePing = function(ack, data) {
		var {$24r, _r$1, ack, data, f, flags, $s, $r, $c} = $restore(this, {ack, data});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		flags = 0;
		if (ack) {
			flags = 1;
		}
		f.startWrite(6, flags, 0);
		f.writeBytes(new sliceType$3(data));
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WritePing, $c: true, $r, $24r, _r$1, ack, data, f, flags, $s};return $f;
	};
	http2Framer.prototype.WritePing = function(ack, data) { return this.$val.WritePing(ack, data); };
	http2GoAwayFrame.ptr.prototype.DebugData = function() {
		var f;
		f = this;
		f.http2FrameHeader.checkValid();
		return f.debugData;
	};
	http2GoAwayFrame.prototype.DebugData = function() { return this.$val.DebugData(); };
	http2parseGoAwayFrame = function(param, fh, countError, p) {
		var {countError, fh, p, param, $s, $r, $c} = $restore(this, {param, fh, countError, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!((fh.StreamID === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((fh.StreamID === 0))) { */ case 1:
			$r = countError("frame_goaway_has_stream"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(1)];
		/* } */ case 2:
		/* */ if (p.$length < 8) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (p.$length < 8) { */ case 4:
			$r = countError("frame_goaway_short"); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(6)];
		/* } */ case 5:
		$s = -1; return [new http2GoAwayFrame.ptr($clone(fh, http2FrameHeader), ($clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(p, 0, 4)) & 2147483647) >>> 0, (($clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(p, 4, 8)) >>> 0)), $subslice(p, 8)), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parseGoAwayFrame, $c: true, $r, countError, fh, p, param, $s};return $f;
	};
	http2Framer.ptr.prototype.WriteGoAway = function(maxStreamID, code, debugData) {
		var {$24r, _r$1, code, debugData, f, maxStreamID, $s, $r, $c} = $restore(this, {maxStreamID, code, debugData});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		f.startWrite(7, 0, 0);
		f.writeUint32((maxStreamID & 2147483647) >>> 0);
		f.writeUint32(((code >>> 0)));
		f.writeBytes(debugData);
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteGoAway, $c: true, $r, $24r, _r$1, code, debugData, f, maxStreamID, $s};return $f;
	};
	http2Framer.prototype.WriteGoAway = function(maxStreamID, code, debugData) { return this.$val.WriteGoAway(maxStreamID, code, debugData); };
	http2UnknownFrame.ptr.prototype.Payload = function() {
		var f;
		f = this;
		f.http2FrameHeader.checkValid();
		return f.p;
	};
	http2UnknownFrame.prototype.Payload = function() { return this.$val.Payload(); };
	http2parseUnknownFrame = function(param, fh, countError, p) {
		var countError, fh, p, param;
		return [new http2UnknownFrame.ptr($clone(fh, http2FrameHeader), p), $ifaceNil];
	};
	http2parseWindowUpdateFrame = function(param, fh, countError, p) {
		var {countError, fh, inc, p, param, x$5, $s, $r, $c} = $restore(this, {param, fh, countError, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!((p.$length === 4))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((p.$length === 4))) { */ case 1:
			$r = countError("frame_windowupdate_bad_len"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(6)];
		/* } */ case 2:
		inc = ($clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(p, 0, 4)) & 2147483647) >>> 0;
		/* */ if (inc === 0) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (inc === 0) { */ case 4:
			/* */ if (fh.StreamID === 0) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (fh.StreamID === 0) { */ case 6:
				$r = countError("frame_windowupdate_zero_inc_conn"); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [$ifaceNil, new http2ConnectionError(1)];
			/* } */ case 7:
			$r = countError("frame_windowupdate_zero_inc_stream"); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, (x$5 = http2streamError(fh.StreamID, 1), new x$5.constructor.elem(x$5))];
		/* } */ case 5:
		$s = -1; return [new http2WindowUpdateFrame.ptr($clone(fh, http2FrameHeader), inc), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parseWindowUpdateFrame, $c: true, $r, countError, fh, inc, p, param, x$5, $s};return $f;
	};
	http2Framer.ptr.prototype.WriteWindowUpdate = function(streamID, incr) {
		var {$24r, _r$1, f, incr, streamID, $s, $r, $c} = $restore(this, {streamID, incr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if ((incr < 1 || incr > 2147483647) && !f.AllowIllegalWrites) {
			$s = -1; return errors.New("illegal window increment value");
		}
		f.startWrite(8, 0, streamID);
		f.writeUint32(incr);
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteWindowUpdate, $c: true, $r, $24r, _r$1, f, incr, streamID, $s};return $f;
	};
	http2Framer.prototype.WriteWindowUpdate = function(streamID, incr) { return this.$val.WriteWindowUpdate(streamID, incr); };
	http2HeadersFrame.ptr.prototype.HeaderBlockFragment = function() {
		var f;
		f = this;
		f.http2FrameHeader.checkValid();
		return f.headerFragBuf;
	};
	http2HeadersFrame.prototype.HeaderBlockFragment = function() { return this.$val.HeaderBlockFragment(); };
	http2HeadersFrame.ptr.prototype.HeadersEnded = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(4);
	};
	http2HeadersFrame.prototype.HeadersEnded = function() { return this.$val.HeadersEnded(); };
	http2HeadersFrame.ptr.prototype.StreamEnded = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(1);
	};
	http2HeadersFrame.prototype.StreamEnded = function() { return this.$val.StreamEnded(); };
	http2HeadersFrame.ptr.prototype.HasPriority = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(32);
	};
	http2HeadersFrame.prototype.HasPriority = function() { return this.$val.HasPriority(); };
	http2parseHeadersFrame = function(param, fh, countError, p) {
		var {_, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, countError, err, fh, hf, p, padLength, param, v, x$5, x$6, $s, $r, $c} = $restore(this, {param, fh, countError, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = $ifaceNil;
		err = $ifaceNil;
		hf = new http2HeadersFrame.ptr($clone(fh, http2FrameHeader), new http2PriorityParam.ptr(0, false, 0), sliceType$3.nil);
		/* */ if (fh.StreamID === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fh.StreamID === 0) { */ case 1:
			$r = countError("frame_headers_zero_stream"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp = $ifaceNil;
			_tmp$1 = (x$5 = new http2connError.ptr(1, "HEADERS frame with stream ID 0"), new x$5.constructor.elem(x$5));
			_ = _tmp;
			err = _tmp$1;
			$s = -1; return [_, err];
		/* } */ case 2:
		padLength = 0;
		/* */ if (new http2Flags(fh.Flags).Has(8)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (new http2Flags(fh.Flags).Has(8)) { */ case 4:
			_tuple = http2readByte(p);
			p = _tuple[0];
			padLength = _tuple[1];
			err = _tuple[2];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
				$r = countError("frame_headers_pad_short"); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [_, err];
			/* } */ case 7:
		/* } */ case 5:
		/* */ if (new http2Flags(fh.Flags).Has(32)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (new http2Flags(fh.Flags).Has(32)) { */ case 9:
			v = 0;
			_tuple$1 = http2readUint32(p);
			p = _tuple$1[0];
			v = _tuple$1[1];
			err = _tuple$1[2];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 11:
				$r = countError("frame_headers_prio_short"); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$2 = $ifaceNil;
				_tmp$3 = err;
				_ = _tmp$2;
				err = _tmp$3;
				$s = -1; return [_, err];
			/* } */ case 12:
			hf.Priority.StreamDep = (v & 2147483647) >>> 0;
			hf.Priority.Exclusive = !((v === hf.Priority.StreamDep));
			_tuple$2 = http2readByte(p);
			p = _tuple$2[0];
			hf.Priority.Weight = _tuple$2[1];
			err = _tuple$2[2];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 14:
				$r = countError("frame_headers_prio_weight_short"); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tmp$4 = $ifaceNil;
				_tmp$5 = err;
				_ = _tmp$4;
				err = _tmp$5;
				$s = -1; return [_, err];
			/* } */ case 15:
		/* } */ case 10:
		/* */ if ((p.$length - ((padLength >> 0)) >> 0) < 0) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if ((p.$length - ((padLength >> 0)) >> 0) < 0) { */ case 17:
			$r = countError("frame_headers_pad_too_big"); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp$6 = $ifaceNil;
			_tmp$7 = (x$6 = http2streamError(fh.StreamID, 1), new x$6.constructor.elem(x$6));
			_ = _tmp$6;
			err = _tmp$7;
			$s = -1; return [_, err];
		/* } */ case 18:
		hf.headerFragBuf = $subslice(p, 0, (p.$length - ((padLength >> 0)) >> 0));
		_tmp$8 = hf;
		_tmp$9 = $ifaceNil;
		_ = _tmp$8;
		err = _tmp$9;
		$s = -1; return [_, err];
		/* */ } return; } var $f = {$blk: http2parseHeadersFrame, $c: true, $r, _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, countError, err, fh, hf, p, padLength, param, v, x$5, x$6, $s};return $f;
	};
	http2Framer.ptr.prototype.WriteHeaders = function(p) {
		var {$24r, _r$1, f, flags, p, v, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (!http2validStreamID(p.StreamID) && !f.AllowIllegalWrites) {
			$s = -1; return http2errStreamID;
		}
		flags = 0;
		if (!((p.PadLength === 0))) {
			flags = (flags | (8)) >>> 0;
		}
		if (p.EndStream) {
			flags = (flags | (1)) >>> 0;
		}
		if (p.EndHeaders) {
			flags = (flags | (4)) >>> 0;
		}
		if (!$clone(p.Priority, http2PriorityParam).IsZero()) {
			flags = (flags | (32)) >>> 0;
		}
		f.startWrite(1, flags, p.StreamID);
		if (!((p.PadLength === 0))) {
			f.writeByte(p.PadLength);
		}
		if (!$clone(p.Priority, http2PriorityParam).IsZero()) {
			v = p.Priority.StreamDep;
			if (!http2validStreamIDOrZero(v) && !f.AllowIllegalWrites) {
				$s = -1; return http2errDepStreamID;
			}
			if (p.Priority.Exclusive) {
				v = (v | (2147483648)) >>> 0;
			}
			f.writeUint32(v);
			f.writeByte(p.Priority.Weight);
		}
		f.wbuf = $appendSlice(f.wbuf, p.BlockFragment);
		f.wbuf = $appendSlice(f.wbuf, $subslice(http2padZeros, 0, p.PadLength));
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteHeaders, $c: true, $r, $24r, _r$1, f, flags, p, v, $s};return $f;
	};
	http2Framer.prototype.WriteHeaders = function(p) { return this.$val.WriteHeaders(p); };
	http2PriorityParam.ptr.prototype.IsZero = function() {
		var p;
		p = this;
		return $equal(p, new http2PriorityParam.ptr(0, false, 0), http2PriorityParam);
	};
	http2PriorityParam.prototype.IsZero = function() { return this.$val.IsZero(); };
	http2parsePriorityFrame = function(param, fh, countError, payload) {
		var {$24r, _r$1, countError, fh, param, payload, streamID, v, x$5, x$6, $s, $r, $c} = $restore(this, {param, fh, countError, payload});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (fh.StreamID === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fh.StreamID === 0) { */ case 1:
			$r = countError("frame_priority_zero_stream"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, (x$5 = new http2connError.ptr(1, "PRIORITY frame with stream ID 0"), new x$5.constructor.elem(x$5))];
		/* } */ case 2:
		/* */ if (!((payload.$length === 5))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!((payload.$length === 5))) { */ case 4:
			$r = countError("frame_priority_bad_length"); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$1 = fmt.Sprintf("PRIORITY frame payload size was %d; want 5", new sliceType([new $Int(payload.$length)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = [$ifaceNil, (x$6 = new http2connError.ptr(6, _r$1), new x$6.constructor.elem(x$6))];
			$s = 8; case 8: return $24r;
		/* } */ case 5:
		v = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(payload, 0, 4));
		streamID = (v & 2147483647) >>> 0;
		$s = -1; return [new http2PriorityFrame.ptr($clone(fh, http2FrameHeader), new http2PriorityParam.ptr(streamID, !((streamID === v)), (4 >= payload.$length ? ($throwRuntimeError("index out of range"), undefined) : payload.$array[payload.$offset + 4]))), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parsePriorityFrame, $c: true, $r, $24r, _r$1, countError, fh, param, payload, streamID, v, x$5, x$6, $s};return $f;
	};
	http2Framer.ptr.prototype.WritePriority = function(streamID, p) {
		var {$24r, _r$1, f, p, streamID, v, $s, $r, $c} = $restore(this, {streamID, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (!http2validStreamID(streamID) && !f.AllowIllegalWrites) {
			$s = -1; return http2errStreamID;
		}
		if (!http2validStreamIDOrZero(p.StreamDep)) {
			$s = -1; return http2errDepStreamID;
		}
		f.startWrite(2, 0, streamID);
		v = p.StreamDep;
		if (p.Exclusive) {
			v = (v | (2147483648)) >>> 0;
		}
		f.writeUint32(v);
		f.writeByte(p.Weight);
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WritePriority, $c: true, $r, $24r, _r$1, f, p, streamID, v, $s};return $f;
	};
	http2Framer.prototype.WritePriority = function(streamID, p) { return this.$val.WritePriority(streamID, p); };
	http2parseRSTStreamFrame = function(param, fh, countError, p) {
		var {countError, fh, p, param, $s, $r, $c} = $restore(this, {param, fh, countError, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!((p.$length === 4))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((p.$length === 4))) { */ case 1:
			$r = countError("frame_rststream_bad_len"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(6)];
		/* } */ case 2:
		/* */ if (fh.StreamID === 0) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (fh.StreamID === 0) { */ case 4:
			$r = countError("frame_rststream_zero_stream"); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, new http2ConnectionError(1)];
		/* } */ case 5:
		$s = -1; return [new http2RSTStreamFrame.ptr($clone(fh, http2FrameHeader), (($clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(p, 0, 4)) >>> 0))), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parseRSTStreamFrame, $c: true, $r, countError, fh, p, param, $s};return $f;
	};
	http2Framer.ptr.prototype.WriteRSTStream = function(streamID, code) {
		var {$24r, _r$1, code, f, streamID, $s, $r, $c} = $restore(this, {streamID, code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (!http2validStreamID(streamID) && !f.AllowIllegalWrites) {
			$s = -1; return http2errStreamID;
		}
		f.startWrite(3, 0, streamID);
		f.writeUint32(((code >>> 0)));
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteRSTStream, $c: true, $r, $24r, _r$1, code, f, streamID, $s};return $f;
	};
	http2Framer.prototype.WriteRSTStream = function(streamID, code) { return this.$val.WriteRSTStream(streamID, code); };
	http2parseContinuationFrame = function(param, fh, countError, p) {
		var {countError, fh, p, param, x$5, $s, $r, $c} = $restore(this, {param, fh, countError, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (fh.StreamID === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fh.StreamID === 0) { */ case 1:
			$r = countError("frame_continuation_zero_stream"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, (x$5 = new http2connError.ptr(1, "CONTINUATION frame with stream ID 0"), new x$5.constructor.elem(x$5))];
		/* } */ case 2:
		$s = -1; return [new http2ContinuationFrame.ptr($clone(fh, http2FrameHeader), p), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2parseContinuationFrame, $c: true, $r, countError, fh, p, param, x$5, $s};return $f;
	};
	http2ContinuationFrame.ptr.prototype.HeaderBlockFragment = function() {
		var f;
		f = this;
		f.http2FrameHeader.checkValid();
		return f.headerFragBuf;
	};
	http2ContinuationFrame.prototype.HeaderBlockFragment = function() { return this.$val.HeaderBlockFragment(); };
	http2ContinuationFrame.ptr.prototype.HeadersEnded = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(4);
	};
	http2ContinuationFrame.prototype.HeadersEnded = function() { return this.$val.HeadersEnded(); };
	http2Framer.ptr.prototype.WriteContinuation = function(streamID, endHeaders, headerBlockFragment) {
		var {$24r, _r$1, endHeaders, f, flags, headerBlockFragment, streamID, $s, $r, $c} = $restore(this, {streamID, endHeaders, headerBlockFragment});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (!http2validStreamID(streamID) && !f.AllowIllegalWrites) {
			$s = -1; return http2errStreamID;
		}
		flags = 0;
		if (endHeaders) {
			flags = (flags | (4)) >>> 0;
		}
		f.startWrite(9, flags, streamID);
		f.wbuf = $appendSlice(f.wbuf, headerBlockFragment);
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteContinuation, $c: true, $r, $24r, _r$1, endHeaders, f, flags, headerBlockFragment, streamID, $s};return $f;
	};
	http2Framer.prototype.WriteContinuation = function(streamID, endHeaders, headerBlockFragment) { return this.$val.WriteContinuation(streamID, endHeaders, headerBlockFragment); };
	http2PushPromiseFrame.ptr.prototype.HeaderBlockFragment = function() {
		var f;
		f = this;
		f.http2FrameHeader.checkValid();
		return f.headerFragBuf;
	};
	http2PushPromiseFrame.prototype.HeaderBlockFragment = function() { return this.$val.HeaderBlockFragment(); };
	http2PushPromiseFrame.ptr.prototype.HeadersEnded = function() {
		var f;
		f = this;
		return new http2Flags(f.http2FrameHeader.Flags).Has(4);
	};
	http2PushPromiseFrame.prototype.HeadersEnded = function() { return this.$val.HeadersEnded(); };
	http2parsePushPromise = function(param, fh, countError, p) {
		var {_, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, countError, err, fh, p, padLength, param, pp, $s, $r, $c} = $restore(this, {param, fh, countError, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ = $ifaceNil;
		err = $ifaceNil;
		pp = new http2PushPromiseFrame.ptr($clone(fh, http2FrameHeader), 0, sliceType$3.nil);
		/* */ if (pp.http2FrameHeader.StreamID === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (pp.http2FrameHeader.StreamID === 0) { */ case 1:
			$r = countError("frame_pushpromise_zero_stream"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp = $ifaceNil;
			_tmp$1 = new http2ConnectionError(1);
			_ = _tmp;
			err = _tmp$1;
			$s = -1; return [_, err];
		/* } */ case 2:
		padLength = 0;
		/* */ if (new http2Flags(fh.Flags).Has(8)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (new http2Flags(fh.Flags).Has(8)) { */ case 4:
			_tuple = http2readByte(p);
			p = _tuple[0];
			padLength = _tuple[1];
			err = _tuple[2];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
				$r = countError("frame_pushpromise_pad_short"); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [_, err];
			/* } */ case 7:
		/* } */ case 5:
		_tuple$1 = http2readUint32(p);
		p = _tuple$1[0];
		pp.PromiseID = _tuple$1[1];
		err = _tuple$1[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 9:
			$r = countError("frame_pushpromise_promiseid_short"); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [_, err];
		/* } */ case 10:
		pp.PromiseID = (pp.PromiseID & 2147483647) >>> 0;
		/* */ if (((padLength >> 0)) > p.$length) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (((padLength >> 0)) > p.$length) { */ case 12:
			$r = countError("frame_pushpromise_pad_too_big"); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tmp$2 = $ifaceNil;
			_tmp$3 = new http2ConnectionError(1);
			_ = _tmp$2;
			err = _tmp$3;
			$s = -1; return [_, err];
		/* } */ case 13:
		pp.headerFragBuf = $subslice(p, 0, (p.$length - ((padLength >> 0)) >> 0));
		_tmp$4 = pp;
		_tmp$5 = $ifaceNil;
		_ = _tmp$4;
		err = _tmp$5;
		$s = -1; return [_, err];
		/* */ } return; } var $f = {$blk: http2parsePushPromise, $c: true, $r, _, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tuple, _tuple$1, countError, err, fh, p, padLength, param, pp, $s};return $f;
	};
	http2Framer.ptr.prototype.WritePushPromise = function(p) {
		var {$24r, _r$1, f, flags, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		if (!http2validStreamID(p.StreamID) && !f.AllowIllegalWrites) {
			$s = -1; return http2errStreamID;
		}
		flags = 0;
		if (!((p.PadLength === 0))) {
			flags = (flags | (8)) >>> 0;
		}
		if (p.EndHeaders) {
			flags = (flags | (4)) >>> 0;
		}
		f.startWrite(5, flags, p.StreamID);
		if (!((p.PadLength === 0))) {
			f.writeByte(p.PadLength);
		}
		if (!http2validStreamID(p.PromiseID) && !f.AllowIllegalWrites) {
			$s = -1; return http2errStreamID;
		}
		f.writeUint32(p.PromiseID);
		f.wbuf = $appendSlice(f.wbuf, p.BlockFragment);
		f.wbuf = $appendSlice(f.wbuf, $subslice(http2padZeros, 0, p.PadLength));
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WritePushPromise, $c: true, $r, $24r, _r$1, f, flags, p, $s};return $f;
	};
	http2Framer.prototype.WritePushPromise = function(p) { return this.$val.WritePushPromise(p); };
	http2Framer.ptr.prototype.WriteRawFrame = function(t, flags, streamID, payload) {
		var {$24r, _r$1, f, flags, payload, streamID, t, $s, $r, $c} = $restore(this, {t, flags, streamID, payload});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this;
		f.startWrite(t, flags, streamID);
		f.writeBytes(payload);
		_r$1 = f.endWrite(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Framer.ptr.prototype.WriteRawFrame, $c: true, $r, $24r, _r$1, f, flags, payload, streamID, t, $s};return $f;
	};
	http2Framer.prototype.WriteRawFrame = function(t, flags, streamID, payload) { return this.$val.WriteRawFrame(t, flags, streamID, payload); };
	http2readByte = function(p) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, b, err, p, remain;
		remain = sliceType$3.nil;
		b = 0;
		err = $ifaceNil;
		if (p.$length === 0) {
			_tmp = sliceType$3.nil;
			_tmp$1 = 0;
			_tmp$2 = io.ErrUnexpectedEOF;
			remain = _tmp;
			b = _tmp$1;
			err = _tmp$2;
			return [remain, b, err];
		}
		_tmp$3 = $subslice(p, 1);
		_tmp$4 = (0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]);
		_tmp$5 = $ifaceNil;
		remain = _tmp$3;
		b = _tmp$4;
		err = _tmp$5;
		return [remain, b, err];
	};
	http2readUint32 = function(p) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, err, p, remain, v;
		remain = sliceType$3.nil;
		v = 0;
		err = $ifaceNil;
		if (p.$length < 4) {
			_tmp = sliceType$3.nil;
			_tmp$1 = 0;
			_tmp$2 = io.ErrUnexpectedEOF;
			remain = _tmp;
			v = _tmp$1;
			err = _tmp$2;
			return [remain, v, err];
		}
		_tmp$3 = $subslice(p, 4);
		_tmp$4 = $clone(binary.BigEndian, binary.bigEndian).Uint32($subslice(p, 0, 4));
		_tmp$5 = $ifaceNil;
		remain = _tmp$3;
		v = _tmp$4;
		err = _tmp$5;
		return [remain, v, err];
	};
	http2MetaHeadersFrame.ptr.prototype.PseudoValue = function(pseudo) {
		var _i, _ref, hf, mh, pseudo;
		mh = this;
		_ref = mh.Fields;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
			if (!$clone(hf, hpack.HeaderField).IsPseudo()) {
				return "";
			}
			if ($substring(hf.Name, 1) === pseudo) {
				return hf.Value;
			}
			_i++;
		}
		return "";
	};
	http2MetaHeadersFrame.prototype.PseudoValue = function(pseudo) { return this.$val.PseudoValue(pseudo); };
	http2MetaHeadersFrame.ptr.prototype.RegularFields = function() {
		var _i, _ref, hf, i, mh;
		mh = this;
		_ref = mh.Fields;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
			if (!$clone(hf, hpack.HeaderField).IsPseudo()) {
				return $subslice(mh.Fields, i);
			}
			_i++;
		}
		return sliceType$22.nil;
	};
	http2MetaHeadersFrame.prototype.RegularFields = function() { return this.$val.RegularFields(); };
	http2MetaHeadersFrame.ptr.prototype.PseudoFields = function() {
		var _i, _ref, hf, i, mh;
		mh = this;
		_ref = mh.Fields;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
			if (!$clone(hf, hpack.HeaderField).IsPseudo()) {
				return $subslice(mh.Fields, 0, i);
			}
			_i++;
		}
		return mh.Fields;
	};
	http2MetaHeadersFrame.prototype.PseudoFields = function() { return this.$val.PseudoFields(); };
	http2MetaHeadersFrame.ptr.prototype.checkPseudos = function() {
		var _1, _i, _i$1, _ref, _ref$1, _tmp, _tmp$1, hf, hf2, i, isRequest, isResponse, mh, pf;
		mh = this;
		_tmp = false;
		_tmp$1 = false;
		isRequest = _tmp;
		isResponse = _tmp$1;
		pf = mh.PseudoFields();
		_ref = pf;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
			_1 = hf.Name;
			if (_1 === (":method") || _1 === (":path") || _1 === (":scheme") || _1 === (":authority")) {
				isRequest = true;
			} else if (_1 === (":status")) {
				isResponse = true;
			} else {
				return new http2pseudoHeaderError((hf.Name));
			}
			_ref$1 = $subslice(pf, 0, i);
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				hf2 = $clone(((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]), hpack.HeaderField);
				if (hf.Name === hf2.Name) {
					return new http2duplicatePseudoHeaderError((hf.Name));
				}
				_i$1++;
			}
			_i++;
		}
		if (isRequest && isResponse) {
			return http2errMixPseudoHeaderTypes;
		}
		return $ifaceNil;
	};
	http2MetaHeadersFrame.prototype.checkPseudos = function() { return this.$val.checkPseudos(); };
	http2Framer.ptr.prototype.maxHeaderStringLen = function() {
		var fr, v;
		fr = this;
		v = fr.maxHeaderListSize();
		if (((((v >> 0)) >>> 0)) === v) {
			return ((v >> 0));
		}
		return 0;
	};
	http2Framer.prototype.maxHeaderStringLen = function() { return this.$val.maxHeaderStringLen(); };
	http2Framer.ptr.prototype.readMetaFrame = function(hf) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, err, err$1, err$2, err$3, f, fr, frag, hc, hdec, hf, invalid, mh, remainSize, sawRegular, x$5, x$6, $s, $deferred, $r, $c} = $restore(this, {hf});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		fr = [fr];
		hdec = [hdec];
		invalid = [invalid];
		mh = [mh];
		remainSize = [remainSize];
		sawRegular = [sawRegular];
		fr[0] = this;
		/* */ if (fr[0].AllowIllegalReads) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (fr[0].AllowIllegalReads) { */ case 1:
			$24r = [ptrType$76.nil, errors.New("illegal use of AllowIllegalReads with ReadMetaHeaders")];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		mh[0] = new http2MetaHeadersFrame.ptr(hf, sliceType$22.nil, false);
		remainSize[0] = fr[0].maxHeaderListSize();
		sawRegular[0] = false;
		invalid[0] = $ifaceNil;
		hdec[0] = fr[0].ReadMetaHeaders;
		hdec[0].SetEmitEnabled(true);
		hdec[0].SetMaxStringLength(fr[0].maxHeaderStringLen());
		hdec[0].SetEmitFunc((function(fr, hdec, invalid, mh, remainSize, sawRegular) { return function $b(hf$1) {
			var {hf$1, isPseudo, size, $s, $r, $c} = $restore(this, {hf$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (http2VerboseLogs && fr[0].logReads) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (http2VerboseLogs && fr[0].logReads) { */ case 1:
				$r = fr[0].debugReadLoggerf("http2: decoded hpack field %+v", new sliceType([new hf$1.constructor.elem(hf$1)])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			if (!httpguts.ValidHeaderFieldValue(hf$1.Value)) {
				invalid[0] = new http2headerFieldValueError((hf$1.Value));
			}
			isPseudo = strings.HasPrefix(hf$1.Name, ":");
			if (isPseudo) {
				if (sawRegular[0]) {
					invalid[0] = http2errPseudoAfterRegular;
				}
			} else {
				sawRegular[0] = true;
				if (!http2validWireHeaderFieldName(hf$1.Name)) {
					invalid[0] = new http2headerFieldNameError((hf$1.Name));
				}
			}
			if (!($interfaceIsEqual(invalid[0], $ifaceNil))) {
				hdec[0].SetEmitEnabled(false);
				$s = -1; return;
			}
			size = $clone(hf$1, hpack.HeaderField).Size();
			if (size > remainSize[0]) {
				hdec[0].SetEmitEnabled(false);
				mh[0].Truncated = true;
				$s = -1; return;
			}
			remainSize[0] = remainSize[0] - (size) >>> 0;
			mh[0].Fields = $append(mh[0].Fields, hf$1);
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, hf$1, isPseudo, size, $s};return $f;
		}; })(fr, hdec, invalid, mh, remainSize, sawRegular));
		$deferred.push([$methodVal(hdec[0], "SetEmitFunc"), [(function(fr, hdec, invalid, mh, remainSize, sawRegular) { return function(hf$1) {
			var hf$1;
		}; })(fr, hdec, invalid, mh, remainSize, sawRegular)]]);
		hc = hf;
		/* while (true) { */ case 4:
			_r$1 = hc.HeaderBlockFragment(); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			frag = _r$1;
			_r$2 = hdec[0].Write(frag); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 8:
				$24r$1 = [ptrType$76.nil, new http2ConnectionError(9)];
				$s = 10; case 10: return $24r$1;
			/* } */ case 9:
			_r$3 = hc.HeadersEnded(); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (_r$3) { */ case 11:
				/* break; */ $s = 5; continue;
			/* } */ case 12:
			_r$4 = fr[0].ReadFrame(); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$1 = _r$4;
			f = _tuple$1[0];
			err$1 = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 15:
				$24r$2 = [ptrType$76.nil, err$1];
				$s = 18; case 18: return $24r$2;
			/* } else { */ case 16:
				hc = $assertType(f, ptrType$77);
			/* } */ case 17:
		$s = 4; continue;
		case 5:
		mh[0].http2HeadersFrame.headerFragBuf = sliceType$3.nil;
		mh[0].http2HeadersFrame.http2FrameHeader.invalidate();
		err$2 = hdec[0].Close();
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 19:
			$24r$3 = [ptrType$76.nil, new http2ConnectionError(9)];
			$s = 21; case 21: return $24r$3;
		/* } */ case 20:
		/* */ if (!($interfaceIsEqual(invalid[0], $ifaceNil))) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (!($interfaceIsEqual(invalid[0], $ifaceNil))) { */ case 22:
			fr[0].errDetail = invalid[0];
			/* */ if (http2VerboseLogs) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (http2VerboseLogs) { */ case 24:
				$r = log.Printf("http2: invalid header: %v", new sliceType([invalid[0]])); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 25:
			$24r$4 = [ptrType$76.nil, (x$5 = new http2StreamError.ptr(mh[0].http2HeadersFrame.http2FrameHeader.StreamID, 1, invalid[0]), new x$5.constructor.elem(x$5))];
			$s = 27; case 27: return $24r$4;
		/* } */ case 23:
		err$3 = mh[0].checkPseudos();
		/* */ if (!($interfaceIsEqual(err$3, $ifaceNil))) { $s = 28; continue; }
		/* */ $s = 29; continue;
		/* if (!($interfaceIsEqual(err$3, $ifaceNil))) { */ case 28:
			fr[0].errDetail = err$3;
			/* */ if (http2VerboseLogs) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (http2VerboseLogs) { */ case 30:
				$r = log.Printf("http2: invalid pseudo headers: %v", new sliceType([err$3])); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 31:
			$24r$5 = [ptrType$76.nil, (x$6 = new http2StreamError.ptr(mh[0].http2HeadersFrame.http2FrameHeader.StreamID, 1, err$3), new x$6.constructor.elem(x$6))];
			$s = 33; case 33: return $24r$5;
		/* } */ case 29:
		$24r$6 = [mh[0], $ifaceNil];
		$s = 34; case 34: return $24r$6;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [ptrType$76.nil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2Framer.ptr.prototype.readMetaFrame, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, err, err$1, err$2, err$3, f, fr, frag, hc, hdec, hf, invalid, mh, remainSize, sawRegular, x$5, x$6, $s, $deferred};return $f; } }
	};
	http2Framer.prototype.readMetaFrame = function(hf) { return this.$val.readMetaFrame(hf); };
	http2summarizeFrame = function(f) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, buf, data, f, f$1, f$2, f$3, f$4, f$5, f$6, n, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		buf = [buf];
		n = [n];
		buf[0] = new bytes.Buffer.ptr(sliceType$3.nil, 0, 0);
		_r$1 = f.Header(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$r = $clone(_r$1, http2FrameHeader).writeDebug(buf[0]); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = f;
		/* */ if ($assertType(_ref, ptrType$78, true)[1]) { $s = 3; continue; }
		/* */ if ($assertType(_ref, ptrType$79, true)[1]) { $s = 4; continue; }
		/* */ if ($assertType(_ref, ptrType$80, true)[1]) { $s = 5; continue; }
		/* */ if ($assertType(_ref, ptrType$81, true)[1]) { $s = 6; continue; }
		/* */ if ($assertType(_ref, ptrType$82, true)[1]) { $s = 7; continue; }
		/* */ if ($assertType(_ref, ptrType$83, true)[1]) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if ($assertType(_ref, ptrType$78, true)[1]) { */ case 3:
			f$1 = _ref.$val;
			n[0] = 0;
			_r$2 = f$1.ForeachSetting((function(buf, n) { return function $b(s) {
				var {_r$2, _r$3, s, $s, $r, $c} = $restore(this, {s});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				n[0] = n[0] + (1) >> 0;
				/* */ if (n[0] === 1) { $s = 1; continue; }
				/* */ $s = 2; continue;
				/* if (n[0] === 1) { */ case 1:
					_r$2 = buf[0].WriteString(", settings:"); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
				/* } */ case 2:
				_r$3 = fmt.Fprintf(buf[0], " %v=%v,", new sliceType([new http2SettingID(s.ID), new $Uint32(s.Val)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				$s = -1; return $ifaceNil;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, _r$3, s, $s};return $f;
			}; })(buf, n)); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			if (n[0] > 0) {
				buf[0].Truncate(buf[0].Len() - 1 >> 0);
			}
			$s = 9; continue;
		/* } else if ($assertType(_ref, ptrType$79, true)[1]) { */ case 4:
			f$2 = _ref.$val;
			data = f$2.Data();
			if (data.$length > 256) {
				data = $subslice(data, 0, 256);
			}
			_r$3 = fmt.Fprintf(buf[0], " data=%q", new sliceType([data])); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			/* */ if (f$2.Data().$length > 256) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (f$2.Data().$length > 256) { */ case 12:
				_r$4 = fmt.Fprintf(buf[0], " (%d bytes omitted)", new sliceType([new $Int((f$2.Data().$length - 256 >> 0))])); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
			/* } */ case 13:
			$s = 9; continue;
		/* } else if ($assertType(_ref, ptrType$80, true)[1]) { */ case 5:
			f$3 = _ref.$val;
			/* */ if (f$3.http2FrameHeader.StreamID === 0) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (f$3.http2FrameHeader.StreamID === 0) { */ case 15:
				_r$5 = buf[0].WriteString(" (conn)"); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
			/* } */ case 16:
			_r$6 = fmt.Fprintf(buf[0], " incr=%v", new sliceType([new $Uint32(f$3.Increment)])); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6;
			$s = 9; continue;
		/* } else if ($assertType(_ref, ptrType$81, true)[1]) { */ case 6:
			f$4 = _ref.$val;
			_r$7 = fmt.Fprintf(buf[0], " ping=%q", new sliceType([new sliceType$3(f$4.Data)])); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$7;
			$s = 9; continue;
		/* } else if ($assertType(_ref, ptrType$82, true)[1]) { */ case 7:
			f$5 = _ref.$val;
			_r$8 = fmt.Fprintf(buf[0], " LastStreamID=%v ErrCode=%v Debug=%q", new sliceType([new $Uint32(f$5.LastStreamID), new http2ErrCode(f$5.ErrCode), f$5.debugData])); /* */ $s = 20; case 20: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
			$s = 9; continue;
		/* } else if ($assertType(_ref, ptrType$83, true)[1]) { */ case 8:
			f$6 = _ref.$val;
			_r$9 = fmt.Fprintf(buf[0], " ErrCode=%v", new sliceType([new http2ErrCode(f$6.ErrCode)])); /* */ $s = 21; case 21: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			_r$9;
		/* } */ case 9:
		$s = -1; return buf[0].String();
		/* */ } return; } var $f = {$blk: http2summarizeFrame, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, buf, data, f, f$1, f$2, f$3, f$4, f$5, f$6, n, $s};return $f;
	};
	http2traceHasWroteHeaderField = function(trace) {
		var trace;
		return !(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError);
	};
	http2traceWroteHeaderField = function(trace, k, v) {
		var {k, trace, v, $s, $r, $c} = $restore(this, {trace, k, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.WroteHeaderField === $throwNilPointerError)) { */ case 1:
			$r = trace.WroteHeaderField(k, new sliceType$2([v])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceWroteHeaderField, $c: true, $r, k, trace, v, $s};return $f;
	};
	http2traceGot1xxResponseFunc = function(trace) {
		var trace;
		if (!(trace === ptrType$19.nil)) {
			return trace.Got1xxResponse;
		}
		return $throwNilPointerError;
	};
	http2Transport.ptr.prototype.dialTLSWithContext = function(ctx, network, addr, cfg) {
		var {_r$1, _tuple, addr, cfg, cn, ctx, dialer, err, network, t, tlsCn, $s, $r, $c} = $restore(this, {ctx, network, addr, cfg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		dialer = new tls.Dialer.ptr(ptrType$84.nil, cfg);
		_r$1 = dialer.DialContext(ctx, network, addr); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		cn = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$30.nil, err];
		}
		tlsCn = $assertType(cn, ptrType$30);
		$s = -1; return [tlsCn, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.dialTLSWithContext, $c: true, $r, _r$1, _tuple, addr, cfg, cn, ctx, dialer, err, network, t, tlsCn, $s};return $f;
	};
	http2Transport.prototype.dialTLSWithContext = function(ctx, network, addr, cfg) { return this.$val.dialTLSWithContext(ctx, network, addr, cfg); };
	http2newGoroutineLock = function() {
		var {$24r, _r$1, x$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!http2DebugGoroutines) {
			$s = -1; return new http2goroutineLock(0, 0);
		}
		_r$1 = http2curGoroutineID(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = ((x$5 = _r$1, new http2goroutineLock(x$5.$high, x$5.$low)));
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2newGoroutineLock, $c: true, $r, $24r, _r$1, x$5, $s};return $f;
	};
	http2goroutineLock.prototype.check = function() {
		var {_r$1, g, x$5, x$6, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		g = this;
		if (!http2DebugGoroutines) {
			$s = -1; return;
		}
		_r$1 = http2curGoroutineID(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!((x$5 = _r$1, x$6 = (new $Uint64(g.$high, g.$low)), (x$5.$high === x$6.$high && x$5.$low === x$6.$low)))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((x$5 = _r$1, x$6 = (new $Uint64(g.$high, g.$low)), (x$5.$high === x$6.$high && x$5.$low === x$6.$low)))) { */ case 1:
			$panic(new $String("running on the wrong goroutine"));
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2goroutineLock.prototype.check, $c: true, $r, _r$1, g, x$5, x$6, $s};return $f;
	};
	$ptrType(http2goroutineLock).prototype.check = function() { return this.$get().check(); };
	http2goroutineLock.prototype.checkNotOn = function() {
		var {_r$1, g, x$5, x$6, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		g = this;
		if (!http2DebugGoroutines) {
			$s = -1; return;
		}
		_r$1 = http2curGoroutineID(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if ((x$5 = _r$1, x$6 = (new $Uint64(g.$high, g.$low)), (x$5.$high === x$6.$high && x$5.$low === x$6.$low))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((x$5 = _r$1, x$6 = (new $Uint64(g.$high, g.$low)), (x$5.$high === x$6.$high && x$5.$low === x$6.$low))) { */ case 1:
			$panic(new $String("running on the wrong goroutine"));
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2goroutineLock.prototype.checkNotOn, $c: true, $r, _r$1, g, x$5, x$6, $s};return $f;
	};
	$ptrType(http2goroutineLock).prototype.checkNotOn = function() { return this.$get().checkNotOn(); };
	http2curGoroutineID = function() {
		var {$24r, _r$1, _r$2, _r$3, _tuple, b, bp, err, i, n, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r$1 = http2littleBuf.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		bp = $assertType(_r$1, ptrType$6);
		$deferred.push([$methodVal(http2littleBuf, "Put"), [bp]]);
		b = bp.$get();
		b = $subslice(b, 0, runtime.Stack(b, false));
		b = bytes.TrimPrefix(b, http2goroutineSpace);
		i = bytes.IndexByte(b, 32);
		/* */ if (i < 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (i < 0) { */ case 2:
			_r$2 = fmt.Sprintf("No space found in %q", new sliceType([b])); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$panic(new $String(_r$2));
		/* } */ case 3:
		b = $subslice(b, 0, i);
		_tuple = http2parseUintBytes(b, 10, 64);
		n = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
			_r$3 = fmt.Sprintf("Failed to parse goroutine ID out of %q: %v", new sliceType([b, err])); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$panic(new $String(_r$3));
		/* } */ case 6:
		$24r = n;
		$s = 8; case 8: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return new $Uint64(0, 0); } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2curGoroutineID, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, b, bp, err, i, n, $s, $deferred};return $f; } }
	};
	http2parseUintBytes = function(s, base, bitSize) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, base, bitSize, cutoff, d, err, i, maxVal, n, n1, s, s0, v, x$5, x$6, $s;
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = new $Uint64(0, 0);
		err = $ifaceNil;
		_tmp = new $Uint64(0, 0);
		_tmp$1 = new $Uint64(0, 0);
		cutoff = _tmp;
		maxVal = _tmp$1;
		if (bitSize === 0) {
			bitSize = 32;
		}
		s0 = s;
			/* */ if (s.$length < 1) { $s = 2; continue; }
			/* */ if (2 <= base && base <= 36) { $s = 3; continue; }
			/* */ if ((base === 0)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (s.$length < 1) { */ case 2:
				err = strconv.ErrSyntax;
				/* goto Error */ $s = 7; continue;
				$s = 6; continue;
			/* } else if (2 <= base && base <= 36) { */ case 3:
				$s = 6; continue;
			/* } else if ((base === 0)) { */ case 4:
					/* */ if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 48) && s.$length > 1 && (((1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) === 120) || ((1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) === 88))) { $s = 9; continue; }
					/* */ if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 48)) { $s = 10; continue; }
					/* */ $s = 11; continue;
					/* if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 48) && s.$length > 1 && (((1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) === 120) || ((1 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 1]) === 88))) { */ case 9:
						base = 16;
						s = $subslice(s, 2);
						/* */ if (s.$length < 1) { $s = 13; continue; }
						/* */ $s = 14; continue;
						/* if (s.$length < 1) { */ case 13:
							err = strconv.ErrSyntax;
							/* goto Error */ $s = 7; continue;
						/* } */ case 14:
						$s = 12; continue;
					/* } else if (((0 >= s.$length ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + 0]) === 48)) { */ case 10:
						base = 8;
						$s = 12; continue;
					/* } else { */ case 11:
						base = 10;
					/* } */ case 12:
				case 8:
				$s = 6; continue;
			/* } else { */ case 5:
				err = errors.New("invalid base " + strconv.Itoa(base));
				/* goto Error */ $s = 7; continue;
			/* } */ case 6:
		case 1:
		n = new $Uint64(0, 0);
		cutoff = http2cutoff64(base);
		maxVal = (x$5 = $shiftLeft64(new $Uint64(0, 1), ((bitSize >>> 0))), new $Uint64(x$5.$high - 0, x$5.$low - 1));
		i = 0;
		/* while (true) { */ case 15:
			/* if (!(i < s.$length)) { break; } */ if(!(i < s.$length)) { $s = 16; continue; }
			v = 0;
			d = ((i < 0 || i >= s.$length) ? ($throwRuntimeError("index out of range"), undefined) : s.$array[s.$offset + i]);
				/* */ if (48 <= d && d <= 57) { $s = 18; continue; }
				/* */ if (97 <= d && d <= 122) { $s = 19; continue; }
				/* */ if (65 <= d && d <= 90) { $s = 20; continue; }
				/* */ $s = 21; continue;
				/* if (48 <= d && d <= 57) { */ case 18:
					v = d - 48 << 24 >>> 24;
					$s = 22; continue;
				/* } else if (97 <= d && d <= 122) { */ case 19:
					v = (d - 97 << 24 >>> 24) + 10 << 24 >>> 24;
					$s = 22; continue;
				/* } else if (65 <= d && d <= 90) { */ case 20:
					v = (d - 65 << 24 >>> 24) + 10 << 24 >>> 24;
					$s = 22; continue;
				/* } else { */ case 21:
					n = new $Uint64(0, 0);
					err = strconv.ErrSyntax;
					/* goto Error */ $s = 7; continue;
				/* } */ case 22:
			case 17:
			/* */ if (((v >> 0)) >= base) { $s = 23; continue; }
			/* */ $s = 24; continue;
			/* if (((v >> 0)) >= base) { */ case 23:
				n = new $Uint64(0, 0);
				err = strconv.ErrSyntax;
				/* goto Error */ $s = 7; continue;
			/* } */ case 24:
			/* */ if ((n.$high > cutoff.$high || (n.$high === cutoff.$high && n.$low >= cutoff.$low))) { $s = 25; continue; }
			/* */ $s = 26; continue;
			/* if ((n.$high > cutoff.$high || (n.$high === cutoff.$high && n.$low >= cutoff.$low))) { */ case 25:
				n = new $Uint64(4294967295, 4294967295);
				err = strconv.ErrRange;
				/* goto Error */ $s = 7; continue;
			/* } */ case 26:
			n = $mul64(n, ((new $Uint64(0, base))));
			n1 = (x$6 = (new $Uint64(0, v)), new $Uint64(n.$high + x$6.$high, n.$low + x$6.$low));
			/* */ if ((n1.$high < n.$high || (n1.$high === n.$high && n1.$low < n.$low)) || (n1.$high > maxVal.$high || (n1.$high === maxVal.$high && n1.$low > maxVal.$low))) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if ((n1.$high < n.$high || (n1.$high === n.$high && n1.$low < n.$low)) || (n1.$high > maxVal.$high || (n1.$high === maxVal.$high && n1.$low > maxVal.$low))) { */ case 27:
				n = new $Uint64(4294967295, 4294967295);
				err = strconv.ErrRange;
				/* goto Error */ $s = 7; continue;
			/* } */ case 28:
			n = n1;
			i = i + (1) >> 0;
		$s = 15; continue;
		case 16:
		_tmp$2 = n;
		_tmp$3 = $ifaceNil;
		n = _tmp$2;
		err = _tmp$3;
		$s = -1; return [n, err];
		/* Error: */ case 7:
		_tmp$4 = n;
		_tmp$5 = new strconv.NumError.ptr("ParseUint", ($bytesToString(s0)), err);
		n = _tmp$4;
		err = _tmp$5;
		$s = -1; return [n, err];
		/* */ } return; }
	};
	http2cutoff64 = function(base) {
		var base, x$5;
		if (base < 2) {
			return new $Uint64(0, 0);
		}
		return (x$5 = $div64(new $Uint64(4294967295, 4294967295), (new $Uint64(0, base)), false), new $Uint64(x$5.$high + 0, x$5.$low + 1));
	};
	http2buildCommonHeaderMapsOnce = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = http2commonBuildOnce.Do(http2buildCommonHeaderMaps); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2buildCommonHeaderMapsOnce, $c: true, $r, $s};return $f;
	};
	http2buildCommonHeaderMaps = function() {
		var {_i, _key, _key$1, _r$1, _ref, chk, common, v, x$5, x$6, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		common = new sliceType$2(["accept", "accept-charset", "accept-encoding", "accept-language", "accept-ranges", "age", "access-control-allow-origin", "allow", "authorization", "cache-control", "content-disposition", "content-encoding", "content-language", "content-length", "content-location", "content-range", "content-type", "cookie", "date", "etag", "expect", "expires", "from", "host", "if-match", "if-modified-since", "if-none-match", "if-unmodified-since", "last-modified", "link", "location", "max-forwards", "proxy-authenticate", "proxy-authorization", "range", "referer", "refresh", "retry-after", "server", "set-cookie", "strict-transport-security", "trailer", "transfer-encoding", "user-agent", "vary", "via", "www-authenticate"]);
		http2commonLowerHeader = (x$5 = common.$length, ((x$5 < 0 || x$5 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		http2commonCanonHeader = (x$6 = common.$length, ((x$6 < 0 || x$6 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_ref = common;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r$1 = CanonicalHeaderKey(v); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			chk = _r$1;
			_key = chk; (http2commonLowerHeader || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: v };
			_key$1 = v; (http2commonCanonHeader || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: chk };
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2buildCommonHeaderMaps, $c: true, $r, _i, _key, _key$1, _r$1, _ref, chk, common, v, x$5, x$6, $s};return $f;
	};
	http2lowerHeader = function(v) {
		var {$24r, _entry, _r$1, _tmp, _tmp$1, _tuple, _tuple$1, ascii$1, lower, ok, s, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lower = "";
		ascii$1 = false;
		$r = http2buildCommonHeaderMapsOnce(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = http2commonLowerHeader[$String.keyFor(v)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		s = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			_tmp = s;
			_tmp$1 = true;
			lower = _tmp;
			ascii$1 = _tmp$1;
			$s = -1; return [lower, ascii$1];
		}
		_r$1 = http2asciiToLower(v); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		lower = _tuple$1[0];
		ascii$1 = _tuple$1[1];
		$24r = [lower, ascii$1];
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2lowerHeader, $c: true, $r, $24r, _entry, _r$1, _tmp, _tmp$1, _tuple, _tuple$1, ascii$1, lower, ok, s, v, $s};return $f;
	};
	init = function() {
		var {_r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = os.Getenv("GODEBUG"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		e = _r$1;
		if (strings.Contains(e, "http2debug=1")) {
			http2VerboseLogs = true;
		}
		if (strings.Contains(e, "http2debug=2")) {
			http2VerboseLogs = true;
			http2logFrameWrites = true;
			http2logFrameReads = true;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, _r$1, e, $s};return $f;
	};
	http2streamState.prototype.String = function() {
		var st;
		st = this.$val;
		return ((st < 0 || st >= http2stateName.length) ? ($throwRuntimeError("index out of range"), undefined) : http2stateName[st]);
	};
	$ptrType(http2streamState).prototype.String = function() { return new http2streamState(this.$get()).String(); };
	http2Setting.ptr.prototype.String = function() {
		var {$24r, _r$1, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r$1 = fmt.Sprintf("[%v = %d]", new sliceType([new http2SettingID(s.ID), new $Uint32(s.Val)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Setting.ptr.prototype.String, $c: true, $r, $24r, _r$1, s, $s};return $f;
	};
	http2Setting.prototype.String = function() { return this.$val.String(); };
	http2Setting.ptr.prototype.Valid = function() {
		var _1, s;
		s = this;
		_1 = s.ID;
		if (_1 === (2)) {
			if (!((s.Val === 1)) && !((s.Val === 0))) {
				return new http2ConnectionError(1);
			}
		} else if (_1 === (4)) {
			if (s.Val > 2147483647) {
				return new http2ConnectionError(3);
			}
		} else if (_1 === (5)) {
			if (s.Val < 16384 || s.Val > 16777215) {
				return new http2ConnectionError(1);
			}
		}
		return $ifaceNil;
	};
	http2Setting.prototype.Valid = function() { return this.$val.Valid(); };
	http2SettingID.prototype.String = function() {
		var {$24r, _entry, _r$1, _tuple, ok, s, v, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this.$val;
		_tuple = (_entry = http2settingName[http2SettingID.keyFor(s)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		v = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return v;
		}
		_r$1 = fmt.Sprintf("UNKNOWN_SETTING_%d", new sliceType([new $Uint16(((s << 16 >>> 16)))])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2SettingID.prototype.String, $c: true, $r, $24r, _entry, _r$1, _tuple, ok, s, v, $s};return $f;
	};
	$ptrType(http2SettingID).prototype.String = function() { return new http2SettingID(this.$get()).String(); };
	http2validWireHeaderFieldName = function(v) {
		var _i, _ref, _rune, r, v;
		if (v.length === 0) {
			return false;
		}
		_ref = v;
		_i = 0;
		while (true) {
			if (!(_i < _ref.length)) { break; }
			_rune = $decodeRune(_ref, _i);
			r = _rune[0];
			if (!httpguts.IsTokenRune(r)) {
				return false;
			}
			if (65 <= r && r <= 90) {
				return false;
			}
			_i += _rune[1];
		}
		return true;
	};
	http2httpCodeString = function(code) {
		var _1, code;
		_1 = code;
		if (_1 === (200)) {
			return "200";
		} else if (_1 === (404)) {
			return "404";
		}
		return strconv.Itoa(code);
	};
	http2gate.prototype.Done = function() {
		var {g, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		g = this.$val;
		$r = $send(g, $clone(new structType.ptr(), structType)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2gate.prototype.Done, $c: true, $r, g, $s};return $f;
	};
	$ptrType(http2gate).prototype.Done = function() { return new http2gate(this.$get()).Done(); };
	http2gate.prototype.Wait = function() {
		var {_r$1, g, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		g = this.$val;
		_r$1 = $recv(g); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1[0];
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2gate.prototype.Wait, $c: true, $r, _r$1, g, $s};return $f;
	};
	$ptrType(http2gate).prototype.Wait = function() { return new http2gate(this.$get()).Wait(); };
	$ptrType(http2closeWaiter).prototype.Init = function() {
		var cw;
		cw = this;
		cw.$set(new $Chan(structType, 0));
	};
	http2closeWaiter.prototype.Close = function() {
		var cw;
		cw = this.$val;
		$close(cw);
	};
	$ptrType(http2closeWaiter).prototype.Close = function() { return new http2closeWaiter(this.$get()).Close(); };
	http2closeWaiter.prototype.Wait = function() {
		var {_r$1, cw, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cw = this.$val;
		_r$1 = $recv(cw); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1[0];
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2closeWaiter.prototype.Wait, $c: true, $r, _r$1, cw, $s};return $f;
	};
	$ptrType(http2closeWaiter).prototype.Wait = function() { return new http2closeWaiter(this.$get()).Wait(); };
	http2newBufferedWriter = function(w) {
		var w;
		return new http2bufferedWriter.ptr(arrayType.zero(), w, ptrType$14.nil);
	};
	http2bufferedWriter.ptr.prototype.Available = function() {
		var w;
		w = this;
		if (w.bw === ptrType$14.nil) {
			return 4096;
		}
		return w.bw.Available();
	};
	http2bufferedWriter.prototype.Available = function() { return this.$val.Available(); };
	http2bufferedWriter.ptr.prototype.Write = function(p) {
		var {$24r, _r$1, _r$2, _tuple, bw, err, n, p, w, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		/* */ if (w.bw === ptrType$14.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (w.bw === ptrType$14.nil) { */ case 1:
			_r$1 = http2bufWriterPool.Get(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			bw = $assertType(_r$1, ptrType$14);
			bw.Reset(w.w);
			w.bw = bw;
		/* } */ case 2:
		_r$2 = w.bw.Write(p); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple = _r$2;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: http2bufferedWriter.ptr.prototype.Write, $c: true, $r, $24r, _r$1, _r$2, _tuple, bw, err, n, p, w, $s};return $f;
	};
	http2bufferedWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	http2bufferedWriter.ptr.prototype.Flush = function() {
		var {_r$1, bw, err, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		bw = w.bw;
		if (bw === ptrType$14.nil) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = bw.Flush(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		bw.Reset($ifaceNil);
		http2bufWriterPool.Put(bw);
		w.bw = ptrType$14.nil;
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: http2bufferedWriter.ptr.prototype.Flush, $c: true, $r, _r$1, bw, err, w, $s};return $f;
	};
	http2bufferedWriter.prototype.Flush = function() { return this.$val.Flush(); };
	http2mustUint31 = function(v) {
		var v;
		if (v < 0 || v > 2147483647) {
			$panic(new $String("out of range"));
		}
		return ((v >>> 0));
	};
	http2bodyAllowedForStatus = function(status) {
		var status;
		if (status >= 100 && status <= 199) {
			return false;
		} else if ((status === 204)) {
			return false;
		} else if ((status === 304)) {
			return false;
		}
		return true;
	};
	http2httpError.ptr.prototype.Error = function() {
		var e;
		e = this;
		return e.msg;
	};
	http2httpError.prototype.Error = function() { return this.$val.Error(); };
	http2httpError.ptr.prototype.Timeout = function() {
		var e;
		e = this;
		return e.timeout;
	};
	http2httpError.prototype.Timeout = function() { return this.$val.Timeout(); };
	http2httpError.ptr.prototype.Temporary = function() {
		var e;
		e = this;
		return true;
	};
	http2httpError.prototype.Temporary = function() { return this.$val.Temporary(); };
	http2sorter.ptr.prototype.Len = function() {
		var s;
		s = this;
		return s.v.$length;
	};
	http2sorter.prototype.Len = function() { return this.$val.Len(); };
	http2sorter.ptr.prototype.Swap = function(i, j) {
		var _tmp, _tmp$1, i, j, s, x$5, x$6, x$7, x$8;
		s = this;
		_tmp = (x$5 = s.v, ((j < 0 || j >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + j]));
		_tmp$1 = (x$6 = s.v, ((i < 0 || i >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + i]));
		(x$7 = s.v, ((i < 0 || i >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + i] = _tmp));
		(x$8 = s.v, ((j < 0 || j >= x$8.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$8.$array[x$8.$offset + j] = _tmp$1));
	};
	http2sorter.prototype.Swap = function(i, j) { return this.$val.Swap(i, j); };
	http2sorter.ptr.prototype.Less = function(i, j) {
		var i, j, s, x$5, x$6;
		s = this;
		return (x$5 = s.v, ((i < 0 || i >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i])) < (x$6 = s.v, ((j < 0 || j >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + j]));
	};
	http2sorter.prototype.Less = function(i, j) { return this.$val.Less(i, j); };
	http2sorter.ptr.prototype.Keys = function(h) {
		var {_entry, _i, _keys, _ref, h, k, keys, s, $s, $r, $c} = $restore(this, {h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		keys = $subslice(s.v, 0, 0);
		_ref = h;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			keys = $append(keys, k);
			_i++;
		}
		s.v = keys;
		$r = sort.Sort(s); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return keys;
		/* */ } return; } var $f = {$blk: http2sorter.ptr.prototype.Keys, $c: true, $r, _entry, _i, _keys, _ref, h, k, keys, s, $s};return $f;
	};
	http2sorter.prototype.Keys = function(h) { return this.$val.Keys(h); };
	http2sorter.ptr.prototype.SortStrings = function(ss) {
		var {s, save, ss, $s, $r, $c} = $restore(this, {ss});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		save = s.v;
		s.v = ss;
		$r = sort.Sort(s); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		s.v = save;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2sorter.ptr.prototype.SortStrings, $c: true, $r, s, save, ss, $s};return $f;
	};
	http2sorter.prototype.SortStrings = function(ss) { return this.$val.SortStrings(ss); };
	http2validPseudoPath = function(v) {
		var v;
		return (v.length > 0 && (v.charCodeAt(0) === 47)) || v === "*";
	};
	http2pipe.ptr.prototype.setBuffer = function(b) {
		var {b, p, $s, $deferred, $r, $c} = $restore(this, {b});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		/* */ if (!($interfaceIsEqual(p.err, $ifaceNil)) || !($interfaceIsEqual(p.breakErr, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(p.err, $ifaceNil)) || !($interfaceIsEqual(p.breakErr, $ifaceNil))) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		p.b = b;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2pipe.ptr.prototype.setBuffer, $c: true, $r, b, p, $s, $deferred};return $f; } }
	};
	http2pipe.prototype.setBuffer = function(b) { return this.$val.setBuffer(b); };
	http2pipe.ptr.prototype.Len = function() {
		var {$24r, $24r$1, _r$1, p, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		/* */ if ($interfaceIsEqual(p.b, $ifaceNil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($interfaceIsEqual(p.b, $ifaceNil)) { */ case 2:
			$24r = p.unread;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		_r$1 = p.b.Len(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$1 = _r$1;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return 0; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2pipe.ptr.prototype.Len, $c: true, $r, $24r, $24r$1, _r$1, p, $s, $deferred};return $f; } }
	};
	http2pipe.prototype.Len = function() { return this.$val.Len(); };
	http2pipe.ptr.prototype.Read = function(d) {
		var {$24r, $24r$1, $24r$2, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _v, d, err, n, p, $s, $deferred, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		n = 0;
		err = $ifaceNil;
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		if ($interfaceIsEqual(p.c.L, $ifaceNil)) {
			p.c.L = p.mu;
		}
		/* while (true) { */ case 2:
			/* */ if (!($interfaceIsEqual(p.breakErr, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(p.breakErr, $ifaceNil))) { */ case 4:
				_tmp = 0;
				_tmp$1 = p.breakErr;
				n = _tmp;
				err = _tmp$1;
				$24r = [n, err];
				$s = 6; case 6: return $24r;
			/* } */ case 5:
			if (!(!($interfaceIsEqual(p.b, $ifaceNil)))) { _v = false; $s = 9; continue s; }
			_r$1 = p.b.Len(); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_v = _r$1 > 0; case 9:
			/* */ if (_v) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (_v) { */ case 7:
				_r$2 = p.b.Read(d); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple = _r$2;
				n = _tuple[0];
				err = _tuple[1];
				$24r$1 = [n, err];
				$s = 12; case 12: return $24r$1;
			/* } */ case 8:
			/* */ if (!($interfaceIsEqual(p.err, $ifaceNil))) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (!($interfaceIsEqual(p.err, $ifaceNil))) { */ case 13:
				/* */ if (!(p.readFn === $throwNilPointerError)) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (!(p.readFn === $throwNilPointerError)) { */ case 15:
					$r = p.readFn(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					p.readFn = $throwNilPointerError;
				/* } */ case 16:
				p.b = $ifaceNil;
				_tmp$2 = 0;
				_tmp$3 = p.err;
				n = _tmp$2;
				err = _tmp$3;
				$24r$2 = [n, err];
				$s = 18; case 18: return $24r$2;
			/* } */ case 14:
			$r = p.c.Wait(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 2; continue;
		case 3:
		$s = -1; return [n, err];
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: http2pipe.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _v, d, err, n, p, $s, $deferred};return $f; } }
	};
	http2pipe.prototype.Read = function(d) { return this.$val.Read(d); };
	http2pipe.ptr.prototype.Write = function(d) {
		var {$24r, $24r$1, $24r$2, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, d, err, n, p, $s, $deferred, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		n = 0;
		err = $ifaceNil;
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		if ($interfaceIsEqual(p.c.L, $ifaceNil)) {
			p.c.L = p.mu;
		}
		$deferred.push([$methodVal(p.c, "Signal"), []]);
		/* */ if (!($interfaceIsEqual(p.err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(p.err, $ifaceNil))) { */ case 2:
			_tmp = 0;
			_tmp$1 = http2errClosedPipeWrite;
			n = _tmp;
			err = _tmp$1;
			$24r = [n, err];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		/* */ if (!($interfaceIsEqual(p.breakErr, $ifaceNil))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!($interfaceIsEqual(p.breakErr, $ifaceNil))) { */ case 5:
			p.unread = p.unread + (d.$length) >> 0;
			_tmp$2 = d.$length;
			_tmp$3 = $ifaceNil;
			n = _tmp$2;
			err = _tmp$3;
			$24r$1 = [n, err];
			$s = 7; case 7: return $24r$1;
		/* } */ case 6:
		_r$1 = p.b.Write(d); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r$2 = [n, err];
		$s = 9; case 9: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: http2pipe.ptr.prototype.Write, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, d, err, n, p, $s, $deferred};return $f; } }
	};
	http2pipe.prototype.Write = function(d) { return this.$val.Write(d); };
	http2pipe.ptr.prototype.CloseWithError = function(err) {
		var {err, p, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = p.closeWithError((p.$ptr_err || (p.$ptr_err = new ptrType$85(function() { return this.$target.err; }, function($v) { this.$target.err = $v; }, p))), err, $throwNilPointerError); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2pipe.ptr.prototype.CloseWithError, $c: true, $r, err, p, $s};return $f;
	};
	http2pipe.prototype.CloseWithError = function(err) { return this.$val.CloseWithError(err); };
	http2pipe.ptr.prototype.BreakWithError = function(err) {
		var {err, p, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = p.closeWithError((p.$ptr_breakErr || (p.$ptr_breakErr = new ptrType$85(function() { return this.$target.breakErr; }, function($v) { this.$target.breakErr = $v; }, p))), err, $throwNilPointerError); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2pipe.ptr.prototype.BreakWithError, $c: true, $r, err, p, $s};return $f;
	};
	http2pipe.prototype.BreakWithError = function(err) { return this.$val.BreakWithError(err); };
	http2pipe.ptr.prototype.closeWithErrorAndCode = function(err, fn) {
		var {err, fn, p, $s, $r, $c} = $restore(this, {err, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = p.closeWithError((p.$ptr_err || (p.$ptr_err = new ptrType$85(function() { return this.$target.err; }, function($v) { this.$target.err = $v; }, p))), err, fn); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2pipe.ptr.prototype.closeWithErrorAndCode, $c: true, $r, err, fn, p, $s};return $f;
	};
	http2pipe.prototype.closeWithErrorAndCode = function(err, fn) { return this.$val.closeWithErrorAndCode(err, fn); };
	http2pipe.ptr.prototype.closeWithError = function(dst, err, fn) {
		var {_r$1, dst, err, fn, p, $s, $deferred, $r, $c} = $restore(this, {dst, err, fn});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		if ($interfaceIsEqual(err, $ifaceNil)) {
			$panic(new $String("err must be non-nil"));
		}
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		if ($interfaceIsEqual(p.c.L, $ifaceNil)) {
			p.c.L = p.mu;
		}
		$deferred.push([$methodVal(p.c, "Signal"), []]);
		/* */ if (!($interfaceIsEqual(dst.$get(), $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(dst.$get(), $ifaceNil))) { */ case 2:
			$s = 4; case 4: return;
		/* } */ case 3:
		p.readFn = fn;
		/* */ if (dst === (p.$ptr_breakErr || (p.$ptr_breakErr = new ptrType$85(function() { return this.$target.breakErr; }, function($v) { this.$target.breakErr = $v; }, p)))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (dst === (p.$ptr_breakErr || (p.$ptr_breakErr = new ptrType$85(function() { return this.$target.breakErr; }, function($v) { this.$target.breakErr = $v; }, p)))) { */ case 5:
			/* */ if (!($interfaceIsEqual(p.b, $ifaceNil))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!($interfaceIsEqual(p.b, $ifaceNil))) { */ case 7:
				_r$1 = p.b.Len(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				p.unread = p.unread + (_r$1) >> 0;
			/* } */ case 8:
			p.b = $ifaceNil;
		/* } */ case 6:
		dst.$set(err);
		p.closeDoneLocked();
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2pipe.ptr.prototype.closeWithError, $c: true, $r, _r$1, dst, err, fn, p, $s, $deferred};return $f; } }
	};
	http2pipe.prototype.closeWithError = function(dst, err, fn) { return this.$val.closeWithError(dst, err, fn); };
	http2pipe.ptr.prototype.closeDoneLocked = function() {
		var _selection, p;
		p = this;
		if (p.donec === $chanNil) {
			return;
		}
		_selection = $select([[p.donec], []]);
		if (_selection[0] === 0) {
		} else if (_selection[0] === 1) {
			$close(p.donec);
		}
	};
	http2pipe.prototype.closeDoneLocked = function() { return this.$val.closeDoneLocked(); };
	http2pipe.ptr.prototype.Err = function() {
		var {$24r, $24r$1, p, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		/* */ if (!($interfaceIsEqual(p.breakErr, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(p.breakErr, $ifaceNil))) { */ case 2:
			$24r = p.breakErr;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$24r$1 = p.err;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2pipe.ptr.prototype.Err, $c: true, $r, $24r, $24r$1, p, $s, $deferred};return $f; } }
	};
	http2pipe.prototype.Err = function() { return this.$val.Err(); };
	http2pipe.ptr.prototype.Done = function() {
		var {$24r, p, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		p = this;
		$r = p.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(p.mu, "Unlock"), []]);
		if (p.donec === $chanNil) {
			p.donec = new $Chan(structType, 0);
			if (!($interfaceIsEqual(p.err, $ifaceNil)) || !($interfaceIsEqual(p.breakErr, $ifaceNil))) {
				p.closeDoneLocked();
			}
		}
		$24r = p.donec;
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $chanNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2pipe.ptr.prototype.Done, $c: true, $r, $24r, p, $s, $deferred};return $f; } }
	};
	http2pipe.prototype.Done = function() { return this.$val.Done(); };
	http2Server.ptr.prototype.initialConnRecvWindowSize = function() {
		var s;
		s = this;
		if (s.MaxUploadBufferPerConnection > 65535) {
			return s.MaxUploadBufferPerConnection;
		}
		return 1048576;
	};
	http2Server.prototype.initialConnRecvWindowSize = function() { return this.$val.initialConnRecvWindowSize(); };
	http2Server.ptr.prototype.initialStreamRecvWindowSize = function() {
		var s;
		s = this;
		if (s.MaxUploadBufferPerStream > 0) {
			return s.MaxUploadBufferPerStream;
		}
		return 1048576;
	};
	http2Server.prototype.initialStreamRecvWindowSize = function() { return this.$val.initialStreamRecvWindowSize(); };
	http2Server.ptr.prototype.maxReadFrameSize = function() {
		var s, v;
		s = this;
		v = s.MaxReadFrameSize;
		if (v >= 16384 && v <= 16777215) {
			return v;
		}
		return 1048576;
	};
	http2Server.prototype.maxReadFrameSize = function() { return this.$val.maxReadFrameSize(); };
	http2Server.ptr.prototype.maxConcurrentStreams = function() {
		var s, v;
		s = this;
		v = s.MaxConcurrentStreams;
		if (v > 0) {
			return v;
		}
		return 250;
	};
	http2Server.prototype.maxConcurrentStreams = function() { return this.$val.maxConcurrentStreams(); };
	http2Server.ptr.prototype.maxQueuedControlFrames = function() {
		var s;
		s = this;
		return 10000;
	};
	http2Server.prototype.maxQueuedControlFrames = function() { return this.$val.maxQueuedControlFrames(); };
	http2serverInternalState.ptr.prototype.registerConn = function(sc) {
		var {_key, s, sc, $s, $r, $c} = $restore(this, {sc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (s === ptrType$60.nil) {
			$s = -1; return;
		}
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_key = sc; (s.activeConns || $throwRuntimeError("assignment to entry in nil map"))[ptrType$13.keyFor(_key)] = { k: _key, v: new structType.ptr() };
		$r = s.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverInternalState.ptr.prototype.registerConn, $c: true, $r, _key, s, sc, $s};return $f;
	};
	http2serverInternalState.prototype.registerConn = function(sc) { return this.$val.registerConn(sc); };
	http2serverInternalState.ptr.prototype.unregisterConn = function(sc) {
		var {s, sc, $s, $r, $c} = $restore(this, {sc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (s === ptrType$60.nil) {
			$s = -1; return;
		}
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		delete s.activeConns[ptrType$13.keyFor(sc)];
		$r = s.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverInternalState.ptr.prototype.unregisterConn, $c: true, $r, s, sc, $s};return $f;
	};
	http2serverInternalState.prototype.unregisterConn = function(sc) { return this.$val.unregisterConn(sc); };
	http2serverInternalState.ptr.prototype.startGracefulShutdown = function() {
		var {_entry, _i, _keys, _ref, s, sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (s === ptrType$60.nil) {
			$s = -1; return;
		}
		$r = s.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = s.activeConns;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			sc = _entry.k;
			$r = sc.startGracefulShutdown(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		$r = s.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverInternalState.ptr.prototype.startGracefulShutdown, $c: true, $r, _entry, _i, _keys, _ref, s, sc, $s};return $f;
	};
	http2serverInternalState.prototype.startGracefulShutdown = function() { return this.$val.startGracefulShutdown(); };
	http2ConfigureServer = function(s, conf) {
		var {$24r, _1, _i, _key, _r$1, _ref, _tmp, _tmp$1, conf, cs, h1, h2, haveRequired, protoHandler, s, x$5, x$6, $s, $r, $c} = $restore(this, {s, conf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		conf = [conf];
		if (s === ptrType$46.nil) {
			$panic(new $String("nil *http.Server"));
		}
		if (conf[0] === ptrType$86.nil) {
			conf[0] = new http2Server.ptr(0, 0, 0, false, new time.Duration(0, 0), 0, 0, $throwNilPointerError, $throwNilPointerError, ptrType$60.nil);
		}
		conf[0].state = new http2serverInternalState.ptr(new sync.Mutex.ptr(0, 0), {});
		_tmp = s;
		_tmp$1 = conf[0];
		h1 = _tmp;
		h2 = _tmp$1;
		if ((x$5 = h2.IdleTimeout, (x$5.$high === 0 && x$5.$low === 0))) {
			if (!((x$6 = h1.IdleTimeout, (x$6.$high === 0 && x$6.$low === 0)))) {
				h2.IdleTimeout = h1.IdleTimeout;
			} else {
				h2.IdleTimeout = h1.ReadTimeout;
			}
		}
		$r = s.RegisterOnShutdown($methodVal(conf[0].state, "startGracefulShutdown")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (s.TLSConfig === ptrType$4.nil) { $s = 2; continue; }
		/* */ if (!(s.TLSConfig.CipherSuites === sliceType$14.nil) && s.TLSConfig.MinVersion < 772) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (s.TLSConfig === ptrType$4.nil) { */ case 2:
			s.TLSConfig = new tls.Config.ptr($ifaceNil, $throwNilPointerError, sliceType$13.nil, false, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType$34.nil, sliceType$2.nil, "", 0, ptrType$34.nil, false, sliceType$14.nil, false, false, arrayType$1.zero(), $ifaceNil, 0, 0, sliceType$15.nil, false, 0, $ifaceNil, new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), sliceType$16.nil, sliceType$16.nil);
			$s = 4; continue;
		/* } else if (!(s.TLSConfig.CipherSuites === sliceType$14.nil) && s.TLSConfig.MinVersion < 772) { */ case 3:
			haveRequired = false;
			_ref = s.TLSConfig.CipherSuites;
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				cs = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				_1 = cs;
				if ((_1 === (49199)) || (_1 === (49195))) {
					haveRequired = true;
				}
				_i++;
			}
			/* */ if (!haveRequired) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!haveRequired) { */ case 5:
				_r$1 = fmt.Errorf("http2: TLSConfig.CipherSuites is missing an HTTP/2-required AES_128_GCM_SHA256 cipher (need at least one of TLS_ECDHE_RSA_WITH_AES_128_GCM_SHA256 or TLS_ECDHE_ECDSA_WITH_AES_128_GCM_SHA256)", new sliceType([])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 8; case 8: return $24r;
			/* } */ case 6:
		/* } */ case 4:
		s.TLSConfig.PreferServerCipherSuites = true;
		if (!http2strSliceContains(s.TLSConfig.NextProtos, "h2")) {
			s.TLSConfig.NextProtos = $append(s.TLSConfig.NextProtos, "h2");
		}
		if (!http2strSliceContains(s.TLSConfig.NextProtos, "http/1.1")) {
			s.TLSConfig.NextProtos = $append(s.TLSConfig.NextProtos, "http/1.1");
		}
		if (s.TLSNextProto === false) {
			s.TLSNextProto = $makeMap($String.keyFor, []);
		}
		protoHandler = (function(conf) { return function $b(hs, c, h) {
			var {_r$2, _tuple, bc, c, ctx, h, hs, ok, $s, $r, $c} = $restore(this, {hs, c, h});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			/* */ if (!(http2testHookOnConn === $throwNilPointerError)) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!(http2testHookOnConn === $throwNilPointerError)) { */ case 1:
				$r = http2testHookOnConn(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			ctx = $ifaceNil;
			_tuple = $assertType(h, baseContexter, true);
			bc = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (ok) { */ case 4:
				_r$2 = bc.BaseContext(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				ctx = _r$2;
			/* } */ case 5:
			$r = conf[0].ServeConn(c, new http2ServeConnOpts.ptr(ctx, hs, h)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, _tuple, bc, c, ctx, h, hs, ok, $s};return $f;
		}; })(conf);
		_key = "h2"; (s.TLSNextProto || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: protoHandler };
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2ConfigureServer, $c: true, $r, $24r, _1, _i, _key, _r$1, _ref, _tmp, _tmp$1, conf, cs, h1, h2, haveRequired, protoHandler, s, x$5, x$6, $s};return $f;
	};
	http2ServeConnOpts.ptr.prototype.context = function() {
		var o;
		o = this;
		if (!(o === ptrType$87.nil) && !($interfaceIsEqual(o.Context, $ifaceNil))) {
			return o.Context;
		}
		return context.Background();
	};
	http2ServeConnOpts.prototype.context = function() { return this.$val.context(); };
	http2ServeConnOpts.ptr.prototype.baseConfig = function() {
		var o;
		o = this;
		if (!(o === ptrType$87.nil) && !(o.BaseConfig === ptrType$46.nil)) {
			return o.BaseConfig;
		}
		return new Server.ptr("", $ifaceNil, ptrType$4.nil, new time.Duration(0, 0), new time.Duration(0, 0), new time.Duration(0, 0), new time.Duration(0, 0), 0, false, $throwNilPointerError, ptrType$58.nil, $throwNilPointerError, $throwNilPointerError, 0, 0, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), $ifaceNil, new sync.Mutex.ptr(0, 0), false, false, $chanNil, sliceType$19.nil);
	};
	http2ServeConnOpts.prototype.baseConfig = function() { return this.$val.baseConfig(); };
	http2ServeConnOpts.ptr.prototype.handler = function() {
		var o;
		o = this;
		if (!(o === ptrType$87.nil)) {
			if (!($interfaceIsEqual(o.Handler, $ifaceNil))) {
				return o.Handler;
			}
			if (!(o.BaseConfig === ptrType$46.nil) && !($interfaceIsEqual(o.BaseConfig.Handler, $ifaceNil))) {
				return o.BaseConfig.Handler;
			}
		}
		return $pkg.DefaultServeMux;
	};
	http2ServeConnOpts.prototype.handler = function() { return this.$val.handler(); };
	http2Server.ptr.prototype.ServeConn = function(c, opts) {
		var {_arg, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, baseCtx, c, cancel, fr, hook, ok, opts, s, sc, tc, x$5, $s, $deferred, $r, $c} = $restore(this, {c, opts});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		s = this;
		_r$1 = http2serverConnBaseContext(c, opts); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		baseCtx = _tuple[0];
		cancel = _tuple[1];
		$deferred.push([cancel, []]);
		_r$2 = c.RemoteAddr(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = _r$2.String(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = http2newGoroutineLock(); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		sc = new http2serverConn.ptr(s, opts.baseConfig(), c, http2newBufferedWriter(c), opts.handler(), baseCtx, ptrType$72.nil, new $Chan(structType, 0), new $Chan(http2readFrameResult, 0), new $Chan(http2FrameWriteRequest, 8), new $Chan(http2frameWriteResult, 1), new $Chan(http2bodyReadMsg, 0), new $Chan($emptyInterface, 8), new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), ptrType$28.nil, _r$3, $ifaceNil, _r$4, true, false, false, 0, 0, 4294967295, s.maxConcurrentStreams(), 0, 0, 0, 0, {}, 65535, 16384, 4096, 0, false, false, false, false, false, false, false, 0, ptrType$25.nil, ptrType$25.nil, new bytes.Buffer.ptr(sliceType$3.nil, 0, 0), ptrType$89.nil, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)));
		$r = s.state.registerConn(sc); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(s.state, "unregisterConn"), [sc]]);
		/* */ if (!((x$5 = sc.hs.WriteTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!((x$5 = sc.hs.WriteTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { */ case 6:
			_r$5 = sc.conn.SetWriteDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 8; case 8: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 7:
		/* */ if (!(s.NewWriteScheduler === $throwNilPointerError)) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(s.NewWriteScheduler === $throwNilPointerError)) { */ case 9:
			_r$6 = s.NewWriteScheduler(); /* */ $s = 12; case 12: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			sc.writeSched = _r$6;
			$s = 11; continue;
		/* } else { */ case 10:
			sc.writeSched = http2NewRandomWriteScheduler();
		/* } */ case 11:
		sc.flow.add(65535);
		sc.inflow.add(65535);
		_r$7 = hpack.NewEncoder(sc.headerWriteBuf); /* */ $s = 13; case 13: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		sc.hpackEncoder = _r$7;
		fr = http2NewFramer(sc.bw, c);
		if (!(s.CountError === $throwNilPointerError)) {
			fr.countError = s.CountError;
		}
		_r$8 = hpack.NewDecoder(4096, $throwNilPointerError); /* */ $s = 14; case 14: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		fr.ReadMetaHeaders = _r$8;
		fr.MaxHeaderListSize = sc.maxHeaderListSize();
		fr.SetMaxReadFrameSize(s.maxReadFrameSize());
		sc.framer = fr;
		_tuple$1 = $assertType(c, http2connectionStater, true);
		tc = _tuple$1[0];
		ok = _tuple$1[1];
		/* */ if (ok) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (ok) { */ case 15:
			sc.tlsState = new tls.ConnectionState.ptr(0, false, false, 0, "", false, "", sliceType$10.nil, sliceType$11.nil, sliceType$5.nil, sliceType$3.nil, sliceType$3.nil, $throwNilPointerError);
			_r$9 = tc.ConnectionState(); /* */ $s = 17; case 17: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			tls.ConnectionState.copy(sc.tlsState, _r$9);
			/* */ if (sc.tlsState.Version < 771) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (sc.tlsState.Version < 771) { */ case 18:
				$r = sc.rejectConn(12, "TLS version too low"); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 21; case 21: return;
			/* } */ case 19:
			if (sc.tlsState.ServerName === "") {
			}
			/* */ if (!s.PermitProhibitedCipherSuites && http2isBadCipher(sc.tlsState.CipherSuite)) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (!s.PermitProhibitedCipherSuites && http2isBadCipher(sc.tlsState.CipherSuite)) { */ case 22:
				_r$10 = fmt.Sprintf("Prohibited TLS 1.2 Cipher Suite: %x", new sliceType([new $Uint16(sc.tlsState.CipherSuite)])); /* */ $s = 24; case 24: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				_arg = _r$10;
				$r = sc.rejectConn(12, _arg); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 26; case 26: return;
			/* } */ case 23:
		/* } */ case 16:
		hook = http2testHookGetServerConn;
		/* */ if (!(hook === $throwNilPointerError)) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (!(hook === $throwNilPointerError)) { */ case 27:
			$r = hook(sc); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 28:
		$r = sc.serve(); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2Server.ptr.prototype.ServeConn, $c: true, $r, _arg, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, baseCtx, c, cancel, fr, hook, ok, opts, s, sc, tc, x$5, $s, $deferred};return $f; } }
	};
	http2Server.prototype.ServeConn = function(c, opts) { return this.$val.ServeConn(c, opts); };
	http2serverConnBaseContext = function(c, opts) {
		var {_arg, _arg$1, _arg$2, _r$1, _r$2, _r$3, _r$4, _tuple, c, cancel, ctx, hs, opts, $s, $r, $c} = $restore(this, {c, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ctx = $ifaceNil;
		cancel = $throwNilPointerError;
		_r$1 = context.WithCancel(opts.context()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ctx = _tuple[0];
		cancel = _tuple[1];
		_arg = ctx;
		_arg$1 = $pkg.LocalAddrContextKey;
		_r$2 = c.LocalAddr(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$2 = _r$2;
		_r$3 = context.WithValue(_arg, _arg$1, _arg$2); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		ctx = _r$3;
		hs = opts.baseConfig();
		/* */ if (!(hs === ptrType$46.nil)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(hs === ptrType$46.nil)) { */ case 4:
			_r$4 = context.WithValue(ctx, $pkg.ServerContextKey, hs); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			ctx = _r$4;
		/* } */ case 5:
		$s = -1; return [ctx, cancel];
		/* */ } return; } var $f = {$blk: http2serverConnBaseContext, $c: true, $r, _arg, _arg$1, _arg$2, _r$1, _r$2, _r$3, _r$4, _tuple, c, cancel, ctx, hs, opts, $s};return $f;
	};
	http2serverConn.ptr.prototype.rejectConn = function(err, debug) {
		var {_r$1, _r$2, _r$3, debug, err, sc, $s, $r, $c} = $restore(this, {err, debug});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.vlogf("http2: server rejecting conn: %v, %s", new sliceType([new http2ErrCode(err), new $String(debug)])); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = sc.framer.WriteGoAway(0, err, (new sliceType$3($stringToBytes(debug)))); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = sc.bw.Flush(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		_r$3 = sc.conn.Close(); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.rejectConn, $c: true, $r, _r$1, _r$2, _r$3, debug, err, sc, $s};return $f;
	};
	http2serverConn.prototype.rejectConn = function(err, debug) { return this.$val.rejectConn(err, debug); };
	http2serverConn.ptr.prototype.maxHeaderListSize = function() {
		var n, sc;
		sc = this;
		n = sc.hs.MaxHeaderBytes;
		if (n <= 0) {
			n = 1048576;
		}
		return (((n + 320 >> 0) >>> 0));
	};
	http2serverConn.prototype.maxHeaderListSize = function() { return this.$val.maxHeaderListSize(); };
	http2serverConn.ptr.prototype.curOpenStreams = function() {
		var {sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return sc.curClientStreams + sc.curPushedStreams >>> 0;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.curOpenStreams, $c: true, $r, sc, $s};return $f;
	};
	http2serverConn.prototype.curOpenStreams = function() { return this.$val.curOpenStreams(); };
	http2serverConn.ptr.prototype.Framer = function() {
		var sc;
		sc = this;
		return sc.framer;
	};
	http2serverConn.prototype.Framer = function() { return this.$val.Framer(); };
	http2serverConn.ptr.prototype.CloseConn = function() {
		var {$24r, _r$1, sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		_r$1 = sc.conn.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.CloseConn, $c: true, $r, $24r, _r$1, sc, $s};return $f;
	};
	http2serverConn.prototype.CloseConn = function() { return this.$val.CloseConn(); };
	http2serverConn.ptr.prototype.Flush = function() {
		var {$24r, _r$1, sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		_r$1 = sc.bw.Flush(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.Flush, $c: true, $r, $24r, _r$1, sc, $s};return $f;
	};
	http2serverConn.prototype.Flush = function() { return this.$val.Flush(); };
	http2serverConn.ptr.prototype.HeaderEncoder = function() {
		var sc;
		sc = this;
		return [sc.hpackEncoder, sc.headerWriteBuf];
	};
	http2serverConn.prototype.HeaderEncoder = function() { return this.$val.HeaderEncoder(); };
	http2serverConn.ptr.prototype.state = function(streamID) {
		var {_entry, _r$1, _tuple, ok, sc, st, streamID, $s, $r, $c} = $restore(this, {streamID});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = sc.streams[$Uint32.keyFor(streamID)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		st = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return [st.state, st];
		}
		if ((_r$1 = streamID % 2, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 1) {
			if (streamID <= sc.maxClientStreamID) {
				$s = -1; return [4, ptrType$10.nil];
			}
		} else {
			if (streamID <= sc.maxPushPromiseID) {
				$s = -1; return [4, ptrType$10.nil];
			}
		}
		$s = -1; return [0, ptrType$10.nil];
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.state, $c: true, $r, _entry, _r$1, _tuple, ok, sc, st, streamID, $s};return $f;
	};
	http2serverConn.prototype.state = function(streamID) { return this.$val.state(streamID); };
	http2serverConn.ptr.prototype.setConnState = function(state) {
		var {sc, state, $s, $r, $c} = $restore(this, {state});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		/* */ if (!(sc.hs.ConnState === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(sc.hs.ConnState === $throwNilPointerError)) { */ case 1:
			$r = sc.hs.ConnState(sc.conn, state); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.setConnState, $c: true, $r, sc, state, $s};return $f;
	};
	http2serverConn.prototype.setConnState = function(state) { return this.$val.setConnState(state); };
	http2serverConn.ptr.prototype.vlogf = function(format, args) {
		var {args, format, sc, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		/* */ if (http2VerboseLogs) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (http2VerboseLogs) { */ case 1:
			$r = sc.logf(format, args); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.vlogf, $c: true, $r, args, format, sc, $s};return $f;
	};
	http2serverConn.prototype.vlogf = function(format, args) { return this.$val.vlogf(format, args); };
	http2serverConn.ptr.prototype.logf = function(format, args) {
		var {args, format, lg, sc, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		lg = sc.hs.ErrorLog;
		/* */ if (!(lg === ptrType$58.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(lg === ptrType$58.nil)) { */ case 1:
			$r = lg.Printf(format, args); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			$r = log.Printf(format, args); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.logf, $c: true, $r, args, format, lg, sc, $s};return $f;
	};
	http2serverConn.prototype.logf = function(format, args) { return this.$val.logf(format, args); };
	http2errno = function(v) {
		var {_r$1, rv, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = reflect.ValueOf(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		rv = _r$1;
		if ($clone(rv, reflect.Value).Kind() === 12) {
			$s = -1; return (($clone(rv, reflect.Value).Uint().$low >>> 0));
		}
		$s = -1; return 0;
		/* */ } return; } var $f = {$blk: http2errno, $c: true, $r, _r$1, rv, v, $s};return $f;
	};
	http2isClosedConnError = function(err) {
		var {_r$1, _r$2, _tuple, _tuple$1, err, n, oe, ok, ok$1, se, str, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(err, $ifaceNil)) {
			$s = -1; return false;
		}
		_r$1 = err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		str = _r$1;
		if (strings.Contains(str, "use of closed network connection")) {
			$s = -1; return true;
		}
		/* */ if (false) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (false) { */ case 2:
			_tuple = $assertType(err, ptrType$57, true);
			oe = _tuple[0];
			ok = _tuple[1];
			/* */ if (ok && oe.Op === "read") { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (ok && oe.Op === "read") { */ case 4:
				_tuple$1 = $assertType(oe.Err, ptrType$90, true);
				se = _tuple$1[0];
				ok$1 = _tuple$1[1];
				/* */ if (ok$1 && se.Syscall === "wsarecv") { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (ok$1 && se.Syscall === "wsarecv") { */ case 6:
					_r$2 = http2errno(se.Err); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					n = _r$2;
					if ((n === 10054) || (n === 10053)) {
						$s = -1; return true;
					}
				/* } */ case 7:
			/* } */ case 5:
		/* } */ case 3:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: http2isClosedConnError, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, err, n, oe, ok, ok$1, se, str, $s};return $f;
	};
	http2serverConn.ptr.prototype.condlogf = function(err, format, args) {
		var {_r$1, _v, args, err, format, sc, $s, $r, $c} = $restore(this, {err, format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		if ($interfaceIsEqual(err, $ifaceNil)) {
			$s = -1; return;
		}
		if ($interfaceIsEqual(err, io.EOF) || $interfaceIsEqual(err, io.ErrUnexpectedEOF)) { _v = true; $s = 4; continue s; }
		_r$1 = http2isClosedConnError(err); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1; case 4:
		/* */ if (_v || $interfaceIsEqual(err, http2errPrefaceTimeout)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v || $interfaceIsEqual(err, http2errPrefaceTimeout)) { */ case 1:
			$r = sc.vlogf(format, args); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 3; continue;
		/* } else { */ case 2:
			$r = sc.logf(format, args); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.condlogf, $c: true, $r, _r$1, _v, args, err, format, sc, $s};return $f;
	};
	http2serverConn.prototype.condlogf = function(err, format, args) { return this.$val.condlogf(err, format, args); };
	http2serverConn.ptr.prototype.canonicalHeader = function(v) {
		var {_entry, _entry$1, _key, _r$1, _tuple, _tuple$1, cv, ok, sc, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = http2buildCommonHeaderMapsOnce(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = http2commonCanonHeader[$String.keyFor(v)], _entry !== undefined ? [_entry.v, true] : ["", false]);
		cv = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			$s = -1; return cv;
		}
		_tuple$1 = (_entry$1 = sc.canonHeader[$String.keyFor(v)], _entry$1 !== undefined ? [_entry$1.v, true] : ["", false]);
		cv = _tuple$1[0];
		ok = _tuple$1[1];
		if (ok) {
			$s = -1; return cv;
		}
		if (sc.canonHeader === false) {
			sc.canonHeader = {};
		}
		_r$1 = CanonicalHeaderKey(v); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cv = _r$1;
		if ($keys(sc.canonHeader).length < 32) {
			_key = v; (sc.canonHeader || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: cv };
		}
		$s = -1; return cv;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.canonicalHeader, $c: true, $r, _entry, _entry$1, _key, _r$1, _tuple, _tuple$1, cv, ok, sc, v, $s};return $f;
	};
	http2serverConn.prototype.canonicalHeader = function(v) { return this.$val.canonicalHeader(v); };
	http2serverConn.ptr.prototype.readFrames = function() {
		var {_r$1, _r$2, _r$3, _selection, _selection$1, _tuple, err, f, gate, gateDone, sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		gate = new $Chan(structType, 0);
		gateDone = $methodVal(new http2gate(gate), "Done");
		/* while (true) { */ case 1:
			_r$1 = sc.framer.ReadFrame(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			f = _tuple[0];
			err = _tuple[1];
			_r$2 = $select([[sc.readFrameCh, new http2readFrameResult.ptr(f, err, gateDone)], [sc.doneServing]]); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_selection = _r$2;
			if (_selection[0] === 0) {
			} else if (_selection[0] === 1) {
				$s = -1; return;
			}
			_r$3 = $select([[gate], [sc.doneServing]]); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_selection$1 = _r$3;
			if (_selection$1[0] === 0) {
			} else if (_selection$1[0] === 1) {
				$s = -1; return;
			}
			if (http2terminalReadFrameError(err)) {
				$s = -1; return;
			}
		$s = 1; continue;
		case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.readFrames, $c: true, $r, _r$1, _r$2, _r$3, _selection, _selection$1, _tuple, err, f, gate, gateDone, sc, $s};return $f;
	};
	http2serverConn.prototype.readFrames = function() { return this.$val.readFrames(); };
	http2serverConn.ptr.prototype.writeFrameAsync = function(wr) {
		var {_r$1, err, sc, wr, $s, $r, $c} = $restore(this, {wr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		_r$1 = wr.write.writeFrame(sc); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		$r = $send(sc.wroteFrameCh, $clone(new http2frameWriteResult.ptr(arrayType.zero(), $clone(wr, http2FrameWriteRequest), err), http2frameWriteResult)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.writeFrameAsync, $c: true, $r, _r$1, err, sc, wr, $s};return $f;
	};
	http2serverConn.prototype.writeFrameAsync = function(wr) { return this.$val.writeFrameAsync(wr); };
	http2serverConn.ptr.prototype.closeAllStreamsOnConnClose = function() {
		var {_entry, _i, _keys, _ref, sc, st, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_ref = sc.streams;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			st = _entry.v;
			$r = sc.closeStream(st, http2errClientDisconnected); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.closeAllStreamsOnConnClose, $c: true, $r, _entry, _i, _keys, _ref, sc, st, $s};return $f;
	};
	http2serverConn.prototype.closeAllStreamsOnConnClose = function() { return this.$val.closeAllStreamsOnConnClose(); };
	http2serverConn.ptr.prototype.stopShutdownTimer = function() {
		var {sc, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		t = sc.shutdownTimer;
		if (!(t === ptrType$25.nil)) {
			t.Stop();
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.stopShutdownTimer, $c: true, $r, sc, t, $s};return $f;
	};
	http2serverConn.prototype.stopShutdownTimer = function() { return this.$val.stopShutdownTimer(); };
	http2serverConn.ptr.prototype.notePanic = function() {
		var {_r$1, e, sc, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		sc = this;
		/* */ if (!(http2testHookOnPanicMu === ptrType$2.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(http2testHookOnPanicMu === ptrType$2.nil)) { */ case 1:
			$r = http2testHookOnPanicMu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(http2testHookOnPanicMu, "Unlock"), []]);
		/* } */ case 2:
		/* */ if (!(http2testHookOnPanic === $throwNilPointerError)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(http2testHookOnPanic === $throwNilPointerError)) { */ case 4:
			e = $recover();
			/* */ if (!($interfaceIsEqual(e, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(e, $ifaceNil))) { */ case 6:
				_r$1 = http2testHookOnPanic(sc, e); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (_r$1) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (_r$1) { */ case 8:
					$panic(e);
				/* } */ case 9:
			/* } */ case 7:
		/* } */ case 5:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2serverConn.ptr.prototype.notePanic, $c: true, $r, _r$1, e, sc, $s, $deferred};return $f; } }
	};
	http2serverConn.prototype.notePanic = function() { return this.$val.notePanic(); };
	http2serverConn.ptr.prototype.serve = function() {
		var {_1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _selection, _selection$1, _tuple, _v, diff, err, gracefulShutdownComplete, loopNum, m, msg, ok, res, res$1, sc, se, sentGoAway, settingsTimer, v, v$1, v$2, v$3, wr, wroteRes, x$5, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(sc, "notePanic"), []]);
		$deferred.push([$methodVal(sc.conn, "Close"), []]);
		$deferred.push([$methodVal(sc, "closeAllStreamsOnConnClose"), []]);
		$deferred.push([$methodVal(sc, "stopShutdownTimer"), []]);
		$deferred.push([function(_arg) { $close(_arg); }, [sc.doneServing]]);
		/* */ if (http2VerboseLogs) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (http2VerboseLogs) { */ case 2:
			_r$1 = sc.conn.RemoteAddr(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg$1 = _r$1;
			_arg$2 = sc.hs;
			$r = sc.vlogf("http2: server connection from %v on %p", new sliceType([_arg$1, _arg$2])); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$r = sc.writeFrame(new http2FrameWriteRequest.ptr(new http2writeSettings([new http2Setting.ptr(5, sc.srv.maxReadFrameSize()), new http2Setting.ptr(3, sc.advMaxStreams), new http2Setting.ptr(6, sc.maxHeaderListSize()), new http2Setting.ptr(4, ((sc.srv.initialStreamRecvWindowSize() >>> 0)))]), ptrType$10.nil, $chanNil)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		sc.unackedSettings = sc.unackedSettings + (1) >> 0;
		diff = sc.srv.initialConnRecvWindowSize() - 65535 >> 0;
		/* */ if (diff > 0) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (diff > 0) { */ case 7:
			$r = sc.sendWindowUpdate(ptrType$10.nil, ((diff >> 0))); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 8:
		_r$2 = sc.readPreface(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 11:
			_arg$3 = err;
			_r$3 = sc.conn.RemoteAddr(); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_arg$4 = _r$3;
			_arg$5 = err;
			$r = sc.condlogf(_arg$3, "http2: server: error reading preface from client %v: %v", new sliceType([_arg$4, _arg$5])); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 15; case 15: return;
		/* } */ case 12:
		$r = sc.setConnState(1); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sc.setConnState(2); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((x$5 = sc.srv.IdleTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (!((x$5 = sc.srv.IdleTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { */ case 18:
			_r$4 = time.AfterFunc(sc.srv.IdleTimeout, $methodVal(sc, "onIdleTimer")); /* */ $s = 20; case 20: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			sc.idleTimer = _r$4;
			$deferred.push([$methodVal(sc.idleTimer, "Stop"), []]);
		/* } */ case 19:
		$go($methodVal(sc, "readFrames"), []);
		_r$5 = time.AfterFunc(new time.Duration(0, 2000000000), $methodVal(sc, "onSettingsTimer")); /* */ $s = 21; case 21: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		settingsTimer = _r$5;
		$deferred.push([$methodVal(settingsTimer, "Stop"), []]);
		loopNum = 0;
		/* while (true) { */ case 22:
			loopNum = loopNum + (1) >> 0;
			_r$6 = $select([[sc.wantWriteFrameCh], [sc.wroteFrameCh], [sc.readFrameCh], [sc.bodyReadCh], [sc.serveMsgCh]]); /* */ $s = 24; case 24: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_selection = _r$6;
			/* */ if (_selection[0] === 0) { $s = 25; continue; }
			/* */ if (_selection[0] === 1) { $s = 26; continue; }
			/* */ if (_selection[0] === 2) { $s = 27; continue; }
			/* */ if (_selection[0] === 3) { $s = 28; continue; }
			/* */ if (_selection[0] === 4) { $s = 29; continue; }
			/* */ $s = 30; continue;
			/* switch (0) { default: if (_selection[0] === 0) { */ case 25:
				wr = $clone(_selection[1][0], http2FrameWriteRequest);
				_tuple = $assertType(wr.write, http2StreamError, true);
				se = $clone(_tuple[0], http2StreamError);
				ok = _tuple[1];
				/* */ if (ok) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if (ok) { */ case 31:
					$r = sc.resetStream($clone(se, http2StreamError)); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* break; */ $s = 30; continue;
				/* } */ case 32:
				$r = sc.writeFrame($clone(wr, http2FrameWriteRequest)); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 30; continue;
			/* } else if (_selection[0] === 1) { */ case 26:
				res = $clone(_selection[1][0], http2frameWriteResult);
				$r = sc.wroteFrame($clone(res, http2frameWriteResult)); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 30; continue;
			/* } else if (_selection[0] === 2) { */ case 27:
				res$1 = $clone(_selection[1][0], http2readFrameResult);
				/* */ if (sc.writingFrameAsync) { $s = 36; continue; }
				/* */ $s = 37; continue;
				/* if (sc.writingFrameAsync) { */ case 36:
					_selection$1 = $select([[sc.wroteFrameCh], []]);
					/* */ if (_selection$1[0] === 0) { $s = 38; continue; }
					/* */ if (_selection$1[0] === 1) { $s = 39; continue; }
					/* */ $s = 40; continue;
					/* if (_selection$1[0] === 0) { */ case 38:
						wroteRes = $clone(_selection$1[1][0], http2frameWriteResult);
						$r = sc.wroteFrame($clone(wroteRes, http2frameWriteResult)); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						$s = 40; continue;
					/* } else if (_selection$1[0] === 1) { */ case 39:
					/* } */ case 40:
				/* } */ case 37:
				_r$7 = sc.processFrameFromReader($clone(res$1, http2readFrameResult)); /* */ $s = 44; case 44: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				/* */ if (!_r$7) { $s = 42; continue; }
				/* */ $s = 43; continue;
				/* if (!_r$7) { */ case 42:
					$s = 45; case 45: return;
				/* } */ case 43:
				$r = res$1.readMore(); /* */ $s = 46; case 46: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				if (!(settingsTimer === ptrType$25.nil)) {
					settingsTimer.Stop();
					settingsTimer = ptrType$25.nil;
				}
				$s = 30; continue;
			/* } else if (_selection[0] === 3) { */ case 28:
				m = $clone(_selection[1][0], http2bodyReadMsg);
				$r = sc.noteBodyRead(m.st, m.n); /* */ $s = 47; case 47: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 30; continue;
			/* } else if (_selection[0] === 4) { */ case 29:
				msg = _selection[1][0];
				_ref = msg;
				/* */ if ($assertType(_ref, funcType$2, true)[1]) { $s = 48; continue; }
				/* */ if ($assertType(_ref, ptrType$15, true)[1]) { $s = 49; continue; }
				/* */ if ($assertType(_ref, ptrType$91, true)[1]) { $s = 50; continue; }
				/* */ $s = 51; continue;
				/* if ($assertType(_ref, funcType$2, true)[1]) { */ case 48:
					v = _ref.$val;
					$r = v(loopNum); /* */ $s = 53; case 53: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 52; continue;
				/* } else if ($assertType(_ref, ptrType$15, true)[1]) { */ case 49:
					v$1 = _ref.$val;
						_1 = v$1;
						/* */ if (_1 === (http2settingsTimerMsg)) { $s = 55; continue; }
						/* */ if (_1 === (http2idleTimerMsg)) { $s = 56; continue; }
						/* */ if (_1 === (http2shutdownTimerMsg)) { $s = 57; continue; }
						/* */ if (_1 === (http2gracefulShutdownMsg)) { $s = 58; continue; }
						/* */ $s = 59; continue;
						/* if (_1 === (http2settingsTimerMsg)) { */ case 55:
							_r$8 = sc.conn.RemoteAddr(); /* */ $s = 61; case 61: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
							_arg$6 = _r$8;
							$r = sc.logf("timeout waiting for SETTINGS frames from %v", new sliceType([_arg$6])); /* */ $s = 62; case 62: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = 63; case 63: return;
						/* } else if (_1 === (http2idleTimerMsg)) { */ case 56:
							$r = sc.vlogf("connection is idle", new sliceType([])); /* */ $s = 64; case 64: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$r = sc.goAway(0); /* */ $s = 65; case 65: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = 60; continue;
						/* } else if (_1 === (http2shutdownTimerMsg)) { */ case 57:
							_r$9 = sc.conn.RemoteAddr(); /* */ $s = 66; case 66: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
							_arg$7 = _r$9;
							$r = sc.vlogf("GOAWAY close timer fired; closing conn from %v", new sliceType([_arg$7])); /* */ $s = 67; case 67: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = 68; case 68: return;
						/* } else if (_1 === (http2gracefulShutdownMsg)) { */ case 58:
							$r = sc.startGracefulShutdownInternal(); /* */ $s = 69; case 69: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							$s = 60; continue;
						/* } else { */ case 59:
							$panic(new $String("unknown timer"));
						/* } */ case 60:
					case 54:
					$s = 52; continue;
				/* } else if ($assertType(_ref, ptrType$91, true)[1]) { */ case 50:
					v$2 = _ref.$val;
					$r = sc.startPush(v$2); /* */ $s = 70; case 70: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 52; continue;
				/* } else { */ case 51:
					v$3 = _ref;
					_r$10 = fmt.Sprintf("unexpected type %T", new sliceType([v$3])); /* */ $s = 71; case 71: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
					$panic(new $String(_r$10));
				/* } */ case 52:
			/* } } */ case 30:
			/* */ if (sc.queuedControlFrames > sc.srv.maxQueuedControlFrames()) { $s = 72; continue; }
			/* */ $s = 73; continue;
			/* if (sc.queuedControlFrames > sc.srv.maxQueuedControlFrames()) { */ case 72:
				$r = sc.vlogf("http2: too many control frames in send queue, closing connection", new sliceType([])); /* */ $s = 74; case 74: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 75; case 75: return;
			/* } */ case 73:
			sentGoAway = sc.inGoAway && !sc.needToSendGoAway && !sc.writingFrame;
			if (!(sc.goAwayCode === 0)) { _v = false; $s = 76; continue s; }
			_r$11 = sc.curOpenStreams(); /* */ $s = 77; case 77: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_v = _r$11 === 0; case 76:
			gracefulShutdownComplete = _v;
			/* */ if (sentGoAway && sc.shutdownTimer === ptrType$25.nil && (!((sc.goAwayCode === 0)) || gracefulShutdownComplete)) { $s = 78; continue; }
			/* */ $s = 79; continue;
			/* if (sentGoAway && sc.shutdownTimer === ptrType$25.nil && (!((sc.goAwayCode === 0)) || gracefulShutdownComplete)) { */ case 78:
				$r = sc.shutDownIn(http2goAwayTimeout); /* */ $s = 80; case 80: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 79:
		$s = 22; continue;
		case 23:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2serverConn.ptr.prototype.serve, $c: true, $r, _1, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _arg$5, _arg$6, _arg$7, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _selection, _selection$1, _tuple, _v, diff, err, gracefulShutdownComplete, loopNum, m, msg, ok, res, res$1, sc, se, sentGoAway, settingsTimer, v, v$1, v$2, v$3, wr, wroteRes, x$5, $s, $deferred};return $f; } }
	};
	http2serverConn.prototype.serve = function() { return this.$val.serve(); };
	http2serverConn.ptr.prototype.onSettingsTimer = function() {
		var {sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.sendServeMsg(http2settingsTimerMsg); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.onSettingsTimer, $c: true, $r, sc, $s};return $f;
	};
	http2serverConn.prototype.onSettingsTimer = function() { return this.$val.onSettingsTimer(); };
	http2serverConn.ptr.prototype.onIdleTimer = function() {
		var {sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.sendServeMsg(http2idleTimerMsg); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.onIdleTimer, $c: true, $r, sc, $s};return $f;
	};
	http2serverConn.prototype.onIdleTimer = function() { return this.$val.onIdleTimer(); };
	http2serverConn.ptr.prototype.onShutdownTimer = function() {
		var {sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.sendServeMsg(http2shutdownTimerMsg); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.onShutdownTimer, $c: true, $r, sc, $s};return $f;
	};
	http2serverConn.prototype.onShutdownTimer = function() { return this.$val.onShutdownTimer(); };
	http2serverConn.ptr.prototype.sendServeMsg = function(msg) {
		var {_r$1, _selection, msg, sc, $s, $r, $c} = $restore(this, {msg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.checkNotOn(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = $select([[sc.serveMsgCh, msg], [sc.doneServing]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_selection = _r$1;
		if (_selection[0] === 0) {
		} else if (_selection[0] === 1) {
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.sendServeMsg, $c: true, $r, _r$1, _selection, msg, sc, $s};return $f;
	};
	http2serverConn.prototype.sendServeMsg = function(msg) { return this.$val.sendServeMsg(msg); };
	http2serverConn.ptr.prototype.readPreface = function() {
		var {$24r, $24r$1, _arg, _r$1, _r$2, _r$3, _selection, err, errc, sc, timer, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		errc = [errc];
		sc = [sc];
		sc[0] = this;
		errc[0] = new $Chan($error, 1);
		$go((function(errc, sc) { return function $b() {
			var {_r$1, _r$2, _tuple, buf, err, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			buf = $makeSlice(sliceType$3, 24);
			_r$1 = io.ReadFull(sc[0].conn, buf); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
			/* */ if (!bytes.Equal(buf, http2clientPreface)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
				$r = $send(errc[0], err); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 5; continue;
			/* } else if (!bytes.Equal(buf, http2clientPreface)) { */ case 3:
				_r$2 = fmt.Errorf("bogus greeting %q", new sliceType([buf])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$r = $send(errc[0], _r$2); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 5; continue;
			/* } else { */ case 4:
				$r = $send(errc[0], $ifaceNil); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, _r$2, _tuple, buf, err, $s};return $f;
		}; })(errc, sc), []);
		_r$1 = time.NewTimer(new time.Duration(2, 1410065408)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		timer = _r$1;
		$deferred.push([$methodVal(timer, "Stop"), []]);
		_r$2 = $select([[timer.C], [errc[0]]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_selection = _r$2;
		/* */ if (_selection[0] === 0) { $s = 3; continue; }
		/* */ if (_selection[0] === 1) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (_selection[0] === 0) { */ case 3:
			$24r = http2errPrefaceTimeout;
			$s = 6; case 6: return $24r;
		/* } else if (_selection[0] === 1) { */ case 4:
			err = _selection[1][0];
			/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 7:
				/* */ if (http2VerboseLogs) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (http2VerboseLogs) { */ case 9:
					_r$3 = sc[0].conn.RemoteAddr(); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_arg = _r$3;
					$r = sc[0].vlogf("http2: server: client %v said hello", new sliceType([_arg])); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 10:
			/* } */ case 8:
			$24r$1 = err;
			$s = 13; case 13: return $24r$1;
		/* } */ case 5:
		$s = -1; return $ifaceNil;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2serverConn.ptr.prototype.readPreface, $c: true, $r, $24r, $24r$1, _arg, _r$1, _r$2, _r$3, _selection, err, errc, sc, timer, $s, $deferred};return $f; } }
	};
	http2serverConn.prototype.readPreface = function() { return this.$val.readPreface(); };
	http2serverConn.ptr.prototype.writeDataFromHandler = function(stream, data, endStream) {
		var {_r$1, _r$2, _r$3, _r$4, _selection, _selection$1, ch, data, endStream, err, frameWriteDone, sc, stream, writeArg, $s, $r, $c} = $restore(this, {stream, data, endStream});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		_r$1 = http2errChanPool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		ch = $assertType(_r$1, chanType);
		_r$2 = http2writeDataPool.Get(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		writeArg = $assertType(_r$2, ptrType$92);
		http2writeData.copy(writeArg, new http2writeData.ptr(stream.id, data, endStream));
		_r$3 = sc.writeFrameFromHandler(new http2FrameWriteRequest.ptr(writeArg, stream, ch)); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		frameWriteDone = false;
		_r$4 = $select([[ch], [sc.doneServing], [stream.cw]]); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_selection = _r$4;
		if (_selection[0] === 0) {
			err = _selection[1][0];
			frameWriteDone = true;
		} else if (_selection[0] === 1) {
			$s = -1; return http2errClientDisconnected;
		} else if (_selection[0] === 2) {
			_selection$1 = $select([[ch], []]);
			if (_selection$1[0] === 0) {
				err = _selection$1[1][0];
				frameWriteDone = true;
			} else if (_selection$1[0] === 1) {
				$s = -1; return http2errStreamClosed;
			}
		}
		http2errChanPool.Put(new chanType(ch));
		if (frameWriteDone) {
			http2writeDataPool.Put(writeArg);
		}
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.writeDataFromHandler, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _selection, _selection$1, ch, data, endStream, err, frameWriteDone, sc, stream, writeArg, $s};return $f;
	};
	http2serverConn.prototype.writeDataFromHandler = function(stream, data, endStream) { return this.$val.writeDataFromHandler(stream, data, endStream); };
	http2serverConn.ptr.prototype.writeFrameFromHandler = function(wr) {
		var {_r$1, _selection, sc, wr, $s, $r, $c} = $restore(this, {wr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.checkNotOn(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = $select([[sc.wantWriteFrameCh, $clone(wr, http2FrameWriteRequest)], [sc.doneServing]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_selection = _r$1;
		if (_selection[0] === 0) {
			$s = -1; return $ifaceNil;
		} else if (_selection[0] === 1) {
			$s = -1; return http2errClientDisconnected;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.writeFrameFromHandler, $c: true, $r, _r$1, _selection, sc, wr, $s};return $f;
	};
	http2serverConn.prototype.writeFrameFromHandler = function(wr) { return this.$val.writeFrameFromHandler(wr); };
	http2serverConn.ptr.prototype.writeFrame = function(wr) {
		var {_r$1, _r$2, _ref, _tuple, _tuple$1, ignoreWrite, isReset, sc, state, wr, $s, $r, $c} = $restore(this, {wr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		ignoreWrite = false;
		/* */ if (!(($clone(wr, http2FrameWriteRequest).StreamID() === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(($clone(wr, http2FrameWriteRequest).StreamID() === 0))) { */ case 2:
			_tuple = $assertType(wr.write, http2StreamError, true);
			isReset = _tuple[1];
			_r$1 = sc.state($clone(wr, http2FrameWriteRequest).StreamID()); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple$1 = _r$1;
			state = _tuple$1[0];
			if ((state === 4) && !isReset) {
				ignoreWrite = true;
			}
		/* } */ case 3:
		_ref = wr.write;
		if ($assertType(_ref, ptrType$93, true)[1]) {
			wr.stream.wroteHeaders = true;
		} else if ($assertType(_ref, http2write100ContinueHeadersFrame, true)[1]) {
			if (wr.stream.wroteHeaders) {
				if (!(wr.done === $chanNil)) {
					$panic(new $String("wr.done != nil for write100ContinueHeadersFrame"));
				}
				ignoreWrite = true;
			}
		}
		/* */ if (!ignoreWrite) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!ignoreWrite) { */ case 5:
			/* */ if ($clone(wr, http2FrameWriteRequest).isControl()) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ($clone(wr, http2FrameWriteRequest).isControl()) { */ case 7:
				sc.queuedControlFrames = sc.queuedControlFrames + (1) >> 0;
				/* */ if (sc.queuedControlFrames < 0) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (sc.queuedControlFrames < 0) { */ case 9:
					_r$2 = sc.conn.Close(); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
				/* } */ case 10:
			/* } */ case 8:
			$r = sc.writeSched.Push($clone(wr, http2FrameWriteRequest)); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		$r = sc.scheduleFrameWrite(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.writeFrame, $c: true, $r, _r$1, _r$2, _ref, _tuple, _tuple$1, ignoreWrite, isReset, sc, state, wr, $s};return $f;
	};
	http2serverConn.prototype.writeFrame = function(wr) { return this.$val.writeFrame(wr); };
	http2serverConn.ptr.prototype.startFrameWrite = function(wr) {
		var {_1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, err, err$1, ok, sc, st, wpp, wr, $s, $r, $c} = $restore(this, {wr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (sc.writingFrame) {
			$panic(new $String("internal error: can only be writing one frame at a time"));
		}
		st = wr.stream;
		/* */ if (!(st === ptrType$10.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(st === ptrType$10.nil)) { */ case 2:
				_1 = st.state;
				/* */ if (_1 === (2)) { $s = 5; continue; }
				/* */ if (_1 === (4)) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (_1 === (2)) { */ case 5:
					_ref = wr.write;
					/* */ if ($assertType(_ref, http2StreamError, true)[1] || $assertType(_ref, http2handlerPanicRST, true)[1] || $assertType(_ref, http2writeWindowUpdate, true)[1]) { $s = 8; continue; }
					/* */ $s = 9; continue;
					/* if ($assertType(_ref, http2StreamError, true)[1] || $assertType(_ref, http2handlerPanicRST, true)[1] || $assertType(_ref, http2writeWindowUpdate, true)[1]) { */ case 8:
						$s = 10; continue;
					/* } else { */ case 9:
						_r$1 = fmt.Sprintf("internal error: attempt to send frame on a half-closed-local stream: %v", new sliceType([new wr.constructor.elem(wr)])); /* */ $s = 11; case 11: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
						$panic(new $String(_r$1));
					/* } */ case 10:
					$s = 7; continue;
				/* } else if (_1 === (4)) { */ case 6:
					_r$2 = fmt.Sprintf("internal error: attempt to send frame on a closed stream: %v", new sliceType([new wr.constructor.elem(wr)])); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$panic(new $String(_r$2));
				/* } */ case 7:
			case 4:
		/* } */ case 3:
		_tuple = $assertType(wr.write, ptrType$94, true);
		wpp = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (ok) { */ case 13:
			err = $ifaceNil;
			_r$3 = wpp.allocatePromisedID(); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple$1 = _r$3;
			wpp.promisedID = _tuple$1[0];
			err = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 16:
				sc.writingFrameAsync = false;
				$r = wr.replyToWriter(err); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
			/* } */ case 17:
		/* } */ case 14:
		sc.writingFrame = true;
		sc.needsFrameFlush = true;
		_r$4 = wr.write.staysWithinBuffer(sc.bw.Available()); /* */ $s = 22; case 22: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (_r$4) { */ case 19:
			sc.writingFrameAsync = false;
			_r$5 = wr.write.writeFrame(sc); /* */ $s = 23; case 23: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			err$1 = _r$5;
			$r = sc.wroteFrame(new http2frameWriteResult.ptr(arrayType.zero(), $clone(wr, http2FrameWriteRequest), err$1)); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 21; continue;
		/* } else { */ case 20:
			sc.writingFrameAsync = true;
			$go($methodVal(sc, "writeFrameAsync"), [$clone(wr, http2FrameWriteRequest)]);
		/* } */ case 21:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.startFrameWrite, $c: true, $r, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, err, err$1, ok, sc, st, wpp, wr, $s};return $f;
	};
	http2serverConn.prototype.startFrameWrite = function(wr) { return this.$val.startFrameWrite(wr); };
	http2serverConn.ptr.prototype.wroteFrame = function(res) {
		var {_1, _entry, _ref, _tuple, ok, res, sc, st, st$1, v, v$1, wr, $s, $r, $c} = $restore(this, {res});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!sc.writingFrame) {
			$panic(new $String("internal error: expected to be already writing a frame"));
		}
		sc.writingFrame = false;
		sc.writingFrameAsync = false;
		wr = $clone(res.wr, http2FrameWriteRequest);
		/* */ if (http2writeEndsStream(wr.write)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (http2writeEndsStream(wr.write)) { */ case 2:
			st = wr.stream;
			if (st === ptrType$10.nil) {
				$panic(new $String("internal error: expecting non-nil stream"));
			}
				_1 = st.state;
				/* */ if (_1 === (1)) { $s = 6; continue; }
				/* */ if (_1 === (3)) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (_1 === (1)) { */ case 6:
					st.state = 2;
					$r = sc.resetStream($clone(http2streamError(st.id, 0), http2StreamError)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$s = 8; continue;
				/* } else if (_1 === (3)) { */ case 7:
					$r = sc.closeStream(st, http2errHandlerComplete); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 8:
			case 5:
			$s = 4; continue;
		/* } else { */ case 3:
			_ref = wr.write;
			/* */ if ($assertType(_ref, http2StreamError, true)[1]) { $s = 11; continue; }
			/* */ if ($assertType(_ref, http2handlerPanicRST, true)[1]) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if ($assertType(_ref, http2StreamError, true)[1]) { */ case 11:
				v = $clone(_ref.$val, http2StreamError);
				_tuple = (_entry = sc.streams[$Uint32.keyFor(v.StreamID)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
				st$1 = _tuple[0];
				ok = _tuple[1];
				/* */ if (ok) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (ok) { */ case 14:
					$r = sc.closeStream(st$1, new v.constructor.elem(v)); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 15:
				$s = 13; continue;
			/* } else if ($assertType(_ref, http2handlerPanicRST, true)[1]) { */ case 12:
				v$1 = $clone(_ref.$val, http2handlerPanicRST);
				$r = sc.closeStream(wr.stream, http2errHandlerPanicked); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 13:
		/* } */ case 4:
		$r = wr.replyToWriter(res.err); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sc.scheduleFrameWrite(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.wroteFrame, $c: true, $r, _1, _entry, _ref, _tuple, ok, res, sc, st, st$1, v, v$1, wr, $s};return $f;
	};
	http2serverConn.prototype.wroteFrame = function(res) { return this.$val.wroteFrame(res); };
	http2serverConn.ptr.prototype.scheduleFrameWrite = function() {
		var {_r$1, _tuple, ok, sc, wr, x$5, x$6, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (sc.writingFrame || sc.inFrameScheduleLoop) {
			$s = -1; return;
		}
		sc.inFrameScheduleLoop = true;
		/* while (true) { */ case 2:
			/* if (!(!sc.writingFrameAsync)) { break; } */ if(!(!sc.writingFrameAsync)) { $s = 3; continue; }
			/* */ if (sc.needToSendGoAway) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (sc.needToSendGoAway) { */ case 4:
				sc.needToSendGoAway = false;
				$r = sc.startFrameWrite(new http2FrameWriteRequest.ptr(new http2writeGoAway.ptr(sc.maxClientStreamID, sc.goAwayCode), ptrType$10.nil, $chanNil)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* continue; */ $s = 2; continue;
			/* } */ case 5:
			/* */ if (sc.needToSendSettingsAck) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (sc.needToSendSettingsAck) { */ case 7:
				sc.needToSendSettingsAck = false;
				$r = sc.startFrameWrite(new http2FrameWriteRequest.ptr((x$5 = new http2writeSettingsAck.ptr(), new x$5.constructor.elem(x$5)), ptrType$10.nil, $chanNil)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* continue; */ $s = 2; continue;
			/* } */ case 8:
			/* */ if (!sc.inGoAway || (sc.goAwayCode === 0)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!sc.inGoAway || (sc.goAwayCode === 0)) { */ case 10:
				_r$1 = sc.writeSched.Pop(); /* */ $s = 12; case 12: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				wr = $clone(_tuple[0], http2FrameWriteRequest);
				ok = _tuple[1];
				/* */ if (ok) { $s = 13; continue; }
				/* */ $s = 14; continue;
				/* if (ok) { */ case 13:
					if ($clone(wr, http2FrameWriteRequest).isControl()) {
						sc.queuedControlFrames = sc.queuedControlFrames - (1) >> 0;
					}
					$r = sc.startFrameWrite($clone(wr, http2FrameWriteRequest)); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* continue; */ $s = 2; continue;
				/* } */ case 14:
			/* } */ case 11:
			/* */ if (sc.needsFrameFlush) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (sc.needsFrameFlush) { */ case 16:
				$r = sc.startFrameWrite(new http2FrameWriteRequest.ptr((x$6 = new http2flushFrameWriter.ptr(), new x$6.constructor.elem(x$6)), ptrType$10.nil, $chanNil)); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				sc.needsFrameFlush = false;
				/* continue; */ $s = 2; continue;
			/* } */ case 17:
			/* break; */ $s = 3; continue;
		case 3:
		sc.inFrameScheduleLoop = false;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.scheduleFrameWrite, $c: true, $r, _r$1, _tuple, ok, sc, wr, x$5, x$6, $s};return $f;
	};
	http2serverConn.prototype.scheduleFrameWrite = function() { return this.$val.scheduleFrameWrite(); };
	http2serverConn.ptr.prototype.startGracefulShutdown = function() {
		var {sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = [sc];
		sc[0] = this;
		$r = sc[0].serveG.checkNotOn(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sc[0].shutdownOnce.Do((function(sc) { return function $b() {
			var {$s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = sc[0].sendServeMsg(http2gracefulShutdownMsg); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
		}; })(sc)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.startGracefulShutdown, $c: true, $r, sc, $s};return $f;
	};
	http2serverConn.prototype.startGracefulShutdown = function() { return this.$val.startGracefulShutdown(); };
	http2serverConn.ptr.prototype.startGracefulShutdownInternal = function() {
		var {sc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.goAway(0); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.startGracefulShutdownInternal, $c: true, $r, sc, $s};return $f;
	};
	http2serverConn.prototype.startGracefulShutdownInternal = function() { return this.$val.startGracefulShutdownInternal(); };
	http2serverConn.ptr.prototype.goAway = function(code) {
		var {code, sc, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (sc.inGoAway) {
			if (sc.goAwayCode === 0) {
				sc.goAwayCode = code;
			}
			$s = -1; return;
		}
		sc.inGoAway = true;
		sc.needToSendGoAway = true;
		sc.goAwayCode = code;
		$r = sc.scheduleFrameWrite(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.goAway, $c: true, $r, code, sc, $s};return $f;
	};
	http2serverConn.prototype.goAway = function(code) { return this.$val.goAway(code); };
	http2serverConn.ptr.prototype.shutDownIn = function(d) {
		var {_r$1, d, sc, $s, $r, $c} = $restore(this, {d});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = time.AfterFunc(d, $methodVal(sc, "onShutdownTimer")); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		sc.shutdownTimer = _r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.shutDownIn, $c: true, $r, _r$1, d, sc, $s};return $f;
	};
	http2serverConn.prototype.shutDownIn = function(d) { return this.$val.shutDownIn(d); };
	http2serverConn.ptr.prototype.resetStream = function(se) {
		var {_entry, _tuple, ok, sc, se, st, $s, $r, $c} = $restore(this, {se});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sc.writeFrame(new http2FrameWriteRequest.ptr(new se.constructor.elem(se), ptrType$10.nil, $chanNil)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple = (_entry = sc.streams[$Uint32.keyFor(se.StreamID)], _entry !== undefined ? [_entry.v, true] : [ptrType$10.nil, false]);
		st = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			st.resetQueued = true;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.resetStream, $c: true, $r, _entry, _tuple, ok, sc, se, st, $s};return $f;
	};
	http2serverConn.prototype.resetStream = function(se) { return this.$val.resetStream(se); };
	http2serverConn.ptr.prototype.processFrameFromReader = function(res) {
		var {_arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _v, clientGone, err, ev, ev$1, ev$2, ev$3, f, res, sc, $s, $r, $c} = $restore(this, {res});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		err = res.err;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			/* */ if ($interfaceIsEqual(err, http2ErrFrameTooLarge)) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if ($interfaceIsEqual(err, http2ErrFrameTooLarge)) { */ case 5:
				$r = sc.goAway(6); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return true;
			/* } */ case 6:
			if ($interfaceIsEqual(err, io.EOF) || $interfaceIsEqual(err, io.ErrUnexpectedEOF)) { _v = true; $s = 8; continue s; }
			_r$1 = http2isClosedConnError(err); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_v = _r$1; case 8:
			clientGone = _v;
			if (clientGone) {
				$s = -1; return false;
			}
			$s = 4; continue;
		/* } else { */ case 3:
			f = res.f;
			/* */ if (http2VerboseLogs) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (http2VerboseLogs) { */ case 10:
				_r$2 = http2summarizeFrame(f); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_arg = new $String(_r$2);
				$r = sc.vlogf("http2: server read frame %v", new sliceType([_arg])); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 11:
			_r$3 = sc.processFrame(f); /* */ $s = 14; case 14: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err = _r$3;
			if ($interfaceIsEqual(err, $ifaceNil)) {
				$s = -1; return true;
			}
		/* } */ case 4:
		_ref = err;
		/* */ if ($assertType(_ref, http2StreamError, true)[1]) { $s = 15; continue; }
		/* */ if ($assertType(_ref, http2goAwayFlowError, true)[1]) { $s = 16; continue; }
		/* */ if ($assertType(_ref, http2ConnectionError, true)[1]) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if ($assertType(_ref, http2StreamError, true)[1]) { */ case 15:
			ev = $clone(_ref.$val, http2StreamError);
			$r = sc.resetStream($clone(ev, http2StreamError)); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return true;
		/* } else if ($assertType(_ref, http2goAwayFlowError, true)[1]) { */ case 16:
			ev$1 = $clone(_ref.$val, http2goAwayFlowError);
			$r = sc.goAway(3); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return true;
		/* } else if ($assertType(_ref, http2ConnectionError, true)[1]) { */ case 17:
			ev$2 = _ref.$val;
			_r$4 = sc.conn.RemoteAddr(); /* */ $s = 22; case 22: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_arg$1 = _r$4;
			_arg$2 = new http2ConnectionError(ev$2);
			$r = sc.logf("http2: server connection error from %v: %v", new sliceType([_arg$1, _arg$2])); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = sc.goAway(((ev$2 >>> 0))); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return true;
		/* } else { */ case 18:
			ev$3 = _ref;
			/* */ if (!($interfaceIsEqual(res.err, $ifaceNil))) { $s = 25; continue; }
			/* */ $s = 26; continue;
			/* if (!($interfaceIsEqual(res.err, $ifaceNil))) { */ case 25:
				_r$5 = sc.conn.RemoteAddr(); /* */ $s = 28; case 28: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_arg$3 = _r$5;
				_arg$4 = err;
				$r = sc.vlogf("http2: server closing client connection; error reading frame from client %s: %v", new sliceType([_arg$3, _arg$4])); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 27; continue;
			/* } else { */ case 26:
				$r = sc.logf("http2: server closing client connection: %v", new sliceType([err])); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 27:
			$s = -1; return false;
		/* } */ case 19:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processFrameFromReader, $c: true, $r, _arg, _arg$1, _arg$2, _arg$3, _arg$4, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _v, clientGone, err, ev, ev$1, ev$2, ev$3, f, res, sc, $s};return $f;
	};
	http2serverConn.prototype.processFrameFromReader = function(res) { return this.$val.processFrameFromReader(res); };
	http2serverConn.ptr.prototype.processFrame = function(f) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _arg, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, f, f$1, f$10, f$2, f$3, f$4, f$5, f$6, f$7, f$8, f$9, ok, sc, x$5, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!sc.sawFirstSettings) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!sc.sawFirstSettings) { */ case 2:
			_tuple = $assertType(f, ptrType$78, true);
			ok = _tuple[1];
			/* */ if (!ok) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!ok) { */ case 4:
				_r$1 = sc.countError("first_settings", new http2ConnectionError(1)); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 7; case 7: return $24r;
			/* } */ case 5:
			sc.sawFirstSettings = true;
		/* } */ case 3:
		_ref = f;
		/* */ if ($assertType(_ref, ptrType$78, true)[1]) { $s = 8; continue; }
		/* */ if ($assertType(_ref, ptrType$76, true)[1]) { $s = 9; continue; }
		/* */ if ($assertType(_ref, ptrType$80, true)[1]) { $s = 10; continue; }
		/* */ if ($assertType(_ref, ptrType$81, true)[1]) { $s = 11; continue; }
		/* */ if ($assertType(_ref, ptrType$79, true)[1]) { $s = 12; continue; }
		/* */ if ($assertType(_ref, ptrType$83, true)[1]) { $s = 13; continue; }
		/* */ if ($assertType(_ref, ptrType$95, true)[1]) { $s = 14; continue; }
		/* */ if ($assertType(_ref, ptrType$82, true)[1]) { $s = 15; continue; }
		/* */ if ($assertType(_ref, ptrType$96, true)[1]) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if ($assertType(_ref, ptrType$78, true)[1]) { */ case 8:
			f$1 = _ref.$val;
			_r$2 = sc.processSettings(f$1); /* */ $s = 19; case 19: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = _r$2;
			$s = 20; case 20: return $24r$1;
		/* } else if ($assertType(_ref, ptrType$76, true)[1]) { */ case 9:
			f$2 = _ref.$val;
			_r$3 = sc.processHeaders(f$2); /* */ $s = 21; case 21: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$2 = _r$3;
			$s = 22; case 22: return $24r$2;
		/* } else if ($assertType(_ref, ptrType$80, true)[1]) { */ case 10:
			f$3 = _ref.$val;
			_r$4 = sc.processWindowUpdate(f$3); /* */ $s = 23; case 23: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$3 = _r$4;
			$s = 24; case 24: return $24r$3;
		/* } else if ($assertType(_ref, ptrType$81, true)[1]) { */ case 11:
			f$4 = _ref.$val;
			_r$5 = sc.processPing(f$4); /* */ $s = 25; case 25: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r$4 = _r$5;
			$s = 26; case 26: return $24r$4;
		/* } else if ($assertType(_ref, ptrType$79, true)[1]) { */ case 12:
			f$5 = _ref.$val;
			_r$6 = sc.processData(f$5); /* */ $s = 27; case 27: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$5 = _r$6;
			$s = 28; case 28: return $24r$5;
		/* } else if ($assertType(_ref, ptrType$83, true)[1]) { */ case 13:
			f$6 = _ref.$val;
			_r$7 = sc.processResetStream(f$6); /* */ $s = 29; case 29: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$6 = _r$7;
			$s = 30; case 30: return $24r$6;
		/* } else if ($assertType(_ref, ptrType$95, true)[1]) { */ case 14:
			f$7 = _ref.$val;
			_r$8 = sc.processPriority(f$7); /* */ $s = 31; case 31: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			$24r$7 = _r$8;
			$s = 32; case 32: return $24r$7;
		/* } else if ($assertType(_ref, ptrType$82, true)[1]) { */ case 15:
			f$8 = _ref.$val;
			_r$9 = sc.processGoAway(f$8); /* */ $s = 33; case 33: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			$24r$8 = _r$9;
			$s = 34; case 34: return $24r$8;
		/* } else if ($assertType(_ref, ptrType$96, true)[1]) { */ case 16:
			f$9 = _ref.$val;
			_r$10 = sc.countError("push_promise", new http2ConnectionError(1)); /* */ $s = 35; case 35: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			$24r$9 = _r$10;
			$s = 36; case 36: return $24r$9;
		/* } else { */ case 17:
			f$10 = _ref;
			_r$11 = f$10.Header(); /* */ $s = 37; case 37: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			_arg = (x$5 = _r$11, new x$5.constructor.elem(x$5));
			$r = sc.vlogf("http2: server ignoring frame: %v", new sliceType([_arg])); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 18:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processFrame, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _arg, _r$1, _r$10, _r$11, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, f, f$1, f$10, f$2, f$3, f$4, f$5, f$6, f$7, f$8, f$9, ok, sc, x$5, $s};return $f;
	};
	http2serverConn.prototype.processFrame = function(f) { return this.$val.processFrame(f); };
	http2serverConn.ptr.prototype.processPing = function(f) {
		var {$24r, _r$1, f, sc, x$5, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (f.IsAck()) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (!((f.http2FrameHeader.StreamID === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((f.http2FrameHeader.StreamID === 0))) { */ case 2:
			_r$1 = sc.countError("ping_on_stream", new http2ConnectionError(1)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		if (sc.inGoAway && !((sc.goAwayCode === 0))) {
			$s = -1; return $ifaceNil;
		}
		$r = sc.writeFrame(new http2FrameWriteRequest.ptr((x$5 = new http2writePingAck.ptr(f), new x$5.constructor.elem(x$5)), ptrType$10.nil, $chanNil)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processPing, $c: true, $r, $24r, _r$1, f, sc, x$5, $s};return $f;
	};
	http2serverConn.prototype.processPing = function(f) { return this.$val.processPing(f); };
	http2serverConn.ptr.prototype.processWindowUpdate = function(f) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _tuple, f, sc, st, state, x$5, x$6, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (!((f.http2FrameHeader.StreamID === 0))) { $s = 3; continue; }
			/* */ if (!sc.flow.add(((f.Increment >> 0)))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!((f.http2FrameHeader.StreamID === 0))) { */ case 3:
				_r$1 = sc.state(f.http2FrameHeader.StreamID); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				state = _tuple[0];
				st = _tuple[1];
				/* */ if (state === 0) { $s = 7; continue; }
				/* */ $s = 8; continue;
				/* if (state === 0) { */ case 7:
					_r$2 = sc.countError("stream_idle", new http2ConnectionError(1)); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r = _r$2;
					$s = 10; case 10: return $24r;
				/* } */ case 8:
				if (st === ptrType$10.nil) {
					$s = -1; return $ifaceNil;
				}
				/* */ if (!st.flow.add(((f.Increment >> 0)))) { $s = 11; continue; }
				/* */ $s = 12; continue;
				/* if (!st.flow.add(((f.Increment >> 0)))) { */ case 11:
					_r$3 = sc.countError("bad_flow", (x$5 = http2streamError(f.http2FrameHeader.StreamID, 3), new x$5.constructor.elem(x$5))); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					$24r$1 = _r$3;
					$s = 14; case 14: return $24r$1;
				/* } */ case 12:
				$s = 5; continue;
			/* } else if (!sc.flow.add(((f.Increment >> 0)))) { */ case 4:
				$s = -1; return (x$6 = new http2goAwayFlowError.ptr(), new x$6.constructor.elem(x$6));
			/* } */ case 5:
		case 2:
		$r = sc.scheduleFrameWrite(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processWindowUpdate, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _tuple, f, sc, st, state, x$5, x$6, $s};return $f;
	};
	http2serverConn.prototype.processWindowUpdate = function(f) { return this.$val.processWindowUpdate(f); };
	http2serverConn.ptr.prototype.processResetStream = function(f) {
		var {$24r, _r$1, _r$2, _tuple, f, sc, st, state, x$5, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = sc.state(f.http2FrameHeader.StreamID); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		state = _tuple[0];
		st = _tuple[1];
		/* */ if (state === 0) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (state === 0) { */ case 3:
			_r$2 = sc.countError("reset_idle_stream", new http2ConnectionError(1)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 6; case 6: return $24r;
		/* } */ case 4:
		/* */ if (!(st === ptrType$10.nil)) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!(st === ptrType$10.nil)) { */ case 7:
			$r = st.cancelCtx(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = sc.closeStream(st, (x$5 = http2streamError(f.http2FrameHeader.StreamID, f.ErrCode), new x$5.constructor.elem(x$5))); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 8:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processResetStream, $c: true, $r, $24r, _r$1, _r$2, _tuple, f, sc, st, state, x$5, $s};return $f;
	};
	http2serverConn.prototype.processResetStream = function(f) { return this.$val.processResetStream(f); };
	http2serverConn.ptr.prototype.closeStream = function(st, err) {
		var {_arg, _arg$1, _r$1, _r$2, _r$3, _r$4, err, p, sc, st, x$5, $s, $r, $c} = $restore(this, {st, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if ((st.state === 0) || (st.state === 4)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ((st.state === 0) || (st.state === 4)) { */ case 2:
			_r$1 = fmt.Sprintf("invariant; can't close stream in state %v", new sliceType([new http2streamState(st.state)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(_r$1));
		/* } */ case 3:
		st.state = 4;
		if (!(st.writeDeadline === ptrType$25.nil)) {
			st.writeDeadline.Stop();
		}
		if (st.isPushed()) {
			sc.curPushedStreams = sc.curPushedStreams - (1) >>> 0;
		} else {
			sc.curClientStreams = sc.curClientStreams - (1) >>> 0;
		}
		delete sc.streams[$Uint32.keyFor(st.id)];
		/* */ if ($keys(sc.streams).length === 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if ($keys(sc.streams).length === 0) { */ case 5:
			$r = sc.setConnState(2); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (!((x$5 = sc.srv.IdleTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!((x$5 = sc.srv.IdleTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { */ case 8:
				_r$2 = sc.idleTimer.Reset(sc.srv.IdleTimeout); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
			/* } */ case 9:
			_r$3 = http2h1ServerKeepAlivesDisabled(sc.hs); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (_r$3) { */ case 11:
				$r = sc.startGracefulShutdownInternal(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 12:
		/* } */ case 6:
		p = st.body;
		/* */ if (!(p === ptrType$97.nil)) { $s = 15; continue; }
		/* */ $s = 16; continue;
		/* if (!(p === ptrType$97.nil)) { */ case 15:
			_arg = ptrType$10.nil;
			_r$4 = p.Len(); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_arg$1 = _r$4;
			$r = sc.sendWindowUpdate(_arg, _arg$1); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = p.CloseWithError(err); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 16:
		new http2closeWaiter(st.cw).Close();
		$r = sc.writeSched.CloseStream(st.id); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.closeStream, $c: true, $r, _arg, _arg$1, _r$1, _r$2, _r$3, _r$4, err, p, sc, st, x$5, $s};return $f;
	};
	http2serverConn.prototype.closeStream = function(st, err) { return this.$val.closeStream(st, err); };
	http2serverConn.ptr.prototype.processSettings = function(f) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, err, f, sc, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (f.IsAck()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (f.IsAck()) { */ case 2:
			sc.unackedSettings = sc.unackedSettings - (1) >> 0;
			/* */ if (sc.unackedSettings < 0) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (sc.unackedSettings < 0) { */ case 4:
				_r$1 = sc.countError("ack_mystery", new http2ConnectionError(1)); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 7; case 7: return $24r;
			/* } */ case 5:
			$s = -1; return $ifaceNil;
		/* } */ case 3:
		/* */ if (f.NumSettings() > 100 || f.HasDuplicates()) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (f.NumSettings() > 100 || f.HasDuplicates()) { */ case 8:
			_r$2 = sc.countError("settings_big_or_dups", new http2ConnectionError(1)); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = _r$2;
			$s = 11; case 11: return $24r$1;
		/* } */ case 9:
		_r$3 = f.ForeachSetting($methodVal(sc, "processSetting")); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		err = _r$3;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		sc.needToSendSettingsAck = true;
		$r = sc.scheduleFrameWrite(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processSettings, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, err, f, sc, $s};return $f;
	};
	http2serverConn.prototype.processSettings = function(f) { return this.$val.processSettings(f); };
	http2serverConn.ptr.prototype.processSetting = function(s) {
		var {$24r, _1, _r$1, err, s, sc, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		err = $clone(s, http2Setting).Valid();
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		/* */ if (http2VerboseLogs) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (http2VerboseLogs) { */ case 2:
			$r = sc.vlogf("http2: server processing setting %v", new sliceType([new s.constructor.elem(s)])); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
			_1 = s.ID;
			/* */ if (_1 === (1)) { $s = 6; continue; }
			/* */ if (_1 === (2)) { $s = 7; continue; }
			/* */ if (_1 === (3)) { $s = 8; continue; }
			/* */ if (_1 === (4)) { $s = 9; continue; }
			/* */ if (_1 === (5)) { $s = 10; continue; }
			/* */ if (_1 === (6)) { $s = 11; continue; }
			/* */ if (http2VerboseLogs) { $s = 12; continue; }
			/* */ $s = 13; continue;
			/* if (_1 === (1)) { */ case 6:
				sc.headerTableSize = s.Val;
				$r = sc.hpackEncoder.SetMaxDynamicTableSize(s.Val); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 13; continue;
			/* } else if (_1 === (2)) { */ case 7:
				sc.pushEnabled = !((s.Val === 0));
				$s = 13; continue;
			/* } else if (_1 === (3)) { */ case 8:
				sc.clientMaxStreams = s.Val;
				$s = 13; continue;
			/* } else if (_1 === (4)) { */ case 9:
				_r$1 = sc.processSettingInitialWindowSize(s.Val); /* */ $s = 15; case 15: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 16; case 16: return $24r;
			/* } else if (_1 === (5)) { */ case 10:
				sc.maxFrameSize = ((s.Val >> 0));
				$s = 13; continue;
			/* } else if (_1 === (6)) { */ case 11:
				sc.peerMaxHeaderListSize = s.Val;
				$s = 13; continue;
			/* } else if (http2VerboseLogs) { */ case 12:
				$r = sc.vlogf("http2: server ignoring unknown setting %v", new sliceType([new s.constructor.elem(s)])); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 13:
		case 5:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processSetting, $c: true, $r, $24r, _1, _r$1, err, s, sc, $s};return $f;
	};
	http2serverConn.prototype.processSetting = function(s) { return this.$val.processSetting(s); };
	http2serverConn.ptr.prototype.processSettingInitialWindowSize = function(val) {
		var {$24r, _entry, _i, _keys, _r$1, _ref, growth, old, sc, st, val, $s, $r, $c} = $restore(this, {val});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		old = sc.initialStreamSendWindowSize;
		sc.initialStreamSendWindowSize = ((val >> 0));
		growth = ((val >> 0)) - old >> 0;
		_ref = sc.streams;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			st = _entry.v;
			/* */ if (!st.flow.add(growth)) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!st.flow.add(growth)) { */ case 4:
				_r$1 = sc.countError("setting_win_size", new http2ConnectionError(3)); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 7; case 7: return $24r;
			/* } */ case 5:
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processSettingInitialWindowSize, $c: true, $r, $24r, _entry, _i, _keys, _r$1, _ref, growth, old, sc, st, val, $s};return $f;
	};
	http2serverConn.prototype.processSettingInitialWindowSize = function(val) { return this.$val.processSettingInitialWindowSize(val); };
	http2serverConn.ptr.prototype.processData = function(f) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, data, err, f, id, pad, sc, st, state, wrote, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		id = $clone(f.http2FrameHeader, http2FrameHeader).Header().StreamID;
		if (sc.inGoAway && (!((sc.goAwayCode === 0)) || id > sc.maxClientStreamID)) {
			$s = -1; return $ifaceNil;
		}
		data = f.Data();
		_r$1 = sc.state(id); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		state = _tuple[0];
		st = _tuple[1];
		/* */ if ((id === 0) || (state === 0)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ((id === 0) || (state === 0)) { */ case 3:
			_r$2 = sc.countError("data_on_idle", new http2ConnectionError(1)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 6; case 6: return $24r;
		/* } */ case 4:
		/* */ if (st === ptrType$10.nil || !((state === 1)) || st.gotTrailerHeader || st.resetQueued) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (st === ptrType$10.nil || !((state === 1)) || st.gotTrailerHeader || st.resetQueued) { */ case 7:
			/* */ if (sc.inflow.available() < ((f.http2FrameHeader.Length >> 0))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (sc.inflow.available() < ((f.http2FrameHeader.Length >> 0))) { */ case 9:
				_r$3 = sc.countError("data_flow", (x$5 = http2streamError(id, 3), new x$5.constructor.elem(x$5))); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$1 = _r$3;
				$s = 12; case 12: return $24r$1;
			/* } */ case 10:
			sc.inflow.take(((f.http2FrameHeader.Length >> 0)));
			$r = sc.sendWindowUpdate(ptrType$10.nil, ((f.http2FrameHeader.Length >> 0))); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (!(st === ptrType$10.nil) && st.resetQueued) {
				$s = -1; return $ifaceNil;
			}
			_r$4 = sc.countError("closed", (x$6 = http2streamError(id, 5), new x$6.constructor.elem(x$6))); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$2 = _r$4;
			$s = 15; case 15: return $24r$2;
		/* } */ case 8:
		if (st.body === ptrType$97.nil) {
			$panic(new $String("internal error: should have a body in this state"));
		}
		/* */ if (!((x$7 = st.declBodyBytes, (x$7.$high === -1 && x$7.$low === 4294967295))) && (x$8 = (x$9 = st.bodyBytes, x$10 = (new $Int64(0, data.$length)), new $Int64(x$9.$high + x$10.$high, x$9.$low + x$10.$low)), x$11 = st.declBodyBytes, (x$8.$high > x$11.$high || (x$8.$high === x$11.$high && x$8.$low > x$11.$low)))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!((x$7 = st.declBodyBytes, (x$7.$high === -1 && x$7.$low === 4294967295))) && (x$8 = (x$9 = st.bodyBytes, x$10 = (new $Int64(0, data.$length)), new $Int64(x$9.$high + x$10.$high, x$9.$low + x$10.$low)), x$11 = st.declBodyBytes, (x$8.$high > x$11.$high || (x$8.$high === x$11.$high && x$8.$low > x$11.$low)))) { */ case 16:
			_r$5 = fmt.Errorf("sender tried to send more than declared Content-Length of %d bytes", new sliceType([st.declBodyBytes])); /* */ $s = 18; case 18: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$r = st.body.CloseWithError(_r$5); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$6 = sc.countError("send_too_much", (x$12 = http2streamError(id, 1), new x$12.constructor.elem(x$12))); /* */ $s = 20; case 20: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			$24r$3 = _r$6;
			$s = 21; case 21: return $24r$3;
		/* } */ case 17:
		/* */ if (f.http2FrameHeader.Length > 0) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (f.http2FrameHeader.Length > 0) { */ case 22:
			/* */ if (st.inflow.available() < ((f.http2FrameHeader.Length >> 0))) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (st.inflow.available() < ((f.http2FrameHeader.Length >> 0))) { */ case 24:
				_r$7 = sc.countError("flow_on_data_length", (x$13 = http2streamError(id, 3), new x$13.constructor.elem(x$13))); /* */ $s = 26; case 26: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				$24r$4 = _r$7;
				$s = 27; case 27: return $24r$4;
			/* } */ case 25:
			st.inflow.take(((f.http2FrameHeader.Length >> 0)));
			/* */ if (data.$length > 0) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (data.$length > 0) { */ case 28:
				_r$8 = st.body.Write(data); /* */ $s = 30; case 30: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_tuple$1 = _r$8;
				wrote = _tuple$1[0];
				err = _tuple$1[1];
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 31; continue; }
				/* */ $s = 32; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 31:
					$r = sc.sendWindowUpdate(ptrType$10.nil, ((f.http2FrameHeader.Length >> 0)) - wrote >> 0); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_r$9 = sc.countError("body_write_err", (x$14 = http2streamError(id, 5), new x$14.constructor.elem(x$14))); /* */ $s = 34; case 34: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					$24r$5 = _r$9;
					$s = 35; case 35: return $24r$5;
				/* } */ case 32:
				if (!((wrote === data.$length))) {
					$panic(new $String("internal error: bad Writer"));
				}
				st.bodyBytes = (x$15 = st.bodyBytes, x$16 = (new $Int64(0, data.$length)), new $Int64(x$15.$high + x$16.$high, x$15.$low + x$16.$low));
			/* } */ case 29:
			pad = ((f.http2FrameHeader.Length >> 0)) - ((data.$length >> 0)) >> 0;
			/* */ if (pad > 0) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (pad > 0) { */ case 36:
				$r = sc.sendWindowUpdate32(ptrType$10.nil, pad); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = sc.sendWindowUpdate32(st, pad); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 37:
		/* } */ case 23:
		/* */ if (f.StreamEnded()) { $s = 40; continue; }
		/* */ $s = 41; continue;
		/* if (f.StreamEnded()) { */ case 40:
			$r = st.endStream(); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 41:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processData, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, data, err, f, id, pad, sc, st, state, wrote, x$10, x$11, x$12, x$13, x$14, x$15, x$16, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	http2serverConn.prototype.processData = function(f) { return this.$val.processData(f); };
	http2serverConn.ptr.prototype.processGoAway = function(f) {
		var {f, sc, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((f.ErrCode === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((f.ErrCode === 0))) { */ case 2:
			$r = sc.logf("http2: received GOAWAY %+v, starting graceful shutdown", new sliceType([f])); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 4; continue;
		/* } else { */ case 3:
			$r = sc.vlogf("http2: received GOAWAY %+v, starting graceful shutdown", new sliceType([f])); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		$r = sc.startGracefulShutdownInternal(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		sc.pushEnabled = false;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processGoAway, $c: true, $r, f, sc, $s};return $f;
	};
	http2serverConn.prototype.processGoAway = function(f) { return this.$val.processGoAway(f); };
	http2stream.ptr.prototype.isPushed = function() {
		var _r$1, st;
		st = this;
		return (_r$1 = st.id % 2, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 0;
	};
	http2stream.prototype.isPushed = function() { return this.$val.isPushed(); };
	http2stream.ptr.prototype.endStream = function() {
		var {_r$1, sc, st, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		st = this;
		sc = st.sc;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((x$5 = st.declBodyBytes, (x$5.$high === -1 && x$5.$low === 4294967295))) && !((x$6 = st.declBodyBytes, x$7 = st.bodyBytes, (x$6.$high === x$7.$high && x$6.$low === x$7.$low)))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((x$5 = st.declBodyBytes, (x$5.$high === -1 && x$5.$low === 4294967295))) && !((x$6 = st.declBodyBytes, x$7 = st.bodyBytes, (x$6.$high === x$7.$high && x$6.$low === x$7.$low)))) { */ case 2:
			_r$1 = fmt.Errorf("request declared a Content-Length of %d but only wrote %d bytes", new sliceType([st.declBodyBytes, st.bodyBytes])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$r = st.body.CloseWithError(_r$1); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 4; continue;
		/* } else { */ case 3:
			$r = st.body.closeWithErrorAndCode(io.EOF, $methodVal(st, "copyTrailersToHandlerRequest")); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = st.body.CloseWithError(io.EOF); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		st.state = 3;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2stream.ptr.prototype.endStream, $c: true, $r, _r$1, sc, st, x$5, x$6, x$7, $s};return $f;
	};
	http2stream.prototype.endStream = function() { return this.$val.endStream(); };
	http2stream.ptr.prototype.copyTrailersToHandlerRequest = function() {
		var _entry, _entry$1, _i, _key, _keys, _ref, _tuple, k, ok, st, vv;
		st = this;
		_ref = st.trailer;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vv = _entry.v;
			_tuple = (_entry$1 = st.reqTrailer[$String.keyFor(k)], _entry$1 !== undefined ? [_entry$1.v, true] : [sliceType$2.nil, false]);
			ok = _tuple[1];
			if (ok) {
				_key = k; (st.reqTrailer || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv };
			}
			_i++;
		}
	};
	http2stream.prototype.copyTrailersToHandlerRequest = function() { return this.$val.copyTrailersToHandlerRequest(); };
	http2stream.ptr.prototype.onWriteTimeout = function() {
		var {_r$1, st, x$5, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		st = this;
		_r$1 = st.sc.writeFrameFromHandler(new http2FrameWriteRequest.ptr((x$5 = http2streamError(st.id, 2), new x$5.constructor.elem(x$5)), ptrType$10.nil, $chanNil)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2stream.ptr.prototype.onWriteTimeout, $c: true, $r, _r$1, st, x$5, $s};return $f;
	};
	http2stream.prototype.onWriteTimeout = function() { return this.$val.onWriteTimeout(); };
	http2serverConn.ptr.prototype.processHeaders = function(f) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _entry, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, err, err$1, err$2, f, handler, id, initialState, req, rw, sc, st, st$1, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		id = f.http2HeadersFrame.http2FrameHeader.StreamID;
		if (sc.inGoAway) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (!(((_r$1 = id % 2, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 1))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(((_r$1 = id % 2, _r$1 === _r$1 ? _r$1 : $throwRuntimeError("integer divide by zero")) === 1))) { */ case 2:
			_r$2 = sc.countError("headers_even", new http2ConnectionError(1)); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		st = (_entry = sc.streams[$Uint32.keyFor(f.http2HeadersFrame.http2FrameHeader.StreamID)], _entry !== undefined ? _entry.v : ptrType$10.nil);
		/* */ if (!(st === ptrType$10.nil)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(st === ptrType$10.nil)) { */ case 6:
			if (st.resetQueued) {
				$s = -1; return $ifaceNil;
			}
			/* */ if (st.state === 3) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (st.state === 3) { */ case 8:
				_r$3 = sc.countError("headers_half_closed", (x$5 = http2streamError(id, 5), new x$5.constructor.elem(x$5))); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$1 = _r$3;
				$s = 11; case 11: return $24r$1;
			/* } */ case 9:
			_r$4 = st.processTrailerHeaders(f); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$2 = _r$4;
			$s = 13; case 13: return $24r$2;
		/* } */ case 7:
		/* */ if (id <= sc.maxClientStreamID) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (id <= sc.maxClientStreamID) { */ case 14:
			_r$5 = sc.countError("stream_went_down", new http2ConnectionError(1)); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			$24r$3 = _r$5;
			$s = 17; case 17: return $24r$3;
		/* } */ case 15:
		sc.maxClientStreamID = id;
		if (!(sc.idleTimer === ptrType$25.nil)) {
			sc.idleTimer.Stop();
		}
		/* */ if ((sc.curClientStreams + 1 >>> 0) > sc.advMaxStreams) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if ((sc.curClientStreams + 1 >>> 0) > sc.advMaxStreams) { */ case 18:
			/* */ if (sc.unackedSettings === 0) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (sc.unackedSettings === 0) { */ case 20:
				_r$6 = sc.countError("over_max_streams", (x$6 = http2streamError(id, 1), new x$6.constructor.elem(x$6))); /* */ $s = 22; case 22: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				$24r$4 = _r$6;
				$s = 23; case 23: return $24r$4;
			/* } */ case 21:
			_r$7 = sc.countError("over_max_streams_race", (x$7 = http2streamError(id, 7), new x$7.constructor.elem(x$7))); /* */ $s = 24; case 24: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$5 = _r$7;
			$s = 25; case 25: return $24r$5;
		/* } */ case 19:
		initialState = 1;
		if (f.http2HeadersFrame.StreamEnded()) {
			initialState = 3;
		}
		_r$8 = sc.newStream(id, 0, initialState); /* */ $s = 26; case 26: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		st$1 = _r$8;
		/* */ if (f.http2HeadersFrame.HasPriority()) { $s = 27; continue; }
		/* */ $s = 28; continue;
		/* if (f.http2HeadersFrame.HasPriority()) { */ case 27:
			_r$9 = sc.checkPriority(f.http2HeadersFrame.http2FrameHeader.StreamID, $clone(f.http2HeadersFrame.Priority, http2PriorityParam)); /* */ $s = 29; case 29: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err = _r$9;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			$r = sc.writeSched.AdjustStream(st$1.id, $clone(f.http2HeadersFrame.Priority, http2PriorityParam)); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 28:
		_r$10 = sc.newWriterAndRequest(st$1, f); /* */ $s = 31; case 31: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_tuple = _r$10;
		rw = _tuple[0];
		req = _tuple[1];
		err$1 = _tuple[2];
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		st$1.reqTrailer = req.Trailer;
		if (!(st$1.reqTrailer === false)) {
			st$1.trailer = {};
		}
		st$1.body = $assertType(req.Body, ptrType$12).pipe;
		st$1.declBodyBytes = req.ContentLength;
		handler = $methodVal(sc.handler, "ServeHTTP");
		/* */ if (f.Truncated) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (f.Truncated) { */ case 32:
			handler = http2handleHeaderListTooLong;
			$s = 34; continue;
		/* } else { */ case 33:
			_r$11 = http2checkValidHTTP2RequestHeaders(req.Header); /* */ $s = 35; case 35: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
			err$2 = _r$11;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				handler = http2new400Handler(err$2);
			}
		/* } */ case 34:
		/* */ if (!((x$8 = sc.hs.ReadTimeout, (x$8.$high === 0 && x$8.$low === 0)))) { $s = 36; continue; }
		/* */ $s = 37; continue;
		/* if (!((x$8 = sc.hs.ReadTimeout, (x$8.$high === 0 && x$8.$low === 0)))) { */ case 36:
			_r$12 = sc.conn.SetReadDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 38; case 38: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
			_r$12;
		/* } */ case 37:
		$go($methodVal(sc, "runHandler"), [rw, req, handler]);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processHeaders, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _entry, _r$1, _r$10, _r$11, _r$12, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, err, err$1, err$2, f, handler, id, initialState, req, rw, sc, st, st$1, x$5, x$6, x$7, x$8, $s};return $f;
	};
	http2serverConn.prototype.processHeaders = function(f) { return this.$val.processHeaders(f); };
	http2stream.ptr.prototype.processTrailerHeaders = function(f) {
		var {$24r, $24r$1, $24r$2, $24r$3, _entry, _i, _key, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, f, hf, key, sc, st, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		st = this;
		sc = st.sc;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (st.gotTrailerHeader) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (st.gotTrailerHeader) { */ case 2:
			_r$1 = sc.countError("dup_trailers", new http2ConnectionError(1)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		st.gotTrailerHeader = true;
		/* */ if (!f.http2HeadersFrame.StreamEnded()) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!f.http2HeadersFrame.StreamEnded()) { */ case 6:
			_r$2 = sc.countError("trailers_not_ended", (x$5 = http2streamError(st.id, 1), new x$5.constructor.elem(x$5))); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = _r$2;
			$s = 9; case 9: return $24r$1;
		/* } */ case 7:
		/* */ if (f.PseudoFields().$length > 0) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (f.PseudoFields().$length > 0) { */ case 10:
			_r$3 = sc.countError("trailers_pseudo", (x$6 = http2streamError(st.id, 1), new x$6.constructor.elem(x$6))); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$2 = _r$3;
			$s = 13; case 13: return $24r$2;
		/* } */ case 11:
		/* */ if (!(st.trailer === false)) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (!(st.trailer === false)) { */ case 14:
			_ref = f.RegularFields();
			_i = 0;
			/* while (true) { */ case 16:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 17; continue; }
				hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
				_r$4 = sc.canonicalHeader(hf.Name); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				key = _r$4;
				_r$5 = httpguts.ValidTrailerHeader(key); /* */ $s = 21; case 21: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				/* */ if (!_r$5) { $s = 19; continue; }
				/* */ $s = 20; continue;
				/* if (!_r$5) { */ case 19:
					_r$6 = sc.countError("trailers_bogus", (x$7 = http2streamError(st.id, 1), new x$7.constructor.elem(x$7))); /* */ $s = 22; case 22: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					$24r$3 = _r$6;
					$s = 23; case 23: return $24r$3;
				/* } */ case 20:
				_key = key; (st.trailer || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry = st.trailer[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil), hf.Value) };
				_i++;
			$s = 16; continue;
			case 17:
		/* } */ case 15:
		$r = st.endStream(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2stream.ptr.prototype.processTrailerHeaders, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _entry, _i, _key, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, f, hf, key, sc, st, x$5, x$6, x$7, $s};return $f;
	};
	http2stream.prototype.processTrailerHeaders = function(f) { return this.$val.processTrailerHeaders(f); };
	http2serverConn.ptr.prototype.checkPriority = function(streamID, p) {
		var {$24r, _r$1, p, sc, streamID, x$5, $s, $r, $c} = $restore(this, {streamID, p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		/* */ if (streamID === p.StreamDep) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (streamID === p.StreamDep) { */ case 1:
			_r$1 = sc.countError("priority", (x$5 = http2streamError(streamID, 1), new x$5.constructor.elem(x$5))); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = _r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.checkPriority, $c: true, $r, $24r, _r$1, p, sc, streamID, x$5, $s};return $f;
	};
	http2serverConn.prototype.checkPriority = function(streamID, p) { return this.$val.checkPriority(streamID, p); };
	http2serverConn.ptr.prototype.processPriority = function(f) {
		var {_r$1, err, f, sc, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		if (sc.inGoAway) {
			$s = -1; return $ifaceNil;
		}
		_r$1 = sc.checkPriority(f.http2FrameHeader.StreamID, $clone(f.http2PriorityParam, http2PriorityParam)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		$r = sc.writeSched.AdjustStream(f.http2FrameHeader.StreamID, $clone(f.http2PriorityParam, http2PriorityParam)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.processPriority, $c: true, $r, _r$1, err, f, sc, $s};return $f;
	};
	http2serverConn.prototype.processPriority = function(f) { return this.$val.processPriority(f); };
	http2serverConn.ptr.prototype.newStream = function(id, pusherID, state) {
		var {_key, _r$1, _r$2, _r$3, _tuple, cancelCtx, ctx, id, pusherID, sc, st, state, x$5, $s, $r, $c} = $restore(this, {id, pusherID, state});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (id === 0) {
			$panic(new $String("internal error: cannot create stream with id 0"));
		}
		_r$1 = context.WithCancel(sc.baseCtx); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ctx = _tuple[0];
		cancelCtx = _tuple[1];
		st = new http2stream.ptr(sc, id, ptrType$97.nil, $chanNil, ctx, cancelCtx, new $Int64(0, 0), new $Int64(0, 0), new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), state, false, false, false, ptrType$25.nil, false, false);
		(st.$ptr_cw || (st.$ptr_cw = new ptrType$98(function() { return this.$target.cw; }, function($v) { this.$target.cw = $v; }, st))).Init();
		st.flow.conn = sc.flow;
		st.flow.add(sc.initialStreamSendWindowSize);
		st.inflow.conn = sc.inflow;
		st.inflow.add(sc.srv.initialStreamRecvWindowSize());
		/* */ if (!((x$5 = sc.hs.WriteTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!((x$5 = sc.hs.WriteTimeout, (x$5.$high === 0 && x$5.$low === 0)))) { */ case 3:
			_r$2 = time.AfterFunc(sc.hs.WriteTimeout, $methodVal(st, "onWriteTimeout")); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			st.writeDeadline = _r$2;
		/* } */ case 4:
		_key = id; (sc.streams || $throwRuntimeError("assignment to entry in nil map"))[$Uint32.keyFor(_key)] = { k: _key, v: st };
		$r = sc.writeSched.OpenStream(st.id, new http2OpenStreamOptions.ptr(pusherID)); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (st.isPushed()) {
			sc.curPushedStreams = sc.curPushedStreams + (1) >>> 0;
		} else {
			sc.curClientStreams = sc.curClientStreams + (1) >>> 0;
		}
		_r$3 = sc.curOpenStreams(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3 === 1) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (_r$3 === 1) { */ case 7:
			$r = sc.setConnState(1); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 8:
		$s = -1; return st;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.newStream, $c: true, $r, _key, _r$1, _r$2, _r$3, _tuple, cancelCtx, ctx, id, pusherID, sc, st, state, x$5, $s};return $f;
	};
	http2serverConn.prototype.newStream = function(id, pusherID, state) { return this.$val.newStream(id, pusherID, state); };
	http2serverConn.ptr.prototype.newWriterAndRequest = function(st, f) {
		var {$24r, $24r$1, $24r$2, _entry, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _tuple, _tuple$1, _tuple$2, bodyOpen, cl, err, err$1, f, hf, isConnect, ok, req, rp, rw, sc, st, vv, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {st, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		rp = new http2requestParam.ptr(f.PseudoValue("method"), f.PseudoValue("scheme"), f.PseudoValue("authority"), f.PseudoValue("path"), false);
		isConnect = rp.method === "CONNECT";
		/* */ if (isConnect) { $s = 2; continue; }
		/* */ if (rp.method === "" || rp.path === "" || (!(rp.scheme === "https") && !(rp.scheme === "http"))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (isConnect) { */ case 2:
			/* */ if (!(rp.path === "") || !(rp.scheme === "") || rp.authority === "") { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!(rp.path === "") || !(rp.scheme === "") || rp.authority === "") { */ case 5:
				_r$1 = sc.countError("bad_connect", (x$5 = http2streamError(f.http2HeadersFrame.http2FrameHeader.StreamID, 1), new x$5.constructor.elem(x$5))); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = [ptrType$16.nil, ptrType$11.nil, _r$1];
				$s = 8; case 8: return $24r;
			/* } */ case 6:
			$s = 4; continue;
		/* } else if (rp.method === "" || rp.path === "" || (!(rp.scheme === "https") && !(rp.scheme === "http"))) { */ case 3:
			_r$2 = sc.countError("bad_path_method", (x$6 = http2streamError(f.http2HeadersFrame.http2FrameHeader.StreamID, 1), new x$6.constructor.elem(x$6))); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = [ptrType$16.nil, ptrType$11.nil, _r$2];
			$s = 10; case 10: return $24r$1;
		/* } */ case 4:
		bodyOpen = !f.http2HeadersFrame.StreamEnded();
		/* */ if (rp.method === "HEAD" && bodyOpen) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (rp.method === "HEAD" && bodyOpen) { */ case 11:
			_r$3 = sc.countError("head_body", (x$7 = http2streamError(f.http2HeadersFrame.http2FrameHeader.StreamID, 1), new x$7.constructor.elem(x$7))); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$2 = [ptrType$16.nil, ptrType$11.nil, _r$3];
			$s = 14; case 14: return $24r$2;
		/* } */ case 12:
		rp.header = {};
		_ref = f.RegularFields();
		_i = 0;
		/* while (true) { */ case 15:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 16; continue; }
			hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
			_r$4 = sc.canonicalHeader(hf.Name); /* */ $s = 17; case 17: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$r = new Header(rp.header).Add(_r$4, hf.Value); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 15; continue;
		case 16:
		/* */ if (rp.authority === "") { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (rp.authority === "") { */ case 19:
			_r$5 = new Header(rp.header).Get("Host"); /* */ $s = 21; case 21: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			rp.authority = _r$5;
		/* } */ case 20:
		_r$6 = sc.newWriterAndRequestNoBody(st, $clone(rp, http2requestParam)); /* */ $s = 22; case 22: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_tuple = _r$6;
		rw = _tuple[0];
		req = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$16.nil, ptrType$11.nil, err];
		}
		if (bodyOpen) {
			_tuple$1 = (_entry = rp.header[$String.keyFor("Content-Length")], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
			vv = _tuple$1[0];
			ok = _tuple$1[1];
			if (ok) {
				_tuple$2 = strconv.ParseUint((0 >= vv.$length ? ($throwRuntimeError("index out of range"), undefined) : vv.$array[vv.$offset + 0]), 10, 63);
				cl = _tuple$2[0];
				err$1 = _tuple$2[1];
				if ($interfaceIsEqual(err$1, $ifaceNil)) {
					req.ContentLength = (new $Int64(cl.$high, cl.$low));
				} else {
					req.ContentLength = new $Int64(0, 0);
				}
			} else {
				req.ContentLength = new $Int64(-1, 4294967295);
			}
			$assertType(req.Body, ptrType$12).pipe = new http2pipe.ptr(new sync.Mutex.ptr(0, 0), new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil), new http2dataBuffer.ptr(sliceType$5.nil, 0, 0, 0, req.ContentLength), 0, $ifaceNil, $ifaceNil, $chanNil, $throwNilPointerError);
		}
		$s = -1; return [rw, req, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.newWriterAndRequest, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _tuple, _tuple$1, _tuple$2, bodyOpen, cl, err, err$1, f, hf, isConnect, ok, req, rp, rw, sc, st, vv, x$5, x$6, x$7, $s};return $f;
	};
	http2serverConn.prototype.newWriterAndRequest = function(st, f) { return this.$val.newWriterAndRequest(st, f); };
	http2serverConn.ptr.prototype.newWriterAndRequestNoBody = function(st, rp) {
		var {$24r, _1, _entry, _entry$1, _i, _i$1, _key, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _tuple, body$1, bwSave, cookies, err, key, needsContinue, req, requestURI, rp, rw, rws, sc, st, tlsState, trailer, url_, v, x$5, x$6, $s, $r, $c} = $restore(this, {st, rp});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		tlsState = ptrType$28.nil;
		if (rp.scheme === "https") {
			tlsState = sc.tlsState;
		}
		_r$1 = new Header(rp.header).Get("Expect"); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		needsContinue = _r$1 === "100-continue";
		/* */ if (needsContinue) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (needsContinue) { */ case 3:
			$r = new Header(rp.header).Del("Expect"); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		cookies = (_entry = rp.header[$String.keyFor("Cookie")], _entry !== undefined ? _entry.v : sliceType$2.nil);
		/* */ if (cookies.$length > 1) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (cookies.$length > 1) { */ case 6:
			$r = new Header(rp.header).Set("Cookie", strings.Join(cookies, "; ")); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		trailer = false;
		_ref = (_entry$1 = rp.header[$String.keyFor("Trailer")], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
		_i = 0;
		/* while (true) { */ case 9:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 10; continue; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = strings.Split(v, ",");
			_i$1 = 0;
			/* while (true) { */ case 11:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 12; continue; }
				key = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				_r$2 = CanonicalHeaderKey(textproto.TrimString(key)); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				key = _r$2;
				_1 = key;
				if (_1 === ("Transfer-Encoding") || _1 === ("Trailer") || _1 === ("Content-Length")) {
				} else {
					if (trailer === false) {
						trailer = {};
					}
					_key = key; (trailer || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: sliceType$2.nil };
				}
				_i$1++;
			$s = 11; continue;
			case 12:
			_i++;
		$s = 9; continue;
		case 10:
		delete rp.header[$String.keyFor("Trailer")];
		url_ = ptrType$17.nil;
		requestURI = "";
		/* */ if (rp.method === "CONNECT") { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (rp.method === "CONNECT") { */ case 14:
			url_ = new url.URL.ptr("", "", ptrType$21.nil, rp.authority, "", "", false, "", "", "");
			requestURI = rp.authority;
			$s = 16; continue;
		/* } else { */ case 15:
			err = $ifaceNil;
			_r$3 = url.ParseRequestURI(rp.path); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			url_ = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 18; continue; }
			/* */ $s = 19; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 18:
				_r$4 = sc.countError("bad_path", (x$5 = http2streamError(st.id, 1), new x$5.constructor.elem(x$5))); /* */ $s = 20; case 20: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = [ptrType$16.nil, ptrType$11.nil, _r$4];
				$s = 21; case 21: return $24r;
			/* } */ case 19:
			requestURI = rp.path;
		/* } */ case 16:
		body$1 = new http2requestBody.ptr(arrayType.zero(), st, sc, false, false, ptrType$97.nil, needsContinue);
		req = new Request.ptr(rp.method, url_, "HTTP/2.0", 2, 0, rp.header, body$1, $throwNilPointerError, new $Int64(0, 0), sliceType$2.nil, false, rp.authority, false, false, ptrType$31.nil, trailer, sc.remoteAddrStr, requestURI, tlsState, $chanNil, ptrType$18.nil, $ifaceNil);
		req = req.WithContext(st.ctx);
		_r$5 = http2responseWriterStatePool.Get(); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		rws = $assertType(_r$5, ptrType$99);
		bwSave = rws.bw;
		http2responseWriterState.copy(rws, new http2responseWriterState.ptr(ptrType$10.nil, ptrType$11.nil, ptrType$12.nil, ptrType$13.nil, ptrType$14.nil, false, false, sliceType$2.nil, 0, false, false, false, false, new $Int64(0, 0), new $Int64(0, 0), new sync.Mutex.ptr(0, 0), $chanNil));
		rws.conn = sc;
		rws.bw = bwSave;
		rws.bw.Reset((x$6 = new http2chunkWriter.ptr(rws), new x$6.constructor.elem(x$6)));
		rws.stream = st;
		rws.req = req;
		rws.body = body$1;
		rw = new http2responseWriter.ptr(rws);
		$s = -1; return [rw, req, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.newWriterAndRequestNoBody, $c: true, $r, $24r, _1, _entry, _entry$1, _i, _i$1, _key, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _ref$1, _tuple, body$1, bwSave, cookies, err, key, needsContinue, req, requestURI, rp, rw, rws, sc, st, tlsState, trailer, url_, v, x$5, x$6, $s};return $f;
	};
	http2serverConn.prototype.newWriterAndRequestNoBody = function(st, rp) { return this.$val.newWriterAndRequestNoBody(st, rp); };
	http2serverConn.ptr.prototype.runHandler = function(rw, req, handler) {
		var {didPanic, handler, req, rw, sc, $s, $deferred, $r, $c} = $restore(this, {rw, req, handler});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		didPanic = [didPanic];
		rw = [rw];
		sc = [sc];
		sc[0] = this;
		didPanic[0] = true;
		$deferred.push([(function(didPanic, rw, sc) { return function $b() {
			var {_arg, _arg$1, _arg$2, _r$1, _r$2, buf, e, x$5, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = rw[0].rws.stream.cancelCtx(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (didPanic[0]) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if (didPanic[0]) { */ case 2:
				e = $recover();
				_r$1 = sc[0].writeFrameFromHandler(new http2FrameWriteRequest.ptr((x$5 = new http2handlerPanicRST.ptr(rw[0].rws.stream.id), new x$5.constructor.elem(x$5)), rw[0].rws.stream, $chanNil)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				/* */ if (!($interfaceIsEqual(e, $ifaceNil)) && !($interfaceIsEqual(e, $pkg.ErrAbortHandler))) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!($interfaceIsEqual(e, $ifaceNil)) && !($interfaceIsEqual(e, $pkg.ErrAbortHandler))) { */ case 5:
					buf = $makeSlice(sliceType$3, 65536);
					buf = $subslice(buf, 0, runtime.Stack(buf, false));
					_r$2 = sc[0].conn.RemoteAddr(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_arg = _r$2;
					_arg$1 = e;
					_arg$2 = buf;
					$r = sc[0].logf("http2: panic serving %v: %v\n%s", new sliceType([_arg, _arg$1, _arg$2])); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 6:
				$s = -1; return;
			/* } */ case 3:
			$r = rw[0].handlerDone(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _arg$1, _arg$2, _r$1, _r$2, buf, e, x$5, $s};return $f;
		}; })(didPanic, rw, sc), []]);
		$r = handler(rw[0], req); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		didPanic[0] = false;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2serverConn.ptr.prototype.runHandler, $c: true, $r, didPanic, handler, req, rw, sc, $s, $deferred};return $f; } }
	};
	http2serverConn.prototype.runHandler = function(rw, req, handler) { return this.$val.runHandler(rw, req, handler); };
	http2handleHeaderListTooLong = function(w, r) {
		var {_r$1, r, w, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = w.WriteHeader(431); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = io.WriteString(w, "<h1>HTTP Error 431</h1><p>Request Header Field(s) Too Large</p>"); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2handleHeaderListTooLong, $c: true, $r, _r$1, r, w, $s};return $f;
	};
	http2serverConn.ptr.prototype.writeHeaders = function(st, headerData) {
		var {_r$1, _r$2, _r$3, _selection, err, err$1, errc, headerData, sc, st, $s, $r, $c} = $restore(this, {st, headerData});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.checkNotOn(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		errc = $chanNil;
		/* */ if (!(headerData.h === false)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(headerData.h === false)) { */ case 2:
			_r$1 = http2errChanPool.Get(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			errc = $assertType(_r$1, chanType);
		/* } */ case 3:
		_r$2 = sc.writeFrameFromHandler(new http2FrameWriteRequest.ptr(headerData, st, errc)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		/* */ if (!(errc === $chanNil)) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(errc === $chanNil)) { */ case 6:
			_r$3 = $select([[errc], [sc.doneServing], [st.cw]]); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_selection = _r$3;
			if (_selection[0] === 0) {
				err$1 = _selection[1][0];
				http2errChanPool.Put(new chanType(errc));
				$s = -1; return err$1;
			} else if (_selection[0] === 1) {
				$s = -1; return http2errClientDisconnected;
			} else if (_selection[0] === 2) {
				$s = -1; return http2errStreamClosed;
			}
		/* } */ case 7:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.writeHeaders, $c: true, $r, _r$1, _r$2, _r$3, _selection, err, err$1, errc, headerData, sc, st, $s};return $f;
	};
	http2serverConn.prototype.writeHeaders = function(st, headerData) { return this.$val.writeHeaders(st, headerData); };
	http2serverConn.ptr.prototype.write100ContinueHeaders = function(st) {
		var {_r$1, sc, st, x$5, $s, $r, $c} = $restore(this, {st});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		_r$1 = sc.writeFrameFromHandler(new http2FrameWriteRequest.ptr((x$5 = new http2write100ContinueHeadersFrame.ptr(st.id), new x$5.constructor.elem(x$5)), st, $chanNil)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.write100ContinueHeaders, $c: true, $r, _r$1, sc, st, x$5, $s};return $f;
	};
	http2serverConn.prototype.write100ContinueHeaders = function(st) { return this.$val.write100ContinueHeaders(st); };
	http2serverConn.ptr.prototype.noteBodyReadFromHandler = function(st, n, err) {
		var {_r$1, _selection, err, n, sc, st, $s, $r, $c} = $restore(this, {st, n, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.checkNotOn(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (n > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (n > 0) { */ case 2:
			_r$1 = $select([[sc.bodyReadCh, new http2bodyReadMsg.ptr(st, n)], [sc.doneServing]]); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_selection = _r$1;
			if (_selection[0] === 0) {
			} else if (_selection[0] === 1) {
			}
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.noteBodyReadFromHandler, $c: true, $r, _r$1, _selection, err, n, sc, st, $s};return $f;
	};
	http2serverConn.prototype.noteBodyReadFromHandler = function(st, n, err) { return this.$val.noteBodyReadFromHandler(st, n, err); };
	http2serverConn.ptr.prototype.noteBodyRead = function(st, n) {
		var {n, sc, st, $s, $r, $c} = $restore(this, {st, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sc.sendWindowUpdate(ptrType$10.nil, n); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((st.state === 3)) && !((st.state === 4))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!((st.state === 3)) && !((st.state === 4))) { */ case 3:
			$r = sc.sendWindowUpdate(st, n); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 4:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.noteBodyRead, $c: true, $r, n, sc, st, $s};return $f;
	};
	http2serverConn.prototype.noteBodyRead = function(st, n) { return this.$val.noteBodyRead(st, n); };
	http2serverConn.ptr.prototype.sendWindowUpdate = function(st, n) {
		var {n, sc, st, $s, $r, $c} = $restore(this, {st, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* while (true) { */ case 2:
			/* if (!(n >= 2147483647)) { break; } */ if(!(n >= 2147483647)) { $s = 3; continue; }
			$r = sc.sendWindowUpdate32(st, 2147483647); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			n = n - (2147483647) >> 0;
		$s = 2; continue;
		case 3:
		$r = sc.sendWindowUpdate32(st, ((n >> 0))); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.sendWindowUpdate, $c: true, $r, n, sc, st, $s};return $f;
	};
	http2serverConn.prototype.sendWindowUpdate = function(st, n) { return this.$val.sendWindowUpdate(st, n); };
	http2serverConn.ptr.prototype.sendWindowUpdate32 = function(st, n) {
		var {n, ok, sc, st, streamID, x$5, $s, $r, $c} = $restore(this, {st, n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		$r = sc.serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (n === 0) {
			$s = -1; return;
		}
		if (n < 0) {
			$panic(new $String("negative update"));
		}
		streamID = 0;
		if (!(st === ptrType$10.nil)) {
			streamID = st.id;
		}
		$r = sc.writeFrame(new http2FrameWriteRequest.ptr((x$5 = new http2writeWindowUpdate.ptr(streamID, ((n >>> 0))), new x$5.constructor.elem(x$5)), st, $chanNil)); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		ok = false;
		if (st === ptrType$10.nil) {
			ok = sc.inflow.add(n);
		} else {
			ok = st.inflow.add(n);
		}
		if (!ok) {
			$panic(new $String("internal error; sent too many window updates without decrements?"));
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.sendWindowUpdate32, $c: true, $r, n, ok, sc, st, streamID, x$5, $s};return $f;
	};
	http2serverConn.prototype.sendWindowUpdate32 = function(st, n) { return this.$val.sendWindowUpdate32(st, n); };
	http2requestBody.ptr.prototype.Close = function() {
		var {b, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		/* */ if (!(b.pipe === ptrType$97.nil) && !b.closed) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(b.pipe === ptrType$97.nil) && !b.closed) { */ case 1:
			$r = b.pipe.BreakWithError(http2errClosedBody); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		b.closed = true;
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2requestBody.ptr.prototype.Close, $c: true, $r, b, $s};return $f;
	};
	http2requestBody.prototype.Close = function() { return this.$val.Close(); };
	http2requestBody.ptr.prototype.Read = function(p) {
		var {_r$1, _tmp, _tmp$1, _tuple, b, err, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		b = this;
		/* */ if (b.needsContinue) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (b.needsContinue) { */ case 1:
			b.needsContinue = false;
			$r = b.conn.write100ContinueHeaders(b.stream); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (b.pipe === ptrType$97.nil || b.sawEOF) {
			_tmp = 0;
			_tmp$1 = io.EOF;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		_r$1 = b.pipe.Read(p); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		if ($interfaceIsEqual(err, io.EOF)) {
			b.sawEOF = true;
		}
		if (b.conn === ptrType$13.nil && http2inTests) {
			$s = -1; return [n, err];
		}
		$r = b.conn.noteBodyReadFromHandler(b.stream, n, err); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: http2requestBody.ptr.prototype.Read, $c: true, $r, _r$1, _tmp, _tmp$1, _tuple, b, err, n, p, $s};return $f;
	};
	http2requestBody.prototype.Read = function(p) { return this.$val.Read(p); };
	http2chunkWriter.ptr.prototype.Write = function(p) {
		var {$24r, _r$1, _tuple, cw, err, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		cw = this;
		_r$1 = cw.rws.writeChunk(p); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2chunkWriter.ptr.prototype.Write, $c: true, $r, $24r, _r$1, _tuple, cw, err, n, p, $s};return $f;
	};
	http2chunkWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	http2responseWriterState.ptr.prototype.hasTrailers = function() {
		var rws;
		rws = this;
		return rws.trailers.$length > 0;
	};
	http2responseWriterState.prototype.hasTrailers = function() { return this.$val.hasTrailers(); };
	http2responseWriterState.ptr.prototype.hasNonemptyTrailers = function() {
		var _entry, _i, _ref, _tuple, ok, rws, trailer;
		rws = this;
		_ref = rws.trailers;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			trailer = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_tuple = (_entry = rws.handlerHeader[$String.keyFor(trailer)], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
			ok = _tuple[1];
			if (ok) {
				return true;
			}
			_i++;
		}
		return false;
	};
	http2responseWriterState.prototype.hasNonemptyTrailers = function() { return this.$val.hasNonemptyTrailers(); };
	http2responseWriterState.ptr.prototype.declareTrailer = function(k) {
		var {_r$1, _r$2, k, rws, $s, $r, $c} = $restore(this, {k});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rws = this;
		_r$1 = CanonicalHeaderKey(k); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		k = _r$1;
		_r$2 = httpguts.ValidTrailerHeader(k); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!_r$2) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!_r$2) { */ case 2:
			$r = rws.conn.logf("ignoring invalid trailer %q", new sliceType([new $String(k)])); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 3:
		if (!http2strSliceContains(rws.trailers, k)) {
			rws.trailers = $append(rws.trailers, k);
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2responseWriterState.ptr.prototype.declareTrailer, $c: true, $r, _r$1, _r$2, k, rws, $s};return $f;
	};
	http2responseWriterState.prototype.declareTrailer = function(k) { return this.$val.declareTrailer(k); };
	http2responseWriterState.ptr.prototype.writeChunk = function(p) {
		var {_entry, _entry$1, _entry$2, _entry$3, _i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, ce, cl, clen, ctype, date, endStream, endStream$1, err, err$1, err$2, hasCE, hasContentType, hasNonemptyTrailers, isHeadResp, n, ok, ok$1, p, rws, v, v$1, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		rws = this;
		/* */ if (!rws.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!rws.wroteHeader) { */ case 1:
			$r = rws.writeHeader(200); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		isHeadResp = rws.req.Method === "HEAD";
		/* */ if (!rws.sentHeader) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!rws.sentHeader) { */ case 4:
			rws.sentHeader = true;
			_tmp = "";
			_tmp$1 = "";
			ctype = _tmp;
			clen = _tmp$1;
			_r$1 = new Header(rws.snapHeader).Get("Content-Length"); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			clen = _r$1;
			/* */ if (!(clen === "")) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!(clen === "")) { */ case 7:
				$r = new Header(rws.snapHeader).Del("Content-Length"); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_tuple = strconv.ParseUint(clen, 10, 63);
				cl = _tuple[0];
				err$1 = _tuple[1];
				if ($interfaceIsEqual(err$1, $ifaceNil)) {
					rws.sentContentLen = (new $Int64(cl.$high, cl.$low));
				} else {
					clen = "";
				}
			/* } */ case 8:
			if (clen === "" && rws.handlerDone && http2bodyAllowedForStatus(rws.status) && (p.$length > 0 || !isHeadResp)) {
				clen = strconv.Itoa(p.$length);
			}
			_tuple$1 = (_entry = rws.snapHeader[$String.keyFor("Content-Type")], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
			hasContentType = _tuple$1[1];
			_r$2 = new Header(rws.snapHeader).Get("Content-Encoding"); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			ce = _r$2;
			hasCE = ce.length > 0;
			/* */ if (!hasCE && !hasContentType && http2bodyAllowedForStatus(rws.status) && p.$length > 0) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!hasCE && !hasContentType && http2bodyAllowedForStatus(rws.status) && p.$length > 0) { */ case 11:
				_r$3 = DetectContentType(p); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				ctype = _r$3;
			/* } */ case 12:
			date = "";
			_tuple$2 = (_entry$1 = rws.snapHeader[$String.keyFor("Date")], _entry$1 !== undefined ? [_entry$1.v, true] : [sliceType$2.nil, false]);
			ok = _tuple$2[1];
			/* */ if (!ok) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (!ok) { */ case 14:
				_r$4 = time.Now(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$5 = $clone(_r$4, time.Time).UTC(); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, time.Time).Format("Mon, 02 Jan 2006 15:04:05 GMT"); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				date = _r$6;
			/* } */ case 15:
			_ref = (_entry$2 = rws.snapHeader[$String.keyFor("Trailer")], _entry$2 !== undefined ? _entry$2.v : sliceType$2.nil);
			_i = 0;
			/* while (true) { */ case 19:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 20; continue; }
				v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				$r = http2foreachHeaderElement(v, $methodVal(rws, "declareTrailer")); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i++;
			$s = 19; continue;
			case 20:
			_tuple$3 = (_entry$3 = rws.snapHeader[$String.keyFor("Connection")], _entry$3 !== undefined ? [_entry$3.v, true] : [sliceType$2.nil, false]);
			ok$1 = _tuple$3[1];
			/* */ if (ok$1) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (ok$1) { */ case 22:
				_r$7 = new Header(rws.snapHeader).Get("Connection"); /* */ $s = 24; case 24: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				v$1 = _r$7;
				delete rws.snapHeader[$String.keyFor("Connection")];
				/* */ if (v$1 === "close") { $s = 25; continue; }
				/* */ $s = 26; continue;
				/* if (v$1 === "close") { */ case 25:
					$r = rws.conn.startGracefulShutdown(); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 26:
			/* } */ case 23:
			endStream = (rws.handlerDone && !rws.hasTrailers() && (p.$length === 0)) || isHeadResp;
			_r$8 = rws.conn.writeHeaders(rws.stream, new http2writeResHeaders.ptr(rws.stream.id, rws.status, rws.snapHeader, sliceType$2.nil, endStream, date, ctype, clen)); /* */ $s = 28; case 28: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err = _r$8;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				rws.dirty = true;
				_tmp$2 = 0;
				_tmp$3 = err;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			}
			if (endStream) {
				_tmp$4 = 0;
				_tmp$5 = $ifaceNil;
				n = _tmp$4;
				err = _tmp$5;
				$s = -1; return [n, err];
			}
		/* } */ case 5:
		if (isHeadResp) {
			_tmp$6 = p.$length;
			_tmp$7 = $ifaceNil;
			n = _tmp$6;
			err = _tmp$7;
			$s = -1; return [n, err];
		}
		if ((p.$length === 0) && !rws.handlerDone) {
			_tmp$8 = 0;
			_tmp$9 = $ifaceNil;
			n = _tmp$8;
			err = _tmp$9;
			$s = -1; return [n, err];
		}
		/* */ if (rws.handlerDone) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (rws.handlerDone) { */ case 29:
			$r = rws.promoteUndeclaredTrailers(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 30:
		hasNonemptyTrailers = rws.hasNonemptyTrailers();
		endStream$1 = rws.handlerDone && !hasNonemptyTrailers;
		/* */ if (p.$length > 0 || endStream$1) { $s = 32; continue; }
		/* */ $s = 33; continue;
		/* if (p.$length > 0 || endStream$1) { */ case 32:
			_r$9 = rws.conn.writeDataFromHandler(rws.stream, p, endStream$1); /* */ $s = 34; case 34: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err$2 = _r$9;
			if (!($interfaceIsEqual(err$2, $ifaceNil))) {
				rws.dirty = true;
				_tmp$10 = 0;
				_tmp$11 = err$2;
				n = _tmp$10;
				err = _tmp$11;
				$s = -1; return [n, err];
			}
		/* } */ case 33:
		/* */ if (rws.handlerDone && hasNonemptyTrailers) { $s = 35; continue; }
		/* */ $s = 36; continue;
		/* if (rws.handlerDone && hasNonemptyTrailers) { */ case 35:
			_r$10 = rws.conn.writeHeaders(rws.stream, new http2writeResHeaders.ptr(rws.stream.id, 0, rws.handlerHeader, rws.trailers, true, "", "", "")); /* */ $s = 37; case 37: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			err = _r$10;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				rws.dirty = true;
			}
			_tmp$12 = p.$length;
			_tmp$13 = err;
			n = _tmp$12;
			err = _tmp$13;
			$s = -1; return [n, err];
		/* } */ case 36:
		_tmp$14 = p.$length;
		_tmp$15 = $ifaceNil;
		n = _tmp$14;
		err = _tmp$15;
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: http2responseWriterState.ptr.prototype.writeChunk, $c: true, $r, _entry, _entry$1, _entry$2, _entry$3, _i, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, _tuple$3, ce, cl, clen, ctype, date, endStream, endStream$1, err, err$1, err$2, hasCE, hasContentType, hasNonemptyTrailers, isHeadResp, n, ok, ok$1, p, rws, v, v$1, $s};return $f;
	};
	http2responseWriterState.prototype.writeChunk = function(p) { return this.$val.writeChunk(p); };
	http2responseWriterState.ptr.prototype.promoteUndeclaredTrailers = function() {
		var {_entry, _i, _key, _keys, _r$1, _r$2, _ref, k, rws, sorter, trailerKey, vv, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rws = this;
		_ref = rws.handlerHeader;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			k = _entry.k;
			vv = _entry.v;
			if (!strings.HasPrefix(k, "Trailer:")) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			trailerKey = strings.TrimPrefix(k, "Trailer:");
			$r = rws.declareTrailer(trailerKey); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$1 = CanonicalHeaderKey(trailerKey); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_key = _r$1; (rws.handlerHeader || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv };
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (rws.trailers.$length > 1) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (rws.trailers.$length > 1) { */ case 5:
			_r$2 = http2sorterPool.Get(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			sorter = $assertType(_r$2, ptrType$100);
			$r = sorter.SortStrings(rws.trailers); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			http2sorterPool.Put(sorter);
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2responseWriterState.ptr.prototype.promoteUndeclaredTrailers, $c: true, $r, _entry, _i, _key, _keys, _r$1, _r$2, _ref, k, rws, sorter, trailerKey, vv, $s};return $f;
	};
	http2responseWriterState.prototype.promoteUndeclaredTrailers = function() { return this.$val.promoteUndeclaredTrailers(); };
	http2responseWriter.ptr.prototype.Flush = function() {
		var {_r$1, _r$2, err, rws, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		rws = w.rws;
		if (rws === ptrType$99.nil) {
			$panic(new $String("Header called after Handler finished"));
		}
		/* */ if (rws.bw.Buffered() > 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (rws.bw.Buffered() > 0) { */ case 1:
			_r$1 = rws.bw.Flush(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return;
			}
			$s = 3; continue;
		/* } else { */ case 2:
			_r$2 = rws.writeChunk(sliceType$3.nil); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.Flush, $c: true, $r, _r$1, _r$2, err, rws, w, $s};return $f;
	};
	http2responseWriter.prototype.Flush = function() { return this.$val.Flush(); };
	http2responseWriter.ptr.prototype.CloseNotify = function() {
		var {ch, cw, rws, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ch = [ch];
		cw = [cw];
		w = this;
		rws = w.rws;
		if (rws === ptrType$99.nil) {
			$panic(new $String("CloseNotify called after Handler finished"));
		}
		$r = rws.closeNotifierMu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		ch[0] = rws.closeNotifierCh;
		/* */ if (ch[0] === $chanNil) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ch[0] === $chanNil) { */ case 2:
			ch[0] = new $Chan($Bool, 1);
			rws.closeNotifierCh = ch[0];
			cw[0] = rws.stream.cw;
			$go((function(ch, cw) { return function $b() {
				var {$s, $r, $c} = $restore(this, {});
				/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				$r = new http2closeWaiter(cw[0]).Wait(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = $send(ch[0], true); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return;
				/* */ } return; } var $f = {$blk: $b, $c: true, $r, $s};return $f;
			}; })(ch, cw), []);
		/* } */ case 3:
		$r = rws.closeNotifierMu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return ch[0];
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.CloseNotify, $c: true, $r, ch, cw, rws, w, $s};return $f;
	};
	http2responseWriter.prototype.CloseNotify = function() { return this.$val.CloseNotify(); };
	http2responseWriter.ptr.prototype.Header = function() {
		var rws, w;
		w = this;
		rws = w.rws;
		if (rws === ptrType$99.nil) {
			$panic(new $String("Header called after Handler finished"));
		}
		if (rws.handlerHeader === false) {
			rws.handlerHeader = {};
		}
		return rws.handlerHeader;
	};
	http2responseWriter.prototype.Header = function() { return this.$val.Header(); };
	http2checkWriteHeaderCode = function(code) {
		var {_r$1, code, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (code < 100 || code > 999) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (code < 100 || code > 999) { */ case 1:
			_r$1 = fmt.Sprintf("invalid WriteHeader code %v", new sliceType([new $Int(code)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(_r$1));
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2checkWriteHeaderCode, $c: true, $r, _r$1, code, $s};return $f;
	};
	http2responseWriter.ptr.prototype.WriteHeader = function(code) {
		var {code, rws, w, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		rws = w.rws;
		if (rws === ptrType$99.nil) {
			$panic(new $String("WriteHeader called after Handler finished"));
		}
		$r = rws.writeHeader(code); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.WriteHeader, $c: true, $r, code, rws, w, $s};return $f;
	};
	http2responseWriter.prototype.WriteHeader = function(code) { return this.$val.WriteHeader(code); };
	http2responseWriterState.ptr.prototype.writeHeader = function(code) {
		var {code, rws, $s, $r, $c} = $restore(this, {code});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rws = this;
		/* */ if (!rws.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!rws.wroteHeader) { */ case 1:
			$r = http2checkWriteHeaderCode(code); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			rws.wroteHeader = true;
			rws.status = code;
			if ($keys(rws.handlerHeader).length > 0) {
				rws.snapHeader = http2cloneHeader(rws.handlerHeader);
			}
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2responseWriterState.ptr.prototype.writeHeader, $c: true, $r, code, rws, $s};return $f;
	};
	http2responseWriterState.prototype.writeHeader = function(code) { return this.$val.writeHeader(code); };
	http2cloneHeader = function(h) {
		var _entry, _i, _key, _keys, _ref, h, h2, k, vv, vv2, x$5;
		h2 = (x$5 = $keys(h).length, ((x$5 < 0 || x$5 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		_ref = h;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vv = _entry.v;
			vv2 = $makeSlice(sliceType$2, vv.$length);
			$copySlice(vv2, vv);
			_key = k; (h2 || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv2 };
			_i++;
		}
		return h2;
	};
	http2responseWriter.ptr.prototype.Write = function(p) {
		var {$24r, _r$1, _tuple, err, n, p, w, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.write(p.$length, p, ""); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.Write, $c: true, $r, $24r, _r$1, _tuple, err, n, p, w, $s};return $f;
	};
	http2responseWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	http2responseWriter.ptr.prototype.WriteString = function(s) {
		var {$24r, _r$1, _tuple, err, n, s, w, $s, $r, $c} = $restore(this, {s});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		_r$1 = w.write(s.length, sliceType$3.nil, s); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		$24r = [n, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.WriteString, $c: true, $r, $24r, _r$1, _tuple, err, n, s, w, $s};return $f;
	};
	http2responseWriter.prototype.WriteString = function(s) { return this.$val.WriteString(s); };
	http2responseWriter.ptr.prototype.write = function(lenData, dataB, dataS) {
		var {$24r, $24r$1, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, dataB, dataS, err, lenData, n, rws, w, x$10, x$11, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {lenData, dataB, dataS});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		w = this;
		rws = w.rws;
		if (rws === ptrType$99.nil) {
			$panic(new $String("Write called after Handler finished"));
		}
		/* */ if (!rws.wroteHeader) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!rws.wroteHeader) { */ case 1:
			$r = w.WriteHeader(200); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		if (!http2bodyAllowedForStatus(rws.status)) {
			_tmp = 0;
			_tmp$1 = $pkg.ErrBodyNotAllowed;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		rws.wroteBytes = (x$5 = rws.wroteBytes, x$6 = (x$7 = (new $Int64(0, dataB.$length)), x$8 = (new $Int64(0, dataS.length)), new $Int64(x$7.$high + x$8.$high, x$7.$low + x$8.$low)), new $Int64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		if (!((x$9 = rws.sentContentLen, (x$9.$high === 0 && x$9.$low === 0))) && (x$10 = rws.wroteBytes, x$11 = rws.sentContentLen, (x$10.$high > x$11.$high || (x$10.$high === x$11.$high && x$10.$low > x$11.$low)))) {
			_tmp$2 = 0;
			_tmp$3 = errors.New("http2: handler wrote more than declared Content-Length");
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		}
		/* */ if (!(dataB === sliceType$3.nil)) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(dataB === sliceType$3.nil)) { */ case 4:
			_r$1 = rws.bw.Write(dataB); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			n = _tuple[0];
			err = _tuple[1];
			$24r = [n, err];
			$s = 8; case 8: return $24r;
		/* } else { */ case 5:
			_r$2 = rws.bw.WriteString(dataS); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			n = _tuple$1[0];
			err = _tuple$1[1];
			$24r$1 = [n, err];
			$s = 10; case 10: return $24r$1;
		/* } */ case 6:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.write, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, dataB, dataS, err, lenData, n, rws, w, x$10, x$11, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	http2responseWriter.prototype.write = function(lenData, dataB, dataS) { return this.$val.write(lenData, dataB, dataS); };
	http2responseWriter.ptr.prototype.handlerDone = function() {
		var {dirty, rws, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		rws = w.rws;
		dirty = rws.dirty;
		rws.handlerDone = true;
		$r = w.Flush(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		w.rws = ptrType$99.nil;
		if (!dirty) {
			http2responseWriterStatePool.Put(rws);
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.handlerDone, $c: true, $r, dirty, rws, w, $s};return $f;
	};
	http2responseWriter.prototype.handlerDone = function() { return this.$val.handlerDone(); };
	http2responseWriter.ptr.prototype.Push = function(target, opts) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _entry, _i, _keys, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _selection, _selection$1, _tuple, err, err$1, err$2, k, msg, opts, sc, st, target, u, w, wantScheme, $s, $r, $c} = $restore(this, {target, opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		st = w.rws.stream;
		sc = st.sc;
		$r = sc.serveG.checkNotOn(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (st.isPushed()) {
			$s = -1; return http2ErrRecursivePush;
		}
		if (opts === ptrType$101.nil) {
			opts = new PushOptions.ptr("", false);
		}
		if (opts.Method === "") {
			opts.Method = "GET";
		}
		if (opts.Header === false) {
			opts.Header = $makeMap($String.keyFor, []);
		}
		wantScheme = "http";
		if (!(w.rws.req.TLS === ptrType$28.nil)) {
			wantScheme = "https";
		}
		_r$1 = url.Parse(target); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		u = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		/* */ if (u.Scheme === "") { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (u.Scheme === "") { */ case 3:
			/* */ if (!strings.HasPrefix(target, "/")) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!strings.HasPrefix(target, "/")) { */ case 6:
				_r$2 = fmt.Errorf("target must be an absolute URL or an absolute path: %q", new sliceType([new $String(target)])); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$24r = _r$2;
				$s = 9; case 9: return $24r;
			/* } */ case 7:
			u.Scheme = wantScheme;
			u.Host = w.rws.req.Host;
			$s = 5; continue;
		/* } else { */ case 4:
			/* */ if (!(u.Scheme === wantScheme)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!(u.Scheme === wantScheme)) { */ case 10:
				_r$3 = fmt.Errorf("cannot push URL with scheme %q from request with scheme %q", new sliceType([new $String(u.Scheme), new $String(wantScheme)])); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r$1 = _r$3;
				$s = 13; case 13: return $24r$1;
			/* } */ case 11:
			if (u.Host === "") {
				$s = -1; return errors.New("URL must have a host");
			}
		/* } */ case 5:
		_ref = opts.Header;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 14:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 15; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 14; continue;
			}
			k = _entry.k;
			/* */ if (strings.HasPrefix(k, ":")) { $s = 16; continue; }
			/* */ $s = 17; continue;
			/* if (strings.HasPrefix(k, ":")) { */ case 16:
				_r$4 = fmt.Errorf("promised request headers cannot include pseudo header %q", new sliceType([new $String(k)])); /* */ $s = 18; case 18: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r$2 = _r$4;
				$s = 19; case 19: return $24r$2;
			/* } */ case 17:
			/* */ if (http2asciiEqualFold(k, "content-length") || http2asciiEqualFold(k, "content-encoding") || http2asciiEqualFold(k, "trailer") || http2asciiEqualFold(k, "te") || http2asciiEqualFold(k, "expect") || http2asciiEqualFold(k, "host")) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (http2asciiEqualFold(k, "content-length") || http2asciiEqualFold(k, "content-encoding") || http2asciiEqualFold(k, "trailer") || http2asciiEqualFold(k, "te") || http2asciiEqualFold(k, "expect") || http2asciiEqualFold(k, "host")) { */ case 20:
				_r$5 = fmt.Errorf("promised request headers cannot include %q", new sliceType([new $String(k)])); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				$24r$3 = _r$5;
				$s = 23; case 23: return $24r$3;
			/* } */ case 21:
			_i++;
		$s = 14; continue;
		case 15:
		_r$6 = http2checkValidHTTP2RequestHeaders(opts.Header); /* */ $s = 24; case 24: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		err$1 = _r$6;
		if (!($interfaceIsEqual(err$1, $ifaceNil))) {
			$s = -1; return err$1;
		}
		/* */ if (!(opts.Method === "GET") && !(opts.Method === "HEAD")) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (!(opts.Method === "GET") && !(opts.Method === "HEAD")) { */ case 25:
			_r$7 = fmt.Errorf("method %q must be GET or HEAD", new sliceType([new $String(opts.Method)])); /* */ $s = 27; case 27: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			$24r$4 = _r$7;
			$s = 28; case 28: return $24r$4;
		/* } */ case 26:
		_r$8 = http2errChanPool.Get(); /* */ $s = 29; case 29: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		msg = new http2startPushRequest.ptr(st, opts.Method, u, http2cloneHeader(opts.Header), $assertType(_r$8, chanType));
		_r$9 = $select([[sc.doneServing], [st.cw], [sc.serveMsgCh, msg]]); /* */ $s = 30; case 30: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_selection = _r$9;
		/* */ if (_selection[0] === 0) { $s = 31; continue; }
		/* */ if (_selection[0] === 1) { $s = 32; continue; }
		/* */ if (_selection[0] === 2) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (_selection[0] === 0) { */ case 31:
			$s = -1; return http2errClientDisconnected;
		/* } else if (_selection[0] === 1) { */ case 32:
			$s = -1; return http2errStreamClosed;
		/* } else if (_selection[0] === 2) { */ case 33:
		/* } */ case 34:
		_r$10 = $select([[sc.doneServing], [st.cw], [msg.done]]); /* */ $s = 35; case 35: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_selection$1 = _r$10;
		if (_selection$1[0] === 0) {
			$s = -1; return http2errClientDisconnected;
		} else if (_selection$1[0] === 1) {
			$s = -1; return http2errStreamClosed;
		} else if (_selection$1[0] === 2) {
			err$2 = _selection$1[1][0];
			http2errChanPool.Put(new chanType(msg.done));
			$s = -1; return err$2;
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2responseWriter.ptr.prototype.Push, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _entry, _i, _keys, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _selection, _selection$1, _tuple, err, err$1, err$2, k, msg, opts, sc, st, target, u, w, wantScheme, $s};return $f;
	};
	http2responseWriter.prototype.Push = function(target, opts) { return this.$val.Push(target, opts); };
	http2serverConn.ptr.prototype.startPush = function(msg) {
		var {allocatePromisedID, msg, sc, $s, $r, $c} = $restore(this, {msg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		msg = [msg];
		sc = [sc];
		sc[0] = this;
		$r = sc[0].serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((msg[0].parent.state === 1)) && !((msg[0].parent.state === 3))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((msg[0].parent.state === 1)) && !((msg[0].parent.state === 3))) { */ case 2:
			$r = $send(msg[0].done, http2errStreamClosed); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 3:
		/* */ if (!sc[0].pushEnabled) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!sc[0].pushEnabled) { */ case 5:
			$r = $send(msg[0].done, $pkg.ErrNotSupported); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 6:
		allocatePromisedID = (function(msg, sc) { return function $b() {
			var {_r$1, _r$2, _r$3, _tuple, err, promised, promisedID, req, rw, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = sc[0].serveG.check(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (!sc[0].pushEnabled) {
				$s = -1; return [0, $pkg.ErrNotSupported];
			}
			if ((sc[0].curPushedStreams + 1 >>> 0) > sc[0].clientMaxStreams) {
				$s = -1; return [0, http2ErrPushLimitReached];
			}
			/* */ if ((sc[0].maxPushPromiseID + 2 >>> 0) >= 2147483648) { $s = 2; continue; }
			/* */ $s = 3; continue;
			/* if ((sc[0].maxPushPromiseID + 2 >>> 0) >= 2147483648) { */ case 2:
				$r = sc[0].startGracefulShutdownInternal(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [0, http2ErrPushLimitReached];
			/* } */ case 3:
			sc[0].maxPushPromiseID = sc[0].maxPushPromiseID + (2) >>> 0;
			promisedID = sc[0].maxPushPromiseID;
			_r$1 = sc[0].newStream(promisedID, msg[0].parent.id, 3); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			promised = _r$1;
			_r$2 = sc[0].newWriterAndRequestNoBody(promised, new http2requestParam.ptr(msg[0].method, msg[0].url.Scheme, msg[0].url.Host, msg[0].url.RequestURI(), http2cloneHeader(msg[0].header))); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			rw = _tuple[0];
			req = _tuple[1];
			err = _tuple[2];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
				_r$3 = fmt.Sprintf("newWriterAndRequestNoBody(%+v): %v", new sliceType([msg[0].url, err])); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$panic(new $String(_r$3));
			/* } */ case 8:
			$go($methodVal(sc[0], "runHandler"), [rw, req, $methodVal(sc[0].handler, "ServeHTTP")]);
			$s = -1; return [promisedID, $ifaceNil];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, _r$2, _r$3, _tuple, err, promised, promisedID, req, rw, $s};return $f;
		}; })(msg, sc);
		$r = sc[0].writeFrame(new http2FrameWriteRequest.ptr(new http2writePushPromise.ptr(msg[0].parent.id, msg[0].method, msg[0].url, msg[0].header, allocatePromisedID, 0), msg[0].parent, msg[0].done)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.startPush, $c: true, $r, allocatePromisedID, msg, sc, $s};return $f;
	};
	http2serverConn.prototype.startPush = function(msg) { return this.$val.startPush(msg); };
	http2foreachHeaderElement = function(v, fn) {
		var {_i, _ref, f, fn, v, $s, $r, $c} = $restore(this, {v, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		v = textproto.TrimString(v);
		if (v === "") {
			$s = -1; return;
		}
		/* */ if (!strings.Contains(v, ",")) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!strings.Contains(v, ",")) { */ case 1:
			$r = fn(v); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		_ref = strings.Split(v, ",");
		_i = 0;
		/* while (true) { */ case 4:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 5; continue; }
			f = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			f = textproto.TrimString(f);
			/* */ if (!(f === "")) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!(f === "")) { */ case 6:
				$r = fn(f); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 7:
			_i++;
		$s = 4; continue;
		case 5:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2foreachHeaderElement, $c: true, $r, _i, _ref, f, fn, v, $s};return $f;
	};
	http2checkValidHTTP2RequestHeaders = function(h) {
		var {$24r, _entry, _entry$1, _i, _r$1, _ref, _tuple, h, k, ok, te, $s, $r, $c} = $restore(this, {h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_ref = http2connHeaders;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			k = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_tuple = (_entry = h[$String.keyFor(k)], _entry !== undefined ? [_entry.v, true] : [sliceType$2.nil, false]);
			ok = _tuple[1];
			/* */ if (ok) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (ok) { */ case 3:
				_r$1 = fmt.Errorf("request header %q is not valid in HTTP/2", new sliceType([new $String(k)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$24r = _r$1;
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			_i++;
		$s = 1; continue;
		case 2:
		te = (_entry$1 = h[$String.keyFor("Te")], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
		if (te.$length > 0 && (te.$length > 1 || (!((0 >= te.$length ? ($throwRuntimeError("index out of range"), undefined) : te.$array[te.$offset + 0]) === "trailers") && !((0 >= te.$length ? ($throwRuntimeError("index out of range"), undefined) : te.$array[te.$offset + 0]) === "")))) {
			$s = -1; return errors.New("request header \"TE\" may only be \"trailers\" in HTTP/2");
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2checkValidHTTP2RequestHeaders, $c: true, $r, $24r, _entry, _entry$1, _i, _r$1, _ref, _tuple, h, k, ok, te, $s};return $f;
	};
	http2new400Handler = function(err) {
		var err;
		return (function $b(w, r) {
			var {_arg, _arg$1, _r$1, r, w, $s, $r, $c} = $restore(this, {w, r});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_arg = w;
			_r$1 = err.Error(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg$1 = _r$1;
			$r = Error(_arg, _arg$1, 400); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _arg, _arg$1, _r$1, r, w, $s};return $f;
		});
	};
	http2h1ServerKeepAlivesDisabled = function(hs) {
		var {$24r, _r$1, _tuple, hs, hs$1, ok, x$5, $s, $r, $c} = $restore(this, {hs});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x$5 = hs;
		_tuple = $assertType(x$5, I, true);
		hs$1 = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r$1 = hs$1.doKeepAlives(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = !_r$1;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: http2h1ServerKeepAlivesDisabled, $c: true, $r, $24r, _r$1, _tuple, hs, hs$1, ok, x$5, $s};return $f;
	};
	http2serverConn.ptr.prototype.countError = function(name, err) {
		var {_entry, _r$1, _ref, code, codeStr, e, e$1, e$2, err, f, name, sc, typ, $s, $r, $c} = $restore(this, {name, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		sc = this;
		if (sc === ptrType$13.nil || sc.srv === ptrType$86.nil) {
			$s = -1; return err;
		}
		f = sc.srv.CountError;
		if (f === $throwNilPointerError) {
			$s = -1; return err;
		}
		typ = "";
		code = 0;
		_ref = err;
		if ($assertType(_ref, http2ConnectionError, true)[1]) {
			e = _ref.$val;
			typ = "conn";
			code = ((e >>> 0));
		} else if ($assertType(_ref, http2StreamError, true)[1]) {
			e$1 = $clone(_ref.$val, http2StreamError);
			typ = "stream";
			code = (e$1.Code);
		} else {
			e$2 = _ref;
			$s = -1; return err;
		}
		codeStr = (_entry = http2errCodeName[http2ErrCode.keyFor(code)], _entry !== undefined ? _entry.v : "");
		if (codeStr === "") {
			codeStr = strconv.Itoa(((code >> 0)));
		}
		_r$1 = fmt.Sprintf("%s_%s_%s", new sliceType([new $String(typ), new $String(codeStr), new $String(name)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$r = f(_r$1); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: http2serverConn.ptr.prototype.countError, $c: true, $r, _entry, _r$1, _ref, code, codeStr, e, e$1, e$2, err, f, name, sc, typ, $s};return $f;
	};
	http2serverConn.prototype.countError = function(name, err) { return this.$val.countError(name, err); };
	http2Transport.ptr.prototype.maxHeaderListSize = function() {
		var t;
		t = this;
		if (t.MaxHeaderListSize === 0) {
			return 10485760;
		}
		if (t.MaxHeaderListSize === 4294967295) {
			return 0;
		}
		return t.MaxHeaderListSize;
	};
	http2Transport.prototype.maxHeaderListSize = function() { return this.$val.maxHeaderListSize(); };
	http2Transport.ptr.prototype.disableCompression = function() {
		var t;
		t = this;
		return t.DisableCompression || (!(t.t1 === ptrType$27.nil) && t.t1.DisableCompression);
	};
	http2Transport.prototype.disableCompression = function() { return this.$val.disableCompression(); };
	http2Transport.ptr.prototype.pingTimeout = function() {
		var t, x$5;
		t = this;
		if ((x$5 = t.PingTimeout, (x$5.$high === 0 && x$5.$low === 0))) {
			return new time.Duration(3, 2115098112);
		}
		return t.PingTimeout;
	};
	http2Transport.prototype.pingTimeout = function() { return this.$val.pingTimeout(); };
	http2configureTransports = function(t1) {
		var {_key, _r$1, connPool, err, m, t1, t2, upgradeFn, x$5, $s, $r, $c} = $restore(this, {t1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		connPool = [connPool];
		t2 = [t2];
		connPool[0] = new http2clientConnPool.ptr(ptrType$102.nil, new sync.Mutex.ptr(0, 0), false, false, false, false);
		t2[0] = new http2Transport.ptr($throwNilPointerError, ptrType$4.nil, (x$5 = new http2noDialClientConnPool.ptr(connPool[0]), new x$5.constructor.elem(x$5)), false, false, 0, false, new time.Duration(0, 0), new time.Duration(0, 0), new time.Duration(0, 0), $throwNilPointerError, t1, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), $ifaceNil);
		connPool[0].t = t2[0];
		_r$1 = http2registerHTTPSProtocol(t1, new http2noDialH2RoundTripper.ptr(t2[0])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$102.nil, err];
		}
		if (t1.TLSClientConfig === ptrType$4.nil) {
			t1.TLSClientConfig = new tls.Config.ptr($ifaceNil, $throwNilPointerError, sliceType$13.nil, false, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType$34.nil, sliceType$2.nil, "", 0, ptrType$34.nil, false, sliceType$14.nil, false, false, arrayType$1.zero(), $ifaceNil, 0, 0, sliceType$15.nil, false, 0, $ifaceNil, new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), sliceType$16.nil, sliceType$16.nil);
		}
		if (!http2strSliceContains(t1.TLSClientConfig.NextProtos, "h2")) {
			t1.TLSClientConfig.NextProtos = $appendSlice(new sliceType$2(["h2"]), t1.TLSClientConfig.NextProtos);
		}
		if (!http2strSliceContains(t1.TLSClientConfig.NextProtos, "http/1.1")) {
			t1.TLSClientConfig.NextProtos = $append(t1.TLSClientConfig.NextProtos, "http/1.1");
		}
		upgradeFn = (function(connPool, t2) { return function $b(authority, c) {
			var {_r$2, _r$3, _tuple, addr, authority, c, err$1, used, x$6, $s, $r, $c} = $restore(this, {authority, c});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$2 = http2authorityAddr("https", authority); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			addr = _r$2;
			_r$3 = connPool[0].addConnIfNeeded(addr, t2[0], c); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			used = _tuple[0];
			err$1 = _tuple[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$go($methodVal(c, "Close"), []);
				$s = -1; return (x$6 = new http2erringRoundTripper.ptr(err$1), new x$6.constructor.elem(x$6));
			} else if (!used) {
				$go($methodVal(c, "Close"), []);
			}
			$s = -1; return t2[0];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, _r$3, _tuple, addr, authority, c, err$1, used, x$6, $s};return $f;
		}; })(connPool, t2);
		m = t1.TLSNextProto;
		if ($keys(m).length === 0) {
			t1.TLSNextProto = $makeMap($String.keyFor, [{ k: "h2", v: upgradeFn }]);
		} else {
			_key = "h2"; (m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: upgradeFn };
		}
		$s = -1; return [t2[0], $ifaceNil];
		/* */ } return; } var $f = {$blk: http2configureTransports, $c: true, $r, _key, _r$1, connPool, err, m, t1, t2, upgradeFn, x$5, $s};return $f;
	};
	http2Transport.ptr.prototype.connPool = function() {
		var {t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		$r = t.connPoolOnce.Do($methodVal(t, "initConnPool")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return t.connPoolOrDef;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.connPool, $c: true, $r, t, $s};return $f;
	};
	http2Transport.prototype.connPool = function() { return this.$val.connPool(); };
	http2Transport.ptr.prototype.initConnPool = function() {
		var t;
		t = this;
		if (!($interfaceIsEqual(t.ConnPool, $ifaceNil))) {
			t.connPoolOrDef = t.ConnPool;
		} else {
			t.connPoolOrDef = new http2clientConnPool.ptr(t, new sync.Mutex.ptr(0, 0), false, false, false, false);
		}
	};
	http2Transport.prototype.initConnPool = function() { return this.$val.initConnPool(); };
	http2clientStream.ptr.prototype.get1xxTraceFunc = function() {
		var cs, fn;
		cs = this;
		fn = http2got1xxFuncForTests;
		if (!(fn === $throwNilPointerError)) {
			return fn;
		}
		return http2traceGot1xxResponseFunc(cs.trace);
	};
	http2clientStream.prototype.get1xxTraceFunc = function() { return this.$val.get1xxTraceFunc(); };
	http2clientStream.ptr.prototype.abortStream = function(err) {
		var {cs, err, $s, $deferred, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cs = this;
		$r = cs.cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cs.cc.mu, "Unlock"), []]);
		$r = cs.abortStreamLocked(err); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientStream.ptr.prototype.abortStream, $c: true, $r, cs, err, $s, $deferred};return $f; } }
	};
	http2clientStream.prototype.abortStream = function(err) { return this.$val.abortStream(err); };
	http2clientStream.ptr.prototype.abortStreamLocked = function(err) {
		var {_r$1, cs, err, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cs = [cs];
		err = [err];
		cs[0] = this;
		$r = cs[0].abortOnce.Do((function(cs, err) { return function() {
			cs[0].abortErr = err[0];
			$close(cs[0].abort);
		}; })(cs, err)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!($interfaceIsEqual(cs[0].reqBody, $ifaceNil)) && !cs[0].reqBodyClosed) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(cs[0].reqBody, $ifaceNil)) && !cs[0].reqBodyClosed) { */ case 2:
			_r$1 = cs[0].reqBody.Close(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			cs[0].reqBodyClosed = true;
		/* } */ case 3:
		/* */ if (!(cs[0].cc.cond === ptrType$48.nil)) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(cs[0].cc.cond === ptrType$48.nil)) { */ case 5:
			$r = cs[0].cc.cond.Broadcast(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2clientStream.ptr.prototype.abortStreamLocked, $c: true, $r, _r$1, cs, err, $s};return $f;
	};
	http2clientStream.prototype.abortStreamLocked = function(err) { return this.$val.abortStreamLocked(err); };
	http2clientStream.ptr.prototype.abortRequestBodyWrite = function() {
		var {_r$1, cc, cs, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cs = this;
		cc = cs.cc;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		/* */ if (!($interfaceIsEqual(cs.reqBody, $ifaceNil)) && !cs.reqBodyClosed) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(cs.reqBody, $ifaceNil)) && !cs.reqBodyClosed) { */ case 2:
			_r$1 = cs.reqBody.Close(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			cs.reqBodyClosed = true;
			$r = cc.cond.Broadcast(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientStream.ptr.prototype.abortRequestBodyWrite, $c: true, $r, _r$1, cc, cs, $s, $deferred};return $f; } }
	};
	http2clientStream.prototype.abortRequestBodyWrite = function() { return this.$val.abortRequestBodyWrite(); };
	http2stickyErrWriter.ptr.prototype.Write = function(p) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _v, err, err$1, n, nn, p, sew, x$5, x$6, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		sew = this;
		if (!($interfaceIsEqual(sew.err.$get(), $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = sew.err.$get();
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		/* while (true) { */ case 1:
			/* */ if (!((x$5 = sew.timeout, (x$5.$high === 0 && x$5.$low === 0)))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!((x$5 = sew.timeout, (x$5.$high === 0 && x$5.$low === 0)))) { */ case 3:
				_r$1 = time.Now(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$2 = $clone(_r$1, time.Time).Add(sew.timeout); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$3 = sew.conn.SetWriteDeadline($clone(_r$2, time.Time)); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
			/* } */ case 4:
			_r$4 = sew.conn.Write($subslice(p, n)); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple = _r$4;
			nn = _tuple[0];
			err$1 = _tuple[1];
			n = n + (nn) >> 0;
			if (!(n < p.$length && nn > 0)) { _v = false; $s = 11; continue s; }
			_r$5 = errors.Is(err$1, os.ErrDeadlineExceeded); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_v = _r$5; case 11:
			/* */ if (_v) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_v) { */ case 9:
				/* continue; */ $s = 1; continue;
			/* } */ case 10:
			/* */ if (!((x$6 = sew.timeout, (x$6.$high === 0 && x$6.$low === 0)))) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (!((x$6 = sew.timeout, (x$6.$high === 0 && x$6.$low === 0)))) { */ case 13:
				_r$6 = sew.conn.SetWriteDeadline(new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); /* */ $s = 15; case 15: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_r$6;
			/* } */ case 14:
			sew.err.$set(err$1);
			_tmp$2 = n;
			_tmp$3 = err$1;
			n = _tmp$2;
			err = _tmp$3;
			$s = -1; return [n, err];
		case 2:
		$s = -1; return [n, err];
		/* */ } return; } var $f = {$blk: http2stickyErrWriter.ptr.prototype.Write, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _v, err, err$1, n, nn, p, sew, x$5, x$6, $s};return $f;
	};
	http2stickyErrWriter.prototype.Write = function(p) { return this.$val.Write(p); };
	http2noCachedConnError.ptr.prototype.IsHTTP2NoCachedConnError = function() {
	};
	http2noCachedConnError.prototype.IsHTTP2NoCachedConnError = function() { return this.$val.IsHTTP2NoCachedConnError(); };
	http2noCachedConnError.ptr.prototype.Error = function() {
		return "http2: no cached connection was available";
	};
	http2noCachedConnError.prototype.Error = function() { return this.$val.Error(); };
	http2isNoCachedConnError = function(err) {
		var _tuple, err, ok;
		_tuple = $assertType(err, interfaceType, true);
		ok = _tuple[1];
		return ok;
	};
	http2Transport.ptr.prototype.RoundTrip = function(req) {
		var {$24r, _r$1, req, t, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.RoundTripOpt(req, new http2RoundTripOpt.ptr(false)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.RoundTrip, $c: true, $r, $24r, _r$1, req, t, $s};return $f;
	};
	http2Transport.prototype.RoundTrip = function(req) { return this.$val.RoundTrip(req); };
	http2authorityAddr = function(scheme, authority) {
		var {_r$1, _r$2, _tuple, _tuple$1, a, addr, authority, err, err$1, host, port, scheme, $s, $r, $c} = $restore(this, {scheme, authority});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addr = "";
		_r$1 = net.SplitHostPort(authority); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		host = _tuple[0];
		port = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			port = "443";
			if (scheme === "http") {
				port = "80";
			}
			host = authority;
		}
		_r$2 = idna.ToASCII(host); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		a = _tuple$1[0];
		err$1 = _tuple$1[1];
		if ($interfaceIsEqual(err$1, $ifaceNil)) {
			host = a;
		}
		if (strings.HasPrefix(host, "[") && strings.HasSuffix(host, "]")) {
			addr = host + ":" + port;
			$s = -1; return addr;
		}
		addr = net.JoinHostPort(host, port);
		$s = -1; return addr;
		/* */ } return; } var $f = {$blk: http2authorityAddr, $c: true, $r, _r$1, _r$2, _tuple, _tuple$1, a, addr, authority, err, err$1, host, port, scheme, $s};return $f;
	};
	http2Transport.ptr.prototype.RoundTripOpt = function(req, opt) {
		var {_r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tuple, _tuple$1, _tuple$2, addr, backoff, cc, err, opt, req, res, retry, reused, t, y, $s, $r, $c} = $restore(this, {req, opt});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		if (!(req.URL.Scheme === "https" || (req.URL.Scheme === "http" && t.AllowHTTP))) {
			$s = -1; return [ptrType$18.nil, errors.New("http2: unsupported scheme")];
		}
		_r$1 = http2authorityAddr(req.URL.Scheme, req.URL.Host); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		addr = _r$1;
		retry = 0;
		/* while (true) { */ case 2:
			_r$2 = t.connPool(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = _r$2.GetClientConn(req, addr); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			cc = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 6:
				$r = t.vlogf("http2: Transport failed to get client conn for %s: %v", new sliceType([new $String(addr), err])); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [ptrType$18.nil, err];
			/* } */ case 7:
			reused = !atomic.CompareAndSwapUint32((cc.$ptr_reused || (cc.$ptr_reused = new ptrType$103(function() { return this.$target.reused; }, function($v) { this.$target.reused = $v; }, cc))), 0, 1);
			$r = http2traceGotConn(req, cc, reused); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$4 = cc.RoundTrip(req); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_tuple$1 = _r$4;
			res = _tuple$1[0];
			err = _tuple$1[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil)) && retry <= 6) { $s = 11; continue; }
			/* */ $s = 12; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil)) && retry <= 6) { */ case 11:
				_r$5 = http2shouldRetryRequest(req, err); /* */ $s = 13; case 13: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_tuple$2 = _r$5;
				req = _tuple$2[0];
				err = _tuple$2[1];
				/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 14:
					if (retry === 0) {
						retry = retry + (1) >> 0;
						/* continue; */ $s = 2; continue;
					}
					backoff = (((y = ((((retry >>> 0)) - 1 >>> 0)), y < 32 ? (1 << y) : 0) >>> 0));
					_r$6 = rand.Float64(); /* */ $s = 16; case 16: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					backoff = backoff + (backoff * (0.1 * _r$6));
					_r$7 = time.After($mul64(new time.Duration(0, 1000000000), (new time.Duration(0, backoff)))); /* */ $s = 17; case 17: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
					_r$8 = req.Context().Done(); /* */ $s = 18; case 18: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
					_r$9 = $select([[_r$7], [_r$8]]); /* */ $s = 19; case 19: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
					_selection = _r$9;
					/* */ if (_selection[0] === 0) { $s = 20; continue; }
					/* */ if (_selection[0] === 1) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (_selection[0] === 0) { */ case 20:
						retry = retry + (1) >> 0;
						/* continue; */ $s = 2; continue;
						$s = 22; continue;
					/* } else if (_selection[0] === 1) { */ case 21:
						_r$10 = req.Context().Err(); /* */ $s = 23; case 23: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
						err = _r$10;
					/* } */ case 22:
				/* } */ case 15:
			/* } */ case 12:
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 24; continue; }
			/* */ $s = 25; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 24:
				$r = t.vlogf("RoundTrip failure: %v", new sliceType([err])); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [ptrType$18.nil, err];
			/* } */ case 25:
			$s = -1; return [res, $ifaceNil];
		case 3:
		$s = -1; return [ptrType$18.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.RoundTripOpt, $c: true, $r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _tuple, _tuple$1, _tuple$2, addr, backoff, cc, err, opt, req, res, retry, reused, t, y, $s};return $f;
	};
	http2Transport.prototype.RoundTripOpt = function(req, opt) { return this.$val.RoundTripOpt(req, opt); };
	http2Transport.ptr.prototype.CloseIdleConnections = function() {
		var {_r$1, _tuple, cp, ok, t, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.connPool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$1, http2clientConnPoolIdleCloser, true);
		cp = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			$r = cp.closeIdleConnections(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.CloseIdleConnections, $c: true, $r, _r$1, _tuple, cp, ok, t, $s};return $f;
	};
	http2Transport.prototype.CloseIdleConnections = function() { return this.$val.CloseIdleConnections(); };
	http2shouldRetryRequest = function(req, err) {
		var {$24r, _r$1, _r$2, _tuple, body$1, err, err$1, newReq, req, $s, $r, $c} = $restore(this, {req, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		newReq = [newReq];
		if (!http2canRetryError(err)) {
			$s = -1; return [ptrType$11.nil, err];
		}
		if ($interfaceIsEqual(req.Body, $ifaceNil) || $interfaceIsEqual(req.Body, new $pkg.NoBody.constructor.elem($pkg.NoBody))) {
			$s = -1; return [req, $ifaceNil];
		}
		/* */ if (!(req.GetBody === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(req.GetBody === $throwNilPointerError)) { */ case 1:
			_r$1 = req.GetBody(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			body$1 = _tuple[0];
			err$1 = _tuple[1];
			if (!($interfaceIsEqual(err$1, $ifaceNil))) {
				$s = -1; return [ptrType$11.nil, err$1];
			}
			newReq[0] = $clone(req, Request);
			newReq[0].Body = body$1;
			$s = -1; return [newReq[0], $ifaceNil];
		/* } */ case 2:
		if ($interfaceIsEqual(err, http2errClientConnUnusable)) {
			$s = -1; return [req, $ifaceNil];
		}
		_r$2 = fmt.Errorf("http2: Transport: cannot retry err [%v] after Request.Body was written; define Request.GetBody to avoid this error", new sliceType([err])); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = [ptrType$11.nil, _r$2];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: http2shouldRetryRequest, $c: true, $r, $24r, _r$1, _r$2, _tuple, body$1, err, err$1, newReq, req, $s};return $f;
	};
	http2canRetryError = function(err) {
		var _tuple, err, ok, se;
		if ($interfaceIsEqual(err, http2errClientConnUnusable) || $interfaceIsEqual(err, http2errClientConnGotGoAway)) {
			return true;
		}
		_tuple = $assertType(err, http2StreamError, true);
		se = $clone(_tuple[0], http2StreamError);
		ok = _tuple[1];
		if (ok) {
			if ((se.Code === 1) && $interfaceIsEqual(se.Cause, http2errFromPeer)) {
				return true;
			}
			return se.Code === 7;
		}
		return false;
	};
	http2Transport.ptr.prototype.dialClientConn = function(ctx, addr, singleUse) {
		var {$24r, _arg, _arg$1, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, addr, ctx, err, host, singleUse, t, tconn, $s, $r, $c} = $restore(this, {ctx, addr, singleUse});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = net.SplitHostPort(addr); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		host = _tuple[0];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$68.nil, err];
		}
		_arg = addr;
		_r$2 = t.newTLSConfig(host); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = t.dialTLS(ctx)("tcp", _arg, _arg$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple$1 = _r$3;
		tconn = _tuple$1[0];
		err = _tuple$1[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$68.nil, err];
		}
		_r$4 = t.newClientConn(tconn, singleUse); /* */ $s = 4; case 4: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		$24r = _r$4;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.dialClientConn, $c: true, $r, $24r, _arg, _arg$1, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, addr, ctx, err, host, singleUse, t, tconn, $s};return $f;
	};
	http2Transport.prototype.dialClientConn = function(ctx, addr, singleUse) { return this.$val.dialClientConn(ctx, addr, singleUse); };
	http2Transport.ptr.prototype.newTLSConfig = function(host) {
		var {_r$1, cfg, host, t, $s, $r, $c} = $restore(this, {host});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		cfg = new tls.Config.ptr($ifaceNil, $throwNilPointerError, sliceType$13.nil, false, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType$34.nil, sliceType$2.nil, "", 0, ptrType$34.nil, false, sliceType$14.nil, false, false, arrayType$1.zero(), $ifaceNil, 0, 0, sliceType$15.nil, false, 0, $ifaceNil, new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), sliceType$16.nil, sliceType$16.nil);
		/* */ if (!(t.TLSClientConfig === ptrType$4.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(t.TLSClientConfig === ptrType$4.nil)) { */ case 1:
			_r$1 = t.TLSClientConfig.Clone(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			tls.Config.copy(cfg, _r$1);
		/* } */ case 2:
		if (!http2strSliceContains(cfg.NextProtos, "h2")) {
			cfg.NextProtos = $appendSlice(new sliceType$2(["h2"]), cfg.NextProtos);
		}
		if (cfg.ServerName === "") {
			cfg.ServerName = host;
		}
		$s = -1; return cfg;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.newTLSConfig, $c: true, $r, _r$1, cfg, host, t, $s};return $f;
	};
	http2Transport.prototype.newTLSConfig = function(host) { return this.$val.newTLSConfig(host); };
	http2Transport.ptr.prototype.dialTLS = function(ctx) {
		var ctx, t;
		t = this;
		if (!(t.DialTLS === $throwNilPointerError)) {
			return t.DialTLS;
		}
		return (function $b(network, addr, cfg) {
			var {$24r, _r$1, _r$2, _r$3, _tuple, addr, cfg, err, network, p, state, tlsCn, $s, $r, $c} = $restore(this, {network, addr, cfg});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = t.dialTLSWithContext(ctx, network, addr, cfg); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			tlsCn = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return [$ifaceNil, err];
			}
			_r$2 = tlsCn.ConnectionState(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			state = $clone(_r$2, tls.ConnectionState);
			p = state.NegotiatedProtocol;
			/* */ if (!(p === "h2")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(p === "h2")) { */ case 3:
				_r$3 = fmt.Errorf("http2: unexpected ALPN protocol %q; want %q", new sliceType([new $String(p), new $String("h2")])); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r = [$ifaceNil, _r$3];
				$s = 6; case 6: return $24r;
			/* } */ case 4:
			if (!state.NegotiatedProtocolIsMutual) {
				$s = -1; return [$ifaceNil, errors.New("http2: could not negotiate protocol mutually")];
			}
			$s = -1; return [tlsCn, $ifaceNil];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, addr, cfg, err, network, p, state, tlsCn, $s};return $f;
		});
	};
	http2Transport.prototype.dialTLS = function(ctx) { return this.$val.dialTLS(ctx); };
	http2Transport.ptr.prototype.disableKeepAlives = function() {
		var t;
		t = this;
		return !(t.t1 === ptrType$27.nil) && t.t1.DisableKeepAlives;
	};
	http2Transport.prototype.disableKeepAlives = function() { return this.$val.disableKeepAlives(); };
	http2Transport.ptr.prototype.expectContinueTimeout = function() {
		var t;
		t = this;
		if (t.t1 === ptrType$27.nil) {
			return new time.Duration(0, 0);
		}
		return t.t1.ExpectContinueTimeout;
	};
	http2Transport.prototype.expectContinueTimeout = function() { return this.$val.expectContinueTimeout(); };
	http2Transport.ptr.prototype.NewClientConn = function(c) {
		var {$24r, _r$1, c, t, $s, $r, $c} = $restore(this, {c});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		_r$1 = t.newClientConn(c, t.disableKeepAlives()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.NewClientConn, $c: true, $r, $24r, _r$1, c, t, $s};return $f;
	};
	http2Transport.prototype.NewClientConn = function(c) { return this.$val.NewClientConn(c); };
	http2Transport.ptr.prototype.newClientConn = function(c, singleUse) {
		var {_arg, _arg$1, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, cc, cs, d, initialSettings, max, ok, singleUse, state, t, x$5, $s, $r, $c} = $restore(this, {c, singleUse});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		state = [state];
		t = this;
		cc = new http2ClientConn.ptr(t, c, ptrType$28.nil, 0, singleUse, false, new $Chan(structType, 0), $ifaceNil, new time.Duration(0, 0), ptrType$25.nil, new sync.Mutex.ptr(0, 0), ptrType$48.nil, new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), false, false, false, false, true, ptrType$82.nil, "", {}, 0, 1, 0, {}, ptrType$29.nil, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), 16384, 100, new $Uint64(4294967295, 4294967295), 65535, new $Chan(structType, 1), new sync.Mutex.ptr(0, 0), ptrType$14.nil, ptrType$72.nil, $ifaceNil, new bytes.Buffer.ptr(sliceType$3.nil, 0, 0), ptrType$89.nil);
		d = t.idleConnTimeout();
		/* */ if (!((d.$high === 0 && d.$low === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((d.$high === 0 && d.$low === 0))) { */ case 1:
			cc.idleTimeout = d;
			_r$1 = time.AfterFunc(d, $methodVal(cc, "onIdleTimeout")); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			cc.idleTimer = _r$1;
		/* } */ case 2:
		/* */ if (http2VerboseLogs) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (http2VerboseLogs) { */ case 4:
			_arg = cc;
			_r$2 = c.RemoteAddr(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_arg$1 = _r$2;
			$r = t.vlogf("http2: Transport creating client conn %p to %v", new sliceType([_arg, _arg$1])); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 5:
		cc.cond = sync.NewCond(cc.mu);
		cc.flow.add(65535);
		cc.bw = bufio.NewWriter((x$5 = new http2stickyErrWriter.ptr(c, t.WriteByteTimeout, (cc.$ptr_werr || (cc.$ptr_werr = new ptrType$85(function() { return this.$target.werr; }, function($v) { this.$target.werr = $v; }, cc)))), new x$5.constructor.elem(x$5)));
		cc.br = bufio.NewReader(c);
		cc.fr = http2NewFramer(cc.bw, cc.br);
		if (!(t.CountError === $throwNilPointerError)) {
			cc.fr.countError = t.CountError;
		}
		_r$3 = hpack.NewDecoder(4096, $throwNilPointerError); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		cc.fr.ReadMetaHeaders = _r$3;
		cc.fr.MaxHeaderListSize = t.maxHeaderListSize();
		_r$4 = hpack.NewEncoder(cc.hbuf); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		cc.henc = _r$4;
		if (t.AllowHTTP) {
			cc.nextStreamID = 3;
		}
		_tuple = $assertType(c, http2connectionStater, true);
		cs = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (ok) { */ case 10:
			_r$5 = cs.ConnectionState(); /* */ $s = 12; case 12: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			state[0] = $clone(_r$5, tls.ConnectionState);
			cc.tlsState = state[0];
		/* } */ case 11:
		initialSettings = new sliceType$23([new http2Setting.ptr(2, 0), new http2Setting.ptr(4, 4194304)]);
		max = t.maxHeaderListSize();
		if (!((max === 0))) {
			initialSettings = $append(initialSettings, new http2Setting.ptr(6, max));
		}
		_r$6 = cc.bw.Write(http2clientPreface); /* */ $s = 13; case 13: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		_r$6;
		_r$7 = cc.fr.WriteSettings(initialSettings); /* */ $s = 14; case 14: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_r$7;
		_r$8 = cc.fr.WriteWindowUpdate(0, 1073741824); /* */ $s = 15; case 15: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_r$8;
		cc.inflow.add(1073807359);
		_r$9 = cc.bw.Flush(); /* */ $s = 16; case 16: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		_r$9;
		/* */ if (!($interfaceIsEqual(cc.werr, $ifaceNil))) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!($interfaceIsEqual(cc.werr, $ifaceNil))) { */ case 17:
			_r$10 = cc.Close(); /* */ $s = 19; case 19: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			_r$10;
			$s = -1; return [ptrType$68.nil, cc.werr];
		/* } */ case 18:
		$go($methodVal(cc, "readLoop"), []);
		$s = -1; return [cc, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.newClientConn, $c: true, $r, _arg, _arg$1, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, c, cc, cs, d, initialSettings, max, ok, singleUse, state, t, x$5, $s};return $f;
	};
	http2Transport.prototype.newClientConn = function(c, singleUse) { return this.$val.newClientConn(c, singleUse); };
	http2ClientConn.ptr.prototype.healthCheck = function() {
		var {_r$1, _r$2, _r$3, _r$4, _tuple, cancel, cc, ctx, err, pingTimeout, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		pingTimeout = cc.t.pingTimeout();
		_r$1 = context.WithTimeout(context.Background(), pingTimeout); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		ctx = _tuple[0];
		cancel = _tuple[1];
		$deferred.push([cancel, []]);
		_r$2 = cc.Ping(ctx); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 3:
			_r$3 = cc.closeForLostPing(); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			_r$4 = cc.t.connPool(); /* */ $s = 6; case 6: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$r = _r$4.MarkDead(cc); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 8; case 8: return;
		/* } */ case 4:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.healthCheck, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _tuple, cancel, cc, ctx, err, pingTimeout, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.healthCheck = function() { return this.$val.healthCheck(); };
	http2ClientConn.ptr.prototype.SetDoNotReuse = function() {
		var {cc, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		cc.doNotReuse = true;
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.SetDoNotReuse, $c: true, $r, cc, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.SetDoNotReuse = function() { return this.$val.SetDoNotReuse(); };
	http2ClientConn.ptr.prototype.setGoAway = function(f) {
		var {_entry, _i, _keys, _ref, cc, cs, f, last, old, streamID, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		old = cc.goAway;
		cc.goAway = f;
		if (cc.goAwayDebug === "") {
			cc.goAwayDebug = ($bytesToString(f.DebugData()));
		}
		if (!(old === ptrType$82.nil) && !((old.ErrCode === 0))) {
			cc.goAway.ErrCode = old.ErrCode;
		}
		last = f.LastStreamID;
		_ref = cc.streams;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			streamID = _entry.k;
			cs = _entry.v;
			/* */ if (streamID > last) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (streamID > last) { */ case 4:
				$r = cs.abortStreamLocked(http2errClientConnGotGoAway); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 5:
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.setGoAway, $c: true, $r, _entry, _i, _keys, _ref, cc, cs, f, last, old, streamID, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.setGoAway = function(f) { return this.$val.setGoAway(f); };
	http2ClientConn.ptr.prototype.CanTakeNewRequest = function() {
		var {$24r, _r$1, cc, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		_r$1 = cc.canTakeNewRequestLocked(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.CanTakeNewRequest, $c: true, $r, $24r, _r$1, cc, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.CanTakeNewRequest = function() { return this.$val.CanTakeNewRequest(); };
	http2ClientConn.ptr.prototype.ReserveNewRequest = function() {
		var {$24r, $24r$1, _r$1, cc, st, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		_r$1 = cc.idleStateLocked(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		st = $clone(_r$1, http2clientConnIdleState);
		/* */ if (!st.canTakeNewRequest) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!st.canTakeNewRequest) { */ case 3:
			$24r = false;
			$s = 5; case 5: return $24r;
		/* } */ case 4:
		cc.streamsReserved = cc.streamsReserved + (1) >> 0;
		$24r$1 = true;
		$s = 6; case 6: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return false; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.ReserveNewRequest, $c: true, $r, $24r, $24r$1, _r$1, cc, st, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.ReserveNewRequest = function() { return this.$val.ReserveNewRequest(); };
	http2ClientConn.ptr.prototype.State = function() {
		var {$24r, cc, maxConcurrent, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.wmu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		maxConcurrent = cc.maxConcurrentStreams;
		if (!cc.seenSettings) {
			maxConcurrent = 0;
		}
		$r = cc.wmu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cc.mu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		$24r = new http2ClientConnState.ptr(cc.closed, cc.closing || cc.singleUse || cc.doNotReuse || !(cc.goAway === ptrType$82.nil), $keys(cc.streams).length, cc.streamsReserved, cc.pendingRequests, maxConcurrent, $clone(cc.lastIdle, time.Time));
		$s = 4; case 4: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return new http2ClientConnState.ptr(false, false, 0, 0, 0, 0, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil)); } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.State, $c: true, $r, $24r, cc, maxConcurrent, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.State = function() { return this.$val.State(); };
	http2ClientConn.ptr.prototype.idleStateLocked = function() {
		var {_r$1, _v, cc, maxConcurrentOkay, st, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		st = new http2clientConnIdleState.ptr(false);
		cc = this;
		if (cc.singleUse && cc.nextStreamID > 1) {
			$s = -1; return st;
		}
		maxConcurrentOkay = false;
		if (cc.t.StrictMaxConcurrentStreams) {
			maxConcurrentOkay = true;
		} else {
			maxConcurrentOkay = (x$5 = (new $Int64(0, (($keys(cc.streams).length + cc.streamsReserved >> 0) + 1 >> 0))), x$6 = (new $Int64(0, cc.maxConcurrentStreams)), (x$5.$high < x$6.$high || (x$5.$high === x$6.$high && x$5.$low <= x$6.$low)));
		}
		if (!(cc.goAway === ptrType$82.nil && !cc.closed && !cc.closing && maxConcurrentOkay && !cc.doNotReuse && (x$7 = (x$8 = (new $Int64(0, cc.nextStreamID)), x$9 = $mul64(new $Int64(0, 2), (new $Int64(0, cc.pendingRequests))), new $Int64(x$8.$high + x$9.$high, x$8.$low + x$9.$low)), (x$7.$high < 0 || (x$7.$high === 0 && x$7.$low < 2147483647))))) { _v = false; $s = 1; continue s; }
		_r$1 = cc.tooIdleLocked(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !_r$1; case 1:
		st.canTakeNewRequest = _v;
		$s = -1; return st;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.idleStateLocked, $c: true, $r, _r$1, _v, cc, maxConcurrentOkay, st, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	http2ClientConn.prototype.idleStateLocked = function() { return this.$val.idleStateLocked(); };
	http2ClientConn.ptr.prototype.canTakeNewRequestLocked = function() {
		var {_r$1, cc, st, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		_r$1 = cc.idleStateLocked(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		st = $clone(_r$1, http2clientConnIdleState);
		$s = -1; return st.canTakeNewRequest;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.canTakeNewRequestLocked, $c: true, $r, _r$1, cc, st, $s};return $f;
	};
	http2ClientConn.prototype.canTakeNewRequestLocked = function() { return this.$val.canTakeNewRequestLocked(); };
	http2ClientConn.ptr.prototype.tooIdleLocked = function() {
		var {$24r, _r$1, _v, cc, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		if (!(!((x$5 = cc.idleTimeout, (x$5.$high === 0 && x$5.$low === 0))) && !$clone(cc.lastIdle, time.Time).IsZero())) { _v = false; $s = 1; continue s; }
		_r$1 = time.Since($clone($clone(cc.lastIdle, time.Time).Round(new time.Duration(0, 0)), time.Time)); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = (x$6 = _r$1, x$7 = cc.idleTimeout, (x$6.$high > x$7.$high || (x$6.$high === x$7.$high && x$6.$low > x$7.$low))); case 1:
		$24r = _v;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.tooIdleLocked, $c: true, $r, $24r, _r$1, _v, cc, x$5, x$6, x$7, $s};return $f;
	};
	http2ClientConn.prototype.tooIdleLocked = function() { return this.$val.tooIdleLocked(); };
	http2ClientConn.ptr.prototype.onIdleTimeout = function() {
		var {cc, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		$r = cc.closeIfIdle(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.onIdleTimeout, $c: true, $r, cc, $s};return $f;
	};
	http2ClientConn.prototype.onIdleTimeout = function() { return this.$val.onIdleTimeout(); };
	http2ClientConn.ptr.prototype.closeIfIdle = function() {
		var {_r$1, cc, nextID, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if ($keys(cc.streams).length > 0 || cc.streamsReserved > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if ($keys(cc.streams).length > 0 || cc.streamsReserved > 0) { */ case 2:
			$r = cc.mu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 3:
		cc.closed = true;
		nextID = cc.nextStreamID;
		$r = cc.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (http2VerboseLogs) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (http2VerboseLogs) { */ case 6:
			$r = cc.vlogf("http2: Transport closing idle conn %p (forSingleUse=%v, maxStream=%v)", new sliceType([cc, new $Bool(cc.singleUse), new $Uint32((nextID - 2 >>> 0))])); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		_r$1 = cc.tconn.Close(); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.closeIfIdle, $c: true, $r, _r$1, cc, nextID, $s};return $f;
	};
	http2ClientConn.prototype.closeIfIdle = function() { return this.$val.closeIfIdle(); };
	http2ClientConn.ptr.prototype.Shutdown = function(ctx) {
		var {$24r, _r$1, _r$2, _r$3, _r$4, _selection, cancelled, cc, ctx, done, err, err$1, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cancelled = [cancelled];
		cc = [cc];
		done = [done];
		cc[0] = this;
		_r$1 = cc[0].sendGoAway(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		done[0] = new $Chan($error, 1);
		cancelled[0] = false;
		$go((function(cancelled, cc, done) { return function $b() {
			var {_r$2, $s, $deferred, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
			$r = cc[0].mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(cc[0].mu, "Unlock"), []]);
			/* while (true) { */ case 2:
				/* */ if (($keys(cc[0].streams).length === 0) || cc[0].closed) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (($keys(cc[0].streams).length === 0) || cc[0].closed) { */ case 4:
					cc[0].closed = true;
					_r$2 = cc[0].tconn.Close(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$r = $send(done[0], _r$2); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* break; */ $s = 3; continue;
				/* } */ case 5:
				if (cancelled[0]) {
					/* break; */ $s = 3; continue;
				}
				$r = cc[0].cond.Wait(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 2; continue;
			case 3:
			$s = -1; return;
			/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, _r$2, $s, $deferred};return $f; } }
		}; })(cancelled, cc, done), []);
		$r = http2shutdownEnterWaitStateHook(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = ctx.Done(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = $select([[done[0]], [_r$2]]); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_selection = _r$3;
		/* */ if (_selection[0] === 0) { $s = 5; continue; }
		/* */ if (_selection[0] === 1) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (_selection[0] === 0) { */ case 5:
			err$1 = _selection[1][0];
			$s = -1; return err$1;
		/* } else if (_selection[0] === 1) { */ case 6:
			$r = cc[0].mu.Lock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			cancelled[0] = true;
			$r = cc[0].cond.Broadcast(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = cc[0].mu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$4 = ctx.Err(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 12; case 12: return $24r;
		/* } */ case 7:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.Shutdown, $c: true, $r, $24r, _r$1, _r$2, _r$3, _r$4, _selection, cancelled, cc, ctx, done, err, err$1, $s};return $f;
	};
	http2ClientConn.prototype.Shutdown = function(ctx) { return this.$val.Shutdown(ctx); };
	http2ClientConn.ptr.prototype.sendGoAway = function() {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, cc, closing, err, err$1, maxStreamID, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		closing = cc.closing;
		cc.closing = true;
		maxStreamID = cc.nextStreamID;
		$r = cc.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (closing) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (closing) { */ case 3:
			$24r = $ifaceNil;
			$s = 5; case 5: return $24r;
		/* } */ case 4:
		$r = cc.wmu.Lock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.wmu, "Unlock"), []]);
		_r$1 = cc.fr.WriteGoAway(maxStreamID, 0, sliceType$3.nil); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 8:
			$24r$1 = err;
			$s = 10; case 10: return $24r$1;
		/* } */ case 9:
		_r$2 = cc.bw.Flush(); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err$1 = _r$2;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 12:
			$24r$2 = err$1;
			$s = 14; case 14: return $24r$2;
		/* } */ case 13:
		$24r$3 = $ifaceNil;
		$s = 15; case 15: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.sendGoAway, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, _r$2, cc, closing, err, err$1, maxStreamID, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.sendGoAway = function() { return this.$val.sendGoAway(); };
	http2ClientConn.ptr.prototype.closeForError = function(err) {
		var {$24r, _entry, _i, _keys, _r$1, _ref, cc, cs, err, $s, $deferred, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		cc.closed = true;
		_ref = cc.streams;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 2:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 3; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 2; continue;
			}
			cs = _entry.v;
			$r = cs.abortStreamLocked(err); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 2; continue;
		case 3:
		$deferred.push([$methodVal(cc.cond, "Broadcast"), []]);
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		_r$1 = cc.tconn.Close(); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 6; case 6: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.closeForError, $c: true, $r, $24r, _entry, _i, _keys, _r$1, _ref, cc, cs, err, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.closeForError = function(err) { return this.$val.closeForError(err); };
	http2ClientConn.ptr.prototype.Close = function() {
		var {$24r, _r$1, cc, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		err = errors.New("http2: client connection force closed via ClientConn.Close");
		_r$1 = cc.closeForError(err); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.Close, $c: true, $r, $24r, _r$1, cc, err, $s};return $f;
	};
	http2ClientConn.prototype.Close = function() { return this.$val.Close(); };
	http2ClientConn.ptr.prototype.closeForLostPing = function() {
		var {$24r, _r$1, cc, err, f, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		err = errors.New("http2: client connection lost");
		f = cc.t.CountError;
		/* */ if (!(f === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(f === $throwNilPointerError)) { */ case 1:
			$r = f("conn_close_lost_ping"); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = cc.closeForError(err); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.closeForLostPing, $c: true, $r, $24r, _r$1, cc, err, f, $s};return $f;
	};
	http2ClientConn.prototype.closeForLostPing = function() { return this.$val.closeForLostPing(); };
	http2commaSeparatedTrailers = function(req) {
		var {$24r, _1, _entry, _i, _keys, _r$1, _r$2, _ref, k, keys, req, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		keys = $makeSlice(sliceType$2, 0, $keys(req.Trailer).length);
		_ref = req.Trailer;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 1:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 2; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			k = _entry.k;
			_r$1 = CanonicalHeaderKey(k); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			k = _r$1;
				_1 = k;
				/* */ if (_1 === ("Transfer-Encoding") || _1 === ("Trailer") || _1 === ("Content-Length")) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === ("Transfer-Encoding") || _1 === ("Trailer") || _1 === ("Content-Length")) { */ case 5:
					_r$2 = fmt.Errorf("invalid Trailer key %q", new sliceType([new $String(k)])); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					$24r = ["", _r$2];
					$s = 8; case 8: return $24r;
				/* } */ case 6:
			case 4:
			keys = $append(keys, k);
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (keys.$length > 0) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (keys.$length > 0) { */ case 9:
			$r = sort.Strings(keys); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [strings.Join(keys, ","), $ifaceNil];
		/* } */ case 10:
		$s = -1; return ["", $ifaceNil];
		/* */ } return; } var $f = {$blk: http2commaSeparatedTrailers, $c: true, $r, $24r, _1, _entry, _i, _keys, _r$1, _r$2, _ref, k, keys, req, $s};return $f;
	};
	http2ClientConn.ptr.prototype.responseHeaderTimeout = function() {
		var cc;
		cc = this;
		if (!(cc.t.t1 === ptrType$27.nil)) {
			return cc.t.t1.ResponseHeaderTimeout;
		}
		return new time.Duration(0, 0);
	};
	http2ClientConn.prototype.responseHeaderTimeout = function() { return this.$val.responseHeaderTimeout(); };
	http2checkConnHeaders = function(req) {
		var {$24r, $24r$1, $24r$2, _entry, _entry$1, _entry$2, _r$1, _r$2, _r$3, _r$4, req, v, vv, vv$1, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = new Header(req.Header).Get("Upgrade"); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		v = _r$1;
		/* */ if (!(v === "")) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(v === "")) { */ case 2:
			_r$2 = fmt.Errorf("http2: invalid Upgrade request header: %q", new sliceType([(_entry = req.Header[$String.keyFor("Upgrade")], _entry !== undefined ? _entry.v : sliceType$2.nil)])); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		vv = (_entry$1 = req.Header[$String.keyFor("Transfer-Encoding")], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
		/* */ if (vv.$length > 0 && (vv.$length > 1 || !((0 >= vv.$length ? ($throwRuntimeError("index out of range"), undefined) : vv.$array[vv.$offset + 0]) === "") && !((0 >= vv.$length ? ($throwRuntimeError("index out of range"), undefined) : vv.$array[vv.$offset + 0]) === "chunked"))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (vv.$length > 0 && (vv.$length > 1 || !((0 >= vv.$length ? ($throwRuntimeError("index out of range"), undefined) : vv.$array[vv.$offset + 0]) === "") && !((0 >= vv.$length ? ($throwRuntimeError("index out of range"), undefined) : vv.$array[vv.$offset + 0]) === "chunked"))) { */ case 6:
			_r$3 = fmt.Errorf("http2: invalid Transfer-Encoding request header: %q", new sliceType([vv])); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$1 = _r$3;
			$s = 9; case 9: return $24r$1;
		/* } */ case 7:
		vv$1 = (_entry$2 = req.Header[$String.keyFor("Connection")], _entry$2 !== undefined ? _entry$2.v : sliceType$2.nil);
		/* */ if (vv$1.$length > 0 && (vv$1.$length > 1 || !((0 >= vv$1.$length ? ($throwRuntimeError("index out of range"), undefined) : vv$1.$array[vv$1.$offset + 0]) === "") && !http2asciiEqualFold((0 >= vv$1.$length ? ($throwRuntimeError("index out of range"), undefined) : vv$1.$array[vv$1.$offset + 0]), "close") && !http2asciiEqualFold((0 >= vv$1.$length ? ($throwRuntimeError("index out of range"), undefined) : vv$1.$array[vv$1.$offset + 0]), "keep-alive"))) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (vv$1.$length > 0 && (vv$1.$length > 1 || !((0 >= vv$1.$length ? ($throwRuntimeError("index out of range"), undefined) : vv$1.$array[vv$1.$offset + 0]) === "") && !http2asciiEqualFold((0 >= vv$1.$length ? ($throwRuntimeError("index out of range"), undefined) : vv$1.$array[vv$1.$offset + 0]), "close") && !http2asciiEqualFold((0 >= vv$1.$length ? ($throwRuntimeError("index out of range"), undefined) : vv$1.$array[vv$1.$offset + 0]), "keep-alive"))) { */ case 10:
			_r$4 = fmt.Errorf("http2: invalid Connection request header: %q", new sliceType([vv$1])); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$2 = _r$4;
			$s = 13; case 13: return $24r$2;
		/* } */ case 11:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2checkConnHeaders, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _entry$1, _entry$2, _r$1, _r$2, _r$3, _r$4, req, v, vv, vv$1, $s};return $f;
	};
	http2actualContentLength = function(req) {
		var req, x$5;
		if ($interfaceIsEqual(req.Body, $ifaceNil) || $interfaceIsEqual(req.Body, new $pkg.NoBody.constructor.elem($pkg.NoBody))) {
			return new $Int64(0, 0);
		}
		if (!((x$5 = req.ContentLength, (x$5.$high === 0 && x$5.$low === 0)))) {
			return req.ContentLength;
		}
		return new $Int64(-1, 4294967295);
	};
	http2ClientConn.ptr.prototype.decrStreamReservations = function() {
		var {cc, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		cc.decrStreamReservationsLocked();
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.decrStreamReservations, $c: true, $r, cc, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.decrStreamReservations = function() { return this.$val.decrStreamReservations(); };
	http2ClientConn.ptr.prototype.decrStreamReservationsLocked = function() {
		var cc;
		cc = this;
		if (cc.streamsReserved > 0) {
			cc.streamsReserved = cc.streamsReserved - (1) >> 0;
		}
	};
	http2ClientConn.prototype.decrStreamReservationsLocked = function() { return this.$val.decrStreamReservationsLocked(); };
	http2ClientConn.ptr.prototype.RoundTrip = function(req) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _selection, _selection$1, cc, cs, ctx, err, handleResponseHeaders, req, waitDone, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = [cc];
		cs = [cs];
		ctx = [ctx];
		req = [req];
		waitDone = [waitDone];
		cc[0] = this;
		ctx[0] = req[0].Context();
		_r$1 = httptrace.ContextClientTrace(ctx[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cs[0] = new http2clientStream.ptr(cc[0], ctx[0], req[0].Cancel, _r$1, 0, new http2pipe.ptr(new sync.Mutex.ptr(0, 0), new sync.Cond.ptr(new sync.noCopy.ptr(), $ifaceNil, new sync.notifyList.ptr(0, 0, 0, 0, 0), 0, 0, $chanNil), $ifaceNil, 0, $ifaceNil, $ifaceNil, $chanNil, $throwNilPointerError), false, req[0].Method === "HEAD", new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), new $Chan(structType, 0), $ifaceNil, new $Chan(structType, 0), new $Chan(structType, 0), $chanNil, new $Chan(structType, 0), ptrType$18.nil, new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), new http2flow.ptr(arrayType.zero(), 0, ptrType$71.nil), new $Int64(0, 0), $ifaceNil, req[0].Body, http2actualContentLength(req[0]), false, false, false, false, false, false, 0, false, false, false, ptrType$38.nil);
		$go($methodVal(cs[0], "doRequest"), [req[0]]);
		waitDone[0] = (function(cc, cs, ctx, req, waitDone) { return function $b() {
			var {$24r, _r$2, _r$3, _r$4, _selection, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$2 = ctx[0].Done(); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $select([[cs[0].donec], [_r$2], [cs[0].reqCancel]]); /* */ $s = 2; case 2: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_selection = _r$3;
			/* */ if (_selection[0] === 0) { $s = 3; continue; }
			/* */ if (_selection[0] === 1) { $s = 4; continue; }
			/* */ if (_selection[0] === 2) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (_selection[0] === 0) { */ case 3:
				$s = -1; return $ifaceNil;
			/* } else if (_selection[0] === 1) { */ case 4:
				_r$4 = ctx[0].Err(); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 8; case 8: return $24r;
			/* } else if (_selection[0] === 2) { */ case 5:
				$s = -1; return http2errRequestCanceled;
			/* } */ case 6:
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$2, _r$3, _r$4, _selection, $s};return $f;
		}; })(cc, cs, ctx, req, waitDone);
		handleResponseHeaders = (function(cc, cs, ctx, req, waitDone) { return function $b() {
			var {_r$2, err, res, x$5, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			res = cs[0].res;
			/* */ if (res.StatusCode > 299) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (res.StatusCode > 299) { */ case 1:
				$r = cs[0].abortRequestBodyWrite(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 2:
			res.Request = req[0];
			res.TLS = cc[0].tlsState;
			/* */ if ($interfaceIsEqual(res.Body, http2noBody) && (x$5 = http2actualContentLength(req[0]), (x$5.$high === 0 && x$5.$low === 0))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($interfaceIsEqual(res.Body, http2noBody) && (x$5 = http2actualContentLength(req[0]), (x$5.$high === 0 && x$5.$low === 0))) { */ case 4:
				_r$2 = waitDone[0](); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				err = _r$2;
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					$s = -1; return [ptrType$18.nil, err];
				}
			/* } */ case 5:
			$s = -1; return [res, $ifaceNil];
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$2, err, res, x$5, $s};return $f;
		}; })(cc, cs, ctx, req, waitDone);
		/* while (true) { */ case 2:
			_r$2 = ctx[0].Done(); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $select([[cs[0].respHeaderRecv], [cs[0].abort], [_r$2], [cs[0].reqCancel]]); /* */ $s = 5; case 5: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_selection = _r$3;
			/* */ if (_selection[0] === 0) { $s = 6; continue; }
			/* */ if (_selection[0] === 1) { $s = 7; continue; }
			/* */ if (_selection[0] === 2) { $s = 8; continue; }
			/* */ if (_selection[0] === 3) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_selection[0] === 0) { */ case 6:
				_r$4 = handleResponseHeaders(); /* */ $s = 11; case 11: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r = _r$4;
				$s = 12; case 12: return $24r;
			/* } else if (_selection[0] === 1) { */ case 7:
				_selection$1 = $select([[cs[0].respHeaderRecv], []]);
				/* */ if (_selection$1[0] === 0) { $s = 13; continue; }
				/* */ if (_selection$1[0] === 1) { $s = 14; continue; }
				/* */ $s = 15; continue;
				/* if (_selection$1[0] === 0) { */ case 13:
					_r$5 = handleResponseHeaders(); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					$24r$1 = _r$5;
					$s = 17; case 17: return $24r$1;
				/* } else if (_selection$1[0] === 1) { */ case 14:
					_r$6 = waitDone[0](); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$6;
					$s = -1; return [ptrType$18.nil, cs[0].abortErr];
				/* } */ case 15:
				$s = 10; continue;
			/* } else if (_selection[0] === 2) { */ case 8:
				_r$7 = ctx[0].Err(); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				err = _r$7;
				$r = cs[0].abortStream(err); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [ptrType$18.nil, err];
			/* } else if (_selection[0] === 3) { */ case 9:
				$r = cs[0].abortStream(http2errRequestCanceled); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return [ptrType$18.nil, http2errRequestCanceled];
			/* } */ case 10:
		$s = 2; continue;
		case 3:
		$s = -1; return [ptrType$18.nil, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.RoundTrip, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _selection, _selection$1, cc, cs, ctx, err, handleResponseHeaders, req, waitDone, $s};return $f;
	};
	http2ClientConn.prototype.RoundTrip = function(req) { return this.$val.RoundTrip(req); };
	http2clientStream.ptr.prototype.doRequest = function(req) {
		var {_r$1, cs, err, req, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cs = this;
		_r$1 = cs.writeRequest(req); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		$r = cs.cleanupWriteRequest(err); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2clientStream.ptr.prototype.doRequest, $c: true, $r, _r$1, cs, err, req, $s};return $f;
	};
	http2clientStream.prototype.doRequest = function(req) { return this.$val.doRequest(req); };
	http2clientStream.ptr.prototype.writeRequest = function(req) {
		var {$24r, $24r$1, $24r$10, $24r$11, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _entry, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _selection$1, _selection$2, _v, _v$1, cc, continueTimeout, cs, ctx, d, err, err$1, err$2, hasBody, req, respHeaderRecv, respHeaderTimer, timer, timer$1, x$5, $s, $deferred, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = $ifaceNil;
		cs = this;
		cc = cs.cc;
		ctx = cs.ctx;
		_r$1 = http2checkConnHeaders(req); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err$1 = _r$1;
		/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 2:
			err = err$1;
			$24r = err;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		if (cc.reqHeaderMu === $chanNil) {
			$panic(new $String("RoundTrip on uninitialized ClientConn"));
		}
		_r$2 = ctx.Done(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = $select([[cc.reqHeaderMu, new structType.ptr()], [cs.reqCancel], [_r$2]]); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_selection = _r$3;
		/* */ if (_selection[0] === 0) { $s = 7; continue; }
		/* */ if (_selection[0] === 1) { $s = 8; continue; }
		/* */ if (_selection[0] === 2) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (_selection[0] === 0) { */ case 7:
			$s = 10; continue;
		/* } else if (_selection[0] === 1) { */ case 8:
			err = http2errRequestCanceled;
			$24r$1 = err;
			$s = 11; case 11: return $24r$1;
		/* } else if (_selection[0] === 2) { */ case 9:
			_r$4 = ctx.Err(); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			err = _r$4;
			$24r$2 = err;
			$s = 13; case 13: return $24r$2;
		/* } */ case 10:
		$r = cc.mu.Lock(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!(cc.idleTimer === ptrType$25.nil)) {
			cc.idleTimer.Stop();
		}
		cc.decrStreamReservationsLocked();
		_r$5 = cc.awaitOpenSlotForStreamLocked(cs); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		err$2 = _r$5;
		/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 16:
			$r = cc.mu.Unlock(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$6 = $recv(cc.reqHeaderMu); /* */ $s = 19; case 19: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
			_r$6[0];
			err = err$2;
			$24r$3 = err;
			$s = 20; case 20: return $24r$3;
		/* } */ case 17:
		cc.addStreamLocked(cs);
		if (http2isConnectionCloseRequest(req)) {
			cc.doNotReuse = true;
		}
		$r = cc.mu.Unlock(); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!(!cc.t.disableCompression())) { _v$1 = false; $s = 25; continue s; }
		_r$7 = new Header(req.Header).Get("Accept-Encoding"); /* */ $s = 26; case 26: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
		_v$1 = _r$7 === ""; case 25:
		if (!(_v$1)) { _v = false; $s = 24; continue s; }
		_r$8 = new Header(req.Header).Get("Range"); /* */ $s = 27; case 27: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
		_v = _r$8 === ""; case 24:
		/* */ if (_v && !cs.isHead) { $s = 22; continue; }
		/* */ $s = 23; continue;
		/* if (_v && !cs.isHead) { */ case 22:
			cs.requestedGzip = true;
		/* } */ case 23:
		continueTimeout = cc.t.expectContinueTimeout();
		if (!((continueTimeout.$high === 0 && continueTimeout.$low === 0))) {
			if (!httpguts.HeaderValuesContainsToken((_entry = req.Header[$String.keyFor("Expect")], _entry !== undefined ? _entry.v : sliceType$2.nil), "100-continue")) {
				continueTimeout = new time.Duration(0, 0);
			} else {
				cs.on100 = new $Chan(structType, 1);
			}
		}
		_r$9 = cs.encodeAndWriteHeaders(req); /* */ $s = 28; case 28: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		err = _r$9;
		_r$10 = $recv(cc.reqHeaderMu); /* */ $s = 29; case 29: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		_r$10[0];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 30; continue; }
		/* */ $s = 31; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 30:
			err = err;
			$24r$4 = err;
			$s = 32; case 32: return $24r$4;
		/* } */ case 31:
		hasBody = !((x$5 = cs.reqBodyContentLength, (x$5.$high === 0 && x$5.$low === 0)));
		/* */ if (!hasBody) { $s = 33; continue; }
		/* */ $s = 34; continue;
		/* if (!hasBody) { */ case 33:
			cs.sentEndStream = true;
			$s = 35; continue;
		/* } else { */ case 34:
			/* */ if (!((continueTimeout.$high === 0 && continueTimeout.$low === 0))) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (!((continueTimeout.$high === 0 && continueTimeout.$low === 0))) { */ case 36:
				$r = http2traceWait100Continue(cs.trace); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$11 = time.NewTimer(continueTimeout); /* */ $s = 39; case 39: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				timer = _r$11;
				_r$12 = ctx.Done(); /* */ $s = 40; case 40: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				_r$13 = $select([[timer.C], [cs.on100], [cs.abort], [_r$12], [cs.reqCancel]]); /* */ $s = 41; case 41: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
				_selection$1 = _r$13;
				/* */ if (_selection$1[0] === 0) { $s = 42; continue; }
				/* */ if (_selection$1[0] === 1) { $s = 43; continue; }
				/* */ if (_selection$1[0] === 2) { $s = 44; continue; }
				/* */ if (_selection$1[0] === 3) { $s = 45; continue; }
				/* */ if (_selection$1[0] === 4) { $s = 46; continue; }
				/* */ $s = 47; continue;
				/* if (_selection$1[0] === 0) { */ case 42:
					err = $ifaceNil;
					$s = 47; continue;
				/* } else if (_selection$1[0] === 1) { */ case 43:
					err = $ifaceNil;
					$s = 47; continue;
				/* } else if (_selection$1[0] === 2) { */ case 44:
					err = cs.abortErr;
					$s = 47; continue;
				/* } else if (_selection$1[0] === 3) { */ case 45:
					_r$14 = ctx.Err(); /* */ $s = 48; case 48: if($c) { $c = false; _r$14 = _r$14.$blk(); } if (_r$14 && _r$14.$blk !== undefined) { break s; }
					err = _r$14;
					$s = 47; continue;
				/* } else if (_selection$1[0] === 4) { */ case 46:
					err = http2errRequestCanceled;
				/* } */ case 47:
				timer.Stop();
				/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 49; continue; }
				/* */ $s = 50; continue;
				/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 49:
					$r = http2traceWroteRequest(cs.trace, err); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					err = err;
					$24r$5 = err;
					$s = 52; case 52: return $24r$5;
				/* } */ case 50:
			/* } */ case 37:
			_r$15 = cs.writeRequestBody(req); /* */ $s = 53; case 53: if($c) { $c = false; _r$15 = _r$15.$blk(); } if (_r$15 && _r$15.$blk !== undefined) { break s; }
			err = _r$15;
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 54; continue; }
			/* */ $s = 55; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 54:
				/* */ if (!($interfaceIsEqual(err, http2errStopReqBodyWrite))) { $s = 57; continue; }
				/* */ $s = 58; continue;
				/* if (!($interfaceIsEqual(err, http2errStopReqBodyWrite))) { */ case 57:
					$r = http2traceWroteRequest(cs.trace, err); /* */ $s = 59; case 59: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					err = err;
					$24r$6 = err;
					$s = 60; case 60: return $24r$6;
				/* } */ case 58:
				$s = 56; continue;
			/* } else { */ case 55:
				cs.sentEndStream = true;
			/* } */ case 56:
		/* } */ case 35:
		$r = http2traceWroteRequest(cs.trace, err); /* */ $s = 61; case 61: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		respHeaderTimer = $chanNil;
		respHeaderRecv = $chanNil;
		d = cc.responseHeaderTimeout();
		/* */ if (!((d.$high === 0 && d.$low === 0))) { $s = 62; continue; }
		/* */ $s = 63; continue;
		/* if (!((d.$high === 0 && d.$low === 0))) { */ case 62:
			_r$16 = time.NewTimer(d); /* */ $s = 64; case 64: if($c) { $c = false; _r$16 = _r$16.$blk(); } if (_r$16 && _r$16.$blk !== undefined) { break s; }
			timer$1 = _r$16;
			$deferred.push([$methodVal(timer$1, "Stop"), []]);
			respHeaderTimer = timer$1.C;
			respHeaderRecv = cs.respHeaderRecv;
		/* } */ case 63:
		/* while (true) { */ case 65:
			_r$17 = ctx.Done(); /* */ $s = 67; case 67: if($c) { $c = false; _r$17 = _r$17.$blk(); } if (_r$17 && _r$17.$blk !== undefined) { break s; }
			_r$18 = $select([[cs.peerClosed], [respHeaderTimer], [respHeaderRecv], [cs.abort], [_r$17], [cs.reqCancel]]); /* */ $s = 68; case 68: if($c) { $c = false; _r$18 = _r$18.$blk(); } if (_r$18 && _r$18.$blk !== undefined) { break s; }
			_selection$2 = _r$18;
			/* */ if (_selection$2[0] === 0) { $s = 69; continue; }
			/* */ if (_selection$2[0] === 1) { $s = 70; continue; }
			/* */ if (_selection$2[0] === 2) { $s = 71; continue; }
			/* */ if (_selection$2[0] === 3) { $s = 72; continue; }
			/* */ if (_selection$2[0] === 4) { $s = 73; continue; }
			/* */ if (_selection$2[0] === 5) { $s = 74; continue; }
			/* */ $s = 75; continue;
			/* if (_selection$2[0] === 0) { */ case 69:
				err = $ifaceNil;
				$24r$7 = err;
				$s = 76; case 76: return $24r$7;
			/* } else if (_selection$2[0] === 1) { */ case 70:
				err = http2errTimeout;
				$24r$8 = err;
				$s = 77; case 77: return $24r$8;
			/* } else if (_selection$2[0] === 2) { */ case 71:
				respHeaderRecv = $chanNil;
				respHeaderTimer = $chanNil;
				$s = 75; continue;
			/* } else if (_selection$2[0] === 3) { */ case 72:
				err = cs.abortErr;
				$24r$9 = err;
				$s = 78; case 78: return $24r$9;
			/* } else if (_selection$2[0] === 4) { */ case 73:
				_r$19 = ctx.Err(); /* */ $s = 79; case 79: if($c) { $c = false; _r$19 = _r$19.$blk(); } if (_r$19 && _r$19.$blk !== undefined) { break s; }
				err = _r$19;
				$24r$10 = err;
				$s = 80; case 80: return $24r$10;
			/* } else if (_selection$2[0] === 5) { */ case 74:
				err = http2errRequestCanceled;
				$24r$11 = err;
				$s = 81; case 81: return $24r$11;
			/* } */ case 75:
		$s = 65; continue;
		case 66:
		$s = -1; return err;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err; } if($curGoroutine.asleep) { var $f = {$blk: http2clientStream.ptr.prototype.writeRequest, $c: true, $r, $24r, $24r$1, $24r$10, $24r$11, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, $24r$9, _entry, _r$1, _r$10, _r$11, _r$12, _r$13, _r$14, _r$15, _r$16, _r$17, _r$18, _r$19, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _selection, _selection$1, _selection$2, _v, _v$1, cc, continueTimeout, cs, ctx, d, err, err$1, err$2, hasBody, req, respHeaderRecv, respHeaderTimer, timer, timer$1, x$5, $s, $deferred};return $f; } }
	};
	http2clientStream.prototype.writeRequest = function(req) { return this.$val.writeRequest(req); };
	http2clientStream.ptr.prototype.encodeAndWriteHeaders = function(req) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _r$3, _r$4, _r$5, _selection, _tuple, _tuple$1, cc, contentLen, cs, ctx, endStream, err, hasBody, hasTrailers, hdrs, req, trailers, $s, $deferred, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cs = this;
		cc = cs.cc;
		ctx = cs.ctx;
		$r = cc.wmu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.wmu, "Unlock"), []]);
		_r$1 = ctx.Done(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_selection = $select([[cs.abort], [_r$1], [cs.reqCancel], []]);
		/* */ if (_selection[0] === 0) { $s = 3; continue; }
		/* */ if (_selection[0] === 1) { $s = 4; continue; }
		/* */ if (_selection[0] === 2) { $s = 5; continue; }
		/* */ if (_selection[0] === 3) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (_selection[0] === 0) { */ case 3:
			$24r = cs.abortErr;
			$s = 8; case 8: return $24r;
		/* } else if (_selection[0] === 1) { */ case 4:
			_r$2 = ctx.Err(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$1 = _r$2;
			$s = 10; case 10: return $24r$1;
		/* } else if (_selection[0] === 2) { */ case 5:
			$24r$2 = http2errRequestCanceled;
			$s = 11; case 11: return $24r$2;
		/* } else if (_selection[0] === 3) { */ case 6:
		/* } */ case 7:
		_r$3 = http2commaSeparatedTrailers(req); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		trailers = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 13:
			$24r$3 = err;
			$s = 15; case 15: return $24r$3;
		/* } */ case 14:
		hasTrailers = !(trailers === "");
		contentLen = http2actualContentLength(req);
		hasBody = !((contentLen.$high === 0 && contentLen.$low === 0));
		_r$4 = cc.encodeHeaders(req, cs.requestedGzip, trailers, contentLen); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_tuple$1 = _r$4;
		hdrs = _tuple$1[0];
		err = _tuple$1[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 17:
			$24r$4 = err;
			$s = 19; case 19: return $24r$4;
		/* } */ case 18:
		endStream = !hasBody && !hasTrailers;
		cs.sentHeaders = true;
		_r$5 = cc.writeHeaders(cs.ID, endStream, ((cc.maxFrameSize >> 0)), hdrs); /* */ $s = 20; case 20: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		err = _r$5;
		$r = http2traceWroteHeaders(cs.trace); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$24r$5 = err;
		$s = 22; case 22: return $24r$5;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientStream.ptr.prototype.encodeAndWriteHeaders, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _r$3, _r$4, _r$5, _selection, _tuple, _tuple$1, cc, contentLen, cs, ctx, endStream, err, hasBody, hasTrailers, hdrs, req, trailers, $s, $deferred};return $f; } }
	};
	http2clientStream.prototype.encodeAndWriteHeaders = function(req) { return this.$val.encodeAndWriteHeaders(req); };
	http2clientStream.ptr.prototype.cleanupWriteRequest = function(err) {
		var {_r$1, _r$2, _selection, _tuple, bodyClosed, cc, cs, err, ok, se, werr, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cs = this;
		cc = cs.cc;
		/* */ if (cs.ID === 0) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (cs.ID === 0) { */ case 1:
			$r = cc.decrStreamReservations(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$r = cc.mu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		bodyClosed = cs.reqBodyClosed;
		cs.reqBodyClosed = true;
		$r = cc.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!bodyClosed && !($interfaceIsEqual(cs.reqBody, $ifaceNil))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!bodyClosed && !($interfaceIsEqual(cs.reqBody, $ifaceNil))) { */ case 6:
			_r$1 = cs.reqBody.Close(); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
		/* } */ case 7:
		/* */ if (!($interfaceIsEqual(err, $ifaceNil)) && cs.sentEndStream) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil)) && cs.sentEndStream) { */ case 9:
			_selection = $select([[cs.peerClosed], []]);
			if (_selection[0] === 0) {
				err = $ifaceNil;
			} else if (_selection[0] === 1) {
			}
		/* } */ case 10:
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 11:
			$r = cs.abortStream(err); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (cs.sentHeaders) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (cs.sentHeaders) { */ case 15:
				_tuple = $assertType(err, http2StreamError, true);
				se = $clone(_tuple[0], http2StreamError);
				ok = _tuple[1];
				/* */ if (ok) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (ok) { */ case 17:
					/* */ if (!($interfaceIsEqual(se.Cause, http2errFromPeer))) { $s = 20; continue; }
					/* */ $s = 21; continue;
					/* if (!($interfaceIsEqual(se.Cause, http2errFromPeer))) { */ case 20:
						$r = cc.writeStreamReset(cs.ID, se.Code, err); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* } */ case 21:
					$s = 19; continue;
				/* } else { */ case 18:
					$r = cc.writeStreamReset(cs.ID, 8, err); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 19:
			/* } */ case 16:
			$r = cs.bufPipe.CloseWithError(err); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 13; continue;
		/* } else { */ case 12:
			/* */ if (cs.sentHeaders && !cs.sentEndStream) { $s = 25; continue; }
			/* */ $s = 26; continue;
			/* if (cs.sentHeaders && !cs.sentEndStream) { */ case 25:
				$r = cc.writeStreamReset(cs.ID, 0, $ifaceNil); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 26:
			$r = cs.bufPipe.CloseWithError(http2errRequestCanceled); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 13:
		/* */ if (!((cs.ID === 0))) { $s = 29; continue; }
		/* */ $s = 30; continue;
		/* if (!((cs.ID === 0))) { */ case 29:
			$r = cc.forgetStreamID(cs.ID); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 30:
		$r = cc.wmu.Lock(); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		werr = cc.werr;
		$r = cc.wmu.Unlock(); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!($interfaceIsEqual(werr, $ifaceNil))) { $s = 34; continue; }
		/* */ $s = 35; continue;
		/* if (!($interfaceIsEqual(werr, $ifaceNil))) { */ case 34:
			_r$2 = cc.Close(); /* */ $s = 36; case 36: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
		/* } */ case 35:
		$close(cs.donec);
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2clientStream.ptr.prototype.cleanupWriteRequest, $c: true, $r, _r$1, _r$2, _selection, _tuple, bodyClosed, cc, cs, err, ok, se, werr, $s};return $f;
	};
	http2clientStream.prototype.cleanupWriteRequest = function(err) { return this.$val.cleanupWriteRequest(err); };
	http2ClientConn.ptr.prototype.awaitOpenSlotForStreamLocked = function(cs) {
		var {_r$1, _r$2, _selection, _v, cc, cs, x$5, x$6, $s, $r, $c} = $restore(this, {cs});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		/* while (true) { */ case 1:
			_r$1 = time.Now(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			time.Time.copy(cc.lastActive, _r$1);
			if (cc.closed) { _v = true; $s = 6; continue s; }
			_r$2 = cc.canTakeNewRequestLocked(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_v = !_r$2; case 6:
			/* */ if (_v) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (_v) { */ case 4:
				$s = -1; return http2errClientConnUnusable;
			/* } */ case 5:
			time.Time.copy(cc.lastIdle, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil));
			if ((x$5 = (new $Int64(0, $keys(cc.streams).length)), x$6 = (new $Int64(0, cc.maxConcurrentStreams)), (x$5.$high < x$6.$high || (x$5.$high === x$6.$high && x$5.$low < x$6.$low)))) {
				$s = -1; return $ifaceNil;
			}
			cc.pendingRequests = cc.pendingRequests + (1) >> 0;
			$r = cc.cond.Wait(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			cc.pendingRequests = cc.pendingRequests - (1) >> 0;
			_selection = $select([[cs.abort], []]);
			if (_selection[0] === 0) {
				$s = -1; return cs.abortErr;
			} else if (_selection[0] === 1) {
			}
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.awaitOpenSlotForStreamLocked, $c: true, $r, _r$1, _r$2, _selection, _v, cc, cs, x$5, x$6, $s};return $f;
	};
	http2ClientConn.prototype.awaitOpenSlotForStreamLocked = function(cs) { return this.$val.awaitOpenSlotForStreamLocked(cs); };
	http2ClientConn.ptr.prototype.writeHeaders = function(streamID, endStream, maxFrameSize, hdrs) {
		var {_r$1, _r$2, _r$3, cc, chunk, endHeaders, endStream, first, hdrs, maxFrameSize, streamID, $s, $r, $c} = $restore(this, {streamID, endStream, maxFrameSize, hdrs});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		first = true;
		/* while (true) { */ case 1:
			/* if (!(hdrs.$length > 0 && $interfaceIsEqual(cc.werr, $ifaceNil))) { break; } */ if(!(hdrs.$length > 0 && $interfaceIsEqual(cc.werr, $ifaceNil))) { $s = 2; continue; }
			chunk = hdrs;
			if (chunk.$length > maxFrameSize) {
				chunk = $subslice(chunk, 0, maxFrameSize);
			}
			hdrs = $subslice(hdrs, chunk.$length);
			endHeaders = hdrs.$length === 0;
			/* */ if (first) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (first) { */ case 3:
				_r$1 = cc.fr.WriteHeaders(new http2HeadersFrameParam.ptr(streamID, chunk, endStream, endHeaders, 0, new http2PriorityParam.ptr(0, false, 0))); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_r$1;
				first = false;
				$s = 5; continue;
			/* } else { */ case 4:
				_r$2 = cc.fr.WriteContinuation(streamID, endHeaders, chunk); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
			/* } */ case 5:
		$s = 1; continue;
		case 2:
		_r$3 = cc.bw.Flush(); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		$s = -1; return cc.werr;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.writeHeaders, $c: true, $r, _r$1, _r$2, _r$3, cc, chunk, endHeaders, endStream, first, hdrs, maxFrameSize, streamID, $s};return $f;
	};
	http2ClientConn.prototype.writeHeaders = function(streamID, endStream, maxFrameSize, hdrs) { return this.$val.writeHeaders(streamID, endStream, maxFrameSize, hdrs); };
	http2clientStream.ptr.prototype.frameScratchBufferLen = function(maxFrameSize) {
		var cl, cs, maxFrameSize, n, x$5;
		cs = this;
		n = (new $Int64(0, maxFrameSize));
		if ((n.$high > 0 || (n.$high === 0 && n.$low > 524288))) {
			n = new $Int64(0, 524288);
		}
		cl = cs.reqBodyContentLength;
		if (!((cl.$high === -1 && cl.$low === 4294967295)) && (x$5 = new $Int64(cl.$high + 0, cl.$low + 1), (x$5.$high < n.$high || (x$5.$high === n.$high && x$5.$low < n.$low)))) {
			n = new $Int64(cl.$high + 0, cl.$low + 1);
		}
		if ((n.$high < 0 || (n.$high === 0 && n.$low < 1))) {
			return 1;
		}
		return (((n.$low + ((n.$high >> 31) * 4294967296)) >> 0));
	};
	http2clientStream.prototype.frameScratchBufferLen = function(maxFrameSize) { return this.$val.frameScratchBufferLen(maxFrameSize); };
	http2clientStream.ptr.prototype.writeRequestBody = function(req) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, allowed, body$1, bodyClosed, bp, buf, cc, cs, data, err, err$1, ferr, hasContentLen, hasTrailers, maxFrameSize, n, n1, ok, remain, remainLen, req, sawEOF, scratch, scratchLen, sentEnd, trailer, trls, x$5, x$6, $s, $deferred, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		buf = [buf];
		err = $ifaceNil;
		cs = this;
		cc = cs.cc;
		body$1 = cs.reqBody;
		sentEnd = false;
		hasTrailers = !(req.Trailer === false);
		remainLen = cs.reqBodyContentLength;
		hasContentLen = !((remainLen.$high === -1 && remainLen.$low === 4294967295));
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		maxFrameSize = ((cc.maxFrameSize >> 0));
		$r = cc.mu.Unlock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		scratchLen = cs.frameScratchBufferLen(maxFrameSize);
		buf[0] = sliceType$3.nil;
		_r$1 = http2bufPool.Get(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = $assertType(_r$1, ptrType$6, true);
		bp = _tuple[0];
		ok = _tuple[1];
		if (ok && bp.$get().$length >= scratchLen) {
			$deferred.push([$methodVal(http2bufPool, "Put"), [bp]]);
			buf[0] = bp.$get();
		} else {
			buf[0] = $makeSlice(sliceType$3, scratchLen);
			$deferred.push([$methodVal(http2bufPool, "Put"), [(buf.$ptr || (buf.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, buf)))]]);
		}
		sawEOF = false;
		/* while (true) { */ case 4:
			/* if (!(!sawEOF)) { break; } */ if(!(!sawEOF)) { $s = 5; continue; }
			_r$2 = body$1.Read($subslice(buf[0], 0, buf[0].$length)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple$1 = _r$2;
			n = _tuple$1[0];
			err$1 = _tuple$1[1];
			/* */ if (hasContentLen) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (hasContentLen) { */ case 7:
				remainLen = (x$5 = (new $Int64(0, n)), new $Int64(remainLen.$high - x$5.$high, remainLen.$low - x$5.$low));
				/* */ if ((remainLen.$high === 0 && remainLen.$low === 0) && $interfaceIsEqual(err$1, $ifaceNil)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if ((remainLen.$high === 0 && remainLen.$low === 0) && $interfaceIsEqual(err$1, $ifaceNil)) { */ case 9:
					scratch = arrayType$2.zero();
					n1 = 0;
					_r$3 = body$1.Read(new sliceType$3(scratch)); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_tuple$2 = _r$3;
					n1 = _tuple$2[0];
					err$1 = _tuple$2[1];
					remainLen = (x$6 = (new $Int64(0, n1)), new $Int64(remainLen.$high - x$6.$high, remainLen.$low - x$6.$low));
				/* } */ case 10:
				/* */ if ((remainLen.$high < 0 || (remainLen.$high === 0 && remainLen.$low < 0))) { $s = 12; continue; }
				/* */ $s = 13; continue;
				/* if ((remainLen.$high < 0 || (remainLen.$high === 0 && remainLen.$low < 0))) { */ case 12:
					err$1 = http2errReqBodyTooLong;
					err = err$1;
					$24r = err;
					$s = 14; case 14: return $24r;
				/* } */ case 13:
			/* } */ case 8:
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 15:
				$r = cc.mu.Lock(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				bodyClosed = cs.reqBodyClosed;
				$r = cc.mu.Unlock(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					/* */ if (bodyClosed) { $s = 20; continue; }
					/* */ if ($interfaceIsEqual(err$1, io.EOF)) { $s = 21; continue; }
					/* */ $s = 22; continue;
					/* if (bodyClosed) { */ case 20:
						err = http2errStopReqBodyWrite;
						$24r$1 = err;
						$s = 24; case 24: return $24r$1;
					/* } else if ($interfaceIsEqual(err$1, io.EOF)) { */ case 21:
						sawEOF = true;
						err$1 = $ifaceNil;
						$s = 23; continue;
					/* } else { */ case 22:
						err = err$1;
						$24r$2 = err;
						$s = 25; case 25: return $24r$2;
					/* } */ case 23:
				case 19:
			/* } */ case 16:
			remain = $subslice(buf[0], 0, n);
			/* while (true) { */ case 26:
				/* if (!(remain.$length > 0 && $interfaceIsEqual(err$1, $ifaceNil))) { break; } */ if(!(remain.$length > 0 && $interfaceIsEqual(err$1, $ifaceNil))) { $s = 27; continue; }
				allowed = 0;
				_r$4 = cs.awaitFlowControl(remain.$length); /* */ $s = 28; case 28: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple$3 = _r$4;
				allowed = _tuple$3[0];
				err$1 = _tuple$3[1];
				/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 29; continue; }
				/* */ $s = 30; continue;
				/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 29:
					err = err$1;
					$24r$3 = err;
					$s = 31; case 31: return $24r$3;
				/* } */ case 30:
				$r = cc.wmu.Lock(); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				data = $subslice(remain, 0, allowed);
				remain = $subslice(remain, allowed);
				sentEnd = sawEOF && (remain.$length === 0) && !hasTrailers;
				_r$5 = cc.fr.WriteData(cs.ID, sentEnd, data); /* */ $s = 33; case 33: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				err$1 = _r$5;
				/* */ if ($interfaceIsEqual(err$1, $ifaceNil)) { $s = 34; continue; }
				/* */ $s = 35; continue;
				/* if ($interfaceIsEqual(err$1, $ifaceNil)) { */ case 34:
					_r$6 = cc.bw.Flush(); /* */ $s = 36; case 36: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					err$1 = _r$6;
				/* } */ case 35:
				$r = cc.wmu.Unlock(); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = 26; continue;
			case 27:
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 38; continue; }
			/* */ $s = 39; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 38:
				err = err$1;
				$24r$4 = err;
				$s = 40; case 40: return $24r$4;
			/* } */ case 39:
		$s = 4; continue;
		case 5:
		/* */ if (sentEnd) { $s = 41; continue; }
		/* */ $s = 42; continue;
		/* if (sentEnd) { */ case 41:
			err = $ifaceNil;
			$24r$5 = err;
			$s = 43; case 43: return $24r$5;
		/* } */ case 42:
		$r = cc.mu.Lock(); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		trailer = req.Trailer;
		err = cs.abortErr;
		$r = cc.mu.Unlock(); /* */ $s = 45; case 45: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 46; continue; }
		/* */ $s = 47; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 46:
			err = err;
			$24r$6 = err;
			$s = 48; case 48: return $24r$6;
		/* } */ case 47:
		$r = cc.wmu.Lock(); /* */ $s = 49; case 49: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.wmu, "Unlock"), []]);
		trls = sliceType$3.nil;
		/* */ if ($keys(trailer).length > 0) { $s = 50; continue; }
		/* */ $s = 51; continue;
		/* if ($keys(trailer).length > 0) { */ case 50:
			_r$7 = cc.encodeTrailers(trailer); /* */ $s = 52; case 52: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$4 = _r$7;
			trls = _tuple$4[0];
			err = _tuple$4[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 53; continue; }
			/* */ $s = 54; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 53:
				err = err;
				$24r$7 = err;
				$s = 55; case 55: return $24r$7;
			/* } */ case 54:
		/* } */ case 51:
		/* */ if (trls.$length > 0) { $s = 56; continue; }
		/* */ $s = 57; continue;
		/* if (trls.$length > 0) { */ case 56:
			_r$8 = cc.writeHeaders(cs.ID, true, maxFrameSize, trls); /* */ $s = 59; case 59: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			err = _r$8;
			$s = 58; continue;
		/* } else { */ case 57:
			_r$9 = cc.fr.WriteData(cs.ID, true, sliceType$3.nil); /* */ $s = 60; case 60: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
			err = _r$9;
		/* } */ case 58:
		_r$10 = cc.bw.Flush(); /* */ $s = 61; case 61: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
		ferr = _r$10;
		if (!($interfaceIsEqual(ferr, $ifaceNil)) && $interfaceIsEqual(err, $ifaceNil)) {
			err = ferr;
		}
		err = err;
		$24r$8 = err;
		$s = 62; case 62: return $24r$8;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err; } if($curGoroutine.asleep) { var $f = {$blk: http2clientStream.ptr.prototype.writeRequestBody, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, $24r$6, $24r$7, $24r$8, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, allowed, body$1, bodyClosed, bp, buf, cc, cs, data, err, err$1, ferr, hasContentLen, hasTrailers, maxFrameSize, n, n1, ok, remain, remainLen, req, sawEOF, scratch, scratchLen, sentEnd, trailer, trls, x$5, x$6, $s, $deferred};return $f; } }
	};
	http2clientStream.prototype.writeRequestBody = function(req) { return this.$val.writeRequestBody(req); };
	http2clientStream.ptr.prototype.awaitFlowControl = function(maxBytes) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _selection, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, a, cc, cs, ctx, err, maxBytes, take, taken, $s, $deferred, $r, $c} = $restore(this, {maxBytes});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		taken = 0;
		err = $ifaceNil;
		cs = this;
		cc = cs.cc;
		ctx = cs.ctx;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		/* while (true) { */ case 2:
			/* */ if (cc.closed) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (cc.closed) { */ case 4:
				_tmp = 0;
				_tmp$1 = http2errClientConnClosed;
				taken = _tmp;
				err = _tmp$1;
				$24r = [taken, err];
				$s = 6; case 6: return $24r;
			/* } */ case 5:
			/* */ if (cs.reqBodyClosed) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (cs.reqBodyClosed) { */ case 7:
				_tmp$2 = 0;
				_tmp$3 = http2errStopReqBodyWrite;
				taken = _tmp$2;
				err = _tmp$3;
				$24r$1 = [taken, err];
				$s = 9; case 9: return $24r$1;
			/* } */ case 8:
			_r$1 = ctx.Done(); /* */ $s = 10; case 10: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_selection = $select([[cs.abort], [_r$1], [cs.reqCancel], []]);
			/* */ if (_selection[0] === 0) { $s = 11; continue; }
			/* */ if (_selection[0] === 1) { $s = 12; continue; }
			/* */ if (_selection[0] === 2) { $s = 13; continue; }
			/* */ if (_selection[0] === 3) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (_selection[0] === 0) { */ case 11:
				_tmp$4 = 0;
				_tmp$5 = cs.abortErr;
				taken = _tmp$4;
				err = _tmp$5;
				$24r$2 = [taken, err];
				$s = 16; case 16: return $24r$2;
			/* } else if (_selection[0] === 1) { */ case 12:
				_tmp$6 = 0;
				_r$2 = ctx.Err(); /* */ $s = 17; case 17: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tmp$7 = _r$2;
				taken = _tmp$6;
				err = _tmp$7;
				$24r$3 = [taken, err];
				$s = 18; case 18: return $24r$3;
			/* } else if (_selection[0] === 2) { */ case 13:
				_tmp$8 = 0;
				_tmp$9 = http2errRequestCanceled;
				taken = _tmp$8;
				err = _tmp$9;
				$24r$4 = [taken, err];
				$s = 19; case 19: return $24r$4;
			/* } else if (_selection[0] === 3) { */ case 14:
			/* } */ case 15:
			a = cs.flow.available();
			/* */ if (a > 0) { $s = 20; continue; }
			/* */ $s = 21; continue;
			/* if (a > 0) { */ case 20:
				take = a;
				if (((take >> 0)) > maxBytes) {
					take = ((maxBytes >> 0));
				}
				if (take > ((cc.maxFrameSize >> 0))) {
					take = ((cc.maxFrameSize >> 0));
				}
				cs.flow.take(take);
				_tmp$10 = take;
				_tmp$11 = $ifaceNil;
				taken = _tmp$10;
				err = _tmp$11;
				$24r$5 = [taken, err];
				$s = 22; case 22: return $24r$5;
			/* } */ case 21:
			$r = cc.cond.Wait(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 2; continue;
		case 3:
		$s = -1; return [taken, err];
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [taken, err]; } if($curGoroutine.asleep) { var $f = {$blk: http2clientStream.ptr.prototype.awaitFlowControl, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _r$1, _r$2, _selection, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, a, cc, cs, ctx, err, maxBytes, take, taken, $s, $deferred};return $f; } }
	};
	http2clientStream.prototype.awaitFlowControl = function(maxBytes) { return this.$val.awaitFlowControl(maxBytes); };
	http2ClientConn.ptr.prototype.encodeHeaders = function(req, addGzipHeader, trailers, contentLength) {
		var {$24r, $24r$1, $24r$2, $24r$3, _entry, _i, _i$1, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _ref$1, _tuple, addGzipHeader, cc, contentLength, enumerateHeaders, err, hlSize, host, k, orig, path$1, req, trace, traceHeaders, trailers, v, vv, x$5, $s, $r, $c} = $restore(this, {req, addGzipHeader, trailers, contentLength});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		addGzipHeader = [addGzipHeader];
		cc = [cc];
		contentLength = [contentLength];
		hlSize = [hlSize];
		host = [host];
		path$1 = [path$1];
		req = [req];
		trace = [trace];
		traceHeaders = [traceHeaders];
		trailers = [trailers];
		cc[0] = this;
		cc[0].hbuf.Reset();
		if (req[0].URL === ptrType$17.nil) {
			$s = -1; return [sliceType$3.nil, http2errNilRequestURL];
		}
		host[0] = req[0].Host;
		if (host[0] === "") {
			host[0] = req[0].URL.Host;
		}
		_r$1 = httpguts.PunycodeHostPort(host[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		host[0] = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [sliceType$3.nil, err];
		}
		path$1[0] = "";
		/* */ if (!(req[0].Method === "CONNECT")) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(req[0].Method === "CONNECT")) { */ case 2:
			path$1[0] = req[0].URL.RequestURI();
			/* */ if (!http2validPseudoPath(path$1[0])) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!http2validPseudoPath(path$1[0])) { */ case 4:
				orig = path$1[0];
				path$1[0] = strings.TrimPrefix(path$1[0], req[0].URL.Scheme + "://" + host[0]);
				/* */ if (!http2validPseudoPath(path$1[0])) { $s = 6; continue; }
				/* */ $s = 7; continue;
				/* if (!http2validPseudoPath(path$1[0])) { */ case 6:
					/* */ if (!(req[0].URL.Opaque === "")) { $s = 8; continue; }
					/* */ $s = 9; continue;
					/* if (!(req[0].URL.Opaque === "")) { */ case 8:
						_r$2 = fmt.Errorf("invalid request :path %q from URL.Opaque = %q", new sliceType([new $String(orig), new $String(req[0].URL.Opaque)])); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						$24r = [sliceType$3.nil, _r$2];
						$s = 12; case 12: return $24r;
					/* } else { */ case 9:
						_r$3 = fmt.Errorf("invalid request :path %q", new sliceType([new $String(orig)])); /* */ $s = 13; case 13: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						$24r$1 = [sliceType$3.nil, _r$3];
						$s = 14; case 14: return $24r$1;
					/* } */ case 10:
				/* } */ case 7:
			/* } */ case 5:
		/* } */ case 3:
		_ref = req[0].Header;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 15:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 16; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 15; continue;
			}
			k = _entry.k;
			vv = _entry.v;
			/* */ if (!httpguts.ValidHeaderFieldName(k)) { $s = 17; continue; }
			/* */ $s = 18; continue;
			/* if (!httpguts.ValidHeaderFieldName(k)) { */ case 17:
				_r$4 = fmt.Errorf("invalid HTTP header name %q", new sliceType([new $String(k)])); /* */ $s = 19; case 19: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				$24r$2 = [sliceType$3.nil, _r$4];
				$s = 20; case 20: return $24r$2;
			/* } */ case 18:
			_ref$1 = vv;
			_i$1 = 0;
			/* while (true) { */ case 21:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 22; continue; }
				v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				/* */ if (!httpguts.ValidHeaderFieldValue(v)) { $s = 23; continue; }
				/* */ $s = 24; continue;
				/* if (!httpguts.ValidHeaderFieldValue(v)) { */ case 23:
					_r$5 = fmt.Errorf("invalid HTTP header value %q for header %q", new sliceType([new $String(v), new $String(k)])); /* */ $s = 25; case 25: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
					$24r$3 = [sliceType$3.nil, _r$5];
					$s = 26; case 26: return $24r$3;
				/* } */ case 24:
				_i$1++;
			$s = 21; continue;
			case 22:
			_i++;
		$s = 15; continue;
		case 16:
		enumerateHeaders = (function(addGzipHeader, cc, contentLength, hlSize, host, path$1, req, trace, traceHeaders, trailers) { return function $b(f) {
			var {_entry$1, _i$2, _i$3, _i$4, _keys$1, _ref$2, _ref$3, _ref$4, didUA, f, k$1, m, p, v$1, v$2, vv$1, $s, $r, $c} = $restore(this, {f});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = f(":authority", host[0]); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			m = req[0].Method;
			if (m === "") {
				m = "GET";
			}
			$r = f(":method", m); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (!(req[0].Method === "CONNECT")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!(req[0].Method === "CONNECT")) { */ case 3:
				$r = f(":path", path$1[0]); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = f(":scheme", req[0].URL.Scheme); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
			/* */ if (!(trailers[0] === "")) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!(trailers[0] === "")) { */ case 7:
				$r = f("trailer", trailers[0]); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
			didUA = false;
			_ref$2 = req[0].Header;
			_i$2 = 0;
			_keys$1 = $keys(_ref$2);
			/* while (true) { */ case 10:
				/* if (!(_i$2 < _keys$1.length)) { break; } */ if(!(_i$2 < _keys$1.length)) { $s = 11; continue; }
				_entry$1 = _ref$2[_keys$1[_i$2]];
				if (_entry$1 === undefined) {
					_i$2++;
					/* continue; */ $s = 10; continue;
				}
				k$1 = _entry$1.k;
				vv$1 = _entry$1.v;
				/* */ if (http2asciiEqualFold(k$1, "host") || http2asciiEqualFold(k$1, "content-length")) { $s = 12; continue; }
				/* */ if (http2asciiEqualFold(k$1, "connection") || http2asciiEqualFold(k$1, "proxy-connection") || http2asciiEqualFold(k$1, "transfer-encoding") || http2asciiEqualFold(k$1, "upgrade") || http2asciiEqualFold(k$1, "keep-alive")) { $s = 13; continue; }
				/* */ if (http2asciiEqualFold(k$1, "user-agent")) { $s = 14; continue; }
				/* */ if (http2asciiEqualFold(k$1, "cookie")) { $s = 15; continue; }
				/* */ $s = 16; continue;
				/* if (http2asciiEqualFold(k$1, "host") || http2asciiEqualFold(k$1, "content-length")) { */ case 12:
					_i$2++;
					/* continue; */ $s = 10; continue;
					$s = 16; continue;
				/* } else if (http2asciiEqualFold(k$1, "connection") || http2asciiEqualFold(k$1, "proxy-connection") || http2asciiEqualFold(k$1, "transfer-encoding") || http2asciiEqualFold(k$1, "upgrade") || http2asciiEqualFold(k$1, "keep-alive")) { */ case 13:
					_i$2++;
					/* continue; */ $s = 10; continue;
					$s = 16; continue;
				/* } else if (http2asciiEqualFold(k$1, "user-agent")) { */ case 14:
					didUA = true;
					if (vv$1.$length < 1) {
						_i$2++;
						/* continue; */ $s = 10; continue;
					}
					vv$1 = $subslice(vv$1, 0, 1);
					if ((0 >= vv$1.$length ? ($throwRuntimeError("index out of range"), undefined) : vv$1.$array[vv$1.$offset + 0]) === "") {
						_i$2++;
						/* continue; */ $s = 10; continue;
					}
					$s = 16; continue;
				/* } else if (http2asciiEqualFold(k$1, "cookie")) { */ case 15:
					_ref$3 = vv$1;
					_i$3 = 0;
					/* while (true) { */ case 17:
						/* if (!(_i$3 < _ref$3.$length)) { break; } */ if(!(_i$3 < _ref$3.$length)) { $s = 18; continue; }
						v$1 = ((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]);
						/* while (true) { */ case 19:
							p = strings.IndexByte(v$1, 59);
							if (p < 0) {
								/* break; */ $s = 20; continue;
							}
							$r = f("cookie", $substring(v$1, 0, p)); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
							p = p + (1) >> 0;
							while (true) {
								if (!((p + 1 >> 0) <= v$1.length && (v$1.charCodeAt(p) === 32))) { break; }
								p = p + (1) >> 0;
							}
							v$1 = $substring(v$1, p);
						$s = 19; continue;
						case 20:
						/* */ if (v$1.length > 0) { $s = 22; continue; }
						/* */ $s = 23; continue;
						/* if (v$1.length > 0) { */ case 22:
							$r = f("cookie", v$1); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
						/* } */ case 23:
						_i$3++;
					$s = 17; continue;
					case 18:
					_i$2++;
					/* continue; */ $s = 10; continue;
				/* } */ case 16:
				_ref$4 = vv$1;
				_i$4 = 0;
				/* while (true) { */ case 25:
					/* if (!(_i$4 < _ref$4.$length)) { break; } */ if(!(_i$4 < _ref$4.$length)) { $s = 26; continue; }
					v$2 = ((_i$4 < 0 || _i$4 >= _ref$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$4.$array[_ref$4.$offset + _i$4]);
					$r = f(k$1, v$2); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_i$4++;
				$s = 25; continue;
				case 26:
				_i$2++;
			$s = 10; continue;
			case 11:
			/* */ if (http2shouldSendReqContentLength(req[0].Method, contentLength[0])) { $s = 28; continue; }
			/* */ $s = 29; continue;
			/* if (http2shouldSendReqContentLength(req[0].Method, contentLength[0])) { */ case 28:
				$r = f("content-length", strconv.FormatInt(contentLength[0], 10)); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 29:
			/* */ if (addGzipHeader[0]) { $s = 31; continue; }
			/* */ $s = 32; continue;
			/* if (addGzipHeader[0]) { */ case 31:
				$r = f("accept-encoding", "gzip"); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 32:
			/* */ if (!didUA) { $s = 34; continue; }
			/* */ $s = 35; continue;
			/* if (!didUA) { */ case 34:
				$r = f("user-agent", "Go-http-client/2.0"); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 35:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _entry$1, _i$2, _i$3, _i$4, _keys$1, _ref$2, _ref$3, _ref$4, didUA, f, k$1, m, p, v$1, v$2, vv$1, $s};return $f;
		}; })(addGzipHeader, cc, contentLength, hlSize, host, path$1, req, trace, traceHeaders, trailers);
		hlSize[0] = new $Uint64(0, 0);
		$r = enumerateHeaders((function(addGzipHeader, cc, contentLength, hlSize, host, path$1, req, trace, traceHeaders, trailers) { return function(name, value) {
			var hf, name, value, x$5;
			hf = new hpack.HeaderField.ptr(name, value, false);
			hlSize[0] = (x$5 = (new $Uint64(0, $clone(hf, hpack.HeaderField).Size())), new $Uint64(hlSize[0].$high + x$5.$high, hlSize[0].$low + x$5.$low));
		}; })(addGzipHeader, cc, contentLength, hlSize, host, path$1, req, trace, traceHeaders, trailers)); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if ((x$5 = cc[0].peerMaxHeaderListSize, (hlSize[0].$high > x$5.$high || (hlSize[0].$high === x$5.$high && hlSize[0].$low > x$5.$low)))) {
			$s = -1; return [sliceType$3.nil, http2errRequestHeaderListSize];
		}
		_r$6 = httptrace.ContextClientTrace(req[0].Context()); /* */ $s = 28; case 28: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		trace[0] = _r$6;
		traceHeaders[0] = http2traceHasWroteHeaderField(trace[0]);
		$r = enumerateHeaders((function(addGzipHeader, cc, contentLength, hlSize, host, path$1, req, trace, traceHeaders, trailers) { return function $b(name, value) {
			var {_r$7, _tuple$1, ascii$1, name, value, $s, $r, $c} = $restore(this, {name, value});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$7 = http2asciiToLower(name); /* */ $s = 1; case 1: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_tuple$1 = _r$7;
			name = _tuple$1[0];
			ascii$1 = _tuple$1[1];
			if (!ascii$1) {
				$s = -1; return;
			}
			$r = cc[0].writeHeader(name, value); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (traceHeaders[0]) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (traceHeaders[0]) { */ case 3:
				$r = http2traceWroteHeaderField(trace[0], name, value); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 4:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$7, _tuple$1, ascii$1, name, value, $s};return $f;
		}; })(addGzipHeader, cc, contentLength, hlSize, host, path$1, req, trace, traceHeaders, trailers)); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return [cc[0].hbuf.Bytes(), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.encodeHeaders, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _entry, _i, _i$1, _keys, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _ref, _ref$1, _tuple, addGzipHeader, cc, contentLength, enumerateHeaders, err, hlSize, host, k, orig, path$1, req, trace, traceHeaders, trailers, v, vv, x$5, $s};return $f;
	};
	http2ClientConn.prototype.encodeHeaders = function(req, addGzipHeader, trailers, contentLength) { return this.$val.encodeHeaders(req, addGzipHeader, trailers, contentLength); };
	http2shouldSendReqContentLength = function(method, contentLength) {
		var _1, contentLength, method;
		if ((contentLength.$high > 0 || (contentLength.$high === 0 && contentLength.$low > 0))) {
			return true;
		}
		if ((contentLength.$high < 0 || (contentLength.$high === 0 && contentLength.$low < 0))) {
			return false;
		}
		_1 = method;
		if (_1 === ("POST") || _1 === ("PUT") || _1 === ("PATCH")) {
			return true;
		} else {
			return false;
		}
	};
	http2ClientConn.ptr.prototype.encodeTrailers = function(trailer) {
		var {_entry, _entry$1, _i, _i$1, _i$2, _i$3, _keys, _keys$1, _r$1, _ref, _ref$1, _ref$2, _ref$3, _tuple, ascii$1, cc, hf, hlSize, k, k$1, lowKey, trailer, v, v$1, vv, vv$1, x$5, x$6, $s, $r, $c} = $restore(this, {trailer});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		cc.hbuf.Reset();
		hlSize = new $Uint64(0, 0);
		_ref = trailer;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vv = _entry.v;
			_ref$1 = vv;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				hf = new hpack.HeaderField.ptr(k, v, false);
				hlSize = (x$5 = (new $Uint64(0, $clone(hf, hpack.HeaderField).Size())), new $Uint64(hlSize.$high + x$5.$high, hlSize.$low + x$5.$low));
				_i$1++;
			}
			_i++;
		}
		if ((x$6 = cc.peerMaxHeaderListSize, (hlSize.$high > x$6.$high || (hlSize.$high === x$6.$high && hlSize.$low > x$6.$low)))) {
			$s = -1; return [sliceType$3.nil, http2errRequestHeaderListSize];
		}
		_ref$2 = trailer;
		_i$2 = 0;
		_keys$1 = $keys(_ref$2);
		/* while (true) { */ case 1:
			/* if (!(_i$2 < _keys$1.length)) { break; } */ if(!(_i$2 < _keys$1.length)) { $s = 2; continue; }
			_entry$1 = _ref$2[_keys$1[_i$2]];
			if (_entry$1 === undefined) {
				_i$2++;
				/* continue; */ $s = 1; continue;
			}
			k$1 = _entry$1.k;
			vv$1 = _entry$1.v;
			_r$1 = http2asciiToLower(k$1); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			lowKey = _tuple[0];
			ascii$1 = _tuple[1];
			if (!ascii$1) {
				_i$2++;
				/* continue; */ $s = 1; continue;
			}
			_ref$3 = vv$1;
			_i$3 = 0;
			/* while (true) { */ case 4:
				/* if (!(_i$3 < _ref$3.$length)) { break; } */ if(!(_i$3 < _ref$3.$length)) { $s = 5; continue; }
				v$1 = ((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]);
				$r = cc.writeHeader(lowKey, v$1); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i$3++;
			$s = 4; continue;
			case 5:
			_i$2++;
		$s = 1; continue;
		case 2:
		$s = -1; return [cc.hbuf.Bytes(), $ifaceNil];
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.encodeTrailers, $c: true, $r, _entry, _entry$1, _i, _i$1, _i$2, _i$3, _keys, _keys$1, _r$1, _ref, _ref$1, _ref$2, _ref$3, _tuple, ascii$1, cc, hf, hlSize, k, k$1, lowKey, trailer, v, v$1, vv, vv$1, x$5, x$6, $s};return $f;
	};
	http2ClientConn.prototype.encodeTrailers = function(trailer) { return this.$val.encodeTrailers(trailer); };
	http2ClientConn.ptr.prototype.writeHeader = function(name, value) {
		var {_r$1, cc, name, value, $s, $r, $c} = $restore(this, {name, value});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		/* */ if (http2VerboseLogs) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (http2VerboseLogs) { */ case 1:
			$r = log.Printf("http2: Transport encoding header %q = %q", new sliceType([new $String(name), new $String(value)])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = cc.henc.WriteField(new hpack.HeaderField.ptr(name, value, false)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.writeHeader, $c: true, $r, _r$1, cc, name, value, $s};return $f;
	};
	http2ClientConn.prototype.writeHeader = function(name, value) { return this.$val.writeHeader(name, value); };
	http2ClientConn.ptr.prototype.addStreamLocked = function(cs) {
		var _key, cc, cs;
		cc = this;
		cs.flow.add(((cc.initialWindowSize >> 0)));
		cs.flow.setConnFlow(cc.flow);
		cs.inflow.add(4194304);
		cs.inflow.setConnFlow(cc.inflow);
		cs.ID = cc.nextStreamID;
		cc.nextStreamID = cc.nextStreamID + (2) >>> 0;
		_key = cs.ID; (cc.streams || $throwRuntimeError("assignment to entry in nil map"))[$Uint32.keyFor(_key)] = { k: _key, v: cs };
		if (cs.ID === 0) {
			$panic(new $String("assigned stream ID 0"));
		}
	};
	http2ClientConn.prototype.addStreamLocked = function(cs) { return this.$val.addStreamLocked(cs); };
	http2ClientConn.ptr.prototype.forgetStreamID = function(id) {
		var {_r$1, _r$2, _r$3, cc, closeOnIdle, id, slen, $s, $deferred, $r, $c} = $restore(this, {id});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		$r = cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		slen = $keys(cc.streams).length;
		delete cc.streams[$Uint32.keyFor(id)];
		if (!(($keys(cc.streams).length === (slen - 1 >> 0)))) {
			$panic(new $String("forgetting unknown stream id"));
		}
		_r$1 = time.Now(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		time.Time.copy(cc.lastActive, _r$1);
		/* */ if (($keys(cc.streams).length === 0) && !(cc.idleTimer === ptrType$25.nil)) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (($keys(cc.streams).length === 0) && !(cc.idleTimer === ptrType$25.nil)) { */ case 3:
			_r$2 = cc.idleTimer.Reset(cc.idleTimeout); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = time.Now(); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			time.Time.copy(cc.lastIdle, _r$3);
		/* } */ case 4:
		$r = cc.cond.Broadcast(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		closeOnIdle = cc.singleUse || cc.doNotReuse || cc.t.disableKeepAlives();
		/* */ if (closeOnIdle && (cc.streamsReserved === 0) && ($keys(cc.streams).length === 0)) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (closeOnIdle && (cc.streamsReserved === 0) && ($keys(cc.streams).length === 0)) { */ case 8:
			/* */ if (http2VerboseLogs) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (http2VerboseLogs) { */ case 10:
				$r = cc.vlogf("http2: Transport closing idle conn %p (forSingleUse=%v, maxStream=%v)", new sliceType([cc, new $Bool(cc.singleUse), new $Uint32((cc.nextStreamID - 2 >>> 0))])); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 11:
			cc.closed = true;
			$deferred.push([$methodVal(cc.tconn, "Close"), []]);
		/* } */ case 9:
		$r = cc.mu.Unlock(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.forgetStreamID, $c: true, $r, _r$1, _r$2, _r$3, cc, closeOnIdle, id, slen, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.forgetStreamID = function(id) { return this.$val.forgetStreamID(id); };
	http2ClientConn.ptr.prototype.readLoop = function() {
		var {_r$1, _r$2, _tuple, cc, ce, ok, rl, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = this;
		rl = new http2clientConnReadLoop.ptr(arrayType.zero(), cc);
		$deferred.push([$methodVal(rl, "cleanup"), []]);
		_r$1 = rl.run(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cc.readerErr = _r$1;
		_tuple = $assertType(cc.readerErr, http2ConnectionError, true);
		ce = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (ok) { */ case 2:
			$r = cc.wmu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_r$2 = cc.fr.WriteGoAway(0, ((ce >>> 0)), sliceType$3.nil); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			$r = cc.wmu.Unlock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2ClientConn.ptr.prototype.readLoop, $c: true, $r, _r$1, _r$2, _tuple, cc, ce, ok, rl, $s, $deferred};return $f; } }
	};
	http2ClientConn.prototype.readLoop = function() { return this.$val.readLoop(); };
	http2GoAwayError.ptr.prototype.Error = function() {
		var {$24r, _r$1, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r$1 = fmt.Sprintf("http2: server sent GOAWAY and closed the connection; LastStreamID=%v, ErrCode=%v, debug=%q", new sliceType([new $Uint32(e.LastStreamID), new http2ErrCode(e.ErrCode), new $String(e.DebugData)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2GoAwayError.ptr.prototype.Error, $c: true, $r, $24r, _r$1, e, $s};return $f;
	};
	http2GoAwayError.prototype.Error = function() { return this.$val.Error(); };
	http2isEOFOrNetReadError = function(err) {
		var _tuple, err, ne, ok;
		if ($interfaceIsEqual(err, io.EOF)) {
			return true;
		}
		_tuple = $assertType(err, ptrType$57, true);
		ne = _tuple[0];
		ok = _tuple[1];
		return ok && ne.Op === "read";
	};
	http2clientConnReadLoop.ptr.prototype.cleanup = function() {
		var {_arg, _entry, _i, _keys, _r$1, _ref, _selection, cc, cs, err, rl, x$5, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rl = this;
		cc = rl.cc;
		$deferred.push([$methodVal(cc.tconn, "Close"), []]);
		_r$1 = cc.t.connPool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(_r$1, "MarkDead"), [cc]]);
		$deferred.push([function(_arg) { $close(_arg); }, [cc.readerDone]]);
		if (!(cc.idleTimer === ptrType$25.nil)) {
			cc.idleTimer.Stop();
		}
		err = cc.readerErr;
		$r = cc.mu.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!(cc.goAway === ptrType$82.nil) && http2isEOFOrNetReadError(err)) {
			err = (x$5 = new http2GoAwayError.ptr(cc.goAway.LastStreamID, cc.goAway.ErrCode, cc.goAwayDebug), new x$5.constructor.elem(x$5));
		} else if ($interfaceIsEqual(err, io.EOF)) {
			err = io.ErrUnexpectedEOF;
		}
		cc.closed = true;
		_ref = cc.streams;
		_i = 0;
		_keys = $keys(_ref);
		/* while (true) { */ case 3:
			/* if (!(_i < _keys.length)) { break; } */ if(!(_i < _keys.length)) { $s = 4; continue; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				/* continue; */ $s = 3; continue;
			}
			cs = _entry.v;
			_selection = $select([[cs.peerClosed], []]);
			/* */ if (_selection[0] === 0) { $s = 5; continue; }
			/* */ if (_selection[0] === 1) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_selection[0] === 0) { */ case 5:
				$s = 7; continue;
			/* } else if (_selection[0] === 1) { */ case 6:
				$r = cs.abortStreamLocked(err); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 7:
			_i++;
		$s = 3; continue;
		case 4:
		$r = cc.cond.Broadcast(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cc.mu.Unlock(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.cleanup, $c: true, $r, _arg, _entry, _i, _keys, _r$1, _ref, _selection, cc, cs, err, rl, x$5, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.cleanup = function() { return this.$val.cleanup(); };
	http2ClientConn.ptr.prototype.countReadFrameError = function(err) {
		var {_arg, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, cc, ce, err, errCode, f, ok, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		f = cc.t.CountError;
		if (f === $throwNilPointerError || $interfaceIsEqual(err, $ifaceNil)) {
			$s = -1; return;
		}
		_tuple = $assertType(err, http2ConnectionError, true);
		ce = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			errCode = ((ce >>> 0));
			_r$1 = new http2ErrCode(errCode).stringToken(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_arg = new $String(_r$1);
			_r$2 = fmt.Sprintf("read_frame_conn_error_%s", new sliceType([_arg])); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$r = f(_r$2); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 2:
		_r$3 = errors.Is(err, io.EOF); /* */ $s = 8; case 8: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		/* */ if (_r$3) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (_r$3) { */ case 6:
			$r = f("read_frame_eof"); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 7:
		_r$4 = errors.Is(err, io.ErrUnexpectedEOF); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		/* */ if (_r$4) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (_r$4) { */ case 10:
			$r = f("read_frame_unexpected_eof"); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 11:
		_r$5 = errors.Is(err, http2ErrFrameTooLarge); /* */ $s = 16; case 16: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		/* */ if (_r$5) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (_r$5) { */ case 14:
			$r = f("read_frame_too_large"); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
		/* } */ case 15:
		$r = f("read_frame_other"); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.countReadFrameError, $c: true, $r, _arg, _r$1, _r$2, _r$3, _r$4, _r$5, _tuple, cc, ce, err, errCode, f, ok, $s};return $f;
	};
	http2ClientConn.prototype.countReadFrameError = function(err) { return this.$val.countReadFrameError(err); };
	http2clientConnReadLoop.ptr.prototype.run = function() {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, cc, cs, err, f, f$1, f$2, f$3, f$4, f$5, f$6, f$7, f$8, f$9, gotSettings, ok, ok$1, readIdleTimeout, rl, se, t, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rl = this;
		cc = rl.cc;
		gotSettings = false;
		readIdleTimeout = cc.t.ReadIdleTimeout;
		t = ptrType$25.nil;
		/* */ if (!((readIdleTimeout.$high === 0 && readIdleTimeout.$low === 0))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!((readIdleTimeout.$high === 0 && readIdleTimeout.$low === 0))) { */ case 1:
			_r$1 = time.AfterFunc(readIdleTimeout, $methodVal(cc, "healthCheck")); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			t = _r$1;
			$deferred.push([$methodVal(t, "Stop"), []]);
		/* } */ case 2:
		/* while (true) { */ case 4:
			_r$2 = cc.fr.ReadFrame(); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			f = _tuple[0];
			err = _tuple[1];
			/* */ if (!(t === ptrType$25.nil)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!(t === ptrType$25.nil)) { */ case 7:
				_r$3 = t.Reset(readIdleTimeout); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
			/* } */ case 8:
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 10:
				$r = cc.vlogf("http2: Transport readFrame error on conn %p: (%T) %v", new sliceType([cc, err, err])); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 11:
			_tuple$1 = $assertType(err, http2StreamError, true);
			se = $clone(_tuple$1[0], http2StreamError);
			ok = _tuple$1[1];
			/* */ if (ok) { $s = 13; continue; }
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 14; continue; }
			/* */ $s = 15; continue;
			/* if (ok) { */ case 13:
				_r$4 = rl.streamByID(se.StreamID); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				cs = _r$4;
				/* */ if (!(cs === ptrType$104.nil)) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (!(cs === ptrType$104.nil)) { */ case 17:
					if ($interfaceIsEqual(se.Cause, $ifaceNil)) {
						se.Cause = cc.fr.errDetail;
					}
					$r = rl.endStreamError(cs, new se.constructor.elem(se)); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 18:
				/* continue; */ $s = 4; continue;
				$s = 15; continue;
			/* } else if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 14:
				$r = cc.countReadFrameError(err); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$24r = err;
				$s = 21; case 21: return $24r;
			/* } */ case 15:
			/* */ if (http2VerboseLogs) { $s = 22; continue; }
			/* */ $s = 23; continue;
			/* if (http2VerboseLogs) { */ case 22:
				_r$5 = http2summarizeFrame(f); /* */ $s = 24; case 24: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_arg = new $String(_r$5);
				$r = cc.vlogf("http2: Transport received %s", new sliceType([_arg])); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 23:
			/* */ if (!gotSettings) { $s = 26; continue; }
			/* */ $s = 27; continue;
			/* if (!gotSettings) { */ case 26:
				_tuple$2 = $assertType(f, ptrType$78, true);
				ok$1 = _tuple$2[1];
				/* */ if (!ok$1) { $s = 28; continue; }
				/* */ $s = 29; continue;
				/* if (!ok$1) { */ case 28:
					$r = cc.logf("protocol error: received %T before a SETTINGS frame", new sliceType([f])); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					$24r$1 = new http2ConnectionError(1);
					$s = 31; case 31: return $24r$1;
				/* } */ case 29:
				gotSettings = true;
			/* } */ case 27:
			_ref = f;
			/* */ if ($assertType(_ref, ptrType$76, true)[1]) { $s = 32; continue; }
			/* */ if ($assertType(_ref, ptrType$79, true)[1]) { $s = 33; continue; }
			/* */ if ($assertType(_ref, ptrType$82, true)[1]) { $s = 34; continue; }
			/* */ if ($assertType(_ref, ptrType$83, true)[1]) { $s = 35; continue; }
			/* */ if ($assertType(_ref, ptrType$78, true)[1]) { $s = 36; continue; }
			/* */ if ($assertType(_ref, ptrType$96, true)[1]) { $s = 37; continue; }
			/* */ if ($assertType(_ref, ptrType$80, true)[1]) { $s = 38; continue; }
			/* */ if ($assertType(_ref, ptrType$81, true)[1]) { $s = 39; continue; }
			/* */ $s = 40; continue;
			/* if ($assertType(_ref, ptrType$76, true)[1]) { */ case 32:
				f$1 = _ref.$val;
				_r$6 = rl.processHeaders(f$1); /* */ $s = 42; case 42: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				err = _r$6;
				$s = 41; continue;
			/* } else if ($assertType(_ref, ptrType$79, true)[1]) { */ case 33:
				f$2 = _ref.$val;
				_r$7 = rl.processData(f$2); /* */ $s = 43; case 43: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				err = _r$7;
				$s = 41; continue;
			/* } else if ($assertType(_ref, ptrType$82, true)[1]) { */ case 34:
				f$3 = _ref.$val;
				_r$8 = rl.processGoAway(f$3); /* */ $s = 44; case 44: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				err = _r$8;
				$s = 41; continue;
			/* } else if ($assertType(_ref, ptrType$83, true)[1]) { */ case 35:
				f$4 = _ref.$val;
				_r$9 = rl.processResetStream(f$4); /* */ $s = 45; case 45: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
				err = _r$9;
				$s = 41; continue;
			/* } else if ($assertType(_ref, ptrType$78, true)[1]) { */ case 36:
				f$5 = _ref.$val;
				_r$10 = rl.processSettings(f$5); /* */ $s = 46; case 46: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
				err = _r$10;
				$s = 41; continue;
			/* } else if ($assertType(_ref, ptrType$96, true)[1]) { */ case 37:
				f$6 = _ref.$val;
				err = rl.processPushPromise(f$6);
				$s = 41; continue;
			/* } else if ($assertType(_ref, ptrType$80, true)[1]) { */ case 38:
				f$7 = _ref.$val;
				_r$11 = rl.processWindowUpdate(f$7); /* */ $s = 47; case 47: if($c) { $c = false; _r$11 = _r$11.$blk(); } if (_r$11 && _r$11.$blk !== undefined) { break s; }
				err = _r$11;
				$s = 41; continue;
			/* } else if ($assertType(_ref, ptrType$81, true)[1]) { */ case 39:
				f$8 = _ref.$val;
				_r$12 = rl.processPing(f$8); /* */ $s = 48; case 48: if($c) { $c = false; _r$12 = _r$12.$blk(); } if (_r$12 && _r$12.$blk !== undefined) { break s; }
				err = _r$12;
				$s = 41; continue;
			/* } else { */ case 40:
				f$9 = _ref;
				$r = cc.logf("Transport: unhandled response frame type %T", new sliceType([f$9])); /* */ $s = 49; case 49: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 41:
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 50; continue; }
			/* */ $s = 51; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 50:
				/* */ if (http2VerboseLogs) { $s = 52; continue; }
				/* */ $s = 53; continue;
				/* if (http2VerboseLogs) { */ case 52:
					_arg$1 = cc;
					_r$13 = http2summarizeFrame(f); /* */ $s = 54; case 54: if($c) { $c = false; _r$13 = _r$13.$blk(); } if (_r$13 && _r$13.$blk !== undefined) { break s; }
					_arg$2 = new $String(_r$13);
					_arg$3 = err;
					$r = cc.vlogf("http2: Transport conn %p received error from processing frame %v: %v", new sliceType([_arg$1, _arg$2, _arg$3])); /* */ $s = 55; case 55: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 53:
				$24r$2 = err;
				$s = 56; case 56: return $24r$2;
			/* } */ case 51:
		$s = 4; continue;
		case 5:
		$s = -1; return $ifaceNil;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.run, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _arg$2, _arg$3, _r$1, _r$10, _r$11, _r$12, _r$13, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _ref, _tuple, _tuple$1, _tuple$2, cc, cs, err, f, f$1, f$2, f$3, f$4, f$5, f$6, f$7, f$8, f$9, gotSettings, ok, ok$1, readIdleTimeout, rl, se, t, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.run = function() { return this.$val.run(); };
	http2clientConnReadLoop.ptr.prototype.processHeaders = function(f) {
		var {$24r, _r$1, _r$2, _r$3, _tuple, _tuple$1, cs, err, f, ok, res, rl, x$5, x$6, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rl = this;
		_r$1 = rl.streamByID(f.http2HeadersFrame.http2FrameHeader.StreamID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cs = _r$1;
		if (cs === ptrType$104.nil) {
			$s = -1; return $ifaceNil;
		}
		/* */ if (cs.readClosed) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (cs.readClosed) { */ case 2:
			$r = rl.endStreamError(cs, (x$5 = new http2StreamError.ptr(f.http2HeadersFrame.http2FrameHeader.StreamID, 1, errors.New("protocol error: headers after END_STREAM")), new x$5.constructor.elem(x$5))); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 3:
		/* */ if (!cs.firstByte) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!cs.firstByte) { */ case 5:
			/* */ if (!(cs.trace === ptrType$19.nil)) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (!(cs.trace === ptrType$19.nil)) { */ case 7:
				$r = http2traceFirstResponseByte(cs.trace); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 8:
			cs.firstByte = true;
		/* } */ case 6:
		/* */ if (!cs.pastHeaders) { $s = 10; continue; }
		/* */ $s = 11; continue;
		/* if (!cs.pastHeaders) { */ case 10:
			cs.pastHeaders = true;
			$s = 12; continue;
		/* } else { */ case 11:
			_r$2 = rl.processTrailers(cs, f); /* */ $s = 13; case 13: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 14; case 14: return $24r;
		/* } */ case 12:
		_r$3 = rl.handleResponse(cs, f); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_tuple = _r$3;
		res = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 16:
			_tuple$1 = $assertType(err, http2ConnectionError, true);
			ok = _tuple$1[1];
			if (ok) {
				$s = -1; return err;
			}
			$r = rl.endStreamError(cs, (x$6 = new http2StreamError.ptr(f.http2HeadersFrame.http2FrameHeader.StreamID, 1, err), new x$6.constructor.elem(x$6))); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 17:
		if (res === ptrType$18.nil) {
			$s = -1; return $ifaceNil;
		}
		cs.resTrailer = (res.$ptr_Trailer || (res.$ptr_Trailer = new ptrType$38(function() { return this.$target.Trailer; }, function($v) { this.$target.Trailer = $v; }, res)));
		cs.res = res;
		$close(cs.respHeaderRecv);
		/* */ if (f.http2HeadersFrame.StreamEnded()) { $s = 19; continue; }
		/* */ $s = 20; continue;
		/* if (f.http2HeadersFrame.StreamEnded()) { */ case 19:
			$r = rl.endStream(cs); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 20:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processHeaders, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, _tuple$1, cs, err, f, ok, res, rl, x$5, x$6, $s};return $f;
	};
	http2clientConnReadLoop.prototype.processHeaders = function(f) { return this.$val.processHeaders(f); };
	http2clientConnReadLoop.ptr.prototype.handleResponse = function(cs, f) {
		var {_entry, _entry$1, _i, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _ref, _selection, _tmp, _tmp$1, _tuple, _tuple$1, _v, cl, clens, cs, err, err$1, err$2, f, fn, header, hf, key, regularFields, res, rl, status, statusCode, strs, t, vv, x$5, x$6, x$7, x$8, $s, $r, $c} = $restore(this, {cs, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rl = this;
		if (f.Truncated) {
			$s = -1; return [ptrType$18.nil, http2errResponseHeaderListSize];
		}
		status = f.PseudoValue("status");
		if (status === "") {
			$s = -1; return [ptrType$18.nil, errors.New("malformed response from server: missing status pseudo header")];
		}
		_tuple = strconv.Atoi(status);
		statusCode = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType$18.nil, errors.New("malformed response from server: malformed non-numeric status pseudo header")];
		}
		regularFields = f.RegularFields();
		strs = $makeSlice(sliceType$2, regularFields.$length);
		header = (x$5 = regularFields.$length, ((x$5 < 0 || x$5 > 2147483647) ? $throwRuntimeError("makemap: size out of range") : {}));
		res = new Response.ptr(status + " " + StatusText(statusCode), statusCode, "HTTP/2.0", 2, 0, header, $ifaceNil, new $Int64(0, 0), sliceType$2.nil, false, false, false, ptrType$11.nil, ptrType$28.nil);
		_ref = regularFields;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			t = [t];
			hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
			_r$1 = CanonicalHeaderKey(hf.Name); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			key = _r$1;
			/* */ if (key === "Trailer") { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (key === "Trailer") { */ case 4:
				t[0] = res.Trailer;
				if (t[0] === false) {
					t[0] = {};
					res.Trailer = t[0];
				}
				$r = http2foreachHeaderElement(hf.Value, (function(t) { return function $b(v) {
					var {_key, _r$2, v, $s, $r, $c} = $restore(this, {v});
					/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
					_r$2 = CanonicalHeaderKey(v); /* */ $s = 1; case 1: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_key = _r$2; (t[0] || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: sliceType$2.nil };
					$s = -1; return;
					/* */ } return; } var $f = {$blk: $b, $c: true, $r, _key, _r$2, v, $s};return $f;
				}; })(t)); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 6; continue;
			/* } else { */ case 5:
				vv = (_entry = header[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil);
				if (vv === sliceType$2.nil && strs.$length > 0) {
					_tmp = $subslice(strs, 0, 1, 1);
					_tmp$1 = $subslice(strs, 1);
					vv = _tmp;
					strs = _tmp$1;
					(0 >= vv.$length ? ($throwRuntimeError("index out of range"), undefined) : vv.$array[vv.$offset + 0] = hf.Value);
					_key = key; (header || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv };
				} else {
					_key$1 = key; (header || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key$1)] = { k: _key$1, v: $append(vv, hf.Value) };
				}
			/* } */ case 6:
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (statusCode >= 100 && statusCode <= 199) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (statusCode >= 100 && statusCode <= 199) { */ case 8:
			if (f.http2HeadersFrame.StreamEnded()) {
				$s = -1; return [ptrType$18.nil, errors.New("1xx informational response with END_STREAM flag")];
			}
			cs.num1xx = cs.num1xx + (1) << 24 >>> 24;
			if (cs.num1xx > 5) {
				$s = -1; return [ptrType$18.nil, errors.New("http2: too many 1xx informational responses")];
			}
			fn = cs.get1xxTraceFunc();
			/* */ if (!(fn === $throwNilPointerError)) { $s = 10; continue; }
			/* */ $s = 11; continue;
			/* if (!(fn === $throwNilPointerError)) { */ case 10:
				_r$2 = fn(statusCode, (header)); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				err$1 = _r$2;
				if (!($interfaceIsEqual(err$1, $ifaceNil))) {
					$s = -1; return [ptrType$18.nil, err$1];
				}
			/* } */ case 11:
			/* */ if (statusCode === 100) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (statusCode === 100) { */ case 13:
				$r = http2traceGot100Continue(cs.trace); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_selection = $select([[cs.on100, new structType.ptr()], []]);
				if (_selection[0] === 0) {
				} else if (_selection[0] === 1) {
				}
			/* } */ case 14:
			cs.pastHeaders = false;
			$s = -1; return [ptrType$18.nil, $ifaceNil];
		/* } */ case 9:
		res.ContentLength = new $Int64(-1, 4294967295);
		clens = (_entry$1 = res.Header[$String.keyFor("Content-Length")], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
		if (clens.$length === 1) {
			_tuple$1 = strconv.ParseUint((0 >= clens.$length ? ($throwRuntimeError("index out of range"), undefined) : clens.$array[clens.$offset + 0]), 10, 63);
			cl = _tuple$1[0];
			err$2 = _tuple$1[1];
			if ($interfaceIsEqual(err$2, $ifaceNil)) {
				res.ContentLength = (new $Int64(cl.$high, cl.$low));
			} else {
			}
		} else if (clens.$length > 1) {
		} else if (f.http2HeadersFrame.StreamEnded() && !cs.isHead) {
			res.ContentLength = new $Int64(0, 0);
		}
		if (cs.isHead) {
			res.Body = http2noBody;
			$s = -1; return [res, $ifaceNil];
		}
		if (f.http2HeadersFrame.StreamEnded()) {
			if ((x$6 = res.ContentLength, (x$6.$high > 0 || (x$6.$high === 0 && x$6.$low > 0)))) {
				res.Body = (x$7 = new http2missingBody.ptr(), new x$7.constructor.elem(x$7));
			} else {
				res.Body = http2noBody;
			}
			$s = -1; return [res, $ifaceNil];
		}
		$r = cs.bufPipe.setBuffer(new http2dataBuffer.ptr(sliceType$5.nil, 0, 0, 0, res.ContentLength)); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		cs.bytesRemain = res.ContentLength;
		res.Body = (x$8 = new http2transportResponseBody.ptr(cs), new x$8.constructor.elem(x$8));
		if (!(cs.requestedGzip)) { _v = false; $s = 19; continue s; }
		_r$3 = new Header(res.Header).Get("Content-Encoding"); /* */ $s = 20; case 20: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$4 = http2asciiEqualFold(_r$3, "gzip"); /* */ $s = 21; case 21: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_v = _r$4; case 19:
		/* */ if (_v) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (_v) { */ case 17:
			$r = new Header(res.Header).Del("Content-Encoding"); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = new Header(res.Header).Del("Content-Length"); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			res.ContentLength = new $Int64(-1, 4294967295);
			res.Body = new http2gzipReader.ptr(arrayType.zero(), res.Body, ptrType$33.nil, $ifaceNil);
			res.Uncompressed = true;
		/* } */ case 18:
		$s = -1; return [res, $ifaceNil];
		/* */ } return; } var $f = {$blk: http2clientConnReadLoop.ptr.prototype.handleResponse, $c: true, $r, _entry, _entry$1, _i, _key, _key$1, _r$1, _r$2, _r$3, _r$4, _ref, _selection, _tmp, _tmp$1, _tuple, _tuple$1, _v, cl, clens, cs, err, err$1, err$2, f, fn, header, hf, key, regularFields, res, rl, status, statusCode, strs, t, vv, x$5, x$6, x$7, x$8, $s};return $f;
	};
	http2clientConnReadLoop.prototype.handleResponse = function(cs, f) { return this.$val.handleResponse(cs, f); };
	http2clientConnReadLoop.ptr.prototype.processTrailers = function(cs, f) {
		var {_entry, _i, _key, _r$1, _ref, cs, f, hf, key, rl, trailer, $s, $r, $c} = $restore(this, {cs, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rl = this;
		if (cs.pastTrailers) {
			$s = -1; return new http2ConnectionError(1);
		}
		cs.pastTrailers = true;
		if (!f.http2HeadersFrame.StreamEnded()) {
			$s = -1; return new http2ConnectionError(1);
		}
		if (f.PseudoFields().$length > 0) {
			$s = -1; return new http2ConnectionError(1);
		}
		trailer = {};
		_ref = f.RegularFields();
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			hf = $clone(((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]), hpack.HeaderField);
			_r$1 = CanonicalHeaderKey(hf.Name); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			key = _r$1;
			_key = key; (trailer || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: $append((_entry = trailer[$String.keyFor(key)], _entry !== undefined ? _entry.v : sliceType$2.nil), hf.Value) };
			_i++;
		$s = 1; continue;
		case 2:
		cs.trailer = trailer;
		$r = rl.endStream(cs); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processTrailers, $c: true, $r, _entry, _i, _key, _r$1, _ref, cs, f, hf, key, rl, trailer, $s};return $f;
	};
	http2clientConnReadLoop.prototype.processTrailers = function(cs, f) { return this.$val.processTrailers(cs, f); };
	http2transportResponseBody.ptr.prototype.Read = function(p) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, _r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, cc, connAdd, cs, err, n, p, streamAdd, v, v$1, x$10, x$11, x$12, x$5, x$6, x$7, x$8, x$9, $s, $deferred, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		n = 0;
		err = $ifaceNil;
		b = this;
		cs = b.cs;
		cc = cs.cc;
		/* */ if (!($interfaceIsEqual(cs.readErr, $ifaceNil))) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!($interfaceIsEqual(cs.readErr, $ifaceNil))) { */ case 1:
			_tmp = 0;
			_tmp$1 = cs.readErr;
			n = _tmp;
			err = _tmp$1;
			$24r = [n, err];
			$s = 3; case 3: return $24r;
		/* } */ case 2:
		_r$1 = b.cs.bufPipe.Read(p); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		n = _tuple[0];
		err = _tuple[1];
		/* */ if (!((x$5 = cs.bytesRemain, (x$5.$high === -1 && x$5.$low === 4294967295)))) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!((x$5 = cs.bytesRemain, (x$5.$high === -1 && x$5.$low === 4294967295)))) { */ case 5:
			/* */ if ((x$6 = (new $Int64(0, n)), x$7 = cs.bytesRemain, (x$6.$high > x$7.$high || (x$6.$high === x$7.$high && x$6.$low > x$7.$low)))) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if ((x$6 = (new $Int64(0, n)), x$7 = cs.bytesRemain, (x$6.$high > x$7.$high || (x$6.$high === x$7.$high && x$6.$low > x$7.$low)))) { */ case 7:
				n = (((x$8 = cs.bytesRemain, x$8.$low + ((x$8.$high >> 31) * 4294967296)) >> 0));
				/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 9:
					err = errors.New("net/http: server replied with more than declared Content-Length; truncated");
					$r = cs.abortStream(err); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 10:
				cs.readErr = err;
				_tmp$2 = (((x$9 = cs.bytesRemain, x$9.$low + ((x$9.$high >> 31) * 4294967296)) >> 0));
				_tmp$3 = err;
				n = _tmp$2;
				err = _tmp$3;
				$24r$1 = [n, err];
				$s = 12; case 12: return $24r$1;
			/* } */ case 8:
			cs.bytesRemain = (x$10 = cs.bytesRemain, x$11 = (new $Int64(0, n)), new $Int64(x$10.$high - x$11.$high, x$10.$low - x$11.$low));
			/* */ if ($interfaceIsEqual(err, io.EOF) && (x$12 = cs.bytesRemain, (x$12.$high > 0 || (x$12.$high === 0 && x$12.$low > 0)))) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if ($interfaceIsEqual(err, io.EOF) && (x$12 = cs.bytesRemain, (x$12.$high > 0 || (x$12.$high === 0 && x$12.$low > 0)))) { */ case 13:
				err = io.ErrUnexpectedEOF;
				cs.readErr = err;
				_tmp$4 = n;
				_tmp$5 = err;
				n = _tmp$4;
				err = _tmp$5;
				$24r$2 = [n, err];
				$s = 15; case 15: return $24r$2;
			/* } */ case 14:
		/* } */ case 6:
		/* */ if (n === 0) { $s = 16; continue; }
		/* */ $s = 17; continue;
		/* if (n === 0) { */ case 16:
			$24r$3 = [n, err];
			$s = 18; case 18: return $24r$3;
		/* } */ case 17:
		$r = cc.mu.Lock(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tmp$6 = 0;
		_tmp$7 = 0;
		connAdd = _tmp$6;
		streamAdd = _tmp$7;
		v = cc.inflow.available();
		if (v < 536870912) {
			connAdd = 1073741824 - v >> 0;
			cc.inflow.add(connAdd);
		}
		/* */ if ($interfaceIsEqual(err, $ifaceNil)) { $s = 20; continue; }
		/* */ $s = 21; continue;
		/* if ($interfaceIsEqual(err, $ifaceNil)) { */ case 20:
			_r$2 = cs.bufPipe.Len(); /* */ $s = 22; case 22: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			v$1 = ((cs.inflow.available() >> 0)) + _r$2 >> 0;
			if (v$1 < 4190208) {
				streamAdd = (((4194304 - v$1 >> 0) >> 0));
				cs.inflow.add(streamAdd);
			}
		/* } */ case 21:
		$r = cc.mu.Unlock(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((connAdd === 0)) || !((streamAdd === 0))) { $s = 24; continue; }
		/* */ $s = 25; continue;
		/* if (!((connAdd === 0)) || !((streamAdd === 0))) { */ case 24:
			$r = cc.wmu.Lock(); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(cc.wmu, "Unlock"), []]);
			/* */ if (!((connAdd === 0))) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (!((connAdd === 0))) { */ case 27:
				_r$3 = cc.fr.WriteWindowUpdate(0, http2mustUint31(connAdd)); /* */ $s = 29; case 29: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
			/* } */ case 28:
			/* */ if (!((streamAdd === 0))) { $s = 30; continue; }
			/* */ $s = 31; continue;
			/* if (!((streamAdd === 0))) { */ case 30:
				_r$4 = cc.fr.WriteWindowUpdate(cs.ID, http2mustUint31(streamAdd)); /* */ $s = 32; case 32: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
			/* } */ case 31:
			_r$5 = cc.bw.Flush(); /* */ $s = 33; case 33: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 25:
		$24r$4 = [n, err];
		$s = 34; case 34: return $24r$4;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  [n, err]; } if($curGoroutine.asleep) { var $f = {$blk: http2transportResponseBody.ptr.prototype.Read, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, _r$1, _r$2, _r$3, _r$4, _r$5, _tmp, _tmp$1, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tuple, b, cc, connAdd, cs, err, n, p, streamAdd, v, v$1, x$10, x$11, x$12, x$5, x$6, x$7, x$8, x$9, $s, $deferred};return $f; } }
	};
	http2transportResponseBody.prototype.Read = function(p) { return this.$val.Read(p); };
	http2transportResponseBody.ptr.prototype.Close = function() {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _selection, b, cc, cs, unread, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		b = this;
		cs = b.cs;
		cc = cs.cc;
		_r$1 = cs.bufPipe.Len(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		unread = _r$1;
		/* */ if (unread > 0) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (unread > 0) { */ case 2:
			$r = cc.mu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (unread > 0) {
				cc.inflow.add(((unread >> 0)));
			}
			$r = cc.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = cc.wmu.Lock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (unread > 0) { $s = 7; continue; }
			/* */ $s = 8; continue;
			/* if (unread > 0) { */ case 7:
				_r$2 = cc.fr.WriteWindowUpdate(0, ((unread >>> 0))); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
			/* } */ case 8:
			_r$3 = cc.bw.Flush(); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			$r = cc.wmu.Unlock(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$r = cs.bufPipe.BreakWithError(http2errClosedResponseBody); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cs.abortStream(http2errClosedResponseBody); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$4 = cs.ctx.Done(); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_r$5 = $select([[cs.donec], [_r$4], [cs.reqCancel]]); /* */ $s = 15; case 15: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_selection = _r$5;
		/* */ if (_selection[0] === 0) { $s = 16; continue; }
		/* */ if (_selection[0] === 1) { $s = 17; continue; }
		/* */ if (_selection[0] === 2) { $s = 18; continue; }
		/* */ $s = 19; continue;
		/* if (_selection[0] === 0) { */ case 16:
			$s = 19; continue;
		/* } else if (_selection[0] === 1) { */ case 17:
			$s = -1; return $ifaceNil;
		/* } else if (_selection[0] === 2) { */ case 18:
			$s = -1; return http2errRequestCanceled;
		/* } */ case 19:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2transportResponseBody.ptr.prototype.Close, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _selection, b, cc, cs, unread, $s};return $f;
	};
	http2transportResponseBody.prototype.Close = function() { return this.$val.Close(); };
	http2clientConnReadLoop.ptr.prototype.processData = function(f) {
		var {_r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, cc, cs, data, didReset, err, f, neverSent, pad, refund, rl, x$5, x$6, x$7, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rl = this;
		cc = rl.cc;
		_r$1 = rl.streamByID(f.http2FrameHeader.StreamID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cs = _r$1;
		data = f.Data();
		/* */ if (cs === ptrType$104.nil) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (cs === ptrType$104.nil) { */ case 2:
			$r = cc.mu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			neverSent = cc.nextStreamID;
			$r = cc.mu.Unlock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (f.http2FrameHeader.StreamID >= neverSent) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (f.http2FrameHeader.StreamID >= neverSent) { */ case 6:
				$r = cc.logf("http2: Transport received unsolicited DATA frame; closing connection", new sliceType([])); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return new http2ConnectionError(1);
			/* } */ case 7:
			/* */ if (f.http2FrameHeader.Length > 0) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (f.http2FrameHeader.Length > 0) { */ case 9:
				$r = cc.mu.Lock(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				cc.inflow.add(((f.http2FrameHeader.Length >> 0)));
				$r = cc.mu.Unlock(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = cc.wmu.Lock(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$2 = cc.fr.WriteWindowUpdate(0, (f.http2FrameHeader.Length)); /* */ $s = 14; case 14: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				_r$3 = cc.bw.Flush(); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				$r = cc.wmu.Unlock(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 10:
			$s = -1; return $ifaceNil;
		/* } */ case 3:
		/* */ if (cs.readClosed) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (cs.readClosed) { */ case 17:
			$r = cc.logf("protocol error: received DATA after END_STREAM", new sliceType([])); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = rl.endStreamError(cs, (x$5 = new http2StreamError.ptr(f.http2FrameHeader.StreamID, 1, $ifaceNil), new x$5.constructor.elem(x$5))); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 18:
		/* */ if (!cs.firstByte) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (!cs.firstByte) { */ case 21:
			$r = cc.logf("protocol error: received DATA before a HEADERS frame", new sliceType([])); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$r = rl.endStreamError(cs, (x$6 = new http2StreamError.ptr(f.http2FrameHeader.StreamID, 1, $ifaceNil), new x$6.constructor.elem(x$6))); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return $ifaceNil;
		/* } */ case 22:
		/* */ if (f.http2FrameHeader.Length > 0) { $s = 25; continue; }
		/* */ $s = 26; continue;
		/* if (f.http2FrameHeader.Length > 0) { */ case 25:
			/* */ if (cs.isHead && data.$length > 0) { $s = 27; continue; }
			/* */ $s = 28; continue;
			/* if (cs.isHead && data.$length > 0) { */ case 27:
				$r = cc.logf("protocol error: received DATA on a HEAD request", new sliceType([])); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$r = rl.endStreamError(cs, (x$7 = new http2StreamError.ptr(f.http2FrameHeader.StreamID, 1, $ifaceNil), new x$7.constructor.elem(x$7))); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
			/* } */ case 28:
			$r = cc.mu.Lock(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (cs.inflow.available() >= ((f.http2FrameHeader.Length >> 0))) { $s = 32; continue; }
			/* */ $s = 33; continue;
			/* if (cs.inflow.available() >= ((f.http2FrameHeader.Length >> 0))) { */ case 32:
				cs.inflow.take(((f.http2FrameHeader.Length >> 0)));
				$s = 34; continue;
			/* } else { */ case 33:
				$r = cc.mu.Unlock(); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return new http2ConnectionError(3);
			/* } */ case 34:
			refund = 0;
			pad = ((f.http2FrameHeader.Length >> 0)) - data.$length >> 0;
			if (pad > 0) {
				refund = refund + (pad) >> 0;
			}
			didReset = false;
			err = $ifaceNil;
			/* */ if (data.$length > 0) { $s = 36; continue; }
			/* */ $s = 37; continue;
			/* if (data.$length > 0) { */ case 36:
				_r$4 = cs.bufPipe.Write(data); /* */ $s = 38; case 38: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_tuple = _r$4;
				err = _tuple[1];
				if (!($interfaceIsEqual(err, $ifaceNil))) {
					didReset = true;
					refund = refund + (data.$length) >> 0;
				}
			/* } */ case 37:
			if (refund > 0) {
				cc.inflow.add(((refund >> 0)));
				if (!didReset) {
					cs.inflow.add(((refund >> 0)));
				}
			}
			$r = cc.mu.Unlock(); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* */ if (refund > 0) { $s = 40; continue; }
			/* */ $s = 41; continue;
			/* if (refund > 0) { */ case 40:
				$r = cc.wmu.Lock(); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$5 = cc.fr.WriteWindowUpdate(0, ((refund >>> 0))); /* */ $s = 43; case 43: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$5;
				/* */ if (!didReset) { $s = 44; continue; }
				/* */ $s = 45; continue;
				/* if (!didReset) { */ case 44:
					_r$6 = cc.fr.WriteWindowUpdate(cs.ID, ((refund >>> 0))); /* */ $s = 46; case 46: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
					_r$6;
				/* } */ case 45:
				_r$7 = cc.bw.Flush(); /* */ $s = 47; case 47: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				$r = cc.wmu.Unlock(); /* */ $s = 48; case 48: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 41:
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 49; continue; }
			/* */ $s = 50; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 49:
				$r = rl.endStreamError(cs, err); /* */ $s = 51; case 51: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = -1; return $ifaceNil;
			/* } */ case 50:
		/* } */ case 26:
		/* */ if (f.StreamEnded()) { $s = 52; continue; }
		/* */ $s = 53; continue;
		/* if (f.StreamEnded()) { */ case 52:
			$r = rl.endStream(cs); /* */ $s = 54; case 54: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 53:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processData, $c: true, $r, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _tuple, cc, cs, data, didReset, err, f, neverSent, pad, refund, rl, x$5, x$6, x$7, $s};return $f;
	};
	http2clientConnReadLoop.prototype.processData = function(f) { return this.$val.processData(f); };
	http2clientConnReadLoop.ptr.prototype.endStream = function(cs) {
		var {cs, rl, $s, $deferred, $r, $c} = $restore(this, {cs});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rl = this;
		/* */ if (!cs.readClosed) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!cs.readClosed) { */ case 1:
			cs.readClosed = true;
			$r = rl.cc.mu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(rl.cc.mu, "Unlock"), []]);
			$r = cs.bufPipe.closeWithErrorAndCode(io.EOF, $methodVal(cs, "copyTrailers")); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$close(cs.peerClosed);
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.endStream, $c: true, $r, cs, rl, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.endStream = function(cs) { return this.$val.endStream(cs); };
	http2clientConnReadLoop.ptr.prototype.endStreamError = function(cs, err) {
		var {cs, err, rl, $s, $r, $c} = $restore(this, {cs, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rl = this;
		cs.readAborted = true;
		$r = cs.abortStream(err); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2clientConnReadLoop.ptr.prototype.endStreamError, $c: true, $r, cs, err, rl, $s};return $f;
	};
	http2clientConnReadLoop.prototype.endStreamError = function(cs, err) { return this.$val.endStreamError(cs, err); };
	http2clientConnReadLoop.ptr.prototype.streamByID = function(id) {
		var {$24r, $24r$1, _entry, cs, id, rl, $s, $deferred, $r, $c} = $restore(this, {id});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rl = this;
		$r = rl.cc.mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(rl.cc.mu, "Unlock"), []]);
		cs = (_entry = rl.cc.streams[$Uint32.keyFor(id)], _entry !== undefined ? _entry.v : ptrType$104.nil);
		/* */ if (!(cs === ptrType$104.nil) && !cs.readAborted) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(cs === ptrType$104.nil) && !cs.readAborted) { */ case 2:
			$24r = cs;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$24r$1 = ptrType$104.nil;
		$s = 5; case 5: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return ptrType$104.nil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.streamByID, $c: true, $r, $24r, $24r$1, _entry, cs, id, rl, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.streamByID = function(id) { return this.$val.streamByID(id); };
	http2clientStream.ptr.prototype.copyTrailers = function() {
		var _entry, _i, _key, _keys, _ref, cs, k, t, vv;
		cs = this;
		_ref = cs.trailer;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			k = _entry.k;
			vv = _entry.v;
			t = cs.resTrailer;
			if (t.$get() === false) {
				t.$set({});
			}
			_key = k; (t.$get() || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv };
			_i++;
		}
	};
	http2clientStream.prototype.copyTrailers = function() { return this.$val.copyTrailers(); };
	http2clientConnReadLoop.ptr.prototype.processGoAway = function(f) {
		var {_r$1, _r$2, cc, f, fn, rl, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rl = this;
		cc = rl.cc;
		_r$1 = cc.t.connPool(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$r = _r$1.MarkDead(cc); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!((f.ErrCode === 0))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!((f.ErrCode === 0))) { */ case 3:
			$r = cc.vlogf("transport got GOAWAY with error code = %v", new sliceType([new http2ErrCode(f.ErrCode)])); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			fn = cc.t.CountError;
			/* */ if (!(fn === $throwNilPointerError)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (!(fn === $throwNilPointerError)) { */ case 6:
				_r$2 = new http2ErrCode(f.ErrCode).stringToken(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				$r = fn("recv_goaway_" + _r$2); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 7:
		/* } */ case 4:
		$r = cc.setGoAway(f); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processGoAway, $c: true, $r, _r$1, _r$2, cc, f, fn, rl, $s};return $f;
	};
	http2clientConnReadLoop.prototype.processGoAway = function(f) { return this.$val.processGoAway(f); };
	http2clientConnReadLoop.ptr.prototype.processSettings = function(f) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, cc, err, f, rl, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rl = this;
		cc = rl.cc;
		$r = cc.wmu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.wmu, "Unlock"), []]);
		_r$1 = rl.processSettingsNoWrite(f); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 3:
			$24r = err;
			$s = 5; case 5: return $24r;
		/* } */ case 4:
		/* */ if (!f.IsAck()) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!f.IsAck()) { */ case 6:
			_r$2 = cc.fr.WriteSettingsAck(); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$2;
			_r$3 = cc.bw.Flush(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
		/* } */ case 7:
		$24r$1 = $ifaceNil;
		$s = 10; case 10: return $24r$1;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processSettings, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, cc, err, f, rl, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.processSettings = function(f) { return this.$val.processSettings(f); };
	http2clientConnReadLoop.ptr.prototype.processSettingsNoWrite = function(f) {
		var {$24r, $24r$1, $24r$2, $24r$3, _r$1, cc, err, f, rl, seenMaxConcurrentStreams, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		cc = [cc];
		seenMaxConcurrentStreams = [seenMaxConcurrentStreams];
		rl = this;
		cc[0] = rl.cc;
		$r = cc[0].mu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc[0].mu, "Unlock"), []]);
		/* */ if (f.IsAck()) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (f.IsAck()) { */ case 2:
			/* */ if (cc[0].wantSettingsAck) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (cc[0].wantSettingsAck) { */ case 4:
				cc[0].wantSettingsAck = false;
				$24r = $ifaceNil;
				$s = 6; case 6: return $24r;
			/* } */ case 5:
			$24r$1 = new http2ConnectionError(1);
			$s = 7; case 7: return $24r$1;
		/* } */ case 3:
		seenMaxConcurrentStreams[0] = false;
		_r$1 = f.ForeachSetting((function(cc, seenMaxConcurrentStreams) { return function $b(s) {
			var {_1, _entry, _i, _keys, _ref, cs, delta, s, $s, $r, $c} = $restore(this, {s});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
				_1 = s.ID;
				/* */ if (_1 === (5)) { $s = 2; continue; }
				/* */ if (_1 === (3)) { $s = 3; continue; }
				/* */ if (_1 === (6)) { $s = 4; continue; }
				/* */ if (_1 === (4)) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (_1 === (5)) { */ case 2:
					cc[0].maxFrameSize = s.Val;
					$s = 7; continue;
				/* } else if (_1 === (3)) { */ case 3:
					cc[0].maxConcurrentStreams = s.Val;
					seenMaxConcurrentStreams[0] = true;
					$s = 7; continue;
				/* } else if (_1 === (6)) { */ case 4:
					cc[0].peerMaxHeaderListSize = (new $Uint64(0, s.Val));
					$s = 7; continue;
				/* } else if (_1 === (4)) { */ case 5:
					if (s.Val > 2147483647) {
						$s = -1; return new http2ConnectionError(3);
					}
					delta = ((s.Val >> 0)) - ((cc[0].initialWindowSize >> 0)) >> 0;
					_ref = cc[0].streams;
					_i = 0;
					_keys = $keys(_ref);
					while (true) {
						if (!(_i < _keys.length)) { break; }
						_entry = _ref[_keys[_i]];
						if (_entry === undefined) {
							_i++;
							continue;
						}
						cs = _entry.v;
						cs.flow.add(delta);
						_i++;
					}
					$r = cc[0].cond.Broadcast(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					cc[0].initialWindowSize = s.Val;
					$s = 7; continue;
				/* } else { */ case 6:
					$r = cc[0].vlogf("Unhandled Setting: %v", new sliceType([new s.constructor.elem(s)])); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* } */ case 7:
			case 1:
			$s = -1; return $ifaceNil;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _1, _entry, _i, _keys, _ref, cs, delta, s, $s};return $f;
		}; })(cc, seenMaxConcurrentStreams)); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 9:
			$24r$2 = err;
			$s = 11; case 11: return $24r$2;
		/* } */ case 10:
		if (!cc[0].seenSettings) {
			if (!seenMaxConcurrentStreams[0]) {
				cc[0].maxConcurrentStreams = 1000;
			}
			cc[0].seenSettings = true;
		}
		$24r$3 = $ifaceNil;
		$s = 12; case 12: return $24r$3;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processSettingsNoWrite, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, _r$1, cc, err, f, rl, seenMaxConcurrentStreams, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.processSettingsNoWrite = function(f) { return this.$val.processSettingsNoWrite(f); };
	http2clientConnReadLoop.ptr.prototype.processWindowUpdate = function(f) {
		var {$24r, $24r$1, $24r$2, _r$1, cc, cs, f, fl, rl, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rl = this;
		cc = rl.cc;
		_r$1 = rl.streamByID(f.http2FrameHeader.StreamID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cs = _r$1;
		/* */ if (!((f.http2FrameHeader.StreamID === 0)) && cs === ptrType$104.nil) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((f.http2FrameHeader.StreamID === 0)) && cs === ptrType$104.nil) { */ case 2:
			$24r = $ifaceNil;
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		$r = cc.mu.Lock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
		fl = cc.flow;
		if (!(cs === ptrType$104.nil)) {
			fl = cs.flow;
		}
		/* */ if (!fl.add(((f.Increment >> 0)))) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!fl.add(((f.Increment >> 0)))) { */ case 6:
			$24r$1 = new http2ConnectionError(3);
			$s = 8; case 8: return $24r$1;
		/* } */ case 7:
		$r = cc.cond.Broadcast(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$24r$2 = $ifaceNil;
		$s = 10; case 10: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processWindowUpdate, $c: true, $r, $24r, $24r$1, $24r$2, _r$1, cc, cs, f, fl, rl, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.processWindowUpdate = function(f) { return this.$val.processWindowUpdate(f); };
	http2clientConnReadLoop.ptr.prototype.processResetStream = function(f) {
		var {_r$1, _r$2, cs, f, fn, rl, serr, $s, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rl = this;
		_r$1 = rl.streamByID(f.http2FrameHeader.StreamID); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		cs = _r$1;
		if (cs === ptrType$104.nil) {
			$s = -1; return $ifaceNil;
		}
		serr = $clone(http2streamError(cs.ID, f.ErrCode), http2StreamError);
		serr.Cause = http2errFromPeer;
		/* */ if (f.ErrCode === 1) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (f.ErrCode === 1) { */ case 2:
			$r = rl.cc.SetDoNotReuse(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		fn = cs.cc.t.CountError;
		/* */ if (!(fn === $throwNilPointerError)) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(fn === $throwNilPointerError)) { */ case 5:
			_r$2 = new http2ErrCode(f.ErrCode).stringToken(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$r = fn("recv_rststream_" + _r$2); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 6:
		$r = cs.abortStream(new serr.constructor.elem(serr)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = cs.bufPipe.CloseWithError(new serr.constructor.elem(serr)); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processResetStream, $c: true, $r, _r$1, _r$2, cs, f, fn, rl, serr, $s};return $f;
	};
	http2clientConnReadLoop.prototype.processResetStream = function(f) { return this.$val.processResetStream(f); };
	http2ClientConn.ptr.prototype.Ping = function(ctx) {
		var {$24r, _entry, _key, _r$1, _r$2, _r$3, _r$4, _selection, _tuple, _tuple$1, c, cc, ctx, err, err$1, errc, found, p, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = [cc];
		errc = [errc];
		p = [p];
		cc[0] = this;
		c = new $Chan(structType, 0);
		p[0] = arrayType$8.zero();
		/* while (true) { */ case 1:
			_r$1 = rand$1.Read(new sliceType$3(p[0])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			$r = cc[0].mu.Lock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_tuple$1 = (_entry = cc[0].pings[arrayType$8.keyFor(p[0])], _entry !== undefined ? [_entry.v, true] : [$chanNil, false]);
			found = _tuple$1[1];
			/* */ if (!found) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!found) { */ case 5:
				_key = $clone(p[0], arrayType$8); (cc[0].pings || $throwRuntimeError("assignment to entry in nil map"))[arrayType$8.keyFor(_key)] = { k: _key, v: c };
				$r = cc[0].mu.Unlock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* break; */ $s = 2; continue;
			/* } */ case 6:
			$r = cc[0].mu.Unlock(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = 1; continue;
		case 2:
		errc[0] = new $Chan($error, 1);
		$go((function(cc, errc, p) { return function $b() {
			var {_r$2, _r$3, err$1, err$2, $s, $deferred, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
			$r = cc[0].wmu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(cc[0].wmu, "Unlock"), []]);
			_r$2 = cc[0].fr.WritePing(false, $clone(p[0], arrayType$8)); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			err$1 = _r$2;
			/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 3:
				$r = $send(errc[0], err$1); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 6; case 6: return;
			/* } */ case 4:
			_r$3 = cc[0].bw.Flush(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			err$2 = _r$3;
			/* */ if (!($interfaceIsEqual(err$2, $ifaceNil))) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!($interfaceIsEqual(err$2, $ifaceNil))) { */ case 8:
				$r = $send(errc[0], err$2); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				$s = 11; case 11: return;
			/* } */ case 9:
			$s = -1; return;
			/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: $b, $c: true, $r, _r$2, _r$3, err$1, err$2, $s, $deferred};return $f; } }
		}; })(cc, errc, p), []);
		_r$2 = ctx.Done(); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = $select([[c], [errc[0]], [_r$2], [cc[0].readerDone]]); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_selection = _r$3;
		/* */ if (_selection[0] === 0) { $s = 11; continue; }
		/* */ if (_selection[0] === 1) { $s = 12; continue; }
		/* */ if (_selection[0] === 2) { $s = 13; continue; }
		/* */ if (_selection[0] === 3) { $s = 14; continue; }
		/* */ $s = 15; continue;
		/* if (_selection[0] === 0) { */ case 11:
			$s = -1; return $ifaceNil;
		/* } else if (_selection[0] === 1) { */ case 12:
			err$1 = _selection[1][0];
			$s = -1; return err$1;
		/* } else if (_selection[0] === 2) { */ case 13:
			_r$4 = ctx.Err(); /* */ $s = 16; case 16: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r = _r$4;
			$s = 17; case 17: return $24r;
		/* } else if (_selection[0] === 3) { */ case 14:
			$s = -1; return cc[0].readerErr;
		/* } */ case 15:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.Ping, $c: true, $r, $24r, _entry, _key, _r$1, _r$2, _r$3, _r$4, _selection, _tuple, _tuple$1, c, cc, ctx, err, err$1, errc, found, p, $s};return $f;
	};
	http2ClientConn.prototype.Ping = function(ctx) { return this.$val.Ping(ctx); };
	http2clientConnReadLoop.ptr.prototype.processPing = function(f) {
		var {$24r, $24r$1, $24r$2, _entry, _r$1, _r$2, _tuple, c, cc, cc$1, err, f, ok, rl, $s, $deferred, $r, $c} = $restore(this, {f});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		rl = this;
		/* */ if (f.IsAck()) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (f.IsAck()) { */ case 1:
			cc = rl.cc;
			$r = cc.mu.Lock(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$deferred.push([$methodVal(cc.mu, "Unlock"), []]);
			_tuple = (_entry = cc.pings[arrayType$8.keyFor(f.Data)], _entry !== undefined ? [_entry.v, true] : [$chanNil, false]);
			c = _tuple[0];
			ok = _tuple[1];
			if (ok) {
				$close(c);
				delete cc.pings[arrayType$8.keyFor(f.Data)];
			}
			$24r = $ifaceNil;
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		cc$1 = rl.cc;
		$r = cc$1.wmu.Lock(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(cc$1.wmu, "Unlock"), []]);
		_r$1 = cc$1.fr.WritePing(true, $clone(f.Data, arrayType$8)); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		err = _r$1;
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 7:
			$24r$1 = err;
			$s = 9; case 9: return $24r$1;
		/* } */ case 8:
		_r$2 = cc$1.bw.Flush(); /* */ $s = 10; case 10: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$2 = _r$2;
		$s = 11; case 11: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return $ifaceNil; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2clientConnReadLoop.ptr.prototype.processPing, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _r$1, _r$2, _tuple, c, cc, cc$1, err, f, ok, rl, $s, $deferred};return $f; } }
	};
	http2clientConnReadLoop.prototype.processPing = function(f) { return this.$val.processPing(f); };
	http2clientConnReadLoop.ptr.prototype.processPushPromise = function(f) {
		var f, rl;
		rl = this;
		return new http2ConnectionError(1);
	};
	http2clientConnReadLoop.prototype.processPushPromise = function(f) { return this.$val.processPushPromise(f); };
	http2ClientConn.ptr.prototype.writeStreamReset = function(streamID, code, err) {
		var {_r$1, _r$2, cc, code, err, streamID, $s, $r, $c} = $restore(this, {streamID, code, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		$r = cc.wmu.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$1 = cc.fr.WriteRSTStream(streamID, code); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_r$2 = cc.bw.Flush(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$2;
		$r = cc.wmu.Unlock(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.writeStreamReset, $c: true, $r, _r$1, _r$2, cc, code, err, streamID, $s};return $f;
	};
	http2ClientConn.prototype.writeStreamReset = function(streamID, code, err) { return this.$val.writeStreamReset(streamID, code, err); };
	http2ClientConn.ptr.prototype.logf = function(format, args) {
		var {args, cc, format, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		$r = cc.t.logf(format, args); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.logf, $c: true, $r, args, cc, format, $s};return $f;
	};
	http2ClientConn.prototype.logf = function(format, args) { return this.$val.logf(format, args); };
	http2ClientConn.ptr.prototype.vlogf = function(format, args) {
		var {args, cc, format, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cc = this;
		$r = cc.t.vlogf(format, args); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2ClientConn.ptr.prototype.vlogf, $c: true, $r, args, cc, format, $s};return $f;
	};
	http2ClientConn.prototype.vlogf = function(format, args) { return this.$val.vlogf(format, args); };
	http2Transport.ptr.prototype.vlogf = function(format, args) {
		var {args, format, t, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		/* */ if (http2VerboseLogs) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (http2VerboseLogs) { */ case 1:
			$r = t.logf(format, args); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.vlogf, $c: true, $r, args, format, t, $s};return $f;
	};
	http2Transport.prototype.vlogf = function(format, args) { return this.$val.vlogf(format, args); };
	http2Transport.ptr.prototype.logf = function(format, args) {
		var {args, format, t, $s, $r, $c} = $restore(this, {format, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		t = this;
		$r = log.Printf(format, args); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2Transport.ptr.prototype.logf, $c: true, $r, args, format, t, $s};return $f;
	};
	http2Transport.prototype.logf = function(format, args) { return this.$val.logf(format, args); };
	http2missingBody.ptr.prototype.Close = function() {
		return $ifaceNil;
	};
	http2missingBody.prototype.Close = function() { return this.$val.Close(); };
	http2missingBody.ptr.prototype.Read = function(param) {
		var param;
		return [0, io.ErrUnexpectedEOF];
	};
	http2missingBody.prototype.Read = function(param) { return this.$val.Read(param); };
	http2strSliceContains = function(ss, s) {
		var _i, _ref, s, ss, v;
		_ref = ss;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			v = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (v === s) {
				return true;
			}
			_i++;
		}
		return false;
	};
	http2erringRoundTripper.ptr.prototype.RoundTripErr = function() {
		var rt;
		rt = this;
		return rt.err;
	};
	http2erringRoundTripper.prototype.RoundTripErr = function() { return this.$val.RoundTripErr(); };
	http2erringRoundTripper.ptr.prototype.RoundTrip = function(param) {
		var param, rt;
		rt = this;
		return [ptrType$18.nil, rt.err];
	};
	http2erringRoundTripper.prototype.RoundTrip = function(param) { return this.$val.RoundTrip(param); };
	http2gzipReader.ptr.prototype.Read = function(p) {
		var {$24r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, err, gz, n, p, $s, $r, $c} = $restore(this, {p});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = 0;
		err = $ifaceNil;
		gz = this;
		if (!($interfaceIsEqual(gz.zerr, $ifaceNil))) {
			_tmp = 0;
			_tmp$1 = gz.zerr;
			n = _tmp;
			err = _tmp$1;
			$s = -1; return [n, err];
		}
		/* */ if (gz.zr === ptrType$33.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (gz.zr === ptrType$33.nil) { */ case 1:
			_r$1 = gzip.NewReader(gz.body); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			gz.zr = _tuple[0];
			err = _tuple[1];
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				gz.zerr = err;
				_tmp$2 = 0;
				_tmp$3 = err;
				n = _tmp$2;
				err = _tmp$3;
				$s = -1; return [n, err];
			}
		/* } */ case 2:
		_r$2 = gz.zr.Read(p); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_tuple$1 = _r$2;
		n = _tuple$1[0];
		err = _tuple$1[1];
		$24r = [n, err];
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: http2gzipReader.ptr.prototype.Read, $c: true, $r, $24r, _r$1, _r$2, _tmp, _tmp$1, _tmp$2, _tmp$3, _tuple, _tuple$1, err, gz, n, p, $s};return $f;
	};
	http2gzipReader.prototype.Read = function(p) { return this.$val.Read(p); };
	http2gzipReader.ptr.prototype.Close = function() {
		var {$24r, _r$1, gz, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		gz = this;
		_r$1 = gz.body.Close(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2gzipReader.ptr.prototype.Close, $c: true, $r, $24r, _r$1, gz, $s};return $f;
	};
	http2gzipReader.prototype.Close = function() { return this.$val.Close(); };
	http2isConnectionCloseRequest = function(req) {
		var _entry, req;
		return req.Close || httpguts.HeaderValuesContainsToken((_entry = req.Header[$String.keyFor("Connection")], _entry !== undefined ? _entry.v : sliceType$2.nil), "close");
	};
	http2registerHTTPSProtocol = function(t, rt) {
		var {$24r, err, rt, t, $s, $deferred, $r, $c} = $restore(this, {t, rt});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		err = [err];
		err[0] = $ifaceNil;
		$deferred.push([(function(err) { return function $b() {
			var {_r$1, e, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			e = $recover();
			/* */ if (!($interfaceIsEqual(e, $ifaceNil))) { $s = 1; continue; }
			/* */ $s = 2; continue;
			/* if (!($interfaceIsEqual(e, $ifaceNil))) { */ case 1:
				_r$1 = fmt.Errorf("%v", new sliceType([e])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				err[0] = _r$1;
			/* } */ case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r$1, e, $s};return $f;
		}; })(err), []]);
		$r = t.RegisterProtocol("https", new rt.constructor.elem(rt)); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		err[0] = $ifaceNil;
		$24r = err[0];
		$s = 2; case 2: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if (!$curGoroutine.asleep) { return  err[0]; } if($curGoroutine.asleep) { var $f = {$blk: http2registerHTTPSProtocol, $c: true, $r, $24r, err, rt, t, $s, $deferred};return $f; } }
	};
	http2noDialH2RoundTripper.ptr.prototype.RoundTrip = function(req) {
		var {_r$1, _tuple, err, req, res, rt, $s, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		rt = this;
		_r$1 = rt.http2Transport.RoundTrip(req); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		res = _tuple[0];
		err = _tuple[1];
		if (http2isNoCachedConnError(err)) {
			$s = -1; return [ptrType$18.nil, $pkg.ErrSkipAltProtocol];
		}
		$s = -1; return [res, err];
		/* */ } return; } var $f = {$blk: http2noDialH2RoundTripper.ptr.prototype.RoundTrip, $c: true, $r, _r$1, _tuple, err, req, res, rt, $s};return $f;
	};
	http2noDialH2RoundTripper.prototype.RoundTrip = function(req) { return this.$val.RoundTrip(req); };
	http2Transport.ptr.prototype.idleConnTimeout = function() {
		var t;
		t = this;
		if (!(t.t1 === ptrType$27.nil)) {
			return t.t1.IdleConnTimeout;
		}
		return new time.Duration(0, 0);
	};
	http2Transport.prototype.idleConnTimeout = function() { return this.$val.idleConnTimeout(); };
	http2traceGetConn = function(req, hostPort) {
		var {_r$1, hostPort, req, trace, $s, $r, $c} = $restore(this, {req, hostPort});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = httptrace.ContextClientTrace(req.Context()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		trace = _r$1;
		if (trace === ptrType$19.nil || trace.GetConn === $throwNilPointerError) {
			$s = -1; return;
		}
		$r = trace.GetConn(hostPort); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceGetConn, $c: true, $r, _r$1, hostPort, req, trace, $s};return $f;
	};
	http2traceGotConn = function(req, cc, reused) {
		var {_r$1, _r$2, _r$3, cc, ci, req, reused, trace, $s, $r, $c} = $restore(this, {req, cc, reused});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = httptrace.ContextClientTrace(req.Context()); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		trace = _r$1;
		if (trace === ptrType$19.nil || trace.GotConn === $throwNilPointerError) {
			$s = -1; return;
		}
		ci = new httptrace.GotConnInfo.ptr(cc.tconn, false, false, new time.Duration(0, 0));
		ci.Reused = reused;
		$r = cc.mu.Lock(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		ci.WasIdle = ($keys(cc.streams).length === 0) && reused;
		/* */ if (ci.WasIdle && !$clone(cc.lastActive, time.Time).IsZero()) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (ci.WasIdle && !$clone(cc.lastActive, time.Time).IsZero()) { */ case 3:
			_r$2 = time.Now(); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_r$3 = $clone(_r$2, time.Time).Sub($clone(cc.lastActive, time.Time)); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			ci.IdleTime = _r$3;
		/* } */ case 4:
		$r = cc.mu.Unlock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = trace.GotConn($clone(ci, httptrace.GotConnInfo)); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceGotConn, $c: true, $r, _r$1, _r$2, _r$3, cc, ci, req, reused, trace, $s};return $f;
	};
	http2traceWroteHeaders = function(trace) {
		var {trace, $s, $r, $c} = $restore(this, {trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteHeaders === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.WroteHeaders === $throwNilPointerError)) { */ case 1:
			$r = trace.WroteHeaders(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceWroteHeaders, $c: true, $r, trace, $s};return $f;
	};
	http2traceGot100Continue = function(trace) {
		var {trace, $s, $r, $c} = $restore(this, {trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(trace === ptrType$19.nil) && !(trace.Got100Continue === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.Got100Continue === $throwNilPointerError)) { */ case 1:
			$r = trace.Got100Continue(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceGot100Continue, $c: true, $r, trace, $s};return $f;
	};
	http2traceWait100Continue = function(trace) {
		var {trace, $s, $r, $c} = $restore(this, {trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(trace === ptrType$19.nil) && !(trace.Wait100Continue === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.Wait100Continue === $throwNilPointerError)) { */ case 1:
			$r = trace.Wait100Continue(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceWait100Continue, $c: true, $r, trace, $s};return $f;
	};
	http2traceWroteRequest = function(trace, err) {
		var {err, trace, $s, $r, $c} = $restore(this, {trace, err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(trace === ptrType$19.nil) && !(trace.WroteRequest === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.WroteRequest === $throwNilPointerError)) { */ case 1:
			$r = trace.WroteRequest(new httptrace.WroteRequestInfo.ptr(err)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceWroteRequest, $c: true, $r, err, trace, $s};return $f;
	};
	http2traceFirstResponseByte = function(trace) {
		var {trace, $s, $r, $c} = $restore(this, {trace});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(trace === ptrType$19.nil) && !(trace.GotFirstResponseByte === $throwNilPointerError)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(trace === ptrType$19.nil) && !(trace.GotFirstResponseByte === $throwNilPointerError)) { */ case 1:
			$r = trace.GotFirstResponseByte(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2traceFirstResponseByte, $c: true, $r, trace, $s};return $f;
	};
	http2writeEndsStream = function(w) {
		var _ref, v, v$1, v$2, w;
		_ref = w;
		if ($assertType(_ref, ptrType$92, true)[1]) {
			v = _ref.$val;
			return v.endStream;
		} else if ($assertType(_ref, ptrType$93, true)[1]) {
			v$1 = _ref.$val;
			return v$1.endStream;
		} else if (_ref === $ifaceNil) {
			v$2 = _ref;
			$panic(new $String("writeEndsStream called on nil writeFramer"));
		}
		return false;
	};
	http2flushFrameWriter.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, ctx, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = ctx.Flush(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2flushFrameWriter.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, ctx, $s};return $f;
	};
	http2flushFrameWriter.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2flushFrameWriter.ptr.prototype.staysWithinBuffer = function(max) {
		var max;
		return false;
	};
	http2flushFrameWriter.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writeSettings.prototype.staysWithinBuffer = function(max) {
		var max, s;
		s = this;
		return (9 + ($imul(6, s.$length)) >> 0) <= max;
	};
	$ptrType(http2writeSettings).prototype.staysWithinBuffer = function(max) { return this.$get().staysWithinBuffer(max); };
	http2writeSettings.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, ctx, s, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WriteSettings(($convertSliceType(s, sliceType$23))); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2writeSettings.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, ctx, s, $s};return $f;
	};
	$ptrType(http2writeSettings).prototype.writeFrame = function(ctx) { return this.$get().writeFrame(ctx); };
	http2writeGoAway.ptr.prototype.writeFrame = function(ctx) {
		var {_r$1, _r$2, _r$3, ctx, err, p, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WriteGoAway(p.maxStreamID, p.code, sliceType$3.nil); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		err = _r$2;
		_r$3 = ctx.Flush(); /* */ $s = 3; case 3: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: http2writeGoAway.ptr.prototype.writeFrame, $c: true, $r, _r$1, _r$2, _r$3, ctx, err, p, $s};return $f;
	};
	http2writeGoAway.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2writeGoAway.ptr.prototype.staysWithinBuffer = function(max) {
		var max;
		return false;
	};
	http2writeGoAway.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writeData.ptr.prototype.String = function() {
		var {$24r, _r$1, w, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = fmt.Sprintf("writeData(stream=%d, p=%d, endStream=%v)", new sliceType([new $Uint32(w.streamID), new $Int(w.p.$length), new $Bool(w.endStream)])); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: http2writeData.ptr.prototype.String, $c: true, $r, $24r, _r$1, w, $s};return $f;
	};
	http2writeData.prototype.String = function() { return this.$val.String(); };
	http2writeData.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, ctx, w, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WriteData(w.streamID, w.endStream, w.p); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2writeData.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, ctx, w, $s};return $f;
	};
	http2writeData.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2writeData.ptr.prototype.staysWithinBuffer = function(max) {
		var max, w;
		w = this;
		return (9 + w.p.$length >> 0) <= max;
	};
	http2writeData.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2handlerPanicRST.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, ctx, hp, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		hp = this;
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WriteRSTStream(hp.StreamID, 2); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2handlerPanicRST.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, ctx, hp, $s};return $f;
	};
	http2handlerPanicRST.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2handlerPanicRST.ptr.prototype.staysWithinBuffer = function(max) {
		var hp, max;
		hp = this;
		return 13 <= max;
	};
	http2handlerPanicRST.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2StreamError.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, ctx, se, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		se = this;
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WriteRSTStream(se.StreamID, se.Code); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2StreamError.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, ctx, se, $s};return $f;
	};
	http2StreamError.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2StreamError.ptr.prototype.staysWithinBuffer = function(max) {
		var max, se;
		se = this;
		return 13 <= max;
	};
	http2StreamError.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writePingAck.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, ctx, w, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WritePing(true, $clone(w.pf.Data, arrayType$8)); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2writePingAck.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, ctx, w, $s};return $f;
	};
	http2writePingAck.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2writePingAck.ptr.prototype.staysWithinBuffer = function(max) {
		var max, w;
		w = this;
		return 17 <= max;
	};
	http2writePingAck.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writeSettingsAck.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, ctx, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WriteSettingsAck(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2writeSettingsAck.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, ctx, $s};return $f;
	};
	http2writeSettingsAck.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2writeSettingsAck.ptr.prototype.staysWithinBuffer = function(max) {
		var max;
		return 9 <= max;
	};
	http2writeSettingsAck.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2splitHeaderBlock = function(ctx, headerBlock, fn) {
		var {_r$1, ctx, err, first, fn, frag, headerBlock, $s, $r, $c} = $restore(this, {ctx, headerBlock, fn});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		first = true;
		/* while (true) { */ case 1:
			/* if (!(headerBlock.$length > 0)) { break; } */ if(!(headerBlock.$length > 0)) { $s = 2; continue; }
			frag = headerBlock;
			if (frag.$length > 16384) {
				frag = $subslice(frag, 0, 16384);
			}
			headerBlock = $subslice(headerBlock, frag.$length);
			_r$1 = fn(ctx, frag, first, headerBlock.$length === 0); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			if (!($interfaceIsEqual(err, $ifaceNil))) {
				$s = -1; return err;
			}
			first = false;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2splitHeaderBlock, $c: true, $r, _r$1, ctx, err, first, fn, frag, headerBlock, $s};return $f;
	};
	http2encKV = function(enc, k, v) {
		var {_r$1, enc, k, v, $s, $r, $c} = $restore(this, {enc, k, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (http2VerboseLogs) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (http2VerboseLogs) { */ case 1:
			$r = log.Printf("http2: server encoding header %q = %q", new sliceType([new $String(k), new $String(v)])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 2:
		_r$1 = enc.WriteField(new hpack.HeaderField.ptr(k, v, false)); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2encKV, $c: true, $r, _r$1, enc, k, v, $s};return $f;
	};
	http2writeResHeaders.ptr.prototype.staysWithinBuffer = function(max) {
		var max, w;
		w = this;
		return false;
	};
	http2writeResHeaders.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writeResHeaders.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, _tuple, buf, ctx, enc, headerBlock, w, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = ctx.HeaderEncoder(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		enc = _tuple[0];
		buf = _tuple[1];
		buf.Reset();
		/* */ if (!((w.httpResCode === 0))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!((w.httpResCode === 0))) { */ case 2:
			$r = http2encKV(enc, ":status", http2httpCodeString(w.httpResCode)); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$r = http2encodeHeaders(enc, w.h, w.trailers); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ if (!(w.contentType === "")) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (!(w.contentType === "")) { */ case 6:
			$r = http2encKV(enc, "content-type", w.contentType); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		/* */ if (!(w.contentLength === "")) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(w.contentLength === "")) { */ case 9:
			$r = http2encKV(enc, "content-length", w.contentLength); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 10:
		/* */ if (!(w.date === "")) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (!(w.date === "")) { */ case 12:
			$r = http2encKV(enc, "date", w.date); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 13:
		headerBlock = buf.Bytes();
		if ((headerBlock.$length === 0) && w.trailers === sliceType$2.nil) {
			$panic(new $String("unexpected empty hpack"));
		}
		_r$2 = http2splitHeaderBlock(ctx, headerBlock, $methodVal(w, "writeHeaderBlock")); /* */ $s = 15; case 15: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 16; case 16: return $24r;
		/* */ } return; } var $f = {$blk: http2writeResHeaders.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, _tuple, buf, ctx, enc, headerBlock, w, $s};return $f;
	};
	http2writeResHeaders.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2writeResHeaders.ptr.prototype.writeHeaderBlock = function(ctx, frag, firstFrag, lastFrag) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _r$4, ctx, firstFrag, frag, lastFrag, w, $s, $r, $c} = $restore(this, {ctx, frag, firstFrag, lastFrag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		/* */ if (firstFrag) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (firstFrag) { */ case 1:
			_r$1 = ctx.Framer(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = _r$1.WriteHeaders(new http2HeadersFrameParam.ptr(w.streamID, frag, w.endStream, lastFrag, 0, new http2PriorityParam.ptr(0, false, 0))); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 6; case 6: return $24r;
		/* } else { */ case 2:
			_r$3 = ctx.Framer(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = _r$3.WriteContinuation(w.streamID, lastFrag, frag); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$1 = _r$4;
			$s = 9; case 9: return $24r$1;
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2writeResHeaders.ptr.prototype.writeHeaderBlock, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _r$4, ctx, firstFrag, frag, lastFrag, w, $s};return $f;
	};
	http2writeResHeaders.prototype.writeHeaderBlock = function(ctx, frag, firstFrag, lastFrag) { return this.$val.writeHeaderBlock(ctx, frag, firstFrag, lastFrag); };
	http2writePushPromise.ptr.prototype.staysWithinBuffer = function(max) {
		var max, w;
		w = this;
		return false;
	};
	http2writePushPromise.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writePushPromise.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, _tuple, buf, ctx, enc, headerBlock, w, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = ctx.HeaderEncoder(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		enc = _tuple[0];
		buf = _tuple[1];
		buf.Reset();
		$r = http2encKV(enc, ":method", w.method); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = http2encKV(enc, ":scheme", w.url.Scheme); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = http2encKV(enc, ":authority", w.url.Host); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = http2encKV(enc, ":path", w.url.RequestURI()); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = http2encodeHeaders(enc, w.h, sliceType$2.nil); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		headerBlock = buf.Bytes();
		if (headerBlock.$length === 0) {
			$panic(new $String("unexpected empty hpack"));
		}
		_r$2 = http2splitHeaderBlock(ctx, headerBlock, $methodVal(w, "writeHeaderBlock")); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 8; case 8: return $24r;
		/* */ } return; } var $f = {$blk: http2writePushPromise.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, _tuple, buf, ctx, enc, headerBlock, w, $s};return $f;
	};
	http2writePushPromise.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2writePushPromise.ptr.prototype.writeHeaderBlock = function(ctx, frag, firstFrag, lastFrag) {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _r$4, ctx, firstFrag, frag, lastFrag, w, $s, $r, $c} = $restore(this, {ctx, frag, firstFrag, lastFrag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		/* */ if (firstFrag) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (firstFrag) { */ case 1:
			_r$1 = ctx.Framer(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = _r$1.WritePushPromise(new http2PushPromiseParam.ptr(w.streamID, w.promisedID, frag, lastFrag, 0)); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r = _r$2;
			$s = 6; case 6: return $24r;
		/* } else { */ case 2:
			_r$3 = ctx.Framer(); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$4 = _r$3.WriteContinuation(w.streamID, lastFrag, frag); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$1 = _r$4;
			$s = 9; case 9: return $24r$1;
		/* } */ case 3:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: http2writePushPromise.ptr.prototype.writeHeaderBlock, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _r$4, ctx, firstFrag, frag, lastFrag, w, $s};return $f;
	};
	http2writePushPromise.prototype.writeHeaderBlock = function(ctx, frag, firstFrag, lastFrag) { return this.$val.writeHeaderBlock(ctx, frag, firstFrag, lastFrag); };
	http2write100ContinueHeadersFrame.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, _r$3, _tuple, buf, ctx, enc, w, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		w = this;
		_r$1 = ctx.HeaderEncoder(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple = _r$1;
		enc = _tuple[0];
		buf = _tuple[1];
		buf.Reset();
		$r = http2encKV(enc, ":status", "100"); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_r$2 = ctx.Framer(); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = _r$2.WriteHeaders(new http2HeadersFrameParam.ptr(w.streamID, buf.Bytes(), false, true, 0, new http2PriorityParam.ptr(0, false, 0))); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 5; case 5: return $24r;
		/* */ } return; } var $f = {$blk: http2write100ContinueHeadersFrame.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, buf, ctx, enc, w, $s};return $f;
	};
	http2write100ContinueHeadersFrame.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2write100ContinueHeadersFrame.ptr.prototype.staysWithinBuffer = function(max) {
		var max, w;
		w = this;
		return 29 <= max;
	};
	http2write100ContinueHeadersFrame.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writeWindowUpdate.ptr.prototype.staysWithinBuffer = function(max) {
		var max, wu;
		wu = this;
		return 13 <= max;
	};
	http2writeWindowUpdate.prototype.staysWithinBuffer = function(max) { return this.$val.staysWithinBuffer(max); };
	http2writeWindowUpdate.ptr.prototype.writeFrame = function(ctx) {
		var {$24r, _r$1, _r$2, ctx, wu, $s, $r, $c} = $restore(this, {ctx});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		wu = this;
		_r$1 = ctx.Framer(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$2 = _r$1.WriteWindowUpdate(wu.streamID, wu.n); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r = _r$2;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: http2writeWindowUpdate.ptr.prototype.writeFrame, $c: true, $r, $24r, _r$1, _r$2, ctx, wu, $s};return $f;
	};
	http2writeWindowUpdate.prototype.writeFrame = function(ctx) { return this.$val.writeFrame(ctx); };
	http2encodeHeaders = function(enc, h, keys) {
		var {_entry, _i, _i$1, _r$1, _r$2, _r$3, _ref, _ref$1, _tuple, ascii$1, enc, h, isTE, k, k$1, keys, sorter, v, vv, $s, $deferred, $r, $c} = $restore(this, {enc, h, keys});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		/* */ if (keys === sliceType$2.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (keys === sliceType$2.nil) { */ case 1:
			_r$1 = http2sorterPool.Get(); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			sorter = $assertType(_r$1, ptrType$100);
			$deferred.push([$methodVal(http2sorterPool, "Put"), [sorter]]);
			_r$2 = sorter.Keys(h); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			keys = _r$2;
		/* } */ case 2:
		_ref = keys;
		_i = 0;
		/* while (true) { */ case 5:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 6; continue; }
			k = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			vv = (_entry = h[$String.keyFor(k)], _entry !== undefined ? _entry.v : sliceType$2.nil);
			_r$3 = http2lowerHeader(k); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_tuple = _r$3;
			k$1 = _tuple[0];
			ascii$1 = _tuple[1];
			if (!ascii$1) {
				_i++;
				/* continue; */ $s = 5; continue;
			}
			if (!http2validWireHeaderFieldName(k$1)) {
				_i++;
				/* continue; */ $s = 5; continue;
			}
			isTE = k$1 === "transfer-encoding";
			_ref$1 = vv;
			_i$1 = 0;
			/* while (true) { */ case 8:
				/* if (!(_i$1 < _ref$1.$length)) { break; } */ if(!(_i$1 < _ref$1.$length)) { $s = 9; continue; }
				v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (!httpguts.ValidHeaderFieldValue(v)) {
					_i$1++;
					/* continue; */ $s = 8; continue;
				}
				if (isTE && !(v === "trailers")) {
					_i$1++;
					/* continue; */ $s = 8; continue;
				}
				$r = http2encKV(enc, k$1, v); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_i$1++;
			$s = 8; continue;
			case 9:
			_i++;
		$s = 5; continue;
		case 6:
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: http2encodeHeaders, $c: true, $r, _entry, _i, _i$1, _r$1, _r$2, _r$3, _ref, _ref$1, _tuple, ascii$1, enc, h, isTE, k, k$1, keys, sorter, v, vv, $s, $deferred};return $f; } }
	};
	http2FrameWriteRequest.ptr.prototype.StreamID = function() {
		var _tuple, ok, se, wr;
		wr = this;
		if (wr.stream === ptrType$10.nil) {
			_tuple = $assertType(wr.write, http2StreamError, true);
			se = $clone(_tuple[0], http2StreamError);
			ok = _tuple[1];
			if (ok) {
				return se.StreamID;
			}
			return 0;
		}
		return wr.stream.id;
	};
	http2FrameWriteRequest.prototype.StreamID = function() { return this.$val.StreamID(); };
	http2FrameWriteRequest.ptr.prototype.isControl = function() {
		var wr;
		wr = this;
		return wr.stream === ptrType$10.nil;
	};
	http2FrameWriteRequest.prototype.isControl = function() { return this.$val.isControl(); };
	http2FrameWriteRequest.ptr.prototype.DataSize = function() {
		var _tuple, ok, wd, wr;
		wr = this;
		_tuple = $assertType(wr.write, ptrType$92, true);
		wd = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			return wd.p.$length;
		}
		return 0;
	};
	http2FrameWriteRequest.prototype.DataSize = function() { return this.$val.DataSize(); };
	http2FrameWriteRequest.ptr.prototype.Consume = function(n) {
		var _tuple, allowed, consumed, empty, n, ok, rest, wd, wr;
		wr = this;
		empty = new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil);
		_tuple = $assertType(wr.write, ptrType$92, true);
		wd = _tuple[0];
		ok = _tuple[1];
		if (!ok || (wd.p.$length === 0)) {
			return [wr, empty, 1];
		}
		allowed = wr.stream.flow.available();
		if (n < allowed) {
			allowed = n;
		}
		if (wr.stream.sc.maxFrameSize < allowed) {
			allowed = wr.stream.sc.maxFrameSize;
		}
		if (allowed <= 0) {
			return [empty, empty, 0];
		}
		if (wd.p.$length > ((allowed >> 0))) {
			wr.stream.flow.take(allowed);
			consumed = new http2FrameWriteRequest.ptr(new http2writeData.ptr(wd.streamID, $subslice(wd.p, 0, allowed), false), wr.stream, $chanNil);
			rest = new http2FrameWriteRequest.ptr(new http2writeData.ptr(wd.streamID, $subslice(wd.p, allowed), wd.endStream), wr.stream, wr.done);
			return [consumed, rest, 2];
		}
		wr.stream.flow.take(((wd.p.$length >> 0)));
		return [wr, empty, 1];
	};
	http2FrameWriteRequest.prototype.Consume = function(n) { return this.$val.Consume(n); };
	http2FrameWriteRequest.ptr.prototype.String = function() {
		var {$24r, _r$1, _r$2, _r$3, _tuple, des, ok, s, wr, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		wr = this;
		des = "";
		_tuple = $assertType(wr.write, fmt.Stringer, true);
		s = _tuple[0];
		ok = _tuple[1];
		/* */ if (ok) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (ok) { */ case 1:
			_r$1 = s.String(); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			des = _r$1;
			$s = 3; continue;
		/* } else { */ case 2:
			_r$2 = fmt.Sprintf("%T", new sliceType([wr.write])); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			des = _r$2;
		/* } */ case 3:
		_r$3 = fmt.Sprintf("[FrameWriteRequest stream=%d, ch=%v, writer=%v]", new sliceType([new $Uint32($clone(wr, http2FrameWriteRequest).StreamID()), new $Bool(!(wr.done === $chanNil)), new $String(des)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		$24r = _r$3;
		$s = 7; case 7: return $24r;
		/* */ } return; } var $f = {$blk: http2FrameWriteRequest.ptr.prototype.String, $c: true, $r, $24r, _r$1, _r$2, _r$3, _tuple, des, ok, s, wr, $s};return $f;
	};
	http2FrameWriteRequest.prototype.String = function() { return this.$val.String(); };
	http2FrameWriteRequest.ptr.prototype.replyToWriter = function(err) {
		var {_r$1, _selection, err, wr, $s, $r, $c} = $restore(this, {err});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		wr = this;
		if (wr.done === $chanNil) {
			$s = -1; return;
		}
		_selection = $select([[wr.done, err], []]);
		/* */ if (_selection[0] === 0) { $s = 1; continue; }
		/* */ if (_selection[0] === 1) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (_selection[0] === 0) { */ case 1:
			$s = 3; continue;
		/* } else if (_selection[0] === 1) { */ case 2:
			_r$1 = fmt.Sprintf("unbuffered done channel passed in for type %T", new sliceType([wr.write])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(_r$1));
		/* } */ case 3:
		wr.write = $ifaceNil;
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2FrameWriteRequest.ptr.prototype.replyToWriter, $c: true, $r, _r$1, _selection, err, wr, $s};return $f;
	};
	http2FrameWriteRequest.prototype.replyToWriter = function(err) { return this.$val.replyToWriter(err); };
	http2writeQueue.ptr.prototype.empty = function() {
		var q;
		q = this;
		return q.s.$length === 0;
	};
	http2writeQueue.prototype.empty = function() { return this.$val.empty(); };
	http2writeQueue.ptr.prototype.push = function(wr) {
		var q, wr;
		q = this;
		q.s = $append(q.s, wr);
	};
	http2writeQueue.prototype.push = function(wr) { return this.$val.push(wr); };
	http2writeQueue.ptr.prototype.shift = function() {
		var q, wr, x$5, x$6, x$7;
		q = this;
		if (q.s.$length === 0) {
			$panic(new $String("invalid use of queue"));
		}
		wr = $clone((x$5 = q.s, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])), http2FrameWriteRequest);
		$copySlice(q.s, $subslice(q.s, 1));
		http2FrameWriteRequest.copy((x$6 = q.s, x$7 = q.s.$length - 1 >> 0, ((x$7 < 0 || x$7 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + x$7])), new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil));
		q.s = $subslice(q.s, 0, (q.s.$length - 1 >> 0));
		return wr;
	};
	http2writeQueue.prototype.shift = function() { return this.$val.shift(); };
	http2writeQueue.ptr.prototype.consume = function(n) {
		var _1, _tuple, consumed, n, numresult, q, rest, x$5, x$6;
		q = this;
		if (q.s.$length === 0) {
			return [new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil), false];
		}
		_tuple = $clone((x$5 = q.s, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])), http2FrameWriteRequest).Consume(n);
		consumed = $clone(_tuple[0], http2FrameWriteRequest);
		rest = $clone(_tuple[1], http2FrameWriteRequest);
		numresult = _tuple[2];
		_1 = numresult;
		if (_1 === (0)) {
			return [new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil), false];
		} else if (_1 === (1)) {
			q.shift();
		} else if (_1 === (2)) {
			http2FrameWriteRequest.copy((x$6 = q.s, (0 >= x$6.$length ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + 0])), rest);
		}
		return [consumed, true];
	};
	http2writeQueue.prototype.consume = function(n) { return this.$val.consume(n); };
	$ptrType(http2writeQueuePool).prototype.put = function(q) {
		var _i, _ref, i, p, q, x$5;
		p = this;
		_ref = q.s;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			http2FrameWriteRequest.copy((x$5 = q.s, ((i < 0 || i >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i])), new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil));
			_i++;
		}
		q.s = $subslice(q.s, 0, 0);
		p.$set($append(p.$get(), q));
	};
	$ptrType(http2writeQueuePool).prototype.get = function() {
		var ln, p, q, x$5, x$6, x$7;
		p = this;
		ln = p.$get().$length;
		if (ln === 0) {
			return new http2writeQueue.ptr(sliceType$24.nil);
		}
		x$5 = ln - 1 >> 0;
		q = (x$6 = p.$get(), ((x$5 < 0 || x$5 >= x$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + x$5]));
		(x$7 = p.$get(), ((x$5 < 0 || x$5 >= x$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + x$5] = ptrType$105.nil));
		p.$set($subslice((p.$get()), 0, x$5));
		return q;
	};
	http2NewPriorityWriteScheduler = function(cfg) {
		var _key, cfg, ws;
		if (cfg === ptrType$61.nil) {
			cfg = new http2PriorityWriteSchedulerConfig.ptr(10, 10, false);
		}
		ws = new http2priorityWriteScheduler.ptr(new http2priorityNode.ptr(new http2writeQueue.ptr(sliceType$24.nil), 0, 0, 0, new $Int64(0, 0), new $Int64(0, 0), ptrType$106.nil, ptrType$106.nil, ptrType$106.nil, ptrType$106.nil), {}, 0, sliceType$25.nil, sliceType$25.nil, cfg.MaxClosedNodesInTree, cfg.MaxIdleNodesInTree, 0, cfg.ThrottleOutOfOrderWrites, sliceType$25.nil, http2writeQueuePool.nil);
		_key = 0; (ws.nodes || $throwRuntimeError("assignment to entry in nil map"))[$Uint32.keyFor(_key)] = { k: _key, v: ws.root };
		if (cfg.ThrottleOutOfOrderWrites) {
			ws.writeThrottleLimit = 1024;
		} else {
			ws.writeThrottleLimit = 2147483647;
		}
		return ws;
	};
	http2priorityNode.ptr.prototype.setParent = function(parent) {
		var n, parent, parent$1;
		n = this;
		if (n === parent) {
			$panic(new $String("setParent to self"));
		}
		if (n.parent === parent) {
			return;
		}
		parent$1 = n.parent;
		if (!(parent$1 === ptrType$106.nil)) {
			if (n.prev === ptrType$106.nil) {
				parent$1.kids = n.next;
			} else {
				n.prev.next = n.next;
			}
			if (!(n.next === ptrType$106.nil)) {
				n.next.prev = n.prev;
			}
		}
		n.parent = parent;
		if (parent === ptrType$106.nil) {
			n.next = ptrType$106.nil;
			n.prev = ptrType$106.nil;
		} else {
			n.next = parent.kids;
			n.prev = ptrType$106.nil;
			if (!(n.next === ptrType$106.nil)) {
				n.next.prev = n;
			}
			parent.kids = n;
		}
	};
	http2priorityNode.prototype.setParent = function(parent) { return this.$val.setParent(parent); };
	http2priorityNode.ptr.prototype.addBytes = function(b) {
		var b, n, x$5, x$6, x$7, x$8;
		n = this;
		n.bytes = (x$5 = n.bytes, x$6 = b, new $Int64(x$5.$high + x$6.$high, x$5.$low + x$6.$low));
		while (true) {
			if (!(!(n === ptrType$106.nil))) { break; }
			n.subtreeBytes = (x$7 = n.subtreeBytes, x$8 = b, new $Int64(x$7.$high + x$8.$high, x$7.$low + x$8.$low));
			n = n.parent;
		}
	};
	http2priorityNode.prototype.addBytes = function(b) { return this.$val.addBytes(b); };
	http2priorityNode.ptr.prototype.walkReadyInOrder = function(openParent, tmp, f) {
		var {_r$1, _r$2, _r$3, _v, f, i, k, k$1, k$2, n, needSort, openParent, tmp, w, x$5, $s, $r, $c} = $restore(this, {openParent, tmp, f});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		n = this;
		if (!(!n.q.empty())) { _v = false; $s = 3; continue s; }
		_r$1 = f(n, openParent); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = _r$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return true;
		/* } */ case 2:
		if (n.kids === ptrType$106.nil) {
			$s = -1; return false;
		}
		if (!((n.id === 0))) {
			openParent = openParent || ((n.state === 0));
		}
		w = n.kids.weight;
		needSort = false;
		k = n.kids.next;
		while (true) {
			if (!(!(k === ptrType$106.nil))) { break; }
			if (!((k.weight === w))) {
				needSort = true;
				break;
			}
			k = k.next;
		}
		/* */ if (!needSort) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!needSort) { */ case 5:
			k$1 = n.kids;
			/* while (true) { */ case 7:
				/* if (!(!(k$1 === ptrType$106.nil))) { break; } */ if(!(!(k$1 === ptrType$106.nil))) { $s = 8; continue; }
				_r$2 = k$1.walkReadyInOrder(openParent, tmp, f); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				/* */ if (_r$2) { $s = 9; continue; }
				/* */ $s = 10; continue;
				/* if (_r$2) { */ case 9:
					$s = -1; return true;
				/* } */ case 10:
				k$1 = k$1.next;
			$s = 7; continue;
			case 8:
			$s = -1; return false;
		/* } */ case 6:
		tmp.$set($subslice((tmp.$get()), 0, 0));
		while (true) {
			if (!(!(n.kids === ptrType$106.nil))) { break; }
			tmp.$set($append(tmp.$get(), n.kids));
			n.kids.setParent(ptrType$106.nil);
		}
		$r = sort.Sort(($convertSliceType(tmp.$get(), http2sortPriorityNodeSiblings))); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		i = tmp.$get().$length - 1 >> 0;
		while (true) {
			if (!(i >= 0)) { break; }
			(x$5 = tmp.$get(), ((i < 0 || i >= x$5.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + i])).setParent(n);
			i = i - (1) >> 0;
		}
		k$2 = n.kids;
		/* while (true) { */ case 13:
			/* if (!(!(k$2 === ptrType$106.nil))) { break; } */ if(!(!(k$2 === ptrType$106.nil))) { $s = 14; continue; }
			_r$3 = k$2.walkReadyInOrder(openParent, tmp, f); /* */ $s = 17; case 17: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			/* */ if (_r$3) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (_r$3) { */ case 15:
				$s = -1; return true;
			/* } */ case 16:
			k$2 = k$2.next;
		$s = 13; continue;
		case 14:
		$s = -1; return false;
		/* */ } return; } var $f = {$blk: http2priorityNode.ptr.prototype.walkReadyInOrder, $c: true, $r, _r$1, _r$2, _r$3, _v, f, i, k, k$1, k$2, n, needSort, openParent, tmp, w, x$5, $s};return $f;
	};
	http2priorityNode.prototype.walkReadyInOrder = function(openParent, tmp, f) { return this.$val.walkReadyInOrder(openParent, tmp, f); };
	http2sortPriorityNodeSiblings.prototype.Len = function() {
		var z;
		z = this;
		return z.$length;
	};
	$ptrType(http2sortPriorityNodeSiblings).prototype.Len = function() { return this.$get().Len(); };
	http2sortPriorityNodeSiblings.prototype.Swap = function(i, k) {
		var _tmp, _tmp$1, i, k, z;
		z = this;
		_tmp = ((k < 0 || k >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + k]);
		_tmp$1 = ((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i]);
		((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i] = _tmp);
		((k < 0 || k >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + k] = _tmp$1);
	};
	$ptrType(http2sortPriorityNodeSiblings).prototype.Swap = function(i, k) { return this.$get().Swap(i, k); };
	http2sortPriorityNodeSiblings.prototype.Less = function(i, k) {
		var _tmp, _tmp$1, _tmp$2, _tmp$3, bi, bk, i, k, wi, wk, z;
		z = this;
		_tmp = ((((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i]).weight + 1 << 24 >>> 24));
		_tmp$1 = ($flatten64(((i < 0 || i >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + i]).subtreeBytes));
		wi = _tmp;
		bi = _tmp$1;
		_tmp$2 = ((((k < 0 || k >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + k]).weight + 1 << 24 >>> 24));
		_tmp$3 = ($flatten64(((k < 0 || k >= z.$length) ? ($throwRuntimeError("index out of range"), undefined) : z.$array[z.$offset + k]).subtreeBytes));
		wk = _tmp$2;
		bk = _tmp$3;
		if ((bi === 0) && (bk === 0)) {
			return wi >= wk;
		}
		if (bk === 0) {
			return false;
		}
		return bi / bk <= wi / wk;
	};
	$ptrType(http2sortPriorityNodeSiblings).prototype.Less = function(i, k) { return this.$get().Less(i, k); };
	http2priorityWriteScheduler.ptr.prototype.OpenStream = function(streamID, options) {
		var {_entry, _entry$1, _key, _r$1, curr, n, options, parent, streamID, ws, $s, $r, $c} = $restore(this, {streamID, options});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ws = this;
		curr = (_entry = ws.nodes[$Uint32.keyFor(streamID)], _entry !== undefined ? _entry.v : ptrType$106.nil);
		/* */ if (!(curr === ptrType$106.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(curr === ptrType$106.nil)) { */ case 1:
			/* */ if (!((curr.state === 2))) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!((curr.state === 2))) { */ case 3:
				_r$1 = fmt.Sprintf("stream %d already opened", new sliceType([new $Uint32(streamID)])); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				$panic(new $String(_r$1));
			/* } */ case 4:
			curr.state = 0;
			$s = -1; return;
		/* } */ case 2:
		parent = (_entry$1 = ws.nodes[$Uint32.keyFor(options.PusherID)], _entry$1 !== undefined ? _entry$1.v : ptrType$106.nil);
		if (parent === ptrType$106.nil) {
			parent = ws.root;
		}
		n = new http2priorityNode.ptr($clone((ws.$ptr_queuePool || (ws.$ptr_queuePool = new ptrType$107(function() { return this.$target.queuePool; }, function($v) { this.$target.queuePool = $v; }, ws))).get(), http2writeQueue), streamID, 15, 0, new $Int64(0, 0), new $Int64(0, 0), ptrType$106.nil, ptrType$106.nil, ptrType$106.nil, ptrType$106.nil);
		n.setParent(parent);
		_key = streamID; (ws.nodes || $throwRuntimeError("assignment to entry in nil map"))[$Uint32.keyFor(_key)] = { k: _key, v: n };
		if (streamID > ws.maxID) {
			ws.maxID = streamID;
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2priorityWriteScheduler.ptr.prototype.OpenStream, $c: true, $r, _entry, _entry$1, _key, _r$1, curr, n, options, parent, streamID, ws, $s};return $f;
	};
	http2priorityWriteScheduler.prototype.OpenStream = function(streamID, options) { return this.$val.OpenStream(streamID, options); };
	http2priorityWriteScheduler.ptr.prototype.CloseStream = function(streamID) {
		var {_entry, _entry$1, _entry$2, _r$1, _r$2, n, q, streamID, ws, x$5, $s, $r, $c} = $restore(this, {streamID});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		q = [q];
		ws = this;
		if (streamID === 0) {
			$panic(new $String("violation of WriteScheduler interface: cannot close stream 0"));
		}
		/* */ if ((_entry = ws.nodes[$Uint32.keyFor(streamID)], _entry !== undefined ? _entry.v : ptrType$106.nil) === ptrType$106.nil) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ((_entry = ws.nodes[$Uint32.keyFor(streamID)], _entry !== undefined ? _entry.v : ptrType$106.nil) === ptrType$106.nil) { */ case 1:
			_r$1 = fmt.Sprintf("violation of WriteScheduler interface: unknown stream %d", new sliceType([new $Uint32(streamID)])); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$panic(new $String(_r$1));
		/* } */ case 2:
		/* */ if (!(((_entry$1 = ws.nodes[$Uint32.keyFor(streamID)], _entry$1 !== undefined ? _entry$1.v : ptrType$106.nil).state === 0))) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!(((_entry$1 = ws.nodes[$Uint32.keyFor(streamID)], _entry$1 !== undefined ? _entry$1.v : ptrType$106.nil).state === 0))) { */ case 4:
			_r$2 = fmt.Sprintf("violation of WriteScheduler interface: stream %d already closed", new sliceType([new $Uint32(streamID)])); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$panic(new $String(_r$2));
		/* } */ case 5:
		n = (_entry$2 = ws.nodes[$Uint32.keyFor(streamID)], _entry$2 !== undefined ? _entry$2.v : ptrType$106.nil);
		n.state = 1;
		n.addBytes((x$5 = n.bytes, new $Int64(-x$5.$high, -x$5.$low)));
		q[0] = $clone(n.q, http2writeQueue);
		(ws.$ptr_queuePool || (ws.$ptr_queuePool = new ptrType$107(function() { return this.$target.queuePool; }, function($v) { this.$target.queuePool = $v; }, ws))).put(q[0]);
		n.q.s = sliceType$24.nil;
		if (ws.maxClosedNodesInTree > 0) {
			ws.addClosedOrIdleNode((ws.$ptr_closedNodes || (ws.$ptr_closedNodes = new ptrType$108(function() { return this.$target.closedNodes; }, function($v) { this.$target.closedNodes = $v; }, ws))), ws.maxClosedNodesInTree, n);
		} else {
			ws.removeNode(n);
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: http2priorityWriteScheduler.ptr.prototype.CloseStream, $c: true, $r, _entry, _entry$1, _entry$2, _r$1, _r$2, n, q, streamID, ws, x$5, $s};return $f;
	};
	http2priorityWriteScheduler.prototype.CloseStream = function(streamID) { return this.$val.CloseStream(streamID); };
	http2priorityWriteScheduler.ptr.prototype.AdjustStream = function(streamID, priority) {
		var _entry, _entry$1, _key, k, n, next, parent, priority, streamID, ws, x$5;
		ws = this;
		if (streamID === 0) {
			$panic(new $String("adjustPriority on root"));
		}
		n = (_entry = ws.nodes[$Uint32.keyFor(streamID)], _entry !== undefined ? _entry.v : ptrType$106.nil);
		if (n === ptrType$106.nil) {
			if (streamID <= ws.maxID || (ws.maxIdleNodesInTree === 0)) {
				return;
			}
			ws.maxID = streamID;
			n = new http2priorityNode.ptr($clone((ws.$ptr_queuePool || (ws.$ptr_queuePool = new ptrType$107(function() { return this.$target.queuePool; }, function($v) { this.$target.queuePool = $v; }, ws))).get(), http2writeQueue), streamID, 15, 2, new $Int64(0, 0), new $Int64(0, 0), ptrType$106.nil, ptrType$106.nil, ptrType$106.nil, ptrType$106.nil);
			n.setParent(ws.root);
			_key = streamID; (ws.nodes || $throwRuntimeError("assignment to entry in nil map"))[$Uint32.keyFor(_key)] = { k: _key, v: n };
			ws.addClosedOrIdleNode((ws.$ptr_idleNodes || (ws.$ptr_idleNodes = new ptrType$108(function() { return this.$target.idleNodes; }, function($v) { this.$target.idleNodes = $v; }, ws))), ws.maxIdleNodesInTree, n);
		}
		parent = (_entry$1 = ws.nodes[$Uint32.keyFor(priority.StreamDep)], _entry$1 !== undefined ? _entry$1.v : ptrType$106.nil);
		if (parent === ptrType$106.nil) {
			n.setParent(ws.root);
			n.weight = 15;
			return;
		}
		if (n === parent) {
			return;
		}
		x$5 = parent.parent;
		while (true) {
			if (!(!(x$5 === ptrType$106.nil))) { break; }
			if (x$5 === n) {
				parent.setParent(n.parent);
				break;
			}
			x$5 = x$5.parent;
		}
		if (priority.Exclusive) {
			k = parent.kids;
			while (true) {
				if (!(!(k === ptrType$106.nil))) { break; }
				next = k.next;
				if (!(k === n)) {
					k.setParent(n);
				}
				k = next;
			}
		}
		n.setParent(parent);
		n.weight = priority.Weight;
	};
	http2priorityWriteScheduler.prototype.AdjustStream = function(streamID, priority) { return this.$val.AdjustStream(streamID, priority); };
	http2priorityWriteScheduler.ptr.prototype.Push = function(wr) {
		var _entry, id, n, wr, ws;
		ws = this;
		n = ptrType$106.nil;
		id = $clone(wr, http2FrameWriteRequest).StreamID();
		if (id === 0) {
			n = ws.root;
		} else {
			n = (_entry = ws.nodes[$Uint32.keyFor(id)], _entry !== undefined ? _entry.v : ptrType$106.nil);
			if (n === ptrType$106.nil) {
				if ($clone(wr, http2FrameWriteRequest).DataSize() > 0) {
					$panic(new $String("add DATA on non-open stream"));
				}
				n = ws.root;
			}
		}
		n.q.push($clone(wr, http2FrameWriteRequest));
	};
	http2priorityWriteScheduler.prototype.Push = function(wr) { return this.$val.Push(wr); };
	http2priorityWriteScheduler.ptr.prototype.Pop = function() {
		var {_r$1, _tmp, _tmp$1, ok, wr, ws, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ok = [ok];
		wr = [wr];
		ws = [ws];
		wr[0] = new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil);
		ok[0] = false;
		ws[0] = this;
		_r$1 = ws[0].root.walkReadyInOrder(false, (ws[0].$ptr_tmp || (ws[0].$ptr_tmp = new ptrType$108(function() { return this.$target.tmp; }, function($v) { this.$target.tmp = $v; }, ws[0]))), (function(ok, wr, ws) { return function(n, openParent) {
			var _tuple, limit, n, openParent;
			limit = 2147483647;
			if (openParent) {
				limit = ws[0].writeThrottleLimit;
			}
			_tuple = n.q.consume(limit);
			http2FrameWriteRequest.copy(wr[0], _tuple[0]);
			ok[0] = _tuple[1];
			if (!ok[0]) {
				return false;
			}
			n.addBytes((new $Int64(0, $clone(wr[0], http2FrameWriteRequest).DataSize())));
			if (openParent) {
				ws[0].writeThrottleLimit = ws[0].writeThrottleLimit + (1024) >> 0;
				if (ws[0].writeThrottleLimit < 0) {
					ws[0].writeThrottleLimit = 2147483647;
				}
			} else if (ws[0].enableWriteThrottle) {
				ws[0].writeThrottleLimit = 1024;
			}
			return true;
		}; })(ok, wr, ws)); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_r$1;
		_tmp = $clone(wr[0], http2FrameWriteRequest);
		_tmp$1 = ok[0];
		http2FrameWriteRequest.copy(wr[0], _tmp);
		ok[0] = _tmp$1;
		$s = -1; return [wr[0], ok[0]];
		/* */ } return; } var $f = {$blk: http2priorityWriteScheduler.ptr.prototype.Pop, $c: true, $r, _r$1, _tmp, _tmp$1, ok, wr, ws, $s};return $f;
	};
	http2priorityWriteScheduler.prototype.Pop = function() { return this.$val.Pop(); };
	http2priorityWriteScheduler.ptr.prototype.addClosedOrIdleNode = function(list$1, maxSize, n) {
		var list$1, maxSize, n, ws, x$5, x$6;
		ws = this;
		if (maxSize === 0) {
			return;
		}
		if (list$1.$get().$length === maxSize) {
			ws.removeNode((x$5 = list$1.$get(), (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])));
			x$6 = $subslice((list$1.$get()), 1);
			$copySlice(list$1.$get(), x$6);
			list$1.$set($subslice((list$1.$get()), 0, x$6.$length));
		}
		list$1.$set($append(list$1.$get(), n));
	};
	http2priorityWriteScheduler.prototype.addClosedOrIdleNode = function(list$1, maxSize, n) { return this.$val.addClosedOrIdleNode(list$1, maxSize, n); };
	http2priorityWriteScheduler.ptr.prototype.removeNode = function(n) {
		var k, n, ws;
		ws = this;
		k = n.kids;
		while (true) {
			if (!(!(k === ptrType$106.nil))) { break; }
			k.setParent(n.parent);
			k = k.next;
		}
		n.setParent(ptrType$106.nil);
		delete ws.nodes[$Uint32.keyFor(n.id)];
	};
	http2priorityWriteScheduler.prototype.removeNode = function(n) { return this.$val.removeNode(n); };
	http2NewRandomWriteScheduler = function() {
		return new http2randomWriteScheduler.ptr(new http2writeQueue.ptr(sliceType$24.nil), {}, http2writeQueuePool.nil);
	};
	http2randomWriteScheduler.ptr.prototype.OpenStream = function(streamID, options) {
		var options, streamID, ws;
		ws = this;
	};
	http2randomWriteScheduler.prototype.OpenStream = function(streamID, options) { return this.$val.OpenStream(streamID, options); };
	http2randomWriteScheduler.ptr.prototype.CloseStream = function(streamID) {
		var _entry, _tuple, ok, q, streamID, ws;
		ws = this;
		_tuple = (_entry = ws.sq[$Uint32.keyFor(streamID)], _entry !== undefined ? [_entry.v, true] : [ptrType$105.nil, false]);
		q = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			return;
		}
		delete ws.sq[$Uint32.keyFor(streamID)];
		(ws.$ptr_queuePool || (ws.$ptr_queuePool = new ptrType$107(function() { return this.$target.queuePool; }, function($v) { this.$target.queuePool = $v; }, ws))).put(q);
	};
	http2randomWriteScheduler.prototype.CloseStream = function(streamID) { return this.$val.CloseStream(streamID); };
	http2randomWriteScheduler.ptr.prototype.AdjustStream = function(streamID, priority) {
		var priority, streamID, ws;
		ws = this;
	};
	http2randomWriteScheduler.prototype.AdjustStream = function(streamID, priority) { return this.$val.AdjustStream(streamID, priority); };
	http2randomWriteScheduler.ptr.prototype.Push = function(wr) {
		var _entry, _key, _tuple, id, ok, q, wr, ws;
		ws = this;
		if ($clone(wr, http2FrameWriteRequest).isControl()) {
			ws.zero.push($clone(wr, http2FrameWriteRequest));
			return;
		}
		id = $clone(wr, http2FrameWriteRequest).StreamID();
		_tuple = (_entry = ws.sq[$Uint32.keyFor(id)], _entry !== undefined ? [_entry.v, true] : [ptrType$105.nil, false]);
		q = _tuple[0];
		ok = _tuple[1];
		if (!ok) {
			q = (ws.$ptr_queuePool || (ws.$ptr_queuePool = new ptrType$107(function() { return this.$target.queuePool; }, function($v) { this.$target.queuePool = $v; }, ws))).get();
			_key = id; (ws.sq || $throwRuntimeError("assignment to entry in nil map"))[$Uint32.keyFor(_key)] = { k: _key, v: q };
		}
		q.push($clone(wr, http2FrameWriteRequest));
	};
	http2randomWriteScheduler.prototype.Push = function(wr) { return this.$val.Push(wr); };
	http2randomWriteScheduler.ptr.prototype.Pop = function() {
		var _entry, _i, _keys, _ref, _tuple, ok, q, streamID, wr, ws;
		ws = this;
		if (!ws.zero.empty()) {
			return [ws.zero.shift(), true];
		}
		_ref = ws.sq;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			streamID = _entry.k;
			q = _entry.v;
			_tuple = q.consume(2147483647);
			wr = $clone(_tuple[0], http2FrameWriteRequest);
			ok = _tuple[1];
			if (ok) {
				if (q.empty()) {
					delete ws.sq[$Uint32.keyFor(streamID)];
					(ws.$ptr_queuePool || (ws.$ptr_queuePool = new ptrType$107(function() { return this.$target.queuePool; }, function($v) { this.$target.queuePool = $v; }, ws))).put(q);
				}
				return [wr, true];
			}
			_i++;
		}
		return [new http2FrameWriteRequest.ptr($ifaceNil, ptrType$10.nil, $chanNil), false];
	};
	http2randomWriteScheduler.prototype.Pop = function() { return this.$val.Pop(); };
	readSetCookies = function(h) {
		var {_1, _2, _entry, _entry$1, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, ascii$1, attr, c, cookieCount, cookies, err, err$1, exptime, h, i, isASCII, line, lowerAttr, lowerVal, name, ok, parts, secs, val, value, $s, $r, $c} = $restore(this, {h});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cookieCount = (_entry = h[$String.keyFor("Set-Cookie")], _entry !== undefined ? _entry.v : sliceType$2.nil).$length;
		if (cookieCount === 0) {
			$s = -1; return new sliceType$29([]);
		}
		cookies = $makeSlice(sliceType$29, 0, cookieCount);
		_ref = (_entry$1 = h[$String.keyFor("Set-Cookie")], _entry$1 !== undefined ? _entry$1.v : sliceType$2.nil);
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			line = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			parts = strings.Split(textproto.TrimString(line), ";");
			if ((parts.$length === 1) && (0 >= parts.$length ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + 0]) === "") {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			(0 >= parts.$length ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + 0] = textproto.TrimString((0 >= parts.$length ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + 0])));
			_tuple = strings.Cut((0 >= parts.$length ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + 0]), "=");
			name = _tuple[0];
			value = _tuple[1];
			ok = _tuple[2];
			if (!ok) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r$1 = isCookieNameValid(name); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (!_r$1) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (!_r$1) { */ case 3:
				_i++;
				/* continue; */ $s = 1; continue;
			/* } */ case 4:
			_tuple$1 = parseCookieValue(value, true);
			value = _tuple$1[0];
			ok = _tuple$1[1];
			if (!ok) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			c = new Cookie.ptr(name, value, "", "", new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), "", 0, false, false, 0, line, sliceType$2.nil);
			i = 1;
			/* while (true) { */ case 6:
				/* if (!(i < parts.$length)) { break; } */ if(!(i < parts.$length)) { $s = 7; continue; }
				((i < 0 || i >= parts.$length) ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + i] = textproto.TrimString(((i < 0 || i >= parts.$length) ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + i])));
				if (((i < 0 || i >= parts.$length) ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + i]).length === 0) {
					i = i + (1) >> 0;
					/* continue; */ $s = 6; continue;
				}
				_tuple$2 = strings.Cut(((i < 0 || i >= parts.$length) ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + i]), "=");
				attr = _tuple$2[0];
				val = _tuple$2[1];
				_r$2 = ascii.ToLower(attr); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_tuple$3 = _r$2;
				lowerAttr = _tuple$3[0];
				isASCII = _tuple$3[1];
				if (!isASCII) {
					i = i + (1) >> 0;
					/* continue; */ $s = 6; continue;
				}
				_tuple$4 = parseCookieValue(val, false);
				val = _tuple$4[0];
				ok = _tuple$4[1];
				if (!ok) {
					c.Unparsed = $append(c.Unparsed, ((i < 0 || i >= parts.$length) ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + i]));
					i = i + (1) >> 0;
					/* continue; */ $s = 6; continue;
				}
					_1 = lowerAttr;
					/* */ if (_1 === ("samesite")) { $s = 10; continue; }
					/* */ if (_1 === ("secure")) { $s = 11; continue; }
					/* */ if (_1 === ("httponly")) { $s = 12; continue; }
					/* */ if (_1 === ("domain")) { $s = 13; continue; }
					/* */ if (_1 === ("max-age")) { $s = 14; continue; }
					/* */ if (_1 === ("expires")) { $s = 15; continue; }
					/* */ if (_1 === ("path")) { $s = 16; continue; }
					/* */ $s = 17; continue;
					/* if (_1 === ("samesite")) { */ case 10:
						_r$3 = ascii.ToLower(val); /* */ $s = 18; case 18: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
						_tuple$5 = _r$3;
						lowerVal = _tuple$5[0];
						ascii$1 = _tuple$5[1];
						if (!ascii$1) {
							c.SameSite = 1;
							i = i + (1) >> 0;
							/* continue; */ $s = 6; continue;
						}
						_2 = lowerVal;
						if (_2 === ("lax")) {
							c.SameSite = 2;
						} else if (_2 === ("strict")) {
							c.SameSite = 3;
						} else if (_2 === ("none")) {
							c.SameSite = 4;
						} else {
							c.SameSite = 1;
						}
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
						$s = 17; continue;
					/* } else if (_1 === ("secure")) { */ case 11:
						c.Secure = true;
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
						$s = 17; continue;
					/* } else if (_1 === ("httponly")) { */ case 12:
						c.HttpOnly = true;
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
						$s = 17; continue;
					/* } else if (_1 === ("domain")) { */ case 13:
						c.Domain = val;
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
						$s = 17; continue;
					/* } else if (_1 === ("max-age")) { */ case 14:
						_tuple$6 = strconv.Atoi(val);
						secs = _tuple$6[0];
						err = _tuple$6[1];
						if (!($interfaceIsEqual(err, $ifaceNil)) || !((secs === 0)) && (val.charCodeAt(0) === 48)) {
							/* break; */ $s = 9; continue;
						}
						if (secs <= 0) {
							secs = -1;
						}
						c.MaxAge = secs;
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
						$s = 17; continue;
					/* } else if (_1 === ("expires")) { */ case 15:
						c.RawExpires = val;
						_r$4 = time.Parse("Mon, 02 Jan 2006 15:04:05 MST", val); /* */ $s = 19; case 19: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
						_tuple$7 = _r$4;
						exptime = $clone(_tuple$7[0], time.Time);
						err$1 = _tuple$7[1];
						/* */ if (!($interfaceIsEqual(err$1, $ifaceNil))) { $s = 20; continue; }
						/* */ $s = 21; continue;
						/* if (!($interfaceIsEqual(err$1, $ifaceNil))) { */ case 20:
							_r$5 = time.Parse("Mon, 02-Jan-2006 15:04:05 MST", val); /* */ $s = 22; case 22: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
							_tuple$8 = _r$5;
							time.Time.copy(exptime, _tuple$8[0]);
							err$1 = _tuple$8[1];
							if (!($interfaceIsEqual(err$1, $ifaceNil))) {
								time.Time.copy(c.Expires, new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil));
								/* break; */ $s = 9; continue;
							}
						/* } */ case 21:
						time.Time.copy(c.Expires, $clone(exptime, time.Time).UTC());
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
						$s = 17; continue;
					/* } else if (_1 === ("path")) { */ case 16:
						c.Path = val;
						i = i + (1) >> 0;
						/* continue; */ $s = 6; continue;
					/* } */ case 17:
				case 9:
				c.Unparsed = $append(c.Unparsed, ((i < 0 || i >= parts.$length) ? ($throwRuntimeError("index out of range"), undefined) : parts.$array[parts.$offset + i]));
				i = i + (1) >> 0;
			$s = 6; continue;
			case 7:
			cookies = $append(cookies, c);
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return cookies;
		/* */ } return; } var $f = {$blk: readSetCookies, $c: true, $r, _1, _2, _entry, _entry$1, _i, _r$1, _r$2, _r$3, _r$4, _r$5, _ref, _tuple, _tuple$1, _tuple$2, _tuple$3, _tuple$4, _tuple$5, _tuple$6, _tuple$7, _tuple$8, ascii$1, attr, c, cookieCount, cookies, err, err$1, exptime, h, i, isASCII, line, lowerAttr, lowerVal, name, ok, parts, secs, val, value, $s};return $f;
	};
	Cookie.ptr.prototype.String = function() {
		var {_1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _v, b, buf, c, d, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c === ptrType$62.nil) { _v = true; $s = 3; continue s; }
		_r$1 = isCookieNameValid(c.Name); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_v = !_r$1; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return "";
		/* } */ case 2:
		b = new strings.Builder.ptr(ptrType$111.nil, sliceType$3.nil);
		b.Grow((((c.Name.length + c.Value.length >> 0) + c.Domain.length >> 0) + c.Path.length >> 0) + 110 >> 0);
		b.WriteString(c.Name);
		b.WriteRune(61);
		_r$2 = sanitizeCookieValue(c.Value); /* */ $s = 5; case 5: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_r$3 = b.WriteString(_r$2); /* */ $s = 6; case 6: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		_r$3;
		/* */ if (c.Path.length > 0) { $s = 7; continue; }
		/* */ $s = 8; continue;
		/* if (c.Path.length > 0) { */ case 7:
			b.WriteString("; Path=");
			_r$4 = sanitizeCookiePath(c.Path); /* */ $s = 9; case 9: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			_r$5 = b.WriteString(_r$4); /* */ $s = 10; case 10: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
			_r$5;
		/* } */ case 8:
		/* */ if (c.Domain.length > 0) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (c.Domain.length > 0) { */ case 11:
			/* */ if (validCookieDomain(c.Domain)) { $s = 13; continue; }
			/* */ $s = 14; continue;
			/* if (validCookieDomain(c.Domain)) { */ case 13:
				d = c.Domain;
				if (d.charCodeAt(0) === 46) {
					d = $substring(d, 1);
				}
				b.WriteString("; Domain=");
				b.WriteString(d);
				$s = 15; continue;
			/* } else { */ case 14:
				$r = log.Printf("net/http: invalid Cookie.Domain %q; dropping domain attribute", new sliceType([new $String(c.Domain)])); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			/* } */ case 15:
		/* } */ case 12:
		buf = arrayType$3.zero();
		_r$6 = validCookieExpires($clone(c.Expires, time.Time)); /* */ $s = 19; case 19: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
		/* */ if (_r$6) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (_r$6) { */ case 17:
			b.WriteString("; Expires=");
			_r$7 = $clone($clone(c.Expires, time.Time).UTC(), time.Time).AppendFormat($subslice(new sliceType$3(buf), 0, 0), "Mon, 02 Jan 2006 15:04:05 GMT"); /* */ $s = 20; case 20: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
			_r$8 = b.Write(_r$7); /* */ $s = 21; case 21: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
			_r$8;
		/* } */ case 18:
		if (c.MaxAge > 0) {
			b.WriteString("; Max-Age=");
			b.Write(strconv.AppendInt($subslice(new sliceType$3(buf), 0, 0), (new $Int64(0, c.MaxAge)), 10));
		} else if (c.MaxAge < 0) {
			b.WriteString("; Max-Age=0");
		}
		if (c.HttpOnly) {
			b.WriteString("; HttpOnly");
		}
		if (c.Secure) {
			b.WriteString("; Secure");
		}
		_1 = c.SameSite;
		if (_1 === (1)) {
		} else if (_1 === (4)) {
			b.WriteString("; SameSite=None");
		} else if (_1 === (2)) {
			b.WriteString("; SameSite=Lax");
		} else if (_1 === (3)) {
			b.WriteString("; SameSite=Strict");
		}
		$s = -1; return b.String();
		/* */ } return; } var $f = {$blk: Cookie.ptr.prototype.String, $c: true, $r, _1, _r$1, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _v, b, buf, c, d, $s};return $f;
	};
	Cookie.prototype.String = function() { return this.$val.String(); };
	Cookie.ptr.prototype.Valid = function() {
		var {$24r, $24r$1, _r$1, _r$2, _r$3, _r$4, c, i, i$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		c = this;
		if (c === ptrType$62.nil) {
			$s = -1; return errors.New("http: nil Cookie");
		}
		_r$1 = isCookieNameValid(c.Name); /* */ $s = 3; case 3: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		/* */ if (!_r$1) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!_r$1) { */ case 1:
			$s = -1; return errors.New("http: invalid Cookie.Name");
		/* } */ case 2:
		_r$2 = validCookieExpires($clone(c.Expires, time.Time)); /* */ $s = 6; case 6: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		/* */ if (!_r$2) { $s = 4; continue; }
		/* */ $s = 5; continue;
		/* if (!_r$2) { */ case 4:
			$s = -1; return errors.New("http: invalid Cookie.Expires");
		/* } */ case 5:
		i = 0;
		/* while (true) { */ case 7:
			/* if (!(i < c.Value.length)) { break; } */ if(!(i < c.Value.length)) { $s = 8; continue; }
			/* */ if (!validCookieValueByte(c.Value.charCodeAt(i))) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (!validCookieValueByte(c.Value.charCodeAt(i))) { */ case 9:
				_r$3 = fmt.Errorf("http: invalid byte %q in Cookie.Value", new sliceType([new $Uint8(c.Value.charCodeAt(i))])); /* */ $s = 11; case 11: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				$24r = _r$3;
				$s = 12; case 12: return $24r;
			/* } */ case 10:
			i = i + (1) >> 0;
		$s = 7; continue;
		case 8:
		/* */ if (c.Path.length > 0) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (c.Path.length > 0) { */ case 13:
			i$1 = 0;
			/* while (true) { */ case 15:
				/* if (!(i$1 < c.Path.length)) { break; } */ if(!(i$1 < c.Path.length)) { $s = 16; continue; }
				/* */ if (!validCookiePathByte(c.Path.charCodeAt(i$1))) { $s = 17; continue; }
				/* */ $s = 18; continue;
				/* if (!validCookiePathByte(c.Path.charCodeAt(i$1))) { */ case 17:
					_r$4 = fmt.Errorf("http: invalid byte %q in Cookie.Path", new sliceType([new $Uint8(c.Path.charCodeAt(i$1))])); /* */ $s = 19; case 19: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					$24r$1 = _r$4;
					$s = 20; case 20: return $24r$1;
				/* } */ case 18:
				i$1 = i$1 + (1) >> 0;
			$s = 15; continue;
			case 16:
		/* } */ case 14:
		if (c.Domain.length > 0) {
			if (!validCookieDomain(c.Domain)) {
				$s = -1; return errors.New("http: invalid Cookie.Domain");
			}
		}
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: Cookie.ptr.prototype.Valid, $c: true, $r, $24r, $24r$1, _r$1, _r$2, _r$3, _r$4, c, i, i$1, $s};return $f;
	};
	Cookie.prototype.Valid = function() { return this.$val.Valid(); };
	readCookies = function(h, filter) {
		var {_entry, _i, _r$1, _ref, _tuple, _tuple$1, _tuple$2, cookies, filter, h, line, lines, name, ok, part, val, $s, $r, $c} = $restore(this, {h, filter});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lines = (_entry = h[$String.keyFor("Cookie")], _entry !== undefined ? _entry.v : sliceType$2.nil);
		if (lines.$length === 0) {
			$s = -1; return new sliceType$29([]);
		}
		cookies = $makeSlice(sliceType$29, 0, (lines.$length + strings.Count((0 >= lines.$length ? ($throwRuntimeError("index out of range"), undefined) : lines.$array[lines.$offset + 0]), ";") >> 0));
		_ref = lines;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			line = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			line = textproto.TrimString(line);
			part = "";
			/* while (true) { */ case 3:
				/* if (!(line.length > 0)) { break; } */ if(!(line.length > 0)) { $s = 4; continue; }
				_tuple = strings.Cut(line, ";");
				part = _tuple[0];
				line = _tuple[1];
				part = textproto.TrimString(part);
				if (part === "") {
					/* continue; */ $s = 3; continue;
				}
				_tuple$1 = strings.Cut(part, "=");
				name = _tuple$1[0];
				val = _tuple$1[1];
				_r$1 = isCookieNameValid(name); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				/* */ if (!_r$1) { $s = 5; continue; }
				/* */ $s = 6; continue;
				/* if (!_r$1) { */ case 5:
					/* continue; */ $s = 3; continue;
				/* } */ case 6:
				if (!(filter === "") && !(filter === name)) {
					/* continue; */ $s = 3; continue;
				}
				_tuple$2 = parseCookieValue(val, true);
				val = _tuple$2[0];
				ok = _tuple$2[1];
				if (!ok) {
					/* continue; */ $s = 3; continue;
				}
				cookies = $append(cookies, new Cookie.ptr(name, val, "", "", new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), "", 0, false, false, 0, "", sliceType$2.nil));
			$s = 3; continue;
			case 4:
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return cookies;
		/* */ } return; } var $f = {$blk: readCookies, $c: true, $r, _entry, _i, _r$1, _ref, _tuple, _tuple$1, _tuple$2, cookies, filter, h, line, lines, name, ok, part, val, $s};return $f;
	};
	validCookieDomain = function(v) {
		var v;
		if (isCookieDomainName(v)) {
			return true;
		}
		if (!(net.ParseIP(v) === net.IP.nil) && !strings.Contains(v, ":")) {
			return true;
		}
		return false;
	};
	validCookieExpires = function(t) {
		var {$24r, _r$1, t, $s, $r, $c} = $restore(this, {t});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = $clone(t, time.Time).Year(); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1 >= 1601;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: validCookieExpires, $c: true, $r, $24r, _r$1, t, $s};return $f;
	};
	isCookieDomainName = function(s) {
		var c, i, last, ok, partlen, s;
		if (s.length === 0) {
			return false;
		}
		if (s.length > 255) {
			return false;
		}
		if (s.charCodeAt(0) === 46) {
			s = $substring(s, 1);
		}
		last = 46;
		ok = false;
		partlen = 0;
		i = 0;
		while (true) {
			if (!(i < s.length)) { break; }
			c = s.charCodeAt(i);
			if (97 <= c && c <= 122 || 65 <= c && c <= 90) {
				ok = true;
				partlen = partlen + (1) >> 0;
			} else if (48 <= c && c <= 57) {
				partlen = partlen + (1) >> 0;
			} else if ((c === 45)) {
				if (last === 46) {
					return false;
				}
				partlen = partlen + (1) >> 0;
			} else if ((c === 46)) {
				if ((last === 46) || (last === 45)) {
					return false;
				}
				if (partlen > 63 || (partlen === 0)) {
					return false;
				}
				partlen = 0;
			} else {
				return false;
			}
			last = c;
			i = i + (1) >> 0;
		}
		if ((last === 45) || partlen > 63) {
			return false;
		}
		return ok;
	};
	sanitizeCookieName = function(n) {
		var {$24r, _r$1, n, $s, $r, $c} = $restore(this, {n});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = cookieNameSanitizer.Replace(n); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: sanitizeCookieName, $c: true, $r, $24r, _r$1, n, $s};return $f;
	};
	sanitizeCookieValue = function(v) {
		var {_r$1, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = sanitizeOrWarn("Cookie.Value", validCookieValueByte, v); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		v = _r$1;
		if (v.length === 0) {
			$s = -1; return v;
		}
		if (strings.ContainsAny(v, " ,")) {
			$s = -1; return "\"" + v + "\"";
		}
		$s = -1; return v;
		/* */ } return; } var $f = {$blk: sanitizeCookieValue, $c: true, $r, _r$1, v, $s};return $f;
	};
	validCookieValueByte = function(b) {
		var b;
		return 32 <= b && b < 127 && !((b === 34)) && !((b === 59)) && !((b === 92));
	};
	sanitizeCookiePath = function(v) {
		var {$24r, _r$1, v, $s, $r, $c} = $restore(this, {v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r$1 = sanitizeOrWarn("Cookie.Path", validCookiePathByte, v); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: sanitizeCookiePath, $c: true, $r, $24r, _r$1, v, $s};return $f;
	};
	validCookiePathByte = function(b) {
		var b;
		return 32 <= b && b < 127 && !((b === 59));
	};
	sanitizeOrWarn = function(fieldName, valid, v) {
		var {_r$1, _r$2, b, buf, fieldName, i, i$1, ok, v, valid, $s, $r, $c} = $restore(this, {fieldName, valid, v});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ok = true;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < v.length)) { break; } */ if(!(i < v.length)) { $s = 2; continue; }
			_r$1 = valid(v.charCodeAt(i)); /* */ $s = 5; case 5: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			/* */ if (_r$1) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_r$1) { */ case 3:
				i = i + (1) >> 0;
				/* continue; */ $s = 1; continue;
			/* } */ case 4:
			$r = log.Printf("net/http: invalid byte %q in %s; dropping invalid bytes", new sliceType([new $Uint8(v.charCodeAt(i)), new $String(fieldName)])); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			ok = false;
			/* break; */ $s = 2; continue;
		case 2:
		if (ok) {
			$s = -1; return v;
		}
		buf = $makeSlice(sliceType$3, 0, v.length);
		i$1 = 0;
		/* while (true) { */ case 7:
			/* if (!(i$1 < v.length)) { break; } */ if(!(i$1 < v.length)) { $s = 8; continue; }
			b = v.charCodeAt(i$1);
			_r$2 = valid(b); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			/* */ if (_r$2) { $s = 9; continue; }
			/* */ $s = 10; continue;
			/* if (_r$2) { */ case 9:
				buf = $append(buf, b);
			/* } */ case 10:
			i$1 = i$1 + (1) >> 0;
		$s = 7; continue;
		case 8:
		$s = -1; return ($bytesToString(buf));
		/* */ } return; } var $f = {$blk: sanitizeOrWarn, $c: true, $r, _r$1, _r$2, b, buf, fieldName, i, i$1, ok, v, valid, $s};return $f;
	};
	parseCookieValue = function(raw, allowDoubleQuote) {
		var allowDoubleQuote, i, raw;
		if (allowDoubleQuote && raw.length > 1 && (raw.charCodeAt(0) === 34) && (raw.charCodeAt((raw.length - 1 >> 0)) === 34)) {
			raw = $substring(raw, 1, (raw.length - 1 >> 0));
		}
		i = 0;
		while (true) {
			if (!(i < raw.length)) { break; }
			if (!validCookieValueByte(raw.charCodeAt(i))) {
				return ["", false];
			}
			i = i + (1) >> 0;
		}
		return [raw, true];
	};
	isCookieNameValid = function(raw) {
		var {$24r, _r$1, raw, $s, $r, $c} = $restore(this, {raw});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (raw === "") {
			$s = -1; return false;
		}
		_r$1 = strings.IndexFunc(raw, isNotToken); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1 < 0;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: isCookieNameValid, $c: true, $r, $24r, _r$1, raw, $s};return $f;
	};
	cloneURLValues = function(v) {
		var v;
		if (v === false) {
			return false;
		}
		return (new Header((v)).Clone());
	};
	cloneURL = function(u) {
		var u, u2;
		if (u === ptrType$17.nil) {
			return ptrType$17.nil;
		}
		u2 = new url.URL.ptr("", "", ptrType$21.nil, "", "", "", false, "", "", "");
		url.URL.copy(u2, u);
		if (!(u.User === ptrType$21.nil)) {
			u2.User = new url.Userinfo.ptr("", "", false);
			url.Userinfo.copy(u2.User, u.User);
		}
		return u2;
	};
	cloneMultipartForm = function(f) {
		var _entry, _i, _i$1, _key, _keys, _ref, _ref$1, f, f2, i, k, m, v, vv, vv2;
		if (f === ptrType$31.nil) {
			return ptrType$31.nil;
		}
		f2 = new multipart.Form.ptr((new Header((f.Value)).Clone()), false);
		if (!(f.File === false)) {
			m = {};
			_ref = f.File;
			_i = 0;
			_keys = $keys(_ref);
			while (true) {
				if (!(_i < _keys.length)) { break; }
				_entry = _ref[_keys[_i]];
				if (_entry === undefined) {
					_i++;
					continue;
				}
				k = _entry.k;
				vv = _entry.v;
				vv2 = $makeSlice(sliceType$20, vv.$length);
				_ref$1 = vv;
				_i$1 = 0;
				while (true) {
					if (!(_i$1 < _ref$1.$length)) { break; }
					i = _i$1;
					v = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
					((i < 0 || i >= vv2.$length) ? ($throwRuntimeError("index out of range"), undefined) : vv2.$array[vv2.$offset + i] = cloneMultipartFileHeader(v));
					_i$1++;
				}
				_key = k; (m || $throwRuntimeError("assignment to entry in nil map"))[$String.keyFor(_key)] = { k: _key, v: vv2 };
				_i++;
			}
			f2.File = m;
		}
		return f2;
	};
	cloneMultipartFileHeader = function(fh) {
		var fh, fh2;
		if (fh === ptrType$66.nil) {
			return ptrType$66.nil;
		}
		fh2 = new multipart.FileHeader.ptr("", false, new $Int64(0, 0), sliceType$3.nil, "");
		multipart.FileHeader.copy(fh2, fh);
		fh2.Header = (new Header((fh.Header)).Clone());
		return fh2;
	};
	basicAuth = function(username, password) {
		var auth, password, username;
		auth = username + ":" + password;
		return base64.StdEncoding.EncodeToString((new sliceType$3($stringToBytes(auth))));
	};
	noTransport.ptr.prototype.RoundTrip = function(req) {
		var req;
		return [ptrType$18.nil, errors.New("net/http: neither of Fetch nor XMLHttpRequest APIs is available")];
	};
	noTransport.prototype.RoundTrip = function(req) { return this.$val.RoundTrip(req); };
	XHRTransport.ptr.prototype.RoundTrip = function(req) {
		var {$24r, $24r$1, $24r$2, _arg, _arg$1, _entry, _i, _i$1, _key, _keys, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _selection, _tuple, body$1, err, err$1, errCh, key, req, resp, respCh, t, value, values, xhr, $s, $deferred, $r, $c} = $restore(this, {req});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		errCh = [errCh];
		req = [req];
		respCh = [respCh];
		xhr = [xhr];
		t = this;
		xhr[0] = new ($global.XMLHttpRequest)();
		if (t.inflight === false) {
			t.inflight = $makeMap(ptrType$11.keyFor, []);
		}
		_key = req[0]; (t.inflight || $throwRuntimeError("assignment to entry in nil map"))[ptrType$11.keyFor(_key)] = { k: _key, v: xhr[0] };
		$deferred.push([function(_arg, _arg$1) { delete _arg[ptrType$11.keyFor(_arg$1)]; }, [t.inflight, req[0]]]);
		respCh[0] = new $Chan(ptrType$18, 0);
		errCh[0] = new $Chan($error, 0);
		xhr[0].onload = $externalize((function(errCh, req, respCh, xhr) { return function $b() {
			var {_1, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, body$1, contentLength, err, header, l, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r$1 = textproto.NewReader(bufio.NewReader(bytes.NewReader((new sliceType$3($stringToBytes($internalize(xhr[0].getAllResponseHeaders(), $String) + "\n")))))); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$2 = _r$1.ReadMIMEHeader(); /* */ $s = 2; case 2: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			_tuple = _r$2;
			header = _tuple[0];
			body$1 = $assertType($internalize(new ($global.Uint8Array)(xhr[0].response), $emptyInterface), sliceType$3);
			contentLength = new $Int64(-1, 4294967295);
				_1 = req[0].Method;
				/* */ if (_1 === ("HEAD")) { $s = 4; continue; }
				/* */ $s = 5; continue;
				/* if (_1 === ("HEAD")) { */ case 4:
					_r$3 = new textproto.MIMEHeader(header).Get("Content-Length"); /* */ $s = 7; case 7: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
					_r$4 = strconv.ParseInt(_r$3, 10, 64); /* */ $s = 8; case 8: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					_tuple$1 = _r$4;
					l = _tuple$1[0];
					err = _tuple$1[1];
					if ($interfaceIsEqual(err, $ifaceNil)) {
						contentLength = l;
					}
					$s = 6; continue;
				/* } else { */ case 5:
					contentLength = (new $Int64(0, body$1.$length));
				/* } */ case 6:
			case 3:
			$r = $send(respCh[0], new Response.ptr($internalize(xhr[0].status, $String) + " " + $internalize(xhr[0].statusText, $String), $parseInt(xhr[0].status) >> 0, "", 0, 0, (header), ioutil.NopCloser(bytes.NewReader(body$1)), contentLength, sliceType$2.nil, false, false, false, req[0], ptrType$28.nil)); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _1, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, body$1, contentLength, err, header, l, $s};return $f;
		}; })(errCh, req, respCh, xhr), funcType);
		xhr[0].onerror = $externalize((function(errCh, req, respCh, xhr) { return function $b(e) {
			var {e, $s, $r, $c} = $restore(this, {e});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = $send(errCh[0], errors.New("net/http: XMLHttpRequest failed")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, e, $s};return $f;
		}; })(errCh, req, respCh, xhr), funcType$3);
		xhr[0].onabort = $externalize((function(errCh, req, respCh, xhr) { return function $b(e) {
			var {e, $s, $r, $c} = $restore(this, {e});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			$r = $send(errCh[0], errors.New("net/http: request canceled")); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, e, $s};return $f;
		}; })(errCh, req, respCh, xhr), funcType$3);
		xhr[0].open($externalize(req[0].Method, $String), $externalize(req[0].URL.String(), $String));
		xhr[0].responseType = $externalize("arraybuffer", $String);
		_ref = req[0].Header;
		_i = 0;
		_keys = $keys(_ref);
		while (true) {
			if (!(_i < _keys.length)) { break; }
			_entry = _ref[_keys[_i]];
			if (_entry === undefined) {
				_i++;
				continue;
			}
			key = _entry.k;
			values = _entry.v;
			_ref$1 = values;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				value = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				xhr[0].setRequestHeader($externalize(key, $String), $externalize(value, $String));
				_i$1++;
			}
			_i++;
		}
		/* */ if ($interfaceIsEqual(req[0].Body, $ifaceNil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if ($interfaceIsEqual(req[0].Body, $ifaceNil)) { */ case 1:
			xhr[0].send();
			$s = 3; continue;
		/* } else { */ case 2:
			_r$1 = ioutil.ReadAll(req[0].Body); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_tuple = _r$1;
			body$1 = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 5; continue; }
			/* */ $s = 6; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 5:
				_r$2 = req[0].Body.Close(); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				_r$2;
				$24r = [ptrType$18.nil, err];
				$s = 8; case 8: return $24r;
			/* } */ case 6:
			_r$3 = req[0].Body.Close(); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			_r$3;
			xhr[0].send($externalize(body$1, sliceType$3));
		/* } */ case 3:
		_r$4 = $select([[respCh[0]], [errCh[0]]]); /* */ $s = 10; case 10: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
		_selection = _r$4;
		/* */ if (_selection[0] === 0) { $s = 11; continue; }
		/* */ if (_selection[0] === 1) { $s = 12; continue; }
		/* */ $s = 13; continue;
		/* if (_selection[0] === 0) { */ case 11:
			resp = _selection[1][0];
			$24r$1 = [resp, $ifaceNil];
			$s = 14; case 14: return $24r$1;
		/* } else if (_selection[0] === 1) { */ case 12:
			err$1 = _selection[1][0];
			$24r$2 = [ptrType$18.nil, err$1];
			$s = 15; case 15: return $24r$2;
		/* } */ case 13:
		$s = -1; return [ptrType$18.nil, $ifaceNil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [ptrType$18.nil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: XHRTransport.ptr.prototype.RoundTrip, $c: true, $r, $24r, $24r$1, $24r$2, _arg, _arg$1, _entry, _i, _i$1, _key, _keys, _r$1, _r$2, _r$3, _r$4, _ref, _ref$1, _selection, _tuple, body$1, err, err$1, errCh, key, req, resp, respCh, t, value, values, xhr, $s, $deferred};return $f; } }
	};
	XHRTransport.prototype.RoundTrip = function(req) { return this.$val.RoundTrip(req); };
	XHRTransport.ptr.prototype.CancelRequest = function(req) {
		var _entry, _tuple, ok, req, t, xhr;
		t = this;
		_tuple = (_entry = t.inflight[ptrType$11.keyFor(req)], _entry !== undefined ? [_entry.v, true] : [null, false]);
		xhr = _tuple[0];
		ok = _tuple[1];
		if (ok) {
			xhr.abort();
		}
	};
	XHRTransport.prototype.CancelRequest = function(req) { return this.$val.CancelRequest(req); };
	ptrType$27.methods = [{prop: "writeBufferSize", name: "writeBufferSize", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "readBufferSize", name: "readBufferSize", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [ptrType$27], false)}, {prop: "hasCustomTLSDialer", name: "hasCustomTLSDialer", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "onceSetNextProtoDefaults", name: "onceSetNextProtoDefaults", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "useRegisteredProtocol", name: "useRegisteredProtocol", pkg: "net/http", typ: $funcType([ptrType$11], [$Bool], false)}, {prop: "alternateRoundTripper", name: "alternateRoundTripper", pkg: "net/http", typ: $funcType([ptrType$11], [RoundTripper], false)}, {prop: "roundTrip", name: "roundTrip", pkg: "net/http", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}, {prop: "RegisterProtocol", name: "RegisterProtocol", pkg: "", typ: $funcType([$String, RoundTripper], [], false)}, {prop: "CloseIdleConnections", name: "CloseIdleConnections", pkg: "", typ: $funcType([], [], false)}, {prop: "CancelRequest", name: "CancelRequest", pkg: "", typ: $funcType([ptrType$11], [], false)}, {prop: "cancelRequest", name: "cancelRequest", pkg: "net/http", typ: $funcType([cancelKey, $error], [$Bool], false)}, {prop: "connectMethodForRequest", name: "connectMethodForRequest", pkg: "net/http", typ: $funcType([ptrType$114], [connectMethod, $error], false)}, {prop: "putOrCloseIdleConn", name: "putOrCloseIdleConn", pkg: "net/http", typ: $funcType([ptrType$22], [], false)}, {prop: "maxIdleConnsPerHost", name: "maxIdleConnsPerHost", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "tryPutIdleConn", name: "tryPutIdleConn", pkg: "net/http", typ: $funcType([ptrType$22], [$error], false)}, {prop: "queueForIdleConn", name: "queueForIdleConn", pkg: "net/http", typ: $funcType([ptrType$24], [$Bool], false)}, {prop: "removeIdleConn", name: "removeIdleConn", pkg: "net/http", typ: $funcType([ptrType$22], [$Bool], false)}, {prop: "removeIdleConnLocked", name: "removeIdleConnLocked", pkg: "net/http", typ: $funcType([ptrType$22], [$Bool], false)}, {prop: "setReqCanceler", name: "setReqCanceler", pkg: "net/http", typ: $funcType([cancelKey, funcType$4], [], false)}, {prop: "replaceReqCanceler", name: "replaceReqCanceler", pkg: "net/http", typ: $funcType([cancelKey, funcType$4], [$Bool], false)}, {prop: "dial", name: "dial", pkg: "net/http", typ: $funcType([context.Context, $String, $String], [net.Conn, $error], false)}, {prop: "customDialTLS", name: "customDialTLS", pkg: "net/http", typ: $funcType([context.Context, $String, $String], [net.Conn, $error], false)}, {prop: "getConn", name: "getConn", pkg: "net/http", typ: $funcType([ptrType$114, connectMethod], [ptrType$22, $error], false)}, {prop: "queueForDial", name: "queueForDial", pkg: "net/http", typ: $funcType([ptrType$24], [], false)}, {prop: "dialConnFor", name: "dialConnFor", pkg: "net/http", typ: $funcType([ptrType$24], [], false)}, {prop: "decConnsPerHost", name: "decConnsPerHost", pkg: "net/http", typ: $funcType([connectMethodKey], [], false)}, {prop: "dialConn", name: "dialConn", pkg: "net/http", typ: $funcType([context.Context, connectMethod], [ptrType$22, $error], false)}, {prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}];
	ptrType$114.methods = [{prop: "extraHeaders", name: "extraHeaders", pkg: "net/http", typ: $funcType([], [Header], false)}, {prop: "setError", name: "setError", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "logf", name: "logf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}];
	ptrType$20.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	transportReadFromServerError.methods = [{prop: "Unwrap", name: "Unwrap", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$24.methods = [{prop: "waiting", name: "waiting", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "tryDeliver", name: "tryDeliver", pkg: "net/http", typ: $funcType([ptrType$22, $error], [$Bool], false)}, {prop: "cancel", name: "cancel", pkg: "net/http", typ: $funcType([ptrType$27, $error], [], false)}];
	ptrType$115.methods = [{prop: "len", name: "len", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "pushBack", name: "pushBack", pkg: "net/http", typ: $funcType([ptrType$24], [], false)}, {prop: "popFront", name: "popFront", pkg: "net/http", typ: $funcType([], [ptrType$24], false)}, {prop: "peekFront", name: "peekFront", pkg: "net/http", typ: $funcType([], [ptrType$24], false)}, {prop: "cleanFront", name: "cleanFront", pkg: "net/http", typ: $funcType([], [$Bool], false)}];
	persistConnWriter.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([io.Reader], [$Int64, $error], false)}];
	ptrType$116.methods = [{prop: "proxyAuth", name: "proxyAuth", pkg: "net/http", typ: $funcType([], [$String], false)}, {prop: "key", name: "key", pkg: "net/http", typ: $funcType([], [connectMethodKey], false)}, {prop: "scheme", name: "scheme", pkg: "net/http", typ: $funcType([], [$String], false)}, {prop: "addr", name: "addr", pkg: "net/http", typ: $funcType([], [$String], false)}, {prop: "tlsHost", name: "tlsHost", pkg: "net/http", typ: $funcType([], [$String], false)}];
	connectMethodKey.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$22.methods = [{prop: "shouldRetryRequest", name: "shouldRetryRequest", pkg: "net/http", typ: $funcType([ptrType$11, $error], [$Bool], false)}, {prop: "addTLS", name: "addTLS", pkg: "net/http", typ: $funcType([context.Context, $String, ptrType$19], [$error], false)}, {prop: "maxHeaderResponseSize", name: "maxHeaderResponseSize", pkg: "net/http", typ: $funcType([], [$Int64], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "isBroken", name: "isBroken", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "canceled", name: "canceled", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "isReused", name: "isReused", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "gotIdleConnTrace", name: "gotIdleConnTrace", pkg: "net/http", typ: $funcType([time.Time], [httptrace.GotConnInfo], false)}, {prop: "cancelRequest", name: "cancelRequest", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "closeConnIfStillIdle", name: "closeConnIfStillIdle", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "mapRoundTripError", name: "mapRoundTripError", pkg: "net/http", typ: $funcType([ptrType$114, $Int64, $error], [$error], false)}, {prop: "readLoop", name: "readLoop", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "readLoopPeekFailLocked", name: "readLoopPeekFailLocked", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "readResponse", name: "readResponse", pkg: "net/http", typ: $funcType([requestAndChan, ptrType$19], [ptrType$18, $error], false)}, {prop: "waitForContinue", name: "waitForContinue", pkg: "net/http", typ: $funcType([chanType$2], [funcType$10], false)}, {prop: "writeLoop", name: "writeLoop", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "wroteRequest", name: "wroteRequest", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "roundTrip", name: "roundTrip", pkg: "net/http", typ: $funcType([ptrType$114], [ptrType$18, $error], false)}, {prop: "markReused", name: "markReused", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "close", name: "close", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "closeLocked", name: "closeLocked", pkg: "net/http", typ: $funcType([$error], [], false)}];
	ptrType$117.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	ptrType$118.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$32.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "condfn", name: "condfn", pkg: "net/http", typ: $funcType([$error], [$error], false)}];
	ptrType$119.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	tlsHandshakeTimeoutError.methods = [{prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	fakeLocker.methods = [{prop: "Lock", name: "Lock", pkg: "", typ: $funcType([], [], false)}, {prop: "Unlock", name: "Unlock", pkg: "", typ: $funcType([], [], false)}];
	ptrType$120.methods = [{prop: "add", name: "add", pkg: "net/http", typ: $funcType([ptrType$22], [], false)}, {prop: "removeOldest", name: "removeOldest", pkg: "net/http", typ: $funcType([], [ptrType$22], false)}, {prop: "remove", name: "remove", pkg: "net/http", typ: $funcType([ptrType$22], [], false)}, {prop: "len", name: "len", pkg: "net/http", typ: $funcType([], [$Int], false)}];
	errorReader.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	ptrType$121.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	ptrType$35.methods = [{prop: "shouldSendChunkedRequestBody", name: "shouldSendChunkedRequestBody", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "probeRequestBody", name: "probeRequestBody", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "shouldSendContentLength", name: "shouldSendContentLength", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "writeHeader", name: "writeHeader", pkg: "net/http", typ: $funcType([io.Writer, ptrType$19], [$error], false)}, {prop: "writeBody", name: "writeBody", pkg: "net/http", typ: $funcType([io.Writer], [$error], false)}, {prop: "doBodyCopy", name: "doBodyCopy", pkg: "net/http", typ: $funcType([io.Writer, io.Reader], [$Int64, $error], false)}, {prop: "unwrapBody", name: "unwrapBody", pkg: "net/http", typ: $funcType([], [io.Reader], false)}];
	ptrType$122.methods = [{prop: "protoAtLeast", name: "protoAtLeast", pkg: "net/http", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "parseTransferEncoding", name: "parseTransferEncoding", pkg: "net/http", typ: $funcType([], [$error], false)}];
	ptrType$36.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$52.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "readLocked", name: "readLocked", pkg: "net/http", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "readTrailer", name: "readTrailer", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "unreadDataSizeLocked", name: "unreadDataSizeLocked", pkg: "net/http", typ: $funcType([], [$Int64], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "didEarlyClose", name: "didEarlyClose", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "bodyRemains", name: "bodyRemains", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "registerOnHitEOF", name: "registerOnHitEOF", pkg: "net/http", typ: $funcType([funcType], [], false)}];
	bodyLocked.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	finishAsyncByteRead.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	bufioFlushWriter.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	socksCommand.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	socksReply.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$42.methods = [{prop: "Network", name: "Network", pkg: "", typ: $funcType([], [$String], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$43.methods = [{prop: "BoundAddr", name: "BoundAddr", pkg: "", typ: $funcType([], [net.Addr], false)}];
	ptrType$123.methods = [{prop: "connect", name: "connect", pkg: "net/http", typ: $funcType([context.Context, net.Conn, $String], [net.Addr, $error], false)}, {prop: "DialContext", name: "DialContext", pkg: "", typ: $funcType([context.Context, $String, $String], [net.Conn, $error], false)}, {prop: "DialWithConn", name: "DialWithConn", pkg: "", typ: $funcType([context.Context, net.Conn, $String, $String], [net.Addr, $error], false)}, {prop: "Dial", name: "Dial", pkg: "", typ: $funcType([$String, $String], [net.Conn, $error], false)}, {prop: "validateTarget", name: "validateTarget", pkg: "net/http", typ: $funcType([$String, $String], [$error], false)}, {prop: "pathAddrs", name: "pathAddrs", pkg: "net/http", typ: $funcType([$String], [net.Addr, net.Addr, $error], false)}];
	ptrType$124.methods = [{prop: "Authenticate", name: "Authenticate", pkg: "", typ: $funcType([context.Context, io.ReadWriter, socksAuthMethod], [$error], false)}];
	ptrType$125.methods = [{prop: "match", name: "match", pkg: "net/http", typ: $funcType([sliceType$3, $Int], [$String], false)}];
	ptrType$126.methods = [{prop: "match", name: "match", pkg: "net/http", typ: $funcType([sliceType$3, $Int], [$String], false)}];
	htmlSig.methods = [{prop: "match", name: "match", pkg: "net/http", typ: $funcType([sliceType$3, $Int], [$String], false)}];
	mp4Sig.methods = [{prop: "match", name: "match", pkg: "net/http", typ: $funcType([sliceType$3, $Int], [$String], false)}];
	textSig.methods = [{prop: "match", name: "match", pkg: "net/http", typ: $funcType([sliceType$3, $Int], [$String], false)}];
	ptrType$53.methods = [{prop: "hijacked", name: "hijacked", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "hijackLocked", name: "hijackLocked", pkg: "net/http", typ: $funcType([], [net.Conn, ptrType$44, $error], false)}, {prop: "readRequest", name: "readRequest", pkg: "net/http", typ: $funcType([context.Context], [ptrType$49, $error], false)}, {prop: "finalFlush", name: "finalFlush", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "close", name: "close", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "closeWriteAndWait", name: "closeWriteAndWait", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "setState", name: "setState", pkg: "net/http", typ: $funcType([net.Conn, ConnState, $Bool], [], false)}, {prop: "getState", name: "getState", pkg: "net/http", typ: $funcType([], [ConnState, $Int64], false)}, {prop: "serve", name: "serve", pkg: "net/http", typ: $funcType([context.Context], [], false)}];
	ptrType$127.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "flush", name: "flush", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "close", name: "close", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "writeHeader", name: "writeHeader", pkg: "net/http", typ: $funcType([sliceType$3], [], false)}];
	ptrType$49.methods = [{prop: "finalTrailers", name: "finalTrailers", pkg: "net/http", typ: $funcType([], [Header], false)}, {prop: "declareTrailer", name: "declareTrailer", pkg: "net/http", typ: $funcType([$String], [], false)}, {prop: "requestTooLarge", name: "requestTooLarge", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "needsSniff", name: "needsSniff", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "ReadFrom", name: "ReadFrom", pkg: "", typ: $funcType([io.Reader], [$Int64, $error], false)}, {prop: "Header", name: "Header", pkg: "", typ: $funcType([], [Header], false)}, {prop: "WriteHeader", name: "WriteHeader", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "bodyAllowed", name: "bodyAllowed", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}, {prop: "write", name: "write", pkg: "net/http", typ: $funcType([$Int, sliceType$3, $String], [$Int, $error], false)}, {prop: "finishRequest", name: "finishRequest", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "shouldReuseConnection", name: "shouldReuseConnection", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "closedRequestBodyEarly", name: "closedRequestBodyEarly", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "Flush", name: "Flush", pkg: "", typ: $funcType([], [], false)}, {prop: "sendExpectationFailed", name: "sendExpectationFailed", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "Hijack", name: "Hijack", pkg: "", typ: $funcType([], [net.Conn, ptrType$44, $error], false)}, {prop: "CloseNotify", name: "CloseNotify", pkg: "", typ: $funcType([], [chanType$9], false)}];
	ptrType$51.methods = [{prop: "isSet", name: "isSet", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "setTrue", name: "setTrue", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "setFalse", name: "setFalse", pkg: "net/http", typ: $funcType([], [], false)}];
	ptrType$47.methods = [{prop: "lock", name: "lock", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "unlock", name: "unlock", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "startBackgroundRead", name: "startBackgroundRead", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "backgroundRead", name: "backgroundRead", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "abortPendingRead", name: "abortPendingRead", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "setReadLimit", name: "setReadLimit", pkg: "net/http", typ: $funcType([$Int64], [], false)}, {prop: "setInfiniteReadLimit", name: "setInfiniteReadLimit", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "hitReadLimit", name: "hitReadLimit", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "handleReadError", name: "handleReadError", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "closeNotify", name: "closeNotify", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	ptrType$55.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	extraHeader.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([ptrType$14], [], false)}];
	statusError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	HandlerFunc.methods = [{prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([ResponseWriter, ptrType$11], [], false)}];
	ptrType$128.methods = [{prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([ResponseWriter, ptrType$11], [], false)}];
	ptrType$129.methods = [{prop: "match", name: "match", pkg: "net/http", typ: $funcType([$String], [Handler, $String], false)}, {prop: "redirectToPathSlash", name: "redirectToPathSlash", pkg: "net/http", typ: $funcType([$String, $String, ptrType$17], [ptrType$17, $Bool], false)}, {prop: "shouldRedirectRLocked", name: "shouldRedirectRLocked", pkg: "net/http", typ: $funcType([$String, $String], [$Bool], false)}, {prop: "Handler", name: "Handler", pkg: "", typ: $funcType([ptrType$11], [Handler, $String], false)}, {prop: "handler", name: "handler", pkg: "net/http", typ: $funcType([$String, $String], [Handler, $String], false)}, {prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([ResponseWriter, ptrType$11], [], false)}, {prop: "Handle", name: "Handle", pkg: "", typ: $funcType([$String, Handler], [], false)}, {prop: "HandleFunc", name: "HandleFunc", pkg: "", typ: $funcType([$String, funcType$15], [], false)}];
	ptrType$46.methods = [{prop: "newConn", name: "newConn", pkg: "net/http", typ: $funcType([net.Conn], [ptrType$53], false)}, {prop: "maxHeaderBytes", name: "maxHeaderBytes", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "initialReadLimitSize", name: "initialReadLimitSize", pkg: "net/http", typ: $funcType([], [$Int64], false)}, {prop: "tlsHandshakeTimeout", name: "tlsHandshakeTimeout", pkg: "net/http", typ: $funcType([], [time.Duration], false)}, {prop: "getDoneChan", name: "getDoneChan", pkg: "net/http", typ: $funcType([], [chanType$2], false)}, {prop: "getDoneChanLocked", name: "getDoneChanLocked", pkg: "net/http", typ: $funcType([], [chanType$1], false)}, {prop: "closeDoneChanLocked", name: "closeDoneChanLocked", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Shutdown", name: "Shutdown", pkg: "", typ: $funcType([context.Context], [$error], false)}, {prop: "RegisterOnShutdown", name: "RegisterOnShutdown", pkg: "", typ: $funcType([funcType], [], false)}, {prop: "numListeners", name: "numListeners", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "closeIdleConns", name: "closeIdleConns", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "closeListenersLocked", name: "closeListenersLocked", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "ListenAndServe", name: "ListenAndServe", pkg: "", typ: $funcType([], [$error], false)}, {prop: "shouldConfigureHTTP2ForServe", name: "shouldConfigureHTTP2ForServe", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "Serve", name: "Serve", pkg: "", typ: $funcType([net.Listener], [$error], false)}, {prop: "ServeTLS", name: "ServeTLS", pkg: "", typ: $funcType([net.Listener, $String, $String], [$error], false)}, {prop: "trackListener", name: "trackListener", pkg: "net/http", typ: $funcType([ptrType$59, $Bool], [$Bool], false)}, {prop: "trackConn", name: "trackConn", pkg: "net/http", typ: $funcType([ptrType$53, $Bool], [], false)}, {prop: "idleTimeout", name: "idleTimeout", pkg: "net/http", typ: $funcType([], [time.Duration], false)}, {prop: "readHeaderTimeout", name: "readHeaderTimeout", pkg: "net/http", typ: $funcType([], [time.Duration], false)}, {prop: "doKeepAlives", name: "doKeepAlives", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "shuttingDown", name: "shuttingDown", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "SetKeepAlivesEnabled", name: "SetKeepAlivesEnabled", pkg: "", typ: $funcType([$Bool], [], false)}, {prop: "logf", name: "logf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}, {prop: "ListenAndServeTLS", name: "ListenAndServeTLS", pkg: "", typ: $funcType([$String, $String], [$error], false)}, {prop: "setupHTTP2_ServeTLS", name: "setupHTTP2_ServeTLS", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "setupHTTP2_Serve", name: "setupHTTP2_Serve", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "onceSetNextProtoDefaults_Serve", name: "onceSetNextProtoDefaults_Serve", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "onceSetNextProtoDefaults", name: "onceSetNextProtoDefaults", pkg: "net/http", typ: $funcType([], [], false)}];
	ConnState.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	serverHandler.methods = [{prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([ResponseWriter, ptrType$11], [], false)}];
	ptrType$131.methods = [{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "close", name: "close", pkg: "net/http", typ: $funcType([], [], false)}];
	globalOptionsHandler.methods = [{prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([ResponseWriter, ptrType$11], [], false)}];
	initALPNRequest.methods = [{prop: "BaseContext", name: "BaseContext", pkg: "", typ: $funcType([], [context.Context], false)}, {prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([ResponseWriter, ptrType$11], [], false)}];
	ptrType$132.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	checkConnErrorWriter.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	ptrType$133.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$134.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$18.methods = [{prop: "Cookies", name: "Cookies", pkg: "", typ: $funcType([], [sliceType$29], false)}, {prop: "Location", name: "Location", pkg: "", typ: $funcType([], [ptrType$17, $error], false)}, {prop: "ProtoAtLeast", name: "ProtoAtLeast", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([io.Writer], [$error], false)}, {prop: "closeBody", name: "closeBody", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "bodyIsWritable", name: "bodyIsWritable", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "isProtocolSwitch", name: "isProtocolSwitch", pkg: "net/http", typ: $funcType([], [$Bool], false)}];
	ptrType$135.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$11.methods = [{prop: "Context", name: "Context", pkg: "", typ: $funcType([], [context.Context], false)}, {prop: "WithContext", name: "WithContext", pkg: "", typ: $funcType([context.Context], [ptrType$11], false)}, {prop: "Clone", name: "Clone", pkg: "", typ: $funcType([context.Context], [ptrType$11], false)}, {prop: "ProtoAtLeast", name: "ProtoAtLeast", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "UserAgent", name: "UserAgent", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Cookies", name: "Cookies", pkg: "", typ: $funcType([], [sliceType$29], false)}, {prop: "Cookie", name: "Cookie", pkg: "", typ: $funcType([$String], [ptrType$62, $error], false)}, {prop: "AddCookie", name: "AddCookie", pkg: "", typ: $funcType([ptrType$62], [], false)}, {prop: "Referer", name: "Referer", pkg: "", typ: $funcType([], [$String], false)}, {prop: "MultipartReader", name: "MultipartReader", pkg: "", typ: $funcType([], [ptrType$63, $error], false)}, {prop: "multipartReader", name: "multipartReader", pkg: "net/http", typ: $funcType([$Bool], [ptrType$63, $error], false)}, {prop: "isH2Upgrade", name: "isH2Upgrade", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([io.Writer], [$error], false)}, {prop: "WriteProxy", name: "WriteProxy", pkg: "", typ: $funcType([io.Writer], [$error], false)}, {prop: "write", name: "write", pkg: "net/http", typ: $funcType([io.Writer, $Bool, Header, funcType$10], [$error], false)}, {prop: "BasicAuth", name: "BasicAuth", pkg: "", typ: $funcType([], [$String, $String, $Bool], false)}, {prop: "SetBasicAuth", name: "SetBasicAuth", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "ParseForm", name: "ParseForm", pkg: "", typ: $funcType([], [$error], false)}, {prop: "ParseMultipartForm", name: "ParseMultipartForm", pkg: "", typ: $funcType([$Int64], [$error], false)}, {prop: "FormValue", name: "FormValue", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "PostFormValue", name: "PostFormValue", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "FormFile", name: "FormFile", pkg: "", typ: $funcType([$String], [multipart.File, ptrType$66, $error], false)}, {prop: "expectsContinue", name: "expectsContinue", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "wantsHttp10KeepAlive", name: "wantsHttp10KeepAlive", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "wantsClose", name: "wantsClose", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "closeBody", name: "closeBody", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "isReplayable", name: "isReplayable", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "outgoingLength", name: "outgoingLength", pkg: "net/http", typ: $funcType([], [$Int64], false)}, {prop: "requiresHTTP1", name: "requiresHTTP1", pkg: "net/http", typ: $funcType([], [$Bool], false)}];
	ptrType$65.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$136.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	noBody.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "WriteTo", name: "WriteTo", pkg: "", typ: $funcType([io.Writer], [$Int64, $error], false)}];
	Header.methods = [{prop: "Add", name: "Add", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "Set", name: "Set", pkg: "", typ: $funcType([$String, $String], [], false)}, {prop: "Get", name: "Get", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "Values", name: "Values", pkg: "", typ: $funcType([$String], [sliceType$2], false)}, {prop: "get", name: "get", pkg: "net/http", typ: $funcType([$String], [$String], false)}, {prop: "has", name: "has", pkg: "net/http", typ: $funcType([$String], [$Bool], false)}, {prop: "Del", name: "Del", pkg: "", typ: $funcType([$String], [], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([io.Writer], [$error], false)}, {prop: "write", name: "write", pkg: "net/http", typ: $funcType([io.Writer, ptrType$19], [$error], false)}, {prop: "Clone", name: "Clone", pkg: "", typ: $funcType([], [Header], false)}, {prop: "sortedKeyValues", name: "sortedKeyValues", pkg: "net/http", typ: $funcType([mapType$11], [sliceType$6, ptrType$67], false)}, {prop: "WriteSubset", name: "WriteSubset", pkg: "", typ: $funcType([io.Writer, mapType$11], [$error], false)}, {prop: "writeSubset", name: "writeSubset", pkg: "net/http", typ: $funcType([io.Writer, mapType$11, ptrType$19], [$error], false)}];
	stringWriter.methods = [{prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}];
	ptrType$67.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}];
	ptrType$9.methods = [{prop: "GetClientConn", name: "GetClientConn", pkg: "", typ: $funcType([ptrType$11, $String], [ptrType$68, $error], false)}, {prop: "getClientConn", name: "getClientConn", pkg: "net/http", typ: $funcType([ptrType$11, $String, $Bool], [ptrType$68, $error], false)}, {prop: "getStartDialLocked", name: "getStartDialLocked", pkg: "net/http", typ: $funcType([context.Context, $String], [ptrType$69], false)}, {prop: "addConnIfNeeded", name: "addConnIfNeeded", pkg: "net/http", typ: $funcType([$String, ptrType$102, ptrType$30], [$Bool, $error], false)}, {prop: "addConnLocked", name: "addConnLocked", pkg: "net/http", typ: $funcType([$String, ptrType$68], [], false)}, {prop: "MarkDead", name: "MarkDead", pkg: "", typ: $funcType([ptrType$68], [], false)}, {prop: "closeIdleConnections", name: "closeIdleConnections", pkg: "net/http", typ: $funcType([], [], false)}];
	ptrType$69.methods = [{prop: "dial", name: "dial", pkg: "net/http", typ: $funcType([context.Context, $String], [], false)}];
	ptrType$70.methods = [{prop: "run", name: "run", pkg: "net/http", typ: $funcType([ptrType$102, $String, ptrType$30], [], false)}];
	http2noDialClientConnPool.methods = [{prop: "GetClientConn", name: "GetClientConn", pkg: "", typ: $funcType([ptrType$11, $String], [ptrType$68, $error], false)}];
	ptrType$137.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "bytesFromFirstChunk", name: "bytesFromFirstChunk", pkg: "net/http", typ: $funcType([], [sliceType$3], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "lastChunkOrAlloc", name: "lastChunkOrAlloc", pkg: "net/http", typ: $funcType([$Int64], [sliceType$3], false)}];
	http2ErrCode.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "stringToken", name: "stringToken", pkg: "net/http", typ: $funcType([], [$String], false)}];
	http2ConnectionError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	http2StreamError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	http2goAwayFlowError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	http2connError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	http2pseudoHeaderError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	http2duplicatePseudoHeaderError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	http2headerFieldNameError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	http2headerFieldValueError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$71.methods = [{prop: "setConnFlow", name: "setConnFlow", pkg: "net/http", typ: $funcType([ptrType$71], [], false)}, {prop: "available", name: "available", pkg: "net/http", typ: $funcType([], [$Int32], false)}, {prop: "take", name: "take", pkg: "net/http", typ: $funcType([$Int32], [], false)}, {prop: "add", name: "add", pkg: "net/http", typ: $funcType([$Int32], [$Bool], false)}];
	http2FrameType.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	http2Flags.methods = [{prop: "Has", name: "Has", pkg: "", typ: $funcType([http2Flags], [$Bool], false)}];
	http2FrameHeader.methods = [{prop: "Header", name: "Header", pkg: "", typ: $funcType([], [http2FrameHeader], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "writeDebug", name: "writeDebug", pkg: "net/http", typ: $funcType([ptrType$40], [], false)}];
	ptrType$138.methods = [{prop: "checkValid", name: "checkValid", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "invalidate", name: "invalidate", pkg: "net/http", typ: $funcType([], [], false)}];
	ptrType$72.methods = [{prop: "maxHeaderListSize", name: "maxHeaderListSize", pkg: "net/http", typ: $funcType([], [$Uint32], false)}, {prop: "startWrite", name: "startWrite", pkg: "net/http", typ: $funcType([http2FrameType, http2Flags, $Uint32], [], false)}, {prop: "endWrite", name: "endWrite", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "logWrite", name: "logWrite", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "writeByte", name: "writeByte", pkg: "net/http", typ: $funcType([$Uint8], [], false)}, {prop: "writeBytes", name: "writeBytes", pkg: "net/http", typ: $funcType([sliceType$3], [], false)}, {prop: "writeUint16", name: "writeUint16", pkg: "net/http", typ: $funcType([$Uint16], [], false)}, {prop: "writeUint32", name: "writeUint32", pkg: "net/http", typ: $funcType([$Uint32], [], false)}, {prop: "SetReuseFrames", name: "SetReuseFrames", pkg: "", typ: $funcType([], [], false)}, {prop: "SetMaxReadFrameSize", name: "SetMaxReadFrameSize", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "ErrorDetail", name: "ErrorDetail", pkg: "", typ: $funcType([], [$error], false)}, {prop: "ReadFrame", name: "ReadFrame", pkg: "", typ: $funcType([], [http2Frame, $error], false)}, {prop: "connError", name: "connError", pkg: "net/http", typ: $funcType([http2ErrCode, $String], [$error], false)}, {prop: "checkFrameOrder", name: "checkFrameOrder", pkg: "net/http", typ: $funcType([http2Frame], [$error], false)}, {prop: "WriteData", name: "WriteData", pkg: "", typ: $funcType([$Uint32, $Bool, sliceType$3], [$error], false)}, {prop: "WriteDataPadded", name: "WriteDataPadded", pkg: "", typ: $funcType([$Uint32, $Bool, sliceType$3, sliceType$3], [$error], false)}, {prop: "WriteSettings", name: "WriteSettings", pkg: "", typ: $funcType([sliceType$23], [$error], true)}, {prop: "WriteSettingsAck", name: "WriteSettingsAck", pkg: "", typ: $funcType([], [$error], false)}, {prop: "WritePing", name: "WritePing", pkg: "", typ: $funcType([$Bool, arrayType$8], [$error], false)}, {prop: "WriteGoAway", name: "WriteGoAway", pkg: "", typ: $funcType([$Uint32, http2ErrCode, sliceType$3], [$error], false)}, {prop: "WriteWindowUpdate", name: "WriteWindowUpdate", pkg: "", typ: $funcType([$Uint32, $Uint32], [$error], false)}, {prop: "WriteHeaders", name: "WriteHeaders", pkg: "", typ: $funcType([http2HeadersFrameParam], [$error], false)}, {prop: "WritePriority", name: "WritePriority", pkg: "", typ: $funcType([$Uint32, http2PriorityParam], [$error], false)}, {prop: "WriteRSTStream", name: "WriteRSTStream", pkg: "", typ: $funcType([$Uint32, http2ErrCode], [$error], false)}, {prop: "WriteContinuation", name: "WriteContinuation", pkg: "", typ: $funcType([$Uint32, $Bool, sliceType$3], [$error], false)}, {prop: "WritePushPromise", name: "WritePushPromise", pkg: "", typ: $funcType([http2PushPromiseParam], [$error], false)}, {prop: "WriteRawFrame", name: "WriteRawFrame", pkg: "", typ: $funcType([http2FrameType, http2Flags, $Uint32, sliceType$3], [$error], false)}, {prop: "maxHeaderStringLen", name: "maxHeaderStringLen", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "readMetaFrame", name: "readMetaFrame", pkg: "net/http", typ: $funcType([ptrType$75], [ptrType$76, $error], false)}];
	ptrType$73.methods = [{prop: "getDataFrame", name: "getDataFrame", pkg: "net/http", typ: $funcType([], [ptrType$79], false)}];
	ptrType$79.methods = [{prop: "StreamEnded", name: "StreamEnded", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Data", name: "Data", pkg: "", typ: $funcType([], [sliceType$3], false)}];
	ptrType$78.methods = [{prop: "IsAck", name: "IsAck", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Value", name: "Value", pkg: "", typ: $funcType([http2SettingID], [$Uint32, $Bool], false)}, {prop: "Setting", name: "Setting", pkg: "", typ: $funcType([$Int], [http2Setting], false)}, {prop: "NumSettings", name: "NumSettings", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "HasDuplicates", name: "HasDuplicates", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "ForeachSetting", name: "ForeachSetting", pkg: "", typ: $funcType([funcType$23], [$error], false)}];
	ptrType$81.methods = [{prop: "IsAck", name: "IsAck", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$82.methods = [{prop: "DebugData", name: "DebugData", pkg: "", typ: $funcType([], [sliceType$3], false)}];
	ptrType$139.methods = [{prop: "Payload", name: "Payload", pkg: "", typ: $funcType([], [sliceType$3], false)}];
	ptrType$75.methods = [{prop: "HeaderBlockFragment", name: "HeaderBlockFragment", pkg: "", typ: $funcType([], [sliceType$3], false)}, {prop: "HeadersEnded", name: "HeadersEnded", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "StreamEnded", name: "StreamEnded", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "HasPriority", name: "HasPriority", pkg: "", typ: $funcType([], [$Bool], false)}];
	http2PriorityParam.methods = [{prop: "IsZero", name: "IsZero", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$77.methods = [{prop: "HeaderBlockFragment", name: "HeaderBlockFragment", pkg: "", typ: $funcType([], [sliceType$3], false)}, {prop: "HeadersEnded", name: "HeadersEnded", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$96.methods = [{prop: "HeaderBlockFragment", name: "HeaderBlockFragment", pkg: "", typ: $funcType([], [sliceType$3], false)}, {prop: "HeadersEnded", name: "HeadersEnded", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$76.methods = [{prop: "PseudoValue", name: "PseudoValue", pkg: "", typ: $funcType([$String], [$String], false)}, {prop: "RegularFields", name: "RegularFields", pkg: "", typ: $funcType([], [sliceType$22], false)}, {prop: "PseudoFields", name: "PseudoFields", pkg: "", typ: $funcType([], [sliceType$22], false)}, {prop: "checkPseudos", name: "checkPseudos", pkg: "net/http", typ: $funcType([], [$error], false)}];
	http2goroutineLock.methods = [{prop: "check", name: "check", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "checkNotOn", name: "checkNotOn", pkg: "net/http", typ: $funcType([], [], false)}];
	http2streamState.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	http2Setting.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Valid", name: "Valid", pkg: "", typ: $funcType([], [$error], false)}];
	http2SettingID.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	http2gate.methods = [{prop: "Done", name: "Done", pkg: "", typ: $funcType([], [], false)}, {prop: "Wait", name: "Wait", pkg: "", typ: $funcType([], [], false)}];
	http2closeWaiter.methods = [{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [], false)}, {prop: "Wait", name: "Wait", pkg: "", typ: $funcType([], [], false)}];
	ptrType$98.methods = [{prop: "Init", name: "Init", pkg: "", typ: $funcType([], [], false)}];
	ptrType$88.methods = [{prop: "Available", name: "Available", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Flush", name: "Flush", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$140.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Timeout", name: "Timeout", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "Temporary", name: "Temporary", pkg: "", typ: $funcType([], [$Bool], false)}];
	ptrType$100.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}, {prop: "Keys", name: "Keys", pkg: "", typ: $funcType([Header], [sliceType$2], false)}, {prop: "SortStrings", name: "SortStrings", pkg: "", typ: $funcType([sliceType$2], [], false)}];
	ptrType$97.methods = [{prop: "setBuffer", name: "setBuffer", pkg: "net/http", typ: $funcType([http2pipeBuffer], [], false)}, {prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "CloseWithError", name: "CloseWithError", pkg: "", typ: $funcType([$error], [], false)}, {prop: "BreakWithError", name: "BreakWithError", pkg: "", typ: $funcType([$error], [], false)}, {prop: "closeWithErrorAndCode", name: "closeWithErrorAndCode", pkg: "net/http", typ: $funcType([$error, funcType], [], false)}, {prop: "closeWithError", name: "closeWithError", pkg: "net/http", typ: $funcType([ptrType$85, $error, funcType], [], false)}, {prop: "closeDoneLocked", name: "closeDoneLocked", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "Err", name: "Err", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Done", name: "Done", pkg: "", typ: $funcType([], [chanType$2], false)}];
	ptrType$86.methods = [{prop: "initialConnRecvWindowSize", name: "initialConnRecvWindowSize", pkg: "net/http", typ: $funcType([], [$Int32], false)}, {prop: "initialStreamRecvWindowSize", name: "initialStreamRecvWindowSize", pkg: "net/http", typ: $funcType([], [$Int32], false)}, {prop: "maxReadFrameSize", name: "maxReadFrameSize", pkg: "net/http", typ: $funcType([], [$Uint32], false)}, {prop: "maxConcurrentStreams", name: "maxConcurrentStreams", pkg: "net/http", typ: $funcType([], [$Uint32], false)}, {prop: "maxQueuedControlFrames", name: "maxQueuedControlFrames", pkg: "net/http", typ: $funcType([], [$Int], false)}, {prop: "ServeConn", name: "ServeConn", pkg: "", typ: $funcType([net.Conn, ptrType$87], [], false)}];
	ptrType$60.methods = [{prop: "registerConn", name: "registerConn", pkg: "net/http", typ: $funcType([ptrType$13], [], false)}, {prop: "unregisterConn", name: "unregisterConn", pkg: "net/http", typ: $funcType([ptrType$13], [], false)}, {prop: "startGracefulShutdown", name: "startGracefulShutdown", pkg: "net/http", typ: $funcType([], [], false)}];
	ptrType$87.methods = [{prop: "context", name: "context", pkg: "net/http", typ: $funcType([], [context.Context], false)}, {prop: "baseConfig", name: "baseConfig", pkg: "net/http", typ: $funcType([], [ptrType$46], false)}, {prop: "handler", name: "handler", pkg: "net/http", typ: $funcType([], [Handler], false)}];
	ptrType$13.methods = [{prop: "rejectConn", name: "rejectConn", pkg: "net/http", typ: $funcType([http2ErrCode, $String], [], false)}, {prop: "maxHeaderListSize", name: "maxHeaderListSize", pkg: "net/http", typ: $funcType([], [$Uint32], false)}, {prop: "curOpenStreams", name: "curOpenStreams", pkg: "net/http", typ: $funcType([], [$Uint32], false)}, {prop: "Framer", name: "Framer", pkg: "", typ: $funcType([], [ptrType$72], false)}, {prop: "CloseConn", name: "CloseConn", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Flush", name: "Flush", pkg: "", typ: $funcType([], [$error], false)}, {prop: "HeaderEncoder", name: "HeaderEncoder", pkg: "", typ: $funcType([], [ptrType$89, ptrType$40], false)}, {prop: "state", name: "state", pkg: "net/http", typ: $funcType([$Uint32], [http2streamState, ptrType$10], false)}, {prop: "setConnState", name: "setConnState", pkg: "net/http", typ: $funcType([ConnState], [], false)}, {prop: "vlogf", name: "vlogf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}, {prop: "logf", name: "logf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}, {prop: "condlogf", name: "condlogf", pkg: "net/http", typ: $funcType([$error, $String, sliceType], [], true)}, {prop: "canonicalHeader", name: "canonicalHeader", pkg: "net/http", typ: $funcType([$String], [$String], false)}, {prop: "readFrames", name: "readFrames", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "writeFrameAsync", name: "writeFrameAsync", pkg: "net/http", typ: $funcType([http2FrameWriteRequest], [], false)}, {prop: "closeAllStreamsOnConnClose", name: "closeAllStreamsOnConnClose", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "stopShutdownTimer", name: "stopShutdownTimer", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "notePanic", name: "notePanic", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "serve", name: "serve", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "awaitGracefulShutdown", name: "awaitGracefulShutdown", pkg: "net/http", typ: $funcType([chanType$2, chanType$1], [], false)}, {prop: "onSettingsTimer", name: "onSettingsTimer", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "onIdleTimer", name: "onIdleTimer", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "onShutdownTimer", name: "onShutdownTimer", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "sendServeMsg", name: "sendServeMsg", pkg: "net/http", typ: $funcType([$emptyInterface], [], false)}, {prop: "readPreface", name: "readPreface", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "writeDataFromHandler", name: "writeDataFromHandler", pkg: "net/http", typ: $funcType([ptrType$10, sliceType$3, $Bool], [$error], false)}, {prop: "writeFrameFromHandler", name: "writeFrameFromHandler", pkg: "net/http", typ: $funcType([http2FrameWriteRequest], [$error], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2FrameWriteRequest], [], false)}, {prop: "startFrameWrite", name: "startFrameWrite", pkg: "net/http", typ: $funcType([http2FrameWriteRequest], [], false)}, {prop: "wroteFrame", name: "wroteFrame", pkg: "net/http", typ: $funcType([http2frameWriteResult], [], false)}, {prop: "scheduleFrameWrite", name: "scheduleFrameWrite", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "startGracefulShutdown", name: "startGracefulShutdown", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "startGracefulShutdownInternal", name: "startGracefulShutdownInternal", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "goAway", name: "goAway", pkg: "net/http", typ: $funcType([http2ErrCode], [], false)}, {prop: "shutDownIn", name: "shutDownIn", pkg: "net/http", typ: $funcType([time.Duration], [], false)}, {prop: "resetStream", name: "resetStream", pkg: "net/http", typ: $funcType([http2StreamError], [], false)}, {prop: "processFrameFromReader", name: "processFrameFromReader", pkg: "net/http", typ: $funcType([http2readFrameResult], [$Bool], false)}, {prop: "processFrame", name: "processFrame", pkg: "net/http", typ: $funcType([http2Frame], [$error], false)}, {prop: "processPing", name: "processPing", pkg: "net/http", typ: $funcType([ptrType$81], [$error], false)}, {prop: "processWindowUpdate", name: "processWindowUpdate", pkg: "net/http", typ: $funcType([ptrType$80], [$error], false)}, {prop: "processResetStream", name: "processResetStream", pkg: "net/http", typ: $funcType([ptrType$83], [$error], false)}, {prop: "closeStream", name: "closeStream", pkg: "net/http", typ: $funcType([ptrType$10, $error], [], false)}, {prop: "processSettings", name: "processSettings", pkg: "net/http", typ: $funcType([ptrType$78], [$error], false)}, {prop: "processSetting", name: "processSetting", pkg: "net/http", typ: $funcType([http2Setting], [$error], false)}, {prop: "processSettingInitialWindowSize", name: "processSettingInitialWindowSize", pkg: "net/http", typ: $funcType([$Uint32], [$error], false)}, {prop: "processData", name: "processData", pkg: "net/http", typ: $funcType([ptrType$79], [$error], false)}, {prop: "processGoAway", name: "processGoAway", pkg: "net/http", typ: $funcType([ptrType$82], [$error], false)}, {prop: "processHeaders", name: "processHeaders", pkg: "net/http", typ: $funcType([ptrType$76], [$error], false)}, {prop: "checkPriority", name: "checkPriority", pkg: "net/http", typ: $funcType([$Uint32, http2PriorityParam], [$error], false)}, {prop: "processPriority", name: "processPriority", pkg: "net/http", typ: $funcType([ptrType$95], [$error], false)}, {prop: "newStream", name: "newStream", pkg: "net/http", typ: $funcType([$Uint32, $Uint32, http2streamState], [ptrType$10], false)}, {prop: "newWriterAndRequest", name: "newWriterAndRequest", pkg: "net/http", typ: $funcType([ptrType$10, ptrType$76], [ptrType$16, ptrType$11, $error], false)}, {prop: "newWriterAndRequestNoBody", name: "newWriterAndRequestNoBody", pkg: "net/http", typ: $funcType([ptrType$10, http2requestParam], [ptrType$16, ptrType$11, $error], false)}, {prop: "runHandler", name: "runHandler", pkg: "net/http", typ: $funcType([ptrType$16, ptrType$11, funcType$15], [], false)}, {prop: "writeHeaders", name: "writeHeaders", pkg: "net/http", typ: $funcType([ptrType$10, ptrType$93], [$error], false)}, {prop: "write100ContinueHeaders", name: "write100ContinueHeaders", pkg: "net/http", typ: $funcType([ptrType$10], [], false)}, {prop: "noteBodyReadFromHandler", name: "noteBodyReadFromHandler", pkg: "net/http", typ: $funcType([ptrType$10, $Int, $error], [], false)}, {prop: "noteBodyRead", name: "noteBodyRead", pkg: "net/http", typ: $funcType([ptrType$10, $Int], [], false)}, {prop: "sendWindowUpdate", name: "sendWindowUpdate", pkg: "net/http", typ: $funcType([ptrType$10, $Int], [], false)}, {prop: "sendWindowUpdate32", name: "sendWindowUpdate32", pkg: "net/http", typ: $funcType([ptrType$10, $Int32], [], false)}, {prop: "startPush", name: "startPush", pkg: "net/http", typ: $funcType([ptrType$91], [], false)}, {prop: "countError", name: "countError", pkg: "net/http", typ: $funcType([$String, $error], [$error], false)}];
	ptrType$10.methods = [{prop: "isPushed", name: "isPushed", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "endStream", name: "endStream", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "copyTrailersToHandlerRequest", name: "copyTrailersToHandlerRequest", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "onWriteTimeout", name: "onWriteTimeout", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "processTrailerHeaders", name: "processTrailerHeaders", pkg: "net/http", typ: $funcType([ptrType$76], [$error], false)}];
	ptrType$12.methods = [{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	ptrType$16.methods = [{prop: "Flush", name: "Flush", pkg: "", typ: $funcType([], [], false)}, {prop: "CloseNotify", name: "CloseNotify", pkg: "", typ: $funcType([], [chanType$9], false)}, {prop: "Header", name: "Header", pkg: "", typ: $funcType([], [Header], false)}, {prop: "WriteHeader", name: "WriteHeader", pkg: "", typ: $funcType([$Int], [], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "WriteString", name: "WriteString", pkg: "", typ: $funcType([$String], [$Int, $error], false)}, {prop: "write", name: "write", pkg: "net/http", typ: $funcType([$Int, sliceType$3, $String], [$Int, $error], false)}, {prop: "handlerDone", name: "handlerDone", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "Push", name: "Push", pkg: "", typ: $funcType([$String, ptrType$101], [$error], false)}];
	ptrType$99.methods = [{prop: "hasTrailers", name: "hasTrailers", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "hasNonemptyTrailers", name: "hasNonemptyTrailers", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "declareTrailer", name: "declareTrailer", pkg: "net/http", typ: $funcType([$String], [], false)}, {prop: "writeChunk", name: "writeChunk", pkg: "net/http", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "promoteUndeclaredTrailers", name: "promoteUndeclaredTrailers", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "writeHeader", name: "writeHeader", pkg: "net/http", typ: $funcType([$Int], [], false)}];
	http2chunkWriter.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	ptrType$102.methods = [{prop: "dialTLSWithContext", name: "dialTLSWithContext", pkg: "net/http", typ: $funcType([context.Context, $String, $String, ptrType$4], [ptrType$30, $error], false)}, {prop: "maxHeaderListSize", name: "maxHeaderListSize", pkg: "net/http", typ: $funcType([], [$Uint32], false)}, {prop: "disableCompression", name: "disableCompression", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "pingTimeout", name: "pingTimeout", pkg: "net/http", typ: $funcType([], [time.Duration], false)}, {prop: "connPool", name: "connPool", pkg: "net/http", typ: $funcType([], [http2ClientConnPool], false)}, {prop: "initConnPool", name: "initConnPool", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}, {prop: "RoundTripOpt", name: "RoundTripOpt", pkg: "", typ: $funcType([ptrType$11, http2RoundTripOpt], [ptrType$18, $error], false)}, {prop: "CloseIdleConnections", name: "CloseIdleConnections", pkg: "", typ: $funcType([], [], false)}, {prop: "dialClientConn", name: "dialClientConn", pkg: "net/http", typ: $funcType([context.Context, $String, $Bool], [ptrType$68, $error], false)}, {prop: "newTLSConfig", name: "newTLSConfig", pkg: "net/http", typ: $funcType([$String], [ptrType$4], false)}, {prop: "dialTLS", name: "dialTLS", pkg: "net/http", typ: $funcType([context.Context], [funcType$25], false)}, {prop: "disableKeepAlives", name: "disableKeepAlives", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "expectContinueTimeout", name: "expectContinueTimeout", pkg: "net/http", typ: $funcType([], [time.Duration], false)}, {prop: "NewClientConn", name: "NewClientConn", pkg: "", typ: $funcType([net.Conn], [ptrType$68, $error], false)}, {prop: "newClientConn", name: "newClientConn", pkg: "net/http", typ: $funcType([net.Conn, $Bool], [ptrType$68, $error], false)}, {prop: "vlogf", name: "vlogf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}, {prop: "logf", name: "logf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}, {prop: "idleConnTimeout", name: "idleConnTimeout", pkg: "net/http", typ: $funcType([], [time.Duration], false)}];
	ptrType$68.methods = [{prop: "healthCheck", name: "healthCheck", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "SetDoNotReuse", name: "SetDoNotReuse", pkg: "", typ: $funcType([], [], false)}, {prop: "setGoAway", name: "setGoAway", pkg: "net/http", typ: $funcType([ptrType$82], [], false)}, {prop: "CanTakeNewRequest", name: "CanTakeNewRequest", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "ReserveNewRequest", name: "ReserveNewRequest", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "State", name: "State", pkg: "", typ: $funcType([], [http2ClientConnState], false)}, {prop: "idleState", name: "idleState", pkg: "net/http", typ: $funcType([], [http2clientConnIdleState], false)}, {prop: "idleStateLocked", name: "idleStateLocked", pkg: "net/http", typ: $funcType([], [http2clientConnIdleState], false)}, {prop: "canTakeNewRequestLocked", name: "canTakeNewRequestLocked", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "tooIdleLocked", name: "tooIdleLocked", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "onIdleTimeout", name: "onIdleTimeout", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "closeIfIdle", name: "closeIfIdle", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "isDoNotReuseAndIdle", name: "isDoNotReuseAndIdle", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "Shutdown", name: "Shutdown", pkg: "", typ: $funcType([context.Context], [$error], false)}, {prop: "sendGoAway", name: "sendGoAway", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "closeForError", name: "closeForError", pkg: "net/http", typ: $funcType([$error], [$error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "closeForLostPing", name: "closeForLostPing", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "responseHeaderTimeout", name: "responseHeaderTimeout", pkg: "net/http", typ: $funcType([], [time.Duration], false)}, {prop: "decrStreamReservations", name: "decrStreamReservations", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "decrStreamReservationsLocked", name: "decrStreamReservationsLocked", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}, {prop: "awaitOpenSlotForStreamLocked", name: "awaitOpenSlotForStreamLocked", pkg: "net/http", typ: $funcType([ptrType$104], [$error], false)}, {prop: "writeHeaders", name: "writeHeaders", pkg: "net/http", typ: $funcType([$Uint32, $Bool, $Int, sliceType$3], [$error], false)}, {prop: "encodeHeaders", name: "encodeHeaders", pkg: "net/http", typ: $funcType([ptrType$11, $Bool, $String, $Int64], [sliceType$3, $error], false)}, {prop: "encodeTrailers", name: "encodeTrailers", pkg: "net/http", typ: $funcType([Header], [sliceType$3, $error], false)}, {prop: "writeHeader", name: "writeHeader", pkg: "net/http", typ: $funcType([$String, $String], [], false)}, {prop: "addStreamLocked", name: "addStreamLocked", pkg: "net/http", typ: $funcType([ptrType$104], [], false)}, {prop: "forgetStreamID", name: "forgetStreamID", pkg: "net/http", typ: $funcType([$Uint32], [], false)}, {prop: "readLoop", name: "readLoop", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "countReadFrameError", name: "countReadFrameError", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "Ping", name: "Ping", pkg: "", typ: $funcType([context.Context], [$error], false)}, {prop: "writeStreamReset", name: "writeStreamReset", pkg: "net/http", typ: $funcType([$Uint32, http2ErrCode, $error], [], false)}, {prop: "logf", name: "logf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}, {prop: "vlogf", name: "vlogf", pkg: "net/http", typ: $funcType([$String, sliceType], [], true)}];
	ptrType$104.methods = [{prop: "get1xxTraceFunc", name: "get1xxTraceFunc", pkg: "net/http", typ: $funcType([], [funcType$26], false)}, {prop: "abortStream", name: "abortStream", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "abortStreamLocked", name: "abortStreamLocked", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "abortRequestBodyWrite", name: "abortRequestBodyWrite", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "doRequest", name: "doRequest", pkg: "net/http", typ: $funcType([ptrType$11], [], false)}, {prop: "writeRequest", name: "writeRequest", pkg: "net/http", typ: $funcType([ptrType$11], [$error], false)}, {prop: "encodeAndWriteHeaders", name: "encodeAndWriteHeaders", pkg: "net/http", typ: $funcType([ptrType$11], [$error], false)}, {prop: "cleanupWriteRequest", name: "cleanupWriteRequest", pkg: "net/http", typ: $funcType([$error], [], false)}, {prop: "frameScratchBufferLen", name: "frameScratchBufferLen", pkg: "net/http", typ: $funcType([$Int], [$Int], false)}, {prop: "writeRequestBody", name: "writeRequestBody", pkg: "net/http", typ: $funcType([ptrType$11], [$error], false)}, {prop: "awaitFlowControl", name: "awaitFlowControl", pkg: "net/http", typ: $funcType([$Int], [$Int32, $error], false)}, {prop: "copyTrailers", name: "copyTrailers", pkg: "net/http", typ: $funcType([], [], false)}];
	http2stickyErrWriter.methods = [{prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	http2noCachedConnError.methods = [{prop: "IsHTTP2NoCachedConnError", name: "IsHTTP2NoCachedConnError", pkg: "", typ: $funcType([], [], false)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$141.methods = [{prop: "cleanup", name: "cleanup", pkg: "net/http", typ: $funcType([], [], false)}, {prop: "run", name: "run", pkg: "net/http", typ: $funcType([], [$error], false)}, {prop: "processHeaders", name: "processHeaders", pkg: "net/http", typ: $funcType([ptrType$76], [$error], false)}, {prop: "handleResponse", name: "handleResponse", pkg: "net/http", typ: $funcType([ptrType$104, ptrType$76], [ptrType$18, $error], false)}, {prop: "processTrailers", name: "processTrailers", pkg: "net/http", typ: $funcType([ptrType$104, ptrType$76], [$error], false)}, {prop: "processData", name: "processData", pkg: "net/http", typ: $funcType([ptrType$79], [$error], false)}, {prop: "endStream", name: "endStream", pkg: "net/http", typ: $funcType([ptrType$104], [], false)}, {prop: "endStreamError", name: "endStreamError", pkg: "net/http", typ: $funcType([ptrType$104, $error], [], false)}, {prop: "streamByID", name: "streamByID", pkg: "net/http", typ: $funcType([$Uint32], [ptrType$104], false)}, {prop: "processGoAway", name: "processGoAway", pkg: "net/http", typ: $funcType([ptrType$82], [$error], false)}, {prop: "processSettings", name: "processSettings", pkg: "net/http", typ: $funcType([ptrType$78], [$error], false)}, {prop: "processSettingsNoWrite", name: "processSettingsNoWrite", pkg: "net/http", typ: $funcType([ptrType$78], [$error], false)}, {prop: "processWindowUpdate", name: "processWindowUpdate", pkg: "net/http", typ: $funcType([ptrType$80], [$error], false)}, {prop: "processResetStream", name: "processResetStream", pkg: "net/http", typ: $funcType([ptrType$83], [$error], false)}, {prop: "processPing", name: "processPing", pkg: "net/http", typ: $funcType([ptrType$81], [$error], false)}, {prop: "processPushPromise", name: "processPushPromise", pkg: "net/http", typ: $funcType([ptrType$96], [$error], false)}];
	http2GoAwayError.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	http2transportResponseBody.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	http2missingBody.methods = [{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}];
	http2erringRoundTripper.methods = [{prop: "RoundTripErr", name: "RoundTripErr", pkg: "", typ: $funcType([], [$error], false)}, {prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}];
	ptrType$142.methods = [{prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	http2noDialH2RoundTripper.methods = [{prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}];
	http2flushFrameWriter.methods = [{prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	http2writeSettings.methods = [{prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}];
	ptrType$143.methods = [{prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	ptrType$92.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	http2handlerPanicRST.methods = [{prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	http2writePingAck.methods = [{prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	http2writeSettingsAck.methods = [{prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	ptrType$93.methods = [{prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "writeHeaderBlock", name: "writeHeaderBlock", pkg: "net/http", typ: $funcType([http2writeContext, sliceType$3, $Bool, $Bool], [$error], false)}];
	ptrType$94.methods = [{prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "writeHeaderBlock", name: "writeHeaderBlock", pkg: "net/http", typ: $funcType([http2writeContext, sliceType$3, $Bool, $Bool], [$error], false)}];
	http2write100ContinueHeadersFrame.methods = [{prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}, {prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}];
	http2writeWindowUpdate.methods = [{prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}];
	http2FrameWriteRequest.methods = [{prop: "StreamID", name: "StreamID", pkg: "", typ: $funcType([], [$Uint32], false)}, {prop: "isControl", name: "isControl", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "DataSize", name: "DataSize", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Consume", name: "Consume", pkg: "", typ: $funcType([$Int32], [http2FrameWriteRequest, http2FrameWriteRequest, $Int], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}];
	ptrType$144.methods = [{prop: "replyToWriter", name: "replyToWriter", pkg: "net/http", typ: $funcType([$error], [], false)}];
	ptrType$105.methods = [{prop: "empty", name: "empty", pkg: "net/http", typ: $funcType([], [$Bool], false)}, {prop: "push", name: "push", pkg: "net/http", typ: $funcType([http2FrameWriteRequest], [], false)}, {prop: "shift", name: "shift", pkg: "net/http", typ: $funcType([], [http2FrameWriteRequest], false)}, {prop: "consume", name: "consume", pkg: "net/http", typ: $funcType([$Int32], [http2FrameWriteRequest, $Bool], false)}];
	ptrType$107.methods = [{prop: "put", name: "put", pkg: "net/http", typ: $funcType([ptrType$105], [], false)}, {prop: "get", name: "get", pkg: "net/http", typ: $funcType([], [ptrType$105], false)}];
	ptrType$106.methods = [{prop: "setParent", name: "setParent", pkg: "net/http", typ: $funcType([ptrType$106], [], false)}, {prop: "addBytes", name: "addBytes", pkg: "net/http", typ: $funcType([$Int64], [], false)}, {prop: "walkReadyInOrder", name: "walkReadyInOrder", pkg: "net/http", typ: $funcType([$Bool, ptrType$108, funcType$28], [$Bool], false)}];
	http2sortPriorityNodeSiblings.methods = [{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Swap", name: "Swap", pkg: "", typ: $funcType([$Int, $Int], [], false)}, {prop: "Less", name: "Less", pkg: "", typ: $funcType([$Int, $Int], [$Bool], false)}];
	ptrType$145.methods = [{prop: "OpenStream", name: "OpenStream", pkg: "", typ: $funcType([$Uint32, http2OpenStreamOptions], [], false)}, {prop: "CloseStream", name: "CloseStream", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AdjustStream", name: "AdjustStream", pkg: "", typ: $funcType([$Uint32, http2PriorityParam], [], false)}, {prop: "Push", name: "Push", pkg: "", typ: $funcType([http2FrameWriteRequest], [], false)}, {prop: "Pop", name: "Pop", pkg: "", typ: $funcType([], [http2FrameWriteRequest, $Bool], false)}, {prop: "addClosedOrIdleNode", name: "addClosedOrIdleNode", pkg: "net/http", typ: $funcType([ptrType$108, $Int, ptrType$106], [], false)}, {prop: "removeNode", name: "removeNode", pkg: "net/http", typ: $funcType([ptrType$106], [], false)}];
	ptrType$146.methods = [{prop: "OpenStream", name: "OpenStream", pkg: "", typ: $funcType([$Uint32, http2OpenStreamOptions], [], false)}, {prop: "CloseStream", name: "CloseStream", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "AdjustStream", name: "AdjustStream", pkg: "", typ: $funcType([$Uint32, http2PriorityParam], [], false)}, {prop: "Push", name: "Push", pkg: "", typ: $funcType([http2FrameWriteRequest], [], false)}, {prop: "Pop", name: "Pop", pkg: "", typ: $funcType([], [http2FrameWriteRequest, $Bool], false)}];
	ptrType$62.methods = [{prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "Valid", name: "Valid", pkg: "", typ: $funcType([], [$error], false)}];
	noTransport.methods = [{prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}];
	ptrType$151.methods = [{prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}, {prop: "CancelRequest", name: "CancelRequest", pkg: "", typ: $funcType([ptrType$11], [], false)}];
	Transport.init("net/http", [{prop: "idleMu", name: "idleMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "closeIdle", name: "closeIdle", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "idleConn", name: "idleConn", embedded: false, exported: false, typ: mapType$1, tag: ""}, {prop: "idleConnWait", name: "idleConnWait", embedded: false, exported: false, typ: mapType$2, tag: ""}, {prop: "idleLRU", name: "idleLRU", embedded: false, exported: false, typ: connLRU, tag: ""}, {prop: "reqMu", name: "reqMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "reqCanceler", name: "reqCanceler", embedded: false, exported: false, typ: mapType$3, tag: ""}, {prop: "altMu", name: "altMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "altProto", name: "altProto", embedded: false, exported: false, typ: atomic.Value, tag: ""}, {prop: "connsPerHostMu", name: "connsPerHostMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "connsPerHost", name: "connsPerHost", embedded: false, exported: false, typ: mapType$4, tag: ""}, {prop: "connsPerHostWait", name: "connsPerHostWait", embedded: false, exported: false, typ: mapType$2, tag: ""}, {prop: "Proxy", name: "Proxy", embedded: false, exported: true, typ: funcType$5, tag: ""}, {prop: "DialContext", name: "DialContext", embedded: false, exported: true, typ: funcType$6, tag: ""}, {prop: "Dial", name: "Dial", embedded: false, exported: true, typ: funcType$7, tag: ""}, {prop: "DialTLSContext", name: "DialTLSContext", embedded: false, exported: true, typ: funcType$6, tag: ""}, {prop: "DialTLS", name: "DialTLS", embedded: false, exported: true, typ: funcType$7, tag: ""}, {prop: "TLSClientConfig", name: "TLSClientConfig", embedded: false, exported: true, typ: ptrType$4, tag: ""}, {prop: "TLSHandshakeTimeout", name: "TLSHandshakeTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "DisableKeepAlives", name: "DisableKeepAlives", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "DisableCompression", name: "DisableCompression", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "MaxIdleConns", name: "MaxIdleConns", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "MaxIdleConnsPerHost", name: "MaxIdleConnsPerHost", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "MaxConnsPerHost", name: "MaxConnsPerHost", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "IdleConnTimeout", name: "IdleConnTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "ResponseHeaderTimeout", name: "ResponseHeaderTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "ExpectContinueTimeout", name: "ExpectContinueTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "TLSNextProto", name: "TLSNextProto", embedded: false, exported: true, typ: mapType$5, tag: ""}, {prop: "ProxyConnectHeader", name: "ProxyConnectHeader", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "GetProxyConnectHeader", name: "GetProxyConnectHeader", embedded: false, exported: true, typ: funcType$9, tag: ""}, {prop: "MaxResponseHeaderBytes", name: "MaxResponseHeaderBytes", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "WriteBufferSize", name: "WriteBufferSize", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "ReadBufferSize", name: "ReadBufferSize", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "nextProtoOnce", name: "nextProtoOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "h2transport", name: "h2transport", embedded: false, exported: false, typ: h2Transport, tag: ""}, {prop: "tlsNextProtoWasNil", name: "tlsNextProtoWasNil", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ForceAttemptHTTP2", name: "ForceAttemptHTTP2", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	cancelKey.init("net/http", [{prop: "req", name: "req", embedded: false, exported: false, typ: ptrType$11, tag: ""}]);
	h2Transport.init([{prop: "CloseIdleConnections", name: "CloseIdleConnections", pkg: "", typ: $funcType([], [], false)}]);
	transportRequest.init("net/http", [{prop: "Request", name: "Request", embedded: true, exported: true, typ: ptrType$11, tag: ""}, {prop: "extra", name: "extra", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "trace", name: "trace", embedded: false, exported: false, typ: ptrType$19, tag: ""}, {prop: "cancelKey", name: "cancelKey", embedded: false, exported: false, typ: cancelKey, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	readTrackingBody.init("net/http", [{prop: "ReadCloser", name: "ReadCloser", embedded: true, exported: true, typ: io.ReadCloser, tag: ""}, {prop: "didRead", name: "didRead", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "didClose", name: "didClose", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	transportReadFromServerError.init("net/http", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	wantConn.init("net/http", [{prop: "cm", name: "cm", embedded: false, exported: false, typ: connectMethod, tag: ""}, {prop: "key", name: "key", embedded: false, exported: false, typ: connectMethodKey, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "ready", name: "ready", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "beforeDial", name: "beforeDial", embedded: false, exported: false, typ: funcType, tag: ""}, {prop: "afterDial", name: "afterDial", embedded: false, exported: false, typ: funcType, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "pc", name: "pc", embedded: false, exported: false, typ: ptrType$22, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	wantConnQueue.init("net/http", [{prop: "head", name: "head", embedded: false, exported: false, typ: sliceType$8, tag: ""}, {prop: "headPos", name: "headPos", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "tail", name: "tail", embedded: false, exported: false, typ: sliceType$8, tag: ""}]);
	erringRoundTripper.init([{prop: "RoundTripErr", name: "RoundTripErr", pkg: "", typ: $funcType([], [$error], false)}]);
	persistConnWriter.init("net/http", [{prop: "pc", name: "pc", embedded: false, exported: false, typ: ptrType$22, tag: ""}]);
	connectMethod.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}, {prop: "proxyURL", name: "proxyURL", embedded: false, exported: false, typ: ptrType$17, tag: ""}, {prop: "targetScheme", name: "targetScheme", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "targetAddr", name: "targetAddr", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "onlyH1", name: "onlyH1", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	connectMethodKey.init("net/http", [{prop: "proxy", name: "proxy", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "scheme", name: "scheme", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "addr", name: "addr", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "onlyH1", name: "onlyH1", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	persistConn.init("net/http", [{prop: "alt", name: "alt", embedded: false, exported: false, typ: RoundTripper, tag: ""}, {prop: "t", name: "t", embedded: false, exported: false, typ: ptrType$27, tag: ""}, {prop: "cacheKey", name: "cacheKey", embedded: false, exported: false, typ: connectMethodKey, tag: ""}, {prop: "conn", name: "conn", embedded: false, exported: false, typ: net.Conn, tag: ""}, {prop: "tlsState", name: "tlsState", embedded: false, exported: false, typ: ptrType$28, tag: ""}, {prop: "br", name: "br", embedded: false, exported: false, typ: ptrType$29, tag: ""}, {prop: "bw", name: "bw", embedded: false, exported: false, typ: ptrType$14, tag: ""}, {prop: "nwrite", name: "nwrite", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "reqch", name: "reqch", embedded: false, exported: false, typ: chanType$3, tag: ""}, {prop: "writech", name: "writech", embedded: false, exported: false, typ: chanType$4, tag: ""}, {prop: "closech", name: "closech", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "isProxy", name: "isProxy", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sawEOF", name: "sawEOF", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "readLimit", name: "readLimit", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "writeErrCh", name: "writeErrCh", embedded: false, exported: false, typ: chanType, tag: ""}, {prop: "writeLoopDone", name: "writeLoopDone", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "idleAt", name: "idleAt", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "idleTimer", name: "idleTimer", embedded: false, exported: false, typ: ptrType$25, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "numExpectedResponses", name: "numExpectedResponses", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "canceledErr", name: "canceledErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "broken", name: "broken", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "reused", name: "reused", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "mutateHeaderFunc", name: "mutateHeaderFunc", embedded: false, exported: false, typ: funcType$11, tag: ""}]);
	readWriteCloserBody.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}, {prop: "br", name: "br", embedded: false, exported: false, typ: ptrType$29, tag: ""}, {prop: "ReadWriteCloser", name: "ReadWriteCloser", embedded: true, exported: true, typ: io.ReadWriteCloser, tag: ""}]);
	nothingWrittenError.init("net/http", [{prop: "error", name: "error", embedded: true, exported: false, typ: $error, tag: ""}]);
	responseAndError.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}, {prop: "res", name: "res", embedded: false, exported: false, typ: ptrType$18, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	requestAndChan.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}, {prop: "req", name: "req", embedded: false, exported: false, typ: ptrType$11, tag: ""}, {prop: "cancelKey", name: "cancelKey", embedded: false, exported: false, typ: cancelKey, tag: ""}, {prop: "ch", name: "ch", embedded: false, exported: false, typ: chanType$5, tag: ""}, {prop: "addedGzip", name: "addedGzip", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "continueCh", name: "continueCh", embedded: false, exported: false, typ: chanType$6, tag: ""}, {prop: "callerGone", name: "callerGone", embedded: false, exported: false, typ: chanType$2, tag: ""}]);
	writeRequest.init("net/http", [{prop: "req", name: "req", embedded: false, exported: false, typ: ptrType$114, tag: ""}, {prop: "ch", name: "ch", embedded: false, exported: false, typ: chanType$7, tag: ""}, {prop: "continueCh", name: "continueCh", embedded: false, exported: false, typ: chanType$2, tag: ""}]);
	httpError.init("net/http", [{prop: "err", name: "err", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "timeout", name: "timeout", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	tLogKey.init("", []);
	bodyEOFSignal.init("net/http", [{prop: "body", name: "body", embedded: false, exported: false, typ: io.ReadCloser, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "rerr", name: "rerr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "fn", name: "fn", embedded: false, exported: false, typ: funcType$12, tag: ""}, {prop: "earlyCloseFn", name: "earlyCloseFn", embedded: false, exported: false, typ: funcType$13, tag: ""}]);
	gzipReader.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}, {prop: "body", name: "body", embedded: false, exported: false, typ: ptrType$32, tag: ""}, {prop: "zr", name: "zr", embedded: false, exported: false, typ: ptrType$33, tag: ""}, {prop: "zerr", name: "zerr", embedded: false, exported: false, typ: $error, tag: ""}]);
	tlsHandshakeTimeoutError.init("", []);
	fakeLocker.init("", []);
	connLRU.init("net/http", [{prop: "ll", name: "ll", embedded: false, exported: false, typ: ptrType$3, tag: ""}, {prop: "m", name: "m", embedded: false, exported: false, typ: mapType$6, tag: ""}]);
	errorReader.init("net/http", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	byteReader.init("net/http", [{prop: "b", name: "b", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	transferWriter.init("net/http", [{prop: "Method", name: "Method", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Body", name: "Body", embedded: false, exported: true, typ: io.Reader, tag: ""}, {prop: "BodyCloser", name: "BodyCloser", embedded: false, exported: true, typ: io.Closer, tag: ""}, {prop: "ResponseToHEAD", name: "ResponseToHEAD", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "ContentLength", name: "ContentLength", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Close", name: "Close", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "TransferEncoding", name: "TransferEncoding", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "Header", name: "Header", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "Trailer", name: "Trailer", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "IsResponse", name: "IsResponse", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "bodyReadError", name: "bodyReadError", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "FlushHeaders", name: "FlushHeaders", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "ByteReadCh", name: "ByteReadCh", embedded: false, exported: true, typ: chanType$8, tag: ""}]);
	transferReader.init("", [{prop: "Header", name: "Header", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "StatusCode", name: "StatusCode", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "RequestMethod", name: "RequestMethod", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "ProtoMajor", name: "ProtoMajor", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "ProtoMinor", name: "ProtoMinor", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Body", name: "Body", embedded: false, exported: true, typ: io.ReadCloser, tag: ""}, {prop: "ContentLength", name: "ContentLength", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "Chunked", name: "Chunked", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Close", name: "Close", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Trailer", name: "Trailer", embedded: false, exported: true, typ: Header, tag: ""}]);
	unsupportedTEError.init("net/http", [{prop: "err", name: "err", embedded: false, exported: false, typ: $String, tag: ""}]);
	body.init("net/http", [{prop: "src", name: "src", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "hdr", name: "hdr", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: ptrType$29, tag: ""}, {prop: "closing", name: "closing", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "doEarlyClose", name: "doEarlyClose", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "sawEOF", name: "sawEOF", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "earlyClose", name: "earlyClose", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "onHitEOF", name: "onHitEOF", embedded: false, exported: false, typ: funcType, tag: ""}]);
	bodyLocked.init("net/http", [{prop: "b", name: "b", embedded: false, exported: false, typ: ptrType$52, tag: ""}]);
	finishAsyncByteRead.init("net/http", [{prop: "tw", name: "tw", embedded: false, exported: false, typ: ptrType$35, tag: ""}]);
	bufioFlushWriter.init("net/http", [{prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}]);
	socksAddr.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "IP", name: "IP", embedded: false, exported: true, typ: net.IP, tag: ""}, {prop: "Port", name: "Port", embedded: false, exported: true, typ: $Int, tag: ""}]);
	socksConn.init("net/http", [{prop: "Conn", name: "Conn", embedded: true, exported: true, typ: net.Conn, tag: ""}, {prop: "boundAddr", name: "boundAddr", embedded: false, exported: false, typ: net.Addr, tag: ""}]);
	socksDialer.init("net/http", [{prop: "cmd", name: "cmd", embedded: false, exported: false, typ: socksCommand, tag: ""}, {prop: "proxyNetwork", name: "proxyNetwork", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "proxyAddress", name: "proxyAddress", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "ProxyDial", name: "ProxyDial", embedded: false, exported: true, typ: funcType$6, tag: ""}, {prop: "AuthMethods", name: "AuthMethods", embedded: false, exported: true, typ: sliceType$12, tag: ""}, {prop: "Authenticate", name: "Authenticate", embedded: false, exported: true, typ: funcType$14, tag: ""}]);
	socksUsernamePassword.init("", [{prop: "Username", name: "Username", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Password", name: "Password", embedded: false, exported: true, typ: $String, tag: ""}]);
	sniffSig.init([{prop: "match", name: "match", pkg: "net/http", typ: $funcType([sliceType$3, $Int], [$String], false)}]);
	exactSig.init("net/http", [{prop: "sig", name: "sig", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "ct", name: "ct", embedded: false, exported: false, typ: $String, tag: ""}]);
	maskedSig.init("net/http", [{prop: "mask", name: "mask", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "pat", name: "pat", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "skipWS", name: "skipWS", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "ct", name: "ct", embedded: false, exported: false, typ: $String, tag: ""}]);
	htmlSig.init($Uint8);
	mp4Sig.init("", []);
	textSig.init("", []);
	Handler.init([{prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([ResponseWriter, ptrType$11], [], false)}]);
	ResponseWriter.init([{prop: "Header", name: "Header", pkg: "", typ: $funcType([], [Header], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "WriteHeader", name: "WriteHeader", pkg: "", typ: $funcType([$Int], [], false)}]);
	conn.init("net/http", [{prop: "server", name: "server", embedded: false, exported: false, typ: ptrType$46, tag: ""}, {prop: "cancelCtx", name: "cancelCtx", embedded: false, exported: false, typ: context.CancelFunc, tag: ""}, {prop: "rwc", name: "rwc", embedded: false, exported: false, typ: net.Conn, tag: ""}, {prop: "remoteAddr", name: "remoteAddr", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "tlsState", name: "tlsState", embedded: false, exported: false, typ: ptrType$28, tag: ""}, {prop: "werr", name: "werr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: ptrType$47, tag: ""}, {prop: "bufr", name: "bufr", embedded: false, exported: false, typ: ptrType$29, tag: ""}, {prop: "bufw", name: "bufw", embedded: false, exported: false, typ: ptrType$14, tag: ""}, {prop: "lastMethod", name: "lastMethod", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "curReq", name: "curReq", embedded: false, exported: false, typ: atomic.Value, tag: ""}, {prop: "curState", name: "curState", embedded: false, exported: false, typ: structType$1, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "hijackedv", name: "hijackedv", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	chunkWriter.init("net/http", [{prop: "res", name: "res", embedded: false, exported: false, typ: ptrType$49, tag: ""}, {prop: "header", name: "header", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "wroteHeader", name: "wroteHeader", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "chunking", name: "chunking", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	response.init("net/http", [{prop: "conn", name: "conn", embedded: false, exported: false, typ: ptrType$53, tag: ""}, {prop: "req", name: "req", embedded: false, exported: false, typ: ptrType$11, tag: ""}, {prop: "reqBody", name: "reqBody", embedded: false, exported: false, typ: io.ReadCloser, tag: ""}, {prop: "cancelCtx", name: "cancelCtx", embedded: false, exported: false, typ: context.CancelFunc, tag: ""}, {prop: "wroteHeader", name: "wroteHeader", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "wroteContinue", name: "wroteContinue", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "wants10KeepAlive", name: "wants10KeepAlive", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "wantsClose", name: "wantsClose", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "canWriteContinue", name: "canWriteContinue", embedded: false, exported: false, typ: atomicBool, tag: ""}, {prop: "writeContinueMu", name: "writeContinueMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: ptrType$14, tag: ""}, {prop: "cw", name: "cw", embedded: false, exported: false, typ: chunkWriter, tag: ""}, {prop: "handlerHeader", name: "handlerHeader", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "calledHeader", name: "calledHeader", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "written", name: "written", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "contentLength", name: "contentLength", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "status", name: "status", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "closeAfterReply", name: "closeAfterReply", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "requestBodyLimitHit", name: "requestBodyLimitHit", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "trailers", name: "trailers", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "handlerDone", name: "handlerDone", embedded: false, exported: false, typ: atomicBool, tag: ""}, {prop: "dateBuf", name: "dateBuf", embedded: false, exported: false, typ: arrayType$3, tag: ""}, {prop: "clenBuf", name: "clenBuf", embedded: false, exported: false, typ: arrayType$4, tag: ""}, {prop: "statusBuf", name: "statusBuf", embedded: false, exported: false, typ: arrayType$5, tag: ""}, {prop: "closeNotifyCh", name: "closeNotifyCh", embedded: false, exported: false, typ: chanType$10, tag: ""}, {prop: "didCloseNotify", name: "didCloseNotify", embedded: false, exported: false, typ: $Int32, tag: ""}]);
	writerOnly.init("", [{prop: "Writer", name: "Writer", embedded: true, exported: true, typ: io.Writer, tag: ""}]);
	readResult.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: incomparable, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "b", name: "b", embedded: false, exported: false, typ: $Uint8, tag: ""}]);
	connReader.init("net/http", [{prop: "conn", name: "conn", embedded: false, exported: false, typ: ptrType$53, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "hasByte", name: "hasByte", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "byteBuf", name: "byteBuf", embedded: false, exported: false, typ: arrayType$2, tag: ""}, {prop: "cond", name: "cond", embedded: false, exported: false, typ: ptrType$48, tag: ""}, {prop: "inRead", name: "inRead", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "aborted", name: "aborted", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "remain", name: "remain", embedded: false, exported: false, typ: $Int64, tag: ""}]);
	expectContinueReader.init("net/http", [{prop: "resp", name: "resp", embedded: false, exported: false, typ: ptrType$49, tag: ""}, {prop: "readCloser", name: "readCloser", embedded: false, exported: false, typ: io.ReadCloser, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: atomicBool, tag: ""}, {prop: "sawEOF", name: "sawEOF", embedded: false, exported: false, typ: atomicBool, tag: ""}]);
	extraHeader.init("net/http", [{prop: "contentType", name: "contentType", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "connection", name: "connection", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "transferEncoding", name: "transferEncoding", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "date", name: "date", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "contentLength", name: "contentLength", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	closeWriter.init([{prop: "CloseWrite", name: "CloseWrite", pkg: "", typ: $funcType([], [$error], false)}]);
	statusError.init("net/http", [{prop: "code", name: "code", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "text", name: "text", embedded: false, exported: false, typ: $String, tag: ""}]);
	HandlerFunc.init([ResponseWriter, ptrType$11], [], false);
	redirectHandler.init("net/http", [{prop: "url", name: "url", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "code", name: "code", embedded: false, exported: false, typ: $Int, tag: ""}]);
	ServeMux.init("net/http", [{prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.RWMutex, tag: ""}, {prop: "m", name: "m", embedded: false, exported: false, typ: mapType$7, tag: ""}, {prop: "es", name: "es", embedded: false, exported: false, typ: sliceType$1, tag: ""}, {prop: "hosts", name: "hosts", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	muxEntry.init("net/http", [{prop: "h", name: "h", embedded: false, exported: false, typ: Handler, tag: ""}, {prop: "pattern", name: "pattern", embedded: false, exported: false, typ: $String, tag: ""}]);
	Server.init("net/http", [{prop: "Addr", name: "Addr", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Handler", name: "Handler", embedded: false, exported: true, typ: Handler, tag: ""}, {prop: "TLSConfig", name: "TLSConfig", embedded: false, exported: true, typ: ptrType$4, tag: ""}, {prop: "ReadTimeout", name: "ReadTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "ReadHeaderTimeout", name: "ReadHeaderTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "WriteTimeout", name: "WriteTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "IdleTimeout", name: "IdleTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "MaxHeaderBytes", name: "MaxHeaderBytes", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "TLSNextProto", name: "TLSNextProto", embedded: false, exported: true, typ: mapType$8, tag: ""}, {prop: "ConnState", name: "ConnState", embedded: false, exported: true, typ: funcType$17, tag: ""}, {prop: "ErrorLog", name: "ErrorLog", embedded: false, exported: true, typ: ptrType$58, tag: ""}, {prop: "BaseContext", name: "BaseContext", embedded: false, exported: true, typ: funcType$18, tag: ""}, {prop: "ConnContext", name: "ConnContext", embedded: false, exported: true, typ: funcType$19, tag: ""}, {prop: "inShutdown", name: "inShutdown", embedded: false, exported: false, typ: atomicBool, tag: ""}, {prop: "disableKeepAlives", name: "disableKeepAlives", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "nextProtoOnce", name: "nextProtoOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "nextProtoErr", name: "nextProtoErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "listeners", name: "listeners", embedded: false, exported: false, typ: mapType$9, tag: ""}, {prop: "activeConn", name: "activeConn", embedded: false, exported: false, typ: mapType$10, tag: ""}, {prop: "doneChan", name: "doneChan", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "onShutdown", name: "onShutdown", embedded: false, exported: false, typ: sliceType$19, tag: ""}]);
	serverHandler.init("net/http", [{prop: "srv", name: "srv", embedded: false, exported: false, typ: ptrType$46, tag: ""}]);
	onceCloseListener.init("net/http", [{prop: "Listener", name: "Listener", embedded: true, exported: true, typ: net.Listener, tag: ""}, {prop: "once", name: "once", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "closeErr", name: "closeErr", embedded: false, exported: false, typ: $error, tag: ""}]);
	globalOptionsHandler.init("", []);
	initALPNRequest.init("net/http", [{prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "c", name: "c", embedded: false, exported: false, typ: ptrType$30, tag: ""}, {prop: "h", name: "h", embedded: false, exported: false, typ: serverHandler, tag: ""}]);
	loggingConn.init("net/http", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "Conn", name: "Conn", embedded: true, exported: true, typ: net.Conn, tag: ""}]);
	checkConnErrorWriter.init("net/http", [{prop: "c", name: "c", embedded: false, exported: false, typ: ptrType$53, tag: ""}]);
	streamReader.init("net/http", [{prop: "pending", name: "pending", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "stream", name: "stream", embedded: false, exported: false, typ: js.Value, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	arrayReader.init("net/http", [{prop: "arrayPromise", name: "arrayPromise", embedded: false, exported: false, typ: js.Value, tag: ""}, {prop: "pending", name: "pending", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "read", name: "read", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	Response.init("", [{prop: "Status", name: "Status", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "StatusCode", name: "StatusCode", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Proto", name: "Proto", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "ProtoMajor", name: "ProtoMajor", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "ProtoMinor", name: "ProtoMinor", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Header", name: "Header", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "Body", name: "Body", embedded: false, exported: true, typ: io.ReadCloser, tag: ""}, {prop: "ContentLength", name: "ContentLength", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "TransferEncoding", name: "TransferEncoding", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "Close", name: "Close", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Uncompressed", name: "Uncompressed", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Trailer", name: "Trailer", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "Request", name: "Request", embedded: false, exported: true, typ: ptrType$11, tag: ""}, {prop: "TLS", name: "TLS", embedded: false, exported: true, typ: ptrType$28, tag: ""}]);
	ProtocolError.init("", [{prop: "ErrorString", name: "ErrorString", embedded: false, exported: true, typ: $String, tag: ""}]);
	Request.init("net/http", [{prop: "Method", name: "Method", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "URL", name: "URL", embedded: false, exported: true, typ: ptrType$17, tag: ""}, {prop: "Proto", name: "Proto", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "ProtoMajor", name: "ProtoMajor", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "ProtoMinor", name: "ProtoMinor", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Header", name: "Header", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "Body", name: "Body", embedded: false, exported: true, typ: io.ReadCloser, tag: ""}, {prop: "GetBody", name: "GetBody", embedded: false, exported: true, typ: funcType$20, tag: ""}, {prop: "ContentLength", name: "ContentLength", embedded: false, exported: true, typ: $Int64, tag: ""}, {prop: "TransferEncoding", name: "TransferEncoding", embedded: false, exported: true, typ: sliceType$2, tag: ""}, {prop: "Close", name: "Close", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Host", name: "Host", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Form", name: "Form", embedded: false, exported: true, typ: url.Values, tag: ""}, {prop: "PostForm", name: "PostForm", embedded: false, exported: true, typ: url.Values, tag: ""}, {prop: "MultipartForm", name: "MultipartForm", embedded: false, exported: true, typ: ptrType$31, tag: ""}, {prop: "Trailer", name: "Trailer", embedded: false, exported: true, typ: Header, tag: ""}, {prop: "RemoteAddr", name: "RemoteAddr", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "RequestURI", name: "RequestURI", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "TLS", name: "TLS", embedded: false, exported: true, typ: ptrType$28, tag: ""}, {prop: "Cancel", name: "Cancel", embedded: false, exported: true, typ: chanType$2, tag: ""}, {prop: "Response", name: "Response", embedded: false, exported: true, typ: ptrType$18, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}]);
	requestBodyReadError.init("net/http", [{prop: "error", name: "error", embedded: true, exported: false, typ: $error, tag: ""}]);
	maxBytesReader.init("net/http", [{prop: "w", name: "w", embedded: false, exported: false, typ: ResponseWriter, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: io.ReadCloser, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	incomparable.init(funcType, 0);
	contextKey.init("net/http", [{prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}]);
	noBody.init("", []);
	PushOptions.init("", [{prop: "Method", name: "Method", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Header", name: "Header", embedded: false, exported: true, typ: Header, tag: ""}]);
	Header.init($String, sliceType$2);
	stringWriter.init("net/http", [{prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}]);
	keyValues.init("net/http", [{prop: "key", name: "key", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "values", name: "values", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	headerSorter.init("net/http", [{prop: "kvs", name: "kvs", embedded: false, exported: false, typ: sliceType$6, tag: ""}]);
	http2ClientConnPool.init([{prop: "GetClientConn", name: "GetClientConn", pkg: "", typ: $funcType([ptrType$11, $String], [ptrType$68, $error], false)}, {prop: "MarkDead", name: "MarkDead", pkg: "", typ: $funcType([ptrType$68], [], false)}]);
	http2clientConnPoolIdleCloser.init([{prop: "GetClientConn", name: "GetClientConn", pkg: "", typ: $funcType([ptrType$11, $String], [ptrType$68, $error], false)}, {prop: "MarkDead", name: "MarkDead", pkg: "", typ: $funcType([ptrType$68], [], false)}, {prop: "closeIdleConnections", name: "closeIdleConnections", pkg: "net/http", typ: $funcType([], [], false)}]);
	http2clientConnPool.init("net/http", [{prop: "t", name: "t", embedded: false, exported: false, typ: ptrType$102, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "conns", name: "conns", embedded: false, exported: false, typ: mapType$12, tag: ""}, {prop: "dialing", name: "dialing", embedded: false, exported: false, typ: mapType$13, tag: ""}, {prop: "keys", name: "keys", embedded: false, exported: false, typ: mapType$14, tag: ""}, {prop: "addConnCalls", name: "addConnCalls", embedded: false, exported: false, typ: mapType$15, tag: ""}]);
	http2dialCall.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "p", name: "p", embedded: false, exported: false, typ: ptrType$9, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "res", name: "res", embedded: false, exported: false, typ: ptrType$68, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	http2addConnCall.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "p", name: "p", embedded: false, exported: false, typ: ptrType$9, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	http2noDialClientConnPool.init("net/http", [{prop: "http2clientConnPool", name: "http2clientConnPool", embedded: true, exported: false, typ: ptrType$9, tag: ""}]);
	http2dataBuffer.init("net/http", [{prop: "chunks", name: "chunks", embedded: false, exported: false, typ: sliceType$5, tag: ""}, {prop: "r", name: "r", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "size", name: "size", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "expected", name: "expected", embedded: false, exported: false, typ: $Int64, tag: ""}]);
	http2StreamError.init("", [{prop: "StreamID", name: "StreamID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Code", name: "Code", embedded: false, exported: true, typ: http2ErrCode, tag: ""}, {prop: "Cause", name: "Cause", embedded: false, exported: true, typ: $error, tag: ""}]);
	http2goAwayFlowError.init("", []);
	http2connError.init("", [{prop: "Code", name: "Code", embedded: false, exported: true, typ: http2ErrCode, tag: ""}, {prop: "Reason", name: "Reason", embedded: false, exported: true, typ: $String, tag: ""}]);
	http2flow.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "conn", name: "conn", embedded: false, exported: false, typ: ptrType$71, tag: ""}]);
	http2FrameHeader.init("net/http", [{prop: "valid", name: "valid", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "Type", name: "Type", embedded: false, exported: true, typ: http2FrameType, tag: ""}, {prop: "Flags", name: "Flags", embedded: false, exported: true, typ: http2Flags, tag: ""}, {prop: "Length", name: "Length", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "StreamID", name: "StreamID", embedded: false, exported: true, typ: $Uint32, tag: ""}]);
	http2Frame.init([{prop: "Header", name: "Header", pkg: "", typ: $funcType([], [http2FrameHeader], false)}, {prop: "invalidate", name: "invalidate", pkg: "net/http", typ: $funcType([], [], false)}]);
	http2Framer.init("net/http", [{prop: "r", name: "r", embedded: false, exported: false, typ: io.Reader, tag: ""}, {prop: "lastFrame", name: "lastFrame", embedded: false, exported: false, typ: http2Frame, tag: ""}, {prop: "errDetail", name: "errDetail", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "countError", name: "countError", embedded: false, exported: false, typ: funcType$21, tag: ""}, {prop: "lastHeaderStream", name: "lastHeaderStream", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "maxReadSize", name: "maxReadSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "headerBuf", name: "headerBuf", embedded: false, exported: false, typ: arrayType$7, tag: ""}, {prop: "getReadBuf", name: "getReadBuf", embedded: false, exported: false, typ: funcType$22, tag: ""}, {prop: "readBuf", name: "readBuf", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "maxWriteSize", name: "maxWriteSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}, {prop: "wbuf", name: "wbuf", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "AllowIllegalWrites", name: "AllowIllegalWrites", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "AllowIllegalReads", name: "AllowIllegalReads", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "ReadMetaHeaders", name: "ReadMetaHeaders", embedded: false, exported: true, typ: ptrType$74, tag: ""}, {prop: "MaxHeaderListSize", name: "MaxHeaderListSize", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "logReads", name: "logReads", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "logWrites", name: "logWrites", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "debugFramer", name: "debugFramer", embedded: false, exported: false, typ: ptrType$72, tag: ""}, {prop: "debugFramerBuf", name: "debugFramerBuf", embedded: false, exported: false, typ: ptrType$40, tag: ""}, {prop: "debugReadLoggerf", name: "debugReadLoggerf", embedded: false, exported: false, typ: funcType$1, tag: ""}, {prop: "debugWriteLoggerf", name: "debugWriteLoggerf", embedded: false, exported: false, typ: funcType$1, tag: ""}, {prop: "frameCache", name: "frameCache", embedded: false, exported: false, typ: ptrType$73, tag: ""}]);
	http2frameCache.init("net/http", [{prop: "dataFrame", name: "dataFrame", embedded: false, exported: false, typ: http2DataFrame, tag: ""}]);
	http2DataFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "data", name: "data", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	http2SettingsFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "p", name: "p", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	http2PingFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "Data", name: "Data", embedded: false, exported: true, typ: arrayType$8, tag: ""}]);
	http2GoAwayFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "LastStreamID", name: "LastStreamID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "ErrCode", name: "ErrCode", embedded: false, exported: true, typ: http2ErrCode, tag: ""}, {prop: "debugData", name: "debugData", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	http2UnknownFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "p", name: "p", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	http2WindowUpdateFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "Increment", name: "Increment", embedded: false, exported: true, typ: $Uint32, tag: ""}]);
	http2HeadersFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "Priority", name: "Priority", embedded: false, exported: true, typ: http2PriorityParam, tag: ""}, {prop: "headerFragBuf", name: "headerFragBuf", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	http2HeadersFrameParam.init("", [{prop: "StreamID", name: "StreamID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "BlockFragment", name: "BlockFragment", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "EndStream", name: "EndStream", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "EndHeaders", name: "EndHeaders", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "PadLength", name: "PadLength", embedded: false, exported: true, typ: $Uint8, tag: ""}, {prop: "Priority", name: "Priority", embedded: false, exported: true, typ: http2PriorityParam, tag: ""}]);
	http2PriorityFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "http2PriorityParam", name: "http2PriorityParam", embedded: true, exported: false, typ: http2PriorityParam, tag: ""}]);
	http2PriorityParam.init("", [{prop: "StreamDep", name: "StreamDep", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "Exclusive", name: "Exclusive", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Weight", name: "Weight", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	http2RSTStreamFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "ErrCode", name: "ErrCode", embedded: false, exported: true, typ: http2ErrCode, tag: ""}]);
	http2ContinuationFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "headerFragBuf", name: "headerFragBuf", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	http2PushPromiseFrame.init("net/http", [{prop: "http2FrameHeader", name: "http2FrameHeader", embedded: true, exported: false, typ: http2FrameHeader, tag: ""}, {prop: "PromiseID", name: "PromiseID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "headerFragBuf", name: "headerFragBuf", embedded: false, exported: false, typ: sliceType$3, tag: ""}]);
	http2PushPromiseParam.init("", [{prop: "StreamID", name: "StreamID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "PromiseID", name: "PromiseID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "BlockFragment", name: "BlockFragment", embedded: false, exported: true, typ: sliceType$3, tag: ""}, {prop: "EndHeaders", name: "EndHeaders", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "PadLength", name: "PadLength", embedded: false, exported: true, typ: $Uint8, tag: ""}]);
	http2MetaHeadersFrame.init("net/http", [{prop: "http2HeadersFrame", name: "http2HeadersFrame", embedded: true, exported: false, typ: ptrType$75, tag: ""}, {prop: "Fields", name: "Fields", embedded: false, exported: true, typ: sliceType$22, tag: ""}, {prop: "Truncated", name: "Truncated", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	http2Setting.init("", [{prop: "ID", name: "ID", embedded: false, exported: true, typ: http2SettingID, tag: ""}, {prop: "Val", name: "Val", embedded: false, exported: true, typ: $Uint32, tag: ""}]);
	http2gate.init(structType, false, false);
	http2closeWaiter.init(structType, false, false);
	http2bufferedWriter.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "w", name: "w", embedded: false, exported: false, typ: io.Writer, tag: ""}, {prop: "bw", name: "bw", embedded: false, exported: false, typ: ptrType$14, tag: ""}]);
	http2httpError.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "msg", name: "msg", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "timeout", name: "timeout", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	http2connectionStater.init([{prop: "ConnectionState", name: "ConnectionState", pkg: "", typ: $funcType([], [tls.ConnectionState], false)}]);
	http2sorter.init("net/http", [{prop: "v", name: "v", embedded: false, exported: false, typ: sliceType$2, tag: ""}]);
	http2incomparable.init(funcType, 0);
	http2pipe.init("net/http", [{prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "c", name: "c", embedded: false, exported: false, typ: sync.Cond, tag: ""}, {prop: "b", name: "b", embedded: false, exported: false, typ: http2pipeBuffer, tag: ""}, {prop: "unread", name: "unread", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "breakErr", name: "breakErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "donec", name: "donec", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "readFn", name: "readFn", embedded: false, exported: false, typ: funcType, tag: ""}]);
	http2pipeBuffer.init([{prop: "Len", name: "Len", pkg: "", typ: $funcType([], [$Int], false)}, {prop: "Read", name: "Read", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}, {prop: "Write", name: "Write", pkg: "", typ: $funcType([sliceType$3], [$Int, $error], false)}]);
	http2Server.init("net/http", [{prop: "MaxHandlers", name: "MaxHandlers", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "MaxConcurrentStreams", name: "MaxConcurrentStreams", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "MaxReadFrameSize", name: "MaxReadFrameSize", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "PermitProhibitedCipherSuites", name: "PermitProhibitedCipherSuites", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "IdleTimeout", name: "IdleTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "MaxUploadBufferPerConnection", name: "MaxUploadBufferPerConnection", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "MaxUploadBufferPerStream", name: "MaxUploadBufferPerStream", embedded: false, exported: true, typ: $Int32, tag: ""}, {prop: "NewWriteScheduler", name: "NewWriteScheduler", embedded: false, exported: true, typ: funcType$24, tag: ""}, {prop: "CountError", name: "CountError", embedded: false, exported: true, typ: funcType$21, tag: ""}, {prop: "state", name: "state", embedded: false, exported: false, typ: ptrType$60, tag: ""}]);
	http2serverInternalState.init("net/http", [{prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "activeConns", name: "activeConns", embedded: false, exported: false, typ: mapType$16, tag: ""}]);
	http2ServeConnOpts.init("", [{prop: "Context", name: "Context", embedded: false, exported: true, typ: context.Context, tag: ""}, {prop: "BaseConfig", name: "BaseConfig", embedded: false, exported: true, typ: ptrType$46, tag: ""}, {prop: "Handler", name: "Handler", embedded: false, exported: true, typ: Handler, tag: ""}]);
	http2serverConn.init("net/http", [{prop: "srv", name: "srv", embedded: false, exported: false, typ: ptrType$86, tag: ""}, {prop: "hs", name: "hs", embedded: false, exported: false, typ: ptrType$46, tag: ""}, {prop: "conn", name: "conn", embedded: false, exported: false, typ: net.Conn, tag: ""}, {prop: "bw", name: "bw", embedded: false, exported: false, typ: ptrType$88, tag: ""}, {prop: "handler", name: "handler", embedded: false, exported: false, typ: Handler, tag: ""}, {prop: "baseCtx", name: "baseCtx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "framer", name: "framer", embedded: false, exported: false, typ: ptrType$72, tag: ""}, {prop: "doneServing", name: "doneServing", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "readFrameCh", name: "readFrameCh", embedded: false, exported: false, typ: chanType$11, tag: ""}, {prop: "wantWriteFrameCh", name: "wantWriteFrameCh", embedded: false, exported: false, typ: chanType$12, tag: ""}, {prop: "wroteFrameCh", name: "wroteFrameCh", embedded: false, exported: false, typ: chanType$13, tag: ""}, {prop: "bodyReadCh", name: "bodyReadCh", embedded: false, exported: false, typ: chanType$14, tag: ""}, {prop: "serveMsgCh", name: "serveMsgCh", embedded: false, exported: false, typ: chanType$15, tag: ""}, {prop: "flow", name: "flow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "inflow", name: "inflow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "tlsState", name: "tlsState", embedded: false, exported: false, typ: ptrType$28, tag: ""}, {prop: "remoteAddrStr", name: "remoteAddrStr", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "writeSched", name: "writeSched", embedded: false, exported: false, typ: http2WriteScheduler, tag: ""}, {prop: "serveG", name: "serveG", embedded: false, exported: false, typ: http2goroutineLock, tag: ""}, {prop: "pushEnabled", name: "pushEnabled", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sawFirstSettings", name: "sawFirstSettings", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "needToSendSettingsAck", name: "needToSendSettingsAck", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "unackedSettings", name: "unackedSettings", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "queuedControlFrames", name: "queuedControlFrames", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "clientMaxStreams", name: "clientMaxStreams", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "advMaxStreams", name: "advMaxStreams", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "curClientStreams", name: "curClientStreams", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "curPushedStreams", name: "curPushedStreams", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "maxClientStreamID", name: "maxClientStreamID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "maxPushPromiseID", name: "maxPushPromiseID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "streams", name: "streams", embedded: false, exported: false, typ: mapType$17, tag: ""}, {prop: "initialStreamSendWindowSize", name: "initialStreamSendWindowSize", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "maxFrameSize", name: "maxFrameSize", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "headerTableSize", name: "headerTableSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "peerMaxHeaderListSize", name: "peerMaxHeaderListSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "canonHeader", name: "canonHeader", embedded: false, exported: false, typ: mapType$18, tag: ""}, {prop: "writingFrame", name: "writingFrame", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "writingFrameAsync", name: "writingFrameAsync", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "needsFrameFlush", name: "needsFrameFlush", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "inGoAway", name: "inGoAway", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "inFrameScheduleLoop", name: "inFrameScheduleLoop", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "needToSendGoAway", name: "needToSendGoAway", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "goAwayCode", name: "goAwayCode", embedded: false, exported: false, typ: http2ErrCode, tag: ""}, {prop: "shutdownTimer", name: "shutdownTimer", embedded: false, exported: false, typ: ptrType$25, tag: ""}, {prop: "idleTimer", name: "idleTimer", embedded: false, exported: false, typ: ptrType$25, tag: ""}, {prop: "headerWriteBuf", name: "headerWriteBuf", embedded: false, exported: false, typ: bytes.Buffer, tag: ""}, {prop: "hpackEncoder", name: "hpackEncoder", embedded: false, exported: false, typ: ptrType$89, tag: ""}, {prop: "shutdownOnce", name: "shutdownOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}]);
	http2stream.init("net/http", [{prop: "sc", name: "sc", embedded: false, exported: false, typ: ptrType$13, tag: ""}, {prop: "id", name: "id", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "body", name: "body", embedded: false, exported: false, typ: ptrType$97, tag: ""}, {prop: "cw", name: "cw", embedded: false, exported: false, typ: http2closeWaiter, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "cancelCtx", name: "cancelCtx", embedded: false, exported: false, typ: funcType, tag: ""}, {prop: "bodyBytes", name: "bodyBytes", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "declBodyBytes", name: "declBodyBytes", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "flow", name: "flow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "inflow", name: "inflow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "state", name: "state", embedded: false, exported: false, typ: http2streamState, tag: ""}, {prop: "resetQueued", name: "resetQueued", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "gotTrailerHeader", name: "gotTrailerHeader", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "wroteHeaders", name: "wroteHeaders", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "writeDeadline", name: "writeDeadline", embedded: false, exported: false, typ: ptrType$25, tag: ""}, {prop: "trailer", name: "trailer", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "reqTrailer", name: "reqTrailer", embedded: false, exported: false, typ: Header, tag: ""}]);
	http2readFrameResult.init("net/http", [{prop: "f", name: "f", embedded: false, exported: false, typ: http2Frame, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "readMore", name: "readMore", embedded: false, exported: false, typ: funcType, tag: ""}]);
	http2frameWriteResult.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "wr", name: "wr", embedded: false, exported: false, typ: http2FrameWriteRequest, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	http2requestParam.init("net/http", [{prop: "method", name: "method", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "scheme", name: "scheme", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "authority", name: "authority", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "path", name: "path", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "header", name: "header", embedded: false, exported: false, typ: Header, tag: ""}]);
	http2bodyReadMsg.init("net/http", [{prop: "st", name: "st", embedded: false, exported: false, typ: ptrType$10, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Int, tag: ""}]);
	http2requestBody.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "stream", name: "stream", embedded: false, exported: false, typ: ptrType$10, tag: ""}, {prop: "conn", name: "conn", embedded: false, exported: false, typ: ptrType$13, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sawEOF", name: "sawEOF", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "pipe", name: "pipe", embedded: false, exported: false, typ: ptrType$97, tag: ""}, {prop: "needsContinue", name: "needsContinue", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	http2responseWriter.init("net/http", [{prop: "rws", name: "rws", embedded: false, exported: false, typ: ptrType$99, tag: ""}]);
	http2responseWriterState.init("net/http", [{prop: "stream", name: "stream", embedded: false, exported: false, typ: ptrType$10, tag: ""}, {prop: "req", name: "req", embedded: false, exported: false, typ: ptrType$11, tag: ""}, {prop: "body", name: "body", embedded: false, exported: false, typ: ptrType$12, tag: ""}, {prop: "conn", name: "conn", embedded: false, exported: false, typ: ptrType$13, tag: ""}, {prop: "bw", name: "bw", embedded: false, exported: false, typ: ptrType$14, tag: ""}, {prop: "handlerHeader", name: "handlerHeader", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "snapHeader", name: "snapHeader", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "trailers", name: "trailers", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "status", name: "status", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "wroteHeader", name: "wroteHeader", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sentHeader", name: "sentHeader", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "handlerDone", name: "handlerDone", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "dirty", name: "dirty", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sentContentLen", name: "sentContentLen", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "wroteBytes", name: "wroteBytes", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "closeNotifierMu", name: "closeNotifierMu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "closeNotifierCh", name: "closeNotifierCh", embedded: false, exported: false, typ: chanType$10, tag: ""}]);
	http2chunkWriter.init("net/http", [{prop: "rws", name: "rws", embedded: false, exported: false, typ: ptrType$99, tag: ""}]);
	http2startPushRequest.init("net/http", [{prop: "parent", name: "parent", embedded: false, exported: false, typ: ptrType$10, tag: ""}, {prop: "method", name: "method", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "url", name: "url", embedded: false, exported: false, typ: ptrType$17, tag: ""}, {prop: "header", name: "header", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: chanType, tag: ""}]);
	http2Transport.init("net/http", [{prop: "DialTLS", name: "DialTLS", embedded: false, exported: true, typ: funcType$25, tag: ""}, {prop: "TLSClientConfig", name: "TLSClientConfig", embedded: false, exported: true, typ: ptrType$4, tag: ""}, {prop: "ConnPool", name: "ConnPool", embedded: false, exported: true, typ: http2ClientConnPool, tag: ""}, {prop: "DisableCompression", name: "DisableCompression", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "AllowHTTP", name: "AllowHTTP", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "MaxHeaderListSize", name: "MaxHeaderListSize", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "StrictMaxConcurrentStreams", name: "StrictMaxConcurrentStreams", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "ReadIdleTimeout", name: "ReadIdleTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "PingTimeout", name: "PingTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "WriteByteTimeout", name: "WriteByteTimeout", embedded: false, exported: true, typ: time.Duration, tag: ""}, {prop: "CountError", name: "CountError", embedded: false, exported: true, typ: funcType$21, tag: ""}, {prop: "t1", name: "t1", embedded: false, exported: false, typ: ptrType$27, tag: ""}, {prop: "connPoolOnce", name: "connPoolOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "connPoolOrDef", name: "connPoolOrDef", embedded: false, exported: false, typ: http2ClientConnPool, tag: ""}]);
	http2ClientConn.init("net/http", [{prop: "t", name: "t", embedded: false, exported: false, typ: ptrType$102, tag: ""}, {prop: "tconn", name: "tconn", embedded: false, exported: false, typ: net.Conn, tag: ""}, {prop: "tlsState", name: "tlsState", embedded: false, exported: false, typ: ptrType$28, tag: ""}, {prop: "reused", name: "reused", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "singleUse", name: "singleUse", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "getConnCalled", name: "getConnCalled", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "readerDone", name: "readerDone", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "readerErr", name: "readerErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "idleTimeout", name: "idleTimeout", embedded: false, exported: false, typ: time.Duration, tag: ""}, {prop: "idleTimer", name: "idleTimer", embedded: false, exported: false, typ: ptrType$25, tag: ""}, {prop: "mu", name: "mu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "cond", name: "cond", embedded: false, exported: false, typ: ptrType$48, tag: ""}, {prop: "flow", name: "flow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "inflow", name: "inflow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "doNotReuse", name: "doNotReuse", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "closing", name: "closing", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "closed", name: "closed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "seenSettings", name: "seenSettings", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "wantSettingsAck", name: "wantSettingsAck", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "goAway", name: "goAway", embedded: false, exported: false, typ: ptrType$82, tag: ""}, {prop: "goAwayDebug", name: "goAwayDebug", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "streams", name: "streams", embedded: false, exported: false, typ: mapType$19, tag: ""}, {prop: "streamsReserved", name: "streamsReserved", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "nextStreamID", name: "nextStreamID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "pendingRequests", name: "pendingRequests", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "pings", name: "pings", embedded: false, exported: false, typ: mapType$20, tag: ""}, {prop: "br", name: "br", embedded: false, exported: false, typ: ptrType$29, tag: ""}, {prop: "lastActive", name: "lastActive", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "lastIdle", name: "lastIdle", embedded: false, exported: false, typ: time.Time, tag: ""}, {prop: "maxFrameSize", name: "maxFrameSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "maxConcurrentStreams", name: "maxConcurrentStreams", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "peerMaxHeaderListSize", name: "peerMaxHeaderListSize", embedded: false, exported: false, typ: $Uint64, tag: ""}, {prop: "initialWindowSize", name: "initialWindowSize", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "reqHeaderMu", name: "reqHeaderMu", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "wmu", name: "wmu", embedded: false, exported: false, typ: sync.Mutex, tag: ""}, {prop: "bw", name: "bw", embedded: false, exported: false, typ: ptrType$14, tag: ""}, {prop: "fr", name: "fr", embedded: false, exported: false, typ: ptrType$72, tag: ""}, {prop: "werr", name: "werr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "hbuf", name: "hbuf", embedded: false, exported: false, typ: bytes.Buffer, tag: ""}, {prop: "henc", name: "henc", embedded: false, exported: false, typ: ptrType$89, tag: ""}]);
	http2clientStream.init("net/http", [{prop: "cc", name: "cc", embedded: false, exported: false, typ: ptrType$68, tag: ""}, {prop: "ctx", name: "ctx", embedded: false, exported: false, typ: context.Context, tag: ""}, {prop: "reqCancel", name: "reqCancel", embedded: false, exported: false, typ: chanType$2, tag: ""}, {prop: "trace", name: "trace", embedded: false, exported: false, typ: ptrType$19, tag: ""}, {prop: "ID", name: "ID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "bufPipe", name: "bufPipe", embedded: false, exported: false, typ: http2pipe, tag: ""}, {prop: "requestedGzip", name: "requestedGzip", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "isHead", name: "isHead", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "abortOnce", name: "abortOnce", embedded: false, exported: false, typ: sync.Once, tag: ""}, {prop: "abort", name: "abort", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "abortErr", name: "abortErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "peerClosed", name: "peerClosed", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "donec", name: "donec", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "on100", name: "on100", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "respHeaderRecv", name: "respHeaderRecv", embedded: false, exported: false, typ: chanType$1, tag: ""}, {prop: "res", name: "res", embedded: false, exported: false, typ: ptrType$18, tag: ""}, {prop: "flow", name: "flow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "inflow", name: "inflow", embedded: false, exported: false, typ: http2flow, tag: ""}, {prop: "bytesRemain", name: "bytesRemain", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "readErr", name: "readErr", embedded: false, exported: false, typ: $error, tag: ""}, {prop: "reqBody", name: "reqBody", embedded: false, exported: false, typ: io.ReadCloser, tag: ""}, {prop: "reqBodyContentLength", name: "reqBodyContentLength", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "reqBodyClosed", name: "reqBodyClosed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sentEndStream", name: "sentEndStream", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "sentHeaders", name: "sentHeaders", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "firstByte", name: "firstByte", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "pastHeaders", name: "pastHeaders", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "pastTrailers", name: "pastTrailers", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "num1xx", name: "num1xx", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "readClosed", name: "readClosed", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "readAborted", name: "readAborted", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "trailer", name: "trailer", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "resTrailer", name: "resTrailer", embedded: false, exported: false, typ: ptrType$38, tag: ""}]);
	http2stickyErrWriter.init("net/http", [{prop: "conn", name: "conn", embedded: false, exported: false, typ: net.Conn, tag: ""}, {prop: "timeout", name: "timeout", embedded: false, exported: false, typ: time.Duration, tag: ""}, {prop: "err", name: "err", embedded: false, exported: false, typ: ptrType$85, tag: ""}]);
	http2noCachedConnError.init("", []);
	http2RoundTripOpt.init("", [{prop: "OnlyCachedConn", name: "OnlyCachedConn", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	http2ClientConnState.init("", [{prop: "Closed", name: "Closed", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Closing", name: "Closing", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "StreamsActive", name: "StreamsActive", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "StreamsReserved", name: "StreamsReserved", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "StreamsPending", name: "StreamsPending", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "MaxConcurrentStreams", name: "MaxConcurrentStreams", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "LastIdle", name: "LastIdle", embedded: false, exported: true, typ: time.Time, tag: ""}]);
	http2clientConnIdleState.init("net/http", [{prop: "canTakeNewRequest", name: "canTakeNewRequest", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	http2clientConnReadLoop.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "cc", name: "cc", embedded: false, exported: false, typ: ptrType$68, tag: ""}]);
	http2GoAwayError.init("", [{prop: "LastStreamID", name: "LastStreamID", embedded: false, exported: true, typ: $Uint32, tag: ""}, {prop: "ErrCode", name: "ErrCode", embedded: false, exported: true, typ: http2ErrCode, tag: ""}, {prop: "DebugData", name: "DebugData", embedded: false, exported: true, typ: $String, tag: ""}]);
	http2transportResponseBody.init("net/http", [{prop: "cs", name: "cs", embedded: false, exported: false, typ: ptrType$104, tag: ""}]);
	http2missingBody.init("", []);
	http2erringRoundTripper.init("net/http", [{prop: "err", name: "err", embedded: false, exported: false, typ: $error, tag: ""}]);
	http2gzipReader.init("net/http", [{prop: "_$0", name: "_", embedded: false, exported: false, typ: http2incomparable, tag: ""}, {prop: "body", name: "body", embedded: false, exported: false, typ: io.ReadCloser, tag: ""}, {prop: "zr", name: "zr", embedded: false, exported: false, typ: ptrType$33, tag: ""}, {prop: "zerr", name: "zerr", embedded: false, exported: false, typ: $error, tag: ""}]);
	http2noDialH2RoundTripper.init("net/http", [{prop: "http2Transport", name: "http2Transport", embedded: true, exported: false, typ: ptrType$102, tag: ""}]);
	http2writeFramer.init([{prop: "staysWithinBuffer", name: "staysWithinBuffer", pkg: "net/http", typ: $funcType([$Int], [$Bool], false)}, {prop: "writeFrame", name: "writeFrame", pkg: "net/http", typ: $funcType([http2writeContext], [$error], false)}]);
	http2writeContext.init([{prop: "CloseConn", name: "CloseConn", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Flush", name: "Flush", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Framer", name: "Framer", pkg: "", typ: $funcType([], [ptrType$72], false)}, {prop: "HeaderEncoder", name: "HeaderEncoder", pkg: "", typ: $funcType([], [ptrType$89, ptrType$40], false)}]);
	http2flushFrameWriter.init("", []);
	http2writeSettings.init(http2Setting);
	http2writeGoAway.init("net/http", [{prop: "maxStreamID", name: "maxStreamID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "code", name: "code", embedded: false, exported: false, typ: http2ErrCode, tag: ""}]);
	http2writeData.init("net/http", [{prop: "streamID", name: "streamID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "p", name: "p", embedded: false, exported: false, typ: sliceType$3, tag: ""}, {prop: "endStream", name: "endStream", embedded: false, exported: false, typ: $Bool, tag: ""}]);
	http2handlerPanicRST.init("", [{prop: "StreamID", name: "StreamID", embedded: false, exported: true, typ: $Uint32, tag: ""}]);
	http2writePingAck.init("net/http", [{prop: "pf", name: "pf", embedded: false, exported: false, typ: ptrType$81, tag: ""}]);
	http2writeSettingsAck.init("", []);
	http2writeResHeaders.init("net/http", [{prop: "streamID", name: "streamID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "httpResCode", name: "httpResCode", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "h", name: "h", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "trailers", name: "trailers", embedded: false, exported: false, typ: sliceType$2, tag: ""}, {prop: "endStream", name: "endStream", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "date", name: "date", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "contentType", name: "contentType", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "contentLength", name: "contentLength", embedded: false, exported: false, typ: $String, tag: ""}]);
	http2writePushPromise.init("net/http", [{prop: "streamID", name: "streamID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "method", name: "method", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "url", name: "url", embedded: false, exported: false, typ: ptrType$17, tag: ""}, {prop: "h", name: "h", embedded: false, exported: false, typ: Header, tag: ""}, {prop: "allocatePromisedID", name: "allocatePromisedID", embedded: false, exported: false, typ: funcType$27, tag: ""}, {prop: "promisedID", name: "promisedID", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	http2write100ContinueHeadersFrame.init("net/http", [{prop: "streamID", name: "streamID", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	http2writeWindowUpdate.init("net/http", [{prop: "streamID", name: "streamID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "n", name: "n", embedded: false, exported: false, typ: $Uint32, tag: ""}]);
	http2WriteScheduler.init([{prop: "AdjustStream", name: "AdjustStream", pkg: "", typ: $funcType([$Uint32, http2PriorityParam], [], false)}, {prop: "CloseStream", name: "CloseStream", pkg: "", typ: $funcType([$Uint32], [], false)}, {prop: "OpenStream", name: "OpenStream", pkg: "", typ: $funcType([$Uint32, http2OpenStreamOptions], [], false)}, {prop: "Pop", name: "Pop", pkg: "", typ: $funcType([], [http2FrameWriteRequest, $Bool], false)}, {prop: "Push", name: "Push", pkg: "", typ: $funcType([http2FrameWriteRequest], [], false)}]);
	http2OpenStreamOptions.init("", [{prop: "PusherID", name: "PusherID", embedded: false, exported: true, typ: $Uint32, tag: ""}]);
	http2FrameWriteRequest.init("net/http", [{prop: "write", name: "write", embedded: false, exported: false, typ: http2writeFramer, tag: ""}, {prop: "stream", name: "stream", embedded: false, exported: false, typ: ptrType$10, tag: ""}, {prop: "done", name: "done", embedded: false, exported: false, typ: chanType, tag: ""}]);
	http2writeQueue.init("net/http", [{prop: "s", name: "s", embedded: false, exported: false, typ: sliceType$24, tag: ""}]);
	http2writeQueuePool.init(ptrType$105);
	http2PriorityWriteSchedulerConfig.init("", [{prop: "MaxClosedNodesInTree", name: "MaxClosedNodesInTree", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "MaxIdleNodesInTree", name: "MaxIdleNodesInTree", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "ThrottleOutOfOrderWrites", name: "ThrottleOutOfOrderWrites", embedded: false, exported: true, typ: $Bool, tag: ""}]);
	http2priorityNode.init("net/http", [{prop: "q", name: "q", embedded: false, exported: false, typ: http2writeQueue, tag: ""}, {prop: "id", name: "id", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "weight", name: "weight", embedded: false, exported: false, typ: $Uint8, tag: ""}, {prop: "state", name: "state", embedded: false, exported: false, typ: http2priorityNodeState, tag: ""}, {prop: "bytes", name: "bytes", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "subtreeBytes", name: "subtreeBytes", embedded: false, exported: false, typ: $Int64, tag: ""}, {prop: "parent", name: "parent", embedded: false, exported: false, typ: ptrType$106, tag: ""}, {prop: "kids", name: "kids", embedded: false, exported: false, typ: ptrType$106, tag: ""}, {prop: "prev", name: "prev", embedded: false, exported: false, typ: ptrType$106, tag: ""}, {prop: "next", name: "next", embedded: false, exported: false, typ: ptrType$106, tag: ""}]);
	http2sortPriorityNodeSiblings.init(ptrType$106);
	http2priorityWriteScheduler.init("net/http", [{prop: "root", name: "root", embedded: false, exported: false, typ: http2priorityNode, tag: ""}, {prop: "nodes", name: "nodes", embedded: false, exported: false, typ: mapType$21, tag: ""}, {prop: "maxID", name: "maxID", embedded: false, exported: false, typ: $Uint32, tag: ""}, {prop: "closedNodes", name: "closedNodes", embedded: false, exported: false, typ: sliceType$25, tag: ""}, {prop: "idleNodes", name: "idleNodes", embedded: false, exported: false, typ: sliceType$25, tag: ""}, {prop: "maxClosedNodesInTree", name: "maxClosedNodesInTree", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "maxIdleNodesInTree", name: "maxIdleNodesInTree", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "writeThrottleLimit", name: "writeThrottleLimit", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "enableWriteThrottle", name: "enableWriteThrottle", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "tmp", name: "tmp", embedded: false, exported: false, typ: sliceType$25, tag: ""}, {prop: "queuePool", name: "queuePool", embedded: false, exported: false, typ: http2writeQueuePool, tag: ""}]);
	http2randomWriteScheduler.init("net/http", [{prop: "zero", name: "zero", embedded: false, exported: false, typ: http2writeQueue, tag: ""}, {prop: "sq", name: "sq", embedded: false, exported: false, typ: mapType$22, tag: ""}, {prop: "queuePool", name: "queuePool", embedded: false, exported: false, typ: http2writeQueuePool, tag: ""}]);
	Cookie.init("", [{prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Value", name: "Value", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Path", name: "Path", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Domain", name: "Domain", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Expires", name: "Expires", embedded: false, exported: true, typ: time.Time, tag: ""}, {prop: "RawExpires", name: "RawExpires", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "MaxAge", name: "MaxAge", embedded: false, exported: true, typ: $Int, tag: ""}, {prop: "Secure", name: "Secure", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "HttpOnly", name: "HttpOnly", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "SameSite", name: "SameSite", embedded: false, exported: true, typ: SameSite, tag: ""}, {prop: "Raw", name: "Raw", embedded: false, exported: true, typ: $String, tag: ""}, {prop: "Unparsed", name: "Unparsed", embedded: false, exported: true, typ: sliceType$2, tag: ""}]);
	RoundTripper.init([{prop: "RoundTrip", name: "RoundTrip", pkg: "", typ: $funcType([ptrType$11], [ptrType$18, $error], false)}]);
	noTransport.init("", []);
	XHRTransport.init("net/http", [{prop: "inflight", name: "inflight", embedded: false, exported: false, typ: mapType$23, tag: ""}]);
	requestTooLarger.init([{prop: "requestTooLarge", name: "requestTooLarge", pkg: "net/http", typ: $funcType([], [], false)}]);
	baseContexter.init([{prop: "BaseContext", name: "BaseContext", pkg: "", typ: $funcType([], [context.Context], false)}]);
	I.init([{prop: "doKeepAlives", name: "doKeepAlives", pkg: "net/http", typ: $funcType([], [$Bool], false)}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bufio.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bytes.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = gzip.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = list.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = context.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand$1.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = tls.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = base64.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = binary.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js$1.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = godebug.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fs.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ioutil.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = log.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = rand.$init(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = mime.$init(); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = multipart.$init(); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = net.$init(); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = httptrace.$init(); /* */ $s = 23; case 23: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = internal.$init(); /* */ $s = 24; case 24: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ascii.$init(); /* */ $s = 25; case 25: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = textproto.$init(); /* */ $s = 26; case 26: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = url.$init(); /* */ $s = 27; case 27: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 28; case 28: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = path.$init(); /* */ $s = 29; case 29: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = filepath.$init(); /* */ $s = 30; case 30: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 31; case 31: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 32; case 32: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 33; case 33: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 34; case 34: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 35; case 35: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 36; case 36: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 37; case 37: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 38; case 38: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 39; case 39: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = utf8.$init(); /* */ $s = 40; case 40: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = httpguts.$init(); /* */ $s = 41; case 41: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = httpproxy.$init(); /* */ $s = 42; case 42: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = hpack.$init(); /* */ $s = 43; case 43: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = idna.$init(); /* */ $s = 44; case 44: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		envProxyOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		envProxyFuncValue = $throwNilPointerError;
		zeroDialer = new net.Dialer.ptr(new time.Duration(0, 0), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), $ifaceNil, false, new time.Duration(0, 0), new time.Duration(0, 0), ptrType$1.nil, $chanNil, $throwNilPointerError);
		bufioReaderPool = new sync.Pool.ptr(sliceType.nil, $throwNilPointerError);
		bufioWriter2kPool = new sync.Pool.ptr(sliceType.nil, $throwNilPointerError);
		bufioWriter4kPool = new sync.Pool.ptr(sliceType.nil, $throwNilPointerError);
		defaultServeMux = new ServeMux.ptr(new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0), false, sliceType$1.nil, false);
		testHookServerServe = $throwNilPointerError;
		uniqNameMu = new sync.Mutex.ptr(0, 0);
		textprotoReaderPool = new sync.Pool.ptr(sliceType.nil, $throwNilPointerError);
		omitBundledHTTP2 = false;
		http2commonBuildOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
		http2commonLowerHeader = false;
		http2commonCanonHeader = false;
		http2VerboseLogs = false;
		http2logFrameWrites = false;
		http2logFrameReads = false;
		http2inTests = false;
		http2testHookOnConn = $throwNilPointerError;
		http2testHookGetServerConn = $throwNilPointerError;
		http2testHookOnPanicMu = ptrType$2.nil;
		http2testHookOnPanic = $throwNilPointerError;
		http2got1xxFuncForTests = $throwNilPointerError;
		http2bufPool = new sync.Pool.ptr(sliceType.nil, $throwNilPointerError);
		errCannotRewind = errors.New("net/http: cannot rewind body after connection loss");
		$pkg.ErrSkipAltProtocol = errors.New("net/http: skip alternate protocol");
		$unused(new Transport.ptr(new sync.Mutex.ptr(0, 0), false, false, false, new connLRU.ptr(ptrType$3.nil, false), new sync.Mutex.ptr(0, 0), false, new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), new sync.Mutex.ptr(0, 0), false, false, ProxyFromEnvironment, defaultTransportDialContext(new net.Dialer.ptr(new time.Duration(6, 4230196224), new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil), $ifaceNil, false, new time.Duration(0, 0), new time.Duration(6, 4230196224), ptrType$1.nil, $chanNil, $throwNilPointerError)), $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType$4.nil, new time.Duration(2, 1410065408), false, false, 100, 0, 0, new time.Duration(20, 4100654080), new time.Duration(0, 0), new time.Duration(0, 1000000000), false, false, $throwNilPointerError, new $Int64(0, 0), 0, 0, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), $ifaceNil, false, true));
		errKeepAlivesDisabled = errors.New("http: putIdleConn: keep alives disabled");
		errConnBroken = errors.New("http: putIdleConn: connection is in bad state");
		errCloseIdle = errors.New("http: putIdleConn: CloseIdleConnections was called");
		errTooManyIdle = errors.New("http: putIdleConn: too many idle connections");
		errTooManyIdleHost = errors.New("http: putIdleConn: too many idle connections for host");
		errCloseIdleConns = errors.New("http: CloseIdleConnections called");
		errReadLoopExiting = errors.New("http: persistConn.readLoop exiting");
		errIdleConnTimeout = errors.New("http: idle connection timeout");
		errServerClosedIdle = errors.New("http: server closed idle connection");
		errCallerOwnsConn = errors.New("read loop ending; caller owns writable underlying conn");
		errTimeout = new httpError.ptr("net/http: timeout awaiting response headers", true);
		errRequestCanceledConn = errors.New("net/http: request canceled while waiting for connection");
		testHookEnterRoundTrip = nop;
		testHookWaitResLoop = nop;
		testHookRoundTripRetried = nop;
		testHookPrePendingDial = nop;
		testHookPostPendingDial = nop;
		testHookMu = (x = new fakeLocker.ptr(), new x.constructor.elem(x));
		testHookReadLoopBeforeNextRead = nop;
		portMap = $makeMap($String.keyFor, [{ k: "http", v: "80" }, { k: "https", v: "443" }, { k: "socks5", v: "1080" }]);
		errReadOnClosedResBody = errors.New("http: read on closed response body");
		suppressedHeaders304 = new sliceType$2(["Content-Type", "Content-Length", "Transfer-Encoding"]);
		suppressedHeadersNoBody = new sliceType$2(["Content-Length", "Transfer-Encoding"]);
		$pkg.ErrBodyReadAfterClose = errors.New("http: invalid Read on closed Body");
		singleCRLF = (new sliceType$3($stringToBytes("\r\n")));
		doubleCRLF = (new sliceType$3($stringToBytes("\r\n\r\n")));
		errTrailerEOF = errors.New("http: unexpected EOF reading trailer");
		nopCloserType = reflect.TypeOf(io.NopCloser($ifaceNil));
		statusText = $makeMap($Int.keyFor, [{ k: 100, v: "Continue" }, { k: 101, v: "Switching Protocols" }, { k: 102, v: "Processing" }, { k: 103, v: "Early Hints" }, { k: 200, v: "OK" }, { k: 201, v: "Created" }, { k: 202, v: "Accepted" }, { k: 203, v: "Non-Authoritative Information" }, { k: 204, v: "No Content" }, { k: 205, v: "Reset Content" }, { k: 206, v: "Partial Content" }, { k: 207, v: "Multi-Status" }, { k: 208, v: "Already Reported" }, { k: 226, v: "IM Used" }, { k: 300, v: "Multiple Choices" }, { k: 301, v: "Moved Permanently" }, { k: 302, v: "Found" }, { k: 303, v: "See Other" }, { k: 304, v: "Not Modified" }, { k: 305, v: "Use Proxy" }, { k: 307, v: "Temporary Redirect" }, { k: 308, v: "Permanent Redirect" }, { k: 400, v: "Bad Request" }, { k: 401, v: "Unauthorized" }, { k: 402, v: "Payment Required" }, { k: 403, v: "Forbidden" }, { k: 404, v: "Not Found" }, { k: 405, v: "Method Not Allowed" }, { k: 406, v: "Not Acceptable" }, { k: 407, v: "Proxy Authentication Required" }, { k: 408, v: "Request Timeout" }, { k: 409, v: "Conflict" }, { k: 410, v: "Gone" }, { k: 411, v: "Length Required" }, { k: 412, v: "Precondition Failed" }, { k: 413, v: "Request Entity Too Large" }, { k: 414, v: "Request URI Too Long" }, { k: 415, v: "Unsupported Media Type" }, { k: 416, v: "Requested Range Not Satisfiable" }, { k: 417, v: "Expectation Failed" }, { k: 418, v: "I'm a teapot" }, { k: 421, v: "Misdirected Request" }, { k: 422, v: "Unprocessable Entity" }, { k: 423, v: "Locked" }, { k: 424, v: "Failed Dependency" }, { k: 425, v: "Too Early" }, { k: 426, v: "Upgrade Required" }, { k: 428, v: "Precondition Required" }, { k: 429, v: "Too Many Requests" }, { k: 431, v: "Request Header Fields Too Large" }, { k: 451, v: "Unavailable For Legal Reasons" }, { k: 500, v: "Internal Server Error" }, { k: 501, v: "Not Implemented" }, { k: 502, v: "Bad Gateway" }, { k: 503, v: "Service Unavailable" }, { k: 504, v: "Gateway Timeout" }, { k: 505, v: "HTTP Version Not Supported" }, { k: 506, v: "Variant Also Negotiates" }, { k: 507, v: "Insufficient Storage" }, { k: 508, v: "Loop Detected" }, { k: 510, v: "Not Extended" }, { k: 511, v: "Network Authentication Required" }]);
		socksnoDeadline = new time.Time.ptr(new $Uint64(0, 0), new $Int64(0, 0), ptrType.nil);
		socksaLongTimeAgo = $clone(time.Unix(new $Int64(0, 1), new $Int64(0, 0)), time.Time);
		sniffSignatures = new sliceType$4([(new htmlSig($stringToBytes("<!DOCTYPE HTML"))), (new htmlSig($stringToBytes("<HTML"))), (new htmlSig($stringToBytes("<HEAD"))), (new htmlSig($stringToBytes("<SCRIPT"))), (new htmlSig($stringToBytes("<IFRAME"))), (new htmlSig($stringToBytes("<H1"))), (new htmlSig($stringToBytes("<DIV"))), (new htmlSig($stringToBytes("<FONT"))), (new htmlSig($stringToBytes("<TABLE"))), (new htmlSig($stringToBytes("<A"))), (new htmlSig($stringToBytes("<STYLE"))), (new htmlSig($stringToBytes("<TITLE"))), (new htmlSig($stringToBytes("<B"))), (new htmlSig($stringToBytes("<BODY"))), (new htmlSig($stringToBytes("<BR"))), (new htmlSig($stringToBytes("<P"))), (new htmlSig($stringToBytes("<!--"))), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("<?xml"))), true, "text/xml; charset=utf-8"), new exactSig.ptr((new sliceType$3($stringToBytes("%PDF-"))), "application/pdf"), new exactSig.ptr((new sliceType$3($stringToBytes("%!PS-Adobe-"))), "application/postscript"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\x00\x00"))), (new sliceType$3($stringToBytes("\xFE\xFF\x00\x00"))), false, "text/plain; charset=utf-16be"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\x00\x00"))), (new sliceType$3($stringToBytes("\xFF\xFE\x00\x00"))), false, "text/plain; charset=utf-16le"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\x00"))), (new sliceType$3($stringToBytes("\xEF\xBB\xBF\x00"))), false, "text/plain; charset=utf-8"), new exactSig.ptr((new sliceType$3($stringToBytes("\x00\x00\x01\x00"))), "image/x-icon"), new exactSig.ptr((new sliceType$3($stringToBytes("\x00\x00\x02\x00"))), "image/x-icon"), new exactSig.ptr((new sliceType$3($stringToBytes("BM"))), "image/bmp"), new exactSig.ptr((new sliceType$3($stringToBytes("GIF87a"))), "image/gif"), new exactSig.ptr((new sliceType$3($stringToBytes("GIF89a"))), "image/gif"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF\x00\x00\x00\x00\xFF\xFF\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("RIFF\x00\x00\x00\x00WEBPVP"))), false, "image/webp"), new exactSig.ptr((new sliceType$3($stringToBytes("\x89PNG\r\n\x1A\n"))), "image/png"), new exactSig.ptr((new sliceType$3($stringToBytes("\xFF\xD8\xFF"))), "image/jpeg"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes(".snd"))), false, "audio/basic"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF\x00\x00\x00\x00\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("FORM\x00\x00\x00\x00AIFF"))), false, "audio/aiff"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("ID3"))), false, "audio/mpeg"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("OggS\x00"))), false, "application/ogg"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("MThd\x00\x00\x00\x06"))), false, "audio/midi"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF\x00\x00\x00\x00\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("RIFF\x00\x00\x00\x00AVI "))), false, "video/avi"), new maskedSig.ptr((new sliceType$3($stringToBytes("\xFF\xFF\xFF\xFF\x00\x00\x00\x00\xFF\xFF\xFF\xFF"))), (new sliceType$3($stringToBytes("RIFF\x00\x00\x00\x00WAVE"))), false, "audio/wave"), (x$1 = new mp4Sig.ptr(), new x$1.constructor.elem(x$1)), new exactSig.ptr((new sliceType$3($stringToBytes("\x1AE\xDF\xA3"))), "video/webm"), new maskedSig.ptr((new sliceType$3($stringToBytes("\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\xFF\xFF"))), (new sliceType$3($stringToBytes("\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00LP"))), false, "application/vnd.ms-fontobject"), new exactSig.ptr((new sliceType$3($stringToBytes("\x00\x01\x00\x00"))), "font/ttf"), new exactSig.ptr((new sliceType$3($stringToBytes("OTTO"))), "font/otf"), new exactSig.ptr((new sliceType$3($stringToBytes("ttcf"))), "font/collection"), new exactSig.ptr((new sliceType$3($stringToBytes("wOFF"))), "font/woff"), new exactSig.ptr((new sliceType$3($stringToBytes("wOF2"))), "font/woff2"), new exactSig.ptr((new sliceType$3($stringToBytes("\x1F\x8B\b"))), "application/x-gzip"), new exactSig.ptr((new sliceType$3($stringToBytes("PK\x03\x04"))), "application/zip"), new exactSig.ptr((new sliceType$3($stringToBytes("Rar!\x1A\x07\x00"))), "application/x-rar-compressed"), new exactSig.ptr((new sliceType$3($stringToBytes("Rar!\x1A\x07\x01\x00"))), "application/x-rar-compressed"), new exactSig.ptr((new sliceType$3($stringToBytes("\x00asm"))), "application/wasm"), (x$2 = new textSig.ptr(), new x$2.constructor.elem(x$2))]);
		mp4ftype = (new sliceType$3($stringToBytes("ftyp")));
		mp4 = (new sliceType$3($stringToBytes("mp4")));
		$pkg.ErrBodyNotAllowed = errors.New("http: request method or response status code does not allow body");
		$pkg.ErrHijacked = errors.New("http: connection has been hijacked");
		$pkg.ErrContentLength = errors.New("http: wrote more than the declared Content-Length");
		$pkg.ErrWriteAfterFlush = errors.New("unused");
		$pkg.ServerContextKey = new contextKey.ptr("http-server");
		$pkg.LocalAddrContextKey = new contextKey.ptr("local-addr");
		crlf = (new sliceType$3($stringToBytes("\r\n")));
		colonSpace = (new sliceType$3($stringToBytes(": ")));
		copyBufPool = new sync.Pool.ptr(sliceType.nil, (function() {
			var b, b$24ptr;
			b = $makeSlice(sliceType$3, 32768);
			return (b$24ptr || (b$24ptr = new ptrType$6(function() { return b; }, function($v) { b = $convertSliceType($v, sliceType$3); })));
		}));
		errTooLarge = errors.New("http: request too large");
		extraHeaderKeys = new sliceType$5([(new sliceType$3($stringToBytes("Content-Type"))), (new sliceType$3($stringToBytes("Connection"))), (new sliceType$3($stringToBytes("Transfer-Encoding")))]);
		headerContentLength = (new sliceType$3($stringToBytes("Content-Length: ")));
		headerDate = (new sliceType$3($stringToBytes("Date: ")));
		$pkg.ErrAbortHandler = errors.New("net/http: abort Handler");
		htmlReplacer = strings.NewReplacer(new sliceType$2(["&", "&amp;", "<", "&lt;", ">", "&gt;", "\"", "&#34;", "'", "&#39;"]));
		$pkg.DefaultServeMux = defaultServeMux;
		stateName = $makeMap(ConnState.keyFor, [{ k: 0, v: "new" }, { k: 1, v: "active" }, { k: 2, v: "idle" }, { k: 3, v: "hijacked" }, { k: 4, v: "closed" }]);
		silenceSemWarnContextKey = new contextKey.ptr("silence-semicolons");
		$pkg.ErrServerClosed = errors.New("http: Server closed");
		$pkg.ErrHandlerTimeout = errors.New("http: Handler timeout");
		uniqNameNext = {};
		uint8Array = $clone($clone(js.Global(), js.Value).Get("Uint8Array"), js.Value);
		jsFetchMissing = $clone($clone(js.Global(), js.Value).Get("fetch"), js.Value).IsUndefined();
		errClosed = errors.New("net/http: reader is closed");
		respExcludeHeader = $makeMap($String.keyFor, [{ k: "Content-Length", v: true }, { k: "Transfer-Encoding", v: true }, { k: "Trailer", v: true }]);
		$pkg.ErrNoLocation = errors.New("http: no Location header in response");
		$pkg.ErrMissingFile = errors.New("http: no such file");
		$pkg.ErrNotSupported = new ProtocolError.ptr("feature not supported");
		$pkg.ErrMissingBoundary = new ProtocolError.ptr("no multipart boundary param in Content-Type");
		$pkg.ErrNotMultipart = new ProtocolError.ptr("request Content-Type isn't multipart/form-data");
		reqWriteExcludeHeader = $makeMap($String.keyFor, [{ k: "Host", v: true }, { k: "User-Agent", v: true }, { k: "Content-Length", v: true }, { k: "Transfer-Encoding", v: true }, { k: "Trailer", v: true }]);
		$pkg.ErrNoCookie = errors.New("http: named cookie not present");
		multipartByReader = new multipart.Form.ptr({}, {});
		errMissingHost = errors.New("http: Request.Write on Request with no Host or URL set");
		aLongTimeAgo = $clone(time.Unix(new $Int64(0, 1), new $Int64(0, 0)), time.Time);
		$pkg.NoBody = new noBody.ptr();
		headerNewlineToSpace = strings.NewReplacer(new sliceType$2(["\n", " ", "\r", " "]));
		headerSorterPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new headerSorter.ptr(sliceType$6.nil);
		}));
		http2dataChunkSizeClasses = new sliceType$7([1024, 2048, 4096, 8192, 16384]);
		http2dataChunkPools = $toNativeArray($kindStruct, [new sync.Pool.ptr(sliceType.nil, (function() {
			return $makeSlice(sliceType$3, 1024);
		})), new sync.Pool.ptr(sliceType.nil, (function() {
			return $makeSlice(sliceType$3, 2048);
		})), new sync.Pool.ptr(sliceType.nil, (function() {
			return $makeSlice(sliceType$3, 4096);
		})), new sync.Pool.ptr(sliceType.nil, (function() {
			return $makeSlice(sliceType$3, 8192);
		})), new sync.Pool.ptr(sliceType.nil, (function() {
			return $makeSlice(sliceType$3, 16384);
		}))]);
		http2errReadEmpty = errors.New("read from empty dataBuffer");
		http2errCodeName = $makeMap(http2ErrCode.keyFor, [{ k: 0, v: "NO_ERROR" }, { k: 1, v: "PROTOCOL_ERROR" }, { k: 2, v: "INTERNAL_ERROR" }, { k: 3, v: "FLOW_CONTROL_ERROR" }, { k: 4, v: "SETTINGS_TIMEOUT" }, { k: 5, v: "STREAM_CLOSED" }, { k: 6, v: "FRAME_SIZE_ERROR" }, { k: 7, v: "REFUSED_STREAM" }, { k: 8, v: "CANCEL" }, { k: 9, v: "COMPRESSION_ERROR" }, { k: 10, v: "CONNECT_ERROR" }, { k: 11, v: "ENHANCE_YOUR_CALM" }, { k: 12, v: "INADEQUATE_SECURITY" }, { k: 13, v: "HTTP_1_1_REQUIRED" }]);
		http2errFromPeer = errors.New("received from peer");
		http2errMixPseudoHeaderTypes = errors.New("mix of request and response pseudo headers");
		http2errPseudoAfterRegular = errors.New("pseudo header field after regular");
		http2padZeros = $makeSlice(sliceType$3, 255);
		http2frameName = $makeMap(http2FrameType.keyFor, [{ k: 0, v: "DATA" }, { k: 1, v: "HEADERS" }, { k: 2, v: "PRIORITY" }, { k: 3, v: "RST_STREAM" }, { k: 4, v: "SETTINGS" }, { k: 5, v: "PUSH_PROMISE" }, { k: 6, v: "PING" }, { k: 7, v: "GOAWAY" }, { k: 8, v: "WINDOW_UPDATE" }, { k: 9, v: "CONTINUATION" }]);
		http2flagName = $makeMap(http2FrameType.keyFor, [{ k: 0, v: $makeMap(http2Flags.keyFor, [{ k: 1, v: "END_STREAM" }, { k: 8, v: "PADDED" }]) }, { k: 1, v: $makeMap(http2Flags.keyFor, [{ k: 1, v: "END_STREAM" }, { k: 4, v: "END_HEADERS" }, { k: 8, v: "PADDED" }, { k: 32, v: "PRIORITY" }]) }, { k: 4, v: $makeMap(http2Flags.keyFor, [{ k: 1, v: "ACK" }]) }, { k: 6, v: $makeMap(http2Flags.keyFor, [{ k: 1, v: "ACK" }]) }, { k: 9, v: $makeMap(http2Flags.keyFor, [{ k: 4, v: "END_HEADERS" }]) }, { k: 5, v: $makeMap(http2Flags.keyFor, [{ k: 4, v: "END_HEADERS" }, { k: 8, v: "PADDED" }]) }]);
		http2fhBytes = new sync.Pool.ptr(sliceType.nil, (function() {
			var buf, buf$24ptr;
			buf = $makeSlice(sliceType$3, 9);
			return (buf$24ptr || (buf$24ptr = new ptrType$6(function() { return buf; }, function($v) { buf = $convertSliceType($v, sliceType$3); })));
		}));
		http2ErrFrameTooLarge = errors.New("http2: frame too large");
		http2errStreamID = errors.New("invalid stream ID");
		http2errDepStreamID = errors.New("invalid dependent stream ID");
		http2errPadLength = errors.New("pad length too large");
		http2errPadBytes = errors.New("padding bytes must all be zeros unless AllowIllegalWrites is enabled");
		_r = os.Getenv("DEBUG_HTTP2_GOROUTINES"); /* */ $s = 45; case 45: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		http2DebugGoroutines = _r === "1";
		http2goroutineSpace = (new sliceType$3($stringToBytes("goroutine ")));
		http2littleBuf = new sync.Pool.ptr(sliceType.nil, (function() {
			var buf, buf$24ptr;
			buf = $makeSlice(sliceType$3, 64);
			return (buf$24ptr || (buf$24ptr = new ptrType$6(function() { return buf; }, function($v) { buf = $convertSliceType($v, sliceType$3); })));
		}));
		http2clientPreface = (new sliceType$3($stringToBytes("PRI * HTTP/2.0\r\n\r\nSM\r\n\r\n")));
		http2stateName = $toNativeArray($kindString, ["Idle", "Open", "HalfClosedLocal", "HalfClosedRemote", "Closed"]);
		http2frameParsers = $makeMap(http2FrameType.keyFor, [{ k: 0, v: http2parseDataFrame }, { k: 1, v: http2parseHeadersFrame }, { k: 2, v: http2parsePriorityFrame }, { k: 3, v: http2parseRSTStreamFrame }, { k: 4, v: http2parseSettingsFrame }, { k: 5, v: http2parsePushPromise }, { k: 6, v: http2parsePingFrame }, { k: 7, v: http2parseGoAwayFrame }, { k: 8, v: http2parseWindowUpdateFrame }, { k: 9, v: http2parseContinuationFrame }]);
		http2settingName = $makeMap(http2SettingID.keyFor, [{ k: 1, v: "HEADER_TABLE_SIZE" }, { k: 2, v: "ENABLE_PUSH" }, { k: 3, v: "MAX_CONCURRENT_STREAMS" }, { k: 4, v: "INITIAL_WINDOW_SIZE" }, { k: 5, v: "MAX_FRAME_SIZE" }, { k: 6, v: "MAX_HEADER_LIST_SIZE" }]);
		http2bufWriterPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return bufio.NewWriterSize($ifaceNil, 4096);
		}));
		http2errTimeout = new http2httpError.ptr(arrayType.zero(), "http2: timeout awaiting response headers", true);
		http2sorterPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new http2sorter.ptr(sliceType$2.nil);
		}));
		http2errClosedPipeWrite = errors.New("write on closed buffer");
		http2errClientDisconnected = errors.New("client disconnected");
		http2errClosedBody = errors.New("body closed by handler");
		http2errHandlerComplete = errors.New("http2: request body closed due to handler exiting");
		http2errStreamClosed = errors.New("http2: stream closed");
		http2responseWriterStatePool = new sync.Pool.ptr(sliceType.nil, (function() {
			var rws, x$4;
			rws = new http2responseWriterState.ptr(ptrType$10.nil, ptrType$11.nil, ptrType$12.nil, ptrType$13.nil, ptrType$14.nil, false, false, sliceType$2.nil, 0, false, false, false, false, new $Int64(0, 0), new $Int64(0, 0), new sync.Mutex.ptr(0, 0), $chanNil);
			rws.bw = bufio.NewWriterSize((x$4 = new http2chunkWriter.ptr(rws), new x$4.constructor.elem(x$4)), 4096);
			return rws;
		}));
		http2settingsTimerMsg = $newDataPointer(0, ptrType$15);
		http2idleTimerMsg = $newDataPointer(0, ptrType$15);
		http2shutdownTimerMsg = $newDataPointer(0, ptrType$15);
		http2gracefulShutdownMsg = $newDataPointer(0, ptrType$15);
		http2errPrefaceTimeout = errors.New("timeout waiting for client preface");
		http2errChanPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new chanType(new $Chan($error, 1));
		}));
		http2writeDataPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new http2writeData.ptr(0, sliceType$3.nil, false);
		}));
		http2errHandlerPanicked = errors.New("http2: handler panicked");
		http2goAwayTimeout = new time.Duration(0, 1000000000);
		http2ErrRecursivePush = errors.New("http2: recursive push not allowed");
		http2ErrPushLimitReached = errors.New("http2: push would exceed peer's SETTINGS_MAX_CONCURRENT_STREAMS");
		http2connHeaders = new sliceType$2(["Connection", "Keep-Alive", "Proxy-Connection", "Transfer-Encoding", "Upgrade"]);
		http2ErrNoCachedConn = (x$4 = new http2noCachedConnError.ptr(), new x$4.constructor.elem(x$4));
		http2errClientConnClosed = errors.New("http2: client conn is closed");
		http2errClientConnUnusable = errors.New("http2: client conn not usable");
		http2errClientConnGotGoAway = errors.New("http2: Transport received Server's graceful shutdown GOAWAY");
		http2shutdownEnterWaitStateHook = (function() {
		});
		http2errRequestCanceled = errors.New("net/http: request canceled");
		errRequestCanceled = http2errRequestCanceled;
		http2errStopReqBodyWrite = errors.New("http2: aborting request body write");
		http2errStopReqBodyWriteAndCancel = errors.New("http2: canceling request");
		http2errReqBodyTooLong = errors.New("http2: request body larger than specified content length");
		http2errNilRequestURL = errors.New("http2: Request.URI is nil");
		http2errClosedResponseBody = errors.New("http2: response body closed");
		http2errResponseHeaderListSize = errors.New("http2: response header list larger than advertised limit");
		http2errRequestHeaderListSize = errors.New("http2: request header list larger than peer's advertised limit");
		http2noBody = ioutil.NopCloser(bytes.NewReader(sliceType$3.nil));
		errSeeker = errors.New("seeker can't seek");
		errNoOverlap = errors.New("invalid range: failed to overlap");
		unixEpochTime = $clone(time.Unix(new $Int64(0, 0), new $Int64(0, 0)), time.Time);
		errMissingSeek = errors.New("io.File missing Seek method");
		errMissingReadDir = errors.New("io.File directory missing ReadDir method");
		cookieNameSanitizer = strings.NewReplacer(new sliceType$2(["\n", "-", "\r", "-"]));
		$pkg.ErrUseLastResponse = errors.New("net/http: use last response");
		$pkg.DefaultTransport = (function() {
			var x$5;
			if (!($global.fetch === undefined)) {
				return new Transport.ptr(new sync.Mutex.ptr(0, 0), false, false, false, new connLRU.ptr(ptrType$3.nil, false), new sync.Mutex.ptr(0, 0), false, new sync.Mutex.ptr(0, 0), new atomic.Value.ptr($ifaceNil), new sync.Mutex.ptr(0, 0), false, false, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, ptrType$4.nil, new time.Duration(0, 0), false, false, 0, 0, 0, new time.Duration(0, 0), new time.Duration(0, 0), new time.Duration(0, 0), false, false, $throwNilPointerError, new $Int64(0, 0), 0, 0, new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0)), $ifaceNil, false, false);
			} else if (!($global.XMLHttpRequest === undefined)) {
				return new XHRTransport.ptr(false);
			} else {
				return (x$5 = new noTransport.ptr(), new x$5.constructor.elem(x$5));
			}
		})();
		$r = init(); /* */ $s = 46; case 46: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["go.uber.org/zap"] = (function() {
	var $pkg = {}, $init, bytes, json, errors, flag, fmt, atomic, multierr, bufferpool, zapcore, io, ioutil, log, math, http, url, os, runtime, sort, strings, sync, time, SugaredLogger, invalidPair, invalidPairs, programCounters, nopCloserSink, errSinkNotFound, Option, optionFunc, Logger, AtomicLevel, errArray, errArrayElem, SamplingConfig, Config, bools, complex128s, complex64s, durations, float64s, float32s, ints, int64s, int32s, int16s, int8s, stringArray, times, uints, uint64s, uint32s, uint16s, uintptrs, errorResponse, payload, sliceType, sliceType$1, sliceType$2, sliceType$3, ptrType, ptrType$1, sliceType$4, ptrType$2, sliceType$5, ptrType$3, sliceType$6, ptrType$4, ptrType$5, ptrType$6, sliceType$7, sliceType$8, sliceType$9, sliceType$10, sliceType$11, sliceType$12, sliceType$13, sliceType$14, sliceType$15, sliceType$16, sliceType$17, sliceType$18, sliceType$19, sliceType$20, sliceType$21, sliceType$22, sliceType$23, sliceType$24, ptrType$8, ptrType$9, ptrType$10, ptrType$11, ptrType$12, ptrType$13, mapType, _stacktracePool, _zapStacktracePrefixes, _zapStacktraceVendorContains, _sinkMutex, _sinkFactories, _globalL, _globalS, _errArrayElemPool, errNoEncoderNameSpecified, _encoderNameToConstructor, _encoderMutex, Open, open, CombineWriteSyncers, takeStacktrace, isZapFrame, newProgramCounters, addPrefix, init, resetSinkRegistry, newSink, newFileSink, WrapCore, Fields, ErrorOutput, Development, AddCaller, AddStacktrace, New, NewNop, NewAtomicLevel, NewAtomicLevelAt, Skip, Binary, Bool, Complex128, Complex64, Float64, Float32, Int, Int64, Int32, Int16, Int8, String, Uint, Uint64, Uint32, Uint16, Uint8, Uintptr, Reflect, Stringer, Time, Stack, Duration, Object, Any, Error, NamedError, newEncoder, NewDevelopmentEncoderConfig, NewDevelopmentConfig, Array, Bools, Complex128s, Complex64s, Durations, Float64s, Float32s, Ints, Int64s, Int32s, Int16s, Int8s, Strings, Times, Uints, Uint64s, Uint32s, Uint16s, Uintptrs, Errors;
	bytes = $packages["bytes"];
	json = $packages["encoding/json"];
	errors = $packages["errors"];
	flag = $packages["flag"];
	fmt = $packages["fmt"];
	atomic = $packages["go.uber.org/atomic"];
	multierr = $packages["go.uber.org/multierr"];
	bufferpool = $packages["go.uber.org/zap/internal/bufferpool"];
	zapcore = $packages["go.uber.org/zap/zapcore"];
	io = $packages["io"];
	ioutil = $packages["io/ioutil"];
	log = $packages["log"];
	math = $packages["math"];
	http = $packages["net/http"];
	url = $packages["net/url"];
	os = $packages["os"];
	runtime = $packages["runtime"];
	sort = $packages["sort"];
	strings = $packages["strings"];
	sync = $packages["sync"];
	time = $packages["time"];
	SugaredLogger = $pkg.SugaredLogger = $newType(0, $kindStruct, "zap.SugaredLogger", true, "go.uber.org/zap", true, function(base_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.base = ptrType.nil;
			return;
		}
		this.base = base_;
	});
	invalidPair = $pkg.invalidPair = $newType(0, $kindStruct, "zap.invalidPair", true, "go.uber.org/zap", false, function(position_, key_, value_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.position = 0;
			this.key = $ifaceNil;
			this.value = $ifaceNil;
			return;
		}
		this.position = position_;
		this.key = key_;
		this.value = value_;
	});
	invalidPairs = $pkg.invalidPairs = $newType(12, $kindSlice, "zap.invalidPairs", true, "go.uber.org/zap", false, null);
	programCounters = $pkg.programCounters = $newType(0, $kindStruct, "zap.programCounters", true, "go.uber.org/zap", false, function(pcs_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.pcs = sliceType$5.nil;
			return;
		}
		this.pcs = pcs_;
	});
	nopCloserSink = $pkg.nopCloserSink = $newType(0, $kindStruct, "zap.nopCloserSink", true, "go.uber.org/zap", false, function(WriteSyncer_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.WriteSyncer = $ifaceNil;
			return;
		}
		this.WriteSyncer = WriteSyncer_;
	});
	errSinkNotFound = $pkg.errSinkNotFound = $newType(0, $kindStruct, "zap.errSinkNotFound", true, "go.uber.org/zap", false, function(scheme_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.scheme = "";
			return;
		}
		this.scheme = scheme_;
	});
	Option = $pkg.Option = $newType(8, $kindInterface, "zap.Option", true, "go.uber.org/zap", true, null);
	optionFunc = $pkg.optionFunc = $newType(4, $kindFunc, "zap.optionFunc", true, "go.uber.org/zap", false, null);
	Logger = $pkg.Logger = $newType(0, $kindStruct, "zap.Logger", true, "go.uber.org/zap", true, function(core_, development_, name_, errorOutput_, addCaller_, addStack_, callerSkip_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.core = $ifaceNil;
			this.development = false;
			this.name = "";
			this.errorOutput = $ifaceNil;
			this.addCaller = false;
			this.addStack = $ifaceNil;
			this.callerSkip = 0;
			return;
		}
		this.core = core_;
		this.development = development_;
		this.name = name_;
		this.errorOutput = errorOutput_;
		this.addCaller = addCaller_;
		this.addStack = addStack_;
		this.callerSkip = callerSkip_;
	});
	AtomicLevel = $pkg.AtomicLevel = $newType(0, $kindStruct, "zap.AtomicLevel", true, "go.uber.org/zap", true, function(l_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.l = ptrType$5.nil;
			return;
		}
		this.l = l_;
	});
	errArray = $pkg.errArray = $newType(12, $kindSlice, "zap.errArray", true, "go.uber.org/zap", false, null);
	errArrayElem = $pkg.errArrayElem = $newType(0, $kindStruct, "zap.errArrayElem", true, "go.uber.org/zap", false, function(error_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.error = $ifaceNil;
			return;
		}
		this.error = error_;
	});
	SamplingConfig = $pkg.SamplingConfig = $newType(0, $kindStruct, "zap.SamplingConfig", true, "go.uber.org/zap", true, function(Initial_, Thereafter_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Initial = 0;
			this.Thereafter = 0;
			return;
		}
		this.Initial = Initial_;
		this.Thereafter = Thereafter_;
	});
	Config = $pkg.Config = $newType(0, $kindStruct, "zap.Config", true, "go.uber.org/zap", true, function(Level_, Development_, DisableCaller_, DisableStacktrace_, Sampling_, Encoding_, EncoderConfig_, OutputPaths_, ErrorOutputPaths_, InitialFields_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Level = new AtomicLevel.ptr(ptrType$5.nil);
			this.Development = false;
			this.DisableCaller = false;
			this.DisableStacktrace = false;
			this.Sampling = ptrType$9.nil;
			this.Encoding = "";
			this.EncoderConfig = new zapcore.EncoderConfig.ptr("", "", "", "", "", "", "", $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError);
			this.OutputPaths = sliceType$1.nil;
			this.ErrorOutputPaths = sliceType$1.nil;
			this.InitialFields = false;
			return;
		}
		this.Level = Level_;
		this.Development = Development_;
		this.DisableCaller = DisableCaller_;
		this.DisableStacktrace = DisableStacktrace_;
		this.Sampling = Sampling_;
		this.Encoding = Encoding_;
		this.EncoderConfig = EncoderConfig_;
		this.OutputPaths = OutputPaths_;
		this.ErrorOutputPaths = ErrorOutputPaths_;
		this.InitialFields = InitialFields_;
	});
	bools = $pkg.bools = $newType(12, $kindSlice, "zap.bools", true, "go.uber.org/zap", false, null);
	complex128s = $pkg.complex128s = $newType(12, $kindSlice, "zap.complex128s", true, "go.uber.org/zap", false, null);
	complex64s = $pkg.complex64s = $newType(12, $kindSlice, "zap.complex64s", true, "go.uber.org/zap", false, null);
	durations = $pkg.durations = $newType(12, $kindSlice, "zap.durations", true, "go.uber.org/zap", false, null);
	float64s = $pkg.float64s = $newType(12, $kindSlice, "zap.float64s", true, "go.uber.org/zap", false, null);
	float32s = $pkg.float32s = $newType(12, $kindSlice, "zap.float32s", true, "go.uber.org/zap", false, null);
	ints = $pkg.ints = $newType(12, $kindSlice, "zap.ints", true, "go.uber.org/zap", false, null);
	int64s = $pkg.int64s = $newType(12, $kindSlice, "zap.int64s", true, "go.uber.org/zap", false, null);
	int32s = $pkg.int32s = $newType(12, $kindSlice, "zap.int32s", true, "go.uber.org/zap", false, null);
	int16s = $pkg.int16s = $newType(12, $kindSlice, "zap.int16s", true, "go.uber.org/zap", false, null);
	int8s = $pkg.int8s = $newType(12, $kindSlice, "zap.int8s", true, "go.uber.org/zap", false, null);
	stringArray = $pkg.stringArray = $newType(12, $kindSlice, "zap.stringArray", true, "go.uber.org/zap", false, null);
	times = $pkg.times = $newType(12, $kindSlice, "zap.times", true, "go.uber.org/zap", false, null);
	uints = $pkg.uints = $newType(12, $kindSlice, "zap.uints", true, "go.uber.org/zap", false, null);
	uint64s = $pkg.uint64s = $newType(12, $kindSlice, "zap.uint64s", true, "go.uber.org/zap", false, null);
	uint32s = $pkg.uint32s = $newType(12, $kindSlice, "zap.uint32s", true, "go.uber.org/zap", false, null);
	uint16s = $pkg.uint16s = $newType(12, $kindSlice, "zap.uint16s", true, "go.uber.org/zap", false, null);
	uintptrs = $pkg.uintptrs = $newType(12, $kindSlice, "zap.uintptrs", true, "go.uber.org/zap", false, null);
	errorResponse = $newType(0, $kindStruct, "zap.errorResponse", true, "go.uber.org/zap", false, function(Error_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Error = "";
			return;
		}
		this.Error = Error_;
	});
	payload = $newType(0, $kindStruct, "zap.payload", true, "go.uber.org/zap", false, function(Level_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Level = ptrType$6.nil;
			return;
		}
		this.Level = Level_;
	});
	sliceType = $sliceType($emptyInterface);
	sliceType$1 = $sliceType($String);
	sliceType$2 = $sliceType(zapcore.WriteSyncer);
	sliceType$3 = $sliceType(io.Closer);
	ptrType = $ptrType(Logger);
	ptrType$1 = $ptrType(zapcore.CheckedEntry);
	sliceType$4 = $sliceType(zapcore.Field);
	ptrType$2 = $ptrType(programCounters);
	sliceType$5 = $sliceType($Uintptr);
	ptrType$3 = $ptrType(url.Userinfo);
	sliceType$6 = $sliceType(Option);
	ptrType$4 = $ptrType(time.Location);
	ptrType$5 = $ptrType(atomic.Int32);
	ptrType$6 = $ptrType(zapcore.Level);
	sliceType$7 = $sliceType($Uint8);
	sliceType$8 = $sliceType($Bool);
	sliceType$9 = $sliceType($Complex128);
	sliceType$10 = $sliceType($Complex64);
	sliceType$11 = $sliceType($Float64);
	sliceType$12 = $sliceType($Float32);
	sliceType$13 = $sliceType($Int);
	sliceType$14 = $sliceType($Int64);
	sliceType$15 = $sliceType($Int32);
	sliceType$16 = $sliceType($Int16);
	sliceType$17 = $sliceType($Int8);
	sliceType$18 = $sliceType($Uint);
	sliceType$19 = $sliceType($Uint64);
	sliceType$20 = $sliceType($Uint32);
	sliceType$21 = $sliceType($Uint16);
	sliceType$22 = $sliceType(time.Time);
	sliceType$23 = $sliceType(time.Duration);
	sliceType$24 = $sliceType($error);
	ptrType$8 = $ptrType(errArrayElem);
	ptrType$9 = $ptrType(SamplingConfig);
	ptrType$10 = $ptrType(SugaredLogger);
	ptrType$11 = $ptrType(errSinkNotFound);
	ptrType$12 = $ptrType(http.Request);
	ptrType$13 = $ptrType(AtomicLevel);
	mapType = $mapType($String, $emptyInterface);
	Open = function(paths) {
		var {_r, _tuple, close, err, paths, writer, writers, $s, $r, $c} = $restore(this, {paths});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = open(paths); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		writers = _tuple[0];
		close = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, $throwNilPointerError, err];
		}
		writer = CombineWriteSyncers(writers);
		$s = -1; return [writer, close, $ifaceNil];
		/* */ } return; } var $f = {$blk: Open, $c: true, $r, _r, _tuple, close, err, paths, writer, writers, $s};return $f;
	};
	$pkg.Open = Open;
	open = function(paths) {
		var {_arg, _arg$1, _i, _r, _r$1, _r$2, _ref, _tuple, close, closers, err, openErr, path, paths, sink, writers, $s, $r, $c} = $restore(this, {paths});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		closers = [closers];
		writers = $makeSlice(sliceType$2, 0, paths.$length);
		closers[0] = $makeSlice(sliceType$3, 0, paths.$length);
		close = (function(closers) { return function $b() {
			var {_i, _r, _ref, c, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_ref = closers[0];
			_i = 0;
			/* while (true) { */ case 1:
				/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
				c = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				_r = c.Close(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
				_i++;
			$s = 1; continue;
			case 2:
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _i, _r, _ref, c, $s};return $f;
		}; })(closers);
		openErr = $ifaceNil;
		_ref = paths;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			path = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = newSink(path); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_tuple = _r;
			sink = _tuple[0];
			err = _tuple[1];
			/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 4:
				_arg = openErr;
				_r$1 = fmt.Errorf("couldn't open sink %q: %v", new sliceType([new $String(path), err])); /* */ $s = 6; case 6: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_arg$1 = _r$1;
				_r$2 = multierr.Append(_arg, _arg$1); /* */ $s = 7; case 7: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				openErr = _r$2;
				_i++;
				/* continue; */ $s = 1; continue;
			/* } */ case 5:
			writers = $append(writers, sink);
			closers[0] = $append(closers[0], sink);
			_i++;
		$s = 1; continue;
		case 2:
		/* */ if (!($interfaceIsEqual(openErr, $ifaceNil))) { $s = 8; continue; }
		/* */ $s = 9; continue;
		/* if (!($interfaceIsEqual(openErr, $ifaceNil))) { */ case 8:
			$r = close(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [writers, $throwNilPointerError, openErr];
		/* } */ case 9:
		$s = -1; return [writers, close, $ifaceNil];
		/* */ } return; } var $f = {$blk: open, $c: true, $r, _arg, _arg$1, _i, _r, _r$1, _r$2, _ref, _tuple, close, closers, err, openErr, path, paths, sink, writers, $s};return $f;
	};
	CombineWriteSyncers = function(writers) {
		var writers;
		if (writers.$length === 0) {
			return zapcore.AddSync(ioutil.Discard);
		}
		return zapcore.Lock(zapcore.NewMultiWriteSyncer(writers));
	};
	$pkg.CombineWriteSyncers = CombineWriteSyncers;
	SugaredLogger.ptr.prototype.Desugar = function() {
		var base, s;
		s = this;
		base = s.base.clone();
		base.callerSkip = base.callerSkip - (2) >> 0;
		return base;
	};
	SugaredLogger.prototype.Desugar = function() { return this.$val.Desugar(); };
	SugaredLogger.ptr.prototype.Named = function(name) {
		var name, s;
		s = this;
		return new SugaredLogger.ptr(s.base.Named(name));
	};
	SugaredLogger.prototype.Named = function(name) { return this.$val.Named(name); };
	SugaredLogger.ptr.prototype.With = function(args) {
		var {$24r, _r, _r$1, args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.sweetenFields(args); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = s.base.With(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = new SugaredLogger.ptr(_r$1);
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.With, $c: true, $r, $24r, _r, _r$1, args, s, $s};return $f;
	};
	SugaredLogger.prototype.With = function(args) { return this.$val.With(args); };
	SugaredLogger.ptr.prototype.Debug = function(args) {
		var {args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(-1, "", args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Debug, $c: true, $r, args, s, $s};return $f;
	};
	SugaredLogger.prototype.Debug = function(args) { return this.$val.Debug(args); };
	SugaredLogger.ptr.prototype.Info = function(args) {
		var {args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(0, "", args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Info, $c: true, $r, args, s, $s};return $f;
	};
	SugaredLogger.prototype.Info = function(args) { return this.$val.Info(args); };
	SugaredLogger.ptr.prototype.Warn = function(args) {
		var {args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(1, "", args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Warn, $c: true, $r, args, s, $s};return $f;
	};
	SugaredLogger.prototype.Warn = function(args) { return this.$val.Warn(args); };
	SugaredLogger.ptr.prototype.Error = function(args) {
		var {args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(2, "", args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Error, $c: true, $r, args, s, $s};return $f;
	};
	SugaredLogger.prototype.Error = function(args) { return this.$val.Error(args); };
	SugaredLogger.ptr.prototype.DPanic = function(args) {
		var {args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(3, "", args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.DPanic, $c: true, $r, args, s, $s};return $f;
	};
	SugaredLogger.prototype.DPanic = function(args) { return this.$val.DPanic(args); };
	SugaredLogger.ptr.prototype.Panic = function(args) {
		var {args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(4, "", args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Panic, $c: true, $r, args, s, $s};return $f;
	};
	SugaredLogger.prototype.Panic = function(args) { return this.$val.Panic(args); };
	SugaredLogger.ptr.prototype.Fatal = function(args) {
		var {args, s, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(5, "", args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Fatal, $c: true, $r, args, s, $s};return $f;
	};
	SugaredLogger.prototype.Fatal = function(args) { return this.$val.Fatal(args); };
	SugaredLogger.ptr.prototype.Debugf = function(template, args) {
		var {args, s, template, $s, $r, $c} = $restore(this, {template, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(-1, template, args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Debugf, $c: true, $r, args, s, template, $s};return $f;
	};
	SugaredLogger.prototype.Debugf = function(template, args) { return this.$val.Debugf(template, args); };
	SugaredLogger.ptr.prototype.Infof = function(template, args) {
		var {args, s, template, $s, $r, $c} = $restore(this, {template, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(0, template, args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Infof, $c: true, $r, args, s, template, $s};return $f;
	};
	SugaredLogger.prototype.Infof = function(template, args) { return this.$val.Infof(template, args); };
	SugaredLogger.ptr.prototype.Warnf = function(template, args) {
		var {args, s, template, $s, $r, $c} = $restore(this, {template, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(1, template, args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Warnf, $c: true, $r, args, s, template, $s};return $f;
	};
	SugaredLogger.prototype.Warnf = function(template, args) { return this.$val.Warnf(template, args); };
	SugaredLogger.ptr.prototype.Errorf = function(template, args) {
		var {args, s, template, $s, $r, $c} = $restore(this, {template, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(2, template, args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Errorf, $c: true, $r, args, s, template, $s};return $f;
	};
	SugaredLogger.prototype.Errorf = function(template, args) { return this.$val.Errorf(template, args); };
	SugaredLogger.ptr.prototype.DPanicf = function(template, args) {
		var {args, s, template, $s, $r, $c} = $restore(this, {template, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(3, template, args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.DPanicf, $c: true, $r, args, s, template, $s};return $f;
	};
	SugaredLogger.prototype.DPanicf = function(template, args) { return this.$val.DPanicf(template, args); };
	SugaredLogger.ptr.prototype.Panicf = function(template, args) {
		var {args, s, template, $s, $r, $c} = $restore(this, {template, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(4, template, args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Panicf, $c: true, $r, args, s, template, $s};return $f;
	};
	SugaredLogger.prototype.Panicf = function(template, args) { return this.$val.Panicf(template, args); };
	SugaredLogger.ptr.prototype.Fatalf = function(template, args) {
		var {args, s, template, $s, $r, $c} = $restore(this, {template, args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(5, template, args, sliceType.nil); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Fatalf, $c: true, $r, args, s, template, $s};return $f;
	};
	SugaredLogger.prototype.Fatalf = function(template, args) { return this.$val.Fatalf(template, args); };
	SugaredLogger.ptr.prototype.Debugw = function(msg, keysAndValues) {
		var {keysAndValues, msg, s, $s, $r, $c} = $restore(this, {msg, keysAndValues});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(-1, msg, sliceType.nil, keysAndValues); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Debugw, $c: true, $r, keysAndValues, msg, s, $s};return $f;
	};
	SugaredLogger.prototype.Debugw = function(msg, keysAndValues) { return this.$val.Debugw(msg, keysAndValues); };
	SugaredLogger.ptr.prototype.Infow = function(msg, keysAndValues) {
		var {keysAndValues, msg, s, $s, $r, $c} = $restore(this, {msg, keysAndValues});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(0, msg, sliceType.nil, keysAndValues); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Infow, $c: true, $r, keysAndValues, msg, s, $s};return $f;
	};
	SugaredLogger.prototype.Infow = function(msg, keysAndValues) { return this.$val.Infow(msg, keysAndValues); };
	SugaredLogger.ptr.prototype.Warnw = function(msg, keysAndValues) {
		var {keysAndValues, msg, s, $s, $r, $c} = $restore(this, {msg, keysAndValues});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(1, msg, sliceType.nil, keysAndValues); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Warnw, $c: true, $r, keysAndValues, msg, s, $s};return $f;
	};
	SugaredLogger.prototype.Warnw = function(msg, keysAndValues) { return this.$val.Warnw(msg, keysAndValues); };
	SugaredLogger.ptr.prototype.Errorw = function(msg, keysAndValues) {
		var {keysAndValues, msg, s, $s, $r, $c} = $restore(this, {msg, keysAndValues});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(2, msg, sliceType.nil, keysAndValues); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Errorw, $c: true, $r, keysAndValues, msg, s, $s};return $f;
	};
	SugaredLogger.prototype.Errorw = function(msg, keysAndValues) { return this.$val.Errorw(msg, keysAndValues); };
	SugaredLogger.ptr.prototype.DPanicw = function(msg, keysAndValues) {
		var {keysAndValues, msg, s, $s, $r, $c} = $restore(this, {msg, keysAndValues});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(3, msg, sliceType.nil, keysAndValues); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.DPanicw, $c: true, $r, keysAndValues, msg, s, $s};return $f;
	};
	SugaredLogger.prototype.DPanicw = function(msg, keysAndValues) { return this.$val.DPanicw(msg, keysAndValues); };
	SugaredLogger.ptr.prototype.Panicw = function(msg, keysAndValues) {
		var {keysAndValues, msg, s, $s, $r, $c} = $restore(this, {msg, keysAndValues});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(4, msg, sliceType.nil, keysAndValues); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Panicw, $c: true, $r, keysAndValues, msg, s, $s};return $f;
	};
	SugaredLogger.prototype.Panicw = function(msg, keysAndValues) { return this.$val.Panicw(msg, keysAndValues); };
	SugaredLogger.ptr.prototype.Fatalw = function(msg, keysAndValues) {
		var {keysAndValues, msg, s, $s, $r, $c} = $restore(this, {msg, keysAndValues});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		$r = s.log(5, msg, sliceType.nil, keysAndValues); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Fatalw, $c: true, $r, keysAndValues, msg, s, $s};return $f;
	};
	SugaredLogger.prototype.Fatalw = function(msg, keysAndValues) { return this.$val.Fatalw(msg, keysAndValues); };
	SugaredLogger.ptr.prototype.Sync = function() {
		var {$24r, _r, s, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		_r = s.base.Sync(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.Sync, $c: true, $r, $24r, _r, s, $s};return $f;
	};
	SugaredLogger.prototype.Sync = function() { return this.$val.Sync(); };
	SugaredLogger.ptr.prototype.log = function(lvl, template, fmtArgs, context) {
		var {_r, _r$1, _r$2, _r$3, _r$4, _v, ce, context, fmtArgs, lvl, msg, s, template, $s, $r, $c} = $restore(this, {lvl, template, fmtArgs, context});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (!(lvl < 3)) { _v = false; $s = 3; continue s; }
		_r = s.base.Core().Enabled(lvl); /* */ $s = 4; case 4: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_v = !_r; case 3:
		/* */ if (_v) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (_v) { */ case 1:
			$s = -1; return;
		/* } */ case 2:
		msg = template;
		/* */ if (msg === "" && fmtArgs.$length > 0) { $s = 5; continue; }
		/* */ if (!(msg === "") && fmtArgs.$length > 0) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (msg === "" && fmtArgs.$length > 0) { */ case 5:
			_r$1 = fmt.Sprint(fmtArgs); /* */ $s = 8; case 8: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			msg = _r$1;
			$s = 7; continue;
		/* } else if (!(msg === "") && fmtArgs.$length > 0) { */ case 6:
			_r$2 = fmt.Sprintf(template, fmtArgs); /* */ $s = 9; case 9: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			msg = _r$2;
		/* } */ case 7:
		_r$3 = s.base.Check(lvl, msg); /* */ $s = 10; case 10: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		ce = _r$3;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 11; continue; }
		/* */ $s = 12; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 11:
			_r$4 = s.sweetenFields(context); /* */ $s = 13; case 13: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$r = ce.Write(_r$4); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 12:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.log, $c: true, $r, _r, _r$1, _r$2, _r$3, _r$4, _v, ce, context, fmtArgs, lvl, msg, s, template, $s};return $f;
	};
	SugaredLogger.prototype.log = function(lvl, template, fmtArgs, context) { return this.$val.log(lvl, template, fmtArgs, context); };
	SugaredLogger.ptr.prototype.sweetenFields = function(args) {
		var {_q, _tmp, _tmp$1, _tuple, _tuple$1, args, f, fields, i, invalid, key, keyStr, ok, ok$1, s, val, x, $s, $r, $c} = $restore(this, {args});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		s = this;
		if (args.$length === 0) {
			$s = -1; return sliceType$4.nil;
		}
		fields = $makeSlice(sliceType$4, 0, args.$length);
		invalid = invalidPairs.nil;
		i = 0;
		/* while (true) { */ case 1:
			/* if (!(i < args.$length)) { break; } */ if(!(i < args.$length)) { $s = 2; continue; }
			_tuple = $assertType(((i < 0 || i >= args.$length) ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + i]), zapcore.Field, true);
			f = $clone(_tuple[0], zapcore.Field);
			ok = _tuple[1];
			if (ok) {
				fields = $append(fields, f);
				i = i + (1) >> 0;
				/* continue; */ $s = 1; continue;
			}
			/* */ if (i === (args.$length - 1 >> 0)) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (i === (args.$length - 1 >> 0)) { */ case 3:
				$r = s.base.DPanic("Ignored key without a value.", new sliceType$4([$clone(Any("ignored", ((i < 0 || i >= args.$length) ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + i])), zapcore.Field)])); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				/* break; */ $s = 2; continue;
			/* } */ case 4:
			_tmp = ((i < 0 || i >= args.$length) ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + i]);
			_tmp$1 = (x = i + 1 >> 0, ((x < 0 || x >= args.$length) ? ($throwRuntimeError("index out of range"), undefined) : args.$array[args.$offset + x]));
			key = _tmp;
			val = _tmp$1;
			_tuple$1 = $assertType(key, $String, true);
			keyStr = _tuple$1[0];
			ok$1 = _tuple$1[1];
			if (!ok$1) {
				if (invalid.$capacity === 0) {
					invalid = $makeSlice(invalidPairs, 0, (_q = args.$length / 2, (_q === _q && _q !== 1/0 && _q !== -1/0) ? _q >> 0 : $throwRuntimeError("integer divide by zero")));
				}
				invalid = $append(invalid, new invalidPair.ptr(i, key, val));
			} else {
				fields = $append(fields, Any(keyStr, val));
			}
			i = i + (2) >> 0;
		$s = 1; continue;
		case 2:
		/* */ if (invalid.$length > 0) { $s = 6; continue; }
		/* */ $s = 7; continue;
		/* if (invalid.$length > 0) { */ case 6:
			$r = s.base.DPanic("Ignored key-value pairs with non-string keys.", new sliceType$4([$clone(Array("invalid", invalid), zapcore.Field)])); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 7:
		$s = -1; return fields;
		/* */ } return; } var $f = {$blk: SugaredLogger.ptr.prototype.sweetenFields, $c: true, $r, _q, _tmp, _tmp$1, _tuple, _tuple$1, args, f, fields, i, invalid, key, keyStr, ok, ok$1, s, val, x, $s};return $f;
	};
	SugaredLogger.prototype.sweetenFields = function(args) { return this.$val.sweetenFields(args); };
	invalidPair.ptr.prototype.MarshalLogObject = function(enc) {
		var {enc, p, $s, $r, $c} = $restore(this, {enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		p = this;
		$r = enc.AddInt64("position", (new $Int64(0, p.position))); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = $clone(Any("key", p.key), zapcore.Field).AddTo(enc); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = $clone(Any("value", p.value), zapcore.Field).AddTo(enc); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: invalidPair.ptr.prototype.MarshalLogObject, $c: true, $r, enc, p, $s};return $f;
	};
	invalidPair.prototype.MarshalLogObject = function(enc) { return this.$val.MarshalLogObject(enc); };
	invalidPairs.prototype.MarshalLogArray = function(enc) {
		var {_arg, _arg$1, _i, _r, _r$1, _ref, enc, err, i, ps, x, $s, $r, $c} = $restore(this, {enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ps = this;
		err = $ifaceNil;
		_ref = ps;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			_arg = err;
			_r = enc.AppendObject((x = ((i < 0 || i >= ps.$length) ? ($throwRuntimeError("index out of range"), undefined) : ps.$array[ps.$offset + i]), new x.constructor.elem(x))); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			_arg$1 = _r;
			_r$1 = multierr.Append(_arg, _arg$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			err = _r$1;
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return err;
		/* */ } return; } var $f = {$blk: invalidPairs.prototype.MarshalLogArray, $c: true, $r, _arg, _arg$1, _i, _r, _r$1, _ref, enc, err, i, ps, x, $s};return $f;
	};
	$ptrType(invalidPairs).prototype.MarshalLogArray = function(enc) { return this.$get().MarshalLogArray(enc); };
	takeStacktrace = function() {
		var {$24r, _r, _r$1, _tuple, _tuple$1, _tuple$2, buffer, frame, frames, i, more, numFrames, programCounters$1, skipZapFrames, $s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		_r = bufferpool.Get(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		buffer = _r;
		$deferred.push([$methodVal(buffer, "Free"), []]);
		_r$1 = _stacktracePool.Get(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		programCounters$1 = $assertType(_r$1, ptrType$2);
		$deferred.push([$methodVal(_stacktracePool, "Put"), [programCounters$1]]);
		numFrames = 0;
		while (true) {
			numFrames = runtime.Callers(2, programCounters$1.pcs);
			if (numFrames < programCounters$1.pcs.$length) {
				break;
			}
			programCounters$1 = newProgramCounters($imul(programCounters$1.pcs.$length, 2));
		}
		i = 0;
		skipZapFrames = true;
		frames = runtime.CallersFrames($subslice(programCounters$1.pcs, 0, numFrames));
		_tuple = frames.Next();
		frame = $clone(_tuple[0], runtime.Frame);
		more = _tuple[1];
		while (true) {
			if (!(more)) { break; }
			if (skipZapFrames && isZapFrame(frame.Function)) {
				_tuple$1 = frames.Next();
				runtime.Frame.copy(frame, _tuple$1[0]);
				more = _tuple$1[1];
				continue;
			} else {
				skipZapFrames = false;
			}
			if (!((i === 0))) {
				buffer.AppendByte(10);
			}
			i = i + (1) >> 0;
			buffer.AppendString(frame.Function);
			buffer.AppendByte(10);
			buffer.AppendByte(9);
			buffer.AppendString(frame.File);
			buffer.AppendByte(58);
			buffer.AppendInt((new $Int64(0, frame.Line)));
			_tuple$2 = frames.Next();
			runtime.Frame.copy(frame, _tuple$2[0]);
			more = _tuple$2[1];
		}
		$24r = buffer.String();
		$s = 3; case 3: return $24r;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return ""; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: takeStacktrace, $c: true, $r, $24r, _r, _r$1, _tuple, _tuple$1, _tuple$2, buffer, frame, frames, i, more, numFrames, programCounters$1, skipZapFrames, $s, $deferred};return $f; } }
	};
	isZapFrame = function(function$1) {
		var _i, _i$1, _ref, _ref$1, contains, function$1, prefix;
		_ref = _zapStacktracePrefixes;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			prefix = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (strings.HasPrefix(function$1, prefix)) {
				return true;
			}
			_i++;
		}
		_ref$1 = _zapStacktraceVendorContains;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			contains = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			if (strings.Contains(function$1, contains)) {
				return true;
			}
			_i$1++;
		}
		return false;
	};
	newProgramCounters = function(size) {
		var size;
		return new programCounters.ptr($makeSlice(sliceType$5, size));
	};
	addPrefix = function(prefix, ss) {
		var _i, _ref, i, prefix, s, ss, withPrefix;
		withPrefix = $makeSlice(sliceType$1, ss.$length);
		_ref = ss;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			s = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			((i < 0 || i >= withPrefix.$length) ? ($throwRuntimeError("index out of range"), undefined) : withPrefix.$array[withPrefix.$offset + i] = prefix + s);
			_i++;
		}
		return withPrefix;
	};
	init = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = resetSinkRegistry(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, $s};return $f;
	};
	resetSinkRegistry = function() {
		var {$s, $deferred, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$r = _sinkMutex.Lock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(_sinkMutex, "Unlock"), []]);
		_sinkFactories = $makeMap($String.keyFor, [{ k: "file", v: newFileSink }]);
		$s = -1; return;
		/* */ } return; } } catch(err) { $err = err; $s = -1; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: resetSinkRegistry, $c: true, $r, $s, $deferred};return $f; } }
	};
	nopCloserSink.ptr.prototype.Close = function() {
		return $ifaceNil;
	};
	nopCloserSink.prototype.Close = function() { return this.$val.Close(); };
	errSinkNotFound.ptr.prototype.Error = function() {
		var {$24r, _r, e, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		_r = fmt.Sprintf("no sink found for scheme %q", new sliceType([new $String(e.scheme)])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: errSinkNotFound.ptr.prototype.Error, $c: true, $r, $24r, _r, e, $s};return $f;
	};
	errSinkNotFound.prototype.Error = function() { return this.$val.Error(); };
	newSink = function(rawURL) {
		var {$24r, $24r$1, _entry, _r, _r$1, _r$2, _tuple, _tuple$1, err, factory, ok, rawURL, u, $s, $r, $c} = $restore(this, {rawURL});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = url.Parse(rawURL); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		u = _tuple[0];
		err = _tuple[1];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
			_r$1 = fmt.Errorf("can't parse %q as a URL: %v", new sliceType([new $String(rawURL), err])); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r = [$ifaceNil, _r$1];
			$s = 5; case 5: return $24r;
		/* } */ case 3:
		if (u.Scheme === "") {
			u.Scheme = "file";
		}
		$r = _sinkMutex.RLock(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_tuple$1 = (_entry = _sinkFactories[$String.keyFor(u.Scheme)], _entry !== undefined ? [_entry.v, true] : [$throwNilPointerError, false]);
		factory = _tuple$1[0];
		ok = _tuple$1[1];
		$r = _sinkMutex.RUnlock(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if (!ok) {
			$s = -1; return [$ifaceNil, new errSinkNotFound.ptr(u.Scheme)];
		}
		_r$2 = factory(u); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		$24r$1 = _r$2;
		$s = 9; case 9: return $24r$1;
		/* */ } return; } var $f = {$blk: newSink, $c: true, $r, $24r, $24r$1, _entry, _r, _r$1, _r$2, _tuple, _tuple$1, err, factory, ok, rawURL, u, $s};return $f;
	};
	newFileSink = function(u) {
		var {$24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _returncast, hn, u, x, x$1, $s, $r, $c} = $restore(this, {u});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		/* */ if (!(u.User === ptrType$3.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(u.User === ptrType$3.nil)) { */ case 1:
			_r = fmt.Errorf("user and password not allowed with file URLs: got %v", new sliceType([u])); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [$ifaceNil, _r];
			$s = 4; case 4: return $24r;
		/* } */ case 2:
		/* */ if (!(u.Fragment === "")) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!(u.Fragment === "")) { */ case 5:
			_r$1 = fmt.Errorf("fragments not allowed with file URLs: got %v", new sliceType([u])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			$24r$1 = [$ifaceNil, _r$1];
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		/* */ if (!(u.RawQuery === "")) { $s = 9; continue; }
		/* */ $s = 10; continue;
		/* if (!(u.RawQuery === "")) { */ case 9:
			_r$2 = fmt.Errorf("query parameters not allowed with file URLs: got %v", new sliceType([u])); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
			$24r$2 = [$ifaceNil, _r$2];
			$s = 12; case 12: return $24r$2;
		/* } */ case 10:
		/* */ if (!(u.Port() === "")) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (!(u.Port() === "")) { */ case 13:
			_r$3 = fmt.Errorf("ports not allowed with file URLs: got %v", new sliceType([u])); /* */ $s = 15; case 15: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
			$24r$3 = [$ifaceNil, _r$3];
			$s = 16; case 16: return $24r$3;
		/* } */ case 14:
		hn = u.Hostname();
		/* */ if (!(hn === "") && !(hn === "localhost")) { $s = 17; continue; }
		/* */ $s = 18; continue;
		/* if (!(hn === "") && !(hn === "localhost")) { */ case 17:
			_r$4 = fmt.Errorf("file URLs must leave host empty or use localhost: got %v", new sliceType([u])); /* */ $s = 19; case 19: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			$24r$4 = [$ifaceNil, _r$4];
			$s = 20; case 20: return $24r$4;
		/* } */ case 18:
		_1 = u.Path;
		if (_1 === ("stdout")) {
			$s = -1; return [(x = new nopCloserSink.ptr(os.Stdout), new x.constructor.elem(x)), $ifaceNil];
		} else if (_1 === ("stderr")) {
			$s = -1; return [(x$1 = new nopCloserSink.ptr(os.Stderr), new x$1.constructor.elem(x$1)), $ifaceNil];
		}
		_r$5 = os.OpenFile(u.Path, 1089, 420); /* */ $s = 21; case 21: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
		_returncast = _r$5;
		$24r$5 = [_returncast[0], _returncast[1]];
		$s = 22; case 22: return $24r$5;
		/* */ } return; } var $f = {$blk: newFileSink, $c: true, $r, $24r, $24r$1, $24r$2, $24r$3, $24r$4, $24r$5, _1, _r, _r$1, _r$2, _r$3, _r$4, _r$5, _returncast, hn, u, x, x$1, $s};return $f;
	};
	optionFunc.prototype.apply = function(log$1) {
		var {f, log$1, $s, $r, $c} = $restore(this, {log$1});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		f = this.$val;
		$r = f(log$1); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: optionFunc.prototype.apply, $c: true, $r, f, log$1, $s};return $f;
	};
	$ptrType(optionFunc).prototype.apply = function(log$1) { return new optionFunc(this.$get()).apply(log$1); };
	WrapCore = function(f) {
		var f;
		return new optionFunc(((function $b(log$1) {
			var {_r, log$1, $s, $r, $c} = $restore(this, {log$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = f(log$1.core); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			log$1.core = _r;
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, log$1, $s};return $f;
		})));
	};
	$pkg.WrapCore = WrapCore;
	Fields = function(fs) {
		var fs;
		return new optionFunc(((function $b(log$1) {
			var {_r, log$1, $s, $r, $c} = $restore(this, {log$1});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = log$1.core.With(fs); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			log$1.core = _r;
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, log$1, $s};return $f;
		})));
	};
	$pkg.Fields = Fields;
	ErrorOutput = function(w) {
		var w;
		return new optionFunc(((function(log$1) {
			var log$1;
			log$1.errorOutput = w;
		})));
	};
	$pkg.ErrorOutput = ErrorOutput;
	Development = function() {
		return new optionFunc(((function(log$1) {
			var log$1;
			log$1.development = true;
		})));
	};
	$pkg.Development = Development;
	AddCaller = function() {
		return new optionFunc(((function(log$1) {
			var log$1;
			log$1.addCaller = true;
		})));
	};
	$pkg.AddCaller = AddCaller;
	AddStacktrace = function(lvl) {
		var lvl;
		return new optionFunc(((function(log$1) {
			var log$1;
			log$1.addStack = lvl;
		})));
	};
	$pkg.AddStacktrace = AddStacktrace;
	New = function(core, options) {
		var {$24r, _r, core, log$1, options, $s, $r, $c} = $restore(this, {core, options});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if ($interfaceIsEqual(core, $ifaceNil)) {
			$s = -1; return NewNop();
		}
		log$1 = new Logger.ptr(core, false, "", zapcore.Lock(os.Stderr), false, new zapcore.Level(6), 0);
		_r = log$1.WithOptions(options); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: New, $c: true, $r, $24r, _r, core, log$1, options, $s};return $f;
	};
	$pkg.New = New;
	NewNop = function() {
		return new Logger.ptr(zapcore.NewNopCore(), false, "", zapcore.AddSync(ioutil.Discard), false, new zapcore.Level(6), 0);
	};
	$pkg.NewNop = NewNop;
	Logger.ptr.prototype.Sugar = function() {
		var core, log$1;
		log$1 = this;
		core = log$1.clone();
		core.callerSkip = core.callerSkip + (2) >> 0;
		return new SugaredLogger.ptr(core);
	};
	Logger.prototype.Sugar = function() { return this.$val.Sugar(); };
	Logger.ptr.prototype.Named = function(s) {
		var l, log$1, s;
		log$1 = this;
		if (s === "") {
			return log$1;
		}
		l = log$1.clone();
		if (log$1.name === "") {
			l.name = s;
		} else {
			l.name = strings.Join(new sliceType$1([l.name, s]), ".");
		}
		return l;
	};
	Logger.prototype.Named = function(s) { return this.$val.Named(s); };
	Logger.ptr.prototype.WithOptions = function(opts) {
		var {_i, _ref, c, log$1, opt, opts, $s, $r, $c} = $restore(this, {opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		c = log$1.clone();
		_ref = opts;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			opt = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			$r = opt.apply(c); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return c;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.WithOptions, $c: true, $r, _i, _ref, c, log$1, opt, opts, $s};return $f;
	};
	Logger.prototype.WithOptions = function(opts) { return this.$val.WithOptions(opts); };
	Logger.ptr.prototype.With = function(fields) {
		var {_r, fields, l, log$1, $s, $r, $c} = $restore(this, {fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		if (fields.$length === 0) {
			$s = -1; return log$1;
		}
		l = log$1.clone();
		_r = l.core.With(fields); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		l.core = _r;
		$s = -1; return l;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.With, $c: true, $r, _r, fields, l, log$1, $s};return $f;
	};
	Logger.prototype.With = function(fields) { return this.$val.With(fields); };
	Logger.ptr.prototype.Check = function(lvl, msg) {
		var {$24r, _r, log$1, lvl, msg, $s, $r, $c} = $restore(this, {lvl, msg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(lvl, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Check, $c: true, $r, $24r, _r, log$1, lvl, msg, $s};return $f;
	};
	Logger.prototype.Check = function(lvl, msg) { return this.$val.Check(lvl, msg); };
	Logger.ptr.prototype.Debug = function(msg, fields) {
		var {_r, ce, fields, log$1, msg, $s, $r, $c} = $restore(this, {msg, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(-1, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = _r;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 2:
			$r = ce.Write(fields); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Debug, $c: true, $r, _r, ce, fields, log$1, msg, $s};return $f;
	};
	Logger.prototype.Debug = function(msg, fields) { return this.$val.Debug(msg, fields); };
	Logger.ptr.prototype.Info = function(msg, fields) {
		var {_r, ce, fields, log$1, msg, $s, $r, $c} = $restore(this, {msg, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(0, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = _r;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 2:
			$r = ce.Write(fields); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Info, $c: true, $r, _r, ce, fields, log$1, msg, $s};return $f;
	};
	Logger.prototype.Info = function(msg, fields) { return this.$val.Info(msg, fields); };
	Logger.ptr.prototype.Warn = function(msg, fields) {
		var {_r, ce, fields, log$1, msg, $s, $r, $c} = $restore(this, {msg, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(1, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = _r;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 2:
			$r = ce.Write(fields); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Warn, $c: true, $r, _r, ce, fields, log$1, msg, $s};return $f;
	};
	Logger.prototype.Warn = function(msg, fields) { return this.$val.Warn(msg, fields); };
	Logger.ptr.prototype.Error = function(msg, fields) {
		var {_r, ce, fields, log$1, msg, $s, $r, $c} = $restore(this, {msg, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(2, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = _r;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 2:
			$r = ce.Write(fields); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Error, $c: true, $r, _r, ce, fields, log$1, msg, $s};return $f;
	};
	Logger.prototype.Error = function(msg, fields) { return this.$val.Error(msg, fields); };
	Logger.ptr.prototype.DPanic = function(msg, fields) {
		var {_r, ce, fields, log$1, msg, $s, $r, $c} = $restore(this, {msg, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(3, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = _r;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 2:
			$r = ce.Write(fields); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.DPanic, $c: true, $r, _r, ce, fields, log$1, msg, $s};return $f;
	};
	Logger.prototype.DPanic = function(msg, fields) { return this.$val.DPanic(msg, fields); };
	Logger.ptr.prototype.Panic = function(msg, fields) {
		var {_r, ce, fields, log$1, msg, $s, $r, $c} = $restore(this, {msg, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(4, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = _r;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 2:
			$r = ce.Write(fields); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Panic, $c: true, $r, _r, ce, fields, log$1, msg, $s};return $f;
	};
	Logger.prototype.Panic = function(msg, fields) { return this.$val.Panic(msg, fields); };
	Logger.ptr.prototype.Fatal = function(msg, fields) {
		var {_r, ce, fields, log$1, msg, $s, $r, $c} = $restore(this, {msg, fields});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.check(5, msg); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ce = _r;
		/* */ if (!(ce === ptrType$1.nil)) { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (!(ce === ptrType$1.nil)) { */ case 2:
			$r = ce.Write(fields); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* } */ case 3:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Fatal, $c: true, $r, _r, ce, fields, log$1, msg, $s};return $f;
	};
	Logger.prototype.Fatal = function(msg, fields) { return this.$val.Fatal(msg, fields); };
	Logger.ptr.prototype.Sync = function() {
		var {$24r, _r, log$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = log$1.core.Sync(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.Sync, $c: true, $r, $24r, _r, log$1, $s};return $f;
	};
	Logger.prototype.Sync = function() { return this.$val.Sync(); };
	Logger.ptr.prototype.Core = function() {
		var log$1;
		log$1 = this;
		return log$1.core;
	};
	Logger.prototype.Core = function() { return this.$val.Core(); };
	Logger.ptr.prototype.clone = function() {
		var copy, log$1;
		log$1 = this;
		copy = $clone(log$1, Logger);
		return copy;
	};
	Logger.prototype.clone = function() { return this.$val.clone(); };
	Logger.ptr.prototype.check = function(lvl, msg) {
		var {_1, _arg, _arg$1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, ce, ent, log$1, lvl, msg, willWrite, x, $s, $r, $c} = $restore(this, {lvl, msg});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		log$1 = this;
		_r = time.Now(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		ent = new zapcore.Entry.ptr(lvl, $clone(_r, time.Time), log$1.name, msg, new zapcore.EntryCaller.ptr(false, 0, "", 0), "");
		_r$1 = log$1.core.Check($clone(ent, zapcore.Entry), ptrType$1.nil); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		ce = _r$1;
		willWrite = !(ce === ptrType$1.nil);
			_1 = ent.Level;
			/* */ if (_1 === (4)) { $s = 4; continue; }
			/* */ if (_1 === (5)) { $s = 5; continue; }
			/* */ if (_1 === (3)) { $s = 6; continue; }
			/* */ $s = 7; continue;
			/* if (_1 === (4)) { */ case 4:
				_r$2 = ce.Should($clone(ent, zapcore.Entry), 1); /* */ $s = 8; case 8: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
				ce = _r$2;
				$s = 7; continue;
			/* } else if (_1 === (5)) { */ case 5:
				_r$3 = ce.Should($clone(ent, zapcore.Entry), 2); /* */ $s = 9; case 9: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				ce = _r$3;
				$s = 7; continue;
			/* } else if (_1 === (3)) { */ case 6:
				/* */ if (log$1.development) { $s = 10; continue; }
				/* */ $s = 11; continue;
				/* if (log$1.development) { */ case 10:
					_r$4 = ce.Should($clone(ent, zapcore.Entry), 1); /* */ $s = 12; case 12: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
					ce = _r$4;
				/* } */ case 11:
			/* } */ case 7:
		case 3:
		if (!willWrite) {
			$s = -1; return ce;
		}
		ce.ErrorOutput = log$1.errorOutput;
		/* */ if (log$1.addCaller) { $s = 13; continue; }
		/* */ $s = 14; continue;
		/* if (log$1.addCaller) { */ case 13:
			_tuple = runtime.Caller(log$1.callerSkip + 2 >> 0);
			zapcore.EntryCaller.copy(ce.Entry.Caller, zapcore.NewEntryCaller(_tuple[0], _tuple[1], _tuple[2], _tuple[3]));
			/* */ if (!ce.Entry.Caller.Defined) { $s = 15; continue; }
			/* */ $s = 16; continue;
			/* if (!ce.Entry.Caller.Defined) { */ case 15:
				_arg = log$1.errorOutput;
				_r$5 = time.Now(); /* */ $s = 17; case 17: if($c) { $c = false; _r$5 = _r$5.$blk(); } if (_r$5 && _r$5.$blk !== undefined) { break s; }
				_r$6 = $clone(_r$5, time.Time).UTC(); /* */ $s = 18; case 18: if($c) { $c = false; _r$6 = _r$6.$blk(); } if (_r$6 && _r$6.$blk !== undefined) { break s; }
				_arg$1 = (x = _r$6, new x.constructor.elem(x));
				_r$7 = fmt.Fprintf(_arg, "%v Logger.check error: failed to get caller\n", new sliceType([_arg$1])); /* */ $s = 19; case 19: if($c) { $c = false; _r$7 = _r$7.$blk(); } if (_r$7 && _r$7.$blk !== undefined) { break s; }
				_r$7;
				_r$8 = log$1.errorOutput.Sync(); /* */ $s = 20; case 20: if($c) { $c = false; _r$8 = _r$8.$blk(); } if (_r$8 && _r$8.$blk !== undefined) { break s; }
				_r$8;
			/* } */ case 16:
		/* } */ case 14:
		_r$9 = log$1.addStack.Enabled(ce.Entry.Level); /* */ $s = 23; case 23: if($c) { $c = false; _r$9 = _r$9.$blk(); } if (_r$9 && _r$9.$blk !== undefined) { break s; }
		/* */ if (_r$9) { $s = 21; continue; }
		/* */ $s = 22; continue;
		/* if (_r$9) { */ case 21:
			_r$10 = Stack(""); /* */ $s = 24; case 24: if($c) { $c = false; _r$10 = _r$10.$blk(); } if (_r$10 && _r$10.$blk !== undefined) { break s; }
			ce.Entry.Stack = _r$10.String;
		/* } */ case 22:
		$s = -1; return ce;
		/* */ } return; } var $f = {$blk: Logger.ptr.prototype.check, $c: true, $r, _1, _arg, _arg$1, _r, _r$1, _r$10, _r$2, _r$3, _r$4, _r$5, _r$6, _r$7, _r$8, _r$9, _tuple, ce, ent, log$1, lvl, msg, willWrite, x, $s};return $f;
	};
	Logger.prototype.check = function(lvl, msg) { return this.$val.check(lvl, msg); };
	NewAtomicLevel = function() {
		return new AtomicLevel.ptr(atomic.NewInt32(0));
	};
	$pkg.NewAtomicLevel = NewAtomicLevel;
	NewAtomicLevelAt = function(l) {
		var a, l;
		a = $clone(NewAtomicLevel(), AtomicLevel);
		$clone(a, AtomicLevel).SetLevel(l);
		return a;
	};
	$pkg.NewAtomicLevelAt = NewAtomicLevelAt;
	AtomicLevel.ptr.prototype.Enabled = function(l) {
		var l, lvl;
		lvl = this;
		return new zapcore.Level($clone(lvl, AtomicLevel).Level()).Enabled(l);
	};
	AtomicLevel.prototype.Enabled = function(l) { return this.$val.Enabled(l); };
	AtomicLevel.ptr.prototype.Level = function() {
		var lvl;
		lvl = this;
		return ((((lvl.l.Load() << 24 >> 24)) << 24 >> 24));
	};
	AtomicLevel.prototype.Level = function() { return this.$val.Level(); };
	AtomicLevel.ptr.prototype.SetLevel = function(l) {
		var l, lvl;
		lvl = this;
		lvl.l.Store(((l >> 0)));
	};
	AtomicLevel.prototype.SetLevel = function(l) { return this.$val.SetLevel(l); };
	AtomicLevel.ptr.prototype.String = function() {
		var {$24r, _r, lvl, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lvl = this;
		_r = new zapcore.Level($clone(lvl, AtomicLevel).Level()).String(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: AtomicLevel.ptr.prototype.String, $c: true, $r, $24r, _r, lvl, $s};return $f;
	};
	AtomicLevel.prototype.String = function() { return this.$val.String(); };
	AtomicLevel.ptr.prototype.UnmarshalText = function(text) {
		var {_r, err, l, l$24ptr, lvl, text, $s, $r, $c} = $restore(this, {text});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		lvl = this;
		if (lvl.l === ptrType$5.nil) {
			lvl.l = new atomic.Int32.ptr(0);
		}
		l = 0;
		_r = (l$24ptr || (l$24ptr = new ptrType$6(function() { return l; }, function($v) { l = $v; }))).UnmarshalText(text); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		err = _r;
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return err;
		}
		$clone(lvl, AtomicLevel).SetLevel(l);
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: AtomicLevel.ptr.prototype.UnmarshalText, $c: true, $r, _r, err, l, l$24ptr, lvl, text, $s};return $f;
	};
	AtomicLevel.prototype.UnmarshalText = function(text) { return this.$val.UnmarshalText(text); };
	AtomicLevel.ptr.prototype.MarshalText = function() {
		var {$24r, _r, _tuple, err, lvl, text, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		text = sliceType$7.nil;
		err = $ifaceNil;
		lvl = this;
		_r = new zapcore.Level($clone(lvl, AtomicLevel).Level()).MarshalText(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		text = _tuple[0];
		err = _tuple[1];
		$24r = [text, err];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: AtomicLevel.ptr.prototype.MarshalText, $c: true, $r, $24r, _r, _tuple, err, lvl, text, $s};return $f;
	};
	AtomicLevel.prototype.MarshalText = function() { return this.$val.MarshalText(); };
	AtomicLevel.ptr.prototype.ServeHTTP = function(w, r) {
		var {_1, _r, _r$1, _r$2, _r$3, _r$4, current, enc, errmess, lvl, r, req, w, x, x$1, x$2, $s, $r, $c} = $restore(this, {w, r});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		current = [current];
		r = [r];
		req = [req];
		lvl = this;
		enc = json.NewEncoder(w);
			_1 = r[0].Method;
			/* */ if (_1 === ("GET")) { $s = 2; continue; }
			/* */ if (_1 === ("PUT")) { $s = 3; continue; }
			/* */ $s = 4; continue;
			/* if (_1 === ("GET")) { */ case 2:
				current[0] = $clone(lvl, AtomicLevel).Level();
				_r = enc.Encode((x = new payload.ptr((current.$ptr || (current.$ptr = new ptrType$6(function() { return this.$target[0]; }, function($v) { this.$target[0] = $v; }, current)))), new x.constructor.elem(x))); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
				_r;
				$s = 5; continue;
			/* } else if (_1 === ("PUT")) { */ case 3:
				req[0] = new payload.ptr(ptrType$6.nil);
				_r$1 = (function(current, r, req) { return function $b() {
					var {$24r, _r$1, _r$2, err, $s, $r, $c} = $restore(this, {});
					/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
					_r$1 = json.NewDecoder(r[0].Body).Decode(req[0]); /* */ $s = 1; case 1: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
					err = _r$1;
					/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 2; continue; }
					/* */ $s = 3; continue;
					/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 2:
						_r$2 = fmt.Sprintf("Request body must be well-formed JSON: %v", new sliceType([err])); /* */ $s = 4; case 4: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
						$24r = _r$2;
						$s = 5; case 5: return $24r;
					/* } */ case 3:
					if (req[0].Level === ptrType$6.nil) {
						$s = -1; return "Must specify a logging level.";
					}
					$s = -1; return "";
					/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r$1, _r$2, err, $s};return $f;
				}; })(current, r, req)(); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				errmess = _r$1;
				/* */ if (!(errmess === "")) { $s = 8; continue; }
				/* */ $s = 9; continue;
				/* if (!(errmess === "")) { */ case 8:
					$r = w.WriteHeader(400); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
					_r$2 = enc.Encode((x$1 = new errorResponse.ptr(errmess), new x$1.constructor.elem(x$1))); /* */ $s = 11; case 11: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_r$2;
					$s = -1; return;
				/* } */ case 9:
				$clone(lvl, AtomicLevel).SetLevel(req[0].Level.$get());
				_r$3 = enc.Encode(new req[0].constructor.elem(req[0])); /* */ $s = 12; case 12: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
				_r$3;
				$s = 5; continue;
			/* } else { */ case 4:
				$r = w.WriteHeader(405); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
				_r$4 = enc.Encode((x$2 = new errorResponse.ptr("Only GET and PUT are supported."), new x$2.constructor.elem(x$2))); /* */ $s = 14; case 14: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
				_r$4;
			/* } */ case 5:
		case 1:
		$s = -1; return;
		/* */ } return; } var $f = {$blk: AtomicLevel.ptr.prototype.ServeHTTP, $c: true, $r, _1, _r, _r$1, _r$2, _r$3, _r$4, current, enc, errmess, lvl, r, req, w, x, x$1, x$2, $s};return $f;
	};
	AtomicLevel.prototype.ServeHTTP = function(w, r) { return this.$val.ServeHTTP(w, r); };
	Skip = function() {
		return new zapcore.Field.ptr("", 26, new $Int64(0, 0), "", $ifaceNil);
	};
	$pkg.Skip = Skip;
	Binary = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 3, new $Int64(0, 0), "", val);
	};
	$pkg.Binary = Binary;
	Bool = function(key, val) {
		var ival, key, val;
		ival = new $Int64(0, 0);
		if (val) {
			ival = new $Int64(0, 1);
		}
		return new zapcore.Field.ptr(key, 4, ival, "", $ifaceNil);
	};
	$pkg.Bool = Bool;
	Complex128 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 6, new $Int64(0, 0), "", val);
	};
	$pkg.Complex128 = Complex128;
	Complex64 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 7, new $Int64(0, 0), "", val);
	};
	$pkg.Complex64 = Complex64;
	Float64 = function(key, val) {
		var key, val, x;
		return new zapcore.Field.ptr(key, 9, ((x = math.Float64bits(val), new $Int64(x.$high, x.$low))), "", $ifaceNil);
	};
	$pkg.Float64 = Float64;
	Float32 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 10, (new $Int64(0, math.Float32bits(val))), "", $ifaceNil);
	};
	$pkg.Float32 = Float32;
	Int = function(key, val) {
		var key, val;
		return Int64(key, (new $Int64(0, val)));
	};
	$pkg.Int = Int;
	Int64 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 11, val, "", $ifaceNil);
	};
	$pkg.Int64 = Int64;
	Int32 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 12, (new $Int64(0, val)), "", $ifaceNil);
	};
	$pkg.Int32 = Int32;
	Int16 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 13, (new $Int64(0, val)), "", $ifaceNil);
	};
	$pkg.Int16 = Int16;
	Int8 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 14, (new $Int64(0, val)), "", $ifaceNil);
	};
	$pkg.Int8 = Int8;
	String = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 15, new $Int64(0, 0), val, $ifaceNil);
	};
	$pkg.String = String;
	Uint = function(key, val) {
		var key, val;
		return Uint64(key, (new $Uint64(0, val)));
	};
	$pkg.Uint = Uint;
	Uint64 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 17, (new $Int64(val.$high, val.$low)), "", $ifaceNil);
	};
	$pkg.Uint64 = Uint64;
	Uint32 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 18, (new $Int64(0, val)), "", $ifaceNil);
	};
	$pkg.Uint32 = Uint32;
	Uint16 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 19, (new $Int64(0, val)), "", $ifaceNil);
	};
	$pkg.Uint16 = Uint16;
	Uint8 = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 20, (new $Int64(0, val)), "", $ifaceNil);
	};
	$pkg.Uint8 = Uint8;
	Uintptr = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 21, (new $Int64(0, val.constructor === Number ? val : 1)), "", $ifaceNil);
	};
	$pkg.Uintptr = Uintptr;
	Reflect = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 22, new $Int64(0, 0), "", val);
	};
	$pkg.Reflect = Reflect;
	Stringer = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 24, new $Int64(0, 0), "", val);
	};
	$pkg.Stringer = Stringer;
	Time = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 16, $clone(val, time.Time).UnixNano(), "", $clone(val, time.Time).Location());
	};
	$pkg.Time = Time;
	Stack = function(key) {
		var {$24r, _arg, _arg$1, _r, _r$1, key, $s, $r, $c} = $restore(this, {key});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_arg = key;
		_r = takeStacktrace(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_arg$1 = _r;
		_r$1 = String(_arg, _arg$1); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: Stack, $c: true, $r, $24r, _arg, _arg$1, _r, _r$1, key, $s};return $f;
	};
	$pkg.Stack = Stack;
	Duration = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 8, (new $Int64(val.$high, val.$low)), "", $ifaceNil);
	};
	$pkg.Duration = Duration;
	Object = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 2, new $Int64(0, 0), "", val);
	};
	$pkg.Object = Object;
	Any = function(key, value) {
		var _ref, key, val, val$1, val$10, val$11, val$12, val$13, val$14, val$15, val$16, val$17, val$18, val$19, val$2, val$20, val$21, val$22, val$23, val$24, val$25, val$26, val$27, val$28, val$29, val$3, val$30, val$31, val$32, val$33, val$34, val$35, val$36, val$37, val$38, val$39, val$4, val$40, val$41, val$42, val$43, val$5, val$6, val$7, val$8, val$9, value;
		_ref = value;
		if ($assertType(_ref, zapcore.ObjectMarshaler, true)[1]) {
			val = _ref;
			return Object(key, val);
		} else if ($assertType(_ref, zapcore.ArrayMarshaler, true)[1]) {
			val$1 = _ref;
			return Array(key, val$1);
		} else if ($assertType(_ref, $Bool, true)[1]) {
			val$2 = _ref.$val;
			return Bool(key, val$2);
		} else if ($assertType(_ref, sliceType$8, true)[1]) {
			val$3 = _ref.$val;
			return Bools(key, val$3);
		} else if ($assertType(_ref, $Complex128, true)[1]) {
			val$4 = _ref.$val;
			return Complex128(key, val$4);
		} else if ($assertType(_ref, sliceType$9, true)[1]) {
			val$5 = _ref.$val;
			return Complex128s(key, val$5);
		} else if ($assertType(_ref, $Complex64, true)[1]) {
			val$6 = _ref.$val;
			return Complex64(key, val$6);
		} else if ($assertType(_ref, sliceType$10, true)[1]) {
			val$7 = _ref.$val;
			return Complex64s(key, val$7);
		} else if ($assertType(_ref, $Float64, true)[1]) {
			val$8 = _ref.$val;
			return Float64(key, val$8);
		} else if ($assertType(_ref, sliceType$11, true)[1]) {
			val$9 = _ref.$val;
			return Float64s(key, val$9);
		} else if ($assertType(_ref, $Float32, true)[1]) {
			val$10 = _ref.$val;
			return Float32(key, val$10);
		} else if ($assertType(_ref, sliceType$12, true)[1]) {
			val$11 = _ref.$val;
			return Float32s(key, val$11);
		} else if ($assertType(_ref, $Int, true)[1]) {
			val$12 = _ref.$val;
			return Int(key, val$12);
		} else if ($assertType(_ref, sliceType$13, true)[1]) {
			val$13 = _ref.$val;
			return Ints(key, val$13);
		} else if ($assertType(_ref, $Int64, true)[1]) {
			val$14 = _ref.$val;
			return Int64(key, val$14);
		} else if ($assertType(_ref, sliceType$14, true)[1]) {
			val$15 = _ref.$val;
			return Int64s(key, val$15);
		} else if ($assertType(_ref, $Int32, true)[1]) {
			val$16 = _ref.$val;
			return Int32(key, val$16);
		} else if ($assertType(_ref, sliceType$15, true)[1]) {
			val$17 = _ref.$val;
			return Int32s(key, val$17);
		} else if ($assertType(_ref, $Int16, true)[1]) {
			val$18 = _ref.$val;
			return Int16(key, val$18);
		} else if ($assertType(_ref, sliceType$16, true)[1]) {
			val$19 = _ref.$val;
			return Int16s(key, val$19);
		} else if ($assertType(_ref, $Int8, true)[1]) {
			val$20 = _ref.$val;
			return Int8(key, val$20);
		} else if ($assertType(_ref, sliceType$17, true)[1]) {
			val$21 = _ref.$val;
			return Int8s(key, val$21);
		} else if ($assertType(_ref, $String, true)[1]) {
			val$22 = _ref.$val;
			return String(key, val$22);
		} else if ($assertType(_ref, sliceType$1, true)[1]) {
			val$23 = _ref.$val;
			return Strings(key, val$23);
		} else if ($assertType(_ref, $Uint, true)[1]) {
			val$24 = _ref.$val;
			return Uint(key, val$24);
		} else if ($assertType(_ref, sliceType$18, true)[1]) {
			val$25 = _ref.$val;
			return Uints(key, val$25);
		} else if ($assertType(_ref, $Uint64, true)[1]) {
			val$26 = _ref.$val;
			return Uint64(key, val$26);
		} else if ($assertType(_ref, sliceType$19, true)[1]) {
			val$27 = _ref.$val;
			return Uint64s(key, val$27);
		} else if ($assertType(_ref, $Uint32, true)[1]) {
			val$28 = _ref.$val;
			return Uint32(key, val$28);
		} else if ($assertType(_ref, sliceType$20, true)[1]) {
			val$29 = _ref.$val;
			return Uint32s(key, val$29);
		} else if ($assertType(_ref, $Uint16, true)[1]) {
			val$30 = _ref.$val;
			return Uint16(key, val$30);
		} else if ($assertType(_ref, sliceType$21, true)[1]) {
			val$31 = _ref.$val;
			return Uint16s(key, val$31);
		} else if ($assertType(_ref, $Uint8, true)[1]) {
			val$32 = _ref.$val;
			return Uint8(key, val$32);
		} else if ($assertType(_ref, sliceType$7, true)[1]) {
			val$33 = _ref.$val;
			return Binary(key, val$33);
		} else if ($assertType(_ref, $Uintptr, true)[1]) {
			val$34 = _ref.$val;
			return Uintptr(key, val$34);
		} else if ($assertType(_ref, sliceType$5, true)[1]) {
			val$35 = _ref.$val;
			return Uintptrs(key, val$35);
		} else if ($assertType(_ref, time.Time, true)[1]) {
			val$36 = $clone(_ref.$val, time.Time);
			return Time(key, $clone(val$36, time.Time));
		} else if ($assertType(_ref, sliceType$22, true)[1]) {
			val$37 = _ref.$val;
			return Times(key, val$37);
		} else if ($assertType(_ref, time.Duration, true)[1]) {
			val$38 = _ref.$val;
			return Duration(key, val$38);
		} else if ($assertType(_ref, sliceType$23, true)[1]) {
			val$39 = _ref.$val;
			return Durations(key, val$39);
		} else if ($assertType(_ref, $error, true)[1]) {
			val$40 = _ref;
			return NamedError(key, val$40);
		} else if ($assertType(_ref, sliceType$24, true)[1]) {
			val$41 = _ref.$val;
			return Errors(key, val$41);
		} else if ($assertType(_ref, fmt.Stringer, true)[1]) {
			val$42 = _ref;
			return Stringer(key, val$42);
		} else {
			val$43 = _ref;
			return Reflect(key, val$43);
		}
	};
	$pkg.Any = Any;
	Error = function(err) {
		var err;
		return NamedError("error", err);
	};
	$pkg.Error = Error;
	NamedError = function(key, err) {
		var err, key;
		if ($interfaceIsEqual(err, $ifaceNil)) {
			return Skip();
		}
		return new zapcore.Field.ptr(key, 25, new $Int64(0, 0), "", err);
	};
	$pkg.NamedError = NamedError;
	errArray.prototype.MarshalLogArray = function(arr) {
		var {_i, _r, _r$1, _ref, arr, elem, errs, i, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		errs = this;
		_ref = errs;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			if ($interfaceIsEqual(((i < 0 || i >= errs.$length) ? ($throwRuntimeError("index out of range"), undefined) : errs.$array[errs.$offset + i]), $ifaceNil)) {
				_i++;
				/* continue; */ $s = 1; continue;
			}
			_r = _errArrayElemPool.Get(); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			elem = $assertType(_r, ptrType$8);
			elem.error = ((i < 0 || i >= errs.$length) ? ($throwRuntimeError("index out of range"), undefined) : errs.$array[errs.$offset + i]);
			_r$1 = arr.AppendObject(elem); /* */ $s = 4; case 4: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			_r$1;
			elem.error = $ifaceNil;
			_errArrayElemPool.Put(elem);
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: errArray.prototype.MarshalLogArray, $c: true, $r, _i, _r, _r$1, _ref, arr, elem, errs, i, $s};return $f;
	};
	$ptrType(errArray).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	errArrayElem.ptr.prototype.MarshalLogObject = function(enc) {
		var {e, enc, $s, $r, $c} = $restore(this, {enc});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		e = this;
		$r = $clone(Error(e.error), zapcore.Field).AddTo(enc); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: errArrayElem.ptr.prototype.MarshalLogObject, $c: true, $r, e, enc, $s};return $f;
	};
	errArrayElem.prototype.MarshalLogObject = function(enc) { return this.$val.MarshalLogObject(enc); };
	newEncoder = function(name, encoderConfig) {
		var {$24r, $24r$1, $24r$2, _entry, _r, _r$1, _tuple, constructor, encoderConfig, name, ok, $s, $deferred, $r, $c} = $restore(this, {name, encoderConfig});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		$r = _encoderMutex.RLock(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$deferred.push([$methodVal(_encoderMutex, "RUnlock"), []]);
		/* */ if (name === "") { $s = 2; continue; }
		/* */ $s = 3; continue;
		/* if (name === "") { */ case 2:
			$24r = [$ifaceNil, errNoEncoderNameSpecified];
			$s = 4; case 4: return $24r;
		/* } */ case 3:
		_tuple = (_entry = _encoderNameToConstructor[$String.keyFor(name)], _entry !== undefined ? [_entry.v, true] : [$throwNilPointerError, false]);
		constructor = _tuple[0];
		ok = _tuple[1];
		/* */ if (!ok) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (!ok) { */ case 5:
			_r = fmt.Errorf("no encoder registered for name %q", new sliceType([new $String(name)])); /* */ $s = 7; case 7: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r$1 = [$ifaceNil, _r];
			$s = 8; case 8: return $24r$1;
		/* } */ case 6:
		_r$1 = constructor($clone(encoderConfig, zapcore.EncoderConfig)); /* */ $s = 9; case 9: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r$2 = _r$1;
		$s = 10; case 10: return $24r$2;
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [$ifaceNil, $ifaceNil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: newEncoder, $c: true, $r, $24r, $24r$1, $24r$2, _entry, _r, _r$1, _tuple, constructor, encoderConfig, name, ok, $s, $deferred};return $f; } }
	};
	NewDevelopmentEncoderConfig = function() {
		return new zapcore.EncoderConfig.ptr("M", "L", "T", "N", "C", "S", "\n", zapcore.CapitalLevelEncoder, zapcore.ISO8601TimeEncoder, zapcore.StringDurationEncoder, zapcore.ShortCallerEncoder, $throwNilPointerError);
	};
	$pkg.NewDevelopmentEncoderConfig = NewDevelopmentEncoderConfig;
	NewDevelopmentConfig = function() {
		return new Config.ptr($clone(NewAtomicLevelAt(-1), AtomicLevel), true, false, false, ptrType$9.nil, "console", $clone(NewDevelopmentEncoderConfig(), zapcore.EncoderConfig), new sliceType$1(["stderr"]), new sliceType$1(["stderr"]), false);
	};
	$pkg.NewDevelopmentConfig = NewDevelopmentConfig;
	Config.ptr.prototype.Build = function(opts) {
		var {_arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, cfg, enc, err, errSink, log$1, opts, sink, x, $s, $r, $c} = $restore(this, {opts});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = this;
		_r = $clone(cfg, Config).buildEncoder(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		enc = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType.nil, err];
		}
		_r$1 = $clone(cfg, Config).openSinks(); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		sink = _tuple$1[0];
		errSink = _tuple$1[1];
		err = _tuple$1[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [ptrType.nil, err];
		}
		_arg = zapcore.NewCore(enc, sink, (x = cfg.Level, new x.constructor.elem(x)));
		_r$2 = $clone(cfg, Config).buildOptions(errSink); /* */ $s = 3; case 3: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
		_arg$1 = _r$2;
		_r$3 = New(_arg, _arg$1); /* */ $s = 4; case 4: if($c) { $c = false; _r$3 = _r$3.$blk(); } if (_r$3 && _r$3.$blk !== undefined) { break s; }
		log$1 = _r$3;
		/* */ if (opts.$length > 0) { $s = 5; continue; }
		/* */ $s = 6; continue;
		/* if (opts.$length > 0) { */ case 5:
			_r$4 = log$1.WithOptions(opts); /* */ $s = 7; case 7: if($c) { $c = false; _r$4 = _r$4.$blk(); } if (_r$4 && _r$4.$blk !== undefined) { break s; }
			log$1 = _r$4;
		/* } */ case 6:
		$s = -1; return [log$1, $ifaceNil];
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.Build, $c: true, $r, _arg, _arg$1, _r, _r$1, _r$2, _r$3, _r$4, _tuple, _tuple$1, cfg, enc, err, errSink, log$1, opts, sink, x, $s};return $f;
	};
	Config.prototype.Build = function(opts) { return this.$val.Build(opts); };
	Config.ptr.prototype.buildOptions = function(errSink) {
		var {_entry, _entry$1, _i, _i$1, _keys, _ref, _ref$1, cfg, errSink, fs, k, k$1, keys, opts, stackLevel, $s, $r, $c} = $restore(this, {errSink});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = [cfg];
		cfg[0] = this;
		opts = new sliceType$6([ErrorOutput(errSink)]);
		if (cfg[0].Development) {
			opts = $append(opts, Development());
		}
		if (!cfg[0].DisableCaller) {
			opts = $append(opts, AddCaller());
		}
		stackLevel = 2;
		if (cfg[0].Development) {
			stackLevel = 1;
		}
		if (!cfg[0].DisableStacktrace) {
			opts = $append(opts, AddStacktrace(new zapcore.Level(stackLevel)));
		}
		/* */ if (!(cfg[0].Sampling === ptrType$9.nil)) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (!(cfg[0].Sampling === ptrType$9.nil)) { */ case 1:
			opts = $append(opts, WrapCore((function(cfg) { return function(core) {
				var core;
				return zapcore.NewSampler(core, new time.Duration(0, 1000000000), (cfg[0].Sampling.Initial), (cfg[0].Sampling.Thereafter));
			}; })(cfg)));
		/* } */ case 2:
		/* */ if ($keys(cfg[0].InitialFields).length > 0) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if ($keys(cfg[0].InitialFields).length > 0) { */ case 3:
			fs = $makeSlice(sliceType$4, 0, $keys(cfg[0].InitialFields).length);
			keys = $makeSlice(sliceType$1, 0, $keys(cfg[0].InitialFields).length);
			_ref = cfg[0].InitialFields;
			_i = 0;
			_keys = $keys(_ref);
			while (true) {
				if (!(_i < _keys.length)) { break; }
				_entry = _ref[_keys[_i]];
				if (_entry === undefined) {
					_i++;
					continue;
				}
				k = _entry.k;
				keys = $append(keys, k);
				_i++;
			}
			$r = sort.Strings(keys); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_ref$1 = keys;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				k$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				fs = $append(fs, Any(k$1, (_entry$1 = cfg[0].InitialFields[$String.keyFor(k$1)], _entry$1 !== undefined ? _entry$1.v : $ifaceNil)));
				_i$1++;
			}
			opts = $append(opts, Fields(fs));
		/* } */ case 4:
		$s = -1; return opts;
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.buildOptions, $c: true, $r, _entry, _entry$1, _i, _i$1, _keys, _ref, _ref$1, cfg, errSink, fs, k, k$1, keys, opts, stackLevel, $s};return $f;
	};
	Config.prototype.buildOptions = function(errSink) { return this.$val.buildOptions(errSink); };
	Config.ptr.prototype.openSinks = function() {
		var {_r, _r$1, _tuple, _tuple$1, cfg, closeOut, err, errSink, sink, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = this;
		_r = Open(cfg.OutputPaths); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		sink = _tuple[0];
		closeOut = _tuple[1];
		err = _tuple[2];
		if (!($interfaceIsEqual(err, $ifaceNil))) {
			$s = -1; return [$ifaceNil, $ifaceNil, err];
		}
		_r$1 = Open(cfg.ErrorOutputPaths); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		_tuple$1 = _r$1;
		errSink = _tuple$1[0];
		err = _tuple$1[2];
		/* */ if (!($interfaceIsEqual(err, $ifaceNil))) { $s = 3; continue; }
		/* */ $s = 4; continue;
		/* if (!($interfaceIsEqual(err, $ifaceNil))) { */ case 3:
			$r = closeOut(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			$s = -1; return [$ifaceNil, $ifaceNil, err];
		/* } */ case 4:
		$s = -1; return [sink, errSink, $ifaceNil];
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.openSinks, $c: true, $r, _r, _r$1, _tuple, _tuple$1, cfg, closeOut, err, errSink, sink, $s};return $f;
	};
	Config.prototype.openSinks = function() { return this.$val.openSinks(); };
	Config.ptr.prototype.buildEncoder = function() {
		var {$24r, _r, cfg, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		cfg = this;
		_r = newEncoder(cfg.Encoding, $clone(cfg.EncoderConfig, zapcore.EncoderConfig)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Config.ptr.prototype.buildEncoder, $c: true, $r, $24r, _r, cfg, $s};return $f;
	};
	Config.prototype.buildEncoder = function() { return this.$val.buildEncoder(); };
	Array = function(key, val) {
		var key, val;
		return new zapcore.Field.ptr(key, 1, new $Int64(0, 0), "", val);
	};
	$pkg.Array = Array;
	Bools = function(key, bs) {
		var bs, key;
		return Array(key, ($convertSliceType(bs, bools)));
	};
	$pkg.Bools = Bools;
	Complex128s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, complex128s)));
	};
	$pkg.Complex128s = Complex128s;
	Complex64s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, complex64s)));
	};
	$pkg.Complex64s = Complex64s;
	Durations = function(key, ds) {
		var ds, key;
		return Array(key, ($convertSliceType(ds, durations)));
	};
	$pkg.Durations = Durations;
	Float64s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, float64s)));
	};
	$pkg.Float64s = Float64s;
	Float32s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, float32s)));
	};
	$pkg.Float32s = Float32s;
	Ints = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, ints)));
	};
	$pkg.Ints = Ints;
	Int64s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, int64s)));
	};
	$pkg.Int64s = Int64s;
	Int32s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, int32s)));
	};
	$pkg.Int32s = Int32s;
	Int16s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, int16s)));
	};
	$pkg.Int16s = Int16s;
	Int8s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, int8s)));
	};
	$pkg.Int8s = Int8s;
	Strings = function(key, ss) {
		var key, ss;
		return Array(key, ($convertSliceType(ss, stringArray)));
	};
	$pkg.Strings = Strings;
	Times = function(key, ts) {
		var key, ts;
		return Array(key, ($convertSliceType(ts, times)));
	};
	$pkg.Times = Times;
	Uints = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, uints)));
	};
	$pkg.Uints = Uints;
	Uint64s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, uint64s)));
	};
	$pkg.Uint64s = Uint64s;
	Uint32s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, uint32s)));
	};
	$pkg.Uint32s = Uint32s;
	Uint16s = function(key, nums) {
		var key, nums;
		return Array(key, ($convertSliceType(nums, uint16s)));
	};
	$pkg.Uint16s = Uint16s;
	Uintptrs = function(key, us) {
		var key, us;
		return Array(key, ($convertSliceType(us, uintptrs)));
	};
	$pkg.Uintptrs = Uintptrs;
	Errors = function(key, errs) {
		var errs, key;
		return Array(key, ($convertSliceType(errs, errArray)));
	};
	$pkg.Errors = Errors;
	bools.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, bs, i, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		bs = this;
		_ref = bs;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendBool(((i < 0 || i >= bs.$length) ? ($throwRuntimeError("index out of range"), undefined) : bs.$array[bs.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: bools.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, bs, i, $s};return $f;
	};
	$ptrType(bools).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	complex128s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendComplex128(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: complex128s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(complex128s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	complex64s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendComplex64(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: complex64s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(complex64s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	durations.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, ds, i, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ds = this;
		_ref = ds;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendDuration(((i < 0 || i >= ds.$length) ? ($throwRuntimeError("index out of range"), undefined) : ds.$array[ds.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: durations.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, ds, i, $s};return $f;
	};
	$ptrType(durations).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	float64s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendFloat64(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: float64s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(float64s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	float32s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendFloat32(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: float32s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(float32s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	ints.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendInt(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: ints.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(ints).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	int64s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendInt64(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: int64s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(int64s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	int32s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendInt32(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: int32s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(int32s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	int16s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendInt16(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: int16s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(int16s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	int8s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendInt8(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: int8s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(int8s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	stringArray.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, ss, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ss = this;
		_ref = ss;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendString(((i < 0 || i >= ss.$length) ? ($throwRuntimeError("index out of range"), undefined) : ss.$array[ss.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: stringArray.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, ss, $s};return $f;
	};
	$ptrType(stringArray).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	times.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, ts, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ts = this;
		_ref = ts;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendTime($clone(((i < 0 || i >= ts.$length) ? ($throwRuntimeError("index out of range"), undefined) : ts.$array[ts.$offset + i]), time.Time)); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: times.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, ts, $s};return $f;
	};
	$ptrType(times).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	uints.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendUint(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: uints.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(uints).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	uint64s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendUint64(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: uint64s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(uint64s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	uint32s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendUint32(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: uint32s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(uint32s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	uint16s.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendUint16(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: uint16s.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(uint16s).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	uintptrs.prototype.MarshalLogArray = function(arr) {
		var {_i, _ref, arr, i, nums, $s, $r, $c} = $restore(this, {arr});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		nums = this;
		_ref = nums;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			i = _i;
			$r = arr.AppendUintptr(((i < 0 || i >= nums.$length) ? ($throwRuntimeError("index out of range"), undefined) : nums.$array[nums.$offset + i])); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return $ifaceNil;
		/* */ } return; } var $f = {$blk: uintptrs.prototype.MarshalLogArray, $c: true, $r, _i, _ref, arr, i, nums, $s};return $f;
	};
	$ptrType(uintptrs).prototype.MarshalLogArray = function(arr) { return this.$get().MarshalLogArray(arr); };
	ptrType$10.methods = [{prop: "Desugar", name: "Desugar", pkg: "", typ: $funcType([], [ptrType], false)}, {prop: "Named", name: "Named", pkg: "", typ: $funcType([$String], [ptrType$10], false)}, {prop: "With", name: "With", pkg: "", typ: $funcType([sliceType], [ptrType$10], true)}, {prop: "Debug", name: "Debug", pkg: "", typ: $funcType([sliceType], [], true)}, {prop: "Info", name: "Info", pkg: "", typ: $funcType([sliceType], [], true)}, {prop: "Warn", name: "Warn", pkg: "", typ: $funcType([sliceType], [], true)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([sliceType], [], true)}, {prop: "DPanic", name: "DPanic", pkg: "", typ: $funcType([sliceType], [], true)}, {prop: "Panic", name: "Panic", pkg: "", typ: $funcType([sliceType], [], true)}, {prop: "Fatal", name: "Fatal", pkg: "", typ: $funcType([sliceType], [], true)}, {prop: "Debugf", name: "Debugf", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Infof", name: "Infof", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Warnf", name: "Warnf", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Errorf", name: "Errorf", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "DPanicf", name: "DPanicf", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Panicf", name: "Panicf", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Fatalf", name: "Fatalf", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Debugw", name: "Debugw", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Infow", name: "Infow", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Warnw", name: "Warnw", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Errorw", name: "Errorw", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "DPanicw", name: "DPanicw", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Panicw", name: "Panicw", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Fatalw", name: "Fatalw", pkg: "", typ: $funcType([$String, sliceType], [], true)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}, {prop: "log", name: "log", pkg: "go.uber.org/zap", typ: $funcType([zapcore.Level, $String, sliceType, sliceType], [], false)}, {prop: "sweetenFields", name: "sweetenFields", pkg: "go.uber.org/zap", typ: $funcType([sliceType], [sliceType$4], false)}];
	invalidPair.methods = [{prop: "MarshalLogObject", name: "MarshalLogObject", pkg: "", typ: $funcType([zapcore.ObjectEncoder], [$error], false)}];
	invalidPairs.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	nopCloserSink.methods = [{prop: "Close", name: "Close", pkg: "", typ: $funcType([], [$error], false)}];
	ptrType$11.methods = [{prop: "Error", name: "Error", pkg: "", typ: $funcType([], [$String], false)}];
	optionFunc.methods = [{prop: "apply", name: "apply", pkg: "go.uber.org/zap", typ: $funcType([ptrType], [], false)}];
	ptrType.methods = [{prop: "Sugar", name: "Sugar", pkg: "", typ: $funcType([], [ptrType$10], false)}, {prop: "Named", name: "Named", pkg: "", typ: $funcType([$String], [ptrType], false)}, {prop: "WithOptions", name: "WithOptions", pkg: "", typ: $funcType([sliceType$6], [ptrType], true)}, {prop: "With", name: "With", pkg: "", typ: $funcType([sliceType$4], [ptrType], true)}, {prop: "Check", name: "Check", pkg: "", typ: $funcType([zapcore.Level, $String], [ptrType$1], false)}, {prop: "Debug", name: "Debug", pkg: "", typ: $funcType([$String, sliceType$4], [], true)}, {prop: "Info", name: "Info", pkg: "", typ: $funcType([$String, sliceType$4], [], true)}, {prop: "Warn", name: "Warn", pkg: "", typ: $funcType([$String, sliceType$4], [], true)}, {prop: "Error", name: "Error", pkg: "", typ: $funcType([$String, sliceType$4], [], true)}, {prop: "DPanic", name: "DPanic", pkg: "", typ: $funcType([$String, sliceType$4], [], true)}, {prop: "Panic", name: "Panic", pkg: "", typ: $funcType([$String, sliceType$4], [], true)}, {prop: "Fatal", name: "Fatal", pkg: "", typ: $funcType([$String, sliceType$4], [], true)}, {prop: "Sync", name: "Sync", pkg: "", typ: $funcType([], [$error], false)}, {prop: "Core", name: "Core", pkg: "", typ: $funcType([], [zapcore.Core], false)}, {prop: "clone", name: "clone", pkg: "go.uber.org/zap", typ: $funcType([], [ptrType], false)}, {prop: "check", name: "check", pkg: "go.uber.org/zap", typ: $funcType([zapcore.Level, $String], [ptrType$1], false)}];
	AtomicLevel.methods = [{prop: "Enabled", name: "Enabled", pkg: "", typ: $funcType([zapcore.Level], [$Bool], false)}, {prop: "Level", name: "Level", pkg: "", typ: $funcType([], [zapcore.Level], false)}, {prop: "SetLevel", name: "SetLevel", pkg: "", typ: $funcType([zapcore.Level], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "MarshalText", name: "MarshalText", pkg: "", typ: $funcType([], [sliceType$7, $error], false)}, {prop: "ServeHTTP", name: "ServeHTTP", pkg: "", typ: $funcType([http.ResponseWriter, ptrType$12], [], false)}];
	ptrType$13.methods = [{prop: "UnmarshalText", name: "UnmarshalText", pkg: "", typ: $funcType([sliceType$7], [$error], false)}];
	errArray.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	ptrType$8.methods = [{prop: "MarshalLogObject", name: "MarshalLogObject", pkg: "", typ: $funcType([zapcore.ObjectEncoder], [$error], false)}];
	Config.methods = [{prop: "Build", name: "Build", pkg: "", typ: $funcType([sliceType$6], [ptrType, $error], true)}, {prop: "buildOptions", name: "buildOptions", pkg: "go.uber.org/zap", typ: $funcType([zapcore.WriteSyncer], [sliceType$6], false)}, {prop: "openSinks", name: "openSinks", pkg: "go.uber.org/zap", typ: $funcType([], [zapcore.WriteSyncer, zapcore.WriteSyncer, $error], false)}, {prop: "buildEncoder", name: "buildEncoder", pkg: "go.uber.org/zap", typ: $funcType([], [zapcore.Encoder, $error], false)}];
	bools.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	complex128s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	complex64s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	durations.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	float64s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	float32s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	ints.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	int64s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	int32s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	int16s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	int8s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	stringArray.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	times.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	uints.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	uint64s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	uint32s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	uint16s.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	uintptrs.methods = [{prop: "MarshalLogArray", name: "MarshalLogArray", pkg: "", typ: $funcType([zapcore.ArrayEncoder], [$error], false)}];
	SugaredLogger.init("go.uber.org/zap", [{prop: "base", name: "base", embedded: false, exported: false, typ: ptrType, tag: ""}]);
	invalidPair.init("go.uber.org/zap", [{prop: "position", name: "position", embedded: false, exported: false, typ: $Int, tag: ""}, {prop: "key", name: "key", embedded: false, exported: false, typ: $emptyInterface, tag: ""}, {prop: "value", name: "value", embedded: false, exported: false, typ: $emptyInterface, tag: ""}]);
	invalidPairs.init(invalidPair);
	programCounters.init("go.uber.org/zap", [{prop: "pcs", name: "pcs", embedded: false, exported: false, typ: sliceType$5, tag: ""}]);
	nopCloserSink.init("", [{prop: "WriteSyncer", name: "WriteSyncer", embedded: true, exported: true, typ: zapcore.WriteSyncer, tag: ""}]);
	errSinkNotFound.init("go.uber.org/zap", [{prop: "scheme", name: "scheme", embedded: false, exported: false, typ: $String, tag: ""}]);
	Option.init([{prop: "apply", name: "apply", pkg: "go.uber.org/zap", typ: $funcType([ptrType], [], false)}]);
	optionFunc.init([ptrType], [], false);
	Logger.init("go.uber.org/zap", [{prop: "core", name: "core", embedded: false, exported: false, typ: zapcore.Core, tag: ""}, {prop: "development", name: "development", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "name", name: "name", embedded: false, exported: false, typ: $String, tag: ""}, {prop: "errorOutput", name: "errorOutput", embedded: false, exported: false, typ: zapcore.WriteSyncer, tag: ""}, {prop: "addCaller", name: "addCaller", embedded: false, exported: false, typ: $Bool, tag: ""}, {prop: "addStack", name: "addStack", embedded: false, exported: false, typ: zapcore.LevelEnabler, tag: ""}, {prop: "callerSkip", name: "callerSkip", embedded: false, exported: false, typ: $Int, tag: ""}]);
	AtomicLevel.init("go.uber.org/zap", [{prop: "l", name: "l", embedded: false, exported: false, typ: ptrType$5, tag: ""}]);
	errArray.init($error);
	errArrayElem.init("go.uber.org/zap", [{prop: "error", name: "error", embedded: true, exported: false, typ: $error, tag: ""}]);
	SamplingConfig.init("", [{prop: "Initial", name: "Initial", embedded: false, exported: true, typ: $Int, tag: "json:\"initial\" yaml:\"initial\""}, {prop: "Thereafter", name: "Thereafter", embedded: false, exported: true, typ: $Int, tag: "json:\"thereafter\" yaml:\"thereafter\""}]);
	Config.init("", [{prop: "Level", name: "Level", embedded: false, exported: true, typ: AtomicLevel, tag: "json:\"level\" yaml:\"level\""}, {prop: "Development", name: "Development", embedded: false, exported: true, typ: $Bool, tag: "json:\"development\" yaml:\"development\""}, {prop: "DisableCaller", name: "DisableCaller", embedded: false, exported: true, typ: $Bool, tag: "json:\"disableCaller\" yaml:\"disableCaller\""}, {prop: "DisableStacktrace", name: "DisableStacktrace", embedded: false, exported: true, typ: $Bool, tag: "json:\"disableStacktrace\" yaml:\"disableStacktrace\""}, {prop: "Sampling", name: "Sampling", embedded: false, exported: true, typ: ptrType$9, tag: "json:\"sampling\" yaml:\"sampling\""}, {prop: "Encoding", name: "Encoding", embedded: false, exported: true, typ: $String, tag: "json:\"encoding\" yaml:\"encoding\""}, {prop: "EncoderConfig", name: "EncoderConfig", embedded: false, exported: true, typ: zapcore.EncoderConfig, tag: "json:\"encoderConfig\" yaml:\"encoderConfig\""}, {prop: "OutputPaths", name: "OutputPaths", embedded: false, exported: true, typ: sliceType$1, tag: "json:\"outputPaths\" yaml:\"outputPaths\""}, {prop: "ErrorOutputPaths", name: "ErrorOutputPaths", embedded: false, exported: true, typ: sliceType$1, tag: "json:\"errorOutputPaths\" yaml:\"errorOutputPaths\""}, {prop: "InitialFields", name: "InitialFields", embedded: false, exported: true, typ: mapType, tag: "json:\"initialFields\" yaml:\"initialFields\""}]);
	bools.init($Bool);
	complex128s.init($Complex128);
	complex64s.init($Complex64);
	durations.init(time.Duration);
	float64s.init($Float64);
	float32s.init($Float32);
	ints.init($Int);
	int64s.init($Int64);
	int32s.init($Int32);
	int16s.init($Int16);
	int8s.init($Int8);
	stringArray.init($String);
	times.init(time.Time);
	uints.init($Uint);
	uint64s.init($Uint64);
	uint32s.init($Uint32);
	uint16s.init($Uint16);
	uintptrs.init($Uintptr);
	errorResponse.init("", [{prop: "Error", name: "Error", embedded: false, exported: true, typ: $String, tag: "json:\"error\""}]);
	payload.init("", [{prop: "Level", name: "Level", embedded: false, exported: true, typ: ptrType$6, tag: "json:\"level\""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = json.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = flag.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = atomic.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = multierr.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = bufferpool.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = zapcore.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = io.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ioutil.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = log.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = http.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = url.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = os.$init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = runtime.$init(); /* */ $s = 17; case 17: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sort.$init(); /* */ $s = 18; case 18: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 19; case 19: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 20; case 20: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = time.$init(); /* */ $s = 21; case 21: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		_sinkMutex = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
		_sinkFactories = false;
		_encoderMutex = new sync.RWMutex.ptr(new sync.Mutex.ptr(0, 0), 0, 0, 0, 0);
		_stacktracePool = new sync.Pool.ptr(sliceType.nil, (function() {
			return newProgramCounters(64);
		}));
		_zapStacktracePrefixes = addPrefix("go.uber.org/zap", new sliceType$1([".", "/"]));
		_zapStacktraceVendorContains = addPrefix("/vendor/", _zapStacktracePrefixes);
		_globalL = NewNop();
		_globalS = _globalL.Sugar();
		_errArrayElemPool = new sync.Pool.ptr(sliceType.nil, (function() {
			return new errArrayElem.ptr($ifaceNil);
		}));
		errNoEncoderNameSpecified = errors.New("no encoder name specified");
		_encoderNameToConstructor = $makeMap($String.keyFor, [{ k: "console", v: (function $b(encoderConfig) {
			var {$24r, _r, encoderConfig, $s, $r, $c} = $restore(this, {encoderConfig});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = zapcore.NewConsoleEncoder($clone(encoderConfig, zapcore.EncoderConfig)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [_r, $ifaceNil];
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r, encoderConfig, $s};return $f;
		}) }, { k: "json", v: (function $b(encoderConfig) {
			var {$24r, _r, encoderConfig, $s, $r, $c} = $restore(this, {encoderConfig});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = zapcore.NewJSONEncoder($clone(encoderConfig, zapcore.EncoderConfig)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			$24r = [_r, $ifaceNil];
			$s = 2; case 2: return $24r;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, $24r, _r, encoderConfig, $s};return $f;
		}) }]);
		$r = init(); /* */ $s = 22; case 22: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["dnmshared"] = (function() {
	var $pkg = {}, $init, bytes, zlib, sharedprotos, base64, xml, errors, fmt, vector, resolv, zap, zapcore, ioutil, math, strconv, strings, SatResult, ptrType, ptrType$1, ptrType$2, sliceType, sliceType$1, funcType, arrayType, arrayType$1, ptrType$5, ptrType$6, sliceType$4, sliceType$10, ptrType$13, sliceType$11, GenerateRectCollider, generateRectColliderInCollisionSpace, GenerateConvexPolygonCollider, CalcPushbacks, isPolygonPairOverlapped, isPolygonPairSeparatedByDir, WorldToVirtualGridPos, VirtualGridToWorldPos, WorldToPolygonColliderBLPos, PolygonColliderBLToWorldPos, PolygonColliderBLToVirtualGridPos, VirtualGridToPolygonColliderBLPos, init, AlignPolygon2DToBoundingBox;
	bytes = $packages["bytes"];
	zlib = $packages["compress/zlib"];
	sharedprotos = $packages["dnmshared/sharedprotos"];
	base64 = $packages["encoding/base64"];
	xml = $packages["encoding/xml"];
	errors = $packages["errors"];
	fmt = $packages["fmt"];
	vector = $packages["github.com/kvartborg/vector"];
	resolv = $packages["github.com/solarlune/resolv"];
	zap = $packages["go.uber.org/zap"];
	zapcore = $packages["go.uber.org/zap/zapcore"];
	ioutil = $packages["io/ioutil"];
	math = $packages["math"];
	strconv = $packages["strconv"];
	strings = $packages["strings"];
	SatResult = $pkg.SatResult = $newType(0, $kindStruct, "dnmshared.SatResult", true, "dnmshared", true, function(Overlap_, OverlapX_, OverlapY_, AContainedInB_, BContainedInA_, Axis_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.Overlap = 0;
			this.OverlapX = 0;
			this.OverlapY = 0;
			this.AContainedInB = false;
			this.BContainedInA = false;
			this.Axis = vector.Vector.nil;
			return;
		}
		this.Overlap = Overlap_;
		this.OverlapX = OverlapX_;
		this.OverlapY = OverlapY_;
		this.AContainedInB = AContainedInB_;
		this.BContainedInA = BContainedInA_;
		this.Axis = Axis_;
	});
	ptrType = $ptrType(zap.Logger);
	ptrType$1 = $ptrType($packages["go.uber.org/atomic"].Int32);
	ptrType$2 = $ptrType(zap.SamplingConfig);
	sliceType = $sliceType($String);
	sliceType$1 = $sliceType($Uint8);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	arrayType$1 = $arrayType($packages["sync"].Mutex, 0);
	ptrType$5 = $ptrType($packages["google.golang.org/protobuf/internal/impl"].MessageInfo);
	ptrType$6 = $ptrType(sharedprotos.Vec2D);
	sliceType$4 = $sliceType(ptrType$6);
	sliceType$10 = $sliceType($Float64);
	ptrType$13 = $ptrType(SatResult);
	sliceType$11 = $sliceType(zap.Option);
	GenerateRectCollider = function(wx, wy, w, h, topPadding, bottomPadding, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, data, tag) {
		var {$24r, _r, _tuple, blX, blY, bottomPadding, data, h, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, tag, topPadding, w, wx, wy, $s, $r, $c} = $restore(this, {wx, wy, w, h, topPadding, bottomPadding, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, data, tag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tuple = WorldToPolygonColliderBLPos(wx, wy, w * 0.5, h * 0.5, topPadding, bottomPadding, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY);
		blX = _tuple[0];
		blY = _tuple[1];
		_r = generateRectColliderInCollisionSpace(blX, blY, leftPadding + w + rightPadding, bottomPadding + h + topPadding, data, tag); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: GenerateRectCollider, $c: true, $r, $24r, _r, _tuple, blX, blY, bottomPadding, data, h, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, tag, topPadding, w, wx, wy, $s};return $f;
	};
	$pkg.GenerateRectCollider = GenerateRectCollider;
	generateRectColliderInCollisionSpace = function(blX, blY, w, h, data, tag) {
		var {blX, blY, collider, data, h, shape, tag, w, $s, $r, $c} = $restore(this, {blX, blY, w, h, data, tag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		collider = resolv.NewObject(blX, blY, w, h, new sliceType([tag]));
		shape = resolv.NewRectangle(0, 0, w, h);
		$r = collider.SetShape(shape); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		collider.Data = data;
		$s = -1; return collider;
		/* */ } return; } var $f = {$blk: generateRectColliderInCollisionSpace, $c: true, $r, blX, blY, collider, data, h, shape, tag, w, $s};return $f;
	};
	GenerateConvexPolygonCollider = function(unalignedSrc, spaceOffsetX, spaceOffsetY, data, tag) {
		var {_i, _i$1, _ref, _ref$1, _tmp, _tmp$1, aligned, collider, data, h, i, i$1, j, p, pi, pj, shape, spaceOffsetX, spaceOffsetY, tag, unalignedSrc, w, x, $s, $r, $c} = $restore(this, {unalignedSrc, spaceOffsetX, spaceOffsetY, data, tag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		aligned = AlignPolygon2DToBoundingBox(unalignedSrc);
		_tmp = 0;
		_tmp$1 = 0;
		w = _tmp;
		h = _tmp$1;
		shape = resolv.NewConvexPolygon(sliceType$10.nil);
		_ref = aligned.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			pi = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = aligned.Points;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				j = _i$1;
				pj = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (i === j) {
					_i$1++;
					continue;
				}
				if (math.Abs(pj.X - pi.X) > w) {
					w = math.Abs(pj.X - pi.X);
				}
				if (math.Abs(pj.Y - pi.Y) > h) {
					h = math.Abs(pj.Y - pi.Y);
				}
				_i$1++;
			}
			_i++;
		}
		i$1 = 0;
		while (true) {
			if (!(i$1 < aligned.Points.$length)) { break; }
			p = (x = aligned.Points, ((i$1 < 0 || i$1 >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i$1]));
			shape.AddPoints(new sliceType$10([p.X, p.Y]));
			i$1 = i$1 + (1) >> 0;
		}
		collider = resolv.NewObject(aligned.Anchor.X + spaceOffsetX, aligned.Anchor.Y + spaceOffsetY, w, h, new sliceType([tag]));
		$r = collider.SetShape(shape); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		collider.Data = data;
		$s = -1; return collider;
		/* */ } return; } var $f = {$blk: GenerateConvexPolygonCollider, $c: true, $r, _i, _i$1, _ref, _ref$1, _tmp, _tmp$1, aligned, collider, data, h, i, i$1, j, p, pi, pj, shape, spaceOffsetX, spaceOffsetY, tag, unalignedSrc, w, x, $s};return $f;
	};
	$pkg.GenerateConvexPolygonCollider = GenerateConvexPolygonCollider;
	CalcPushbacks = function(oldDx, oldDy, playerShape, barrierShape) {
		var {$24r, $24r$1, _tmp, _tmp$1, _tuple, barrierShape, oldDx, oldDy, origX, origY, overlapResult, overlapped, playerShape, pushbackX, pushbackY, $s, $deferred, $r, $c} = $restore(this, {oldDx, oldDy, playerShape, barrierShape});
		/* */ $s = $s || 0; var $err = null; try { s: while (true) { switch ($s) { case 0: $deferred = []; $curGoroutine.deferStack.push($deferred);
		origX = [origX];
		origY = [origY];
		playerShape = [playerShape];
		_tuple = playerShape[0].Position();
		origX[0] = _tuple[0];
		origY[0] = _tuple[1];
		$deferred.push([(function(origX, origY, playerShape) { return function() {
			playerShape[0].SetPosition(origX[0], origY[0]);
		}; })(origX, origY, playerShape), []]);
		playerShape[0].SetPosition(origX[0] + oldDx, origY[0] + oldDy);
		overlapResult = new SatResult.ptr(0, 0, 0, true, true, new vector.Vector([0, 0]));
		overlapped = isPolygonPairOverlapped(playerShape[0], barrierShape, overlapResult);
		/* */ if (overlapped) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (overlapped) { */ case 1:
			_tmp = overlapResult.Overlap * overlapResult.OverlapX;
			_tmp$1 = overlapResult.Overlap * overlapResult.OverlapY;
			pushbackX = _tmp;
			pushbackY = _tmp$1;
			$24r = [true, pushbackX, pushbackY, overlapResult];
			$s = 4; case 4: return $24r;
		/* } else { */ case 2:
			$24r$1 = [false, 0, 0, overlapResult];
			$s = 5; case 5: return $24r$1;
		/* } */ case 3:
		$s = -1; return [false, 0, 0, ptrType$13.nil];
		/* */ } return; } } catch(err) { $err = err; $s = -1; return [false, 0, 0, ptrType$13.nil]; } finally { $callDeferred($deferred, $err); if($curGoroutine.asleep) { var $f = {$blk: CalcPushbacks, $c: true, $r, $24r, $24r$1, _tmp, _tmp$1, _tuple, barrierShape, oldDx, oldDy, origX, origY, overlapResult, overlapped, playerShape, pushbackX, pushbackY, $s, $deferred};return $f; } }
	};
	$pkg.CalcPushbacks = CalcPushbacks;
	isPolygonPairOverlapped = function(a, b, result) {
		var _i, _i$1, _ref, _ref$1, _tmp, _tmp$1, a, aCnt, axis, axis$1, b, bCnt, result, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7;
		_tmp = a.Points.$length;
		_tmp$1 = b.Points.$length;
		aCnt = _tmp;
		bCnt = _tmp$1;
		if ((1 === aCnt) && (1 === bCnt)) {
			if (!(ptrType$13.nil === result)) {
				result.Overlap = 0;
			}
			return ((x = (x$1 = a.Points, (0 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 0])), (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0])) === (x$2 = (x$3 = b.Points, (0 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 0])), (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0]))) && ((x$4 = (x$5 = a.Points, (0 >= x$5.$length ? ($throwRuntimeError("index out of range"), undefined) : x$5.$array[x$5.$offset + 0])), (1 >= x$4.$length ? ($throwRuntimeError("index out of range"), undefined) : x$4.$array[x$4.$offset + 1])) === (x$6 = (x$7 = b.Points, (0 >= x$7.$length ? ($throwRuntimeError("index out of range"), undefined) : x$7.$array[x$7.$offset + 0])), (1 >= x$6.$length ? ($throwRuntimeError("index out of range"), undefined) : x$6.$array[x$6.$offset + 1])));
		}
		if (1 < aCnt) {
			_ref = a.SATAxes();
			_i = 0;
			while (true) {
				if (!(_i < _ref.$length)) { break; }
				axis = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
				if (isPolygonPairSeparatedByDir(a, b, axis.Unit(), result)) {
					return false;
				}
				_i++;
			}
		}
		if (1 < bCnt) {
			_ref$1 = b.SATAxes();
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				axis$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				if (isPolygonPairSeparatedByDir(a, b, axis$1.Unit(), result)) {
					return false;
				}
				_i$1++;
			}
		}
		return true;
	};
	isPolygonPairSeparatedByDir = function(a, b, e, result) {
		var _i, _i$1, _ref, _ref$1, _tmp, _tmp$1, _tmp$2, _tmp$3, a, aEnd, aStart, absoluteOverlap, b, bEnd, bStart, currentOverlap, dot, dot$1, e, option1, option1$1, option2, option2$1, overlap, p, p$1, result, sign, x, x$1;
		_tmp = 1.7976931348623157e+308;
		_tmp$1 = -1.7976931348623157e+308;
		_tmp$2 = 1.7976931348623157e+308;
		_tmp$3 = -1.7976931348623157e+308;
		aStart = _tmp;
		aEnd = _tmp$1;
		bStart = _tmp$2;
		bEnd = _tmp$3;
		_ref = a.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			p = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			dot = ((0 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 0]) + a.X) * (0 >= e.$length ? ($throwRuntimeError("index out of range"), undefined) : e.$array[e.$offset + 0]) + ((1 >= p.$length ? ($throwRuntimeError("index out of range"), undefined) : p.$array[p.$offset + 1]) + a.Y) * (1 >= e.$length ? ($throwRuntimeError("index out of range"), undefined) : e.$array[e.$offset + 1]);
			if (aStart > dot) {
				aStart = dot;
			}
			if (aEnd < dot) {
				aEnd = dot;
			}
			_i++;
		}
		_ref$1 = b.Points;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			p$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			dot$1 = ((0 >= p$1.$length ? ($throwRuntimeError("index out of range"), undefined) : p$1.$array[p$1.$offset + 0]) + b.X) * (0 >= e.$length ? ($throwRuntimeError("index out of range"), undefined) : e.$array[e.$offset + 0]) + ((1 >= p$1.$length ? ($throwRuntimeError("index out of range"), undefined) : p$1.$array[p$1.$offset + 1]) + b.Y) * (1 >= e.$length ? ($throwRuntimeError("index out of range"), undefined) : e.$array[e.$offset + 1]);
			if (bStart > dot$1) {
				bStart = dot$1;
			}
			if (bEnd < dot$1) {
				bEnd = dot$1;
			}
			_i$1++;
		}
		if (aStart > bEnd || aEnd < bStart) {
			return true;
		}
		if (!(ptrType$13.nil === result)) {
			overlap = 0;
			if (aStart < bStart) {
				result.AContainedInB = false;
				if (aEnd < bEnd) {
					overlap = aEnd - bStart;
					result.BContainedInA = false;
				} else {
					option1 = aEnd - bStart;
					option2 = bEnd - aStart;
					if (option1 < option2) {
						overlap = option1;
					} else {
						overlap = -option2;
					}
				}
			} else {
				result.BContainedInA = false;
				if (aEnd > bEnd) {
					overlap = aStart - bEnd;
					result.AContainedInB = false;
				} else {
					option1$1 = aEnd - bStart;
					option2$1 = bEnd - aStart;
					if (option1$1 < option2$1) {
						overlap = option1$1;
					} else {
						overlap = -option2$1;
					}
				}
			}
			currentOverlap = result.Overlap;
			absoluteOverlap = overlap;
			if (overlap < 0) {
				absoluteOverlap = -overlap;
			}
			if (((0 === (x = result.Axis, (0 >= x.$length ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + 0]))) && (0 === (x$1 = result.Axis, (1 >= x$1.$length ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + 1])))) || currentOverlap > absoluteOverlap) {
				sign = 1;
				if (overlap < 0) {
					sign = -1;
				}
				result.Overlap = absoluteOverlap;
				result.OverlapX = (0 >= e.$length ? ($throwRuntimeError("index out of range"), undefined) : e.$array[e.$offset + 0]) * sign;
				result.OverlapY = (1 >= e.$length ? ($throwRuntimeError("index out of range"), undefined) : e.$array[e.$offset + 1]) * sign;
			}
			result.Axis = e;
		}
		return false;
	};
	WorldToVirtualGridPos = function(wx, wy, worldToVirtualGridRatio) {
		var virtualGridX, virtualGridY, worldToVirtualGridRatio, wx, wy;
		virtualGridX = ((math.Round(wx * worldToVirtualGridRatio) >> 0));
		virtualGridY = ((math.Round(wy * worldToVirtualGridRatio) >> 0));
		return [virtualGridX, virtualGridY];
	};
	$pkg.WorldToVirtualGridPos = WorldToVirtualGridPos;
	VirtualGridToWorldPos = function(vx, vy, virtualGridToWorldRatio) {
		var virtualGridToWorldRatio, vx, vy, wx, wy;
		wx = (vx) * virtualGridToWorldRatio;
		wy = (vy) * virtualGridToWorldRatio;
		return [wx, wy];
	};
	$pkg.VirtualGridToWorldPos = VirtualGridToWorldPos;
	WorldToPolygonColliderBLPos = function(wx, wy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY) {
		var bottomPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, halfBoundingH, halfBoundingW, leftPadding, rightPadding, topPadding, wx, wy;
		return [wx - halfBoundingW - leftPadding + collisionSpaceOffsetX, wy - halfBoundingH - bottomPadding + collisionSpaceOffsetY];
	};
	$pkg.WorldToPolygonColliderBLPos = WorldToPolygonColliderBLPos;
	PolygonColliderBLToWorldPos = function(cx, cy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY) {
		var bottomPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, cx, cy, halfBoundingH, halfBoundingW, leftPadding, rightPadding, topPadding;
		return [cx + halfBoundingW + leftPadding - collisionSpaceOffsetX, cy + halfBoundingH + bottomPadding - collisionSpaceOffsetY];
	};
	$pkg.PolygonColliderBLToWorldPos = PolygonColliderBLToWorldPos;
	PolygonColliderBLToVirtualGridPos = function(cx, cy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, worldToVirtualGridRatio) {
		var _tuple, bottomPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, cx, cy, halfBoundingH, halfBoundingW, leftPadding, rightPadding, topPadding, worldToVirtualGridRatio, wx, wy;
		_tuple = PolygonColliderBLToWorldPos(cx, cy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY);
		wx = _tuple[0];
		wy = _tuple[1];
		return WorldToVirtualGridPos(wx, wy, worldToVirtualGridRatio);
	};
	$pkg.PolygonColliderBLToVirtualGridPos = PolygonColliderBLToVirtualGridPos;
	VirtualGridToPolygonColliderBLPos = function(vx, vy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, virtualGridToWorldRatio) {
		var _tuple, bottomPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, halfBoundingH, halfBoundingW, leftPadding, rightPadding, topPadding, virtualGridToWorldRatio, vx, vy, wx, wy;
		_tuple = VirtualGridToWorldPos(vx, vy, virtualGridToWorldRatio);
		wx = _tuple[0];
		wy = _tuple[1];
		return WorldToPolygonColliderBLPos(wx, wy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY);
	};
	$pkg.VirtualGridToPolygonColliderBLPos = VirtualGridToPolygonColliderBLPos;
	init = function() {
		var {_r, _tuple, err, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		zap.Config.copy($pkg.LoggerConfig, zap.NewDevelopmentConfig());
		$clone($pkg.LoggerConfig.Level, zap.AtomicLevel).SetLevel(0);
		$pkg.LoggerConfig.Development = false;
		$pkg.LoggerConfig.Sampling = new zap.SamplingConfig.ptr(100, 100);
		$pkg.LoggerConfig.EncoderConfig.EncodeLevel = zapcore.CapitalColorLevelEncoder;
		err = $ifaceNil;
		_r = $clone($pkg.LoggerConfig, zap.Config).Build(sliceType$11.nil); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_tuple = _r;
		$pkg.Logger = _tuple[0];
		err = _tuple[1];
		if (!($interfaceIsEqual($ifaceNil, err))) {
			$panic(err);
		}
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, _r, _tuple, err, $s};return $f;
	};
	AlignPolygon2DToBoundingBox = function(input) {
		var _i, _i$1, _ref, _ref$1, boundingBoxBL, i, input, output, p, p$1, x;
		boundingBoxBL = new sharedprotos.Vec2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType$1.nil, 1.7976931348623157e+308, 1.7976931348623157e+308);
		_ref = input.Points;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			p = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			if (p.X < boundingBoxBL.X) {
				boundingBoxBL.X = p.X;
			}
			if (p.Y < boundingBoxBL.Y) {
				boundingBoxBL.Y = p.Y;
			}
			_i++;
		}
		output = new sharedprotos.Polygon2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType$1.nil, new sharedprotos.Vec2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType$1.nil, input.Anchor.X + boundingBoxBL.X, input.Anchor.Y + boundingBoxBL.Y), $makeSlice(sliceType$4, input.Points.$length));
		_ref$1 = input.Points;
		_i$1 = 0;
		while (true) {
			if (!(_i$1 < _ref$1.$length)) { break; }
			i = _i$1;
			p$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
			(x = output.Points, ((i < 0 || i >= x.$length) ? ($throwRuntimeError("index out of range"), undefined) : x.$array[x.$offset + i] = new sharedprotos.Vec2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$5.nil), 0, sliceType$1.nil, p$1.X - boundingBoxBL.X, p$1.Y - boundingBoxBL.Y)));
			_i$1++;
		}
		return output;
	};
	$pkg.AlignPolygon2DToBoundingBox = AlignPolygon2DToBoundingBox;
	SatResult.init("", [{prop: "Overlap", name: "Overlap", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "OverlapX", name: "OverlapX", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "OverlapY", name: "OverlapY", embedded: false, exported: true, typ: $Float64, tag: ""}, {prop: "AContainedInB", name: "AContainedInB", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "BContainedInA", name: "BContainedInA", embedded: false, exported: true, typ: $Bool, tag: ""}, {prop: "Axis", name: "Axis", embedded: false, exported: true, typ: vector.Vector, tag: ""}]);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = bytes.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = zlib.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sharedprotos.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = base64.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = xml.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = errors.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = fmt.$init(); /* */ $s = 7; case 7: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = vector.$init(); /* */ $s = 8; case 8: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = resolv.$init(); /* */ $s = 9; case 9: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = zap.$init(); /* */ $s = 10; case 10: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = zapcore.$init(); /* */ $s = 11; case 11: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = ioutil.$init(); /* */ $s = 12; case 12: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = math.$init(); /* */ $s = 13; case 13: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strconv.$init(); /* */ $s = 14; case 14: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = strings.$init(); /* */ $s = 15; case 15: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.Logger = ptrType.nil;
		$pkg.LoggerConfig = new zap.Config.ptr(new zap.AtomicLevel.ptr(ptrType$1.nil), false, false, false, ptrType$2.nil, "", new zapcore.EncoderConfig.ptr("", "", "", "", "", "", "", $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError, $throwNilPointerError), sliceType.nil, sliceType.nil, false);
		$r = init(); /* */ $s = 16; case 16: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["jsexport/protos"] = (function() {
	var $pkg = {}, $init, sharedprotos, protoreflect, protoimpl, reflect, sync, PlayerDownsync, InputFrameDecoded, InputFrameUpsync, InputFrameDownsync, HeartbeatUpsync, WsReq, WsResp, InputsBufferSnapshot, Barrier, MeleeBullet, BattleColliderInfo, RoomDownsyncFrame, x, sliceType, sliceType$1, sliceType$2, ptrType, ptrType$1, ptrType$2, ptrType$3, ptrType$4, ptrType$5, ptrType$6, ptrType$7, ptrType$8, ptrType$9, ptrType$10, ptrType$11, ptrType$12, ptrType$13, ptrType$14, ptrType$15, sliceType$3, funcType, arrayType, arrayType$1, ptrType$16, sliceType$4, sliceType$5, sliceType$6, sliceType$7, sliceType$8, sliceType$9, ptrType$17, ptrType$18, sliceType$10, sliceType$11, mapType, mapType$1, mapType$2, mapType$3, file_room_downsync_frame_proto_rawDesc, file_room_downsync_frame_proto_rawDescOnce, file_room_downsync_frame_proto_rawDescData, file_room_downsync_frame_proto_msgTypes, file_room_downsync_frame_proto_goTypes, file_room_downsync_frame_proto_depIdxs, file_room_downsync_frame_proto_rawDescGZIP, init, file_room_downsync_frame_proto_init;
	sharedprotos = $packages["dnmshared/sharedprotos"];
	protoreflect = $packages["google.golang.org/protobuf/reflect/protoreflect"];
	protoimpl = $packages["google.golang.org/protobuf/runtime/protoimpl"];
	reflect = $packages["reflect"];
	sync = $packages["sync"];
	PlayerDownsync = $pkg.PlayerDownsync = $newType(0, $kindStruct, "protos.PlayerDownsync", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, Id_, VirtualGridX_, VirtualGridY_, DirX_, DirY_, VelX_, VelY_, Speed_, BattleState_, JoinIndex_, ColliderRadius_, Removed_, Score_, LastMoveGmtMillis_, FramesToRecover_, Hp_, MaxHp_, CharacterState_, InAir_, Name_, DisplayName_, Avatar_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Id = 0;
			this.VirtualGridX = 0;
			this.VirtualGridY = 0;
			this.DirX = 0;
			this.DirY = 0;
			this.VelX = 0;
			this.VelY = 0;
			this.Speed = 0;
			this.BattleState = 0;
			this.JoinIndex = 0;
			this.ColliderRadius = 0;
			this.Removed = false;
			this.Score = 0;
			this.LastMoveGmtMillis = 0;
			this.FramesToRecover = 0;
			this.Hp = 0;
			this.MaxHp = 0;
			this.CharacterState = 0;
			this.InAir = false;
			this.Name = "";
			this.DisplayName = "";
			this.Avatar = "";
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Id = Id_;
		this.VirtualGridX = VirtualGridX_;
		this.VirtualGridY = VirtualGridY_;
		this.DirX = DirX_;
		this.DirY = DirY_;
		this.VelX = VelX_;
		this.VelY = VelY_;
		this.Speed = Speed_;
		this.BattleState = BattleState_;
		this.JoinIndex = JoinIndex_;
		this.ColliderRadius = ColliderRadius_;
		this.Removed = Removed_;
		this.Score = Score_;
		this.LastMoveGmtMillis = LastMoveGmtMillis_;
		this.FramesToRecover = FramesToRecover_;
		this.Hp = Hp_;
		this.MaxHp = MaxHp_;
		this.CharacterState = CharacterState_;
		this.InAir = InAir_;
		this.Name = Name_;
		this.DisplayName = DisplayName_;
		this.Avatar = Avatar_;
	});
	InputFrameDecoded = $pkg.InputFrameDecoded = $newType(0, $kindStruct, "protos.InputFrameDecoded", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, Dx_, Dy_, BtnALevel_, BtnBLevel_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Dx = 0;
			this.Dy = 0;
			this.BtnALevel = 0;
			this.BtnBLevel = 0;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Dx = Dx_;
		this.Dy = Dy_;
		this.BtnALevel = BtnALevel_;
		this.BtnBLevel = BtnBLevel_;
	});
	InputFrameUpsync = $pkg.InputFrameUpsync = $newType(0, $kindStruct, "protos.InputFrameUpsync", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, InputFrameId_, Encoded_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.InputFrameId = 0;
			this.Encoded = new $Uint64(0, 0);
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.InputFrameId = InputFrameId_;
		this.Encoded = Encoded_;
	});
	InputFrameDownsync = $pkg.InputFrameDownsync = $newType(0, $kindStruct, "protos.InputFrameDownsync", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, InputFrameId_, InputList_, ConfirmedList_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.InputFrameId = 0;
			this.InputList = sliceType$5.nil;
			this.ConfirmedList = new $Uint64(0, 0);
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.InputFrameId = InputFrameId_;
		this.InputList = InputList_;
		this.ConfirmedList = ConfirmedList_;
	});
	HeartbeatUpsync = $pkg.HeartbeatUpsync = $newType(0, $kindStruct, "protos.HeartbeatUpsync", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, ClientTimestamp_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.ClientTimestamp = new $Int64(0, 0);
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.ClientTimestamp = ClientTimestamp_;
	});
	WsReq = $pkg.WsReq = $newType(0, $kindStruct, "protos.WsReq", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, MsgId_, PlayerId_, Act_, JoinIndex_, AckingFrameId_, AckingInputFrameId_, InputFrameUpsyncBatch_, Hb_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.MsgId = 0;
			this.PlayerId = 0;
			this.Act = 0;
			this.JoinIndex = 0;
			this.AckingFrameId = 0;
			this.AckingInputFrameId = 0;
			this.InputFrameUpsyncBatch = sliceType$6.nil;
			this.Hb = ptrType$4.nil;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.MsgId = MsgId_;
		this.PlayerId = PlayerId_;
		this.Act = Act_;
		this.JoinIndex = JoinIndex_;
		this.AckingFrameId = AckingFrameId_;
		this.AckingInputFrameId = AckingInputFrameId_;
		this.InputFrameUpsyncBatch = InputFrameUpsyncBatch_;
		this.Hb = Hb_;
	});
	WsResp = $pkg.WsResp = $newType(0, $kindStruct, "protos.WsResp", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, Ret_, EchoedMsgId_, Act_, Rdf_, InputFrameDownsyncBatch_, BciFrame_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Ret = 0;
			this.EchoedMsgId = 0;
			this.Act = 0;
			this.Rdf = ptrType$11.nil;
			this.InputFrameDownsyncBatch = sliceType$7.nil;
			this.BciFrame = ptrType$10.nil;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Ret = Ret_;
		this.EchoedMsgId = EchoedMsgId_;
		this.Act = Act_;
		this.Rdf = Rdf_;
		this.InputFrameDownsyncBatch = InputFrameDownsyncBatch_;
		this.BciFrame = BciFrame_;
	});
	InputsBufferSnapshot = $pkg.InputsBufferSnapshot = $newType(0, $kindStruct, "protos.InputsBufferSnapshot", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, RefRenderFrameId_, UnconfirmedMask_, ToSendInputFrameDownsyncs_, ShouldForceResync_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.RefRenderFrameId = 0;
			this.UnconfirmedMask = new $Uint64(0, 0);
			this.ToSendInputFrameDownsyncs = sliceType$7.nil;
			this.ShouldForceResync = false;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.RefRenderFrameId = RefRenderFrameId_;
		this.UnconfirmedMask = UnconfirmedMask_;
		this.ToSendInputFrameDownsyncs = ToSendInputFrameDownsyncs_;
		this.ShouldForceResync = ShouldForceResync_;
	});
	Barrier = $pkg.Barrier = $newType(0, $kindStruct, "protos.Barrier", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, Boundary_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Boundary = ptrType$12.nil;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Boundary = Boundary_;
	});
	MeleeBullet = $pkg.MeleeBullet = $newType(0, $kindStruct, "protos.MeleeBullet", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, BattleLocalId_, StartupFrames_, ActiveFrames_, RecoveryFrames_, RecoveryFramesOnBlock_, RecoveryFramesOnHit_, Moveforward_, HitboxOffset_, HitboxSize_, OriginatedRenderFrameId_, HitStunFrames_, BlockStunFrames_, Pushback_, ReleaseTriggerType_, Damage_, OffenderJoinIndex_, OffenderPlayerId_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.BattleLocalId = 0;
			this.StartupFrames = 0;
			this.ActiveFrames = 0;
			this.RecoveryFrames = 0;
			this.RecoveryFramesOnBlock = 0;
			this.RecoveryFramesOnHit = 0;
			this.Moveforward = ptrType$13.nil;
			this.HitboxOffset = 0;
			this.HitboxSize = ptrType$13.nil;
			this.OriginatedRenderFrameId = 0;
			this.HitStunFrames = 0;
			this.BlockStunFrames = 0;
			this.Pushback = 0;
			this.ReleaseTriggerType = 0;
			this.Damage = 0;
			this.OffenderJoinIndex = 0;
			this.OffenderPlayerId = 0;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.BattleLocalId = BattleLocalId_;
		this.StartupFrames = StartupFrames_;
		this.ActiveFrames = ActiveFrames_;
		this.RecoveryFrames = RecoveryFrames_;
		this.RecoveryFramesOnBlock = RecoveryFramesOnBlock_;
		this.RecoveryFramesOnHit = RecoveryFramesOnHit_;
		this.Moveforward = Moveforward_;
		this.HitboxOffset = HitboxOffset_;
		this.HitboxSize = HitboxSize_;
		this.OriginatedRenderFrameId = OriginatedRenderFrameId_;
		this.HitStunFrames = HitStunFrames_;
		this.BlockStunFrames = BlockStunFrames_;
		this.Pushback = Pushback_;
		this.ReleaseTriggerType = ReleaseTriggerType_;
		this.Damage = Damage_;
		this.OffenderJoinIndex = OffenderJoinIndex_;
		this.OffenderPlayerId = OffenderPlayerId_;
	});
	BattleColliderInfo = $pkg.BattleColliderInfo = $newType(0, $kindStruct, "protos.BattleColliderInfo", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, StageName_, StrToVec2DListMap_, StrToPolygon2DListMap_, StageDiscreteW_, StageDiscreteH_, StageTileW_, StageTileH_, IntervalToPing_, WillKickIfInactiveFor_, BoundRoomId_, BattleDurationFrames_, BattleDurationNanos_, ServerFps_, InputDelayFrames_, InputScaleFrames_, NstDelayFrames_, InputFrameUpsyncDelayTolerance_, MaxChasingRenderFramesPerUpdate_, PlayerBattleState_, RollbackEstimatedDtMillis_, RollbackEstimatedDtNanos_, WorldToVirtualGridRatio_, VirtualGridToWorldRatio_, SpAtkLookupFrames_, RenderCacheSize_, MeleeSkillConfig_, SnapIntoPlatformOverlap_, SnapIntoPlatformThreshold_, JumpingInitVelY_, GravityX_, GravityY_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.StageName = "";
			this.StrToVec2DListMap = false;
			this.StrToPolygon2DListMap = false;
			this.StageDiscreteW = 0;
			this.StageDiscreteH = 0;
			this.StageTileW = 0;
			this.StageTileH = 0;
			this.IntervalToPing = 0;
			this.WillKickIfInactiveFor = 0;
			this.BoundRoomId = 0;
			this.BattleDurationFrames = 0;
			this.BattleDurationNanos = new $Int64(0, 0);
			this.ServerFps = 0;
			this.InputDelayFrames = 0;
			this.InputScaleFrames = 0;
			this.NstDelayFrames = 0;
			this.InputFrameUpsyncDelayTolerance = 0;
			this.MaxChasingRenderFramesPerUpdate = 0;
			this.PlayerBattleState = 0;
			this.RollbackEstimatedDtMillis = 0;
			this.RollbackEstimatedDtNanos = new $Int64(0, 0);
			this.WorldToVirtualGridRatio = 0;
			this.VirtualGridToWorldRatio = 0;
			this.SpAtkLookupFrames = 0;
			this.RenderCacheSize = 0;
			this.MeleeSkillConfig = false;
			this.SnapIntoPlatformOverlap = 0;
			this.SnapIntoPlatformThreshold = 0;
			this.JumpingInitVelY = 0;
			this.GravityX = 0;
			this.GravityY = 0;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.StageName = StageName_;
		this.StrToVec2DListMap = StrToVec2DListMap_;
		this.StrToPolygon2DListMap = StrToPolygon2DListMap_;
		this.StageDiscreteW = StageDiscreteW_;
		this.StageDiscreteH = StageDiscreteH_;
		this.StageTileW = StageTileW_;
		this.StageTileH = StageTileH_;
		this.IntervalToPing = IntervalToPing_;
		this.WillKickIfInactiveFor = WillKickIfInactiveFor_;
		this.BoundRoomId = BoundRoomId_;
		this.BattleDurationFrames = BattleDurationFrames_;
		this.BattleDurationNanos = BattleDurationNanos_;
		this.ServerFps = ServerFps_;
		this.InputDelayFrames = InputDelayFrames_;
		this.InputScaleFrames = InputScaleFrames_;
		this.NstDelayFrames = NstDelayFrames_;
		this.InputFrameUpsyncDelayTolerance = InputFrameUpsyncDelayTolerance_;
		this.MaxChasingRenderFramesPerUpdate = MaxChasingRenderFramesPerUpdate_;
		this.PlayerBattleState = PlayerBattleState_;
		this.RollbackEstimatedDtMillis = RollbackEstimatedDtMillis_;
		this.RollbackEstimatedDtNanos = RollbackEstimatedDtNanos_;
		this.WorldToVirtualGridRatio = WorldToVirtualGridRatio_;
		this.VirtualGridToWorldRatio = VirtualGridToWorldRatio_;
		this.SpAtkLookupFrames = SpAtkLookupFrames_;
		this.RenderCacheSize = RenderCacheSize_;
		this.MeleeSkillConfig = MeleeSkillConfig_;
		this.SnapIntoPlatformOverlap = SnapIntoPlatformOverlap_;
		this.SnapIntoPlatformThreshold = SnapIntoPlatformThreshold_;
		this.JumpingInitVelY = JumpingInitVelY_;
		this.GravityX = GravityX_;
		this.GravityY = GravityY_;
	});
	RoomDownsyncFrame = $pkg.RoomDownsyncFrame = $newType(0, $kindStruct, "protos.RoomDownsyncFrame", true, "jsexport/protos", true, function(state_, sizeCache_, unknownFields_, Id_, PlayersArr_, CountdownNanos_, MeleeBullets_, BackendUnconfirmedMask_, ShouldForceResync_, Players_) {
		this.$val = this;
		if (arguments.length === 0) {
			this.state = new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil);
			this.sizeCache = 0;
			this.unknownFields = sliceType.nil;
			this.Id = 0;
			this.PlayersArr = sliceType$8.nil;
			this.CountdownNanos = new $Int64(0, 0);
			this.MeleeBullets = sliceType$9.nil;
			this.BackendUnconfirmedMask = new $Uint64(0, 0);
			this.ShouldForceResync = false;
			this.Players = false;
			return;
		}
		this.state = state_;
		this.sizeCache = sizeCache_;
		this.unknownFields = unknownFields_;
		this.Id = Id_;
		this.PlayersArr = PlayersArr_;
		this.CountdownNanos = CountdownNanos_;
		this.MeleeBullets = MeleeBullets_;
		this.BackendUnconfirmedMask = BackendUnconfirmedMask_;
		this.ShouldForceResync = ShouldForceResync_;
		this.Players = Players_;
	});
	x = $newType(0, $kindStruct, "protos.x", true, "jsexport/protos", false, function() {
		this.$val = this;
		if (arguments.length === 0) {
			return;
		}
	});
	sliceType = $sliceType($Uint8);
	sliceType$1 = $sliceType($packages["google.golang.org/protobuf/internal/impl"].MessageInfo);
	sliceType$2 = $sliceType($emptyInterface);
	ptrType = $ptrType(PlayerDownsync);
	ptrType$1 = $ptrType(InputFrameDecoded);
	ptrType$2 = $ptrType(InputFrameUpsync);
	ptrType$3 = $ptrType(InputFrameDownsync);
	ptrType$4 = $ptrType(HeartbeatUpsync);
	ptrType$5 = $ptrType(WsReq);
	ptrType$6 = $ptrType(WsResp);
	ptrType$7 = $ptrType(InputsBufferSnapshot);
	ptrType$8 = $ptrType(Barrier);
	ptrType$9 = $ptrType(MeleeBullet);
	ptrType$10 = $ptrType(BattleColliderInfo);
	ptrType$11 = $ptrType(RoomDownsyncFrame);
	ptrType$12 = $ptrType(sharedprotos.Polygon2D);
	ptrType$13 = $ptrType(sharedprotos.Vec2D);
	ptrType$14 = $ptrType(sharedprotos.Vec2DList);
	ptrType$15 = $ptrType(sharedprotos.Polygon2DList);
	sliceType$3 = $sliceType($Int32);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	arrayType$1 = $arrayType(sync.Mutex, 0);
	ptrType$16 = $ptrType($packages["google.golang.org/protobuf/internal/impl"].MessageInfo);
	sliceType$4 = $sliceType($Int);
	sliceType$5 = $sliceType($Uint64);
	sliceType$6 = $sliceType(ptrType$2);
	sliceType$7 = $sliceType(ptrType$3);
	sliceType$8 = $sliceType(ptrType);
	sliceType$9 = $sliceType(ptrType$9);
	ptrType$17 = $ptrType($Int32);
	ptrType$18 = $ptrType(sliceType);
	sliceType$10 = $sliceType($packages["google.golang.org/protobuf/internal/impl"].EnumInfo);
	sliceType$11 = $sliceType($packages["google.golang.org/protobuf/internal/impl"].ExtensionInfo);
	mapType = $mapType($String, ptrType$14);
	mapType$1 = $mapType($String, ptrType$15);
	mapType$2 = $mapType($Int32, ptrType$9);
	mapType$3 = $mapType($Int32, ptrType);
	PlayerDownsync.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		PlayerDownsync.copy(x, new PlayerDownsync.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, false, 0, 0, 0, 0, 0, 0, false, "", "", ""));
		if (false) {
			mi = (0 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 0]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	PlayerDownsync.prototype.Reset = function() { return this.$val.Reset(); };
	PlayerDownsync.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: PlayerDownsync.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	PlayerDownsync.prototype.String = function() { return this.$val.String(); };
	PlayerDownsync.ptr.prototype.ProtoMessage = function() {
	};
	PlayerDownsync.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	PlayerDownsync.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (0 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 0]);
		if (false && !(x === ptrType.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: PlayerDownsync.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	PlayerDownsync.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	PlayerDownsync.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([0])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: PlayerDownsync.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	PlayerDownsync.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	PlayerDownsync.ptr.prototype.GetId = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Id;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetId = function() { return this.$val.GetId(); };
	PlayerDownsync.ptr.prototype.GetVirtualGridX = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.VirtualGridX;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetVirtualGridX = function() { return this.$val.GetVirtualGridX(); };
	PlayerDownsync.ptr.prototype.GetVirtualGridY = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.VirtualGridY;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetVirtualGridY = function() { return this.$val.GetVirtualGridY(); };
	PlayerDownsync.ptr.prototype.GetDirX = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.DirX;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetDirX = function() { return this.$val.GetDirX(); };
	PlayerDownsync.ptr.prototype.GetDirY = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.DirY;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetDirY = function() { return this.$val.GetDirY(); };
	PlayerDownsync.ptr.prototype.GetVelX = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.VelX;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetVelX = function() { return this.$val.GetVelX(); };
	PlayerDownsync.ptr.prototype.GetVelY = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.VelY;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetVelY = function() { return this.$val.GetVelY(); };
	PlayerDownsync.ptr.prototype.GetSpeed = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Speed;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetSpeed = function() { return this.$val.GetSpeed(); };
	PlayerDownsync.ptr.prototype.GetBattleState = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.BattleState;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetBattleState = function() { return this.$val.GetBattleState(); };
	PlayerDownsync.ptr.prototype.GetJoinIndex = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.JoinIndex;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetJoinIndex = function() { return this.$val.GetJoinIndex(); };
	PlayerDownsync.ptr.prototype.GetColliderRadius = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.ColliderRadius;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetColliderRadius = function() { return this.$val.GetColliderRadius(); };
	PlayerDownsync.ptr.prototype.GetRemoved = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Removed;
		}
		return false;
	};
	PlayerDownsync.prototype.GetRemoved = function() { return this.$val.GetRemoved(); };
	PlayerDownsync.ptr.prototype.GetScore = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Score;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetScore = function() { return this.$val.GetScore(); };
	PlayerDownsync.ptr.prototype.GetLastMoveGmtMillis = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.LastMoveGmtMillis;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetLastMoveGmtMillis = function() { return this.$val.GetLastMoveGmtMillis(); };
	PlayerDownsync.ptr.prototype.GetFramesToRecover = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.FramesToRecover;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetFramesToRecover = function() { return this.$val.GetFramesToRecover(); };
	PlayerDownsync.ptr.prototype.GetHp = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Hp;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetHp = function() { return this.$val.GetHp(); };
	PlayerDownsync.ptr.prototype.GetMaxHp = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.MaxHp;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetMaxHp = function() { return this.$val.GetMaxHp(); };
	PlayerDownsync.ptr.prototype.GetCharacterState = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.CharacterState;
		}
		return 0;
	};
	PlayerDownsync.prototype.GetCharacterState = function() { return this.$val.GetCharacterState(); };
	PlayerDownsync.ptr.prototype.GetInAir = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.InAir;
		}
		return false;
	};
	PlayerDownsync.prototype.GetInAir = function() { return this.$val.GetInAir(); };
	PlayerDownsync.ptr.prototype.GetName = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Name;
		}
		return "";
	};
	PlayerDownsync.prototype.GetName = function() { return this.$val.GetName(); };
	PlayerDownsync.ptr.prototype.GetDisplayName = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.DisplayName;
		}
		return "";
	};
	PlayerDownsync.prototype.GetDisplayName = function() { return this.$val.GetDisplayName(); };
	PlayerDownsync.ptr.prototype.GetAvatar = function() {
		var x;
		x = this;
		if (!(x === ptrType.nil)) {
			return x.Avatar;
		}
		return "";
	};
	PlayerDownsync.prototype.GetAvatar = function() { return this.$val.GetAvatar(); };
	InputFrameDecoded.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		InputFrameDecoded.copy(x, new InputFrameDecoded.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, 0, 0, 0));
		if (false) {
			mi = (1 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 1]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	InputFrameDecoded.prototype.Reset = function() { return this.$val.Reset(); };
	InputFrameDecoded.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameDecoded.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	InputFrameDecoded.prototype.String = function() { return this.$val.String(); };
	InputFrameDecoded.ptr.prototype.ProtoMessage = function() {
	};
	InputFrameDecoded.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	InputFrameDecoded.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (1 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 1]);
		if (false && !(x === ptrType$1.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameDecoded.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	InputFrameDecoded.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	InputFrameDecoded.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([1])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameDecoded.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	InputFrameDecoded.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	InputFrameDecoded.ptr.prototype.GetDx = function() {
		var x;
		x = this;
		if (!(x === ptrType$1.nil)) {
			return x.Dx;
		}
		return 0;
	};
	InputFrameDecoded.prototype.GetDx = function() { return this.$val.GetDx(); };
	InputFrameDecoded.ptr.prototype.GetDy = function() {
		var x;
		x = this;
		if (!(x === ptrType$1.nil)) {
			return x.Dy;
		}
		return 0;
	};
	InputFrameDecoded.prototype.GetDy = function() { return this.$val.GetDy(); };
	InputFrameDecoded.ptr.prototype.GetBtnALevel = function() {
		var x;
		x = this;
		if (!(x === ptrType$1.nil)) {
			return x.BtnALevel;
		}
		return 0;
	};
	InputFrameDecoded.prototype.GetBtnALevel = function() { return this.$val.GetBtnALevel(); };
	InputFrameDecoded.ptr.prototype.GetBtnBLevel = function() {
		var x;
		x = this;
		if (!(x === ptrType$1.nil)) {
			return x.BtnBLevel;
		}
		return 0;
	};
	InputFrameDecoded.prototype.GetBtnBLevel = function() { return this.$val.GetBtnBLevel(); };
	InputFrameUpsync.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		InputFrameUpsync.copy(x, new InputFrameUpsync.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, new $Uint64(0, 0)));
		if (false) {
			mi = (2 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 2]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	InputFrameUpsync.prototype.Reset = function() { return this.$val.Reset(); };
	InputFrameUpsync.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameUpsync.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	InputFrameUpsync.prototype.String = function() { return this.$val.String(); };
	InputFrameUpsync.ptr.prototype.ProtoMessage = function() {
	};
	InputFrameUpsync.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	InputFrameUpsync.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (2 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 2]);
		if (false && !(x === ptrType$2.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameUpsync.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	InputFrameUpsync.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	InputFrameUpsync.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([2])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameUpsync.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	InputFrameUpsync.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	InputFrameUpsync.ptr.prototype.GetInputFrameId = function() {
		var x;
		x = this;
		if (!(x === ptrType$2.nil)) {
			return x.InputFrameId;
		}
		return 0;
	};
	InputFrameUpsync.prototype.GetInputFrameId = function() { return this.$val.GetInputFrameId(); };
	InputFrameUpsync.ptr.prototype.GetEncoded = function() {
		var x;
		x = this;
		if (!(x === ptrType$2.nil)) {
			return x.Encoded;
		}
		return new $Uint64(0, 0);
	};
	InputFrameUpsync.prototype.GetEncoded = function() { return this.$val.GetEncoded(); };
	InputFrameDownsync.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		InputFrameDownsync.copy(x, new InputFrameDownsync.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, sliceType$5.nil, new $Uint64(0, 0)));
		if (false) {
			mi = (3 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 3]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	InputFrameDownsync.prototype.Reset = function() { return this.$val.Reset(); };
	InputFrameDownsync.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameDownsync.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	InputFrameDownsync.prototype.String = function() { return this.$val.String(); };
	InputFrameDownsync.ptr.prototype.ProtoMessage = function() {
	};
	InputFrameDownsync.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	InputFrameDownsync.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (3 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 3]);
		if (false && !(x === ptrType$3.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameDownsync.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	InputFrameDownsync.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	InputFrameDownsync.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([3])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputFrameDownsync.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	InputFrameDownsync.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	InputFrameDownsync.ptr.prototype.GetInputFrameId = function() {
		var x;
		x = this;
		if (!(x === ptrType$3.nil)) {
			return x.InputFrameId;
		}
		return 0;
	};
	InputFrameDownsync.prototype.GetInputFrameId = function() { return this.$val.GetInputFrameId(); };
	InputFrameDownsync.ptr.prototype.GetInputList = function() {
		var x;
		x = this;
		if (!(x === ptrType$3.nil)) {
			return x.InputList;
		}
		return sliceType$5.nil;
	};
	InputFrameDownsync.prototype.GetInputList = function() { return this.$val.GetInputList(); };
	InputFrameDownsync.ptr.prototype.GetConfirmedList = function() {
		var x;
		x = this;
		if (!(x === ptrType$3.nil)) {
			return x.ConfirmedList;
		}
		return new $Uint64(0, 0);
	};
	InputFrameDownsync.prototype.GetConfirmedList = function() { return this.$val.GetConfirmedList(); };
	HeartbeatUpsync.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		HeartbeatUpsync.copy(x, new HeartbeatUpsync.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, new $Int64(0, 0)));
		if (false) {
			mi = (4 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 4]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	HeartbeatUpsync.prototype.Reset = function() { return this.$val.Reset(); };
	HeartbeatUpsync.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: HeartbeatUpsync.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	HeartbeatUpsync.prototype.String = function() { return this.$val.String(); };
	HeartbeatUpsync.ptr.prototype.ProtoMessage = function() {
	};
	HeartbeatUpsync.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	HeartbeatUpsync.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (4 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 4]);
		if (false && !(x === ptrType$4.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: HeartbeatUpsync.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	HeartbeatUpsync.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	HeartbeatUpsync.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([4])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: HeartbeatUpsync.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	HeartbeatUpsync.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	HeartbeatUpsync.ptr.prototype.GetClientTimestamp = function() {
		var x;
		x = this;
		if (!(x === ptrType$4.nil)) {
			return x.ClientTimestamp;
		}
		return new $Int64(0, 0);
	};
	HeartbeatUpsync.prototype.GetClientTimestamp = function() { return this.$val.GetClientTimestamp(); };
	WsReq.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		WsReq.copy(x, new WsReq.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, 0, 0, 0, 0, 0, sliceType$6.nil, ptrType$4.nil));
		if (false) {
			mi = (5 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 5]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	WsReq.prototype.Reset = function() { return this.$val.Reset(); };
	WsReq.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: WsReq.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	WsReq.prototype.String = function() { return this.$val.String(); };
	WsReq.ptr.prototype.ProtoMessage = function() {
	};
	WsReq.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	WsReq.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (5 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 5]);
		if (false && !(x === ptrType$5.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: WsReq.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	WsReq.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	WsReq.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([5])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: WsReq.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	WsReq.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	WsReq.ptr.prototype.GetMsgId = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.MsgId;
		}
		return 0;
	};
	WsReq.prototype.GetMsgId = function() { return this.$val.GetMsgId(); };
	WsReq.ptr.prototype.GetPlayerId = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.PlayerId;
		}
		return 0;
	};
	WsReq.prototype.GetPlayerId = function() { return this.$val.GetPlayerId(); };
	WsReq.ptr.prototype.GetAct = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.Act;
		}
		return 0;
	};
	WsReq.prototype.GetAct = function() { return this.$val.GetAct(); };
	WsReq.ptr.prototype.GetJoinIndex = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.JoinIndex;
		}
		return 0;
	};
	WsReq.prototype.GetJoinIndex = function() { return this.$val.GetJoinIndex(); };
	WsReq.ptr.prototype.GetAckingFrameId = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.AckingFrameId;
		}
		return 0;
	};
	WsReq.prototype.GetAckingFrameId = function() { return this.$val.GetAckingFrameId(); };
	WsReq.ptr.prototype.GetAckingInputFrameId = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.AckingInputFrameId;
		}
		return 0;
	};
	WsReq.prototype.GetAckingInputFrameId = function() { return this.$val.GetAckingInputFrameId(); };
	WsReq.ptr.prototype.GetInputFrameUpsyncBatch = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.InputFrameUpsyncBatch;
		}
		return sliceType$6.nil;
	};
	WsReq.prototype.GetInputFrameUpsyncBatch = function() { return this.$val.GetInputFrameUpsyncBatch(); };
	WsReq.ptr.prototype.GetHb = function() {
		var x;
		x = this;
		if (!(x === ptrType$5.nil)) {
			return x.Hb;
		}
		return ptrType$4.nil;
	};
	WsReq.prototype.GetHb = function() { return this.$val.GetHb(); };
	WsResp.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		WsResp.copy(x, new WsResp.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, 0, 0, ptrType$11.nil, sliceType$7.nil, ptrType$10.nil));
		if (false) {
			mi = (6 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 6]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	WsResp.prototype.Reset = function() { return this.$val.Reset(); };
	WsResp.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: WsResp.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	WsResp.prototype.String = function() { return this.$val.String(); };
	WsResp.ptr.prototype.ProtoMessage = function() {
	};
	WsResp.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	WsResp.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (6 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 6]);
		if (false && !(x === ptrType$6.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: WsResp.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	WsResp.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	WsResp.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([6])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: WsResp.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	WsResp.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	WsResp.ptr.prototype.GetRet = function() {
		var x;
		x = this;
		if (!(x === ptrType$6.nil)) {
			return x.Ret;
		}
		return 0;
	};
	WsResp.prototype.GetRet = function() { return this.$val.GetRet(); };
	WsResp.ptr.prototype.GetEchoedMsgId = function() {
		var x;
		x = this;
		if (!(x === ptrType$6.nil)) {
			return x.EchoedMsgId;
		}
		return 0;
	};
	WsResp.prototype.GetEchoedMsgId = function() { return this.$val.GetEchoedMsgId(); };
	WsResp.ptr.prototype.GetAct = function() {
		var x;
		x = this;
		if (!(x === ptrType$6.nil)) {
			return x.Act;
		}
		return 0;
	};
	WsResp.prototype.GetAct = function() { return this.$val.GetAct(); };
	WsResp.ptr.prototype.GetRdf = function() {
		var x;
		x = this;
		if (!(x === ptrType$6.nil)) {
			return x.Rdf;
		}
		return ptrType$11.nil;
	};
	WsResp.prototype.GetRdf = function() { return this.$val.GetRdf(); };
	WsResp.ptr.prototype.GetInputFrameDownsyncBatch = function() {
		var x;
		x = this;
		if (!(x === ptrType$6.nil)) {
			return x.InputFrameDownsyncBatch;
		}
		return sliceType$7.nil;
	};
	WsResp.prototype.GetInputFrameDownsyncBatch = function() { return this.$val.GetInputFrameDownsyncBatch(); };
	WsResp.ptr.prototype.GetBciFrame = function() {
		var x;
		x = this;
		if (!(x === ptrType$6.nil)) {
			return x.BciFrame;
		}
		return ptrType$10.nil;
	};
	WsResp.prototype.GetBciFrame = function() { return this.$val.GetBciFrame(); };
	InputsBufferSnapshot.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		InputsBufferSnapshot.copy(x, new InputsBufferSnapshot.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, new $Uint64(0, 0), sliceType$7.nil, false));
		if (false) {
			mi = (7 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 7]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	InputsBufferSnapshot.prototype.Reset = function() { return this.$val.Reset(); };
	InputsBufferSnapshot.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputsBufferSnapshot.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	InputsBufferSnapshot.prototype.String = function() { return this.$val.String(); };
	InputsBufferSnapshot.ptr.prototype.ProtoMessage = function() {
	};
	InputsBufferSnapshot.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	InputsBufferSnapshot.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (7 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 7]);
		if (false && !(x === ptrType$7.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputsBufferSnapshot.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	InputsBufferSnapshot.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	InputsBufferSnapshot.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([7])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: InputsBufferSnapshot.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	InputsBufferSnapshot.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	InputsBufferSnapshot.ptr.prototype.GetRefRenderFrameId = function() {
		var x;
		x = this;
		if (!(x === ptrType$7.nil)) {
			return x.RefRenderFrameId;
		}
		return 0;
	};
	InputsBufferSnapshot.prototype.GetRefRenderFrameId = function() { return this.$val.GetRefRenderFrameId(); };
	InputsBufferSnapshot.ptr.prototype.GetUnconfirmedMask = function() {
		var x;
		x = this;
		if (!(x === ptrType$7.nil)) {
			return x.UnconfirmedMask;
		}
		return new $Uint64(0, 0);
	};
	InputsBufferSnapshot.prototype.GetUnconfirmedMask = function() { return this.$val.GetUnconfirmedMask(); };
	InputsBufferSnapshot.ptr.prototype.GetToSendInputFrameDownsyncs = function() {
		var x;
		x = this;
		if (!(x === ptrType$7.nil)) {
			return x.ToSendInputFrameDownsyncs;
		}
		return sliceType$7.nil;
	};
	InputsBufferSnapshot.prototype.GetToSendInputFrameDownsyncs = function() { return this.$val.GetToSendInputFrameDownsyncs(); };
	InputsBufferSnapshot.ptr.prototype.GetShouldForceResync = function() {
		var x;
		x = this;
		if (!(x === ptrType$7.nil)) {
			return x.ShouldForceResync;
		}
		return false;
	};
	InputsBufferSnapshot.prototype.GetShouldForceResync = function() { return this.$val.GetShouldForceResync(); };
	Barrier.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		Barrier.copy(x, new Barrier.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, ptrType$12.nil));
		if (false) {
			mi = (8 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 8]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	Barrier.prototype.Reset = function() { return this.$val.Reset(); };
	Barrier.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Barrier.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	Barrier.prototype.String = function() { return this.$val.String(); };
	Barrier.ptr.prototype.ProtoMessage = function() {
	};
	Barrier.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	Barrier.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (8 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 8]);
		if (false && !(x === ptrType$8.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Barrier.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	Barrier.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	Barrier.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([8])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: Barrier.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	Barrier.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	Barrier.ptr.prototype.GetBoundary = function() {
		var x;
		x = this;
		if (!(x === ptrType$8.nil)) {
			return x.Boundary;
		}
		return ptrType$12.nil;
	};
	Barrier.prototype.GetBoundary = function() { return this.$val.GetBoundary(); };
	MeleeBullet.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		MeleeBullet.copy(x, new MeleeBullet.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, 0, 0, 0, 0, 0, ptrType$13.nil, 0, ptrType$13.nil, 0, 0, 0, 0, 0, 0, 0, 0));
		if (false) {
			mi = (9 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 9]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	MeleeBullet.prototype.Reset = function() { return this.$val.Reset(); };
	MeleeBullet.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MeleeBullet.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	MeleeBullet.prototype.String = function() { return this.$val.String(); };
	MeleeBullet.ptr.prototype.ProtoMessage = function() {
	};
	MeleeBullet.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	MeleeBullet.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (9 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 9]);
		if (false && !(x === ptrType$9.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MeleeBullet.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	MeleeBullet.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	MeleeBullet.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([9])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: MeleeBullet.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	MeleeBullet.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	MeleeBullet.ptr.prototype.GetBattleLocalId = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.BattleLocalId;
		}
		return 0;
	};
	MeleeBullet.prototype.GetBattleLocalId = function() { return this.$val.GetBattleLocalId(); };
	MeleeBullet.ptr.prototype.GetStartupFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.StartupFrames;
		}
		return 0;
	};
	MeleeBullet.prototype.GetStartupFrames = function() { return this.$val.GetStartupFrames(); };
	MeleeBullet.ptr.prototype.GetActiveFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.ActiveFrames;
		}
		return 0;
	};
	MeleeBullet.prototype.GetActiveFrames = function() { return this.$val.GetActiveFrames(); };
	MeleeBullet.ptr.prototype.GetRecoveryFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.RecoveryFrames;
		}
		return 0;
	};
	MeleeBullet.prototype.GetRecoveryFrames = function() { return this.$val.GetRecoveryFrames(); };
	MeleeBullet.ptr.prototype.GetRecoveryFramesOnBlock = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.RecoveryFramesOnBlock;
		}
		return 0;
	};
	MeleeBullet.prototype.GetRecoveryFramesOnBlock = function() { return this.$val.GetRecoveryFramesOnBlock(); };
	MeleeBullet.ptr.prototype.GetRecoveryFramesOnHit = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.RecoveryFramesOnHit;
		}
		return 0;
	};
	MeleeBullet.prototype.GetRecoveryFramesOnHit = function() { return this.$val.GetRecoveryFramesOnHit(); };
	MeleeBullet.ptr.prototype.GetMoveforward = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.Moveforward;
		}
		return ptrType$13.nil;
	};
	MeleeBullet.prototype.GetMoveforward = function() { return this.$val.GetMoveforward(); };
	MeleeBullet.ptr.prototype.GetHitboxOffset = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.HitboxOffset;
		}
		return 0;
	};
	MeleeBullet.prototype.GetHitboxOffset = function() { return this.$val.GetHitboxOffset(); };
	MeleeBullet.ptr.prototype.GetHitboxSize = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.HitboxSize;
		}
		return ptrType$13.nil;
	};
	MeleeBullet.prototype.GetHitboxSize = function() { return this.$val.GetHitboxSize(); };
	MeleeBullet.ptr.prototype.GetOriginatedRenderFrameId = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.OriginatedRenderFrameId;
		}
		return 0;
	};
	MeleeBullet.prototype.GetOriginatedRenderFrameId = function() { return this.$val.GetOriginatedRenderFrameId(); };
	MeleeBullet.ptr.prototype.GetHitStunFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.HitStunFrames;
		}
		return 0;
	};
	MeleeBullet.prototype.GetHitStunFrames = function() { return this.$val.GetHitStunFrames(); };
	MeleeBullet.ptr.prototype.GetBlockStunFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.BlockStunFrames;
		}
		return 0;
	};
	MeleeBullet.prototype.GetBlockStunFrames = function() { return this.$val.GetBlockStunFrames(); };
	MeleeBullet.ptr.prototype.GetPushback = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.Pushback;
		}
		return 0;
	};
	MeleeBullet.prototype.GetPushback = function() { return this.$val.GetPushback(); };
	MeleeBullet.ptr.prototype.GetReleaseTriggerType = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.ReleaseTriggerType;
		}
		return 0;
	};
	MeleeBullet.prototype.GetReleaseTriggerType = function() { return this.$val.GetReleaseTriggerType(); };
	MeleeBullet.ptr.prototype.GetDamage = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.Damage;
		}
		return 0;
	};
	MeleeBullet.prototype.GetDamage = function() { return this.$val.GetDamage(); };
	MeleeBullet.ptr.prototype.GetOffenderJoinIndex = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.OffenderJoinIndex;
		}
		return 0;
	};
	MeleeBullet.prototype.GetOffenderJoinIndex = function() { return this.$val.GetOffenderJoinIndex(); };
	MeleeBullet.ptr.prototype.GetOffenderPlayerId = function() {
		var x;
		x = this;
		if (!(x === ptrType$9.nil)) {
			return x.OffenderPlayerId;
		}
		return 0;
	};
	MeleeBullet.prototype.GetOffenderPlayerId = function() { return this.$val.GetOffenderPlayerId(); };
	BattleColliderInfo.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		BattleColliderInfo.copy(x, new BattleColliderInfo.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, "", false, false, 0, 0, 0, 0, 0, 0, 0, 0, new $Int64(0, 0), 0, 0, 0, 0, 0, 0, 0, 0, new $Int64(0, 0), 0, 0, 0, 0, false, 0, 0, 0, 0, 0));
		if (false) {
			mi = (10 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 10]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	BattleColliderInfo.prototype.Reset = function() { return this.$val.Reset(); };
	BattleColliderInfo.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: BattleColliderInfo.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	BattleColliderInfo.prototype.String = function() { return this.$val.String(); };
	BattleColliderInfo.ptr.prototype.ProtoMessage = function() {
	};
	BattleColliderInfo.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	BattleColliderInfo.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (10 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 10]);
		if (false && !(x === ptrType$10.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: BattleColliderInfo.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	BattleColliderInfo.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	BattleColliderInfo.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([10])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: BattleColliderInfo.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	BattleColliderInfo.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	BattleColliderInfo.ptr.prototype.GetStageName = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.StageName;
		}
		return "";
	};
	BattleColliderInfo.prototype.GetStageName = function() { return this.$val.GetStageName(); };
	BattleColliderInfo.ptr.prototype.GetStrToVec2DListMap = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.StrToVec2DListMap;
		}
		return false;
	};
	BattleColliderInfo.prototype.GetStrToVec2DListMap = function() { return this.$val.GetStrToVec2DListMap(); };
	BattleColliderInfo.ptr.prototype.GetStrToPolygon2DListMap = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.StrToPolygon2DListMap;
		}
		return false;
	};
	BattleColliderInfo.prototype.GetStrToPolygon2DListMap = function() { return this.$val.GetStrToPolygon2DListMap(); };
	BattleColliderInfo.ptr.prototype.GetStageDiscreteW = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.StageDiscreteW;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetStageDiscreteW = function() { return this.$val.GetStageDiscreteW(); };
	BattleColliderInfo.ptr.prototype.GetStageDiscreteH = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.StageDiscreteH;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetStageDiscreteH = function() { return this.$val.GetStageDiscreteH(); };
	BattleColliderInfo.ptr.prototype.GetStageTileW = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.StageTileW;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetStageTileW = function() { return this.$val.GetStageTileW(); };
	BattleColliderInfo.ptr.prototype.GetStageTileH = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.StageTileH;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetStageTileH = function() { return this.$val.GetStageTileH(); };
	BattleColliderInfo.ptr.prototype.GetIntervalToPing = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.IntervalToPing;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetIntervalToPing = function() { return this.$val.GetIntervalToPing(); };
	BattleColliderInfo.ptr.prototype.GetWillKickIfInactiveFor = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.WillKickIfInactiveFor;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetWillKickIfInactiveFor = function() { return this.$val.GetWillKickIfInactiveFor(); };
	BattleColliderInfo.ptr.prototype.GetBoundRoomId = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.BoundRoomId;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetBoundRoomId = function() { return this.$val.GetBoundRoomId(); };
	BattleColliderInfo.ptr.prototype.GetBattleDurationFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.BattleDurationFrames;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetBattleDurationFrames = function() { return this.$val.GetBattleDurationFrames(); };
	BattleColliderInfo.ptr.prototype.GetBattleDurationNanos = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.BattleDurationNanos;
		}
		return new $Int64(0, 0);
	};
	BattleColliderInfo.prototype.GetBattleDurationNanos = function() { return this.$val.GetBattleDurationNanos(); };
	BattleColliderInfo.ptr.prototype.GetServerFps = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.ServerFps;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetServerFps = function() { return this.$val.GetServerFps(); };
	BattleColliderInfo.ptr.prototype.GetInputDelayFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.InputDelayFrames;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetInputDelayFrames = function() { return this.$val.GetInputDelayFrames(); };
	BattleColliderInfo.ptr.prototype.GetInputScaleFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.InputScaleFrames;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetInputScaleFrames = function() { return this.$val.GetInputScaleFrames(); };
	BattleColliderInfo.ptr.prototype.GetNstDelayFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.NstDelayFrames;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetNstDelayFrames = function() { return this.$val.GetNstDelayFrames(); };
	BattleColliderInfo.ptr.prototype.GetInputFrameUpsyncDelayTolerance = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.InputFrameUpsyncDelayTolerance;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetInputFrameUpsyncDelayTolerance = function() { return this.$val.GetInputFrameUpsyncDelayTolerance(); };
	BattleColliderInfo.ptr.prototype.GetMaxChasingRenderFramesPerUpdate = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.MaxChasingRenderFramesPerUpdate;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetMaxChasingRenderFramesPerUpdate = function() { return this.$val.GetMaxChasingRenderFramesPerUpdate(); };
	BattleColliderInfo.ptr.prototype.GetPlayerBattleState = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.PlayerBattleState;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetPlayerBattleState = function() { return this.$val.GetPlayerBattleState(); };
	BattleColliderInfo.ptr.prototype.GetRollbackEstimatedDtMillis = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.RollbackEstimatedDtMillis;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetRollbackEstimatedDtMillis = function() { return this.$val.GetRollbackEstimatedDtMillis(); };
	BattleColliderInfo.ptr.prototype.GetRollbackEstimatedDtNanos = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.RollbackEstimatedDtNanos;
		}
		return new $Int64(0, 0);
	};
	BattleColliderInfo.prototype.GetRollbackEstimatedDtNanos = function() { return this.$val.GetRollbackEstimatedDtNanos(); };
	BattleColliderInfo.ptr.prototype.GetWorldToVirtualGridRatio = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.WorldToVirtualGridRatio;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetWorldToVirtualGridRatio = function() { return this.$val.GetWorldToVirtualGridRatio(); };
	BattleColliderInfo.ptr.prototype.GetVirtualGridToWorldRatio = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.VirtualGridToWorldRatio;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetVirtualGridToWorldRatio = function() { return this.$val.GetVirtualGridToWorldRatio(); };
	BattleColliderInfo.ptr.prototype.GetSpAtkLookupFrames = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.SpAtkLookupFrames;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetSpAtkLookupFrames = function() { return this.$val.GetSpAtkLookupFrames(); };
	BattleColliderInfo.ptr.prototype.GetRenderCacheSize = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.RenderCacheSize;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetRenderCacheSize = function() { return this.$val.GetRenderCacheSize(); };
	BattleColliderInfo.ptr.prototype.GetMeleeSkillConfig = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.MeleeSkillConfig;
		}
		return false;
	};
	BattleColliderInfo.prototype.GetMeleeSkillConfig = function() { return this.$val.GetMeleeSkillConfig(); };
	BattleColliderInfo.ptr.prototype.GetSnapIntoPlatformOverlap = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.SnapIntoPlatformOverlap;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetSnapIntoPlatformOverlap = function() { return this.$val.GetSnapIntoPlatformOverlap(); };
	BattleColliderInfo.ptr.prototype.GetSnapIntoPlatformThreshold = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.SnapIntoPlatformThreshold;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetSnapIntoPlatformThreshold = function() { return this.$val.GetSnapIntoPlatformThreshold(); };
	BattleColliderInfo.ptr.prototype.GetJumpingInitVelY = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.JumpingInitVelY;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetJumpingInitVelY = function() { return this.$val.GetJumpingInitVelY(); };
	BattleColliderInfo.ptr.prototype.GetGravityX = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.GravityX;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetGravityX = function() { return this.$val.GetGravityX(); };
	BattleColliderInfo.ptr.prototype.GetGravityY = function() {
		var x;
		x = this;
		if (!(x === ptrType$10.nil)) {
			return x.GravityY;
		}
		return 0;
	};
	BattleColliderInfo.prototype.GetGravityY = function() { return this.$val.GetGravityY(); };
	RoomDownsyncFrame.ptr.prototype.Reset = function() {
		var mi, ms, x;
		x = this;
		RoomDownsyncFrame.copy(x, new RoomDownsyncFrame.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType$16.nil), 0, sliceType.nil, 0, sliceType$8.nil, new $Int64(0, 0), sliceType$9.nil, new $Uint64(0, 0), false, false));
		if (false) {
			mi = (11 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 11]);
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			ms.StoreMessageInfo(mi);
		}
	};
	RoomDownsyncFrame.prototype.Reset = function() { return this.$val.Reset(); };
	RoomDownsyncFrame.ptr.prototype.String = function() {
		var {$24r, _r, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStringOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: RoomDownsyncFrame.ptr.prototype.String, $c: true, $r, $24r, _r, x, $s};return $f;
	};
	RoomDownsyncFrame.prototype.String = function() { return this.$val.String(); };
	RoomDownsyncFrame.ptr.prototype.ProtoMessage = function() {
	};
	RoomDownsyncFrame.prototype.ProtoMessage = function() { return this.$val.ProtoMessage(); };
	RoomDownsyncFrame.ptr.prototype.ProtoReflect = function() {
		var {$24r, _r, mi, ms, x, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		x = this;
		mi = (11 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 11]);
		if (false && !(x === ptrType$11.nil)) {
			ms = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).MessageStateOf((x));
			if (ms.LoadMessageInfo() === ptrType$16.nil) {
				ms.StoreMessageInfo(mi);
			}
			$s = -1; return ms;
		}
		_r = mi.MessageOf(x); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: RoomDownsyncFrame.ptr.prototype.ProtoReflect, $c: true, $r, $24r, _r, mi, ms, x, $s};return $f;
	};
	RoomDownsyncFrame.prototype.ProtoReflect = function() { return this.$val.ProtoReflect(); };
	RoomDownsyncFrame.ptr.prototype.Descriptor = function() {
		var {$24r, _r, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = file_room_downsync_frame_proto_rawDescGZIP(); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = [_r, new sliceType$4([11])];
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: RoomDownsyncFrame.ptr.prototype.Descriptor, $c: true, $r, $24r, _r, $s};return $f;
	};
	RoomDownsyncFrame.prototype.Descriptor = function() { return this.$val.Descriptor(); };
	RoomDownsyncFrame.ptr.prototype.GetId = function() {
		var x;
		x = this;
		if (!(x === ptrType$11.nil)) {
			return x.Id;
		}
		return 0;
	};
	RoomDownsyncFrame.prototype.GetId = function() { return this.$val.GetId(); };
	RoomDownsyncFrame.ptr.prototype.GetPlayersArr = function() {
		var x;
		x = this;
		if (!(x === ptrType$11.nil)) {
			return x.PlayersArr;
		}
		return sliceType$8.nil;
	};
	RoomDownsyncFrame.prototype.GetPlayersArr = function() { return this.$val.GetPlayersArr(); };
	RoomDownsyncFrame.ptr.prototype.GetCountdownNanos = function() {
		var x;
		x = this;
		if (!(x === ptrType$11.nil)) {
			return x.CountdownNanos;
		}
		return new $Int64(0, 0);
	};
	RoomDownsyncFrame.prototype.GetCountdownNanos = function() { return this.$val.GetCountdownNanos(); };
	RoomDownsyncFrame.ptr.prototype.GetMeleeBullets = function() {
		var x;
		x = this;
		if (!(x === ptrType$11.nil)) {
			return x.MeleeBullets;
		}
		return sliceType$9.nil;
	};
	RoomDownsyncFrame.prototype.GetMeleeBullets = function() { return this.$val.GetMeleeBullets(); };
	RoomDownsyncFrame.ptr.prototype.GetBackendUnconfirmedMask = function() {
		var x;
		x = this;
		if (!(x === ptrType$11.nil)) {
			return x.BackendUnconfirmedMask;
		}
		return new $Uint64(0, 0);
	};
	RoomDownsyncFrame.prototype.GetBackendUnconfirmedMask = function() { return this.$val.GetBackendUnconfirmedMask(); };
	RoomDownsyncFrame.ptr.prototype.GetShouldForceResync = function() {
		var x;
		x = this;
		if (!(x === ptrType$11.nil)) {
			return x.ShouldForceResync;
		}
		return false;
	};
	RoomDownsyncFrame.prototype.GetShouldForceResync = function() { return this.$val.GetShouldForceResync(); };
	RoomDownsyncFrame.ptr.prototype.GetPlayers = function() {
		var x;
		x = this;
		if (!(x === ptrType$11.nil)) {
			return x.Players;
		}
		return false;
	};
	RoomDownsyncFrame.prototype.GetPlayers = function() { return this.$val.GetPlayers(); };
	file_room_downsync_frame_proto_rawDescGZIP = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = file_room_downsync_frame_proto_rawDescOnce.Do((function $b() {
			var {_r, $s, $r, $c} = $restore(this, {});
			/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
			_r = $clone(protoimpl.X, $packages["google.golang.org/protobuf/internal/impl"].Export).CompressGZIP(file_room_downsync_frame_proto_rawDescData); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			file_room_downsync_frame_proto_rawDescData = _r;
			$s = -1; return;
			/* */ } return; } var $f = {$blk: $b, $c: true, $r, _r, $s};return $f;
		})); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return file_room_downsync_frame_proto_rawDescData;
		/* */ } return; } var $f = {$blk: file_room_downsync_frame_proto_rawDescGZIP, $c: true, $r, $s};return $f;
	};
	init = function() {
		var {$s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		$r = file_room_downsync_frame_proto_init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$s = -1; return;
		/* */ } return; } var $f = {$blk: init, $c: true, $r, $s};return $f;
	};
	file_room_downsync_frame_proto_init = function() {
		var {_r, _r$1, out, x$1, $s, $r, $c} = $restore(this, {});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		if (!($interfaceIsEqual($pkg.File_room_downsync_frame_proto, $ifaceNil))) {
			$s = -1; return;
		}
		/* */ if (true) { $s = 1; continue; }
		/* */ $s = 2; continue;
		/* if (true) { */ case 1:
			(0 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 0]).Exporter = (function(v, i) {
				var _1, i, v, v$1;
				v$1 = $assertType(v, ptrType);
				_1 = i;
				if (_1 === (0)) {
					return v$1.state;
				} else if (_1 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$17(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_1 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$18(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
				}
			});
			(1 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 1]).Exporter = (function(v, i) {
				var _2, i, v, v$1;
				v$1 = $assertType(v, ptrType$1);
				_2 = i;
				if (_2 === (0)) {
					return v$1.state;
				} else if (_2 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$17(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_2 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$18(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
				}
			});
			(2 >= file_room_downsync_frame_proto_msgTypes.$length ? ($throwRuntimeError("index out of range"), undefined) : file_room_downsync_frame_proto_msgTypes.$array[file_room_downsync_frame_proto_msgTypes.$offset + 2]).Exporter = (function(v, i) {
				var _3, i, v, v$1;
				v$1 = $assertType(v, ptrType$2);
				_3 = i;
				if (_3 === (0)) {
					return v$1.state;
				} else if (_3 === (1)) {
					return (v$1.$ptr_sizeCache || (v$1.$ptr_sizeCache = new ptrType$17(function() { return this.$target.sizeCache; }, function($v) { this.$target.sizeCache = $v; }, v$1)));
				} else if (_3 === (2)) {
					return (v$1.$ptr_unknownFields || (v$1.$ptr_unknownFields = new ptrType$18(function() { return this.$target.unknownFields; }, function($v) { this.$target.unknownFields = $v; }, v$1)));
				} else {
					return $ifaceNil;
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	ptrType$8.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetBoundary", name: "GetBoundary", pkg: "", typ: $funcType([], [ptrType$12], false)}];
	ptrType$9.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetBattleLocalId", name: "GetBattleLocalId", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetStartupFrames", name: "GetStartupFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetActiveFrames", name: "GetActiveFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetRecoveryFrames", name: "GetRecoveryFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetRecoveryFramesOnBlock", name: "GetRecoveryFramesOnBlock", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetRecoveryFramesOnHit", name: "GetRecoveryFramesOnHit", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetMoveforward", name: "GetMoveforward", pkg: "", typ: $funcType([], [ptrType$13], false)}, {prop: "GetHitboxOffset", name: "GetHitboxOffset", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetHitboxSize", name: "GetHitboxSize", pkg: "", typ: $funcType([], [ptrType$13], false)}, {prop: "GetOriginatedRenderFrameId", name: "GetOriginatedRenderFrameId", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetHitStunFrames", name: "GetHitStunFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetBlockStunFrames", name: "GetBlockStunFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetPushback", name: "GetPushback", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetReleaseTriggerType", name: "GetReleaseTriggerType", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetDamage", name: "GetDamage", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetOffenderJoinIndex", name: "GetOffenderJoinIndex", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetOffenderPlayerId", name: "GetOffenderPlayerId", pkg: "", typ: $funcType([], [$Int32], false)}];
	ptrType$10.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetStageName", name: "GetStageName", pkg: "", typ: $funcType([], [$String], false)}, {prop: "GetStrToVec2DListMap", name: "GetStrToVec2DListMap", pkg: "", typ: $funcType([], [mapType], false)}, {prop: "GetStrToPolygon2DListMap", name: "GetStrToPolygon2DListMap", pkg: "", typ: $funcType([], [mapType$1], false)}, {prop: "GetStageDiscreteW", name: "GetStageDiscreteW", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetStageDiscreteH", name: "GetStageDiscreteH", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetStageTileW", name: "GetStageTileW", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetStageTileH", name: "GetStageTileH", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetIntervalToPing", name: "GetIntervalToPing", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetWillKickIfInactiveFor", name: "GetWillKickIfInactiveFor", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetBoundRoomId", name: "GetBoundRoomId", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetBattleDurationFrames", name: "GetBattleDurationFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetBattleDurationNanos", name: "GetBattleDurationNanos", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "GetServerFps", name: "GetServerFps", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetInputDelayFrames", name: "GetInputDelayFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetInputScaleFrames", name: "GetInputScaleFrames", pkg: "", typ: $funcType([], [$Uint32], false)}, {prop: "GetNstDelayFrames", name: "GetNstDelayFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetInputFrameUpsyncDelayTolerance", name: "GetInputFrameUpsyncDelayTolerance", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetMaxChasingRenderFramesPerUpdate", name: "GetMaxChasingRenderFramesPerUpdate", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetPlayerBattleState", name: "GetPlayerBattleState", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetRollbackEstimatedDtMillis", name: "GetRollbackEstimatedDtMillis", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetRollbackEstimatedDtNanos", name: "GetRollbackEstimatedDtNanos", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "GetWorldToVirtualGridRatio", name: "GetWorldToVirtualGridRatio", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetVirtualGridToWorldRatio", name: "GetVirtualGridToWorldRatio", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetSpAtkLookupFrames", name: "GetSpAtkLookupFrames", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetRenderCacheSize", name: "GetRenderCacheSize", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetMeleeSkillConfig", name: "GetMeleeSkillConfig", pkg: "", typ: $funcType([], [mapType$2], false)}, {prop: "GetSnapIntoPlatformOverlap", name: "GetSnapIntoPlatformOverlap", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetSnapIntoPlatformThreshold", name: "GetSnapIntoPlatformThreshold", pkg: "", typ: $funcType([], [$Float64], false)}, {prop: "GetJumpingInitVelY", name: "GetJumpingInitVelY", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetGravityX", name: "GetGravityX", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetGravityY", name: "GetGravityY", pkg: "", typ: $funcType([], [$Int32], false)}];
	ptrType$11.methods = [{prop: "Reset", name: "Reset", pkg: "", typ: $funcType([], [], false)}, {prop: "String", name: "String", pkg: "", typ: $funcType([], [$String], false)}, {prop: "ProtoMessage", name: "ProtoMessage", pkg: "", typ: $funcType([], [], false)}, {prop: "ProtoReflect", name: "ProtoReflect", pkg: "", typ: $funcType([], [protoreflect.Message], false)}, {prop: "Descriptor", name: "Descriptor", pkg: "", typ: $funcType([], [sliceType, sliceType$4], false)}, {prop: "GetId", name: "GetId", pkg: "", typ: $funcType([], [$Int32], false)}, {prop: "GetPlayersArr", name: "GetPlayersArr", pkg: "", typ: $funcType([], [sliceType$8], false)}, {prop: "GetCountdownNanos", name: "GetCountdownNanos", pkg: "", typ: $funcType([], [$Int64], false)}, {prop: "GetMeleeBullets", name: "GetMeleeBullets", pkg: "", typ: $funcType([], [sliceType$9], false)}, {prop: "GetBackendUnconfirmedMask", name: "GetBackendUnconfirmedMask", pkg: "", typ: $funcType([], [$Uint64], false)}, {prop: "GetShouldForceResync", name: "GetShouldForceResync", pkg: "", typ: $funcType([], [$Bool], false)}, {prop: "GetPlayers", name: "GetPlayers", pkg: "", typ: $funcType([], [mapType$3], false)}];
	PlayerDownsync.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Id", name: "Id", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=id,proto3\" json:\"id,omitempty\""}, {prop: "VirtualGridX", name: "VirtualGridX", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,2,opt,name=virtualGridX,proto3\" json:\"virtualGridX,omitempty\""}, {prop: "VirtualGridY", name: "VirtualGridY", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,3,opt,name=virtualGridY,proto3\" json:\"virtualGridY,omitempty\""}, {prop: "DirX", name: "DirX", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,4,opt,name=dirX,proto3\" json:\"dirX,omitempty\""}, {prop: "DirY", name: "DirY", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,5,opt,name=dirY,proto3\" json:\"dirY,omitempty\""}, {prop: "VelX", name: "VelX", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,6,opt,name=velX,proto3\" json:\"velX,omitempty\""}, {prop: "VelY", name: "VelY", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,7,opt,name=velY,proto3\" json:\"velY,omitempty\""}, {prop: "Speed", name: "Speed", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,8,opt,name=speed,proto3\" json:\"speed,omitempty\""}, {prop: "BattleState", name: "BattleState", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,9,opt,name=battleState,proto3\" json:\"battleState,omitempty\""}, {prop: "JoinIndex", name: "JoinIndex", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,10,opt,name=joinIndex,proto3\" json:\"joinIndex,omitempty\""}, {prop: "ColliderRadius", name: "ColliderRadius", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,11,opt,name=colliderRadius,proto3\" json:\"colliderRadius,omitempty\""}, {prop: "Removed", name: "Removed", embedded: false, exported: true, typ: $Bool, tag: "protobuf:\"varint,12,opt,name=removed,proto3\" json:\"removed,omitempty\""}, {prop: "Score", name: "Score", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,13,opt,name=score,proto3\" json:\"score,omitempty\""}, {prop: "LastMoveGmtMillis", name: "LastMoveGmtMillis", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,14,opt,name=lastMoveGmtMillis,proto3\" json:\"lastMoveGmtMillis,omitempty\""}, {prop: "FramesToRecover", name: "FramesToRecover", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,15,opt,name=framesToRecover,proto3\" json:\"framesToRecover,omitempty\""}, {prop: "Hp", name: "Hp", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,16,opt,name=hp,proto3\" json:\"hp,omitempty\""}, {prop: "MaxHp", name: "MaxHp", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,17,opt,name=maxHp,proto3\" json:\"maxHp,omitempty\""}, {prop: "CharacterState", name: "CharacterState", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,18,opt,name=characterState,proto3\" json:\"characterState,omitempty\""}, {prop: "InAir", name: "InAir", embedded: false, exported: true, typ: $Bool, tag: "protobuf:\"varint,19,opt,name=inAir,proto3\" json:\"inAir,omitempty\""}, {prop: "Name", name: "Name", embedded: false, exported: true, typ: $String, tag: "protobuf:\"bytes,20,opt,name=name,proto3\" json:\"name,omitempty\""}, {prop: "DisplayName", name: "DisplayName", embedded: false, exported: true, typ: $String, tag: "protobuf:\"bytes,21,opt,name=displayName,proto3\" json:\"displayName,omitempty\""}, {prop: "Avatar", name: "Avatar", embedded: false, exported: true, typ: $String, tag: "protobuf:\"bytes,22,opt,name=avatar,proto3\" json:\"avatar,omitempty\""}]);
	InputFrameDecoded.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Dx", name: "Dx", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=dx,proto3\" json:\"dx,omitempty\""}, {prop: "Dy", name: "Dy", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,2,opt,name=dy,proto3\" json:\"dy,omitempty\""}, {prop: "BtnALevel", name: "BtnALevel", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,3,opt,name=btnALevel,proto3\" json:\"btnALevel,omitempty\""}, {prop: "BtnBLevel", name: "BtnBLevel", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,4,opt,name=btnBLevel,proto3\" json:\"btnBLevel,omitempty\""}]);
	InputFrameUpsync.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "InputFrameId", name: "InputFrameId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=inputFrameId,proto3\" json:\"inputFrameId,omitempty\""}, {prop: "Encoded", name: "Encoded", embedded: false, exported: true, typ: $Uint64, tag: "protobuf:\"varint,2,opt,name=encoded,proto3\" json:\"encoded,omitempty\""}]);
	InputFrameDownsync.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "InputFrameId", name: "InputFrameId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=inputFrameId,proto3\" json:\"inputFrameId,omitempty\""}, {prop: "InputList", name: "InputList", embedded: false, exported: true, typ: sliceType$5, tag: "protobuf:\"varint,2,rep,packed,name=inputList,proto3\" json:\"inputList,omitempty\""}, {prop: "ConfirmedList", name: "ConfirmedList", embedded: false, exported: true, typ: $Uint64, tag: "protobuf:\"varint,3,opt,name=confirmedList,proto3\" json:\"confirmedList,omitempty\""}]);
	HeartbeatUpsync.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "ClientTimestamp", name: "ClientTimestamp", embedded: false, exported: true, typ: $Int64, tag: "protobuf:\"varint,1,opt,name=clientTimestamp,proto3\" json:\"clientTimestamp,omitempty\""}]);
	WsReq.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "MsgId", name: "MsgId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=msgId,proto3\" json:\"msgId,omitempty\""}, {prop: "PlayerId", name: "PlayerId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,2,opt,name=playerId,proto3\" json:\"playerId,omitempty\""}, {prop: "Act", name: "Act", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,3,opt,name=act,proto3\" json:\"act,omitempty\""}, {prop: "JoinIndex", name: "JoinIndex", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,4,opt,name=joinIndex,proto3\" json:\"joinIndex,omitempty\""}, {prop: "AckingFrameId", name: "AckingFrameId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,5,opt,name=ackingFrameId,proto3\" json:\"ackingFrameId,omitempty\""}, {prop: "AckingInputFrameId", name: "AckingInputFrameId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,6,opt,name=ackingInputFrameId,proto3\" json:\"ackingInputFrameId,omitempty\""}, {prop: "InputFrameUpsyncBatch", name: "InputFrameUpsyncBatch", embedded: false, exported: true, typ: sliceType$6, tag: "protobuf:\"bytes,7,rep,name=inputFrameUpsyncBatch,proto3\" json:\"inputFrameUpsyncBatch,omitempty\""}, {prop: "Hb", name: "Hb", embedded: false, exported: true, typ: ptrType$4, tag: "protobuf:\"bytes,8,opt,name=hb,proto3\" json:\"hb,omitempty\""}]);
	WsResp.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Ret", name: "Ret", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=ret,proto3\" json:\"ret,omitempty\""}, {prop: "EchoedMsgId", name: "EchoedMsgId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,2,opt,name=echoedMsgId,proto3\" json:\"echoedMsgId,omitempty\""}, {prop: "Act", name: "Act", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,3,opt,name=act,proto3\" json:\"act,omitempty\""}, {prop: "Rdf", name: "Rdf", embedded: false, exported: true, typ: ptrType$11, tag: "protobuf:\"bytes,4,opt,name=rdf,proto3\" json:\"rdf,omitempty\""}, {prop: "InputFrameDownsyncBatch", name: "InputFrameDownsyncBatch", embedded: false, exported: true, typ: sliceType$7, tag: "protobuf:\"bytes,5,rep,name=inputFrameDownsyncBatch,proto3\" json:\"inputFrameDownsyncBatch,omitempty\""}, {prop: "BciFrame", name: "BciFrame", embedded: false, exported: true, typ: ptrType$10, tag: "protobuf:\"bytes,6,opt,name=bciFrame,proto3\" json:\"bciFrame,omitempty\""}]);
	InputsBufferSnapshot.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "RefRenderFrameId", name: "RefRenderFrameId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=refRenderFrameId,proto3\" json:\"refRenderFrameId,omitempty\""}, {prop: "UnconfirmedMask", name: "UnconfirmedMask", embedded: false, exported: true, typ: $Uint64, tag: "protobuf:\"varint,2,opt,name=unconfirmedMask,proto3\" json:\"unconfirmedMask,omitempty\""}, {prop: "ToSendInputFrameDownsyncs", name: "ToSendInputFrameDownsyncs", embedded: false, exported: true, typ: sliceType$7, tag: "protobuf:\"bytes,3,rep,name=toSendInputFrameDownsyncs,proto3\" json:\"toSendInputFrameDownsyncs,omitempty\""}, {prop: "ShouldForceResync", name: "ShouldForceResync", embedded: false, exported: true, typ: $Bool, tag: "protobuf:\"varint,4,opt,name=shouldForceResync,proto3\" json:\"shouldForceResync,omitempty\""}]);
	Barrier.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Boundary", name: "Boundary", embedded: false, exported: true, typ: ptrType$12, tag: "protobuf:\"bytes,1,opt,name=boundary,proto3\" json:\"boundary,omitempty\""}]);
	MeleeBullet.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "BattleLocalId", name: "BattleLocalId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=battleLocalId,proto3\" json:\"battleLocalId,omitempty\""}, {prop: "StartupFrames", name: "StartupFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,2,opt,name=startupFrames,proto3\" json:\"startupFrames,omitempty\""}, {prop: "ActiveFrames", name: "ActiveFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,3,opt,name=activeFrames,proto3\" json:\"activeFrames,omitempty\""}, {prop: "RecoveryFrames", name: "RecoveryFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,4,opt,name=recoveryFrames,proto3\" json:\"recoveryFrames,omitempty\""}, {prop: "RecoveryFramesOnBlock", name: "RecoveryFramesOnBlock", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,5,opt,name=recoveryFramesOnBlock,proto3\" json:\"recoveryFramesOnBlock,omitempty\""}, {prop: "RecoveryFramesOnHit", name: "RecoveryFramesOnHit", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,6,opt,name=recoveryFramesOnHit,proto3\" json:\"recoveryFramesOnHit,omitempty\""}, {prop: "Moveforward", name: "Moveforward", embedded: false, exported: true, typ: ptrType$13, tag: "protobuf:\"bytes,7,opt,name=moveforward,proto3\" json:\"moveforward,omitempty\""}, {prop: "HitboxOffset", name: "HitboxOffset", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,8,opt,name=hitboxOffset,proto3\" json:\"hitboxOffset,omitempty\""}, {prop: "HitboxSize", name: "HitboxSize", embedded: false, exported: true, typ: ptrType$13, tag: "protobuf:\"bytes,9,opt,name=hitboxSize,proto3\" json:\"hitboxSize,omitempty\""}, {prop: "OriginatedRenderFrameId", name: "OriginatedRenderFrameId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,10,opt,name=originatedRenderFrameId,proto3\" json:\"originatedRenderFrameId,omitempty\""}, {prop: "HitStunFrames", name: "HitStunFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,11,opt,name=hitStunFrames,proto3\" json:\"hitStunFrames,omitempty\""}, {prop: "BlockStunFrames", name: "BlockStunFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,12,opt,name=blockStunFrames,proto3\" json:\"blockStunFrames,omitempty\""}, {prop: "Pushback", name: "Pushback", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,13,opt,name=pushback,proto3\" json:\"pushback,omitempty\""}, {prop: "ReleaseTriggerType", name: "ReleaseTriggerType", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,14,opt,name=releaseTriggerType,proto3\" json:\"releaseTriggerType,omitempty\""}, {prop: "Damage", name: "Damage", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,15,opt,name=damage,proto3\" json:\"damage,omitempty\""}, {prop: "OffenderJoinIndex", name: "OffenderJoinIndex", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,16,opt,name=offenderJoinIndex,proto3\" json:\"offenderJoinIndex,omitempty\""}, {prop: "OffenderPlayerId", name: "OffenderPlayerId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,17,opt,name=offenderPlayerId,proto3\" json:\"offenderPlayerId,omitempty\""}]);
	BattleColliderInfo.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "StageName", name: "StageName", embedded: false, exported: true, typ: $String, tag: "protobuf:\"bytes,1,opt,name=stageName,proto3\" json:\"stageName,omitempty\""}, {prop: "StrToVec2DListMap", name: "StrToVec2DListMap", embedded: false, exported: true, typ: mapType, tag: "protobuf:\"bytes,2,rep,name=strToVec2DListMap,proto3\" json:\"strToVec2DListMap,omitempty\" protobuf_key:\"bytes,1,opt,name=key,proto3\" protobuf_val:\"bytes,2,opt,name=value,proto3\""}, {prop: "StrToPolygon2DListMap", name: "StrToPolygon2DListMap", embedded: false, exported: true, typ: mapType$1, tag: "protobuf:\"bytes,3,rep,name=strToPolygon2DListMap,proto3\" json:\"strToPolygon2DListMap,omitempty\" protobuf_key:\"bytes,1,opt,name=key,proto3\" protobuf_val:\"bytes,2,opt,name=value,proto3\""}, {prop: "StageDiscreteW", name: "StageDiscreteW", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,4,opt,name=stageDiscreteW,proto3\" json:\"stageDiscreteW,omitempty\""}, {prop: "StageDiscreteH", name: "StageDiscreteH", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,5,opt,name=stageDiscreteH,proto3\" json:\"stageDiscreteH,omitempty\""}, {prop: "StageTileW", name: "StageTileW", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,6,opt,name=stageTileW,proto3\" json:\"stageTileW,omitempty\""}, {prop: "StageTileH", name: "StageTileH", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,7,opt,name=stageTileH,proto3\" json:\"stageTileH,omitempty\""}, {prop: "IntervalToPing", name: "IntervalToPing", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,8,opt,name=intervalToPing,proto3\" json:\"intervalToPing,omitempty\""}, {prop: "WillKickIfInactiveFor", name: "WillKickIfInactiveFor", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,9,opt,name=willKickIfInactiveFor,proto3\" json:\"willKickIfInactiveFor,omitempty\""}, {prop: "BoundRoomId", name: "BoundRoomId", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,10,opt,name=boundRoomId,proto3\" json:\"boundRoomId,omitempty\""}, {prop: "BattleDurationFrames", name: "BattleDurationFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,12,opt,name=battleDurationFrames,proto3\" json:\"battleDurationFrames,omitempty\""}, {prop: "BattleDurationNanos", name: "BattleDurationNanos", embedded: false, exported: true, typ: $Int64, tag: "protobuf:\"varint,13,opt,name=battleDurationNanos,proto3\" json:\"battleDurationNanos,omitempty\""}, {prop: "ServerFps", name: "ServerFps", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,14,opt,name=serverFps,proto3\" json:\"serverFps,omitempty\""}, {prop: "InputDelayFrames", name: "InputDelayFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,15,opt,name=inputDelayFrames,proto3\" json:\"inputDelayFrames,omitempty\""}, {prop: "InputScaleFrames", name: "InputScaleFrames", embedded: false, exported: true, typ: $Uint32, tag: "protobuf:\"varint,16,opt,name=inputScaleFrames,proto3\" json:\"inputScaleFrames,omitempty\""}, {prop: "NstDelayFrames", name: "NstDelayFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,17,opt,name=nstDelayFrames,proto3\" json:\"nstDelayFrames,omitempty\""}, {prop: "InputFrameUpsyncDelayTolerance", name: "InputFrameUpsyncDelayTolerance", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,18,opt,name=inputFrameUpsyncDelayTolerance,proto3\" json:\"inputFrameUpsyncDelayTolerance,omitempty\""}, {prop: "MaxChasingRenderFramesPerUpdate", name: "MaxChasingRenderFramesPerUpdate", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,19,opt,name=maxChasingRenderFramesPerUpdate,proto3\" json:\"maxChasingRenderFramesPerUpdate,omitempty\""}, {prop: "PlayerBattleState", name: "PlayerBattleState", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,20,opt,name=playerBattleState,proto3\" json:\"playerBattleState,omitempty\""}, {prop: "RollbackEstimatedDtMillis", name: "RollbackEstimatedDtMillis", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,21,opt,name=rollbackEstimatedDtMillis,proto3\" json:\"rollbackEstimatedDtMillis,omitempty\""}, {prop: "RollbackEstimatedDtNanos", name: "RollbackEstimatedDtNanos", embedded: false, exported: true, typ: $Int64, tag: "protobuf:\"varint,22,opt,name=rollbackEstimatedDtNanos,proto3\" json:\"rollbackEstimatedDtNanos,omitempty\""}, {prop: "WorldToVirtualGridRatio", name: "WorldToVirtualGridRatio", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,23,opt,name=worldToVirtualGridRatio,proto3\" json:\"worldToVirtualGridRatio,omitempty\""}, {prop: "VirtualGridToWorldRatio", name: "VirtualGridToWorldRatio", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,24,opt,name=virtualGridToWorldRatio,proto3\" json:\"virtualGridToWorldRatio,omitempty\""}, {prop: "SpAtkLookupFrames", name: "SpAtkLookupFrames", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,25,opt,name=spAtkLookupFrames,proto3\" json:\"spAtkLookupFrames,omitempty\""}, {prop: "RenderCacheSize", name: "RenderCacheSize", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,26,opt,name=renderCacheSize,proto3\" json:\"renderCacheSize,omitempty\""}, {prop: "MeleeSkillConfig", name: "MeleeSkillConfig", embedded: false, exported: true, typ: mapType$2, tag: "protobuf:\"bytes,27,rep,name=meleeSkillConfig,proto3\" json:\"meleeSkillConfig,omitempty\" protobuf_key:\"varint,1,opt,name=key,proto3\" protobuf_val:\"bytes,2,opt,name=value,proto3\""}, {prop: "SnapIntoPlatformOverlap", name: "SnapIntoPlatformOverlap", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,28,opt,name=snapIntoPlatformOverlap,proto3\" json:\"snapIntoPlatformOverlap,omitempty\""}, {prop: "SnapIntoPlatformThreshold", name: "SnapIntoPlatformThreshold", embedded: false, exported: true, typ: $Float64, tag: "protobuf:\"fixed64,29,opt,name=snapIntoPlatformThreshold,proto3\" json:\"snapIntoPlatformThreshold,omitempty\""}, {prop: "JumpingInitVelY", name: "JumpingInitVelY", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,30,opt,name=jumpingInitVelY,proto3\" json:\"jumpingInitVelY,omitempty\""}, {prop: "GravityX", name: "GravityX", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,31,opt,name=gravityX,proto3\" json:\"gravityX,omitempty\""}, {prop: "GravityY", name: "GravityY", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,32,opt,name=gravityY,proto3\" json:\"gravityY,omitempty\""}]);
	RoomDownsyncFrame.init("jsexport/protos", [{prop: "state", name: "state", embedded: false, exported: false, typ: $packages["google.golang.org/protobuf/internal/impl"].MessageState, tag: ""}, {prop: "sizeCache", name: "sizeCache", embedded: false, exported: false, typ: $Int32, tag: ""}, {prop: "unknownFields", name: "unknownFields", embedded: false, exported: false, typ: sliceType, tag: ""}, {prop: "Id", name: "Id", embedded: false, exported: true, typ: $Int32, tag: "protobuf:\"varint,1,opt,name=id,proto3\" json:\"id,omitempty\""}, {prop: "PlayersArr", name: "PlayersArr", embedded: false, exported: true, typ: sliceType$8, tag: "protobuf:\"bytes,2,rep,name=playersArr,proto3\" json:\"playersArr,omitempty\""}, {prop: "CountdownNanos", name: "CountdownNanos", embedded: false, exported: true, typ: $Int64, tag: "protobuf:\"varint,3,opt,name=countdownNanos,proto3\" json:\"countdownNanos,omitempty\""}, {prop: "MeleeBullets", name: "MeleeBullets", embedded: false, exported: true, typ: sliceType$9, tag: "protobuf:\"bytes,4,rep,name=meleeBullets,proto3\" json:\"meleeBullets,omitempty\""}, {prop: "BackendUnconfirmedMask", name: "BackendUnconfirmedMask", embedded: false, exported: true, typ: $Uint64, tag: "protobuf:\"varint,5,opt,name=backendUnconfirmedMask,proto3\" json:\"backendUnconfirmedMask,omitempty\""}, {prop: "ShouldForceResync", name: "ShouldForceResync", embedded: false, exported: true, typ: $Bool, tag: "protobuf:\"varint,6,opt,name=shouldForceResync,proto3\" json:\"shouldForceResync,omitempty\""}, {prop: "Players", name: "Players", embedded: false, exported: true, typ: mapType$3, tag: "protobuf:\"bytes,99,rep,name=players,proto3\" json:\"players,omitempty\" protobuf_key:\"varint,1,opt,name=key,proto3\" protobuf_val:\"bytes,2,opt,name=value,proto3\""}]);
	x.init("", []);
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = sharedprotos.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoreflect.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protoimpl.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = reflect.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sync.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.File_room_downsync_frame_proto = $ifaceNil;
		file_room_downsync_frame_proto_rawDescOnce = new sync.Once.ptr(0, new sync.Mutex.ptr(0, 0));
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115, 121, 110, 99, 70, 114, 97, 109, 101, 46, 80, 108, 97, 121, 101, 114, 115, 69, 110, 116, 114, 121, 82, 7, 112, 108, 97, 121, 101, 114, 115, 26, 82, 10, 12, 80, 108, 97, 121, 101, 114, 115, 69, 110, 116, 114, 121, 18, 16, 10, 3, 107, 101, 121, 24, 1, 32, 1, 40, 5, 82, 3, 107, 101, 121, 18, 44, 10, 5, 118, 97, 108, 117, 101, 24, 2, 32, 1, 40, 11, 50, 22, 46, 112, 114, 111, 116, 111, 115, 46, 80, 108, 97, 121, 101, 114, 68, 111, 119, 110, 115, 121, 110, 99, 82, 5, 118, 97, 108, 117, 101, 58, 2, 56, 1, 66, 17, 90, 15, 106, 115, 101, 120, 112, 111, 114, 116, 47, 112, 114, 111, 116, 111, 115, 98, 6, 112, 114, 111, 116, 111, 51]);
		file_room_downsync_frame_proto_rawDescData = file_room_downsync_frame_proto_rawDesc;
		file_room_downsync_frame_proto_msgTypes = $makeSlice(sliceType$1, 16);
		file_room_downsync_frame_proto_goTypes = new sliceType$2([(ptrType.nil), (ptrType$1.nil), (ptrType$2.nil), (ptrType$3.nil), (ptrType$4.nil), (ptrType$5.nil), (ptrType$6.nil), (ptrType$7.nil), (ptrType$8.nil), (ptrType$9.nil), (ptrType$10.nil), (ptrType$11.nil), $ifaceNil, $ifaceNil, $ifaceNil, $ifaceNil, (ptrType$12.nil), (ptrType$13.nil), (ptrType$14.nil), (ptrType$15.nil)]);
		file_room_downsync_frame_proto_depIdxs = new sliceType$3([2, 4, 11, 3, 10, 3, 16, 17, 17, 12, 13, 14, 0, 9, 15, 18, 19, 9, 0, 19, 19, 19, 19, 0]);
		$r = init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["jsexport/models"] = (function() {
	var $pkg = {}, $init, dnmshared, sharedprotos, resolv, protos, sliceType, sliceType$1, funcType, arrayType, arrayType$1, ptrType, sliceType$2, sliceType$3, sliceType$4, ptrType$1, ptrType$2, ptrType$3, ptrType$4, sliceType$5, sliceType$6, ptrType$5, ptrType$6, ptrType$7, sliceType$7, DecodeInput, CalcHardPushbacksNorms, ApplyInputFrameDownsyncDynamicsOnSingleRenderFrame;
	dnmshared = $packages["dnmshared"];
	sharedprotos = $packages["dnmshared/sharedprotos"];
	resolv = $packages["github.com/solarlune/resolv"];
	protos = $packages["jsexport/protos"];
	sliceType = $sliceType($Int32);
	sliceType$1 = $sliceType(sliceType);
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	arrayType$1 = $arrayType($packages["sync"].Mutex, 0);
	ptrType = $ptrType($packages["google.golang.org/protobuf/internal/impl"].MessageInfo);
	sliceType$2 = $sliceType($Uint8);
	sliceType$3 = $sliceType(sharedprotos.Vec2D);
	sliceType$4 = $sliceType($String);
	ptrType$1 = $ptrType(resolv.Collision);
	ptrType$2 = $ptrType(protos.Barrier);
	ptrType$3 = $ptrType(resolv.ConvexPolygon);
	ptrType$4 = $ptrType(protos.PlayerDownsync);
	sliceType$5 = $sliceType(ptrType$4);
	sliceType$6 = $sliceType(sliceType$3);
	ptrType$5 = $ptrType(protos.InputFrameDownsync);
	ptrType$6 = $ptrType(resolv.Object);
	ptrType$7 = $ptrType(protos.MeleeBullet);
	sliceType$7 = $sliceType(ptrType$7);
	DecodeInput = function(encodedInput) {
		var btnALevel, btnBLevel, encodedDirection, encodedInput, x, x$1, x$2, x$3;
		encodedDirection = new $Uint64(encodedInput.$high & 0, (encodedInput.$low & 15) >>> 0);
		btnALevel = (((x = $shiftRightUint64(encodedInput, 4), new $Uint64(x.$high & 0, (x.$low & 1) >>> 0)).$low >> 0));
		btnBLevel = (((x$1 = $shiftRightUint64(encodedInput, 5), new $Uint64(x$1.$high & 0, (x$1.$low & 1) >>> 0)).$low >> 0));
		return new protos.InputFrameDecoded.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType$2.nil, (x$2 = (($flatten64(encodedDirection) < 0 || $flatten64(encodedDirection) >= $pkg.DIRECTION_DECODER.$length) ? ($throwRuntimeError("index out of range"), undefined) : $pkg.DIRECTION_DECODER.$array[$pkg.DIRECTION_DECODER.$offset + $flatten64(encodedDirection)]), (0 >= x$2.$length ? ($throwRuntimeError("index out of range"), undefined) : x$2.$array[x$2.$offset + 0])), (x$3 = (($flatten64(encodedDirection) < 0 || $flatten64(encodedDirection) >= $pkg.DIRECTION_DECODER.$length) ? ($throwRuntimeError("index out of range"), undefined) : $pkg.DIRECTION_DECODER.$array[$pkg.DIRECTION_DECODER.$offset + $flatten64(encodedDirection)]), (1 >= x$3.$length ? ($throwRuntimeError("index out of range"), undefined) : x$3.$array[x$3.$offset + 1])), btnALevel, btnBLevel);
	};
	$pkg.DecodeInput = DecodeInput;
	CalcHardPushbacksNorms = function(playerCollider, playerShape, snapIntoPlatformOverlap, pEffPushback) {
		var {_i, _r, _r$1, _ref, _ref$1, _tmp, _tmp$1, _tuple, barrierShape, collision, obj, overlapResult, overlapped, pEffPushback, playerCollider, playerShape, pushbackX, pushbackY, ret, snapIntoPlatformOverlap, $s, $r, $c} = $restore(this, {playerCollider, playerShape, snapIntoPlatformOverlap, pEffPushback});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = $makeSlice(sliceType$3, 0, 10);
		_r = playerCollider.Check(0, 0, new sliceType$4([])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		collision = _r;
		if (ptrType$1.nil === collision) {
			$s = -1; return ret;
		}
		_ref = collision.Objects;
		_i = 0;
		/* while (true) { */ case 2:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 3; continue; }
			obj = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_ref$1 = obj.Data;
			/* */ if ($assertType(_ref$1, ptrType$2, true)[1]) { $s = 4; continue; }
			/* */ $s = 5; continue;
			/* if ($assertType(_ref$1, ptrType$2, true)[1]) { */ case 4:
				barrierShape = $assertType(obj.Shape, ptrType$3);
				_r$1 = dnmshared.CalcPushbacks(0, 0, playerShape, barrierShape); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
				_tuple = _r$1;
				overlapped = _tuple[0];
				pushbackX = _tuple[1];
				pushbackY = _tuple[2];
				overlapResult = _tuple[3];
				if (!overlapped) {
					_i++;
					/* continue; */ $s = 2; continue;
				}
				_tmp = (overlapResult.Overlap - snapIntoPlatformOverlap) * overlapResult.OverlapX;
				_tmp$1 = (overlapResult.Overlap - snapIntoPlatformOverlap) * overlapResult.OverlapY;
				pushbackX = _tmp;
				pushbackY = _tmp$1;
				ret = $append(ret, new sharedprotos.Vec2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType$2.nil, overlapResult.OverlapX, overlapResult.OverlapY));
				pEffPushback.X = pEffPushback.X + (pushbackX);
				pEffPushback.Y = pEffPushback.Y + (pushbackY);
				$s = 6; continue;
			/* } else { */ case 5:
			/* } */ case 6:
			_i++;
		$s = 2; continue;
		case 3:
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: CalcHardPushbacksNorms, $c: true, $r, _i, _r, _r$1, _ref, _ref$1, _tmp, _tmp$1, _tuple, barrierShape, collision, obj, overlapResult, overlapped, pEffPushback, playerCollider, playerShape, pushbackX, pushbackY, ret, snapIntoPlatformOverlap, $s};return $f;
	};
	$pkg.CalcHardPushbacksNorms = CalcHardPushbacksNorms;
	ApplyInputFrameDownsyncDynamicsOnSingleRenderFrame = function(delayedInputFrame, delayedInputFrameForPrevRenderFrame, currRenderFrame, collisionSys, collisionSysMap, gravityX, gravityY, jumpingInitVelY, inputDelayFrames, inputScaleFrames, collisionSpaceOffsetX, collisionSpaceOffsetY, snapIntoPlatformOverlap, snapIntoPlatformThreshold, worldToVirtualGridRatio, virtualGridToWorldRatio) {
		var {_1, _entry, _entry$1, _entry$2, _i, _i$1, _i$2, _i$3, _i$4, _i$5, _i$6, _index, _index$1, _r, _r$1, _r$2, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _ref$5, _ref$6, _ref$7, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, bShape, bottomPadding, characStateAlreadyInAir, characStateIsInterruptWaivable, collision, collisionPlayerIndex, collisionPlayerIndex$1, collisionPlayerIndex$2, collisionSpaceOffsetX, collisionSpaceOffsetY, collisionSys, collisionSysMap, currPlayerDownsync, currPlayerDownsync$1, currPlayerDownsync$2, currPlayerDownsync$3, currPlayerDownsync$4, currRenderFrame, decodedInput, delayedInputFrame, delayedInputFrameForPrevRenderFrame, effPushbacks, fallStopping, gravityX, gravityY, halfColliderHeight, halfColliderHeight$1, halfColliderWidth, halfColliderWidth$1, hardPushbackNorm, hardPushbackNorms, i, i$1, i$2, i$3, i$4, inputDelayFrames, inputList, inputScaleFrames, isAnotherPlayer, isBarrier, isBullet, joinIndex, joinIndex$1, joinIndex$2, joinIndex$3, jumpingInitVelY, landedOnGravityPushback, leftPadding, newVx, newVy, nextRenderFramePlayers, normAlignmentWithGravity, obj, oldNextCharacterState, overlapResult, overlapped, playerCollider, playerCollider$1, playerCollider$2, playerShape, prevBtnBLevel, prevDecodedInput, projectedMagnitude, pushbackX, pushbackY, rightPadding, roomCapacity, snapIntoPlatformOverlap, snapIntoPlatformThreshold, thatPlayerInNextFrame, thatPlayerInNextFrame$1, thatPlayerInNextFrame$2, thatPlayerInNextFrame$3, topPadding, virtualGridToWorldRatio, worldToVirtualGridRatio, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s, $r, $c} = $restore(this, {delayedInputFrame, delayedInputFrameForPrevRenderFrame, currRenderFrame, collisionSys, collisionSysMap, gravityX, gravityY, jumpingInitVelY, inputDelayFrames, inputScaleFrames, collisionSpaceOffsetX, collisionSpaceOffsetY, snapIntoPlatformOverlap, snapIntoPlatformThreshold, worldToVirtualGridRatio, virtualGridToWorldRatio});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_tmp = snapIntoPlatformOverlap;
		_tmp$1 = snapIntoPlatformOverlap;
		_tmp$2 = snapIntoPlatformOverlap;
		_tmp$3 = snapIntoPlatformOverlap;
		topPadding = _tmp;
		bottomPadding = _tmp$1;
		leftPadding = _tmp$2;
		rightPadding = _tmp$3;
		roomCapacity = currRenderFrame.PlayersArr.$length;
		nextRenderFramePlayers = $makeSlice(sliceType$5, roomCapacity);
		_ref = currRenderFrame.PlayersArr;
		_i = 0;
		while (true) {
			if (!(_i < _ref.$length)) { break; }
			i = _i;
			currPlayerDownsync = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			((i < 0 || i >= nextRenderFramePlayers.$length) ? ($throwRuntimeError("index out of range"), undefined) : nextRenderFramePlayers.$array[nextRenderFramePlayers.$offset + i] = new protos.PlayerDownsync.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType$2.nil, currPlayerDownsync.Id, currPlayerDownsync.VirtualGridX, currPlayerDownsync.VirtualGridY, currPlayerDownsync.DirX, currPlayerDownsync.DirY, currPlayerDownsync.VelX, currPlayerDownsync.VelY, currPlayerDownsync.Speed, currPlayerDownsync.BattleState, currPlayerDownsync.JoinIndex, 0, currPlayerDownsync.Removed, currPlayerDownsync.Score, 0, currPlayerDownsync.FramesToRecover - 1 >> 0, currPlayerDownsync.Hp, currPlayerDownsync.MaxHp, currPlayerDownsync.CharacterState, true, "", "", ""));
			if (((i < 0 || i >= nextRenderFramePlayers.$length) ? ($throwRuntimeError("index out of range"), undefined) : nextRenderFramePlayers.$array[nextRenderFramePlayers.$offset + i]).FramesToRecover < 0) {
				((i < 0 || i >= nextRenderFramePlayers.$length) ? ($throwRuntimeError("index out of range"), undefined) : nextRenderFramePlayers.$array[nextRenderFramePlayers.$offset + i]).FramesToRecover = 0;
			}
			_i++;
		}
		effPushbacks = $makeSlice(sliceType$3, roomCapacity);
		hardPushbackNorms = $makeSlice(sliceType$6, roomCapacity);
		if (!(ptrType$5.nil === delayedInputFrame)) {
			inputList = delayedInputFrame.InputList;
			_ref$1 = currRenderFrame.PlayersArr;
			_i$1 = 0;
			while (true) {
				if (!(_i$1 < _ref$1.$length)) { break; }
				i$1 = _i$1;
				currPlayerDownsync$1 = ((_i$1 < 0 || _i$1 >= _ref$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$1.$array[_ref$1.$offset + _i$1]);
				joinIndex = currPlayerDownsync$1.JoinIndex;
				thatPlayerInNextFrame = ((i$1 < 0 || i$1 >= nextRenderFramePlayers.$length) ? ($throwRuntimeError("index out of range"), undefined) : nextRenderFramePlayers.$array[nextRenderFramePlayers.$offset + i$1]);
				if (0 < thatPlayerInNextFrame.FramesToRecover) {
					_i$1++;
					continue;
				}
				decodedInput = DecodeInput((x = joinIndex - 1 >> 0, ((x < 0 || x >= inputList.$length) ? ($throwRuntimeError("index out of range"), undefined) : inputList.$array[inputList.$offset + x])));
				prevBtnBLevel = 0;
				if (!(ptrType$5.nil === delayedInputFrameForPrevRenderFrame)) {
					prevDecodedInput = DecodeInput((x$1 = delayedInputFrameForPrevRenderFrame.InputList, x$2 = joinIndex - 1 >> 0, ((x$2 < 0 || x$2 >= x$1.$length) ? ($throwRuntimeError("index out of range"), undefined) : x$1.$array[x$1.$offset + x$2])));
					prevBtnBLevel = prevDecodedInput.BtnBLevel;
				}
				if (decodedInput.BtnBLevel > prevBtnBLevel) {
					characStateAlreadyInAir = false;
					if ((4 === thatPlayerInNextFrame.CharacterState) || (5 === thatPlayerInNextFrame.CharacterState) || (6 === thatPlayerInNextFrame.CharacterState)) {
						characStateAlreadyInAir = true;
					}
					characStateIsInterruptWaivable = false;
					if ((0 === thatPlayerInNextFrame.CharacterState) || (1 === thatPlayerInNextFrame.CharacterState) || (4 === thatPlayerInNextFrame.CharacterState)) {
						characStateIsInterruptWaivable = true;
					}
					if (!characStateAlreadyInAir && characStateIsInterruptWaivable) {
						thatPlayerInNextFrame.VelY = jumpingInitVelY;
					}
				}
				if (!((0 === decodedInput.Dx)) || !((0 === decodedInput.Dy))) {
					thatPlayerInNextFrame.DirX = decodedInput.Dx;
					thatPlayerInNextFrame.DirY = decodedInput.Dy;
					thatPlayerInNextFrame.VelX = $imul(decodedInput.Dx, currPlayerDownsync$1.Speed);
					thatPlayerInNextFrame.CharacterState = 1;
				} else {
					thatPlayerInNextFrame.CharacterState = 0;
					thatPlayerInNextFrame.VelX = 0;
				}
				_i$1++;
			}
		}
		_ref$2 = currRenderFrame.PlayersArr;
		_i$2 = 0;
		/* while (true) { */ case 1:
			/* if (!(_i$2 < _ref$2.$length)) { break; } */ if(!(_i$2 < _ref$2.$length)) { $s = 2; continue; }
			i$2 = _i$2;
			currPlayerDownsync$2 = ((_i$2 < 0 || _i$2 >= _ref$2.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$2.$array[_ref$2.$offset + _i$2]);
			joinIndex$1 = currPlayerDownsync$2.JoinIndex;
			_tmp$4 = 0;
			_tmp$5 = 0;
			(x$3 = joinIndex$1 - 1 >> 0, ((x$3 < 0 || x$3 >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + x$3])).X = _tmp$4;
			(x$4 = joinIndex$1 - 1 >> 0, ((x$4 < 0 || x$4 >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + x$4])).Y = _tmp$5;
			collisionPlayerIndex = 131072 + joinIndex$1 >> 0;
			playerCollider = (_entry = collisionSysMap[$Int32.keyFor(collisionPlayerIndex)], _entry !== undefined ? _entry.v : ptrType$6.nil);
			thatPlayerInNextFrame$1 = ((i$2 < 0 || i$2 >= nextRenderFramePlayers.$length) ? ($throwRuntimeError("index out of range"), undefined) : nextRenderFramePlayers.$array[nextRenderFramePlayers.$offset + i$2]);
			_tmp$6 = currPlayerDownsync$2.VirtualGridX + currPlayerDownsync$2.VelX >> 0;
			_tmp$7 = currPlayerDownsync$2.VirtualGridY + currPlayerDownsync$2.VelY >> 0;
			newVx = _tmp$6;
			newVy = _tmp$7;
			if (thatPlayerInNextFrame$1.VelY === jumpingInitVelY) {
				newVy = newVy + (thatPlayerInNextFrame$1.VelY) >> 0;
			}
			_tmp$8 = currPlayerDownsync$2.ColliderRadius;
			_tmp$9 = currPlayerDownsync$2.ColliderRadius + currPlayerDownsync$2.ColliderRadius;
			halfColliderWidth = _tmp$8;
			halfColliderHeight = _tmp$9;
			_tuple = dnmshared.VirtualGridToPolygonColliderBLPos(newVx, newVy, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, virtualGridToWorldRatio);
			playerCollider.X = _tuple[0];
			playerCollider.Y = _tuple[1];
			$r = playerCollider.Update(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
			if (currPlayerDownsync$2.InAir) {
				thatPlayerInNextFrame$1.VelX = thatPlayerInNextFrame$1.VelX + (gravityX) >> 0;
				thatPlayerInNextFrame$1.VelY = thatPlayerInNextFrame$1.VelY + (gravityY) >> 0;
			}
			_i$2++;
		$s = 1; continue;
		case 2:
		_ref$3 = currRenderFrame.PlayersArr;
		_i$3 = 0;
		/* while (true) { */ case 4:
			/* if (!(_i$3 < _ref$3.$length)) { break; } */ if(!(_i$3 < _ref$3.$length)) { $s = 5; continue; }
			i$3 = _i$3;
			currPlayerDownsync$3 = ((_i$3 < 0 || _i$3 >= _ref$3.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$3.$array[_ref$3.$offset + _i$3]);
			joinIndex$2 = currPlayerDownsync$3.JoinIndex;
			collisionPlayerIndex$1 = 131072 + joinIndex$2 >> 0;
			playerCollider$1 = (_entry$1 = collisionSysMap[$Int32.keyFor(collisionPlayerIndex$1)], _entry$1 !== undefined ? _entry$1.v : ptrType$6.nil);
			playerShape = $assertType(playerCollider$1.Shape, ptrType$3);
			_r = CalcHardPushbacksNorms(playerCollider$1, playerShape, snapIntoPlatformOverlap, (x$5 = joinIndex$2 - 1 >> 0, ((x$5 < 0 || x$5 >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + x$5]))); /* */ $s = 6; case 6: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			(x$6 = joinIndex$2 - 1 >> 0, ((x$6 < 0 || x$6 >= hardPushbackNorms.$length) ? ($throwRuntimeError("index out of range"), undefined) : hardPushbackNorms.$array[hardPushbackNorms.$offset + x$6] = _r));
			thatPlayerInNextFrame$2 = ((i$3 < 0 || i$3 >= nextRenderFramePlayers.$length) ? ($throwRuntimeError("index out of range"), undefined) : nextRenderFramePlayers.$array[nextRenderFramePlayers.$offset + i$3]);
			fallStopping = false;
			_r$1 = playerCollider$1.Check(0, 0, new sliceType$4([])); /* */ $s = 7; case 7: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
			collision = _r$1;
			/* */ if (!(ptrType$1.nil === collision)) { $s = 8; continue; }
			/* */ $s = 9; continue;
			/* if (!(ptrType$1.nil === collision)) { */ case 8:
				_ref$4 = collision.Objects;
				_i$4 = 0;
				/* while (true) { */ case 10:
					/* if (!(_i$4 < _ref$4.$length)) { break; } */ if(!(_i$4 < _ref$4.$length)) { $s = 11; continue; }
					obj = ((_i$4 < 0 || _i$4 >= _ref$4.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$4.$array[_ref$4.$offset + _i$4]);
					_tmp$10 = false;
					_tmp$11 = false;
					_tmp$12 = false;
					isBarrier = _tmp$10;
					isAnotherPlayer = _tmp$11;
					isBullet = _tmp$12;
					_ref$5 = obj.Data;
					if ($assertType(_ref$5, ptrType$2, true)[1]) {
						isBarrier = true;
					} else if ($assertType(_ref$5, ptrType$4, true)[1]) {
						isAnotherPlayer = true;
					} else if ($assertType(_ref$5, ptrType$7, true)[1]) {
						isBullet = true;
					}
					if (isBullet) {
						_i$4++;
						/* continue; */ $s = 10; continue;
					}
					bShape = $assertType(obj.Shape, ptrType$3);
					_r$2 = dnmshared.CalcPushbacks(0, 0, playerShape, bShape); /* */ $s = 12; case 12: if($c) { $c = false; _r$2 = _r$2.$blk(); } if (_r$2 && _r$2.$blk !== undefined) { break s; }
					_tuple$1 = _r$2;
					overlapped = _tuple$1[0];
					pushbackX = _tuple$1[1];
					pushbackY = _tuple$1[2];
					overlapResult = _tuple$1[3];
					if (!overlapped) {
						_i$4++;
						/* continue; */ $s = 10; continue;
					}
					normAlignmentWithGravity = overlapResult.OverlapX * 0 + overlapResult.OverlapY * -1;
					landedOnGravityPushback = snapIntoPlatformThreshold < normAlignmentWithGravity;
					if (landedOnGravityPushback) {
						_tmp$13 = (overlapResult.Overlap - snapIntoPlatformOverlap) * overlapResult.OverlapX;
						_tmp$14 = (overlapResult.Overlap - snapIntoPlatformOverlap) * overlapResult.OverlapY;
						pushbackX = _tmp$13;
						pushbackY = _tmp$14;
						thatPlayerInNextFrame$2.InAir = false;
					}
					if (isAnotherPlayer) {
						_tmp$15 = (overlapResult.Overlap - snapIntoPlatformOverlap * 2) * overlapResult.OverlapX;
						_tmp$16 = (overlapResult.Overlap - snapIntoPlatformOverlap * 2) * overlapResult.OverlapY;
						pushbackX = _tmp$15;
						pushbackY = _tmp$16;
					}
					_ref$6 = (x$7 = joinIndex$2 - 1 >> 0, ((x$7 < 0 || x$7 >= hardPushbackNorms.$length) ? ($throwRuntimeError("index out of range"), undefined) : hardPushbackNorms.$array[hardPushbackNorms.$offset + x$7]));
					_i$5 = 0;
					while (true) {
						if (!(_i$5 < _ref$6.$length)) { break; }
						hardPushbackNorm = $clone(((_i$5 < 0 || _i$5 >= _ref$6.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$6.$array[_ref$6.$offset + _i$5]), sharedprotos.Vec2D);
						projectedMagnitude = pushbackX * hardPushbackNorm.X + pushbackY * hardPushbackNorm.Y;
						if (isBarrier || (isAnotherPlayer && 0 > projectedMagnitude)) {
							pushbackX = pushbackX - (projectedMagnitude * hardPushbackNorm.X);
							pushbackY = pushbackY - (projectedMagnitude * hardPushbackNorm.Y);
						}
						_i$5++;
					}
					_index = joinIndex$2 - 1 >> 0;
					((_index < 0 || _index >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + _index]).X = ((_index < 0 || _index >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + _index]).X + (pushbackX);
					_index$1 = joinIndex$2 - 1 >> 0;
					((_index$1 < 0 || _index$1 >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + _index$1]).Y = ((_index$1 < 0 || _index$1 >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + _index$1]).Y + (pushbackY);
					if (currPlayerDownsync$3.InAir && landedOnGravityPushback) {
						fallStopping = true;
					}
					_i$4++;
				$s = 10; continue;
				case 11:
			/* } */ case 9:
			if (fallStopping) {
				thatPlayerInNextFrame$2.VelX = 0;
				thatPlayerInNextFrame$2.VelY = 0;
				thatPlayerInNextFrame$2.CharacterState = 0;
				thatPlayerInNextFrame$2.FramesToRecover = 0;
			}
			if (currPlayerDownsync$3.InAir) {
				oldNextCharacterState = thatPlayerInNextFrame$2.CharacterState;
				_1 = oldNextCharacterState;
				if ((_1 === (0)) || (_1 === (1))) {
					thatPlayerInNextFrame$2.CharacterState = 4;
				} else if (_1 === (2)) {
					thatPlayerInNextFrame$2.CharacterState = 5;
				} else if (_1 === (3)) {
					thatPlayerInNextFrame$2.CharacterState = 6;
				}
			}
			_i$3++;
		$s = 4; continue;
		case 5:
		_ref$7 = currRenderFrame.PlayersArr;
		_i$6 = 0;
		while (true) {
			if (!(_i$6 < _ref$7.$length)) { break; }
			i$4 = _i$6;
			currPlayerDownsync$4 = ((_i$6 < 0 || _i$6 >= _ref$7.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref$7.$array[_ref$7.$offset + _i$6]);
			joinIndex$3 = currPlayerDownsync$4.JoinIndex;
			collisionPlayerIndex$2 = 131072 + joinIndex$3 >> 0;
			playerCollider$2 = (_entry$2 = collisionSysMap[$Int32.keyFor(collisionPlayerIndex$2)], _entry$2 !== undefined ? _entry$2.v : ptrType$6.nil);
			thatPlayerInNextFrame$3 = ((i$4 < 0 || i$4 >= nextRenderFramePlayers.$length) ? ($throwRuntimeError("index out of range"), undefined) : nextRenderFramePlayers.$array[nextRenderFramePlayers.$offset + i$4]);
			_tmp$17 = currPlayerDownsync$4.ColliderRadius;
			_tmp$18 = currPlayerDownsync$4.ColliderRadius + currPlayerDownsync$4.ColliderRadius;
			halfColliderWidth$1 = _tmp$17;
			halfColliderHeight$1 = _tmp$18;
			_tuple$2 = dnmshared.PolygonColliderBLToVirtualGridPos(playerCollider$2.X - (x$8 = joinIndex$3 - 1 >> 0, ((x$8 < 0 || x$8 >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + x$8])).X, playerCollider$2.Y - (x$9 = joinIndex$3 - 1 >> 0, ((x$9 < 0 || x$9 >= effPushbacks.$length) ? ($throwRuntimeError("index out of range"), undefined) : effPushbacks.$array[effPushbacks.$offset + x$9])).Y, halfColliderWidth$1, halfColliderHeight$1, topPadding, bottomPadding, leftPadding, rightPadding, collisionSpaceOffsetX, collisionSpaceOffsetY, worldToVirtualGridRatio);
			thatPlayerInNextFrame$3.VirtualGridX = _tuple$2[0];
			thatPlayerInNextFrame$3.VirtualGridY = _tuple$2[1];
			_i$6++;
		}
		$s = -1; return new protos.RoomDownsyncFrame.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType$2.nil, currRenderFrame.Id + 1 >> 0, nextRenderFramePlayers, new $Int64(0, 0), sliceType$7.nil, new $Uint64(0, 0), false, false);
		/* */ } return; } var $f = {$blk: ApplyInputFrameDownsyncDynamicsOnSingleRenderFrame, $c: true, $r, _1, _entry, _entry$1, _entry$2, _i, _i$1, _i$2, _i$3, _i$4, _i$5, _i$6, _index, _index$1, _r, _r$1, _r$2, _ref, _ref$1, _ref$2, _ref$3, _ref$4, _ref$5, _ref$6, _ref$7, _tmp, _tmp$1, _tmp$10, _tmp$11, _tmp$12, _tmp$13, _tmp$14, _tmp$15, _tmp$16, _tmp$17, _tmp$18, _tmp$2, _tmp$3, _tmp$4, _tmp$5, _tmp$6, _tmp$7, _tmp$8, _tmp$9, _tuple, _tuple$1, _tuple$2, bShape, bottomPadding, characStateAlreadyInAir, characStateIsInterruptWaivable, collision, collisionPlayerIndex, collisionPlayerIndex$1, collisionPlayerIndex$2, collisionSpaceOffsetX, collisionSpaceOffsetY, collisionSys, collisionSysMap, currPlayerDownsync, currPlayerDownsync$1, currPlayerDownsync$2, currPlayerDownsync$3, currPlayerDownsync$4, currRenderFrame, decodedInput, delayedInputFrame, delayedInputFrameForPrevRenderFrame, effPushbacks, fallStopping, gravityX, gravityY, halfColliderHeight, halfColliderHeight$1, halfColliderWidth, halfColliderWidth$1, hardPushbackNorm, hardPushbackNorms, i, i$1, i$2, i$3, i$4, inputDelayFrames, inputList, inputScaleFrames, isAnotherPlayer, isBarrier, isBullet, joinIndex, joinIndex$1, joinIndex$2, joinIndex$3, jumpingInitVelY, landedOnGravityPushback, leftPadding, newVx, newVy, nextRenderFramePlayers, normAlignmentWithGravity, obj, oldNextCharacterState, overlapResult, overlapped, playerCollider, playerCollider$1, playerCollider$2, playerShape, prevBtnBLevel, prevDecodedInput, projectedMagnitude, pushbackX, pushbackY, rightPadding, roomCapacity, snapIntoPlatformOverlap, snapIntoPlatformThreshold, thatPlayerInNextFrame, thatPlayerInNextFrame$1, thatPlayerInNextFrame$2, thatPlayerInNextFrame$3, topPadding, virtualGridToWorldRatio, worldToVirtualGridRatio, x, x$1, x$2, x$3, x$4, x$5, x$6, x$7, x$8, x$9, $s};return $f;
	};
	$pkg.ApplyInputFrameDownsyncDynamicsOnSingleRenderFrame = ApplyInputFrameDownsyncDynamicsOnSingleRenderFrame;
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = dnmshared.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sharedprotos.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = resolv.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protos.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$pkg.DIRECTION_DECODER = new sliceType$1([new sliceType([0, 0]), new sliceType([0, 2]), new sliceType([0, -2]), new sliceType([2, 0]), new sliceType([-2, 0]), new sliceType([1, 1]), new sliceType([-1, -1]), new sliceType([1, -1]), new sliceType([-1, 1])]);
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$packages["jsexport"] = (function() {
	var $pkg = {}, $init, dnmshared, sharedprotos, js, resolv, models, protos, funcType, arrayType, arrayType$1, ptrType, sliceType, ptrType$1, sliceType$1, ptrType$2, ptrType$3, sliceType$2, ptrType$4, sliceType$3, sliceType$4, ptrType$5, sliceType$5, sliceType$6, funcType$1, funcType$2, funcType$3, funcType$4, funcType$5, funcType$6, funcType$7, funcType$8, funcType$9, ptrType$6, funcType$10, ptrType$7, ptrType$8, ptrType$9, mapType, funcType$11, funcType$12, mapType$1, NewCollisionSpaceJs, NewVec2DJs, NewPolygon2DJs, NewBarrierJs, NewPlayerDownsyncJs, NewRoomDownsyncFrameJs, NewInputFrameDownsyncJs, GetPlayersArrJs, GenerateRectColliderJs, GenerateConvexPolygonColliderJs, CheckCollisionJs, ApplyInputFrameDownsyncDynamicsOnSingleRenderFrameJs, main;
	dnmshared = $packages["dnmshared"];
	sharedprotos = $packages["dnmshared/sharedprotos"];
	js = $packages["github.com/gopherjs/gopherjs/js"];
	resolv = $packages["github.com/solarlune/resolv"];
	models = $packages["jsexport/models"];
	protos = $packages["jsexport/protos"];
	funcType = $funcType([], [], false);
	arrayType = $arrayType(funcType, 0);
	arrayType$1 = $arrayType($packages["sync"].Mutex, 0);
	ptrType = $ptrType($packages["google.golang.org/protobuf/internal/impl"].MessageInfo);
	sliceType = $sliceType($Uint8);
	ptrType$1 = $ptrType(sharedprotos.Vec2D);
	sliceType$1 = $sliceType(ptrType$1);
	ptrType$2 = $ptrType(sharedprotos.Polygon2D);
	ptrType$3 = $ptrType(protos.PlayerDownsync);
	sliceType$2 = $sliceType(ptrType$3);
	ptrType$4 = $ptrType(protos.MeleeBullet);
	sliceType$3 = $sliceType(ptrType$4);
	sliceType$4 = $sliceType($Uint64);
	ptrType$5 = $ptrType(js.Object);
	sliceType$5 = $sliceType(ptrType$5);
	sliceType$6 = $sliceType($String);
	funcType$1 = $funcType([$Float64, $Float64], [ptrType$5], false);
	funcType$2 = $funcType([ptrType$1, sliceType$1], [ptrType$5], false);
	funcType$3 = $funcType([ptrType$2], [ptrType$5], false);
	funcType$4 = $funcType([$Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Int32, $Bool, $Float64], [ptrType$5], false);
	funcType$5 = $funcType([$Int32, sliceType$2, sliceType$3], [ptrType$5], false);
	funcType$6 = $funcType([$Int, $Int, $Int, $Int], [ptrType$5], false);
	funcType$7 = $funcType([$Int32, sliceType$4, $Uint64], [ptrType$5], false);
	funcType$8 = $funcType([$Float64, $Float64, $Float64, $Float64, $Float64, $Float64, $Float64, $Float64, $Float64, $Float64, $emptyInterface, $String], [ptrType$5], false);
	funcType$9 = $funcType([ptrType$2, $Float64, $Float64, $emptyInterface, $String], [ptrType$5], false);
	ptrType$6 = $ptrType(protos.RoomDownsyncFrame);
	funcType$10 = $funcType([ptrType$6], [sliceType$5], false);
	ptrType$7 = $ptrType(protos.InputFrameDownsync);
	ptrType$8 = $ptrType(resolv.Space);
	ptrType$9 = $ptrType(resolv.Object);
	mapType = $mapType($Int32, ptrType$9);
	funcType$11 = $funcType([ptrType$7, ptrType$7, ptrType$6, ptrType$8, mapType, $Int32, $Int32, $Int32, $Int32, $Int32, $Float64, $Float64, $Float64, $Float64, $Float64, $Float64], [ptrType$5], false);
	funcType$12 = $funcType([ptrType$9, $Float64, $Float64], [ptrType$5], false);
	mapType$1 = $mapType($String, $emptyInterface);
	NewCollisionSpaceJs = function(spaceW, spaceH, minStepW, minStepH) {
		var minStepH, minStepW, spaceH, spaceW;
		return js.MakeWrapper(resolv.NewSpace(spaceW, spaceH, minStepW, minStepH));
	};
	$pkg.NewCollisionSpaceJs = NewCollisionSpaceJs;
	NewVec2DJs = function(x, y) {
		var {$24r, _r, x, y, $s, $r, $c} = $restore(this, {x, y});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = js.MakeFullWrapper(new sharedprotos.Vec2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType.nil, x, y)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewVec2DJs, $c: true, $r, $24r, _r, x, y, $s};return $f;
	};
	$pkg.NewVec2DJs = NewVec2DJs;
	NewPolygon2DJs = function(anchor, points) {
		var {$24r, _r, anchor, points, $s, $r, $c} = $restore(this, {anchor, points});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = js.MakeFullWrapper(new sharedprotos.Polygon2D.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType.nil, anchor, points)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewPolygon2DJs, $c: true, $r, $24r, _r, anchor, points, $s};return $f;
	};
	$pkg.NewPolygon2DJs = NewPolygon2DJs;
	NewBarrierJs = function(boundary) {
		var boundary;
		return js.MakeWrapper(new protos.Barrier.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType.nil, boundary));
	};
	$pkg.NewBarrierJs = NewBarrierJs;
	NewPlayerDownsyncJs = function(id, virtualGridX, virtualGridY, dirX, dirY, velX, velY, speed, battleState, characterState, joinIndex, hp, maxHp, inAir, colliderRadius) {
		var battleState, characterState, colliderRadius, dirX, dirY, hp, id, inAir, joinIndex, maxHp, speed, velX, velY, virtualGridX, virtualGridY;
		return js.MakeWrapper(new protos.PlayerDownsync.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType.nil, id, virtualGridX, virtualGridY, dirX, dirY, velX, velY, speed, battleState, joinIndex, colliderRadius, false, 0, 0, 0, hp, maxHp, characterState, inAir, "", "", ""));
	};
	$pkg.NewPlayerDownsyncJs = NewPlayerDownsyncJs;
	NewRoomDownsyncFrameJs = function(id, playersArr, meleeBullets) {
		var {$24r, _r, id, meleeBullets, playersArr, $s, $r, $c} = $restore(this, {id, playersArr, meleeBullets});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = js.MakeFullWrapper(new protos.RoomDownsyncFrame.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType.nil, id, playersArr, new $Int64(0, 0), meleeBullets, new $Uint64(0, 0), false, false)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewRoomDownsyncFrameJs, $c: true, $r, $24r, _r, id, meleeBullets, playersArr, $s};return $f;
	};
	$pkg.NewRoomDownsyncFrameJs = NewRoomDownsyncFrameJs;
	NewInputFrameDownsyncJs = function(inputFrameId, inputList, confirmedList) {
		var {$24r, _r, confirmedList, inputFrameId, inputList, $s, $r, $c} = $restore(this, {inputFrameId, inputList, confirmedList});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = js.MakeFullWrapper(new protos.InputFrameDownsync.ptr(new $packages["google.golang.org/protobuf/internal/impl"].MessageState.ptr(new $packages["google.golang.org/protobuf/internal/pragma"].NoUnkeyedLiterals.ptr(), arrayType.zero(), arrayType$1.zero(), ptrType.nil), 0, sliceType.nil, inputFrameId, inputList, confirmedList)); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		$24r = _r;
		$s = 2; case 2: return $24r;
		/* */ } return; } var $f = {$blk: NewInputFrameDownsyncJs, $c: true, $r, $24r, _r, confirmedList, inputFrameId, inputList, $s};return $f;
	};
	$pkg.NewInputFrameDownsyncJs = NewInputFrameDownsyncJs;
	GetPlayersArrJs = function(rdf) {
		var {_i, _r, _ref, player, rdf, ret, $s, $r, $c} = $restore(this, {rdf});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		ret = $makeSlice(sliceType$5, 0, rdf.PlayersArr.$length);
		_ref = rdf.PlayersArr;
		_i = 0;
		/* while (true) { */ case 1:
			/* if (!(_i < _ref.$length)) { break; } */ if(!(_i < _ref.$length)) { $s = 2; continue; }
			player = ((_i < 0 || _i >= _ref.$length) ? ($throwRuntimeError("index out of range"), undefined) : _ref.$array[_ref.$offset + _i]);
			_r = js.MakeFullWrapper(player); /* */ $s = 3; case 3: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
			ret = $append(ret, _r);
			_i++;
		$s = 1; continue;
		case 2:
		$s = -1; return ret;
		/* */ } return; } var $f = {$blk: GetPlayersArrJs, $c: true, $r, _i, _r, _ref, player, rdf, ret, $s};return $f;
	};
	$pkg.GetPlayersArrJs = GetPlayersArrJs;
	GenerateRectColliderJs = function(wx, wy, w, h, topPadding, bottomPadding, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, data, tag) {
		var {$24r, _r, _r$1, bottomPadding, data, h, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, tag, topPadding, w, wx, wy, $s, $r, $c} = $restore(this, {wx, wy, w, h, topPadding, bottomPadding, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, data, tag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = dnmshared.GenerateRectCollider(wx, wy, w, h, topPadding, bottomPadding, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, data, tag); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = js.MakeFullWrapper(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: GenerateRectColliderJs, $c: true, $r, $24r, _r, _r$1, bottomPadding, data, h, leftPadding, rightPadding, spaceOffsetX, spaceOffsetY, tag, topPadding, w, wx, wy, $s};return $f;
	};
	$pkg.GenerateRectColliderJs = GenerateRectColliderJs;
	GenerateConvexPolygonColliderJs = function(unalignedSrc, spaceOffsetX, spaceOffsetY, data, tag) {
		var {$24r, _r, _r$1, data, spaceOffsetX, spaceOffsetY, tag, unalignedSrc, $s, $r, $c} = $restore(this, {unalignedSrc, spaceOffsetX, spaceOffsetY, data, tag});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = dnmshared.GenerateConvexPolygonCollider(unalignedSrc, spaceOffsetX, spaceOffsetY, data, tag); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = js.MakeFullWrapper(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: GenerateConvexPolygonColliderJs, $c: true, $r, $24r, _r, _r$1, data, spaceOffsetX, spaceOffsetY, tag, unalignedSrc, $s};return $f;
	};
	$pkg.GenerateConvexPolygonColliderJs = GenerateConvexPolygonColliderJs;
	CheckCollisionJs = function(obj, dx, dy) {
		var {$24r, _r, _r$1, dx, dy, obj, $s, $r, $c} = $restore(this, {obj, dx, dy});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = obj.Check(dx, dy, new sliceType$6([])); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = js.MakeFullWrapper(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: CheckCollisionJs, $c: true, $r, $24r, _r, _r$1, dx, dy, obj, $s};return $f;
	};
	$pkg.CheckCollisionJs = CheckCollisionJs;
	ApplyInputFrameDownsyncDynamicsOnSingleRenderFrameJs = function(delayedInputFrame, delayedInputFrameForPrevRenderFrame, currRenderFrame, collisionSys, collisionSysMap, gravityX, gravityY, jumpingInitVelY, inputDelayFrames, inputScaleFrames, collisionSpaceOffsetX, collisionSpaceOffsetY, snapIntoPlatformOverlap, snapIntoPlatformThreshold, worldToVirtualGridRatio, virtualGridToWorldRatio) {
		var {$24r, _r, _r$1, collisionSpaceOffsetX, collisionSpaceOffsetY, collisionSys, collisionSysMap, currRenderFrame, delayedInputFrame, delayedInputFrameForPrevRenderFrame, gravityX, gravityY, inputDelayFrames, inputScaleFrames, jumpingInitVelY, snapIntoPlatformOverlap, snapIntoPlatformThreshold, virtualGridToWorldRatio, worldToVirtualGridRatio, $s, $r, $c} = $restore(this, {delayedInputFrame, delayedInputFrameForPrevRenderFrame, currRenderFrame, collisionSys, collisionSysMap, gravityX, gravityY, jumpingInitVelY, inputDelayFrames, inputScaleFrames, collisionSpaceOffsetX, collisionSpaceOffsetY, snapIntoPlatformOverlap, snapIntoPlatformThreshold, worldToVirtualGridRatio, virtualGridToWorldRatio});
		/* */ $s = $s || 0; s: while (true) { switch ($s) { case 0:
		_r = models.ApplyInputFrameDownsyncDynamicsOnSingleRenderFrame(delayedInputFrame, delayedInputFrameForPrevRenderFrame, currRenderFrame, collisionSys, collisionSysMap, gravityX, gravityY, jumpingInitVelY, inputDelayFrames, inputScaleFrames, collisionSpaceOffsetX, collisionSpaceOffsetY, snapIntoPlatformOverlap, snapIntoPlatformThreshold, worldToVirtualGridRatio, virtualGridToWorldRatio); /* */ $s = 1; case 1: if($c) { $c = false; _r = _r.$blk(); } if (_r && _r.$blk !== undefined) { break s; }
		_r$1 = js.MakeFullWrapper(_r); /* */ $s = 2; case 2: if($c) { $c = false; _r$1 = _r$1.$blk(); } if (_r$1 && _r$1.$blk !== undefined) { break s; }
		$24r = _r$1;
		$s = 3; case 3: return $24r;
		/* */ } return; } var $f = {$blk: ApplyInputFrameDownsyncDynamicsOnSingleRenderFrameJs, $c: true, $r, $24r, _r, _r$1, collisionSpaceOffsetX, collisionSpaceOffsetY, collisionSys, collisionSysMap, currRenderFrame, delayedInputFrame, delayedInputFrameForPrevRenderFrame, gravityX, gravityY, inputDelayFrames, inputScaleFrames, jumpingInitVelY, snapIntoPlatformOverlap, snapIntoPlatformThreshold, virtualGridToWorldRatio, worldToVirtualGridRatio, $s};return $f;
	};
	$pkg.ApplyInputFrameDownsyncDynamicsOnSingleRenderFrameJs = ApplyInputFrameDownsyncDynamicsOnSingleRenderFrameJs;
	main = function() {
		$global.gopkgs = $externalize($makeMap($String.keyFor, [{ k: "NewVec2DJs", v: new funcType$1(NewVec2DJs) }, { k: "NewPolygon2DJs", v: new funcType$2(NewPolygon2DJs) }, { k: "NewBarrierJs", v: new funcType$3(NewBarrierJs) }, { k: "NewPlayerDownsyncJs", v: new funcType$4(NewPlayerDownsyncJs) }, { k: "NewRoomDownsyncFrameJs", v: new funcType$5(NewRoomDownsyncFrameJs) }, { k: "NewCollisionSpaceJs", v: new funcType$6(NewCollisionSpaceJs) }, { k: "NewInputFrameDownsyncJs", v: new funcType$7(NewInputFrameDownsyncJs) }, { k: "GenerateRectColliderJs", v: new funcType$8(GenerateRectColliderJs) }, { k: "GenerateConvexPolygonColliderJs", v: new funcType$9(GenerateConvexPolygonColliderJs) }, { k: "GetPlayersArrJs", v: new funcType$10(GetPlayersArrJs) }, { k: "ApplyInputFrameDownsyncDynamicsOnSingleRenderFrameJs", v: new funcType$11(ApplyInputFrameDownsyncDynamicsOnSingleRenderFrameJs) }, { k: "CheckCollisionJs", v: new funcType$12(CheckCollisionJs) }]), mapType$1);
	};
	$init = function() {
		$pkg.$init = function() {};
		/* */ var $f, $c = false, $s = 0, $r; if (this !== undefined && this.$blk !== undefined) { $f = this; $c = true; $s = $f.$s; $r = $f.$r; } s: while (true) { switch ($s) { case 0:
		$r = dnmshared.$init(); /* */ $s = 1; case 1: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = sharedprotos.$init(); /* */ $s = 2; case 2: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = js.$init(); /* */ $s = 3; case 3: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = resolv.$init(); /* */ $s = 4; case 4: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = models.$init(); /* */ $s = 5; case 5: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		$r = protos.$init(); /* */ $s = 6; case 6: if($c) { $c = false; $r = $r.$blk(); } if ($r && $r.$blk !== undefined) { break s; }
		if ($pkg === $mainPkg) {
			main();
			$mainFinished = true;
		}
		/* */ } return; } if ($f === undefined) { $f = { $blk: $init }; } $f.$s = $s; $f.$r = $r; return $f;
	};
	$pkg.$init = $init;
	return $pkg;
})();
$synthesizeMethods();
$initAllLinknames();
var $mainPkg = $packages["jsexport"];
$packages["runtime"].$init();
$go($mainPkg.$init, []);
$flushConsole();

}).call(this);
//# sourceMappingURL=jsexport.js.map